*HEADER    TRANSCRIPTION REGULATOR                 06-MAR-09   2WC2
*TITLE     NMR STRUCTURE OF CATABOLITE ACTIVATOR PROTEIN IN THE
*TITLE    2 UNLIGANDED STATE
*COMPND    MOL_ID: 1;
*COMPND   2 MOLECULE: CATABOLITE GENE ACTIVATOR;
*COMPND   3 CHAIN: A;
*COMPND   4 FRAGMENT: RESIDUES 2-210;
*COMPND   5 SYNONYM: CATABOLITE ACTIVATOR PROTEIN, CAMP RECEPTOR
*COMPND   6  PROTEIN, CAMP REGULATORY PROTEIN;
*COMPND   7 ENGINEERED: YES;
*COMPND   8 MOL_ID: 2;
*COMPND   9 MOLECULE: CATABOLITE GENE ACTIVATOR;
*COMPND  10 CHAIN: B;
*COMPND  11 FRAGMENT: RESIDUES 2-210;
*COMPND  12 SYNONYM: CATABOLITE ACTIVATOR PROTEIN, CAMP RECEPTOR
*COMPND  13  PROTEIN, CAMP REGULATORY PROTEIN;
*COMPND  14 ENGINEERED: YES
*SOURCE    MOL_ID: 1;
*SOURCE   2 ORGANISM_SCIENTIFIC: ESCHERICHIA COLI;
*SOURCE   3 ORGANISM_TAXID: 469008;
*SOURCE   4 EXPRESSION_SYSTEM: ESCHERICHIA COLI;
*SOURCE   5 EXPRESSION_SYSTEM_TAXID: 469008;
*SOURCE   6 EXPRESSION_SYSTEM_STRAIN: BL21(DE3);
*SOURCE   7 MOL_ID: 2;
*SOURCE   8 ORGANISM_SCIENTIFIC: ESCHERICHIA COLI;
*SOURCE   9 ORGANISM_TAXID: 469008;
*SOURCE  10 EXPRESSION_SYSTEM: ESCHERICHIA COLI;
*SOURCE  11 EXPRESSION_SYSTEM_TAXID: 469008;
*SOURCE  12 EXPRESSION_SYSTEM_STRAIN: BL21(DE3)
*KEYWDS    TRANSCRIPTION REGULATOR, TRANSCTIPTION FACTOR,
*KEYWDS   2 TRANSCRIPTION REGULATION, CYCLIC NUCLEOTIDE-BINDING
*KEYWDS   3 PROTEIN, CAMP-BINDING, TRANSCRIPTION, ALLOSTERIC PROTEIN,
*KEYWDS   4 CATABOLITE ACTIVATOR PROTEIN, NUCLEOTIDE-BINDING,
*KEYWDS   5 DNA-BINDING PROTEIN, CAMP, ACTIVATOR, ACETYLATION,
*KEYWDS   6 DNA-BINDING
*EXPDTA    SOLUTION NMR
*AUTHOR    N.POPOVYCH,S.R.TZENG,C.G.KALODIMOS
*REVDAT   1   09-MAR-09 2WC2    0




NOE and PRE restraints:

assign (resid 7 and name HN and segid A ) (resid 8 and name HN and segid A ) 2.800 1.0 0.0 
assign (resid 10 and name HN and segid A ) (resid 11 and name HN and segid A ) 2.800 1.0 0.0 
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assign (resid 14 and name HN and segid A ) (resid 13 and name HN and segid A ) 2.800 1.0 0.0 
assign (resid 15 and name HN and segid A ) (resid 11 and name HN and segid A ) 6.000 4.2 0.0 
assign (resid 15 and name HN and segid A ) (resid 12 and name HN and segid A ) 5.000 3.2 0.0 
assign (resid 15 and name HN and segid A ) (resid 13 and name HN and segid A ) 5.000 3.2 0.0 
assign (resid 14 and name HN and segid A ) (resid 15 and name HN and segid A ) 2.800 1.0 0.0 
assign (resid 14 and name HN and segid A ) (resid 16 and name HN and segid A ) 5.000 3.2 0.0 
assign (resid 16 and name HN and segid A ) (resid 15 and name HN and segid A ) 2.800 1.0 0.0 
assign (resid 15 and name HN and segid A ) (resid 17 and name HN and segid A ) 5.000 3.2 0.0 
assign (resid 18 and name HN and segid A ) (resid 15 and name HN and segid A ) 5.000 3.2 0.0 
assign (resid 17 and name HN and segid A ) (resid 18 and name HN and segid A ) 2.800 1.0 0.0 
assign (resid 19 and name HN and segid A ) (resid 18 and name HN and segid A ) 5.000 3.2 0.0 
assign (resid 20 and name HN and segid A ) (resid 19 and name HN and segid A ) 5.000 3.2 0.0 
assign (resid 23 and name HN and segid A ) (resid 22 and name HN and segid A ) 5.000 3.2 0.0 
assign (resid 25 and name HN and segid A ) (resid 26 and name HN and segid A ) 5.000 3.2 0.0 
assign (resid 25 and name HN and segid A ) (resid 27 and name HN and segid A ) 5.000 3.2 0.0 
assign (resid 26 and name HN and segid A ) (resid 27 and name HN and segid A ) 2.800 1.0 0.0 
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assign (resid 55 and name HN and segid A ) (resid 54 and name HN and segid A ) 2.800 1.0 0.0 
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assign (resid 54 and name HN and segid A ) (resid 57 and name HN and segid A ) 5.000 3.2 0.0 
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assign (resid 56 and name HN and segid A ) (resid 57 and name HN and segid A ) 2.800 1.0 0.0 
assign (resid 59 and name HN and segid A ) (resid 51 and name HN and segid A ) 2.800 1.0 0.0 
assign (resid 61 and name HN and segid A ) (resid 62 and name HN and segid A ) 2.800 1.0 0.0 
assign (resid 63 and name HN and segid A ) (resid 62 and name HN and segid A ) 5.000 3.2 0.0 
assign (resid 47 and name HN and segid A ) (resid 64 and name HN and segid A ) 2.800 1.0 0.0 
assign (resid 63 and name HN and segid A ) (resid 64 and name HN and segid A ) 5.000 3.2 0.0 
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assign (resid 65 and name HN and segid A ) (resid 68 and name HN and segid A ) 5.000 3.2 0.0 
assign (resid 67 and name HN and segid A ) (resid 68 and name HN and segid A ) 2.800 1.0 0.0 
assign (resid 40 and name HN and segid A ) (resid 70 and name HN and segid A ) 3.400 1.6 0.0 
assign (resid 72 and name HN and segid A ) (resid 71 and name HN and segid A ) 2.800 1.0 0.0 
assign (resid 71 and name HN and segid A ) (resid 73 and name HN and segid A ) 5.000 3.2 0.0 
assign (resid 73 and name HN and segid A ) (resid 72 and name HN and segid A ) 2.800 1.0 0.0 
assign (resid 71 and name HN and segid A ) (resid 74 and name HN and segid A ) 5.000 3.2 0.0 
assign (resid 74 and name HN and segid A ) (resid 72 and name HN and segid A ) 5.000 3.2 0.0 
assign (resid 73 and name HN and segid A ) (resid 74 and name HN and segid A ) 2.800 1.0 0.0 
assign (resid 75 and name HN and segid A ) (resid 72 and name HN and segid A ) 5.000 3.2 0.0 
assign (resid 73 and name HN and segid A ) (resid 75 and name HN and segid A ) 5.000 3.2 0.0 
assign (resid 74 and name HN and segid A ) (resid 75 and name HN and segid A ) 3.400 1.6 0.0 
assign (resid 76 and name HN and segid A ) (resid 73 and name HN and segid A ) 5.000 3.2 0.0 
assign (resid 74 and name HN and segid A ) (resid 76 and name HN and segid A ) 5.000 3.2 0.0 
assign (resid 76 and name HN and segid A ) (resid 75 and name HN and segid A ) 2.800 1.0 0.0 
assign (resid 77 and name HN and segid A ) (resid 75 and name HN and segid A ) 5.000 3.2 0.0 
assign (resid 77 and name HN and segid A ) (resid 76 and name HN and segid A ) 2.800 1.0 0.0 
assign (resid 77 and name HN and segid A ) (resid 78 and name HN and segid A ) 2.800 1.0 0.0 
assign (resid 79 and name HN and segid A ) (resid 77 and name HN and segid A ) 3.400 1.6 0.0 
assign (resid 79 and name HN and segid A ) (resid 80 and name HN and segid A ) 2.800 1.0 0.0 
assign (resid 79 and name HN and segid A ) (resid 81 and name HN and segid A ) 5.500 3.7 0.0 
assign (resid 82 and name HN and segid A ) (resid 34 and name HN and segid A ) 5.000 3.2 0.0 
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assign (resid 36 and name HN and segid A ) (resid 82 and name HN and segid A ) 2.800 1.0 0.0 
assign (resid 33 and name HN and segid A ) (resid 84 and name HN and segid A ) 6.000 4.2 0.0 
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assign (resid 84 and name HN and segid A ) (resid 85 and name HN and segid A ) 5.000 3.2 0.0 
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assign (resid 88 and name HN and segid A ) (resid 89 and name HN and segid A ) 5.000 3.2 0.0 
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assign (resid 90 and name HN and segid A ) (resid 47 and name HN and segid A ) 5.000 3.2 0.0 
assign (resid 89 and name HN and segid A ) (resid 90 and name HN and segid A ) 2.800 1.0 0.0 
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assign (resid 93 and name HN and segid A ) (resid 44 and name HN and segid A ) 3.400 1.6 0.0 
assign (resid 93 and name HN and segid A ) (resid 92 and name HN and segid A ) 5.000 3.2 0.0 
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assign (resid 100 and name HN and segid A ) (resid 102 and name HN and segid A ) 5.000 3.2 0.0 
assign (resid 102 and name HN and segid A ) (resid 101 and name HN and segid A ) 2.800 1.0 0.0 
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assign (resid 102 and name HN and segid A ) (resid 103 and name HN and segid A ) 2.800 1.0 0.0 
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assign (resid 104 and name HN and segid A ) (resid 106 and name HN and segid A ) 5.000 3.2 0.0 
assign (resid 105 and name HN and segid A ) (resid 106 and name HN and segid A ) 2.800 1.0 0.0 
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assign (resid 106 and name HN and segid A ) (resid 107 and name HN and segid A ) 2.800 1.0 0.0 
assign (resid 109 and name HN and segid A ) (resid 107 and name HN and segid A ) 5.000 3.2 0.0 
assign (resid 109 and name HN and segid A ) (resid 108 and name HN and segid A ) 2.800 1.0 0.0 
assign (resid 111 and name HN and segid A ) (resid 112 and name HN and segid A ) 2.800 1.0 0.0 
assign (resid 111 and name HN and segid A ) (resid 113 and name HN and segid A ) 5.000 3.2 0.0 
assign (resid 112 and name HN and segid A ) (resid 113 and name HN and segid A ) 3.400 1.6 0.0 
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assign (resid 115 and name HN and segid A ) (resid 113 and name HN and segid A ) 5.000 3.2 0.0 
assign (resid 116 and name HN and segid A ) (resid 113 and name HN and segid A ) 5.000 3.2 0.0 
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assign (resid 116 and name HN and segid A ) (resid 115 and name HN and segid A ) 2.800 1.0 0.0 
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assign (resid 117 and name HN and segid A ) (resid 116 and name HN and segid A ) 3.400 1.6 0.0 
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assign (resid 121 and name HN and segid A ) (resid 122 and name HN and segid A ) 2.800 1.0 0.0 
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assign (resid 155 and name HN and segid A ) (resid 156 and name HN and segid A ) 2.800 1.0 0.0 
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assign (resid 164 and name HN and segid A ) (resid 163 and name HN and segid A ) 5.000 3.2 0.0 
assign (resid 165 and name HN and segid A ) (resid 166 and name HN and segid A ) 5.000 3.2 0.0 
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assign (resid 170 and name HN and segid A ) (resid 171 and name HN and segid A ) 3.400 1.6 0.0 
assign (resid 171 and name HN and segid A ) (resid 172 and name HN and segid A ) 2.800 1.0 0.0 
assign (resid 172 and name HN and segid A ) (resid 173 and name HN and segid A ) 5.000 3.2 0.0 
assign (resid 173 and name HN and segid A ) (resid 174 and name HN and segid A ) 5.000 3.2 0.0 
assign (resid 175 and name HN and segid A ) (resid 176 and name HN and segid A ) 2.800 1.0 0.0 
assign (resid 178 and name HN and segid A ) (resid 175 and name HN and segid A ) 5.500 3.2 0.0 
assign (resid 178 and name HN and segid A ) (resid 177 and name HN and segid A ) 2.800 1.0 0.0 
assign (resid 184 and name HN and segid A ) (resid 185 and name HN and segid A ) 5.000 3.2 0.0 
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assign (resid 186 and name HN and segid A ) (resid 187 and name HN and segid A ) 5.000 3.2 0.0 
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assign (resid 187 and name HN and segid A ) (resid 188 and name HN and segid A ) 5.000 3.2 0.0 
assign (resid 189 and name HN and segid A ) (resid 188 and name HN and segid A ) 5.000 3.2 0.0 
assign (resid 193 and name HN and segid A ) (resid 192 and name HN and segid A ) 3.400 1.6 0.0 
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assign (resid 193 and name HN and segid A ) (resid 194 and name HN and segid A ) 3.400 1.6 0.0 
assign (resid 192 and name HN and segid A ) (resid 195 and name HN and segid A ) 5.000 3.2 0.0 
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assign (resid 165 and name HN and segid A ) (resid 203 and name HN and segid A ) 2.800 1.0 0.0 
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assign (resid 204 and name HN and segid A ) (resid 197 and name HN and segid A ) 3.400 1.6 0.0 
assign (resid 204 and name HN and segid A ) (resid 198 and name HN and segid A ) 5.000 3.2 0.0 
assign (resid 199 and name HN and segid A ) (resid 204 and name HN and segid A ) 5.000 3.2 0.0 
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assign (resid 206 and name HN and segid A ) (resid 163 and name HN and segid A ) 5.000 3.2 0.0 
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assign (resid 205 and name HN and segid A ) (resid 206 and name HN and segid A ) 5.000 3.2 0.0 
assign (resid 206 and name HN and segid A ) (resid 207 and name HN and segid A ) 5.000 3.2 0.0 
assign (resid 207 and name HN and segid A ) (resid 208 and name HN and segid A ) 2.800 1.0 0.0 
assign (resid 209 and name HN and segid A ) (resid 207 and name HN and segid A ) 3.400 1.6 0.0 
assign (resid 209 and name HN and segid A ) (resid 208 and name HN and segid A ) 3.400 1.6 0.0 
assign (resid 6 and name HN and segid A ) (resid 7 and name HN and segid A ) 2.800 1.0 0.0 
assign (resid 10 and name HN and segid A ) (resid 13 and name HN and segid A ) 6.000 4.2 0.0 
assign (resid 11 and name HN and segid A ) (resid 13 and name HN and segid A ) 5.000 3.2 0.0 
assign (resid 12 and name HN and segid A ) (resid 14 and name HB2 and segid A ) 5.500 3.2 0.0 
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assign (resid 13 and name HN and segid A ) (resid 14 and name HB2 and segid A ) 5.000 3.2 0.0 
assign (resid 13 and name HN and segid A ) (resid 14 and name HD1 and segid A ) 6.000 4.2 0.0 
assign (resid 15 and name HN and segid A ) (resid 14 and name HB2 and segid A ) 5.000 3.2 0.0 
assign (resid 15 and name HN and segid A ) (resid 14 and name HD1 and segid A ) 5.000 3.2 0.0 
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assign (resid 16 and name HN and segid A ) (resid 18 and name HN and segid A ) 5.000 3.2 0.0 
assign (resid 22 and name HN and segid A ) (resid 21 and name HN and segid A ) 5.000 3.2 0.0 
assign (resid 21 and name HN and segid A ) (resid 23 and name HE1 and segid A ) 6.500 4.2 0.0 
assign (resid 23 and name HN and segid A ) (resid 23 and name HD1 and segid A ) 5.000 3.2 0.0 
assign (resid 53 and name HN and segid A ) (resid 54 and name HN and segid A ) 5.000 3.2 0.0 
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assign (resid 53 and name HN and segid A ) (resid 57 and name HN and segid A ) 2.800 1.0 0.0 
assign (resid 58 and name HN and segid A ) (resid 59 and name HN and segid A ) 5.000 3.2 0.0 
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assign (resid 64 and name HN and segid A ) (resid 63 and name HB2 and segid A ) 5.000 3.2 0.0 
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assign (resid 205 and name HG1# and segid B ) (resid 163 and name HE# and segid B ) 7.000 5.2 0.0 
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assign (resid 131 and name HG1# and segid A ) (resid 51 and name HD1# and segid B ) 6.000 4.2 0.0    
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assign (resid 131 and name HG2# and segid A ) (resid 51 and name HD1# and segid B ) 6.000 4.2 0.0    
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assign (resid 124 and name HD1# and segid A ) (resid 116 and name HD1# and segid B ) 7.000 5.2 0.0    
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assign (resid 124 and name HD2# and segid A ) (resid 116 and name HD1# and segid B ) 8.000 5.2 0.0    
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assign (resid 120 and name HE# and segid A ) (resid 124 and name HD1# and segid B ) 6.000 4.2 0.0    
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assign (resid 109 and name HN and segid A ) (resid 107 and name HA and segid A ) 5.000 3.2 0.0  
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assign (resid 85 and name HD1 and segid B ) (resid 86 and name HG2# and segid B ) 5.500 3.7 0.0 
assign (resid 85 and name HZ3 and segid B ) (resid 49 and name HG1# and segid B ) 5.500 3.7 0.0    
assign (resid 85 and name HZ3 and segid B ) (resid 49 and name HG2# and segid B ) 5.500 3.7 0.0 
assign (resid 85 and name HZ3 and segid B ) (resid 61 and name HD1# and segid B ) 5.500 3.7 0.0    
assign (resid 85 and name HZ3 and segid B ) (resid 61 and name HD2# and segid B ) 5.500 3.7 0.0 
assign (resid 85 and name HH2 and segid B ) (resid 61 and name HD1# and segid B ) 5.500 3.7 0.0    
assign (resid 85 and name HH2 and segid B ) (resid 61 and name HD2# and segid B ) 5.500 3.7 0.0 
assign (resid 85 and name HH2 and segid B ) (resid 49 and name HG1# and segid B ) 5.500 3.7 0.0    
assign (resid 85 and name HH2 and segid B ) (resid 49 and name HG2# and segid B ) 5.500 3.7 0.0 
assign (resid 85 and name HH2 and segid B ) (resid 73 and name HD1# and segid B ) 5.500 3.7 0.0    
assign (resid 85 and name HH2 and segid B ) (resid 73 and name HD2# and segid B ) 5.500 3.7 0.0 
assign (resid 85 and name HH2 and segid B ) (resid 126 and name HG1# and segid B ) 5.500 3.7 0.0 
assign (resid 122 and name HH2# and segid A ) (resid 78 and name O and segid B ) 4.000 2.2 0.0 
assign (resid 122 and name HH2# and segid B ) (resid 78 and name O and segid A ) 4.000 2.2 0.0 
assign (resid 122 and name HH2# and segid A ) (resid 78 and name HB2 and segid B ) 6.000 4.2 0.0 
assign (resid 122 and name HH2# and segid B ) (resid 78 and name HB2 and segid A ) 6.000 4.2 0.0 
assign (resid 122 and name HH# and segid A ) (resid 77 and name OE2 and segid B ) 5.000 3.2 0.0 
assign (resid 122 and name HH# and segid B ) (resid 77 and name OE2 and segid A ) 5.000 3.2 0.0 
assign (resid 122 and name HE and segid A ) (resid 77 and name HG# and segid B ) 5.000 3.2 0.0 
assign (resid 122 and name HE and segid B ) (resid 77 and name HG# and segid A ) 5.000 3.2 0.0 
assign (resid 122 and name HD# and segid A ) (resid 77 and name OE1 and segid B ) 2.800 1.0 0.0 
assign (resid 122 and name HD# and segid B ) (resid 77 and name OE1 and segid A ) 2.800 1.0 0.0 
assign (resid 65 and name HD22 and segid A ) (resid 153 and name OE1 and segid A ) 5.000 3.2 0.0 
assign (resid 65 and name HD22 and segid A ) (resid 155 and name OD1 and segid A ) 5.000 3.2 0.0    
assign (resid 123 and name HH# and segid A ) (resid 68 and name OD# and segid A ) 4.000 2.2 0.0    
assign (resid 123 and name NH1 and segid A ) (resid 62 and name HG and segid A ) 4.000 2.2 0.0    
assign (resid 90 and name HG1 and segid A ) (resid 155 and name OD2 and segid A ) 4.000 2.2 0.0    
assign (resid 87 and name HH# and segid A ) (resid 171 and name OE# and segid A ) 3.400 1.6 0.0 
assign (resid 89 and name HZ# and segid A ) (resid 155 and name OD2 and segid A ) 4.000 2.2 0.0 
assign (resid 90 and name HG1 and segid A ) (resid 155 and name OD1 and segid A ) 5.000 3.2 0.0 
assign (resid 123 and name HH# and segid A ) (resid 68 and name OD# and segid A ) 5.000 3.2 0.0   
assign (resid 65 and name HD22 and segid B ) (resid 153 and name OE1 and segid B ) 5.000 3.2 0.0 
assign (resid 65 and name HD22 and segid B ) (resid 155 and name OD1 and segid B ) 5.000 3.2 0.0    
assign (resid 123 and name HH# and segid B ) (resid 68 and name OD# and segid B ) 4.000 2.2 0.0    
assign (resid 123 and name NH1 and segid B ) (resid 62 and name HG and segid B ) 4.000 2.2 0.0    
assign (resid 90 and name HG1 and segid B ) (resid 155 and name OD2 and segid B ) 4.000 2.2 0.0    
assign (resid 87 and name HH# and segid B ) (resid 171 and name OE# and segid B ) 3.400 1.6 0.0 
assign (resid 89 and name HZ# and segid B ) (resid 155 and name OD2 and segid B ) 4.000 2.2 0.0 
assign (resid 90 and name HG1 and segid B ) (resid 155 and name OD1 and segid B ) 5.000 3.2 0.0 
assign (resid 123 and name HH# and segid B ) (resid 68 and name OD# and segid B ) 5.000 3.2 0.0  
assign (resid 6 and name HN and segid A ) (resid 6 and name HB# and segid A ) 5.000 3.2 0.0  
assign (resid 6 and name HN and segid A ) (resid 6 and name HA and segid A ) 5.000 3.2 0.0  
assign (resid 10 and name HN and segid A ) (resid 11 and name HA and segid A ) 5.500 3.7 0.0    
assign (resid 10 and name HN and segid A ) (resid 10 and name HB and segid A ) 5.000 3.2 0.0   
assign (resid 11 and name HN and segid A ) (resid 15 and name HD1# and segid A ) 6.000 4.2 0.0  
assign (resid 11 and name HN and segid A ) (resid 15 and name HD2# and segid A ) 6.000 4.2 0.0   
assign (resid 11 and name HN and segid A ) (resid 11 and name HB# and segid A ) 5.000 3.2 0.0  
assign (resid 11 and name HN and segid A ) (resid 11 and name HG and segid A ) 5.000 3.2 0.0   
assign (resid 11 and name HN and segid A ) (resid 12 and name HB# and segid A ) 5.000 3.2 0.0  
assign (resid 11 and name HN and segid A ) (resid 10 and name HB and segid A ) 5.000 3.2 0.0 
assign (resid 11 and name HN and segid A ) (resid 12 and name HA and segid A ) 6.000 4.2 0.0 
assign (resid 11 and name HN and segid A ) (resid 11 and name HA and segid A ) 5.000 3.2 0.0 
assign (resid 11 and name HN and segid A ) (resid 10 and name HA and segid A ) 5.000 3.2 0.0 
assign (resid 12 and name HN and segid A ) (resid 15 and name HD1# and segid A ) 6.000 4.2 0.0 
assign (resid 12 and name HN and segid A ) (resid 15 and name HD2# and segid A ) 6.000 4.2 0.0 
assign (resid 12 and name HN and segid A ) (resid 11 and name HD1# and segid A ) 5.000 3.2 0.0 
assign (resid 12 and name HN and segid A ) (resid 11 and name HD2# and segid A ) 5.000 3.2 0.0 
assign (resid 12 and name HN and segid A ) (resid 11 and name HB# and segid A ) 5.000 3.2 0.0   
assign (resid 12 and name HN and segid A ) (resid 11 and name HG and segid A ) 5.000 3.2 0.0 
assign (resid 12 and name HN and segid A ) (resid 15 and name HB# and segid A ) 5.500 3.7 0.0 
assign (resid 12 and name HN and segid A ) (resid 15 and name HG and segid A ) 6.000 4.2 0.0  
assign (resid 12 and name HN and segid A ) (resid 12 and name HG# and segid A ) 5.000 3.2 0.0 
assign (resid 12 and name HN and segid A ) (resid 13 and name HB# and segid A ) 5.000 3.2 0.0 
assign (resid 12 and name HN and segid A ) (resid 14 and name HB# and segid A ) 6.000 4.2 0.0  
assign (resid 12 and name HN and segid A ) (resid 12 and name HB# and segid A ) 5.000 3.2 0.0  
assign (resid 12 and name HN and segid A ) (resid 12 and name HA and segid A ) 5.000 3.2 0.0    
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assign (resid 12 and name HN and segid A ) (resid 13 and name HD2# and segid A ) 6.000 4.2 0.0 
assign (resid 13 and name HN and segid A ) (resid 13 and name HB# and segid A ) 5.000 3.2 0.0 
assign (resid 13 and name HN and segid A ) (resid 15 and name HD1# and segid A ) 6.000 4.2 0.0 
assign (resid 13 and name HN and segid A ) (resid 15 and name HD2# and segid A ) 6.000 4.2 0.0 
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assign (resid 13 and name HN and segid A ) (resid 11 and name HD2# and segid A ) 6.000 4.2 0.0 
assign (resid 13 and name HN and segid A ) (resid 13 and name HD# and segid A ) 6.000 4.2 0.0   
assign (resid 13 and name HN and segid A ) (resid 12 and name HA and segid A ) 5.000 3.2 0.0 
assign (resid 13 and name HN and segid A ) (resid 12 and name HG# and segid A ) 5.000 3.2 0.0 
assign (resid 13 and name HN and segid A ) (resid 15 and name HB# and segid A ) 6.000 4.2 0.0 
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assign (resid 13 and name HN and segid A ) (resid 105 and name HD1# and segid A ) 6.000 4.2 0.0  
assign (resid 13 and name HN and segid A ) (resid 14 and name HA and segid A ) 5.000 3.2 0.0  
assign (resid 13 and name HN and segid A ) (resid 11 and name HA and segid A ) 6.000 4.2 0.0    
assign (resid 13 and name HN and segid A ) (resid 11 and name HB# and segid A ) 6.000 4.2 0.0 
assign (resid 13 and name HN and segid A ) (resid 11 and name HG and segid A ) 6.000 4.2 0.0 
assign (resid 13 and name HN and segid A ) (resid 14 and name HB# and segid A ) 6.000 4.2 0.0 
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assign (resid 14 and name HN and segid A ) (resid 15 and name HD2# and segid A ) 6.000 4.2 0.0 
assign (resid 14 and name HN and segid A ) (resid 11 and name HG and segid A ) 6.000 4.2 0.0 
assign (resid 14 and name HN and segid A ) (resid 11 and name HB# and segid A ) 5.000 3.2 0.0   
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assign (resid 14 and name HN and segid A ) (resid 15 and name HB# and segid A ) 6.000 4.2 0.0  
assign (resid 14 and name HN and segid A ) (resid 14 and name HA and segid A ) 5.000 3.2 0.0 
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assign (resid 15 and name HN and segid A ) (resid 15 and name HD1# and segid A ) 5.000 3.2 0.0 
assign (resid 15 and name HN and segid A ) (resid 15 and name HD2# and segid A ) 5.000 3.2 0.0  
assign (resid 15 and name HN and segid A ) (resid 11 and name HD1# and segid A ) 6.000 4.2 0.0 
assign (resid 15 and name HN and segid A ) (resid 11 and name HD2# and segid A ) 6.000 4.2 0.0 
assign (resid 15 and name HN and segid A ) (resid 20 and name HD# and segid A ) 6.000 4.2 0.0   
assign (resid 15 and name HN and segid A ) (resid 15 and name HB# and segid A ) 5.000 3.2 0.0  
assign (resid 15 and name HN and segid A ) (resid 15 and name HG and segid A ) 5.000 3.2 0.0 
assign (resid 15 and name HN and segid A ) (resid 11 and name HB# and segid A ) 6.000 4.2 0.0 
assign (resid 15 and name HN and segid A ) (resid 11 and name HG and segid A ) 6.000 4.2 0.0 
assign (resid 15 and name HN and segid A ) (resid 16 and name HB# and segid A ) 6.000 4.2 0.0 
assign (resid 15 and name HN and segid A ) (resid 14 and name HA and segid A ) 5.000 3.2 0.0    
assign (resid 15 and name HN and segid A ) (resid 16 and name HA and segid A ) 5.500 3.7 0.0 
assign (resid 16 and name HN and segid A ) (resid 15 and name HD1# and segid A ) 6.000 4.2 0.0 
assign (resid 16 and name HN and segid A ) (resid 15 and name HD2# and segid A ) 6.000 4.2 0.0    
assign (resid 16 and name HN and segid A ) (resid 15 and name HB# and segid A ) 5.000 3.2 0.0  
assign (resid 16 and name HN and segid A ) (resid 15 and name HG and segid A ) 6.000 4.2 0.0    
assign (resid 16 and name HN and segid A ) (resid 17 and name HB# and segid A ) 6.000 4.2 0.0  
assign (resid 16 and name HN and segid A ) (resid 14 and name HB# and segid A ) 6.000 4.2 0.0 
assign (resid 16 and name HN and segid A ) (resid 13 and name HB# and segid A ) 6.000 4.2 0.0 
assign (resid 16 and name HN and segid A ) (resid 16 and name HB# and segid A ) 5.000 3.2 0.0 
assign (resid 16 and name HN and segid A ) (resid 15 and name HA and segid A ) 5.000 3.2 0.0 
assign (resid 16 and name HN and segid A ) (resid 14 and name HA and segid A ) 5.000 3.2 0.0 
assign (resid 16 and name HN and segid A ) (resid 16 and name HA and segid A ) 5.000 3.2 0.0 
assign (resid 16 and name HN and segid A ) (resid 13 and name HD# and segid A ) 6.000 4.2 0.0    
assign (resid 17 and name HN and segid A ) (resid 15 and name HB# and segid A ) 6.000 4.2 0.0 
assign (resid 17 and name HN and segid A ) (resid 18 and name HG and segid A ) 6.000 4.2 0.0    
assign (resid 17 and name HN and segid A ) (resid 18 and name HB# and segid A ) 5.000 3.2 0.0 
assign (resid 17 and name HN and segid A ) (resid 101 and name HE# and segid A ) 6.000 4.2 0.0    
assign (resid 17 and name HN and segid A ) (resid 17 and name HB# and segid A ) 5.000 3.2 0.0 
assign (resid 17 and name HN and segid A ) (resid 16 and name HB# and segid A ) 5.000 3.2 0.0    
assign (resid 17 and name HN and segid A ) (resid 15 and name HA and segid A ) 5.000 3.2 0.0    
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assign (resid 18 and name HN and segid A ) (resid 15 and name HD1# and segid A ) 6.000 4.2 0.0 
assign (resid 18 and name HN and segid A ) (resid 15 and name HD2# and segid A ) 6.000 4.2 0.0 
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assign (resid 18 and name HN and segid A ) (resid 20 and name HG# and segid A ) 6.000 4.2 0.0 
assign (resid 18 and name HN and segid A ) (resid 95 and name HB# and segid A ) 5.500 3.7 0.0 
assign (resid 18 and name HN and segid A ) (resid 15 and name HB# and segid A ) 6.000 4.2 0.0 
assign (resid 18 and name HN and segid A ) (resid 15 and name HG and segid A ) 6.000 4.2 0.0 
assign (resid 18 and name HN and segid A ) (resid 18 and name HG and segid A ) 5.000 3.2 0.0 
assign (resid 18 and name HN and segid A ) (resid 97 and name HB and segid A ) 6.000 4.2 0.0 
assign (resid 18 and name HN and segid A ) (resid 18 and name HB# and segid A ) 5.000 3.2 0.0 
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assign (resid 18 and name HN and segid A ) (resid 14 and name HB# and segid A ) 6.000 4.2 0.0    
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assign (resid 18 and name HN and segid A ) (resid 15 and name HA and segid A ) 5.000 3.2 0.0  
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assign (resid 18 and name HN and segid A ) (resid 16 and name HA and segid A ) 5.000 3.2 0.0    
assign (resid 19 and name HN and segid A ) (resid 20 and name HD# and segid A ) 6.000 4.2 0.0 
assign (resid 19 and name HN and segid A ) (resid 20 and name HG1# and segid A ) 6.000 4.2 0.0    
assign (resid 19 and name HN and segid A ) (resid 18 and name HG and segid A ) 5.000 3.2 0.0    
assign (resid 19 and name HN and segid A ) (resid 96 and name HG# and segid A ) 6.000 4.2 0.0  
assign (resid 19 and name HN and segid A ) (resid 97 and name HB and segid A ) 5.000 3.2 0.0    
assign (resid 19 and name HN and segid A ) (resid 19 and name HA and segid A ) 5.000 3.2 0.0    
assign (resid 19 and name HN and segid A ) (resid 18 and name HA and segid A ) 5.000 3.2 0.0 
assign (resid 19 and name HN and segid A ) (resid 20 and name HA and segid A ) 7.000 5.2 0.0    
assign (resid 20 and name HN and segid A ) (resid 15 and name HD1# and segid A ) 6.000 4.2 0.0  
assign (resid 20 and name HN and segid A ) (resid 15 and name HD2# and segid A ) 6.000 4.2 0.0   
assign (resid 20 and name HN and segid A ) (resid 20 and name HG2# and segid A ) 5.000 3.2 0.0  
assign (resid 20 and name HN and segid A ) (resid 20 and name HB and segid A ) 5.000 3.2 0.0 
assign (resid 20 and name HN and segid A ) (resid 21 and name HB# and segid A ) 6.000 4.2 0.0  
assign (resid 20 and name HN and segid A ) (resid 19 and name HA and segid A ) 5.000 3.2 0.0 
assign (resid 20 and name HN and segid A ) (resid 15 and name HA and segid A ) 6.000 4.2 0.0  
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assign (resid 20 and name HN and segid A ) (resid 20 and name HA and segid A ) 5.000 3.2 0.0  
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assign (resid 20 and name HN and segid A ) (resid 18 and name HG and segid A ) 5.000 3.2 0.0 
assign (resid 21 and name HN and segid A ) (resid 20 and name HD# and segid A ) 6.000 4.2 0.0  
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assign (resid 21 and name HN and segid A ) (resid 94 and name HG2# and segid A ) 6.000 4.2 0.0 
assign (resid 21 and name HN and segid A ) (resid 22 and name HD# and segid A ) 6.000 4.2 0.0  
assign (resid 21 and name HN and segid A ) (resid 21 and name HB# and segid A ) 5.000 3.2 0.0 
assign (resid 21 and name HN and segid A ) (resid 21 and name HA and segid A ) 5.000 3.2 0.0 
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assign (resid 22 and name HN and segid A ) (resid 22 and name HB# and segid A ) 5.000 3.2 0.0    
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assign (resid 22 and name HN and segid A ) (resid 20 and name HA and segid A ) 6.000 4.2 0.0  
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assign (resid 22 and name HN and segid A ) (resid 21 and name HD# and segid A ) 6.000 4.2 0.0   
assign (resid 23 and name HN and segid A ) (resid 94 and name HG1# and segid A ) 6.000 4.2 0.0    
assign (resid 23 and name HN and segid A ) (resid 94 and name HG2# and segid A ) 6.000 4.2 0.0  
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assign (resid 23 and name HN and segid A ) (resid 22 and name HG# and segid A ) 5.000 3.2 0.0    
assign (resid 23 and name HN and segid A ) (resid 23 and name HB# and segid A ) 5.000 3.2 0.0   
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assign (resid 23 and name HN and segid A ) (resid 23 and name HA and segid A ) 5.000 3.2 0.0 
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assign (resid 6 and name HN and segid B ) (resid 6 and name HB# and segid B ) 5.000 3.2 0.0  
assign (resid 6 and name HN and segid B ) (resid 6 and name HA and segid B ) 5.000 3.2 0.0  
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assign (resid 10 and name HN and segid B ) (resid 10 and name HB and segid B ) 5.000 3.2 0.0    
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assign (resid 11 and name HN and segid B ) (resid 11 and name HB# and segid B ) 5.000 3.2 0.0  
assign (resid 11 and name HN and segid B ) (resid 11 and name HG and segid B ) 5.000 3.2 0.0    
assign (resid 11 and name HN and segid B ) (resid 12 and name HB# and segid B ) 5.000 3.2 0.0  
assign (resid 11 and name HN and segid B ) (resid 10 and name HB and segid B ) 5.000 3.2 0.0 
assign (resid 11 and name HN and segid B ) (resid 12 and name HA and segid B ) 6.000 4.2 0.0 
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assign (resid 12 and name HN and segid B ) (resid 12 and name HA and segid B ) 5.000 3.2 0.0    
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assign (resid 13 and name HN and segid B ) (resid 14 and name HA and segid B ) 5.000 3.2 0.0  
assign (resid 13 and name HN and segid B ) (resid 11 and name HA and segid B ) 6.000 4.2 0.0    
assign (resid 13 and name HN and segid B ) (resid 11 and name HB# and segid B ) 6.000 4.2 0.0 
assign (resid 13 and name HN and segid B ) (resid 11 and name HG and segid B ) 6.000 4.2 0.0 
assign (resid 13 and name HN and segid B ) (resid 14 and name HB# and segid B ) 6.000 4.2 0.0 
assign (resid 14 and name HN and segid B ) (resid 112 and name HD# and segid B ) 6.000 4.2 0.0 
assign (resid 14 and name HN and segid B ) (resid 15 and name HD1# and segid B ) 6.000 4.2 0.0 
assign (resid 14 and name HN and segid B ) (resid 15 and name HD2# and segid B ) 6.000 4.2 0.0 
assign (resid 14 and name HN and segid B ) (resid 11 and name HG and segid B ) 6.000 4.2 0.0 
assign (resid 14 and name HN and segid B ) (resid 11 and name HB# and segid B ) 5.000 3.2 0.0   
assign (resid 14 and name HN and segid B ) (resid 15 and name HG and segid B ) 6.000 4.2 0.0 
assign (resid 14 and name HN and segid B ) (resid 15 and name HB# and segid B ) 6.000 4.2 0.0 
assign (resid 14 and name HN and segid B ) (resid 14 and name HA and segid B ) 5.000 3.2 0.0 
assign (resid 14 and name HN and segid B ) (resid 11 and name HA and segid B ) 6.000 4.2 0.0 
assign (resid 14 and name HN and segid B ) (resid 16 and name HG and segid B ) 5.000 3.2 0.0  
assign (resid 15 and name HN and segid B ) (resid 112 and name HD# and segid B ) 6.000 4.2 0.0 
assign (resid 15 and name HN and segid B ) (resid 15 and name HD1# and segid B ) 5.000 3.2 0.0 
assign (resid 15 and name HN and segid B ) (resid 15 and name HD2# and segid B ) 5.000 3.2 0.0  
assign (resid 15 and name HN and segid B ) (resid 11 and name HD1# and segid B ) 6.000 4.2 0.0 
assign (resid 15 and name HN and segid B ) (resid 11 and name HD2# and segid B ) 6.000 4.2 0.0 
assign (resid 15 and name HN and segid B ) (resid 20 and name HD# and segid B ) 6.000 4.2 0.0   
assign (resid 15 and name HN and segid B ) (resid 15 and name HB# and segid B ) 5.000 3.2 0.0  
assign (resid 15 and name HN and segid B ) (resid 15 and name HG and segid B ) 5.000 3.2 0.0 
assign (resid 15 and name HN and segid B ) (resid 11 and name HB# and segid B ) 6.000 4.2 0.0 
assign (resid 15 and name HN and segid B ) (resid 11 and name HG and segid B ) 6.000 4.2 0.0 
assign (resid 15 and name HN and segid B ) (resid 16 and name HB# and segid B ) 6.000 4.2 0.0  
assign (resid 15 and name HN and segid B ) (resid 14 and name HA and segid B ) 5.000 3.2 0.0    
assign (resid 15 and name HN and segid B ) (resid 16 and name HA and segid B ) 5.500 3.7 0.0 
assign (resid 16 and name HN and segid B ) (resid 15 and name HD1# and segid B ) 6.000 4.2 0.0 
assign (resid 16 and name HN and segid B ) (resid 15 and name HD2# and segid B ) 6.000 4.2 0.0    
assign (resid 16 and name HN and segid B ) (resid 15 and name HB# and segid B ) 5.000 3.2 0.0  
assign (resid 16 and name HN and segid B ) (resid 15 and name HG and segid B ) 6.000 4.2 0.0    
assign (resid 16 and name HN and segid B ) (resid 17 and name HB# and segid B ) 6.000 4.2 0.0  
assign (resid 16 and name HN and segid B ) (resid 14 and name HB# and segid B ) 6.000 4.2 0.0 
assign (resid 16 and name HN and segid B ) (resid 13 and name HB# and segid B ) 6.000 4.2 0.0 
assign (resid 16 and name HN and segid B ) (resid 16 and name HB# and segid B ) 5.000 3.2 0.0 
assign (resid 16 and name HN and segid B ) (resid 15 and name HA and segid B ) 5.000 3.2 0.0 
assign (resid 16 and name HN and segid B ) (resid 14 and name HA and segid B ) 5.000 3.2 0.0 
assign (resid 16 and name HN and segid B ) (resid 16 and name HA and segid B ) 5.000 3.2 0.0 
assign (resid 16 and name HN and segid B ) (resid 13 and name HD# and segid B ) 6.000 4.2 0.0    
assign (resid 17 and name HN and segid B ) (resid 15 and name HB# and segid B ) 6.000 4.2 0.0 
assign (resid 17 and name HN and segid B ) (resid 18 and name HG and segid B ) 6.000 4.2 0.0 
assign (resid 17 and name HN and segid B ) (resid 18 and name HB# and segid B ) 5.000 3.2 0.0 
assign (resid 17 and name HN and segid B ) (resid 101 and name HE# and segid B ) 6.000 4.2 0.0    
assign (resid 17 and name HN and segid B ) (resid 17 and name HB# and segid B ) 5.000 3.2 0.0 
assign (resid 17 and name HN and segid B ) (resid 16 and name HB# and segid B ) 5.000 3.2 0.0    
assign (resid 17 and name HN and segid B ) (resid 15 and name HA and segid B ) 5.000 3.2 0.0    
assign (resid 17 and name HN and segid B ) (resid 18 and name HA and segid B ) 5.000 3.2 0.0 
assign (resid 18 and name HN and segid B ) (resid 15 and name HD1# and segid B ) 6.000 4.2 0.0 
assign (resid 18 and name HN and segid B ) (resid 15 and name HD2# and segid B ) 6.000 4.2 0.0 
assign (resid 18 and name HN and segid B ) (resid 97 and name HD# and segid B ) 6.000 4.2 0.0 
assign (resid 18 and name HN and segid B ) (resid 20 and name HG# and segid B ) 6.000 4.2 0.0 
assign (resid 18 and name HN and segid B ) (resid 95 and name HB# and segid B ) 5.500 3.7 0.0 
assign (resid 18 and name HN and segid B ) (resid 15 and name HB# and segid B ) 6.000 4.2 0.0 
assign (resid 18 and name HN and segid B ) (resid 15 and name HG and segid B ) 6.000 4.2 0.0 
assign (resid 18 and name HN and segid B ) (resid 18 and name HG and segid B ) 5.000 3.2 0.0 
assign (resid 18 and name HN and segid B ) (resid 97 and name HB and segid B ) 6.000 4.2 0.0 
assign (resid 18 and name HN and segid B ) (resid 18 and name HB# and segid B ) 5.000 3.2 0.0 
assign (resid 18 and name HN and segid B ) (resid 17 and name HB# and segid B ) 5.000 3.2 0.0 
assign (resid 18 and name HN and segid B ) (resid 14 and name HB# and segid B ) 6.000 4.2 0.0   
assign (resid 18 and name HN and segid B ) (resid 16 and name HB# and segid B ) 6.000 4.2 0.0 
assign (resid 18 and name HN and segid B ) (resid 15 and name HA and segid B ) 5.000 3.2 0.0  
assign (resid 18 and name HN and segid B ) (resid 18 and name HA and segid B ) 5.000 3.2 0.0 
assign (resid 18 and name HN and segid B ) (resid 16 and name HA and segid B ) 5.000 3.2 0.0    
assign (resid 19 and name HN and segid B ) (resid 20 and name HD# and segid B ) 6.000 4.2 0.0 
assign (resid 19 and name HN and segid B ) (resid 20 and name HG1# and segid B ) 6.000 4.2 0.0    
assign (resid 19 and name HN and segid B ) (resid 18 and name HG and segid B ) 5.000 3.2 0.0    
assign (resid 19 and name HN and segid B ) (resid 96 and name HG# and segid B ) 6.000 4.2 0.0  
assign (resid 19 and name HN and segid B ) (resid 97 and name HB and segid B ) 5.000 3.2 0.0    
assign (resid 19 and name HN and segid B ) (resid 19 and name HA and segid B ) 5.000 3.2 0.0    
assign (resid 19 and name HN and segid B ) (resid 18 and name HA and segid B ) 5.000 3.2 0.0 
assign (resid 19 and name HN and segid B ) (resid 20 and name HA and segid B ) 7.000 5.2 0.0    
assign (resid 20 and name HN and segid B ) (resid 15 and name HD1# and segid B ) 6.000 4.2 0.0  
assign (resid 20 and name HN and segid B ) (resid 15 and name HD2# and segid B ) 6.000 4.2 0.0   
assign (resid 20 and name HN and segid B ) (resid 20 and name HG2# and segid B ) 5.000 3.2 0.0  
assign (resid 20 and name HN and segid B ) (resid 20 and name HB and segid B ) 5.000 3.2 0.0 
assign (resid 20 and name HN and segid B ) (resid 21 and name HB# and segid B ) 6.000 4.2 0.0  
assign (resid 20 and name HN and segid B ) (resid 19 and name HA and segid B ) 5.000 3.2 0.0 
assign (resid 20 and name HN and segid B ) (resid 15 and name HA and segid B ) 6.000 4.2 0.0  
assign (resid 20 and name HN and segid B ) (resid 18 and name HA and segid B ) 6.000 4.2 0.0 
assign (resid 20 and name HN and segid B ) (resid 20 and name HA and segid B ) 5.000 3.2 0.0 
assign (resid 20 and name HN and segid B ) (resid 19 and name HD# and segid B ) 5.000 3.2 0.0 
assign (resid 20 and name HN and segid B ) (resid 18 and name HG and segid B ) 5.000 3.2 0.0 
assign (resid 21 and name HN and segid B ) (resid 20 and name HD# and segid B ) 6.000 4.2 0.0  
assign (resid 21 and name HN and segid B ) (resid 94 and name HG1# and segid B ) 6.000 4.2 0.0 
assign (resid 21 and name HN and segid B ) (resid 94 and name HG2# and segid B ) 6.000 4.2 0.0 
assign (resid 21 and name HN and segid B ) (resid 22 and name HD# and segid B ) 6.000 4.2 0.0  
assign (resid 21 and name HN and segid B ) (resid 21 and name HB# and segid B ) 5.000 3.2 0.0 
assign (resid 21 and name HN and segid B ) (resid 21 and name HA and segid B ) 5.000 3.2 0.0 
assign (resid 21 and name HN and segid B ) (resid 94 and name HA and segid B ) 5.000 3.2 0.0  
assign (resid 22 and name HN and segid B ) (resid 44 and name HB# and segid B ) 6.000 4.2 0.0 
assign (resid 22 and name HN and segid B ) (resid 22 and name HB# and segid B ) 5.000 3.2 0.0    
assign (resid 22 and name HN and segid B ) (resid 93 and name HB# and segid B ) 5.000 3.2 0.0  
assign (resid 22 and name HN and segid B ) (resid 92 and name HB# and segid B ) 6.000 4.2 0.0 
assign (resid 22 and name HN and segid B ) (resid 20 and name HA and segid B ) 6.000 4.2 0.0  
assign (resid 22 and name HN and segid B ) (resid 23 and name HA and segid B ) 6.000 4.2 0.0 
assign (resid 22 and name HN and segid B ) (resid 21 and name HD# and segid B ) 6.000 4.2 0.0   
assign (resid 23 and name HN and segid B ) (resid 94 and name HG1# and segid B ) 6.000 4.2 0.0    
assign (resid 23 and name HN and segid B ) (resid 94 and name HG2# and segid B ) 6.000 4.2 0.0  
assign (resid 23 and name HN and segid B ) (resid 92 and name HG and segid B ) 6.000 4.2 0.0    
assign (resid 23 and name HN and segid B ) (resid 22 and name HG# and segid B ) 5.000 3.2 0.0    
assign (resid 23 and name HN and segid B ) (resid 23 and name HB# and segid B ) 5.000 3.2 0.0   
assign (resid 23 and name HN and segid B ) (resid 27 and name HB# and segid B ) 5.000 3.2 0.0 
assign (resid 23 and name HN and segid B ) (resid 23 and name HA and segid B ) 5.000 3.2 0.0 
assign (resid 23 and name HN and segid B ) (resid 92 and name HA and segid B ) 6.000 4.2 0.0 
assign (resid 23 and name HN and segid B ) (resid 22 and name HD# and segid B ) 5.000 3.2 0.0 
assign (resid 23 and name HN and segid B ) (resid 23 and name HD# and segid B ) 5.000 3.2 0.0 
assign (resid 23 and name HN and segid B ) (resid 27 and name HG and segid B ) 5.000 3.2 0.0 


RDC restraints:


! resid 999 contains the four atoms which define the tensor
! the coordinates of resid 999 are appended to the pdb
! use our pdf file for the tensor
!
! the data are in the format:
! assign (atomselection) value error


assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  13  and name N and segid A  )
       ( resid  13  and name HN and segid A  )   -2.6746  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  14  and name N and segid A  )
       ( resid  14  and name HN and segid A  )  -18.2332  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  15  and name N and segid A  )
       ( resid  15  and name HN and segid A  )  -10.575  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  16  and name N and segid A  )
       ( resid  16  and name HN and segid A  )  0.16  0.2000        

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  17  and name N and segid A  )
       ( resid  17  and name HN and segid A  )  -8.94  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  18  and name N and segid A  )
       ( resid  18  and name HN and segid A  )  -15.0731  0.2000      

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  19  and name N and segid A  )
       ( resid  19  and name HN and segid A  )  2.6742  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  20  and name N and segid A  )
       ( resid  20  and name HN and segid A  ) 9.1167  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  21  and name N and segid A  )
       ( resid  21  and name HN and segid A  )  3.0389  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  22  and name N and segid A  )
       ( resid  22  and name HN and segid A  )   -7.9619  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  23  and name N and segid A  )
       ( resid  23  and name HN and segid A  )  -19.6922  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  25  and name N and segid A  )
       ( resid  25  and name HN and segid A  )  2.3095  0.2000 
      
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  27  and name N and segid A  )
       ( resid  27  and name HN and segid A  )  -10.6365  0.2000
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  28  and name N and segid A  )
       ( resid  28  and name HN and segid A  )   -9.907  0.2000
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  29  and name N and segid A  )
       ( resid  29  and name HN and segid A  )   -0.2431  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  30  and name N and segid A  )
       ( resid  30  and name HN and segid A  )  2.1272  0.2000                      

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  33  and name N and segid A  )
       ( resid  33  and name HN and segid A  )   -6.5028  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  34  and name N and segid A  )
       ( resid  34  and name HN and segid A  )  -9.2987  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  36  and name N and segid A  )
       ( resid  36  and name HN and segid A  ) 9.0559  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  40  and name N and segid A  )
       ( resid  40  and name HN and segid A  ) 2.8566  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  44  and name N and segid A  )
       ( resid  44  and name HN and segid A  )  -12.217  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  45  and name N and segid A  )
       ( resid  45  and name HN and segid A  )  -21.0901  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  46  and name N and segid A  )
       ( resid  46  and name HN and segid A  )  7.4149  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  47  and name N and segid A  )
       ( resid  47  and name HN and segid A  )  -7.658  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  51  and name N and segid A  )
       ( resid  51  and name HN and segid A  )  4.376  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  53  and name N and segid A  )
       ( resid  53  and name HN and segid A  )  1.0332  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  54  and name N and segid A  )
       ( resid  54  and name HN and segid A  )  -3.7682  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  55  and name N and segid A  )
       ( resid  55  and name HN and segid A  )   -9.3599  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  56  and name N and segid A  )
       ( resid  56  and name HN and segid A  )  2.2488  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  57  and name N and segid A  )
       ( resid  57  and name HN and segid A  ) -1.53  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  58  and name N and segid A  )
       ( resid  58  and name HN and segid A  )  7.1718  0.2000        

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  59  and name N and segid A  )
       ( resid  59  and name HN and segid A  )   -1.641  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  60  and name N and segid A  )
       ( resid  60  and name HN and segid A  )  6.5032  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  61  and name N and segid A  )
       ( resid  61  and name HN and segid A  )  5.8347  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  63  and name N and segid A  )
       ( resid  63  and name HN and segid A  )  -10.0891 0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  64  and name N and segid A  )
       ( resid  64  and name HN and segid A  )   -3.4036  0.2000       

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  65  and name N and segid A  )
       ( resid  65  and name HN and segid A  ) 10.0284  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  67  and name N and segid A  )
       ( resid  67  and name HN and segid A  )  -10.0893  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  71  and name N and segid A  )
       ( resid  71  and name HN and segid A  ) 13.0672  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  75  and name N and segid A  )
       ( resid  75  and name HN and segid A  )  -3.8896  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  77  and name N and segid A  )
       ( resid  77  and name HN and segid A  )  6.06  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  78  and name N and segid A  )
       ( resid  78  and name HN and segid A  )  6.9287  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  79  and name N and segid A  )
       ( resid  79  and name HN and segid A  )  4.7407  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  80  and name N and segid A  )
       ( resid  80  and name HN and segid A  )   -0.3646  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  81  and name N and segid A  )
       ( resid  81  and name HN and segid A  ) 1.8841  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  84  and name N and segid A  )
       ( resid  84  and name HN and segid A  ) 10.700  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  86  and name N and segid A  )
       ( resid  86  and name HN and segid A  )  -8.691  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  87  and name N and segid A  )
       ( resid  87  and name HN and segid A  )  -15.498  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  88  and name N and segid A  )
       ( resid  88  and name HN and segid A  )  -19.0239  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  89  and name N and segid A  )
       ( resid  89  and name HN and segid A  )  5.4092  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  90  and name N and segid A  )
       ( resid  90  and name HN and segid A  )  7.500  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  91  and name N and segid A  )
       ( resid  91  and name HN and segid A  )   -2.8566  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  92  and name N and segid A  )
       ( resid  92  and name HN and segid A  )  -17.6254  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  93  and name N and segid A  )
       ( resid  93  and name HN and segid A  )   -7.4148  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  96  and name N and segid A  )
       ( resid  96  and name HN and segid A  )  9.6637  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  98  and name N and segid A  )
       ( resid  98  and name HN and segid A  )  15.1945  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  99  and name N and segid A  )
       ( resid  99  and name HN and segid A  )   1.8841  0.2000        

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 100  and name N and segid A  )
       ( resid 100  and name HN and segid A  )  -5.3484  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 101  and name N and segid A  )
       ( resid 101  and name HN and segid A  ) 1.641  0.2000
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 103  and name N and segid A  )
       ( resid 103  and name HN and segid A  ) -12.0337  0.2000        

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 104  and name N and segid A  )
       ( resid 104  and name HN and segid A  )  -6.6246  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 105  and name N and segid A  )
       ( resid 105  and name HN and segid A  )   -1.3371  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 106  and name N and segid A  )
       ( resid 106  and name HN and segid A  )  -11.3046  0.2000       

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 107  and name N and segid A  )
       ( resid 107  and name HN and segid A  )  -5.93  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 108  and name N and segid A  )
       ( resid 108  and name HN and segid A  )  8.0835  0.2000        
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 112  and name N and segid A  )
       ( resid 112  and name HN and segid A  ) 11.487  0.2000       
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 114  and name N and segid A  )
       ( resid 114  and name HN and segid A  ) 19.7524  0.2000        

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 116  and name N and segid A  )
       ( resid 116  and name HN and segid A  )  7.5364  0.2000
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 119  and name N and segid A  )
       ( resid 119  and name HN and segid A  )  2.0665  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 120  and name N and segid A  )
       ( resid 120  and name HN and segid A  )  -2.100  0.2000       

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 123  and name N and segid A  )
       ( resid 123  and name HN and segid A  )  8.500  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 126  and name N and segid A  )
       ( resid 126  and name HN and segid A  )  -16.9566  0.2000        

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 128  and name N and segid A  )
       ( resid 128  and name HN and segid A  )  -7.5974  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 130  and name N and segid A  )
       ( resid 130  and name HN and segid A  )   -4.6191  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 132  and name N and segid A  )
       ( resid 132  and name HN and segid A  )   -7.0501  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 133  and name N and segid A  )
       ( resid 133  and name HN and segid A  ) 14.2828  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 135  and name N and segid A  )
       ( resid 135  and name HN and segid A  )   -2.6746  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 137  and name N and segid A  )
       ( resid 137  and name HN and segid A  )  4.9226  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 141  and name N and segid A  )
       ( resid 141  and name HN and segid A  )   -3.5249  0.2000                  
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 142  and name N and segid A  )
       ( resid 142  and name HN and segid A  )  6.1993  0.2000         
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 143  and name N and segid A  )
       ( resid 143  and name HN and segid A  )   -4.3761  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 146  and name N and segid A  )
       ( resid 146  and name HN and segid A  )   -6.6248  0.2000       
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 147  and name N and segid A  )
       ( resid 147  and name HN and segid A  )   -3.4644  0.2000              

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 151  and name N and segid A  )
       ( resid 151  and name HN and segid A  )  5.7131  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 152  and name N and segid A  )
       ( resid 152  and name HN and segid A  )  3.19  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 153  and name N and segid A  )
       ( resid 153  and name HN and segid A  )  6.5641  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 156  and name N and segid A  )
       ( resid 156  and name HN and segid A  )  -14.238  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 157  and name N and segid A  )
       ( resid 157  and name HN and segid A  )  7.7188  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 158  and name N and segid A  )
       ( resid 158  and name HN and segid A  ) 6.4425  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 159  and name N and segid A  )
       ( resid 159  and name HN and segid A  )  -17.747  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 162  and name N and segid A  )
       ( resid 162  and name HN and segid A  ) 4.0722  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 163  and name N and segid A  )
       ( resid 163  and name HN and segid A  ) 10.7577  0.2000        

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 164  and name N and segid A  )
       ( resid 164  and name HN and segid A  )  8.3266  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 165  and name N and segid A  )
       ( resid 165  and name HN and segid A  )  8.8736  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 167  and name N and segid A  )
       ( resid 167  and name HN and segid A  )  5.3484  0.2000 
        
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 169  and name N and segid A  )
       ( resid 169  and name HN and segid A  )   -8.7516  0.2000
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 170  and name N and segid A  )
       ( resid 170  and name HN and segid A  )   -6.5032  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 171  and name N and segid A  )
       ( resid 171  and name HN and segid A  )   -2.3096  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 172  and name N and segid A  )
       ( resid 172  and name HN and segid A  )  1.9449  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 173  and name N and segid A  )
       ( resid 173  and name HN and segid A  )  -10.3932  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 174  and name N and segid A  )
       ( resid 174  and name HN and segid A  )  5.7131  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 178  and name N and segid A  )
       ( resid 178  and name HN and segid A  )   -1.3371  0.2000
        
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 179  and name N and segid A  )
       ( resid 179  and name HN and segid A  ) 13.0065  0.2000    

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 180  and name N and segid A  )
       ( resid 180  and name HN and segid A  )  -7.0501  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 182  and name N and segid A  )
       ( resid 182  and name HN and segid A  ) 1.8233  0.2000        
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 183  and name N and segid A  )
       ( resid 183  and name HN and segid A  )   -0.7901  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 184  and name N and segid A  )
       ( resid 184  and name HN and segid A  )   -4.0113  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 185  and name N and segid A  )
       ( resid 185  and name HN and segid A  )  3.5859  0.2000
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 186  and name N and segid A  )
       ( resid 186  and name HN and segid A  )  3.1605  0.2000        

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 187  and name N and segid A  )
       ( resid 187  and name HN and segid A  )  4.3152  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 188  and name N and segid A  )
       ( resid 188  and name HN and segid A  ) 1.8233  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 190  and name N and segid A  )
       ( resid 190  and name HN and segid A  )  2.188  0.2000
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 191  and name N and segid A  )
       ( resid 191  and name HN and segid A  )   -8.8735  0.2000        

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 192  and name N and segid A  )
       ( resid 192  and name HN and segid A  ) 14.2828  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 193  and name N and segid A  )
       ( resid 193  and name HN and segid A  )   -7.4148  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 196  and name N and segid A  )
       ( resid 196  and name HN and segid A  )  -0.9116  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 197  and name N and segid A  )
       ( resid 197  and name HN and segid A  )  10.7577  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 198  and name N and segid A  )
       ( resid 198  and name HN and segid A  ) 13.0673  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 199  and name N and segid A  )
       ( resid 199  and name HN and segid A  )  5.7739  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 201  and name N and segid A  )
       ( resid 201  and name HN and segid A  )  3.282  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 202  and name N and segid A  )
       ( resid 202  and name HN and segid A  )  0.1824  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 204  and name N and segid A  )
       ( resid 204  and name HN and segid A  )  11.4263  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 205  and name N and segid A  )
       ( resid 205  and name HN and segid A  ) 10.3322  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  13  and name N and segid B  )
       ( resid  13  and name HN and segid B  )   -2.6746  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  14  and name N and segid B  )
       ( resid  14  and name HN and segid B  )  -18.2332  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  15  and name N and segid B  )
       ( resid  15  and name HN and segid B  )  -10.575  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  16  and name N and segid B  )
       ( resid  16  and name HN and segid B  )  0.16  0.2000        

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  17  and name N and segid B  )
       ( resid  17  and name HN and segid B  )  -8.94  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  18  and name N and segid B  )
       ( resid  18  and name HN and segid B  )  -15.0731  0.2000      

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  19  and name N and segid B  )
       ( resid  19  and name HN and segid B  )  2.6742  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  20  and name N and segid B  )
       ( resid  20  and name HN and segid B  ) 9.1167  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  21  and name N and segid B  )
       ( resid  21  and name HN and segid B  )  3.0389  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  22  and name N and segid B  )
       ( resid  22  and name HN and segid B  )   -7.9619  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  23  and name N and segid B  )
       ( resid  23  and name HN and segid B  )  -19.6922  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  25  and name N and segid B  )
       ( resid  25  and name HN and segid B  )  2.3095  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  27  and name N and segid B  )
       ( resid  27  and name HN and segid B  )  -10.6365  0.2000
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  28  and name N and segid B  )
       ( resid  28  and name HN and segid B  )   -9.907  0.2000
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  29  and name N and segid B  )
       ( resid  29  and name HN and segid B  )   -0.2431  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  30  and name N and segid B  )
       ( resid  30  and name HN and segid B  )  2.1272  0.2000                      

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  33  and name N and segid B  )
       ( resid  33  and name HN and segid B  )   -6.5028  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  34  and name N and segid B  )
       ( resid  34  and name HN and segid B  )  -9.2987  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  36  and name N and segid B  )
       ( resid  36  and name HN and segid B  ) 9.0559  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  40  and name N and segid B  )
       ( resid  40  and name HN and segid B  ) 2.8566  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  44  and name N and segid B  )
       ( resid  44  and name HN and segid B  )  -12.217  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  45  and name N and segid B  )
       ( resid  45  and name HN and segid B  )  -21.0901  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  46  and name N and segid B  )
       ( resid  46  and name HN and segid B  )  7.4149  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  47  and name N and segid B  )
       ( resid  47  and name HN and segid B  )  -7.658  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  51  and name N and segid B  )
       ( resid  51  and name HN and segid B  )  4.376  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  53  and name N and segid B  )
       ( resid  53  and name HN and segid B  )  1.0332  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  54  and name N and segid B  )
       ( resid  54  and name HN and segid B  )  -3.7682  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  55  and name N and segid B  )
       ( resid  55  and name HN and segid B  )   -9.3599  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  56  and name N and segid B  )
       ( resid  56  and name HN and segid B  )  2.2488  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  57  and name N and segid B  )
       ( resid  57  and name HN and segid B  ) -1.53  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  58  and name N and segid B  )
       ( resid  58  and name HN and segid B  )  7.1718  0.2000        

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  59  and name N and segid B  )
       ( resid  59  and name HN and segid B  )   -1.641  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  60  and name N and segid B  )
       ( resid  60  and name HN and segid B  )  6.5032  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  61  and name N and segid B  )
       ( resid  61  and name HN and segid B  )  5.8347  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  63  and name N and segid B  )
       ( resid  63  and name HN and segid B  )  -10.0891 0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  64  and name N and segid B  )
       ( resid  64  and name HN and segid B  )   -3.4036  0.2000       

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  65  and name N and segid B  )
       ( resid  65  and name HN and segid B  ) 10.0284  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  67  and name N and segid B  )
       ( resid  67  and name HN and segid B  )  -10.0893  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  71  and name N and segid B  )
       ( resid  71  and name HN and segid B  ) 13.0672  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  75  and name N and segid B  )
       ( resid  75  and name HN and segid B  )  -3.8896  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  77  and name N and segid B  )
       ( resid  77  and name HN and segid B  )  6.06  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  78  and name N and segid B  )
       ( resid  78  and name HN and segid B  )  6.9287  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  79  and name N and segid B  )
       ( resid  79  and name HN and segid B  )  4.7407  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  80  and name N and segid B  )
       ( resid  80  and name HN and segid B  )   -0.3646  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  81  and name N and segid B  )
       ( resid  81  and name HN and segid B  ) 1.8841  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  84  and name N and segid B  )
       ( resid  84  and name HN and segid B  ) 10.700  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  86  and name N and segid B  )
       ( resid  86  and name HN and segid B  )  -8.691  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  87  and name N and segid B  )
       ( resid  87  and name HN and segid B  )  -15.498  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  88  and name N and segid B  )
       ( resid  88  and name HN and segid B  )  -19.0239  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  89  and name N and segid B  )
       ( resid  89  and name HN and segid B  )  5.4092  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  90  and name N and segid B  )
       ( resid  90  and name HN and segid B  )  7.500  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  91  and name N and segid B  )
       ( resid  91  and name HN and segid B  )   -2.8566  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  92  and name N and segid B  )
       ( resid  92  and name HN and segid B  )  -17.6254  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  93  and name N and segid B  )
       ( resid  93  and name HN and segid B  )   -7.4148  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  96  and name N and segid B  )
       ( resid  96  and name HN and segid B  )  9.6637  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  98  and name N and segid B  )
       ( resid  98  and name HN and segid B  )  15.1945  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  99  and name N and segid B  )
       ( resid  99  and name HN and segid B  )   1.8841  0.2000        

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 100  and name N and segid B  )
       ( resid 100  and name HN and segid B  )  -5.3484  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 101  and name N and segid B  )
       ( resid 101  and name HN and segid B  ) 1.641  0.2000
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 103  and name N and segid B  )
       ( resid 103  and name HN and segid B  ) -12.0337  0.2000        

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 104  and name N and segid B  )
       ( resid 104  and name HN and segid B  )  -6.6246  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 105  and name N and segid B  )
       ( resid 105  and name HN and segid B  )   -1.3371  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 106  and name N and segid B  )
       ( resid 106  and name HN and segid B  )  -11.3046  0.2000       

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 107  and name N and segid B  )
       ( resid 107  and name HN and segid B  )  -5.93  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 108  and name N and segid B  )
       ( resid 108  and name HN and segid B  )  8.0835  0.2000         
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 112  and name N and segid B  )
       ( resid 112  and name HN and segid B  ) 11.487  0.2000       
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 114  and name N and segid B  )
       ( resid 114  and name HN and segid B  ) 19.7524  0.2000        

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 116  and name N and segid B  )
       ( resid 116  and name HN and segid B  )  7.5364  0.2000
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 119  and name N and segid B  )
       ( resid 119  and name HN and segid B  )  2.0665  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 120  and name N and segid B  )
       ( resid 120  and name HN and segid B  )  -2.100  0.2000       

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 123  and name N and segid B  )
       ( resid 123  and name HN and segid B  )  8.500  0.2000  
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 126  and name N and segid B  )
       ( resid 126  and name HN and segid B  )  -16.9566  0.2000        

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 128  and name N and segid B  )
       ( resid 128  and name HN and segid B  )  -7.5974  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 130  and name N and segid B  )
       ( resid 130  and name HN and segid B  )   -4.6191  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 132  and name N and segid B  )
       ( resid 132  and name HN and segid B  )   -7.0501  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 133  and name N and segid B  )
       ( resid 133  and name HN and segid B  ) 14.2828  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 135  and name N and segid B  )
       ( resid 135  and name HN and segid B  )   -2.6746  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 137  and name N and segid B  )
       ( resid 137  and name HN and segid B  )  4.9226  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 141  and name N and segid B  )
       ( resid 141  and name HN and segid B  )   -3.5249  0.2000                  
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 142  and name N and segid B  )
       ( resid 142  and name HN and segid B  )  6.1993  0.2000         
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 143  and name N and segid B  )
       ( resid 143  and name HN and segid B  )   -4.3761  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 146  and name N and segid B  )
       ( resid 146  and name HN and segid B  )   -6.6248  0.2000       
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 147  and name N and segid B  )
       ( resid 147  and name HN and segid B  )   -3.4644  0.2000              

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 151  and name N and segid B  )
       ( resid 151  and name HN and segid B  )  5.7131  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 152  and name N and segid B  )
       ( resid 152  and name HN and segid B  )  3.19  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 153  and name N and segid B  )
       ( resid 153  and name HN and segid B  )  6.5641  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 156  and name N and segid B  )
       ( resid 156  and name HN and segid B  )  -14.238  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 157  and name N and segid B  )
       ( resid 157  and name HN and segid B  )  7.7188  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 158  and name N and segid B  )
       ( resid 158  and name HN and segid B  ) 6.4425  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 159  and name N and segid B  )
       ( resid 159  and name HN and segid B  )  -17.747  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 162  and name N and segid B  )
       ( resid 162  and name HN and segid B  ) 4.0722  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 163  and name N and segid B  )
       ( resid 163  and name HN and segid B  ) 10.7577  0.2000        

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 164  and name N and segid B  )
       ( resid 164  and name HN and segid B  )  8.3266  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 165  and name N and segid B  )
       ( resid 165  and name HN and segid B  )  8.8736  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 167  and name N and segid B  )
       ( resid 167  and name HN and segid B  )  5.3484  0.2000 
        
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 169  and name N and segid B  )
       ( resid 169  and name HN and segid B  )   -8.7516  0.2000
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 170  and name N and segid B  )
       ( resid 170  and name HN and segid B  )   -6.5032  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 171  and name N and segid B  )
       ( resid 171  and name HN and segid B  )   -2.3096  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 172  and name N and segid B  )
       ( resid 172  and name HN and segid B  )  1.9449  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 173  and name N and segid B  )
       ( resid 173  and name HN and segid B  )  -10.3932  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 174  and name N and segid B  )
       ( resid 174  and name HN and segid B  )  5.7131  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 178  and name N and segid B  )
       ( resid 178  and name HN and segid B  )   -1.3371  0.2000
        
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 179  and name N and segid B  )
       ( resid 179  and name HN and segid B  ) 13.0065  0.2000    

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 180  and name N and segid B  )
       ( resid 180  and name HN and segid B  )  -7.0501  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 182  and name N and segid B  )
       ( resid 182  and name HN and segid B  ) 1.8233  0.2000        
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 183  and name N and segid B  )
       ( resid 183  and name HN and segid B  )   -0.7901  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 184  and name N and segid B  )
       ( resid 184  and name HN and segid B  )   -4.0113  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 185  and name N and segid B  )
       ( resid 185  and name HN and segid B  )  3.5859  0.2000
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 186  and name N and segid B  )
       ( resid 186  and name HN and segid B  )  3.1605  0.2000        

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 187  and name N and segid B  )
       ( resid 187  and name HN and segid B  )  4.3152  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 188  and name N and segid B  )
       ( resid 188  and name HN and segid B  ) 1.8233  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 190  and name N and segid B  )
       ( resid 190  and name HN and segid B  )  2.188  0.2000
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 191  and name N and segid B  )
       ( resid 191  and name HN and segid B  )   -8.8735  0.2000        

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 192  and name N and segid B  )
       ( resid 192  and name HN and segid B  ) 14.2828  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 193  and name N and segid B  )
       ( resid 193  and name HN and segid B  )   -7.4148  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 196  and name N and segid B  )
       ( resid 196  and name HN and segid B  )  -0.9116  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 197  and name N and segid B  )
       ( resid 197  and name HN and segid B  )  10.7577  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 198  and name N and segid B  )
       ( resid 198  and name HN and segid B  ) 13.0673  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 199  and name N and segid B  )
       ( resid 199  and name HN and segid B  )  5.7739  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 201  and name N and segid B  )
       ( resid 201  and name HN and segid B  )  3.282  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 202  and name N and segid B  )
       ( resid 202  and name HN and segid B  )  0.1824  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 204  and name N and segid B  )
       ( resid 204  and name HN and segid B  )  11.4263  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 205  and name N and segid B  )
       ( resid 205  and name HN and segid B  ) 10.3322  0.2000 

! resid 999 contains the four atoms which define the tensor
! the coordinates of resid 999 are appended to the pdb
! use our pdf file for the tensor
!
! the data are in the format:
! assign (atomselection) value error


assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  10  and name C and segid A  )
       ( resid  10  and name CA and segid A )   2.87  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  11  and name C and segid A  )
       ( resid  11  and name CA and segid A )  2.03  0.2000        

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  12  and name C and segid A  )
       ( resid  12  and name CA and segid A )   -2.37  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  14  and name C and segid A  )
       ( resid  14  and name CA and segid A )  0.74  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  16  and name C and segid A  )
       ( resid  16  and name CA and segid A )   7.95  0.2000       

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  17  and name C and segid A  )
       ( resid  17  and name CA and segid A )  -2.07  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  18  and name C and segid A  )
       ( resid  18  and name CA and segid A )  -0.1  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  19  and name C and segid A  )
       ( resid  19  and name CA and segid A )  -1.58  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  20  and name C and segid A  )
       ( resid  20  and name CA and segid A )   3.13  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  22  and name C and segid A  )
       ( resid  22  and name CA and segid A )   -1.94  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  25  and name C and segid A  )
       ( resid  25  and name CA and segid A )  0.29  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  28  and name C and segid A  )
       ( resid  28  and name CA and segid A )  3.18  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  30  and name C and segid A  )
       ( resid  30  and name CA and segid A )  -0.72  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  32  and name C and segid A  )
       ( resid  32  and name CA and segid A )  -0.3  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  34  and name C and segid A  )
       ( resid  34  and name CA and segid A )  -1.33  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  35  and name C and segid A  )
       ( resid  35  and name CA and segid A )  2.56  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  39  and name C and segid A  )
       ( resid  39  and name CA and segid A )  -4.09  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  43  and name C and segid A  )
       ( resid  43  and name CA and segid A )  -0.17  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  44  and name C and segid A  )
       ( resid  44  and name CA and segid A )  -2.04  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  45  and name C and segid A  )
       ( resid  45  and name CA and segid A )  -1.0  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  46  and name C and segid A  )
       ( resid  46  and name CA and segid A )  -0.65  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  51  and name C and segid A  )
       ( resid  51  and name CA and segid A )  -1.05  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  52  and name C and segid A  )
       ( resid  52  and name CA and segid A )  -1.34  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  53  and name C and segid A  )
       ( resid  53  and name CA and segid A )  3.32  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  54  and name C and segid A  )
       ( resid  54  and name CA and segid A )  -0.91  0.2000 
    
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  55  and name C and segid A  )
       ( resid  55  and name CA and segid A )  -2.63  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  56  and name C and segid A )
       ( resid  56  and name CA and segid A )  2.29  0.2000        

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  58  and name C and segid A  )
       ( resid  58  and name CA and segid A )  3.0  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  59  and name C and segid A  )
       ( resid  59  and name CA and segid A ) -2.03  0.2000
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  62  and name C and segid A  )
       ( resid  62  and name CA and segid A ) -3.26  0.2000        

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  63  and name C and segid A  )
       ( resid  63  and name CA and segid A )  -0.95  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  64  and name C and segid A  )
       ( resid  64  and name CA and segid A )  1.85  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  65  and name C and segid A  )
       ( resid  65  and name CA and segid A )  -4.37  0.2000       

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  70  and name C and segid A  )
       ( resid  70  and name CA and segid A )  3.99  0.2000     

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  72  and name C and segid A  )
       ( resid  72  and name CA and segid A )  -5.65  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  77  and name C and segid A  )
       ( resid  77  and name CA and segid A )  1.75  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  78  and name C and segid A  )
       ( resid  78  and name CA and segid A )  0.96  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  80  and name C and segid A  )
       ( resid  80  and name CA and segid A )  -0.11  0.2000       

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  81  and name C and segid A  )
       ( resid  81  and name CA and segid A )  -1.01  0.2000    

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  83  and name C and segid A  )
       ( resid  83  and name CA and segid A )  0.5  0.2000
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  86  and name C and segid A  )
       ( resid  86  and name CA and segid A )  -0.6  0.2000              

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  87  and name C and segid A  )
       ( resid  87  and name CA and segid A )  2.88   0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  88  and name C and segid A  )
       ( resid  88  and name CA and segid A )  2.54   0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  90  and name C and segid A  )
       ( resid  90  and name CA and segid A )  1.78  0.2000         

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  91  and name C and segid A  )
       ( resid  91  and name CA and segid A ) -2.82   0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  92  and name C and segid A  )
       ( resid  92  and name CA and segid A ) -3.94  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  95  and name C and segid A  )
       ( resid  95  and name CA and segid A )   2.75  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  96  and name C and segid A  )
       ( resid  96  and name CA and segid A )  0.97   0.2000                  
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  97  and name C and segid A  )
       ( resid  97  and name CA and segid A )  -3.16  0.2000         

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  98  and name C and segid A  )
       ( resid  98  and name CA and segid A )  0.39   0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  99  and name C and segid A  )
       ( resid  99  and name CA and segid A ) -4.12  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 102  and name C and segid A  )
       ( resid 102  and name CA and segid A )  0.52  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 104  and name C and segid A  )
       ( resid 104  and name CA and segid A )  2.67   0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 105  and name C and segid A  )
       ( resid 105  and name CA and segid A )  4.53   0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 110  and name C and segid A  )
       ( resid 110  and name CA and segid A )   -0.21  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 111  and name C and segid A  )
       ( resid 111  and name CA and segid A )  -0.12  0.2000        
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 113  and name C and segid A  )
       ( resid 113  and name CA and segid A )  6.27   0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 117  and name C and segid A  )
       ( resid 117  and name CA and segid A )   4.3  0.2000      
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 122  and name C and segid A  )
       ( resid 122  and name CA and segid A )  -8.93   0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 127  and name C and segid A  )
       ( resid 127  and name CA and segid A )  3.62  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 128  and name C and segid A  )
       ( resid 128  and name CA and segid A )  1.4  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 140  and name C and segid A  )
       ( resid 140  and name CA and segid A )  0.83  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 143  and name C and segid A  )
       ( resid 143  and name CA and segid A )  -1.85  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 146  and name C and segid A  )
       ( resid 146  and name CA and segid A )  -5.99  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 150  and name C and segid A  )
       ( resid 150  and name CA and segid A )  5.01  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 151  and name C and segid A  )
       ( resid 151  and name CA and segid A )  -3.27  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 152  and name C and segid A  )
       ( resid 152  and name CA and segid A )  -3.07  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 154  and name C and segid A  )
       ( resid 154  and name CA and segid A )  1.2  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 157  and name C and segid A  )
       ( resid 157  and name CA and segid A )  0.86  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 158  and name C and segid A  )
       ( resid 158  and name CA and segid A )  3.25  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 161  and name C and segid A  )
       ( resid 161  and name CA and segid A )  -5.87  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 162  and name C and segid A  )
       ( resid 162  and name CA and segid A )  -5.88  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 163  and name C and segid A  )
       ( resid 163  and name CA and segid A )  -1.52  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 164  and name C and segid A  )
       ( resid 164  and name CA and segid A )  -7.16  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 165  and name C and segid A  )
       ( resid 165  and name CA and segid A )  6.16  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 166  and name C and segid A  )
       ( resid 166  and name CA and segid A )  -4.94  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 167  and name C and segid A  )
       ( resid 167  and name CA and segid A )  -2.01  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 168  and name C and segid A  )
       ( resid 168  and name CA and segid A )  -2.34  0.2000
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 169  and name C and segid A  )
       ( resid 169  and name CA and segid A ) 1.03   0.2000        

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 170  and name C and segid A  )
       ( resid 170  and name CA and segid A )  1.79  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 171  and name C and segid A  )
       ( resid 171  and name CA and segid A ) -2.93   0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 172  and name C and segid A  )
       ( resid 172  and name CA and segid A )  -0.43  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 173  and name C and segid A  )
       ( resid 173  and name CA and segid A )  -3.02  0.2000
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 177  and name C and segid A  )
       ( resid 177  and name CA and segid A )  -0.7  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 178  and name C and segid A  )
       ( resid 178  and name CA and segid A ) 2.73   0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 179  and name C and segid A  )
       ( resid 179  and name CA and segid A )  0.2  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 181  and name C and segid A  )
       ( resid 181  and name CA and segid A ) 8.72   0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 182  and name C and segid A  )
       ( resid 182  and name CA and segid A )  -2.2  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 183  and name C and segid A  )
       ( resid 183  and name CA and segid A )  1.98  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 184  and name C and segid A  )
       ( resid 184  and name CA and segid A ) -1.23   0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 185  and name C and segid A  )
       ( resid 185  and name CA and segid A )  -0.22  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 187  and name C and segid A  )
       ( resid 187  and name CA and segid A )  -5.19  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 189  and name C and segid A  )
       ( resid 189  and name CA and segid A ) -7.52   0.2000 
 
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 196  and name C and segid A  )
       ( resid 196  and name CA and segid A )  -0.65  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 197  and name C and segid A  )
       ( resid 197  and name CA and segid A )  2.03   0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 198  and name C and segid A  )
       ( resid 198  and name CA and segid A )  2.33  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 201  and name C and segid A  )
       ( resid 201  and name CA and segid A ) 6.53  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 202  and name C and segid A  )
       ( resid 202  and name CA and segid A )  3.99  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 204  and name C and segid A  )
       ( resid 204  and name CA and segid A )  2.51  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 205  and name C and segid A  )
       ( resid 205  and name CA and segid A )  -0.99  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  10  and name C and segid B  )
       ( resid  10  and name CA and segid B )   2.87  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  11  and name C and segid B  )
       ( resid  11  and name CA and segid B )  2.03  0.2000        

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  12  and name C and segid B  )
       ( resid  12  and name CA and segid B )   -2.37  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  14  and name C and segid B  )
       ( resid  14  and name CA and segid B )  0.74  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  16  and name C and segid B  )
       ( resid  16  and name CA and segid B )   7.95  0.2000       

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  17  and name C and segid B  )
       ( resid  17  and name CA and segid B )  -2.07  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  18  and name C and segid B  )
       ( resid  18  and name CA and segid B )  -0.1  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  19  and name C and segid B  )
       ( resid  19  and name CA and segid B )  -1.58  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  20  and name C and segid B  )
       ( resid  20  and name CA and segid B )   3.13  0.2000    

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  22  and name C and segid B  )
       ( resid  22  and name CA and segid B )   -1.94  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  25  and name C and segid B  )
       ( resid  25  and name CA and segid B )  0.29  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  28  and name C and segid B  )
       ( resid  28  and name CA and segid B )  3.18  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  30  and name C and segid B  )
       ( resid  30  and name CA and segid B )  -0.72  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  32  and name C and segid B  )
       ( resid  32  and name CA and segid B )  -0.3  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  34  and name C and segid B  )
       ( resid  34  and name CA and segid B )  -1.33  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  35  and name C and segid B  )
       ( resid  35  and name CA and segid B )  2.56  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  39  and name C and segid B  )
       ( resid  39  and name CA and segid B )  -4.09  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  43  and name C and segid B  )
       ( resid  43  and name CA and segid B )  -0.17  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  44  and name C and segid B  )
       ( resid  44  and name CA and segid B )  -2.04  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  45  and name C and segid B  )
       ( resid  45  and name CA and segid B )  -1.0  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  46  and name C and segid B  )
       ( resid  46  and name CA and segid B )  -0.65  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  51  and name C and segid B  )
       ( resid  51  and name CA and segid B )  -1.05  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  52  and name C and segid B  )
       ( resid  52  and name CA and segid B )  -1.34  0.2000 


assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  53  and name C and segid B  )
       ( resid  53  and name CA and segid B )  3.32  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  54  and name C and segid B  )
       ( resid  54  and name CA and segid B )  -0.91  0.2000 
    
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  55  and name C and segid B  )
       ( resid  55  and name CA and segid B )  -2.63  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  56  and name C and segid B )
       ( resid  56  and name CA and segid B )  2.29  0.2000        

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  58  and name C and segid B  )
       ( resid  58  and name CA and segid B )  3.0  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  59  and name C and segid B  )
       ( resid  59  and name CA and segid B ) -2.03  0.2000
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  62  and name C and segid B  )
       ( resid  62  and name CA and segid B ) -3.26  0.2000        

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  63  and name C and segid B  )
       ( resid  63  and name CA and segid B )  -0.95  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  64  and name C and segid B  )
       ( resid  64  and name CA and segid B )  1.85  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  65  and name C and segid B  )
       ( resid  65  and name CA and segid B )  -4.37  0.2000       

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  70  and name C and segid B  )
       ( resid  70  and name CA and segid B )  3.99  0.2000     

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  72  and name C and segid B  )
       ( resid  72  and name CA and segid B )  -5.65  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  77  and name C and segid B  )
       ( resid  77  and name CA and segid B )  1.75  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  78  and name C and segid B  )
       ( resid  78  and name CA and segid B )  0.96  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  80  and name C and segid B  )
       ( resid  80  and name CA and segid B )  -0.11  0.2000       

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  81  and name C and segid B  )
       ( resid  81  and name CA and segid B )  -1.01  0.2000    

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  83  and name C and segid B  )
       ( resid  83  and name CA and segid B )  0.5  0.2000
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  86  and name C and segid B  )
       ( resid  86  and name CA and segid B )  -0.6  0.2000              

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  87  and name C and segid B  )
       ( resid  87  and name CA and segid B )  2.88   0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  88  and name C and segid B  )
       ( resid  88  and name CA and segid B )  2.54   0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  90  and name C and segid B  )
       ( resid  90  and name CA and segid B )  1.78  0.2000         

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  91  and name C and segid B  )
       ( resid  91  and name CA and segid B ) -2.82   0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  92  and name C and segid B  )
       ( resid  92  and name CA and segid B ) -3.94  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  95  and name C and segid B  )
       ( resid  95  and name CA and segid B )   2.75  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  96  and name C and segid B  )
       ( resid  96  and name CA and segid B )  0.97   0.2000                  
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  97  and name C and segid B  )
       ( resid  97  and name CA and segid B )  -3.16  0.2000         

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  98  and name C and segid B  )
       ( resid  98  and name CA and segid B )  0.39   0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid  99  and name C and segid B  )
       ( resid  99  and name CA and segid B ) -4.12  0.2000  

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 102  and name C and segid B  )
       ( resid 102  and name CA and segid B )  0.52  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 104  and name C and segid B  )
       ( resid 104  and name CA and segid B )  2.67   0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 105  and name C and segid B  )
       ( resid 105  and name CA and segid B )  4.53   0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 110  and name C and segid B  )
       ( resid 110  and name CA and segid B )   -0.21  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 111  and name C and segid B  )
       ( resid 111  and name CA and segid B )  -0.12  0.2000        
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 113  and name C and segid B  )
       ( resid 113  and name CA and segid B )  6.27   0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 117  and name C and segid B  )
       ( resid 117  and name CA and segid B )   4.3  0.2000         
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 122  and name C and segid B  )
       ( resid 122  and name CA and segid B )  -8.93   0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 127  and name C and segid B  )
       ( resid 127  and name CA and segid B )  3.62  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 128  and name C and segid B  )
       ( resid 128  and name CA and segid B )  1.4  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 140  and name C and segid B  )
       ( resid 140  and name CA and segid B )  0.83  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 143  and name C and segid B  )
       ( resid 143  and name CA and segid B )  -1.85  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 146  and name C and segid B  )
       ( resid 146  and name CA and segid B )  -5.99  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 150  and name C and segid B  )
       ( resid 150  and name CA and segid B )  5.01  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 151  and name C and segid B  )
       ( resid 151  and name CA and segid B )  -3.27  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 152  and name C and segid B  )
       ( resid 152  and name CA and segid B )  -3.07  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 154  and name C and segid B  )
       ( resid 154  and name CA and segid B )  1.2  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 157  and name C and segid B  )
       ( resid 157  and name CA and segid B )  0.86  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 158  and name C and segid B  )
       ( resid 158  and name CA and segid B )  3.25  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 161  and name C and segid B  )
       ( resid 161  and name CA and segid B )  -5.87  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 162  and name C and segid B  )
       ( resid 162  and name CA and segid B )  -5.88  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 163  and name C and segid B  )
       ( resid 163  and name CA and segid B )  -1.52  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 164  and name C and segid B  )
       ( resid 164  and name CA and segid B )  -7.16  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 165  and name C and segid B  )
       ( resid 165  and name CA and segid B )  6.16  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 166  and name C and segid B  )
       ( resid 166  and name CA and segid B )  -4.94  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 167  and name C and segid B  )
       ( resid 167  and name CA and segid B )  -2.01  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 168  and name C and segid B  )
       ( resid 168  and name CA and segid B )  -2.34  0.2000
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 169  and name C and segid B  )
       ( resid 169  and name CA and segid B ) 1.03   0.2000        

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 170  and name C and segid B  )
       ( resid 170  and name CA and segid B )  1.79  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 171  and name C and segid B  )
       ( resid 171  and name CA and segid B ) -2.93   0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 172  and name C and segid B  )
       ( resid 172  and name CA and segid B )  -0.43  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 173  and name C and segid B  )
       ( resid 173  and name CA and segid B )  -3.02  0.2000
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 177  and name C and segid B  )
       ( resid 177  and name CA and segid B )  -0.7  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 178  and name C and segid B  )
       ( resid 178  and name CA and segid B ) 2.73   0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 179  and name C and segid B  )
       ( resid 179  and name CA and segid B )  0.2  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 181  and name C and segid B  )
       ( resid 181  and name CA and segid B ) 8.72   0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 182  and name C and segid B  )
       ( resid 182  and name CA and segid B )  -2.2  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 183  and name C and segid B  )
       ( resid 183  and name CA and segid B )  1.98  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 184  and name C and segid B  )
       ( resid 184  and name CA and segid B ) -1.23   0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 185  and name C and segid B  )
       ( resid 185  and name CA and segid B )  -0.22  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 187  and name C and segid B  )
       ( resid 187  and name CA and segid B )  -5.19  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 189  and name C and segid B  )
       ( resid 189  and name CA and segid B ) -7.52   0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 196  and name C and segid B  )
       ( resid 196  and name CA and segid B )  -0.65  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 197  and name C and segid B  )
       ( resid 197  and name CA and segid B )  2.03   0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 198  and name C and segid B  )
       ( resid 198  and name CA and segid B )  2.33  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 201  and name C and segid B  )
       ( resid 201  and name CA and segid B ) 6.53  0.2000 
       
assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 202  and name C and segid B  )
       ( resid 202  and name CA and segid B )  3.99  0.2000

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 204  and name C and segid B  )
       ( resid 204  and name CA and segid B )  2.51  0.2000 

assign ( resid 999  and name OO  )
       ( resid 999  and name Z   )
       ( resid 999  and name X   )
       ( resid 999  and name Y   )
       ( resid 205  and name C and segid B  )
       ( resid 205  and name CA and segid B )  -0.99  0.2000 


Hydrogen bond restraints:


assign ( residue   13 and name HN and segid A  ) ( residue   9  and name O and segid A )  1.98  0.00  0.50
assign ( residue   13 and name N and segid A  )  ( residue   9  and name O and segid A )  2.98  0.50  0.50

assign ( residue   103 and name HN and segid A  ) ( residue   99  and name O and segid A )  1.84  0.00  0.50
assign ( residue   103 and name N and segid A  )  ( residue   99  and name O and segid A )  2.84  0.50  0.50

assign ( residue   104 and name HN and segid A  ) ( residue   100  and name O and segid A )  2.60  0.00  0.50
assign ( residue   104 and name N and segid A  )  ( residue   100  and name O and segid A )  3.60  0.50  0.50

assign ( residue   105 and name HN and segid A  ) ( residue   101  and name O and segid A )  2.15  0.00  0.50
assign ( residue   105 and name N and segid A  )  ( residue   101  and name O and segid A )  3.15  0.50  0.50

assign ( residue   107 and name HN and segid A  ) ( residue   103  and name O and segid A )  2.51  0.00  0.50
assign ( residue   107 and name N and segid A  )  ( residue   103  and name O and segid A )  3.51  0.50  0.50

assign ( residue   108 and name HN and segid A  ) ( residue   104  and name O and segid A )  2.48  0.00  0.50
assign ( residue   108 and name N and segid A  )  ( residue   104  and name O and segid A )  3.48  0.50  0.50

assign ( residue   115 and name HN and segid A  ) ( residue   111  and name O and segid A )  2.12  0.00  0.50
assign ( residue   115 and name N and segid A  )  ( residue   111  and name O and segid A )  3.12  0.50  0.50

assign ( residue   116 and name HN and segid A  ) ( residue   112  and name O and segid A )  2.36  0.00  0.50
assign ( residue   116 and name N and segid A  )  ( residue   112  and name O and segid A )  3.36  0.50  0.50

assign ( residue   117 and name HN and segid A  ) ( residue   113  and name O and segid A )  1.86  0.00  0.50
assign ( residue   117 and name N and segid A  )  ( residue   113  and name O and segid A )  2.86  0.50  0.50

assign ( residue   118 and name HN and segid A  ) ( residue   114  and name O and segid A )  2.02  0.00  0.50
assign ( residue   118 and name N and segid A  )  ( residue   114  and name O and segid A )  3.02  0.50  0.50

assign ( residue   119 and name HN and segid A  ) ( residue   115  and name O and segid A )  2.42  0.00  0.50
assign ( residue   119 and name N and segid A  )  ( residue   115  and name O and segid A )  3.42  0.50  0.50

assign ( residue   120 and name HN and segid A  ) ( residue   116  and name O and segid A )  2.14  0.00  0.50
assign ( residue   120 and name N and segid A  )  ( residue   116  and name O and segid A )  3.14  0.50  0.50

assign ( residue   121 and name HN and segid A  ) ( residue   117  and name O and segid A )  1.96  0.00  0.50
assign ( residue   121 and name N and segid A  )  ( residue   117  and name O and segid A )  2.96  0.50  0.50

assign ( residue   122 and name HN and segid A  ) ( residue   118  and name O and segid A )  2.13  0.00  0.50
assign ( residue   122 and name N and segid A  )  ( residue   118  and name O and segid A )  3.13  0.50  0.50

assign ( residue   123 and name HN and segid A  ) ( residue   119  and name O and segid A )  1.95  0.00  0.50
assign ( residue   123 and name N and segid A  )  ( residue   119  and name O and segid A )  2.95  0.50  0.50

assign ( residue   124 and name HN and segid A  ) ( residue   120  and name O and segid A )  2.06  0.00  0.50
assign ( residue   124 and name N and segid A  )  ( residue   120  and name O and segid A )  3.06  0.50  0.50

assign ( residue   125 and name HN and segid A  ) ( residue   121  and name O and segid A )  2.12  0.00  0.50
assign ( residue   125 and name N and segid A  )  ( residue   121  and name O and segid A )  3.12  0.50  0.50

assign ( residue   126 and name HN and segid A  ) ( residue   122  and name O and segid A )  1.96  0.00  0.50
assign ( residue   126 and name N and segid A  )  ( residue   122  and name O and segid A )  2.96  0.50  0.50

assign ( residue   127 and name HN and segid A  ) ( residue   123  and name O and segid A )  1.90  0.00  0.50
assign ( residue   127 and name N and segid A  )  ( residue   123  and name O and segid A )  2.90  0.50  0.50

assign ( residue   128 and name HN and segid A  ) ( residue   124  and name O and segid A )  1.95  0.00  0.50
assign ( residue   128 and name N and segid A  )  ( residue   124  and name O and segid A )  2.95  0.50  0.50

assign ( residue   149 and name HN and segid A  ) ( residue   145  and name O and segid A )  1.98  0.00  0.50
assign ( residue   149 and name N and segid A  )  ( residue   145  and name O and segid A )  2.98  0.50  0.50

assign ( residue   150 and name HN and segid A  ) ( residue   146  and name O and segid A )  1.93  0.00  0.50
assign ( residue   150 and name N and segid A  )  ( residue   146  and name O and segid A )  2.93  0.50  0.50

assign ( residue   173 and name HN and segid A  ) ( residue   169  and name O and segid A )  2.21  0.00  0.50
assign ( residue   173 and name N and segid A  )  ( residue   169  and name O and segid A )  3.21  0.50  0.50

assign ( residue   174 and name HN and segid A  ) ( residue   170  and name O and segid A )  2.14  0.00  0.50
assign ( residue   174 and name N and segid A  )  ( residue   170  and name O and segid A )  3.14  0.50  0.50

assign ( residue   175 and name HN and segid A  ) ( residue   171  and name O and segid A )  2.21  0.00  0.50
assign ( residue   175 and name N and segid A  )  ( residue   171  and name O and segid A )  3.21  0.50  0.50

assign ( residue   176 and name HN and segid A  ) ( residue   172  and name O and segid A )  1.99  0.00  0.50
assign ( residue   176 and name N and segid A  )  ( residue   172  and name O and segid A )  2.99  0.50  0.50

assign ( residue   184 and name HN and segid A  ) ( residue   180  and name O and segid A )  2.08  0.00  0.50
assign ( residue   184 and name N and segid A  )  ( residue   180  and name O and segid A )  3.08  0.50  0.50

assign ( residue   185 and name HN and segid A  ) ( residue   181  and name O and segid A )  1.98  0.00  0.50
assign ( residue   185 and name N and segid A  )  ( residue   181  and name O and segid A )  2.98  0.50  0.50

assign ( residue   186 and name HN and segid A  ) ( residue   182  and name O and segid A )  1.87  0.00  0.50
assign ( residue   186 and name N and segid A  )  ( residue   182  and name O and segid A )  2.87  0.50  0.50

assign ( residue   187 and name HN and segid A  ) ( residue   183  and name O and segid A )  1.80  0.00  0.50
assign ( residue   187 and name N and segid A  )  ( residue   183  and name O and segid A )  2.80  0.50  0.50

assign ( residue   188 and name HN and segid A  ) ( residue   184  and name O and segid A )  1.93  0.00  0.50
assign ( residue   188 and name N and segid A  )  ( residue   184  and name O and segid A )  2.93  0.50  0.50

assign ( residue   189 and name HN and segid A  ) ( residue   185  and name O and segid A )  2.34  0.00  0.50
assign ( residue   189 and name N and segid A  )  ( residue   185  and name O and segid A )  3.34  0.50  0.50

assign ( residue   190 and name HN and segid A  ) ( residue   186  and name O and segid A )  2.06  0.00  0.50
assign ( residue   190 and name N and segid A  )  ( residue   186  and name O and segid A )  3.06  0.50  0.50

assign ( residue   191 and name HN and segid A  ) ( residue   187  and name O and segid A )  2.43  0.00  0.50
assign ( residue   191 and name N and segid A  )  ( residue   187  and name O and segid A )  3.43  0.50  0.50

assign ( residue   192 and name HN and segid A  ) ( residue   188  and name O and segid A )  2.26  0.00  0.50
assign ( residue   192 and name N and segid A  )  ( residue   188  and name O and segid A )  3.26  0.50  0.50

assign ( residue   19 and name HN and segid A  ) ( residue   96  and name O and segid A )  2.10  0.00  0.50
assign ( residue   19 and name N and segid A  )  ( residue   96  and name O and segid A )  3.10  0.50  0.50

assign ( residue   21 and name HN and segid A  ) ( residue   94  and name O and segid A )  1.95  0.00  0.50
assign ( residue   21 and name N and segid A  )  ( residue   94  and name O and segid A )  2.95  0.50  0.50

assign ( residue   23 and name HN and segid A  ) ( residue   92  and name O and segid A )  1.91  0.00  0.50
assign ( residue   23 and name N and segid A  )  ( residue   92  and name O and segid A )  2.91  0.50  0.50

assign ( residue   39 and name HN and segid A  ) ( residue   97  and name O and segid A )  1.81  0.00  0.50
assign ( residue   39 and name N and segid A  )  ( residue   97  and name O and segid A )  2.81  0.50  0.50

assign ( residue   41 and name HN and segid A  ) ( residue   95  and name O and segid A )  1.94  0.00  0.50
assign ( residue   41 and name N and segid A  )  ( residue   95  and name O and segid A )  2.94  0.50  0.50

assign ( residue   44 and name HN and segid A  ) ( residue   93  and name O and segid A )  2.23  0.00  0.50
assign ( residue   44 and name N and segid A  )  ( residue   93  and name O and segid A )  3.23  0.50  0.50

assign ( residue   85 and name HN and segid A  ) ( residue   50  and name O and segid A )  1.92  0.00  0.50
assign ( residue   85 and name N and segid A  )  ( residue   50  and name O and segid A )  2.92  0.50  0.50

assign ( residue   86 and name HN and segid A  ) ( residue   30  and name O and segid A )  1.95  0.00  0.50
assign ( residue   86 and name N and segid A  )  ( residue   30  and name O and segid A )  2.95  0.50  0.50

assign ( residue   64 and name HN and segid A  ) ( residue   47  and name O and segid A )  1.90  0.00  0.50
assign ( residue   64 and name N and segid A  )  ( residue   47  and name O and segid A )  2.90  0.50  0.50

assign ( residue   59 and name HN and segid A  ) ( residue   51  and name O and segid A )  1.92  0.00  0.50
assign ( residue   59 and name N and segid A  )  ( residue   51  and name O and segid A )  2.92  0.50  0.50

assign ( residue   164 and name HN and segid A  ) ( residue   157  and name O and segid A )  1.96  0.00  0.50
assign ( residue   164 and name N and segid A  )  ( residue   157  and name O and segid A )  2.96  0.50  0.50

assign ( residue   165 and name HN and segid A  ) ( residue   203  and name O and segid A )  1.92  0.00  0.50
assign ( residue   165 and name N and segid A  )  ( residue   203  and name O and segid A )  2.92  0.50  0.50

assign ( residue   163 and name HN and segid A  ) ( residue   205  and name O and segid A )  2.32  0.00  0.50
assign ( residue   163 and name N and segid A  )  ( residue   205  and name O and segid A )  3.32  0.50  0.50

assign ( residue   202 and name HN and segid A  ) ( residue   199  and name O and segid A )  2.14  0.00  0.50
assign ( residue   202 and name N and segid A  )  ( residue   199  and name O and segid A )  3.14  0.50  0.50

assign ( residue   204 and name HN and segid A  ) ( residue   197  and name O and segid A )  1.81  0.00  0.50
assign ( residue   204 and name N and segid A  )  ( residue   197  and name O and segid A )  2.81  0.50  0.50

assign ( residue   13 and name HN and segid B  ) ( residue   9  and name O and segid B )  1.98  0.00  0.50
assign ( residue   13 and name N and segid B  )  ( residue   9  and name O and segid B )  2.98  0.50  0.50

assign ( residue   103 and name HN and segid B  ) ( residue   99  and name O and segid B )  1.84  0.00  0.50
assign ( residue   103 and name N and segid B  )  ( residue   99  and name O and segid B )  2.84  0.50  0.50

assign ( residue   104 and name HN and segid B  ) ( residue   100  and name O and segid B )  2.60  0.00  0.50
assign ( residue   104 and name N and segid B  )  ( residue   100  and name O and segid B )  3.60  0.50  0.50

assign ( residue   105 and name HN and segid B  ) ( residue   101  and name O and segid B )  2.15  0.00  0.50
assign ( residue   105 and name N and segid B  )  ( residue   101  and name O and segid B )  3.15  0.50  0.50

assign ( residue   107 and name HN and segid B  ) ( residue   103  and name O and segid B )  2.51  0.00  0.50
assign ( residue   107 and name N and segid B  )  ( residue   103  and name O and segid B )  3.51  0.50  0.50

assign ( residue   108 and name HN and segid B  ) ( residue   104  and name O and segid B )  2.48  0.00  0.50
assign ( residue   108 and name N and segid B  )  ( residue   104  and name O and segid B )  3.48  0.50  0.50

assign ( residue   115 and name HN and segid B  ) ( residue   111  and name O and segid B )  2.12  0.00  0.50
assign ( residue   115 and name N and segid B  )  ( residue   111  and name O and segid B )  3.12  0.50  0.50

assign ( residue   116 and name HN and segid B  ) ( residue   112  and name O and segid B )  2.36  0.00  0.50
assign ( residue   116 and name N and segid B  )  ( residue   112  and name O and segid B )  3.36  0.50  0.50

assign ( residue   117 and name HN and segid B  ) ( residue   113  and name O and segid B )  1.86  0.00  0.50
assign ( residue   117 and name N and segid B  )  ( residue   113  and name O and segid B )  2.86  0.50  0.50

assign ( residue   118 and name HN and segid B  ) ( residue   114  and name O and segid B )  2.02  0.00  0.50
assign ( residue   118 and name N and segid B  )  ( residue   114  and name O and segid B )  3.02  0.50  0.50

assign ( residue   119 and name HN and segid B  ) ( residue   115  and name O and segid B )  2.42  0.00  0.50
assign ( residue   119 and name N and segid B  )  ( residue   115  and name O and segid B )  3.42  0.50  0.50

assign ( residue   120 and name HN and segid B  ) ( residue   116  and name O and segid B )  2.14  0.00  0.50
assign ( residue   120 and name N and segid B  )  ( residue   116  and name O and segid B )  3.14  0.50  0.50

assign ( residue   121 and name HN and segid B  ) ( residue   117  and name O and segid B )  1.96  0.00  0.50
assign ( residue   121 and name N and segid B  )  ( residue   117  and name O and segid B )  2.96  0.50  0.50

assign ( residue   122 and name HN and segid B  ) ( residue   118  and name O and segid B )  2.13  0.00  0.50
assign ( residue   122 and name N and segid B  )  ( residue   118  and name O and segid B )  3.13  0.50  0.50

assign ( residue   123 and name HN and segid B  ) ( residue   119  and name O and segid B )  1.95  0.00  0.50
assign ( residue   123 and name N and segid B  )  ( residue   119  and name O and segid B )  2.95  0.50  0.50

assign ( residue   124 and name HN and segid B  ) ( residue   120  and name O and segid B )  2.06  0.00  0.50
assign ( residue   124 and name N and segid B  )  ( residue   120  and name O and segid B )  3.06  0.50  0.50

assign ( residue   125 and name HN and segid B  ) ( residue   121  and name O and segid B )  2.12  0.00  0.50
assign ( residue   125 and name N and segid B  )  ( residue   121  and name O and segid B )  3.12  0.50  0.50

assign ( residue   126 and name HN and segid B  ) ( residue   122  and name O and segid B )  1.96  0.00  0.50
assign ( residue   126 and name N and segid B  )  ( residue   122  and name O and segid B )  2.96  0.50  0.50

assign ( residue   127 and name HN and segid B  ) ( residue   123  and name O and segid B )  1.90  0.00  0.50
assign ( residue   127 and name N and segid B  )  ( residue   123  and name O and segid B )  2.90  0.50  0.50

assign ( residue   128 and name HN and segid B  ) ( residue   124  and name O and segid B )  1.95  0.00  0.50
assign ( residue   128 and name N and segid B  )  ( residue   124  and name O and segid B )  2.95  0.50  0.50

assign ( residue   149 and name HN and segid B  ) ( residue   145  and name O and segid B )  1.98  0.00  0.50
assign ( residue   149 and name N and segid B  )  ( residue   145  and name O and segid B )  2.98  0.50  0.50

assign ( residue   150 and name HN and segid B  ) ( residue   146  and name O and segid B )  1.93  0.00  0.50
assign ( residue   150 and name N and segid B  )  ( residue   146  and name O and segid B )  2.93  0.50  0.50

assign ( residue   173 and name HN and segid B  ) ( residue   169  and name O and segid B )  2.21  0.00  0.50
assign ( residue   173 and name N and segid B  )  ( residue   169  and name O and segid B )  3.21  0.50  0.50

assign ( residue   174 and name HN and segid B  ) ( residue   170  and name O and segid B )  2.14  0.00  0.50
assign ( residue   174 and name N and segid B  )  ( residue   170  and name O and segid B )  3.14  0.50  0.50

assign ( residue   175 and name HN and segid B  ) ( residue   171  and name O and segid B )  2.21  0.00  0.50
assign ( residue   175 and name N and segid B  )  ( residue   171  and name O and segid B )  3.21  0.50  0.50

assign ( residue   176 and name HN and segid B  ) ( residue   172  and name O and segid B )  1.99  0.00  0.50
assign ( residue   176 and name N and segid B  )  ( residue   172  and name O and segid B )  2.99  0.50  0.50

assign ( residue   184 and name HN and segid B  ) ( residue   180  and name O and segid B )  2.08  0.00  0.50
assign ( residue   184 and name N and segid B  )  ( residue   180  and name O and segid B )  3.08  0.50  0.50

assign ( residue   185 and name HN and segid B  ) ( residue   181  and name O and segid B )  1.98  0.00  0.50
assign ( residue   185 and name N and segid B  )  ( residue   181  and name O and segid B )  2.98  0.50  0.50

assign ( residue   186 and name HN and segid B  ) ( residue   182  and name O and segid B )  1.87  0.00  0.50
assign ( residue   186 and name N and segid B  )  ( residue   182  and name O and segid B )  2.87  0.50  0.50

assign ( residue   187 and name HN and segid B  ) ( residue   183  and name O and segid B )  1.80  0.00  0.50
assign ( residue   187 and name N and segid B  )  ( residue   183  and name O and segid B )  2.80  0.50  0.50

assign ( residue   188 and name HN and segid B  ) ( residue   184  and name O and segid B )  1.93  0.00  0.50
assign ( residue   188 and name N and segid B  )  ( residue   184  and name O and segid B )  2.93  0.50  0.50

assign ( residue   189 and name HN and segid B  ) ( residue   185  and name O and segid B )  2.34  0.00  0.50
assign ( residue   189 and name N and segid B  )  ( residue   185  and name O and segid B )  3.34  0.50  0.50

assign ( residue   190 and name HN and segid B  ) ( residue   186  and name O and segid B )  2.06  0.00  0.50
assign ( residue   190 and name N and segid B  )  ( residue   186  and name O and segid B )  3.06  0.50  0.50

assign ( residue   191 and name HN and segid B  ) ( residue   187  and name O and segid B )  2.43  0.00  0.50
assign ( residue   191 and name N and segid B  )  ( residue   187  and name O and segid B )  3.43  0.50  0.50

assign ( residue   192 and name HN and segid B  ) ( residue   188  and name O and segid B )  2.26  0.00  0.50
assign ( residue   192 and name N and segid B  )  ( residue   188  and name O and segid B )  3.26  0.50  0.50

assign ( residue   19 and name HN and segid B  ) ( residue   96  and name O and segid B )  2.10  0.00  0.50
assign ( residue   19 and name N and segid B  )  ( residue   96  and name O and segid B )  3.10  0.50  0.50

assign ( residue   21 and name HN and segid B  ) ( residue   94  and name O and segid B )  1.95  0.00  0.50
assign ( residue   21 and name N and segid B  )  ( residue   94  and name O and segid B )  2.95  0.50  0.50

assign ( residue   23 and name HN and segid B  ) ( residue   92  and name O and segid B )  1.91  0.00  0.50
assign ( residue   23 and name N and segid B  )  ( residue   92  and name O and segid B )  2.91  0.50  0.50

assign ( residue   39 and name HN and segid B  ) ( residue   97  and name O and segid B )  1.81  0.00  0.50
assign ( residue   39 and name N and segid B  )  ( residue   97  and name O and segid B )  2.81  0.50  0.50

assign ( residue   41 and name HN and segid B  ) ( residue   95  and name O and segid B )  1.94  0.00  0.50
assign ( residue   41 and name N and segid B  )  ( residue   95  and name O and segid B )  2.94  0.50  0.50

assign ( residue   44 and name HN and segid B  ) ( residue   93  and name O and segid B )  2.23  0.00  0.50
assign ( residue   44 and name N and segid B  )  ( residue   93  and name O and segid B )  3.23  0.50  0.50

assign ( residue   85 and name HN and segid B  ) ( residue   50  and name O and segid B )  1.92  0.00  0.50
assign ( residue   85 and name N and segid B  )  ( residue   50  and name O and segid B )  2.92  0.50  0.50

assign ( residue   86 and name HN and segid B  ) ( residue   30  and name O and segid B )  1.95  0.00  0.50
assign ( residue   86 and name N and segid B  )  ( residue   30  and name O and segid B )  2.95  0.50  0.50

assign ( residue   64 and name HN and segid B  ) ( residue   47  and name O and segid B )  1.90  0.00  0.50
assign ( residue   64 and name N and segid B  )  ( residue   47  and name O and segid B )  2.90  0.50  0.50

assign ( residue   59 and name HN and segid B  ) ( residue   51  and name O and segid B )  1.92  0.00  0.50
assign ( residue   59 and name N and segid B  )  ( residue   51  and name O and segid B )  2.92  0.50  0.50

assign ( residue   164 and name HN and segid B  ) ( residue   157  and name O and segid B )  1.96  0.00  0.50
assign ( residue   164 and name N and segid B  )  ( residue   157  and name O and segid B )  2.96  0.50  0.50

assign ( residue   165 and name HN and segid B  ) ( residue   203  and name O and segid B )  1.92  0.00  0.50
assign ( residue   165 and name N and segid B  )  ( residue   203  and name O and segid B )  2.92  0.50  0.50

assign ( residue   163 and name HN and segid B  ) ( residue   205  and name O and segid B )  2.32  0.00  0.50
assign ( residue   163 and name N and segid B  )  ( residue   205  and name O and segid B )  3.32  0.50  0.50

assign ( residue   202 and name HN and segid B  ) ( residue   199  and name O and segid B )  2.14  0.00  0.50
assign ( residue   202 and name N and segid B  )  ( residue   199  and name O and segid B )  3.14  0.50  0.50

assign ( residue   204 and name HN and segid B  ) ( residue   197  and name O and segid B )  1.81  0.00  0.50
assign ( residue   204 and name N and segid B  )  ( residue   197  and name O and segid B )  2.81  0.50  0.50


Dihedral angle restraints:

! phi residue      4
assign (resid    3 and name C and segid A )  (resid    4 and name N and segid A )
       (resid    4 and name CA and segid A ) (resid    4 and name C and segid A ) 1.0  -84.0   35.8 2
! psi residue      4
assign (resid    4 and name N and segid A )  (resid    4 and name CA and segid A )
       (resid    4 and name C and segid A )  (resid    5 and name N and segid A ) 1.0  139.4   30.0 2
! phi residue      8
assign (resid    7 and name C and segid A )  (resid    8 and name N and segid A )
       (resid    8 and name CA and segid A ) (resid    8 and name C and segid A ) 1.0  -91.6   46.2 2
! psi residue      8
assign (resid    8 and name N and segid A )  (resid    8 and name CA and segid A )
       (resid    8 and name C and segid A )  (resid    9 and name N and segid A ) 1.0  114.9   43.7 2
! phi residue     10
assign (resid    9 and name C and segid A )  (resid   10 and name N and segid A )
       (resid   10 and name CA and segid A ) (resid   10 and name C and segid A ) 1.0  -69.2   17.4 2
! psi residue     10
assign (resid   10 and name N and segid A )  (resid   10 and name CA and segid A )
       (resid   10 and name C and segid A )  (resid   11 and name N and segid A ) 1.0  -41.3   15.7 2
! phi residue     11
assign (resid   10 and name C and segid A )  (resid   11 and name N and segid A )
       (resid   11 and name CA and segid A ) (resid   11 and name C and segid A ) 1.0  -62.5   10.0 2
! psi residue     11
assign (resid   11 and name N and segid A )  (resid   11 and name CA and segid A )
       (resid   11 and name C and segid A )  (resid   12 and name N and segid A ) 1.0  -41.9   15.9 2
! phi residue     12
assign (resid   11 and name C and segid A )  (resid   12 and name N and segid A )
       (resid   12 and name CA and segid A ) (resid   12 and name C and segid A ) 1.0  -63.7   12.2 2
! psi residue     12
assign (resid   12 and name N and segid A )  (resid   12 and name CA and segid A )
       (resid   12 and name C and segid A )  (resid   13 and name N and segid A ) 1.0  -39.8   13.7 2
! psi residue     13
assign (resid   13 and name N and segid A )  (resid   13 and name CA and segid A )
       (resid   13 and name C and segid A )  (resid   14 and name N and segid A ) 1.0  -38.6   12.1 2
! phi residue     14
assign (resid   13 and name C and segid A )  (resid   14 and name N and segid A )
       (resid   14 and name CA and segid A ) (resid   14 and name C and segid A ) 1.0  -66.9   12.8 2
! psi residue     14
assign (resid   14 and name N and segid A )  (resid   14 and name CA and segid A )
       (resid   14 and name C and segid A )  (resid   15 and name N and segid A ) 1.0  -40.0   10.0 2
! phi residue     15
assign (resid   14 and name C and segid A )  (resid   15 and name N and segid A )
       (resid   15 and name CA and segid A ) (resid   15 and name C and segid A ) 1.0  -64.5   15.1 2
! psi residue     15
assign (resid   15 and name N and segid A )  (resid   15 and name CA and segid A )
       (resid   15 and name C and segid A )  (resid   16 and name N and segid A ) 1.0  -39.3   16.4 2
! phi residue     19
assign (resid   18 and name C and segid A )  (resid   19 and name N and segid A )
       (resid   19 and name CA and segid A ) (resid   19 and name C and segid A ) 1.0  -99.4   55.7 2
! psi residue     19
assign (resid   19 and name N and segid A )  (resid   19 and name CA and segid A )
       (resid   19 and name C and segid A )  (resid   20 and name N and segid A ) 1.0  138.6   37.2 2
! phi residue     20
assign (resid   19 and name C and segid A )  (resid   20 and name N and segid A )
       (resid   20 and name CA and segid A ) (resid   20 and name C and segid A ) 1.0 -103.4   23.4 2
! psi residue     20
assign (resid   20 and name N and segid A )  (resid   20 and name CA and segid A )
       (resid   20 and name C and segid A )  (resid   21 and name N and segid A ) 1.0  121.3   20.3 2
! phi residue     21
assign (resid   20 and name C and segid A )  (resid   21 and name N and segid A )
       (resid   21 and name CA and segid A ) (resid   21 and name C and segid A ) 1.0 -120.3   34.8 2
! psi residue     21
assign (resid   21 and name N and segid A )  (resid   21 and name CA and segid A )
       (resid   21 and name C and segid A )  (resid   22 and name N and segid A ) 1.0  139.8   33.7 2
! phi residue     22
assign (resid   21 and name C and segid A )  (resid   22 and name N and segid A )
       (resid   22 and name CA and segid A ) (resid   22 and name C and segid A ) 1.0 -107.4   30.9 2
! phi residue     23
assign (resid   22 and name C and segid A )  (resid   23 and name N and segid A )
       (resid   23 and name CA and segid A ) (resid   23 and name C and segid A ) 1.0 -102.9   48.6 2
! psi residue     23
assign (resid   23 and name N and segid A )  (resid   23 and name CA and segid A )
       (resid   23 and name C and segid A )  (resid   24 and name N and segid A ) 1.0  140.1   34.5 2
! phi residue     24
assign (resid   23 and name C and segid A )  (resid   24 and name N and segid A )
       (resid   24 and name CA and segid A ) (resid   24 and name C and segid A ) 1.0  -65.0   14.0 2
! psi residue     24
assign (resid   24 and name N and segid A )  (resid   24 and name CA and segid A )
       (resid   24 and name C and segid A )  (resid   25 and name N and segid A ) 1.0  145.5   21.6 2
! phi residue     28
assign (resid   27 and name C and segid A )  (resid   28 and name N and segid A )
       (resid   28 and name CA and segid A ) (resid   28 and name C and segid A ) 1.0  -94.4   48.6 2
! psi residue     28
assign (resid   28 and name N and segid A )  (resid   28 and name CA and segid A )
       (resid   28 and name C and segid A )  (resid   29 and name N and segid A ) 1.0  126.5   22.1 2
! phi residue     30
assign (resid   29 and name C and segid A )  (resid   30 and name N and segid A )
       (resid   30 and name CA and segid A ) (resid   30 and name C and segid A ) 1.0 -134.0   40.9 2
! psi residue     31
assign (resid   31 and name N and segid A )  (resid   31 and name CA and segid A )
       (resid   31 and name C and segid A )  (resid   32 and name N and segid A ) 1.0  133.8   39.6 2
! phi residue     33
assign (resid   32 and name C and segid A )  (resid   33 and name N and segid A )
       (resid   33 and name CA and segid A ) (resid   33 and name C and segid A ) 1.0   87.4   19.1 2
! psi residue     34
assign (resid   34 and name N and segid A )  (resid   34 and name CA and segid A )
       (resid   34 and name C and segid A )  (resid   35 and name N and segid A ) 1.0  151.3   30.2 2
! phi residue     38
assign (resid   37 and name C and segid A )  (resid   38 and name N and segid A )
       (resid   38 and name CA and segid A ) (resid   38 and name C and segid A ) 1.0 -134.4   29.5 2
! psi residue     38
assign (resid   38 and name N and segid A )  (resid   38 and name CA and segid A )
       (resid   38 and name C and segid A )  (resid   39 and name N and segid A ) 1.0  142.6   31.2 2
! phi residue     39
assign (resid   38 and name C and segid A )  (resid   39 and name N and segid A )
       (resid   39 and name CA and segid A ) (resid   39 and name C and segid A ) 1.0 -127.1   37.4 2
! psi residue     39
assign (resid   39 and name N and segid A )  (resid   39 and name CA and segid A )
       (resid   39 and name C and segid A )  (resid   40 and name N and segid A ) 1.0  142.7   45.6 2
! phi residue     40
assign (resid   39 and name C and segid A )  (resid   40 and name N and segid A )
       (resid   40 and name CA and segid A ) (resid   40 and name C and segid A ) 1.0 -115.3   14.0 2
! psi residue     40
assign (resid   40 and name N and segid A )  (resid   40 and name CA and segid A )
       (resid   40 and name C and segid A )  (resid   41 and name N and segid A ) 1.0  138.0   23.4 2
! phi residue     41
assign (resid   40 and name C and segid A )  (resid   41 and name N and segid A )
       (resid   41 and name CA and segid A ) (resid   41 and name C and segid A ) 1.0 -123.0   34.6 2
! psi residue     41
assign (resid   41 and name N and segid A )  (resid   41 and name CA and segid A )
       (resid   41 and name C and segid A )  (resid   42 and name N and segid A ) 1.0  128.2   41.4 2
! psi residue     42
assign (resid   42 and name N and segid A )  (resid   42 and name CA and segid A )
       (resid   42 and name C and segid A )  (resid   43 and name N and segid A ) 1.0  130.4   47.9 2
! phi residue     44
assign (resid   43 and name C and segid A )  (resid   44 and name N and segid A )
       (resid   44 and name CA and segid A ) (resid   44 and name C and segid A ) 1.0 -148.4   36.5 2
! psi residue     44
assign (resid   44 and name N and segid A )  (resid   44 and name CA and segid A )
       (resid   44 and name C and segid A )  (resid   45 and name N and segid A ) 1.0  144.5   29.5 2
! phi residue     46
assign (resid   45 and name C and segid A )  (resid   46 and name N and segid A )
       (resid   46 and name CA and segid A ) (resid   46 and name C and segid A ) 1.0 -113.4   48.5 2
! psi residue     46
assign (resid   46 and name N and segid A )  (resid   46 and name CA and segid A )
       (resid   46 and name C and segid A )  (resid   47 and name N and segid A ) 1.0  147.9   20.8 2
! phi residue     47
assign (resid   46 and name C and segid A )  (resid   47 and name N and segid A )
       (resid   47 and name CA and segid A ) (resid   47 and name C and segid A ) 1.0 -138.6   39.0 2
! psi residue     47
assign (resid   47 and name N and segid A )  (resid   47 and name CA and segid A )
       (resid   47 and name C and segid A )  (resid   48 and name N and segid A ) 1.0  155.4   24.4 2
! phi residue     48
assign (resid   47 and name C and segid A )  (resid   48 and name N and segid A )
       (resid   48 and name CA and segid A ) (resid   48 and name C and segid A ) 1.0 -133.2   29.3 2
! psi residue     48
assign (resid   48 and name N and segid A )  (resid   48 and name CA and segid A )
       (resid   48 and name C and segid A )  (resid   49 and name N and segid A ) 1.0  137.7   34.7 2
! phi residue     49
assign (resid   48 and name C and segid A )  (resid   49 and name N and segid A )
       (resid   49 and name CA and segid A ) (resid   49 and name C and segid A ) 1.0 -108.6   45.2 2
! psi residue     49
assign (resid   49 and name N and segid A )  (resid   49 and name CA and segid A )
       (resid   49 and name C and segid A )  (resid   50 and name N and segid A ) 1.0  136.5   23.2 2
! phi residue     50
assign (resid   49 and name C and segid A )  (resid   50 and name N and segid A )
       (resid   50 and name CA and segid A ) (resid   50 and name C and segid A ) 1.0 -128.6   55.9 2
! psi residue     50
assign (resid   50 and name N and segid A )  (resid   50 and name CA and segid A )
       (resid   50 and name C and segid A )  (resid   51 and name N and segid A ) 1.0  154.1   21.5 2
! phi residue     52
assign (resid   51 and name C and segid A )  (resid   52 and name N and segid A )
       (resid   52 and name CA and segid A ) (resid   52 and name C and segid A ) 1.0 -112.9   51.6 2
! psi residue     52
assign (resid   52 and name N and segid A )  (resid   52 and name CA and segid A )
       (resid   52 and name C and segid A )  (resid   53 and name N and segid A ) 1.0  143.8   25.0 2
! phi residue     53
assign (resid   52 and name C and segid A )  (resid   53 and name N and segid A )
       (resid   53 and name CA and segid A ) (resid   53 and name C and segid A ) 1.0  -85.4   28.5 2
! psi residue     53
assign (resid   53 and name N and segid A )  (resid   53 and name CA and segid A )
       (resid   53 and name C and segid A )  (resid   54 and name N and segid A ) 1.0  162.2   29.8 2
! phi residue     54
assign (resid   53 and name C and segid A )  (resid   54 and name N and segid A )
       (resid   54 and name CA and segid A ) (resid   54 and name C and segid A ) 1.0  -59.5   14.9 2
! psi residue     54
assign (resid   54 and name N and segid A )  (resid   54 and name CA and segid A )
       (resid   54 and name C and segid A )  (resid   55 and name N and segid A ) 1.0  -31.1   24.9 2
! phi residue     55
assign (resid   54 and name C and segid A )  (resid   55 and name N and segid A )
       (resid   55 and name CA and segid A ) (resid   55 and name C and segid A ) 1.0  -91.6   23.8 2
! psi residue     55
assign (resid   55 and name N and segid A )  (resid   55 and name CA and segid A )
       (resid   55 and name C and segid A )  (resid   56 and name N and segid A ) 1.0    5.1   26.0 2
! phi residue     59
assign (resid   58 and name C and segid A )  (resid   59 and name N and segid A )
       (resid   59 and name CA and segid A ) (resid   59 and name C and segid A ) 1.0 -107.0   52.3 2
! psi residue     59
assign (resid   59 and name N and segid A )  (resid   59 and name CA and segid A )
       (resid   59 and name C and segid A )  (resid   60 and name N and segid A ) 1.0  127.8   27.7 2
! phi residue     60
assign (resid   59 and name C and segid A )  (resid   60 and name N and segid A )
       (resid   60 and name CA and segid A ) (resid   60 and name C and segid A ) 1.0  -95.8   35.5 2
! psi residue     60
assign (resid   60 and name N and segid A )  (resid   60 and name CA and segid A )
       (resid   60 and name C and segid A )  (resid   61 and name N and segid A ) 1.0  117.7   23.1 2
! phi residue     61
assign (resid   60 and name C and segid A )  (resid   61 and name N and segid A )
       (resid   61 and name CA and segid A ) (resid   61 and name C and segid A ) 1.0  -90.8   26.4 2
! psi residue     61
assign (resid   61 and name N and segid A )  (resid   61 and name CA and segid A )
       (resid   61 and name C and segid A )  (resid   62 and name N and segid A ) 1.0  -26.6   36.0 2
! phi residue     62
assign (resid   61 and name C and segid A )  (resid   62 and name N and segid A )
       (resid   62 and name CA and segid A ) (resid   62 and name C and segid A ) 1.0 -128.3   74.2 2
! psi residue     62
assign (resid   62 and name N and segid A )  (resid   62 and name CA and segid A )
       (resid   62 and name C and segid A )  (resid   63 and name N and segid A ) 1.0  161.2   16.9 2
! phi residue     63
assign (resid   62 and name C and segid A )  (resid   63 and name N and segid A )
       (resid   63 and name CA and segid A ) (resid   63 and name C and segid A ) 1.0 -107.3   24.7 2
! psi residue     63
assign (resid   63 and name N and segid A )  (resid   63 and name CA and segid A )
       (resid   63 and name C and segid A )  (resid   64 and name N and segid A ) 1.0  145.5   33.8 2
! phi residue     64
assign (resid   63 and name C and segid A )  (resid   64 and name N and segid A )
       (resid   64 and name CA and segid A ) (resid   64 and name C and segid A ) 1.0 -114.2   38.1 2
! psi residue     64
assign (resid   64 and name N and segid A )  (resid   64 and name CA and segid A )
       (resid   64 and name C and segid A )  (resid   65 and name N and segid A ) 1.0  130.5   28.8 2
! phi residue     65
assign (resid   64 and name C and segid A )  (resid   65 and name N and segid A )
       (resid   65 and name CA and segid A ) (resid   65 and name C and segid A ) 1.0 -135.1   37.9 2
! psi residue     65
assign (resid   65 and name N and segid A )  (resid   65 and name CA and segid A )
       (resid   65 and name C and segid A )  (resid   66 and name N and segid A ) 1.0  152.2   17.9 2
! phi residue     72
assign (resid   71 and name C and segid A )  (resid   72 and name N and segid A )
       (resid   72 and name CA and segid A ) (resid   72 and name C and segid A ) 1.0  -63.6   12.0 2
! psi residue     72
assign (resid   72 and name N and segid A )  (resid   72 and name CA and segid A )
       (resid   72 and name C and segid A )  (resid   73 and name N and segid A ) 1.0  -44.4   13.0 2
! phi residue     73
assign (resid   72 and name C and segid A )  (resid   73 and name N and segid A )
       (resid   73 and name CA and segid A ) (resid   73 and name C and segid A ) 1.0  -68.0   22.1 2
! psi residue     86
assign (resid   86 and name N and segid A )  (resid   86 and name CA and segid A )
       (resid   86 and name C and segid A )  (resid   87 and name N and segid A ) 1.0  128.6   24.7 2
! phi residue     87
assign (resid   86 and name C and segid A )  (resid   87 and name N and segid A )
       (resid   87 and name CA and segid A ) (resid   87 and name C and segid A ) 1.0 -122.5   21.5 2
! psi residue     87
assign (resid   87 and name N and segid A )  (resid   87 and name CA and segid A )
       (resid   87 and name C and segid A )  (resid   88 and name N and segid A ) 1.0  139.7   31.9 2
! phi residue     88
assign (resid   87 and name C and segid A )  (resid   88 and name N and segid A )
       (resid   88 and name CA and segid A ) (resid   88 and name C and segid A ) 1.0  -82.5   29.2 2
! psi residue     88
assign (resid   88 and name N and segid A )  (resid   88 and name CA and segid A )
       (resid   88 and name C and segid A )  (resid   89 and name N and segid A ) 1.0  124.5   32.8 2
! phi residue     90
assign (resid   89 and name C and segid A )  (resid   90 and name N and segid A )
       (resid   90 and name CA and segid A ) (resid   90 and name C and segid A ) 1.0 -125.1   50.4 2
! psi residue     90
assign (resid   90 and name N and segid A )  (resid   90 and name CA and segid A )
       (resid   90 and name C and segid A )  (resid   91 and name N and segid A ) 1.0  167.0   34.8 2
! phi residue     92
assign (resid   91 and name C and segid A )  (resid   92 and name N and segid A )
       (resid   92 and name CA and segid A ) (resid   92 and name C and segid A ) 1.0 -101.0   68.7 2
! phi residue     93
assign (resid   92 and name C and segid A )  (resid   93 and name N and segid A )
       (resid   93 and name CA and segid A ) (resid   93 and name C and segid A ) 1.0 -107.2   53.9 2
! psi residue     93
assign (resid   93 and name N and segid A )  (resid   93 and name CA and segid A )
       (resid   93 and name C and segid A )  (resid   94 and name N and segid A ) 1.0  130.4   29.9 2
! phi residue     94
assign (resid   93 and name C and segid A )  (resid   94 and name N and segid A )
       (resid   94 and name CA and segid A ) (resid   94 and name C and segid A ) 1.0 -117.5   32.8 2
! psi residue     94
assign (resid   94 and name N and segid A )  (resid   94 and name CA and segid A )
       (resid   94 and name C and segid A )  (resid   95 and name N and segid A ) 1.0  130.1   16.0 2
! phi residue     95
assign (resid   94 and name C and segid A )  (resid   95 and name N and segid A )
       (resid   95 and name CA and segid A ) (resid   95 and name C and segid A ) 1.0 -119.2   24.0 2
! psi residue     95
assign (resid   95 and name N and segid A )  (resid   95 and name CA and segid A )
       (resid   95 and name C and segid A )  (resid   96 and name N and segid A ) 1.0  135.3   27.9 2
! phi residue     96
assign (resid   95 and name C and segid A )  (resid   96 and name N and segid A )
       (resid   96 and name CA and segid A ) (resid   96 and name C and segid A ) 1.0 -119.1   45.6 2
! psi residue     96
assign (resid   96 and name N and segid A )  (resid   96 and name CA and segid A )
       (resid   96 and name C and segid A )  (resid   97 and name N and segid A ) 1.0  145.9   27.7 2
! phi residue     97
assign (resid   96 and name C and segid A )  (resid   97 and name N and segid A )
       (resid   97 and name CA and segid A ) (resid   97 and name C and segid A ) 1.0 -138.8   37.2 2
! psi residue     97
assign (resid   97 and name N and segid A )  (resid   97 and name CA and segid A )
       (resid   97 and name C and segid A )  (resid   98 and name N and segid A ) 1.0  136.4   24.9 2
! phi residue     98
assign (resid   97 and name C and segid A )  (resid   98 and name N and segid A )
       (resid   98 and name CA and segid A ) (resid   98 and name C and segid A ) 1.0  -99.5   32.1 2
! psi residue     98
assign (resid   98 and name N and segid A )  (resid   98 and name CA and segid A )
       (resid   98 and name C and segid A )  (resid   99 and name N and segid A ) 1.0  115.9   27.2 2
! phi residue     99
assign (resid   98 and name C and segid A )  (resid   99 and name N and segid A )
       (resid   99 and name CA and segid A ) (resid   99 and name C and segid A ) 1.0  -61.8   16.6 2
! psi residue     99
assign (resid   99 and name N and segid A )  (resid   99 and name CA and segid A )
       (resid   99 and name C and segid A )  (resid  100 and name N and segid A ) 1.0  -34.9   24.4 2
! phi residue    100
assign (resid   99 and name C and segid A )  (resid  100 and name N and segid A )
       (resid  100 and name CA and segid A ) (resid  100 and name C and segid A ) 1.0  -59.5   10.0 2
! psi residue    100
assign (resid  100 and name N and segid A )  (resid  100 and name CA and segid A )
       (resid  100 and name C and segid A )  (resid  101 and name N and segid A ) 1.0  -42.8   10.0 2
! phi residue    101
assign (resid  100 and name C and segid A )  (resid  101 and name N and segid A )
       (resid  101 and name CA and segid A ) (resid  101 and name C and segid A ) 1.0  -62.8   10.6 2
! psi residue    101
assign (resid  101 and name N and segid A )  (resid  101 and name CA and segid A )
       (resid  101 and name C and segid A )  (resid  102 and name N and segid A ) 1.0  -43.5   12.1 2
! phi residue    102
assign (resid  101 and name C and segid A )  (resid  102 and name N and segid A )
       (resid  102 and name CA and segid A ) (resid  102 and name C and segid A ) 1.0  -66.0   23.7 2
! psi residue    102
assign (resid  102 and name N and segid A )  (resid  102 and name CA and segid A )
       (resid  102 and name C and segid A )  (resid  103 and name N and segid A ) 1.0  -46.7   15.0 2
! phi residue    103
assign (resid  102 and name C and segid A )  (resid  103 and name N and segid A )
       (resid  103 and name CA and segid A ) (resid  103 and name C and segid A ) 1.0  -59.6   10.0 2
! psi residue    103
assign (resid  103 and name N and segid A )  (resid  103 and name CA and segid A )
       (resid  103 and name C and segid A )  (resid  104 and name N and segid A ) 1.0  -41.1   10.8 2
! phi residue    104
assign (resid  103 and name C and segid A )  (resid  104 and name N and segid A )
       (resid  104 and name CA and segid A ) (resid  104 and name C and segid A ) 1.0  -65.0   13.2 2
! psi residue    104
assign (resid  104 and name N and segid A )  (resid  104 and name CA and segid A )
       (resid  104 and name C and segid A )  (resid  105 and name N and segid A ) 1.0  -41.4   11.3 2
! phi residue    105
assign (resid  104 and name C and segid A )  (resid  105 and name N and segid A )
       (resid  105 and name CA and segid A ) (resid  105 and name C and segid A ) 1.0  -69.6   10.0 2
! psi residue    105
assign (resid  105 and name N and segid A )  (resid  105 and name CA and segid A )
       (resid  105 and name C and segid A )  (resid  106 and name N and segid A ) 1.0  -34.9   18.4 2
! phi residue    106
assign (resid  105 and name C and segid A )  (resid  106 and name N and segid A )
       (resid  106 and name CA and segid A ) (resid  106 and name C and segid A ) 1.0  -64.3   12.3 2
! psi residue    106
assign (resid  106 and name N and segid A )  (resid  106 and name CA and segid A )
       (resid  106 and name C and segid A )  (resid  107 and name N and segid A ) 1.0  -38.9   21.3 2
! phi residue    107
assign (resid  106 and name C and segid A )  (resid  107 and name N and segid A )
       (resid  107 and name CA and segid A ) (resid  107 and name C and segid A ) 1.0  -80.2   36.5 2
! psi residue    107
assign (resid  107 and name N and segid A )  (resid  107 and name CA and segid A )
       (resid  107 and name C and segid A )  (resid  108 and name N and segid A ) 1.0  -16.0   28.3 2
! phi residue    108
assign (resid  107 and name C and segid A )  (resid  108 and name N and segid A )
       (resid  108 and name CA and segid A ) (resid  108 and name C and segid A ) 1.0  -78.3   39.4 2
! psi residue    108
assign (resid  108 and name N and segid A )  (resid  108 and name CA and segid A )
       (resid  108 and name C and segid A )  (resid  109 and name N and segid A ) 1.0  -26.1   29.1 2
! phi residue    111
assign (resid  110 and name C and segid A )  (resid  111 and name N and segid A )
       (resid  111 and name CA and segid A ) (resid  111 and name C and segid A ) 1.0  -63.6   17.0 2
! psi residue    111
assign (resid  111 and name N and segid A )  (resid  111 and name CA and segid A )
       (resid  111 and name C and segid A )  (resid  112 and name N and segid A ) 1.0  -32.0   22.8 2
! phi residue    112
assign (resid  111 and name C and segid A )  (resid  112 and name N and segid A )
       (resid  112 and name CA and segid A ) (resid  112 and name C and segid A ) 1.0  -86.4   34.6 2
! phi residue    113
assign (resid  112 and name C and segid A )  (resid  113 and name N and segid A )
       (resid  113 and name CA and segid A ) (resid  113 and name C and segid A ) 1.0  -63.3   26.2 2
! psi residue    113
assign (resid  113 and name N and segid A )  (resid  113 and name CA and segid A )
       (resid  113 and name C and segid A )  (resid  114 and name N and segid A ) 1.0  -30.7   51.8 2
! phi residue    114
assign (resid  113 and name C and segid A )  (resid  114 and name N and segid A )
       (resid  114 and name CA and segid A ) (resid  114 and name C and segid A ) 1.0  -63.2   10.0 2
! psi residue    114
assign (resid  114 and name N and segid A )  (resid  114 and name CA and segid A )
       (resid  114 and name C and segid A )  (resid  115 and name N and segid A ) 1.0  -40.1   10.0 2
! phi residue    115
assign (resid  114 and name C and segid A )  (resid  115 and name N and segid A )
       (resid  115 and name CA and segid A ) (resid  115 and name C and segid A ) 1.0  -65.5   11.9 2
! psi residue    115
assign (resid  115 and name N and segid A )  (resid  115 and name CA and segid A )
       (resid  115 and name C and segid A )  (resid  116 and name N and segid A ) 1.0  -40.9   10.0 2
! phi residue    116
assign (resid  115 and name C and segid A )  (resid  116 and name N and segid A )
       (resid  116 and name CA and segid A ) (resid  116 and name C and segid A ) 1.0  -64.7   11.5 2
! psi residue    116
assign (resid  116 and name N and segid A )  (resid  116 and name CA and segid A )
       (resid  116 and name C and segid A )  (resid  117 and name N and segid A ) 1.0  -38.9   11.5 2
! phi residue    117
assign (resid  116 and name C and segid A )  (resid  117 and name N and segid A )
       (resid  117 and name CA and segid A ) (resid  117 and name C and segid A ) 1.0  -68.0   16.3 2
! psi residue    117
assign (resid  117 and name N and segid A )  (resid  117 and name CA and segid A )
       (resid  117 and name C and segid A )  (resid  118 and name N and segid A ) 1.0  -39.9   18.1 2
! phi residue    118
assign (resid  117 and name C and segid A )  (resid  118 and name N and segid A )
       (resid  118 and name CA and segid A ) (resid  118 and name C and segid A ) 1.0  -62.3   20.7 2
! psi residue    118
assign (resid  118 and name N and segid A )  (resid  118 and name CA and segid A )
       (resid  118 and name C and segid A )  (resid  119 and name N and segid A ) 1.0  -38.5   23.2 2
! phi residue    119
assign (resid  118 and name C and segid A )  (resid  119 and name N and segid A )
       (resid  119 and name CA and segid A ) (resid  119 and name C and segid A ) 1.0  -61.7   14.2 2
! psi residue    119
assign (resid  119 and name N and segid A )  (resid  119 and name CA and segid A )
       (resid  119 and name C and segid A )  (resid  120 and name N and segid A ) 1.0  -42.5   16.1 2
! phi residue    120
assign (resid  119 and name C and segid A )  (resid  120 and name N and segid A )
       (resid  120 and name CA and segid A ) (resid  120 and name C and segid A ) 1.0  -60.7   12.9 2
! psi residue    120
assign (resid  120 and name N and segid A )  (resid  120 and name CA and segid A )
       (resid  120 and name C and segid A )  (resid  121 and name N and segid A ) 1.0  -42.4   10.0 2
! phi residue    121
assign (resid  120 and name C and segid A )  (resid  121 and name N and segid A )
       (resid  121 and name CA and segid A ) (resid  121 and name C and segid A ) 1.0  -63.9   17.7 2
! psi residue    121
assign (resid  121 and name N and segid A )  (resid  121 and name CA and segid A )
       (resid  121 and name C and segid A )  (resid  122 and name N and segid A ) 1.0  -41.4   20.2 2
! phi residue    122
assign (resid  121 and name C and segid A )  (resid  122 and name N and segid A )
       (resid  122 and name CA and segid A ) (resid  122 and name C and segid A ) 1.0  -63.5   18.9 2
! psi residue    122
assign (resid  122 and name N and segid A )  (resid  122 and name CA and segid A )
       (resid  122 and name C and segid A )  (resid  123 and name N and segid A ) 1.0  -42.6   23.1 2
! phi residue    123
assign (resid  122 and name C and segid A )  (resid  123 and name N and segid A )
       (resid  123 and name CA and segid A ) (resid  123 and name C and segid A ) 1.0  -62.0   13.3 2
! psi residue    123
assign (resid  123 and name N and segid A )  (resid  123 and name CA and segid A )
       (resid  123 and name C and segid A )  (resid  124 and name N and segid A ) 1.0  -41.0   10.0 2
! phi residue    124
assign (resid  123 and name C and segid A )  (resid  124 and name N and segid A )
       (resid  124 and name CA and segid A ) (resid  124 and name C and segid A ) 1.0  -69.2   18.3 2
! psi residue    124
assign (resid  124 and name N and segid A )  (resid  124 and name CA and segid A )
       (resid  124 and name C and segid A )  (resid  125 and name N and segid A ) 1.0  -37.5   26.0 2
! phi residue    126
assign (resid  125 and name C and segid A )  (resid  126 and name N and segid A )
       (resid  126 and name CA and segid A ) (resid  126 and name C and segid A ) 1.0  -76.0   43.1 2
! psi residue    126
assign (resid  126 and name N and segid A )  (resid  126 and name CA and segid A )
       (resid  126 and name C and segid A )  (resid  127 and name N and segid A ) 1.0  -21.8   38.0 2
! phi residue    134
assign (resid  133 and name C and segid A )  (resid  134 and name N and segid A )
       (resid  134 and name CA and segid A ) (resid  134 and name C and segid A ) 1.0  -58.4   10.0 2
! psi residue    134
assign (resid  134 and name N and segid A )  (resid  134 and name CA and segid A )
       (resid  134 and name C and segid A )  (resid  135 and name N and segid A ) 1.0  -39.5   14.4 2
! phi residue    135
assign (resid  134 and name C and segid A )  (resid  135 and name N and segid A )
       (resid  135 and name CA and segid A ) (resid  135 and name C and segid A ) 1.0  -62.3   10.0 2
! psi residue    135
assign (resid  135 and name N and segid A )  (resid  135 and name CA and segid A )
       (resid  135 and name C and segid A )  (resid  136 and name N and segid A ) 1.0  -40.4   13.4 2
! phi residue    138
assign (resid  137 and name C and segid A )  (resid  138 and name N and segid A )
       (resid  138 and name CA and segid A ) (resid  138 and name C and segid A ) 1.0  -64.4   10.0 2
! psi residue    138
assign (resid  138 and name N and segid A )  (resid  138 and name CA and segid A )
       (resid  138 and name C and segid A )  (resid  139 and name N and segid A ) 1.0  -43.4   10.0 2
! phi residue    139
assign (resid  138 and name C and segid A )  (resid  139 and name N and segid A )
       (resid  139 and name CA and segid A ) (resid  139 and name C and segid A ) 1.0  -61.2   12.5 2
! psi residue    139
assign (resid  139 and name N and segid A )  (resid  139 and name CA and segid A )
       (resid  139 and name C and segid A )  (resid  140 and name N and segid A ) 1.0  -41.6   10.0 2
! phi residue    142
assign (resid  141 and name C and segid A )  (resid  142 and name N and segid A )
       (resid  142 and name CA and segid A ) (resid  142 and name C and segid A ) 1.0  -69.3   24.0 2
! psi residue    142
assign (resid  142 and name N and segid A )  (resid  142 and name CA and segid A )
       (resid  142 and name C and segid A )  (resid  143 and name N and segid A ) 1.0  -36.2   42.9 2
! phi residue    143
assign (resid  142 and name C and segid A )  (resid  143 and name N and segid A )
       (resid  143 and name CA and segid A ) (resid  143 and name C and segid A ) 1.0  -67.9   18.9 2
! psi residue    143
assign (resid  143 and name N and segid A )  (resid  143 and name CA and segid A )
       (resid  143 and name C and segid A )  (resid  144 and name N and segid A ) 1.0  -37.7   15.5 2
! phi residue    144
assign (resid  143 and name C and segid A )  (resid  144 and name N and segid A )
       (resid  144 and name CA and segid A ) (resid  144 and name C and segid A ) 1.0  -62.5   10.0 2
! psi residue    144
assign (resid  144 and name N and segid A )  (resid  144 and name CA and segid A )
       (resid  144 and name C and segid A )  (resid  145 and name N and segid A ) 1.0  -40.8   12.1 2
! phi residue    145
assign (resid  144 and name C and segid A )  (resid  145 and name N and segid A )
       (resid  145 and name CA and segid A ) (resid  145 and name C and segid A ) 1.0  -63.5   14.8 2
! psi residue    145
assign (resid  145 and name N and segid A )  (resid  145 and name CA and segid A )
       (resid  145 and name C and segid A )  (resid  146 and name N and segid A ) 1.0  -40.9   24.3 2
! phi residue    146
assign (resid  145 and name C and segid A )  (resid  146 and name N and segid A )
       (resid  146 and name CA and segid A ) (resid  146 and name C and segid A ) 1.0  -66.7   21.4 2
! psi residue    146
assign (resid  146 and name N and segid A )  (resid  146 and name CA and segid A )
       (resid  146 and name C and segid A )  (resid  147 and name N and segid A ) 1.0  -42.9   23.2 2
! phi residue    147
assign (resid  146 and name C and segid A )  (resid  147 and name N and segid A )
       (resid  147 and name CA and segid A ) (resid  147 and name C and segid A ) 1.0  -61.1   10.6 2
! psi residue    147
assign (resid  147 and name N and segid A )  (resid  147 and name CA and segid A )
       (resid  147 and name C and segid A )  (resid  148 and name N and segid A ) 1.0  -46.0   13.3 2
! phi residue    148
assign (resid  147 and name C and segid A )  (resid  148 and name N and segid A )
       (resid  148 and name CA and segid A ) (resid  148 and name C and segid A ) 1.0  -64.6   11.7 2
! psi residue    148
assign (resid  148 and name N and segid A )  (resid  148 and name CA and segid A )
       (resid  148 and name C and segid A )  (resid  149 and name N and segid A ) 1.0  -38.0   12.8 2
! phi residue    149
assign (resid  148 and name C and segid A )  (resid  149 and name N and segid A )
       (resid  149 and name CA and segid A ) (resid  149 and name C and segid A ) 1.0  -64.9   10.0 2
! psi residue    149
assign (resid  149 and name N and segid A )  (resid  149 and name CA and segid A )
       (resid  149 and name C and segid A )  (resid  150 and name N and segid A ) 1.0  -38.7   12.2 2
! phi residue    154
assign (resid  153 and name C and segid A )  (resid  154 and name N and segid A )
       (resid  154 and name CA and segid A ) (resid  154 and name C and segid A ) 1.0  -58.2   13.9 2
! psi residue    154
assign (resid  154 and name N and segid A )  (resid  154 and name CA and segid A )
       (resid  154 and name C and segid A )  (resid  155 and name N and segid A ) 1.0  -21.1   21.7 2
! phi residue    155
assign (resid  154 and name C and segid A )  (resid  155 and name N and segid A )
       (resid  155 and name CA and segid A ) (resid  155 and name C and segid A ) 1.0  -85.2   25.2 2
! psi residue    155
assign (resid  155 and name N and segid A )  (resid  155 and name CA and segid A )
       (resid  155 and name C and segid A )  (resid  156 and name N and segid A ) 1.0   -6.3   25.0 2
! phi residue    156
assign (resid  155 and name C and segid A )  (resid  156 and name N and segid A )
       (resid  156 and name CA and segid A ) (resid  156 and name C and segid A ) 1.0  -83.1   51.1 2
! psi residue    156
assign (resid  156 and name N and segid A )  (resid  156 and name CA and segid A )
       (resid  156 and name C and segid A )  (resid  157 and name N and segid A ) 1.0  146.2   27.0 2
! phi residue    157
assign (resid  156 and name C and segid A )  (resid  157 and name N and segid A )
       (resid  157 and name CA and segid A ) (resid  157 and name C and segid A ) 1.0 -109.0   56.9 2
! psi residue    157
assign (resid  157 and name N and segid A )  (resid  157 and name CA and segid A )
       (resid  157 and name C and segid A )  (resid  158 and name N and segid A ) 1.0  142.0   31.0 2
! phi residue    158
assign (resid  157 and name C and segid A )  (resid  158 and name N and segid A )
       (resid  158 and name CA and segid A ) (resid  158 and name C and segid A ) 1.0  -92.3   49.5 2
! psi residue    158
assign (resid  158 and name N and segid A )  (resid  158 and name CA and segid A )
       (resid  158 and name C and segid A )  (resid  159 and name N and segid A ) 1.0  128.7   20.1 2
! phi residue    159
assign (resid  158 and name C and segid A )  (resid  159 and name N and segid A )
       (resid  159 and name CA and segid A ) (resid  159 and name C and segid A ) 1.0 -115.2   61.5 2
! psi residue    159
assign (resid  159 and name N and segid A )  (resid  159 and name CA and segid A )
       (resid  159 and name C and segid A )  (resid  160 and name N and segid A ) 1.0  145.9   47.0 2
! phi residue    163
assign (resid  162 and name C and segid A )  (resid  163 and name N and segid A )
       (resid  163 and name CA and segid A ) (resid  163 and name C and segid A ) 1.0 -107.8   22.0 2
! psi residue    163
assign (resid  163 and name N and segid A )  (resid  163 and name CA and segid A )
       (resid  163 and name C and segid A )  (resid  164 and name N and segid A ) 1.0  133.2   28.6 2
! phi residue    164
assign (resid  163 and name C and segid A )  (resid  164 and name N and segid A )
       (resid  164 and name CA and segid A ) (resid  164 and name C and segid A ) 1.0 -118.4   38.7 2
! psi residue    164
assign (resid  164 and name N and segid A )  (resid  164 and name CA and segid A )
       (resid  164 and name C and segid A )  (resid  165 and name N and segid A ) 1.0  137.8   30.5 2
! phi residue    165
assign (resid  164 and name C and segid A )  (resid  165 and name N and segid A )
       (resid  165 and name CA and segid A ) (resid  165 and name C and segid A ) 1.0 -126.0   41.2 2
! psi residue    165
assign (resid  165 and name N and segid A )  (resid  165 and name CA and segid A )
       (resid  165 and name C and segid A )  (resid  166 and name N and segid A ) 1.0  133.0   24.2 2
! phi residue    166
assign (resid  165 and name C and segid A )  (resid  166 and name N and segid A )
       (resid  166 and name CA and segid A ) (resid  166 and name C and segid A ) 1.0 -105.0   32.0 2
! phi residue    167
assign (resid  166 and name C and segid A )  (resid  167 and name N and segid A )
       (resid  167 and name CA and segid A ) (resid  167 and name C and segid A ) 1.0 -124.2   47.0 2
! psi residue    167
assign (resid  167 and name N and segid A )  (resid  167 and name CA and segid A )
       (resid  167 and name C and segid A )  (resid  168 and name N and segid A ) 1.0  148.5   51.2 2
! phi residue    168
assign (resid  167 and name C and segid A )  (resid  168 and name N and segid A )
       (resid  168 and name CA and segid A ) (resid  168 and name C and segid A ) 1.0 -113.2   60.0 2
! psi residue    168
assign (resid  168 and name N and segid A )  (resid  168 and name CA and segid A )
       (resid  168 and name C and segid A )  (resid  169 and name N and segid A ) 1.0  162.7   45.1 2
! phi residue    169
assign (resid  168 and name C and segid A )  (resid  169 and name N and segid A )
       (resid  169 and name CA and segid A ) (resid  169 and name C and segid A ) 1.0  -57.4   10.0 2
! psi residue    169
assign (resid  169 and name N and segid A )  (resid  169 and name CA and segid A )
       (resid  169 and name C and segid A )  (resid  170 and name N and segid A ) 1.0  -39.7   13.8 2
! phi residue    170
assign (resid  169 and name C and segid A )  (resid  170 and name N and segid A )
       (resid  170 and name CA and segid A ) (resid  170 and name C and segid A ) 1.0  -62.9   11.6 2
! psi residue    170
assign (resid  170 and name N and segid A )  (resid  170 and name CA and segid A )
       (resid  170 and name C and segid A )  (resid  171 and name N and segid A ) 1.0  -43.4   15.6 2
! phi residue    171
assign (resid  170 and name C and segid A )  (resid  171 and name N and segid A )
       (resid  171 and name CA and segid A ) (resid  171 and name C and segid A ) 1.0  -67.3   17.2 2
! psi residue    171
assign (resid  171 and name N and segid A )  (resid  171 and name CA and segid A )
       (resid  171 and name C and segid A )  (resid  172 and name N and segid A ) 1.0  -39.3   15.8 2
! phi residue    172
assign (resid  171 and name C and segid A )  (resid  172 and name N and segid A )
       (resid  172 and name CA and segid A ) (resid  172 and name C and segid A ) 1.0  -65.7   14.2 2
! psi residue    172
assign (resid  172 and name N and segid A )  (resid  172 and name CA and segid A )
       (resid  172 and name C and segid A )  (resid  173 and name N and segid A ) 1.0  -44.9   10.0 2
! phi residue    173
assign (resid  172 and name C and segid A )  (resid  173 and name N and segid A )
       (resid  173 and name CA and segid A ) (resid  173 and name C and segid A ) 1.0  -62.0   11.3 2
! psi residue    173
assign (resid  173 and name N and segid A )  (resid  173 and name CA and segid A )
       (resid  173 and name C and segid A )  (resid  174 and name N and segid A ) 1.0  -39.0   11.4 2
! phi residue    174
assign (resid  173 and name C and segid A )  (resid  174 and name N and segid A )
       (resid  174 and name CA and segid A ) (resid  174 and name C and segid A ) 1.0  -64.2   14.6 2
! psi residue    174
assign (resid  174 and name N and segid A )  (resid  174 and name CA and segid A )
       (resid  174 and name C and segid A )  (resid  175 and name N and segid A ) 1.0  -45.5   10.7 2
! phi residue    175
assign (resid  174 and name C and segid A )  (resid  175 and name N and segid A )
       (resid  175 and name CA and segid A ) (resid  175 and name C and segid A ) 1.0  -68.1   21.2 2
! psi residue    175
assign (resid  175 and name N and segid A )  (resid  175 and name CA and segid A )
       (resid  175 and name C and segid A )  (resid  176 and name N and segid A ) 1.0  -42.4   14.5 2
! phi residue    178
assign (resid  177 and name C and segid A )  (resid  178 and name N and segid A )
       (resid  178 and name CA and segid A ) (resid  178 and name C and segid A ) 1.0 -110.8   31.0 2
! psi residue    178
assign (resid  178 and name N and segid A )  (resid  178 and name CA and segid A )
       (resid  178 and name C and segid A )  (resid  179 and name N and segid A ) 1.0  153.0   14.1 2
! phi residue    179
assign (resid  178 and name C and segid A )  (resid  179 and name N and segid A )
       (resid  179 and name CA and segid A ) (resid  179 and name C and segid A ) 1.0  -80.9   37.4 2
! psi residue    179
assign (resid  179 and name N and segid A )  (resid  179 and name CA and segid A )
       (resid  179 and name C and segid A )  (resid  180 and name N and segid A ) 1.0  157.2   30.7 2
! phi residue    180
assign (resid  179 and name C and segid A )  (resid  180 and name N and segid A )
       (resid  180 and name CA and segid A ) (resid  180 and name C and segid A ) 1.0  -60.9   12.2 2
! psi residue    180
assign (resid  180 and name N and segid A )  (resid  180 and name CA and segid A )
       (resid  180 and name C and segid A )  (resid  181 and name N and segid A ) 1.0  -27.4   19.4 2
! phi residue    181
assign (resid  180 and name C and segid A )  (resid  181 and name N and segid A )
       (resid  181 and name CA and segid A ) (resid  181 and name C and segid A ) 1.0  -69.1   42.9 2
! psi residue    181
assign (resid  181 and name N and segid A )  (resid  181 and name CA and segid A )
       (resid  181 and name C and segid A )  (resid  182 and name N and segid A ) 1.0  -32.0   32.4 2
! phi residue    182
assign (resid  181 and name C and segid A )  (resid  182 and name N and segid A )
       (resid  182 and name CA and segid A ) (resid  182 and name C and segid A ) 1.0  -64.2   10.0 2
! psi residue    182
assign (resid  182 and name N and segid A )  (resid  182 and name CA and segid A )
       (resid  182 and name C and segid A )  (resid  183 and name N and segid A ) 1.0  -43.7   19.3 2
! phi residue    183
assign (resid  182 and name C and segid A )  (resid  183 and name N and segid A )
       (resid  183 and name CA and segid A ) (resid  183 and name C and segid A ) 1.0  -64.3   10.0 2
! psi residue    183
assign (resid  183 and name N and segid A )  (resid  183 and name CA and segid A )
       (resid  183 and name C and segid A )  (resid  184 and name N and segid A ) 1.0  -42.5   10.0 2
! phi residue    184
assign (resid  183 and name C and segid A )  (resid  184 and name N and segid A )
       (resid  184 and name CA and segid A ) (resid  184 and name C and segid A ) 1.0  -61.8   13.0 2
! psi residue    184
assign (resid  184 and name N and segid A )  (resid  184 and name CA and segid A )
       (resid  184 and name C and segid A )  (resid  185 and name N and segid A ) 1.0  -41.1   13.3 2
! phi residue    185
assign (resid  184 and name C and segid A )  (resid  185 and name N and segid A )
       (resid  185 and name CA and segid A ) (resid  185 and name C and segid A ) 1.0  -67.3   15.7 2
! psi residue    185
assign (resid  185 and name N and segid A )  (resid  185 and name CA and segid A )
       (resid  185 and name C and segid A )  (resid  186 and name N and segid A ) 1.0  -42.8   13.0 2
! phi residue    186
assign (resid  185 and name C and segid A )  (resid  186 and name N and segid A )
       (resid  186 and name CA and segid A ) (resid  186 and name C and segid A ) 1.0  -63.0   10.0 2
! psi residue    186
assign (resid  186 and name N and segid A )  (resid  186 and name CA and segid A )
       (resid  186 and name C and segid A )  (resid  187 and name N and segid A ) 1.0  -45.1   15.6 2
! phi residue    187
assign (resid  186 and name C and segid A )  (resid  187 and name N and segid A )
       (resid  187 and name CA and segid A ) (resid  187 and name C and segid A ) 1.0  -60.9   11.7 2
! psi residue    187
assign (resid  187 and name N and segid A )  (resid  187 and name CA and segid A )
       (resid  187 and name C and segid A )  (resid  188 and name N and segid A ) 1.0  -42.1   12.3 2
! phi residue    188
assign (resid  187 and name C and segid A )  (resid  188 and name N and segid A )
       (resid  188 and name CA and segid A ) (resid  188 and name C and segid A ) 1.0  -64.3   10.0 2
! psi residue    188
assign (resid  188 and name N and segid A )  (resid  188 and name CA and segid A )
       (resid  188 and name C and segid A )  (resid  189 and name N and segid A ) 1.0  -40.4   10.1 2
! phi residue    189
assign (resid  188 and name C and segid A )  (resid  189 and name N and segid A )
       (resid  189 and name CA and segid A ) (resid  189 and name C and segid A ) 1.0  -63.2   10.0 2
! psi residue    189
assign (resid  189 and name N and segid A )  (resid  189 and name CA and segid A )
       (resid  189 and name C and segid A )  (resid  190 and name N and segid A ) 1.0  -41.9   10.0 2
! phi residue    190
assign (resid  189 and name C and segid A )  (resid  190 and name N and segid A )
       (resid  190 and name CA and segid A ) (resid  190 and name C and segid A ) 1.0  -63.6   14.4 2
! psi residue    190
assign (resid  190 and name N and segid A )  (resid  190 and name CA and segid A )
       (resid  190 and name C and segid A )  (resid  191 and name N and segid A ) 1.0  -41.0   14.0 2
! phi residue    191
assign (resid  190 and name C and segid A )  (resid  191 and name N and segid A )
       (resid  191 and name CA and segid A ) (resid  191 and name C and segid A ) 1.0  -64.5   10.0 2
! phi residue    192
assign (resid  191 and name C and segid A )  (resid  192 and name N and segid A )
       (resid  192 and name CA and segid A ) (resid  192 and name C and segid A ) 1.0  -88.8   22.7 2
! psi residue    192
assign (resid  192 and name N and segid A )  (resid  192 and name CA and segid A )
       (resid  192 and name C and segid A )  (resid  193 and name N and segid A ) 1.0    7.2   23.3 2
! phi residue    196
assign (resid  195 and name C and segid A )  (resid  196 and name N and segid A )
       (resid  196 and name CA and segid A ) (resid  196 and name C and segid A ) 1.0 -137.4   22.1 2
! psi residue    196
assign (resid  196 and name N and segid A )  (resid  196 and name CA and segid A )
       (resid  196 and name C and segid A )  (resid  197 and name N and segid A ) 1.0  158.4   21.3 2
! phi residue    197
assign (resid  196 and name C and segid A )  (resid  197 and name N and segid A )
       (resid  197 and name CA and segid A ) (resid  197 and name C and segid A ) 1.0 -123.7   42.9 2
! psi residue    197
assign (resid  197 and name N and segid A )  (resid  197 and name CA and segid A )
       (resid  197 and name C and segid A )  (resid  198 and name N and segid A ) 1.0  134.0   25.0 2
! phi residue    198
assign (resid  197 and name C and segid A )  (resid  198 and name N and segid A )
       (resid  198 and name CA and segid A ) (resid  198 and name C and segid A ) 1.0 -110.1   45.6 2
! psi residue    198
assign (resid  198 and name N and segid A )  (resid  198 and name CA and segid A )
       (resid  198 and name C and segid A )  (resid  199 and name N and segid A ) 1.0  121.8   33.5 2
! phi residue    202
assign (resid  201 and name C and segid A )  (resid  202 and name N and segid A )
       (resid  202 and name CA and segid A ) (resid  202 and name C and segid A ) 1.0 -126.2   42.6 2
! psi residue    202
assign (resid  202 and name N and segid A )  (resid  202 and name CA and segid A )
       (resid  202 and name C and segid A )  (resid  203 and name N and segid A ) 1.0  146.2   31.8 2
! phi residue    203
assign (resid  202 and name C and segid A )  (resid  203 and name N and segid A )
       (resid  203 and name CA and segid A ) (resid  203 and name C and segid A ) 1.0 -111.8   30.9 2
! psi residue    203
assign (resid  203 and name N and segid A )  (resid  203 and name CA and segid A )
       (resid  203 and name C and segid A )  (resid  204 and name N and segid A ) 1.0  124.1   14.6 2
! phi residue    204
assign (resid  203 and name C and segid A )  (resid  204 and name N and segid A )
       (resid  204 and name CA and segid A ) (resid  204 and name C and segid A ) 1.0 -104.8   14.2 2
! psi residue    204
assign (resid  204 and name N and segid A )  (resid  204 and name CA and segid A )
       (resid  204 and name C and segid A )  (resid  205 and name N and segid A ) 1.0  120.5   17.4 2
! phi residue    205
assign (resid  204 and name C and segid A )  (resid  205 and name N and segid A )
       (resid  205 and name CA and segid A ) (resid  205 and name C and segid A ) 1.0  -98.0   19.5 2
! psi residue    205
assign (resid  205 and name N and segid A )  (resid  205 and name CA and segid A )
       (resid  205 and name C and segid A )  (resid  206 and name N and segid A ) 1.0  122.4   20.1 2
! phi residue      4
assign (resid    3 and name C and segid B )  (resid    4 and name N and segid B )
       (resid    4 and name CA and segid B ) (resid    4 and name C and segid B ) 1.0  -84.0   35.8 2
! psi residue      4
assign (resid    4 and name N and segid B )  (resid    4 and name CA and segid B )
       (resid    4 and name C and segid B )  (resid    5 and name N and segid B ) 1.0  139.4   30.0 2
! phi residue      8
assign (resid    7 and name C and segid B )  (resid    8 and name N and segid B )
       (resid    8 and name CA and segid B ) (resid    8 and name C and segid B ) 1.0  -91.6   46.2 2
! psi residue      8
assign (resid    8 and name N and segid B )  (resid    8 and name CA and segid B )
       (resid    8 and name C and segid B )  (resid    9 and name N and segid B ) 1.0  114.9   43.7 2
! phi residue     10
assign (resid    9 and name C and segid B )  (resid   10 and name N and segid B )
       (resid   10 and name CA and segid B ) (resid   10 and name C and segid B ) 1.0  -69.2   17.4 2
! psi residue     10
assign (resid   10 and name N and segid B )  (resid   10 and name CA and segid B )
       (resid   10 and name C and segid B )  (resid   11 and name N and segid B ) 1.0  -41.3   15.7 2
! phi residue     11
assign (resid   10 and name C and segid B )  (resid   11 and name N and segid B )
       (resid   11 and name CA and segid B ) (resid   11 and name C and segid B ) 1.0  -62.5   10.0 2
! psi residue     11
assign (resid   11 and name N and segid B )  (resid   11 and name CA and segid B )
       (resid   11 and name C and segid B )  (resid   12 and name N and segid B ) 1.0  -41.9   15.9 2
! phi residue     12
assign (resid   11 and name C and segid B )  (resid   12 and name N and segid B )
       (resid   12 and name CA and segid B ) (resid   12 and name C and segid B ) 1.0  -63.7   12.2 2
! psi residue     12
assign (resid   12 and name N and segid B )  (resid   12 and name CA and segid B )
       (resid   12 and name C and segid B )  (resid   13 and name N and segid B ) 1.0  -39.8   13.7 2
! psi residue     13
assign (resid   13 and name N and segid B )  (resid   13 and name CA and segid B )
       (resid   13 and name C and segid B )  (resid   14 and name N and segid B ) 1.0  -38.6   12.1 2
! phi residue     14
assign (resid   13 and name C and segid B )  (resid   14 and name N and segid B )
       (resid   14 and name CA and segid B ) (resid   14 and name C and segid B ) 1.0  -66.9   12.8 2
! psi residue     14
assign (resid   14 and name N and segid B )  (resid   14 and name CA and segid B )
       (resid   14 and name C and segid B )  (resid   15 and name N and segid B ) 1.0  -40.0   10.0 2
! phi residue     15
assign (resid   14 and name C and segid B )  (resid   15 and name N and segid B )
       (resid   15 and name CA and segid B ) (resid   15 and name C and segid B ) 1.0  -64.5   15.1 2
! psi residue     15
assign (resid   15 and name N and segid B )  (resid   15 and name CA and segid B )
       (resid   15 and name C and segid B )  (resid   16 and name N and segid B ) 1.0  -39.3   16.4 2
! phi residue     19
assign (resid   18 and name C and segid B )  (resid   19 and name N and segid B )
       (resid   19 and name CA and segid B ) (resid   19 and name C and segid B ) 1.0  -99.4   55.7 2
! psi residue     19
assign (resid   19 and name N and segid B )  (resid   19 and name CA and segid B )
       (resid   19 and name C and segid B )  (resid   20 and name N and segid B ) 1.0  138.6   37.2 2
! phi residue     20
assign (resid   19 and name C and segid B )  (resid   20 and name N and segid B )
       (resid   20 and name CA and segid B ) (resid   20 and name C and segid B ) 1.0 -103.4   23.4 2
! psi residue     20
assign (resid   20 and name N and segid B )  (resid   20 and name CA and segid B )
       (resid   20 and name C and segid B )  (resid   21 and name N and segid B ) 1.0  121.3   20.3 2
! phi residue     21
assign (resid   20 and name C and segid B )  (resid   21 and name N and segid B )
       (resid   21 and name CA and segid B ) (resid   21 and name C and segid B ) 1.0 -120.3   34.8 2
! psi residue     21
assign (resid   21 and name N and segid B )  (resid   21 and name CA and segid B )
       (resid   21 and name C and segid B )  (resid   22 and name N and segid B ) 1.0  139.8   33.7 2
! phi residue     22
assign (resid   21 and name C and segid B )  (resid   22 and name N and segid B )
       (resid   22 and name CA and segid B ) (resid   22 and name C and segid B ) 1.0 -107.4   30.9 2
! phi residue     23
assign (resid   22 and name C and segid B )  (resid   23 and name N and segid B )
       (resid   23 and name CA and segid B ) (resid   23 and name C and segid B ) 1.0 -102.9   48.6 2
! psi residue     23
assign (resid   23 and name N and segid B )  (resid   23 and name CA and segid B )
       (resid   23 and name C and segid B )  (resid   24 and name N and segid B ) 1.0  140.1   34.5 2
! phi residue     24
assign (resid   23 and name C and segid B )  (resid   24 and name N and segid B )
       (resid   24 and name CA and segid B ) (resid   24 and name C and segid B ) 1.0  -65.0   14.0 2
! psi residue     24
assign (resid   24 and name N and segid B )  (resid   24 and name CA and segid B )
       (resid   24 and name C and segid B )  (resid   25 and name N and segid B ) 1.0  145.5   21.6 2
! phi residue     28
assign (resid   27 and name C and segid B )  (resid   28 and name N and segid B )
       (resid   28 and name CA and segid B ) (resid   28 and name C and segid B ) 1.0  -94.4   48.6 2
! psi residue     28
assign (resid   28 and name N and segid B )  (resid   28 and name CA and segid B )
       (resid   28 and name C and segid B )  (resid   29 and name N and segid B ) 1.0  126.5   22.1 2
! phi residue     30
assign (resid   29 and name C and segid B )  (resid   30 and name N and segid B )
       (resid   30 and name CA and segid B ) (resid   30 and name C and segid B ) 1.0 -134.0   40.9 2
! psi residue     31
assign (resid   31 and name N and segid B )  (resid   31 and name CA and segid B )
       (resid   31 and name C and segid B )  (resid   32 and name N and segid B ) 1.0  133.8   39.6 2
! phi residue     33
assign (resid   32 and name C and segid B )  (resid   33 and name N and segid B )
       (resid   33 and name CA and segid B ) (resid   33 and name C and segid B ) 1.0   87.4   19.1 2
! psi residue     34
assign (resid   34 and name N and segid B )  (resid   34 and name CA and segid B )
       (resid   34 and name C and segid B )  (resid   35 and name N and segid B ) 1.0  151.3   30.2 2
! phi residue     38
assign (resid   37 and name C and segid B )  (resid   38 and name N and segid B )
       (resid   38 and name CA and segid B ) (resid   38 and name C and segid B ) 1.0 -134.4   29.5 2
! psi residue     38
assign (resid   38 and name N and segid B )  (resid   38 and name CA and segid B )
       (resid   38 and name C and segid B )  (resid   39 and name N and segid B ) 1.0  142.6   31.2 2
! phi residue     39
assign (resid   38 and name C and segid B )  (resid   39 and name N and segid B )
       (resid   39 and name CA and segid B ) (resid   39 and name C and segid B ) 1.0 -127.1   37.4 2
! psi residue     39
assign (resid   39 and name N and segid B )  (resid   39 and name CA and segid B )
       (resid   39 and name C and segid B )  (resid   40 and name N and segid B ) 1.0  142.7   45.6 2
! phi residue     40
assign (resid   39 and name C and segid B )  (resid   40 and name N and segid B )
       (resid   40 and name CA and segid B ) (resid   40 and name C and segid B ) 1.0 -115.3   14.0 2
! psi residue     40
assign (resid   40 and name N and segid B )  (resid   40 and name CA and segid B )
       (resid   40 and name C and segid B )  (resid   41 and name N and segid B ) 1.0  138.0   23.4 2
! phi residue     41
assign (resid   40 and name C and segid B )  (resid   41 and name N and segid B )
       (resid   41 and name CA and segid B ) (resid   41 and name C and segid B ) 1.0 -123.0   34.6 2
! psi residue     41
assign (resid   41 and name N and segid B )  (resid   41 and name CA and segid B )
       (resid   41 and name C and segid B )  (resid   42 and name N and segid B ) 1.0  128.2   41.4 2
! psi residue     42
assign (resid   42 and name N and segid B )  (resid   42 and name CA and segid B )
       (resid   42 and name C and segid B )  (resid   43 and name N and segid B ) 1.0  130.4   47.9 2
! phi residue     44
assign (resid   43 and name C and segid B )  (resid   44 and name N and segid B )
       (resid   44 and name CA and segid B ) (resid   44 and name C and segid B ) 1.0 -148.4   36.5 2
! psi residue     44
assign (resid   44 and name N and segid B )  (resid   44 and name CA and segid B )
       (resid   44 and name C and segid B )  (resid   45 and name N and segid B ) 1.0  144.5   29.5 2
! phi residue     46
assign (resid   45 and name C and segid B )  (resid   46 and name N and segid B )
       (resid   46 and name CA and segid B ) (resid   46 and name C and segid B ) 1.0 -113.4   48.5 2
! psi residue     46
assign (resid   46 and name N and segid B )  (resid   46 and name CA and segid B )
       (resid   46 and name C and segid B )  (resid   47 and name N and segid B ) 1.0  147.9   20.8 2
! phi residue     47
assign (resid   46 and name C and segid B )  (resid   47 and name N and segid B )
       (resid   47 and name CA and segid B ) (resid   47 and name C and segid B ) 1.0 -138.6   39.0 2
! psi residue     47
assign (resid   47 and name N and segid B )  (resid   47 and name CA and segid B )
       (resid   47 and name C and segid B )  (resid   48 and name N and segid B ) 1.0  155.4   24.4 2
! phi residue     48
assign (resid   47 and name C and segid B )  (resid   48 and name N and segid B )
       (resid   48 and name CA and segid B ) (resid   48 and name C and segid B ) 1.0 -133.2   29.3 2
! psi residue     48
assign (resid   48 and name N and segid B )  (resid   48 and name CA and segid B )
       (resid   48 and name C and segid B )  (resid   49 and name N and segid B ) 1.0  137.7   34.7 2
! phi residue     49
assign (resid   48 and name C and segid B )  (resid   49 and name N and segid B )
       (resid   49 and name CA and segid B ) (resid   49 and name C and segid B ) 1.0 -108.6   45.2 2
! psi residue     49
assign (resid   49 and name N and segid B )  (resid   49 and name CA and segid B )
       (resid   49 and name C and segid B )  (resid   50 and name N and segid B ) 1.0  136.5   23.2 2
! phi residue     50
assign (resid   49 and name C and segid B )  (resid   50 and name N and segid B )
       (resid   50 and name CA and segid B ) (resid   50 and name C and segid B ) 1.0 -128.6   55.9 2
! psi residue     50
assign (resid   50 and name N and segid B )  (resid   50 and name CA and segid B )
       (resid   50 and name C and segid B )  (resid   51 and name N and segid B ) 1.0  154.1   21.5 2
! phi residue     52
assign (resid   51 and name C and segid B )  (resid   52 and name N and segid B )
       (resid   52 and name CA and segid B ) (resid   52 and name C and segid B ) 1.0 -112.9   51.6 2
! psi residue     52
assign (resid   52 and name N and segid B )  (resid   52 and name CA and segid B )
       (resid   52 and name C and segid B )  (resid   53 and name N and segid B ) 1.0  143.8   25.0 2
! phi residue     53
assign (resid   52 and name C and segid B )  (resid   53 and name N and segid B )
       (resid   53 and name CA and segid B ) (resid   53 and name C and segid B ) 1.0  -85.4   28.5 2
! psi residue     53
assign (resid   53 and name N and segid B )  (resid   53 and name CA and segid B )
       (resid   53 and name C and segid B )  (resid   54 and name N and segid B ) 1.0  162.2   29.8 2
! phi residue     54
assign (resid   53 and name C and segid B )  (resid   54 and name N and segid B )
       (resid   54 and name CA and segid B ) (resid   54 and name C and segid B ) 1.0  -59.5   14.9 2
! psi residue     54
assign (resid   54 and name N and segid B )  (resid   54 and name CA and segid B )
       (resid   54 and name C and segid B )  (resid   55 and name N and segid B ) 1.0  -31.1   24.9 2
! phi residue     55
assign (resid   54 and name C and segid B )  (resid   55 and name N and segid B )
       (resid   55 and name CA and segid B ) (resid   55 and name C and segid B ) 1.0  -91.6   23.8 2
! psi residue     55
assign (resid   55 and name N and segid B )  (resid   55 and name CA and segid B )
       (resid   55 and name C and segid B )  (resid   56 and name N and segid B ) 1.0    5.1   26.0 2
! phi residue     59
assign (resid   58 and name C and segid B )  (resid   59 and name N and segid B )
       (resid   59 and name CA and segid B ) (resid   59 and name C and segid B ) 1.0 -107.0   52.3 2
! psi residue     59
assign (resid   59 and name N and segid B )  (resid   59 and name CA and segid B )
       (resid   59 and name C and segid B )  (resid   60 and name N and segid B ) 1.0  127.8   27.7 2
! phi residue     60
assign (resid   59 and name C and segid B )  (resid   60 and name N and segid B )
       (resid   60 and name CA and segid B ) (resid   60 and name C and segid B ) 1.0  -95.8   35.5 2
! psi residue     60
assign (resid   60 and name N and segid B )  (resid   60 and name CA and segid B )
       (resid   60 and name C and segid B )  (resid   61 and name N and segid B ) 1.0  117.7   23.1 2
! phi residue     61
assign (resid   60 and name C and segid B )  (resid   61 and name N and segid B )
       (resid   61 and name CA and segid B ) (resid   61 and name C and segid B ) 1.0  -90.8   26.4 2
! psi residue     61
assign (resid   61 and name N and segid B )  (resid   61 and name CA and segid B )
       (resid   61 and name C and segid B )  (resid   62 and name N and segid B ) 1.0  -26.6   36.0 2
! phi residue     62
assign (resid   61 and name C and segid B )  (resid   62 and name N and segid B )
       (resid   62 and name CA and segid B ) (resid   62 and name C and segid B ) 1.0 -128.3   74.2 2
! psi residue     62
assign (resid   62 and name N and segid B )  (resid   62 and name CA and segid B )
       (resid   62 and name C and segid B )  (resid   63 and name N and segid B ) 1.0  161.2   16.9 2
! phi residue     63
assign (resid   62 and name C and segid B )  (resid   63 and name N and segid B )
       (resid   63 and name CA and segid B ) (resid   63 and name C and segid B ) 1.0 -107.3   24.7 2
! psi residue     63
assign (resid   63 and name N and segid B )  (resid   63 and name CA and segid B )
       (resid   63 and name C and segid B )  (resid   64 and name N and segid B ) 1.0  145.5   33.8 2
! phi residue     64
assign (resid   63 and name C and segid B )  (resid   64 and name N and segid B )
       (resid   64 and name CA and segid B ) (resid   64 and name C and segid B ) 1.0 -114.2   38.1 2
! psi residue     64
assign (resid   64 and name N and segid B )  (resid   64 and name CA and segid B )
       (resid   64 and name C and segid B )  (resid   65 and name N and segid B ) 1.0  130.5   28.8 2
! phi residue     65
assign (resid   64 and name C and segid B )  (resid   65 and name N and segid B )
       (resid   65 and name CA and segid B ) (resid   65 and name C and segid B ) 1.0 -135.1   37.9 2
! psi residue     65
assign (resid   65 and name N and segid B )  (resid   65 and name CA and segid B )
       (resid   65 and name C and segid B )  (resid   66 and name N and segid B ) 1.0  152.2   17.9 2
! phi residue     72
assign (resid   71 and name C and segid B )  (resid   72 and name N and segid B )
       (resid   72 and name CA and segid B ) (resid   72 and name C and segid B ) 1.0  -63.6   12.0 2
! psi residue     72
assign (resid   72 and name N and segid B )  (resid   72 and name CA and segid B )
       (resid   72 and name C and segid B )  (resid   73 and name N and segid B ) 1.0  -44.4   13.0 2
! phi residue     73
assign (resid   72 and name C and segid B )  (resid   73 and name N and segid B )
       (resid   73 and name CA and segid B ) (resid   73 and name C and segid B ) 1.0  -68.0   22.1 2
! psi residue     86
assign (resid   86 and name N and segid B )  (resid   86 and name CA and segid B )
       (resid   86 and name C and segid B )  (resid   87 and name N and segid B ) 1.0  128.6   24.7 2
! phi residue     87
assign (resid   86 and name C and segid B )  (resid   87 and name N and segid B )
       (resid   87 and name CA and segid B ) (resid   87 and name C and segid B ) 1.0 -122.5   21.5 2
! psi residue     87
assign (resid   87 and name N and segid B )  (resid   87 and name CA and segid B )
       (resid   87 and name C and segid B )  (resid   88 and name N and segid B ) 1.0  139.7   31.9 2
! phi residue     88
assign (resid   87 and name C and segid B )  (resid   88 and name N and segid B )
       (resid   88 and name CA and segid B ) (resid   88 and name C and segid B ) 1.0  -82.5   29.2 2
! psi residue     88
assign (resid   88 and name N and segid B )  (resid   88 and name CA and segid B )
       (resid   88 and name C and segid B )  (resid   89 and name N and segid B ) 1.0  124.5   32.8 2
! phi residue     90
assign (resid   89 and name C and segid B )  (resid   90 and name N and segid B )
       (resid   90 and name CA and segid B ) (resid   90 and name C and segid B ) 1.0 -125.1   50.4 2
! psi residue     90
assign (resid   90 and name N and segid B )  (resid   90 and name CA and segid B )
       (resid   90 and name C and segid B )  (resid   91 and name N and segid B ) 1.0  167.0   34.8 2
! phi residue     92
assign (resid   91 and name C and segid B )  (resid   92 and name N and segid B )
       (resid   92 and name CA and segid B ) (resid   92 and name C and segid B ) 1.0 -101.0   68.7 2
! phi residue     93
assign (resid   92 and name C and segid B )  (resid   93 and name N and segid B )
       (resid   93 and name CA and segid B ) (resid   93 and name C and segid B ) 1.0 -107.2   53.9 2
! psi residue     93
assign (resid   93 and name N and segid B )  (resid   93 and name CA and segid B )
       (resid   93 and name C and segid B )  (resid   94 and name N and segid B ) 1.0  130.4   29.9 2
! phi residue     94
assign (resid   93 and name C and segid B )  (resid   94 and name N and segid B )
       (resid   94 and name CA and segid B ) (resid   94 and name C and segid B ) 1.0 -117.5   32.8 2
! psi residue     94
assign (resid   94 and name N and segid B )  (resid   94 and name CA and segid B )
       (resid   94 and name C and segid B )  (resid   95 and name N and segid B ) 1.0  130.1   16.0 2
! phi residue     95
assign (resid   94 and name C and segid B )  (resid   95 and name N and segid B )
       (resid   95 and name CA and segid B ) (resid   95 and name C and segid B ) 1.0 -119.2   24.0 2
! psi residue     95
assign (resid   95 and name N and segid B )  (resid   95 and name CA and segid B )
       (resid   95 and name C and segid B )  (resid   96 and name N and segid B ) 1.0  135.3   27.9 2
! phi residue     96
assign (resid   95 and name C and segid B )  (resid   96 and name N and segid B )
       (resid   96 and name CA and segid B ) (resid   96 and name C and segid B ) 1.0 -119.1   45.6 2
! psi residue     96
assign (resid   96 and name N and segid B )  (resid   96 and name CA and segid B )
       (resid   96 and name C and segid B )  (resid   97 and name N and segid B ) 1.0  145.9   27.7 2
! phi residue     97
assign (resid   96 and name C and segid B )  (resid   97 and name N and segid B )
       (resid   97 and name CA and segid B ) (resid   97 and name C and segid B ) 1.0 -138.8   37.2 2
! psi residue     97
assign (resid   97 and name N and segid B )  (resid   97 and name CA and segid B )
       (resid   97 and name C and segid B )  (resid   98 and name N and segid B ) 1.0  136.4   24.9 2
! phi residue     98
assign (resid   97 and name C and segid B )  (resid   98 and name N and segid B )
       (resid   98 and name CA and segid B ) (resid   98 and name C and segid B ) 1.0  -99.5   32.1 2
! psi residue     98
assign (resid   98 and name N and segid B )  (resid   98 and name CA and segid B )
       (resid   98 and name C and segid B )  (resid   99 and name N and segid B ) 1.0  115.9   27.2 2
! phi residue     99
assign (resid   98 and name C and segid B )  (resid   99 and name N and segid B )
       (resid   99 and name CA and segid B ) (resid   99 and name C and segid B ) 1.0  -61.8   16.6 2
! psi residue     99
assign (resid   99 and name N and segid B )  (resid   99 and name CA and segid B )
       (resid   99 and name C and segid B )  (resid  100 and name N and segid B ) 1.0  -34.9   24.4 2
! phi residue    100
assign (resid   99 and name C and segid B )  (resid  100 and name N and segid B )
       (resid  100 and name CA and segid B ) (resid  100 and name C and segid B ) 1.0  -59.5   10.0 2
! psi residue    100
assign (resid  100 and name N and segid B )  (resid  100 and name CA and segid B )
       (resid  100 and name C and segid B )  (resid  101 and name N and segid B ) 1.0  -42.8   10.0 2
! phi residue    101
assign (resid  100 and name C and segid B )  (resid  101 and name N and segid B )
       (resid  101 and name CA and segid B ) (resid  101 and name C and segid B ) 1.0  -62.8   10.6 2
! psi residue    101
assign (resid  101 and name N and segid B )  (resid  101 and name CA and segid B )
       (resid  101 and name C and segid B )  (resid  102 and name N and segid B ) 1.0  -43.5   12.1 2
! phi residue    102
assign (resid  101 and name C and segid B )  (resid  102 and name N and segid B )
       (resid  102 and name CA and segid B ) (resid  102 and name C and segid B ) 1.0  -66.0   23.7 2
! psi residue    102
assign (resid  102 and name N and segid B )  (resid  102 and name CA and segid B )
       (resid  102 and name C and segid B )  (resid  103 and name N and segid B ) 1.0  -46.7   15.0 2
! phi residue    103
assign (resid  102 and name C and segid B )  (resid  103 and name N and segid B )
       (resid  103 and name CA and segid B ) (resid  103 and name C and segid B ) 1.0  -59.6   10.0 2
! psi residue    103
assign (resid  103 and name N and segid B )  (resid  103 and name CA and segid B )
       (resid  103 and name C and segid B )  (resid  104 and name N and segid B ) 1.0  -41.1   10.8 2
! phi residue    104
assign (resid  103 and name C and segid B )  (resid  104 and name N and segid B )
       (resid  104 and name CA and segid B ) (resid  104 and name C and segid B ) 1.0  -65.0   13.2 2
! psi residue    104
assign (resid  104 and name N and segid B )  (resid  104 and name CA and segid B )
       (resid  104 and name C and segid B )  (resid  105 and name N and segid B ) 1.0  -41.4   11.3 2
! phi residue    105
assign (resid  104 and name C and segid B )  (resid  105 and name N and segid B )
       (resid  105 and name CA and segid B ) (resid  105 and name C and segid B ) 1.0  -69.6   10.0 2
! psi residue    105
assign (resid  105 and name N and segid B )  (resid  105 and name CA and segid B )
       (resid  105 and name C and segid B )  (resid  106 and name N and segid B ) 1.0  -34.9   18.4 2
! phi residue    106
assign (resid  105 and name C and segid B )  (resid  106 and name N and segid B )
       (resid  106 and name CA and segid B ) (resid  106 and name C and segid B ) 1.0  -64.3   12.3 2
! psi residue    106
assign (resid  106 and name N and segid B )  (resid  106 and name CA and segid B )
       (resid  106 and name C and segid B )  (resid  107 and name N and segid B ) 1.0  -38.9   21.3 2
! phi residue    107
assign (resid  106 and name C and segid B )  (resid  107 and name N and segid B )
       (resid  107 and name CA and segid B ) (resid  107 and name C and segid B ) 1.0  -80.2   36.5 2
! psi residue    107
assign (resid  107 and name N and segid B )  (resid  107 and name CA and segid B )
       (resid  107 and name C and segid B )  (resid  108 and name N and segid B ) 1.0  -16.0   28.3 2
! phi residue    108
assign (resid  107 and name C and segid B )  (resid  108 and name N and segid B )
       (resid  108 and name CA and segid B ) (resid  108 and name C and segid B ) 1.0  -78.3   39.4 2
! psi residue    108
assign (resid  108 and name N and segid B )  (resid  108 and name CA and segid B )
       (resid  108 and name C and segid B )  (resid  109 and name N and segid B ) 1.0  -26.1   29.1 2
! phi residue    111
assign (resid  110 and name C and segid B )  (resid  111 and name N and segid B )
       (resid  111 and name CA and segid B ) (resid  111 and name C and segid B ) 1.0  -63.6   17.0 2
! psi residue    111
assign (resid  111 and name N and segid B )  (resid  111 and name CA and segid B )
       (resid  111 and name C and segid B )  (resid  112 and name N and segid B ) 1.0  -32.0   22.8 2
! phi residue    112
assign (resid  111 and name C and segid B )  (resid  112 and name N and segid B )
       (resid  112 and name CA and segid B ) (resid  112 and name C and segid B ) 1.0  -86.4   34.6 2
! phi residue    113
assign (resid  112 and name C and segid B )  (resid  113 and name N and segid B )
       (resid  113 and name CA and segid B ) (resid  113 and name C and segid B ) 1.0  -63.3   26.2 2
! psi residue    113
assign (resid  113 and name N and segid B )  (resid  113 and name CA and segid B )
       (resid  113 and name C and segid B )  (resid  114 and name N and segid B ) 1.0  -30.7   51.8 2
! phi residue    114
assign (resid  113 and name C and segid B )  (resid  114 and name N and segid B )
       (resid  114 and name CA and segid B ) (resid  114 and name C and segid B ) 1.0  -63.2   10.0 2
! psi residue    114
assign (resid  114 and name N and segid B )  (resid  114 and name CA and segid B )
       (resid  114 and name C and segid B )  (resid  115 and name N and segid B ) 1.0  -40.1   10.0 2
! phi residue    115
assign (resid  114 and name C and segid B )  (resid  115 and name N and segid B )
       (resid  115 and name CA and segid B ) (resid  115 and name C and segid B ) 1.0  -65.5   11.9 2
! psi residue    115
assign (resid  115 and name N and segid B )  (resid  115 and name CA and segid B )
       (resid  115 and name C and segid B )  (resid  116 and name N and segid B ) 1.0  -40.9   10.0 2
! phi residue    116
assign (resid  115 and name C and segid B )  (resid  116 and name N and segid B )
       (resid  116 and name CA and segid B ) (resid  116 and name C and segid B ) 1.0  -64.7   11.5 2
! psi residue    116
assign (resid  116 and name N and segid B )  (resid  116 and name CA and segid B )
       (resid  116 and name C and segid B )  (resid  117 and name N and segid B ) 1.0  -38.9   11.5 2
! phi residue    117
assign (resid  116 and name C and segid B )  (resid  117 and name N and segid B )
       (resid  117 and name CA and segid B ) (resid  117 and name C and segid B ) 1.0  -68.0   16.3 2
! psi residue    117
assign (resid  117 and name N and segid B )  (resid  117 and name CA and segid B )
       (resid  117 and name C and segid B )  (resid  118 and name N and segid B ) 1.0  -39.9   18.1 2
! phi residue    118
assign (resid  117 and name C and segid B )  (resid  118 and name N and segid B )
       (resid  118 and name CA and segid B ) (resid  118 and name C and segid B ) 1.0  -62.3   20.7 2
! psi residue    118
assign (resid  118 and name N and segid B )  (resid  118 and name CA and segid B )
       (resid  118 and name C and segid B )  (resid  119 and name N and segid B ) 1.0  -38.5   23.2 2
! phi residue    119
assign (resid  118 and name C and segid B )  (resid  119 and name N and segid B )
       (resid  119 and name CA and segid B ) (resid  119 and name C and segid B ) 1.0  -61.7   14.2 2
! psi residue    119
assign (resid  119 and name N and segid B )  (resid  119 and name CA and segid B )
       (resid  119 and name C and segid B )  (resid  120 and name N and segid B ) 1.0  -42.5   16.1 2
! phi residue    120
assign (resid  119 and name C and segid B )  (resid  120 and name N and segid B )
       (resid  120 and name CA and segid B ) (resid  120 and name C and segid B ) 1.0  -60.7   12.9 2
! psi residue    120
assign (resid  120 and name N and segid B )  (resid  120 and name CA and segid B )
       (resid  120 and name C and segid B )  (resid  121 and name N and segid B ) 1.0  -42.4   10.0 2
! phi residue    121
assign (resid  120 and name C and segid B )  (resid  121 and name N and segid B )
       (resid  121 and name CA and segid B ) (resid  121 and name C and segid B ) 1.0  -63.9   17.7 2
! psi residue    121
assign (resid  121 and name N and segid B )  (resid  121 and name CA and segid B )
       (resid  121 and name C and segid B )  (resid  122 and name N and segid B ) 1.0  -41.4   20.2 2
! phi residue    122
assign (resid  121 and name C and segid B )  (resid  122 and name N and segid B )
       (resid  122 and name CA and segid B ) (resid  122 and name C and segid B ) 1.0  -63.5   18.9 2
! psi residue    122
assign (resid  122 and name N and segid B )  (resid  122 and name CA and segid B )
       (resid  122 and name C and segid B )  (resid  123 and name N and segid B ) 1.0  -42.6   23.1 2
! phi residue    123
assign (resid  122 and name C and segid B )  (resid  123 and name N and segid B )
       (resid  123 and name CA and segid B ) (resid  123 and name C and segid B ) 1.0  -62.0   13.3 2
! psi residue    123
assign (resid  123 and name N and segid B )  (resid  123 and name CA and segid B )
       (resid  123 and name C and segid B )  (resid  124 and name N and segid B ) 1.0  -41.0   10.0 2
! phi residue    124
assign (resid  123 and name C and segid B )  (resid  124 and name N and segid B )
       (resid  124 and name CA and segid B ) (resid  124 and name C and segid B ) 1.0  -69.2   18.3 2
! psi residue    124
assign (resid  124 and name N and segid B )  (resid  124 and name CA and segid B )
       (resid  124 and name C and segid B )  (resid  125 and name N and segid B ) 1.0  -37.5   26.0 2
! phi residue    126
assign (resid  125 and name C and segid B )  (resid  126 and name N and segid B )
       (resid  126 and name CA and segid B ) (resid  126 and name C and segid B ) 1.0  -76.0   43.1 2
! psi residue    126
assign (resid  126 and name N and segid B )  (resid  126 and name CA and segid B )
       (resid  126 and name C and segid B )  (resid  127 and name N and segid B ) 1.0  -21.8   38.0 2
! phi residue    134
assign (resid  133 and name C and segid B )  (resid  134 and name N and segid B )
       (resid  134 and name CA and segid B ) (resid  134 and name C and segid B ) 1.0  -58.4   10.0 2
! psi residue    134
assign (resid  134 and name N and segid B )  (resid  134 and name CA and segid B )
       (resid  134 and name C and segid B )  (resid  135 and name N and segid B ) 1.0  -39.5   14.4 2
! phi residue    135
assign (resid  134 and name C and segid B )  (resid  135 and name N and segid B )
       (resid  135 and name CA and segid B ) (resid  135 and name C and segid B ) 1.0  -62.3   10.0 2
! psi residue    135
assign (resid  135 and name N and segid B )  (resid  135 and name CA and segid B )
       (resid  135 and name C and segid B )  (resid  136 and name N and segid B ) 1.0  -40.4   13.4 2
! phi residue    138
assign (resid  137 and name C and segid B )  (resid  138 and name N and segid B )
       (resid  138 and name CA and segid B ) (resid  138 and name C and segid B ) 1.0  -64.4   10.0 2
! psi residue    138
assign (resid  138 and name N and segid B )  (resid  138 and name CA and segid B )
       (resid  138 and name C and segid B )  (resid  139 and name N and segid B ) 1.0  -43.4   10.0 2
! phi residue    139
assign (resid  138 and name C and segid B )  (resid  139 and name N and segid B )
       (resid  139 and name CA and segid B ) (resid  139 and name C and segid B ) 1.0  -61.2   12.5 2
! psi residue    139
assign (resid  139 and name N and segid B )  (resid  139 and name CA and segid B )
       (resid  139 and name C and segid B )  (resid  140 and name N and segid B ) 1.0  -41.6   10.0 2
! phi residue    142
assign (resid  141 and name C and segid B )  (resid  142 and name N and segid B )
       (resid  142 and name CA and segid B ) (resid  142 and name C and segid B ) 1.0  -69.3   24.0 2
! psi residue    142
assign (resid  142 and name N and segid B )  (resid  142 and name CA and segid B )
       (resid  142 and name C and segid B )  (resid  143 and name N and segid B ) 1.0  -36.2   42.9 2
! phi residue    143
assign (resid  142 and name C and segid B )  (resid  143 and name N and segid B )
       (resid  143 and name CA and segid B ) (resid  143 and name C and segid B ) 1.0  -67.9   18.9 2
! psi residue    143
assign (resid  143 and name N and segid B )  (resid  143 and name CA and segid B )
       (resid  143 and name C and segid B )  (resid  144 and name N and segid B ) 1.0  -37.7   15.5 2
! phi residue    144
assign (resid  143 and name C and segid B )  (resid  144 and name N and segid B )
       (resid  144 and name CA and segid B ) (resid  144 and name C and segid B ) 1.0  -62.5   10.0 2
! psi residue    144
assign (resid  144 and name N and segid B )  (resid  144 and name CA and segid B )
       (resid  144 and name C and segid B )  (resid  145 and name N and segid B ) 1.0  -40.8   12.1 2
! phi residue    145
assign (resid  144 and name C and segid B )  (resid  145 and name N and segid B )
       (resid  145 and name CA and segid B ) (resid  145 and name C and segid B ) 1.0  -63.5   14.8 2
! psi residue    145
assign (resid  145 and name N and segid B )  (resid  145 and name CA and segid B )
       (resid  145 and name C and segid B )  (resid  146 and name N and segid B ) 1.0  -40.9   24.3 2
! phi residue    146
assign (resid  145 and name C and segid B )  (resid  146 and name N and segid B )
       (resid  146 and name CA and segid B ) (resid  146 and name C and segid B ) 1.0  -66.7   21.4 2
! psi residue    146
assign (resid  146 and name N and segid B )  (resid  146 and name CA and segid B )
       (resid  146 and name C and segid B )  (resid  147 and name N and segid B ) 1.0  -42.9   23.2 2
! phi residue    147
assign (resid  146 and name C and segid B )  (resid  147 and name N and segid B )
       (resid  147 and name CA and segid B ) (resid  147 and name C and segid B ) 1.0  -61.1   10.6 2
! psi residue    147
assign (resid  147 and name N and segid B )  (resid  147 and name CA and segid B )
       (resid  147 and name C and segid B )  (resid  148 and name N and segid B ) 1.0  -46.0   13.3 2
! phi residue    148
assign (resid  147 and name C and segid B )  (resid  148 and name N and segid B )
       (resid  148 and name CA and segid B ) (resid  148 and name C and segid B ) 1.0  -64.6   11.7 2
! psi residue    148
assign (resid  148 and name N and segid B )  (resid  148 and name CA and segid B )
       (resid  148 and name C and segid B )  (resid  149 and name N and segid B ) 1.0  -38.0   12.8 2
! phi residue    149
assign (resid  148 and name C and segid B )  (resid  149 and name N and segid B )
       (resid  149 and name CA and segid B ) (resid  149 and name C and segid B ) 1.0  -64.9   10.0 2
! psi residue    149
assign (resid  149 and name N and segid B )  (resid  149 and name CA and segid B )
       (resid  149 and name C and segid B )  (resid  150 and name N and segid B ) 1.0  -38.7   12.2 2
! phi residue    154
assign (resid  153 and name C and segid B )  (resid  154 and name N and segid B )
       (resid  154 and name CA and segid B ) (resid  154 and name C and segid B ) 1.0  -58.2   13.9 2
! psi residue    154
assign (resid  154 and name N and segid B )  (resid  154 and name CA and segid B )
       (resid  154 and name C and segid B )  (resid  155 and name N and segid B ) 1.0  -21.1   21.7 2
! phi residue    155
assign (resid  154 and name C and segid B )  (resid  155 and name N and segid B )
       (resid  155 and name CA and segid B ) (resid  155 and name C and segid B ) 1.0  -85.2   25.2 2
! psi residue    155
assign (resid  155 and name N and segid B )  (resid  155 and name CA and segid B )
       (resid  155 and name C and segid B )  (resid  156 and name N and segid B ) 1.0   -6.3   25.0 2
! phi residue    156
assign (resid  155 and name C and segid B )  (resid  156 and name N and segid B )
       (resid  156 and name CA and segid B ) (resid  156 and name C and segid B ) 1.0  -83.1   51.1 2
! psi residue    156
assign (resid  156 and name N and segid B )  (resid  156 and name CA and segid B )
       (resid  156 and name C and segid B )  (resid  157 and name N and segid B ) 1.0  146.2   27.0 2
! phi residue    157
assign (resid  156 and name C and segid B )  (resid  157 and name N and segid B )
       (resid  157 and name CA and segid B ) (resid  157 and name C and segid B ) 1.0 -109.0   56.9 2
! psi residue    157
assign (resid  157 and name N and segid B )  (resid  157 and name CA and segid B )
       (resid  157 and name C and segid B )  (resid  158 and name N and segid B ) 1.0  142.0   31.0 2
! phi residue    158
assign (resid  157 and name C and segid B )  (resid  158 and name N and segid B )
       (resid  158 and name CA and segid B ) (resid  158 and name C and segid B ) 1.0  -92.3   49.5 2
! psi residue    158
assign (resid  158 and name N and segid B )  (resid  158 and name CA and segid B )
       (resid  158 and name C and segid B )  (resid  159 and name N and segid B ) 1.0  128.7   20.1 2
! phi residue    159
assign (resid  158 and name C and segid B )  (resid  159 and name N and segid B )
       (resid  159 and name CA and segid B ) (resid  159 and name C and segid B ) 1.0 -115.2   61.5 2
! psi residue    159
assign (resid  159 and name N and segid B )  (resid  159 and name CA and segid B )
       (resid  159 and name C and segid B )  (resid  160 and name N and segid B ) 1.0  145.9   47.0 2
! phi residue    163
assign (resid  162 and name C and segid B )  (resid  163 and name N and segid B )
       (resid  163 and name CA and segid B ) (resid  163 and name C and segid B ) 1.0 -107.8   22.0 2
! psi residue    163
assign (resid  163 and name N and segid B )  (resid  163 and name CA and segid B )
       (resid  163 and name C and segid B )  (resid  164 and name N and segid B ) 1.0  133.2   28.6 2
! phi residue    164
assign (resid  163 and name C and segid B )  (resid  164 and name N and segid B )
       (resid  164 and name CA and segid B ) (resid  164 and name C and segid B ) 1.0 -118.4   38.7 2
! psi residue    164
assign (resid  164 and name N and segid B )  (resid  164 and name CA and segid B )
       (resid  164 and name C and segid B )  (resid  165 and name N and segid B ) 1.0  137.8   30.5 2
! phi residue    165
assign (resid  164 and name C and segid B )  (resid  165 and name N and segid B )
       (resid  165 and name CA and segid B ) (resid  165 and name C and segid B ) 1.0 -126.0   41.2 2
! psi residue    165
assign (resid  165 and name N and segid B )  (resid  165 and name CA and segid B )
       (resid  165 and name C and segid B )  (resid  166 and name N and segid B ) 1.0  133.0   24.2 2
! phi residue    166
assign (resid  165 and name C and segid B )  (resid  166 and name N and segid B )
       (resid  166 and name CA and segid B ) (resid  166 and name C and segid B ) 1.0 -105.0   32.0 2
! phi residue    167
assign (resid  166 and name C and segid B )  (resid  167 and name N and segid B )
       (resid  167 and name CA and segid B ) (resid  167 and name C and segid B ) 1.0 -124.2   47.0 2
! psi residue    167
assign (resid  167 and name N and segid B )  (resid  167 and name CA and segid B )
       (resid  167 and name C and segid B )  (resid  168 and name N and segid B ) 1.0  148.5   51.2 2
! phi residue    168
assign (resid  167 and name C and segid B )  (resid  168 and name N and segid B )
       (resid  168 and name CA and segid B ) (resid  168 and name C and segid B ) 1.0 -113.2   60.0 2
! psi residue    168
assign (resid  168 and name N and segid B )  (resid  168 and name CA and segid B )
       (resid  168 and name C and segid B )  (resid  169 and name N and segid B ) 1.0  162.7   45.1 2
! phi residue    169
assign (resid  168 and name C and segid B )  (resid  169 and name N and segid B )
       (resid  169 and name CA and segid B ) (resid  169 and name C and segid B ) 1.0  -57.4   10.0 2
! psi residue    169
assign (resid  169 and name N and segid B )  (resid  169 and name CA and segid B )
       (resid  169 and name C and segid B )  (resid  170 and name N and segid B ) 1.0  -39.7   13.8 2
! phi residue    170
assign (resid  169 and name C and segid B )  (resid  170 and name N and segid B )
       (resid  170 and name CA and segid B ) (resid  170 and name C and segid B ) 1.0  -62.9   11.6 2
! psi residue    170
assign (resid  170 and name N and segid B )  (resid  170 and name CA and segid B )
       (resid  170 and name C and segid B )  (resid  171 and name N and segid B ) 1.0  -43.4   15.6 2
! phi residue    171
assign (resid  170 and name C and segid B )  (resid  171 and name N and segid B )
       (resid  171 and name CA and segid B ) (resid  171 and name C and segid B ) 1.0  -67.3   17.2 2
! psi residue    171
assign (resid  171 and name N and segid B )  (resid  171 and name CA and segid B )
       (resid  171 and name C and segid B )  (resid  172 and name N and segid B ) 1.0  -39.3   15.8 2
! phi residue    172
assign (resid  171 and name C and segid B )  (resid  172 and name N and segid B )
       (resid  172 and name CA and segid B ) (resid  172 and name C and segid B ) 1.0  -65.7   14.2 2
! psi residue    172
assign (resid  172 and name N and segid B )  (resid  172 and name CA and segid B )
       (resid  172 and name C and segid B )  (resid  173 and name N and segid B ) 1.0  -44.9   10.0 2
! phi residue    173
assign (resid  172 and name C and segid B )  (resid  173 and name N and segid B )
       (resid  173 and name CA and segid B ) (resid  173 and name C and segid B ) 1.0  -62.0   11.3 2
! psi residue    173
assign (resid  173 and name N and segid B )  (resid  173 and name CA and segid B )
       (resid  173 and name C and segid B )  (resid  174 and name N and segid B ) 1.0  -39.0   11.4 2
! phi residue    174
assign (resid  173 and name C and segid B )  (resid  174 and name N and segid B )
       (resid  174 and name CA and segid B ) (resid  174 and name C and segid B ) 1.0  -64.2   14.6 2
! psi residue    174
assign (resid  174 and name N and segid B )  (resid  174 and name CA and segid B )
       (resid  174 and name C and segid B )  (resid  175 and name N and segid B ) 1.0  -45.5   10.7 2
! phi residue    175
assign (resid  174 and name C and segid B )  (resid  175 and name N and segid B )
       (resid  175 and name CA and segid B ) (resid  175 and name C and segid B ) 1.0  -68.1   21.2 2
! psi residue    175
assign (resid  175 and name N and segid B )  (resid  175 and name CA and segid B )
       (resid  175 and name C and segid B )  (resid  176 and name N and segid B ) 1.0  -42.4   14.5 2
! phi residue    178
assign (resid  177 and name C and segid B )  (resid  178 and name N and segid B )
       (resid  178 and name CA and segid B ) (resid  178 and name C and segid B ) 1.0 -110.8   31.0 2
! psi residue    178
assign (resid  178 and name N and segid B )  (resid  178 and name CA and segid B )
       (resid  178 and name C and segid B )  (resid  179 and name N and segid B ) 1.0  153.0   14.1 2
! phi residue    179
assign (resid  178 and name C and segid B )  (resid  179 and name N and segid B )
       (resid  179 and name CA and segid B ) (resid  179 and name C and segid B ) 1.0  -80.9   37.4 2
! psi residue    179
assign (resid  179 and name N and segid B )  (resid  179 and name CA and segid B )
       (resid  179 and name C and segid B )  (resid  180 and name N and segid B ) 1.0  157.2   30.7 2
! phi residue    180
assign (resid  179 and name C and segid B )  (resid  180 and name N and segid B )
       (resid  180 and name CA and segid B ) (resid  180 and name C and segid B ) 1.0  -60.9   12.2 2
! psi residue    180
assign (resid  180 and name N and segid B )  (resid  180 and name CA and segid B )
       (resid  180 and name C and segid B )  (resid  181 and name N and segid B ) 1.0  -27.4   19.4 2
! phi residue    181
assign (resid  180 and name C and segid B )  (resid  181 and name N and segid B )
       (resid  181 and name CA and segid B ) (resid  181 and name C and segid B ) 1.0  -69.1   42.9 2
! psi residue    181
assign (resid  181 and name N and segid B )  (resid  181 and name CA and segid B )
       (resid  181 and name C and segid B )  (resid  182 and name N and segid B ) 1.0  -32.0   32.4 2
! phi residue    182
assign (resid  181 and name C and segid B )  (resid  182 and name N and segid B )
       (resid  182 and name CA and segid B ) (resid  182 and name C and segid B ) 1.0  -64.2   10.0 2
! psi residue    182
assign (resid  182 and name N and segid B )  (resid  182 and name CA and segid B )
       (resid  182 and name C and segid B )  (resid  183 and name N and segid B ) 1.0  -43.7   19.3 2
! phi residue    183
assign (resid  182 and name C and segid B )  (resid  183 and name N and segid B )
       (resid  183 and name CA and segid B ) (resid  183 and name C and segid B ) 1.0  -64.3   10.0 2
! psi residue    183
assign (resid  183 and name N and segid B )  (resid  183 and name CA and segid B )
       (resid  183 and name C and segid B )  (resid  184 and name N and segid B ) 1.0  -42.5   10.0 2
! phi residue    184
assign (resid  183 and name C and segid B )  (resid  184 and name N and segid B )
       (resid  184 and name CA and segid B ) (resid  184 and name C and segid B ) 1.0  -61.8   13.0 2
! psi residue    184
assign (resid  184 and name N and segid B )  (resid  184 and name CA and segid B )
       (resid  184 and name C and segid B )  (resid  185 and name N and segid B ) 1.0  -41.1   13.3 2
! phi residue    185
assign (resid  184 and name C and segid B )  (resid  185 and name N and segid B )
       (resid  185 and name CA and segid B ) (resid  185 and name C and segid B ) 1.0  -67.3   15.7 2
! psi residue    185
assign (resid  185 and name N and segid B )  (resid  185 and name CA and segid B )
       (resid  185 and name C and segid B )  (resid  186 and name N and segid B ) 1.0  -42.8   13.0 2
! phi residue    186
assign (resid  185 and name C and segid B )  (resid  186 and name N and segid B )
       (resid  186 and name CA and segid B ) (resid  186 and name C and segid B ) 1.0  -63.0   10.0 2
! psi residue    186
assign (resid  186 and name N and segid B )  (resid  186 and name CA and segid B )
       (resid  186 and name C and segid B )  (resid  187 and name N and segid B ) 1.0  -45.1   15.6 2
! phi residue    187
assign (resid  186 and name C and segid B )  (resid  187 and name N and segid B )
       (resid  187 and name CA and segid B ) (resid  187 and name C and segid B ) 1.0  -60.9   11.7 2
! psi residue    187
assign (resid  187 and name N and segid B )  (resid  187 and name CA and segid B )
       (resid  187 and name C and segid B )  (resid  188 and name N and segid B ) 1.0  -42.1   12.3 2
! phi residue    188
assign (resid  187 and name C and segid B )  (resid  188 and name N and segid B )
       (resid  188 and name CA and segid B ) (resid  188 and name C and segid B ) 1.0  -64.3   10.0 2
! psi residue    188
assign (resid  188 and name N and segid B )  (resid  188 and name CA and segid B )
       (resid  188 and name C and segid B )  (resid  189 and name N and segid B ) 1.0  -40.4   10.1 2
! phi residue    189
assign (resid  188 and name C and segid B )  (resid  189 and name N and segid B )
       (resid  189 and name CA and segid B ) (resid  189 and name C and segid B ) 1.0  -63.2   10.0 2
! psi residue    189
assign (resid  189 and name N and segid B )  (resid  189 and name CA and segid B )
       (resid  189 and name C and segid B )  (resid  190 and name N and segid B ) 1.0  -41.9   10.0 2
! phi residue    190
assign (resid  189 and name C and segid B )  (resid  190 and name N and segid B )
       (resid  190 and name CA and segid B ) (resid  190 and name C and segid B ) 1.0  -63.6   14.4 2
! psi residue    190
assign (resid  190 and name N and segid B )  (resid  190 and name CA and segid B )
       (resid  190 and name C and segid B )  (resid  191 and name N and segid B ) 1.0  -41.0   14.0 2
! phi residue    191
assign (resid  190 and name C and segid B )  (resid  191 and name N and segid B )
       (resid  191 and name CA and segid B ) (resid  191 and name C and segid B ) 1.0  -64.5   10.0 2
! phi residue    192
assign (resid  191 and name C and segid B )  (resid  192 and name N and segid B )
       (resid  192 and name CA and segid B ) (resid  192 and name C and segid B ) 1.0  -88.8   22.7 2
! psi residue    192
assign (resid  192 and name N and segid B )  (resid  192 and name CA and segid B )
       (resid  192 and name C and segid B )  (resid  193 and name N and segid B ) 1.0    7.2   23.3 2
! phi residue    196
assign (resid  195 and name C and segid B )  (resid  196 and name N and segid B )
       (resid  196 and name CA and segid B ) (resid  196 and name C and segid B ) 1.0 -137.4   22.1 2
! psi residue    196
assign (resid  196 and name N and segid B )  (resid  196 and name CA and segid B )
       (resid  196 and name C and segid B )  (resid  197 and name N and segid B ) 1.0  158.4   21.3 2
! phi residue    197
assign (resid  196 and name C and segid B )  (resid  197 and name N and segid B )
       (resid  197 and name CA and segid B ) (resid  197 and name C and segid B ) 1.0 -123.7   42.9 2
! psi residue    197
assign (resid  197 and name N and segid B )  (resid  197 and name CA and segid B )
       (resid  197 and name C and segid B )  (resid  198 and name N and segid B ) 1.0  134.0   25.0 2
! phi residue    198
assign (resid  197 and name C and segid B )  (resid  198 and name N and segid B )
       (resid  198 and name CA and segid B ) (resid  198 and name C and segid B ) 1.0 -110.1   45.6 2
! psi residue    198
assign (resid  198 and name N and segid B )  (resid  198 and name CA and segid B )
       (resid  198 and name C and segid B )  (resid  199 and name N and segid B ) 1.0  121.8   33.5 2
! phi residue    202
assign (resid  201 and name C and segid B )  (resid  202 and name N and segid B )
       (resid  202 and name CA and segid B ) (resid  202 and name C and segid B ) 1.0 -126.2   42.6 2
! psi residue    202
assign (resid  202 and name N and segid B )  (resid  202 and name CA and segid B )
       (resid  202 and name C and segid B )  (resid  203 and name N and segid B ) 1.0  146.2   31.8 2
! phi residue    203
assign (resid  202 and name C and segid B )  (resid  203 and name N and segid B )
       (resid  203 and name CA and segid B ) (resid  203 and name C and segid B ) 1.0 -111.8   30.9 2
! psi residue    203
assign (resid  203 and name N and segid B )  (resid  203 and name CA and segid B )
       (resid  203 and name C and segid B )  (resid  204 and name N and segid B ) 1.0  124.1   14.6 2
! phi residue    204
assign (resid  203 and name C and segid B )  (resid  204 and name N and segid B )
       (resid  204 and name CA and segid B ) (resid  204 and name C and segid B ) 1.0 -104.8   14.2 2
! psi residue    204
assign (resid  204 and name N and segid B )  (resid  204 and name CA and segid B )
       (resid  204 and name C and segid B )  (resid  205 and name N and segid B ) 1.0  120.5   17.4 2
! phi residue    205
assign (resid  204 and name C and segid B )  (resid  205 and name N and segid B )
       (resid  205 and name CA and segid B ) (resid  205 and name C and segid B ) 1.0  -98.0   19.5 2
! psi residue    205
assign (resid  205 and name N and segid B )  (resid  205 and name CA and segid B )
       (resid  205 and name C and segid B )  (resid  206 and name N and segid B ) 1.0  122.4   20.1 2
       
  Entry H atom name         Submitted Coord H atom name
  Start of MODEL    1
    1    H1   VAL   1           H2       VAL   1 -21.663 -16.856  -1.874
    2    H2   VAL   1           H1       VAL   1 -21.382 -16.839  -0.208
    3    H3   VAL   1           H3       VAL   1 -21.634 -18.310  -0.999
    4    HA   VAL   1           HA       VAL   1 -23.635 -17.893   0.054
    5    HB   VAL   1           HB       VAL   1 -23.058 -15.494   0.555
    6   HG13  VAL   1          HG11      VAL   1 -22.670 -14.186  -1.208
    7   HG12  VAL   1          HG12      VAL   1 -24.424 -14.053  -1.330
    8   HG11  VAL   1          HG13      VAL   1 -23.560 -15.242  -2.304
    9   HG22  VAL   1          HG21      VAL   1 -25.187 -16.322   1.242
   10   HG21  VAL   1          HG22      VAL   1 -25.844 -16.139  -0.384
   11   HG23  VAL   1          HG23      VAL   1 -25.428 -14.711   0.564

  No H/Q in entry =          11
  In of MODEL    1
    1    H    LEU   2           H        LEU   2 -25.703 -18.197  -0.917
    2    HA   LEU   2           HA       LEU   2 -25.539 -18.580  -3.814
    3    HB2  LEU   2           HB2      LEU   2 -27.364 -19.680  -1.692
    4    HB3  LEU   2           HB3      LEU   2 -27.737 -19.836  -3.397
    5    HG   LEU   2           HG       LEU   2 -25.202 -20.879  -2.134
    6   HD12  LEU   2          HD11      LEU   2 -26.286 -23.110  -2.419
    7   HD11  LEU   2          HD12      LEU   2 -27.804 -22.270  -2.736
    8   HD13  LEU   2          HD13      LEU   2 -27.012 -22.099  -1.169
    9   HD22  LEU   2          HD21      LEU   2 -24.896 -20.497  -4.466
   10   HD21  LEU   2          HD22      LEU   2 -26.461 -21.213  -4.850
   11   HD23  LEU   2          HD23      LEU   2 -25.152 -22.229  -4.249

  No H/Q in entry =          11
  In of MODEL    1
    1    H    GLY   3           H        GLY   3 -27.559 -18.178  -5.076
    2    HA3  GLY   3           HA2      GLY   3 -29.509 -16.914  -5.512
    3    HA2  GLY   3           HA3      GLY   3 -29.184 -15.955  -4.073

  No H/Q in entry =           3
  In of MODEL    1
    1    H    LYS   4           H        LYS   4 -26.288 -16.108  -5.322
    2    HA   LYS   4           HA       LYS   4 -26.645 -13.976  -7.291
    3    HB2  LYS   4           HB2      LYS   4 -25.056 -13.898  -4.774
    4    HB3  LYS   4           HB3      LYS   4 -24.400 -13.083  -6.191
    5    HG2  LYS   4           HG2      LYS   4 -25.666 -11.335  -5.665
    6    HG3  LYS   4           HG3      LYS   4 -27.073 -12.309  -6.093
    7    HD2  LYS   4           HD2      LYS   4 -27.142 -13.154  -3.766
    8    HD3  LYS   4           HD3      LYS   4 -25.817 -12.061  -3.363
    9    HE2  LYS   4           HE2      LYS   4 -27.410 -10.580  -2.847
   10    HE3  LYS   4           HE3      LYS   4 -27.624 -10.395  -4.587
   11    HZ3  LYS   4           HZ1      LYS   4 -29.346 -12.086  -4.517
   12    HZ2  LYS   4           HZ2      LYS   4 -29.723 -10.813  -3.475
   13    HZ1  LYS   4           HZ3      LYS   4 -29.135 -12.270  -2.850

  No H/Q in entry =          13
  In of MODEL    1
    1    HA   PRO   5           HA       PRO   5 -23.760 -16.342  -9.697
    2    HB2  PRO   5           HB2      PRO   5 -22.585 -14.388 -11.191
    3    HB3  PRO   5           HB3      PRO   5 -24.214 -14.994 -11.499
    4    HG2  PRO   5           HG2      PRO   5 -23.353 -12.516 -10.067
    5    HG3  PRO   5           HG3      PRO   5 -24.690 -12.742 -11.209
    6    HD2  PRO   5           HD2      PRO   5 -25.063 -12.637  -8.526
    7    HD3  PRO   5           HD3      PRO   5 -26.086 -13.614  -9.598

  No H/Q in entry =           7
  In of MODEL    1
    1    H    GLN   6           H        GLN   6 -22.448 -16.908  -7.844
    2    HA   GLN   6           HA       GLN   6 -19.943 -15.361  -7.632
    3    HB2  GLN   6           HB2      GLN   6 -21.699 -16.258  -5.623
    4    HB3  GLN   6           HB3      GLN   6 -20.304 -17.322  -5.534
    5    HG2  GLN   6           HG2      GLN   6 -18.957 -15.089  -5.593
    6    HG3  GLN   6           HG3      GLN   6 -20.484 -14.388  -5.056
    7   HE21  GLN   6          HE21      GLN   6 -17.756 -16.293  -4.202
    8   HE22  GLN   6          HE22      GLN   6 -18.163 -16.517  -2.535

  No H/Q in entry =           8
  In of MODEL    1
    1    H    THR   7           H        THR   7 -21.052 -18.680  -7.042
    2    HA   THR   7           HA       THR   7 -20.267 -20.716  -7.641
    3    HB   THR   7           HB       THR   7 -18.554 -19.484  -9.787
    4    HG1  THR   7           HG1      THR   7 -20.337 -18.581 -10.511
    5   HG22  THR   7          HG21      THR   7 -20.198 -22.017  -9.674
    6   HG21  THR   7          HG22      THR   7 -18.455 -21.919  -9.421
    7   HG23  THR   7          HG23      THR   7 -19.144 -21.520 -10.997

  No H/Q in entry =           7
  In of MODEL    1
    1    H    ASP   8           H        ASP   8 -19.129 -19.944  -5.474
    2    HA   ASP   8           HA       ASP   8 -16.252 -20.456  -5.825
    3    HB2  ASP   8           HB2      ASP   8 -17.643 -18.318  -4.315
    4    HB3  ASP   8           HB3      ASP   8 -16.287 -19.085  -3.503

  No H/Q in entry =           4
  In of MODEL    1
    1    HA   PRO   9           HA       PRO   9 -18.224 -23.777  -3.186
    2    HB2  PRO   9           HB2      PRO   9 -16.032 -25.449  -3.752
    3    HB3  PRO   9           HB3      PRO   9 -17.642 -25.539  -4.469
    4    HG2  PRO   9           HG2      PRO   9 -15.155 -24.337  -5.545
    5    HG3  PRO   9           HG3      PRO   9 -16.516 -25.076  -6.404
    6    HD2  PRO   9           HD2      PRO   9 -16.126 -22.406  -6.346
    7    HD3  PRO   9           HD3      PRO   9 -17.748 -23.125  -6.390

  No H/Q in entry =           7
  In of MODEL    1
    1    H    THR  10           H        THR  10 -14.584 -23.763  -3.266
    2    HA   THR  10           HA       THR  10 -13.894 -24.109  -0.947
    3    HB   THR  10           HB       THR  10 -12.405 -21.778  -1.694
    4    HG1  THR  10           HG1      THR  10 -12.194 -23.367  -3.863
    5   HG22  THR  10          HG21      THR  10 -10.666 -23.482  -2.176
    6   HG21  THR  10          HG22      THR  10 -11.872 -24.748  -1.948
    7   HG23  THR  10          HG23      THR  10 -11.413 -23.713  -0.596

  No H/Q in entry =           7
  In of MODEL    1
    1    H    LEU  11           H        LEU  11 -15.300 -21.043  -1.762
    2    HA   LEU  11           HA       LEU  11 -14.726 -19.801   0.745
    3    HB2  LEU  11           HB2      LEU  11 -15.461 -18.911  -1.723
    4    HB3  LEU  11           HB3      LEU  11 -16.955 -18.730  -0.825
    5    HG   LEU  11           HG       LEU  11 -16.043 -16.698  -0.456
    6   HD13  LEU  11          HD11      LEU  11 -15.663 -16.536   1.732
    7   HD12  LEU  11          HD12      LEU  11 -14.325 -17.683   1.680
    8   HD11  LEU  11          HD13      LEU  11 -15.987 -18.272   1.713
    9   HD22  LEU  11          HD21      LEU  11 -13.904 -16.083  -0.812
   10   HD21  LEU  11          HD22      LEU  11 -13.838 -17.649  -1.627
   11   HD23  LEU  11          HD23      LEU  11 -13.260 -17.489   0.034

  No H/Q in entry =          11
  In of MODEL    1
    1    H    GLU  12           H        GLU  12 -17.291 -21.582  -0.627
    2    HA   GLU  12           HA       GLU  12 -19.197 -21.153   1.495
    3    HB2  GLU  12           HB2      GLU  12 -19.361 -23.294  -0.642
    4    HB3  GLU  12           HB3      GLU  12 -20.667 -22.653   0.344
    5    HG2  GLU  12           HG2      GLU  12 -19.169 -21.134  -1.777
    6    HG3  GLU  12           HG3      GLU  12 -20.776 -21.833  -1.947

  No H/Q in entry =           6
  In of MODEL    1
    1    H    TRP  13           H        TRP  13 -16.428 -22.736   1.006
    2    HA   TRP  13           HA       TRP  13 -17.013 -24.953   2.832
    3    HB2  TRP  13           HB2      TRP  13 -14.986 -24.504   0.751
    4    HB3  TRP  13           HB3      TRP  13 -14.304 -25.078   2.271
    5    HD1  TRP  13           HD1      TRP  13 -17.592 -26.577   2.201
    6    HE1  TRP  13           HE1      TRP  13 -17.535 -28.965   1.252
    7    HE3  TRP  13           HE3      TRP  13 -12.955 -26.469   0.067
    8    HZ2  TRP  13           HZ2      TRP  13 -15.744 -30.592  -0.211
    9    HZ3  TRP  13           HZ3      TRP  13 -12.141 -28.479  -1.089
   10    HH2  TRP  13           HH2      TRP  13 -13.507 -30.499  -1.225

  No H/Q in entry =          10
  In of MODEL    1
    1    H    PHE  14           H        PHE  14 -15.792 -21.767   2.532
    2    HA   PHE  14           HA       PHE  14 -14.248 -21.778   5.004
    3    HB2  PHE  14           HB2      PHE  14 -13.238 -20.495   3.325
    4    HB3  PHE  14           HB3      PHE  14 -14.748 -19.764   2.839
    5    HD1  PHE  14           HD1      PHE  14 -15.259 -17.668   3.561
    6    HD2  PHE  14           HD2      PHE  14 -12.573 -19.984   5.862
    7    HE1  PHE  14           HE1      PHE  14 -14.996 -15.796   5.126
    8    HE2  PHE  14           HE2      PHE  14 -12.291 -18.119   7.426
    9    HZ   PHE  14           HZ       PHE  14 -13.510 -16.017   7.067

  No H/Q in entry =           9
  In of MODEL    1
    1    H    LEU  15           H        LEU  15 -17.371 -20.882   3.827
    2    HA   LEU  15           HA       LEU  15 -17.741 -18.808   5.845
    3    HB2  LEU  15           HB2      LEU  15 -19.628 -19.507   3.604
    4    HB3  LEU  15           HB3      LEU  15 -19.738 -18.146   4.706
    5    HG   LEU  15           HG       LEU  15 -17.474 -18.547   2.767
    6   HD12  LEU  15          HD11      LEU  15 -18.563 -16.596   1.627
    7   HD11  LEU  15          HD12      LEU  15 -20.001 -17.016   2.565
    8   HD13  LEU  15          HD13      LEU  15 -19.310 -18.183   1.436
    9   HD21  LEU  15          HD21      LEU  15 -17.167 -17.082   4.860
   10   HD23  LEU  15          HD22      LEU  15 -18.245 -15.956   4.030
   11   HD22  LEU  15          HD23      LEU  15 -16.726 -16.435   3.282

  No H/Q in entry =          11
  In of MODEL    1
    1    H    SER  16           H        SER  16 -17.947 -21.972   5.378
    2    HA   SER  16           HA       SER  16 -20.327 -22.379   7.067
    3    HB2  SER  16           HB2      SER  16 -19.665 -24.857   6.478
    4    HB3  SER  16           HB3      SER  16 -20.484 -23.889   5.247
    5    HG   SER  16           HG       SER  16 -18.789 -24.172   4.047

  No H/Q in entry =           5
  In of MODEL    1
    1    H    HIS  17           H        HIS  17 -17.129 -21.679   7.129
    2    HA   HIS  17           HA       HIS  17 -16.654 -23.338   9.488
    3    HB2  HIS  17           HB2      HIS  17 -14.760 -22.279   7.423
    4    HB3  HIS  17           HB3      HIS  17 -14.192 -22.711   9.033
    5    HD1  HIS  17           HD1      HIS  17 -12.835 -24.726   8.241
    6    HD2  HIS  17           HD2      HIS  17 -16.865 -24.952   7.249
    7    HE1  HIS  17           HE1      HIS  17 -13.187 -27.049   7.366
    8    HE2  HIS  17           HE2      HIS  17 -15.607 -27.136   6.688

  No H/Q in entry =           8
  In of MODEL    1
    1    H    CYS  18           H        CYS  18 -17.332 -20.150   8.556
    2    HA   CYS  18           HA       CYS  18 -15.855 -19.061  10.834
    3    HB2  CYS  18           HB2      CYS  18 -16.225 -16.860   9.592
    4    HB3  CYS  18           HB3      CYS  18 -15.084 -18.004   8.909
    5    HG   CYS  18           HG       CYS  18 -16.458 -16.756   6.901

  No H/Q in entry =           5
  In of MODEL    1
    1    H    HIS  19           H        HIS  19 -17.531 -16.555  10.317
    2    HA   HIS  19           HA       HIS  19 -20.134 -17.328  11.397
    3    HB2  HIS  19           HB2      HIS  19 -18.908 -16.963  13.437
    4    HB3  HIS  19           HB3      HIS  19 -18.133 -15.528  12.797
    5    HD1  HIS  19           HD1      HIS  19 -21.749 -16.545  13.510
    6    HD2  HIS  19           HD2      HIS  19 -19.128 -13.354  14.000
    7    HE1  HIS  19           HE1      HIS  19 -23.077 -14.746  14.666
    8    HE2  HIS  19           HE2      HIS  19 -21.421 -12.895  15.101

  No H/Q in entry =           8
  In of MODEL    1
    1    H    ILE  20           H        ILE  20 -20.817 -16.476   9.010
    2    HA   ILE  20           HA       ILE  20 -20.470 -13.677   8.507
    3    HB   ILE  20           HB       ILE  20 -22.879 -14.979   7.438
    4   HG12  ILE  20          HG12      ILE  20 -20.344 -16.376   7.394
    5   HG13  ILE  20          HG13      ILE  20 -21.915 -16.928   6.835
    6   HG21  ILE  20          HG21      ILE  20 -20.921 -13.002   6.644
    7   HG23  ILE  20          HG22      ILE  20 -22.631 -13.147   6.235
    8   HG22  ILE  20          HG23      ILE  20 -21.428 -14.064   5.330
    9   HD13  ILE  20          HD11      ILE  20 -21.132 -16.885   4.771
   10   HD12  ILE  20          HD12      ILE  20 -19.606 -16.191   5.326
   11   HD11  ILE  20          HD13      ILE  20 -20.957 -15.139   4.892

  No H/Q in entry =          11
  In of MODEL    1
    1    H    HIS  21           H        HIS  21 -21.427 -12.158   9.325
    2    HA   HIS  21           HA       HIS  21 -23.765 -11.300   9.373
    3    HB2  HIS  21           HB2      HIS  21 -24.654 -13.390  10.493
    4    HB3  HIS  21           HB3      HIS  21 -23.957 -12.801  11.995
    5    HD1  HIS  21           HD1      HIS  21 -25.351 -11.255  13.352
    6    HD2  HIS  21           HD2      HIS  21 -26.823 -11.680   9.482
    7    HE1  HIS  21           HE1      HIS  21 -27.591 -10.118  13.351
    8    HE2  HIS  21           HE2      HIS  21 -28.518 -10.495  11.039

  No H/Q in entry =           8
  In of MODEL    1
    1    H    LYS  22           H        LYS  22 -23.548  -9.368   9.726
    2    HA   LYS  22           HA       LYS  22 -21.549  -8.607  11.690
    3    HB2  LYS  22           HB2      LYS  22 -21.150  -8.187   9.103
    4    HB3  LYS  22           HB3      LYS  22 -22.002  -6.704   9.474
    5    HG2  LYS  22           HG2      LYS  22 -20.222  -6.747  11.504
    6    HG3  LYS  22           HG3      LYS  22 -19.311  -7.604  10.274
    7    HD2  LYS  22           HD2      LYS  22 -19.826  -5.697   8.724
    8    HD3  LYS  22           HD3      LYS  22 -20.448  -4.822  10.127
    9    HE2  LYS  22           HE2      LYS  22 -17.651  -5.938   9.891
   10    HE3  LYS  22           HE3      LYS  22 -18.091  -4.260   9.584
   11    HZ2  LYS  22           HZ1      LYS  22 -17.192  -4.877  11.880
   12    HZ1  LYS  22           HZ2      LYS  22 -18.718  -5.541  12.170
   13    HZ3  LYS  22           HZ3      LYS  22 -18.567  -3.894  11.809

  No H/Q in entry =          13
  In of MODEL    1
    1    H    TYR  23           H        TYR  23 -22.686  -5.903  10.503
    2    HA   TYR  23           HA       TYR  23 -25.021  -5.426  12.001
    3    HB2  TYR  23           HB2      TYR  23 -23.465  -3.440  13.128
    4    HB3  TYR  23           HB3      TYR  23 -24.201  -4.777  13.978
    5    HD1  TYR  23           HD1      TYR  23 -21.783  -6.563  12.437
    6    HD2  TYR  23           HD2      TYR  23 -22.024  -3.343  15.169
    7    HE1  TYR  23           HE1      TYR  23 -19.593  -7.178  13.265
    8    HE2  TYR  23           HE2      TYR  23 -19.797  -3.932  16.033
    9    HH   TYR  23           HH       TYR  23 -18.364  -6.192  16.087

  No H/Q in entry =           9
  In of MODEL    1
    1    HA   PRO  24           HA       PRO  24 -24.977  -1.635   9.370
    2    HB2  PRO  24           HB2      PRO  24 -25.786   0.243  11.273
    3    HB3  PRO  24           HB3      PRO  24 -26.923  -0.716  10.320
    4    HG2  PRO  24           HG2      PRO  24 -25.967  -1.129  13.120
    5    HG3  PRO  24           HG3      PRO  24 -27.578  -1.400  12.434
    6    HD2  PRO  24           HD2      PRO  24 -25.918  -3.442  12.953
    7    HD3  PRO  24           HD3      PRO  24 -26.979  -3.458  11.529

  No H/Q in entry =           7
  In of MODEL    1
    1    H    SER  25           H        SER  25 -23.996   0.309   9.517
    2    HA   SER  25           HA       SER  25 -21.248  -0.134  10.058
    3    HB2  SER  25           HB2      SER  25 -21.504   2.245   8.697
    4    HB3  SER  25           HB3      SER  25 -21.218   0.653   8.002
    5    HG   SER  25           HG       SER  25 -23.344   2.191   7.691

  No H/Q in entry =           5
  In of MODEL    1
    1    H    LYS  26           H        LYS  26 -19.876   1.416  10.439
    2    HA   LYS  26           HA       LYS  26 -19.036   3.328  11.623
    3    HB2  LYS  26           HB2      LYS  26 -21.336   4.155  12.307
    4    HB3  LYS  26           HB3      LYS  26 -21.484   2.839  13.463
    5    HG2  LYS  26           HG2      LYS  26 -19.529   3.751  14.791
    6    HG3  LYS  26           HG3      LYS  26 -19.258   4.997  13.576
    7    HD2  LYS  26           HD2      LYS  26 -21.537   5.967  14.162
    8    HD3  LYS  26           HD3      LYS  26 -21.768   4.673  15.353
    9    HE2  LYS  26           HE2      LYS  26 -19.641   5.381  16.563
   10    HE3  LYS  26           HE3      LYS  26 -19.408   6.699  15.403
   11    HZ1  LYS  26           HZ1      LYS  26 -21.990   6.465  16.832
   12    HZ2  LYS  26           HZ2      LYS  26 -20.707   7.148  17.593
   13    HZ3  LYS  26           HZ3      LYS  26 -21.214   7.784  16.127

  No H/Q in entry =          13
  In of MODEL    1
    1    H    SER  27           H        SER  27 -19.873   0.201  11.992
    2    HA   SER  27           HA       SER  27 -18.632  -0.341  14.492
    3    HB2  SER  27           HB2      SER  27 -19.011  -2.755  13.450
    4    HB3  SER  27           HB3      SER  27 -20.362  -1.827  14.098
    5    HG   SER  27           HG       SER  27 -21.203  -1.873  12.175

  No H/Q in entry =           5
  In of MODEL    1
    1    H    THR  28           H        THR  28 -16.562   0.387  14.194
    2    HA   THR  28           HA       THR  28 -14.869  -0.897  12.173
    3    HB   THR  28           HB       THR  28 -14.360   1.495  12.579
    4    HG1  THR  28           HG1      THR  28 -12.392   0.734  12.307
    5   HG21  THR  28          HG21      THR  28 -15.322   1.590  14.877
    6   HG23  THR  28          HG22      THR  28 -13.732   2.342  14.748
    7   HG22  THR  28          HG23      THR  28 -13.893   0.740  15.464

  No H/Q in entry =           7
  In of MODEL    1
    1    H    LEU  29           H        LEU  29 -12.978  -1.808  13.163
    2    HA   LEU  29           HA       LEU  29 -13.888  -3.724  15.148
    3    HB2  LEU  29           HB2      LEU  29 -12.568  -5.257  13.191
    4    HB3  LEU  29           HB3      LEU  29 -14.258  -5.340  13.625
    5    HG   LEU  29           HG       LEU  29 -12.965  -3.976  11.252
    6   HD11  LEU  29          HD11      LEU  29 -13.588  -6.382  11.159
    7   HD13  LEU  29          HD12      LEU  29 -14.417  -5.363   9.975
    8   HD12  LEU  29          HD13      LEU  29 -15.268  -5.895  11.427
    9   HD21  LEU  29          HD21      LEU  29 -14.952  -2.686  12.442
   10   HD23  LEU  29          HD22      LEU  29 -15.892  -3.841  11.498
   11   HD22  LEU  29          HD23      LEU  29 -14.759  -2.751  10.690

  No H/Q in entry =          11
  In of MODEL    1
    1    H    ILE  30           H        ILE  30 -11.313  -2.197  13.449
    2    HA   ILE  30           HA       ILE  30  -9.385  -2.703  15.327
    3    HB   ILE  30           HB       ILE  30  -8.076  -4.206  13.286
    4   HG12  ILE  30          HG12      ILE  30  -9.430  -6.409  13.750
    5   HG13  ILE  30          HG13      ILE  30 -10.776  -5.300  13.963
    6   HG23  ILE  30          HG21      ILE  30  -7.646  -5.798  15.051
    7   HG22  ILE  30          HG22      ILE  30  -8.911  -5.072  16.042
    8   HG21  ILE  30          HG23      ILE  30  -7.464  -4.146  15.638
    9   HD13  ILE  30          HD11      ILE  30 -10.827  -6.062  11.724
   10   HD12  ILE  30          HD12      ILE  30  -9.110  -5.710  11.501
   11   HD11  ILE  30          HD13      ILE  30 -10.261  -4.389  11.696

  No H/Q in entry =          11
  In of MODEL    1
    1    H    HIS  31           H        HIS  31  -8.672  -0.882  15.113
    2    HA   HIS  31           HA       HIS  31  -6.597  -0.227  13.286
    3    HB2  HIS  31           HB2      HIS  31  -8.216   0.351  11.656
    4    HB3  HIS  31           HB3      HIS  31  -9.427   0.642  12.884
    5    HD1  HIS  31           HD1      HIS  31  -6.880   2.399  10.844
    6    HD2  HIS  31           HD2      HIS  31  -9.466   3.278  13.977
    7    HE1  HIS  31           HE1      HIS  31  -6.840   4.889  11.082
    8    HE2  HIS  31           HE2      HIS  31  -8.204   5.360  13.157

  No H/Q in entry =           8
  In of MODEL    1
    1    H    GLN  32           H        GLN  32  -7.026  -0.276  16.210
    2    HA   GLN  32           HA       GLN  32  -6.372   2.561  16.689
    3    HB2  GLN  32           HB2      GLN  32  -8.677   1.161  17.832
    4    HB3  GLN  32           HB3      GLN  32  -7.599   1.772  19.077
    5    HG2  GLN  32           HG2      GLN  32  -8.887   3.407  16.893
    6    HG3  GLN  32           HG3      GLN  32  -9.352   3.378  18.592
    7   HE21  GLN  32          HE21      GLN  32  -8.072   4.444  20.107
    8   HE22  GLN  32          HE22      GLN  32  -6.834   5.565  19.653

  No H/Q in entry =           8
  In of MODEL    1
    1    H    GLY  33           H        GLY  33  -5.592  -0.640  16.901
    2    HA3  GLY  33           HA2      GLY  33  -3.195  -0.945  17.653
    3    HA2  GLY  33           HA3      GLY  33  -3.715  -0.107  19.103

  No H/Q in entry =           3
  In of MODEL    1
    1    H    GLU  34           H        GLU  34  -5.975  -2.276  17.713
    2    HA   GLU  34           HA       GLU  34  -5.710  -4.200  19.908
    3    HB2  GLU  34           HB2      GLU  34  -7.658  -4.304  17.630
    4    HB3  GLU  34           HB3      GLU  34  -7.853  -4.910  19.255
    5    HG2  GLU  34           HG2      GLU  34  -9.109  -3.074  19.538
    6    HG3  GLU  34           HG3      GLU  34  -7.555  -2.264  19.710

  No H/Q in entry =           6
  In of MODEL    1
    1    H    LYS  35           H        LYS  35  -4.659  -6.015  19.614
    2    HA   LYS  35           HA       LYS  35  -3.283  -6.860  17.385
    3    HB2  LYS  35           HB2      LYS  35  -4.318  -8.251  19.822
    4    HB3  LYS  35           HB3      LYS  35  -3.689  -9.233  18.507
    5    HG2  LYS  35           HG2      LYS  35  -1.550  -8.170  18.652
    6    HG3  LYS  35           HG3      LYS  35  -2.163  -7.010  19.835
    7    HD2  LYS  35           HD2      LYS  35  -0.906  -8.713  20.989
    8    HD3  LYS  35           HD3      LYS  35  -2.614  -8.904  21.384
    9    HE2  LYS  35           HE2      LYS  35  -2.172 -10.462  19.097
   10    HE3  LYS  35           HE3      LYS  35  -0.797 -10.766  20.155
   11    HZ2  LYS  35           HZ1      LYS  35  -3.655 -11.316  20.607
   12    HZ1  LYS  35           HZ2      LYS  35  -2.645 -11.026  21.940
   13    HZ3  LYS  35           HZ3      LYS  35  -2.303 -12.304  20.888

  No H/Q in entry =          13
  In of MODEL    1
    1    H    ALA  36           H        ALA  36  -4.065  -7.306  15.434
    2    HA   ALA  36           HA       ALA  36  -6.808  -8.039  15.089
    3    HB3  ALA  36           HB1      ALA  36  -6.066  -6.641  13.411
    4    HB1  ALA  36           HB2      ALA  36  -5.978  -8.221  12.631
    5    HB2  ALA  36           HB3      ALA  36  -4.515  -7.464  13.268

  No H/Q in entry =           5
  In of MODEL    1
    1    H    GLU  37           H        GLU  37  -6.498 -10.011  16.477
    2    HA   GLU  37           HA       GLU  37  -5.277 -12.266  15.083
    3    HB2  GLU  37           HB2      GLU  37  -5.833 -13.520  17.194
    4    HB3  GLU  37           HB3      GLU  37  -4.697 -12.193  17.377
    5    HG2  GLU  37           HG2      GLU  37  -6.618 -10.782  18.153
    6    HG3  GLU  37           HG3      GLU  37  -7.596 -12.249  18.165

  No H/Q in entry =           6
  In of MODEL    1
    1    H    THR  38           H        THR  38  -8.101 -10.775  14.885
    2    HA   THR  38           HA       THR  38  -9.574 -13.253  14.294
    3    HB   THR  38           HB       THR  38 -10.679 -12.355  16.189
    4    HG1  THR  38           HG1      THR  38 -11.961 -11.700  13.750
    5   HG23  THR  38          HG21      THR  38  -9.752 -10.193  16.401
    6   HG22  THR  38          HG22      THR  38 -11.488  -9.954  16.198
    7   HG21  THR  38          HG23      THR  38 -10.394  -9.681  14.842

  No H/Q in entry =           7
  In of MODEL    1
    1    H    LEU  39           H        LEU  39 -10.594 -13.322  12.335
    2    HA   LEU  39           HA       LEU  39 -10.049 -11.049  10.579
    3    HB2  LEU  39           HB2      LEU  39  -8.898 -12.681   9.514
    4    HB3  LEU  39           HB3      LEU  39  -9.864 -13.963  10.215
    5    HG   LEU  39           HG       LEU  39 -11.232 -12.303   8.183
    6   HD12  LEU  39          HD11      LEU  39  -9.041 -14.228   7.427
    7   HD11  LEU  39          HD12      LEU  39  -9.018 -12.482   7.181
    8   HD13  LEU  39          HD13      LEU  39 -10.189 -13.480   6.317
    9   HD23  LEU  39          HD21      LEU  39 -11.869 -14.665   7.451
   10   HD22  LEU  39          HD22      LEU  39 -12.461 -14.112   9.016
   11   HD21  LEU  39          HD23      LEU  39 -11.080 -15.205   8.933

  No H/Q in entry =          11
  In of MODEL    1
    1    H    TYR  40           H        TYR  40 -11.708 -10.369   9.070
    2    HA   TYR  40           HA       TYR  40 -14.376 -11.440   9.664
    3    HB2  TYR  40           HB2      TYR  40 -13.808  -8.522   9.154
    4    HB3  TYR  40           HB3      TYR  40 -15.314  -9.239   9.690
    5    HD1  TYR  40           HD1      TYR  40 -15.853  -9.116  11.888
    6    HD2  TYR  40           HD2      TYR  40 -11.760  -8.809  10.832
    7    HE1  TYR  40           HE1      TYR  40 -15.308  -8.557  14.214
    8    HE2  TYR  40           HE2      TYR  40 -11.188  -8.267  13.160
    9    HH   TYR  40           HH       TYR  40 -12.277  -7.337  15.151

  No H/Q in entry =           9
  In of MODEL    1
    1    H    TYR  41           H        TYR  41 -15.027 -12.365   7.733
    2    HA   TYR  41           HA       TYR  41 -14.065 -11.294   5.218
    3    HB2  TYR  41           HB2      TYR  41 -14.421 -13.770   5.866
    4    HB3  TYR  41           HB3      TYR  41 -16.131 -13.446   5.616
    5    HD1  TYR  41           HD1      TYR  41 -16.419 -11.989   3.232
    6    HD2  TYR  41           HD2      TYR  41 -13.502 -14.877   4.199
    7    HE1  TYR  41           HE1      TYR  41 -16.082 -12.434   0.843
    8    HE2  TYR  41           HE2      TYR  41 -13.122 -15.345   1.875
    9    HH   TYR  41           HH       TYR  41 -14.465 -13.317  -0.636

  No H/Q in entry =           9
  In of MODEL    1
    1    H    ILE  42           H        ILE  42 -15.114  -9.318   4.875
    2    HA   ILE  42           HA       ILE  42 -17.852  -8.921   5.362
    3    HB   ILE  42           HB       ILE  42 -16.225  -7.112   5.062
    4   HG12  ILE  42          HG12      ILE  42 -18.215  -6.632   2.915
    5   HG13  ILE  42          HG13      ILE  42 -18.798  -7.007   4.539
    6   HG22  ILE  42          HG21      ILE  42 -16.284  -7.807   2.143
    7   HG21  ILE  42          HG22      ILE  42 -14.915  -8.007   3.238
    8   HG23  ILE  42          HG23      ILE  42 -15.514  -6.391   2.857
    9   HD12  ILE  42          HD11      ILE  42 -16.941  -4.783   3.760
   10   HD11  ILE  42          HD12      ILE  42 -17.391  -5.199   5.417
   11   HD13  ILE  42          HD13      ILE  42 -18.622  -4.636   4.281

  No H/Q in entry =          11
  In of MODEL    1
    1    H    VAL  43           H        VAL  43 -19.346 -10.245   4.556
    2    HA   VAL  43           HA       VAL  43 -18.898 -11.478   1.964
    3    HB   VAL  43           HB       VAL  43 -21.018 -12.145   3.997
    4   HG11  VAL  43          HG11      VAL  43 -21.287 -12.869   1.578
    5   HG13  VAL  43          HG12      VAL  43 -21.349 -14.124   2.816
    6   HG12  VAL  43          HG13      VAL  43 -19.879 -13.899   1.860
    7   HG21  VAL  43          HG21      VAL  43 -18.227 -13.174   3.576
    8   HG23  VAL  43          HG22      VAL  43 -19.452 -14.062   4.476
    9   HG22  VAL  43          HG23      VAL  43 -18.920 -12.480   5.041

  No H/Q in entry =           9
  In of MODEL    1
    1    H    LYS  44           H        LYS  44 -20.576  -9.089   3.259
    2    HA   LYS  44           HA       LYS  44 -22.118  -8.167   1.077
    3    HB2  LYS  44           HB2      LYS  44 -23.831  -9.776   1.709
    4    HB3  LYS  44           HB3      LYS  44 -23.520  -9.519   3.421
    5    HG2  LYS  44           HG2      LYS  44 -24.456  -7.235   3.208
    6    HG3  LYS  44           HG3      LYS  44 -24.866  -7.592   1.529
    7    HD2  LYS  44           HD2      LYS  44 -26.420  -9.267   2.171
    8    HD3  LYS  44           HD3      LYS  44 -25.833  -9.276   3.832
    9    HE2  LYS  44           HE2      LYS  44 -27.078  -6.837   2.593
   10    HE3  LYS  44           HE3      LYS  44 -28.048  -8.087   3.367
   11    HZ2  LYS  44           HZ1      LYS  44 -27.501  -6.221   4.851
   12    HZ1  LYS  44           HZ2      LYS  44 -25.859  -6.591   4.707
   13    HZ3  LYS  44           HZ3      LYS  44 -26.911  -7.698   5.436

  No H/Q in entry =          13
  In of MODEL    1
    1    H    GLY  45           H        GLY  45 -22.719  -6.031   1.648
    2    HA3  GLY  45           HA2      GLY  45 -22.680  -4.070   2.919
    3    HA2  GLY  45           HA3      GLY  45 -21.875  -4.950   4.227

  No H/Q in entry =           3
  In of MODEL    1
    1    H    SER  46           H        SER  46 -20.724  -2.568   3.361
    2    HA   SER  46           HA       SER  46 -18.202  -3.660   2.579
    3    HB2  SER  46           HB2      SER  46 -18.994  -3.094   0.405
    4    HB3  SER  46           HB3      SER  46 -19.675  -1.571   0.977
    5    HG   SER  46           HG       SER  46 -17.811  -0.675   0.663

  No H/Q in entry =           5
  In of MODEL    1
    1    H    VAL  47           H        VAL  47 -16.436  -2.175   2.995
    2    HA   VAL  47           HA       VAL  47 -17.241  -0.328   5.118
    3    HB   VAL  47           HB       VAL  47 -15.434  -1.031   6.579
    4   HG13  VAL  47          HG11      VAL  47 -16.383  -3.136   7.270
    5   HG12  VAL  47          HG12      VAL  47 -17.096  -3.357   5.668
    6   HG11  VAL  47          HG13      VAL  47 -17.674  -2.066   6.716
    7   HG21  VAL  47          HG21      VAL  47 -14.926  -3.131   4.483
    8   HG23  VAL  47          HG22      VAL  47 -14.238  -3.137   6.109
    9   HG22  VAL  47          HG23      VAL  47 -13.825  -1.844   4.980

  No H/Q in entry =           9
  In of MODEL    1
    1    H    ALA  48           H        ALA  48 -15.119   0.743   6.042
    2    HA   ALA  48           HA       ALA  48 -13.846   1.929   3.679
    3    HB2  ALA  48           HB1      ALA  48 -15.625   3.310   4.927
    4    HB3  ALA  48           HB2      ALA  48 -14.067   4.071   4.596
    5    HB1  ALA  48           HB3      ALA  48 -14.418   3.445   6.206

  No H/Q in entry =           5
  In of MODEL    1
    1    H    VAL  49           H        VAL  49 -11.996   0.955   3.747
    2    HA   VAL  49           HA       VAL  49 -10.539   0.275   6.074
    3    HB   VAL  49           HB       VAL  49  -9.823   0.418   3.144
    4   HG12  VAL  49          HG11      VAL  49  -8.167  -1.001   5.175
    5   HG11  VAL  49          HG12      VAL  49  -7.904   0.712   4.858
    6   HG13  VAL  49          HG13      VAL  49  -7.728  -0.463   3.553
    7   HG23  VAL  49          HG21      VAL  49 -10.286  -1.899   5.000
    8   HG22  VAL  49          HG22      VAL  49  -9.950  -1.997   3.267
    9   HG21  VAL  49          HG23      VAL  49 -11.458  -1.276   3.836

  No H/Q in entry =           9
  In of MODEL    1
    1    H    LEU  50           H        LEU  50  -9.161   1.523   7.189
    2    HA   LEU  50           HA       LEU  50  -8.249   3.993   6.049
    3    HB2  LEU  50           HB2      LEU  50  -9.029   5.371   7.761
    4    HB3  LEU  50           HB3      LEU  50 -10.375   4.348   7.312
    5    HG   LEU  50           HG       LEU  50  -8.712   4.216   9.806
    6   HD13  LEU  50          HD11      LEU  50 -10.414   5.848   9.889
    7   HD12  LEU  50          HD12      LEU  50 -11.007   4.438  10.779
    8   HD11  LEU  50          HD13      LEU  50 -11.583   4.749   9.136
    9   HD21  LEU  50          HD21      LEU  50 -10.786   2.268   8.818
   10   HD23  LEU  50          HD22      LEU  50 -10.124   2.319  10.454
   11   HD22  LEU  50          HD23      LEU  50  -9.073   1.944   9.091

  No H/Q in entry =          11
  In of MODEL    1
    1    H    ILE  51           H        ILE  51  -6.431   4.940   6.934
    2    HA   ILE  51           HA       ILE  51  -4.854   3.030   8.535
    3    HB   ILE  51           HB       ILE  51  -2.880   3.974   7.272
    4   HG12  ILE  51          HG12      ILE  51  -3.846   4.536   4.821
    5   HG13  ILE  51          HG13      ILE  51  -5.127   5.227   5.807
    6   HG23  ILE  51          HG21      ILE  51  -3.710   1.716   6.973
    7   HG22  ILE  51          HG22      ILE  51  -3.238   2.388   5.411
    8   HG21  ILE  51          HG23      ILE  51  -4.942   2.296   5.854
    9   HD12  ILE  51          HD11      ILE  51  -2.207   5.933   5.862
   10   HD11  ILE  51          HD12      ILE  51  -3.406   6.554   6.995
   11   HD13  ILE  51          HD13      ILE  51  -3.541   6.928   5.278

  No H/Q in entry =          11
  In of MODEL    1
    1    H    LYS  52           H        LYS  52  -2.935   3.923   9.484
    2    HA   LYS  52           HA       LYS  52  -3.422   6.579  10.647
    3    HB2  LYS  52           HB2      LYS  52  -2.589   4.021  11.825
    4    HB3  LYS  52           HB3      LYS  52  -1.581   5.386  12.304
    5    HG2  LYS  52           HG2      LYS  52  -3.266   6.431  13.410
    6    HG3  LYS  52           HG3      LYS  52  -4.506   5.740  12.377
    7    HD2  LYS  52           HD2      LYS  52  -4.291   3.591  13.496
    8    HD3  LYS  52           HD3      LYS  52  -2.984   4.233  14.497
    9    HE2  LYS  52           HE2      LYS  52  -5.653   5.583  14.441
   10    HE3  LYS  52           HE3      LYS  52  -5.403   4.155  15.444
   11    HZ2  LYS  52           HZ1      LYS  52  -5.035   6.362  16.549
   12    HZ1  LYS  52           HZ2      LYS  52  -3.652   6.543  15.592
   13    HZ3  LYS  52           HZ3      LYS  52  -3.757   5.264  16.689

  No H/Q in entry =          13
  In of MODEL    1
    1    H    ASP  53           H        ASP  53  -1.809   8.068  10.635
    2    HA   ASP  53           HA       ASP  53   0.302   7.516   8.731
    3    HB2  ASP  53           HB2      ASP  53  -1.331   9.701   9.081
    4    HB3  ASP  53           HB3      ASP  53   0.238  10.250   9.654

  No H/Q in entry =           4
  In of MODEL    1
    1    H    GLU  54           H        GLU  54   2.037   9.718   9.632
    2    HA   GLU  54           HA       GLU  54   3.289   8.232  11.833
    3    HB2  GLU  54           HB2      GLU  54   4.386   9.722   9.578
    4    HB3  GLU  54           HB3      GLU  54   5.119  10.152  11.123
    5    HG2  GLU  54           HG2      GLU  54   5.599   7.800  11.542
    6    HG3  GLU  54           HG3      GLU  54   4.866   7.383   9.991

  No H/Q in entry =           6
  In of MODEL    1
    1    H    GLU  55           H        GLU  55   1.187  10.701  11.318
    2    HA   GLU  55           HA       GLU  55   2.036  12.126  13.765
    3    HB2  GLU  55           HB2      GLU  55   0.466  13.934  12.366
    4    HB3  GLU  55           HB3      GLU  55   2.225  13.975  12.483
    5    HG2  GLU  55           HG2      GLU  55   2.337  13.705  10.288
    6    HG3  GLU  55           HG3      GLU  55   1.612  12.107  10.490

  No H/Q in entry =           6
  In of MODEL    1
    1    H    GLY  56           H        GLY  56   0.145   9.849  12.842
    2    HA3  GLY  56           HA2      GLY  56  -1.589   8.980  14.120
    3    HA2  GLY  56           HA3      GLY  56  -1.790  10.548  14.871

  No H/Q in entry =           3
  In of MODEL    1
    1    H    LYS  57           H        LYS  57  -1.907  10.500  11.274
    2    HA   LYS  57           HA       LYS  57  -4.690  11.175  11.708
    3    HB2  LYS  57           HB2      LYS  57  -4.722  12.003   9.446
    4    HB3  LYS  57           HB3      LYS  57  -3.275  12.624  10.219
    5    HG2  LYS  57           HG2      LYS  57  -1.879  11.315   8.967
    6    HG3  LYS  57           HG3      LYS  57  -3.153  10.173   8.524
    7    HD2  LYS  57           HD2      LYS  57  -2.759  11.423   6.579
    8    HD3  LYS  57           HD3      LYS  57  -4.206  12.152   7.277
    9    HE2  LYS  57           HE2      LYS  57  -2.856  13.970   6.658
   10    HE3  LYS  57           HE3      LYS  57  -2.629  13.811   8.398
   11    HZ3  LYS  57           HZ1      LYS  57  -0.467  13.730   8.003
   12    HZ2  LYS  57           HZ2      LYS  57  -0.698  13.646   6.328
   13    HZ1  LYS  57           HZ3      LYS  57  -0.684  12.222   7.248

  No H/Q in entry =          13
  In of MODEL    1
    1    H    GLU  58           H        GLU  58  -6.223   9.735  11.403
    2    HA   GLU  58           HA       GLU  58  -5.587   7.167  10.173
    3    HB2  GLU  58           HB2      GLU  58  -7.715   6.687  11.775
    4    HB3  GLU  58           HB3      GLU  58  -6.064   6.488  12.328
    5    HG2  GLU  58           HG2      GLU  58  -6.067   8.596  13.411
    6    HG3  GLU  58           HG3      GLU  58  -7.591   9.050  12.649

  No H/Q in entry =           6
  In of MODEL    1
    1    H    MET  59           H        MET  59  -6.348   7.808   8.007
    2    HA   MET  59           HA       MET  59  -8.986   8.965   8.010
    3    HB2  MET  59           HB2      MET  59  -6.594   9.107   6.186
    4    HB3  MET  59           HB3      MET  59  -8.156   9.850   5.860
    5    HG2  MET  59           HG2      MET  59  -7.783  11.284   7.851
    6    HG3  MET  59           HG3      MET  59  -6.162  10.579   7.973
    7    HE3  MET  59           HE1      MET  59  -6.300  11.639   3.699
    8    HE2  MET  59           HE2      MET  59  -7.784  11.016   4.416
    9    HE1  MET  59           HE3      MET  59  -6.277  10.114   4.590

  No H/Q in entry =           9
  In of MODEL    1
    1    H    ILE  60           H        ILE  60  -9.733   8.318   5.441
    2    HA   ILE  60           HA       ILE  60  -9.643   5.455   5.667
    3    HB   ILE  60           HB       ILE  60 -11.387   7.282   4.010
    4   HG12  ILE  60          HG12      ILE  60 -12.168   5.551   6.350
    5   HG13  ILE  60          HG13      ILE  60 -11.811   7.275   6.482
    6   HG21  ILE  60          HG21      ILE  60 -11.452   4.291   4.357
    7   HG23  ILE  60          HG22      ILE  60 -10.967   5.163   2.904
    8   HG22  ILE  60          HG23      ILE  60 -12.636   5.247   3.466
    9   HD11  ILE  60          HD11      ILE  60 -13.856   6.200   4.598
   10   HD13  ILE  60          HD12      ILE  60 -13.628   7.859   5.167
   11   HD12  ILE  60          HD13      ILE  60 -14.225   6.619   6.275

  No H/Q in entry =          11
  In of MODEL    1
    1    H    LEU  61           H        LEU  61  -8.554   4.386   4.055
    2    HA   LEU  61           HA       LEU  61  -7.427   6.063   1.941
    3    HB2  LEU  61           HB2      LEU  61  -5.310   5.175   2.193
    4    HB3  LEU  61           HB3      LEU  61  -5.861   5.302   3.845
    5    HG   LEU  61           HG       LEU  61  -4.677   3.285   3.706
    6   HD13  LEU  61          HD11      LEU  61  -6.275   1.597   4.238
    7   HD12  LEU  61          HD12      LEU  61  -7.564   2.532   3.478
    8   HD11  LEU  61          HD13      LEU  61  -6.772   3.138   4.936
    9   HD22  LEU  61          HD21      LEU  61  -4.407   2.735   1.501
   10   HD21  LEU  61          HD22      LEU  61  -6.133   2.845   1.158
   11   HD23  LEU  61          HD23      LEU  61  -5.505   1.475   2.077

  No H/Q in entry =          11
  In of MODEL    1
    1    H    SER  62           H        SER  62  -9.235   3.321   2.820
    2    HA   SER  62           HA       SER  62  -9.522   2.603   0.043
    3    HB2  SER  62           HB2      SER  62  -7.493   1.352   0.666
    4    HB3  SER  62           HB3      SER  62  -8.370   0.582   1.981
    5    HG   SER  62           HG       SER  62  -8.806  -0.867   0.523

  No H/Q in entry =           5
  In of MODEL    1
    1    H    TYR  63           H        TYR  63 -10.932   0.554  -0.073
    2    HA   TYR  63           HA       TYR  63 -12.808   0.044   1.941
    3    HB2  TYR  63           HB2      TYR  63 -14.273   1.071  -0.438
    4    HB3  TYR  63           HB3      TYR  63 -14.770   1.051   1.242
    5    HD1  TYR  63           HD1      TYR  63 -12.417   2.853  -1.034
    6    HD2  TYR  63           HD2      TYR  63 -14.952   3.067   2.357
    7    HE1  TYR  63           HE1      TYR  63 -12.102   5.283  -0.977
    8    HE2  TYR  63           HE2      TYR  63 -14.638   5.502   2.439
    9    HH   TYR  63           HH       TYR  63 -13.397   7.231   1.646

  No H/Q in entry =           9
  In of MODEL    1
    1    H    LEU  64           H        LEU  64 -14.374  -1.218   1.169
    2    HA   LEU  64           HA       LEU  64 -13.310  -3.397  -0.462
    3    HB2  LEU  64           HB2      LEU  64 -15.097  -3.894   1.863
    4    HB3  LEU  64           HB3      LEU  64 -14.039  -4.992   1.013
    5    HG   LEU  64           HG       LEU  64 -13.197  -2.840   2.943
    6   HD11  LEU  64          HD11      LEU  64 -14.233  -4.931   3.828
    7   HD13  LEU  64          HD12      LEU  64 -12.568  -4.659   4.341
    8   HD12  LEU  64          HD13      LEU  64 -12.919  -5.834   3.073
    9   HD21  LEU  64          HD21      LEU  64 -11.548  -4.748   1.274
   10   HD23  LEU  64          HD22      LEU  64 -10.935  -3.859   2.667
   11   HD22  LEU  64          HD23      LEU  64 -11.497  -2.984   1.242

  No H/Q in entry =          11
  In of MODEL    1
    1    H    ASN  65           H        ASN  65 -15.128  -5.122  -0.452
    2    HA   ASN  65           HA       ASN  65 -17.596  -3.921  -1.395
    3    HB2  ASN  65           HB2      ASN  65 -15.659  -4.979  -3.174
    4    HB3  ASN  65           HB3      ASN  65 -16.981  -6.144  -3.102
    5   HD21  ASN  65          HD21      ASN  65 -16.062  -2.904  -3.907
    6   HD22  ASN  65          HD22      ASN  65 -17.473  -2.514  -4.823

  No H/Q in entry =           6
  In of MODEL    1
    1    H    GLN  66           H        GLN  66 -19.279  -5.523  -1.594
    2    HA   GLN  66           HA       GLN  66 -19.618  -7.303   0.552
    3    HB2  GLN  66           HB2      GLN  66 -21.030  -7.075  -2.185
    4    HB3  GLN  66           HB3      GLN  66 -21.599  -8.118  -0.884
    5    HG2  GLN  66           HG2      GLN  66 -22.026  -6.097   0.588
    6    HG3  GLN  66           HG3      GLN  66 -21.336  -5.033  -0.612
    7   HE22  GLN  66          HE21      GLN  66 -24.946  -4.632  -0.995
    8   HE21  GLN  66          HE22      GLN  66 -23.569  -4.186   0.154

  No H/Q in entry =           8
  In of MODEL    1
    1    H    GLY  67           H        GLY  67 -17.627  -8.560   0.415
    2    HA3  GLY  67           HA2      GLY  67 -17.629 -11.111  -0.015
    3    HA2  GLY  67           HA3      GLY  67 -17.581 -10.582  -1.690

  No H/Q in entry =           3
  In of MODEL    1
    1    H    ASP  68           H        ASP  68 -15.968  -8.652   0.668
    2    HA   ASP  68           HA       ASP  68 -13.367  -9.400  -0.462
    3    HB2  ASP  68           HB2      ASP  68 -14.435  -6.944  -0.269
    4    HB3  ASP  68           HB3      ASP  68 -13.711  -7.036   1.330

  No H/Q in entry =           4
  In of MODEL    1
    1    H    PHE  69           H        PHE  69 -11.773  -8.428   1.658
    2    HA   PHE  69           HA       PHE  69 -12.489 -10.261   3.847
    3    HB2  PHE  69           HB2      PHE  69  -9.755  -9.704   2.694
    4    HB3  PHE  69           HB3      PHE  69 -10.078 -10.731   4.082
    5    HD1  PHE  69           HD1      PHE  69 -10.773 -12.977   3.805
    6    HD2  PHE  69           HD2      PHE  69 -10.501 -10.400   0.432
    7    HE1  PHE  69           HE1      PHE  69 -10.967 -14.918   2.310
    8    HE2  PHE  69           HE2      PHE  69 -10.708 -12.339  -1.070
    9    HZ   PHE  69           HZ       PHE  69 -10.935 -14.602  -0.131

  No H/Q in entry =           9
  In of MODEL    1
    1    H    ILE  70           H        ILE  70 -11.499  -9.710   5.927
    2    HA   ILE  70           HA       ILE  70 -10.575  -6.968   6.279
    3    HB   ILE  70           HB       ILE  70 -13.039  -8.165   7.557
    4   HG12  ILE  70          HG12      ILE  70 -12.436  -5.513   6.244
    5   HG13  ILE  70          HG13      ILE  70 -13.528  -6.773   5.677
    6   HG22  ILE  70          HG21      ILE  70 -11.410  -5.857   8.635
    7   HG21  ILE  70          HG22      ILE  70 -11.570  -7.448   9.378
    8   HG23  ILE  70          HG23      ILE  70 -12.973  -6.391   9.247
    9   HD11  ILE  70          HD11      ILE  70 -14.888  -6.349   7.769
   10   HD13  ILE  70          HD12      ILE  70 -14.882  -5.060   6.565
   11   HD12  ILE  70          HD13      ILE  70 -13.887  -4.915   8.015

  No H/Q in entry =          11
  In of MODEL    1
    1    H    GLY  71           H        GLY  71  -9.155  -6.817   7.960
    2    HA3  GLY  71           HA2      GLY  71  -7.954  -7.427   9.842
    3    HA2  GLY  71           HA3      GLY  71  -8.966  -8.857   9.994

  No H/Q in entry =           3
  In of MODEL    1
    1    H    GLU  72           H        GLU  72  -7.674  -8.401   6.884
    2    HA   GLU  72           HA       GLU  72  -6.066 -10.759   7.146
    3    HB2  GLU  72           HB2      GLU  72  -5.547  -9.274   4.736
    4    HB3  GLU  72           HB3      GLU  72  -6.301 -10.849   4.916
    5    HG2  GLU  72           HG2      GLU  72  -7.898  -9.593   3.803
    6    HG3  GLU  72           HG3      GLU  72  -8.434  -9.553   5.481

  No H/Q in entry =           6
  In of MODEL    1
    1    H    LEU  73           H        LEU  73  -5.870  -7.399   7.075
    2    HA   LEU  73           HA       LEU  73  -3.129  -6.947   6.870
    3    HB2  LEU  73           HB2      LEU  73  -5.544  -5.487   7.399
    4    HB3  LEU  73           HB3      LEU  73  -4.261  -4.934   8.462
    5    HG   LEU  73           HG       LEU  73  -4.408  -3.649   6.348
    6   HD13  LEU  73          HD11      LEU  73  -2.357  -3.543   7.404
    7   HD12  LEU  73          HD12      LEU  73  -1.935  -4.081   5.776
    8   HD11  LEU  73          HD13      LEU  73  -2.013  -5.245   7.103
    9   HD23  LEU  73          HD21      LEU  73  -3.345  -6.130   5.018
   10   HD22  LEU  73          HD22      LEU  73  -3.863  -4.621   4.266
   11   HD21  LEU  73          HD23      LEU  73  -5.056  -5.701   4.989

  No H/Q in entry =          11
  In of MODEL    1
    1    H    GLY  74           H        GLY  74  -4.639  -8.652   9.193
    2    HA3  GLY  74           HA2      GLY  74  -2.577  -7.930  11.169
    3    HA2  GLY  74           HA3      GLY  74  -4.217  -8.363  11.631

  No H/Q in entry =           3
  In of MODEL    1
    1    H    LEU  75           H        LEU  75  -4.299 -10.428   9.470
    2    HA   LEU  75           HA       LEU  75  -2.992 -12.511  11.094
    3    HB2  LEU  75           HB2      LEU  75  -4.662 -13.905  10.456
    4    HB3  LEU  75           HB3      LEU  75  -5.505 -12.400  10.127
    5    HG   LEU  75           HG       LEU  75  -4.080 -12.932   7.797
    6   HD12  LEU  75          HD11      LEU  75  -5.454 -15.454   8.763
    7   HD11  LEU  75          HD12      LEU  75  -3.707 -15.230   8.663
    8   HD13  LEU  75          HD13      LEU  75  -4.685 -15.205   7.195
    9   HD21  LEU  75          HD21      LEU  75  -6.535 -12.129   8.394
   10   HD23  LEU  75          HD22      LEU  75  -6.917 -13.813   8.043
   11   HD22  LEU  75          HD23      LEU  75  -6.145 -12.811   6.816

  No H/Q in entry =          11
  In of MODEL    1
    1    H    PHE  76           H        PHE  76  -3.010 -11.030   8.049
    2    HA   PHE  76           HA       PHE  76  -1.204 -13.030   6.921
    3    HB2  PHE  76           HB2      PHE  76  -3.162 -12.894   5.614
    4    HB3  PHE  76           HB3      PHE  76  -3.226 -11.139   5.747
    5    HD1  PHE  76           HD1      PHE  76  -0.790 -13.654   4.676
    6    HD2  PHE  76           HD2      PHE  76  -2.795 -10.041   3.806
    7    HE1  PHE  76           HE1      PHE  76   0.412 -13.532   2.514
    8    HE2  PHE  76           HE2      PHE  76  -1.604  -9.875   1.651
    9    HZ   PHE  76           HZ       PHE  76   0.000 -11.623   1.002

  No H/Q in entry =           9
  In of MODEL    1
    1    H    GLU  77           H        GLU  77  -1.709  -9.627   7.606
    2    HA   GLU  77           HA       GLU  77   0.483  -8.722   6.101
    3    HB2  GLU  77           HB2      GLU  77  -1.287  -7.204   6.951
    4    HB3  GLU  77           HB3      GLU  77  -0.649  -7.419   8.576
    5    HG2  GLU  77           HG2      GLU  77   1.434  -6.661   6.731
    6    HG3  GLU  77           HG3      GLU  77   0.104  -5.501   6.705

  No H/Q in entry =           6
  In of MODEL    1
    1    H    GLU  78           H        GLU  78  -0.013  -9.828   9.373
    2    HA   GLU  78           HA       GLU  78   1.372 -11.009  10.636
    3    HB2  GLU  78           HB2      GLU  78   3.100 -11.179   8.734
    4    HB3  GLU  78           HB3      GLU  78   3.830  -9.735   9.429
    5    HG2  GLU  78           HG2      GLU  78   3.901 -10.997  11.618
    6    HG3  GLU  78           HG3      GLU  78   3.479 -12.434  10.692

  No H/Q in entry =           6
  In of MODEL    1
    1    H    GLY  79           H        GLY  79   0.022  -8.526  10.696
    2    HA3  GLY  79           HA2      GLY  79   1.537  -6.380  11.771
    3    HA2  GLY  79           HA3      GLY  79  -0.198  -6.564  11.814

  No H/Q in entry =           3
  In of MODEL    1
    1    H    GLN  80           H        GLN  80  -1.030  -8.099  13.389
    2    HA   GLN  80           HA       GLN  80  -1.336  -8.802  15.453
    3    HB2  GLN  80           HB2      GLN  80   1.556  -9.198  15.074
    4    HB3  GLN  80           HB3      GLN  80   1.006  -9.157  16.744
    5    HG2  GLN  80           HG2      GLN  80   1.115 -11.415  15.465
    6    HG3  GLN  80           HG3      GLN  80  -0.242 -11.066  16.534
    7   HE21  GLN  80          HE21      GLN  80   0.805 -11.330  13.224
    8   HE22  GLN  80          HE22      GLN  80  -0.776 -11.424  12.522

  No H/Q in entry =           8
  In of MODEL    1
    1    H    GLU  81           H        GLU  81  -2.048  -6.510  15.523
    2    HA   GLU  81           HA       GLU  81  -1.979  -5.099  17.694
    3    HB2  GLU  81           HB2      GLU  81   0.703  -5.022  17.014
    4    HB3  GLU  81           HB3      GLU  81   0.099  -3.487  16.397
    5    HG2  GLU  81           HG2      GLU  81  -1.004  -3.304  18.750
    6    HG3  GLU  81           HG3      GLU  81   0.240  -4.468  19.202

  No H/Q in entry =           6
  In of MODEL    1
    1    H    ARG  82           H        ARG  82  -3.766  -5.191  15.819
    2    HA   ARG  82           HA       ARG  82  -5.198  -4.116  14.480
    3    HB2  ARG  82           HB2      ARG  82  -5.772  -2.321  15.615
    4    HB3  ARG  82           HB3      ARG  82  -4.170  -2.234  16.317
    5    HG2  ARG  82           HG2      ARG  82  -4.366  -1.119  13.607
    6    HG3  ARG  82           HG3      ARG  82  -5.347  -0.288  14.813
    7    HD2  ARG  82           HD2      ARG  82  -3.507   0.379  16.044
    8    HD3  ARG  82           HD3      ARG  82  -2.493  -0.928  15.434
    9    HE   ARG  82           HE       ARG  82  -3.315   1.258  13.652
   10   HH11  ARG  82          HH11      ARG  82  -0.775  -0.519  15.296
   11   HH12  ARG  82          HH12      ARG  82   0.501   0.193  14.356
   12   HH21  ARG  82          HH21      ARG  82  -1.620   2.204  12.426
   13   HH22  ARG  82          HH22      ARG  82   0.029   1.756  12.734

  No H/Q in entry =          13
  In of MODEL    1
    1    H    SER  83           H        SER  83  -2.244  -2.201  14.044
    2    HA   SER  83           HA       SER  83  -1.116  -1.469  12.254
    3    HB2  SER  83           HB2      SER  83  -2.431  -3.805  10.863
    4    HB3  SER  83           HB3      SER  83  -1.076  -2.874  10.229
    5    HG   SER  83           HG       SER  83  -0.246  -4.667  11.215

  No H/Q in entry =           5
  In of MODEL    1
    1    H    ALA  84           H        ALA  84  -4.556  -1.925  11.618
    2    HA   ALA  84           HA       ALA  84  -6.011  -0.127  11.230
    3    HB1  ALA  84           HB1      ALA  84  -4.175   1.546  11.372
    4    HB2  ALA  84           HB2      ALA  84  -5.389   1.895  10.142
    5    HB3  ALA  84           HB3      ALA  84  -3.824   1.231   9.673

  No H/Q in entry =           5
  In of MODEL    1
    1    H    TRP  85           H        TRP  85  -7.508  -0.021   9.493
    2    HA   TRP  85           HA       TRP  85  -7.249  -0.516   6.951
    3    HB2  TRP  85           HB2      TRP  85  -5.832  -2.484   7.618
    4    HB3  TRP  85           HB3      TRP  85  -7.274  -3.224   8.296
    5    HD1  TRP  85           HD1      TRP  85  -8.851  -4.401   6.736
    6    HE1  TRP  85           HE1      TRP  85  -8.793  -5.052   4.231
    7    HE3  TRP  85           HE3      TRP  85  -4.964  -1.474   5.284
    8    HZ2  TRP  85           HZ2      TRP  85  -7.277  -4.364   1.945
    9    HZ3  TRP  85           HZ3      TRP  85  -4.258  -1.512   2.927
   10    HH2  TRP  85           HH2      TRP  85  -5.392  -2.929   1.297

  No H/Q in entry =          10
  In of MODEL    1
    1    H    VAL  86           H        VAL  86  -9.118  -0.686   9.760
    2    HA   VAL  86           HA       VAL  86 -11.386  -0.892   8.027
    3    HB   VAL  86           HB       VAL  86 -12.272  -2.677  10.004
    4   HG11  VAL  86          HG11      VAL  86 -11.797  -2.516   7.068
    5   HG13  VAL  86          HG12      VAL  86 -13.315  -2.696   7.958
    6   HG12  VAL  86          HG13      VAL  86 -12.223  -4.071   7.781
    7   HG22  VAL  86          HG21      VAL  86 -10.802  -4.502   9.783
    8   HG21  VAL  86          HG22      VAL  86  -9.768  -3.128  10.186
    9   HG23  VAL  86          HG23      VAL  86  -9.871  -3.701   8.522

  No H/Q in entry =           9
  In of MODEL    1
    1    H    ARG  87           H        ARG  87 -13.285  -0.399   8.528
    2    HA   ARG  87           HA       ARG  87 -14.336   0.501  10.914
    3    HB2  ARG  87           HB2      ARG  87 -12.927   2.470  10.707
    4    HB3  ARG  87           HB3      ARG  87 -13.518   2.754   9.072
    5    HG2  ARG  87           HG2      ARG  87 -15.836   2.653  10.492
    6    HG3  ARG  87           HG3      ARG  87 -14.723   3.393  11.653
    7    HD2  ARG  87           HD2      ARG  87 -15.455   5.248  10.534
    8    HD3  ARG  87           HD3      ARG  87 -14.032   4.831   9.582
    9    HE   ARG  87           HE       ARG  87 -16.166   3.492   8.437
   10   HH11  ARG  87          HH11      ARG  87 -15.219   6.804   9.028
   11   HH12  ARG  87          HH12      ARG  87 -16.048   7.424   7.639
   12   HH21  ARG  87          HH21      ARG  87 -17.279   4.301   6.614
   13   HH22  ARG  87          HH22      ARG  87 -17.218   5.994   6.250

  No H/Q in entry =          13
  In of MODEL    1
    1    H    ALA  88           H        ALA  88 -16.416  -0.295  10.477
    2    HA   ALA  88           HA       ALA  88 -17.358  -0.995   8.262
    3    HB1  ALA  88           HB1      ALA  88 -18.658  -0.203  10.685
    4    HB3  ALA  88           HB2      ALA  88 -18.820  -1.653   9.692
    5    HB2  ALA  88           HB3      ALA  88 -19.707  -0.194   9.264

  No H/Q in entry =           5
  In of MODEL    1
    1    H    LYS  89           H        LYS  89 -18.377  -0.227   6.143
    2    HA   LYS  89           HA       LYS  89 -18.954   2.621   6.329
    3    HB2  LYS  89           HB2      LYS  89 -17.144   1.806   4.742
    4    HB3  LYS  89           HB3      LYS  89 -18.427   1.046   3.814
    5    HG2  LYS  89           HG2      LYS  89 -19.427   3.169   3.342
    6    HG3  LYS  89           HG3      LYS  89 -18.291   3.989   4.419
    7    HD2  LYS  89           HD2      LYS  89 -16.688   4.033   2.863
    8    HD3  LYS  89           HD3      LYS  89 -16.973   2.354   2.401
    9    HE2  LYS  89           HE2      LYS  89 -17.451   3.643   0.491
   10    HE3  LYS  89           HE3      LYS  89 -19.012   3.175   1.167
   11    HZ1  LYS  89           HZ1      LYS  89 -17.809   5.751   1.959
   12    HZ3  LYS  89           HZ2      LYS  89 -19.444   5.311   1.863
   13    HZ2  LYS  89           HZ3      LYS  89 -18.571   5.629   0.452

  No H/Q in entry =          13
  In of MODEL    1
    1    H    THR  90           H        THR  90 -20.287  -0.411   6.090
    2    HA   THR  90           HA       THR  90 -22.918   0.699   5.612
    3    HB   THR  90           HB       THR  90 -22.700  -1.806   4.122
    4    HG1  THR  90           HG1      THR  90 -20.639  -0.301   3.759
    5   HG22  THR  90          HG21      THR  90 -23.592   0.954   3.283
    6   HG21  THR  90          HG22      THR  90 -24.615  -0.235   4.086
    7   HG23  THR  90          HG23      THR  90 -23.981  -0.564   2.473

  No H/Q in entry =           7
  In of MODEL    1
    1    H    ALA  91           H        ALA  91 -24.515  -1.137   5.988
    2    HA   ALA  91           HA       ALA  91 -23.774  -2.655   8.356
    3    HB2  ALA  91           HB1      ALA  91 -26.117  -3.170   8.545
    4    HB3  ALA  91           HB2      ALA  91 -26.381  -2.929   6.820
    5    HB1  ALA  91           HB3      ALA  91 -26.136  -1.537   7.871

  No H/Q in entry =           5
  In of MODEL    1
    1    H    CYS  92           H        CYS  92 -22.585  -4.290   7.943
    2    HA   CYS  92           HA       CYS  92 -23.015  -5.811   5.435
    3    HB2  CYS  92           HB2      CYS  92 -20.579  -6.425   6.892
    4    HB3  CYS  92           HB3      CYS  92 -20.756  -5.883   5.230
    5    HG   CYS  92           HG       CYS  92 -21.297  -3.224   6.917

  No H/Q in entry =           5
  In of MODEL    1
    1    H    GLU  93           H        GLU  93 -21.574  -7.912   6.095
    2    HA   GLU  93           HA       GLU  93 -22.622  -9.353   8.319
    3    HB2  GLU  93           HB2      GLU  93 -23.126 -10.449   5.536
    4    HB3  GLU  93           HB3      GLU  93 -23.710 -11.091   7.062
    5    HG2  GLU  93           HG2      GLU  93 -24.624  -8.493   5.856
    6    HG3  GLU  93           HG3      GLU  93 -25.446 -10.037   5.644

  No H/Q in entry =           6
  In of MODEL    1
    1    H    VAL  94           H        VAL  94 -20.528  -9.865   8.891
    2    HA   VAL  94           HA       VAL  94 -18.730 -10.542   6.666
    3    HB   VAL  94           HB       VAL  94 -16.845 -10.219   8.264
    4   HG12  VAL  94          HG11      VAL  94 -17.419  -7.601   8.449
    5   HG11  VAL  94          HG12      VAL  94 -18.591  -8.109   7.230
    6   HG13  VAL  94          HG13      VAL  94 -16.868  -8.404   6.981
    7   HG21  VAL  94          HG21      VAL  94 -19.056  -9.426  10.089
    8   HG23  VAL  94          HG22      VAL  94 -17.498  -8.600  10.199
    9   HG22  VAL  94          HG23      VAL  94 -17.590 -10.347  10.420

  No H/Q in entry =           9
  In of MODEL    1
    1    H    ALA  95           H        ALA  95 -17.523 -12.400   6.723
    2    HA   ALA  95           HA       ALA  95 -18.650 -14.416   8.522
    3    HB1  ALA  95           HB1      ALA  95 -18.002 -14.454   5.870
    4    HB2  ALA  95           HB2      ALA  95 -18.074 -15.899   6.877
    5    HB3  ALA  95           HB3      ALA  95 -16.528 -15.102   6.584

  No H/Q in entry =           5
  In of MODEL    1
    1    H    GLU  96           H        GLU  96 -17.725 -13.602  10.372
    2    HA   GLU  96           HA       GLU  96 -14.813 -13.314  10.333
    3    HB2  GLU  96           HB2      GLU  96 -15.041 -11.961  12.326
    4    HB3  GLU  96           HB3      GLU  96 -16.108 -11.355  11.062
    5    HG2  GLU  96           HG2      GLU  96 -18.020 -12.311  12.111
    6    HG3  GLU  96           HG3      GLU  96 -17.013 -13.228  13.231

  No H/Q in entry =           6
  In of MODEL    1
    1    H    ILE  97           H        ILE  97 -13.546 -14.407  11.343
    2    HA   ILE  97           HA       ILE  97 -14.217 -15.894  13.692
    3    HB   ILE  97           HB       ILE  97 -13.077 -17.962  12.680
    4   HG12  ILE  97          HG12      ILE  97 -14.341 -16.979  10.174
    5   HG13  ILE  97          HG13      ILE  97 -12.655 -16.635  10.531
    6   HG23  ILE  97          HG21      ILE  97 -15.126 -18.968  12.465
    7   HG22  ILE  97          HG22      ILE  97 -15.886 -17.492  11.862
    8   HG21  ILE  97          HG23      ILE  97 -15.406 -17.612  13.552
    9   HD12  ILE  97          HD11      ILE  97 -13.959 -19.271  10.025
   10   HD11  ILE  97          HD12      ILE  97 -12.440 -19.163  10.911
   11   HD13  ILE  97          HD13      ILE  97 -12.541 -18.557   9.261

  No H/Q in entry =          11
  In of MODEL    1
    1    H    SER  98           H        SER  98 -12.198 -17.311  14.195
    2    HA   SER  98           HA       SER  98 -10.059 -15.338  14.320
    3    HB2  SER  98           HB2      SER  98  -9.174 -17.179  15.969
    4    HB3  SER  98           HB3      SER  98 -10.477 -16.096  16.467
    5    HG   SER  98           HG       SER  98 -11.633 -17.827  16.732

  No H/Q in entry =           5
  In of MODEL    1
    1    H    TYR  99           H        TYR  99  -8.146 -15.603  13.571
    2    HA   TYR  99           HA       TYR  99  -7.723 -17.276  11.219
    3    HB2  TYR  99           HB2      TYR  99  -5.676 -16.029  10.872
    4    HB3  TYR  99           HB3      TYR  99  -6.919 -14.883  11.321
    5    HD1  TYR  99           HD1      TYR  99  -4.982 -16.930  13.788
    6    HD2  TYR  99           HD2      TYR  99  -5.487 -13.124  11.958
    7    HE1  TYR  99           HE1      TYR  99  -3.420 -15.947  15.399
    8    HE2  TYR  99           HE2      TYR  99  -3.925 -12.140  13.567
    9    HH   TYR  99           HH       TYR  99  -2.567 -12.487  15.252

  No H/Q in entry =           9
  In of MODEL    1
    1    H    LYS 100           H        LYS 100  -7.319 -17.937  14.619
    2    HA   LYS 100           HA       LYS 100  -4.953 -19.462  14.100
    3    HB2  LYS 100           HB2      LYS 100  -5.746 -18.940  16.406
    4    HB3  LYS 100           HB3      LYS 100  -7.091 -20.045  16.146
    5    HG2  LYS 100           HG2      LYS 100  -5.423 -21.855  15.733
    6    HG3  LYS 100           HG3      LYS 100  -4.164 -20.722  16.232
    7    HD2  LYS 100           HD2      LYS 100  -5.200 -20.486  18.409
    8    HD3  LYS 100           HD3      LYS 100  -6.523 -21.544  17.917
    9    HE2  LYS 100           HE2      LYS 100  -4.930 -23.379  17.614
   10    HE3  LYS 100           HE3      LYS 100  -3.619 -22.320  18.127
   11    HZ1  LYS 100           HZ1      LYS 100  -5.968 -22.858  19.839
   12    HZ3  LYS 100           HZ2      LYS 100  -4.470 -22.214  20.288
   13    HZ2  LYS 100           HZ3      LYS 100  -4.595 -23.845  19.863

  No H/Q in entry =          13
  In of MODEL    1
    1    H    LYS 101           H        LYS 101  -8.402 -20.224  14.203
    2    HA   LYS 101           HA       LYS 101  -8.120 -22.873  13.198
    3    HB2  LYS 101           HB2      LYS 101  -9.992 -22.718  14.506
    4    HB3  LYS 101           HB3      LYS 101 -10.353 -21.078  13.993
    5    HG2  LYS 101           HG2      LYS 101 -11.332 -21.825  11.987
    6    HG3  LYS 101           HG3      LYS 101 -10.734 -23.467  12.221
    7    HD2  LYS 101           HD2      LYS 101 -12.741 -23.910  13.120
    8    HD3  LYS 101           HD3      LYS 101 -12.185 -22.993  14.519
    9    HE2  LYS 101           HE2      LYS 101 -13.274 -21.037  13.806
   10    HE3  LYS 101           HE3      LYS 101 -13.501 -21.660  12.173
   11    HZ2  LYS 101           HZ1      LYS 101 -15.029 -22.218  14.603
   12    HZ1  LYS 101           HZ2      LYS 101 -14.867 -23.467  13.476
   13    HZ3  LYS 101           HZ3      LYS 101 -15.569 -21.998  13.012

  No H/Q in entry =          13
  In of MODEL    1
    1    H    PHE 102           H        PHE 102  -8.934 -19.747  11.764
    2    HA   PHE 102           HA       PHE 102  -9.767 -20.792   9.294
    3    HB2  PHE 102           HB2      PHE 102 -10.347 -18.541  10.035
    4    HB3  PHE 102           HB3      PHE 102  -8.678 -18.038   9.883
    5    HD1  PHE 102           HD1      PHE 102  -9.516 -16.251   8.287
    6    HD2  PHE 102           HD2      PHE 102  -9.884 -20.363   7.491
    7    HE1  PHE 102           HE1      PHE 102  -9.824 -15.725   5.943
    8    HE2  PHE 102           HE2      PHE 102 -10.214 -19.870   5.116
    9    HZ   PHE 102           HZ       PHE 102 -10.185 -17.537   4.322

  No H/Q in entry =           9
  In of MODEL    1
    1    H    ARG 103           H        ARG 103  -6.699 -19.304  10.257
    2    HA   ARG 103           HA       ARG 103  -5.256 -19.531   8.017
    3    HB2  ARG 103           HB2      ARG 103  -3.334 -19.260   9.234
    4    HB3  ARG 103           HB3      ARG 103  -4.541 -18.734  10.392
    5    HG2  ARG 103           HG2      ARG 103  -4.326 -20.668  11.677
    6    HG3  ARG 103           HG3      ARG 103  -3.543 -21.559  10.370
    7    HD2  ARG 103           HD2      ARG 103  -1.635 -19.911  10.561
    8    HD3  ARG 103           HD3      ARG 103  -2.394 -19.335  12.044
    9    HE   ARG 103           HE       ARG 103  -2.228 -21.872  12.644
   10   HH11  ARG 103          HH11      ARG 103   0.175 -19.928  10.989
   11   HH12  ARG 103          HH12      ARG 103   1.508 -20.901  11.522
   12   HH21  ARG 103          HH21      ARG 103  -0.483 -23.143  13.336
   13   HH22  ARG 103          HH22      ARG 103   1.135 -22.740  12.846

  No H/Q in entry =          13
  In of MODEL    1
    1    H    GLN 104           H        GLN 104  -6.350 -22.072   9.930
    2    HA   GLN 104           HA       GLN 104  -4.562 -24.056   8.715
    3    HB2  GLN 104           HB2      GLN 104  -6.686 -24.339  10.828
    4    HB3  GLN 104           HB3      GLN 104  -5.747 -25.681  10.187
    5    HG2  GLN 104           HG2      GLN 104  -4.598 -23.273  11.566
    6    HG3  GLN 104           HG3      GLN 104  -4.886 -24.838  12.324
    7   HE21  GLN 104          HE21      GLN 104  -4.065 -26.374   9.995
    8   HE22  GLN 104          HE22      GLN 104  -2.347 -26.230   9.900

  No H/Q in entry =           8
  In of MODEL    1
    1    H    LEU 105           H        LEU 105  -7.897 -23.042   8.317
    2    HA   LEU 105           HA       LEU 105  -8.347 -25.139   6.313
    3    HB2  LEU 105           HB2      LEU 105 -10.519 -24.485   6.424
    4    HB3  LEU 105           HB3      LEU 105 -10.024 -23.519   7.793
    5    HG   LEU 105           HG       LEU 105  -9.735 -21.583   6.179
    6   HD12  LEU 105          HD11      LEU 105 -11.660 -22.941   4.382
    7   HD11  LEU 105          HD12      LEU 105  -9.938 -23.275   4.150
    8   HD13  LEU 105          HD13      LEU 105 -10.536 -21.616   4.055
    9   HD21  LEU 105          HD21      LEU 105 -12.073 -22.791   7.333
   10   HD23  LEU 105          HD22      LEU 105 -12.497 -21.880   5.884
   11   HD22  LEU 105          HD23      LEU 105 -11.645 -21.084   7.211

  No H/Q in entry =          11
  In of MODEL    1
    1    H    ILE 106           H        ILE 106  -7.434 -21.490   6.317
    2    HA   ILE 106           HA       ILE 106  -6.983 -21.422   3.605
    3    HB   ILE 106           HB       ILE 106  -5.545 -19.566   3.834
    4   HG12  ILE 106          HG12      ILE 106  -5.102 -18.898   6.396
    5   HG13  ILE 106          HG13      ILE 106  -4.939 -20.650   6.494
    6   HG22  ILE 106          HG21      ILE 106  -6.821 -18.109   5.352
    7   HG21  ILE 106          HG22      ILE 106  -7.659 -19.551   5.930
    8   HG23  ILE 106          HG23      ILE 106  -7.804 -19.062   4.244
    9   HD11  ILE 106          HD11      ILE 106  -3.255 -20.516   4.679
   10   HD13  ILE 106          HD12      ILE 106  -2.792 -19.678   6.165
   11   HD12  ILE 106          HD13      ILE 106  -3.367 -18.759   4.774

  No H/Q in entry =          11
  In of MODEL    1
    1    H    GLN 107           H        GLN 107  -5.534 -23.474   5.622
    2    HA   GLN 107           HA       GLN 107  -3.020 -23.518   4.143
    3    HB2  GLN 107           HB2      GLN 107  -3.633 -24.268   6.951
    4    HB3  GLN 107           HB3      GLN 107  -2.409 -25.207   6.106
    5    HG2  GLN 107           HG2      GLN 107  -1.223 -23.091   5.588
    6    HG3  GLN 107           HG3      GLN 107  -2.408 -22.240   6.585
    7   HE21  GLN 107          HE21      GLN 107  -2.383 -22.505   8.782
    8   HE22  GLN 107          HE22      GLN 107  -1.049 -23.204   9.632

  No H/Q in entry =           8
  In of MODEL    1
    1    H    VAL 108           H        VAL 108  -5.972 -25.005   4.640
    2    HA   VAL 108           HA       VAL 108  -5.151 -27.656   3.817
    3    HB   VAL 108           HB       VAL 108  -7.229 -26.698   5.341
    4   HG11  VAL 108          HG11      VAL 108  -8.402 -27.494   2.686
    5   HG13  VAL 108          HG12      VAL 108  -8.494 -25.904   3.445
    6   HG12  VAL 108          HG13      VAL 108  -9.308 -27.283   4.185
    7   HG22  VAL 108          HG21      VAL 108  -8.045 -28.989   5.354
    8   HG21  VAL 108          HG22      VAL 108  -6.286 -28.908   5.455
    9   HG23  VAL 108          HG23      VAL 108  -7.062 -29.343   3.932

  No H/Q in entry =           9
  In of MODEL    1
    1    H    ASN 109           H        ASN 109  -6.173 -24.702   2.488
    2    HA   ASN 109           HA       ASN 109  -6.393 -25.886  -0.203
    3    HB2  ASN 109           HB2      ASN 109  -8.018 -23.662   1.016
    4    HB3  ASN 109           HB3      ASN 109  -7.994 -24.006  -0.708
    5   HD21  ASN 109          HD21      ASN 109  -9.857 -24.270   1.828
    6   HD22  ASN 109          HD22      ASN 109 -10.669 -25.761   1.503

  No H/Q in entry =           6
  In of MODEL    1
    1    HA   PRO 110           HA       PRO 110  -3.063 -22.853  -0.602
    2    HB2  PRO 110           HB2      PRO 110  -2.245 -23.668  -3.056
    3    HB3  PRO 110           HB3      PRO 110  -1.866 -24.587  -1.596
    4    HG2  PRO 110           HG2      PRO 110  -3.989 -25.078  -3.654
    5    HG3  PRO 110           HG3      PRO 110  -2.928 -26.241  -2.840
    6    HD2  PRO 110           HD2      PRO 110  -5.518 -25.797  -2.118
    7    HD3  PRO 110           HD3      PRO 110  -4.264 -26.354  -0.994

  No H/Q in entry =           7
  In of MODEL    1
    1    H    ASP 111           H        ASP 111  -6.052 -22.908  -2.046
    2    HA   ASP 111           HA       ASP 111  -5.436 -20.603  -3.720
    3    HB2  ASP 111           HB2      ASP 111  -7.372 -22.759  -4.077
    4    HB3  ASP 111           HB3      ASP 111  -7.991 -21.129  -4.390

  No H/Q in entry =           4
  In of MODEL    1
    1    H    ILE 112           H        ILE 112  -6.561 -21.286  -0.654
    2    HA   ILE 112           HA       ILE 112  -8.734 -19.356  -0.686
    3    HB   ILE 112           HB       ILE 112  -7.595 -21.141   1.451
    4   HG12  ILE 112          HG12      ILE 112  -9.527 -21.364  -0.530
    5   HG13  ILE 112          HG13      ILE 112  -9.307 -22.446   0.833
    6   HG22  ILE 112          HG21      ILE 112  -9.808 -19.151   1.909
    7   HG21  ILE 112          HG22      ILE 112  -8.131 -18.876   2.384
    8   HG23  ILE 112          HG23      ILE 112  -9.038 -20.221   3.083
    9   HD13  ILE 112          HD11      ILE 112 -10.942 -21.195   2.107
   10   HD12  ILE 112          HD12      ILE 112 -11.618 -21.766   0.583
   11   HD11  ILE 112          HD13      ILE 112 -11.146 -20.077   0.759

  No H/Q in entry =          11
  In of MODEL    1
    1    H    LEU 113           H        LEU 113  -5.591 -19.632   0.814
    2    HA   LEU 113           HA       LEU 113  -5.705 -17.008   1.863
    3    HB2  LEU 113           HB2      LEU 113  -4.356 -18.600   2.988
    4    HB3  LEU 113           HB3      LEU 113  -3.441 -18.959   1.541
    5    HG   LEU 113           HG       LEU 113  -2.778 -16.434   1.680
    6   HD12  LEU 113          HD11      LEU 113  -2.577 -16.256   4.418
    7   HD11  LEU 113          HD12      LEU 113  -4.213 -16.869   4.171
    8   HD13  LEU 113          HD13      LEU 113  -3.708 -15.368   3.398
    9   HD21  LEU 113          HD21      LEU 113  -1.310 -18.417   1.914
   10   HD23  LEU 113          HD22      LEU 113  -1.646 -18.408   3.646
   11   HD22  LEU 113          HD23      LEU 113  -0.819 -17.042   2.899

  No H/Q in entry =          11
  In of MODEL    1
    1    H    MET 114           H        MET 114  -4.842 -18.446  -1.072
    2    HA   MET 114           HA       MET 114  -3.216 -16.315  -2.100
    3    HB2  MET 114           HB2      MET 114  -3.703 -18.954  -2.865
    4    HB3  MET 114           HB3      MET 114  -4.428 -17.992  -4.147
    5    HG2  MET 114           HG2      MET 114  -1.572 -18.070  -3.245
    6    HG3  MET 114           HG3      MET 114  -2.230 -18.385  -4.848
    7    HE1  MET 114           HE1      MET 114   0.114 -16.963  -5.003
    8    HE3  MET 114           HE2      MET 114   0.001 -15.258  -5.437
    9    HE2  MET 114           HE3      MET 114  -0.797 -16.477  -6.432

  No H/Q in entry =           9
  In of MODEL    1
    1    H    ARG 115           H        ARG 115  -6.549 -17.124  -1.961
    2    HA   ARG 115           HA       ARG 115  -7.418 -15.318  -3.997
    3    HB2  ARG 115           HB2      ARG 115  -8.729 -17.005  -1.910
    4    HB3  ARG 115           HB3      ARG 115  -9.635 -15.618  -2.518
    5    HG2  ARG 115           HG2      ARG 115  -8.410 -17.618  -4.375
    6    HG3  ARG 115           HG3      ARG 115  -9.982 -17.896  -3.628
    7    HD2  ARG 115           HD2      ARG 115  -9.287 -15.457  -5.256
    8    HD3  ARG 115           HD3      ARG 115 -10.078 -16.889  -5.912
    9    HE   ARG 115           HE       ARG 115 -11.235 -14.939  -4.064
   10   HH11  ARG 115          HH11      ARG 115 -11.615 -17.883  -5.921
   11   HH12  ARG 115          HH12      ARG 115 -13.356 -17.858  -5.853
   12   HH21  ARG 115          HH21      ARG 115 -13.528 -14.900  -3.990
   13   HH22  ARG 115          HH22      ARG 115 -14.442 -16.156  -4.782

  No H/Q in entry =          13
  In of MODEL    1
    1    H    LEU 116           H        LEU 116  -7.148 -15.274  -0.417
    2    HA   LEU 116           HA       LEU 116  -8.128 -12.677  -0.103
    3    HB2  LEU 116           HB2      LEU 116  -8.138 -14.070   1.770
    4    HB3  LEU 116           HB3      LEU 116  -6.475 -14.564   1.531
    5    HG   LEU 116           HG       LEU 116  -6.616 -11.723   2.047
    6   HD12  LEU 116          HD11      LEU 116  -7.165 -12.577   4.595
    7   HD11  LEU 116          HD12      LEU 116  -8.381 -13.404   3.617
    8   HD13  LEU 116          HD13      LEU 116  -8.235 -11.645   3.549
    9   HD23  LEU 116          HD21      LEU 116  -5.113 -12.369   3.922
   10   HD22  LEU 116          HD22      LEU 116  -4.579 -12.934   2.335
   11   HD21  LEU 116          HD23      LEU 116  -5.346 -14.058   3.460

  No H/Q in entry =          11
  In of MODEL    1
    1    H    SER 117           H        SER 117  -4.831 -13.885  -0.464
    2    HA   SER 117           HA       SER 117  -3.362 -11.651   0.185
    3    HB2  SER 117           HB2      SER 117  -1.694 -12.614  -1.536
    4    HB3  SER 117           HB3      SER 117  -2.135 -13.625  -0.161
    5    HG   SER 117           HG       SER 117  -2.367 -14.206  -2.713

  No H/Q in entry =           5
  In of MODEL    1
    1    H    ALA 118           H        ALA 118  -4.598 -12.637  -2.930
    2    HA   ALA 118           HA       ALA 118  -3.643 -10.541  -4.488
    3    HB2  ALA 118           HB1      ALA 118  -5.022 -11.335  -6.184
    4    HB1  ALA 118           HB2      ALA 118  -6.239 -11.915  -5.045
    5    HB3  ALA 118           HB3      ALA 118  -4.698 -12.760  -5.197

  No H/Q in entry =           5
  In of MODEL    1
    1    H    GLN 119           H        GLN 119  -6.355 -10.661  -2.303
    2    HA   GLN 119           HA       GLN 119  -7.740  -8.451  -3.443
    3    HB2  GLN 119           HB2      GLN 119  -7.836  -9.855  -0.796
    4    HB3  GLN 119           HB3      GLN 119  -8.612  -8.286  -0.963
    5    HG2  GLN 119           HG2      GLN 119  -9.585 -10.844  -1.701
    6    HG3  GLN 119           HG3      GLN 119 -10.395  -9.284  -1.798
    7   HE21  GLN 119          HE21      GLN 119  -8.679 -11.742  -3.526
    8   HE22  GLN 119          HE22      GLN 119  -8.966 -11.114  -5.114

  No H/Q in entry =           8
  In of MODEL    1
    1    H    MET 120           H        MET 120  -5.815  -8.642  -0.365
    2    HA   MET 120           HA       MET 120  -5.286  -6.051  -0.043
    3    HB2  MET 120           HB2      MET 120  -3.933  -8.551   0.595
    4    HB3  MET 120           HB3      MET 120  -2.851  -7.164   0.553
    5    HG2  MET 120           HG2      MET 120  -3.765  -6.208   2.381
    6    HG3  MET 120           HG3      MET 120  -5.387  -6.798   2.013
    7    HE1  MET 120           HE1      MET 120  -5.769  -9.330   1.801
    8    HE3  MET 120           HE2      MET 120  -5.231 -10.482   3.023
    9    HE2  MET 120           HE3      MET 120  -4.209 -10.136   1.631

  No H/Q in entry =           9
  In of MODEL    1
    1    H    ALA 121           H        ALA 121  -3.526  -8.149  -2.266
    2    HA   ALA 121           HA       ALA 121  -1.495  -6.333  -2.923
    3    HB3  ALA 121           HB1      ALA 121  -0.791  -7.888  -4.411
    4    HB2  ALA 121           HB2      ALA 121  -2.419  -8.233  -4.996
    5    HB1  ALA 121           HB3      ALA 121  -1.869  -8.912  -3.463

  No H/Q in entry =           5
  In of MODEL    1
    1    H    ARG 122           H        ARG 122  -4.784  -6.669  -3.922
    2    HA   ARG 122           HA       ARG 122  -4.547  -4.997  -6.213
    3    HB2  ARG 122           HB2      ARG 122  -6.650  -6.504  -4.875
    4    HB3  ARG 122           HB3      ARG 122  -7.217  -4.959  -5.509
    5    HG2  ARG 122           HG2      ARG 122  -7.372  -6.988  -7.038
    6    HG3  ARG 122           HG3      ARG 122  -6.642  -5.524  -7.708
    7    HD2  ARG 122           HD2      ARG 122  -4.472  -6.748  -6.636
    8    HD3  ARG 122           HD3      ARG 122  -5.436  -8.142  -7.128
    9    HE   ARG 122           HE       ARG 122  -4.091  -6.237  -8.819
   10   HH11  ARG 122          HH11      ARG 122  -6.592  -8.666  -8.596
   11   HH12  ARG 122          HH12      ARG 122  -6.611  -8.998 -10.295
   12   HH21  ARG 122          HH21      ARG 122  -4.147  -6.626 -11.061
   13   HH22  ARG 122          HH22      ARG 122  -5.232  -7.813 -11.706

  No H/Q in entry =          13
  In of MODEL    1
    1    H    ARG 123           H        ARG 123  -5.017  -4.629  -2.901
    2    HA   ARG 123           HA       ARG 123  -5.945  -1.923  -2.988
    3    HB2  ARG 123           HB2      ARG 123  -5.144  -3.820  -0.819
    4    HB3  ARG 123           HB3      ARG 123  -5.244  -2.099  -0.473
    5    HG2  ARG 123           HG2      ARG 123  -7.297  -3.495   0.040
    6    HG3  ARG 123           HG3      ARG 123  -7.553  -2.029  -0.903
    7    HD2  ARG 123           HD2      ARG 123  -7.690  -3.320  -2.942
    8    HD3  ARG 123           HD3      ARG 123  -7.276  -4.796  -2.076
    9    HE   ARG 123           HE       ARG 123  -9.442  -4.934  -1.288
   10   HH11  ARG 123          HH11      ARG 123  -8.969  -1.837  -2.873
   11   HH12  ARG 123          HH12      ARG 123 -10.665  -1.505  -3.010
   12   HH21  ARG 123          HH21      ARG 123 -11.676  -4.505  -1.493
   13   HH22  ARG 123          HH22      ARG 123 -12.192  -3.003  -2.202

  No H/Q in entry =          13
  In of MODEL    1
    1    H    LEU 124           H        LEU 124  -2.957  -3.684  -2.849
    2    HA   LEU 124           HA       LEU 124  -1.231  -1.521  -2.213
    3    HB2  LEU 124           HB2      LEU 124  -1.015  -4.251  -3.039
    4    HB3  LEU 124           HB3      LEU 124  -0.049  -3.286  -4.131
    5    HG   LEU 124           HG       LEU 124   0.318  -3.716  -1.188
    6   HD12  LEU 124          HD11      LEU 124   2.577  -4.213  -1.963
    7   HD11  LEU 124          HD12      LEU 124   2.048  -3.871  -3.616
    8   HD13  LEU 124          HD13      LEU 124   1.353  -5.236  -2.731
    9   HD22  LEU 124          HD21      LEU 124   0.645  -1.402  -1.235
   10   HD21  LEU 124          HD22      LEU 124   1.340  -1.450  -2.857
   11   HD23  LEU 124          HD23      LEU 124   2.255  -2.084  -1.486

  No H/Q in entry =          11
  In of MODEL    1
    1    H    GLN 125           H        GLN 125  -2.695  -2.900  -5.032
    2    HA   GLN 125           HA       GLN 125  -1.544  -1.162  -6.968
    3    HB2  GLN 125           HB2      GLN 125  -2.274  -3.208  -7.827
    4    HB3  GLN 125           HB3      GLN 125  -3.782  -3.161  -6.931
    5    HG2  GLN 125           HG2      GLN 125  -4.628  -2.694  -8.958
    6    HG3  GLN 125           HG3      GLN 125  -4.168  -1.051  -8.522
    7   HE21  GLN 125          HE21      GLN 125  -2.008  -3.682  -9.477
    8   HE22  GLN 125          HE22      GLN 125  -1.453  -2.917 -10.925

  No H/Q in entry =           8
  In of MODEL    1
    1    H    VAL 126           H        VAL 126  -4.018  -0.678  -4.588
    2    HA   VAL 126           HA       VAL 126  -5.318   1.361  -6.229
    3    HB   VAL 126           HB       VAL 126  -6.688  -0.348  -4.805
    4   HG11  VAL 126          HG11      VAL 126  -5.355   0.004  -2.723
    5   HG13  VAL 126          HG12      VAL 126  -7.094   0.212  -2.517
    6   HG12  VAL 126          HG13      VAL 126  -6.044   1.625  -2.623
    7   HG21  VAL 126          HG21      VAL 126  -7.507   1.762  -5.902
    8   HG23  VAL 126          HG22      VAL 126  -7.304   2.543  -4.331
    9   HG22  VAL 126          HG23      VAL 126  -8.429   1.197  -4.508

  No H/Q in entry =           9
  In of MODEL    1
    1    H    THR 127           H        THR 127  -3.266   0.755  -3.472
    2    HA   THR 127           HA       THR 127  -3.241   3.539  -2.624
    3    HB   THR 127           HB       THR 127  -1.345   1.403  -1.658
    4    HG1  THR 127           HG1      THR 127  -3.410   0.508  -1.410
    5   HG23  THR 127          HG21      THR 127  -1.319   2.693   0.377
    6   HG22  THR 127          HG22      THR 127  -2.614   3.733  -0.218
    7   HG21  THR 127          HG23      THR 127  -1.022   3.782  -0.978

  No H/Q in entry =           7
  In of MODEL    1
    1    H    SER 128           H        SER 128  -1.666   1.982  -5.391
    2    HA   SER 128           HA       SER 128   0.799   3.235  -4.569
    3    HB2  SER 128           HB2      SER 128   0.134   1.168  -6.679
    4    HB3  SER 128           HB3      SER 128   1.677   2.021  -6.618
    5    HG   SER 128           HG       SER 128   0.571   0.240  -4.715

  No H/Q in entry =           5
  In of MODEL    1
    1    H    GLU 129           H        GLU 129  -2.096   3.686  -6.129
    2    HA   GLU 129           HA       GLU 129  -0.894   5.564  -8.058
    3    HB2  GLU 129           HB2      GLU 129  -3.333   3.832  -8.477
    4    HB3  GLU 129           HB3      GLU 129  -2.820   5.108  -9.568
    5    HG2  GLU 129           HG2      GLU 129  -0.591   3.784  -9.658
    6    HG3  GLU 129           HG3      GLU 129  -1.567   2.451  -9.042

  No H/Q in entry =           6
  In of MODEL    1
    1    H    LYS 130           H        LYS 130  -2.242   5.909  -5.238
    2    HA   LYS 130           HA       LYS 130  -3.762   8.219  -6.089
    3    HB2  LYS 130           HB2      LYS 130  -4.954   5.788  -4.891
    4    HB3  LYS 130           HB3      LYS 130  -5.463   7.313  -4.182
    5    HG2  LYS 130           HG2      LYS 130  -6.738   7.834  -5.940
    6    HG3  LYS 130           HG3      LYS 130  -5.516   7.313  -7.100
    7    HD2  LYS 130           HD2      LYS 130  -7.018   5.255  -5.542
    8    HD3  LYS 130           HD3      LYS 130  -7.807   6.046  -6.908
    9    HE2  LYS 130           HE2      LYS 130  -5.212   4.508  -6.969
   10    HE3  LYS 130           HE3      LYS 130  -6.758   3.986  -7.635
   11    HZ2  LYS 130           HZ1      LYS 130  -4.888   6.015  -8.642
   12    HZ1  LYS 130           HZ2      LYS 130  -6.539   6.202  -8.967
   13    HZ3  LYS 130           HZ3      LYS 130  -5.726   4.811  -9.487

  No H/Q in entry =          13
  In of MODEL    1
    1    H    VAL 131           H        VAL 131  -1.264   7.378  -4.555
    2    HA   VAL 131           HA       VAL 131  -1.754   8.042  -1.834
    3    HB   VAL 131           HB       VAL 131   0.694   7.493  -3.438
    4   HG12  VAL 131          HG11      VAL 131   2.162   8.153  -1.568
    5   HG11  VAL 131          HG12      VAL 131   0.780   8.902  -0.768
    6   HG13  VAL 131          HG13      VAL 131   1.359   9.539  -2.308
    7   HG23  VAL 131          HG21      VAL 131   1.141   6.125  -1.327
    8   HG22  VAL 131          HG22      VAL 131  -0.197   5.622  -2.363
    9   HG21  VAL 131          HG23      VAL 131  -0.517   6.518  -0.877

  No H/Q in entry =           9
  In of MODEL    1
    1    H    GLY 132           H        GLY 132  -0.053   9.709  -4.445
    2    HA3  GLY 132           HA2      GLY 132  -0.016  12.203  -2.936
    3    HA2  GLY 132           HA3      GLY 132   0.771  11.913  -4.477

  No H/Q in entry =           3
  In of MODEL    1
    1    H    ASN 133           H        ASN 133  -2.353  10.799  -4.531
    2    HA   ASN 133           HA       ASN 133  -3.179  12.726  -6.436
    3    HB2  ASN 133           HB2      ASN 133  -3.815  10.220  -6.158
    4    HB3  ASN 133           HB3      ASN 133  -5.047  10.824  -5.055
    5   HD21  ASN 133          HD21      ASN 133  -6.689  10.114  -6.393
    6   HD22  ASN 133          HD22      ASN 133  -7.067  10.888  -7.890

  No H/Q in entry =           6
  In of MODEL    1
    1    H    LEU 134           H        LEU 134  -4.550  11.873  -3.248
    2    HA   LEU 134           HA       LEU 134  -6.159  14.249  -3.169
    3    HB2  LEU 134           HB2      LEU 134  -6.611  13.522  -0.789
    4    HB3  LEU 134           HB3      LEU 134  -7.125  12.457  -2.078
    5    HG   LEU 134           HG       LEU 134  -4.724  11.373  -1.528
    6   HD13  LEU 134          HD11      LEU 134  -4.162  12.828   0.277
    7   HD12  LEU 134          HD12      LEU 134  -4.587  11.260   0.966
    8   HD11  LEU 134          HD13      LEU 134  -5.741  12.593   1.026
    9   HD21  LEU 134          HD21      LEU 134  -7.392  10.885  -0.228
   10   HD23  LEU 134          HD22      LEU 134  -6.032   9.760  -0.133
   11   HD22  LEU 134          HD23      LEU 134  -6.761  10.135  -1.696

  No H/Q in entry =          11
  In of MODEL    1
    1    H    ALA 135           H        ALA 135  -3.013  13.617  -2.563
    2    HA   ALA 135           HA       ALA 135  -2.507  15.436  -0.379
    3    HB3  ALA 135           HB1      ALA 135  -0.060  14.901  -1.197
    4    HB2  ALA 135           HB2      ALA 135  -0.874  13.557  -1.997
    5    HB1  ALA 135           HB3      ALA 135  -0.997  13.747  -0.250

  No H/Q in entry =           5
  In of MODEL    1
    1    H    PHE 136           H        PHE 136  -3.026  15.637  -3.676
    2    HA   PHE 136           HA       PHE 136  -1.238  17.814  -4.278
    3    HB2  PHE 136           HB2      PHE 136  -2.422  15.871  -5.743
    4    HB3  PHE 136           HB3      PHE 136  -3.496  17.222  -6.082
    5    HD1  PHE 136           HD1      PHE 136  -3.035  17.808  -8.257
    6    HD2  PHE 136           HD2      PHE 136   0.186  17.205  -5.543
    7    HE1  PHE 136           HE1      PHE 136  -1.456  18.623  -9.954
    8    HE2  PHE 136           HE2      PHE 136   1.771  18.026  -7.234
    9    HZ   PHE 136           HZ       PHE 136   0.950  18.735  -9.445

  No H/Q in entry =           9
  In of MODEL    1
    1    H    LEU 137           H        LEU 137  -4.148  17.708  -2.621
    2    HA   LEU 137           HA       LEU 137  -5.838  19.172  -2.144
    3    HB2  LEU 137           HB2      LEU 137  -3.475  20.970  -2.504
    4    HB3  LEU 137           HB3      LEU 137  -5.042  21.609  -2.050
    5    HG   LEU 137           HG       LEU 137  -4.841  19.733  -0.164
    6   HD13  LEU 137          HD11      LEU 137  -2.700  18.869  -0.930
    7   HD12  LEU 137          HD12      LEU 137  -2.537  19.614   0.661
    8   HD11  LEU 137          HD13      LEU 137  -1.982  20.473  -0.775
    9   HD23  LEU 137          HD21      LEU 137  -3.976  21.493   1.311
   10   HD22  LEU 137          HD22      LEU 137  -5.213  22.100   0.209
   11   HD21  LEU 137          HD23      LEU 137  -3.511  22.435  -0.105

  No H/Q in entry =          11
  In of MODEL    1
    1    H    ASP 138           H        ASP 138  -5.745  18.352  -4.700
    2    HA   ASP 138           HA       ASP 138  -6.259  20.352  -6.604
    3    HB2  ASP 138           HB2      ASP 138  -5.308  18.053  -7.107
    4    HB3  ASP 138           HB3      ASP 138  -6.982  17.490  -7.123

  No H/Q in entry =           4
  In of MODEL    1
    1    H    VAL 139           H        VAL 139  -8.071  20.020  -4.141
    2    HA   VAL 139           HA       VAL 139 -10.561  19.182  -4.315
    3    HB   VAL 139           HB       VAL 139  -9.392  21.520  -3.090
    4   HG13  VAL 139          HG11      VAL 139 -10.687  23.108  -4.130
    5   HG12  VAL 139          HG12      VAL 139 -11.760  22.637  -2.807
    6   HG11  VAL 139          HG13      VAL 139 -12.014  21.982  -4.424
    7   HG23  VAL 139          HG21      VAL 139 -11.153  21.134  -1.402
    8   HG22  VAL 139          HG22      VAL 139 -10.244  19.681  -1.814
    9   HG21  VAL 139          HG23      VAL 139 -11.866  19.928  -2.473

  No H/Q in entry =           9
  In of MODEL    1
    1    H    THR 140           H        THR 140  -9.453  21.879  -6.387
    2    HA   THR 140           HA       THR 140 -11.987  22.540  -7.426
    3    HB   THR 140           HB       THR 140 -10.044  22.890  -9.447
    4    HG1  THR 140           HG1      THR 140  -8.232  23.096  -8.385
    5   HG22  THR 140          HG21      THR 140 -10.282  25.266  -8.844
    6   HG21  THR 140          HG22      THR 140 -11.130  24.790  -7.372
    7   HG23  THR 140          HG23      THR 140 -11.837  24.443  -8.950

  No H/Q in entry =           7
  In of MODEL    1
    1    H    GLY 141           H        GLY 141 -13.209  20.833  -8.110
    2    HA3  GLY 141           HA2      GLY 141 -13.990  19.432  -9.763
    3    HA2  GLY 141           HA3      GLY 141 -12.413  19.496 -10.532

  No H/Q in entry =           3
  In of MODEL    1
    1    H    ARG 142           H        ARG 142 -11.828  18.767  -7.345
    2    HA   ARG 142           HA       ARG 142 -11.628  15.942  -8.044
    3    HB2  ARG 142           HB2      ARG 142  -9.777  17.601  -6.900
    4    HB3  ARG 142           HB3      ARG 142 -10.407  16.733  -5.507
    5    HG2  ARG 142           HG2      ARG 142  -8.378  15.738  -6.683
    6    HG3  ARG 142           HG3      ARG 142  -9.730  14.652  -6.347
    7    HD2  ARG 142           HD2      ARG 142 -10.387  14.569  -8.560
    8    HD3  ARG 142           HD3      ARG 142  -9.607  16.099  -8.951
    9    HE   ARG 142           HE       ARG 142  -7.553  14.976  -9.151
   10   HH11  ARG 142          HH11      ARG 142 -10.117  12.759  -8.259
   11   HH12  ARG 142          HH12      ARG 142  -9.272  11.361  -8.836
   12   HH21  ARG 142          HH21      ARG 142  -6.450  13.118  -9.907
   13   HH22  ARG 142          HH22      ARG 142  -7.196  11.548  -9.768

  No H/Q in entry =          13
  In of MODEL    1
    1    H    ILE 143           H        ILE 143 -13.918  17.640  -6.704
    2    HA   ILE 143           HA       ILE 143 -14.425  15.855  -4.408
    3    HB   ILE 143           HB       ILE 143 -15.925  18.347  -5.103
    4   HG12  ILE 143          HG12      ILE 143 -13.814  18.192  -2.985
    5   HG13  ILE 143          HG13      ILE 143 -13.343  18.440  -4.662
    6   HG23  ILE 143          HG21      ILE 143 -17.133  16.892  -3.624
    7   HG22  ILE 143          HG22      ILE 143 -16.518  18.254  -2.686
    8   HG21  ILE 143          HG23      ILE 143 -15.714  16.688  -2.601
    9   HD11  ILE 143          HD11      ILE 143 -14.803  20.406  -4.736
   10   HD13  ILE 143          HD12      ILE 143 -13.489  20.538  -3.565
   11   HD12  ILE 143          HD13      ILE 143 -15.129  20.186  -3.017

  No H/Q in entry =          11
  In of MODEL    1
    1    H    ALA 144           H        ALA 144 -16.255  17.521  -6.904
    2    HA   ALA 144           HA       ALA 144 -18.403  15.711  -6.938
    3    HB2  ALA 144           HB1      ALA 144 -18.787  16.722  -9.282
    4    HB3  ALA 144           HB2      ALA 144 -17.434  17.785  -8.892
    5    HB1  ALA 144           HB3      ALA 144 -18.883  17.796  -7.889

  No H/Q in entry =           5
  In of MODEL    1
    1    H    GLN 145           H        GLN 145 -15.238  15.716  -8.151
    2    HA   GLN 145           HA       GLN 145 -15.374  14.000 -10.327
    3    HB2  GLN 145           HB2      GLN 145 -13.379  15.349  -9.401
    4    HB3  GLN 145           HB3      GLN 145 -13.135  13.988  -8.317
    5    HG2  GLN 145           HG2      GLN 145 -13.354  13.473 -11.237
    6    HG3  GLN 145           HG3      GLN 145 -11.863  14.163 -10.601
    7   HE21  GLN 145          HE21      GLN 145 -12.109  11.645 -11.844
    8   HE22  GLN 145          HE22      GLN 145 -11.704  10.437 -10.677

  No H/Q in entry =           8
  In of MODEL    1
    1    H    THR 146           H        THR 146 -15.143  13.279  -6.705
    2    HA   THR 146           HA       THR 146 -14.968  10.542  -7.294
    3    HB   THR 146           HB       THR 146 -15.478  11.959  -4.703
    4    HG1  THR 146           HG1      THR 146 -13.162  11.756  -6.264
    5   HG23  THR 146          HG21      THR 146 -14.384  10.032  -3.696
    6   HG22  THR 146          HG22      THR 146 -14.045   9.357  -5.287
    7   HG21  THR 146          HG23      THR 146 -15.710   9.478  -4.717

  No H/Q in entry =           7
  In of MODEL    1
    1    H    LEU 147           H        LEU 147 -17.472  12.737  -7.349
    2    HA   LEU 147           HA       LEU 147 -19.298  11.188  -5.678
    3    HB2  LEU 147           HB2      LEU 147 -19.842  13.808  -7.077
    4    HB3  LEU 147           HB3      LEU 147 -20.862  13.010  -5.887
    5    HG   LEU 147           HG       LEU 147 -18.173  14.281  -5.435
    6   HD13  LEU 147          HD11      LEU 147 -19.959  15.870  -5.387
    7   HD12  LEU 147          HD12      LEU 147 -19.427  15.574  -3.732
    8   HD11  LEU 147          HD13      LEU 147 -20.913  14.834  -4.326
    9   HD23  LEU 147          HD21      LEU 147 -18.621  13.581  -3.010
   10   HD22  LEU 147          HD22      LEU 147 -17.994  12.372  -4.130
   11   HD21  LEU 147          HD23      LEU 147 -19.706  12.380  -3.710

  No H/Q in entry =          11
  In of MODEL    1
    1    H    LEU 148           H        LEU 148 -18.448  12.115  -8.868
    2    HA   LEU 148           HA       LEU 148 -20.653  10.730 -10.114
    3    HB2  LEU 148           HB2      LEU 148 -18.167  11.550 -11.568
    4    HB3  LEU 148           HB3      LEU 148 -19.818  11.469 -12.156
    5    HG   LEU 148           HG       LEU 148 -18.718  13.523 -10.245
    6   HD12  LEU 148          HD11      LEU 148 -19.206  15.056 -12.154
    7   HD11  LEU 148          HD12      LEU 148 -19.453  13.619 -13.149
    8   HD13  LEU 148          HD13      LEU 148 -17.881  13.921 -12.410
    9   HD21  LEU 148          HD21      LEU 148 -21.494  13.244 -11.416
   10   HD23  LEU 148          HD22      LEU 148 -20.902  14.658 -10.543
   11   HD22  LEU 148          HD23      LEU 148 -21.044  13.109  -9.716

  No H/Q in entry =          11
  In of MODEL    1
    1    H    ASN 149           H        ASN 149 -17.471  10.103  -8.987
    2    HA   ASN 149           HA       ASN 149 -16.939   7.709 -10.415
    3    HB2  ASN 149           HB2      ASN 149 -15.309   9.134  -8.992
    4    HB3  ASN 149           HB3      ASN 149 -15.974   8.279  -7.606
    5   HD21  ASN 149          HD21      ASN 149 -13.267   8.307  -8.797
    6   HD22  ASN 149          HD22      ASN 149 -12.886   6.649  -9.107

  No H/Q in entry =           6
  In of MODEL    1
    1    H    LEU 150           H        LEU 150 -18.762   8.595  -7.619
    2    HA   LEU 150           HA       LEU 150 -19.336   5.919  -6.695
    3    HB2  LEU 150           HB2      LEU 150 -20.433   8.656  -6.074
    4    HB3  LEU 150           HB3      LEU 150 -21.174   7.207  -5.402
    5    HG   LEU 150           HG       LEU 150 -18.262   7.368  -5.051
    6   HD12  LEU 150          HD11      LEU 150 -18.706   8.899  -3.004
    7   HD11  LEU 150          HD12      LEU 150 -20.076   9.463  -3.965
    8   HD13  LEU 150          HD13      LEU 150 -18.438   9.611  -4.596
    9   HD22  LEU 150          HD21      LEU 150 -18.808   6.487  -2.892
   10   HD21  LEU 150          HD22      LEU 150 -19.766   5.639  -4.111
   11   HD23  LEU 150          HD23      LEU 150 -20.511   6.889  -3.113

  No H/Q in entry =          11
  In of MODEL    1
    1    H    ALA 151           H        ALA 151 -20.304   7.726  -9.484
    2    HA   ALA 151           HA       ALA 151 -23.006   6.642  -9.343
    3    HB3  ALA 151           HB1      ALA 151 -21.726   8.252 -11.557
    4    HB1  ALA 151           HB2      ALA 151 -22.658   8.957 -10.237
    5    HB2  ALA 151           HB3      ALA 151 -23.437   7.863 -11.379

  No H/Q in entry =           5
  In of MODEL    1
    1    H    LYS 152           H        LYS 152 -19.899   5.936 -10.259
    2    HA   LYS 152           HA       LYS 152 -20.674   4.014 -12.309
    3    HB2  LYS 152           HB2      LYS 152 -17.963   5.003 -11.417
    4    HB3  LYS 152           HB3      LYS 152 -18.260   3.940 -12.795
    5    HG2  LYS 152           HG2      LYS 152 -19.660   5.756 -13.785
    6    HG3  LYS 152           HG3      LYS 152 -19.147   6.798 -12.458
    7    HD2  LYS 152           HD2      LYS 152 -16.784   6.401 -13.164
    8    HD3  LYS 152           HD3      LYS 152 -17.408   5.550 -14.581
    9    HE2  LYS 152           HE2      LYS 152 -18.794   7.721 -14.940
   10    HE3  LYS 152           HE3      LYS 152 -17.596   8.452 -13.876
   11    HZ3  LYS 152           HZ1      LYS 152 -16.830   8.779 -16.055
   12    HZ2  LYS 152           HZ2      LYS 152 -17.152   7.183 -16.512
   13    HZ1  LYS 152           HZ3      LYS 152 -15.884   7.516 -15.444

  No H/Q in entry =          13
  In of MODEL    1
    1    H    GLN 153           H        GLN 153 -20.325   3.927  -8.912
    2    HA   GLN 153           HA       GLN 153 -19.204   1.214  -9.020
    3    HB2  GLN 153           HB2      GLN 153 -19.810   2.723  -6.498
    4    HB3  GLN 153           HB3      GLN 153 -18.576   1.508  -6.779
    5    HG2  GLN 153           HG2      GLN 153 -18.154   3.822  -8.418
    6    HG3  GLN 153           HG3      GLN 153 -18.262   4.241  -6.711
    7   HE21  GLN 153          HE21      GLN 153 -15.975   4.830  -7.089
    8   HE22  GLN 153          HE22      GLN 153 -14.773   3.598  -6.917

  No H/Q in entry =           8
  In of MODEL    1
    1    HA   PRO 154           HA       PRO 154 -23.027  -0.815  -7.906
    2    HB2  PRO 154           HB2      PRO 154 -22.445  -1.887  -5.389
    3    HB3  PRO 154           HB3      PRO 154 -22.151  -2.665  -6.946
    4    HG2  PRO 154           HG2      PRO 154 -20.273  -1.163  -5.187
    5    HG3  PRO 154           HG3      PRO 154 -19.970  -2.581  -6.208
    6    HD2  PRO 154           HD2      PRO 154 -19.157  -0.144  -6.929
    7    HD3  PRO 154           HD3      PRO 154 -19.752  -1.303  -8.128

  No H/Q in entry =           7
  In of MODEL    1
    1    H    ASP 155           H        ASP 155 -21.831   1.669  -5.903
    2    HA   ASP 155           HA       ASP 155 -24.038   1.633  -4.005
    3    HB2  ASP 155           HB2      ASP 155 -21.786   3.705  -4.491
    4    HB3  ASP 155           HB3      ASP 155 -23.005   3.860  -3.232

  No H/Q in entry =           4
  In of MODEL    1
    1    H    ALA 156           H        ALA 156 -23.801   3.190  -7.395
    2    HA   ALA 156           HA       ALA 156 -25.262   5.401  -6.652
    3    HB1  ALA 156           HB1      ALA 156 -25.444   3.922  -9.260
    4    HB2  ALA 156           HB2      ALA 156 -24.050   4.914  -8.833
    5    HB3  ALA 156           HB3      ALA 156 -25.648   5.650  -8.967

  No H/Q in entry =           5
  In of MODEL    1
    1    H    MET 157           H        MET 157 -27.183   5.387  -5.701
    2    HA   MET 157           HA       MET 157 -28.818   3.027  -6.062
    3    HB2  MET 157           HB2      MET 157 -28.018   4.293  -3.894
    4    HB3  MET 157           HB3      MET 157 -29.544   5.156  -4.141
    5    HG2  MET 157           HG2      MET 157 -30.530   2.776  -4.402
    6    HG3  MET 157           HG3      MET 157 -29.054   2.270  -3.583
    7    HE3  MET 157           HE1      MET 157 -31.626   5.371  -3.045
    8    HE2  MET 157           HE2      MET 157 -32.618   4.538  -1.848
    9    HE1  MET 157           HE3      MET 157 -32.436   3.863  -3.466

  No H/Q in entry =           9
  In of MODEL    1
    1    H    THR 158           H        THR 158 -30.108   3.328  -8.056
    2    HA   THR 158           HA       THR 158 -31.180   5.679  -8.765
    3    HB   THR 158           HB       THR 158 -33.149   4.249  -9.696
    4    HG1  THR 158           HG1      THR 158 -33.010   2.327  -8.704
    5   HG21  THR 158          HG21      THR 158 -31.265   5.137 -11.006
    6   HG23  THR 158          HG22      THR 158 -31.736   3.525 -11.543
    7   HG22  THR 158          HG23      THR 158 -30.294   3.737 -10.549

  No H/Q in entry =           7
  In of MODEL    1
    1    H    HIS 159           H        HIS 159 -33.089   6.779  -8.569
    2    HA   HIS 159           HA       HIS 159 -35.058   6.029  -6.590
    3    HB2  HIS 159           HB2      HIS 159 -34.095   7.292  -4.960
    4    HB3  HIS 159           HB3      HIS 159 -32.910   7.937  -6.077
    5    HD1  HIS 159           HD1      HIS 159 -35.967   8.808  -4.214
    6    HD2  HIS 159           HD2      HIS 159 -33.636  10.446  -7.237
    7    HE1  HIS 159           HE1      HIS 159 -36.621  11.231  -4.335
    8    HE2  HIS 159           HE2      HIS 159 -35.091  12.234  -6.071

  No H/Q in entry =           8
  In of MODEL    1
    1    HA   PRO 160           HA       PRO 160 -37.519   7.685  -9.828
    2    HB2  PRO 160           HB2      PRO 160 -39.583   8.926  -8.533
    3    HB3  PRO 160           HB3      PRO 160 -39.418   7.175  -8.702
    4    HG2  PRO 160           HG2      PRO 160 -38.685   8.928  -6.384
    5    HG3  PRO 160           HG3      PRO 160 -39.525   7.365  -6.384
    6    HD2  PRO 160           HD2      PRO 160 -36.916   7.551  -5.789
    7    HD3  PRO 160           HD3      PRO 160 -37.567   6.167  -6.692

  No H/Q in entry =           7
  In of MODEL    1
    1    H    ASP 161           H        ASP 161 -35.328   9.439  -9.436
    2    HA   ASP 161           HA       ASP 161 -36.122  11.737 -10.799
    3    HB2  ASP 161           HB2      ASP 161 -37.264  12.705  -9.018
    4    HB3  ASP 161           HB3      ASP 161 -36.211  11.977  -7.814

  No H/Q in entry =           4
  In of MODEL    1
    1    H    GLY 162           H        GLY 162 -33.823   9.967  -8.940
    2    HA3  GLY 162           HA2      GLY 162 -31.699  10.676 -10.571
    3    HA2  GLY 162           HA3      GLY 162 -31.602  11.576  -9.056

  No H/Q in entry =           3
  In of MODEL    1
    1    H    MET 163           H        MET 163 -29.582  10.034  -9.305
    2    HA   MET 163           HA       MET 163 -30.128   7.640  -7.667
    3    HB2  MET 163           HB2      MET 163 -27.932   6.960  -9.290
    4    HB3  MET 163           HB3      MET 163 -29.527   6.228  -9.345
    5    HG2  MET 163           HG2      MET 163 -30.132   8.166 -10.928
    6    HG3  MET 163           HG3      MET 163 -28.391   8.386 -11.080
    7    HE2  MET 163           HE1      MET 163 -27.201   4.992 -11.856
    8    HE1  MET 163           HE2      MET 163 -26.846   6.681 -11.498
    9    HE3  MET 163           HE3      MET 163 -27.006   6.149 -13.172

  No H/Q in entry =           9
  In of MODEL    1
    1    H    GLN 164           H        GLN 164 -29.131   7.839  -6.018
    2    HA   GLN 164           HA       GLN 164 -27.003   9.759  -5.674
    3    HB2  GLN 164           HB2      GLN 164 -27.773   9.875  -3.394
    4    HB3  GLN 164           HB3      GLN 164 -29.147  10.092  -4.467
    5    HG2  GLN 164           HG2      GLN 164 -28.654   7.320  -3.678
    6    HG3  GLN 164           HG3      GLN 164 -29.070   8.400  -2.349
    7   HE21  GLN 164          HE21      GLN 164 -31.040   7.437  -2.014
    8   HE22  GLN 164          HE22      GLN 164 -32.365   7.623  -3.105

  No H/Q in entry =           8
  In of MODEL    1
    1    H    ILE 165           H        ILE 165 -26.125   9.202  -3.395
    2    HA   ILE 165           HA       ILE 165 -25.217   6.662  -2.729
    3    HB   ILE 165           HB       ILE 165 -22.714   7.700  -3.231
    4   HG12  ILE 165          HG12      ILE 165 -23.094   7.982  -5.913
    5   HG13  ILE 165          HG13      ILE 165 -24.558   8.733  -5.294
    6   HG22  ILE 165          HG21      ILE 165 -23.914   5.975  -5.322
    7   HG21  ILE 165          HG22      ILE 165 -23.853   5.403  -3.656
    8   HG23  ILE 165          HG23      ILE 165 -22.362   5.843  -4.495
    9   HD13  ILE 165          HD11      ILE 165 -23.186  10.536  -5.393
   10   HD12  ILE 165          HD12      ILE 165 -21.740   9.593  -5.055
   11   HD11  ILE 165          HD13      ILE 165 -22.849   9.998  -3.749

  No H/Q in entry =          11
  In of MODEL    1
    1    H    LYS 166           H        LYS 166 -25.054   7.417  -0.146
    2    HA   LYS 166           HA       LYS 166 -24.842  10.190   0.054
    3    HB2  LYS 166           HB2      LYS 166 -26.374   9.227   1.574
    4    HB3  LYS 166           HB3      LYS 166 -25.405   7.778   1.764
    5    HG2  LYS 166           HG2      LYS 166 -23.735   9.581   2.842
    6    HG3  LYS 166           HG3      LYS 166 -25.281  10.343   3.201
    7    HD2  LYS 166           HD2      LYS 166 -24.556   7.498   3.897
    8    HD3  LYS 166           HD3      LYS 166 -24.476   8.859   5.014
    9    HE2  LYS 166           HE2      LYS 166 -26.922   9.228   4.590
   10    HE3  LYS 166           HE3      LYS 166 -26.927   7.713   3.688
   11    HZ2  LYS 166           HZ1      LYS 166 -26.326   8.086   6.568
   12    HZ1  LYS 166           HZ2      LYS 166 -26.060   6.637   5.747
   13    HZ3  LYS 166           HZ3      LYS 166 -27.629   7.246   5.892

  No H/Q in entry =          13
  In of MODEL    1
    1    H    ILE 167           H        ILE 167 -22.943  11.063   0.126
    2    HA   ILE 167           HA       ILE 167 -20.878   9.549   1.552
    3    HB   ILE 167           HB       ILE 167 -19.701  11.544  -0.088
    4   HG12  ILE 167          HG12      ILE 167 -20.165  10.024  -2.227
    5   HG13  ILE 167          HG13      ILE 167 -21.684   9.723  -1.395
    6   HG23  ILE 167          HG21      ILE 167 -18.317   9.680  -0.800
    7   HG22  ILE 167          HG22      ILE 167 -19.493   8.539  -0.149
    8   HG21  ILE 167          HG23      ILE 167 -18.602   9.604   0.938
    9   HD12  ILE 167          HD11      ILE 167 -21.654  11.576  -3.097
   10   HD11  ILE 167          HD12      ILE 167 -20.674  12.481  -1.941
   11   HD13  ILE 167          HD13      ILE 167 -22.304  11.967  -1.505

  No H/Q in entry =          11
  In of MODEL    1
    1    H    THR 168           H        THR 168 -20.623  10.492   3.498
    2    HA   THR 168           HA       THR 168 -21.327  13.193   3.927
    3    HB   THR 168           HB       THR 168 -19.551  12.737   5.925
    4    HG1  THR 168           HG1      THR 168 -20.433  10.208   6.038
    5   HG22  THR 168          HG21      THR 168 -21.455  11.872   7.243
    6   HG21  THR 168          HG22      THR 168 -22.350  11.609   5.746
    7   HG23  THR 168          HG23      THR 168 -21.914  13.246   6.238

  No H/Q in entry =           7
  In of MODEL    1
    1    H    ARG 169           H        ARG 169 -19.715  14.880   4.345
    2    HA   ARG 169           HA       ARG 169 -17.818  14.979   2.176
    3    HB2  ARG 169           HB2      ARG 169 -17.343  17.143   3.977
    4    HB3  ARG 169           HB3      ARG 169 -18.031  17.194   2.379
    5    HG2  ARG 169           HG2      ARG 169 -19.672  18.226   3.585
    6    HG3  ARG 169           HG3      ARG 169 -20.257  16.565   3.542
    7    HD2  ARG 169           HD2      ARG 169 -19.439  16.186   5.793
    8    HD3  ARG 169           HD3      ARG 169 -18.729  17.800   5.832
    9    HE   ARG 169           HE       ARG 169 -21.478  18.005   5.253
   10   HH11  ARG 169          HH11      ARG 169 -19.371  17.191   7.941
   11   HH12  ARG 169          HH12      ARG 169 -20.478  17.760   9.145
   12   HH21  ARG 169          HH21      ARG 169 -22.936  18.753   6.841
   13   HH22  ARG 169          HH22      ARG 169 -22.503  18.656   8.520

  No H/Q in entry =          13
  In of MODEL    1
    1    H    GLN 170           H        GLN 170 -17.770  13.930   5.618
    2    HA   GLN 170           HA       GLN 170 -15.202  14.037   6.056
    3    HB2  GLN 170           HB2      GLN 170 -17.308  11.992   6.668
    4    HB3  GLN 170           HB3      GLN 170 -15.647  11.726   7.175
    5    HG2  GLN 170           HG2      GLN 170 -16.519  12.708   9.042
    6    HG3  GLN 170           HG3      GLN 170 -15.882  14.115   8.196
    7   HE21  GLN 170          HE21      GLN 170 -18.018  13.873  10.183
    8   HE22  GLN 170          HE22      GLN 170 -19.421  14.570   9.455

  No H/Q in entry =           8
  In of MODEL    1
    1    H    GLU 171           H        GLU 171 -16.543  12.135   3.189
    2    HA   GLU 171           HA       GLU 171 -14.514  10.231   3.619
    3    HB2  GLU 171           HB2      GLU 171 -16.640  10.645   1.490
    4    HB3  GLU 171           HB3      GLU 171 -15.416   9.376   1.378
    5    HG2  GLU 171           HG2      GLU 171 -16.507   9.014   3.883
    6    HG3  GLU 171           HG3      GLU 171 -17.888   9.483   2.898

  No H/Q in entry =           6
  In of MODEL    1
    1    H    ILE 172           H        ILE 172 -15.658  13.050   2.218
    2    HA   ILE 172           HA       ILE 172 -13.884  13.370   0.052
    3    HB   ILE 172           HB       ILE 172 -15.485  15.535   1.389
    4   HG12  ILE 172          HG12      ILE 172 -17.017  13.707   1.100
    5   HG13  ILE 172          HG13      ILE 172 -17.298  14.825  -0.231
    6   HG21  ILE 172          HG21      ILE 172 -13.792  15.871  -0.548
    7   HG23  ILE 172          HG22      ILE 172 -15.390  16.607  -0.661
    8   HG22  ILE 172          HG23      ILE 172 -15.041  15.116  -1.537
    9   HD13  ILE 172          HD11      ILE 172 -17.343  12.603  -1.089
   10   HD12  ILE 172          HD12      ILE 172 -15.803  12.220  -0.310
   11   HD11  ILE 172          HD13      ILE 172 -15.855  13.369  -1.648

  No H/Q in entry =          11
  In of MODEL    1
    1    H    GLY 173           H        GLY 173 -13.669  14.274   3.670
    2    HA3  GLY 173           HA2      GLY 173 -11.684  16.103   3.391
    3    HA2  GLY 173           HA3      GLY 173 -11.774  14.891   4.667

  No H/Q in entry =           3
  In of MODEL    1
    1    H    GLN 174           H        GLN 174 -11.606  12.736   3.425
    2    HA   GLN 174           HA       GLN 174  -8.860  12.260   3.222
    3    HB2  GLN 174           HB2      GLN 174 -10.882  10.249   2.354
    4    HB3  GLN 174           HB3      GLN 174  -9.426  10.014   3.310
    5    HG2  GLN 174           HG2      GLN 174 -11.985  11.294   4.266
    6    HG3  GLN 174           HG3      GLN 174 -11.496   9.639   4.567
    7   HE21  GLN 174          HE21      GLN 174  -9.781  12.756   4.820
    8   HE22  GLN 174          HE22      GLN 174  -9.314  12.535   6.468

  No H/Q in entry =           8
  In of MODEL    1
    1    H    ILE 175           H        ILE 175 -11.374  11.747   0.808
    2    HA   ILE 175           HA       ILE 175  -9.653  10.655  -1.149
    3    HB   ILE 175           HB       ILE 175 -12.376  11.883  -1.539
    4   HG12  ILE 175          HG12      ILE 175 -11.857   8.952  -1.159
    5   HG13  ILE 175          HG13      ILE 175 -12.044  10.005   0.239
    6   HG23  ILE 175          HG21      ILE 175 -12.464  10.884  -3.599
    7   HG22  ILE 175          HG22      ILE 175 -11.349   9.596  -3.142
    8   HG21  ILE 175          HG23      ILE 175 -10.733  11.208  -3.505
    9   HD13  ILE 175          HD11      ILE 175 -14.151   9.022  -0.225
   10   HD12  ILE 175          HD12      ILE 175 -14.050   9.468  -1.925
   11   HD11  ILE 175          HD13      ILE 175 -14.242  10.719  -0.698

  No H/Q in entry =          11
  In of MODEL    1
    1    H    VAL 176           H        VAL 176 -10.716  13.876  -0.436
    2    HA   VAL 176           HA       VAL 176  -9.566  14.838  -2.931
    3    HB   VAL 176           HB       VAL 176 -11.129  16.350  -0.847
    4   HG11  VAL 176          HG11      VAL 176 -10.278  17.008  -3.644
    5   HG13  VAL 176          HG12      VAL 176  -9.775  17.808  -2.156
    6   HG12  VAL 176          HG13      VAL 176 -11.444  17.940  -2.710
    7   HG23  VAL 176          HG21      VAL 176 -12.993  16.147  -2.439
    8   HG22  VAL 176          HG22      VAL 176 -12.470  14.582  -1.818
    9   HG21  VAL 176          HG23      VAL 176 -12.002  15.089  -3.440

  No H/Q in entry =           9
  In of MODEL    1
    1    H    GLY 177           H        GLY 177  -9.139  15.006   0.534
    2    HA3  GLY 177           HA2      GLY 177  -6.876  15.126   1.338
    3    HA2  GLY 177           HA3      GLY 177  -6.518  16.263   0.046

  No H/Q in entry =           3
  In of MODEL    1
    1    H    CYS 178           H        CYS 178  -9.425  17.230   0.970
    2    HA   CYS 178           HA       CYS 178  -8.336  19.073   3.029
    3    HB2  CYS 178           HB2      CYS 178 -10.050  19.633   0.627
    4    HB3  CYS 178           HB3      CYS 178 -10.094  20.692   2.031
    5    HG   CYS 178           HG       CYS 178  -7.030  20.639   1.635

  No H/Q in entry =           5
  In of MODEL    1
    1    H    SER 179           H        SER 179  -9.872  19.781   4.619
    2    HA   SER 179           HA       SER 179 -11.556  17.698   5.437
    3    HB2  SER 179           HB2      SER 179 -12.361  20.036   6.749
    4    HB3  SER 179           HB3      SER 179 -11.122  18.912   7.314
    5    HG   SER 179           HG       SER 179 -10.043  20.786   7.209

  No H/Q in entry =           5
  In of MODEL    1
    1    H    ARG 180           H        ARG 180 -13.720  18.028   5.833
    2    HA   ARG 180           HA       ARG 180 -15.455  18.624   3.834
    3    HB2  ARG 180           HB2      ARG 180 -17.123  18.918   5.858
    4    HB3  ARG 180           HB3      ARG 180 -16.458  17.355   5.436
    5    HG2  ARG 180           HG2      ARG 180 -16.195  17.301   7.668
    6    HG3  ARG 180           HG3      ARG 180 -14.643  17.994   7.208
    7    HD2  ARG 180           HD2      ARG 180 -15.225  20.105   7.953
    8    HD3  ARG 180           HD3      ARG 180 -16.958  19.778   7.830
    9    HE   ARG 180           HE       ARG 180 -16.276  18.046   9.712
   10   HH11  ARG 180          HH11      ARG 180 -15.462  21.454   9.390
   11   HH12  ARG 180          HH12      ARG 180 -15.213  21.654  11.102
   12   HH21  ARG 180          HH21      ARG 180 -15.973  18.340  11.925
   13   HH22  ARG 180          HH22      ARG 180 -15.502  19.895  12.538

  No H/Q in entry =          13
  In of MODEL    1
    1    H    GLU 181           H        GLU 181 -13.502  20.834   4.518
    2    HA   GLU 181           HA       GLU 181 -15.272  22.984   5.268
    3    HB2  GLU 181           HB2      GLU 181 -12.318  22.677   5.375
    4    HB3  GLU 181           HB3      GLU 181 -13.118  24.221   5.644
    5    HG2  GLU 181           HG2      GLU 181 -13.505  21.698   7.230
    6    HG3  GLU 181           HG3      GLU 181 -12.645  23.148   7.749

  No H/Q in entry =           6
  In of MODEL    1
    1    H    THR 182           H        THR 182 -12.419  22.850   3.293
    2    HA   THR 182           HA       THR 182 -13.103  24.822   1.384
    3    HB   THR 182           HB       THR 182 -11.668  22.569   0.165
    4    HG1  THR 182           HG1      THR 182  -9.817  22.800   1.607
    5   HG22  THR 182          HG21      THR 182 -10.806  25.389   0.828
    6   HG21  THR 182          HG22      THR 182 -11.551  24.863  -0.683
    7   HG23  THR 182          HG23      THR 182  -9.949  24.272  -0.238

  No H/Q in entry =           7
  In of MODEL    1
    1    H    VAL 183           H        VAL 183 -13.333  21.322   1.480
    2    HA   VAL 183           HA       VAL 183 -15.143  20.952  -0.700
    3    HB   VAL 183           HB       VAL 183 -13.746  19.408   1.366
    4   HG11  VAL 183          HG11      VAL 183 -16.171  19.034   1.987
    5   HG13  VAL 183          HG12      VAL 183 -15.160  17.607   1.684
    6   HG12  VAL 183          HG13      VAL 183 -16.303  18.172   0.453
    7   HG23  VAL 183          HG21      VAL 183 -14.808  18.557  -1.302
    8   HG22  VAL 183          HG22      VAL 183 -13.596  17.722  -0.322
    9   HG21  VAL 183          HG23      VAL 183 -13.231  19.308  -1.020

  No H/Q in entry =           9
  In of MODEL    1
    1    H    GLY 184           H        GLY 184 -15.503  21.661   2.892
    2    HA3  GLY 184           HA2      GLY 184 -18.161  21.287   3.003
    3    HA2  GLY 184           HA3      GLY 184 -17.294  22.561   3.855

  No H/Q in entry =           3
  In of MODEL    1
    1    H    ARG 185           H        ARG 185 -16.557  23.588   0.785
    2    HA   ARG 185           HA       ARG 185 -18.653  25.534   1.016
    3    HB2  ARG 185           HB2      ARG 185 -16.452  25.093  -1.026
    4    HB3  ARG 185           HB3      ARG 185 -17.613  26.411  -1.118
    5    HG2  ARG 185           HG2      ARG 185 -16.749  27.129   1.161
    6    HG3  ARG 185           HG3      ARG 185 -15.435  25.978   0.904
    7    HD2  ARG 185           HD2      ARG 185 -14.932  27.144  -1.243
    8    HD3  ARG 185           HD3      ARG 185 -16.131  28.361  -0.805
    9    HE   ARG 185           HE       ARG 185 -14.360  28.180   1.323
   10   HH11  ARG 185          HH11      ARG 185 -14.244  29.080  -2.061
   11   HH12  ARG 185          HH12      ARG 185 -12.927  30.189  -1.852
   12   HH21  ARG 185          HH21      ARG 185 -12.637  29.641   1.599
   13   HH22  ARG 185          HH22      ARG 185 -12.018  30.518   0.235

  No H/Q in entry =          13
  In of MODEL    1
    1    H    ILE 186           H        ILE 186 -17.458  22.858  -0.704
    2    HA   ILE 186           HA       ILE 186 -19.256  23.155  -2.964
    3    HB   ILE 186           HB       ILE 186 -17.125  21.140  -2.390
    4   HG12  ILE 186          HG12      ILE 186 -16.821  22.201  -4.921
    5   HG13  ILE 186          HG13      ILE 186 -17.514  23.546  -4.026
    6   HG21  ILE 186          HG21      ILE 186 -19.374  20.295  -3.584
    7   HG23  ILE 186          HG22      ILE 186 -17.772  19.715  -4.039
    8   HG22  ILE 186          HG23      ILE 186 -18.549  20.989  -4.979
    9   HD13  ILE 186          HD11      ILE 186 -15.289  23.918  -3.726
   10   HD12  ILE 186          HD12      ILE 186 -14.891  22.200  -3.712
   11   HD11  ILE 186          HD13      ILE 186 -15.643  22.944  -2.298

  No H/Q in entry =          11
  In of MODEL    1
    1    H    LEU 187           H        LEU 187 -18.969  20.935  -0.319
    2    HA   LEU 187           HA       LEU 187 -21.207  19.422  -1.158
    3    HB2  LEU 187           HB2      LEU 187 -19.710  19.464   1.429
    4    HB3  LEU 187           HB3      LEU 187 -20.908  18.248   0.961
    5    HG   LEU 187           HG       LEU 187 -18.137  18.657  -0.053
    6   HD12  LEU 187          HD11      LEU 187 -19.347  16.104  -0.488
    7   HD11  LEU 187          HD12      LEU 187 -19.518  16.638   1.188
    8   HD13  LEU 187          HD13      LEU 187 -17.916  16.545   0.448
    9   HD21  LEU 187          HD21      LEU 187 -19.534  19.092  -2.059
   10   HD23  LEU 187          HD22      LEU 187 -20.241  17.489  -1.854
   11   HD22  LEU 187          HD23      LEU 187 -18.521  17.656  -2.189

  No H/Q in entry =          11
  In of MODEL    1
    1    H    LYS 188           H        LYS 188 -20.905  22.388   0.059
    2    HA   LYS 188           HA       LYS 188 -23.395  22.392   1.653
    3    HB2  LYS 188           HB2      LYS 188 -21.339  23.847   2.278
    4    HB3  LYS 188           HB3      LYS 188 -21.825  24.857   0.925
    5    HG2  LYS 188           HG2      LYS 188 -23.829  24.167   3.020
    6    HG3  LYS 188           HG3      LYS 188 -22.616  25.403   3.349
    7    HD2  LYS 188           HD2      LYS 188 -23.651  26.903   2.046
    8    HD3  LYS 188           HD3      LYS 188 -23.885  25.734   0.745
    9    HE2  LYS 188           HE2      LYS 188 -25.814  24.803   1.949
   10    HE3  LYS 188           HE3      LYS 188 -25.587  25.999   3.224
   11    HZ2  LYS 188           HZ1      LYS 188 -27.314  26.622   1.612
   12    HZ1  LYS 188           HZ2      LYS 188 -26.157  26.647   0.377
   13    HZ3  LYS 188           HZ3      LYS 188 -26.053  27.747   1.664

  No H/Q in entry =          13
  In of MODEL    1
    1    H    MET 189           H        MET 189 -21.982  23.216  -1.450
    2    HA   MET 189           HA       MET 189 -24.311  24.765  -2.302
    3    HB2  MET 189           HB2      MET 189 -23.249  25.183  -4.369
    4    HB3  MET 189           HB3      MET 189 -22.020  25.347  -3.132
    5    HG2  MET 189           HG2      MET 189 -21.173  23.124  -3.709
    6    HG3  MET 189           HG3      MET 189 -22.395  23.008  -4.977
    7    HE3  MET 189           HE1      MET 189 -20.266  26.265  -3.948
    8    HE2  MET 189           HE2      MET 189 -18.849  25.952  -4.948
    9    HE1  MET 189           HE3      MET 189 -19.274  24.841  -3.651

  No H/Q in entry =           9
  In of MODEL    1
    1    H    LEU 190           H        LEU 190 -23.159  21.548  -2.375
    2    HA   LEU 190           HA       LEU 190 -24.609  20.455  -4.447
    3    HB2  LEU 190           HB2      LEU 190 -24.023  19.280  -1.745
    4    HB3  LEU 190           HB3      LEU 190 -24.573  18.366  -3.140
    5    HG   LEU 190           HG       LEU 190 -21.937  19.657  -2.660
    6   HD11  LEU 190          HD11      LEU 190 -22.869  17.014  -3.697
    7   HD13  LEU 190          HD12      LEU 190 -22.140  17.354  -2.128
    8   HD12  LEU 190          HD13      LEU 190 -21.179  17.508  -3.601
    9   HD21  LEU 190          HD21      LEU 190 -23.201  19.157  -5.318
   10   HD23  LEU 190          HD22      LEU 190 -21.455  19.235  -5.085
   11   HD22  LEU 190          HD23      LEU 190 -22.458  20.637  -4.712

  No H/Q in entry =          11
  In of MODEL    1
    1    H    GLU 191           H        GLU 191 -25.761  20.847  -1.037
    2    HA   GLU 191           HA       GLU 191 -28.348  19.944  -1.614
    3    HB2  GLU 191           HB2      GLU 191 -26.987  20.533   0.649
    4    HB3  GLU 191           HB3      GLU 191 -27.986  21.972   0.512
    5    HG2  GLU 191           HG2      GLU 191 -29.993  20.644   0.535
    6    HG3  GLU 191           HG3      GLU 191 -29.050  19.155   0.505

  No H/Q in entry =           6
  In of MODEL    1
    1    H    ASP 192           H        ASP 192 -26.704  22.797  -2.385
    2    HA   ASP 192           HA       ASP 192 -29.083  24.449  -2.533
    3    HB2  ASP 192           HB2      ASP 192 -26.170  24.945  -3.085
    4    HB3  ASP 192           HB3      ASP 192 -27.381  26.055  -3.707

  No H/Q in entry =           4
  In of MODEL    1
    1    H    GLN 193           H        GLN 193 -27.614  22.118  -4.187
    2    HA   GLN 193           HA       GLN 193 -27.747  21.193  -6.258
    3    HB2  GLN 193           HB2      GLN 193 -30.068  23.091  -6.651
    4    HB3  GLN 193           HB3      GLN 193 -29.718  21.667  -7.620
    5    HG2  GLN 193           HG2      GLN 193 -30.869  20.397  -6.230
    6    HG3  GLN 193           HG3      GLN 193 -29.847  20.892  -4.885
    7   HE21  GLN 193          HE21      GLN 193 -30.684  23.725  -5.224
    8   HE22  GLN 193          HE22      GLN 193 -32.269  23.806  -4.538

  No H/Q in entry =           8
  In of MODEL    1
    1    H    ASN 194           H        ASN 194 -26.173  23.601  -5.707
    2    HA   ASN 194           HA       ASN 194 -26.189  25.055  -8.233
    3    HB2  ASN 194           HB2      ASN 194 -25.586  25.881  -5.744
    4    HB3  ASN 194           HB3      ASN 194 -23.974  25.416  -6.277
    5   HD21  ASN 194          HD21      ASN 194 -26.638  27.588  -6.760
    6   HD22  ASN 194          HD22      ASN 194 -25.791  28.725  -7.748

  No H/Q in entry =           6
  In of MODEL    1
    1    H    LEU 195           H        LEU 195 -25.048  22.203  -7.129
    2    HA   LEU 195           HA       LEU 195 -23.092  22.004  -9.300
    3    HB2  LEU 195           HB2      LEU 195 -22.120  22.579  -6.921
    4    HB3  LEU 195           HB3      LEU 195 -22.397  20.881  -6.616
    5    HG   LEU 195           HG       LEU 195 -20.917  21.227  -9.076
    6   HD12  LEU 195          HD11      LEU 195 -19.602  22.298  -6.587
    7   HD11  LEU 195          HD12      LEU 195 -20.219  23.314  -7.891
    8   HD13  LEU 195          HD13      LEU 195 -18.904  22.177  -8.204
    9   HD23  LEU 195          HD21      LEU 195 -20.188  19.968  -6.433
   10   HD22  LEU 195          HD22      LEU 195 -19.367  19.714  -7.970
   11   HD21  LEU 195          HD23      LEU 195 -21.027  19.156  -7.755

  No H/Q in entry =          11
  In of MODEL    1
    1    H    ILE 196           H        ILE 196 -25.290  20.519  -7.076
    2    HA   ILE 196           HA       ILE 196 -25.727  18.145  -8.503
    3    HB   ILE 196           HB       ILE 196 -24.690  17.634  -5.710
    4   HG12  ILE 196          HG12      ILE 196 -23.203  17.055  -8.273
    5   HG13  ILE 196          HG13      ILE 196 -22.865  18.476  -7.283
    6   HG21  ILE 196          HG21      ILE 196 -26.120  16.166  -7.665
    7   HG23  ILE 196          HG22      ILE 196 -25.494  15.583  -6.124
    8   HG22  ILE 196          HG23      ILE 196 -24.502  15.476  -7.577
    9   HD12  ILE 196          HD11      ILE 196 -21.374  16.520  -6.894
   10   HD11  ILE 196          HD12      ILE 196 -22.782  15.673  -6.241
   11   HD13  ILE 196          HD13      ILE 196 -22.197  17.144  -5.462

  No H/Q in entry =          11
  In of MODEL    1
    1    H    SER 197           H        SER 197 -26.581  17.103  -5.722
    2    HA   SER 197           HA       SER 197 -28.357  18.810  -4.627
    3    HB2  SER 197           HB2      SER 197 -29.767  18.573  -6.506
    4    HB3  SER 197           HB3      SER 197 -29.595  16.819  -6.492
    5    HG   SER 197           HG       SER 197 -31.561  17.808  -5.505

  No H/Q in entry =           5
  In of MODEL    1
    1    H    ALA 198           H        ALA 198 -27.799  18.146  -2.597
    2    HA   ALA 198           HA       ALA 198 -27.501  15.304  -2.188
    3    HB2  ALA 198           HB1      ALA 198 -26.821  17.550  -0.296
    4    HB1  ALA 198           HB2      ALA 198 -25.682  16.958  -1.502
    5    HB3  ALA 198           HB3      ALA 198 -26.263  15.879  -0.231

  No H/Q in entry =           5
  In of MODEL    1
    1    H    HIS 199           H        HIS 199 -29.280  14.398  -1.559
    2    HA   HIS 199           HA       HIS 199 -31.416  15.902  -0.270
    3    HB2  HIS 199           HB2      HIS 199 -31.609  13.884  -2.030
    4    HB3  HIS 199           HB3      HIS 199 -31.503  12.919  -0.560
    5    HD1  HIS 199           HD1      HIS 199 -33.883  14.644  -2.648
    6    HD2  HIS 199           HD2      HIS 199 -33.597  13.699   1.390
    7    HE1  HIS 199           HE1      HIS 199 -36.202  14.931  -1.718
    8    HE2  HIS 199           HE2      HIS 199 -36.020  14.307   0.715

  No H/Q in entry =           8
  In of MODEL    1
    1    H    GLY 200           H        GLY 200 -30.019  16.450   1.480
    2    HA3  GLY 200           HA2      GLY 200 -29.605  16.151   3.764
    3    HA2  GLY 200           HA3      GLY 200 -29.943  14.425   3.579

  No H/Q in entry =           3
  In of MODEL    1
    1    H    LYS 201           H        LYS 201 -28.168  13.208   3.838
    2    HA   LYS 201           HA       LYS 201 -25.589  14.316   3.001
    3    HB2  LYS 201           HB2      LYS 201 -25.726  11.680   4.368
    4    HB3  LYS 201           HB3      LYS 201 -24.572  12.986   4.561
    5    HG2  LYS 201           HG2      LYS 201 -27.376  13.310   5.544
    6    HG3  LYS 201           HG3      LYS 201 -26.201  12.398   6.489
    7    HD2  LYS 201           HD2      LYS 201 -24.701  14.509   6.136
    8    HD3  LYS 201           HD3      LYS 201 -26.238  15.308   5.799
    9    HE2  LYS 201           HE2      LYS 201 -26.016  13.617   8.241
   10    HE3  LYS 201           HE3      LYS 201 -25.244  15.200   8.247
   11    HZ1  LYS 201           HZ1      LYS 201 -28.116  14.691   7.673
   12    HZ3  LYS 201           HZ2      LYS 201 -27.369  16.205   7.720
   13    HZ2  LYS 201           HZ3      LYS 201 -27.496  15.286   9.129

  No H/Q in entry =          13
  In of MODEL    1
    1    H    THR 202           H        THR 202 -27.941  12.330   1.935
    2    HA   THR 202           HA       THR 202 -26.504  10.571   0.212
    3    HB   THR 202           HB       THR 202 -29.234  11.061  -0.636
    4    HG1  THR 202           HG1      THR 202 -29.912  11.621   1.345
    5   HG23  THR 202          HG21      THR 202 -29.483   8.722  -0.402
    6   HG22  THR 202          HG22      THR 202 -28.204   8.627   0.807
    7   HG21  THR 202          HG23      THR 202 -27.801   8.966  -0.876

  No H/Q in entry =           7
  In of MODEL    1
    1    H    ILE 203           H        ILE 203 -25.759  11.187  -1.802
    2    HA   ILE 203           HA       ILE 203 -26.546  13.864  -2.647
    3    HB   ILE 203           HB       ILE 203 -23.984  12.357  -2.742
    4   HG12  ILE 203          HG12      ILE 203 -24.782  15.149  -1.930
    5   HG13  ILE 203          HG13      ILE 203 -24.329  13.823  -0.870
    6   HG23  ILE 203          HG21      ILE 203 -23.019  13.859  -4.361
    7   HG22  ILE 203          HG22      ILE 203 -24.526  14.766  -4.477
    8   HG21  ILE 203          HG23      ILE 203 -24.448  13.108  -5.073
    9   HD12  ILE 203          HD11      ILE 203 -22.587  15.472  -2.657
   10   HD11  ILE 203          HD12      ILE 203 -22.052  13.924  -2.018
   11   HD13  ILE 203          HD13      ILE 203 -22.470  15.235  -0.917

  No H/Q in entry =          11
  In of MODEL    1
    1    H    VAL 204           H        VAL 204 -27.709  13.986  -4.415
    2    HA   VAL 204           HA       VAL 204 -27.740  11.715  -6.307
    3    HB   VAL 204           HB       VAL 204 -29.886  12.691  -4.812
    4   HG12  VAL 204          HG11      VAL 204 -31.435  13.308  -6.824
    5   HG11  VAL 204          HG12      VAL 204 -29.933  13.923  -7.517
    6   HG13  VAL 204          HG13      VAL 204 -30.516  14.554  -5.978
    7   HG21  VAL 204          HG21      VAL 204 -29.340  10.543  -6.331
    8   HG23  VAL 204          HG22      VAL 204 -30.583  11.330  -7.302
    9   HG22  VAL 204          HG23      VAL 204 -30.918  10.894  -5.628

  No H/Q in entry =           9
  In of MODEL    1
    1    H    VAL 205           H        VAL 205 -26.393  12.309  -7.571
    2    HA   VAL 205           HA       VAL 205 -26.303  14.723  -9.103
    3    HB   VAL 205           HB       VAL 205 -25.052  13.137 -10.775
    4   HG11  VAL 205          HG11      VAL 205 -24.089  13.403  -7.907
    5   HG13  VAL 205          HG12      VAL 205 -23.814  14.546  -9.229
    6   HG12  VAL 205          HG13      VAL 205 -23.061  12.954  -9.271
    7   HG21  VAL 205          HG21      VAL 205 -25.346  11.247  -8.426
    8   HG23  VAL 205          HG22      VAL 205 -24.287  10.994  -9.816
    9   HG22  VAL 205          HG23      VAL 205 -26.041  11.018 -10.035

  No H/Q in entry =           9
  In of MODEL    1
    1    H    TYR 206           H        TYR 206 -28.333  15.163  -9.534
    2    HA   TYR 206           HA       TYR 206 -30.504  13.755 -10.387
    3    HB2  TYR 206           HB2      TYR 206 -29.482  16.439 -11.370
    4    HB3  TYR 206           HB3      TYR 206 -30.999  15.761 -11.938
    5    HD1  TYR 206           HD1      TYR 206 -29.644  18.034  -9.761
    6    HD2  TYR 206           HD2      TYR 206 -32.508  14.884  -9.867
    7    HE1  TYR 206           HE1      TYR 206 -30.804  19.047  -7.871
    8    HE2  TYR 206           HE2      TYR 206 -33.696  15.865  -7.968
    9    HH   TYR 206           HH       TYR 206 -33.358  18.939  -6.986

  No H/Q in entry =           9
  In of MODEL    1
    1    H    GLY 207           H        GLY 207 -28.153  15.279 -12.587
    2    HA3  GLY 207           HA2      GLY 207 -27.835  13.111 -14.312
    3    HA2  GLY 207           HA3      GLY 207 -29.178  14.073 -14.907

  No H/Q in entry =           3
  In of MODEL    1
    1    H    THR 208           H        THR 208 -28.544  16.564 -14.632
    2    HA   THR 208           HA       THR 208 -26.666  17.090 -16.659
    3    HB   THR 208           HB       THR 208 -27.363  19.331 -14.909
    4    HG1  THR 208           HG1      THR 208 -29.652  18.666 -16.132
    5   HG22  THR 208          HG21      THR 208 -28.248  20.257 -17.010
    6   HG21  THR 208          HG22      THR 208 -27.956  18.712 -17.808
    7   HG23  THR 208          HG23      THR 208 -26.599  19.663 -17.204

  No H/Q in entry =           7
  In of MODEL    1
    1    H    ARG 209           H        ARG 209 -26.469  16.924 -13.240
    2    HA   ARG 209           HA       ARG 209 -23.641  17.298 -13.247
    3    HB2  ARG 209           HB2      ARG 209 -25.343  19.510 -12.620
    4    HB3  ARG 209           HB3      ARG 209 -24.548  18.990 -11.142
    5    HG2  ARG 209           HG2      ARG 209 -22.388  19.313 -12.105
    6    HG3  ARG 209           HG3      ARG 209 -23.087  19.604 -13.700
    7    HD2  ARG 209           HD2      ARG 209 -24.239  21.597 -12.768
    8    HD3  ARG 209           HD3      ARG 209 -23.393  21.328 -11.245
    9    HE   ARG 209           HE       ARG 209 -21.617  21.523 -13.489
   10   HH11  ARG 209          HH11      ARG 209 -23.427  23.382 -11.132
   11   HH12  ARG 209          HH12      ARG 209 -22.402  24.770 -11.257
   12   HH21  ARG 209          HH21      ARG 209 -20.271  23.348 -13.648
   13   HH22  ARG 209          HH22      ARG 209 -20.612  24.758 -12.694

  No H/Q in entry =          13
  In of MODEL    1
    1    H1   VAL   1           H2       VAL   1  21.757 -18.313   1.125
    2    H2   VAL   1           H1       VAL   1  21.542 -16.787   1.838
    3    H3   VAL   1           H3       VAL   1  21.310 -16.989   0.175
    4    HA   VAL   1           HA       VAL   1  23.628 -17.516  -0.131
    5    HB   VAL   1           HB       VAL   1  22.705 -15.108  -0.114
    6   HG12  VAL   1          HG11      VAL   1  24.324 -14.978   2.425
    7   HG11  VAL   1          HG12      VAL   1  22.571 -14.835   2.312
    8   HG13  VAL   1          HG13      VAL   1  23.605 -13.611   1.576
    9   HG21  VAL   1          HG21      VAL   1  24.780 -15.736  -1.210
   10   HG23  VAL   1          HG22      VAL   1  25.653 -15.572   0.313
   11   HG22  VAL   1          HG23      VAL   1  24.931 -14.154  -0.447

  No H/Q in entry =          11
  In of MODEL    1
    1    H    LEU   2           H        LEU   2  25.744 -17.708   0.758
    2    HA   LEU   2           HA       LEU   2  25.714 -18.547   3.568
    3    HB2  LEU   2           HB2      LEU   2  27.393 -19.272   1.199
    4    HB3  LEU   2           HB3      LEU   2  28.031 -19.504   2.815
    5    HG   LEU   2           HG       LEU   2  25.452 -20.725   1.829
    6   HD12  LEU   2          HD11      LEU   2  26.731 -22.829   1.731
    7   HD11  LEU   2          HD12      LEU   2  28.211 -21.920   2.037
    8   HD13  LEU   2          HD13      LEU   2  27.291 -21.636   0.559
    9   HD21  LEU   2          HD21      LEU   2  27.075 -21.009   4.343
   10   HD23  LEU   2          HD22      LEU   2  25.908 -22.227   3.830
   11   HD22  LEU   2          HD23      LEU   2  25.371 -20.584   4.177

  No H/Q in entry =          11
  In of MODEL    1
    1    H    GLY   3           H        GLY   3  27.693 -18.121   4.839
    2    HA3  GLY   3           HA2      GLY   3  29.605 -16.826   5.344
    3    HA2  GLY   3           HA3      GLY   3  29.222 -15.773   3.990

  No H/Q in entry =           3
  In of MODEL    1
    1    H    LYS   4           H        LYS   4  26.355 -15.769   5.006
    2    HA   LYS   4           HA       LYS   4  26.767 -13.904   7.241
    3    HB2  LYS   4           HB2      LYS   4  25.167 -13.581   4.737
    4    HB3  LYS   4           HB3      LYS   4  24.575 -12.832   6.214
    5    HG2  LYS   4           HG2      LYS   4  25.824 -11.156   5.175
    6    HG3  LYS   4           HG3      LYS   4  26.901 -11.793   6.418
    7    HD2  LYS   4           HD2      LYS   4  27.846 -13.305   4.593
    8    HD3  LYS   4           HD3      LYS   4  26.981 -12.278   3.450
    9    HE2  LYS   4           HE2      LYS   4  29.195 -11.444   3.564
   10    HE3  LYS   4           HE3      LYS   4  28.189 -10.316   4.468
   11    HZ1  LYS   4           HZ1      LYS   4  29.649 -12.505   5.824
   12    HZ3  LYS   4           HZ2      LYS   4  29.033 -11.077   6.488
   13    HZ2  LYS   4           HZ3      LYS   4  30.395 -11.024   5.489

  No H/Q in entry =          13
  In of MODEL    1
    1    HA   PRO   5           HA       PRO   5  23.866 -16.336   9.487
    2    HB2  PRO   5           HB2      PRO   5  22.670 -14.464  11.059
    3    HB3  PRO   5           HB3      PRO   5  24.314 -15.053  11.330
    4    HG2  PRO   5           HG2      PRO   5  23.396 -12.539   9.990
    5    HG3  PRO   5           HG3      PRO   5  24.736 -12.777  11.128
    6    HD2  PRO   5           HD2      PRO   5  25.111 -12.574   8.454
    7    HD3  PRO   5           HD3      PRO   5  26.149 -13.573   9.492

  No H/Q in entry =           7
  In of MODEL    1
    1    H    GLN   6           H        GLN   6  22.559 -16.867   7.623
    2    HA   GLN   6           HA       GLN   6  20.045 -15.344   7.465
    3    HB2  GLN   6           HB2      GLN   6  21.752 -16.319   5.442
    4    HB3  GLN   6           HB3      GLN   6  20.314 -17.329   5.396
    5    HG2  GLN   6           HG2      GLN   6  19.059 -15.042   5.473
    6    HG3  GLN   6           HG3      GLN   6  20.597 -14.410   4.884
    7   HE21  GLN   6          HE21      GLN   6  17.772 -16.222   4.135
    8   HE22  GLN   6          HE22      GLN   6  18.121 -16.461   2.454

  No H/Q in entry =           8
  In of MODEL    1
    1    H    THR   7           H        THR   7  21.123 -18.700   6.976
    2    HA   THR   7           HA       THR   7  20.317 -20.696   7.699
    3    HB   THR   7           HB       THR   7  18.552 -19.366   9.733
    4    HG1  THR   7           HG1      THR   7  20.503 -18.268   9.953
    5   HG21  THR   7          HG21      THR   7  20.224 -21.880   9.692
    6   HG23  THR   7          HG22      THR   7  18.465 -21.768   9.670
    7   HG22  THR   7          HG23      THR   7  19.361 -21.290  11.111

  No H/Q in entry =           7
  In of MODEL    1
    1    H    ASP   8           H        ASP   8  19.173 -19.841   5.472
    2    HA   ASP   8           HA       ASP   8  16.321 -20.476   5.818
    3    HB2  ASP   8           HB2      ASP   8  17.597 -18.422   4.012
    4    HB3  ASP   8           HB3      ASP   8  15.997 -19.077   3.694

  No H/Q in entry =           4
  In of MODEL    1
    1    HA   PRO   9           HA       PRO   9  18.410 -23.605   3.082
    2    HB2  PRO   9           HB2      PRO   9  16.761 -25.658   3.854
    3    HB3  PRO   9           HB3      PRO   9  18.279 -25.251   4.661
    4    HG2  PRO   9           HG2      PRO   9  15.477 -24.537   5.422
    5    HG3  PRO   9           HG3      PRO   9  16.826 -25.046   6.455
    6    HD2  PRO   9           HD2      PRO   9  16.086 -22.463   6.246
    7    HD3  PRO   9           HD3      PRO   9  17.783 -22.939   6.460

  No H/Q in entry =           7
  In of MODEL    1
    1    H    THR  10           H        THR  10  15.165 -22.426   3.410
    2    HA   THR  10           HA       THR  10  14.135 -24.012   1.216
    3    HB   THR  10           HB       THR  10  12.450 -21.783   1.851
    4    HG1  THR  10           HG1      THR  10  12.537 -23.122   4.209
    5   HG23  THR  10          HG21      THR  10  10.865 -23.496   2.464
    6   HG22  THR  10          HG22      THR  10  12.157 -24.684   2.635
    7   HG21  THR  10          HG23      THR  10  11.761 -24.036   1.043

  No H/Q in entry =           7
  In of MODEL    1
    1    H    LEU  11           H        LEU  11  15.559 -20.904   1.851
    2    HA   LEU  11           HA       LEU  11  14.828 -19.709  -0.643
    3    HB2  LEU  11           HB2      LEU  11  15.726 -18.778   1.776
    4    HB3  LEU  11           HB3      LEU  11  17.143 -18.606   0.754
    5    HG   LEU  11           HG       LEU  11  16.187 -16.606   0.362
    6   HD11  LEU  11          HD11      LEU  11  15.942 -18.234  -1.729
    7   HD13  LEU  11          HD12      LEU  11  15.457 -16.540  -1.778
    8   HD12  LEU  11          HD13      LEU  11  14.250 -17.796  -1.509
    9   HD21  LEU  11          HD21      LEU  11  13.558 -17.936   0.858
   10   HD23  LEU  11          HD22      LEU  11  13.701 -16.273   0.292
   11   HD22  LEU  11          HD23      LEU  11  14.371 -16.730   1.860

  No H/Q in entry =          11
  In of MODEL    1
    1    H    GLU  12           H        GLU  12  17.401 -21.526   0.650
    2    HA   GLU  12           HA       GLU  12  19.264 -21.126  -1.507
    3    HB2  GLU  12           HB2      GLU  12  19.421 -23.322   0.559
    4    HB3  GLU  12           HB3      GLU  12  20.733 -22.590  -0.351
    5    HG2  GLU  12           HG2      GLU  12  19.115 -21.184   1.762
    6    HG3  GLU  12           HG3      GLU  12  20.689 -21.929   2.024

  No H/Q in entry =           6
  In of MODEL    1
    1    H    TRP  13           H        TRP  13  16.476 -22.733  -0.960
    2    HA   TRP  13           HA       TRP  13  17.075 -24.944  -2.798
    3    HB2  TRP  13           HB2      TRP  13  15.177 -24.585  -0.635
    4    HB3  TRP  13           HB3      TRP  13  14.336 -24.984  -2.130
    5    HD1  TRP  13           HD1      TRP  13  17.317 -26.747  -2.766
    6    HE1  TRP  13           HE1      TRP  13  17.276 -29.165  -1.905
    7    HE3  TRP  13           HE3      TRP  13  13.380 -26.378   0.469
    8    HZ2  TRP  13           HZ2      TRP  13  15.768 -30.718  -0.092
    9    HZ3  TRP  13           HZ3      TRP  13  12.700 -28.377   1.728
   10    HH2  TRP  13           HH2      TRP  13  13.868 -30.502   1.452

  No H/Q in entry =          10
  In of MODEL    1
    1    H    PHE  14           H        PHE  14  15.797 -21.812  -2.469
    2    HA   PHE  14           HA       PHE  14  14.209 -21.803  -4.904
    3    HB2  PHE  14           HB2      PHE  14  13.236 -20.798  -3.019
    4    HB3  PHE  14           HB3      PHE  14  14.683 -19.915  -2.621
    5    HD1  PHE  14           HD1      PHE  14  15.416 -18.060  -4.083
    6    HD2  PHE  14           HD2      PHE  14  11.582 -19.855  -4.418
    7    HE1  PHE  14           HE1      PHE  14  14.599 -16.076  -5.302
    8    HE2  PHE  14           HE2      PHE  14  10.763 -17.897  -5.625
    9    HZ   PHE  14           HZ       PHE  14  12.264 -15.996  -6.074

  No H/Q in entry =           9
  In of MODEL    1
    1    H    LEU  15           H        LEU  15  17.333 -20.835  -3.746
    2    HA   LEU  15           HA       LEU  15  17.654 -18.752  -5.770
    3    HB2  LEU  15           HB2      LEU  15  19.562 -19.387  -3.523
    4    HB3  LEU  15           HB3      LEU  15  19.671 -18.056  -4.661
    5    HG   LEU  15           HG       LEU  15  17.460 -18.419  -2.664
    6   HD13  LEU  15          HD11      LEU  15  18.981 -17.714  -1.231
    7   HD12  LEU  15          HD12      LEU  15  18.750 -16.141  -2.005
    8   HD11  LEU  15          HD13      LEU  15  20.075 -17.195  -2.512
    9   HD22  LEU  15          HD21      LEU  15  16.531 -16.452  -3.336
   10   HD21  LEU  15          HD22      LEU  15  17.115 -17.065  -4.883
   11   HD23  LEU  15          HD23      LEU  15  18.036 -15.836  -4.013

  No H/Q in entry =          11
  In of MODEL    1
    1    H    SER  16           H        SER  16  18.001 -21.937  -5.282
    2    HA   SER  16           HA       SER  16  20.420 -22.207  -6.966
    3    HB2  SER  16           HB2      SER  16  20.007 -24.701  -6.394
    4    HB3  SER  16           HB3      SER  16  20.571 -23.681  -5.068
    5    HG   SER  16           HG       SER  16  18.816 -24.201  -4.058

  No H/Q in entry =           5
  In of MODEL    1
    1    H    HIS  17           H        HIS  17  17.278 -21.587  -7.082
    2    HA   HIS  17           HA       HIS  17  16.822 -23.273  -9.430
    3    HB2  HIS  17           HB2      HIS  17  14.978 -22.302  -7.300
    4    HB3  HIS  17           HB3      HIS  17  14.338 -22.554  -8.919
    5    HD1  HIS  17           HD1      HIS  17  12.976 -24.644  -8.537
    6    HD2  HIS  17           HD2      HIS  17  16.887 -25.005  -7.159
    7    HE1  HIS  17           HE1      HIS  17  13.237 -27.047  -7.854
    8    HE2  HIS  17           HE2      HIS  17  15.651 -27.279  -7.180

  No H/Q in entry =           8
  In of MODEL    1
    1    H    CYS  18           H        CYS  18  17.483 -20.081  -8.528
    2    HA   CYS  18           HA       CYS  18  16.045 -19.033 -10.850
    3    HB2  CYS  18           HB2      CYS  18  16.263 -16.816  -9.611
    4    HB3  CYS  18           HB3      CYS  18  15.129 -18.007  -8.999
    5    HG   CYS  18           HG       CYS  18  16.378 -16.647  -6.936

  No H/Q in entry =           5
  In of MODEL    1
    1    H    HIS  19           H        HIS  19  17.603 -16.452 -10.294
    2    HA   HIS  19           HA       HIS  19  20.225 -17.167 -11.359
    3    HB2  HIS  19           HB2      HIS  19  18.927 -16.794 -13.395
    4    HB3  HIS  19           HB3      HIS  19  18.275 -15.296 -12.754
    5    HD1  HIS  19           HD1      HIS  19  21.794 -16.605 -13.433
    6    HD2  HIS  19           HD2      HIS  19  19.441 -13.219 -13.967
    7    HE1  HIS  19           HE1      HIS  19  23.276 -14.921 -14.576
    8    HE2  HIS  19           HE2      HIS  19  21.746 -12.989 -15.106

  No H/Q in entry =           8
  In of MODEL    1
    1    H    ILE  20           H        ILE  20  20.882 -16.316  -8.974
    2    HA   ILE  20           HA       ILE  20  20.474 -13.530  -8.474
    3    HB   ILE  20           HB       ILE  20  22.864 -14.775  -7.319
    4   HG12  ILE  20          HG12      ILE  20  20.289 -16.186  -7.324
    5   HG13  ILE  20          HG13      ILE  20  21.886 -16.787  -6.905
    6   HG22  ILE  20          HG21      ILE  20  21.864 -13.822  -5.260
    7   HG21  ILE  20          HG22      ILE  20  20.517 -13.266  -6.255
    8   HG23  ILE  20          HG23      ILE  20  22.146 -12.665  -6.562
    9   HD12  ILE  20          HD11      ILE  20  19.695 -16.056  -5.201
   10   HD11  ILE  20          HD12      ILE  20  21.140 -15.129  -4.789
   11   HD13  ILE  20          HD13      ILE  20  21.200 -16.889  -4.807

  No H/Q in entry =          11
  In of MODEL    1
    1    H    HIS  21           H        HIS  21  21.424 -11.974  -9.258
    2    HA   HIS  21           HA       HIS  21  23.762 -11.099  -9.312
    3    HB2  HIS  21           HB2      HIS  21  24.499 -13.253 -10.610
    4    HB3  HIS  21           HB3      HIS  21  23.976 -12.362 -12.030
    5    HD1  HIS  21           HD1      HIS  21  25.507 -10.537 -12.910
    6    HD2  HIS  21           HD2      HIS  21  26.833 -12.178  -9.325
    7    HE1  HIS  21           HE1      HIS  21  27.860  -9.715 -12.620
    8    HE2  HIS  21           HE2      HIS  21  28.636 -10.693 -10.437

  No H/Q in entry =           8
  In of MODEL    1
    1    H    LYS  22           H        LYS  22  23.580  -9.211  -9.659
    2    HA   LYS  22           HA       LYS  22  21.637  -8.327 -11.616
    3    HB2  LYS  22           HB2      LYS  22  21.456  -7.887  -8.868
    4    HB3  LYS  22           HB3      LYS  22  21.874  -6.342  -9.552
    5    HG2  LYS  22           HG2      LYS  22  19.880  -7.404 -11.209
    6    HG3  LYS  22           HG3      LYS  22  19.379  -7.705  -9.551
    7    HD2  LYS  22           HD2      LYS  22  19.681  -5.336  -9.024
    8    HD3  LYS  22           HD3      LYS  22  20.153  -5.026 -10.699
    9    HE2  LYS  22           HE2      LYS  22  17.466  -5.902  -9.651
   10    HE3  LYS  22           HE3      LYS  22  17.858  -4.428 -10.530
   11    HZ3  LYS  22           HZ1      LYS  22  18.135  -5.630 -12.527
   12    HZ2  LYS  22           HZ2      LYS  22  16.712  -6.224 -11.841
   13    HZ1  LYS  22           HZ3      LYS  22  18.134  -7.128 -11.737

  No H/Q in entry =          13
  In of MODEL    1
    1    H    TYR  23           H        TYR  23  22.826  -5.674 -10.315
    2    HA   TYR  23           HA       TYR  23  25.177  -5.189 -11.744
    3    HB2  TYR  23           HB2      TYR  23  23.661  -3.192 -12.892
    4    HB3  TYR  23           HB3      TYR  23  24.399  -4.531 -13.737
    5    HD1  TYR  23           HD1      TYR  23  21.792  -6.096 -12.050
    6    HD2  TYR  23           HD2      TYR  23  22.408  -3.274 -15.147
    7    HE1  TYR  23           HE1      TYR  23  19.646  -6.713 -12.964
    8    HE2  TYR  23           HE2      TYR  23  20.226  -3.871 -16.098
    9    HH   TYR  23           HH       TYR  23  18.585  -5.544 -16.069

  No H/Q in entry =           9
  In of MODEL    1
    1    HA   PRO  24           HA       PRO  24  24.954  -1.412  -9.106
    2    HB2  PRO  24           HB2      PRO  24  25.850   0.471 -10.966
    3    HB3  PRO  24           HB3      PRO  24  26.929  -0.457  -9.919
    4    HG2  PRO  24           HG2      PRO  24  26.213  -0.898 -12.780
    5    HG3  PRO  24           HG3      PRO  24  27.756  -1.171 -11.954
    6    HD2  PRO  24           HD2      PRO  24  26.121  -3.202 -12.619
    7    HD3  PRO  24           HD3      PRO  24  27.092  -3.235 -11.133

  No H/Q in entry =           7
  In of MODEL    1
    1    H    SER  25           H        SER  25  23.956   0.563  -9.348
    2    HA   SER  25           HA       SER  25  21.264  -0.039 -10.035
    3    HB2  SER  25           HB2      SER  25  21.240   2.292  -8.601
    4    HB3  SER  25           HB3      SER  25  21.074   0.660  -7.960
    5    HG   SER  25           HG       SER  25  23.226   0.630  -7.480

  No H/Q in entry =           5
  In of MODEL    1
    1    H    LYS  26           H        LYS  26  19.842   1.501 -10.413
    2    HA   LYS  26           HA       LYS  26  19.008   3.421 -11.604
    3    HB2  LYS  26           HB2      LYS  26  21.315   4.255 -12.256
    4    HB3  LYS  26           HB3      LYS  26  21.489   2.932 -13.400
    5    HG2  LYS  26           HG2      LYS  26  19.551   3.824 -14.766
    6    HG3  LYS  26           HG3      LYS  26  19.254   5.078 -13.565
    7    HD2  LYS  26           HD2      LYS  26  21.537   6.055 -14.120
    8    HD3  LYS  26           HD3      LYS  26  21.795   4.754 -15.298
    9    HE2  LYS  26           HE2      LYS  26  19.684   5.443 -16.548
   10    HE3  LYS  26           HE3      LYS  26  19.425   6.768 -15.401
   11    HZ1  LYS  26           HZ1      LYS  26  22.032   6.537 -16.785
   12    HZ2  LYS  26           HZ2      LYS  26  20.758   7.208 -17.572
   13    HZ3  LYS  26           HZ3      LYS  26  21.237   7.857 -16.103

  No H/Q in entry =          13
  In of MODEL    1
    1    H    SER  27           H        SER  27  19.854   0.283 -11.927
    2    HA   SER  27           HA       SER  27  18.641  -0.308 -14.420
    3    HB2  SER  27           HB2      SER  27  18.961  -2.680 -13.114
    4    HB3  SER  27           HB3      SER  27  20.250  -1.882 -14.016
    5    HG   SER  27           HG       SER  27  21.274  -1.822 -12.170

  No H/Q in entry =           5
  In of MODEL    1
    1    H    THR  28           H        THR  28  16.561   0.463 -14.179
    2    HA   THR  28           HA       THR  28  14.829  -0.802 -12.179
    3    HB   THR  28           HB       THR  28  14.303   1.560 -12.538
    4    HG1  THR  28           HG1      THR  28  12.213   1.136 -13.917
    5   HG23  THR  28          HG21      THR  28  15.428   1.922 -14.651
    6   HG22  THR  28          HG22      THR  28  13.745   2.433 -14.787
    7   HG21  THR  28          HG23      THR  28  14.259   0.895 -15.482

  No H/Q in entry =           7
  In of MODEL    1
    1    H    LEU  29           H        LEU  29  12.975  -1.719 -13.159
    2    HA   LEU  29           HA       LEU  29  13.851  -3.650 -15.147
    3    HB2  LEU  29           HB2      LEU  29  12.608  -5.209 -13.186
    4    HB3  LEU  29           HB3      LEU  29  14.314  -5.191 -13.559
    5    HG   LEU  29           HG       LEU  29  12.866  -3.832 -11.273
    6   HD13  LEU  29          HD11      LEU  29  14.342  -5.162  -9.907
    7   HD12  LEU  29          HD12      LEU  29  15.153  -5.781 -11.346
    8   HD11  LEU  29          HD13      LEU  29  13.464  -6.204 -11.033
    9   HD23  LEU  29          HD21      LEU  29  15.745  -3.659 -11.143
   10   HD22  LEU  29          HD22      LEU  29  14.513  -2.441 -10.798
   11   HD21  LEU  29          HD23      LEU  29  15.065  -2.697 -12.456

  No H/Q in entry =          11
  In of MODEL    1
    1    H    ILE  30           H        ILE  30  11.320  -2.080 -13.428
    2    HA   ILE  30           HA       ILE  30   9.297  -2.601 -15.248
    3    HB   ILE  30           HB       ILE  30   8.101  -3.997 -13.061
    4   HG12  ILE  30          HG12      ILE  30   9.703  -6.168 -13.826
    5   HG13  ILE  30          HG13      ILE  30  10.831  -4.882 -13.441
    6   HG21  ILE  30          HG21      ILE  30   7.319  -4.115 -15.333
    7   HG23  ILE  30          HG22      ILE  30   7.630  -5.732 -14.701
    8   HG22  ILE  30          HG23      ILE  30   8.775  -4.989 -15.815
    9   HD13  ILE  30          HD11      ILE  30  10.659  -5.825 -11.393
   10   HD12  ILE  30          HD12      ILE  30   9.017  -6.408 -11.681
   11   HD11  ILE  30          HD13      ILE  30   9.287  -4.712 -11.280

  No H/Q in entry =          11
  In of MODEL    1
    1    H    HIS  31           H        HIS  31   8.743  -0.779 -15.055
    2    HA   HIS  31           HA       HIS  31   6.793   0.098 -13.153
    3    HB2  HIS  31           HB2      HIS  31   8.714   0.589 -11.786
    4    HB3  HIS  31           HB3      HIS  31   9.657   1.007 -13.198
    5    HD1  HIS  31           HD1      HIS  31   7.064   2.487 -10.923
    6    HD2  HIS  31           HD2      HIS  31   9.660   3.677 -13.949
    7    HE1  HIS  31           HE1      HIS  31   6.920   4.978 -10.995
    8    HE2  HIS  31           HE2      HIS  31   8.539   5.709 -12.806

  No H/Q in entry =           8
  In of MODEL    1
    1    H    GLN  32           H        GLN  32   7.106  -0.119 -16.161
    2    HA   GLN  32           HA       GLN  32   6.325   2.657 -16.683
    3    HB2  GLN  32           HB2      GLN  32   8.590   1.276 -18.105
    4    HB3  GLN  32           HB3      GLN  32   7.577   2.407 -18.987
    5    HG2  GLN  32           HG2      GLN  32   9.213   3.030 -16.528
    6    HG3  GLN  32           HG3      GLN  32   9.568   3.515 -18.184
    7   HE21  GLN  32          HE21      GLN  32   8.556   5.280 -19.045
    8   HE22  GLN  32          HE22      GLN  32   7.483   6.299 -18.150

  No H/Q in entry =           8
  In of MODEL    1
    1    H    GLY  33           H        GLY  33   5.710  -0.599 -16.905
    2    HA3  GLY  33           HA2      GLY  33   3.325  -0.932 -17.723
    3    HA2  GLY  33           HA3      GLY  33   3.885  -0.095 -19.158

  No H/Q in entry =           3
  In of MODEL    1
    1    H    GLU  34           H        GLU  34   6.099  -2.201 -17.662
    2    HA   GLU  34           HA       GLU  34   5.995  -4.168 -19.814
    3    HB2  GLU  34           HB2      GLU  34   7.730  -4.099 -17.345
    4    HB3  GLU  34           HB3      GLU  34   8.025  -4.988 -18.824
    5    HG2  GLU  34           HG2      GLU  34   9.460  -3.266 -19.093
    6    HG3  GLU  34           HG3      GLU  34   8.029  -2.601 -19.868

  No H/Q in entry =           6
  In of MODEL    1
    1    H    LYS  35           H        LYS  35   4.801  -5.916 -19.561
    2    HA   LYS  35           HA       LYS  35   3.342  -6.717 -17.360
    3    HB2  LYS  35           HB2      LYS  35   4.380  -8.086 -19.794
    4    HB3  LYS  35           HB3      LYS  35   3.796  -9.108 -18.493
    5    HG2  LYS  35           HG2      LYS  35   1.630  -7.949 -18.584
    6    HG3  LYS  35           HG3      LYS  35   2.232  -6.978 -19.931
    7    HD2  LYS  35           HD2      LYS  35   0.933  -8.790 -20.838
    8    HD3  LYS  35           HD3      LYS  35   2.632  -9.102 -21.195
    9    HE2  LYS  35           HE2      LYS  35   2.236 -10.329 -18.745
   10    HE3  LYS  35           HE3      LYS  35   0.740 -10.649 -19.614
   11    HZ1  LYS  35           HZ1      LYS  35   2.230 -11.404 -21.501
   12    HZ3  LYS  35           HZ2      LYS  35   2.158 -12.409 -20.150
   13    HZ2  LYS  35           HZ3      LYS  35   3.503 -11.402 -20.380

  No H/Q in entry =          13
  In of MODEL    1
    1    H    ALA  36           H        ALA  36   4.135  -7.178 -15.364
    2    HA   ALA  36           HA       ALA  36   6.860  -7.971 -15.052
    3    HB3  ALA  36           HB1      ALA  36   5.988  -8.167 -12.591
    4    HB2  ALA  36           HB2      ALA  36   4.582  -7.321 -13.252
    5    HB1  ALA  36           HB3      ALA  36   6.181  -6.589 -13.358

  No H/Q in entry =           5
  In of MODEL    1
    1    H    GLU  37           H        GLU  37   6.540  -9.915 -16.443
    2    HA   GLU  37           HA       GLU  37   5.257 -12.163 -15.096
    3    HB2  GLU  37           HB2      GLU  37   5.847 -13.392 -17.231
    4    HB3  GLU  37           HB3      GLU  37   4.686 -12.083 -17.381
    5    HG2  GLU  37           HG2      GLU  37   6.567 -10.616 -18.133
    6    HG3  GLU  37           HG3      GLU  37   7.588 -12.053 -18.167

  No H/Q in entry =           6
  In of MODEL    1
    1    H    THR  38           H        THR  38   8.054 -10.733 -14.746
    2    HA   THR  38           HA       THR  38   9.490 -13.236 -14.208
    3    HB   THR  38           HB       THR  38  10.625 -12.388 -16.103
    4    HG1  THR  38           HG1      THR  38  12.379 -11.140 -14.425
    5   HG22  THR  38          HG21      THR  38  10.676  -9.667 -14.800
    6   HG21  THR  38          HG22      THR  38   9.604 -10.149 -16.115
    7   HG23  THR  38          HG23      THR  38  11.347 -10.088 -16.376

  No H/Q in entry =           7
  In of MODEL    1
    1    H    LEU  39           H        LEU  39  10.595 -13.292 -12.276
    2    HA   LEU  39           HA       LEU  39  10.013 -11.042 -10.504
    3    HB2  LEU  39           HB2      LEU  39   8.914 -12.670  -9.398
    4    HB3  LEU  39           HB3      LEU  39   9.849 -13.949 -10.148
    5    HG   LEU  39           HG       LEU  39  11.395 -12.380  -8.222
    6   HD12  LEU  39          HD11      LEU  39  10.329 -13.357  -6.241
    7   HD11  LEU  39          HD12      LEU  39   9.025 -13.971  -7.257
    8   HD13  LEU  39          HD13      LEU  39   9.259 -12.233  -7.079
    9   HD23  LEU  39          HD21      LEU  39  10.801 -15.325  -8.439
   10   HD22  LEU  39          HD22      LEU  39  12.100 -14.573  -7.512
   11   HD21  LEU  39          HD23      LEU  39  12.112 -14.493  -9.273

  No H/Q in entry =          11
  In of MODEL    1
    1    H    TYR  40           H        TYR  40  11.679 -10.336  -8.995
    2    HA   TYR  40           HA       TYR  40  14.356 -11.384  -9.598
    3    HB2  TYR  40           HB2      TYR  40  13.825  -8.473  -9.038
    4    HB3  TYR  40           HB3      TYR  40  15.276  -9.198  -9.696
    5    HD1  TYR  40           HD1      TYR  40  15.682  -8.895 -11.897
    6    HD2  TYR  40           HD2      TYR  40  11.642  -8.802 -10.613
    7    HE1  TYR  40           HE1      TYR  40  14.985  -8.255 -14.162
    8    HE2  TYR  40           HE2      TYR  40  10.923  -8.180 -12.880
    9    HH   TYR  40           HH       TYR  40  11.858  -7.127 -14.884

  No H/Q in entry =           9
  In of MODEL    1
    1    H    TYR  41           H        TYR  41  14.982 -12.326  -7.643
    2    HA   TYR  41           HA       TYR  41  14.023 -11.221  -5.135
    3    HB2  TYR  41           HB2      TYR  41  14.230 -13.706  -5.655
    4    HB3  TYR  41           HB3      TYR  41  15.973 -13.488  -5.600
    5    HD1  TYR  41           HD1      TYR  41  16.385 -11.785  -3.277
    6    HD2  TYR  41           HD2      TYR  41  13.650 -14.950  -3.853
    7    HE1  TYR  41           HE1      TYR  41  16.305 -12.142  -0.862
    8    HE2  TYR  41           HE2      TYR  41  13.535 -15.322  -1.459
    9    HH   TYR  41           HH       TYR  41  14.865 -13.077   0.805

  No H/Q in entry =           9
  In of MODEL    1
    1    H    ILE  42           H        ILE  42  15.098  -9.298  -4.740
    2    HA   ILE  42           HA       ILE  42  17.827  -8.902  -5.300
    3    HB   ILE  42           HB       ILE  42  16.137  -7.122  -4.905
    4   HG12  ILE  42          HG12      ILE  42  18.353  -6.596  -2.998
    5   HG13  ILE  42          HG13      ILE  42  18.739  -6.953  -4.685
    6   HG22  ILE  42          HG21      ILE  42  16.520  -7.761  -1.999
    7   HG21  ILE  42          HG22      ILE  42  15.044  -7.998  -2.936
    8   HG23  ILE  42          HG23      ILE  42  15.658  -6.369  -2.651
    9   HD12  ILE  42          HD11      ILE  42  16.924  -4.783  -3.687
   10   HD11  ILE  42          HD12      ILE  42  17.226  -5.169  -5.385
   11   HD13  ILE  42          HD13      ILE  42  18.543  -4.580  -4.362

  No H/Q in entry =          11
  In of MODEL    1
    1    H    VAL  43           H        VAL  43  19.426 -10.104  -4.489
    2    HA   VAL  43           HA       VAL  43  18.982 -11.398  -1.917
    3    HB   VAL  43           HB       VAL  43  21.060 -12.041  -4.002
    4   HG11  VAL  43          HG11      VAL  43  21.406 -12.718  -1.552
    5   HG13  VAL  43          HG12      VAL  43  21.538 -13.961  -2.797
    6   HG12  VAL  43          HG13      VAL  43  20.064 -13.833  -1.829
    7   HG22  VAL  43          HG21      VAL  43  18.799 -12.351  -4.833
    8   HG21  VAL  43          HG22      VAL  43  18.388 -13.296  -3.401
    9   HG23  VAL  43          HG23      VAL  43  19.575 -13.908  -4.550

  No H/Q in entry =           9
  In of MODEL    1
    1    H    LYS  44           H        LYS  44  20.633  -8.981  -3.223
    2    HA   LYS  44           HA       LYS  44  22.158  -8.040  -1.047
    3    HB2  LYS  44           HB2      LYS  44  23.675  -9.904  -2.152
    4    HB3  LYS  44           HB3      LYS  44  23.778  -8.783  -3.500
    5    HG2  LYS  44           HG2      LYS  44  24.392  -7.236  -1.286
    6    HG3  LYS  44           HG3      LYS  44  25.193  -8.777  -0.985
    7    HD2  LYS  44           HD2      LYS  44  26.305  -8.649  -3.145
    8    HD3  LYS  44           HD3      LYS  44  25.450  -7.149  -3.517
    9    HE2  LYS  44           HE2      LYS  44  26.556  -6.012  -1.711
   10    HE3  LYS  44           HE3      LYS  44  27.304  -7.511  -1.169
   11    HZ1  LYS  44           HZ1      LYS  44  27.810  -6.262  -3.813
   12    HZ3  LYS  44           HZ2      LYS  44  28.622  -7.583  -3.136
   13    HZ2  LYS  44           HZ3      LYS  44  28.795  -6.046  -2.454

  No H/Q in entry =          13
  In of MODEL    1
    1    H    GLY  45           H        GLY  45  22.722  -5.905  -1.647
    2    HA3  GLY  45           HA2      GLY  45  22.624  -3.947  -2.933
    3    HA2  GLY  45           HA3      GLY  45  21.811  -4.847  -4.217

  No H/Q in entry =           3
  In of MODEL    1
    1    H    SER  46           H        SER  46  20.631  -2.519  -3.338
    2    HA   SER  46           HA       SER  46  18.137  -3.662  -2.574
    3    HB2  SER  46           HB2      SER  46  18.852  -3.146  -0.392
    4    HB3  SER  46           HB3      SER  46  19.618  -1.646  -0.916
    5    HG   SER  46           HG       SER  46  17.811  -0.695  -0.526

  No H/Q in entry =           5
  In of MODEL    1
    1    H    VAL  47           H        VAL  47  16.364  -2.133  -2.967
    2    HA   VAL  47           HA       VAL  47  17.190  -0.299  -5.098
    3    HB   VAL  47           HB       VAL  47  15.339  -0.952  -6.518
    4   HG13  VAL  47          HG11      VAL  47  16.176  -3.110  -7.200
    5   HG12  VAL  47          HG12      VAL  47  16.930  -3.332  -5.617
    6   HG11  VAL  47          HG13      VAL  47  17.524  -2.080  -6.704
    7   HG21  VAL  47          HG21      VAL  47  14.766  -2.943  -4.339
    8   HG23  VAL  47          HG22      VAL  47  14.131  -3.077  -5.980
    9   HG22  VAL  47          HG23      VAL  47  13.690  -1.695  -4.974

  No H/Q in entry =           9
  In of MODEL    1
    1    H    ALA  48           H        ALA  48  15.091   0.832  -5.981
    2    HA   ALA  48           HA       ALA  48  13.840   2.033  -3.612
    3    HB1  ALA  48           HB1      ALA  48  15.631   3.394  -4.850
    4    HB2  ALA  48           HB2      ALA  48  14.077   4.170  -4.550
    5    HB3  ALA  48           HB3      ALA  48  14.445   3.525  -6.149

  No H/Q in entry =           5
  In of MODEL    1
    1    H    VAL  49           H        VAL  49  11.992   1.028  -3.695
    2    HA   VAL  49           HA       VAL  49  10.525   0.374  -6.017
    3    HB   VAL  49           HB       VAL  49   9.827   0.513  -3.083
    4   HG13  VAL  49          HG11      VAL  49   7.717  -0.306  -3.458
    5   HG12  VAL  49          HG12      VAL  49   8.127  -0.908  -5.065
    6   HG11  VAL  49          HG13      VAL  49   7.897   0.819  -4.805
    7   HG21  VAL  49          HG21      VAL  49  11.437  -1.196  -3.798
    8   HG23  VAL  49          HG22      VAL  49  10.246  -1.804  -4.952
    9   HG22  VAL  49          HG23      VAL  49   9.927  -1.903  -3.217

  No H/Q in entry =           9
  In of MODEL    1
    1    H    LEU  50           H        LEU  50   9.103   1.609  -7.125
    2    HA   LEU  50           HA       LEU  50   8.177   4.065  -5.964
    3    HB2  LEU  50           HB2      LEU  50   8.897   5.477  -7.674
    4    HB3  LEU  50           HB3      LEU  50  10.278   4.520  -7.197
    5    HG   LEU  50           HG       LEU  50   8.687   4.345  -9.729
    6   HD11  LEU  50          HD11      LEU  50  11.544   4.884  -8.991
    7   HD13  LEU  50          HD12      LEU  50  10.376   6.009  -9.720
    8   HD12  LEU  50          HD13      LEU  50  10.983   4.630 -10.648
    9   HD23  LEU  50          HD21      LEU  50  10.100   2.460 -10.353
   10   HD22  LEU  50          HD22      LEU  50   9.073   2.073  -8.974
   11   HD21  LEU  50          HD23      LEU  50  10.782   2.428  -8.726

  No H/Q in entry =          11
  In of MODEL    1
    1    H    ILE  51           H        ILE  51   6.376   5.046  -6.884
    2    HA   ILE  51           HA       ILE  51   4.810   3.129  -8.475
    3    HB   ILE  51           HB       ILE  51   2.837   4.018  -7.192
    4   HG12  ILE  51          HG12      ILE  51   4.984   4.885  -5.259
    5   HG13  ILE  51          HG13      ILE  51   4.116   6.000  -6.305
    6   HG23  ILE  51          HG21      ILE  51   3.755   1.796  -6.848
    7   HG22  ILE  51          HG22      ILE  51   3.291   2.491  -5.294
    8   HG21  ILE  51          HG23      ILE  51   4.987   2.449  -5.770
    9   HD13  ILE  51          HD11      ILE  51   2.063   5.550  -5.199
   10   HD12  ILE  51          HD12      ILE  51   3.280   5.876  -3.964
   11   HD11  ILE  51          HD13      ILE  51   2.778   4.218  -4.291

  No H/Q in entry =          11
  In of MODEL    1
    1    H    LYS  52           H        LYS  52   2.991   3.954  -9.590
    2    HA   LYS  52           HA       LYS  52   3.420   6.676 -10.595
    3    HB2  LYS  52           HB2      LYS  52   1.674   4.555 -11.839
    4    HB3  LYS  52           HB3      LYS  52   2.207   6.066 -12.560
    5    HG2  LYS  52           HG2      LYS  52   4.571   5.126 -12.288
    6    HG3  LYS  52           HG3      LYS  52   3.774   3.574 -12.059
    7    HD2  LYS  52           HD2      LYS  52   3.617   3.348 -14.266
    8    HD3  LYS  52           HD3      LYS  52   2.601   4.792 -14.329
    9    HE2  LYS  52           HE2      LYS  52   4.745   6.138 -14.336
   10    HE3  LYS  52           HE3      LYS  52   5.597   4.617 -14.592
   11    HZ1  LYS  52           HZ1      LYS  52   4.138   4.327 -16.601
   12    HZ3  LYS  52           HZ2      LYS  52   5.270   5.575 -16.701
   13    HZ2  LYS  52           HZ3      LYS  52   3.648   5.931 -16.393

  No H/Q in entry =          13
  In of MODEL    1
    1    H    ASP  53           H        ASP  53   1.798   8.167 -10.515
    2    HA   ASP  53           HA       ASP  53  -0.306   7.585  -8.582
    3    HB2  ASP  53           HB2      ASP  53   1.363   9.640  -8.639
    4    HB3  ASP  53           HB3      ASP  53   0.060  10.326  -9.591

  No H/Q in entry =           4
  In of MODEL    1
    1    H    GLU  54           H        GLU  54  -1.956   9.891  -9.410
    2    HA   GLU  54           HA       GLU  54  -3.340   8.478 -11.574
    3    HB2  GLU  54           HB2      GLU  54  -4.300   9.954  -9.251
    4    HB3  GLU  54           HB3      GLU  54  -5.068  10.455 -10.758
    5    HG2  GLU  54           HG2      GLU  54  -5.506   8.057 -11.237
    6    HG3  GLU  54           HG3      GLU  54  -4.924   7.689  -9.616

  No H/Q in entry =           6
  In of MODEL    1
    1    H    GLU  55           H        GLU  55  -1.218  10.947 -11.079
    2    HA   GLU  55           HA       GLU  55  -2.082  12.456 -13.484
    3    HB2  GLU  55           HB2      GLU  55  -0.598  14.288 -12.316
    4    HB3  GLU  55           HB3      GLU  55  -2.267  14.060 -11.803
    5    HG2  GLU  55           HG2      GLU  55  -1.678  13.365  -9.777
    6    HG3  GLU  55           HG3      GLU  55  -0.377  12.357 -10.407

  No H/Q in entry =           6
  In of MODEL    1
    1    H    GLY  56           H        GLY  56  -0.195  10.063 -12.673
    2    HA3  GLY  56           HA2      GLY  56   1.504   9.250 -14.065
    3    HA2  GLY  56           HA3      GLY  56   1.695  10.864 -14.720

  No H/Q in entry =           3
  In of MODEL    1
    1    H    LYS  57           H        LYS  57   1.847  10.797 -11.173
    2    HA   LYS  57           HA       LYS  57   4.655  11.378 -11.572
    3    HB2  LYS  57           HB2      LYS  57   4.671  12.109  -9.261
    4    HB3  LYS  57           HB3      LYS  57   3.284  12.835 -10.054
    5    HG2  LYS  57           HG2      LYS  57   1.779  11.451  -8.938
    6    HG3  LYS  57           HG3      LYS  57   3.048  10.336  -8.430
    7    HD2  LYS  57           HD2      LYS  57   2.507  11.551  -6.500
    8    HD3  LYS  57           HD3      LYS  57   3.992  12.294  -7.090
    9    HE2  LYS  57           HE2      LYS  57   2.650  14.116  -6.554
   10    HE3  LYS  57           HE3      LYS  57   2.434  13.950  -8.294
   11    HZ2  LYS  57           HZ1      LYS  57   0.512  13.610  -6.159
   12    HZ1  LYS  57           HZ2      LYS  57   0.436  12.412  -7.353
   13    HZ3  LYS  57           HZ3      LYS  57   0.273  14.051  -7.778

  No H/Q in entry =          13
  In of MODEL    1
    1    H    GLU  58           H        GLU  58   6.155   9.843 -11.257
    2    HA   GLU  58           HA       GLU  58   5.298   7.339 -10.025
    3    HB2  GLU  58           HB2      GLU  58   7.340   6.607 -11.640
    4    HB3  GLU  58           HB3      GLU  58   5.661   6.545 -12.138
    5    HG2  GLU  58           HG2      GLU  58   6.330   7.723 -13.901
    6    HG3  GLU  58           HG3      GLU  58   6.378   9.101 -12.809

  No H/Q in entry =           6
  In of MODEL    1
    1    H    MET  59           H        MET  59   6.143   7.903  -7.869
    2    HA   MET  59           HA       MET  59   8.871   8.856  -7.915
    3    HB2  MET  59           HB2      MET  59   6.540   9.145  -6.027
    4    HB3  MET  59           HB3      MET  59   8.143   9.822  -5.759
    5    HG2  MET  59           HG2      MET  59   7.805  11.297  -7.676
    6    HG3  MET  59           HG3      MET  59   6.208  10.578  -7.928
    7    HE2  MET  59           HE1      MET  59   7.740  11.143  -4.355
    8    HE1  MET  59           HE2      MET  59   6.250  10.202  -4.422
    9    HE3  MET  59           HE3      MET  59   6.267  11.779  -3.624

  No H/Q in entry =           9
  In of MODEL    1
    1    H    ILE  60           H        ILE  60  10.180   7.889  -6.413
    2    HA   ILE  60           HA       ILE  60   9.758   5.328  -5.525
    3    HB   ILE  60           HB       ILE  60  11.417   7.357  -4.048
    4   HG12  ILE  60          HG12      ILE  60  12.146   5.652  -6.438
    5   HG13  ILE  60          HG13      ILE  60  11.955   7.405  -6.437
    6   HG23  ILE  60          HG21      ILE  60  12.759   5.421  -3.421
    7   HG22  ILE  60          HG22      ILE  60  11.662   4.365  -4.310
    8   HG21  ILE  60          HG23      ILE  60  11.089   5.238  -2.887
    9   HD11  ILE  60          HD11      ILE  60  13.869   6.161  -4.552
   10   HD13  ILE  60          HD12      ILE  60  13.901   7.752  -5.321
   11   HD12  ILE  60          HD13      ILE  60  14.303   6.310  -6.256

  No H/Q in entry =          11
  In of MODEL    1
    1    H    LEU  61           H        LEU  61   8.564   4.446  -3.989
    2    HA   LEU  61           HA       LEU  61   7.496   6.209  -1.908
    3    HB2  LEU  61           HB2      LEU  61   5.368   5.314  -2.092
    4    HB3  LEU  61           HB3      LEU  61   5.899   5.460  -3.746
    5    HG   LEU  61           HG       LEU  61   4.694   3.457  -3.619
    6   HD13  LEU  61          HD11      LEU  61   6.286   1.738  -4.170
    7   HD12  LEU  61          HD12      LEU  61   7.590   2.706  -3.482
    8   HD11  LEU  61          HD13      LEU  61   6.726   3.276  -4.911
    9   HD22  LEU  61          HD21      LEU  61   4.377   2.585  -1.607
   10   HD21  LEU  61          HD22      LEU  61   5.920   3.186  -1.000
   11   HD23  LEU  61          HD23      LEU  61   5.862   1.683  -1.927

  No H/Q in entry =          11
  In of MODEL    1
    1    H    SER  62           H        SER  62   9.172   3.380  -2.717
    2    HA   SER  62           HA       SER  62   9.584   2.780   0.072
    3    HB2  SER  62           HB2      SER  62   7.496   1.476  -0.639
    4    HB3  SER  62           HB3      SER  62   8.572   0.535  -1.666
    5    HG   SER  62           HG       SER  62   9.133   0.884   1.072

  No H/Q in entry =           5
  In of MODEL    1
    1    H    TYR  63           H        TYR  63  10.945   0.666   0.120
    2    HA   TYR  63           HA       TYR  63  12.770   0.174  -1.927
    3    HB2  TYR  63           HB2      TYR  63  14.300   1.180   0.414
    4    HB3  TYR  63           HB3      TYR  63  14.741   1.194  -1.281
    5    HD1  TYR  63           HD1      TYR  63  12.431   2.951   1.085
    6    HD2  TYR  63           HD2      TYR  63  14.935   3.228  -2.328
    7    HE1  TYR  63           HE1      TYR  63  12.115   5.382   1.071
    8    HE2  TYR  63           HE2      TYR  63  14.621   5.663  -2.363
    9    HH   TYR  63           HH       TYR  63  13.439   7.395   0.182

  No H/Q in entry =           9
  In of MODEL    1
    1    H    LEU  64           H        LEU  64  14.409  -1.087  -1.101
    2    HA   LEU  64           HA       LEU  64  13.319  -3.227   0.556
    3    HB2  LEU  64           HB2      LEU  64  15.120  -3.769  -1.751
    4    HB3  LEU  64           HB3      LEU  64  14.070  -4.858  -0.878
    5    HG   LEU  64           HG       LEU  64  13.216  -2.756  -2.859
    6   HD12  LEU  64          HD11      LEU  64  12.910  -5.745  -2.921
    7   HD11  LEU  64          HD12      LEU  64  14.283  -4.902  -3.633
    8   HD13  LEU  64          HD13      LEU  64  12.653  -4.594  -4.231
    9   HD21  LEU  64          HD21      LEU  64  11.559  -4.659  -1.186
   10   HD23  LEU  64          HD22      LEU  64  10.956  -3.722  -2.554
   11   HD22  LEU  64          HD23      LEU  64  11.536  -2.896  -1.106

  No H/Q in entry =          11
  In of MODEL    1
    1    H    ASN  65           H        ASN  65  18.402  -4.415   0.808
    2    HA   ASN  65           HA       ASN  65  17.613  -3.767   1.589
    3    HB2  ASN  65           HB2      ASN  65  15.621  -4.930   3.314
    4    HB3  ASN  65           HB3      ASN  65  15.748  -5.143   3.324
    5   HD22  ASN  65          HD21      ASN  65  17.305  -3.120   5.764
    6   HD21  ASN  65          HD22      ASN  65  15.860  -3.898   5.210

  No H/Q in entry =           6
  In of MODEL    1
    1    H    GLN  66           H        GLN  66  19.221  -6.170   1.620
    2    HA   GLN  66           HA       GLN  66  19.518  -7.186  -0.477
    3    HB2  GLN  66           HB2      GLN  66  21.023  -7.013   2.175
    4    HB3  GLN  66           HB3      GLN  66  21.511  -8.059   0.947
    5    HG2  GLN  66           HG2      GLN  66  21.820  -6.136  -0.639
    6    HG3  GLN  66           HG3      GLN  66  21.291  -4.982   0.562
    7   HE22  GLN  66          HE21      GLN  66  24.926  -4.866   0.751
    8   HE21  GLN  66          HE22      GLN  66  23.622  -4.379  -0.277

  No H/Q in entry =           8
  In of MODEL    1
    1    H    GLY  67           H        GLY  67  17.560  -8.472  -0.350
    2    HA3  GLY  67           HA2      GLY  67  17.610 -11.048   0.101
    3    HA2  GLY  67           HA3      GLY  67  17.513 -10.478   1.772

  No H/Q in entry =           3
  In of MODEL    1
    1    H    ASP  68           H        ASP  68  15.903  -8.533  -0.561
    2    HA   ASP  68           HA       ASP  68  13.309  -9.351   0.520
    3    HB2  ASP  68           HB2      ASP  68  14.333  -6.877   0.358
    4    HB3  ASP  68           HB3      ASP  68  13.630  -6.969  -1.251

  No H/Q in entry =           4
  In of MODEL    1
    1    H    PHE  69           H        PHE  69  11.709  -8.402  -1.589
    2    HA   PHE  69           HA       PHE  69  12.496 -10.184  -3.793
    3    HB2  PHE  69           HB2      PHE  69   9.734  -9.745  -2.651
    4    HB3  PHE  69           HB3      PHE  69  10.099 -10.720  -4.068
    5    HD1  PHE  69           HD1      PHE  69  10.888 -12.952  -3.854
    6    HD2  PHE  69           HD2      PHE  69  10.493 -10.479  -0.413
    7    HE1  PHE  69           HE1      PHE  69  11.168 -14.922  -2.408
    8    HE2  PHE  69           HE2      PHE  69  10.780 -12.445   1.038
    9    HZ   PHE  69           HZ       PHE  69  11.114 -14.669   0.041

  No H/Q in entry =           9
  In of MODEL    1
    1    H    ILE  70           H        ILE  70  11.477  -9.654  -5.861
    2    HA   ILE  70           HA       ILE  70  10.535  -6.918  -6.194
    3    HB   ILE  70           HB       ILE  70  13.020  -8.058  -7.487
    4   HG12  ILE  70          HG12      ILE  70  12.386  -5.440  -6.109
    5   HG13  ILE  70          HG13      ILE  70  13.473  -6.710  -5.552
    6   HG23  ILE  70          HG21      ILE  70  11.716  -7.334  -9.346
    7   HG22  ILE  70          HG22      ILE  70  12.894  -6.062  -9.032
    8   HG21  ILE  70          HG23      ILE  70  11.221  -5.861  -8.515
    9   HD12  ILE  70          HD11      ILE  70  13.861  -4.729  -7.764
   10   HD11  ILE  70          HD12      ILE  70  14.780  -6.234  -7.720
   11   HD13  ILE  70          HD13      ILE  70  14.906  -5.084  -6.386

  No H/Q in entry =          11
  In of MODEL    1
    1    H    GLY  71           H        GLY  71   9.139  -6.750  -7.905
    2    HA3  GLY  71           HA2      GLY  71   7.952  -7.383  -9.802
    3    HA2  GLY  71           HA3      GLY  71   8.966  -8.815  -9.921

  No H/Q in entry =           3
  In of MODEL    1
    1    H    GLU  72           H        GLU  72   7.661  -8.346  -6.819
    2    HA   GLU  72           HA       GLU  72   6.062 -10.713  -7.061
    3    HB2  GLU  72           HB2      GLU  72   5.454  -9.184  -4.694
    4    HB3  GLU  72           HB3      GLU  72   6.238 -10.749  -4.820
    5    HG2  GLU  72           HG2      GLU  72   7.770  -9.436  -3.676
    6    HG3  GLU  72           HG3      GLU  72   8.370  -9.442  -5.335

  No H/Q in entry =           6
  In of MODEL    1
    1    H    LEU  73           H        LEU  73   5.803  -7.352  -6.923
    2    HA   LEU  73           HA       LEU  73   3.090  -6.880  -6.834
    3    HB2  LEU  73           HB2      LEU  73   5.531  -5.448  -7.343
    4    HB3  LEU  73           HB3      LEU  73   4.254  -4.882  -8.409
    5    HG   LEU  73           HG       LEU  73   4.398  -3.595  -6.302
    6   HD12  LEU  73          HD11      LEU  73   1.898  -4.212  -5.700
    7   HD11  LEU  73          HD12      LEU  73   2.049  -5.130  -7.203
    8   HD13  LEU  73          HD13      LEU  73   2.333  -3.387  -7.198
    9   HD22  LEU  73          HD21      LEU  73   4.465  -4.571  -4.296
   10   HD21  LEU  73          HD22      LEU  73   4.720  -6.098  -5.145
   11   HD23  LEU  73          HD23      LEU  73   3.090  -5.608  -4.680

  No H/Q in entry =          11
  In of MODEL    1
    1    H    GLY  74           H        GLY  74   4.681  -8.532  -9.191
    2    HA3  GLY  74           HA2      GLY  74   2.655  -7.755 -11.181
    3    HA2  GLY  74           HA3      GLY  74   4.290  -8.228 -11.612

  No H/Q in entry =           3
  In of MODEL    1
    1    H    LEU  75           H        LEU  75   4.341 -10.332  -9.542
    2    HA   LEU  75           HA       LEU  75   2.983 -12.346 -11.210
    3    HB2  LEU  75           HB2      LEU  75   4.594 -13.800 -10.574
    4    HB3  LEU  75           HB3      LEU  75   5.475 -12.322 -10.216
    5    HG   LEU  75           HG       LEU  75   4.074 -12.797  -7.894
    6   HD13  LEU  75          HD11      LEU  75   3.395 -14.997  -8.662
    7   HD12  LEU  75          HD12      LEU  75   4.568 -15.162  -7.356
    8   HD11  LEU  75          HD13      LEU  75   5.068 -15.423  -9.030
    9   HD22  LEU  75          HD21      LEU  75   6.202 -13.156  -6.928
   10   HD21  LEU  75          HD22      LEU  75   6.496 -12.114  -8.321
   11   HD23  LEU  75          HD23      LEU  75   6.857 -13.836  -8.417

  No H/Q in entry =          11
  In of MODEL    1
    1    H    PHE  76           H        PHE  76   2.996 -11.038  -8.020
    2    HA   PHE  76           HA       PHE  76   1.073 -13.056  -7.110
    3    HB2  PHE  76           HB2      PHE  76   2.941 -13.143  -5.703
    4    HB3  PHE  76           HB3      PHE  76   3.175 -11.403  -5.766
    5    HD1  PHE  76           HD1      PHE  76   1.907  -9.928  -4.377
    6    HD2  PHE  76           HD2      PHE  76   1.417 -14.141  -4.131
    7    HE1  PHE  76           HE1      PHE  76   0.752  -9.665  -2.210
    8    HE2  PHE  76           HE2      PHE  76   0.272 -13.893  -1.967
    9    HZ   PHE  76           HZ       PHE  76  -0.060 -11.649  -1.004

  No H/Q in entry =           9
  In of MODEL    1
    1    H    GLU  77           H        GLU  77   1.667  -9.659  -7.631
    2    HA   GLU  77           HA       GLU  77  -0.507  -8.717  -6.112
    3    HB2  GLU  77           HB2      GLU  77   1.305  -7.250  -7.000
    4    HB3  GLU  77           HB3      GLU  77   0.618  -7.434  -8.605
    5    HG2  GLU  77           HG2      GLU  77  -1.294  -6.550  -6.570
    6    HG3  GLU  77           HG3      GLU  77   0.038  -5.432  -6.847

  No H/Q in entry =           6
  In of MODEL    1
    1    H    GLU  78           H        GLU  78   0.012  -9.687  -9.409
    2    HA   GLU  78           HA       GLU  78  -1.318 -10.932 -10.689
    3    HB2  GLU  78           HB2      GLU  78  -3.140 -11.093  -8.859
    4    HB3  GLU  78           HB3      GLU  78  -3.835  -9.668  -9.629
    5    HG2  GLU  78           HG2      GLU  78  -3.706 -10.985 -11.806
    6    HG3  GLU  78           HG3      GLU  78  -3.411 -12.399 -10.799

  No H/Q in entry =           6
  In of MODEL    1
    1    H    GLY  79           H        GLY  79   0.012  -8.462 -10.727
    2    HA3  GLY  79           HA2      GLY  79  -1.467  -6.291 -11.803
    3    HA2  GLY  79           HA3      GLY  79   0.272  -6.496 -11.809

  No H/Q in entry =           3
  In of MODEL    1
    1    H    GLN  80           H        GLN  80   1.140  -8.011 -13.387
    2    HA   GLN  80           HA       GLN  80   1.466  -8.687 -15.461
    3    HB2  GLN  80           HB2      GLN  80  -1.382  -9.194 -15.023
    4    HB3  GLN  80           HB3      GLN  80  -0.916  -9.072 -16.709
    5    HG2  GLN  80           HG2      GLN  80  -0.905 -11.378 -15.588
    6    HG3  GLN  80           HG3      GLN  80   0.463 -10.927 -16.603
    7   HE21  GLN  80          HE21      GLN  80  -0.650 -11.392 -13.330
    8   HE22  GLN  80          HE22      GLN  80   0.919 -11.470 -12.599

  No H/Q in entry =           8
  In of MODEL    1
    1    H    GLU  81           H        GLU  81   2.119  -6.436 -15.533
    2    HA   GLU  81           HA       GLU  81   2.131  -5.030 -17.659
    3    HB2  GLU  81           HB2      GLU  81  -0.595  -4.939 -17.065
    4    HB3  GLU  81           HB3      GLU  81   0.015  -3.352 -16.603
    5    HG2  GLU  81           HG2      GLU  81   1.197  -3.460 -18.935
    6    HG3  GLU  81           HG3      GLU  81  -0.063  -4.640 -19.285

  No H/Q in entry =           6
  In of MODEL    1
    1    H    ARG  82           H        ARG  82   3.837  -5.083 -15.758
    2    HA   ARG  82           HA       ARG  82   5.226  -4.001 -14.390
    3    HB2  ARG  82           HB2      ARG  82   5.809  -2.251 -15.589
    4    HB3  ARG  82           HB3      ARG  82   4.191  -2.112 -16.242
    5    HG2  ARG  82           HG2      ARG  82   4.518  -1.012 -13.533
    6    HG3  ARG  82           HG3      ARG  82   5.471  -0.208 -14.779
    7    HD2  ARG  82           HD2      ARG  82   3.633   0.630 -15.837
    8    HD3  ARG  82           HD3      ARG  82   2.627  -0.757 -15.418
    9    HE   ARG  82           HE       ARG  82   3.360   1.027 -13.240
   10   HH11  ARG  82          HH11      ARG  82   0.928   0.105 -15.589
   11   HH12  ARG  82          HH12      ARG  82  -0.386   0.784 -14.678
   12   HH21  ARG  82          HH21      ARG  82   1.622   1.916 -12.040
   13   HH22  ARG  82          HH22      ARG  82   0.003   1.838 -12.666

  No H/Q in entry =          13
  In of MODEL    1
    1    H    SER  83           H        SER  83   2.271  -2.056 -14.028
    2    HA   SER  83           HA       SER  83   1.115  -1.307 -12.255
    3    HB2  SER  83           HB2      SER  83   2.363  -3.661 -10.833
    4    HB3  SER  83           HB3      SER  83   0.991  -2.722 -10.247
    5    HG   SER  83           HG       SER  83   0.166  -4.491 -11.269

  No H/Q in entry =           5
  In of MODEL    1
    1    H    ALA  84           H        ALA  84   4.546  -1.819 -11.596
    2    HA   ALA  84           HA       ALA  84   6.017  -0.042 -11.191
    3    HB2  ALA  84           HB1      ALA  84   4.185   1.640 -11.346
    4    HB1  ALA  84           HB2      ALA  84   5.419   1.993 -10.137
    5    HB3  ALA  84           HB3      ALA  84   3.854   1.351  -9.637

  No H/Q in entry =           5
  In of MODEL    1
    1    H    TRP  85           H        TRP  85   7.509   0.086  -9.448
    2    HA   TRP  85           HA       TRP  85   7.250  -0.411  -6.904
    3    HB2  TRP  85           HB2      TRP  85   5.830  -2.366  -7.574
    4    HB3  TRP  85           HB3      TRP  85   7.265  -3.106  -8.264
    5    HD1  TRP  85           HD1      TRP  85   8.867  -4.275  -6.713
    6    HE1  TRP  85           HE1      TRP  85   8.810  -4.943  -4.213
    7    HE3  TRP  85           HE3      TRP  85   4.938  -1.407  -5.253
    8    HZ2  TRP  85           HZ2      TRP  85   7.275  -4.298  -1.932
    9    HZ3  TRP  85           HZ3      TRP  85   4.223  -1.477  -2.900
   10    HH2  TRP  85           HH2      TRP  85   5.369  -2.896  -1.281

  No H/Q in entry =          10
  In of MODEL    1
    1    H    VAL  86           H        VAL  86   9.162  -0.533  -9.697
    2    HA   VAL  86           HA       VAL  86  11.399  -0.838  -7.957
    3    HB   VAL  86           HB       VAL  86  12.331  -2.555  -9.927
    4   HG13  VAL  86          HG11      VAL  86  13.161  -2.708  -7.780
    5   HG12  VAL  86          HG12      VAL  86  12.077  -4.100  -7.843
    6   HG11  VAL  86          HG13      VAL  86  11.561  -2.613  -7.046
    7   HG23  VAL  86          HG21      VAL  86   9.653  -3.366  -8.844
    8   HG22  VAL  86          HG22      VAL  86  10.764  -4.391  -9.755
    9   HG21  VAL  86          HG23      VAL  86  10.011  -2.994 -10.530

  No H/Q in entry =           9
  In of MODEL    1
    1    H    ARG  87           H        ARG  87  13.299  -0.298  -8.446
    2    HA   ARG  87           HA       ARG  87  14.345   0.639 -10.837
    3    HB2  ARG  87           HB2      ARG  87  12.980   2.617 -10.629
    4    HB3  ARG  87           HB3      ARG  87  13.438   2.818  -8.943
    5    HG2  ARG  87           HG2      ARG  87  15.847   2.790 -10.295
    6    HG3  ARG  87           HG3      ARG  87  14.766   3.716 -11.346
    7    HD2  ARG  87           HD2      ARG  87  15.147   5.455 -10.017
    8    HD3  ARG  87           HD3      ARG  87  14.180   4.621  -8.804
    9    HE   ARG  87           HE       ARG  87  16.722   3.601  -8.543
   10   HH11  ARG  87          HH11      ARG  87  15.231   6.764  -8.334
   11   HH12  ARG  87          HH12      ARG  87  16.371   7.358  -7.166
   12   HH21  ARG  87          HH21      ARG  87  18.232   4.397  -7.023
   13   HH22  ARG  87          HH22      ARG  87  18.075   6.019  -6.419

  No H/Q in entry =          13
  In of MODEL    1
    1    H    ALA  88           H        ALA  88  16.403  -0.215 -10.391
    2    HA   ALA  88           HA       ALA  88  17.376  -0.939  -8.200
    3    HB2  ALA  88           HB1      ALA  88  18.893  -1.540  -9.602
    4    HB3  ALA  88           HB2      ALA  88  19.692  -0.008  -9.274
    5    HB1  ALA  88           HB3      ALA  88  18.585  -0.152 -10.648

  No H/Q in entry =           5
  In of MODEL    1
    1    H    LYS  89           H        LYS  89  18.358  -0.142  -6.049
    2    HA   LYS  89           HA       LYS  89  18.901   2.715  -6.262
    3    HB2  LYS  89           HB2      LYS  89  17.097   1.890  -4.647
    4    HB3  LYS  89           HB3      LYS  89  18.411   1.207  -3.701
    5    HG2  LYS  89           HG2      LYS  89  19.378   3.405  -3.394
    6    HG3  LYS  89           HG3      LYS  89  18.130   4.118  -4.418
    7    HD2  LYS  89           HD2      LYS  89  16.730   4.261  -2.699
    8    HD3  LYS  89           HD3      LYS  89  16.924   2.544  -2.344
    9    HE2  LYS  89           HE2      LYS  89  17.606   3.643  -0.395
   10    HE3  LYS  89           HE3      LYS  89  19.101   3.186  -1.208
   11    HZ3  LYS  89           HZ1      LYS  89  19.404   5.401  -0.534
   12    HZ2  LYS  89           HZ2      LYS  89  17.859   5.882  -1.031
   13    HZ1  LYS  89           HZ3      LYS  89  19.045   5.520  -2.182

  No H/Q in entry =          13
  In of MODEL    1
    1    H    THR  90           H        THR  90  20.242  -0.305  -5.981
    2    HA   THR  90           HA       THR  90  22.857   0.830  -5.497
    3    HB   THR  90           HB       THR  90  22.643  -1.639  -3.960
    4    HG1  THR  90           HG1      THR  90  20.554  -0.211  -3.655
    5   HG22  THR  90          HG21      THR  90  23.493   1.133  -3.116
    6   HG21  THR  90          HG22      THR  90  24.538   0.000  -3.973
    7   HG23  THR  90          HG23      THR  90  23.942  -0.398  -2.362

  No H/Q in entry =           7
  In of MODEL    1
    1    H    ALA  91           H        ALA  91  24.487  -0.981  -5.855
    2    HA   ALA  91           HA       ALA  91  23.757  -2.521  -8.208
    3    HB3  ALA  91           HB1      ALA  91  26.323  -2.886  -6.651
    4    HB2  ALA  91           HB2      ALA  91  26.141  -1.463  -7.673
    5    HB1  ALA  91           HB3      ALA  91  26.062  -3.078  -8.384

  No H/Q in entry =           5
  In of MODEL    1
    1    H    CYS  92           H        CYS  92  22.554  -4.126  -7.809
    2    HA   CYS  92           HA       CYS  92  22.889  -5.690  -5.307
    3    HB2  CYS  92           HB2      CYS  92  20.546  -6.429  -6.739
    4    HB3  CYS  92           HB3      CYS  92  20.607  -5.531  -5.233
    5    HG   CYS  92           HG       CYS  92  21.102  -3.106  -7.007

  No H/Q in entry =           5
  In of MODEL    1
    1    H    GLU  93           H        GLU  93  21.571  -7.783  -5.998
    2    HA   GLU  93           HA       GLU  93  22.643  -9.199  -8.221
    3    HB2  GLU  93           HB2      GLU  93  23.233 -10.202  -5.408
    4    HB3  GLU  93           HB3      GLU  93  23.726 -10.950  -6.919
    5    HG2  GLU  93           HG2      GLU  93  24.725  -8.278  -5.965
    6    HG3  GLU  93           HG3      GLU  93  25.545  -9.805  -5.653

  No H/Q in entry =           6
  In of MODEL    1
    1    H    VAL  94           H        VAL  94  20.509  -9.671  -8.782
    2    HA   VAL  94           HA       VAL  94  18.747 -10.461  -6.563
    3    HB   VAL  94           HB       VAL  94  16.823 -10.163  -8.081
    4   HG12  VAL  94          HG11      VAL  94  17.260  -7.543  -8.333
    5   HG11  VAL  94          HG12      VAL  94  18.530  -7.961  -7.178
    6   HG13  VAL  94          HG13      VAL  94  16.842  -8.341  -6.820
    7   HG22  VAL  94          HG21      VAL  94  17.403 -10.271 -10.263
    8   HG21  VAL  94          HG22      VAL  94  18.915  -9.402 -10.034
    9   HG23  VAL  94          HG23      VAL  94  17.382  -8.520 -10.058

  No H/Q in entry =           9
  In of MODEL    1
    1    H    ALA  95           H        ALA  95  17.531 -12.298  -6.682
    2    HA   ALA  95           HA       ALA  95  18.679 -14.267  -8.515
    3    HB1  ALA  95           HB1      ALA  95  18.121 -15.797  -6.913
    4    HB3  ALA  95           HB2      ALA  95  16.563 -15.030  -6.610
    5    HB2  ALA  95           HB3      ALA  95  18.022 -14.381  -5.866

  No H/Q in entry =           5
  In of MODEL    1
    1    H    GLU  96           H        GLU  96  17.731 -13.359 -10.349
    2    HA   GLU  96           HA       GLU  96  14.813 -13.210 -10.280
    3    HB2  GLU  96           HB2      GLU  96  14.918 -11.774 -12.222
    4    HB3  GLU  96           HB3      GLU  96  15.957 -11.149 -10.950
    5    HG2  GLU  96           HG2      GLU  96  17.910 -12.006 -12.069
    6    HG3  GLU  96           HG3      GLU  96  16.900 -12.790 -13.283

  No H/Q in entry =           6
  In of MODEL    1
    1    H    ILE  97           H        ILE  97  13.577 -14.248 -11.351
    2    HA   ILE  97           HA       ILE  97  14.324 -15.771 -13.656
    3    HB   ILE  97           HB       ILE  97  13.185 -17.831 -12.627
    4   HG12  ILE  97          HG12      ILE  97  14.365 -16.763 -10.107
    5   HG13  ILE  97          HG13      ILE  97  12.682 -16.466 -10.520
    6   HG23  ILE  97          HG21      ILE  97  15.224 -18.794 -12.424
    7   HG22  ILE  97          HG22      ILE  97  15.943 -17.362 -11.683
    8   HG21  ILE  97          HG23      ILE  97  15.571 -17.374 -13.404
    9   HD13  ILE  97          HD11      ILE  97  12.852 -18.384  -9.077
   10   HD12  ILE  97          HD12      ILE  97  13.978 -19.156 -10.192
   11   HD11  ILE  97          HD13      ILE  97  12.308 -18.880 -10.679

  No H/Q in entry =          11
  In of MODEL    1
    1    H    SER  98           H        SER  98  12.338 -17.199 -14.209
    2    HA   SER  98           HA       SER  98  10.152 -15.276 -14.300
    3    HB2  SER  98           HB2      SER  98   9.362 -17.138 -16.014
    4    HB3  SER  98           HB3      SER  98  10.540 -15.898 -16.455
    5    HG   SER  98           HG       SER  98  11.988 -17.402 -16.679

  No H/Q in entry =           5
  In of MODEL    1
    1    H    TYR  99           H        TYR  99   8.248 -15.592 -13.644
    2    HA   TYR  99           HA       TYR  99   7.779 -17.241 -11.305
    3    HB2  TYR  99           HB2      TYR  99   5.771 -15.972 -10.973
    4    HB3  TYR  99           HB3      TYR  99   7.010 -14.843 -11.466
    5    HD1  TYR  99           HD1      TYR  99   5.172 -16.894 -13.972
    6    HD2  TYR  99           HD2      TYR  99   5.435 -13.131 -12.009
    7    HE1  TYR  99           HE1      TYR  99   3.578 -15.945 -15.574
    8    HE2  TYR  99           HE2      TYR  99   3.838 -12.182 -13.605
    9    HH   TYR  99           HH       TYR  99   2.690 -12.508 -15.474

  No H/Q in entry =           9
  In of MODEL    1
    1    H    LYS 100           H        LYS 100   7.399 -17.857 -14.709
    2    HA   LYS 100           HA       LYS 100   5.112 -19.469 -14.210
    3    HB2  LYS 100           HB2      LYS 100   5.911 -18.933 -16.527
    4    HB3  LYS 100           HB3      LYS 100   7.259 -20.034 -16.259
    5    HG2  LYS 100           HG2      LYS 100   5.548 -21.823 -15.781
    6    HG3  LYS 100           HG3      LYS 100   4.334 -20.697 -16.395
    7    HD2  LYS 100           HD2      LYS 100   5.519 -20.577 -18.526
    8    HD3  LYS 100           HD3      LYS 100   6.741 -21.692 -17.913
    9    HE2  LYS 100           HE2      LYS 100   4.838 -23.323 -17.512
   10    HE3  LYS 100           HE3      LYS 100   3.838 -22.235 -18.476
   11    HZ1  LYS 100           HZ1      LYS 100   5.447 -22.503 -20.296
   12    HZ3  LYS 100           HZ2      LYS 100   4.714 -23.962 -19.860
   13    HZ2  LYS 100           HZ3      LYS 100   6.296 -23.634 -19.369

  No H/Q in entry =          13
  In of MODEL    1
    1    H    LYS 101           H        LYS 101   8.597 -20.222 -14.318
    2    HA   LYS 101           HA       LYS 101   8.234 -22.865 -13.265
    3    HB2  LYS 101           HB2      LYS 101  10.297 -23.202 -14.055
    4    HB3  LYS 101           HB3      LYS 101  10.146 -21.599 -14.756
    5    HG2  LYS 101           HG2      LYS 101  11.343 -20.624 -12.923
    6    HG3  LYS 101           HG3      LYS 101  11.386 -22.176 -12.078
    7    HD2  LYS 101           HD2      LYS 101  12.776 -23.135 -13.779
    8    HD3  LYS 101           HD3      LYS 101  12.594 -21.707 -14.800
    9    HE2  LYS 101           HE2      LYS 101  13.853 -20.373 -13.290
   10    HE3  LYS 101           HE3      LYS 101  13.841 -21.640 -12.065
   11    HZ3  LYS 101           HZ1      LYS 101  15.913 -21.873 -12.976
   12    HZ2  LYS 101           HZ2      LYS 101  15.416 -21.467 -14.540
   13    HZ1  LYS 101           HZ3      LYS 101  15.044 -22.990 -13.903

  No H/Q in entry =          13
  In of MODEL    1
    1    H    PHE 102           H        PHE 102   9.115 -19.764 -11.976
    2    HA   PHE 102           HA       PHE 102  10.007 -20.589  -9.436
    3    HB2  PHE 102           HB2      PHE 102  10.567 -18.450  -9.842
    4    HB3  PHE 102           HB3      PHE 102   9.150 -18.105 -10.766
    5    HD1  PHE 102           HD1      PHE 102  10.808 -17.620  -7.652
    6    HD2  PHE 102           HD2      PHE 102   6.972 -17.676  -9.472
    7    HE1  PHE 102           HE1      PHE 102   9.907 -16.269  -5.803
    8    HE2  PHE 102           HE2      PHE 102   6.073 -16.350  -7.620
    9    HZ   PHE 102           HZ       PHE 102   7.537 -15.638  -5.784

  No H/Q in entry =           9
  In of MODEL    1
    1    H    ARG 103           H        ARG 103   6.854 -19.326 -10.487
    2    HA   ARG 103           HA       ARG 103   5.427 -19.580  -8.248
    3    HB2  ARG 103           HB2      ARG 103   3.524 -19.383  -9.464
    4    HB3  ARG 103           HB3      ARG 103   4.702 -18.918 -10.675
    5    HG2  ARG 103           HG2      ARG 103   4.483 -20.937 -11.828
    6    HG3  ARG 103           HG3      ARG 103   3.698 -21.735 -10.462
    7    HD2  ARG 103           HD2      ARG 103   1.925 -19.801 -10.827
    8    HD3  ARG 103           HD3      ARG 103   2.579 -19.842 -12.465
    9    HE   ARG 103           HE       ARG 103   1.974 -22.459 -11.592
   10   HH11  ARG 103          HH11      ARG 103   0.408 -19.507 -12.657
   11   HH12  ARG 103          HH12      ARG 103  -1.004 -20.324 -13.249
   12   HH21  ARG 103          HH21      ARG 103   0.117 -23.531 -12.385
   13   HH22  ARG 103          HH22      ARG 103  -1.162 -22.609 -13.104

  No H/Q in entry =          13
  In of MODEL    1
    1    H    GLN 104           H        GLN 104   6.671 -22.141 -10.060
    2    HA   GLN 104           HA       GLN 104   4.955 -24.153  -8.767
    3    HB2  GLN 104           HB2      GLN 104   6.931 -24.379 -11.010
    4    HB3  GLN 104           HB3      GLN 104   6.221 -25.784 -10.225
    5    HG2  GLN 104           HG2      GLN 104   4.873 -23.683 -11.873
    6    HG3  GLN 104           HG3      GLN 104   4.906 -25.428 -12.113
    7   HE21  GLN 104          HE21      GLN 104   3.801 -26.724 -10.393
    8   HE22  GLN 104          HE22      GLN 104   2.344 -26.074  -9.724

  No H/Q in entry =           8
  In of MODEL    1
    1    H    LEU 105           H        LEU 105   8.242 -23.034  -8.473
    2    HA   LEU 105           HA       LEU 105   8.874 -25.130  -6.511
    3    HB2  LEU 105           HB2      LEU 105  10.980 -24.266  -6.703
    4    HB3  LEU 105           HB3      LEU 105  10.355 -23.167  -7.913
    5    HG   LEU 105           HG       LEU 105   9.825 -21.592  -5.956
    6   HD12  LEU 105          HD11      LEU 105  11.873 -23.389  -4.637
    7   HD11  LEU 105          HD12      LEU 105  10.180 -23.251  -4.158
    8   HD13  LEU 105          HD13      LEU 105  11.260 -21.866  -3.995
    9   HD23  LEU 105          HD21      LEU 105  12.217 -20.821  -5.941
   10   HD22  LEU 105          HD22      LEU 105  11.528 -21.089  -7.543
   11   HD21  LEU 105          HD23      LEU 105  12.616 -22.285  -6.840

  No H/Q in entry =          11
  In of MODEL    1
    1    H    ILE 106           H        ILE 106   7.879 -21.523  -6.439
    2    HA   ILE 106           HA       ILE 106   7.445 -21.511  -3.734
    3    HB   ILE 106           HB       ILE 106   6.242 -19.477  -3.986
    4   HG12  ILE 106          HG12      ILE 106   5.992 -18.779  -6.565
    5   HG13  ILE 106          HG13      ILE 106   5.716 -20.512  -6.714
    6   HG21  ILE 106          HG21      ILE 106   8.757 -19.858  -4.636
    7   HG23  ILE 106          HG22      ILE 106   7.998 -18.279  -4.842
    8   HG22  ILE 106          HG23      ILE 106   8.193 -19.350  -6.230
    9   HD12  ILE 106          HD11      ILE 106   3.927 -18.464  -5.856
   10   HD11  ILE 106          HD12      ILE 106   4.136 -19.649  -4.565
   11   HD13  ILE 106          HD13      ILE 106   3.606 -20.169  -6.165

  No H/Q in entry =          11
  In of MODEL    1
    1    H    GLN 107           H        GLN 107   5.859 -23.417  -5.761
    2    HA   GLN 107           HA       GLN 107   3.365 -23.329  -4.248
    3    HB2  GLN 107           HB2      GLN 107   3.903 -24.017  -7.069
    4    HB3  GLN 107           HB3      GLN 107   2.720 -25.022  -6.241
    5    HG2  GLN 107           HG2      GLN 107   1.913 -22.534  -5.524
    6    HG3  GLN 107           HG3      GLN 107   2.552 -22.251  -7.146
    7   HE21  GLN 107          HE21      GLN 107   1.641 -23.395  -8.893
    8   HE22  GLN 107          HE22      GLN 107   0.044 -24.051  -8.796

  No H/Q in entry =           8
  In of MODEL    1
    1    H    VAL 108           H        VAL 108   6.237 -24.918  -4.775
    2    HA   VAL 108           HA       VAL 108   5.379 -27.577  -4.079
    3    HB   VAL 108           HB       VAL 108   7.549 -26.459  -5.414
    4   HG11  VAL 108          HG11      VAL 108   8.535 -27.643  -2.835
    5   HG13  VAL 108          HG12      VAL 108   8.711 -25.972  -3.376
    6   HG12  VAL 108          HG13      VAL 108   9.534 -27.271  -4.241
    7   HG22  VAL 108          HG21      VAL 108   8.301 -28.747  -5.713
    8   HG21  VAL 108          HG22      VAL 108   6.554 -28.601  -5.893
    9   HG23  VAL 108          HG23      VAL 108   7.234 -29.272  -4.411

  No H/Q in entry =           9
  In of MODEL    1
    1    H    ASN 109           H        ASN 109   6.397 -24.687  -2.561
    2    HA   ASN 109           HA       ASN 109   6.346 -25.978   0.087
    3    HB2  ASN 109           HB2      ASN 109   8.191 -23.749  -0.777
    4    HB3  ASN 109           HB3      ASN 109   8.030 -24.336   0.869
    5   HD21  ASN 109          HD21      ASN 109   9.843 -24.468  -1.845
    6   HD22  ASN 109          HD22      ASN 109  10.657 -25.968  -1.577

  No H/Q in entry =           6
  In of MODEL    1
    1    HA   PRO 110           HA       PRO 110   3.201 -22.765   0.393
    2    HB2  PRO 110           HB2      PRO 110   2.220 -23.520   2.795
    3    HB3  PRO 110           HB3      PRO 110   1.905 -24.447   1.324
    4    HG2  PRO 110           HG2      PRO 110   3.907 -24.965   3.497
    5    HG3  PRO 110           HG3      PRO 110   2.835 -26.109   2.667
    6    HD2  PRO 110           HD2      PRO 110   5.463 -25.789   2.033
    7    HD3  PRO 110           HD3      PRO 110   4.230 -26.303   0.866

  No H/Q in entry =           7
  In of MODEL    1
    1    H    ASP 111           H        ASP 111   6.119 -22.891   1.973
    2    HA   ASP 111           HA       ASP 111   5.481 -20.570   3.624
    3    HB2  ASP 111           HB2      ASP 111   7.480 -22.705   3.966
    4    HB3  ASP 111           HB3      ASP 111   7.928 -21.069   4.475

  No H/Q in entry =           4
  In of MODEL    1
    1    H    ILE 112           H        ILE 112   6.701 -21.260   0.630
    2    HA   ILE 112           HA       ILE 112   8.856 -19.337   0.690
    3    HB   ILE 112           HB       ILE 112   7.732 -21.021  -1.548
    4   HG12  ILE 112          HG12      ILE 112   9.551 -21.408   0.505
    5   HG13  ILE 112          HG13      ILE 112   9.378 -22.410  -0.928
    6   HG21  ILE 112          HG21      ILE 112   9.825 -18.847  -1.674
    7   HG23  ILE 112          HG22      ILE 112   8.307 -18.938  -2.571
    8   HG22  ILE 112          HG23      ILE 112   9.606 -20.086  -2.911
    9   HD12  ILE 112          HD11      ILE 112  11.686 -21.819  -0.560
   10   HD11  ILE 112          HD12      ILE 112  11.269 -20.105  -0.591
   11   HD13  ILE 112          HD13      ILE 112  11.091 -21.084  -2.048

  No H/Q in entry =          11
  In of MODEL    1
    1    H    LEU 113           H        LEU 113   5.739 -19.547  -0.947
    2    HA   LEU 113           HA       LEU 113   5.983 -16.879  -1.893
    3    HB2  LEU 113           HB2      LEU 113   4.685 -18.504  -3.128
    4    HB3  LEU 113           HB3      LEU 113   3.574 -18.679  -1.780
    5    HG   LEU 113           HG       LEU 113   3.232 -16.115  -2.072
    6   HD11  LEU 113          HD11      LEU 113   5.047 -15.805  -3.668
    7   HD13  LEU 113          HD12      LEU 113   3.492 -15.332  -4.353
    8   HD12  LEU 113          HD13      LEU 113   4.228 -16.867  -4.810
    9   HD21  LEU 113          HD21      LEU 113   1.527 -17.840  -2.447
   10   HD23  LEU 113          HD22      LEU 113   2.106 -18.026  -4.104
   11   HD22  LEU 113          HD23      LEU 113   1.402 -16.493  -3.579

  No H/Q in entry =          11
  In of MODEL    1
    1    H    MET 114           H        MET 114   4.916 -18.382   0.943
    2    HA   MET 114           HA       MET 114   3.227 -16.261   1.890
    3    HB2  MET 114           HB2      MET 114   3.682 -18.883   2.667
    4    HB3  MET 114           HB3      MET 114   4.424 -17.947   3.958
    5    HG2  MET 114           HG2      MET 114   1.616 -17.509   2.985
    6    HG3  MET 114           HG3      MET 114   2.032 -18.570   4.328
    7    HE1  MET 114           HE1      MET 114   0.093 -16.976   5.479
    8    HE3  MET 114           HE2      MET 114   0.074 -15.733   4.227
    9    HE2  MET 114           HE3      MET 114   0.371 -15.288   5.906

  No H/Q in entry =           9
  In of MODEL    1
    1    H    ARG 115           H        ARG 115   6.586 -17.129   2.019
    2    HA   ARG 115           HA       ARG 115   7.358 -15.280   4.027
    3    HB2  ARG 115           HB2      ARG 115   8.754 -16.954   1.995
    4    HB3  ARG 115           HB3      ARG 115   9.627 -15.551   2.614
    5    HG2  ARG 115           HG2      ARG 115   9.282 -16.399   4.905
    6    HG3  ARG 115           HG3      ARG 115   8.494 -17.826   4.219
    7    HD2  ARG 115           HD2      ARG 115  10.772 -18.374   4.714
    8    HD3  ARG 115           HD3      ARG 115  10.572 -18.310   2.966
    9    HE   ARG 115           HE       ARG 115  11.572 -15.995   3.171
   10   HH11  ARG 115          HH11      ARG 115  12.268 -18.521   5.481
   11   HH12  ARG 115          HH12      ARG 115  13.874 -17.953   5.835
   12   HH21  ARG 115          HH21      ARG 115  13.699 -15.224   3.639
   13   HH22  ARG 115          HH22      ARG 115  14.690 -16.083   4.784

  No H/Q in entry =          13
  In of MODEL    1
    1    H    LEU 116           H        LEU 116   7.209 -15.239   0.450
    2    HA   LEU 116           HA       LEU 116   8.133 -12.614   0.196
    3    HB2  LEU 116           HB2      LEU 116   8.232 -13.957  -1.714
    4    HB3  LEU 116           HB3      LEU 116   6.573 -14.494  -1.540
    5    HG   LEU 116           HG       LEU 116   6.813 -11.608  -2.001
    6   HD11  LEU 116          HD11      LEU 116   8.626 -13.039  -3.437
    7   HD13  LEU 116          HD12      LEU 116   7.877 -11.524  -3.949
    8   HD12  LEU 116          HD13      LEU 116   7.212 -13.066  -4.496
    9   HD22  LEU 116          HD21      LEU 116   4.674 -12.642  -2.110
   10   HD21  LEU 116          HD22      LEU 116   5.257 -13.858  -3.248
   11   HD23  LEU 116          HD23      LEU 116   5.126 -12.169  -3.751

  No H/Q in entry =          11
  In of MODEL    1
    1    H    SER 117           H        SER 117   4.878 -13.916   0.492
    2    HA   SER 117           HA       SER 117   3.396 -11.698  -0.144
    3    HB2  SER 117           HB2      SER 117   1.572 -12.685   1.093
    4    HB3  SER 117           HB3      SER 117   2.448 -13.954   0.251
    5    HG   SER 117           HG       SER 117   3.595 -14.155   2.402

  No H/Q in entry =           5
  In of MODEL    1
    1    H    ALA 118           H        ALA 118   4.592 -12.669   3.005
    2    HA   ALA 118           HA       ALA 118   3.618 -10.572   4.545
    3    HB2  ALA 118           HB1      ALA 118   4.983 -11.357   6.259
    4    HB1  ALA 118           HB2      ALA 118   6.226 -11.912   5.136
    5    HB3  ALA 118           HB3      ALA 118   4.703 -12.793   5.270

  No H/Q in entry =           5
  In of MODEL    1
    1    H    GLN 119           H        GLN 119   6.370 -10.705   2.380
    2    HA   GLN 119           HA       GLN 119   7.731  -8.481   3.514
    3    HB2  GLN 119           HB2      GLN 119   7.818  -9.826   0.819
    4    HB3  GLN 119           HB3      GLN 119   8.684  -8.323   1.100
    5    HG2  GLN 119           HG2      GLN 119   9.368 -11.032   1.855
    6    HG3  GLN 119           HG3      GLN 119  10.384  -9.597   1.749
    7   HE21  GLN 119          HE21      GLN 119   8.605 -11.694   3.805
    8   HE22  GLN 119          HE22      GLN 119   9.042 -10.951   5.304

  No H/Q in entry =           8
  In of MODEL    1
    1    H    MET 120           H        MET 120   5.838  -8.703   0.420
    2    HA   MET 120           HA       MET 120   5.264  -6.143   0.052
    3    HB2  MET 120           HB2      MET 120   4.124  -8.661  -0.651
    4    HB3  MET 120           HB3      MET 120   2.832  -7.497  -0.393
    5    HG2  MET 120           HG2      MET 120   3.601  -6.084  -2.085
    6    HG3  MET 120           HG3      MET 120   5.189  -6.854  -2.126
    7    HE1  MET 120           HE1      MET 120   5.241  -9.491  -2.320
    8    HE3  MET 120           HE2      MET 120   4.251 -10.389  -3.469
    9    HE2  MET 120           HE3      MET 120   3.621 -10.021  -1.865

  No H/Q in entry =           9
  In of MODEL    1
    1    H    ALA 121           H        ALA 121   3.504  -8.212   2.310
    2    HA   ALA 121           HA       ALA 121   1.486  -6.371   2.940
    3    HB2  ALA 121           HB1      ALA 121   2.433  -8.352   4.954
    4    HB1  ALA 121           HB2      ALA 121   1.715  -8.926   3.449
    5    HB3  ALA 121           HB3      ALA 121   0.792  -7.874   4.519

  No H/Q in entry =           5
  In of MODEL    1
    1    H    ARG 122           H        ARG 122   4.764  -6.779   3.993
    2    HA   ARG 122           HA       ARG 122   4.523  -5.083   6.252
    3    HB2  ARG 122           HB2      ARG 122   6.642  -6.579   4.937
    4    HB3  ARG 122           HB3      ARG 122   7.194  -5.016   5.533
    5    HG2  ARG 122           HG2      ARG 122   7.375  -7.034   7.093
    6    HG3  ARG 122           HG3      ARG 122   6.693  -5.540   7.743
    7    HD2  ARG 122           HD2      ARG 122   4.483  -6.379   7.602
    8    HD3  ARG 122           HD3      ARG 122   4.990  -7.747   6.611
    9    HE   ARG 122           HE       ARG 122   5.902  -8.764   8.529
   10   HH11  ARG 122          HH11      ARG 122   4.013  -5.898   9.226
   11   HH12  ARG 122          HH12      ARG 122   4.067  -6.145  10.944
   12   HH21  ARG 122          HH21      ARG 122   5.932  -9.108  10.773
   13   HH22  ARG 122          HH22      ARG 122   5.135  -7.963  11.818

  No H/Q in entry =          13
  In of MODEL    1
    1    H    ARG 123           H        ARG 123   4.967  -4.723   2.940
    2    HA   ARG 123           HA       ARG 123   5.875  -2.015   2.977
    3    HB2  ARG 123           HB2      ARG 123   5.068  -3.957   0.844
    4    HB3  ARG 123           HB3      ARG 123   5.135  -2.239   0.468
    5    HG2  ARG 123           HG2      ARG 123   7.208  -3.561  -0.076
    6    HG3  ARG 123           HG3      ARG 123   7.458  -2.127   0.916
    7    HD2  ARG 123           HD2      ARG 123   7.607  -3.494   2.910
    8    HD3  ARG 123           HD3      ARG 123   7.226  -4.941   1.982
    9    HE   ARG 123           HE       ARG 123   9.412  -5.064   1.330
   10   HH11  ARG 123          HH11      ARG 123   8.809  -1.832   2.546
   11   HH12  ARG 123          HH12      ARG 123  10.483  -1.393   2.562
   12   HH21  ARG 123          HH21      ARG 123  11.617  -4.503   1.408
   13   HH22  ARG 123          HH22      ARG 123  12.075  -2.901   1.911

  No H/Q in entry =          13
  In of MODEL    1
    1    H    LEU 124           H        LEU 124   2.903  -3.803   2.907
    2    HA   LEU 124           HA       LEU 124   1.129  -1.687   2.295
    3    HB2  LEU 124           HB2      LEU 124   0.969  -4.334   3.623
    4    HB3  LEU 124           HB3      LEU 124  -0.212  -3.174   4.177
    5    HG   LEU 124           HG       LEU 124  -0.207  -4.798   1.792
    6   HD11  LEU 124          HD11      LEU 124  -2.175  -3.041   3.218
    7   HD13  LEU 124          HD12      LEU 124  -2.027  -4.802   3.290
    8   HD12  LEU 124          HD13      LEU 124  -2.589  -4.022   1.808
    9   HD23  LEU 124          HD21      LEU 124  -1.116  -3.141   0.258
   10   HD22  LEU 124          HD22      LEU 124   0.576  -2.814   0.644
   11   HD21  LEU 124          HD23      LEU 124  -0.703  -1.857   1.395

  No H/Q in entry =          11
  In of MODEL    1
    1    H    GLN 125           H        GLN 125   2.680  -2.968   5.131
    2    HA   GLN 125           HA       GLN 125   1.592  -1.143   7.026
    3    HB2  GLN 125           HB2      GLN 125   2.396  -3.239   7.823
    4    HB3  GLN 125           HB3      GLN 125   3.957  -3.015   7.057
    5    HG2  GLN 125           HG2      GLN 125   4.583  -2.504   9.150
    6    HG3  GLN 125           HG3      GLN 125   3.987  -0.909   8.700
    7   HE21  GLN 125          HE21      GLN 125   2.035  -3.760   9.431
    8   HE22  GLN 125          HE22      GLN 125   1.293  -3.091  10.845

  No H/Q in entry =           8
  In of MODEL    1
    1    H    VAL 126           H        VAL 126   4.020  -0.696   4.553
    2    HA   VAL 126           HA       VAL 126   5.383   1.334   6.136
    3    HB   VAL 126           HB       VAL 126   6.596  -0.417   4.590
    4   HG13  VAL 126          HG11      VAL 126   6.982   0.297   2.314
    5   HG12  VAL 126          HG12      VAL 126   5.895   1.669   2.529
    6   HG11  VAL 126          HG13      VAL 126   5.259   0.025   2.570
    7   HG22  VAL 126          HG21      VAL 126   7.764   1.342   5.721
    8   HG21  VAL 126          HG22      VAL 126   7.235   2.514   4.512
    9   HG23  VAL 126          HG23      VAL 126   8.344   1.219   4.059

  No H/Q in entry =           9
  In of MODEL    1
    1    H    THR 127           H        THR 127   3.271   0.751   3.418
    2    HA   THR 127           HA       THR 127   3.105   3.550   2.676
    3    HB   THR 127           HB       THR 127   1.217   1.442   1.674
    4    HG1  THR 127           HG1      THR 127   3.177   0.423   1.386
    5   HG21  THR 127          HG21      THR 127   0.973   3.823   0.980
    6   HG23  THR 127          HG22      THR 127   1.269   2.728  -0.370
    7   HG22  THR 127          HG23      THR 127   2.577   3.734   0.250

  No H/Q in entry =           7
  In of MODEL    1
    1    H    SER 128           H        SER 128   1.739   2.001   5.496
    2    HA   SER 128           HA       SER 128  -0.818   3.081   4.743
    3    HB2  SER 128           HB2      SER 128  -0.053   1.009   6.819
    4    HB3  SER 128           HB3      SER 128  -1.618   1.819   6.784
    5    HG   SER 128           HG       SER 128  -0.494   0.122   4.814

  No H/Q in entry =           5
  In of MODEL    1
    1    H    GLU 129           H        GLU 129   2.089   3.689   6.159
    2    HA   GLU 129           HA       GLU 129   0.886   5.520   8.125
    3    HB2  GLU 129           HB2      GLU 129   3.396   3.896   8.580
    4    HB3  GLU 129           HB3      GLU 129   2.715   5.075   9.690
    5    HG2  GLU 129           HG2      GLU 129   0.645   3.619   9.745
    6    HG3  GLU 129           HG3      GLU 129   1.608   2.395   8.921

  No H/Q in entry =           6
  In of MODEL    1
    1    H    LYS 130           H        LYS 130   2.196   5.893   5.305
    2    HA   LYS 130           HA       LYS 130   3.711   8.206   6.140
    3    HB2  LYS 130           HB2      LYS 130   4.915   5.785   4.920
    4    HB3  LYS 130           HB3      LYS 130   5.402   7.321   4.219
    5    HG2  LYS 130           HG2      LYS 130   6.667   7.863   5.981
    6    HG3  LYS 130           HG3      LYS 130   5.480   7.268   7.142
    7    HD2  LYS 130           HD2      LYS 130   7.073   5.340   5.497
    8    HD3  LYS 130           HD3      LYS 130   7.784   6.078   6.934
    9    HE2  LYS 130           HE2      LYS 130   5.251   4.442   6.817
   10    HE3  LYS 130           HE3      LYS 130   6.797   3.933   7.493
   11    HZ3  LYS 130           HZ1      LYS 130   5.510   4.590   9.312
   12    HZ2  LYS 130           HZ2      LYS 130   4.925   5.976   8.535
   13    HZ1  LYS 130           HZ3      LYS 130   6.541   5.908   9.042

  No H/Q in entry =          13
  In of MODEL    1
    1    H    VAL 131           H        VAL 131   1.179   7.472   4.735
    2    HA   VAL 131           HA       VAL 131   1.590   8.050   1.961
    3    HB   VAL 131           HB       VAL 131  -0.818   7.582   3.667
    4   HG13  VAL 131          HG11      VAL 131  -2.368   8.294   2.008
    5   HG12  VAL 131          HG12      VAL 131  -1.075   8.660   0.865
    6   HG11  VAL 131          HG13      VAL 131  -1.286   9.654   2.307
    7   HG23  VAL 131          HG21      VAL 131  -1.346   6.026   1.810
    8   HG22  VAL 131          HG22      VAL 131   0.199   5.691   2.594
    9   HG21  VAL 131          HG23      VAL 131   0.158   6.509   1.031

  No H/Q in entry =           9
  In of MODEL    1
    1    H    GLY 132           H        GLY 132   0.008   9.741   4.608
    2    HA3  GLY 132           HA2      GLY 132  -0.059  12.231   3.093
    3    HA2  GLY 132           HA3      GLY 132  -0.796  11.960   4.662

  No H/Q in entry =           3
  In of MODEL    1
    1    H    ASN 133           H        ASN 133   2.336  10.834   4.641
    2    HA   ASN 133           HA       ASN 133   3.178  12.802   6.504
    3    HB2  ASN 133           HB2      ASN 133   4.194  10.279   5.430
    4    HB3  ASN 133           HB3      ASN 133   5.462  11.445   5.808
    5   HD21  ASN 133          HD21      ASN 133   5.751  12.107   7.913
    6   HD22  ASN 133          HD22      ASN 133   5.073  11.250   9.246

  No H/Q in entry =           6
  In of MODEL    1
    1    H    LEU 134           H        LEU 134   4.513  11.894   3.325
    2    HA   LEU 134           HA       LEU 134   6.140  14.245   3.187
    3    HB2  LEU 134           HB2      LEU 134   6.585  13.520   0.846
    4    HB3  LEU 134           HB3      LEU 134   6.970  12.347   2.083
    5    HG   LEU 134           HG       LEU 134   4.536  11.467   1.451
    6   HD13  LEU 134          HD11      LEU 134   4.054  13.136  -0.205
    7   HD12  LEU 134          HD12      LEU 134   4.295  11.587  -1.016
    8   HD11  LEU 134          HD13      LEU 134   5.573  12.803  -1.035
    9   HD23  LEU 134          HD21      LEU 134   5.688   9.885  -0.072
   10   HD22  LEU 134          HD22      LEU 134   6.541  10.132   1.453
   11   HD21  LEU 134          HD23      LEU 134   7.108  10.935  -0.014

  No H/Q in entry =          11
  In of MODEL    1
    1    H    ALA 135           H        ALA 135   2.974  13.644   2.692
    2    HA   ALA 135           HA       ALA 135   2.407  15.524   0.573
    3    HB1  ALA 135           HB1      ALA 135   0.936  13.799   0.411
    4    HB3  ALA 135           HB2      ALA 135  -0.015  14.939   1.364
    5    HB2  ALA 135           HB3      ALA 135   0.799  13.589   2.152

  No H/Q in entry =           5
  In of MODEL    1
    1    H    PHE 136           H        PHE 136   2.962  15.607   3.880
    2    HA   PHE 136           HA       PHE 136   1.155  17.715   4.615
    3    HB2  PHE 136           HB2      PHE 136   2.552  15.800   5.962
    4    HB3  PHE 136           HB3      PHE 136   3.510  17.234   6.302
    5    HD1  PHE 136           HD1      PHE 136   3.070  17.985   8.407
    6    HD2  PHE 136           HD2      PHE 136  -0.158  16.624   5.993
    7    HE1  PHE 136           HE1      PHE 136   1.488  18.605  10.182
    8    HE2  PHE 136           HE2      PHE 136  -1.750  17.246   7.763
    9    HZ   PHE 136           HZ       PHE 136  -0.926  18.238   9.862

  No H/Q in entry =           9
  In of MODEL    1
    1    H    LEU 137           H        LEU 137   4.075  17.726   2.900
    2    HA   LEU 137           HA       LEU 137   5.653  19.277   2.376
    3    HB2  LEU 137           HB2      LEU 137   3.273  21.022   2.915
    4    HB3  LEU 137           HB3      LEU 137   4.790  21.663   2.314
    5    HG   LEU 137           HG       LEU 137   4.382  19.727   0.486
    6   HD13  LEU 137          HD11      LEU 137   2.263  19.008   1.445
    7   HD12  LEU 137          HD12      LEU 137   2.017  19.725  -0.149
    8   HD11  LEU 137          HD13      LEU 137   1.630  20.648   1.303
    9   HD22  LEU 137          HD21      LEU 137   3.585  21.487  -0.976
   10   HD21  LEU 137          HD22      LEU 137   4.836  22.112   0.100
   11   HD23  LEU 137          HD23      LEU 137   3.138  22.470   0.419

  No H/Q in entry =          11
  In of MODEL    1
    1    H    ASP 138           H        ASP 138   5.581  18.390   4.952
    2    HA   ASP 138           HA       ASP 138   6.128  20.361   6.871
    3    HB2  ASP 138           HB2      ASP 138   5.237  17.966   7.276
    4    HB3  ASP 138           HB3      ASP 138   6.946  17.547   7.411

  No H/Q in entry =           4
  In of MODEL    1
    1    H    VAL 139           H        VAL 139   7.935  20.016   4.371
    2    HA   VAL 139           HA       VAL 139  10.427  19.188   4.553
    3    HB   VAL 139           HB       VAL 139   9.253  21.500   3.288
    4   HG12  VAL 139          HG11      VAL 139  12.106  21.936   4.158
    5   HG11  VAL 139          HG12      VAL 139  10.714  22.862   4.728
    6   HG13  VAL 139          HG13      VAL 139  11.194  22.936   3.029
    7   HG22  VAL 139          HG21      VAL 139  10.154  19.608   2.085
    8   HG21  VAL 139          HG22      VAL 139  11.772  19.967   2.698
    9   HG23  VAL 139          HG23      VAL 139  10.974  21.090   1.596

  No H/Q in entry =           9
  In of MODEL    1
    1    H    THR 140           H        THR 140   9.295  21.860   6.621
    2    HA   THR 140           HA       THR 140  11.825  22.556   7.651
    3    HB   THR 140           HB       THR 140  10.293  23.190   9.710
    4    HG1  THR 140           HG1      THR 140   8.476  21.991   8.896
    5   HG23  THR 140          HG21      THR 140   9.732  25.287   8.608
    6   HG22  THR 140          HG22      THR 140  10.050  24.560   7.033
    7   HG21  THR 140          HG23      THR 140  11.369  24.782   8.184

  No H/Q in entry =           7
  In of MODEL    1
    1    H    GLY 141           H        GLY 141  13.071  20.860   8.337
    2    HA3  GLY 141           HA2      GLY 141  13.869  19.424   9.947
    3    HA2  GLY 141           HA3      GLY 141  12.311  19.502  10.756

  No H/Q in entry =           3
  In of MODEL    1
    1    H    ARG 142           H        ARG 142  11.713  18.799   7.538
    2    HA   ARG 142           HA       ARG 142  11.484  15.978   8.234
    3    HB2  ARG 142           HB2      ARG 142   9.628  17.639   7.134
    4    HB3  ARG 142           HB3      ARG 142  10.242  16.805   5.715
    5    HG2  ARG 142           HG2      ARG 142   8.223  15.805   6.974
    6    HG3  ARG 142           HG3      ARG 142   9.524  14.727   6.458
    7    HD2  ARG 142           HD2      ARG 142  10.401  14.557   8.614
    8    HD3  ARG 142           HD3      ARG 142   9.551  15.997   9.167
    9    HE   ARG 142           HE       ARG 142   7.685  14.711   9.582
   10   HH11  ARG 142          HH11      ARG 142   9.949  12.814   7.698
   11   HH12  ARG 142          HH12      ARG 142   9.239  11.297   8.139
   12   HH21  ARG 142          HH21      ARG 142   6.772  12.702  10.190
   13   HH22  ARG 142          HH22      ARG 142   7.433  11.218   9.553

  No H/Q in entry =          13
  In of MODEL    1
    1    H    ILE 143           H        ILE 143  13.770  17.646   6.887
    2    HA   ILE 143           HA       ILE 143  14.278  15.872   4.583
    3    HB   ILE 143           HB       ILE 143  15.752  18.363   5.342
    4   HG12  ILE 143          HG12      ILE 143  13.780  18.216   3.096
    5   HG13  ILE 143          HG13      ILE 143  13.193  18.439   4.741
    6   HG22  ILE 143          HG21      ILE 143  16.190  18.160   2.752
    7   HG21  ILE 143          HG22      ILE 143  15.877  16.454   3.075
    8   HG23  ILE 143          HG23      ILE 143  17.175  17.290   3.924
    9   HD13  ILE 143          HD11      ILE 143  14.222  20.495   4.956
   10   HD12  ILE 143          HD12      ILE 143  13.601  20.499   3.304
   11   HD11  ILE 143          HD13      ILE 143  15.311  20.190   3.606

  No H/Q in entry =          11
  In of MODEL    1
    1    H    ALA 144           H        ALA 144  16.121  17.524   7.080
    2    HA   ALA 144           HA       ALA 144  18.250  15.705   7.135
    3    HB1  ALA 144           HB1      ALA 144  17.283  17.608   9.279
    4    HB3  ALA 144           HB2      ALA 144  18.495  17.941   8.042
    5    HB2  ALA 144           HB3      ALA 144  18.829  16.755   9.302

  No H/Q in entry =           5
  In of MODEL    1
    1    H    GLN 145           H        GLN 145  15.095  15.713   8.342
    2    HA   GLN 145           HA       GLN 145  15.210  14.028  10.535
    3    HB2  GLN 145           HB2      GLN 145  13.212  15.328   9.691
    4    HB3  GLN 145           HB3      GLN 145  13.030  14.106   8.444
    5    HG2  GLN 145           HG2      GLN 145  13.127  13.215  11.273
    6    HG3  GLN 145           HG3      GLN 145  11.669  14.021  10.698
    7   HE21  GLN 145          HE21      GLN 145  11.542  11.457  11.572
    8   HE22  GLN 145          HE22      GLN 145  11.243  10.392  10.242

  No H/Q in entry =           8
  In of MODEL    1
    1    H    THR 146           H        THR 146  14.985  13.249   6.932
    2    HA   THR 146           HA       THR 146  14.905  10.520   7.577
    3    HB   THR 146           HB       THR 146  15.243  11.899   4.946
    4    HG1  THR 146           HG1      THR 146  13.065  11.728   6.658
    5   HG21  THR 146          HG21      THR 146  15.562   9.366   5.142
    6   HG23  THR 146          HG22      THR 146  14.371   9.914   3.965
    7   HG22  THR 146          HG23      THR 146  13.841   9.287   5.525

  No H/Q in entry =           7
  In of MODEL    1
    1    H    LEU 147           H        LEU 147  17.356  12.742   7.509
    2    HA   LEU 147           HA       LEU 147  19.178  11.233   5.790
    3    HB2  LEU 147           HB2      LEU 147  19.736  13.826   7.239
    4    HB3  LEU 147           HB3      LEU 147  20.709  13.079   5.978
    5    HG   LEU 147           HG       LEU 147  17.936  14.216   5.623
    6   HD11  LEU 147          HD11      LEU 147  19.965  15.778   5.916
    7   HD13  LEU 147          HD12      LEU 147  18.859  16.046   4.572
    8   HD12  LEU 147          HD13      LEU 147  20.403  15.241   4.294
    9   HD23  LEU 147          HD21      LEU 147  19.390  13.721   3.197
   10   HD22  LEU 147          HD22      LEU 147  17.787  13.169   3.680
   11   HD21  LEU 147          HD23      LEU 147  19.213  12.236   4.131

  No H/Q in entry =          11
  In of MODEL    1
    1    H    LEU 148           H        LEU 148  18.370  12.129   9.004
    2    HA   LEU 148           HA       LEU 148  20.614  10.756  10.204
    3    HB2  LEU 148           HB2      LEU 148  18.166  11.538  11.735
    4    HB3  LEU 148           HB3      LEU 148  19.841  11.509  12.258
    5    HG   LEU 148           HG       LEU 148  18.642  13.509  10.353
    6   HD12  LEU 148          HD11      LEU 148  18.960  15.093  12.193
    7   HD11  LEU 148          HD12      LEU 148  19.445  13.755  13.234
    8   HD13  LEU 148          HD13      LEU 148  17.810  13.813  12.578
    9   HD21  LEU 148          HD21      LEU 148  21.426  13.306  11.510
   10   HD23  LEU 148          HD22      LEU 148  20.789  14.730  10.684
   11   HD22  LEU 148          HD23      LEU 148  20.961  13.210   9.811

  No H/Q in entry =          11
  In of MODEL    1
    1    H    ASN 149           H        ASN 149  17.408  10.122   9.151
    2    HA   ASN 149           HA       ASN 149  16.910   7.719  10.570
    3    HB2  ASN 149           HB2      ASN 149  15.317   9.208   9.098
    4    HB3  ASN 149           HB3      ASN 149  15.885   8.190   7.780
    5   HD21  ASN 149          HD21      ASN 149  13.231   8.500   9.040
    6   HD22  ASN 149          HD22      ASN 149  12.762   6.906   9.514

  No H/Q in entry =           6
  In of MODEL    1
    1    H    LEU 150           H        LEU 150  18.709   8.597   7.753
    2    HA   LEU 150           HA       LEU 150  19.251   5.933   6.795
    3    HB2  LEU 150           HB2      LEU 150  20.373   8.678   6.232
    4    HB3  LEU 150           HB3      LEU 150  21.126   7.237   5.551
    5    HG   LEU 150           HG       LEU 150  18.224   7.386   5.151
    6   HD11  LEU 150          HD11      LEU 150  20.027   9.525   4.122
    7   HD13  LEU 150          HD12      LEU 150  18.391   9.647   4.760
    8   HD12  LEU 150          HD13      LEU 150  18.661   8.970   3.154
    9   HD23  LEU 150          HD21      LEU 150  20.549   6.943   3.293
   10   HD22  LEU 150          HD22      LEU 150  18.852   6.611   2.944
   11   HD21  LEU 150          HD23      LEU 150  19.699   5.683   4.186

  No H/Q in entry =          11
  In of MODEL    1
    1    H    ALA 151           H        ALA 151  20.253   7.720   9.615
    2    HA   ALA 151           HA       ALA 151  22.926   6.576   9.450
    3    HB3  ALA 151           HB1      ALA 151  21.634   8.392  11.486
    4    HB1  ALA 151           HB2      ALA 151  22.848   8.838  10.286
    5    HB2  ALA 151           HB3      ALA 151  23.274   7.755  11.613

  No H/Q in entry =           5
  In of MODEL    1
    1    H    LYS 152           H        LYS 152  19.814   5.937  10.365
    2    HA   LYS 152           HA       LYS 152  20.529   4.023  12.439
    3    HB2  LYS 152           HB2      LYS 152  17.831   4.990  11.478
    4    HB3  LYS 152           HB3      LYS 152  18.106   3.925  12.855
    5    HG2  LYS 152           HG2      LYS 152  19.425   5.743  13.916
    6    HG3  LYS 152           HG3      LYS 152  18.967   6.796  12.576
    7    HD2  LYS 152           HD2      LYS 152  16.567   6.276  13.150
    8    HD3  LYS 152           HD3      LYS 152  17.170   5.516  14.623
    9    HE2  LYS 152           HE2      LYS 152  17.471   8.399  13.798
   10    HE3  LYS 152           HE3      LYS 152  16.503   7.765  15.126
   11    HZ3  LYS 152           HZ1      LYS 152  18.573   8.706  15.921
   12    HZ2  LYS 152           HZ2      LYS 152  19.467   7.657  14.943
   13    HZ1  LYS 152           HZ3      LYS 152  18.537   7.042  16.215

  No H/Q in entry =          13
  In of MODEL    1
    1    H    GLN 153           H        GLN 153  20.259   3.915   9.042
    2    HA   GLN 153           HA       GLN 153  19.142   1.202   9.135
    3    HB2  GLN 153           HB2      GLN 153  19.815   2.711   6.630
    4    HB3  GLN 153           HB3      GLN 153  18.585   1.487   6.875
    5    HG2  GLN 153           HG2      GLN 153  18.221   3.923   8.425
    6    HG3  GLN 153           HG3      GLN 153  18.124   4.114   6.677
    7   HE21  GLN 153          HE21      GLN 153  15.883   4.633   7.017
    8   HE22  GLN 153          HE22      GLN 153  14.725   3.370   7.220

  No H/Q in entry =           8
  In of MODEL    1
    1    HA   PRO 154           HA       PRO 154  22.961  -0.868   8.091
    2    HB2  PRO 154           HB2      PRO 154  22.432  -1.895   5.539
    3    HB3  PRO 154           HB3      PRO 154  22.095  -2.693   7.076
    4    HG2  PRO 154           HG2      PRO 154  20.270  -1.152   5.297
    5    HG3  PRO 154           HG3      PRO 154  19.933  -2.579   6.295
    6    HD2  PRO 154           HD2      PRO 154  19.126  -0.146   7.025
    7    HD3  PRO 154           HD3      PRO 154  19.681  -1.321   8.225

  No H/Q in entry =           7
  In of MODEL    1
    1    H    ASP 155           H        ASP 155  21.834   1.638   6.043
    2    HA   ASP 155           HA       ASP 155  24.062   1.562   4.178
    3    HB2  ASP 155           HB2      ASP 155  21.844   3.677   4.637
    4    HB3  ASP 155           HB3      ASP 155  23.074   3.803   3.385

  No H/Q in entry =           4
  In of MODEL    1
    1    H    ALA 156           H        ALA 156  23.783   3.209   7.524
    2    HA   ALA 156           HA       ALA 156  25.268   5.382   6.783
    3    HB3  ALA 156           HB1      ALA 156  25.476   3.987   9.431
    4    HB2  ALA 156           HB2      ALA 156  24.027   4.882   8.974
    5    HB1  ALA 156           HB3      ALA 156  25.578   5.714   9.077

  No H/Q in entry =           5
  In of MODEL    1
    1    H    MET 157           H        MET 157  27.167   5.382   5.869
    2    HA   MET 157           HA       MET 157  28.826   3.041   6.243
    3    HB2  MET 157           HB2      MET 157  28.036   4.279   4.059
    4    HB3  MET 157           HB3      MET 157  29.538   5.181   4.325
    5    HG2  MET 157           HG2      MET 157  30.566   2.810   4.613
    6    HG3  MET 157           HG3      MET 157  29.127   2.291   3.739
    7    HE2  MET 157           HE1      MET 157  32.767   4.537   2.246
    8    HE1  MET 157           HE2      MET 157  32.262   4.238   3.910
    9    HE3  MET 157           HE3      MET 157  31.591   5.602   3.017

  No H/Q in entry =           9
  In of MODEL    1
    1    H    THR 158           H        THR 158  30.112   3.350   8.237
    2    HA   THR 158           HA       THR 158  31.151   5.703   8.981
    3    HB   THR 158           HB       THR 158  33.076   4.324   9.989
    4    HG1  THR 158           HG1      THR 158  33.140   2.267   9.465
    5   HG21  THR 158          HG21      THR 158  30.858   4.994  11.061
    6   HG23  THR 158          HG22      THR 158  31.697   3.609  11.759
    7   HG22  THR 158          HG23      THR 158  30.314   3.356  10.693

  No H/Q in entry =           7
  In of MODEL    1
    1    H    HIS 159           H        HIS 159  33.049   6.838   8.824
    2    HA   HIS 159           HA       HIS 159  35.078   6.074   6.933
    3    HB2  HIS 159           HB2      HIS 159  34.443   7.367   5.202
    4    HB3  HIS 159           HB3      HIS 159  32.959   7.739   6.051
    5    HD1  HIS 159           HD1      HIS 159  36.118   9.236   4.863
    6    HD2  HIS 159           HD2      HIS 159  32.964  10.285   7.355
    7    HE1  HIS 159           HE1      HIS 159  36.288  11.728   5.162
    8    HE2  HIS 159           HE2      HIS 159  34.441  12.328   6.774

  No H/Q in entry =           8
  In of MODEL    1
    1    HA   PRO 160           HA       PRO 160  37.434   7.825  10.125
    2    HB2  PRO 160           HB2      PRO 160  39.545   9.013   8.837
    3    HB3  PRO 160           HB3      PRO 160  39.372   7.279   9.130
    4    HG2  PRO 160           HG2      PRO 160  38.740   8.846   6.665
    5    HG3  PRO 160           HG3      PRO 160  39.550   7.275   6.820
    6    HD2  PRO 160           HD2      PRO 160  36.962   7.452   6.115
    7    HD3  PRO 160           HD3      PRO 160  37.555   6.135   7.147

  No H/Q in entry =           7
  In of MODEL    1
    1    H    ASP 161           H        ASP 161  35.276   9.513   9.838
    2    HA   ASP 161           HA       ASP 161  36.068  11.878  11.043
    3    HB2  ASP 161           HB2      ASP 161  37.151  12.885   9.276
    4    HB3  ASP 161           HB3      ASP 161  36.235  11.996   8.069

  No H/Q in entry =           4
  In of MODEL    1
    1    H    GLY 162           H        GLY 162  33.775  10.080   9.218
    2    HA3  GLY 162           HA2      GLY 162  31.634  10.752  10.848
    3    HA2  GLY 162           HA3      GLY 162  31.518  11.660   9.341

  No H/Q in entry =           3
  In of MODEL    1
    1    H    MET 163           H        MET 163  29.524  10.109   9.561
    2    HA   MET 163           HA       MET 163  30.107   7.749   7.885
    3    HB2  MET 163           HB2      MET 163  27.878   7.260   9.693
    4    HB3  MET 163           HB3      MET 163  29.257   6.232   9.331
    5    HG2  MET 163           HG2      MET 163  30.607   7.508  10.950
    6    HG3  MET 163           HG3      MET 163  29.184   8.464  11.352
    7    HE2  MET 163           HE1      MET 163  26.825   6.372  11.415
    8    HE1  MET 163           HE2      MET 163  27.121   7.588  12.659
    9    HE3  MET 163           HE3      MET 163  26.869   5.903  13.115

  No H/Q in entry =           9
  In of MODEL    1
    1    H    GLN 164           H        GLN 164  29.036   7.853   6.221
    2    HA   GLN 164           HA       GLN 164  26.915   9.781   5.868
    3    HB2  GLN 164           HB2      GLN 164  27.713   9.818   3.578
    4    HB3  GLN 164           HB3      GLN 164  29.042  10.103   4.685
    5    HG2  GLN 164           HG2      GLN 164  28.697   7.295   4.051
    6    HG3  GLN 164           HG3      GLN 164  29.018   8.290   2.635
    7   HE21  GLN 164          HE21      GLN 164  31.052   7.661   2.226
    8   HE22  GLN 164          HE22      GLN 164  32.380   7.914   3.297

  No H/Q in entry =           8
  In of MODEL    1
    1    H    ILE 165           H        ILE 165  26.049   9.202   3.617
    2    HA   ILE 165           HA       ILE 165  25.165   6.667   2.932
    3    HB   ILE 165           HB       ILE 165  22.648   7.654   3.409
    4   HG12  ILE 165          HG12      ILE 165  22.959   8.012   6.077
    5   HG13  ILE 165          HG13      ILE 165  24.448   8.742   5.496
    6   HG22  ILE 165          HG21      ILE 165  23.797   6.028   5.590
    7   HG21  ILE 165          HG22      ILE 165  23.911   5.404   3.946
    8   HG23  ILE 165          HG23      ILE 165  22.331   5.786   4.641
    9   HD11  ILE 165          HD11      ILE 165  21.923   9.552   4.190
   10   HD13  ILE 165          HD12      ILE 165  23.376  10.489   4.528
   11   HD12  ILE 165          HD13      ILE 165  22.235  10.128   5.823

  No H/Q in entry =          11
  In of MODEL    1
    1    H    LYS 166           H        LYS 166  24.964   7.398   0.338
    2    HA   LYS 166           HA       LYS 166  24.837  10.169   0.140
    3    HB2  LYS 166           HB2      LYS 166  26.352   9.178  -1.354
    4    HB3  LYS 166           HB3      LYS 166  25.354   7.750  -1.557
    5    HG2  LYS 166           HG2      LYS 166  23.729   9.246  -2.811
    6    HG3  LYS 166           HG3      LYS 166  25.018  10.450  -2.822
    7    HD2  LYS 166           HD2      LYS 166  25.225   7.655  -3.948
    8    HD3  LYS 166           HD3      LYS 166  24.960   9.120  -4.892
    9    HE2  LYS 166           HE2      LYS 166  27.131   9.962  -3.797
   10    HE3  LYS 166           HE3      LYS 166  27.402   8.272  -3.375
   11    HZ2  LYS 166           HZ1      LYS 166  27.088   9.399  -6.101
   12    HZ1  LYS 166           HZ2      LYS 166  27.161   7.745  -5.765
   13    HZ3  LYS 166           HZ3      LYS 166  28.489   8.733  -5.428

  No H/Q in entry =          13
  In of MODEL    1
    1    H    ILE 167           H        ILE 167  22.978  11.141  -0.019
    2    HA   ILE 167           HA       ILE 167  20.912   9.653  -1.465
    3    HB   ILE 167           HB       ILE 167  19.736  11.661   0.183
    4   HG12  ILE 167          HG12      ILE 167  20.127  10.074   2.295
    5   HG13  ILE 167          HG13      ILE 167  21.658   9.778   1.482
    6   HG21  ILE 167          HG21      ILE 167  18.747   9.634  -0.970
    7   HG23  ILE 167          HG22      ILE 167  18.205   9.935   0.680
    8   HG22  ILE 167          HG23      ILE 167  19.402   8.681   0.361
    9   HD11  ILE 167          HD11      ILE 167  20.648  12.518   2.138
   10   HD13  ILE 167          HD12      ILE 167  22.267  12.047   1.619
   11   HD12  ILE 167          HD13      ILE 167  21.678  11.572   3.212

  No H/Q in entry =          11
  In of MODEL    1
    1    H    THR 168           H        THR 168  20.538  10.610  -3.397
    2    HA   THR 168           HA       THR 168  21.280  13.325  -3.779
    3    HB   THR 168           HB       THR 168  19.306  12.790  -5.679
    4    HG1  THR 168           HG1      THR 168  20.878  10.466  -5.640
    5   HG22  THR 168          HG21      THR 168  21.221  12.415  -7.205
    6   HG21  THR 168          HG22      THR 168  22.283  12.278  -5.802
    7   HG23  THR 168          HG23      THR 168  21.470  13.806  -6.147

  No H/Q in entry =           7
  In of MODEL    1
    1    H    ARG 169           H        ARG 169  19.647  15.001  -4.141
    2    HA   ARG 169           HA       ARG 169  17.773  15.046  -1.945
    3    HB2  ARG 169           HB2      ARG 169  17.227  17.202  -3.726
    4    HB3  ARG 169           HB3      ARG 169  17.966  17.267  -2.148
    5    HG2  ARG 169           HG2      ARG 169  19.533  18.327  -3.440
    6    HG3  ARG 169           HG3      ARG 169  20.159  16.681  -3.378
    7    HD2  ARG 169           HD2      ARG 169  19.460  16.220  -5.569
    8    HD3  ARG 169           HD3      ARG 169  18.392  17.620  -5.612
    9    HE   ARG 169           HE       ARG 169  21.066  18.450  -5.233
   10   HH11  ARG 169          HH11      ARG 169  18.928  17.146  -7.677
   11   HH12  ARG 169          HH12      ARG 169  19.780  17.876  -8.997
   12   HH21  ARG 169          HH21      ARG 169  22.197  19.424  -6.967
   13   HH22  ARG 169          HH22      ARG 169  21.639  19.182  -8.591

  No H/Q in entry =          13
  In of MODEL    1
    1    H    GLN 170           H        GLN 170  17.730  14.080  -5.397
    2    HA   GLN 170           HA       GLN 170  15.209  14.119  -5.882
    3    HB2  GLN 170           HB2      GLN 170  17.385  12.156  -6.472
    4    HB3  GLN 170           HB3      GLN 170  15.738  11.773  -6.955
    5    HG2  GLN 170           HG2      GLN 170  16.661  12.775  -8.836
    6    HG3  GLN 170           HG3      GLN 170  15.727  14.064  -8.082
    7   HE21  GLN 170          HE21      GLN 170  18.787  13.071  -9.169
    8   HE22  GLN 170          HE22      GLN 170  19.678  14.463  -8.663

  No H/Q in entry =           8
  In of MODEL    1
    1    H    GLU 171           H        GLU 171  16.507  12.183  -3.021
    2    HA   GLU 171           HA       GLU 171  14.419  10.368  -3.523
    3    HB2  GLU 171           HB2      GLU 171  16.781  10.454  -1.683
    4    HB3  GLU 171           HB3      GLU 171  15.335   9.598  -1.118
    5    HG2  GLU 171           HG2      GLU 171  15.342   8.204  -3.086
    6    HG3  GLU 171           HG3      GLU 171  16.689   9.115  -3.757

  No H/Q in entry =           6
  In of MODEL    1
    1    H    ILE 172           H        ILE 172  15.590  13.093  -2.006
    2    HA   ILE 172           HA       ILE 172  13.791  13.391   0.162
    3    HB   ILE 172           HB       ILE 172  15.391  15.582  -1.138
    4   HG12  ILE 172          HG12      ILE 172  16.919  13.730  -0.943
    5   HG13  ILE 172          HG13      ILE 172  17.249  14.824   0.397
    6   HG23  ILE 172          HG21      ILE 172  15.487  16.475   1.069
    7   HG22  ILE 172          HG22      ILE 172  14.815  14.998   1.759
    8   HG21  ILE 172          HG23      ILE 172  13.807  16.042   0.759
    9   HD11  ILE 172          HD11      ILE 172  15.577  12.328   0.574
   10   HD13  ILE 172          HD12      ILE 172  16.055  13.378   1.913
   11   HD12  ILE 172          HD13      ILE 172  17.276  12.448   1.044

  No H/Q in entry =          11
  In of MODEL    1
    1    H    GLY 173           H        GLY 173  13.593  14.308  -3.469
    2    HA3  GLY 173           HA2      GLY 173  11.617  16.150  -3.123
    3    HA2  GLY 173           HA3      GLY 173  11.728  15.008  -4.462

  No H/Q in entry =           3
  In of MODEL    1
    1    H    GLN 174           H        GLN 174  11.550  12.784  -3.315
    2    HA   GLN 174           HA       GLN 174   8.812  12.274  -3.143
    3    HB2  GLN 174           HB2      GLN 174  10.865  10.274  -2.296
    4    HB3  GLN 174           HB3      GLN 174   9.399  10.023  -3.234
    5    HG2  GLN 174           HG2      GLN 174  11.921  11.354  -4.220
    6    HG3  GLN 174           HG3      GLN 174  11.465   9.688  -4.519
    7   HE21  GLN 174          HE21      GLN 174   9.602  12.718  -4.714
    8   HE22  GLN 174          HE22      GLN 174   9.153  12.516  -6.370

  No H/Q in entry =           8
  In of MODEL    1
    1    H    ILE 175           H        ILE 175  11.302  11.795  -0.682
    2    HA   ILE 175           HA       ILE 175   9.551  10.684   1.247
    3    HB   ILE 175           HB       ILE 175  12.274  11.913   1.645
    4   HG12  ILE 175          HG12      ILE 175  11.834   8.970   1.473
    5   HG13  ILE 175          HG13      ILE 175  11.837   9.894  -0.026
    6   HG23  ILE 175          HG21      ILE 175  11.332  11.679   3.780
    7   HG22  ILE 175          HG22      ILE 175  12.291  10.214   3.569
    8   HG21  ILE 175          HG23      ILE 175  10.541  10.160   3.361
    9   HD12  ILE 175          HD11      ILE 175  14.033   8.930   0.565
   10   HD11  ILE 175          HD12      ILE 175  14.054   9.952   2.002
   11   HD13  ILE 175          HD13      ILE 175  14.052  10.683   0.398

  No H/Q in entry =          11
  In of MODEL    1
    1    H    VAL 176           H        VAL 176  10.656  13.906   0.563
    2    HA   VAL 176           HA       VAL 176   9.426  14.873   3.017
    3    HB   VAL 176           HB       VAL 176  11.050  16.410   1.005
    4   HG12  VAL 176          HG11      VAL 176  10.367  17.001   3.864
    5   HG11  VAL 176          HG12      VAL 176   9.553  17.705   2.468
    6   HG13  VAL 176          HG13      VAL 176  11.264  18.028   2.750
    7   HG23  VAL 176          HG21      VAL 176  12.870  16.155   2.671
    8   HG22  VAL 176          HG22      VAL 176  12.393  14.635   1.911
    9   HG21  VAL 176          HG23      VAL 176  11.855  15.010   3.549

  No H/Q in entry =           9
  In of MODEL    1
    1    H    GLY 177           H        GLY 177   9.127  15.050  -0.464
    2    HA3  GLY 177           HA2      GLY 177   6.863  15.174  -1.316
    3    HA2  GLY 177           HA3      GLY 177   6.506  16.321  -0.039

  No H/Q in entry =           3
  In of MODEL    1
    1    H    CYS 178           H        CYS 178   9.414  17.293  -1.009
    2    HA   CYS 178           HA       CYS 178   8.273  19.127  -3.068
    3    HB2  CYS 178           HB2      CYS 178  10.168  19.659  -0.788
    4    HB3  CYS 178           HB3      CYS 178  10.011  20.761  -2.151
    5    HG   CYS 178           HG       CYS 178   7.025  20.561  -1.441

  No H/Q in entry =           5
  In of MODEL    1
    1    H    SER 179           H        SER 179   9.716  19.799  -4.742
    2    HA   SER 179           HA       SER 179  11.487  17.736  -5.526
    3    HB2  SER 179           HB2      SER 179  12.088  19.963  -7.083
    4    HB3  SER 179           HB3      SER 179  10.843  18.782  -7.485
    5    HG   SER 179           HG       SER 179  10.188  21.071  -7.445

  No H/Q in entry =           5
  In of MODEL    1
    1    H    ARG 180           H        ARG 180  13.484  17.818  -4.066
    2    HA   ARG 180           HA       ARG 180  15.320  18.732  -3.422
    3    HB2  ARG 180           HB2      ARG 180  16.901  18.803  -5.411
    4    HB3  ARG 180           HB3      ARG 180  16.071  17.294  -5.061
    5    HG2  ARG 180           HG2      ARG 180  15.745  17.360  -7.302
    6    HG3  ARG 180           HG3      ARG 180  14.318  18.255  -6.783
    7    HD2  ARG 180           HD2      ARG 180  15.349  20.348  -7.309
    8    HD3  ARG 180           HD3      ARG 180  16.914  19.578  -7.568
    9    HE   ARG 180           HE       ARG 180  15.203  18.384  -9.365
   10   HH11  ARG 180          HH11      ARG 180  16.156  21.719  -8.750
   11   HH12  ARG 180          HH12      ARG 180  16.094  22.156 -10.434
   12   HH21  ARG 180          HH21      ARG 180  15.121  18.997 -11.560
   13   HH22  ARG 180          HH22      ARG 180  15.503  20.628 -12.015

  No H/Q in entry =          13
  In of MODEL    1
    1    H    GLU 181           H        GLU 181  13.430  21.016  -4.217
    2    HA   GLU 181           HA       GLU 181  15.271  23.042  -5.073
    3    HB2  GLU 181           HB2      GLU 181  12.331  22.706  -5.294
    4    HB3  GLU 181           HB3      GLU 181  13.091  24.277  -5.527
    5    HG2  GLU 181           HG2      GLU 181  13.721  21.773  -7.059
    6    HG3  GLU 181           HG3      GLU 181  12.726  23.110  -7.638

  No H/Q in entry =           6
  In of MODEL    1
    1    H    THR 182           H        THR 182  12.348  22.879  -3.161
    2    HA   THR 182           HA       THR 182  12.978  24.839  -1.235
    3    HB   THR 182           HB       THR 182  11.542  22.516  -0.124
    4    HG1  THR 182           HG1      THR 182   9.689  22.938  -1.563
    5   HG21  THR 182          HG21      THR 182  10.844  25.427  -0.513
    6   HG23  THR 182          HG22      THR 182  11.323  24.623   0.983
    7   HG22  THR 182          HG23      THR 182   9.763  24.258   0.244

  No H/Q in entry =           7
  In of MODEL    1
    1    H    VAL 183           H        VAL 183  13.216  21.343  -1.343
    2    HA   VAL 183           HA       VAL 183  15.023  20.973   0.844
    3    HB   VAL 183           HB       VAL 183  13.719  19.408  -1.283
    4   HG12  VAL 183          HG11      VAL 183  16.121  18.032  -0.260
    5   HG11  VAL 183          HG12      VAL 183  16.320  19.143  -1.614
    6   HG13  VAL 183          HG13      VAL 183  15.194  17.769  -1.743
    7   HG22  VAL 183          HG21      VAL 183  13.362  17.826   0.377
    8   HG21  VAL 183          HG22      VAL 183  13.281  19.388   1.207
    9   HG23  VAL 183          HG23      VAL 183  14.740  18.391   1.327

  No H/Q in entry =           9
  In of MODEL    1
    1    H    GLY 184           H        GLY 184  15.412  21.717  -2.733
    2    HA3  GLY 184           HA2      GLY 184  18.069  21.409  -2.888
    3    HA2  GLY 184           HA3      GLY 184  17.159  22.680  -3.694

  No H/Q in entry =           3
  In of MODEL    1
    1    H    ARG 185           H        ARG 185  16.446  23.668  -0.646
    2    HA   ARG 185           HA       ARG 185  18.532  25.630  -0.852
    3    HB2  ARG 185           HB2      ARG 185  16.316  25.178   1.181
    4    HB3  ARG 185           HB3      ARG 185  17.446  26.528   1.239
    5    HG2  ARG 185           HG2      ARG 185  16.603  27.235  -0.995
    6    HG3  ARG 185           HG3      ARG 185  15.388  25.963  -0.882
    7    HD2  ARG 185           HD2      ARG 185  14.541  27.006   1.191
    8    HD3  ARG 185           HD3      ARG 185  15.710  28.309   0.981
    9    HE   ARG 185           HE       ARG 185  14.011  27.905  -1.302
   10   HH11  ARG 185          HH11      ARG 185  14.373  29.564   1.756
   11   HH12  ARG 185          HH12      ARG 185  13.211  30.794   1.374
   12   HH21  ARG 185          HH21      ARG 185  12.487  29.543  -1.817
   13   HH22  ARG 185          HH22      ARG 185  12.139  30.780  -0.652

  No H/Q in entry =          13
  In of MODEL    1
    1    H    ILE 186           H        ILE 186  17.326  22.940   0.819
    2    HA   ILE 186           HA       ILE 186  18.993  23.143   3.165
    3    HB   ILE 186           HB       ILE 186  17.311  20.826   2.260
    4   HG12  ILE 186          HG12      ILE 186  16.383  23.314   2.586
    5   HG13  ILE 186          HG13      ILE 186  15.450  21.906   3.059
    6   HG22  ILE 186          HG21      ILE 186  18.319  21.605   4.996
    7   HG21  ILE 186          HG22      ILE 186  18.911  20.260   4.021
    8   HG23  ILE 186          HG23      ILE 186  17.258  20.244   4.635
    9   HD13  ILE 186          HD11      ILE 186  16.047  22.204   5.349
   10   HD12  ILE 186          HD12      ILE 186  15.472  23.748   4.719
   11   HD11  ILE 186          HD13      ILE 186  17.200  23.471   4.933

  No H/Q in entry =          11
  In of MODEL    1
    1    H    LEU 187           H        LEU 187  18.867  20.963   0.460
    2    HA   LEU 187           HA       LEU 187  21.126  19.494   1.286
    3    HB2  LEU 187           HB2      LEU 187  19.647  19.560  -1.313
    4    HB3  LEU 187           HB3      LEU 187  20.836  18.334  -0.839
    5    HG   LEU 187           HG       LEU 187  18.037  18.706   0.096
    6   HD12  LEU 187          HD11      LEU 187  19.326  16.207   0.667
    7   HD11  LEU 187          HD12      LEU 187  19.477  16.685  -1.030
    8   HD13  LEU 187          HD13      LEU 187  17.880  16.565  -0.280
    9   HD21  LEU 187          HD21      LEU 187  19.445  19.209   2.154
   10   HD23  LEU 187          HD22      LEU 187  19.991  17.532   2.051
   11   HD22  LEU 187          HD23      LEU 187  18.284  17.891   2.284

  No H/Q in entry =          11
  In of MODEL    1
    1    H    LYS 188           H        LYS 188  20.792  22.507   0.131
    2    HA   LYS 188           HA       LYS 188  23.299  22.532  -1.429
    3    HB2  LYS 188           HB2      LYS 188  21.286  23.978  -2.146
    4    HB3  LYS 188           HB3      LYS 188  21.673  24.983  -0.755
    5    HG2  LYS 188           HG2      LYS 188  23.798  24.334  -2.747
    6    HG3  LYS 188           HG3      LYS 188  22.607  25.582  -3.106
    7    HD2  LYS 188           HD2      LYS 188  23.307  26.927  -1.319
    8    HD3  LYS 188           HD3      LYS 188  24.148  25.591  -0.530
    9    HE2  LYS 188           HE2      LYS 188  25.648  25.567  -2.609
   10    HE3  LYS 188           HE3      LYS 188  24.961  27.151  -2.962
   11    HZ3  LYS 188           HZ1      LYS 188  27.001  27.410  -1.763
   12    HZ2  LYS 188           HZ2      LYS 188  26.482  26.382  -0.520
   13    HZ1  LYS 188           HZ3      LYS 188  25.729  27.882  -0.756

  No H/Q in entry =          13
  In of MODEL    1
    1    H    MET 189           H        MET 189  21.808  23.275   1.599
    2    HA   MET 189           HA       MET 189  24.004  24.878   2.612
    3    HB2  MET 189           HB2      MET 189  22.414  25.614   3.980
    4    HB3  MET 189           HB3      MET 189  21.298  24.410   3.366
    5    HG2  MET 189           HG2      MET 189  21.800  22.916   5.097
    6    HG3  MET 189           HG3      MET 189  23.249  23.811   5.560
    7    HE3  MET 189           HE1      MET 189  19.916  25.729   4.619
    8    HE2  MET 189           HE2      MET 189  18.995  25.525   6.110
    9    HE1  MET 189           HE3      MET 189  19.383  24.123   5.114

  No H/Q in entry =           9
  In of MODEL    1
    1    H    LEU 190           H        LEU 190  23.020  21.578   2.565
    2    HA   LEU 190           HA       LEU 190  24.521  20.531   4.625
    3    HB2  LEU 190           HB2      LEU 190  24.021  19.255   1.949
    4    HB3  LEU 190           HB3      LEU 190  24.459  18.425   3.433
    5    HG   LEU 190           HG       LEU 190  21.889  19.769   2.742
    6   HD13  LEU 190          HD11      LEU 190  21.878  17.526   2.156
    7   HD12  LEU 190          HD12      LEU 190  21.070  17.575   3.726
    8   HD11  LEU 190          HD13      LEU 190  22.752  17.053   3.608
    9   HD22  LEU 190          HD21      LEU 190  21.988  20.661   4.804
   10   HD21  LEU 190          HD22      LEU 190  23.092  19.427   5.405
   11   HD23  LEU 190          HD23      LEU 190  21.377  19.061   5.223

  No H/Q in entry =          11
  In of MODEL    1
    1    H    GLU 191           H        GLU 191  25.632  20.951   1.193
    2    HA   GLU 191           HA       GLU 191  28.238  20.095   1.723
    3    HB2  GLU 191           HB2      GLU 191  26.725  21.221  -0.456
    4    HB3  GLU 191           HB3      GLU 191  28.296  21.999  -0.350
    5    HG2  GLU 191           HG2      GLU 191  29.276  19.655  -0.279
    6    HG3  GLU 191           HG3      GLU 191  27.680  19.098  -0.780

  No H/Q in entry =           6
  In of MODEL    1
    1    H    ASP 192           H        ASP 192  26.550  22.905   2.552
    2    HA   ASP 192           HA       ASP 192  28.904  24.598   2.667
    3    HB2  ASP 192           HB2      ASP 192  25.979  25.009   3.039
    4    HB3  ASP 192           HB3      ASP 192  27.052  26.082   3.925

  No H/Q in entry =           4
  In of MODEL    1
    1    H    GLN 193           H        GLN 193  27.528  22.229   4.322
    2    HA   GLN 193           HA       GLN 193  27.704  21.292   6.381
    3    HB2  GLN 193           HB2      GLN 193  29.974  23.247   6.798
    4    HB3  GLN 193           HB3      GLN 193  29.689  21.768   7.699
    5    HG2  GLN 193           HG2      GLN 193  30.786  20.555   6.207
    6    HG3  GLN 193           HG3      GLN 193  29.844  21.224   4.877
    7   HE21  GLN 193          HE21      GLN 193  30.669  23.962   5.435
    8   HE22  GLN 193          HE22      GLN 193  32.306  24.088   4.898

  No H/Q in entry =           8
  In of MODEL    1
    1    H    ASN 194           H        ASN 194  26.050  23.677   5.911
    2    HA   ASN 194           HA       ASN 194  26.122  25.053   8.487
    3    HB2  ASN 194           HB2      ASN 194  25.484  25.993   6.060
    4    HB3  ASN 194           HB3      ASN 194  23.879  25.484   6.572
    5   HD21  ASN 194          HD21      ASN 194  26.598  26.933   8.338
    6   HD22  ASN 194          HD22      ASN 194  25.707  28.293   8.921

  No H/Q in entry =           6
  In of MODEL    1
    1    H    LEU 195           H        LEU 195  24.956  22.246   7.299
    2    HA   LEU 195           HA       LEU 195  23.017  21.967   9.485
    3    HB2  LEU 195           HB2      LEU 195  22.061  22.550   7.081
    4    HB3  LEU 195           HB3      LEU 195  22.325  20.845   6.806
    5    HG   LEU 195           HG       LEU 195  20.846  21.263   9.261
    6   HD12  LEU 195          HD11      LEU 195  19.448  22.182   6.766
    7   HD11  LEU 195          HD12      LEU 195  20.198  23.313   7.895
    8   HD13  LEU 195          HD13      LEU 195  18.884  22.265   8.437
    9   HD22  LEU 195          HD21      LEU 195  19.367  19.659   8.291
   10   HD21  LEU 195          HD22      LEU 195  21.016  19.171   7.897
   11   HD23  LEU 195          HD23      LEU 195  20.011  19.956   6.677

  No H/Q in entry =          11
  In of MODEL    1
    1    H    ILE 196           H        ILE 196  25.221  20.566   7.207
    2    HA   ILE 196           HA       ILE 196  25.663  18.183   8.626
    3    HB   ILE 196           HB       ILE 196  24.774  17.624   5.807
    4   HG12  ILE 196          HG12      ILE 196  23.057  17.335   8.277
    5   HG13  ILE 196          HG13      ILE 196  22.821  18.586   7.059
    6   HG23  ILE 196          HG21      ILE 196  24.572  15.362   6.740
    7   HG22  ILE 196          HG22      ILE 196  24.984  15.987   8.333
    8   HG21  ILE 196          HG23      ILE 196  26.181  16.017   7.043
    9   HD11  ILE 196          HD11      ILE 196  22.740  16.572   5.432
   10   HD13  ILE 196          HD12      ILE 196  21.326  17.011   6.390
   11   HD12  ILE 196          HD13      ILE 196  22.351  15.664   6.893

  No H/Q in entry =          11
  In of MODEL    1
    1    H    SER 197           H        SER 197  26.562  17.143   5.884
    2    HA   SER 197           HA       SER 197  28.329  18.858   4.803
    3    HB2  SER 197           HB2      SER 197  29.880  18.779   6.484
    4    HB3  SER 197           HB3      SER 197  29.534  17.092   6.871
    5    HG   SER 197           HG       SER 197  30.672  16.453   5.097

  No H/Q in entry =           5
  In of MODEL    1
    1    H    ALA 198           H        ALA 198  27.725  18.176   2.791
    2    HA   ALA 198           HA       ALA 198  27.614  15.324   2.422
    3    HB2  ALA 198           HB1      ALA 198  26.808  17.424   0.416
    4    HB3  ALA 198           HB2      ALA 198  25.715  16.886   1.690
    5    HB1  ALA 198           HB3      ALA 198  26.314  15.732   0.499

  No H/Q in entry =           5
  In of MODEL    1
    1    H    HIS 199           H        HIS 199  29.358  14.429   1.748
    2    HA   HIS 199           HA       HIS 199  31.470  15.961   0.457
    3    HB2  HIS 199           HB2      HIS 199  31.834  14.111   2.237
    4    HB3  HIS 199           HB3      HIS 199  31.435  12.979   0.952
    5    HD1  HIS 199           HD1      HIS 199  33.891  15.864   1.422
    6    HD2  HIS 199           HD2      HIS 199  33.644  12.087  -0.297
    7    HE1  HIS 199           HE1      HIS 199  36.180  15.391   0.494
    8    HE2  HIS 199           HE2      HIS 199  36.051  13.026  -0.366

  No H/Q in entry =           8
  In of MODEL    1
    1    H    GLY 200           H        GLY 200  30.090  16.488  -1.312
    2    HA3  GLY 200           HA2      GLY 200  29.689  16.161  -3.595
    3    HA2  GLY 200           HA3      GLY 200  30.042  14.441  -3.390

  No H/Q in entry =           3
  In of MODEL    1
    1    H    LYS 201           H        LYS 201  28.239  13.223  -3.712
    2    HA   LYS 201           HA       LYS 201  25.661  14.341  -2.897
    3    HB2  LYS 201           HB2      LYS 201  26.218  11.782  -4.414
    4    HB3  LYS 201           HB3      LYS 201  24.672  12.607  -4.267
    5    HG2  LYS 201           HG2      LYS 201  27.084  13.805  -5.614
    6    HG3  LYS 201           HG3      LYS 201  25.831  12.904  -6.466
    7    HD2  LYS 201           HD2      LYS 201  24.157  14.531  -5.654
    8    HD3  LYS 201           HD3      LYS 201  25.452  15.449  -4.885
    9    HE2  LYS 201           HE2      LYS 201  25.532  14.812  -7.814
   10    HE3  LYS 201           HE3      LYS 201  24.611  16.188  -7.212
   11    HZ3  LYS 201           HZ1      LYS 201  26.529  17.243  -6.470
   12    HZ2  LYS 201           HZ2      LYS 201  27.003  16.579  -7.950
   13    HZ1  LYS 201           HZ3      LYS 201  27.455  15.828  -6.504

  No H/Q in entry =          13
  In of MODEL    1
    1    H    THR 202           H        THR 202  28.008  12.313  -1.753
    2    HA   THR 202           HA       THR 202  26.454  10.651  -0.044
    3    HB   THR 202           HB       THR 202  29.229  11.113   0.772
    4    HG1  THR 202           HG1      THR 202  29.960  11.251  -1.225
    5   HG22  THR 202          HG21      THR 202  27.924   8.599  -0.268
    6   HG21  THR 202          HG22      THR 202  27.746   9.167   1.391
    7   HG23  THR 202          HG23      THR 202  29.339   8.728   0.773

  No H/Q in entry =           7
  In of MODEL    1
    1    H    ILE 203           H        ILE 203  25.737  11.246   1.997
    2    HA   ILE 203           HA       ILE 203  26.549  13.918   2.823
    3    HB   ILE 203           HB       ILE 203  23.976  12.470   2.828
    4   HG12  ILE 203          HG12      ILE 203  24.669  15.394   2.544
    5   HG13  ILE 203          HG13      ILE 203  24.551  14.254   1.211
    6   HG22  ILE 203          HG21      ILE 203  24.605  14.563   4.911
    7   HG21  ILE 203          HG22      ILE 203  24.317  12.851   5.226
    8   HG23  ILE 203          HG23      ILE 203  23.017  13.863   4.595
    9   HD12  ILE 203          HD11      ILE 203  22.574  15.739   1.538
   10   HD11  ILE 203          HD12      ILE 203  22.267  14.898   3.055
   11   HD13  ILE 203          HD13      ILE 203  22.207  14.015   1.531

  No H/Q in entry =          11
  In of MODEL    1
    1    H    VAL 204           H        VAL 204  27.698  14.085   4.615
    2    HA   VAL 204           HA       VAL 204  27.844  11.821   6.509
    3    HB   VAL 204           HB       VAL 204  29.892  13.760   5.479
    4   HG11  VAL 204          HG11      VAL 204  29.923  12.608   8.260
    5   HG13  VAL 204          HG12      VAL 204  29.882  14.315   7.814
    6   HG12  VAL 204          HG13      VAL 204  31.312  13.344   7.462
    7   HG22  VAL 204          HG21      VAL 204  30.147  11.604   4.624
    8   HG21  VAL 204          HG22      VAL 204  29.834  10.854   6.193
    9   HG23  VAL 204          HG23      VAL 204  31.345  11.718   5.913

  No H/Q in entry =           9
  In of MODEL    1
    1    H    VAL 205           H        VAL 205  26.324  12.368   7.748
    2    HA   VAL 205           HA       VAL 205  26.171  14.793   9.278
    3    HB   VAL 205           HB       VAL 205  24.898  13.192  10.918
    4   HG12  VAL 205          HG11      VAL 205  22.931  13.023   9.417
    5   HG11  VAL 205          HG12      VAL 205  23.966  13.405   8.037
    6   HG13  VAL 205          HG13      VAL 205  23.709  14.603   9.311
    7   HG21  VAL 205          HG21      VAL 205  25.271  11.308   8.576
    8   HG23  VAL 205          HG22      VAL 205  24.166  11.045   9.928
    9   HG22  VAL 205          HG23      VAL 205  25.910  11.081  10.208

  No H/Q in entry =           9
  In of MODEL    1
    1    H    TYR 206           H        TYR 206  28.216  15.213   9.706
    2    HA   TYR 206           HA       TYR 206  30.398  13.839  10.528
    3    HB2  TYR 206           HB2      TYR 206  29.305  16.475  11.525
    4    HB3  TYR 206           HB3      TYR 206  30.813  15.829  12.153
    5    HD1  TYR 206           HD1      TYR 206  29.520  18.099   9.959
    6    HD2  TYR 206           HD2      TYR 206  32.392  14.959  10.105
    7    HE1  TYR 206           HE1      TYR 206  30.726  19.141   8.113
    8    HE2  TYR 206           HE2      TYR 206  33.632  15.966   8.253
    9    HH   TYR 206           HH       TYR 206  32.608  17.874   6.189

  No H/Q in entry =           9
  In of MODEL    1
    1    H    GLY 207           H        GLY 207  27.995  15.206  12.768
    2    HA3  GLY 207           HA2      GLY 207  27.718  13.043  14.457
    3    HA2  GLY 207           HA3      GLY 207  29.109  13.939  15.053

  No H/Q in entry =           3
  In of MODEL    1
    1    H    THR 208           H        THR 208  28.427  16.502  14.682
    2    HA   THR 208           HA       THR 208  26.606  17.015  16.805
    3    HB   THR 208           HB       THR 208  27.254  19.301  15.123
    4    HG1  THR 208           HG1      THR 208  29.523  18.041  16.249
    5   HG22  THR 208          HG21      THR 208  28.291  20.088  17.231
    6   HG21  THR 208          HG22      THR 208  27.976  18.507  17.945
    7   HG23  THR 208          HG23      THR 208  26.631  19.537  17.450

  No H/Q in entry =           7
  In of MODEL    1
    1    H    ARG 209           H        ARG 209  26.389  16.876  13.359
    2    HA   ARG 209           HA       ARG 209  23.555  17.091  13.395
    3    HB2  ARG 209           HB2      ARG 209  24.796  19.518  13.248
    4    HB3  ARG 209           HB3      ARG 209  24.686  19.099  11.544
    5    HG2  ARG 209           HG2      ARG 209  22.260  18.778  11.804
    6    HG3  ARG 209           HG3      ARG 209  22.396  19.279  13.491
    7    HD2  ARG 209           HD2      ARG 209  23.707  21.229  11.918
    8    HD3  ARG 209           HD3      ARG 209  22.155  20.895  11.152
    9    HE   ARG 209           HE       ARG 209  21.740  21.215  13.900
   10   HH11  ARG 209          HH11      ARG 209  22.688  23.107  11.113
   11   HH12  ARG 209          HH12      ARG 209  22.034  24.586  11.736
   12   HH21  ARG 209          HH21      ARG 209  20.886  23.179  14.728
   13   HH22  ARG 209          HH22      ARG 209  21.041  24.634  13.796

  No H/Q in entry =          13
  In of MODEL    2
    1    H1   VAL   1           H1       VAL   1 -20.394 -17.492  -4.047
    2    H2   VAL   1           H3       VAL   1 -20.326 -15.868  -4.530
    3    H3   VAL   1           H2       VAL   1 -20.357 -16.269  -2.883
    4    HA   VAL   1           HA       VAL   1 -22.563 -17.111  -3.041
    5    HB   VAL   1           HB       VAL   1 -22.211 -14.643  -2.708
    6   HG11  VAL   1          HG11      VAL   1 -22.803 -14.532  -5.659
    7   HG13  VAL   1          HG12      VAL   1 -21.322 -14.019  -4.851
    8   HG12  VAL   1          HG13      VAL   1 -22.826 -13.140  -4.577
    9   HG22  VAL   1          HG21      VAL   1 -24.401 -15.515  -2.351
   10   HG21  VAL   1          HG22      VAL   1 -24.728 -15.563  -4.083
   11   HG23  VAL   1          HG23      VAL   1 -24.571 -14.012  -3.258

  No H/Q in entry =          11
  In of MODEL    2
    1    H    LEU   2           H        LEU   2 -24.350 -17.745  -4.277
    2    HA   LEU   2           HA       LEU   2 -23.682 -18.423  -7.026
    3    HB2  LEU   2           HB2      LEU   2 -26.110 -19.184  -5.400
    4    HB3  LEU   2           HB3      LEU   2 -25.649 -19.856  -6.952
    5    HG   LEU   2           HG       LEU   2 -23.418 -20.344  -5.426
    6   HD13  LEU   2          HD11      LEU   2 -24.208 -21.339  -3.344
    7   HD12  LEU   2          HD12      LEU   2 -25.842 -20.771  -3.685
    8   HD11  LEU   2          HD13      LEU   2 -24.547 -19.609  -3.395
    9   HD22  LEU   2          HD21      LEU   2 -24.360 -21.926  -6.947
   10   HD21  LEU   2          HD22      LEU   2 -25.824 -22.069  -5.974
   11   HD23  LEU   2          HD23      LEU   2 -24.290 -22.677  -5.353

  No H/Q in entry =          11
  In of MODEL    2
    1    H    GLY   3           H        GLY   3 -25.107 -17.983  -8.790
    2    HA3  GLY   3           HA2      GLY   3 -26.820 -16.832  -9.898
    3    HA2  GLY   3           HA3      GLY   3 -27.208 -16.010  -8.394

  No H/Q in entry =           3
  In of MODEL    2
    1    H    LYS   4           H        LYS   4 -23.986 -15.763  -8.613
    2    HA   LYS   4           HA       LYS   4 -24.077 -13.333 -10.252
    3    HB2  LYS   4           HB2      LYS   4 -23.391 -13.607  -7.423
    4    HB3  LYS   4           HB3      LYS   4 -22.157 -12.766  -8.357
    5    HG2  LYS   4           HG2      LYS   4 -23.577 -11.070  -7.603
    6    HG3  LYS   4           HG3      LYS   4 -24.065 -11.345  -9.274
    7    HD2  LYS   4           HD2      LYS   4 -25.728 -13.056  -8.086
    8    HD3  LYS   4           HD3      LYS   4 -25.510 -11.924  -6.752
    9    HE2  LYS   4           HE2      LYS   4 -27.420 -11.212  -7.990
   10    HE3  LYS   4           HE3      LYS   4 -26.115 -10.076  -8.329
   11    HZ1  LYS   4           HZ1      LYS   4 -26.703 -12.372 -10.108
   12    HZ3  LYS   4           HZ2      LYS   4 -25.795 -10.983 -10.449
   13    HZ2  LYS   4           HZ3      LYS   4 -27.473 -10.875 -10.285

  No H/Q in entry =          13
  In of MODEL    2
    1    HA   PRO   5           HA       PRO   5 -20.593 -14.993 -12.398
    2    HB2  PRO   5           HB2      PRO   5 -19.263 -12.655 -13.008
    3    HB3  PRO   5           HB3      PRO   5 -20.635 -13.298 -13.914
    4    HG2  PRO   5           HG2      PRO   5 -20.563 -11.149 -11.849
    5    HG3  PRO   5           HG3      PRO   5 -21.533 -11.255 -13.328
    6    HD2  PRO   5           HD2      PRO   5 -22.560 -11.757 -10.880
    7    HD3  PRO   5           HD3      PRO   5 -23.123 -12.598 -12.338

  No H/Q in entry =           7
  In of MODEL    2
    1    H    GLN   6           H        GLN   6 -19.728 -15.973 -10.483
    2    HA   GLN   6           HA       GLN   6 -17.189 -14.748  -9.670
    3    HB2  GLN   6           HB2      GLN   6 -19.334 -15.857  -7.877
    4    HB3  GLN   6           HB3      GLN   6 -17.648 -15.910  -7.382
    5    HG2  GLN   6           HG2      GLN   6 -17.567 -13.429  -7.753
    6    HG3  GLN   6           HG3      GLN   6 -19.316 -13.481  -7.968
    7   HE21  GLN   6          HE21      GLN   6 -17.643 -12.172  -5.929
    8   HE22  GLN   6          HE22      GLN   6 -18.223 -12.754  -4.410

  No H/Q in entry =           8
  In of MODEL    2
    1    H    THR   7           H        THR   7 -18.878 -17.727  -8.763
    2    HA   THR   7           HA       THR   7 -18.448 -19.918  -9.076
    3    HB   THR   7           HB       THR   7 -16.523 -19.375 -11.304
    4    HG1  THR   7           HG1      THR   7 -18.232 -17.947 -11.713
    5   HG22  THR   7          HG21      THR   7 -18.766 -21.376 -10.990
    6   HG21  THR   7          HG22      THR   7 -17.078 -21.693 -10.593
    7   HG23  THR   7          HG23      THR   7 -17.544 -21.354 -12.260

  No H/Q in entry =           7
  In of MODEL    2
    1    H    ASP   8           H        ASP   8 -17.229 -19.305  -6.969
    2    HA   ASP   8           HA       ASP   8 -14.438 -20.184  -7.314
    3    HB2  ASP   8           HB2      ASP   8 -14.891 -17.761  -6.462
    4    HB3  ASP   8           HB3      ASP   8 -15.312 -18.556  -4.948

  No H/Q in entry =           4
  In of MODEL    2
    1    HA   PRO   9           HA       PRO   9 -16.715 -23.453  -4.980
    2    HB2  PRO   9           HB2      PRO   9 -14.972 -25.432  -5.764
    3    HB3  PRO   9           HB3      PRO   9 -16.431 -24.979  -6.649
    4    HG2  PRO   9           HG2      PRO   9 -13.591 -24.198  -7.145
    5    HG3  PRO   9           HG3      PRO   9 -14.863 -24.608  -8.310
    6    HD2  PRO   9           HD2      PRO   9 -14.136 -22.061  -7.824
    7    HD3  PRO   9           HD3      PRO   9 -15.811 -22.505  -8.208

  No H/Q in entry =           7
  In of MODEL    2
    1    H    THR  10           H        THR  10 -13.384 -22.405  -5.013
    2    HA   THR  10           HA       THR  10 -12.615 -24.038  -2.753
    3    HB   THR  10           HB       THR  10 -10.666 -22.126  -3.014
    4    HG1  THR  10           HG1      THR  10 -11.680 -21.190  -4.841
    5   HG21  THR  10          HG21      THR  10 -10.955 -24.725  -4.535
    6   HG23  THR  10          HG22      THR  10 -10.224 -24.509  -2.944
    7   HG22  THR  10          HG23      THR  10  -9.448 -23.824  -4.372

  No H/Q in entry =           7
  In of MODEL    2
    1    H    LEU  11           H        LEU  11 -13.826 -20.802  -3.438
    2    HA   LEU  11           HA       LEU  11 -13.221 -19.804  -0.853
    3    HB2  LEU  11           HB2      LEU  11 -13.883 -18.554  -3.091
    4    HB3  LEU  11           HB3      LEU  11 -15.487 -18.670  -2.393
    5    HG   LEU  11           HG       LEU  11 -14.989 -16.729  -1.400
    6   HD11  LEU  11          HD11      LEU  11 -14.525 -18.559   0.443
    7   HD13  LEU  11          HD12      LEU  11 -14.246 -16.844   0.753
    8   HD12  LEU  11          HD13      LEU  11 -12.892 -17.895   0.339
    9   HD22  LEU  11          HD21      LEU  11 -12.950 -15.671  -1.478
   10   HD21  LEU  11          HD22      LEU  11 -12.926 -16.718  -2.899
   11   HD23  LEU  11          HD23      LEU  11 -12.063 -17.194  -1.433

  No H/Q in entry =          11
  In of MODEL    2
    1    H    GLU  12           H        GLU  12 -15.703 -21.541  -2.317
    2    HA   GLU  12           HA       GLU  12 -17.697 -21.263  -0.286
    3    HB2  GLU  12           HB2      GLU  12 -17.563 -22.502  -2.954
    4    HB3  GLU  12           HB3      GLU  12 -18.506 -23.424  -1.787
    5    HG2  GLU  12           HG2      GLU  12 -20.209 -22.011  -1.962
    6    HG3  GLU  12           HG3      GLU  12 -19.170 -20.643  -1.575

  No H/Q in entry =           6
  In of MODEL    2
    1    H    TRP  13           H        TRP  13 -14.892 -22.926  -0.780
    2    HA   TRP  13           HA       TRP  13 -15.632 -25.164   0.963
    3    HB2  TRP  13           HB2      TRP  13 -13.259 -24.650  -0.805
    4    HB3  TRP  13           HB3      TRP  13 -13.111 -25.751   0.567
    5    HD1  TRP  13           HD1      TRP  13 -16.190 -26.872   0.220
    6    HE1  TRP  13           HE1      TRP  13 -16.626 -28.592  -1.638
    7    HE3  TRP  13           HE3      TRP  13 -12.097 -25.956  -2.698
    8    HZ2  TRP  13           HZ2      TRP  13 -15.397 -29.445  -4.026
    9    HZ3  TRP  13           HZ3      TRP  13 -11.802 -27.268  -4.756
   10    HH2  TRP  13           HH2      TRP  13 -13.418 -28.979  -5.405

  No H/Q in entry =          10
  In of MODEL    2
    1    H    PHE  14           H        PHE  14 -14.232 -22.039   0.824
    2    HA   PHE  14           HA       PHE  14 -12.829 -22.151   3.376
    3    HB2  PHE  14           HB2      PHE  14 -11.805 -20.935   1.616
    4    HB3  PHE  14           HB3      PHE  14 -13.288 -20.130   1.179
    5    HD1  PHE  14           HD1      PHE  14 -14.283 -18.507   2.866
    6    HD2  PHE  14           HD2      PHE  14 -10.272 -19.893   3.026
    7    HE1  PHE  14           HE1      PHE  14 -13.681 -16.585   4.285
    8    HE2  PHE  14           HE2      PHE  14  -9.659 -17.979   4.423
    9    HZ   PHE  14           HZ       PHE  14 -11.361 -16.318   5.063

  No H/Q in entry =           9
  In of MODEL    2
    1    H    LEU  15           H        LEU  15 -15.978 -21.457   2.119
    2    HA   LEU  15           HA       LEU  15 -16.587 -19.420   4.127
    3    HB2  LEU  15           HB2      LEU  15 -18.303 -20.349   1.836
    4    HB3  LEU  15           HB3      LEU  15 -18.710 -19.092   2.995
    5    HG   LEU  15           HG       LEU  15 -16.414 -19.013   1.056
    6   HD11  LEU  15          HD11      LEU  15 -18.656 -18.766   0.103
    7   HD13  LEU  15          HD12      LEU  15 -17.638 -17.336  -0.073
    8   HD12  LEU  15          HD13      LEU  15 -18.905 -17.377   1.158
    9   HD21  LEU  15          HD21      LEU  15 -16.104 -17.821   3.306
   10   HD23  LEU  15          HD22      LEU  15 -17.348 -16.712   2.733
   11   HD22  LEU  15          HD23      LEU  15 -15.847 -16.898   1.830

  No H/Q in entry =          11
  In of MODEL    2
    1    H    SER  16           H        SER  16 -16.483 -22.626   3.755
    2    HA   SER  16           HA       SER  16 -18.845 -23.172   5.446
    3    HB2  SER  16           HB2      SER  16 -17.852 -25.606   4.928
    4    HB3  SER  16           HB3      SER  16 -18.919 -24.802   3.773
    5    HG   SER  16           HG       SER  16 -17.320 -24.701   2.415

  No H/Q in entry =           5
  In of MODEL    2
    1    H    HIS  17           H        HIS  17 -15.925 -22.007   5.605
    2    HA   HIS  17           HA       HIS  17 -15.179 -23.541   7.970
    3    HB2  HIS  17           HB2      HIS  17 -13.553 -22.395   5.811
    4    HB3  HIS  17           HB3      HIS  17 -12.899 -22.228   7.439
    5    HD1  HIS  17           HD1      HIS  17 -12.826 -24.633   8.815
    6    HD2  HIS  17           HD2      HIS  17 -13.022 -24.786   4.667
    7    HE1  HIS  17           HE1      HIS  17 -12.014 -26.928   8.183
    8    HE2  HIS  17           HE2      HIS  17 -12.101 -26.985   5.669

  No H/Q in entry =           8
  In of MODEL    2
    1    H    CYS  18           H        CYS  18 -16.330 -20.547   6.950
    2    HA   CYS  18           HA       CYS  18 -15.236 -19.163   9.261
    3    HB2  CYS  18           HB2      CYS  18 -16.101 -17.105   7.841
    4    HB3  CYS  18           HB3      CYS  18 -14.484 -17.761   7.686
    5    HG   CYS  18           HG       CYS  18 -15.524 -17.053   5.273

  No H/Q in entry =           5
  In of MODEL    2
    1    H    HIS  19           H        HIS  19 -16.797 -17.376  10.219
    2    HA   HIS  19           HA       HIS  19 -19.514 -18.304   9.947
    3    HB2  HIS  19           HB2      HIS  19 -18.404 -16.042  11.632
    4    HB3  HIS  19           HB3      HIS  19 -19.966 -16.819  11.836
    5    HD1  HIS  19           HD1      HIS  19 -16.941 -16.642  13.505
    6    HD2  HIS  19           HD2      HIS  19 -19.274 -19.861  12.287
    7    HE1  HIS  19           HE1      HIS  19 -16.256 -18.564  14.985
    8    HE2  HIS  19           HE2      HIS  19 -17.789 -20.454  14.337

  No H/Q in entry =           8
  In of MODEL    2
    1    H    ILE  20           H        ILE  20 -20.117 -17.432   7.598
    2    HA   ILE  20           HA       ILE  20 -19.900 -14.669   6.990
    3    HB   ILE  20           HB       ILE  20 -21.658 -16.957   6.060
    4   HG12  ILE  20          HG12      ILE  20 -20.591 -16.190   3.804
    5   HG13  ILE  20          HG13      ILE  20 -19.458 -15.329   4.835
    6   HG22  ILE  20          HG21      ILE  20 -21.933 -14.120   5.110
    7   HG21  ILE  20          HG22      ILE  20 -23.102 -15.016   6.077
    8   HG23  ILE  20          HG23      ILE  20 -22.755 -15.523   4.423
    9   HD12  ILE  20          HD11      ILE  20 -19.914 -18.297   4.735
   10   HD11  ILE  20          HD12      ILE  20 -18.875 -17.483   5.904
   11   HD13  ILE  20          HD13      ILE  20 -18.490 -17.408   4.181

  No H/Q in entry =          11
  In of MODEL    2
    1    H    HIS  21           H        HIS  21 -20.842 -13.159   7.888
    2    HA   HIS  21           HA       HIS  21 -23.192 -12.279   7.859
    3    HB2  HIS  21           HB2      HIS  21 -24.169 -14.317   8.933
    4    HB3  HIS  21           HB3      HIS  21 -23.392 -13.872  10.443
    5    HD1  HIS  21           HD1      HIS  21 -24.225 -11.430  11.403
    6    HD2  HIS  21           HD2      HIS  21 -26.715 -13.376   8.700
    7    HE1  HIS  21           HE1      HIS  21 -26.495 -10.416  11.728
    8    HE2  HIS  21           HE2      HIS  21 -28.013 -11.716  10.200

  No H/Q in entry =           8
  In of MODEL    2
    1    H    LYS  22           H        LYS  22 -23.076 -10.267   8.328
    2    HA   LYS  22           HA       LYS  22 -21.148  -9.543  10.402
    3    HB2  LYS  22           HB2      LYS  22 -20.444  -9.005   7.991
    4    HB3  LYS  22           HB3      LYS  22 -21.646  -7.733   8.066
    5    HG2  LYS  22           HG2      LYS  22 -20.366  -7.043  10.241
    6    HG3  LYS  22           HG3      LYS  22 -19.055  -7.980   9.527
    7    HD2  LYS  22           HD2      LYS  22 -19.671  -6.560   7.400
    8    HD3  LYS  22           HD3      LYS  22 -20.308  -5.433   8.615
    9    HE2  LYS  22           HE2      LYS  22 -17.540  -6.557   8.872
   10    HE3  LYS  22           HE3      LYS  22 -17.858  -5.176   7.821
   11    HZ3  LYS  22           HZ1      LYS  22 -17.294  -4.242   9.862
   12    HZ2  LYS  22           HZ2      LYS  22 -18.186  -5.370  10.748
   13    HZ1  LYS  22           HZ3      LYS  22 -18.985  -4.175   9.857

  No H/Q in entry =          13
  In of MODEL    2
    1    H    TYR  23           H        TYR  23 -22.269  -6.755   9.280
    2    HA   TYR  23           HA       TYR  23 -24.563  -6.464  10.932
    3    HB2  TYR  23           HB2      TYR  23 -22.917  -4.605  12.173
    4    HB3  TYR  23           HB3      TYR  23 -23.529  -6.089  12.894
    5    HD1  TYR  23           HD1      TYR  23 -21.880  -8.233  12.219
    6    HD2  TYR  23           HD2      TYR  23 -20.697  -4.202  12.388
    7    HE1  TYR  23           HE1      TYR  23 -19.593  -8.980  12.574
    8    HE2  TYR  23           HE2      TYR  23 -18.360  -4.917  12.739
    9    HH   TYR  23           HH       TYR  23 -17.476  -8.363  12.726

  No H/Q in entry =           9
  In of MODEL    2
    1    HA   PRO  24           HA       PRO  24 -24.857  -2.529   8.525
    2    HB2  PRO  24           HB2      PRO  24 -25.945  -1.362  11.035
    3    HB3  PRO  24           HB3      PRO  24 -26.684  -1.396   9.431
    4    HG2  PRO  24           HG2      PRO  24 -27.611  -2.925  11.424
    5    HG3  PRO  24           HG3      PRO  24 -27.591  -3.504   9.749
    6    HD2  PRO  24           HD2      PRO  24 -25.787  -4.205  12.025
    7    HD3  PRO  24           HD3      PRO  24 -26.377  -5.225  10.697

  No H/Q in entry =           7
  In of MODEL    2
    1    H    SER  25           H        SER  25 -24.108  -0.611   8.799
    2    HA   SER  25           HA       SER  25 -21.359  -0.816   9.373
    3    HB2  SER  25           HB2      SER  25 -21.757   1.541   8.053
    4    HB3  SER  25           HB3      SER  25 -21.383  -0.029   7.347
    5    HG   SER  25           HG       SER  25 -23.321   1.051   6.521

  No H/Q in entry =           5
  In of MODEL    2
    1    H    LYS  26           H        LYS  26 -20.131   0.893   9.705
    2    HA   LYS  26           HA       LYS  26 -19.408   2.829  10.890
    3    HB2  LYS  26           HB2      LYS  26 -21.749   3.510  11.593
    4    HB3  LYS  26           HB3      LYS  26 -21.796   2.204  12.768
    5    HG2  LYS  26           HG2      LYS  26 -19.890   3.262  14.058
    6    HG3  LYS  26           HG3      LYS  26 -19.717   4.506  12.824
    7    HD2  LYS  26           HD2      LYS  26 -22.048   5.331  13.426
    8    HD3  LYS  26           HD3      LYS  26 -22.179   4.041  14.637
    9    HE2  LYS  26           HE2      LYS  26 -20.089   4.906  15.810
   10    HE3  LYS  26           HE3      LYS  26 -19.957   6.220  14.630
   11    HZ1  LYS  26           HZ1      LYS  26 -22.501   5.835  16.094
   12    HZ2  LYS  26           HZ2      LYS  26 -21.258   6.612  16.830
   13    HZ3  LYS  26           HZ3      LYS  26 -21.823   7.193  15.363

  No H/Q in entry =          13
  In of MODEL    2
    1    H    SER  27           H        SER  27 -20.039  -0.325  11.264
    2    HA   SER  27           HA       SER  27 -18.849  -0.842  13.770
    3    HB2  SER  27           HB2      SER  27 -19.033  -3.215  12.493
    4    HB3  SER  27           HB3      SER  27 -20.399  -2.452  13.303
    5    HG   SER  27           HG       SER  27 -21.294  -2.590  11.385

  No H/Q in entry =           5
  In of MODEL    2
    1    H    THR  28           H        THR  28 -16.785  -0.084  13.675
    2    HA   THR  28           HA       THR  28 -14.904  -1.282  11.745
    3    HB   THR  28           HB       THR  28 -14.207   0.974  12.091
    4    HG1  THR  28           HG1      THR  28 -12.834   0.213  14.357
    5   HG23  THR  28          HG21      THR  28 -15.899   1.550  13.762
    6   HG22  THR  28          HG22      THR  28 -14.310   2.137  14.247
    7   HG21  THR  28          HG23      THR  28 -14.978   0.691  15.001

  No H/Q in entry =           7
  In of MODEL    2
    1    H    LEU  29           H        LEU  29 -13.125  -2.277  12.748
    2    HA   LEU  29           HA       LEU  29 -14.099  -4.208  14.702
    3    HB2  LEU  29           HB2      LEU  29 -12.646  -5.612  12.634
    4    HB3  LEU  29           HB3      LEU  29 -14.255  -5.931  13.234
    5    HG   LEU  29           HG       LEU  29 -13.437  -4.267  10.841
    6   HD12  LEU  29          HD11      LEU  29 -15.456  -6.480  10.937
    7   HD11  LEU  29          HD12      LEU  29 -13.730  -6.807  10.713
    8   HD13  LEU  29          HD13      LEU  29 -14.601  -5.808   9.543
    9   HD21  LEU  29          HD21      LEU  29 -15.277  -3.216  12.178
   10   HD23  LEU  29          HD22      LEU  29 -16.256  -4.634  11.767
   11   HD22  LEU  29          HD23      LEU  29 -15.630  -3.579  10.486

  No H/Q in entry =          11
  In of MODEL    2
    1    H    ILE  30           H        ILE  30 -11.506  -2.650  13.093
    2    HA   ILE  30           HA       ILE  30  -9.591  -3.133  14.993
    3    HB   ILE  30           HB       ILE  30  -8.222  -4.643  13.027
    4   HG12  ILE  30          HG12      ILE  30  -9.827  -6.793  13.581
    5   HG13  ILE  30          HG13      ILE  30 -11.002  -5.529  13.270
    6   HG21  ILE  30          HG21      ILE  30  -9.182  -5.340  15.783
    7   HG23  ILE  30          HG22      ILE  30  -7.585  -4.778  15.280
    8   HG22  ILE  30          HG23      ILE  30  -8.138  -6.387  14.822
    9   HD11  ILE  30          HD11      ILE  30  -9.437  -5.141  11.157
   10   HD13  ILE  30          HD12      ILE  30 -10.771  -6.306  11.165
   11   HD12  ILE  30          HD13      ILE  30  -9.114  -6.855  11.435

  No H/Q in entry =          11
  In of MODEL    2
    1    H    HIS  31           H        HIS  31  -8.859  -1.373  14.813
    2    HA   HIS  31           HA       HIS  31  -6.669  -0.723  13.137
    3    HB2  HIS  31           HB2      HIS  31  -8.015   0.038  11.376
    4    HB3  HIS  31           HB3      HIS  31  -9.416   0.022  12.418
    5    HD1  HIS  31           HD1      HIS  31  -7.223   2.337  10.710
    6    HD2  HIS  31           HD2      HIS  31  -9.635   2.511  14.098
    7    HE1  HIS  31           HE1      HIS  31  -7.424   4.759  11.285
    8    HE2  HIS  31           HE2      HIS  31  -8.650   4.816  13.491

  No H/Q in entry =           8
  In of MODEL    2
    1    H    GLN  32           H        GLN  32  -7.381  -0.851  15.990
    2    HA   GLN  32           HA       GLN  32  -6.916   2.024  16.625
    3    HB2  GLN  32           HB2      GLN  32  -9.212   1.577  17.301
    4    HB3  GLN  32           HB3      GLN  32  -8.739   0.095  18.117
    5    HG2  GLN  32           HG2      GLN  32  -7.284   2.357  19.157
    6    HG3  GLN  32           HG3      GLN  32  -9.022   2.633  19.246
    7   HE21  GLN  32          HE21      GLN  32  -9.682  -0.163  19.533
    8   HE22  GLN  32          HE22      GLN  32  -9.219  -0.623  21.133

  No H/Q in entry =           8
  In of MODEL    2
    1    H    GLY  33           H        GLY  33  -5.906  -1.165  16.761
    2    HA3  GLY  33           HA2      GLY  33  -3.491  -1.324  17.579
    3    HA2  GLY  33           HA3      GLY  33  -4.118  -0.553  19.026

  No H/Q in entry =           3
  In of MODEL    2
    1    H    GLU  34           H        GLU  34  -6.140  -2.801  17.445
    2    HA   GLU  34           HA       GLU  34  -5.945  -4.764  19.592
    3    HB2  GLU  34           HB2      GLU  34  -7.657  -4.950  17.150
    4    HB3  GLU  34           HB3      GLU  34  -7.975  -5.551  18.755
    5    HG2  GLU  34           HG2      GLU  34  -9.383  -3.780  18.786
    6    HG3  GLU  34           HG3      GLU  34  -7.917  -2.946  19.290

  No H/Q in entry =           6
  In of MODEL    2
    1    H    LYS  35           H        LYS  35  -4.672  -6.551  19.342
    2    HA   LYS  35           HA       LYS  35  -3.190  -7.174  17.087
    3    HB2  LYS  35           HB2      LYS  35  -4.072  -8.767  19.462
    4    HB3  LYS  35           HB3      LYS  35  -3.342  -9.619  18.106
    5    HG2  LYS  35           HG2      LYS  35  -1.411  -8.038  18.267
    6    HG3  LYS  35           HG3      LYS  35  -2.120  -7.434  19.764
    7    HD2  LYS  35           HD2      LYS  35  -2.119  -9.916  20.491
    8    HD3  LYS  35           HD3      LYS  35  -0.963 -10.132  19.175
    9    HE2  LYS  35           HE2      LYS  35   0.535  -8.530  20.152
   10    HE3  LYS  35           HE3      LYS  35  -0.650  -8.112  21.387
   11    HZ1  LYS  35           HZ1      LYS  35  -0.485 -10.409  22.204
   12    HZ3  LYS  35           HZ2      LYS  35   0.980  -9.576  22.310
   13    HZ2  LYS  35           HZ3      LYS  35   0.743 -10.711  21.083

  No H/Q in entry =          13
  In of MODEL    2
    1    H    ALA  36           H        ALA  36  -3.941  -7.629  15.070
    2    HA   ALA  36           HA       ALA  36  -6.616  -8.498  14.704
    3    HB2  ALA  36           HB1      ALA  36  -4.843  -8.738  12.398
    4    HB1  ALA  36           HB2      ALA  36  -4.830  -7.146  13.165
    5    HB3  ALA  36           HB3      ALA  36  -6.348  -7.839  12.587

  No H/Q in entry =           5
  In of MODEL    2
    1    H    GLU  37           H        GLU  37  -6.686 -10.466  15.849
    2    HA   GLU  37           HA       GLU  37  -5.219 -12.731  14.709
    3    HB2  GLU  37           HB2      GLU  37  -7.034 -12.661  17.124
    4    HB3  GLU  37           HB3      GLU  37  -5.985 -13.985  16.644
    5    HG2  GLU  37           HG2      GLU  37  -4.037 -12.481  16.990
    6    HG3  GLU  37           HG3      GLU  37  -5.150 -11.271  17.629

  No H/Q in entry =           6
  In of MODEL    2
    1    H    THR  38           H        THR  38  -8.357 -11.318  14.828
    2    HA   THR  38           HA       THR  38  -9.545 -13.710  13.602
    3    HB   THR  38           HB       THR  38 -10.867 -13.096  15.461
    4    HG1  THR  38           HG1      THR  38 -11.872 -12.430  12.957
    5   HG21  THR  38          HG21      THR  38 -10.674 -10.248  14.490
    6   HG23  THR  38          HG22      THR  38  -9.977 -10.924  15.962
    7   HG22  THR  38          HG23      THR  38 -11.727 -10.784  15.799

  No H/Q in entry =           7
  In of MODEL    2
    1    H    LEU  39           H        LEU  39 -10.218 -13.658  11.552
    2    HA   LEU  39           HA       LEU  39  -9.728 -11.169  10.109
    3    HB2  LEU  39           HB2      LEU  39  -8.670 -12.429   8.612
    4    HB3  LEU  39           HB3      LEU  39  -8.975 -13.838   9.609
    5    HG   LEU  39           HG       LEU  39 -11.261 -13.128   7.936
    6   HD12  LEU  39          HD11      LEU  39  -8.716 -14.000   6.573
    7   HD11  LEU  39          HD12      LEU  39  -9.413 -12.384   6.460
    8   HD13  LEU  39          HD13      LEU  39 -10.296 -13.772   5.823
    9   HD21  LEU  39          HD21      LEU  39  -9.589 -15.610   8.307
   10   HD23  LEU  39          HD22      LEU  39 -11.116 -15.530   7.424
   11   HD22  LEU  39          HD23      LEU  39 -11.082 -15.212   9.159

  No H/Q in entry =          11
  In of MODEL    2
    1    H    TYR  40           H        TYR  40 -11.343 -10.545   8.419
    2    HA   TYR  40           HA       TYR  40 -13.955 -11.788   8.862
    3    HB2  TYR  40           HB2      TYR  40 -13.492  -8.820   8.545
    4    HB3  TYR  40           HB3      TYR  40 -15.019  -9.610   8.891
    5    HD1  TYR  40           HD1      TYR  40 -15.726  -9.788  11.061
    6    HD2  TYR  40           HD2      TYR  40 -11.617  -9.009  10.374
    7    HE1  TYR  40           HE1      TYR  40 -15.408  -9.404  13.462
    8    HE2  TYR  40           HE2      TYR  40 -11.274  -8.632  12.779
    9    HH   TYR  40           HH       TYR  40 -12.535  -8.043  14.749

  No H/Q in entry =           9
  In of MODEL    2
    1    H    TYR  41           H        TYR  41 -14.083 -12.799   6.819
    2    HA   TYR  41           HA       TYR  41 -13.189 -11.291   4.511
    3    HB2  TYR  41           HB2      TYR  41 -12.575 -13.693   4.803
    4    HB3  TYR  41           HB3      TYR  41 -14.279 -14.106   4.657
    5    HD1  TYR  41           HD1      TYR  41 -13.620 -11.368   2.585
    6    HD2  TYR  41           HD2      TYR  41 -13.107 -15.560   2.810
    7    HE1  TYR  41           HE1      TYR  41 -13.380 -11.453   0.162
    8    HE2  TYR  41           HE2      TYR  41 -12.835 -15.667   0.401
    9    HH   TYR  41           HH       TYR  41 -12.942 -12.707  -1.596

  No H/Q in entry =           9
  In of MODEL    2
    1    H    ILE  42           H        ILE  42 -14.638  -9.777   4.125
    2    HA   ILE  42           HA       ILE  42 -17.351  -9.754   4.328
    3    HB   ILE  42           HB       ILE  42 -15.535  -8.506   2.286
    4   HG12  ILE  42          HG12      ILE  42 -16.748  -7.696   4.896
    5   HG13  ILE  42          HG13      ILE  42 -15.089  -7.529   4.339
    6   HG23  ILE  42          HG21      ILE  42 -17.678  -8.703   1.237
    7   HG22  ILE  42          HG22      ILE  42 -17.404  -7.024   1.699
    8   HG21  ILE  42          HG23      ILE  42 -18.477  -8.040   2.662
    9   HD12  ILE  42          HD11      ILE  42 -17.412  -5.763   3.971
   10   HD11  ILE  42          HD12      ILE  42 -16.276  -5.875   2.626
   11   HD13  ILE  42          HD13      ILE  42 -15.713  -5.372   4.222

  No H/Q in entry =          11
  In of MODEL    2
    1    H    VAL  43           H        VAL  43 -19.069 -10.465   3.163
    2    HA   VAL  43           HA       VAL  43 -18.466 -12.220   0.881
    3    HB   VAL  43           HB       VAL  43 -20.745 -12.581   2.816
    4   HG13  VAL  43          HG11      VAL  43 -20.935 -14.755   1.886
    5   HG12  VAL  43          HG12      VAL  43 -19.459 -14.543   0.940
    6   HG11  VAL  43          HG13      VAL  43 -20.905 -13.602   0.553
    7   HG21  VAL  43          HG21      VAL  43 -17.985 -12.983   3.281
    8   HG23  VAL  43          HG22      VAL  43 -18.737 -14.569   3.110
    9   HG22  VAL  43          HG23      VAL  43 -19.347 -13.427   4.309

  No H/Q in entry =           9
  In of MODEL    2
    1    H    LYS  44           H        LYS  44 -20.054  -9.572   1.968
    2    HA   LYS  44           HA       LYS  44 -21.414  -8.726  -0.365
    3    HB2  LYS  44           HB2      LYS  44 -22.832 -10.632   1.208
    4    HB3  LYS  44           HB3      LYS  44 -23.474  -9.071   1.687
    5    HG2  LYS  44           HG2      LYS  44 -23.288  -9.839  -1.202
    6    HG3  LYS  44           HG3      LYS  44 -24.643 -10.358  -0.198
    7    HD2  LYS  44           HD2      LYS  44 -24.136  -7.553   0.181
    8    HD3  LYS  44           HD3      LYS  44 -24.343  -7.910  -1.534
    9    HE2  LYS  44           HE2      LYS  44 -26.248  -8.692   0.672
   10    HE3  LYS  44           HE3      LYS  44 -26.475  -7.355  -0.455
   11    HZ2  LYS  44           HZ1      LYS  44 -26.373 -10.245  -1.124
   12    HZ1  LYS  44           HZ2      LYS  44 -26.419  -9.007  -2.272
   13    HZ3  LYS  44           HZ3      LYS  44 -27.720  -9.226  -1.217

  No H/Q in entry =          13
  In of MODEL    2
    1    H    GLY  45           H        GLY  45 -22.099  -6.747   0.007
    2    HA3  GLY  45           HA2      GLY  45 -21.689  -4.593   0.526
    3    HA2  GLY  45           HA3      GLY  45 -22.268  -5.091   2.115

  No H/Q in entry =           3
  In of MODEL    2
    1    H    SER  46           H        SER  46 -20.432  -3.201   2.515
    2    HA   SER  46           HA       SER  46 -17.993  -4.537   2.723
    3    HB2  SER  46           HB2      SER  46 -16.765  -2.925   1.137
    4    HB3  SER  46           HB3      SER  46 -17.615  -4.322   0.486
    5    HG   SER  46           HG       SER  46 -18.149  -1.635   0.219

  No H/Q in entry =           5
  In of MODEL    2
    1    H    VAL  47           H        VAL  47 -16.142  -2.655   2.826
    2    HA   VAL  47           HA       VAL  47 -17.222  -0.899   4.900
    3    HB   VAL  47           HB       VAL  47 -15.487  -1.451   6.426
    4   HG11  VAL  47          HG11      VAL  47 -17.546  -2.816   6.355
    5   HG13  VAL  47          HG12      VAL  47 -16.151  -3.740   6.921
    6   HG12  VAL  47          HG13      VAL  47 -16.730  -3.934   5.258
    7   HG22  VAL  47          HG21      VAL  47 -13.618  -1.932   5.088
    8   HG21  VAL  47          HG22      VAL  47 -14.514  -3.118   4.128
    9   HG23  VAL  47          HG23      VAL  47 -14.052  -3.492   5.794

  No H/Q in entry =           9
  In of MODEL    2
    1    H    ALA  48           H        ALA  48 -15.249   0.411   5.866
    2    HA   ALA  48           HA       ALA  48 -13.993   1.702   3.530
    3    HB3  ALA  48           HB1      ALA  48 -14.201   3.813   4.687
    4    HB1  ALA  48           HB2      ALA  48 -14.895   3.010   6.094
    5    HB2  ALA  48           HB3      ALA  48 -15.790   3.057   4.576

  No H/Q in entry =           5
  In of MODEL    2
    1    H    VAL  49           H        VAL  49 -12.070   0.851   3.611
    2    HA   VAL  49           HA       VAL  49 -10.665   0.149   5.951
    3    HB   VAL  49           HB       VAL  49  -9.808   0.490   3.075
    4   HG13  VAL  49          HG11      VAL  49  -7.698  -0.169   3.564
    5   HG12  VAL  49          HG12      VAL  49  -8.197  -1.059   5.004
    6   HG11  VAL  49          HG13      VAL  49  -8.063   0.699   5.056
    7   HG23  VAL  49          HG21      VAL  49 -10.296  -1.926   4.794
    8   HG22  VAL  49          HG22      VAL  49  -9.771  -1.945   3.107
    9   HG21  VAL  49          HG23      VAL  49 -11.371  -1.326   3.528

  No H/Q in entry =           9
  In of MODEL    2
    1    H    LEU  50           H        LEU  50  -9.287   1.322   7.149
    2    HA   LEU  50           HA       LEU  50  -8.388   3.866   6.186
    3    HB2  LEU  50           HB2      LEU  50  -9.261   5.175   7.893
    4    HB3  LEU  50           HB3      LEU  50 -10.580   4.163   7.361
    5    HG   LEU  50           HG       LEU  50  -9.022   3.955   9.915
    6   HD12  LEU  50          HD11      LEU  50 -11.310   4.190  10.831
    7   HD11  LEU  50          HD12      LEU  50 -11.890   4.460   9.182
    8   HD13  LEU  50          HD13      LEU  50 -10.747   5.602   9.925
    9   HD22  LEU  50          HD21      LEU  50  -9.367   1.718   9.072
   10   HD21  LEU  50          HD22      LEU  50 -11.074   2.064   8.793
   11   HD23  LEU  50          HD23      LEU  50 -10.433   2.037  10.438

  No H/Q in entry =          11
  In of MODEL    2
    1    H    ILE  51           H        ILE  51  -6.579   4.708   7.116
    2    HA   ILE  51           HA       ILE  51  -5.150   2.740   8.781
    3    HB   ILE  51           HB       ILE  51  -3.071   3.716   7.607
    4   HG12  ILE  51          HG12      ILE  51  -3.628   4.165   5.162
    5   HG13  ILE  51          HG13      ILE  51  -5.288   4.395   5.693
    6   HG22  ILE  51          HG21      ILE  51  -3.533   1.998   5.707
    7   HG21  ILE  51          HG22      ILE  51  -5.034   1.702   6.581
    8   HG23  ILE  51          HG23      ILE  51  -3.483   1.438   7.378
    9   HD11  ILE  51          HD11      ILE  51  -2.923   6.002   6.615
   10   HD13  ILE  51          HD12      ILE  51  -4.602   6.247   7.096
   11   HD12  ILE  51          HD13      ILE  51  -4.118   6.507   5.421

  No H/Q in entry =          11
  In of MODEL    2
    1    H    LYS  52           H        LYS  52  -3.008   3.786   9.543
    2    HA   LYS  52           HA       LYS  52  -3.681   6.362  10.807
    3    HB2  LYS  52           HB2      LYS  52  -1.832   4.256  11.929
    4    HB3  LYS  52           HB3      LYS  52  -2.418   5.701  12.742
    5    HG2  LYS  52           HG2      LYS  52  -4.762   4.655  12.347
    6    HG3  LYS  52           HG3      LYS  52  -3.858   3.159  12.128
    7    HD2  LYS  52           HD2      LYS  52  -3.769   2.908  14.335
    8    HD3  LYS  52           HD3      LYS  52  -2.842   4.406  14.456
    9    HE2  LYS  52           HE2      LYS  52  -5.458   5.252  14.097
   10    HE3  LYS  52           HE3      LYS  52  -5.608   3.859  15.162
   11    HZ2  LYS  52           HZ1      LYS  52  -5.232   6.225  16.127
   12    HZ1  LYS  52           HZ2      LYS  52  -3.601   5.921  15.768
   13    HZ3  LYS  52           HZ3      LYS  52  -4.436   4.897  16.823

  No H/Q in entry =          13
  In of MODEL    2
    1    H    ASP  53           H        ASP  53  -2.264   7.946  10.750
    2    HA   ASP  53           HA       ASP  53  -0.087   7.767   8.834
    3    HB2  ASP  53           HB2      ASP  53  -1.937   9.666   9.091
    4    HB3  ASP  53           HB3      ASP  53  -0.752  10.348  10.199

  No H/Q in entry =           4
  In of MODEL    2
    1    H    GLU  54           H        GLU  54   1.463   9.977   9.776
    2    HA   GLU  54           HA       GLU  54   3.039   8.689  11.895
    3    HB2  GLU  54           HB2      GLU  54   4.015   9.291   9.631
    4    HB3  GLU  54           HB3      GLU  54   3.786  10.971  10.083
    5    HG2  GLU  54           HG2      GLU  54   5.323  10.723  11.919
    6    HG3  GLU  54           HG3      GLU  54   5.459   8.989  11.598

  No H/Q in entry =           6
  In of MODEL    2
    1    H    GLU  55           H        GLU  55   0.581  10.889  11.345
    2    HA   GLU  55           HA       GLU  55   1.253  12.451  13.762
    3    HB2  GLU  55           HB2      GLU  55   0.048  14.324  12.857
    4    HB3  GLU  55           HB3      GLU  55   1.194  13.792  11.635
    5    HG2  GLU  55           HG2      GLU  55  -0.712  12.444  10.664
    6    HG3  GLU  55           HG3      GLU  55  -1.765  13.409  11.697

  No H/Q in entry =           6
  In of MODEL    2
    1    H    GLY  56           H        GLY  56  -0.223   9.817  12.971
    2    HA3  GLY  56           HA2      GLY  56  -1.873   8.669  14.125
    3    HA2  GLY  56           HA3      GLY  56  -2.248  10.154  14.989

  No H/Q in entry =           3
  In of MODEL    2
    1    H    LYS  57           H        LYS  57  -2.250  10.258  11.393
    2    HA   LYS  57           HA       LYS  57  -5.001  11.003  11.582
    3    HB2  LYS  57           HB2      LYS  57  -2.811  11.375   9.779
    4    HB3  LYS  57           HB3      LYS  57  -4.070  10.509   8.916
    5    HG2  LYS  57           HG2      LYS  57  -5.567  12.263   9.079
    6    HG3  LYS  57           HG3      LYS  57  -4.723  12.986  10.451
    7    HD2  LYS  57           HD2      LYS  57  -4.455  14.191   8.245
    8    HD3  LYS  57           HD3      LYS  57  -2.955  13.768   9.071
    9    HE2  LYS  57           HE2      LYS  57  -3.537  11.572   7.445
   10    HE3  LYS  57           HE3      LYS  57  -3.909  12.981   6.457
   11    HZ3  LYS  57           HZ1      LYS  57  -1.756  13.347   6.165
   12    HZ2  LYS  57           HZ2      LYS  57  -1.412  11.894   6.969
   13    HZ1  LYS  57           HZ3      LYS  57  -1.455  13.361   7.833

  No H/Q in entry =          13
  In of MODEL    2
    1    H    GLU  58           H        GLU  58  -6.520   9.424  11.598
    2    HA   GLU  58           HA       GLU  58  -5.803   6.855  10.429
    3    HB2  GLU  58           HB2      GLU  58  -8.018   6.449  12.052
    4    HB3  GLU  58           HB3      GLU  58  -6.371   5.978  12.429
    5    HG2  GLU  58           HG2      GLU  58  -6.111   8.258  13.494
    6    HG3  GLU  58           HG3      GLU  58  -7.864   8.415  13.340

  No H/Q in entry =           6
  In of MODEL    2
    1    H    MET  59           H        MET  59  -6.559   7.537   8.238
    2    HA   MET  59           HA       MET  59  -9.271   8.540   8.289
    3    HB2  MET  59           HB2      MET  59  -6.964   8.928   6.389
    4    HB3  MET  59           HB3      MET  59  -8.562   9.632   6.212
    5    HG2  MET  59           HG2      MET  59  -8.164  10.978   8.211
    6    HG3  MET  59           HG3      MET  59  -6.561  10.250   8.361
    7    HE3  MET  59           HE1      MET  59  -6.715  11.715   4.160
    8    HE2  MET  59           HE2      MET  59  -8.153  10.987   4.868
    9    HE1  MET  59           HE3      MET  59  -6.631  10.097   4.861

  No H/Q in entry =           9
  In of MODEL    2
    1    H    ILE  60           H        ILE  60 -10.550   7.654   6.713
    2    HA   ILE  60           HA       ILE  60 -10.108   5.124   5.733
    3    HB   ILE  60           HB       ILE  60 -11.719   7.361   4.516
    4   HG12  ILE  60          HG12      ILE  60 -12.489   5.029   6.269
    5   HG13  ILE  60          HG13      ILE  60 -12.446   6.731   6.741
    6   HG22  ILE  60          HG21      ILE  60 -11.960   4.419   3.915
    7   HG21  ILE  60          HG22      ILE  60 -11.103   5.568   2.888
    8   HG23  ILE  60          HG23      ILE  60 -12.836   5.751   3.158
    9   HD12  ILE  60          HD11      ILE  60 -14.680   5.720   6.130
   10   HD11  ILE  60          HD12      ILE  60 -14.096   5.778   4.461
   11   HD13  ILE  60          HD13      ILE  60 -14.238   7.265   5.406

  No H/Q in entry =          11
  In of MODEL    2
    1    H    LEU  61           H        LEU  61  -8.570   4.427   4.381
    2    HA   LEU  61           HA       LEU  61  -7.487   6.384   2.495
    3    HB2  LEU  61           HB2      LEU  61  -5.413   5.333   2.530
    4    HB3  LEU  61           HB3      LEU  61  -5.930   5.317   4.195
    5    HG   LEU  61           HG       LEU  61  -4.831   3.271   3.790
    6   HD13  LEU  61          HD11      LEU  61  -6.472   1.622   4.283
    7   HD12  LEU  61          HD12      LEU  61  -7.758   2.659   3.665
    8   HD11  LEU  61          HD13      LEU  61  -6.872   3.121   5.120
    9   HD23  LEU  61          HD21      LEU  61  -6.553   2.106   1.777
   10   HD22  LEU  61          HD22      LEU  61  -4.793   2.117   1.905
   11   HD21  LEU  61          HD23      LEU  61  -5.633   3.490   1.181

  No H/Q in entry =          11
  In of MODEL    2
    1    H    SER  62           H        SER  62  -9.414   3.681   2.872
    2    HA   SER  62           HA       SER  62 -10.013   3.533   0.122
    3    HB2  SER  62           HB2      SER  62  -9.101   1.458  -0.554
    4    HB3  SER  62           HB3      SER  62  -7.774   2.309   0.228
    5    HG   SER  62           HG       SER  62  -8.569  -0.078   0.772

  No H/Q in entry =           5
  In of MODEL    2
    1    H    TYR  63           H        TYR  63 -11.006   1.052  -0.061
    2    HA   TYR  63           HA       TYR  63 -12.717   0.347   1.958
    3    HB2  TYR  63           HB2      TYR  63 -14.501   1.038  -0.229
    4    HB3  TYR  63           HB3      TYR  63 -14.730   1.297   1.495
    5    HD1  TYR  63           HD1      TYR  63 -12.855   2.726  -1.401
    6    HD2  TYR  63           HD2      TYR  63 -14.849   3.480   2.262
    7    HE1  TYR  63           HE1      TYR  63 -12.648   5.133  -1.811
    8    HE2  TYR  63           HE2      TYR  63 -14.646   5.900   1.873
    9    HH   TYR  63           HH       TYR  63 -13.346   7.465   0.592

  No H/Q in entry =           9
  In of MODEL    2
    1    H    LEU  64           H        LEU  64 -14.370  -1.086   0.991
    2    HA   LEU  64           HA       LEU  64 -13.027  -2.995  -0.791
    3    HB2  LEU  64           HB2      LEU  64 -14.882  -3.857   1.379
    4    HB3  LEU  64           HB3      LEU  64 -13.709  -4.773   0.469
    5    HG   LEU  64           HG       LEU  64 -13.048  -2.770   2.603
    6   HD13  LEU  64          HD11      LEU  64 -12.650  -4.590   3.987
    7   HD12  LEU  64          HD12      LEU  64 -12.654  -5.732   2.644
    8   HD11  LEU  64          HD13      LEU  64 -14.161  -4.990   3.175
    9   HD23  LEU  64          HD21      LEU  64 -10.781  -3.786   2.411
   10   HD22  LEU  64          HD22      LEU  64 -11.252  -2.847   0.993
   11   HD21  LEU  64          HD23      LEU  64 -11.312  -4.610   0.944

  No H/Q in entry =          11
  In of MODEL    2
    1    H    ASN  65           H        ASN  65 -14.634  -4.736  -1.052
    2    HA   ASN  65           HA       ASN  65 -17.120  -3.647  -2.124
    3    HB2  ASN  65           HB2      ASN  65 -14.967  -4.974  -3.637
    4    HB3  ASN  65           HB3      ASN  65 -16.560  -5.686  -3.867
    5   HD21  ASN  65          HD21      ASN  65 -16.276  -2.324  -3.111
    6   HD22  ASN  65          HD22      ASN  65 -16.685  -1.718  -4.680

  No H/Q in entry =           6
  In of MODEL    2
    1    H    GLN  66           H        GLN  66 -19.497  -8.266   0.402
    2    HA   GLN  66           HA       GLN  66 -18.827  -7.276  -0.314
    3    HB2  GLN  66           HB2      GLN  66 -20.780  -7.066  -1.579
    4    HB3  GLN  66           HB3      GLN  66 -20.785  -6.986  -1.584
    5    HG2  GLN  66           HG2      GLN  66 -19.514  -9.597  -2.730
    6    HG3  GLN  66           HG3      GLN  66 -19.232  -7.903  -4.116
    7   HE22  GLN  66          HE21      GLN  66 -22.580 -10.669  -4.074
    8   HE21  GLN  66          HE22      GLN  66 -20.969 -11.092  -3.602

  No H/Q in entry =           8
  In of MODEL    2
    1    H    GLY  67           H        GLY  67 -18.292  -9.552  -0.228
    2    HA3  GLY  67           HA2      GLY  67 -16.790 -11.280  -0.422
    3    HA2  GLY  67           HA3      GLY  67 -16.771 -10.875  -2.123

  No H/Q in entry =           3
  In of MODEL    2
    1    H    ASP  68           H        ASP  68 -15.620  -8.559   0.242
    2    HA   ASP  68           HA       ASP  68 -12.911  -8.938  -0.811
    3    HB2  ASP  68           HB2      ASP  68 -14.391  -6.640  -0.541
    4    HB3  ASP  68           HB3      ASP  68 -13.407  -6.622   0.919

  No H/Q in entry =           4
  In of MODEL    2
    1    H    PHE  69           H        PHE  69 -11.186  -8.366   0.956
    2    HA   PHE  69           HA       PHE  69 -11.857 -10.094   3.217
    3    HB2  PHE  69           HB2      PHE  69  -9.225  -9.226   2.061
    4    HB3  PHE  69           HB3      PHE  69  -9.375 -10.182   3.528
    5    HD1  PHE  69           HD1      PHE  69 -10.082 -12.525   3.423
    6    HD2  PHE  69           HD2      PHE  69  -9.611 -10.171  -0.103
    7    HE1  PHE  69           HE1      PHE  69 -10.038 -14.571   2.059
    8    HE2  PHE  69           HE2      PHE  69  -9.582 -12.218  -1.467
    9    HZ   PHE  69           HZ       PHE  69  -9.788 -14.420  -0.386

  No H/Q in entry =           9
  In of MODEL    2
    1    H    ILE  70           H        ILE  70 -10.866  -9.593   5.308
    2    HA   ILE  70           HA       ILE  70 -10.347  -6.787   5.868
    3    HB   ILE  70           HB       ILE  70 -12.706  -8.334   6.908
    4   HG12  ILE  70          HG12      ILE  70 -12.292  -5.501   5.948
    5   HG13  ILE  70          HG13      ILE  70 -13.234  -6.777   5.183
    6   HG23  ILE  70          HG21      ILE  70 -11.596  -7.785   8.943
    7   HG22  ILE  70          HG22      ILE  70 -12.879  -6.595   8.744
    8   HG21  ILE  70          HG23      ILE  70 -11.209  -6.161   8.383
    9   HD12  ILE  70          HD11      ILE  70 -13.891  -5.097   7.559
   10   HD11  ILE  70          HD12      ILE  70 -14.613  -6.700   7.396
   11   HD13  ILE  70          HD13      ILE  70 -14.873  -5.483   6.146

  No H/Q in entry =          11
  In of MODEL    2
    1    H    GLY  71           H        GLY  71  -8.918  -6.558   7.523
    2    HA3  GLY  71           HA2      GLY  71  -7.686  -7.076   9.405
    3    HA2  GLY  71           HA3      GLY  71  -8.603  -8.567   9.561

  No H/Q in entry =           3
  In of MODEL    2
    1    H    GLU  72           H        GLU  72  -7.218  -8.031   6.461
    2    HA   GLU  72           HA       GLU  72  -5.559 -10.349   6.792
    3    HB2  GLU  72           HB2      GLU  72  -4.919  -8.754   4.446
    4    HB3  GLU  72           HB3      GLU  72  -5.566 -10.384   4.529
    5    HG2  GLU  72           HG2      GLU  72  -7.170  -9.208   3.330
    6    HG3  GLU  72           HG3      GLU  72  -7.826  -9.265   4.964

  No H/Q in entry =           6
  In of MODEL    2
    1    H    LEU  73           H        LEU  73  -5.391  -6.977   6.690
    2    HA   LEU  73           HA       LEU  73  -2.696  -6.436   6.602
    3    HB2  LEU  73           HB2      LEU  73  -5.147  -5.077   7.200
    4    HB3  LEU  73           HB3      LEU  73  -3.868  -4.524   8.271
    5    HG   LEU  73           HG       LEU  73  -4.083  -3.191   6.181
    6   HD11  LEU  73          HD11      LEU  73  -1.547  -4.740   6.619
    7   HD13  LEU  73          HD12      LEU  73  -2.029  -3.261   7.450
    8   HD12  LEU  73          HD13      LEU  73  -1.666  -3.223   5.723
    9   HD23  LEU  73          HD21      LEU  73  -2.811  -5.490   4.747
   10   HD22  LEU  73          HD22      LEU  73  -3.642  -4.081   4.086
   11   HD21  LEU  73          HD23      LEU  73  -4.569  -5.377   4.843

  No H/Q in entry =          11
  In of MODEL    2
    1    H    GLY  74           H        GLY  74  -4.352  -7.974   9.146
    2    HA3  GLY  74           HA2      GLY  74  -2.063  -7.319  10.899
    3    HA2  GLY  74           HA3      GLY  74  -3.678  -7.620  11.510

  No H/Q in entry =           3
  In of MODEL    2
    1    H    LEU  75           H        LEU  75  -3.858  -9.809   9.371
    2    HA   LEU  75           HA       LEU  75  -2.582 -11.878  11.035
    3    HB2  LEU  75           HB2      LEU  75  -4.369 -13.222  10.496
    4    HB3  LEU  75           HB3      LEU  75  -5.132 -11.658  10.299
    5    HG   LEU  75           HG       LEU  75  -4.156 -12.003   7.811
    6   HD12  LEU  75          HD11      LEU  75  -4.968 -14.773   8.684
    7   HD11  LEU  75          HD12      LEU  75  -3.308 -14.260   8.386
    8   HD13  LEU  75          HD13      LEU  75  -4.480 -14.263   7.069
    9   HD23  LEU  75          HD21      LEU  75  -6.782 -13.103   8.809
   10   HD22  LEU  75          HD22      LEU  75  -6.406 -12.635   7.150
   11   HD21  LEU  75          HD23      LEU  75  -6.457 -11.413   8.422

  No H/Q in entry =          11
  In of MODEL    2
    1    H    PHE  76           H        PHE  76  -2.858 -10.663   7.847
    2    HA   PHE  76           HA       PHE  76  -1.241 -12.741   6.619
    3    HB2  PHE  76           HB2      PHE  76  -3.489 -12.051   5.766
    4    HB3  PHE  76           HB3      PHE  76  -2.839 -10.454   5.456
    5    HD1  PHE  76           HD1      PHE  76  -0.877 -13.456   4.761
    6    HD2  PHE  76           HD2      PHE  76  -3.496 -10.498   3.218
    7    HE1  PHE  76           HE1      PHE  76  -0.327 -14.183   2.471
    8    HE2  PHE  76           HE2      PHE  76  -2.952 -11.211   0.921
    9    HZ   PHE  76           HZ       PHE  76  -1.368 -13.058   0.544

  No H/Q in entry =           9
  In of MODEL    2
    1    H    GLU  77           H        GLU  77  -1.355  -9.265   7.237
    2    HA   GLU  77           HA       GLU  77   0.918  -8.590   5.717
    3    HB2  GLU  77           HB2      GLU  77  -0.613  -6.840   6.440
    4    HB3  GLU  77           HB3      GLU  77  -0.320  -7.232   8.127
    5    HG2  GLU  77           HG2      GLU  77   2.115  -6.554   6.663
    6    HG3  GLU  77           HG3      GLU  77   0.929  -5.253   6.688

  No H/Q in entry =           6
  In of MODEL    2
    1    H    GLU  78           H        GLU  78   0.311  -9.535   9.043
    2    HA   GLU  78           HA       GLU  78   1.608 -10.847  10.304
    3    HB2  GLU  78           HB2      GLU  78   3.399 -11.021   8.446
    4    HB3  GLU  78           HB3      GLU  78   4.153  -9.641   9.238
    5    HG2  GLU  78           HG2      GLU  78   3.974 -11.058  11.378
    6    HG3  GLU  78           HG3      GLU  78   3.726 -12.411  10.275

  No H/Q in entry =           6
  In of MODEL    2
    1    H    GLY  79           H        GLY  79   0.289  -8.449  10.457
    2    HA3  GLY  79           HA2      GLY  79   1.797  -6.351  11.663
    3    HA2  GLY  79           HA3      GLY  79   0.059  -6.511  11.623

  No H/Q in entry =           3
  In of MODEL    2
    1    H    GLN  80           H        GLN  80  -0.865  -8.168  13.102
    2    HA   GLN  80           HA       GLN  80  -1.226  -8.935  15.129
    3    HB2  GLN  80           HB2      GLN  80   1.749  -9.225  15.001
    4    HB3  GLN  80           HB3      GLN  80   0.917  -9.500  16.524
    5    HG2  GLN  80           HG2      GLN  80   0.815 -11.610  15.777
    6    HG3  GLN  80           HG3      GLN  80  -0.596 -11.014  14.906
    7   HE21  GLN  80          HE21      GLN  80  -0.519 -10.815  12.699
    8   HE22  GLN  80          HE22      GLN  80   0.796 -11.410  11.750

  No H/Q in entry =           8
  In of MODEL    2
    1    H    GLU  81           H        GLU  81  -1.946  -6.683  15.259
    2    HA   GLU  81           HA       GLU  81  -1.897  -5.296  17.453
    3    HB2  GLU  81           HB2      GLU  81   0.772  -5.028  16.424
    4    HB3  GLU  81           HB3      GLU  81  -0.021  -3.458  16.358
    5    HG2  GLU  81           HG2      GLU  81  -0.620  -3.709  18.741
    6    HG3  GLU  81           HG3      GLU  81   0.303  -5.208  18.781

  No H/Q in entry =           6
  In of MODEL    2
    1    H    ARG  82           H        ARG  82  -3.686  -5.502  15.570
    2    HA   ARG  82           HA       ARG  82  -5.172  -4.506  14.230
    3    HB2  ARG  82           HB2      ARG  82  -5.889  -2.732  15.326
    4    HB3  ARG  82           HB3      ARG  82  -4.346  -2.639  16.149
    5    HG2  ARG  82           HG2      ARG  82  -4.370  -1.397  13.488
    6    HG3  ARG  82           HG3      ARG  82  -5.470  -0.657  14.650
    7    HD2  ARG  82           HD2      ARG  82  -3.767   0.028  16.033
    8    HD3  ARG  82           HD3      ARG  82  -2.675  -1.248  15.501
    9    HE   ARG  82           HE       ARG  82  -3.344   1.072  13.811
   10   HH11  ARG  82          HH11      ARG  82  -0.988  -1.148  15.179
   11   HH12  ARG  82          HH12      ARG  82   0.348  -0.440  14.324
   12   HH21  ARG  82          HH21      ARG  82  -1.558   1.999  12.705
   13   HH22  ARG  82          HH22      ARG  82   0.029   1.349  12.948

  No H/Q in entry =          13
  In of MODEL    2
    1    H    SER  83           H        SER  83  -2.394  -2.343  13.860
    2    HA   SER  83           HA       SER  83  -1.247  -1.554  12.107
    3    HB2  SER  83           HB2      SER  83  -2.397  -3.925  10.628
    4    HB3  SER  83           HB3      SER  83  -1.037  -2.939  10.097
    5    HG   SER  83           HG       SER  83  -0.044  -4.552  11.091

  No H/Q in entry =           5
  In of MODEL    2
    1    H    ALA  84           H        ALA  84  -4.641  -2.166  11.507
    2    HA   ALA  84           HA       ALA  84  -6.171  -0.438  11.177
    3    HB1  ALA  84           HB1      ALA  84  -4.297   1.257  11.348
    4    HB2  ALA  84           HB2      ALA  84  -5.662   1.669  10.313
    5    HB3  ALA  84           HB3      ALA  84  -4.150   1.111   9.597

  No H/Q in entry =           5
  In of MODEL    2
    1    H    TRP  85           H        TRP  85  -7.674  -0.259   9.454
    2    HA   TRP  85           HA       TRP  85  -7.384  -0.633   6.887
    3    HB2  TRP  85           HB2      TRP  85  -6.070  -2.753   7.810
    4    HB3  TRP  85           HB3      TRP  85  -7.685  -3.450   7.803
    5    HD1  TRP  85           HD1      TRP  85  -8.273  -4.614   5.713
    6    HE1  TRP  85           HE1      TRP  85  -7.529  -4.569   3.246
    7    HE3  TRP  85           HE3      TRP  85  -5.018  -0.722   5.980
    8    HZ2  TRP  85           HZ2      TRP  85  -5.790  -3.023   1.630
    9    HZ3  TRP  85           HZ3      TRP  85  -3.866  -0.001   3.936
   10    HH2  TRP  85           HH2      TRP  85  -4.237  -1.128   1.806

  No H/Q in entry =          10
  In of MODEL    2
    1    H    VAL  86           H        VAL  86  -9.322  -0.838   9.615
    2    HA   VAL  86           HA       VAL  86 -11.553  -1.197   7.837
    3    HB   VAL  86           HB       VAL  86 -12.516  -2.891   9.767
    4   HG12  VAL  86          HG11      VAL  86 -12.075  -4.521   7.830
    5   HG11  VAL  86          HG12      VAL  86 -11.401  -3.120   6.996
    6   HG13  VAL  86          HG13      VAL  86 -13.086  -3.111   7.522
    7   HG22  VAL  86          HG21      VAL  86 -10.399  -3.330  10.719
    8   HG21  VAL  86          HG22      VAL  86  -9.632  -3.429   9.133
    9   HG23  VAL  86          HG23      VAL  86 -10.759  -4.686   9.650

  No H/Q in entry =           9
  In of MODEL    2
    1    H    ARG  87           H        ARG  87 -13.433  -0.651   8.234
    2    HA   ARG  87           HA       ARG  87 -14.580   0.259  10.568
    3    HB2  ARG  87           HB2      ARG  87 -13.278   2.264  10.434
    4    HB3  ARG  87           HB3      ARG  87 -13.690   2.475   8.737
    5    HG2  ARG  87           HG2      ARG  87 -16.139   2.333  10.029
    6    HG3  ARG  87           HG3      ARG  87 -15.117   3.303  11.101
    7    HD2  ARG  87           HD2      ARG  87 -15.757   4.984   9.744
    8    HD3  ARG  87           HD3      ARG  87 -14.456   4.368   8.728
    9    HE   ARG  87           HE       ARG  87 -16.682   2.942   7.985
   10   HH11  ARG  87          HH11      ARG  87 -15.854   6.338   8.136
   11   HH12  ARG  87          HH12      ARG  87 -16.804   6.762   6.751
   12   HH21  ARG  87          HH21      ARG  87 -17.961   3.517   6.176
   13   HH22  ARG  87          HH22      ARG  87 -17.978   5.164   5.614

  No H/Q in entry =          13
  In of MODEL    2
    1    H    ALA  88           H        ALA  88 -16.612  -0.674  10.047
    2    HA   ALA  88           HA       ALA  88 -17.327  -1.392   7.746
    3    HB1  ALA  88           HB1      ALA  88 -18.750  -0.992  10.110
    4    HB3  ALA  88           HB2      ALA  88 -18.950  -2.200   8.835
    5    HB2  ALA  88           HB3      ALA  88 -19.784  -0.659   8.713

  No H/Q in entry =           5
  In of MODEL    2
    1    H    LYS  89           H        LYS  89 -18.424  -0.729   5.653
    2    HA   LYS  89           HA       LYS  89 -19.010   2.104   5.785
    3    HB2  LYS  89           HB2      LYS  89 -17.398   1.048   4.062
    4    HB3  LYS  89           HB3      LYS  89 -18.847   0.408   3.301
    5    HG2  LYS  89           HG2      LYS  89 -19.530   2.451   2.566
    6    HG3  LYS  89           HG3      LYS  89 -18.733   3.314   3.886
    7    HD2  LYS  89           HD2      LYS  89 -16.790   3.480   2.770
    8    HD3  LYS  89           HD3      LYS  89 -16.923   1.853   2.099
    9    HE2  LYS  89           HE2      LYS  89 -17.095   3.178   0.231
   10    HE3  LYS  89           HE3      LYS  89 -18.780   2.858   0.641
   11    HZ1  LYS  89           HZ1      LYS  89 -17.309   5.328   1.467
   12    HZ3  LYS  89           HZ2      LYS  89 -18.960   5.023   1.646
   13    HZ2  LYS  89           HZ3      LYS  89 -18.307   5.235   0.104

  No H/Q in entry =          13
  In of MODEL    2
    1    H    THR  90           H        THR  90 -20.180  -0.915   4.403
    2    HA   THR  90           HA       THR  90 -22.919   0.046   4.723
    3    HB   THR  90           HB       THR  90 -23.419  -1.126   2.823
    4    HG1  THR  90           HG1      THR  90 -23.247  -3.218   3.329
    5   HG22  THR  90          HG21      THR  90 -20.410  -1.231   2.564
    6   HG21  THR  90          HG22      THR  90 -21.417   0.163   2.173
    7   HG23  THR  90          HG23      THR  90 -21.576  -1.327   1.244

  No H/Q in entry =           7
  In of MODEL    2
    1    H    ALA  91           H        ALA  91 -24.445  -1.845   5.066
    2    HA   ALA  91           HA       ALA  91 -23.705  -3.354   7.432
    3    HB1  ALA  91           HB1      ALA  91 -26.031  -2.279   7.038
    4    HB2  ALA  91           HB2      ALA  91 -26.048  -3.980   7.507
    5    HB3  ALA  91           HB3      ALA  91 -26.278  -3.525   5.818

  No H/Q in entry =           5
  In of MODEL    2
    1    H    CYS  92           H        CYS  92 -22.394  -5.027   6.961
    2    HA   CYS  92           HA       CYS  92 -22.993  -6.432   4.394
    3    HB2  CYS  92           HB2      CYS  92 -20.352  -6.981   5.304
    4    HB3  CYS  92           HB3      CYS  92 -20.842  -6.088   3.868
    5    HG   CYS  92           HG       CYS  92 -21.168  -3.704   5.633

  No H/Q in entry =           5
  In of MODEL    2
    1    H    GLU  93           H        GLU  93 -21.222  -8.394   4.875
    2    HA   GLU  93           HA       GLU  93 -22.169 -10.041   7.019
    3    HB2  GLU  93           HB2      GLU  93 -22.569 -10.826   4.109
    4    HB3  GLU  93           HB3      GLU  93 -22.822 -11.879   5.492
    5    HG2  GLU  93           HG2      GLU  93 -24.356  -9.331   5.215
    6    HG3  GLU  93           HG3      GLU  93 -24.853 -10.789   4.356

  No H/Q in entry =           6
  In of MODEL    2
    1    H    VAL  94           H        VAL  94 -20.201 -10.702   7.711
    2    HA   VAL  94           HA       VAL  94 -18.159 -11.097   5.632
    3    HB   VAL  94           HB       VAL  94 -16.446 -10.874   7.482
    4   HG12  VAL  94          HG11      VAL  94 -16.887  -8.264   7.535
    5   HG11  VAL  94          HG12      VAL  94 -18.011  -8.714   6.250
    6   HG13  VAL  94          HG13      VAL  94 -16.297  -9.122   6.113
    7   HG23  VAL  94          HG21      VAL  94 -17.170  -9.294   9.331
    8   HG22  VAL  94          HG22      VAL  94 -17.625 -10.994   9.494
    9   HG21  VAL  94          HG23      VAL  94 -18.820  -9.809   8.968

  No H/Q in entry =           9
  In of MODEL    2
    1    H    ALA  95           H        ALA  95 -16.846 -12.827   5.697
    2    HA   ALA  95           HA       ALA  95 -17.883 -15.053   7.296
    3    HB1  ALA  95           HB1      ALA  95 -17.154 -14.859   4.674
    4    HB2  ALA  95           HB2      ALA  95 -17.033 -16.365   5.582
    5    HB3  ALA  95           HB3      ALA  95 -15.615 -15.336   5.387

  No H/Q in entry =           5
  In of MODEL    2
    1    H    GLU  96           H        GLU  96 -17.117 -14.358   9.246
    2    HA   GLU  96           HA       GLU  96 -14.251 -13.762   9.390
    3    HB2  GLU  96           HB2      GLU  96 -14.720 -12.486  11.398
    4    HB3  GLU  96           HB3      GLU  96 -15.709 -11.919  10.056
    5    HG2  GLU  96           HG2      GLU  96 -17.636 -13.077  10.929
    6    HG3  GLU  96           HG3      GLU  96 -16.650 -13.833  12.181

  No H/Q in entry =           6
  In of MODEL    2
    1    H    ILE  97           H        ILE  97 -13.034 -15.074  10.122
    2    HA   ILE  97           HA       ILE  97 -13.696 -16.645  12.478
    3    HB   ILE  97           HB       ILE  97 -12.291 -18.536  11.376
    4   HG12  ILE  97          HG12      ILE  97 -13.467 -17.248   8.938
    5   HG13  ILE  97          HG13      ILE  97 -11.774 -17.166   9.378
    6   HG22  ILE  97          HG21      ILE  97 -15.160 -18.056  10.656
    7   HG21  ILE  97          HG22      ILE  97 -14.564 -18.694  12.185
    8   HG23  ILE  97          HG23      ILE  97 -14.333 -19.619  10.704
    9   HD11  ILE  97          HD11      ILE  97 -13.292 -19.686   8.781
   10   HD13  ILE  97          HD12      ILE  97 -11.586 -19.576   9.211
   11   HD12  ILE  97          HD13      ILE  97 -12.163 -18.870   7.701

  No H/Q in entry =          11
  In of MODEL    2
    1    H    SER  98           H        SER  98 -11.680 -17.822  13.156
    2    HA   SER  98           HA       SER  98  -9.661 -15.737  13.409
    3    HB2  SER  98           HB2      SER  98  -9.578 -18.356  14.843
    4    HB3  SER  98           HB3      SER  98  -9.018 -16.776  15.389
    5    HG   SER  98           HG       SER  98 -10.898 -17.152  16.469

  No H/Q in entry =           5
  In of MODEL    2
    1    H    TYR  99           H        TYR  99  -7.691 -15.879  12.756
    2    HA   TYR  99           HA       TYR  99  -7.050 -17.511  10.425
    3    HB2  TYR  99           HB2      TYR  99  -5.218 -16.121  10.046
    4    HB3  TYR  99           HB3      TYR  99  -6.400 -15.041  10.752
    5    HD1  TYR  99           HD1      TYR  99  -5.782 -15.998  13.710
    6    HD2  TYR  99           HD2      TYR  99  -3.386 -14.731  10.440
    7    HE1  TYR  99           HE1      TYR  99  -4.080 -15.169  15.282
    8    HE2  TYR  99           HE2      TYR  99  -1.689 -13.879  11.988
    9    HH   TYR  99           HH       TYR  99  -1.374 -13.258  14.228

  No H/Q in entry =           9
  In of MODEL    2
    1    H    LYS 100           H        LYS 100  -6.737 -18.144  13.822
    2    HA   LYS 100           HA       LYS 100  -4.391 -19.723  13.418
    3    HB2  LYS 100           HB2      LYS 100  -5.165 -19.353  15.672
    4    HB3  LYS 100           HB3      LYS 100  -6.722 -20.077  15.298
    5    HG2  LYS 100           HG2      LYS 100  -5.631 -21.735  16.483
    6    HG3  LYS 100           HG3      LYS 100  -5.380 -22.211  14.800
    7    HD2  LYS 100           HD2      LYS 100  -3.189 -20.805  15.039
    8    HD3  LYS 100           HD3      LYS 100  -3.442 -21.067  16.766
    9    HE2  LYS 100           HE2      LYS 100  -3.707 -23.545  16.136
   10    HE3  LYS 100           HE3      LYS 100  -2.962 -23.090  14.605
   11    HZ2  LYS 100           HZ1      LYS 100  -1.785 -22.837  17.312
   12    HZ1  LYS 100           HZ2      LYS 100  -1.087 -22.168  15.927
   13    HZ3  LYS 100           HZ3      LYS 100  -1.265 -23.845  16.060

  No H/Q in entry =          13
  In of MODEL    2
    1    H    LYS 101           H        LYS 101  -7.876 -20.527  13.275
    2    HA   LYS 101           HA       LYS 101  -7.424 -23.131  12.149
    3    HB2  LYS 101           HB2      LYS 101  -9.490 -23.479  12.913
    4    HB3  LYS 101           HB3      LYS 101  -9.531 -21.812  13.457
    5    HG2  LYS 101           HG2      LYS 101 -10.806 -21.119  11.687
    6    HG3  LYS 101           HG3      LYS 101 -10.234 -22.411  10.628
    7    HD2  LYS 101           HD2      LYS 101 -11.972 -23.682  11.171
    8    HD3  LYS 101           HD3      LYS 101 -11.583 -23.542  12.884
    9    HE2  LYS 101           HE2      LYS 101 -12.769 -21.352  12.901
   10    HE3  LYS 101           HE3      LYS 101 -13.267 -21.663  11.239
   11    HZ2  LYS 101           HZ1      LYS 101 -14.898 -22.271  13.045
   12    HZ1  LYS 101           HZ2      LYS 101 -13.864 -23.551  13.436
   13    HZ3  LYS 101           HZ3      LYS 101 -14.567 -23.469  11.901

  No H/Q in entry =          13
  In of MODEL    2
    1    H    PHE 102           H        PHE 102  -8.293 -19.962  10.939
    2    HA   PHE 102           HA       PHE 102  -9.066 -20.732   8.338
    3    HB2  PHE 102           HB2      PHE 102  -9.725 -18.643   8.726
    4    HB3  PHE 102           HB3      PHE 102  -8.425 -18.271   9.793
    5    HD1  PHE 102           HD1      PHE 102  -9.795 -17.751   6.527
    6    HD2  PHE 102           HD2      PHE 102  -6.166 -17.661   8.748
    7    HE1  PHE 102           HE1      PHE 102  -8.786 -16.297   4.825
    8    HE2  PHE 102           HE2      PHE 102  -5.157 -16.219   7.047
    9    HZ   PHE 102           HZ       PHE 102  -6.464 -15.529   5.084

  No H/Q in entry =           9
  In of MODEL    2
    1    H    ARG 103           H        ARG 103  -5.966 -19.411   9.515
    2    HA   ARG 103           HA       ARG 103  -4.462 -19.636   7.312
    3    HB2  ARG 103           HB2      ARG 103  -2.844 -19.053   8.685
    4    HB3  ARG 103           HB3      ARG 103  -3.926 -19.335  10.030
    5    HG2  ARG 103           HG2      ARG 103  -2.590 -20.930  10.772
    6    HG3  ARG 103           HG3      ARG 103  -2.792 -21.833   9.267
    7    HD2  ARG 103           HD2      ARG 103  -0.814 -19.579   9.630
    8    HD3  ARG 103           HD3      ARG 103  -0.411 -21.279   9.858
    9    HE   ARG 103           HE       ARG 103  -1.576 -20.912   7.316
   10   HH11  ARG 103          HH11      ARG 103   1.402 -20.233   9.043
   11   HH12  ARG 103          HH12      ARG 103   2.388 -20.258   7.607
   12   HH21  ARG 103          HH21      ARG 103  -0.253 -20.932   5.430
   13   HH22  ARG 103          HH22      ARG 103   1.453 -20.649   5.580

  No H/Q in entry =          13
  In of MODEL    2
    1    H    GLN 104           H        GLN 104  -5.747 -22.203   9.075
    2    HA   GLN 104           HA       GLN 104  -4.016 -24.228   7.814
    3    HB2  GLN 104           HB2      GLN 104  -6.140 -24.540   9.921
    4    HB3  GLN 104           HB3      GLN 104  -5.207 -25.865   9.230
    5    HG2  GLN 104           HG2      GLN 104  -4.085 -23.517  10.722
    6    HG3  GLN 104           HG3      GLN 104  -4.282 -25.149  11.358
    7   HE21  GLN 104          HE21      GLN 104  -3.445 -26.566   9.051
    8   HE22  GLN 104          HE22      GLN 104  -1.749 -26.300   8.852

  No H/Q in entry =           8
  In of MODEL    2
    1    H    LEU 105           H        LEU 105  -7.301 -23.046   7.432
    2    HA   LEU 105           HA       LEU 105  -7.876 -25.116   5.412
    3    HB2  LEU 105           HB2      LEU 105  -9.969 -24.242   5.522
    4    HB3  LEU 105           HB3      LEU 105  -9.390 -23.187   6.793
    5    HG   LEU 105           HG       LEU 105  -8.735 -21.568   4.900
    6   HD12  LEU 105          HD11      LEU 105 -10.811 -23.195   3.421
    7   HD11  LEU 105          HD12      LEU 105  -9.082 -23.252   3.080
    8   HD13  LEU 105          HD13      LEU 105  -9.977 -21.754   2.844
    9   HD23  LEU 105          HD21      LEU 105 -11.137 -20.766   4.768
   10   HD22  LEU 105          HD22      LEU 105 -10.475 -20.992   6.389
   11   HD21  LEU 105          HD23      LEU 105 -11.560 -22.200   5.704

  No H/Q in entry =          11
  In of MODEL    2
    1    H    ILE 106           H        ILE 106  -6.853 -21.533   5.439
    2    HA   ILE 106           HA       ILE 106  -6.301 -21.474   2.760
    3    HB   ILE 106           HB       ILE 106  -5.087 -19.481   3.063
    4   HG12  ILE 106          HG12      ILE 106  -4.892 -18.879   5.715
    5   HG13  ILE 106          HG13      ILE 106  -4.466 -20.589   5.711
    6   HG23  ILE 106          HG21      ILE 106  -6.815 -18.252   3.917
    7   HG22  ILE 106          HG22      ILE 106  -7.025 -19.319   5.306
    8   HG21  ILE 106          HG23      ILE 106  -7.603 -19.820   3.716
    9   HD12  ILE 106          HD11      ILE 106  -3.115 -18.375   4.188
   10   HD11  ILE 106          HD12      ILE 106  -2.736 -20.086   4.005
   11   HD13  ILE 106          HD13      ILE 106  -2.470 -19.284   5.553

  No H/Q in entry =          11
  In of MODEL    2
    1    H    GLN 107           H        GLN 107  -4.900 -23.471   4.815
    2    HA   GLN 107           HA       GLN 107  -2.309 -23.489   3.468
    3    HB2  GLN 107           HB2      GLN 107  -3.145 -24.313   6.162
    4    HB3  GLN 107           HB3      GLN 107  -2.039 -25.420   5.362
    5    HG2  GLN 107           HG2      GLN 107  -0.826 -23.068   4.874
    6    HG3  GLN 107           HG3      GLN 107  -1.597 -22.726   6.424
    7   HE21  GLN 107          HE21      GLN 107  -0.957 -23.885   8.247
    8   HE22  GLN 107          HE22      GLN 107   0.502 -24.808   8.280

  No H/Q in entry =           8
  In of MODEL    2
    1    H    VAL 108           H        VAL 108  -5.333 -24.920   3.621
    2    HA   VAL 108           HA       VAL 108  -4.565 -27.567   2.755
    3    HB   VAL 108           HB       VAL 108  -6.729 -26.487   4.094
    4   HG11  VAL 108          HG11      VAL 108  -7.666 -27.282   1.353
    5   HG13  VAL 108          HG12      VAL 108  -7.776 -25.683   2.091
    6   HG12  VAL 108          HG13      VAL 108  -8.705 -27.027   2.755
    7   HG22  VAL 108          HG21      VAL 108  -7.642 -28.742   4.062
    8   HG21  VAL 108          HG22      VAL 108  -5.902 -28.728   4.350
    9   HG23  VAL 108          HG23      VAL 108  -6.529 -29.170   2.762

  No H/Q in entry =           9
  In of MODEL    2
    1    H    ASN 109           H        ASN 109  -5.430 -24.526   1.411
    2    HA   ASN 109           HA       ASN 109  -5.276 -25.629  -1.313
    3    HB2  ASN 109           HB2      ASN 109  -7.071 -23.352  -0.460
    4    HB3  ASN 109           HB3      ASN 109  -6.921 -23.998  -2.084
    5   HD21  ASN 109          HD21      ASN 109  -8.860 -23.909   0.506
    6   HD22  ASN 109          HD22      ASN 109  -9.699 -25.407   0.313

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   PRO 110           HA       PRO 110  -1.936 -22.528  -1.036
    2    HB2  PRO 110           HB2      PRO 110  -1.298 -23.563  -3.713
    3    HB3  PRO 110           HB3      PRO 110  -0.295 -23.591  -2.263
    4    HG2  PRO 110           HG2      PRO 110  -1.358 -25.834  -3.298
    5    HG3  PRO 110           HG3      PRO 110  -1.188 -25.614  -1.547
    6    HD2  PRO 110           HD2      PRO 110  -3.616 -25.314  -3.270
    7    HD3  PRO 110           HD3      PRO 110  -3.449 -26.074  -1.671

  No H/Q in entry =           7
  In of MODEL    2
    1    H    ASP 111           H        ASP 111  -4.723 -22.523  -2.837
    2    HA   ASP 111           HA       ASP 111  -3.888 -20.123  -4.269
    3    HB2  ASP 111           HB2      ASP 111  -5.643 -22.257  -5.089
    4    HB3  ASP 111           HB3      ASP 111  -6.387 -20.656  -5.254

  No H/Q in entry =           4
  In of MODEL    2
    1    H    ILE 112           H        ILE 112  -5.498 -21.001  -1.456
    2    HA   ILE 112           HA       ILE 112  -7.695 -19.162  -1.594
    3    HB   ILE 112           HB       ILE 112  -6.530 -20.741   0.696
    4   HG12  ILE 112          HG12      ILE 112  -8.072 -21.527  -1.324
    5   HG13  ILE 112          HG13      ILE 112  -8.230 -22.192   0.297
    6   HG22  ILE 112          HG21      ILE 112  -8.494 -19.959   2.000
    7   HG21  ILE 112          HG22      ILE 112  -8.798 -18.756   0.746
    8   HG23  ILE 112          HG23      ILE 112  -7.297 -18.703   1.675
    9   HD12  ILE 112          HD11      ILE 112 -10.100 -20.622  -1.280
   10   HD11  ILE 112          HD12      ILE 112  -9.927 -20.068   0.385
   11   HD13  ILE 112          HD13      ILE 112 -10.389 -21.737   0.055

  No H/Q in entry =          11
  In of MODEL    2
    1    H    LEU 113           H        LEU 113  -4.669 -19.145   0.169
    2    HA   LEU 113           HA       LEU 113  -5.115 -16.479   1.088
    3    HB2  LEU 113           HB2      LEU 113  -3.945 -18.094   2.471
    4    HB3  LEU 113           HB3      LEU 113  -2.693 -18.262   1.260
    5    HG   LEU 113           HG       LEU 113  -2.431 -15.665   1.656
    6   HD12  LEU 113          HD11      LEU 113  -3.368 -16.541   4.374
    7   HD11  LEU 113          HD12      LEU 113  -4.426 -15.724   3.225
    8   HD13  LEU 113          HD13      LEU 113  -2.972 -14.917   3.814
    9   HD22  LEU 113          HD21      LEU 113  -0.559 -16.150   2.887
   10   HD21  LEU 113          HD22      LEU 113  -0.902 -17.721   2.164
   11   HD23  LEU 113          HD23      LEU 113  -1.368 -17.395   3.834

  No H/Q in entry =          11
  In of MODEL    2
    1    H    MET 114           H        MET 114  -3.890 -17.988  -1.645
    2    HA   MET 114           HA       MET 114  -2.202 -15.829  -2.512
    3    HB2  MET 114           HB2      MET 114  -1.529 -17.762  -3.544
    4    HB3  MET 114           HB3      MET 114  -3.157 -18.407  -3.650
    5    HG2  MET 114           HG2      MET 114  -3.127 -17.906  -5.788
    6    HG3  MET 114           HG3      MET 114  -3.158 -16.204  -5.337
    7    HE2  MET 114           HE1      MET 114  -0.416 -15.231  -4.392
    8    HE1  MET 114           HE2      MET 114  -1.354 -14.572  -5.731
    9    HE3  MET 114           HE3      MET 114   0.359 -14.933  -5.947

  No H/Q in entry =           9
  In of MODEL    2
    1    H    ARG 115           H        ARG 115  -5.483 -16.778  -2.673
    2    HA   ARG 115           HA       ARG 115  -6.350 -14.973  -4.697
    3    HB2  ARG 115           HB2      ARG 115  -7.686 -16.733  -2.668
    4    HB3  ARG 115           HB3      ARG 115  -8.622 -15.414  -3.373
    5    HG2  ARG 115           HG2      ARG 115  -7.195 -17.490  -5.011
    6    HG3  ARG 115           HG3      ARG 115  -8.869 -17.648  -4.478
    7    HD2  ARG 115           HD2      ARG 115  -8.219 -15.103  -5.791
    8    HD3  ARG 115           HD3      ARG 115  -8.094 -16.526  -6.825
    9    HE   ARG 115           HE       ARG 115 -10.489 -16.886  -5.654
   10   HH11  ARG 115          HH11      ARG 115  -9.070 -14.124  -7.289
   11   HH12  ARG 115          HH12      ARG 115 -10.595 -13.531  -7.862
   12   HH21  ARG 115          HH21      ARG 115 -12.469 -16.138  -6.398
   13   HH22  ARG 115          HH22      ARG 115 -12.546 -14.678  -7.350

  No H/Q in entry =          13
  In of MODEL    2
    1    H    LEU 116           H        LEU 116  -6.313 -15.027  -1.106
    2    HA   LEU 116           HA       LEU 116  -7.421 -12.605  -0.604
    3    HB2  LEU 116           HB2      LEU 116  -6.999 -14.081   1.163
    4    HB3  LEU 116           HB3      LEU 116  -5.319 -14.283   0.714
    5    HG   LEU 116           HG       LEU 116  -4.829 -12.015   1.511
    6   HD11  LEU 116          HD11      LEU 116  -7.744 -12.031   2.202
    7   HD13  LEU 116          HD12      LEU 116  -6.883 -10.905   1.144
    8   HD12  LEU 116          HD13      LEU 116  -6.569 -10.900   2.879
    9   HD22  LEU 116          HD21      LEU 116  -4.445 -13.649   3.123
   10   HD21  LEU 116          HD22      LEU 116  -6.167 -13.924   3.387
   11   HD23  LEU 116          HD23      LEU 116  -5.414 -12.427   3.945

  No H/Q in entry =          11
  In of MODEL    2
    1    H    SER 117           H        SER 117  -4.010 -13.329  -1.309
    2    HA   SER 117           HA       SER 117  -2.876 -10.843  -0.884
    3    HB2  SER 117           HB2      SER 117  -1.774 -11.937  -3.276
    4    HB3  SER 117           HB3      SER 117  -1.084 -11.956  -1.654
    5    HG   SER 117           HG       SER 117  -2.524 -13.898  -3.029

  No H/Q in entry =           5
  In of MODEL    2
    1    H    ALA 118           H        ALA 118  -4.716 -11.988  -3.654
    2    HA   ALA 118           HA       ALA 118  -4.156  -9.859  -5.397
    3    HB3  ALA 118           HB1      ALA 118  -5.171 -11.707  -6.364
    4    HB1  ALA 118           HB2      ALA 118  -6.436 -10.476  -6.392
    5    HB2  ALA 118           HB3      ALA 118  -6.467 -11.747  -5.168

  No H/Q in entry =           5
  In of MODEL    2
    1    H    GLN 119           H        GLN 119  -6.441 -10.005  -2.648
    2    HA   GLN 119           HA       GLN 119  -7.711  -7.512  -3.454
    3    HB2  GLN 119           HB2      GLN 119  -8.166  -9.353  -1.118
    4    HB3  GLN 119           HB3      GLN 119  -9.062  -7.863  -1.400
    5    HG2  GLN 119           HG2      GLN 119  -8.963 -10.252  -3.224
    6    HG3  GLN 119           HG3      GLN 119 -10.320  -9.771  -2.206
    7   HE21  GLN 119          HE21      GLN 119 -11.295  -7.683  -2.664
    8   HE22  GLN 119          HE22      GLN 119 -11.348  -7.133  -4.305

  No H/Q in entry =           8
  In of MODEL    2
    1    H    MET 120           H        MET 120  -5.043  -8.395  -1.743
    2    HA   MET 120           HA       MET 120  -5.264  -6.330   0.337
    3    HB2  MET 120           HB2      MET 120  -4.558  -8.576   1.149
    4    HB3  MET 120           HB3      MET 120  -3.114  -8.442   0.151
    5    HG2  MET 120           HG2      MET 120  -3.479  -6.106   1.811
    6    HG3  MET 120           HG3      MET 120  -3.433  -7.584   2.769
    7    HE2  MET 120           HE1      MET 120  -1.539  -9.542   1.490
    8    HE1  MET 120           HE2      MET 120  -1.448  -9.020   3.173
    9    HE3  MET 120           HE3      MET 120   0.011  -9.055   2.178

  No H/Q in entry =           9
  In of MODEL    2
    1    H    ALA 121           H        ALA 121  -3.259  -7.619  -2.208
    2    HA   ALA 121           HA       ALA 121  -1.458  -5.425  -2.322
    3    HB3  ALA 121           HB1      ALA 121  -0.786  -6.524  -4.497
    4    HB2  ALA 121           HB2      ALA 121  -1.984  -7.766  -4.129
    5    HB1  ALA 121           HB3      ALA 121  -0.618  -7.508  -3.045

  No H/Q in entry =           5
  In of MODEL    2
    1    H    ARG 122           H        ARG 122  -4.580  -6.132  -3.535
    2    HA   ARG 122           HA       ARG 122  -4.563  -4.443  -5.809
    3    HB2  ARG 122           HB2      ARG 122  -6.389  -6.184  -4.714
    4    HB3  ARG 122           HB3      ARG 122  -7.107  -4.618  -4.350
    5    HG2  ARG 122           HG2      ARG 122  -7.899  -5.518  -6.474
    6    HG3  ARG 122           HG3      ARG 122  -7.012  -4.004  -6.686
    7    HD2  ARG 122           HD2      ARG 122  -5.742  -5.064  -8.180
    8    HD3  ARG 122           HD3      ARG 122  -5.068  -5.986  -6.831
    9    HE   ARG 122           HE       ARG 122  -7.413  -7.238  -7.520
   10   HH11  ARG 122          HH11      ARG 122  -4.307  -6.603  -9.019
   11   HH12  ARG 122          HH12      ARG 122  -4.440  -7.959 -10.105
   12   HH21  ARG 122          HH21      ARG 122  -7.593  -8.971  -8.940
   13   HH22  ARG 122          HH22      ARG 122  -6.307  -9.328 -10.058

  No H/Q in entry =          13
  In of MODEL    2
    1    H    ARG 123           H        ARG 123  -5.161  -4.092  -2.461
    2    HA   ARG 123           HA       ARG 123  -6.074  -1.400  -2.527
    3    HB2  ARG 123           HB2      ARG 123  -5.234  -3.326  -0.384
    4    HB3  ARG 123           HB3      ARG 123  -5.539  -1.637   0.006
    5    HG2  ARG 123           HG2      ARG 123  -7.414  -3.499   0.211
    6    HG3  ARG 123           HG3      ARG 123  -7.799  -1.844  -0.262
    7    HD2  ARG 123           HD2      ARG 123  -7.679  -2.544  -2.632
    8    HD3  ARG 123           HD3      ARG 123  -7.378  -4.194  -2.107
    9    HE   ARG 123           HE       ARG 123  -9.611  -4.351  -1.383
   10   HH11  ARG 123          HH11      ARG 123  -8.882  -1.224  -2.771
   11   HH12  ARG 123          HH12      ARG 123 -10.524  -0.883  -3.204
   12   HH21  ARG 123          HH21      ARG 123 -11.776  -3.936  -2.002
   13   HH22  ARG 123          HH22      ARG 123 -12.168  -2.422  -2.759

  No H/Q in entry =          13
  In of MODEL    2
    1    H    LEU 124           H        LEU 124  -3.065  -3.095  -2.218
    2    HA   LEU 124           HA       LEU 124  -1.367  -0.974  -1.472
    3    HB2  LEU 124           HB2      LEU 124  -1.131  -3.643  -2.196
    4    HB3  LEU 124           HB3      LEU 124  -0.333  -2.818  -3.506
    5    HG   LEU 124           HG       LEU 124   0.521  -3.203  -0.700
    6   HD12  LEU 124          HD11      LEU 124   1.925  -2.987  -3.333
    7   HD11  LEU 124          HD12      LEU 124   1.393  -4.488  -2.564
    8   HD13  LEU 124          HD13      LEU 124   2.649  -3.500  -1.807
    9   HD23  LEU 124          HD21      LEU 124   1.492  -0.856  -2.306
   10   HD22  LEU 124          HD22      LEU 124   2.054  -1.380  -0.717
   11   HD21  LEU 124          HD23      LEU 124   0.426  -0.728  -0.909

  No H/Q in entry =          11
  In of MODEL    2
    1    H    GLN 125           H        GLN 125  -2.743  -2.166  -4.419
    2    HA   GLN 125           HA       GLN 125  -1.418  -0.400  -6.228
    3    HB2  GLN 125           HB2      GLN 125  -3.173  -2.657  -6.385
    4    HB3  GLN 125           HB3      GLN 125  -3.839  -1.356  -7.359
    5    HG2  GLN 125           HG2      GLN 125  -1.109  -2.587  -7.608
    6    HG3  GLN 125           HG3      GLN 125  -2.462  -2.766  -8.721
    7   HE21  GLN 125          HE21      GLN 125   0.217  -0.872  -7.799
    8   HE22  GLN 125          HE22      GLN 125   0.043   0.369  -8.985

  No H/Q in entry =           8
  In of MODEL    2
    1    H    VAL 126           H        VAL 126  -3.956   0.097  -3.982
    2    HA   VAL 126           HA       VAL 126  -5.184   2.150  -5.657
    3    HB   VAL 126           HB       VAL 126  -6.493   0.355  -4.164
    4   HG12  VAL 126          HG11      VAL 126  -6.094   2.632  -2.229
    5   HG11  VAL 126          HG12      VAL 126  -5.449   1.001  -2.045
    6   HG13  VAL 126          HG13      VAL 126  -7.192   1.268  -2.022
    7   HG23  VAL 126          HG21      VAL 126  -8.345   1.995  -3.965
    8   HG22  VAL 126          HG22      VAL 126  -7.611   1.905  -5.568
    9   HG21  VAL 126          HG23      VAL 126  -7.218   3.246  -4.490

  No H/Q in entry =           9
  In of MODEL    2
    1    H    THR 127           H        THR 127  -3.306   1.500  -2.769
    2    HA   THR 127           HA       THR 127  -3.219   4.257  -1.863
    3    HB   THR 127           HB       THR 127  -1.305   2.098  -1.031
    4    HG1  THR 127           HG1      THR 127  -2.902   0.949  -0.247
    5   HG23  THR 127          HG21      THR 127  -1.461   3.213   1.143
    6   HG22  THR 127          HG22      THR 127  -2.662   4.326   0.486
    7   HG21  THR 127          HG23      THR 127  -1.008   4.351  -0.126

  No H/Q in entry =           7
  In of MODEL    2
    1    H    SER 128           H        SER 128  -1.614   2.752  -4.673
    2    HA   SER 128           HA       SER 128   0.840   4.005  -3.796
    3    HB2  SER 128           HB2      SER 128   0.213   1.939  -5.905
    4    HB3  SER 128           HB3      SER 128   1.761   2.778  -5.809
    5    HG   SER 128           HG       SER 128   0.581   1.072  -3.875

  No H/Q in entry =           5
  In of MODEL    2
    1    H    GLU 129           H        GLU 129  -1.929   4.058  -5.777
    2    HA   GLU 129           HA       GLU 129  -0.756   5.708  -7.867
    3    HB2  GLU 129           HB2      GLU 129  -2.653   3.809  -7.939
    4    HB3  GLU 129           HB3      GLU 129  -3.664   5.243  -7.829
    5    HG2  GLU 129           HG2      GLU 129  -2.338   6.169  -9.767
    6    HG3  GLU 129           HG3      GLU 129  -1.655   4.553  -9.946

  No H/Q in entry =           6
  In of MODEL    2
    1    H    LYS 130           H        LYS 130  -1.843   6.524  -4.862
    2    HA   LYS 130           HA       LYS 130  -2.322   9.239  -5.712
    3    HB2  LYS 130           HB2      LYS 130  -4.448   7.462  -4.599
    4    HB3  LYS 130           HB3      LYS 130  -4.382   9.111  -3.995
    5    HG2  LYS 130           HG2      LYS 130  -5.227   9.961  -5.885
    6    HG3  LYS 130           HG3      LYS 130  -4.242   8.917  -6.910
    7    HD2  LYS 130           HD2      LYS 130  -6.504   7.703  -5.397
    8    HD3  LYS 130           HD3      LYS 130  -6.872   8.682  -6.818
    9    HE2  LYS 130           HE2      LYS 130  -5.045   6.282  -6.732
   10    HE3  LYS 130           HE3      LYS 130  -6.673   6.322  -7.407
   11    HZ1  LYS 130           HZ1      LYS 130  -5.843   8.057  -8.972
   12    HZ3  LYS 130           HZ2      LYS 130  -5.146   6.524  -9.197
   13    HZ2  LYS 130           HZ3      LYS 130  -4.271   7.748  -8.411

  No H/Q in entry =          13
  In of MODEL    2
    1    H    VAL 131           H        VAL 131  -0.147   8.405  -4.571
    2    HA   VAL 131           HA       VAL 131  -0.121   8.082  -1.763
    3    HB   VAL 131           HB       VAL 131   2.373   9.124  -2.385
    4   HG12  VAL 131          HG11      VAL 131   1.449   6.260  -2.435
    5   HG11  VAL 131          HG12      VAL 131   1.928   7.185  -1.009
    6   HG13  VAL 131          HG13      VAL 131   3.117   6.806  -2.255
    7   HG23  VAL 131          HG21      VAL 131   1.509   7.382  -4.687
    8   HG22  VAL 131          HG22      VAL 131   3.092   8.116  -4.431
    9   HG21  VAL 131          HG23      VAL 131   1.696   9.134  -4.779

  No H/Q in entry =           9
  In of MODEL    2
    1    H    GLY 132           H        GLY 132  -1.146  10.727  -3.248
    2    HA3  GLY 132           HA2      GLY 132  -0.763  12.445  -1.053
    3    HA2  GLY 132           HA3      GLY 132   0.403  12.866  -2.300

  No H/Q in entry =           3
  In of MODEL    2
    1    H    ASN 133           H        ASN 133  -2.831  11.628  -2.822
    2    HA   ASN 133           HA       ASN 133  -3.399  13.744  -4.655
    3    HB2  ASN 133           HB2      ASN 133  -4.332  11.629  -5.179
    4    HB3  ASN 133           HB3      ASN 133  -5.023  11.447  -3.570
    5   HD21  ASN 133          HD21      ASN 133  -5.196  13.391  -6.499
    6   HD22  ASN 133          HD22      ASN 133  -6.874  13.776  -6.354

  No H/Q in entry =           6
  In of MODEL    2
    1    H    LEU 134           H        LEU 134  -5.015  12.704  -1.673
    2    HA   LEU 134           HA       LEU 134  -6.530  15.104  -1.436
    3    HB2  LEU 134           HB2      LEU 134  -7.103  14.178   0.817
    4    HB3  LEU 134           HB3      LEU 134  -7.507  13.184  -0.567
    5    HG   LEU 134           HG       LEU 134  -5.017  12.247   0.123
    6   HD12  LEU 134          HD11      LEU 134  -5.251  11.805   2.573
    7   HD11  LEU 134          HD12      LEU 134  -6.539  13.011   2.604
    8   HD13  LEU 134          HD13      LEU 134  -4.899  13.483   2.157
    9   HD21  LEU 134          HD21      LEU 134  -7.769  11.330   0.928
   10   HD23  LEU 134          HD22      LEU 134  -6.313  10.336   1.043
   11   HD22  LEU 134          HD23      LEU 134  -6.884  10.888  -0.533

  No H/Q in entry =          11
  In of MODEL    2
    1    H    ALA 135           H        ALA 135  -3.396  14.301  -0.597
    2    HA   ALA 135           HA       ALA 135  -3.140  16.067   1.688
    3    HB1  ALA 135           HB1      ALA 135  -1.766  14.149   1.804
    4    HB3  ALA 135           HB2      ALA 135  -0.709  15.534   1.539
    5    HB2  ALA 135           HB3      ALA 135  -1.087  14.444   0.203

  No H/Q in entry =           5
  In of MODEL    2
    1    H    PHE 136           H        PHE 136  -3.154  16.290  -1.669
    2    HA   PHE 136           HA       PHE 136  -1.452  18.615  -1.915
    3    HB2  PHE 136           HB2      PHE 136  -2.138  16.675  -3.637
    4    HB3  PHE 136           HB3      PHE 136  -3.378  17.850  -4.052
    5    HD1  PHE 136           HD1      PHE 136  -2.876  19.008  -5.946
    6    HD2  PHE 136           HD2      PHE 136   0.273  18.028  -3.257
    7    HE1  PHE 136           HE1      PHE 136  -1.273  20.168  -7.407
    8    HE2  PHE 136           HE2      PHE 136   1.882  19.190  -4.711
    9    HZ   PHE 136           HZ       PHE 136   1.109  20.261  -6.790

  No H/Q in entry =           9
  In of MODEL    2
    1    H    LEU 137           H        LEU 137  -4.375  18.200  -0.556
    2    HA   LEU 137           HA       LEU 137  -6.326  19.343  -0.255
    3    HB2  LEU 137           HB2      LEU 137  -4.133  21.317   0.020
    4    HB3  LEU 137           HB3      LEU 137  -5.796  21.796   0.293
    5    HG   LEU 137           HG       LEU 137  -5.812  19.721   1.917
    6   HD11  LEU 137          HD11      LEU 137  -3.492  19.046   1.219
    7   HD13  LEU 137          HD12      LEU 137  -3.740  19.229   2.955
    8   HD12  LEU 137          HD13      LEU 137  -2.906  20.490   2.047
    9   HD23  LEU 137          HD21      LEU 137  -5.125  21.233   3.733
   10   HD22  LEU 137          HD22      LEU 137  -6.217  22.004   2.583
   11   HD21  LEU 137          HD23      LEU 137  -4.490  22.356   2.530

  No H/Q in entry =          11
  In of MODEL    2
    1    H    ASP 138           H        ASP 138  -6.426  18.822  -2.585
    2    HA   ASP 138           HA       ASP 138  -6.957  21.015  -4.310
    3    HB2  ASP 138           HB2      ASP 138  -5.680  19.254  -5.276
    4    HB3  ASP 138           HB3      ASP 138  -7.074  18.166  -5.299

  No H/Q in entry =           4
  In of MODEL    2
    1    H    VAL 139           H        VAL 139  -8.862  20.590  -2.088
    2    HA   VAL 139           HA       VAL 139 -11.292  19.590  -2.723
    3    HB   VAL 139           HB       VAL 139 -10.457  21.649  -0.960
    4   HG11  VAL 139          HG11      VAL 139 -11.731  23.192  -2.514
    5   HG13  VAL 139          HG12      VAL 139 -12.311  23.138  -0.849
    6   HG12  VAL 139          HG13      VAL 139 -13.179  22.261  -2.109
    7   HG21  VAL 139          HG21      VAL 139 -12.926  19.954  -1.191
    8   HG23  VAL 139          HG22      VAL 139 -12.509  20.907   0.235
    9   HG22  VAL 139          HG23      VAL 139 -11.455  19.593  -0.286

  No H/Q in entry =           9
  In of MODEL    2
    1    H    THR 140           H        THR 140  -9.921  22.247  -4.520
    2    HA   THR 140           HA       THR 140 -12.030  23.563  -5.647
    3    HB   THR 140           HB       THR 140  -9.749  22.682  -7.362
    4    HG1  THR 140           HG1      THR 140  -8.342  23.513  -6.031
    5   HG22  THR 140          HG21      THR 140  -9.805  25.068  -8.027
    6   HG21  THR 140          HG22      THR 140 -11.173  25.310  -6.940
    7   HG23  THR 140          HG23      THR 140 -11.331  24.236  -8.330

  No H/Q in entry =           7
  In of MODEL    2
    1    H    GLY 141           H        GLY 141 -13.858  22.469  -6.238
    2    HA3  GLY 141           HA2      GLY 141 -15.315  21.252  -7.479
    3    HA2  GLY 141           HA3      GLY 141 -14.082  21.264  -8.722

  No H/Q in entry =           3
  In of MODEL    2
    1    H    ARG 142           H        ARG 142 -12.734  19.941  -6.067
    2    HA   ARG 142           HA       ARG 142 -12.481  17.441  -7.223
    3    HB2  ARG 142           HB2      ARG 142 -11.033  18.581  -5.397
    4    HB3  ARG 142           HB3      ARG 142 -12.164  17.839  -4.275
    5    HG2  ARG 142           HG2      ARG 142 -10.166  16.472  -4.561
    6    HG3  ARG 142           HG3      ARG 142 -11.606  15.629  -5.142
    7    HD2  ARG 142           HD2      ARG 142 -11.051  16.386  -7.433
    8    HD3  ARG 142           HD3      ARG 142  -9.579  17.091  -6.793
    9    HE   ARG 142           HE       ARG 142  -9.974  14.246  -6.328
   10   HH11  ARG 142          HH11      ARG 142  -8.353  16.760  -8.138
   11   HH12  ARG 142          HH12      ARG 142  -7.269  15.671  -8.941
   12   HH21  ARG 142          HH21      ARG 142  -8.561  12.782  -7.402
   13   HH22  ARG 142          HH22      ARG 142  -7.394  13.389  -8.535

  No H/Q in entry =          13
  In of MODEL    2
    1    H    ILE 143           H        ILE 143 -14.016  18.017  -4.074
    2    HA   ILE 143           HA       ILE 143 -15.198  16.076  -3.334
    3    HB   ILE 143           HB       ILE 143 -16.965  18.395  -3.753
    4   HG12  ILE 143          HG12      ILE 143 -14.543  18.408  -1.944
    5   HG13  ILE 143          HG13      ILE 143 -14.715  19.317  -3.441
    6   HG22  ILE 143          HG21      ILE 143 -17.395  18.073  -1.316
    7   HG21  ILE 143          HG22      ILE 143 -16.477  16.570  -1.424
    8   HG23  ILE 143          HG23      ILE 143 -17.949  16.779  -2.374
    9   HD11  ILE 143          HD11      ILE 143 -16.488  19.673  -1.062
   10   HD13  ILE 143          HD12      ILE 143 -16.447  20.642  -2.534
   11   HD12  ILE 143          HD13      ILE 143 -15.072  20.657  -1.430

  No H/Q in entry =          11
  In of MODEL    2
    1    H    ALA 144           H        ALA 144 -17.137  17.952  -5.580
    2    HA   ALA 144           HA       ALA 144 -19.260  16.123  -5.701
    3    HB2  ALA 144           HB1      ALA 144 -19.749  17.372  -7.887
    4    HB3  ALA 144           HB2      ALA 144 -18.361  18.374  -7.457
    5    HB1  ALA 144           HB3      ALA 144 -19.757  18.290  -6.383

  No H/Q in entry =           5
  In of MODEL    2
    1    H    GLN 145           H        GLN 145 -16.250  16.442  -7.444
    2    HA   GLN 145           HA       GLN 145 -16.922  14.687  -9.560
    3    HB2  GLN 145           HB2      GLN 145 -15.051  16.282  -9.739
    4    HB3  GLN 145           HB3      GLN 145 -14.192  15.411  -8.475
    5    HG2  GLN 145           HG2      GLN 145 -14.512  13.373 -10.085
    6    HG3  GLN 145           HG3      GLN 145 -14.706  14.633 -11.302
    7   HE21  GLN 145          HE21      GLN 145 -12.537  13.171  -9.007
    8   HE22  GLN 145          HE22      GLN 145 -11.082  13.840  -9.655

  No H/Q in entry =           8
  In of MODEL    2
    1    H    THR 146           H        THR 146 -15.945  14.117  -6.109
    2    HA   THR 146           HA       THR 146 -15.047  11.495  -6.737
    3    HB   THR 146           HB       THR 146 -15.677  12.761  -4.075
    4    HG1  THR 146           HG1      THR 146 -13.204  13.057  -4.216
    5   HG23  THR 146          HG21      THR 146 -15.266  10.545  -3.635
    6   HG22  THR 146          HG22      THR 146 -13.631  11.199  -3.538
    7   HG21  THR 146          HG23      THR 146 -14.163  10.370  -4.998

  No H/Q in entry =           7
  In of MODEL    2
    1    H    LEU 147           H        LEU 147 -17.921  13.078  -6.573
    2    HA   LEU 147           HA       LEU 147 -19.352  11.189  -4.887
    3    HB2  LEU 147           HB2      LEU 147 -20.400  13.741  -6.101
    4    HB3  LEU 147           HB3      LEU 147 -21.229  12.696  -4.953
    5    HG   LEU 147           HG       LEU 147 -18.808  14.407  -4.454
    6   HD11  LEU 147          HD11      LEU 147 -21.640  14.415  -3.552
    7   HD13  LEU 147          HD12      LEU 147 -20.625  15.751  -4.098
    8   HD12  LEU 147          HD13      LEU 147 -20.385  15.056  -2.495
    9   HD22  LEU 147          HD21      LEU 147 -18.285  12.381  -3.364
   10   HD21  LEU 147          HD22      LEU 147 -19.938  12.176  -2.789
   11   HD23  LEU 147          HD23      LEU 147 -18.924  13.455  -2.121

  No H/Q in entry =          11
  In of MODEL    2
    1    H    LEU 148           H        LEU 148 -18.801  12.394  -8.051
    2    HA   LEU 148           HA       LEU 148 -20.853  10.875  -9.339
    3    HB2  LEU 148           HB2      LEU 148 -18.354  11.755 -10.734
    4    HB3  LEU 148           HB3      LEU 148 -19.994  11.671 -11.351
    5    HG   LEU 148           HG       LEU 148 -18.940  13.709  -9.399
    6   HD12  LEU 148          HD11      LEU 148 -19.277  15.276 -11.243
    7   HD11  LEU 148          HD12      LEU 148 -19.724  13.927 -12.289
    8   HD13  LEU 148          HD13      LEU 148 -18.093  14.026 -11.627
    9   HD23  LEU 148          HD21      LEU 148 -21.678  13.534 -10.670
   10   HD22  LEU 148          HD22      LEU 148 -21.096  14.816  -9.606
   11   HD21  LEU 148          HD23      LEU 148 -21.308  13.183  -8.981

  No H/Q in entry =          11
  In of MODEL    2
    1    H    ASN 149           H        ASN 149 -17.640  10.347  -8.183
    2    HA   ASN 149           HA       ASN 149 -17.115   7.927  -9.570
    3    HB2  ASN 149           HB2      ASN 149 -15.382   9.236  -8.290
    4    HB3  ASN 149           HB3      ASN 149 -16.130   8.666  -6.800
    5   HD21  ASN 149          HD21      ASN 149 -14.318   7.744  -9.633
    6   HD22  ASN 149          HD22      ASN 149 -13.787   6.212  -9.036

  No H/Q in entry =           6
  In of MODEL    2
    1    H    LEU 150           H        LEU 150 -18.934   8.816  -6.742
    2    HA   LEU 150           HA       LEU 150 -19.516   6.139  -5.868
    3    HB2  LEU 150           HB2      LEU 150 -20.733   8.828  -5.248
    4    HB3  LEU 150           HB3      LEU 150 -21.423   7.332  -4.616
    5    HG   LEU 150           HG       LEU 150 -18.518   7.789  -4.179
    6   HD11  LEU 150          HD11      LEU 150 -19.681   9.953  -3.676
    7   HD13  LEU 150          HD12      LEU 150 -18.824   9.218  -2.324
    8   HD12  LEU 150          HD13      LEU 150 -20.580   9.086  -2.440
    9   HD23  LEU 150          HD21      LEU 150 -20.671   6.776  -2.347
   10   HD22  LEU 150          HD22      LEU 150 -18.925   6.564  -2.194
   11   HD21  LEU 150          HD23      LEU 150 -19.804   5.750  -3.492

  No H/Q in entry =          11
  In of MODEL    2
    1    H    ALA 151           H        ALA 151 -20.358   7.846  -8.716
    2    HA   ALA 151           HA       ALA 151 -23.048   6.717  -8.672
    3    HB3  ALA 151           HB1      ALA 151 -21.711   8.371 -10.828
    4    HB1  ALA 151           HB2      ALA 151 -22.757   9.038  -9.575
    5    HB2  ALA 151           HB3      ALA 151 -23.410   7.907 -10.760

  No H/Q in entry =           5
  In of MODEL    2
    1    H    LYS 152           H        LYS 152 -19.868   6.117  -9.412
    2    HA   LYS 152           HA       LYS 152 -20.430   4.169 -11.502
    3    HB2  LYS 152           HB2      LYS 152 -17.825   5.172 -10.366
    4    HB3  LYS 152           HB3      LYS 152 -17.983   4.085 -11.744
    5    HG2  LYS 152           HG2      LYS 152 -19.221   5.861 -12.941
    6    HG3  LYS 152           HG3      LYS 152 -18.922   6.940 -11.574
    7    HD2  LYS 152           HD2      LYS 152 -16.461   6.475 -11.913
    8    HD3  LYS 152           HD3      LYS 152 -16.906   5.696 -13.432
    9    HE2  LYS 152           HE2      LYS 152 -17.724   8.509 -12.765
   10    HE3  LYS 152           HE3      LYS 152 -16.187   8.136 -13.543
   11    HZ2  LYS 152           HZ1      LYS 152 -18.005   8.722 -15.097
   12    HZ1  LYS 152           HZ2      LYS 152 -18.826   7.323 -14.628
   13    HZ3  LYS 152           HZ3      LYS 152 -17.326   7.203 -15.397

  No H/Q in entry =          13
  In of MODEL    2
    1    H    GLN 153           H        GLN 153 -20.225   4.081  -8.059
    2    HA   GLN 153           HA       GLN 153 -19.149   1.349  -8.184
    3    HB2  GLN 153           HB2      GLN 153 -19.864   2.566  -5.576
    4    HB3  GLN 153           HB3      GLN 153 -18.466   1.602  -6.012
    5    HG2  GLN 153           HG2      GLN 153 -17.607   3.640  -7.221
    6    HG3  GLN 153           HG3      GLN 153 -18.889   4.527  -6.402
    7   HE21  GLN 153          HE21      GLN 153 -16.085   4.958  -6.090
    8   HE22  GLN 153          HE22      GLN 153 -15.700   4.623  -4.438

  No H/Q in entry =           8
  In of MODEL    2
    1    HA   PRO 154           HA       PRO 154 -23.020  -0.664  -7.344
    2    HB2  PRO 154           HB2      PRO 154 -22.720  -1.893  -4.887
    3    HB3  PRO 154           HB3      PRO 154 -22.148  -2.542  -6.428
    4    HG2  PRO 154           HG2      PRO 154 -20.644  -1.041  -4.329
    5    HG3  PRO 154           HG3      PRO 154 -20.132  -2.439  -5.292
    6    HD2  PRO 154           HD2      PRO 154 -19.296   0.030  -5.869
    7    HD3  PRO 154           HD3      PRO 154 -19.657  -1.137  -7.154

  No H/Q in entry =           7
  In of MODEL    2
    1    H    ASP 155           H        ASP 155 -21.950   1.705  -5.205
    2    HA   ASP 155           HA       ASP 155 -24.196   1.661  -3.378
    3    HB2  ASP 155           HB2      ASP 155 -21.968   3.765  -3.835
    4    HB3  ASP 155           HB3      ASP 155 -23.202   3.901  -2.589

  No H/Q in entry =           4
  In of MODEL    2
    1    H    ALA 156           H        ALA 156 -23.935   3.209  -6.748
    2    HA   ALA 156           HA       ALA 156 -25.392   5.425  -6.018
    3    HB1  ALA 156           HB1      ALA 156 -25.338   3.917  -8.626
    4    HB2  ALA 156           HB2      ALA 156 -24.162   5.139  -8.142
    5    HB3  ALA 156           HB3      ALA 156 -25.851   5.587  -8.392

  No H/Q in entry =           5
  In of MODEL    2
    1    H    MET 157           H        MET 157 -27.331   5.406  -5.114
    2    HA   MET 157           HA       MET 157 -28.939   3.041  -5.512
    3    HB2  MET 157           HB2      MET 157 -28.191   4.307  -3.345
    4    HB3  MET 157           HB3      MET 157 -29.655   5.242  -3.656
    5    HG2  MET 157           HG2      MET 157 -30.581   2.720  -3.918
    6    HG3  MET 157           HG3      MET 157 -29.312   2.491  -2.720
    7    HE3  MET 157           HE1      MET 157 -31.884   5.462  -3.419
    8    HE2  MET 157           HE2      MET 157 -33.115   5.041  -2.228
    9    HE1  MET 157           HE3      MET 157 -32.766   3.942  -3.563

  No H/Q in entry =           9
  In of MODEL    2
    1    H    THR 158           H        THR 158 -30.038   3.374  -7.616
    2    HA   THR 158           HA       THR 158 -31.126   5.704  -8.357
    3    HB   THR 158           HB       THR 158 -32.939   4.245  -9.491
    4    HG1  THR 158           HG1      THR 158 -32.156   2.495  -7.822
    5   HG21  THR 158          HG21      THR 158 -30.915   5.119 -10.616
    6   HG23  THR 158          HG22      THR 158 -31.351   3.510 -11.189
    7   HG22  THR 158          HG23      THR 158 -30.013   3.709 -10.058

  No H/Q in entry =           7
  In of MODEL    2
    1    H    HIS 159           H        HIS 159 -33.113   6.664  -8.316
    2    HA   HIS 159           HA       HIS 159 -35.172   5.794  -6.510
    3    HB2  HIS 159           HB2      HIS 159 -34.657   7.123  -4.754
    4    HB3  HIS 159           HB3      HIS 159 -33.138   7.509  -5.534
    5    HD1  HIS 159           HD1      HIS 159 -36.446   8.933  -4.642
    6    HD2  HIS 159           HD2      HIS 159 -33.034  10.066  -6.720
    7    HE1  HIS 159           HE1      HIS 159 -36.630  11.425  -4.936
    8    HE2  HIS 159           HE2      HIS 159 -34.621  12.075  -6.320

  No H/Q in entry =           8
  In of MODEL    2
    1    HA   PRO 160           HA       PRO 160 -37.521   7.509  -9.785
    2    HB2  PRO 160           HB2      PRO 160 -39.570   8.834  -8.538
    3    HB3  PRO 160           HB3      PRO 160 -39.472   7.079  -8.725
    4    HG2  PRO 160           HG2      PRO 160 -38.723   8.774  -6.370
    5    HG3  PRO 160           HG3      PRO 160 -39.626   7.247  -6.407
    6    HD2  PRO 160           HD2      PRO 160 -37.042   7.304  -5.740
    7    HD3  PRO 160           HD3      PRO 160 -37.707   5.976  -6.713

  No H/Q in entry =           7
  In of MODEL    2
    1    H    ASP 161           H        ASP 161 -35.298   9.350  -9.007
    2    HA   ASP 161           HA       ASP 161 -36.080  11.555 -10.608
    3    HB2  ASP 161           HB2      ASP 161 -37.214  12.726  -9.045
    4    HB3  ASP 161           HB3      ASP 161 -36.531  11.798  -7.721

  No H/Q in entry =           4
  In of MODEL    2
    1    H    GLY 162           H        GLY 162 -33.826   9.878  -8.708
    2    HA3  GLY 162           HA2      GLY 162 -31.668  10.567 -10.281
    3    HA2  GLY 162           HA3      GLY 162 -31.602  11.474  -8.768

  No H/Q in entry =           3
  In of MODEL    2
    1    H    MET 163           H        MET 163 -29.595   9.966  -8.807
    2    HA   MET 163           HA       MET 163 -30.290   7.684  -7.081
    3    HB2  MET 163           HB2      MET 163 -28.553   6.274  -8.115
    4    HB3  MET 163           HB3      MET 163 -29.838   6.634  -9.259
    5    HG2  MET 163           HG2      MET 163 -28.389   8.439 -10.190
    6    HG3  MET 163           HG3      MET 163 -27.088   7.828  -9.167
    7    HE1  MET 163           HE1      MET 163 -26.576   8.212 -11.996
    8    HE3  MET 163           HE2      MET 163 -26.154   6.705 -12.809
    9    HE2  MET 163           HE3      MET 163 -25.374   7.133 -11.286

  No H/Q in entry =           9
  In of MODEL    2
    1    H    GLN 164           H        GLN 164 -29.349   7.834  -5.389
    2    HA   GLN 164           HA       GLN 164 -27.244   9.740  -4.911
    3    HB2  GLN 164           HB2      GLN 164 -28.115   9.641  -2.600
    4    HB3  GLN 164           HB3      GLN 164 -29.343  10.143  -3.747
    5    HG2  GLN 164           HG2      GLN 164 -29.334   7.290  -3.421
    6    HG3  GLN 164           HG3      GLN 164 -29.517   8.107  -1.872
    7   HE21  GLN 164          HE21      GLN 164 -31.619   7.463  -1.626
    8   HE22  GLN 164          HE22      GLN 164 -32.914   8.102  -2.573

  No H/Q in entry =           8
  In of MODEL    2
    1    H    ILE 165           H        ILE 165 -26.408   9.140  -2.643
    2    HA   ILE 165           HA       ILE 165 -25.606   6.565  -1.993
    3    HB   ILE 165           HB       ILE 165 -23.073   7.591  -2.380
    4   HG12  ILE 165          HG12      ILE 165 -23.350   7.870  -5.067
    5   HG13  ILE 165          HG13      ILE 165 -24.845   8.606  -4.509
    6   HG23  ILE 165          HG21      ILE 165 -23.619   5.306  -2.700
    7   HG22  ILE 165          HG22      ILE 165 -22.856   5.905  -4.175
    8   HG21  ILE 165          HG23      ILE 165 -24.604   5.686  -4.111
    9   HD12  ILE 165          HD11      ILE 165 -22.064   9.413  -3.733
   10   HD11  ILE 165          HD12      ILE 165 -23.542  10.123  -3.087
   11   HD13  ILE 165          HD13      ILE 165 -23.159  10.283  -4.802

  No H/Q in entry =          11
  In of MODEL    2
    1    H    LYS 166           H        LYS 166 -25.477   7.276   0.625
    2    HA   LYS 166           HA       LYS 166 -25.215  10.063   0.786
    3    HB2  LYS 166           HB2      LYS 166 -25.624   9.507   3.213
    4    HB3  LYS 166           HB3      LYS 166 -26.940   9.024   2.160
    5    HG2  LYS 166           HG2      LYS 166 -26.817   6.957   2.945
    6    HG3  LYS 166           HG3      LYS 166 -25.157   6.830   2.365
    7    HD2  LYS 166           HD2      LYS 166 -24.394   6.847   4.453
    8    HD3  LYS 166           HD3      LYS 166 -25.183   8.394   4.757
    9    HE2  LYS 166           HE2      LYS 166 -25.999   6.854   6.376
   10    HE3  LYS 166           HE3      LYS 166 -27.295   7.128   5.215
   11    HZ2  LYS 166           HZ1      LYS 166 -26.944   4.768   5.879
   12    HZ1  LYS 166           HZ2      LYS 166 -25.458   4.803   5.081
   13    HZ3  LYS 166           HZ3      LYS 166 -26.891   5.036   4.213

  No H/Q in entry =          13
  In of MODEL    2
    1    H    ILE 167           H        ILE 167 -23.323  10.865   1.063
    2    HA   ILE 167           HA       ILE 167 -21.467   9.247   2.631
    3    HB   ILE 167           HB       ILE 167 -19.750  10.827   1.312
    4   HG12  ILE 167          HG12      ILE 167 -20.412  10.317  -1.152
    5   HG13  ILE 167          HG13      ILE 167 -22.051  10.215  -0.520
    6   HG22  ILE 167          HG21      ILE 167 -20.691   8.065   0.537
    7   HG21  ILE 167          HG22      ILE 167 -19.485   8.454   1.764
    8   HG23  ILE 167          HG23      ILE 167 -19.151   8.780   0.063
    9   HD12  ILE 167          HD11      ILE 167 -21.500  12.400  -1.464
   10   HD11  ILE 167          HD12      ILE 167 -20.239  12.589  -0.246
   11   HD13  ILE 167          HD13      ILE 167 -21.930  12.482   0.245

  No H/Q in entry =          11
  In of MODEL    2
    1    H    THR 168           H        THR 168 -21.219  10.142   4.569
    2    HA   THR 168           HA       THR 168 -21.907  12.816   5.121
    3    HB   THR 168           HB       THR 168 -20.275  12.422   7.127
    4    HG1  THR 168           HG1      THR 168 -19.410  10.511   5.714
    5   HG21  THR 168          HG21      THR 168 -22.623  10.567   6.672
    6   HG23  THR 168          HG22      THR 168 -22.704  12.204   7.323
    7   HG22  THR 168          HG23      THR 168 -21.901  10.929   8.240

  No H/Q in entry =           7
  In of MODEL    2
    1    H    ARG 169           H        ARG 169 -20.426  14.527   5.439
    2    HA   ARG 169           HA       ARG 169 -18.516  14.720   3.298
    3    HB2  ARG 169           HB2      ARG 169 -18.303  16.902   5.192
    4    HB3  ARG 169           HB3      ARG 169 -18.755  16.936   3.513
    5    HG2  ARG 169           HG2      ARG 169 -20.653  17.786   4.384
    6    HG3  ARG 169           HG3      ARG 169 -21.060  16.073   4.434
    7    HD2  ARG 169           HD2      ARG 169 -20.206  16.072   6.813
    8    HD3  ARG 169           HD3      ARG 169 -20.164  17.832   6.701
    9    HE   ARG 169           HE       ARG 169 -22.549  16.137   6.704
   10   HH11  ARG 169          HH11      ARG 169 -21.155  19.350   6.646
   11   HH12  ARG 169          HH12      ARG 169 -22.672  20.145   6.903
   12   HH21  ARG 169          HH21      ARG 169 -24.556  17.203   7.035
   13   HH22  ARG 169          HH22      ARG 169 -24.588  18.936   7.132

  No H/Q in entry =          13
  In of MODEL    2
    1    H    GLN 170           H        GLN 170 -18.467  13.746   6.774
    2    HA   GLN 170           HA       GLN 170 -15.887  13.953   7.210
    3    HB2  GLN 170           HB2      GLN 170 -17.723  11.645   7.872
    4    HB3  GLN 170           HB3      GLN 170 -16.154  11.924   8.617
    5    HG2  GLN 170           HG2      GLN 170 -17.521  12.867  10.179
    6    HG3  GLN 170           HG3      GLN 170 -17.184  14.270   9.168
    7   HE21  GLN 170          HE21      GLN 170 -19.569  12.101  10.319
    8   HE22  GLN 170          HE22      GLN 170 -20.931  12.844   9.558

  No H/Q in entry =           8
  In of MODEL    2
    1    H    GLU 171           H        GLU 171 -17.162  11.971   4.394
    2    HA   GLU 171           HA       GLU 171 -15.110  10.103   4.905
    3    HB2  GLU 171           HB2      GLU 171 -17.216  10.390   2.753
    4    HB3  GLU 171           HB3      GLU 171 -15.875   9.255   2.583
    5    HG2  GLU 171           HG2      GLU 171 -16.844   8.604   5.041
    6    HG3  GLU 171           HG3      GLU 171 -18.311   9.097   4.207

  No H/Q in entry =           6
  In of MODEL    2
    1    H    ILE 172           H        ILE 172 -16.247  12.870   3.424
    2    HA   ILE 172           HA       ILE 172 -14.404  13.228   1.307
    3    HB   ILE 172           HB       ILE 172 -16.055  15.398   2.579
    4   HG12  ILE 172          HG12      ILE 172 -17.564  13.539   2.284
    5   HG13  ILE 172          HG13      ILE 172 -17.856  14.677   0.970
    6   HG22  ILE 172          HG21      ILE 172 -15.468  14.899  -0.326
    7   HG21  ILE 172          HG22      ILE 172 -14.336  15.770   0.706
    8   HG23  ILE 172          HG23      ILE 172 -15.964  16.399   0.455
    9   HD13  ILE 172          HD11      ILE 172 -16.672  13.285  -0.569
   10   HD12  ILE 172          HD12      ILE 172 -17.825  12.273   0.304
   11   HD11  ILE 172          HD13      ILE 172 -16.112  12.240   0.740

  No H/Q in entry =          11
  In of MODEL    2
    1    H    GLY 173           H        GLY 173 -14.321  14.164   4.937
    2    HA3  GLY 173           HA2      GLY 173 -12.386  16.058   4.663
    3    HA2  GLY 173           HA3      GLY 173 -12.491  14.881   5.968

  No H/Q in entry =           3
  In of MODEL    2
    1    H    GLN 174           H        GLN 174 -12.209  12.718   4.827
    2    HA   GLN 174           HA       GLN 174  -9.410  12.408   4.530
    3    HB2  GLN 174           HB2      GLN 174 -11.606  10.343   4.609
    4    HB3  GLN 174           HB3      GLN 174  -9.889  10.076   4.927
    5    HG2  GLN 174           HG2      GLN 174  -9.999  11.611   6.828
    6    HG3  GLN 174           HG3      GLN 174 -11.709  11.879   6.516
    7   HE21  GLN 174          HE21      GLN 174 -10.519  10.949   8.932
    8   HE22  GLN 174          HE22      GLN 174 -11.149   9.367   9.233

  No H/Q in entry =           8
  In of MODEL    2
    1    H    ILE 175           H        ILE 175 -12.061  12.169   2.266
    2    HA   ILE 175           HA       ILE 175 -10.470  10.679   0.362
    3    HB   ILE 175           HB       ILE 175 -13.122  12.050  -0.076
    4   HG12  ILE 175          HG12      ILE 175 -12.661   9.119   0.460
    5   HG13  ILE 175          HG13      ILE 175 -13.087  10.266   1.728
    6   HG21  ILE 175          HG21      ILE 175 -11.529  10.063  -1.665
    7   HG23  ILE 175          HG22      ILE 175 -12.152  11.633  -2.174
    8   HG22  ILE 175          HG23      ILE 175 -13.261  10.287  -1.903
    9   HD12  ILE 175          HD11      ILE 175 -14.921   8.860   0.507
   10   HD11  ILE 175          HD12      ILE 175 -14.785  10.137  -0.704
   11   HD13  ILE 175          HD13      ILE 175 -15.214  10.538   0.958

  No H/Q in entry =          11
  In of MODEL    2
    1    H    VAL 176           H        VAL 176 -11.435  13.986   0.945
    2    HA   VAL 176           HA       VAL 176 -10.168  14.804  -1.556
    3    HB   VAL 176           HB       VAL 176 -11.920  16.383   0.321
    4   HG12  VAL 176          HG11      VAL 176 -12.012  17.998  -1.498
    5   HG11  VAL 176          HG12      VAL 176 -10.837  17.041  -2.399
    6   HG13  VAL 176          HG13      VAL 176 -10.375  17.800  -0.873
    7   HG21  VAL 176          HG21      VAL 176 -13.062  14.545  -0.868
    8   HG23  VAL 176          HG22      VAL 176 -12.520  15.233  -2.399
    9   HG22  VAL 176          HG23      VAL 176 -13.626  16.140  -1.366

  No H/Q in entry =           9
  In of MODEL    2
    1    H    GLY 177           H        GLY 177  -9.910  15.212   1.930
    2    HA3  GLY 177           HA2      GLY 177  -7.629  15.379   2.750
    3    HA2  GLY 177           HA3      GLY 177  -7.299  16.515   1.450

  No H/Q in entry =           3
  In of MODEL    2
    1    H    CYS 178           H        CYS 178 -10.230  17.421   2.310
    2    HA   CYS 178           HA       CYS 178  -9.249  19.283   4.383
    3    HB2  CYS 178           HB2      CYS 178 -11.136  19.805   2.079
    4    HB3  CYS 178           HB3      CYS 178 -10.946  20.900   3.444
    5    HG   CYS 178           HG       CYS 178  -8.075  21.073   2.865

  No H/Q in entry =           5
  In of MODEL    2
    1    H    SER 179           H        SER 179 -10.888  19.876   6.002
    2    HA   SER 179           HA       SER 179 -12.426  17.636   6.691
    3    HB2  SER 179           HB2      SER 179 -13.443  19.677   8.190
    4    HB3  SER 179           HB3      SER 179 -11.937  18.847   8.591
    5    HG   SER 179           HG       SER 179 -11.242  20.871   8.508

  No H/Q in entry =           5
  In of MODEL    2
    1    H    ARG 180           H        ARG 180 -14.634  17.856   7.090
    2    HA   ARG 180           HA       ARG 180 -16.315  18.411   5.012
    3    HB2  ARG 180           HB2      ARG 180 -18.110  18.425   6.937
    4    HB3  ARG 180           HB3      ARG 180 -17.249  16.967   6.500
    5    HG2  ARG 180           HG2      ARG 180 -17.200  16.859   8.747
    6    HG3  ARG 180           HG3      ARG 180 -15.647  17.612   8.399
    7    HD2  ARG 180           HD2      ARG 180 -16.449  19.746   9.023
    8    HD3  ARG 180           HD3      ARG 180 -18.123  19.179   9.067
    9    HE   ARG 180           HE       ARG 180 -17.322  17.692  10.953
   10   HH11  ARG 180          HH11      ARG 180 -16.060  20.889  10.322
   11   HH12  ARG 180          HH12      ARG 180 -15.342  21.048  11.897
   12   HH21  ARG 180          HH21      ARG 180 -16.396  17.914  13.037
   13   HH22  ARG 180          HH22      ARG 180 -15.534  19.369  13.434

  No H/Q in entry =          13
  In of MODEL    2
    1    H    GLU 181           H        GLU 181 -14.558  20.701   5.875
    2    HA   GLU 181           HA       GLU 181 -16.506  22.707   6.596
    3    HB2  GLU 181           HB2      GLU 181 -13.525  22.655   6.756
    4    HB3  GLU 181           HB3      GLU 181 -14.488  24.080   7.127
    5    HG2  GLU 181           HG2      GLU 181 -14.652  21.419   8.518
    6    HG3  GLU 181           HG3      GLU 181 -13.869  22.869   9.141

  No H/Q in entry =           6
  In of MODEL    2
    1    H    THR 182           H        THR 182 -13.580  22.762   4.699
    2    HA   THR 182           HA       THR 182 -14.347  24.716   2.802
    3    HB   THR 182           HB       THR 182 -12.723  22.611   1.577
    4    HG1  THR 182           HG1      THR 182 -10.965  23.198   3.266
    5   HG21  THR 182          HG21      THR 182 -12.685  24.965   0.872
    6   HG23  THR 182          HG22      THR 182 -11.080  24.419   1.358
    7   HG22  THR 182          HG23      THR 182 -12.036  25.426   2.446

  No H/Q in entry =           7
  In of MODEL    2
    1    H    VAL 183           H        VAL 183 -14.366  21.215   2.822
    2    HA   VAL 183           HA       VAL 183 -16.079  20.746   0.597
    3    HB   VAL 183           HB       VAL 183 -14.733  19.286   2.780
    4   HG11  VAL 183          HG11      VAL 183 -17.126  18.718   3.214
    5   HG13  VAL 183          HG12      VAL 183 -16.039  17.358   2.881
    6   HG12  VAL 183          HG13      VAL 183 -17.143  17.947   1.626
    7   HG22  VAL 183          HG21      VAL 183 -14.248  17.662   1.117
    8   HG21  VAL 183          HG22      VAL 183 -14.025  19.268   0.409
    9   HG23  VAL 183          HG23      VAL 183 -15.476  18.328   0.039

  No H/Q in entry =           9
  In of MODEL    2
    1    H    GLY 184           H        GLY 184 -16.606  21.480   4.153
    2    HA3  GLY 184           HA2      GLY 184 -19.279  21.009   4.140
    3    HA2  GLY 184           HA3      GLY 184 -18.494  22.287   5.066

  No H/Q in entry =           3
  In of MODEL    2
    1    H    ARG 185           H        ARG 185 -17.612  23.410   2.039
    2    HA   ARG 185           HA       ARG 185 -19.712  25.354   2.226
    3    HB2  ARG 185           HB2      ARG 185 -17.401  24.917   0.310
    4    HB3  ARG 185           HB3      ARG 185 -18.613  26.162   0.044
    5    HG2  ARG 185           HG2      ARG 185 -16.752  25.968   2.405
    6    HG3  ARG 185           HG3      ARG 185 -16.619  27.096   1.053
    7    HD2  ARG 185           HD2      ARG 185 -18.819  28.035   1.666
    8    HD3  ARG 185           HD3      ARG 185 -18.867  26.955   3.059
    9    HE   ARG 185           HE       ARG 185 -16.488  28.403   3.180
   10   HH11  ARG 185          HH11      ARG 185 -19.930  29.012   3.349
   11   HH12  ARG 185          HH12      ARG 185 -19.771  30.350   4.439
   12   HH21  ARG 185          HH21      ARG 185 -16.265  30.172   4.583
   13   HH22  ARG 185          HH22      ARG 185 -17.673  31.021   5.134

  No H/Q in entry =          13
  In of MODEL    2
    1    H    ILE 186           H        ILE 186 -18.511  22.716   0.462
    2    HA   ILE 186           HA       ILE 186 -20.254  23.103  -1.828
    3    HB   ILE 186           HB       ILE 186 -18.164  21.055  -1.258
    4   HG12  ILE 186          HG12      ILE 186 -17.568  21.969  -3.656
    5   HG13  ILE 186          HG13      ILE 186 -18.651  23.280  -3.215
    6   HG21  ILE 186          HG21      ILE 186 -20.429  20.229  -2.450
    7   HG23  ILE 186          HG22      ILE 186 -18.833  19.607  -2.869
    8   HG22  ILE 186          HG23      ILE 186 -19.571  20.876  -3.847
    9   HD13  ILE 186          HD11      ILE 186 -16.574  24.096  -2.637
   10   HD12  ILE 186          HD12      ILE 186 -16.013  22.537  -2.039
   11   HD11  ILE 186          HD13      ILE 186 -17.179  23.470  -1.103

  No H/Q in entry =          11
  In of MODEL    2
    1    H    LEU 187           H        LEU 187 -20.062  20.815   0.774
    2    HA   LEU 187           HA       LEU 187 -22.272  19.330  -0.133
    3    HB2  LEU 187           HB2      LEU 187 -20.949  19.408   2.530
    4    HB3  LEU 187           HB3      LEU 187 -22.113  18.188   1.996
    5    HG   LEU 187           HG       LEU 187 -19.275  18.571   1.193
    6   HD12  LEU 187          HD11      LEU 187 -20.746  16.060   0.837
    7   HD11  LEU 187          HD12      LEU 187 -20.545  16.660   2.486
    8   HD13  LEU 187          HD13      LEU 187 -19.128  16.359   1.478
    9   HD23  LEU 187          HD21      LEU 187 -21.211  17.366  -0.773
   10   HD22  LEU 187          HD22      LEU 187 -19.472  17.566  -0.963
   11   HD21  LEU 187          HD23      LEU 187 -20.523  18.981  -0.939

  No H/Q in entry =          11
  In of MODEL    2
    1    H    LYS 188           H        LYS 188 -22.071  22.310   1.055
    2    HA   LYS 188           HA       LYS 188 -24.638  22.323   2.525
    3    HB2  LYS 188           HB2      LYS 188 -22.605  23.737   3.300
    4    HB3  LYS 188           HB3      LYS 188 -23.019  24.792   1.953
    5    HG2  LYS 188           HG2      LYS 188 -25.093  24.004   3.951
    6    HG3  LYS 188           HG3      LYS 188 -23.951  25.298   4.310
    7    HD2  LYS 188           HD2      LYS 188 -24.821  26.691   2.698
    8    HD3  LYS 188           HD3      LYS 188 -25.422  25.355   1.714
    9    HE2  LYS 188           HE2      LYS 188 -27.110  24.911   3.509
   10    HE3  LYS 188           HE3      LYS 188 -26.579  26.397   4.292
   11    HZ3  LYS 188           HZ1      LYS 188 -28.440  26.977   3.024
   12    HZ2  LYS 188           HZ2      LYS 188 -27.931  26.090   1.671
   13    HZ1  LYS 188           HZ3      LYS 188 -27.126  27.514   2.106

  No H/Q in entry =          13
  In of MODEL    2
    1    H    MET 189           H        MET 189 -23.028  23.198  -0.493
    2    HA   MET 189           HA       MET 189 -25.316  24.757  -1.447
    3    HB2  MET 189           HB2      MET 189 -24.158  24.783  -3.677
    4    HB3  MET 189           HB3      MET 189 -23.288  25.550  -2.364
    5    HG2  MET 189           HG2      MET 189 -22.085  23.283  -2.169
    6    HG3  MET 189           HG3      MET 189 -22.703  23.008  -3.795
    7    HE1  MET 189           HE1      MET 189 -21.468  26.237  -1.957
    8    HE3  MET 189           HE2      MET 189 -19.857  26.450  -2.638
    9    HE2  MET 189           HE3      MET 189 -20.192  25.083  -1.575

  No H/Q in entry =           9
  In of MODEL    2
    1    H    LEU 190           H        LEU 190 -24.213  21.513  -1.530
    2    HA   LEU 190           HA       LEU 190 -25.646  20.491  -3.652
    3    HB2  LEU 190           HB2      LEU 190 -25.303  19.142  -0.995
    4    HB3  LEU 190           HB3      LEU 190 -25.558  18.372  -2.553
    5    HG   LEU 190           HG       LEU 190 -23.128  19.761  -1.537
    6   HD13  LEU 190          HD11      LEU 190 -23.158  17.472  -1.046
    7   HD12  LEU 190          HD12      LEU 190 -22.125  17.643  -2.468
    8   HD11  LEU 190          HD13      LEU 190 -23.783  17.066  -2.642
    9   HD21  LEU 190          HD21      LEU 190 -24.009  19.430  -4.337
   10   HD23  LEU 190          HD22      LEU 190 -22.302  19.224  -3.946
   11   HD22  LEU 190          HD23      LEU 190 -23.115  20.745  -3.576

  No H/Q in entry =          11
  In of MODEL    2
    1    H    GLU 191           H        GLU 191 -26.832  20.797  -0.247
    2    HA   GLU 191           HA       GLU 191 -29.397  19.897  -0.942
    3    HB2  GLU 191           HB2      GLU 191 -28.358  21.546   1.382
    4    HB3  GLU 191           HB3      GLU 191 -29.999  20.910   1.298
    5    HG2  GLU 191           HG2      GLU 191 -28.991  18.621   1.116
    6    HG3  GLU 191           HG3      GLU 191 -27.429  19.362   1.462

  No H/Q in entry =           6
  In of MODEL    2
    1    H    ASP 192           H        ASP 192 -27.777  22.753  -1.581
    2    HA   ASP 192           HA       ASP 192 -30.176  24.402  -1.664
    3    HB2  ASP 192           HB2      ASP 192 -27.245  24.981  -2.009
    4    HB3  ASP 192           HB3      ASP 192 -28.443  26.129  -2.589

  No H/Q in entry =           4
  In of MODEL    2
    1    H    GLN 193           H        GLN 193 -28.710  22.183  -3.365
    2    HA   GLN 193           HA       GLN 193 -28.742  21.366  -5.507
    3    HB2  GLN 193           HB2      GLN 193 -31.105  23.202  -5.503
    4    HB3  GLN 193           HB3      GLN 193 -30.579  22.491  -7.021
    5    HG2  GLN 193           HG2      GLN 193 -32.131  20.964  -6.361
    6    HG3  GLN 193           HG3      GLN 193 -30.677  20.263  -5.655
    7   HE21  GLN 193          HE21      GLN 193 -30.464  20.171  -3.461
    8   HE22  GLN 193          HE22      GLN 193 -31.726  20.605  -2.359

  No H/Q in entry =           8
  In of MODEL    2
    1    H    ASN 194           H        ASN 194 -27.117  23.679  -4.754
    2    HA   ASN 194           HA       ASN 194 -26.942  25.208  -7.245
    3    HB2  ASN 194           HB2      ASN 194 -26.288  25.712  -4.496
    4    HB3  ASN 194           HB3      ASN 194 -24.841  25.924  -5.477
    5   HD21  ASN 194          HD21      ASN 194 -28.213  26.887  -5.163
    6   HD22  ASN 194          HD22      ASN 194 -28.030  28.430  -5.925

  No H/Q in entry =           6
  In of MODEL    2
    1    H    LEU 195           H        LEU 195 -25.966  22.330  -6.257
    2    HA   LEU 195           HA       LEU 195 -23.799  22.227  -8.178
    3    HB2  LEU 195           HB2      LEU 195 -23.013  22.902  -5.754
    4    HB3  LEU 195           HB3      LEU 195 -23.186  21.188  -5.447
    5    HG   LEU 195           HG       LEU 195 -21.605  21.802  -7.835
    6   HD13  LEU 195          HD11      LEU 195 -20.919  23.680  -6.467
    7   HD12  LEU 195          HD12      LEU 195 -19.629  22.476  -6.539
    8   HD11  LEU 195          HD13      LEU 195 -20.640  22.604  -5.097
    9   HD21  LEU 195          HD21      LEU 195 -21.177  20.117  -5.376
   10   HD23  LEU 195          HD22      LEU 195 -20.113  20.152  -6.781
   11   HD22  LEU 195          HD23      LEU 195 -21.768  19.563  -6.943

  No H/Q in entry =          11
  In of MODEL    2
    1    H    ILE 196           H        ILE 196 -25.965  20.661  -5.965
    2    HA   ILE 196           HA       ILE 196 -26.278  18.318  -7.460
    3    HB   ILE 196           HB       ILE 196 -25.327  17.627  -4.671
    4   HG12  ILE 196          HG12      ILE 196 -23.640  17.437  -7.175
    5   HG13  ILE 196          HG13      ILE 196 -23.429  18.707  -5.970
    6   HG22  ILE 196          HG21      ILE 196 -24.863  15.648  -6.676
    7   HG21  ILE 196          HG22      ILE 196 -26.487  16.286  -6.926
    8   HG23  ILE 196          HG23      ILE 196 -26.043  15.604  -5.364
    9   HD12  ILE 196          HD11      ILE 196 -21.894  16.757  -5.741
   10   HD11  ILE 196          HD12      ILE 196 -23.313  15.785  -5.333
   11   HD13  ILE 196          HD13      ILE 196 -22.849  17.143  -4.308

  No H/Q in entry =          11
  In of MODEL    2
    1    H    SER 197           H        SER 197 -27.465  16.849  -5.536
    2    HA   SER 197           HA       SER 197 -29.030  18.571  -3.826
    3    HB2  SER 197           HB2      SER 197 -30.370  18.295  -5.749
    4    HB3  SER 197           HB3      SER 197 -30.181  16.542  -5.691
    5    HG   SER 197           HG       SER 197 -32.148  17.712  -4.726

  No H/Q in entry =           5
  In of MODEL    2
    1    H    ALA 198           H        ALA 198 -28.493  17.961  -1.819
    2    HA   ALA 198           HA       ALA 198 -28.066  15.138  -1.395
    3    HB1  ALA 198           HB1      ALA 198 -26.271  16.763  -0.718
    4    HB3  ALA 198           HB2      ALA 198 -26.915  15.807   0.618
    5    HB2  ALA 198           HB3      ALA 198 -27.426  17.481   0.401

  No H/Q in entry =           5
  In of MODEL    2
    1    H    HIS 199           H        HIS 199 -29.780  14.164  -0.685
    2    HA   HIS 199           HA       HIS 199 -31.909  15.652   0.653
    3    HB2  HIS 199           HB2      HIS 199 -32.115  13.591  -1.090
    4    HB3  HIS 199           HB3      HIS 199 -32.010  12.675   0.412
    5    HD1  HIS 199           HD1      HIS 199 -34.090  15.448  -1.125
    6    HD2  HIS 199           HD2      HIS 199 -34.368  12.466   1.758
    7    HE1  HIS 199           HE1      HIS 199 -36.483  15.475  -0.355
    8    HE2  HIS 199           HE2      HIS 199 -36.575  13.800   1.524

  No H/Q in entry =           8
  In of MODEL    2
    1    H    GLY 200           H        GLY 200 -30.243  16.192   2.225
    2    HA3  GLY 200           HA2      GLY 200 -29.696  15.935   4.496
    3    HA2  GLY 200           HA3      GLY 200 -30.081  14.214   4.373

  No H/Q in entry =           3
  In of MODEL    2
    1    H    LYS 201           H        LYS 201 -28.350  12.916   4.406
    2    HA   LYS 201           HA       LYS 201 -25.803  14.001   3.420
    3    HB2  LYS 201           HB2      LYS 201 -25.535  11.388   4.634
    4    HB3  LYS 201           HB3      LYS 201 -24.790  12.911   5.087
    5    HG2  LYS 201           HG2      LYS 201 -26.629  13.476   6.509
    6    HG3  LYS 201           HG3      LYS 201 -27.563  12.093   5.929
    7    HD2  LYS 201           HD2      LYS 201 -25.838  10.582   6.853
    8    HD3  LYS 201           HD3      LYS 201 -24.982  11.984   7.493
    9    HE2  LYS 201           HE2      LYS 201 -27.844  11.416   8.203
   10    HE3  LYS 201           HE3      LYS 201 -26.508  10.678   9.084
   11    HZ3  LYS 201           HZ1      LYS 201 -27.228  12.661  10.201
   12    HZ2  LYS 201           HZ2      LYS 201 -27.037  13.587   8.800
   13    HZ1  LYS 201           HZ3      LYS 201 -25.684  12.927   9.568

  No H/Q in entry =          13
  In of MODEL    2
    1    H    THR 202           H        THR 202 -28.321  12.142   2.465
    2    HA   THR 202           HA       THR 202 -26.967  10.321   0.680
    3    HB   THR 202           HB       THR 202 -29.754  10.783   0.020
    4    HG1  THR 202           HG1      THR 202 -30.258  11.365   2.067
    5   HG21  THR 202          HG21      THR 202 -28.260   8.704  -0.275
    6   HG23  THR 202          HG22      THR 202 -29.940   8.452   0.196
    7   HG22  THR 202          HG23      THR 202 -28.663   8.349   1.407

  No H/Q in entry =           7
  In of MODEL    2
    1    H    ILE 203           H        ILE 203 -26.101  11.140  -1.158
    2    HA   ILE 203           HA       ILE 203 -27.106  13.722  -2.077
    3    HB   ILE 203           HB       ILE 203 -24.443  12.363  -2.249
    4   HG12  ILE 203          HG12      ILE 203 -25.407  14.946  -1.033
    5   HG13  ILE 203          HG13      ILE 203 -24.786  13.530  -0.194
    6   HG23  ILE 203          HG21      ILE 203 -23.612  14.103  -3.675
    7   HG22  ILE 203          HG22      ILE 203 -25.151  14.959  -3.611
    8   HG21  ILE 203          HG23      ILE 203 -25.038  13.408  -4.443
    9   HD11  ILE 203          HD11      ILE 203 -23.226  15.343  -2.005
   10   HD13  ILE 203          HD12      ILE 203 -22.585  13.934  -1.155
   11   HD12  ILE 203          HD13      ILE 203 -23.159  15.329  -0.242

  No H/Q in entry =          11
  In of MODEL    2
    1    H    VAL 204           H        VAL 204 -28.250  13.712  -3.885
    2    HA   VAL 204           HA       VAL 204 -27.861  11.446  -5.746
    3    HB   VAL 204           HB       VAL 204 -30.028  10.988  -5.186
    4   HG11  VAL 204          HG11      VAL 204 -30.559  13.910  -4.772
    5   HG13  VAL 204          HG12      VAL 204 -30.539  12.625  -3.560
    6   HG12  VAL 204          HG13      VAL 204 -31.815  12.666  -4.789
    7   HG23  VAL 204          HG21      VAL 204 -31.561  11.960  -6.869
    8   HG22  VAL 204          HG22      VAL 204 -30.055  11.303  -7.514
    9   HG21  VAL 204          HG23      VAL 204 -30.254  13.048  -7.340

  No H/Q in entry =           9
  In of MODEL    2
    1    H    VAL 205           H        VAL 205 -26.580  12.207  -7.026
    2    HA   VAL 205           HA       VAL 205 -26.600  14.699  -8.366
    3    HB   VAL 205           HB       VAL 205 -25.287  13.251 -10.144
    4   HG13  VAL 205          HG11      VAL 205 -24.164  14.612  -8.423
    5   HG12  VAL 205          HG12      VAL 205 -23.328  13.074  -8.633
    6   HG11  VAL 205          HG13      VAL 205 -24.386  13.317  -7.238
    7   HG23  VAL 205          HG21      VAL 205 -25.479  11.245  -7.876
    8   HG22  VAL 205          HG22      VAL 205 -24.563  11.059  -9.379
    9   HG21  VAL 205          HG23      VAL 205 -26.329  11.089  -9.419

  No H/Q in entry =           9
  In of MODEL    2
    1    H    TYR 206           H        TYR 206 -28.548  15.222  -8.949
    2    HA   TYR 206           HA       TYR 206 -30.722  13.882  -9.906
    3    HB2  TYR 206           HB2      TYR 206 -29.616  16.599 -10.653
    4    HB3  TYR 206           HB3      TYR 206 -31.094  15.998 -11.386
    5    HD1  TYR 206           HD1      TYR 206 -30.042  18.224  -9.096
    6    HD2  TYR 206           HD2      TYR 206 -32.620  14.842  -9.331
    7    HE1  TYR 206           HE1      TYR 206 -31.339  19.095  -7.219
    8    HE2  TYR 206           HE2      TYR 206 -33.931  15.692  -7.447
    9    HH   TYR 206           HH       TYR 206 -34.041  17.235  -5.821

  No H/Q in entry =           9
  In of MODEL    2
    1    H    GLY 207           H        GLY 207 -28.306  15.473 -12.020
    2    HA3  GLY 207           HA2      GLY 207 -28.058  13.286 -13.793
    3    HA2  GLY 207           HA3      GLY 207 -29.276  14.386 -14.408

  No H/Q in entry =           3
  In of MODEL    2
    1    H    THR 208           H        THR 208 -26.806  15.983 -12.672
    2    HA   THR 208           HA       THR 208 -25.400  16.562 -15.172
    3    HB   THR 208           HB       THR 208 -25.489  18.852 -13.392
    4    HG1  THR 208           HG1      THR 208 -27.948  18.201 -14.654
    5   HG22  THR 208          HG21      THR 208 -26.215  19.940 -15.522
    6   HG21  THR 208          HG22      THR 208 -26.197  18.350 -16.282
    7   HG23  THR 208          HG23      THR 208 -24.704  19.043 -15.649

  No H/Q in entry =           7
  In of MODEL    2
    1    H    ARG 209           H        ARG 209 -25.255  17.184 -11.687
    2    HA   ARG 209           HA       ARG 209 -22.581  16.140 -11.517
    3    HB2  ARG 209           HB2      ARG 209 -21.829  18.339 -10.357
    4    HB3  ARG 209           HB3      ARG 209 -21.827  18.279 -12.114
    5    HG2  ARG 209           HG2      ARG 209 -23.601  19.714 -12.306
    6    HG3  ARG 209           HG3      ARG 209 -24.259  19.286 -10.726
    7    HD2  ARG 209           HD2      ARG 209 -23.414  21.504 -10.565
    8    HD3  ARG 209           HD3      ARG 209 -22.301  20.453  -9.693
    9    HE   ARG 209           HE       ARG 209 -21.179  20.592 -12.138
   10   HH11  ARG 209          HH11      ARG 209 -22.339  23.032  -9.918
   11   HH12  ARG 209          HH12      ARG 209 -21.214  24.239 -10.443
   12   HH21  ARG 209          HH21      ARG 209 -19.689  22.181 -12.851
   13   HH22  ARG 209          HH22      ARG 209 -19.691  23.751 -12.112

  No H/Q in entry =          13
  In of MODEL    2
    1    H1   VAL   1           H3       VAL   1  20.286 -16.443   4.628
    2    H2   VAL   1           H2       VAL   1  20.263 -16.622   2.944
    3    H3   VAL   1           H1       VAL   1  20.368 -17.991   3.935
    4    HA   VAL   1           HA       VAL   1  22.501 -17.591   3.042
    5    HB   VAL   1           HB       VAL   1  21.893 -15.060   2.713
    6   HG12  VAL   1          HG11      VAL   1  23.383 -14.936   5.331
    7   HG11  VAL   1          HG12      VAL   1  21.696 -14.491   5.075
    8   HG13  VAL   1          HG13      VAL   1  22.980 -13.561   4.302
    9   HG21  VAL   1          HG21      VAL   1  24.685 -16.003   3.344
   10   HG23  VAL   1          HG22      VAL   1  24.288 -14.519   2.477
   11   HG22  VAL   1          HG23      VAL   1  23.866 -16.084   1.784

  No H/Q in entry =          11
  In of MODEL    2
    1    H    LEU   2           H        LEU   2  24.404 -17.945   4.263
    2    HA   LEU   2           HA       LEU   2  23.843 -18.433   7.091
    3    HB2  LEU   2           HB2      LEU   2  26.083 -19.394   5.308
    4    HB3  LEU   2           HB3      LEU   2  25.950 -19.772   7.014
    5    HG   LEU   2           HG       LEU   2  23.554 -20.665   6.209
    6   HD13  LEU   2          HD11      LEU   2  23.747 -21.791   4.065
    7   HD12  LEU   2          HD12      LEU   2  25.348 -21.091   3.824
    8   HD11  LEU   2          HD13      LEU   2  23.927 -20.047   3.870
    9   HD23  LEU   2          HD21      LEU   2  24.584 -22.905   6.085
   10   HD22  LEU   2          HD22      LEU   2  25.161 -21.961   7.458
   11   HD21  LEU   2          HD23      LEU   2  26.174 -22.144   6.026

  No H/Q in entry =          11
  In of MODEL    2
    1    H    GLY   3           H        GLY   3  25.223 -17.712   8.742
    2    HA3  GLY   3           HA2      GLY   3  27.149 -16.538   9.534
    3    HA2  GLY   3           HA3      GLY   3  27.250 -15.724   7.980

  No H/Q in entry =           3
  In of MODEL    2
    1    H    LYS   4           H        LYS   4  24.157 -15.504   8.350
    2    HA   LYS   4           HA       LYS   4  24.222 -13.182  10.150
    3    HB2  LYS   4           HB2      LYS   4  23.579 -13.284   7.319
    4    HB3  LYS   4           HB3      LYS   4  22.239 -12.637   8.258
    5    HG2  LYS   4           HG2      LYS   4  23.682 -10.845   7.494
    6    HG3  LYS   4           HG3      LYS   4  23.744 -10.973   9.252
    7    HD2  LYS   4           HD2      LYS   4  25.792 -12.610   8.531
    8    HD3  LYS   4           HD3      LYS   4  25.851 -11.405   7.245
    9    HE2  LYS   4           HE2      LYS   4  26.299  -9.669   8.716
   10    HE3  LYS   4           HE3      LYS   4  25.644 -10.540  10.102
   11    HZ2  LYS   4           HZ1      LYS   4  28.187 -11.159   8.696
   12    HZ1  LYS   4           HZ2      LYS   4  27.553 -12.038   9.995
   13    HZ3  LYS   4           HZ3      LYS   4  28.041 -10.435  10.216

  No H/Q in entry =          13
  In of MODEL    2
    1    HA   PRO   5           HA       PRO   5  20.783 -15.034  12.219
    2    HB2  PRO   5           HB2      PRO   5  19.404 -12.794  13.006
    3    HB3  PRO   5           HB3      PRO   5  20.838 -13.420  13.825
    4    HG2  PRO   5           HG2      PRO   5  20.596 -11.180  11.866
    5    HG3  PRO   5           HG3      PRO   5  21.605 -11.299  13.319
    6    HD2  PRO   5           HD2      PRO   5  22.598 -11.649  10.831
    7    HD3  PRO   5           HD3      PRO   5  23.236 -12.518  12.240

  No H/Q in entry =           7
  In of MODEL    2
    1    H    GLN   6           H        GLN   6  19.795 -15.994  10.421
    2    HA   GLN   6           HA       GLN   6  17.297 -14.692   9.595
    3    HB2  GLN   6           HB2      GLN   6  19.364 -15.977   7.819
    4    HB3  GLN   6           HB3      GLN   6  17.675 -15.914   7.340
    5    HG2  GLN   6           HG2      GLN   6  17.777 -13.434   7.615
    6    HG3  GLN   6           HG3      GLN   6  19.515 -13.597   7.866
    7   HE21  GLN   6          HE21      GLN   6  17.985 -12.241   5.755
    8   HE22  GLN   6          HE22      GLN   6  18.547 -12.913   4.268

  No H/Q in entry =           8
  In of MODEL    2
    1    H    THR   7           H        THR   7  18.913 -17.726   8.792
    2    HA   THR   7           HA       THR   7  18.449 -19.891   9.149
    3    HB   THR   7           HB       THR   7  16.491 -19.349  11.337
    4    HG1  THR   7           HG1      THR   7  17.912 -18.028  12.216
    5   HG22  THR   7          HG21      THR   7  18.843 -21.234  11.126
    6   HG21  THR   7          HG22      THR   7  17.190 -21.650  10.676
    7   HG23  THR   7          HG23      THR   7  17.577 -21.260  12.352

  No H/Q in entry =           7
  In of MODEL    2
    1    H    ASP   8           H        ASP   8  17.269 -19.283   7.011
    2    HA   ASP   8           HA       ASP   8  14.498 -20.226   7.329
    3    HB2  ASP   8           HB2      ASP   8  14.883 -17.738   6.571
    4    HB3  ASP   8           HB3      ASP   8  15.261 -18.473   5.016

  No H/Q in entry =           4
  In of MODEL    2
    1    HA   PRO   9           HA       PRO   9  16.963 -23.203   4.757
    2    HB2  PRO   9           HB2      PRO   9  15.697 -25.420   5.718
    3    HB3  PRO   9           HB3      PRO   9  17.105 -24.687   6.492
    4    HG2  PRO   9           HG2      PRO   9  14.207 -24.406   7.178
    5    HG3  PRO   9           HG3      PRO   9  15.598 -24.610   8.258
    6    HD2  PRO   9           HD2      PRO   9  14.440 -22.208   7.830
    7    HD3  PRO   9           HD3      PRO   9  16.180 -22.381   8.136

  No H/Q in entry =           7
  In of MODEL    2
    1    H    THR  10           H        THR  10  13.594 -22.589   5.191
    2    HA   THR  10           HA       THR  10  12.724 -24.354   3.063
    3    HB   THR  10           HB       THR  10  10.576 -22.752   3.602
    4    HG1  THR  10           HG1      THR  10  11.686 -21.511   5.188
    5   HG22  THR  10          HG21      THR  10   9.872 -24.491   5.239
    6   HG21  THR  10          HG22      THR  10  11.522 -25.112   5.244
    7   HG23  THR  10          HG23      THR  10  10.558 -25.185   3.770

  No H/Q in entry =           7
  In of MODEL    2
    1    H    LEU  11           H        LEU  11  13.792 -20.993   3.522
    2    HA   LEU  11           HA       LEU  11  12.793 -20.369   0.893
    3    HB2  LEU  11           HB2      LEU  11  12.714 -18.602   2.532
    4    HB3  LEU  11           HB3      LEU  11  14.466 -18.663   2.711
    5    HG   LEU  11           HG       LEU  11  14.636 -18.158   0.256
    6   HD13  LEU  11          HD11      LEU  11  12.821 -17.470  -1.001
    7   HD12  LEU  11          HD12      LEU  11  11.808 -17.201   0.422
    8   HD11  LEU  11          HD13      LEU  11  12.169 -18.844  -0.104
    9   HD22  LEU  11          HD21      LEU  11  14.582 -15.925   0.588
   10   HD21  LEU  11          HD22      LEU  11  14.688 -16.535   2.243
   11   HD23  LEU  11          HD23      LEU  11  13.135 -15.994   1.591

  No H/Q in entry =          11
  In of MODEL    2
    1    H    GLU  12           H        GLU  12  15.538 -21.599   2.342
    2    HA   GLU  12           HA       GLU  12  17.475 -21.000   0.303
    3    HB2  GLU  12           HB2      GLU  12  17.543 -21.996   2.968
    4    HB3  GLU  12           HB3      GLU  12  18.282 -23.217   1.939
    5    HG2  GLU  12           HG2      GLU  12  20.120 -21.987   1.638
    6    HG3  GLU  12           HG3      GLU  12  19.190 -20.531   1.299

  No H/Q in entry =           6
  In of MODEL    2
    1    H    TRP  13           H        TRP  13  14.884 -22.992   0.688
    2    HA   TRP  13           HA       TRP  13  15.858 -25.098  -1.071
    3    HB2  TRP  13           HB2      TRP  13  13.403 -24.773   0.626
    4    HB3  TRP  13           HB3      TRP  13  13.355 -25.844  -0.776
    5    HD1  TRP  13           HD1      TRP  13  16.474 -26.824  -0.382
    6    HE1  TRP  13           HE1      TRP  13  16.958 -28.562   1.450
    7    HE3  TRP  13           HE3      TRP  13  12.294 -26.165   2.481
    8    HZ2  TRP  13           HZ2      TRP  13  15.733 -29.523   3.802
    9    HZ3  TRP  13           HZ3      TRP  13  12.028 -27.531   4.508
   10    HH2  TRP  13           HH2      TRP  13  13.711 -29.176   5.153

  No H/Q in entry =          10
  In of MODEL    2
    1    H    PHE  14           H        PHE  14  14.349 -22.023  -0.946
    2    HA   PHE  14           HA       PHE  14  12.999 -22.173  -3.517
    3    HB2  PHE  14           HB2      PHE  14  11.835 -21.013  -1.888
    4    HB3  PHE  14           HB3      PHE  14  13.247 -20.222  -1.254
    5    HD1  PHE  14           HD1      PHE  14  14.410 -18.568  -2.907
    6    HD2  PHE  14           HD2      PHE  14  10.356 -19.792  -3.182
    7    HE1  PHE  14           HE1      PHE  14  13.893 -16.545  -4.208
    8    HE2  PHE  14           HE2      PHE  14   9.827 -17.781  -4.473
    9    HZ   PHE  14           HZ       PHE  14  11.593 -16.146  -4.992

  No H/Q in entry =           9
  In of MODEL    2
    1    H    LEU  15           H        LEU  15  16.053 -21.450  -2.188
    2    HA   LEU  15           HA       LEU  15  16.722 -19.372  -4.146
    3    HB2  LEU  15           HB2      LEU  15  18.424 -20.333  -1.860
    4    HB3  LEU  15           HB3      LEU  15  18.778 -19.005  -2.957
    5    HG   LEU  15           HG       LEU  15  16.509 -19.124  -0.994
    6   HD13  LEU  15          HD11      LEU  15  18.526 -18.707   0.119
    7   HD12  LEU  15          HD12      LEU  15  17.738 -17.141  -0.089
    8   HD11  LEU  15          HD13      LEU  15  19.071 -17.611  -1.150
    9   HD22  LEU  15          HD21      LEU  15  15.702 -17.117  -1.751
   10   HD21  LEU  15          HD22      LEU  15  16.177 -17.873  -3.271
   11   HD23  LEU  15          HD23      LEU  15  17.222 -16.668  -2.524

  No H/Q in entry =          11
  In of MODEL    2
    1    H    SER  16           H        SER  16  16.624 -22.586  -3.783
    2    HA   SER  16           HA       SER  16  19.000 -23.121  -5.471
    3    HB2  SER  16           HB2      SER  16  17.828 -25.545  -4.939
    4    HB3  SER  16           HB3      SER  16  19.097 -24.849  -3.929
    5    HG   SER  16           HG       SER  16  17.682 -24.740  -2.387

  No H/Q in entry =           5
  In of MODEL    2
    1    H    HIS  17           H        HIS  17  16.089 -21.959  -5.647
    2    HA   HIS  17           HA       HIS  17  15.307 -23.495  -8.012
    3    HB2  HIS  17           HB2      HIS  17  13.782 -22.351  -5.786
    4    HB3  HIS  17           HB3      HIS  17  13.069 -22.100  -7.377
    5    HD1  HIS  17           HD1      HIS  17  11.848 -24.039  -8.385
    6    HD2  HIS  17           HD2      HIS  17  14.165 -25.158  -5.123
    7    HE1  HIS  17           HE1      HIS  17  11.206 -26.414  -7.889
    8    HE2  HIS  17           HE2      HIS  17  12.739 -27.123  -6.024

  No H/Q in entry =           8
  In of MODEL    2
    1    H    CYS  18           H        CYS  18  16.476 -20.455  -7.018
    2    HA   CYS  18           HA       CYS  18  15.372 -19.171  -9.374
    3    HB2  CYS  18           HB2      CYS  18  15.996 -17.026  -8.004
    4    HB3  CYS  18           HB3      CYS  18  14.467 -17.868  -7.811
    5    HG   CYS  18           HG       CYS  18  15.532 -16.982  -5.416

  No H/Q in entry =           5
  In of MODEL    2
    1    H    HIS  19           H        HIS  19  16.877 -17.313 -10.345
    2    HA   HIS  19           HA       HIS  19  19.627 -18.168 -10.074
    3    HB2  HIS  19           HB2      HIS  19  18.346 -16.001 -11.757
    4    HB3  HIS  19           HB3      HIS  19  20.021 -16.512 -11.898
    5    HD1  HIS  19           HD1      HIS  19  17.451 -16.689 -13.996
    6    HD2  HIS  19           HD2      HIS  19  19.474 -19.768 -12.062
    7    HE1  HIS  19           HE1      HIS  19  17.035 -18.752 -15.380
    8    HE2  HIS  19           HE2      HIS  19  18.288 -20.594 -14.206

  No H/Q in entry =           8
  In of MODEL    2
    1    H    ILE  20           H        ILE  20  20.204 -17.297  -7.685
    2    HA   ILE  20           HA       ILE  20  19.968 -14.517  -7.079
    3    HB   ILE  20           HB       ILE  20  22.413 -15.823  -6.101
    4   HG12  ILE  20          HG12      ILE  20  20.803 -17.815  -6.391
    5   HG13  ILE  20          HG13      ILE  20  21.515 -17.599  -4.807
    6   HG22  ILE  20          HG21      ILE  20  21.392 -15.158  -3.909
    7   HG21  ILE  20          HG22      ILE  20  20.076 -14.471  -4.864
    8   HG23  ILE  20          HG23      ILE  20  21.721 -13.882  -5.081
    9   HD11  ILE  20          HD11      ILE  20  18.868 -16.372  -5.318
   10   HD13  ILE  20          HD12      ILE  20  19.534 -17.062  -3.839
   11   HD12  ILE  20          HD13      ILE  20  18.961 -18.121  -5.127

  No H/Q in entry =          11
  In of MODEL    2
    1    H    HIS  21           H        HIS  21  20.929 -12.993  -7.903
    2    HA   HIS  21           HA       HIS  21  23.255 -12.112  -7.813
    3    HB2  HIS  21           HB2      HIS  21  24.328 -14.050  -8.940
    4    HB3  HIS  21           HB3      HIS  21  23.489 -13.629 -10.426
    5    HD1  HIS  21           HD1      HIS  21  24.220 -11.331 -11.558
    6    HD2  HIS  21           HD2      HIS  21  26.739 -12.761  -8.580
    7    HE1  HIS  21           HE1      HIS  21  26.375 -10.084 -11.847
    8    HE2  HIS  21           HE2      HIS  21  27.816 -10.829  -9.926

  No H/Q in entry =           8
  In of MODEL    2
    1    H    LYS  22           H        LYS  22  23.151 -10.112  -8.233
    2    HA   LYS  22           HA       LYS  22  21.198  -9.353 -10.260
    3    HB2  LYS  22           HB2      LYS  22  20.578  -8.893  -7.800
    4    HB3  LYS  22           HB3      LYS  22  21.693  -7.548  -7.934
    5    HG2  LYS  22           HG2      LYS  22  20.172  -7.193 -10.157
    6    HG3  LYS  22           HG3      LYS  22  18.999  -7.887  -9.037
    7    HD2  LYS  22           HD2      LYS  22  20.276  -6.116  -7.453
    8    HD3  LYS  22           HD3      LYS  22  20.320  -5.266  -9.010
    9    HE2  LYS  22           HE2      LYS  22  17.872  -6.341  -7.601
   10    HE3  LYS  22           HE3      LYS  22  18.331  -4.648  -7.762
   11    HZ3  LYS  22           HZ1      LYS  22  18.047  -4.806 -10.134
   12    HZ2  LYS  22           HZ2      LYS  22  16.630  -5.314  -9.365
   13    HZ1  LYS  22           HZ3      LYS  22  17.685  -6.456 -10.029

  No H/Q in entry =          13
  In of MODEL    2
    1    H    TYR  23           H        TYR  23  22.321  -6.585  -9.130
    2    HA   TYR  23           HA       TYR  23  24.618  -6.265 -10.761
    3    HB2  TYR  23           HB2      TYR  23  22.994  -4.431 -12.020
    4    HB3  TYR  23           HB3      TYR  23  23.554  -5.947 -12.722
    5    HD1  TYR  23           HD1      TYR  23  21.921  -8.027 -12.207
    6    HD2  TYR  23           HD2      TYR  23  20.746  -3.997 -11.928
    7    HE1  TYR  23           HE1      TYR  23  19.611  -8.747 -12.435
    8    HE2  TYR  23           HE2      TYR  23  18.391  -4.683 -12.153
    9    HH   TYR  23           HH       TYR  23  17.500  -8.114 -12.490

  No H/Q in entry =           9
  In of MODEL    2
    1    HA   PRO  24           HA       PRO  24  24.835  -2.369  -8.297
    2    HB2  PRO  24           HB2      PRO  24  25.944  -1.146 -10.773
    3    HB3  PRO  24           HB3      PRO  24  26.676  -1.222  -9.168
    4    HG2  PRO  24           HG2      PRO  24  27.615  -2.698 -11.198
    5    HG3  PRO  24           HG3      PRO  24  27.589  -3.319  -9.538
    6    HD2  PRO  24           HD2      PRO  24  25.789  -3.959 -11.835
    7    HD3  PRO  24           HD3      PRO  24  26.388  -5.017 -10.540

  No H/Q in entry =           7
  In of MODEL    2
    1    H    SER  25           H        SER  25  24.081  -0.433  -8.575
    2    HA   SER  25           HA       SER  25  21.328  -0.648  -9.220
    3    HB2  SER  25           HB2      SER  25  21.705   1.708  -7.844
    4    HB3  SER  25           HB3      SER  25  21.260   0.138  -7.182
    5    HG   SER  25           HG       SER  25  23.769   1.393  -7.271

  No H/Q in entry =           5
  In of MODEL    2
    1    H    LYS  26           H        LYS  26  20.119   1.068  -9.620
    2    HA   LYS  26           HA       LYS  26  19.461   3.018 -10.825
    3    HB2  LYS  26           HB2      LYS  26  21.835   3.684 -11.427
    4    HB3  LYS  26           HB3      LYS  26  21.926   2.373 -12.593
    5    HG2  LYS  26           HG2      LYS  26  20.085   3.435 -13.971
    6    HG3  LYS  26           HG3      LYS  26  19.864   4.686 -12.751
    7    HD2  LYS  26           HD2      LYS  26  22.224   5.495 -13.253
    8    HD3  LYS  26           HD3      LYS  26  22.401   4.199 -14.451
    9    HE2  LYS  26           HE2      LYS  26  20.370   5.069 -15.719
   10    HE3  LYS  26           HE3      LYS  26  20.193   6.390 -14.552
   11    HZ1  LYS  26           HZ1      LYS  26  22.797   5.985 -15.901
   12    HZ2  LYS  26           HZ2      LYS  26  21.592   6.765 -16.694
   13    HZ3  LYS  26           HZ3      LYS  26  22.094   7.349 -15.206

  No H/Q in entry =          13
  In of MODEL    2
    1    H    SER  27           H        SER  27  20.113  -0.153 -11.210
    2    HA   SER  27           HA       SER  27  18.932  -0.636 -13.739
    3    HB2  SER  27           HB2      SER  27  19.177  -3.028 -12.486
    4    HB3  SER  27           HB3      SER  27  20.524  -2.216 -13.283
    5    HG   SER  27           HG       SER  27  21.332  -2.517 -11.292

  No H/Q in entry =           5
  In of MODEL    2
    1    H    THR  28           H        THR  28  16.827   0.066 -13.636
    2    HA   THR  28           HA       THR  28  15.008  -1.225 -11.710
    3    HB   THR  28           HB       THR  28  14.444   1.131 -12.075
    4    HG1  THR  28           HG1      THR  28  12.479   0.319 -12.144
    5   HG22  THR  28          HG21      THR  28  14.059   2.052 -14.328
    6   HG21  THR  28          HG22      THR  28  14.596   0.525 -15.032
    7   HG23  THR  28          HG23      THR  28  15.724   1.518 -14.108

  No H/Q in entry =           7
  In of MODEL    2
    1    H    LEU  29           H        LEU  29  13.204  -2.176 -12.757
    2    HA   LEU  29           HA       LEU  29  14.166  -4.085 -14.737
    3    HB2  LEU  29           HB2      LEU  29  12.744  -5.529 -12.687
    4    HB3  LEU  29           HB3      LEU  29  14.383  -5.787 -13.244
    5    HG   LEU  29           HG       LEU  29  13.454  -4.123 -10.884
    6   HD11  LEU  29          HD11      LEU  29  13.741  -6.666 -10.725
    7   HD13  LEU  29          HD12      LEU  29  14.547  -5.651  -9.524
    8   HD12  LEU  29          HD13      LEU  29  15.476  -6.335 -10.866
    9   HD21  LEU  29          HD21      LEU  29  15.352  -3.078 -12.137
   10   HD23  LEU  29          HD22      LEU  29  16.307  -4.508 -11.720
   11   HD22  LEU  29          HD23      LEU  29  15.659  -3.465 -10.442

  No H/Q in entry =          11
  In of MODEL    2
    1    H    ILE  30           H        ILE  30  11.602  -2.538 -13.065
    2    HA   ILE  30           HA       ILE  30   9.604  -3.108 -14.915
    3    HB   ILE  30           HB       ILE  30   8.332  -4.500 -12.845
    4   HG12  ILE  30          HG12      ILE  30  10.486  -6.389 -13.305
    5   HG13  ILE  30          HG13      ILE  30  11.055  -4.949 -12.480
    6   HG22  ILE  30          HG21      ILE  30   8.589  -6.512 -14.438
    7   HG21  ILE  30          HG22      ILE  30   9.361  -5.349 -15.516
    8   HG23  ILE  30          HG23      ILE  30   7.701  -5.089 -14.977
    9   HD11  ILE  30          HD11      ILE  30   9.254  -5.312 -10.783
   10   HD13  ILE  30          HD12      ILE  30  10.524  -6.550 -10.832
   11   HD12  ILE  30          HD13      ILE  30   8.943  -6.871 -11.559

  No H/Q in entry =          11
  In of MODEL    2
    1    H    HIS  31           H        HIS  31   8.906  -1.305 -14.765
    2    HA   HIS  31           HA       HIS  31   6.798  -0.560 -13.027
    3    HB2  HIS  31           HB2      HIS  31   8.274   0.158 -11.333
    4    HB3  HIS  31           HB3      HIS  31   9.601   0.196 -12.470
    5    HD1  HIS  31           HD1      HIS  31   7.285   2.418 -10.712
    6    HD2  HIS  31           HD2      HIS  31   9.810   2.709 -14.010
    7    HE1  HIS  31           HE1      HIS  31   7.430   4.851 -11.249
    8    HE2  HIS  31           HE2      HIS  31   8.743   4.979 -13.400

  No H/Q in entry =           8
  In of MODEL    2
    1    H    GLN  32           H        GLN  32   7.426  -0.735 -15.907
    2    HA   GLN  32           HA       GLN  32   6.940   2.136 -16.532
    3    HB2  GLN  32           HB2      GLN  32   9.255   1.730 -17.176
    4    HB3  GLN  32           HB3      GLN  32   8.812   0.265 -18.041
    5    HG2  GLN  32           HG2      GLN  32   7.324   2.527 -19.016
    6    HG3  GLN  32           HG3      GLN  32   9.056   2.845 -19.084
    7   HE21  GLN  32          HE21      GLN  32   9.787   0.085 -19.460
    8   HE22  GLN  32          HE22      GLN  32   9.344  -0.331 -21.077

  No H/Q in entry =           8
  In of MODEL    2
    1    H    GLY  33           H        GLY  33   5.961  -1.082 -16.699
    2    HA3  GLY  33           HA2      GLY  33   3.552  -1.200 -17.595
    3    HA2  GLY  33           HA3      GLY  33   4.263  -0.460 -19.021

  No H/Q in entry =           3
  In of MODEL    2
    1    H    GLU  34           H        GLU  34   6.242  -2.684 -17.371
    2    HA   GLU  34           HA       GLU  34   6.116  -4.698 -19.491
    3    HB2  GLU  34           HB2      GLU  34   7.656  -4.822 -16.915
    4    HB3  GLU  34           HB3      GLU  34   8.044  -5.576 -18.443
    5    HG2  GLU  34           HG2      GLU  34   9.549  -3.897 -18.499
    6    HG3  GLU  34           HG3      GLU  34   8.178  -3.038 -19.195

  No H/Q in entry =           6
  In of MODEL    2
    1    H    LYS  35           H        LYS  35   4.761  -6.394 -19.277
    2    HA   LYS  35           HA       LYS  35   3.185  -6.939 -17.061
    3    HB2  LYS  35           HB2      LYS  35   3.959  -8.536 -19.467
    4    HB3  LYS  35           HB3      LYS  35   3.152  -9.359 -18.137
    5    HG2  LYS  35           HG2      LYS  35   1.321  -7.692 -18.274
    6    HG3  LYS  35           HG3      LYS  35   2.107  -6.999 -19.694
    7    HD2  LYS  35           HD2      LYS  35   1.882  -9.139 -20.863
    8    HD3  LYS  35           HD3      LYS  35   1.109  -9.837 -19.437
    9    HE2  LYS  35           HE2      LYS  35  -0.692  -8.167 -19.624
   10    HE3  LYS  35           HE3      LYS  35   0.069  -7.532 -21.081
   11    HZ1  LYS  35           HZ1      LYS  35  -0.813 -10.346 -20.821
   12    HZ3  LYS  35           HZ2      LYS  35  -0.361  -9.528 -22.231
   13    HZ2  LYS  35           HZ3      LYS  35  -1.801  -9.123 -21.443

  No H/Q in entry =          13
  In of MODEL    2
    1    H    ALA  36           H        ALA  36   3.929  -7.424 -15.034
    2    HA   ALA  36           HA       ALA  36   6.569  -8.411 -14.706
    3    HB3  ALA  36           HB1      ALA  36   4.885  -8.609 -12.363
    4    HB1  ALA  36           HB2      ALA  36   4.759  -7.036 -13.161
    5    HB2  ALA  36           HB3      ALA  36   6.334  -7.643 -12.641

  No H/Q in entry =           5
  In of MODEL    2
    1    H    GLU  37           H        GLU  37   6.720 -10.395 -15.703
    2    HA   GLU  37           HA       GLU  37   5.173 -12.617 -14.550
    3    HB2  GLU  37           HB2      GLU  37   6.934 -12.634 -17.004
    4    HB3  GLU  37           HB3      GLU  37   5.841 -13.906 -16.485
    5    HG2  GLU  37           HG2      GLU  37   3.933 -12.565 -16.985
    6    HG3  GLU  37           HG3      GLU  37   4.947 -11.154 -17.296

  No H/Q in entry =           6
  In of MODEL    2
    1    H    THR  38           H        THR  38   8.274 -11.192 -14.743
    2    HA   THR  38           HA       THR  38   9.546 -13.566 -13.581
    3    HB   THR  38           HB       THR  38  10.768 -12.874 -15.494
    4    HG1  THR  38           HG1      THR  38  12.759 -12.153 -14.535
    5   HG21  THR  38          HG21      THR  38  10.626 -10.068 -14.397
    6   HG23  THR  38          HG22      THR  38   9.839 -10.682 -15.852
    7   HG22  THR  38          HG23      THR  38  11.597 -10.553 -15.786

  No H/Q in entry =           7
  In of MODEL    2
    1    H    LEU  39           H        LEU  39  10.250 -13.515 -11.541
    2    HA   LEU  39           HA       LEU  39   9.746 -11.050 -10.070
    3    HB2  LEU  39           HB2      LEU  39   8.687 -12.320  -8.586
    4    HB3  LEU  39           HB3      LEU  39   8.999 -13.724  -9.587
    5    HG   LEU  39           HG       LEU  39  11.290 -13.039  -7.922
    6   HD13  LEU  39          HD11      LEU  39  10.355 -13.583  -5.791
    7   HD12  LEU  39          HD12      LEU  39   8.772 -13.890  -6.503
    8   HD11  LEU  39          HD13      LEU  39   9.416 -12.249  -6.462
    9   HD21  LEU  39          HD21      LEU  39   9.559 -15.484  -8.262
   10   HD23  LEU  39          HD22      LEU  39  11.084 -15.433  -7.370
   11   HD22  LEU  39          HD23      LEU  39  11.067 -15.133  -9.109

  No H/Q in entry =          11
  In of MODEL    2
    1    H    TYR  40           H        TYR  40  11.385 -10.385  -8.429
    2    HA   TYR  40           HA       TYR  40  13.986 -11.656  -8.884
    3    HB2  TYR  40           HB2      TYR  40  13.541  -8.682  -8.598
    4    HB3  TYR  40           HB3      TYR  40  15.062  -9.479  -8.955
    5    HD1  TYR  40           HD1      TYR  40  15.737  -9.679 -11.134
    6    HD2  TYR  40           HD2      TYR  40  11.641  -8.874 -10.401
    7    HE1  TYR  40           HE1      TYR  40  15.385  -9.323 -13.533
    8    HE2  TYR  40           HE2      TYR  40  11.267  -8.528 -12.808
    9    HH   TYR  40           HH       TYR  40  12.903  -7.787 -14.838

  No H/Q in entry =           9
  In of MODEL    2
    1    H    TYR  41           H        TYR  41  14.027 -12.660  -6.827
    2    HA   TYR  41           HA       TYR  41  13.203 -11.106  -4.528
    3    HB2  TYR  41           HB2      TYR  41  12.524 -13.488  -4.828
    4    HB3  TYR  41           HB3      TYR  41  14.216 -13.948  -4.709
    5    HD1  TYR  41           HD1      TYR  41  13.460 -11.220  -2.574
    6    HD2  TYR  41           HD2      TYR  41  13.210 -15.430  -2.887
    7    HE1  TYR  41           HE1      TYR  41  13.220 -11.375  -0.148
    8    HE2  TYR  41           HE2      TYR  41  12.945 -15.606  -0.485
    9    HH   TYR  41           HH       TYR  41  13.644 -14.124   1.568

  No H/Q in entry =           9
  In of MODEL    2
    1    H    ILE  42           H        ILE  42  14.761  -9.630  -4.046
    2    HA   ILE  42           HA       ILE  42  17.482  -9.975  -4.430
    3    HB   ILE  42           HB       ILE  42  16.760  -8.417  -2.038
    4   HG12  ILE  42          HG12      ILE  42  15.790  -7.741  -4.817
    5   HG13  ILE  42          HG13      ILE  42  14.877  -7.720  -3.310
    6   HG21  ILE  42          HG21      ILE  42  19.011  -8.553  -2.978
    7   HG23  ILE  42          HG22      ILE  42  18.379  -6.908  -3.033
    8   HG22  ILE  42          HG23      ILE  42  18.413  -7.888  -4.497
    9   HD12  ILE  42          HD11      ILE  42  15.483  -5.473  -4.193
   10   HD11  ILE  42          HD12      ILE  42  17.173  -5.878  -3.903
   11   HD13  ILE  42          HD13      ILE  42  16.046  -5.786  -2.548

  No H/Q in entry =          11
  In of MODEL    2
    1    H    VAL  43           H        VAL  43  19.176 -10.496  -3.059
    2    HA   VAL  43           HA       VAL  43  18.388 -12.169  -0.774
    3    HB   VAL  43           HB       VAL  43  20.581 -12.719  -2.770
    4   HG13  VAL  43          HG11      VAL  43  21.373 -14.113  -1.263
    5   HG12  VAL  43          HG12      VAL  43  19.858 -15.019  -1.368
    6   HG11  VAL  43          HG13      VAL  43  20.047 -13.747  -0.160
    7   HG23  VAL  43          HG21      VAL  43  19.005 -14.691  -3.270
    8   HG22  VAL  43          HG22      VAL  43  18.608 -13.102  -3.929
    9   HG21  VAL  43          HG23      VAL  43  17.767 -13.700  -2.498

  No H/Q in entry =           9
  In of MODEL    2
    1    H    LYS  44           H        LYS  44  20.023  -9.608  -1.847
    2    HA   LYS  44           HA       LYS  44  21.369  -8.769   0.493
    3    HB2  LYS  44           HB2      LYS  44  22.843 -10.604  -1.141
    4    HB3  LYS  44           HB3      LYS  44  23.460  -9.008  -1.519
    5    HG2  LYS  44           HG2      LYS  44  23.201  -9.681   1.352
    6    HG3  LYS  44           HG3      LYS  44  24.447 -10.531   0.436
    7    HD2  LYS  44           HD2      LYS  44  24.293  -7.616   0.004
    8    HD3  LYS  44           HD3      LYS  44  24.822  -8.130   1.607
    9    HE2  LYS  44           HE2      LYS  44  26.021  -9.208  -0.934
   10    HE3  LYS  44           HE3      LYS  44  26.641  -7.771  -0.123
   11    HZ2  LYS  44           HZ1      LYS  44  26.486 -10.511   1.012
   12    HZ1  LYS  44           HZ2      LYS  44  26.969  -9.144   1.876
   13    HZ3  LYS  44           HZ3      LYS  44  27.889  -9.681   0.564

  No H/Q in entry =          13
  In of MODEL    2
    1    H    GLY  45           H        GLY  45  21.986  -6.783   0.143
    2    HA3  GLY  45           HA2      GLY  45  21.566  -4.626  -0.336
    3    HA2  GLY  45           HA3      GLY  45  22.147  -5.094  -1.929

  No H/Q in entry =           3
  In of MODEL    2
    1    H    SER  46           H        SER  46  20.394  -3.278  -2.545
    2    HA   SER  46           HA       SER  46  17.941  -4.583  -2.790
    3    HB2  SER  46           HB2      SER  46  16.659  -3.047  -1.214
    4    HB3  SER  46           HB3      SER  46  17.596  -4.368  -0.530
    5    HG   SER  46           HG       SER  46  17.802  -1.744  -0.079

  No H/Q in entry =           5
  In of MODEL    2
    1    H    VAL  47           H        VAL  47  16.108  -2.684  -2.884
    2    HA   VAL  47           HA       VAL  47  17.165  -0.909  -4.954
    3    HB   VAL  47           HB       VAL  47  15.385  -1.461  -6.449
    4   HG11  VAL  47          HG11      VAL  47  17.465  -2.851  -6.345
    5   HG13  VAL  47          HG12      VAL  47  16.062  -3.716  -6.979
    6   HG12  VAL  47          HG13      VAL  47  16.590  -3.981  -5.309
    7   HG23  VAL  47          HG21      VAL  47  14.061  -3.607  -5.639
    8   HG22  VAL  47          HG22      VAL  47  13.503  -1.981  -5.239
    9   HG21  VAL  47          HG23      VAL  47  14.410  -2.925  -4.048

  No H/Q in entry =           9
  In of MODEL    2
    1    H    ALA  48           H        ALA  48  15.219   0.441  -5.842
    2    HA   ALA  48           HA       ALA  48  13.961   1.704  -3.496
    3    HB3  ALA  48           HB1      ALA  48  14.080   3.804  -4.883
    4    HB2  ALA  48           HB2      ALA  48  15.125   2.920  -5.995
    5    HB1  ALA  48           HB3      ALA  48  15.637   3.186  -4.329

  No H/Q in entry =           5
  In of MODEL    2
    1    H    VAL  49           H        VAL  49  12.050   0.839  -3.596
    2    HA   VAL  49           HA       VAL  49  10.622   0.166  -5.926
    3    HB   VAL  49           HB       VAL  49   9.834   0.482  -3.033
    4   HG11  VAL  49          HG11      VAL  49   8.022   0.770  -4.928
    5   HG13  VAL  49          HG12      VAL  49   7.697  -0.151  -3.458
    6   HG12  VAL  49          HG13      VAL  49   8.131  -0.990  -4.949
    7   HG21  VAL  49          HG21      VAL  49  10.255  -1.907  -4.808
    8   HG23  VAL  49          HG22      VAL  49   9.745  -1.961  -3.117
    9   HG22  VAL  49          HG23      VAL  49  11.347  -1.347  -3.538

  No H/Q in entry =           9
  In of MODEL    2
    1    H    LEU  50           H        LEU  50   9.218   1.349  -7.107
    2    HA   LEU  50           HA       LEU  50   8.334   3.891  -6.130
    3    HB2  LEU  50           HB2      LEU  50   9.201   5.215  -7.832
    4    HB3  LEU  50           HB3      LEU  50  10.524   4.217  -7.282
    5    HG   LEU  50           HG       LEU  50   9.002   3.996  -9.856
    6   HD11  LEU  50          HD11      LEU  50  11.858   4.522  -9.090
    7   HD13  LEU  50          HD12      LEU  50  10.713   5.659  -9.838
    8   HD12  LEU  50          HD13      LEU  50  11.297   4.257 -10.744
    9   HD22  LEU  50          HD21      LEU  50   9.357   1.760  -9.012
   10   HD21  LEU  50          HD22      LEU  50  11.057   2.121  -8.715
   11   HD23  LEU  50          HD23      LEU  50  10.434   2.092 -10.366

  No H/Q in entry =          11
  In of MODEL    2
    1    H    ILE  51           H        ILE  51   6.543   4.780  -7.093
    2    HA   ILE  51           HA       ILE  51   5.138   2.839  -8.801
    3    HB   ILE  51           HB       ILE  51   3.041   3.776  -7.620
    4   HG12  ILE  51          HG12      ILE  51   3.561   4.148  -5.162
    5   HG13  ILE  51          HG13      ILE  51   5.231   4.395  -5.653
    6   HG23  ILE  51          HG21      ILE  51   3.395   1.501  -7.422
    7   HG22  ILE  51          HG22      ILE  51   3.542   2.009  -5.738
    8   HG21  ILE  51          HG23      ILE  51   4.988   1.708  -6.699
    9   HD12  ILE  51          HD11      ILE  51   2.863   6.035  -6.510
   10   HD11  ILE  51          HD12      ILE  51   4.526   6.277  -7.045
   11   HD13  ILE  51          HD13      ILE  51   4.104   6.504  -5.348

  No H/Q in entry =          11
  In of MODEL    2
    1    H    LYS  52           H        LYS  52   3.043   3.789  -9.623
    2    HA   LYS  52           HA       LYS  52   3.647   6.413 -10.792
    3    HB2  LYS  52           HB2      LYS  52   1.740   4.391 -11.937
    4    HB3  LYS  52           HB3      LYS  52   2.418   5.806 -12.726
    5    HG2  LYS  52           HG2      LYS  52   4.690   4.605 -12.295
    6    HG3  LYS  52           HG3      LYS  52   3.680   3.169 -12.149
    7    HD2  LYS  52           HD2      LYS  52   3.662   2.990 -14.367
    8    HD3  LYS  52           HD3      LYS  52   2.829   4.546 -14.471
    9    HE2  LYS  52           HE2      LYS  52   5.230   5.522 -14.157
   10    HE3  LYS  52           HE3      LYS  52   5.746   3.928 -14.698
   11    HZ3  LYS  52           HZ1      LYS  52   4.860   4.258 -16.784
   12    HZ2  LYS  52           HZ2      LYS  52   5.422   5.810 -16.403
   13    HZ1  LYS  52           HZ3      LYS  52   3.773   5.450 -16.269

  No H/Q in entry =          13
  In of MODEL    2
    1    H    ASP  53           H        ASP  53   2.245   8.021 -10.645
    2    HA   ASP  53           HA       ASP  53   0.090   7.740  -8.707
    3    HB2  ASP  53           HB2      ASP  53   1.942   9.635  -8.829
    4    HB3  ASP  53           HB3      ASP  53   0.799  10.391  -9.933

  No H/Q in entry =           4
  In of MODEL    2
    1    H    GLU  54           H        GLU  54  -1.424  10.032  -9.610
    2    HA   GLU  54           HA       GLU  54  -3.033   8.773 -11.727
    3    HB2  GLU  54           HB2      GLU  54  -3.929   9.450  -9.428
    4    HB3  GLU  54           HB3      GLU  54  -3.686  11.107  -9.955
    5    HG2  GLU  54           HG2      GLU  54  -5.267  10.834 -11.723
    6    HG3  GLU  54           HG3      GLU  54  -5.410   9.106 -11.370

  No H/Q in entry =           6
  In of MODEL    2
    1    H    GLU  55           H        GLU  55  -0.536  11.107 -11.258
    2    HA   GLU  55           HA       GLU  55  -1.361  12.538 -13.733
    3    HB2  GLU  55           HB2      GLU  55  -0.632  14.543 -12.849
    4    HB3  GLU  55           HB3      GLU  55  -1.129  13.736 -11.369
    5    HG2  GLU  55           HG2      GLU  55   1.522  12.976 -11.781
    6    HG3  GLU  55           HG3      GLU  55   1.451  14.706 -12.116

  No H/Q in entry =           6
  In of MODEL    2
    1    H    GLY  56           H        GLY  56   0.257   9.989 -12.944
    2    HA3  GLY  56           HA2      GLY  56   1.898   8.948 -14.230
    3    HA2  GLY  56           HA3      GLY  56   2.240  10.500 -14.978

  No H/Q in entry =           3
  In of MODEL    2
    1    H    LYS  57           H        LYS  57   2.254  10.401 -11.410
    2    HA   LYS  57           HA       LYS  57   5.013  11.112 -11.539
    3    HB2  LYS  57           HB2      LYS  57   2.824  11.628  -9.861
    4    HB3  LYS  57           HB3      LYS  57   3.836  10.532  -8.937
    5    HG2  LYS  57           HG2      LYS  57   5.620  12.038  -8.885
    6    HG3  LYS  57           HG3      LYS  57   4.955  13.004 -10.204
    7    HD2  LYS  57           HD2      LYS  57   4.726  14.019  -7.912
    8    HD3  LYS  57           HD3      LYS  57   3.221  13.861  -8.817
    9    HE2  LYS  57           HE2      LYS  57   3.585  11.474  -7.324
   10    HE3  LYS  57           HE3      LYS  57   3.880  12.829  -6.239
   11    HZ3  LYS  57           HZ1      LYS  57   1.741  13.537  -6.396
   12    HZ2  LYS  57           HZ2      LYS  57   1.467  11.883  -6.667
   13    HZ1  LYS  57           HZ3      LYS  57   1.523  12.964  -7.976

  No H/Q in entry =          13
  In of MODEL    2
    1    H    GLU  58           H        GLU  58   6.505   9.485 -11.554
    2    HA   GLU  58           HA       GLU  58   5.716   6.926 -10.396
    3    HB2  GLU  58           HB2      GLU  58   7.951   6.538 -12.042
    4    HB3  GLU  58           HB3      GLU  58   6.310   6.017 -12.379
    5    HG2  GLU  58           HG2      GLU  58   5.932   8.218 -13.498
    6    HG3  GLU  58           HG3      GLU  58   7.656   8.545 -13.299

  No H/Q in entry =           6
  In of MODEL    2
    1    H    MET  59           H        MET  59   6.480   7.636  -8.201
    2    HA   MET  59           HA       MET  59   9.224   8.549  -8.227
    3    HB2  MET  59           HB2      MET  59   6.981   8.957  -6.260
    4    HB3  MET  59           HB3      MET  59   8.587   9.661  -6.169
    5    HG2  MET  59           HG2      MET  59   8.076  11.004  -8.147
    6    HG3  MET  59           HG3      MET  59   6.462  10.284  -8.194
    7    HE1  MET  59           HE1      MET  59   8.177  10.867  -4.789
    8    HE3  MET  59           HE2      MET  59   6.576  10.137  -4.700
    9    HE2  MET  59           HE3      MET  59   6.860  11.736  -4.006

  No H/Q in entry =           9
  In of MODEL    2
    1    H    ILE  60           H        ILE  60  10.458   7.645  -6.649
    2    HA   ILE  60           HA       ILE  60  10.001   5.121  -5.668
    3    HB   ILE  60           HB       ILE  60  11.613   7.345  -4.434
    4   HG12  ILE  60          HG12      ILE  60  12.392   5.085  -6.277
    5   HG13  ILE  60          HG13      ILE  60  12.312   6.799  -6.695
    6   HG21  ILE  60          HG21      ILE  60  11.649   4.387  -3.878
    7   HG23  ILE  60          HG22      ILE  60  11.193   5.675  -2.763
    8   HG22  ILE  60          HG23      ILE  60  12.864   5.532  -3.309
    9   HD13  ILE  60          HD11      ILE  60  14.127   7.320  -5.365
   10   HD12  ILE  60          HD12      ILE  60  14.579   5.818  -6.174
   11   HD11  ILE  60          HD13      ILE  60  14.039   5.791  -4.490

  No H/Q in entry =          11
  In of MODEL    2
    1    H    LEU  61           H        LEU  61   8.544   4.408  -4.263
    2    HA   LEU  61           HA       LEU  61   7.463   6.311  -2.298
    3    HB2  LEU  61           HB2      LEU  61   5.344   5.361  -2.473
    4    HB3  LEU  61           HB3      LEU  61   5.919   5.383  -4.121
    5    HG   LEU  61           HG       LEU  61   4.747   3.366  -3.849
    6   HD13  LEU  61          HD11      LEU  61   6.370   1.655  -4.268
    7   HD12  LEU  61          HD12      LEU  61   7.650   2.673  -3.606
    8   HD11  LEU  61          HD13      LEU  61   6.819   3.148  -5.089
    9   HD23  LEU  61          HD21      LEU  61   5.676   1.676  -2.087
   10   HD22  LEU  61          HD22      LEU  61   4.447   2.870  -1.658
   11   HD21  LEU  61          HD23      LEU  61   6.138   3.157  -1.245

  No H/Q in entry =          11
  In of MODEL    2
    1    H    SER  62           H        SER  62   9.295   3.620  -2.851
    2    HA   SER  62           HA       SER  62   9.634   3.113  -0.064
    3    HB2  SER  62           HB2      SER  62   7.554   1.803  -0.568
    4    HB3  SER  62           HB3      SER  62   8.466   0.857  -1.740
    5    HG   SER  62           HG       SER  62   8.946  -0.346  -0.091

  No H/Q in entry =           5
  In of MODEL    2
    1    H    TYR  63           H        TYR  63  10.935   0.912   0.032
    2    HA   TYR  63           HA       TYR  63  12.694   0.358  -2.019
    3    HB2  TYR  63           HB2      TYR  63  14.440   1.134   0.160
    4    HB3  TYR  63           HB3      TYR  63  14.650   1.410  -1.561
    5    HD1  TYR  63           HD1      TYR  63  12.604   2.733   1.278
    6    HD2  TYR  63           HD2      TYR  63  14.798   3.599  -2.244
    7    HE1  TYR  63           HE1      TYR  63  12.315   5.130   1.714
    8    HE2  TYR  63           HE2      TYR  63  14.512   6.005  -1.831
    9    HH   TYR  63           HH       TYR  63  13.061   7.510  -0.605

  No H/Q in entry =           9
  In of MODEL    2
    1    H    LEU  64           H        LEU  64  14.379  -1.056  -1.087
    2    HA   LEU  64           HA       LEU  64  13.026  -2.958   0.686
    3    HB2  LEU  64           HB2      LEU  64  14.816  -3.773  -1.577
    4    HB3  LEU  64           HB3      LEU  64  13.751  -4.751  -0.597
    5    HG   LEU  64           HG       LEU  64  12.874  -2.746  -2.661
    6   HD12  LEU  64          HD11      LEU  64  12.483  -5.710  -2.663
    7   HD11  LEU  64          HD12      LEU  64  13.938  -4.966  -3.315
    8   HD13  LEU  64          HD13      LEU  64  12.366  -4.571  -4.003
    9   HD23  LEU  64          HD21      LEU  64  10.636  -3.777  -2.286
   10   HD22  LEU  64          HD22      LEU  64  11.208  -2.815  -0.922
   11   HD21  LEU  64          HD23      LEU  64  11.285  -4.577  -0.855

  No H/Q in entry =          11
  In of MODEL    2
    1    H    ASN  65           H        ASN  65  14.602  -4.719   0.991
    2    HA   ASN  65           HA       ASN  65  17.066  -3.614   2.084
    3    HB2  ASN  65           HB2      ASN  65  14.996  -5.206   3.539
    4    HB3  ASN  65           HB3      ASN  65  16.693  -5.398   3.969
    5   HD21  ASN  65          HD21      ASN  65  17.288  -2.567   3.319
    6   HD22  ASN  65          HD22      ASN  65  16.639  -1.640   4.622

  No H/Q in entry =           6
  In of MODEL    2
    1    H    GLN  66           H        GLN  66  19.084  -6.682   1.902
    2    HA   GLN  66           HA       GLN  66  19.161  -7.304   1.008
    3    HB2  GLN  66           HB2      GLN  66  20.490  -6.852   3.041
    4    HB3  GLN  66           HB3      GLN  66  20.473  -6.778   3.066
    5    HG2  GLN  66           HG2      GLN  66  19.623  -9.767   2.782
    6    HG3  GLN  66           HG3      GLN  66  18.329  -8.768   4.263
    7   HE22  GLN  66          HE21      GLN  66  23.043 -10.273   4.478
    8   HE21  GLN  66          HE22      GLN  66  22.599 -10.262   2.805

  No H/Q in entry =           8
  In of MODEL    2
    1    H    GLY  67           H        GLY  67  18.373  -9.376   0.174
    2    HA3  GLY  67           HA2      GLY  67  16.887 -11.125   0.238
    3    HA2  GLY  67           HA3      GLY  67  16.867 -10.844   1.963

  No H/Q in entry =           3
  In of MODEL    2
    1    H    ASP  68           H        ASP  68  15.682  -8.463  -0.341
    2    HA   ASP  68           HA       ASP  68  12.993  -8.854   0.750
    3    HB2  ASP  68           HB2      ASP  68  14.481  -6.550   0.338
    4    HB3  ASP  68           HB3      ASP  68  13.355  -6.572  -1.016

  No H/Q in entry =           4
  In of MODEL    2
    1    H    PHE  69           H        PHE  69  11.214  -8.409  -0.915
    2    HA   PHE  69           HA       PHE  69  11.814 -10.112  -3.199
    3    HB2  PHE  69           HB2      PHE  69   9.235  -9.197  -1.958
    4    HB3  PHE  69           HB3      PHE  69   9.308 -10.144  -3.437
    5    HD1  PHE  69           HD1      PHE  69  10.015 -12.493  -3.374
    6    HD2  PHE  69           HD2      PHE  69   9.640 -10.171   0.181
    7    HE1  PHE  69           HE1      PHE  69   9.993 -14.552  -2.031
    8    HE2  PHE  69           HE2      PHE  69   9.631 -12.230   1.527
    9    HZ   PHE  69           HZ       PHE  69   9.802 -14.424   0.421

  No H/Q in entry =           9
  In of MODEL    2
    1    H    ILE  70           H        ILE  70  10.886  -9.591  -5.305
    2    HA   ILE  70           HA       ILE  70  10.333  -6.778  -5.841
    3    HB   ILE  70           HB       ILE  70  12.703  -8.298  -6.890
    4   HG12  ILE  70          HG12      ILE  70  12.273  -5.476  -5.906
    5   HG13  ILE  70          HG13      ILE  70  13.223  -6.754  -5.151
    6   HG21  ILE  70          HG21      ILE  70  11.247  -6.067  -8.328
    7   HG23  ILE  70          HG22      ILE  70  11.514  -7.713  -8.897
    8   HG22  ILE  70          HG23      ILE  70  12.877  -6.609  -8.728
    9   HD11  ILE  70          HD11      ILE  70  14.366  -6.523  -7.640
   10   HD13  ILE  70          HD12      ILE  70  14.978  -5.809  -6.149
   11   HD12  ILE  70          HD13      ILE  70  13.957  -4.856  -7.228

  No H/Q in entry =          11
  In of MODEL    2
    1    H    GLY  71           H        GLY  71   8.944  -6.536  -7.521
    2    HA3  GLY  71           HA2      GLY  71   7.716  -7.052  -9.421
    3    HA2  GLY  71           HA3      GLY  71   8.622  -8.552  -9.559

  No H/Q in entry =           3
  In of MODEL    2
    1    H    GLU  72           H        GLU  72   7.234  -8.000  -6.457
    2    HA   GLU  72           HA       GLU  72   5.558 -10.295  -6.804
    3    HB2  GLU  72           HB2      GLU  72   4.909  -8.771  -4.434
    4    HB3  GLU  72           HB3      GLU  72   5.589 -10.385  -4.557
    5    HG2  GLU  72           HG2      GLU  72   7.141  -9.183  -3.307
    6    HG3  GLU  72           HG3      GLU  72   7.831  -9.237  -4.928

  No H/Q in entry =           6
  In of MODEL    2
    1    H    LEU  73           H        LEU  73   5.414  -6.924  -6.655
    2    HA   LEU  73           HA       LEU  73   2.718  -6.390  -6.540
    3    HB2  LEU  73           HB2      LEU  73   5.165  -5.008  -7.156
    4    HB3  LEU  73           HB3      LEU  73   3.843  -4.424  -8.156
    5    HG   LEU  73           HG       LEU  73   4.130  -3.174  -6.024
    6   HD12  LEU  73          HD11      LEU  73   1.665  -3.465  -5.410
    7   HD11  LEU  73          HD12      LEU  73   1.638  -4.683  -6.691
    8   HD13  LEU  73          HD13      LEU  73   2.051  -3.009  -7.070
    9   HD22  LEU  73          HD21      LEU  73   4.165  -4.190  -4.027
   10   HD21  LEU  73          HD22      LEU  73   4.392  -5.698  -4.916
   11   HD23  LEU  73          HD23      LEU  73   2.772  -5.195  -4.430

  No H/Q in entry =          11
  In of MODEL    2
    1    H    GLY  74           H        GLY  74   4.365  -7.892  -9.101
    2    HA3  GLY  74           HA2      GLY  74   2.094  -7.206 -10.861
    3    HA2  GLY  74           HA3      GLY  74   3.713  -7.505 -11.463

  No H/Q in entry =           3
  In of MODEL    2
    1    H    LEU  75           H        LEU  75   3.911  -9.733  -9.389
    2    HA   LEU  75           HA       LEU  75   2.616 -11.771 -11.079
    3    HB2  LEU  75           HB2      LEU  75   4.403 -13.132 -10.572
    4    HB3  LEU  75           HB3      LEU  75   5.176 -11.577 -10.339
    5    HG   LEU  75           HG       LEU  75   4.170 -11.975  -7.863
    6   HD12  LEU  75          HD11      LEU  75   4.996 -14.719  -8.805
    7   HD11  LEU  75          HD12      LEU  75   3.339 -14.218  -8.473
    8   HD13  LEU  75          HD13      LEU  75   4.527 -14.254  -7.171
    9   HD23  LEU  75          HD21      LEU  75   6.815 -13.039  -8.848
   10   HD22  LEU  75          HD22      LEU  75   6.413 -12.598  -7.188
   11   HD21  LEU  75          HD23      LEU  75   6.475 -11.357  -8.441

  No H/Q in entry =          11
  In of MODEL    2
    1    H    PHE  76           H        PHE  76   2.906 -10.583  -7.876
    2    HA   PHE  76           HA       PHE  76   1.311 -12.692  -6.671
    3    HB2  PHE  76           HB2      PHE  76   3.548 -12.022  -5.800
    4    HB3  PHE  76           HB3      PHE  76   2.911 -10.421  -5.481
    5    HD1  PHE  76           HD1      PHE  76   0.909 -13.397  -4.819
    6    HD2  PHE  76           HD2      PHE  76   3.570 -10.499  -3.233
    7    HE1  PHE  76           HE1      PHE  76   0.330 -14.134  -2.541
    8    HE2  PHE  76           HE2      PHE  76   2.997 -11.224  -0.944
    9    HZ   PHE  76           HZ       PHE  76   1.377 -13.044  -0.600

  No H/Q in entry =           9
  In of MODEL    2
    1    H    GLU  77           H        GLU  77   1.371  -9.191  -7.234
    2    HA   GLU  77           HA       GLU  77  -0.915  -8.623  -5.686
    3    HB2  GLU  77           HB2      GLU  77   0.563  -6.813  -6.322
    4    HB3  GLU  77           HB3      GLU  77   0.268  -7.119  -8.027
    5    HG2  GLU  77           HG2      GLU  77  -2.187  -6.618  -6.530
    6    HG3  GLU  77           HG3      GLU  77  -1.043  -5.277  -6.450

  No H/Q in entry =           6
  In of MODEL    2
    1    H    GLU  78           H        GLU  78  -0.296  -9.440  -9.036
    2    HA   GLU  78           HA       GLU  78  -1.541 -10.768 -10.334
    3    HB2  GLU  78           HB2      GLU  78  -3.372 -10.931  -8.458
    4    HB3  GLU  78           HB3      GLU  78  -4.159  -9.654  -9.382
    5    HG2  GLU  78           HG2      GLU  78  -3.664 -11.276 -11.395
    6    HG3  GLU  78           HG3      GLU  78  -3.638 -12.486 -10.112

  No H/Q in entry =           6
  In of MODEL    2
    1    H    GLY  79           H        GLY  79  -0.285  -8.337 -10.458
    2    HA3  GLY  79           HA2      GLY  79  -1.837  -6.256 -11.643
    3    HA2  GLY  79           HA3      GLY  79  -0.095  -6.378 -11.597

  No H/Q in entry =           3
  In of MODEL    2
    1    H    GLN  80           H        GLN  80   0.875  -7.993 -13.097
    2    HA   GLN  80           HA       GLN  80   1.265  -8.734 -15.123
    3    HB2  GLN  80           HB2      GLN  80  -1.677  -9.128 -14.956
    4    HB3  GLN  80           HB3      GLN  80  -0.902  -9.307 -16.523
    5    HG2  GLN  80           HG2      GLN  80  -0.634 -11.435 -15.885
    6    HG3  GLN  80           HG3      GLN  80   0.738 -10.805 -14.978
    7   HE21  GLN  80          HE21      GLN  80   0.635 -10.711 -12.755
    8   HE22  GLN  80          HE22      GLN  80  -0.646 -11.433 -11.849

  No H/Q in entry =           8
  In of MODEL    2
    1    H    GLU  81           H        GLU  81   1.976  -6.526 -15.258
    2    HA   GLU  81           HA       GLU  81   2.002  -5.136 -17.419
    3    HB2  GLU  81           HB2      GLU  81  -0.691  -4.944 -16.771
    4    HB3  GLU  81           HB3      GLU  81  -0.017  -3.417 -16.212
    5    HG2  GLU  81           HG2      GLU  81   0.567  -2.731 -18.310
    6    HG3  GLU  81           HG3      GLU  81   0.687  -4.374 -18.934

  No H/Q in entry =           6
  In of MODEL    2
    1    H    ARG  82           H        ARG  82   3.694  -5.345 -15.473
    2    HA   ARG  82           HA       ARG  82   5.139  -4.365 -14.094
    3    HB2  ARG  82           HB2      ARG  82   5.938  -2.632 -15.195
    4    HB3  ARG  82           HB3      ARG  82   4.425  -2.498 -16.066
    5    HG2  ARG  82           HG2      ARG  82   4.418  -1.228 -13.417
    6    HG3  ARG  82           HG3      ARG  82   5.564  -0.536 -14.564
    7    HD2  ARG  82           HD2      ARG  82   3.929   0.258 -15.933
    8    HD3  ARG  82           HD3      ARG  82   2.826  -1.066 -15.564
    9    HE   ARG  82           HE       ARG  82   3.327   1.086 -13.622
   10   HH11  ARG  82          HH11      ARG  82   1.117  -0.818 -15.564
   11   HH12  ARG  82          HH12      ARG  82  -0.302  -0.157 -14.818
   12   HH21  ARG  82          HH21      ARG  82   1.437   1.948 -12.635
   13   HH22  ARG  82          HH22      ARG  82  -0.123   1.407 -13.160

  No H/Q in entry =          13
  In of MODEL    2
    1    H    SER  83           H        SER  83   2.408  -2.129 -13.859
    2    HA   SER  83           HA       SER  83   1.239  -1.254 -12.162
    3    HB2  SER  83           HB2      SER  83   2.193  -3.634 -10.571
    4    HB3  SER  83           HB3      SER  83   0.804  -2.611 -10.207
    5    HG   SER  83           HG       SER  83  -0.025  -4.337 -11.247

  No H/Q in entry =           5
  In of MODEL    2
    1    H    ALA  84           H        ALA  84   4.576  -2.011 -11.486
    2    HA   ALA  84           HA       ALA  84   6.161  -0.343 -11.140
    3    HB3  ALA  84           HB1      ALA  84   4.174   1.263  -9.578
    4    HB2  ALA  84           HB2      ALA  84   4.350   1.400 -11.326
    5    HB1  ALA  84           HB3      ALA  84   5.712   1.778 -10.275

  No H/Q in entry =           5
  In of MODEL    2
    1    H    TRP  85           H        TRP  85   7.684  -0.220  -9.453
    2    HA   TRP  85           HA       TRP  85   7.382  -0.560  -6.874
    3    HB2  TRP  85           HB2      TRP  85   6.022  -2.626  -7.759
    4    HB3  TRP  85           HB3      TRP  85   7.615  -3.367  -7.853
    5    HD1  TRP  85           HD1      TRP  85   8.389  -4.503  -5.814
    6    HE1  TRP  85           HE1      TRP  85   7.739  -4.555  -3.317
    7    HE3  TRP  85           HE3      TRP  85   4.952  -0.763  -5.858
    8    HZ2  TRP  85           HZ2      TRP  85   5.991  -3.135  -1.601
    9    HZ3  TRP  85           HZ3      TRP  85   3.839  -0.151  -3.755
   10    HH2  TRP  85           HH2      TRP  85   4.344  -1.313  -1.671

  No H/Q in entry =          10
  In of MODEL    2
    1    H    VAL  86           H        VAL  86   9.395  -0.690  -9.548
    2    HA   VAL  86           HA       VAL  86  11.574  -1.117  -7.742
    3    HB   VAL  86           HB       VAL  86  12.542  -2.823  -9.659
    4   HG13  VAL  86          HG11      VAL  86  13.008  -2.973  -7.348
    5   HG12  VAL  86          HG12      VAL  86  12.154  -4.455  -7.779
    6   HG11  VAL  86          HG13      VAL  86  11.301  -3.155  -6.945
    7   HG22  VAL  86          HG21      VAL  86  10.919  -4.485 -10.016
    8   HG21  VAL  86          HG22      VAL  86  10.131  -2.964 -10.439
    9   HG23  VAL  86          HG23      VAL  86   9.790  -3.732  -8.888

  No H/Q in entry =           9
  In of MODEL    2
    1    H    ARG  87           H        ARG  87  13.483  -0.631  -8.154
    2    HA   ARG  87           HA       ARG  87  14.657   0.282 -10.486
    3    HB2  ARG  87           HB2      ARG  87  13.378   2.328 -10.266
    4    HB3  ARG  87           HB3      ARG  87  13.889   2.506  -8.591
    5    HG2  ARG  87           HG2      ARG  87  16.271   2.292  -9.938
    6    HG3  ARG  87           HG3      ARG  87  15.260   3.225 -11.051
    7    HD2  ARG  87           HD2      ARG  87  16.058   4.930  -9.779
    8    HD3  ARG  87           HD3      ARG  87  14.646   4.500  -8.816
    9    HE   ARG  87           HE       ARG  87  16.775   2.967  -7.888
   10   HH11  ARG  87          HH11      ARG  87  15.944   6.361  -8.097
   11   HH12  ARG  87          HH12      ARG  87  16.758   6.779  -6.624
   12   HH21  ARG  87          HH21      ARG  87  17.875   3.545  -5.961
   13   HH22  ARG  87          HH22      ARG  87  17.827   5.193  -5.401

  No H/Q in entry =          13
  In of MODEL    2
    1    H    ALA  88           H        ALA  88  16.695  -0.687  -9.957
    2    HA   ALA  88           HA       ALA  88  17.390  -1.439  -7.668
    3    HB1  ALA  88           HB1      ALA  88  19.167  -0.572  -9.820
    4    HB3  ALA  88           HB2      ALA  88  18.691  -2.181  -9.316
    5    HB2  ALA  88           HB3      ALA  88  19.820  -1.246  -8.328

  No H/Q in entry =           5
  In of MODEL    2
    1    H    LYS  89           H        LYS  89  18.486  -0.746  -5.515
    2    HA   LYS  89           HA       LYS  89  19.068   2.106  -5.736
    3    HB2  LYS  89           HB2      LYS  89  17.183   1.416  -4.231
    4    HB3  LYS  89           HB3      LYS  89  18.357   0.541  -3.259
    5    HG2  LYS  89           HG2      LYS  89  19.403   2.506  -2.550
    6    HG3  LYS  89           HG3      LYS  89  18.633   3.472  -3.814
    7    HD2  LYS  89           HD2      LYS  89  16.798   3.796  -2.589
    8    HD3  LYS  89           HD3      LYS  89  16.713   2.095  -2.124
    9    HE2  LYS  89           HE2      LYS  89  17.164   2.900  -0.087
   10    HE3  LYS  89           HE3      LYS  89  18.827   2.869  -0.674
   11    HZ2  LYS  89           HZ1      LYS  89  17.337   5.099   0.167
   12    HZ1  LYS  89           HZ2      LYS  89  17.642   5.302  -1.485
   13    HZ3  LYS  89           HZ3      LYS  89  18.925   5.072  -0.407

  No H/Q in entry =          13
  In of MODEL    2
    1    H    THR  90           H        THR  90  20.264  -0.960  -5.317
    2    HA   THR  90           HA       THR  90  22.884   0.039  -4.626
    3    HB   THR  90           HB       THR  90  23.234  -1.135  -2.700
    4    HG1  THR  90           HG1      THR  90  23.008  -3.212  -3.352
    5   HG22  THR  90          HG21      THR  90  20.805  -1.609  -1.581
    6   HG21  THR  90          HG22      THR  90  20.382  -0.433  -2.826
    7   HG23  THR  90          HG23      THR  90  21.597  -0.033  -1.612

  No H/Q in entry =           7
  In of MODEL    2
    1    H    ALA  91           H        ALA  91  24.436  -1.775  -4.942
    2    HA   ALA  91           HA       ALA  91  23.758  -3.333  -7.292
    3    HB2  ALA  91           HB1      ALA  91  26.098  -2.237  -6.838
    4    HB1  ALA  91           HB2      ALA  91  26.065  -3.897  -7.431
    5    HB3  ALA  91           HB3      ALA  91  26.333  -3.580  -5.717

  No H/Q in entry =           5
  In of MODEL    2
    1    H    CYS  92           H        CYS  92  22.425  -4.962  -6.803
    2    HA   CYS  92           HA       CYS  92  22.989  -6.384  -4.212
    3    HB2  CYS  92           HB2      CYS  92  20.400  -6.973  -5.294
    4    HB3  CYS  92           HB3      CYS  92  20.785  -6.166  -3.779
    5    HG   CYS  92           HG       CYS  92  21.191  -3.703  -5.517

  No H/Q in entry =           5
  In of MODEL    2
    1    H    GLU  93           H        GLU  93  21.295  -8.393  -4.722
    2    HA   GLU  93           HA       GLU  93  22.312 -10.001  -6.865
    3    HB2  GLU  93           HB2      GLU  93  22.658 -10.805  -3.948
    4    HB3  GLU  93           HB3      GLU  93  22.939 -11.855  -5.328
    5    HG2  GLU  93           HG2      GLU  93  24.463  -9.303  -4.965
    6    HG3  GLU  93           HG3      GLU  93  24.959 -10.802  -4.180

  No H/Q in entry =           6
  In of MODEL    2
    1    H    VAL  94           H        VAL  94  20.341 -10.648  -7.627
    2    HA   VAL  94           HA       VAL  94  18.262 -11.089  -5.592
    3    HB   VAL  94           HB       VAL  94  16.541 -10.824  -7.400
    4   HG13  VAL  94          HG11      VAL  94  16.499  -9.097  -5.958
    5   HG12  VAL  94          HG12      VAL  94  16.845  -8.251  -7.467
    6   HG11  VAL  94          HG13      VAL  94  18.147  -8.588  -6.324
    7   HG21  VAL  94          HG21      VAL  94  18.869  -9.768  -8.960
    8   HG23  VAL  94          HG22      VAL  94  17.205  -9.253  -9.271
    9   HG22  VAL  94          HG23      VAL  94  17.653 -10.953  -9.441

  No H/Q in entry =           9
  In of MODEL    2
    1    H    ALA  95           H        ALA  95  16.946 -12.783  -5.687
    2    HA   ALA  95           HA       ALA  95  17.952 -14.986  -7.333
    3    HB1  ALA  95           HB1      ALA  95  17.333 -14.925  -4.733
    4    HB3  ALA  95           HB2      ALA  95  16.979 -16.352  -5.705
    5    HB2  ALA  95           HB3      ALA  95  15.706 -15.182  -5.359

  No H/Q in entry =           5
  In of MODEL    2
    1    H    GLU  96           H        GLU  96  17.187 -14.219  -9.276
    2    HA   GLU  96           HA       GLU  96  14.318 -13.634  -9.392
    3    HB2  GLU  96           HB2      GLU  96  14.747 -12.307 -11.361
    4    HB3  GLU  96           HB3      GLU  96  15.801 -11.782 -10.051
    5    HG2  GLU  96           HG2      GLU  96  17.670 -12.950 -11.033
    6    HG3  GLU  96           HG3      GLU  96  16.619 -13.657 -12.261

  No H/Q in entry =           6
  In of MODEL    2
    1    H    ILE  97           H        ILE  97  13.086 -14.877 -10.155
    2    HA   ILE  97           HA       ILE  97  13.710 -16.484 -12.481
    3    HB   ILE  97           HB       ILE  97  12.298 -18.349 -11.373
    4   HG12  ILE  97          HG12      ILE  97  13.465 -17.047  -8.938
    5   HG13  ILE  97          HG13      ILE  97  11.771 -16.996  -9.386
    6   HG22  ILE  97          HG21      ILE  97  15.161 -17.924 -10.624
    7   HG21  ILE  97          HG22      ILE  97  14.578 -18.509 -12.178
    8   HG23  ILE  97          HG23      ILE  97  14.302 -19.467 -10.728
    9   HD11  ILE  97          HD11      ILE  97  13.318 -19.499  -8.792
   10   HD13  ILE  97          HD12      ILE  97  11.604 -19.396  -9.193
   11   HD12  ILE  97          HD13      ILE  97  12.204 -18.687  -7.693

  No H/Q in entry =          11
  In of MODEL    2
    1    H    SER  98           H        SER  98  11.658 -17.643 -13.137
    2    HA   SER  98           HA       SER  98   9.664 -15.529 -13.248
    3    HB2  SER  98           HB2      SER  98   9.457 -17.983 -14.913
    4    HB3  SER  98           HB3      SER  98   9.058 -16.308 -15.314
    5    HG   SER  98           HG       SER  98  11.451 -15.981 -15.091

  No H/Q in entry =           5
  In of MODEL    2
    1    H    TYR  99           H        TYR  99   7.639 -15.768 -12.727
    2    HA   TYR  99           HA       TYR  99   7.034 -17.471 -10.453
    3    HB2  TYR  99           HB2      TYR  99   5.094 -16.191 -10.116
    4    HB3  TYR  99           HB3      TYR  99   6.290 -15.046 -10.677
    5    HD1  TYR  99           HD1      TYR  99   5.768 -16.025 -13.733
    6    HD2  TYR  99           HD2      TYR  99   3.371 -14.614 -10.521
    7    HE1  TYR  99           HE1      TYR  99   4.146 -15.113 -15.345
    8    HE2  TYR  99           HE2      TYR  99   1.752 -13.685 -12.111
    9    HH   TYR  99           HH       TYR  99   1.832 -14.451 -15.461

  No H/Q in entry =           9
  In of MODEL    2
    1    H    LYS 100           H        LYS 100   6.824 -18.102 -13.875
    2    HA   LYS 100           HA       LYS 100   4.517 -19.725 -13.494
    3    HB2  LYS 100           HB2      LYS 100   5.344 -19.305 -15.750
    4    HB3  LYS 100           HB3      LYS 100   6.852 -20.124 -15.366
    5    HG2  LYS 100           HG2      LYS 100   5.618 -21.690 -16.580
    6    HG3  LYS 100           HG3      LYS 100   5.432 -22.181 -14.893
    7    HD2  LYS 100           HD2      LYS 100   3.257 -21.009 -14.828
    8    HD3  LYS 100           HD3      LYS 100   3.442 -20.614 -16.538
    9    HE2  LYS 100           HE2      LYS 100   3.799 -23.224 -16.733
   10    HE3  LYS 100           HE3      LYS 100   2.871 -23.228 -15.235
   11    HZ1  LYS 100           HZ1      LYS 100   1.733 -21.560 -17.279
   12    HZ3  LYS 100           HZ2      LYS 100   0.998 -22.749 -16.327
   13    HZ2  LYS 100           HZ3      LYS 100   1.831 -23.185 -17.733

  No H/Q in entry =          13
  In of MODEL    2
    1    H    LYS 101           H        LYS 101   8.020 -20.426 -13.310
    2    HA   LYS 101           HA       LYS 101   7.655 -23.043 -12.182
    3    HB2  LYS 101           HB2      LYS 101   9.642 -23.111 -13.254
    4    HB3  LYS 101           HB3      LYS 101   9.898 -21.381 -13.102
    5    HG2  LYS 101           HG2      LYS 101  10.892 -21.595 -11.005
    6    HG3  LYS 101           HG3      LYS 101  10.276 -23.233 -10.778
    7    HD2  LYS 101           HD2      LYS 101  12.286 -23.934 -11.485
    8    HD3  LYS 101           HD3      LYS 101  11.763 -23.436 -13.094
    9    HE2  LYS 101           HE2      LYS 101  12.828 -21.316 -12.868
   10    HE3  LYS 101           HE3      LYS 101  13.143 -21.591 -11.154
   11    HZ2  LYS 101           HZ1      LYS 101  15.036 -21.943 -12.835
   12    HZ1  LYS 101           HZ2      LYS 101  14.270 -23.408 -13.184
   13    HZ3  LYS 101           HZ3      LYS 101  14.816 -23.093 -11.616

  No H/Q in entry =          13
  In of MODEL    2
    1    H    PHE 102           H        PHE 102   8.418 -19.857 -10.967
    2    HA   PHE 102           HA       PHE 102   9.106 -20.586  -8.357
    3    HB2  PHE 102           HB2      PHE 102   9.718 -18.489  -8.760
    4    HB3  PHE 102           HB3      PHE 102   8.395 -18.141  -9.802
    5    HD1  PHE 102           HD1      PHE 102   9.787 -17.648  -6.544
    6    HD2  PHE 102           HD2      PHE 102   6.133 -17.582  -8.721
    7    HE1  PHE 102           HE1      PHE 102   8.776 -16.230  -4.806
    8    HE2  PHE 102           HE2      PHE 102   5.120 -16.181  -6.984
    9    HZ   PHE 102           HZ       PHE 102   6.439 -15.497  -5.025

  No H/Q in entry =           9
  In of MODEL    2
    1    H    ARG 103           H        ARG 103   6.008 -19.351  -9.587
    2    HA   ARG 103           HA       ARG 103   4.457 -19.593  -7.435
    3    HB2  ARG 103           HB2      ARG 103   2.863 -19.069  -8.860
    4    HB3  ARG 103           HB3      ARG 103   3.972 -19.377 -10.176
    5    HG2  ARG 103           HG2      ARG 103   2.648 -20.987 -10.896
    6    HG3  ARG 103           HG3      ARG 103   2.890 -21.872  -9.387
    7    HD2  ARG 103           HD2      ARG 103   0.838 -19.684  -9.751
    8    HD3  ARG 103           HD3      ARG 103   0.486 -21.398  -9.958
    9    HE   ARG 103           HE       ARG 103   1.658 -21.005  -7.435
   10   HH11  ARG 103          HH11      ARG 103  -1.357 -20.362  -9.123
   11   HH12  ARG 103          HH12      ARG 103  -2.310 -20.345  -7.669
   12   HH21  ARG 103          HH21      ARG 103   0.384 -20.972  -5.531
   13   HH22  ARG 103          HH22      ARG 103  -1.322 -20.693  -5.641

  No H/Q in entry =          13
  In of MODEL    2
    1    H    GLN 104           H        GLN 104   5.804 -22.167  -9.155
    2    HA   GLN 104           HA       GLN 104   4.127 -24.212  -7.838
    3    HB2  GLN 104           HB2      GLN 104   6.120 -24.435 -10.064
    4    HB3  GLN 104           HB3      GLN 104   5.411 -25.835  -9.263
    5    HG2  GLN 104           HG2      GLN 104   3.972 -23.700 -10.807
    6    HG3  GLN 104           HG3      GLN 104   4.169 -25.394 -11.252
    7   HE21  GLN 104          HE21      GLN 104   2.952 -26.969 -10.148
    8   HE22  GLN 104          HE22      GLN 104   1.538 -26.549  -9.249

  No H/Q in entry =           8
  In of MODEL    2
    1    H    LEU 105           H        LEU 105   7.418 -22.956  -7.530
    2    HA   LEU 105           HA       LEU 105   8.049 -25.042  -5.521
    3    HB2  LEU 105           HB2      LEU 105  10.133 -24.074  -5.602
    4    HB3  LEU 105           HB3      LEU 105   9.522 -23.041  -6.875
    5    HG   LEU 105           HG       LEU 105   8.824 -21.418  -5.034
    6   HD13  LEU 105          HD11      LEU 105   9.865 -21.572  -2.904
    7   HD12  LEU 105          HD12      LEU 105  10.880 -22.920  -3.414
    8   HD11  LEU 105          HD13      LEU 105   9.146 -23.155  -3.198
    9   HD23  LEU 105          HD21      LEU 105  11.338 -20.764  -4.732
   10   HD22  LEU 105          HD22      LEU 105  10.590 -20.717  -6.332
   11   HD21  LEU 105          HD23      LEU 105  11.606 -22.083  -5.876

  No H/Q in entry =          11
  In of MODEL    2
    1    H    ILE 106           H        ILE 106   6.933 -21.462  -5.532
    2    HA   ILE 106           HA       ILE 106   6.396 -21.455  -2.849
    3    HB   ILE 106           HB       ILE 106   5.188 -19.454  -3.124
    4   HG12  ILE 106          HG12      ILE 106   5.023 -18.884  -5.807
    5   HG13  ILE 106          HG13      ILE 106   4.514 -20.570  -5.738
    6   HG23  ILE 106          HG21      ILE 106   6.919 -18.225  -3.999
    7   HG22  ILE 106          HG22      ILE 106   7.135 -19.310  -5.372
    8   HG21  ILE 106          HG23      ILE 106   7.704 -19.790  -3.773
    9   HD11  ILE 106          HD11      ILE 106   2.832 -19.949  -4.047
   10   HD13  ILE 106          HD12      ILE 106   2.598 -19.131  -5.593
   11   HD12  ILE 106          HD13      ILE 106   3.309 -18.262  -4.234

  No H/Q in entry =          11
  In of MODEL    2
    1    H    GLN 107           H        GLN 107   4.992 -23.434  -4.872
    2    HA   GLN 107           HA       GLN 107   2.402 -23.474  -3.527
    3    HB2  GLN 107           HB2      GLN 107   3.279 -24.296  -6.205
    4    HB3  GLN 107           HB3      GLN 107   2.180 -25.413  -5.413
    5    HG2  GLN 107           HG2      GLN 107   1.153 -22.817  -5.047
    6    HG3  GLN 107           HG3      GLN 107   1.616 -22.970  -6.740
    7   HE21  GLN 107          HE21      GLN 107   1.150 -25.876  -6.708
    8   HE22  GLN 107          HE22      GLN 107  -0.564 -26.075  -6.755

  No H/Q in entry =           8
  In of MODEL    2
    1    H    VAL 108           H        VAL 108   5.447 -24.893  -3.708
    2    HA   VAL 108           HA       VAL 108   4.710 -27.552  -2.861
    3    HB   VAL 108           HB       VAL 108   6.859 -26.440  -4.191
    4   HG11  VAL 108          HG11      VAL 108   7.814 -27.235  -1.454
    5   HG13  VAL 108          HG12      VAL 108   7.892 -25.628  -2.179
    6   HG12  VAL 108          HG13      VAL 108   8.845 -26.949  -2.857
    7   HG22  VAL 108          HG21      VAL 108   7.782 -28.669  -4.211
    8   HG21  VAL 108          HG22      VAL 108   6.029 -28.704  -4.409
    9   HG23  VAL 108          HG23      VAL 108   6.750 -29.126  -2.855

  No H/Q in entry =           9
  In of MODEL    2
    1    H    ASN 109           H        ASN 109   5.529 -24.511  -1.478
    2    HA   ASN 109           HA       ASN 109   5.358 -25.659   1.226
    3    HB2  ASN 109           HB2      ASN 109   7.128 -23.321   0.517
    4    HB3  ASN 109           HB3      ASN 109   7.003 -24.114   2.074
    5   HD21  ASN 109          HD21      ASN 109   8.895 -23.762  -0.540
    6   HD22  ASN 109          HD22      ASN 109   9.783 -25.240  -0.469

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   PRO 110           HA       PRO 110   2.031 -22.576   0.963
    2    HB2  PRO 110           HB2      PRO 110   0.871 -23.321   3.320
    3    HB3  PRO 110           HB3      PRO 110   0.618 -24.199   1.810
    4    HG2  PRO 110           HG2      PRO 110   2.424 -24.846   4.113
    5    HG3  PRO 110           HG3      PRO 110   1.435 -25.932   3.120
    6    HD2  PRO 110           HD2      PRO 110   4.107 -25.639   2.794
    7    HD3  PRO 110           HD3      PRO 110   3.002 -26.056   1.470

  No H/Q in entry =           7
  In of MODEL    2
    1    H    ASP 111           H        ASP 111   4.775 -22.503   2.784
    2    HA   ASP 111           HA       ASP 111   3.890 -20.136   4.250
    3    HB2  ASP 111           HB2      ASP 111   5.546 -22.310   5.106
    4    HB3  ASP 111           HB3      ASP 111   6.413 -20.768   5.232

  No H/Q in entry =           4
  In of MODEL    2
    1    H    ILE 112           H        ILE 112   5.507 -21.025   1.433
    2    HA   ILE 112           HA       ILE 112   7.693 -19.178   1.610
    3    HB   ILE 112           HB       ILE 112   6.553 -20.794  -0.655
    4   HG12  ILE 112          HG12      ILE 112   8.202 -21.407   1.367
    5   HG13  ILE 112          HG13      ILE 112   8.281 -22.172  -0.215
    6   HG21  ILE 112          HG21      ILE 112   8.712 -18.695  -0.805
    7   HG23  ILE 112          HG22      ILE 112   7.204 -18.767  -1.721
    8   HG22  ILE 112          HG23      ILE 112   8.473 -19.961  -2.007
    9   HD13  ILE 112          HD11      ILE 112  10.092 -20.757  -0.866
   10   HD12  ILE 112          HD12      ILE 112  10.477 -21.521   0.676
   11   HD11  ILE 112          HD13      ILE 112   9.960 -19.836   0.631

  No H/Q in entry =          11
  In of MODEL    2
    1    H    LEU 113           H        LEU 113   4.644 -19.141  -0.083
    2    HA   LEU 113           HA       LEU 113   5.084 -16.520  -1.129
    3    HB2  LEU 113           HB2      LEU 113   3.730 -18.227  -2.282
    4    HB3  LEU 113           HB3      LEU 113   2.564 -18.170  -0.975
    5    HG   LEU 113           HG       LEU 113   2.294 -15.696  -1.534
    6   HD11  LEU 113          HD11      LEU 113   4.440 -15.887  -3.025
    7   HD13  LEU 113          HD12      LEU 113   3.109 -14.823  -3.481
    8   HD12  LEU 113          HD13      LEU 113   3.281 -16.395  -4.253
    9   HD22  LEU 113          HD21      LEU 113   0.494 -16.206  -2.799
   10   HD21  LEU 113          HD22      LEU 113   0.901 -17.840  -2.274
   11   HD23  LEU 113          HD23      LEU 113   1.404 -17.271  -3.867

  No H/Q in entry =          11
  In of MODEL    2
    1    H    MET 114           H        MET 114   3.886 -17.920   1.712
    2    HA   MET 114           HA       MET 114   2.333 -15.671   2.605
    3    HB2  MET 114           HB2      MET 114   1.617 -17.556   3.710
    4    HB3  MET 114           HB3      MET 114   3.219 -18.272   3.751
    5    HG2  MET 114           HG2      MET 114   3.414 -17.677   5.858
    6    HG3  MET 114           HG3      MET 114   3.305 -15.984   5.386
    7    HE3  MET 114           HE1      MET 114  -0.367 -15.039   6.017
    8    HE2  MET 114           HE2      MET 114   0.429 -15.375   4.481
    9    HE1  MET 114           HE3      MET 114   1.279 -14.471   5.733

  No H/Q in entry =           9
  In of MODEL    2
    1    H    ARG 115           H        ARG 115   5.618 -16.808   2.815
    2    HA   ARG 115           HA       ARG 115   6.546 -14.979   4.766
    3    HB2  ARG 115           HB2      ARG 115   7.841 -16.689   2.659
    4    HB3  ARG 115           HB3      ARG 115   8.794 -15.425   3.438
    5    HG2  ARG 115           HG2      ARG 115   7.365 -17.643   4.887
    6    HG3  ARG 115           HG3      ARG 115   9.069 -17.669   4.437
    7    HD2  ARG 115           HD2      ARG 115   7.926 -15.448   6.098
    8    HD3  ARG 115           HD3      ARG 115   8.443 -16.965   6.828
    9    HE   ARG 115           HE       ARG 115  10.654 -16.405   5.595
   10   HH11  ARG 115          HH11      ARG 115   8.493 -14.130   7.149
   11   HH12  ARG 115          HH12      ARG 115   9.739 -12.993   7.533
   12   HH21  ARG 115          HH21      ARG 115  12.311 -14.916   6.089
   13   HH22  ARG 115          HH22      ARG 115  11.927 -13.441   6.914

  No H/Q in entry =          13
  In of MODEL    2
    1    H    LEU 116           H        LEU 116   6.447 -15.010   1.161
    2    HA   LEU 116           HA       LEU 116   7.538 -12.570   0.698
    3    HB2  LEU 116           HB2      LEU 116   7.181 -13.972  -1.123
    4    HB3  LEU 116           HB3      LEU 116   5.528 -14.316  -0.662
    5    HG   LEU 116           HG       LEU 116   4.818 -12.122  -1.447
    6   HD11  LEU 116          HD11      LEU 116   7.732 -11.713  -1.646
    7   HD13  LEU 116          HD12      LEU 116   6.447 -10.583  -1.196
    8   HD12  LEU 116          HD13      LEU 116   6.713 -10.991  -2.892
    9   HD22  LEU 116          HD21      LEU 116   4.816 -13.887  -3.075
   10   HD21  LEU 116          HD22      LEU 116   6.518 -13.610  -3.433
   11   HD23  LEU 116          HD23      LEU 116   5.318 -12.382  -3.842

  No H/Q in entry =          11
  In of MODEL    2
    1    H    SER 117           H        SER 117   4.168 -13.370   1.367
    2    HA   SER 117           HA       SER 117   2.953 -10.923   0.952
    3    HB2  SER 117           HB2      SER 117   2.322 -12.831   3.210
    4    HB3  SER 117           HB3      SER 117   1.218 -11.679   2.459
    5    HG   SER 117           HG       SER 117   2.462 -13.819   1.065

  No H/Q in entry =           5
  In of MODEL    2
    1    H    ALA 118           H        ALA 118   4.918 -11.967   3.665
    2    HA   ALA 118           HA       ALA 118   4.201  -9.881   5.436
    3    HB2  ALA 118           HB1      ALA 118   5.221 -11.727   6.423
    4    HB3  ALA 118           HB2      ALA 118   6.439 -10.452   6.519
    5    HB1  ALA 118           HB3      ALA 118   6.570 -11.708   5.286

  No H/Q in entry =           5
  In of MODEL    2
    1    H    GLN 119           H        GLN 119   6.517  -9.998   2.724
    2    HA   GLN 119           HA       GLN 119   7.775  -7.504   3.536
    3    HB2  GLN 119           HB2      GLN 119   8.210  -9.379   1.215
    4    HB3  GLN 119           HB3      GLN 119   9.081  -7.860   1.424
    5    HG2  GLN 119           HG2      GLN 119   9.079 -10.189   3.321
    6    HG3  GLN 119           HG3      GLN 119  10.405  -9.706   2.262
    7   HE21  GLN 119          HE21      GLN 119  11.324  -7.567   2.637
    8   HE22  GLN 119          HE22      GLN 119  11.393  -6.971   4.261

  No H/Q in entry =           8
  In of MODEL    2
    1    H    MET 120           H        MET 120   5.082  -8.404   1.853
    2    HA   MET 120           HA       MET 120   5.269  -6.326  -0.207
    3    HB2  MET 120           HB2      MET 120   4.552  -8.589  -1.008
    4    HB3  MET 120           HB3      MET 120   3.098  -8.418  -0.029
    5    HG2  MET 120           HG2      MET 120   3.517  -6.092  -1.675
    6    HG3  MET 120           HG3      MET 120   3.488  -7.562  -2.647
    7    HE2  MET 120           HE1      MET 120   0.046  -9.064  -2.051
    8    HE1  MET 120           HE2      MET 120   1.617  -9.516  -1.387
    9    HE3  MET 120           HE3      MET 120   1.484  -9.017  -3.075

  No H/Q in entry =           9
  In of MODEL    2
    1    H    ALA 121           H        ALA 121   3.271  -7.649   2.333
    2    HA   ALA 121           HA       ALA 121   1.478  -5.457   2.496
    3    HB2  ALA 121           HB1      ALA 121   0.632  -7.499   3.256
    4    HB3  ALA 121           HB2      ALA 121   0.913  -6.566   4.725
    5    HB1  ALA 121           HB3      ALA 121   2.056  -7.820   4.243

  No H/Q in entry =           5
  In of MODEL    2
    1    H    ARG 122           H        ARG 122   4.627  -6.132   3.661
    2    HA   ARG 122           HA       ARG 122   4.620  -4.417   5.898
    3    HB2  ARG 122           HB2      ARG 122   6.477  -6.143   4.732
    4    HB3  ARG 122           HB3      ARG 122   7.201  -4.546   4.605
    5    HG2  ARG 122           HG2      ARG 122   7.772  -5.860   6.674
    6    HG3  ARG 122           HG3      ARG 122   7.157  -4.228   6.943
    7    HD2  ARG 122           HD2      ARG 122   5.066  -5.007   7.647
    8    HD3  ARG 122           HD3      ARG 122   5.328  -6.604   6.949
    9    HE   ARG 122           HE       ARG 122   6.638  -5.587   9.379
   10   HH11  ARG 122          HH11      ARG 122   5.411  -8.215   7.438
   11   HH12  ARG 122          HH12      ARG 122   5.783  -9.427   8.622
   12   HH21  ARG 122          HH21      ARG 122   7.123  -7.197  10.949
   13   HH22  ARG 122          HH22      ARG 122   6.736  -8.861  10.603

  No H/Q in entry =          13
  In of MODEL    2
    1    H    ARG 123           H        ARG 123   5.226  -4.100   2.542
    2    HA   ARG 123           HA       ARG 123   6.147  -1.416   2.587
    3    HB2  ARG 123           HB2      ARG 123   5.336  -3.375   0.452
    4    HB3  ARG 123           HB3      ARG 123   5.608  -1.684   0.044
    5    HG2  ARG 123           HG2      ARG 123   7.518  -3.610  -0.018
    6    HG3  ARG 123           HG3      ARG 123   7.849  -1.888   0.173
    7    HD2  ARG 123           HD2      ARG 123   7.904  -2.147   2.586
    8    HD3  ARG 123           HD3      ARG 123   7.475  -3.846   2.437
    9    HE   ARG 123           HE       ARG 123   9.670  -4.152   1.343
   10   HH11  ARG 123          HH11      ARG 123   9.165  -1.290   3.316
   11   HH12  ARG 123          HH12      ARG 123  10.827  -1.175   3.790
   12   HH21  ARG 123          HH21      ARG 123  11.860  -4.001   2.015
   13   HH22  ARG 123          HH22      ARG 123  12.343  -2.698   3.058

  No H/Q in entry =          13
  In of MODEL    2
    1    H    LEU 124           H        LEU 124   3.133  -3.112   2.258
    2    HA   LEU 124           HA       LEU 124   1.426  -1.004   1.512
    3    HB2  LEU 124           HB2      LEU 124   1.210  -3.670   2.257
    4    HB3  LEU 124           HB3      LEU 124   0.416  -2.844   3.569
    5    HG   LEU 124           HG       LEU 124  -0.473  -3.302   0.796
    6   HD12  LEU 124          HD11      LEU 124  -1.828  -2.953   3.441
    7   HD11  LEU 124          HD12      LEU 124  -1.381  -4.489   2.685
    8   HD13  LEU 124          HD13      LEU 124  -2.612  -3.460   1.943
    9   HD21  LEU 124          HD21      LEU 124  -0.364  -0.857   0.793
   10   HD23  LEU 124          HD22      LEU 124  -1.296  -0.824   2.288
   11   HD22  LEU 124          HD23      LEU 124  -2.024  -1.451   0.806

  No H/Q in entry =          11
  In of MODEL    2
    1    H    GLN 125           H        GLN 125   2.796  -2.168   4.487
    2    HA   GLN 125           HA       GLN 125   1.441  -0.382   6.256
    3    HB2  GLN 125           HB2      GLN 125   3.316  -2.572   6.464
    4    HB3  GLN 125           HB3      GLN 125   3.804  -1.240   7.500
    5    HG2  GLN 125           HG2      GLN 125   1.053  -2.454   7.517
    6    HG3  GLN 125           HG3      GLN 125   2.360  -2.956   8.587
    7   HE21  GLN 125          HE21      GLN 125  -0.003  -0.550   7.894
    8   HE22  GLN 125          HE22      GLN 125   0.235   0.401   9.314

  No H/Q in entry =           8
  In of MODEL    2
    1    H    VAL 126           H        VAL 126   3.994   0.136   4.008
    2    HA   VAL 126           HA       VAL 126   5.220   2.190   5.681
    3    HB   VAL 126           HB       VAL 126   6.443   0.425   4.019
    4   HG11  VAL 126          HG11      VAL 126   5.987   2.873   2.317
    5   HG13  VAL 126          HG12      VAL 126   5.466   1.225   1.963
    6   HG12  VAL 126          HG13      VAL 126   7.185   1.622   1.988
    7   HG22  VAL 126          HG21      VAL 126   7.660   1.750   5.533
    8   HG21  VAL 126          HG22      VAL 126   7.240   3.235   4.679
    9   HG23  VAL 126          HG23      VAL 126   8.331   2.067   3.933

  No H/Q in entry =           9
  In of MODEL    2
    1    H    THR 127           H        THR 127   3.280   1.555   2.830
    2    HA   THR 127           HA       THR 127   3.099   4.336   2.066
    3    HB   THR 127           HB       THR 127   1.150   2.306   1.100
    4    HG1  THR 127           HG1      THR 127   3.936   2.247   0.649
    5   HG22  THR 127          HG21      THR 127   2.777   4.406  -0.348
    6   HG21  THR 127          HG22      THR 127   1.123   4.619   0.226
    7   HG23  THR 127          HG23      THR 127   1.473   3.441  -1.040

  No H/Q in entry =           7
  In of MODEL    2
    1    H    SER 128           H        SER 128   1.632   2.760   4.837
    2    HA   SER 128           HA       SER 128  -0.888   3.876   4.057
    3    HB2  SER 128           HB2      SER 128  -0.141   1.827   6.161
    4    HB3  SER 128           HB3      SER 128  -1.729   2.582   6.040
    5    HG   SER 128           HG       SER 128  -0.456   0.981   4.071

  No H/Q in entry =           5
  In of MODEL    2
    1    H    GLU 129           H        GLU 129   1.967   4.028   5.924
    2    HA   GLU 129           HA       GLU 129   0.781   5.655   8.037
    3    HB2  GLU 129           HB2      GLU 129   2.667   3.770   8.193
    4    HB3  GLU 129           HB3      GLU 129   3.701   5.178   7.982
    5    HG2  GLU 129           HG2      GLU 129   2.451   6.244   9.887
    6    HG3  GLU 129           HG3      GLU 129   1.702   4.674  10.165

  No H/Q in entry =           6
  In of MODEL    2
    1    H    LYS 130           H        LYS 130   1.849   6.446   5.000
    2    HA   LYS 130           HA       LYS 130   2.299   9.165   5.826
    3    HB2  LYS 130           HB2      LYS 130   4.434   7.391   4.718
    4    HB3  LYS 130           HB3      LYS 130   4.355   9.039   4.113
    5    HG2  LYS 130           HG2      LYS 130   5.142   9.917   6.027
    6    HG3  LYS 130           HG3      LYS 130   4.241   8.787   7.037
    7    HD2  LYS 130           HD2      LYS 130   6.542   7.765   5.443
    8    HD3  LYS 130           HD3      LYS 130   6.870   8.703   6.901
    9    HE2  LYS 130           HE2      LYS 130   5.176   6.210   6.736
   10    HE3  LYS 130           HE3      LYS 130   6.815   6.307   7.377
   11    HZ2  LYS 130           HZ1      LYS 130   4.380   7.584   8.494
   12    HZ1  LYS 130           HZ2      LYS 130   5.949   7.904   9.049
   13    HZ3  LYS 130           HZ3      LYS 130   5.299   6.341   9.197

  No H/Q in entry =          13
  In of MODEL    2
    1    H    VAL 131           H        VAL 131   0.119   8.412   4.706
    2    HA   VAL 131           HA       VAL 131   0.092   8.021   1.899
    3    HB   VAL 131           HB       VAL 131  -2.387   9.125   2.548
    4   HG12  VAL 131          HG11      VAL 131  -3.162   6.791   2.405
    5   HG11  VAL 131          HG12      VAL 131  -1.480   6.258   2.450
    6   HG13  VAL 131          HG13      VAL 131  -2.061   7.241   1.103
    7   HG23  VAL 131          HG21      VAL 131  -1.516   7.305   4.787
    8   HG22  VAL 131          HG22      VAL 131  -3.099   8.050   4.569
    9   HG21  VAL 131          HG23      VAL 131  -1.697   9.054   4.931

  No H/Q in entry =           9
  In of MODEL    2
    1    H    GLY 132           H        GLY 132   1.167  10.674   3.326
    2    HA3  GLY 132           HA2      GLY 132   0.852  12.360   1.118
    3    HA2  GLY 132           HA3      GLY 132  -0.368  12.810   2.301

  No H/Q in entry =           3
  In of MODEL    2
    1    H    ASN 133           H        ASN 133   2.829  11.578   2.976
    2    HA   ASN 133           HA       ASN 133   3.354  13.654   4.867
    3    HB2  ASN 133           HB2      ASN 133   4.201  11.237   4.893
    4    HB3  ASN 133           HB3      ASN 133   5.381  11.748   3.693
    5   HD21  ASN 133          HD21      ASN 133   4.317  12.076   6.993
    6   HD22  ASN 133          HD22      ASN 133   5.778  12.766   7.603

  No H/Q in entry =           6
  In of MODEL    2
    1    H    LEU 134           H        LEU 134   4.852  12.742   1.776
    2    HA   LEU 134           HA       LEU 134   6.379  15.162   1.605
    3    HB2  LEU 134           HB2      LEU 134   7.066  14.344  -0.585
    4    HB3  LEU 134           HB3      LEU 134   7.285  13.166   0.690
    5    HG   LEU 134           HG       LEU 134   4.790  12.556  -0.336
    6   HD12  LEU 134          HD11      LEU 134   5.199  12.350  -2.750
    7   HD11  LEU 134          HD12      LEU 134   6.700  13.257  -2.558
    8   HD13  LEU 134          HD13      LEU 134   5.152  14.033  -2.223
    9   HD22  LEU 134          HD21      LEU 134   6.458  10.984   0.417
   10   HD21  LEU 134          HD22      LEU 134   7.518  11.428  -0.923
   11   HD23  LEU 134          HD23      LEU 134   5.992  10.598  -1.241

  No H/Q in entry =          11
  In of MODEL    2
    1    H    ALA 135           H        ALA 135   3.223  14.386   0.836
    2    HA   ALA 135           HA       ALA 135   2.896  16.173  -1.423
    3    HB2  ALA 135           HB1      ALA 135   0.867  14.624   0.176
    4    HB1  ALA 135           HB2      ALA 135   1.511  14.231  -1.418
    5    HB3  ALA 135           HB3      ALA 135   0.488  15.650  -1.208

  No H/Q in entry =           5
  In of MODEL    2
    1    H    PHE 136           H        PHE 136   2.955  16.322   1.949
    2    HA   PHE 136           HA       PHE 136   1.334  18.666   2.308
    3    HB2  PHE 136           HB2      PHE 136   2.186  16.675   3.940
    4    HB3  PHE 136           HB3      PHE 136   3.360  17.922   4.333
    5    HD1  PHE 136           HD1      PHE 136   2.761  18.481   6.500
    6    HD2  PHE 136           HD2      PHE 136  -0.228  18.391   3.470
    7    HE1  PHE 136           HE1      PHE 136   1.153  19.492   8.061
    8    HE2  PHE 136           HE2      PHE 136  -1.839  19.408   5.026
    9    HZ   PHE 136           HZ       PHE 136  -1.150  19.958   7.325

  No H/Q in entry =           9
  In of MODEL    2
    1    H    LEU 137           H        LEU 137   4.227  18.225   0.820
    2    HA   LEU 137           HA       LEU 137   6.175  19.346   0.475
    3    HB2  LEU 137           HB2      LEU 137   3.921  21.219   0.175
    4    HB3  LEU 137           HB3      LEU 137   5.548  21.847   0.005
    5    HG   LEU 137           HG       LEU 137   5.874  19.901  -1.692
    6   HD11  LEU 137          HD11      LEU 137   3.738  18.774  -1.139
    7   HD13  LEU 137          HD12      LEU 137   3.893  19.185  -2.847
    8   HD12  LEU 137          HD13      LEU 137   2.875  20.166  -1.793
    9   HD22  LEU 137          HD21      LEU 137   5.085  21.336  -3.482
   10   HD21  LEU 137          HD22      LEU 137   5.866  22.289  -2.221
   11   HD23  LEU 137          HD23      LEU 137   4.107  22.252  -2.336

  No H/Q in entry =          11
  In of MODEL    2
    1    H    ASP 138           H        ASP 138   6.325  18.840   2.785
    2    HA   ASP 138           HA       ASP 138   6.952  21.015   4.478
    3    HB2  ASP 138           HB2      ASP 138   5.694  19.422   5.583
    4    HB3  ASP 138           HB3      ASP 138   6.937  18.167   5.475

  No H/Q in entry =           4
  In of MODEL    2
    1    H    VAL 139           H        VAL 139   8.797  20.770   2.275
    2    HA   VAL 139           HA       VAL 139  11.228  19.684   2.873
    3    HB   VAL 139           HB       VAL 139  10.429  21.787   1.159
    4   HG11  VAL 139          HG11      VAL 139  11.689  23.293   2.754
    5   HG13  VAL 139          HG12      VAL 139  12.301  23.255   1.100
    6   HG12  VAL 139          HG13      VAL 139  13.137  22.354   2.364
    7   HG21  VAL 139          HG21      VAL 139  12.884  20.071   1.388
    8   HG23  VAL 139          HG22      VAL 139  12.488  21.054  -0.023
    9   HG22  VAL 139          HG23      VAL 139  11.420  19.737   0.460

  No H/Q in entry =           9
  In of MODEL    2
    1    H    THR 140           H        THR 140   9.870  22.278   4.775
    2    HA   THR 140           HA       THR 140  11.993  23.555   5.905
    3    HB   THR 140           HB       THR 140   9.795  22.652   7.697
    4    HG1  THR 140           HG1      THR 140   8.310  23.327   6.373
    5   HG22  THR 140          HG21      THR 140   9.810  25.047   8.320
    6   HG21  THR 140          HG22      THR 140  11.105  25.319   7.154
    7   HG23  THR 140          HG23      THR 140  11.380  24.278   8.550

  No H/Q in entry =           7
  In of MODEL    2
    1    H    GLY 141           H        GLY 141  13.829  22.433   6.406
    2    HA3  GLY 141           HA2      GLY 141  15.317  21.166   7.547
    3    HA2  GLY 141           HA3      GLY 141  14.149  21.199   8.850

  No H/Q in entry =           3
  In of MODEL    2
    1    H    ARG 142           H        ARG 142  12.692  19.905   6.215
    2    HA   ARG 142           HA       ARG 142  12.426  17.396   7.361
    3    HB2  ARG 142           HB2      ARG 142  10.933  18.557   5.620
    4    HB3  ARG 142           HB3      ARG 142  12.050  17.909   4.432
    5    HG2  ARG 142           HG2      ARG 142  10.047  16.522   4.696
    6    HG3  ARG 142           HG3      ARG 142  11.523  15.647   5.103
    7    HD2  ARG 142           HD2      ARG 142  11.102  15.946   7.455
    8    HD3  ARG 142           HD3      ARG 142   9.730  16.986   7.102
    9    HE   ARG 142           HE       ARG 142   9.179  14.567   5.885
   10   HH11  ARG 142          HH11      ARG 142   9.690  15.739   9.145
   11   HH12  ARG 142          HH12      ARG 142   8.791  14.455   9.886
   12   HH21  ARG 142          HH21      ARG 142   7.977  12.871   6.863
   13   HH22  ARG 142          HH22      ARG 142   7.827  12.808   8.595

  No H/Q in entry =          13
  In of MODEL    2
    1    H    ILE 143           H        ILE 143  13.938  18.023   4.176
    2    HA   ILE 143           HA       ILE 143  15.109  16.079   3.404
    3    HB   ILE 143           HB       ILE 143  16.865  18.413   3.846
    4   HG12  ILE 143          HG12      ILE 143  14.447  18.416   2.026
    5   HG13  ILE 143          HG13      ILE 143  14.610  19.330   3.521
    6   HG21  ILE 143          HG21      ILE 143  16.391  16.605   1.508
    7   HG23  ILE 143          HG22      ILE 143  17.856  16.803   2.470
    8   HG22  ILE 143          HG23      ILE 143  17.312  18.106   1.416
    9   HD13  ILE 143          HD11      ILE 143  16.316  20.678   2.620
   10   HD12  ILE 143          HD12      ILE 143  14.969  20.653   1.482
   11   HD11  ILE 143          HD13      ILE 143  16.412  19.689   1.165

  No H/Q in entry =          11
  In of MODEL    2
    1    H    ALA 144           H        ALA 144  17.059  17.941   5.672
    2    HA   ALA 144           HA       ALA 144  19.166  16.082   5.746
    3    HB1  ALA 144           HB1      ALA 144  18.334  18.275   7.621
    4    HB3  ALA 144           HB2      ALA 144  19.584  18.330   6.377
    5    HB2  ALA 144           HB3      ALA 144  19.814  17.340   7.820

  No H/Q in entry =           5
  In of MODEL    2
    1    H    GLN 145           H        GLN 145  16.152  16.386   7.442
    2    HA   GLN 145           HA       GLN 145  16.817  14.701   9.615
    3    HB2  GLN 145           HB2      GLN 145  14.836  16.361   9.421
    4    HB3  GLN 145           HB3      GLN 145  14.013  15.049   8.588
    5    HG2  GLN 145           HG2      GLN 145  14.909  13.745  10.767
    6    HG3  GLN 145           HG3      GLN 145  14.688  15.361  11.433
    7   HE21  GLN 145          HE21      GLN 145  13.132  12.598  10.031
    8   HE22  GLN 145          HE22      GLN 145  11.515  13.042  10.447

  No H/Q in entry =           8
  In of MODEL    2
    1    H    THR 146           H        THR 146  15.815  14.048   6.183
    2    HA   THR 146           HA       THR 146  15.073  11.389   6.872
    3    HB   THR 146           HB       THR 146  15.511  12.613   4.165
    4    HG1  THR 146           HG1      THR 146  12.922  12.497   4.762
    5   HG22  THR 146          HG21      THR 146  13.372  10.743   4.267
    6   HG21  THR 146          HG22      THR 146  14.766  10.018   5.069
    7   HG23  THR 146          HG23      THR 146  14.907  10.603   3.410

  No H/Q in entry =           7
  In of MODEL    2
    1    H    LEU 147           H        LEU 147  17.845  13.067   6.641
    2    HA   LEU 147           HA       LEU 147  19.336  11.245   4.912
    3    HB2  LEU 147           HB2      LEU 147  20.288  13.816   6.185
    4    HB3  LEU 147           HB3      LEU 147  21.185  12.811   5.053
    5    HG   LEU 147           HG       LEU 147  18.691  14.394   4.487
    6   HD13  LEU 147          HD11      LEU 147  20.072  15.546   2.868
    7   HD12  LEU 147          HD12      LEU 147  21.453  14.549   3.318
    8   HD11  LEU 147          HD13      LEU 147  20.764  15.676   4.484
    9   HD23  LEU 147          HD21      LEU 147  19.003  13.534   2.141
   10   HD22  LEU 147          HD22      LEU 147  18.399  12.365   3.315
   11   HD21  LEU 147          HD23      LEU 147  20.092  12.323   2.820

  No H/Q in entry =          11
  In of MODEL    2
    1    H    LEU 148           H        LEU 148  18.713  12.359   8.094
    2    HA   LEU 148           HA       LEU 148  20.795  10.850   9.375
    3    HB2  LEU 148           HB2      LEU 148  18.304  11.761  10.772
    4    HB3  LEU 148           HB3      LEU 148  19.935  11.625  11.401
    5    HG   LEU 148           HG       LEU 148  18.922  13.732   9.500
    6   HD12  LEU 148          HD11      LEU 148  19.479  15.224  11.415
    7   HD11  LEU 148          HD12      LEU 148  19.704  13.773  12.393
    8   HD13  LEU 148          HD13      LEU 148  18.128  14.125  11.687
    9   HD22  LEU 148          HD21      LEU 148  21.221  13.242   8.933
   10   HD21  LEU 148          HD22      LEU 148  21.699  13.329  10.629
   11   HD23  LEU 148          HD23      LEU 148  21.151  14.781   9.790

  No H/Q in entry =          11
  In of MODEL    2
    1    H    ASN 149           H        ASN 149  17.589  10.362   8.223
    2    HA   ASN 149           HA       ASN 149  16.997   7.957   9.604
    3    HB2  ASN 149           HB2      ASN 149  15.348   9.355   8.266
    4    HB3  ASN 149           HB3      ASN 149  16.075   8.681   6.811
    5   HD21  ASN 149          HD21      ASN 149  14.025   8.096   9.525
    6   HD22  ASN 149          HD22      ASN 149  13.450   6.544   9.018

  No H/Q in entry =           6
  In of MODEL    2
    1    H    LEU 150           H        LEU 150  18.881   8.811   6.816
    2    HA   LEU 150           HA       LEU 150  19.403   6.133   5.901
    3    HB2  LEU 150           HB2      LEU 150  20.593   8.836   5.313
    4    HB3  LEU 150           HB3      LEU 150  21.329   7.365   4.677
    5    HG   LEU 150           HG       LEU 150  18.422   7.668   4.225
    6   HD12  LEU 150          HD11      LEU 150  19.962   9.002   2.173
    7   HD11  LEU 150          HD12      LEU 150  19.960   9.876   3.701
    8   HD13  LEU 150          HD13      LEU 150  18.434   9.466   2.916
    9   HD22  LEU 150          HD21      LEU 150  18.963   6.582   2.174
   10   HD21  LEU 150          HD22      LEU 150  19.848   5.770   3.469
   11   HD23  LEU 150          HD23      LEU 150  20.683   6.900   2.401

  No H/Q in entry =          11
  In of MODEL    2
    1    H    ALA 151           H        ALA 151  20.332   7.904   8.734
    2    HA   ALA 151           HA       ALA 151  23.005   6.756   8.648
    3    HB2  ALA 151           HB1      ALA 151  23.338   7.986  10.770
    4    HB3  ALA 151           HB2      ALA 151  21.677   8.572  10.673
    5    HB1  ALA 151           HB3      ALA 151  22.853   9.049   9.450

  No H/Q in entry =           5
  In of MODEL    2
    1    H    LYS 152           H        LYS 152  19.845   6.106   9.473
    2    HA   LYS 152           HA       LYS 152  20.482   4.202  11.594
    3    HB2  LYS 152           HB2      LYS 152  17.854   5.073  10.380
    4    HB3  LYS 152           HB3      LYS 152  18.018   4.017  11.778
    5    HG2  LYS 152           HG2      LYS 152  19.046   5.866  13.029
    6    HG3  LYS 152           HG3      LYS 152  18.847   6.914  11.618
    7    HD2  LYS 152           HD2      LYS 152  16.392   6.409  11.710
    8    HD3  LYS 152           HD3      LYS 152  16.679   5.594  13.246
    9    HE2  LYS 152           HE2      LYS 152  17.391   8.471  12.704
   10    HE3  LYS 152           HE3      LYS 152  15.874   7.953  13.439
   11    HZ3  LYS 152           HZ1      LYS 152  17.240   8.465  15.226
   12    HZ2  LYS 152           HZ2      LYS 152  18.608   7.755  14.534
   13    HZ1  LYS 152           HZ3      LYS 152  17.360   6.782  15.125

  No H/Q in entry =          13
  In of MODEL    2
    1    H    GLN 153           H        GLN 153  20.154   4.128   8.119
    2    HA   GLN 153           HA       GLN 153  19.235   1.349   8.304
    3    HB2  GLN 153           HB2      GLN 153  19.737   2.422   5.627
    4    HB3  GLN 153           HB3      GLN 153  18.319   1.604   6.259
    5    HG2  GLN 153           HG2      GLN 153  17.635   3.732   7.316
    6    HG3  GLN 153           HG3      GLN 153  18.995   4.506   6.508
    7   HE21  GLN 153          HE21      GLN 153  16.238   5.157   6.164
    8   HE22  GLN 153          HE22      GLN 153  15.843   4.845   4.510

  No H/Q in entry =           8
  In of MODEL    2
    1    HA   PRO 154           HA       PRO 154  23.059  -0.674   7.289
    2    HB2  PRO 154           HB2      PRO 154  22.653  -1.722   4.749
    3    HB3  PRO 154           HB3      PRO 154  22.178  -2.494   6.263
    4    HG2  PRO 154           HG2      PRO 154  20.545  -0.862   4.365
    5    HG3  PRO 154           HG3      PRO 154  20.096  -2.327   5.259
    6    HD2  PRO 154           HD2      PRO 154  19.260   0.060   6.060
    7    HD3  PRO 154           HD3      PRO 154  19.768  -1.159   7.245

  No H/Q in entry =           7
  In of MODEL    2
    1    H    ASP 155           H        ASP 155  21.988   1.766   5.207
    2    HA   ASP 155           HA       ASP 155  24.241   1.758   3.395
    3    HB2  ASP 155           HB2      ASP 155  22.010   3.854   3.881
    4    HB3  ASP 155           HB3      ASP 155  23.252   4.013   2.645

  No H/Q in entry =           4
  In of MODEL    2
    1    H    ALA 156           H        ALA 156  23.938   3.295   6.791
    2    HA   ALA 156           HA       ALA 156  25.402   5.501   6.102
    3    HB1  ALA 156           HB1      ALA 156  25.731   5.755   8.432
    4    HB3  ALA 156           HB2      ALA 156  25.488   4.034   8.726
    5    HB2  ALA 156           HB3      ALA 156  24.126   5.047   8.244

  No H/Q in entry =           5
  In of MODEL    2
    1    H    MET 157           H        MET 157  27.319   5.502   5.215
    2    HA   MET 157           HA       MET 157  28.952   3.142   5.587
    3    HB2  MET 157           HB2      MET 157  28.219   4.500   3.439
    4    HB3  MET 157           HB3      MET 157  29.698   5.391   3.804
    5    HG2  MET 157           HG2      MET 157  30.559   2.830   3.971
    6    HG3  MET 157           HG3      MET 157  29.314   2.704   2.731
    7    HE1  MET 157           HE1      MET 157  32.726   4.009   3.788
    8    HE3  MET 157           HE2      MET 157  31.997   5.602   3.584
    9    HE2  MET 157           HE3      MET 157  33.253   5.059   2.472

  No H/Q in entry =           9
  In of MODEL    2
    1    H    THR 158           H        THR 158  29.940   3.510   7.765
    2    HA   THR 158           HA       THR 158  31.041   5.810   8.571
    3    HB   THR 158           HB       THR 158  32.806   4.295   9.722
    4    HG1  THR 158           HG1      THR 158  31.909   2.596   7.956
    5   HG21  THR 158          HG21      THR 158  30.771   5.130  10.831
    6   HG23  THR 158          HG22      THR 158  31.141   3.479  11.325
    7   HG22  THR 158          HG23      THR 158  29.851   3.783  10.162

  No H/Q in entry =           7
  In of MODEL    2
    1    H    HIS 159           H        HIS 159  33.033   6.750   8.577
    2    HA   HIS 159           HA       HIS 159  35.147   5.876   6.881
    3    HB2  HIS 159           HB2      HIS 159  34.828   7.160   5.060
    4    HB3  HIS 159           HB3      HIS 159  33.207   7.459   5.651
    5    HD1  HIS 159           HD1      HIS 159  36.495   9.097   5.098
    6    HD2  HIS 159           HD2      HIS 159  32.794  10.043   6.722
    7    HE1  HIS 159           HE1      HIS 159  36.452  11.600   5.267
    8    HE2  HIS 159           HE2      HIS 159  34.295  12.137   6.448

  No H/Q in entry =           8
  In of MODEL    2
    1    HA   PRO 160           HA       PRO 160  37.371   7.733  10.140
    2    HB2  PRO 160           HB2      PRO 160  39.506   8.925   8.915
    3    HB3  PRO 160           HB3      PRO 160  39.343   7.188   9.199
    4    HG2  PRO 160           HG2      PRO 160  38.707   8.757   6.726
    5    HG3  PRO 160           HG3      PRO 160  39.603   7.235   6.880
    6    HD2  PRO 160           HD2      PRO 160  37.053   7.223   6.125
    7    HD3  PRO 160           HD3      PRO 160  37.664   5.987   7.244

  No H/Q in entry =           7
  In of MODEL    2
    1    H    ASP 161           H        ASP 161  35.187   9.461   9.498
    2    HA   ASP 161           HA       ASP 161  36.006  11.858  10.729
    3    HB2  ASP 161           HB2      ASP 161  37.165  12.715   8.937
    4    HB3  ASP 161           HB3      ASP 161  36.241  11.795   7.760

  No H/Q in entry =           4
  In of MODEL    2
    1    H    GLY 162           H        GLY 162  33.749  10.061   8.863
    2    HA3  GLY 162           HA2      GLY 162  31.562  10.730  10.422
    3    HA2  GLY 162           HA3      GLY 162  31.516  11.660   8.921

  No H/Q in entry =           3
  In of MODEL    2
    1    H    MET 163           H        MET 163  29.516  10.141   8.950
    2    HA   MET 163           HA       MET 163  30.229   7.890   7.208
    3    HB2  MET 163           HB2      MET 163  28.616   6.394   8.216
    4    HB3  MET 163           HB3      MET 163  29.792   6.874   9.435
    5    HG2  MET 163           HG2      MET 163  28.165   8.563  10.241
    6    HG3  MET 163           HG3      MET 163  26.983   7.877   9.128
    7    HE3  MET 163           HE1      MET 163  25.703   6.819  12.544
    8    HE2  MET 163           HE2      MET 163  25.054   6.549  10.928
    9    HE1  MET 163           HE3      MET 163  25.787   8.100  11.335

  No H/Q in entry =           9
  In of MODEL    2
    1    H    GLN 164           H        GLN 164  29.209   7.934   5.540
    2    HA   GLN 164           HA       GLN 164  27.123   9.866   5.088
    3    HB2  GLN 164           HB2      GLN 164  28.074   9.826   2.806
    4    HB3  GLN 164           HB3      GLN 164  29.269  10.279   4.018
    5    HG2  GLN 164           HG2      GLN 164  29.305   7.461   3.720
    6    HG3  GLN 164           HG3      GLN 164  29.398   8.195   2.124
    7   HE21  GLN 164          HE21      GLN 164  31.508   7.533   1.845
    8   HE22  GLN 164          HE22      GLN 164  32.833   8.265   2.681

  No H/Q in entry =           8
  In of MODEL    2
    1    H    ILE 165           H        ILE 165  26.321   9.286   2.809
    2    HA   ILE 165           HA       ILE 165  25.541   6.718   2.122
    3    HB   ILE 165           HB       ILE 165  22.994   7.711   2.514
    4   HG12  ILE 165          HG12      ILE 165  23.249   8.004   5.196
    5   HG13  ILE 165          HG13      ILE 165  24.746   8.752   4.658
    6   HG22  ILE 165          HG21      ILE 165  24.453   5.917   4.422
    7   HG21  ILE 165          HG22      ILE 165  23.789   5.421   2.867
    8   HG23  ILE 165          HG23      ILE 165  22.713   5.982   4.149
    9   HD13  ILE 165          HD11      ILE 165  23.055  10.417   4.933
   10   HD12  ILE 165          HD12      ILE 165  21.964   9.537   3.865
   11   HD11  ILE 165          HD13      ILE 165  23.440  10.255   3.220

  No H/Q in entry =          11
  In of MODEL    2
    1    H    LYS 166           H        LYS 166  25.461   7.435  -0.477
    2    HA   LYS 166           HA       LYS 166  25.181  10.204  -0.693
    3    HB2  LYS 166           HB2      LYS 166  25.770   9.677  -3.020
    4    HB3  LYS 166           HB3      LYS 166  26.919   8.894  -1.945
    5    HG2  LYS 166           HG2      LYS 166  25.490   6.805  -2.174
    6    HG3  LYS 166           HG3      LYS 166  24.675   7.639  -3.494
    7    HD2  LYS 166           HD2      LYS 166  26.749   7.826  -4.715
    8    HD3  LYS 166           HD3      LYS 166  27.643   7.132  -3.361
    9    HE2  LYS 166           HE2      LYS 166  27.387   5.324  -4.795
   10    HE3  LYS 166           HE3      LYS 166  26.070   5.107  -3.648
   11    HZ3  LYS 166           HZ1      LYS 166  25.251   4.749  -5.840
   12    HZ2  LYS 166           HZ2      LYS 166  25.878   6.218  -6.392
   13    HZ1  LYS 166           HZ3      LYS 166  24.599   6.209  -5.287

  No H/Q in entry =          13
  In of MODEL    2
    1    H    ILE 167           H        ILE 167  23.286  10.978  -0.969
    2    HA   ILE 167           HA       ILE 167  21.443   9.349  -2.554
    3    HB   ILE 167           HB       ILE 167  19.791  11.031  -1.155
    4   HG12  ILE 167          HG12      ILE 167  20.340  10.422   1.246
    5   HG13  ILE 167          HG13      ILE 167  21.939   9.956   0.684
    6   HG22  ILE 167          HG21      ILE 167  20.503   8.148  -0.602
    7   HG21  ILE 167          HG22      ILE 167  19.334   8.728  -1.788
    8   HG23  ILE 167          HG23      ILE 167  19.027   8.951  -0.066
    9   HD12  ILE 167          HD11      ILE 167  20.702  12.683   0.526
   10   HD11  ILE 167          HD12      ILE 167  22.295  12.242  -0.090
   11   HD13  ILE 167          HD13      ILE 167  21.962  12.153   1.641

  No H/Q in entry =          11
  In of MODEL    2
    1    H    THR 168           H        THR 168  21.212  10.255  -4.477
    2    HA   THR 168           HA       THR 168  21.859  12.930  -5.007
    3    HB   THR 168           HB       THR 168  20.128  12.553  -6.961
    4    HG1  THR 168           HG1      THR 168  19.436  10.554  -5.596
    5   HG22  THR 168          HG21      THR 168  21.769  11.192  -8.217
    6   HG21  THR 168          HG22      THR 168  22.612  10.850  -6.706
    7   HG23  THR 168          HG23      THR 168  22.536  12.502  -7.319

  No H/Q in entry =           7
  In of MODEL    2
    1    H    ARG 169           H        ARG 169  20.363  14.651  -5.300
    2    HA   ARG 169           HA       ARG 169  18.459  14.762  -3.135
    3    HB2  ARG 169           HB2      ARG 169  18.230  16.954  -5.042
    4    HB3  ARG 169           HB3      ARG 169  18.575  16.993  -3.334
    5    HG2  ARG 169           HG2      ARG 169  20.535  17.836  -3.983
    6    HG3  ARG 169           HG3      ARG 169  20.951  16.140  -4.230
    7    HD2  ARG 169           HD2      ARG 169  20.405  16.328  -6.584
    8    HD3  ARG 169           HD3      ARG 169  19.897  18.001  -6.350
    9    HE   ARG 169           HE       ARG 169  22.669  17.077  -5.921
   10   HH11  ARG 169          HH11      ARG 169  20.388  19.460  -7.112
   11   HH12  ARG 169          HH12      ARG 169  21.620  20.567  -7.613
   12   HH21  ARG 169          HH21      ARG 169  24.286  18.549  -6.561
   13   HH22  ARG 169          HH22      ARG 169  23.831  20.049  -7.306

  No H/Q in entry =          13
  In of MODEL    2
    1    H    GLN 170           H        GLN 170  18.429  13.845  -6.620
    2    HA   GLN 170           HA       GLN 170  15.888  13.976  -7.132
    3    HB2  GLN 170           HB2      GLN 170  17.856  11.740  -7.628
    4    HB3  GLN 170           HB3      GLN 170  16.257  11.785  -8.359
    5    HG2  GLN 170           HG2      GLN 170  17.460  12.743 -10.028
    6    HG3  GLN 170           HG3      GLN 170  17.048  14.184  -9.102
    7   HE21  GLN 170          HE21      GLN 170  19.530  12.323 -10.396
    8   HE22  GLN 170          HE22      GLN 170  20.863  13.149  -9.674

  No H/Q in entry =           8
  In of MODEL    2
    1    H    GLU 171           H        GLU 171  17.112  12.040  -4.226
    2    HA   GLU 171           HA       GLU 171  15.071  10.170  -4.752
    3    HB2  GLU 171           HB2      GLU 171  17.098  10.537  -2.536
    4    HB3  GLU 171           HB3      GLU 171  15.819   9.322  -2.444
    5    HG2  GLU 171           HG2      GLU 171  17.018   8.924  -4.920
    6    HG3  GLU 171           HG3      GLU 171  18.353   9.265  -3.829

  No H/Q in entry =           6
  In of MODEL    2
    1    H    ILE 172           H        ILE 172  16.139  12.949  -3.254
    2    HA   ILE 172           HA       ILE 172  14.299  13.287  -1.125
    3    HB   ILE 172           HB       ILE 172  15.957  15.429  -2.446
    4   HG12  ILE 172          HG12      ILE 172  17.465  13.597  -2.062
    5   HG13  ILE 172          HG13      ILE 172  17.716  14.753  -0.757
    6   HG22  ILE 172          HG21      ILE 172  15.332  15.050   0.464
    7   HG21  ILE 172          HG22      ILE 172  14.208  15.874  -0.615
    8   HG23  ILE 172          HG23      ILE 172  15.832  16.518  -0.374
    9   HD13  ILE 172          HD11      ILE 172  16.436  13.377   0.752
   10   HD12  ILE 172          HD12      ILE 172  17.693  12.400  -0.009
   11   HD11  ILE 172          HD13      ILE 172  16.020  12.275  -0.563

  No H/Q in entry =          11
  In of MODEL    2
    1    H    GLY 173           H        GLY 173  14.189  14.214  -4.761
    2    HA3  GLY 173           HA2      GLY 173  12.216  16.066  -4.425
    3    HA2  GLY 173           HA3      GLY 173  12.309  14.926  -5.767

  No H/Q in entry =           3
  In of MODEL    2
    1    H    GLN 174           H        GLN 174  12.164  12.726  -4.624
    2    HA   GLN 174           HA       GLN 174   9.403  12.219  -4.425
    3    HB2  GLN 174           HB2      GLN 174  11.505  10.144  -3.931
    4    HB3  GLN 174           HB3      GLN 174   9.967   9.982  -4.766
    5    HG2  GLN 174           HG2      GLN 174  12.363  11.467  -5.830
    6    HG3  GLN 174           HG3      GLN 174  11.948   9.810  -6.231
    7   HE21  GLN 174          HE21      GLN 174  10.107  12.863  -6.059
    8   HE22  GLN 174          HE22      GLN 174   9.453  12.737  -7.653

  No H/Q in entry =           8
  In of MODEL    2
    1    H    ILE 175           H        ILE 175  11.974  12.184  -2.035
    2    HA   ILE 175           HA       ILE 175  10.327  10.760  -0.129
    3    HB   ILE 175           HB       ILE 175  12.972  12.126   0.341
    4   HG12  ILE 175          HG12      ILE 175  12.542   9.187  -0.169
    5   HG13  ILE 175          HG13      ILE 175  12.943  10.317  -1.459
    6   HG23  ILE 175          HG21      ILE 175  11.822  11.698   2.396
    7   HG22  ILE 175          HG22      ILE 175  13.098  10.491   2.226
    8   HG21  ILE 175          HG23      ILE 175  11.423  10.056   1.890
    9   HD13  ILE 175          HD11      ILE 175  15.081  10.535  -0.785
   10   HD12  ILE 175          HD12      ILE 175  14.775   8.937  -0.103
   11   HD11  ILE 175          HD13      ILE 175  14.679  10.369   0.923

  No H/Q in entry =          11
  In of MODEL    2
    1    H    VAL 176           H        VAL 176  11.598  14.016  -0.562
    2    HA   VAL 176           HA       VAL 176  10.227  14.907   1.823
    3    HB   VAL 176           HB       VAL 176  11.986  16.397  -0.119
    4   HG13  VAL 176          HG11      VAL 176  10.422  17.905   0.908
    5   HG12  VAL 176          HG12      VAL 176  12.027  18.132   1.606
    6   HG11  VAL 176          HG13      VAL 176  10.794  17.246   2.502
    7   HG21  VAL 176          HG21      VAL 176  13.103  14.659   1.231
    8   HG23  VAL 176          HG22      VAL 176  12.511  15.449   2.693
    9   HG22  VAL 176          HG23      VAL 176  13.643  16.290   1.632

  No H/Q in entry =           9
  In of MODEL    2
    1    H    GLY 177           H        GLY 177   9.984  15.292  -1.687
    2    HA3  GLY 177           HA2      GLY 177   7.677  15.379  -2.508
    3    HA2  GLY 177           HA3      GLY 177   7.341  16.517  -1.214

  No H/Q in entry =           3
  In of MODEL    2
    1    H    CYS 178           H        CYS 178  10.248  17.519  -2.139
    2    HA   CYS 178           HA       CYS 178   9.135  19.324  -4.228
    3    HB2  CYS 178           HB2      CYS 178  11.103  19.889  -2.008
    4    HB3  CYS 178           HB3      CYS 178  10.787  21.000  -3.336
    5    HG   CYS 178           HG       CYS 178   8.018  21.191  -2.633

  No H/Q in entry =           5
  In of MODEL    2
    1    H    SER 179           H        SER 179  10.745  20.013  -5.837
    2    HA   SER 179           HA       SER 179  12.294  17.867  -6.678
    3    HB2  SER 179           HB2      SER 179  13.327  20.032  -8.010
    4    HB3  SER 179           HB3      SER 179  11.853  19.202  -8.511
    5    HG   SER 179           HG       SER 179  11.375  21.368  -8.349

  No H/Q in entry =           5
  In of MODEL    2
    1    H    ARG 180           H        ARG 180  14.494  17.980  -6.994
    2    HA   ARG 180           HA       ARG 180  16.172  18.465  -4.877
    3    HB2  ARG 180           HB2      ARG 180  17.978  18.473  -6.829
    4    HB3  ARG 180           HB3      ARG 180  17.134  17.020  -6.346
    5    HG2  ARG 180           HG2      ARG 180  17.159  16.970  -8.650
    6    HG3  ARG 180           HG3      ARG 180  15.526  17.465  -8.219
    7    HD2  ARG 180           HD2      ARG 180  16.192  19.816  -8.632
    8    HD3  ARG 180           HD3      ARG 180  17.767  19.235  -9.180
    9    HE   ARG 180           HE       ARG 180  15.755  17.880 -10.591
   10   HH11  ARG 180          HH11      ARG 180  17.120  21.104 -10.345
   11   HH12  ARG 180          HH12      ARG 180  16.747  21.508 -11.993
   12   HH21  ARG 180          HH21      ARG 180  15.257  18.429 -12.739
   13   HH22  ARG 180          HH22      ARG 180  15.672  20.001 -13.346

  No H/Q in entry =          13
  In of MODEL    2
    1    H    GLU 181           H        GLU 181  14.484  20.818  -5.809
    2    HA   GLU 181           HA       GLU 181  16.507  22.778  -6.443
    3    HB2  GLU 181           HB2      GLU 181  13.541  22.841  -6.776
    4    HB3  GLU 181           HB3      GLU 181  14.612  24.179  -7.177
    5    HG2  GLU 181           HG2      GLU 181  14.856  21.430  -8.365
    6    HG3  GLU 181           HG3      GLU 181  13.930  22.735  -9.102

  No H/Q in entry =           6
  In of MODEL    2
    1    H    THR 182           H        THR 182  13.528  22.772  -4.598
    2    HA   THR 182           HA       THR 182  14.259  24.745  -2.683
    3    HB   THR 182           HB       THR 182  12.641  22.559  -1.544
    4    HG1  THR 182           HG1      THR 182  10.866  23.407  -3.130
    5   HG22  THR 182          HG21      THR 182  11.920  25.438  -2.121
    6   HG21  THR 182          HG22      THR 182  12.718  24.881  -0.650
    7   HG23  THR 182          HG23      THR 182  11.083  24.339  -1.025

  No H/Q in entry =           7
  In of MODEL    2
    1    H    VAL 183           H        VAL 183  14.318  21.241  -2.735
    2    HA   VAL 183           HA       VAL 183  16.022  20.798  -0.489
    3    HB   VAL 183           HB       VAL 183  14.840  19.360  -2.796
    4   HG11  VAL 183          HG11      VAL 183  17.185  18.716  -3.051
    5   HG13  VAL 183          HG12      VAL 183  16.129  17.367  -2.595
    6   HG12  VAL 183          HG13      VAL 183  17.180  18.127  -1.386
    7   HG21  VAL 183          HG21      VAL 183  13.892  19.431  -0.534
    8   HG23  VAL 183          HG22      VAL 183  15.280  18.492   0.024
    9   HG22  VAL 183          HG23      VAL 183  14.158  17.793  -1.148

  No H/Q in entry =           9
  In of MODEL    2
    1    H    GLY 184           H        GLY 184  16.657  21.609  -4.024
    2    HA3  GLY 184           HA2      GLY 184  19.369  21.031  -3.820
    3    HA2  GLY 184           HA3      GLY 184  18.683  22.306  -4.827

  No H/Q in entry =           3
  In of MODEL    2
    1    H    ARG 185           H        ARG 185  17.528  23.818  -2.736
    2    HA   ARG 185           HA       ARG 185  19.421  25.560  -1.824
    3    HB2  ARG 185           HB2      ARG 185  17.018  24.700  -0.211
    4    HB3  ARG 185           HB3      ARG 185  18.078  25.991   0.332
    5    HG2  ARG 185           HG2      ARG 185  16.233  25.932  -2.027
    6    HG3  ARG 185           HG3      ARG 185  16.331  27.115  -0.719
    7    HD2  ARG 185           HD2      ARG 185  18.572  27.773  -1.569
    8    HD3  ARG 185           HD3      ARG 185  18.334  26.687  -2.931
    9    HE   ARG 185           HE       ARG 185  16.225  28.213  -3.241
   10   HH11  ARG 185          HH11      ARG 185  19.439  29.181  -2.259
   11   HH12  ARG 185          HH12      ARG 185  19.366  30.715  -3.062
   12   HH21  ARG 185          HH21      ARG 185  16.128  30.252  -4.307
   13   HH22  ARG 185          HH22      ARG 185  17.492  31.323  -4.223

  No H/Q in entry =          13
  In of MODEL    2
    1    H    ILE 186           H        ILE 186  18.335  22.718  -0.231
    2    HA   ILE 186           HA       ILE 186  20.066  23.192   2.057
    3    HB   ILE 186           HB       ILE 186  18.038  21.076   1.521
    4   HG12  ILE 186          HG12      ILE 186  17.403  21.972   3.897
    5   HG13  ILE 186          HG13      ILE 186  18.486  23.297   3.501
    6   HG23  ILE 186          HG21      ILE 186  18.756  19.660   3.141
    7   HG22  ILE 186          HG22      ILE 186  19.478  20.956   4.094
    8   HG21  ILE 186          HG23      ILE 186  20.332  20.315   2.693
    9   HD13  ILE 186          HD11      ILE 186  16.430  24.130   2.900
   10   HD12  ILE 186          HD12      ILE 186  15.857  22.578   2.294
   11   HD11  ILE 186          HD13      ILE 186  17.033  23.506   1.365

  No H/Q in entry =          11
  In of MODEL    2
    1    H    LEU 187           H        LEU 187  19.945  20.980  -0.544
    2    HA   LEU 187           HA       LEU 187  22.151  19.489   0.326
    3    HB2  LEU 187           HB2      LEU 187  20.788  19.679  -2.311
    4    HB3  LEU 187           HB3      LEU 187  22.006  18.461  -1.886
    5    HG   LEU 187           HG       LEU 187  19.180  18.672  -1.043
    6   HD11  LEU 187          HD11      LEU 187  20.510  16.815  -2.328
    7   HD13  LEU 187          HD12      LEU 187  19.162  16.431  -1.258
    8   HD12  LEU 187          HD13      LEU 187  20.825  16.257  -0.685
    9   HD23  LEU 187          HD21      LEU 187  21.157  17.586   0.944
   10   HD22  LEU 187          HD22      LEU 187  19.408  17.683   1.114
   11   HD21  LEU 187          HD23      LEU 187  20.373  19.158   1.097

  No H/Q in entry =          11
  In of MODEL    2
    1    H    LYS 188           H        LYS 188  21.950  22.494  -0.757
    2    HA   LYS 188           HA       LYS 188  24.533  22.588  -2.189
    3    HB2  LYS 188           HB2      LYS 188  22.405  24.039  -2.854
    4    HB3  LYS 188           HB3      LYS 188  23.036  25.100  -1.597
    5    HG2  LYS 188           HG2      LYS 188  24.800  24.070  -3.781
    6    HG3  LYS 188           HG3      LYS 188  23.779  25.486  -4.027
    7    HD2  LYS 188           HD2      LYS 188  25.133  26.798  -2.803
    8    HD3  LYS 188           HD3      LYS 188  25.324  25.578  -1.543
    9    HE2  LYS 188           HE2      LYS 188  26.958  24.401  -2.971
   10    HE3  LYS 188           HE3      LYS 188  26.792  25.674  -4.180
   11    HZ1  LYS 188           HZ1      LYS 188  27.513  27.246  -2.365
   12    HZ3  LYS 188           HZ2      LYS 188  28.699  26.190  -2.935
   13    HZ2  LYS 188           HZ3      LYS 188  27.943  25.884  -1.449

  No H/Q in entry =          13
  In of MODEL    2
    1    H    MET 189           H        MET 189  22.857  23.360   0.822
    2    HA   MET 189           HA       MET 189  25.117  24.922   1.838
    3    HB2  MET 189           HB2      MET 189  23.961  24.751   4.098
    4    HB3  MET 189           HB3      MET 189  23.131  25.651   2.845
    5    HG2  MET 189           HG2      MET 189  21.929  23.382   2.438
    6    HG3  MET 189           HG3      MET 189  22.454  23.044   4.084
    7    HE1  MET 189           HE1      MET 189  21.336  26.220   2.189
    8    HE3  MET 189           HE2      MET 189  19.775  26.605   2.911
    9    HE2  MET 189           HE3      MET 189  19.937  25.201   1.855

  No H/Q in entry =           9
  In of MODEL    2
    1    H    LEU 190           H        LEU 190  24.104  21.673   1.779
    2    HA   LEU 190           HA       LEU 190  25.569  20.563   3.825
    3    HB2  LEU 190           HB2      LEU 190  25.179  19.346   1.108
    4    HB3  LEU 190           HB3      LEU 190  25.499  18.498   2.614
    5    HG   LEU 190           HG       LEU 190  23.014  19.881   1.743
    6   HD13  LEU 190          HD11      LEU 190  23.100  17.589   1.213
    7   HD12  LEU 190          HD12      LEU 190  22.062  17.743   2.632
    8   HD11  LEU 190          HD13      LEU 190  23.725  17.180   2.808
    9   HD21  LEU 190          HD21      LEU 190  23.944  19.415   4.527
   10   HD23  LEU 190          HD22      LEU 190  22.227  19.387   4.124
   11   HD22  LEU 190          HD23      LEU 190  23.181  20.840   3.824

  No H/Q in entry =          11
  In of MODEL    2
    1    H    GLU 191           H        GLU 191  26.745  20.991   0.415
    2    HA   GLU 191           HA       GLU 191  29.341  20.149   1.041
    3    HB2  GLU 191           HB2      GLU 191  28.149  21.795  -1.182
    4    HB3  GLU 191           HB3      GLU 191  29.878  21.485  -1.104
    5    HG2  GLU 191           HG2      GLU 191  29.304  19.027  -1.050
    6    HG3  GLU 191           HG3      GLU 191  27.654  19.499  -1.451

  No H/Q in entry =           6
  In of MODEL    2
    1    H    ASP 192           H        ASP 192  27.655  22.937   1.828
    2    HA   ASP 192           HA       ASP 192  29.994  24.656   1.953
    3    HB2  ASP 192           HB2      ASP 192  27.070  25.111   2.530
    4    HB3  ASP 192           HB3      ASP 192  28.287  26.286   3.003

  No H/Q in entry =           4
  In of MODEL    2
    1    H    GLN 193           H        GLN 193  28.577  22.335   3.629
    2    HA   GLN 193           HA       GLN 193  28.661  21.464   5.756
    3    HB2  GLN 193           HB2      GLN 193  31.027  23.286   5.689
    4    HB3  GLN 193           HB3      GLN 193  30.522  22.651   7.249
    5    HG2  GLN 193           HG2      GLN 193  32.084  21.109   6.571
    6    HG3  GLN 193           HG3      GLN 193  30.571  20.365   6.063
    7   HE21  GLN 193          HE21      GLN 193  30.097  20.203   3.887
    8   HE22  GLN 193          HE22      GLN 193  31.281  20.473   2.658

  No H/Q in entry =           8
  In of MODEL    2
    1    H    ASN 194           H        ASN 194  27.042  23.804   5.041
    2    HA   ASN 194           HA       ASN 194  26.863  25.316   7.532
    3    HB2  ASN 194           HB2      ASN 194  25.927  25.656   4.770
    4    HB3  ASN 194           HB3      ASN 194  24.726  26.106   5.976
    5   HD21  ASN 194          HD21      ASN 194  28.191  26.383   6.451
    6   HD22  ASN 194          HD22      ASN 194  28.234  28.113   6.468

  No H/Q in entry =           6
  In of MODEL    2
    1    H    LEU 195           H        LEU 195  25.873  22.402   6.508
    2    HA   LEU 195           HA       LEU 195  23.733  22.303   8.481
    3    HB2  LEU 195           HB2      LEU 195  22.935  22.959   6.059
    4    HB3  LEU 195           HB3      LEU 195  23.117  21.246   5.752
    5    HG   LEU 195           HG       LEU 195  21.536  21.842   8.142
    6   HD12  LEU 195          HD11      LEU 195  19.547  22.496   6.835
    7   HD11  LEU 195          HD12      LEU 195  20.578  22.685   5.413
    8   HD13  LEU 195          HD13      LEU 195  20.813  23.724   6.820
    9   HD22  LEU 195          HD21      LEU 195  21.707  19.611   7.228
   10   HD21  LEU 195          HD22      LEU 195  21.098  20.175   5.671
   11   HD23  LEU 195          HD23      LEU 195  20.047  20.191   7.087

  No H/Q in entry =          11
  In of MODEL    2
    1    H    ILE 196           H        ILE 196  25.889  20.710   6.292
    2    HA   ILE 196           HA       ILE 196  26.112  18.305   7.766
    3    HB   ILE 196           HB       ILE 196  25.202  17.783   4.916
    4   HG12  ILE 196          HG12      ILE 196  23.490  17.502   7.390
    5   HG13  ILE 196          HG13      ILE 196  23.310  18.824   6.235
    6   HG23  ILE 196          HG21      ILE 196  25.984  15.758   5.525
    7   HG22  ILE 196          HG22      ILE 196  24.635  15.667   6.659
    8   HG21  ILE 196          HG23      ILE 196  26.195  16.289   7.192
    9   HD11  ILE 196          HD11      ILE 196  23.138  15.923   5.509
   10   HD13  ILE 196          HD12      ILE 196  22.759  17.316   4.494
   11   HD12  ILE 196          HD13      ILE 196  21.742  16.935   5.889

  No H/Q in entry =          11
  In of MODEL    2
    1    H    SER 197           H        SER 197  27.049  17.061   5.129
    2    HA   SER 197           HA       SER 197  28.947  18.679   4.104
    3    HB2  SER 197           HB2      SER 197  30.388  18.453   5.857
    4    HB3  SER 197           HB3      SER 197  29.881  16.800   6.208
    5    HG   SER 197           HG       SER 197  31.073  16.072   4.520

  No H/Q in entry =           5
  In of MODEL    2
    1    H    ALA 198           H        ALA 198  28.246  18.054   2.081
    2    HA   ALA 198           HA       ALA 198  27.975  15.205   1.685
    3    HB2  ALA 198           HB1      ALA 198  27.224  17.442  -0.214
    4    HB3  ALA 198           HB2      ALA 198  26.118  16.796   0.995
    5    HB1  ALA 198           HB3      ALA 198  26.731  15.747  -0.280

  No H/Q in entry =           5
  In of MODEL    2
    1    H    HIS 199           H        HIS 199  29.709  14.283   0.944
    2    HA   HIS 199           HA       HIS 199  31.790  15.848  -0.369
    3    HB2  HIS 199           HB2      HIS 199  32.082  13.780   1.294
    4    HB3  HIS 199           HB3      HIS 199  31.867  12.857  -0.190
    5    HD1  HIS 199           HD1      HIS 199  34.257  15.134   1.551
    6    HD2  HIS 199           HD2      HIS 199  33.996  13.012  -2.013
    7    HE1  HIS 199           HE1      HIS 199  36.571  15.171   0.574
    8    HE2  HIS 199           HE2      HIS 199  36.391  13.898  -1.592

  No H/Q in entry =           8
  In of MODEL    2
    1    H    GLY 200           H        GLY 200  30.129  16.436  -1.963
    2    HA3  GLY 200           HA2      GLY 200  29.601  16.251  -4.242
    3    HA2  GLY 200           HA3      GLY 200  30.035  14.540  -4.185

  No H/Q in entry =           3
  In of MODEL    2
    1    H    LYS 201           H        LYS 201  28.349  13.173  -4.262
    2    HA   LYS 201           HA       LYS 201  25.740  14.166  -3.350
    3    HB2  LYS 201           HB2      LYS 201  25.426  11.610  -4.552
    4    HB3  LYS 201           HB3      LYS 201  24.941  13.176  -5.184
    5    HG2  LYS 201           HG2      LYS 201  27.272  13.391  -6.121
    6    HG3  LYS 201           HG3      LYS 201  27.497  11.692  -5.704
    7    HD2  LYS 201           HD2      LYS 201  25.464  11.173  -7.069
    8    HD3  LYS 201           HD3      LYS 201  25.456  12.856  -7.598
    9    HE2  LYS 201           HE2      LYS 201  27.913  12.389  -8.279
   10    HE3  LYS 201           HE3      LYS 201  27.443  10.694  -8.185
   11    HZ1  LYS 201           HZ1      LYS 201  25.692  11.140  -9.802
   12    HZ3  LYS 201           HZ2      LYS 201  27.211  11.536 -10.427
   13    HZ2  LYS 201           HZ3      LYS 201  26.169  12.761  -9.901

  No H/Q in entry =          13
  In of MODEL    2
    1    H    THR 202           H        THR 202  28.256  12.349  -2.347
    2    HA   THR 202           HA       THR 202  26.928  10.491  -0.616
    3    HB   THR 202           HB       THR 202  29.651  11.192   0.156
    4    HG1  THR 202           HG1      THR 202  30.253  11.689  -1.854
    5   HG22  THR 202          HG21      THR 202  29.257   8.613  -1.171
    6   HG21  THR 202          HG22      THR 202  28.107   8.917   0.131
    7   HG23  THR 202          HG23      THR 202  29.840   8.974   0.452

  No H/Q in entry =           7
  In of MODEL    2
    1    H    ILE 203           H        ILE 203  26.087  11.153   1.353
    2    HA   ILE 203           HA       ILE 203  26.872  13.831   2.217
    3    HB   ILE 203           HB       ILE 203  24.259  12.372   2.249
    4   HG12  ILE 203          HG12      ILE 203  25.189  15.060   1.251
    5   HG13  ILE 203          HG13      ILE 203  24.611  13.697   0.303
    6   HG21  ILE 203          HG21      ILE 203  24.765  13.296   4.541
    7   HG23  ILE 203          HG22      ILE 203  23.293  13.903   3.787
    8   HG22  ILE 203          HG23      ILE 203  24.746  14.902   3.811
    9   HD11  ILE 203          HD11      ILE 203  22.373  14.019   1.320
   10   HD13  ILE 203          HD12      ILE 203  22.923  15.390   0.359
   11   HD12  ILE 203          HD13      ILE 203  22.994  15.460   2.118

  No H/Q in entry =          11
  In of MODEL    2
    1    H    VAL 204           H        VAL 204  28.049  13.813   3.987
    2    HA   VAL 204           HA       VAL 204  27.760  11.527   5.835
    3    HB   VAL 204           HB       VAL 204  29.968  11.251   5.735
    4   HG13  VAL 204          HG11      VAL 204  31.526  12.680   4.546
    5   HG12  VAL 204          HG12      VAL 204  30.265  13.903   4.354
    6   HG11  VAL 204          HG13      VAL 204  30.093  12.328   3.577
    7   HG21  VAL 204          HG21      VAL 204  29.895  12.531   7.813
    8   HG23  VAL 204          HG22      VAL 204  30.195  14.017   6.911
    9   HG22  VAL 204          HG23      VAL 204  31.425  12.754   6.965

  No H/Q in entry =           9
  In of MODEL    2
    1    H    VAL 205           H        VAL 205  27.247  12.035   7.993
    2    HA   VAL 205           HA       VAL 205  26.585  14.806   8.438
    3    HB   VAL 205           HB       VAL 205  25.241  13.419  10.342
    4   HG11  VAL 205          HG11      VAL 205  24.205  14.798   8.551
    5   HG13  VAL 205          HG12      VAL 205  23.300  13.307   8.808
    6   HG12  VAL 205          HG13      VAL 205  24.382  13.452   7.418
    7   HG21  VAL 205          HG21      VAL 205  25.504  11.410   8.077
    8   HG23  VAL 205          HG22      VAL 205  24.439  11.251   9.480
    9   HG22  VAL 205          HG23      VAL 205  26.192  11.216   9.696

  No H/Q in entry =           9
  In of MODEL    2
    1    H    TYR 206           H        TYR 206  28.526  15.427   9.176
    2    HA   TYR 206           HA       TYR 206  30.669  14.026  10.117
    3    HB2  TYR 206           HB2      TYR 206  29.632  16.743  10.951
    4    HB3  TYR 206           HB3      TYR 206  31.109  16.078  11.638
    5    HD1  TYR 206           HD1      TYR 206  29.950  18.269   9.300
    6    HD2  TYR 206           HD2      TYR 206  32.677  15.026   9.655
    7    HE1  TYR 206           HE1      TYR 206  31.208  19.135   7.395
    8    HE2  TYR 206           HE2      TYR 206  33.964  15.869   7.748
    9    HH   TYR 206           HH       TYR 206  32.923  17.794   5.560

  No H/Q in entry =           9
  In of MODEL    2
    1    H    GLY 207           H        GLY 207  28.249  15.578  12.273
    2    HA3  GLY 207           HA2      GLY 207  27.800  13.371  13.932
    3    HA2  GLY 207           HA3      GLY 207  29.163  14.253  14.606

  No H/Q in entry =           3
  In of MODEL    2
    1    H    THR 208           H        THR 208  26.503  15.845  12.933
    2    HA   THR 208           HA       THR 208  25.340  16.653  15.484
    3    HB   THR 208           HB       THR 208  26.173  18.722  13.454
    4    HG1  THR 208           HG1      THR 208  27.441  17.830  15.846
    5   HG23  THR 208          HG21      THR 208  25.684  20.306  15.253
    6   HG22  THR 208          HG22      THR 208  25.201  18.977  16.305
    7   HG21  THR 208          HG23      THR 208  24.260  19.345  14.860

  No H/Q in entry =           7
  In of MODEL    2
    1    H    ARG 209           H        ARG 209  25.226  17.191  11.982
    2    HA   ARG 209           HA       ARG 209  22.510  16.344  11.799
    3    HB2  ARG 209           HB2      ARG 209  21.863  18.603  10.672
    4    HB3  ARG 209           HB3      ARG 209  21.813  18.491  12.425
    5    HG2  ARG 209           HG2      ARG 209  23.604  19.880  12.704
    6    HG3  ARG 209           HG3      ARG 209  24.322  19.447  11.152
    7    HD2  ARG 209           HD2      ARG 209  23.509  21.734  11.105
    8    HD3  ARG 209           HD3      ARG 209  22.582  20.727   9.997
    9    HE   ARG 209           HE       ARG 209  21.209  20.768  12.414
   10   HH11  ARG 209          HH11      ARG 209  22.162  23.036   9.922
   11   HH12  ARG 209          HH12      ARG 209  20.801  24.082  10.173
   12   HH21  ARG 209          HH21      ARG 209  19.422  22.161  12.755
   13   HH22  ARG 209          HH22      ARG 209  19.250  23.584  11.778

  No H/Q in entry =          13
  In of MODEL    3
    1    H1   VAL   1           H3       VAL   1 -33.986 -19.459   4.759
    2    H2   VAL   1           H2       VAL   1 -35.506 -19.130   4.099
    3    H3   VAL   1           H1       VAL   1 -34.986 -20.728   4.263
    4    HA   VAL   1           HA       VAL   1 -34.820 -20.053   1.988
    5    HB   VAL   1           HB       VAL   1 -34.555 -17.637   2.380
    6   HG11  VAL   1          HG11      VAL   1 -31.848 -18.426   3.416
    7   HG13  VAL   1          HG12      VAL   1 -33.102 -17.486   4.227
    8   HG12  VAL   1          HG13      VAL   1 -32.217 -16.792   2.867
    9   HG22  VAL   1          HG21      VAL   1 -33.986 -18.379   0.199
   10   HG21  VAL   1          HG22      VAL   1 -32.407 -18.953   0.734
   11   HG23  VAL   1          HG23      VAL   1 -32.746 -17.223   0.687

  No H/Q in entry =          11
  In of MODEL    3
    1    H    LEU   2           H        LEU   2 -33.436 -21.303   0.833
    2    HA   LEU   2           HA       LEU   2 -30.813 -21.929   1.945
    3    HB2  LEU   2           HB2      LEU   2 -32.350 -23.627   2.862
    4    HB3  LEU   2           HB3      LEU   2 -32.850 -24.046   1.235
    5    HG   LEU   2           HG       LEU   2 -30.540 -24.795   0.744
    6   HD12  LEU   2          HD11      LEU   2 -29.026 -25.161   2.694
    7   HD11  LEU   2          HD12      LEU   2 -30.102 -24.143   3.651
    8   HD13  LEU   2          HD13      LEU   2 -29.257 -23.469   2.256
    9   HD21  LEU   2          HD21      LEU   2 -32.296 -26.347   1.543
   10   HD23  LEU   2          HD22      LEU   2 -31.710 -26.112   3.189
   11   HD22  LEU   2          HD23      LEU   2 -30.665 -26.855   1.977

  No H/Q in entry =          11
  In of MODEL    3
    1    H    GLY   3           H        GLY   3 -29.306 -22.087   0.383
    2    HA3  GLY   3           HA2      GLY   3 -28.752 -23.025  -1.830
    3    HA2  GLY   3           HA3      GLY   3 -30.285 -22.373  -2.388

  No H/Q in entry =           3
  In of MODEL    3
    1    H    LYS   4           H        LYS   4 -26.994 -21.652  -1.534
    2    HA   LYS   4           HA       LYS   4 -27.349 -18.976  -2.724
    3    HB2  LYS   4           HB2      LYS   4 -25.948 -19.852  -0.269
    4    HB3  LYS   4           HB3      LYS   4 -25.069 -18.705  -1.269
    5    HG2  LYS   4           HG2      LYS   4 -26.252 -17.444   0.337
    6    HG3  LYS   4           HG3      LYS   4 -27.109 -17.236  -1.190
    7    HD2  LYS   4           HD2      LYS   4 -28.564 -19.212  -0.368
    8    HD3  LYS   4           HD3      LYS   4 -27.900 -18.830   1.221
    9    HE2  LYS   4           HE2      LYS   4 -30.076 -17.731   0.774
   10    HE3  LYS   4           HE3      LYS   4 -28.772 -16.592   1.107
   11    HZ1  LYS   4           HZ1      LYS   4 -29.451 -17.319  -1.669
   12    HZ3  LYS   4           HZ2      LYS   4 -28.680 -15.930  -1.092
   13    HZ2  LYS   4           HZ3      LYS   4 -30.338 -16.135  -0.852

  No H/Q in entry =          13
  In of MODEL    3
    1    HA   PRO   5           HA       PRO   5 -24.311 -20.966  -5.398
    2    HB2  PRO   5           HB2      PRO   5 -25.253 -20.019  -7.724
    3    HB3  PRO   5           HB3      PRO   5 -26.051 -21.335  -6.857
    4    HG2  PRO   5           HG2      PRO   5 -26.869 -18.509  -7.157
    5    HG3  PRO   5           HG3      PRO   5 -27.861 -19.945  -6.865
    6    HD2  PRO   5           HD2      PRO   5 -26.961 -18.020  -4.950
    7    HD3  PRO   5           HD3      PRO   5 -27.897 -19.498  -4.653

  No H/Q in entry =           7
  In of MODEL    3
    1    H    GLN   6           H        GLN   6 -22.706 -19.515  -4.370
    2    HA   GLN   6           HA       GLN   6 -22.238 -16.978  -5.723
    3    HB2  GLN   6           HB2      GLN   6 -20.943 -18.370  -3.392
    4    HB3  GLN   6           HB3      GLN   6 -20.171 -16.993  -4.161
    5    HG2  GLN   6           HG2      GLN   6 -21.297 -15.971  -2.460
    6    HG3  GLN   6           HG3      GLN   6 -22.474 -15.838  -3.763
    7   HE21  GLN   6          HE21      GLN   6 -21.745 -18.777  -1.983
    8   HE22  GLN   6          HE22      GLN   6 -23.283 -18.905  -1.205

  No H/Q in entry =           8
  In of MODEL    3
    1    H    THR   7           H        THR   7 -21.227 -20.226  -5.846
    2    HA   THR   7           HA       THR   7 -20.010 -21.358  -7.434
    3    HB   THR   7           HB       THR   7 -18.804 -18.803  -8.495
    4    HG1  THR   7           HG1      THR   7 -20.934 -18.328  -8.697
    5   HG21  THR   7          HG21      THR   7 -19.489 -21.467  -9.752
    6   HG23  THR   7          HG22      THR   7 -17.874 -20.883  -9.347
    7   HG22  THR   7          HG23      THR   7 -18.807 -20.087 -10.614

  No H/Q in entry =           7
  In of MODEL    3
    1    H    ASP   8           H        ASP   8 -19.233 -20.642  -4.752
    2    HA   ASP   8           HA       ASP   8 -16.352 -21.026  -5.092
    3    HB2  ASP   8           HB2      ASP   8 -16.878 -18.575  -4.591
    4    HB3  ASP   8           HB3      ASP   8 -17.332 -19.118  -2.978

  No H/Q in entry =           4
  In of MODEL    3
    1    HA   PRO   9           HA       PRO   9 -18.172 -24.009  -2.075
    2    HB2  PRO   9           HB2      PRO   9 -16.718 -26.145  -2.931
    3    HB3  PRO   9           HB3      PRO   9 -18.281 -25.688  -3.615
    4    HG2  PRO   9           HG2      PRO   9 -15.532 -25.186  -4.661
    5    HG3  PRO   9           HG3      PRO   9 -17.010 -25.606  -5.543
    6    HD2  PRO   9           HD2      PRO   9 -16.006 -23.075  -5.414
    7    HD3  PRO   9           HD3      PRO   9 -17.733 -23.429  -5.612

  No H/Q in entry =           7
  In of MODEL    3
    1    H    THR  10           H        THR  10 -15.031 -22.839  -2.783
    2    HA   THR  10           HA       THR  10 -13.718 -24.371  -0.689
    3    HB   THR  10           HB       THR  10 -12.372 -22.050  -1.998
    4    HG1  THR  10           HG1      THR  10 -12.330 -24.429  -3.450
    5   HG23  THR  10          HG21      THR  10 -10.459 -23.549  -1.943
    6   HG22  THR  10          HG22      THR  10 -11.488 -24.893  -1.449
    7   HG21  THR  10          HG23      THR  10 -11.230 -23.533  -0.357

  No H/Q in entry =           7
  In of MODEL    3
    1    H    LEU  11           H        LEU  11 -14.811 -20.985  -1.336
    2    HA   LEU  11           HA       LEU  11 -14.027 -20.288   1.335
    3    HB2  LEU  11           HB2      LEU  11 -14.090 -18.628  -0.576
    4    HB3  LEU  11           HB3      LEU  11 -15.839 -18.596  -0.352
    5    HG   LEU  11           HG       LEU  11 -15.315 -18.168   2.113
    6   HD11  LEU  11          HD11      LEU  11 -12.857 -18.731   1.718
    7   HD13  LEU  11          HD12      LEU  11 -13.242 -17.347   2.740
    8   HD12  LEU  11          HD13      LEU  11 -12.726 -17.096   1.069
    9   HD21  LEU  11          HD21      LEU  11 -16.235 -16.515   0.521
   10   HD23  LEU  11          HD22      LEU  11 -14.581 -15.976   0.219
   11   HD22  LEU  11          HD23      LEU  11 -15.274 -15.833   1.835

  No H/Q in entry =          11
  In of MODEL    3
    1    H    GLU  12           H        GLU  12 -16.687 -21.591  -0.205
    2    HA   GLU  12           HA       GLU  12 -18.641 -21.082   1.839
    3    HB2  GLU  12           HB2      GLU  12 -18.711 -22.780  -0.654
    4    HB3  GLU  12           HB3      GLU  12 -19.992 -22.850   0.552
    5    HG2  GLU  12           HG2      GLU  12 -20.351 -20.430   0.297
    6    HG3  GLU  12           HG3      GLU  12 -19.108 -20.392  -0.950

  No H/Q in entry =           6
  In of MODEL    3
    1    H    TRP  13           H        TRP  13 -15.983 -22.921   1.500
    2    HA   TRP  13           HA       TRP  13 -16.887 -25.010   3.325
    3    HB2  TRP  13           HB2      TRP  13 -15.133 -25.286   1.273
    4    HB3  TRP  13           HB3      TRP  13 -14.018 -24.857   2.573
    5    HD1  TRP  13           HD1      TRP  13 -14.199 -26.503   4.843
    6    HE1  TRP  13           HE1      TRP  13 -14.628 -29.042   4.948
    7    HE3  TRP  13           HE3      TRP  13 -16.249 -27.173   0.205
    8    HZ2  TRP  13           HZ2      TRP  13 -15.696 -31.054   3.286
    9    HZ3  TRP  13           HZ3      TRP  13 -16.951 -29.436  -0.458
   10    HH2  TRP  13           HH2      TRP  13 -16.679 -31.336   1.053

  No H/Q in entry =          10
  In of MODEL    3
    1    H    PHE  14           H        PHE  14 -15.486 -21.844   3.096
    2    HA   PHE  14           HA       PHE  14 -14.100 -21.874   5.661
    3    HB2  PHE  14           HB2      PHE  14 -12.992 -20.543   4.116
    4    HB3  PHE  14           HB3      PHE  14 -14.468 -19.973   3.388
    5    HD1  PHE  14           HD1      PHE  14 -15.244 -17.866   3.871
    6    HD2  PHE  14           HD2      PHE  14 -12.622 -19.729   6.629
    7    HE1  PHE  14           HE1      PHE  14 -15.219 -15.824   5.218
    8    HE2  PHE  14           HE2      PHE  14 -12.585 -17.685   7.976
    9    HZ   PHE  14           HZ       PHE  14 -13.887 -15.727   7.279

  No H/Q in entry =           9
  In of MODEL    3
    1    H    LEU  15           H        LEU  15 -17.169 -21.124   4.313
    2    HA   LEU  15           HA       LEU  15 -17.796 -19.030   6.267
    3    HB2  LEU  15           HB2      LEU  15 -19.606 -19.958   4.058
    4    HB3  LEU  15           HB3      LEU  15 -19.730 -18.498   5.026
    5    HG   LEU  15           HG       LEU  15 -17.402 -19.013   3.201
    6   HD11  LEU  15          HD11      LEU  15 -19.443 -19.097   1.940
    7   HD13  LEU  15          HD12      LEU  15 -18.512 -17.641   1.578
    8   HD12  LEU  15          HD13      LEU  15 -19.932 -17.549   2.624
    9   HD21  LEU  15          HD21      LEU  15 -17.195 -17.272   4.994
   10   HD23  LEU  15          HD22      LEU  15 -18.518 -16.407   4.211
   11   HD22  LEU  15          HD23      LEU  15 -17.008 -16.678   3.345

  No H/Q in entry =          11
  In of MODEL    3
    1    H    SER  16           H        SER  16 -17.739 -22.213   5.866
    2    HA   SER  16           HA       SER  16 -20.143 -22.767   7.466
    3    HB2  SER  16           HB2      SER  16 -19.105 -25.195   6.890
    4    HB3  SER  16           HB3      SER  16 -20.238 -24.378   5.810
    5    HG   SER  16           HG       SER  16 -18.700 -24.273   4.385

  No H/Q in entry =           5
  In of MODEL    3
    1    H    HIS  17           H        HIS  17 -17.013 -21.838   7.605
    2    HA   HIS  17           HA       HIS  17 -16.435 -23.438   9.973
    3    HB2  HIS  17           HB2      HIS  17 -14.751 -22.538   7.753
    4    HB3  HIS  17           HB3      HIS  17 -14.040 -22.305   9.349
    5    HD1  HIS  17           HD1      HIS  17 -14.566 -24.820   6.781
    6    HD2  HIS  17           HD2      HIS  17 -13.955 -24.820  10.901
    7    HE1  HIS  17           HE1      HIS  17 -13.799 -27.149   7.360
    8    HE2  HIS  17           HE2      HIS  17 -13.559 -27.159   9.868

  No H/Q in entry =           8
  In of MODEL    3
    1    H    CYS  18           H        CYS  18 -17.222 -20.302   8.929
    2    HA   CYS  18           HA       CYS  18 -15.908 -19.067  11.223
    3    HB2  CYS  18           HB2      CYS  18 -16.165 -16.929   9.984
    4    HB3  CYS  18           HB3      CYS  18 -15.110 -18.093   9.202
    5    HG   CYS  18           HG       CYS  18 -16.543 -16.646   7.347

  No H/Q in entry =           5
  In of MODEL    3
    1    H    HIS  19           H        HIS  19 -17.624 -16.636  10.516
    2    HA   HIS  19           HA       HIS  19 -20.280 -17.422  11.426
    3    HB2  HIS  19           HB2      HIS  19 -19.250 -17.064  13.553
    4    HB3  HIS  19           HB3      HIS  19 -18.400 -15.635  12.992
    5    HD1  HIS  19           HD1      HIS  19 -22.049 -16.669  13.446
    6    HD2  HIS  19           HD2      HIS  19 -19.537 -13.390  13.929
    7    HE1  HIS  19           HE1      HIS  19 -23.505 -14.826  14.341
    8    HE2  HIS  19           HE2      HIS  19 -21.992 -12.817  14.509

  No H/Q in entry =           8
  In of MODEL    3
    1    H    ILE  20           H        ILE  20 -20.908 -16.533   9.061
    2    HA   ILE  20           HA       ILE  20 -20.527 -13.759   8.499
    3    HB   ILE  20           HB       ILE  20 -23.040 -14.929   7.537
    4   HG12  ILE  20          HG12      ILE  20 -21.478 -16.962   7.676
    5   HG13  ILE  20          HG13      ILE  20 -22.219 -16.647   6.117
    6   HG22  ILE  20          HG21      ILE  20 -20.706 -13.703   6.147
    7   HG21  ILE  20          HG22      ILE  20 -22.173 -12.889   6.689
    8   HG23  ILE  20          HG23      ILE  20 -22.252 -14.089   5.395
    9   HD12  ILE  20          HD11      ILE  20 -19.550 -17.078   6.599
   10   HD11  ILE  20          HD12      ILE  20 -19.656 -15.328   6.405
   11   HD13  ILE  20          HD13      ILE  20 -20.250 -16.394   5.134

  No H/Q in entry =          11
  In of MODEL    3
    1    H    HIS  21           H        HIS  21 -21.461 -12.177   9.329
    2    HA   HIS  21           HA       HIS  21 -23.796 -11.317   9.191
    3    HB2  HIS  21           HB2      HIS  21 -24.822 -13.349  10.261
    4    HB3  HIS  21           HB3      HIS  21 -24.159 -12.826  11.800
    5    HD1  HIS  21           HD1      HIS  21 -25.319 -10.876  12.996
    6    HD2  HIS  21           HD2      HIS  21 -27.120 -11.922   9.393
    7    HE1  HIS  21           HE1      HIS  21 -27.544  -9.710  12.988
    8    HE2  HIS  21           HE2      HIS  21 -28.694 -10.525  10.902

  No H/Q in entry =           8
  In of MODEL    3
    1    H    LYS  22           H        LYS  22 -23.685  -9.377   9.564
    2    HA   LYS  22           HA       LYS  22 -21.787  -8.572  11.588
    3    HB2  LYS  22           HB2      LYS  22 -21.385  -8.174   8.957
    4    HB3  LYS  22           HB3      LYS  22 -22.132  -6.658   9.390
    5    HG2  LYS  22           HG2      LYS  22 -20.258  -7.078  11.387
    6    HG3  LYS  22           HG3      LYS  22 -19.465  -7.634   9.920
    7    HD2  LYS  22           HD2      LYS  22 -20.081  -5.485   8.852
    8    HD3  LYS  22           HD3      LYS  22 -20.680  -4.926  10.415
    9    HE2  LYS  22           HE2      LYS  22 -17.865  -5.503   9.557
   10    HE3  LYS  22           HE3      LYS  22 -18.516  -4.065  10.342
   11    HZ2  LYS  22           HZ1      LYS  22 -18.146  -6.725  11.622
   12    HZ1  LYS  22           HZ2      LYS  22 -18.794  -5.359  12.379
   13    HZ3  LYS  22           HZ3      LYS  22 -17.183  -5.359  11.875

  No H/Q in entry =          13
  In of MODEL    3
    1    H    TYR  23           H        TYR  23 -22.898  -5.862  10.335
    2    HA   TYR  23           HA       TYR  23 -25.294  -5.428  11.749
    3    HB2  TYR  23           HB2      TYR  23 -23.794  -3.405  12.901
    4    HB3  TYR  23           HB3      TYR  23 -24.550  -4.737  13.743
    5    HD1  TYR  23           HD1      TYR  23 -22.039  -6.508  12.263
    6    HD2  TYR  23           HD2      TYR  23 -22.438  -3.308  15.010
    7    HE1  TYR  23           HE1      TYR  23 -19.890  -7.105  13.197
    8    HE2  TYR  23           HE2      TYR  23 -20.249  -3.889  15.971
    9    HH   TYR  23           HH       TYR  23 -18.825  -6.186  16.066

  No H/Q in entry =           9
  In of MODEL    3
    1    HA   PRO  24           HA       PRO  24 -25.219  -1.646   9.072
    2    HB2  PRO  24           HB2      PRO  24 -26.103   0.216  10.986
    3    HB3  PRO  24           HB3      PRO  24 -27.192  -0.694   9.937
    4    HG2  PRO  24           HG2      PRO  24 -26.455  -1.169  12.783
    5    HG3  PRO  24           HG3      PRO  24 -27.994  -1.468  11.956
    6    HD2  PRO  24           HD2      PRO  24 -26.309  -3.467  12.604
    7    HD3  PRO  24           HD3      PRO  24 -27.289  -3.513  11.124

  No H/Q in entry =           7
  In of MODEL    3
    1    H    SER  25           H        SER  25 -24.253   0.259   9.252
    2    HA   SER  25           HA       SER  25 -21.529  -0.155   9.877
    3    HB2  SER  25           HB2      SER  25 -21.736   2.212   8.502
    4    HB3  SER  25           HB3      SER  25 -21.466   0.612   7.816
    5    HG   SER  25           HG       SER  25 -23.683   2.204   7.706

  No H/Q in entry =           5
  In of MODEL    3
    1    H    LYS  26           H        LYS  26 -20.177   1.411  10.311
    2    HA   LYS  26           HA       LYS  26 -19.430   3.371  11.504
    3    HB2  LYS  26           HB2      LYS  26 -21.775   4.104  12.144
    4    HB3  LYS  26           HB3      LYS  26 -21.897   2.777  13.289
    5    HG2  LYS  26           HG2      LYS  26 -20.007   3.755  14.664
    6    HG3  LYS  26           HG3      LYS  26 -19.758   5.018  13.462
    7    HD2  LYS  26           HD2      LYS  26 -22.085   5.896  14.004
    8    HD3  LYS  26           HD3      LYS  26 -22.292   4.586  15.182
    9    HE2  LYS  26           HE2      LYS  26 -20.219   5.369  16.442
   10    HE3  LYS  26           HE3      LYS  26 -20.012   6.702  15.294
   11    HZ1  LYS  26           HZ1      LYS  26 -22.614   6.360  16.666
   12    HZ2  LYS  26           HZ2      LYS  26 -21.375   7.086  17.458
   13    HZ3  LYS  26           HZ3      LYS  26 -21.874   7.712  15.985

  No H/Q in entry =          13
  In of MODEL    3
    1    H    SER  27           H        SER  27 -20.186   0.231  11.855
    2    HA   SER  27           HA       SER  27 -19.027  -0.307  14.387
    3    HB2  SER  27           HB2      SER  27 -19.269  -2.707  13.199
    4    HB3  SER  27           HB3      SER  27 -20.634  -1.880  13.951
    5    HG   SER  27           HG       SER  27 -21.529  -1.864  12.049

  No H/Q in entry =           5
  In of MODEL    3
    1    H    THR  28           H        THR  28 -16.968   0.508  14.167
    2    HA   THR  28           HA       THR  28 -15.174  -0.731  12.207
    3    HB   THR  28           HB       THR  28 -14.688   1.640  12.585
    4    HG1  THR  28           HG1      THR  28 -12.712   0.835  12.506
    5   HG22  THR  28          HG21      THR  28 -14.162   2.496  14.853
    6   HG21  THR  28          HG22      THR  28 -14.678   0.951  15.527
    7   HG23  THR  28          HG23      THR  28 -15.840   1.982  14.690

  No H/Q in entry =           7
  In of MODEL    3
    1    H    LEU  29           H        LEU  29 -13.300  -1.645  13.261
    2    HA   LEU  29           HA       LEU  29 -14.301  -3.550  15.210
    3    HB2  LEU  29           HB2      LEU  29 -12.875  -5.094  13.337
    4    HB3  LEU  29           HB3      LEU  29 -14.580  -5.191  13.707
    5    HG   LEU  29           HG       LEU  29 -13.220  -3.820  11.377
    6   HD13  LEU  29          HD11      LEU  29 -14.627  -5.235  10.051
    7   HD12  LEU  29          HD12      LEU  29 -15.461  -5.818  11.492
    8   HD11  LEU  29          HD13      LEU  29 -13.759  -6.226  11.229
    9   HD21  LEU  29          HD21      LEU  29 -15.191  -2.500  12.427
   10   HD23  LEU  29          HD22      LEU  29 -16.168  -3.743  11.643
   11   HD22  LEU  29          HD23      LEU  29 -15.084  -2.729  10.681

  No H/Q in entry =          11
  In of MODEL    3
    1    H    ILE  30           H        ILE  30 -11.639  -2.025  13.656
    2    HA   ILE  30           HA       ILE  30  -9.830  -2.506  15.633
    3    HB   ILE  30           HB       ILE  30  -8.397  -4.079  13.744
    4   HG12  ILE  30          HG12      ILE  30  -9.762  -6.265  14.128
    5   HG13  ILE  30          HG13      ILE  30 -11.133  -5.180  14.305
    6   HG21  ILE  30          HG21      ILE  30  -7.905  -3.986  16.098
    7   HG23  ILE  30          HG22      ILE  30  -8.177  -5.656  15.600
    8   HG22  ILE  30          HG23      ILE  30  -9.433  -4.784  16.478
    9   HD13  ILE  30          HD11      ILE  30 -11.016  -4.485  12.092
   10   HD12  ILE  30          HD12      ILE  30 -10.704  -6.218  12.017
   11   HD11  ILE  30          HD13      ILE  30  -9.365  -5.072  11.891

  No H/Q in entry =          11
  In of MODEL    3
    1    H    HIS  31           H        HIS  31  -9.027  -0.747  15.456
    2    HA   HIS  31           HA       HIS  31  -6.796  -0.185  13.806
    3    HB2  HIS  31           HB2      HIS  31  -8.125   0.492  12.004
    4    HB3  HIS  31           HB3      HIS  31  -9.527   0.617  13.039
    5    HD1  HIS  31           HD1      HIS  31  -7.142   2.676  11.230
    6    HD2  HIS  31           HD2      HIS  31  -9.693   3.213  14.472
    7    HE1  HIS  31           HE1      HIS  31  -7.303   5.145  11.570
    8    HE2  HIS  31           HE2      HIS  31  -8.647   5.432  13.696

  No H/Q in entry =           8
  In of MODEL    3
    1    H    GLN  32           H        GLN  32  -7.407  -0.192  16.656
    2    HA   GLN  32           HA       GLN  32  -6.846   2.667  17.197
    3    HB2  GLN  32           HB2      GLN  32  -9.211   2.285  17.836
    4    HB3  GLN  32           HB3      GLN  32  -8.722   0.952  18.878
    5    HG2  GLN  32           HG2      GLN  32  -7.501   2.470  20.309
    6    HG3  GLN  32           HG3      GLN  32  -7.845   3.816  19.229
    7   HE21  GLN  32          HE21      GLN  32 -10.309   1.483  19.772
    8   HE22  GLN  32          HE22      GLN  32 -11.289   2.445  20.818

  No H/Q in entry =           8
  In of MODEL    3
    1    H    GLY  33           H        GLY  33  -5.978  -0.553  17.476
    2    HA3  GLY  33           HA2      GLY  33  -3.625  -0.815  18.392
    3    HA2  GLY  33           HA3      GLY  33  -4.240   0.071  19.776

  No H/Q in entry =           3
  In of MODEL    3
    1    H    GLU  34           H        GLU  34  -6.371  -2.110  18.296
    2    HA   GLU  34           HA       GLU  34  -6.272  -4.035  20.492
    3    HB2  GLU  34           HB2      GLU  34  -8.032  -4.255  18.090
    4    HB3  GLU  34           HB3      GLU  34  -8.387  -4.649  19.751
    5    HG2  GLU  34           HG2      GLU  34  -9.663  -2.786  19.575
    6    HG3  GLU  34           HG3      GLU  34  -8.140  -2.010  19.995

  No H/Q in entry =           6
  In of MODEL    3
    1    H    LYS  35           H        LYS  35  -5.008  -5.739  20.246
    2    HA   LYS  35           HA       LYS  35  -3.578  -6.592  18.090
    3    HB2  LYS  35           HB2      LYS  35  -4.602  -7.957  20.524
    4    HB3  LYS  35           HB3      LYS  35  -4.041  -8.992  19.217
    5    HG2  LYS  35           HG2      LYS  35  -1.889  -7.829  19.231
    6    HG3  LYS  35           HG3      LYS  35  -2.453  -6.827  20.572
    7    HD2  LYS  35           HD2      LYS  35  -1.241  -8.495  21.651
    8    HD3  LYS  35           HD3      LYS  35  -2.896  -9.092  21.760
    9    HE2  LYS  35           HE2      LYS  35  -2.286 -10.286  19.507
   10    HE3  LYS  35           HE3      LYS  35  -0.630 -10.056  20.070
   11    HZ1  LYS  35           HZ1      LYS  35  -1.460 -11.123  22.216
   12    HZ3  LYS  35           HZ2      LYS  35  -1.237 -12.133  20.878
   13    HZ2  LYS  35           HZ3      LYS  35  -2.801 -11.635  21.311

  No H/Q in entry =          13
  In of MODEL    3
    1    H    ALA  36           H        ALA  36  -4.279  -7.043  16.079
    2    HA   ALA  36           HA       ALA  36  -6.965  -7.810  15.576
    3    HB1  ALA  36           HB1      ALA  36  -6.066  -8.091  13.209
    4    HB2  ALA  36           HB2      ALA  36  -4.524  -7.523  13.856
    5    HB3  ALA  36           HB3      ALA  36  -5.947  -6.485  13.930

  No H/Q in entry =           5
  In of MODEL    3
    1    H    GLU  37           H        GLU  37  -6.924  -9.703  17.017
    2    HA   GLU  37           HA       GLU  37  -5.576 -12.072  15.963
    3    HB2  GLU  37           HB2      GLU  37  -7.243 -11.758  18.463
    4    HB3  GLU  37           HB3      GLU  37  -6.272 -13.159  18.031
    5    HG2  GLU  37           HG2      GLU  37  -4.360 -11.322  17.949
    6    HG3  GLU  37           HG3      GLU  37  -5.446 -10.524  19.086

  No H/Q in entry =           6
  In of MODEL    3
    1    H    THR  38           H        THR  38  -8.491 -10.522  15.625
    2    HA   THR  38           HA       THR  38  -9.834 -13.018  14.848
    3    HB   THR  38           HB       THR  38 -11.048 -12.112  16.700
    4    HG1  THR  38           HG1      THR  38 -12.850 -11.072  15.015
    5   HG21  THR  38          HG21      THR  38 -11.060  -9.481  15.224
    6   HG23  THR  38          HG22      THR  38 -10.176  -9.849  16.705
    7   HG22  THR  38          HG23      THR  38 -11.939  -9.819  16.716

  No H/Q in entry =           7
  In of MODEL    3
    1    H    LEU  39           H        LEU  39 -10.682 -13.114  12.833
    2    HA   LEU  39           HA       LEU  39 -10.059 -10.842  11.106
    3    HB2  LEU  39           HB2      LEU  39  -8.860 -12.469  10.092
    4    HB3  LEU  39           HB3      LEU  39  -9.840 -13.754  10.769
    5    HG   LEU  39           HG       LEU  39 -11.157 -12.125   8.686
    6   HD13  LEU  39          HD11      LEU  39  -8.960 -12.236   7.705
    7   HD12  LEU  39          HD12      LEU  39 -10.035 -13.354   6.865
    8   HD11  LEU  39          HD13      LEU  39  -8.865 -13.967   8.033
    9   HD21  LEU  39          HD21      LEU  39 -10.997 -15.003   9.495
   10   HD23  LEU  39          HD22      LEU  39 -11.691 -14.532   7.943
   11   HD22  LEU  39          HD23      LEU  39 -12.401 -13.936   9.444

  No H/Q in entry =          11
  In of MODEL    3
    1    H    TYR  40           H        TYR  40 -11.602 -10.223   9.478
    2    HA   TYR  40           HA       TYR  40 -14.307 -11.267   9.905
    3    HB2  TYR  40           HB2      TYR  40 -13.714  -8.359   9.360
    4    HB3  TYR  40           HB3      TYR  40 -15.244  -9.074   9.830
    5    HD1  TYR  40           HD1      TYR  40 -15.906  -8.934  12.003
    6    HD2  TYR  40           HD2      TYR  40 -11.770  -8.560  11.149
    7    HE1  TYR  40           HE1      TYR  40 -15.488  -8.319  14.344
    8    HE2  TYR  40           HE2      TYR  40 -11.328  -7.959  13.489
    9    HH   TYR  40           HH       TYR  40 -12.384  -7.161  15.410

  No H/Q in entry =           9
  In of MODEL    3
    1    H    TYR  41           H        TYR  41 -15.214 -11.860   7.955
    2    HA   TYR  41           HA       TYR  41 -13.897 -10.851   5.532
    3    HB2  TYR  41           HB2      TYR  41 -13.878 -13.332   6.222
    4    HB3  TYR  41           HB3      TYR  41 -15.570 -13.331   5.749
    5    HD1  TYR  41           HD1      TYR  41 -14.822 -11.202   3.431
    6    HD2  TYR  41           HD2      TYR  41 -13.544 -15.047   4.601
    7    HE1  TYR  41           HE1      TYR  41 -14.142 -11.664   1.122
    8    HE2  TYR  41           HE2      TYR  41 -12.827 -15.532   2.359
    9    HH   TYR  41           HH       TYR  41 -13.462 -14.735  -0.011

  No H/Q in entry =           9
  In of MODEL    3
    1    H    ILE  42           H        ILE  42 -15.194  -9.122   4.906
    2    HA   ILE  42           HA       ILE  42 -17.955  -8.914   5.167
    3    HB   ILE  42           HB       ILE  42 -16.291  -7.921   2.853
    4   HG12  ILE  42          HG12      ILE  42 -16.951  -6.760   5.546
    5   HG13  ILE  42          HG13      ILE  42 -15.381  -6.903   4.761
    6   HG22  ILE  42          HG21      ILE  42 -18.986  -6.968   3.799
    7   HG21  ILE  42          HG22      ILE  42 -18.726  -8.035   2.419
    8   HG23  ILE  42          HG23      ILE  42 -18.083  -6.391   2.398
    9   HD13  ILE  42          HD11      ILE  42 -15.912  -4.640   4.650
   10   HD12  ILE  42          HD12      ILE  42 -17.586  -4.964   4.200
   11   HD11  ILE  42          HD13      ILE  42 -16.290  -5.262   3.042

  No H/Q in entry =          11
  In of MODEL    3
    1    H    VAL  43           H        VAL  43 -19.562 -10.133   4.386
    2    HA   VAL  43           HA       VAL  43 -18.958 -11.745   2.017
    3    HB   VAL  43           HB       VAL  43 -21.098 -12.272   4.083
    4   HG11  VAL  43          HG11      VAL  43 -21.241 -13.182   1.670
    5   HG13  VAL  43          HG12      VAL  43 -21.475 -14.284   3.027
    6   HG12  VAL  43          HG13      VAL  43 -19.922 -14.245   2.180
    7   HG23  VAL  43          HG21      VAL  43 -19.465 -14.180   4.638
    8   HG22  VAL  43          HG22      VAL  43 -19.089 -12.566   5.239
    9   HG21  VAL  43          HG23      VAL  43 -18.257 -13.195   3.817

  No H/Q in entry =           9
  In of MODEL    3
    1    H    LYS  44           H        LYS  44 -20.635  -9.266   3.187
    2    HA   LYS  44           HA       LYS  44 -22.030  -8.356   0.915
    3    HB2  LYS  44           HB2      LYS  44 -23.619 -10.211   1.738
    4    HB3  LYS  44           HB3      LYS  44 -23.727  -9.332   3.256
    5    HG2  LYS  44           HG2      LYS  44 -24.353  -7.481   1.240
    6    HG3  LYS  44           HG3      LYS  44 -25.217  -8.966   0.839
    7    HD2  LYS  44           HD2      LYS  44 -25.279  -7.623   3.545
    8    HD3  LYS  44           HD3      LYS  44 -26.509  -7.419   2.298
    9    HE2  LYS  44           HE2      LYS  44 -25.770 -10.160   3.242
   10    HE3  LYS  44           HE3      LYS  44 -26.863  -9.165   4.200
   11    HZ3  LYS  44           HZ1      LYS  44 -28.322  -8.984   2.290
   12    HZ2  LYS  44           HZ2      LYS  44 -28.069 -10.607   2.686
   13    HZ1  LYS  44           HZ3      LYS  44 -27.272  -9.927   1.357

  No H/Q in entry =          13
  In of MODEL    3
    1    H    GLY  45           H        GLY  45 -22.711  -6.226   1.441
    2    HA3  GLY  45           HA2      GLY  45 -22.783  -4.243   2.696
    3    HA2  GLY  45           HA3      GLY  45 -21.995  -5.082   4.034

  No H/Q in entry =           3
  In of MODEL    3
    1    H    SER  46           H        SER  46 -20.836  -2.684   3.241
    2    HA   SER  46           HA       SER  46 -18.274  -3.753   2.561
    3    HB2  SER  46           HB2      SER  46 -19.058  -3.172   0.376
    4    HB3  SER  46           HB3      SER  46 -19.673  -1.622   0.948
    5    HG   SER  46           HG       SER  46 -17.781  -0.824   0.583

  No H/Q in entry =           5
  In of MODEL    3
    1    H    VAL  47           H        VAL  47 -16.502  -2.208   3.017
    2    HA   VAL  47           HA       VAL  47 -17.394  -0.374   5.126
    3    HB   VAL  47           HB       VAL  47 -15.638  -1.041   6.625
    4   HG12  VAL  47          HG11      VAL  47 -17.154  -3.421   5.585
    5   HG11  VAL  47          HG12      VAL  47 -17.791  -2.212   6.700
    6   HG13  VAL  47          HG13      VAL  47 -16.458  -3.257   7.200
    7   HG21  VAL  47          HG21      VAL  47 -14.863  -2.910   4.409
    8   HG23  VAL  47          HG22      VAL  47 -14.386  -3.179   6.088
    9   HG22  VAL  47          HG23      VAL  47 -13.860  -1.719   5.245

  No H/Q in entry =           9
  In of MODEL    3
    1    H    ALA  48           H        ALA  48 -15.299   0.769   6.092
    2    HA   ALA  48           HA       ALA  48 -13.964   1.929   3.754
    3    HB2  ALA  48           HB1      ALA  48 -15.859   3.296   4.749
    4    HB3  ALA  48           HB2      ALA  48 -14.296   4.102   4.629
    5    HB1  ALA  48           HB3      ALA  48 -14.847   3.471   6.182

  No H/Q in entry =           5
  In of MODEL    3
    1    H    VAL  49           H        VAL  49 -12.093   1.011   3.982
    2    HA   VAL  49           HA       VAL  49 -10.781   0.369   6.392
    3    HB   VAL  49           HB       VAL  49  -9.924   0.542   3.507
    4   HG12  VAL  49          HG11      VAL  49  -8.244  -0.808   5.545
    5   HG11  VAL  49          HG12      VAL  49  -8.096   0.936   5.335
    6   HG13  VAL  49          HG13      VAL  49  -7.798  -0.144   3.972
    7   HG21  VAL  49          HG21      VAL  49 -11.468  -1.245   4.128
    8   HG23  VAL  49          HG22      VAL  49 -10.342  -1.767   5.387
    9   HG22  VAL  49          HG23      VAL  49  -9.883  -1.885   3.684

  No H/Q in entry =           9
  In of MODEL    3
    1    H    LEU  50           H        LEU  50  -9.194   1.503   7.509
    2    HA   LEU  50           HA       LEU  50  -8.311   4.025   6.483
    3    HB2  LEU  50           HB2      LEU  50  -9.157   5.422   8.141
    4    HB3  LEU  50           HB3      LEU  50 -10.493   4.423   7.628
    5    HG   LEU  50           HG       LEU  50  -8.974   4.279  10.209
    6   HD13  LEU  50          HD11      LEU  50 -10.712   5.954  10.066
    7   HD12  LEU  50          HD12      LEU  50 -11.217   4.627  11.122
    8   HD11  LEU  50          HD13      LEU  50 -11.855   4.730   9.475
    9   HD22  LEU  50          HD21      LEU  50  -9.352   2.017   9.419
   10   HD21  LEU  50          HD22      LEU  50 -11.059   2.383   9.157
   11   HD23  LEU  50          HD23      LEU  50 -10.388   2.399  10.792

  No H/Q in entry =          11
  In of MODEL    3
    1    H    ILE  51           H        ILE  51  -6.542   4.972   7.484
    2    HA   ILE  51           HA       ILE  51  -5.081   3.073   9.194
    3    HB   ILE  51           HB       ILE  51  -3.034   4.185   8.063
    4   HG12  ILE  51          HG12      ILE  51  -3.594   4.596   5.595
    5   HG13  ILE  51          HG13      ILE  51  -5.259   4.779   6.131
    6   HG21  ILE  51          HG21      ILE  51  -4.835   2.075   6.927
    7   HG23  ILE  51          HG22      ILE  51  -3.333   1.876   7.829
    8   HG22  ILE  51          HG23      ILE  51  -3.294   2.457   6.163
    9   HD12  ILE  51          HD11      ILE  51  -2.901   6.464   6.920
   10   HD11  ILE  51          HD12      ILE  51  -4.507   6.601   7.634
   11   HD13  ILE  51          HD13      ILE  51  -4.273   6.938   5.918

  No H/Q in entry =          11
  In of MODEL    3
    1    H    LYS  52           H        LYS  52  -2.978   4.313   9.908
    2    HA   LYS  52           HA       LYS  52  -3.813   6.868  11.123
    3    HB2  LYS  52           HB2      LYS  52  -1.866   4.972  12.411
    4    HB3  LYS  52           HB3      LYS  52  -2.713   6.330  13.139
    5    HG2  LYS  52           HG2      LYS  52  -4.848   4.954  12.593
    6    HG3  LYS  52           HG3      LYS  52  -3.726   3.598  12.494
    7    HD2  LYS  52           HD2      LYS  52  -4.065   3.423  14.709
    8    HD3  LYS  52           HD3      LYS  52  -2.949   4.788  14.826
    9    HE2  LYS  52           HE2      LYS  52  -5.403   5.957  14.288
   10    HE3  LYS  52           HE3      LYS  52  -5.791   4.649  15.400
   11    HZ3  LYS  52           HZ1      LYS  52  -4.369   5.547  17.025
   12    HZ2  LYS  52           HZ2      LYS  52  -5.250   6.860  16.423
   13    HZ1  LYS  52           HZ3      LYS  52  -3.647   6.618  15.936

  No H/Q in entry =          13
  In of MODEL    3
    1    H    ASP  53           H        ASP  53  -2.397   8.491  11.163
    2    HA   ASP  53           HA       ASP  53  -0.175   8.383   9.305
    3    HB2  ASP  53           HB2      ASP  53  -2.002  10.280   9.615
    4    HB3  ASP  53           HB3      ASP  53  -0.870  10.876  10.821

  No H/Q in entry =           4
  In of MODEL    3
    1    H    GLU  54           H        GLU  54   1.458  10.460  10.370
    2    HA   GLU  54           HA       GLU  54   2.821   9.081  12.573
    3    HB2  GLU  54           HB2      GLU  54   4.089   9.587  10.488
    4    HB3  GLU  54           HB3      GLU  54   3.786  11.297  10.755
    5    HG2  GLU  54           HG2      GLU  54   5.060  11.195  12.831
    6    HG3  GLU  54           HG3      GLU  54   5.324   9.467  12.582

  No H/Q in entry =           6
  In of MODEL    3
    1    H    GLU  55           H        GLU  55   0.480  11.415  11.944
    2    HA   GLU  55           HA       GLU  55   1.134  12.858  14.432
    3    HB2  GLU  55           HB2      GLU  55  -0.573  14.567  13.174
    4    HB3  GLU  55           HB3      GLU  55   1.177  14.725  13.165
    5    HG2  GLU  55           HG2      GLU  55   1.351  13.735  11.042
    6    HG3  GLU  55           HG3      GLU  55  -0.332  13.203  11.080

  No H/Q in entry =           6
  In of MODEL    3
    1    H    GLY  56           H        GLY  56  -0.452  10.401  13.522
    2    HA3  GLY  56           HA2      GLY  56  -2.194   9.341  14.642
    3    HA2  GLY  56           HA3      GLY  56  -2.544  10.854  15.458

  No H/Q in entry =           3
  In of MODEL    3
    1    H    LYS  57           H        LYS  57  -2.450  10.776  11.838
    2    HA   LYS  57           HA       LYS  57  -5.221  11.533  11.919
    3    HB2  LYS  57           HB2      LYS  57  -2.947  11.908  10.198
    4    HB3  LYS  57           HB3      LYS  57  -4.203  11.086   9.287
    5    HG2  LYS  57           HG2      LYS  57  -5.555  12.891   9.267
    6    HG3  LYS  57           HG3      LYS  57  -5.029  13.441  10.859
    7    HD2  LYS  57           HD2      LYS  57  -4.320  14.953   9.027
    8    HD3  LYS  57           HD3      LYS  57  -2.966  14.289   9.940
    9    HE2  LYS  57           HE2      LYS  57  -3.329  12.455   7.907
   10    HE3  LYS  57           HE3      LYS  57  -3.643  14.000   7.119
   11    HZ3  LYS  57           HZ1      LYS  57  -1.461  14.297   7.010
   12    HZ2  LYS  57           HZ2      LYS  57  -1.165  12.868   7.868
   13    HZ1  LYS  57           HZ3      LYS  57  -1.373  14.339   8.703

  No H/Q in entry =          13
  In of MODEL    3
    1    H    GLU  58           H        GLU  58  -6.712   9.922  11.851
    2    HA   GLU  58           HA       GLU  58  -5.923   7.361  10.704
    3    HB2  GLU  58           HB2      GLU  58  -8.177   6.958  12.282
    4    HB3  GLU  58           HB3      GLU  58  -6.536   6.493  12.694
    5    HG2  GLU  58           HG2      GLU  58  -6.273   8.752  13.760
    6    HG3  GLU  58           HG3      GLU  58  -8.007   8.981  13.521

  No H/Q in entry =           6
  In of MODEL    3
    1    H    MET  59           H        MET  59  -6.688   7.872   8.470
    2    HA   MET  59           HA       MET  59  -9.425   8.844   8.477
    3    HB2  MET  59           HB2      MET  59  -7.109   9.289   6.596
    4    HB3  MET  59           HB3      MET  59  -8.723   9.969   6.409
    5    HG2  MET  59           HG2      MET  59  -8.340  11.290   8.450
    6    HG3  MET  59           HG3      MET  59  -6.716  10.605   8.555
    7    HE3  MET  59           HE1      MET  59  -5.661  10.811   5.265
    8    HE2  MET  59           HE2      MET  59  -6.714  11.943   4.410
    9    HE1  MET  59           HE3      MET  59  -7.392  10.501   5.164

  No H/Q in entry =           9
  In of MODEL    3
    1    H    ILE  60           H        ILE  60 -10.640   7.953   6.882
    2    HA   ILE  60           HA       ILE  60 -10.253   5.387   5.993
    3    HB   ILE  60           HB       ILE  60 -11.750   7.522   4.455
    4   HG12  ILE  60          HG12      ILE  60 -12.423   7.319   6.873
    5   HG13  ILE  60          HG13      ILE  60 -13.710   6.973   5.721
    6   HG23  ILE  60          HG21      ILE  60 -13.070   5.680   3.572
    7   HG22  ILE  60          HG22      ILE  60 -12.098   4.530   4.489
    8   HG21  ILE  60          HG23      ILE  60 -11.361   5.471   3.193
    9   HD12  ILE  60          HD11      ILE  60 -12.257   5.146   7.541
   10   HD11  ILE  60          HD12      ILE  60 -12.881   4.517   6.014
   11   HD13  ILE  60          HD13      ILE  60 -13.979   5.259   7.184

  No H/Q in entry =          11
  In of MODEL    3
    1    H    LEU  61           H        LEU  61  -8.763   4.539   4.616
    2    HA   LEU  61           HA       LEU  61  -7.653   6.377   2.620
    3    HB2  LEU  61           HB2      LEU  61  -5.513   5.563   2.893
    4    HB3  LEU  61           HB3      LEU  61  -6.121   5.573   4.530
    5    HG   LEU  61           HG       LEU  61  -4.861   3.613   4.348
    6   HD12  LEU  61          HD11      LEU  61  -6.460   1.770   4.512
    7   HD11  LEU  61          HD12      LEU  61  -7.730   2.863   3.959
    8   HD13  LEU  61          HD13      LEU  61  -6.894   3.174   5.485
    9   HD23  LEU  61          HD21      LEU  61  -5.480   1.876   2.548
   10   HD22  LEU  61          HD22      LEU  61  -4.415   3.224   2.133
   11   HD21  LEU  61          HD23      LEU  61  -6.117   3.271   1.673

  No H/Q in entry =          11
  In of MODEL    3
    1    H    SER  62           H        SER  62  -9.394   3.567   3.235
    2    HA   SER  62           HA       SER  62  -9.609   3.030   0.423
    3    HB2  SER  62           HB2      SER  62  -7.509   1.769   1.234
    4    HB3  SER  62           HB3      SER  62  -8.628   0.716   2.098
    5    HG   SER  62           HG       SER  62  -9.093   1.263  -0.606

  No H/Q in entry =           5
  In of MODEL    3
    1    H    TYR  63           H        TYR  63 -10.871   0.845   0.237
    2    HA   TYR  63           HA       TYR  63 -12.798   0.260   2.156
    3    HB2  TYR  63           HB2      TYR  63 -14.122   1.223  -0.329
    4    HB3  TYR  63           HB3      TYR  63 -14.785   1.096   1.288
    5    HD1  TYR  63           HD1      TYR  63 -12.276   3.158  -0.594
    6    HD2  TYR  63           HD2      TYR  63 -15.306   3.033   2.359
    7    HE1  TYR  63           HE1      TYR  63 -12.225   5.608  -0.463
    8    HE2  TYR  63           HE2      TYR  63 -15.257   5.479   2.519
    9    HH   TYR  63           HH       TYR  63 -14.658   7.381   0.994

  No H/Q in entry =           9
  In of MODEL    3
    1    H    LEU  64           H        LEU  64 -14.350  -1.003   1.229
    2    HA   LEU  64           HA       LEU  64 -13.215  -3.132  -0.423
    3    HB2  LEU  64           HB2      LEU  64 -15.105  -3.719   1.792
    4    HB3  LEU  64           HB3      LEU  64 -13.985  -4.764   0.953
    5    HG   LEU  64           HG       LEU  64 -13.288  -2.703   3.027
    6   HD13  LEU  64          HD11      LEU  64 -12.953  -4.456   4.444
    7   HD12  LEU  64          HD12      LEU  64 -12.656  -5.601   3.137
    8   HD11  LEU  64          HD13      LEU  64 -14.298  -5.069   3.487
    9   HD22  LEU  64          HD21      LEU  64 -11.500  -2.725   1.385
   10   HD21  LEU  64          HD22      LEU  64 -11.474  -4.489   1.393
   11   HD23  LEU  64          HD23      LEU  64 -10.988  -3.594   2.834

  No H/Q in entry =          11
  In of MODEL    3
    1    H    ASN  65           H        ASN  65 -14.986  -4.768  -0.543
    2    HA   ASN  65           HA       ASN  65 -17.483  -3.663  -1.474
    3    HB2  ASN  65           HB2      ASN  65 -15.482  -4.559  -3.329
    4    HB3  ASN  65           HB3      ASN  65 -16.779  -5.754  -3.302
    5   HD21  ASN  65          HD21      ASN  65 -16.075  -2.344  -3.715
    6   HD22  ASN  65          HD22      ASN  65 -17.449  -1.985  -4.697

  No H/Q in entry =           6
  In of MODEL    3
    1    H    GLN  66           H        GLN  66 -18.957  -5.564  -1.732
    2    HA   GLN  66           HA       GLN  66 -19.056  -7.384   0.322
    3    HB2  GLN  66           HB2      GLN  66 -20.903  -6.904  -1.355
    4    HB3  GLN  66           HB3      GLN  66 -19.989  -7.754  -2.599
    5    HG2  GLN  66           HG2      GLN  66 -20.255  -9.939  -1.349
    6    HG3  GLN  66           HG3      GLN  66 -21.017  -9.125  -0.006
    7   HE22  GLN  66          HE21      GLN  66 -23.806 -10.636  -1.788
    8   HE21  GLN  66          HE22      GLN  66 -22.419 -11.056  -0.641

  No H/Q in entry =           8
  In of MODEL    3
    1    H    GLY  67           H        GLY  67 -18.485  -9.657   0.397
    2    HA3  GLY  67           HA2      GLY  67 -16.950 -11.349   0.218
    3    HA2  GLY  67           HA3      GLY  67 -16.887 -10.919  -1.476

  No H/Q in entry =           3
  In of MODEL    3
    1    H    ASP  68           H        ASP  68 -15.856  -8.554   0.885
    2    HA   ASP  68           HA       ASP  68 -13.094  -9.033   0.010
    3    HB2  ASP  68           HB2      ASP  68 -14.487  -6.686  -0.051
    4    HB3  ASP  68           HB3      ASP  68 -13.666  -6.562   1.502

  No H/Q in entry =           4
  In of MODEL    3
    1    H    PHE  69           H        PHE  69 -11.436  -8.614   1.724
    2    HA   PHE  69           HA       PHE  69 -12.279 -10.057   4.104
    3    HB2  PHE  69           HB2      PHE  69  -9.547  -9.361   3.051
    4    HB3  PHE  69           HB3      PHE  69  -9.855 -10.331   4.480
    5    HD1  PHE  69           HD1      PHE  69 -10.428 -12.638   4.298
    6    HD2  PHE  69           HD2      PHE  69 -10.061 -10.227   0.813
    7    HE1  PHE  69           HE1      PHE  69 -10.351 -14.666   2.909
    8    HE2  PHE  69           HE2      PHE  69  -9.997 -12.251  -0.584
    9    HZ   PHE  69           HZ       PHE  69 -10.131 -14.473   0.464

  No H/Q in entry =           9
  In of MODEL    3
    1    H    ILE  70           H        ILE  70 -11.200  -9.447   6.156
    2    HA   ILE  70           HA       ILE  70 -10.525  -6.653   6.546
    3    HB   ILE  70           HB       ILE  70 -12.987  -7.992   7.664
    4   HG12  ILE  70          HG12      ILE  70 -12.422  -5.274   6.471
    5   HG13  ILE  70          HG13      ILE  70 -13.422  -6.560   5.802
    6   HG21  ILE  70          HG21      ILE  70 -11.364  -5.787   8.942
    7   HG23  ILE  70          HG22      ILE  70 -11.859  -7.323   9.651
    8   HG22  ILE  70          HG23      ILE  70 -13.058  -6.074   9.329
    9   HD12  ILE  70          HD11      ILE  70 -14.014  -4.638   7.999
   10   HD11  ILE  70          HD12      ILE  70 -14.796  -6.220   8.006
   11   HD13  ILE  70          HD13      ILE  70 -15.013  -5.135   6.631

  No H/Q in entry =          11
  In of MODEL    3
    1    H    GLY  71           H        GLY  71  -9.124  -6.462   8.271
    2    HA3  GLY  71           HA2      GLY  71  -7.961  -7.042  10.185
    3    HA2  GLY  71           HA3      GLY  71  -8.966  -8.478  10.326

  No H/Q in entry =           3
  In of MODEL    3
    1    H    GLU  72           H        GLU  72  -7.621  -8.055   7.251
    2    HA   GLU  72           HA       GLU  72  -6.037 -10.412   7.534
    3    HB2  GLU  72           HB2      GLU  72  -5.414  -8.935   5.154
    4    HB3  GLU  72           HB3      GLU  72  -6.252 -10.470   5.308
    5    HG2  GLU  72           HG2      GLU  72  -7.748  -9.115   4.157
    6    HG3  GLU  72           HG3      GLU  72  -8.334  -9.085   5.819

  No H/Q in entry =           6
  In of MODEL    3
    1    H    LEU  73           H        LEU  73  -5.772  -7.045   7.436
    2    HA   LEU  73           HA       LEU  73  -3.000  -6.686   7.285
    3    HB2  LEU  73           HB2      LEU  73  -5.398  -5.105   7.702
    4    HB3  LEU  73           HB3      LEU  73  -4.039  -4.502   8.637
    5    HG   LEU  73           HG       LEU  73  -4.229  -3.412   6.439
    6   HD11  LEU  73          HD11      LEU  73  -1.867  -5.158   7.005
    7   HD13  LEU  73          HD12      LEU  73  -2.096  -3.460   7.432
    8   HD12  LEU  73          HD13      LEU  73  -1.861  -3.923   5.742
    9   HD22  LEU  73          HD21      LEU  73  -5.141  -5.167   5.090
   10   HD21  LEU  73          HD22      LEU  73  -3.758  -6.210   5.421
   11   HD23  LEU  73          HD23      LEU  73  -3.553  -4.756   4.443

  No H/Q in entry =          11
  In of MODEL    3
    1    H    GLY  74           H        GLY  74  -4.600  -8.235   9.616
    2    HA3  GLY  74           HA2      GLY  74  -2.698  -7.320  11.671
    3    HA2  GLY  74           HA3      GLY  74  -4.339  -7.824  12.040

  No H/Q in entry =           3
  In of MODEL    3
    1    H    LEU  75           H        LEU  75  -4.218 -10.033  10.068
    2    HA   LEU  75           HA       LEU  75  -2.768 -11.897  11.845
    3    HB2  LEU  75           HB2      LEU  75  -4.325 -13.499  11.328
    4    HB3  LEU  75           HB3      LEU  75  -5.301 -12.056  11.106
    5    HG   LEU  75           HG       LEU  75  -4.114 -12.504   8.624
    6   HD13  LEU  75          HD11      LEU  75  -4.651 -14.797   8.080
    7   HD12  LEU  75          HD12      LEU  75  -5.226 -15.091   9.720
    8   HD11  LEU  75          HD13      LEU  75  -3.516 -14.770   9.430
    9   HD21  LEU  75          HD21      LEU  75  -6.385 -11.650   9.136
   10   HD23  LEU  75          HD22      LEU  75  -6.881 -13.293   9.538
   11   HD22  LEU  75          HD23      LEU  75  -6.376 -12.901   7.894

  No H/Q in entry =          11
  In of MODEL    3
    1    H    PHE  76           H        PHE  76  -3.067 -10.834   8.608
    2    HA   PHE  76           HA       PHE  76  -1.174 -12.803   7.621
    3    HB2  PHE  76           HB2      PHE  76  -3.025 -12.662   6.187
    4    HB3  PHE  76           HB3      PHE  76  -3.139 -10.910   6.357
    5    HD1  PHE  76           HD1      PHE  76  -0.660 -13.396   5.315
    6    HD2  PHE  76           HD2      PHE  76  -2.522  -9.694   4.518
    7    HE1  PHE  76           HE1      PHE  76   0.700 -13.176   3.251
    8    HE2  PHE  76           HE2      PHE  76  -1.182  -9.430   2.469
    9    HZ   PHE  76           HZ       PHE  76   0.433 -11.171   1.834

  No H/Q in entry =           9
  In of MODEL    3
    1    H    GLU  77           H        GLU  77  -1.652  -9.384   8.184
    2    HA   GLU  77           HA       GLU  77   0.613  -8.517   6.730
    3    HB2  GLU  77           HB2      GLU  77  -1.233  -7.025   7.587
    4    HB3  GLU  77           HB3      GLU  77  -0.518  -7.163   9.183
    5    HG2  GLU  77           HG2      GLU  77   1.188  -6.267   6.915
    6    HG3  GLU  77           HG3      GLU  77   0.027  -5.138   7.604

  No H/Q in entry =           6
  In of MODEL    3
    1    H    GLU  78           H        GLU  78  -0.017  -9.544  10.003
    2    HA   GLU  78           HA       GLU  78   1.286 -10.762  11.313
    3    HB2  GLU  78           HB2      GLU  78   3.140 -10.859   9.503
    4    HB3  GLU  78           HB3      GLU  78   3.818  -9.460  10.331
    5    HG2  GLU  78           HG2      GLU  78   3.672 -10.854  12.453
    6    HG3  GLU  78           HG3      GLU  78   3.382 -12.231  11.390

  No H/Q in entry =           6
  In of MODEL    3
    1    H    GLY  79           H        GLY  79  -0.136  -8.405  11.380
    2    HA3  GLY  79           HA2      GLY  79   1.226  -6.210  12.570
    3    HA2  GLY  79           HA3      GLY  79  -0.503  -6.467  12.505

  No H/Q in entry =           3
  In of MODEL    3
    1    H    GLN  80           H        GLN  80  -1.366  -8.089  14.000
    2    HA   GLN  80           HA       GLN  80  -1.771  -8.768  16.055
    3    HB2  GLN  80           HB2      GLN  80   1.129  -9.254  15.744
    4    HB3  GLN  80           HB3      GLN  80   0.522  -9.259  17.394
    5    HG2  GLN  80           HG2      GLN  80   0.485 -11.499  16.582
    6    HG3  GLN  80           HG3      GLN  80  -1.178 -10.935  16.713
    7   HE21  GLN  80          HE21      GLN  80   1.105 -10.168  14.138
    8   HE22  GLN  80          HE22      GLN  80   0.216 -10.960  12.883

  No H/Q in entry =           8
  In of MODEL    3
    1    H    GLU  81           H        GLU  81  -2.380  -6.456  16.105
    2    HA   GLU  81           HA       GLU  81  -2.333  -5.054  18.284
    3    HB2  GLU  81           HB2      GLU  81   0.391  -4.982  17.507
    4    HB3  GLU  81           HB3      GLU  81  -0.269  -3.391  17.141
    5    HG2  GLU  81           HG2      GLU  81  -1.259  -3.590  19.556
    6    HG3  GLU  81           HG3      GLU  81   0.062  -4.737  19.767

  No H/Q in entry =           6
  In of MODEL    3
    1    H    ARG  82           H        ARG  82  -4.157  -5.016  16.478
    2    HA   ARG  82           HA       ARG  82  -5.512  -3.806  15.150
    3    HB2  ARG  82           HB2      ARG  82  -5.785  -2.053  16.466
    4    HB3  ARG  82           HB3      ARG  82  -4.077  -1.961  16.842
    5    HG2  ARG  82           HG2      ARG  82  -4.378  -0.959  14.216
    6    HG3  ARG  82           HG3      ARG  82  -5.689  -0.273  15.167
    7    HD2  ARG  82           HD2      ARG  82  -3.996   1.289  15.420
    8    HD3  ARG  82           HD3      ARG  82  -3.864   0.318  16.879
    9    HE   ARG  82           HE       ARG  82  -2.108  -0.108  14.547
   10   HH11  ARG  82          HH11      ARG  82  -2.538   0.432  17.982
   11   HH12  ARG  82          HH12      ARG  82  -0.885   0.101  18.374
   12   HH21  ARG  82          HH21      ARG  82   0.100  -0.486  15.069
   13   HH22  ARG  82          HH22      ARG  82   0.605  -0.415  16.726

  No H/Q in entry =          13
  In of MODEL    3
    1    H    SER  83           H        SER  83  -2.517  -1.995  14.660
    2    HA   SER  83           HA       SER  83  -1.352  -1.356  12.863
    3    HB2  SER  83           HB2      SER  83  -2.656  -3.721  11.510
    4    HB3  SER  83           HB3      SER  83  -1.251  -2.840  10.913
    5    HG   SER  83           HG       SER  83  -0.259  -4.347  12.023

  No H/Q in entry =           5
  In of MODEL    3
    1    H    ALA  84           H        ALA  84  -4.775  -1.842  12.170
    2    HA   ALA  84           HA       ALA  84  -6.245  -0.076  11.761
    3    HB2  ALA  84           HB1      ALA  84  -5.622   2.011  10.859
    4    HB3  ALA  84           HB2      ALA  84  -4.058   1.398  10.327
    5    HB1  ALA  84           HB3      ALA  84  -4.390   1.589  12.049

  No H/Q in entry =           5
  In of MODEL    3
    1    H    TRP  85           H        TRP  85  -7.683   0.051   9.998
    2    HA   TRP  85           HA       TRP  85  -7.309  -0.268   7.447
    3    HB2  TRP  85           HB2      TRP  85  -5.877  -2.254   8.149
    4    HB3  TRP  85           HB3      TRP  85  -7.379  -3.066   8.569
    5    HD1  TRP  85           HD1      TRP  85  -8.668  -4.159   6.753
    6    HE1  TRP  85           HE1      TRP  85  -8.319  -4.551   4.219
    7    HE3  TRP  85           HE3      TRP  85  -4.834  -0.917   6.015
    8    HZ2  TRP  85           HZ2      TRP  85  -6.622  -3.558   2.186
    9    HZ3  TRP  85           HZ3      TRP  85  -3.897  -0.676   3.754
   10    HH2  TRP  85           HH2      TRP  85  -4.773  -1.970   1.879

  No H/Q in entry =          10
  In of MODEL    3
    1    H    VAL  86           H        VAL  86  -9.359  -0.447  10.104
    2    HA   VAL  86           HA       VAL  86 -11.514  -0.813   8.248
    3    HB   VAL  86           HB       VAL  86 -12.495  -2.547  10.177
    4   HG11  VAL  86          HG11      VAL  86 -11.500  -2.677   7.349
    5   HG13  VAL  86          HG12      VAL  86 -13.164  -2.656   7.939
    6   HG12  VAL  86          HG13      VAL  86 -12.169  -4.098   8.148
    7   HG23  VAL  86          HG21      VAL  86  -9.716  -3.271   9.258
    8   HG22  VAL  86          HG22      VAL  86 -10.835  -4.339  10.101
    9   HG21  VAL  86          HG23      VAL  86 -10.190  -2.915  10.919

  No H/Q in entry =           9
  In of MODEL    3
    1    H    ARG  87           H        ARG  87 -13.448  -0.302   8.617
    2    HA   ARG  87           HA       ARG  87 -14.648   0.580  10.945
    3    HB2  ARG  87           HB2      ARG  87 -13.298   2.561  10.867
    4    HB3  ARG  87           HB3      ARG  87 -13.711   2.840   9.180
    5    HG2  ARG  87           HG2      ARG  87 -16.167   2.734  10.374
    6    HG3  ARG  87           HG3      ARG  87 -15.166   3.516  11.609
    7    HD2  ARG  87           HD2      ARG  87 -15.763   5.345  10.393
    8    HD3  ARG  87           HD3      ARG  87 -14.298   4.875   9.531
    9    HE   ARG  87           HE       ARG  87 -16.224   3.529   8.206
   10   HH11  ARG  87          HH11      ARG  87 -15.872   6.881   9.137
   11   HH12  ARG  87          HH12      ARG  87 -16.766   7.487   7.782
   12   HH21  ARG  87          HH21      ARG  87 -17.419   4.320   6.419
   13   HH22  ARG  87          HH22      ARG  87 -17.642   6.026   6.220

  No H/Q in entry =          13
  In of MODEL    3
    1    H    ALA  88           H        ALA  88 -16.709  -0.228  10.419
    2    HA   ALA  88           HA       ALA  88 -17.546  -0.949   8.165
    3    HB2  ALA  88           HB1      ALA  88 -19.928  -0.082   9.156
    4    HB1  ALA  88           HB2      ALA  88 -18.871  -0.252  10.569
    5    HB3  ALA  88           HB3      ALA  88 -19.112  -1.608   9.463

  No H/Q in entry =           5
  In of MODEL    3
    1    H    LYS  89           H        LYS  89 -18.599  -0.212   6.029
    2    HA   LYS  89           HA       LYS  89 -19.196   2.634   6.155
    3    HB2  LYS  89           HB2      LYS  89 -17.376   1.895   4.605
    4    HB3  LYS  89           HB3      LYS  89 -18.568   0.952   3.729
    5    HG2  LYS  89           HG2      LYS  89 -19.711   2.897   3.009
    6    HG3  LYS  89           HG3      LYS  89 -18.779   3.925   4.100
    7    HD2  LYS  89           HD2      LYS  89 -17.018   4.015   2.710
    8    HD3  LYS  89           HD3      LYS  89 -17.165   2.317   2.258
    9    HE2  LYS  89           HE2      LYS  89 -17.707   3.255   0.273
   10    HE3  LYS  89           HE3      LYS  89 -19.310   3.226   1.006
   11    HZ1  LYS  89           HZ1      LYS  89 -18.806   5.564   1.791
   12    HZ3  LYS  89           HZ2      LYS  89 -19.014   5.386   0.124
   13    HZ2  LYS  89           HZ3      LYS  89 -17.460   5.545   0.766

  No H/Q in entry =          13
  In of MODEL    3
    1    H    THR  90           H        THR  90 -20.519  -0.426   5.915
    2    HA   THR  90           HA       THR  90 -23.138   0.679   5.418
    3    HB   THR  90           HB       THR  90 -23.179  -1.716   3.891
    4    HG1  THR  90           HG1      THR  90 -20.804  -0.521   3.659
    5   HG22  THR  90          HG21      THR  90 -23.331   1.162   2.986
    6   HG21  THR  90          HG22      THR  90 -24.670   0.228   3.651
    7   HG23  THR  90          HG23      THR  90 -23.951  -0.235   2.107

  No H/Q in entry =           7
  In of MODEL    3
    1    H    ALA  91           H        ALA  91 -24.710  -1.227   5.699
    2    HA   ALA  91           HA       ALA  91 -23.992  -2.691   8.108
    3    HB1  ALA  91           HB1      ALA  91 -26.376  -1.666   7.551
    4    HB2  ALA  91           HB2      ALA  91 -26.320  -3.294   8.229
    5    HB3  ALA  91           HB3      ALA  91 -26.545  -3.067   6.495

  No H/Q in entry =           5
  In of MODEL    3
    1    H    CYS  92           H        CYS  92 -22.768  -4.339   7.779
    2    HA   CYS  92           HA       CYS  92 -23.109  -5.886   5.273
    3    HB2  CYS  92           HB2      CYS  92 -20.686  -6.502   6.700
    4    HB3  CYS  92           HB3      CYS  92 -20.853  -5.845   5.079
    5    HG   CYS  92           HG       CYS  92 -21.413  -3.255   6.747

  No H/Q in entry =           5
  In of MODEL    3
    1    H    GLU  93           H        GLU  93 -21.615  -7.965   6.005
    2    HA   GLU  93           HA       GLU  93 -22.667  -9.385   8.216
    3    HB2  GLU  93           HB2      GLU  93 -23.389 -10.236   5.386
    4    HB3  GLU  93           HB3      GLU  93 -23.584 -11.245   6.811
    5    HG2  GLU  93           HG2      GLU  93 -24.976  -9.044   7.547
    6    HG3  GLU  93           HG3      GLU  93 -25.240  -9.046   5.804

  No H/Q in entry =           6
  In of MODEL    3
    1    H    VAL  94           H        VAL  94 -20.599  -9.833   8.779
    2    HA   VAL  94           HA       VAL  94 -18.755 -10.527   6.599
    3    HB   VAL  94           HB       VAL  94 -16.895 -10.031   8.111
    4   HG12  VAL  94          HG11      VAL  94 -17.428  -7.514   8.408
    5   HG11  VAL  94          HG12      VAL  94 -18.908  -7.913   7.526
    6   HG13  VAL  94          HG13      VAL  94 -17.332  -8.211   6.794
    7   HG21  VAL  94          HG21      VAL  94 -19.072  -9.450  10.072
    8   HG23  VAL  94          HG22      VAL  94 -17.510  -8.638  10.183
    9   HG22  VAL  94          HG23      VAL  94 -17.600 -10.396  10.277

  No H/Q in entry =           9
  In of MODEL    3
    1    H    ALA  95           H        ALA  95 -17.393 -12.286   6.790
    2    HA   ALA  95           HA       ALA  95 -18.505 -14.354   8.531
    3    HB3  ALA  95           HB1      ALA  95 -16.208 -14.990   6.827
    4    HB1  ALA  95           HB2      ALA  95 -17.532 -14.269   5.918
    5    HB2  ALA  95           HB3      ALA  95 -17.806 -15.741   6.849

  No H/Q in entry =           5
  In of MODEL    3
    1    H    GLU  96           H        GLU  96 -17.742 -13.471  10.459
    2    HA   GLU  96           HA       GLU  96 -14.838 -13.132  10.585
    3    HB2  GLU  96           HB2      GLU  96 -15.152 -11.745  12.532
    4    HB3  GLU  96           HB3      GLU  96 -16.157 -11.151  11.216
    5    HG2  GLU  96           HG2      GLU  96 -18.089 -12.324  12.226
    6    HG3  GLU  96           HG3      GLU  96 -17.049 -12.805  13.567

  No H/Q in entry =           6
  In of MODEL    3
    1    H    ILE  97           H        ILE  97 -13.627 -14.158  11.714
    2    HA   ILE  97           HA       ILE  97 -14.397 -15.651  14.016
    3    HB   ILE  97           HB       ILE  97 -13.255 -17.756  13.104
    4   HG12  ILE  97          HG12      ILE  97 -14.386 -16.863  10.505
    5   HG13  ILE  97          HG13      ILE  97 -12.722 -16.491  10.937
    6   HG23  ILE  97          HG21      ILE  97 -15.293 -18.740  12.887
    7   HG22  ILE  97          HG22      ILE  97 -16.003 -17.334  12.088
    8   HG21  ILE  97          HG23      ILE  97 -15.654 -17.287  13.814
    9   HD12  ILE  97          HD11      ILE  97 -12.921 -18.537   9.604
   10   HD11  ILE  97          HD12      ILE  97 -13.896 -19.254  10.885
   11   HD13  ILE  97          HD13      ILE  97 -12.216 -18.822  11.192

  No H/Q in entry =          11
  In of MODEL    3
    1    H    SER  98           H        SER  98 -12.376 -17.090  14.596
    2    HA   SER  98           HA       SER  98 -10.259 -15.086  14.689
    3    HB2  SER  98           HB2      SER  98 -10.980 -15.902  16.848
    4    HB3  SER  98           HB3      SER  98 -10.701 -17.565  16.334
    5    HG   SER  98           HG       SER  98  -8.835 -15.546  16.931

  No H/Q in entry =           5
  In of MODEL    3
    1    H    TYR  99           H        TYR  99  -8.308 -15.398  14.101
    2    HA   TYR  99           HA       TYR  99  -7.771 -17.058  11.770
    3    HB2  TYR  99           HB2      TYR  99  -5.640 -15.881  11.606
    4    HB3  TYR  99           HB3      TYR  99  -6.887 -14.699  11.939
    5    HD1  TYR  99           HD1      TYR  99  -5.273 -16.809  14.560
    6    HD2  TYR  99           HD2      TYR  99  -5.452 -12.974  12.715
    7    HE1  TYR  99           HE1      TYR  99  -3.869 -15.893  16.345
    8    HE2  TYR  99           HE2      TYR  99  -4.052 -12.055  14.513
    9    HH   TYR  99           HH       TYR  99  -3.489 -12.593  16.873

  No H/Q in entry =           9
  In of MODEL    3
    1    H    LYS 100           H        LYS 100  -7.564 -17.692  15.209
    2    HA   LYS 100           HA       LYS 100  -5.275 -19.350  14.881
    3    HB2  LYS 100           HB2      LYS 100  -6.197 -18.809  17.089
    4    HB3  LYS 100           HB3      LYS 100  -7.647 -19.727  16.705
    5    HG2  LYS 100           HG2      LYS 100  -6.520 -21.770  16.783
    6    HG3  LYS 100           HG3      LYS 100  -4.937 -20.997  16.670
    7    HD2  LYS 100           HD2      LYS 100  -6.773 -20.506  18.997
    8    HD3  LYS 100           HD3      LYS 100  -5.664 -21.879  18.961
    9    HE2  LYS 100           HE2      LYS 100  -3.769 -20.451  18.833
   10    HE3  LYS 100           HE3      LYS 100  -4.773 -19.035  18.535
   11    HZ1  LYS 100           HZ1      LYS 100  -5.059 -20.569  21.035
   12    HZ3  LYS 100           HZ2      LYS 100  -5.452 -18.954  20.728
   13    HZ2  LYS 100           HZ3      LYS 100  -3.834 -19.417  20.873

  No H/Q in entry =          13
  In of MODEL    3
    1    H    LYS 101           H        LYS 101  -8.762 -20.062  14.695
    2    HA   LYS 101           HA       LYS 101  -8.381 -22.696  13.661
    3    HB2  LYS 101           HB2      LYS 101 -10.390 -22.746  14.685
    4    HB3  LYS 101           HB3      LYS 101 -10.637 -21.017  14.498
    5    HG2  LYS 101           HG2      LYS 101 -11.648 -21.252  12.435
    6    HG3  LYS 101           HG3      LYS 101 -10.955 -22.850  12.161
    7    HD2  LYS 101           HD2      LYS 101 -13.068 -23.503  12.711
    8    HD3  LYS 101           HD3      LYS 101 -12.406 -23.401  14.341
    9    HE2  LYS 101           HE2      LYS 101 -13.361 -21.224  14.658
   10    HE3  LYS 101           HE3      LYS 101 -13.856 -21.143  12.968
   11    HZ2  LYS 101           HZ1      LYS 101 -14.926 -22.989  15.035
   12    HZ1  LYS 101           HZ2      LYS 101 -15.335 -23.048  13.396
   13    HZ3  LYS 101           HZ3      LYS 101 -15.740 -21.691  14.315

  No H/Q in entry =          13
  In of MODEL    3
    1    H    PHE 102           H        PHE 102  -9.085 -19.554  12.249
    2    HA   PHE 102           HA       PHE 102  -9.767 -20.525   9.697
    3    HB2  PHE 102           HB2      PHE 102 -10.365 -18.293  10.552
    4    HB3  PHE 102           HB3      PHE 102  -8.695 -17.793  10.389
    5    HD1  PHE 102           HD1      PHE 102  -9.402 -16.008   8.831
    6    HD2  PHE 102           HD2      PHE 102 -10.074 -20.067   7.986
    7    HE1  PHE 102           HE1      PHE 102  -9.764 -15.420   6.509
    8    HE2  PHE 102           HE2      PHE 102 -10.454 -19.512   5.634
    9    HZ   PHE 102           HZ       PHE 102 -10.306 -17.173   4.875

  No H/Q in entry =           9
  In of MODEL    3
    1    H    ARG 103           H        ARG 103  -6.796 -18.989  10.856
    2    HA   ARG 103           HA       ARG 103  -5.220 -19.166   8.688
    3    HB2  ARG 103           HB2      ARG 103  -3.423 -18.765  10.004
    4    HB3  ARG 103           HB3      ARG 103  -4.678 -18.460  11.191
    5    HG2  ARG 103           HG2      ARG 103  -4.375 -20.711  12.095
    6    HG3  ARG 103           HG3      ARG 103  -3.130 -21.028  10.885
    7    HD2  ARG 103           HD2      ARG 103  -3.028 -18.925  13.047
    8    HD3  ARG 103           HD3      ARG 103  -2.125 -20.436  13.023
    9    HE   ARG 103           HE       ARG 103  -1.670 -18.120  11.272
   10   HH11  ARG 103          HH11      ARG 103  -0.625 -21.203  12.556
   11   HH12  ARG 103          HH12      ARG 103   0.988 -21.057  11.934
   12   HH21  ARG 103          HH21      ARG 103   0.471 -17.922  10.462
   13   HH22  ARG 103          HH22      ARG 103   1.613 -19.191  10.757

  No H/Q in entry =          13
  In of MODEL    3
    1    H    GLN 104           H        GLN 104  -6.356 -21.751  10.544
    2    HA   GLN 104           HA       GLN 104  -4.473 -23.683   9.387
    3    HB2  GLN 104           HB2      GLN 104  -6.680 -24.092  11.391
    4    HB3  GLN 104           HB3      GLN 104  -5.601 -25.354  10.805
    5    HG2  GLN 104           HG2      GLN 104  -4.765 -22.876  12.279
    6    HG3  GLN 104           HG3      GLN 104  -4.892 -24.492  12.969
    7   HE21  GLN 104          HE21      GLN 104  -3.781 -25.911  10.763
    8   HE22  GLN 104          HE22      GLN 104  -2.096 -25.533  10.693

  No H/Q in entry =           8
  In of MODEL    3
    1    H    LEU 105           H        LEU 105  -7.824 -22.757   8.854
    2    HA   LEU 105           HA       LEU 105  -8.147 -24.884   6.844
    3    HB2  LEU 105           HB2      LEU 105 -10.339 -24.265   6.869
    4    HB3  LEU 105           HB3      LEU 105  -9.913 -23.305   8.263
    5    HG   LEU 105           HG       LEU 105  -9.633 -21.332   6.708
    6   HD11  LEU 105          HD11      LEU 105  -9.742 -23.062   4.637
    7   HD13  LEU 105          HD12      LEU 105 -10.209 -21.362   4.532
    8   HD12  LEU 105          HD13      LEU 105 -11.448 -22.602   4.771
    9   HD22  LEU 105          HD21      LEU 105 -11.581 -21.075   7.803
   10   HD21  LEU 105          HD22      LEU 105 -12.074 -22.737   7.499
   11   HD23  LEU 105          HD23      LEU 105 -12.295 -21.513   6.248

  No H/Q in entry =          11
  In of MODEL    3
    1    H    ILE 106           H        ILE 106  -7.451 -21.196   6.802
    2    HA   ILE 106           HA       ILE 106  -6.899 -21.191   4.102
    3    HB   ILE 106           HB       ILE 106  -5.613 -19.188   4.370
    4   HG12  ILE 106          HG12      ILE 106  -5.800 -18.473   7.011
    5   HG13  ILE 106          HG13      ILE 106  -5.290 -20.161   7.086
    6   HG21  ILE 106          HG21      ILE 106  -8.221 -19.543   4.847
    7   HG23  ILE 106          HG22      ILE 106  -7.431 -17.966   4.747
    8   HG22  ILE 106          HG23      ILE 106  -7.724 -18.707   6.320
    9   HD11  ILE 106          HD11      ILE 106  -3.896 -18.279   5.256
   10   HD13  ILE 106          HD12      ILE 106  -3.295 -19.741   6.035
   11   HD12  ILE 106          HD13      ILE 106  -3.523 -18.265   6.980

  No H/Q in entry =          11
  In of MODEL    3
    1    H    GLN 107           H        GLN 107  -5.331 -23.006   6.236
    2    HA   GLN 107           HA       GLN 107  -2.783 -22.811   4.823
    3    HB2  GLN 107           HB2      GLN 107  -3.358 -23.532   7.642
    4    HB3  GLN 107           HB3      GLN 107  -2.039 -24.383   6.847
    5    HG2  GLN 107           HG2      GLN 107  -1.150 -22.090   6.212
    6    HG3  GLN 107           HG3      GLN 107  -2.327 -21.442   7.357
    7   HE21  GLN 107          HE21      GLN 107  -2.065 -23.716   9.153
    8   HE22  GLN 107          HE22      GLN 107  -0.558 -23.511   9.969

  No H/Q in entry =           8
  In of MODEL    3
    1    H    VAL 108           H        VAL 108  -5.584 -24.545   5.260
    2    HA   VAL 108           HA       VAL 108  -4.523 -27.142   4.562
    3    HB   VAL 108           HB       VAL 108  -6.765 -26.242   5.921
    4   HG12  VAL 108          HG11      VAL 108  -7.687 -27.375   3.291
    5   HG11  VAL 108          HG12      VAL 108  -7.950 -25.732   3.878
    6   HG13  VAL 108          HG13      VAL 108  -8.703 -27.097   4.707
    7   HG22  VAL 108          HG21      VAL 108  -7.359 -28.580   6.120
    8   HG21  VAL 108          HG22      VAL 108  -5.616 -28.346   6.263
    9   HG23  VAL 108          HG23      VAL 108  -6.301 -28.977   4.764

  No H/Q in entry =           9
  In of MODEL    3
    1    H    ASN 109           H        ASN 109  -5.837 -24.337   3.099
    2    HA   ASN 109           HA       ASN 109  -5.900 -25.637   0.452
    3    HB2  ASN 109           HB2      ASN 109  -7.593 -23.446   1.624
    4    HB3  ASN 109           HB3      ASN 109  -7.453 -23.670  -0.116
    5   HD21  ASN 109          HD21      ASN 109  -9.483 -24.139   2.239
    6   HD22  ASN 109          HD22      ASN 109 -10.217 -25.636   1.779

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   PRO 110           HA       PRO 110  -2.557 -22.685  -0.160
    2    HB2  PRO 110           HB2      PRO 110  -1.846 -23.579  -2.616
    3    HB3  PRO 110           HB3      PRO 110  -1.459 -24.487  -1.152
    4    HG2  PRO 110           HG2      PRO 110  -3.663 -24.932  -3.138
    5    HG3  PRO 110           HG3      PRO 110  -2.619 -26.120  -2.335
    6    HD2  PRO 110           HD2      PRO 110  -5.166 -25.568  -1.540
    7    HD3  PRO 110           HD3      PRO 110  -3.894 -26.154  -0.451

  No H/Q in entry =           7
  In of MODEL    3
    1    H    ASP 111           H        ASP 111  -5.579 -22.694  -1.528
    2    HA   ASP 111           HA       ASP 111  -4.927 -20.359  -3.159
    3    HB2  ASP 111           HB2      ASP 111  -7.179 -20.726  -4.243
    4    HB3  ASP 111           HB3      ASP 111  -5.822 -21.767  -4.666

  No H/Q in entry =           4
  In of MODEL    3
    1    H    ILE 112           H        ILE 112  -6.199 -21.035  -0.179
    2    HA   ILE 112           HA       ILE 112  -8.378 -19.114  -0.327
    3    HB   ILE 112           HB       ILE 112  -7.377 -20.895   1.893
    4   HG12  ILE 112          HG12      ILE 112  -9.210 -21.117  -0.257
    5   HG13  ILE 112          HG13      ILE 112  -8.914 -22.282   1.025
    6   HG23  ILE 112          HG21      ILE 112  -8.006 -18.798   2.891
    7   HG22  ILE 112          HG22      ILE 112  -9.231 -20.025   3.238
    8   HG21  ILE 112          HG23      ILE 112  -9.537 -18.796   2.010
    9   HD11  ILE 112          HD11      ILE 112 -10.865 -20.016   1.241
   10   HD13  ILE 112          HD12      ILE 112 -10.666 -21.377   2.346
   11   HD12  ILE 112          HD13      ILE 112 -11.291 -21.647   0.718

  No H/Q in entry =          11
  In of MODEL    3
    1    H    LEU 113           H        LEU 113  -5.337 -19.455   1.305
    2    HA   LEU 113           HA       LEU 113  -5.414 -16.860   2.418
    3    HB2  LEU 113           HB2      LEU 113  -4.070 -18.638   3.412
    4    HB3  LEU 113           HB3      LEU 113  -3.096 -18.728   1.959
    5    HG   LEU 113           HG       LEU 113  -2.356 -16.398   2.348
    6   HD13  LEU 113          HD11      LEU 113  -3.411 -15.095   3.793
    7   HD12  LEU 113          HD12      LEU 113  -2.945 -16.171   5.111
    8   HD11  LEU 113          HD13      LEU 113  -4.462 -16.436   4.250
    9   HD21  LEU 113          HD21      LEU 113  -1.210 -18.525   3.199
   10   HD23  LEU 113          HD22      LEU 113  -1.797 -18.036   4.790
   11   HD22  LEU 113          HD23      LEU 113  -0.714 -16.980   3.886

  No H/Q in entry =          11
  In of MODEL    3
    1    H    MET 114           H        MET 114  -4.502 -18.290  -0.505
    2    HA   MET 114           HA       MET 114  -2.876 -16.160  -1.516
    3    HB2  MET 114           HB2      MET 114  -3.175 -18.768  -2.228
    4    HB3  MET 114           HB3      MET 114  -4.171 -17.984  -3.448
    5    HG2  MET 114           HG2      MET 114  -1.403 -17.022  -2.875
    6    HG3  MET 114           HG3      MET 114  -1.681 -18.400  -3.936
    7    HE2  MET 114           HE1      MET 114  -0.173 -16.327  -5.659
    8    HE1  MET 114           HE2      MET 114  -0.407 -15.317  -4.232
    9    HE3  MET 114           HE3      MET 114  -0.934 -14.744  -5.814

  No H/Q in entry =           9
  In of MODEL    3
    1    H    ARG 115           H        ARG 115  -6.208 -17.023  -1.425
    2    HA   ARG 115           HA       ARG 115  -7.144 -15.262  -3.435
    3    HB2  ARG 115           HB2      ARG 115  -8.303 -16.940  -1.314
    4    HB3  ARG 115           HB3      ARG 115  -9.193 -15.443  -1.591
    5    HG2  ARG 115           HG2      ARG 115  -8.432 -17.202  -3.876
    6    HG3  ARG 115           HG3      ARG 115  -9.850 -17.564  -2.890
    7    HD2  ARG 115           HD2      ARG 115  -9.315 -15.076  -4.509
    8    HD3  ARG 115           HD3      ARG 115 -10.586 -16.271  -4.763
    9    HE   ARG 115           HE       ARG 115 -11.131 -15.373  -2.286
   10   HH11  ARG 115          HH11      ARG 115 -10.618 -13.757  -5.347
   11   HH12  ARG 115          HH12      ARG 115 -11.543 -12.357  -4.910
   12   HH21  ARG 115          HH21      ARG 115 -12.353 -13.524  -1.698
   13   HH22  ARG 115          HH22      ARG 115 -12.532 -12.225  -2.836

  No H/Q in entry =          13
  In of MODEL    3
    1    H    LEU 116           H        LEU 116  -6.700 -15.099   0.094
    2    HA   LEU 116           HA       LEU 116  -7.573 -12.464   0.399
    3    HB2  LEU 116           HB2      LEU 116  -7.506 -13.928   2.262
    4    HB3  LEU 116           HB3      LEU 116  -5.811 -14.295   2.000
    5    HG   LEU 116           HG       LEU 116  -5.873 -11.538   2.410
    6   HD11  LEU 116          HD11      LEU 116  -8.223 -12.530   3.465
    7   HD13  LEU 116          HD12      LEU 116  -7.440 -10.995   3.852
    8   HD12  LEU 116          HD13      LEU 116  -7.122 -12.421   4.843
    9   HD22  LEU 116          HD21      LEU 116  -4.090 -12.868   3.212
   10   HD21  LEU 116          HD22      LEU 116  -5.177 -13.835   4.215
   11   HD23  LEU 116          HD23      LEU 116  -4.868 -12.141   4.623

  No H/Q in entry =          11
  In of MODEL    3
    1    H    SER 117           H        SER 117  -4.339 -13.809  -0.046
    2    HA   SER 117           HA       SER 117  -2.788 -11.603   0.539
    3    HB2  SER 117           HB2      SER 117  -1.116 -12.636  -1.070
    4    HB3  SER 117           HB3      SER 117  -1.688 -13.689   0.218
    5    HG   SER 117           HG       SER 117  -2.145 -13.808  -2.523

  No H/Q in entry =           5
  In of MODEL    3
    1    H    ALA 118           H        ALA 118  -4.066 -12.607  -2.553
    2    HA   ALA 118           HA       ALA 118  -3.098 -10.512  -4.142
    3    HB2  ALA 118           HB1      ALA 118  -4.600 -11.306  -5.822
    4    HB1  ALA 118           HB2      ALA 118  -5.592 -12.122  -4.613
    5    HB3  ALA 118           HB3      ALA 118  -3.962 -12.701  -4.950

  No H/Q in entry =           5
  In of MODEL    3
    1    H    GLN 119           H        GLN 119  -5.871 -10.688  -2.029
    2    HA   GLN 119           HA       GLN 119  -7.294  -8.542  -3.237
    3    HB2  GLN 119           HB2      GLN 119  -7.396  -9.726  -0.460
    4    HB3  GLN 119           HB3      GLN 119  -8.399  -8.365  -0.943
    5    HG2  GLN 119           HG2      GLN 119  -8.626 -11.216  -1.611
    6    HG3  GLN 119           HG3      GLN 119  -9.877  -9.987  -1.432
    7   HE21  GLN 119          HE21      GLN 119  -7.870 -11.718  -3.589
    8   HE22  GLN 119          HE22      GLN 119  -8.447 -11.007  -5.058

  No H/Q in entry =           8
  In of MODEL    3
    1    H    MET 120           H        MET 120  -5.408  -8.615  -0.136
    2    HA   MET 120           HA       MET 120  -5.008  -5.993   0.153
    3    HB2  MET 120           HB2      MET 120  -3.579  -8.422   0.885
    4    HB3  MET 120           HB3      MET 120  -2.546  -6.993   0.840
    5    HG2  MET 120           HG2      MET 120  -3.596  -5.995   2.583
    6    HG3  MET 120           HG3      MET 120  -5.156  -6.725   2.206
    7    HE2  MET 120           HE1      MET 120  -3.904  -9.963   2.028
    8    HE1  MET 120           HE2      MET 120  -5.491  -9.233   2.269
    9    HE3  MET 120           HE3      MET 120  -4.812 -10.297   3.502

  No H/Q in entry =           9
  In of MODEL    3
    1    H    ALA 121           H        ALA 121  -3.206  -8.017  -2.095
    2    HA   ALA 121           HA       ALA 121  -1.213  -6.173  -2.766
    3    HB2  ALA 121           HB1      ALA 121  -2.399  -8.358  -4.472
    4    HB1  ALA 121           HB2      ALA 121  -1.064  -8.548  -3.334
    5    HB3  ALA 121           HB3      ALA 121  -0.870  -7.530  -4.763

  No H/Q in entry =           5
  In of MODEL    3
    1    H    ARG 122           H        ARG 122  -4.538  -6.467  -3.638
    2    HA   ARG 122           HA       ARG 122  -4.389  -4.813  -5.953
    3    HB2  ARG 122           HB2      ARG 122  -6.464  -6.245  -4.481
    4    HB3  ARG 122           HB3      ARG 122  -7.013  -4.694  -5.118
    5    HG2  ARG 122           HG2      ARG 122  -7.294  -6.750  -6.599
    6    HG3  ARG 122           HG3      ARG 122  -6.565  -5.311  -7.325
    7    HD2  ARG 122           HD2      ARG 122  -4.409  -6.633  -6.251
    8    HD3  ARG 122           HD3      ARG 122  -5.416  -7.950  -6.856
    9    HE   ARG 122           HE       ARG 122  -4.056  -5.893  -8.400
   10   HH11  ARG 122          HH11      ARG 122  -6.310  -8.570  -8.388
   11   HH12  ARG 122          HH12      ARG 122  -6.126  -8.904 -10.083
   12   HH21  ARG 122          HH21      ARG 122  -3.819  -6.294 -10.598
   13   HH22  ARG 122          HH22      ARG 122  -4.732  -7.571 -11.354

  No H/Q in entry =          13
  In of MODEL    3
    1    H    ARG 123           H        ARG 123  -4.830  -4.417  -2.612
    2    HA   ARG 123           HA       ARG 123  -5.689  -1.693  -2.641
    3    HB2  ARG 123           HB2      ARG 123  -4.851  -3.652  -0.530
    4    HB3  ARG 123           HB3      ARG 123  -5.024  -1.948  -0.137
    5    HG2  ARG 123           HG2      ARG 123  -7.006  -3.394   0.372
    6    HG3  ARG 123           HG3      ARG 123  -7.340  -1.974  -0.614
    7    HD2  ARG 123           HD2      ARG 123  -7.349  -3.374  -2.618
    8    HD3  ARG 123           HD3      ARG 123  -6.982  -4.792  -1.637
    9    HE   ARG 123           HE       ARG 123  -9.187  -4.918  -1.053
   10   HH11  ARG 123          HH11      ARG 123  -8.566  -1.725  -2.355
   11   HH12  ARG 123          HH12      ARG 123 -10.238  -1.278  -2.388
   12   HH21  ARG 123          HH21      ARG 123 -11.396  -4.336  -1.127
   13   HH22  ARG 123          HH22      ARG 123 -11.837  -2.750  -1.681

  No H/Q in entry =          13
  In of MODEL    3
    1    H    LEU 124           H        LEU 124  -2.794  -3.526  -2.500
    2    HA   LEU 124           HA       LEU 124  -0.928  -1.598  -1.684
    3    HB2  LEU 124           HB2      LEU 124  -1.022  -4.246  -2.675
    4    HB3  LEU 124           HB3      LEU 124   0.007  -3.365  -3.774
    5    HG   LEU 124           HG       LEU 124   0.653  -4.530  -1.272
    6   HD13  LEU 124          HD11      LEU 124   1.931  -4.637  -3.289
    7   HD12  LEU 124          HD12      LEU 124   2.893  -3.908  -2.000
    8   HD11  LEU 124          HD13      LEU 124   2.177  -2.889  -3.255
    9   HD22  LEU 124          HD21      LEU 124   1.856  -2.722  -0.214
   10   HD21  LEU 124          HD22      LEU 124   0.124  -2.388  -0.232
   11   HD23  LEU 124          HD23      LEU 124   1.192  -1.573  -1.374

  No H/Q in entry =          11
  In of MODEL    3
    1    H    GLN 125           H        GLN 125  -2.426  -2.566  -4.658
    2    HA   GLN 125           HA       GLN 125  -1.017  -0.593  -6.259
    3    HB2  GLN 125           HB2      GLN 125  -2.716  -2.958  -6.793
    4    HB3  GLN 125           HB3      GLN 125  -2.801  -1.659  -7.974
    5    HG2  GLN 125           HG2      GLN 125  -0.194  -2.838  -7.076
    6    HG3  GLN 125           HG3      GLN 125  -1.136  -3.522  -8.399
    7   HE21  GLN 125          HE21      GLN 125   0.944  -0.980  -7.396
    8   HE22  GLN 125          HE22      GLN 125   1.104  -0.212  -8.933

  No H/Q in entry =           8
  In of MODEL    3
    1    H    VAL 126           H        VAL 126  -3.778  -0.473  -4.303
    2    HA   VAL 126           HA       VAL 126  -5.201   1.239  -6.173
    3    HB   VAL 126           HB       VAL 126  -6.636  -0.194  -4.748
    4   HG13  VAL 126          HG11      VAL 126  -6.746  -0.065  -2.437
    5   HG12  VAL 126          HG12      VAL 126  -5.953   1.508  -2.390
    6   HG11  VAL 126          HG13      VAL 126  -5.010   0.058  -2.727
    7   HG22  VAL 126          HG21      VAL 126  -7.657   1.788  -5.503
    8   HG21  VAL 126          HG22      VAL 126  -6.739   2.770  -4.354
    9   HG23  VAL 126          HG23      VAL 126  -8.018   1.695  -3.774

  No H/Q in entry =           9
  In of MODEL    3
    1    H    THR 127           H        THR 127  -3.320   1.413  -3.216
    2    HA   THR 127           HA       THR 127  -3.809   4.247  -2.925
    3    HB   THR 127           HB       THR 127  -1.672   2.574  -1.586
    4    HG1  THR 127           HG1      THR 127  -4.385   3.032  -0.820
    5   HG21  THR 127          HG21      THR 127  -1.443   5.024  -1.377
    6   HG23  THR 127          HG22      THR 127  -1.794   4.254   0.169
    7   HG22  THR 127          HG23      THR 127  -3.070   5.104  -0.703

  No H/Q in entry =           7
  In of MODEL    3
    1    H    SER 128           H        SER 128  -0.984   2.349  -3.406
    2    HA   SER 128           HA       SER 128   1.016   3.555  -4.303
    3    HB2  SER 128           HB2      SER 128   1.484   2.131  -6.215
    4    HB3  SER 128           HB3      SER 128   0.745   1.189  -4.922
    5    HG   SER 128           HG       SER 128  -1.277   1.495  -6.087

  No H/Q in entry =           5
  In of MODEL    3
    1    H    GLU 129           H        GLU 129  -1.911   3.810  -6.261
    2    HA   GLU 129           HA       GLU 129  -0.620   5.427  -8.246
    3    HB2  GLU 129           HB2      GLU 129  -2.579   3.695  -8.480
    4    HB3  GLU 129           HB3      GLU 129  -3.578   5.094  -8.121
    5    HG2  GLU 129           HG2      GLU 129  -2.440   6.265 -10.032
    6    HG3  GLU 129           HG3      GLU 129  -1.713   4.713 -10.445

  No H/Q in entry =           6
  In of MODEL    3
    1    H    LYS 130           H        LYS 130  -1.698   6.332  -5.203
    2    HA   LYS 130           HA       LYS 130  -1.926   9.104  -5.972
    3    HB2  LYS 130           HB2      LYS 130  -4.233   7.627  -4.665
    4    HB3  LYS 130           HB3      LYS 130  -4.073   9.373  -4.657
    5    HG2  LYS 130           HG2      LYS 130  -5.291   9.373  -6.506
    6    HG3  LYS 130           HG3      LYS 130  -3.887   8.694  -7.334
    7    HD2  LYS 130           HD2      LYS 130  -4.680   6.443  -6.896
    8    HD3  LYS 130           HD3      LYS 130  -6.040   7.078  -5.968
    9    HE2  LYS 130           HE2      LYS 130  -6.687   6.414  -8.246
   10    HE3  LYS 130           HE3      LYS 130  -6.944   8.133  -7.946
   11    HZ3  LYS 130           HZ1      LYS 130  -5.821   8.430  -9.828
   12    HZ2  LYS 130           HZ2      LYS 130  -5.217   6.839  -9.845
   13    HZ1  LYS 130           HZ3      LYS 130  -4.426   8.039  -8.945

  No H/Q in entry =          13
  In of MODEL    3
    1    H    VAL 131           H        VAL 131   0.056   7.931  -4.605
    2    HA   VAL 131           HA       VAL 131  -0.393   7.661  -1.799
    3    HB   VAL 131           HB       VAL 131   2.163   7.695  -1.706
    4   HG11  VAL 131          HG11      VAL 131   0.719   5.629  -3.356
    5   HG13  VAL 131          HG12      VAL 131   0.890   5.647  -1.600
    6   HG12  VAL 131          HG13      VAL 131   2.309   5.414  -2.622
    7   HG23  VAL 131          HG21      VAL 131   1.802   7.510  -4.689
    8   HG22  VAL 131          HG22      VAL 131   3.322   7.364  -3.797
    9   HG21  VAL 131          HG23      VAL 131   2.459   8.904  -3.822

  No H/Q in entry =           9
  In of MODEL    3
    1    H    GLY 132           H        GLY 132  -0.726  10.413  -3.290
    2    HA3  GLY 132           HA2      GLY 132  -0.342  12.064  -1.166
    3    HA2  GLY 132           HA3      GLY 132   1.236  12.038  -1.930

  No H/Q in entry =           3
  In of MODEL    3
    1    H    ASN 133           H        ASN 133  -2.066  12.170  -3.292
    2    HA   ASN 133           HA       ASN 133  -1.198  14.632  -4.626
    3    HB2  ASN 133           HB2      ASN 133  -1.838  12.650  -6.095
    4    HB3  ASN 133           HB3      ASN 133  -3.494  12.887  -5.539
    5   HD21  ASN 133          HD21      ASN 133  -4.663  14.629  -6.289
    6   HD22  ASN 133          HD22      ASN 133  -4.102  15.684  -7.536

  No H/Q in entry =           6
  In of MODEL    3
    1    H    LEU 134           H        LEU 134  -3.628  13.150  -2.599
    2    HA   LEU 134           HA       LEU 134  -5.455  15.359  -2.754
    3    HB2  LEU 134           HB2      LEU 134  -6.557  14.271  -0.799
    4    HB3  LEU 134           HB3      LEU 134  -6.427  13.297  -2.246
    5    HG   LEU 134           HG       LEU 134  -4.264  12.378  -1.011
    6   HD13  LEU 134          HD11      LEU 134  -4.337  13.788   0.916
    7   HD12  LEU 134          HD12      LEU 134  -4.797  12.162   1.423
    8   HD11  LEU 134          HD13      LEU 134  -6.033  13.401   1.202
    9   HD23  LEU 134          HD21      LEU 134  -5.726  10.598  -0.088
   10   HD22  LEU 134          HD22      LEU 134  -6.099  11.019  -1.759
   11   HD21  LEU 134          HD23      LEU 134  -7.122  11.615  -0.450

  No H/Q in entry =          11
  In of MODEL    3
    1    H    ALA 135           H        ALA 135  -2.618  14.812  -1.161
    2    HA   ALA 135           HA       ALA 135  -3.141  16.430   1.199
    3    HB2  ALA 135           HB1      ALA 135  -1.633  14.964   1.948
    4    HB1  ALA 135           HB2      ALA 135  -0.477  16.129   1.302
    5    HB3  ALA 135           HB3      ALA 135  -0.917  14.703   0.360

  No H/Q in entry =           5
  In of MODEL    3
    1    H    PHE 136           H        PHE 136  -2.302  16.825  -2.005
    2    HA   PHE 136           HA       PHE 136  -0.730  19.221  -1.785
    3    HB2  PHE 136           HB2      PHE 136  -1.653  17.399  -3.877
    4    HB3  PHE 136           HB3      PHE 136  -1.661  19.090  -4.380
    5    HD1  PHE 136           HD1      PHE 136   0.514  20.424  -3.903
    6    HD2  PHE 136           HD2      PHE 136   0.287  16.177  -4.011
    7    HE1  PHE 136           HE1      PHE 136   2.937  20.308  -4.313
    8    HE2  PHE 136           HE2      PHE 136   2.708  16.052  -4.419
    9    HZ   PHE 136           HZ       PHE 136   4.038  18.119  -4.571

  No H/Q in entry =           9
  In of MODEL    3
    1    H    LEU 137           H        LEU 137  -3.833  18.790  -1.021
    2    HA   LEU 137           HA       LEU 137  -5.659  20.124  -0.750
    3    HB2  LEU 137           HB2      LEU 137  -3.450  21.983  -1.033
    4    HB3  LEU 137           HB3      LEU 137  -4.995  22.671  -1.488
    5    HG   LEU 137           HG       LEU 137  -5.875  21.876   0.756
    6   HD12  LEU 137          HD11      LEU 137  -2.987  21.761   1.557
    7   HD11  LEU 137          HD12      LEU 137  -3.868  20.311   1.075
    8   HD13  LEU 137          HD13      LEU 137  -4.412  21.254   2.464
    9   HD22  LEU 137          HD21      LEU 137  -4.928  23.805   1.917
   10   HD21  LEU 137          HD22      LEU 137  -5.352  24.197   0.250
   11   HD23  LEU 137          HD23      LEU 137  -3.666  23.923   0.689

  No H/Q in entry =          11
  In of MODEL    3
    1    H    ASP 138           H        ASP 138  -5.391  18.818  -2.975
    2    HA   ASP 138           HA       ASP 138  -6.069  20.145  -5.322
    3    HB2  ASP 138           HB2      ASP 138  -4.751  18.150  -5.471
    4    HB3  ASP 138           HB3      ASP 138  -6.190  17.150  -5.191

  No H/Q in entry =           4
  In of MODEL    3
    1    H    VAL 139           H        VAL 139  -7.985  20.667  -3.296
    2    HA   VAL 139           HA       VAL 139 -10.419  19.390  -3.753
    3    HB   VAL 139           HB       VAL 139  -9.612  21.497  -2.145
    4   HG12  VAL 139          HG11      VAL 139 -12.022  22.382  -3.725
    5   HG11  VAL 139          HG12      VAL 139 -10.408  23.081  -3.909
    6   HG13  VAL 139          HG13      VAL 139 -11.260  23.213  -2.370
    7   HG21  VAL 139          HG21      VAL 139 -12.254  20.139  -2.559
    8   HG23  VAL 139          HG22      VAL 139 -11.881  21.169  -1.175
    9   HG22  VAL 139          HG23      VAL 139 -10.969  19.683  -1.441

  No H/Q in entry =           9
  In of MODEL    3
    1    H    THR 140           H        THR 140  -8.842  21.663  -5.833
    2    HA   THR 140           HA       THR 140 -10.902  22.962  -7.131
    3    HB   THR 140           HB       THR 140  -8.732  22.164  -8.901
    4    HG1  THR 140           HG1      THR 140  -7.280  22.131  -7.347
    5   HG23  THR 140          HG21      THR 140  -8.463  24.586  -9.079
    6   HG22  THR 140          HG22      THR 140  -9.579  24.819  -7.734
    7   HG21  THR 140          HG23      THR 140 -10.158  24.134  -9.252

  No H/Q in entry =           7
  In of MODEL    3
    1    H    GLY 141           H        GLY 141 -12.693  21.779  -7.697
    2    HA3  GLY 141           HA2      GLY 141 -14.060  20.605  -9.086
    3    HA2  GLY 141           HA3      GLY 141 -12.696  20.454 -10.173

  No H/Q in entry =           3
  In of MODEL    3
    1    H    ARG 142           H        ARG 142 -11.735  19.299  -7.262
    2    HA   ARG 142           HA       ARG 142 -11.632  16.674  -8.244
    3    HB2  ARG 142           HB2      ARG 142 -10.436  18.084  -6.145
    4    HB3  ARG 142           HB3      ARG 142 -11.283  16.740  -5.396
    5    HG2  ARG 142           HG2      ARG 142  -8.814  16.477  -6.163
    6    HG3  ARG 142           HG3      ARG 142  -9.959  15.158  -6.411
    7    HD2  ARG 142           HD2      ARG 142 -10.024  15.471  -8.678
    8    HD3  ARG 142           HD3      ARG 142  -9.667  17.196  -8.550
    9    HE   ARG 142           HE       ARG 142  -7.355  16.645  -8.214
   10   HH11  ARG 142          HH11      ARG 142  -9.365  13.965  -9.318
   11   HH12  ARG 142          HH12      ARG 142  -8.005  13.051  -9.914
   12   HH21  ARG 142          HH21      ARG 142  -5.623  15.455  -9.025
   13   HH22  ARG 142          HH22      ARG 142  -5.892  13.895  -9.748

  No H/Q in entry =          13
  In of MODEL    3
    1    H    ILE 143           H        ILE 143 -13.319  17.730  -5.203
    2    HA   ILE 143           HA       ILE 143 -14.654  15.951  -4.391
    3    HB   ILE 143           HB       ILE 143 -16.236  18.295  -5.254
    4   HG12  ILE 143          HG12      ILE 143 -14.043  18.314  -3.169
    5   HG13  ILE 143          HG13      ILE 143 -14.036  19.169  -4.709
    6   HG22  ILE 143          HG21      ILE 143 -16.877  18.179  -2.770
    7   HG21  ILE 143          HG22      ILE 143 -16.268  16.525  -2.865
    8   HG23  ILE 143          HG23      ILE 143 -17.584  17.046  -3.918
    9   HD12  ILE 143          HD11      ILE 143 -15.897  19.687  -2.416
   10   HD11  ILE 143          HD12      ILE 143 -15.932  20.505  -3.978
   11   HD13  ILE 143          HD13      ILE 143 -14.533  20.684  -2.920

  No H/Q in entry =          11
  In of MODEL    3
    1    H    ALA 144           H        ALA 144 -16.344  17.629  -6.966
    2    HA   ALA 144           HA       ALA 144 -18.484  15.816  -7.063
    3    HB2  ALA 144           HB1      ALA 144 -18.196  18.270  -7.956
    4    HB1  ALA 144           HB2      ALA 144 -19.332  17.150  -8.713
    5    HB3  ALA 144           HB3      ALA 144 -17.752  17.435  -9.445

  No H/Q in entry =           5
  In of MODEL    3
    1    H    GLN 145           H        GLN 145 -15.360  15.912  -8.472
    2    HA   GLN 145           HA       GLN 145 -15.871  14.121 -10.613
    3    HB2  GLN 145           HB2      GLN 145 -13.989  15.747 -10.610
    4    HB3  GLN 145           HB3      GLN 145 -13.236  14.836  -9.311
    5    HG2  GLN 145           HG2      GLN 145 -13.857  13.086 -11.493
    6    HG3  GLN 145           HG3      GLN 145 -12.937  14.473 -12.072
    7   HE21  GLN 145          HE21      GLN 145 -12.086  11.742 -11.951
    8   HE22  GLN 145          HE22      GLN 145 -10.700  11.692 -10.923

  No H/Q in entry =           8
  In of MODEL    3
    1    H    THR 146           H        THR 146 -15.137  13.653  -7.035
    2    HA   THR 146           HA       THR 146 -14.269  11.007  -7.566
    3    HB   THR 146           HB       THR 146 -15.004  12.323  -4.957
    4    HG1  THR 146           HG1      THR 146 -13.077  13.088  -6.652
    5   HG22  THR 146          HG21      THR 146 -12.749  10.718  -4.659
    6   HG21  THR 146          HG22      THR 146 -13.796   9.815  -5.753
    7   HG23  THR 146          HG23      THR 146 -14.396  10.317  -4.172

  No H/Q in entry =           7
  In of MODEL    3
    1    H    LEU 147           H        LEU 147 -17.130  12.671  -7.548
    2    HA   LEU 147           HA       LEU 147 -18.662  10.852  -5.861
    3    HB2  LEU 147           HB2      LEU 147 -19.654  13.329  -7.266
    4    HB3  LEU 147           HB3      LEU 147 -20.501  12.379  -6.053
    5    HG   LEU 147           HG       LEU 147 -18.061  14.091  -5.635
    6   HD12  LEU 147          HD11      LEU 147 -20.798  14.243  -4.404
    7   HD11  LEU 147          HD12      LEU 147 -20.233  15.250  -5.737
    8   HD13  LEU 147          HD13      LEU 147 -19.459  15.363  -4.157
    9   HD21  LEU 147          HD21      LEU 147 -19.381  12.120  -3.791
   10   HD23  LEU 147          HD22      LEU 147 -18.333  13.419  -3.224
   11   HD22  LEU 147          HD23      LEU 147 -17.694  12.176  -4.298

  No H/Q in entry =          11
  In of MODEL    3
    1    H    LEU 148           H        LEU 148 -17.931  11.871  -9.049
    2    HA   LEU 148           HA       LEU 148 -19.992  10.355 -10.329
    3    HB2  LEU 148           HB2      LEU 148 -17.417  11.329 -11.553
    4    HB3  LEU 148           HB3      LEU 148 -18.893  10.886 -12.391
    5    HG   LEU 148           HG       LEU 148 -18.271  13.358 -10.846
    6   HD12  LEU 148          HD11      LEU 148 -19.268  14.400 -12.819
    7   HD11  LEU 148          HD12      LEU 148 -19.587  12.796 -13.482
    8   HD13  LEU 148          HD13      LEU 148 -17.927  13.330 -13.230
    9   HD21  LEU 148          HD21      LEU 148 -21.028  12.219 -11.281
   10   HD23  LEU 148          HD22      LEU 148 -20.735  13.938 -11.021
   11   HD22  LEU 148          HD23      LEU 148 -20.301  12.774  -9.770

  No H/Q in entry =          11
  In of MODEL    3
    1    H    ASN 149           H        ASN 149 -16.805   9.814  -9.095
    2    HA   ASN 149           HA       ASN 149 -16.332   7.332 -10.383
    3    HB2  ASN 149           HB2      ASN 149 -15.142   8.811  -8.144
    4    HB3  ASN 149           HB3      ASN 149 -15.116   7.064  -7.908
    5   HD21  ASN 149          HD21      ASN 149 -12.830   8.678  -8.270
    6   HD22  ASN 149          HD22      ASN 149 -12.071   8.197  -9.743

  No H/Q in entry =           6
  In of MODEL    3
    1    H    LEU 150           H        LEU 150 -18.230   8.391  -7.695
    2    HA   LEU 150           HA       LEU 150 -18.921   5.755  -6.730
    3    HB2  LEU 150           HB2      LEU 150 -20.028   8.523  -6.242
    4    HB3  LEU 150           HB3      LEU 150 -20.793   7.088  -5.561
    5    HG   LEU 150           HG       LEU 150 -17.901   7.262  -5.093
    6   HD13  LEU 150          HD11      LEU 150 -18.016   9.486  -4.657
    7   HD12  LEU 150          HD12      LEU 150 -18.504   8.848  -3.089
    8   HD11  LEU 150          HD13      LEU 150 -19.724   9.433  -4.224
    9   HD22  LEU 150          HD21      LEU 150 -18.546   6.463  -2.925
   10   HD21  LEU 150          HD22      LEU 150 -19.419   5.560  -4.166
   11   HD23  LEU 150          HD23      LEU 150 -20.240   6.828  -3.255

  No H/Q in entry =          11
  In of MODEL    3
    1    H    ALA 151           H        ALA 151 -19.719   7.536  -9.615
    2    HA   ALA 151           HA       ALA 151 -22.405   6.408  -9.575
    3    HB3  ALA 151           HB1      ALA 151 -21.024   8.212 -11.565
    4    HB1  ALA 151           HB2      ALA 151 -22.346   8.642 -10.475
    5    HB2  ALA 151           HB3      ALA 151 -22.627   7.520 -11.808

  No H/Q in entry =           5
  In of MODEL    3
    1    H    LYS 152           H        LYS 152 -19.266   5.655 -10.288
    2    HA   LYS 152           HA       LYS 152 -19.902   3.736 -12.382
    3    HB2  LYS 152           HB2      LYS 152 -17.268   4.566 -11.183
    4    HB3  LYS 152           HB3      LYS 152 -17.466   3.518 -12.585
    5    HG2  LYS 152           HG2      LYS 152 -18.513   5.382 -13.795
    6    HG3  LYS 152           HG3      LYS 152 -18.262   6.415 -12.387
    7    HD2  LYS 152           HD2      LYS 152 -15.773   5.630 -12.649
    8    HD3  LYS 152           HD3      LYS 152 -16.273   5.304 -14.309
    9    HE2  LYS 152           HE2      LYS 152 -16.310   7.928 -12.839
   10    HE3  LYS 152           HE3      LYS 152 -15.390   7.504 -14.281
   11    HZ3  LYS 152           HZ1      LYS 152 -17.288   8.859 -14.851
   12    HZ2  LYS 152           HZ2      LYS 152 -18.344   7.766 -14.114
   13    HZ1  LYS 152           HZ3      LYS 152 -17.483   7.310 -15.494

  No H/Q in entry =          13
  In of MODEL    3
    1    H    GLN 153           H        GLN 153 -19.652   3.666  -8.911
    2    HA   GLN 153           HA       GLN 153 -18.725   0.883  -9.031
    3    HB2  GLN 153           HB2      GLN 153 -19.319   2.211  -6.435
    4    HB3  GLN 153           HB3      GLN 153 -18.011   1.118  -6.856
    5    HG2  GLN 153           HG2      GLN 153 -16.998   3.006  -8.149
    6    HG3  GLN 153           HG3      GLN 153 -18.217   4.044  -7.414
    7   HE21  GLN 153          HE21      GLN 153 -16.559   5.243  -6.422
    8   HE22  GLN 153          HE22      GLN 153 -15.736   4.650  -5.025

  No H/Q in entry =           8
  In of MODEL    3
    1    HA   PRO 154           HA       PRO 154 -22.676  -0.963  -8.109
    2    HB2  PRO 154           HB2      PRO 154 -22.346  -2.129  -5.612
    3    HB3  PRO 154           HB3      PRO 154 -21.887  -2.866  -7.150
    4    HG2  PRO 154           HG2      PRO 154 -20.201  -1.392  -5.172
    5    HG3  PRO 154           HG3      PRO 154 -19.814  -2.842  -6.118
    6    HD2  PRO 154           HD2      PRO 154 -18.858  -0.458  -6.813
    7    HD3  PRO 154           HD3      PRO 154 -19.382  -1.618  -8.046

  No H/Q in entry =           7
  In of MODEL    3
    1    H    ASP 155           H        ASP 155 -21.479   1.448  -6.109
    2    HA   ASP 155           HA       ASP 155 -23.687   1.559  -4.229
    3    HB2  ASP 155           HB2      ASP 155 -21.401   3.562  -4.831
    4    HB3  ASP 155           HB3      ASP 155 -22.608   3.802  -3.573

  No H/Q in entry =           4
  In of MODEL    3
    1    H    ALA 156           H        ALA 156 -23.355   3.009  -7.662
    2    HA   ALA 156           HA       ALA 156 -24.841   5.233  -6.984
    3    HB2  ALA 156           HB1      ALA 156 -23.464   4.863  -9.062
    4    HB3  ALA 156           HB2      ALA 156 -25.092   5.485  -9.340
    5    HB1  ALA 156           HB3      ALA 156 -24.739   3.779  -9.614

  No H/Q in entry =           5
  In of MODEL    3
    1    H    MET 157           H        MET 157 -26.817   5.223  -6.255
    2    HA   MET 157           HA       MET 157 -28.444   2.876  -6.790
    3    HB2  MET 157           HB2      MET 157 -27.808   4.005  -4.521
    4    HB3  MET 157           HB3      MET 157 -29.196   5.036  -4.887
    5    HG2  MET 157           HG2      MET 157 -30.466   2.858  -5.264
    6    HG3  MET 157           HG3      MET 157 -29.104   2.081  -4.457
    7    HE2  MET 157           HE1      MET 157 -32.238   4.872  -2.606
    8    HE1  MET 157           HE2      MET 157 -32.025   4.475  -4.311
    9    HE3  MET 157           HE3      MET 157 -30.948   5.636  -3.535

  No H/Q in entry =           9
  In of MODEL    3
    1    H    THR 158           H        THR 158 -30.825   3.333  -7.181
    2    HA   THR 158           HA       THR 158 -31.052   5.706  -8.916
    3    HB   THR 158           HB       THR 158 -33.048   4.320  -9.905
    4    HG1  THR 158           HG1      THR 158 -32.473   2.046  -9.932
    5   HG23  THR 158          HG21      THR 158 -31.183   5.029 -11.243
    6   HG22  THR 158          HG22      THR 158 -31.486   3.324 -11.578
    7   HG21  THR 158          HG23      THR 158 -30.143   3.793 -10.536

  No H/Q in entry =           7
  In of MODEL    3
    1    H    HIS 159           H        HIS 159 -32.871   6.882  -8.886
    2    HA   HIS 159           HA       HIS 159 -35.064   6.328  -7.092
    3    HB2  HIS 159           HB2      HIS 159 -34.384   7.756  -5.462
    4    HB3  HIS 159           HB3      HIS 159 -32.907   8.093  -6.346
    5    HD1  HIS 159           HD1      HIS 159 -36.340   9.487  -5.678
    6    HD2  HIS 159           HD2      HIS 159 -32.814  10.567  -7.601
    7    HE1  HIS 159           HE1      HIS 159 -36.557  11.944  -6.166
    8    HE2  HIS 159           HE2      HIS 159 -34.458  12.561  -7.420

  No H/Q in entry =           8
  In of MODEL    3
    1    HA   PRO 160           HA       PRO 160 -36.920   7.792 -10.779
    2    HB2  PRO 160           HB2      PRO 160 -39.209   8.986  -9.915
    3    HB3  PRO 160           HB3      PRO 160 -38.959   7.237  -9.956
    4    HG2  PRO 160           HG2      PRO 160 -38.662   9.130  -7.650
    5    HG3  PRO 160           HG3      PRO 160 -39.478   7.556  -7.706
    6    HD2  PRO 160           HD2      PRO 160 -37.009   7.801  -6.695
    7    HD3  PRO 160           HD3      PRO 160 -37.483   6.373  -7.643

  No H/Q in entry =           7
  In of MODEL    3
    1    H    ASP 161           H        ASP 161 -34.878   9.535 -10.358
    2    HA   ASP 161           HA       ASP 161 -35.570  11.813 -11.784
    3    HB2  ASP 161           HB2      ASP 161 -36.826  12.859 -10.161
    4    HB3  ASP 161           HB3      ASP 161 -35.954  12.093  -8.843

  No H/Q in entry =           4
  In of MODEL    3
    1    H    GLY 162           H        GLY 162 -33.402  10.113  -9.714
    2    HA3  GLY 162           HA2      GLY 162 -31.163  10.871 -11.191
    3    HA2  GLY 162           HA3      GLY 162 -31.199  11.734  -9.654

  No H/Q in entry =           3
  In of MODEL    3
    1    H    MET 163           H        MET 163 -29.123  10.179  -9.909
    2    HA   MET 163           HA       MET 163 -29.720   7.749  -8.348
    3    HB2  MET 163           HB2      MET 163 -27.432   7.532 -10.210
    4    HB3  MET 163           HB3      MET 163 -28.618   6.316  -9.770
    5    HG2  MET 163           HG2      MET 163 -30.229   7.483 -11.309
    6    HG3  MET 163           HG3      MET 163 -28.871   8.459 -11.862
    7    HE3  MET 163           HE1      MET 163 -26.486   5.568 -13.202
    8    HE2  MET 163           HE2      MET 163 -26.639   5.894 -11.476
    9    HE1  MET 163           HE3      MET 163 -26.556   7.233 -12.620

  No H/Q in entry =           9
  In of MODEL    3
    1    H    GLN 164           H        GLN 164 -28.733   7.841  -6.645
    2    HA   GLN 164           HA       GLN 164 -26.604   9.724  -6.149
    3    HB2  GLN 164           HB2      GLN 164 -27.647   9.187  -3.740
    4    HB3  GLN 164           HB3      GLN 164 -28.293  10.434  -4.795
    5    HG2  GLN 164           HG2      GLN 164 -29.951   8.831  -5.633
    6    HG3  GLN 164           HG3      GLN 164 -29.320   7.619  -4.522
    7   HE21  GLN 164          HE21      GLN 164 -29.556  10.981  -3.674
    8   HE22  GLN 164          HE22      GLN 164 -30.845  10.804  -2.539

  No H/Q in entry =           8
  In of MODEL    3
    1    H    ILE 165           H        ILE 165 -25.852   9.132  -3.859
    2    HA   ILE 165           HA       ILE 165 -25.106   6.555  -3.146
    3    HB   ILE 165           HB       ILE 165 -22.540   7.529  -3.485
    4   HG12  ILE 165          HG12      ILE 165 -22.682   7.736  -6.168
    5   HG13  ILE 165          HG13      ILE 165 -24.228   8.455  -5.741
    6   HG23  ILE 165          HG21      ILE 165 -23.235   5.245  -3.728
    7   HG22  ILE 165          HG22      ILE 165 -22.284   5.742  -5.132
    8   HG21  ILE 165          HG23      ILE 165 -24.039   5.626  -5.248
    9   HD13  ILE 165          HD11      ILE 165 -23.268  10.265  -4.737
   10   HD12  ILE 165          HD12      ILE 165 -22.105   9.925  -6.019
   11   HD11  ILE 165          HD13      ILE 165 -21.773   9.406  -4.366

  No H/Q in entry =          11
  In of MODEL    3
    1    H    LYS 166           H        LYS 166 -24.934   7.282  -0.539
    2    HA   LYS 166           HA       LYS 166 -24.592  10.038  -0.341
    3    HB2  LYS 166           HB2      LYS 166 -24.894   9.395   2.101
    4    HB3  LYS 166           HB3      LYS 166 -26.270   9.058   1.064
    5    HG2  LYS 166           HG2      LYS 166 -25.715   6.713   1.000
    6    HG3  LYS 166           HG3      LYS 166 -24.218   7.008   1.884
    7    HD2  LYS 166           HD2      LYS 166 -25.504   7.750   3.824
    8    HD3  LYS 166           HD3      LYS 166 -27.006   7.489   2.936
    9    HE2  LYS 166           HE2      LYS 166 -26.315   5.080   2.692
   10    HE3  LYS 166           HE3      LYS 166 -25.001   5.419   3.816
   11    HZ3  LYS 166           HZ1      LYS 166 -26.851   4.501   5.007
   12    HZ2  LYS 166           HZ2      LYS 166 -27.907   5.653   4.369
   13    HZ1  LYS 166           HZ3      LYS 166 -26.694   6.127   5.444

  No H/Q in entry =          13
  In of MODEL    3
    1    H    ILE 167           H        ILE 167 -22.747  10.848  -0.144
    2    HA   ILE 167           HA       ILE 167 -20.756   9.331   1.376
    3    HB   ILE 167           HB       ILE 167 -19.487  11.324  -0.177
    4   HG12  ILE 167          HG12      ILE 167 -19.907   9.981  -2.408
    5   HG13  ILE 167          HG13      ILE 167 -21.434   9.570  -1.643
    6   HG22  ILE 167          HG21      ILE 167 -19.364   8.311  -0.331
    7   HG21  ILE 167          HG22      ILE 167 -18.468   9.317   0.808
    8   HG23  ILE 167          HG23      ILE 167 -18.138   9.433  -0.920
    9   HD13  ILE 167          HD11      ILE 167 -22.067  11.854  -1.533
   10   HD12  ILE 167          HD12      ILE 167 -21.517  11.516  -3.177
   11   HD11  ILE 167          HD13      ILE 167 -20.465  12.376  -2.051

  No H/Q in entry =          11
  In of MODEL    3
    1    H    THR 168           H        THR 168 -20.585  10.293   3.342
    2    HA   THR 168           HA       THR 168 -21.387  12.968   3.787
    3    HB   THR 168           HB       THR 168 -19.596  12.577   5.778
    4    HG1  THR 168           HG1      THR 168 -18.981  10.528   4.685
    5   HG22  THR 168          HG21      THR 168 -21.439  11.453   7.048
    6   HG21  THR 168          HG22      THR 168 -22.325  11.303   5.530
    7   HG23  THR 168          HG23      THR 168 -21.951  12.900   6.178

  No H/Q in entry =           7
  In of MODEL    3
    1    H    ARG 169           H        ARG 169 -19.899  14.736   4.158
    2    HA   ARG 169           HA       ARG 169 -17.940  14.924   2.053
    3    HB2  ARG 169           HB2      ARG 169 -17.676  17.094   3.959
    4    HB3  ARG 169           HB3      ARG 169 -18.102  17.154   2.274
    5    HG2  ARG 169           HG2      ARG 169 -20.345  17.213   2.668
    6    HG3  ARG 169           HG3      ARG 169 -20.217  16.431   4.240
    7    HD2  ARG 169           HD2      ARG 169 -19.465  18.418   5.261
    8    HD3  ARG 169           HD3      ARG 169 -19.142  19.179   3.702
    9    HE   ARG 169           HE       ARG 169 -21.830  18.593   3.696
   10   HH11  ARG 169          HH11      ARG 169 -19.713  20.522   5.724
   11   HH12  ARG 169          HH12      ARG 169 -20.956  21.651   6.147
   12   HH21  ARG 169          HH21      ARG 169 -23.443  20.078   4.238
   13   HH22  ARG 169          HH22      ARG 169 -23.082  21.410   5.290

  No H/Q in entry =          13
  In of MODEL    3
    1    H    GLN 170           H        GLN 170 -17.964  13.936   5.524
    2    HA   GLN 170           HA       GLN 170 -15.407  14.164   6.039
    3    HB2  GLN 170           HB2      GLN 170 -17.425  12.030   6.671
    4    HB3  GLN 170           HB3      GLN 170 -15.783  11.945   7.297
    5    HG2  GLN 170           HG2      GLN 170 -16.882  12.989   9.021
    6    HG3  GLN 170           HG3      GLN 170 -16.246  14.362   8.122
    7   HE21  GLN 170          HE21      GLN 170 -18.394  14.460   9.931
    8   HE22  GLN 170          HE22      GLN 170 -19.814  14.914   9.056

  No H/Q in entry =           8
  In of MODEL    3
    1    H    GLU 171           H        GLU 171 -16.553  12.162   3.184
    2    HA   GLU 171           HA       GLU 171 -14.448  10.380   3.752
    3    HB2  GLU 171           HB2      GLU 171 -16.693  10.459   1.745
    4    HB3  GLU 171           HB3      GLU 171 -15.235   9.538   1.359
    5    HG2  GLU 171           HG2      GLU 171 -15.551   8.322   3.542
    6    HG3  GLU 171           HG3      GLU 171 -17.108   9.127   3.684

  No H/Q in entry =           6
  In of MODEL    3
    1    H    ILE 172           H        ILE 172 -15.708  13.030   2.170
    2    HA   ILE 172           HA       ILE 172 -13.833  13.417   0.091
    3    HB   ILE 172           HB       ILE 172 -15.623  15.553   1.231
    4   HG12  ILE 172          HG12      ILE 172 -17.046  13.618   1.081
    5   HG13  ILE 172          HG13      ILE 172 -17.384  14.625  -0.323
    6   HG21  ILE 172          HG21      ILE 172 -14.017  16.032  -0.641
    7   HG23  ILE 172          HG22      ILE 172 -15.708  16.298  -1.057
    8   HG22  ILE 172          HG23      ILE 172 -14.883  14.844  -1.615
    9   HD13  ILE 172          HD11      ILE 172 -16.091  13.163  -1.732
   10   HD12  ILE 172          HD12      ILE 172 -17.258  12.201  -0.823
   11   HD11  ILE 172          HD13      ILE 172 -15.559  12.231  -0.328

  No H/Q in entry =          11
  In of MODEL    3
    1    H    GLY 173           H        GLY 173 -13.889  14.368   3.715
    2    HA3  GLY 173           HA2      GLY 173 -12.066  16.366   3.481
    3    HA2  GLY 173           HA3      GLY 173 -12.149  15.198   4.796

  No H/Q in entry =           3
  In of MODEL    3
    1    H    GLN 174           H        GLN 174 -11.637  13.010   3.746
    2    HA   GLN 174           HA       GLN 174  -8.815  12.954   3.591
    3    HB2  GLN 174           HB2      GLN 174  -9.111  10.971   4.562
    4    HB3  GLN 174           HB3      GLN 174 -10.787  11.490   4.699
    5    HG2  GLN 174           HG2      GLN 174 -10.578  10.329   2.182
    6    HG3  GLN 174           HG3      GLN 174  -9.684   9.273   3.277
    7   HE21  GLN 174          HE21      GLN 174 -12.151   8.696   1.971
    8   HE22  GLN 174          HE22      GLN 174 -13.324   8.420   3.205

  No H/Q in entry =           8
  In of MODEL    3
    1    H    ILE 175           H        ILE 175 -11.292  12.368   1.189
    2    HA   ILE 175           HA       ILE 175  -9.489  10.917  -0.543
    3    HB   ILE 175           HB       ILE 175 -12.215  12.051  -1.180
    4   HG12  ILE 175          HG12      ILE 175 -11.542   9.197  -0.465
    5   HG13  ILE 175          HG13      ILE 175 -12.151  10.366   0.704
    6   HG21  ILE 175          HG21      ILE 175 -10.346  10.204  -2.620
    7   HG23  ILE 175          HG22      ILE 175 -11.198  11.624  -3.229
    8   HG22  ILE 175          HG23      ILE 175 -12.085  10.135  -2.904
    9   HD13  ILE 175          HD11      ILE 175 -14.181  10.629  -0.579
   10   HD12  ILE 175          HD12      ILE 175 -13.916   8.930  -0.177
   11   HD11  ILE 175          HD13      ILE 175 -13.572   9.518  -1.804

  No H/Q in entry =          11
  In of MODEL    3
    1    H    VAL 176           H        VAL 176 -10.650  14.133  -0.092
    2    HA   VAL 176           HA       VAL 176  -9.401  14.991  -2.578
    3    HB   VAL 176           HB       VAL 176 -11.197  16.540  -0.716
    4   HG12  VAL 176          HG11      VAL 176 -11.454  18.018  -2.646
    5   HG11  VAL 176          HG12      VAL 176 -10.233  17.081  -3.507
    6   HG13  VAL 176          HG13      VAL 176  -9.797  17.974  -2.046
    7   HG22  VAL 176          HG21      VAL 176 -12.372  14.648  -1.678
    8   HG21  VAL 176          HG22      VAL 176 -11.796  15.080  -3.287
    9   HG23  VAL 176          HG23      VAL 176 -12.917  16.144  -2.437

  No H/Q in entry =           9
  In of MODEL    3
    1    H    GLY 177           H        GLY 177  -9.093  15.258   0.893
    2    HA3  GLY 177           HA2      GLY 177  -6.879  15.513   1.758
    3    HA2  GLY 177           HA3      GLY 177  -6.522  16.635   0.456

  No H/Q in entry =           3
  In of MODEL    3
    1    H    CYS 178           H        CYS 178  -9.427  17.631   1.242
    2    HA   CYS 178           HA       CYS 178  -8.433  19.472   3.333
    3    HB2  CYS 178           HB2      CYS 178 -10.252  19.999   0.975
    4    HB3  CYS 178           HB3      CYS 178 -10.204  21.062   2.378
    5    HG   CYS 178           HG       CYS 178  -7.257  21.260   1.934

  No H/Q in entry =           5
  In of MODEL    3
    1    H    SER 179           H        SER 179 -10.102  20.066   4.935
    2    HA   SER 179           HA       SER 179 -11.618  17.821   5.628
    3    HB2  SER 179           HB2      SER 179 -12.716  19.739   7.134
    4    HB3  SER 179           HB3      SER 179 -11.090  19.143   7.475
    5    HG   SER 179           HG       SER 179 -11.198  21.446   7.392

  No H/Q in entry =           5
  In of MODEL    3
    1    H    ARG 180           H        ARG 180 -13.824  17.911   5.916
    2    HA   ARG 180           HA       ARG 180 -15.433  18.382   3.775
    3    HB2  ARG 180           HB2      ARG 180 -17.309  18.332   5.666
    4    HB3  ARG 180           HB3      ARG 180 -16.445  16.907   5.126
    5    HG2  ARG 180           HG2      ARG 180 -16.506  16.728   7.414
    6    HG3  ARG 180           HG3      ARG 180 -14.875  17.283   7.054
    7    HD2  ARG 180           HD2      ARG 180 -15.612  19.592   7.574
    8    HD3  ARG 180           HD3      ARG 180 -17.181  18.938   8.052
    9    HE   ARG 180           HE       ARG 180 -15.340  17.505   9.485
   10   HH11  ARG 180          HH11      ARG 180 -16.218  20.894   9.209
   11   HH12  ARG 180          HH12      ARG 180 -15.686  21.272  10.822
   12   HH21  ARG 180          HH21      ARG 180 -14.658  18.010  11.576
   13   HH22  ARG 180          HH22      ARG 180 -14.803  19.633  12.167

  No H/Q in entry =          13
  In of MODEL    3
    1    H    GLU 181           H        GLU 181 -13.864  20.767   4.689
    2    HA   GLU 181           HA       GLU 181 -15.985  22.654   5.204
    3    HB2  GLU 181           HB2      GLU 181 -13.047  22.831   5.695
    4    HB3  GLU 181           HB3      GLU 181 -14.180  24.144   5.999
    5    HG2  GLU 181           HG2      GLU 181 -14.340  21.422   7.262
    6    HG3  GLU 181           HG3      GLU 181 -13.600  22.831   8.018

  No H/Q in entry =           6
  In of MODEL    3
    1    H    THR 182           H        THR 182 -12.901  22.723   3.492
    2    HA   THR 182           HA       THR 182 -13.617  24.693   1.566
    3    HB   THR 182           HB       THR 182 -11.850  22.421   0.709
    4    HG1  THR 182           HG1      THR 182 -10.130  23.502   2.005
    5   HG23  THR 182          HG21      THR 182 -10.465  24.218  -0.190
    6   HG22  THR 182          HG22      THR 182 -11.505  25.419   0.575
    7   HG21  THR 182          HG23      THR 182 -12.137  24.403  -0.720

  No H/Q in entry =           7
  In of MODEL    3
    1    H    VAL 183           H        VAL 183 -13.549  21.189   1.606
    2    HA   VAL 183           HA       VAL 183 -15.195  20.712  -0.672
    3    HB   VAL 183           HB       VAL 183 -13.786  19.228   1.420
    4   HG13  VAL 183          HG11      VAL 183 -15.119  17.450   1.854
    5   HG12  VAL 183          HG12      VAL 183 -16.101  17.693   0.403
    6   HG11  VAL 183          HG13      VAL 183 -16.333  18.741   1.803
    7   HG23  VAL 183          HG21      VAL 183 -14.734  18.153  -1.196
    8   HG22  VAL 183          HG22      VAL 183 -13.277  17.745  -0.285
    9   HG21  VAL 183          HG23      VAL 183 -13.406  19.311  -1.089

  No H/Q in entry =           9
  In of MODEL    3
    1    H    GLY 184           H        GLY 184 -15.810  21.336   2.896
    2    HA3  GLY 184           HA2      GLY 184 -18.466  20.806   2.809
    3    HA2  GLY 184           HA3      GLY 184 -17.734  22.081   3.779

  No H/Q in entry =           3
  In of MODEL    3
    1    H    ARG 185           H        ARG 185 -16.821  23.202   0.782
    2    HA   ARG 185           HA       ARG 185 -18.813  25.241   0.987
    3    HB2  ARG 185           HB2      ARG 185 -16.556  24.645  -0.930
    4    HB3  ARG 185           HB3      ARG 185 -17.674  25.974  -1.205
    5    HG2  ARG 185           HG2      ARG 185 -16.998  26.967   0.932
    6    HG3  ARG 185           HG3      ARG 185 -15.874  25.631   1.187
    7    HD2  ARG 185           HD2      ARG 185 -14.697  26.262  -0.881
    8    HD3  ARG 185           HD3      ARG 185 -15.791  27.631  -1.062
    9    HE   ARG 185           HE       ARG 185 -13.974  27.318   1.242
   10   HH11  ARG 185          HH11      ARG 185 -15.519  29.299  -1.199
   11   HH12  ARG 185          HH12      ARG 185 -14.739  30.761  -0.683
   12   HH21  ARG 185          HH21      ARG 185 -12.935  29.233   1.909
   13   HH22  ARG 185          HH22      ARG 185 -13.273  30.725   1.089

  No H/Q in entry =          13
  In of MODEL    3
    1    H    ILE 186           H        ILE 186 -17.803  22.608  -0.835
    2    HA   ILE 186           HA       ILE 186 -19.642  23.171  -3.052
    3    HB   ILE 186           HB       ILE 186 -17.483  21.134  -2.844
    4   HG12  ILE 186          HG12      ILE 186 -17.425  22.164  -5.347
    5   HG13  ILE 186          HG13      ILE 186 -18.228  23.483  -4.508
    6   HG21  ILE 186          HG21      ILE 186 -19.739  20.114  -3.668
    7   HG23  ILE 186          HG22      ILE 186 -18.266  19.809  -4.584
    8   HG22  ILE 186          HG23      ILE 186 -19.410  21.034  -5.129
    9   HD13  ILE 186          HD11      ILE 186 -16.050  24.121  -4.343
   10   HD12  ILE 186          HD12      ILE 186 -15.455  22.466  -4.239
   11   HD11  ILE 186          HD13      ILE 186 -16.225  23.215  -2.841

  No H/Q in entry =          11
  In of MODEL    3
    1    H    LEU 187           H        LEU 187 -19.375  20.855  -0.512
    2    HA   LEU 187           HA       LEU 187 -21.570  19.340  -1.432
    3    HB2  LEU 187           HB2      LEU 187 -20.213  19.327   1.231
    4    HB3  LEU 187           HB3      LEU 187 -21.342  18.107   0.627
    5    HG   LEU 187           HG       LEU 187 -18.545  18.703  -0.313
    6   HD12  LEU 187          HD11      LEU 187 -19.494  16.029  -0.617
    7   HD11  LEU 187          HD12      LEU 187 -19.727  16.615   1.031
    8   HD13  LEU 187          HD13      LEU 187 -18.119  16.653   0.301
    9   HD23  LEU 187          HD21      LEU 187 -20.585  17.300  -2.025
   10   HD22  LEU 187          HD22      LEU 187 -18.875  17.514  -2.384
   11   HD21  LEU 187          HD23      LEU 187 -19.945  18.911  -2.329

  No H/Q in entry =          11
  In of MODEL    3
    1    H    LYS 188           H        LYS 188 -21.356  22.324  -0.188
    2    HA   LYS 188           HA       LYS 188 -23.946  22.259   1.243
    3    HB2  LYS 188           HB2      LYS 188 -21.835  23.779   1.905
    4    HB3  LYS 188           HB3      LYS 188 -22.612  24.867   0.763
    5    HG2  LYS 188           HG2      LYS 188 -24.035  23.612   3.098
    6    HG3  LYS 188           HG3      LYS 188 -23.253  25.189   3.165
    7    HD2  LYS 188           HD2      LYS 188 -25.181  26.065   2.451
    8    HD3  LYS 188           HD3      LYS 188 -24.876  25.294   0.894
    9    HE2  LYS 188           HE2      LYS 188 -26.010  23.237   1.816
   10    HE3  LYS 188           HE3      LYS 188 -26.483  24.212   3.206
   11    HZ3  LYS 188           HZ1      LYS 188 -27.776  25.620   1.810
   12    HZ2  LYS 188           HZ2      LYS 188 -28.203  24.026   1.430
   13    HZ1  LYS 188           HZ3      LYS 188 -27.181  24.907   0.394

  No H/Q in entry =          13
  In of MODEL    3
    1    H    MET 189           H        MET 189 -22.322  23.245  -1.717
    2    HA   MET 189           HA       MET 189 -24.621  24.778  -2.663
    3    HB2  MET 189           HB2      MET 189 -23.477  25.059  -4.778
    4    HB3  MET 189           HB3      MET 189 -22.422  25.481  -3.446
    5    HG2  MET 189           HG2      MET 189 -21.485  23.116  -3.708
    6    HG3  MET 189           HG3      MET 189 -22.305  23.125  -5.268
    7    HE1  MET 189           HE1      MET 189 -20.056  25.115  -2.931
    8    HE3  MET 189           HE2      MET 189 -20.644  26.544  -3.783
    9    HE2  MET 189           HE3      MET 189 -18.974  26.018  -3.990

  No H/Q in entry =           9
  In of MODEL    3
    1    H    LEU 190           H        LEU 190 -23.485  21.550  -2.720
    2    HA   LEU 190           HA       LEU 190 -24.859  20.496  -4.870
    3    HB2  LEU 190           HB2      LEU 190 -24.450  19.256  -2.165
    4    HB3  LEU 190           HB3      LEU 190 -24.859  18.394  -3.641
    5    HG   LEU 190           HG       LEU 190 -22.310  19.705  -2.879
    6   HD13  LEU 190          HD11      LEU 190 -22.442  17.405  -2.427
    7   HD12  LEU 190          HD12      LEU 190 -21.462  17.577  -3.886
    8   HD11  LEU 190          HD13      LEU 190 -23.150  17.067  -4.003
    9   HD21  LEU 190          HD21      LEU 190 -23.350  19.323  -5.642
   10   HD23  LEU 190          HD22      LEU 190 -21.623  19.352  -5.284
   11   HD22  LEU 190          HD23      LEU 190 -22.625  20.757  -4.919

  No H/Q in entry =          11
  In of MODEL    3
    1    H    GLU 191           H        GLU 191 -26.122  20.810  -1.499
    2    HA   GLU 191           HA       GLU 191 -28.667  19.904  -2.117
    3    HB2  GLU 191           HB2      GLU 191 -27.726  20.149   0.171
    4    HB3  GLU 191           HB3      GLU 191 -27.762  21.895  -0.014
    5    HG2  GLU 191           HG2      GLU 191 -30.319  21.490  -0.429
    6    HG3  GLU 191           HG3      GLU 191 -30.003  19.987   0.438

  No H/Q in entry =           6
  In of MODEL    3
    1    H    ASP 192           H        ASP 192 -27.042  22.758  -2.930
    2    HA   ASP 192           HA       ASP 192 -29.467  24.329  -3.203
    3    HB2  ASP 192           HB2      ASP 192 -26.552  24.925  -3.318
    4    HB3  ASP 192           HB3      ASP 192 -27.626  25.961  -4.249

  No H/Q in entry =           4
  In of MODEL    3
    1    H    GLN 193           H        GLN 193 -27.785  22.090  -4.787
    2    HA   GLN 193           HA       GLN 193 -27.698  21.225  -6.892
    3    HB2  GLN 193           HB2      GLN 193 -30.087  23.016  -7.370
    4    HB3  GLN 193           HB3      GLN 193 -29.566  21.707  -8.422
    5    HG2  GLN 193           HG2      GLN 193 -30.746  20.259  -7.246
    6    HG3  GLN 193           HG3      GLN 193 -29.872  20.692  -5.779
    7   HE21  GLN 193          HE21      GLN 193 -30.696  22.324  -4.456
    8   HE22  GLN 193          HE22      GLN 193 -32.371  22.760  -4.505

  No H/Q in entry =           8
  In of MODEL    3
    1    H    ASN 194           H        ASN 194 -26.259  23.637  -6.156
    2    HA   ASN 194           HA       ASN 194 -26.160  25.171  -8.642
    3    HB2  ASN 194           HB2      ASN 194 -25.817  25.969  -6.088
    4    HB3  ASN 194           HB3      ASN 194 -24.142  25.620  -6.504
    5   HD21  ASN 194          HD21      ASN 194 -25.452  28.163  -5.919
    6   HD22  ASN 194          HD22      ASN 194 -25.174  29.167  -7.297

  No H/Q in entry =           6
  In of MODEL    3
    1    H    LEU 195           H        LEU 195 -25.059  22.319  -7.600
    2    HA   LEU 195           HA       LEU 195 -22.911  22.304  -9.599
    3    HB2  LEU 195           HB2      LEU 195 -22.101  22.914  -7.185
    4    HB3  LEU 195           HB3      LEU 195 -22.292  21.202  -6.880
    5    HG   LEU 195           HG       LEU 195 -20.689  21.851  -9.261
    6   HD12  LEU 195          HD11      LEU 195 -19.439  22.279  -6.571
    7   HD11  LEU 195          HD12      LEU 195 -20.138  23.615  -7.483
    8   HD13  LEU 195          HD13      LEU 195 -18.804  22.683  -8.168
    9   HD22  LEU 195          HD21      LEU 195 -20.885  19.576  -8.500
   10   HD21  LEU 195          HD22      LEU 195 -20.345  20.030  -6.883
   11   HD23  LEU 195          HD23      LEU 195 -19.228  20.125  -8.245

  No H/Q in entry =          11
  In of MODEL    3
    1    H    ILE 196           H        ILE 196 -25.077  20.637  -7.533
    2    HA   ILE 196           HA       ILE 196 -25.292  18.267  -9.016
    3    HB   ILE 196           HB       ILE 196 -24.470  17.551  -6.221
    4   HG12  ILE 196          HG12      ILE 196 -22.536  17.621  -8.548
    5   HG13  ILE 196          HG13      ILE 196 -22.533  18.841  -7.272
    6   HG22  ILE 196          HG21      ILE 196 -23.930  15.452  -7.414
    7   HG21  ILE 196          HG22      ILE 196 -24.364  16.229  -8.936
    8   HG23  ILE 196          HG23      ILE 196 -25.595  15.958  -7.706
    9   HD13  ILE 196          HD11      ILE 196 -20.906  17.254  -6.677
   10   HD12  ILE 196          HD12      ILE 196 -21.998  15.909  -7.028
   11   HD11  ILE 196          HD13      ILE 196 -22.307  16.957  -5.643

  No H/Q in entry =          11
  In of MODEL    3
    1    H    SER 197           H        SER 197 -26.228  17.036  -6.336
    2    HA   SER 197           HA       SER 197 -28.133  18.665  -5.307
    3    HB2  SER 197           HB2      SER 197 -29.436  18.361  -7.248
    4    HB3  SER 197           HB3      SER 197 -29.151  16.620  -7.250
    5    HG   SER 197           HG       SER 197 -31.223  17.571  -6.336

  No H/Q in entry =           5
  In of MODEL    3
    1    H    ALA 198           H        ALA 198 -27.556  18.035  -3.270
    2    HA   ALA 198           HA       ALA 198 -27.250  15.199  -2.797
    3    HB3  ALA 198           HB1      ALA 198 -26.062  15.840  -0.802
    4    HB2  ALA 198           HB2      ALA 198 -26.551  17.524  -0.998
    5    HB1  ALA 198           HB3      ALA 198 -25.405  16.805  -2.125

  No H/Q in entry =           5
  In of MODEL    3
    1    H    HIS 199           H        HIS 199 -29.020  14.328  -2.147
    2    HA   HIS 199           HA       HIS 199 -31.093  15.909  -0.819
    3    HB2  HIS 199           HB2      HIS 199 -31.012  13.173  -2.080
    4    HB3  HIS 199           HB3      HIS 199 -32.238  13.526  -0.867
    5    HD1  HIS 199           HD1      HIS 199 -31.237  16.251  -3.212
    6    HD2  HIS 199           HD2      HIS 199 -34.239  13.398  -2.860
    7    HE1  HIS 199           HE1      HIS 199 -33.022  16.944  -4.839
    8    HE2  HIS 199           HE2      HIS 199 -34.830  15.208  -4.606

  No H/Q in entry =           8
  In of MODEL    3
    1    H    GLY 200           H        GLY 200 -29.668  16.311   0.921
    2    HA3  GLY 200           HA2      GLY 200 -29.216  15.904   3.187
    3    HA2  GLY 200           HA3      GLY 200 -29.611  14.198   2.933

  No H/Q in entry =           3
  In of MODEL    3
    1    H    LYS 201           H        LYS 201 -27.862  12.929   3.132
    2    HA   LYS 201           HA       LYS 201 -25.300  14.015   2.200
    3    HB2  LYS 201           HB2      LYS 201 -24.415  11.858   3.399
    4    HB3  LYS 201           HB3      LYS 201 -24.855  13.285   4.324
    5    HG2  LYS 201           HG2      LYS 201 -27.191  11.769   4.133
    6    HG3  LYS 201           HG3      LYS 201 -25.897  10.622   4.478
    7    HD2  LYS 201           HD2      LYS 201 -25.180  12.078   6.360
    8    HD3  LYS 201           HD3      LYS 201 -26.573  13.113   6.044
    9    HE2  LYS 201           HE2      LYS 201 -27.029  10.201   6.451
   10    HE3  LYS 201           HE3      LYS 201 -26.660  11.198   7.857
   11    HZ2  LYS 201           HZ1      LYS 201 -29.086  10.899   7.255
   12    HZ1  LYS 201           HZ2      LYS 201 -28.798  11.929   5.947
   13    HZ3  LYS 201           HZ3      LYS 201 -28.562  12.481   7.530

  No H/Q in entry =          13
  In of MODEL    3
    1    H    THR 202           H        THR 202 -27.754  12.097   1.234
    2    HA   THR 202           HA       THR 202 -26.320  10.287  -0.490
    3    HB   THR 202           HB       THR 202 -29.073  10.651  -1.275
    4    HG1  THR 202           HG1      THR 202 -29.737  11.341   0.674
    5   HG22  THR 202          HG21      THR 202 -27.904   8.353   0.294
    6   HG21  THR 202          HG22      THR 202 -27.655   8.573  -1.437
    7   HG23  THR 202          HG23      THR 202 -29.280   8.317  -0.806

  No H/Q in entry =           7
  In of MODEL    3
    1    H    ILE 203           H        ILE 203 -25.315  11.206  -2.191
    2    HA   ILE 203           HA       ILE 203 -26.301  13.758  -3.151
    3    HB   ILE 203           HB       ILE 203 -23.675  12.342  -3.294
    4   HG12  ILE 203          HG12      ILE 203 -24.559  15.043  -2.279
    5   HG13  ILE 203          HG13      ILE 203 -24.067  13.662  -1.312
    6   HG23  ILE 203          HG21      ILE 203 -24.007  13.164  -5.540
    7   HG22  ILE 203          HG22      ILE 203 -22.832  14.196  -4.726
    8   HG21  ILE 203          HG23      ILE 203 -24.497  14.743  -4.929
    9   HD11  ILE 203          HD11      ILE 203 -21.795  13.870  -2.243
   10   HD13  ILE 203          HD12      ILE 203 -22.315  15.306  -1.361
   11   HD12  ILE 203          HD13      ILE 203 -22.320  15.303  -3.123

  No H/Q in entry =          11
  In of MODEL    3
    1    H    VAL 204           H        VAL 204 -27.333  13.896  -4.973
    2    HA   VAL 204           HA       VAL 204 -27.445  11.586  -6.829
    3    HB   VAL 204           HB       VAL 204 -29.420  13.619  -5.912
    4   HG13  VAL 204          HG11      VAL 204 -30.570  13.919  -7.928
    5   HG12  VAL 204          HG12      VAL 204 -29.656  12.648  -8.736
    6   HG11  VAL 204          HG13      VAL 204 -28.876  14.180  -8.343
    7   HG22  VAL 204          HG21      VAL 204 -29.902  11.392  -5.339
    8   HG21  VAL 204          HG22      VAL 204 -29.586  10.824  -6.978
    9   HG23  VAL 204          HG23      VAL 204 -31.012  11.808  -6.645

  No H/Q in entry =           9
  In of MODEL    3
    1    H    VAL 205           H        VAL 205 -26.805  11.996  -8.941
    2    HA   VAL 205           HA       VAL 205 -25.763  14.601  -9.564
    3    HB   VAL 205           HB       VAL 205 -24.464  12.954 -11.267
    4   HG13  VAL 205          HG11      VAL 205 -23.340  14.374  -9.599
    5   HG12  VAL 205          HG12      VAL 205 -22.585  12.781  -9.650
    6   HG11  VAL 205          HG13      VAL 205 -23.692  13.190  -8.335
    7   HG22  VAL 205          HG21      VAL 205 -25.569  10.878 -10.536
    8   HG21  VAL 205          HG22      VAL 205 -24.975  11.142  -8.890
    9   HG23  VAL 205          HG23      VAL 205 -23.835  10.816 -10.199

  No H/Q in entry =           9
  In of MODEL    3
    1    H    TYR 206           H        TYR 206 -27.769  15.204 -10.246
    2    HA   TYR 206           HA       TYR 206 -29.919  13.816 -11.230
    3    HB2  TYR 206           HB2      TYR 206 -28.832  16.510 -12.111
    4    HB3  TYR 206           HB3      TYR 206 -30.319  15.850 -12.775
    5    HD1  TYR 206           HD1      TYR 206 -29.115  18.099 -10.521
    6    HD2  TYR 206           HD2      TYR 206 -31.915  14.902 -10.754
    7    HE1  TYR 206           HE1      TYR 206 -30.359  19.070  -8.662
    8    HE2  TYR 206           HE2      TYR 206 -33.184  15.856  -8.883
    9    HH   TYR 206           HH       TYR 206 -32.790  18.985  -7.808

  No H/Q in entry =           9
  In of MODEL    3
    1    H    GLY 207           H        GLY 207 -27.348  15.259 -13.268
    2    HA3  GLY 207           HA2      GLY 207 -27.095  13.060 -14.995
    3    HA2  GLY 207           HA3      GLY 207 -28.258  14.178 -15.690

  No H/Q in entry =           3
  In of MODEL    3
    1    H    THR 208           H        THR 208 -27.370  16.561 -15.307
    2    HA   THR 208           HA       THR 208 -25.351  16.986 -17.172
    3    HB   THR 208           HB       THR 208 -25.483  19.287 -15.614
    4    HG1  THR 208           HG1      THR 208 -27.689  19.427 -15.059
    5   HG22  THR 208          HG21      THR 208 -27.021  20.096 -17.349
    6   HG21  THR 208          HG22      THR 208 -27.280  18.439 -17.893
    7   HG23  THR 208          HG23      THR 208 -25.690  19.182 -18.057

  No H/Q in entry =           7
  In of MODEL    3
    1    H    ARG 209           H        ARG 209 -25.290  16.664 -13.709
    2    HA   ARG 209           HA       ARG 209 -22.464  16.383 -13.720
    3    HB2  ARG 209           HB2      ARG 209 -22.972  18.915 -13.554
    4    HB3  ARG 209           HB3      ARG 209 -23.533  18.550 -11.930
    5    HG2  ARG 209           HG2      ARG 209 -21.395  17.897 -11.218
    6    HG3  ARG 209           HG3      ARG 209 -20.794  17.770 -12.873
    7    HD2  ARG 209           HD2      ARG 209 -21.557  20.294 -11.410
    8    HD3  ARG 209           HD3      ARG 209 -19.929  19.781 -11.854
    9    HE   ARG 209           HE       ARG 209 -21.278  19.870 -14.224
   10   HH11  ARG 209          HH11      ARG 209 -20.713  22.166 -11.656
   11   HH12  ARG 209          HH12      ARG 209 -20.750  23.548 -12.699
   12   HH21  ARG 209          HH21      ARG 209 -21.348  21.673 -15.608
   13   HH22  ARG 209          HH22      ARG 209 -21.109  23.267 -14.961

  No H/Q in entry =          13
  In of MODEL    3
    1    H1   VAL   1           H3       VAL   1  34.032 -19.144  -4.747
    2    H2   VAL   1           H2       VAL   1  35.494 -18.603  -4.092
    3    H3   VAL   1           H1       VAL   1  35.179 -20.260  -4.205
    4    HA   VAL   1           HA       VAL   1  34.873 -19.657  -1.964
    5    HB   VAL   1           HB       VAL   1  34.613 -17.281  -2.151
    6   HG11  VAL   1          HG11      VAL   1  32.003 -17.826  -3.557
    7   HG13  VAL   1          HG12      VAL   1  33.460 -17.129  -4.266
    8   HG12  VAL   1          HG13      VAL   1  32.564 -16.236  -3.039
    9   HG22  VAL   1          HG21      VAL   1  33.627 -18.191  -0.161
   10   HG21  VAL   1          HG22      VAL   1  32.123 -18.543  -1.013
   11   HG23  VAL   1          HG23      VAL   1  32.612 -16.871  -0.737

  No H/Q in entry =          11
  In of MODEL    3
    1    H    LEU   2           H        LEU   2  33.656 -21.149  -0.999
    2    HA   LEU   2           HA       LEU   2  30.985 -21.718  -2.082
    3    HB2  LEU   2           HB2      LEU   2  32.667 -23.392  -2.896
    4    HB3  LEU   2           HB3      LEU   2  32.958 -23.837  -1.226
    5    HG   LEU   2           HG       LEU   2  30.517 -24.450  -1.061
    6   HD12  LEU   2          HD11      LEU   2  29.399 -24.940  -3.235
    7   HD11  LEU   2          HD12      LEU   2  30.675 -24.024  -4.037
    8   HD13  LEU   2          HD13      LEU   2  29.602 -23.222  -2.889
    9   HD22  LEU   2          HD21      LEU   2  32.198 -26.161  -1.280
   10   HD21  LEU   2          HD22      LEU   2  32.258 -25.927  -3.027
   11   HD23  LEU   2          HD23      LEU   2  30.805 -26.586  -2.275

  No H/Q in entry =          11
  In of MODEL    3
    1    H    GLY   3           H        GLY   3  29.458 -21.838  -0.564
    2    HA3  GLY   3           HA2      GLY   3  28.857 -22.783   1.650
    3    HA2  GLY   3           HA3      GLY   3  30.348 -22.069   2.243

  No H/Q in entry =           3
  In of MODEL    3
    1    H    LYS   4           H        LYS   4  27.037 -21.593   1.624
    2    HA   LYS   4           HA       LYS   4  27.301 -18.766   2.420
    3    HB2  LYS   4           HB2      LYS   4  25.744 -20.056   0.274
    4    HB3  LYS   4           HB3      LYS   4  24.842 -18.898   1.238
    5    HG2  LYS   4           HG2      LYS   4  25.725 -17.756  -0.652
    6    HG3  LYS   4           HG3      LYS   4  26.623 -17.223   0.766
    7    HD2  LYS   4           HD2      LYS   4  28.139 -19.321  -0.052
    8    HD3  LYS   4           HD3      LYS   4  27.528 -18.720  -1.595
    9    HE2  LYS   4           HE2      LYS   4  29.644 -17.660  -1.054
   10    HE3  LYS   4           HE3      LYS   4  28.339 -16.474  -1.029
   11    HZ2  LYS   4           HZ1      LYS   4  29.887 -16.255   0.851
   12    HZ1  LYS   4           HZ2      LYS   4  29.451 -17.800   1.387
   13    HZ3  LYS   4           HZ3      LYS   4  28.302 -16.558   1.352

  No H/Q in entry =          13
  In of MODEL    3
    1    HA   PRO   5           HA       PRO   5  24.731 -20.545   5.679
    2    HB2  PRO   5           HB2      PRO   5  25.837 -19.163   7.720
    3    HB3  PRO   5           HB3      PRO   5  26.596 -20.589   7.010
    4    HG2  PRO   5           HG2      PRO   5  27.381 -17.769   6.810
    5    HG3  PRO   5           HG3      PRO   5  28.338 -19.224   6.502
    6    HD2  PRO   5           HD2      PRO   5  27.017 -17.497   4.595
    7    HD3  PRO   5           HD3      PRO   5  28.068 -18.893   4.284

  No H/Q in entry =           7
  In of MODEL    3
    1    H    GLN   6           H        GLN   6  22.856 -19.475   4.804
    2    HA   GLN   6           HA       GLN   6  22.326 -16.826   5.969
    3    HB2  GLN   6           HB2      GLN   6  21.215 -18.240   3.562
    4    HB3  GLN   6           HB3      GLN   6  20.341 -16.911   4.306
    5    HG2  GLN   6           HG2      GLN   6  21.495 -15.692   2.815
    6    HG3  GLN   6           HG3      GLN   6  22.746 -15.766   4.054
    7   HE21  GLN   6          HE21      GLN   6  21.734 -18.405   1.953
    8   HE22  GLN   6          HE22      GLN   6  23.226 -18.535   1.100

  No H/Q in entry =           8
  In of MODEL    3
    1    H    THR   7           H        THR   7  21.394 -20.119   5.973
    2    HA   THR   7           HA       THR   7  20.138 -21.314   7.465
    3    HB   THR   7           HB       THR   7  18.903 -18.831   8.644
    4    HG1  THR   7           HG1      THR   7  21.030 -18.326   8.848
    5   HG21  THR   7          HG21      THR   7  19.647 -21.540   9.761
    6   HG23  THR   7          HG22      THR   7  18.021 -20.965   9.396
    7   HG22  THR   7          HG23      THR   7  18.948 -20.221  10.699

  No H/Q in entry =           7
  In of MODEL    3
    1    H    ASP   8           H        ASP   8  19.385 -20.612   4.834
    2    HA   ASP   8           HA       ASP   8  16.507 -20.960   5.117
    3    HB2  ASP   8           HB2      ASP   8  17.112 -18.499   4.619
    4    HB3  ASP   8           HB3      ASP   8  17.492 -19.070   2.995

  No H/Q in entry =           4
  In of MODEL    3
    1    HA   PRO   9           HA       PRO   9  18.256 -23.916   2.071
    2    HB2  PRO   9           HB2      PRO   9  16.942 -26.098   2.934
    3    HB3  PRO   9           HB3      PRO   9  18.403 -25.512   3.736
    4    HG2  PRO   9           HG2      PRO   9  15.540 -25.151   4.521
    5    HG3  PRO   9           HG3      PRO   9  16.943 -25.517   5.540
    6    HD2  PRO   9           HD2      PRO   9  15.864 -23.010   5.262
    7    HD3  PRO   9           HD3      PRO   9  17.560 -23.314   5.686

  No H/Q in entry =           7
  In of MODEL    3
    1    H    THR  10           H        THR  10  15.104 -22.829   2.848
    2    HA   THR  10           HA       THR  10  13.802 -24.427   0.801
    3    HB   THR  10           HB       THR  10  12.516 -22.128   2.289
    4    HG1  THR  10           HG1      THR  10  12.178 -23.466   4.039
    5   HG22  THR  10          HG21      THR  10  10.513 -23.536   2.089
    6   HG21  THR  10          HG22      THR  10  11.468 -24.784   1.290
    7   HG23  THR  10          HG23      THR  10  11.228 -23.224   0.507

  No H/Q in entry =           7
  In of MODEL    3
    1    H    LEU  11           H        LEU  11  14.893 -21.053   1.379
    2    HA   LEU  11           HA       LEU  11  14.013 -20.335  -1.268
    3    HB2  LEU  11           HB2      LEU  11  14.029 -18.694   0.621
    4    HB3  LEU  11           HB3      LEU  11  15.787 -18.663   0.483
    5    HG   LEU  11           HG       LEU  11  15.317 -18.225  -2.031
    6   HD13  LEU  11          HD11      LEU  11  13.292 -17.185  -2.587
    7   HD12  LEU  11          HD12      LEU  11  12.783 -17.084  -0.900
    8   HD11  LEU  11          HD13      LEU  11  12.852 -18.649  -1.708
    9   HD21  LEU  11          HD21      LEU  11  16.395 -16.661  -0.559
   10   HD23  LEU  11          HD22      LEU  11  14.822 -16.119   0.036
   11   HD22  LEU  11          HD23      LEU  11  15.271 -15.848  -1.650

  No H/Q in entry =          11
  In of MODEL    3
    1    H    GLU  12           H        GLU  12  16.788 -21.600   0.214
    2    HA   GLU  12           HA       GLU  12  18.671 -21.012  -1.887
    3    HB2  GLU  12           HB2      GLU  12  18.852 -21.956   0.747
    4    HB3  GLU  12           HB3      GLU  12  19.377 -23.307  -0.250
    5    HG2  GLU  12           HG2      GLU  12  21.136 -22.046  -1.199
    6    HG3  GLU  12           HG3      GLU  12  20.483 -20.531  -0.575

  No H/Q in entry =           6
  In of MODEL    3
    1    H    TRP  13           H        TRP  13  16.031 -22.922  -1.552
    2    HA   TRP  13           HA       TRP  13  16.976 -24.979  -3.395
    3    HB2  TRP  13           HB2      TRP  13  15.179 -25.192  -1.302
    4    HB3  TRP  13           HB3      TRP  13  14.129 -25.024  -2.712
    5    HD1  TRP  13           HD1      TRP  13  14.880 -26.784  -4.839
    6    HE1  TRP  13           HE1      TRP  13  15.525 -29.267  -4.637
    7    HE3  TRP  13           HE3      TRP  13  16.080 -26.914   0.130
    8    HZ2  TRP  13           HZ2      TRP  13  16.414 -31.043  -2.642
    9    HZ3  TRP  13           HZ3      TRP  13  16.820 -29.048   1.106
   10    HH2  TRP  13           HH2      TRP  13  16.982 -31.069  -0.252

  No H/Q in entry =          10
  In of MODEL    3
    1    H    PHE  14           H        PHE  14  15.532 -21.923  -3.072
    2    HA   PHE  14           HA       PHE  14  14.026 -21.888  -5.576
    3    HB2  PHE  14           HB2      PHE  14  12.939 -20.871  -3.791
    4    HB3  PHE  14           HB3      PHE  14  14.380 -20.099  -3.195
    5    HD1  PHE  14           HD1      PHE  14  15.371 -18.218  -4.617
    6    HD2  PHE  14           HD2      PHE  14  11.416 -19.686  -5.088
    7    HE1  PHE  14           HE1      PHE  14  14.728 -16.114  -5.717
    8    HE2  PHE  14           HE2      PHE  14  10.769 -17.603  -6.188
    9    HZ   PHE  14           HZ       PHE  14  12.420 -15.806  -6.509

  No H/Q in entry =           9
  In of MODEL    3
    1    H    LEU  15           H        LEU  15  17.088 -21.045  -4.252
    2    HA   LEU  15           HA       LEU  15  17.648 -18.927  -6.184
    3    HB2  LEU  15           HB2      LEU  15  19.436 -19.826  -3.939
    4    HB3  LEU  15           HB3      LEU  15  19.619 -18.405  -4.953
    5    HG   LEU  15           HG       LEU  15  17.338 -18.854  -3.047
    6   HD12  LEU  15          HD11      LEU  15  19.696 -17.043  -2.825
    7   HD11  LEU  15          HD12      LEU  15  19.523 -18.585  -1.990
    8   HD13  LEU  15          HD13      LEU  15  18.405 -17.265  -1.644
    9   HD23  LEU  15          HD21      LEU  15  18.107 -16.232  -4.260
   10   HD22  LEU  15          HD22      LEU  15  16.571 -16.735  -3.551
   11   HD21  LEU  15          HD23      LEU  15  17.053 -17.344  -5.134

  No H/Q in entry =          11
  In of MODEL    3
    1    H    SER  16           H        SER  16  17.738 -22.140  -5.796
    2    HA   SER  16           HA       SER  16  20.175 -22.533  -7.418
    3    HB2  SER  16           HB2      SER  16  18.409 -24.534  -5.956
    4    HB3  SER  16           HB3      SER  16  19.853 -24.946  -6.880
    5    HG   SER  16           HG       SER  16  19.606 -23.945  -4.329

  No H/Q in entry =           5
  In of MODEL    3
    1    H    HIS  17           H        HIS  17  17.123 -21.638  -7.626
    2    HA   HIS  17           HA       HIS  17  16.588 -23.258  -9.997
    3    HB2  HIS  17           HB2      HIS  17  14.883 -22.478  -7.765
    4    HB3  HIS  17           HB3      HIS  17  14.149 -22.192  -9.340
    5    HD1  HIS  17           HD1      HIS  17  14.634 -24.789  -6.872
    6    HD2  HIS  17           HD2      HIS  17  14.207 -24.661 -11.012
    7    HE1  HIS  17           HE1      HIS  17  13.994 -27.125  -7.566
    8    HE2  HIS  17           HE2      HIS  17  13.606 -26.985 -10.048

  No H/Q in entry =           8
  In of MODEL    3
    1    H    CYS  18           H        CYS  18  17.294 -20.117  -8.979
    2    HA   CYS  18           HA       CYS  18  15.986 -18.913 -11.292
    3    HB2  CYS  18           HB2      CYS  18  16.188 -16.763  -9.993
    4    HB3  CYS  18           HB3      CYS  18  15.060 -17.958  -9.379
    5    HG   CYS  18           HG       CYS  18  16.282 -16.639  -7.301

  No H/Q in entry =           5
  In of MODEL    3
    1    H    HIS  19           H        HIS  19  17.598 -16.409 -10.591
    2    HA   HIS  19           HA       HIS  19  20.257 -17.174 -11.532
    3    HB2  HIS  19           HB2      HIS  19  19.169 -16.759 -13.633
    4    HB3  HIS  19           HB3      HIS  19  18.342 -15.346 -13.007
    5    HD1  HIS  19           HD1      HIS  19  22.049 -16.205 -13.231
    6    HD2  HIS  19           HD2      HIS  19  19.362 -13.230 -14.323
    7    HE1  HIS  19           HE1      HIS  19  23.439 -14.386 -14.265
    8    HE2  HIS  19           HE2      HIS  19  21.785 -12.641 -15.019

  No H/Q in entry =           8
  In of MODEL    3
    1    H    ILE  20           H        ILE  20  20.842 -16.364  -9.119
    2    HA   ILE  20           HA       ILE  20  20.552 -13.609  -8.489
    3    HB   ILE  20           HB       ILE  20  22.993 -14.883  -7.506
    4   HG12  ILE  20          HG12      ILE  20  21.410 -16.895  -7.791
    5   HG13  ILE  20          HG13      ILE  20  22.134 -16.667  -6.210
    6   HG23  ILE  20          HG21      ILE  20  22.543 -13.157  -6.222
    7   HG22  ILE  20          HG22      ILE  20  21.569 -14.319  -5.318
    8   HG21  ILE  20          HG23      ILE  20  20.807 -13.259  -6.506
    9   HD11  ILE  20          HD11      ILE  20  19.528 -15.384  -6.594
   10   HD13  ILE  20          HD12      ILE  20  20.165 -16.289  -5.223
   11   HD12  ILE  20          HD13      ILE  20  19.530 -17.147  -6.628

  No H/Q in entry =          11
  In of MODEL    3
    1    H    HIS  21           H        HIS  21  21.496 -12.084  -9.292
    2    HA   HIS  21           HA       HIS  21  23.826 -11.209  -9.136
    3    HB2  HIS  21           HB2      HIS  21  24.843 -13.211 -10.284
    4    HB3  HIS  21           HB3      HIS  21  24.138 -12.640 -11.787
    5    HD1  HIS  21           HD1      HIS  21  25.250 -10.634 -12.947
    6    HD2  HIS  21           HD2      HIS  21  27.164 -11.812  -9.448
    7    HE1  HIS  21           HE1      HIS  21  27.486  -9.496 -12.987
    8    HE2  HIS  21           HE2      HIS  21  28.686 -10.341 -10.942

  No H/Q in entry =           8
  In of MODEL    3
    1    H    LYS  22           H        LYS  22  23.671  -9.250  -9.489
    2    HA   LYS  22           HA       LYS  22  21.774  -8.447 -11.519
    3    HB2  LYS  22           HB2      LYS  22  21.286  -8.055  -8.923
    4    HB3  LYS  22           HB3      LYS  22  22.128  -6.559  -9.267
    5    HG2  LYS  22           HG2      LYS  22  20.346  -6.783 -11.367
    6    HG3  LYS  22           HG3      LYS  22  19.445  -7.417  -9.998
    7    HD2  LYS  22           HD2      LYS  22  19.686  -5.417  -8.787
    8    HD3  LYS  22           HD3      LYS  22  20.909  -4.796  -9.898
    9    HE2  LYS  22           HE2      LYS  22  18.301  -4.090  -9.986
   10    HE3  LYS  22           HE3      LYS  22  19.380  -4.059 -11.379
   11    HZ1  LYS  22           HZ1      LYS  22  18.602  -6.371 -11.866
   12    HZ3  LYS  22           HZ2      LYS  22  17.415  -5.181 -12.028
   13    HZ2  LYS  22           HZ3      LYS  22  17.429  -6.178 -10.663

  No H/Q in entry =          13
  In of MODEL    3
    1    H    TYR  23           H        TYR  23  22.869  -5.732 -10.262
    2    HA   TYR  23           HA       TYR  23  25.262  -5.308 -11.679
    3    HB2  TYR  23           HB2      TYR  23  23.761  -3.315 -12.871
    4    HB3  TYR  23           HB3      TYR  23  24.517  -4.666 -13.687
    5    HD1  TYR  23           HD1      TYR  23  22.027  -6.445 -12.232
    6    HD2  TYR  23           HD2      TYR  23  22.388  -3.205 -14.934
    7    HE1  TYR  23           HE1      TYR  23  19.871  -7.043 -13.154
    8    HE2  TYR  23           HE2      TYR  23  20.195  -3.781 -15.884
    9    HH   TYR  23           HH       TYR  23  18.787  -6.220 -15.942

  No H/Q in entry =           9
  In of MODEL    3
    1    HA   PRO  24           HA       PRO  24  25.135  -1.499  -9.075
    2    HB2  PRO  24           HB2      PRO  24  26.124   0.319 -10.952
    3    HB3  PRO  24           HB3      PRO  24  27.161  -0.638  -9.891
    4    HG2  PRO  24           HG2      PRO  24  26.442  -1.083 -12.754
    5    HG3  PRO  24           HG3      PRO  24  27.970  -1.405 -11.916
    6    HD2  PRO  24           HD2      PRO  24  26.259  -3.377 -12.571
    7    HD3  PRO  24           HD3      PRO  24  27.224  -3.432 -11.079

  No H/Q in entry =           7
  In of MODEL    3
    1    H    SER  25           H        SER  25  24.213   0.405  -9.275
    2    HA   SER  25           HA       SER  25  21.499  -0.046  -9.908
    3    HB2  SER  25           HB2      SER  25  21.596   2.295  -8.549
    4    HB3  SER  25           HB3      SER  25  21.468   0.686  -7.847
    5    HG   SER  25           HG       SER  25  23.274   2.222  -7.182

  No H/Q in entry =           5
  In of MODEL    3
    1    H    LYS  26           H        LYS  26  20.139   1.533 -10.263
    2    HA   LYS  26           HA       LYS  26  19.312   3.457 -11.426
    3    HB2  LYS  26           HB2      LYS  26  21.624   4.300 -12.045
    4    HB3  LYS  26           HB3      LYS  26  21.793   3.017 -13.234
    5    HG2  LYS  26           HG2      LYS  26  19.862   3.967 -14.571
    6    HG3  LYS  26           HG3      LYS  26  19.570   5.179 -13.327
    7    HD2  LYS  26           HD2      LYS  26  21.860   6.163 -13.844
    8    HD3  LYS  26           HD3      LYS  26  22.112   4.902 -15.067
    9    HE2  LYS  26           HE2      LYS  26  20.007   5.646 -16.295
   10    HE3  LYS  26           HE3      LYS  26  19.753   6.931 -15.103
   11    HZ1  LYS  26           HZ1      LYS  26  22.361   6.735 -16.490
   12    HZ2  LYS  26           HZ2      LYS  26  21.092   7.440 -17.256
   13    HZ3  LYS  26           HZ3      LYS  26  21.572   8.034 -15.764

  No H/Q in entry =          13
  In of MODEL    3
    1    H    SER  27           H        SER  27  20.111   0.330 -11.815
    2    HA   SER  27           HA       SER  27  18.960  -0.168 -14.368
    3    HB2  SER  27           HB2      SER  27  19.255  -2.587 -13.202
    4    HB3  SER  27           HB3      SER  27  20.598  -1.727 -13.955
    5    HG   SER  27           HG       SER  27  21.504  -1.728 -12.048

  No H/Q in entry =           5
  In of MODEL    3
    1    H    THR  28           H        THR  28  16.877   0.571 -14.171
    2    HA   THR  28           HA       THR  28  15.097  -0.704 -12.222
    3    HB   THR  28           HB       THR  28  14.499   1.619 -12.554
    4    HG1  THR  28           HG1      THR  28  12.569   1.239 -14.151
    5   HG23  THR  28          HG21      THR  28  15.845   2.067 -14.536
    6   HG22  THR  28          HG22      THR  28  14.188   2.610 -14.791
    7   HG21  THR  28          HG23      THR  28  14.743   1.105 -15.523

  No H/Q in entry =           7
  In of MODEL    3
    1    H    LEU  29           H        LEU  29  13.279  -1.629 -13.281
    2    HA   LEU  29           HA       LEU  29  14.267  -3.555 -15.222
    3    HB2  LEU  29           HB2      LEU  29  12.856  -5.066 -13.308
    4    HB3  LEU  29           HB3      LEU  29  14.565  -5.158 -13.670
    5    HG   LEU  29           HG       LEU  29  13.190  -3.715 -11.388
    6   HD12  LEU  29          HD11      LEU  29  15.416  -5.736 -11.397
    7   HD11  LEU  29          HD12      LEU  29  13.705  -6.132 -11.169
    8   HD13  LEU  29          HD13      LEU  29  14.542  -5.108  -9.997
    9   HD22  LEU  29          HD21      LEU  29  15.053  -2.610 -10.725
   10   HD21  LEU  29          HD22      LEU  29  15.220  -2.483 -12.479
   11   HD23  LEU  29          HD23      LEU  29  16.140  -3.698 -11.593

  No H/Q in entry =          11
  In of MODEL    3
    1    H    ILE  30           H        ILE  30  11.647  -1.985 -13.661
    2    HA   ILE  30           HA       ILE  30   9.752  -2.473 -15.597
    3    HB   ILE  30           HB       ILE  30   8.404  -3.895 -13.507
    4   HG12  ILE  30          HG12      ILE  30   9.667  -6.165 -14.002
    5   HG13  ILE  30          HG13      ILE  30  11.054  -5.102 -14.192
    6   HG22  ILE  30          HG21      ILE  30   9.142  -4.816 -16.266
    7   HG21  ILE  30          HG22      ILE  30   7.727  -3.858 -15.828
    8   HG23  ILE  30          HG23      ILE  30   7.894  -5.510 -15.233
    9   HD12  ILE  30          HD11      ILE  30  10.468  -6.218 -11.886
   10   HD11  ILE  30          HD12      ILE  30   9.398  -4.818 -11.740
   11   HD13  ILE  30          HD13      ILE  30  11.132  -4.588 -11.976

  No H/Q in entry =          11
  In of MODEL    3
    1    H    HIS  31           H        HIS  31   9.079  -0.665 -15.431
    2    HA   HIS  31           HA       HIS  31   6.983   0.096 -13.655
    3    HB2  HIS  31           HB2      HIS  31   8.640   0.625 -12.028
    4    HB3  HIS  31           HB3      HIS  31   9.830   0.914 -13.275
    5    HD1  HIS  31           HD1      HIS  31   7.276   2.687 -11.251
    6    HD2  HIS  31           HD2      HIS  31   9.949   3.558 -14.315
    7    HE1  HIS  31           HE1      HIS  31   7.280   5.178 -11.462
    8    HE2  HIS  31           HE2      HIS  31   8.726   5.665 -13.481

  No H/Q in entry =           8
  In of MODEL    3
    1    H    GLN  32           H        GLN  32   7.498   0.006 -16.595
    2    HA   GLN  32           HA       GLN  32   6.842   2.846 -17.083
    3    HB2  GLN  32           HB2      GLN  32   9.332   2.191 -17.743
    4    HB3  GLN  32           HB3      GLN  32   8.545   1.490 -19.156
    5    HG2  GLN  32           HG2      GLN  32   7.472   3.673 -19.600
    6    HG3  GLN  32           HG3      GLN  32   8.359   4.361 -18.247
    7   HE21  GLN  32          HE21      GLN  32  10.771   2.819 -18.866
    8   HE22  GLN  32          HE22      GLN  32  11.472   3.584 -20.246

  No H/Q in entry =           8
  In of MODEL    3
    1    H    GLY  33           H        GLY  33   6.076  -0.387 -17.399
    2    HA3  GLY  33           HA2      GLY  33   3.731  -0.655 -18.364
    3    HA2  GLY  33           HA3      GLY  33   4.378   0.220 -19.741

  No H/Q in entry =           3
  In of MODEL    3
    1    H    GLU  34           H        GLU  34   6.491  -1.938 -18.208
    2    HA   GLU  34           HA       GLU  34   6.451  -3.893 -20.385
    3    HB2  GLU  34           HB2      GLU  34   8.122  -4.099 -17.917
    4    HB3  GLU  34           HB3      GLU  34   8.522  -4.532 -19.560
    5    HG2  GLU  34           HG2      GLU  34   9.832  -2.694 -19.334
    6    HG3  GLU  34           HG3      GLU  34   8.355  -1.921 -19.902

  No H/Q in entry =           6
  In of MODEL    3
    1    H    LYS  35           H        LYS  35   5.186  -5.614 -20.149
    2    HA   LYS  35           HA       LYS  35   3.696  -6.405 -17.985
    3    HB2  LYS  35           HB2      LYS  35   4.728  -7.793 -20.399
    4    HB3  LYS  35           HB3      LYS  35   4.122  -8.810 -19.103
    5    HG2  LYS  35           HG2      LYS  35   1.983  -7.534 -19.188
    6    HG3  LYS  35           HG3      LYS  35   2.610  -6.684 -20.606
    7    HD2  LYS  35           HD2      LYS  35   1.313  -8.435 -21.503
    8    HD3  LYS  35           HD3      LYS  35   2.972  -9.021 -21.619
    9    HE2  LYS  35           HE2      LYS  35   2.435 -10.054 -19.263
   10    HE3  LYS  35           HE3      LYS  35   0.766  -9.885 -19.801
   11    HZ3  LYS  35           HZ1      LYS  35   1.258 -11.972 -20.543
   12    HZ2  LYS  35           HZ2      LYS  35   2.891 -11.634 -20.835
   13    HZ1  LYS  35           HZ3      LYS  35   1.703 -11.085 -21.914

  No H/Q in entry =          13
  In of MODEL    3
    1    H    ALA  36           H        ALA  36   4.384  -6.892 -15.975
    2    HA   ALA  36           HA       ALA  36   7.075  -7.704 -15.522
    3    HB3  ALA  36           HB1      ALA  36   6.110  -7.948 -13.123
    4    HB2  ALA  36           HB2      ALA  36   4.691  -7.160 -13.822
    5    HB1  ALA  36           HB3      ALA  36   6.254  -6.348 -13.853

  No H/Q in entry =           5
  In of MODEL    3
    1    H    GLU  37           H        GLU  37   6.900  -9.612 -16.940
    2    HA   GLU  37           HA       GLU  37   5.514 -11.916 -15.820
    3    HB2  GLU  37           HB2      GLU  37   7.263 -11.802 -18.278
    4    HB3  GLU  37           HB3      GLU  37   6.107 -13.057 -17.852
    5    HG2  GLU  37           HG2      GLU  37   4.269 -11.533 -18.169
    6    HG3  GLU  37           HG3      GLU  37   5.386 -10.203 -18.465

  No H/Q in entry =           6
  In of MODEL    3
    1    H    THR  38           H        THR  38   8.541 -10.447 -15.687
    2    HA   THR  38           HA       THR  38   9.811 -12.930 -14.775
    3    HB   THR  38           HB       THR  38  11.093 -12.062 -16.575
    4    HG1  THR  38           HG1      THR  38  12.158 -12.423 -14.316
    5   HG22  THR  38          HG21      THR  38  11.045  -9.371 -15.208
    6   HG21  THR  38          HG22      THR  38  10.123  -9.813 -16.645
    7   HG23  THR  38          HG23      THR  38  11.885  -9.758 -16.709

  No H/Q in entry =           7
  In of MODEL    3
    1    H    LEU  39           H        LEU  39  10.608 -13.043 -12.740
    2    HA   LEU  39           HA       LEU  39  10.029 -10.744 -11.035
    3    HB2  LEU  39           HB2      LEU  39   8.811 -12.293  -9.956
    4    HB3  LEU  39           HB3      LEU  39   9.677 -13.628 -10.691
    5    HG   LEU  39           HG       LEU  39  11.246 -12.174  -8.687
    6   HD11  LEU  39          HD11      LEU  39   8.755 -12.217  -7.876
    7   HD13  LEU  39          HD12      LEU  39  10.067 -12.648  -6.782
    8   HD12  LEU  39          HD13      LEU  39   9.112 -13.915  -7.552
    9   HD22  LEU  39          HD21      LEU  39  12.072 -14.201  -9.602
   10   HD21  LEU  39          HD22      LEU  39  10.562 -15.044  -9.257
   11   HD23  LEU  39          HD23      LEU  39  11.612 -14.536  -7.933

  No H/Q in entry =          11
  In of MODEL    3
    1    H    TYR  40           H        TYR  40  11.578 -10.162  -9.395
    2    HA   TYR  40           HA       TYR  40  14.273 -11.233  -9.825
    3    HB2  TYR  40           HB2      TYR  40  13.698  -8.328  -9.243
    4    HB3  TYR  40           HB3      TYR  40  15.225  -9.046  -9.721
    5    HD1  TYR  40           HD1      TYR  40  15.902  -8.800 -11.865
    6    HD2  TYR  40           HD2      TYR  40  11.747  -8.560 -11.068
    7    HE1  TYR  40           HE1      TYR  40  15.506  -8.155 -14.197
    8    HE2  TYR  40           HE2      TYR  40  11.325  -7.929 -13.407
    9    HH   TYR  40           HH       TYR  40  12.513  -6.936 -15.289

  No H/Q in entry =           9
  In of MODEL    3
    1    H    TYR  41           H        TYR  41  15.192 -11.818  -7.847
    2    HA   TYR  41           HA       TYR  41  13.871 -10.761  -5.453
    3    HB2  TYR  41           HB2      TYR  41  13.655 -13.229  -6.011
    4    HB3  TYR  41           HB3      TYR  41  15.381 -13.358  -5.705
    5    HD1  TYR  41           HD1      TYR  41  14.525 -10.975  -3.460
    6    HD2  TYR  41           HD2      TYR  41  13.838 -15.080  -4.208
    7    HE1  TYR  41           HE1      TYR  41  14.067 -11.319  -1.087
    8    HE2  TYR  41           HE2      TYR  41  13.356 -15.436  -1.851
    9    HH   TYR  41           HH       TYR  41  14.002 -14.327   0.347

  No H/Q in entry =           9
  In of MODEL    3
    1    H    ILE  42           H        ILE  42  15.207  -9.081  -4.848
    2    HA   ILE  42           HA       ILE  42  17.956  -8.897  -5.146
    3    HB   ILE  42           HB       ILE  42  16.433  -7.903  -2.735
    4   HG12  ILE  42          HG12      ILE  42  16.766  -6.766  -5.500
    5   HG13  ILE  42          HG13      ILE  42  15.293  -6.942  -4.551
    6   HG21  ILE  42          HG21      ILE  42  18.897  -7.924  -2.553
    7   HG23  ILE  42          HG22      ILE  42  18.214  -6.298  -2.513
    8   HG22  ILE  42          HG23      ILE  42  18.981  -6.895  -3.984
    9   HD11  ILE  42          HD11      ILE  42  16.178  -5.218  -2.994
   10   HD13  ILE  42          HD12      ILE  42  15.869  -4.637  -4.631
   11   HD12  ILE  42          HD13      ILE  42  17.520  -4.976  -4.112

  No H/Q in entry =          11
  In of MODEL    3
    1    H    VAL  43           H        VAL  43  19.655  -9.960  -4.268
    2    HA   VAL  43           HA       VAL  43  19.050 -11.664  -1.957
    3    HB   VAL  43           HB       VAL  43  21.119 -12.137  -4.102
    4   HG13  VAL  43          HG11      VAL  43  21.518 -14.222  -3.084
    5   HG12  VAL  43          HG12      VAL  43  20.136 -14.041  -2.000
    6   HG11  VAL  43          HG13      VAL  43  21.574 -13.032  -1.784
    7   HG21  VAL  43          HG21      VAL  43  18.644 -12.312  -4.694
    8   HG23  VAL  43          HG22      VAL  43  18.602 -13.695  -3.598
    9   HG22  VAL  43          HG23      VAL  43  19.648 -13.725  -5.016

  No H/Q in entry =           9
  In of MODEL    3
    1    H    LYS  44           H        LYS  44  20.748  -9.179  -3.121
    2    HA   LYS  44           HA       LYS  44  22.165  -8.276  -0.849
    3    HB2  LYS  44           HB2      LYS  44  23.847  -9.996  -1.580
    4    HB3  LYS  44           HB3      LYS  44  23.754  -9.371  -3.222
    5    HG2  LYS  44           HG2      LYS  44  24.469  -7.132  -1.904
    6    HG3  LYS  44           HG3      LYS  44  25.235  -8.353  -0.890
    7    HD2  LYS  44           HD2      LYS  44  25.582  -8.635  -3.824
    8    HD3  LYS  44           HD3      LYS  44  26.419  -7.291  -3.049
    9    HE2  LYS  44           HE2      LYS  44  28.027  -8.865  -2.784
   10    HE3  LYS  44           HE3      LYS  44  27.085  -9.227  -1.341
   11    HZ2  LYS  44           HZ1      LYS  44  27.654 -11.222  -2.599
   12    HZ1  LYS  44           HZ2      LYS  44  26.831 -10.628  -3.957
   13    HZ3  LYS  44           HZ3      LYS  44  25.979 -10.997  -2.539

  No H/Q in entry =          13
  In of MODEL    3
    1    H    GLY  45           H        GLY  45  22.725  -6.139  -1.363
    2    HA3  GLY  45           HA2      GLY  45  22.719  -4.148  -2.607
    3    HA2  GLY  45           HA3      GLY  45  21.943  -5.009  -3.940

  No H/Q in entry =           3
  In of MODEL    3
    1    H    SER  46           H        SER  46  20.698  -2.667  -3.116
    2    HA   SER  46           HA       SER  46  18.165  -3.824  -2.415
    3    HB2  SER  46           HB2      SER  46  18.737  -3.282  -0.221
    4    HB3  SER  46           HB3      SER  46  19.688  -1.880  -0.710
    5    HG   SER  46           HG       SER  46  17.971  -0.719  -0.481

  No H/Q in entry =           5
  In of MODEL    3
    1    H    VAL  47           H        VAL  47  16.390  -2.185  -2.878
    2    HA   VAL  47           HA       VAL  47  17.403  -0.353  -4.947
    3    HB   VAL  47           HB       VAL  47  15.690  -0.958  -6.514
    4   HG11  VAL  47          HG11      VAL  47  17.804  -2.151  -6.598
    5   HG13  VAL  47          HG12      VAL  47  16.473  -3.208  -7.076
    6   HG12  VAL  47          HG13      VAL  47  17.181  -3.349  -5.461
    7   HG22  VAL  47          HG21      VAL  47  13.873  -1.627  -5.149
    8   HG21  VAL  47          HG22      VAL  47  14.831  -2.895  -4.381
    9   HG23  VAL  47          HG23      VAL  47  14.356  -3.049  -6.076

  No H/Q in entry =           9
  In of MODEL    3
    1    H    ALA  48           H        ALA  48  15.335   0.812  -6.022
    2    HA   ALA  48           HA       ALA  48  13.987   2.076  -3.735
    3    HB3  ALA  48           HB1      ALA  48  14.173   4.185  -4.881
    4    HB2  ALA  48           HB2      ALA  48  14.899   3.403  -6.284
    5    HB1  ALA  48           HB3      ALA  48  15.779   3.467  -4.758

  No H/Q in entry =           5
  In of MODEL    3
    1    H    VAL  49           H        VAL  49  12.101   1.112  -3.870
    2    HA   VAL  49           HA       VAL  49  10.757   0.437  -6.273
    3    HB   VAL  49           HB       VAL  49   9.973   0.517  -3.365
    4   HG13  VAL  49          HG11      VAL  49   7.826  -0.129  -3.786
    5   HG12  VAL  49          HG12      VAL  49   8.218  -0.758  -5.388
    6   HG11  VAL  49          HG13      VAL  49   8.090   0.982  -5.129
    7   HG23  VAL  49          HG21      VAL  49  10.328  -1.715  -5.351
    8   HG22  VAL  49          HG22      VAL  49   9.908  -1.906  -3.644
    9   HG21  VAL  49          HG23      VAL  49  11.485  -1.253  -4.098

  No H/Q in entry =           9
  In of MODEL    3
    1    H    LEU  50           H        LEU  50   9.297   1.632  -7.421
    2    HA   LEU  50           HA       LEU  50   8.352   4.111  -6.328
    3    HB2  LEU  50           HB2      LEU  50   9.172   5.520  -7.987
    4    HB3  LEU  50           HB3      LEU  50  10.520   4.529  -7.481
    5    HG   LEU  50           HG       LEU  50   9.003   4.404 -10.061
    6   HD12  LEU  50          HD11      LEU  50  11.300   4.700 -10.927
    7   HD11  LEU  50          HD12      LEU  50  11.860   4.873  -9.258
    8   HD13  LEU  50          HD13      LEU  50  10.727   6.057  -9.947
    9   HD21  LEU  50          HD21      LEU  50  11.060   2.472  -9.016
   10   HD23  LEU  50          HD22      LEU  50  10.409   2.517 -10.658
   11   HD22  LEU  50          HD23      LEU  50   9.354   2.127  -9.301

  No H/Q in entry =          11
  In of MODEL    3
    1    H    ILE  51           H        ILE  51   6.614   5.109  -7.338
    2    HA   ILE  51           HA       ILE  51   5.103   3.225  -9.041
    3    HB   ILE  51           HB       ILE  51   3.066   4.281  -7.878
    4   HG12  ILE  51          HG12      ILE  51   3.703   4.727  -5.404
    5   HG13  ILE  51          HG13      ILE  51   5.312   5.041  -6.042
    6   HG22  ILE  51          HG21      ILE  51   3.382   2.611  -5.946
    7   HG21  ILE  51          HG22      ILE  51   4.940   2.257  -6.690
    8   HG23  ILE  51          HG23      ILE  51   3.450   1.983  -7.592
    9   HD12  ILE  51          HD11      ILE  51   2.775   6.514  -6.681
   10   HD11  ILE  51          HD12      ILE  51   4.303   6.763  -7.527
   11   HD13  ILE  51          HD13      ILE  51   4.182   7.115  -5.803

  No H/Q in entry =          11
  In of MODEL    3
    1    H    LYS  52           H        LYS  52   3.028   4.396  -9.813
    2    HA   LYS  52           HA       LYS  52   3.817   7.001 -10.937
    3    HB2  LYS  52           HB2      LYS  52   1.902   5.126 -12.291
    4    HB3  LYS  52           HB3      LYS  52   2.753   6.508 -12.968
    5    HG2  LYS  52           HG2      LYS  52   4.891   5.224 -12.522
    6    HG3  LYS  52           HG3      LYS  52   3.866   3.823 -12.238
    7    HD2  LYS  52           HD2      LYS  52   4.067   3.448 -14.436
    8    HD3  LYS  52           HD3      LYS  52   2.918   4.773 -14.633
    9    HE2  LYS  52           HE2      LYS  52   5.703   5.630 -14.305
   10    HE3  LYS  52           HE3      LYS  52   5.414   4.659 -15.746
   11    HZ1  LYS  52           HZ1      LYS  52   3.717   6.983 -15.071
   12    HZ3  LYS  52           HZ2      LYS  52   3.893   6.208 -16.563
   13    HZ2  LYS  52           HZ3      LYS  52   5.159   7.156 -15.946

  No H/Q in entry =          13
  In of MODEL    3
    1    H    ASP  53           H        ASP  53   2.393   8.624 -10.928
    2    HA   ASP  53           HA       ASP  53   0.184   8.419  -9.046
    3    HB2  ASP  53           HB2      ASP  53   2.064  10.261  -9.206
    4    HB3  ASP  53           HB3      ASP  53   0.968  10.979 -10.378

  No H/Q in entry =           4
  In of MODEL    3
    1    H    GLU  54           H        GLU  54  -1.349  10.665 -10.023
    2    HA   GLU  54           HA       GLU  54  -2.778   9.326 -12.216
    3    HB2  GLU  54           HB2      GLU  54  -3.979   9.877 -10.084
    4    HB3  GLU  54           HB3      GLU  54  -3.702  11.577 -10.435
    5    HG2  GLU  54           HG2      GLU  54  -5.031  11.423 -12.431
    6    HG3  GLU  54           HG3      GLU  54  -5.203   9.677 -12.212

  No H/Q in entry =           6
  In of MODEL    3
    1    H    GLU  55           H        GLU  55  -0.446  11.684 -11.651
    2    HA   GLU  55           HA       GLU  55  -1.132  13.193 -14.113
    3    HB2  GLU  55           HB2      GLU  55   0.582  14.853 -12.860
    4    HB3  GLU  55           HB3      GLU  55  -1.164  14.951 -12.665
    5    HG2  GLU  55           HG2      GLU  55  -1.125  14.059 -10.570
    6    HG3  GLU  55           HG3      GLU  55   0.378  13.180 -10.854

  No H/Q in entry =           6
  In of MODEL    3
    1    H    GLY  56           H        GLY  56   0.475  10.679 -13.294
    2    HA3  GLY  56           HA2      GLY  56   2.155   9.680 -14.585
    3    HA2  GLY  56           HA3      GLY  56   2.530  11.254 -15.255

  No H/Q in entry =           3
  In of MODEL    3
    1    H    LYS  57           H        LYS  57   2.475  11.052 -11.690
    2    HA   LYS  57           HA       LYS  57   5.264  11.660 -11.743
    3    HB2  LYS  57           HB2      LYS  57   2.992  11.918  -9.930
    4    HB3  LYS  57           HB3      LYS  57   4.375  11.204  -9.121
    5    HG2  LYS  57           HG2      LYS  57   5.616  13.106  -9.263
    6    HG3  LYS  57           HG3      LYS  57   4.802  13.660 -10.728
    7    HD2  LYS  57           HD2      LYS  57   4.265  15.013  -8.700
    8    HD3  LYS  57           HD3      LYS  57   2.854  14.302  -9.484
    9    HE2  LYS  57           HE2      LYS  57   3.556  12.369  -7.667
   10    HE3  LYS  57           HE3      LYS  57   3.948  13.855  -6.805
   11    HZ3  LYS  57           HZ1      LYS  57   1.802  14.090  -6.365
   12    HZ2  LYS  57           HZ2      LYS  57   1.419  12.696  -7.252
   13    HZ1  LYS  57           HZ3      LYS  57   1.458  14.216  -8.020

  No H/Q in entry =          13
  In of MODEL    3
    1    H    GLU  58           H        GLU  58   6.721  10.006 -11.714
    2    HA   GLU  58           HA       GLU  58   5.837   7.469 -10.586
    3    HB2  GLU  58           HB2      GLU  58   7.992   6.868 -12.156
    4    HB3  GLU  58           HB3      GLU  58   6.319   6.661 -12.644
    5    HG2  GLU  58           HG2      GLU  58   6.412   8.942 -13.648
    6    HG3  GLU  58           HG3      GLU  58   8.142   8.964 -13.289

  No H/Q in entry =           6
  In of MODEL    3
    1    H    MET  59           H        MET  59   6.597   8.048  -8.366
    2    HA   MET  59           HA       MET  59   9.380   8.859  -8.341
    3    HB2  MET  59           HB2      MET  59   7.108   9.364  -6.427
    4    HB3  MET  59           HB3      MET  59   8.741  10.002  -6.284
    5    HG2  MET  59           HG2      MET  59   8.355  11.379  -8.255
    6    HG3  MET  59           HG3      MET  59   6.735  10.693  -8.414
    7    HE3  MET  59           HE1      MET  59   5.624  10.813  -5.126
    8    HE2  MET  59           HE2      MET  59   6.656  11.935  -4.233
    9    HE1  MET  59           HE3      MET  59   7.356  10.515  -5.006

  No H/Q in entry =           9
  In of MODEL    3
    1    H    ILE  60           H        ILE  60  10.560   7.893  -6.750
    2    HA   ILE  60           HA       ILE  60  10.019   5.348  -5.884
    3    HB   ILE  60           HB       ILE  60  11.638   7.309  -4.283
    4   HG12  ILE  60          HG12      ILE  60  12.402   5.811  -6.794
    5   HG13  ILE  60          HG13      ILE  60  12.319   7.560  -6.584
    6   HG22  ILE  60          HG21      ILE  60  11.987   4.353  -4.723
    7   HG21  ILE  60          HG22      ILE  60  11.239   5.086  -3.304
    8   HG23  ILE  60          HG23      ILE  60  12.941   5.386  -3.658
    9   HD12  ILE  60          HD11      ILE  60  14.564   6.126  -6.412
   10   HD11  ILE  60          HD12      ILE  60  14.066   6.148  -4.719
   11   HD13  ILE  60          HD13      ILE  60  14.302   7.664  -5.590

  No H/Q in entry =          11
  In of MODEL    3
    1    H    LEU  61           H        LEU  61   8.691   4.522  -4.412
    2    HA   LEU  61           HA       LEU  61   7.567   6.367  -2.420
    3    HB2  LEU  61           HB2      LEU  61   5.426   5.512  -2.681
    4    HB3  LEU  61           HB3      LEU  61   6.037   5.573  -4.316
    5    HG   LEU  61           HG       LEU  61   4.789   3.596  -4.164
    6   HD12  LEU  61          HD11      LEU  61   6.396   1.807  -4.482
    7   HD11  LEU  61          HD12      LEU  61   7.670   2.850  -3.850
    8   HD13  LEU  61          HD13      LEU  61   6.841   3.276  -5.350
    9   HD21  LEU  61          HD21      LEU  61   6.135   3.183  -1.545
   10   HD23  LEU  61          HD22      LEU  61   5.485   1.814  -2.447
   11   HD22  LEU  61          HD23      LEU  61   4.418   3.132  -1.948

  No H/Q in entry =          11
  In of MODEL    3
    1    H    SER  62           H        SER  62   9.322   3.599  -3.028
    2    HA   SER  62           HA       SER  62   9.580   3.045  -0.222
    3    HB2  SER  62           HB2      SER  62   7.516   1.710  -1.047
    4    HB3  SER  62           HB3      SER  62   8.678   0.716  -1.923
    5    HG   SER  62           HG       SER  62   9.090   1.229   0.805

  No H/Q in entry =           5
  In of MODEL    3
    1    H    TYR  63           H        TYR  63  10.904   0.910  -0.078
    2    HA   TYR  63           HA       TYR  63  12.800   0.378  -2.041
    3    HB2  TYR  63           HB2      TYR  63  14.186   1.336   0.407
    4    HB3  TYR  63           HB3      TYR  63  14.790   1.248  -1.234
    5    HD1  TYR  63           HD1      TYR  63  12.551   3.249   0.972
    6    HD2  TYR  63           HD2      TYR  63  15.038   3.190  -2.467
    7    HE1  TYR  63           HE1      TYR  63  12.437   5.700   0.865
    8    HE2  TYR  63           HE2      TYR  63  14.922   5.637  -2.598
    9    HH   TYR  63           HH       TYR  63  14.544   7.526  -0.838

  No H/Q in entry =           9
  In of MODEL    3
    1    H    LEU  64           H        LEU  64  14.377  -0.900  -1.143
    2    HA   LEU  64           HA       LEU  64  13.211  -3.038   0.474
    3    HB2  LEU  64           HB2      LEU  64  15.087  -3.571  -1.769
    4    HB3  LEU  64           HB3      LEU  64  14.009  -4.655  -0.924
    5    HG   LEU  64           HG       LEU  64  13.240  -2.577  -2.953
    6   HD13  LEU  64          HD11      LEU  64  12.767  -4.347  -4.345
    7   HD12  LEU  64          HD12      LEU  64  12.642  -5.496  -3.015
    8   HD11  LEU  64          HD13      LEU  64  14.220  -4.897  -3.518
    9   HD23  LEU  64          HD21      LEU  64  10.943  -3.527  -2.692
   10   HD22  LEU  64          HD22      LEU  64  11.482  -2.543  -1.329
   11   HD21  LEU  64          HD23      LEU  64  11.488  -4.304  -1.205

  No H/Q in entry =          11
  In of MODEL    3
    1    H    ASN  65           H        ASN  65  14.948  -4.728   0.622
    2    HA   ASN  65           HA       ASN  65  17.427  -3.597   1.587
    3    HB2  ASN  65           HB2      ASN  65  15.443  -4.369   3.416
    4    HB3  ASN  65           HB3      ASN  65  16.583  -5.714   3.386
    5   HD21  ASN  65          HD21      ASN  65  16.160  -2.323   4.029
    6   HD22  ASN  65          HD22      ASN  65  17.608  -2.109   4.942

  No H/Q in entry =           6
  In of MODEL    3
    1    H    GLN  66           H        GLN  66  18.965  -5.455   1.860
    2    HA   GLN  66           HA       GLN  66  19.147  -7.270  -0.184
    3    HB2  GLN  66           HB2      GLN  66  20.948  -6.751   1.533
    4    HB3  GLN  66           HB3      GLN  66  20.031  -7.631   2.754
    5    HG2  GLN  66           HG2      GLN  66  20.377  -9.802   1.500
    6    HG3  GLN  66           HG3      GLN  66  21.146  -8.961   0.176
    7   HE22  GLN  66          HE21      GLN  66  23.936 -10.411   2.007
    8   HE21  GLN  66          HE22      GLN  66  22.584 -10.859   0.830

  No H/Q in entry =           8
  In of MODEL    3
    1    H    GLY  67           H        GLY  67  18.582  -9.482  -0.355
    2    HA3  GLY  67           HA2      GLY  67  17.071 -11.198  -0.281
    3    HA2  GLY  67           HA3      GLY  67  16.999 -10.863   1.432

  No H/Q in entry =           3
  In of MODEL    3
    1    H    ASP  68           H        ASP  68  15.929  -8.431  -0.866
    2    HA   ASP  68           HA       ASP  68  13.183  -8.927   0.045
    3    HB2  ASP  68           HB2      ASP  68  14.541  -6.594   0.130
    4    HB3  ASP  68           HB3      ASP  68  13.806  -6.462  -1.465

  No H/Q in entry =           4
  In of MODEL    3
    1    H    PHE  69           H        PHE  69  11.479  -8.600  -1.604
    2    HA   PHE  69           HA       PHE  69  12.292  -9.994  -4.018
    3    HB2  PHE  69           HB2      PHE  69   9.582  -9.361  -2.878
    4    HB3  PHE  69           HB3      PHE  69   9.848 -10.273  -4.354
    5    HD1  PHE  69           HD1      PHE  69  10.577 -12.580  -4.277
    6    HD2  PHE  69           HD2      PHE  69  10.087 -10.308  -0.705
    7    HE1  PHE  69           HE1      PHE  69  10.607 -14.652  -2.953
    8    HE2  PHE  69           HE2      PHE  69  10.127 -12.380   0.620
    9    HZ   PHE  69           HZ       PHE  69  10.379 -14.554  -0.503

  No H/Q in entry =           9
  In of MODEL    3
    1    H    ILE  70           H        ILE  70  11.183  -9.396  -6.068
    2    HA   ILE  70           HA       ILE  70  10.481  -6.607  -6.443
    3    HB   ILE  70           HB       ILE  70  12.978  -7.892  -7.538
    4   HG12  ILE  70          HG12      ILE  70  12.344  -5.172  -6.373
    5   HG13  ILE  70          HG13      ILE  70  13.343  -6.440  -5.667
    6   HG21  ILE  70          HG21      ILE  70  11.291  -5.762  -8.853
    7   HG23  ILE  70          HG22      ILE  70  11.913  -7.257  -9.551
    8   HG22  ILE  70          HG23      ILE  70  13.012  -5.932  -9.184
    9   HD12  ILE  70          HD11      ILE  70  13.959  -4.580  -7.922
   10   HD11  ILE  70          HD12      ILE  70  14.789  -6.132  -7.799
   11   HD13  ILE  70          HD13      ILE  70  14.912  -4.960  -6.486

  No H/Q in entry =          11
  In of MODEL    3
    1    H    GLY  71           H        GLY  71   9.117  -6.408  -8.216
    2    HA3  GLY  71           HA2      GLY  71   8.013  -7.008 -10.172
    3    HA2  GLY  71           HA3      GLY  71   9.009  -8.456 -10.254

  No H/Q in entry =           3
  In of MODEL    3
    1    H    GLU  72           H        GLU  72   7.631  -8.017  -7.210
    2    HA   GLU  72           HA       GLU  72   5.994 -10.337  -7.514
    3    HB2  GLU  72           HB2      GLU  72   5.349  -8.811  -5.157
    4    HB3  GLU  72           HB3      GLU  72   6.126 -10.381  -5.275
    5    HG2  GLU  72           HG2      GLU  72   7.654  -9.086  -4.097
    6    HG3  GLU  72           HG3      GLU  72   8.278  -9.080  -5.745

  No H/Q in entry =           6
  In of MODEL    3
    1    H    LEU  73           H        LEU  73   5.789  -6.951  -7.389
    2    HA   LEU  73           HA       LEU  73   3.018  -6.575  -7.334
    3    HB2  LEU  73           HB2      LEU  73   5.436  -5.008  -7.648
    4    HB3  LEU  73           HB3      LEU  73   4.114  -4.383  -8.620
    5    HG   LEU  73           HG       LEU  73   4.232  -3.338  -6.392
    6   HD11  LEU  73          HD11      LEU  73   1.891  -5.027  -7.162
    7   HD13  LEU  73          HD12      LEU  73   2.142  -3.299  -7.428
    8   HD12  LEU  73          HD13      LEU  73   1.822  -3.906  -5.800
    9   HD22  LEU  73          HD21      LEU  73   3.724  -4.573  -4.409
   10   HD21  LEU  73          HD22      LEU  73   5.064  -5.394  -5.218
   11   HD23  LEU  73          HD23      LEU  73   3.428  -6.044  -5.337

  No H/Q in entry =          11
  In of MODEL    3
    1    H    GLY  74           H        GLY  74   4.627  -8.139  -9.610
    2    HA3  GLY  74           HA2      GLY  74   2.841  -7.153 -11.729
    3    HA2  GLY  74           HA3      GLY  74   4.473  -7.724 -12.040

  No H/Q in entry =           3
  In of MODEL    3
    1    H    LEU  75           H        LEU  75   4.260  -9.924 -10.103
    2    HA   LEU  75           HA       LEU  75   2.722 -11.721 -11.879
    3    HB2  LEU  75           HB2      LEU  75   4.237 -13.369 -11.413
    4    HB3  LEU  75           HB3      LEU  75   5.264 -11.963 -11.161
    5    HG   LEU  75           HG       LEU  75   4.096 -12.407  -8.684
    6   HD13  LEU  75          HD11      LEU  75   4.386 -14.722  -8.186
    7   HD12  LEU  75          HD12      LEU  75   5.052 -15.048  -9.788
    8   HD11  LEU  75          HD13      LEU  75   3.352 -14.613  -9.610
    9   HD23  LEU  75          HD21      LEU  75   6.368 -13.096  -8.036
   10   HD22  LEU  75          HD22      LEU  75   6.384 -11.682  -9.088
   11   HD21  LEU  75          HD23      LEU  75   6.794 -13.268  -9.739

  No H/Q in entry =          11
  In of MODEL    3
    1    H    PHE  76           H        PHE  76   3.123 -10.711  -8.623
    2    HA   PHE  76           HA       PHE  76   1.231 -12.662  -7.608
    3    HB2  PHE  76           HB2      PHE  76   3.145 -12.506  -6.248
    4    HB3  PHE  76           HB3      PHE  76   3.191 -10.750  -6.362
    5    HD1  PHE  76           HD1      PHE  76   0.719 -13.288  -5.375
    6    HD2  PHE  76           HD2      PHE  76   2.715  -9.695  -4.400
    7    HE1  PHE  76           HE1      PHE  76  -0.562 -13.169  -3.254
    8    HE2  PHE  76           HE2      PHE  76   1.456  -9.538  -2.292
    9    HZ   PHE  76           HZ       PHE  76  -0.184 -11.270  -1.717

  No H/Q in entry =           9
  In of MODEL    3
    1    H    GLU  77           H        GLU  77   1.670  -9.224  -8.145
    2    HA   GLU  77           HA       GLU  77  -0.617  -8.453  -6.677
    3    HB2  GLU  77           HB2      GLU  77   0.132  -6.405  -7.097
    4    HB3  GLU  77           HB3      GLU  77   1.376  -7.093  -8.121
    5    HG2  GLU  77           HG2      GLU  77   0.355  -5.462  -9.424
    6    HG3  GLU  77           HG3      GLU  77  -0.310  -6.982 -10.006

  No H/Q in entry =           6
  In of MODEL    3
    1    H    GLU  78           H        GLU  78   0.044  -9.359  -9.982
    2    HA   GLU  78           HA       GLU  78  -1.247 -10.612 -11.307
    3    HB2  GLU  78           HB2      GLU  78  -3.118 -10.726  -9.519
    4    HB3  GLU  78           HB3      GLU  78  -3.777  -9.300 -10.314
    5    HG2  GLU  78           HG2      GLU  78  -3.639 -10.668 -12.469
    6    HG3  GLU  78           HG3      GLU  78  -3.414 -12.062 -11.417

  No H/Q in entry =           6
  In of MODEL    3
    1    H    GLY  79           H        GLY  79   0.145  -8.225 -11.363
    2    HA3  GLY  79           HA2      GLY  79  -1.201  -6.011 -12.533
    3    HA2  GLY  79           HA3      GLY  79   0.524  -6.291 -12.478

  No H/Q in entry =           3
  In of MODEL    3
    1    H    GLN  80           H        GLN  80   1.354  -7.928 -13.990
    2    HA   GLN  80           HA       GLN  80   1.754  -8.600 -16.052
    3    HB2  GLN  80           HB2      GLN  80  -1.177  -8.663 -16.663
    4    HB3  GLN  80           HB3      GLN  80   0.097  -9.727 -17.233
    5    HG2  GLN  80           HG2      GLN  80  -1.077  -9.659 -14.462
    6    HG3  GLN  80           HG3      GLN  80  -1.353 -10.886 -15.694
    7   HE21  GLN  80          HE21      GLN  80  -0.341 -11.224 -13.023
    8   HE22  GLN  80          HE22      GLN  80   1.232 -11.917 -13.166

  No H/Q in entry =           8
  In of MODEL    3
    1    H    GLU  81           H        GLU  81   2.423  -6.344 -16.112
    2    HA   GLU  81           HA       GLU  81   2.524  -4.930 -18.236
    3    HB2  GLU  81           HB2      GLU  81  -0.246  -4.815 -17.663
    4    HB3  GLU  81           HB3      GLU  81   0.412  -3.213 -17.347
    5    HG2  GLU  81           HG2      GLU  81   1.548  -3.462 -19.644
    6    HG3  GLU  81           HG3      GLU  81   0.378  -4.754 -19.907

  No H/Q in entry =           6
  In of MODEL    3
    1    H    ARG  82           H        ARG  82   4.229  -4.853 -16.400
    2    HA   ARG  82           HA       ARG  82   5.550  -3.663 -15.029
    3    HB2  ARG  82           HB2      ARG  82   5.891  -1.926 -16.355
    4    HB3  ARG  82           HB3      ARG  82   4.195  -1.810 -16.778
    5    HG2  ARG  82           HG2      ARG  82   4.501  -0.790 -14.138
    6    HG3  ARG  82           HG3      ARG  82   5.783  -0.097 -15.126
    7    HD2  ARG  82           HD2      ARG  82   4.138   1.445 -15.502
    8    HD3  ARG  82           HD3      ARG  82   3.783   0.322 -16.806
    9    HE   ARG  82           HE       ARG  82   2.346   0.224 -14.235
   10   HH11  ARG  82          HH11      ARG  82   2.308   0.389 -17.739
   11   HH12  ARG  82          HH12      ARG  82   0.596   0.152 -17.854
   12   HH21  ARG  82          HH21      ARG  82   0.076  -0.077 -14.405
   13   HH22  ARG  82          HH22      ARG  82  -0.670  -0.101 -15.971

  No H/Q in entry =          13
  In of MODEL    3
    1    H    SER  83           H        SER  83   2.581  -1.798 -14.646
    2    HA   SER  83           HA       SER  83   1.364  -1.141 -12.890
    3    HB2  SER  83           HB2      SER  83   2.583  -3.546 -11.545
    4    HB3  SER  83           HB3      SER  83   1.201  -2.631 -10.940
    5    HG   SER  83           HG       SER  83   0.050  -3.873 -12.165

  No H/Q in entry =           5
  In of MODEL    3
    1    H    ALA  84           H        ALA  84   4.771  -1.667 -12.117
    2    HA   ALA  84           HA       ALA  84   6.233   0.107 -11.674
    3    HB3  ALA  84           HB1      ALA  84   3.991   1.532 -10.266
    4    HB2  ALA  84           HB2      ALA  84   4.435   1.793 -11.953
    5    HB1  ALA  84           HB3      ALA  84   5.588   2.165 -10.672

  No H/Q in entry =           5
  In of MODEL    3
    1    H    TRP  85           H        TRP  85   7.678   0.198  -9.910
    2    HA   TRP  85           HA       TRP  85   7.305  -0.160  -7.362
    3    HB2  TRP  85           HB2      TRP  85   5.869  -2.125  -8.093
    4    HB3  TRP  85           HB3      TRP  85   7.363  -2.930  -8.546
    5    HD1  TRP  85           HD1      TRP  85   8.668  -4.071  -6.769
    6    HE1  TRP  85           HE1      TRP  85   8.341  -4.525  -4.242
    7    HE3  TRP  85           HE3      TRP  85   4.842  -0.843  -5.916
    8    HZ2  TRP  85           HZ2      TRP  85   6.663  -3.582  -2.171
    9    HZ3  TRP  85           HZ3      TRP  85   3.925  -0.659  -3.640
   10    HH2  TRP  85           HH2      TRP  85   4.817  -2.001  -1.807

  No H/Q in entry =          10
  In of MODEL    3
    1    H    VAL  86           H        VAL  86   9.345  -0.336 -10.041
    2    HA   VAL  86           HA       VAL  86  11.497  -0.730  -8.200
    3    HB   VAL  86           HB       VAL  86  12.427  -2.458 -10.173
    4   HG12  VAL  86          HG11      VAL  86  12.144  -4.005  -8.123
    5   HG11  VAL  86          HG12      VAL  86  11.542  -2.558  -7.312
    6   HG13  VAL  86          HG13      VAL  86  13.180  -2.585  -7.971
    7   HG23  VAL  86          HG21      VAL  86  10.731  -4.247  -9.974
    8   HG22  VAL  86          HG22      VAL  86  10.134  -2.845 -10.862
    9   HG21  VAL  86          HG23      VAL  86   9.652  -3.099  -9.186

  No H/Q in entry =           9
  In of MODEL    3
    1    H    ARG  87           H        ARG  87  13.431  -0.228  -8.580
    2    HA   ARG  87           HA       ARG  87  14.622   0.672 -10.917
    3    HB2  ARG  87           HB2      ARG  87  13.276   2.676 -10.749
    4    HB3  ARG  87           HB3      ARG  87  13.739   2.896  -9.065
    5    HG2  ARG  87           HG2      ARG  87  16.154   2.774 -10.380
    6    HG3  ARG  87           HG3      ARG  87  15.111   3.671 -11.495
    7    HD2  ARG  87           HD2      ARG  87  15.715   5.424 -10.217
    8    HD3  ARG  87           HD3      ARG  87  14.422   4.827  -9.179
    9    HE   ARG  87           HE       ARG  87  16.667   3.477  -8.364
   10   HH11  ARG  87          HH11      ARG  87  15.741   6.837  -8.652
   11   HH12  ARG  87          HH12      ARG  87  16.729   7.359  -7.329
   12   HH21  ARG  87          HH21      ARG  87  17.986   4.158  -6.635
   13   HH22  ARG  87          HH22      ARG  87  18.005   5.827  -6.166

  No H/Q in entry =          13
  In of MODEL    3
    1    H    ALA  88           H        ALA  88  16.675  -0.181 -10.396
    2    HA   ALA  88           HA       ALA  88  17.525  -0.923  -8.164
    3    HB1  ALA  88           HB1      ALA  88  18.841  -0.231 -10.561
    4    HB2  ALA  88           HB2      ALA  88  19.139  -1.551  -9.424
    5    HB3  ALA  88           HB3      ALA  88  19.902   0.014  -9.166

  No H/Q in entry =           5
  In of MODEL    3
    1    H    LYS  89           H        LYS  89  18.503  -0.153  -5.994
    2    HA   LYS  89           HA       LYS  89  18.908   2.720  -6.125
    3    HB2  LYS  89           HB2      LYS  89  17.495   1.849  -4.292
    4    HB3  LYS  89           HB3      LYS  89  18.843   0.872  -3.729
    5    HG2  LYS  89           HG2      LYS  89  19.712   2.567  -2.595
    6    HG3  LYS  89           HG3      LYS  89  19.585   3.654  -3.979
    7    HD2  LYS  89           HD2      LYS  89  17.797   4.657  -3.113
    8    HD3  LYS  89           HD3      LYS  89  16.982   3.112  -2.872
    9    HE2  LYS  89           HE2      LYS  89  17.249   3.349  -0.683
   10    HE3  LYS  89           HE3      LYS  89  18.995   3.270  -0.912
   11    HZ2  LYS  89           HZ1      LYS  89  17.745   5.366   0.157
   12    HZ1  LYS  89           HZ2      LYS  89  17.754   5.852  -1.468
   13    HZ3  LYS  89           HZ3      LYS  89  19.209   5.492  -0.679

  No H/Q in entry =          13
  In of MODEL    3
    1    H    THR  90           H        THR  90  20.461  -0.224  -4.929
    2    HA   THR  90           HA       THR  90  23.049   0.999  -5.575
    3    HB   THR  90           HB       THR  90  23.704  -1.111  -3.991
    4    HG1  THR  90           HG1      THR  90  21.112  -0.210  -3.258
    5   HG21  THR  90          HG21      THR  90  22.912   1.662  -3.074
    6   HG23  THR  90          HG22      THR  90  24.487   1.193  -3.714
    7   HG22  THR  90          HG23      THR  90  23.932   0.539  -2.174

  No H/Q in entry =           7
  In of MODEL    3
    1    H    ALA  91           H        ALA  91  24.669  -1.030  -5.728
    2    HA   ALA  91           HA       ALA  91  23.895  -2.522  -8.106
    3    HB3  ALA  91           HB1      ALA  91  26.466  -2.946  -6.577
    4    HB2  ALA  91           HB2      ALA  91  26.289  -1.500  -7.568
    5    HB1  ALA  91           HB3      ALA  91  26.181  -3.098  -8.311

  No H/Q in entry =           5
  In of MODEL    3
    1    H    CYS  92           H        CYS  92  22.714  -4.207  -7.742
    2    HA   CYS  92           HA       CYS  92  23.097  -5.710  -5.201
    3    HB2  CYS  92           HB2      CYS  92  20.659  -6.304  -6.682
    4    HB3  CYS  92           HB3      CYS  92  20.815  -5.761  -5.015
    5    HG   CYS  92           HG       CYS  92  21.393  -3.073  -6.607

  No H/Q in entry =           5
  In of MODEL    3
    1    H    GLU  93           H        GLU  93  21.616  -7.807  -5.910
    2    HA   GLU  93           HA       GLU  93  22.685  -9.251  -8.102
    3    HB2  GLU  93           HB2      GLU  93  23.450  -9.973  -5.251
    4    HB3  GLU  93           HB3      GLU  93  23.500 -11.127  -6.576
    5    HG2  GLU  93           HG2      GLU  93  25.002  -9.258  -7.677
    6    HG3  GLU  93           HG3      GLU  93  25.276  -8.828  -5.990

  No H/Q in entry =           6
  In of MODEL    3
    1    H    VAL  94           H        VAL  94  20.630  -9.744  -8.711
    2    HA   VAL  94           HA       VAL  94  18.763 -10.456  -6.551
    3    HB   VAL  94           HB       VAL  94  16.914  -9.928  -8.060
    4   HG13  VAL  94          HG11      VAL  94  17.318  -8.123  -6.729
    5   HG12  VAL  94          HG12      VAL  94  17.492  -7.400  -8.326
    6   HG11  VAL  94          HG13      VAL  94  18.926  -7.843  -7.393
    7   HG22  VAL  94          HG21      VAL  94  17.665 -10.277 -10.227
    8   HG21  VAL  94          HG22      VAL  94  19.097  -9.277 -10.000
    9   HG23  VAL  94          HG23      VAL  94  17.503  -8.523 -10.113

  No H/Q in entry =           9
  In of MODEL    3
    1    H    ALA  95           H        ALA  95  17.396 -12.209  -6.772
    2    HA   ALA  95           HA       ALA  95  18.480 -14.243  -8.574
    3    HB2  ALA  95           HB1      ALA  95  17.658 -15.714  -7.008
    4    HB1  ALA  95           HB2      ALA  95  16.151 -14.815  -6.855
    5    HB3  ALA  95           HB3      ALA  95  17.581 -14.287  -5.972

  No H/Q in entry =           5
  In of MODEL    3
    1    H    GLU  96           H        GLU  96  17.726 -13.278 -10.487
    2    HA   GLU  96           HA       GLU  96  14.821 -12.951 -10.621
    3    HB2  GLU  96           HB2      GLU  96  15.114 -11.516 -12.520
    4    HB3  GLU  96           HB3      GLU  96  16.154 -10.955 -11.216
    5    HG2  GLU  96           HG2      GLU  96  18.055 -12.105 -12.293
    6    HG3  GLU  96           HG3      GLU  96  16.984 -12.565 -13.616

  No H/Q in entry =           6
  In of MODEL    3
    1    H    ILE  97           H        ILE  97  13.640 -13.979 -11.698
    2    HA   ILE  97           HA       ILE  97  14.394 -15.515 -13.988
    3    HB   ILE  97           HB       ILE  97  13.144 -17.539 -12.997
    4   HG12  ILE  97          HG12      ILE  97  14.363 -16.585 -10.461
    5   HG13  ILE  97          HG13      ILE  97  12.719 -16.131 -10.888
    6   HG21  ILE  97          HG21      ILE  97  15.567 -17.162 -13.745
    7   HG23  ILE  97          HG22      ILE  97  15.139 -18.592 -12.813
    8   HG22  ILE  97          HG23      ILE  97  15.915 -17.214 -12.020
    9   HD11  ILE  97          HD11      ILE  97  12.142 -18.502 -11.105
   10   HD13  ILE  97          HD12      ILE  97  12.681 -18.069  -9.482
   11   HD12  ILE  97          HD13      ILE  97  13.769 -18.925 -10.575

  No H/Q in entry =          11
  In of MODEL    3
    1    H    SER  98           H        SER  98  12.345 -16.898 -14.554
    2    HA   SER  98           HA       SER  98  10.253 -14.867 -14.648
    3    HB2  SER  98           HB2      SER  98  10.947 -15.586 -16.800
    4    HB3  SER  98           HB3      SER  98  10.804 -17.280 -16.343
    5    HG   SER  98           HG       SER  98   8.916 -15.561 -17.269

  No H/Q in entry =           5
  In of MODEL    3
    1    H    TYR  99           H        TYR  99   8.234 -15.210 -14.149
    2    HA   TYR  99           HA       TYR  99   7.674 -16.884 -11.848
    3    HB2  TYR  99           HB2      TYR  99   5.532 -15.757 -11.707
    4    HB3  TYR  99           HB3      TYR  99   6.750 -14.546 -12.031
    5    HD1  TYR  99           HD1      TYR  99   5.192 -16.664 -14.685
    6    HD2  TYR  99           HD2      TYR  99   5.263 -12.851 -12.782
    7    HE1  TYR  99           HE1      TYR  99   3.739 -15.761 -16.438
    8    HE2  TYR  99           HE2      TYR  99   3.811 -11.948 -14.544
    9    HH   TYR  99           HH       TYR  99   2.567 -12.406 -16.319

  No H/Q in entry =           9
  In of MODEL    3
    1    H    LYS 100           H        LYS 100   7.590 -17.546 -15.310
    2    HA   LYS 100           HA       LYS 100   5.336 -19.240 -14.968
    3    HB2  LYS 100           HB2      LYS 100   6.246 -18.721 -17.210
    4    HB3  LYS 100           HB3      LYS 100   7.670 -19.681 -16.827
    5    HG2  LYS 100           HG2      LYS 100   6.342 -21.678 -16.644
    6    HG3  LYS 100           HG3      LYS 100   4.858 -20.751 -16.868
    7    HD2  LYS 100           HD2      LYS 100   7.057 -20.845 -18.917
    8    HD3  LYS 100           HD3      LYS 100   5.714 -21.989 -18.899
    9    HE2  LYS 100           HE2      LYS 100   4.230 -19.865 -18.852
   10    HE3  LYS 100           HE3      LYS 100   5.683 -19.039 -19.417
   11    HZ1  LYS 100           HZ1      LYS 100   5.765 -20.655 -21.264
   12    HZ3  LYS 100           HZ2      LYS 100   4.380 -19.689 -21.290
   13    HZ2  LYS 100           HZ3      LYS 100   4.282 -21.287 -20.754

  No H/Q in entry =          13
  In of MODEL    3
    1    H    LYS 101           H        LYS 101   8.838 -19.904 -14.790
    2    HA   LYS 101           HA       LYS 101   8.491 -22.551 -13.750
    3    HB2  LYS 101           HB2      LYS 101  10.520 -22.486 -14.776
    4    HB3  LYS 101           HB3      LYS 101  10.753 -20.777 -14.438
    5    HG2  LYS 101           HG2      LYS 101  11.675 -21.171 -12.374
    6    HG3  LYS 101           HG3      LYS 101  10.951 -22.772 -12.233
    7    HD2  LYS 101           HD2      LYS 101  13.178 -23.272 -12.656
    8    HD3  LYS 101           HD3      LYS 101  12.459 -23.359 -14.265
    9    HE2  LYS 101           HE2      LYS 101  13.160 -20.962 -14.581
   10    HE3  LYS 101           HE3      LYS 101  14.074 -21.111 -13.079
   11    HZ3  LYS 101           HZ1      LYS 101  15.424 -22.794 -14.036
   12    HZ2  LYS 101           HZ2      LYS 101  15.385 -21.504 -15.129
   13    HZ1  LYS 101           HZ3      LYS 101  14.459 -22.885 -15.423

  No H/Q in entry =          13
  In of MODEL    3
    1    H    PHE 102           H        PHE 102   9.241 -19.434 -12.402
    2    HA   PHE 102           HA       PHE 102   9.875 -20.170  -9.800
    3    HB2  PHE 102           HB2      PHE 102  10.408 -18.037 -10.292
    4    HB3  PHE 102           HB3      PHE 102   8.977 -17.736 -11.209
    5    HD1  PHE 102           HD1      PHE 102  10.627 -17.304  -8.077
    6    HD2  PHE 102           HD2      PHE 102   6.821 -17.257  -9.950
    7    HE1  PHE 102           HE1      PHE 102   9.729 -15.978  -6.208
    8    HE2  PHE 102           HE2      PHE 102   5.916 -15.947  -8.084
    9    HZ   PHE 102           HZ       PHE 102   7.367 -15.300  -6.210

  No H/Q in entry =           9
  In of MODEL    3
    1    H    ARG 103           H        ARG 103   6.783 -18.962 -11.034
    2    HA   ARG 103           HA       ARG 103   5.243 -19.227  -8.862
    3    HB2  ARG 103           HB2      ARG 103   3.381 -19.056 -10.156
    4    HB3  ARG 103           HB3      ARG 103   4.606 -18.518 -11.288
    5    HG2  ARG 103           HG2      ARG 103   4.413 -20.394 -12.598
    6    HG3  ARG 103           HG3      ARG 103   3.814 -21.395 -11.272
    7    HD2  ARG 103           HD2      ARG 103   2.234 -19.099 -12.410
    8    HD3  ARG 103           HD3      ARG 103   2.133 -20.731 -13.071
    9    HE   ARG 103           HE       ARG 103   1.643 -21.152 -10.467
   10   HH11  ARG 103          HH11      ARG 103   0.313 -18.844 -12.739
   11   HH12  ARG 103          HH12      ARG 103  -1.240 -18.781 -11.969
   12   HH21  ARG 103          HH21      ARG 103  -0.414 -21.064  -9.435
   13   HH22  ARG 103          HH22      ARG 103  -1.655 -20.046 -10.094

  No H/Q in entry =          13
  In of MODEL    3
    1    H    GLN 104           H        GLN 104   6.545 -21.782 -10.658
    2    HA   GLN 104           HA       GLN 104   4.738 -23.794  -9.478
    3    HB2  GLN 104           HB2      GLN 104   6.878 -24.029 -11.567
    4    HB3  GLN 104           HB3      GLN 104   6.026 -25.413 -10.888
    5    HG2  GLN 104           HG2      GLN 104   4.845 -23.138 -12.452
    6    HG3  GLN 104           HG3      GLN 104   4.986 -24.823 -12.948
    7   HE21  GLN 104          HE21      GLN 104   3.595 -26.362 -12.028
    8   HE22  GLN 104          HE22      GLN 104   2.135 -25.897 -11.233

  No H/Q in entry =           8
  In of MODEL    3
    1    H    LEU 105           H        LEU 105   8.036 -22.748  -9.009
    2    HA   LEU 105           HA       LEU 105   8.511 -24.849  -7.003
    3    HB2  LEU 105           HB2      LEU 105  10.656 -24.113  -7.165
    4    HB3  LEU 105           HB3      LEU 105  10.114 -23.022  -8.424
    5    HG   LEU 105           HG       LEU 105   9.643 -21.363  -6.508
    6   HD11  LEU 105          HD11      LEU 105  10.116 -23.281  -4.791
    7   HD13  LEU 105          HD12      LEU 105  10.719 -21.656  -4.465
    8   HD12  LEU 105          HD13      LEU 105  11.808 -22.888  -5.102
    9   HD21  LEU 105          HD21      LEU 105  12.297 -22.233  -7.570
   10   HD23  LEU 105          HD22      LEU 105  12.182 -20.855  -6.474
   11   HD22  LEU 105          HD23      LEU 105  11.323 -20.833  -8.017

  No H/Q in entry =          11
  In of MODEL    3
    1    H    ILE 106           H        ILE 106   7.766 -21.167  -6.951
    2    HA   ILE 106           HA       ILE 106   7.249 -21.138  -4.264
    3    HB   ILE 106           HB       ILE 106   6.239 -19.021  -4.530
    4   HG12  ILE 106          HG12      ILE 106   6.106 -18.348  -7.159
    5   HG13  ILE 106          HG13      ILE 106   5.596 -20.034  -7.226
    6   HG22  ILE 106          HG21      ILE 106   8.241 -19.085  -6.741
    7   HG21  ILE 106          HG22      ILE 106   8.717 -19.568  -5.115
    8   HG23  ILE 106          HG23      ILE 106   8.083 -17.946  -5.401
    9   HD12  ILE 106          HD11      ILE 106   4.316 -17.755  -5.771
   10   HD11  ILE 106          HD12      ILE 106   3.942 -19.436  -5.395
   11   HD13  ILE 106          HD13      ILE 106   3.625 -18.799  -7.013

  No H/Q in entry =          11
  In of MODEL    3
    1    H    GLN 107           H        GLN 107   5.575 -22.911  -6.343
    2    HA   GLN 107           HA       GLN 107   3.069 -22.625  -4.874
    3    HB2  GLN 107           HB2      GLN 107   3.550 -23.316  -7.707
    4    HB3  GLN 107           HB3      GLN 107   2.266 -24.200  -6.891
    5    HG2  GLN 107           HG2      GLN 107   1.568 -21.769  -6.136
    6    HG3  GLN 107           HG3      GLN 107   2.464 -21.332  -7.595
    7   HE21  GLN 107          HE21      GLN 107   1.826 -23.673  -9.076
    8   HE22  GLN 107          HE22      GLN 107   0.145 -23.604  -9.487

  No H/Q in entry =           8
  In of MODEL    3
    1    H    VAL 108           H        VAL 108   5.803 -24.430  -5.386
    2    HA   VAL 108           HA       VAL 108   4.725 -27.029  -4.750
    3    HB   VAL 108           HB       VAL 108   7.012 -26.073  -6.014
    4   HG11  VAL 108          HG11      VAL 108   7.827 -27.291  -3.388
    5   HG13  VAL 108          HG12      VAL 108   8.160 -25.654  -3.955
    6   HG12  VAL 108          HG13      VAL 108   8.898 -27.035  -4.768
    7   HG22  VAL 108          HG21      VAL 108   7.619 -28.410  -6.277
    8   HG21  VAL 108          HG22      VAL 108   5.890 -28.145  -6.515
    9   HG23  VAL 108          HG23      VAL 108   6.475 -28.851  -5.008

  No H/Q in entry =           9
  In of MODEL    3
    1    H    ASN 109           H        ASN 109   5.983 -24.249  -3.210
    2    HA   ASN 109           HA       ASN 109   5.949 -25.575  -0.574
    3    HB2  ASN 109           HB2      ASN 109   7.684 -23.326  -1.585
    4    HB3  ASN 109           HB3      ASN 109   7.558 -23.760   0.115
    5   HD21  ASN 109          HD21      ASN 109   9.630 -23.894  -2.192
    6   HD22  ASN 109          HD22      ASN 109  10.344 -25.450  -1.961

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   PRO 110           HA       PRO 110   2.669 -22.541  -0.062
    2    HB2  PRO 110           HB2      PRO 110   1.812 -23.416   2.333
    3    HB3  PRO 110           HB3      PRO 110   1.527 -24.347   0.860
    4    HG2  PRO 110           HG2      PRO 110   3.619 -24.743   2.977
    5    HG3  PRO 110           HG3      PRO 110   2.615 -25.951   2.157
    6    HD2  PRO 110           HD2      PRO 110   5.199 -25.410   1.468
    7    HD3  PRO 110           HD3      PRO 110   3.982 -26.035   0.338

  No H/Q in entry =           7
  In of MODEL    3
    1    H    ASP 111           H        ASP 111   5.610 -22.638   1.508
    2    HA   ASP 111           HA       ASP 111   4.946 -20.281   3.104
    3    HB2  ASP 111           HB2      ASP 111   7.120 -20.729   4.301
    4    HB3  ASP 111           HB3      ASP 111   5.756 -21.801   4.604

  No H/Q in entry =           4
  In of MODEL    3
    1    H    ILE 112           H        ILE 112   6.289 -21.032   0.158
    2    HA   ILE 112           HA       ILE 112   8.479 -19.145   0.317
    3    HB   ILE 112           HB       ILE 112   7.439 -20.908  -1.894
    4   HG12  ILE 112          HG12      ILE 112   9.290 -21.112   0.204
    5   HG13  ILE 112          HG13      ILE 112   9.055 -22.248  -1.114
    6   HG22  ILE 112          HG21      ILE 112   9.254 -20.020  -3.303
    7   HG21  ILE 112          HG22      ILE 112   9.530 -18.746  -2.115
    8   HG23  ILE 112          HG23      ILE 112   7.986 -18.837  -2.971
    9   HD11  ILE 112          HD11      ILE 112  10.911 -19.904  -1.241
   10   HD13  ILE 112          HD12      ILE 112  10.781 -21.239  -2.386
   11   HD12  ILE 112          HD13      ILE 112  11.396 -21.528  -0.759

  No H/Q in entry =          11
  In of MODEL    3
    1    H    LEU 113           H        LEU 113   5.408 -19.392  -1.274
    2    HA   LEU 113           HA       LEU 113   5.602 -16.778  -2.393
    3    HB2  LEU 113           HB2      LEU 113   4.335 -18.409  -3.577
    4    HB3  LEU 113           HB3      LEU 113   3.349 -18.753  -2.168
    5    HG   LEU 113           HG       LEU 113   2.465 -16.425  -2.299
    6   HD12  LEU 113          HD11      LEU 113   2.799 -15.608  -4.837
    7   HD11  LEU 113          HD12      LEU 113   4.380 -16.329  -4.532
    8   HD13  LEU 113          HD13      LEU 113   3.780 -15.046  -3.485
    9   HD23  LEU 113          HD21      LEU 113   2.050 -18.112  -4.753
   10   HD22  LEU 113          HD22      LEU 113   0.965 -16.869  -4.134
   11   HD21  LEU 113          HD23      LEU 113   1.244 -18.337  -3.200

  No H/Q in entry =          11
  In of MODEL    3
    1    H    MET 114           H        MET 114   4.578 -18.224   0.480
    2    HA   MET 114           HA       MET 114   2.906 -16.096   1.444
    3    HB2  MET 114           HB2      MET 114   3.205 -18.684   2.174
    4    HB3  MET 114           HB3      MET 114   4.236 -17.915   3.374
    5    HG2  MET 114           HG2      MET 114   1.429 -17.006   2.869
    6    HG3  MET 114           HG3      MET 114   1.804 -18.314   3.988
    7    HE2  MET 114           HE1      MET 114   0.932 -14.967   6.096
    8    HE1  MET 114           HE2      MET 114   0.321 -16.560   5.653
    9    HE3  MET 114           HE3      MET 114   0.362 -15.267   4.453

  No H/Q in entry =           9
  In of MODEL    3
    1    H    ARG 115           H        ARG 115   6.258 -17.028   1.577
    2    HA   ARG 115           HA       ARG 115   7.156 -15.214   3.526
    3    HB2  ARG 115           HB2      ARG 115   8.352 -16.883   1.411
    4    HB3  ARG 115           HB3      ARG 115   9.235 -15.389   1.720
    5    HG2  ARG 115           HG2      ARG 115   8.442 -17.167   3.977
    6    HG3  ARG 115           HG3      ARG 115   9.862 -17.539   2.998
    7    HD2  ARG 115           HD2      ARG 115   9.349 -15.024   4.587
    8    HD3  ARG 115           HD3      ARG 115  10.556 -16.261   4.926
    9    HE   ARG 115           HE       ARG 115  11.433 -15.525   2.591
   10   HH11  ARG 115          HH11      ARG 115  10.129 -13.456   5.097
   11   HH12  ARG 115          HH12      ARG 115  11.003 -12.053   4.574
   12   HH21  ARG 115          HH21      ARG 115  12.589 -13.668   1.888
   13   HH22  ARG 115          HH22      ARG 115  12.411 -12.174   2.750

  No H/Q in entry =          13
  In of MODEL    3
    1    H    LEU 116           H        LEU 116   6.774 -15.091  -0.010
    2    HA   LEU 116           HA       LEU 116   7.592 -12.461  -0.333
    3    HB2  LEU 116           HB2      LEU 116   7.473 -13.958  -2.190
    4    HB3  LEU 116           HB3      LEU 116   5.767 -14.256  -1.913
    5    HG   LEU 116           HG       LEU 116   5.882 -11.521  -2.301
    6   HD13  LEU 116          HD11      LEU 116   7.358 -10.962  -3.883
    7   HD12  LEU 116          HD12      LEU 116   7.342 -12.561  -4.626
    8   HD11  LEU 116          HD13      LEU 116   8.288 -12.278  -3.158
    9   HD21  LEU 116          HD21      LEU 116   5.261 -13.744  -4.228
   10   HD23  LEU 116          HD22      LEU 116   4.910 -12.039  -4.529
   11   HD22  LEU 116          HD23      LEU 116   4.132 -12.878  -3.182

  No H/Q in entry =          11
  In of MODEL    3
    1    H    SER 117           H        SER 117   4.376 -13.817   0.122
    2    HA   SER 117           HA       SER 117   2.835 -11.610  -0.398
    3    HB2  SER 117           HB2      SER 117   1.075 -12.654   0.932
    4    HB3  SER 117           HB3      SER 117   1.895 -13.849  -0.059
    5    HG   SER 117           HG       SER 117   3.212 -14.041   2.083

  No H/Q in entry =           5
  In of MODEL    3
    1    H    ALA 118           H        ALA 118   4.142 -12.602   2.707
    2    HA   ALA 118           HA       ALA 118   3.140 -10.519   4.293
    3    HB2  ALA 118           HB1      ALA 118   4.707 -11.258   5.961
    4    HB1  ALA 118           HB2      ALA 118   5.654 -12.110   4.743
    5    HB3  ALA 118           HB3      ALA 118   4.032 -12.670   5.144

  No H/Q in entry =           5
  In of MODEL    3
    1    H    GLN 119           H        GLN 119   5.962 -10.675   2.186
    2    HA   GLN 119           HA       GLN 119   7.335  -8.492   3.363
    3    HB2  GLN 119           HB2      GLN 119   7.406  -9.737   0.615
    4    HB3  GLN 119           HB3      GLN 119   8.349  -8.305   0.999
    5    HG2  GLN 119           HG2      GLN 119   8.866 -11.084   1.606
    6    HG3  GLN 119           HG3      GLN 119   9.958  -9.702   1.623
    7   HE21  GLN 119          HE21      GLN 119   7.959 -11.800   3.482
    8   HE22  GLN 119          HE22      GLN 119   8.396 -11.190   5.042

  No H/Q in entry =           8
  In of MODEL    3
    1    H    MET 120           H        MET 120   5.437  -8.627   0.281
    2    HA   MET 120           HA       MET 120   4.961  -6.046  -0.075
    3    HB2  MET 120           HB2      MET 120   3.696  -8.503  -0.805
    4    HB3  MET 120           HB3      MET 120   2.464  -7.277  -0.533
    5    HG2  MET 120           HG2      MET 120   3.011  -6.138  -2.372
    6    HG3  MET 120           HG3      MET 120   4.741  -6.330  -2.098
    7    HE3  MET 120           HE1      MET 120   5.351  -9.933  -3.333
    8    HE2  MET 120           HE2      MET 120   4.118 -10.035  -2.079
    9    HE1  MET 120           HE3      MET 120   5.477  -8.922  -1.893

  No H/Q in entry =           9
  In of MODEL    3
    1    H    ALA 121           H        ALA 121   3.278  -8.002   2.309
    2    HA   ALA 121           HA       ALA 121   1.250  -6.150   2.937
    3    HB2  ALA 121           HB1      ALA 121   1.166  -8.540   3.548
    4    HB3  ALA 121           HB2      ALA 121   0.883  -7.476   4.925
    5    HB1  ALA 121           HB3      ALA 121   2.448  -8.263   4.727

  No H/Q in entry =           5
  In of MODEL    3
    1    H    ARG 122           H        ARG 122   4.576  -6.450   3.822
    2    HA   ARG 122           HA       ARG 122   4.449  -4.746   6.086
    3    HB2  ARG 122           HB2      ARG 122   6.513  -6.203   4.623
    4    HB3  ARG 122           HB3      ARG 122   7.069  -4.646   5.238
    5    HG2  ARG 122           HG2      ARG 122   7.394  -6.647   6.756
    6    HG3  ARG 122           HG3      ARG 122   6.592  -5.241   7.470
    7    HD2  ARG 122           HD2      ARG 122   4.466  -6.563   6.487
    8    HD3  ARG 122           HD3      ARG 122   5.528  -7.924   6.860
    9    HE   ARG 122           HE       ARG 122   4.295  -6.049   8.726
   10   HH11  ARG 122          HH11      ARG 122   6.468  -8.774   8.267
   11   HH12  ARG 122          HH12      ARG 122   6.357  -9.294   9.923
   12   HH21  ARG 122          HH21      ARG 122   4.175  -6.720  10.873
   13   HH22  ARG 122          HH22      ARG 122   5.064  -8.114  11.403

  No H/Q in entry =          13
  In of MODEL    3
    1    H    ARG 123           H        ARG 123   4.849  -4.389   2.739
    2    HA   ARG 123           HA       ARG 123   5.716  -1.688   2.704
    3    HB2  ARG 123           HB2      ARG 123   4.850  -3.700   0.650
    4    HB3  ARG 123           HB3      ARG 123   4.989  -2.004   0.211
    5    HG2  ARG 123           HG2      ARG 123   6.987  -3.378  -0.327
    6    HG3  ARG 123           HG3      ARG 123   7.324  -1.990   0.701
    7    HD2  ARG 123           HD2      ARG 123   7.306  -3.490   2.663
    8    HD3  ARG 123           HD3      ARG 123   7.037  -4.859   1.588
    9    HE   ARG 123           HE       ARG 123   9.262  -4.851   1.071
   10   HH11  ARG 123          HH11      ARG 123   8.455  -1.757   2.512
   11   HH12  ARG 123          HH12      ARG 123  10.102  -1.238   2.619
   12   HH21  ARG 123          HH21      ARG 123  11.433  -4.179   1.247
   13   HH22  ARG 123          HH22      ARG 123  11.789  -2.602   1.886

  No H/Q in entry =          13
  In of MODEL    3
    1    H    LEU 124           H        LEU 124   2.763  -3.485   2.619
    2    HA   LEU 124           HA       LEU 124   0.985  -1.449   1.823
    3    HB2  LEU 124           HB2      LEU 124   0.879  -4.121   2.673
    4    HB3  LEU 124           HB3      LEU 124  -0.034  -3.235   3.871
    5    HG   LEU 124           HG       LEU 124  -0.650  -3.673   0.977
    6   HD12  LEU 124          HD11      LEU 124  -2.827  -4.182   1.988
    7   HD11  LEU 124          HD12      LEU 124  -2.118  -3.844   3.570
    8   HD13  LEU 124          HD13      LEU 124  -1.514  -5.192   2.602
    9   HD22  LEU 124          HD21      LEU 124  -0.902  -1.267   1.230
   10   HD21  LEU 124          HD22      LEU 124  -1.818  -1.511   2.718
   11   HD23  LEU 124          HD23      LEU 124  -2.480  -2.055   1.178

  No H/Q in entry =          11
  In of MODEL    3
    1    H    GLN 125           H        GLN 125   2.474  -2.512   4.765
    2    HA   GLN 125           HA       GLN 125   1.090  -0.580   6.430
    3    HB2  GLN 125           HB2      GLN 125   2.767  -2.956   6.861
    4    HB3  GLN 125           HB3      GLN 125   3.018  -1.665   8.026
    5    HG2  GLN 125           HG2      GLN 125   0.330  -2.830   7.365
    6    HG3  GLN 125           HG3      GLN 125   1.347  -3.385   8.691
    7   HE21  GLN 125          HE21      GLN 125  -0.853  -1.007   7.601
    8   HE22  GLN 125          HE22      GLN 125  -0.931  -0.089   9.060

  No H/Q in entry =           8
  In of MODEL    3
    1    H    VAL 126           H        VAL 126   3.825  -0.414   4.405
    2    HA   VAL 126           HA       VAL 126   5.235   1.332   6.243
    3    HB   VAL 126           HB       VAL 126   6.639  -0.102   4.787
    4   HG13  VAL 126          HG11      VAL 126   6.756   0.082   2.469
    5   HG12  VAL 126          HG12      VAL 126   5.876   1.609   2.449
    6   HG11  VAL 126          HG13      VAL 126   5.020   0.104   2.785
    7   HG22  VAL 126          HG21      VAL 126   7.634   1.893   5.567
    8   HG21  VAL 126          HG22      VAL 126   6.751   2.861   4.380
    9   HG23  VAL 126          HG23      VAL 126   8.035   1.768   3.851

  No H/Q in entry =           9
  In of MODEL    3
    1    H    THR 127           H        THR 127   3.359   1.471   3.255
    2    HA   THR 127           HA       THR 127   3.722   4.308   3.007
    3    HB   THR 127           HB       THR 127   1.580   2.607   1.701
    4    HG1  THR 127           HG1      THR 127   4.259   3.144   0.878
    5   HG23  THR 127          HG21      THR 127   1.655   4.324  -0.054
    6   HG22  THR 127          HG22      THR 127   2.878   5.208   0.857
    7   HG21  THR 127          HG23      THR 127   1.248   5.037   1.507

  No H/Q in entry =           7
  In of MODEL    3
    1    H    SER 128           H        SER 128   0.972   2.349   3.564
    2    HA   SER 128           HA       SER 128  -1.033   3.535   4.512
    3    HB2  SER 128           HB2      SER 128  -1.377   2.122   6.525
    4    HB3  SER 128           HB3      SER 128  -0.864   1.194   5.118
    5    HG   SER 128           HG       SER 128   0.849   2.109   7.189

  No H/Q in entry =           5
  In of MODEL    3
    1    H    GLU 129           H        GLU 129   1.934   3.765   6.387
    2    HA   GLU 129           HA       GLU 129   0.713   5.331   8.459
    3    HB2  GLU 129           HB2      GLU 129   2.773   3.669   8.528
    4    HB3  GLU 129           HB3      GLU 129   3.667   5.150   8.217
    5    HG2  GLU 129           HG2      GLU 129   2.476   6.145  10.203
    6    HG3  GLU 129           HG3      GLU 129   1.905   4.516  10.562

  No H/Q in entry =           6
  In of MODEL    3
    1    H    LYS 130           H        LYS 130   1.746   6.280   5.381
    2    HA   LYS 130           HA       LYS 130   1.813   9.058   6.144
    3    HB2  LYS 130           HB2      LYS 130   4.219   7.692   4.904
    4    HB3  LYS 130           HB3      LYS 130   3.971   9.428   4.863
    5    HG2  LYS 130           HG2      LYS 130   5.040   9.584   6.790
    6    HG3  LYS 130           HG3      LYS 130   3.751   8.653   7.558
    7    HD2  LYS 130           HD2      LYS 130   4.896   6.587   7.098
    8    HD3  LYS 130           HD3      LYS 130   6.120   7.428   6.146
    9    HE2  LYS 130           HE2      LYS 130   6.973   6.879   8.358
   10    HE3  LYS 130           HE3      LYS 130   6.855   8.624   8.147
   11    HZ1  LYS 130           HZ1      LYS 130   4.514   8.187   9.238
   12    HZ3  LYS 130           HZ2      LYS 130   5.905   8.421  10.174
   13    HZ2  LYS 130           HZ3      LYS 130   5.324   6.847   9.896

  No H/Q in entry =          13
  In of MODEL    3
    1    H    VAL 131           H        VAL 131  -0.109   7.906   4.775
    2    HA   VAL 131           HA       VAL 131   0.363   7.602   1.971
    3    HB   VAL 131           HB       VAL 131  -2.207   7.653   1.886
    4   HG12  VAL 131          HG11      VAL 131  -2.325   5.349   2.830
    5   HG11  VAL 131          HG12      VAL 131  -0.675   5.563   3.419
    6   HG13  VAL 131          HG13      VAL 131  -1.006   5.603   1.687
    7   HG23  VAL 131          HG21      VAL 131  -1.814   7.392   4.861
    8   HG22  VAL 131          HG22      VAL 131  -3.343   7.276   3.979
    9   HG21  VAL 131          HG23      VAL 131  -2.475   8.811   4.037

  No H/Q in entry =           9
  In of MODEL    3
    1    H    GLY 132           H        GLY 132   0.700  10.347   3.439
    2    HA3  GLY 132           HA2      GLY 132   0.362  12.010   1.337
    3    HA2  GLY 132           HA3      GLY 132  -1.245  11.968   2.037

  No H/Q in entry =           3
  In of MODEL    3
    1    H    ASN 133           H        ASN 133   1.997  12.119   3.528
    2    HA   ASN 133           HA       ASN 133   1.058  14.567   4.840
    3    HB2  ASN 133           HB2      ASN 133   1.748  12.431   6.216
    4    HB3  ASN 133           HB3      ASN 133   3.385  13.019   5.922
    5   HD21  ASN 133          HD21      ASN 133   4.131  14.719   7.090
    6   HD22  ASN 133          HD22      ASN 133   3.197  15.577   8.263

  No H/Q in entry =           6
  In of MODEL    3
    1    H    LEU 134           H        LEU 134   3.538  13.115   2.874
    2    HA   LEU 134           HA       LEU 134   5.366  15.322   3.115
    3    HB2  LEU 134           HB2      LEU 134   6.561  14.238   1.220
    4    HB3  LEU 134           HB3      LEU 134   6.361  13.261   2.656
    5    HG   LEU 134           HG       LEU 134   4.305  12.281   1.359
    6   HD13  LEU 134          HD11      LEU 134   4.361  13.811  -0.514
    7   HD12  LEU 134          HD12      LEU 134   4.744  12.179  -1.064
    8   HD11  LEU 134          HD13      LEU 134   6.032  13.365  -0.859
    9   HD23  LEU 134          HD21      LEU 134   5.816  10.580   0.417
   10   HD22  LEU 134          HD22      LEU 134   6.249  11.023   2.069
   11   HD21  LEU 134          HD23      LEU 134   7.180  11.660   0.711

  No H/Q in entry =          11
  In of MODEL    3
    1    H    ALA 135           H        ALA 135   2.592  14.794   1.437
    2    HA   ALA 135           HA       ALA 135   3.210  16.416  -0.902
    3    HB3  ALA 135           HB1      ALA 135   0.803  14.826  -0.159
    4    HB2  ALA 135           HB2      ALA 135   1.823  14.733  -1.590
    5    HB1  ALA 135           HB3      ALA 135   0.707  16.083  -1.392

  No H/Q in entry =           5
  In of MODEL    3
    1    H    PHE 136           H        PHE 136   2.248  16.797   2.243
    2    HA   PHE 136           HA       PHE 136   0.615  19.145   1.984
    3    HB2  PHE 136           HB2      PHE 136   1.554  17.352   4.101
    4    HB3  PHE 136           HB3      PHE 136   1.460  19.042   4.600
    5    HD1  PHE 136           HD1      PHE 136  -0.836  20.159   3.491
    6    HD2  PHE 136           HD2      PHE 136  -0.254  16.134   4.736
    7    HE1  PHE 136           HE1      PHE 136  -3.261  19.914   3.823
    8    HE2  PHE 136           HE2      PHE 136  -2.677  15.880   5.069
    9    HZ   PHE 136           HZ       PHE 136  -4.185  17.773   4.612

  No H/Q in entry =           9
  In of MODEL    3
    1    H    LEU 137           H        LEU 137   3.757  18.793   1.312
    2    HA   LEU 137           HA       LEU 137   5.509  20.211   1.028
    3    HB2  LEU 137           HB2      LEU 137   3.252  21.986   1.401
    4    HB3  LEU 137           HB3      LEU 137   4.770  22.704   1.900
    5    HG   LEU 137           HG       LEU 137   5.714  22.218  -0.333
    6   HD11  LEU 137          HD11      LEU 137   4.314  20.308  -0.935
    7   HD13  LEU 137          HD12      LEU 137   4.229  21.576  -2.157
    8   HD12  LEU 137          HD13      LEU 137   2.902  21.363  -1.015
    9   HD21  LEU 137          HD21      LEU 137   3.163  23.818  -0.273
   10   HD23  LEU 137          HD22      LEU 137   4.409  23.937  -1.516
   11   HD22  LEU 137          HD23      LEU 137   4.777  24.390   0.149

  No H/Q in entry =          11
  In of MODEL    3
    1    H    ASP 138           H        ASP 138   5.334  18.799   3.192
    2    HA   ASP 138           HA       ASP 138   6.023  20.109   5.559
    3    HB2  ASP 138           HB2      ASP 138   4.751  17.985   5.582
    4    HB3  ASP 138           HB3      ASP 138   6.303  17.132   5.461

  No H/Q in entry =           4
  In of MODEL    3
    1    H    VAL 139           H        VAL 139   7.897  20.549   3.361
    2    HA   VAL 139           HA       VAL 139  10.345  19.316   3.755
    3    HB   VAL 139           HB       VAL 139   9.516  21.485   2.238
    4   HG12  VAL 139          HG11      VAL 139  12.016  22.332   3.668
    5   HG11  VAL 139          HG12      VAL 139  10.422  22.920   4.158
    6   HG13  VAL 139          HG13      VAL 139  11.026  23.253   2.534
    7   HG23  VAL 139          HG21      VAL 139  11.775  21.206   1.222
    8   HG22  VAL 139          HG22      VAL 139  10.869  19.708   1.433
    9   HG21  VAL 139          HG23      VAL 139  12.166  20.119   2.557

  No H/Q in entry =           9
  In of MODEL    3
    1    H    THR 140           H        THR 140   8.822  21.607   5.845
    2    HA   THR 140           HA       THR 140  10.925  22.769   7.168
    3    HB   THR 140           HB       THR 140   8.792  22.085   8.991
    4    HG1  THR 140           HG1      THR 140   7.274  21.937   7.499
    5   HG23  THR 140          HG21      THR 140   8.557  24.472   9.139
    6   HG22  THR 140          HG22      THR 140   9.440  24.701   7.631
    7   HG21  THR 140          HG23      THR 140  10.278  24.098   9.060

  No H/Q in entry =           7
  In of MODEL    3
    1    H    GLY 141           H        GLY 141  11.910  22.056   9.595
    2    HA3  GLY 141           HA2      GLY 141  13.830  20.535   9.461
    3    HA2  GLY 141           HA3      GLY 141  12.650  20.293  10.696

  No H/Q in entry =           3
  In of MODEL    3
    1    H    ARG 142           H        ARG 142  11.872  19.397   7.468
    2    HA   ARG 142           HA       ARG 142  11.639  16.753   8.434
    3    HB2  ARG 142           HB2      ARG 142  10.377  18.214   6.482
    4    HB3  ARG 142           HB3      ARG 142  11.235  16.968   5.576
    5    HG2  ARG 142           HG2      ARG 142   8.837  16.475   6.323
    6    HG3  ARG 142           HG3      ARG 142  10.056  15.231   6.610
    7    HD2  ARG 142           HD2      ARG 142  10.032  15.549   8.877
    8    HD3  ARG 142           HD3      ARG 142   9.582  17.248   8.730
    9    HE   ARG 142           HE       ARG 142   7.305  16.523   8.276
   10   HH11  ARG 142          HH11      ARG 142   9.445  14.094   9.687
   11   HH12  ARG 142          HH12      ARG 142   8.126  13.165  10.345
   12   HH21  ARG 142          HH21      ARG 142   5.623  15.305   9.177
   13   HH22  ARG 142          HH22      ARG 142   5.974  13.854  10.068

  No H/Q in entry =          13
  In of MODEL    3
    1    H    ILE 143           H        ILE 143  13.306  17.802   5.374
    2    HA   ILE 143           HA       ILE 143  14.580  15.985   4.540
    3    HB   ILE 143           HB       ILE 143  16.215  18.315   5.355
    4   HG12  ILE 143          HG12      ILE 143  13.993  18.313   3.299
    5   HG13  ILE 143          HG13      ILE 143  14.012  19.203   4.818
    6   HG22  ILE 143          HG21      ILE 143  16.938  18.179   2.954
    7   HG21  ILE 143          HG22      ILE 143  16.131  16.611   2.901
    8   HG23  ILE 143          HG23      ILE 143  17.465  16.880   4.022
    9   HD13  ILE 143          HD11      ILE 143  14.489  20.677   3.005
   10   HD12  ILE 143          HD12      ILE 143  15.827  19.654   2.478
   11   HD11  ILE 143          HD13      ILE 143  15.914  20.496   4.026

  No H/Q in entry =          11
  In of MODEL    3
    1    H    ALA 144           H        ALA 144  16.348  17.631   7.090
    2    HA   ALA 144           HA       ALA 144  18.448  15.767   7.155
    3    HB1  ALA 144           HB1      ALA 144  17.525  17.808   9.163
    4    HB3  ALA 144           HB2      ALA 144  18.799  17.985   7.957
    5    HB2  ALA 144           HB3      ALA 144  19.017  16.881   9.316

  No H/Q in entry =           5
  In of MODEL    3
    1    H    GLN 145           H        GLN 145  15.323  15.840   8.520
    2    HA   GLN 145           HA       GLN 145  15.838  14.099  10.705
    3    HB2  GLN 145           HB2      GLN 145  13.944  15.697  10.696
    4    HB3  GLN 145           HB3      GLN 145  13.202  14.784   9.391
    5    HG2  GLN 145           HG2      GLN 145  13.806  13.007  11.542
    6    HG3  GLN 145           HG3      GLN 145  12.927  14.402  12.167
    7   HE21  GLN 145          HE21      GLN 145  12.014  11.685  11.987
    8   HE22  GLN 145          HE22      GLN 145  10.620  11.685  10.967

  No H/Q in entry =           8
  In of MODEL    3
    1    H    THR 146           H        THR 146  15.033  13.565   7.139
    2    HA   THR 146           HA       THR 146  14.312  10.885   7.732
    3    HB   THR 146           HB       THR 146  14.901  12.154   5.074
    4    HG1  THR 146           HG1      THR 146  12.902  12.780   6.823
    5   HG21  THR 146          HG21      THR 146  14.571   9.704   5.150
    6   HG23  THR 146          HG22      THR 146  13.309  10.520   4.230
    7   HG22  THR 146          HG23      THR 146  12.979   9.958   5.867

  No H/Q in entry =           7
  In of MODEL    3
    1    H    LEU 147           H        LEU 147  17.077  12.648   7.623
    2    HA   LEU 147           HA       LEU 147  18.654  10.893   5.912
    3    HB2  LEU 147           HB2      LEU 147  19.545  13.404   7.336
    4    HB3  LEU 147           HB3      LEU 147  20.463  12.474   6.160
    5    HG   LEU 147           HG       LEU 147  17.964  14.070   5.650
    6   HD11  LEU 147          HD11      LEU 147  20.826  14.524   5.260
    7   HD13  LEU 147          HD12      LEU 147  19.497  15.674   5.399
    8   HD12  LEU 147          HD13      LEU 147  19.821  14.882   3.859
    9   HD23  LEU 147          HD21      LEU 147  18.401  13.393   3.240
   10   HD22  LEU 147          HD22      LEU 147  17.694  12.174   4.300
   11   HD21  LEU 147          HD23      LEU 147  19.410  12.106   3.901

  No H/Q in entry =          11
  In of MODEL    3
    1    H    LEU 148           H        LEU 148  17.913  11.860   9.119
    2    HA   LEU 148           HA       LEU 148  19.996  10.337  10.373
    3    HB2  LEU 148           HB2      LEU 148  17.438  11.287  11.647
    4    HB3  LEU 148           HB3      LEU 148  18.946  10.886  12.445
    5    HG   LEU 148           HG       LEU 148  18.239  13.329  10.877
    6   HD12  LEU 148          HD11      LEU 148  19.229  14.413  12.845
    7   HD11  LEU 148          HD12      LEU 148  19.527  12.818  13.537
    8   HD13  LEU 148          HD13      LEU 148  17.875  13.357  13.246
    9   HD21  LEU 148          HD21      LEU 148  21.050  12.374  11.443
   10   HD23  LEU 148          HD22      LEU 148  20.623  14.003  10.920
   11   HD22  LEU 148          HD23      LEU 148  20.320  12.631   9.857

  No H/Q in entry =          11
  In of MODEL    3
    1    H    ASN 149           H        ASN 149  16.792   9.826   9.170
    2    HA   ASN 149           HA       ASN 149  16.283   7.354  10.462
    3    HB2  ASN 149           HB2      ASN 149  15.076   8.889   8.291
    4    HB3  ASN 149           HB3      ASN 149  15.057   7.158   7.962
    5   HD21  ASN 149          HD21      ASN 149  12.806   8.867   8.481
    6   HD22  ASN 149          HD22      ASN 149  12.029   8.260   9.899

  No H/Q in entry =           6
  In of MODEL    3
    1    H    LEU 150           H        LEU 150  18.200   8.377   7.769
    2    HA   LEU 150           HA       LEU 150  18.789   5.740   6.742
    3    HB2  LEU 150           HB2      LEU 150  19.958   8.489   6.311
    4    HB3  LEU 150           HB3      LEU 150  20.721   7.054   5.620
    5    HG   LEU 150           HG       LEU 150  17.836   7.266   5.116
    6   HD12  LEU 150          HD11      LEU 150  18.454   8.867   3.144
    7   HD11  LEU 150          HD12      LEU 150  19.697   9.417   4.269
    8   HD13  LEU 150          HD13      LEU 150  17.998   9.501   4.724
    9   HD22  LEU 150          HD21      LEU 150  18.513   6.495   2.936
   10   HD21  LEU 150          HD22      LEU 150  19.331   5.553   4.187
   11   HD23  LEU 150          HD23      LEU 150  20.206   6.815   3.320

  No H/Q in entry =          11
  In of MODEL    3
    1    H    ALA 151           H        ALA 151  19.728   7.557   9.623
    2    HA   ALA 151           HA       ALA 151  22.378   6.355   9.546
    3    HB1  ALA 151           HB1      ALA 151  22.279   8.620  10.387
    4    HB2  ALA 151           HB2      ALA 151  22.718   7.522  11.694
    5    HB3  ALA 151           HB3      ALA 151  21.072   8.152  11.586

  No H/Q in entry =           5
  In of MODEL    3
    1    H    LYS 152           H        LYS 152  19.255   5.620  10.319
    2    HA   LYS 152           HA       LYS 152  19.887   3.736  12.452
    3    HB2  LYS 152           HB2      LYS 152  17.258   4.501  11.178
    4    HB3  LYS 152           HB3      LYS 152  17.441   3.480  12.601
    5    HG2  LYS 152           HG2      LYS 152  18.322   5.328  13.862
    6    HG3  LYS 152           HG3      LYS 152  18.305   6.359  12.429
    7    HD2  LYS 152           HD2      LYS 152  15.816   5.949  12.322
    8    HD3  LYS 152           HD3      LYS 152  15.955   5.214  13.920
    9    HE2  LYS 152           HE2      LYS 152  16.602   8.052  13.145
   10    HE3  LYS 152           HE3      LYS 152  15.297   7.500  14.194
   11    HZ3  LYS 152           HZ1      LYS 152  17.002   8.290  15.587
   12    HZ2  LYS 152           HZ2      LYS 152  18.206   7.451  14.747
   13    HZ1  LYS 152           HZ3      LYS 152  17.082   6.604  15.683

  No H/Q in entry =          13
  In of MODEL    3
    1    H    GLN 153           H        GLN 153  19.509   3.658   8.955
    2    HA   GLN 153           HA       GLN 153  18.696   0.856   9.099
    3    HB2  GLN 153           HB2      GLN 153  19.293   2.113   6.488
    4    HB3  GLN 153           HB3      GLN 153  17.937   1.101   6.960
    5    HG2  GLN 153           HG2      GLN 153  17.109   3.131   8.255
    6    HG3  GLN 153           HG3      GLN 153  18.295   4.033   7.317
    7   HE21  GLN 153          HE21      GLN 153  16.675   5.231   6.308
    8   HE22  GLN 153          HE22      GLN 153  15.671   4.553   5.078

  No H/Q in entry =           8
  In of MODEL    3
    1    HA   PRO 154           HA       PRO 154  22.628  -1.004   8.157
    2    HB2  PRO 154           HB2      PRO 154  22.371  -2.194   5.690
    3    HB3  PRO 154           HB3      PRO 154  21.758  -2.879   7.198
    4    HG2  PRO 154           HG2      PRO 154  20.311  -1.322   5.094
    5    HG3  PRO 154           HG3      PRO 154  19.783  -2.763   5.982
    6    HD2  PRO 154           HD2      PRO 154  18.905  -0.332   6.628
    7    HD3  PRO 154           HD3      PRO 154  19.235  -1.544   7.878

  No H/Q in entry =           7
  In of MODEL    3
    1    H    ASP 155           H        ASP 155  21.544   1.434   6.139
    2    HA   ASP 155           HA       ASP 155  23.806   1.494   4.318
    3    HB2  ASP 155           HB2      ASP 155  21.514   3.519   4.814
    4    HB3  ASP 155           HB3      ASP 155  22.765   3.735   3.597

  No H/Q in entry =           4
  In of MODEL    3
    1    H    ALA 156           H        ALA 156  23.394   3.004   7.726
    2    HA   ALA 156           HA       ALA 156  24.858   5.216   7.073
    3    HB1  ALA 156           HB1      ALA 156  25.117   5.467   9.421
    4    HB3  ALA 156           HB2      ALA 156  24.801   3.754   9.702
    5    HB2  ALA 156           HB3      ALA 156  23.501   4.812   9.152

  No H/Q in entry =           5
  In of MODEL    3
    1    H    MET 157           H        MET 157  26.796   5.249   6.303
    2    HA   MET 157           HA       MET 157  28.486   2.939   6.752
    3    HB2  MET 157           HB2      MET 157  27.801   4.219   4.541
    4    HB3  MET 157           HB3      MET 157  29.230   5.182   4.947
    5    HG2  MET 157           HG2      MET 157  30.369   2.869   5.212
    6    HG3  MET 157           HG3      MET 157  29.015   2.299   4.240
    7    HE3  MET 157           HE1      MET 157  31.464   5.431   4.268
    8    HE2  MET 157           HE2      MET 157  32.476   5.000   2.889
    9    HE1  MET 157           HE3      MET 157  32.441   3.964   4.317

  No H/Q in entry =           9
  In of MODEL    3
    1    H    THR 158           H        THR 158  30.838   3.365   7.273
    2    HA   THR 158           HA       THR 158  31.019   5.724   9.041
    3    HB   THR 158           HB       THR 158  33.054   4.251   9.966
    4    HG1  THR 158           HG1      THR 158  32.891   2.200   9.448
    5   HG22  THR 158          HG21      THR 158  31.489   3.411  11.727
    6   HG21  THR 158          HG22      THR 158  30.149   3.996  10.740
    7   HG23  THR 158          HG23      THR 158  31.338   5.132  11.377

  No H/Q in entry =           7
  In of MODEL    3
    1    H    HIS 159           H        HIS 159  32.827   6.925   9.026
    2    HA   HIS 159           HA       HIS 159  35.025   6.362   7.251
    3    HB2  HIS 159           HB2      HIS 159  34.388   7.762   5.601
    4    HB3  HIS 159           HB3      HIS 159  32.876   8.061   6.434
    5    HD1  HIS 159           HD1      HIS 159  36.262   9.553   5.826
    6    HD2  HIS 159           HD2      HIS 159  32.666  10.549   7.651
    7    HE1  HIS 159           HE1      HIS 159  36.392  12.021   6.268
    8    HE2  HIS 159           HE2      HIS 159  34.282  12.571   7.541

  No H/Q in entry =           8
  In of MODEL    3
    1    HA   PRO 160           HA       PRO 160  36.908   7.899  10.875
    2    HB2  PRO 160           HB2      PRO 160  39.211   9.040   9.965
    3    HB3  PRO 160           HB3      PRO 160  38.941   7.299  10.115
    4    HG2  PRO 160           HG2      PRO 160  38.691   9.043   7.695
    5    HG3  PRO 160           HG3      PRO 160  39.460   7.451   7.851
    6    HD2  PRO 160           HD2      PRO 160  36.996   7.720   6.816
    7    HD3  PRO 160           HD3      PRO 160  37.424   6.328   7.833

  No H/Q in entry =           7
  In of MODEL    3
    1    H    ASP 161           H        ASP 161  34.879   9.577  10.511
    2    HA   ASP 161           HA       ASP 161  35.585  11.929  11.806
    3    HB2  ASP 161           HB2      ASP 161  36.785  12.970  10.144
    4    HB3  ASP 161           HB3      ASP 161  35.952  12.120   8.855

  No H/Q in entry =           4
  In of MODEL    3
    1    H    GLY 162           H        GLY 162  33.392  10.150   9.856
    2    HA3  GLY 162           HA2      GLY 162  31.177  10.838  11.372
    3    HA2  GLY 162           HA3      GLY 162  31.147  11.751   9.862

  No H/Q in entry =           3
  In of MODEL    3
    1    H    MET 163           H        MET 163  29.129  10.208  10.021
    2    HA   MET 163           HA       MET 163  29.722   7.810   8.418
    3    HB2  MET 163           HB2      MET 163  27.483   7.721  10.406
    4    HB3  MET 163           HB3      MET 163  28.405   6.396   9.714
    5    HG2  MET 163           HG2      MET 163  30.336   7.077  11.122
    6    HG3  MET 163           HG3      MET 163  29.293   8.272  11.891
    7    HE2  MET 163           HE1      MET 163  26.585   6.137  11.520
    8    HE1  MET 163           HE2      MET 163  26.764   7.383  12.756
    9    HE3  MET 163           HE3      MET 163  26.472   5.709  13.228

  No H/Q in entry =           9
  In of MODEL    3
    1    H    GLN 164           H        GLN 164  28.634   7.839   6.707
    2    HA   GLN 164           HA       GLN 164  26.500   9.756   6.320
    3    HB2  GLN 164           HB2      GLN 164  27.416  10.044   4.110
    4    HB3  GLN 164           HB3      GLN 164  28.702  10.262   5.281
    5    HG2  GLN 164           HG2      GLN 164  28.457   7.526   4.355
    6    HG3  GLN 164           HG3      GLN 164  28.799   8.675   3.065
    7   HE21  GLN 164          HE21      GLN 164  30.856   8.052   2.685
    8   HE22  GLN 164          HE22      GLN 164  32.142   8.249   3.816

  No H/Q in entry =           8
  In of MODEL    3
    1    H    ILE 165           H        ILE 165  25.811   9.206   3.935
    2    HA   ILE 165           HA       ILE 165  25.155   6.624   3.184
    3    HB   ILE 165           HB       ILE 165  22.549   7.503   3.489
    4   HG12  ILE 165          HG12      ILE 165  22.633   7.705   6.171
    5   HG13  ILE 165          HG13      ILE 165  24.167   8.469   5.782
    6   HG23  ILE 165          HG21      ILE 165  22.283   5.682   5.045
    7   HG22  ILE 165          HG22      ILE 165  24.022   5.659   5.342
    8   HG21  ILE 165          HG23      ILE 165  23.394   5.236   3.750
    9   HD12  ILE 165          HD11      ILE 165  21.407   9.335   5.071
   10   HD11  ILE 165          HD12      ILE 165  22.800   9.910   4.157
   11   HD13  ILE 165          HD13      ILE 165  22.682  10.233   5.887

  No H/Q in entry =          11
  In of MODEL    3
    1    H    LYS 166           H        LYS 166  24.931   7.327   0.582
    2    HA   LYS 166           HA       LYS 166  24.610  10.095   0.431
    3    HB2  LYS 166           HB2      LYS 166  24.751   9.198  -2.116
    4    HB3  LYS 166           HB3      LYS 166  26.163   9.606  -1.168
    5    HG2  LYS 166           HG2      LYS 166  26.794   7.605  -2.061
    6    HG3  LYS 166           HG3      LYS 166  26.112   7.049  -0.544
    7    HD2  LYS 166           HD2      LYS 166  24.177   6.239  -1.581
    8    HD3  LYS 166           HD3      LYS 166  24.429   7.228  -3.021
    9    HE2  LYS 166           HE2      LYS 166  26.200   4.932  -2.188
   10    HE3  LYS 166           HE3      LYS 166  24.896   4.807  -3.365
   11    HZ3  LYS 166           HZ1      LYS 166  26.991   5.096  -4.482
   12    HZ2  LYS 166           HZ2      LYS 166  27.322   6.506  -3.612
   13    HZ1  LYS 166           HZ3      LYS 166  26.047   6.477  -4.720

  No H/Q in entry =          13
  In of MODEL    3
    1    H    ILE 167           H        ILE 167  22.750  10.909   0.183
    2    HA   ILE 167           HA       ILE 167  20.806   9.348  -1.353
    3    HB   ILE 167           HB       ILE 167  19.480  11.295   0.221
    4   HG12  ILE 167          HG12      ILE 167  19.935   9.926   2.434
    5   HG13  ILE 167          HG13      ILE 167  21.471   9.568   1.662
    6   HG22  ILE 167          HG21      ILE 167  19.448   8.276   0.262
    7   HG21  ILE 167          HG22      ILE 167  18.461   9.319  -0.763
    8   HG23  ILE 167          HG23      ILE 167  18.221   9.315   0.983
    9   HD13  ILE 167          HD11      ILE 167  22.080  11.840   1.623
   10   HD12  ILE 167          HD12      ILE 167  21.458  11.505   3.240
   11   HD11  ILE 167          HD13      ILE 167  20.452  12.352   2.065

  No H/Q in entry =          11
  In of MODEL    3
    1    H    THR 168           H        THR 168  20.523  10.312  -3.302
    2    HA   THR 168           HA       THR 168  21.298  12.983  -3.757
    3    HB   THR 168           HB       THR 168  19.491  12.664  -5.702
    4    HG1  THR 168           HG1      THR 168  18.823  10.639  -4.529
    5   HG22  THR 168          HG21      THR 168  21.216  11.423  -7.021
    6   HG21  THR 168          HG22      THR 168  22.130  11.200  -5.528
    7   HG23  THR 168          HG23      THR 168  21.853  12.823  -6.160

  No H/Q in entry =           7
  In of MODEL    3
    1    H    ARG 169           H        ARG 169  19.820  14.777  -4.057
    2    HA   ARG 169           HA       ARG 169  17.876  14.915  -1.918
    3    HB2  ARG 169           HB2      ARG 169  17.490  17.121  -3.723
    4    HB3  ARG 169           HB3      ARG 169  18.056  17.138  -2.081
    5    HG2  ARG 169           HG2      ARG 169  20.163  17.542  -2.646
    6    HG3  ARG 169           HG3      ARG 169  20.131  16.456  -4.035
    7    HD2  ARG 169           HD2      ARG 169  19.102  18.103  -5.396
    8    HD3  ARG 169           HD3      ARG 169  18.745  19.121  -4.002
    9    HE   ARG 169           HE       ARG 169  21.554  18.636  -4.460
   10   HH11  ARG 169          HH11      ARG 169  18.828  20.726  -5.186
   11   HH12  ARG 169          HH12      ARG 169  19.822  22.092  -5.573
   12   HH21  ARG 169          HH21      ARG 169  22.861  20.444  -4.979
   13   HH22  ARG 169          HH22      ARG 169  22.117  21.936  -5.456

  No H/Q in entry =          13
  In of MODEL    3
    1    H    GLN 170           H        GLN 170  17.922  14.025  -5.389
    2    HA   GLN 170           HA       GLN 170  15.460  14.172  -6.051
    3    HB2  GLN 170           HB2      GLN 170  17.514  12.011  -6.383
    4    HB3  GLN 170           HB3      GLN 170  15.908  11.824  -7.074
    5    HG2  GLN 170           HG2      GLN 170  17.086  12.702  -8.831
    6    HG3  GLN 170           HG3      GLN 170  16.355  14.139  -8.124
    7   HE21  GLN 170          HE21      GLN 170  18.747  13.838  -9.787
    8   HE22  GLN 170          HE22      GLN 170  20.040  14.548  -8.879

  No H/Q in entry =           8
  In of MODEL    3
    1    H    GLU 171           H        GLU 171  16.476  12.189  -3.128
    2    HA   GLU 171           HA       GLU 171  14.382  10.419  -3.689
    3    HB2  GLU 171           HB2      GLU 171  16.478  10.657  -1.519
    4    HB3  GLU 171           HB3      GLU 171  15.106   9.548  -1.365
    5    HG2  GLU 171           HG2      GLU 171  15.887   8.755  -3.725
    6    HG3  GLU 171           HG3      GLU 171  17.419   9.469  -3.232

  No H/Q in entry =           6
  In of MODEL    3
    1    H    ILE 172           H        ILE 172  15.589  13.052  -2.053
    2    HA   ILE 172           HA       ILE 172  13.719  13.456   0.044
    3    HB   ILE 172           HB       ILE 172  15.534  15.558  -1.131
    4   HG12  ILE 172          HG12      ILE 172  16.936  13.600  -0.990
    5   HG13  ILE 172          HG13      ILE 172  17.305  14.611   0.405
    6   HG22  ILE 172          HG21      ILE 172  14.939  14.892   1.739
    7   HG21  ILE 172          HG22      ILE 172  13.918  15.969   0.790
    8   HG23  ILE 172          HG23      ILE 172  15.607  16.385   1.078
    9   HD13  ILE 172          HD11      ILE 172  16.012  13.180   1.838
   10   HD12  ILE 172          HD12      ILE 172  17.151  12.194   0.919
   11   HD11  ILE 172          HD13      ILE 172  15.445  12.245   0.449

  No H/Q in entry =          11
  In of MODEL    3
    1    H    GLY 173           H        GLY 173  13.753  14.397  -3.584
    2    HA3  GLY 173           HA2      GLY 173  11.938  16.414  -3.252
    3    HA2  GLY 173           HA3      GLY 173  12.014  15.318  -4.627

  No H/Q in entry =           3
  In of MODEL    3
    1    H    GLN 174           H        GLN 174  11.549  13.057  -3.622
    2    HA   GLN 174           HA       GLN 174   8.723  12.948  -3.470
    3    HB2  GLN 174           HB2      GLN 174   9.036  10.969  -4.445
    4    HB3  GLN 174           HB3      GLN 174  10.707  11.494  -4.593
    5    HG2  GLN 174           HG2      GLN 174  10.572  10.339  -2.088
    6    HG3  GLN 174           HG3      GLN 174   9.591   9.293  -3.117
    7   HE21  GLN 174          HE21      GLN 174  12.110   8.671  -1.930
    8   HE22  GLN 174          HE22      GLN 174  13.207   8.343  -3.219

  No H/Q in entry =           8
  In of MODEL    3
    1    H    ILE 175           H        ILE 175  11.224  12.385  -1.082
    2    HA   ILE 175           HA       ILE 175   9.444  10.917   0.667
    3    HB   ILE 175           HB       ILE 175  12.172  12.054   1.284
    4   HG12  ILE 175          HG12      ILE 175  11.511   9.200   0.559
    5   HG13  ILE 175          HG13      ILE 175  12.106  10.380  -0.608
    6   HG23  ILE 175          HG21      ILE 175  11.452  11.564   3.369
    7   HG22  ILE 175          HG22      ILE 175  11.890   9.919   2.904
    8   HG21  ILE 175          HG23      ILE 175  10.212  10.450   2.795
    9   HD12  ILE 175          HD11      ILE 175  13.863   8.908   0.306
   10   HD11  ILE 175          HD12      ILE 175  13.558   9.595   1.903
   11   HD13  ILE 175          HD13      ILE 175  14.155  10.623   0.601

  No H/Q in entry =          11
  In of MODEL    3
    1    H    VAL 176           H        VAL 176  10.666  14.129   0.244
    2    HA   VAL 176           HA       VAL 176   9.438  14.969   2.744
    3    HB   VAL 176           HB       VAL 176  11.214  16.521   0.866
    4   HG13  VAL 176          HG11      VAL 176   9.809  17.969   2.164
    5   HG12  VAL 176          HG12      VAL 176  11.458  18.015   2.792
    6   HG11  VAL 176          HG13      VAL 176  10.218  17.089   3.638
    7   HG22  VAL 176          HG21      VAL 176  12.428  14.684   1.831
    8   HG21  VAL 176          HG22      VAL 176  11.784  15.046   3.433
    9   HG23  VAL 176          HG23      VAL 176  12.903  16.168   2.659

  No H/Q in entry =           9
  In of MODEL    3
    1    H    GLY 177           H        GLY 177   9.108  15.293  -0.725
    2    HA3  GLY 177           HA2      GLY 177   6.831  15.499  -1.514
    3    HA2  GLY 177           HA3      GLY 177   6.537  16.630  -0.209

  No H/Q in entry =           3
  In of MODEL    3
    1    H    CYS 178           H        CYS 178   9.338  17.718  -1.089
    2    HA   CYS 178           HA       CYS 178   8.254  19.523  -3.185
    3    HB2  CYS 178           HB2      CYS 178  10.314  20.121  -1.049
    4    HB3  CYS 178           HB3      CYS 178   9.727  21.258  -2.258
    5    HG   CYS 178           HG       CYS 178   7.455  21.883  -1.113

  No H/Q in entry =           5
  In of MODEL    3
    1    H    SER 179           H        SER 179   9.916  20.210  -4.761
    2    HA   SER 179           HA       SER 179  11.421  18.043  -5.605
    3    HB2  SER 179           HB2      SER 179  12.556  20.129  -6.911
    4    HB3  SER 179           HB3      SER 179  10.991  19.472  -7.384
    5    HG   SER 179           HG       SER 179  11.096  21.819  -7.090

  No H/Q in entry =           5
  In of MODEL    3
    1    H    ARG 180           H        ARG 180  13.642  18.004  -5.805
    2    HA   ARG 180           HA       ARG 180  15.229  18.410  -3.629
    3    HB2  ARG 180           HB2      ARG 180  17.139  18.395  -5.501
    4    HB3  ARG 180           HB3      ARG 180  16.279  16.960  -4.987
    5    HG2  ARG 180           HG2      ARG 180  16.432  16.878  -7.314
    6    HG3  ARG 180           HG3      ARG 180  14.759  17.267  -6.929
    7    HD2  ARG 180           HD2      ARG 180  15.222  19.627  -7.400
    8    HD3  ARG 180           HD3      ARG 180  16.889  19.209  -7.804
    9    HE   ARG 180           HE       ARG 180  15.113  17.638  -9.324
   10   HH11  ARG 180          HH11      ARG 180  16.258  20.949  -9.093
   11   HH12  ARG 180          HH12      ARG 180  16.052  21.251 -10.795
   12   HH21  ARG 180          HH21      ARG 180  14.837  18.038 -11.519
   13   HH22  ARG 180          HH22      ARG 180  15.247  19.588 -12.181

  No H/Q in entry =          13
  In of MODEL    3
    1    H    GLU 181           H        GLU 181  13.726  20.852  -4.536
    2    HA   GLU 181           HA       GLU 181  15.880  22.713  -5.007
    3    HB2  GLU 181           HB2      GLU 181  12.952  23.071  -5.462
    4    HB3  GLU 181           HB3      GLU 181  14.225  24.188  -5.945
    5    HG2  GLU 181           HG2      GLU 181  14.146  21.353  -6.907
    6    HG3  GLU 181           HG3      GLU 181  13.267  22.642  -7.727

  No H/Q in entry =           6
  In of MODEL    3
    1    H    THR 182           H        THR 182  12.772  22.801  -3.325
    2    HA   THR 182           HA       THR 182  13.504  24.732  -1.367
    3    HB   THR 182           HB       THR 182  11.731  22.507  -0.449
    4    HG1  THR 182           HG1      THR 182  10.003  23.564  -1.832
    5   HG22  THR 182          HG21      THR 182  11.327  25.504  -0.524
    6   HG21  THR 182          HG22      THR 182  11.959  24.590   0.846
    7   HG23  THR 182          HG23      THR 182  10.298  24.337   0.308

  No H/Q in entry =           7
  In of MODEL    3
    1    H    VAL 183           H        VAL 183  13.400  21.222  -1.457
    2    HA   VAL 183           HA       VAL 183  15.045  20.720   0.818
    3    HB   VAL 183           HB       VAL 183  13.736  19.252  -1.363
    4   HG12  VAL 183          HG11      VAL 183  16.175  17.895  -0.298
    5   HG11  VAL 183          HG12      VAL 183  16.194  18.791  -1.817
    6   HG13  VAL 183          HG13      VAL 183  15.106  17.403  -1.621
    7   HG23  VAL 183          HG21      VAL 183  14.605  18.196   1.291
    8   HG22  VAL 183          HG22      VAL 183  13.239  17.689   0.294
    9   HG21  VAL 183          HG23      VAL 183  13.211  19.261   1.095

  No H/Q in entry =           9
  In of MODEL    3
    1    H    GLY 184           H        GLY 184  15.686  21.446  -2.718
    2    HA3  GLY 184           HA2      GLY 184  18.362  21.003  -2.665
    3    HA2  GLY 184           HA3      GLY 184  17.566  22.287  -3.566

  No H/Q in entry =           3
  In of MODEL    3
    1    H    ARG 185           H        ARG 185  16.654  23.316  -0.549
    2    HA   ARG 185           HA       ARG 185  18.619  25.388  -0.688
    3    HB2  ARG 185           HB2      ARG 185  16.422  24.676   1.264
    4    HB3  ARG 185           HB3      ARG 185  17.510  26.032   1.528
    5    HG2  ARG 185           HG2      ARG 185  16.723  26.955  -0.665
    6    HG3  ARG 185           HG3      ARG 185  15.501  25.678  -0.678
    7    HD2  ARG 185           HD2      ARG 185  14.779  26.496   1.584
    8    HD3  ARG 185           HD3      ARG 185  15.844  27.877   1.345
    9    HE   ARG 185           HE       ARG 185  13.454  27.271  -0.267
   10   HH11  ARG 185          HH11      ARG 185  15.888  29.523   0.866
   11   HH12  ARG 185          HH12      ARG 185  15.044  30.921   0.283
   12   HH21  ARG 185          HH21      ARG 185  12.337  29.116  -1.031
   13   HH22  ARG 185          HH22      ARG 185  13.036  30.688  -0.809

  No H/Q in entry =          13
  In of MODEL    3
    1    H    ILE 186           H        ILE 186  17.669  22.661   1.065
    2    HA   ILE 186           HA       ILE 186  19.508  23.200   3.293
    3    HB   ILE 186           HB       ILE 186  17.382  21.140   3.013
    4   HG12  ILE 186          HG12      ILE 186  17.219  22.028   5.519
    5   HG13  ILE 186          HG13      ILE 186  18.142  23.369   4.858
    6   HG22  ILE 186          HG21      ILE 186  19.123  20.915   5.388
    7   HG21  ILE 186          HG22      ILE 186  19.782  20.275   3.887
    8   HG23  ILE 186          HG23      ILE 186  18.249  19.661   4.507
    9   HD13  ILE 186          HD11      ILE 186  15.805  23.899   4.853
   10   HD12  ILE 186          HD12      ILE 186  15.435  22.431   3.951
   11   HD11  ILE 186          HD13      ILE 186  16.364  23.722   3.190

  No H/Q in entry =          11
  In of MODEL    3
    1    H    LEU 187           H        LEU 187  19.273  20.962   0.683
    2    HA   LEU 187           HA       LEU 187  21.492  19.460   1.556
    3    HB2  LEU 187           HB2      LEU 187  20.113  19.498  -1.095
    4    HB3  LEU 187           HB3      LEU 187  21.279  18.286  -0.544
    5    HG   LEU 187           HG       LEU 187  18.474  18.767   0.415
    6   HD13  LEU 187          HD11      LEU 187  18.126  16.689  -0.174
    7   HD12  LEU 187          HD12      LEU 187  19.576  16.130   0.669
    8   HD11  LEU 187          HD13      LEU 187  19.696  16.757  -0.977
    9   HD23  LEU 187          HD21      LEU 187  20.602  17.482   2.114
   10   HD22  LEU 187          HD22      LEU 187  18.876  17.495   2.460
   11   HD21  LEU 187          HD23      LEU 187  19.784  19.006   2.458

  No H/Q in entry =          11
  In of MODEL    3
    1    H    LYS 188           H        LYS 188  21.206  22.476   0.391
    2    HA   LYS 188           HA       LYS 188  23.772  22.511  -1.068
    3    HB2  LYS 188           HB2      LYS 188  21.613  24.029  -1.613
    4    HB3  LYS 188           HB3      LYS 188  22.415  25.084  -0.455
    5    HG2  LYS 188           HG2      LYS 188  23.792  23.930  -2.868
    6    HG3  LYS 188           HG3      LYS 188  22.970  25.489  -2.874
    7    HD2  LYS 188           HD2      LYS 188  24.917  26.372  -2.216
    8    HD3  LYS 188           HD3      LYS 188  24.628  25.616  -0.650
    9    HE2  LYS 188           HE2      LYS 188  25.788  23.574  -1.509
   10    HE3  LYS 188           HE3      LYS 188  26.195  24.478  -2.965
   11    HZ2  LYS 188           HZ1      LYS 188  27.972  24.401  -1.235
   12    HZ1  LYS 188           HZ2      LYS 188  26.983  25.345  -0.229
   13    HZ3  LYS 188           HZ3      LYS 188  27.524  25.966  -1.709

  No H/Q in entry =          13
  In of MODEL    3
    1    H    MET 189           H        MET 189  22.190  23.336   1.952
    2    HA   MET 189           HA       MET 189  24.500  24.836   2.923
    3    HB2  MET 189           HB2      MET 189  23.363  25.147   5.010
    4    HB3  MET 189           HB3      MET 189  22.258  25.501   3.699
    5    HG2  MET 189           HG2      MET 189  21.352  23.175   4.018
    6    HG3  MET 189           HG3      MET 189  22.293  23.121   5.508
    7    HE3  MET 189           HE1      MET 189  20.531  26.478   4.147
    8    HE2  MET 189           HE2      MET 189  18.886  26.102   4.658
    9    HE1  MET 189           HE3      MET 189  19.693  25.084   3.466

  No H/Q in entry =           9
  In of MODEL    3
    1    H    LEU 190           H        LEU 190  23.343  21.618   2.916
    2    HA   LEU 190           HA       LEU 190  24.685  20.510   5.045
    3    HB2  LEU 190           HB2      LEU 190  24.289  19.333   2.311
    4    HB3  LEU 190           HB3      LEU 190  24.729  18.434   3.758
    5    HG   LEU 190           HG       LEU 190  22.156  19.713   3.055
    6   HD13  LEU 190          HD11      LEU 190  22.488  17.375   2.620
    7   HD12  LEU 190          HD12      LEU 190  21.302  17.605   3.904
    8   HD11  LEU 190          HD13      LEU 190  22.950  17.112   4.299
    9   HD21  LEU 190          HD21      LEU 190  23.189  19.304   5.823
   10   HD23  LEU 190          HD22      LEU 190  21.472  19.389   5.437
   11   HD22  LEU 190          HD23      LEU 190  22.519  20.768   5.105

  No H/Q in entry =          11
  In of MODEL    3
    1    H    GLU 191           H        GLU 191  25.994  20.872   1.708
    2    HA   GLU 191           HA       GLU 191  28.547  19.961   2.347
    3    HB2  GLU 191           HB2      GLU 191  27.680  20.163   0.060
    4    HB3  GLU 191           HB3      GLU 191  27.588  21.909   0.241
    5    HG2  GLU 191           HG2      GLU 191  30.202  21.452   0.807
    6    HG3  GLU 191           HG3      GLU 191  29.873  20.195  -0.386

  No H/Q in entry =           6
  In of MODEL    3
    1    H    ASP 192           H        ASP 192  26.880  22.833   3.104
    2    HA   ASP 192           HA       ASP 192  29.287  24.421   3.422
    3    HB2  ASP 192           HB2      ASP 192  26.387  24.953   3.384
    4    HB3  ASP 192           HB3      ASP 192  27.308  25.940   4.510

  No H/Q in entry =           4
  In of MODEL    3
    1    H    GLN 193           H        GLN 193  27.683  22.133   5.006
    2    HA   GLN 193           HA       GLN 193  27.640  21.258   7.112
    3    HB2  GLN 193           HB2      GLN 193  29.910  23.189   7.629
    4    HB3  GLN 193           HB3      GLN 193  29.459  21.842   8.664
    5    HG2  GLN 193           HG2      GLN 193  30.776  20.501   7.509
    6    HG3  GLN 193           HG3      GLN 193  29.869  20.847   6.037
    7   HE21  GLN 193          HE21      GLN 193  30.569  22.505   4.685
    8   HE22  GLN 193          HE22      GLN 193  32.195  23.094   4.738

  No H/Q in entry =           8
  In of MODEL    3
    1    H    ASN 194           H        ASN 194  26.140  23.699   6.365
    2    HA   ASN 194           HA       ASN 194  25.951  25.159   8.881
    3    HB2  ASN 194           HB2      ASN 194  25.608  26.021   6.365
    4    HB3  ASN 194           HB3      ASN 194  23.947  25.558   6.716
    5   HD21  ASN 194          HD21      ASN 194  25.166  28.196   6.272
    6   HD22  ASN 194          HD22      ASN 194  24.760  29.129   7.671

  No H/Q in entry =           6
  In of MODEL    3
    1    H    LEU 195           H        LEU 195  24.944  22.287   7.796
    2    HA   LEU 195           HA       LEU 195  22.796  22.176   9.787
    3    HB2  LEU 195           HB2      LEU 195  21.959  22.843   7.402
    4    HB3  LEU 195           HB3      LEU 195  22.191  21.148   7.038
    5    HG   LEU 195           HG       LEU 195  20.572  21.679   9.440
    6   HD13  LEU 195          HD11      LEU 195  19.682  23.468   8.185
    7   HD12  LEU 195          HD12      LEU 195  18.567  22.117   7.961
    8   HD11  LEU 195          HD13      LEU 195  19.721  22.532   6.689
    9   HD21  LEU 195          HD21      LEU 195  20.485  19.859   7.064
   10   HD23  LEU 195          HD22      LEU 195  19.106  20.017   8.149
   11   HD22  LEU 195          HD23      LEU 195  20.658  19.447   8.770

  No H/Q in entry =          11
  In of MODEL    3
    1    H    ILE 196           H        ILE 196  24.952  20.606   7.617
    2    HA   ILE 196           HA       ILE 196  25.183  18.207   9.063
    3    HB   ILE 196           HB       ILE 196  24.318  17.655   6.221
    4   HG12  ILE 196          HG12      ILE 196  22.534  17.442   8.655
    5   HG13  ILE 196          HG13      ILE 196  22.405  18.753   7.481
    6   HG22  ILE 196          HG21      ILE 196  24.377  16.044   8.780
    7   HG21  ILE 196          HG22      ILE 196  25.598  15.974   7.511
    8   HG23  ILE 196          HG23      ILE 196  23.953  15.423   7.185
    9   HD11  ILE 196          HD11      ILE 196  22.307  15.899   6.632
   10   HD13  ILE 196          HD12      ILE 196  21.721  17.337   5.794
   11   HD12  ILE 196          HD13      ILE 196  20.864  16.735   7.217

  No H/Q in entry =          11
  In of MODEL    3
    1    H    SER 197           H        SER 197  26.174  17.044   6.399
    2    HA   SER 197           HA       SER 197  28.023  18.731   5.395
    3    HB2  SER 197           HB2      SER 197  29.344  18.494   7.330
    4    HB3  SER 197           HB3      SER 197  29.135  16.744   7.348
    5    HG   SER 197           HG       SER 197  31.176  17.702   6.463

  No H/Q in entry =           5
  In of MODEL    3
    1    H    ALA 198           H        ALA 198  27.296  18.095   3.417
    2    HA   ALA 198           HA       ALA 198  27.210  15.276   2.874
    3    HB2  ALA 198           HB1      ALA 198  26.464  17.562   1.037
    4    HB3  ALA 198           HB2      ALA 198  25.340  16.878   2.207
    5    HB1  ALA 198           HB3      ALA 198  25.985  15.867   0.916

  No H/Q in entry =           5
  In of MODEL    3
    1    H    HIS 199           H        HIS 199  29.059  14.443   2.270
    2    HA   HIS 199           HA       HIS 199  31.049  16.115   0.934
    3    HB2  HIS 199           HB2      HIS 199  31.065  13.357   2.133
    4    HB3  HIS 199           HB3      HIS 199  32.270  13.776   0.920
    5    HD1  HIS 199           HD1      HIS 199  30.990  15.819   3.884
    6    HD2  HIS 199           HD2      HIS 199  34.519  14.250   2.343
    7    HE1  HIS 199           HE1      HIS 199  32.812  16.634   5.408
    8    HE2  HIS 199           HE2      HIS 199  34.911  15.534   4.555

  No H/Q in entry =           8
  In of MODEL    3
    1    H    GLY 200           H        GLY 200  29.593  16.492  -0.801
    2    HA3  GLY 200           HA2      GLY 200  29.156  16.086  -3.069
    3    HA2  GLY 200           HA3      GLY 200  29.600  14.391  -2.829

  No H/Q in entry =           3
  In of MODEL    3
    1    H    LYS 201           H        LYS 201  27.871  13.070  -3.045
    2    HA   LYS 201           HA       LYS 201  25.259  14.086  -2.170
    3    HB2  LYS 201           HB2      LYS 201  24.410  11.989  -3.383
    4    HB3  LYS 201           HB3      LYS 201  25.072  13.282  -4.367
    5    HG2  LYS 201           HG2      LYS 201  26.997  11.212  -3.555
    6    HG3  LYS 201           HG3      LYS 201  25.716  10.683  -4.646
    7    HD2  LYS 201           HD2      LYS 201  26.717  13.200  -5.555
    8    HD3  LYS 201           HD3      LYS 201  28.078  12.114  -5.275
    9    HE2  LYS 201           HE2      LYS 201  25.719  11.035  -6.721
   10    HE3  LYS 201           HE3      LYS 201  26.759  12.167  -7.581
   11    HZ2  LYS 201           HZ1      LYS 201  27.400   9.834  -7.903
   12    HZ1  LYS 201           HZ2      LYS 201  27.710   9.691  -6.248
   13    HZ3  LYS 201           HZ3      LYS 201  28.632  10.744  -7.191

  No H/Q in entry =          13
  In of MODEL    3
    1    H    THR 202           H        THR 202  27.767  12.248  -1.131
    2    HA   THR 202           HA       THR 202  26.357  10.429   0.590
    3    HB   THR 202           HB       THR 202  29.072  10.881   1.432
    4    HG1  THR 202           HG1      THR 202  29.774  11.598  -0.486
    5   HG23  THR 202          HG21      THR 202  29.352   8.566   1.024
    6   HG22  THR 202          HG22      THR 202  28.097   8.552  -0.213
    7   HG21  THR 202          HG23      THR 202  27.659   8.749   1.482

  No H/Q in entry =           7
  In of MODEL    3
    1    H    ILE 203           H        ILE 203  25.377  11.245   2.367
    2    HA   ILE 203           HA       ILE 203  26.232  13.870   3.288
    3    HB   ILE 203           HB       ILE 203  23.663  12.361   3.369
    4   HG12  ILE 203          HG12      ILE 203  24.436  15.144   2.481
    5   HG13  ILE 203          HG13      ILE 203  24.055  13.778   1.443
    6   HG23  ILE 203          HG21      ILE 203  23.793  13.075   5.622
    7   HG22  ILE 203          HG22      ILE 203  22.751  14.235   4.799
    8   HG21  ILE 203          HG23      ILE 203  24.425  14.655   5.159
    9   HD13  ILE 203          HD11      ILE 203  22.173  15.210   1.433
   10   HD12  ILE 203          HD12      ILE 203  22.188  15.354   3.188
   11   HD11  ILE 203          HD13      ILE 203  21.739  13.826   2.436

  No H/Q in entry =          11
  In of MODEL    3
    1    H    VAL 204           H        VAL 204  27.311  14.051   5.107
    2    HA   VAL 204           HA       VAL 204  27.488  11.802   7.020
    3    HB   VAL 204           HB       VAL 204  29.422  13.960   6.174
    4   HG13  VAL 204          HG11      VAL 204  30.753  13.547   8.176
    5   HG12  VAL 204          HG12      VAL 204  29.489  12.481   8.792
    6   HG11  VAL 204          HG13      VAL 204  29.163  14.200   8.575
    7   HG21  VAL 204          HG21      VAL 204  29.718  11.015   6.701
    8   HG23  VAL 204          HG22      VAL 204  31.050  12.102   6.319
    9   HG22  VAL 204          HG23      VAL 204  29.770  11.830   5.135

  No H/Q in entry =           9
  In of MODEL    3
    1    H    VAL 205           H        VAL 205  26.039  12.239   8.247
    2    HA   VAL 205           HA       VAL 205  25.690  14.664   9.781
    3    HB   VAL 205           HB       VAL 205  24.392  13.017  11.340
    4   HG13  VAL 205          HG11      VAL 205  23.279  14.434   9.697
    5   HG12  VAL 205          HG12      VAL 205  22.525  12.840   9.693
    6   HG11  VAL 205          HG13      VAL 205  23.653  13.285   8.410
    7   HG23  VAL 205          HG21      VAL 205  23.754  10.870  10.295
    8   HG22  VAL 205          HG22      VAL 205  25.486  10.927  10.641
    9   HG21  VAL 205          HG23      VAL 205  24.905  11.173   8.989

  No H/Q in entry =           9
  In of MODEL    3
    1    H    TYR 206           H        TYR 206  27.718  15.182  10.323
    2    HA   TYR 206           HA       TYR 206  29.848  13.779  11.316
    3    HB2  TYR 206           HB2      TYR 206  28.765  16.474  12.205
    4    HB3  TYR 206           HB3      TYR 206  30.253  15.811  12.859
    5    HD1  TYR 206           HD1      TYR 206  29.033  18.075  10.618
    6    HD2  TYR 206           HD2      TYR 206  31.853  14.891  10.829
    7    HE1  TYR 206           HE1      TYR 206  30.277  19.070   8.771
    8    HE2  TYR 206           HE2      TYR 206  33.121  15.866   8.969
    9    HH   TYR 206           HH       TYR 206  33.047  18.803   8.038

  No H/Q in entry =           9
  In of MODEL    3
    1    H    GLY 207           H        GLY 207  27.230  15.210  13.329
    2    HA3  GLY 207           HA2      GLY 207  26.896  13.010  15.016
    3    HA2  GLY 207           HA3      GLY 207  28.119  14.036  15.742

  No H/Q in entry =           3
  In of MODEL    3
    1    H    THR 208           H        THR 208  27.252  16.546  15.378
    2    HA   THR 208           HA       THR 208  25.234  16.793  17.337
    3    HB   THR 208           HB       THR 208  25.677  19.216  15.817
    4    HG1  THR 208           HG1      THR 208  28.076  18.942  16.724
    5   HG22  THR 208          HG21      THR 208  26.592  19.970  18.003
    6   HG21  THR 208          HG22      THR 208  26.439  18.320  18.605
    7   HG23  THR 208          HG23      THR 208  24.999  19.230  18.147

  No H/Q in entry =           7
  In of MODEL    3
    1    H    ARG 209           H        ARG 209  25.150  16.574  13.940
    2    HA   ARG 209           HA       ARG 209  22.336  16.505  13.852
    3    HB2  ARG 209           HB2      ARG 209  22.886  19.023  13.867
    4    HB3  ARG 209           HB3      ARG 209  23.549  18.760  12.259
    5    HG2  ARG 209           HG2      ARG 209  21.389  17.991  11.464
    6    HG3  ARG 209           HG3      ARG 209  20.711  18.172  13.083
    7    HD2  ARG 209           HD2      ARG 209  21.910  20.430  11.487
    8    HD3  ARG 209           HD3      ARG 209  20.189  20.050  11.518
    9    HE   ARG 209           HE       ARG 209  20.729  20.331  14.124
   10   HH11  ARG 209          HH11      ARG 209  21.549  22.326  11.374
   11   HH12  ARG 209          HH12      ARG 209  21.505  23.813  12.264
   12   HH21  ARG 209          HH21      ARG 209  20.676  22.287  15.317
   13   HH22  ARG 209          HH22      ARG 209  20.993  23.788  14.508

  No H/Q in entry =          13
  In of MODEL    4
    1    H1   VAL   1           H3       VAL   1 -29.326 -15.648   3.449
    2    H2   VAL   1           H2       VAL   1 -30.810 -15.091   4.033
    3    H3   VAL   1           H1       VAL   1 -30.495 -16.751   3.962
    4    HA   VAL   1           HA       VAL   1 -31.905 -16.286   2.171
    5    HB   VAL   1           HB       VAL   1 -31.629 -13.874   2.078
    6   HG11  VAL   1          HG11      VAL   1 -28.891 -14.451   0.967
    7   HG13  VAL   1          HG12      VAL   1 -29.278 -13.646   2.488
    8   HG12  VAL   1          HG13      VAL   1 -29.664 -12.866   0.954
    9   HG23  VAL   1          HG21      VAL   1 -30.880 -15.111  -0.568
   10   HG22  VAL   1          HG22      VAL   1 -31.639 -13.537  -0.327
   11   HG21  VAL   1          HG23      VAL   1 -32.512 -15.011   0.091

  No H/Q in entry =          11
  In of MODEL    4
    1    H    LEU   2           H        LEU   2 -31.717 -17.619   0.444
    2    HA   LEU   2           HA       LEU   2 -29.020 -18.629  -0.149
    3    HB2  LEU   2           HB2      LEU   2 -31.739 -19.904  -0.456
    4    HB3  LEU   2           HB3      LEU   2 -30.260 -20.616  -1.072
    5    HG   LEU   2           HG       LEU   2 -30.602 -19.953   1.843
    6   HD13  LEU   2          HD11      LEU   2 -31.263 -22.259   2.216
    7   HD12  LEU   2          HD12      LEU   2 -31.243 -22.563   0.478
    8   HD11  LEU   2          HD13      LEU   2 -32.424 -21.448   1.165
    9   HD21  LEU   2          HD21      LEU   2 -28.323 -20.338   1.022
   10   HD23  LEU   2          HD22      LEU   2 -28.823 -21.906   0.386
   11   HD22  LEU   2          HD23      LEU   2 -28.846 -21.611   2.124

  No H/Q in entry =          11
  In of MODEL    4
    1    H    GLY   3           H        GLY   3 -29.286 -19.803  -2.531
    2    HA3  GLY   3           HA2      GLY   3 -29.516 -19.471  -4.803
    3    HA2  GLY   3           HA3      GLY   3 -30.686 -18.205  -4.452

  No H/Q in entry =           3
  In of MODEL    4
    1    H    LYS   4           H        LYS   4 -27.234 -18.642  -3.717
    2    HA   LYS   4           HA       LYS   4 -26.766 -15.943  -4.785
    3    HB2  LYS   4           HB2      LYS   4 -25.182 -17.564  -2.775
    4    HB3  LYS   4           HB3      LYS   4 -24.698 -15.986  -3.382
    5    HG2  LYS   4           HG2      LYS   4 -26.229 -14.878  -2.131
    6    HG3  LYS   4           HG3      LYS   4 -27.411 -16.181  -2.225
    7    HD2  LYS   4           HD2      LYS   4 -26.842 -16.385  -0.031
    8    HD3  LYS   4           HD3      LYS   4 -25.594 -17.417  -0.727
    9    HE2  LYS   4           HE2      LYS   4 -23.931 -15.968  -0.229
   10    HE3  LYS   4           HE3      LYS   4 -24.932 -14.549  -0.532
   11    HZ3  LYS   4           HZ1      LYS   4 -25.963 -14.808   1.597
   12    HZ2  LYS   4           HZ2      LYS   4 -24.289 -14.822   1.823
   13    HZ1  LYS   4           HZ3      LYS   4 -25.159 -16.269   1.878

  No H/Q in entry =          13
  In of MODEL    4
    1    HA   PRO   5           HA       PRO   5 -24.639 -18.372  -7.945
    2    HB2  PRO   5           HB2      PRO   5 -24.804 -16.547  -9.902
    3    HB3  PRO   5           HB3      PRO   5 -26.207 -17.500  -9.404
    4    HG2  PRO   5           HG2      PRO   5 -25.493 -14.679  -8.722
    5    HG3  PRO   5           HG3      PRO   5 -27.077 -15.370  -9.114
    6    HD2  PRO   5           HD2      PRO   5 -26.176 -14.859  -6.554
    7    HD3  PRO   5           HD3      PRO   5 -27.444 -16.031  -6.961

  No H/Q in entry =           7
  In of MODEL    4
    1    H    GLN   6           H        GLN   6 -22.778 -17.939  -6.377
    2    HA   GLN   6           HA       GLN   6 -21.054 -15.728  -7.180
    3    HB2  GLN   6           HB2      GLN   6 -19.897 -17.625  -5.291
    4    HB3  GLN   6           HB3      GLN   6 -20.126 -15.890  -5.136
    5    HG2  GLN   6           HG2      GLN   6 -22.404 -16.218  -4.407
    6    HG3  GLN   6           HG3      GLN   6 -22.262 -17.956  -4.659
    7   HE21  GLN   6          HE21      GLN   6 -20.933 -19.169  -3.251
    8   HE22  GLN   6          HE22      GLN   6 -20.511 -18.567  -1.689

  No H/Q in entry =           8
  In of MODEL    4
    1    H    THR   7           H        THR   7 -21.243 -19.206  -7.343
    2    HA   THR   7           HA       THR   7 -20.206 -20.747  -8.682
    3    HB   THR   7           HB       THR   7 -18.565 -18.603 -10.023
    4    HG1  THR   7           HG1      THR   7 -20.399 -17.676 -10.566
    5   HG22  THR   7          HG21      THR   7 -19.856 -21.150 -11.021
    6   HG21  THR   7          HG22      THR   7 -18.150 -20.945 -10.626
    7   HG23  THR   7          HG23      THR   7 -18.855 -20.061 -11.979

  No H/Q in entry =           7
  In of MODEL    4
    1    H    ASP   8           H        ASP   8 -19.319 -20.157  -6.127
    2    HA   ASP   8           HA       ASP   8 -16.453 -20.712  -6.454
    3    HB2  ASP   8           HB2      ASP   8 -17.033 -18.298  -5.671
    4    HB3  ASP   8           HB3      ASP   8 -17.350 -19.071  -4.120

  No H/Q in entry =           4
  In of MODEL    4
    1    HA   PRO   9           HA       PRO   9 -18.037 -23.951  -3.741
    2    HB2  PRO   9           HB2      PRO   9 -16.447 -25.908  -4.656
    3    HB3  PRO   9           HB3      PRO   9 -17.873 -25.374  -5.554
    4    HG2  PRO   9           HG2      PRO   9 -14.992 -24.741  -6.012
    5    HG3  PRO   9           HG3      PRO   9 -16.274 -25.050  -7.195
    6    HD2  PRO   9           HD2      PRO   9 -15.355 -22.541  -6.463
    7    HD3  PRO   9           HD3      PRO   9 -16.932 -22.867  -7.205

  No H/Q in entry =           7
  In of MODEL    4
    1    H    THR  10           H        THR  10 -14.828 -22.662  -4.166
    2    HA   THR  10           HA       THR  10 -13.727 -24.208  -1.960
    3    HB   THR  10           HB       THR  10 -12.102 -21.986  -2.963
    4    HG1  THR  10           HG1      THR  10 -12.558 -22.335  -5.011
    5   HG23  THR  10          HG21      THR  10 -10.412 -23.726  -3.100
    6   HG22  THR  10          HG22      THR  10 -11.642 -24.974  -2.896
    7   HG21  THR  10          HG23      THR  10 -11.278 -23.870  -1.571

  No H/Q in entry =           7
  In of MODEL    4
    1    H    LEU  11           H        LEU  11 -14.830 -20.915  -2.717
    2    HA   LEU  11           HA       LEU  11 -14.156 -19.897  -0.133
    3    HB2  LEU  11           HB2      LEU  11 -14.862 -18.802  -2.504
    4    HB3  LEU  11           HB3      LEU  11 -16.401 -18.746  -1.672
    5    HG   LEU  11           HG       LEU  11 -15.566 -16.717  -1.190
    6   HD12  LEU  11          HD11      LEU  11 -14.352 -16.868   1.105
    7   HD11  LEU  11          HD12      LEU  11 -14.853 -18.556   0.971
    8   HD13  LEU  11          HD13      LEU  11 -16.057 -17.275   0.918
    9   HD23  LEU  11          HD21      LEU  11 -13.090 -16.466  -0.450
   10   HD22  LEU  11          HD22      LEU  11 -13.495 -16.577  -2.163
   11   HD21  LEU  11          HD23      LEU  11 -12.896 -17.996  -1.303

  No H/Q in entry =          11
  In of MODEL    4
    1    H    GLU  12           H        GLU  12 -16.674 -21.659  -1.586
    2    HA   GLU  12           HA       GLU  12 -18.644 -21.246   0.492
    3    HB2  GLU  12           HB2      GLU  12 -18.856 -22.087  -2.174
    4    HB3  GLU  12           HB3      GLU  12 -19.151 -23.550  -1.238
    5    HG2  GLU  12           HG2      GLU  12 -20.921 -22.473  -0.018
    6    HG3  GLU  12           HG3      GLU  12 -20.574 -20.935  -0.797

  No H/Q in entry =           6
  In of MODEL    4
    1    H    TRP  13           H        TRP  13 -15.855 -22.881  -0.002
    2    HA   TRP  13           HA       TRP  13 -16.593 -25.109   1.761
    3    HB2  TRP  13           HB2      TRP  13 -14.588 -24.807  -0.304
    4    HB3  TRP  13           HB3      TRP  13 -13.812 -25.212   1.224
    5    HD1  TRP  13           HD1      TRP  13 -17.267 -26.630   0.719
    6    HE1  TRP  13           HE1      TRP  13 -17.107 -29.162   0.316
    7    HE3  TRP  13           HE3      TRP  13 -12.205 -27.039   0.099
    8    HZ2  TRP  13           HZ2      TRP  13 -15.109 -31.081  -0.201
    9    HZ3  TRP  13           HZ3      TRP  13 -11.253 -29.265  -0.348
   10    HH2  TRP  13           HH2      TRP  13 -12.677 -31.242  -0.493

  No H/Q in entry =          10
  In of MODEL    4
    1    H    PHE  14           H        PHE  14 -15.240 -22.009   1.573
    2    HA   PHE  14           HA       PHE  14 -13.838 -22.094   4.118
    3    HB2  PHE  14           HB2      PHE  14 -12.727 -20.770   2.509
    4    HB3  PHE  14           HB3      PHE  14 -14.208 -20.004   1.988
    5    HD1  PHE  14           HD1      PHE  14 -14.786 -17.936   2.808
    6    HD2  PHE  14           HD2      PHE  14 -12.072 -20.302   5.036
    7    HE1  PHE  14           HE1      PHE  14 -14.526 -16.104   4.418
    8    HE2  PHE  14           HE2      PHE  14 -11.796 -18.474   6.648
    9    HZ   PHE  14           HZ       PHE  14 -13.028 -16.369   6.346

  No H/Q in entry =           9
  In of MODEL    4
    1    H    LEU  15           H        LEU  15 -16.922 -21.227   2.845
    2    HA   LEU  15           HA       LEU  15 -17.349 -19.198   4.875
    3    HB2  LEU  15           HB2      LEU  15 -19.080 -19.873   2.498
    4    HB3  LEU  15           HB3      LEU  15 -19.399 -18.605   3.672
    5    HG   LEU  15           HG       LEU  15 -16.949 -18.710   1.922
    6   HD11  LEU  15          HD11      LEU  15 -19.600 -17.496   1.539
    7   HD13  LEU  15          HD12      LEU  15 -18.512 -18.278   0.380
    8   HD12  LEU  15          HD13      LEU  15 -18.165 -16.645   0.957
    9   HD21  LEU  15          HD21      LEU  15 -16.906 -17.422   4.131
   10   HD23  LEU  15          HD22      LEU  15 -17.994 -16.292   3.321
   11   HD22  LEU  15          HD23      LEU  15 -16.391 -16.605   2.657

  No H/Q in entry =          11
  In of MODEL    4
    1    H    SER  16           H        SER  16 -17.386 -22.318   4.405
    2    HA   SER  16           HA       SER  16 -19.823 -22.850   5.952
    3    HB2  SER  16           HB2      SER  16 -18.899 -25.311   5.459
    4    HB3  SER  16           HB3      SER  16 -19.868 -24.466   4.252
    5    HG   SER  16           HG       SER  16 -18.206 -24.454   2.982

  No H/Q in entry =           5
  In of MODEL    4
    1    H    HIS  17           H        HIS  17 -16.661 -22.007   6.145
    2    HA   HIS  17           HA       HIS  17 -16.145 -23.592   8.531
    3    HB2  HIS  17           HB2      HIS  17 -14.394 -22.597   6.372
    4    HB3  HIS  17           HB3      HIS  17 -13.736 -22.494   8.002
    5    HD1  HIS  17           HD1      HIS  17 -14.520 -24.893   5.290
    6    HD2  HIS  17           HD2      HIS  17 -13.413 -25.013   9.302
    7    HE1  HIS  17           HE1      HIS  17 -13.775 -27.261   5.725
    8    HE2  HIS  17           HE2      HIS  17 -13.176 -27.326   8.171

  No H/Q in entry =           8
  In of MODEL    4
    1    H    CYS  18           H        CYS  18 -17.033 -20.509   7.484
    2    HA   CYS  18           HA       CYS  18 -15.890 -19.262   9.848
    3    HB2  CYS  18           HB2      CYS  18 -16.440 -17.110   8.542
    4    HB3  CYS  18           HB3      CYS  18 -15.010 -18.054   8.131
    5    HG   CYS  18           HG       CYS  18 -16.311 -17.054   5.886

  No H/Q in entry =           5
  In of MODEL    4
    1    H    HIS  19           H        HIS  19 -17.362 -17.403  10.853
    2    HA   HIS  19           HA       HIS  19 -20.117 -18.154  10.533
    3    HB2  HIS  19           HB2      HIS  19 -19.202 -17.809  12.761
    4    HB3  HIS  19           HB3      HIS  19 -18.703 -16.180  12.336
    5    HD1  HIS  19           HD1      HIS  19 -21.947 -18.154  12.646
    6    HD2  HIS  19           HD2      HIS  19 -20.462 -14.302  13.143
    7    HE1  HIS  19           HE1      HIS  19 -23.860 -16.800  13.547
    8    HE2  HIS  19           HE2      HIS  19 -22.862 -14.551  14.070

  No H/Q in entry =           8
  In of MODEL    4
    1    H    ILE  20           H        ILE  20 -20.748 -17.236   8.267
    2    HA   ILE  20           HA       ILE  20 -20.400 -14.428   7.772
    3    HB   ILE  20           HB       ILE  20 -22.850 -15.626   6.709
    4   HG12  ILE  20          HG12      ILE  20 -20.968 -17.460   6.758
    5   HG13  ILE  20          HG13      ILE  20 -21.956 -17.243   5.326
    6   HG21  ILE  20          HG21      ILE  20 -20.609 -13.993   5.589
    7   HG23  ILE  20          HG22      ILE  20 -22.267 -13.502   5.935
    8   HG22  ILE  20          HG23      ILE  20 -21.934 -14.612   4.608
    9   HD13  ILE  20          HD11      ILE  20 -20.223 -16.479   4.086
   10   HD12  ILE  20          HD12      ILE  20 -19.306 -17.442   5.247
   11   HD11  ILE  20          HD13      ILE  20 -19.443 -15.699   5.461

  No H/Q in entry =          11
  In of MODEL    4
    1    H    HIS  21           H        HIS  21 -21.322 -12.832   8.692
    2    HA   HIS  21           HA       HIS  21 -23.608 -11.889   8.884
    3    HB2  HIS  21           HB2      HIS  21 -24.579 -14.004   9.843
    4    HB3  HIS  21           HB3      HIS  21 -23.884 -13.532  11.393
    5    HD1  HIS  21           HD1      HIS  21 -25.026 -11.587  12.645
    6    HD2  HIS  21           HD2      HIS  21 -26.787 -12.448   8.972
    7    HE1  HIS  21           HE1      HIS  21 -27.226 -10.375  12.646
    8    HE2  HIS  21           HE2      HIS  21 -28.359 -11.094  10.517

  No H/Q in entry =           8
  In of MODEL    4
    1    H    LYS  22           H        LYS  22 -23.309 -10.066   9.300
    2    HA   LYS  22           HA       LYS  22 -21.378  -9.266  11.317
    3    HB2  LYS  22           HB2      LYS  22 -20.874  -8.913   8.822
    4    HB3  LYS  22           HB3      LYS  22 -21.957  -7.543   8.970
    5    HG2  LYS  22           HG2      LYS  22 -20.352  -7.157  11.111
    6    HG3  LYS  22           HG3      LYS  22 -19.231  -7.924   9.988
    7    HD2  LYS  22           HD2      LYS  22 -20.132  -6.242   8.279
    8    HD3  LYS  22           HD3      LYS  22 -20.763  -5.365   9.680
    9    HE2  LYS  22           HE2      LYS  22 -18.522  -5.215  10.615
   10    HE3  LYS  22           HE3      LYS  22 -17.872  -6.124   9.249
   11    HZ3  LYS  22           HZ1      LYS  22 -18.296  -4.383   7.796
   12    HZ2  LYS  22           HZ2      LYS  22 -17.722  -3.596   9.181
   13    HZ1  LYS  22           HZ3      LYS  22 -19.380  -3.626   8.849

  No H/Q in entry =          13
  In of MODEL    4
    1    H    TYR  23           H        TYR  23 -22.418  -6.473  10.225
    2    HA   TYR  23           HA       TYR  23 -24.585  -6.116  12.107
    3    HB2  TYR  23           HB2      TYR  23 -22.672  -4.252  12.968
    4    HB3  TYR  23           HB3      TYR  23 -23.294  -5.618  13.873
    5    HD1  TYR  23           HD1      TYR  23 -21.930  -7.934  13.131
    6    HD2  TYR  23           HD2      TYR  23 -20.425  -4.001  12.940
    7    HE1  TYR  23           HE1      TYR  23 -19.670  -8.840  13.290
    8    HE2  TYR  23           HE2      TYR  23 -18.126  -4.871  13.095
    9    HH   TYR  23           HH       TYR  23 -17.464  -8.328  12.947

  No H/Q in entry =           9
  In of MODEL    4
    1    HA   PRO  24           HA       PRO  24 -25.663  -2.243  10.142
    2    HB2  PRO  24           HB2      PRO  24 -25.113  -0.381  12.194
    3    HB3  PRO  24           HB3      PRO  24 -26.655  -1.181  11.884
    4    HG2  PRO  24           HG2      PRO  24 -24.520  -1.879  13.840
    5    HG3  PRO  24           HG3      PRO  24 -26.280  -2.034  13.988
    6    HD2  PRO  24           HD2      PRO  24 -24.769  -4.178  13.554
    7    HD3  PRO  24           HD3      PRO  24 -26.337  -3.997  12.741

  No H/Q in entry =           7
  In of MODEL    4
    1    H    SER  25           H        SER  25 -24.589  -0.419   8.978
    2    HA   SER  25           HA       SER  25 -21.768  -0.493   9.099
    3    HB2  SER  25           HB2      SER  25 -22.545   1.941   7.945
    4    HB3  SER  25           HB3      SER  25 -22.002   0.479   7.142
    5    HG   SER  25           HG       SER  25 -24.366   1.551   6.937

  No H/Q in entry =           5
  In of MODEL    4
    1    H    LYS  26           H        LYS  26 -20.362   1.104   9.589
    2    HA   LYS  26           HA       LYS  26 -19.656   3.117  10.720
    3    HB2  LYS  26           HB2      LYS  26 -21.995   3.790  11.441
    4    HB3  LYS  26           HB3      LYS  26 -22.022   2.494  12.628
    5    HG2  LYS  26           HG2      LYS  26 -20.110   3.575  13.890
    6    HG3  LYS  26           HG3      LYS  26 -19.957   4.809  12.643
    7    HD2  LYS  26           HD2      LYS  26 -22.287   5.625  13.261
    8    HD3  LYS  26           HD3      LYS  26 -22.398   4.345  14.485
    9    HE2  LYS  26           HE2      LYS  26 -20.302   5.232  15.629
   10    HE3  LYS  26           HE3      LYS  26 -20.190   6.537  14.437
   11    HZ1  LYS  26           HZ1      LYS  26 -22.717   6.150  15.930
   12    HZ2  LYS  26           HZ2      LYS  26 -21.471   6.940  16.646
   13    HZ3  LYS  26           HZ3      LYS  26 -22.054   7.505  15.180

  No H/Q in entry =          13
  In of MODEL    4
    1    H    SER  27           H        SER  27 -20.150  -0.106  11.203
    2    HA   SER  27           HA       SER  27 -19.035  -0.336  13.807
    3    HB2  SER  27           HB2      SER  27 -18.746  -2.800  12.823
    4    HB3  SER  27           HB3      SER  27 -20.289  -2.200  13.428
    5    HG   SER  27           HG       SER  27 -21.066  -2.151  11.460

  No H/Q in entry =           5
  In of MODEL    4
    1    H    THR  28           H        THR  28 -17.172  -1.746  14.000
    2    HA   THR  28           HA       THR  28 -15.101  -1.710  12.133
    3    HB   THR  28           HB       THR  28 -14.756   0.660  12.666
    4    HG1  THR  28           HG1      THR  28 -12.796   0.038  14.332
    5   HG22  THR  28          HG21      THR  28 -14.736  -0.118  15.584
    6   HG21  THR  28          HG22      THR  28 -16.105   0.633  14.762
    7   HG23  THR  28          HG23      THR  28 -14.580   1.505  14.912

  No H/Q in entry =           7
  In of MODEL    4
    1    H    LEU  29           H        LEU  29 -13.543  -2.676  12.992
    2    HA   LEU  29           HA       LEU  29 -14.491  -4.742  14.778
    3    HB2  LEU  29           HB2      LEU  29 -13.183  -6.026  12.607
    4    HB3  LEU  29           HB3      LEU  29 -14.850  -6.202  13.102
    5    HG   LEU  29           HG       LEU  29 -13.732  -4.366  10.953
    6   HD13  LEU  29          HD11      LEU  29 -14.924  -5.657   9.406
    7   HD12  LEU  29          HD12      LEU  29 -15.861  -6.464  10.672
    8   HD11  LEU  29          HD13      LEU  29 -14.140  -6.827  10.476
    9   HD22  LEU  29          HD21      LEU  29 -15.781  -3.380  10.578
   10   HD21  LEU  29          HD22      LEU  29 -15.710  -3.437  12.344
   11   HD23  LEU  29          HD23      LEU  29 -16.660  -4.634  11.464

  No H/Q in entry =          11
  In of MODEL    4
    1    H    ILE  30           H        ILE  30 -11.889  -3.150  13.130
    2    HA   ILE  30           HA       ILE  30  -9.936  -3.687  15.033
    3    HB   ILE  30           HB       ILE  30  -8.548  -5.113  13.090
    4   HG12  ILE  30          HG12      ILE  30 -10.425  -7.158  13.195
    5   HG13  ILE  30          HG13      ILE  30 -11.371  -5.739  12.779
    6   HG21  ILE  30          HG21      ILE  30  -9.843  -5.897  15.655
    7   HG23  ILE  30          HG22      ILE  30  -8.136  -5.682  15.267
    8   HG22  ILE  30          HG23      ILE  30  -8.999  -7.104  14.685
    9   HD13  ILE  30          HD11      ILE  30 -10.785  -6.648  10.731
   10   HD12  ILE  30          HD12      ILE  30  -9.142  -7.020  11.262
   11   HD11  ILE  30          HD13      ILE  30  -9.611  -5.347  10.958

  No H/Q in entry =          11
  In of MODEL    4
    1    H    HIS  31           H        HIS  31  -9.406  -1.805  14.820
    2    HA   HIS  31           HA       HIS  31  -7.313  -1.012  13.138
    3    HB2  HIS  31           HB2      HIS  31  -8.759  -0.499  11.360
    4    HB3  HIS  31           HB3      HIS  31 -10.140  -0.209  12.418
    5    HD1  HIS  31           HD1      HIS  31  -7.309   1.494  10.712
    6    HD2  HIS  31           HD2      HIS  31 -10.317   2.403  13.424
    7    HE1  HIS  31           HE1      HIS  31  -7.259   3.985  10.957
    8    HE2  HIS  31           HE2      HIS  31  -8.986   4.494  12.733

  No H/Q in entry =           8
  In of MODEL    4
    1    H    GLN  32           H        GLN  32  -7.547  -1.162  15.939
    2    HA   GLN  32           HA       GLN  32  -7.106   1.682  16.528
    3    HB2  GLN  32           HB2      GLN  32  -9.274   0.100  17.891
    4    HB3  GLN  32           HB3      GLN  32  -8.453   1.409  18.717
    5    HG2  GLN  32           HG2      GLN  32 -10.103   1.649  16.191
    6    HG3  GLN  32           HG3      GLN  32 -10.569   2.160  17.806
    7   HE21  GLN  32          HE21      GLN  32 -10.847   4.304  17.417
    8   HE22  GLN  32          HE22      GLN  32  -9.577   5.370  16.922

  No H/Q in entry =           8
  In of MODEL    4
    1    H    GLY  33           H        GLY  33  -6.401  -1.494  16.723
    2    HA3  GLY  33           HA2      GLY  33  -4.053  -1.834  17.487
    3    HA2  GLY  33           HA3      GLY  33  -4.551  -1.018  18.959

  No H/Q in entry =           3
  In of MODEL    4
    1    H    GLU  34           H        GLU  34  -6.711  -3.154  17.334
    2    HA   GLU  34           HA       GLU  34  -6.638  -5.092  19.520
    3    HB2  GLU  34           HB2      GLU  34  -8.376  -5.234  17.070
    4    HB3  GLU  34           HB3      GLU  34  -8.715  -5.825  18.676
    5    HG2  GLU  34           HG2      GLU  34 -10.070  -4.020  18.694
    6    HG3  GLU  34           HG3      GLU  34  -8.584  -3.222  19.202

  No H/Q in entry =           6
  In of MODEL    4
    1    H    LYS  35           H        LYS  35  -5.462  -6.904  19.297
    2    HA   LYS  35           HA       LYS  35  -3.937  -7.617  17.114
    3    HB2  LYS  35           HB2      LYS  35  -4.951  -9.114  19.475
    4    HB3  LYS  35           HB3      LYS  35  -4.258 -10.040  18.150
    5    HG2  LYS  35           HG2      LYS  35  -2.203  -8.677  18.318
    6    HG3  LYS  35           HG3      LYS  35  -2.902  -7.857  19.717
    7    HD2  LYS  35           HD2      LYS  35  -1.590  -9.504  20.696
    8    HD3  LYS  35           HD3      LYS  35  -3.190 -10.246  20.676
    9    HE2  LYS  35           HE2      LYS  35  -2.427 -11.205  18.384
   10    HE3  LYS  35           HE3      LYS  35  -0.805 -10.831  18.964
   11    HZ3  LYS  35           HZ1      LYS  35  -1.163 -13.014  19.621
   12    HZ2  LYS  35           HZ2      LYS  35  -2.770 -12.736  20.078
   13    HZ1  LYS  35           HZ3      LYS  35  -1.499 -12.136  21.025

  No H/Q in entry =          13
  In of MODEL    4
    1    H    ALA  36           H        ALA  36  -4.611  -8.059  15.072
    2    HA   ALA  36           HA       ALA  36  -7.281  -8.926  14.597
    3    HB1  ALA  36           HB1      ALA  36  -5.253  -7.689  13.118
    4    HB3  ALA  36           HB2      ALA  36  -6.899  -8.056  12.600
    5    HB2  ALA  36           HB3      ALA  36  -5.603  -9.214  12.300

  No H/Q in entry =           5
  In of MODEL    4
    1    H    GLU  37           H        GLU  37  -6.957 -10.867  16.027
    2    HA   GLU  37           HA       GLU  37  -5.604 -13.126  14.787
    3    HB2  GLU  37           HB2      GLU  37  -7.282 -12.952  17.301
    4    HB3  GLU  37           HB3      GLU  37  -6.402 -14.378  16.771
    5    HG2  GLU  37           HG2      GLU  37  -4.322 -12.872  16.867
    6    HG3  GLU  37           HG3      GLU  37  -5.334 -11.793  17.829

  No H/Q in entry =           6
  In of MODEL    4
    1    H    THR  38           H        THR  38  -8.611 -11.633  14.766
    2    HA   THR  38           HA       THR  38  -9.910 -14.030  13.688
    3    HB   THR  38           HB       THR  38 -11.201 -13.361  15.543
    4    HG1  THR  38           HG1      THR  38 -12.435 -12.014  13.356
    5   HG21  THR  38          HG21      THR  38 -10.945 -10.517  14.566
    6   HG23  THR  38          HG22      THR  38 -10.177 -11.214  15.992
    7   HG22  THR  38          HG23      THR  38 -11.931 -11.032  15.934

  No H/Q in entry =           7
  In of MODEL    4
    1    H    LEU  39           H        LEU  39 -10.539 -13.986  11.611
    2    HA   LEU  39           HA       LEU  39 -10.026 -11.511  10.163
    3    HB2  LEU  39           HB2      LEU  39  -9.069 -12.750   8.591
    4    HB3  LEU  39           HB3      LEU  39  -9.265 -14.139   9.642
    5    HG   LEU  39           HG       LEU  39 -11.628 -13.457   8.015
    6   HD11  LEU  39          HD11      LEU  39  -9.093 -14.482   6.751
    7   HD13  LEU  39          HD12      LEU  39  -9.923 -12.970   6.381
    8   HD12  LEU  39          HD13      LEU  39 -10.688 -14.513   5.998
    9   HD23  LEU  39          HD21      LEU  39 -11.438 -15.976   7.651
   10   HD22  LEU  39          HD22      LEU  39 -11.773 -15.412   9.287
   11   HD21  LEU  39          HD23      LEU  39 -10.144 -15.927   8.850

  No H/Q in entry =          11
  In of MODEL    4
    1    H    TYR  40           H        TYR  40 -11.592 -10.827   8.512
    2    HA   TYR  40           HA       TYR  40 -14.281 -11.888   9.009
    3    HB2  TYR  40           HB2      TYR  40 -13.693  -8.960   8.599
    4    HB3  TYR  40           HB3      TYR  40 -15.214  -9.689   9.070
    5    HD1  TYR  40           HD1      TYR  40 -15.816  -9.631  11.244
    6    HD2  TYR  40           HD2      TYR  40 -11.694  -9.319  10.320
    7    HE1  TYR  40           HE1      TYR  40 -15.335  -9.163  13.606
    8    HE2  TYR  40           HE2      TYR  40 -11.187  -8.875  12.684
    9    HH   TYR  40           HH       TYR  40 -12.366  -7.975  14.680

  No H/Q in entry =           9
  In of MODEL    4
    1    H    TYR  41           H        TYR  41 -15.027 -12.654   7.096
    2    HA   TYR  41           HA       TYR  41 -14.041 -11.496   4.602
    3    HB2  TYR  41           HB2      TYR  41 -14.302 -14.017   5.160
    4    HB3  TYR  41           HB3      TYR  41 -16.020 -13.741   4.913
    5    HD1  TYR  41           HD1      TYR  41 -16.392 -12.234   2.605
    6    HD2  TYR  41           HD2      TYR  41 -13.292 -14.964   3.451
    7    HE1  TYR  41           HE1      TYR  41 -16.022 -12.544   0.200
    8    HE2  TYR  41           HE2      TYR  41 -12.874 -15.293   1.104
    9    HH   TYR  41           HH       TYR  41 -14.349 -13.246  -1.312

  No H/Q in entry =           9
  In of MODEL    4
    1    H    ILE  42           H        ILE  42 -15.151  -9.551   4.405
    2    HA   ILE  42           HA       ILE  42 -17.888  -9.224   4.905
    3    HB   ILE  42           HB       ILE  42 -16.438  -7.324   4.642
    4   HG12  ILE  42          HG12      ILE  42 -18.054  -6.869   2.240
    5   HG13  ILE  42          HG13      ILE  42 -18.942  -7.491   3.633
    6   HG22  ILE  42          HG21      ILE  42 -15.575  -6.654   2.415
    7   HG21  ILE  42          HG22      ILE  42 -16.036  -8.246   1.816
    8   HG23  ILE  42          HG23      ILE  42 -14.824  -8.100   3.087
    9   HD11  ILE  42          HD11      ILE  42 -17.987  -5.687   4.994
   10   HD13  ILE  42          HD12      ILE  42 -18.982  -5.103   3.656
   11   HD12  ILE  42          HD13      ILE  42 -17.222  -5.039   3.542

  No H/Q in entry =          11
  In of MODEL    4
    1    H    VAL  43           H        VAL  43 -19.257 -10.706   4.106
    2    HA   VAL  43           HA       VAL  43 -18.795 -11.854   1.500
    3    HB   VAL  43           HB       VAL  43 -20.941 -12.538   3.493
    4   HG11  VAL  43          HG11      VAL  43 -21.266 -13.239   1.108
    5   HG13  VAL  43          HG12      VAL  43 -21.202 -14.550   2.286
    6   HG12  VAL  43          HG13      VAL  43 -19.793 -14.202   1.276
    7   HG21  VAL  43          HG21      VAL  43 -18.158 -13.591   3.080
    8   HG23  VAL  43          HG22      VAL  43 -19.404 -14.469   3.960
    9   HG22  VAL  43          HG23      VAL  43 -18.852 -12.901   4.548

  No H/Q in entry =           9
  In of MODEL    4
    1    H    LYS  44           H        LYS  44 -20.591  -9.553   2.845
    2    HA   LYS  44           HA       LYS  44 -22.120  -8.657   0.624
    3    HB2  LYS  44           HB2      LYS  44 -23.364 -10.484   2.541
    4    HB3  LYS  44           HB3      LYS  44 -24.115  -8.898   2.609
    5    HG2  LYS  44           HG2      LYS  44 -23.743 -10.370   0.025
    6    HG3  LYS  44           HG3      LYS  44 -25.154 -10.605   1.060
    7    HD2  LYS  44           HD2      LYS  44 -25.708  -8.260   0.900
    8    HD3  LYS  44           HD3      LYS  44 -24.247  -7.949  -0.040
    9    HE2  LYS  44           HE2      LYS  44 -26.361  -8.136  -1.388
   10    HE3  LYS  44           HE3      LYS  44 -25.062  -9.222  -1.882
   11    HZ1  LYS  44           HZ1      LYS  44 -27.343  -9.994  -0.141
   12    HZ3  LYS  44           HZ2      LYS  44 -26.136 -11.024  -0.733
   13    HZ2  LYS  44           HZ3      LYS  44 -27.241 -10.314  -1.798

  No H/Q in entry =          13
  In of MODEL    4
    1    H    GLY  45           H        GLY  45 -22.826  -6.545   1.159
    2    HA3  GLY  45           HA2      GLY  45 -22.966  -4.583   2.455
    3    HA2  GLY  45           HA3      GLY  45 -22.151  -5.429   3.781

  No H/Q in entry =           3
  In of MODEL    4
    1    H    SER  46           H        SER  46 -21.089  -2.926   2.870
    2    HA   SER  46           HA       SER  46 -18.523  -3.988   2.092
    3    HB2  SER  46           HB2      SER  46 -18.244  -2.636   0.205
    4    HB3  SER  46           HB3      SER  46 -19.947  -3.078   0.075
    5    HG   SER  46           HG       SER  46 -19.643  -0.890   1.618

  No H/Q in entry =           5
  In of MODEL    4
    1    H    VAL  47           H        VAL  47 -16.756  -2.617   2.685
    2    HA   VAL  47           HA       VAL  47 -17.604  -0.791   4.818
    3    HB   VAL  47           HB       VAL  47 -15.826  -1.494   6.286
    4   HG11  VAL  47          HG11      VAL  47 -17.943  -2.713   6.416
    5   HG13  VAL  47          HG12      VAL  47 -16.567  -3.746   6.824
    6   HG12  VAL  47          HG13      VAL  47 -17.329  -3.869   5.235
    7   HG21  VAL  47          HG21      VAL  47 -15.127  -3.423   4.098
    8   HG23  VAL  47          HG22      VAL  47 -14.477  -3.489   5.736
    9   HG22  VAL  47          HG23      VAL  47 -14.132  -2.097   4.704

  No H/Q in entry =           9
  In of MODEL    4
    1    H    ALA  48           H        ALA  48 -15.572   0.321   5.784
    2    HA   ALA  48           HA       ALA  48 -14.267   1.534   3.452
    3    HB2  ALA  48           HB1      ALA  48 -15.997   2.801   5.046
    4    HB3  ALA  48           HB2      ALA  48 -14.615   3.609   4.306
    5    HB1  ALA  48           HB3      ALA  48 -14.521   3.057   5.977

  No H/Q in entry =           5
  In of MODEL    4
    1    H    VAL  49           H        VAL  49 -12.441   0.401   3.451
    2    HA   VAL  49           HA       VAL  49 -11.013  -0.303   5.803
    3    HB   VAL  49           HB       VAL  49 -10.459  -0.432   2.853
    4   HG11  VAL  49          HG11      VAL  49  -8.423   0.074   4.553
    5   HG13  VAL  49          HG12      VAL  49  -8.290  -0.783   3.017
    6   HG12  VAL  49          HG13      VAL  49  -8.445  -1.689   4.523
    7   HG22  VAL  49          HG21      VAL  49 -11.815  -2.189   3.689
    8   HG21  VAL  49          HG22      VAL  49 -10.714  -2.468   5.042
    9   HG23  VAL  49          HG23      VAL  49 -10.205  -2.852   3.397

  No H/Q in entry =           9
  In of MODEL    4
    1    H    LEU  50           H        LEU  50  -9.609   0.911   6.892
    2    HA   LEU  50           HA       LEU  50  -8.499   3.287   5.719
    3    HB2  LEU  50           HB2      LEU  50  -9.117   4.679   7.495
    4    HB3  LEU  50           HB3      LEU  50 -10.549   3.824   6.986
    5    HG   LEU  50           HG       LEU  50  -8.987   3.488   9.518
    6   HD12  LEU  50          HD11      LEU  50 -11.296   3.837  10.411
    7   HD11  LEU  50          HD12      LEU  50 -11.801   4.185   8.753
    8   HD13  LEU  50          HD13      LEU  50 -10.599   5.216   9.552
    9   HD23  LEU  50          HD21      LEU  50 -10.553   1.669  10.087
   10   HD22  LEU  50          HD22      LEU  50  -9.448   1.235   8.784
   11   HD21  LEU  50          HD23      LEU  50 -11.122   1.659   8.417

  No H/Q in entry =          11
  In of MODEL    4
    1    H    ILE  51           H        ILE  51  -6.613   4.115   6.587
    2    HA   ILE  51           HA       ILE  51  -5.133   2.127   8.187
    3    HB   ILE  51           HB       ILE  51  -3.129   3.013   6.875
    4   HG12  ILE  51          HG12      ILE  51  -5.384   3.966   5.084
    5   HG13  ILE  51          HG13      ILE  51  -4.227   4.996   5.918
    6   HG22  ILE  51          HG21      ILE  51  -3.693   1.506   4.941
    7   HG21  ILE  51          HG22      ILE  51  -5.320   1.375   5.610
    8   HG23  ILE  51          HG23      ILE  51  -3.938   0.793   6.536
    9   HD12  ILE  51          HD11      ILE  51  -3.885   4.524   3.425
   10   HD11  ILE  51          HD12      ILE  51  -3.310   2.941   3.950
   11   HD13  ILE  51          HD13      ILE  51  -2.495   4.404   4.501

  No H/Q in entry =          11
  In of MODEL    4
    1    H    LYS  52           H        LYS  52  -3.244   2.965   9.300
    2    HA   LYS  52           HA       LYS  52  -3.775   5.601  10.463
    3    HB2  LYS  52           HB2      LYS  52  -2.180   3.299  11.614
    4    HB3  LYS  52           HB3      LYS  52  -2.540   4.816  12.428
    5    HG2  LYS  52           HG2      LYS  52  -5.020   4.088  11.927
    6    HG3  LYS  52           HG3      LYS  52  -4.295   2.486  11.885
    7    HD2  LYS  52           HD2      LYS  52  -4.183   2.419  14.111
    8    HD3  LYS  52           HD3      LYS  52  -3.326   3.962  14.158
    9    HE2  LYS  52           HE2      LYS  52  -5.560   5.084  13.871
   10    HE3  LYS  52           HE3      LYS  52  -6.303   3.506  14.115
   11    HZ1  LYS  52           HZ1      LYS  52  -4.961   3.485  16.275
   12    HZ3  LYS  52           HZ2      LYS  52  -6.332   4.476  16.199
   13    HZ2  LYS  52           HZ3      LYS  52  -4.788   5.151  16.036

  No H/Q in entry =          13
  In of MODEL    4
    1    H    ASP  53           H        ASP  53  -2.166   7.127  10.580
    2    HA   ASP  53           HA       ASP  53   0.067   6.739   8.772
    3    HB2  ASP  53           HB2      ASP  53  -1.627   8.703   8.835
    4    HB3  ASP  53           HB3      ASP  53  -0.591   9.316  10.115

  No H/Q in entry =           4
  In of MODEL    4
    1    H    GLU  54           H        GLU  54   1.729   8.797   9.755
    2    HA   GLU  54           HA       GLU  54   3.077   7.326  11.921
    3    HB2  GLU  54           HB2      GLU  54   4.241   7.895   9.668
    4    HB3  GLU  54           HB3      GLU  54   4.194   9.564  10.202
    5    HG2  GLU  54           HG2      GLU  54   5.546   8.957  12.150
    6    HG3  GLU  54           HG3      GLU  54   5.639   7.300  11.546

  No H/Q in entry =           6
  In of MODEL    4
    1    H    GLU  55           H        GLU  55   0.958   9.764  11.307
    2    HA   GLU  55           HA       GLU  55   1.661  11.224  13.790
    3    HB2  GLU  55           HB2      GLU  55   0.082  13.016  12.557
    4    HB3  GLU  55           HB3      GLU  55   1.826  13.025  12.337
    5    HG2  GLU  55           HG2      GLU  55   1.620  12.626  10.162
    6    HG3  GLU  55           HG3      GLU  55   0.532  11.269  10.447

  No H/Q in entry =           6
  In of MODEL    4
    1    H    GLY  56           H        GLY  56  -0.005   8.816  12.911
    2    HA3  GLY  56           HA2      GLY  56  -1.807   7.840  14.001
    3    HA2  GLY  56           HA3      GLY  56  -2.092   9.363  14.822

  No H/Q in entry =           3
  In of MODEL    4
    1    H    LYS  57           H        LYS  57  -1.975   9.458  11.229
    2    HA   LYS  57           HA       LYS  57  -4.732  10.268  11.425
    3    HB2  LYS  57           HB2      LYS  57  -3.378  11.651  10.037
    4    HB3  LYS  57           HB3      LYS  57  -2.628  10.269   9.266
    5    HG2  LYS  57           HG2      LYS  57  -4.782   9.756   8.170
    6    HG3  LYS  57           HG3      LYS  57  -5.456  11.224   8.881
    7    HD2  LYS  57           HD2      LYS  57  -4.777  11.724   6.632
    8    HD3  LYS  57           HD3      LYS  57  -3.657  12.525   7.734
    9    HE2  LYS  57           HE2      LYS  57  -2.786   9.844   7.021
   10    HE3  LYS  57           HE3      LYS  57  -2.990  10.876   5.608
   11    HZ3  LYS  57           HZ1      LYS  57  -1.352  12.307   6.312
   12    HZ2  LYS  57           HZ2      LYS  57  -0.739  10.826   6.861
   13    HZ1  LYS  57           HZ3      LYS  57  -1.503  11.888   7.948

  No H/Q in entry =          13
  In of MODEL    4
    1    H    GLU  58           H        GLU  58  -6.308   8.806  11.121
    2    HA   GLU  58           HA       GLU  58  -5.582   6.240   9.911
    3    HB2  GLU  58           HB2      GLU  58  -7.785   5.666  11.360
    4    HB3  GLU  58           HB3      GLU  58  -6.163   5.514  12.014
    5    HG2  GLU  58           HG2      GLU  58  -6.344   7.613  13.127
    6    HG3  GLU  58           HG3      GLU  58  -7.876   7.961  12.324

  No H/Q in entry =           6
  In of MODEL    4
    1    H    MET  59           H        MET  59  -6.285   6.876   7.672
    2    HA   MET  59           HA       MET  59  -8.944   8.007   7.644
    3    HB2  MET  59           HB2      MET  59  -8.173   9.073   5.646
    4    HB3  MET  59           HB3      MET  59  -6.998   9.382   6.927
    5    HG2  MET  59           HG2      MET  59  -5.455   7.879   6.018
    6    HG3  MET  59           HG3      MET  59  -6.655   7.169   4.940
    7    HE3  MET  59           HE1      MET  59  -7.027   8.883   2.075
    8    HE2  MET  59           HE2      MET  59  -7.675  10.242   2.995
    9    HE1  MET  59           HE3      MET  59  -8.033   8.586   3.493

  No H/Q in entry =           9
  In of MODEL    4
    1    H    ILE  60           H        ILE  60 -10.364   7.089   6.229
    2    HA   ILE  60           HA       ILE  60  -9.927   4.483   5.327
    3    HB   ILE  60           HB       ILE  60 -11.900   4.903   3.791
    4   HG12  ILE  60          HG12      ILE  60 -11.662   7.569   5.128
    5   HG13  ILE  60          HG13      ILE  60 -12.121   7.180   3.470
    6   HG21  ILE  60          HG21      ILE  60 -12.043   5.211   6.777
    7   HG23  ILE  60          HG22      ILE  60 -12.164   3.726   5.830
    8   HG22  ILE  60          HG23      ILE  60 -13.455   4.925   5.762
    9   HD12  ILE  60          HD11      ILE  60 -13.967   8.006   4.922
   10   HD11  ILE  60          HD12      ILE  60 -13.786   6.508   5.847
   11   HD13  ILE  60          HD13      ILE  60 -14.247   6.444   4.146

  No H/Q in entry =          11
  In of MODEL    4
    1    H    LEU  61           H        LEU  61  -8.788   3.778   3.775
    2    HA   LEU  61           HA       LEU  61  -7.813   5.655   1.784
    3    HB2  LEU  61           HB2      LEU  61  -5.804   4.458   1.652
    4    HB3  LEU  61           HB3      LEU  61  -6.189   4.570   3.349
    5    HG   LEU  61           HG       LEU  61  -5.192   2.461   2.936
    6   HD13  LEU  61          HD11      LEU  61  -6.801   0.956   3.810
    7   HD12  LEU  61          HD12      LEU  61  -8.124   1.998   3.285
    8   HD11  LEU  61          HD13      LEU  61  -7.019   2.543   4.550
    9   HD23  LEU  61          HD21      LEU  61  -6.329   0.752   1.507
   10   HD22  LEU  61          HD22      LEU  61  -5.497   2.051   0.646
   11   HD21  LEU  61          HD23      LEU  61  -7.254   2.077   0.803

  No H/Q in entry =          11
  In of MODEL    4
    1    H    SER  62           H        SER  62  -9.682   2.805   2.256
    2    HA   SER  62           HA       SER  62 -10.659   2.957  -0.394
    3    HB2  SER  62           HB2      SER  62  -9.785   0.985  -1.422
    4    HB3  SER  62           HB3      SER  62  -8.402   1.909  -0.840
    5    HG   SER  62           HG       SER  62  -9.362   0.152   1.020

  No H/Q in entry =           5
  In of MODEL    4
    1    H    TYR  63           H        TYR  63 -12.581   1.957  -0.494
    2    HA   TYR  63           HA       TYR  63 -13.417   0.267   1.699
    3    HB2  TYR  63           HB2      TYR  63 -15.306   1.077  -0.451
    4    HB3  TYR  63           HB3      TYR  63 -15.552   1.041   1.285
    5    HD1  TYR  63           HD1      TYR  63 -15.873   3.158  -1.257
    6    HD2  TYR  63           HD2      TYR  63 -13.635   2.943   2.355
    7    HE1  TYR  63           HE1      TYR  63 -15.772   5.612  -1.182
    8    HE2  TYR  63           HE2      TYR  63 -13.531   5.397   2.436
    9    HH   TYR  63           HH       TYR  63 -15.433   7.364   1.041

  No H/Q in entry =           9
  In of MODEL    4
    1    H    LEU  64           H        LEU  64 -15.181  -1.162   0.783
    2    HA   LEU  64           HA       LEU  64 -13.766  -3.058  -0.868
    3    HB2  LEU  64           HB2      LEU  64 -15.516  -3.736   1.412
    4    HB3  LEU  64           HB3      LEU  64 -14.523  -4.822   0.470
    5    HG   LEU  64           HG       LEU  64 -13.545  -2.702   2.372
    6   HD11  LEU  64          HD11      LEU  64 -14.551  -4.982   3.116
    7   HD13  LEU  64          HD12      LEU  64 -13.046  -4.399   3.823
    8   HD12  LEU  64          HD13      LEU  64 -13.008  -5.623   2.553
    9   HD23  LEU  64          HD21      LEU  64 -11.335  -3.840   1.971
   10   HD22  LEU  64          HD22      LEU  64 -11.925  -2.803   0.666
   11   HD21  LEU  64          HD23      LEU  64 -12.067  -4.557   0.536

  No H/Q in entry =          11
  In of MODEL    4
    1    H    ASN  65           H        ASN  65 -15.451  -4.990  -1.008
    2    HA   ASN  65           HA       ASN  65 -17.996  -4.042  -2.014
    3    HB2  ASN  65           HB2      ASN  65 -15.887  -5.045  -3.720
    4    HB3  ASN  65           HB3      ASN  65 -17.243  -6.169  -3.721
    5   HD21  ASN  65          HD21      ASN  65 -17.282  -2.650  -3.370
    6   HD22  ASN  65          HD22      ASN  65 -18.221  -2.341  -4.792

  No H/Q in entry =           6
  In of MODEL    4
    1    H    GLN  66           H        GLN  66 -19.468  -5.750  -2.078
    2    HA   GLN  66           HA       GLN  66 -19.615  -7.530   0.074
    3    HB2  GLN  66           HB2      GLN  66 -21.113  -7.420  -2.625
    4    HB3  GLN  66           HB3      GLN  66 -21.572  -8.490  -1.302
    5    HG2  GLN  66           HG2      GLN  66 -22.099  -6.492   0.169
    6    HG3  GLN  66           HG3      GLN  66 -21.516  -5.392  -1.056
    7   HE22  GLN  66          HE21      GLN  66 -25.154  -5.243  -1.342
    8   HE21  GLN  66          HE22      GLN  66 -23.780  -4.694  -0.234

  No H/Q in entry =           8
  In of MODEL    4
    1    H    GLY  67           H        GLY  67 -17.596  -8.725  -0.058
    2    HA3  GLY  67           HA2      GLY  67 -17.492 -11.258  -0.524
    3    HA2  GLY  67           HA3      GLY  67 -17.473 -10.714  -2.196

  No H/Q in entry =           3
  In of MODEL    4
    1    H    ASP  68           H        ASP  68 -15.930  -8.663   0.089
    2    HA   ASP  68           HA       ASP  68 -13.337  -9.271  -1.083
    3    HB2  ASP  68           HB2      ASP  68 -14.664  -6.911  -0.265
    4    HB3  ASP  68           HB3      ASP  68 -13.320  -7.122   0.846

  No H/Q in entry =           4
  In of MODEL    4
    1    H    PHE  69           H        PHE  69 -11.940  -8.165   1.248
    2    HA   PHE  69           HA       PHE  69 -12.368 -10.292   3.209
    3    HB2  PHE  69           HB2      PHE  69  -9.729  -9.386   2.055
    4    HB3  PHE  69           HB3      PHE  69  -9.896 -10.473   3.427
    5    HD1  PHE  69           HD1      PHE  69 -10.943 -12.719   3.083
    6    HD2  PHE  69           HD2      PHE  69  -9.880 -10.169  -0.156
    7    HE1  PHE  69           HE1      PHE  69 -10.986 -14.644   1.553
    8    HE2  PHE  69           HE2      PHE  69  -9.940 -12.091  -1.690
    9    HZ   PHE  69           HZ       PHE  69 -10.487 -14.332  -0.835

  No H/Q in entry =           9
  In of MODEL    4
    1    H    ILE  70           H        ILE  70 -11.295  -9.794   5.310
    2    HA   ILE  70           HA       ILE  70 -10.741  -7.005   5.873
    3    HB   ILE  70           HB       ILE  70 -13.146  -8.462   6.957
    4   HG12  ILE  70          HG12      ILE  70 -12.739  -5.699   5.802
    5   HG13  ILE  70          HG13      ILE  70 -13.622  -7.039   5.077
    6   HG21  ILE  70          HG21      ILE  70 -11.704  -6.147   8.228
    7   HG23  ILE  70          HG22      ILE  70 -11.969  -7.749   8.913
    8   HG22  ILE  70          HG23      ILE  70 -13.333  -6.660   8.660
    9   HD11  ILE  70          HD11      ILE  70 -14.855  -6.680   7.528
   10   HD13  ILE  70          HD12      ILE  70 -15.450  -6.137   5.958
   11   HD12  ILE  70          HD13      ILE  70 -14.510  -5.041   6.969

  No H/Q in entry =          11
  In of MODEL    4
    1    H    GLY  71           H        GLY  71  -9.316  -6.843   7.545
    2    HA3  GLY  71           HA2      GLY  71  -8.100  -7.431   9.427
    3    HA2  GLY  71           HA3      GLY  71  -9.139  -8.837   9.615

  No H/Q in entry =           3
  In of MODEL    4
    1    H    GLU  72           H        GLU  72  -7.756  -8.492   6.489
    2    HA   GLU  72           HA       GLU  72  -6.265 -10.902   6.862
    3    HB2  GLU  72           HB2      GLU  72  -5.554  -9.343   4.511
    4    HB3  GLU  72           HB3      GLU  72  -6.154 -10.985   4.618
    5    HG2  GLU  72           HG2      GLU  72  -7.724  -9.873   3.321
    6    HG3  GLU  72           HG3      GLU  72  -8.463  -9.936   4.927

  No H/Q in entry =           6
  In of MODEL    4
    1    H    LEU  73           H        LEU  73  -5.844  -7.563   6.565
    2    HA   LEU  73           HA       LEU  73  -3.114  -7.222   6.501
    3    HB2  LEU  73           HB2      LEU  73  -5.484  -5.679   6.847
    4    HB3  LEU  73           HB3      LEU  73  -4.282  -5.135   8.004
    5    HG   LEU  73           HG       LEU  73  -4.236  -3.876   5.886
    6   HD13  LEU  73          HD11      LEU  73  -2.263  -3.823   7.102
    7   HD12  LEU  73          HD12      LEU  73  -1.736  -4.345   5.500
    8   HD11  LEU  73          HD13      LEU  73  -1.928  -5.527   6.799
    9   HD22  LEU  73          HD21      LEU  73  -4.827  -5.508   4.257
   10   HD21  LEU  73          HD22      LEU  73  -3.513  -6.576   4.752
   11   HD23  LEU  73          HD23      LEU  73  -3.151  -5.056   3.931

  No H/Q in entry =          11
  In of MODEL    4
    1    H    GLY  74           H        GLY  74  -4.799  -8.684   8.949
    2    HA3  GLY  74           HA2      GLY  74  -2.662  -7.966  10.858
    3    HA2  GLY  74           HA3      GLY  74  -4.312  -8.297  11.358

  No H/Q in entry =           3
  In of MODEL    4
    1    H    LEU  75           H        LEU  75  -4.387 -10.496   9.252
    2    HA   LEU  75           HA       LEU  75  -3.206 -12.559  10.972
    3    HB2  LEU  75           HB2      LEU  75  -4.938 -13.903  10.294
    4    HB3  LEU  75           HB3      LEU  75  -5.696 -12.348  10.017
    5    HG   LEU  75           HG       LEU  75  -4.461 -12.741   7.626
    6   HD12  LEU  75          HD11      LEU  75  -5.457 -15.463   8.478
    7   HD11  LEU  75          HD12      LEU  75  -3.761 -15.020   8.293
    8   HD13  LEU  75          HD13      LEU  75  -4.833 -15.012   6.892
    9   HD23  LEU  75          HD21      LEU  75  -7.188 -13.875   8.185
   10   HD22  LEU  75          HD22      LEU  75  -6.607 -13.060   6.732
   11   HD21  LEU  75          HD23      LEU  75  -6.868 -12.142   8.217

  No H/Q in entry =          11
  In of MODEL    4
    1    H    PHE  76           H        PHE  76  -3.243 -11.281   7.786
    2    HA   PHE  76           HA       PHE  76  -1.516 -13.351   6.694
    3    HB2  PHE  76           HB2      PHE  76  -3.548 -12.897   5.490
    4    HB3  PHE  76           HB3      PHE  76  -3.215 -11.172   5.486
    5    HD1  PHE  76           HD1      PHE  76  -1.233 -14.147   4.625
    6    HD2  PHE  76           HD2      PHE  76  -2.845 -10.439   3.367
    7    HE1  PHE  76           HE1      PHE  76  -0.153 -14.449   2.419
    8    HE2  PHE  76           HE2      PHE  76  -1.764 -10.706   1.159
    9    HZ   PHE  76           HZ       PHE  76  -0.421 -12.715   0.684

  No H/Q in entry =           9
  In of MODEL    4
    1    H    GLU  77           H        GLU  77  -1.694  -9.885   7.254
    2    HA   GLU  77           HA       GLU  77   0.609  -9.203   5.812
    3    HB2  GLU  77           HB2      GLU  77  -0.102  -7.135   6.310
    4    HB3  GLU  77           HB3      GLU  77  -1.333  -7.826   7.350
    5    HG2  GLU  77           HG2      GLU  77  -0.268  -6.342   8.749
    6    HG3  GLU  77           HG3      GLU  77   0.522  -7.864   9.145

  No H/Q in entry =           6
  In of MODEL    4
    1    H    GLU  78           H        GLU  78  -0.102 -10.160   9.104
    2    HA   GLU  78           HA       GLU  78   1.157 -11.448  10.450
    3    HB2  GLU  78           HB2      GLU  78   3.042 -11.600   8.657
    4    HB3  GLU  78           HB3      GLU  78   3.727 -10.199   9.475
    5    HG2  GLU  78           HG2      GLU  78   3.467 -11.609  11.609
    6    HG3  GLU  78           HG3      GLU  78   3.320 -12.971  10.502

  No H/Q in entry =           6
  In of MODEL    4
    1    H    GLY  79           H        GLY  79  -0.205  -9.054  10.525
    2    HA3  GLY  79           HA2      GLY  79   1.189  -6.898  11.766
    3    HA2  GLY  79           HA3      GLY  79  -0.538  -7.133  11.698

  No H/Q in entry =           3
  In of MODEL    4
    1    H    GLN  80           H        GLN  80  -1.418  -8.805  13.161
    2    HA   GLN  80           HA       GLN  80  -1.805  -9.608  15.205
    3    HB2  GLN  80           HB2      GLN  80   1.116  -9.539  15.898
    4    HB3  GLN  80           HB3      GLN  80  -0.117 -10.680  16.407
    5    HG2  GLN  80           HG2      GLN  80   1.228 -10.509  13.722
    6    HG3  GLN  80           HG3      GLN  80   1.349 -11.801  14.912
    7   HE21  GLN  80          HE21      GLN  80   0.598 -11.961  12.131
    8   HE22  GLN  80          HE22      GLN  80  -0.993 -12.630  12.078

  No H/Q in entry =           8
  In of MODEL    4
    1    H    GLU  81           H        GLU  81  -2.635  -7.400  15.296
    2    HA   GLU  81           HA       GLU  81  -2.922  -6.099  17.401
    3    HB2  GLU  81           HB2      GLU  81  -0.088  -5.802  17.070
    4    HB3  GLU  81           HB3      GLU  81  -0.856  -4.215  17.055
    5    HG2  GLU  81           HG2      GLU  81  -1.970  -4.686  19.145
    6    HG3  GLU  81           HG3      GLU  81  -1.327  -6.323  19.150

  No H/Q in entry =           6
  In of MODEL    4
    1    H    ARG  82           H        ARG  82  -4.437  -5.969  15.534
    2    HA   ARG  82           HA       ARG  82  -5.764  -4.830  14.163
    3    HB2  ARG  82           HB2      ARG  82  -6.368  -3.041  15.275
    4    HB3  ARG  82           HB3      ARG  82  -4.830  -3.040  16.110
    5    HG2  ARG  82           HG2      ARG  82  -4.705  -1.815  13.456
    6    HG3  ARG  82           HG3      ARG  82  -5.832  -1.014  14.552
    7    HD2  ARG  82           HD2      ARG  82  -4.183  -0.260  15.909
    8    HD3  ARG  82           HD3      ARG  82  -3.206  -1.711  15.700
    9    HE   ARG  82           HE       ARG  82  -3.362   0.343  13.600
   10   HH11  ARG  82          HH11      ARG  82  -1.493  -1.615  15.829
   11   HH12  ARG  82          HH12      ARG  82   0.027  -1.222  15.090
   12   HH21  ARG  82          HH21      ARG  82  -1.340   0.870  12.642
   13   HH22  ARG  82          HH22      ARG  82   0.115   0.181  13.283

  No H/Q in entry =          13
  In of MODEL    4
    1    H    SER  83           H        SER  83  -2.774  -2.912  13.910
    2    HA   SER  83           HA       SER  83  -1.549  -2.191  12.177
    3    HB2  SER  83           HB2      SER  83  -2.794  -4.472  10.647
    4    HB3  SER  83           HB3      SER  83  -1.296  -3.626  10.250
    5    HG   SER  83           HG       SER  83  -0.304  -4.872  11.601

  No H/Q in entry =           5
  In of MODEL    4
    1    H    ALA  84           H        ALA  84  -4.965  -2.626  11.432
    2    HA   ALA  84           HA       ALA  84  -6.361  -0.760  11.035
    3    HB2  ALA  84           HB1      ALA  84  -5.702   1.232  10.095
    4    HB3  ALA  84           HB2      ALA  84  -4.350   0.503   9.231
    5    HB1  ALA  84           HB3      ALA  84  -4.256   0.735  10.975

  No H/Q in entry =           5
  In of MODEL    4
    1    H    TRP  85           H        TRP  85  -7.867  -0.589   9.325
    2    HA   TRP  85           HA       TRP  85  -7.691  -1.176   6.772
    3    HB2  TRP  85           HB2      TRP  85  -6.617  -3.367   7.932
    4    HB3  TRP  85           HB3      TRP  85  -8.300  -3.870   7.822
    5    HD1  TRP  85           HD1      TRP  85  -8.584  -5.311   5.840
    6    HE1  TRP  85           HE1      TRP  85  -7.768  -5.379   3.402
    7    HE3  TRP  85           HE3      TRP  85  -5.557  -1.219   5.941
    8    HZ2  TRP  85           HZ2      TRP  85  -6.066  -3.850   1.735
    9    HZ3  TRP  85           HZ3      TRP  85  -4.377  -0.578   3.883
   10    HH2  TRP  85           HH2      TRP  85  -4.621  -1.865   1.826

  No H/Q in entry =          10
  In of MODEL    4
    1    H    VAL  86           H        VAL  86  -9.516  -1.466   9.688
    2    HA   VAL  86           HA       VAL  86 -11.816  -1.370   7.914
    3    HB   VAL  86           HB       VAL  86 -12.767  -3.045   9.936
    4   HG12  VAL  86          HG11      VAL  86 -12.958  -4.480   7.812
    5   HG11  VAL  86          HG12      VAL  86 -12.333  -3.056   6.979
    6   HG13  VAL  86          HG13      VAL  86 -13.848  -2.962   7.884
    7   HG22  VAL  86          HG21      VAL  86 -11.426  -4.940   9.729
    8   HG21  VAL  86          HG22      VAL  86 -10.293  -3.624  10.052
    9   HG23  VAL  86          HG23      VAL  86 -10.492  -4.238   8.409

  No H/Q in entry =           9
  In of MODEL    4
    1    H    ARG  87           H        ARG  87 -13.648  -0.763   8.320
    2    HA   ARG  87           HA       ARG  87 -14.819   0.289  10.600
    3    HB2  ARG  87           HB2      ARG  87 -13.416   2.239  10.522
    4    HB3  ARG  87           HB3      ARG  87 -13.541   2.336   8.771
    5    HG2  ARG  87           HG2      ARG  87 -16.148   2.542   9.607
    6    HG3  ARG  87           HG3      ARG  87 -15.249   3.468  10.814
    7    HD2  ARG  87           HD2      ARG  87 -14.190   4.762   9.060
    8    HD3  ARG  87           HD3      ARG  87 -14.997   3.793   7.831
    9    HE   ARG  87           HE       ARG  87 -16.660   5.267   9.720
   10   HH11  ARG  87          HH11      ARG  87 -15.346   4.951   6.493
   11   HH12  ARG  87          HH12      ARG  87 -16.462   6.074   5.773
   12   HH21  ARG  87          HH21      ARG  87 -18.142   6.740   8.784
   13   HH22  ARG  87          HH22      ARG  87 -18.057   7.080   7.088

  No H/Q in entry =          13
  In of MODEL    4
    1    H    ALA  88           H        ALA  88 -16.751  -0.622   9.967
    2    HA   ALA  88           HA       ALA  88 -17.584  -1.318   7.703
    3    HB1  ALA  88           HB1      ALA  88 -18.868  -0.739  10.138
    4    HB3  ALA  88           HB2      ALA  88 -19.132  -2.041   8.983
    5    HB2  ALA  88           HB3      ALA  88 -19.967  -0.509   8.773

  No H/Q in entry =           5
  In of MODEL    4
    1    H    LYS  89           H        LYS  89 -18.782  -0.619   5.695
    2    HA   LYS  89           HA       LYS  89 -19.507   2.178   5.926
    3    HB2  LYS  89           HB2      LYS  89 -17.691   1.076   4.150
    4    HB3  LYS  89           HB3      LYS  89 -19.159   1.241   3.190
    5    HG2  LYS  89           HG2      LYS  89 -19.303   3.589   3.756
    6    HG3  LYS  89           HG3      LYS  89 -17.892   3.445   4.806
    7    HD2  LYS  89           HD2      LYS  89 -16.813   4.178   2.961
    8    HD3  LYS  89           HD3      LYS  89 -16.867   2.466   2.531
    9    HE2  LYS  89           HE2      LYS  89 -17.662   3.470   0.619
   10    HE3  LYS  89           HE3      LYS  89 -19.151   3.063   1.476
   11    HZ2  LYS  89           HZ1      LYS  89 -19.050   5.380   0.545
   12    HZ1  LYS  89           HZ2      LYS  89 -17.839   5.738   1.676
   13    HZ3  LYS  89           HZ3      LYS  89 -19.389   5.301   2.199

  No H/Q in entry =          13
  In of MODEL    4
    1    H    THR  90           H        THR  90 -20.656  -0.884   5.718
    2    HA   THR  90           HA       THR  90 -23.321   0.083   5.217
    3    HB   THR  90           HB       THR  90 -22.886  -2.399   3.706
    4    HG1  THR  90           HG1      THR  90 -21.571  -0.012   2.983
    5   HG21  THR  90          HG21      THR  90 -24.256   0.210   3.037
    6   HG23  THR  90          HG22      THR  90 -25.022  -1.220   3.729
    7   HG22  THR  90          HG23      THR  90 -24.359  -1.279   2.096

  No H/Q in entry =           7
  In of MODEL    4
    1    H    ALA  91           H        ALA  91 -24.855  -1.876   5.610
    2    HA   ALA  91           HA       ALA  91 -23.875  -3.180   8.051
    3    HB2  ALA  91           HB1      ALA  91 -26.188  -4.015   8.301
    4    HB3  ALA  91           HB2      ALA  91 -26.614  -3.382   6.710
    5    HB1  ALA  91           HB3      ALA  91 -26.228  -2.275   8.028

  No H/Q in entry =           5
  In of MODEL    4
    1    H    CYS  92           H        CYS  92 -22.766  -5.012   7.755
    2    HA   CYS  92           HA       CYS  92 -23.300  -6.426   5.175
    3    HB2  CYS  92           HB2      CYS  92 -20.734  -7.008   6.400
    4    HB3  CYS  92           HB3      CYS  92 -21.052  -6.374   4.791
    5    HG   CYS  92           HG       CYS  92 -21.540  -3.766   6.391

  No H/Q in entry =           5
  In of MODEL    4
    1    H    GLU  93           H        GLU  93 -21.660  -8.448   5.743
    2    HA   GLU  93           HA       GLU  93 -22.630 -10.032   7.887
    3    HB2  GLU  93           HB2      GLU  93 -23.318 -10.734   5.013
    4    HB3  GLU  93           HB3      GLU  93 -23.355 -11.892   6.332
    5    HG2  GLU  93           HG2      GLU  93 -25.073 -10.442   7.430
    6    HG3  GLU  93           HG3      GLU  93 -25.118  -9.495   5.942

  No H/Q in entry =           6
  In of MODEL    4
    1    H    VAL  94           H        VAL  94 -20.563 -10.576   8.449
    2    HA   VAL  94           HA       VAL  94 -18.727 -11.029   6.209
    3    HB   VAL  94           HB       VAL  94 -16.853 -10.599   7.797
    4   HG12  VAL  94          HG11      VAL  94 -17.606  -8.024   8.035
    5   HG11  VAL  94          HG12      VAL  94 -18.739  -8.591   6.805
    6   HG13  VAL  94          HG13      VAL  94 -16.999  -8.758   6.553
    7   HG23  VAL  94          HG21      VAL  94 -17.459  -9.158   9.795
    8   HG22  VAL  94          HG22      VAL  94 -17.736 -10.896   9.935
    9   HG21  VAL  94          HG23      VAL  94 -19.092  -9.812   9.626

  No H/Q in entry =           9
  In of MODEL    4
    1    H    ALA  95           H        ALA  95 -17.407 -12.738   6.257
    2    HA   ALA  95           HA       ALA  95 -18.372 -14.909   7.931
    3    HB1  ALA  95           HB1      ALA  95 -17.572 -14.790   5.322
    4    HB2  ALA  95           HB2      ALA  95 -17.638 -16.256   6.296
    5    HB3  ALA  95           HB3      ALA  95 -16.112 -15.386   6.116

  No H/Q in entry =           5
  In of MODEL    4
    1    H    GLU  96           H        GLU  96 -17.628 -14.278   9.889
    2    HA   GLU  96           HA       GLU  96 -14.728 -13.808   9.961
    3    HB2  GLU  96           HB2      GLU  96 -14.970 -12.424  11.889
    4    HB3  GLU  96           HB3      GLU  96 -16.067 -11.868  10.632
    5    HG2  GLU  96           HG2      GLU  96 -17.937 -12.874  11.770
    6    HG3  GLU  96           HG3      GLU  96 -16.854 -13.592  12.965

  No H/Q in entry =           6
  In of MODEL    4
    1    H    ILE  97           H        ILE  97 -13.584 -15.166  10.575
    2    HA   ILE  97           HA       ILE  97 -14.158 -16.667  12.974
    3    HB   ILE  97           HB       ILE  97 -12.912 -18.602  11.872
    4   HG12  ILE  97          HG12      ILE  97 -14.076 -17.355   9.401
    5   HG13  ILE  97          HG13      ILE  97 -12.373 -17.268   9.813
    6   HG21  ILE  97          HG21      ILE  97 -15.201 -18.557  12.704
    7   HG23  ILE  97          HG22      ILE  97 -14.973 -19.607  11.309
    8   HG22  ILE  97          HG23      ILE  97 -15.735 -18.022  11.112
    9   HD11  ILE  97          HD11      ILE  97 -13.908 -19.818   9.370
   10   HD13  ILE  97          HD12      ILE  97 -12.183 -19.676   9.705
   11   HD12  ILE  97          HD13      ILE  97 -12.843 -19.047   8.196

  No H/Q in entry =          11
  In of MODEL    4
    1    H    SER  98           H        SER  98 -12.099 -18.017  13.474
    2    HA   SER  98           HA       SER  98 -10.007 -15.987  13.558
    3    HB2  SER  98           HB2      SER  98  -9.066 -17.437  15.400
    4    HB3  SER  98           HB3      SER  98 -10.648 -16.736  15.735
    5    HG   SER  98           HG       SER  98 -11.549 -18.664  15.647

  No H/Q in entry =           5
  In of MODEL    4
    1    H    TYR  99           H        TYR  99  -8.121 -16.234  12.881
    2    HA   TYR  99           HA       TYR  99  -7.687 -17.920  10.533
    3    HB2  TYR  99           HB2      TYR  99  -5.877 -16.537  10.005
    4    HB3  TYR  99           HB3      TYR  99  -6.994 -15.447  10.803
    5    HD1  TYR  99           HD1      TYR  99  -6.324 -16.211  13.701
    6    HD2  TYR  99           HD2      TYR  99  -3.847 -15.388  10.337
    7    HE1  TYR  99           HE1      TYR  99  -4.528 -15.467  15.204
    8    HE2  TYR  99           HE2      TYR  99  -2.062 -14.621  11.827
    9    HH   TYR  99           HH       TYR  99  -2.005 -13.662  14.346

  No H/Q in entry =           9
  In of MODEL    4
    1    H    LYS 100           H        LYS 100  -7.292 -18.669  13.799
    2    HA   LYS 100           HA       LYS 100  -4.742 -19.920  13.311
    3    HB2  LYS 100           HB2      LYS 100  -5.671 -19.589  15.687
    4    HB3  LYS 100           HB3      LYS 100  -6.774 -20.918  15.325
    5    HG2  LYS 100           HG2      LYS 100  -4.418 -22.008  14.568
    6    HG3  LYS 100           HG3      LYS 100  -3.891 -20.974  15.899
    7    HD2  LYS 100           HD2      LYS 100  -5.078 -22.160  17.463
    8    HD3  LYS 100           HD3      LYS 100  -6.295 -22.680  16.296
    9    HE2  LYS 100           HE2      LYS 100  -4.867 -24.535  17.065
   10    HE3  LYS 100           HE3      LYS 100  -4.755 -24.264  15.328
   11    HZ2  LYS 100           HZ1      LYS 100  -2.783 -23.412  17.379
   12    HZ1  LYS 100           HZ2      LYS 100  -2.688 -23.019  15.738
   13    HZ3  LYS 100           HZ3      LYS 100  -2.581 -24.633  16.223

  No H/Q in entry =          13
  In of MODEL    4
    1    H    LYS 101           H        LYS 101  -8.148 -20.746  13.176
    2    HA   LYS 101           HA       LYS 101  -7.745 -23.364  12.124
    3    HB2  LYS 101           HB2      LYS 101  -9.695 -23.143  13.390
    4    HB3  LYS 101           HB3      LYS 101 -10.122 -21.613  12.642
    5    HG2  LYS 101           HG2      LYS 101 -10.889 -22.650  10.696
    6    HG3  LYS 101           HG3      LYS 101 -10.136 -24.189  11.115
    7    HD2  LYS 101           HD2      LYS 101 -12.406 -24.523  11.590
    8    HD3  LYS 101           HD3      LYS 101 -11.692 -24.166  13.163
    9    HE2  LYS 101           HE2      LYS 101 -12.395 -21.791  12.860
   10    HE3  LYS 101           HE3      LYS 101 -13.242 -22.278  11.391
   11    HZ3  LYS 101           HZ1      LYS 101 -14.750 -22.189  13.262
   12    HZ2  LYS 101           HZ2      LYS 101 -13.795 -23.278  14.135
   13    HZ1  LYS 101           HZ3      LYS 101 -14.588 -23.786  12.733

  No H/Q in entry =          13
  In of MODEL    4
    1    H    PHE 102           H        PHE 102  -8.668 -20.219  10.738
    2    HA   PHE 102           HA       PHE 102  -9.255 -21.188   8.191
    3    HB2  PHE 102           HB2      PHE 102  -9.869 -18.934   8.989
    4    HB3  PHE 102           HB3      PHE 102  -8.194 -18.439   8.845
    5    HD1  PHE 102           HD1      PHE 102  -9.108 -16.637   7.262
    6    HD2  PHE 102           HD2      PHE 102  -9.300 -20.757   6.425
    7    HE1  PHE 102           HE1      PHE 102  -9.403 -16.107   4.911
    8    HE2  PHE 102           HE2      PHE 102  -9.619 -20.260   4.051
    9    HZ   PHE 102           HZ       PHE 102  -9.672 -17.923   3.271

  No H/Q in entry =           9
  In of MODEL    4
    1    H    ARG 103           H        ARG 103  -6.286 -19.639   9.333
    2    HA   ARG 103           HA       ARG 103  -4.711 -19.862   7.189
    3    HB2  ARG 103           HB2      ARG 103  -3.030 -19.246   8.526
    4    HB3  ARG 103           HB3      ARG 103  -4.229 -19.242   9.805
    5    HG2  ARG 103           HG2      ARG 103  -3.282 -20.979  10.852
    6    HG3  ARG 103           HG3      ARG 103  -2.984 -21.855   9.348
    7    HD2  ARG 103           HD2      ARG 103  -1.348 -19.441   9.707
    8    HD3  ARG 103           HD3      ARG 103  -1.052 -20.704  10.898
    9    HE   ARG 103           HE       ARG 103  -0.999 -22.049   8.547
   10   HH11  ARG 103          HH11      ARG 103   0.679 -19.176   9.671
   11   HH12  ARG 103          HH12      ARG 103   2.109 -19.498   8.743
   12   HH21  ARG 103          HH21      ARG 103   0.886 -22.454   7.320
   13   HH22  ARG 103          HH22      ARG 103   2.238 -21.365   7.406

  No H/Q in entry =          13
  In of MODEL    4
    1    H    GLN 104           H        GLN 104  -5.904 -22.453   9.018
    2    HA   GLN 104           HA       GLN 104  -3.993 -24.356   7.848
    3    HB2  GLN 104           HB2      GLN 104  -6.150 -24.640   9.924
    4    HB3  GLN 104           HB3      GLN 104  -5.301 -26.029   9.258
    5    HG2  GLN 104           HG2      GLN 104  -3.530 -23.911  10.197
    6    HG3  GLN 104           HG3      GLN 104  -4.549 -24.600  11.460
    7   HE21  GLN 104          HE21      GLN 104  -2.013 -25.213   9.162
    8   HE22  GLN 104          HE22      GLN 104  -1.520 -26.735   9.814

  No H/Q in entry =           8
  In of MODEL    4
    1    H    LEU 105           H        LEU 105  -7.279 -23.321   7.305
    2    HA   LEU 105           HA       LEU 105  -7.680 -25.468   5.342
    3    HB2  LEU 105           HB2      LEU 105  -9.886 -24.858   5.344
    4    HB3  LEU 105           HB3      LEU 105  -9.465 -23.906   6.747
    5    HG   LEU 105           HG       LEU 105  -9.135 -21.959   5.132
    6   HD11  LEU 105          HD11      LEU 105  -9.381 -23.678   3.117
    7   HD13  LEU 105          HD12      LEU 105  -9.932 -22.003   3.021
    8   HD12  LEU 105          HD13      LEU 105 -11.093 -23.291   3.362
    9   HD23  LEU 105          HD21      LEU 105 -11.884 -22.199   4.854
   10   HD22  LEU 105          HD22      LEU 105 -11.020 -21.482   6.215
   11   HD21  LEU 105          HD23      LEU 105 -11.495 -23.177   6.271

  No H/Q in entry =          11
  In of MODEL    4
    1    H    ILE 106           H        ILE 106  -6.823 -21.836   5.361
    2    HA   ILE 106           HA       ILE 106  -6.231 -21.775   2.689
    3    HB   ILE 106           HB       ILE 106  -4.827 -19.863   2.978
    4   HG12  ILE 106          HG12      ILE 106  -4.549 -19.219   5.591
    5   HG13  ILE 106          HG13      ILE 106  -4.314 -20.965   5.654
    6   HG23  ILE 106          HG21      ILE 106  -6.285 -18.382   3.949
    7   HG22  ILE 106          HG22      ILE 106  -6.752 -19.510   5.221
    8   HG21  ILE 106          HG23      ILE 106  -7.323 -19.757   3.570
    9   HD12  ILE 106          HD11      ILE 106  -2.738 -18.940   4.099
   10   HD11  ILE 106          HD12      ILE 106  -2.568 -20.682   3.887
   11   HD13  ILE 106          HD13      ILE 106  -2.193 -19.939   5.446

  No H/Q in entry =          11
  In of MODEL    4
    1    H    GLN 107           H        GLN 107  -4.899 -23.786   4.777
    2    HA   GLN 107           HA       GLN 107  -2.278 -23.816   3.507
    3    HB2  GLN 107           HB2      GLN 107  -3.164 -24.615   6.216
    4    HB3  GLN 107           HB3      GLN 107  -1.964 -25.646   5.456
    5    HG2  GLN 107           HG2      GLN 107  -0.593 -23.575   5.069
    6    HG3  GLN 107           HG3      GLN 107  -1.733 -22.727   6.113
    7   HE21  GLN 107          HE21      GLN 107   0.847 -25.012   5.954
    8   HE22  GLN 107          HE22      GLN 107   1.095 -25.173   7.655

  No H/Q in entry =           8
  In of MODEL    4
    1    H    VAL 108           H        VAL 108  -5.292 -25.289   3.663
    2    HA   VAL 108           HA       VAL 108  -4.386 -27.924   2.890
    3    HB   VAL 108           HB       VAL 108  -6.585 -26.981   4.248
    4   HG11  VAL 108          HG11      VAL 108  -7.510 -27.757   1.494
    5   HG13  VAL 108          HG12      VAL 108  -7.733 -26.203   2.301
    6   HG12  VAL 108          HG13      VAL 108  -8.552 -27.640   2.914
    7   HG22  VAL 108          HG21      VAL 108  -7.361 -29.281   4.220
    8   HG21  VAL 108          HG22      VAL 108  -5.615 -29.177   4.438
    9   HG23  VAL 108          HG23      VAL 108  -6.281 -29.631   2.870

  No H/Q in entry =           9
  In of MODEL    4
    1    H    ASN 109           H        ASN 109  -5.497 -24.978   1.509
    2    HA   ASN 109           HA       ASN 109  -5.317 -26.155  -1.185
    3    HB2  ASN 109           HB2      ASN 109  -7.155 -23.932  -0.294
    4    HB3  ASN 109           HB3      ASN 109  -6.957 -24.468  -1.954
    5   HD21  ASN 109          HD21      ASN 109  -8.880 -24.643   0.663
    6   HD22  ASN 109          HD22      ASN 109  -9.683 -26.141   0.340

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   PRO 110           HA       PRO 110  -2.065 -23.065  -1.195
    2    HB2  PRO 110           HB2      PRO 110  -1.061 -23.775  -3.640
    3    HB3  PRO 110           HB3      PRO 110  -0.721 -24.702  -2.175
    4    HG2  PRO 110           HG2      PRO 110  -2.713 -25.225  -4.342
    5    HG3  PRO 110           HG3      PRO 110  -1.639 -26.366  -3.509
    6    HD2  PRO 110           HD2      PRO 110  -4.265 -26.089  -2.879
    7    HD3  PRO 110           HD3      PRO 110  -3.040 -26.536  -1.677

  No H/Q in entry =           7
  In of MODEL    4
    1    H    ASP 111           H        ASP 111  -4.977 -23.108  -2.928
    2    HA   ASP 111           HA       ASP 111  -4.072 -20.686  -4.255
    3    HB2  ASP 111           HB2      ASP 111  -6.110 -22.633  -5.151
    4    HB3  ASP 111           HB3      ASP 111  -6.187 -20.942  -5.672

  No H/Q in entry =           4
  In of MODEL    4
    1    H    ILE 112           H        ILE 112  -5.656 -21.613  -1.531
    2    HA   ILE 112           HA       ILE 112  -7.900 -19.808  -1.641
    3    HB   ILE 112           HB       ILE 112  -6.756 -21.618   0.461
    4   HG12  ILE 112          HG12      ILE 112  -8.567 -21.850  -1.523
    5   HG13  ILE 112          HG13      ILE 112  -8.557 -22.855  -0.081
    6   HG22  ILE 112          HG21      ILE 112  -8.938 -19.607   1.035
    7   HG21  ILE 112          HG22      ILE 112  -7.277 -19.477   1.617
    8   HG23  ILE 112          HG23      ILE 112  -8.292 -20.828   2.132
    9   HD11  ILE 112          HD11      ILE 112 -10.171 -20.343  -0.366
   10   HD13  ILE 112          HD12      ILE 112 -10.270 -21.545   0.921
   11   HD12  ILE 112          HD13      ILE 112 -10.777 -21.958  -0.714

  No H/Q in entry =          11
  In of MODEL    4
    1    H    LEU 113           H        LEU 113  -4.745 -19.817   0.003
    2    HA   LEU 113           HA       LEU 113  -5.179 -17.222   1.117
    3    HB2  LEU 113           HB2      LEU 113  -3.529 -18.883   1.984
    4    HB3  LEU 113           HB3      LEU 113  -2.526 -18.565   0.580
    5    HG   LEU 113           HG       LEU 113  -2.479 -16.143   1.296
    6   HD12  LEU 113          HD11      LEU 113  -2.928 -15.788   3.748
    7   HD11  LEU 113          HD12      LEU 113  -3.788 -17.328   3.733
    8   HD13  LEU 113          HD13      LEU 113  -4.356 -15.992   2.734
    9   HD23  LEU 113          HD21      LEU 113  -0.903 -16.636   3.232
   10   HD22  LEU 113          HD22      LEU 113  -0.532 -17.364   1.668
   11   HD21  LEU 113          HD23      LEU 113  -1.275 -18.334   2.938

  No H/Q in entry =          11
  In of MODEL    4
    1    H    MET 114           H        MET 114  -4.188 -18.483  -1.864
    2    HA   MET 114           HA       MET 114  -2.857 -16.163  -2.901
    3    HB2  MET 114           HB2      MET 114  -3.174 -18.859  -3.744
    4    HB3  MET 114           HB3      MET 114  -3.873 -17.848  -5.004
    5    HG2  MET 114           HG2      MET 114  -1.097 -17.545  -3.874
    6    HG3  MET 114           HG3      MET 114  -1.496 -18.334  -5.398
    7    HE1  MET 114           HE1      MET 114   0.584 -16.637  -5.351
    8    HE3  MET 114           HE2      MET 114   0.426 -14.883  -5.415
    9    HE2  MET 114           HE3      MET 114   0.271 -15.835  -6.891

  No H/Q in entry =           9
  In of MODEL    4
    1    H    ARG 115           H        ARG 115  -6.068 -17.351  -2.644
    2    HA   ARG 115           HA       ARG 115  -7.227 -15.619  -4.572
    3    HB2  ARG 115           HB2      ARG 115  -8.162 -17.471  -2.454
    4    HB3  ARG 115           HB3      ARG 115  -9.254 -16.133  -2.825
    5    HG2  ARG 115           HG2      ARG 115  -8.137 -18.033  -4.869
    6    HG3  ARG 115           HG3      ARG 115  -9.703 -18.225  -4.083
    7    HD2  ARG 115           HD2      ARG 115  -8.850 -15.894  -5.803
    8    HD3  ARG 115           HD3      ARG 115  -9.948 -17.188  -6.278
    9    HE   ARG 115           HE       ARG 115 -10.546 -14.917  -4.593
   10   HH11  ARG 115          HH11      ARG 115 -11.527 -18.105  -5.638
   11   HH12  ARG 115          HH12      ARG 115 -13.185 -17.908  -5.139
   12   HH21  ARG 115          HH21      ARG 115 -12.745 -14.656  -3.933
   13   HH22  ARG 115          HH22      ARG 115 -13.862 -15.963  -4.181

  No H/Q in entry =          13
  In of MODEL    4
    1    H    LEU 116           H        LEU 116  -6.872 -15.572  -0.973
    2    HA   LEU 116           HA       LEU 116  -7.909 -13.075  -0.540
    3    HB2  LEU 116           HB2      LEU 116  -7.499 -14.569   1.273
    4    HB3  LEU 116           HB3      LEU 116  -5.799 -14.702   0.866
    5    HG   LEU 116           HG       LEU 116  -5.872 -12.087   1.370
    6   HD13  LEU 116          HD11      LEU 116  -7.946 -11.569   2.023
    7   HD12  LEU 116          HD12      LEU 116  -7.325 -12.107   3.585
    8   HD11  LEU 116          HD13      LEU 116  -8.298 -13.199   2.600
    9   HD21  LEU 116          HD21      LEU 116  -5.644 -14.295   3.395
   10   HD23  LEU 116          HD22      LEU 116  -5.248 -12.606   3.732
   11   HD22  LEU 116          HD23      LEU 116  -4.343 -13.499   2.504

  No H/Q in entry =          11
  In of MODEL    4
    1    H    SER 117           H        SER 117  -4.579 -14.020  -1.255
    2    HA   SER 117           HA       SER 117  -3.292 -11.635  -0.792
    3    HB2  SER 117           HB2      SER 117  -1.688 -12.460  -2.608
    4    HB3  SER 117           HB3      SER 117  -1.943 -13.484  -1.195
    5    HG   SER 117           HG       SER 117  -2.508 -13.949  -3.816

  No H/Q in entry =           5
  In of MODEL    4
    1    H    ALA 118           H        ALA 118  -5.005 -12.637  -3.699
    2    HA   ALA 118           HA       ALA 118  -4.179 -10.524  -5.318
    3    HB2  ALA 118           HB1      ALA 118  -5.136 -11.997  -6.669
    4    HB3  ALA 118           HB2      ALA 118  -6.619 -11.087  -6.344
    5    HB1  ALA 118           HB3      ALA 118  -6.275 -12.566  -5.442

  No H/Q in entry =           5
  In of MODEL    4
    1    H    GLN 119           H        GLN 119  -6.654 -10.561  -2.786
    2    HA   GLN 119           HA       GLN 119  -7.730  -8.006  -3.707
    3    HB2  GLN 119           HB2      GLN 119  -8.422  -9.734  -1.337
    4    HB3  GLN 119           HB3      GLN 119  -9.230  -8.221  -1.733
    5    HG2  GLN 119           HG2      GLN 119  -9.141 -10.694  -3.440
    6    HG3  GLN 119           HG3      GLN 119 -10.522 -10.124  -2.500
    7   HE21  GLN 119          HE21      GLN 119 -11.485  -8.089  -3.110
    8   HE22  GLN 119          HE22      GLN 119 -11.399  -7.578  -4.767

  No H/Q in entry =           8
  In of MODEL    4
    1    H    MET 120           H        MET 120  -5.211  -9.090  -2.001
    2    HA   MET 120           HA       MET 120  -5.147  -7.187   0.227
    3    HB2  MET 120           HB2      MET 120  -4.169  -9.649   0.276
    4    HB3  MET 120           HB3      MET 120  -2.818  -8.907  -0.553
    5    HG2  MET 120           HG2      MET 120  -2.132  -8.780   1.627
    6    HG3  MET 120           HG3      MET 120  -2.881  -7.199   1.402
    7    HE3  MET 120           HE1      MET 120  -5.732  -9.463   1.233
    8    HE2  MET 120           HE2      MET 120  -5.878 -10.258   2.795
    9    HE1  MET 120           HE3      MET 120  -4.549 -10.679   1.723

  No H/Q in entry =           9
  In of MODEL    4
    1    H    ALA 121           H        ALA 121  -3.234  -8.304  -2.436
    2    HA   ALA 121           HA       ALA 121  -1.458  -6.119  -2.528
    3    HB1  ALA 121           HB1      ALA 121  -1.051  -8.503  -3.301
    4    HB3  ALA 121           HB2      ALA 121  -0.461  -7.213  -4.346
    5    HB2  ALA 121           HB3      ALA 121  -1.951  -8.068  -4.754

  No H/Q in entry =           5
  In of MODEL    4
    1    H    ARG 122           H        ARG 122  -4.586  -6.743  -3.765
    2    HA   ARG 122           HA       ARG 122  -4.474  -5.027  -5.993
    3    HB2  ARG 122           HB2      ARG 122  -6.429  -6.691  -4.798
    4    HB3  ARG 122           HB3      ARG 122  -7.128  -5.083  -4.945
    5    HG2  ARG 122           HG2      ARG 122  -7.474  -6.666  -6.896
    6    HG3  ARG 122           HG3      ARG 122  -6.857  -5.057  -7.279
    7    HD2  ARG 122           HD2      ARG 122  -4.641  -5.887  -7.558
    8    HD3  ARG 122           HD3      ARG 122  -5.077  -7.456  -6.888
    9    HE   ARG 122           HE       ARG 122  -5.839  -6.431  -9.535
   10   HH11  ARG 122          HH11      ARG 122  -5.468  -9.089  -7.298
   11   HH12  ARG 122          HH12      ARG 122  -5.746 -10.317  -8.501
   12   HH21  ARG 122          HH21      ARG 122  -6.211  -8.040 -11.123
   13   HH22  ARG 122          HH22      ARG 122  -6.171  -9.715 -10.674

  No H/Q in entry =          13
  In of MODEL    4
    1    H    ARG 123           H        ARG 123  -5.155  -4.692  -2.673
    2    HA   ARG 123           HA       ARG 123  -6.075  -2.005  -2.706
    3    HB2  ARG 123           HB2      ARG 123  -5.290  -4.013  -0.603
    4    HB3  ARG 123           HB3      ARG 123  -5.513  -2.324  -0.162
    5    HG2  ARG 123           HG2      ARG 123  -7.456  -4.177  -0.060
    6    HG3  ARG 123           HG3      ARG 123  -7.758  -2.454  -0.282
    7    HD2  ARG 123           HD2      ARG 123  -7.862  -2.786  -2.702
    8    HD3  ARG 123           HD3      ARG 123  -7.515  -4.500  -2.488
    9    HE   ARG 123           HE       ARG 123  -9.683  -4.817  -1.634
   10   HH11  ARG 123          HH11      ARG 123  -9.098  -1.471  -2.487
   11   HH12  ARG 123          HH12      ARG 123 -10.778  -1.078  -2.644
   12   HH21  ARG 123          HH21      ARG 123 -11.914  -4.305  -1.846
   13   HH22  ARG 123          HH22      ARG 123 -12.370  -2.676  -2.251

  No H/Q in entry =          13
  In of MODEL    4
    1    H    LEU 124           H        LEU 124  -3.091  -3.751  -2.377
    2    HA   LEU 124           HA       LEU 124  -1.336  -1.720  -1.522
    3    HB2  LEU 124           HB2      LEU 124  -1.227  -4.368  -2.361
    4    HB3  LEU 124           HB3      LEU 124  -0.356  -3.535  -3.614
    5    HG   LEU 124           HG       LEU 124   0.460  -4.256  -0.901
    6   HD11  LEU 124          HD11      LEU 124   1.868  -3.573  -3.453
    7   HD13  LEU 124          HD12      LEU 124   1.433  -5.189  -2.881
    8   HD12  LEU 124          HD13      LEU 124   2.639  -4.235  -2.008
    9   HD21  LEU 124          HD21      LEU 124   0.370  -1.835  -0.565
   10   HD23  LEU 124          HD22      LEU 124   1.336  -1.610  -2.024
   11   HD22  LEU 124          HD23      LEU 124   2.025  -2.445  -0.629

  No H/Q in entry =          11
  In of MODEL    4
    1    H    GLN 125           H        GLN 125  -2.626  -2.798  -4.569
    2    HA   GLN 125           HA       GLN 125  -1.205  -0.923  -6.215
    3    HB2  GLN 125           HB2      GLN 125  -3.243  -3.051  -6.654
    4    HB3  GLN 125           HB3      GLN 125  -3.090  -1.797  -7.876
    5    HG2  GLN 125           HG2      GLN 125  -0.828  -3.519  -6.896
    6    HG3  GLN 125           HG3      GLN 125  -1.768  -3.825  -8.355
    7   HE21  GLN 125          HE21      GLN 125   0.774  -2.030  -6.933
    8   HE22  GLN 125          HE22      GLN 125   1.252  -1.163  -8.347

  No H/Q in entry =           8
  In of MODEL    4
    1    H    VAL 126           H        VAL 126  -3.794  -0.554  -4.097
    2    HA   VAL 126           HA       VAL 126  -5.142   1.408  -5.780
    3    HB   VAL 126           HB       VAL 126  -6.092  -0.466  -3.885
    4   HG13  VAL 126          HG11      VAL 126  -7.242   0.878  -2.221
    5   HG12  VAL 126          HG12      VAL 126  -6.487   2.340  -2.856
    6   HG11  VAL 126          HG13      VAL 126  -5.497   1.099  -2.090
    7   HG22  VAL 126          HG21      VAL 126  -7.370   0.138  -5.754
    8   HG21  VAL 126          HG22      VAL 126  -7.362   1.842  -5.299
    9   HG23  VAL 126          HG23      VAL 126  -8.278   0.678  -4.340

  No H/Q in entry =           9
  In of MODEL    4
    1    H    THR 127           H        THR 127  -3.287   0.830  -2.879
    2    HA   THR 127           HA       THR 127  -3.252   3.588  -2.024
    3    HB   THR 127           HB       THR 127  -1.338   1.493  -1.046
    4    HG1  THR 127           HG1      THR 127  -3.442   0.508  -1.069
    5   HG21  THR 127          HG21      THR 127  -1.190   3.794  -0.175
    6   HG23  THR 127          HG22      THR 127  -1.626   2.645   1.090
    7   HG22  THR 127          HG23      THR 127  -2.861   3.682   0.377

  No H/Q in entry =           7
  In of MODEL    4
    1    H    SER 128           H        SER 128  -1.617   2.092  -4.779
    2    HA   SER 128           HA       SER 128   0.839   3.280  -3.892
    3    HB2  SER 128           HB2      SER 128   1.761   2.018  -5.851
    4    HB3  SER 128           HB3      SER 128   1.100   0.963  -4.602
    5    HG   SER 128           HG       SER 128   0.081   1.576  -7.145

  No H/Q in entry =           5
  In of MODEL    4
    1    H    GLU 129           H        GLU 129  -1.921   3.338  -5.820
    2    HA   GLU 129           HA       GLU 129  -0.911   4.934  -7.981
    3    HB2  GLU 129           HB2      GLU 129  -2.892   3.120  -7.838
    4    HB3  GLU 129           HB3      GLU 129  -3.829   4.592  -7.629
    5    HG2  GLU 129           HG2      GLU 129  -2.733   5.457  -9.723
    6    HG3  GLU 129           HG3      GLU 129  -2.086   3.835  -9.958

  No H/Q in entry =           6
  In of MODEL    4
    1    H    LYS 130           H        LYS 130  -1.771   5.823  -4.854
    2    HA   LYS 130           HA       LYS 130  -2.004   8.553  -5.700
    3    HB2  LYS 130           HB2      LYS 130  -4.025   8.335  -3.756
    4    HB3  LYS 130           HB3      LYS 130  -4.237   8.728  -5.454
    5    HG2  LYS 130           HG2      LYS 130  -4.090   6.000  -5.518
    6    HG3  LYS 130           HG3      LYS 130  -4.906   6.293  -3.981
    7    HD2  LYS 130           HD2      LYS 130  -6.805   6.879  -5.004
    8    HD3  LYS 130           HD3      LYS 130  -5.959   7.968  -6.106
    9    HE2  LYS 130           HE2      LYS 130  -5.831   5.006  -6.506
   10    HE3  LYS 130           HE3      LYS 130  -7.233   5.917  -7.062
   11    HZ2  LYS 130           HZ1      LYS 130  -5.372   5.553  -8.714
   12    HZ1  LYS 130           HZ2      LYS 130  -4.471   6.679  -7.817
   13    HZ3  LYS 130           HZ3      LYS 130  -5.930   7.146  -8.543

  No H/Q in entry =          13
  In of MODEL    4
    1    H    VAL 131           H        VAL 131   0.119   7.892  -4.691
    2    HA   VAL 131           HA       VAL 131   0.388   7.273  -1.962
    3    HB   VAL 131           HB       VAL 131   2.617   8.867  -2.825
    4   HG12  VAL 131          HG11      VAL 131   3.811   6.718  -2.518
    5   HG11  VAL 131          HG12      VAL 131   2.250   5.938  -2.258
    6   HG13  VAL 131          HG13      VAL 131   2.807   7.188  -1.146
    7   HG21  VAL 131          HG21      VAL 131   1.714   6.758  -4.770
    8   HG23  VAL 131          HG22      VAL 131   3.338   7.446  -4.715
    9   HG22  VAL 131          HG23      VAL 131   1.958   8.479  -5.082

  No H/Q in entry =           9
  In of MODEL    4
    1    H    GLY 132           H        GLY 132  -0.986  10.008  -3.051
    2    HA3  GLY 132           HA2      GLY 132  -1.184  11.440  -0.841
    3    HA2  GLY 132           HA3      GLY 132   0.459  11.848  -1.308

  No H/Q in entry =           3
  In of MODEL    4
    1    H    ASN 133           H        ASN 133  -2.771  11.669  -2.766
    2    HA   ASN 133           HA       ASN 133  -2.107  14.080  -4.275
    3    HB2  ASN 133           HB2      ASN 133  -3.808  11.741  -4.775
    4    HB3  ASN 133           HB3      ASN 133  -4.580  13.270  -5.188
    5   HD21  ASN 133          HD21      ASN 133  -4.500  12.644  -7.394
    6   HD22  ASN 133          HD22      ASN 133  -3.034  12.755  -8.299

  No H/Q in entry =           6
  In of MODEL    4
    1    H    LEU 134           H        LEU 134  -3.999  12.887  -1.651
    2    HA   LEU 134           HA       LEU 134  -5.898  15.043  -1.618
    3    HB2  LEU 134           HB2      LEU 134  -6.582  14.108   0.534
    4    HB3  LEU 134           HB3      LEU 134  -6.507  12.891  -0.723
    5    HG   LEU 134           HG       LEU 134  -4.014  12.697   0.437
    6   HD12  LEU 134          HD11      LEU 134  -6.060  13.140   2.613
    7   HD11  LEU 134          HD12      LEU 134  -4.698  14.201   2.256
    8   HD13  LEU 134          HD13      LEU 134  -4.410  12.563   2.845
    9   HD22  LEU 134          HD21      LEU 134  -5.329  10.832  -0.246
   10   HD21  LEU 134          HD22      LEU 134  -6.586  11.224   0.929
   11   HD23  LEU 134          HD23      LEU 134  -5.012  10.647   1.481

  No H/Q in entry =          11
  In of MODEL    4
    1    H    ALA 135           H        ALA 135  -2.673  14.682  -0.520
    2    HA   ALA 135           HA       ALA 135  -2.937  16.497   1.735
    3    HB2  ALA 135           HB1      ALA 135  -0.676  14.935   0.589
    4    HB1  ALA 135           HB2      ALA 135  -1.315  14.938   2.228
    5    HB3  ALA 135           HB3      ALA 135  -0.341  16.295   1.656

  No H/Q in entry =           5
  In of MODEL    4
    1    H    PHE 136           H        PHE 136  -2.495  16.553  -1.575
    2    HA   PHE 136           HA       PHE 136  -0.950  18.856  -1.997
    3    HB2  PHE 136           HB2      PHE 136  -1.998  16.875  -3.540
    4    HB3  PHE 136           HB3      PHE 136  -3.057  18.214  -3.970
    5    HD1  PHE 136           HD1      PHE 136  -2.342  19.894  -5.432
    6    HD2  PHE 136           HD2      PHE 136   0.491  17.151  -3.831
    7    HE1  PHE 136           HE1      PHE 136  -0.645  20.739  -6.999
    8    HE2  PHE 136           HE2      PHE 136   2.195  17.993  -5.395
    9    HZ   PHE 136           HZ       PHE 136   1.627  19.789  -6.982

  No H/Q in entry =           9
  In of MODEL    4
    1    H    LEU 137           H        LEU 137  -3.942  18.700  -0.497
    2    HA   LEU 137           HA       LEU 137  -5.599  20.133  -0.001
    3    HB2  LEU 137           HB2      LEU 137  -3.127  21.595  -0.039
    4    HB3  LEU 137           HB3      LEU 137  -4.415  22.677  -0.544
    5    HG   LEU 137           HG       LEU 137  -5.666  21.913   1.553
    6   HD11  LEU 137          HD11      LEU 137  -4.298  19.899   1.985
    7   HD13  LEU 137          HD12      LEU 137  -4.362  20.987   3.370
    8   HD12  LEU 137          HD13      LEU 137  -2.920  20.937   2.358
    9   HD22  LEU 137          HD21      LEU 137  -4.474  23.476   2.975
   10   HD21  LEU 137          HD22      LEU 137  -4.597  24.093   1.327
   11   HD23  LEU 137          HD23      LEU 137  -3.077  23.408   1.901

  No H/Q in entry =          11
  In of MODEL    4
    1    H    ASP 138           H        ASP 138  -5.434  19.134  -2.727
    2    HA   ASP 138           HA       ASP 138  -6.082  21.255  -4.444
    3    HB2  ASP 138           HB2      ASP 138  -4.934  19.355  -5.336
    4    HB3  ASP 138           HB3      ASP 138  -6.361  18.341  -5.070

  No H/Q in entry =           4
  In of MODEL    4
    1    H    VAL 139           H        VAL 139  -8.146  20.691  -2.130
    2    HA   VAL 139           HA       VAL 139 -10.562  19.811  -2.932
    3    HB   VAL 139           HB       VAL 139  -9.670  21.616  -1.060
    4   HG11  VAL 139          HG11      VAL 139 -10.364  23.531  -2.574
    5   HG13  VAL 139          HG12      VAL 139 -11.111  23.503  -0.976
    6   HG12  VAL 139          HG13      VAL 139 -12.023  22.954  -2.380
    7   HG22  VAL 139          HG21      VAL 139 -11.107  20.045  -0.350
    8   HG21  VAL 139          HG22      VAL 139 -12.156  20.226  -1.756
    9   HG23  VAL 139          HG23      VAL 139 -12.234  21.401  -0.443

  No H/Q in entry =           9
  In of MODEL    4
    1    H    THR 140           H        THR 140  -9.076  22.390  -4.850
    2    HA   THR 140           HA       THR 140 -11.201  23.744  -5.967
    3    HB   THR 140           HB       THR 140  -9.159  22.933  -7.923
    4    HG1  THR 140           HG1      THR 140  -7.677  22.887  -6.380
    5   HG23  THR 140          HG21      THR 140  -8.966  25.336  -8.232
    6   HG22  THR 140          HG22      THR 140  -9.939  25.626  -6.791
    7   HG21  THR 140          HG23      THR 140 -10.668  24.877  -8.211

  No H/Q in entry =           7
  In of MODEL    4
    1    H    GLY 141           H        GLY 141 -13.081  22.713  -6.606
    2    HA3  GLY 141           HA2      GLY 141 -14.558  21.468  -7.824
    3    HA2  GLY 141           HA3      GLY 141 -13.337  21.506  -9.075

  No H/Q in entry =           3
  In of MODEL    4
    1    H    ARG 142           H        ARG 142 -12.025  20.189  -6.419
    2    HA   ARG 142           HA       ARG 142 -11.704  17.684  -7.555
    3    HB2  ARG 142           HB2      ARG 142 -10.210  18.805  -5.860
    4    HB3  ARG 142           HB3      ARG 142 -11.389  18.354  -4.638
    5    HG2  ARG 142           HG2      ARG 142  -9.495  16.805  -4.719
    6    HG3  ARG 142           HG3      ARG 142 -11.023  16.002  -5.100
    7    HD2  ARG 142           HD2      ARG 142 -10.500  16.280  -7.507
    8    HD3  ARG 142           HD3      ARG 142  -8.940  16.944  -7.047
    9    HE   ARG 142           HE       ARG 142  -9.295  14.421  -5.848
   10   HH11  ARG 142          HH11      ARG 142  -8.603  15.921  -8.933
   11   HH12  ARG 142          HH12      ARG 142  -7.885  14.493  -9.613
   12   HH21  ARG 142          HH21      ARG 142  -8.338  12.529  -6.747
   13   HH22  ARG 142          HH22      ARG 142  -7.743  12.566  -8.376

  No H/Q in entry =          13
  In of MODEL    4
    1    H    ILE 143           H        ILE 143 -13.221  18.205  -4.388
    2    HA   ILE 143           HA       ILE 143 -14.476  16.265  -3.691
    3    HB   ILE 143           HB       ILE 143 -16.242  18.622  -4.017
    4   HG12  ILE 143          HG12      ILE 143 -13.784  18.608  -2.251
    5   HG13  ILE 143          HG13      ILE 143 -13.946  19.527  -3.746
    6   HG23  ILE 143          HG21      ILE 143 -17.122  16.916  -2.652
    7   HG22  ILE 143          HG22      ILE 143 -16.549  18.163  -1.542
    8   HG21  ILE 143          HG23      ILE 143 -15.594  16.704  -1.803
    9   HD12  ILE 143          HD11      ILE 143 -14.328  20.829  -1.679
   10   HD11  ILE 143          HD12      ILE 143 -15.778  19.859  -1.410
   11   HD13  ILE 143          HD13      ILE 143 -15.646  20.871  -2.849

  No H/Q in entry =          11
  In of MODEL    4
    1    H    ALA 144           H        ALA 144 -16.302  18.267  -5.967
    2    HA   ALA 144           HA       ALA 144 -18.524  16.572  -6.100
    3    HB2  ALA 144           HB1      ALA 144 -19.073  17.826  -8.166
    4    HB3  ALA 144           HB2      ALA 144 -17.475  18.572  -8.101
    5    HB1  ALA 144           HB3      ALA 144 -18.643  18.877  -6.817

  No H/Q in entry =           5
  In of MODEL    4
    1    H    GLN 145           H        GLN 145 -15.448  16.560  -7.680
    2    HA   GLN 145           HA       GLN 145 -16.184  14.823  -9.798
    3    HB2  GLN 145           HB2      GLN 145 -14.260  16.260 -10.077
    4    HB3  GLN 145           HB3      GLN 145 -13.477  15.554  -8.671
    5    HG2  GLN 145           HG2      GLN 145 -14.122  13.472 -10.509
    6    HG3  GLN 145           HG3      GLN 145 -13.281  14.760 -11.369
    7   HE21  GLN 145          HE21      GLN 145 -11.464  13.458 -11.669
    8   HE22  GLN 145          HE22      GLN 145 -10.370  13.098 -10.381

  No H/Q in entry =           8
  In of MODEL    4
    1    H    THR 146           H        THR 146 -15.226  14.275  -6.314
    2    HA   THR 146           HA       THR 146 -14.465  11.602  -6.874
    3    HB   THR 146           HB       THR 146 -15.154  12.918  -4.247
    4    HG1  THR 146           HG1      THR 146 -13.138  13.514  -5.965
    5   HG22  THR 146          HG21      THR 146 -13.163  10.732  -4.863
    6   HG21  THR 146          HG22      THR 146 -14.814  10.435  -4.317
    7   HG23  THR 146          HG23      THR 146 -13.682  11.293  -3.273

  No H/Q in entry =           7
  In of MODEL    4
    1    H    LEU 147           H        LEU 147 -17.298  13.285  -6.837
    2    HA   LEU 147           HA       LEU 147 -18.825  11.462  -5.160
    3    HB2  LEU 147           HB2      LEU 147 -19.758  14.034  -6.432
    4    HB3  LEU 147           HB3      LEU 147 -20.628  13.068  -5.250
    5    HG   LEU 147           HG       LEU 147 -18.114  14.669  -4.806
    6   HD12  LEU 147          HD11      LEU 147 -20.856  14.873  -3.583
    7   HD11  LEU 147          HD12      LEU 147 -20.174  15.968  -4.784
    8   HD13  LEU 147          HD13      LEU 147 -19.462  15.871  -3.174
    9   HD22  LEU 147          HD21      LEU 147 -17.633  12.917  -3.445
   10   HD21  LEU 147          HD22      LEU 147 -19.323  12.471  -3.232
   11   HD23  LEU 147          HD23      LEU 147 -18.660  13.851  -2.357

  No H/Q in entry =          11
  In of MODEL    4
    1    H    LEU 148           H        LEU 148 -18.132  12.584  -8.304
    2    HA   LEU 148           HA       LEU 148 -20.249  11.223  -9.639
    3    HB2  LEU 148           HB2      LEU 148 -17.626  11.968 -10.901
    4    HB3  LEU 148           HB3      LEU 148 -19.204  11.848 -11.657
    5    HG   LEU 148           HG       LEU 148 -18.235  14.001  -9.791
    6   HD11  LEU 148          HD11      LEU 148 -19.040  13.973 -12.680
    7   HD13  LEU 148          HD12      LEU 148 -17.433  14.260 -12.013
    8   HD12  LEU 148          HD13      LEU 148 -18.721  15.435 -11.746
    9   HD21  LEU 148          HD21      LEU 148 -21.017  13.403 -10.764
   10   HD23  LEU 148          HD22      LEU 148 -20.517  15.046 -10.365
   11   HD22  LEU 148          HD23      LEU 148 -20.468  13.789  -9.130

  No H/Q in entry =          11
  In of MODEL    4
    1    H    ASN 149           H        ASN 149 -17.107  10.454  -8.402
    2    HA   ASN 149           HA       ASN 149 -16.744   7.996  -9.769
    3    HB2  ASN 149           HB2      ASN 149 -15.409   9.408  -7.657
    4    HB3  ASN 149           HB3      ASN 149 -15.681   7.747  -7.138
    5   HD21  ASN 149          HD21      ASN 149 -13.152   8.860  -7.622
    6   HD22  ASN 149          HD22      ASN 149 -12.441   8.026  -8.958

  No H/Q in entry =           6
  In of MODEL    4
    1    H    LEU 150           H        LEU 150 -18.603   9.059  -7.036
    2    HA   LEU 150           HA       LEU 150 -19.446   6.427  -6.149
    3    HB2  LEU 150           HB2      LEU 150 -20.370   9.248  -5.570
    4    HB3  LEU 150           HB3      LEU 150 -21.225   7.849  -4.918
    5    HG   LEU 150           HG       LEU 150 -18.315   7.834  -4.491
    6   HD13  LEU 150          HD11      LEU 150 -18.334  10.051  -3.975
    7   HD12  LEU 150          HD12      LEU 150 -18.781   9.353  -2.420
    8   HD11  LEU 150          HD13      LEU 150 -20.021  10.035  -3.472
    9   HD22  LEU 150          HD21      LEU 150 -18.972   6.948  -2.367
   10   HD21  LEU 150          HD22      LEU 150 -19.944   6.181  -3.628
   11   HD23  LEU 150          HD23      LEU 150 -20.643   7.454  -2.627

  No H/Q in entry =          11
  In of MODEL    4
    1    H    ALA 151           H        ALA 151 -20.092   8.302  -8.999
    2    HA   ALA 151           HA       ALA 151 -22.890   7.440  -9.008
    3    HB2  ALA 151           HB1      ALA 151 -23.003   8.644 -11.173
    4    HB3  ALA 151           HB2      ALA 151 -21.291   9.042 -11.015
    5    HB1  ALA 151           HB3      ALA 151 -22.456   9.688  -9.860

  No H/Q in entry =           5
  In of MODEL    4
    1    H    LYS 152           H        LYS 152 -19.808   6.480  -9.729
    2    HA   LYS 152           HA       LYS 152 -20.583   4.650 -11.867
    3    HB2  LYS 152           HB2      LYS 152 -17.882   5.280 -10.663
    4    HB3  LYS 152           HB3      LYS 152 -18.165   4.276 -12.082
    5    HG2  LYS 152           HG2      LYS 152 -19.068   6.214 -13.270
    6    HG3  LYS 152           HG3      LYS 152 -18.779   7.216 -11.847
    7    HD2  LYS 152           HD2      LYS 152 -16.344   6.516 -12.032
    8    HD3  LYS 152           HD3      LYS 152 -16.753   5.873 -13.623
    9    HE2  LYS 152           HE2      LYS 152 -17.180   8.728 -12.749
   10    HE3  LYS 152           HE3      LYS 152 -15.809   8.164 -13.702
   11    HZ3  LYS 152           HZ1      LYS 152 -17.512   9.128 -15.106
   12    HZ2  LYS 152           HZ2      LYS 152 -18.662   8.037 -14.521
   13    HZ1  LYS 152           HZ3      LYS 152 -17.358   7.476 -15.437

  No H/Q in entry =          13
  In of MODEL    4
    1    H    GLN 153           H        GLN 153 -20.440   4.533  -8.440
    2    HA   GLN 153           HA       GLN 153 -19.666   1.707  -8.475
    3    HB2  GLN 153           HB2      GLN 153 -20.302   3.309  -6.013
    4    HB3  GLN 153           HB3      GLN 153 -19.219   1.941  -6.187
    5    HG2  GLN 153           HG2      GLN 153 -18.687   4.622  -7.385
    6    HG3  GLN 153           HG3      GLN 153 -18.131   4.133  -5.785
    7   HE21  GLN 153          HE21      GLN 153 -16.641   4.838  -8.223
    8   HE22  GLN 153          HE22      GLN 153 -15.603   3.490  -8.537

  No H/Q in entry =           8
  In of MODEL    4
    1    HA   PRO 154           HA       PRO 154 -23.751   0.125  -7.712
    2    HB2  PRO 154           HB2      PRO 154 -23.540  -1.119  -5.239
    3    HB3  PRO 154           HB3      PRO 154 -23.104  -1.846  -6.788
    4    HG2  PRO 154           HG2      PRO 154 -21.361  -0.544  -4.743
    5    HG3  PRO 154           HG3      PRO 154 -21.052  -1.984  -5.731
    6    HD2  PRO 154           HD2      PRO 154 -19.936   0.358  -6.332
    7    HD3  PRO 154           HD3      PRO 154 -20.502  -0.732  -7.608

  No H/Q in entry =           7
  In of MODEL    4
    1    H    ASP 155           H        ASP 155 -22.357   2.301  -5.548
    2    HA   ASP 155           HA       ASP 155 -24.565   2.598  -3.728
    3    HB2  ASP 155           HB2      ASP 155 -22.075   4.335  -4.308
    4    HB3  ASP 155           HB3      ASP 155 -23.316   4.842  -3.170

  No H/Q in entry =           4
  In of MODEL    4
    1    H    ALA 156           H        ALA 156 -24.068   4.092  -7.126
    2    HA   ALA 156           HA       ALA 156 -25.389   6.399  -6.477
    3    HB1  ALA 156           HB1      ALA 156 -25.421   4.863  -9.072
    4    HB2  ALA 156           HB2      ALA 156 -24.149   5.987  -8.589
    5    HB3  ALA 156           HB3      ALA 156 -25.794   6.570  -8.848

  No H/Q in entry =           5
  In of MODEL    4
    1    H    MET 157           H        MET 157 -27.322   6.528  -5.616
    2    HA   MET 157           HA       MET 157 -29.098   4.277  -6.041
    3    HB2  MET 157           HB2      MET 157 -28.335   5.556  -3.839
    4    HB3  MET 157           HB3      MET 157 -29.765   6.524  -4.217
    5    HG2  MET 157           HG2      MET 157 -30.921   4.201  -4.436
    6    HG3  MET 157           HG3      MET 157 -29.552   3.650  -3.474
    7    HE3  MET 157           HE1      MET 157 -32.207   6.650  -3.523
    8    HE2  MET 157           HE2      MET 157 -33.114   6.150  -2.097
    9    HE1  MET 157           HE3      MET 157 -33.008   5.078  -3.492

  No H/Q in entry =           9
  In of MODEL    4
    1    H    THR 158           H        THR 158 -30.015   4.716  -8.187
    2    HA   THR 158           HA       THR 158 -31.016   7.082  -8.959
    3    HB   THR 158           HB       THR 158 -32.834   5.584 -10.142
    4    HG1  THR 158           HG1      THR 158 -32.440   3.749  -8.791
    5   HG21  THR 158          HG21      THR 158 -30.906   6.618 -11.249
    6   HG23  THR 158          HG22      THR 158 -31.156   4.972 -11.830
    7   HG22  THR 158          HG23      THR 158 -29.870   5.312 -10.674

  No H/Q in entry =           7
  In of MODEL    4
    1    H    HIS 159           H        HIS 159 -32.957   8.035  -8.985
    2    HA   HIS 159           HA       HIS 159 -35.144   7.247  -7.334
    3    HB2  HIS 159           HB2      HIS 159 -34.658   8.439  -5.483
    4    HB3  HIS 159           HB3      HIS 159 -33.117   8.889  -6.185
    5    HD1  HIS 159           HD1      HIS 159 -36.425  10.232  -5.251
    6    HD2  HIS 159           HD2      HIS 159 -33.067  11.476  -7.359
    7    HE1  HIS 159           HE1      HIS 159 -36.662  12.726  -5.497
    8    HE2  HIS 159           HE2      HIS 159 -34.671  13.446  -6.882

  No H/Q in entry =           8
  In of MODEL    4
    1    HA   PRO 160           HA       PRO 160 -37.186   9.153 -10.705
    2    HB2  PRO 160           HB2      PRO 160 -39.208  10.611  -9.542
    3    HB3  PRO 160           HB3      PRO 160 -39.234   8.868  -9.828
    4    HG2  PRO 160           HG2      PRO 160 -38.553  10.370  -7.331
    5    HG3  PRO 160           HG3      PRO 160 -39.529   8.901  -7.524
    6    HD2  PRO 160           HD2      PRO 160 -37.003   8.781  -6.662
    7    HD3  PRO 160           HD3      PRO 160 -37.658   7.543  -7.755

  No H/Q in entry =           7
  In of MODEL    4
    1    H    ASP 161           H        ASP 161 -34.891  10.814  -9.929
    2    HA   ASP 161           HA       ASP 161 -35.436  13.115 -11.442
    3    HB2  ASP 161           HB2      ASP 161 -36.553  14.382  -9.949
    4    HB3  ASP 161           HB3      ASP 161 -36.124  13.331  -8.609

  No H/Q in entry =           4
  In of MODEL    4
    1    H    GLY 162           H        GLY 162 -33.429  11.361  -9.257
    2    HA3  GLY 162           HA2      GLY 162 -31.093  11.989 -10.670
    3    HA2  GLY 162           HA3      GLY 162 -31.132  12.848  -9.128

  No H/Q in entry =           3
  In of MODEL    4
    1    H    MET 163           H        MET 163 -29.162  11.209  -9.221
    2    HA   MET 163           HA       MET 163 -29.995   8.925  -7.556
    3    HB2  MET 163           HB2      MET 163 -28.149   7.561  -8.586
    4    HB3  MET 163           HB3      MET 163 -29.514   7.821  -9.661
    5    HG2  MET 163           HG2      MET 163 -28.274   9.567 -10.825
    6    HG3  MET 163           HG3      MET 163 -26.909   9.319  -9.736
    7    HE1  MET 163           HE1      MET 163 -25.187   8.892 -11.627
    8    HE3  MET 163           HE2      MET 163 -26.444   9.257 -12.808
    9    HE2  MET 163           HE3      MET 163 -25.460   7.806 -12.989

  No H/Q in entry =           9
  In of MODEL    4
    1    H    GLN 164           H        GLN 164 -29.121   9.115  -5.808
    2    HA   GLN 164           HA       GLN 164 -26.944  10.954  -5.308
    3    HB2  GLN 164           HB2      GLN 164 -27.951  10.645  -2.929
    4    HB3  GLN 164           HB3      GLN 164 -28.801  11.672  -4.070
    5    HG2  GLN 164           HG2      GLN 164 -30.313   9.800  -4.600
    6    HG3  GLN 164           HG3      GLN 164 -29.470   8.801  -3.418
    7   HE21  GLN 164          HE21      GLN 164 -31.276   8.493  -2.149
    8   HE22  GLN 164          HE22      GLN 164 -31.977   9.754  -1.198

  No H/Q in entry =           8
  In of MODEL    4
    1    H    ILE 165           H        ILE 165 -26.171  10.309  -3.044
    2    HA   ILE 165           HA       ILE 165 -25.533   7.690  -2.353
    3    HB   ILE 165           HB       ILE 165 -22.946   8.315  -2.917
    4   HG12  ILE 165          HG12      ILE 165 -23.245   8.757  -5.571
    5   HG13  ILE 165          HG13      ILE 165 -24.607   9.691  -4.968
    6   HG21  ILE 165          HG21      ILE 165 -24.009   6.193  -3.269
    7   HG23  ILE 165          HG22      ILE 165 -23.049   6.659  -4.679
    8   HG22  ILE 165          HG23      ILE 165 -24.805   6.811  -4.713
    9   HD13  ILE 165          HD11      ILE 165 -22.649  11.085  -5.263
   10   HD12  ILE 165          HD12      ILE 165 -21.732  10.044  -4.180
   11   HD11  ILE 165          HD13      ILE 165 -23.084  10.985  -3.557

  No H/Q in entry =          11
  In of MODEL    4
    1    H    LYS 166           H        LYS 166 -25.475   8.401   0.131
    2    HA   LYS 166           HA       LYS 166 -24.634  10.952   0.596
    3    HB2  LYS 166           HB2      LYS 166 -26.468  10.033   1.821
    4    HB3  LYS 166           HB3      LYS 166 -25.639   8.507   2.062
    5    HG2  LYS 166           HG2      LYS 166 -23.976   9.999   3.441
    6    HG3  LYS 166           HG3      LYS 166 -25.373  11.067   3.524
    7    HD2  LYS 166           HD2      LYS 166 -25.289   8.184   4.405
    8    HD3  LYS 166           HD3      LYS 166 -25.326   9.598   5.460
    9    HE2  LYS 166           HE2      LYS 166 -27.521  10.210   4.527
   10    HE3  LYS 166           HE3      LYS 166 -27.483   8.764   3.521
   11    HZ2  LYS 166           HZ1      LYS 166 -28.796   8.543   5.599
   12    HZ1  LYS 166           HZ2      LYS 166 -27.368   8.703   6.487
   13    HZ3  LYS 166           HZ3      LYS 166 -27.573   7.390   5.443

  No H/Q in entry =          13
  In of MODEL    4
    1    H    ILE 167           H        ILE 167 -22.688  11.359   0.626
    2    HA   ILE 167           HA       ILE 167 -20.944   9.569   2.134
    3    HB   ILE 167           HB       ILE 167 -19.356  11.310   0.676
    4   HG12  ILE 167          HG12      ILE 167 -20.026  10.586  -1.699
    5   HG13  ILE 167          HG13      ILE 167 -21.591  10.178  -1.017
    6   HG21  ILE 167          HG21      ILE 167 -18.853   8.995   1.346
    7   HG23  ILE 167          HG22      ILE 167 -18.486   9.296  -0.352
    8   HG22  ILE 167          HG23      ILE 167 -19.947   8.413   0.089
    9   HD12  ILE 167          HD11      ILE 167 -20.949  12.559  -2.111
   10   HD11  ILE 167          HD12      ILE 167 -20.648  12.883  -0.404
   11   HD13  ILE 167          HD13      ILE 167 -22.233  12.315  -0.929

  No H/Q in entry =          11
  In of MODEL    4
    1    H    THR 168           H        THR 168 -20.708  10.467   4.057
    2    HA   THR 168           HA       THR 168 -21.253  13.132   4.646
    3    HB   THR 168           HB       THR 168 -19.681  12.690   6.657
    4    HG1  THR 168           HG1      THR 168 -18.813  10.772   5.255
    5   HG22  THR 168          HG21      THR 168 -22.037  10.851   6.178
    6   HG21  THR 168          HG22      THR 168 -22.123  12.503   6.787
    7   HG23  THR 168          HG23      THR 168 -21.345  11.249   7.751

  No H/Q in entry =           7
  In of MODEL    4
    1    H    ARG 169           H        ARG 169 -19.729  14.858   4.975
    2    HA   ARG 169           HA       ARG 169 -17.785  14.894   2.854
    3    HB2  ARG 169           HB2      ARG 169 -17.344  17.112   4.577
    4    HB3  ARG 169           HB3      ARG 169 -18.018  17.109   2.974
    5    HG2  ARG 169           HG2      ARG 169 -19.747  18.107   4.016
    6    HG3  ARG 169           HG3      ARG 169 -20.231  16.437   4.304
    7    HD2  ARG 169           HD2      ARG 169 -19.048  16.572   6.508
    8    HD3  ARG 169           HD3      ARG 169 -18.802  18.290   6.202
    9    HE   ARG 169           HE       ARG 169 -21.424  16.995   6.557
   10   HH11  ARG 169          HH11      ARG 169 -19.373  19.843   6.702
   11   HH12  ARG 169          HH12      ARG 169 -20.587  20.828   7.451
   12   HH21  ARG 169          HH21      ARG 169 -23.020  18.317   7.543
   13   HH22  ARG 169          HH22      ARG 169 -22.649  19.971   7.918

  No H/Q in entry =          13
  In of MODEL    4
    1    H    GLN 170           H        GLN 170 -17.839  13.935   6.308
    2    HA   GLN 170           HA       GLN 170 -15.279  14.116   6.835
    3    HB2  GLN 170           HB2      GLN 170 -17.406  12.113   7.505
    4    HB3  GLN 170           HB3      GLN 170 -15.750  11.803   8.007
    5    HG2  GLN 170           HG2      GLN 170 -16.565  12.855   9.859
    6    HG3  GLN 170           HG3      GLN 170 -15.907  14.228   8.973
    7   HE21  GLN 170          HE21      GLN 170 -17.972  14.202  10.989
    8   HE22  GLN 170          HE22      GLN 170 -19.392  14.857  10.252

  No H/Q in entry =           8
  In of MODEL    4
    1    H    GLU 171           H        GLU 171 -16.503  12.185   3.978
    2    HA   GLU 171           HA       GLU 171 -14.560  10.221   4.510
    3    HB2  GLU 171           HB2      GLU 171 -16.472  10.706   2.188
    4    HB3  GLU 171           HB3      GLU 171 -15.335   9.357   2.261
    5    HG2  GLU 171           HG2      GLU 171 -16.842   9.314   4.631
    6    HG3  GLU 171           HG3      GLU 171 -17.976   9.571   3.312

  No H/Q in entry =           6
  In of MODEL    4
    1    H    ILE 172           H        ILE 172 -15.571  13.098   3.048
    2    HA   ILE 172           HA       ILE 172 -13.647  13.378   0.990
    3    HB   ILE 172           HB       ILE 172 -15.317  15.579   2.188
    4   HG12  ILE 172          HG12      ILE 172 -16.844  13.730   1.858
    5   HG13  ILE 172          HG13      ILE 172 -17.076  14.860   0.527
    6   HG22  ILE 172          HG21      ILE 172 -14.731  15.081  -0.697
    7   HG21  ILE 172          HG22      ILE 172 -13.515  15.829   0.337
    8   HG23  ILE 172          HG23      ILE 172 -15.088  16.600   0.124
    9   HD13  ILE 172          HD11      ILE 172 -15.794  13.444  -0.936
   10   HD12  ILE 172          HD12      ILE 172 -17.065  12.492  -0.165
   11   HD11  ILE 172          HD13      ILE 172 -15.396  12.372   0.408

  No H/Q in entry =          11
  In of MODEL    4
    1    H    GLY 173           H        GLY 173 -13.678  14.310   4.617
    2    HA3  GLY 173           HA2      GLY 173 -11.716  16.167   4.434
    3    HA2  GLY 173           HA3      GLY 173 -11.853  14.965   5.716

  No H/Q in entry =           3
  In of MODEL    4
    1    H    GLN 174           H        GLN 174 -11.547  12.768   4.482
    2    HA   GLN 174           HA       GLN 174  -8.742  12.503   4.304
    3    HB2  GLN 174           HB2      GLN 174 -10.907  10.446   3.886
    4    HB3  GLN 174           HB3      GLN 174  -9.217  10.120   4.252
    5    HG2  GLN 174           HG2      GLN 174 -11.313  11.320   6.031
    6    HG3  GLN 174           HG3      GLN 174 -10.413   9.824   6.259
    7   HE21  GLN 174          HE21      GLN 174 -10.723  12.065   8.059
    8   HE22  GLN 174          HE22      GLN 174  -9.135  12.654   8.393

  No H/Q in entry =           8
  In of MODEL    4
    1    H    ILE 175           H        ILE 175 -11.324  12.015   1.920
    2    HA   ILE 175           HA       ILE 175  -9.597  10.848  -0.019
    3    HB   ILE 175           HB       ILE 175 -12.243  12.186  -0.531
    4   HG12  ILE 175          HG12      ILE 175 -11.754   9.269   0.091
    5   HG13  ILE 175          HG13      ILE 175 -12.350  10.439   1.267
    6   HG22  ILE 175          HG21      ILE 175 -12.236  10.322  -2.338
    7   HG21  ILE 175          HG22      ILE 175 -10.494  10.304  -2.068
    8   HG23  ILE 175          HG23      ILE 175 -11.289  11.784  -2.606
    9   HD12  ILE 175          HD11      ILE 175 -13.704   9.543  -1.258
   10   HD11  ILE 175          HD12      ILE 175 -14.267  10.879  -0.256
   11   HD13  ILE 175          HD13      ILE 175 -14.213   9.244   0.404

  No H/Q in entry =          11
  In of MODEL    4
    1    H    VAL 176           H        VAL 176 -10.748  14.099   0.591
    2    HA   VAL 176           HA       VAL 176  -9.383  15.029  -1.801
    3    HB   VAL 176           HB       VAL 176 -11.246  16.478   0.082
    4   HG11  VAL 176          HG11      VAL 176  -9.510  17.872  -1.129
    5   HG13  VAL 176          HG12      VAL 176 -11.203  18.298  -1.383
    6   HG12  VAL 176          HG13      VAL 176 -10.330  17.391  -2.618
    7   HG22  VAL 176          HG21      VAL 176 -12.835  16.303  -1.756
    8   HG21  VAL 176          HG22      VAL 176 -12.288  14.701  -1.257
    9   HG23  VAL 176          HG23      VAL 176 -11.641  15.437  -2.722

  No H/Q in entry =           9
  In of MODEL    4
    1    H    GLY 177           H        GLY 177  -9.048  15.003   1.654
    2    HA3  GLY 177           HA2      GLY 177  -6.870  15.199   2.598
    3    HA2  GLY 177           HA3      GLY 177  -6.440  16.316   1.311

  No H/Q in entry =           3
  In of MODEL    4
    1    H    CYS 178           H        CYS 178  -9.357  17.368   2.063
    2    HA   CYS 178           HA       CYS 178  -8.315  19.154   4.198
    3    HB2  CYS 178           HB2      CYS 178  -9.911  19.749   1.718
    4    HB3  CYS 178           HB3      CYS 178 -10.057  20.784   3.134
    5    HG   CYS 178           HG       CYS 178  -6.962  20.698   2.911

  No H/Q in entry =           5
  In of MODEL    4
    1    H    SER 179           H        SER 179  -9.962  19.881   5.730
    2    HA   SER 179           HA       SER 179 -11.658  17.776   6.463
    3    HB2  SER 179           HB2      SER 179 -12.512  20.213   7.648
    4    HB3  SER 179           HB3      SER 179 -11.515  18.947   8.373
    5    HG   SER 179           HG       SER 179 -10.417  20.937   8.364

  No H/Q in entry =           5
  In of MODEL    4
    1    H    ARG 180           H        ARG 180 -13.859  18.084   6.793
    2    HA   ARG 180           HA       ARG 180 -15.522  18.657   4.715
    3    HB2  ARG 180           HB2      ARG 180 -17.000  19.154   7.083
    4    HB3  ARG 180           HB3      ARG 180 -16.988  17.697   6.120
    5    HG2  ARG 180           HG2      ARG 180 -16.471  16.867   8.182
    6    HG3  ARG 180           HG3      ARG 180 -14.858  17.121   7.520
    7    HD2  ARG 180           HD2      ARG 180 -14.836  19.353   8.637
    8    HD3  ARG 180           HD3      ARG 180 -16.367  18.925   9.400
    9    HE   ARG 180           HE       ARG 180 -14.838  16.875  10.143
   10   HH11  ARG 180          HH11      ARG 180 -14.139  20.297  10.056
   11   HH12  ARG 180          HH12      ARG 180 -13.146  20.254  11.485
   12   HH21  ARG 180          HH21      ARG 180 -13.513  16.796  11.992
   13   HH22  ARG 180          HH22      ARG 180 -12.791  18.258  12.590

  No H/Q in entry =          13
  In of MODEL    4
    1    H    GLU 181           H        GLU 181 -13.603  20.852   5.677
    2    HA   GLU 181           HA       GLU 181 -15.448  23.020   6.171
    3    HB2  GLU 181           HB2      GLU 181 -12.753  22.376   6.964
    4    HB3  GLU 181           HB3      GLU 181 -12.918  24.043   6.432
    5    HG2  GLU 181           HG2      GLU 181 -13.296  24.081   8.732
    6    HG3  GLU 181           HG3      GLU 181 -14.896  24.200   8.006

  No H/Q in entry =           6
  In of MODEL    4
    1    H    THR 182           H        THR 182 -12.445  22.808   4.386
    2    HA   THR 182           HA       THR 182 -13.059  24.772   2.399
    3    HB   THR 182           HB       THR 182 -11.409  22.711   1.227
    4    HG1  THR 182           HG1      THR 182  -9.762  22.751   2.917
    5   HG21  THR 182          HG21      THR 182 -11.249  25.143   0.763
    6   HG23  THR 182          HG22      THR 182  -9.695  24.449   1.227
    7   HG22  THR 182          HG23      THR 182 -10.624  25.393   2.393

  No H/Q in entry =           7
  In of MODEL    4
    1    H    VAL 183           H        VAL 183 -13.225  21.243   2.527
    2    HA   VAL 183           HA       VAL 183 -14.855  20.887   0.206
    3    HB   VAL 183           HB       VAL 183 -13.629  19.370   2.372
    4   HG12  VAL 183          HG11      VAL 183 -16.113  18.137   1.247
    5   HG11  VAL 183          HG12      VAL 183 -16.040  18.901   2.834
    6   HG13  VAL 183          HG13      VAL 183 -15.030  17.487   2.487
    7   HG23  VAL 183          HG21      VAL 183 -14.427  18.554  -0.378
    8   HG22  VAL 183          HG22      VAL 183 -13.302  17.705   0.690
    9   HG21  VAL 183          HG23      VAL 183 -12.903  19.312   0.074

  No H/Q in entry =           9
  In of MODEL    4
    1    H    GLY 184           H        GLY 184 -15.517  21.527   3.755
    2    HA3  GLY 184           HA2      GLY 184 -18.211  21.034   3.494
    3    HA2  GLY 184           HA3      GLY 184 -17.500  22.240   4.571

  No H/Q in entry =           3
  In of MODEL    4
    1    H    ARG 185           H        ARG 185 -16.239  23.766   2.620
    2    HA   ARG 185           HA       ARG 185 -17.926  25.647   1.827
    3    HB2  ARG 185           HB2      ARG 185 -15.743  24.674  -0.031
    4    HB3  ARG 185           HB3      ARG 185 -16.706  26.110  -0.334
    5    HG2  ARG 185           HG2      ARG 185 -14.955  25.695   2.076
    6    HG3  ARG 185           HG3      ARG 185 -14.527  26.647   0.653
    7    HD2  ARG 185           HD2      ARG 185 -15.515  28.409   1.576
    8    HD3  ARG 185           HD3      ARG 185 -17.056  27.558   1.515
    9    HE   ARG 185           HE       ARG 185 -16.526  26.695   3.754
   10   HH11  ARG 185          HH11      ARG 185 -14.769  29.497   2.605
   11   HH12  ARG 185          HH12      ARG 185 -14.419  30.086   4.196
   12   HH21  ARG 185          HH21      ARG 185 -16.069  27.476   5.860
   13   HH22  ARG 185          HH22      ARG 185 -15.152  28.937   6.046

  No H/Q in entry =          13
  In of MODEL    4
    1    H    ILE 186           H        ILE 186 -16.969  23.387  -0.816
    2    HA   ILE 186           HA       ILE 186 -19.085  23.710  -2.219
    3    HB   ILE 186           HB       ILE 186 -17.201  21.441  -1.956
    4   HG12  ILE 186          HG12      ILE 186 -16.719  22.329  -4.352
    5   HG13  ILE 186          HG13      ILE 186 -17.691  23.711  -3.868
    6   HG22  ILE 186          HG21      ILE 186 -18.752  21.371  -4.414
    7   HG21  ILE 186          HG22      ILE 186 -19.709  20.991  -2.987
    8   HG23  ILE 186          HG23      ILE 186 -18.260  20.056  -3.351
    9   HD12  ILE 186          HD11      ILE 186 -15.188  23.941  -3.645
   10   HD11  ILE 186          HD12      ILE 186 -15.296  22.810  -2.296
   11   HD13  ILE 186          HD13      ILE 186 -16.142  24.355  -2.224

  No H/Q in entry =          11
  In of MODEL    4
    1    H    LEU 187           H        LEU 187 -19.039  21.430   0.365
    2    HA   LEU 187           HA       LEU 187 -21.332  20.093  -0.565
    3    HB2  LEU 187           HB2      LEU 187 -19.917  20.098   2.060
    4    HB3  LEU 187           HB3      LEU 187 -21.131  18.907   1.550
    5    HG   LEU 187           HG       LEU 187 -18.323  19.292   0.576
    6   HD12  LEU 187          HD11      LEU 187 -19.616  16.745   0.286
    7   HD11  LEU 187          HD12      LEU 187 -19.608  17.374   1.938
    8   HD13  LEU 187          HD13      LEU 187 -18.089  17.192   1.053
    9   HD23  LEU 187          HD21      LEU 187 -20.454  18.107  -1.197
   10   HD22  LEU 187          HD22      LEU 187 -18.723  18.125  -1.516
   11   HD21  LEU 187          HD23      LEU 187 -19.628  19.638  -1.485

  No H/Q in entry =          11
  In of MODEL    4
    1    H    LYS 188           H        LYS 188 -20.895  23.056   0.622
    2    HA   LYS 188           HA       LYS 188 -23.418  23.232   2.093
    3    HB2  LYS 188           HB2      LYS 188 -21.217  24.559   2.745
    4    HB3  LYS 188           HB3      LYS 188 -21.747  25.648   1.472
    5    HG2  LYS 188           HG2      LYS 188 -23.609  24.873   3.691
    6    HG3  LYS 188           HG3      LYS 188 -22.430  26.167   3.901
    7    HD2  LYS 188           HD2      LYS 188 -23.808  27.581   2.867
    8    HD3  LYS 188           HD3      LYS 188 -23.741  26.580   1.415
    9    HE2  LYS 188           HE2      LYS 188 -25.555  25.179   2.338
   10    HE3  LYS 188           HE3      LYS 188 -25.651  26.259   3.729
   11    HZ3  LYS 188           HZ1      LYS 188 -26.326  28.041   2.315
   12    HZ2  LYS 188           HZ2      LYS 188 -27.317  26.718   1.982
   13    HZ1  LYS 188           HZ3      LYS 188 -26.071  27.127   0.912

  No H/Q in entry =          13
  In of MODEL    4
    1    H    MET 189           H        MET 189 -21.776  24.052  -0.910
    2    HA   MET 189           HA       MET 189 -23.978  25.715  -1.870
    3    HB2  MET 189           HB2      MET 189 -22.799  25.619  -4.118
    4    HB3  MET 189           HB3      MET 189 -21.922  26.403  -2.820
    5    HG2  MET 189           HG2      MET 189 -20.904  23.978  -2.570
    6    HG3  MET 189           HG3      MET 189 -21.345  23.900  -4.273
    7    HE3  MET 189           HE1      MET 189 -20.155  27.065  -2.167
    8    HE2  MET 189           HE2      MET 189 -18.416  26.954  -2.437
    9    HE1  MET 189           HE3      MET 189 -19.252  25.685  -1.541

  No H/Q in entry =           9
  In of MODEL    4
    1    H    LEU 190           H        LEU 190 -23.074  22.411  -1.864
    2    HA   LEU 190           HA       LEU 190 -24.485  21.437  -4.030
    3    HB2  LEU 190           HB2      LEU 190 -24.101  20.230  -1.317
    4    HB3  LEU 190           HB3      LEU 190 -24.612  19.346  -2.748
    5    HG   LEU 190           HG       LEU 190 -21.960  20.501  -2.086
    6   HD13  LEU 190          HD11      LEU 190 -22.348  18.198  -1.612
    7   HD12  LEU 190          HD12      LEU 190 -21.242  18.329  -2.981
    8   HD11  LEU 190          HD13      LEU 190 -22.940  17.921  -3.248
    9   HD22  LEU 190          HD21      LEU 190 -22.359  21.547  -4.160
   10   HD21  LEU 190          HD22      LEU 190 -23.011  20.063  -4.851
   11   HD23  LEU 190          HD23      LEU 190 -21.297  20.171  -4.453

  No H/Q in entry =          11
  In of MODEL    4
    1    H    GLU 191           H        GLU 191 -25.749  21.830  -0.644
    2    HA   GLU 191           HA       GLU 191 -28.332  21.043  -1.323
    3    HB2  GLU 191           HB2      GLU 191 -27.147  21.344   0.988
    4    HB3  GLU 191           HB3      GLU 191 -27.726  22.999   0.863
    5    HG2  GLU 191           HG2      GLU 191 -30.003  21.696   0.321
    6    HG3  GLU 191           HG3      GLU 191 -29.218  20.499   1.349

  No H/Q in entry =           6
  In of MODEL    4
    1    H    ASP 192           H        ASP 192 -26.584  23.802  -2.094
    2    HA   ASP 192           HA       ASP 192 -28.959  25.476  -2.285
    3    HB2  ASP 192           HB2      ASP 192 -26.024  26.032  -2.645
    4    HB3  ASP 192           HB3      ASP 192 -27.234  27.166  -3.232

  No H/Q in entry =           4
  In of MODEL    4
    1    H    GLN 193           H        GLN 193 -27.467  23.175  -3.881
    2    HA   GLN 193           HA       GLN 193 -27.495  22.280  -5.983
    3    HB2  GLN 193           HB2      GLN 193 -29.819  24.169  -6.097
    4    HB3  GLN 193           HB3      GLN 193 -29.290  23.362  -7.567
    5    HG2  GLN 193           HG2      GLN 193 -30.871  21.896  -6.858
    6    HG3  GLN 193           HG3      GLN 193 -29.452  21.226  -6.061
    7   HE21  GLN 193          HE21      GLN 193 -29.340  21.209  -3.880
    8   HE22  GLN 193          HE22      GLN 193 -30.606  21.760  -2.842

  No H/Q in entry =           8
  In of MODEL    4
    1    H    ASN 194           H        ASN 194 -25.874  24.677  -5.303
    2    HA   ASN 194           HA       ASN 194 -25.703  26.055  -7.869
    3    HB2  ASN 194           HB2      ASN 194 -25.320  26.976  -5.337
    4    HB3  ASN 194           HB3      ASN 194 -23.659  26.638  -5.817
    5   HD21  ASN 194          HD21      ASN 194 -24.824  29.208  -5.295
    6   HD22  ASN 194          HD22      ASN 194 -24.692  30.123  -6.754

  No H/Q in entry =           6
  In of MODEL    4
    1    H    LEU 195           H        LEU 195 -24.688  23.215  -6.758
    2    HA   LEU 195           HA       LEU 195 -22.506  23.070  -8.682
    3    HB2  LEU 195           HB2      LEU 195 -21.789  23.730  -6.240
    4    HB3  LEU 195           HB3      LEU 195 -21.974  22.016  -5.953
    5    HG   LEU 195           HG       LEU 195 -20.284  22.770  -8.268
    6   HD12  LEU 195          HD11      LEU 195 -18.898  22.778  -5.676
    7   HD11  LEU 195          HD12      LEU 195 -19.881  24.202  -6.005
    8   HD13  LEU 195          HD13      LEU 195 -18.598  23.739  -7.125
    9   HD22  LEU 195          HD21      LEU 195 -20.637  20.451  -7.684
   10   HD21  LEU 195          HD22      LEU 195 -20.114  20.761  -6.029
   11   HD23  LEU 195          HD23      LEU 195 -18.960  20.893  -7.357

  No H/Q in entry =          11
  In of MODEL    4
    1    H    ILE 196           H        ILE 196 -24.797  21.527  -6.596
    2    HA   ILE 196           HA       ILE 196 -25.061  19.212  -8.099
    3    HB   ILE 196           HB       ILE 196 -24.238  18.531  -5.295
    4   HG12  ILE 196          HG12      ILE 196 -22.544  18.076  -7.738
    5   HG13  ILE 196          HG13      ILE 196 -22.321  19.488  -6.708
    6   HG23  ILE 196          HG21      ILE 196 -25.706  16.986  -6.507
    7   HG22  ILE 196          HG22      ILE 196 -24.101  16.288  -6.297
    8   HG21  ILE 196          HG23      ILE 196 -24.569  16.958  -7.859
    9   HD11  ILE 196          HD11      ILE 196 -22.146  16.633  -5.804
   10   HD13  ILE 196          HD12      ILE 196 -21.852  18.073  -4.823
   11   HD12  ILE 196          HD13      ILE 196 -20.777  17.685  -6.172

  No H/Q in entry =          11
  In of MODEL    4
    1    H    SER 197           H        SER 197 -26.009  18.145  -5.288
    2    HA   SER 197           HA       SER 197 -27.952  19.738  -4.308
    3    HB2  SER 197           HB2      SER 197 -29.247  19.419  -6.306
    4    HB3  SER 197           HB3      SER 197 -29.022  17.675  -6.198
    5    HG   SER 197           HG       SER 197 -31.066  18.676  -5.318

  No H/Q in entry =           5
  In of MODEL    4
    1    H    ALA 198           H        ALA 198 -27.284  19.106  -2.350
    2    HA   ALA 198           HA       ALA 198 -26.889  16.286  -1.864
    3    HB1  ALA 198           HB1      ALA 198 -25.107  17.864  -1.099
    4    HB3  ALA 198           HB2      ALA 198 -25.880  17.024   0.245
    5    HB2  ALA 198           HB3      ALA 198 -26.307  18.697  -0.108

  No H/Q in entry =           5
  In of MODEL    4
    1    H    HIS 199           H        HIS 199 -28.596  15.286  -1.200
    2    HA   HIS 199           HA       HIS 199 -30.849  16.737  -0.050
    3    HB2  HIS 199           HB2      HIS 199 -30.442  13.944  -1.095
    4    HB3  HIS 199           HB3      HIS 199 -31.779  14.271   0.002
    5    HD1  HIS 199           HD1      HIS 199 -30.437  15.638  -3.293
    6    HD2  HIS 199           HD2      HIS 199 -34.020  15.094  -1.261
    7    HE1  HIS 199           HE1      HIS 199 -32.235  16.328  -4.904
    8    HE2  HIS 199           HE2      HIS 199 -34.367  16.195  -3.576

  No H/Q in entry =           8
  In of MODEL    4
    1    H    GLY 200           H        GLY 200 -29.239  17.274   1.698
    2    HA3  GLY 200           HA2      GLY 200 -29.107  17.086   4.048
    3    HA2  GLY 200           HA3      GLY 200 -29.571  15.396   3.920

  No H/Q in entry =           3
  In of MODEL    4
    1    H    LYS 201           H        LYS 201 -27.873  14.262   2.341
    2    HA   LYS 201           HA       LYS 201 -25.154  14.968   2.654
    3    HB2  LYS 201           HB2      LYS 201 -26.308  13.087   4.647
    4    HB3  LYS 201           HB3      LYS 201 -24.774  12.632   3.922
    5    HG2  LYS 201           HG2      LYS 201 -23.620  14.251   4.957
    6    HG3  LYS 201           HG3      LYS 201 -24.958  15.397   4.895
    7    HD2  LYS 201           HD2      LYS 201 -25.109  13.003   6.688
    8    HD3  LYS 201           HD3      LYS 201 -24.198  14.433   7.184
    9    HE2  LYS 201           HE2      LYS 201 -26.271  15.778   6.673
   10    HE3  LYS 201           HE3      LYS 201 -27.126  14.244   6.516
   11    HZ3  LYS 201           HZ1      LYS 201 -27.475  14.905   8.706
   12    HZ2  LYS 201           HZ2      LYS 201 -25.877  15.412   8.925
   13    HZ1  LYS 201           HZ3      LYS 201 -26.235  13.763   8.830

  No H/Q in entry =          13
  In of MODEL    4
    1    H    THR 202           H        THR 202 -27.697  12.967   1.676
    2    HA   THR 202           HA       THR 202 -26.213  11.214  -0.049
    3    HB   THR 202           HB       THR 202 -29.027  11.585  -0.709
    4    HG1  THR 202           HG1      THR 202 -29.923  11.535   1.224
    5   HG22  THR 202          HG21      THR 202 -29.108   9.140  -0.065
    6   HG21  THR 202          HG22      THR 202 -27.404   9.278   0.358
    7   HG23  THR 202          HG23      THR 202 -27.921   9.552  -1.302

  No H/Q in entry =           7
  In of MODEL    4
    1    H    ILE 203           H        ILE 203 -25.222  12.247  -1.630
    2    HA   ILE 203           HA       ILE 203 -26.266  14.765  -2.580
    3    HB   ILE 203           HB       ILE 203 -23.651  13.338  -2.887
    4   HG12  ILE 203          HG12      ILE 203 -24.434  15.965  -1.617
    5   HG13  ILE 203          HG13      ILE 203 -24.096  14.470  -0.758
    6   HG21  ILE 203          HG21      ILE 203 -24.483  15.939  -4.175
    7   HG23  ILE 203          HG22      ILE 203 -24.120  14.432  -5.016
    8   HG22  ILE 203          HG23      ILE 203 -22.843  15.292  -4.156
    9   HD12  ILE 203          HD11      ILE 203 -22.158  16.121  -2.347
   10   HD11  ILE 203          HD12      ILE 203 -21.780  14.561  -1.612
   11   HD13  ILE 203          HD13      ILE 203 -22.214  15.938  -0.597

  No H/Q in entry =          11
  In of MODEL    4
    1    H    VAL 204           H        VAL 204 -27.308  15.000  -4.381
    2    HA   VAL 204           HA       VAL 204 -27.499  12.770  -6.280
    3    HB   VAL 204           HB       VAL 204 -29.589  13.869  -4.778
    4   HG11  VAL 204          HG11      VAL 204 -29.460  15.182  -7.418
    5   HG13  VAL 204          HG12      VAL 204 -30.210  15.718  -5.914
    6   HG12  VAL 204          HG13      VAL 204 -31.025  14.523  -6.933
    7   HG21  VAL 204          HG21      VAL 204 -29.464  11.635  -5.753
    8   HG23  VAL 204          HG22      VAL 204 -29.775  12.326  -7.343
    9   HG22  VAL 204          HG23      VAL 204 -31.000  12.430  -6.080

  No H/Q in entry =           9
  In of MODEL    4
    1    H    VAL 205           H        VAL 205 -26.050  13.325  -7.442
    2    HA   VAL 205           HA       VAL 205 -25.787  15.731  -8.955
    3    HB   VAL 205           HB       VAL 205 -24.533  14.076 -10.562
    4   HG11  VAL 205          HG11      VAL 205 -23.675  14.264  -7.652
    5   HG13  VAL 205          HG12      VAL 205 -23.350  15.457  -8.914
    6   HG12  VAL 205          HG13      VAL 205 -22.613  13.858  -9.004
    7   HG23  VAL 205          HG21      VAL 205 -24.904  12.205  -8.213
    8   HG22  VAL 205          HG22      VAL 205 -23.994  11.885  -9.692
    9   HG21  VAL 205          HG23      VAL 205 -25.751  12.044  -9.753

  No H/Q in entry =           9
  In of MODEL    4
    1    H    TYR 206           H        TYR 206 -27.764  16.276  -9.486
    2    HA   TYR 206           HA       TYR 206 -29.960  14.956 -10.407
    3    HB2  TYR 206           HB2      TYR 206 -28.824  17.616 -11.256
    4    HB3  TYR 206           HB3      TYR 206 -30.355  17.032 -11.890
    5    HD1  TYR 206           HD1      TYR 206 -29.019  19.187  -9.598
    6    HD2  TYR 206           HD2      TYR 206 -31.888  16.045  -9.841
    7    HE1  TYR 206           HE1      TYR 206 -30.183  20.113  -7.660
    8    HE2  TYR 206           HE2      TYR 206 -33.074  16.950  -7.899
    9    HH   TYR 206           HH       TYR 206 -32.885  19.873  -6.821

  No H/Q in entry =           9
  In of MODEL    4
    1    H    GLY 207           H        GLY 207 -27.298  16.145 -12.459
    2    HA3  GLY 207           HA2      GLY 207 -27.098  14.075 -14.226
    3    HA2  GLY 207           HA3      GLY 207 -28.432  15.034 -14.853

  No H/Q in entry =           3
  In of MODEL    4
    1    H    THR 208           H        THR 208 -27.692  17.572 -14.456
    2    HA   THR 208           HA       THR 208 -25.723  17.982 -16.486
    3    HB   THR 208           HB       THR 208 -26.340  20.403 -15.118
    4    HG1  THR 208           HG1      THR 208 -28.748  19.125 -15.831
    5   HG22  THR 208          HG21      THR 208 -27.519  20.931 -17.212
    6   HG21  THR 208          HG22      THR 208 -27.405  19.239 -17.697
    7   HG23  THR 208          HG23      THR 208 -25.941  20.206 -17.519

  No H/Q in entry =           7
  In of MODEL    4
    1    H    ARG 209           H        ARG 209 -25.398  17.170 -13.386
    2    HA   ARG 209           HA       ARG 209 -22.743  18.180 -13.142
    3    HB2  ARG 209           HB2      ARG 209 -24.980  19.329 -11.566
    4    HB3  ARG 209           HB3      ARG 209 -23.534  18.905 -10.660
    5    HG2  ARG 209           HG2      ARG 209 -22.222  20.456 -11.771
    6    HG3  ARG 209           HG3      ARG 209 -23.332  20.560 -13.140
    7    HD2  ARG 209           HD2      ARG 209 -24.909  21.806 -11.866
    8    HD3  ARG 209           HD3      ARG 209 -24.037  21.493 -10.365
    9    HE   ARG 209           HE       ARG 209 -22.243  22.798 -11.977
   10   HH11  ARG 209          HH11      ARG 209 -25.430  23.516 -10.722
   11   HH12  ARG 209          HH12      ARG 209 -25.160  25.227 -10.670
   12   HH21  ARG 209          HH21      ARG 209 -21.889  25.045 -11.902
   13   HH22  ARG 209          HH22      ARG 209 -23.153  26.096 -11.339

  No H/Q in entry =          13
  In of MODEL    4
    1    H1   VAL   1           H3       VAL   1  29.778 -15.930  -3.768
    2    H2   VAL   1           H2       VAL   1  31.366 -15.464  -4.122
    3    H3   VAL   1           H1       VAL   1  30.993 -17.097  -3.914
    4    HA   VAL   1           HA       VAL   1  32.102 -16.299  -1.977
    5    HB   VAL   1           HB       VAL   1  31.607 -13.938  -2.153
    6   HG12  VAL   1          HG11      VAL   1  29.358 -13.062  -1.525
    7   HG11  VAL   1          HG12      VAL   1  28.750 -14.715  -1.612
    8   HG13  VAL   1          HG13      VAL   1  29.401 -13.937  -3.054
    9   HG22  VAL   1          HG21      VAL   1  32.182 -14.685   0.055
   10   HG21  VAL   1          HG22      VAL   1  30.511 -15.141   0.384
   11   HG23  VAL   1          HG23      VAL   1  30.938 -13.441   0.183

  No H/Q in entry =          11
  In of MODEL    4
    1    H    LEU   2           H        LEU   2  31.758 -17.598  -0.280
    2    HA   LEU   2           HA       LEU   2  29.020 -18.617   0.133
    3    HB2  LEU   2           HB2      LEU   2  31.661 -20.053   0.437
    4    HB3  LEU   2           HB3      LEU   2  30.113 -20.719   0.918
    5    HG   LEU   2           HG       LEU   2  30.650 -19.874  -1.919
    6   HD12  LEU   2          HD11      LEU   2  31.136 -22.262  -2.373
    7   HD11  LEU   2          HD12      LEU   2  31.204 -22.542  -0.634
    8   HD13  LEU   2          HD13      LEU   2  32.371 -21.466  -1.399
    9   HD21  LEU   2          HD21      LEU   2  28.314 -20.217  -1.224
   10   HD23  LEU   2          HD22      LEU   2  28.720 -21.855  -0.714
   11   HD22  LEU   2          HD23      LEU   2  28.837 -21.407  -2.415

  No H/Q in entry =          11
  In of MODEL    4
    1    H    GLY   3           H        GLY   3  28.886 -19.695   2.418
    2    HA3  GLY   3           HA2      GLY   3  29.303 -19.602   4.716
    3    HA2  GLY   3           HA3      GLY   3  30.501 -18.352   4.427

  No H/Q in entry =           3
  In of MODEL    4
    1    H    LYS   4           H        LYS   4  27.126 -18.430   3.406
    2    HA   LYS   4           HA       LYS   4  26.721 -15.835   4.661
    3    HB2  LYS   4           HB2      LYS   4  24.847 -17.443   2.910
    4    HB3  LYS   4           HB3      LYS   4  24.637 -15.765   3.392
    5    HG2  LYS   4           HG2      LYS   4  26.553 -15.099   2.099
    6    HG3  LYS   4           HG3      LYS   4  26.923 -16.780   1.716
    7    HD2  LYS   4           HD2      LYS   4  24.797 -16.967   0.507
    8    HD3  LYS   4           HD3      LYS   4  24.438 -15.280   0.885
    9    HE2  LYS   4           HE2      LYS   4  26.438 -14.586  -0.350
   10    HE3  LYS   4           HE3      LYS   4  26.784 -16.271  -0.733
   11    HZ3  LYS   4           HZ1      LYS   4  24.924 -16.407  -2.116
   12    HZ2  LYS   4           HZ2      LYS   4  25.605 -14.903  -2.485
   13    HZ1  LYS   4           HZ3      LYS   4  24.234 -14.991  -1.502

  No H/Q in entry =          13
  In of MODEL    4
    1    HA   PRO   5           HA       PRO   5  24.776 -18.132   8.018
    2    HB2  PRO   5           HB2      PRO   5  24.932 -16.197   9.865
    3    HB3  PRO   5           HB3      PRO   5  26.361 -17.105   9.357
    4    HG2  PRO   5           HG2      PRO   5  25.483 -14.360   8.575
    5    HG3  PRO   5           HG3      PRO   5  27.116 -14.963   8.908
    6    HD2  PRO   5           HD2      PRO   5  26.029 -14.622   6.381
    7    HD3  PRO   5           HD3      PRO   5  27.402 -15.678   6.764

  No H/Q in entry =           7
  In of MODEL    4
    1    H    GLN   6           H        GLN   6  22.873 -17.780   6.410
    2    HA   GLN   6           HA       GLN   6  21.055 -15.676   7.296
    3    HB2  GLN   6           HB2      GLN   6  19.606 -16.792   5.407
    4    HB3  GLN   6           HB3      GLN   6  20.940 -15.722   5.003
    5    HG2  GLN   6           HG2      GLN   6  22.379 -17.707   4.674
    6    HG3  GLN   6           HG3      GLN   6  20.974 -18.733   4.969
    7   HE21  GLN   6          HE21      GLN   6  19.457 -18.989   3.377
    8   HE22  GLN   6          HE22      GLN   6  19.644 -18.361   1.780

  No H/Q in entry =           8
  In of MODEL    4
    1    H    THR   7           H        THR   7  21.375 -19.162   7.350
    2    HA   THR   7           HA       THR   7  20.364 -20.772   8.635
    3    HB   THR   7           HB       THR   7  18.639 -18.724  10.013
    4    HG1  THR   7           HG1      THR   7  20.343 -17.791  10.851
    5   HG21  THR   7          HG21      THR   7  20.037 -21.238  10.947
    6   HG23  THR   7          HG22      THR   7  18.318 -21.074  10.589
    7   HG22  THR   7          HG23      THR   7  19.022 -20.201  11.949

  No H/Q in entry =           7
  In of MODEL    4
    1    H    ASP   8           H        ASP   8  19.417 -19.858   6.063
    2    HA   ASP   8           HA       ASP   8  16.583 -20.604   6.389
    3    HB2  ASP   8           HB2      ASP   8  17.071 -18.156   5.703
    4    HB3  ASP   8           HB3      ASP   8  17.442 -18.847   4.124

  No H/Q in entry =           4
  In of MODEL    4
    1    HA   PRO   9           HA       PRO   9  18.159 -23.686   3.509
    2    HB2  PRO   9           HB2      PRO   9  16.772 -25.751   4.480
    3    HB3  PRO   9           HB3      PRO   9  18.194 -25.121   5.321
    4    HG2  PRO   9           HG2      PRO   9  15.304 -24.744   5.936
    5    HG3  PRO   9           HG3      PRO   9  16.676 -24.905   7.043
    6    HD2  PRO   9           HD2      PRO   9  15.452 -22.508   6.269
    7    HD3  PRO   9           HD3      PRO   9  17.030 -22.661   7.060

  No H/Q in entry =           7
  In of MODEL    4
    1    H    THR  10           H        THR  10  14.951 -22.529   4.127
    2    HA   THR  10           HA       THR  10  13.743 -24.130   2.029
    3    HB   THR  10           HB       THR  10  12.243 -21.864   3.216
    4    HG1  THR  10           HG1      THR  10  12.638 -22.462   5.213
    5   HG23  THR  10          HG21      THR  10  10.454 -23.496   3.260
    6   HG22  THR  10          HG22      THR  10  11.583 -24.802   2.898
    7   HG21  THR  10          HG23      THR  10  11.250 -23.561   1.689

  No H/Q in entry =           7
  In of MODEL    4
    1    H    LEU  11           H        LEU  11  14.905 -20.846   2.695
    2    HA   LEU  11           HA       LEU  11  14.125 -19.878   0.122
    3    HB2  LEU  11           HB2      LEU  11  14.906 -18.732   2.440
    4    HB3  LEU  11           HB3      LEU  11  16.393 -18.632   1.519
    5    HG   LEU  11           HG       LEU  11  15.496 -16.657   0.959
    6   HD11  LEU  11          HD11      LEU  11  15.442 -18.342  -1.054
    7   HD13  LEU  11          HD12      LEU  11  14.932 -16.660  -1.215
    8   HD12  LEU  11          HD13      LEU  11  13.729 -17.934  -1.006
    9   HD23  LEU  11          HD21      LEU  11  12.744 -17.834   1.058
   10   HD22  LEU  11          HD22      LEU  11  13.145 -16.131   0.826
   11   HD21  LEU  11          HD23      LEU  11  13.511 -16.921   2.360

  No H/Q in entry =          11
  In of MODEL    4
    1    H    GLU  12           H        GLU  12  16.687 -21.570   1.468
    2    HA   GLU  12           HA       GLU  12  18.659 -21.143  -0.591
    3    HB2  GLU  12           HB2      GLU  12  19.009 -21.848   1.991
    4    HB3  GLU  12           HB3      GLU  12  18.895 -23.457   1.287
    5    HG2  GLU  12           HG2      GLU  12  20.731 -22.967  -0.212
    6    HG3  GLU  12           HG3      GLU  12  20.824 -21.321   0.408

  No H/Q in entry =           6
  In of MODEL    4
    1    H    TRP  13           H        TRP  13  15.853 -22.792  -0.161
    2    HA   TRP  13           HA       TRP  13  16.651 -24.976  -1.939
    3    HB2  TRP  13           HB2      TRP  13  14.525 -24.688   0.067
    4    HB3  TRP  13           HB3      TRP  13  13.930 -25.307  -1.476
    5    HD1  TRP  13           HD1      TRP  13  17.461 -26.273  -0.791
    6    HE1  TRP  13           HE1      TRP  13  17.598 -28.746  -0.119
    7    HE3  TRP  13           HE3      TRP  13  12.478 -27.189  -0.042
    8    HZ2  TRP  13           HZ2      TRP  13  15.842 -30.807   0.637
    9    HZ3  TRP  13           HZ3      TRP  13  11.799 -29.450   0.660
   10    HH2  TRP  13           HH2      TRP  13  13.452 -31.218   0.990

  No H/Q in entry =          10
  In of MODEL    4
    1    H    PHE  14           H        PHE  14  15.283 -21.890  -1.740
    2    HA   PHE  14           HA       PHE  14  13.912 -21.999  -4.316
    3    HB2  PHE  14           HB2      PHE  14  12.748 -20.688  -2.713
    4    HB3  PHE  14           HB3      PHE  14  14.212 -19.919  -2.165
    5    HD1  PHE  14           HD1      PHE  14  14.791 -17.845  -2.930
    6    HD2  PHE  14           HD2      PHE  14  12.130 -20.168  -5.252
    7    HE1  PHE  14           HE1      PHE  14  14.545 -15.977  -4.506
    8    HE2  PHE  14           HE2      PHE  14  11.861 -18.311  -6.828
    9    HZ   PHE  14           HZ       PHE  14  13.075 -16.207  -6.461

  No H/Q in entry =           9
  In of MODEL    4
    1    H    LEU  15           H        LEU  15  16.936 -21.116  -2.937
    2    HA   LEU  15           HA       LEU  15  17.456 -19.060  -4.938
    3    HB2  LEU  15           HB2      LEU  15  19.105 -19.792  -2.525
    4    HB3  LEU  15           HB3      LEU  15  19.445 -18.484  -3.646
    5    HG   LEU  15           HG       LEU  15  17.014 -18.676  -1.875
    6   HD13  LEU  15          HD11      LEU  15  18.818 -18.221  -0.501
    7   HD12  LEU  15          HD12      LEU  15  18.033 -16.671  -0.818
    8   HD11  LEU  15          HD13      LEU  15  19.521 -17.101  -1.672
    9   HD23  LEU  15          HD21      LEU  15  17.876 -16.226  -3.337
   10   HD22  LEU  15          HD22      LEU  15  16.324 -16.606  -2.606
   11   HD21  LEU  15          HD23      LEU  15  16.816 -17.413  -4.094

  No H/Q in entry =          11
  In of MODEL    4
    1    H    SER  16           H        SER  16  17.513 -22.200  -4.457
    2    HA   SER  16           HA       SER  16  19.975 -22.712  -5.977
    3    HB2  SER  16           HB2      SER  16  19.186 -25.175  -5.486
    4    HB3  SER  16           HB3      SER  16  19.970 -24.267  -4.191
    5    HG   SER  16           HG       SER  16  18.193 -24.348  -3.096

  No H/Q in entry =           5
  In of MODEL    4
    1    H    HIS  17           H        HIS  17  16.822 -21.856  -6.234
    2    HA   HIS  17           HA       HIS  17  16.379 -23.489  -8.601
    3    HB2  HIS  17           HB2      HIS  17  14.558 -22.495  -6.500
    4    HB3  HIS  17           HB3      HIS  17  13.939 -22.450  -8.148
    5    HD1  HIS  17           HD1      HIS  17  14.390 -24.672  -5.306
    6    HD2  HIS  17           HD2      HIS  17  14.039 -25.104  -9.431
    7    HE1  HIS  17           HE1      HIS  17  13.758 -27.077  -5.688
    8    HE2  HIS  17           HE2      HIS  17  13.704 -27.352  -8.188

  No H/Q in entry =           8
  In of MODEL    4
    1    H    CYS  18           H        CYS  18  17.199 -20.377  -7.592
    2    HA   CYS  18           HA       CYS  18  16.058 -19.194  -9.986
    3    HB2  CYS  18           HB2      CYS  18  16.438 -17.008  -8.675
    4    HB3  CYS  18           HB3      CYS  18  15.064 -18.041  -8.286
    5    HG   CYS  18           HG       CYS  18  16.267 -16.963  -6.012

  No H/Q in entry =           5
  In of MODEL    4
    1    H    HIS  19           H        HIS  19  17.445 -17.291 -10.974
    2    HA   HIS  19           HA       HIS  19  20.227 -17.937 -10.708
    3    HB2  HIS  19           HB2      HIS  19  19.252 -17.517 -12.914
    4    HB3  HIS  19           HB3      HIS  19  18.703 -15.930 -12.402
    5    HD1  HIS  19           HD1      HIS  19  22.090 -17.694 -12.681
    6    HD2  HIS  19           HD2      HIS  19  20.296 -14.005 -13.390
    7    HE1  HIS  19           HE1      HIS  19  23.894 -16.235 -13.666
    8    HE2  HIS  19           HE2      HIS  19  22.768 -14.025 -14.134

  No H/Q in entry =           8
  In of MODEL    4
    1    H    ILE  20           H        ILE  20  20.724 -17.068  -8.341
    2    HA   ILE  20           HA       ILE  20  20.441 -14.293  -7.836
    3    HB   ILE  20           HB       ILE  20  21.980 -16.526  -6.637
    4   HG12  ILE  20          HG12      ILE  20  20.599 -14.483  -5.026
    5   HG13  ILE  20          HG13      ILE  20  19.589 -15.387  -6.145
    6   HG21  ILE  20          HG21      ILE  20  22.953 -13.772  -6.606
    7   HG23  ILE  20          HG22      ILE  20  23.778 -15.274  -6.191
    8   HG22  ILE  20          HG23      ILE  20  22.748 -14.478  -5.001
    9   HD13  ILE  20          HD11      ILE  20  20.293 -17.472  -5.109
   10   HD12  ILE  20          HD12      ILE  20  19.582 -16.375  -3.922
   11   HD11  ILE  20          HD13      ILE  20  21.334 -16.577  -4.003

  No H/Q in entry =          11
  In of MODEL    4
    1    H    HIS  21           H        HIS  21  21.372 -12.713  -8.692
    2    HA   HIS  21           HA       HIS  21  23.699 -11.786  -8.871
    3    HB2  HIS  21           HB2      HIS  21  24.688 -13.814  -9.911
    4    HB3  HIS  21           HB3      HIS  21  23.805 -13.450 -11.395
    5    HD1  HIS  21           HD1      HIS  21  24.822 -11.714 -12.942
    6    HD2  HIS  21           HD2      HIS  21  26.744 -11.878  -9.251
    7    HE1  HIS  21           HE1      HIS  21  26.876 -10.291 -13.181
    8    HE2  HIS  21           HE2      HIS  21  28.093 -10.513 -10.989

  No H/Q in entry =           8
  In of MODEL    4
    1    H    LYS  22           H        LYS  22  23.362  -9.937  -9.252
    2    HA   LYS  22           HA       LYS  22  21.413  -9.118 -11.257
    3    HB2  LYS  22           HB2      LYS  22  20.980  -8.743  -8.718
    4    HB3  LYS  22           HB3      LYS  22  22.013  -7.349  -8.965
    5    HG2  LYS  22           HG2      LYS  22  20.306  -7.134 -11.066
    6    HG3  LYS  22           HG3      LYS  22  19.259  -7.819  -9.826
    7    HD2  LYS  22           HD2      LYS  22  20.123  -6.021  -8.293
    8    HD3  LYS  22           HD3      LYS  22  20.853  -5.270  -9.716
    9    HE2  LYS  22           HE2      LYS  22  18.682  -5.043 -10.756
   10    HE3  LYS  22           HE3      LYS  22  17.914  -5.884  -9.406
   11    HZ3  LYS  22           HZ1      LYS  22  18.614  -4.105  -7.945
   12    HZ2  LYS  22           HZ2      LYS  22  17.689  -3.486  -9.222
   13    HZ1  LYS  22           HZ3      LYS  22  19.372  -3.312  -9.233

  No H/Q in entry =          13
  In of MODEL    4
    1    H    TYR  23           H        TYR  23  22.459  -6.301 -10.183
    2    HA   TYR  23           HA       TYR  23  24.652  -5.970 -12.029
    3    HB2  TYR  23           HB2      TYR  23  22.804  -4.070 -12.933
    4    HB3  TYR  23           HB3      TYR  23  23.475  -5.404 -13.845
    5    HD1  TYR  23           HD1      TYR  23  21.897  -7.697 -12.689
    6    HD2  TYR  23           HD2      TYR  23  20.692  -3.781 -13.691
    7    HE1  TYR  23           HE1      TYR  23  19.636  -8.533 -13.081
    8    HE2  TYR  23           HE2      TYR  23  18.397  -4.578 -14.079
    9    HH   TYR  23           HH       TYR  23  17.462  -7.891 -13.333

  No H/Q in entry =           9
  In of MODEL    4
    1    HA   PRO  24           HA       PRO  24  25.697  -2.003 -10.192
    2    HB2  PRO  24           HB2      PRO  24  24.912  -0.241 -12.284
    3    HB3  PRO  24           HB3      PRO  24  26.532  -0.853 -11.944
    4    HG2  PRO  24           HG2      PRO  24  24.513  -1.822 -13.892
    5    HG3  PRO  24           HG3      PRO  24  26.283  -1.869 -13.983
    6    HD2  PRO  24           HD2      PRO  24  24.884  -4.081 -13.498
    7    HD3  PRO  24           HD3      PRO  24  26.418  -3.780 -12.654

  No H/Q in entry =           7
  In of MODEL    4
    1    H    SER  25           H        SER  25  24.599  -0.318  -8.928
    2    HA   SER  25           HA       SER  25  21.774  -0.343  -9.027
    3    HB2  SER  25           HB2      SER  25  22.595   2.062  -7.857
    4    HB3  SER  25           HB3      SER  25  22.084   0.586  -7.057
    5    HG   SER  25           HG       SER  25  24.529   1.682  -7.110

  No H/Q in entry =           5
  In of MODEL    4
    1    H    LYS  26           H        LYS  26  20.411   1.206  -9.534
    2    HA   LYS  26           HA       LYS  26  19.665   3.230 -10.601
    3    HB2  LYS  26           HB2      LYS  26  21.996   3.971 -11.278
    4    HB3  LYS  26           HB3      LYS  26  22.060   2.712 -12.503
    5    HG2  LYS  26           HG2      LYS  26  20.139   3.794 -13.751
    6    HG3  LYS  26           HG3      LYS  26  19.950   4.987 -12.469
    7    HD2  LYS  26           HD2      LYS  26  22.269   5.866 -13.038
    8    HD3  LYS  26           HD3      LYS  26  22.416   4.626 -14.299
    9    HE2  LYS  26           HE2      LYS  26  20.314   5.508 -15.437
   10    HE3  LYS  26           HE3      LYS  26  20.166   6.773 -14.206
   11    HZ1  LYS  26           HZ1      LYS  26  22.714   6.480 -15.685
   12    HZ2  LYS  26           HZ2      LYS  26  21.459   7.268 -16.390
   13    HZ3  LYS  26           HZ3      LYS  26  22.017   7.799 -14.901

  No H/Q in entry =          13
  In of MODEL    4
    1    H    SER  27           H        SER  27  20.146   0.022 -11.154
    2    HA   SER  27           HA       SER  27  19.014  -0.158 -13.760
    3    HB2  SER  27           HB2      SER  27  18.771  -2.643 -12.878
    4    HB3  SER  27           HB3      SER  27  20.330  -2.004 -13.390
    5    HG   SER  27           HG       SER  27  21.026  -2.042 -11.395

  No H/Q in entry =           5
  In of MODEL    4
    1    H    THR  28           H        THR  28  17.167  -1.669 -13.869
    2    HA   THR  28           HA       THR  28  15.116  -1.675 -11.998
    3    HB   THR  28           HB       THR  28  14.791   0.754 -12.549
    4    HG1  THR  28           HG1      THR  28  12.778   0.091 -12.332
    5   HG22  THR  28          HG21      THR  28  14.218   1.416 -14.855
    6   HG21  THR  28          HG22      THR  28  14.598  -0.219 -15.398
    7   HG23  THR  28          HG23      THR  28  15.866   0.804 -14.724

  No H/Q in entry =           7
  In of MODEL    4
    1    H    LEU  29           H        LEU  29  13.529  -2.638 -12.942
    2    HA   LEU  29           HA       LEU  29  14.525  -4.675 -14.742
    3    HB2  LEU  29           HB2      LEU  29  13.243  -6.027 -12.602
    4    HB3  LEU  29           HB3      LEU  29  14.934  -6.110 -13.047
    5    HG   LEU  29           HG       LEU  29  13.692  -4.253 -10.977
    6   HD11  LEU  29          HD11      LEU  29  14.014  -6.691 -10.385
    7   HD13  LEU  29          HD12      LEU  29  14.799  -5.503  -9.334
    8   HD12  LEU  29          HD13      LEU  29  15.751  -6.388 -10.534
    9   HD21  LEU  29          HD21      LEU  29  15.740  -3.388 -12.280
   10   HD23  LEU  29          HD22      LEU  29  16.637  -4.599 -11.361
   11   HD22  LEU  29          HD23      LEU  29  15.757  -3.317 -10.516

  No H/Q in entry =          11
  In of MODEL    4
    1    H    ILE  30           H        ILE  30  11.898  -3.103 -13.145
    2    HA   ILE  30           HA       ILE  30   9.952  -3.646 -15.036
    3    HB   ILE  30           HB       ILE  30   8.536  -5.047 -13.103
    4   HG12  ILE  30          HG12      ILE  30  10.159  -7.190 -13.085
    5   HG13  ILE  30          HG13      ILE  30  11.368  -5.920 -12.987
    6   HG23  ILE  30          HG21      ILE  30   8.148  -5.517 -15.337
    7   HG22  ILE  30          HG22      ILE  30   8.824  -7.015 -14.697
    8   HG21  ILE  30          HG23      ILE  30   9.834  -5.928 -15.650
    9   HD11  ILE  30          HD11      ILE  30   9.871  -5.037 -11.047
   10   HD13  ILE  30          HD12      ILE  30  10.983  -6.379 -10.773
   11   HD12  ILE  30          HD13      ILE  30   9.264  -6.691 -11.029

  No H/Q in entry =          11
  In of MODEL    4
    1    H    HIS  31           H        HIS  31   9.344  -1.798 -14.859
    2    HA   HIS  31           HA       HIS  31   7.301  -0.967 -13.167
    3    HB2  HIS  31           HB2      HIS  31   8.812  -0.548 -11.399
    4    HB3  HIS  31           HB3      HIS  31  10.131  -0.116 -12.482
    5    HD1  HIS  31           HD1      HIS  31   7.244   1.326 -10.606
    6    HD2  HIS  31           HD2      HIS  31  10.176   2.555 -13.265
    7    HE1  HIS  31           HE1      HIS  31   7.088   3.826 -10.671
    8    HE2  HIS  31           HE2      HIS  31   8.652   4.481 -12.531

  No H/Q in entry =           8
  In of MODEL    4
    1    H    GLN  32           H        GLN  32   7.456  -1.085 -15.951
    2    HA   GLN  32           HA       GLN  32   7.115   1.765 -16.527
    3    HB2  GLN  32           HB2      GLN  32   9.165   0.118 -18.035
    4    HB3  GLN  32           HB3      GLN  32   8.494   1.619 -18.642
    5    HG2  GLN  32           HG2      GLN  32  10.150   1.320 -16.128
    6    HG3  GLN  32           HG3      GLN  32  10.713   1.941 -17.673
    7   HE21  GLN  32          HE21      GLN  32  11.328   3.919 -16.782
    8   HE22  GLN  32          HE22      GLN  32  10.178   5.102 -16.268

  No H/Q in entry =           8
  In of MODEL    4
    1    H    GLY  33           H        GLY  33   6.255  -1.361 -16.735
    2    HA3  GLY  33           HA2      GLY  33   3.902  -1.602 -17.543
    3    HA2  GLY  33           HA3      GLY  33   4.472  -0.799 -18.994

  No H/Q in entry =           3
  In of MODEL    4
    1    H    GLU  34           H        GLU  34   6.543  -3.032 -17.397
    2    HA   GLU  34           HA       GLU  34   6.310  -4.964 -19.584
    3    HB2  GLU  34           HB2      GLU  34   8.231  -5.204 -17.316
    4    HB3  GLU  34           HB3      GLU  34   8.448  -5.626 -18.994
    5    HG2  GLU  34           HG2      GLU  34   9.797  -3.806 -18.915
    6    HG3  GLU  34           HG3      GLU  34   8.276  -2.985 -19.262

  No H/Q in entry =           6
  In of MODEL    4
    1    H    LYS  35           H        LYS  35   5.224  -6.783 -19.276
    2    HA   LYS  35           HA       LYS  35   3.815  -7.520 -17.031
    3    HB2  LYS  35           HB2      LYS  35   4.837  -9.087 -19.380
    4    HB3  LYS  35           HB3      LYS  35   4.072  -9.930 -18.041
    5    HG2  LYS  35           HG2      LYS  35   2.123  -8.338 -18.347
    6    HG3  LYS  35           HG3      LYS  35   2.872  -7.900 -19.888
    7    HD2  LYS  35           HD2      LYS  35   2.905 -10.389 -20.403
    8    HD3  LYS  35           HD3      LYS  35   1.840 -10.588 -19.011
    9    HE2  LYS  35           HE2      LYS  35   1.287  -8.887 -21.438
   10    HE3  LYS  35           HE3      LYS  35   0.577 -10.464 -21.099
   11    HZ1  LYS  35           HZ1      LYS  35  -0.284  -9.393 -18.983
   12    HZ3  LYS  35           HZ2      LYS  35  -1.010  -8.912 -20.432
   13    HZ2  LYS  35           HZ3      LYS  35   0.124  -7.900 -19.683

  No H/Q in entry =          13
  In of MODEL    4
    1    H    ALA  36           H        ALA  36   4.567  -7.923 -15.052
    2    HA   ALA  36           HA       ALA  36   7.254  -8.748 -14.609
    3    HB3  ALA  36           HB1      ALA  36   5.746  -9.063 -12.241
    4    HB1  ALA  36           HB2      ALA  36   5.158  -7.615 -13.069
    5    HB2  ALA  36           HB3      ALA  36   6.869  -7.772 -12.668

  No H/Q in entry =           5
  In of MODEL    4
    1    H    GLU  37           H        GLU  37   6.891 -10.718 -16.034
    2    HA   GLU  37           HA       GLU  37   5.605 -12.985 -14.758
    3    HB2  GLU  37           HB2      GLU  37   7.288 -12.793 -17.264
    4    HB3  GLU  37           HB3      GLU  37   6.472 -14.250 -16.718
    5    HG2  GLU  37           HG2      GLU  37   4.327 -12.851 -16.828
    6    HG3  GLU  37           HG3      GLU  37   5.287 -11.723 -17.788

  No H/Q in entry =           6
  In of MODEL    4
    1    H    THR  38           H        THR  38   8.635 -11.488 -14.793
    2    HA   THR  38           HA       THR  38   9.925 -13.875 -13.688
    3    HB   THR  38           HB       THR  38  11.255 -13.159 -15.493
    4    HG1  THR  38           HG1      THR  38  12.377 -13.337 -13.373
    5   HG21  THR  38          HG21      THR  38  10.542 -10.409 -14.585
    6   HG23  THR  38          HG22      THR  38  10.503 -11.108 -16.205
    7   HG22  THR  38          HG23      THR  38  12.043 -10.651 -15.477

  No H/Q in entry =           7
  In of MODEL    4
    1    H    LEU  39           H        LEU  39  10.587 -13.859 -11.624
    2    HA   LEU  39           HA       LEU  39  10.034 -11.439 -10.109
    3    HB2  LEU  39           HB2      LEU  39   9.057 -12.731  -8.599
    4    HB3  LEU  39           HB3      LEU  39   9.313 -14.102  -9.659
    5    HG   LEU  39           HG       LEU  39  11.645 -13.408  -8.018
    6   HD13  LEU  39          HD11      LEU  39   9.945 -12.860  -6.395
    7   HD12  LEU  39          HD12      LEU  39  10.703 -14.396  -5.970
    8   HD11  LEU  39          HD13      LEU  39   9.106 -14.377  -6.718
    9   HD22  LEU  39          HD21      LEU  39  11.805 -15.394  -9.203
   10   HD21  LEU  39          HD22      LEU  39  10.142 -15.860  -8.845
   11   HD23  LEU  39          HD23      LEU  39  11.371 -15.932  -7.580

  No H/Q in entry =          11
  In of MODEL    4
    1    H    TYR  40           H        TYR  40  11.601 -10.743  -8.498
    2    HA   TYR  40           HA       TYR  40  14.297 -11.791  -8.987
    3    HB2  TYR  40           HB2      TYR  40  13.627  -8.878  -8.570
    4    HB3  TYR  40           HB3      TYR  40  15.195  -9.557  -8.958
    5    HD1  TYR  40           HD1      TYR  40  15.912  -9.454 -11.089
    6    HD2  TYR  40           HD2      TYR  40  11.735  -9.307 -10.406
    7    HE1  TYR  40           HE1      TYR  40  15.555  -8.981 -13.470
    8    HE2  TYR  40           HE2      TYR  40  11.349  -8.860 -12.794
    9    HH   TYR  40           HH       TYR  40  12.621  -7.883 -14.710

  No H/Q in entry =           9
  In of MODEL    4
    1    H    TYR  41           H        TYR  41  15.081 -12.538  -7.078
    2    HA   TYR  41           HA       TYR  41  14.055 -11.409  -4.581
    3    HB2  TYR  41           HB2      TYR  41  14.327 -13.931  -5.150
    4    HB3  TYR  41           HB3      TYR  41  16.044 -13.649  -4.895
    5    HD1  TYR  41           HD1      TYR  41  16.351 -12.098  -2.579
    6    HD2  TYR  41           HD2      TYR  41  13.360 -14.945  -3.445
    7    HE1  TYR  41           HE1      TYR  41  15.984 -12.428  -0.178
    8    HE2  TYR  41           HE2      TYR  41  12.956 -15.299  -1.098
    9    HH   TYR  41           HH       TYR  41  14.332 -13.201   1.326

  No H/Q in entry =           9
  In of MODEL    4
    1    H    ILE  42           H        ILE  42  15.156  -9.462  -4.405
    2    HA   ILE  42           HA       ILE  42  17.889  -9.121  -4.920
    3    HB   ILE  42           HB       ILE  42  16.365  -7.264  -4.694
    4   HG12  ILE  42          HG12      ILE  42  18.330  -7.060  -2.431
    5   HG13  ILE  42          HG13      ILE  42  18.788  -6.975  -4.134
    6   HG23  ILE  42          HG21      ILE  42  14.847  -8.105  -3.046
    7   HG22  ILE  42          HG22      ILE  42  15.492  -6.552  -2.514
    8   HG21  ILE  42          HG23      ILE  42  16.102  -8.048  -1.809
    9   HD12  ILE  42          HD11      ILE  42  17.246  -5.060  -2.491
   10   HD11  ILE  42          HD12      ILE  42  16.895  -5.181  -4.211
   11   HD13  ILE  42          HD13      ILE  42  18.526  -4.771  -3.673

  No H/Q in entry =          11
  In of MODEL    4
    1    H    VAL  43           H        VAL  43  19.265 -10.589  -4.111
    2    HA   VAL  43           HA       VAL  43  18.798 -11.735  -1.524
    3    HB   VAL  43           HB       VAL  43  20.941 -12.421  -3.507
    4   HG12  VAL  43          HG11      VAL  43  19.822 -14.047  -1.242
    5   HG11  VAL  43          HG12      VAL  43  21.331 -13.128  -1.147
    6   HG13  VAL  43          HG13      VAL  43  21.175 -14.456  -2.298
    7   HG22  VAL  43          HG21      VAL  43  19.083 -12.999  -4.671
    8   HG21  VAL  43          HG22      VAL  43  18.088 -13.150  -3.223
    9   HG23  VAL  43          HG23      VAL  43  19.218 -14.432  -3.653

  No H/Q in entry =           9
  In of MODEL    4
    1    H    LYS  44           H        LYS  44  20.632  -9.474  -2.828
    2    HA   LYS  44           HA       LYS  44  22.164  -8.596  -0.607
    3    HB2  LYS  44           HB2      LYS  44  23.420 -10.248  -2.757
    4    HB3  LYS  44           HB3      LYS  44  24.241  -8.741  -2.383
    5    HG2  LYS  44           HG2      LYS  44  23.525 -10.419  -0.076
    6    HG3  LYS  44           HG3      LYS  44  24.762 -11.060  -1.162
    7    HD2  LYS  44           HD2      LYS  44  26.254  -9.454  -0.633
    8    HD3  LYS  44           HD3      LYS  44  25.010  -8.216  -0.434
    9    HE2  LYS  44           HE2      LYS  44  24.570  -8.831   1.759
   10    HE3  LYS  44           HE3      LYS  44  25.213 -10.458   1.539
   11    HZ1  LYS  44           HZ1      LYS  44  26.944  -8.061   1.441
   12    HZ3  LYS  44           HZ2      LYS  44  27.397  -9.673   1.655
   13    HZ2  LYS  44           HZ3      LYS  44  26.593  -8.854   2.892

  No H/Q in entry =          13
  In of MODEL    4
    1    H    GLY  45           H        GLY  45  22.864  -6.452  -1.163
    2    HA3  GLY  45           HA2      GLY  45  22.985  -4.511  -2.538
    3    HA2  GLY  45           HA3      GLY  45  22.099  -5.388  -3.795

  No H/Q in entry =           3
  In of MODEL    4
    1    H    SER  46           H        SER  46  21.143  -2.873  -2.856
    2    HA   SER  46           HA       SER  46  18.576  -3.858  -2.040
    3    HB2  SER  46           HB2      SER  46  18.591  -2.965   0.022
    4    HB3  SER  46           HB3      SER  46  20.325  -2.738  -0.189
    5    HG   SER  46           HG       SER  46  18.324  -0.895  -0.116

  No H/Q in entry =           5
  In of MODEL    4
    1    H    VAL  47           H        VAL  47  16.842  -2.498  -2.617
    2    HA   VAL  47           HA       VAL  47  17.663  -0.633  -4.714
    3    HB   VAL  47           HB       VAL  47  15.968  -1.389  -6.250
    4   HG11  VAL  47          HG11      VAL  47  18.138  -2.506  -6.343
    5   HG13  VAL  47          HG12      VAL  47  16.829  -3.609  -6.785
    6   HG12  VAL  47          HG13      VAL  47  17.567  -3.700  -5.182
    7   HG22  VAL  47          HG21      VAL  47  14.246  -2.091  -4.762
    8   HG21  VAL  47          HG22      VAL  47  15.282  -3.350  -4.086
    9   HG23  VAL  47          HG23      VAL  47  14.712  -3.477  -5.752

  No H/Q in entry =           9
  In of MODEL    4
    1    H    ALA  48           H        ALA  48  15.631   0.437  -5.704
    2    HA   ALA  48           HA       ALA  48  14.285   1.628  -3.381
    3    HB2  ALA  48           HB1      ALA  48  15.651   2.738  -5.720
    4    HB1  ALA  48           HB2      ALA  48  15.307   3.473  -4.153
    5    HB3  ALA  48           HB3      ALA  48  14.067   3.451  -5.406

  No H/Q in entry =           5
  In of MODEL    4
    1    H    VAL  49           H        VAL  49  12.462   0.449  -3.335
    2    HA   VAL  49           HA       VAL  49  11.034  -0.261  -5.688
    3    HB   VAL  49           HB       VAL  49  10.563  -0.529  -2.748
    4   HG13  VAL  49          HG11      VAL  49   8.366  -0.881  -2.818
    5   HG12  VAL  49          HG12      VAL  49   8.411  -1.536  -4.457
    6   HG11  VAL  49          HG13      VAL  49   8.453   0.207  -4.201
    7   HG22  VAL  49          HG21      VAL  49  11.799  -2.273  -3.795
    8   HG21  VAL  49          HG22      VAL  49  10.597  -2.427  -5.078
    9   HG23  VAL  49          HG23      VAL  49  10.190  -2.899  -3.428

  No H/Q in entry =           9
  In of MODEL    4
    1    H    LEU  50           H        LEU  50   9.406   0.849  -6.677
    2    HA   LEU  50           HA       LEU  50   8.459   3.291  -5.500
    3    HB2  LEU  50           HB2      LEU  50   9.114   4.705  -7.253
    4    HB3  LEU  50           HB3      LEU  50  10.526   3.795  -6.774
    5    HG   LEU  50           HG       LEU  50   8.907   3.509  -9.288
    6   HD13  LEU  50          HD11      LEU  50  10.499   5.198  -9.482
    7   HD12  LEU  50          HD12      LEU  50  11.269   3.766 -10.188
    8   HD11  LEU  50          HD13      LEU  50  11.697   4.280  -8.552
    9   HD23  LEU  50          HD21      LEU  50  10.383   1.673  -9.912
   10   HD22  LEU  50          HD22      LEU  50   9.408   1.256  -8.503
   11   HD21  LEU  50          HD23      LEU  50  11.105   1.695  -8.302

  No H/Q in entry =          11
  In of MODEL    4
    1    H    ILE  51           H        ILE  51   6.597   4.215  -6.411
    2    HA   ILE  51           HA       ILE  51   5.081   2.269  -8.033
    3    HB   ILE  51           HB       ILE  51   3.079   3.124  -6.720
    4   HG12  ILE  51          HG12      ILE  51   5.310   4.033  -4.882
    5   HG13  ILE  51          HG13      ILE  51   4.169   5.083  -5.712
    6   HG22  ILE  51          HG21      ILE  51   3.568   1.544  -4.862
    7   HG21  ILE  51          HG22      ILE  51   5.244   1.484  -5.410
    8   HG23  ILE  51          HG23      ILE  51   3.955   0.896  -6.458
    9   HD12  ILE  51          HD11      ILE  51   3.755   4.596  -3.255
   10   HD11  ILE  51          HD12      ILE  51   3.259   2.985  -3.779
   11   HD13  ILE  51          HD13      ILE  51   2.395   4.408  -4.360

  No H/Q in entry =          11
  In of MODEL    4
    1    H    LYS  52           H        LYS  52   3.236   3.135  -9.154
    2    HA   LYS  52           HA       LYS  52   3.751   5.804 -10.235
    3    HB2  LYS  52           HB2      LYS  52   2.417   3.359 -11.395
    4    HB3  LYS  52           HB3      LYS  52   2.214   4.953 -12.114
    5    HG2  LYS  52           HG2      LYS  52   4.567   5.141 -12.504
    6    HG3  LYS  52           HG3      LYS  52   4.877   3.632 -11.644
    7    HD2  LYS  52           HD2      LYS  52   4.519   2.453 -13.500
    8    HD3  LYS  52           HD3      LYS  52   2.942   3.216 -13.723
    9    HE2  LYS  52           HE2      LYS  52   3.917   3.982 -15.612
   10    HE3  LYS  52           HE3      LYS  52   4.512   5.235 -14.516
   11    HZ3  LYS  52           HZ1      LYS  52   6.616   4.428 -14.596
   12    HZ2  LYS  52           HZ2      LYS  52   6.099   3.891 -16.116
   13    HZ1  LYS  52           HZ3      LYS  52   6.130   2.821 -14.816

  No H/Q in entry =          13
  In of MODEL    4
    1    H    ASP  53           H        ASP  53   2.167   7.301 -10.290
    2    HA   ASP  53           HA       ASP  53  -0.039   6.926  -8.458
    3    HB2  ASP  53           HB2      ASP  53   1.673   8.878  -8.543
    4    HB3  ASP  53           HB3      ASP  53   0.612   9.502  -9.797

  No H/Q in entry =           4
  In of MODEL    4
    1    H    GLU  54           H        GLU  54  -1.674   9.026  -9.486
    2    HA   GLU  54           HA       GLU  54  -3.051   7.537 -11.624
    3    HB2  GLU  54           HB2      GLU  54  -4.223   8.197  -9.406
    4    HB3  GLU  54           HB3      GLU  54  -4.124   9.847  -9.994
    5    HG2  GLU  54           HG2      GLU  54  -5.476   9.253 -11.921
    6    HG3  GLU  54           HG3      GLU  54  -5.587   7.591 -11.337

  No H/Q in entry =           6
  In of MODEL    4
    1    H    GLU  55           H        GLU  55  -0.881   9.967 -11.084
    2    HA   GLU  55           HA       GLU  55  -1.633  11.411 -13.563
    3    HB2  GLU  55           HB2      GLU  55   0.033  13.176 -12.411
    4    HB3  GLU  55           HB3      GLU  55  -1.703  13.218 -12.128
    5    HG2  GLU  55           HG2      GLU  55  -1.489  12.624  -9.983
    6    HG3  GLU  55           HG3      GLU  55  -0.216  11.460 -10.334

  No H/Q in entry =           6
  In of MODEL    4
    1    H    GLY  56           H        GLY  56   0.057   8.973 -12.783
    2    HA3  GLY  56           HA2      GLY  56   1.816   8.019 -14.000
    3    HA2  GLY  56           HA3      GLY  56   2.113   9.585 -14.740

  No H/Q in entry =           3
  In of MODEL    4
    1    H    LYS  57           H        LYS  57   2.006   9.567 -11.155
    2    HA   LYS  57           HA       LYS  57   4.786  10.317 -11.344
    3    HB2  LYS  57           HB2      LYS  57   3.366  11.738 -10.019
    4    HB3  LYS  57           HB3      LYS  57   2.703  10.364  -9.159
    5    HG2  LYS  57           HG2      LYS  57   4.908   9.985  -8.124
    6    HG3  LYS  57           HG3      LYS  57   5.504  11.435  -8.935
    7    HD2  LYS  57           HD2      LYS  57   4.896  12.007  -6.675
    8    HD3  LYS  57           HD3      LYS  57   3.734  12.747  -7.776
    9    HE2  LYS  57           HE2      LYS  57   2.919  10.089  -6.930
   10    HE3  LYS  57           HE3      LYS  57   3.154  11.177  -5.566
   11    HZ3  LYS  57           HZ1      LYS  57   1.472  12.555  -6.264
   12    HZ2  LYS  57           HZ2      LYS  57   0.866  11.053  -6.758
   13    HZ1  LYS  57           HZ3      LYS  57   1.589  12.096  -7.890

  No H/Q in entry =          13
  In of MODEL    4
    1    H    GLU  58           H        GLU  58   6.319   8.832 -11.022
    2    HA   GLU  58           HA       GLU  58   5.567   6.307  -9.747
    3    HB2  GLU  58           HB2      GLU  58   7.814   5.689 -11.089
    4    HB3  GLU  58           HB3      GLU  58   6.219   5.524 -11.803
    5    HG2  GLU  58           HG2      GLU  58   6.450   7.640 -12.926
    6    HG3  GLU  58           HG3      GLU  58   7.991   7.932 -12.118

  No H/Q in entry =           6
  In of MODEL    4
    1    H    MET  59           H        MET  59   6.240   6.974  -7.488
    2    HA   MET  59           HA       MET  59   8.881   8.132  -7.450
    3    HB2  MET  59           HB2      MET  59   8.058   9.066  -5.330
    4    HB3  MET  59           HB3      MET  59   7.104   9.600  -6.711
    5    HG2  MET  59           HG2      MET  59   5.374   9.117  -5.387
    6    HG3  MET  59           HG3      MET  59   5.669   7.469  -5.920
    7    HE1  MET  59           HE1      MET  59   7.117  10.053  -3.573
    8    HE3  MET  59           HE2      MET  59   8.385   8.907  -3.135
    9    HE2  MET  59           HE3      MET  59   7.113   9.298  -1.980

  No H/Q in entry =           9
  In of MODEL    4
    1    H    ILE  60           H        ILE  60  10.297   7.255  -6.058
    2    HA   ILE  60           HA       ILE  60  10.042   4.657  -5.159
    3    HB   ILE  60           HB       ILE  60  11.705   6.756  -3.781
    4   HG12  ILE  60          HG12      ILE  60  12.313   5.167  -6.282
    5   HG13  ILE  60          HG13      ILE  60  12.140   6.919  -6.163
    6   HG23  ILE  60          HG21      ILE  60  11.716   4.730  -2.573
    7   HG22  ILE  60          HG22      ILE  60  13.206   4.717  -3.519
    8   HG21  ILE  60          HG23      ILE  60  11.820   3.762  -4.043
    9   HD13  ILE  60          HD11      ILE  60  14.142   7.177  -5.109
   10   HD12  ILE  60          HD12      ILE  60  14.484   5.830  -6.196
   11   HD11  ILE  60          HD13      ILE  60  14.150   5.526  -4.486

  No H/Q in entry =          11
  In of MODEL    4
    1    H    LEU  61           H        LEU  61   8.828   3.836  -3.581
    2    HA   LEU  61           HA       LEU  61   7.787   5.703  -1.606
    3    HB2  LEU  61           HB2      LEU  61   5.766   4.541  -1.498
    4    HB3  LEU  61           HB3      LEU  61   6.153   4.632  -3.197
    5    HG   LEU  61           HG       LEU  61   5.145   2.539  -2.781
    6   HD13  LEU  61          HD11      LEU  61   6.768   0.996  -3.581
    7   HD12  LEU  61          HD12      LEU  61   8.082   2.060  -3.076
    8   HD11  LEU  61          HD13      LEU  61   6.984   2.560  -4.364
    9   HD21  LEU  61          HD21      LEU  61   7.176   2.113  -0.615
   10   HD23  LEU  61          HD22      LEU  61   6.162   0.838  -1.290
   11   HD22  LEU  61          HD23      LEU  61   5.421   2.204  -0.453

  No H/Q in entry =          11
  In of MODEL    4
    1    H    SER  62           H        SER  62   9.692   2.889  -2.125
    2    HA   SER  62           HA       SER  62  10.651   2.953   0.532
    3    HB2  SER  62           HB2      SER  62   8.500   1.941   1.098
    4    HB3  SER  62           HB3      SER  62   8.756   0.670  -0.097
    5    HG   SER  62           HG       SER  62  10.518  -0.052   1.121

  No H/Q in entry =           5
  In of MODEL    4
    1    H    TYR  63           H        TYR  63  12.604   2.041   0.516
    2    HA   TYR  63           HA       TYR  63  13.370   0.328  -1.678
    3    HB2  TYR  63           HB2      TYR  63  15.457   1.048   0.231
    4    HB3  TYR  63           HB3      TYR  63  15.424   1.264  -1.507
    5    HD1  TYR  63           HD1      TYR  63  15.277   2.884   1.661
    6    HD2  TYR  63           HD2      TYR  63  14.233   3.367  -2.415
    7    HE1  TYR  63           HE1      TYR  63  15.166   5.310   2.000
    8    HE2  TYR  63           HE2      TYR  63  14.115   5.806  -2.094
    9    HH   TYR  63           HH       TYR  63  15.339   7.486  -0.269

  No H/Q in entry =           9
  In of MODEL    4
    1    H    LEU  64           H        LEU  64  15.241  -1.031  -0.778
    2    HA   LEU  64           HA       LEU  64  13.857  -2.940   0.880
    3    HB2  LEU  64           HB2      LEU  64  15.506  -3.605  -1.477
    4    HB3  LEU  64           HB3      LEU  64  14.544  -4.699  -0.505
    5    HG   LEU  64           HG       LEU  64  13.483  -2.503  -2.280
    6   HD13  LEU  64          HD11      LEU  64  12.985  -4.054  -3.820
    7   HD12  LEU  64          HD12      LEU  64  12.829  -5.353  -2.639
    8   HD11  LEU  64          HD13      LEU  64  14.427  -4.802  -3.140
    9   HD23  LEU  64          HD21      LEU  64  11.285  -3.532  -1.836
   10   HD22  LEU  64          HD22      LEU  64  11.996  -2.750  -0.419
   11   HD21  LEU  64          HD23      LEU  64  12.035  -4.508  -0.575

  No H/Q in entry =          11
  In of MODEL    4
    1    H    ASN  65           H        ASN  65  15.471  -4.897   1.012
    2    HA   ASN  65           HA       ASN  65  18.032  -3.972   2.012
    3    HB2  ASN  65           HB2      ASN  65  15.929  -4.755   3.765
    4    HB3  ASN  65           HB3      ASN  65  17.125  -6.052   3.773
    5   HD21  ASN  65          HD21      ASN  65  17.431  -2.542   3.425
    6   HD22  ASN  65          HD22      ASN  65  18.511  -2.326   4.758

  No H/Q in entry =           6
  In of MODEL    4
    1    H    GLN  66           H        GLN  66  19.518  -5.709   2.156
    2    HA   GLN  66           HA       GLN  66  19.629  -7.512   0.007
    3    HB2  GLN  66           HB2      GLN  66  21.133  -7.417   2.703
    4    HB3  GLN  66           HB3      GLN  66  21.569  -8.504   1.386
    5    HG2  GLN  66           HG2      GLN  66  22.133  -6.526  -0.097
    6    HG3  GLN  66           HG3      GLN  66  21.575  -5.407   1.121
    7   HE22  GLN  66          HE21      GLN  66  25.216  -5.330   1.401
    8   HE21  GLN  66          HE22      GLN  66  23.852  -4.760   0.291

  No H/Q in entry =           8
  In of MODEL    4
    1    H    GLY  67           H        GLY  67  17.633  -8.676   0.108
    2    HA3  GLY  67           HA2      GLY  67  17.472 -11.208   0.575
    3    HA2  GLY  67           HA3      GLY  67  17.442 -10.659   2.246

  No H/Q in entry =           3
  In of MODEL    4
    1    H    ASP  68           H        ASP  68  15.976  -8.599  -0.079
    2    HA   ASP  68           HA       ASP  68  13.354  -9.070   1.076
    3    HB2  ASP  68           HB2      ASP  68  14.793  -6.837  -0.082
    4    HB3  ASP  68           HB3      ASP  68  13.250  -7.044  -0.890

  No H/Q in entry =           4
  In of MODEL    4
    1    H    PHE  69           H        PHE  69  11.907  -8.132  -1.188
    2    HA   PHE  69           HA       PHE  69  12.336 -10.265  -3.141
    3    HB2  PHE  69           HB2      PHE  69   9.707  -9.324  -1.988
    4    HB3  PHE  69           HB3      PHE  69   9.868 -10.465  -3.317
    5    HD1  PHE  69           HD1      PHE  69  10.920 -12.700  -2.886
    6    HD2  PHE  69           HD2      PHE  69   9.884 -10.008   0.249
    7    HE1  PHE  69           HE1      PHE  69  10.989 -14.554  -1.269
    8    HE2  PHE  69           HE2      PHE  69   9.966 -11.858   1.867
    9    HZ   PHE  69           HZ       PHE  69  10.513 -14.134   1.109

  No H/Q in entry =           9
  In of MODEL    4
    1    H    ILE  70           H        ILE  70  11.226  -9.771  -5.244
    2    HA   ILE  70           HA       ILE  70  10.679  -6.985  -5.803
    3    HB   ILE  70           HB       ILE  70  13.117  -8.400  -6.884
    4   HG12  ILE  70          HG12      ILE  70  12.684  -5.645  -5.713
    5   HG13  ILE  70          HG13      ILE  70  13.543  -6.990  -4.967
    6   HG21  ILE  70          HG21      ILE  70  11.655  -6.077  -8.120
    7   HG23  ILE  70          HG22      ILE  70  11.940  -7.663  -8.834
    8   HG22  ILE  70          HG23      ILE  70  13.291  -6.566  -8.554
    9   HD12  ILE  70          HD11      ILE  70  14.374  -5.341  -7.333
   10   HD11  ILE  70          HD12      ILE  70  15.137  -6.877  -6.932
   11   HD13  ILE  70          HD13      ILE  70  15.197  -5.536  -5.787

  No H/Q in entry =          11
  In of MODEL    4
    1    H    GLY  71           H        GLY  71   9.322  -6.799  -7.541
    2    HA3  GLY  71           HA2      GLY  71   8.142  -7.406  -9.440
    3    HA2  GLY  71           HA3      GLY  71   9.151  -8.840  -9.563

  No H/Q in entry =           3
  In of MODEL    4
    1    H    GLU  72           H        GLU  72   7.790  -8.458  -6.467
    2    HA   GLU  72           HA       GLU  72   6.187 -10.789  -6.844
    3    HB2  GLU  72           HB2      GLU  72   5.652 -10.614  -4.505
    4    HB3  GLU  72           HB3      GLU  72   7.360 -10.266  -4.690
    5    HG2  GLU  72           HG2      GLU  72   5.400  -8.020  -4.609
    6    HG3  GLU  72           HG3      GLU  72   5.879  -8.825  -3.117

  No H/Q in entry =           6
  In of MODEL    4
    1    H    LEU  73           H        LEU  73   5.941  -7.437  -6.826
    2    HA   LEU  73           HA       LEU  73   3.176  -7.065  -6.599
    3    HB2  LEU  73           HB2      LEU  73   5.546  -5.524  -7.035
    4    HB3  LEU  73           HB3      LEU  73   4.293  -4.995  -8.146
    5    HG   LEU  73           HG       LEU  73   4.294  -3.732  -6.027
    6   HD13  LEU  73          HD11      LEU  73   2.269  -3.715  -7.142
    7   HD12  LEU  73          HD12      LEU  73   1.820  -4.304  -5.540
    8   HD11  LEU  73          HD13      LEU  73   2.010  -5.439  -6.880
    9   HD22  LEU  73          HD21      LEU  73   4.857  -5.065  -4.260
   10   HD21  LEU  73          HD22      LEU  73   4.045  -6.479  -4.929
   11   HD23  LEU  73          HD23      LEU  73   3.101  -5.207  -4.152

  No H/Q in entry =          11
  In of MODEL    4
    1    H    GLY  74           H        GLY  74   4.813  -8.607  -9.017
    2    HA3  GLY  74           HA2      GLY  74   2.638  -7.946 -10.898
    3    HA2  GLY  74           HA3      GLY  74   4.287  -8.214 -11.431

  No H/Q in entry =           3
  In of MODEL    4
    1    H    LEU  75           H        LEU  75   4.502 -10.423  -9.325
    2    HA   LEU  75           HA       LEU  75   3.393 -12.500 -11.069
    3    HB2  LEU  75           HB2      LEU  75   5.099 -13.839 -10.303
    4    HB3  LEU  75           HB3      LEU  75   5.849 -12.270 -10.075
    5    HG   LEU  75           HG       LEU  75   4.553 -12.609  -7.689
    6   HD13  LEU  75          HD11      LEU  75   5.039 -14.851  -6.884
    7   HD12  LEU  75          HD12      LEU  75   5.654 -15.315  -8.469
    8   HD11  LEU  75          HD13      LEU  75   3.946 -14.924  -8.266
    9   HD23  LEU  75          HD21      LEU  75   7.334 -13.647  -8.157
   10   HD22  LEU  75          HD22      LEU  75   6.692 -12.819  -6.739
   11   HD21  LEU  75          HD23      LEU  75   6.948 -11.930  -8.242

  No H/Q in entry =          11
  In of MODEL    4
    1    H    PHE  76           H        PHE  76   3.261 -11.146  -7.944
    2    HA   PHE  76           HA       PHE  76   1.589 -13.273  -6.876
    3    HB2  PHE  76           HB2      PHE  76   3.338 -12.868  -5.410
    4    HB3  PHE  76           HB3      PHE  76   3.350 -11.136  -5.746
    5    HD1  PHE  76           HD1      PHE  76   1.540 -13.800  -4.219
    6    HD2  PHE  76           HD2      PHE  76   2.076  -9.638  -4.408
    7    HE1  PHE  76           HE1      PHE  76   0.115 -13.560  -2.207
    8    HE2  PHE  76           HE2      PHE  76   0.644  -9.331  -2.429
    9    HZ   PHE  76           HZ       PHE  76  -0.338 -11.300  -1.316

  No H/Q in entry =           9
  In of MODEL    4
    1    H    GLU  77           H        GLU  77   1.686  -9.793  -7.359
    2    HA   GLU  77           HA       GLU  77  -0.628  -9.190  -5.904
    3    HB2  GLU  77           HB2      GLU  77   0.089  -7.099  -6.323
    4    HB3  GLU  77           HB3      GLU  77   1.298  -7.737  -7.421
    5    HG2  GLU  77           HG2      GLU  77   0.166  -6.175  -8.704
    6    HG3  GLU  77           HG3      GLU  77  -0.569  -7.700  -9.187

  No H/Q in entry =           6
  In of MODEL    4
    1    H    GLU  78           H        GLU  78   0.112 -10.166  -9.173
    2    HA   GLU  78           HA       GLU  78  -1.161 -11.397 -10.531
    3    HB2  GLU  78           HB2      GLU  78  -3.000 -11.538  -8.703
    4    HB3  GLU  78           HB3      GLU  78  -3.708 -10.148  -9.517
    5    HG2  GLU  78           HG2      GLU  78  -3.431 -11.640 -11.637
    6    HG3  GLU  78           HG3      GLU  78  -3.409 -12.949 -10.452

  No H/Q in entry =           6
  In of MODEL    4
    1    H    GLY  79           H        GLY  79   0.167  -8.940 -10.586
    2    HA3  GLY  79           HA2      GLY  79  -1.304  -6.834 -11.827
    3    HA2  GLY  79           HA3      GLY  79   0.430  -6.994 -11.740

  No H/Q in entry =           3
  In of MODEL    4
    1    H    GLN  80           H        GLN  80   1.387  -8.641 -13.210
    2    HA   GLN  80           HA       GLN  80   1.832  -9.401 -15.240
    3    HB2  GLN  80           HB2      GLN  80  -1.064  -9.441 -16.015
    4    HB3  GLN  80           HB3      GLN  80   0.218 -10.556 -16.452
    5    HG2  GLN  80           HG2      GLN  80  -1.218 -10.366 -13.815
    6    HG3  GLN  80           HG3      GLN  80  -1.300 -11.674 -14.991
    7   HE21  GLN  80          HE21      GLN  80  -0.658 -11.879 -12.229
    8   HE22  GLN  80          HE22      GLN  80   0.949 -12.504 -12.111

  No H/Q in entry =           8
  In of MODEL    4
    1    H    GLU  81           H        GLU  81   2.562  -7.149 -15.309
    2    HA   GLU  81           HA       GLU  81   2.671  -5.803 -17.483
    3    HB2  GLU  81           HB2      GLU  81  -0.058  -5.675 -17.051
    4    HB3  GLU  81           HB3      GLU  81   0.504  -4.127 -16.428
    5    HG2  GLU  81           HG2      GLU  81   0.523  -3.356 -18.497
    6    HG3  GLU  81           HG3      GLU  81   1.836  -4.476 -18.857

  No H/Q in entry =           6
  In of MODEL    4
    1    H    ARG  82           H        ARG  82   4.327  -5.847 -15.554
    2    HA   ARG  82           HA       ARG  82   5.668  -4.788 -14.112
    3    HB2  ARG  82           HB2      ARG  82   6.350  -3.031 -15.242
    4    HB3  ARG  82           HB3      ARG  82   4.800  -2.920 -16.048
    5    HG2  ARG  82           HG2      ARG  82   4.818  -1.753 -13.361
    6    HG3  ARG  82           HG3      ARG  82   5.941  -0.988 -14.485
    7    HD2  ARG  82           HD2      ARG  82   4.289  -0.052 -15.680
    8    HD3  ARG  82           HD3      ARG  82   3.304  -1.512 -15.635
    9    HE   ARG  82           HE       ARG  82   3.421   0.093 -13.208
   10   HH11  ARG  82          HH11      ARG  82   1.649  -0.817 -16.088
   11   HH12  ARG  82          HH12      ARG  82   0.112  -0.318 -15.455
   12   HH21  ARG  82          HH21      ARG  82   1.382   0.762 -12.376
   13   HH22  ARG  82          HH22      ARG  82  -0.035   0.583 -13.356

  No H/Q in entry =          13
  In of MODEL    4
    1    H    SER  83           H        SER  83   2.751  -2.770 -13.920
    2    HA   SER  83           HA       SER  83   1.502  -1.996 -12.238
    3    HB2  SER  83           HB2      SER  83   2.573  -4.335 -10.665
    4    HB3  SER  83           HB3      SER  83   1.102  -3.422 -10.324
    5    HG   SER  83           HG       SER  83   0.179  -4.821 -11.582

  No H/Q in entry =           5
  In of MODEL    4
    1    H    ALA  84           H        ALA  84   4.880  -2.533 -11.365
    2    HA   ALA  84           HA       ALA  84   6.274  -0.642 -10.986
    3    HB2  ALA  84           HB1      ALA  84   4.378   0.963 -11.001
    4    HB1  ALA  84           HB2      ALA  84   5.591   1.287  -9.763
    5    HB3  ALA  84           HB3      ALA  84   4.059   0.535  -9.320

  No H/Q in entry =           5
  In of MODEL    4
    1    H    TRP  85           H        TRP  85   7.765  -0.440  -9.280
    2    HA   TRP  85           HA       TRP  85   7.601  -1.040  -6.724
    3    HB2  TRP  85           HB2      TRP  85   6.628  -3.264  -7.901
    4    HB3  TRP  85           HB3      TRP  85   8.335  -3.678  -7.827
    5    HD1  TRP  85           HD1      TRP  85   8.673  -5.191  -5.895
    6    HE1  TRP  85           HE1      TRP  85   7.923  -5.328  -3.435
    7    HE3  TRP  85           HE3      TRP  85   5.554  -1.167  -5.836
    8    HZ2  TRP  85           HZ2      TRP  85   6.218  -3.875  -1.702
    9    HZ3  TRP  85           HZ3      TRP  85   4.398  -0.601  -3.740
   10    HH2  TRP  85           HH2      TRP  85   4.721  -1.928  -1.718

  No H/Q in entry =          10
  In of MODEL    4
    1    H    VAL  86           H        VAL  86   9.489  -1.783  -9.644
    2    HA   VAL  86           HA       VAL  86  11.693  -1.198  -7.807
    3    HB   VAL  86           HB       VAL  86  12.734  -2.939  -9.739
    4   HG12  VAL  86          HG11      VAL  86  12.868  -4.282  -7.535
    5   HG11  VAL  86          HG12      VAL  86  12.221  -2.819  -6.794
    6   HG13  VAL  86          HG13      VAL  86  13.762  -2.769  -7.657
    7   HG21  VAL  86          HG21      VAL  86  10.228  -3.485  -9.834
    8   HG23  VAL  86          HG22      VAL  86  10.463  -4.117  -8.203
    9   HG22  VAL  86          HG23      VAL  86  11.368  -4.798  -9.555

  No H/Q in entry =           9
  In of MODEL    4
    1    H    ARG  87           H        ARG  87  13.597  -0.659  -8.208
    2    HA   ARG  87           HA       ARG  87  14.751   0.323 -10.510
    3    HB2  ARG  87           HB2      ARG  87  13.379   2.306 -10.397
    4    HB3  ARG  87           HB3      ARG  87  13.654   2.451  -8.665
    5    HG2  ARG  87           HG2      ARG  87  16.185   2.480  -9.733
    6    HG3  ARG  87           HG3      ARG  87  15.234   3.441 -10.871
    7    HD2  ARG  87           HD2      ARG  87  14.387   4.777  -8.993
    8    HD3  ARG  87           HD3      ARG  87  15.376   3.823  -7.888
    9    HE   ARG  87           HE       ARG  87  16.655   5.305 -10.071
   10   HH11  ARG  87          HH11      ARG  87  16.158   4.749  -6.654
   11   HH12  ARG  87          HH12      ARG  87  17.442   5.797  -6.157
   12   HH21  ARG  87          HH21      ARG  87  18.352   6.684  -9.435
   13   HH22  ARG  87          HH22      ARG  87  18.704   6.901  -7.753

  No H/Q in entry =          13
  In of MODEL    4
    1    H    ALA  88           H        ALA  88  16.698  -0.581  -9.902
    2    HA   ALA  88           HA       ALA  88  17.624  -1.289  -7.686
    3    HB1  ALA  88           HB1      ALA  88  19.066  -0.108  -9.914
    4    HB2  ALA  88           HB2      ALA  88  18.865  -1.791  -9.473
    5    HB3  ALA  88           HB3      ALA  88  19.953  -0.755  -8.537

  No H/Q in entry =           5
  In of MODEL    4
    1    H    LYS  89           H        LYS  89  18.810  -0.529  -5.619
    2    HA   LYS  89           HA       LYS  89  19.475   2.270  -5.884
    3    HB2  LYS  89           HB2      LYS  89  17.764   1.079  -4.014
    4    HB3  LYS  89           HB3      LYS  89  19.252   1.412  -3.133
    5    HG2  LYS  89           HG2      LYS  89  19.170   3.737  -3.964
    6    HG3  LYS  89           HG3      LYS  89  17.613   3.379  -4.713
    7    HD2  LYS  89           HD2      LYS  89  16.920   4.282  -2.727
    8    HD3  LYS  89           HD3      LYS  89  17.008   2.575  -2.285
    9    HE2  LYS  89           HE2      LYS  89  18.068   3.766  -0.546
   10    HE3  LYS  89           HE3      LYS  89  19.351   3.015  -1.497
   11    HZ1  LYS  89           HZ1      LYS  89  18.486   5.794  -2.070
   12    HZ3  LYS  89           HZ2      LYS  89  19.968   5.045  -2.411
   13    HZ2  LYS  89           HZ3      LYS  89  19.591   5.476  -0.824

  No H/Q in entry =          13
  In of MODEL    4
    1    H    THR  90           H        THR  90  20.698  -0.770  -5.683
    2    HA   THR  90           HA       THR  90  23.352   0.250  -5.298
    3    HB   THR  90           HB       THR  90  23.310  -2.146  -3.721
    4    HG1  THR  90           HG1      THR  90  21.195  -0.532  -3.259
    5   HG22  THR  90          HG21      THR  90  24.432  -0.691  -2.084
    6   HG21  THR  90          HG22      THR  90  23.993   0.716  -3.054
    7   HG23  THR  90          HG23      THR  90  25.092  -0.498  -3.710

  No H/Q in entry =           7
  In of MODEL    4
    1    H    ALA  91           H        ALA  91  24.903  -1.811  -5.621
    2    HA   ALA  91           HA       ALA  91  23.820  -3.127  -8.030
    3    HB2  ALA  91           HB1      ALA  91  26.170  -2.233  -8.137
    4    HB1  ALA  91           HB2      ALA  91  26.106  -3.979  -8.378
    5    HB3  ALA  91           HB3      ALA  91  26.608  -3.321  -6.820

  No H/Q in entry =           5
  In of MODEL    4
    1    H    CYS  92           H        CYS  92  22.762  -4.911  -7.700
    2    HA   CYS  92           HA       CYS  92  23.239  -6.298  -5.107
    3    HB2  CYS  92           HB2      CYS  92  20.721  -6.949  -6.416
    4    HB3  CYS  92           HB3      CYS  92  20.985  -6.311  -4.796
    5    HG   CYS  92           HG       CYS  92  21.476  -3.689  -6.327

  No H/Q in entry =           5
  In of MODEL    4
    1    H    GLU  93           H        GLU  93  21.718  -8.350  -5.636
    2    HA   GLU  93           HA       GLU  93  22.769  -9.992  -7.719
    3    HB2  GLU  93           HB2      GLU  93  23.889 -10.062  -5.012
    4    HB3  GLU  93           HB3      GLU  93  23.079 -11.572  -5.395
    5    HG2  GLU  93           HG2      GLU  93  24.561 -12.094  -7.083
    6    HG3  GLU  93           HG3      GLU  93  25.057 -10.416  -7.307

  No H/Q in entry =           6
  In of MODEL    4
    1    H    VAL  94           H        VAL  94  20.620 -10.369  -8.324
    2    HA   VAL  94           HA       VAL  94  18.765 -10.944  -6.124
    3    HB   VAL  94           HB       VAL  94  16.917 -10.489  -7.700
    4   HG11  VAL  94          HG11      VAL  94  18.803  -8.519  -6.703
    5   HG13  VAL  94          HG12      VAL  94  17.042  -8.583  -6.584
    6   HG12  VAL  94          HG13      VAL  94  17.805  -7.928  -8.032
    7   HG22  VAL  94          HG21      VAL  94  17.811 -10.883  -9.826
    8   HG21  VAL  94          HG22      VAL  94  19.148  -9.767  -9.562
    9   HG23  VAL  94          HG23      VAL  94  17.506  -9.147  -9.755

  No H/Q in entry =           9
  In of MODEL    4
    1    H    ALA  95           H        ALA  95  17.443 -12.655  -6.227
    2    HA   ALA  95           HA       ALA  95  18.418 -14.801  -7.938
    3    HB3  ALA  95           HB1      ALA  95  16.166 -15.283  -6.094
    4    HB1  ALA  95           HB2      ALA  95  17.657 -14.742  -5.320
    5    HB2  ALA  95           HB3      ALA  95  17.660 -16.190  -6.324

  No H/Q in entry =           5
  In of MODEL    4
    1    H    GLU  96           H        GLU  96  17.672 -14.154  -9.883
    2    HA   GLU  96           HA       GLU  96  14.772 -13.665  -9.976
    3    HB2  GLU  96           HB2      GLU  96  15.031 -12.260 -11.863
    4    HB3  GLU  96           HB3      GLU  96  16.180 -11.744 -10.634
    5    HG2  GLU  96           HG2      GLU  96  17.970 -12.895 -11.840
    6    HG3  GLU  96           HG3      GLU  96  16.805 -13.423 -13.055

  No H/Q in entry =           6
  In of MODEL    4
    1    H    ILE  97           H        ILE  97  13.616 -14.989 -10.667
    2    HA   ILE  97           HA       ILE  97  14.208 -16.486 -13.049
    3    HB   ILE  97           HB       ILE  97  13.000 -18.440 -11.978
    4   HG12  ILE  97          HG12      ILE  97  14.078 -17.207  -9.458
    5   HG13  ILE  97          HG13      ILE  97  12.380 -17.173  -9.907
    6   HG21  ILE  97          HG21      ILE  97  15.299 -18.345 -12.760
    7   HG23  ILE  97          HG22      ILE  97  15.033 -19.437 -11.402
    8   HG22  ILE  97          HG23      ILE  97  15.783 -17.858 -11.137
    9   HD11  ILE  97          HD11      ILE  97  13.986 -19.686  -9.503
   10   HD13  ILE  97          HD12      ILE  97  12.257 -19.578  -9.827
   11   HD12  ILE  97          HD13      ILE  97  12.909 -18.971  -8.306

  No H/Q in entry =          11
  In of MODEL    4
    1    H    SER  98           H        SER  98  12.066 -17.858 -13.413
    2    HA   SER  98           HA       SER  98  10.025 -15.772 -13.366
    3    HB2  SER  98           HB2      SER  98   8.989 -17.261 -15.220
    4    HB3  SER  98           HB3      SER  98  10.395 -16.278 -15.627
    5    HG   SER  98           HG       SER  98  10.938 -18.226 -16.379

  No H/Q in entry =           5
  In of MODEL    4
    1    H    TYR  99           H        TYR  99   8.069 -16.167 -12.846
    2    HA   TYR  99           HA       TYR  99   7.728 -17.904 -10.507
    3    HB2  TYR  99           HB2      TYR  99   5.779 -16.660  -9.972
    4    HB3  TYR  99           HB3      TYR  99   6.915 -15.478 -10.593
    5    HD1  TYR  99           HD1      TYR  99   6.378 -16.182 -13.609
    6    HD2  TYR  99           HD2      TYR  99   3.826 -15.349 -10.309
    7    HE1  TYR  99           HE1      TYR  99   4.665 -15.324 -15.150
    8    HE2  TYR  99           HE2      TYR  99   2.120 -14.476 -11.837
    9    HH   TYR  99           HH       TYR  99   2.137 -13.449 -14.246

  No H/Q in entry =           9
  In of MODEL    4
    1    H    LYS 100           H        LYS 100   7.392 -18.589 -13.809
    2    HA   LYS 100           HA       LYS 100   4.891 -19.946 -13.479
    3    HB2  LYS 100           HB2      LYS 100   5.612 -19.729 -15.775
    4    HB3  LYS 100           HB3      LYS 100   7.217 -20.338 -15.391
    5    HG2  LYS 100           HG2      LYS 100   6.136 -22.102 -16.517
    6    HG3  LYS 100           HG3      LYS 100   6.103 -22.532 -14.805
    7    HD2  LYS 100           HD2      LYS 100   3.799 -21.713 -14.649
    8    HD3  LYS 100           HD3      LYS 100   3.830 -21.307 -16.366
    9    HE2  LYS 100           HE2      LYS 100   4.439 -23.780 -16.724
   10    HE3  LYS 100           HE3      LYS 100   3.886 -24.012 -15.067
   11    HZ2  LYS 100           HZ1      LYS 100   2.195 -24.379 -16.877
   12    HZ1  LYS 100           HZ2      LYS 100   2.207 -22.707 -17.123
   13    HZ3  LYS 100           HZ3      LYS 100   1.727 -23.335 -15.632

  No H/Q in entry =          13
  In of MODEL    4
    1    H    LYS 101           H        LYS 101   8.308 -20.651 -13.211
    2    HA   LYS 101           HA       LYS 101   7.998 -23.252 -12.132
    3    HB2  LYS 101           HB2      LYS 101   9.934 -22.701 -13.445
    4    HB3  LYS 101           HB3      LYS 101  10.343 -21.370 -12.374
    5    HG2  LYS 101           HG2      LYS 101  10.896 -22.878 -10.619
    6    HG3  LYS 101           HG3      LYS 101  10.339 -24.258 -11.567
    7    HD2  LYS 101           HD2      LYS 101  12.648 -24.333 -11.876
    8    HD3  LYS 101           HD3      LYS 101  12.098 -23.453 -13.303
    9    HE2  LYS 101           HE2      LYS 101  12.499 -21.341 -11.880
   10    HE3  LYS 101           HE3      LYS 101  13.447 -22.401 -10.840
   11    HZ1  LYS 101           HZ1      LYS 101  14.570 -23.034 -13.094
   12    HZ3  LYS 101           HZ2      LYS 101  15.036 -21.633 -12.270
   13    HZ2  LYS 101           HZ3      LYS 101  13.984 -21.527 -13.588

  No H/Q in entry =          13
  In of MODEL    4
    1    H    PHE 102           H        PHE 102   8.727 -20.056 -10.740
    2    HA   PHE 102           HA       PHE 102   9.287 -20.991  -8.175
    3    HB2  PHE 102           HB2      PHE 102   9.792 -18.686  -9.016
    4    HB3  PHE 102           HB3      PHE 102   8.099 -18.290  -8.784
    5    HD1  PHE 102           HD1      PHE 102   9.059 -16.479  -7.196
    6    HD2  PHE 102           HD2      PHE 102   9.354 -20.612  -6.475
    7    HE1  PHE 102           HE1      PHE 102   9.415 -16.007  -4.843
    8    HE2  PHE 102           HE2      PHE 102   9.736 -20.176  -4.104
    9    HZ   PHE 102           HZ       PHE 102   9.771 -17.859  -3.261

  No H/Q in entry =           9
  In of MODEL    4
    1    H    ARG 103           H        ARG 103   6.296 -19.558  -9.413
    2    HA   ARG 103           HA       ARG 103   4.657 -19.764  -7.300
    3    HB2  ARG 103           HB2      ARG 103   3.133 -19.110  -8.780
    4    HB3  ARG 103           HB3      ARG 103   4.290 -19.427 -10.057
    5    HG2  ARG 103           HG2      ARG 103   3.088 -21.119 -10.839
    6    HG3  ARG 103           HG3      ARG 103   2.924 -21.847  -9.239
    7    HD2  ARG 103           HD2      ARG 103   1.317 -19.423  -9.943
    8    HD3  ARG 103           HD3      ARG 103   0.804 -21.002 -10.533
    9    HE   ARG 103           HE       ARG 103   1.323 -20.994  -7.715
   10   HH11  ARG 103          HH11      ARG 103  -1.097 -20.207 -10.136
   11   HH12  ARG 103          HH12      ARG 103  -2.431 -20.387  -9.040
   12   HH21  ARG 103          HH21      ARG 103  -0.467 -21.230  -6.277
   13   HH22  ARG 103          HH22      ARG 103  -2.087 -20.981  -6.867

  No H/Q in entry =          13
  In of MODEL    4
    1    H    GLN 104           H        GLN 104   5.976 -22.359  -9.070
    2    HA   GLN 104           HA       GLN 104   4.112 -24.289  -7.848
    3    HB2  GLN 104           HB2      GLN 104   6.157 -24.506 -10.022
    4    HB3  GLN 104           HB3      GLN 104   5.467 -25.942  -9.276
    5    HG2  GLN 104           HG2      GLN 104   3.396 -24.094 -10.032
    6    HG3  GLN 104           HG3      GLN 104   4.434 -24.470 -11.406
    7   HE21  GLN 104          HE21      GLN 104   2.184 -25.730  -9.074
    8   HE22  GLN 104          HE22      GLN 104   1.939 -27.262  -9.842

  No H/Q in entry =           8
  In of MODEL    4
    1    H    LEU 105           H        LEU 105   7.382 -23.224  -7.423
    2    HA   LEU 105           HA       LEU 105   7.829 -25.338  -5.425
    3    HB2  LEU 105           HB2      LEU 105  10.019 -24.720  -5.458
    4    HB3  LEU 105           HB3      LEU 105   9.591 -23.764  -6.856
    5    HG   LEU 105           HG       LEU 105   9.262 -21.829  -5.227
    6   HD12  LEU 105          HD11      LEU 105  11.018 -22.144  -3.324
    7   HD11  LEU 105          HD12      LEU 105  10.524 -23.837  -3.431
    8   HD13  LEU 105          HD13      LEU 105   9.327 -22.588  -3.066
    9   HD22  LEU 105          HD21      LEU 105  11.112 -21.373  -6.381
   10   HD21  LEU 105          HD22      LEU 105  11.628 -23.057  -6.354
   11   HD23  LEU 105          HD23      LEU 105  11.995 -22.005  -4.986

  No H/Q in entry =          11
  In of MODEL    4
    1    H    ILE 106           H        ILE 106   6.873 -21.714  -5.465
    2    HA   ILE 106           HA       ILE 106   6.345 -21.653  -2.770
    3    HB   ILE 106           HB       ILE 106   4.894 -19.781  -3.057
    4   HG12  ILE 106          HG12      ILE 106   4.642 -19.134  -5.676
    5   HG13  ILE 106          HG13      ILE 106   4.419 -20.881  -5.735
    6   HG23  ILE 106          HG21      ILE 106   6.335 -18.272  -4.028
    7   HG22  ILE 106          HG22      ILE 106   6.860 -19.422  -5.258
    8   HG21  ILE 106          HG23      ILE 106   7.381 -19.623  -3.586
    9   HD12  ILE 106          HD11      ILE 106   2.629 -18.798  -4.848
   10   HD11  ILE 106          HD12      ILE 106   2.827 -20.061  -3.629
   11   HD13  ILE 106          HD13      ILE 106   2.293 -20.480  -5.261

  No H/Q in entry =          11
  In of MODEL    4
    1    H    GLN 107           H        GLN 107   5.008 -23.702  -4.832
    2    HA   GLN 107           HA       GLN 107   2.396 -23.734  -3.541
    3    HB2  GLN 107           HB2      GLN 107   3.256 -24.464  -6.261
    4    HB3  GLN 107           HB3      GLN 107   2.135 -25.589  -5.516
    5    HG2  GLN 107           HG2      GLN 107   0.699 -23.540  -5.012
    6    HG3  GLN 107           HG3      GLN 107   1.734 -22.696  -6.166
    7   HE21  GLN 107          HE21      GLN 107  -1.177 -23.614  -6.137
    8   HE22  GLN 107          HE22      GLN 107  -1.368 -24.407  -7.658

  No H/Q in entry =           8
  In of MODEL    4
    1    H    VAL 108           H        VAL 108   5.414 -25.193  -3.750
    2    HA   VAL 108           HA       VAL 108   4.552 -27.826  -2.936
    3    HB   VAL 108           HB       VAL 108   6.717 -26.882  -4.338
    4   HG11  VAL 108          HG11      VAL 108   7.692 -27.593  -1.584
    5   HG13  VAL 108          HG12      VAL 108   7.896 -26.058  -2.433
    6   HG12  VAL 108          HG13      VAL 108   8.713 -27.507  -3.020
    7   HG23  VAL 108          HG21      VAL 108   7.542 -29.181  -4.247
    8   HG22  VAL 108          HG22      VAL 108   5.801 -29.088  -4.507
    9   HG21  VAL 108          HG23      VAL 108   6.433 -29.511  -2.916

  No H/Q in entry =           9
  In of MODEL    4
    1    H    ASN 109           H        ASN 109   5.634 -24.860  -1.577
    2    HA   ASN 109           HA       ASN 109   5.524 -26.039   1.124
    3    HB2  ASN 109           HB2      ASN 109   7.287 -23.772   0.198
    4    HB3  ASN 109           HB3      ASN 109   7.132 -24.303   1.863
    5   HD21  ASN 109          HD21      ASN 109   8.986 -24.457  -0.814
    6   HD22  ASN 109          HD22      ASN 109   9.849 -25.920  -0.491

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   PRO 110           HA       PRO 110   2.211 -23.014   1.162
    2    HB2  PRO 110           HB2      PRO 110   1.173 -23.796   3.565
    3    HB3  PRO 110           HB3      PRO 110   0.910 -24.720   2.083
    4    HG2  PRO 110           HG2      PRO 110   2.860 -25.197   4.299
    5    HG3  PRO 110           HG3      PRO 110   1.848 -26.364   3.426
    6    HD2  PRO 110           HD2      PRO 110   4.484 -25.972   2.869
    7    HD3  PRO 110           HD3      PRO 110   3.307 -26.484   1.644

  No H/Q in entry =           7
  In of MODEL    4
    1    H    ASP 111           H        ASP 111   5.116 -22.963   2.875
    2    HA   ASP 111           HA       ASP 111   4.085 -20.590   4.241
    3    HB2  ASP 111           HB2      ASP 111   5.722 -22.587   5.372
    4    HB3  ASP 111           HB3      ASP 111   6.617 -21.059   5.303

  No H/Q in entry =           4
  In of MODEL    4
    1    H    ILE 112           H        ILE 112   5.764 -21.447   1.534
    2    HA   ILE 112           HA       ILE 112   7.972 -19.614   1.656
    3    HB   ILE 112           HB       ILE 112   6.865 -21.392  -0.510
    4   HG12  ILE 112          HG12      ILE 112   8.737 -21.525   1.504
    5   HG13  ILE 112          HG13      ILE 112   8.619 -22.631   0.146
    6   HG22  ILE 112          HG21      ILE 112   9.000 -19.294  -0.986
    7   HG21  ILE 112          HG22      ILE 112   7.353 -19.220  -1.615
    8   HG23  ILE 112          HG23      ILE 112   8.439 -20.514  -2.131
    9   HD11  ILE 112          HD11      ILE 112  10.345 -20.176   0.240
   10   HD13  ILE 112          HD12      ILE 112  10.279 -21.368  -1.061
   11   HD12  ILE 112          HD13      ILE 112  10.889 -21.826   0.528

  No H/Q in entry =          11
  In of MODEL    4
    1    H    LEU 113           H        LEU 113   4.839 -19.553   0.015
    2    HA   LEU 113           HA       LEU 113   5.350 -16.947  -1.034
    3    HB2  LEU 113           HB2      LEU 113   3.841 -18.620  -2.071
    4    HB3  LEU 113           HB3      LEU 113   2.718 -18.379  -0.750
    5    HG   LEU 113           HG       LEU 113   2.744 -15.896  -1.475
    6   HD11  LEU 113          HD11      LEU 113   4.651 -16.066  -2.990
    7   HD13  LEU 113          HD12      LEU 113   3.199 -15.546  -3.846
    8   HD12  LEU 113          HD13      LEU 113   3.760 -17.211  -3.990
    9   HD21  LEU 113          HD21      LEU 113   1.454 -18.110  -3.049
   10   HD23  LEU 113          HD22      LEU 113   1.030 -16.408  -3.232
   11   HD22  LEU 113          HD23      LEU 113   0.783 -17.218  -1.684

  No H/Q in entry =          11
  In of MODEL    4
    1    H    MET 114           H        MET 114   4.283 -18.236   1.848
    2    HA   MET 114           HA       MET 114   2.867 -15.950   2.869
    3    HB2  MET 114           HB2      MET 114   3.177 -18.653   3.648
    4    HB3  MET 114           HB3      MET 114   3.863 -17.685   4.947
    5    HG2  MET 114           HG2      MET 114   1.105 -17.328   3.799
    6    HG3  MET 114           HG3      MET 114   1.481 -18.208   5.278
    7    HE2  MET 114           HE1      MET 114  -0.214 -16.708   6.731
    8    HE1  MET 114           HE2      MET 114  -0.670 -15.955   5.204
    9    HE3  MET 114           HE3      MET 114  -0.270 -14.951   6.597

  No H/Q in entry =           9
  In of MODEL    4
    1    H    ARG 115           H        ARG 115   6.090 -17.131   2.693
    2    HA   ARG 115           HA       ARG 115   7.224 -15.454   4.691
    3    HB2  ARG 115           HB2      ARG 115   8.211 -17.212   2.497
    4    HB3  ARG 115           HB3      ARG 115   9.303 -15.932   3.035
    5    HG2  ARG 115           HG2      ARG 115   8.026 -17.900   4.907
    6    HG3  ARG 115           HG3      ARG 115   9.577 -18.185   4.118
    7    HD2  ARG 115           HD2      ARG 115   8.915 -15.885   5.959
    8    HD3  ARG 115           HD3      ARG 115   9.879 -17.300   6.373
    9    HE   ARG 115           HE       ARG 115  10.706 -15.026   4.785
   10   HH11  ARG 115          HH11      ARG 115  11.427 -18.291   5.832
   11   HH12  ARG 115          HH12      ARG 115  13.100 -18.206   5.348
   12   HH21  ARG 115          HH21      ARG 115  12.934 -14.931   4.180
   13   HH22  ARG 115          HH22      ARG 115  13.940 -16.329   4.436

  No H/Q in entry =          13
  In of MODEL    4
    1    H    LEU 116           H        LEU 116   6.852 -15.332   1.137
    2    HA   LEU 116           HA       LEU 116   7.910 -12.827   0.706
    3    HB2  LEU 116           HB2      LEU 116   7.430 -14.234  -1.153
    4    HB3  LEU 116           HB3      LEU 116   5.748 -14.397  -0.688
    5    HG   LEU 116           HG       LEU 116   5.755 -11.770  -1.102
    6   HD13  LEU 116          HD11      LEU 116   7.247 -10.978  -2.636
    7   HD12  LEU 116          HD12      LEU 116   7.654 -12.589  -3.232
    8   HD11  LEU 116          HD13      LEU 116   8.269 -12.046  -1.670
    9   HD22  LEU 116          HD21      LEU 116   4.240 -13.158  -2.267
   10   HD21  LEU 116          HD22      LEU 116   5.537 -13.928  -3.181
   11   HD23  LEU 116          HD23      LEU 116   5.122 -12.239  -3.489

  No H/Q in entry =          11
  In of MODEL    4
    1    H    SER 117           H        SER 117   4.547 -13.717   1.453
    2    HA   SER 117           HA       SER 117   3.333 -11.274   1.128
    3    HB2  SER 117           HB2      SER 117   1.769 -12.099   3.026
    4    HB3  SER 117           HB3      SER 117   1.847 -12.982   1.504
    5    HG   SER 117           HG       SER 117   2.537 -13.764   4.016

  No H/Q in entry =           5
  In of MODEL    4
    1    H    ALA 118           H        ALA 118   5.018 -12.413   3.987
    2    HA   ALA 118           HA       ALA 118   4.271 -10.318   5.659
    3    HB2  ALA 118           HB1      ALA 118   5.167 -11.983   6.875
    4    HB3  ALA 118           HB2      ALA 118   6.595 -10.945   6.763
    5    HB1  ALA 118           HB3      ALA 118   6.432 -12.340   5.693

  No H/Q in entry =           5
  In of MODEL    4
    1    H    GLN 119           H        GLN 119   6.824 -10.416   3.204
    2    HA   GLN 119           HA       GLN 119   7.938  -7.904   4.159
    3    HB2  GLN 119           HB2      GLN 119   8.667  -9.640   1.801
    4    HB3  GLN 119           HB3      GLN 119   9.523  -8.175   2.264
    5    HG2  GLN 119           HG2      GLN 119   9.259 -10.697   3.876
    6    HG3  GLN 119           HG3      GLN 119  10.709 -10.109   3.064
    7   HE21  GLN 119          HE21      GLN 119  10.491 -10.734   5.824
    8   HE22  GLN 119          HE22      GLN 119  10.776  -9.280   6.711

  No H/Q in entry =           8
  In of MODEL    4
    1    H    MET 120           H        MET 120   5.391  -8.751   2.273
    2    HA   MET 120           HA       MET 120   5.838  -6.620   0.308
    3    HB2  MET 120           HB2      MET 120   5.073  -7.940  -1.314
    4    HB3  MET 120           HB3      MET 120   4.776  -9.216  -0.145
    5    HG2  MET 120           HG2      MET 120   2.695  -7.234  -0.026
    6    HG3  MET 120           HG3      MET 120   2.886  -7.861  -1.668
    7    HE2  MET 120           HE1      MET 120   4.187 -10.874  -0.418
    8    HE1  MET 120           HE2      MET 120   3.575 -10.280  -1.957
    9    HE3  MET 120           HE3      MET 120   2.780 -11.637  -1.155

  No H/Q in entry =           9
  In of MODEL    4
    1    H    ALA 121           H        ALA 121   3.517  -8.123   2.434
    2    HA   ALA 121           HA       ALA 121   1.650  -6.019   2.448
    3    HB3  ALA 121           HB1      ALA 121   0.794  -7.145   4.509
    4    HB1  ALA 121           HB2      ALA 121   2.155  -8.260   4.402
    5    HB2  ALA 121           HB3      ALA 121   0.946  -8.216   3.119

  No H/Q in entry =           5
  In of MODEL    4
    1    H    ARG 122           H        ARG 122   4.695  -6.571   3.911
    2    HA   ARG 122           HA       ARG 122   4.408  -4.831   6.126
    3    HB2  ARG 122           HB2      ARG 122   6.454  -6.496   5.088
    4    HB3  ARG 122           HB3      ARG 122   7.124  -4.872   5.204
    5    HG2  ARG 122           HG2      ARG 122   7.397  -6.375   7.230
    6    HG3  ARG 122           HG3      ARG 122   6.744  -4.760   7.517
    7    HD2  ARG 122           HD2      ARG 122   4.537  -5.593   7.754
    8    HD3  ARG 122           HD3      ARG 122   4.989  -7.172   7.118
    9    HE   ARG 122           HE       ARG 122   5.628  -6.114   9.779
   10   HH11  ARG 122          HH11      ARG 122   5.462  -8.777   7.526
   11   HH12  ARG 122          HH12      ARG 122   5.718  -9.990   8.744
   12   HH21  ARG 122          HH21      ARG 122   5.966  -7.718  11.388
   13   HH22  ARG 122          HH22      ARG 122   5.997  -9.400  10.929

  No H/Q in entry =          13
  In of MODEL    4
    1    H    ARG 123           H        ARG 123   5.277  -4.553   2.833
    2    HA   ARG 123           HA       ARG 123   6.147  -1.848   2.852
    3    HB2  ARG 123           HB2      ARG 123   5.427  -3.861   0.742
    4    HB3  ARG 123           HB3      ARG 123   5.570  -2.170   0.292
    5    HG2  ARG 123           HG2      ARG 123   7.604  -3.922   0.182
    6    HG3  ARG 123           HG3      ARG 123   7.826  -2.190   0.426
    7    HD2  ARG 123           HD2      ARG 123   8.168  -2.451   2.730
    8    HD3  ARG 123           HD3      ARG 123   7.484  -4.072   2.737
    9    HE   ARG 123           HE       ARG 123   9.503  -4.837   1.616
   10   HH11  ARG 123          HH11      ARG 123   9.634  -1.631   3.029
   11   HH12  ARG 123          HH12      ARG 123  11.345  -1.670   3.276
   12   HH21  ARG 123          HH21      ARG 123  11.755  -4.913   1.976
   13   HH22  ARG 123          HH22      ARG 123  12.552  -3.542   2.682

  No H/Q in entry =          13
  In of MODEL    4
    1    H    LEU 124           H        LEU 124   3.170  -3.600   2.557
    2    HA   LEU 124           HA       LEU 124   1.445  -1.522   1.711
    3    HB2  LEU 124           HB2      LEU 124   1.221  -4.198   2.741
    4    HB3  LEU 124           HB3      LEU 124   0.129  -3.162   3.627
    5    HG   LEU 124           HG       LEU 124   0.127  -3.316   0.633
    6   HD13  LEU 124          HD11      LEU 124  -0.284  -5.506   1.312
    7   HD12  LEU 124          HD12      LEU 124  -1.873  -4.788   1.035
    8   HD11  LEU 124          HD13      LEU 124  -1.259  -4.974   2.680
    9   HD23  LEU 124          HD21      LEU 124  -2.020  -2.529   2.596
   10   HD22  LEU 124          HD22      LEU 124  -2.112  -2.443   0.838
   11   HD21  LEU 124          HD23      LEU 124  -1.010  -1.379   1.717

  No H/Q in entry =          11
  In of MODEL    4
    1    H    GLN 125           H        GLN 125   2.711  -2.689   4.734
    2    HA   GLN 125           HA       GLN 125   1.244  -0.869   6.398
    3    HB2  GLN 125           HB2      GLN 125   3.438  -2.854   6.834
    4    HB3  GLN 125           HB3      GLN 125   3.146  -1.630   8.062
    5    HG2  GLN 125           HG2      GLN 125   1.077  -3.550   7.023
    6    HG3  GLN 125           HG3      GLN 125   2.003  -3.766   8.506
    7   HE21  GLN 125          HE21      GLN 125  -0.710  -2.319   7.058
    8   HE22  GLN 125          HE22      GLN 125  -1.285  -1.465   8.447

  No H/Q in entry =           8
  In of MODEL    4
    1    H    VAL 126           H        VAL 126   3.726  -0.390   4.211
    2    HA   VAL 126           HA       VAL 126   5.007   1.675   5.809
    3    HB   VAL 126           HB       VAL 126   5.966  -0.208   3.883
    4   HG12  VAL 126          HG11      VAL 126   7.181   1.244   2.334
    5   HG11  VAL 126          HG12      VAL 126   6.326   2.645   2.980
    6   HG13  VAL 126          HG13      VAL 126   5.436   1.382   2.128
    7   HG22  VAL 126          HG21      VAL 126   7.146   0.382   5.873
    8   HG21  VAL 126          HG22      VAL 126   7.301   2.054   5.331
    9   HG23  VAL 126          HG23      VAL 126   8.145   0.765   4.471

  No H/Q in entry =           9
  In of MODEL    4
    1    H    THR 127           H        THR 127   3.131   0.909   2.925
    2    HA   THR 127           HA       THR 127   2.955   3.680   2.055
    3    HB   THR 127           HB       THR 127   1.098   1.552   1.073
    4    HG1  THR 127           HG1      THR 127   3.714   1.156   1.146
    5   HG22  THR 127          HG21      THR 127   2.651   3.727  -0.337
    6   HG21  THR 127          HG22      THR 127   0.976   3.849   0.197
    7   HG23  THR 127          HG23      THR 127   1.417   2.698  -1.064

  No H/Q in entry =           7
  In of MODEL    4
    1    H    SER 128           H        SER 128   1.498   2.151   4.876
    2    HA   SER 128           HA       SER 128  -1.050   3.190   4.038
    3    HB2  SER 128           HB2      SER 128  -1.866   1.830   6.003
    4    HB3  SER 128           HB3      SER 128  -1.206   0.842   4.700
    5    HG   SER 128           HG       SER 128  -0.482   0.356   6.922

  No H/Q in entry =           5
  In of MODEL    4
    1    H    GLU 129           H        GLU 129   1.764   3.235   5.893
    2    HA   GLU 129           HA       GLU 129   0.778   4.870   8.053
    3    HB2  GLU 129           HB2      GLU 129   2.643   2.971   8.011
    4    HB3  GLU 129           HB3      GLU 129   3.682   4.351   7.693
    5    HG2  GLU 129           HG2      GLU 129   2.721   5.424   9.748
    6    HG3  GLU 129           HG3      GLU 129   1.939   3.882  10.096

  No H/Q in entry =           6
  In of MODEL    4
    1    H    LYS 130           H        LYS 130   1.700   5.676   4.926
    2    HA   LYS 130           HA       LYS 130   2.159   8.406   5.735
    3    HB2  LYS 130           HB2      LYS 130   4.190   6.650   4.392
    4    HB3  LYS 130           HB3      LYS 130   4.059   8.322   3.867
    5    HG2  LYS 130           HG2      LYS 130   5.102   9.092   5.683
    6    HG3  LYS 130           HG3      LYS 130   4.210   8.023   6.766
    7    HD2  LYS 130           HD2      LYS 130   6.333   6.892   4.991
    8    HD3  LYS 130           HD3      LYS 130   6.794   7.741   6.468
    9    HE2  LYS 130           HE2      LYS 130   4.926   5.377   6.297
   10    HE3  LYS 130           HE3      LYS 130   6.605   5.325   6.831
   11    HZ1  LYS 130           HZ1      LYS 130   5.944   6.927   8.613
   12    HZ3  LYS 130           HZ2      LYS 130   5.252   5.384   8.759
   13    HZ2  LYS 130           HZ3      LYS 130   4.327   6.678   8.164

  No H/Q in entry =          13
  In of MODEL    4
    1    H    VAL 131           H        VAL 131  -0.099   7.845   4.811
    2    HA   VAL 131           HA       VAL 131  -0.450   7.272   2.073
    3    HB   VAL 131           HB       VAL 131  -2.639   8.871   2.974
    4   HG13  VAL 131          HG11      VAL 131  -2.802   7.125   1.319
    5   HG12  VAL 131          HG12      VAL 131  -3.869   6.769   2.678
    6   HG11  VAL 131          HG13      VAL 131  -2.336   5.912   2.512
    7   HG22  VAL 131          HG21      VAL 131  -1.912   8.501   5.228
    8   HG21  VAL 131          HG22      VAL 131  -1.740   6.769   4.932
    9   HG23  VAL 131          HG23      VAL 131  -3.338   7.517   4.907

  No H/Q in entry =           9
  In of MODEL    4
    1    H    GLY 132           H        GLY 132   0.982   9.986   3.192
    2    HA3  GLY 132           HA2      GLY 132   1.216  11.418   0.992
    3    HA2  GLY 132           HA3      GLY 132  -0.444  11.813   1.406

  No H/Q in entry =           3
  In of MODEL    4
    1    H    ASN 133           H        ASN 133   2.740  11.692   2.980
    2    HA   ASN 133           HA       ASN 133   1.981  14.122   4.406
    3    HB2  ASN 133           HB2      ASN 133   4.196  12.115   4.912
    4    HB3  ASN 133           HB3      ASN 133   4.029  13.620   5.809
    5   HD21  ASN 133          HD21      ASN 133   3.842  12.215   7.692
    6   HD22  ASN 133          HD22      ASN 133   2.318  11.478   8.070

  No H/Q in entry =           6
  In of MODEL    4
    1    H    LEU 134           H        LEU 134   3.895  12.916   1.840
    2    HA   LEU 134           HA       LEU 134   5.820  15.049   1.801
    3    HB2  LEU 134           HB2      LEU 134   6.570  14.074  -0.277
    4    HB3  LEU 134           HB3      LEU 134   6.345  12.829   0.933
    5    HG   LEU 134           HG       LEU 134   3.936  12.739  -0.341
    6   HD13  LEU 134          HD11      LEU 134   4.334  12.821  -2.730
    7   HD12  LEU 134          HD12      LEU 134   6.014  13.282  -2.462
    8   HD11  LEU 134          HD13      LEU 134   4.717  14.391  -2.020
    9   HD23  LEU 134          HD21      LEU 134   4.899  10.756  -1.473
   10   HD22  LEU 134          HD22      LEU 134   5.303  10.846   0.242
   11   HD21  LEU 134          HD23      LEU 134   6.500  11.303  -0.974

  No H/Q in entry =          11
  In of MODEL    4
    1    H    ALA 135           H        ALA 135   2.582  14.734   0.693
    2    HA   ALA 135           HA       ALA 135   2.920  16.506  -1.589
    3    HB2  ALA 135           HB1      ALA 135   0.706  14.851  -0.545
    4    HB1  ALA 135           HB2      ALA 135   1.249  15.091  -2.201
    5    HB3  ALA 135           HB3      ALA 135   0.255  16.318  -1.409

  No H/Q in entry =           5
  In of MODEL    4
    1    H    PHE 136           H        PHE 136   2.421  16.578   1.715
    2    HA   PHE 136           HA       PHE 136   0.896  18.895   2.112
    3    HB2  PHE 136           HB2      PHE 136   1.827  16.929   3.684
    4    HB3  PHE 136           HB3      PHE 136   3.019  18.168   4.064
    5    HD1  PHE 136           HD1      PHE 136   2.513  19.919   5.526
    6    HD2  PHE 136           HD2      PHE 136  -0.614  17.447   4.037
    7    HE1  PHE 136           HE1      PHE 136   0.949  20.942   7.124
    8    HE2  PHE 136           HE2      PHE 136  -2.187  18.468   5.631
    9    HZ   PHE 136           HZ       PHE 136  -1.404  20.220   7.177

  No H/Q in entry =           9
  In of MODEL    4
    1    H    LEU 137           H        LEU 137   3.953  18.681   0.685
    2    HA   LEU 137           HA       LEU 137   5.585  20.115   0.158
    3    HB2  LEU 137           HB2      LEU 137   3.138  21.670   0.326
    4    HB3  LEU 137           HB3      LEU 137   4.525  22.682   0.693
    5    HG   LEU 137           HG       LEU 137   5.561  21.904  -1.468
    6   HD13  LEU 137          HD11      LEU 137   4.384  19.833  -1.832
    7   HD12  LEU 137          HD12      LEU 137   4.026  20.931  -3.163
    8   HD11  LEU 137          HD13      LEU 137   2.834  20.673  -1.890
    9   HD23  LEU 137          HD21      LEU 137   4.158  23.322  -2.880
   10   HD22  LEU 137          HD22      LEU 137   4.449  24.045  -1.298
   11   HD21  LEU 137          HD23      LEU 137   2.896  23.287  -1.648

  No H/Q in entry =          11
  In of MODEL    4
    1    H    ASP 138           H        ASP 138   5.372  19.088   2.892
    2    HA   ASP 138           HA       ASP 138   6.036  21.115   4.698
    3    HB2  ASP 138           HB2      ASP 138   4.945  19.200   5.552
    4    HB3  ASP 138           HB3      ASP 138   6.276  18.143   5.060

  No H/Q in entry =           4
  In of MODEL    4
    1    H    VAL 139           H        VAL 139   8.141  20.757   2.335
    2    HA   VAL 139           HA       VAL 139  10.548  19.837   3.208
    3    HB   VAL 139           HB       VAL 139   9.826  21.438   1.211
    4   HG11  VAL 139          HG11      VAL 139  10.048  23.505   2.765
    5   HG13  VAL 139          HG12      VAL 139  10.836  23.552   1.186
    6   HG12  VAL 139          HG13      VAL 139  11.788  23.217   2.632
    7   HG21  VAL 139          HG21      VAL 139  11.693  19.835   1.527
    8   HG23  VAL 139          HG22      VAL 139  12.638  21.175   2.170
    9   HG22  VAL 139          HG23      VAL 139  12.066  21.220   0.501

  No H/Q in entry =           9
  In of MODEL    4
    1    H    THR 140           H        THR 140   8.976  22.353   5.126
    2    HA   THR 140           HA       THR 140  11.003  23.782   6.301
    3    HB   THR 140           HB       THR 140   9.164  22.827   8.327
    4    HG1  THR 140           HG1      THR 140   7.658  22.379   6.841
    5   HG22  THR 140          HG21      THR 140   8.540  25.217   8.389
    6   HG21  THR 140          HG22      THR 140   9.534  25.499   6.959
    7   HG23  THR 140          HG23      THR 140  10.284  24.978   8.468

  No H/Q in entry =           7
  In of MODEL    4
    1    H    GLY 141           H        GLY 141  12.958  22.733   6.725
    2    HA3  GLY 141           HA2      GLY 141  14.553  21.502   7.799
    3    HA2  GLY 141           HA3      GLY 141  13.452  21.521   9.158

  No H/Q in entry =           3
  In of MODEL    4
    1    H    ARG 142           H        ARG 142  12.013  20.185   6.519
    2    HA   ARG 142           HA       ARG 142  11.696  17.690   7.692
    3    HB2  ARG 142           HB2      ARG 142  10.223  18.808   5.954
    4    HB3  ARG 142           HB3      ARG 142  11.397  18.272   4.760
    5    HG2  ARG 142           HG2      ARG 142   9.471  16.775   4.893
    6    HG3  ARG 142           HG3      ARG 142  10.972  15.952   5.335
    7    HD2  ARG 142           HD2      ARG 142  10.437  16.343   7.708
    8    HD3  ARG 142           HD3      ARG 142   8.918  17.072   7.213
    9    HE   ARG 142           HE       ARG 142   9.481  14.316   6.419
   10   HH11  ARG 142          HH11      ARG 142   7.558  16.604   8.243
   11   HH12  ARG 142          HH12      ARG 142   6.475  15.394   8.856
   12   HH21  ARG 142          HH21      ARG 142   8.038  12.719   7.203
   13   HH22  ARG 142          HH22      ARG 142   6.746  13.175   8.262

  No H/Q in entry =          13
  In of MODEL    4
    1    H    ILE 143           H        ILE 143  13.211  18.169   4.519
    2    HA   ILE 143           HA       ILE 143  14.435  16.224   3.824
    3    HB   ILE 143           HB       ILE 143  16.196  18.596   4.143
    4   HG12  ILE 143          HG12      ILE 143  13.882  18.439   2.205
    5   HG13  ILE 143          HG13      ILE 143  13.875  19.398   3.684
    6   HG22  ILE 143          HG21      ILE 143  16.569  18.008   1.667
    7   HG21  ILE 143          HG22      ILE 143  15.767  16.488   2.066
    8   HG23  ILE 143          HG23      ILE 143  17.249  16.942   2.901
    9   HD11  ILE 143          HD11      ILE 143  15.862  19.723   1.476
   10   HD13  ILE 143          HD12      ILE 143  15.674  20.728   2.914
   11   HD12  ILE 143          HD13      ILE 143  14.411  20.702   1.688

  No H/Q in entry =          11
  In of MODEL    4
    1    H    ALA 144           H        ALA 144  16.319  18.184   6.061
    2    HA   ALA 144           HA       ALA 144  18.502  16.430   6.181
    3    HB2  ALA 144           HB1      ALA 144  19.227  17.756   8.075
    4    HB1  ALA 144           HB2      ALA 144  17.612  18.449   8.238
    5    HB3  ALA 144           HB3      ALA 144  18.586  18.811   6.814

  No H/Q in entry =           5
  In of MODEL    4
    1    H    GLN 145           H        GLN 145  15.447  16.531   7.760
    2    HA   GLN 145           HA       GLN 145  16.137  14.883   9.966
    3    HB2  GLN 145           HB2      GLN 145  14.209  16.406  10.044
    4    HB3  GLN 145           HB3      GLN 145  13.431  15.496   8.759
    5    HG2  GLN 145           HG2      GLN 145  14.184  13.847  11.040
    6    HG3  GLN 145           HG3      GLN 145  13.055  15.136  11.450
    7   HE21  GLN 145          HE21      GLN 145  12.470  12.380  11.551
    8   HE22  GLN 145          HE22      GLN 145  11.232  12.055  10.394

  No H/Q in entry =           8
  In of MODEL    4
    1    H    THR 146           H        THR 146  15.160  14.218   6.496
    2    HA   THR 146           HA       THR 146  14.494  11.544   7.193
    3    HB   THR 146           HB       THR 146  15.014  12.743   4.483
    4    HG1  THR 146           HG1      THR 146  13.155  13.492   6.252
    5   HG22  THR 146          HG21      THR 146  13.050  10.595   5.277
    6   HG21  THR 146          HG22      THR 146  14.699  10.243   4.763
    7   HG23  THR 146          HG23      THR 146  13.578  11.031   3.654

  No H/Q in entry =           7
  In of MODEL    4
    1    H    LEU 147           H        LEU 147  17.256  13.293   7.004
    2    HA   LEU 147           HA       LEU 147  18.803  11.489   5.326
    3    HB2  LEU 147           HB2      LEU 147  19.679  14.080   6.608
    4    HB3  LEU 147           HB3      LEU 147  20.604  13.113   5.469
    5    HG   LEU 147           HG       LEU 147  18.105  14.700   4.931
    6   HD12  LEU 147          HD11      LEU 147  19.826  15.418   3.022
    7   HD11  LEU 147          HD12      LEU 147  20.971  14.999   4.296
    8   HD13  LEU 147          HD13      LEU 147  19.737  16.223   4.587
    9   HD23  LEU 147          HD21      LEU 147  18.663  13.814   2.512
   10   HD22  LEU 147          HD22      LEU 147  17.607  12.926   3.611
   11   HD21  LEU 147          HD23      LEU 147  19.293  12.443   3.427

  No H/Q in entry =          11
  In of MODEL    4
    1    H    LEU 148           H        LEU 148  18.102  12.565   8.477
    2    HA   LEU 148           HA       LEU 148  20.241  11.214   9.799
    3    HB2  LEU 148           HB2      LEU 148  17.614  11.907  11.081
    4    HB3  LEU 148           HB3      LEU 148  19.200  11.818  11.821
    5    HG   LEU 148           HG       LEU 148  18.155  13.973   9.995
    6   HD12  LEU 148          HD11      LEU 148  18.671  15.380  11.981
    7   HD11  LEU 148          HD12      LEU 148  18.970  13.892  12.879
    8   HD13  LEU 148          HD13      LEU 148  17.371  14.212  12.210
    9   HD21  LEU 148          HD21      LEU 148  20.963  13.428  10.923
   10   HD23  LEU 148          HD22      LEU 148  20.418  15.064  10.557
   11   HD22  LEU 148          HD23      LEU 148  20.384  13.826   9.303

  No H/Q in entry =          11
  In of MODEL    4
    1    H    ASN 149           H        ASN 149  17.085  10.455   8.578
    2    HA   ASN 149           HA       ASN 149  16.749   7.973   9.911
    3    HB2  ASN 149           HB2      ASN 149  15.336   9.430   7.910
    4    HB3  ASN 149           HB3      ASN 149  15.638   7.816   7.273
    5   HD21  ASN 149          HD21      ASN 149  13.090   8.734   7.830
    6   HD22  ASN 149          HD22      ASN 149  12.444   7.834   9.155

  No H/Q in entry =           6
  In of MODEL    4
    1    H    LEU 150           H        LEU 150  18.597   9.075   7.196
    2    HA   LEU 150           HA       LEU 150  19.378   6.448   6.238
    3    HB2  LEU 150           HB2      LEU 150  20.339   9.267   5.694
    4    HB3  LEU 150           HB3      LEU 150  21.178   7.866   5.023
    5    HG   LEU 150           HG       LEU 150  18.269   7.887   4.587
    6   HD13  LEU 150          HD11      LEU 150  18.326  10.124   4.136
    7   HD12  LEU 150          HD12      LEU 150  18.735   9.452   2.559
    8   HD11  LEU 150          HD13      LEU 150  20.006  10.090   3.607
    9   HD21  LEU 150          HD21      LEU 150  20.687   7.431   2.859
   10   HD23  LEU 150          HD22      LEU 150  19.016   7.181   2.349
   11   HD22  LEU 150          HD23      LEU 150  19.703   6.200   3.648

  No H/Q in entry =          11
  In of MODEL    4
    1    H    ALA 151           H        ALA 151  20.113   8.366   9.054
    2    HA   ALA 151           HA       ALA 151  22.875   7.469   9.033
    3    HB1  ALA 151           HB1      ALA 151  22.442   9.738   9.821
    4    HB2  ALA 151           HB2      ALA 151  23.077   8.738  11.127
    5    HB3  ALA 151           HB3      ALA 151  21.354   9.116  11.062

  No H/Q in entry =           5
  In of MODEL    4
    1    H    LYS 152           H        LYS 152  19.849   6.460   9.826
    2    HA   LYS 152           HA       LYS 152  20.673   4.697  11.983
    3    HB2  LYS 152           HB2      LYS 152  17.957   5.213  10.749
    4    HB3  LYS 152           HB3      LYS 152  18.258   4.214  12.170
    5    HG2  LYS 152           HG2      LYS 152  19.000   6.132  13.419
    6    HG3  LYS 152           HG3      LYS 152  18.878   7.154  11.983
    7    HD2  LYS 152           HD2      LYS 152  16.442   6.632  11.908
    8    HD3  LYS 152           HD3      LYS 152  16.622   5.789  13.446
    9    HE2  LYS 152           HE2      LYS 152  17.349   8.681  13.010
   10    HE3  LYS 152           HE3      LYS 152  15.791   8.141  13.631
   11    HZ1  LYS 152           HZ1      LYS 152  18.393   7.521  14.913
   12    HZ3  LYS 152           HZ2      LYS 152  16.853   7.206  15.536
   13    HZ2  LYS 152           HZ3      LYS 152  17.390   8.801  15.371

  No H/Q in entry =          13
  In of MODEL    4
    1    H    GLN 153           H        GLN 153  20.361   4.532   8.511
    2    HA   GLN 153           HA       GLN 153  19.760   1.691   8.641
    3    HB2  GLN 153           HB2      GLN 153  20.296   3.253   6.128
    4    HB3  GLN 153           HB3      GLN 153  19.266   1.851   6.355
    5    HG2  GLN 153           HG2      GLN 153  18.665   4.502   7.568
    6    HG3  GLN 153           HG3      GLN 153  18.124   4.035   5.956
    7   HE21  GLN 153          HE21      GLN 153  16.685   4.586   8.535
    8   HE22  GLN 153          HE22      GLN 153  15.670   3.204   8.776

  No H/Q in entry =           8
  In of MODEL    4
    1    HA   PRO 154           HA       PRO 154  23.841   0.126   7.841
    2    HB2  PRO 154           HB2      PRO 154  23.594  -1.116   5.358
    3    HB3  PRO 154           HB3      PRO 154  23.221  -1.848   6.920
    4    HG2  PRO 154           HG2      PRO 154  21.383  -0.592   4.931
    5    HG3  PRO 154           HG3      PRO 154  21.137  -2.027   5.947
    6    HD2  PRO 154           HD2      PRO 154  19.999   0.299   6.568
    7    HD3  PRO 154           HD3      PRO 154  20.640  -0.763   7.831

  No H/Q in entry =           7
  In of MODEL    4
    1    H    ASP 155           H        ASP 155  22.425   2.287   5.644
    2    HA   ASP 155           HA       ASP 155  24.677   2.601   3.872
    3    HB2  ASP 155           HB2      ASP 155  22.236   4.434   4.406
    4    HB3  ASP 155           HB3      ASP 155  23.452   4.756   3.177

  No H/Q in entry =           4
  In of MODEL    4
    1    H    ALA 156           H        ALA 156  24.085   4.130   7.273
    2    HA   ALA 156           HA       ALA 156  25.447   6.402   6.618
    3    HB2  ALA 156           HB1      ALA 156  24.193   6.094   8.704
    4    HB1  ALA 156           HB2      ALA 156  25.871   6.537   9.016
    5    HB3  ALA 156           HB3      ALA 156  25.351   4.864   9.211

  No H/Q in entry =           5
  In of MODEL    4
    1    H    MET 157           H        MET 157  27.369   6.518   5.793
    2    HA   MET 157           HA       MET 157  29.153   4.281   6.229
    3    HB2  MET 157           HB2      MET 157  28.422   5.635   4.057
    4    HB3  MET 157           HB3      MET 157  29.868   6.560   4.481
    5    HG2  MET 157           HG2      MET 157  30.982   4.211   4.624
    6    HG3  MET 157           HG3      MET 157  29.604   3.712   3.644
    7    HE2  MET 157           HE1      MET 157  33.037   6.491   2.353
    8    HE1  MET 157           HE2      MET 157  32.949   5.555   3.844
    9    HE3  MET 157           HE3      MET 157  31.951   6.995   3.647

  No H/Q in entry =           9
  In of MODEL    4
    1    H    THR 158           H        THR 158  29.985   4.736   8.466
    2    HA   THR 158           HA       THR 158  30.984   7.057   9.271
    3    HB   THR 158           HB       THR 158  32.781   5.620  10.497
    4    HG1  THR 158           HG1      THR 158  32.182   3.860   8.799
    5   HG23  THR 158          HG21      THR 158  30.811   6.414  11.636
    6   HG22  THR 158          HG22      THR 158  31.006   4.704  12.018
    7   HG21  THR 158          HG23      THR 158  29.802   5.211  10.834

  No H/Q in entry =           7
  In of MODEL    4
    1    H    HIS 159           H        HIS 159  32.840   8.101   9.308
    2    HA   HIS 159           HA       HIS 159  35.075   7.414   7.642
    3    HB2  HIS 159           HB2      HIS 159  34.061   8.461   5.856
    4    HB3  HIS 159           HB3      HIS 159  32.996   9.403   6.880
    5    HD1  HIS 159           HD1      HIS 159  36.226   9.542   5.062
    6    HD2  HIS 159           HD2      HIS 159  34.023  11.904   7.679
    7    HE1  HIS 159           HE1      HIS 159  37.252  11.836   4.936
    8    HE2  HIS 159           HE2      HIS 159  35.769  13.286   6.368

  No H/Q in entry =           8
  In of MODEL    4
    1    HA   PRO 160           HA       PRO 160  36.955   9.360  11.120
    2    HB2  PRO 160           HB2      PRO 160  39.131  10.618  10.010
    3    HB3  PRO 160           HB3      PRO 160  39.032   8.894  10.381
    4    HG2  PRO 160           HG2      PRO 160  38.596  10.293   7.772
    5    HG3  PRO 160           HG3      PRO 160  39.475   8.787   8.105
    6    HD2  PRO 160           HD2      PRO 160  36.993   8.752   7.098
    7    HD3  PRO 160           HD3      PRO 160  37.525   7.539   8.284

  No H/Q in entry =           7
  In of MODEL    4
    1    H    ASP 161           H        ASP 161  34.761  10.948  10.336
    2    HA   ASP 161           HA       ASP 161  35.368  13.455  11.464
    3    HB2  ASP 161           HB2      ASP 161  36.619  14.052   9.529
    4    HB3  ASP 161           HB3      ASP 161  35.426  13.354   8.445

  No H/Q in entry =           4
  In of MODEL    4
    1    H    GLY 162           H        GLY 162  33.370  11.482   9.446
    2    HA3  GLY 162           HA2      GLY 162  31.049  12.034  10.856
    3    HA2  GLY 162           HA3      GLY 162  31.037  12.948   9.346

  No H/Q in entry =           3
  In of MODEL    4
    1    H    MET 163           H        MET 163  29.116  11.264   9.344
    2    HA   MET 163           HA       MET 163  30.014   9.007   7.669
    3    HB2  MET 163           HB2      MET 163  27.634   8.284   9.176
    4    HB3  MET 163           HB3      MET 163  29.124   7.373   9.007
    5    HG2  MET 163           HG2      MET 163  29.196   7.635  11.237
    6    HG3  MET 163           HG3      MET 163  29.921   9.182  10.810
    7    HE1  MET 163           HE1      MET 163  26.286   7.701  10.815
    8    HE3  MET 163           HE2      MET 163  25.590   8.513  12.217
    9    HE2  MET 163           HE3      MET 163  26.900   7.352  12.430

  No H/Q in entry =           9
  In of MODEL    4
    1    H    GLN 164           H        GLN 164  29.068   9.115   5.976
    2    HA   GLN 164           HA       GLN 164  26.882  10.954   5.509
    3    HB2  GLN 164           HB2      GLN 164  27.920  10.759   3.139
    4    HB3  GLN 164           HB3      GLN 164  28.711  11.766   4.342
    5    HG2  GLN 164           HG2      GLN 164  30.270   9.936   4.840
    6    HG3  GLN 164           HG3      GLN 164  29.495   8.947   3.605
    7   HE21  GLN 164          HE21      GLN 164  31.410   8.762   2.437
    8   HE22  GLN 164          HE22      GLN 164  32.062  10.078   1.527

  No H/Q in entry =           8
  In of MODEL    4
    1    H    ILE 165           H        ILE 165  26.176  10.330   3.126
    2    HA   ILE 165           HA       ILE 165  25.552   7.735   2.421
    3    HB   ILE 165           HB       ILE 165  22.940   8.371   2.943
    4   HG12  ILE 165          HG12      ILE 165  23.111   8.696   5.588
    5   HG13  ILE 165          HG13      ILE 165  24.587   9.544   5.148
    6   HG22  ILE 165          HG21      ILE 165  23.032   6.649   4.677
    7   HG21  ILE 165          HG22      ILE 165  24.794   6.757   4.648
    8   HG23  ILE 165          HG23      ILE 165  23.920   6.222   3.212
    9   HD12  ILE 165          HD11      ILE 165  22.236  10.749   5.392
   10   HD11  ILE 165          HD12      ILE 165  22.133  10.304   3.689
   11   HD13  ILE 165          HD13      ILE 165  23.473  11.296   4.264

  No H/Q in entry =          11
  In of MODEL    4
    1    H    LYS 166           H        LYS 166  25.374   8.412  -0.042
    2    HA   LYS 166           HA       LYS 166  24.592  11.029  -0.446
    3    HB2  LYS 166           HB2      LYS 166  26.407  10.309  -1.761
    4    HB3  LYS 166           HB3      LYS 166  25.765   8.684  -1.916
    5    HG2  LYS 166           HG2      LYS 166  23.883   9.967  -3.281
    6    HG3  LYS 166           HG3      LYS 166  25.206  11.108  -3.518
    7    HD2  LYS 166           HD2      LYS 166  25.279   8.156  -4.161
    8    HD3  LYS 166           HD3      LYS 166  25.106   9.462  -5.333
    9    HE2  LYS 166           HE2      LYS 166  27.303  10.258  -4.899
   10    HE3  LYS 166           HE3      LYS 166  27.468   9.226  -3.480
   11    HZ2  LYS 166           HZ1      LYS 166  28.083   8.640  -6.172
   12    HZ1  LYS 166           HZ2      LYS 166  26.908   7.556  -5.625
   13    HZ3  LYS 166           HZ3      LYS 166  28.373   7.707  -4.792

  No H/Q in entry =          13
  In of MODEL    4
    1    H    ILE 167           H        ILE 167  22.666  11.450  -0.562
    2    HA   ILE 167           HA       ILE 167  20.931   9.661  -2.077
    3    HB   ILE 167           HB       ILE 167  19.297  11.328  -0.606
    4   HG12  ILE 167          HG12      ILE 167  20.011  10.589   1.764
    5   HG13  ILE 167          HG13      ILE 167  21.592  10.297   1.058
    6   HG22  ILE 167          HG21      ILE 167  20.030   8.442  -0.125
    7   HG21  ILE 167          HG22      ILE 167  18.826   9.037  -1.269
    8   HG23  ILE 167          HG23      ILE 167  18.573   9.240   0.464
    9   HD12  ILE 167          HD11      ILE 167  21.021  12.555   2.237
   10   HD11  ILE 167          HD12      ILE 167  20.324  12.954   0.667
   11   HD13  ILE 167          HD13      ILE 167  22.028  12.516   0.791

  No H/Q in entry =          11
  In of MODEL    4
    1    H    THR 168           H        THR 168  20.568  10.569  -3.970
    2    HA   THR 168           HA       THR 168  21.149  13.261  -4.532
    3    HB   THR 168           HB       THR 168  19.408  12.763  -6.476
    4    HG1  THR 168           HG1      THR 168  18.753  10.770  -5.263
    5   HG23  THR 168          HG21      THR 168  21.184  11.656  -7.752
    6   HG22  THR 168          HG22      THR 168  22.043  11.296  -6.254
    7   HG21  THR 168          HG23      THR 168  21.835  12.968  -6.773

  No H/Q in entry =           7
  In of MODEL    4
    1    H    ARG 169           H        ARG 169  19.593  14.950  -4.814
    2    HA   ARG 169           HA       ARG 169  17.656  14.938  -2.682
    3    HB2  ARG 169           HB2      ARG 169  17.255  17.175  -4.439
    4    HB3  ARG 169           HB3      ARG 169  17.823  17.179  -2.797
    5    HG2  ARG 169           HG2      ARG 169  19.578  18.221  -3.783
    6    HG3  ARG 169           HG3      ARG 169  20.126  16.550  -3.912
    7    HD2  ARG 169           HD2      ARG 169  19.286  16.460  -6.212
    8    HD3  ARG 169           HD3      ARG 169  18.729  18.126  -6.073
    9    HE   ARG 169           HE       ARG 169  21.561  17.305  -5.990
   10   HH11  ARG 169          HH11      ARG 169  19.069  19.638  -6.782
   11   HH12  ARG 169          HH12      ARG 169  20.173  20.776  -7.466
   12   HH21  ARG 169          HH21      ARG 169  23.024  18.811  -6.896
   13   HH22  ARG 169          HH22      ARG 169  22.425  20.314  -7.518

  No H/Q in entry =          13
  In of MODEL    4
    1    H    GLN 170           H        GLN 170  17.780  14.055  -6.161
    2    HA   GLN 170           HA       GLN 170  15.279  14.146  -6.797
    3    HB2  GLN 170           HB2      GLN 170  17.449  12.123  -7.208
    4    HB3  GLN 170           HB3      GLN 170  15.834  11.759  -7.792
    5    HG2  GLN 170           HG2      GLN 170  16.798  12.676  -9.647
    6    HG3  GLN 170           HG3      GLN 170  16.024  14.088  -8.936
    7   HE21  GLN 170          HE21      GLN 170  18.230  14.008 -10.768
    8   HE22  GLN 170          HE22      GLN 170  19.568  14.770  -9.979

  No H/Q in entry =           8
  In of MODEL    4
    1    H    GLU 171           H        GLU 171  16.426  12.239  -3.860
    2    HA   GLU 171           HA       GLU 171  14.439  10.334  -4.410
    3    HB2  GLU 171           HB2      GLU 171  16.555  10.705  -2.281
    4    HB3  GLU 171           HB3      GLU 171  15.160   9.670  -1.971
    5    HG2  GLU 171           HG2      GLU 171  15.798   8.491  -4.153
    6    HG3  GLU 171           HG3      GLU 171  17.342   9.320  -3.989

  No H/Q in entry =           6
  In of MODEL    4
    1    H    ILE 172           H        ILE 172  15.471  13.115  -2.877
    2    HA   ILE 172           HA       ILE 172  13.577  13.420  -0.801
    3    HB   ILE 172           HB       ILE 172  15.257  15.599  -2.029
    4   HG12  ILE 172          HG12      ILE 172  16.733  13.704  -1.719
    5   HG13  ILE 172          HG13      ILE 172  17.035  14.852  -0.417
    6   HG21  ILE 172          HG21      ILE 172  13.564  16.099  -0.245
    7   HG23  ILE 172          HG22      ILE 172  15.226  16.522   0.164
    8   HG22  ILE 172          HG23      ILE 172  14.495  15.062   0.833
    9   HD11  ILE 172          HD11      ILE 172  15.297  12.410  -0.203
   10   HD13  ILE 172          HD12      ILE 172  15.754  13.497   1.110
   11   HD12  ILE 172          HD13      ILE 172  16.980  12.499   0.325

  No H/Q in entry =          11
  In of MODEL    4
    1    H    GLY 173           H        GLY 173  13.551  14.365  -4.399
    2    HA3  GLY 173           HA2      GLY 173  11.592  16.249  -4.174
    3    HA2  GLY 173           HA3      GLY 173  11.760  15.085  -5.492

  No H/Q in entry =           3
  In of MODEL    4
    1    H    GLN 174           H        GLN 174  11.472  12.833  -4.322
    2    HA   GLN 174           HA       GLN 174   8.662  12.521  -4.162
    3    HB2  GLN 174           HB2      GLN 174  10.801  10.462  -3.702
    4    HB3  GLN 174           HB3      GLN 174   9.174  10.203  -4.320
    5    HG2  GLN 174           HG2      GLN 174  11.321  11.763  -5.744
    6    HG3  GLN 174           HG3      GLN 174  10.958  10.067  -6.037
    7   HE21  GLN 174          HE21      GLN 174  10.567  10.636  -8.220
    8   HE22  GLN 174          HE22      GLN 174   9.069  11.356  -8.693

  No H/Q in entry =           8
  In of MODEL    4
    1    H    ILE 175           H        ILE 175  11.218  12.220  -1.724
    2    HA   ILE 175           HA       ILE 175   9.475  10.914   0.157
    3    HB   ILE 175           HB       ILE 175  12.152  12.193   0.681
    4   HG12  ILE 175          HG12      ILE 175  11.668   9.261   0.204
    5   HG13  ILE 175          HG13      ILE 175  12.055  10.361  -1.118
    6   HG21  ILE 175          HG21      ILE 175  10.370  10.355   2.238
    7   HG23  ILE 175          HG22      ILE 175  11.179  11.832   2.763
    8   HG22  ILE 175          HG23      ILE 175  12.112  10.358   2.506
    9   HD13  ILE 175          HD11      ILE 175  14.163  10.877  -0.176
   10   HD12  ILE 175          HD12      ILE 175  13.996   9.121  -0.155
   11   HD11  ILE 175          HD13      ILE 175  13.767  10.050   1.328

  No H/Q in entry =          11
  In of MODEL    4
    1    H    VAL 176           H        VAL 176  10.812  14.128  -0.285
    2    HA   VAL 176           HA       VAL 176   9.425  15.086   2.062
    3    HB   VAL 176           HB       VAL 176  11.266  16.476   0.114
    4   HG12  VAL 176          HG11      VAL 176  11.131  17.918   2.481
    5   HG11  VAL 176          HG12      VAL 176   9.452  17.556   2.065
    6   HG13  VAL 176          HG13      VAL 176  10.486  18.389   0.904
    7   HG23  VAL 176          HG21      VAL 176  11.656  15.608   2.976
    8   HG22  VAL 176          HG22      VAL 176  12.850  16.409   1.954
    9   HG21  VAL 176          HG23      VAL 176  12.301  14.780   1.559

  No H/Q in entry =           9
  In of MODEL    4
    1    H    GLY 177           H        GLY 177   9.130  15.175  -1.439
    2    HA3  GLY 177           HA2      GLY 177   6.903  15.247  -2.326
    3    HA2  GLY 177           HA3      GLY 177   6.460  16.371  -1.055

  No H/Q in entry =           3
  In of MODEL    4
    1    H    CYS 178           H        CYS 178   9.312  17.521  -1.902
    2    HA   CYS 178           HA       CYS 178   8.164  19.221  -4.043
    3    HB2  CYS 178           HB2      CYS 178   9.867  19.931  -1.677
    4    HB3  CYS 178           HB3      CYS 178   9.836  20.945  -3.114
    5    HG   CYS 178           HG       CYS 178   6.828  20.886  -2.782

  No H/Q in entry =           5
  In of MODEL    4
    1    H    SER 179           H        SER 179   9.808  20.061  -5.620
    2    HA   SER 179           HA       SER 179  11.501  17.977  -6.403
    3    HB2  SER 179           HB2      SER 179  12.487  20.031  -7.791
    4    HB3  SER 179           HB3      SER 179  10.922  19.319  -8.184
    5    HG   SER 179           HG       SER 179  11.178  21.744  -7.851

  No H/Q in entry =           5
  In of MODEL    4
    1    H    ARG 180           H        ARG 180  13.710  18.204  -6.659
    2    HA   ARG 180           HA       ARG 180  15.333  18.767  -4.564
    3    HB2  ARG 180           HB2      ARG 180  16.886  19.274  -6.865
    4    HB3  ARG 180           HB3      ARG 180  16.800  17.800  -5.935
    5    HG2  ARG 180           HG2      ARG 180  16.363  17.058  -8.062
    6    HG3  ARG 180           HG3      ARG 180  14.740  17.256  -7.403
    7    HD2  ARG 180           HD2      ARG 180  14.485  19.366  -8.522
    8    HD3  ARG 180           HD3      ARG 180  16.170  19.346  -9.031
    9    HE   ARG 180           HE       ARG 180  15.035  17.050 -10.057
   10   HH11  ARG 180          HH11      ARG 180  14.457  20.492 -10.305
   11   HH12  ARG 180          HH12      ARG 180  13.953  20.405 -11.968
   12   HH21  ARG 180          HH21      ARG 180  14.352  16.923 -12.216
   13   HH22  ARG 180          HH22      ARG 180  13.870  18.364 -13.054

  No H/Q in entry =          13
  In of MODEL    4
    1    H    GLU 181           H        GLU 181  13.459  21.013  -5.511
    2    HA   GLU 181           HA       GLU 181  15.337  23.146  -5.984
    3    HB2  GLU 181           HB2      GLU 181  12.615  22.577  -6.756
    4    HB3  GLU 181           HB3      GLU 181  12.889  24.252  -6.297
    5    HG2  GLU 181           HG2      GLU 181  13.220  24.058  -8.641
    6    HG3  GLU 181           HG3      GLU 181  14.796  24.301  -7.888

  No H/Q in entry =           6
  In of MODEL    4
    1    H    THR 182           H        THR 182  12.380  22.873  -4.180
    2    HA   THR 182           HA       THR 182  12.961  24.848  -2.157
    3    HB   THR 182           HB       THR 182  11.342  22.742  -1.030
    4    HG1  THR 182           HG1      THR 182   9.671  22.907  -2.764
    5   HG21  THR 182          HG21      THR 182  11.151  25.157  -0.523
    6   HG23  THR 182          HG22      THR 182   9.608  24.441  -0.990
    7   HG22  THR 182          HG23      THR 182  10.507  25.423  -2.144

  No H/Q in entry =           7
  In of MODEL    4
    1    H    VAL 183           H        VAL 183  13.134  21.313  -2.367
    2    HA   VAL 183           HA       VAL 183  14.783  20.886  -0.078
    3    HB   VAL 183           HB       VAL 183  13.659  19.435  -2.355
    4   HG11  VAL 183          HG11      VAL 183  16.072  18.972  -2.684
    5   HG13  VAL 183          HG12      VAL 183  15.075  17.544  -2.359
    6   HG12  VAL 183          HG13      VAL 183  16.086  18.236  -1.081
    7   HG21  VAL 183          HG21      VAL 183  12.967  19.437   0.077
    8   HG23  VAL 183          HG22      VAL 183  14.304  18.306   0.307
    9   HG22  VAL 183          HG23      VAL 183  12.979  17.899  -0.788

  No H/Q in entry =           9
  In of MODEL    4
    1    H    GLY 184           H        GLY 184  15.439  21.685  -3.583
    2    HA3  GLY 184           HA2      GLY 184  18.135  21.251  -3.351
    3    HA2  GLY 184           HA3      GLY 184  17.390  22.474  -4.385

  No H/Q in entry =           3
  In of MODEL    4
    1    H    ARG 185           H        ARG 185  16.124  23.913  -2.372
    2    HA   ARG 185           HA       ARG 185  17.792  25.794  -1.520
    3    HB2  ARG 185           HB2      ARG 185  15.668  24.746   0.370
    4    HB3  ARG 185           HB3      ARG 185  16.553  26.247   0.591
    5    HG2  ARG 185           HG2      ARG 185  14.749  25.633  -1.735
    6    HG3  ARG 185           HG3      ARG 185  14.328  26.630  -0.340
    7    HD2  ARG 185           HD2      ARG 185  15.303  28.405  -1.250
    8    HD3  ARG 185           HD3      ARG 185  16.810  27.518  -1.475
    9    HE   ARG 185           HE       ARG 185  15.372  26.622  -3.534
   10   HH11  ARG 185          HH11      ARG 185  15.856  29.855  -2.306
   11   HH12  ARG 185          HH12      ARG 185  15.704  30.614  -3.858
   12   HH21  ARG 185          HH21      ARG 185  15.169  27.620  -5.603
   13   HH22  ARG 185          HH22      ARG 185  15.314  29.343  -5.734

  No H/Q in entry =          13
  In of MODEL    4
    1    H    ILE 186           H        ILE 186  16.867  23.453   1.047
    2    HA   ILE 186           HA       ILE 186  18.989  23.736   2.453
    3    HB   ILE 186           HB       ILE 186  17.166  21.425   2.118
    4   HG12  ILE 186          HG12      ILE 186  16.581  22.293   4.502
    5   HG13  ILE 186          HG13      ILE 186  17.497  23.718   4.035
    6   HG23  ILE 186          HG21      ILE 186  18.151  20.129   3.682
    7   HG22  ILE 186          HG22      ILE 186  18.768  21.508   4.588
    8   HG21  ILE 186          HG23      ILE 186  19.611  20.957   3.143
    9   HD12  ILE 186          HD11      ILE 186  14.954  23.740   3.749
   10   HD11  ILE 186          HD12      ILE 186  15.240  22.720   2.340
   11   HD13  ILE 186          HD13      ILE 186  15.948  24.334   2.422

  No H/Q in entry =          11
  In of MODEL    4
    1    H    LEU 187           H        LEU 187  18.950  21.533  -0.190
    2    HA   LEU 187           HA       LEU 187  21.250  20.171   0.699
    3    HB2  LEU 187           HB2      LEU 187  19.787  20.195  -1.898
    4    HB3  LEU 187           HB3      LEU 187  21.015  19.000  -1.422
    5    HG   LEU 187           HG       LEU 187  18.232  19.387  -0.361
    6   HD12  LEU 187          HD11      LEU 187  19.501  16.824  -0.147
    7   HD11  LEU 187          HD12      LEU 187  19.463  17.482  -1.789
    8   HD13  LEU 187          HD13      LEU 187  17.962  17.307  -0.872
    9   HD22  LEU 187          HD21      LEU 187  18.692  18.162   1.693
   10   HD21  LEU 187          HD22      LEU 187  19.594  19.678   1.669
   11   HD23  LEU 187          HD23      LEU 187  20.414  18.157   1.320

  No H/Q in entry =          11
  In of MODEL    4
    1    H    LYS 188           H        LYS 188  20.778  23.164  -0.424
    2    HA   LYS 188           HA       LYS 188  23.294  23.377  -1.895
    3    HB2  LYS 188           HB2      LYS 188  21.134  24.698  -2.560
    4    HB3  LYS 188           HB3      LYS 188  21.560  25.737  -1.208
    5    HG2  LYS 188           HG2      LYS 188  23.622  25.150  -3.282
    6    HG3  LYS 188           HG3      LYS 188  22.352  26.325  -3.628
    7    HD2  LYS 188           HD2      LYS 188  23.245  27.862  -2.248
    8    HD3  LYS 188           HD3      LYS 188  23.614  26.664  -1.006
    9    HE2  LYS 188           HE2      LYS 188  25.618  26.012  -2.132
   10    HE3  LYS 188           HE3      LYS 188  25.208  26.989  -3.541
   11    HZ1  LYS 188           HZ1      LYS 188  25.298  28.943  -1.958
   12    HZ3  LYS 188           HZ2      LYS 188  26.772  28.228  -2.366
   13    HZ2  LYS 188           HZ3      LYS 188  26.067  27.904  -0.858

  No H/Q in entry =          13
  In of MODEL    4
    1    H    MET 189           H        MET 189  21.691  24.111   1.152
    2    HA   MET 189           HA       MET 189  23.900  25.771   2.117
    3    HB2  MET 189           HB2      MET 189  22.771  25.523   4.405
    4    HB3  MET 189           HB3      MET 189  21.917  26.444   3.183
    5    HG2  MET 189           HG2      MET 189  20.810  24.071   2.755
    6    HG3  MET 189           HG3      MET 189  21.247  23.867   4.449
    7    HE2  MET 189           HE1      MET 189  18.796  25.694   1.930
    8    HE1  MET 189           HE2      MET 189  20.117  26.822   2.229
    9    HE3  MET 189           HE3      MET 189  18.497  27.185   2.826

  No H/Q in entry =           9
  In of MODEL    4
    1    H    LEU 190           H        LEU 190  23.004  22.470   2.014
    2    HA   LEU 190           HA       LEU 190  24.444  21.423   4.130
    3    HB2  LEU 190           HB2      LEU 190  24.020  20.308   1.387
    4    HB3  LEU 190           HB3      LEU 190  24.558  19.381   2.780
    5    HG   LEU 190           HG       LEU 190  21.897  20.530   2.194
    6   HD13  LEU 190          HD11      LEU 190  22.320  18.217   1.713
    7   HD12  LEU 190          HD12      LEU 190  21.200  18.353   3.067
    8   HD11  LEU 190          HD13      LEU 190  22.895  17.955   3.357
    9   HD22  LEU 190          HD21      LEU 190  22.309  21.581   4.246
   10   HD21  LEU 190          HD22      LEU 190  23.026  20.120   4.921
   11   HD23  LEU 190          HD23      LEU 190  21.297  20.176   4.580

  No H/Q in entry =          11
  In of MODEL    4
    1    H    GLU 191           H        GLU 191  25.684  21.863   0.736
    2    HA   GLU 191           HA       GLU 191  28.271  21.091   1.431
    3    HB2  GLU 191           HB2      GLU 191  26.965  21.504  -0.888
    4    HB3  GLU 191           HB3      GLU 191  27.817  23.035  -0.773
    5    HG2  GLU 191           HG2      GLU 191  29.769  21.151  -0.230
    6    HG3  GLU 191           HG3      GLU 191  28.807  20.412  -1.507

  No H/Q in entry =           6
  In of MODEL    4
    1    H    ASP 192           H        ASP 192  26.508  23.798   2.239
    2    HA   ASP 192           HA       ASP 192  28.848  25.544   2.363
    3    HB2  ASP 192           HB2      ASP 192  25.985  25.992   2.175
    4    HB3  ASP 192           HB3      ASP 192  26.682  26.902   3.510

  No H/Q in entry =           4
  In of MODEL    4
    1    H    GLN 193           H        GLN 193  27.395  23.239   3.997
    2    HA   GLN 193           HA       GLN 193  27.433  22.372   6.114
    3    HB2  GLN 193           HB2      GLN 193  29.752  24.280   6.213
    4    HB3  GLN 193           HB3      GLN 193  29.251  23.422   7.662
    5    HG2  GLN 193           HG2      GLN 193  30.845  22.001   6.888
    6    HG3  GLN 193           HG3      GLN 193  29.424  21.330   6.091
    7   HE21  GLN 193          HE21      GLN 193  29.312  21.333   3.913
    8   HE22  GLN 193          HE22      GLN 193  30.544  21.956   2.874

  No H/Q in entry =           8
  In of MODEL    4
    1    H    ASN 194           H        ASN 194  25.759  24.686   5.432
    2    HA   ASN 194           HA       ASN 194  25.615  26.120   7.980
    3    HB2  ASN 194           HB2      ASN 194  25.199  26.964   5.398
    4    HB3  ASN 194           HB3      ASN 194  23.553  26.734   5.983
    5   HD21  ASN 194          HD21      ASN 194  25.150  29.171   5.341
    6   HD22  ASN 194          HD22      ASN 194  25.038  30.157   6.753

  No H/Q in entry =           6
  In of MODEL    4
    1    H    LEU 195           H        LEU 195  24.565  23.277   6.892
    2    HA   LEU 195           HA       LEU 195  22.382  23.179   8.823
    3    HB2  LEU 195           HB2      LEU 195  21.644  23.796   6.389
    4    HB3  LEU 195           HB3      LEU 195  21.873  22.086   6.100
    5    HG   LEU 195           HG       LEU 195  20.163  22.778   8.417
    6   HD12  LEU 195          HD11      LEU 195  18.424  22.774   6.249
    7   HD11  LEU 195          HD12      LEU 195  19.723  23.872   5.781
    8   HD13  LEU 195          HD13      LEU 195  18.829  24.150   7.277
    9   HD23  LEU 195          HD21      LEU 195  18.833  20.927   7.379
   10   HD22  LEU 195          HD22      LEU 195  20.471  20.482   7.865
   11   HD21  LEU 195          HD23      LEU 195  20.105  20.785   6.166

  No H/Q in entry =          11
  In of MODEL    4
    1    H    ILE 196           H        ILE 196  24.663  21.593   6.757
    2    HA   ILE 196           HA       ILE 196  24.895  19.338   8.336
    3    HB   ILE 196           HB       ILE 196  24.249  18.414   5.604
    4   HG12  ILE 196          HG12      ILE 196  22.203  18.459   7.811
    5   HG13  ILE 196          HG13      ILE 196  22.220  19.669   6.531
    6   HG22  ILE 196          HG21      ILE 196  23.766  16.388   6.903
    7   HG21  ILE 196          HG22      ILE 196  24.099  17.271   8.394
    8   HG23  ILE 196          HG23      ILE 196  25.390  16.996   7.219
    9   HD13  ILE 196          HD11      ILE 196  21.742  18.105   4.888
   10   HD12  ILE 196          HD12      ILE 196  20.698  17.659   6.241
   11   HD11  ILE 196          HD13      ILE 196  22.179  16.745   5.922

  No H/Q in entry =          11
  In of MODEL    4
    1    H    SER 197           H        SER 197  25.942  18.092   5.590
    2    HA   SER 197           HA       SER 197  27.856  19.749   4.628
    3    HB2  SER 197           HB2      SER 197  29.142  19.496   6.628
    4    HB3  SER 197           HB3      SER 197  28.947  17.744   6.583
    5    HG   SER 197           HG       SER 197  30.980  18.841   5.680

  No H/Q in entry =           5
  In of MODEL    4
    1    H    ALA 198           H        ALA 198  26.763  19.090   3.056
    2    HA   ALA 198           HA       ALA 198  26.759  16.421   2.061
    3    HB3  ALA 198           HB1      ALA 198  24.932  17.988   1.445
    4    HB1  ALA 198           HB2      ALA 198  25.728  17.290   0.036
    5    HB2  ALA 198           HB3      ALA 198  26.095  18.943   0.524

  No H/Q in entry =           5
  In of MODEL    4
    1    H    HIS 199           H        HIS 199  28.599  15.543   1.520
    2    HA   HIS 199           HA       HIS 199  30.646  17.165   0.251
    3    HB2  HIS 199           HB2      HIS 199  30.539  14.364   1.342
    4    HB3  HIS 199           HB3      HIS 199  31.752  14.755   0.126
    5    HD1  HIS 199           HD1      HIS 199  30.622  15.999   3.540
    6    HD2  HIS 199           HD2      HIS 199  33.999  15.890   1.123
    7    HE1  HIS 199           HE1      HIS 199  32.485  16.928   4.944
    8    HE2  HIS 199           HE2      HIS 199  34.490  16.965   3.417

  No H/Q in entry =           8
  In of MODEL    4
    1    H    GLY 200           H        GLY 200  29.035  17.633  -1.397
    2    HA3  GLY 200           HA2      GLY 200  28.576  17.401  -3.683
    3    HA2  GLY 200           HA3      GLY 200  29.155  15.729  -3.605

  No H/Q in entry =           3
  In of MODEL    4
    1    H    LYS 201           H        LYS 201  27.612  14.187  -3.612
    2    HA   LYS 201           HA       LYS 201  24.924  14.980  -2.731
    3    HB2  LYS 201           HB2      LYS 201  25.815  12.697  -4.499
    4    HB3  LYS 201           HB3      LYS 201  24.154  12.948  -3.975
    5    HG2  LYS 201           HG2      LYS 201  23.873  14.184  -5.789
    6    HG3  LYS 201           HG3      LYS 201  24.931  15.387  -5.048
    7    HD2  LYS 201           HD2      LYS 201  26.860  14.011  -6.015
    8    HD3  LYS 201           HD3      LYS 201  25.632  13.228  -7.012
    9    HE2  LYS 201           HE2      LYS 201  24.965  15.436  -7.873
   10    HE3  LYS 201           HE3      LYS 201  26.248  16.177  -6.916
   11    HZ1  LYS 201           HZ1      LYS 201  27.801  14.651  -8.162
   12    HZ3  LYS 201           HZ2      LYS 201  27.120  15.910  -9.059
   13    HZ2  LYS 201           HZ3      LYS 201  26.519  14.341  -9.218

  No H/Q in entry =          13
  In of MODEL    4
    1    H    THR 202           H        THR 202  27.587  13.162  -1.796
    2    HA   THR 202           HA       THR 202  26.203  11.346  -0.016
    3    HB   THR 202           HB       THR 202  29.104  11.841   0.356
    4    HG1  THR 202           HG1      THR 202  29.623  10.690  -1.595
    5   HG23  THR 202          HG21      THR 202  29.192   9.531   0.717
    6   HG22  THR 202          HG22      THR 202  27.776   9.228  -0.289
    7   HG21  THR 202          HG23      THR 202  27.584   9.962   1.301

  No H/Q in entry =           7
  In of MODEL    4
    1    H    ILE 203           H        ILE 203  25.314  12.263   1.657
    2    HA   ILE 203           HA       ILE 203  26.313  14.814   2.600
    3    HB   ILE 203           HB       ILE 203  23.702  13.387   2.935
    4   HG12  ILE 203          HG12      ILE 203  24.397  16.001   1.589
    5   HG13  ILE 203          HG13      ILE 203  24.084  14.478   0.764
    6   HG23  ILE 203          HG21      ILE 203  24.128  14.505   5.021
    7   HG22  ILE 203          HG22      ILE 203  22.940  15.452   4.125
    8   HG21  ILE 203          HG23      ILE 203  24.623  15.975   4.184
    9   HD12  ILE 203          HD11      ILE 203  22.120  16.067   2.402
   10   HD11  ILE 203          HD12      ILE 203  21.790  14.501   1.667
   11   HD13  ILE 203          HD13      ILE 203  22.137  15.896   0.646

  No H/Q in entry =          11
  In of MODEL    4
    1    H    VAL 204           H        VAL 204  27.339  14.991   4.388
    2    HA   VAL 204           HA       VAL 204  27.568  12.730   6.273
    3    HB   VAL 204           HB       VAL 204  29.341  15.036   5.490
    4   HG13  VAL 204          HG11      VAL 204  29.052  15.534   7.791
    5   HG12  VAL 204          HG12      VAL 204  30.632  14.765   7.609
    6   HG11  VAL 204          HG13      VAL 204  29.267  13.845   8.246
    7   HG21  VAL 204          HG21      VAL 204  29.745  12.132   6.068
    8   HG23  VAL 204          HG22      VAL 204  31.102  13.256   6.088
    9   HG22  VAL 204          HG23      VAL 204  30.152  13.052   4.617

  No H/Q in entry =           9
  In of MODEL    4
    1    H    VAL 205           H        VAL 205  26.926  13.111   8.373
    2    HA   VAL 205           HA       VAL 205  25.642  15.614   9.006
    3    HB   VAL 205           HB       VAL 205  24.452  13.873  10.694
    4   HG11  VAL 205          HG11      VAL 205  23.640  14.128   7.770
    5   HG13  VAL 205          HG12      VAL 205  23.212  15.244   9.070
    6   HG12  VAL 205          HG13      VAL 205  22.575  13.601   9.075
    7   HG21  VAL 205          HG21      VAL 205  25.073  12.138   8.291
    8   HG23  VAL 205          HG22      VAL 205  23.978  11.708   9.607
    9   HG22  VAL 205          HG23      VAL 205  25.706  11.901   9.923

  No H/Q in entry =           9
  In of MODEL    4
    1    H    TYR 206           H        TYR 206  27.606  16.328   9.652
    2    HA   TYR 206           HA       TYR 206  29.835  15.108  10.605
    3    HB2  TYR 206           HB2      TYR 206  28.554  17.698  11.471
    4    HB3  TYR 206           HB3      TYR 206  30.067  17.158  12.186
    5    HD1  TYR 206           HD1      TYR 206  28.786  19.295   9.861
    6    HD2  TYR 206           HD2      TYR 206  31.752  16.261  10.216
    7    HE1  TYR 206           HE1      TYR 206  30.013  20.296   8.002
    8    HE2  TYR 206           HE2      TYR 206  33.011  17.236   8.360
    9    HH   TYR 206           HH       TYR 206  32.480  20.326   7.207

  No H/Q in entry =           9
  In of MODEL    4
    1    H    GLY 207           H        GLY 207  27.076  16.112  12.594
    2    HA3  GLY 207           HA2      GLY 207  26.782  14.065  14.295
    3    HA2  GLY 207           HA3      GLY 207  28.193  14.875  14.968

  No H/Q in entry =           3
  In of MODEL    4
    1    H    THR 208           H        THR 208  27.608  17.485  14.539
    2    HA   THR 208           HA       THR 208  25.706  18.001  16.622
    3    HB   THR 208           HB       THR 208  26.672  20.361  15.248
    4    HG1  THR 208           HG1      THR 208  28.837  19.013  16.358
    5   HG23  THR 208          HG21      THR 208  27.574  20.884  17.455
    6   HG22  THR 208          HG22      THR 208  27.280  19.228  17.983
    7   HG21  THR 208          HG23      THR 208  25.922  20.283  17.591

  No H/Q in entry =           7
  In of MODEL    4
    1    H    ARG 209           H        ARG 209  25.328  17.331  13.515
    2    HA   ARG 209           HA       ARG 209  22.785  18.546  13.223
    3    HB2  ARG 209           HB2      ARG 209  25.121  19.867  12.048
    4    HB3  ARG 209           HB3      ARG 209  23.940  19.406  10.833
    5    HG2  ARG 209           HG2      ARG 209  22.265  20.753  11.801
    6    HG3  ARG 209           HG3      ARG 209  23.195  20.974  13.286
    7    HD2  ARG 209           HD2      ARG 209  24.787  22.353  12.179
    8    HD3  ARG 209           HD3      ARG 209  24.136  21.943  10.593
    9    HE   ARG 209           HE       ARG 209  22.030  23.102  11.828
   10   HH11  ARG 209          HH11      ARG 209  25.358  24.116  11.373
   11   HH12  ARG 209          HH12      ARG 209  24.967  25.806  11.341
   12   HH21  ARG 209          HH21      ARG 209  21.526  25.332  11.777
   13   HH22  ARG 209          HH22      ARG 209  22.801  26.493  11.569

  No H/Q in entry =          13
  In of MODEL    5
    1    H1   VAL   1           H1       VAL   1 -30.603  -7.840   0.161
    2    H2   VAL   1           H3       VAL   1 -31.681  -6.609  -0.263
    3    H3   VAL   1           H2       VAL   1 -32.019  -8.209  -0.683
    4    HA   VAL   1           HA       VAL   1 -31.277  -7.128  -2.623
    5    HB   VAL   1           HB       VAL   1 -28.714  -6.356  -2.423
    6   HG11  VAL   1          HG11      VAL   1 -31.194  -4.740  -1.881
    7   HG13  VAL   1          HG12      VAL   1 -30.372  -4.986  -3.422
    8   HG12  VAL   1          HG13      VAL   1 -29.609  -4.019  -2.160
    9   HG23  VAL   1          HG21      VAL   1 -28.399  -5.041  -0.373
   10   HG22  VAL   1          HG22      VAL   1 -28.557  -6.762  -0.025
   11   HG21  VAL   1          HG23      VAL   1 -29.916  -5.676   0.262

  No H/Q in entry =          11
  In of MODEL    5
    1    H    LEU   2           H        LEU   2 -31.281  -9.188  -3.396
    2    HA   LEU   2           HA       LEU   2 -28.730 -10.631  -3.215
    3    HB2  LEU   2           HB2      LEU   2 -31.493 -11.650  -2.733
    4    HB3  LEU   2           HB3      LEU   2 -30.327 -12.722  -3.480
    5    HG   LEU   2           HG       LEU   2 -30.128 -11.443  -0.755
    6   HD12  LEU   2          HD11      LEU   2 -30.109 -13.780   0.008
    7   HD11  LEU   2          HD12      LEU   2 -30.362 -14.309  -1.656
    8   HD13  LEU   2          HD13      LEU   2 -31.599 -13.360  -0.835
    9   HD22  LEU   2          HD21      LEU   2 -27.916 -11.417  -1.568
   10   HD21  LEU   2          HD22      LEU   2 -28.099 -12.986  -2.350
   11   HD23  LEU   2          HD23      LEU   2 -28.040 -12.879  -0.591

  No H/Q in entry =          11
  In of MODEL    5
    1    H    GLY   3           H        GLY   3 -29.618 -12.767  -4.937
    2    HA3  GLY   3           HA2      GLY   3 -30.126 -13.216  -7.165
    3    HA2  GLY   3           HA3      GLY   3 -30.458 -11.506  -7.410

  No H/Q in entry =           3
  In of MODEL    5
    1    H    LYS   4           H        LYS   4 -27.555 -12.192  -5.801
    2    HA   LYS   4           HA       LYS   4 -26.040 -11.543  -8.236
    3    HB2  LYS   4           HB2      LYS   4 -24.993 -11.297  -5.420
    4    HB3  LYS   4           HB3      LYS   4 -24.453 -10.455  -6.866
    5    HG2  LYS   4           HG2      LYS   4 -27.077 -10.003  -5.453
    6    HG3  LYS   4           HG3      LYS   4 -25.651  -8.972  -5.333
    7    HD2  LYS   4           HD2      LYS   4 -25.794  -8.430  -7.683
    8    HD3  LYS   4           HD3      LYS   4 -27.127  -9.565  -7.898
    9    HE2  LYS   4           HE2      LYS   4 -28.562  -8.234  -6.514
   10    HE3  LYS   4           HE3      LYS   4 -27.226  -7.174  -6.068
   11    HZ2  LYS   4           HZ1      LYS   4 -28.649  -7.366  -8.641
   12    HZ1  LYS   4           HZ2      LYS   4 -27.086  -6.730  -8.573
   13    HZ3  LYS   4           HZ3      LYS   4 -28.334  -5.995  -7.701

  No H/Q in entry =          13
  In of MODEL    5
    1    HA   PRO   5           HA       PRO   5 -24.748 -15.828  -7.565
    2    HB2  PRO   5           HB2      PRO   5 -23.978 -16.306 -10.107
    3    HB3  PRO   5           HB3      PRO   5 -25.673 -16.320  -9.609
    4    HG2  PRO   5           HG2      PRO   5 -24.136 -14.205 -11.043
    5    HG3  PRO   5           HG3      PRO   5 -25.814 -14.729 -11.274
    6    HD2  PRO   5           HD2      PRO   5 -25.054 -12.478  -9.872
    7    HD3  PRO   5           HD3      PRO   5 -26.591 -13.334  -9.649

  No H/Q in entry =           7
  In of MODEL    5
    1    H    GLN   6           H        GLN   6 -22.949 -15.648  -6.325
    2    HA   GLN   6           HA       GLN   6 -20.542 -14.442  -7.365
    3    HB2  GLN   6           HB2      GLN   6 -21.375 -15.589  -4.741
    4    HB3  GLN   6           HB3      GLN   6 -19.657 -15.473  -5.094
    5    HG2  GLN   6           HG2      GLN   6 -20.006 -13.048  -5.585
    6    HG3  GLN   6           HG3      GLN   6 -21.657 -13.230  -4.994
    7   HE21  GLN   6          HE21      GLN   6 -18.281 -13.280  -4.125
    8   HE22  GLN   6          HE22      GLN   6 -18.514 -13.096  -2.423

  No H/Q in entry =           8
  In of MODEL    5
    1    H    THR   7           H        THR   7 -21.677 -17.701  -6.570
    2    HA   THR   7           HA       THR   7 -20.984 -19.755  -7.253
    3    HB   THR   7           HB       THR   7 -19.079 -18.484  -9.206
    4    HG1  THR   7           HG1      THR   7 -20.938 -17.420  -9.695
    5   HG22  THR   7          HG21      THR   7 -20.797 -20.955  -9.450
    6   HG21  THR   7          HG22      THR   7 -19.130 -20.968  -8.874
    7   HG23  THR   7          HG23      THR   7 -19.490 -20.446 -10.519

  No H/Q in entry =           7
  In of MODEL    5
    1    H    ASP   8           H        ASP   8 -19.974 -19.385  -4.992
    2    HA   ASP   8           HA       ASP   8 -17.085 -19.859  -5.258
    3    HB2  ASP   8           HB2      ASP   8 -18.187 -17.601  -4.160
    4    HB3  ASP   8           HB3      ASP   8 -17.953 -18.625  -2.745

  No H/Q in entry =           4
  In of MODEL    5
    1    HA   PRO   9           HA       PRO   9 -19.072 -23.423  -3.064
    2    HB2  PRO   9           HB2      PRO   9 -17.346 -25.289  -4.036
    3    HB3  PRO   9           HB3      PRO   9 -18.797 -24.765  -4.895
    4    HG2  PRO   9           HG2      PRO   9 -15.955 -23.908  -5.277
    5    HG3  PRO   9           HG3      PRO   9 -17.183 -24.285  -6.499
    6    HD2  PRO   9           HD2      PRO   9 -16.547 -21.748  -5.820
    7    HD3  PRO   9           HD3      PRO   9 -18.188 -22.216  -6.307

  No H/Q in entry =           7
  In of MODEL    5
    1    H    THR  10           H        THR  10 -15.667 -22.437  -3.220
    2    HA   THR  10           HA       THR  10 -14.935 -24.179  -1.039
    3    HB   THR  10           HB       THR  10 -13.012 -22.090  -1.729
    4    HG1  THR  10           HG1      THR  10 -12.638 -22.935  -3.858
    5   HG22  THR  10          HG21      THR  10 -12.922 -25.110  -1.921
    6   HG21  THR  10          HG22      THR  10 -12.472 -24.160  -0.505
    7   HG23  THR  10          HG23      THR  10 -11.535 -24.024  -1.992

  No H/Q in entry =           7
  In of MODEL    5
    1    H    LEU  11           H        LEU  11 -16.118 -21.001  -1.596
    2    HA   LEU  11           HA       LEU  11 -15.263 -19.931   0.924
    3    HB2  LEU  11           HB2      LEU  11 -15.930 -18.779  -1.405
    4    HB3  LEU  11           HB3      LEU  11 -17.466 -18.657  -0.569
    5    HG   LEU  11           HG       LEU  11 -16.691 -16.751   0.281
    6   HD13  LEU  11          HD11      LEU  11 -15.803 -16.890   2.340
    7   HD12  LEU  11          HD12      LEU  11 -14.436 -17.858   1.796
    8   HD11  LEU  11          HD13      LEU  11 -15.997 -18.626   2.094
    9   HD23  LEU  11          HD21      LEU  11 -13.838 -17.446  -0.117
   10   HD22  LEU  11          HD22      LEU  11 -14.627 -15.865  -0.170
   11   HD21  LEU  11          HD23      LEU  11 -14.857 -17.013  -1.491

  No H/Q in entry =          11
  In of MODEL    5
    1    H    GLU  12           H        GLU  12 -17.849 -21.608  -0.398
    2    HA   GLU  12           HA       GLU  12 -19.776 -21.136   1.693
    3    HB2  GLU  12           HB2      GLU  12 -19.831 -22.987  -0.701
    4    HB3  GLU  12           HB3      GLU  12 -21.119 -22.895   0.491
    5    HG2  GLU  12           HG2      GLU  12 -21.173 -20.382  -0.075
    6    HG3  GLU  12           HG3      GLU  12 -20.264 -20.844  -1.513

  No H/Q in entry =           6
  In of MODEL    5
    1    H    TRP  13           H        TRP  13 -17.048 -22.804   1.226
    2    HA   TRP  13           HA       TRP  13 -17.755 -24.997   3.046
    3    HB2  TRP  13           HB2      TRP  13 -15.772 -24.693   0.883
    4    HB3  TRP  13           HB3      TRP  13 -15.128 -25.421   2.352
    5    HD1  TRP  13           HD1      TRP  13 -18.148 -26.876   2.883
    6    HE1  TRP  13           HE1      TRP  13 -18.568 -29.066   1.597
    7    HE3  TRP  13           HE3      TRP  13 -14.605 -26.363  -0.768
    8    HZ2  TRP  13           HZ2      TRP  13 -17.531 -30.398  -0.663
    9    HZ3  TRP  13           HZ3      TRP  13 -14.383 -28.142  -2.452
   10    HH2  TRP  13           HH2      TRP  13 -15.816 -30.117  -2.399

  No H/Q in entry =          10
  In of MODEL    5
    1    H    PHE  14           H        PHE  14 -16.251 -21.974   2.662
    2    HA   PHE  14           HA       PHE  14 -14.683 -22.088   5.111
    3    HB2  PHE  14           HB2      PHE  14 -13.593 -21.202   3.240
    4    HB3  PHE  14           HB3      PHE  14 -14.952 -20.208   2.801
    5    HD1  PHE  14           HD1      PHE  14 -15.616 -18.400   4.470
    6    HD2  PHE  14           HD2      PHE  14 -11.792 -20.230   4.366
    7    HE1  PHE  14           HE1      PHE  14 -14.662 -16.450   5.648
    8    HE2  PHE  14           HE2      PHE  14 -10.828 -18.302   5.528
    9    HZ   PHE  14           HZ       PHE  14 -12.258 -16.403   6.175

  No H/Q in entry =           9
  In of MODEL    5
    1    H    LEU  15           H        LEU  15 -17.706 -20.900   3.930
    2    HA   LEU  15           HA       LEU  15 -17.876 -18.843   5.980
    3    HB2  LEU  15           HB2      LEU  15 -19.793 -19.330   3.714
    4    HB3  LEU  15           HB3      LEU  15 -19.896 -18.048   4.904
    5    HG   LEU  15           HG       LEU  15 -17.654 -18.384   2.933
    6   HD11  LEU  15          HD11      LEU  15 -19.995 -16.541   2.992
    7   HD13  LEU  15          HD12      LEU  15 -19.660 -17.808   1.812
    8   HD12  LEU  15          HD13      LEU  15 -18.621 -16.382   1.897
    9   HD22  LEU  15          HD21      LEU  15 -16.527 -16.871   4.062
   10   HD21  LEU  15          HD22      LEU  15 -17.777 -16.856   5.303
   11   HD23  LEU  15          HD23      LEU  15 -17.874 -15.747   3.932

  No H/Q in entry =          11
  In of MODEL    5
    1    H    SER  16           H        SER  16 -18.305 -21.961   5.586
    2    HA   SER  16           HA       SER  16 -20.754 -22.143   7.215
    3    HB2  SER  16           HB2      SER  16 -20.246 -24.692   6.695
    4    HB3  SER  16           HB3      SER  16 -21.014 -23.684   5.466
    5    HG   SER  16           HG       SER  16 -19.367 -24.107   4.248

  No H/Q in entry =           5
  In of MODEL    5
    1    H    HIS  17           H        HIS  17 -17.604 -21.614   7.448
    2    HA   HIS  17           HA       HIS  17 -17.264 -23.319   9.788
    3    HB2  HIS  17           HB2      HIS  17 -15.401 -22.572   7.616
    4    HB3  HIS  17           HB3      HIS  17 -14.729 -22.710   9.238
    5    HD1  HIS  17           HD1      HIS  17 -15.390 -24.692   6.332
    6    HD2  HIS  17           HD2      HIS  17 -15.543 -25.363  10.434
    7    HE1  HIS  17           HE1      HIS  17 -15.295 -27.189   6.617
    8    HE2  HIS  17           HE2      HIS  17 -15.285 -27.566   9.106

  No H/Q in entry =           8
  In of MODEL    5
    1    H    CYS  18           H        CYS  18 -17.698 -20.140   8.805
    2    HA   CYS  18           HA       CYS  18 -16.277 -19.096  11.131
    3    HB2  CYS  18           HB2      CYS  18 -16.414 -16.906   9.864
    4    HB3  CYS  18           HB3      CYS  18 -15.350 -18.143   9.213
    5    HG   CYS  18           HG       CYS  18 -16.566 -16.790   7.150

  No H/Q in entry =           5
  In of MODEL    5
    1    H    HIS  19           H        HIS  19 -17.727 -16.487  10.636
    2    HA   HIS  19           HA       HIS  19 -20.391 -17.173  11.665
    3    HB2  HIS  19           HB2      HIS  19 -19.108 -16.799  13.701
    4    HB3  HIS  19           HB3      HIS  19 -18.405 -15.331  13.042
    5    HD1  HIS  19           HD1      HIS  19 -21.993 -16.487  13.640
    6    HD2  HIS  19           HD2      HIS  19 -19.513 -13.207  14.264
    7    HE1  HIS  19           HE1      HIS  19 -23.429 -14.750  14.754
    8    HE2  HIS  19           HE2      HIS  19 -21.952 -12.725  14.981

  No H/Q in entry =           8
  In of MODEL    5
    1    H    ILE  20           H        ILE  20 -20.932 -16.325   9.230
    2    HA   ILE  20           HA       ILE  20 -20.531 -13.576   8.685
    3    HB   ILE  20           HB       ILE  20 -23.047 -14.491   7.637
    4   HG12  ILE  20          HG12      ILE  20 -21.935 -16.754   8.009
    5   HG13  ILE  20          HG13      ILE  20 -22.433 -16.398   6.361
    6   HG21  ILE  20          HG21      ILE  20 -20.703 -13.106   6.861
    7   HG23  ILE  20          HG22      ILE  20 -22.308 -13.098   6.131
    8   HG22  ILE  20          HG23      ILE  20 -21.116 -14.298   5.631
    9   HD12  ILE  20          HD11      ILE  20 -20.163 -17.479   6.697
   10   HD11  ILE  20          HD12      ILE  20 -19.642 -15.908   7.299
   11   HD13  ILE  20          HD13      ILE  20 -20.236 -16.062   5.647

  No H/Q in entry =          11
  In of MODEL    5
    1    H    HIS  21           H        HIS  21 -21.444 -11.869   9.445
    2    HA   HIS  21           HA       HIS  21 -23.764 -10.874   9.503
    3    HB2  HIS  21           HB2      HIS  21 -24.825 -12.786  10.698
    4    HB3  HIS  21           HB3      HIS  21 -23.806 -12.460  12.095
    5    HD1  HIS  21           HD1      HIS  21 -24.609 -10.737  13.737
    6    HD2  HIS  21           HD2      HIS  21 -26.819 -10.749  10.214
    7    HE1  HIS  21           HE1      HIS  21 -26.556  -9.200  14.152
    8    HE2  HIS  21           HE2      HIS  21 -27.768  -9.078  11.943

  No H/Q in entry =           8
  In of MODEL    5
    1    H    LYS  22           H        LYS  22 -23.241  -8.939   9.863
    2    HA   LYS  22           HA       LYS  22 -21.206  -8.357  11.862
    3    HB2  LYS  22           HB2      LYS  22 -20.734  -8.003   9.328
    4    HB3  LYS  22           HB3      LYS  22 -21.665  -6.540   9.553
    5    HG2  LYS  22           HG2      LYS  22 -19.751  -6.655  11.641
    6    HG3  LYS  22           HG3      LYS  22 -18.924  -7.020  10.125
    7    HD2  LYS  22           HD2      LYS  22 -20.046  -5.016   9.147
    8    HD3  LYS  22           HD3      LYS  22 -20.591  -4.601  10.772
    9    HE2  LYS  22           HE2      LYS  22 -18.653  -3.350  10.551
   10    HE3  LYS  22           HE3      LYS  22 -18.099  -4.787  11.409
   11    HZ2  LYS  22           HZ1      LYS  22 -16.641  -4.121   9.559
   12    HZ1  LYS  22           HZ2      LYS  22 -17.906  -4.413   8.472
   13    HZ3  LYS  22           HZ3      LYS  22 -17.255  -5.687   9.376

  No H/Q in entry =          13
  In of MODEL    5
    1    H    TYR  23           H        TYR  23 -22.124  -5.551  10.714
    2    HA   TYR  23           HA       TYR  23 -24.400  -4.950  12.322
    3    HB2  TYR  23           HB2      TYR  23 -22.583  -3.115  13.389
    4    HB3  TYR  23           HB3      TYR  23 -23.382  -4.409  14.271
    5    HD1  TYR  23           HD1      TYR  23 -21.538  -6.665  12.990
    6    HD2  TYR  23           HD2      TYR  23 -20.712  -2.931  14.798
    7    HE1  TYR  23           HE1      TYR  23 -19.345  -7.506  13.621
    8    HE2  TYR  23           HE2      TYR  23 -18.479  -3.747  15.444
    9    HH   TYR  23           HH       TYR  23 -17.440  -7.072  14.678

  No H/Q in entry =           9
  In of MODEL    5
    1    HA   PRO  24           HA       PRO  24 -24.328  -1.166   9.731
    2    HB2  PRO  24           HB2      PRO  24 -25.135   0.673  11.643
    3    HB3  PRO  24           HB3      PRO  24 -26.281  -0.335  10.755
    4    HG2  PRO  24           HG2      PRO  24 -25.164  -0.703  13.508
    5    HG3  PRO  24           HG3      PRO  24 -26.815  -0.975  12.925
    6    HD2  PRO  24           HD2      PRO  24 -25.130  -3.015  13.342
    7    HD3  PRO  24           HD3      PRO  24 -26.275  -3.029  11.982

  No H/Q in entry =           7
  In of MODEL    5
    1    H    SER  25           H        SER  25 -23.365   0.572   9.723
    2    HA   SER  25           HA       SER  25 -20.586   0.248  10.105
    3    HB2  SER  25           HB2      SER  25 -21.097   2.630   8.773
    4    HB3  SER  25           HB3      SER  25 -20.696   1.062   8.076
    5    HG   SER  25           HG       SER  25 -22.752   2.144   7.408

  No H/Q in entry =           5
  In of MODEL    5
    1    H    LYS  26           H        LYS  26 -19.257   1.914  10.319
    2    HA   LYS  26           HA       LYS  26 -18.340   3.748  11.502
    3    HB2  LYS  26           HB2      LYS  26 -20.797   3.382  13.356
    4    HB3  LYS  26           HB3      LYS  26 -19.469   4.472  13.727
    5    HG2  LYS  26           HG2      LYS  26 -19.956   5.856  11.700
    6    HG3  LYS  26           HG3      LYS  26 -21.109   4.666  11.105
    7    HD2  LYS  26           HD2      LYS  26 -22.572   5.198  13.136
    8    HD3  LYS  26           HD3      LYS  26 -21.372   6.398  13.653
    9    HE2  LYS  26           HE2      LYS  26 -21.634   7.691  11.525
   10    HE3  LYS  26           HE3      LYS  26 -22.718   6.463  10.851
   11    HZ1  LYS  26           HZ1      LYS  26 -23.383   7.715  13.450
   12    HZ2  LYS  26           HZ2      LYS  26 -23.720   8.518  12.059
   13    HZ3  LYS  26           HZ3      LYS  26 -24.347   6.979  12.280

  No H/Q in entry =          13
  In of MODEL    5
    1    H    SER  27           H        SER  27 -19.159   0.670  11.876
    2    HA   SER  27           HA       SER  27 -17.901   0.141  14.371
    3    HB2  SER  27           HB2      SER  27 -18.437  -2.263  13.348
    4    HB3  SER  27           HB3      SER  27 -19.703  -1.269  14.073
    5    HG   SER  27           HG       SER  27 -20.647  -1.337  12.203

  No H/Q in entry =           5
  In of MODEL    5
    1    H    THR  28           H        THR  28 -15.813   0.611  14.109
    2    HA   THR  28           HA       THR  28 -14.277  -0.813  12.051
    3    HB   THR  28           HB       THR  28 -13.353   1.404  12.444
    4    HG1  THR  28           HG1      THR  28 -11.539   0.290  12.498
    5   HG22  THR  28          HG21      THR  28 -12.725   2.022  14.885
    6   HG21  THR  28          HG22      THR  28 -13.944   0.825  15.323
    7   HG23  THR  28          HG23      THR  28 -14.393   2.225  14.347

  No H/Q in entry =           7
  In of MODEL    5
    1    H    LEU  29           H        LEU  29 -12.600  -2.067  13.105
    2    HA   LEU  29           HA       LEU  29 -13.825  -3.751  15.120
    3    HB2  LEU  29           HB2      LEU  29 -12.808  -5.572  13.240
    4    HB3  LEU  29           HB3      LEU  29 -14.492  -5.306  13.640
    5    HG   LEU  29           HG       LEU  29 -12.963  -4.038  11.343
    6   HD11  LEU  29          HD11      LEU  29 -13.556  -6.436  11.087
    7   HD13  LEU  29          HD12      LEU  29 -14.345  -5.368   9.921
    8   HD12  LEU  29          HD13      LEU  29 -15.250  -5.985  11.304
    9   HD22  LEU  29          HD21      LEU  29 -14.980  -3.061  10.601
   10   HD21  LEU  29          HD22      LEU  29 -14.746  -2.591  12.289
   11   HD23  LEU  29          HD23      LEU  29 -15.906  -3.857  11.879

  No H/Q in entry =          11
  In of MODEL    5
    1    H    ILE  30           H        ILE  30 -11.106  -2.521  13.536
    2    HA   ILE  30           HA       ILE  30  -9.227  -3.252  15.411
    3    HB   ILE  30           HB       ILE  30  -7.939  -4.727  13.419
    4   HG12  ILE  30          HG12      ILE  30  -9.593  -6.759  13.299
    5   HG13  ILE  30          HG13      ILE  30 -10.828  -5.529  13.520
    6   HG22  ILE  30          HG21      ILE  30  -8.349  -6.685  15.016
    7   HG21  ILE  30          HG22      ILE  30  -9.211  -5.508  16.006
    8   HG23  ILE  30          HG23      ILE  30  -7.507  -5.261  15.624
    9   HD11  ILE  30          HD11      ILE  30  -9.603  -4.377  11.517
   10   HD13  ILE  30          HD12      ILE  30 -10.762  -5.681  11.250
   11   HD12  ILE  30          HD13      ILE  30  -9.029  -6.017  11.209

  No H/Q in entry =          11
  In of MODEL    5
    1    H    HIS  31           H        HIS  31  -8.384  -1.506  15.296
    2    HA   HIS  31           HA       HIS  31  -6.330  -0.846  13.440
    3    HB2  HIS  31           HB2      HIS  31  -7.379   0.806  12.136
    4    HB3  HIS  31           HB3      HIS  31  -8.850  -0.051  12.569
    5    HD1  HIS  31           HD1      HIS  31 -10.170   1.017  14.774
    6    HD2  HIS  31           HD2      HIS  31  -7.332   3.433  12.907
    7    HE1  HIS  31           HE1      HIS  31 -10.630   3.358  15.578
    8    HE2  HIS  31           HE2      HIS  31  -8.783   4.763  14.587

  No H/Q in entry =           8
  In of MODEL    5
    1    H    GLN  32           H        GLN  32  -7.414  -0.937  16.435
    2    HA   GLN  32           HA       GLN  32  -5.780   1.360  17.303
    3    HB2  GLN  32           HB2      GLN  32  -8.251   1.900  17.507
    4    HB3  GLN  32           HB3      GLN  32  -8.387   0.570  18.650
    5    HG2  GLN  32           HG2      GLN  32  -8.199   2.778  19.738
    6    HG3  GLN  32           HG3      GLN  32  -6.909   1.666  20.193
    7   HE21  GLN  32          HE21      GLN  32  -5.584   3.365  20.828
    8   HE22  GLN  32          HE22      GLN  32  -4.795   4.393  19.683

  No H/Q in entry =           8
  In of MODEL    5
    1    H    GLY  33           H        GLY  33  -4.110  -0.213  17.666
    2    HA3  GLY  33           HA2      GLY  33  -2.901  -1.787  18.758
    3    HA2  GLY  33           HA3      GLY  33  -3.708  -1.087  20.145

  No H/Q in entry =           3
  In of MODEL    5
    1    H    GLU  34           H        GLU  34  -5.771  -2.629  18.016
    2    HA   GLU  34           HA       GLU  34  -6.264  -4.776  19.922
    3    HB2  GLU  34           HB2      GLU  34  -7.550  -4.059  17.256
    4    HB3  GLU  34           HB3      GLU  34  -8.182  -5.174  18.428
    5    HG2  GLU  34           HG2      GLU  34  -9.100  -3.560  19.671
    6    HG3  GLU  34           HG3      GLU  34  -7.702  -2.506  19.466

  No H/Q in entry =           6
  In of MODEL    5
    1    H    LYS  35           H        LYS  35  -5.053  -6.453  19.749
    2    HA   LYS  35           HA       LYS  35  -3.424  -7.225  17.628
    3    HB2  LYS  35           HB2      LYS  35  -4.324  -8.380  20.170
    4    HB3  LYS  35           HB3      LYS  35  -4.052  -9.595  18.927
    5    HG2  LYS  35           HG2      LYS  35  -1.806  -9.185  18.816
    6    HG3  LYS  35           HG3      LYS  35  -1.975  -7.516  19.368
    7    HD2  LYS  35           HD2      LYS  35  -0.907  -8.927  21.070
    8    HD3  LYS  35           HD3      LYS  35  -2.454  -8.291  21.627
    9    HE2  LYS  35           HE2      LYS  35  -2.439 -10.539  22.298
   10    HE3  LYS  35           HE3      LYS  35  -3.464 -10.493  20.866
   11    HZ2  LYS  35           HZ1      LYS  35  -0.820 -11.693  21.224
   12    HZ1  LYS  35           HZ2      LYS  35  -1.191 -11.057  19.705
   13    HZ3  LYS  35           HZ3      LYS  35  -2.170 -12.271  20.372

  No H/Q in entry =          13
  In of MODEL    5
    1    H    ALA  36           H        ALA  36  -4.168  -7.660  15.643
    2    HA   ALA  36           HA       ALA  36  -6.843  -8.464  15.167
    3    HB1  ALA  36           HB1      ALA  36  -5.601  -8.841  12.791
    4    HB2  ALA  36           HB2      ALA  36  -4.487  -7.717  13.584
    5    HB3  ALA  36           HB3      ALA  36  -6.183  -7.283  13.379

  No H/Q in entry =           5
  In of MODEL    5
    1    H    GLU  37           H        GLU  37  -6.672 -10.384  16.622
    2    HA   GLU  37           HA       GLU  37  -5.408 -12.743  15.467
    3    HB2  GLU  37           HB2      GLU  37  -7.093 -12.426  17.960
    4    HB3  GLU  37           HB3      GLU  37  -6.269 -13.900  17.474
    5    HG2  GLU  37           HG2      GLU  37  -4.115 -12.695  17.652
    6    HG3  GLU  37           HG3      GLU  37  -4.994 -11.297  18.269

  No H/Q in entry =           6
  In of MODEL    5
    1    H    THR  38           H        THR  38  -8.468 -11.208  15.692
    2    HA   THR  38           HA       THR  38  -9.821 -13.556  14.594
    3    HB   THR  38           HB       THR  38 -10.953 -12.682  16.533
    4    HG1  THR  38           HG1      THR  38 -12.143 -13.062  14.321
    5   HG22  THR  38          HG21      THR  38 -11.045 -10.011  15.129
    6   HG21  THR  38          HG22      THR  38 -10.016 -10.411  16.504
    7   HG23  THR  38          HG23      THR  38 -11.769 -10.393  16.691

  No H/Q in entry =           7
  In of MODEL    5
    1    H    LEU  39           H        LEU  39 -10.554 -13.557  12.558
    2    HA   LEU  39           HA       LEU  39 -10.018 -11.153  10.993
    3    HB2  LEU  39           HB2      LEU  39  -8.995 -12.485   9.537
    4    HB3  LEU  39           HB3      LEU  39  -9.339 -13.864  10.561
    5    HG   LEU  39           HG       LEU  39 -11.538 -12.982   8.786
    6   HD11  LEU  39          HD11      LEU  39  -9.066 -14.341   7.726
    7   HD13  LEU  39          HD12      LEU  39  -9.635 -12.726   7.298
    8   HD12  LEU  39          HD13      LEU  39 -10.586 -14.145   6.854
    9   HD22  LEU  39          HD21      LEU  39 -11.858 -15.386   8.585
   10   HD21  LEU  39          HD22      LEU  39 -11.733 -14.911  10.278
   11   HD23  LEU  39          HD23      LEU  39 -10.361 -15.672   9.472

  No H/Q in entry =          11
  In of MODEL    5
    1    H    TYR  40           H        TYR  40 -11.585 -10.524   9.389
    2    HA   TYR  40           HA       TYR  40 -14.284 -11.566   9.868
    3    HB2  TYR  40           HB2      TYR  40 -13.685  -8.660   9.334
    4    HB3  TYR  40           HB3      TYR  40 -15.204  -9.369   9.843
    5    HD1  TYR  40           HD1      TYR  40 -15.828  -9.097  11.988
    6    HD2  TYR  40           HD2      TYR  40 -11.682  -8.983  11.123
    7    HE1  TYR  40           HE1      TYR  40 -15.376  -8.469  14.313
    8    HE2  TYR  40           HE2      TYR  40 -11.202  -8.372  13.456
    9    HH   TYR  40           HH       TYR  40 -12.373  -7.299  15.355

  No H/Q in entry =           9
  In of MODEL    5
    1    H    TYR  41           H        TYR  41 -15.219 -12.142   7.917
    2    HA   TYR  41           HA       TYR  41 -13.996 -10.988   5.524
    3    HB2  TYR  41           HB2      TYR  41 -13.740 -13.424   5.859
    4    HB3  TYR  41           HB3      TYR  41 -15.488 -13.586   5.910
    5    HD1  TYR  41           HD1      TYR  41 -14.926 -11.142   3.552
    6    HD2  TYR  41           HD2      TYR  41 -14.464 -15.305   4.142
    7    HE1  TYR  41           HE1      TYR  41 -14.976 -11.475   1.137
    8    HE2  TYR  41           HE2      TYR  41 -14.511 -15.659   1.751
    9    HH   TYR  41           HH       TYR  41 -14.507 -12.960  -0.525

  No H/Q in entry =           9
  In of MODEL    5
    1    H    ILE  42           H        ILE  42 -15.297  -9.174   5.373
    2    HA   ILE  42           HA       ILE  42 -18.104  -9.137   5.663
    3    HB   ILE  42           HB       ILE  42 -17.562  -6.966   5.606
    4   HG12  ILE  42          HG12      ILE  42 -17.584  -7.590   2.681
    5   HG13  ILE  42          HG13      ILE  42 -18.718  -6.633   3.631
    6   HG21  ILE  42          HG21      ILE  42 -15.220  -7.509   5.792
    7   HG23  ILE  42          HG22      ILE  42 -15.440  -6.102   4.755
    8   HG22  ILE  42          HG23      ILE  42 -15.093  -7.675   4.040
    9   HD13  ILE  42          HD11      ILE  42 -17.113  -4.834   3.788
   10   HD12  ILE  42          HD12      ILE  42 -17.380  -5.269   2.096
   11   HD11  ILE  42          HD13      ILE  42 -15.916  -5.798   2.924

  No H/Q in entry =          11
  In of MODEL    5
    1    H    VAL  43           H        VAL  43 -19.472 -10.386   4.491
    2    HA   VAL  43           HA       VAL  43 -18.513 -11.004   1.823
    3    HB   VAL  43           HB       VAL  43 -19.711 -13.024   1.747
    4   HG11  VAL  43          HG11      VAL  43 -18.193 -12.522   4.272
    5   HG13  VAL  43          HG12      VAL  43 -17.665 -13.343   2.798
    6   HG12  VAL  43          HG13      VAL  43 -18.823 -14.120   3.879
    7   HG23  VAL  43          HG21      VAL  43 -20.766 -12.633   4.498
    8   HG22  VAL  43          HG22      VAL  43 -21.261 -13.786   3.258
    9   HG21  VAL  43          HG23      VAL  43 -21.673 -12.079   3.094

  No H/Q in entry =           9
  In of MODEL    5
    1    H    LYS  44           H        LYS  44 -20.485  -9.188   3.229
    2    HA   LYS  44           HA       LYS  44 -22.169  -8.265   1.108
    3    HB2  LYS  44           HB2      LYS  44 -23.483  -9.346   3.647
    4    HB3  LYS  44           HB3      LYS  44 -24.303  -8.506   2.346
    5    HG2  LYS  44           HG2      LYS  44 -22.998 -11.205   2.101
    6    HG3  LYS  44           HG3      LYS  44 -24.724 -10.922   2.344
    7    HD2  LYS  44           HD2      LYS  44 -24.978  -9.953   0.251
    8    HD3  LYS  44           HD3      LYS  44 -23.249  -9.647   0.087
    9    HE2  LYS  44           HE2      LYS  44 -23.693 -12.458   0.404
   10    HE3  LYS  44           HE3      LYS  44 -24.726 -11.848  -0.890
   11    HZ3  LYS  44           HZ1      LYS  44 -22.832 -10.957  -2.005
   12    HZ2  LYS  44           HZ2      LYS  44 -22.483 -12.572  -1.633
   13    HZ1  LYS  44           HZ3      LYS  44 -21.808 -11.323  -0.707

  No H/Q in entry =          13
  In of MODEL    5
    1    H    GLY  45           H        GLY  45 -22.674  -6.147   1.670
    2    HA3  GLY  45           HA2      GLY  45 -22.665  -4.180   2.953
    3    HA2  GLY  45           HA3      GLY  45 -21.861  -5.062   4.258

  No H/Q in entry =           3
  In of MODEL    5
    1    H    SER  46           H        SER  46 -20.774  -2.713   3.379
    2    HA   SER  46           HA       SER  46 -18.202  -3.721   2.722
    3    HB2  SER  46           HB2      SER  46 -17.824  -2.510   0.768
    4    HB3  SER  46           HB3      SER  46 -19.503  -3.019   0.566
    5    HG   SER  46           HG       SER  46 -19.434  -0.734   1.951

  No H/Q in entry =           5
  In of MODEL    5
    1    H    VAL  47           H        VAL  47 -16.512  -2.149   3.094
    2    HA   VAL  47           HA       VAL  47 -17.360  -0.317   5.218
    3    HB   VAL  47           HB       VAL  47 -15.555  -1.019   6.646
    4   HG13  VAL  47          HG11      VAL  47 -16.416  -3.165   7.308
    5   HG12  VAL  47          HG12      VAL  47 -17.110  -3.414   5.702
    6   HG11  VAL  47          HG13      VAL  47 -17.755  -2.155   6.759
    7   HG22  VAL  47          HG21      VAL  47 -13.866  -1.732   5.147
    8   HG21  VAL  47          HG22      VAL  47 -14.931  -2.942   4.427
    9   HG23  VAL  47          HG23      VAL  47 -14.343  -3.155   6.078

  No H/Q in entry =           9
  In of MODEL    5
    1    H    ALA  48           H        ALA  48 -15.008   0.705   6.106
    2    HA   ALA  48           HA       ALA  48 -13.907   1.873   3.664
    3    HB3  ALA  48           HB1      ALA  48 -13.992   4.044   4.593
    4    HB1  ALA  48           HB2      ALA  48 -14.384   3.418   6.195
    5    HB2  ALA  48           HB3      ALA  48 -15.576   3.332   4.898

  No H/Q in entry =           5
  In of MODEL    5
    1    H    VAL  49           H        VAL  49 -12.043   0.712   3.733
    2    HA   VAL  49           HA       VAL  49 -10.557   0.139   6.030
    3    HB   VAL  49           HB       VAL  49 -10.016   0.034   3.090
    4   HG12  VAL  49          HG11      VAL  49  -7.895  -1.130   4.682
    5   HG11  VAL  49          HG12      VAL  49  -7.962   0.625   4.828
    6   HG13  VAL  49          HG13      VAL  49  -7.798  -0.121   3.238
    7   HG22  VAL  49          HG21      VAL  49  -9.763  -2.335   3.566
    8   HG21  VAL  49          HG22      VAL  49 -11.292  -1.732   4.210
    9   HG23  VAL  49          HG23      VAL  49  -9.923  -2.014   5.295

  No H/Q in entry =           9
  In of MODEL    5
    1    H    LEU  50           H        LEU  50  -8.931   1.221   7.083
    2    HA   LEU  50           HA       LEU  50  -8.046   3.761   6.042
    3    HB2  LEU  50           HB2      LEU  50  -8.724   5.067   7.840
    4    HB3  LEU  50           HB3      LEU  50 -10.113   4.070   7.465
    5    HG   LEU  50           HG       LEU  50  -8.258   3.856   9.820
    6   HD12  LEU  50          HD11      LEU  50 -10.501   3.859  10.957
    7   HD11  LEU  50          HD12      LEU  50 -11.190   4.301   9.390
    8   HD13  LEU  50          HD13      LEU  50 -10.017   5.374  10.183
    9   HD22  LEU  50          HD21      LEU  50  -8.595   1.619   8.964
   10   HD21  LEU  50          HD22      LEU  50 -10.342   1.885   8.911
   11   HD23  LEU  50          HD23      LEU  50  -9.493   1.860  10.463

  No H/Q in entry =          11
  In of MODEL    5
    1    H    ILE  51           H        ILE  51  -6.170   4.640   6.970
    2    HA   ILE  51           HA       ILE  51  -4.683   2.661   8.576
    3    HB   ILE  51           HB       ILE  51  -2.655   3.502   7.251
    4   HG12  ILE  51          HG12      ILE  51  -3.442   3.970   4.818
    5   HG13  ILE  51          HG13      ILE  51  -4.958   4.453   5.565
    6   HG23  ILE  51          HG21      ILE  51  -3.155   1.281   6.964
    7   HG22  ILE  51          HG22      ILE  51  -3.445   1.881   5.329
    8   HG21  ILE  51          HG23      ILE  51  -4.800   1.614   6.424
    9   HD11  ILE  51          HD11      ILE  51  -3.745   6.147   6.864
   10   HD13  ILE  51          HD12      ILE  51  -3.590   6.379   5.122
   11   HD12  ILE  51          HD13      ILE  51  -2.255   5.681   6.040

  No H/Q in entry =          11
  In of MODEL    5
    1    H    LYS  52           H        LYS  52  -2.753   3.454   9.650
    2    HA   LYS  52           HA       LYS  52  -3.145   6.175  10.638
    3    HB2  LYS  52           HB2      LYS  52  -2.014   3.698  11.871
    4    HB3  LYS  52           HB3      LYS  52  -1.527   5.276  12.478
    5    HG2  LYS  52           HG2      LYS  52  -3.863   5.827  12.909
    6    HG3  LYS  52           HG3      LYS  52  -4.346   4.241  12.306
    7    HD2  LYS  52           HD2      LYS  52  -3.047   3.179  14.090
    8    HD3  LYS  52           HD3      LYS  52  -2.583   4.773  14.694
    9    HE2  LYS  52           HE2      LYS  52  -5.413   4.695  14.390
   10    HE3  LYS  52           HE3      LYS  52  -4.906   3.267  15.296
   11    HZ2  LYS  52           HZ1      LYS  52  -4.759   6.091  16.020
   12    HZ1  LYS  52           HZ2      LYS  52  -3.491   5.094  16.550
   13    HZ3  LYS  52           HZ3      LYS  52  -5.088   4.737  16.987

  No H/Q in entry =          13
  In of MODEL    5
    1    H    ASP  53           H        ASP  53  -1.580   7.566  10.667
    2    HA   ASP  53           HA       ASP  53   0.581   7.226   8.787
    3    HB2  ASP  53           HB2      ASP  53  -1.136   9.192   9.003
    4    HB3  ASP  53           HB3      ASP  53   0.010   9.778  10.198

  No H/Q in entry =           4
  In of MODEL    5
    1    H    GLU  54           H        GLU  54   2.231   9.337   9.870
    2    HA   GLU  54           HA       GLU  54   3.594   7.843  12.028
    3    HB2  GLU  54           HB2      GLU  54   4.609  10.000  10.176
    4    HB3  GLU  54           HB3      GLU  54   5.545   9.289  11.483
    5    HG2  GLU  54           HG2      GLU  54   5.286   7.076  10.376
    6    HG3  GLU  54           HG3      GLU  54   4.517   7.904   9.020

  No H/Q in entry =           6
  In of MODEL    5
    1    H    GLU  55           H        GLU  55   1.413  10.216  11.584
    2    HA   GLU  55           HA       GLU  55   2.179  11.646  14.056
    3    HB2  GLU  55           HB2      GLU  55   1.030  13.610  13.108
    4    HB3  GLU  55           HB3      GLU  55   2.408  13.105  12.140
    5    HG2  GLU  55           HG2      GLU  55   1.097  12.298  10.433
    6    HG3  GLU  55           HG3      GLU  55  -0.322  12.130  11.468

  No H/Q in entry =           6
  In of MODEL    5
    1    H    GLY  56           H        GLY  56   0.377   9.255  13.170
    2    HA3  GLY  56           HA2      GLY  56  -1.343   8.334  14.437
    3    HA2  GLY  56           HA3      GLY  56  -1.624   9.912  15.153

  No H/Q in entry =           3
  In of MODEL    5
    1    H    LYS  57           H        LYS  57  -1.564   9.800  11.564
    2    HA   LYS  57           HA       LYS  57  -4.305  10.634  11.697
    3    HB2  LYS  57           HB2      LYS  57  -2.035  10.980   9.985
    4    HB3  LYS  57           HB3      LYS  57  -3.309  10.214   9.052
    5    HG2  LYS  57           HG2      LYS  57  -4.657  12.047   9.128
    6    HG3  LYS  57           HG3      LYS  57  -4.010  12.598  10.675
    7    HD2  LYS  57           HD2      LYS  57  -3.404  13.989   8.634
    8    HD3  LYS  57           HD3      LYS  57  -2.066  13.482   9.664
    9    HE2  LYS  57           HE2      LYS  57  -2.082  11.427   7.948
   10    HE3  LYS  57           HE3      LYS  57  -2.760  12.668   6.898
   11    HZ1  LYS  57           HZ1      LYS  57  -0.461  13.578   8.368
   12    HZ3  LYS  57           HZ2      LYS  57  -0.784  13.656   6.706
   13    HZ2  LYS  57           HZ3      LYS  57  -0.114  12.252   7.367

  No H/Q in entry =          13
  In of MODEL    5
    1    H    GLU  58           H        GLU  58  -5.843   9.103  11.641
    2    HA   GLU  58           HA       GLU  58  -5.211   6.515  10.414
    3    HB2  GLU  58           HB2      GLU  58  -7.407   5.978  11.886
    4    HB3  GLU  58           HB3      GLU  58  -5.783   5.813  12.539
    5    HG2  GLU  58           HG2      GLU  58  -6.047   8.252  13.279
    6    HG3  GLU  58           HG3      GLU  58  -7.766   8.012  12.976

  No H/Q in entry =           6
  In of MODEL    5
    1    H    MET  59           H        MET  59  -5.857   7.368   8.191
    2    HA   MET  59           HA       MET  59  -8.476   8.589   8.197
    3    HB2  MET  59           HB2      MET  59  -6.192   8.633   6.225
    4    HB3  MET  59           HB3      MET  59  -7.655   9.600   6.149
    5    HG2  MET  59           HG2      MET  59  -6.930  11.011   7.864
    6    HG3  MET  59           HG3      MET  59  -5.693   9.869   8.394
    7    HE2  MET  59           HE1      MET  59  -5.136  11.237   4.091
    8    HE1  MET  59           HE2      MET  59  -6.715  10.953   4.826
    9    HE3  MET  59           HE3      MET  59  -5.564   9.626   4.676

  No H/Q in entry =           9
  In of MODEL    5
    1    H    ILE  60           H        ILE  60  -9.907   7.683   6.777
    2    HA   ILE  60           HA       ILE  60  -9.660   5.103   5.835
    3    HB   ILE  60           HB       ILE  60 -11.282   7.351   4.648
    4   HG12  ILE  60          HG12      ILE  60 -11.977   5.262   6.714
    5   HG13  ILE  60          HG13      ILE  60 -11.762   6.989   7.004
    6   HG23  ILE  60          HG21      ILE  60 -11.087   5.524   3.076
    7   HG22  ILE  60          HG22      ILE  60 -12.717   5.568   3.747
    8   HG21  ILE  60          HG23      ILE  60 -11.560   4.368   4.322
    9   HD11  ILE  60          HD11      ILE  60 -13.777   5.951   5.074
   10   HD13  ILE  60          HD12      ILE  60 -13.688   7.536   5.849
   11   HD12  ILE  60          HD13      ILE  60 -14.120   6.113   6.797

  No H/Q in entry =          11
  In of MODEL    5
    1    H    LEU  61           H        LEU  61  -8.465   4.258   4.225
    2    HA   LEU  61           HA       LEU  61  -7.471   6.129   2.196
    3    HB2  LEU  61           HB2      LEU  61  -5.355   5.176   2.187
    4    HB3  LEU  61           HB3      LEU  61  -5.773   5.190   3.882
    5    HG   LEU  61           HG       LEU  61  -4.624   3.175   3.467
    6   HD11  LEU  61          HD11      LEU  61  -6.503   2.951   4.950
    7   HD13  LEU  61          HD12      LEU  61  -6.228   1.465   4.039
    8   HD12  LEU  61          HD13      LEU  61  -7.547   2.545   3.586
    9   HD22  LEU  61          HD21      LEU  61  -4.594   2.684   1.241
   10   HD21  LEU  61          HD22      LEU  61  -6.326   2.950   1.046
   11   HD23  LEU  61          HD23      LEU  61  -5.743   1.479   1.829

  No H/Q in entry =          11
  In of MODEL    5
    1    H    SER  62           H        SER  62  -9.229   3.355   2.926
    2    HA   SER  62           HA       SER  62  -9.720   2.917   0.134
    3    HB2  SER  62           HB2      SER  62  -7.693   1.474   0.755
    4    HB3  SER  62           HB3      SER  62  -8.827   0.524   1.707
    5    HG   SER  62           HG       SER  62  -9.384   1.110  -0.988

  No H/Q in entry =           5
  In of MODEL    5
    1    H    TYR  63           H        TYR  63 -11.049   0.702   0.101
    2    HA   TYR  63           HA       TYR  63 -12.904   0.178   2.144
    3    HB2  TYR  63           HB2      TYR  63 -14.351   1.165  -0.272
    4    HB3  TYR  63           HB3      TYR  63 -14.916   1.083   1.380
    5    HD1  TYR  63           HD1      TYR  63 -12.664   3.070  -0.834
    6    HD2  TYR  63           HD2      TYR  63 -15.190   3.046   2.571
    7    HE1  TYR  63           HE1      TYR  63 -12.530   5.520  -0.735
    8    HE2  TYR  63           HE2      TYR  63 -15.051   5.491   2.699
    9    HH   TYR  63           HH       TYR  63 -13.773   7.301   1.967

  No H/Q in entry =           9
  In of MODEL    5
    1    H    LEU  64           H        LEU  64 -14.530  -1.112   1.263
    2    HA   LEU  64           HA       LEU  64 -13.355  -3.218  -0.355
    3    HB2  LEU  64           HB2      LEU  64 -15.132  -3.665   1.978
    4    HB3  LEU  64           HB3      LEU  64 -14.210  -4.843   1.075
    5    HG   LEU  64           HG       LEU  64 -13.108  -2.749   2.940
    6   HD12  LEU  64          HD11      LEU  64 -12.797  -5.719   3.138
    7   HD11  LEU  64          HD12      LEU  64 -14.221  -4.905   3.778
    8   HD13  LEU  64          HD13      LEU  64 -12.623  -4.491   4.392
    9   HD21  LEU  64          HD21      LEU  64 -11.692  -4.691   1.122
   10   HD23  LEU  64          HD22      LEU  64 -10.934  -3.954   2.533
   11   HD22  LEU  64          HD23      LEU  64 -11.498  -2.938   1.205

  No H/Q in entry =          11
  In of MODEL    5
    1    H    ASN  65           H        ASN  65 -18.358  -4.071  -0.677
    2    HA   ASN  65           HA       ASN  65 -17.631  -3.816  -1.436
    3    HB3  ASN  65           HB2      ASN  65 -15.630  -4.758  -3.182
    4    HB2  ASN  65           HB3      ASN  65 -15.902  -4.546  -3.306
    5   HD22  ASN  65          HD21      ASN  65 -17.664  -3.447  -5.707
    6   HD21  ASN  65          HD22      ASN  65 -16.123  -4.081  -5.235

  No H/Q in entry =           6
  In of MODEL    5
    1    H    GLN  66           H        GLN  66 -21.291  -8.807   0.514
    2    HA   GLN  66           HA       GLN  66 -19.632  -7.305   0.350
    3    HB2  GLN  66           HB2      GLN  66 -20.864  -7.217  -2.439
    4    HB3  GLN  66           HB3      GLN  66 -21.359  -8.359  -1.379
    5    HG2  GLN  66           HG2      GLN  66 -22.480  -6.762   0.025
    6    HG3  GLN  66           HG3      GLN  66 -22.153  -6.560   0.333
    7   HE22  GLN  66          HE21      GLN  66 -24.321  -4.405  -2.036
    8   HE21  GLN  66          HE22      GLN  66 -23.717  -4.587  -0.424

  No H/Q in entry =           8
  In of MODEL    5
    1    H    GLY  67           H        GLY  67 -17.568  -8.482   0.601
    2    HA3  GLY  67           HA2      GLY  67 -17.392 -11.013   0.267
    3    HA2  GLY  67           HA3      GLY  67 -17.308 -10.537  -1.461

  No H/Q in entry =           3
  In of MODEL    5
    1    H    ASP  68           H        ASP  68 -15.922  -8.485   0.959
    2    HA   ASP  68           HA       ASP  68 -13.244  -9.117  -0.046
    3    HB2  ASP  68           HB2      ASP  68 -14.640  -6.674   0.463
    4    HB3  ASP  68           HB3      ASP  68 -13.263  -6.769   1.551

  No H/Q in entry =           4
  In of MODEL    5
    1    H    PHE  69           H        PHE  69 -11.514  -9.092   1.546
    2    HA   PHE  69           HA       PHE  69 -12.367 -10.414   3.971
    3    HB2  PHE  69           HB2      PHE  69  -9.623  -9.945   2.816
    4    HB3  PHE  69           HB3      PHE  69  -9.975 -10.937   4.226
    5    HD1  PHE  69           HD1      PHE  69 -11.417 -13.001   3.911
    6    HD2  PHE  69           HD2      PHE  69  -9.718 -10.827   0.657
    7    HE1  PHE  69           HE1      PHE  69 -11.717 -14.954   2.448
    8    HE2  PHE  69           HE2      PHE  69 -10.031 -12.780  -0.807
    9    HZ   PHE  69           HZ       PHE  69 -11.026 -14.846   0.088

  No H/Q in entry =           9
  In of MODEL    5
    1    H    ILE  70           H        ILE  70 -11.246  -9.888   6.010
    2    HA   ILE  70           HA       ILE  70 -10.341  -7.148   6.351
    3    HB   ILE  70           HB       ILE  70 -12.916  -8.246   7.420
    4   HG12  ILE  70          HG12      ILE  70 -12.001  -5.497   6.555
    5   HG13  ILE  70          HG13      ILE  70 -13.075  -6.586   5.682
    6   HG23  ILE  70          HG21      ILE  70 -11.895  -7.926   9.493
    7   HG22  ILE  70          HG22      ILE  70 -12.759  -6.415   9.221
    8   HG21  ILE  70          HG23      ILE  70 -11.020  -6.499   8.953
    9   HD13  ILE  70          HD11      ILE  70 -14.579  -5.132   6.615
   10   HD12  ILE  70          HD12      ILE  70 -13.619  -4.906   8.076
   11   HD11  ILE  70          HD13      ILE  70 -14.535  -6.396   7.847

  No H/Q in entry =          11
  In of MODEL    5
    1    H    GLY  71           H        GLY  71  -8.999  -6.965   8.141
    2    HA3  GLY  71           HA2      GLY  71  -7.790  -7.622  10.008
    3    HA2  GLY  71           HA3      GLY  71  -8.858  -9.012  10.157

  No H/Q in entry =           3
  In of MODEL    5
    1    H    GLU  72           H        GLU  72  -7.537  -8.597   7.052
    2    HA   GLU  72           HA       GLU  72  -6.043 -11.036   7.323
    3    HB2  GLU  72           HB2      GLU  72  -5.382  -9.867   4.864
    4    HB3  GLU  72           HB3      GLU  72  -6.535 -11.157   5.139
    5    HG2  GLU  72           HG2      GLU  72  -7.576  -9.479   3.814
    6    HG3  GLU  72           HG3      GLU  72  -8.308  -9.444   5.417

  No H/Q in entry =           6
  In of MODEL    5
    1    H    LEU  73           H        LEU  73  -5.706  -7.693   7.167
    2    HA   LEU  73           HA       LEU  73  -2.956  -7.342   6.891
    3    HB2  LEU  73           HB2      LEU  73  -5.297  -5.792   7.323
    4    HB3  LEU  73           HB3      LEU  73  -4.096  -5.290   8.499
    5    HG   LEU  73           HG       LEU  73  -4.063  -3.969   6.394
    6   HD12  LEU  73          HD11      LEU  73  -1.559  -4.312   6.068
    7   HD11  LEU  73          HD12      LEU  73  -1.713  -5.591   7.279
    8   HD13  LEU  73          HD13      LEU  73  -2.122  -3.928   7.696
    9   HD22  LEU  73          HD21      LEU  73  -3.333  -4.912   4.358
   10   HD21  LEU  73          HD22      LEU  73  -4.576  -6.012   4.958
   11   HD23  LEU  73          HD23      LEU  73  -2.871  -6.426   5.133

  No H/Q in entry =          11
  In of MODEL    5
    1    H    GLY  74           H        GLY  74  -4.568  -8.807   9.396
    2    HA3  GLY  74           HA2      GLY  74  -2.398  -8.080  11.255
    3    HA2  GLY  74           HA3      GLY  74  -4.030  -8.456  11.781

  No H/Q in entry =           3
  In of MODEL    5
    1    H    LEU  75           H        LEU  75  -4.111 -10.636   9.657
    2    HA   LEU  75           HA       LEU  75  -2.763 -12.625  11.369
    3    HB2  LEU  75           HB2      LEU  75  -4.404 -14.108  10.821
    4    HB3  LEU  75           HB3      LEU  75  -5.296 -12.608  10.614
    5    HG   LEU  75           HG       LEU  75  -4.155 -13.037   8.135
    6   HD13  LEU  75          HD11      LEU  75  -4.672 -15.337   7.562
    7   HD12  LEU  75          HD12      LEU  75  -5.215 -15.659   9.212
    8   HD11  LEU  75          HD13      LEU  75  -3.516 -15.303   8.894
    9   HD23  LEU  75          HD21      LEU  75  -6.903 -13.997   8.917
   10   HD22  LEU  75          HD22      LEU  75  -6.384 -13.277   7.394
   11   HD21  LEU  75          HD23      LEU  75  -6.492 -12.284   8.847

  No H/Q in entry =          11
  In of MODEL    5
    1    H    PHE  76           H        PHE  76  -2.941 -11.485   8.094
    2    HA   PHE  76           HA       PHE  76  -1.082 -13.568   7.220
    3    HB2  PHE  76           HB2      PHE  76  -3.273 -13.268   6.030
    4    HB3  PHE  76           HB3      PHE  76  -2.727 -11.673   5.545
    5    HD1  PHE  76           HD1      PHE  76  -0.673 -14.711   5.701
    6    HD2  PHE  76           HD2      PHE  76  -2.704 -11.936   3.227
    7    HE1  PHE  76           HE1      PHE  76   0.386 -15.720   3.711
    8    HE2  PHE  76           HE2      PHE  76  -1.660 -12.926   1.232
    9    HZ   PHE  76           HZ       PHE  76  -0.113 -14.825   1.473

  No H/Q in entry =           9
  In of MODEL    5
    1    H    GLU  77           H        GLU  77  -1.520 -10.138   7.614
    2    HA   GLU  77           HA       GLU  77   0.711  -9.342   6.075
    3    HB2  GLU  77           HB2      GLU  77  -1.057  -7.755   6.821
    4    HB3  GLU  77           HB3      GLU  77  -0.481  -7.924   8.473
    5    HG2  GLU  77           HG2      GLU  77   1.579  -7.164   6.533
    6    HG3  GLU  77           HG3      GLU  77   0.289  -5.982   6.731

  No H/Q in entry =           6
  In of MODEL    5
    1    H    GLU  78           H        GLU  78   0.113 -10.201   9.410
    2    HA   GLU  78           HA       GLU  78   1.425 -11.444  10.715
    3    HB2  GLU  78           HB2      GLU  78   3.250 -11.631   8.938
    4    HB3  GLU  78           HB3      GLU  78   3.921 -10.159   9.630
    5    HG2  GLU  78           HG2      GLU  78   3.536 -11.681  11.848
    6    HG3  GLU  78           HG3      GLU  78   3.949 -12.902  10.642

  No H/Q in entry =           6
  In of MODEL    5
    1    H    GLY  79           H        GLY  79   0.038  -9.057  10.817
    2    HA3  GLY  79           HA2      GLY  79   1.478  -6.921  12.034
    3    HA2  GLY  79           HA3      GLY  79  -0.260  -7.123  11.973

  No H/Q in entry =           3
  In of MODEL    5
    1    H    GLN  80           H        GLN  80  -1.187  -8.715  13.465
    2    HA   GLN  80           HA       GLN  80  -1.620  -9.356  15.541
    3    HB2  GLN  80           HB2      GLN  80   1.286  -9.986  15.275
    4    HB3  GLN  80           HB3      GLN  80   0.512 -10.166  16.842
    5    HG2  GLN  80           HG2      GLN  80  -0.097 -12.195  16.202
    6    HG3  GLN  80           HG3      GLN  80  -1.217 -11.426  15.079
    7   HE21  GLN  80          HE21      GLN  80  -0.771 -11.436  12.909
    8   HE22  GLN  80          HE22      GLN  80   0.553 -12.313  12.224

  No H/Q in entry =           8
  In of MODEL    5
    1    H    GLU  81           H        GLU  81  -2.068  -7.056  15.639
    2    HA   GLU  81           HA       GLU  81  -1.953  -5.688  17.826
    3    HB2  GLU  81           HB2      GLU  81   0.697  -5.931  17.454
    4    HB3  GLU  81           HB3      GLU  81   0.426  -4.446  16.553
    5    HG2  GLU  81           HG2      GLU  81  -0.936  -4.237  19.031
    6    HG3  GLU  81           HG3      GLU  81   0.714  -4.779  19.341

  No H/Q in entry =           6
  In of MODEL    5
    1    H    ARG  82           H        ARG  82  -3.708  -5.494  16.074
    2    HA   ARG  82           HA       ARG  82  -5.062  -4.226  14.833
    3    HB2  ARG  82           HB2      ARG  82  -5.368  -2.317  15.896
    4    HB3  ARG  82           HB3      ARG  82  -3.852  -2.606  16.722
    5    HG2  ARG  82           HG2      ARG  82  -3.607  -1.288  14.098
    6    HG3  ARG  82           HG3      ARG  82  -4.470  -0.360  15.323
    7    HD2  ARG  82           HD2      ARG  82  -2.591   0.059  16.487
    8    HD3  ARG  82           HD3      ARG  82  -2.004  -1.594  16.309
    9    HE   ARG  82           HE       ARG  82  -1.799   0.206  14.004
   10   HH11  ARG  82          HH11      ARG  82  -0.181  -1.417  16.671
   11   HH12  ARG  82          HH12      ARG  82   1.383  -1.316  15.928
   12   HH21  ARG  82          HH21      ARG  82   0.283   0.328  13.043
   13   HH22  ARG  82          HH22      ARG  82   1.648  -0.326  13.884

  No H/Q in entry =          13
  In of MODEL    5
    1    H    SER  83           H        SER  83  -1.998  -2.607  14.283
    2    HA   SER  83           HA       SER  83  -0.836  -2.022  12.482
    3    HB2  SER  83           HB2      SER  83  -2.340  -4.326  11.253
    4    HB3  SER  83           HB3      SER  83  -0.979  -3.508  10.489
    5    HG   SER  83           HG       SER  83   0.039  -5.060  11.524

  No H/Q in entry =           5
  In of MODEL    5
    1    H    ALA  84           H        ALA  84  -4.306  -2.242  11.817
    2    HA   ALA  84           HA       ALA  84  -5.611  -0.309  11.406
    3    HB1  ALA  84           HB1      ALA  84  -3.582   1.177  11.544
    4    HB2  ALA  84           HB2      ALA  84  -4.805   1.647  10.364
    5    HB3  ALA  84           HB3      ALA  84  -3.327   0.846   9.830

  No H/Q in entry =           5
  In of MODEL    5
    1    H    TRP  85           H        TRP  85  -7.054  -0.114   9.675
    2    HA   TRP  85           HA       TRP  85  -6.729  -0.673   7.125
    3    HB2  TRP  85           HB2      TRP  85  -5.795  -2.891   8.174
    4    HB3  TRP  85           HB3      TRP  85  -7.500  -3.282   8.358
    5    HD1  TRP  85           HD1      TRP  85  -8.360  -4.649   6.488
    6    HE1  TRP  85           HE1      TRP  85  -7.854  -4.942   3.971
    7    HE3  TRP  85           HE3      TRP  85  -4.726  -1.124   6.024
    8    HZ2  TRP  85           HZ2      TRP  85  -6.134  -3.776   2.049
    9    HZ3  TRP  85           HZ3      TRP  85  -3.702  -0.754   3.820
   10    HH2  TRP  85           HH2      TRP  85  -4.390  -2.053   1.874

  No H/Q in entry =          10
  In of MODEL    5
    1    H    VAL  86           H        VAL  86  -8.815  -1.760   9.866
    2    HA   VAL  86           HA       VAL  86 -10.849  -0.867   7.992
    3    HB   VAL  86           HB       VAL  86 -11.898  -2.691   9.972
    4   HG11  VAL  86          HG11      VAL  86 -12.039  -1.939   7.147
    5   HG13  VAL  86          HG12      VAL  86 -13.321  -2.443   8.255
    6   HG12  VAL  86          HG13      VAL  86 -12.299  -3.649   7.473
    7   HG22  VAL  86          HG21      VAL  86 -10.816  -4.643   9.172
    8   HG21  VAL  86          HG22      VAL  86  -9.523  -3.526   9.610
    9   HG23  VAL  86          HG23      VAL  86  -9.967  -3.748   7.915

  No H/Q in entry =           9
  In of MODEL    5
    1    H    ARG  87           H        ARG  87 -12.793  -0.308   8.400
    2    HA   ARG  87           HA       ARG  87 -13.861   0.645  10.744
    3    HB2  ARG  87           HB2      ARG  87 -12.320   2.554  10.514
    4    HB3  ARG  87           HB3      ARG  87 -12.932   2.852   8.891
    5    HG2  ARG  87           HG2      ARG  87 -15.213   2.831  10.446
    6    HG3  ARG  87           HG3      ARG  87 -14.020   3.639  11.466
    7    HD2  ARG  87           HD2      ARG  87 -14.916   5.400  10.277
    8    HD3  ARG  87           HD3      ARG  87 -13.491   4.999   9.322
    9    HE   ARG  87           HE       ARG  87 -15.292   3.557   8.048
   10   HH11  ARG  87          HH11      ARG  87 -15.662   6.802   9.323
   11   HH12  ARG  87          HH12      ARG  87 -16.736   7.312   8.063
   12   HH21  ARG  87          HH21      ARG  87 -16.727   4.224   6.403
   13   HH22  ARG  87          HH22      ARG  87 -17.335   5.850   6.388

  No H/Q in entry =          13
  In of MODEL    5
    1    H    ALA  88           H        ALA  88 -15.937  -0.113  10.151
    2    HA   ALA  88           HA       ALA  88 -16.846  -0.697   7.906
    3    HB2  ALA  88           HB1      ALA  88 -19.013   0.619   9.177
    4    HB3  ALA  88           HB2      ALA  88 -17.978  -0.271  10.305
    5    HB1  ALA  88           HB3      ALA  88 -18.695  -1.092   8.910

  No H/Q in entry =           5
  In of MODEL    5
    1    H    LYS  89           H        LYS  89 -19.005   0.259   6.977
    2    HA   LYS  89           HA       LYS  89 -18.770   2.912   5.928
    3    HB2  LYS  89           HB2      LYS  89 -17.363   1.678   4.304
    4    HB3  LYS  89           HB3      LYS  89 -18.744   0.667   3.914
    5    HG2  LYS  89           HG2      LYS  89 -19.924   2.531   2.985
    6    HG3  LYS  89           HG3      LYS  89 -18.664   3.649   3.525
    7    HD2  LYS  89           HD2      LYS  89 -17.063   2.655   2.053
    8    HD3  LYS  89           HD3      LYS  89 -18.177   1.356   1.635
    9    HE2  LYS  89           HE2      LYS  89 -18.062   2.985  -0.144
   10    HE3  LYS  89           HE3      LYS  89 -19.666   2.974   0.585
   11    HZ1  LYS  89           HZ1      LYS  89 -17.679   4.906   1.576
   12    HZ3  LYS  89           HZ2      LYS  89 -19.360   5.043   1.501
   13    HZ2  LYS  89           HZ3      LYS  89 -18.437   5.214   0.098

  No H/Q in entry =          13
  In of MODEL    5
    1    H    THR  90           H        THR  90 -20.338  -0.089   4.931
    2    HA   THR  90           HA       THR  90 -22.936   1.078   5.685
    3    HB   THR  90           HB       THR  90 -22.730  -1.236   3.837
    4    HG1  THR  90           HG1      THR  90 -22.825   0.970   2.380
    5   HG22  THR  90          HG21      THR  90 -24.588   1.144   3.959
    6   HG21  THR  90          HG22      THR  90 -24.930  -0.457   4.614
    7   HG23  THR  90          HG23      THR  90 -24.744  -0.238   2.873

  No H/Q in entry =           7
  In of MODEL    5
    1    H    ALA  91           H        ALA  91 -23.803  -0.229   7.802
    2    HA   ALA  91           HA       ALA  91 -23.273  -2.348   8.754
    3    HB3  ALA  91           HB1      ALA  91 -25.912  -2.801   7.499
    4    HB1  ALA  91           HB2      ALA  91 -25.711  -1.302   8.403
    5    HB2  ALA  91           HB3      ALA  91 -25.441  -2.854   9.199

  No H/Q in entry =           5
  In of MODEL    5
    1    H    CYS  92           H        CYS  92 -22.227  -4.113   8.274
    2    HA   CYS  92           HA       CYS  92 -22.837  -5.464   5.690
    3    HB2  CYS  92           HB2      CYS  92 -20.352  -6.306   6.878
    4    HB3  CYS  92           HB3      CYS  92 -20.584  -5.494   5.341
    5    HG   CYS  92           HG       CYS  92 -20.663  -2.914   6.686

  No H/Q in entry =           5
  In of MODEL    5
    1    H    GLU  93           H        GLU  93 -21.374  -7.656   6.217
    2    HA   GLU  93           HA       GLU  93 -22.489  -9.125   8.388
    3    HB2  GLU  93           HB2      GLU  93 -23.219  -9.790   5.515
    4    HB3  GLU  93           HB3      GLU  93 -23.349 -10.938   6.838
    5    HG2  GLU  93           HG2      GLU  93 -24.742  -8.775   7.779
    6    HG3  GLU  93           HG3      GLU  93 -25.125  -8.773   6.058

  No H/Q in entry =           6
  In of MODEL    5
    1    H    VAL  94           H        VAL  94 -20.456  -9.689   9.026
    2    HA   VAL  94           HA       VAL  94 -18.598 -10.428   6.888
    3    HB   VAL  94           HB       VAL  94 -16.756 -10.000   8.470
    4   HG11  VAL  94          HG11      VAL  94 -18.666  -7.847   7.718
    5   HG13  VAL  94          HG12      VAL  94 -17.042  -8.187   7.116
    6   HG12  VAL  94          HG13      VAL  94 -17.257  -7.448   8.701
    7   HG23  VAL  94          HG21      VAL  94 -17.231  -8.661  10.513
    8   HG22  VAL  94          HG22      VAL  94 -17.768 -10.341  10.603
    9   HG21  VAL  94          HG23      VAL  94 -18.939  -9.057  10.313

  No H/Q in entry =           9
  In of MODEL    5
    1    H    ALA  95           H        ALA  95 -17.519 -12.274   6.884
    2    HA   ALA  95           HA       ALA  95 -18.563 -14.361   8.624
    3    HB3  ALA  95           HB1      ALA  95 -16.310 -14.999   6.856
    4    HB1  ALA  95           HB2      ALA  95 -17.631 -14.219   5.989
    5    HB2  ALA  95           HB3      ALA  95 -17.921 -15.706   6.885

  No H/Q in entry =           5
  In of MODEL    5
    1    H    GLU  96           H        GLU  96 -17.726 -13.372  10.512
    2    HA   GLU  96           HA       GLU  96 -14.827 -13.187  10.649
    3    HB2  GLU  96           HB2      GLU  96 -15.152 -11.870  12.637
    4    HB3  GLU  96           HB3      GLU  96 -16.187 -11.236  11.357
    5    HG2  GLU  96           HG2      GLU  96 -18.115 -12.253  12.320
    6    HG3  GLU  96           HG3      GLU  96 -17.120 -13.169  13.453

  No H/Q in entry =           6
  In of MODEL    5
    1    H    ILE  97           H        ILE  97 -13.702 -14.451  11.539
    2    HA   ILE  97           HA       ILE  97 -14.435 -15.948  13.860
    3    HB   ILE  97           HB       ILE  97 -13.235 -17.965  12.791
    4   HG12  ILE  97          HG12      ILE  97 -14.563 -16.919  10.352
    5   HG13  ILE  97          HG13      ILE  97 -12.878 -16.561  10.696
    6   HG21  ILE  97          HG21      ILE  97 -15.544 -17.729  13.722
    7   HG23  ILE  97          HG22      ILE  97 -15.253 -19.015  12.557
    8   HG22  ILE  97          HG23      ILE  97 -16.066 -17.531  12.049
    9   HD12  ILE  97          HD11      ILE  97 -14.091 -19.283  10.333
   10   HD11  ILE  97          HD12      ILE  97 -12.423 -18.979  10.813
   11   HD13  ILE  97          HD13      ILE  97 -12.997 -18.447   9.232

  No H/Q in entry =          11
  In of MODEL    5
    1    H    SER  98           H        SER  98 -12.291 -17.433  14.172
    2    HA   SER  98           HA       SER  98 -10.224 -15.380  14.219
    3    HB2  SER  98           HB2      SER  98  -9.447 -17.323  15.982
    4    HB3  SER  98           HB3      SER  98 -10.334 -15.854  16.401
    5    HG   SER  98           HG       SER  98 -11.766 -17.260  17.083

  No H/Q in entry =           5
  In of MODEL    5
    1    H    TYR  99           H        TYR  99  -8.213 -15.799  13.740
    2    HA   TYR  99           HA       TYR  99  -7.783 -17.464  11.397
    3    HB2  TYR  99           HB2      TYR  99  -5.628 -16.393  11.175
    4    HB3  TYR  99           HB3      TYR  99  -6.802 -15.156  11.565
    5    HD1  TYR  99           HD1      TYR  99  -5.222 -17.348  14.135
    6    HD2  TYR  99           HD2      TYR  99  -5.219 -13.507  12.290
    7    HE1  TYR  99           HE1      TYR  99  -3.699 -16.515  15.861
    8    HE2  TYR  99           HE2      TYR  99  -3.701 -12.679  14.023
    9    HH   TYR  99           HH       TYR  99  -2.128 -14.766  16.258

  No H/Q in entry =           9
  In of MODEL    5
    1    H    LYS 100           H        LYS 100  -7.644 -18.182  14.800
    2    HA   LYS 100           HA       LYS 100  -5.473 -19.971  14.347
    3    HB2  LYS 100           HB2      LYS 100  -6.275 -19.293  16.613
    4    HB3  LYS 100           HB3      LYS 100  -7.719 -20.261  16.342
    5    HG2  LYS 100           HG2      LYS 100  -6.332 -22.260  16.114
    6    HG3  LYS 100           HG3      LYS 100  -4.889 -21.283  16.404
    7    HD2  LYS 100           HD2      LYS 100  -5.946 -20.602  18.597
    8    HD3  LYS 100           HD3      LYS 100  -7.151 -21.858  18.306
    9    HE2  LYS 100           HE2      LYS 100  -5.496 -23.566  18.352
   10    HE3  LYS 100           HE3      LYS 100  -4.187 -22.383  18.337
   11    HZ1  LYS 100           HZ1      LYS 100  -6.165 -22.627  20.533
   12    HZ3  LYS 100           HZ2      LYS 100  -4.758 -21.685  20.521
   13    HZ2  LYS 100           HZ3      LYS 100  -4.647 -23.371  20.546

  No H/Q in entry =          13
  In of MODEL    5
    1    H    LYS 101           H        LYS 101  -9.007 -20.370  14.397
    2    HA   LYS 101           HA       LYS 101  -8.935 -23.020  13.354
    3    HB2  LYS 101           HB2      LYS 101 -11.160 -23.061  13.843
    4    HB3  LYS 101           HB3      LYS 101 -10.692 -21.687  14.834
    5    HG2  LYS 101           HG2      LYS 101 -11.458 -20.160  13.103
    6    HG3  LYS 101           HG3      LYS 101 -11.924 -21.529  12.093
    7    HD2  LYS 101           HD2      LYS 101 -13.018 -21.108  14.864
    8    HD3  LYS 101           HD3      LYS 101 -13.778 -20.420  13.429
    9    HE2  LYS 101           HE2      LYS 101 -14.061 -22.649  12.491
   10    HE3  LYS 101           HE3      LYS 101 -13.248 -23.356  13.888
   11    HZ2  LYS 101           HZ1      LYS 101 -15.913 -22.096  13.746
   12    HZ1  LYS 101           HZ2      LYS 101 -15.097 -22.214  15.221
   13    HZ3  LYS 101           HZ3      LYS 101 -15.487 -23.613  14.357

  No H/Q in entry =          13
  In of MODEL    5
    1    H    PHE 102           H        PHE 102  -9.422 -19.852  12.014
    2    HA   PHE 102           HA       PHE 102 -10.349 -20.596   9.463
    3    HB2  PHE 102           HB2      PHE 102 -10.701 -18.404   9.906
    4    HB3  PHE 102           HB3      PHE 102  -9.217 -18.191  10.766
    5    HD1  PHE 102           HD1      PHE 102 -10.911 -17.781   7.599
    6    HD2  PHE 102           HD2      PHE 102  -7.100 -17.806   9.492
    7    HE1  PHE 102           HE1      PHE 102  -9.961 -16.552   5.694
    8    HE2  PHE 102           HE2      PHE 102  -6.147 -16.593   7.584
    9    HZ   PHE 102           HZ       PHE 102  -7.572 -15.958   5.685

  No H/Q in entry =           9
  In of MODEL    5
    1    H    ARG 103           H        ARG 103  -7.122 -19.611  10.570
    2    HA   ARG 103           HA       ARG 103  -5.743 -20.031   8.295
    3    HB2  ARG 103           HB2      ARG 103  -3.795 -19.928   9.460
    4    HB3  ARG 103           HB3      ARG 103  -4.911 -19.227  10.616
    5    HG2  ARG 103           HG2      ARG 103  -4.690 -20.943  12.072
    6    HG3  ARG 103           HG3      ARG 103  -4.447 -22.141  10.799
    7    HD2  ARG 103           HD2      ARG 103  -2.379 -20.046  11.355
    8    HD3  ARG 103           HD3      ARG 103  -2.457 -21.513  12.329
    9    HE   ARG 103           HE       ARG 103  -2.399 -22.554   9.891
   10   HH11  ARG 103          HH11      ARG 103  -0.521 -19.893  11.175
   11   HH12  ARG 103          HH12      ARG 103   0.898 -20.275  10.253
   12   HH21  ARG 103          HH21      ARG 103  -0.530 -23.054   8.659
   13   HH22  ARG 103          HH22      ARG 103   0.890 -22.078   8.819

  No H/Q in entry =          13
  In of MODEL    5
    1    H    GLN 104           H        GLN 104  -7.149 -22.465  10.190
    2    HA   GLN 104           HA       GLN 104  -5.465 -24.562   8.997
    3    HB2  GLN 104           HB2      GLN 104  -7.653 -24.742  11.048
    4    HB3  GLN 104           HB3      GLN 104  -6.649 -26.087  10.509
    5    HG2  GLN 104           HG2      GLN 104  -4.671 -24.612  11.250
    6    HG3  GLN 104           HG3      GLN 104  -5.890 -23.699  12.139
    7   HE21  GLN 104          HE21      GLN 104  -5.576 -27.167  11.533
    8   HE22  GLN 104          HE22      GLN 104  -5.519 -27.628  13.198

  No H/Q in entry =           8
  In of MODEL    5
    1    H    LEU 105           H        LEU 105  -8.727 -23.389   8.622
    2    HA   LEU 105           HA       LEU 105  -9.351 -25.456   6.621
    3    HB2  LEU 105           HB2      LEU 105 -11.447 -24.599   6.917
    4    HB3  LEU 105           HB3      LEU 105 -10.773 -23.454   8.063
    5    HG   LEU 105           HG       LEU 105 -10.300 -21.961   6.051
    6   HD12  LEU 105          HD11      LEU 105 -12.438 -23.696   4.804
    7   HD11  LEU 105          HD12      LEU 105 -10.728 -23.782   4.370
    8   HD13  LEU 105          HD13      LEU 105 -11.636 -22.298   4.085
    9   HD23  LEU 105          HD21      LEU 105 -12.672 -21.171   6.039
   10   HD22  LEU 105          HD22      LEU 105 -11.981 -21.404   7.646
   11   HD21  LEU 105          HD23      LEU 105 -13.088 -22.604   6.980

  No H/Q in entry =          11
  In of MODEL    5
    1    H    ILE 106           H        ILE 106  -8.286 -21.875   6.613
    2    HA   ILE 106           HA       ILE 106  -7.874 -21.930   3.903
    3    HB   ILE 106           HB       ILE 106  -6.767 -19.861   4.074
    4   HG12  ILE 106          HG12      ILE 106  -6.572 -19.239   6.755
    5   HG13  ILE 106          HG13      ILE 106  -5.968 -20.893   6.669
    6   HG23  ILE 106          HG21      ILE 106  -8.501 -18.654   5.038
    7   HG22  ILE 106          HG22      ILE 106  -8.699 -19.807   6.356
    8   HG21  ILE 106          HG23      ILE 106  -9.249 -20.224   4.733
    9   HD11  ILE 106          HD11      ILE 106  -4.393 -20.186   4.917
   10   HD13  ILE 106          HD12      ILE 106  -4.143 -19.359   6.458
   11   HD12  ILE 106          HD13      ILE 106  -4.954 -18.527   5.131

  No H/Q in entry =          11
  In of MODEL    5
    1    H    GLN 107           H        GLN 107  -6.372 -23.823   5.897
    2    HA   GLN 107           HA       GLN 107  -3.793 -23.745   4.525
    3    HB2  GLN 107           HB2      GLN 107  -4.554 -24.433   7.267
    4    HB3  GLN 107           HB3      GLN 107  -3.468 -25.593   6.524
    5    HG2  GLN 107           HG2      GLN 107  -2.879 -22.667   6.454
    6    HG3  GLN 107           HG3      GLN 107  -2.503 -23.630   7.879
    7   HE21  GLN 107          HE21      GLN 107  -1.941 -25.995   6.119
    8   HE22  GLN 107          HE22      GLN 107  -0.371 -25.691   5.472

  No H/Q in entry =           8
  In of MODEL    5
    1    H    VAL 108           H        VAL 108  -6.739 -25.306   4.846
    2    HA   VAL 108           HA       VAL 108  -5.891 -27.954   4.121
    3    HB   VAL 108           HB       VAL 108  -8.088 -26.876   5.381
    4   HG11  VAL 108          HG11      VAL 108  -8.977 -27.763   2.651
    5   HG13  VAL 108          HG12      VAL 108  -9.169 -26.165   3.377
    6   HG12  VAL 108          HG13      VAL 108 -10.045 -27.547   4.040
    7   HG22  VAL 108          HG21      VAL 108  -8.879 -29.092   5.599
    8   HG21  VAL 108          HG22      VAL 108  -7.115 -29.142   5.583
    9   HG23  VAL 108          HG23      VAL 108  -8.024 -29.606   4.144

  No H/Q in entry =           9
  In of MODEL    5
    1    H    ASN 109           H        ASN 109  -7.008 -25.059   2.565
    2    HA   ASN 109           HA       ASN 109  -6.856 -26.397  -0.061
    3    HB2  ASN 109           HB2      ASN 109  -8.483 -23.965   0.684
    4    HB3  ASN 109           HB3      ASN 109  -8.388 -24.673  -0.920
    5   HD21  ASN 109          HD21      ASN 109 -10.240 -24.431   1.744
    6   HD22  ASN 109          HD22      ASN 109 -11.167 -25.881   1.595

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   PRO 110           HA       PRO 110  -3.512 -23.465  -0.497
    2    HB2  PRO 110           HB2      PRO 110  -2.598 -24.338  -2.874
    3    HB3  PRO 110           HB3      PRO 110  -2.461 -25.339  -1.427
    4    HG2  PRO 110           HG2      PRO 110  -4.409 -25.533  -3.691
    5    HG3  PRO 110           HG3      PRO 110  -3.591 -26.829  -2.800
    6    HD2  PRO 110           HD2      PRO 110  -6.185 -25.964  -2.341
    7    HD3  PRO 110           HD3      PRO 110  -5.190 -26.874  -1.191

  No H/Q in entry =           7
  In of MODEL    5
    1    H    ASP 111           H        ASP 111  -6.397 -23.076  -1.763
    2    HA   ASP 111           HA       ASP 111  -5.586 -20.878  -3.482
    3    HB2  ASP 111           HB2      ASP 111  -7.561 -21.178  -4.871
    4    HB3  ASP 111           HB3      ASP 111  -6.371 -22.475  -4.956

  No H/Q in entry =           4
  In of MODEL    5
    1    H    ILE 112           H        ILE 112  -6.896 -21.578  -0.631
    2    HA   ILE 112           HA       ILE 112  -9.052 -19.634  -0.704
    3    HB   ILE 112           HB       ILE 112  -7.986 -21.420   1.511
    4   HG12  ILE 112          HG12      ILE 112  -9.795 -21.775  -0.529
    5   HG13  ILE 112          HG13      ILE 112  -9.740 -22.717   0.955
    6   HG22  ILE 112          HG21      ILE 112  -9.818 -20.440   2.893
    7   HG21  ILE 112          HG22      ILE 112  -9.978 -19.163   1.686
    8   HG23  ILE 112          HG23      ILE 112  -8.465 -19.353   2.575
    9   HD13  ILE 112          HD11      ILE 112 -11.424 -21.309   1.953
   10   HD12  ILE 112          HD12      ILE 112 -12.000 -21.941   0.410
   11   HD11  ILE 112          HD13      ILE 112 -11.437 -20.274   0.525

  No H/Q in entry =          11
  In of MODEL    5
    1    H    LEU 113           H        LEU 113  -5.969 -20.097   0.885
    2    HA   LEU 113           HA       LEU 113  -5.976 -17.454   1.946
    3    HB2  LEU 113           HB2      LEU 113  -4.808 -19.097   3.203
    4    HB3  LEU 113           HB3      LEU 113  -3.852 -19.580   1.814
    5    HG   LEU 113           HG       LEU 113  -2.825 -17.271   1.842
    6   HD13  LEU 113          HD11      LEU 113  -3.113 -15.815   3.614
    7   HD12  LEU 113          HD12      LEU 113  -3.799 -17.054   4.660
    8   HD11  LEU 113          HD13      LEU 113  -4.752 -16.401   3.329
    9   HD23  LEU 113          HD21      LEU 113  -2.305 -18.668   4.430
   10   HD22  LEU 113          HD22      LEU 113  -1.171 -17.878   3.336
   11   HD21  LEU 113          HD23      LEU 113  -1.890 -19.426   2.894

  No H/Q in entry =          11
  In of MODEL    5
    1    H    MET 114           H        MET 114  -4.977 -18.976  -0.893
    2    HA   MET 114           HA       MET 114  -3.108 -17.013  -1.823
    3    HB2  MET 114           HB2      MET 114  -3.767 -19.575  -2.576
    4    HB3  MET 114           HB3      MET 114  -4.527 -18.624  -3.842
    5    HG2  MET 114           HG2      MET 114  -1.664 -18.205  -3.077
    6    HG3  MET 114           HG3      MET 114  -2.142 -19.464  -4.211
    7    HE3  MET 114           HE1      MET 114  -0.591 -16.681  -6.533
    8    HE2  MET 114           HE2      MET 114  -0.613 -18.412  -6.200
    9    HE1  MET 114           HE3      MET 114  -0.047 -17.284  -4.970

  No H/Q in entry =           9
  In of MODEL    5
    1    H    ARG 115           H        ARG 115  -6.529 -17.582  -1.998
    2    HA   ARG 115           HA       ARG 115  -7.055 -15.581  -3.948
    3    HB2  ARG 115           HB2      ARG 115  -8.724 -17.259  -2.138
    4    HB3  ARG 115           HB3      ARG 115  -9.433 -15.775  -2.772
    5    HG2  ARG 115           HG2      ARG 115  -8.736 -16.581  -5.064
    6    HG3  ARG 115           HG3      ARG 115  -8.395 -18.138  -4.300
    7    HD2  ARG 115           HD2      ARG 115 -10.599 -18.195  -5.239
    8    HD3  ARG 115           HD3      ARG 115 -10.720 -18.194  -3.481
    9    HE   ARG 115           HE       ARG 115 -10.915 -15.566  -4.628
   10   HH11  ARG 115          HH11      ARG 115 -12.612 -18.474  -3.796
   11   HH12  ARG 115          HH12      ARG 115 -14.176 -17.727  -3.725
   12   HH21  ARG 115          HH21      ARG 115 -12.990 -14.526  -4.531
   13   HH22  ARG 115          HH22      ARG 115 -14.387 -15.489  -4.141

  No H/Q in entry =          13
  In of MODEL    5
    1    H    LEU 116           H        LEU 116  -7.031 -15.752  -0.350
    2    HA   LEU 116           HA       LEU 116  -7.897 -13.194   0.127
    3    HB2  LEU 116           HB2      LEU 116  -7.578 -14.695   1.963
    4    HB3  LEU 116           HB3      LEU 116  -5.878 -14.904   1.576
    5    HG   LEU 116           HG       LEU 116  -5.911 -12.244   1.980
    6   HD11  LEU 116          HD11      LEU 116  -8.442 -12.897   2.733
    7   HD13  LEU 116          HD12      LEU 116  -7.538 -11.463   3.241
    8   HD12  LEU 116          HD13      LEU 116  -7.566 -12.903   4.267
    9   HD21  LEU 116          HD21      LEU 116  -5.632 -14.385   4.073
   10   HD23  LEU 116          HD22      LEU 116  -5.176 -12.693   4.306
   11   HD22  LEU 116          HD23      LEU 116  -4.356 -13.669   3.084

  No H/Q in entry =          11
  In of MODEL    5
    1    H    SER 117           H        SER 117  -4.609 -14.369  -0.475
    2    HA   SER 117           HA       SER 117  -3.167 -12.071  -0.103
    3    HB2  SER 117           HB2      SER 117  -2.153 -13.312  -2.461
    4    HB3  SER 117           HB3      SER 117  -1.533 -13.418  -0.815
    5    HG   SER 117           HG       SER 117  -3.220 -15.138  -2.218

  No H/Q in entry =           5
  In of MODEL    5
    1    H    ALA 118           H        ALA 118  -5.113 -12.945  -2.896
    2    HA   ALA 118           HA       ALA 118  -4.180 -10.817  -4.530
    3    HB2  ALA 118           HB1      ALA 118  -5.081 -12.235  -5.973
    4    HB1  ALA 118           HB2      ALA 118  -6.616 -11.439  -5.597
    5    HB3  ALA 118           HB3      ALA 118  -6.170 -12.933  -4.767

  No H/Q in entry =           5
  In of MODEL    5
    1    H    GLN 119           H        GLN 119  -6.638 -10.954  -2.035
    2    HA   GLN 119           HA       GLN 119  -7.810  -8.436  -2.893
    3    HB2  GLN 119           HB2      GLN 119  -8.383 -10.307  -0.612
    4    HB3  GLN 119           HB3      GLN 119  -9.091  -8.696  -0.684
    5    HG2  GLN 119           HG2      GLN 119  -9.445 -10.945  -2.646
    6    HG3  GLN 119           HG3      GLN 119 -10.667 -10.235  -1.593
    7   HE21  GLN 119          HE21      GLN 119 -11.331  -8.037  -2.031
    8   HE22  GLN 119          HE22      GLN 119 -11.259  -7.446  -3.658

  No H/Q in entry =           8
  In of MODEL    5
    1    H    MET 120           H        MET 120  -5.175  -9.422  -1.385
    2    HA   MET 120           HA       MET 120  -5.042  -7.364   0.699
    3    HB2  MET 120           HB2      MET 120  -4.353  -9.435   1.618
    4    HB3  MET 120           HB3      MET 120  -3.347  -9.806   0.226
    5    HG2  MET 120           HG2      MET 120  -1.716  -8.249   0.848
    6    HG3  MET 120           HG3      MET 120  -2.800  -7.439   1.978
    7    HE2  MET 120           HE1      MET 120  -3.967 -10.539   3.206
    8    HE1  MET 120           HE2      MET 120  -4.023  -8.869   3.776
    9    HE3  MET 120           HE3      MET 120  -3.223 -10.102   4.746

  No H/Q in entry =           9
  In of MODEL    5
    1    H    ALA 121           H        ALA 121  -3.419  -8.742  -2.049
    2    HA   ALA 121           HA       ALA 121  -1.471  -6.682  -2.314
    3    HB2  ALA 121           HB1      ALA 121  -2.284  -8.879  -4.214
    4    HB1  ALA 121           HB2      ALA 121  -0.964  -8.940  -3.046
    5    HB3  ALA 121           HB3      ALA 121  -0.883  -7.826  -4.411

  No H/Q in entry =           5
  In of MODEL    5
    1    H    ARG 122           H        ARG 122  -4.722  -7.181  -3.328
    2    HA   ARG 122           HA       ARG 122  -4.600  -5.400  -5.550
    3    HB2  ARG 122           HB2      ARG 122  -6.669  -6.996  -4.275
    4    HB3  ARG 122           HB3      ARG 122  -7.253  -5.405  -4.761
    5    HG2  ARG 122           HG2      ARG 122  -7.476  -7.237  -6.482
    6    HG3  ARG 122           HG3      ARG 122  -6.654  -5.766  -7.019
    7    HD2  ARG 122           HD2      ARG 122  -4.543  -7.121  -6.111
    8    HD3  ARG 122           HD3      ARG 122  -5.572  -8.484  -6.541
    9    HE   ARG 122           HE       ARG 122  -4.421  -6.502  -8.357
   10   HH11  ARG 122          HH11      ARG 122  -6.352  -9.388  -7.905
   11   HH12  ARG 122          HH12      ARG 122  -6.189  -9.915  -9.557
   12   HH21  ARG 122          HH21      ARG 122  -4.215  -7.165 -10.505
   13   HH22  ARG 122          HH22      ARG 122  -4.976  -8.632 -11.037

  No H/Q in entry =          13
  In of MODEL    5
    1    H    ARG 123           H        ARG 123  -5.237  -5.200  -2.204
    2    HA   ARG 123           HA       ARG 123  -6.138  -2.485  -2.201
    3    HB2  ARG 123           HB2      ARG 123  -5.364  -4.481  -0.090
    4    HB3  ARG 123           HB3      ARG 123  -5.577  -2.789   0.329
    5    HG2  ARG 123           HG2      ARG 123  -7.543  -4.615   0.451
    6    HG3  ARG 123           HG3      ARG 123  -7.825  -2.895   0.184
    7    HD2  ARG 123           HD2      ARG 123  -7.872  -3.294  -2.239
    8    HD3  ARG 123           HD3      ARG 123  -7.592  -5.009  -1.959
    9    HE   ARG 123           HE       ARG 123  -9.793  -5.225  -1.177
   10   HH11  ARG 123          HH11      ARG 123  -9.047  -1.910  -2.030
   11   HH12  ARG 123          HH12      ARG 123 -10.706  -1.448  -2.205
   12   HH21  ARG 123          HH21      ARG 123 -11.985  -4.627  -1.471
   13   HH22  ARG 123          HH22      ARG 123 -12.368  -2.987  -1.900

  No H/Q in entry =          13
  In of MODEL    5
    1    H    LEU 124           H        LEU 124  -3.201  -4.273  -1.982
    2    HA   LEU 124           HA       LEU 124  -1.402  -2.260  -1.171
    3    HB2  LEU 124           HB2      LEU 124  -1.280  -4.898  -1.748
    4    HB3  LEU 124           HB3      LEU 124  -0.661  -4.263  -3.248
    5    HG   LEU 124           HG       LEU 124   0.607  -4.469  -0.602
    6   HD12  LEU 124          HD11      LEU 124   1.571  -4.443  -3.434
    7   HD11  LEU 124          HD12      LEU 124   1.196  -5.877  -2.469
    8   HD13  LEU 124          HD13      LEU 124   2.551  -4.835  -2.020
    9   HD22  LEU 124          HD21      LEU 124   0.627  -2.048  -0.800
   10   HD21  LEU 124          HD22      LEU 124   1.232  -2.181  -2.453
   11   HD23  LEU 124          HD23      LEU 124   2.233  -2.716  -1.103

  No H/Q in entry =          11
  In of MODEL    5
    1    H    GLN 125           H        GLN 125  -2.767  -3.363  -4.196
    2    HA   GLN 125           HA       GLN 125  -1.337  -1.478  -5.829
    3    HB2  GLN 125           HB2      GLN 125  -3.186  -3.706  -6.263
    4    HB3  GLN 125           HB3      GLN 125  -3.409  -2.371  -7.386
    5    HG2  GLN 125           HG2      GLN 125  -0.793  -3.755  -6.857
    6    HG3  GLN 125           HG3      GLN 125  -1.865  -4.102  -8.212
    7   HE21  GLN 125          HE21      GLN 125   0.520  -1.988  -6.931
    8   HE22  GLN 125          HE22      GLN 125   0.663  -0.964  -8.316

  No H/Q in entry =           8
  In of MODEL    5
    1    H    VAL 126           H        VAL 126  -3.917  -1.136  -3.703
    2    HA   VAL 126           HA       VAL 126  -5.237   0.892  -5.327
    3    HB   VAL 126           HB       VAL 126  -6.222  -0.972  -3.476
    4   HG11  VAL 126          HG11      VAL 126  -5.466   0.484  -1.630
    5   HG13  VAL 126          HG12      VAL 126  -7.220   0.303  -1.685
    6   HG12  VAL 126          HG13      VAL 126  -6.468   1.784  -2.278
    7   HG23  VAL 126          HG21      VAL 126  -7.529   1.516  -4.533
    8   HG22  VAL 126          HG22      VAL 126  -8.361   0.107  -3.871
    9   HG21  VAL 126          HG23      VAL 126  -7.423  -0.040  -5.359

  No H/Q in entry =           9
  In of MODEL    5
    1    H    THR 127           H        THR 127  -3.351   0.287  -2.420
    2    HA   THR 127           HA       THR 127  -3.177   3.075  -1.674
    3    HB   THR 127           HB       THR 127  -1.307   0.956  -0.674
    4    HG1  THR 127           HG1      THR 127  -3.108   0.647   0.983
    5   HG23  THR 127          HG21      THR 127  -1.484   2.193   1.430
    6   HG22  THR 127          HG22      THR 127  -2.699   3.252   0.717
    7   HG21  THR 127          HG23      THR 127  -1.045   3.278   0.110

  No H/Q in entry =           7
  In of MODEL    5
    1    H    SER 128           H        SER 128  -1.735   1.508  -4.481
    2    HA   SER 128           HA       SER 128   0.782   2.624  -3.647
    3    HB2  SER 128           HB2      SER 128   0.077   0.585  -5.780
    4    HB3  SER 128           HB3      SER 128   1.642   1.380  -5.670
    5    HG   SER 128           HG       SER 128   0.459  -0.166  -3.605

  No H/Q in entry =           5
  In of MODEL    5
    1    H    GLU 129           H        GLU 129  -2.060   2.834  -5.447
    2    HA   GLU 129           HA       GLU 129  -0.908   4.618  -7.487
    3    HB2  GLU 129           HB2      GLU 129  -2.128   2.469  -8.103
    4    HB3  GLU 129           HB3      GLU 129  -3.597   3.274  -7.579
    5    HG2  GLU 129           HG2      GLU 129  -2.944   5.108  -9.248
    6    HG3  GLU 129           HG3      GLU 129  -1.841   3.903  -9.913

  No H/Q in entry =           6
  In of MODEL    5
    1    H    LYS 130           H        LYS 130  -2.338   5.061  -4.598
    2    HA   LYS 130           HA       LYS 130  -3.649   7.481  -5.578
    3    HB2  LYS 130           HB2      LYS 130  -4.898   5.249  -4.170
    4    HB3  LYS 130           HB3      LYS 130  -5.098   6.770  -3.309
    5    HG2  LYS 130           HG2      LYS 130  -6.747   7.325  -4.675
    6    HG3  LYS 130           HG3      LYS 130  -5.640   7.268  -6.045
    7    HD2  LYS 130           HD2      LYS 130  -6.963   4.798  -4.947
    8    HD3  LYS 130           HD3      LYS 130  -7.736   5.814  -6.163
    9    HE2  LYS 130           HE2      LYS 130  -5.058   4.451  -6.442
   10    HE3  LYS 130           HE3      LYS 130  -6.567   3.905  -7.167
   11    HZ1  LYS 130           HZ1      LYS 130  -6.579   6.223  -8.257
   12    HZ3  LYS 130           HZ2      LYS 130  -5.524   5.044  -8.873
   13    HZ2  LYS 130           HZ3      LYS 130  -4.931   6.263  -7.854

  No H/Q in entry =          13
  In of MODEL    5
    1    H    VAL 131           H        VAL 131  -1.042   6.851  -4.527
    2    HA   VAL 131           HA       VAL 131  -0.949   7.645  -1.800
    3    HB   VAL 131           HB       VAL 131   1.297   7.517  -3.818
    4   HG12  VAL 131          HG11      VAL 131   1.383   7.750  -0.815
    5   HG11  VAL 131          HG12      VAL 131   1.808   9.020  -1.963
    6   HG13  VAL 131          HG13      VAL 131   2.778   7.549  -1.875
    7   HG23  VAL 131          HG21      VAL 131   1.886   5.430  -2.685
    8   HG22  VAL 131          HG22      VAL 131   0.282   5.344  -3.417
    9   HG21  VAL 131          HG23      VAL 131   0.448   5.578  -1.675

  No H/Q in entry =           9
  In of MODEL    5
    1    H    GLY 132           H        GLY 132   0.114   9.153  -4.838
    2    HA3  GLY 132           HA2      GLY 132   0.577  11.704  -3.548
    3    HA2  GLY 132           HA3      GLY 132   0.819  11.337  -5.248

  No H/Q in entry =           3
  In of MODEL    5
    1    H    ASN 133           H        ASN 133  -2.151  10.252  -4.411
    2    HA   ASN 133           HA       ASN 133  -3.591  12.020  -6.007
    3    HB2  ASN 133           HB2      ASN 133  -4.186   9.799  -4.191
    4    HB3  ASN 133           HB3      ASN 133  -5.470  11.002  -4.244
    5   HD21  ASN 133          HD21      ASN 133  -6.732  11.147  -6.027
    6   HD22  ASN 133          HD22      ASN 133  -6.597  10.097  -7.400

  No H/Q in entry =           6
  In of MODEL    5
    1    H    LEU 134           H        LEU 134  -3.771  11.745  -2.466
    2    HA   LEU 134           HA       LEU 134  -4.885  14.402  -2.297
    3    HB2  LEU 134           HB2      LEU 134  -4.986  13.961   0.160
    4    HB3  LEU 134           HB3      LEU 134  -5.973  12.958  -0.883
    5    HG   LEU 134           HG       LEU 134  -3.396  11.753  -0.368
    6   HD13  LEU 134          HD11      LEU 134  -3.445  12.832   1.743
    7   HD12  LEU 134          HD12      LEU 134  -3.992  11.175   2.003
    8   HD11  LEU 134          HD13      LEU 134  -5.163  12.494   1.949
    9   HD22  LEU 134          HD21      LEU 134  -5.231  10.545  -1.330
   10   HD21  LEU 134          HD22      LEU 134  -6.272  10.965   0.034
   11   HD23  LEU 134          HD23      LEU 134  -4.898   9.879   0.271

  No H/Q in entry =          11
  In of MODEL    5
    1    H    ALA 135           H        ALA 135  -1.861  13.212  -2.480
    2    HA   ALA 135           HA       ALA 135  -0.597  14.900  -0.528
    3    HB3  ALA 135           HB1      ALA 135   1.436  13.920  -1.099
    4    HB2  ALA 135           HB2      ALA 135   0.857  13.428  -2.691
    5    HB1  ALA 135           HB3      ALA 135   0.260  12.615  -1.244

  No H/Q in entry =           5
  In of MODEL    5
    1    H    PHE 136           H        PHE 136  -1.765  15.165  -3.626
    2    HA   PHE 136           HA       PHE 136   0.014  17.341  -4.393
    3    HB2  PHE 136           HB2      PHE 136  -0.930  15.340  -5.869
    4    HB3  PHE 136           HB3      PHE 136  -2.294  16.439  -6.057
    5    HD1  PHE 136           HD1      PHE 136  -2.252  17.516  -8.073
    6    HD2  PHE 136           HD2      PHE 136   1.417  16.865  -6.016
    7    HE1  PHE 136           HE1      PHE 136  -1.045  18.713  -9.851
    8    HE2  PHE 136           HE2      PHE 136   2.630  18.062  -7.790
    9    HZ   PHE 136           HZ       PHE 136   1.398  18.988  -9.711

  No H/Q in entry =           9
  In of MODEL    5
    1    H    LEU 137           H        LEU 137  -2.752  16.933  -2.617
    2    HA   LEU 137           HA       LEU 137  -4.545  18.199  -2.020
    3    HB2  LEU 137           HB2      LEU 137  -2.398  20.243  -2.486
    4    HB3  LEU 137           HB3      LEU 137  -3.993  20.714  -1.935
    5    HG   LEU 137           HG       LEU 137  -2.338  18.684  -0.451
    6   HD13  LEU 137          HD11      LEU 137  -1.573  20.455   1.002
    7   HD12  LEU 137          HD12      LEU 137  -2.435  21.656   0.041
    8   HD11  LEU 137          HD13      LEU 137  -1.068  20.786  -0.655
    9   HD23  LEU 137          HD21      LEU 137  -4.627  20.471   0.371
   10   HD22  LEU 137          HD22      LEU 137  -3.776  19.335   1.418
   11   HD21  LEU 137          HD23      LEU 137  -4.725  18.738   0.058

  No H/Q in entry =          11
  In of MODEL    5
    1    H    ASP 138           H        ASP 138  -4.987  17.328  -4.300
    2    HA   ASP 138           HA       ASP 138  -5.438  19.090  -6.423
    3    HB2  ASP 138           HB2      ASP 138  -4.933  16.704  -6.685
    4    HB3  ASP 138           HB3      ASP 138  -6.562  16.321  -6.148

  No H/Q in entry =           4
  In of MODEL    5
    1    H    VAL 139           H        VAL 139  -6.987  19.517  -3.720
    2    HA   VAL 139           HA       VAL 139  -9.664  18.977  -3.862
    3    HB   VAL 139           HB       VAL 139  -8.133  21.028  -2.474
    4   HG12  VAL 139          HG11      VAL 139 -11.007  21.778  -2.992
    5   HG11  VAL 139          HG12      VAL 139  -9.674  22.497  -3.903
    6   HG13  VAL 139          HG13      VAL 139  -9.767  22.714  -2.154
    7   HG23  VAL 139          HG21      VAL 139  -9.847  20.620  -0.765
    8   HG22  VAL 139          HG22      VAL 139  -9.172  19.122  -1.404
    9   HG21  VAL 139          HG23      VAL 139 -10.765  19.673  -1.936

  No H/Q in entry =           9
  In of MODEL    5
    1    H    THR 140           H        THR 140  -7.966  21.319  -5.834
    2    HA   THR 140           HA       THR 140 -10.049  22.857  -6.797
    3    HB   THR 140           HB       THR 140  -8.307  22.313  -8.965
    4    HG1  THR 140           HG1      THR 140  -6.577  21.603  -7.982
    5   HG22  THR 140          HG21      THR 140  -7.448  24.571  -8.443
    6   HG21  THR 140          HG22      THR 140  -8.309  24.522  -6.905
    7   HG23  THR 140          HG23      THR 140  -9.210  24.503  -8.420

  No H/Q in entry =           7
  In of MODEL    5
    1    H    GLY 141           H        GLY 141 -11.925  21.805  -7.237
    2    HA3  GLY 141           HA2      GLY 141 -13.497  20.664  -8.405
    3    HA2  GLY 141           HA3      GLY 141 -12.311  20.539  -9.681

  No H/Q in entry =           3
  In of MODEL    5
    1    H    ARG 142           H        ARG 142 -11.069  19.226  -6.891
    2    HA   ARG 142           HA       ARG 142 -11.009  16.667  -7.986
    3    HB2  ARG 142           HB2      ARG 142  -9.387  17.468  -6.292
    4    HB3  ARG 142           HB3      ARG 142 -10.659  17.367  -5.082
    5    HG2  ARG 142           HG2      ARG 142  -9.317  15.403  -4.893
    6    HG3  ARG 142           HG3      ARG 142 -10.872  14.935  -5.589
    7    HD2  ARG 142           HD2      ARG 142  -9.677  15.291  -7.853
    8    HD3  ARG 142           HD3      ARG 142  -8.211  15.175  -6.896
    9    HE   ARG 142           HE       ARG 142 -10.038  13.010  -6.447
   10   HH11  ARG 142          HH11      ARG 142  -7.420  14.200  -8.442
   11   HH12  ARG 142          HH12      ARG 142  -7.000  12.626  -9.050
   12   HH21  ARG 142          HH21      ARG 142  -9.521  10.941  -7.282
   13   HH22  ARG 142          HH22      ARG 142  -8.201  10.757  -8.406

  No H/Q in entry =          13
  In of MODEL    5
    1    H    ILE 143           H        ILE 143 -12.489  17.414  -4.851
    2    HA   ILE 143           HA       ILE 143 -13.832  15.678  -4.002
    3    HB   ILE 143           HB       ILE 143 -15.436  18.083  -4.717
    4   HG12  ILE 143          HG12      ILE 143 -13.073  17.947  -2.831
    5   HG13  ILE 143          HG13      ILE 143 -13.159  18.873  -4.325
    6   HG22  ILE 143          HG21      ILE 143 -16.094  17.932  -2.339
    7   HG21  ILE 143          HG22      ILE 143 -15.153  16.444  -2.219
    8   HG23  ILE 143          HG23      ILE 143 -16.545  16.519  -3.296
    9   HD13  ILE 143          HD11      ILE 143 -14.776  20.338  -3.401
   10   HD12  ILE 143          HD12      ILE 143 -13.418  20.213  -2.281
   11   HD11  ILE 143          HD13      ILE 143 -14.918  19.347  -1.950

  No H/Q in entry =          11
  In of MODEL    5
    1    H    ALA 144           H        ALA 144 -15.725  17.438  -6.400
    2    HA   ALA 144           HA       ALA 144 -17.841  15.587  -6.480
    3    HB2  ALA 144           HB1      ALA 144 -18.358  16.792  -8.654
    4    HB3  ALA 144           HB2      ALA 144 -16.909  17.750  -8.336
    5    HB1  ALA 144           HB3      ALA 144 -18.258  17.785  -7.201

  No H/Q in entry =           5
  In of MODEL    5
    1    H    GLN 145           H        GLN 145 -14.813  15.851  -8.143
    2    HA   GLN 145           HA       GLN 145 -15.430  14.138 -10.301
    3    HB2  GLN 145           HB2      GLN 145 -13.599  15.632 -10.592
    4    HB3  GLN 145           HB3      GLN 145 -12.828  15.094  -9.111
    5    HG2  GLN 145           HG2      GLN 145 -13.223  12.996 -11.120
    6    HG3  GLN 145           HG3      GLN 145 -12.138  14.297 -11.606
    7   HE21  GLN 145          HE21      GLN 145 -10.248  13.194 -11.514
    8   HE22  GLN 145          HE22      GLN 145  -9.581  12.545 -10.059

  No H/Q in entry =           8
  In of MODEL    5
    1    H    THR 146           H        THR 146 -14.420  13.512  -6.831
    2    HA   THR 146           HA       THR 146 -13.705  10.868  -7.571
    3    HB   THR 146           HB       THR 146 -14.081  12.096  -4.848
    4    HG1  THR 146           HG1      THR 146 -12.296  12.750  -6.726
    5   HG21  THR 146          HG21      THR 146 -12.561   9.696  -5.878
    6   HG23  THR 146          HG22      THR 146 -13.897   9.710  -4.727
    7   HG22  THR 146          HG23      THR 146 -12.328  10.363  -4.265

  No H/Q in entry =           7
  In of MODEL    5
    1    H    LEU 147           H        LEU 147 -16.445  12.607  -7.267
    2    HA   LEU 147           HA       LEU 147 -17.953  10.746  -5.603
    3    HB2  LEU 147           HB2      LEU 147 -18.962  13.314  -6.814
    4    HB3  LEU 147           HB3      LEU 147 -19.758  12.315  -5.608
    5    HG   LEU 147           HG       LEU 147 -17.334  14.051  -5.266
    6   HD13  LEU 147          HD11      LEU 147 -19.471  15.150  -4.998
    7   HD12  LEU 147          HD12      LEU 147 -18.655  15.008  -3.441
    8   HD11  LEU 147          HD13      LEU 147 -19.982  13.919  -3.844
    9   HD22  LEU 147          HD21      LEU 147 -16.670  12.105  -4.146
   10   HD21  LEU 147          HD22      LEU 147 -18.292  11.804  -3.527
   11   HD23  LEU 147          HD23      LEU 147 -17.341  13.147  -2.892

  No H/Q in entry =          11
  In of MODEL    5
    1    H    LEU 148           H        LEU 148 -17.328  11.930  -8.747
    2    HA   LEU 148           HA       LEU 148 -19.462  10.514 -10.032
    3    HB2  LEU 148           HB2      LEU 148 -16.930  11.275 -11.436
    4    HB3  LEU 148           HB3      LEU 148 -18.571  11.250 -12.052
    5    HG   LEU 148           HG       LEU 148 -17.413  13.278 -10.147
    6   HD12  LEU 148          HD11      LEU 148 -17.767  14.818 -12.026
    7   HD11  LEU 148          HD12      LEU 148 -18.227  13.441 -13.029
    8   HD13  LEU 148          HD13      LEU 148 -16.595  13.547 -12.372
    9   HD21  LEU 148          HD21      LEU 148 -19.810  12.820  -9.693
   10   HD23  LEU 148          HD22      LEU 148 -20.180  13.239 -11.366
   11   HD22  LEU 148          HD23      LEU 148 -19.516  14.457 -10.274

  No H/Q in entry =          11
  In of MODEL    5
    1    H    ASN 149           H        ASN 149 -16.300   9.834  -8.845
    2    HA   ASN 149           HA       ASN 149 -15.856   7.390 -10.242
    3    HB2  ASN 149           HB2      ASN 149 -14.192   8.806  -8.783
    4    HB3  ASN 149           HB3      ASN 149 -14.842   7.864  -7.447
    5   HD21  ASN 149          HD21      ASN 149 -12.151   7.914  -8.523
    6   HD22  ASN 149          HD22      ASN 149 -11.786   6.294  -9.000

  No H/Q in entry =           6
  In of MODEL    5
    1    H    LEU 150           H        LEU 150 -17.659   8.391  -7.451
    2    HA   LEU 150           HA       LEU 150 -18.327   5.745  -6.498
    3    HB2  LEU 150           HB2      LEU 150 -19.426   8.514  -5.977
    4    HB3  LEU 150           HB3      LEU 150 -20.189   7.077  -5.295
    5    HG   LEU 150           HG       LEU 150 -17.286   7.269  -4.854
    6   HD11  LEU 150          HD11      LEU 150 -19.088   9.445  -4.049
    7   HD13  LEU 150          HD12      LEU 150 -17.339   9.430  -4.262
    8   HD12  LEU 150          HD13      LEU 150 -18.050   8.797  -2.780
    9   HD22  LEU 150          HD21      LEU 150 -17.881   6.382  -2.721
   10   HD21  LEU 150          HD22      LEU 150 -18.808   5.529  -3.958
   11   HD23  LEU 150          HD23      LEU 150 -19.580   6.776  -2.978

  No H/Q in entry =          11
  In of MODEL    5
    1    H    ALA 151           H        ALA 151 -19.165   7.576  -9.323
    2    HA   ALA 151           HA       ALA 151 -21.900   6.582  -9.276
    3    HB3  ALA 151           HB1      ALA 151 -20.407   8.418 -11.138
    4    HB1  ALA 151           HB2      ALA 151 -21.753   8.817 -10.072
    5    HB2  ALA 151           HB3      ALA 151 -22.019   7.801 -11.489

  No H/Q in entry =           5
  In of MODEL    5
    1    H    LYS 152           H        LYS 152 -18.826   5.732 -10.114
    2    HA   LYS 152           HA       LYS 152 -19.548   3.939 -12.287
    3    HB2  LYS 152           HB2      LYS 152 -16.903   4.557 -10.963
    4    HB3  LYS 152           HB3      LYS 152 -17.105   3.520 -12.372
    5    HG2  LYS 152           HG2      LYS 152 -17.955   5.433 -13.639
    6    HG3  LYS 152           HG3      LYS 152 -17.725   6.463 -12.224
    7    HD2  LYS 152           HD2      LYS 152 -15.316   5.908 -12.261
    8    HD3  LYS 152           HD3      LYS 152 -15.579   4.974 -13.736
    9    HE2  LYS 152           HE2      LYS 152 -16.168   7.916 -13.428
   10    HE3  LYS 152           HE3      LYS 152 -14.705   7.254 -14.153
   11    HZ2  LYS 152           HZ1      LYS 152 -16.744   7.934 -15.615
   12    HZ1  LYS 152           HZ2      LYS 152 -17.298   6.388 -15.212
   13    HZ3  LYS 152           HZ3      LYS 152 -15.816   6.576 -16.006

  No H/Q in entry =          13
  In of MODEL    5
    1    H    GLN 153           H        GLN 153 -19.225   3.751  -8.789
    2    HA   GLN 153           HA       GLN 153 -18.587   0.915  -8.923
    3    HB2  GLN 153           HB2      GLN 153 -19.229   2.458  -6.430
    4    HB3  GLN 153           HB3      GLN 153 -18.161   1.080  -6.624
    5    HG2  GLN 153           HG2      GLN 153 -17.606   3.767  -7.780
    6    HG3  GLN 153           HG3      GLN 153 -17.059   3.256  -6.184
    7   HE21  GLN 153          HE21      GLN 153 -15.510   3.957  -8.600
    8   HE22  GLN 153          HE22      GLN 153 -14.518   2.579  -8.934

  No H/Q in entry =           8
  In of MODEL    5
    1    HA   PRO 154           HA       PRO 154 -22.637  -0.728  -8.236
    2    HB2  PRO 154           HB2      PRO 154 -22.362  -1.933  -5.705
    3    HB3  PRO 154           HB3      PRO 154 -22.086  -2.694  -7.271
    4    HG2  PRO 154           HG2      PRO 154 -20.136  -1.576  -5.339
    5    HG3  PRO 154           HG3      PRO 154 -19.950  -2.913  -6.487
    6    HD2  PRO 154           HD2      PRO 154 -18.832  -0.503  -6.892
    7    HD3  PRO 154           HD3      PRO 154 -19.403  -1.514  -8.225

  No H/Q in entry =           7
  In of MODEL    5
    1    H    ASP 155           H        ASP 155 -21.353   1.465  -5.885
    2    HA   ASP 155           HA       ASP 155 -23.749   1.632  -4.276
    3    HB2  ASP 155           HB2      ASP 155 -21.204   3.384  -4.421
    4    HB3  ASP 155           HB3      ASP 155 -22.563   3.786  -3.379

  No H/Q in entry =           4
  In of MODEL    5
    1    H    ALA 156           H        ALA 156 -23.063   3.269  -7.584
    2    HA   ALA 156           HA       ALA 156 -24.359   5.572  -6.841
    3    HB1  ALA 156           HB1      ALA 156 -24.563   4.221  -9.523
    4    HB2  ALA 156           HB2      ALA 156 -23.086   5.023  -8.996
    5    HB3  ALA 156           HB3      ALA 156 -24.579   5.949  -9.165

  No H/Q in entry =           5
  In of MODEL    5
    1    H    MET 157           H        MET 157 -26.292   5.675  -5.950
    2    HA   MET 157           HA       MET 157 -28.056   3.411  -6.359
    3    HB2  MET 157           HB2      MET 157 -27.308   4.667  -4.175
    4    HB3  MET 157           HB3      MET 157 -28.708   5.677  -4.551
    5    HG2  MET 157           HG2      MET 157 -29.857   3.309  -4.826
    6    HG3  MET 157           HG3      MET 157 -28.564   2.838  -3.728
    7    HE3  MET 157           HE1      MET 157 -30.453   6.491  -3.505
    8    HE2  MET 157           HE2      MET 157 -31.954   5.811  -2.877
    9    HE1  MET 157           HE3      MET 157 -31.345   5.301  -4.452

  No H/Q in entry =           9
  In of MODEL    5
    1    H    THR 158           H        THR 158 -28.948   3.863  -8.570
    2    HA   THR 158           HA       THR 158 -29.993   6.199  -9.305
    3    HB   THR 158           HB       THR 158 -31.836   4.751 -10.485
    4    HG1  THR 158           HG1      THR 158 -31.065   2.947  -8.926
    5   HG23  THR 158          HG21      THR 158 -29.993   5.727 -11.681
    6   HG22  THR 158          HG22      THR 158 -30.121   4.035 -12.160
    7   HG21  THR 158          HG23      THR 158 -28.869   4.538 -11.023

  No H/Q in entry =           7
  In of MODEL    5
    1    H    HIS 159           H        HIS 159 -31.951   7.215  -9.333
    2    HA   HIS 159           HA       HIS 159 -34.149   6.389  -7.700
    3    HB2  HIS 159           HB2      HIS 159 -33.786   7.636  -5.843
    4    HB3  HIS 159           HB3      HIS 159 -32.160   7.923  -6.424
    5    HD1  HIS 159           HD1      HIS 159 -35.475   9.578  -5.965
    6    HD2  HIS 159           HD2      HIS 159 -31.677  10.530  -7.350
    7    HE1  HIS 159           HE1      HIS 159 -35.417  12.085  -6.104
    8    HE2  HIS 159           HE2      HIS 159 -33.182  12.632  -7.138

  No H/Q in entry =           8
  In of MODEL    5
    1    HA   PRO 160           HA       PRO 160 -36.057   8.368 -11.102
    2    HB2  PRO 160           HB2      PRO 160 -38.288   9.527 -10.004
    3    HB3  PRO 160           HB3      PRO 160 -38.124   7.819 -10.426
    4    HG2  PRO 160           HG2      PRO 160 -37.788   9.151  -7.771
    5    HG3  PRO 160           HG3      PRO 160 -38.594   7.622  -8.164
    6    HD2  PRO 160           HD2      PRO 160 -36.129   7.666  -7.108
    7    HD3  PRO 160           HD3      PRO 160 -36.587   6.461  -8.330

  No H/Q in entry =           7
  In of MODEL    5
    1    H    ASP 161           H        ASP 161 -33.956   9.983 -10.440
    2    HA   ASP 161           HA       ASP 161 -34.607  12.457 -11.527
    3    HB2  ASP 161           HB2      ASP 161 -35.803  13.306  -9.740
    4    HB3  ASP 161           HB3      ASP 161 -34.924  12.350  -8.557

  No H/Q in entry =           4
  In of MODEL    5
    1    H    GLY 162           H        GLY 162 -32.547  10.524  -9.531
    2    HA3  GLY 162           HA2      GLY 162 -30.236  11.163 -10.949
    3    HA2  GLY 162           HA3      GLY 162 -30.255  12.021  -9.409

  No H/Q in entry =           3
  In of MODEL    5
    1    H    MET 163           H        MET 163 -28.283  10.430  -9.462
    2    HA   MET 163           HA       MET 163 -29.062   8.145  -7.781
    3    HB2  MET 163           HB2      MET 163 -27.522   6.631  -8.903
    4    HB3  MET 163           HB3      MET 163 -28.727   7.191 -10.057
    5    HG2  MET 163           HG2      MET 163 -27.107   8.826 -10.921
    6    HG3  MET 163           HG3      MET 163 -25.899   8.173  -9.816
    7    HE2  MET 163           HE1      MET 163 -24.044   7.276 -11.458
    8    HE1  MET 163           HE2      MET 163 -24.928   8.370 -12.521
    9    HE3  MET 163           HE3      MET 163 -24.473   6.764 -13.091

  No H/Q in entry =           9
  In of MODEL    5
    1    H    GLN 164           H        GLN 164 -28.039   8.141  -6.181
    2    HA   GLN 164           HA       GLN 164 -25.888   9.966  -5.689
    3    HB2  GLN 164           HB2      GLN 164 -26.767   9.681  -3.333
    4    HB3  GLN 164           HB3      GLN 164 -27.840  10.480  -4.462
    5    HG2  GLN 164           HG2      GLN 164 -29.227   8.618  -4.646
    6    HG3  GLN 164           HG3      GLN 164 -28.008   7.540  -3.969
    7   HE21  GLN 164          HE21      GLN 164 -30.389   9.969  -3.264
    8   HE22  GLN 164          HE22      GLN 164 -30.480   9.667  -1.566

  No H/Q in entry =           8
  In of MODEL    5
    1    H    ILE 165           H        ILE 165 -25.135   9.280  -3.393
    2    HA   ILE 165           HA       ILE 165 -24.337   6.720  -2.716
    3    HB   ILE 165           HB       ILE 165 -21.776   7.638  -3.171
    4   HG12  ILE 165          HG12      ILE 165 -22.030   7.926  -5.856
    5   HG13  ILE 165          HG13      ILE 165 -23.505   8.721  -5.322
    6   HG21  ILE 165          HG21      ILE 165 -23.332   5.469  -3.978
    7   HG23  ILE 165          HG22      ILE 165 -21.570   5.612  -3.971
    8   HG22  ILE 165          HG23      ILE 165 -22.487   6.040  -5.415
    9   HD13  ILE 165          HD11      ILE 165 -22.398  10.486  -4.474
   10   HD12  ILE 165          HD12      ILE 165 -21.174   9.973  -5.636
   11   HD11  ILE 165          HD13      ILE 165 -21.030   9.513  -3.942

  No H/Q in entry =          11
  In of MODEL    5
    1    H    LYS 166           H        LYS 166 -24.226   7.443  -0.183
    2    HA   LYS 166           HA       LYS 166 -23.788  10.190   0.065
    3    HB2  LYS 166           HB2      LYS 166 -24.306   9.676   2.419
    4    HB3  LYS 166           HB3      LYS 166 -25.564   9.052   1.371
    5    HG2  LYS 166           HG2      LYS 166 -25.360   7.199   2.612
    6    HG3  LYS 166           HG3      LYS 166 -23.957   6.874   1.595
    7    HD2  LYS 166           HD2      LYS 166 -22.458   7.686   3.224
    8    HD3  LYS 166           HD3      LYS 166 -23.748   8.467   4.138
    9    HE2  LYS 166           HE2      LYS 166 -23.680   5.491   3.757
   10    HE3  LYS 166           HE3      LYS 166 -22.764   6.272   5.046
   11    HZ2  LYS 166           HZ1      LYS 166 -25.703   6.286   4.661
   12    HZ1  LYS 166           HZ2      LYS 166 -24.914   7.302   5.752
   13    HZ3  LYS 166           HZ3      LYS 166 -24.833   5.624   5.951

  No H/Q in entry =          13
  In of MODEL    5
    1    H    ILE 167           H        ILE 167 -21.898  10.892   0.394
    2    HA   ILE 167           HA       ILE 167 -20.101   9.177   1.937
    3    HB   ILE 167           HB       ILE 167 -18.284  10.555   0.621
    4   HG12  ILE 167          HG12      ILE 167 -19.182  10.316  -1.888
    5   HG13  ILE 167          HG13      ILE 167 -20.714  10.669  -1.093
    6   HG21  ILE 167          HG21      ILE 167 -18.478   8.105   0.819
    7   HG23  ILE 167          HG22      ILE 167 -17.934   8.615  -0.779
    8   HG22  ILE 167          HG23      ILE 167 -19.606   8.107  -0.538
    9   HD11  ILE 167          HD11      ILE 167 -18.250  12.362  -0.847
   10   HD13  ILE 167          HD12      ILE 167 -19.870  12.737  -0.260
   11   HD12  ILE 167          HD13      ILE 167 -19.554  12.653  -1.996

  No H/Q in entry =          11
  In of MODEL    5
    1    H    THR 168           H        THR 168 -19.638  10.040   3.799
    2    HA   THR 168           HA       THR 168 -20.259  12.724   4.434
    3    HB   THR 168           HB       THR 168 -18.582  12.277   6.373
    4    HG1  THR 168           HG1      THR 168 -18.160  10.097   4.838
    5   HG21  THR 168          HG21      THR 168 -21.017  10.527   6.002
    6   HG23  THR 168          HG22      THR 168 -20.985  12.152   6.685
    7   HG22  THR 168          HG23      THR 168 -20.209  10.821   7.541

  No H/Q in entry =           7
  In of MODEL    5
    1    H    ARG 169           H        ARG 169 -18.722  14.393   4.706
    2    HA   ARG 169           HA       ARG 169 -16.786  14.469   2.576
    3    HB2  ARG 169           HB2      ARG 169 -16.437  16.638   4.443
    4    HB3  ARG 169           HB3      ARG 169 -16.889  16.688   2.761
    5    HG2  ARG 169           HG2      ARG 169 -18.697  17.717   3.669
    6    HG3  ARG 169           HG3      ARG 169 -19.260  16.048   3.634
    7    HD2  ARG 169           HD2      ARG 169 -18.858  15.789   5.976
    8    HD3  ARG 169           HD3      ARG 169 -18.025  17.340   6.062
    9    HE   ARG 169           HE       ARG 169 -20.708  17.578   5.093
   10   HH11  ARG 169          HH11      ARG 169 -18.802  17.327   8.027
   11   HH12  ARG 169          HH12      ARG 169 -19.947  18.200   8.988
   12   HH21  ARG 169          HH21      ARG 169 -22.208  18.709   6.361
   13   HH22  ARG 169          HH22      ARG 169 -21.895  18.975   8.048

  No H/Q in entry =          13
  In of MODEL    5
    1    H    GLN 170           H        GLN 170 -16.869  13.504   6.026
    2    HA   GLN 170           HA       GLN 170 -14.369  13.628   6.594
    3    HB2  GLN 170           HB2      GLN 170 -16.473  11.547   7.083
    4    HB3  GLN 170           HB3      GLN 170 -14.844  11.324   7.708
    5    HG2  GLN 170           HG2      GLN 170 -15.867  12.315   9.496
    6    HG3  GLN 170           HG3      GLN 170 -15.187  13.716   8.678
    7   HE21  GLN 170          HE21      GLN 170 -17.470  13.473  10.517
    8   HE22  GLN 170          HE22      GLN 170 -18.822  14.147   9.679

  No H/Q in entry =           8
  In of MODEL    5
    1    H    GLU 171           H        GLU 171 -15.521  11.725   3.691
    2    HA   GLU 171           HA       GLU 171 -13.514   9.819   4.143
    3    HB2  GLU 171           HB2      GLU 171 -15.816  10.192   2.224
    4    HB3  GLU 171           HB3      GLU 171 -14.457   9.180   1.731
    5    HG2  GLU 171           HG2      GLU 171 -14.941   7.544   3.249
    6    HG3  GLU 171           HG3      GLU 171 -15.639   8.672   4.403

  No H/Q in entry =           6
  In of MODEL    5
    1    H    ILE 172           H        ILE 172 -14.677  12.590   2.628
    2    HA   ILE 172           HA       ILE 172 -12.851  12.949   0.498
    3    HB   ILE 172           HB       ILE 172 -14.555  15.089   1.775
    4   HG12  ILE 172          HG12      ILE 172 -16.030  13.216   1.470
    5   HG13  ILE 172          HG13      ILE 172 -16.313  14.312   0.119
    6   HG22  ILE 172          HG21      ILE 172 -14.020  14.667  -1.141
    7   HG21  ILE 172          HG22      ILE 172 -12.831  15.477  -0.122
    8   HG23  ILE 172          HG23      ILE 172 -14.453  16.150  -0.292
    9   HD13  ILE 172          HD11      ILE 172 -15.031  12.905  -1.345
   10   HD12  ILE 172          HD12      ILE 172 -16.232  11.917  -0.513
   11   HD11  ILE 172          HD13      ILE 172 -14.544  11.881   0.009

  No H/Q in entry =          11
  In of MODEL    5
    1    H    GLY 173           H        GLY 173 -12.710  13.817   4.095
    2    HA3  GLY 173           HA2      GLY 173 -10.813  15.777   3.704
    3    HA2  GLY 173           HA3      GLY 173 -10.923  14.714   5.109

  No H/Q in entry =           3
  In of MODEL    5
    1    H    GLN 174           H        GLN 174 -10.680  12.441   4.042
    2    HA   GLN 174           HA       GLN 174  -7.890  12.048   3.870
    3    HB2  GLN 174           HB2      GLN 174  -9.920   9.875   3.584
    4    HB3  GLN 174           HB3      GLN 174  -8.369   9.839   4.412
    5    HG2  GLN 174           HG2      GLN 174 -10.886  11.221   5.327
    6    HG3  GLN 174           HG3      GLN 174 -10.187   9.760   6.003
    7   HE21  GLN 174          HE21      GLN 174 -10.124  10.685   8.049
    8   HE22  GLN 174          HE22      GLN 174  -8.961  11.882   8.485

  No H/Q in entry =           8
  In of MODEL    5
    1    H    ILE 175           H        ILE 175 -10.430  11.923   1.521
    2    HA   ILE 175           HA       ILE 175  -8.911  10.331  -0.358
    3    HB   ILE 175           HB       ILE 175 -11.574  11.734  -0.508
    4   HG12  ILE 175          HG12      ILE 175 -10.812   8.811  -0.614
    5   HG13  ILE 175          HG13      ILE 175 -11.518   9.644   0.769
    6   HG21  ILE 175          HG21      ILE 175 -10.136  11.642  -2.690
    7   HG23  ILE 175          HG22      ILE 175 -11.853  11.252  -2.719
    8   HG22  ILE 175          HG23      ILE 175 -10.656   9.956  -2.711
    9   HD13  ILE 175          HD11      ILE 175 -13.232   8.417  -0.345
   10   HD12  ILE 175          HD12      ILE 175 -12.805   9.138  -1.898
   11   HD11  ILE 175          HD13      ILE 175 -13.508  10.137  -0.626

  No H/Q in entry =          11
  In of MODEL    5
    1    H    VAL 176           H        VAL 176  -9.848  13.646   0.172
    2    HA   VAL 176           HA       VAL 176  -8.485  14.450  -2.269
    3    HB   VAL 176           HB       VAL 176 -10.184  16.137  -0.443
    4   HG12  VAL 176          HG11      VAL 176  -9.447  16.508  -3.321
    5   HG11  VAL 176          HG12      VAL 176  -8.586  17.261  -1.978
    6   HG13  VAL 176          HG13      VAL 176 -10.285  17.642  -2.266
    7   HG21  VAL 176          HG21      VAL 176 -11.472  14.256  -1.323
    8   HG23  VAL 176          HG22      VAL 176 -10.938  14.645  -2.958
    9   HG22  VAL 176          HG23      VAL 176 -11.973  15.770  -2.077

  No H/Q in entry =           9
  In of MODEL    5
    1    H    GLY 177           H        GLY 177  -8.320  14.858   1.241
    2    HA3  GLY 177           HA2      GLY 177  -6.013  14.918   2.055
    3    HA2  GLY 177           HA3      GLY 177  -5.672  16.083   0.792

  No H/Q in entry =           3
  In of MODEL    5
    1    H    CYS 178           H        CYS 178  -8.547  17.122   1.774
    2    HA   CYS 178           HA       CYS 178  -7.382  18.839   3.902
    3    HB2  CYS 178           HB2      CYS 178  -8.539  20.711   3.019
    4    HB3  CYS 178           HB3      CYS 178  -7.792  19.925   1.631
    5    HG   CYS 178           HG       CYS 178 -10.899  18.875   2.295

  No H/Q in entry =           5
  In of MODEL    5
    1    H    SER 179           H        SER 179  -9.087  19.691   5.502
    2    HA   SER 179           HA       SER 179 -10.718  17.524   6.254
    3    HB2  SER 179           HB2      SER 179 -11.714  19.446   7.768
    4    HB3  SER 179           HB3      SER 179 -10.073  18.868   8.057
    5    HG   SER 179           HG       SER 179 -10.569  21.271   7.842

  No H/Q in entry =           5
  In of MODEL    5
    1    H    ARG 180           H        ARG 180 -13.007  17.770   6.508
    2    HA   ARG 180           HA       ARG 180 -14.589  18.387   4.394
    3    HB2  ARG 180           HB2      ARG 180 -15.900  18.893   6.971
    4    HB3  ARG 180           HB3      ARG 180 -16.352  17.843   5.651
    5    HG2  ARG 180           HG2      ARG 180 -15.839  16.187   7.052
    6    HG3  ARG 180           HG3      ARG 180 -14.162  16.560   6.633
    7    HD2  ARG 180           HD2      ARG 180 -14.374  18.340   8.507
    8    HD3  ARG 180           HD3      ARG 180 -15.740  17.367   9.039
    9    HE   ARG 180           HE       ARG 180 -14.053  15.482   9.102
   10   HH11  ARG 180          HH11      ARG 180 -13.156  18.836   9.557
   11   HH12  ARG 180          HH12      ARG 180 -11.837  18.469  10.625
   12   HH21  ARG 180          HH21      ARG 180 -12.292  14.994  10.508
   13   HH22  ARG 180          HH22      ARG 180 -11.340  16.290  11.153

  No H/Q in entry =          13
  In of MODEL    5
    1    H    GLU 181           H        GLU 181 -12.754  20.660   4.925
    2    HA   GLU 181           HA       GLU 181 -14.679  22.700   5.633
    3    HB2  GLU 181           HB2      GLU 181 -11.874  22.353   6.440
    4    HB3  GLU 181           HB3      GLU 181 -12.522  23.986   6.320
    5    HG2  GLU 181           HG2      GLU 181 -13.180  23.657   8.428
    6    HG3  GLU 181           HG3      GLU 181 -14.492  22.730   7.705

  No H/Q in entry =           6
  In of MODEL    5
    1    H    THR 182           H        THR 182 -11.689  22.423   3.922
    2    HA   THR 182           HA       THR 182 -12.247  24.430   1.940
    3    HB   THR 182           HB       THR 182 -10.653  22.108   1.006
    4    HG1  THR 182           HG1      THR 182  -8.946  23.231   2.599
    5   HG23  THR 182          HG21      THR 182  -9.068  23.811   0.343
    6   HG22  THR 182          HG22      THR 182  -9.905  25.021   1.315
    7   HG21  THR 182          HG23      THR 182 -10.690  24.336  -0.108

  No H/Q in entry =           7
  In of MODEL    5
    1    H    VAL 183           H        VAL 183 -12.422  20.875   2.098
    2    HA   VAL 183           HA       VAL 183 -14.134  20.532  -0.166
    3    HB   VAL 183           HB       VAL 183 -12.933  18.986   2.003
    4   HG12  VAL 183          HG11      VAL 183 -15.455  17.818   0.894
    5   HG11  VAL 183          HG12      VAL 183 -15.376  18.618   2.463
    6   HG13  VAL 183          HG13      VAL 183 -14.396  17.171   2.157
    7   HG23  VAL 183          HG21      VAL 183 -13.797  18.170  -0.738
    8   HG22  VAL 183          HG22      VAL 183 -12.630  17.342   0.300
    9   HG21  VAL 183          HG23      VAL 183 -12.263  18.949  -0.348

  No H/Q in entry =           9
  In of MODEL    5
    1    H    GLY 184           H        GLY 184 -14.735  21.347   3.373
    2    HA3  GLY 184           HA2      GLY 184 -17.438  20.873   3.162
    3    HA2  GLY 184           HA3      GLY 184 -16.704  22.105   4.189

  No H/Q in entry =           3
  In of MODEL    5
    1    H    ARG 185           H        ARG 185 -15.497  23.567   2.126
    2    HA   ARG 185           HA       ARG 185 -17.231  25.457   1.241
    3    HB2  ARG 185           HB2      ARG 185 -15.005  24.379  -0.486
    4    HB3  ARG 185           HB3      ARG 185 -15.949  25.784  -0.949
    5    HG2  ARG 185           HG2      ARG 185 -14.267  25.541   1.540
    6    HG3  ARG 185           HG3      ARG 185 -13.817  26.408   0.071
    7    HD2  ARG 185           HD2      ARG 185 -14.653  28.165   1.233
    8    HD3  ARG 185           HD3      ARG 185 -16.165  27.583   0.540
    9    HE   ARG 185           HE       ARG 185 -16.705  26.592   2.641
   10   HH11  ARG 185          HH11      ARG 185 -13.909  28.698   2.687
   11   HH12  ARG 185          HH12      ARG 185 -13.906  28.874   4.410
   12   HH21  ARG 185          HH21      ARG 185 -16.715  26.839   4.925
   13   HH22  ARG 185          HH22      ARG 185 -15.502  27.819   5.683

  No H/Q in entry =          13
  In of MODEL    5
    1    H    ILE 186           H        ILE 186 -16.442  22.572  -0.360
    2    HA   ILE 186           HA       ILE 186 -18.232  23.138  -2.611
    3    HB   ILE 186           HB       ILE 186 -16.242  20.961  -2.189
    4   HG12  ILE 186          HG12      ILE 186 -15.764  21.927  -4.625
    5   HG13  ILE 186          HG13      ILE 186 -16.642  23.310  -3.991
    6   HG22  ILE 186          HG21      ILE 186 -17.911  21.000  -4.657
    7   HG21  ILE 186          HG22      ILE 186 -18.535  20.193  -3.221
    8   HG23  ILE 186          HG23      ILE 186 -17.008  19.670  -3.931
    9   HD12  ILE 186          HD11      ILE 186 -14.088  22.131  -2.941
   10   HD11  ILE 186          HD12      ILE 186 -15.014  23.375  -2.105
   11   HD13  ILE 186          HD13      ILE 186 -14.324  23.708  -3.692

  No H/Q in entry =          11
  In of MODEL    5
    1    H    LEU 187           H        LEU 187 -18.095  20.852  -0.005
    2    HA   LEU 187           HA       LEU 187 -20.359  19.444  -0.875
    3    HB2  LEU 187           HB2      LEU 187 -18.928  19.551   1.744
    4    HB3  LEU 187           HB3      LEU 187 -20.214  18.389   1.347
    5    HG   LEU 187           HG       LEU 187 -17.417  18.535   0.338
    6   HD13  LEU 187          HD11      LEU 187 -17.367  16.346   0.720
    7   HD12  LEU 187          HD12      LEU 187 -19.023  16.102   0.151
    8   HD11  LEU 187          HD13      LEU 187 -18.728  16.738   1.773
    9   HD22  LEU 187          HD21      LEU 187 -18.534  18.931  -1.766
   10   HD21  LEU 187          HD22      LEU 187 -19.658  17.612  -1.452
   11   HD23  LEU 187          HD23      LEU 187 -17.956  17.265  -1.725

  No H/Q in entry =          11
  In of MODEL    5
    1    H    LYS 188           H        LYS 188 -20.007  22.456   0.218
    2    HA   LYS 188           HA       LYS 188 -22.540  22.605   1.696
    3    HB2  LYS 188           HB2      LYS 188 -20.291  23.937   2.251
    4    HB3  LYS 188           HB3      LYS 188 -20.996  25.078   1.115
    5    HG2  LYS 188           HG2      LYS 188 -22.565  24.016   3.437
    6    HG3  LYS 188           HG3      LYS 188 -21.469  25.385   3.615
    7    HD2  LYS 188           HD2      LYS 188 -23.133  26.698   2.932
    8    HD3  LYS 188           HD3      LYS 188 -22.984  25.955   1.339
    9    HE2  LYS 188           HE2      LYS 188 -24.527  24.134   2.215
   10    HE3  LYS 188           HE3      LYS 188 -24.838  25.200   3.583
   11    HZ3  LYS 188           HZ1      LYS 188 -25.675  26.864   2.087
   12    HZ2  LYS 188           HZ2      LYS 188 -26.497  25.417   1.815
   13    HZ1  LYS 188           HZ3      LYS 188 -25.292  25.921   0.732

  No H/Q in entry =          13
  In of MODEL    5
    1    H    MET 189           H        MET 189 -20.965  23.359  -1.316
    2    HA   MET 189           HA       MET 189 -23.235  24.992  -2.191
    3    HB2  MET 189           HB2      MET 189 -22.052  25.649  -4.017
    4    HB3  MET 189           HB3      MET 189 -20.737  25.281  -2.922
    5    HG2  MET 189           HG2      MET 189 -20.421  23.141  -4.014
    6    HG3  MET 189           HG3      MET 189 -21.761  23.507  -5.105
    7    HE3  MET 189           HE1      MET 189 -18.442  26.310  -4.394
    8    HE2  MET 189           HE2      MET 189 -17.582  24.836  -4.841
    9    HE1  MET 189           HE3      MET 189 -18.730  24.816  -3.504

  No H/Q in entry =           9
  In of MODEL    5
    1    H    LEU 190           H        LEU 190 -22.222  21.722  -2.160
    2    HA   LEU 190           HA       LEU 190 -23.658  20.659  -4.253
    3    HB2  LEU 190           HB2      LEU 190 -23.335  19.491  -1.504
    4    HB3  LEU 190           HB3      LEU 190 -23.835  18.608  -2.938
    5    HG   LEU 190           HG       LEU 190 -21.178  19.729  -2.262
    6   HD13  LEU 190          HD11      LEU 190 -21.538  17.462  -1.696
    7   HD12  LEU 190          HD12      LEU 190 -20.509  17.498  -3.128
    8   HD11  LEU 190          HD13      LEU 190 -22.225  17.121  -3.281
    9   HD21  LEU 190          HD21      LEU 190 -22.263  19.281  -5.000
   10   HD23  LEU 190          HD22      LEU 190 -20.539  19.214  -4.639
   11   HD22  LEU 190          HD23      LEU 190 -21.442  20.701  -4.354

  No H/Q in entry =          11
  In of MODEL    5
    1    H    GLU 191           H        GLU 191 -24.904  21.156  -0.899
    2    HA   GLU 191           HA       GLU 191 -27.522  20.442  -1.594
    3    HB2  GLU 191           HB2      GLU 191 -26.207  20.898   0.723
    4    HB3  GLU 191           HB3      GLU 191 -27.121  22.393   0.580
    5    HG2  GLU 191           HG2      GLU 191 -29.168  20.936   0.226
    6    HG3  GLU 191           HG3      GLU 191 -28.168  19.586   0.761

  No H/Q in entry =           6
  In of MODEL    5
    1    H    ASP 192           H        ASP 192 -25.689  23.139  -2.379
    2    HA   ASP 192           HA       ASP 192 -27.982  24.918  -2.558
    3    HB2  ASP 192           HB2      ASP 192 -25.034  25.302  -3.014
    4    HB3  ASP 192           HB3      ASP 192 -26.191  26.480  -3.618

  No H/Q in entry =           4
  In of MODEL    5
    1    H    GLN 193           H        GLN 193 -26.568  22.533  -4.203
    2    HA   GLN 193           HA       GLN 193 -26.717  21.623  -6.279
    3    HB2  GLN 193           HB2      GLN 193 -28.974  23.593  -6.348
    4    HB3  GLN 193           HB3      GLN 193 -28.512  22.767  -7.828
    5    HG2  GLN 193           HG2      GLN 193 -30.203  21.440  -6.989
    6    HG3  GLN 193           HG3      GLN 193 -28.741  20.618  -6.451
    7   HE21  GLN 193          HE21      GLN 193 -28.250  20.546  -4.292
    8   HE22  GLN 193          HE22      GLN 193 -29.352  21.046  -3.058

  No H/Q in entry =           8
  In of MODEL    5
    1    H    ASN 194           H        ASN 194 -24.949  23.881  -5.649
    2    HA   ASN 194           HA       ASN 194 -24.729  25.264  -8.217
    3    HB2  ASN 194           HB2      ASN 194 -24.388  26.316  -5.858
    4    HB3  ASN 194           HB3      ASN 194 -22.792  25.579  -5.942
    5   HD21  ASN 194          HD21      ASN 194 -24.959  27.874  -7.463
    6   HD22  ASN 194          HD22      ASN 194 -23.732  28.790  -8.263

  No H/Q in entry =           6
  In of MODEL    5
    1    H    LEU 195           H        LEU 195 -23.808  22.391  -6.986
    2    HA   LEU 195           HA       LEU 195 -21.693  22.098  -8.969
    3    HB2  LEU 195           HB2      LEU 195 -20.854  22.707  -6.553
    4    HB3  LEU 195           HB3      LEU 195 -21.179  21.021  -6.225
    5    HG   LEU 195           HG       LEU 195 -19.556  21.353  -8.614
    6   HD12  LEU 195          HD11      LEU 195 -17.522  21.934  -7.119
    7   HD11  LEU 195          HD12      LEU 195 -18.730  22.672  -6.062
    8   HD13  LEU 195          HD13      LEU 195 -18.545  23.238  -7.723
    9   HD23  LEU 195          HD21      LEU 195 -18.071  19.840  -7.239
   10   HD22  LEU 195          HD22      LEU 195 -19.694  19.235  -7.583
   11   HD21  LEU 195          HD23      LEU 195 -19.319  19.904  -5.995

  No H/Q in entry =          11
  In of MODEL    5
    1    H    ILE 196           H        ILE 196 -23.976  20.679  -6.783
    2    HA   ILE 196           HA       ILE 196 -24.354  18.330  -8.279
    3    HB   ILE 196           HB       ILE 196 -23.528  17.762  -5.445
    4   HG12  ILE 196          HG12      ILE 196 -21.812  17.271  -7.879
    5   HG13  ILE 196          HG13      ILE 196 -21.575  18.640  -6.793
    6   HG23  ILE 196          HG21      ILE 196 -24.218  15.699  -5.927
    7   HG22  ILE 196          HG22      ILE 196 -23.186  15.637  -7.351
    8   HG21  ILE 196          HG23      ILE 196 -24.820  16.293  -7.471
    9   HD13  ILE 196          HD11      ILE 196 -21.207  17.136  -4.945
   10   HD12  ILE 196          HD12      ILE 196 -20.082  16.793  -6.266
   11   HD11  ILE 196          HD13      ILE 196 -21.482  15.747  -5.998

  No H/Q in entry =          11
  In of MODEL    5
    1    H    SER 197           H        SER 197 -25.289  17.305  -5.480
    2    HA   SER 197           HA       SER 197 -27.129  18.976  -4.424
    3    HB2  SER 197           HB2      SER 197 -28.402  18.708  -6.440
    4    HB3  SER 197           HB3      SER 197 -28.297  16.957  -6.298
    5    HG   SER 197           HG       SER 197 -30.244  18.265  -5.459

  No H/Q in entry =           5
  In of MODEL    5
    1    H    ALA 198           H        ALA 198 -26.393  18.262  -2.463
    2    HA   ALA 198           HA       ALA 198 -26.385  15.426  -2.039
    3    HB3  ALA 198           HB1      ALA 198 -25.128  15.891  -0.088
    4    HB2  ALA 198           HB2      ALA 198 -25.568  17.599  -0.127
    5    HB1  ALA 198           HB3      ALA 198 -24.466  16.946  -1.338

  No H/Q in entry =           5
  In of MODEL    5
    1    H    HIS 199           H        HIS 199 -28.165  14.618  -1.394
    2    HA   HIS 199           HA       HIS 199 -30.252  16.184  -0.111
    3    HB2  HIS 199           HB2      HIS 199 -30.478  14.164  -1.833
    4    HB3  HIS 199           HB3      HIS 199 -30.283  13.185  -0.385
    5    HD1  HIS 199           HD1      HIS 199 -32.659  15.536  -2.065
    6    HD2  HIS 199           HD2      HIS 199 -32.488  13.129   1.318
    7    HE1  HIS 199           HE1      HIS 199 -35.018  15.412  -1.203
    8    HE2  HIS 199           HE2      HIS 199 -34.914  13.792   0.723

  No H/Q in entry =           8
  In of MODEL    5
    1    H    GLY 200           H        GLY 200 -28.585  16.698   1.536
    2    HA3  GLY 200           HA2      GLY 200 -28.115  16.452   3.821
    3    HA2  GLY 200           HA3      GLY 200 -28.649  14.769   3.728

  No H/Q in entry =           3
  In of MODEL    5
    1    H    LYS 201           H        LYS 201 -27.052  13.290   3.797
    2    HA   LYS 201           HA       LYS 201 -24.375  14.133   2.954
    3    HB2  LYS 201           HB2      LYS 201 -25.261  11.836   4.703
    4    HB3  LYS 201           HB3      LYS 201 -23.590  12.143   4.245
    5    HG2  LYS 201           HG2      LYS 201 -23.550  14.199   5.429
    6    HG3  LYS 201           HG3      LYS 201 -25.295  14.167   5.674
    7    HD2  LYS 201           HD2      LYS 201 -24.944  12.058   7.020
    8    HD3  LYS 201           HD3      LYS 201 -23.212  12.400   6.941
    9    HE2  LYS 201           HE2      LYS 201 -23.678  14.636   7.938
   10    HE3  LYS 201           HE3      LYS 201 -25.357  14.143   8.147
   11    HZ2  LYS 201           HZ1      LYS 201 -22.967  12.949   9.427
   12    HZ1  LYS 201           HZ2      LYS 201 -24.508  12.263   9.510
   13    HZ3  LYS 201           HZ3      LYS 201 -24.223  13.786  10.183

  No H/Q in entry =          13
  In of MODEL    5
    1    H    THR 202           H        THR 202 -26.959  12.303   1.912
    2    HA   THR 202           HA       THR 202 -25.516  10.544   0.139
    3    HB   THR 202           HB       THR 202 -27.751   9.990  -0.799
    4    HG1  THR 202           HG1      THR 202 -28.418  12.343   0.248
    5   HG22  THR 202          HG21      THR 202 -28.862   9.363   1.522
    6   HG21  THR 202          HG22      THR 202 -27.280   9.842   2.138
    7   HG23  THR 202          HG23      THR 202 -27.408   8.546   0.948

  No H/Q in entry =           7
  In of MODEL    5
    1    H    ILE 203           H        ILE 203 -24.696  11.296  -1.717
    2    HA   ILE 203           HA       ILE 203 -25.510  13.958  -2.585
    3    HB   ILE 203           HB       ILE 203 -22.955  12.439  -2.641
    4   HG12  ILE 203          HG12      ILE 203 -23.613  15.325  -2.051
    5   HG13  ILE 203          HG13      ILE 203 -23.505  14.050  -0.844
    6   HG23  ILE 203          HG21      ILE 203 -22.743  12.970  -4.840
    7   HG22  ILE 203          HG22      ILE 203 -22.221  14.511  -4.156
    8   HG21  ILE 203          HG23      ILE 203 -23.875  14.314  -4.734
    9   HD12  ILE 203          HD11      ILE 203 -21.282  15.121  -2.559
   10   HD11  ILE 203          HD12      ILE 203 -21.134  13.737  -1.481
   11   HD13  ILE 203          HD13      ILE 203 -21.489  15.332  -0.823

  No H/Q in entry =          11
  In of MODEL    5
    1    H    VAL 204           H        VAL 204 -26.581  14.178  -4.381
    2    HA   VAL 204           HA       VAL 204 -26.699  11.968  -6.340
    3    HB   VAL 204           HB       VAL 204 -28.786  13.780  -5.230
    4   HG12  VAL 204          HG11      VAL 204 -30.147  13.515  -7.333
    5   HG11  VAL 204          HG12      VAL 204 -28.639  13.090  -8.147
    6   HG13  VAL 204          HG13      VAL 204 -28.825  14.680  -7.407
    7   HG22  VAL 204          HG21      VAL 204 -29.268  11.627  -4.665
    8   HG21  VAL 204          HG22      VAL 204 -28.584  10.968  -6.154
    9   HG23  VAL 204          HG23      VAL 204 -30.162  11.750  -6.178

  No H/Q in entry =           9
  In of MODEL    5
    1    H    VAL 205           H        VAL 205 -25.175  12.489  -7.509
    2    HA   VAL 205           HA       VAL 205 -24.789  14.925  -8.950
    3    HB   VAL 205           HB       VAL 205 -23.641  13.254 -10.624
    4   HG11  VAL 205          HG11      VAL 205 -22.778  13.324  -7.713
    5   HG13  VAL 205          HG12      VAL 205 -22.346  14.496  -8.964
    6   HG12  VAL 205          HG13      VAL 205 -21.746  12.840  -9.062
    7   HG23  VAL 205          HG21      VAL 205 -24.147  11.362  -8.318
    8   HG22  VAL 205          HG22      VAL 205 -23.212  11.015  -9.775
    9   HG21  VAL 205          HG23      VAL 205 -24.955  11.274  -9.886

  No H/Q in entry =           9
  In of MODEL    5
    1    H    TYR 206           H        TYR 206 -26.825  15.559  -9.453
    2    HA   TYR 206           HA       TYR 206 -29.019  14.259 -10.437
    3    HB2  TYR 206           HB2      TYR 206 -27.854  16.946 -11.179
    4    HB3  TYR 206           HB3      TYR 206 -29.331  16.365 -11.934
    5    HD1  TYR 206           HD1      TYR 206 -28.218  18.504  -9.595
    6    HD2  TYR 206           HD2      TYR 206 -30.947  15.274  -9.969
    7    HE1  TYR 206           HE1      TYR 206 -29.490  19.392  -7.715
    8    HE2  TYR 206           HE2      TYR 206 -32.264  16.131  -8.096
    9    HH   TYR 206           HH       TYR 206 -32.066  17.589  -6.219

  No H/Q in entry =           9
  In of MODEL    5
    1    H    GLY 207           H        GLY 207 -26.461  15.735 -12.453
    2    HA3  GLY 207           HA2      GLY 207 -26.457  13.572 -14.302
    3    HA2  GLY 207           HA3      GLY 207 -27.403  14.915 -14.911

  No H/Q in entry =           3
  In of MODEL    5
    1    H    THR 208           H        THR 208 -26.054  17.055 -14.183
    2    HA   THR 208           HA       THR 208 -23.981  17.264 -16.082
    3    HB   THR 208           HB       THR 208 -24.471  19.217 -13.845
    4    HG1  THR 208           HG1      THR 208 -25.989  19.592 -16.101
    5   HG23  THR 208          HG21      THR 208 -23.973  20.866 -15.574
    6   HG22  THR 208          HG22      THR 208 -23.807  19.579 -16.766
    7   HG21  THR 208          HG23      THR 208 -22.660  19.698 -15.433

  No H/Q in entry =           7
  In of MODEL    5
    1    H    ARG 209           H        ARG 209 -24.001  17.417 -12.550
    2    HA   ARG 209           HA       ARG 209 -21.371  16.268 -12.361
    3    HB2  ARG 209           HB2      ARG 209 -21.970  19.095 -11.491
    4    HB3  ARG 209           HB3      ARG 209 -20.703  18.147 -10.730
    5    HG2  ARG 209           HG2      ARG 209 -19.646  17.886 -12.961
    6    HG3  ARG 209           HG3      ARG 209 -20.857  18.996 -13.606
    7    HD2  ARG 209           HD2      ARG 209 -18.698  19.541 -11.594
    8    HD3  ARG 209           HD3      ARG 209 -18.973  20.325 -13.148
    9    HE   ARG 209           HE       ARG 209 -21.011  20.618 -11.069
   10   HH11  ARG 209          HH11      ARG 209 -18.426  22.030 -12.957
   11   HH12  ARG 209          HH12      ARG 209 -18.813  23.660 -12.512
   12   HH21  ARG 209          HH21      ARG 209 -21.542  22.788 -10.502
   13   HH22  ARG 209          HH22      ARG 209 -20.577  24.089 -11.117

  No H/Q in entry =          13
  In of MODEL    5
    1    H1   VAL   1           H1       VAL   1  31.795  -8.333   0.750
    2    H2   VAL   1           H3       VAL   1  30.502  -7.696  -0.135
    3    H3   VAL   1           H2       VAL   1  31.745  -6.682   0.401
    4    HA   VAL   1           HA       VAL   1  31.149  -7.001   2.660
    5    HB   VAL   1           HB       VAL   1  28.601  -6.287   2.445
    6   HG13  VAL   1          HG11      VAL   1  29.335  -3.998   2.127
    7   HG12  VAL   1          HG12      VAL   1  30.864  -4.560   1.448
    8   HG11  VAL   1          HG13      VAL   1  30.486  -4.866   3.143
    9   HG21  VAL   1          HG21      VAL   1  28.424  -6.983   0.083
   10   HG23  VAL   1          HG22      VAL   1  29.651  -5.787  -0.341
   11   HG22  VAL   1          HG23      VAL   1  28.096  -5.264   0.305

  No H/Q in entry =          11
  In of MODEL    5
    1    H    LEU   2           H        LEU   2  31.324  -9.133   3.336
    2    HA   LEU   2           HA       LEU   2  28.793 -10.641   3.289
    3    HB2  LEU   2           HB2      LEU   2  31.635 -11.663   3.286
    4    HB3  LEU   2           HB3      LEU   2  30.244 -12.682   3.600
    5    HG   LEU   2           HG       LEU   2  30.734 -11.175   1.029
    6   HD13  LEU   2          HD11      LEU   2  31.205 -13.370   0.074
    7   HD12  LEU   2          HD12      LEU   2  31.032 -14.105   1.667
    8   HD11  LEU   2          HD13      LEU   2  32.347 -12.973   1.356
    9   HD22  LEU   2          HD21      LEU   2  28.370 -11.483   1.443
   10   HD21  LEU   2          HD22      LEU   2  28.627 -13.189   1.804
   11   HD23  LEU   2          HD23      LEU   2  28.899 -12.583   0.171

  No H/Q in entry =          11
  In of MODEL    5
    1    H    GLY   3           H        GLY   3  29.780 -12.582   5.211
    2    HA3  GLY   3           HA2      GLY   3  30.282 -12.793   7.486
    3    HA2  GLY   3           HA3      GLY   3  30.423 -11.041   7.595

  No H/Q in entry =           3
  In of MODEL    5
    1    H    LYS   4           H        LYS   4  27.685 -11.813   5.932
    2    HA   LYS   4           HA       LYS   4  26.014 -11.334   8.291
    3    HB2  LYS   4           HB2      LYS   4  25.746 -10.727   5.373
    4    HB3  LYS   4           HB3      LYS   4  24.284 -10.942   6.323
    5    HG2  LYS   4           HG2      LYS   4  24.877  -8.593   6.135
    6    HG3  LYS   4           HG3      LYS   4  24.967  -9.136   7.810
    7    HD2  LYS   4           HD2      LYS   4  27.346  -9.199   7.746
    8    HD3  LYS   4           HD3      LYS   4  27.367  -8.978   5.996
    9    HE2  LYS   4           HE2      LYS   4  26.833  -6.735   6.140
   10    HE3  LYS   4           HE3      LYS   4  26.094  -6.907   7.731
   11    HZ1  LYS   4           HZ1      LYS   4  29.005  -7.202   7.241
   12    HZ3  LYS   4           HZ2      LYS   4  28.220  -7.091   8.734
   13    HZ2  LYS   4           HZ3      LYS   4  28.281  -5.748   7.711

  No H/Q in entry =          13
  In of MODEL    5
    1    HA   PRO   5           HA       PRO   5  24.868 -15.632   7.559
    2    HB2  PRO   5           HB2      PRO   5  23.917 -15.941  10.169
    3    HB3  PRO   5           HB3      PRO   5  25.535 -16.337   9.596
    4    HG2  PRO   5           HG2      PRO   5  24.791 -14.273  11.404
    5    HG3  PRO   5           HG3      PRO   5  26.400 -14.616  10.757
    6    HD2  PRO   5           HD2      PRO   5  24.461 -12.544   9.967
    7    HD3  PRO   5           HD3      PRO   5  26.217 -12.607   9.720

  No H/Q in entry =           7
  In of MODEL    5
    1    H    GLN   6           H        GLN   6  23.132 -15.324   6.204
    2    HA   GLN   6           HA       GLN   6  20.654 -14.203   7.079
    3    HB2  GLN   6           HB2      GLN   6  21.720 -14.396   4.678
    4    HB3  GLN   6           HB3      GLN   6  20.865 -15.932   4.649
    5    HG2  GLN   6           HG2      GLN   6  18.771 -14.894   4.830
    6    HG3  GLN   6           HG3      GLN   6  19.484 -13.358   5.321
    7   HE21  GLN   6          HE21      GLN   6  17.669 -14.129   3.097
    8   HE22  GLN   6          HE22      GLN   6  18.430 -13.515   1.672

  No H/Q in entry =           8
  In of MODEL    5
    1    H    THR   7           H        THR   7  21.766 -17.509   6.374
    2    HA   THR   7           HA       THR   7  21.060 -19.543   7.082
    3    HB   THR   7           HB       THR   7  19.271 -18.153   9.082
    4    HG1  THR   7           HG1      THR   7  21.202 -17.298   9.597
    5   HG21  THR   7          HG21      THR   7  20.622 -20.855   9.009
    6   HG23  THR   7          HG22      THR   7  18.890 -20.526   8.955
    7   HG22  THR   7          HG23      THR   7  19.804 -20.197  10.427

  No H/Q in entry =           7
  In of MODEL    5
    1    H    ASP   8           H        ASP   8  20.016 -19.221   4.844
    2    HA   ASP   8           HA       ASP   8  17.126 -19.691   5.134
    3    HB2  ASP   8           HB2      ASP   8  18.413 -17.525   3.779
    4    HB3  ASP   8           HB3      ASP   8  17.634 -18.550   2.581

  No H/Q in entry =           4
  In of MODEL    5
    1    HA   PRO   9           HA       PRO   9  19.200 -23.202   2.900
    2    HB2  PRO   9           HB2      PRO   9  17.552 -25.122   3.926
    3    HB3  PRO   9           HB3      PRO   9  19.030 -24.571   4.718
    4    HG2  PRO   9           HG2      PRO   9  16.191 -23.790   5.248
    5    HG3  PRO   9           HG3      PRO   9  17.494 -24.129   6.402
    6    HD2  PRO   9           HD2      PRO   9  16.744 -21.614   5.766
    7    HD3  PRO   9           HD3      PRO   9  18.423 -22.031   6.163

  No H/Q in entry =           7
  In of MODEL    5
    1    H    THR  10           H        THR  10  15.800 -22.326   3.178
    2    HA   THR  10           HA       THR  10  15.010 -23.989   0.941
    3    HB   THR  10           HB       THR  10  13.015 -22.057   1.760
    4    HG1  THR  10           HG1      THR  10  12.869 -22.939   3.964
    5   HG22  THR  10          HG21      THR  10  11.748 -24.116   2.267
    6   HG21  THR  10          HG22      THR  10  13.225 -25.060   2.070
    7   HG23  THR  10          HG23      THR  10  12.534 -24.207   0.691

  No H/Q in entry =           7
  In of MODEL    5
    1    H    LEU  11           H        LEU  11  16.300 -20.873   1.516
    2    HA   LEU  11           HA       LEU  11  15.330 -19.803  -1.005
    3    HB2  LEU  11           HB2      LEU  11  15.957 -18.619   1.328
    4    HB3  LEU  11           HB3      LEU  11  17.486 -18.464   0.488
    5    HG   LEU  11           HG       LEU  11  16.654 -16.589  -0.342
    6   HD12  LEU  11          HD11      LEU  11  14.478 -17.795  -1.899
    7   HD11  LEU  11          HD12      LEU  11  16.084 -18.471  -2.167
    8   HD13  LEU  11          HD13      LEU  11  15.801 -16.749  -2.418
    9   HD21  LEU  11          HD21      LEU  11  14.820 -16.892   1.405
   10   HD23  LEU  11          HD22      LEU  11  13.824 -17.408   0.039
   11   HD22  LEU  11          HD23      LEU  11  14.527 -15.787   0.061

  No H/Q in entry =          11
  In of MODEL    5
    1    H    GLU  12           H        GLU  12  17.915 -21.462   0.409
    2    HA   GLU  12           HA       GLU  12  19.860 -20.957  -1.658
    3    HB2  GLU  12           HB2      GLU  12  19.889 -22.670   0.814
    4    HB3  GLU  12           HB3      GLU  12  21.133 -22.820  -0.419
    5    HG2  GLU  12           HG2      GLU  12  21.506 -20.331  -0.150
    6    HG3  GLU  12           HG3      GLU  12  20.503 -20.443   1.297

  No H/Q in entry =           6
  In of MODEL    5
    1    H    TRP  13           H        TRP  13  17.177 -22.715  -1.257
    2    HA   TRP  13           HA       TRP  13  18.024 -24.781  -3.164
    3    HB2  TRP  13           HB2      TRP  13  15.903 -24.712  -1.074
    4    HB3  TRP  13           HB3      TRP  13  15.543 -25.594  -2.559
    5    HD1  TRP  13           HD1      TRP  13  18.929 -26.297  -2.614
    6    HE1  TRP  13           HE1      TRP  13  19.620 -28.375  -1.272
    7    HE3  TRP  13           HE3      TRP  13  14.779 -26.770   0.342
    8    HZ2  TRP  13           HZ2      TRP  13  18.552 -30.005   0.759
    9    HZ3  TRP  13           HZ3      TRP  13  14.699 -28.624   1.958
   10    HH2  TRP  13           HH2      TRP  13  16.548 -30.205   2.161

  No H/Q in entry =          10
  In of MODEL    5
    1    H    PHE  14           H        PHE  14  16.395 -21.870  -2.686
    2    HA   PHE  14           HA       PHE  14  14.796 -22.011  -5.109
    3    HB2  PHE  14           HB2      PHE  14  13.728 -21.107  -3.243
    4    HB3  PHE  14           HB3      PHE  14  15.084 -20.097  -2.825
    5    HD1  PHE  14           HD1      PHE  14  15.699 -18.264  -4.472
    6    HD2  PHE  14           HD2      PHE  14  11.928 -20.202  -4.407
    7    HE1  PHE  14           HE1      PHE  14  14.707 -16.353  -5.682
    8    HE2  PHE  14           HE2      PHE  14  10.924 -18.309  -5.601
    9    HZ   PHE  14           HZ       PHE  14  12.311 -16.376  -6.243

  No H/Q in entry =           9
  In of MODEL    5
    1    H    LEU  15           H        LEU  15  17.840 -20.797  -4.051
    2    HA   LEU  15           HA       LEU  15  17.959 -18.738  -6.106
    3    HB2  LEU  15           HB2      LEU  15  19.916 -19.186  -3.861
    4    HB3  LEU  15           HB3      LEU  15  19.949 -17.888  -5.039
    5    HG   LEU  15           HG       LEU  15  17.722 -18.301  -3.051
    6   HD12  LEU  15          HD11      LEU  15  19.935 -16.297  -2.994
    7   HD11  LEU  15          HD12      LEU  15  19.882 -17.768  -2.022
    8   HD13  LEU  15          HD13      LEU  15  18.656 -16.515  -1.797
    9   HD21  LEU  15          HD21      LEU  15  18.368 -15.950  -4.816
   10   HD23  LEU  15          HD22      LEU  15  17.098 -16.012  -3.594
   11   HD22  LEU  15          HD23      LEU  15  17.009 -17.055  -5.016

  No H/Q in entry =          11
  In of MODEL    5
    1    H    SER  16           H        SER  16  18.406 -21.844  -5.700
    2    HA   SER  16           HA       SER  16  20.860 -22.039  -7.334
    3    HB2  SER  16           HB2      SER  16  20.290 -24.595  -6.759
    4    HB3  SER  16           HB3      SER  16  21.174 -23.581  -5.615
    5    HG   SER  16           HG       SER  16  19.593 -23.902  -4.280

  No H/Q in entry =           5
  In of MODEL    5
    1    H    HIS  17           H        HIS  17  17.686 -21.575  -7.497
    2    HA   HIS  17           HA       HIS  17  17.352 -23.203  -9.891
    3    HB2  HIS  17           HB2      HIS  17  15.477 -22.480  -7.717
    4    HB3  HIS  17           HB3      HIS  17  14.821 -22.590  -9.348
    5    HD1  HIS  17           HD1      HIS  17  15.687 -24.626  -6.467
    6    HD2  HIS  17           HD2      HIS  17  15.366 -25.221 -10.574
    7    HE1  HIS  17           HE1      HIS  17  15.497 -27.112  -6.782
    8    HE2  HIS  17           HE2      HIS  17  15.075 -27.419  -9.244

  No H/Q in entry =           8
  In of MODEL    5
    1    H    CYS  18           H        CYS  18  17.777 -20.018  -8.848
    2    HA   CYS  18           HA       CYS  18  16.302 -18.959 -11.128
    3    HB2  CYS  18           HB2      CYS  18  16.531 -16.759  -9.889
    4    HB3  CYS  18           HB3      CYS  18  15.484 -17.971  -9.175
    5    HG   CYS  18           HG       CYS  18  16.798 -16.593  -7.207

  No H/Q in entry =           5
  In of MODEL    5
    1    H    HIS  19           H        HIS  19  17.835 -16.399 -10.633
    2    HA   HIS  19           HA       HIS  19  20.477 -17.078 -11.678
    3    HB2  HIS  19           HB2      HIS  19  19.315 -16.712 -13.739
    4    HB3  HIS  19           HB3      HIS  19  18.457 -15.322 -13.091
    5    HD1  HIS  19           HD1      HIS  19  22.200 -16.029 -13.268
    6    HD2  HIS  19           HD2      HIS  19  19.386 -13.211 -14.473
    7    HE1  HIS  19           HE1      HIS  19  23.515 -14.152 -14.309
    8    HE2  HIS  19           HE2      HIS  19  21.798 -12.399 -14.889

  No H/Q in entry =           8
  In of MODEL    5
    1    H    ILE  20           H        ILE  20  21.153 -16.211  -9.306
    2    HA   ILE  20           HA       ILE  20  20.667 -13.459  -8.706
    3    HB   ILE  20           HB       ILE  20  23.271 -14.467  -7.833
    4   HG12  ILE  20          HG12      ILE  20  21.716 -16.549  -7.883
    5   HG13  ILE  20          HG13      ILE  20  22.601 -16.204  -6.406
    6   HG21  ILE  20          HG21      ILE  20  22.199 -12.427  -7.058
    7   HG23  ILE  20          HG22      ILE  20  22.570 -13.537  -5.738
    8   HG22  ILE  20          HG23      ILE  20  20.915 -13.391  -6.333
    9   HD13  ILE  20          HD11      ILE  20  20.737 -15.956  -5.235
   10   HD12  ILE  20          HD12      ILE  20  19.907 -16.675  -6.616
   11   HD11  ILE  20          HD13      ILE  20  20.007 -14.921  -6.460

  No H/Q in entry =          11
  In of MODEL    5
    1    H    HIS  21           H        HIS  21  21.511 -11.727  -9.537
    2    HA   HIS  21           HA       HIS  21  23.790 -10.677  -9.617
    3    HB2  HIS  21           HB2      HIS  21  24.948 -12.564 -10.744
    4    HB3  HIS  21           HB3      HIS  21  23.954 -12.304 -12.176
    5    HD1  HIS  21           HD1      HIS  21  24.420 -10.101 -13.551
    6    HD2  HIS  21           HD2      HIS  21  27.128 -10.861 -10.486
    7    HE1  HIS  21           HE1      HIS  21  26.380  -8.591 -13.990
    8    HE2  HIS  21           HE2      HIS  21  27.889  -8.905 -11.995

  No H/Q in entry =           8
  In of MODEL    5
    1    H    LYS  22           H        LYS  22  23.229  -8.750 -10.006
    2    HA   LYS  22           HA       LYS  22  21.130  -8.311 -11.989
    3    HB2  LYS  22           HB2      LYS  22  20.619  -7.923  -9.518
    4    HB3  LYS  22           HB3      LYS  22  21.609  -6.489  -9.669
    5    HG2  LYS  22           HG2      LYS  22  19.839  -6.287 -11.786
    6    HG3  LYS  22           HG3      LYS  22  18.864  -6.951 -10.472
    7    HD2  LYS  22           HD2      LYS  22  19.796  -5.145  -9.008
    8    HD3  LYS  22           HD3      LYS  22  20.494  -4.417 -10.455
    9    HE2  LYS  22           HE2      LYS  22  18.463  -3.291 -10.118
   10    HE3  LYS  22           HE3      LYS  22  18.153  -4.436 -11.421
   11    HZ2  LYS  22           HZ1      LYS  22  16.382  -4.372  -9.743
   12    HZ1  LYS  22           HZ2      LYS  22  17.478  -4.908  -8.571
   13    HZ3  LYS  22           HZ3      LYS  22  17.084  -5.904  -9.881

  No H/Q in entry =          13
  In of MODEL    5
    1    H    TYR  23           H        TYR  23  21.909  -5.385 -10.960
    2    HA   TYR  23           HA       TYR  23  23.992  -4.816 -12.888
    3    HB2  TYR  23           HB2      TYR  23  21.898  -3.040 -13.579
    4    HB3  TYR  23           HB3      TYR  23  22.689  -4.212 -14.607
    5    HD1  TYR  23           HD1      TYR  23  21.467  -6.756 -13.547
    6    HD2  TYR  23           HD2      TYR  23  19.724  -2.983 -14.275
    7    HE1  TYR  23           HE1      TYR  23  19.326  -7.866 -13.917
    8    HE2  TYR  23           HE2      TYR  23  17.537  -4.063 -14.642
    9    HH   TYR  23           HH       TYR  23  17.121  -7.564 -14.155

  No H/Q in entry =           9
  In of MODEL    5
    1    HA   PRO  24           HA       PRO  24  24.839  -0.935 -10.809
    2    HB2  PRO  24           HB2      PRO  24  23.945   0.489 -13.267
    3    HB3  PRO  24           HB3      PRO  24  25.432   0.685 -12.333
    4    HG2  PRO  24           HG2      PRO  24  25.436  -0.634 -14.645
    5    HG3  PRO  24           HG3      PRO  24  26.430  -1.177 -13.282
    6    HD2  PRO  24           HD2      PRO  24  23.912  -2.322 -14.367
    7    HD3  PRO  24           HD3      PRO  24  25.280  -3.136 -13.585

  No H/Q in entry =           7
  In of MODEL    5
    1    H    SER  25           H        SER  25  23.675   0.718  -9.589
    2    HA   SER  25           HA       SER  25  20.881   0.512  -9.585
    3    HB2  SER  25           HB2      SER  25  21.541   2.956  -8.442
    4    HB3  SER  25           HB3      SER  25  21.219   1.429  -7.633
    5    HG   SER  25           HG       SER  25  23.551   2.751  -7.861

  No H/Q in entry =           5
  In of MODEL    5
    1    H    LYS  26           H        LYS  26  19.372   2.004  -9.905
    2    HA   LYS  26           HA       LYS  26  18.398   3.934 -10.947
    3    HB2  LYS  26           HB2      LYS  26  20.614   4.826 -11.805
    4    HB3  LYS  26           HB3      LYS  26  20.669   3.565 -13.027
    5    HG2  LYS  26           HG2      LYS  26  18.588   4.502 -14.125
    6    HG3  LYS  26           HG3      LYS  26  18.417   5.690 -12.836
    7    HD2  LYS  26           HD2      LYS  26  20.620   6.720 -13.587
    8    HD3  LYS  26           HD3      LYS  26  20.753   5.483 -14.851
    9    HE2  LYS  26           HE2      LYS  26  18.514   6.209 -15.825
   10    HE3  LYS  26           HE3      LYS  26  18.375   7.472 -14.591
   11    HZ1  LYS  26           HZ1      LYS  26  20.815   7.341 -16.262
   12    HZ2  LYS  26           HZ2      LYS  26  19.458   8.036 -16.870
   13    HZ3  LYS  26           HZ3      LYS  26  20.092   8.616 -15.431

  No H/Q in entry =          13
  In of MODEL    5
    1    H    SER  27           H        SER  27  19.122   0.826 -11.483
    2    HA   SER  27           HA       SER  27  17.820   0.515 -14.011
    3    HB2  SER  27           HB2      SER  27  18.300  -1.942 -13.479
    4    HB3  SER  27           HB3      SER  27  19.687  -0.887 -13.760
    5    HG   SER  27           HG       SER  27  20.330  -1.271 -11.806

  No H/Q in entry =           5
  In of MODEL    5
    1    H    THR  28           H        THR  28  15.771   0.882 -13.825
    2    HA   THR  28           HA       THR  28  14.195  -0.623 -11.869
    3    HB   THR  28           HB       THR  28  13.289   1.615 -12.244
    4    HG1  THR  28           HG1      THR  28  11.472   0.506 -12.315
    5   HG22  THR  28          HG21      THR  28  12.634   2.146 -14.744
    6   HG21  THR  28          HG22      THR  28  13.979   1.058 -15.090
    7   HG23  THR  28          HG23      THR  28  14.246   2.512 -14.129

  No H/Q in entry =           7
  In of MODEL    5
    1    H    LEU  29           H        LEU  29  12.537  -1.844 -12.947
    2    HA   LEU  29           HA       LEU  29  13.772  -3.469 -14.998
    3    HB2  LEU  29           HB2      LEU  29  12.682  -5.324 -13.145
    4    HB3  LEU  29           HB3      LEU  29  14.356  -5.147 -13.625
    5    HG   LEU  29           HG       LEU  29  13.014  -3.880 -11.219
    6   HD12  LEU  29          HD11      LEU  29  15.251  -5.884 -11.390
    7   HD11  LEU  29          HD12      LEU  29  13.563  -6.289 -11.050
    8   HD13  LEU  29          HD13      LEU  29  14.474  -5.273  -9.928
    9   HD21  LEU  29          HD21      LEU  29  14.745  -2.433 -12.238
   10   HD23  LEU  29          HD22      LEU  29  15.918  -3.729 -11.957
   11   HD22  LEU  29          HD23      LEU  29  15.099  -2.960 -10.589

  No H/Q in entry =          11
  In of MODEL    5
    1    H    ILE  30           H        ILE  30  11.020  -2.254 -13.415
    2    HA   ILE  30           HA       ILE  30   9.225  -2.952 -15.392
    3    HB   ILE  30           HB       ILE  30   7.888  -4.482 -13.454
    4   HG12  ILE  30          HG12      ILE  30   9.457  -6.523 -13.326
    5   HG13  ILE  30          HG13      ILE  30  10.758  -5.386 -13.652
    6   HG23  ILE  30          HG21      ILE  30   7.509  -4.833 -15.726
    7   HG22  ILE  30          HG22      ILE  30   8.190  -6.345 -15.123
    8   HG21  ILE  30          HG23      ILE  30   9.198  -5.224 -16.039
    9   HD11  ILE  30          HD11      ILE  30   9.578  -4.131 -11.607
   10   HD13  ILE  30          HD12      ILE  30  10.854  -5.333 -11.405
   11   HD12  ILE  30          HD13      ILE  30   9.162  -5.800 -11.211

  No H/Q in entry =          11
  In of MODEL    5
    1    H    HIS  31           H        HIS  31   8.323  -1.166 -15.246
    2    HA   HIS  31           HA       HIS  31   6.159  -0.668 -13.466
    3    HB2  HIS  31           HB2      HIS  31   7.105   0.942 -12.024
    4    HB3  HIS  31           HB3      HIS  31   8.576   0.044 -12.371
    5    HD1  HIS  31           HD1      HIS  31   9.989   1.131 -14.571
    6    HD2  HIS  31           HD2      HIS  31   7.333   3.603 -12.536
    7    HE1  HIS  31           HE1      HIS  31  10.591   3.479 -15.245
    8    HE2  HIS  31           HE2      HIS  31   8.759   4.900 -14.248

  No H/Q in entry =           8
  In of MODEL    5
    1    H    GLN  32           H        GLN  32   7.150  -0.512 -16.465
    2    HA   GLN  32           HA       GLN  32   6.010   2.174 -16.966
    3    HB2  GLN  32           HB2      GLN  32   8.417   1.901 -17.671
    4    HB3  GLN  32           HB3      GLN  32   7.881   0.697 -18.835
    5    HG2  GLN  32           HG2      GLN  32   8.238   3.034 -19.729
    6    HG3  GLN  32           HG3      GLN  32   6.688   2.284 -20.099
    7   HE21  GLN  32          HE21      GLN  32   5.617   4.201 -20.413
    8   HE22  GLN  32          HE22      GLN  32   5.259   5.308 -19.135

  No H/Q in entry =           8
  In of MODEL    5
    1    H    GLY  33           H        GLY  33   5.399  -1.088 -17.253
    2    HA3  GLY  33           HA2      GLY  33   3.030  -1.465 -18.144
    3    HA2  GLY  33           HA3      GLY  33   3.633  -0.637 -19.565

  No H/Q in entry =           3
  In of MODEL    5
    1    H    GLU  34           H        GLU  34   5.805  -2.650 -17.948
    2    HA   GLU  34           HA       GLU  34   5.840  -4.610 -20.093
    3    HB2  GLU  34           HB2      GLU  34   7.554  -4.552 -17.624
    4    HB3  GLU  34           HB3      GLU  34   7.927  -5.247 -19.183
    5    HG2  GLU  34           HG2      GLU  34   9.163  -3.394 -19.428
    6    HG3  GLU  34           HG3      GLU  34   7.620  -2.657 -19.854

  No H/Q in entry =           6
  In of MODEL    5
    1    H    LYS  35           H        LYS  35   4.706  -6.391 -19.881
    2    HA   LYS  35           HA       LYS  35   3.233  -7.195 -17.709
    3    HB2  LYS  35           HB2      LYS  35   4.156  -8.496 -20.192
    4    HB3  LYS  35           HB3      LYS  35   3.720  -9.590 -18.883
    5    HG2  LYS  35           HG2      LYS  35   1.521  -8.644 -18.738
    6    HG3  LYS  35           HG3      LYS  35   1.943  -7.389 -19.906
    7    HD2  LYS  35           HD2      LYS  35   0.659  -9.074 -21.034
    8    HD3  LYS  35           HD3      LYS  35   2.327  -9.178 -21.593
    9    HE2  LYS  35           HE2      LYS  35   2.483 -10.926 -19.606
   10    HE3  LYS  35           HE3      LYS  35   0.755 -11.060 -19.922
   11    HZ2  LYS  35           HZ1      LYS  35   2.598 -12.476 -21.198
   12    HZ1  LYS  35           HZ2      LYS  35   2.482 -11.154 -22.255
   13    HZ3  LYS  35           HZ3      LYS  35   1.105 -12.063 -21.885

  No H/Q in entry =          13
  In of MODEL    5
    1    H    ALA  36           H        ALA  36   3.991  -7.590 -15.692
    2    HA   ALA  36           HA       ALA  36   6.684  -8.345 -15.248
    3    HB3  ALA  36           HB1      ALA  36   5.736  -8.658 -12.849
    4    HB2  ALA  36           HB2      ALA  36   4.278  -7.926 -13.530
    5    HB1  ALA  36           HB3      ALA  36   5.804  -7.045 -13.559

  No H/Q in entry =           5
  In of MODEL    5
    1    H    GLU  37           H        GLU  37   6.611 -10.271 -16.670
    2    HA   GLU  37           HA       GLU  37   5.351 -12.649 -15.541
    3    HB2  GLU  37           HB2      GLU  37   7.006 -12.315 -18.051
    4    HB3  GLU  37           HB3      GLU  37   6.153 -13.776 -17.578
    5    HG2  GLU  37           HG2      GLU  37   4.025 -12.623 -17.781
    6    HG3  GLU  37           HG3      GLU  37   4.862 -11.130 -18.201

  No H/Q in entry =           6
  In of MODEL    5
    1    H    THR  38           H        THR  38   8.408 -11.095 -15.713
    2    HA   THR  38           HA       THR  38   9.757 -13.473 -14.648
    3    HB   THR  38           HB       THR  38  10.788 -12.441 -16.657
    4    HG1  THR  38           HG1      THR  38  12.034 -12.935 -14.291
    5   HG21  THR  38          HG21      THR  38  11.182 -10.049 -14.862
    6   HG23  THR  38          HG22      THR  38  10.196 -10.120 -16.322
    7   HG22  THR  38          HG23      THR  38  11.950 -10.273 -16.433

  No H/Q in entry =           7
  In of MODEL    5
    1    H    LEU  39           H        LEU  39  10.578 -13.456 -12.623
    2    HA   LEU  39           HA       LEU  39   9.975 -11.071 -11.041
    3    HB2  LEU  39           HB2      LEU  39   9.057 -12.407  -9.515
    4    HB3  LEU  39           HB3      LEU  39   9.263 -13.742 -10.636
    5    HG   LEU  39           HG       LEU  39  11.641 -13.090  -9.021
    6   HD13  LEU  39          HD11      LEU  39   9.940 -12.715  -7.345
    7   HD12  LEU  39          HD12      LEU  39  10.760 -14.247  -7.037
    8   HD11  LEU  39          HD13      LEU  39   9.154 -14.237  -7.766
    9   HD22  LEU  39          HD21      LEU  39  11.807 -15.499  -8.928
   10   HD21  LEU  39          HD22      LEU  39  11.488 -14.987 -10.586
   11   HD23  LEU  39          HD23      LEU  39  10.188 -15.665  -9.606

  No H/Q in entry =          11
  In of MODEL    5
    1    H    TYR  40           H        TYR  40  11.526 -10.450  -9.392
    2    HA   TYR  40           HA       TYR  40  14.235 -11.455  -9.902
    3    HB2  TYR  40           HB2      TYR  40  13.668  -8.567  -9.284
    4    HB3  TYR  40           HB3      TYR  40  15.148  -9.278  -9.895
    5    HD1  TYR  40           HD1      TYR  40  15.668  -8.894 -12.043
    6    HD2  TYR  40           HD2      TYR  40  11.563  -8.862 -10.999
    7    HE1  TYR  40           HE1      TYR  40  15.110  -8.185 -14.319
    8    HE2  TYR  40           HE2      TYR  40  10.978  -8.166 -13.283
    9    HH   TYR  40           HH       TYR  40  12.039  -7.025 -15.185

  No H/Q in entry =           9
  In of MODEL    5
    1    H    TYR  41           H        TYR  41  15.261 -11.985  -7.978
    2    HA   TYR  41           HA       TYR  41  14.034 -10.907  -5.552
    3    HB2  TYR  41           HB2      TYR  41  13.830 -13.356  -5.927
    4    HB3  TYR  41           HB3      TYR  41  15.582 -13.471  -5.958
    5    HD1  TYR  41           HD1      TYR  41  15.045 -11.051  -3.617
    6    HD2  TYR  41           HD2      TYR  41  14.469 -15.203  -4.187
    7    HE1  TYR  41           HE1      TYR  41  15.072 -11.371  -1.200
    8    HE2  TYR  41           HE2      TYR  41  14.496 -15.543  -1.791
    9    HH   TYR  41           HH       TYR  41  14.725 -12.794   0.468

  No H/Q in entry =           9
  In of MODEL    5
    1    H    ILE  42           H        ILE  42  15.305  -9.078  -5.366
    2    HA   ILE  42           HA       ILE  42  18.110  -9.026  -5.720
    3    HB   ILE  42           HB       ILE  42  17.586  -6.852  -5.630
    4   HG12  ILE  42          HG12      ILE  42  17.561  -7.482  -2.697
    5   HG13  ILE  42          HG13      ILE  42  18.771  -6.610  -3.637
    6   HG23  ILE  42          HG21      ILE  42  15.477  -5.986  -4.774
    7   HG22  ILE  42          HG22      ILE  42  15.127  -7.555  -4.051
    8   HG21  ILE  42          HG23      ILE  42  15.242  -7.396  -5.803
    9   HD12  ILE  42          HD11      ILE  42  17.473  -5.158  -2.132
   10   HD11  ILE  42          HD12      ILE  42  16.011  -5.585  -3.021
   11   HD13  ILE  42          HD13      ILE  42  17.308  -4.709  -3.832

  No H/Q in entry =          11
  In of MODEL    5
    1    H    VAL  43           H        VAL  43  19.439 -10.342  -4.611
    2    HA   VAL  43           HA       VAL  43  18.550 -10.939  -1.922
    3    HB   VAL  43           HB       VAL  43  19.680 -12.976  -1.875
    4   HG11  VAL  43          HG11      VAL  43  18.381 -12.538  -4.545
    5   HG13  VAL  43          HG12      VAL  43  17.595 -13.028  -3.041
    6   HG12  VAL  43          HG13      VAL  43  18.724 -14.121  -3.843
    7   HG22  VAL  43          HG21      VAL  43  21.763 -12.552  -2.873
    8   HG21  VAL  43          HG22      VAL  43  21.016 -12.104  -4.408
    9   HG23  VAL  43          HG23      VAL  43  20.968 -13.779  -3.856

  No H/Q in entry =           9
  In of MODEL    5
    1    H    LYS  44           H        LYS  44  20.481  -9.073  -3.392
    2    HA   LYS  44           HA       LYS  44  22.164  -8.199  -1.235
    3    HB2  LYS  44           HB2      LYS  44  23.500  -9.217  -3.785
    4    HB3  LYS  44           HB3      LYS  44  24.305  -8.407  -2.455
    5    HG2  LYS  44           HG2      LYS  44  23.025 -11.123  -2.309
    6    HG3  LYS  44           HG3      LYS  44  24.751 -10.807  -2.506
    7    HD2  LYS  44           HD2      LYS  44  24.877  -9.758  -0.379
    8    HD3  LYS  44           HD3      LYS  44  23.121  -9.765  -0.214
    9    HE2  LYS  44           HE2      LYS  44  24.205 -12.422  -0.678
   10    HE3  LYS  44           HE3      LYS  44  24.867 -11.674   0.775
   11    HZ3  LYS  44           HZ1      LYS  44  22.767 -11.497   1.725
   12    HZ2  LYS  44           HZ2      LYS  44  22.720 -13.014   0.983
   13    HZ1  LYS  44           HZ3      LYS  44  21.957 -11.690   0.252

  No H/Q in entry =          13
  In of MODEL    5
    1    H    GLY  45           H        GLY  45  22.702  -6.112  -1.714
    2    HA3  GLY  45           HA2      GLY  45  22.776  -4.104  -2.908
    3    HA2  GLY  45           HA3      GLY  45  21.994  -4.911  -4.272

  No H/Q in entry =           3
  In of MODEL    5
    1    H    SER  46           H        SER  46  20.894  -2.497  -3.332
    2    HA   SER  46           HA       SER  46  18.325  -3.552  -2.660
    3    HB2  SER  46           HB2      SER  46  17.964  -2.357  -0.710
    4    HB3  SER  46           HB3      SER  46  19.678  -2.748  -0.554
    5    HG   SER  46           HG       SER  46  19.459  -0.512  -1.967

  No H/Q in entry =           5
  In of MODEL    5
    1    H    VAL  47           H        VAL  47  16.568  -2.061  -3.029
    2    HA   VAL  47           HA       VAL  47  17.345  -0.192  -5.149
    3    HB   VAL  47           HB       VAL  47  15.530  -0.926  -6.545
    4   HG13  VAL  47          HG11      VAL  47  16.414  -3.061  -7.220
    5   HG12  VAL  47          HG12      VAL  47  17.149  -3.290  -5.629
    6   HG11  VAL  47          HG13      VAL  47  17.745  -2.022  -6.703
    7   HG21  VAL  47          HG21      VAL  47  15.002  -2.935  -4.375
    8   HG23  VAL  47          HG22      VAL  47  14.308  -3.014  -5.995
    9   HG22  VAL  47          HG23      VAL  47  13.915  -1.660  -4.930

  No H/Q in entry =           9
  In of MODEL    5
    1    H    ALA  48           H        ALA  48  14.992   0.799  -6.009
    2    HA   ALA  48           HA       ALA  48  13.899   1.957  -3.558
    3    HB2  ALA  48           HB1      ALA  48  13.983   4.132  -4.476
    4    HB3  ALA  48           HB2      ALA  48  14.361   3.515  -6.084
    5    HB1  ALA  48           HB3      ALA  48  15.564   3.422  -4.797

  No H/Q in entry =           5
  In of MODEL    5
    1    H    VAL  49           H        VAL  49  12.069   0.744  -3.646
    2    HA   VAL  49           HA       VAL  49  10.565   0.183  -5.924
    3    HB   VAL  49           HB       VAL  49  10.045   0.083  -2.976
    4   HG12  VAL  49          HG11      VAL  49   7.954  -0.956  -4.797
    5   HG11  VAL  49          HG12      VAL  49   7.961   0.771  -4.453
    6   HG13  VAL  49          HG13      VAL  49   7.824  -0.388  -3.130
    7   HG22  VAL  49          HG21      VAL  49   9.805  -2.295  -3.446
    8   HG21  VAL  49          HG22      VAL  49  11.334  -1.679  -4.075
    9   HG23  VAL  49          HG23      VAL  49   9.981  -1.975  -5.174

  No H/Q in entry =           9
  In of MODEL    5
    1    H    LEU  50           H        LEU  50   8.941   1.266  -6.968
    2    HA   LEU  50           HA       LEU  50   8.020   3.781  -5.909
    3    HB2  LEU  50           HB2      LEU  50   8.713   5.125  -7.666
    4    HB3  LEU  50           HB3      LEU  50  10.102   4.118  -7.324
    5    HG   LEU  50           HG       LEU  50   8.231   3.951  -9.667
    6   HD12  LEU  50          HD11      LEU  50  10.463   3.987 -10.827
    7   HD11  LEU  50          HD12      LEU  50  11.163   4.410  -9.260
    8   HD13  LEU  50          HD13      LEU  50   9.975   5.487 -10.025
    9   HD21  LEU  50          HD21      LEU  50  10.330   1.976  -8.811
   10   HD23  LEU  50          HD22      LEU  50   9.474   1.976 -10.359
   11   HD22  LEU  50          HD23      LEU  50   8.587   1.701  -8.860

  No H/Q in entry =          11
  In of MODEL    5
    1    H    ILE  51           H        ILE  51   6.123   4.610  -6.793
    2    HA   ILE  51           HA       ILE  51   4.686   2.633  -8.443
    3    HB   ILE  51           HB       ILE  51   2.639   3.482  -7.133
    4   HG12  ILE  51          HG12      ILE  51   3.402   3.901  -4.693
    5   HG13  ILE  51          HG13      ILE  51   4.945   4.350  -5.403
    6   HG22  ILE  51          HG21      ILE  51   3.419   1.811  -5.243
    7   HG21  ILE  51          HG22      ILE  51   4.769   1.557  -6.348
    8   HG23  ILE  51          HG23      ILE  51   3.120   1.250  -6.889
    9   HD13  ILE  51          HD11      ILE  51   3.692   6.327  -4.982
   10   HD12  ILE  51          HD12      ILE  51   2.288   5.680  -5.830
   11   HD11  ILE  51          HD13      ILE  51   3.752   6.081  -6.728

  No H/Q in entry =          11
  In of MODEL    5
    1    H    LYS  52           H        LYS  52   2.699   3.422  -9.454
    2    HA   LYS  52           HA       LYS  52   3.166   6.082 -10.582
    3    HB2  LYS  52           HB2      LYS  52   1.891   3.595 -11.705
    4    HB3  LYS  52           HB3      LYS  52   1.642   5.172 -12.447
    5    HG2  LYS  52           HG2      LYS  52   4.105   5.394 -12.651
    6    HG3  LYS  52           HG3      LYS  52   4.265   3.743 -12.062
    7    HD2  LYS  52           HD2      LYS  52   3.659   2.849 -14.054
    8    HD3  LYS  52           HD3      LYS  52   2.429   4.087 -14.343
    9    HE2  LYS  52           HE2      LYS  52   5.208   5.047 -14.418
   10    HE3  LYS  52           HE3      LYS  52   4.787   3.899 -15.688
   11    HZ2  LYS  52           HZ1      LYS  52   4.427   6.412 -16.068
   12    HZ1  LYS  52           HZ2      LYS  52   3.025   6.194 -15.146
   13    HZ3  LYS  52           HZ3      LYS  52   3.236   5.325 -16.578

  No H/Q in entry =          13
  In of MODEL    5
    1    H    ASP  53           H        ASP  53   1.642   7.586 -10.544
    2    HA   ASP  53           HA       ASP  53  -0.526   7.227  -8.676
    3    HB2  ASP  53           HB2      ASP  53   1.197   9.297  -9.166
    4    HB3  ASP  53           HB3      ASP  53  -0.269   9.841  -9.964

  No H/Q in entry =           4
  In of MODEL    5
    1    H    GLU  54           H        GLU  54  -2.180   9.271  -9.664
    2    HA   GLU  54           HA       GLU  54  -3.677   7.902 -11.799
    3    HB2  GLU  54           HB2      GLU  54  -4.422   8.700  -9.319
    4    HB3  GLU  54           HB3      GLU  54  -4.837  10.136 -10.239
    5    HG2  GLU  54           HG2      GLU  54  -6.356   8.904 -11.591
    6    HG3  GLU  54           HG3      GLU  54  -5.791   7.371 -10.918

  No H/Q in entry =           6
  In of MODEL    5
    1    H    GLU  55           H        GLU  55  -1.458  10.247 -11.308
    2    HA   GLU  55           HA       GLU  55  -2.191  11.656 -13.795
    3    HB2  GLU  55           HB2      GLU  55  -1.162  13.665 -12.892
    4    HB3  GLU  55           HB3      GLU  55  -2.439  13.106 -11.822
    5    HG2  GLU  55           HG2      GLU  55  -0.959  12.360 -10.214
    6    HG3  GLU  55           HG3      GLU  55   0.395  12.326 -11.343

  No H/Q in entry =           6
  In of MODEL    5
    1    H    GLY  56           H        GLY  56  -0.502   9.223 -12.913
    2    HA3  GLY  56           HA2      GLY  56   1.270   8.247 -14.034
    3    HA2  GLY  56           HA3      GLY  56   1.533   9.764 -14.877

  No H/Q in entry =           3
  In of MODEL    5
    1    H    LYS  57           H        LYS  57   1.488   9.816 -11.272
    2    HA   LYS  57           HA       LYS  57   4.212  10.693 -11.470
    3    HB2  LYS  57           HB2      LYS  57   1.987  10.996  -9.662
    4    HB3  LYS  57           HB3      LYS  57   3.347  10.313  -8.786
    5    HG2  LYS  57           HG2      LYS  57   4.530  12.224  -8.877
    6    HG3  LYS  57           HG3      LYS  57   3.958  12.630 -10.497
    7    HD2  LYS  57           HD2      LYS  57   3.164  14.205  -8.749
    8    HD3  LYS  57           HD3      LYS  57   1.855  13.408  -9.619
    9    HE2  LYS  57           HE2      LYS  57   2.253  11.707  -7.516
   10    HE3  LYS  57           HE3      LYS  57   2.600  13.272  -6.784
   11    HZ1  LYS  57           HZ1      LYS  57   0.329  13.735  -8.213
   12    HZ3  LYS  57           HZ2      LYS  57   0.398  13.429  -6.548
   13    HZ2  LYS  57           HZ3      LYS  57   0.079  12.158  -7.622

  No H/Q in entry =          13
  In of MODEL    5
    1    H    GLU  58           H        GLU  58   5.786   9.215 -11.387
    2    HA   GLU  58           HA       GLU  58   5.209   6.585 -10.217
    3    HB2  GLU  58           HB2      GLU  58   7.480   6.276 -11.770
    4    HB3  GLU  58           HB3      GLU  58   5.864   5.808 -12.275
    5    HG2  GLU  58           HG2      GLU  58   5.560   7.983 -13.345
    6    HG3  GLU  58           HG3      GLU  58   7.172   8.463 -12.827

  No H/Q in entry =           6
  In of MODEL    5
    1    H    MET  59           H        MET  59   5.878   7.370  -8.002
    2    HA   MET  59           HA       MET  59   8.464   8.666  -8.011
    3    HB2  MET  59           HB2      MET  59   6.192   8.656  -6.026
    4    HB3  MET  59           HB3      MET  59   7.632   9.659  -5.960
    5    HG2  MET  59           HG2      MET  59   6.853  11.068  -7.642
    6    HG3  MET  59           HG3      MET  59   5.668   9.887  -8.202
    7    HE2  MET  59           HE1      MET  59   4.925  11.086  -3.886
    8    HE1  MET  59           HE2      MET  59   6.553  10.993  -4.556
    9    HE3  MET  59           HE3      MET  59   5.530   9.556  -4.525

  No H/Q in entry =           9
  In of MODEL    5
    1    H    ILE  60           H        ILE  60   9.906   7.793  -6.566
    2    HA   ILE  60           HA       ILE  60   9.678   5.180  -5.672
    3    HB   ILE  60           HB       ILE  60  11.322   7.395  -4.460
    4   HG12  ILE  60          HG12      ILE  60  11.962   5.363  -6.597
    5   HG13  ILE  60          HG13      ILE  60  11.772   7.102  -6.828
    6   HG21  ILE  60          HG21      ILE  60  11.101   5.485  -2.960
    7   HG23  ILE  60          HG22      ILE  60  12.742   5.604  -3.593
    8   HG22  ILE  60          HG23      ILE  60  11.628   4.403  -4.248
    9   HD11  ILE  60          HD11      ILE  60  13.767   6.036  -4.911
   10   HD13  ILE  60          HD12      ILE  60  13.733   7.584  -5.763
   11   HD12  ILE  60          HD13      ILE  60  14.117   6.102  -6.640

  No H/Q in entry =          11
  In of MODEL    5
    1    H    LEU  61           H        LEU  61   8.400   4.346  -4.153
    2    HA   LEU  61           HA       LEU  61   7.473   6.162  -2.047
    3    HB2  LEU  61           HB2      LEU  61   5.362   5.216  -2.051
    4    HB3  LEU  61           HB3      LEU  61   5.774   5.223  -3.747
    5    HG   LEU  61           HG       LEU  61   4.616   3.213  -3.308
    6   HD11  LEU  61          HD11      LEU  61   6.515   3.026  -4.808
    7   HD13  LEU  61          HD12      LEU  61   6.166   1.520  -3.961
    8   HD12  LEU  61          HD13      LEU  61   7.524   2.525  -3.449
    9   HD22  LEU  61          HD21      LEU  61   4.623   2.700  -1.091
   10   HD21  LEU  61          HD22      LEU  61   6.352   2.986  -0.915
   11   HD23  LEU  61          HD23      LEU  61   5.780   1.513  -1.698

  No H/Q in entry =          11
  In of MODEL    5
    1    H    SER  62           H        SER  62   9.247   3.393  -2.840
    2    HA   SER  62           HA       SER  62   9.703   2.939  -0.046
    3    HB2  SER  62           HB2      SER  62   7.680   1.536  -0.664
    4    HB3  SER  62           HB3      SER  62   8.789   0.558  -1.618
    5    HG   SER  62           HG       SER  62   9.402   1.138   1.063

  No H/Q in entry =           5
  In of MODEL    5
    1    H    TYR  63           H        TYR  63  11.044   0.671   0.039
    2    HA   TYR  63           HA       TYR  63  12.927   0.212  -2.007
    3    HB2  TYR  63           HB2      TYR  63  14.304   1.179   0.479
    4    HB3  TYR  63           HB3      TYR  63  14.937   1.089  -1.149
    5    HD1  TYR  63           HD1      TYR  63  12.642   3.078   0.997
    6    HD2  TYR  63           HD2      TYR  63  15.171   3.052  -2.403
    7    HE1  TYR  63           HE1      TYR  63  12.460   5.522   0.865
    8    HE2  TYR  63           HE2      TYR  63  14.990   5.494  -2.562
    9    HH   TYR  63           HH       TYR  63  13.468   7.278  -1.851

  No H/Q in entry =           9
  In of MODEL    5
    1    H    LEU  64           H        LEU  64  14.538  -1.099  -1.137
    2    HA   LEU  64           HA       LEU  64  13.397  -3.261   0.437
    3    HB2  LEU  64           HB2      LEU  64  15.222  -3.599  -1.879
    4    HB3  LEU  64           HB3      LEU  64  14.332  -4.828  -1.012
    5    HG   LEU  64           HG       LEU  64  13.193  -2.752  -2.864
    6   HD12  LEU  64          HD11      LEU  64  12.506  -4.716  -4.149
    7   HD11  LEU  64          HD12      LEU  64  13.317  -5.759  -2.983
    8   HD13  LEU  64          HD13      LEU  64  14.254  -4.634  -3.959
    9   HD21  LEU  64          HD21      LEU  64  11.787  -4.759  -1.106
   10   HD23  LEU  64          HD22      LEU  64  11.036  -3.951  -2.481
   11   HD22  LEU  64          HD23      LEU  64  11.596  -3.004  -1.101

  No H/Q in entry =          11
  In of MODEL    5
    1    H    ASN  65           H        ASN  65  18.339  -3.746   0.766
    2    HA   ASN  65           HA       ASN  65  17.712  -3.736   1.487
    3    HB3  ASN  65           HB2      ASN  65  15.713  -4.773   3.202
    4    HB2  ASN  65           HB3      ASN  65  15.836  -4.586   3.242
    5   HD22  ASN  65          HD21      ASN  65  17.614  -3.340   5.770
    6   HD21  ASN  65          HD22      ASN  65  16.136  -4.100   5.283

  No H/Q in entry =           6
  In of MODEL    5
    1    H    GLN  66           H        GLN  66  19.230  -6.295   1.986
    2    HA   GLN  66           HA       GLN  66  19.929  -7.225  -0.062
    3    HB2  GLN  66           HB2      GLN  66  20.826  -7.300   2.856
    4    HB3  GLN  66           HB3      GLN  66  21.507  -8.314   1.697
    5    HG2  GLN  66           HG2      GLN  66  22.266  -6.333   0.342
    6    HG3  GLN  66           HG3      GLN  66  21.559  -5.214   1.473
    7   HE22  GLN  66          HE21      GLN  66  25.060  -5.357   2.448
    8   HE21  GLN  66          HE22      GLN  66  24.042  -4.728   1.197

  No H/Q in entry =           8
  In of MODEL    5
    1    H    GLY  67           H        GLY  67  17.684  -8.364  -0.610
    2    HA3  GLY  67           HA2      GLY  67  17.544 -10.866  -0.373
    3    HA2  GLY  67           HA3      GLY  67  17.494 -10.465   1.409

  No H/Q in entry =           3
  In of MODEL    5
    1    H    ASP  68           H        ASP  68  16.022  -8.415  -0.974
    2    HA   ASP  68           HA       ASP  68  13.368  -9.111   0.073
    3    HB2  ASP  68           HB2      ASP  68  14.708  -6.612  -0.619
    4    HB3  ASP  68           HB3      ASP  68  13.130  -6.763  -1.376

  No H/Q in entry =           4
  In of MODEL    5
    1    H    PHE  69           H        PHE  69  11.606  -9.088  -1.510
    2    HA   PHE  69           HA       PHE  69  12.453 -10.355  -3.963
    3    HB2  PHE  69           HB2      PHE  69   9.699  -9.892  -2.827
    4    HB3  PHE  69           HB3      PHE  69  10.077 -10.899  -4.218
    5    HD1  PHE  69           HD1      PHE  69  11.473 -12.980  -3.863
    6    HD2  PHE  69           HD2      PHE  69   9.786 -10.734  -0.644
    7    HE1  PHE  69           HE1      PHE  69  11.741 -14.913  -2.367
    8    HE2  PHE  69           HE2      PHE  69  10.071 -12.669   0.849
    9    HZ   PHE  69           HZ       PHE  69  11.044 -14.760  -0.012

  No H/Q in entry =           9
  In of MODEL    5
    1    H    ILE  70           H        ILE  70  11.321  -9.798  -5.993
    2    HA   ILE  70           HA       ILE  70  10.415  -7.050  -6.283
    3    HB   ILE  70           HB       ILE  70  12.956  -8.157  -7.408
    4   HG12  ILE  70          HG12      ILE  70  12.043  -5.414  -6.523
    5   HG13  ILE  70          HG13      ILE  70  13.128  -6.504  -5.666
    6   HG22  ILE  70          HG21      ILE  70  12.759  -6.308  -9.201
    7   HG21  ILE  70          HG22      ILE  70  11.024  -6.423  -8.911
    8   HG23  ILE  70          HG23      ILE  70  11.916  -7.831  -9.467
    9   HD11  ILE  70          HD11      ILE  70  14.714  -6.290  -7.587
   10   HD13  ILE  70          HD12      ILE  70  14.449  -4.809  -6.670
   11   HD12  ILE  70          HD13      ILE  70  13.660  -5.034  -8.230

  No H/Q in entry =          11
  In of MODEL    5
    1    H    GLY  71           H        GLY  71   8.983  -6.861  -7.979
    2    HA3  GLY  71           HA2      GLY  71   7.745  -7.467  -9.851
    3    HA2  GLY  71           HA3      GLY  71   8.804  -8.857 -10.058

  No H/Q in entry =           3
  In of MODEL    5
    1    H    GLU  72           H        GLU  72   7.566  -8.490  -6.920
    2    HA   GLU  72           HA       GLU  72   6.068 -10.925  -7.144
    3    HB2  GLU  72           HB2      GLU  72   5.444  -9.608  -4.714
    4    HB3  GLU  72           HB3      GLU  72   6.479 -11.004  -4.944
    5    HG2  GLU  72           HG2      GLU  72   7.723  -9.418  -3.727
    6    HG3  GLU  72           HG3      GLU  72   8.373  -9.414  -5.366

  No H/Q in entry =           6
  In of MODEL    5
    1    H    LEU  73           H        LEU  73   5.731  -7.595  -7.048
    2    HA   LEU  73           HA       LEU  73   2.952  -7.269  -6.791
    3    HB2  LEU  73           HB2      LEU  73   5.314  -5.690  -7.121
    4    HB3  LEU  73           HB3      LEU  73   4.092  -5.132  -8.250
    5    HG   LEU  73           HG       LEU  73   4.043  -3.918  -6.108
    6   HD12  LEU  73          HD11      LEU  73   1.568  -4.412  -5.695
    7   HD11  LEU  73          HD12      LEU  73   1.740  -5.611  -6.982
    8   HD13  LEU  73          HD13      LEU  73   2.050  -3.906  -7.315
    9   HD21  LEU  73          HD21      LEU  73   4.219  -6.563  -5.054
   10   HD23  LEU  73          HD22      LEU  73   2.709  -5.834  -4.502
   11   HD22  LEU  73          HD23      LEU  73   4.246  -5.026  -4.187

  No H/Q in entry =          11
  In of MODEL    5
    1    H    GLY  74           H        GLY  74   4.519  -8.805  -9.167
    2    HA3  GLY  74           HA2      GLY  74   2.521  -7.957 -11.162
    3    HA2  GLY  74           HA3      GLY  74   4.175  -8.361 -11.599

  No H/Q in entry =           3
  In of MODEL    5
    1    H    LEU  75           H        LEU  75   4.211 -10.550  -9.560
    2    HA   LEU  75           HA       LEU  75   2.888 -12.522 -11.307
    3    HB2  LEU  75           HB2      LEU  75   4.513 -14.015 -10.716
    4    HB3  LEU  75           HB3      LEU  75   5.402 -12.516 -10.493
    5    HG   LEU  75           HG       LEU  75   4.214 -12.941  -8.035
    6   HD13  LEU  75          HD11      LEU  75   4.798 -15.254  -7.462
    7   HD12  LEU  75          HD12      LEU  75   5.234 -15.562  -9.147
    8   HD11  LEU  75          HD13      LEU  75   3.563 -15.191  -8.720
    9   HD22  LEU  75          HD21      LEU  75   6.444 -13.252  -7.256
   10   HD21  LEU  75          HD22      LEU  75   6.540 -12.161  -8.640
   11   HD23  LEU  75          HD23      LEU  75   6.979 -13.859  -8.823

  No H/Q in entry =          11
  In of MODEL    5
    1    H    PHE  76           H        PHE  76   3.002 -11.409  -8.018
    2    HA   PHE  76           HA       PHE  76   1.108 -13.482  -7.197
    3    HB2  PHE  76           HB2      PHE  76   3.296 -13.155  -5.960
    4    HB3  PHE  76           HB3      PHE  76   2.671 -11.602  -5.437
    5    HD1  PHE  76           HD1      PHE  76   0.603 -14.600  -5.762
    6    HD2  PHE  76           HD2      PHE  76   2.735 -12.065  -3.119
    7    HE1  PHE  76           HE1      PHE  76  -0.464 -15.718  -3.841
    8    HE2  PHE  76           HE2      PHE  76   1.680 -13.166  -1.191
    9    HZ   PHE  76           HZ       PHE  76   0.078 -15.000  -1.551

  No H/Q in entry =           9
  In of MODEL    5
    1    H    GLU  77           H        GLU  77   1.569 -10.072  -7.627
    2    HA   GLU  77           HA       GLU  77  -0.665  -9.240  -6.138
    3    HB2  GLU  77           HB2      GLU  77   0.193  -7.233  -6.649
    4    HB3  GLU  77           HB3      GLU  77   1.289  -7.978  -7.797
    5    HG2  GLU  77           HG2      GLU  77   0.172  -6.340  -9.014
    6    HG3  GLU  77           HG3      GLU  77  -0.617  -7.845  -9.473

  No H/Q in entry =           6
  In of MODEL    5
    1    H    GLU  78           H        GLU  78  -0.039 -10.210  -9.440
    2    HA   GLU  78           HA       GLU  78  -1.299 -11.454 -10.772
    3    HB2  GLU  78           HB2      GLU  78  -3.093 -11.767  -8.981
    4    HB3  GLU  78           HB3      GLU  78  -3.836 -10.304  -9.620
    5    HG2  GLU  78           HG2      GLU  78  -3.763 -11.463 -11.883
    6    HG3  GLU  78           HG3      GLU  78  -3.420 -12.938 -10.980

  No H/Q in entry =           6
  In of MODEL    5
    1    H    GLY  79           H        GLY  79  -0.009  -9.026 -10.834
    2    HA3  GLY  79           HA2      GLY  79  -1.532  -6.922 -12.004
    3    HA2  GLY  79           HA3      GLY  79   0.211  -7.059 -11.953

  No H/Q in entry =           3
  In of MODEL    5
    1    H    GLN  80           H        GLN  80   1.195  -8.544 -13.475
    2    HA   GLN  80           HA       GLN  80   1.662  -9.142 -15.552
    3    HB2  GLN  80           HB2      GLN  80  -1.222  -9.912 -15.355
    4    HB3  GLN  80           HB3      GLN  80  -0.391 -10.050 -16.899
    5    HG2  GLN  80           HG2      GLN  80   0.350 -12.032 -16.249
    6    HG3  GLN  80           HG3      GLN  80   1.332 -11.209 -15.041
    7   HE21  GLN  80          HE21      GLN  80   0.740 -11.281 -12.911
    8   HE22  GLN  80          HE22      GLN  80  -0.554 -12.267 -12.326

  No H/Q in entry =           8
  In of MODEL    5
    1    H    GLU  81           H        GLU  81   2.046  -6.865 -15.628
    2    HA   GLU  81           HA       GLU  81   1.838  -5.487 -17.837
    3    HB2  GLU  81           HB2      GLU  81  -0.823  -5.608 -17.127
    4    HB3  GLU  81           HB3      GLU  81  -0.327  -4.061 -16.448
    5    HG2  GLU  81           HG2      GLU  81   0.633  -4.409 -19.156
    6    HG3  GLU  81           HG3      GLU  81  -1.121  -4.529 -19.051

  No H/Q in entry =           6
  In of MODEL    5
    1    H    ARG  82           H        ARG  82   3.692  -5.447 -16.048
    2    HA   ARG  82           HA       ARG  82   5.071  -4.280 -14.739
    3    HB2  ARG  82           HB2      ARG  82   5.522  -2.370 -15.737
    4    HB3  ARG  82           HB3      ARG  82   4.026  -2.560 -16.631
    5    HG2  ARG  82           HG2      ARG  82   3.729  -1.301 -13.985
    6    HG3  ARG  82           HG3      ARG  82   4.704  -0.387 -15.134
    7    HD2  ARG  82           HD2      ARG  82   2.922   0.132 -16.419
    8    HD3  ARG  82           HD3      ARG  82   2.197  -1.464 -16.231
    9    HE   ARG  82           HE       ARG  82   2.064   0.383 -13.968
   10   HH11  ARG  82          HH11      ARG  82   0.433  -1.220 -16.633
   11   HH12  ARG  82          HH12      ARG  82  -1.154  -0.914 -15.996
   12   HH21  ARG  82          HH21      ARG  82  -0.055   0.767 -13.131
   13   HH22  ARG  82          HH22      ARG  82  -1.428   0.198 -14.023

  No H/Q in entry =          13
  In of MODEL    5
    1    H    SER  83           H        SER  83   2.023  -2.532 -14.225
    2    HA   SER  83           HA       SER  83   0.871  -1.884 -12.428
    3    HB2  SER  83           HB2      SER  83   2.291  -4.128 -10.997
    4    HB3  SER  83           HB3      SER  83   0.777  -3.361 -10.516
    5    HG   SER  83           HG       SER  83  -0.265  -4.491 -11.962

  No H/Q in entry =           5
  In of MODEL    5
    1    H    ALA  84           H        ALA  84   4.337  -2.178 -11.784
    2    HA   ALA  84           HA       ALA  84   5.702  -0.315 -11.323
    3    HB1  ALA  84           HB1      ALA  84   4.962   1.681 -10.305
    4    HB3  ALA  84           HB2      ALA  84   3.447   0.944  -9.787
    5    HB2  ALA  84           HB3      ALA  84   3.737   1.250 -11.500

  No H/Q in entry =           5
  In of MODEL    5
    1    H    TRP  85           H        TRP  85   7.108  -0.096  -9.562
    2    HA   TRP  85           HA       TRP  85   6.736  -0.632  -7.020
    3    HB2  TRP  85           HB2      TRP  85   5.777  -2.838  -8.025
    4    HB3  TRP  85           HB3      TRP  85   7.471  -3.257  -8.253
    5    HD1  TRP  85           HD1      TRP  85   8.405  -4.580  -6.401
    6    HE1  TRP  85           HE1      TRP  85   7.954  -4.888  -3.874
    7    HE3  TRP  85           HE3      TRP  85   4.724  -1.120  -5.862
    8    HZ2  TRP  85           HZ2      TRP  85   6.252  -3.753  -1.916
    9    HZ3  TRP  85           HZ3      TRP  85   3.737  -0.769  -3.638
   10    HH2  TRP  85           HH2      TRP  85   4.483  -2.059  -1.706

  No H/Q in entry =          10
  In of MODEL    5
    1    H    VAL  86           H        VAL  86   8.804  -1.675  -9.767
    2    HA   VAL  86           HA       VAL  86  10.871  -0.827  -7.904
    3    HB   VAL  86           HB       VAL  86  11.916  -2.605  -9.922
    4   HG13  VAL  86          HG11      VAL  86  13.313  -2.123  -8.163
    5   HG12  VAL  86          HG12      VAL  86  12.566  -3.618  -7.598
    6   HG11  VAL  86          HG13      VAL  86  11.988  -2.064  -6.998
    7   HG23  VAL  86          HG21      VAL  86  10.928  -4.584  -8.779
    8   HG22  VAL  86          HG22      VAL  86   9.762  -3.669  -9.731
    9   HG21  VAL  86          HG23      VAL  86   9.794  -3.503  -7.976

  No H/Q in entry =           9
  In of MODEL    5
    1    H    ARG  87           H        ARG  87  12.787  -0.252  -8.335
    2    HA   ARG  87           HA       ARG  87  13.850   0.762 -10.644
    3    HB2  ARG  87           HB2      ARG  87  12.265   2.625 -10.416
    4    HB3  ARG  87           HB3      ARG  87  12.853   2.918  -8.784
    5    HG2  ARG  87           HG2      ARG  87  15.146   2.961 -10.334
    6    HG3  ARG  87           HG3      ARG  87  13.936   3.779 -11.330
    7    HD2  ARG  87           HD2      ARG  87  14.719   5.547 -10.108
    8    HD3  ARG  87           HD3      ARG  87  13.400   5.015  -9.067
    9    HE   ARG  87           HE       ARG  87  15.369   3.647  -7.986
   10   HH11  ARG  87          HH11      ARG  87  15.409   6.969  -9.113
   11   HH12  ARG  87          HH12      ARG  87  16.613   7.476  -7.975
   12   HH21  ARG  87          HH21      ARG  87  16.959   4.313  -6.494
   13   HH22  ARG  87          HH22      ARG  87  17.490   5.968  -6.468

  No H/Q in entry =          13
  In of MODEL    5
    1    H    ALA  88           H        ALA  88  15.947   0.058 -10.028
    2    HA   ALA  88           HA       ALA  88  16.816  -0.547  -7.757
    3    HB1  ALA  88           HB1      ALA  88  18.042   0.140 -10.162
    4    HB2  ALA  88           HB2      ALA  88  18.488  -1.071  -8.955
    5    HB3  ALA  88           HB3      ALA  88  19.097   0.577  -8.810

  No H/Q in entry =           5
  In of MODEL    5
    1    H    LYS  89           H        LYS  89  19.033   0.461  -6.863
    2    HA   LYS  89           HA       LYS  89  18.730   3.064  -5.769
    3    HB2  LYS  89           HB2      LYS  89  17.318   1.731  -4.191
    4    HB3  LYS  89           HB3      LYS  89  18.764   0.842  -3.738
    5    HG2  LYS  89           HG2      LYS  89  19.781   2.869  -2.902
    6    HG3  LYS  89           HG3      LYS  89  18.372   3.805  -3.415
    7    HD2  LYS  89           HD2      LYS  89  16.959   2.656  -1.878
    8    HD3  LYS  89           HD3      LYS  89  18.227   1.492  -1.496
    9    HE2  LYS  89           HE2      LYS  89  18.066   3.062   0.284
   10    HE3  LYS  89           HE3      LYS  89  19.577   3.332  -0.579
   11    HZ2  LYS  89           HZ1      LYS  89  17.110   4.983  -0.669
   12    HZ1  LYS  89           HZ2      LYS  89  18.324   5.139  -1.829
   13    HZ3  LYS  89           HZ3      LYS  89  18.661   5.462  -0.207

  No H/Q in entry =          13
  In of MODEL    5
    1    H    THR  90           H        THR  90  20.323   0.050  -4.813
    2    HA   THR  90           HA       THR  90  22.918   1.259  -5.551
    3    HB   THR  90           HB       THR  90  22.855  -1.166  -3.859
    4    HG1  THR  90           HG1      THR  90  22.648   0.774  -2.141
    5   HG21  THR  90          HG21      THR  90  24.407   1.427  -3.745
    6   HG23  THR  90          HG22      THR  90  24.962  -0.079  -4.479
    7   HG22  THR  90          HG23      THR  90  24.704   0.011  -2.737

  No H/Q in entry =           7
  In of MODEL    5
    1    H    ALA  91           H        ALA  91  23.731   0.050  -7.747
    2    HA   ALA  91           HA       ALA  91  22.964  -1.969  -8.793
    3    HB3  ALA  91           HB1      ALA  91  25.803  -2.173  -7.831
    4    HB2  ALA  91           HB2      ALA  91  25.281  -0.943  -8.978
    5    HB1  ALA  91           HB3      ALA  91  25.136  -2.652  -9.392

  No H/Q in entry =           5
  In of MODEL    5
    1    H    CYS  92           H        CYS  92  22.116  -3.958  -8.430
    2    HA   CYS  92           HA       CYS  92  22.936  -5.316  -5.878
    3    HB2  CYS  92           HB2      CYS  92  20.371  -6.173  -6.884
    4    HB3  CYS  92           HB3      CYS  92  20.731  -5.431  -5.332
    5    HG   CYS  92           HG       CYS  92  20.682  -2.794  -6.585

  No H/Q in entry =           5
  In of MODEL    5
    1    H    GLU  93           H        GLU  93  21.421  -7.488  -6.392
    2    HA   GLU  93           HA       GLU  93  22.541  -8.957  -8.557
    3    HB2  GLU  93           HB2      GLU  93  23.137  -9.745  -5.680
    4    HB3  GLU  93           HB3      GLU  93  23.494 -10.715  -7.101
    5    HG2  GLU  93           HG2      GLU  93  24.676  -7.991  -6.744
    6    HG3  GLU  93           HG3      GLU  93  25.398  -9.416  -5.995

  No H/Q in entry =           6
  In of MODEL    5
    1    H    VAL  94           H        VAL  94  20.520  -9.613  -9.180
    2    HA   VAL  94           HA       VAL  94  18.701 -10.295  -6.984
    3    HB   VAL  94           HB       VAL  94  16.805  -9.872  -8.504
    4   HG13  VAL  94          HG11      VAL  94  17.121  -8.068  -7.148
    5   HG12  VAL  94          HG12      VAL  94  17.296  -7.313  -8.731
    6   HG11  VAL  94          HG13      VAL  94  18.728  -7.722  -7.785
    7   HG23  VAL  94          HG21      VAL  94  17.200  -8.528 -10.551
    8   HG22  VAL  94          HG22      VAL  94  17.772 -10.196 -10.663
    9   HG21  VAL  94          HG23      VAL  94  18.921  -8.889 -10.400

  No H/Q in entry =           9
  In of MODEL    5
    1    H    ALA  95           H        ALA  95  17.603 -12.141  -6.974
    2    HA   ALA  95           HA       ALA  95  18.697 -14.225  -8.692
    3    HB1  ALA  95           HB1      ALA  95  17.729 -14.030  -6.065
    4    HB3  ALA  95           HB2      ALA  95  18.136 -15.522  -6.910
    5    HB2  ALA  95           HB3      ALA  95  16.479 -14.921  -6.933

  No H/Q in entry =           5
  In of MODEL    5
    1    H    GLU  96           H        GLU  96  17.800 -13.186 -10.588
    2    HA   GLU  96           HA       GLU  96  14.897 -13.096 -10.660
    3    HB2  GLU  96           HB2      GLU  96  15.082 -11.664 -12.530
    4    HB3  GLU  96           HB3      GLU  96  16.293 -11.119 -11.375
    5    HG2  GLU  96           HG2      GLU  96  17.842 -12.734 -12.780
    6    HG3  GLU  96           HG3      GLU  96  16.622 -12.458 -14.013

  No H/Q in entry =           6
  In of MODEL    5
    1    H    ILE  97           H        ILE  97  13.729 -14.326 -11.584
    2    HA   ILE  97           HA       ILE  97  14.456 -15.807 -13.923
    3    HB   ILE  97           HB       ILE  97  13.343 -17.864 -12.837
    4   HG12  ILE  97          HG12      ILE  97  14.677 -16.787 -10.411
    5   HG13  ILE  97          HG13      ILE  97  12.981 -16.455 -10.730
    6   HG22  ILE  97          HG21      ILE  97  16.164 -17.362 -12.095
    7   HG21  ILE  97          HG22      ILE  97  15.661 -17.514 -13.777
    8   HG23  ILE  97          HG23      ILE  97  15.394 -18.847 -12.658
    9   HD12  ILE  97          HD11      ILE  97  14.242 -19.161 -10.401
   10   HD11  ILE  97          HD12      ILE  97  12.558 -18.875 -10.834
   11   HD13  ILE  97          HD13      ILE  97  13.167 -18.343  -9.267

  No H/Q in entry =          11
  In of MODEL    5
    1    H    SER  98           H        SER  98  12.409 -17.349 -14.303
    2    HA   SER  98           HA       SER  98  10.245 -15.407 -14.389
    3    HB2  SER  98           HB2      SER  98   9.395 -17.175 -16.118
    4    HB3  SER  98           HB3      SER  98  10.717 -16.087 -16.549
    5    HG   SER  98           HG       SER  98  10.916 -18.535 -16.864

  No H/Q in entry =           5
  In of MODEL    5
    1    H    TYR  99           H        TYR  99   8.320 -15.761 -13.711
    2    HA   TYR  99           HA       TYR  99   7.914 -17.435 -11.376
    3    HB2  TYR  99           HB2      TYR  99   5.816 -16.283 -11.077
    4    HB3  TYR  99           HB3      TYR  99   7.013 -15.092 -11.533
    5    HD1  TYR  99           HD1      TYR  99   5.293 -17.235 -14.054
    6    HD2  TYR  99           HD2      TYR  99   5.400 -13.416 -12.171
    7    HE1  TYR  99           HE1      TYR  99   3.722 -16.365 -15.718
    8    HE2  TYR  99           HE2      TYR  99   3.830 -12.553 -13.841
    9    HH   TYR  99           HH       TYR  99   2.088 -14.560 -15.954

  No H/Q in entry =           9
  In of MODEL    5
    1    H    LYS 100           H        LYS 100   7.662 -18.139 -14.722
    2    HA   LYS 100           HA       LYS 100   5.442 -19.885 -14.267
    3    HB2  LYS 100           HB2      LYS 100   6.137 -19.221 -16.548
    4    HB3  LYS 100           HB3      LYS 100   7.631 -20.126 -16.332
    5    HG2  LYS 100           HG2      LYS 100   6.254 -22.173 -15.985
    6    HG3  LYS 100           HG3      LYS 100   4.832 -21.222 -16.417
    7    HD2  LYS 100           HD2      LYS 100   5.902 -20.694 -18.590
    8    HD3  LYS 100           HD3      LYS 100   7.234 -21.767 -18.157
    9    HE2  LYS 100           HE2      LYS 100   5.726 -22.984 -19.557
   10    HE3  LYS 100           HE3      LYS 100   5.578 -23.611 -17.917
   11    HZ2  LYS 100           HZ1      LYS 100   3.726 -21.682 -19.206
   12    HZ1  LYS 100           HZ2      LYS 100   3.588 -22.271 -17.628
   13    HZ3  LYS 100           HZ3      LYS 100   3.419 -23.322 -18.938

  No H/Q in entry =          13
  In of MODEL    5
    1    H    LYS 101           H        LYS 101   8.949 -20.302 -14.383
    2    HA   LYS 101           HA       LYS 101   8.902 -22.995 -13.434
    3    HB2  LYS 101           HB2      LYS 101  11.161 -22.996 -13.885
    4    HB3  LYS 101           HB3      LYS 101  10.621 -21.693 -14.934
    5    HG2  LYS 101           HG2      LYS 101  11.367 -20.041 -13.355
    6    HG3  LYS 101           HG3      LYS 101  11.810 -21.297 -12.200
    7    HD2  LYS 101           HD2      LYS 101  13.002 -21.144 -14.957
    8    HD3  LYS 101           HD3      LYS 101  13.694 -20.289 -13.577
    9    HE2  LYS 101           HE2      LYS 101  13.901 -22.434 -12.383
   10    HE3  LYS 101           HE3      LYS 101  13.264 -23.267 -13.801
   11    HZ1  LYS 101           HZ1      LYS 101  15.189 -22.193 -15.029
   12    HZ3  LYS 101           HZ2      LYS 101  15.560 -23.459 -13.977
   13    HZ2  LYS 101           HZ3      LYS 101  15.845 -21.863 -13.506

  No H/Q in entry =          13
  In of MODEL    5
    1    H    PHE 102           H        PHE 102   9.381 -19.850 -12.047
    2    HA   PHE 102           HA       PHE 102  10.395 -20.658  -9.542
    3    HB2  PHE 102           HB2      PHE 102  10.825 -18.494  -9.881
    4    HB3  PHE 102           HB3      PHE 102   9.398 -18.207 -10.817
    5    HD1  PHE 102           HD1      PHE 102  10.988 -17.751  -7.627
    6    HD2  PHE 102           HD2      PHE 102   7.204 -17.845  -9.575
    7    HE1  PHE 102           HE1      PHE 102  10.002 -16.482  -5.770
    8    HE2  PHE 102           HE2      PHE 102   6.219 -16.589  -7.715
    9    HZ   PHE 102           HZ       PHE 102   7.611 -15.899  -5.813

  No H/Q in entry =           9
  In of MODEL    5
    1    H    ARG 103           H        ARG 103   7.147 -19.587 -10.490
    2    HA   ARG 103           HA       ARG 103   5.812 -20.067  -8.211
    3    HB2  ARG 103           HB2      ARG 103   3.815 -20.036  -9.358
    4    HB3  ARG 103           HB3      ARG 103   4.900 -19.205 -10.459
    5    HG2  ARG 103           HG2      ARG 103   4.904 -20.935 -11.973
    6    HG3  ARG 103           HG3      ARG 103   4.457 -22.137 -10.761
    7    HD2  ARG 103           HD2      ARG 103   2.518 -19.961 -11.328
    8    HD3  ARG 103           HD3      ARG 103   2.725 -21.208 -12.555
    9    HE   ARG 103           HE       ARG 103   2.377 -22.430 -10.044
   10   HH11  ARG 103          HH11      ARG 103   0.550 -20.594 -12.401
   11   HH12  ARG 103          HH12      ARG 103  -0.959 -21.349 -11.999
   12   HH21  ARG 103          HH21      ARG 103   0.389 -23.419  -9.519
   13   HH22  ARG 103          HH22      ARG 103  -1.054 -22.947 -10.369

  No H/Q in entry =          13
  In of MODEL    5
    1    H    GLN 104           H        GLN 104   7.230 -22.449 -10.166
    2    HA   GLN 104           HA       GLN 104   5.565 -24.581  -9.024
    3    HB2  GLN 104           HB2      GLN 104   7.778 -24.705 -11.062
    4    HB3  GLN 104           HB3      GLN 104   6.817 -26.083 -10.531
    5    HG2  GLN 104           HG2      GLN 104   4.782 -24.877 -11.316
    6    HG3  GLN 104           HG3      GLN 104   5.840 -23.637 -11.983
    7   HE21  GLN 104          HE21      GLN 104   4.653 -26.867 -12.298
    8   HE22  GLN 104          HE22      GLN 104   5.300 -27.173 -13.873

  No H/Q in entry =           8
  In of MODEL    5
    1    H    LEU 105           H        LEU 105   8.778 -23.371  -8.533
    2    HA   LEU 105           HA       LEU 105   9.392 -25.450  -6.538
    3    HB2  LEU 105           HB2      LEU 105  11.512 -24.622  -6.878
    4    HB3  LEU 105           HB3      LEU 105  10.831 -23.492  -8.034
    5    HG   LEU 105           HG       LEU 105  10.393 -21.956  -6.039
    6   HD12  LEU 105          HD11      LEU 105  12.614 -23.541  -4.774
    7   HD11  LEU 105          HD12      LEU 105  10.921 -23.884  -4.411
    8   HD13  LEU 105          HD13      LEU 105  11.594 -22.294  -4.051
    9   HD21  LEU 105          HD21      LEU 105  13.171 -22.634  -6.985
   10   HD23  LEU 105          HD22      LEU 105  12.759 -21.166  -6.096
   11   HD22  LEU 105          HD23      LEU 105  12.057 -21.462  -7.689

  No H/Q in entry =          11
  In of MODEL    5
    1    H    ILE 106           H        ILE 106   8.528 -21.803  -6.535
    2    HA   ILE 106           HA       ILE 106   8.054 -21.832  -3.876
    3    HB   ILE 106           HB       ILE 106   7.018 -19.752  -4.036
    4   HG12  ILE 106          HG12      ILE 106   6.776 -19.320  -6.827
    5   HG13  ILE 106          HG13      ILE 106   5.897 -20.798  -6.432
    6   HG22  ILE 106          HG21      ILE 106   8.854 -19.791  -6.405
    7   HG21  ILE 106          HG22      ILE 106   9.453 -20.151  -4.786
    8   HG23  ILE 106          HG23      ILE 106   8.716 -18.584  -5.126
    9   HD13  ILE 106          HD11      ILE 106   4.487 -19.687  -4.943
   10   HD12  ILE 106          HD12      ILE 106   4.609 -18.622  -6.348
   11   HD11  ILE 106          HD13      ILE 106   5.533 -18.270  -4.885

  No H/Q in entry =          11
  In of MODEL    5
    1    H    GLN 107           H        GLN 107   6.493 -23.752  -5.799
    2    HA   GLN 107           HA       GLN 107   4.015 -23.606  -4.272
    3    HB2  GLN 107           HB2      GLN 107   4.507 -24.314  -7.079
    4    HB3  GLN 107           HB3      GLN 107   3.367 -25.348  -6.227
    5    HG2  GLN 107           HG2      GLN 107   2.431 -22.967  -5.481
    6    HG3  GLN 107           HG3      GLN 107   3.153 -22.527  -7.032
    7   HE21  GLN 107          HE21      GLN 107   0.728 -24.446  -5.439
    8   HE22  GLN 107          HE22      GLN 107  -0.180 -24.835  -6.857

  No H/Q in entry =           8
  In of MODEL    5
    1    H    VAL 108           H        VAL 108   6.885 -25.214  -4.759
    2    HA   VAL 108           HA       VAL 108   5.993 -27.874  -4.106
    3    HB   VAL 108           HB       VAL 108   8.186 -26.817  -5.396
    4   HG11  VAL 108          HG11      VAL 108   9.092 -27.756  -2.690
    5   HG13  VAL 108          HG12      VAL 108   9.360 -26.178  -3.437
    6   HG12  VAL 108          HG13      VAL 108  10.150 -27.613  -4.095
    7   HG22  VAL 108          HG21      VAL 108   8.975 -29.096  -5.566
    8   HG21  VAL 108          HG22      VAL 108   7.222 -29.007  -5.744
    9   HG23  VAL 108          HG23      VAL 108   7.927 -29.571  -4.229

  No H/Q in entry =           9
  In of MODEL    5
    1    H    ASN 109           H        ASN 109   7.038 -25.016  -2.514
    2    HA   ASN 109           HA       ASN 109   7.020 -26.411   0.086
    3    HB2  ASN 109           HB2      ASN 109   8.645 -23.999  -0.734
    4    HB3  ASN 109           HB3      ASN 109   8.546 -24.620   0.906
    5   HD21  ASN 109          HD21      ASN 109  10.428 -24.523  -1.721
    6   HD22  ASN 109          HD22      ASN 109  11.321 -25.990  -1.515

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   PRO 110           HA       PRO 110   3.576 -23.574   0.646
    2    HB2  PRO 110           HB2      PRO 110   2.820 -24.496   3.085
    3    HB3  PRO 110           HB3      PRO 110   2.541 -25.429   1.612
    4    HG2  PRO 110           HG2      PRO 110   4.699 -25.741   3.671
    5    HG3  PRO 110           HG3      PRO 110   3.729 -26.990   2.867
    6    HD2  PRO 110           HD2      PRO 110   6.266 -26.341   2.113
    7    HD3  PRO 110           HD3      PRO 110   5.047 -26.986   0.998

  No H/Q in entry =           7
  In of MODEL    5
    1    H    ASP 111           H        ASP 111   6.522 -23.180   1.782
    2    HA   ASP 111           HA       ASP 111   5.756 -21.036   3.594
    3    HB2  ASP 111           HB2      ASP 111   8.074 -21.356   4.634
    4    HB3  ASP 111           HB3      ASP 111   6.723 -22.392   5.099

  No H/Q in entry =           4
  In of MODEL    5
    1    H    ILE 112           H        ILE 112   7.003 -21.644   0.619
    2    HA   ILE 112           HA       ILE 112   9.118 -19.670   0.729
    3    HB   ILE 112           HB       ILE 112   8.044 -21.409  -1.491
    4   HG12  ILE 112          HG12      ILE 112   9.844 -21.828   0.491
    5   HG13  ILE 112          HG13      ILE 112   9.870 -22.665  -1.055
    6   HG21  ILE 112          HG21      ILE 112  10.028 -19.150  -1.698
    7   HG23  ILE 112          HG22      ILE 112   8.472 -19.297  -2.520
    8   HG22  ILE 112          HG23      ILE 112   9.794 -20.395  -2.924
    9   HD12  ILE 112          HD11      ILE 112  11.483 -20.246  -0.302
   10   HD11  ILE 112          HD12      ILE 112  11.477 -21.007  -1.892
   11   HD13  ILE 112          HD13      ILE 112  12.079 -21.894  -0.493

  No H/Q in entry =          11
  In of MODEL    5
    1    H    LEU 113           H        LEU 113   5.999 -20.072  -0.784
    2    HA   LEU 113           HA       LEU 113   6.002 -17.411  -1.797
    3    HB2  LEU 113           HB2      LEU 113   4.907 -18.985  -3.121
    4    HB3  LEU 113           HB3      LEU 113   3.949 -19.591  -1.784
    5    HG   LEU 113           HG       LEU 113   2.854 -17.301  -1.707
    6   HD13  LEU 113          HD11      LEU 113   2.918 -15.950  -3.719
    7   HD12  LEU 113          HD12      LEU 113   4.120 -17.027  -4.425
    8   HD11  LEU 113          HD13      LEU 113   4.521 -16.077  -2.995
    9   HD21  LEU 113          HD21      LEU 113   2.482 -19.030  -4.137
   10   HD23  LEU 113          HD22      LEU 113   1.359 -17.780  -3.600
   11   HD22  LEU 113          HD23      LEU 113   1.666 -19.186  -2.581

  No H/Q in entry =          11
  In of MODEL    5
    1    H    MET 114           H        MET 114   5.154 -18.906   1.028
    2    HA   MET 114           HA       MET 114   3.314 -16.915   2.030
    3    HB2  MET 114           HB2      MET 114   3.912 -19.553   2.767
    4    HB3  MET 114           HB3      MET 114   4.565 -18.577   4.076
    5    HG2  MET 114           HG2      MET 114   1.751 -18.262   3.065
    6    HG3  MET 114           HG3      MET 114   2.184 -19.391   4.344
    7    HE3  MET 114           HE1      MET 114  -0.068 -17.094   4.986
    8    HE2  MET 114           HE2      MET 114   0.528 -16.803   6.620
    9    HE1  MET 114           HE3      MET 114   0.532 -18.437   5.959

  No H/Q in entry =           9
  In of MODEL    5
    1    H    ARG 115           H        ARG 115   6.654 -17.618   1.878
    2    HA   ARG 115           HA       ARG 115   7.529 -15.802   3.890
    3    HB2  ARG 115           HB2      ARG 115   8.799 -17.488   1.822
    4    HB3  ARG 115           HB3      ARG 115   9.640 -15.979   2.143
    5    HG2  ARG 115           HG2      ARG 115   8.835 -17.773   4.393
    6    HG3  ARG 115           HG3      ARG 115  10.292 -18.101   3.456
    7    HD2  ARG 115           HD2      ARG 115   9.686 -15.511   4.883
    8    HD3  ARG 115           HD3      ARG 115  10.738 -16.785   5.496
    9    HE   ARG 115           HE       ARG 115  11.298 -14.973   3.274
   10   HH11  ARG 115          HH11      ARG 115  12.349 -17.619   5.311
   11   HH12  ARG 115          HH12      ARG 115  14.015 -17.510   4.817
   12   HH21  ARG 115          HH21      ARG 115  13.511 -14.802   2.667
   13   HH22  ARG 115          HH22      ARG 115  14.679 -15.894   3.362

  No H/Q in entry =          13
  In of MODEL    5
    1    H    LEU 116           H        LEU 116   7.196 -15.742   0.296
    2    HA   LEU 116           HA       LEU 116   7.984 -13.123  -0.051
    3    HB2  LEU 116           HB2      LEU 116   7.783 -14.563  -1.941
    4    HB3  LEU 116           HB3      LEU 116   6.094 -14.888  -1.592
    5    HG   LEU 116           HG       LEU 116   6.070 -12.171  -1.904
    6   HD13  LEU 116          HD11      LEU 116   7.708 -11.410  -3.136
    7   HD12  LEU 116          HD12      LEU 116   7.474 -12.689  -4.332
    8   HD11  LEU 116          HD13      LEU 116   8.528 -12.965  -2.940
    9   HD23  LEU 116          HD21      LEU 116   5.176 -12.606  -4.173
   10   HD22  LEU 116          HD22      LEU 116   4.437 -13.589  -2.904
   11   HD21  LEU 116          HD23      LEU 116   5.640 -14.301  -3.982

  No H/Q in entry =          11
  In of MODEL    5
    1    H    SER 117           H        SER 117   4.772 -14.457   0.623
    2    HA   SER 117           HA       SER 117   3.263 -12.198   0.129
    3    HB2  SER 117           HB2      SER 117   1.710 -13.173   1.949
    4    HB3  SER 117           HB3      SER 117   2.030 -14.144   0.516
    5    HG   SER 117           HG       SER 117   2.671 -14.610   3.128

  No H/Q in entry =           5
  In of MODEL    5
    1    H    ALA 118           H        ALA 118   5.149 -13.057   2.930
    2    HA   ALA 118           HA       ALA 118   4.176 -10.959   4.578
    3    HB2  ALA 118           HB1      ALA 118   5.043 -12.461   5.974
    4    HB3  ALA 118           HB2      ALA 118   6.549 -11.567   5.724
    5    HB1  ALA 118           HB3      ALA 118   6.231 -13.037   4.798

  No H/Q in entry =           5
  In of MODEL    5
    1    H    GLN 119           H        GLN 119   6.532 -10.993   2.040
    2    HA   GLN 119           HA       GLN 119   7.747  -8.510   2.971
    3    HB2  GLN 119           HB2      GLN 119   8.371 -10.438   0.783
    4    HB3  GLN 119           HB3      GLN 119   8.948  -8.778   0.652
    5    HG2  GLN 119           HG2      GLN 119   9.521 -10.722   2.873
    6    HG3  GLN 119           HG3      GLN 119  10.653 -10.154   1.649
    7   HE21  GLN 119          HE21      GLN 119  11.229  -9.948   4.332
    8   HE22  GLN 119          HE22      GLN 119  11.233  -8.286   4.794

  No H/Q in entry =           8
  In of MODEL    5
    1    H    MET 120           H        MET 120   5.165  -9.494   1.382
    2    HA   MET 120           HA       MET 120   5.025  -7.407  -0.671
    3    HB2  MET 120           HB2      MET 120   4.313  -9.439  -1.619
    4    HB3  MET 120           HB3      MET 120   3.392  -9.885  -0.190
    5    HG2  MET 120           HG2      MET 120   1.664  -8.405  -0.696
    6    HG3  MET 120           HG3      MET 120   2.659  -7.488  -1.828
    7    HE2  MET 120           HE1      MET 120   3.888 -10.582  -3.192
    8    HE1  MET 120           HE2      MET 120   3.957  -8.873  -3.628
    9    HE3  MET 120           HE3      MET 120   3.151 -10.018  -4.695

  No H/Q in entry =           9
  In of MODEL    5
    1    H    ALA 121           H        ALA 121   3.378  -8.820   2.033
    2    HA   ALA 121           HA       ALA 121   1.466  -6.728   2.333
    3    HB1  ALA 121           HB1      ALA 121   2.191  -9.038   4.129
    4    HB2  ALA 121           HB2      ALA 121   0.847  -8.959   2.988
    5    HB3  ALA 121           HB3      ALA 121   0.855  -7.922   4.414

  No H/Q in entry =           5
  In of MODEL    5
    1    H    ARG 122           H        ARG 122   4.708  -7.252   3.271
    2    HA   ARG 122           HA       ARG 122   4.582  -5.615   5.613
    3    HB2  ARG 122           HB2      ARG 122   6.587  -7.242   4.363
    4    HB3  ARG 122           HB3      ARG 122   7.249  -5.646   4.715
    5    HG2  ARG 122           HG2      ARG 122   7.516  -7.334   6.547
    6    HG3  ARG 122           HG3      ARG 122   6.707  -5.837   7.022
    7    HD2  ARG 122           HD2      ARG 122   4.527  -7.121   6.461
    8    HD3  ARG 122           HD3      ARG 122   5.533  -8.559   6.582
    9    HE   ARG 122           HE       ARG 122   4.804  -6.731   8.744
   10   HH11  ARG 122          HH11      ARG 122   6.397  -9.663   7.681
   11   HH12  ARG 122          HH12      ARG 122   6.507 -10.342   9.277
   12   HH21  ARG 122          HH21      ARG 122   4.974  -7.596  10.845
   13   HH22  ARG 122          HH22      ARG 122   5.704  -9.157  11.085

  No H/Q in entry =          13
  In of MODEL    5
    1    H    ARG 123           H        ARG 123   5.228  -5.232   2.311
    2    HA   ARG 123           HA       ARG 123   6.146  -2.522   2.424
    3    HB2  ARG 123           HB2      ARG 123   5.429  -4.462   0.237
    4    HB3  ARG 123           HB3      ARG 123   5.686  -2.763  -0.126
    5    HG2  ARG 123           HG2      ARG 123   7.611  -4.648  -0.229
    6    HG3  ARG 123           HG3      ARG 123   7.926  -2.935   0.046
    7    HD2  ARG 123           HD2      ARG 123   7.993  -3.312   2.444
    8    HD3  ARG 123           HD3      ARG 123   7.566  -5.004   2.213
    9    HE   ARG 123           HE       ARG 123   9.734  -5.425   1.395
   10   HH11  ARG 123          HH11      ARG 123   9.316  -2.059   2.282
   11   HH12  ARG 123          HH12      ARG 123  11.013  -1.772   2.481
   12   HH21  ARG 123          HH21      ARG 123  11.960  -5.057   1.698
   13   HH22  ARG 123          HH22      ARG 123  12.510  -3.479   2.186

  No H/Q in entry =          13
  In of MODEL    5
    1    H    LEU 124           H        LEU 124   3.241  -4.337   2.100
    2    HA   LEU 124           HA       LEU 124   1.435  -2.330   1.263
    3    HB2  LEU 124           HB2      LEU 124   1.300  -4.961   1.718
    4    HB3  LEU 124           HB3      LEU 124   0.748  -4.433   3.285
    5    HG   LEU 124           HG       LEU 124  -0.645  -4.510   0.708
    6   HD13  LEU 124          HD11      LEU 124  -1.170  -5.981   2.538
    7   HD12  LEU 124          HD12      LEU 124  -2.532  -4.907   2.204
    8   HD11  LEU 124          HD13      LEU 124  -1.474  -4.591   3.582
    9   HD21  LEU 124          HD21      LEU 124  -1.086  -2.241   2.629
   10   HD23  LEU 124          HD22      LEU 124  -2.252  -2.763   1.413
   11   HD22  LEU 124          HD23      LEU 124  -0.683  -2.124   0.914

  No H/Q in entry =          11
  In of MODEL    5
    1    H    GLN 125           H        GLN 125   2.740  -3.514   4.233
    2    HA   GLN 125           HA       GLN 125   1.384  -1.742   6.009
    3    HB2  GLN 125           HB2      GLN 125   2.164  -4.017   6.616
    4    HB3  GLN 125           HB3      GLN 125   3.826  -3.478   6.428
    5    HG2  GLN 125           HG2      GLN 125   3.052  -3.605   8.763
    6    HG3  GLN 125           HG3      GLN 125   3.641  -2.016   8.282
    7   HE21  GLN 125          HE21      GLN 125   0.759  -3.923   8.917
    8   HE22  GLN 125          HE22      GLN 125  -0.281  -2.571   9.230

  No H/Q in entry =           8
  In of MODEL    5
    1    H    VAL 126           H        VAL 126   3.963  -1.272   3.826
    2    HA   VAL 126           HA       VAL 126   5.226   0.728   5.542
    3    HB   VAL 126           HB       VAL 126   6.447  -1.100   3.920
    4   HG12  VAL 126          HG11      VAL 126   7.358   0.117   1.967
    5   HG11  VAL 126          HG12      VAL 126   6.208   1.419   2.277
    6   HG13  VAL 126          HG13      VAL 126   5.625  -0.188   1.842
    7   HG21  VAL 126          HG21      VAL 126   7.421   1.667   4.559
    8   HG23  VAL 126          HG22      VAL 126   8.437   0.310   4.072
    9   HG22  VAL 126          HG23      VAL 126   7.543   0.244   5.593

  No H/Q in entry =           9
  In of MODEL    5
    1    H    THR 127           H        THR 127   3.376   0.126   2.652
    2    HA   THR 127           HA       THR 127   3.368   2.866   1.741
    3    HB   THR 127           HB       THR 127   1.454   0.697   0.884
    4    HG1  THR 127           HG1      THR 127   3.508  -0.200   0.627
    5   HG22  THR 127          HG21      THR 127   2.678   2.956  -0.700
    6   HG21  THR 127          HG22      THR 127   1.122   3.065   0.121
    7   HG23  THR 127          HG23      THR 127   1.349   1.905  -1.188

  No H/Q in entry =           7
  In of MODEL    5
    1    H    SER 128           H        SER 128   1.693   1.390   4.517
    2    HA   SER 128           HA       SER 128  -0.734   2.680   3.646
    3    HB2  SER 128           HB2      SER 128  -0.116   0.587   5.747
    4    HB3  SER 128           HB3      SER 128  -1.657   1.435   5.657
    5    HG   SER 128           HG       SER 128  -0.498  -0.339   3.789

  No H/Q in entry =           5
  In of MODEL    5
    1    H    GLU 129           H        GLU 129   2.057   2.804   5.528
    2    HA   GLU 129           HA       GLU 129   0.893   4.626   7.513
    3    HB2  GLU 129           HB2      GLU 129   2.079   2.483   8.205
    4    HB3  GLU 129           HB3      GLU 129   3.567   3.250   7.672
    5    HG2  GLU 129           HG2      GLU 129   2.905   5.147   9.279
    6    HG3  GLU 129           HG3      GLU 129   1.801   3.961   9.976

  No H/Q in entry =           6
  In of MODEL    5
    1    H    LYS 130           H        LYS 130   2.328   5.050   4.615
    2    HA   LYS 130           HA       LYS 130   3.739   7.408   5.607
    3    HB2  LYS 130           HB2      LYS 130   4.826   5.162   4.086
    4    HB3  LYS 130           HB3      LYS 130   5.046   6.694   3.254
    5    HG2  LYS 130           HG2      LYS 130   6.779   7.155   4.546
    6    HG3  LYS 130           HG3      LYS 130   5.749   7.079   5.975
    7    HD2  LYS 130           HD2      LYS 130   6.946   4.631   4.696
    8    HD3  LYS 130           HD3      LYS 130   7.774   5.551   5.952
    9    HE2  LYS 130           HE2      LYS 130   5.094   4.187   6.191
   10    HE3  LYS 130           HE3      LYS 130   6.607   3.656   6.922
   11    HZ2  LYS 130           HZ1      LYS 130   4.926   5.978   7.632
   12    HZ1  LYS 130           HZ2      LYS 130   6.567   5.949   8.051
   13    HZ3  LYS 130           HZ3      LYS 130   5.521   4.748   8.638

  No H/Q in entry =          13
  In of MODEL    5
    1    H    VAL 131           H        VAL 131   1.063   6.776   4.554
    2    HA   VAL 131           HA       VAL 131   0.920   7.662   1.872
    3    HB   VAL 131           HB       VAL 131  -1.283   7.542   3.936
    4   HG12  VAL 131          HG11      VAL 131  -1.479   7.705   0.934
    5   HG11  VAL 131          HG12      VAL 131  -1.759   9.052   2.036
    6   HG13  VAL 131          HG13      VAL 131  -2.819   7.643   2.078
    7   HG23  VAL 131          HG21      VAL 131  -1.914   5.463   2.752
    8   HG22  VAL 131          HG22      VAL 131  -0.351   5.356   3.565
    9   HG21  VAL 131          HG23      VAL 131  -0.425   5.585   1.816

  No H/Q in entry =           9
  In of MODEL    5
    1    H    GLY 132           H        GLY 132  -0.278   9.128   4.877
    2    HA3  GLY 132           HA2      GLY 132  -0.597  11.725   3.688
    3    HA2  GLY 132           HA3      GLY 132  -0.863  11.307   5.372

  No H/Q in entry =           3
  In of MODEL    5
    1    H    ASN 133           H        ASN 133   2.111  10.220   4.474
    2    HA   ASN 133           HA       ASN 133   3.571  11.910   6.147
    3    HB2  ASN 133           HB2      ASN 133   4.135   9.751   4.240
    4    HB3  ASN 133           HB3      ASN 133   5.433  10.937   4.338
    5   HD21  ASN 133          HD21      ASN 133   6.668  11.040   6.151
    6   HD22  ASN 133          HD22      ASN 133   6.544   9.916   7.466

  No H/Q in entry =           6
  In of MODEL    5
    1    H    LEU 134           H        LEU 134   3.758  11.696   2.625
    2    HA   LEU 134           HA       LEU 134   4.904  14.334   2.446
    3    HB2  LEU 134           HB2      LEU 134   4.778  13.812  -0.069
    4    HB3  LEU 134           HB3      LEU 134   5.947  12.996   0.951
    5    HG   LEU 134           HG       LEU 134   3.427  11.549   0.728
    6   HD12  LEU 134          HD11      LEU 134   3.854  10.787  -1.569
    7   HD11  LEU 134          HD12      LEU 134   5.112  12.012  -1.727
    8   HD13  LEU 134          HD13      LEU 134   3.432  12.499  -1.499
    9   HD22  LEU 134          HD21      LEU 134   5.414  10.612   1.745
   10   HD21  LEU 134          HD22      LEU 134   6.328  10.878   0.258
   11   HD23  LEU 134          HD23      LEU 134   5.006   9.707   0.286

  No H/Q in entry =          11
  In of MODEL    5
    1    H    ALA 135           H        ALA 135   1.851  13.125   2.617
    2    HA   ALA 135           HA       ALA 135   0.574  14.860   0.723
    3    HB2  ALA 135           HB1      ALA 135  -0.945  13.461   2.866
    4    HB1  ALA 135           HB2      ALA 135  -0.226  12.529   1.553
    5    HB3  ALA 135           HB3      ALA 135  -1.399  13.795   1.194

  No H/Q in entry =           5
  In of MODEL    5
    1    H    PHE 136           H        PHE 136   1.737  15.077   3.853
    2    HA   PHE 136           HA       PHE 136  -0.047  17.252   4.614
    3    HB2  PHE 136           HB2      PHE 136   0.972  15.223   6.071
    4    HB3  PHE 136           HB3      PHE 136   2.224  16.433   6.344
    5    HD1  PHE 136           HD1      PHE 136   1.960  17.224   8.492
    6    HD2  PHE 136           HD2      PHE 136  -1.475  16.768   6.020
    7    HE1  PHE 136           HE1      PHE 136   0.570  18.266  10.234
    8    HE2  PHE 136           HE2      PHE 136  -2.868  17.812   7.755
    9    HZ   PHE 136           HZ       PHE 136  -1.847  18.562   9.866

  No H/Q in entry =           9
  In of MODEL    5
    1    H    LEU 137           H        LEU 137   2.629  16.915   2.781
    2    HA   LEU 137           HA       LEU 137   4.462  18.147   2.223
    3    HB2  LEU 137           HB2      LEU 137   2.309  20.173   2.681
    4    HB3  LEU 137           HB3      LEU 137   3.913  20.674   2.182
    5    HG   LEU 137           HG       LEU 137   2.228  18.701   0.640
    6   HD12  LEU 137          HD11      LEU 137   1.970  20.663  -0.944
    7   HD11  LEU 137          HD12      LEU 137   2.486  21.684   0.399
    8   HD13  LEU 137          HD13      LEU 137   1.020  20.714   0.540
    9   HD23  LEU 137          HD21      LEU 137   3.806  19.226  -1.176
   10   HD22  LEU 137          HD22      LEU 137   4.607  18.495   0.214
   11   HD21  LEU 137          HD23      LEU 137   4.732  20.232  -0.063

  No H/Q in entry =          11
  In of MODEL    5
    1    H    ASP 138           H        ASP 138   4.901  17.263   4.503
    2    HA   ASP 138           HA       ASP 138   5.398  18.996   6.634
    3    HB2  ASP 138           HB2      ASP 138   4.904  16.595   6.855
    4    HB3  ASP 138           HB3      ASP 138   6.538  16.240   6.312

  No H/Q in entry =           4
  In of MODEL    5
    1    H    VAL 139           H        VAL 139   6.863  19.482   3.930
    2    HA   VAL 139           HA       VAL 139   9.552  18.943   3.994
    3    HB   VAL 139           HB       VAL 139   7.955  20.803   2.543
    4   HG12  VAL 139          HG11      VAL 139  10.583  22.044   3.359
    5   HG11  VAL 139          HG12      VAL 139   9.026  22.547   4.027
    6   HG13  VAL 139          HG13      VAL 139   9.347  22.729   2.301
    7   HG21  VAL 139          HG21      VAL 139  10.778  19.813   2.253
    8   HG23  VAL 139          HG22      VAL 139   9.928  20.741   1.015
    9   HG22  VAL 139          HG23      VAL 139   9.322  19.159   1.501

  No H/Q in entry =           9
  In of MODEL    5
    1    H    THR 140           H        THR 140   7.866  21.249   5.998
    2    HA   THR 140           HA       THR 140   9.970  22.814   6.892
    3    HB   THR 140           HB       THR 140   7.802  21.950   8.763
    4    HG1  THR 140           HG1      THR 140   6.331  23.251   7.598
    5   HG22  THR 140          HG21      THR 140   7.752  24.382   9.235
    6   HG21  THR 140          HG22      THR 140   9.046  24.612   8.059
    7   HG23  THR 140          HG23      THR 140   9.339  23.666   9.519

  No H/Q in entry =           7
  In of MODEL    5
    1    H    GLY 141           H        GLY 141  11.841  21.844   7.443
    2    HA3  GLY 141           HA2      GLY 141  13.400  20.730   8.636
    3    HA2  GLY 141           HA3      GLY 141  12.174  20.522   9.859

  No H/Q in entry =           3
  In of MODEL    5
    1    H    ARG 142           H        ARG 142  11.034  19.233   7.032
    2    HA   ARG 142           HA       ARG 142  11.057  16.661   8.064
    3    HB2  ARG 142           HB2      ARG 142   9.463  17.478   6.319
    4    HB3  ARG 142           HB3      ARG 142  10.764  17.303   5.147
    5    HG2  ARG 142           HG2      ARG 142   9.385  15.347   5.028
    6    HG3  ARG 142           HG3      ARG 142  10.930  14.897   5.758
    7    HD2  ARG 142           HD2      ARG 142   9.773  15.304   7.997
    8    HD3  ARG 142           HD3      ARG 142   8.283  15.298   7.074
    9    HE   ARG 142           HE       ARG 142   9.949  12.988   6.647
   10   HH11  ARG 142          HH11      ARG 142   7.369  14.402   8.553
   11   HH12  ARG 142          HH12      ARG 142   6.810  12.868   9.159
   12   HH21  ARG 142          HH21      ARG 142   9.243  10.967   7.482
   13   HH22  ARG 142          HH22      ARG 142   7.876  10.902   8.556

  No H/Q in entry =          13
  In of MODEL    5
    1    H    ILE 143           H        ILE 143  12.611  17.512   4.978
    2    HA   ILE 143           HA       ILE 143  13.973  15.749   4.125
    3    HB   ILE 143           HB       ILE 143  15.525  18.160   4.970
    4   HG12  ILE 143          HG12      ILE 143  14.426  18.856   2.563
    5   HG13  ILE 143          HG13      ILE 143  13.091  18.014   3.335
    6   HG23  ILE 143          HG21      ILE 143  16.816  16.587   3.737
    7   HG22  ILE 143          HG22      ILE 143  16.471  17.976   2.703
    8   HG21  ILE 143          HG23      ILE 143  15.572  16.475   2.494
    9   HD13  ILE 143          HD11      ILE 143  13.246  19.525   5.243
   10   HD12  ILE 143          HD12      ILE 143  12.994  20.403   3.735
   11   HD11  ILE 143          HD13      ILE 143  14.595  20.359   4.471

  No H/Q in entry =          11
  In of MODEL    5
    1    H    ALA 144           H        ALA 144  15.820  17.476   6.594
    2    HA   ALA 144           HA       ALA 144  17.900  15.598   6.713
    3    HB2  ALA 144           HB1      ALA 144  18.391  16.781   8.908
    4    HB1  ALA 144           HB2      ALA 144  16.966  17.765   8.559
    5    HB3  ALA 144           HB3      ALA 144  18.340  17.780   7.456

  No H/Q in entry =           5
  In of MODEL    5
    1    H    GLN 145           H        GLN 145  14.870  15.913   8.378
    2    HA   GLN 145           HA       GLN 145  15.438  14.113  10.476
    3    HB2  GLN 145           HB2      GLN 145  13.621  15.690  10.726
    4    HB3  GLN 145           HB3      GLN 145  12.816  15.057   9.299
    5    HG2  GLN 145           HG2      GLN 145  13.317  13.043  11.349
    6    HG3  GLN 145           HG3      GLN 145  12.274  14.360  11.883
    7   HE21  GLN 145          HE21      GLN 145  10.495  12.994  12.005
    8   HE22  GLN 145          HE22      GLN 145   9.676  12.427  10.592

  No H/Q in entry =           8
  In of MODEL    5
    1    H    THR 146           H        THR 146  14.459  13.645   6.990
    2    HA   THR 146           HA       THR 146  13.598  11.005   7.593
    3    HB   THR 146           HB       THR 146  14.146  12.316   4.931
    4    HG1  THR 146           HG1      THR 146  12.321  12.965   6.765
    5   HG21  THR 146          HG21      THR 146  13.766   9.751   5.248
    6   HG23  THR 146          HG22      THR 146  12.885  10.599   3.977
    7   HG22  THR 146          HG23      THR 146  12.081  10.213   5.499

  No H/Q in entry =           7
  In of MODEL    5
    1    H    LEU 147           H        LEU 147  16.426  12.605   7.446
    2    HA   LEU 147           HA       LEU 147  17.891  10.748   5.753
    3    HB2  LEU 147           HB2      LEU 147  18.920  13.326   6.921
    4    HB3  LEU 147           HB3      LEU 147  19.730  12.291   5.757
    5    HG   LEU 147           HG       LEU 147  17.269  13.966   5.307
    6   HD11  LEU 147          HD11      LEU 147  19.406  15.141   5.191
    7   HD13  LEU 147          HD12      LEU 147  18.619  15.054   3.616
    8   HD12  LEU 147          HD13      LEU 147  19.972  13.985   3.987
    9   HD21  LEU 147          HD21      LEU 147  18.498  11.878   3.522
   10   HD23  LEU 147          HD22      LEU 147  17.351  13.099   2.974
   11   HD22  LEU 147          HD23      LEU 147  16.860  11.905   4.175

  No H/Q in entry =          11
  In of MODEL    5
    1    H    LEU 148           H        LEU 148  17.278  11.911   8.895
    2    HA   LEU 148           HA       LEU 148  19.424  10.510  10.170
    3    HB2  LEU 148           HB2      LEU 148  16.877  11.249  11.564
    4    HB3  LEU 148           HB3      LEU 148  18.508  11.195  12.204
    5    HG   LEU 148           HG       LEU 148  17.423  13.263  10.300
    6   HD12  LEU 148          HD11      LEU 148  17.665  14.773  12.197
    7   HD11  LEU 148          HD12      LEU 148  18.156  13.411  13.206
    8   HD13  LEU 148          HD13      LEU 148  16.531  13.463  12.525
    9   HD22  LEU 148          HD21      LEU 148  19.483  14.146  10.029
   10   HD21  LEU 148          HD22      LEU 148  20.023  12.509  10.406
   11   HD23  LEU 148          HD23      LEU 148  19.990  13.736  11.670

  No H/Q in entry =          11
  In of MODEL    5
    1    H    ASN 149           H        ASN 149  16.256   9.797   8.987
    2    HA   ASN 149           HA       ASN 149  15.862   7.346  10.369
    3    HB2  ASN 149           HB2      ASN 149  14.057   8.524   9.082
    4    HB3  ASN 149           HB3      ASN 149  14.868   8.054   7.591
    5   HD21  ASN 149          HD21      ASN 149  13.063   6.935  10.351
    6   HD22  ASN 149          HD22      ASN 149  12.666   5.379   9.706

  No H/Q in entry =           6
  In of MODEL    5
    1    H    LEU 150           H        LEU 150  17.639   8.359   7.563
    2    HA   LEU 150           HA       LEU 150  18.442   5.731   6.673
    3    HB2  LEU 150           HB2      LEU 150  19.462   8.526   6.118
    4    HB3  LEU 150           HB3      LEU 150  20.244   7.100   5.433
    5    HG   LEU 150           HG       LEU 150  17.335   7.217   5.009
    6   HD12  LEU 150          HD11      LEU 150  17.966   8.794   2.964
    7   HD11  LEU 150          HD12      LEU 150  19.088   9.440   4.164
    8   HD13  LEU 150          HD13      LEU 150  17.357   9.416   4.496
    9   HD23  LEU 150          HD21      LEU 150  19.678   6.818   3.170
   10   HD22  LEU 150          HD22      LEU 150  17.988   6.445   2.822
   11   HD21  LEU 150          HD23      LEU 150  18.856   5.540   4.066

  No H/Q in entry =          11
  In of MODEL    5
    1    H    ALA 151           H        ALA 151  19.154   7.538   9.545
    2    HA   ALA 151           HA       ALA 151  21.919   6.603   9.509
    3    HB1  ALA 151           HB1      ALA 151  21.631   8.830  10.438
    4    HB2  ALA 151           HB2      ALA 151  22.052   7.720  11.743
    5    HB3  ALA 151           HB3      ALA 151  20.381   8.246  11.538

  No H/Q in entry =           5
  In of MODEL    5
    1    H    LYS 152           H        LYS 152  18.801   5.772  10.319
    2    HA   LYS 152           HA       LYS 152  19.494   3.871  12.422
    3    HB2  LYS 152           HB2      LYS 152  16.837   4.604  11.180
    4    HB3  LYS 152           HB3      LYS 152  17.052   3.554  12.579
    5    HG2  LYS 152           HG2      LYS 152  18.063   5.479  13.785
    6    HG3  LYS 152           HG3      LYS 152  17.668   6.497  12.397
    7    HD2  LYS 152           HD2      LYS 152  15.276   5.806  12.686
    8    HD3  LYS 152           HD3      LYS 152  15.750   5.012  14.188
    9    HE2  LYS 152           HE2      LYS 152  16.166   7.939  13.598
   10    HE3  LYS 152           HE3      LYS 152  14.800   7.289  14.503
   11    HZ2  LYS 152           HZ1      LYS 152  16.644   8.135  15.903
   12    HZ1  LYS 152           HZ2      LYS 152  17.634   6.906  15.295
   13    HZ3  LYS 152           HZ3      LYS 152  16.261   6.513  16.198

  No H/Q in entry =          13
  In of MODEL    5
    1    H    GLN 153           H        GLN 153  19.370   3.810   8.976
    2    HA   GLN 153           HA       GLN 153  18.556   0.998   9.007
    3    HB2  GLN 153           HB2      GLN 153  19.238   2.639   6.577
    4    HB3  GLN 153           HB3      GLN 153  18.225   1.209   6.675
    5    HG2  GLN 153           HG2      GLN 153  17.540   3.833   7.914
    6    HG3  GLN 153           HG3      GLN 153  17.024   3.334   6.303
    7   HE21  GLN 153          HE21      GLN 153  15.432   3.931   8.697
    8   HE22  GLN 153          HE22      GLN 153  14.493   2.515   9.013

  No H/Q in entry =           8
  In of MODEL    5
    1    HA   PRO 154           HA       PRO 154  22.603  -0.679   8.358
    2    HB2  PRO 154           HB2      PRO 154  22.269  -1.882   5.828
    3    HB3  PRO 154           HB3      PRO 154  22.055  -2.651   7.400
    4    HG2  PRO 154           HG2      PRO 154  20.029  -1.545   5.539
    5    HG3  PRO 154           HG3      PRO 154  19.888  -2.878   6.698
    6    HD2  PRO 154           HD2      PRO 154  18.767  -0.473   7.135
    7    HD3  PRO 154           HD3      PRO 154  19.407  -1.466   8.455

  No H/Q in entry =           7
  In of MODEL    5
    1    H    ASP 155           H        ASP 155  21.235   1.477   6.028
    2    HA   ASP 155           HA       ASP 155  23.562   1.626   4.332
    3    HB2  ASP 155           HB2      ASP 155  21.050   3.409   4.595
    4    HB3  ASP 155           HB3      ASP 155  22.372   3.821   3.510

  No H/Q in entry =           4
  In of MODEL    5
    1    H    ALA 156           H        ALA 156  23.012   3.212   7.642
    2    HA   ALA 156           HA       ALA 156  24.289   5.547   6.977
    3    HB1  ALA 156           HB1      ALA 156  24.593   5.773   9.330
    4    HB3  ALA 156           HB2      ALA 156  24.452   4.032   9.576
    5    HB2  ALA 156           HB3      ALA 156  23.038   4.971   9.096

  No H/Q in entry =           5
  In of MODEL    5
    1    H    MET 157           H        MET 157  26.227   5.701   6.086
    2    HA   MET 157           HA       MET 157  28.031   3.460   6.475
    3    HB2  MET 157           HB2      MET 157  27.198   4.671   4.281
    4    HB3  MET 157           HB3      MET 157  28.598   5.700   4.604
    5    HG2  MET 157           HG2      MET 157  29.815   3.392   4.861
    6    HG3  MET 157           HG3      MET 157  28.466   2.822   3.882
    7    HE2  MET 157           HE1      MET 157  31.708   5.823   2.575
    8    HE1  MET 157           HE2      MET 157  31.648   4.965   4.115
    9    HE3  MET 157           HE3      MET 157  30.507   6.268   3.786

  No H/Q in entry =           9
  In of MODEL    5
    1    H    THR 158           H        THR 158  29.036   3.913   8.588
    2    HA   THR 158           HA       THR 158  30.013   6.339   9.296
    3    HB   THR 158           HB       THR 158  31.897   4.855  10.445
    4    HG1  THR 158           HG1      THR 158  31.443   2.734  10.447
    5   HG21  THR 158          HG21      THR 158  30.095   6.023  11.625
    6   HG23  THR 158          HG22      THR 158  30.324   4.399  12.275
    7   HG22  THR 158          HG23      THR 158  28.969   4.735  11.196

  No H/Q in entry =           7
  In of MODEL    5
    1    H    HIS 159           H        HIS 159  31.976   7.272   9.293
    2    HA   HIS 159           HA       HIS 159  34.122   6.504   7.571
    3    HB2  HIS 159           HB2      HIS 159  33.704   7.831   5.773
    4    HB3  HIS 159           HB3      HIS 159  32.086   8.059   6.405
    5    HD1  HIS 159           HD1      HIS 159  35.400   9.794   6.060
    6    HD2  HIS 159           HD2      HIS 159  31.538  10.618   7.357
    7    HE1  HIS 159           HE1      HIS 159  35.278  12.293   6.283
    8    HE2  HIS 159           HE2      HIS 159  32.987  12.760   7.225

  No H/Q in entry =           8
  In of MODEL    5
    1    HA   PRO 160           HA       PRO 160  36.155   8.306  11.003
    2    HB2  PRO 160           HB2      PRO 160  38.248   9.693   9.844
    3    HB3  PRO 160           HB3      PRO 160  38.214   7.971  10.227
    4    HG2  PRO 160           HG2      PRO 160  37.703   9.345   7.631
    5    HG3  PRO 160           HG3      PRO 160  38.551   7.821   7.949
    6    HD2  PRO 160           HD2      PRO 160  36.045   7.869   6.985
    7    HD3  PRO 160           HD3      PRO 160  36.578   6.617   8.126

  No H/Q in entry =           7
  In of MODEL    5
    1    H    ASP 161           H        ASP 161  33.948  10.054  10.188
    2    HA   ASP 161           HA       ASP 161  34.600  12.357  11.701
    3    HB2  ASP 161           HB2      ASP 161  35.733  13.462  10.047
    4    HB3  ASP 161           HB3      ASP 161  34.982  12.526   8.763

  No H/Q in entry =           4
  In of MODEL    5
    1    H    GLY 162           H        GLY 162  32.487  10.600   9.608
    2    HA3  GLY 162           HA2      GLY 162  30.224  11.239  11.101
    3    HA2  GLY 162           HA3      GLY 162  30.220  12.111   9.568

  No H/Q in entry =           3
  In of MODEL    5
    1    H    MET 163           H        MET 163  28.229  10.524   9.671
    2    HA   MET 163           HA       MET 163  28.999   8.222   7.988
    3    HB2  MET 163           HB2      MET 163  27.195   6.871   9.130
    4    HB3  MET 163           HB3      MET 163  28.632   7.140  10.105
    5    HG2  MET 163           HG2      MET 163  27.344   7.901  11.725
    6    HG3  MET 163           HG3      MET 163  26.919   9.266  10.692
    7    HE2  MET 163           HE1      MET 163  24.992   7.695  13.075
    8    HE1  MET 163           HE2      MET 163  25.848   6.245  12.551
    9    HE3  MET 163           HE3      MET 163  24.095   6.344  12.383

  No H/Q in entry =           9
  In of MODEL    5
    1    H    GLN 164           H        GLN 164  28.016   8.274   6.307
    2    HA   GLN 164           HA       GLN 164  25.780  10.027   5.865
    3    HB2  GLN 164           HB2      GLN 164  26.688  10.134   3.584
    4    HB3  GLN 164           HB3      GLN 164  27.844  10.675   4.787
    5    HG2  GLN 164           HG2      GLN 164  28.752   8.277   4.695
    6    HG3  GLN 164           HG3      GLN 164  27.843   8.154   3.191
    7   HE21  GLN 164          HE21      GLN 164  30.757   8.166   3.791
    8   HE22  GLN 164          HE22      GLN 164  31.414   9.401   2.775

  No H/Q in entry =           8
  In of MODEL    5
    1    H    ILE 165           H        ILE 165  25.108   9.372   3.531
    2    HA   ILE 165           HA       ILE 165  24.520   6.773   2.768
    3    HB   ILE 165           HB       ILE 165  21.905   7.460   3.171
    4   HG12  ILE 165          HG12      ILE 165  22.056   7.853   5.847
    5   HG13  ILE 165          HG13      ILE 165  23.478   8.750   5.335
    6   HG21  ILE 165          HG21      ILE 165  23.157   5.320   3.641
    7   HG23  ILE 165          HG22      ILE 165  21.741   5.678   4.638
    8   HG22  ILE 165          HG23      ILE 165  23.362   5.938   5.278
    9   HD11  ILE 165          HD11      ILE 165  21.004   9.311   3.846
   10   HD13  ILE 165          HD12      ILE 165  22.258  10.408   4.424
   11   HD12  ILE 165          HD13      ILE 165  21.030   9.806   5.537

  No H/Q in entry =          11
  In of MODEL    5
    1    H    LYS 166           H        LYS 166  24.417   7.568   0.229
    2    HA   LYS 166           HA       LYS 166  23.724  10.188  -0.025
    3    HB2  LYS 166           HB2      LYS 166  24.096   9.609  -2.420
    4    HB3  LYS 166           HB3      LYS 166  25.463   9.171  -1.411
    5    HG2  LYS 166           HG2      LYS 166  25.378   7.183  -2.407
    6    HG3  LYS 166           HG3      LYS 166  23.938   6.873  -1.437
    7    HD2  LYS 166           HD2      LYS 166  22.502   7.595  -3.206
    8    HD3  LYS 166           HD3      LYS 166  23.867   8.199  -4.145
    9    HE2  LYS 166           HE2      LYS 166  23.677   5.306  -3.376
   10    HE3  LYS 166           HE3      LYS 166  22.818   5.926  -4.785
   11    HZ2  LYS 166           HZ1      LYS 166  25.750   5.976  -4.320
   12    HZ1  LYS 166           HZ2      LYS 166  24.985   6.764  -5.601
   13    HZ3  LYS 166           HZ3      LYS 166  24.916   5.082  -5.487

  No H/Q in entry =          13
  In of MODEL    5
    1    H    ILE 167           H        ILE 167  21.863  10.843  -0.181
    2    HA   ILE 167           HA       ILE 167  19.979   9.205  -1.686
    3    HB   ILE 167           HB       ILE 167  18.412  10.870  -0.190
    4   HG12  ILE 167          HG12      ILE 167  19.153  10.135   2.183
    5   HG13  ILE 167          HG13      ILE 167  20.728   9.857   1.450
    6   HG22  ILE 167          HG21      ILE 167  19.098   8.011   0.476
    7   HG21  ILE 167          HG22      ILE 167  18.055   8.495  -0.861
    8   HG23  ILE 167          HG23      ILE 167  17.578   8.846   0.799
    9   HD11  ILE 167          HD11      ILE 167  19.251  12.472   1.476
   10   HD13  ILE 167          HD12      ILE 167  20.856  12.182   0.805
   11   HD12  ILE 167          HD13      ILE 167  20.584  12.024   2.541

  No H/Q in entry =          11
  In of MODEL    5
    1    H    THR 168           H        THR 168  19.589  10.120  -3.549
    2    HA   THR 168           HA       THR 168  20.242  12.798  -4.138
    3    HB   THR 168           HB       THR 168  18.232  12.085  -5.935
    4    HG1  THR 168           HG1      THR 168  18.390   9.928  -4.828
    5   HG22  THR 168          HG21      THR 168  20.140  11.565  -7.447
    6   HG21  THR 168          HG22      THR 168  21.214  11.648  -6.048
    7   HG23  THR 168          HG23      THR 168  20.328  13.082  -6.567

  No H/Q in entry =           7
  In of MODEL    5
    1    H    ARG 169           H        ARG 169  18.695  14.533  -4.497
    2    HA   ARG 169           HA       ARG 169  16.761  14.591  -2.366
    3    HB2  ARG 169           HB2      ARG 169  16.353  16.756  -4.207
    4    HB3  ARG 169           HB3      ARG 169  16.832  16.799  -2.536
    5    HG2  ARG 169           HG2      ARG 169  18.646  17.816  -3.421
    6    HG3  ARG 169           HG3      ARG 169  19.187  16.143  -3.497
    7    HD2  ARG 169           HD2      ARG 169  18.438  16.049  -5.852
    8    HD3  ARG 169           HD3      ARG 169  18.012  17.759  -5.753
    9    HE   ARG 169           HE       ARG 169  20.725  17.225  -4.989
   10   HH11  ARG 169          HH11      ARG 169  18.620  17.801  -7.728
   11   HH12  ARG 169          HH12      ARG 169  19.880  18.455  -8.721
   12   HH21  ARG 169          HH21      ARG 169  22.380  18.076  -6.288
   13   HH22  ARG 169          HH22      ARG 169  22.026  18.608  -7.901

  No H/Q in entry =          13
  In of MODEL    5
    1    H    GLN 170           H        GLN 170  16.760  13.593  -5.784
    2    HA   GLN 170           HA       GLN 170  14.184  13.705  -6.225
    3    HB2  GLN 170           HB2      GLN 170  16.271  11.657  -6.927
    4    HB3  GLN 170           HB3      GLN 170  14.615  11.515  -7.503
    5    HG2  GLN 170           HG2      GLN 170  15.655  12.576  -9.258
    6    HG3  GLN 170           HG3      GLN 170  14.968  13.930  -8.364
    7   HE21  GLN 170          HE21      GLN 170  17.832  12.388  -9.447
    8   HE22  GLN 170          HE22      GLN 170  18.952  13.575  -8.875

  No H/Q in entry =           8
  In of MODEL    5
    1    H    GLU 171           H        GLU 171  15.518  11.786  -3.401
    2    HA   GLU 171           HA       GLU 171  13.494   9.895  -3.899
    3    HB2  GLU 171           HB2      GLU 171  15.813  10.164  -1.980
    4    HB3  GLU 171           HB3      GLU 171  14.423   9.181  -1.503
    5    HG2  GLU 171           HG2      GLU 171  14.919   7.540  -2.954
    6    HG3  GLU 171           HG3      GLU 171  15.382   8.678  -4.215

  No H/Q in entry =           6
  In of MODEL    5
    1    H    ILE 172           H        ILE 172  14.686  12.680  -2.369
    2    HA   ILE 172           HA       ILE 172  12.818  13.043  -0.266
    3    HB   ILE 172           HB       ILE 172  14.528  15.207  -1.495
    4   HG12  ILE 172          HG12      ILE 172  16.018  13.324  -1.265
    5   HG13  ILE 172          HG13      ILE 172  16.322  14.402   0.094
    6   HG22  ILE 172          HG21      ILE 172  13.731  14.587   1.351
    7   HG21  ILE 172          HG22      ILE 172  12.951  15.783   0.319
    8   HG23  ILE 172          HG23      ILE 172  14.632  15.998   0.802
    9   HD13  ILE 172          HD11      ILE 172  15.074  12.965   1.563
   10   HD12  ILE 172          HD12      ILE 172  16.277  12.004   0.701
   11   HD11  ILE 172          HD13      ILE 172  14.581  11.951   0.203

  No H/Q in entry =          11
  In of MODEL    5
    1    H    GLY 173           H        GLY 173  12.738  13.868  -3.906
    2    HA3  GLY 173           HA2      GLY 173  10.867  15.832  -3.607
    3    HA2  GLY 173           HA3      GLY 173  10.935  14.672  -4.934

  No H/Q in entry =           3
  In of MODEL    5
    1    H    GLN 174           H        GLN 174  10.654  12.508  -3.817
    2    HA   GLN 174           HA       GLN 174   7.859  12.165  -3.631
    3    HB2  GLN 174           HB2      GLN 174   9.870   9.968  -3.363
    4    HB3  GLN 174           HB3      GLN 174   8.306   9.946  -4.171
    5    HG2  GLN 174           HG2      GLN 174  10.823  11.310  -5.122
    6    HG3  GLN 174           HG3      GLN 174  10.108   9.849  -5.782
    7   HE21  GLN 174          HE21      GLN 174  10.081  10.824  -7.829
    8   HE22  GLN 174          HE22      GLN 174   8.891  11.998  -8.255

  No H/Q in entry =           8
  In of MODEL    5
    1    H    ILE 175           H        ILE 175  10.418  11.930  -1.262
    2    HA   ILE 175           HA       ILE 175   8.781  10.385   0.556
    3    HB   ILE 175           HB       ILE 175  11.424  11.754   1.080
    4   HG12  ILE 175          HG12      ILE 175  10.868   8.849   0.441
    5   HG13  ILE 175          HG13      ILE 175  11.586  10.013  -0.671
    6   HG21  ILE 175          HG21      ILE 175   9.603  10.113   2.726
    7   HG23  ILE 175          HG22      ILE 175  10.741  11.376   3.200
    8   HG22  ILE 175          HG23      ILE 175  11.323   9.746   2.854
    9   HD13  ILE 175          HD11      ILE 175  13.317   8.665   0.291
   10   HD12  ILE 175          HD12      ILE 175  12.754   9.037   1.921
   11   HD11  ILE 175          HD13      ILE 175  13.453  10.308   0.919

  No H/Q in entry =          11
  In of MODEL    5
    1    H    VAL 176           H        VAL 176   9.754  13.667   0.020
    2    HA   VAL 176           HA       VAL 176   8.441  14.488   2.479
    3    HB   VAL 176           HB       VAL 176  10.125  16.153   0.616
    4   HG11  VAL 176          HG11      VAL 176   8.576  17.355   2.111
    5   HG13  VAL 176          HG12      VAL 176  10.278  17.661   2.460
    6   HG12  VAL 176          HG13      VAL 176   9.352  16.566   3.484
    7   HG21  VAL 176          HG21      VAL 176  10.866  14.643   3.125
    8   HG23  VAL 176          HG22      VAL 176  11.901  15.815   2.310
    9   HG22  VAL 176          HG23      VAL 176  11.447  14.320   1.491

  No H/Q in entry =           9
  In of MODEL    5
    1    H    GLY 177           H        GLY 177   8.135  14.750  -1.011
    2    HA3  GLY 177           HA2      GLY 177   5.896  14.852  -1.873
    3    HA2  GLY 177           HA3      GLY 177   5.466  15.925  -0.552

  No H/Q in entry =           3
  In of MODEL    5
    1    H    CYS 178           H        CYS 178   8.353  17.065  -1.478
    2    HA   CYS 178           HA       CYS 178   7.233  18.799  -3.605
    3    HB2  CYS 178           HB2      CYS 178   8.278  20.694  -2.680
    4    HB3  CYS 178           HB3      CYS 178   7.634  19.865  -1.265
    5    HG   CYS 178           HG       CYS 178  10.675  18.787  -1.944

  No H/Q in entry =           5
  In of MODEL    5
    1    H    SER 179           H        SER 179   8.961  19.587  -5.148
    2    HA   SER 179           HA       SER 179  10.615  17.389  -5.837
    3    HB2  SER 179           HB2      SER 179  11.518  19.216  -7.491
    4    HB3  SER 179           HB3      SER 179   9.857  18.650  -7.681
    5    HG   SER 179           HG       SER 179  10.501  21.079  -7.523

  No H/Q in entry =           5
  In of MODEL    5
    1    H    ARG 180           H        ARG 180  12.864  17.841  -6.274
    2    HA   ARG 180           HA       ARG 180  14.500  18.502  -4.198
    3    HB2  ARG 180           HB2      ARG 180  15.895  19.096  -6.629
    4    HB3  ARG 180           HB3      ARG 180  16.117  17.783  -5.509
    5    HG2  ARG 180           HG2      ARG 180  15.648  16.563  -7.331
    6    HG3  ARG 180           HG3      ARG 180  13.989  16.842  -6.797
    7    HD2  ARG 180           HD2      ARG 180  13.987  18.897  -8.242
    8    HD3  ARG 180           HD3      ARG 180  15.533  18.355  -8.890
    9    HE   ARG 180           HE       ARG 180  14.170  16.246  -9.477
   10   HH11  ARG 180          HH11      ARG 180  12.971  19.546  -9.533
   11   HH12  ARG 180          HH12      ARG 180  11.814  19.227 -10.788
   12   HH21  ARG 180          HH21      ARG 180  12.644  15.835 -11.123
   13   HH22  ARG 180          HH22      ARG 180  11.629  17.125 -11.689

  No H/Q in entry =          13
  In of MODEL    5
    1    H    GLU 181           H        GLU 181  12.545  20.680  -4.672
    2    HA   GLU 181           HA       GLU 181  14.344  22.822  -5.460
    3    HB2  GLU 181           HB2      GLU 181  11.545  22.287  -6.096
    4    HB3  GLU 181           HB3      GLU 181  11.959  23.970  -5.805
    5    HG2  GLU 181           HG2      GLU 181  12.306  23.835  -8.052
    6    HG3  GLU 181           HG3      GLU 181  13.920  23.447  -7.461

  No H/Q in entry =           6
  In of MODEL    5
    1    H    THR 182           H        THR 182  11.467  22.465  -3.611
    2    HA   THR 182           HA       THR 182  12.046  24.421  -1.603
    3    HB   THR 182           HB       THR 182  10.419  22.066  -0.783
    4    HG1  THR 182           HG1      THR 182   8.848  23.586  -2.326
    5   HG23  THR 182          HG21      THR 182   8.893  23.777   0.031
    6   HG22  THR 182          HG22      THR 182   9.823  25.030  -0.789
    7   HG21  THR 182          HG23      THR 182  10.536  24.143   0.559

  No H/Q in entry =           7
  In of MODEL    5
    1    H    VAL 183           H        VAL 183  12.245  20.905  -1.794
    2    HA   VAL 183           HA       VAL 183  13.977  20.538   0.462
    3    HB   VAL 183           HB       VAL 183  12.609  19.005  -1.585
    4   HG13  VAL 183          HG11      VAL 183  14.116  17.598  -2.352
    5   HG12  VAL 183          HG12      VAL 183  14.710  17.270  -0.724
    6   HG11  VAL 183          HG13      VAL 183  15.366  18.633  -1.638
    7   HG21  VAL 183          HG21      VAL 183  12.298  19.066   0.930
    8   HG23  VAL 183          HG22      VAL 183  13.658  17.932   0.975
    9   HG22  VAL 183          HG23      VAL 183  12.182  17.507   0.100

  No H/Q in entry =           9
  In of MODEL    5
    1    H    GLY 184           H        GLY 184  14.511  21.198  -3.129
    2    HA3  GLY 184           HA2      GLY 184  17.196  20.619  -2.947
    3    HA2  GLY 184           HA3      GLY 184  16.485  21.850  -4.000

  No H/Q in entry =           3
  In of MODEL    5
    1    H    ARG 185           H        ARG 185  15.298  23.400  -1.985
    2    HA   ARG 185           HA       ARG 185  17.040  25.266  -1.202
    3    HB2  ARG 185           HB2      ARG 185  14.866  24.251   0.638
    4    HB3  ARG 185           HB3      ARG 185  15.816  25.679   1.000
    5    HG2  ARG 185           HG2      ARG 185  14.069  25.347  -1.432
    6    HG3  ARG 185           HG3      ARG 185  13.602  26.193   0.045
    7    HD2  ARG 185           HD2      ARG 185  14.450  28.029  -0.889
    8    HD3  ARG 185           HD3      ARG 185  16.037  27.314  -0.609
    9    HE   ARG 185           HE       ARG 185  15.138  26.279  -3.008
   10   HH11  ARG 185          HH11      ARG 185  15.852  29.446  -1.702
   11   HH12  ARG 185          HH12      ARG 185  16.318  30.114  -3.233
   12   HH21  ARG 185          HH21      ARG 185  15.738  27.162  -5.036
   13   HH22  ARG 185          HH22      ARG 185  16.245  28.819  -5.128

  No H/Q in entry =          13
  In of MODEL    5
    1    H    ILE 186           H        ILE 186  16.056  23.019   1.448
    2    HA   ILE 186           HA       ILE 186  18.206  23.224   2.802
    3    HB   ILE 186           HB       ILE 186  16.227  21.015   2.588
    4   HG12  ILE 186          HG12      ILE 186  15.897  21.974   5.031
    5   HG13  ILE 186          HG13      ILE 186  16.740  23.367   4.368
    6   HG21  ILE 186          HG21      ILE 186  18.726  21.005   4.180
    7   HG23  ILE 186          HG22      ILE 186  17.818  19.664   3.481
    8   HG22  ILE 186          HG23      ILE 186  17.252  20.436   4.960
    9   HD12  ILE 186          HD11      ILE 186  14.230  23.457   4.331
   10   HD11  ILE 186          HD12      ILE 186  14.284  22.196   3.098
   11   HD13  ILE 186          HD13      ILE 186  15.031  23.764   2.791

  No H/Q in entry =          11
  In of MODEL    5
    1    H    LEU 187           H        LEU 187  17.984  20.951   0.213
    2    HA   LEU 187           HA       LEU 187  20.246  19.557   1.088
    3    HB2  LEU 187           HB2      LEU 187  18.776  19.548  -1.491
    4    HB3  LEU 187           HB3      LEU 187  20.046  18.389  -1.032
    5    HG   LEU 187           HG       LEU 187  17.356  18.827   0.275
    6   HD12  LEU 187          HD11      LEU 187  18.235  16.163   0.202
    7   HD11  LEU 187          HD12      LEU 187  18.369  16.897  -1.405
    8   HD13  LEU 187          HD13      LEU 187  16.825  16.932  -0.542
    9   HD21  LEU 187          HD21      LEU 187  19.742  17.487   1.503
   10   HD23  LEU 187          HD22      LEU 187  18.094  17.250   2.061
   11   HD22  LEU 187          HD23      LEU 187  18.831  18.849   2.141

  No H/Q in entry =          11
  In of MODEL    5
    1    H    LYS 188           H        LYS 188  19.922  22.519  -0.056
    2    HA   LYS 188           HA       LYS 188  22.443  22.666  -1.557
    3    HB2  LYS 188           HB2      LYS 188  20.239  23.950  -2.177
    4    HB3  LYS 188           HB3      LYS 188  20.774  25.071  -0.936
    5    HG2  LYS 188           HG2      LYS 188  22.618  24.253  -3.143
    6    HG3  LYS 188           HG3      LYS 188  21.404  25.507  -3.397
    7    HD2  LYS 188           HD2      LYS 188  22.669  27.011  -2.355
    8    HD3  LYS 188           HD3      LYS 188  22.799  25.976  -0.932
    9    HE2  LYS 188           HE2      LYS 188  24.627  24.740  -2.052
   10    HE3  LYS 188           HE3      LYS 188  24.531  25.874  -3.398
   11    HZ2  LYS 188           HZ1      LYS 188  25.186  26.576  -0.581
   12    HZ1  LYS 188           HZ2      LYS 188  25.092  27.664  -1.877
   13    HZ3  LYS 188           HZ3      LYS 188  26.289  26.473  -1.865

  No H/Q in entry =          13
  In of MODEL    5
    1    H    MET 189           H        MET 189  20.879  23.503   1.465
    2    HA   MET 189           HA       MET 189  23.128  25.122   2.346
    3    HB2  MET 189           HB2      MET 189  22.031  25.318   4.499
    4    HB3  MET 189           HB3      MET 189  20.904  25.682   3.208
    5    HG2  MET 189           HG2      MET 189  20.021  23.375   3.441
    6    HG3  MET 189           HG3      MET 189  21.045  23.190   4.863
    7    HE1  MET 189           HE1      MET 189  18.004  25.016   3.261
    8    HE3  MET 189           HE2      MET 189  19.052  26.388   3.615
    9    HE2  MET 189           HE3      MET 189  17.548  26.176   4.507

  No H/Q in entry =           9
  In of MODEL    5
    1    H    LEU 190           H        LEU 190  22.186  21.830   2.338
    2    HA   LEU 190           HA       LEU 190  23.631  20.806   4.453
    3    HB2  LEU 190           HB2      LEU 190  23.372  19.611   1.720
    4    HB3  LEU 190           HB3      LEU 190  23.800  18.754   3.194
    5    HG   LEU 190           HG       LEU 190  21.202  19.865   2.356
    6   HD13  LEU 190          HD11      LEU 190  21.549  17.606   1.903
    7   HD12  LEU 190          HD12      LEU 190  20.522  17.669   3.338
    8   HD11  LEU 190          HD13      LEU 190  22.247  17.323   3.493
    9   HD23  LEU 190          HD21      LEU 190  20.472  19.390   4.752
   10   HD22  LEU 190          HD22      LEU 190  21.272  20.921   4.399
   11   HD21  LEU 190          HD23      LEU 190  22.177  19.608   5.149

  No H/Q in entry =          11
  In of MODEL    5
    1    H    GLU 191           H        GLU 191  24.841  21.216   1.080
    2    HA   GLU 191           HA       GLU 191  27.434  20.453   1.803
    3    HB2  GLU 191           HB2      GLU 191  26.111  20.944  -0.530
    4    HB3  GLU 191           HB3      GLU 191  27.113  22.383  -0.416
    5    HG2  GLU 191           HG2      GLU 191  28.975  20.552   0.094
    6    HG3  GLU 191           HG3      GLU 191  27.878  19.566  -0.871

  No H/Q in entry =           6
  In of MODEL    5
    1    H    ASP 192           H        ASP 192  25.660  23.265   2.467
    2    HA   ASP 192           HA       ASP 192  28.024  24.939   2.660
    3    HB2  ASP 192           HB2      ASP 192  25.116  25.553   3.218
    4    HB3  ASP 192           HB3      ASP 192  26.422  26.719   3.398

  No H/Q in entry =           4
  In of MODEL    5
    1    H    GLN 193           H        GLN 193  26.557  22.666   4.292
    2    HA   GLN 193           HA       GLN 193  26.667  21.764   6.391
    3    HB2  GLN 193           HB2      GLN 193  28.967  23.658   6.371
    4    HB3  GLN 193           HB3      GLN 193  28.478  22.983   7.918
    5    HG2  GLN 193           HG2      GLN 193  30.090  21.502   7.218
    6    HG3  GLN 193           HG3      GLN 193  28.600  20.717   6.700
    7   HE21  GLN 193          HE21      GLN 193  28.104  20.618   4.521
    8   HE22  GLN 193          HE22      GLN 193  29.283  20.923   3.293

  No H/Q in entry =           8
  In of MODEL    5
    1    H    ASN 194           H        ASN 194  24.882  23.971   5.772
    2    HA   ASN 194           HA       ASN 194  24.703  25.372   8.349
    3    HB2  ASN 194           HB2      ASN 194  24.263  26.384   5.940
    4    HB3  ASN 194           HB3      ASN 194  22.650  25.737   6.213
    5   HD21  ASN 194          HD21      ASN 194  25.016  28.060   7.243
    6   HD22  ASN 194          HD22      ASN 194  23.950  29.010   8.221

  No H/Q in entry =           6
  In of MODEL    5
    1    H    LEU 195           H        LEU 195  23.765  22.536   7.085
    2    HA   LEU 195           HA       LEU 195  21.711  22.167   9.115
    3    HB2  LEU 195           HB2      LEU 195  20.771  22.881   6.779
    4    HB3  LEU 195           HB3      LEU 195  21.109  21.221   6.343
    5    HG   LEU 195           HG       LEU 195  19.576  21.425   8.816
    6   HD13  LEU 195          HD11      LEU 195  17.544  22.238   7.857
    7   HD12  LEU 195          HD12      LEU 195  18.303  22.389   6.268
    8   HD11  LEU 195          HD13      LEU 195  18.801  23.449   7.589
    9   HD22  LEU 195          HD21      LEU 195  19.764  19.336   7.685
   10   HD21  LEU 195          HD22      LEU 195  19.233  20.048   6.162
   11   HD23  LEU 195          HD23      LEU 195  18.097  19.883   7.500

  No H/Q in entry =          11
  In of MODEL    5
    1    H    ILE 196           H        ILE 196  23.947  20.849   6.791
    2    HA   ILE 196           HA       ILE 196  24.347  18.456   8.201
    3    HB   ILE 196           HB       ILE 196  23.398  17.933   5.398
    4   HG12  ILE 196          HG12      ILE 196  21.734  17.583   7.898
    5   HG13  ILE 196          HG13      ILE 196  21.461  18.832   6.684
    6   HG21  ILE 196          HG21      ILE 196  24.504  16.409   7.579
    7   HG23  ILE 196          HG22      ILE 196  24.232  15.937   5.902
    8   HG22  ILE 196          HG23      ILE 196  22.938  15.765   7.086
    9   HD12  ILE 196          HD11      ILE 196  21.046  15.897   6.504
   10   HD11  ILE 196          HD12      ILE 196  21.398  16.824   5.046
   11   HD13  ILE 196          HD13      ILE 196  19.980  17.220   6.020

  No H/Q in entry =          11
  In of MODEL    5
    1    H    SER 197           H        SER 197  25.634  17.101   6.217
    2    HA   SER 197           HA       SER 197  27.167  18.937   4.550
    3    HB2  SER 197           HB2      SER 197  29.250  17.693   5.157
    4    HB3  SER 197           HB3      SER 197  28.586  18.708   6.439
    5    HG   SER 197           HG       SER 197  27.622  16.123   6.423

  No H/Q in entry =           5
  In of MODEL    5
    1    H    ALA 198           H        ALA 198  26.536  18.316   2.598
    2    HA   ALA 198           HA       ALA 198  26.214  15.496   2.130
    3    HB3  ALA 198           HB1      ALA 198  24.426  17.130   1.451
    4    HB1  ALA 198           HB2      ALA 198  25.081  16.181   0.116
    5    HB2  ALA 198           HB3      ALA 198  25.591  17.855   0.343

  No H/Q in entry =           5
  In of MODEL    5
    1    H    HIS 199           H        HIS 199  28.009  14.547   1.479
    2    HA   HIS 199           HA       HIS 199  30.134  16.110   0.232
    3    HB2  HIS 199           HB2      HIS 199  30.465  14.155   1.978
    4    HB3  HIS 199           HB3      HIS 199  30.235  13.120   0.571
    5    HD1  HIS 199           HD1      HIS 199  32.682  15.393   2.185
    6    HD2  HIS 199           HD2      HIS 199  32.289  13.295  -1.381
    7    HE1  HIS 199           HE1      HIS 199  34.948  15.465   1.104
    8    HE2  HIS 199           HE2      HIS 199  34.644  14.324  -1.114

  No H/Q in entry =           8
  In of MODEL    5
    1    H    GLY 200           H        GLY 200  28.582  16.627  -1.435
    2    HA3  GLY 200           HA2      GLY 200  28.143  16.389  -3.722
    3    HA2  GLY 200           HA3      GLY 200  28.607  14.687  -3.614

  No H/Q in entry =           3
  In of MODEL    5
    1    H    LYS 201           H        LYS 201  26.940  13.317  -3.804
    2    HA   LYS 201           HA       LYS 201  24.287  14.233  -2.947
    3    HB2  LYS 201           HB2      LYS 201  25.124  11.949  -4.741
    4    HB3  LYS 201           HB3      LYS 201  23.461  12.262  -4.264
    5    HG2  LYS 201           HG2      LYS 201  23.498  14.403  -5.379
    6    HG3  LYS 201           HG3      LYS 201  25.206  14.204  -5.768
    7    HD2  LYS 201           HD2      LYS 201  24.768  12.502  -7.322
    8    HD3  LYS 201           HD3      LYS 201  23.146  12.222  -6.688
    9    HE2  LYS 201           HE2      LYS 201  22.299  13.673  -8.139
   10    HE3  LYS 201           HE3      LYS 201  23.351  14.942  -7.517
   11    HZ2  LYS 201           HZ1      LYS 201  23.958  13.028  -9.701
   12    HZ1  LYS 201           HZ2      LYS 201  25.103  14.073  -9.021
   13    HZ3  LYS 201           HZ3      LYS 201  23.759  14.703  -9.828

  No H/Q in entry =          13
  In of MODEL    5
    1    H    THR 202           H        THR 202  26.796  12.437  -1.900
    2    HA   THR 202           HA       THR 202  25.423  10.602  -0.172
    3    HB   THR 202           HB       THR 202  28.134  11.155   0.663
    4    HG1  THR 202           HG1      THR 202  28.748  11.769  -1.335
    5   HG22  THR 202          HG21      THR 202  27.311   8.674  -0.804
    6   HG21  THR 202          HG22      THR 202  26.646   9.014   0.793
    7   HG23  THR 202          HG23      THR 202  28.389   8.852   0.581

  No H/Q in entry =           7
  In of MODEL    5
    1    H    ILE 203           H        ILE 203  24.626  11.235   1.825
    2    HA   ILE 203           HA       ILE 203  25.394  13.924   2.677
    3    HB   ILE 203           HB       ILE 203  22.825  12.426   2.696
    4   HG12  ILE 203          HG12      ILE 203  23.654  15.243   2.014
    5   HG13  ILE 203          HG13      ILE 203  23.177  13.969   0.897
    6   HG21  ILE 203          HG21      ILE 203  23.715  14.322   4.803
    7   HG23  ILE 203          HG22      ILE 203  22.645  12.924   4.918
    8   HG22  ILE 203          HG23      ILE 203  22.051  14.437   4.233
    9   HD13  ILE 203          HD11      ILE 203  21.383  15.523   1.101
   10   HD12  ILE 203          HD12      ILE 203  21.438  15.427   2.862
   11   HD11  ILE 203          HD13      ILE 203  20.907  14.031   1.917

  No H/Q in entry =          11
  In of MODEL    5
    1    H    VAL 204           H        VAL 204  26.504  14.057   4.481
    2    HA   VAL 204           HA       VAL 204  26.695  11.765   6.308
    3    HB   VAL 204           HB       VAL 204  28.382  14.233   6.460
    4   HG11  VAL 204          HG11      VAL 204  28.369  12.398   8.126
    5   HG13  VAL 204          HG12      VAL 204  29.950  12.831   7.478
    6   HG12  VAL 204          HG13      VAL 204  29.124  11.382   6.904
    7   HG23  VAL 204          HG21      VAL 204  30.073  12.755   5.045
    8   HG22  VAL 204          HG22      VAL 204  29.012  13.964   4.319
    9   HG21  VAL 204          HG23      VAL 204  28.564  12.263   4.275

  No H/Q in entry =           9
  In of MODEL    5
    1    H    VAL 205           H        VAL 205  25.812  12.167   8.393
    2    HA   VAL 205           HA       VAL 205  24.794  14.834   8.830
    3    HB   VAL 205           HB       VAL 205  23.668  13.346  10.781
    4   HG11  VAL 205          HG11      VAL 205  22.757  13.265   7.878
    5   HG13  VAL 205          HG12      VAL 205  22.413  14.549   9.041
    6   HG12  VAL 205          HG13      VAL 205  21.721  12.944   9.274
    7   HG21  VAL 205          HG21      VAL 205  24.138  11.314   8.575
    8   HG23  VAL 205          HG22      VAL 205  23.119  11.071  10.002
    9   HG22  VAL 205          HG23      VAL 205  24.864  11.264  10.189

  No H/Q in entry =           9
  In of MODEL    5
    1    H    TYR 206           H        TYR 206  26.714  15.711   9.570
    2    HA   TYR 206           HA       TYR 206  28.980  14.483  10.541
    3    HB2  TYR 206           HB2      TYR 206  27.709  17.137  11.205
    4    HB3  TYR 206           HB3      TYR 206  29.152  16.619  12.062
    5    HD1  TYR 206           HD1      TYR 206  28.166  18.734   9.698
    6    HD2  TYR 206           HD2      TYR 206  30.886  15.502  10.134
    7    HE1  TYR 206           HE1      TYR 206  29.522  19.663   7.906
    8    HE2  TYR 206           HE2      TYR 206  32.290  16.401   8.340
    9    HH   TYR 206           HH       TYR 206  31.812  19.588   7.085

  No H/Q in entry =           9
  In of MODEL    5
    1    H    GLY 207           H        GLY 207  26.380  15.891  12.553
    2    HA3  GLY 207           HA2      GLY 207  26.285  13.737  14.391
    3    HA2  GLY 207           HA3      GLY 207  27.276  15.035  15.035

  No H/Q in entry =           3
  In of MODEL    5
    1    H    THR 208           H        THR 208  25.960  17.290  14.262
    2    HA   THR 208           HA       THR 208  23.885  17.424  16.163
    3    HB   THR 208           HB       THR 208  23.857  19.549  14.154
    4    HG1  THR 208           HG1      THR 208  26.148  19.945  15.426
    5   HG22  THR 208          HG21      THR 208  24.202  20.935  16.155
    6   HG21  THR 208          HG22      THR 208  24.484  19.479  17.110
    7   HG23  THR 208          HG23      THR 208  22.898  19.772  16.396

  No H/Q in entry =           7
  In of MODEL    5
    1    H    ARG 209           H        ARG 209  23.852  17.576  12.637
    2    HA   ARG 209           HA       ARG 209  21.221  16.406  12.535
    3    HB2  ARG 209           HB2      ARG 209  21.832  19.168  11.468
    4    HB3  ARG 209           HB3      ARG 209  20.485  18.206  10.881
    5    HG2  ARG 209           HG2      ARG 209  19.607  18.149  13.214
    6    HG3  ARG 209           HG3      ARG 209  20.885  19.282  13.660
    7    HD2  ARG 209           HD2      ARG 209  18.650  19.720  11.689
    8    HD3  ARG 209           HD3      ARG 209  18.890  20.531  13.236
    9    HE   ARG 209           HE       ARG 209  20.994  20.850  11.251
   10   HH11  ARG 209          HH11      ARG 209  18.146  22.190  12.784
   11   HH12  ARG 209          HH12      ARG 209  18.483  23.817  12.284
   12   HH21  ARG 209          HH21      ARG 209  21.441  23.014  10.596
   13   HH22  ARG 209          HH22      ARG 209  20.351  24.282  11.049

  No H/Q in entry =          13
  In of MODEL    6
    1    H1   VAL   1           H3       VAL   1 -23.994 -15.722   6.577
    2    H2   VAL   1           H2       VAL   1 -24.889 -14.548   5.753
    3    H3   VAL   1           H1       VAL   1 -25.507 -15.246   7.161
    4    HA   VAL   1           HA       VAL   1 -25.843 -17.322   6.152
    5    HB   VAL   1           HB       VAL   1 -27.494 -15.519   5.615
    6   HG13  VAL   1          HG11      VAL   1 -26.479 -13.966   4.267
    7   HG12  VAL   1          HG12      VAL   1 -27.430 -14.876   3.093
    8   HG11  VAL   1          HG13      VAL   1 -25.703 -15.188   3.260
    9   HG22  VAL   1          HG21      VAL   1 -28.085 -17.754   5.047
   10   HG21  VAL   1          HG22      VAL   1 -27.092 -17.710   3.590
   11   HG23  VAL   1          HG23      VAL   1 -28.550 -16.723   3.695

  No H/Q in entry =          11
  In of MODEL    6
    1    H    LEU   2           H        LEU   2 -25.493 -18.819   4.420
    2    HA   LEU   2           HA       LEU   2 -22.950 -18.387   3.058
    3    HB2  LEU   2           HB2      LEU   2 -24.428 -20.663   4.063
    4    HB3  LEU   2           HB3      LEU   2 -23.936 -20.925   2.402
    5    HG   LEU   2           HG       LEU   2 -21.583 -20.337   3.119
    6   HD12  LEU   2          HD11      LEU   2 -21.072 -20.547   5.503
    7   HD11  LEU   2          HD12      LEU   2 -22.796 -20.648   5.860
    8   HD13  LEU   2          HD13      LEU   2 -22.121 -19.168   5.179
    9   HD22  LEU   2          HD21      LEU   2 -21.152 -22.547   4.042
   10   HD21  LEU   2          HD22      LEU   2 -22.327 -22.637   2.730
   11   HD23  LEU   2          HD23      LEU   2 -22.866 -22.744   4.405

  No H/Q in entry =          11
  In of MODEL    6
    1    H    GLY   3           H        GLY   3 -23.242 -20.085   0.877
    2    HA3  GLY   3           HA2      GLY   3 -24.116 -20.274  -1.246
    3    HA2  GLY   3           HA3      GLY   3 -25.534 -19.389  -0.701

  No H/Q in entry =           3
  In of MODEL    6
    1    H    LYS   4           H        LYS   4 -22.079 -18.855  -1.399
    2    HA   LYS   4           HA       LYS   4 -22.844 -16.204  -2.443
    3    HB2  LYS   4           HB2      LYS   4 -20.470 -17.188  -0.966
    4    HB3  LYS   4           HB3      LYS   4 -20.167 -16.003  -2.229
    5    HG2  LYS   4           HG2      LYS   4 -20.435 -14.891  -0.107
    6    HG3  LYS   4           HG3      LYS   4 -21.784 -14.483  -1.167
    7    HD2  LYS   4           HD2      LYS   4 -22.720 -16.700   0.148
    8    HD3  LYS   4           HD3      LYS   4 -21.760 -15.903   1.395
    9    HE2  LYS   4           HE2      LYS   4 -23.472 -14.528   1.750
   10    HE3  LYS   4           HE3      LYS   4 -23.218 -13.865   0.136
   11    HZ2  LYS   4           HZ1      LYS   4 -25.017 -16.115   0.871
   12    HZ1  LYS   4           HZ2      LYS   4 -24.697 -15.637  -0.720
   13    HZ3  LYS   4           HZ3      LYS   4 -25.482 -14.576   0.338

  No H/Q in entry =          13
  In of MODEL    6
    1    HA   PRO   5           HA       PRO   5 -21.816 -17.963  -6.409
    2    HB2  PRO   5           HB2      PRO   5 -22.538 -15.867  -7.915
    3    HB3  PRO   5           HB3      PRO   5 -23.738 -16.863  -7.080
    4    HG2  PRO   5           HG2      PRO   5 -22.611 -14.202  -6.295
    5    HG3  PRO   5           HG3      PRO   5 -24.292 -14.761  -6.245
    6    HD2  PRO   5           HD2      PRO   5 -22.637 -14.712  -4.062
    7    HD3  PRO   5           HD3      PRO   5 -24.002 -15.832  -4.240

  No H/Q in entry =           7
  In of MODEL    6
    1    H    GLN   6           H        GLN   6 -19.635 -16.875  -4.843
    2    HA   GLN   6           HA       GLN   6 -18.194 -15.031  -6.541
    3    HB2  GLN   6           HB2      GLN   6 -18.055 -15.095  -4.009
    4    HB3  GLN   6           HB3      GLN   6 -17.131 -16.581  -4.175
    5    HG2  GLN   6           HG2      GLN   6 -15.485 -15.301  -5.558
    6    HG3  GLN   6           HG3      GLN   6 -16.367 -13.835  -5.134
    7   HE21  GLN   6          HE21      GLN   6 -16.149 -12.979  -3.096
    8   HE22  GLN   6          HE22      GLN   6 -15.000 -13.560  -1.940

  No H/Q in entry =           8
  In of MODEL    6
    1    H    THR   7           H        THR   7 -18.649 -18.376  -6.377
    2    HA   THR   7           HA       THR   7 -17.884 -20.091  -7.676
    3    HB   THR   7           HB       THR   7 -15.838 -18.296  -8.973
    4    HG1  THR   7           HG1      THR   7 -18.560 -18.071  -9.062
    5   HG21  THR   7          HG21      THR   7 -17.395 -20.714  -9.902
    6   HG23  THR   7          HG22      THR   7 -15.676 -20.655  -9.511
    7   HG22  THR   7          HG23      THR   7 -16.291 -19.780 -10.912

  No H/Q in entry =           7
  In of MODEL    6
    1    H    ASP   8           H        ASP   8 -17.001 -19.824  -5.084
    2    HA   ASP   8           HA       ASP   8 -14.360 -21.008  -5.389
    3    HB2  ASP   8           HB2      ASP   8 -14.238 -18.521  -4.660
    4    HB3  ASP   8           HB3      ASP   8 -14.792 -19.123  -3.098

  No H/Q in entry =           4
  In of MODEL    6
    1    HA   PRO   9           HA       PRO   9 -16.993 -23.675  -2.809
    2    HB2  PRO   9           HB2      PRO   9 -15.727 -25.985  -3.487
    3    HB3  PRO   9           HB3      PRO   9 -17.015 -25.269  -4.460
    4    HG2  PRO   9           HG2      PRO   9 -14.057 -25.158  -4.852
    5    HG3  PRO   9           HG3      PRO   9 -15.342 -25.348  -6.058
    6    HD2  PRO   9           HD2      PRO   9 -14.074 -22.985  -5.594
    7    HD3  PRO   9           HD3      PRO   9 -15.754 -23.088  -6.158

  No H/Q in entry =           7
  In of MODEL    6
    1    H    THR  10           H        THR  10 -13.602 -23.037  -2.914
    2    HA   THR  10           HA       THR  10 -12.939 -24.771  -0.695
    3    HB   THR  10           HB       THR  10 -10.935 -22.794  -1.133
    4    HG1  THR  10           HG1      THR  10 -11.663 -22.339  -3.164
    5   HG23  THR  10          HG21      THR  10 -10.497 -25.067  -0.392
    6   HG22  THR  10          HG22      THR  10  -9.612 -24.744  -1.883
    7   HG21  THR  10          HG23      THR  10 -11.089 -25.707  -1.924

  No H/Q in entry =           7
  In of MODEL    6
    1    H    LEU  11           H        LEU  11 -13.664 -21.381  -1.393
    2    HA   LEU  11           HA       LEU  11 -13.055 -20.563   1.254
    3    HB2  LEU  11           HB2      LEU  11 -12.957 -19.013  -0.670
    4    HB3  LEU  11           HB3      LEU  11 -14.718 -19.062  -0.739
    5    HG   LEU  11           HG       LEU  11 -14.421 -18.511   1.846
    6   HD11  LEU  11          HD11      LEU  11 -11.911 -18.500   1.485
    7   HD13  LEU  11          HD12      LEU  11 -12.627 -17.150   2.369
    8   HD12  LEU  11          HD13      LEU  11 -12.157 -16.951   0.676
    9   HD21  LEU  11          HD21      LEU  11 -14.419 -16.575  -0.430
   10   HD23  LEU  11          HD22      LEU  11 -14.688 -16.128   1.256
   11   HD22  LEU  11          HD23      LEU  11 -15.802 -17.232   0.446

  No H/Q in entry =          11
  In of MODEL    6
    1    H    GLU  12           H        GLU  12 -15.821 -21.768  -0.368
    2    HA   GLU  12           HA       GLU  12 -17.717 -21.052   1.685
    3    HB2  GLU  12           HB2      GLU  12 -18.156 -21.550  -0.890
    4    HB3  GLU  12           HB3      GLU  12 -18.332 -23.202  -0.305
    5    HG2  GLU  12           HG2      GLU  12 -20.269 -22.758   0.780
    6    HG3  GLU  12           HG3      GLU  12 -19.785 -21.119   1.199

  No H/Q in entry =           6
  In of MODEL    6
    1    H    TRP  13           H        TRP  13 -15.239 -23.168   1.356
    2    HA   TRP  13           HA       TRP  13 -16.377 -25.135   3.193
    3    HB2  TRP  13           HB2      TRP  13 -14.024 -25.177   1.348
    4    HB3  TRP  13           HB3      TRP  13 -13.897 -26.079   2.861
    5    HD1  TRP  13           HD1      TRP  13 -17.084 -26.900   2.865
    6    HE1  TRP  13           HE1      TRP  13 -17.831 -28.802   1.307
    7    HE3  TRP  13           HE3      TRP  13 -13.164 -26.836  -0.410
    8    HZ2  TRP  13           HZ2      TRP  13 -16.882 -30.103  -1.009
    9    HZ3  TRP  13           HZ3      TRP  13 -13.162 -28.441  -2.273
   10    HH2  TRP  13           HH2      TRP  13 -14.982 -30.041  -2.564

  No H/Q in entry =          10
  In of MODEL    6
    1    H    PHE  14           H        PHE  14 -14.708 -22.247   2.888
    2    HA   PHE  14           HA       PHE  14 -13.169 -22.310   5.363
    3    HB2  PHE  14           HB2      PHE  14 -12.020 -21.241   3.666
    4    HB3  PHE  14           HB3      PHE  14 -13.454 -20.554   2.968
    5    HD1  PHE  14           HD1      PHE  14 -14.575 -18.625   4.266
    6    HD2  PHE  14           HD2      PHE  14 -10.583 -19.916   4.911
    7    HE1  PHE  14           HE1      PHE  14 -14.032 -16.439   5.245
    8    HE2  PHE  14           HE2      PHE  14 -10.036 -17.750   5.896
    9    HZ   PHE  14           HZ       PHE  14 -11.756 -15.998   6.068

  No H/Q in entry =           9
  In of MODEL    6
    1    H    LEU  15           H        LEU  15 -16.233 -21.413   4.122
    2    HA   LEU  15           HA       LEU  15 -16.730 -19.299   6.080
    3    HB2  LEU  15           HB2      LEU  15 -18.622 -20.294   3.957
    4    HB3  LEU  15           HB3      LEU  15 -18.796 -18.860   4.955
    5    HG   LEU  15           HG       LEU  15 -16.633 -19.276   2.913
    6   HD13  LEU  15          HD11      LEU  15 -18.070 -18.601   1.397
    7   HD12  LEU  15          HD12      LEU  15 -18.435 -17.162   2.352
    8   HD11  LEU  15          HD13      LEU  15 -19.338 -18.652   2.621
    9   HD21  LEU  15          HD21      LEU  15 -16.224 -17.718   4.921
   10   HD23  LEU  15          HD22      LEU  15 -17.417 -16.667   4.156
   11   HD22  LEU  15          HD23      LEU  15 -15.936 -17.097   3.296

  No H/Q in entry =          11
  In of MODEL    6
    1    H    SER  16           H        SER  16 -16.744 -22.527   5.783
    2    HA   SER  16           HA       SER  16 -19.148 -22.960   7.426
    3    HB2  SER  16           HB2      SER  16 -17.996 -25.435   6.925
    4    HB3  SER  16           HB3      SER  16 -19.331 -24.745   5.999
    5    HG   SER  16           HG       SER  16 -18.029 -24.391   4.372

  No H/Q in entry =           5
  In of MODEL    6
    1    H    HIS  17           H        HIS  17 -16.138 -21.954   7.623
    2    HA   HIS  17           HA       HIS  17 -15.479 -23.553   9.970
    3    HB2  HIS  17           HB2      HIS  17 -13.812 -22.374   7.833
    4    HB3  HIS  17           HB3      HIS  17 -13.149 -22.334   9.464
    5    HD1  HIS  17           HD1      HIS  17 -13.819 -24.610   6.620
    6    HD2  HIS  17           HD2      HIS  17 -12.728 -24.918  10.628
    7    HE1  HIS  17           HE1      HIS  17 -13.006 -26.967   6.926
    8    HE2  HIS  17           HE2      HIS  17 -12.358 -27.137   9.351

  No H/Q in entry =           8
  In of MODEL    6
    1    H    CYS  18           H        CYS  18 -16.446 -20.458   8.927
    2    HA   CYS  18           HA       CYS  18 -15.249 -19.171  11.256
    3    HB2  CYS  18           HB2      CYS  18 -15.623 -17.048   9.937
    4    HB3  CYS  18           HB3      CYS  18 -14.397 -18.154   9.348
    5    HG   CYS  18           HG       CYS  18 -15.655 -17.028   7.212

  No H/Q in entry =           5
  In of MODEL    6
    1    H    HIS  19           H        HIS  19 -16.998 -16.796  10.563
    2    HA   HIS  19           HA       HIS  19 -19.601 -17.709  11.545
    3    HB2  HIS  19           HB2      HIS  19 -18.530 -17.215  13.630
    4    HB3  HIS  19           HB3      HIS  19 -17.742 -15.791  12.979
    5    HD1  HIS  19           HD1      HIS  19 -21.335 -16.880  13.702
    6    HD2  HIS  19           HD2      HIS  19 -18.888 -13.527  13.881
    7    HE1  HIS  19           HE1      HIS  19 -22.783 -15.033  14.595
    8    HE2  HIS  19           HE2      HIS  19 -21.341 -12.975  14.489

  No H/Q in entry =           8
  In of MODEL    6
    1    H    ILE  20           H        ILE  20 -20.228 -16.975   9.147
    2    HA   ILE  20           HA       ILE  20 -20.144 -14.254   8.464
    3    HB   ILE  20           HB       ILE  20 -22.498 -15.765   7.578
    4   HG12  ILE  20          HG12      ILE  20 -20.674 -17.547   7.763
    5   HG13  ILE  20          HG13      ILE  20 -21.427 -17.368   6.188
    6   HG23  ILE  20          HG21      ILE  20 -22.177 -13.783   6.488
    7   HG22  ILE  20          HG22      ILE  20 -21.572 -14.976   5.340
    8   HG21  ILE  20          HG23      ILE  20 -20.443 -14.039   6.319
    9   HD13  ILE  20          HD11      ILE  20 -19.528 -16.640   5.213
   10   HD12  ILE  20          HD12      ILE  20 -18.794 -17.548   6.536
   11   HD11  ILE  20          HD13      ILE  20 -18.977 -15.800   6.660

  No H/Q in entry =          11
  In of MODEL    6
    1    H    HIS  21           H        HIS  21 -20.993 -12.808   9.416
    2    HA   HIS  21           HA       HIS  21 -23.296 -11.839   9.423
    3    HB2  HIS  21           HB2      HIS  21 -24.357 -13.847  10.494
    4    HB3  HIS  21           HB3      HIS  21 -23.553 -13.419  11.997
    5    HD1  HIS  21           HD1      HIS  21 -24.495 -11.424  13.324
    6    HD2  HIS  21           HD2      HIS  21 -26.615 -12.246   9.838
    7    HE1  HIS  21           HE1      HIS  21 -26.628 -10.111  13.506
    8    HE2  HIS  21           HE2      HIS  21 -27.831 -10.507  11.329

  No H/Q in entry =           8
  In of MODEL    6
    1    H    LYS  22           H        LYS  22 -23.019  -9.966   9.825
    2    HA   LYS  22           HA       LYS  22 -21.043  -9.213  11.829
    3    HB2  LYS  22           HB2      LYS  22 -20.597  -8.850   9.290
    4    HB3  LYS  22           HB3      LYS  22 -21.632  -7.452   9.501
    5    HG2  LYS  22           HG2      LYS  22 -19.935  -7.038  11.531
    6    HG3  LYS  22           HG3      LYS  22 -18.879  -7.938  10.450
    7    HD2  LYS  22           HD2      LYS  22 -19.525  -6.380   8.638
    8    HD3  LYS  22           HD3      LYS  22 -20.399  -5.423   9.836
    9    HE2  LYS  22           HE2      LYS  22 -18.168  -5.367  11.109
   10    HE3  LYS  22           HE3      LYS  22 -17.448  -5.892   9.586
   11    HZ1  LYS  22           HZ1      LYS  22 -18.680  -3.935   8.577
   12    HZ3  LYS  22           HZ2      LYS  22 -17.333  -3.582   9.539
   13    HZ2  LYS  22           HZ3      LYS  22 -18.895  -3.382  10.167

  No H/Q in entry =          13
  In of MODEL    6
    1    H    TYR  23           H        TYR  23 -22.144  -6.373  10.766
    2    HA   TYR  23           HA       TYR  23 -24.398  -6.145  12.497
    3    HB2  TYR  23           HB2      TYR  23 -22.813  -4.289  13.736
    4    HB3  TYR  23           HB3      TYR  23 -23.431  -5.759  14.435
    5    HD1  TYR  23           HD1      TYR  23 -21.238  -7.423  12.709
    6    HD2  TYR  23           HD2      TYR  23 -21.097  -4.175  15.411
    7    HE1  TYR  23           HE1      TYR  23 -18.973  -8.081  13.307
    8    HE2  TYR  23           HE2      TYR  23 -18.796  -4.794  16.029
    9    HH   TYR  23           HH       TYR  23 -17.206  -7.632  14.562

  No H/Q in entry =           9
  In of MODEL    6
    1    HA   PRO  24           HA       PRO  24 -25.419  -2.005  11.017
    2    HB2  PRO  24           HB2      PRO  24 -24.285  -0.987  13.613
    3    HB3  PRO  24           HB3      PRO  24 -25.756  -0.484  12.769
    4    HG2  PRO  24           HG2      PRO  24 -25.860  -2.166  14.842
    5    HG3  PRO  24           HG3      PRO  24 -26.945  -2.343  13.452
    6    HD2  PRO  24           HD2      PRO  24 -24.688  -4.035  14.286
    7    HD3  PRO  24           HD3      PRO  24 -26.049  -4.414  13.217

  No H/Q in entry =           7
  In of MODEL    6
    1    H    SER  25           H        SER  25 -24.232  -0.321   9.843
    2    HA   SER  25           HA       SER  25 -21.468  -0.573   9.819
    3    HB2  SER  25           HB2      SER  25 -22.069   1.959   8.862
    4    HB3  SER  25           HB3      SER  25 -21.766   0.488   7.954
    5    HG   SER  25           HG       SER  25 -23.974   1.786   7.916

  No H/Q in entry =           5
  In of MODEL    6
    1    H    LYS  26           H        LYS  26 -19.910   0.561  10.435
    2    HA   LYS  26           HA       LYS  26 -18.628   2.274  11.453
    3    HB2  LYS  26           HB2      LYS  26 -21.063   2.435  13.364
    4    HB3  LYS  26           HB3      LYS  26 -19.538   3.248  13.684
    5    HG2  LYS  26           HG2      LYS  26 -19.795   4.575  11.516
    6    HG3  LYS  26           HG3      LYS  26 -21.296   3.720  11.170
    7    HD2  LYS  26           HD2      LYS  26 -22.277   4.752  13.291
    8    HD3  LYS  26           HD3      LYS  26 -20.738   5.588  13.570
    9    HE2  LYS  26           HE2      LYS  26 -20.913   6.716  11.294
   10    HE3  LYS  26           HE3      LYS  26 -22.463   5.911  11.000
   11    HZ1  LYS  26           HZ1      LYS  26 -22.095   7.489  13.478
   12    HZ2  LYS  26           HZ2      LYS  26 -22.435   8.263  12.073
   13    HZ3  LYS  26           HZ3      LYS  26 -23.477   7.066  12.612

  No H/Q in entry =          13
  In of MODEL    6
    1    H    SER  27           H        SER  27 -19.808  -0.630  11.942
    2    HA   SER  27           HA       SER  27 -19.455  -1.622  14.416
    3    HB2  SER  27           HB2      SER  27 -18.240  -3.451  12.557
    4    HB3  SER  27           HB3      SER  27 -19.812  -3.544  13.349
    5    HG   SER  27           HG       SER  27 -20.739  -2.447  11.681

  No H/Q in entry =           5
  In of MODEL    6
    1    H    THR  28           H        THR  28 -17.845  -2.342  15.823
    2    HA   THR  28           HA       THR  28 -15.304  -1.285  15.704
    3    HB   THR  28           HB       THR  28 -15.738  -3.979  16.959
    4    HG1  THR  28           HG1      THR  28 -16.824  -2.375  18.658
    5   HG21  THR  28          HG21      THR  28 -13.682  -2.532  17.345
    6   HG23  THR  28          HG22      THR  28 -14.520  -3.092  18.791
    7   HG22  THR  28          HG23      THR  28 -14.738  -1.434  18.233

  No H/Q in entry =           7
  In of MODEL    6
    1    H    LEU  29           H        LEU  29 -14.550  -1.970  13.083
    2    HA   LEU  29           HA       LEU  29 -14.138  -4.679  13.009
    3    HB2  LEU  29           HB2      LEU  29 -12.935  -2.354  11.525
    4    HB3  LEU  29           HB3      LEU  29 -12.372  -3.984  11.237
    5    HG   LEU  29           HG       LEU  29 -13.892  -3.317   9.499
    6   HD13  LEU  29          HD11      LEU  29 -15.234  -5.168   9.404
    7   HD12  LEU  29          HD12      LEU  29 -15.507  -5.195  11.147
    8   HD11  LEU  29          HD13      LEU  29 -13.938  -5.673  10.489
    9   HD23  LEU  29          HD21      LEU  29 -16.238  -3.191  11.291
   10   HD22  LEU  29          HD22      LEU  29 -15.902  -2.328   9.786
   11   HD21  LEU  29          HD23      LEU  29 -15.139  -1.807  11.293

  No H/Q in entry =          11
  In of MODEL    6
    1    H    ILE  30           H        ILE  30 -11.655  -2.306  12.843
    2    HA   ILE  30           HA       ILE  30 -10.171  -2.567  15.034
    3    HB   ILE  30           HB       ILE  30  -8.229  -4.086  13.752
    4   HG12  ILE  30          HG12      ILE  30  -9.194  -6.358  13.517
    5   HG13  ILE  30          HG13      ILE  30 -10.804  -5.682  13.689
    6   HG21  ILE  30          HG21      ILE  30  -8.880  -3.834  16.192
    7   HG23  ILE  30          HG22      ILE  30  -8.227  -5.389  15.678
    8   HG22  ILE  30          HG23      ILE  30  -9.963  -5.201  15.923
    9   HD13  ILE  30          HD11      ILE  30 -10.713  -4.660  11.588
   10   HD12  ILE  30          HD12      ILE  30 -10.033  -6.266  11.353
   11   HD11  ILE  30          HD13      ILE  30  -8.966  -4.860  11.464

  No H/Q in entry =          11
  In of MODEL    6
    1    H    HIS  31           H        HIS  31  -9.257  -1.028  14.955
    2    HA   HIS  31           HA       HIS  31  -6.989  -0.246  13.545
    3    HB2  HIS  31           HB2      HIS  31  -8.724   0.386  11.815
    4    HB3  HIS  31           HB3      HIS  31  -9.495   1.404  13.019
    5    HD1  HIS  31           HD1      HIS  31  -8.279   2.340  10.236
    6    HD2  HIS  31           HD2      HIS  31  -6.539   2.835  13.965
    7    HE1  HIS  31           HE1      HIS  31  -6.731   4.293   9.995
    8    HE2  HIS  31           HE2      HIS  31  -5.968   4.758  12.348

  No H/Q in entry =           8
  In of MODEL    6
    1    H    GLN  32           H        GLN  32  -6.709  -0.442  15.969
    2    HA   GLN  32           HA       GLN  32  -6.419   2.034  17.217
    3    HB2  GLN  32           HB2      GLN  32  -9.075   0.995  17.528
    4    HB3  GLN  32           HB3      GLN  32  -8.261   0.970  19.091
    5    HG2  GLN  32           HG2      GLN  32  -9.001   3.274  17.375
    6    HG3  GLN  32           HG3      GLN  32  -9.116   3.083  19.126
    7   HE21  GLN  32          HE21      GLN  32  -7.314   3.505  20.399
    8   HE22  GLN  32          HE22      GLN  32  -5.935   4.355  19.796

  No H/Q in entry =           8
  In of MODEL    6
    1    H    GLY  33           H        GLY  33  -4.410   0.613  17.324
    2    HA3  GLY  33           HA2      GLY  33  -2.945  -0.838  18.349
    3    HA2  GLY  33           HA3      GLY  33  -3.724  -0.128  19.746

  No H/Q in entry =           3
  In of MODEL    6
    1    H    GLU  34           H        GLU  34  -5.786  -1.961  17.921
    2    HA   GLU  34           HA       GLU  34  -5.927  -3.972  20.006
    3    HB2  GLU  34           HB2      GLU  34  -7.625  -3.095  17.693
    4    HB3  GLU  34           HB3      GLU  34  -7.973  -4.557  18.569
    5    HG2  GLU  34           HG2      GLU  34  -7.841  -1.814  19.736
    6    HG3  GLU  34           HG3      GLU  34  -9.317  -2.679  19.317

  No H/Q in entry =           6
  In of MODEL    6
    1    H    LYS  35           H        LYS  35  -4.784  -5.666  19.768
    2    HA   LYS  35           HA       LYS  35  -3.375  -6.619  17.647
    3    HB2  LYS  35           HB2      LYS  35  -4.430  -7.769  20.145
    4    HB3  LYS  35           HB3      LYS  35  -4.120  -8.951  18.883
    5    HG2  LYS  35           HG2      LYS  35  -1.815  -8.087  18.689
    6    HG3  LYS  35           HG3      LYS  35  -2.147  -7.004  20.046
    7    HD2  LYS  35           HD2      LYS  35  -2.247  -8.733  21.573
    8    HD3  LYS  35           HD3      LYS  35  -2.685  -9.926  20.353
    9    HE2  LYS  35           HE2      LYS  35   0.018  -8.628  20.352
   10    HE3  LYS  35           HE3      LYS  35  -0.324 -10.018  21.381
   11    HZ1  LYS  35           HZ1      LYS  35  -1.266 -10.651  18.847
   12    HZ3  LYS  35           HZ2      LYS  35   0.080 -11.302  19.645
   13    HZ2  LYS  35           HZ3      LYS  35   0.271  -9.967  18.626

  No H/Q in entry =          13
  In of MODEL    6
    1    H    ALA  36           H        ALA  36  -4.138  -6.964  15.645
    2    HA   ALA  36           HA       ALA  36  -6.859  -7.699  15.201
    3    HB1  ALA  36           HB1      ALA  36  -5.907  -7.926  12.781
    4    HB2  ALA  36           HB2      ALA  36  -4.491  -7.141  13.488
    5    HB3  ALA  36           HB3      ALA  36  -6.059  -6.340  13.538

  No H/Q in entry =           5
  In of MODEL    6
    1    H    GLU  37           H        GLU  37  -6.460  -9.640  16.685
    2    HA   GLU  37           HA       GLU  37  -5.220 -11.947  15.451
    3    HB2  GLU  37           HB2      GLU  37  -7.019 -12.181  17.824
    4    HB3  GLU  37           HB3      GLU  37  -5.527 -13.036  17.469
    5    HG2  GLU  37           HG2      GLU  37  -5.470 -10.114  18.070
    6    HG3  GLU  37           HG3      GLU  37  -5.603 -11.287  19.377

  No H/Q in entry =           6
  In of MODEL    6
    1    H    THR  38           H        THR  38  -8.254 -10.438  15.520
    2    HA   THR  38           HA       THR  38  -9.597 -12.843  14.525
    3    HB   THR  38           HB       THR  38 -10.756 -11.924  16.420
    4    HG1  THR  38           HG1      THR  38 -12.181 -11.069  14.107
    5   HG22  THR  38          HG21      THR  38 -11.488  -9.346  15.240
    6   HG21  THR  38          HG22      THR  38  -9.779  -9.491  15.652
    7   HG23  THR  38          HG23      THR  38 -11.009  -9.744  16.891

  No H/Q in entry =           7
  In of MODEL    6
    1    H    LEU  39           H        LEU  39 -10.264 -12.922  12.469
    2    HA   LEU  39           HA       LEU  39  -9.750 -10.553  10.857
    3    HB2  LEU  39           HB2      LEU  39  -8.610 -11.964   9.566
    4    HB3  LEU  39           HB3      LEU  39  -9.193 -13.342  10.478
    5    HG   LEU  39           HG       LEU  39 -11.146 -12.238   8.571
    6   HD12  LEU  39          HD11      LEU  39  -9.891 -13.596   6.732
    7   HD11  LEU  39          HD12      LEU  39  -8.463 -13.203   7.691
    8   HD13  LEU  39          HD13      LEU  39  -9.467 -11.910   7.032
    9   HD21  LEU  39          HD21      LEU  39 -10.093 -14.969   9.268
   10   HD23  LEU  39          HD22      LEU  39 -11.335 -14.678   8.048
   11   HD22  LEU  39          HD23      LEU  39 -11.638 -14.256   9.735

  No H/Q in entry =          11
  In of MODEL    6
    1    H    TYR  40           H        TYR  40 -11.389  -9.889   9.241
    2    HA   TYR  40           HA       TYR  40 -14.019 -11.101   9.769
    3    HB2  TYR  40           HB2      TYR  40 -13.521  -8.169   9.212
    4    HB3  TYR  40           HB3      TYR  40 -15.053  -8.915   9.611
    5    HD1  TYR  40           HD1      TYR  40 -15.810  -8.812  11.747
    6    HD2  TYR  40           HD2      TYR  40 -11.650  -8.329  11.091
    7    HE1  TYR  40           HE1      TYR  40 -15.522  -8.162  14.102
    8    HE2  TYR  40           HE2      TYR  40 -11.335  -7.710  13.450
    9    HH   TYR  40           HH       TYR  40 -12.801  -6.675  15.284

  No H/Q in entry =           9
  In of MODEL    6
    1    H    TYR  41           H        TYR  41 -14.313 -12.224   7.821
    2    HA   TYR  41           HA       TYR  41 -13.464 -11.001   5.325
    3    HB2  TYR  41           HB2      TYR  41 -13.273 -13.472   5.829
    4    HB3  TYR  41           HB3      TYR  41 -15.028 -13.552   5.815
    5    HD1  TYR  41           HD1      TYR  41 -15.289 -11.547   3.435
    6    HD2  TYR  41           HD2      TYR  41 -13.010 -15.046   4.074
    7    HE1  TYR  41           HE1      TYR  41 -15.219 -11.925   1.029
    8    HE2  TYR  41           HE2      TYR  41 -12.911 -15.430   1.676
    9    HH   TYR  41           HH       TYR  41 -13.971 -14.855  -0.349

  No H/Q in entry =           9
  In of MODEL    6
    1    H    ILE  42           H        ILE  42 -14.751  -9.293   4.877
    2    HA   ILE  42           HA       ILE  42 -17.479  -9.166   5.425
    3    HB   ILE  42           HB       ILE  42 -15.812  -7.320   4.761
    4   HG12  ILE  42          HG12      ILE  42 -18.537  -7.099   3.539
    5   HG13  ILE  42          HG13      ILE  42 -18.277  -7.138   5.285
    6   HG21  ILE  42          HG21      ILE  42 -15.206  -8.173   2.571
    7   HG23  ILE  42          HG22      ILE  42 -15.908  -6.557   2.477
    8   HG22  ILE  42          HG23      ILE  42 -16.872  -7.965   2.030
    9   HD11  ILE  42          HD11      ILE  42 -17.070  -5.178   3.372
   10   HD13  ILE  42          HD12      ILE  42 -16.821  -5.216   5.119
   11   HD12  ILE  42          HD13      ILE  42 -18.426  -4.869   4.459

  No H/Q in entry =          11
  In of MODEL    6
    1    H    VAL  43           H        VAL  43 -18.982 -10.483   4.738
    2    HA   VAL  43           HA       VAL  43 -18.508 -11.956   2.284
    3    HB   VAL  43           HB       VAL  43 -20.589 -12.473   4.395
    4   HG11  VAL  43          HG11      VAL  43 -20.957 -13.366   2.069
    5   HG13  VAL  43          HG12      VAL  43 -20.903 -14.564   3.362
    6   HG12  VAL  43          HG13      VAL  43 -19.499 -14.336   2.312
    7   HG23  VAL  43          HG21      VAL  43 -19.009 -14.358   4.975
    8   HG22  VAL  43          HG22      VAL  43 -18.475 -12.739   5.423
    9   HG21  VAL  43          HG23      VAL  43 -17.801 -13.526   3.996

  No H/Q in entry =           9
  In of MODEL    6
    1    H    LYS  44           H        LYS  44 -20.453  -9.549   3.502
    2    HA   LYS  44           HA       LYS  44 -21.813  -8.832   1.168
    3    HB2  LYS  44           HB2      LYS  44 -23.053 -11.005   1.952
    4    HB3  LYS  44           HB3      LYS  44 -23.647 -10.012   3.281
    5    HG2  LYS  44           HG2      LYS  44 -24.245  -8.459   1.116
    6    HG3  LYS  44           HG3      LYS  44 -24.446 -10.083   0.456
    7    HD2  LYS  44           HD2      LYS  44 -26.102 -10.636   2.022
    8    HD3  LYS  44           HD3      LYS  44 -25.679  -9.283   3.075
    9    HE2  LYS  44           HE2      LYS  44 -26.421  -7.740   1.256
   10    HE3  LYS  44           HE3      LYS  44 -27.003  -9.149   0.372
   11    HZ3  LYS  44           HZ1      LYS  44 -28.787  -8.108   1.589
   12    HZ2  LYS  44           HZ2      LYS  44 -27.939  -8.256   3.042
   13    HZ1  LYS  44           HZ3      LYS  44 -28.479  -9.641   2.236

  No H/Q in entry =          13
  In of MODEL    6
    1    H    GLY  45           H        GLY  45 -21.206  -7.018   1.691
    2    HA3  GLY  45           HA2      GLY  45 -22.557  -4.961   2.683
    3    HA2  GLY  45           HA3      GLY  45 -21.675  -5.530   4.113

  No H/Q in entry =           3
  In of MODEL    6
    1    H    SER  46           H        SER  46 -20.776  -3.117   3.124
    2    HA   SER  46           HA       SER  46 -18.134  -3.973   2.273
    3    HB2  SER  46           HB2      SER  46 -19.079  -3.354   0.176
    4    HB3  SER  46           HB3      SER  46 -19.892  -1.955   0.878
    5    HG   SER  46           HG       SER  46 -18.178  -0.870   0.397

  No H/Q in entry =           5
  In of MODEL    6
    1    H    VAL  47           H        VAL  47 -16.472  -2.392   2.844
    2    HA   VAL  47           HA       VAL  47 -17.487  -0.529   4.860
    3    HB   VAL  47           HB       VAL  47 -15.855  -1.122   6.500
    4   HG13  VAL  47          HG11      VAL  47 -17.874  -2.316   6.739
    5   HG12  VAL  47          HG12      VAL  47 -16.572  -3.489   6.968
    6   HG11  VAL  47          HG13      VAL  47 -17.441  -3.411   5.429
    7   HG23  VAL  47          HG21      VAL  47 -14.527  -3.218   6.198
    8   HG22  VAL  47          HG22      VAL  47 -13.998  -1.823   5.255
    9   HG21  VAL  47          HG23      VAL  47 -14.919  -3.118   4.477

  No H/Q in entry =           9
  In of MODEL    6
    1    H    ALA  48           H        ALA  48 -15.407   0.595   5.906
    2    HA   ALA  48           HA       ALA  48 -14.092   1.777   3.572
    3    HB3  ALA  48           HB1      ALA  48 -14.351   3.872   4.563
    4    HB1  ALA  48           HB2      ALA  48 -14.624   3.183   6.163
    5    HB2  ALA  48           HB3      ALA  48 -15.875   3.058   4.926

  No H/Q in entry =           5
  In of MODEL    6
    1    H    VAL  49           H        VAL  49 -12.215   0.622   3.639
    2    HA   VAL  49           HA       VAL  49 -10.750   0.082   6.007
    3    HB   VAL  49           HB       VAL  49 -10.180  -0.089   3.066
    4   HG13  VAL  49          HG11      VAL  49  -7.954  -0.538   3.271
    5   HG12  VAL  49          HG12      VAL  49  -8.071  -0.884   4.998
    6   HG11  VAL  49          HG13      VAL  49  -8.164   0.781   4.421
    7   HG23  VAL  49          HG21      VAL  49  -9.754  -2.444   3.621
    8   HG22  VAL  49          HG22      VAL  49 -11.378  -1.915   4.070
    9   HG21  VAL  49          HG23      VAL  49 -10.127  -2.087   5.308

  No H/Q in entry =           9
  In of MODEL    6
    1    H    LEU  50           H        LEU  50  -8.999   1.250   6.874
    2    HA   LEU  50           HA       LEU  50  -8.247   3.706   5.654
    3    HB2  LEU  50           HB2      LEU  50  -8.965   5.211   7.301
    4    HB3  LEU  50           HB3      LEU  50 -10.344   4.240   6.847
    5    HG   LEU  50           HG       LEU  50  -8.781   4.117   9.404
    6   HD11  LEU  50          HD11      LEU  50 -10.530   5.864   9.062
    7   HD13  LEU  50          HD12      LEU  50 -10.848   4.748  10.393
    8   HD12  LEU  50          HD13      LEU  50 -11.702   4.553   8.856
    9   HD21  LEU  50          HD21      LEU  50 -10.988   2.313   8.457
   10   HD23  LEU  50          HD22      LEU  50 -10.276   2.333  10.072
   11   HD22  LEU  50          HD23      LEU  50  -9.301   1.855   8.683

  No H/Q in entry =          11
  In of MODEL    6
    1    H    ILE  51           H        ILE  51  -6.554   4.830   6.626
    2    HA   ILE  51           HA       ILE  51  -4.872   3.023   8.237
    3    HB   ILE  51           HB       ILE  51  -2.977   4.257   7.056
    4   HG12  ILE  51          HG12      ILE  51  -5.292   4.988   5.253
    5   HG13  ILE  51          HG13      ILE  51  -4.222   6.099   6.101
    6   HG23  ILE  51          HG21      ILE  51  -3.069   2.733   5.146
    7   HG22  ILE  51          HG22      ILE  51  -4.782   2.450   5.451
    8   HG21  ILE  51          HG23      ILE  51  -3.579   1.923   6.628
    9   HD12  ILE  51          HD11      ILE  51  -3.745   5.913   3.692
   10   HD11  ILE  51          HD12      ILE  51  -3.352   4.210   3.928
   11   HD13  ILE  51          HD13      ILE  51  -2.377   5.456   4.707

  No H/Q in entry =          11
  In of MODEL    6
    1    H    LYS  52           H        LYS  52  -2.934   4.387   9.061
    2    HA   LYS  52           HA       LYS  52  -3.920   6.864  10.315
    3    HB2  LYS  52           HB2      LYS  52  -3.347   4.502  11.654
    4    HB3  LYS  52           HB3      LYS  52  -1.845   5.404  11.800
    5    HG2  LYS  52           HG2      LYS  52  -2.894   7.166  12.953
    6    HG3  LYS  52           HG3      LYS  52  -4.505   6.600  12.510
    7    HD2  LYS  52           HD2      LYS  52  -4.356   4.738  13.971
    8    HD3  LYS  52           HD3      LYS  52  -2.623   4.973  14.207
    9    HE2  LYS  52           HE2      LYS  52  -3.039   6.243  15.973
   10    HE3  LYS  52           HE3      LYS  52  -3.928   7.377  14.951
   11    HZ3  LYS  52           HZ1      LYS  52  -5.364   6.698  16.675
   12    HZ2  LYS  52           HZ2      LYS  52  -5.007   5.065  16.462
   13    HZ1  LYS  52           HZ3      LYS  52  -5.902   5.894  15.284

  No H/Q in entry =          13
  In of MODEL    6
    1    H    ASP  53           H        ASP  53  -2.462   8.459  10.469
    2    HA   ASP  53           HA       ASP  53  -0.229   8.381   8.648
    3    HB2  ASP  53           HB2      ASP  53  -2.001  10.267   9.003
    4    HB3  ASP  53           HB3      ASP  53  -0.943  10.757  10.318

  No H/Q in entry =           4
  In of MODEL    6
    1    H    GLU  54           H        GLU  54   1.582  10.232   9.861
    2    HA   GLU  54           HA       GLU  54   2.543   8.615  12.126
    3    HB2  GLU  54           HB2      GLU  54   4.730   9.455  11.803
    4    HB3  GLU  54           HB3      GLU  54   4.148   8.998  10.215
    5    HG2  GLU  54           HG2      GLU  54   3.694  11.349   9.719
    6    HG3  GLU  54           HG3      GLU  54   4.326  11.792  11.308

  No H/Q in entry =           6
  In of MODEL    6
    1    H    GLU  55           H        GLU  55   0.509  11.064  11.539
    2    HA   GLU  55           HA       GLU  55   1.201  12.544  14.014
    3    HB2  GLU  55           HB2      GLU  55  -0.247  14.384  12.923
    4    HB3  GLU  55           HB3      GLU  55   1.386  14.164  12.303
    5    HG2  GLU  55           HG2      GLU  55   0.670  13.265  10.334
    6    HG3  GLU  55           HG3      GLU  55  -0.840  12.679  11.029

  No H/Q in entry =           6
  In of MODEL    6
    1    H    GLY  56           H        GLY  56  -0.495  10.060  13.190
    2    HA3  GLY  56           HA2      GLY  56  -2.250   9.108  14.436
    3    HA2  GLY  56           HA3      GLY  56  -2.546  10.681  15.156

  No H/Q in entry =           3
  In of MODEL    6
    1    H    LYS  57           H        LYS  57  -2.515  10.661  11.590
    2    HA   LYS  57           HA       LYS  57  -5.334  11.274  11.806
    3    HB2  LYS  57           HB2      LYS  57  -3.876  12.800  10.568
    4    HB3  LYS  57           HB3      LYS  57  -3.294  11.479   9.578
    5    HG2  LYS  57           HG2      LYS  57  -5.518  11.232   8.604
    6    HG3  LYS  57           HG3      LYS  57  -6.092  12.578   9.591
    7    HD2  LYS  57           HD2      LYS  57  -5.563  13.365   7.357
    8    HD3  LYS  57           HD3      LYS  57  -4.414  14.041   8.513
    9    HE2  LYS  57           HE2      LYS  57  -3.467  11.520   7.484
   10    HE3  LYS  57           HE3      LYS  57  -3.839  12.626   6.164
   11    HZ2  LYS  57           HZ1      LYS  57  -1.502  12.626   7.311
   12    HZ1  LYS  57           HZ2      LYS  57  -2.274  13.641   8.441
   13    HZ3  LYS  57           HZ3      LYS  57  -2.218  14.078   6.806

  No H/Q in entry =          13
  In of MODEL    6
    1    H    GLU  58           H        GLU  58  -6.835   9.735  11.253
    2    HA   GLU  58           HA       GLU  58  -5.873   7.356   9.853
    3    HB2  GLU  58           HB2      GLU  58  -8.025   6.426  11.206
    4    HB3  GLU  58           HB3      GLU  58  -6.376   6.273  11.785
    5    HG2  GLU  58           HG2      GLU  58  -6.840   8.563  12.920
    6    HG3  GLU  58           HG3      GLU  58  -8.533   8.125  12.684

  No H/Q in entry =           6
  In of MODEL    6
    1    H    MET  59           H        MET  59  -6.742   7.687   7.668
    2    HA   MET  59           HA       MET  59  -9.522   8.529   7.727
    3    HB2  MET  59           HB2      MET  59  -7.231   9.171   5.885
    4    HB3  MET  59           HB3      MET  59  -8.912   9.625   5.593
    5    HG2  MET  59           HG2      MET  59  -8.827  10.996   7.638
    6    HG3  MET  59           HG3      MET  59  -7.119  10.571   7.798
    7    HE2  MET  59           HE1      MET  59  -7.515  11.817   3.610
    8    HE1  MET  59           HE2      MET  59  -7.730  10.271   4.431
    9    HE3  MET  59           HE3      MET  59  -6.130  11.002   4.337

  No H/Q in entry =           9
  In of MODEL    6
    1    H    ILE  60           H        ILE  60 -10.748   7.618   6.126
    2    HA   ILE  60           HA       ILE  60 -10.248   5.059   5.206
    3    HB   ILE  60           HB       ILE  60 -11.902   7.035   3.645
    4   HG12  ILE  60          HG12      ILE  60 -12.550   7.238   5.988
    5   HG13  ILE  60          HG13      ILE  60 -13.813   6.418   5.075
    6   HG23  ILE  60          HG21      ILE  60 -13.215   5.092   3.039
    7   HG22  ILE  60          HG22      ILE  60 -12.208   4.066   4.060
    8   HG21  ILE  60          HG23      ILE  60 -11.518   4.839   2.631
    9   HD11  ILE  60          HD11      ILE  60 -12.735   4.260   5.883
   10   HD13  ILE  60          HD12      ILE  60 -13.647   5.221   7.049
   11   HD12  ILE  60          HD13      ILE  60 -11.888   5.281   7.046

  No H/Q in entry =          11
  In of MODEL    6
    1    H    LEU  61           H        LEU  61  -8.873   4.298   3.714
    2    HA   LEU  61           HA       LEU  61  -7.907   6.234   1.748
    3    HB2  LEU  61           HB2      LEU  61  -5.769   5.340   1.798
    4    HB3  LEU  61           HB3      LEU  61  -6.265   5.344   3.470
    5    HG   LEU  61           HG       LEU  61  -4.995   3.390   3.067
    6   HD12  LEU  61          HD11      LEU  61  -6.578   1.611   3.616
    7   HD11  LEU  61          HD12      LEU  61  -7.904   2.724   3.274
    8   HD13  LEU  61          HD13      LEU  61  -6.779   3.064   4.590
    9   HD23  LEU  61          HD21      LEU  61  -5.817   1.643   1.471
   10   HD22  LEU  61          HD22      LEU  61  -5.081   3.081   0.754
   11   HD21  LEU  61          HD23      LEU  61  -6.835   2.901   0.768

  No H/Q in entry =          11
  In of MODEL    6
    1    H    SER  62           H        SER  62  -9.555   3.330   2.314
    2    HA   SER  62           HA       SER  62 -10.480   3.222  -0.349
    3    HB2  SER  62           HB2      SER  62  -8.269   2.328  -0.857
    4    HB3  SER  62           HB3      SER  62  -8.417   1.146   0.439
    5    HG   SER  62           HG       SER  62 -10.271   0.314  -0.773

  No H/Q in entry =           5
  In of MODEL    6
    1    H    TYR  63           H        TYR  63 -12.387   2.256  -0.250
    2    HA   TYR  63           HA       TYR  63 -13.118   0.546   1.940
    3    HB2  TYR  63           HB2      TYR  63 -14.985   1.372  -0.289
    4    HB3  TYR  63           HB3      TYR  63 -15.361   1.113   1.403
    5    HD1  TYR  63           HD1      TYR  63 -13.524   3.524  -0.789
    6    HD2  TYR  63           HD2      TYR  63 -15.867   2.982   2.708
    7    HE1  TYR  63           HE1      TYR  63 -13.623   5.955  -0.498
    8    HE2  TYR  63           HE2      TYR  63 -15.958   5.422   3.023
    9    HH   TYR  63           HH       TYR  63 -15.711   7.526   1.178

  No H/Q in entry =           9
  In of MODEL    6
    1    H    LEU  64           H        LEU  64 -14.754  -0.876   1.014
    2    HA   LEU  64           HA       LEU  64 -13.332  -2.784  -0.629
    3    HB2  LEU  64           HB2      LEU  64 -14.994  -3.419   1.730
    4    HB3  LEU  64           HB3      LEU  64 -13.980  -4.502   0.798
    5    HG   LEU  64           HG       LEU  64 -12.963  -2.213   2.480
    6   HD11  LEU  64          HD11      LEU  64 -14.044  -4.468   3.400
    7   HD13  LEU  64          HD12      LEU  64 -12.729  -3.602   4.191
    8   HD12  LEU  64          HD13      LEU  64 -12.380  -4.995   3.165
    9   HD23  LEU  64          HD21      LEU  64 -10.803  -3.584   2.246
   10   HD22  LEU  64          HD22      LEU  64 -11.291  -2.582   0.877
   11   HD21  LEU  64          HD23      LEU  64 -11.577  -4.323   0.843

  No H/Q in entry =          11
  In of MODEL    6
    1    H    ASN  65           H        ASN  65 -16.932  -7.322  -1.808
    2    HA   ASN  65           HA       ASN  65 -17.532  -3.744  -1.676
    3    HB2  ASN  65           HB2      ASN  65 -15.466  -4.456  -3.505
    4    HB3  ASN  65           HB3      ASN  65 -15.463  -4.457  -3.466
    5   HD22  ASN  65          HD21      ASN  65 -17.707  -2.364  -5.223
    6   HD21  ASN  65          HD22      ASN  65 -16.199  -2.511  -4.384

  No H/Q in entry =           6
  In of MODEL    6
    1    H    GLN  66           H        GLN  66 -19.506  -7.127   0.017
    2    HA   GLN  66           HA       GLN  66 -18.986  -7.558   0.033
    3    HB2  GLN  66           HB2      GLN  66 -20.805  -7.280  -1.653
    4    HB3  GLN  66           HB3      GLN  66 -20.799  -7.206  -1.689
    5    HG2  GLN  66           HG2      GLN  66 -19.812 -10.165  -1.543
    6    HG3  GLN  66           HG3      GLN  66 -19.231  -9.192  -3.435
    7   HE22  GLN  66          HE21      GLN  66 -23.262 -11.210  -2.114
    8   HE21  GLN  66          HE22      GLN  66 -21.962 -11.492  -1.006

  No H/Q in entry =           8
  In of MODEL    6
    1    H    GLY  67           H        GLY  67 -18.223  -9.779   0.297
    2    HA3  GLY  67           HA2      GLY  67 -16.651 -11.411   0.065
    3    HA2  GLY  67           HA3      GLY  67 -16.620 -10.896  -1.666

  No H/Q in entry =           3
  In of MODEL    6
    1    H    ASP  68           H        ASP  68 -15.605  -8.520   0.635
    2    HA   ASP  68           HA       ASP  68 -12.857  -8.861  -0.280
    3    HB2  ASP  68           HB2      ASP  68 -14.475  -6.606   0.440
    4    HB3  ASP  68           HB3      ASP  68 -13.111  -6.682   1.547

  No H/Q in entry =           4
  In of MODEL    6
    1    H    PHE  69           H        PHE  69 -11.258  -8.238   1.667
    2    HA   PHE  69           HA       PHE  69 -12.045 -10.007   3.868
    3    HB2  PHE  69           HB2      PHE  69  -9.326  -9.478   2.683
    4    HB3  PHE  69           HB3      PHE  69  -9.595 -10.416   4.146
    5    HD1  PHE  69           HD1      PHE  69 -10.300 -12.692   4.033
    6    HD2  PHE  69           HD2      PHE  69 -10.149 -10.310   0.510
    7    HE1  PHE  69           HE1      PHE  69 -10.550 -14.713   2.655
    8    HE2  PHE  69           HE2      PHE  69 -10.408 -12.327  -0.872
    9    HZ   PHE  69           HZ       PHE  69 -10.602 -14.533   0.200

  No H/Q in entry =           9
  In of MODEL    6
    1    H    ILE  70           H        ILE  70 -10.916  -9.498   5.959
    2    HA   ILE  70           HA       ILE  70 -10.177  -6.719   6.326
    3    HB   ILE  70           HB       ILE  70 -12.635  -7.987   7.549
    4   HG12  ILE  70          HG12      ILE  70 -12.124  -5.327   6.192
    5   HG13  ILE  70          HG13      ILE  70 -13.051  -6.686   5.560
    6   HG21  ILE  70          HG21      ILE  70 -10.777  -6.018   8.743
    7   HG23  ILE  70          HG22      ILE  70 -11.854  -7.175   9.519
    8   HG22  ILE  70          HG23      ILE  70 -12.497  -5.657   8.892
    9   HD13  ILE  70          HD11      ILE  70 -14.686  -5.233   6.298
   10   HD12  ILE  70          HD12      ILE  70 -13.763  -4.758   7.726
   11   HD11  ILE  70          HD13      ILE  70 -14.523  -6.351   7.655

  No H/Q in entry =          11
  In of MODEL    6
    1    H    GLY  71           H        GLY  71  -8.798  -6.492   8.040
    2    HA3  GLY  71           HA2      GLY  71  -7.588  -7.076   9.925
    3    HA2  GLY  71           HA3      GLY  71  -8.601  -8.503  10.093

  No H/Q in entry =           3
  In of MODEL    6
    1    H    GLU  72           H        GLU  72  -7.259  -8.088   6.984
    2    HA   GLU  72           HA       GLU  72  -5.708 -10.482   7.300
    3    HB2  GLU  72           HB2      GLU  72  -5.018  -9.027   4.908
    4    HB3  GLU  72           HB3      GLU  72  -5.831 -10.574   5.058
    5    HG2  GLU  72           HG2      GLU  72  -7.335  -9.293   3.859
    6    HG3  GLU  72           HG3      GLU  72  -7.945  -9.190   5.510

  No H/Q in entry =           6
  In of MODEL    6
    1    H    LEU  73           H        LEU  73  -5.354  -7.132   6.934
    2    HA   LEU  73           HA       LEU  73  -2.642  -6.709   6.950
    3    HB2  LEU  73           HB2      LEU  73  -5.072  -5.212   7.396
    4    HB3  LEU  73           HB3      LEU  73  -3.780  -4.633   8.434
    5    HG   LEU  73           HG       LEU  73  -3.922  -3.412   6.291
    6   HD12  LEU  73          HD11      LEU  73  -1.473  -3.839   5.705
    7   HD11  LEU  73          HD12      LEU  73  -1.521  -5.043   6.997
    8   HD13  LEU  73          HD13      LEU  73  -1.853  -3.349   7.356
    9   HD23  LEU  73          HD21      LEU  73  -2.648  -5.449   4.688
   10   HD22  LEU  73          HD22      LEU  73  -4.062  -4.456   4.324
   11   HD21  LEU  73          HD23      LEU  73  -4.251  -5.968   5.216

  No H/Q in entry =          11
  In of MODEL    6
    1    H    GLY  74           H        GLY  74  -4.444  -8.106   9.420
    2    HA3  GLY  74           HA2      GLY  74  -2.486  -7.236  11.438
    3    HA2  GLY  74           HA3      GLY  74  -4.088  -7.858  11.794

  No H/Q in entry =           3
  In of MODEL    6
    1    H    LEU  75           H        LEU  75  -3.766 -10.012   9.765
    2    HA   LEU  75           HA       LEU  75  -2.137 -11.782  11.492
    3    HB2  LEU  75           HB2      LEU  75  -3.670 -13.411  11.142
    4    HB3  LEU  75           HB3      LEU  75  -4.707 -12.044  10.765
    5    HG   LEU  75           HG       LEU  75  -3.465 -12.642   8.359
    6   HD13  LEU  75          HD11      LEU  75  -3.657 -14.967   8.000
    7   HD12  LEU  75          HD12      LEU  75  -4.482 -15.218   9.538
    8   HD11  LEU  75          HD13      LEU  75  -2.772 -14.790   9.516
    9   HD22  LEU  75          HD21      LEU  75  -5.687 -13.251   7.648
   10   HD21  LEU  75          HD22      LEU  75  -5.795 -11.903   8.780
   11   HD23  LEU  75          HD23      LEU  75  -6.185 -13.536   9.316

  No H/Q in entry =          11
  In of MODEL    6
    1    H    PHE  76           H        PHE  76  -2.711 -10.839   8.230
    2    HA   PHE  76           HA       PHE  76  -0.832 -12.752   7.142
    3    HB2  PHE  76           HB2      PHE  76  -3.006 -12.435   6.071
    4    HB3  PHE  76           HB3      PHE  76  -2.669 -10.721   5.866
    5    HD1  PHE  76           HD1      PHE  76  -0.449 -13.596   5.288
    6    HD2  PHE  76           HD2      PHE  76  -2.694 -10.426   3.617
    7    HE1  PHE  76           HE1      PHE  76   0.522 -14.105   3.072
    8    HE2  PHE  76           HE2      PHE  76  -1.731 -10.898   1.391
    9    HZ   PHE  76           HZ       PHE  76  -0.128 -12.747   1.119

  No H/Q in entry =           9
  In of MODEL    6
    1    H    GLU  77           H        GLU  77  -1.276  -9.301   7.649
    2    HA   GLU  77           HA       GLU  77   0.986  -8.532   6.148
    3    HB2  GLU  77           HB2      GLU  77  -0.705  -6.899   6.744
    4    HB3  GLU  77           HB3      GLU  77  -0.374  -7.130   8.455
    5    HG2  GLU  77           HG2      GLU  77   1.927  -6.343   6.796
    6    HG3  GLU  77           HG3      GLU  77   0.651  -5.140   6.963

  No H/Q in entry =           6
  In of MODEL    6
    1    H    GLU  78           H        GLU  78   0.344  -9.272   9.493
    2    HA   GLU  78           HA       GLU  78   1.607 -10.533  10.848
    3    HB2  GLU  78           HB2      GLU  78   3.642 -10.276   9.049
    4    HB3  GLU  78           HB3      GLU  78   4.209  -9.261  10.378
    5    HG2  GLU  78           HG2      GLU  78   3.255 -11.439  11.700
    6    HG3  GLU  78           HG3      GLU  78   3.895 -12.166  10.230

  No H/Q in entry =           6
  In of MODEL    6
    1    H    GLY  79           H        GLY  79   0.133  -8.207  10.905
    2    HA3  GLY  79           HA2      GLY  79   1.427  -5.981  12.112
    3    HA2  GLY  79           HA3      GLY  79  -0.294  -6.297  12.045

  No H/Q in entry =           3
  In of MODEL    6
    1    H    GLN  80           H        GLN  80  -1.116  -7.955  13.539
    2    HA   GLN  80           HA       GLN  80  -1.496  -8.676  15.604
    3    HB2  GLN  80           HB2      GLN  80   1.457  -8.917  15.372
    4    HB3  GLN  80           HB3      GLN  80   0.727  -9.128  16.954
    5    HG2  GLN  80           HG2      GLN  80   0.481 -11.258  16.382
    6    HG3  GLN  80           HG3      GLN  80  -0.848 -10.705  15.367
    7   HE21  GLN  80          HE21      GLN  80  -0.578 -10.625  13.152
    8   HE22  GLN  80          HE22      GLN  80   0.773 -11.350  12.356

  No H/Q in entry =           8
  In of MODEL    6
    1    H    GLU  81           H        GLU  81  -2.167  -6.310  15.650
    2    HA   GLU  81           HA       GLU  81  -2.157  -4.947  17.846
    3    HB2  GLU  81           HB2      GLU  81   0.489  -5.018  17.557
    4    HB3  GLU  81           HB3      GLU  81   0.185  -3.608  16.551
    5    HG2  GLU  81           HG2      GLU  81  -1.142  -2.708  18.554
    6    HG3  GLU  81           HG3      GLU  81  -0.318  -3.960  19.482

  No H/Q in entry =           6
  In of MODEL    6
    1    H    ARG  82           H        ARG  82  -3.898  -4.903  15.974
    2    HA   ARG  82           HA       ARG  82  -5.277  -3.686  14.685
    3    HB2  ARG  82           HB2      ARG  82  -5.624  -1.929  15.974
    4    HB3  ARG  82           HB3      ARG  82  -3.938  -1.856  16.441
    5    HG2  ARG  82           HG2      ARG  82  -4.456  -0.796  13.756
    6    HG3  ARG  82           HG3      ARG  82  -5.324   0.057  15.030
    7    HD2  ARG  82           HD2      ARG  82  -3.435   0.963  15.885
    8    HD3  ARG  82           HD3      ARG  82  -2.488  -0.499  15.610
    9    HE   ARG  82           HE       ARG  82  -3.119   0.851  13.176
   10   HH11  ARG  82          HH11      ARG  82  -0.916   0.887  15.906
   11   HH12  ARG  82          HH12      ARG  82   0.368   1.641  15.013
   12   HH21  ARG  82          HH21      ARG  82  -1.414   1.834  12.006
   13   HH22  ARG  82          HH22      ARG  82   0.086   2.204  12.805

  No H/Q in entry =          13
  In of MODEL    6
    1    H    SER  83           H        SER  83  -2.260  -1.897  14.249
    2    HA   SER  83           HA       SER  83  -1.058  -1.271  12.478
    3    HB2  SER  83           HB2      SER  83  -2.377  -3.635  11.144
    4    HB3  SER  83           HB3      SER  83  -0.975  -2.766  10.523
    5    HG   SER  83           HG       SER  83  -0.018  -4.312  11.632

  No H/Q in entry =           5
  In of MODEL    6
    1    H    ALA  84           H        ALA  84  -4.482  -1.736  11.742
    2    HA   ALA  84           HA       ALA  84  -5.912   0.085  11.298
    3    HB3  ALA  84           HB1      ALA  84  -4.106   1.766  11.467
    4    HB2  ALA  84           HB2      ALA  84  -5.205   2.064  10.122
    5    HB1  ALA  84           HB3      ALA  84  -3.613   1.367   9.821

  No H/Q in entry =           5
  In of MODEL    6
    1    H    TRP  85           H        TRP  85  -7.348   0.118   9.532
    2    HA   TRP  85           HA       TRP  85  -7.036  -0.377   7.003
    3    HB2  TRP  85           HB2      TRP  85  -5.647  -2.381   7.871
    4    HB3  TRP  85           HB3      TRP  85  -7.207  -3.118   8.215
    5    HD1  TRP  85           HD1      TRP  85  -8.242  -4.394   6.389
    6    HE1  TRP  85           HE1      TRP  85  -7.844  -4.722   3.854
    7    HE3  TRP  85           HE3      TRP  85  -4.755  -0.772   5.707
    8    HZ2  TRP  85           HZ2      TRP  85  -6.250  -3.529   1.833
    9    HZ3  TRP  85           HZ3      TRP  85  -3.849  -0.402   3.454
   10    HH2  TRP  85           HH2      TRP  85  -4.574  -1.752   1.559

  No H/Q in entry =          10
  In of MODEL    6
    1    H    VAL  86           H        VAL  86  -9.000  -0.479   9.769
    2    HA   VAL  86           HA       VAL  86 -11.162  -0.772   7.965
    3    HB   VAL  86           HB       VAL  86 -12.124  -2.539   9.885
    4   HG13  VAL  86          HG11      VAL  86 -13.070  -2.496   7.778
    5   HG12  VAL  86          HG12      VAL  86 -12.069  -3.947   7.709
    6   HG11  VAL  86          HG13      VAL  86 -11.504  -2.453   6.966
    7   HG23  VAL  86          HG21      VAL  86  -9.569  -3.434   8.565
    8   HG22  VAL  86          HG22      VAL  86 -10.647  -4.409   9.561
    9   HG21  VAL  86          HG23      VAL  86  -9.738  -3.083  10.285

  No H/Q in entry =           9
  In of MODEL    6
    1    H    ARG  87           H        ARG  87 -13.111  -0.466   8.400
    2    HA   ARG  87           HA       ARG  87 -14.335   0.412  10.759
    3    HB2  ARG  87           HB2      ARG  87 -13.212   2.552  10.428
    4    HB3  ARG  87           HB3      ARG  87 -13.583   2.529   8.713
    5    HG2  ARG  87           HG2      ARG  87 -16.065   2.450   9.721
    6    HG3  ARG  87           HG3      ARG  87 -15.234   3.346  10.998
    7    HD2  ARG  87           HD2      ARG  87 -14.514   5.015   9.490
    8    HD3  ARG  87           HD3      ARG  87 -14.959   4.040   8.090
    9    HE   ARG  87           HE       ARG  87 -17.140   4.759   9.845
   10   HH11  ARG  87          HH11      ARG  87 -15.292   5.608   6.998
   11   HH12  ARG  87          HH12      ARG  87 -16.552   6.572   6.306
   12   HH21  ARG  87          HH21      ARG  87 -18.807   6.033   8.935
   13   HH22  ARG  87          HH22      ARG  87 -18.552   6.814   7.411

  No H/Q in entry =          13
  In of MODEL    6
    1    H    ALA  88           H        ALA  88 -16.672   0.709  10.128
    2    HA   ALA  88           HA       ALA  88 -17.134  -1.086   7.946
    3    HB3  ALA  88           HB1      ALA  88 -18.503  -0.670  10.378
    4    HB2  ALA  88           HB2      ALA  88 -18.687  -1.943   9.172
    5    HB1  ALA  88           HB3      ALA  88 -19.615  -0.457   9.016

  No H/Q in entry =           5
  In of MODEL    6
    1    H    LYS  89           H        LYS  89 -18.529  -0.478   5.931
    2    HA   LYS  89           HA       LYS  89 -19.035   2.358   6.003
    3    HB2  LYS  89           HB2      LYS  89 -17.984   1.873   3.973
    4    HB3  LYS  89           HB3      LYS  89 -18.796   0.322   3.808
    5    HG2  LYS  89           HG2      LYS  89 -19.896   1.491   2.207
    6    HG3  LYS  89           HG3      LYS  89 -20.933   1.848   3.589
    7    HD2  LYS  89           HD2      LYS  89 -20.650   3.976   2.875
    8    HD3  LYS  89           HD3      LYS  89 -19.160   3.856   3.817
    9    HE2  LYS  89           HE2      LYS  89 -17.893   3.323   1.863
   10    HE3  LYS  89           HE3      LYS  89 -19.357   3.184   0.892
   11    HZ1  LYS  89           HZ1      LYS  89 -18.448   5.712   2.198
   12    HZ3  LYS  89           HZ2      LYS  89 -19.739   5.533   1.118
   13    HZ2  LYS  89           HZ3      LYS  89 -18.155   5.318   0.577

  No H/Q in entry =          13
  In of MODEL    6
    1    H    THR  90           H        THR  90 -20.653  -0.639   5.071
    2    HA   THR  90           HA       THR  90 -23.196   0.553   5.966
    3    HB   THR  90           HB       THR  90 -23.967  -1.577   4.442
    4    HG1  THR  90           HG1      THR  90 -22.668  -1.436   2.520
    5   HG23  THR  90          HG21      THR  90 -24.523   0.072   2.714
    6   HG22  THR  90          HG22      THR  90 -23.423   1.230   3.463
    7   HG21  THR  90          HG23      THR  90 -24.867   0.701   4.326

  No H/Q in entry =           7
  In of MODEL    6
    1    H    ALA  91           H        ALA  91 -24.693  -1.750   6.156
    2    HA   ALA  91           HA       ALA  91 -23.522  -2.977   8.555
    3    HB2  ALA  91           HB1      ALA  91 -25.756  -4.081   8.791
    4    HB1  ALA  91           HB2      ALA  91 -26.274  -3.307   7.293
    5    HB3  ALA  91           HB3      ALA  91 -25.916  -2.325   8.715

  No H/Q in entry =           5
  In of MODEL    6
    1    H    CYS  92           H        CYS  92 -22.397  -4.832   8.294
    2    HA   CYS  92           HA       CYS  92 -22.918  -6.240   5.710
    3    HB2  CYS  92           HB2      CYS  92 -20.334  -6.836   6.904
    4    HB3  CYS  92           HB3      CYS  92 -20.668  -6.203   5.297
    5    HG   CYS  92           HG       CYS  92 -21.107  -3.547   6.701

  No H/Q in entry =           5
  In of MODEL    6
    1    H    GLU  93           H        GLU  93 -21.328  -8.270   6.259
    2    HA   GLU  93           HA       GLU  93 -22.361  -9.925   8.329
    3    HB2  GLU  93           HB2      GLU  93 -23.356 -10.041   5.527
    4    HB3  GLU  93           HB3      GLU  93 -22.739 -11.567   6.133
    5    HG2  GLU  93           HG2      GLU  93 -24.418 -10.637   8.144
    6    HG3  GLU  93           HG3      GLU  93 -25.253 -10.258   6.636

  No H/Q in entry =           6
  In of MODEL    6
    1    H    VAL  94           H        VAL  94 -20.283 -10.558   8.897
    2    HA   VAL  94           HA       VAL  94 -18.426 -10.959   6.652
    3    HB   VAL  94           HB       VAL  94 -16.536 -10.512   8.188
    4   HG12  VAL  94          HG11      VAL  94 -17.411  -7.928   8.456
    5   HG11  VAL  94          HG12      VAL  94 -18.370  -8.557   7.115
    6   HG13  VAL  94          HG13      VAL  94 -16.606  -8.629   7.054
    7   HG22  VAL  94          HG21      VAL  94 -17.381 -10.811  10.342
    8   HG21  VAL  94          HG22      VAL  94 -18.708  -9.690  10.072
    9   HG23  VAL  94          HG23      VAL  94 -17.052  -9.083  10.197

  No H/Q in entry =           9
  In of MODEL    6
    1    H    ALA  95           H        ALA  95 -16.898 -12.584   6.801
    2    HA   ALA  95           HA       ALA  95 -17.845 -14.770   8.512
    3    HB2  ALA  95           HB1      ALA  95 -17.042 -16.100   6.846
    4    HB3  ALA  95           HB2      ALA  95 -15.499 -15.248   6.832
    5    HB1  ALA  95           HB3      ALA  95 -16.859 -14.628   5.897

  No H/Q in entry =           5
  In of MODEL    6
    1    H    GLU  96           H        GLU  96 -17.188 -13.690  10.400
    2    HA   GLU  96           HA       GLU  96 -14.332 -13.122  10.539
    3    HB2  GLU  96           HB2      GLU  96 -14.789 -11.781  12.496
    4    HB3  GLU  96           HB3      GLU  96 -15.837 -11.279  11.177
    5    HG2  GLU  96           HG2      GLU  96 -17.720 -12.249  12.149
    6    HG3  GLU  96           HG3      GLU  96 -16.745 -13.270  13.206

  No H/Q in entry =           6
  In of MODEL    6
    1    H    ILE  97           H        ILE  97 -13.070 -14.176  11.519
    2    HA   ILE  97           HA       ILE  97 -13.750 -15.684  13.844
    3    HB   ILE  97           HB       ILE  97 -12.398 -17.653  12.874
    4   HG12  ILE  97          HG12      ILE  97 -13.707 -16.793  10.341
    5   HG13  ILE  97          HG13      ILE  97 -12.063 -16.299  10.719
    6   HG23  ILE  97          HG21      ILE  97 -14.332 -18.816  12.717
    7   HG22  ILE  97          HG22      ILE  97 -15.198 -17.472  11.964
    8   HG21  ILE  97          HG23      ILE  97 -14.800 -17.418  13.679
    9   HD11  ILE  97          HD11      ILE  97 -11.444 -18.671  10.975
   10   HD13  ILE  97          HD12      ILE  97 -11.997 -18.263   9.351
   11   HD12  ILE  97          HD13      ILE  97 -13.069 -19.119  10.460

  No H/Q in entry =          11
  In of MODEL    6
    1    H    SER  98           H        SER  98 -11.663 -16.958  14.460
    2    HA   SER  98           HA       SER  98  -9.689 -14.819  14.566
    3    HB2  SER  98           HB2      SER  98 -10.416 -15.598  16.721
    4    HB3  SER  98           HB3      SER  98 -10.078 -17.267  16.269
    5    HG   SER  98           HG       SER  98  -8.467 -15.938  17.571

  No H/Q in entry =           5
  In of MODEL    6
    1    H    TYR  99           H        TYR  99  -7.685 -15.038  14.072
    2    HA   TYR  99           HA       TYR  99  -7.062 -16.682  11.754
    3    HB2  TYR  99           HB2      TYR  99  -5.054 -15.406  11.525
    4    HB3  TYR  99           HB3      TYR  99  -6.323 -14.287  11.961
    5    HD1  TYR  99           HD1      TYR  99  -4.638 -16.304  14.585
    6    HD2  TYR  99           HD2      TYR  99  -4.734 -12.578  12.526
    7    HE1  TYR  99           HE1      TYR  99  -3.128 -15.340  16.258
    8    HE2  TYR  99           HE2      TYR  99  -3.224 -11.611  14.206
    9    HH   TYR  99           HH       TYR  99  -2.591 -12.056  16.615

  No H/Q in entry =           9
  In of MODEL    6
    1    H    LYS 100           H        LYS 100  -6.914 -17.379  15.159
    2    HA   LYS 100           HA       LYS 100  -4.559 -18.934  14.841
    3    HB2  LYS 100           HB2      LYS 100  -5.477 -18.474  17.079
    4    HB3  LYS 100           HB3      LYS 100  -6.915 -19.408  16.679
    5    HG2  LYS 100           HG2      LYS 100  -5.528 -20.813  17.985
    6    HG3  LYS 100           HG3      LYS 100  -5.418 -21.381  16.314
    7    HD2  LYS 100           HD2      LYS 100  -3.297 -20.226  16.038
    8    HD3  LYS 100           HD3      LYS 100  -3.413 -19.580  17.676
    9    HE2  LYS 100           HE2      LYS 100  -1.913 -21.540  17.503
   10    HE3  LYS 100           HE3      LYS 100  -3.261 -21.789  18.612
   11    HZ1  LYS 100           HZ1      LYS 100  -4.411 -22.905  16.686
   12    HZ3  LYS 100           HZ2      LYS 100  -3.097 -23.734  17.345
   13    HZ2  LYS 100           HZ3      LYS 100  -2.917 -22.899  15.890

  No H/Q in entry =          13
  In of MODEL    6
    1    H    LYS 101           H        LYS 101  -8.034 -19.761  14.645
    2    HA   LYS 101           HA       LYS 101  -7.528 -22.380  13.578
    3    HB2  LYS 101           HB2      LYS 101  -9.548 -22.521  14.583
    4    HB3  LYS 101           HB3      LYS 101  -9.869 -20.804  14.393
    5    HG2  LYS 101           HG2      LYS 101 -10.728 -21.091  12.233
    6    HG3  LYS 101           HG3      LYS 101 -10.083 -22.728  12.103
    7    HD2  LYS 101           HD2      LYS 101 -12.345 -23.091  12.516
    8    HD3  LYS 101           HD3      LYS 101 -11.624 -23.242  14.119
    9    HE2  LYS 101           HE2      LYS 101 -12.197 -20.852  14.523
   10    HE3  LYS 101           HE3      LYS 101 -13.053 -20.845  12.981
   11    HZ1  LYS 101           HZ1      LYS 101 -13.774 -22.963  14.834
   12    HZ3  LYS 101           HZ2      LYS 101 -14.753 -22.029  13.821
   13    HZ2  LYS 101           HZ3      LYS 101 -14.217 -21.400  15.297

  No H/Q in entry =          13
  In of MODEL    6
    1    H    PHE 102           H        PHE 102  -8.533 -19.294  12.264
    2    HA   PHE 102           HA       PHE 102  -9.165 -20.056   9.661
    3    HB2  PHE 102           HB2      PHE 102  -9.801 -17.942  10.199
    4    HB3  PHE 102           HB3      PHE 102  -8.343 -17.568  11.048
    5    HD1  PHE 102           HD1      PHE 102 -10.123 -17.305   7.939
    6    HD2  PHE 102           HD2      PHE 102  -6.293 -16.940   9.738
    7    HE1  PHE 102           HE1      PHE 102  -9.356 -15.960   6.031
    8    HE2  PHE 102           HE2      PHE 102  -5.523 -15.611   7.827
    9    HZ   PHE 102           HZ       PHE 102  -7.050 -15.114   5.971

  No H/Q in entry =           9
  In of MODEL    6
    1    H    ARG 103           H        ARG 103  -6.135 -18.647  10.861
    2    HA   ARG 103           HA       ARG 103  -4.619 -18.852   8.653
    3    HB2  ARG 103           HB2      ARG 103  -2.815 -18.412   9.925
    4    HB3  ARG 103           HB3      ARG 103  -4.043 -18.110  11.136
    5    HG2  ARG 103           HG2      ARG 103  -2.966 -19.526  12.453
    6    HG3  ARG 103           HG3      ARG 103  -3.459 -20.828  11.369
    7    HD2  ARG 103           HD2      ARG 103  -1.330 -21.167  10.822
    8    HD3  ARG 103           HD3      ARG 103  -1.233 -19.525  10.193
    9    HE   ARG 103           HE       ARG 103  -0.942 -19.297  12.923
   10   HH11  ARG 103          HH11      ARG 103   0.767 -20.859  10.292
   11   HH12  ARG 103          HH12      ARG 103   2.302 -20.828  11.104
   12   HH21  ARG 103          HH21      ARG 103   1.091 -19.246  13.984
   13   HH22  ARG 103          HH22      ARG 103   2.483 -19.914  13.194

  No H/Q in entry =          13
  In of MODEL    6
    1    H    GLN 104           H        GLN 104  -5.742 -21.466  10.520
    2    HA   GLN 104           HA       GLN 104  -3.770 -23.320   9.383
    3    HB2  GLN 104           HB2      GLN 104  -5.922 -23.737  11.439
    4    HB3  GLN 104           HB3      GLN 104  -4.886 -25.025  10.825
    5    HG2  GLN 104           HG2      GLN 104  -2.917 -23.706  11.558
    6    HG3  GLN 104           HG3      GLN 104  -4.026 -22.563  12.311
    7   HE21  GLN 104          HE21      GLN 104  -2.630 -25.722  12.458
    8   HE22  GLN 104          HE22      GLN 104  -3.172 -26.109  14.052

  No H/Q in entry =           8
  In of MODEL    6
    1    H    LEU 105           H        LEU 105  -7.128 -22.569   8.879
    2    HA   LEU 105           HA       LEU 105  -7.463 -24.735   6.913
    3    HB2  LEU 105           HB2      LEU 105  -9.665 -24.132   7.099
    4    HB3  LEU 105           HB3      LEU 105  -9.174 -22.962   8.309
    5    HG   LEU 105           HG       LEU 105  -8.814 -21.352   6.339
    6   HD11  LEU 105          HD11      LEU 105  -9.056 -23.183   4.610
    7   HD13  LEU 105          HD12      LEU 105 -10.065 -21.759   4.347
    8   HD12  LEU 105          HD13      LEU 105 -10.774 -23.229   5.014
    9   HD23  LEU 105          HD21      LEU 105 -11.481 -21.181   6.239
   10   HD22  LEU 105          HD22      LEU 105 -10.535 -20.690   7.645
   11   HD21  LEU 105          HD23      LEU 105 -11.311 -22.273   7.616

  No H/Q in entry =          11
  In of MODEL    6
    1    H    ILE 106           H        ILE 106  -6.994 -21.032   6.821
    2    HA   ILE 106           HA       ILE 106  -6.499 -20.999   4.140
    3    HB   ILE 106           HB       ILE 106  -5.652 -18.821   4.334
    4   HG12  ILE 106          HG12      ILE 106  -5.465 -18.074   6.948
    5   HG13  ILE 106          HG13      ILE 106  -4.820 -19.713   7.023
    6   HG22  ILE 106          HG21      ILE 106  -7.600 -19.095   6.603
    7   HG21  ILE 106          HG22      ILE 106  -8.057 -19.414   4.932
    8   HG23  ILE 106          HG23      ILE 106  -7.485 -17.812   5.397
    9   HD12  ILE 106          HD11      ILE 106  -3.734 -17.305   5.686
   10   HD11  ILE 106          HD12      ILE 106  -3.409 -18.883   4.966
   11   HD13  ILE 106          HD13      ILE 106  -2.911 -18.547   6.628

  No H/Q in entry =          11
  In of MODEL    6
    1    H    GLN 107           H        GLN 107  -4.684 -22.650   6.190
    2    HA   GLN 107           HA       GLN 107  -2.227 -22.192   4.678
    3    HB2  GLN 107           HB2      GLN 107  -2.585 -22.981   7.526
    4    HB3  GLN 107           HB3      GLN 107  -1.219 -23.659   6.650
    5    HG2  GLN 107           HG2      GLN 107  -0.685 -21.228   6.021
    6    HG3  GLN 107           HG3      GLN 107  -1.798 -20.805   7.324
    7   HE21  GLN 107          HE21      GLN 107  -0.930 -23.364   8.700
    8   HE22  GLN 107          HE22      GLN 107   0.580 -22.957   9.435

  No H/Q in entry =           8
  In of MODEL    6
    1    H    VAL 108           H        VAL 108  -4.824 -24.163   5.268
    2    HA   VAL 108           HA       VAL 108  -3.588 -26.706   4.702
    3    HB   VAL 108           HB       VAL 108  -5.902 -25.861   5.986
    4   HG11  VAL 108          HG11      VAL 108  -6.703 -27.233   3.434
    5   HG13  VAL 108          HG12      VAL 108  -7.107 -25.589   3.926
    6   HG12  VAL 108          HG13      VAL 108  -7.755 -26.962   4.824
    7   HG22  VAL 108          HG21      VAL 108  -6.354 -28.224   6.332
    8   HG21  VAL 108          HG22      VAL 108  -4.644 -27.842   6.528
    9   HG23  VAL 108          HG23      VAL 108  -5.207 -28.631   5.053

  No H/Q in entry =           9
  In of MODEL    6
    1    H    ASN 109           H        ASN 109  -5.000 -24.065   3.063
    2    HA   ASN 109           HA       ASN 109  -4.873 -25.510   0.498
    3    HB2  ASN 109           HB2      ASN 109  -6.871 -23.422   1.364
    4    HB3  ASN 109           HB3      ASN 109  -6.712 -24.007  -0.287
    5   HD21  ASN 109          HD21      ASN 109  -8.631 -24.200   2.223
    6   HD22  ASN 109          HD22      ASN 109  -9.184 -25.833   2.108

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   PRO 110           HA       PRO 110  -2.019 -22.137  -0.227
    2    HB2  PRO 110           HB2      PRO 110  -1.189 -22.946  -2.670
    3    HB3  PRO 110           HB3      PRO 110  -0.690 -23.780  -1.196
    4    HG2  PRO 110           HG2      PRO 110  -2.817 -24.526  -3.169
    5    HG3  PRO 110           HG3      PRO 110  -1.618 -25.561  -2.371
    6    HD2  PRO 110           HD2      PRO 110  -4.214 -25.347  -1.553
    7    HD3  PRO 110           HD3      PRO 110  -2.871 -25.754  -0.467

  No H/Q in entry =           7
  In of MODEL    6
    1    H    ASP 111           H        ASP 111  -5.029 -22.588  -1.609
    2    HA   ASP 111           HA       ASP 111  -4.692 -20.329  -3.412
    3    HB2  ASP 111           HB2      ASP 111  -6.800 -22.457  -3.400
    4    HB3  ASP 111           HB3      ASP 111  -6.856 -21.000  -4.402

  No H/Q in entry =           4
  In of MODEL    6
    1    H    ILE 112           H        ILE 112  -5.763 -20.997  -0.334
    2    HA   ILE 112           HA       ILE 112  -8.102 -19.280  -0.412
    3    HB   ILE 112           HB       ILE 112  -6.773 -20.858   1.786
    4   HG12  ILE 112          HG12      ILE 112  -8.604 -21.429  -0.190
    5   HG13  ILE 112          HG13      ILE 112  -8.340 -22.374   1.268
    6   HG23  ILE 112          HG21      ILE 112  -7.464 -18.849   2.856
    7   HG22  ILE 112          HG22      ILE 112  -8.650 -20.104   3.234
    8   HG21  ILE 112          HG23      ILE 112  -9.024 -18.869   2.031
    9   HD12  ILE 112          HD11      ILE 112 -10.402 -20.242   0.856
   10   HD11  ILE 112          HD12      ILE 112 -10.104 -21.082   2.378
   11   HD13  ILE 112          HD13      ILE 112 -10.675 -21.980   0.972

  No H/Q in entry =          11
  In of MODEL    6
    1    H    LEU 113           H        LEU 113  -4.947 -19.272   1.070
    2    HA   LEU 113           HA       LEU 113  -5.269 -16.688   2.139
    3    HB2  LEU 113           HB2      LEU 113  -3.727 -18.197   3.160
    4    HB3  LEU 113           HB3      LEU 113  -2.814 -18.355   1.669
    5    HG   LEU 113           HG       LEU 113  -2.275 -15.922   1.822
    6   HD11  LEU 113          HD11      LEU 113  -4.029 -16.168   4.152
    7   HD13  LEU 113          HD12      LEU 113  -3.616 -14.759   3.176
    8   HD12  LEU 113          HD13      LEU 113  -2.525 -15.299   4.452
    9   HD23  LEU 113          HD21      LEU 113  -1.395 -17.513   4.215
   10   HD22  LEU 113          HD22      LEU 113  -0.533 -16.194   3.422
   11   HD21  LEU 113          HD23      LEU 113  -0.757 -17.731   2.586

  No H/Q in entry =          11
  In of MODEL    6
    1    H    MET 114           H        MET 114  -4.364 -17.991  -0.819
    2    HA   MET 114           HA       MET 114  -2.976 -15.759  -1.959
    3    HB2  MET 114           HB2      MET 114  -3.349 -18.438  -2.619
    4    HB3  MET 114           HB3      MET 114  -4.268 -17.578  -3.847
    5    HG2  MET 114           HG2      MET 114  -1.365 -17.133  -3.194
    6    HG3  MET 114           HG3      MET 114  -1.983 -18.060  -4.558
    7    HE3  MET 114           HE1      MET 114  -0.633 -15.027  -6.508
    8    HE2  MET 114           HE2      MET 114  -0.811 -16.780  -6.470
    9    HE1  MET 114           HE3      MET 114   0.108 -15.960  -5.208

  No H/Q in entry =           9
  In of MODEL    6
    1    H    ARG 115           H        ARG 115  -6.217 -16.880  -1.656
    2    HA   ARG 115           HA       ARG 115  -7.416 -15.209  -3.606
    3    HB2  ARG 115           HB2      ARG 115  -8.319 -16.945  -1.364
    4    HB3  ARG 115           HB3      ARG 115  -9.416 -15.646  -1.839
    5    HG2  ARG 115           HG2      ARG 115  -8.310 -17.753  -3.673
    6    HG3  ARG 115           HG3      ARG 115  -9.912 -17.779  -2.937
    7    HD2  ARG 115           HD2      ARG 115 -10.127 -15.421  -4.056
    8    HD3  ARG 115           HD3      ARG 115  -8.837 -16.023  -5.094
    9    HE   ARG 115           HE       ARG 115 -11.124 -17.790  -4.801
   10   HH11  ARG 115          HH11      ARG 115  -9.557 -15.279  -6.691
   11   HH12  ARG 115          HH12      ARG 115 -10.511 -15.571  -8.109
   12   HH21  ARG 115          HH21      ARG 115 -12.368 -18.184  -6.669
   13   HH22  ARG 115          HH22      ARG 115 -12.109 -17.237  -8.101

  No H/Q in entry =          13
  In of MODEL    6
    1    H    LEU 116           H        LEU 116  -6.901 -15.057  -0.070
    2    HA   LEU 116           HA       LEU 116  -8.026 -12.520   0.251
    3    HB2  LEU 116           HB2      LEU 116  -7.819 -13.881   2.145
    4    HB3  LEU 116           HB3      LEU 116  -6.127 -14.211   1.832
    5    HG   LEU 116           HG       LEU 116  -6.639 -11.378   2.295
    6   HD11  LEU 116          HD11      LEU 116  -8.301 -12.816   3.784
    7   HD13  LEU 116          HD12      LEU 116  -7.481 -11.371   4.383
    8   HD12  LEU 116          HD13      LEU 116  -6.843 -12.971   4.772
    9   HD23  LEU 116          HD21      LEU 116  -4.884 -13.320   3.769
   10   HD22  LEU 116          HD22      LEU 116  -4.720 -11.563   3.682
   11   HD21  LEU 116          HD23      LEU 116  -4.432 -12.550   2.248

  No H/Q in entry =          11
  In of MODEL    6
    1    H    SER 117           H        SER 117  -4.681 -13.515  -0.272
    2    HA   SER 117           HA       SER 117  -3.369 -11.162   0.249
    3    HB2  SER 117           HB2      SER 117  -1.713 -12.009  -1.539
    4    HB3  SER 117           HB3      SER 117  -1.986 -13.003  -0.109
    5    HG   SER 117           HG       SER 117  -2.536 -13.515  -2.735

  No H/Q in entry =           5
  In of MODEL    6
    1    H    ALA 118           H        ALA 118  -4.724 -12.286  -2.751
    2    HA   ALA 118           HA       ALA 118  -3.969 -10.256  -4.457
    3    HB2  ALA 118           HB1      ALA 118  -4.853 -12.126  -5.493
    4    HB3  ALA 118           HB2      ALA 118  -6.118 -10.914  -5.714
    5    HB1  ALA 118           HB3      ALA 118  -6.285 -12.142  -4.458

  No H/Q in entry =           5
  In of MODEL    6
    1    H    GLN 119           H        GLN 119  -6.590 -10.297  -2.110
    2    HA   GLN 119           HA       GLN 119  -7.834  -7.978  -3.212
    3    HB2  GLN 119           HB2      GLN 119  -8.006  -9.222  -0.464
    4    HB3  GLN 119           HB3      GLN 119  -8.913  -7.791  -0.933
    5    HG2  GLN 119           HG2      GLN 119  -9.226 -10.614  -1.838
    6    HG3  GLN 119           HG3      GLN 119 -10.443  -9.481  -1.258
    7   HE21  GLN 119          HE21      GLN 119 -10.347 -11.153  -3.662
    8   HE22  GLN 119          HE22      GLN 119 -10.562 -10.075  -4.994

  No H/Q in entry =           8
  In of MODEL    6
    1    H    MET 120           H        MET 120  -5.942  -8.352  -0.128
    2    HA   MET 120           HA       MET 120  -5.279  -5.869   0.363
    3    HB2  MET 120           HB2      MET 120  -4.523  -7.611   1.753
    4    HB3  MET 120           HB3      MET 120  -3.570  -8.335   0.468
    5    HG2  MET 120           HG2      MET 120  -2.028  -6.457   0.538
    6    HG3  MET 120           HG3      MET 120  -2.998  -5.699   1.799
    7    HE2  MET 120           HE1      MET 120  -3.626  -8.996   2.921
    8    HE1  MET 120           HE2      MET 120  -3.811  -7.495   3.833
    9    HE3  MET 120           HE3      MET 120  -2.738  -8.759   4.432

  No H/Q in entry =           9
  In of MODEL    6
    1    H    ALA 121           H        ALA 121  -3.499  -7.773  -2.050
    2    HA   ALA 121           HA       ALA 121  -1.550  -5.841  -2.616
    3    HB3  ALA 121           HB1      ALA 121  -1.010  -7.183  -4.533
    4    HB2  ALA 121           HB2      ALA 121  -2.569  -8.002  -4.452
    5    HB1  ALA 121           HB3      ALA 121  -1.374  -8.252  -3.179

  No H/Q in entry =           5
  In of MODEL    6
    1    H    ARG 122           H        ARG 122  -4.805  -6.360  -3.719
    2    HA   ARG 122           HA       ARG 122  -4.636  -4.640  -5.963
    3    HB2  ARG 122           HB2      ARG 122  -6.680  -6.231  -4.653
    4    HB3  ARG 122           HB3      ARG 122  -7.310  -4.676  -5.187
    5    HG2  ARG 122           HG2      ARG 122  -7.523  -6.550  -6.840
    6    HG3  ARG 122           HG3      ARG 122  -6.705  -5.104  -7.441
    7    HD2  ARG 122           HD2      ARG 122  -4.538  -6.277  -6.746
    8    HD3  ARG 122           HD3      ARG 122  -5.516  -7.743  -6.648
    9    HE   ARG 122           HE       ARG 122  -4.702  -6.300  -9.034
   10   HH11  ARG 122          HH11      ARG 122  -6.722  -8.823  -7.667
   11   HH12  ARG 122          HH12      ARG 122  -6.960  -9.627  -9.188
   12   HH21  ARG 122          HH21      ARG 122  -5.047  -7.353 -11.029
   13   HH22  ARG 122          HH22      ARG 122  -6.003  -8.805 -11.086

  No H/Q in entry =          13
  In of MODEL    6
    1    H    ARG 123           H        ARG 123  -5.150  -4.288  -2.648
    2    HA   ARG 123           HA       ARG 123  -6.175  -1.611  -2.713
    3    HB2  ARG 123           HB2      ARG 123  -5.369  -3.530  -0.548
    4    HB3  ARG 123           HB3      ARG 123  -5.574  -1.827  -0.173
    5    HG2  ARG 123           HG2      ARG 123  -7.567  -3.343   0.243
    6    HG3  ARG 123           HG3      ARG 123  -7.868  -1.869  -0.675
    7    HD2  ARG 123           HD2      ARG 123  -7.811  -3.143  -2.754
    8    HD3  ARG 123           HD3      ARG 123  -7.451  -4.614  -1.858
    9    HE   ARG 123           HE       ARG 123  -9.671  -4.786  -1.264
   10   HH11  ARG 123          HH11      ARG 123  -9.096  -1.607  -2.635
   11   HH12  ARG 123          HH12      ARG 123 -10.775  -1.274  -2.889
   12   HH21  ARG 123          HH21      ARG 123 -11.885  -4.368  -1.643
   13   HH22  ARG 123          HH22      ARG 123 -12.357  -2.844  -2.333

  No H/Q in entry =          13
  In of MODEL    6
    1    H    LEU 124           H        LEU 124  -3.162  -3.297  -2.499
    2    HA   LEU 124           HA       LEU 124  -1.473  -1.145  -1.758
    3    HB2  LEU 124           HB2      LEU 124  -1.225  -3.851  -2.449
    4    HB3  LEU 124           HB3      LEU 124  -0.369  -3.008  -3.715
    5    HG   LEU 124           HG       LEU 124   0.345  -3.378  -0.859
    6   HD11  LEU 124          HD11      LEU 124   1.852  -3.179  -3.440
    7   HD13  LEU 124          HD12      LEU 124   1.355  -4.674  -2.631
    8   HD12  LEU 124          HD13      LEU 124   2.549  -3.606  -1.872
    9   HD22  LEU 124          HD21      LEU 124   0.285  -0.946  -0.988
   10   HD21  LEU 124          HD22      LEU 124   1.252  -1.000  -2.461
   11   HD23  LEU 124          HD23      LEU 124   1.942  -1.550  -0.933

  No H/Q in entry =          11
  In of MODEL    6
    1    H    GLN 125           H        GLN 125  -2.767  -2.477  -4.715
    2    HA   GLN 125           HA       GLN 125  -1.470  -0.612  -6.466
    3    HB2  GLN 125           HB2      GLN 125  -3.440  -2.814  -6.778
    4    HB3  GLN 125           HB3      GLN 125  -3.393  -1.584  -8.033
    5    HG2  GLN 125           HG2      GLN 125  -1.026  -3.194  -7.110
    6    HG3  GLN 125           HG3      GLN 125  -2.001  -3.550  -8.532
    7   HE21  GLN 125          HE21      GLN 125   0.585  -1.758  -7.261
    8   HE22  GLN 125          HE22      GLN 125   0.963  -0.851  -8.686

  No H/Q in entry =           8
  In of MODEL    6
    1    H    VAL 126           H        VAL 126  -4.060  -0.301  -4.314
    2    HA   VAL 126           HA       VAL 126  -5.449   1.627  -6.000
    3    HB   VAL 126           HB       VAL 126  -6.493  -0.205  -4.281
    4   HG12  VAL 126          HG11      VAL 126  -6.342   2.336  -2.665
    5   HG11  VAL 126          HG12      VAL 126  -5.519   0.823  -2.288
    6   HG13  VAL 126          HG13      VAL 126  -7.281   0.899  -2.260
    7   HG22  VAL 126          HG21      VAL 126  -7.786   1.018  -5.853
    8   HG21  VAL 126          HG22      VAL 126  -7.574   2.510  -4.936
    9   HG23  VAL 126          HG23      VAL 126  -8.528   1.188  -4.263

  No H/Q in entry =           9
  In of MODEL    6
    1    H    THR 127           H        THR 127  -3.383   1.177  -3.245
    2    HA   THR 127           HA       THR 127  -3.324   4.028  -2.597
    3    HB   THR 127           HB       THR 127  -1.540   2.012  -1.317
    4    HG1  THR 127           HG1      THR 127  -3.658   1.068  -1.290
    5   HG21  THR 127          HG21      THR 127  -3.022   4.424  -0.259
    6   HG23  THR 127          HG22      THR 127  -1.310   4.353  -0.676
    7   HG22  THR 127          HG23      THR 127  -1.926   3.411   0.682

  No H/Q in entry =           7
  In of MODEL    6
    1    H    SER 128           H        SER 128  -1.841   2.459  -5.244
    2    HA   SER 128           HA       SER 128   0.753   3.334  -4.346
    3    HB2  SER 128           HB2      SER 128   1.478   2.020  -6.435
    4    HB3  SER 128           HB3      SER 128   0.954   1.057  -5.052
    5    HG   SER 128           HG       SER 128   0.065   0.602  -7.290

  No H/Q in entry =           5
  In of MODEL    6
    1    H    GLU 129           H        GLU 129  -2.005   3.832  -6.241
    2    HA   GLU 129           HA       GLU 129  -0.586   5.732  -8.003
    3    HB2  GLU 129           HB2      GLU 129  -2.984   3.997  -8.523
    4    HB3  GLU 129           HB3      GLU 129  -2.665   5.424  -9.495
    5    HG2  GLU 129           HG2      GLU 129  -0.416   4.457 -10.013
    6    HG3  GLU 129           HG3      GLU 129  -0.946   2.975  -9.217

  No H/Q in entry =           6
  In of MODEL    6
    1    H    LYS 130           H        LYS 130  -2.124   6.099  -5.245
    2    HA   LYS 130           HA       LYS 130  -3.352   8.578  -6.066
    3    HB2  LYS 130           HB2      LYS 130  -4.942   6.516  -4.507
    4    HB3  LYS 130           HB3      LYS 130  -5.475   8.134  -4.932
    5    HG2  LYS 130           HG2      LYS 130  -4.774   6.850  -7.334
    6    HG3  LYS 130           HG3      LYS 130  -5.734   5.705  -6.399
    7    HD2  LYS 130           HD2      LYS 130  -7.570   7.167  -6.297
    8    HD3  LYS 130           HD3      LYS 130  -6.598   8.556  -6.790
    9    HE2  LYS 130           HE2      LYS 130  -7.278   6.172  -8.511
   10    HE3  LYS 130           HE3      LYS 130  -8.030   7.764  -8.613
   11    HZ1  LYS 130           HZ1      LYS 130  -5.108   7.458  -8.910
   12    HZ3  LYS 130           HZ2      LYS 130  -6.108   8.711  -9.460
   13    HZ2  LYS 130           HZ3      LYS 130  -6.141   7.199 -10.224

  No H/Q in entry =          13
  In of MODEL    6
    1    H    VAL 131           H        VAL 131  -1.021   7.812  -4.612
    2    HA   VAL 131           HA       VAL 131  -1.484   7.779  -1.828
    3    HB   VAL 131           HB       VAL 131   0.943   8.138  -3.546
    4   HG12  VAL 131          HG11      VAL 131   0.969   8.572  -0.562
    5   HG11  VAL 131          HG12      VAL 131   1.256   9.814  -1.779
    6   HG13  VAL 131          HG13      VAL 131   2.380   8.465  -1.613
    7   HG21  VAL 131          HG21      VAL 131   0.183   6.272  -1.319
    8   HG23  VAL 131          HG22      VAL 131   1.732   6.252  -2.160
    9   HG22  VAL 131          HG23      VAL 131   0.243   5.908  -3.044

  No H/Q in entry =           9
  In of MODEL    6
    1    H    GLY 132           H        GLY 132   0.253  10.223  -3.631
    2    HA3  GLY 132           HA2      GLY 132  -0.423  12.298  -1.747
    3    HA2  GLY 132           HA3      GLY 132   0.622  12.471  -3.143

  No H/Q in entry =           3
  In of MODEL    6
    1    H    ASN 133           H        ASN 133  -2.577  11.211  -3.529
    2    HA   ASN 133           HA       ASN 133  -3.190  13.345  -5.325
    3    HB2  ASN 133           HB2      ASN 133  -4.297  10.736  -4.658
    4    HB3  ASN 133           HB3      ASN 133  -5.556  11.944  -4.898
    5   HD21  ASN 133          HD21      ASN 133  -3.985  13.491  -6.797
    6   HD22  ASN 133          HD22      ASN 133  -3.973  12.583  -8.263

  No H/Q in entry =           6
  In of MODEL    6
    1    H    LEU 134           H        LEU 134  -4.515  12.266  -2.185
    2    HA   LEU 134           HA       LEU 134  -6.223  14.596  -2.038
    3    HB2  LEU 134           HB2      LEU 134  -7.157  13.673  -0.134
    4    HB3  LEU 134           HB3      LEU 134  -6.795  12.314  -1.175
    5    HG   LEU 134           HG       LEU 134  -4.563  12.303   0.319
    6   HD11  LEU 134          HD11      LEU 134  -5.306  14.229   1.666
    7   HD13  LEU 134          HD12      LEU 134  -5.131  12.769   2.639
    8   HD12  LEU 134          HD13      LEU 134  -6.735  13.320   2.153
    9   HD21  LEU 134          HD21      LEU 134  -7.242  11.135   1.019
   10   HD23  LEU 134          HD22      LEU 134  -5.692  10.565   1.646
   11   HD22  LEU 134          HD23      LEU 134  -6.050  10.435  -0.078

  No H/Q in entry =          11
  In of MODEL    6
    1    H    ALA 135           H        ALA 135  -3.050  13.901  -1.038
    2    HA   ALA 135           HA       ALA 135  -3.093  15.642   1.277
    3    HB2  ALA 135           HB1      ALA 135  -1.708  13.773   1.572
    4    HB1  ALA 135           HB2      ALA 135  -0.628  15.153   1.378
    5    HB3  ALA 135           HB3      ALA 135  -0.883  14.035   0.037

  No H/Q in entry =           5
  In of MODEL    6
    1    H    PHE 136           H        PHE 136  -2.682  15.894  -2.045
    2    HA   PHE 136           HA       PHE 136  -0.999  18.207  -2.095
    3    HB2  PHE 136           HB2      PHE 136  -2.216  16.394  -3.987
    4    HB3  PHE 136           HB3      PHE 136  -2.440  18.064  -4.505
    5    HD1  PHE 136           HD1      PHE 136  -0.719  19.193  -5.575
    6    HD2  PHE 136           HD2      PHE 136   0.164  15.653  -3.387
    7    HE1  PHE 136           HE1      PHE 136   1.578  19.227  -6.455
    8    HE2  PHE 136           HE2      PHE 136   2.464  15.680  -4.262
    9    HZ   PHE 136           HZ       PHE 136   3.173  17.469  -5.799

  No H/Q in entry =           9
  In of MODEL    6
    1    H    LEU 137           H        LEU 137  -4.077  17.911  -0.962
    2    HA   LEU 137           HA       LEU 137  -5.917  19.195  -0.705
    3    HB2  LEU 137           HB2      LEU 137  -3.603  20.553   0.029
    4    HB3  LEU 137           HB3      LEU 137  -4.644  21.758  -0.710
    5    HG   LEU 137           HG       LEU 137  -6.453  20.590   0.870
    6   HD11  LEU 137          HD11      LEU 137  -4.910  18.923   1.772
    7   HD13  LEU 137          HD12      LEU 137  -5.474  20.021   3.031
    8   HD12  LEU 137          HD13      LEU 137  -3.855  20.210   2.358
    9   HD22  LEU 137          HD21      LEU 137  -6.111  22.403   2.397
   10   HD21  LEU 137          HD22      LEU 137  -5.768  22.957   0.757
   11   HD23  LEU 137          HD23      LEU 137  -4.442  22.588   1.859

  No H/Q in entry =          11
  In of MODEL    6
    1    H    ASP 138           H        ASP 138  -6.250  18.488  -2.867
    2    HA   ASP 138           HA       ASP 138  -6.601  20.509  -4.755
    3    HB2  ASP 138           HB2      ASP 138  -5.317  18.944  -5.725
    4    HB3  ASP 138           HB3      ASP 138  -6.587  17.708  -5.671

  No H/Q in entry =           4
  In of MODEL    6
    1    H    VAL 139           H        VAL 139  -8.693  20.867  -3.022
    2    HA   VAL 139           HA       VAL 139 -11.062  19.744  -3.866
    3    HB   VAL 139           HB       VAL 139 -10.388  21.907  -2.164
    4   HG11  VAL 139          HG11      VAL 139 -12.737  22.418  -3.981
    5   HG13  VAL 139          HG12      VAL 139 -11.407  23.513  -3.593
    6   HG12  VAL 139          HG13      VAL 139 -12.601  23.099  -2.361
    7   HG21  VAL 139          HG21      VAL 139 -12.706  20.066  -2.593
    8   HG23  VAL 139          HG22      VAL 139 -12.595  21.160  -1.213
    9   HG22  VAL 139          HG23      VAL 139 -11.378  19.902  -1.444

  No H/Q in entry =           9
  In of MODEL    6
    1    H    THR 140           H        THR 140  -9.298  21.999  -5.813
    2    HA   THR 140           HA       THR 140 -11.092  23.457  -7.253
    3    HB   THR 140           HB       THR 140  -9.054  22.133  -8.903
    4    HG1  THR 140           HG1      THR 140  -7.619  22.131  -7.344
    5   HG23  THR 140          HG21      THR 140  -8.451  24.431  -9.419
    6   HG22  THR 140          HG22      THR 140  -9.509  25.022  -8.139
    7   HG21  THR 140          HG23      THR 140 -10.197  24.224  -9.553

  No H/Q in entry =           7
  In of MODEL    6
    1    H    GLY 141           H        GLY 141 -13.087  22.396  -7.641
    2    HA3  GLY 141           HA2      GLY 141 -14.665  21.207  -8.778
    3    HA2  GLY 141           HA3      GLY 141 -13.511  21.178 -10.095

  No H/Q in entry =           3
  In of MODEL    6
    1    H    ARG 142           H        ARG 142 -12.197  19.872  -7.389
    2    HA   ARG 142           HA       ARG 142 -11.858  17.342  -8.474
    3    HB2  ARG 142           HB2      ARG 142 -10.378  18.393  -6.822
    4    HB3  ARG 142           HB3      ARG 142 -11.635  18.226  -5.611
    5    HG2  ARG 142           HG2      ARG 142 -10.057  16.515  -5.236
    6    HG3  ARG 142           HG3      ARG 142 -11.487  15.744  -5.926
    7    HD2  ARG 142           HD2      ARG 142 -10.434  15.631  -8.083
    8    HD3  ARG 142           HD3      ARG 142  -9.068  16.576  -7.499
    9    HE   ARG 142           HE       ARG 142  -9.346  14.254  -5.928
   10   HH11  ARG 142          HH11      ARG 142  -8.325  15.260  -9.119
   11   HH12  ARG 142          HH12      ARG 142  -7.269  13.890  -9.353
   12   HH21  ARG 142          HH21      ARG 142  -7.944  12.451  -6.245
   13   HH22  ARG 142          HH22      ARG 142  -7.066  12.309  -7.739

  No H/Q in entry =          13
  In of MODEL    6
    1    H    ILE 143           H        ILE 143 -13.556  17.981  -5.403
    2    HA   ILE 143           HA       ILE 143 -14.769  16.074  -4.638
    3    HB   ILE 143           HB       ILE 143 -16.513  18.369  -5.344
    4   HG12  ILE 143          HG12      ILE 143 -14.287  18.398  -3.293
    5   HG13  ILE 143          HG13      ILE 143 -14.317  19.303  -4.804
    6   HG21  ILE 143          HG21      ILE 143 -16.677  16.239  -3.457
    7   HG23  ILE 143          HG22      ILE 143 -17.860  17.479  -3.873
    8   HG22  ILE 143          HG23      ILE 143 -16.662  17.792  -2.620
    9   HD11  ILE 143          HD11      ILE 143 -16.248  19.662  -2.548
   10   HD13  ILE 143          HD12      ILE 143 -16.193  20.584  -4.050
   11   HD12  ILE 143          HD13      ILE 143 -14.860  20.691  -2.900

  No H/Q in entry =          11
  In of MODEL    6
    1    H    ALA 144           H        ALA 144 -16.634  17.761  -7.103
    2    HA   ALA 144           HA       ALA 144 -18.654  15.833  -7.241
    3    HB1  ALA 144           HB1      ALA 144 -19.613  17.358  -8.538
    4    HB3  ALA 144           HB2      ALA 144 -18.295  17.283  -9.708
    5    HB2  ALA 144           HB3      ALA 144 -18.169  18.342  -8.304

  No H/Q in entry =           5
  In of MODEL    6
    1    H    GLN 145           H        GLN 145 -15.544  16.107  -8.746
    2    HA   GLN 145           HA       GLN 145 -16.048  14.355 -10.910
    3    HB2  GLN 145           HB2      GLN 145 -13.967  16.006 -10.223
    4    HB3  GLN 145           HB3      GLN 145 -13.293  14.417  -9.892
    5    HG2  GLN 145           HG2      GLN 145 -14.587  15.126 -12.509
    6    HG3  GLN 145           HG3      GLN 145 -12.872  15.369 -12.190
    7   HE21  GLN 145          HE21      GLN 145 -15.359  13.084 -12.872
    8   HE22  GLN 145          HE22      GLN 145 -14.338  11.702 -13.057

  No H/Q in entry =           8
  In of MODEL    6
    1    H    THR 146           H        THR 146 -15.255  13.790  -7.369
    2    HA   THR 146           HA       THR 146 -14.467  11.134  -7.981
    3    HB   THR 146           HB       THR 146 -15.080  12.418  -5.330
    4    HG1  THR 146           HG1      THR 146 -13.072  12.978  -7.091
    5   HG21  THR 146          HG21      THR 146 -14.535   9.836  -5.865
    6   HG23  THR 146          HG22      THR 146 -14.052  10.631  -4.370
    7   HG22  THR 146          HG23      THR 146 -12.892  10.454  -5.687

  No H/Q in entry =           7
  In of MODEL    6
    1    H    LEU 147           H        LEU 147 -17.284  12.825  -7.863
    2    HA   LEU 147           HA       LEU 147 -18.804  11.006  -6.169
    3    HB2  LEU 147           HB2      LEU 147 -19.769  13.537  -7.499
    4    HB3  LEU 147           HB3      LEU 147 -20.645  12.560  -6.330
    5    HG   LEU 147           HG       LEU 147 -18.183  14.218  -5.839
    6   HD11  LEU 147          HD11      LEU 147 -20.284  15.450  -5.849
    7   HD13  LEU 147          HD12      LEU 147 -19.590  15.377  -4.231
    8   HD12  LEU 147          HD13      LEU 147 -20.948  14.336  -4.655
    9   HD23  LEU 147          HD21      LEU 147 -18.479  13.438  -3.447
   10   HD22  LEU 147          HD22      LEU 147 -17.791  12.275  -4.580
   11   HD21  LEU 147          HD23      LEU 147 -19.483  12.144  -4.102

  No H/Q in entry =          11
  In of MODEL    6
    1    H    LEU 148           H        LEU 148 -18.123  12.023  -9.369
    2    HA   LEU 148           HA       LEU 148 -20.236  10.532 -10.608
    3    HB2  LEU 148           HB2      LEU 148 -17.685  11.381 -11.949
    4    HB3  LEU 148           HB3      LEU 148 -19.261  11.129 -12.675
    5    HG   LEU 148           HG       LEU 148 -18.347  13.428 -10.976
    6   HD13  LEU 148          HD11      LEU 148 -17.819  13.602 -13.290
    7   HD12  LEU 148          HD12      LEU 148 -19.148  14.706 -12.931
    8   HD11  LEU 148          HD13      LEU 148 -19.466  13.174 -13.746
    9   HD22  LEU 148          HD21      LEU 148 -20.463  13.115 -10.057
   10   HD21  LEU 148          HD22      LEU 148 -21.150  12.546 -11.580
   11   HD23  LEU 148          HD23      LEU 148 -20.767  14.254 -11.370

  No H/Q in entry =          11
  In of MODEL    6
    1    H    ASN 149           H        ASN 149 -17.019   9.990  -9.465
    2    HA   ASN 149           HA       ASN 149 -16.518   7.510 -10.730
    3    HB2  ASN 149           HB2      ASN 149 -14.670   8.555  -9.639
    4    HB3  ASN 149           HB3      ASN 149 -15.558   8.715  -8.127
    5   HD21  ASN 149          HD21      ASN 149 -13.807   6.544 -10.209
    6   HD22  ASN 149          HD22      ASN 149 -13.595   5.286  -9.043

  No H/Q in entry =           6
  In of MODEL    6
    1    H    LEU 150           H        LEU 150 -18.394   8.523  -7.983
    2    HA   LEU 150           HA       LEU 150 -19.022   5.893  -6.979
    3    HB2  LEU 150           HB2      LEU 150 -20.161   8.660  -6.557
    4    HB3  LEU 150           HB3      LEU 150 -20.929   7.245  -5.846
    5    HG   LEU 150           HG       LEU 150 -18.019   7.538  -5.381
    6   HD12  LEU 150          HD11      LEU 150 -18.706   8.974  -3.321
    7   HD11  LEU 150          HD12      LEU 150 -20.040   9.473  -4.366
    8   HD13  LEU 150          HD13      LEU 150 -18.374   9.738  -4.873
    9   HD23  LEU 150          HD21      LEU 150 -20.308   6.821  -3.572
   10   HD22  LEU 150          HD22      LEU 150 -18.588   6.582  -3.262
   11   HD21  LEU 150          HD23      LEU 150 -19.391   5.671  -4.545

  No H/Q in entry =          11
  In of MODEL    6
    1    H    ALA 151           H        ALA 151 -19.940   7.660  -9.890
    2    HA   ALA 151           HA       ALA 151 -22.578   6.407  -9.813
    3    HB2  ALA 151           HB1      ALA 151 -21.564   8.721 -11.068
    4    HB1  ALA 151           HB2      ALA 151 -23.187   8.045 -11.205
    5    HB3  ALA 151           HB3      ALA 151 -21.935   7.574 -12.354

  No H/Q in entry =           5
  In of MODEL    6
    1    H    LYS 152           H        LYS 152 -19.432   5.768 -10.556
    2    HA   LYS 152           HA       LYS 152 -20.027   3.867 -12.682
    3    HB2  LYS 152           HB2      LYS 152 -17.402   4.798 -11.513
    4    HB3  LYS 152           HB3      LYS 152 -17.571   3.716 -12.893
    5    HG2  LYS 152           HG2      LYS 152 -18.712   5.486 -14.136
    6    HG3  LYS 152           HG3      LYS 152 -18.533   6.567 -12.752
    7    HD2  LYS 152           HD2      LYS 152 -16.054   6.240 -12.939
    8    HD3  LYS 152           HD3      LYS 152 -16.348   5.377 -14.450
    9    HE2  LYS 152           HE2      LYS 152 -17.089   8.238 -13.847
   10    HE3  LYS 152           HE3      LYS 152 -15.775   7.698 -14.889
   11    HZ1  LYS 152           HZ1      LYS 152 -18.598   6.977 -15.410
   12    HZ3  LYS 152           HZ2      LYS 152 -17.282   6.883 -16.470
   13    HZ2  LYS 152           HZ3      LYS 152 -17.900   8.390 -16.020

  No H/Q in entry =          13
  In of MODEL    6
    1    H    GLN 153           H        GLN 153 -19.832   3.756  -9.238
    2    HA   GLN 153           HA       GLN 153 -18.899   0.973  -9.383
    3    HB2  GLN 153           HB2      GLN 153 -19.377   2.392  -6.798
    4    HB3  GLN 153           HB3      GLN 153 -18.172   1.181  -7.195
    5    HG2  GLN 153           HG2      GLN 153 -17.599   3.428  -8.762
    6    HG3  GLN 153           HG3      GLN 153 -17.934   4.001  -7.128
    7   HE21  GLN 153          HE21      GLN 153 -15.697   4.588  -6.983
    8   HE22  GLN 153          HE22      GLN 153 -14.502   3.382  -6.648

  No H/Q in entry =           8
  In of MODEL    6
    1    HA   PRO 154           HA       PRO 154 -22.770  -0.952  -8.263
    2    HB2  PRO 154           HB2      PRO 154 -22.215  -1.880  -5.661
    3    HB3  PRO 154           HB3      PRO 154 -22.003  -2.777  -7.165
    4    HG2  PRO 154           HG2      PRO 154 -20.007  -1.274  -5.547
    5    HG3  PRO 154           HG3      PRO 154 -19.799  -2.754  -6.502
    6    HD2  PRO 154           HD2      PRO 154 -18.874  -0.425  -7.382
    7    HD3  PRO 154           HD3      PRO 154 -19.613  -1.583  -8.501

  No H/Q in entry =           7
  In of MODEL    6
    1    H    ASP 155           H        ASP 155 -21.469   1.468  -6.247
    2    HA   ASP 155           HA       ASP 155 -23.663   1.638  -4.382
    3    HB2  ASP 155           HB2      ASP 155 -21.377   3.627  -5.028
    4    HB3  ASP 155           HB3      ASP 155 -22.567   3.881  -3.757

  No H/Q in entry =           4
  In of MODEL    6
    1    H    ALA 156           H        ALA 156 -23.365   3.066  -7.831
    2    HA   ALA 156           HA       ALA 156 -24.946   5.213  -7.131
    3    HB1  ALA 156           HB1      ALA 156 -24.943   3.833  -9.795
    4    HB2  ALA 156           HB2      ALA 156 -23.587   4.825  -9.266
    5    HB3  ALA 156           HB3      ALA 156 -25.188   5.543  -9.441

  No H/Q in entry =           5
  In of MODEL    6
    1    H    MET 157           H        MET 157 -26.916   5.096  -6.347
    2    HA   MET 157           HA       MET 157 -28.396   2.645  -6.830
    3    HB2  MET 157           HB2      MET 157 -27.820   3.960  -4.613
    4    HB3  MET 157           HB3      MET 157 -29.328   4.792  -5.004
    5    HG2  MET 157           HG2      MET 157 -30.314   2.431  -5.222
    6    HG3  MET 157           HG3      MET 157 -28.869   1.917  -4.351
    7    HE2  MET 157           HE1      MET 157 -32.517   3.241  -3.916
    8    HE1  MET 157           HE2      MET 157 -31.582   4.674  -4.338
    9    HE3  MET 157           HE3      MET 157 -32.292   4.526  -2.731

  No H/Q in entry =           9
  In of MODEL    6
    1    H    THR 158           H        THR 158 -29.428   2.952  -8.962
    2    HA   THR 158           HA       THR 158 -30.604   5.221  -9.756
    3    HB   THR 158           HB       THR 158 -32.312   3.619 -10.934
    4    HG1  THR 158           HG1      THR 158 -31.902   1.789  -9.638
    5   HG21  THR 158          HG21      THR 158 -30.358   4.750 -11.983
    6   HG23  THR 158          HG22      THR 158 -30.672   3.149 -12.645
    7   HG22  THR 158          HG23      THR 158 -29.350   3.385 -11.504

  No H/Q in entry =           7
  In of MODEL    6
    1    H    HIS 159           H        HIS 159 -32.607   6.083  -9.815
    2    HA   HIS 159           HA       HIS 159 -34.716   5.173  -8.095
    3    HB2  HIS 159           HB2      HIS 159 -34.114   6.424  -6.306
    4    HB3  HIS 159           HB3      HIS 159 -32.761   7.101  -7.184
    5    HD1  HIS 159           HD1      HIS 159 -36.258   7.857  -6.098
    6    HD2  HIS 159           HD2      HIS 159 -33.140   9.688  -8.147
    7    HE1  HIS 159           HE1      HIS 159 -36.874  10.295  -6.235
    8    HE2  HIS 159           HE2      HIS 159 -35.013  11.374  -7.564

  No H/Q in entry =           8
  In of MODEL    6
    1    HA   PRO 160           HA       PRO 160 -36.911   6.834 -11.487
    2    HB2  PRO 160           HB2      PRO 160 -39.131   7.977 -10.351
    3    HB3  PRO 160           HB3      PRO 160 -38.901   6.249 -10.634
    4    HG2  PRO 160           HG2      PRO 160 -38.472   7.824  -8.128
    5    HG3  PRO 160           HG3      PRO 160 -39.243   6.239  -8.338
    6    HD2  PRO 160           HD2      PRO 160 -36.726   6.449  -7.450
    7    HD3  PRO 160           HD3      PRO 160 -37.209   5.139  -8.547

  No H/Q in entry =           7
  In of MODEL    6
    1    H    ASP 161           H        ASP 161 -34.839   8.672 -10.835
    2    HA   ASP 161           HA       ASP 161 -35.672  11.003 -12.147
    3    HB2  ASP 161           HB2      ASP 161 -36.912  11.959 -10.488
    4    HB3  ASP 161           HB3      ASP 161 -36.158  10.991  -9.232

  No H/Q in entry =           4
  In of MODEL    6
    1    H    GLY 162           H        GLY 162 -33.448   9.369 -10.079
    2    HA3  GLY 162           HA2      GLY 162 -31.214  10.216 -11.517
    3    HA2  GLY 162           HA3      GLY 162 -31.303  11.062  -9.973

  No H/Q in entry =           3
  In of MODEL    6
    1    H    MET 163           H        MET 163 -29.187   9.613 -10.128
    2    HA   MET 163           HA       MET 163 -29.766   7.245  -8.474
    3    HB2  MET 163           HB2      MET 163 -27.800   6.097  -9.621
    4    HB3  MET 163           HB3      MET 163 -29.285   6.176 -10.559
    5    HG2  MET 163           HG2      MET 163 -28.272   8.306 -11.582
    6    HG3  MET 163           HG3      MET 163 -26.749   7.702 -10.931
    7    HE2  MET 163           HE1      MET 163 -25.994   5.065 -11.448
    8    HE1  MET 163           HE2      MET 163 -25.205   6.382 -12.316
    9    HE3  MET 163           HE3      MET 163 -25.696   4.926 -13.181

  No H/Q in entry =           9
  In of MODEL    6
    1    H    GLN 164           H        GLN 164 -28.864   7.472  -6.757
    2    HA   GLN 164           HA       GLN 164 -26.876   9.491  -6.258
    3    HB2  GLN 164           HB2      GLN 164 -27.751   9.216  -3.935
    4    HB3  GLN 164           HB3      GLN 164 -28.962   9.732  -5.097
    5    HG2  GLN 164           HG2      GLN 164 -28.960   6.903  -5.056
    6    HG3  GLN 164           HG3      GLN 164 -28.999   7.473  -3.389
    7   HE21  GLN 164          HE21      GLN 164 -30.811   8.405  -2.613
    8   HE22  GLN 164          HE22      GLN 164 -32.276   8.569  -3.511

  No H/Q in entry =           8
  In of MODEL    6
    1    H    ILE 165           H        ILE 165 -26.024   8.930  -4.035
    2    HA   ILE 165           HA       ILE 165 -25.000   6.439  -3.338
    3    HB   ILE 165           HB       ILE 165 -22.576   7.782  -3.686
    4   HG12  ILE 165          HG12      ILE 165 -22.751   7.766  -6.392
    5   HG13  ILE 165          HG13      ILE 165 -24.360   8.337  -5.980
    6   HG22  ILE 165          HG21      ILE 165 -23.564   5.647  -5.525
    7   HG21  ILE 165          HG22      ILE 165 -23.160   5.361  -3.832
    8   HG23  ILE 165          HG23      ILE 165 -21.921   5.932  -4.951
    9   HD12  ILE 165          HD11      ILE 165 -22.457  10.026  -6.402
   10   HD11  ILE 165          HD12      ILE 165 -21.976   9.628  -4.753
   11   HD13  ILE 165          HD13      ILE 165 -23.577  10.292  -5.068

  No H/Q in entry =          11
  In of MODEL    6
    1    H    LYS 166           H        LYS 166 -24.937   7.143  -0.718
    2    HA   LYS 166           HA       LYS 166 -24.971   9.939  -0.560
    3    HB2  LYS 166           HB2      LYS 166 -25.479   9.440   1.798
    4    HB3  LYS 166           HB3      LYS 166 -26.601   8.598   0.745
    5    HG2  LYS 166           HG2      LYS 166 -25.335   6.522   1.056
    6    HG3  LYS 166           HG3      LYS 166 -24.206   7.374   2.109
    7    HD2  LYS 166           HD2      LYS 166 -25.647   6.358   3.620
    8    HD3  LYS 166           HD3      LYS 166 -26.319   7.984   3.480
    9    HE2  LYS 166           HE2      LYS 166 -27.906   7.102   1.771
   10    HE3  LYS 166           HE3      LYS 166 -27.297   5.484   2.109
   11    HZ2  LYS 166           HZ1      LYS 166 -28.761   7.287   3.947
   12    HZ1  LYS 166           HZ2      LYS 166 -27.956   5.897   4.477
   13    HZ3  LYS 166           HZ3      LYS 166 -29.240   5.765   3.387

  No H/Q in entry =          13
  In of MODEL    6
    1    H    ILE 167           H        ILE 167 -23.178  10.938  -0.258
    2    HA   ILE 167           HA       ILE 167 -21.118   9.511   1.272
    3    HB   ILE 167           HB       ILE 167 -20.052  11.672  -0.297
    4   HG12  ILE 167          HG12      ILE 167 -20.195   9.932  -2.390
    5   HG13  ILE 167          HG13      ILE 167 -21.786   9.706  -1.676
    6   HG22  ILE 167          HG21      ILE 167 -19.410   8.734  -0.360
    7   HG21  ILE 167          HG22      ILE 167 -18.803   9.867   0.847
    8   HG23  ILE 167          HG23      ILE 167 -18.365  10.068  -0.849
    9   HD11  ILE 167          HD11      ILE 167 -20.661  12.378  -2.431
   10   HD13  ILE 167          HD12      ILE 167 -22.318  11.992  -1.963
   11   HD12  ILE 167          HD13      ILE 167 -21.670  11.393  -3.490

  No H/Q in entry =          11
  In of MODEL    6
    1    H    THR 168           H        THR 168 -21.073  10.417   3.252
    2    HA   THR 168           HA       THR 168 -21.892  13.079   3.732
    3    HB   THR 168           HB       THR 168 -20.510  12.872   5.854
    4    HG1  THR 168           HG1      THR 168 -19.327  10.960   4.469
    5   HG23  THR 168          HG21      THR 168 -21.909  11.173   6.902
    6   HG22  THR 168          HG22      THR 168 -22.338  10.522   5.321
    7   HG21  THR 168          HG23      THR 168 -22.872  12.137   5.783

  No H/Q in entry =           7
  In of MODEL    6
    1    H    ARG 169           H        ARG 169 -20.383  14.834   4.102
    2    HA   ARG 169           HA       ARG 169 -18.436  14.934   1.982
    3    HB2  ARG 169           HB2      ARG 169 -18.164  17.197   3.745
    4    HB3  ARG 169           HB3      ARG 169 -18.688  17.147   2.084
    5    HG2  ARG 169           HG2      ARG 169 -20.537  18.074   2.976
    6    HG3  ARG 169           HG3      ARG 169 -20.969  16.375   3.165
    7    HD2  ARG 169           HD2      ARG 169 -20.573  16.396   5.443
    8    HD3  ARG 169           HD3      ARG 169 -19.518  17.802   5.349
    9    HE   ARG 169           HE       ARG 169 -22.208  18.399   4.582
   10   HH11  ARG 169          HH11      ARG 169 -20.093  17.972   7.334
   11   HH12  ARG 169          HH12      ARG 169 -21.017  19.011   8.368
   12   HH21  ARG 169          HH21      ARG 169 -23.427  19.773   5.942
   13   HH22  ARG 169          HH22      ARG 169 -22.914  20.030   7.581

  No H/Q in entry =          13
  In of MODEL    6
    1    H    GLN 170           H        GLN 170 -18.435  14.012   5.454
    2    HA   GLN 170           HA       GLN 170 -15.871  14.294   5.943
    3    HB2  GLN 170           HB2      GLN 170 -17.779  12.065   6.655
    4    HB3  GLN 170           HB3      GLN 170 -16.153  12.176   7.320
    5    HG2  GLN 170           HG2      GLN 170 -17.439  13.188   8.951
    6    HG3  GLN 170           HG3      GLN 170 -16.840  14.558   8.021
    7   HE21  GLN 170          HE21      GLN 170 -19.594  12.743   8.975
    8   HE22  GLN 170          HE22      GLN 170 -20.793  13.769   8.263

  No H/Q in entry =           8
  In of MODEL    6
    1    H    GLU 171           H        GLU 171 -17.039  12.272   3.145
    2    HA   GLU 171           HA       GLU 171 -15.001  10.405   3.687
    3    HB2  GLU 171           HB2      GLU 171 -16.989  10.735   1.415
    4    HB3  GLU 171           HB3      GLU 171 -15.800   9.433   1.500
    5    HG2  GLU 171           HG2      GLU 171 -17.037   9.193   3.902
    6    HG3  GLU 171           HG3      GLU 171 -18.358   9.771   2.895

  No H/Q in entry =           6
  In of MODEL    6
    1    H    ILE 172           H        ILE 172 -16.175  13.112   2.106
    2    HA   ILE 172           HA       ILE 172 -14.291  13.466   0.021
    3    HB   ILE 172           HB       ILE 172 -16.050  15.620   1.181
    4   HG12  ILE 172          HG12      ILE 172 -17.495  13.694   1.014
    5   HG13  ILE 172          HG13      ILE 172 -17.827  14.723  -0.376
    6   HG22  ILE 172          HG21      ILE 172 -15.341  14.922  -1.667
    7   HG21  ILE 172          HG22      ILE 172 -14.421  16.061  -0.688
    8   HG23  ILE 172          HG23      ILE 172 -16.106  16.400  -1.086
    9   HD12  ILE 172          HD11      ILE 172 -17.731  12.325  -0.933
   10   HD11  ILE 172          HD12      ILE 172 -16.044  12.301  -0.403
   11   HD13  ILE 172          HD13      ILE 172 -16.520  13.276  -1.797

  No H/Q in entry =          11
  In of MODEL    6
    1    H    GLY 173           H        GLY 173 -14.336  14.452   3.636
    2    HA3  GLY 173           HA2      GLY 173 -12.467  16.417   3.348
    3    HA2  GLY 173           HA3      GLY 173 -12.561  15.290   4.698

  No H/Q in entry =           3
  In of MODEL    6
    1    H    GLN 174           H        GLN 174 -12.131  13.040   3.611
    2    HA   GLN 174           HA       GLN 174  -9.312  12.941   3.427
    3    HB2  GLN 174           HB2      GLN 174  -9.645  10.968   4.388
    4    HB3  GLN 174           HB3      GLN 174 -11.348  11.406   4.435
    5    HG2  GLN 174           HG2      GLN 174 -11.033  10.351   1.920
    6    HG3  GLN 174           HG3      GLN 174 -10.002   9.333   2.928
    7   HE21  GLN 174          HE21      GLN 174 -12.473   8.686   1.592
    8   HE22  GLN 174          HE22      GLN 174 -13.578   8.168   2.812

  No H/Q in entry =           8
  In of MODEL    6
    1    H    ILE 175           H        ILE 175 -11.867  12.230   1.069
    2    HA   ILE 175           HA       ILE 175 -10.072  10.890  -0.714
    3    HB   ILE 175           HB       ILE 175 -12.762  12.096  -1.346
    4   HG12  ILE 175          HG12      ILE 175 -12.159   9.219  -0.652
    5   HG13  ILE 175          HG13      ILE 175 -12.756  10.393   0.521
    6   HG21  ILE 175          HG21      ILE 175 -10.915  10.238  -2.795
    7   HG23  ILE 175          HG22      ILE 175 -11.758  11.668  -3.396
    8   HG22  ILE 175          HG23      ILE 175 -12.652  10.179  -3.085
    9   HD12  ILE 175          HD11      ILE 175 -14.159   9.519  -1.990
   10   HD11  ILE 175          HD12      ILE 175 -14.750  10.730  -0.853
   11   HD13  ILE 175          HD13      ILE 175 -14.570   9.052  -0.339

  No H/Q in entry =          11
  In of MODEL    6
    1    H    VAL 176           H        VAL 176 -11.242  14.120  -0.293
    2    HA   VAL 176           HA       VAL 176  -9.961  14.987  -2.754
    3    HB   VAL 176           HB       VAL 176 -11.723  16.481  -0.816
    4   HG11  VAL 176          HG11      VAL 176 -10.116  17.874  -2.123
    5   HG13  VAL 176          HG12      VAL 176 -11.822  18.218  -2.414
    6   HG12  VAL 176          HG13      VAL 176 -10.902  17.277  -3.586
    7   HG22  VAL 176          HG21      VAL 176 -12.886  14.685  -1.971
    8   HG21  VAL 176          HG22      VAL 176 -12.292  15.281  -3.521
    9   HG23  VAL 176          HG23      VAL 176 -13.416  16.256  -2.575

  No H/Q in entry =           9
  In of MODEL    6
    1    H    GLY 177           H        GLY 177  -9.711  15.306   0.732
    2    HA3  GLY 177           HA2      GLY 177  -7.440  15.461   1.588
    3    HA2  GLY 177           HA3      GLY 177  -7.095  16.606   0.301

  No H/Q in entry =           3
  In of MODEL    6
    1    H    CYS 178           H        CYS 178  -9.974  17.569   1.040
    2    HA   CYS 178           HA       CYS 178  -9.011  19.460   3.110
    3    HB2  CYS 178           HB2      CYS 178 -11.006  20.022   0.912
    4    HB3  CYS 178           HB3      CYS 178 -10.367  21.180   2.075
    5    HG   CYS 178           HG       CYS 178  -7.956  21.498   0.978

  No H/Q in entry =           5
  In of MODEL    6
    1    H    SER 179           H        SER 179 -10.608  20.112   4.661
    2    HA   SER 179           HA       SER 179 -12.213  18.004   5.474
    3    HB2  SER 179           HB2      SER 179 -12.629  20.903   6.218
    4    HB3  SER 179           HB3      SER 179 -12.889  19.475   7.218
    5    HG   SER 179           HG       SER 179 -10.391  19.328   6.630

  No H/Q in entry =           5
  In of MODEL    6
    1    H    ARG 180           H        ARG 180 -14.409  18.081   5.691
    2    HA   ARG 180           HA       ARG 180 -16.034  18.529   3.573
    3    HB2  ARG 180           HB2      ARG 180 -17.872  18.649   5.479
    4    HB3  ARG 180           HB3      ARG 180 -17.053  17.158   5.062
    5    HG2  ARG 180           HG2      ARG 180 -17.086  17.183   7.370
    6    HG3  ARG 180           HG3      ARG 180 -15.450  17.681   6.953
    7    HD2  ARG 180           HD2      ARG 180 -16.045  20.006   7.345
    8    HD3  ARG 180           HD3      ARG 180 -17.711  19.533   7.695
    9    HE   ARG 180           HE       ARG 180 -15.988  18.101   9.380
   10   HH11  ARG 180          HH11      ARG 180 -17.096  21.401   8.892
   11   HH12  ARG 180          HH12      ARG 180 -16.917  21.824  10.568
   12   HH21  ARG 180          HH21      ARG 180 -15.751  18.671  11.569
   13   HH22  ARG 180          HH22      ARG 180 -16.175  20.269  12.089

  No H/Q in entry =          13
  In of MODEL    6
    1    H    GLU 181           H        GLU 181 -14.377  20.916   4.428
    2    HA   GLU 181           HA       GLU 181 -16.427  22.868   4.929
    3    HB2  GLU 181           HB2      GLU 181 -13.561  22.707   5.589
    4    HB3  GLU 181           HB3      GLU 181 -14.340  24.282   5.500
    5    HG2  GLU 181           HG2      GLU 181 -15.008  21.985   7.305
    6    HG3  GLU 181           HG3      GLU 181 -14.449  23.598   7.753

  No H/Q in entry =           6
  In of MODEL    6
    1    H    THR 182           H        THR 182 -13.368  22.885   3.220
    2    HA   THR 182           HA       THR 182 -14.038  24.843   1.274
    3    HB   THR 182           HB       THR 182 -12.383  22.586   0.275
    4    HG1  THR 182           HG1      THR 182 -10.882  24.027   2.031
    5   HG21  THR 182          HG21      THR 182 -12.471  24.762  -0.872
    6   HG23  THR 182          HG22      THR 182 -10.835  24.379  -0.337
    7   HG22  THR 182          HG23      THR 182 -11.808  25.542   0.564

  No H/Q in entry =           7
  In of MODEL    6
    1    H    VAL 183           H        VAL 183 -14.066  21.330   1.338
    2    HA   VAL 183           HA       VAL 183 -15.715  20.837  -0.935
    3    HB   VAL 183           HB       VAL 183 -14.480  19.399   1.333
    4   HG12  VAL 183          HG11      VAL 183 -16.809  17.982   0.139
    5   HG11  VAL 183          HG12      VAL 183 -17.000  18.976   1.584
    6   HG13  VAL 183          HG13      VAL 183 -15.871  17.598   1.591
    7   HG21  VAL 183          HG21      VAL 183 -13.820  19.343  -1.111
    8   HG23  VAL 183          HG22      VAL 183 -15.187  18.242  -1.325
    9   HG22  VAL 183          HG23      VAL 183 -13.865  17.811  -0.238

  No H/Q in entry =           9
  In of MODEL    6
    1    H    GLY 184           H        GLY 184 -16.318  21.584   2.608
    2    HA3  GLY 184           HA2      GLY 184 -18.967  21.150   2.592
    3    HA2  GLY 184           HA3      GLY 184 -18.164  22.439   3.477

  No H/Q in entry =           3
  In of MODEL    6
    1    H    ARG 185           H        ARG 185 -17.318  23.486   0.470
    2    HA   ARG 185           HA       ARG 185 -19.431  25.412   0.600
    3    HB2  ARG 185           HB2      ARG 185 -17.158  24.974  -1.367
    4    HB3  ARG 185           HB3      ARG 185 -18.326  26.280  -1.500
    5    HG2  ARG 185           HG2      ARG 185 -16.202  25.883   0.582
    6    HG3  ARG 185           HG3      ARG 185 -16.393  27.219  -0.553
    7    HD2  ARG 185           HD2      ARG 185 -17.272  28.236   1.268
    8    HD3  ARG 185           HD3      ARG 185 -18.731  27.407   0.728
    9    HE   ARG 185           HE       ARG 185 -17.233  25.756   2.484
   10   HH11  ARG 185          HH11      ARG 185 -19.366  28.535   2.450
   11   HH12  ARG 185          HH12      ARG 185 -19.920  28.289   4.075
   12   HH21  ARG 185          HH21      ARG 185 -17.970  25.430   4.633
   13   HH22  ARG 185          HH22      ARG 185 -19.134  26.522   5.310

  No H/Q in entry =          13
  In of MODEL    6
    1    H    ILE 186           H        ILE 186 -18.218  22.707  -1.087
    2    HA   ILE 186           HA       ILE 186 -19.975  23.099  -3.384
    3    HB   ILE 186           HB       ILE 186 -17.863  21.056  -2.870
    4   HG12  ILE 186          HG12      ILE 186 -17.292  22.086  -5.242
    5   HG13  ILE 186          HG13      ILE 186 -18.335  23.387  -4.688
    6   HG21  ILE 186          HG21      ILE 186 -19.866  19.964  -3.933
    7   HG23  ILE 186          HG22      ILE 186 -18.395  19.917  -4.900
    8   HG22  ILE 186          HG23      ILE 186 -19.667  21.076  -5.284
    9   HD12  ILE 186          HD11      ILE 186 -15.681  22.523  -3.651
   10   HD11  ILE 186          HD12      ILE 186 -16.808  23.366  -2.592
   11   HD13  ILE 186          HD13      ILE 186 -16.252  24.135  -4.079

  No H/Q in entry =          11
  In of MODEL    6
    1    H    LEU 187           H        LEU 187 -19.744  20.798  -0.773
    2    HA   LEU 187           HA       LEU 187 -21.924  19.257  -1.689
    3    HB2  LEU 187           HB2      LEU 187 -20.608  19.447   0.987
    4    HB3  LEU 187           HB3      LEU 187 -21.768  18.198   0.511
    5    HG   LEU 187           HG       LEU 187 -18.935  18.554  -0.304
    6   HD12  LEU 187          HD11      LEU 187 -20.288  16.012  -0.644
    7   HD11  LEU 187          HD12      LEU 187 -20.323  16.666   0.997
    8   HD13  LEU 187          HD13      LEU 187 -18.778  16.410   0.180
    9   HD23  LEU 187          HD21      LEU 187 -20.911  17.348  -2.232
   10   HD22  LEU 187          HD22      LEU 187 -19.163  17.425  -2.422
   11   HD21  LEU 187          HD23      LEU 187 -20.119  18.905  -2.449

  No H/Q in entry =          11
  In of MODEL    6
    1    H    LYS 188           H        LYS 188 -21.689  22.258  -0.488
    2    HA   LYS 188           HA       LYS 188 -24.252  22.249   0.971
    3    HB2  LYS 188           HB2      LYS 188 -22.048  23.800   1.437
    4    HB3  LYS 188           HB3      LYS 188 -23.010  24.865   0.422
    5    HG2  LYS 188           HG2      LYS 188 -24.040  23.529   2.914
    6    HG3  LYS 188           HG3      LYS 188 -23.375  25.161   2.866
    7    HD2  LYS 188           HD2      LYS 188 -25.508  25.789   2.514
    8    HD3  LYS 188           HD3      LYS 188 -25.218  25.260   0.856
    9    HE2  LYS 188           HE2      LYS 188 -25.955  22.933   1.737
   10    HE3  LYS 188           HE3      LYS 188 -26.652  23.844   3.074
   11    HZ1  LYS 188           HZ1      LYS 188 -27.276  24.294   0.196
   12    HZ3  LYS 188           HZ2      LYS 188 -27.984  25.084   1.514
   13    HZ2  LYS 188           HZ3      LYS 188 -28.251  23.427   1.286

  No H/Q in entry =          13
  In of MODEL    6
    1    H    MET 189           H        MET 189 -22.693  23.129  -2.023
    2    HA   MET 189           HA       MET 189 -24.967  24.684  -2.975
    3    HB2  MET 189           HB2      MET 189 -23.705  25.366  -4.730
    4    HB3  MET 189           HB3      MET 189 -22.417  24.927  -3.627
    5    HG2  MET 189           HG2      MET 189 -22.061  22.860  -4.785
    6    HG3  MET 189           HG3      MET 189 -23.466  23.159  -5.815
    7    HE1  MET 189           HE1      MET 189 -20.420  24.645  -4.375
    8    HE3  MET 189           HE2      MET 189 -20.499  26.216  -5.172
    9    HE2  MET 189           HE3      MET 189 -19.380  24.985  -5.757

  No H/Q in entry =           9
  In of MODEL    6
    1    H    LEU 190           H        LEU 190 -23.879  21.414  -3.061
    2    HA   LEU 190           HA       LEU 190 -25.238  20.408  -5.245
    3    HB2  LEU 190           HB2      LEU 190 -24.954  19.076  -2.571
    4    HB3  LEU 190           HB3      LEU 190 -25.220  18.283  -4.116
    5    HG   LEU 190           HG       LEU 190 -22.765  19.641  -3.112
    6   HD13  LEU 190          HD11      LEU 190 -22.856  17.347  -2.629
    7   HD12  LEU 190          HD12      LEU 190 -21.789  17.513  -4.028
    8   HD11  LEU 190          HD13      LEU 190 -23.453  16.964  -4.240
    9   HD23  LEU 190          HD21      LEU 190 -21.851  19.304  -5.421
   10   HD22  LEU 190          HD22      LEU 190 -22.991  20.634  -5.224
   11   HD21  LEU 190          HD23      LEU 190 -23.520  19.121  -5.957

  No H/Q in entry =          11
  In of MODEL    6
    1    H    GLU 191           H        GLU 191 -26.530  20.700  -1.883
    2    HA   GLU 191           HA       GLU 191 -29.072  19.775  -2.495
    3    HB2  GLU 191           HB2      GLU 191 -28.227  19.940  -0.222
    4    HB3  GLU 191           HB3      GLU 191 -28.053  21.681  -0.381
    5    HG2  GLU 191           HG2      GLU 191 -30.524  21.837  -0.636
    6    HG3  GLU 191           HG3      GLU 191 -30.617  20.114  -0.274

  No H/Q in entry =           6
  In of MODEL    6
    1    H    ASP 192           H        ASP 192 -27.483  22.700  -3.252
    2    HA   ASP 192           HA       ASP 192 -29.988  24.147  -3.520
    3    HB2  ASP 192           HB2      ASP 192 -27.108  24.966  -3.695
    4    HB3  ASP 192           HB3      ASP 192 -28.362  26.001  -4.371

  No H/Q in entry =           4
  In of MODEL    6
    1    H    GLN 193           H        GLN 193 -28.264  22.018  -5.125
    2    HA   GLN 193           HA       GLN 193 -28.283  21.125  -7.228
    3    HB2  GLN 193           HB2      GLN 193 -30.700  22.851  -7.239
    4    HB3  GLN 193           HB3      GLN 193 -30.097  22.335  -8.807
    5    HG2  GLN 193           HG2      GLN 193 -31.575  20.665  -8.347
    6    HG3  GLN 193           HG3      GLN 193 -30.090  19.980  -7.692
    7   HE21  GLN 193          HE21      GLN 193 -29.811  19.899  -5.448
    8   HE22  GLN 193          HE22      GLN 193 -31.145  20.044  -4.360

  No H/Q in entry =           8
  In of MODEL    6
    1    H    ASN 194           H        ASN 194 -26.648  23.443  -6.526
    2    HA   ASN 194           HA       ASN 194 -26.494  24.900  -9.048
    3    HB2  ASN 194           HB2      ASN 194 -26.168  25.966  -6.734
    4    HB3  ASN 194           HB3      ASN 194 -24.587  25.190  -6.729
    5   HD21  ASN 194          HD21      ASN 194 -22.957  26.063  -7.900
    6   HD22  ASN 194          HD22      ASN 194 -23.105  27.507  -8.840

  No H/Q in entry =           6
  In of MODEL    6
    1    H    LEU 195           H        LEU 195 -25.416  22.017  -7.875
    2    HA   LEU 195           HA       LEU 195 -23.348  21.876  -9.955
    3    HB2  LEU 195           HB2      LEU 195 -22.495  22.550  -7.586
    4    HB3  LEU 195           HB3      LEU 195 -22.731  20.858  -7.215
    5    HG   LEU 195           HG       LEU 195 -21.133  21.318  -9.630
    6   HD12  LEU 195          HD11      LEU 195 -19.123  21.899  -8.239
    7   HD11  LEU 195          HD12      LEU 195 -20.241  22.296  -6.929
    8   HD13  LEU 195          HD13      LEU 195 -20.297  23.199  -8.444
    9   HD23  LEU 195          HD21      LEU 195 -19.648  19.730  -8.293
   10   HD22  LEU 195          HD22      LEU 195 -21.224  19.126  -8.809
   11   HD21  LEU 195          HD23      LEU 195 -20.981  19.649  -7.142

  No H/Q in entry =          11
  In of MODEL    6
    1    H    ILE 196           H        ILE 196 -25.518  20.287  -7.785
    2    HA   ILE 196           HA       ILE 196 -25.695  17.879  -9.211
    3    HB   ILE 196           HB       ILE 196 -24.871  17.426  -6.349
    4   HG12  ILE 196          HG12      ILE 196 -23.062  17.094  -8.743
    5   HG13  ILE 196          HG13      ILE 196 -22.964  18.479  -7.656
    6   HG21  ILE 196          HG21      ILE 196 -26.150  15.701  -7.596
    7   HG23  ILE 196          HG22      ILE 196 -24.528  15.154  -7.172
    8   HG22  ILE 196          HG23      ILE 196 -24.879  15.683  -8.816
    9   HD12  ILE 196          HD11      ILE 196 -21.940  15.808  -7.345
   10   HD11  ILE 196          HD12      ILE 196 -22.959  16.289  -5.984
   11   HD13  ILE 196          HD13      ILE 196 -21.570  17.278  -6.440

  No H/Q in entry =          11
  In of MODEL    6
    1    H    SER 197           H        SER 197 -26.668  16.791  -6.515
    2    HA   SER 197           HA       SER 197 -28.604  18.381  -5.525
    3    HB2  SER 197           HB2      SER 197 -30.047  18.176  -7.295
    4    HB3  SER 197           HB3      SER 197 -29.536  16.527  -7.655
    5    HG   SER 197           HG       SER 197 -30.678  15.808  -5.887

  No H/Q in entry =           5
  In of MODEL    6
    1    H    ALA 198           H        ALA 198 -28.085  17.741  -3.504
    2    HA   ALA 198           HA       ALA 198 -27.738  14.909  -3.097
    3    HB1  ALA 198           HB1      ALA 198 -25.948  16.531  -2.324
    4    HB3  ALA 198           HB2      ALA 198 -26.601  15.468  -1.078
    5    HB2  ALA 198           HB3      ALA 198 -27.127  17.149  -1.166

  No H/Q in entry =           5
  In of MODEL    6
    1    H    HIS 199           H        HIS 199 -29.465  13.947  -2.504
    2    HA   HIS 199           HA       HIS 199 -31.720  15.366  -1.332
    3    HB2  HIS 199           HB2      HIS 199 -31.578  13.230  -3.051
    4    HB3  HIS 199           HB3      HIS 199 -31.754  12.407  -1.507
    5    HD1  HIS 199           HD1      HIS 199 -33.642  14.218  -4.081
    6    HD2  HIS 199           HD2      HIS 199 -34.207  13.045  -0.132
    7    HE1  HIS 199           HE1      HIS 199 -36.108  14.430  -3.659
    8    HE2  HIS 199           HE2      HIS 199 -36.441  13.579  -1.314

  No H/Q in entry =           8
  In of MODEL    6
    1    H    GLY 200           H        GLY 200 -30.408  15.973   0.509
    2    HA3  GLY 200           HA2      GLY 200 -30.028  15.667   2.801
    3    HA2  GLY 200           HA3      GLY 200 -30.343  13.938   2.598

  No H/Q in entry =           3
  In of MODEL    6
    1    H    LYS 201           H        LYS 201 -28.513  12.742   2.939
    2    HA   LYS 201           HA       LYS 201 -25.974  13.951   2.109
    3    HB2  LYS 201           HB2      LYS 201 -25.065  11.782   3.316
    4    HB3  LYS 201           HB3      LYS 201 -25.530  13.213   4.219
    5    HG2  LYS 201           HG2      LYS 201 -27.818  11.546   3.919
    6    HG3  LYS 201           HG3      LYS 201 -26.470  10.577   4.517
    7    HD2  LYS 201           HD2      LYS 201 -26.074  12.438   6.200
    8    HD3  LYS 201           HD3      LYS 201 -27.648  13.071   5.720
    9    HE2  LYS 201           HE2      LYS 201 -28.665  10.910   6.336
   10    HE3  LYS 201           HE3      LYS 201 -27.086  10.346   6.883
   11    HZ2  LYS 201           HZ1      LYS 201 -28.437  11.161   8.719
   12    HZ1  LYS 201           HZ2      LYS 201 -28.551  12.681   7.989
   13    HZ3  LYS 201           HZ3      LYS 201 -27.053  12.111   8.522

  No H/Q in entry =          13
  In of MODEL    6
    1    H    THR 202           H        THR 202 -28.249  11.906   1.002
    2    HA   THR 202           HA       THR 202 -26.680  10.186  -0.662
    3    HB   THR 202           HB       THR 202 -29.377  10.602  -1.631
    4    HG1  THR 202           HG1      THR 202 -30.089  11.211   0.349
    5   HG22  THR 202          HG21      THR 202 -28.306   8.216  -0.127
    6   HG21  THR 202          HG22      THR 202 -27.921   8.538  -1.815
    7   HG23  THR 202          HG23      THR 202 -29.592   8.250  -1.331

  No H/Q in entry =           7
  In of MODEL    6
    1    H    ILE 203           H        ILE 203 -25.784  10.890  -2.551
    2    HA   ILE 203           HA       ILE 203 -26.620  13.530  -3.465
    3    HB   ILE 203           HB       ILE 203 -24.030  12.073  -3.445
    4   HG12  ILE 203          HG12      ILE 203 -24.985  14.803  -2.610
    5   HG13  ILE 203          HG13      ILE 203 -24.397  13.500  -1.587
    6   HG21  ILE 203          HG21      ILE 203 -24.513  12.891  -5.802
    7   HG23  ILE 203          HG22      ILE 203 -23.022  13.474  -5.064
    8   HG22  ILE 203          HG23      ILE 203 -24.435  14.526  -5.143
    9   HD13  ILE 203          HD11      ILE 203 -22.678  15.085  -1.636
   10   HD12  ILE 203          HD12      ILE 203 -22.835  15.323  -3.373
   11   HD11  ILE 203          HD13      ILE 203 -22.155  13.824  -2.751

  No H/Q in entry =          11
  In of MODEL    6
    1    H    VAL 204           H        VAL 204 -27.690  13.654  -5.293
    2    HA   VAL 204           HA       VAL 204 -27.702  11.392  -7.185
    3    HB   VAL 204           HB       VAL 204 -29.816  13.360  -6.329
    4   HG11  VAL 204          HG11      VAL 204 -29.688  11.992  -9.004
    5   HG13  VAL 204          HG12      VAL 204 -29.696  13.727  -8.690
    6   HG12  VAL 204          HG13      VAL 204 -31.131  12.762  -8.342
    7   HG21  VAL 204          HG21      VAL 204 -29.705  10.402  -6.791
    8   HG23  VAL 204          HG22      VAL 204 -31.233  11.269  -6.652
    9   HG22  VAL 204          HG23      VAL 204 -30.091  11.275  -5.307

  No H/Q in entry =           9
  In of MODEL    6
    1    H    VAL 205           H        VAL 205 -26.110  11.967  -8.332
    2    HA   VAL 205           HA       VAL 205 -25.959  14.390  -9.880
    3    HB   VAL 205           HB       VAL 205 -24.528  12.831 -11.408
    4   HG12  VAL 205          HG11      VAL 205 -22.646  12.737  -9.805
    5   HG11  VAL 205          HG12      VAL 205 -23.766  13.070  -8.483
    6   HG13  VAL 205          HG13      VAL 205 -23.489  14.284  -9.736
    7   HG22  VAL 205          HG21      VAL 205 -23.812  10.696 -10.426
    8   HG21  VAL 205          HG22      VAL 205 -25.552  10.700 -10.723
    9   HG23  VAL 205          HG23      VAL 205 -24.935  10.933  -9.084

  No H/Q in entry =           9
  In of MODEL    6
    1    H    TYR 206           H        TYR 206 -28.020  14.684 -10.418
    2    HA   TYR 206           HA       TYR 206 -30.020  13.134 -11.379
    3    HB2  TYR 206           HB2      TYR 206 -29.095  15.839 -12.378
    4    HB3  TYR 206           HB3      TYR 206 -30.532  15.062 -13.024
    5    HD1  TYR 206           HD1      TYR 206 -29.445  17.447 -10.797
    6    HD2  TYR 206           HD2      TYR 206 -32.129  14.144 -11.042
    7    HE1  TYR 206           HE1      TYR 206 -30.784  18.416  -9.003
    8    HE2  TYR 206           HE2      TYR 206 -33.489  15.088  -9.235
    9    HH   TYR 206           HH       TYR 206 -32.510  17.206  -7.149

  No H/Q in entry =           9
  In of MODEL    6
    1    H    GLY 207           H        GLY 207 -27.565  14.655 -13.488
    2    HA3  GLY 207           HA2      GLY 207 -27.024  12.441 -15.072
    3    HA2  GLY 207           HA3      GLY 207 -28.388  13.257 -15.815

  No H/Q in entry =           3
  In of MODEL    6
    1    H    THR 208           H        THR 208 -27.831  15.871 -15.547
    2    HA   THR 208           HA       THR 208 -25.887  16.315 -17.564
    3    HB   THR 208           HB       THR 208 -26.682  18.693 -16.094
    4    HG1  THR 208           HG1      THR 208 -28.899  18.444 -16.299
    5   HG22  THR 208          HG21      THR 208 -27.586  19.326 -18.291
    6   HG21  THR 208          HG22      THR 208 -27.307  17.686 -18.874
    7   HG23  THR 208          HG23      THR 208 -25.941  18.706 -18.425

  No H/Q in entry =           7
  In of MODEL    6
    1    H    ARG 209           H        ARG 209 -25.752  16.167 -14.158
    2    HA   ARG 209           HA       ARG 209 -22.960  16.708 -14.152
    3    HB2  ARG 209           HB2      ARG 209 -24.438  18.962 -13.867
    4    HB3  ARG 209           HB3      ARG 209 -24.356  18.438 -12.191
    5    HG2  ARG 209           HG2      ARG 209 -21.947  18.486 -12.245
    6    HG3  ARG 209           HG3      ARG 209 -21.960  18.862 -13.970
    7    HD2  ARG 209           HD2      ARG 209 -23.183  20.958 -13.448
    8    HD3  ARG 209           HD3      ARG 209 -23.013  20.590 -11.733
    9    HE   ARG 209           HE       ARG 209 -20.458  20.526 -12.731
   10   HH11  ARG 209          HH11      ARG 209 -23.032  22.891 -12.578
   11   HH12  ARG 209          HH12      ARG 209 -21.965  24.254 -12.588
   12   HH21  ARG 209          HH21      ARG 209 -19.038  22.317 -12.730
   13   HH22  ARG 209          HH22      ARG 209 -19.686  23.927 -12.679

  No H/Q in entry =          13
  In of MODEL    6
    1    H1   VAL   1           H3       VAL   1  24.163 -15.122  -5.846
    2    H2   VAL   1           H2       VAL   1  25.585 -14.207  -5.927
    3    H3   VAL   1           H1       VAL   1  25.317 -15.465  -7.033
    4    HA   VAL   1           HA       VAL   1  26.244 -16.929  -5.716
    5    HB   VAL   1           HB       VAL   1  27.592 -14.896  -5.066
    6   HG11  VAL   1          HG11      VAL   1  25.813 -14.980  -2.639
    7   HG13  VAL   1          HG12      VAL   1  25.962 -13.665  -3.803
    8   HG12  VAL   1          HG13      VAL   1  27.318 -14.071  -2.752
    9   HG21  VAL   1          HG21      VAL   1  28.312 -17.140  -4.482
   10   HG23  VAL   1          HG22      VAL   1  27.331 -17.092  -3.017
   11   HG22  VAL   1          HG23      VAL   1  28.711 -16.007  -3.191

  No H/Q in entry =          11
  In of MODEL    6
    1    H    LEU   2           H        LEU   2  25.761 -18.472  -4.131
    2    HA   LEU   2           HA       LEU   2  23.154 -18.086  -2.848
    3    HB2  LEU   2           HB2      LEU   2  24.596 -20.384  -3.966
    4    HB3  LEU   2           HB3      LEU   2  23.810 -20.715  -2.434
    5    HG   LEU   2           HG       LEU   2  21.681 -19.796  -3.463
    6   HD13  LEU   2          HD11      LEU   2  21.523 -19.699  -5.861
    7   HD12  LEU   2          HD12      LEU   2  23.218 -20.157  -6.027
    8   HD11  LEU   2          HD13      LEU   2  22.792 -18.600  -5.317
    9   HD21  LEU   2          HD21      LEU   2  22.109 -22.192  -3.148
   10   HD23  LEU   2          HD22      LEU   2  22.882 -22.254  -4.732
   11   HD22  LEU   2          HD23      LEU   2  21.164 -21.874  -4.603

  No H/Q in entry =          11
  In of MODEL    6
    1    H    GLY   3           H        GLY   3  23.139 -19.786  -0.778
    2    HA3  GLY   3           HA2      GLY   3  23.968 -20.220   1.345
    3    HA2  GLY   3           HA3      GLY   3  25.485 -19.455   0.881

  No H/Q in entry =           3
  In of MODEL    6
    1    H    LYS   4           H        LYS   4  22.085 -18.662   1.553
    2    HA   LYS   4           HA       LYS   4  23.019 -16.067   2.592
    3    HB2  LYS   4           HB2      LYS   4  20.605 -16.899   1.115
    4    HB3  LYS   4           HB3      LYS   4  20.328 -15.761   2.426
    5    HG2  LYS   4           HG2      LYS   4  20.639 -14.534   0.397
    6    HG3  LYS   4           HG3      LYS   4  22.044 -14.270   1.431
    7    HD2  LYS   4           HD2      LYS   4  22.761 -16.481  -0.054
    8    HD3  LYS   4           HD3      LYS   4  21.865 -15.495  -1.210
    9    HE2  LYS   4           HE2      LYS   4  24.066 -14.753  -1.429
   10    HE3  LYS   4           HE3      LYS   4  23.318 -13.550  -0.380
   11    HZ3  LYS   4           HZ1      LYS   4  24.471 -14.290   1.440
   12    HZ2  LYS   4           HZ2      LYS   4  25.615 -14.572   0.229
   13    HZ1  LYS   4           HZ3      LYS   4  24.691 -15.852   0.833

  No H/Q in entry =          13
  In of MODEL    6
    1    HA   PRO   5           HA       PRO   5  21.974 -17.611   6.626
    2    HB2  PRO   5           HB2      PRO   5  22.521 -15.378   8.017
    3    HB3  PRO   5           HB3      PRO   5  23.797 -16.361   7.294
    4    HG2  PRO   5           HG2      PRO   5  22.572 -13.819   6.298
    5    HG3  PRO   5           HG3      PRO   5  24.277 -14.302   6.329
    6    HD2  PRO   5           HD2      PRO   5  22.698 -14.466   4.104
    7    HD3  PRO   5           HD3      PRO   5  24.093 -15.521   4.398

  No H/Q in entry =           7
  In of MODEL    6
    1    H    GLN   6           H        GLN   6  19.831 -16.574   4.882
    2    HA   GLN   6           HA       GLN   6  18.204 -14.822   6.479
    3    HB2  GLN   6           HB2      GLN   6  18.106 -14.776   4.030
    4    HB3  GLN   6           HB3      GLN   6  17.571 -16.448   4.005
    5    HG2  GLN   6           HG2      GLN   6  15.472 -15.877   4.957
    6    HG3  GLN   6           HG3      GLN   6  16.014 -14.237   5.318
    7   HE21  GLN   6          HE21      GLN   6  13.770 -15.295   3.660
    8   HE22  GLN   6          HE22      GLN   6  13.971 -14.553   2.110

  No H/Q in entry =           8
  In of MODEL    6
    1    H    THR   7           H        THR   7  18.795 -18.167   6.293
    2    HA   THR   7           HA       THR   7  18.067 -19.927   7.530
    3    HB   THR   7           HB       THR   7  16.083 -18.157   8.949
    4    HG1  THR   7           HG1      THR   7  18.097 -17.120   9.096
    5   HG22  THR   7          HG21      THR   7  17.704 -20.494   9.954
    6   HG21  THR   7          HG22      THR   7  16.087 -20.661   9.268
    7   HG23  THR   7          HG23      THR   7  16.328 -19.717  10.738

  No H/Q in entry =           7
  In of MODEL    6
    1    H    ASP   8           H        ASP   8  17.161 -19.800   5.019
    2    HA   ASP   8           HA       ASP   8  14.503 -20.917   5.363
    3    HB2  ASP   8           HB2      ASP   8  14.405 -18.435   4.621
    4    HB3  ASP   8           HB3      ASP   8  14.912 -19.054   3.050

  No H/Q in entry =           4
  In of MODEL    6
    1    HA   PRO   9           HA       PRO   9  17.145 -23.611   2.758
    2    HB2  PRO   9           HB2      PRO   9  15.827 -25.916   3.417
    3    HB3  PRO   9           HB3      PRO   9  17.174 -25.252   4.348
    4    HG2  PRO   9           HG2      PRO   9  14.236 -25.056   4.859
    5    HG3  PRO   9           HG3      PRO   9  15.560 -25.314   6.009
    6    HD2  PRO   9           HD2      PRO   9  14.373 -22.907   5.685
    7    HD3  PRO   9           HD3      PRO   9  16.092 -23.070   6.095

  No H/Q in entry =           7
  In of MODEL    6
    1    H    THR  10           H        THR  10  13.737 -23.002   2.886
    2    HA   THR  10           HA       THR  10  13.088 -24.717   0.646
    3    HB   THR  10           HB       THR  10  11.139 -22.642   1.292
    4    HG1  THR  10           HG1      THR  10  11.580 -22.678   3.387
    5   HG23  THR  10          HG21      THR  10  10.607 -24.686   0.054
    6   HG22  THR  10          HG22      THR  10   9.656 -24.588   1.536
    7   HG21  THR  10          HG23      THR  10  11.053 -25.661   1.454

  No H/Q in entry =           7
  In of MODEL    6
    1    H    LEU  11           H        LEU  11  13.778 -21.319   1.375
    2    HA   LEU  11           HA       LEU  11  13.156 -20.493  -1.270
    3    HB2  LEU  11           HB2      LEU  11  13.062 -18.936   0.658
    4    HB3  LEU  11           HB3      LEU  11  14.825 -18.979   0.712
    5    HG   LEU  11           HG       LEU  11  14.541 -18.430  -1.861
    6   HD11  LEU  11          HD11      LEU  11  12.039 -18.488  -1.592
    7   HD13  LEU  11          HD12      LEU  11  12.726 -17.084  -2.411
    8   HD12  LEU  11          HD13      LEU  11  12.196 -16.958  -0.728
    9   HD22  LEU  11          HD21      LEU  11  14.849 -16.097  -1.358
   10   HD21  LEU  11          HD22      LEU  11  15.819 -17.127  -0.299
   11   HD23  LEU  11          HD23      LEU  11  14.339 -16.377   0.306

  No H/Q in entry =          11
  In of MODEL    6
    1    H    GLU  12           H        GLU  12  15.936 -21.671   0.353
    2    HA   GLU  12           HA       GLU  12  17.814 -20.931  -1.690
    3    HB2  GLU  12           HB2      GLU  12  18.304 -21.426   0.846
    4    HB3  GLU  12           HB3      GLU  12  18.411 -23.098   0.301
    5    HG2  GLU  12           HG2      GLU  12  20.247 -22.679  -1.047
    6    HG3  GLU  12           HG3      GLU  12  19.915 -20.953  -1.130

  No H/Q in entry =           6
  In of MODEL    6
    1    H    TRP  13           H        TRP  13  15.343 -23.068  -1.450
    2    HA   TRP  13           HA       TRP  13  16.527 -24.967  -3.341
    3    HB2  TRP  13           HB2      TRP  13  14.129 -25.080  -1.551
    4    HB3  TRP  13           HB3      TRP  13  14.087 -25.974  -3.071
    5    HD1  TRP  13           HD1      TRP  13  17.282 -26.755  -2.945
    6    HE1  TRP  13           HE1      TRP  13  17.979 -28.650  -1.351
    7    HE3  TRP  13           HE3      TRP  13  13.228 -26.713   0.156
    8    HZ2  TRP  13           HZ2      TRP  13  16.938 -29.952   0.926
    9    HZ3  TRP  13           HZ3      TRP  13  13.153 -28.312   2.020
   10    HH2  TRP  13           HH2      TRP  13  14.972 -29.899   2.396

  No H/Q in entry =          10
  In of MODEL    6
    1    H    PHE  14           H        PHE  14  14.803 -22.119  -2.949
    2    HA   PHE  14           HA       PHE  14  13.203 -22.159  -5.386
    3    HB2  PHE  14           HB2      PHE  14  12.111 -21.126  -3.616
    4    HB3  PHE  14           HB3      PHE  14  13.564 -20.398  -2.996
    5    HD1  PHE  14           HD1      PHE  14  14.584 -18.475  -4.410
    6    HD2  PHE  14           HD2      PHE  14  10.578 -19.832  -4.769
    7    HE1  PHE  14           HE1      PHE  14  13.950 -16.320  -5.401
    8    HE2  PHE  14           HE2      PHE  14   9.940 -17.696  -5.765
    9    HZ   PHE  14           HZ       PHE  14  11.622 -15.928  -6.086

  No H/Q in entry =           9
  In of MODEL    6
    1    H    LEU  15           H        LEU  15  16.270 -21.246  -4.197
    2    HA   LEU  15           HA       LEU  15  16.707 -19.104  -6.133
    3    HB2  LEU  15           HB2      LEU  15  18.636 -20.086  -4.042
    4    HB3  LEU  15           HB3      LEU  15  18.770 -18.637  -5.022
    5    HG   LEU  15           HG       LEU  15  16.627 -19.124  -2.973
    6   HD13  LEU  15          HD11      LEU  15  18.710 -18.915  -1.889
    7   HD12  LEU  15          HD12      LEU  15  17.867 -17.373  -1.734
    8   HD11  LEU  15          HD13      LEU  15  19.166 -17.558  -2.915
    9   HD22  LEU  15          HD21      LEU  15  15.843 -16.992  -3.357
   10   HD21  LEU  15          HD22      LEU  15  16.223 -17.539  -4.992
   11   HD23  LEU  15          HD23      LEU  15  17.334 -16.467  -4.139

  No H/Q in entry =          11
  In of MODEL    6
    1    H    SER  16           H        SER  16  16.765 -22.331  -5.908
    2    HA   SER  16           HA       SER  16  19.159 -22.706  -7.582
    3    HB2  SER  16           HB2      SER  16  17.878 -25.174  -7.067
    4    HB3  SER  16           HB3      SER  16  19.376 -24.599  -6.331
    5    HG   SER  16           HG       SER  16  18.324 -24.087  -4.552

  No H/Q in entry =           5
  In of MODEL    6
    1    H    HIS  17           H        HIS  17  16.130 -21.730  -7.693
    2    HA   HIS  17           HA       HIS  17  15.395 -23.288 -10.044
    3    HB2  HIS  17           HB2      HIS  17  13.829 -22.208  -7.805
    4    HB3  HIS  17           HB3      HIS  17  13.110 -21.974  -9.395
    5    HD1  HIS  17           HD1      HIS  17  13.941 -24.612  -6.886
    6    HD2  HIS  17           HD2      HIS  17  12.312 -24.335 -10.707
    7    HE1  HIS  17           HE1      HIS  17  12.856 -26.840  -7.329
    8    HE2  HIS  17           HE2      HIS  17  11.765 -26.599  -9.588

  No H/Q in entry =           8
  In of MODEL    6
    1    H    CYS  18           H        CYS  18  16.406 -20.225  -8.970
    2    HA   CYS  18           HA       CYS  18  15.208 -18.884 -11.275
    3    HB2  CYS  18           HB2      CYS  18  15.645 -16.787  -9.907
    4    HB3  CYS  18           HB3      CYS  18  14.378 -17.870  -9.359
    5    HG   CYS  18           HG       CYS  18  15.648 -16.823  -7.196

  No H/Q in entry =           5
  In of MODEL    6
    1    H    HIS  19           H        HIS  19  16.992 -16.540 -10.616
    2    HA   HIS  19           HA       HIS  19  19.555 -17.501 -11.668
    3    HB2  HIS  19           HB2      HIS  19  18.440 -16.931 -13.709
    4    HB3  HIS  19           HB3      HIS  19  17.672 -15.530 -12.989
    5    HD1  HIS  19           HD1      HIS  19  21.239 -16.582 -13.857
    6    HD2  HIS  19           HD2      HIS  19  18.763 -13.244 -13.877
    7    HE1  HIS  19           HE1      HIS  19  22.640 -14.702 -14.764
    8    HE2  HIS  19           HE2      HIS  19  21.180 -12.659 -14.576

  No H/Q in entry =           8
  In of MODEL    6
    1    H    ILE  20           H        ILE  20  20.235 -16.827  -9.242
    2    HA   ILE  20           HA       ILE  20  20.175 -14.100  -8.553
    3    HB   ILE  20           HB       ILE  20  22.526 -15.594  -7.649
    4   HG12  ILE  20          HG12      ILE  20  20.746 -17.414  -7.850
    5   HG13  ILE  20          HG13      ILE  20  21.463 -17.210  -6.260
    6   HG21  ILE  20          HG21      ILE  20  20.389 -14.014  -6.305
    7   HG23  ILE  20          HG22      ILE  20  22.056 -13.549  -6.637
    8   HG22  ILE  20          HG23      ILE  20  21.711 -14.795  -5.438
    9   HD13  ILE  20          HD11      ILE  20  19.527 -16.550  -5.326
   10   HD12  ILE  20          HD12      ILE  20  18.831 -17.428  -6.688
   11   HD11  ILE  20          HD13      ILE  20  19.006 -15.676  -6.764

  No H/Q in entry =          11
  In of MODEL    6
    1    H    HIS  21           H        HIS  21  21.045 -12.652  -9.523
    2    HA   HIS  21           HA       HIS  21  23.388 -11.759  -9.570
    3    HB2  HIS  21           HB2      HIS  21  24.275 -13.850 -10.716
    4    HB3  HIS  21           HB3      HIS  21  23.563 -13.232 -12.202
    5    HD1  HIS  21           HD1      HIS  21  24.480 -10.603 -12.739
    6    HD2  HIS  21           HD2      HIS  21  26.876 -13.120 -10.447
    7    HE1  HIS  21           HE1      HIS  21  26.800  -9.655 -12.891
    8    HE2  HIS  21           HE2      HIS  21  28.200 -11.104 -11.379

  No H/Q in entry =           8
  In of MODEL    6
    1    H    LYS  22           H        LYS  22  23.082  -9.855  -9.919
    2    HA   LYS  22           HA       LYS  22  21.074  -9.066 -11.871
    3    HB2  LYS  22           HB2      LYS  22  20.795  -8.715  -9.275
    4    HB3  LYS  22           HB3      LYS  22  21.742  -7.279  -9.602
    5    HG2  LYS  22           HG2      LYS  22  19.816  -7.138 -11.534
    6    HG3  LYS  22           HG3      LYS  22  18.946  -7.859 -10.187
    7    HD2  LYS  22           HD2      LYS  22  19.810  -6.065  -8.734
    8    HD3  LYS  22           HD3      LYS  22  20.517  -5.302 -10.160
    9    HE2  LYS  22           HE2      LYS  22  18.228  -5.231 -11.159
   10    HE3  LYS  22           HE3      LYS  22  17.596  -5.799  -9.612
   11    HZ1  LYS  22           HZ1      LYS  22  18.771  -3.819  -8.619
   12    HZ3  LYS  22           HZ2      LYS  22  17.409  -3.483  -9.565
   13    HZ2  LYS  22           HZ3      LYS  22  18.960  -3.241 -10.203

  No H/Q in entry =          13
  In of MODEL    6
    1    H    TYR  23           H        TYR  23  22.172  -6.255 -10.828
    2    HA   TYR  23           HA       TYR  23  24.395  -5.976 -12.612
    3    HB2  TYR  23           HB2      TYR  23  22.746  -4.077 -13.707
    4    HB3  TYR  23           HB3      TYR  23  23.343  -5.509 -14.494
    5    HD1  TYR  23           HD1      TYR  23  21.202  -7.223 -12.697
    6    HD2  TYR  23           HD2      TYR  23  20.993  -3.945 -15.360
    7    HE1  TYR  23           HE1      TYR  23  18.919  -7.870 -13.247
    8    HE2  TYR  23           HE2      TYR  23  18.677  -4.554 -15.921
    9    HH   TYR  23           HH       TYR  23  17.167  -7.473 -14.555

  No H/Q in entry =           9
  In of MODEL    6
    1    HA   PRO  24           HA       PRO  24  25.394  -1.920 -10.937
    2    HB2  PRO  24           HB2      PRO  24  24.567  -0.291 -13.154
    3    HB3  PRO  24           HB3      PRO  24  26.209  -0.770 -12.717
    4    HG2  PRO  24           HG2      PRO  24  24.360  -1.958 -14.702
    5    HG3  PRO  24           HG3      PRO  24  26.133  -1.951 -14.673
    6    HD2  PRO  24           HD2      PRO  24  24.766  -4.176 -14.144
    7    HD3  PRO  24           HD3      PRO  24  26.236  -3.774 -13.230

  No H/Q in entry =           7
  In of MODEL    6
    1    H    SER  25           H        SER  25  24.201  -0.184  -9.786
    2    HA   SER  25           HA       SER  25  21.426  -0.463  -9.797
    3    HB2  SER  25           HB2      SER  25  21.987   2.030  -8.738
    4    HB3  SER  25           HB3      SER  25  21.718   0.517  -7.888
    5    HG   SER  25           HG       SER  25  23.871   1.821  -7.719

  No H/Q in entry =           5
  In of MODEL    6
    1    H    LYS  26           H        LYS  26  19.844   0.762 -10.357
    2    HA   LYS  26           HA       LYS  26  18.635   2.563 -11.324
    3    HB2  LYS  26           HB2      LYS  26  21.052   2.643 -13.263
    4    HB3  LYS  26           HB3      LYS  26  19.564   3.535 -13.547
    5    HG2  LYS  26           HG2      LYS  26  19.912   4.806 -11.358
    6    HG3  LYS  26           HG3      LYS  26  21.374   3.873 -11.048
    7    HD2  LYS  26           HD2      LYS  26  22.378   4.896 -13.161
    8    HD3  LYS  26           HD3      LYS  26  20.878   5.812 -13.405
    9    HE2  LYS  26           HE2      LYS  26  21.135   6.885 -11.111
   10    HE3  LYS  26           HE3      LYS  26  22.647   6.000 -10.852
   11    HZ1  LYS  26           HZ1      LYS  26  22.328   7.642 -13.295
   12    HZ2  LYS  26           HZ2      LYS  26  22.722   8.372 -11.880
   13    HZ3  LYS  26           HZ3      LYS  26  23.698   7.136 -12.455

  No H/Q in entry =          13
  In of MODEL    6
    1    H    SER  27           H        SER  27  19.704  -0.375 -11.921
    2    HA   SER  27           HA       SER  27  19.304  -1.251 -14.444
    3    HB2  SER  27           HB2      SER  27  18.128  -3.134 -12.614
    4    HB3  SER  27           HB3      SER  27  19.672  -3.210 -13.463
    5    HG   SER  27           HG       SER  27  20.672  -2.203 -11.792

  No H/Q in entry =           5
  In of MODEL    6
    1    H    THR  28           H        THR  28  17.676  -2.018 -15.810
    2    HA   THR  28           HA       THR  28  15.119  -0.972 -15.585
    3    HB   THR  28           HB       THR  28  15.750  -1.691 -17.752
    4    HG1  THR  28           HG1      THR  28  13.996  -3.728 -16.805
    5   HG22  THR  28          HG21      THR  28  16.415  -4.036 -18.283
    6   HG21  THR  28          HG22      THR  28  16.427  -4.373 -16.551
    7   HG23  THR  28          HG23      THR  28  17.546  -3.189 -17.227

  No H/Q in entry =           7
  In of MODEL    6
    1    H    LEU  29           H        LEU  29  14.422  -1.731 -12.988
    2    HA   LEU  29           HA       LEU  29  14.125  -4.454 -12.972
    3    HB2  LEU  29           HB2      LEU  29  12.847  -2.228 -11.406
    4    HB3  LEU  29           HB3      LEU  29  12.367  -3.891 -11.146
    5    HG   LEU  29           HG       LEU  29  13.905  -3.174  -9.425
    6   HD13  LEU  29          HD11      LEU  29  15.340  -4.969  -9.399
    7   HD12  LEU  29          HD12      LEU  29  15.529  -4.978 -11.152
    8   HD11  LEU  29          HD13      LEU  29  14.014  -5.517 -10.424
    9   HD22  LEU  29          HD21      LEU  29  15.910  -2.158  -9.755
   10   HD21  LEU  29          HD22      LEU  29  15.046  -1.575 -11.185
   11   HD23  LEU  29          HD23      LEU  29  16.172  -2.933 -11.321

  No H/Q in entry =          11
  In of MODEL    6
    1    H    ILE  30           H        ILE  30  11.562  -2.181 -12.717
    2    HA   ILE  30           HA       ILE  30  10.031  -2.503 -14.906
    3    HB   ILE  30           HB       ILE  30   8.183  -3.994 -13.394
    4   HG12  ILE  30          HG12      ILE  30   9.295  -6.294 -13.467
    5   HG13  ILE  30          HG13      ILE  30  10.829  -5.441 -13.527
    6   HG22  ILE  30          HG21      ILE  30   8.235  -5.524 -15.322
    7   HG21  ILE  30          HG22      ILE  30   9.687  -4.704 -15.896
    8   HG23  ILE  30          HG23      ILE  30   8.165  -3.821 -15.774
    9   HD13  ILE  30          HD11      ILE  30  10.839  -5.413 -11.322
   10   HD12  ILE  30          HD12      ILE  30   9.219  -6.115 -11.273
   11   HD11  ILE  30          HD13      ILE  30   9.414  -4.365 -11.356

  No H/Q in entry =          11
  In of MODEL    6
    1    H    HIS  31           H        HIS  31   9.207  -0.892 -14.808
    2    HA   HIS  31           HA       HIS  31   7.040   0.023 -13.338
    3    HB2  HIS  31           HB2      HIS  31   8.614   0.437 -11.516
    4    HB3  HIS  31           HB3      HIS  31   9.758   1.192 -12.610
    5    HD1  HIS  31           HD1      HIS  31   7.071   1.968 -10.287
    6    HD2  HIS  31           HD2      HIS  31   8.872   3.796 -13.545
    7    HE1  HIS  31           HE1      HIS  31   6.372   4.372 -10.184
    8    HE2  HIS  31           HE2      HIS  31   7.285   5.384 -12.307

  No H/Q in entry =           8
  In of MODEL    6
    1    H    GLN  32           H        GLN  32   6.568   0.162 -15.680
    2    HA   GLN  32           HA       GLN  32   6.904   2.737 -16.797
    3    HB2  GLN  32           HB2      GLN  32   9.029   0.983 -17.382
    4    HB3  GLN  32           HB3      GLN  32   8.039   1.045 -18.835
    5    HG2  GLN  32           HG2      GLN  32   9.377   3.328 -17.413
    6    HG3  GLN  32           HG3      GLN  32   9.673   2.737 -19.048
    7   HE21  GLN  32          HE21      GLN  32   8.056   3.091 -20.647
    8   HE22  GLN  32          HE22      GLN  32   6.938   4.405 -20.490

  No H/Q in entry =           8
  In of MODEL    6
    1    H    GLY  33           H        GLY  33   5.648  -0.444 -16.869
    2    HA3  GLY  33           HA2      GLY  33   3.288  -0.581 -17.637
    3    HA2  GLY  33           HA3      GLY  33   3.820   0.314 -19.052

  No H/Q in entry =           3
  In of MODEL    6
    1    H    GLU  34           H        GLU  34   5.956  -2.009 -17.789
    2    HA   GLU  34           HA       GLU  34   5.584  -3.796 -20.059
    3    HB2  GLU  34           HB2      GLU  34   7.683  -3.672 -17.890
    4    HB3  GLU  34           HB3      GLU  34   7.683  -4.803 -19.231
    5    HG2  GLU  34           HG2      GLU  34   7.693  -1.844 -19.598
    6    HG3  GLU  34           HG3      GLU  34   9.173  -2.783 -19.418

  No H/Q in entry =           6
  In of MODEL    6
    1    H    LYS  35           H        LYS  35   4.634  -5.660 -19.806
    2    HA   LYS  35           HA       LYS  35   3.244  -6.534 -17.624
    3    HB2  LYS  35           HB2      LYS  35   4.294  -7.813 -20.075
    4    HB3  LYS  35           HB3      LYS  35   3.870  -8.905 -18.763
    5    HG2  LYS  35           HG2      LYS  35   1.625  -7.967 -18.694
    6    HG3  LYS  35           HG3      LYS  35   2.052  -6.855 -20.000
    7    HD2  LYS  35           HD2      LYS  35   1.764  -8.435 -21.572
    8    HD3  LYS  35           HD3      LYS  35   2.659  -9.635 -20.641
    9    HE2  LYS  35           HE2      LYS  35  -0.131  -8.872 -19.869
   10    HE3  LYS  35           HE3      LYS  35   0.153 -10.039 -21.157
   11    HZ1  LYS  35           HZ1      LYS  35   1.747 -10.969 -19.190
   12    HZ3  LYS  35           HZ2      LYS  35   0.170 -11.509 -19.493
   13    HZ2  LYS  35           HZ3      LYS  35   0.443 -10.344 -18.304

  No H/Q in entry =          13
  In of MODEL    6
    1    H    ALA  36           H        ALA  36   3.982  -6.958 -15.629
    2    HA   ALA  36           HA       ALA  36   6.734  -7.588 -15.186
    3    HB1  ALA  36           HB1      ALA  36   5.853  -6.255 -13.514
    4    HB3  ALA  36           HB2      ALA  36   5.852  -7.854 -12.766
    5    HB2  ALA  36           HB3      ALA  36   4.358  -7.183 -13.424

  No H/Q in entry =           5
  In of MODEL    6
    1    H    GLU  37           H        GLU  37   6.441  -9.525 -16.668
    2    HA   GLU  37           HA       GLU  37   5.234 -11.878 -15.492
    3    HB2  GLU  37           HB2      GLU  37   7.081 -12.053 -17.830
    4    HB3  GLU  37           HB3      GLU  37   5.589 -12.928 -17.517
    5    HG2  GLU  37           HG2      GLU  37   5.590 -10.000 -18.148
    6    HG3  GLU  37           HG3      GLU  37   5.621 -11.223 -19.414

  No H/Q in entry =           6
  In of MODEL    6
    1    H    THR  38           H        THR  38   8.243 -10.319 -15.403
    2    HA   THR  38           HA       THR  38   9.567 -12.762 -14.463
    3    HB   THR  38           HB       THR  38  10.782 -11.847 -16.308
    4    HG1  THR  38           HG1      THR  38  11.844 -12.013 -13.879
    5   HG21  THR  38          HG21      THR  38  10.656  -9.209 -14.853
    6   HG23  THR  38          HG22      THR  38   9.897  -9.615 -16.392
    7   HG22  THR  38          HG23      THR  38  11.653  -9.517 -16.274

  No H/Q in entry =           7
  In of MODEL    6
    1    H    LEU  39           H        LEU  39  10.296 -12.868 -12.413
    2    HA   LEU  39           HA       LEU  39   9.714 -10.554 -10.739
    3    HB2  LEU  39           HB2      LEU  39   8.653 -12.081  -9.494
    4    HB3  LEU  39           HB3      LEU  39   9.374 -13.402 -10.393
    5    HG   LEU  39           HG       LEU  39  11.231 -12.134  -8.512
    6   HD13  LEU  39          HD11      LEU  39   9.309 -11.840  -7.128
    7   HD12  LEU  39          HD12      LEU  39  10.198 -13.245  -6.533
    8   HD11  LEU  39          HD13      LEU  39   8.733 -13.467  -7.491
    9   HD23  LEU  39          HD21      LEU  39  11.656 -14.489  -7.940
   10   HD22  LEU  39          HD22      LEU  39  11.752 -14.190  -9.676
   11   HD21  LEU  39          HD23      LEU  39  10.324 -14.968  -8.994

  No H/Q in entry =          11
  In of MODEL    6
    1    H    TYR  40           H        TYR  40  11.373  -9.813  -9.174
    2    HA   TYR  40           HA       TYR  40  14.032 -10.953  -9.727
    3    HB2  TYR  40           HB2      TYR  40  13.468  -8.040  -9.138
    4    HB3  TYR  40           HB3      TYR  40  15.009  -8.745  -9.582
    5    HD1  TYR  40           HD1      TYR  40  15.708  -8.593 -11.739
    6    HD2  TYR  40           HD2      TYR  40  11.556  -8.245 -10.961
    7    HE1  TYR  40           HE1      TYR  40  15.331  -7.929 -14.083
    8    HE2  TYR  40           HE2      TYR  40  11.153  -7.613 -13.300
    9    HH   TYR  40           HH       TYR  40  12.668  -6.450 -15.164

  No H/Q in entry =           9
  In of MODEL    6
    1    H    TYR  41           H        TYR  41  14.377 -12.078  -7.792
    2    HA   TYR  41           HA       TYR  41  13.531 -10.871  -5.280
    3    HB2  TYR  41           HB2      TYR  41  13.291 -13.336  -5.804
    4    HB3  TYR  41           HB3      TYR  41  15.045 -13.451  -5.760
    5    HD1  TYR  41           HD1      TYR  41  15.104 -11.314  -3.392
    6    HD2  TYR  41           HD2      TYR  41  13.170 -15.014  -4.044
    7    HE1  TYR  41           HE1      TYR  41  14.988 -11.656  -0.984
    8    HE2  TYR  41           HE2      TYR  41  13.025 -15.369  -1.643
    9    HH   TYR  41           HH       TYR  41  14.021 -12.859   0.652

  No H/Q in entry =           9
  In of MODEL    6
    1    H    ILE  42           H        ILE  42  14.843  -9.202  -4.790
    2    HA   ILE  42           HA       ILE  42  17.578  -9.107  -5.335
    3    HB   ILE  42           HB       ILE  42  15.854  -7.281  -4.593
    4   HG12  ILE  42          HG12      ILE  42  18.671  -6.982  -3.628
    5   HG13  ILE  42          HG13      ILE  42  18.259  -7.055  -5.344
    6   HG21  ILE  42          HG21      ILE  42  17.136  -7.961  -1.968
    7   HG23  ILE  42          HG22      ILE  42  15.420  -8.041  -2.368
    8   HG22  ILE  42          HG23      ILE  42  16.242  -6.482  -2.315
    9   HD12  ILE  42          HD11      ILE  42  18.441  -4.766  -4.472
   10   HD11  ILE  42          HD12      ILE  42  17.088  -5.112  -3.391
   11   HD13  ILE  42          HD13      ILE  42  16.849  -5.143  -5.140

  No H/Q in entry =          11
  In of MODEL    6
    1    H    VAL  43           H        VAL  43  19.082 -10.424  -4.633
    2    HA   VAL  43           HA       VAL  43  18.588 -11.914  -2.179
    3    HB   VAL  43           HB       VAL  43  20.647 -12.425  -4.323
    4   HG11  VAL  43          HG11      VAL  43  21.093 -13.336  -2.027
    5   HG13  VAL  43          HG12      VAL  43  20.975 -14.533  -3.317
    6   HG12  VAL  43          HG13      VAL  43  19.619 -14.293  -2.212
    7   HG21  VAL  43          HG21      VAL  43  17.863 -13.456  -3.881
    8   HG23  VAL  43          HG22      VAL  43  19.049 -14.326  -4.851
    9   HG22  VAL  43          HG23      VAL  43  18.538 -12.706  -5.327

  No H/Q in entry =           9
  In of MODEL    6
    1    H    LYS  44           H        LYS  44  20.387  -9.522  -3.401
    2    HA   LYS  44           HA       LYS  44  21.877  -8.689  -1.154
    3    HB2  LYS  44           HB2      LYS  44  23.241 -10.682  -2.275
    4    HB3  LYS  44           HB3      LYS  44  23.548  -9.508  -3.545
    5    HG2  LYS  44           HG2      LYS  44  24.547  -8.008  -1.842
    6    HG3  LYS  44           HG3      LYS  44  24.355  -9.301  -0.654
    7    HD2  LYS  44           HD2      LYS  44  25.655 -10.753  -2.333
    8    HD3  LYS  44           HD3      LYS  44  26.109  -9.224  -3.089
    9    HE2  LYS  44           HE2      LYS  44  26.520  -9.786  -0.165
   10    HE3  LYS  44           HE3      LYS  44  27.729 -10.173  -1.387
   11    HZ3  LYS  44           HZ1      LYS  44  27.884  -7.874  -1.975
   12    HZ2  LYS  44           HZ2      LYS  44  28.087  -8.011  -0.304
   13    HZ1  LYS  44           HZ3      LYS  44  26.617  -7.459  -0.932

  No H/Q in entry =          13
  In of MODEL    6
    1    H    GLY  45           H        GLY  45  22.565  -6.610  -1.648
    2    HA3  GLY  45           HA2      GLY  45  22.688  -4.618  -2.884
    3    HA2  GLY  45           HA3      GLY  45  21.851  -5.420  -4.221

  No H/Q in entry =           3
  In of MODEL    6
    1    H    SER  46           H        SER  46  20.849  -2.955  -3.184
    2    HA   SER  46           HA       SER  46  18.264  -3.952  -2.342
    3    HB2  SER  46           HB2      SER  46  19.187  -3.355  -0.229
    4    HB3  SER  46           HB3      SER  46  19.931  -1.898  -0.888
    5    HG   SER  46           HG       SER  46  18.173  -0.921  -0.330

  No H/Q in entry =           5
  In of MODEL    6
    1    H    VAL  47           H        VAL  47  16.510  -2.313  -2.816
    2    HA   VAL  47           HA       VAL  47  17.501  -0.419  -4.814
    3    HB   VAL  47           HB       VAL  47  15.850  -0.967  -6.444
    4   HG12  VAL  47          HG11      VAL  47  16.555  -3.316  -6.979
    5   HG11  VAL  47          HG12      VAL  47  17.431  -3.291  -5.443
    6   HG13  VAL  47          HG13      VAL  47  17.863  -2.157  -6.720
    7   HG23  VAL  47          HG21      VAL  47  14.419  -2.918  -6.237
    8   HG22  VAL  47          HG22      VAL  47  14.050  -1.699  -5.014
    9   HG21  VAL  47          HG23      VAL  47  14.972  -3.142  -4.574

  No H/Q in entry =           9
  In of MODEL    6
    1    H    ALA  48           H        ALA  48  15.403   0.705  -5.852
    2    HA   ALA  48           HA       ALA  48  14.130   1.917  -3.512
    3    HB2  ALA  48           HB1      ALA  48  14.405   4.008  -4.533
    4    HB3  ALA  48           HB2      ALA  48  14.711   3.291  -6.115
    5    HB1  ALA  48           HB3      ALA  48  15.930   3.175  -4.845

  No H/Q in entry =           5
  In of MODEL    6
    1    H    VAL  49           H        VAL  49  12.246   0.775  -3.582
    2    HA   VAL  49           HA       VAL  49  10.773   0.240  -5.944
    3    HB   VAL  49           HB       VAL  49  10.189   0.113  -3.001
    4   HG13  VAL  49          HG11      VAL  49   7.985  -0.344  -3.214
    5   HG12  VAL  49          HG12      VAL  49   8.129  -0.814  -4.909
    6   HG11  VAL  49          HG13      VAL  49   8.186   0.890  -4.456
    7   HG22  VAL  49          HG21      VAL  49   9.884  -2.250  -3.438
    8   HG21  VAL  49          HG22      VAL  49  11.461  -1.697  -4.009
    9   HG23  VAL  49          HG23      VAL  49  10.148  -1.971  -5.159

  No H/Q in entry =           9
  In of MODEL    6
    1    H    LEU  50           H        LEU  50   9.048   1.427  -6.832
    2    HA   LEU  50           HA       LEU  50   8.292   3.884  -5.595
    3    HB2  LEU  50           HB2      LEU  50   9.017   5.385  -7.232
    4    HB3  LEU  50           HB3      LEU  50  10.386   4.376  -6.833
    5    HG   LEU  50           HG       LEU  50   8.748   4.344  -9.346
    6   HD11  LEU  50          HD11      LEU  50  10.552   6.008  -9.080
    7   HD13  LEU  50          HD12      LEU  50  10.865   4.838 -10.366
    8   HD12  LEU  50          HD13      LEU  50  11.689   4.676  -8.808
    9   HD23  LEU  50          HD21      LEU  50  10.893   2.418  -8.483
   10   HD22  LEU  50          HD22      LEU  50  10.134   2.496 -10.077
   11   HD21  LEU  50          HD23      LEU  50   9.177   2.048  -8.666

  No H/Q in entry =          11
  In of MODEL    6
    1    H    ILE  51           H        ILE  51   6.542   4.986  -6.514
    2    HA   ILE  51           HA       ILE  51   4.877   3.193  -8.145
    3    HB   ILE  51           HB       ILE  51   2.974   4.332  -6.880
    4   HG12  ILE  51          HG12      ILE  51   5.204   4.884  -4.920
    5   HG13  ILE  51          HG13      ILE  51   4.454   6.119  -5.925
    6   HG23  ILE  51          HG21      ILE  51   3.143   2.708  -5.054
    7   HG22  ILE  51          HG22      ILE  51   4.860   2.498  -5.398
    8   HG21  ILE  51          HG23      ILE  51   3.657   1.991  -6.582
    9   HD13  ILE  51          HD11      ILE  51   2.314   5.699  -4.844
   10   HD12  ILE  51          HD12      ILE  51   3.558   6.135  -3.671
   11   HD11  ILE  51          HD13      ILE  51   3.060   4.452  -3.845

  No H/Q in entry =          11
  In of MODEL    6
    1    H    LYS  52           H        LYS  52   2.994   4.377  -9.110
    2    HA   LYS  52           HA       LYS  52   3.846   6.974 -10.209
    3    HB2  LYS  52           HB2      LYS  52   1.966   4.988 -11.496
    4    HB3  LYS  52           HB3      LYS  52   2.583   6.468 -12.209
    5    HG2  LYS  52           HG2      LYS  52   4.856   5.497 -12.130
    6    HG3  LYS  52           HG3      LYS  52   4.148   3.988 -11.554
    7    HD2  LYS  52           HD2      LYS  52   4.162   3.505 -13.773
    8    HD3  LYS  52           HD3      LYS  52   2.625   4.371 -13.719
    9    HE2  LYS  52           HE2      LYS  52   4.636   6.321 -14.036
   10    HE3  LYS  52           HE3      LYS  52   5.026   5.010 -15.152
   11    HZ2  LYS  52           HZ1      LYS  52   3.568   6.729 -16.114
   12    HZ1  LYS  52           HZ2      LYS  52   2.369   6.327 -14.991
   13    HZ3  LYS  52           HZ3      LYS  52   2.871   5.190 -16.135

  No H/Q in entry =          13
  In of MODEL    6
    1    H    ASP  53           H        ASP  53   2.340   8.572 -10.307
    2    HA   ASP  53           HA       ASP  53   0.102   8.315  -8.491
    3    HB2  ASP  53           HB2      ASP  53   1.843  10.379  -8.934
    4    HB3  ASP  53           HB3      ASP  53   0.402  10.906  -9.790

  No H/Q in entry =           4
  In of MODEL    6
    1    H    GLU  54           H        GLU  54  -1.663  10.333  -9.604
    2    HA   GLU  54           HA       GLU  54  -2.658   8.787 -11.897
    3    HB2  GLU  54           HB2      GLU  54  -4.813   9.711 -11.598
    4    HB3  GLU  54           HB3      GLU  54  -4.274   9.215 -10.003
    5    HG2  GLU  54           HG2      GLU  54  -3.774  11.485  -9.421
    6    HG3  GLU  54           HG3      GLU  54  -4.184  12.025 -11.052

  No H/Q in entry =           6
  In of MODEL    6
    1    H    GLU  55           H        GLU  55  -0.568  11.203 -11.275
    2    HA   GLU  55           HA       GLU  55  -1.241  12.694 -13.743
    3    HB2  GLU  55           HB2      GLU  55   0.397  14.431 -12.517
    4    HB3  GLU  55           HB3      GLU  55  -1.346  14.458 -12.264
    5    HG2  GLU  55           HG2      GLU  55  -1.199  13.583 -10.166
    6    HG3  GLU  55           HG3      GLU  55   0.310  12.742 -10.507

  No H/Q in entry =           6
  In of MODEL    6
    1    H    GLY  56           H        GLY  56   0.380  10.216 -12.889
    2    HA3  GLY  56           HA2      GLY  56   2.147   9.179 -13.990
    3    HA2  GLY  56           HA3      GLY  56   2.461  10.684 -14.839

  No H/Q in entry =           3
  In of MODEL    6
    1    H    LYS  57           H        LYS  57   2.383  10.732 -11.233
    2    HA   LYS  57           HA       LYS  57   5.169  11.487 -11.437
    3    HB2  LYS  57           HB2      LYS  57   3.427  12.818 -10.155
    4    HB3  LYS  57           HB3      LYS  57   3.300  11.460  -9.058
    5    HG2  LYS  57           HG2      LYS  57   5.567  11.754  -8.340
    6    HG3  LYS  57           HG3      LYS  57   5.825  13.015  -9.548
    7    HD2  LYS  57           HD2      LYS  57   5.418  13.937  -7.291
    8    HD3  LYS  57           HD3      LYS  57   4.191  14.440  -8.455
    9    HE2  LYS  57           HE2      LYS  57   3.392  11.989  -7.195
   10    HE3  LYS  57           HE3      LYS  57   3.806  13.180  -5.965
   11    HZ1  LYS  57           HZ1      LYS  57   2.118  14.060  -8.193
   12    HZ3  LYS  57           HZ2      LYS  57   2.088  14.518  -6.561
   13    HZ2  LYS  57           HZ3      LYS  57   1.413  13.035  -7.033

  No H/Q in entry =          13
  In of MODEL    6
    1    H    GLU  58           H        GLU  58   6.709   9.983 -10.956
    2    HA   GLU  58           HA       GLU  58   5.842   7.533  -9.620
    3    HB2  GLU  58           HB2      GLU  58   7.961   6.704 -11.036
    4    HB3  GLU  58           HB3      GLU  58   6.317   6.624 -11.647
    5    HG2  GLU  58           HG2      GLU  58   6.807   8.972 -12.608
    6    HG3  GLU  58           HG3      GLU  58   8.498   8.536 -12.356

  No H/Q in entry =           6
  In of MODEL    6
    1    H    MET  59           H        MET  59   6.705   7.848  -7.447
    2    HA   MET  59           HA       MET  59   9.428   8.868  -7.457
    3    HB2  MET  59           HB2      MET  59   7.025   9.158  -5.673
    4    HB3  MET  59           HB3      MET  59   8.626   9.761  -5.252
    5    HG2  MET  59           HG2      MET  59   8.512  11.348  -7.061
    6    HG3  MET  59           HG3      MET  59   6.993  10.630  -7.614
    7    HE1  MET  59           HE1      MET  59   6.888  10.118  -4.146
    8    HE3  MET  59           HE2      MET  59   6.183  11.531  -3.362
    9    HE2  MET  59           HE3      MET  59   7.913  11.475  -3.675

  No H/Q in entry =           9
  In of MODEL    6
    1    H    ILE  60           H        ILE  60  10.781   7.837  -6.000
    2    HA   ILE  60           HA       ILE  60  10.332   5.234  -5.179
    3    HB   ILE  60           HB       ILE  60  12.046   7.158  -3.603
    4   HG12  ILE  60          HG12      ILE  60  12.659   7.370  -5.962
    5   HG13  ILE  60          HG13      ILE  60  13.920   6.522  -5.074
    6   HG22  ILE  60          HG21      ILE  60  12.275   4.190  -4.056
    7   HG21  ILE  60          HG22      ILE  60  11.647   4.964  -2.602
    8   HG23  ILE  60          HG23      ILE  60  13.338   5.179  -3.055
    9   HD13  ILE  60          HD11      ILE  60  13.724   5.317  -7.029
   10   HD12  ILE  60          HD12      ILE  60  11.967   5.452  -7.051
   11   HD11  ILE  60          HD13      ILE  60  12.754   4.390  -5.880

  No H/Q in entry =          11
  In of MODEL    6
    1    H    LEU  61           H        LEU  61   8.926   4.415  -3.698
    2    HA   LEU  61           HA       LEU  61   7.970   6.331  -1.710
    3    HB2  LEU  61           HB2      LEU  61   5.836   5.442  -1.743
    4    HB3  LEU  61           HB3      LEU  61   6.317   5.450  -3.419
    5    HG   LEU  61           HG       LEU  61   5.062   3.496  -3.054
    6   HD12  LEU  61          HD11      LEU  61   6.659   1.693  -3.507
    7   HD11  LEU  61          HD12      LEU  61   7.974   2.814  -3.154
    8   HD13  LEU  61          HD13      LEU  61   6.887   3.123  -4.509
    9   HD23  LEU  61          HD21      LEU  61   6.079   1.759  -1.384
   10   HD22  LEU  61          HD22      LEU  61   4.936   2.994  -0.850
   11   HD21  LEU  61          HD23      LEU  61   6.665   3.217  -0.583

  No H/Q in entry =          11
  In of MODEL    6
    1    H    SER  62           H        SER  62   9.539   3.335  -2.254
    2    HA   SER  62           HA       SER  62  10.486   3.321   0.413
    3    HB2  SER  62           HB2      SER  62   9.407   1.353   1.307
    4    HB3  SER  62           HB3      SER  62   8.144   2.456   0.770
    5    HG   SER  62           HG       SER  62   9.102   0.452  -0.964

  No H/Q in entry =           5
  In of MODEL    6
    1    H    TYR  63           H        TYR  63  12.377   2.325   0.362
    2    HA   TYR  63           HA       TYR  63  13.128   0.648  -1.841
    3    HB2  TYR  63           HB2      TYR  63  14.969   1.500   0.398
    4    HB3  TYR  63           HB3      TYR  63  15.368   1.205  -1.282
    5    HD1  TYR  63           HD1      TYR  63  13.453   3.671   0.800
    6    HD2  TYR  63           HD2      TYR  63  15.938   3.040  -2.586
    7    HE1  TYR  63           HE1      TYR  63  13.581   6.095   0.462
    8    HE2  TYR  63           HE2      TYR  63  16.057   5.471  -2.947
    9    HH   TYR  63           HH       TYR  63  15.742   7.614  -1.125

  No H/Q in entry =           9
  In of MODEL    6
    1    H    LEU  64           H        LEU  64  14.786  -0.751  -0.966
    2    HA   LEU  64           HA       LEU  64  13.405  -2.713   0.643
    3    HB2  LEU  64           HB2      LEU  64  15.098  -3.236  -1.728
    4    HB3  LEU  64           HB3      LEU  64  14.155  -4.392  -0.810
    5    HG   LEU  64           HG       LEU  64  13.026  -2.145  -2.469
    6   HD13  LEU  64          HD11      LEU  64  12.793  -3.562  -4.153
    7   HD12  LEU  64          HD12      LEU  64  12.486  -4.943  -3.099
    8   HD11  LEU  64          HD13      LEU  64  14.138  -4.393  -3.375
    9   HD21  LEU  64          HD21      LEU  64  11.762  -4.164  -0.670
   10   HD23  LEU  64          HD22      LEU  64  10.938  -3.694  -2.156
   11   HD22  LEU  64          HD23      LEU  64  11.333  -2.473  -0.945

  No H/Q in entry =          11
  In of MODEL    6
    1    H    ASN  65           H        ASN  65  15.046  -4.545   0.724
    2    HA   ASN  65           HA       ASN  65  17.612  -3.602   1.641
    3    HB2  ASN  65           HB2      ASN  65  15.618  -4.285   3.527
    4    HB3  ASN  65           HB3      ASN  65  16.678  -5.689   3.430
    5   HD21  ASN  65          HD21      ASN  65  16.220  -3.504   5.452
    6   HD22  ASN  65          HD22      ASN  65  17.803  -2.924   5.817

  No H/Q in entry =           6
  In of MODEL    6
    1    H    GLN  66           H        GLN  66  19.013  -5.610   2.025
    2    HA   GLN  66           HA       GLN  66  19.037  -7.396  -0.075
    3    HB2  GLN  66           HB2      GLN  66  20.901  -7.054   1.619
    4    HB3  GLN  66           HB3      GLN  66  19.931  -7.868   2.845
    5    HG2  GLN  66           HG2      GLN  66  20.071 -10.044   1.561
    6    HG3  GLN  66           HG3      GLN  66  20.889  -9.256   0.234
    7   HE22  GLN  66          HE21      GLN  66  23.572 -10.961   2.005
    8   HE21  GLN  66          HE22      GLN  66  22.169 -11.278   0.844

  No H/Q in entry =           8
  In of MODEL    6
    1    H    GLY  67           H        GLY  67  18.298  -9.664  -0.292
    2    HA3  GLY  67           HA2      GLY  67  16.760 -11.324   0.082
    3    HA2  GLY  67           HA3      GLY  67  16.722 -10.732   1.728

  No H/Q in entry =           3
  In of MODEL    6
    1    H    ASP  68           H        ASP  68  15.687  -8.414  -0.601
    2    HA   ASP  68           HA       ASP  68  12.931  -8.765   0.303
    3    HB2  ASP  68           HB2      ASP  68  14.534  -6.494  -0.206
    4    HB3  ASP  68           HB3      ASP  68  13.326  -6.529  -1.484

  No H/Q in entry =           4
  In of MODEL    6
    1    H    PHE  69           H        PHE  69  11.306  -8.187  -1.574
    2    HA   PHE  69           HA       PHE  69  12.117  -9.865  -3.834
    3    HB2  PHE  69           HB2      PHE  69   9.398  -9.378  -2.635
    4    HB3  PHE  69           HB3      PHE  69   9.666 -10.267  -4.128
    5    HD1  PHE  69           HD1      PHE  69  10.329 -12.551  -4.090
    6    HD2  PHE  69           HD2      PHE  69  10.271 -10.271  -0.497
    7    HE1  PHE  69           HE1      PHE  69  10.574 -14.614  -2.776
    8    HE2  PHE  69           HE2      PHE  69  10.525 -12.332   0.822
    9    HZ   PHE  69           HZ       PHE  69  10.669 -14.508  -0.318

  No H/Q in entry =           9
  In of MODEL    6
    1    H    ILE  70           H        ILE  70  10.986  -9.342  -5.898
    2    HA   ILE  70           HA       ILE  70  10.233  -6.558  -6.225
    3    HB   ILE  70           HB       ILE  70  12.663  -7.834  -7.482
    4   HG12  ILE  70          HG12      ILE  70  12.177  -5.177  -6.118
    5   HG13  ILE  70          HG13      ILE  70  13.126  -6.533  -5.516
    6   HG21  ILE  70          HG21      ILE  70  10.962  -5.610  -8.577
    7   HG23  ILE  70          HG22      ILE  70  11.563  -7.047  -9.399
    8   HG22  ILE  70          HG23      ILE  70  12.673  -5.745  -8.976
    9   HD13  ILE  70          HD11      ILE  70  14.641  -4.892  -6.306
   10   HD12  ILE  70          HD12      ILE  70  13.767  -4.725  -7.830
   11   HD11  ILE  70          HD13      ILE  70  14.652  -6.211  -7.477

  No H/Q in entry =          11
  In of MODEL    6
    1    H    GLY  71           H        GLY  71   8.804  -6.314  -7.901
    2    HA3  GLY  71           HA2      GLY  71   7.551  -6.870  -9.760
    3    HA2  GLY  71           HA3      GLY  71   8.586  -8.271  -9.995

  No H/Q in entry =           3
  In of MODEL    6
    1    H    GLU  72           H        GLU  72   7.271  -7.968  -6.848
    2    HA   GLU  72           HA       GLU  72   5.767 -10.383  -7.209
    3    HB2  GLU  72           HB2      GLU  72   5.024  -8.991  -4.801
    4    HB3  GLU  72           HB3      GLU  72   5.901 -10.501  -4.966
    5    HG2  GLU  72           HG2      GLU  72   7.340  -9.169  -3.739
    6    HG3  GLU  72           HG3      GLU  72   7.959  -9.027  -5.384

  No H/Q in entry =           6
  In of MODEL    6
    1    H    LEU  73           H        LEU  73   5.348  -7.033  -6.872
    2    HA   LEU  73           HA       LEU  73   2.608  -6.686  -6.900
    3    HB2  LEU  73           HB2      LEU  73   5.006  -5.110  -7.335
    4    HB3  LEU  73           HB3      LEU  73   3.668  -4.549  -8.322
    5    HG   LEU  73           HG       LEU  73   3.782  -3.354  -6.197
    6   HD12  LEU  73          HD11      LEU  73   1.440  -5.228  -6.406
    7   HD11  LEU  73          HD12      LEU  73   1.641  -3.735  -7.320
    8   HD13  LEU  73          HD13      LEU  73   1.455  -3.675  -5.567
    9   HD23  LEU  73          HD21      LEU  73   3.210  -4.572  -4.117
   10   HD22  LEU  73          HD22      LEU  73   4.768  -5.053  -4.794
   11   HD21  LEU  73          HD23      LEU  73   3.356  -6.088  -5.007

  No H/Q in entry =          11
  In of MODEL    6
    1    H    GLY  74           H        GLY  74   4.382  -8.130  -9.296
    2    HA3  GLY  74           HA2      GLY  74   2.496  -7.218 -11.368
    3    HA2  GLY  74           HA3      GLY  74   4.101  -7.853 -11.690

  No H/Q in entry =           3
  In of MODEL    6
    1    H    LEU  75           H        LEU  75   3.776  -9.985  -9.678
    2    HA   LEU  75           HA       LEU  75   2.158 -11.775 -11.400
    3    HB2  LEU  75           HB2      LEU  75   3.731 -13.360 -11.077
    4    HB3  LEU  75           HB3      LEU  75   4.735 -12.001 -10.603
    5    HG   LEU  75           HG       LEU  75   3.385 -12.729  -8.280
    6   HD12  LEU  75          HD11      LEU  75   4.536 -15.202  -9.560
    7   HD11  LEU  75          HD12      LEU  75   2.812 -14.839  -9.524
    8   HD13  LEU  75          HD13      LEU  75   3.694 -15.067  -8.015
    9   HD21  LEU  75          HD21      LEU  75   5.729 -11.891  -8.642
   10   HD23  LEU  75          HD22      LEU  75   6.176 -13.542  -9.070
   11   HD22  LEU  75          HD23      LEU  75   5.565 -13.184  -7.455

  No H/Q in entry =          11
  In of MODEL    6
    1    H    PHE  76           H        PHE  76   2.740 -10.803  -8.154
    2    HA   PHE  76           HA       PHE  76   0.882 -12.721  -7.040
    3    HB2  PHE  76           HB2      PHE  76   3.041 -12.380  -5.966
    4    HB3  PHE  76           HB3      PHE  76   2.711 -10.661  -5.803
    5    HD1  PHE  76           HD1      PHE  76   0.480 -13.518  -5.146
    6    HD2  PHE  76           HD2      PHE  76   2.733 -10.307  -3.569
    7    HE1  PHE  76           HE1      PHE  76  -0.489 -13.956  -2.917
    8    HE2  PHE  76           HE2      PHE  76   1.775 -10.712  -1.331
    9    HZ   PHE  76           HZ       PHE  76   0.166 -12.545  -1.005

  No H/Q in entry =           9
  In of MODEL    6
    1    H    GLU  77           H        GLU  77   1.264  -9.282  -7.621
    2    HA   GLU  77           HA       GLU  77  -1.022  -8.514  -6.159
    3    HB2  GLU  77           HB2      GLU  77  -0.167  -6.497  -6.647
    4    HB3  GLU  77           HB3      GLU  77   0.930  -7.219  -7.809
    5    HG2  GLU  77           HG2      GLU  77  -0.241  -5.548  -8.967
    6    HG3  GLU  77           HG3      GLU  77  -0.938  -7.076  -9.493

  No H/Q in entry =           6
  In of MODEL    6
    1    H    GLU  78           H        GLU  78  -0.345  -9.363  -9.487
    2    HA   GLU  78           HA       GLU  78  -1.572 -10.645 -10.835
    3    HB2  GLU  78           HB2      GLU  78  -3.456 -10.897  -9.083
    4    HB3  GLU  78           HB3      GLU  78  -4.174  -9.489  -9.861
    5    HG2  GLU  78           HG2      GLU  78  -4.015 -10.726 -12.032
    6    HG3  GLU  78           HG3      GLU  78  -3.540 -12.148 -11.109

  No H/Q in entry =           6
  In of MODEL    6
    1    H    GLY  79           H        GLY  79  -0.259  -8.244 -10.865
    2    HA3  GLY  79           HA2      GLY  79  -1.683  -6.067 -12.006
    3    HA2  GLY  79           HA3      GLY  79   0.051  -6.280 -11.943

  No H/Q in entry =           3
  In of MODEL    6
    1    H    GLN  80           H        GLN  80   0.975  -7.802 -13.492
    2    HA   GLN  80           HA       GLN  80   1.416  -8.405 -15.572
    3    HB2  GLN  80           HB2      GLN  80  -1.513  -8.910 -15.401
    4    HB3  GLN  80           HB3      GLN  80  -0.719  -9.052 -16.962
    5    HG2  GLN  80           HG2      GLN  80  -0.238 -11.139 -16.393
    6    HG3  GLN  80           HG3      GLN  80   0.935 -10.464 -15.264
    7   HE21  GLN  80          HE21      GLN  80   0.544 -10.575 -13.093
    8   HE22  GLN  80          HE22      GLN  80  -0.814 -11.403 -12.415

  No H/Q in entry =           8
  In of MODEL    6
    1    H    GLU  81           H        GLU  81   1.955  -6.106 -15.589
    2    HA   GLU  81           HA       GLU  81   1.807  -4.665 -17.794
    3    HB2  GLU  81           HB2      GLU  81  -0.831  -4.590 -16.762
    4    HB3  GLU  81           HB3      GLU  81  -0.124  -3.019 -16.409
    5    HG2  GLU  81           HG2      GLU  81   0.619  -3.399 -19.004
    6    HG3  GLU  81           HG3      GLU  81  -0.969  -4.163 -18.953

  No H/Q in entry =           6
  In of MODEL    6
    1    H    ARG  82           H        ARG  82   3.654  -4.914 -15.928
    2    HA   ARG  82           HA       ARG  82   5.120  -3.931 -14.553
    3    HB2  ARG  82           HB2      ARG  82   5.728  -2.136 -15.684
    4    HB3  ARG  82           HB3      ARG  82   4.103  -1.919 -16.302
    5    HG2  ARG  82           HG2      ARG  82   4.508  -0.974 -13.539
    6    HG3  ARG  82           HG3      ARG  82   5.456  -0.128 -14.745
    7    HD2  ARG  82           HD2      ARG  82   3.649   0.895 -15.646
    8    HD3  ARG  82           HD3      ARG  82   2.622  -0.525 -15.441
    9    HE   ARG  82           HE       ARG  82   3.246   0.695 -12.943
   10   HH11  ARG  82          HH11      ARG  82   1.149   1.034 -15.730
   11   HH12  ARG  82          HH12      ARG  82  -0.125   1.795 -14.831
   12   HH21  ARG  82          HH21      ARG  82   1.553   1.676 -11.760
   13   HH22  ARG  82          HH22      ARG  82   0.096   2.172 -12.573

  No H/Q in entry =          13
  In of MODEL    6
    1    H    SER  83           H        SER  83   2.243  -1.905 -14.098
    2    HA   SER  83           HA       SER  83   1.084  -1.228 -12.324
    3    HB2  SER  83           HB2      SER  83   2.263  -3.631 -10.935
    4    HB3  SER  83           HB3      SER  83   0.847  -2.716 -10.417
    5    HG   SER  83           HG       SER  83  -0.196  -4.075 -11.620

  No H/Q in entry =           5
  In of MODEL    6
    1    H    ALA  84           H        ALA  84   4.513  -1.775 -11.641
    2    HA   ALA  84           HA       ALA  84   5.958   0.015 -11.196
    3    HB2  ALA  84           HB1      ALA  84   4.253   1.740 -11.402
    4    HB1  ALA  84           HB2      ALA  84   5.257   1.995  -9.975
    5    HB3  ALA  84           HB3      ALA  84   3.633   1.329  -9.803

  No H/Q in entry =           5
  In of MODEL    6
    1    H    TRP  85           H        TRP  85   7.346   0.221  -9.371
    2    HA   TRP  85           HA       TRP  85   7.070  -0.322  -6.867
    3    HB2  TRP  85           HB2      TRP  85   5.751  -2.400  -7.782
    4    HB3  TRP  85           HB3      TRP  85   7.359  -3.083  -7.986
    5    HD1  TRP  85           HD1      TRP  85   8.115  -4.441  -6.065
    6    HE1  TRP  85           HE1      TRP  85   7.610  -4.602  -3.543
    7    HE3  TRP  85           HE3      TRP  85   4.912  -0.510  -5.677
    8    HZ2  TRP  85           HZ2      TRP  85   6.060  -3.195  -1.637
    9    HZ3  TRP  85           HZ3      TRP  85   3.973   0.033  -3.475
   10    HH2  TRP  85           HH2      TRP  85   4.527  -1.281  -1.498

  No H/Q in entry =          10
  In of MODEL    6
    1    H    VAL  86           H        VAL  86   8.993  -0.371  -9.638
    2    HA   VAL  86           HA       VAL  86  11.191  -0.618  -7.863
    3    HB   VAL  86           HB       VAL  86  12.163  -2.375  -9.773
    4   HG13  VAL  86          HG11      VAL  86  13.061  -2.294  -7.628
    5   HG12  VAL  86          HG12      VAL  86  12.151  -3.806  -7.642
    6   HG11  VAL  86          HG13      VAL  86  11.474  -2.378  -6.862
    7   HG22  VAL  86          HG21      VAL  86  10.704  -4.184  -9.727
    8   HG21  VAL  86          HG22      VAL  86   9.645  -2.812 -10.055
    9   HG23  VAL  86          HG23      VAL  86   9.735  -3.491  -8.429

  No H/Q in entry =           9
  In of MODEL    6
    1    H    ARG  87           H        ARG  87  13.127  -0.286  -8.331
    2    HA   ARG  87           HA       ARG  87  14.307   0.585 -10.697
    3    HB2  ARG  87           HB2      ARG  87  13.052   2.702 -10.272
    4    HB3  ARG  87           HB3      ARG  87  13.729   2.769  -8.653
    5    HG2  ARG  87           HG2      ARG  87  16.003   2.713  -9.947
    6    HG3  ARG  87           HG3      ARG  87  15.007   3.327 -11.273
    7    HD2  ARG  87           HD2      ARG  87  15.469   5.326 -10.332
    8    HD3  ARG  87           HD3      ARG  87  14.133   4.884  -9.269
    9    HE   ARG  87           HE       ARG  87  16.457   3.842  -8.150
   10   HH11  ARG  87          HH11      ARG  87  15.088   6.974  -8.884
   11   HH12  ARG  87          HH12      ARG  87  15.909   7.783  -7.595
   12   HH21  ARG  87          HH21      ARG  87  17.551   4.907  -6.439
   13   HH22  ARG  87          HH22      ARG  87  17.307   6.603  -6.191

  No H/Q in entry =          13
  In of MODEL    6
    1    H    ALA  88           H        ALA  88  16.649   0.946 -10.054
    2    HA   ALA  88           HA       ALA  88  17.091  -0.870  -7.891
    3    HB1  ALA  88           HB1      ALA  88  18.411  -0.488 -10.360
    4    HB2  ALA  88           HB2      ALA  88  18.495  -1.814  -9.203
    5    HB3  ALA  88           HB3      ALA  88  19.564  -0.430  -9.016

  No H/Q in entry =           5
  In of MODEL    6
    1    H    LYS  89           H        LYS  89  18.517  -0.369  -5.875
    2    HA   LYS  89           HA       LYS  89  19.143   2.451  -5.901
    3    HB2  LYS  89           HB2      LYS  89  18.057   1.947  -3.888
    4    HB3  LYS  89           HB3      LYS  89  18.877   0.401  -3.719
    5    HG2  LYS  89           HG2      LYS  89  19.966   1.594  -2.121
    6    HG3  LYS  89           HG3      LYS  89  21.007   1.930  -3.503
    7    HD2  LYS  89           HD2      LYS  89  20.722   4.064  -2.784
    8    HD3  LYS  89           HD3      LYS  89  19.271   3.942  -3.783
    9    HE2  LYS  89           HE2      LYS  89  17.917   3.455  -1.886
   10    HE3  LYS  89           HE3      LYS  89  19.333   3.278  -0.851
   11    HZ1  LYS  89           HZ1      LYS  89  18.509   5.830  -2.173
   12    HZ3  LYS  89           HZ2      LYS  89  19.785   5.627  -1.081
   13    HZ2  LYS  89           HZ3      LYS  89  18.193   5.436  -0.557

  No H/Q in entry =          13
  In of MODEL    6
    1    H    THR  90           H        THR  90  20.679  -0.605  -5.019
    2    HA   THR  90           HA       THR  90  23.253   0.552  -5.872
    3    HB   THR  90           HB       THR  90  23.990  -1.604  -4.389
    4    HG1  THR  90           HG1      THR  90  22.337  -0.874  -2.475
    5   HG21  THR  90          HG21      THR  90  24.832   0.691  -4.154
    6   HG23  THR  90          HG22      THR  90  24.458  -0.015  -2.580
    7   HG22  THR  90          HG23      THR  90  23.352   1.148  -3.312

  No H/Q in entry =           7
  In of MODEL    6
    1    H    ALA  91           H        ALA  91  24.730  -1.698  -6.141
    2    HA   ALA  91           HA       ALA  91  23.564  -2.904  -8.550
    3    HB2  ALA  91           HB1      ALA  91  25.976  -2.224  -8.672
    4    HB1  ALA  91           HB2      ALA  91  25.800  -3.972  -8.832
    5    HB3  ALA  91           HB3      ALA  91  26.322  -3.276  -7.299

  No H/Q in entry =           5
  In of MODEL    6
    1    H    CYS  92           H        CYS  92  22.443  -4.737  -8.285
    2    HA   CYS  92           HA       CYS  92  22.941  -6.172  -5.713
    3    HB2  CYS  92           HB2      CYS  92  20.371  -6.763  -6.921
    4    HB3  CYS  92           HB3      CYS  92  20.691  -6.085  -5.326
    5    HG   CYS  92           HG       CYS  92  21.131  -3.462  -6.771

  No H/Q in entry =           5
  In of MODEL    6
    1    H    GLU  93           H        GLU  93  21.375  -8.217  -6.286
    2    HA   GLU  93           HA       GLU  93  22.375  -9.822  -8.406
    3    HB2  GLU  93           HB2      GLU  93  23.350 -10.128  -5.571
    4    HB3  GLU  93           HB3      GLU  93  22.942 -11.589  -6.455
    5    HG2  GLU  93           HG2      GLU  93  24.551 -10.337  -8.239
    6    HG3  GLU  93           HG3      GLU  93  25.247  -9.799  -6.710

  No H/Q in entry =           6
  In of MODEL    6
    1    H    VAL  94           H        VAL  94  20.268 -10.367  -8.920
    2    HA   VAL  94           HA       VAL  94  18.479 -10.835  -6.635
    3    HB   VAL  94           HB       VAL  94  16.562 -10.355  -8.114
    4   HG12  VAL  94          HG11      VAL  94  17.440  -7.781  -8.396
    5   HG11  VAL  94          HG12      VAL  94  18.457  -8.419  -7.102
    6   HG13  VAL  94          HG13      VAL  94  16.699  -8.486  -6.960
    7   HG22  VAL  94          HG21      VAL  94  17.280 -10.639 -10.289
    8   HG21  VAL  94          HG22      VAL  94  18.709  -9.641 -10.060
    9   HG23  VAL  94          HG23      VAL  94  17.109  -8.891 -10.132

  No H/Q in entry =           9
  In of MODEL    6
    1    H    ALA  95           H        ALA  95  16.912 -12.431  -6.807
    2    HA   ALA  95           HA       ALA  95  17.847 -14.613  -8.521
    3    HB2  ALA  95           HB1      ALA  95  16.842 -14.434  -5.915
    4    HB3  ALA  95           HB2      ALA  95  17.040 -15.920  -6.841
    5    HB1  ALA  95           HB3      ALA  95  15.494 -15.071  -6.855

  No H/Q in entry =           5
  In of MODEL    6
    1    H    GLU  96           H        GLU  96  17.187 -13.478 -10.434
    2    HA   GLU  96           HA       GLU  96  14.306 -13.019 -10.568
    3    HB2  GLU  96           HB2      GLU  96  14.677 -11.572 -12.451
    4    HB3  GLU  96           HB3      GLU  96  15.713 -11.074 -11.121
    5    HG2  GLU  96           HG2      GLU  96  17.606 -12.169 -12.161
    6    HG3  GLU  96           HG3      GLU  96  16.567 -12.758 -13.457

  No H/Q in entry =           6
  In of MODEL    6
    1    H    ILE  97           H        ILE  97  13.089 -14.060 -11.645
    2    HA   ILE  97           HA       ILE  97  13.867 -15.471 -14.004
    3    HB   ILE  97           HB       ILE  97  12.584 -17.525 -13.125
    4   HG12  ILE  97          HG12      ILE  97  13.797 -16.695 -10.543
    5   HG13  ILE  97          HG13      ILE  97  12.166 -16.194 -10.957
    6   HG22  ILE  97          HG21      ILE  97  15.366 -17.236 -12.141
    7   HG21  ILE  97          HG22      ILE  97  14.998 -17.193 -13.863
    8   HG23  ILE  97          HG23      ILE  97  14.581 -18.617 -12.915
    9   HD12  ILE  97          HD11      ILE  97  13.158 -19.020 -10.747
   10   HD11  ILE  97          HD12      ILE  97  11.542 -18.545 -11.267
   11   HD13  ILE  97          HD13      ILE  97  12.081 -18.188  -9.626

  No H/Q in entry =          11
  In of MODEL    6
    1    H    SER  98           H        SER  98  11.806 -16.862 -14.622
    2    HA   SER  98           HA       SER  98   9.736 -14.811 -14.720
    3    HB2  SER  98           HB2      SER  98  10.438 -15.614 -16.891
    4    HB3  SER  98           HB3      SER  98  10.155 -17.281 -16.394
    5    HG   SER  98           HG       SER  98   8.450 -15.685 -17.552

  No H/Q in entry =           5
  In of MODEL    6
    1    H    TYR  99           H        TYR  99   7.847 -15.037 -14.080
    2    HA   TYR  99           HA       TYR  99   7.270 -16.711 -11.762
    3    HB2  TYR  99           HB2      TYR  99   5.363 -15.314 -11.403
    4    HB3  TYR  99           HB3      TYR  99   6.654 -14.258 -11.923
    5    HD1  TYR  99           HD1      TYR  99   4.800 -16.154 -14.504
    6    HD2  TYR  99           HD2      TYR  99   5.019 -12.507 -12.324
    7    HE1  TYR  99           HE1      TYR  99   3.233 -15.116 -16.080
    8    HE2  TYR  99           HE2      TYR  99   3.456 -11.468 -13.901
    9    HH   TYR  99           HH       TYR  99   2.758 -11.854 -16.354

  No H/Q in entry =           9
  In of MODEL    6
    1    H    LYS 100           H        LYS 100   6.974 -17.316 -15.142
    2    HA   LYS 100           HA       LYS 100   4.533 -18.747 -14.786
    3    HB2  LYS 100           HB2      LYS 100   5.336 -18.369 -17.047
    4    HB3  LYS 100           HB3      LYS 100   6.819 -19.249 -16.699
    5    HG2  LYS 100           HG2      LYS 100   5.373 -20.666 -17.973
    6    HG3  LYS 100           HG3      LYS 100   5.462 -21.289 -16.321
    7    HD2  LYS 100           HD2      LYS 100   3.317 -20.337 -15.791
    8    HD3  LYS 100           HD3      LYS 100   3.242 -19.529 -17.359
    9    HE2  LYS 100           HE2      LYS 100   1.858 -21.552 -17.293
   10    HE3  LYS 100           HE3      LYS 100   3.144 -21.665 -18.490
   11    HZ1  LYS 100           HZ1      LYS 100   3.773 -22.716 -15.852
   12    HZ3  LYS 100           HZ2      LYS 100   4.145 -23.327 -17.387
   13    HZ2  LYS 100           HZ3      LYS 100   2.608 -23.576 -16.731

  No H/Q in entry =          13
  In of MODEL    6
    1    H    LYS 101           H        LYS 101   7.974 -19.697 -14.616
    2    HA   LYS 101           HA       LYS 101   7.427 -22.319 -13.578
    3    HB2  LYS 101           HB2      LYS 101   9.439 -22.459 -14.607
    4    HB3  LYS 101           HB3      LYS 101   9.790 -20.755 -14.367
    5    HG2  LYS 101           HG2      LYS 101  10.564 -21.150 -12.150
    6    HG3  LYS 101           HG3      LYS 101  10.029 -22.831 -12.205
    7    HD2  LYS 101           HD2      LYS 101  12.321 -22.996 -12.592
    8    HD3  LYS 101           HD3      LYS 101  11.639 -23.038 -14.217
    9    HE2  LYS 101           HE2      LYS 101  12.124 -20.664 -14.491
   10    HE3  LYS 101           HE3      LYS 101  12.771 -20.600 -12.851
   11    HZ1  LYS 101           HZ1      LYS 101  13.898 -22.506 -14.789
   12    HZ3  LYS 101           HZ2      LYS 101  14.630 -21.791 -13.441
   13    HZ2  LYS 101           HZ3      LYS 101  14.370 -20.884 -14.844

  No H/Q in entry =          13
  In of MODEL    6
    1    H    PHE 102           H        PHE 102   8.549 -19.280 -12.234
    2    HA   PHE 102           HA       PHE 102   9.130 -20.118  -9.641
    3    HB2  PHE 102           HB2      PHE 102   9.915 -18.055 -10.099
    4    HB3  PHE 102           HB3      PHE 102   8.545 -17.586 -11.040
    5    HD1  PHE 102           HD1      PHE 102  10.208 -17.258  -7.913
    6    HD2  PHE 102           HD2      PHE 102   6.412 -16.928  -9.785
    7    HE1  PHE 102           HE1      PHE 102   9.430 -15.827  -6.076
    8    HE2  PHE 102           HE2      PHE 102   5.631 -15.513  -7.942
    9    HZ   PHE 102           HZ       PHE 102   7.135 -14.955  -6.088

  No H/Q in entry =           9
  In of MODEL    6
    1    H    ARG 103           H        ARG 103   6.171 -18.543 -10.839
    2    HA   ARG 103           HA       ARG 103   4.648 -18.738  -8.635
    3    HB2  ARG 103           HB2      ARG 103   2.959 -18.050  -9.899
    4    HB3  ARG 103           HB3      ARG 103   4.130 -18.021 -11.198
    5    HG2  ARG 103           HG2      ARG 103   2.774 -19.348 -12.337
    6    HG3  ARG 103           HG3      ARG 103   3.127 -20.630 -11.175
    7    HD2  ARG 103           HD2      ARG 103   1.071 -20.515 -10.311
    8    HD3  ARG 103           HD3      ARG 103   1.177 -18.766 -10.131
    9    HE   ARG 103           HE       ARG 103   0.687 -18.977 -12.741
   10   HH11  ARG 103          HH11      ARG 103  -0.849 -20.463  -9.969
   11   HH12  ARG 103          HH12      ARG 103  -2.375 -20.668 -10.772
   12   HH21  ARG 103          HH21      ARG 103  -1.337 -19.211 -13.780
   13   HH22  ARG 103          HH22      ARG 103  -2.655 -19.958 -12.936

  No H/Q in entry =          13
  In of MODEL    6
    1    H    GLN 104           H        GLN 104   5.696 -21.355 -10.524
    2    HA   GLN 104           HA       GLN 104   3.693 -23.184  -9.390
    3    HB2  GLN 104           HB2      GLN 104   5.818 -23.598 -11.481
    4    HB3  GLN 104           HB3      GLN 104   4.828 -24.905 -10.838
    5    HG2  GLN 104           HG2      GLN 104   2.811 -23.675 -11.545
    6    HG3  GLN 104           HG3      GLN 104   3.848 -22.457 -12.282
    7   HE21  GLN 104          HE21      GLN 104   2.759 -25.767 -12.437
    8   HE22  GLN 104          HE22      GLN 104   3.210 -26.043 -14.080

  No H/Q in entry =           8
  In of MODEL    6
    1    H    LEU 105           H        LEU 105   7.062 -22.435  -8.884
    2    HA   LEU 105           HA       LEU 105   7.358 -24.610  -6.908
    3    HB2  LEU 105           HB2      LEU 105   9.573 -24.078  -7.085
    4    HB3  LEU 105           HB3      LEU 105   9.129 -22.910  -8.313
    5    HG   LEU 105           HG       LEU 105   8.795 -21.274  -6.338
    6   HD11  LEU 105          HD11      LEU 105   9.018 -23.043  -4.581
    7   HD13  LEU 105          HD12      LEU 105  10.143 -21.699  -4.384
    8   HD12  LEU 105          HD13      LEU 105  10.708 -23.229  -5.052
    9   HD22  LEU 105          HD21      LEU 105  10.506 -20.894  -7.911
   10   HD21  LEU 105          HD22      LEU 105  11.438 -22.278  -7.343
   11   HD23  LEU 105          HD23      LEU 105  11.295 -20.838  -6.330

  No H/Q in entry =          11
  In of MODEL    6
    1    H    ILE 106           H        ILE 106   7.037 -20.883  -6.808
    2    HA   ILE 106           HA       ILE 106   6.542 -20.828  -4.132
    3    HB   ILE 106           HB       ILE 106   5.768 -18.627  -4.335
    4   HG12  ILE 106          HG12      ILE 106   5.546 -17.925  -6.971
    5   HG13  ILE 106          HG13      ILE 106   4.806 -19.525  -6.964
    6   HG22  ILE 106          HG21      ILE 106   7.635 -18.915  -6.659
    7   HG21  ILE 106          HG22      ILE 106   8.144 -19.321  -5.022
    8   HG23  ILE 106          HG23      ILE 106   7.610 -17.682  -5.398
    9   HD13  ILE 106          HD11      ILE 106   3.115 -17.860  -6.632
   10   HD12  ILE 106          HD12      ILE 106   4.017 -17.167  -5.284
   11   HD11  ILE 106          HD13      ILE 106   3.324 -18.782  -5.140

  No H/Q in entry =          11
  In of MODEL    6
    1    H    GLN 107           H        GLN 107   4.664 -22.424  -6.191
    2    HA   GLN 107           HA       GLN 107   2.276 -21.909  -4.605
    3    HB2  GLN 107           HB2      GLN 107   2.468 -22.568  -7.500
    4    HB3  GLN 107           HB3      GLN 107   1.098 -23.193  -6.593
    5    HG2  GLN 107           HG2      GLN 107   0.926 -20.700  -5.779
    6    HG3  GLN 107           HG3      GLN 107   1.816 -20.395  -7.269
    7   HE21  GLN 107          HE21      GLN 107  -0.556 -22.942  -6.788
    8   HE22  GLN 107          HE22      GLN 107  -1.727 -22.308  -7.885

  No H/Q in entry =           8
  In of MODEL    6
    1    H    VAL 108           H        VAL 108   4.765 -23.946  -5.273
    2    HA   VAL 108           HA       VAL 108   3.432 -26.450  -4.764
    3    HB   VAL 108           HB       VAL 108   5.784 -25.684  -6.020
    4   HG11  VAL 108          HG11      VAL 108   6.513 -27.087  -3.462
    5   HG13  VAL 108          HG12      VAL 108   6.999 -25.468  -3.965
    6   HG12  VAL 108          HG13      VAL 108   7.583 -26.879  -4.849
    7   HG22  VAL 108          HG21      VAL 108   6.127 -28.029  -6.433
    8   HG21  VAL 108          HG22      VAL 108   4.412 -27.628  -6.528
    9   HG23  VAL 108          HG23      VAL 108   5.050 -28.448  -5.101

  No H/Q in entry =           9
  In of MODEL    6
    1    H    ASN 109           H        ASN 109   4.942 -23.891  -3.052
    2    HA   ASN 109           HA       ASN 109   4.705 -25.376  -0.513
    3    HB2  ASN 109           HB2      ASN 109   6.822 -23.352  -1.257
    4    HB3  ASN 109           HB3      ASN 109   6.606 -24.032   0.348
    5   HD21  ASN 109          HD21      ASN 109   8.464 -24.167  -2.261
    6   HD22  ASN 109          HD22      ASN 109   9.003 -25.808  -2.191

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   PRO 110           HA       PRO 110   2.102 -21.814   0.315
    2    HB2  PRO 110           HB2      PRO 110   1.293 -22.587   2.782
    3    HB3  PRO 110           HB3      PRO 110   0.669 -23.345   1.314
    4    HG2  PRO 110           HG2      PRO 110   2.782 -24.316   3.200
    5    HG3  PRO 110           HG3      PRO 110   1.478 -25.226   2.416
    6    HD2  PRO 110           HD2      PRO 110   4.057 -25.223   1.531
    7    HD3  PRO 110           HD3      PRO 110   2.657 -25.477   0.472

  No H/Q in entry =           7
  In of MODEL    6
    1    H    ASP 111           H        ASP 111   5.112 -22.472   1.558
    2    HA   ASP 111           HA       ASP 111   5.018 -20.287   3.490
    3    HB2  ASP 111           HB2      ASP 111   7.370 -22.097   3.130
    4    HB3  ASP 111           HB3      ASP 111   6.931 -21.095   4.512

  No H/Q in entry =           4
  In of MODEL    6
    1    H    ILE 112           H        ILE 112   5.862 -20.860   0.276
    2    HA   ILE 112           HA       ILE 112   8.216 -19.156   0.312
    3    HB   ILE 112           HB       ILE 112   6.845 -20.733  -1.853
    4   HG12  ILE 112          HG12      ILE 112   8.661 -21.343   0.124
    5   HG13  ILE 112          HG13      ILE 112   8.359 -22.294  -1.324
    6   HG23  ILE 112          HG21      ILE 112   7.586 -18.735  -2.916
    7   HG22  ILE 112          HG22      ILE 112   8.726 -20.027  -3.313
    8   HG21  ILE 112          HG23      ILE 112   9.152 -18.813  -2.106
    9   HD11  ILE 112          HD11      ILE 112  10.312 -20.085  -1.501
   10   HD13  ILE 112          HD12      ILE 112  10.293 -21.656  -2.306
   11   HD12  ILE 112          HD13      ILE 112  10.773 -21.537  -0.613

  No H/Q in entry =          11
  In of MODEL    6
    1    H    LEU 113           H        LEU 113   5.030 -19.180  -1.151
    2    HA   LEU 113           HA       LEU 113   5.307 -16.599  -2.228
    3    HB2  LEU 113           HB2      LEU 113   3.669 -18.002  -3.205
    4    HB3  LEU 113           HB3      LEU 113   2.890 -18.285  -1.656
    5    HG   LEU 113           HG       LEU 113   2.498 -15.721  -1.653
    6   HD11  LEU 113          HD11      LEU 113   3.987 -15.543  -3.755
    7   HD13  LEU 113          HD12      LEU 113   2.519 -14.573  -3.648
    8   HD12  LEU 113          HD13      LEU 113   2.534 -16.045  -4.619
    9   HD23  LEU 113          HD21      LEU 113   0.417 -16.020  -2.946
   10   HD22  LEU 113          HD22      LEU 113   0.697 -17.273  -1.737
   11   HD21  LEU 113          HD23      LEU 113   0.999 -17.609  -3.442

  No H/Q in entry =          11
  In of MODEL    6
    1    H    MET 114           H        MET 114   4.391 -17.917   0.747
    2    HA   MET 114           HA       MET 114   3.070 -15.670   1.909
    3    HB2  MET 114           HB2      MET 114   3.325 -18.349   2.525
    4    HB3  MET 114           HB3      MET 114   4.319 -17.579   3.751
    5    HG2  MET 114           HG2      MET 114   1.473 -16.811   3.181
    6    HG3  MET 114           HG3      MET 114   1.947 -17.990   4.400
    7    HE3  MET 114           HE1      MET 114   0.942 -15.024   6.694
    8    HE2  MET 114           HE2      MET 114   0.803 -16.757   6.400
    9    HE1  MET 114           HE3      MET 114   0.133 -15.609   5.240

  No H/Q in entry =           9
  In of MODEL    6
    1    H    ARG 115           H        ARG 115   6.317 -16.816   1.615
    2    HA   ARG 115           HA       ARG 115   7.486 -15.208   3.632
    3    HB2  ARG 115           HB2      ARG 115   8.411 -16.871   1.356
    4    HB3  ARG 115           HB3      ARG 115   9.485 -15.546   1.811
    5    HG2  ARG 115           HG2      ARG 115   8.466 -17.658   3.688
    6    HG3  ARG 115           HG3      ARG 115  10.034 -17.696   2.882
    7    HD2  ARG 115           HD2      ARG 115  10.449 -15.420   3.962
    8    HD3  ARG 115           HD3      ARG 115   9.048 -15.778   4.973
    9    HE   ARG 115           HE       ARG 115  11.246 -17.726   4.862
   10   HH11  ARG 115          HH11      ARG 115   9.426 -15.323   6.663
   11   HH12  ARG 115          HH12      ARG 115  10.104 -15.764   8.193
   12   HH21  ARG 115          HH21      ARG 115  12.141 -18.303   6.879
   13   HH22  ARG 115          HH22      ARG 115  11.652 -17.463   8.318

  No H/Q in entry =          13
  In of MODEL    6
    1    H    LEU 116           H        LEU 116   7.084 -14.953   0.105
    2    HA   LEU 116           HA       LEU 116   8.135 -12.384  -0.153
    3    HB2  LEU 116           HB2      LEU 116   8.000 -13.686  -2.081
    4    HB3  LEU 116           HB3      LEU 116   6.331 -14.126  -1.785
    5    HG   LEU 116           HG       LEU 116   6.737 -11.254  -2.242
    6   HD12  LEU 116          HD11      LEU 116   6.809 -12.765  -4.748
    7   HD11  LEU 116          HD12      LEU 116   8.308 -12.797  -3.813
    8   HD13  LEU 116          HD13      LEU 116   7.600 -11.253  -4.299
    9   HD21  LEU 116          HD21      LEU 116   4.912 -13.354  -3.396
   10   HD23  LEU 116          HD22      LEU 116   4.816 -11.626  -3.749
   11   HD22  LEU 116          HD23      LEU 116   4.530 -12.208  -2.109

  No H/Q in entry =          11
  In of MODEL    6
    1    H    SER 117           H        SER 117   4.808 -13.467   0.261
    2    HA   SER 117           HA       SER 117   3.454 -11.143  -0.246
    3    HB2  SER 117           HB2      SER 117   1.692 -12.052   1.317
    4    HB3  SER 117           HB3      SER 117   2.197 -13.128   0.016
    5    HG   SER 117           HG       SER 117   2.572 -13.339   2.755

  No H/Q in entry =           5
  In of MODEL    6
    1    H    ALA 118           H        ALA 118   4.878 -12.252   2.704
    2    HA   ALA 118           HA       ALA 118   3.974 -10.290   4.452
    3    HB2  ALA 118           HB1      ALA 118   5.293 -11.266   6.007
    4    HB1  ALA 118           HB2      ALA 118   6.667 -11.416   4.908
    5    HB3  ALA 118           HB3      ALA 118   5.321 -12.551   4.797

  No H/Q in entry =           5
  In of MODEL    6
    1    H    GLN 119           H        GLN 119   6.634 -10.254   2.173
    2    HA   GLN 119           HA       GLN 119   7.850  -7.950   3.333
    3    HB2  GLN 119           HB2      GLN 119   8.060  -9.021   0.508
    4    HB3  GLN 119           HB3      GLN 119   9.079  -7.765   1.199
    5    HG2  GLN 119           HG2      GLN 119   9.022 -10.691   1.801
    6    HG3  GLN 119           HG3      GLN 119  10.383  -9.672   1.348
    7   HE21  GLN 119          HE21      GLN 119   9.987 -11.524   3.596
    8   HE22  GLN 119          HE22      GLN 119  10.312 -10.603   5.020

  No H/Q in entry =           8
  In of MODEL    6
    1    H    MET 120           H        MET 120   6.012  -8.292   0.202
    2    HA   MET 120           HA       MET 120   5.344  -5.812  -0.262
    3    HB2  MET 120           HB2      MET 120   4.607  -7.529  -1.689
    4    HB3  MET 120           HB3      MET 120   3.660  -8.289  -0.420
    5    HG2  MET 120           HG2      MET 120   2.093  -6.432  -0.459
    6    HG3  MET 120           HG3      MET 120   3.056  -5.638  -1.706
    7    HE1  MET 120           HE1      MET 120   3.924  -7.409  -3.724
    8    HE3  MET 120           HE2      MET 120   2.853  -8.638  -4.397
    9    HE2  MET 120           HE3      MET 120   3.706  -8.940  -2.877

  No H/Q in entry =           9
  In of MODEL    6
    1    H    ALA 121           H        ALA 121   3.574  -7.761   2.110
    2    HA   ALA 121           HA       ALA 121   1.612  -5.836   2.691
    3    HB2  ALA 121           HB1      ALA 121   1.317  -8.205   3.192
    4    HB3  ALA 121           HB2      ALA 121   1.103  -7.214   4.634
    5    HB1  ALA 121           HB3      ALA 121   2.601  -8.115   4.398

  No H/Q in entry =           5
  In of MODEL    6
    1    H    ARG 122           H        ARG 122   4.879  -6.276   3.703
    2    HA   ARG 122           HA       ARG 122   4.669  -4.633   6.029
    3    HB2  ARG 122           HB2      ARG 122   6.730  -6.198   4.718
    4    HB3  ARG 122           HB3      ARG 122   7.350  -4.647   5.274
    5    HG2  ARG 122           HG2      ARG 122   7.541  -6.551   6.902
    6    HG3  ARG 122           HG3      ARG 122   6.739  -5.101   7.514
    7    HD2  ARG 122           HD2      ARG 122   4.581  -6.317   6.656
    8    HD3  ARG 122           HD3      ARG 122   5.584  -7.760   6.815
    9    HE   ARG 122           HE       ARG 122   4.472  -6.130   8.923
   10   HH11  ARG 122          HH11      ARG 122   6.858  -8.561   8.080
   11   HH12  ARG 122          HH12      ARG 122   7.025  -9.134   9.708
   12   HH21  ARG 122          HH21      ARG 122   4.730  -6.859  11.051
   13   HH22  ARG 122          HH22      ARG 122   5.818  -8.169  11.394

  No H/Q in entry =          13
  In of MODEL    6
    1    H    ARG 123           H        ARG 123   5.254  -4.245   2.720
    2    HA   ARG 123           HA       ARG 123   6.234  -1.549   2.827
    3    HB2  ARG 123           HB2      ARG 123   5.398  -3.430   0.631
    4    HB3  ARG 123           HB3      ARG 123   5.614  -1.721   0.293
    5    HG2  ARG 123           HG2      ARG 123   7.575  -3.240  -0.200
    6    HG3  ARG 123           HG3      ARG 123   7.915  -1.801   0.759
    7    HD2  ARG 123           HD2      ARG 123   7.806  -3.189   2.802
    8    HD3  ARG 123           HD3      ARG 123   7.550  -4.611   1.796
    9    HE   ARG 123           HE       ARG 123   9.793  -4.686   1.399
   10   HH11  ARG 123          HH11      ARG 123   8.996  -1.424   2.425
   11   HH12  ARG 123          HH12      ARG 123  10.649  -0.948   2.623
   12   HH21  ARG 123          HH21      ARG 123  11.968  -4.067   1.698
   13   HH22  ARG 123          HH22      ARG 123  12.334  -2.443   2.201

  No H/Q in entry =          13
  In of MODEL    6
    1    H    LEU 124           H        LEU 124   3.263  -3.298   2.546
    2    HA   LEU 124           HA       LEU 124   1.511  -1.206   1.852
    3    HB2  LEU 124           HB2      LEU 124   1.350  -3.914   2.587
    4    HB3  LEU 124           HB3      LEU 124   0.474  -3.072   3.840
    5    HG   LEU 124           HG       LEU 124  -0.260  -3.583   1.028
    6   HD11  LEU 124          HD11      LEU 124  -1.742  -3.184   3.602
    7   HD13  LEU 124          HD12      LEU 124  -1.311  -4.731   2.857
    8   HD12  LEU 124          HD13      LEU 124  -2.479  -3.657   2.069
    9   HD21  LEU 124          HD21      LEU 124  -1.011  -1.027   2.420
   10   HD23  LEU 124          HD22      LEU 124  -1.867  -1.711   1.036
   11   HD22  LEU 124          HD23      LEU 124  -0.187  -1.194   0.869

  No H/Q in entry =          11
  In of MODEL    6
    1    H    GLN 125           H        GLN 125   2.835  -2.516   4.814
    2    HA   GLN 125           HA       GLN 125   1.526  -0.652   6.550
    3    HB2  GLN 125           HB2      GLN 125   3.330  -2.930   6.846
    4    HB3  GLN 125           HB3      GLN 125   3.635  -1.639   8.004
    5    HG2  GLN 125           HG2      GLN 125   1.087  -3.155   7.560
    6    HG3  GLN 125           HG3      GLN 125   2.100  -3.129   9.002
    7   HE21  GLN 125          HE21      GLN 125  -0.757  -2.419   8.395
    8   HE22  GLN 125          HE22      GLN 125  -0.968  -0.854   9.097

  No H/Q in entry =           8
  In of MODEL    6
    1    H    VAL 126           H        VAL 126   4.123  -0.271   4.418
    2    HA   VAL 126           HA       VAL 126   5.446   1.664   6.154
    3    HB   VAL 126           HB       VAL 126   6.641  -0.119   4.544
    4   HG13  VAL 126          HG11      VAL 126   7.347   0.859   2.446
    5   HG12  VAL 126          HG12      VAL 126   6.362   2.289   2.753
    6   HG11  VAL 126          HG13      VAL 126   5.589   0.727   2.488
    7   HG21  VAL 126          HG21      VAL 126   7.752   1.415   6.064
    8   HG23  VAL 126          HG22      VAL 126   7.583   2.710   4.877
    9   HG22  VAL 126          HG23      VAL 126   8.591   1.308   4.515

  No H/Q in entry =           9
  In of MODEL    6
    1    H    THR 127           H        THR 127   3.460   1.205   3.346
    2    HA   THR 127           HA       THR 127   3.394   4.038   2.650
    3    HB   THR 127           HB       THR 127   1.599   1.940   1.488
    4    HG1  THR 127           HG1      THR 127   3.731   1.066   1.398
    5   HG22  THR 127          HG21      THR 127   2.954   4.357   0.280
    6   HG21  THR 127          HG22      THR 127   1.272   4.270   0.805
    7   HG23  THR 127          HG23      THR 127   1.824   3.286  -0.550

  No H/Q in entry =           7
  In of MODEL    6
    1    H    SER 128           H        SER 128   1.842   2.415   5.305
    2    HA   SER 128           HA       SER 128  -0.716   3.378   4.390
    3    HB2  SER 128           HB2      SER 128   0.068   1.296   6.439
    4    HB3  SER 128           HB3      SER 128  -1.539   2.020   6.393
    5    HG   SER 128           HG       SER 128  -0.269   0.571   4.307

  No H/Q in entry =           5
  In of MODEL    6
    1    H    GLU 129           H        GLU 129   1.985   3.732   6.391
    2    HA   GLU 129           HA       GLU 129   0.559   5.601   8.179
    3    HB2  GLU 129           HB2      GLU 129   1.857   3.331   8.909
    4    HB3  GLU 129           HB3      GLU 129   3.158   4.502   9.049
    5    HG2  GLU 129           HG2      GLU 129   1.843   5.817  10.603
    6    HG3  GLU 129           HG3      GLU 129   0.485   4.707  10.418

  No H/Q in entry =           6
  In of MODEL    6
    1    H    LYS 130           H        LYS 130   1.975   6.153   5.529
    2    HA   LYS 130           HA       LYS 130   3.290   8.531   6.369
    3    HB2  LYS 130           HB2      LYS 130   4.898   6.269   6.354
    4    HB3  LYS 130           HB3      LYS 130   5.180   6.962   4.764
    5    HG2  LYS 130           HG2      LYS 130   6.191   8.829   5.601
    6    HG3  LYS 130           HG3      LYS 130   5.306   8.761   7.125
    7    HD2  LYS 130           HD2      LYS 130   7.487   6.840   6.314
    8    HD3  LYS 130           HD3      LYS 130   7.723   8.243   7.355
    9    HE2  LYS 130           HE2      LYS 130   6.104   5.766   7.901
   10    HE3  LYS 130           HE3      LYS 130   7.494   6.377   8.792
   11    HZ3  LYS 130           HZ1      LYS 130   5.616   6.898  10.071
   12    HZ2  LYS 130           HZ2      LYS 130   4.739   7.465   8.743
   13    HZ1  LYS 130           HZ3      LYS 130   6.050   8.363   9.334

  No H/Q in entry =          13
  In of MODEL    6
    1    H    VAL 131           H        VAL 131   1.079   8.022   4.813
    2    HA   VAL 131           HA       VAL 131   1.704   7.781   2.042
    3    HB   VAL 131           HB       VAL 131  -0.850   8.959   3.133
    4   HG13  VAL 131          HG11      VAL 131  -0.614   9.088   0.738
    5   HG12  VAL 131          HG12      VAL 131  -1.840   7.890   1.153
    6   HG11  VAL 131          HG13      VAL 131  -0.230   7.368   0.655
    7   HG23  VAL 131          HG21      VAL 131  -1.738   6.638   3.081
    8   HG22  VAL 131          HG22      VAL 131  -0.603   6.980   4.388
    9   HG21  VAL 131          HG23      VAL 131  -0.072   6.072   2.972

  No H/Q in entry =           9
  In of MODEL    6
    1    H    GLY 132           H        GLY 132  -0.090  10.346   3.580
    2    HA3  GLY 132           HA2      GLY 132   0.652  12.286   1.618
    3    HA2  GLY 132           HA3      GLY 132  -0.378  12.561   3.006

  No H/Q in entry =           3
  In of MODEL    6
    1    H    ASN 133           H        ASN 133   2.202  11.362   4.474
    2    HA   ASN 133           HA       ASN 133   3.120  13.574   5.657
    3    HB2  ASN 133           HB2      ASN 133   4.523  11.019   4.970
    4    HB3  ASN 133           HB3      ASN 133   5.392  12.302   5.812
    5   HD21  ASN 133          HD21      ASN 133   3.261  13.305   7.326
    6   HD22  ASN 133          HD22      ASN 133   2.780  12.115   8.482

  No H/Q in entry =           6
  In of MODEL    6
    1    H    LEU 134           H        LEU 134   4.455  12.352   2.578
    2    HA   LEU 134           HA       LEU 134   6.244  14.612   2.388
    3    HB2  LEU 134           HB2      LEU 134   7.101  13.641   0.444
    4    HB3  LEU 134           HB3      LEU 134   6.783  12.333   1.563
    5    HG   LEU 134           HG       LEU 134   4.502  12.215   0.180
    6   HD13  LEU 134          HD11      LEU 134   4.857  12.672  -2.156
    7   HD12  LEU 134          HD12      LEU 134   6.518  13.179  -1.848
    8   HD11  LEU 134          HD13      LEU 134   5.174  14.148  -1.244
    9   HD22  LEU 134          HD21      LEU 134   6.058  10.400   0.536
   10   HD21  LEU 134          HD22      LEU 134   7.173  11.102  -0.640
   11   HD23  LEU 134          HD23      LEU 134   5.609  10.476  -1.169

  No H/Q in entry =          11
  In of MODEL    6
    1    H    ALA 135           H        ALA 135   3.054  13.958   1.340
    2    HA   ALA 135           HA       ALA 135   3.164  15.713  -0.965
    3    HB3  ALA 135           HB1      ALA 135   0.594  15.252  -0.919
    4    HB2  ALA 135           HB2      ALA 135   1.063  13.929   0.150
    5    HB1  ALA 135           HB3      ALA 135   1.727  14.023  -1.479

  No H/Q in entry =           5
  In of MODEL    6
    1    H    PHE 136           H        PHE 136   2.631  15.925   2.352
    2    HA   PHE 136           HA       PHE 136   0.980  18.254   2.382
    3    HB2  PHE 136           HB2      PHE 136   2.324  16.524   4.336
    4    HB3  PHE 136           HB3      PHE 136   2.230  18.212   4.827
    5    HD1  PHE 136           HD1      PHE 136   0.113  19.244   5.320
    6    HD2  PHE 136           HD2      PHE 136   0.308  15.187   4.046
    7    HE1  PHE 136           HE1      PHE 136  -2.211  18.904   6.054
    8    HE2  PHE 136           HE2      PHE 136  -2.017  14.842   4.776
    9    HZ   PHE 136           HZ       PHE 136  -3.279  16.702   5.781

  No H/Q in entry =           9
  In of MODEL    6
    1    H    LEU 137           H        LEU 137   4.041  17.985   1.245
    2    HA   LEU 137           HA       LEU 137   5.885  19.274   1.005
    3    HB2  LEU 137           HB2      LEU 137   3.509  20.979   0.681
    4    HB3  LEU 137           HB3      LEU 137   5.057  21.806   0.733
    5    HG   LEU 137           HG       LEU 137   4.614  19.468  -1.114
    6   HD13  LEU 137          HD11      LEU 137   2.830  21.017  -1.598
    7   HD12  LEU 137          HD12      LEU 137   4.053  21.117  -2.866
    8   HD11  LEU 137          HD13      LEU 137   3.966  22.364  -1.621
    9   HD23  LEU 137          HD21      LEU 137   6.392  20.575  -2.385
   10   HD22  LEU 137          HD22      LEU 137   6.905  20.214  -0.737
   11   HD21  LEU 137          HD23      LEU 137   6.451  21.859  -1.177

  No H/Q in entry =          11
  In of MODEL    6
    1    H    ASP 138           H        ASP 138   6.083  18.557   3.253
    2    HA   ASP 138           HA       ASP 138   6.516  20.610   5.089
    3    HB2  ASP 138           HB2      ASP 138   5.109  18.894   5.926
    4    HB3  ASP 138           HB3      ASP 138   6.553  17.924   6.272

  No H/Q in entry =           4
  In of MODEL    6
    1    H    VAL 139           H        VAL 139   8.627  20.839   3.432
    2    HA   VAL 139           HA       VAL 139  10.916  19.620   4.363
    3    HB   VAL 139           HB       VAL 139  10.550  21.236   2.339
    4   HG13  VAL 139          HG11      VAL 139  11.819  23.260   2.545
    5   HG12  VAL 139          HG12      VAL 139  12.110  22.949   4.258
    6   HG11  VAL 139          HG13      VAL 139  10.474  23.298   3.685
    7   HG22  VAL 139          HG21      VAL 139  12.862  20.977   1.957
    8   HG21  VAL 139          HG22      VAL 139  12.330  19.591   2.913
    9   HG23  VAL 139          HG23      VAL 139  13.201  20.911   3.686

  No H/Q in entry =           9
  In of MODEL    6
    1    H    THR 140           H        THR 140   9.205  21.900   6.302
    2    HA   THR 140           HA       THR 140  11.138  23.362   7.635
    3    HB   THR 140           HB       THR 140   8.968  22.207   9.283
    4    HG1  THR 140           HG1      THR 140   7.742  22.373   7.508
    5   HG22  THR 140          HG21      THR 140   8.617  24.684   9.709
    6   HG21  THR 140          HG22      THR 140  10.079  24.958   8.761
    7   HG23  THR 140          HG23      THR 140  10.158  24.015  10.248

  No H/Q in entry =           7
  In of MODEL    6
    1    H    GLY 141           H        GLY 141  13.055  22.282   8.104
    2    HA3  GLY 141           HA2      GLY 141  14.571  21.074   9.311
    3    HA2  GLY 141           HA3      GLY 141  13.341  20.988  10.555

  No H/Q in entry =           3
  In of MODEL    6
    1    H    ARG 142           H        ARG 142  12.172  19.822   7.734
    2    HA   ARG 142           HA       ARG 142  11.794  17.239   8.705
    3    HB2  ARG 142           HB2      ARG 142  10.343  18.379   7.063
    4    HB3  ARG 142           HB3      ARG 142  11.615  18.209   5.865
    5    HG2  ARG 142           HG2      ARG 142  10.019  16.522   5.441
    6    HG3  ARG 142           HG3      ARG 142  11.428  15.725   6.146
    7    HD2  ARG 142           HD2      ARG 142  10.353  15.458   8.227
    8    HD3  ARG 142           HD3      ARG 142   9.087  16.604   7.798
    9    HE   ARG 142           HE       ARG 142   8.928  14.538   5.963
   10   HH11  ARG 142          HH11      ARG 142   8.554  14.904   9.432
   11   HH12  ARG 142          HH12      ARG 142   7.443  13.570   9.575
   12   HH21  ARG 142          HH21      ARG 142   7.456  12.780   6.182
   13   HH22  ARG 142          HH22      ARG 142   6.835  12.381   7.760

  No H/Q in entry =          13
  In of MODEL    6
    1    H    ILE 143           H        ILE 143  13.560  18.014   5.688
    2    HA   ILE 143           HA       ILE 143  14.750  16.085   4.914
    3    HB   ILE 143           HB       ILE 143  16.551  18.329   5.649
    4   HG12  ILE 143          HG12      ILE 143  14.383  18.433   3.549
    5   HG13  ILE 143          HG13      ILE 143  14.402  19.333   5.064
    6   HG23  ILE 143          HG21      ILE 143  17.706  16.785   4.366
    7   HG22  ILE 143          HG22      ILE 143  17.210  18.024   3.213
    8   HG21  ILE 143          HG23      ILE 143  16.334  16.497   3.295
    9   HD12  ILE 143          HD11      ILE 143  15.084  20.660   3.107
   10   HD11  ILE 143          HD12      ILE 143  16.488  19.606   2.930
   11   HD13  ILE 143          HD13      ILE 143  16.297  20.586   4.383

  No H/Q in entry =          11
  In of MODEL    6
    1    H    ALA 144           H        ALA 144  16.603  17.733   7.404
    2    HA   ALA 144           HA       ALA 144  18.630  15.842   7.584
    3    HB3  ALA 144           HB1      ALA 144  19.096  17.941   8.469
    4    HB2  ALA 144           HB2      ALA 144  18.963  16.908   9.891
    5    HB1  ALA 144           HB3      ALA 144  17.625  17.966   9.437

  No H/Q in entry =           5
  In of MODEL    6
    1    H    GLN 145           H        GLN 145  15.462  15.987   8.986
    2    HA   GLN 145           HA       GLN 145  15.956  14.164  11.087
    3    HB2  GLN 145           HB2      GLN 145  13.810  15.771  10.314
    4    HB3  GLN 145           HB3      GLN 145  13.217  14.127  10.131
    5    HG2  GLN 145           HG2      GLN 145  14.558  15.089  12.639
    6    HG3  GLN 145           HG3      GLN 145  12.824  15.245  12.366
    7   HE21  GLN 145          HE21      GLN 145  15.436  13.077  13.038
    8   HE22  GLN 145          HE22      GLN 145  14.471  11.688  13.378

  No H/Q in entry =           8
  In of MODEL    6
    1    H    THR 146           H        THR 146  15.188  13.694   7.497
    2    HA   THR 146           HA       THR 146  14.481  11.005   8.039
    3    HB   THR 146           HB       THR 146  15.116  12.407   5.448
    4    HG1  THR 146           HG1      THR 146  12.989  12.710   7.151
    5   HG21  THR 146          HG21      THR 146  14.827   9.802   5.736
    6   HG23  THR 146          HG22      THR 146  14.111  10.640   4.362
    7   HG22  THR 146          HG23      THR 146  13.111  10.214   5.750

  No H/Q in entry =           7
  In of MODEL    6
    1    H    LEU 147           H        LEU 147  17.275  12.762   8.000
    2    HA   LEU 147           HA       LEU 147  18.836  10.983   6.302
    3    HB2  LEU 147           HB2      LEU 147  19.921  13.427   7.676
    4    HB3  LEU 147           HB3      LEU 147  20.581  12.563   6.298
    5    HG   LEU 147           HG       LEU 147  18.193  14.383   6.361
    6   HD12  LEU 147          HD11      LEU 147  19.945  14.847   4.194
    7   HD11  LEU 147          HD12      LEU 147  20.919  14.707   5.658
    8   HD13  LEU 147          HD13      LEU 147  19.609  15.885   5.580
    9   HD21  LEU 147          HD21      LEU 147  18.339  12.061   4.848
   10   HD23  LEU 147          HD22      LEU 147  18.808  13.351   3.743
   11   HD22  LEU 147          HD23      LEU 147  17.264  13.432   4.590

  No H/Q in entry =          11
  In of MODEL    6
    1    H    LEU 148           H        LEU 148  18.141  12.004   9.498
    2    HA   LEU 148           HA       LEU 148  20.252  10.515  10.737
    3    HB2  LEU 148           HB2      LEU 148  17.691  11.411  12.040
    4    HB3  LEU 148           HB3      LEU 148  19.227  11.065  12.814
    5    HG   LEU 148           HG       LEU 148  18.449  13.451  11.182
    6   HD13  LEU 148          HD11      LEU 148  18.003  13.537  13.535
    7   HD12  LEU 148          HD12      LEU 148  19.334  14.629  13.145
    8   HD11  LEU 148          HD13      LEU 148  19.662  13.067  13.898
    9   HD21  LEU 148          HD21      LEU 148  21.270  12.612  11.873
   10   HD23  LEU 148          HD22      LEU 148  20.804  14.205  11.275
   11   HD22  LEU 148          HD23      LEU 148  20.585  12.786  10.255

  No H/Q in entry =          11
  In of MODEL    6
    1    H    ASN 149           H        ASN 149  17.071   9.959   9.541
    2    HA   ASN 149           HA       ASN 149  16.576   7.473  10.805
    3    HB2  ASN 149           HB2      ASN 149  14.705   8.457   9.725
    4    HB3  ASN 149           HB3      ASN 149  15.599   8.715   8.231
    5   HD21  ASN 149          HD21      ASN 149  14.076   6.299  10.268
    6   HD22  ASN 149          HD22      ASN 149  13.870   5.117   9.025

  No H/Q in entry =           6
  In of MODEL    6
    1    H    LEU 150           H        LEU 150  18.468   8.550   8.096
    2    HA   LEU 150           HA       LEU 150  19.145   5.923   7.093
    3    HB2  LEU 150           HB2      LEU 150  20.347   8.675   6.681
    4    HB3  LEU 150           HB3      LEU 150  20.972   7.233   5.879
    5    HG   LEU 150           HG       LEU 150  18.064   7.858   5.630
    6   HD12  LEU 150          HD11      LEU 150  19.768   8.989   3.534
    7   HD11  LEU 150          HD12      LEU 150  19.799   9.849   5.071
    8   HD13  LEU 150          HD13      LEU 150  18.268   9.597   4.233
    9   HD22  LEU 150          HD21      LEU 150  18.174   6.543   3.759
   10   HD21  LEU 150          HD22      LEU 150  19.408   5.796   4.777
   11   HD23  LEU 150          HD23      LEU 150  19.878   6.894   3.478

  No H/Q in entry =          11
  In of MODEL    6
    1    H    ALA 151           H        ALA 151  19.942   7.643  10.035
    2    HA   ALA 151           HA       ALA 151  22.610   6.445   9.990
    3    HB3  ALA 151           HB1      ALA 151  22.997   7.609  12.084
    4    HB2  ALA 151           HB2      ALA 151  21.310   8.117  12.153
    5    HB1  ALA 151           HB3      ALA 151  22.372   8.756  10.898

  No H/Q in entry =           5
  In of MODEL    6
    1    H    LYS 152           H        LYS 152  19.455   5.831  10.695
    2    HA   LYS 152           HA       LYS 152  20.021   3.885  12.789
    3    HB2  LYS 152           HB2      LYS 152  17.392   4.829  11.630
    4    HB3  LYS 152           HB3      LYS 152  17.575   3.771  13.029
    5    HG2  LYS 152           HG2      LYS 152  18.816   5.597  14.169
    6    HG3  LYS 152           HG3      LYS 152  18.455   6.641  12.797
    7    HD2  LYS 152           HD2      LYS 152  16.007   6.140  13.251
    8    HD3  LYS 152           HD3      LYS 152  16.541   5.438  14.780
    9    HE2  LYS 152           HE2      LYS 152  16.876   8.282  13.842
   10    HE3  LYS 152           HE3      LYS 152  15.914   7.706  15.202
   11    HZ2  LYS 152           HZ1      LYS 152  18.011   8.690  15.923
   12    HZ1  LYS 152           HZ2      LYS 152  18.878   7.563  15.010
   13    HZ3  LYS 152           HZ3      LYS 152  17.946   7.048  16.322

  No H/Q in entry =          13
  In of MODEL    6
    1    H    GLN 153           H        GLN 153  19.799   3.854   9.329
    2    HA   GLN 153           HA       GLN 153  18.837   1.089   9.394
    3    HB2  GLN 153           HB2      GLN 153  19.474   2.595   6.885
    4    HB3  GLN 153           HB3      GLN 153  18.287   1.333   7.141
    5    HG2  GLN 153           HG2      GLN 153  17.354   3.322   8.735
    6    HG3  GLN 153           HG3      GLN 153  18.057   4.204   7.377
    7   HE21  GLN 153          HE21      GLN 153  16.008   4.854   6.648
    8   HE22  GLN 153          HE22      GLN 153  14.945   3.749   5.850

  No H/Q in entry =           8
  In of MODEL    6
    1    HA   PRO 154           HA       PRO 154  22.713  -0.879   8.397
    2    HB2  PRO 154           HB2      PRO 154  22.169  -1.889   5.831
    3    HB3  PRO 154           HB3      PRO 154  21.902  -2.723   7.363
    4    HG2  PRO 154           HG2      PRO 154  19.978  -1.210   5.664
    5    HG3  PRO 154           HG3      PRO 154  19.715  -2.668   6.641
    6    HD2  PRO 154           HD2      PRO 154  18.833  -0.302   7.466
    7    HD3  PRO 154           HD3      PRO 154  19.529  -1.455   8.617

  No H/Q in entry =           7
  In of MODEL    6
    1    H    ASP 155           H        ASP 155  21.427   1.506   6.335
    2    HA   ASP 155           HA       ASP 155  23.587   1.650   4.449
    3    HB2  ASP 155           HB2      ASP 155  21.308   3.607   5.178
    4    HB3  ASP 155           HB3      ASP 155  22.547   4.021   4.000

  No H/Q in entry =           4
  In of MODEL    6
    1    H    ALA 156           H        ALA 156  23.357   3.091   7.893
    2    HA   ALA 156           HA       ALA 156  24.928   5.241   7.252
    3    HB2  ALA 156           HB1      ALA 156  23.662   4.856   9.373
    4    HB1  ALA 156           HB2      ALA 156  25.335   5.362   9.603
    5    HB3  ALA 156           HB3      ALA 156  24.887   3.670   9.819

  No H/Q in entry =           5
  In of MODEL    6
    1    H    MET 157           H        MET 157  26.870   5.162   6.344
    2    HA   MET 157           HA       MET 157  28.385   2.724   6.757
    3    HB2  MET 157           HB2      MET 157  27.733   4.041   4.568
    4    HB3  MET 157           HB3      MET 157  29.252   4.879   4.905
    5    HG2  MET 157           HG2      MET 157  30.164   2.438   5.146
    6    HG3  MET 157           HG3      MET 157  28.751   2.047   4.169
    7    HE1  MET 157           HE1      MET 157  32.347   2.968   4.194
    8    HE3  MET 157           HE2      MET 157  31.779   4.633   4.311
    9    HE2  MET 157           HE3      MET 157  32.606   4.084   2.853

  No H/Q in entry =           9
  In of MODEL    6
    1    H    THR 158           H        THR 158  29.439   3.016   8.868
    2    HA   THR 158           HA       THR 158  30.626   5.295   9.652
    3    HB   THR 158           HB       THR 158  32.257   3.752  10.908
    4    HG1  THR 158           HG1      THR 158  31.606   2.039   9.177
    5   HG23  THR 158          HG21      THR 158  30.231   4.674  11.921
    6   HG22  THR 158          HG22      THR 158  30.469   3.003  12.431
    7   HG21  THR 158          HG23      THR 158  29.265   3.385  11.200

  No H/Q in entry =           7
  In of MODEL    6
    1    H    HIS 159           H        HIS 159  32.695   6.108   9.719
    2    HA   HIS 159           HA       HIS 159  34.772   5.094   8.045
    3    HB2  HIS 159           HB2      HIS 159  34.578   6.426   6.225
    4    HB3  HIS 159           HB3      HIS 159  32.948   6.770   6.769
    5    HD1  HIS 159           HD1      HIS 159  36.356   8.276   6.501
    6    HD2  HIS 159           HD2      HIS 159  32.545   9.362   7.734
    7    HE1  HIS 159           HE1      HIS 159  36.416  10.771   6.748
    8    HE2  HIS 159           HE2      HIS 159  34.161  11.385   7.692

  No H/Q in entry =           8
  In of MODEL    6
    1    HA   PRO 160           HA       PRO 160  37.064   6.885  11.295
    2    HB2  PRO 160           HB2      PRO 160  39.209   8.087  10.073
    3    HB3  PRO 160           HB3      PRO 160  39.044   6.354  10.369
    4    HG2  PRO 160           HG2      PRO 160  38.464   7.908   7.876
    5    HG3  PRO 160           HG3      PRO 160  39.302   6.354   8.058
    6    HD2  PRO 160           HD2      PRO 160  36.752   6.457   7.267
    7    HD3  PRO 160           HD3      PRO 160  37.320   5.178   8.360

  No H/Q in entry =           7
  In of MODEL    6
    1    H    ASP 161           H        ASP 161  34.908   8.679  10.745
    2    HA   ASP 161           HA       ASP 161  35.748  11.022  12.018
    3    HB2  ASP 161           HB2      ASP 161  36.928  11.981  10.319
    4    HB3  ASP 161           HB3      ASP 161  36.117  11.034   9.083

  No H/Q in entry =           4
  In of MODEL    6
    1    H    GLY 162           H        GLY 162  33.452   9.353  10.080
    2    HA3  GLY 162           HA2      GLY 162  31.278  10.126  11.614
    3    HA2  GLY 162           HA3      GLY 162  31.285  11.052  10.112

  No H/Q in entry =           3
  In of MODEL    6
    1    H    MET 163           H        MET 163  29.198   9.622  10.154
    2    HA   MET 163           HA       MET 163  29.779   7.258   8.484
    3    HB2  MET 163           HB2      MET 163  27.722   6.183   9.617
    4    HB3  MET 163           HB3      MET 163  29.243   6.129  10.498
    5    HG2  MET 163           HG2      MET 163  28.364   8.343  11.569
    6    HG3  MET 163           HG3      MET 163  26.798   7.730  11.045
    7    HE3  MET 163           HE1      MET 163  26.097   4.721  13.211
    8    HE2  MET 163           HE2      MET 163  26.651   4.680  11.537
    9    HE1  MET 163           HE3      MET 163  25.516   5.924  12.060

  No H/Q in entry =           9
  In of MODEL    6
    1    H    GLN 164           H        GLN 164  28.918   7.512   6.746
    2    HA   GLN 164           HA       GLN 164  26.956   9.534   6.213
    3    HB2  GLN 164           HB2      GLN 164  27.863   9.368   3.958
    4    HB3  GLN 164           HB3      GLN 164  29.150   9.635   5.120
    5    HG2  GLN 164           HG2      GLN 164  28.769   6.831   4.791
    6    HG3  GLN 164           HG3      GLN 164  28.934   7.582   3.207
    7   HE21  GLN 164          HE21      GLN 164  30.929   6.773   2.764
    8   HE22  GLN 164          HE22      GLN 164  32.358   7.240   3.616

  No H/Q in entry =           8
  In of MODEL    6
    1    H    ILE 165           H        ILE 165  26.098   8.985   3.991
    2    HA   ILE 165           HA       ILE 165  25.106   6.501   3.258
    3    HB   ILE 165           HB       ILE 165  22.633   7.623   3.678
    4   HG12  ILE 165          HG12      ILE 165  22.937   7.829   6.389
    5   HG13  ILE 165          HG13      ILE 165  24.420   8.583   5.819
    6   HG21  ILE 165          HG21      ILE 165  24.048   5.670   5.454
    7   HG23  ILE 165          HG22      ILE 165  23.200   5.311   3.951
    8   HG22  ILE 165          HG23      ILE 165  22.303   5.893   5.357
    9   HD11  ILE 165          HD11      ILE 165  21.781   9.403   4.702
   10   HD13  ILE 165          HD12      ILE 165  23.292  10.308   4.777
   11   HD12  ILE 165          HD13      ILE 165  22.349  10.037   6.243

  No H/Q in entry =          11
  In of MODEL    6
    1    H    LYS 166           H        LYS 166  25.081   7.273   0.691
    2    HA   LYS 166           HA       LYS 166  24.990  10.048   0.542
    3    HB2  LYS 166           HB2      LYS 166  24.982   9.054  -1.998
    4    HB3  LYS 166           HB3      LYS 166  26.444   9.411  -1.098
    5    HG2  LYS 166           HG2      LYS 166  26.552   7.048  -0.391
    6    HG3  LYS 166           HG3      LYS 166  25.117   6.717  -1.368
    7    HD2  LYS 166           HD2      LYS 166  26.320   7.424  -3.377
    8    HD3  LYS 166           HD3      LYS 166  27.745   7.785  -2.402
    9    HE2  LYS 166           HE2      LYS 166  27.902   5.431  -1.755
   10    HE3  LYS 166           HE3      LYS 166  26.471   5.068  -2.718
   11    HZ1  LYS 166           HZ1      LYS 166  29.038   6.120  -3.780
   12    HZ3  LYS 166           HZ2      LYS 166  27.668   5.752  -4.696
   13    HZ2  LYS 166           HZ3      LYS 166  28.506   4.520  -3.901

  No H/Q in entry =          13
  In of MODEL    6
    1    H    ILE 167           H        ILE 167  23.203  11.009   0.378
    2    HA   ILE 167           HA       ILE 167  21.107   9.625  -1.119
    3    HB   ILE 167           HB       ILE 167  19.803  11.507   0.390
    4   HG12  ILE 167          HG12      ILE 167  21.103   9.962   2.512
    5   HG13  ILE 167          HG13      ILE 167  22.188  11.090   1.722
    6   HG23  ILE 167          HG21      ILE 167  18.919   9.346  -0.197
    7   HG22  ILE 167          HG22      ILE 167  18.862   9.521   1.557
    8   HG21  ILE 167          HG23      ILE 167  20.122   8.539   0.809
    9   HD11  ILE 167          HD11      ILE 167  20.454  12.844   2.104
   10   HD13  ILE 167          HD12      ILE 167  21.272  12.221   3.538
   11   HD12  ILE 167          HD13      ILE 167  19.640  11.677   3.143

  No H/Q in entry =          11
  In of MODEL    6
    1    H    THR 168           H        THR 168  21.098  10.584  -3.074
    2    HA   THR 168           HA       THR 168  21.835  13.273  -3.479
    3    HB   THR 168           HB       THR 168  20.505  13.080  -5.629
    4    HG1  THR 168           HG1      THR 168  19.356  11.094  -4.296
    5   HG22  THR 168          HG21      THR 168  22.179  10.612  -5.392
    6   HG21  THR 168          HG22      THR 168  22.933  12.190  -5.173
    7   HG23  THR 168          HG23      THR 168  22.120  11.805  -6.690

  No H/Q in entry =           7
  In of MODEL    6
    1    H    ARG 169           H        ARG 169  20.274  14.999  -3.906
    2    HA   ARG 169           HA       ARG 169  18.309  15.085  -1.800
    3    HB2  ARG 169           HB2      ARG 169  17.996  17.277  -3.669
    4    HB3  ARG 169           HB3      ARG 169  18.439  17.314  -1.987
    5    HG2  ARG 169           HG2      ARG 169  20.331  18.224  -2.744
    6    HG3  ARG 169           HG3      ARG 169  20.794  16.548  -3.019
    7    HD2  ARG 169           HD2      ARG 169  20.258  16.696  -5.330
    8    HD3  ARG 169           HD3      ARG 169  19.459  18.251  -5.109
    9    HE   ARG 169           HE       ARG 169  22.285  18.130  -4.434
   10   HH11  ARG 169          HH11      ARG 169  19.872  18.974  -6.823
   11   HH12  ARG 169          HH12      ARG 169  20.901  20.091  -7.654
   12   HH21  ARG 169          HH21      ARG 169  23.642  19.605  -5.531
   13   HH22  ARG 169          HH22      ARG 169  23.035  20.451  -6.918

  No H/Q in entry =          13
  In of MODEL    6
    1    H    GLN 170           H        GLN 170  18.344  14.085  -5.254
    2    HA   GLN 170           HA       GLN 170  15.783  14.265  -5.767
    3    HB2  GLN 170           HB2      GLN 170  17.803  12.122  -6.388
    4    HB3  GLN 170           HB3      GLN 170  16.155  12.037  -6.999
    5    HG2  GLN 170           HG2      GLN 170  17.276  13.037  -8.742
    6    HG3  GLN 170           HG3      GLN 170  16.611  14.421  -7.878
    7   HE21  GLN 170          HE21      GLN 170  19.434  12.840  -8.944
    8   HE22  GLN 170          HE22      GLN 170  20.578  13.971  -8.317

  No H/Q in entry =           8
  In of MODEL    6
    1    H    GLU 171           H        GLU 171  16.989  12.342  -2.906
    2    HA   GLU 171           HA       GLU 171  15.020  10.401  -3.406
    3    HB2  GLU 171           HB2      GLU 171  16.904  10.912  -1.072
    4    HB3  GLU 171           HB3      GLU 171  15.850   9.503  -1.221
    5    HG2  GLU 171           HG2      GLU 171  17.338   9.545  -3.562
    6    HG3  GLU 171           HG3      GLU 171  18.479   9.990  -2.299

  No H/Q in entry =           6
  In of MODEL    6
    1    H    ILE 172           H        ILE 172  16.113  13.177  -1.902
    2    HA   ILE 172           HA       ILE 172  14.213  13.545   0.160
    3    HB   ILE 172           HB       ILE 172  15.967  15.712  -0.974
    4   HG12  ILE 172          HG12      ILE 172  17.435  13.793  -0.846
    5   HG13  ILE 172          HG13      ILE 172  17.765  14.814   0.552
    6   HG21  ILE 172          HG21      ILE 172  14.272  15.903   0.991
    7   HG23  ILE 172          HG22      ILE 172  15.891  16.572   1.194
    8   HG22  ILE 172          HG23      ILE 172  15.486  15.008   1.901
    9   HD13  ILE 172          HD11      ILE 172  16.537  13.335   1.982
   10   HD12  ILE 172          HD12      ILE 172  17.685  12.378   1.042
   11   HD11  ILE 172          HD13      ILE 172  15.974  12.398   0.594

  No H/Q in entry =          11
  In of MODEL    6
    1    H    GLY 173           H        GLY 173  14.267  14.486  -3.467
    2    HA3  GLY 173           HA2      GLY 173  12.413  16.460  -3.207
    3    HA2  GLY 173           HA3      GLY 173  12.512  15.311  -4.541

  No H/Q in entry =           3
  In of MODEL    6
    1    H    GLN 174           H        GLN 174  12.069  13.083  -3.464
    2    HA   GLN 174           HA       GLN 174   9.254  12.971  -3.285
    3    HB2  GLN 174           HB2      GLN 174   9.620  10.994  -4.233
    4    HB3  GLN 174           HB3      GLN 174  11.317  11.447  -4.254
    5    HG2  GLN 174           HG2      GLN 174  10.964  10.406  -1.738
    6    HG3  GLN 174           HG3      GLN 174   9.975   9.366  -2.766
    7   HE21  GLN 174          HE21      GLN 174  12.400   8.731  -1.376
    8   HE22  GLN 174          HE22      GLN 174  13.554   8.244  -2.564

  No H/Q in entry =           8
  In of MODEL    6
    1    H    ILE 175           H        ILE 175  11.800  12.228  -0.921
    2    HA   ILE 175           HA       ILE 175  10.042  10.917   0.897
    3    HB   ILE 175           HB       ILE 175  12.745  12.173   1.368
    4   HG12  ILE 175          HG12      ILE 175  12.123   9.234   1.227
    5   HG13  ILE 175          HG13      ILE 175  12.467  10.162  -0.231
    6   HG22  ILE 175          HG21      ILE 175  11.892  10.069   3.195
    7   HG21  ILE 175          HG22      ILE 175  10.899  11.523   3.287
    8   HG23  ILE 175          HG23      ILE 175  12.641  11.631   3.530
    9   HD11  ILE 175          HD11      ILE 175  14.296   9.926   2.143
   10   HD13  ILE 175          HD12      ILE 175  14.637  10.765   0.630
   11   HD12  ILE 175          HD13      ILE 175  14.442   9.011   0.641

  No H/Q in entry =          11
  In of MODEL    6
    1    H    VAL 176           H        VAL 176  11.194  14.172   0.489
    2    HA   VAL 176           HA       VAL 176   9.864  15.026   2.923
    3    HB   VAL 176           HB       VAL 176  11.584  16.560   0.977
    4   HG13  VAL 176          HG11      VAL 176  11.057  18.404   2.066
    5   HG12  VAL 176          HG12      VAL 176  11.445  17.642   3.613
    6   HG11  VAL 176          HG13      VAL 176   9.821  17.497   2.936
    7   HG22  VAL 176          HG21      VAL 176  12.821  14.821   2.111
    8   HG21  VAL 176          HG22      VAL 176  12.172  15.335   3.668
    9   HG23  VAL 176          HG23      VAL 176  13.268  16.392   2.777

  No H/Q in entry =           9
  In of MODEL    6
    1    H    GLY 177           H        GLY 177   9.514  15.162  -0.532
    2    HA3  GLY 177           HA2      GLY 177   7.290  15.310  -1.407
    3    HA2  GLY 177           HA3      GLY 177   6.894  16.432  -0.115

  No H/Q in entry =           3
  In of MODEL    6
    1    H    CYS 178           H        CYS 178   9.753  17.488  -0.866
    2    HA   CYS 178           HA       CYS 178   8.750  19.344  -2.938
    3    HB2  CYS 178           HB2      CYS 178  10.203  21.063  -1.903
    4    HB3  CYS 178           HB3      CYS 178   8.932  20.521  -0.813
    5    HG   CYS 178           HG       CYS 178  11.748  18.778  -0.471

  No H/Q in entry =           5
  In of MODEL    6
    1    H    SER 179           H        SER 179  10.387  20.073  -4.468
    2    HA   SER 179           HA       SER 179  12.011  17.944  -5.248
    3    HB2  SER 179           HB2      SER 179  12.860  20.468  -6.354
    4    HB3  SER 179           HB3      SER 179  11.982  19.159  -7.149
    5    HG   SER 179           HG       SER 179  10.524  20.736  -7.225

  No H/Q in entry =           5
  In of MODEL    6
    1    H    ARG 180           H        ARG 180  14.195  18.124  -5.542
    2    HA   ARG 180           HA       ARG 180  15.847  18.589  -3.446
    3    HB2  ARG 180           HB2      ARG 180  17.649  18.757  -5.383
    4    HB3  ARG 180           HB3      ARG 180  16.866  17.248  -4.960
    5    HG2  ARG 180           HG2      ARG 180  16.825  17.241  -7.247
    6    HG3  ARG 180           HG3      ARG 180  15.210  17.801  -6.827
    7    HD2  ARG 180           HD2      ARG 180  15.831  20.078  -7.310
    8    HD3  ARG 180           HD3      ARG 180  17.513  19.602  -7.561
    9    HE   ARG 180           HE       ARG 180  15.921  18.100  -9.291
   10   HH11  ARG 180          HH11      ARG 180  16.829  21.465  -8.847
   11   HH12  ARG 180          HH12      ARG 180  16.739  21.819 -10.549
   12   HH21  ARG 180          HH21      ARG 180  15.778  18.585 -11.492
   13   HH22  ARG 180          HH22      ARG 180  16.130  20.191 -12.047

  No H/Q in entry =          13
  In of MODEL    6
    1    H    GLU 181           H        GLU 181  14.117  20.949  -4.244
    2    HA   GLU 181           HA       GLU 181  16.137  22.931  -4.763
    3    HB2  GLU 181           HB2      GLU 181  13.217  22.875  -5.274
    4    HB3  GLU 181           HB3      GLU 181  14.156  24.363  -5.381
    5    HG2  GLU 181           HG2      GLU 181  14.525  21.847  -6.978
    6    HG3  GLU 181           HG3      GLU 181  13.991  23.423  -7.566

  No H/Q in entry =           6
  In of MODEL    6
    1    H    THR 182           H        THR 182  13.127  22.913  -3.006
    2    HA   THR 182           HA       THR 182  13.778  24.854  -1.034
    3    HB   THR 182           HB       THR 182  12.121  22.602  -0.052
    4    HG1  THR 182           HG1      THR 182  10.572  23.906  -1.810
    5   HG21  THR 182          HG21      THR 182  12.162  24.815   1.035
    6   HG23  THR 182          HG22      THR 182  10.541  24.387   0.486
    7   HG22  THR 182          HG23      THR 182  11.508  25.539  -0.434

  No H/Q in entry =           7
  In of MODEL    6
    1    H    VAL 183           H        VAL 183  13.820  21.340  -1.141
    2    HA   VAL 183           HA       VAL 183  15.461  20.883   1.144
    3    HB   VAL 183           HB       VAL 183  14.120  19.427  -0.980
    4   HG13  VAL 183          HG11      VAL 183  15.515  17.596  -1.332
    5   HG12  VAL 183          HG12      VAL 183  16.661  18.140  -0.094
    6   HG11  VAL 183          HG13      VAL 183  16.523  19.025  -1.612
    7   HG23  VAL 183          HG21      VAL 183  15.128  18.478   1.669
    8   HG22  VAL 183          HG22      VAL 183  13.917  17.693   0.653
    9   HG21  VAL 183          HG23      VAL 183  13.575  19.262   1.378

  No H/Q in entry =           9
  In of MODEL    6
    1    H    GLY 184           H        GLY 184  16.055  21.530  -2.411
    2    HA3  GLY 184           HA2      GLY 184  18.683  21.061  -2.441
    3    HA2  GLY 184           HA3      GLY 184  17.891  22.378  -3.302

  No H/Q in entry =           3
  In of MODEL    6
    1    H    ARG 185           H        ARG 185  17.050  23.393  -0.308
    2    HA   ARG 185           HA       ARG 185  19.156  25.289  -0.503
    3    HB2  ARG 185           HB2      ARG 185  16.930  24.839   1.491
    4    HB3  ARG 185           HB3      ARG 185  18.124  26.121   1.652
    5    HG2  ARG 185           HG2      ARG 185  16.019  25.799  -0.467
    6    HG3  ARG 185           HG3      ARG 185  16.182  27.094   0.718
    7    HD2  ARG 185           HD2      ARG 185  17.115  28.190  -1.022
    8    HD3  ARG 185           HD3      ARG 185  18.558  27.303  -0.534
    9    HE   ARG 185           HE       ARG 185  17.034  25.767  -2.363
   10   HH11  ARG 185          HH11      ARG 185  19.127  28.580  -2.240
   11   HH12  ARG 185          HH12      ARG 185  19.689  28.391  -3.871
   12   HH21  ARG 185          HH21      ARG 185  17.752  25.537  -4.525
   13   HH22  ARG 185          HH22      ARG 185  18.892  26.670  -5.175

  No H/Q in entry =          13
  In of MODEL    6
    1    H    ILE 186           H        ILE 186  17.917  23.148   2.205
    2    HA   ILE 186           HA       ILE 186  20.066  23.180   3.604
    3    HB   ILE 186           HB       ILE 186  17.908  21.152   3.318
    4   HG12  ILE 186          HG12      ILE 186  17.707  22.114   5.807
    5   HG13  ILE 186          HG13      ILE 186  18.593  23.452   5.090
    6   HG21  ILE 186          HG21      ILE 186  20.378  20.887   4.948
    7   HG23  ILE 186          HG22      ILE 186  19.370  19.644   4.206
    8   HG22  ILE 186          HG23      ILE 186  18.845  20.431   5.691
    9   HD13  ILE 186          HD11      ILE 186  16.641  24.263   4.434
   10   HD12  ILE 186          HD12      ILE 186  15.806  22.785   4.909
   11   HD11  ILE 186          HD13      ILE 186  16.520  22.913   3.304

  No H/Q in entry =          11
  In of MODEL    6
    1    H    LEU 187           H        LEU 187  19.717  20.980   0.953
    2    HA   LEU 187           HA       LEU 187  21.899  19.398   1.808
    3    HB2  LEU 187           HB2      LEU 187  20.481  19.565  -0.813
    4    HB3  LEU 187           HB3      LEU 187  21.562  18.260  -0.294
    5    HG   LEU 187           HG       LEU 187  18.828  18.971   0.756
    6   HD13  LEU 187          HD11      LEU 187  18.259  17.045   0.006
    7   HD12  LEU 187          HD12      LEU 187  19.587  16.245   0.859
    8   HD11  LEU 187          HD13      LEU 187  19.848  16.930  -0.750
    9   HD23  LEU 187          HD21      LEU 187  20.807  17.321   2.318
   10   HD22  LEU 187          HD22      LEU 187  19.131  17.647   2.748
   11   HD21  LEU 187          HD23      LEU 187  20.310  18.957   2.741

  No H/Q in entry =          11
  In of MODEL    6
    1    H    LYS 188           H        LYS 188  21.623  22.418   0.654
    2    HA   LYS 188           HA       LYS 188  24.165  22.465  -0.837
    3    HB2  LYS 188           HB2      LYS 188  22.015  23.966  -1.342
    4    HB3  LYS 188           HB3      LYS 188  22.735  24.986  -0.106
    5    HG2  LYS 188           HG2      LYS 188  24.215  24.053  -2.551
    6    HG3  LYS 188           HG3      LYS 188  23.322  25.571  -2.471
    7    HD2  LYS 188           HD2      LYS 188  25.063  26.565  -1.501
    8    HD3  LYS 188           HD3      LYS 188  25.028  25.385  -0.188
    9    HE2  LYS 188           HE2      LYS 188  26.229  23.850  -1.929
   10    HE3  LYS 188           HE3      LYS 188  26.633  25.379  -2.707
   11    HZ1  LYS 188           HZ1      LYS 188  27.148  25.097   0.171
   12    HZ3  LYS 188           HZ2      LYS 188  27.978  26.001  -0.996
   13    HZ2  LYS 188           HZ3      LYS 188  28.196  24.323  -0.920

  No H/Q in entry =          13
  In of MODEL    6
    1    H    MET 189           H        MET 189  22.636  23.268   2.225
    2    HA   MET 189           HA       MET 189  24.960  24.718   3.209
    3    HB2  MET 189           HB2      MET 189  23.821  25.173   5.199
    4    HB3  MET 189           HB3      MET 189  22.604  25.274   3.943
    5    HG2  MET 189           HG2      MET 189  21.802  23.049   4.567
    6    HG3  MET 189           HG3      MET 189  23.017  22.987   5.846
    7    HE2  MET 189           HE1      MET 189  19.513  25.991   5.736
    8    HE1  MET 189           HE2      MET 189  19.938  24.883   4.433
    9    HE3  MET 189           HE3      MET 189  20.974  26.262   4.790

  No H/Q in entry =           9
  In of MODEL    6
    1    H    LEU 190           H        LEU 190  23.792  21.487   3.187
    2    HA   LEU 190           HA       LEU 190  25.152  20.377   5.321
    3    HB2  LEU 190           HB2      LEU 190  24.732  19.190   2.593
    4    HB3  LEU 190           HB3      LEU 190  25.137  18.292   4.047
    5    HG   LEU 190           HG       LEU 190  22.588  19.650   3.329
    6   HD13  LEU 190          HD11      LEU 190  22.760  17.356   2.760
    7   HD12  LEU 190          HD12      LEU 190  21.684  17.505   4.153
    8   HD11  LEU 190          HD13      LEU 190  23.347  16.947   4.371
    9   HD21  LEU 190          HD21      LEU 190  23.571  19.042   6.086
   10   HD23  LEU 190          HD22      LEU 190  21.867  19.232   5.682
   11   HD22  LEU 190          HD23      LEU 190  22.984  20.575   5.447

  No H/Q in entry =          11
  In of MODEL    6
    1    H    GLU 191           H        GLU 191  26.392  20.789   1.948
    2    HA   GLU 191           HA       GLU 191  28.939  19.884   2.475
    3    HB2  GLU 191           HB2      GLU 191  28.110  20.101   0.234
    4    HB3  GLU 191           HB3      GLU 191  27.728  21.795   0.474
    5    HG2  GLU 191           HG2      GLU 191  30.227  22.171   0.709
    6    HG3  GLU 191           HG3      GLU 191  30.421  20.532   0.089

  No H/Q in entry =           6
  In of MODEL    6
    1    H    ASP 192           H        ASP 192  27.323  22.693   3.452
    2    HA   ASP 192           HA       ASP 192  29.766  24.237   3.746
    3    HB2  ASP 192           HB2      ASP 192  26.866  24.862   3.900
    4    HB3  ASP 192           HB3      ASP 192  27.938  25.826   4.908

  No H/Q in entry =           4
  In of MODEL    6
    1    H    GLN 193           H        GLN 193  28.078  21.958   5.291
    2    HA   GLN 193           HA       GLN 193  28.152  20.970   7.350
    3    HB2  GLN 193           HB2      GLN 193  30.513  22.807   7.524
    4    HB3  GLN 193           HB3      GLN 193  29.958  21.991   8.976
    5    HG2  GLN 193           HG2      GLN 193  31.566  20.549   8.225
    6    HG3  GLN 193           HG3      GLN 193  30.115  19.857   7.509
    7   HE21  GLN 193          HE21      GLN 193  29.874  19.849   5.323
    8   HE22  GLN 193          HE22      GLN 193  31.105  20.355   4.223

  No H/Q in entry =           8
  In of MODEL    6
    1    H    ASN 194           H        ASN 194  26.558  23.396   6.724
    2    HA   ASN 194           HA       ASN 194  26.409  24.772   9.288
    3    HB2  ASN 194           HB2      ASN 194  25.849  25.548   6.694
    4    HB3  ASN 194           HB3      ASN 194  24.248  25.318   7.392
    5   HD21  ASN 194          HD21      ASN 194  27.151  27.179   7.434
    6   HD22  ASN 194          HD22      ASN 194  26.583  28.428   8.484

  No H/Q in entry =           6
  In of MODEL    6
    1    H    LEU 195           H        LEU 195  25.270  21.953   8.026
    2    HA   LEU 195           HA       LEU 195  23.207  21.781  10.097
    3    HB2  LEU 195           HB2      LEU 195  22.380  22.513   7.721
    4    HB3  LEU 195           HB3      LEU 195  22.575  20.819   7.341
    5    HG   LEU 195           HG       LEU 195  20.989  21.260   9.756
    6   HD12  LEU 195          HD11      LEU 195  18.995  21.985   8.435
    7   HD11  LEU 195          HD12      LEU 195  20.090  22.365   7.103
    8   HD13  LEU 195          HD13      LEU 195  20.229  23.229   8.635
    9   HD22  LEU 195          HD21      LEU 195  20.987  19.107   8.827
   10   HD21  LEU 195          HD22      LEU 195  20.739  19.726   7.193
   11   HD23  LEU 195          HD23      LEU 195  19.429  19.804   8.371

  No H/Q in entry =          11
  In of MODEL    6
    1    H    ILE 196           H        ILE 196  25.402  20.238   7.905
    2    HA   ILE 196           HA       ILE 196  25.600  17.806   9.288
    3    HB   ILE 196           HB       ILE 196  24.705  17.483   6.419
    4   HG12  ILE 196          HG12      ILE 196  23.053  16.849   8.861
    5   HG13  ILE 196          HG13      ILE 196  22.846  18.339   7.938
    6   HG22  ILE 196          HG21      ILE 196  24.246  15.199   7.975
    7   HG21  ILE 196          HG22      ILE 196  25.830  15.797   8.465
    8   HG23  ILE 196          HG23      ILE 196  25.514  15.425   6.772
    9   HD13  ILE 196          HD11      ILE 196  22.281  17.107   5.983
   10   HD12  ILE 196          HD12      ILE 196  21.262  16.560   7.321
   11   HD11  ILE 196          HD13      ILE 196  22.635  15.581   6.791

  No H/Q in entry =          11
  In of MODEL    6
    1    H    SER 197           H        SER 197  26.586  16.812   6.541
    2    HA   SER 197           HA       SER 197  28.506  18.451   5.602
    3    HB2  SER 197           HB2      SER 197  29.685  18.069   7.662
    4    HB3  SER 197           HB3      SER 197  29.568  16.329   7.428
    5    HG   SER 197           HG       SER 197  31.589  17.485   6.760

  No H/Q in entry =           5
  In of MODEL    6
    1    H    ALA 198           H        ALA 198  27.877  17.843   3.581
    2    HA   ALA 198           HA       ALA 198  27.597  15.035   3.051
    3    HB2  ALA 198           HB1      ALA 198  27.004  17.466   1.344
    4    HB3  ALA 198           HB2      ALA 198  25.810  16.567   2.280
    5    HB1  ALA 198           HB3      ALA 198  26.637  15.791   0.929

  No H/Q in entry =           5
  In of MODEL    6
    1    H    HIS 199           H        HIS 199  29.385  14.093   2.508
    2    HA   HIS 199           HA       HIS 199  31.615  15.561   1.348
    3    HB2  HIS 199           HB2      HIS 199  31.523  13.384   3.036
    4    HB3  HIS 199           HB3      HIS 199  31.764  12.611   1.472
    5    HD1  HIS 199           HD1      HIS 199  33.662  13.806   4.193
    6    HD2  HIS 199           HD2      HIS 199  34.058  14.091   0.062
    7    HE1  HIS 199           HE1      HIS 199  36.078  14.347   3.780
    8    HE2  HIS 199           HE2      HIS 199  36.272  14.633   1.289

  No H/Q in entry =           8
  In of MODEL    6
    1    H    GLY 200           H        GLY 200  30.276  16.165  -0.455
    2    HA3  GLY 200           HA2      GLY 200  29.975  15.913  -2.768
    3    HA2  GLY 200           HA3      GLY 200  30.299  14.184  -2.601

  No H/Q in entry =           3
  In of MODEL    6
    1    H    LYS 201           H        LYS 201  28.510  12.997  -3.031
    2    HA   LYS 201           HA       LYS 201  25.917  14.131  -2.296
    3    HB2  LYS 201           HB2      LYS 201  24.982  12.216  -3.643
    4    HB3  LYS 201           HB3      LYS 201  25.936  13.377  -4.548
    5    HG2  LYS 201           HG2      LYS 201  27.680  11.319  -3.670
    6    HG3  LYS 201           HG3      LYS 201  26.250  10.567  -4.382
    7    HD2  LYS 201           HD2      LYS 201  26.629  12.370  -6.259
    8    HD3  LYS 201           HD3      LYS 201  28.278  12.364  -5.636
    9    HE2  LYS 201           HE2      LYS 201  28.323   9.896  -5.953
   10    HE3  LYS 201           HE3      LYS 201  26.734  10.004  -6.708
   11    HZ1  LYS 201           HZ1      LYS 201  28.119  11.813  -8.117
   12    HZ3  LYS 201           HZ2      LYS 201  27.932  10.198  -8.582
   13    HZ2  LYS 201           HZ3      LYS 201  29.335  10.689  -7.779

  No H/Q in entry =          13
  In of MODEL    6
    1    H    THR 202           H        THR 202  28.199  12.155  -1.125
    2    HA   THR 202           HA       THR 202  26.666  10.384   0.507
    3    HB   THR 202           HB       THR 202  29.335  10.976   1.509
    4    HG1  THR 202           HG1      THR 202  30.135  11.398  -0.442
    5   HG23  THR 202          HG21      THR 202  29.659   8.570   1.182
    6   HG22  THR 202          HG22      THR 202  28.156   8.490   0.263
    7   HG21  THR 202          HG23      THR 202  28.120   8.903   1.976

  No H/Q in entry =           7
  In of MODEL    6
    1    H    ILE 203           H        ILE 203  25.934  10.880   2.588
    2    HA   ILE 203           HA       ILE 203  26.595  13.581   3.469
    3    HB   ILE 203           HB       ILE 203  24.017  12.158   3.266
    4   HG12  ILE 203          HG12      ILE 203  24.734  15.093   3.236
    5   HG13  ILE 203          HG13      ILE 203  24.728  14.054   1.817
    6   HG23  ILE 203          HG21      ILE 203  22.944  13.334   5.068
    7   HG22  ILE 203          HG22      ILE 203  24.443  14.166   5.476
    8   HG21  ILE 203          HG23      ILE 203  24.305  12.426   5.728
    9   HD13  ILE 203          HD11      ILE 203  22.345  13.732   2.030
   10   HD12  ILE 203          HD12      ILE 203  22.728  15.454   1.999
   11   HD11  ILE 203          HD13      ILE 203  22.331  14.668   3.525

  No H/Q in entry =          11
  In of MODEL    6
    1    H    VAL 204           H        VAL 204  27.659  13.718   5.302
    2    HA   VAL 204           HA       VAL 204  27.692  11.444   7.189
    3    HB   VAL 204           HB       VAL 204  29.830  13.362   6.285
    4   HG12  VAL 204          HG11      VAL 204  31.158  12.832   8.284
    5   HG11  VAL 204          HG12      VAL 204  29.753  12.024   8.981
    6   HG13  VAL 204          HG13      VAL 204  29.707  13.758   8.663
    7   HG23  VAL 204          HG21      VAL 204  31.199  11.240   6.658
    8   HG22  VAL 204          HG22      VAL 204  30.062  11.258   5.311
    9   HG21  VAL 204          HG23      VAL 204  29.645  10.421   6.808

  No H/Q in entry =           9
  In of MODEL    6
    1    H    VAL 205           H        VAL 205  26.115  12.044   8.315
    2    HA   VAL 205           HA       VAL 205  25.982  14.437   9.903
    3    HB   VAL 205           HB       VAL 205  24.496  12.885  11.375
    4   HG13  VAL 205          HG11      VAL 205  23.491  14.325   9.668
    5   HG12  VAL 205          HG12      VAL 205  22.661  12.771   9.709
    6   HG11  VAL 205          HG13      VAL 205  23.821  13.114   8.424
    7   HG23  VAL 205          HG21      VAL 205  24.855  10.976   9.057
    8   HG22  VAL 205          HG22      VAL 205  23.853  10.732  10.490
    9   HG21  VAL 205          HG23      VAL 205  25.612  10.768  10.639

  No H/Q in entry =           9
  In of MODEL    6
    1    H    TYR 206           H        TYR 206  28.051  14.705  10.470
    2    HA   TYR 206           HA       TYR 206  30.028  13.102  11.448
    3    HB2  TYR 206           HB2      TYR 206  29.146  15.830  12.439
    4    HB3  TYR 206           HB3      TYR 206  30.580  15.031  13.060
    5    HD1  TYR 206           HD1      TYR 206  29.419  17.386  10.793
    6    HD2  TYR 206           HD2      TYR 206  32.219  14.189  11.127
    7    HE1  TYR 206           HE1      TYR 206  30.752  18.384   9.012
    8    HE2  TYR 206           HE2      TYR 206  33.570  15.156   9.324
    9    HH   TYR 206           HH       TYR 206  33.837  16.935   7.967

  No H/Q in entry =           9
  In of MODEL    6
    1    H    GLY 207           H        GLY 207  27.524  14.683  13.457
    2    HA3  GLY 207           HA2      GLY 207  26.967  12.530  15.099
    3    HA2  GLY 207           HA3      GLY 207  28.329  13.357  15.836

  No H/Q in entry =           3
  In of MODEL    6
    1    H    THR 208           H        THR 208  27.830  15.933  15.512
    2    HA   THR 208           HA       THR 208  25.908  16.579  17.465
    3    HB   THR 208           HB       THR 208  26.818  18.638  15.510
    4    HG1  THR 208           HG1      THR 208  28.914  18.574  16.718
    5   HG23  THR 208          HG21      THR 208  27.120  19.988  17.465
    6   HG22  THR 208          HG22      THR 208  26.974  18.588  18.524
    7   HG21  THR 208          HG23      THR 208  25.570  19.163  17.625

  No H/Q in entry =           7
  In of MODEL    6
    1    H    ARG 209           H        ARG 209  25.862  16.325  14.025
    2    HA   ARG 209           HA       ARG 209  23.040  16.520  13.862
    3    HB2  ARG 209           HB2      ARG 209  24.441  18.942  13.626
    4    HB3  ARG 209           HB3      ARG 209  24.083  18.459  11.974
    5    HG2  ARG 209           HG2      ARG 209  21.716  18.307  12.512
    6    HG3  ARG 209           HG3      ARG 209  22.062  18.757  14.185
    7    HD2  ARG 209           HD2      ARG 209  22.895  20.911  13.472
    8    HD3  ARG 209           HD3      ARG 209  22.691  20.463  11.780
    9    HE   ARG 209           HE       ARG 209  20.231  20.236  13.141
   10   HH11  ARG 209          HH11      ARG 209  22.448  22.644  11.905
   11   HH12  ARG 209          HH12      ARG 209  21.216  23.838  11.658
   12   HH21  ARG 209          HH21      ARG 209  18.602  21.810  12.814
   13   HH22  ARG 209          HH22      ARG 209  19.036  23.365  12.174

  No H/Q in entry =          13
  In of MODEL    7
    1    H1   VAL   1           H1       VAL   1 -25.058 -12.524   4.702
    2    H2   VAL   1           H3       VAL   1 -26.375 -12.321   5.747
    3    H3   VAL   1           H2       VAL   1 -25.674 -13.850   5.548
    4    HA   VAL   1           HA       VAL   1 -27.497 -14.060   4.233
    5    HB   VAL   1           HB       VAL   1 -28.173 -11.672   4.502
    6   HG11  VAL   1          HG11      VAL   1 -26.243 -11.246   2.237
    7   HG13  VAL   1          HG12      VAL   1 -26.247 -10.476   3.823
    8   HG12  VAL   1          HG13      VAL   1 -27.516 -10.101   2.659
    9   HG22  VAL   1          HG21      VAL   1 -29.479 -13.109   3.076
   10   HG21  VAL   1          HG22      VAL   1 -28.390 -12.813   1.722
   11   HG23  VAL   1          HG23      VAL   1 -29.383 -11.501   2.358

  No H/Q in entry =          11
  In of MODEL    7
    1    H    LEU   2           H        LEU   2 -27.504 -14.934   2.139
    2    HA   LEU   2           HA       LEU   2 -25.008 -14.571   0.611
    3    HB2  LEU   2           HB2      LEU   2 -25.519 -16.796   1.989
    4    HB3  LEU   2           HB3      LEU   2 -26.442 -17.183   0.551
    5    HG   LEU   2           HG       LEU   2 -24.320 -16.735  -0.776
    6   HD12  LEU   2          HD11      LEU   2 -22.215 -16.953   0.478
    7   HD11  LEU   2          HD12      LEU   2 -23.123 -16.865   1.988
    8   HD13  LEU   2          HD13      LEU   2 -23.095 -15.483   0.892
    9   HD22  LEU   2          HD21      LEU   2 -25.157 -18.979  -0.364
   10   HD21  LEU   2          HD22      LEU   2 -24.354 -19.008   1.205
   11   HD23  LEU   2          HD23      LEU   2 -23.396 -18.951  -0.274

  No H/Q in entry =          11
  In of MODEL    7
    1    H    GLY   3           H        GLY   3 -26.284 -16.702  -1.243
    2    HA3  GLY   3           HA2      GLY   3 -27.966 -16.805  -2.880
    3    HA2  GLY   3           HA3      GLY   3 -28.504 -15.207  -2.399

  No H/Q in entry =           3
  In of MODEL    7
    1    H    LYS   4           H        LYS   4 -25.158 -15.870  -3.094
    2    HA   LYS   4           HA       LYS   4 -25.416 -14.571  -5.690
    3    HB2  LYS   4           HB2      LYS   4 -24.245 -13.392  -3.388
    4    HB3  LYS   4           HB3      LYS   4 -22.973 -13.689  -4.564
    5    HG2  LYS   4           HG2      LYS   4 -23.717 -11.540  -5.061
    6    HG3  LYS   4           HG3      LYS   4 -24.537 -12.548  -6.253
    7    HD2  LYS   4           HD2      LYS   4 -26.203 -12.446  -3.971
    8    HD3  LYS   4           HD3      LYS   4 -25.663 -10.796  -4.288
    9    HE2  LYS   4           HE2      LYS   4 -26.498 -10.878  -6.527
   10    HE3  LYS   4           HE3      LYS   4 -26.830 -12.605  -6.397
   11    HZ1  LYS   4           HZ1      LYS   4 -28.444 -12.027  -4.603
   12    HZ3  LYS   4           HZ2      LYS   4 -28.872 -11.464  -6.141
   13    HZ2  LYS   4           HZ3      LYS   4 -28.230 -10.396  -5.000

  No H/Q in entry =          13
  In of MODEL    7
    1    HA   PRO   5           HA       PRO   5 -22.816 -18.105  -6.627
    2    HB2  PRO   5           HB2      PRO   5 -22.641 -17.719  -9.303
    3    HB3  PRO   5           HB3      PRO   5 -24.071 -18.397  -8.519
    4    HG2  PRO   5           HG2      PRO   5 -23.586 -15.617  -9.497
    5    HG3  PRO   5           HG3      PRO   5 -25.059 -16.598  -9.588
    6    HD2  PRO   5           HD2      PRO   5 -24.655 -14.625  -7.733
    7    HD3  PRO   5           HD3      PRO   5 -25.715 -16.022  -7.473

  No H/Q in entry =           7
  In of MODEL    7
    1    H    GLN   6           H        GLN   6 -21.171 -16.817  -5.391
    2    HA   GLN   6           HA       GLN   6 -19.324 -15.112  -6.692
    3    HB2  GLN   6           HB2      GLN   6 -19.825 -15.637  -4.140
    4    HB3  GLN   6           HB3      GLN   6 -18.516 -16.787  -4.356
    5    HG2  GLN   6           HG2      GLN   6 -17.001 -15.031  -4.970
    6    HG3  GLN   6           HG3      GLN   6 -18.308 -13.846  -4.954
    7   HE21  GLN   6          HE21      GLN   6 -16.130 -15.744  -3.050
    8   HE22  GLN   6          HE22      GLN   6 -16.493 -14.992  -1.528

  No H/Q in entry =           8
  In of MODEL    7
    1    H    THR   7           H        THR   7 -19.553 -18.564  -6.296
    2    HA   THR   7           HA       THR   7 -18.506 -20.316  -7.280
    3    HB   THR   7           HB       THR   7 -16.756 -18.506  -8.927
    4    HG1  THR   7           HG1      THR   7 -19.199 -18.005  -8.895
    5   HG22  THR   7          HG21      THR   7 -18.117 -21.146  -9.492
    6   HG21  THR   7          HG22      THR   7 -16.430 -20.950  -9.015
    7   HG23  THR   7          HG23      THR   7 -16.991 -20.306 -10.558

  No H/Q in entry =           7
  In of MODEL    7
    1    H    ASP   8           H        ASP   8 -17.667 -19.761  -4.822
    2    HA   ASP   8           HA       ASP   8 -14.728 -19.906  -5.014
    3    HB2  ASP   8           HB2      ASP   8 -16.488 -18.347  -3.261
    4    HB3  ASP   8           HB3      ASP   8 -15.260 -19.256  -2.394

  No H/Q in entry =           4
  In of MODEL    7
    1    HA   PRO   9           HA       PRO   9 -16.333 -24.047  -3.662
    2    HB2  PRO   9           HB2      PRO   9 -13.987 -25.311  -4.408
    3    HB3  PRO   9           HB3      PRO   9 -15.405 -25.116  -5.443
    4    HG2  PRO   9           HG2      PRO   9 -12.892 -23.500  -5.342
    5    HG3  PRO   9           HG3      PRO   9 -13.833 -24.023  -6.749
    6    HD2  PRO   9           HD2      PRO   9 -13.983 -21.516  -5.827
    7    HD3  PRO   9           HD3      PRO   9 -15.415 -22.348  -6.471

  No H/Q in entry =           7
  In of MODEL    7
    1    H    THR  10           H        THR  10 -12.951 -22.920  -3.229
    2    HA   THR  10           HA       THR  10 -12.647 -24.500  -0.849
    3    HB   THR  10           HB       THR  10 -10.497 -22.861  -0.839
    4    HG1  THR  10           HG1      THR  10  -9.921 -22.443  -3.033
    5   HG22  THR  10          HG21      THR  10  -9.308 -24.591  -2.146
    6   HG21  THR  10          HG22      THR  10 -10.863 -25.271  -2.626
    7   HG23  THR  10          HG23      THR  10 -10.378 -25.292  -0.931

  No H/Q in entry =           7
  In of MODEL    7
    1    H    LEU  11           H        LEU  11 -13.768 -21.242  -1.648
    2    HA   LEU  11           HA       LEU  11 -13.060 -20.350   0.963
    3    HB2  LEU  11           HB2      LEU  11 -13.504 -18.906  -1.223
    4    HB3  LEU  11           HB3      LEU  11 -15.072 -18.736  -0.435
    5    HG   LEU  11           HG       LEU  11 -12.525 -18.290   1.101
    6   HD11  LEU  11          HD11      LEU  11 -13.795 -16.506  -0.857
    7   HD13  LEU  11          HD12      LEU  11 -12.102 -16.663  -0.377
    8   HD12  LEU  11          HD13      LEU  11 -13.245 -15.816   0.669
    9   HD23  LEU  11          HD21      LEU  11 -14.038 -16.709   2.318
   10   HD22  LEU  11          HD22      LEU  11 -14.398 -18.426   2.500
   11   HD21  LEU  11          HD23      LEU  11 -15.372 -17.430   1.417

  No H/Q in entry =          11
  In of MODEL    7
    1    H    GLU  12           H        GLU  12 -15.731 -21.698  -0.495
    2    HA   GLU  12           HA       GLU  12 -17.708 -21.436   1.604
    3    HB2  GLU  12           HB2      GLU  12 -17.586 -22.264  -1.184
    4    HB3  GLU  12           HB3      GLU  12 -18.345 -23.524  -0.226
    5    HG2  GLU  12           HG2      GLU  12 -19.883 -21.731   0.664
    6    HG3  GLU  12           HG3      GLU  12 -19.232 -20.687  -0.602

  No H/Q in entry =           6
  In of MODEL    7
    1    H    TRP  13           H        TRP  13 -14.934 -23.271   0.961
    2    HA   TRP  13           HA       TRP  13 -15.947 -25.417   2.693
    3    HB2  TRP  13           HB2      TRP  13 -13.344 -25.133   1.184
    4    HB3  TRP  13           HB3      TRP  13 -13.607 -26.385   2.401
    5    HD1  TRP  13           HD1      TRP  13 -16.813 -26.700   1.401
    6    HE1  TRP  13           HE1      TRP  13 -17.220 -28.141  -0.694
    7    HE3  TRP  13           HE3      TRP  13 -12.099 -26.611  -0.550
    8    HZ2  TRP  13           HZ2      TRP  13 -15.722 -29.108  -2.886
    9    HZ3  TRP  13           HZ3      TRP  13 -11.663 -27.818  -2.645
   10    HH2  TRP  13           HH2      TRP  13 -13.438 -29.043  -3.788

  No H/Q in entry =          10
  In of MODEL    7
    1    H    PHE  14           H        PHE  14 -14.436 -22.474   2.592
    2    HA   PHE  14           HA       PHE  14 -13.130 -22.493   5.180
    3    HB2  PHE  14           HB2      PHE  14 -11.991 -21.338   3.513
    4    HB3  PHE  14           HB3      PHE  14 -13.425 -20.537   2.918
    5    HD1  PHE  14           HD1      PHE  14 -14.567 -18.952   4.743
    6    HD2  PHE  14           HD2      PHE  14 -10.481 -20.099   4.686
    7    HE1  PHE  14           HE1      PHE  14 -14.004 -16.989   6.107
    8    HE2  PHE  14           HE2      PHE  14  -9.912 -18.157   6.049
    9    HZ   PHE  14           HZ       PHE  14 -11.672 -16.595   6.774

  No H/Q in entry =           9
  In of MODEL    7
    1    H    LEU  15           H        LEU  15 -16.214 -21.722   3.896
    2    HA   LEU  15           HA       LEU  15 -16.791 -19.639   5.833
    3    HB2  LEU  15           HB2      LEU  15 -18.540 -20.604   3.583
    4    HB3  LEU  15           HB3      LEU  15 -18.878 -19.279   4.682
    5    HG   LEU  15           HG       LEU  15 -16.593 -19.356   2.718
    6   HD11  LEU  15          HD11      LEU  15 -19.197 -17.887   2.712
    7   HD13  LEU  15          HD12      LEU  15 -18.732 -19.212   1.647
    8   HD12  LEU  15          HD13      LEU  15 -17.890 -17.665   1.549
    9   HD21  LEU  15          HD21      LEU  15 -16.309 -18.002   4.873
   10   HD23  LEU  15          HD22      LEU  15 -17.582 -16.962   4.235
   11   HD22  LEU  15          HD23      LEU  15 -16.077 -17.167   3.339

  No H/Q in entry =          11
  In of MODEL    7
    1    H    SER  16           H        SER  16 -16.683 -22.808   5.548
    2    HA   SER  16           HA       SER  16 -19.140 -23.365   7.067
    3    HB2  SER  16           HB2      SER  16 -17.811 -25.762   6.658
    4    HB3  SER  16           HB3      SER  16 -19.123 -25.146   5.649
    5    HG   SER  16           HG       SER  16 -17.741 -24.812   4.094

  No H/Q in entry =           5
  In of MODEL    7
    1    H    HIS  17           H        HIS  17 -16.094 -22.344   7.353
    2    HA   HIS  17           HA       HIS  17 -15.519 -23.817   9.801
    3    HB2  HIS  17           HB2      HIS  17 -13.720 -22.573   7.749
    4    HB3  HIS  17           HB3      HIS  17 -13.142 -22.949   9.367
    5    HD1  HIS  17           HD1      HIS  17 -11.687 -24.400   7.312
    6    HD2  HIS  17           HD2      HIS  17 -15.314 -25.836   8.738
    7    HE1  HIS  17           HE1      HIS  17 -11.687 -26.853   6.788
    8    HE2  HIS  17           HE2      HIS  17 -13.947 -27.677   7.535

  No H/Q in entry =           8
  In of MODEL    7
    1    H    CYS  18           H        CYS  18 -16.290 -20.731   8.564
    2    HA   CYS  18           HA       CYS  18 -15.051 -19.380  10.808
    3    HB2  CYS  18           HB2      CYS  18 -15.399 -17.306   9.554
    4    HB3  CYS  18           HB3      CYS  18 -14.404 -18.477   8.706
    5    HG   CYS  18           HG       CYS  18 -16.190 -16.895   7.141

  No H/Q in entry =           5
  In of MODEL    7
    1    H    HIS  19           H        HIS  19 -16.923 -17.089  10.126
    2    HA   HIS  19           HA       HIS  19 -19.540 -18.035  10.904
    3    HB2  HIS  19           HB2      HIS  19 -18.787 -17.869  13.130
    4    HB3  HIS  19           HB3      HIS  19 -17.733 -16.512  12.774
    5    HD1  HIS  19           HD1      HIS  19 -21.469 -17.200  13.128
    6    HD2  HIS  19           HD2      HIS  19 -18.718 -14.115  13.580
    7    HE1  HIS  19           HE1      HIS  19 -22.775 -15.253  14.039
    8    HE2  HIS  19           HE2      HIS  19 -21.118 -13.347  14.131

  No H/Q in entry =           8
  In of MODEL    7
    1    H    ILE  20           H        ILE  20 -20.246 -17.052   8.822
    2    HA   ILE  20           HA       ILE  20 -19.960 -14.273   8.157
    3    HB   ILE  20           HB       ILE  20 -22.418 -15.579   7.310
    4   HG12  ILE  20          HG12      ILE  20 -20.550 -17.430   7.386
    5   HG13  ILE  20          HG13      ILE  20 -21.603 -17.294   5.989
    6   HG23  ILE  20          HG21      ILE  20 -21.853 -13.520   6.405
    7   HG22  ILE  20          HG22      ILE  20 -21.633 -14.709   5.120
    8   HG21  ILE  20          HG23      ILE  20 -20.234 -14.070   5.981
    9   HD11  ILE  20          HD11      ILE  20 -19.169 -15.697   5.798
   10   HD13  ILE  20          HD12      ILE  20 -19.920 -16.774   4.623
   11   HD12  ILE  20          HD13      ILE  20 -18.896 -17.435   5.896

  No H/Q in entry =          11
  In of MODEL    7
    1    H    HIS  21           H        HIS  21 -20.944 -12.606   8.982
    2    HA   HIS  21           HA       HIS  21 -23.373 -11.873   8.847
    3    HB2  HIS  21           HB2      HIS  21 -24.199 -13.898  10.130
    4    HB3  HIS  21           HB3      HIS  21 -23.544 -13.143  11.585
    5    HD1  HIS  21           HD1      HIS  21 -24.630 -10.775  12.227
    6    HD2  HIS  21           HD2      HIS  21 -26.679 -12.980   9.360
    7    HE1  HIS  21           HE1      HIS  21 -26.924  -9.765  12.114
    8    HE2  HIS  21           HE2      HIS  21 -28.069 -10.980  10.230

  No H/Q in entry =           8
  In of MODEL    7
    1    H    LYS  22           H        LYS  22 -23.060  -9.800   9.155
    2    HA   LYS  22           HA       LYS  22 -21.167  -9.116  11.282
    3    HB2  LYS  22           HB2      LYS  22 -20.510  -8.702   8.855
    4    HB3  LYS  22           HB3      LYS  22 -21.653  -7.375   8.904
    5    HG2  LYS  22           HG2      LYS  22 -20.162  -6.910  11.142
    6    HG3  LYS  22           HG3      LYS  22 -18.967  -7.604  10.045
    7    HD2  LYS  22           HD2      LYS  22 -20.291  -5.896   8.414
    8    HD3  LYS  22           HD3      LYS  22 -20.352  -5.018   9.946
    9    HE2  LYS  22           HE2      LYS  22 -17.929  -5.977   8.437
   10    HE3  LYS  22           HE3      LYS  22 -18.373  -4.322   8.853
   11    HZ2  LYS  22           HZ1      LYS  22 -16.593  -5.397  10.249
   12    HZ1  LYS  22           HZ2      LYS  22 -17.806  -6.366  10.918
   13    HZ3  LYS  22           HZ3      LYS  22 -17.869  -4.684  11.097

  No H/Q in entry =          13
  In of MODEL    7
    1    H    TYR  23           H        TYR  23 -22.194  -6.335  10.120
    2    HA   TYR  23           HA       TYR  23 -24.513  -5.938  11.751
    3    HB2  TYR  23           HB2      TYR  23 -22.826  -4.059  12.901
    4    HB3  TYR  23           HB3      TYR  23 -23.432  -5.519  13.685
    5    HD1  TYR  23           HD1      TYR  23 -21.825  -7.686  13.138
    6    HD2  TYR  23           HD2      TYR  23 -20.602  -3.663  12.969
    7    HE1  TYR  23           HE1      TYR  23 -19.529  -8.428  13.438
    8    HE2  TYR  23           HE2      TYR  23 -18.261  -4.373  13.270
    9    HH   TYR  23           HH       TYR  23 -17.420  -7.796  13.721

  No H/Q in entry =           9
  In of MODEL    7
    1    HA   PRO  24           HA       PRO  24 -24.872  -2.252   9.180
    2    HB2  PRO  24           HB2      PRO  24 -26.015  -0.570  11.084
    3    HB3  PRO  24           HB3      PRO  24 -26.920  -1.662  10.034
    4    HG2  PRO  24           HG2      PRO  24 -26.120  -1.998  12.882
    5    HG3  PRO  24           HG3      PRO  24 -27.584  -2.549  12.048
    6    HD2  PRO  24           HD2      PRO  24 -25.568  -4.227  12.687
    7    HD3  PRO  24           HD3      PRO  24 -26.557  -4.441  11.229

  No H/Q in entry =           7
  In of MODEL    7
    1    H    SER  25           H        SER  25 -24.151  -0.210   9.129
    2    HA   SER  25           HA       SER  25 -21.400  -0.212   9.700
    3    HB2  SER  25           HB2      SER  25 -21.927   2.119   8.413
    4    HB3  SER  25           HB3      SER  25 -21.501   0.570   7.695
    5    HG   SER  25           HG       SER  25 -24.105   1.612   8.178

  No H/Q in entry =           5
  In of MODEL    7
    1    H    LYS  26           H        LYS  26 -20.131   1.328  10.148
    2    HA   LYS  26           HA       LYS  26 -19.474   3.380  11.295
    3    HB2  LYS  26           HB2      LYS  26 -21.815   3.949  12.094
    4    HB3  LYS  26           HB3      LYS  26 -21.776   2.603  13.225
    5    HG2  LYS  26           HG2      LYS  26 -19.869   3.689  14.490
    6    HG3  LYS  26           HG3      LYS  26 -19.782   4.980  13.295
    7    HD2  LYS  26           HD2      LYS  26 -22.121   5.695  13.998
    8    HD3  LYS  26           HD3      LYS  26 -22.165   4.361  15.167
    9    HE2  LYS  26           HE2      LYS  26 -20.071   5.265  16.303
   10    HE3  LYS  26           HE3      LYS  26 -20.027   6.622  15.166
   11    HZ1  LYS  26           HZ1      LYS  26 -22.506   6.093  16.695
   12    HZ2  LYS  26           HZ2      LYS  26 -21.268   6.891  17.418
   13    HZ3  LYS  26           HZ3      LYS  26 -21.902   7.498  15.990

  No H/Q in entry =          13
  In of MODEL    7
    1    H    SER  27           H        SER  27 -19.917   0.161  11.595
    2    HA   SER  27           HA       SER  27 -18.735  -0.255  14.146
    3    HB2  SER  27           HB2      SER  27 -18.950  -2.670  13.000
    4    HB3  SER  27           HB3      SER  27 -20.304  -1.856  13.784
    5    HG   SER  27           HG       SER  27 -21.241  -1.950  11.905

  No H/Q in entry =           5
  In of MODEL    7
    1    H    THR  28           H        THR  28 -16.679   0.468  14.011
    2    HA   THR  28           HA       THR  28 -14.908  -0.787  12.100
    3    HB   THR  28           HB       THR  28 -14.150   1.387  12.487
    4    HG1  THR  28           HG1      THR  28 -12.560   0.444  14.527
    5   HG23  THR  28          HG21      THR  28 -15.476   2.157  14.230
    6   HG22  THR  28          HG22      THR  28 -13.837   2.232  14.883
    7   HG21  THR  28          HG23      THR  28 -14.908   0.904  15.328

  No H/Q in entry =           7
  In of MODEL    7
    1    H    LEU  29           H        LEU  29 -13.059  -1.946  13.097
    2    HA   LEU  29           HA       LEU  29 -14.148  -3.769  15.101
    3    HB2  LEU  29           HB2      LEU  29 -12.824  -5.385  13.165
    4    HB3  LEU  29           HB3      LEU  29 -14.495  -5.469  13.682
    5    HG   LEU  29           HG       LEU  29 -13.386  -3.935  11.310
    6   HD12  LEU  29          HD11      LEU  29 -15.429  -6.140  11.384
    7   HD11  LEU  29          HD12      LEU  29 -13.703  -6.414  11.098
    8   HD13  LEU  29          HD13      LEU  29 -14.642  -5.431   9.968
    9   HD21  LEU  29          HD21      LEU  29 -15.254  -2.761  12.454
   10   HD23  LEU  29          HD22      LEU  29 -16.272  -4.164  12.091
   11   HD22  LEU  29          HD23      LEU  29 -15.561  -3.213  10.775

  No H/Q in entry =          11
  In of MODEL    7
    1    H    ILE  30           H        ILE  30 -11.509  -2.330  13.532
    2    HA   ILE  30           HA       ILE  30  -9.667  -2.873  15.505
    3    HB   ILE  30           HB       ILE  30  -8.189  -4.291  13.556
    4   HG12  ILE  30          HG12      ILE  30  -9.577  -6.442  13.407
    5   HG13  ILE  30          HG13      ILE  30 -10.969  -5.441  13.792
    6   HG23  ILE  30          HG21      ILE  30  -7.771  -4.664  15.817
    7   HG22  ILE  30          HG22      ILE  30  -8.423  -6.198  15.239
    8   HG21  ILE  30          HG23      ILE  30  -9.448  -5.089  16.152
    9   HD13  ILE  30          HD11      ILE  30 -10.979  -5.649  11.469
   10   HD12  ILE  30          HD12      ILE  30  -9.238  -5.373  11.351
   11   HD11  ILE  30          HD13      ILE  30 -10.315  -4.042  11.778

  No H/Q in entry =          11
  In of MODEL    7
    1    H    HIS  31           H        HIS  31  -9.012  -0.967  15.385
    2    HA   HIS  31           HA       HIS  31  -7.044  -0.222  13.372
    3    HB2  HIS  31           HB2      HIS  31  -8.977   0.563  12.121
    4    HB3  HIS  31           HB3      HIS  31  -9.881   0.781  13.606
    5    HD1  HIS  31           HD1      HIS  31  -7.477   2.562  11.402
    6    HD2  HIS  31           HD2      HIS  31  -9.852   3.357  14.716
    7    HE1  HIS  31           HE1      HIS  31  -7.414   5.039  11.694
    8    HE2  HIS  31           HE2      HIS  31  -8.695   5.499  13.819

  No H/Q in entry =           8
  In of MODEL    7
    1    H    GLN  32           H        GLN  32  -7.935  -0.306  16.513
    2    HA   GLN  32           HA       GLN  32  -6.290   2.069  17.132
    3    HB2  GLN  32           HB2      GLN  32  -9.025   1.853  17.832
    4    HB3  GLN  32           HB3      GLN  32  -8.119   1.562  19.314
    5    HG2  GLN  32           HG2      GLN  32  -8.189   4.012  17.606
    6    HG3  GLN  32           HG3      GLN  32  -8.378   3.854  19.351
    7   HE21  GLN  32          HE21      GLN  32  -6.516   3.539  20.634
    8   HE22  GLN  32          HE22      GLN  32  -4.950   4.007  20.067

  No H/Q in entry =           8
  In of MODEL    7
    1    H    GLY  33           H        GLY  33  -4.466   0.686  17.391
    2    HA3  GLY  33           HA2      GLY  33  -3.092  -0.838  18.401
    3    HA2  GLY  33           HA3      GLY  33  -3.806  -0.129  19.842

  No H/Q in entry =           3
  In of MODEL    7
    1    H    GLU  34           H        GLU  34  -5.823  -1.857  17.740
    2    HA   GLU  34           HA       GLU  34  -6.262  -3.879  19.763
    3    HB2  GLU  34           HB2      GLU  34  -7.588  -3.133  17.153
    4    HB3  GLU  34           HB3      GLU  34  -8.135  -4.438  18.170
    5    HG2  GLU  34           HG2      GLU  34  -9.011  -3.037  19.735
    6    HG3  GLU  34           HG3      GLU  34  -7.854  -1.762  19.368

  No H/Q in entry =           6
  In of MODEL    7
    1    H    LYS  35           H        LYS  35  -4.915  -5.568  19.654
    2    HA   LYS  35           HA       LYS  35  -3.358  -6.299  17.514
    3    HB2  LYS  35           HB2      LYS  35  -4.226  -7.659  19.984
    4    HB3  LYS  35           HB3      LYS  35  -3.696  -8.719  18.683
    5    HG2  LYS  35           HG2      LYS  35  -1.627  -7.262  18.526
    6    HG3  LYS  35           HG3      LYS  35  -2.138  -6.556  20.062
    7    HD2  LYS  35           HD2      LYS  35  -2.245  -8.998  20.892
    8    HD3  LYS  35           HD3      LYS  35  -1.270  -9.365  19.468
    9    HE2  LYS  35           HE2      LYS  35  -0.579  -7.653  21.835
   10    HE3  LYS  35           HE3      LYS  35   0.292  -9.038  21.184
   11    HZ1  LYS  35           HZ1      LYS  35   0.749  -7.642  19.181
   12    HZ3  LYS  35           HZ2      LYS  35   1.485  -7.097  20.601
   13    HZ2  LYS  35           HZ3      LYS  35   0.102  -6.313  20.015

  No H/Q in entry =          13
  In of MODEL    7
    1    H    ALA  36           H        ALA  36  -4.000  -6.737  15.524
    2    HA   ALA  36           HA       ALA  36  -6.666  -7.622  15.038
    3    HB3  ALA  36           HB1      ALA  36  -5.904  -6.221  13.386
    4    HB1  ALA  36           HB2      ALA  36  -5.706  -7.801  12.628
    5    HB2  ALA  36           HB3      ALA  36  -4.311  -6.972  13.329

  No H/Q in entry =           5
  In of MODEL    7
    1    H    GLU  37           H        GLU  37  -6.507  -9.521  16.394
    2    HA   GLU  37           HA       GLU  37  -5.146 -11.843  15.252
    3    HB2  GLU  37           HB2      GLU  37  -6.851 -11.769  17.730
    4    HB3  GLU  37           HB3      GLU  37  -5.632 -12.958  17.292
    5    HG2  GLU  37           HG2      GLU  37  -3.879 -11.548  17.832
    6    HG3  GLU  37           HG3      GLU  37  -4.879 -10.102  17.719

  No H/Q in entry =           6
  In of MODEL    7
    1    H    THR  38           H        THR  38  -8.353 -10.556  15.854
    2    HA   THR  38           HA       THR  38  -9.627 -12.935  14.770
    3    HB   THR  38           HB       THR  38 -11.717 -11.422  15.068
    4    HG1  THR  38           HG1      THR  38 -10.446  -9.453  15.196
    5   HG22  THR  38          HG21      THR  38 -10.080 -12.082  17.519
    6   HG21  THR  38          HG22      THR  38 -11.144 -13.198  16.660
    7   HG23  THR  38          HG23      THR  38 -11.820 -11.790  17.481

  No H/Q in entry =           7
  In of MODEL    7
    1    H    LEU  39           H        LEU  39 -10.270 -13.100  12.721
    2    HA   LEU  39           HA       LEU  39  -9.749 -10.810  10.992
    3    HB2  LEU  39           HB2      LEU  39  -8.475 -12.280   9.893
    4    HB3  LEU  39           HB3      LEU  39  -9.135 -13.631  10.793
    5    HG   LEU  39           HG       LEU  39 -10.919 -12.561   8.711
    6   HD11  LEU  39          HD11      LEU  39  -8.182 -13.535   8.091
    7   HD13  LEU  39          HD12      LEU  39  -9.169 -12.327   7.266
    8   HD12  LEU  39          HD13      LEU  39  -9.518 -14.045   7.060
    9   HD23  LEU  39          HD21      LEU  39  -9.946 -15.326   9.414
   10   HD22  LEU  39          HD22      LEU  39 -11.263 -14.938   8.304
   11   HD21  LEU  39          HD23      LEU  39 -11.415 -14.560  10.020

  No H/Q in entry =          11
  In of MODEL    7
    1    H    TYR  40           H        TYR  40 -11.264 -10.296   9.260
    2    HA   TYR  40           HA       TYR  40 -13.914 -11.492   9.673
    3    HB2  TYR  40           HB2      TYR  40 -13.466  -8.555   9.145
    4    HB3  TYR  40           HB3      TYR  40 -14.966  -9.341   9.592
    5    HD1  TYR  40           HD1      TYR  40 -15.641  -9.283  11.769
    6    HD2  TYR  40           HD2      TYR  40 -11.531  -8.645  10.943
    7    HE1  TYR  40           HE1      TYR  40 -15.274  -8.676  14.115
    8    HE2  TYR  40           HE2      TYR  40 -11.140  -8.053  13.296
    9    HH   TYR  40           HH       TYR  40 -12.439  -7.187  15.213

  No H/Q in entry =           9
  In of MODEL    7
    1    H    TYR  41           H        TYR  41 -14.332 -12.499   7.793
    2    HA   TYR  41           HA       TYR  41 -13.337 -11.475   5.233
    3    HB2  TYR  41           HB2      TYR  41 -14.486 -13.974   6.310
    4    HB3  TYR  41           HB3      TYR  41 -14.984 -13.590   4.674
    5    HD1  TYR  41           HD1      TYR  41 -11.608 -12.956   6.133
    6    HD2  TYR  41           HD2      TYR  41 -14.004 -15.319   3.557
    7    HE1  TYR  41           HE1      TYR  41  -9.586 -14.073   5.267
    8    HE2  TYR  41           HE2      TYR  41 -12.019 -16.435   2.686
    9    HH   TYR  41           HH       TYR  41  -9.601 -16.016   2.487

  No H/Q in entry =           9
  In of MODEL    7
    1    H    ILE  42           H        ILE  42 -14.643  -9.523   5.123
    2    HA   ILE  42           HA       ILE  42 -17.426  -9.464   5.361
    3    HB   ILE  42           HB       ILE  42 -16.167  -7.439   5.330
    4   HG12  ILE  42          HG12      ILE  42 -17.772  -7.392   2.785
    5   HG13  ILE  42          HG13      ILE  42 -18.508  -7.432   4.388
    6   HG21  ILE  42          HG21      ILE  42 -15.356  -8.208   2.549
    7   HG23  ILE  42          HG22      ILE  42 -14.323  -7.980   3.961
    8   HG22  ILE  42          HG23      ILE  42 -15.134  -6.596   3.227
    9   HD13  ILE  42          HD11      ILE  42 -18.420  -5.169   3.619
   10   HD12  ILE  42          HD12      ILE  42 -16.692  -5.308   3.288
   11   HD11  ILE  42          HD13      ILE  42 -17.278  -5.368   4.951

  No H/Q in entry =          11
  In of MODEL    7
    1    H    VAL  43           H        VAL  43 -18.752 -10.820   4.359
    2    HA   VAL  43           HA       VAL  43 -18.060 -11.821   1.722
    3    HB   VAL  43           HB       VAL  43 -20.517 -12.794   3.051
    4   HG12  VAL  43          HG11      VAL  43 -19.532 -14.952   2.314
    5   HG11  VAL  43          HG12      VAL  43 -18.208 -14.038   1.590
    6   HG13  VAL  43          HG13      VAL  43 -19.857 -13.814   1.005
    7   HG22  VAL  43          HG21      VAL  43 -19.204 -12.694   4.993
    8   HG21  VAL  43          HG22      VAL  43 -17.742 -13.173   4.126
    9   HG23  VAL  43          HG23      VAL  43 -19.027 -14.347   4.402

  No H/Q in entry =           9
  In of MODEL    7
    1    H    LYS  44           H        LYS  44 -19.959  -9.603   3.061
    2    HA   LYS  44           HA       LYS  44 -21.422  -8.738   0.782
    3    HB2  LYS  44           HB2      LYS  44 -22.742 -10.506   2.716
    4    HB3  LYS  44           HB3      LYS  44 -23.489  -8.917   2.693
    5    HG2  LYS  44           HG2      LYS  44 -23.007 -10.299   0.103
    6    HG3  LYS  44           HG3      LYS  44 -24.333 -10.845   1.131
    7    HD2  LYS  44           HD2      LYS  44 -25.053  -8.405   1.229
    8    HD3  LYS  44           HD3      LYS  44 -23.918  -8.129  -0.095
    9    HE2  LYS  44           HE2      LYS  44 -25.103  -9.791  -1.452
   10    HE3  LYS  44           HE3      LYS  44 -26.230 -10.072  -0.127
   11    HZ2  LYS  44           HZ1      LYS  44 -25.882  -7.532  -1.628
   12    HZ1  LYS  44           HZ2      LYS  44 -26.904  -7.735  -0.300
   13    HZ3  LYS  44           HZ3      LYS  44 -27.201  -8.583  -1.728

  No H/Q in entry =          13
  In of MODEL    7
    1    H    GLY  45           H        GLY  45 -22.096  -6.629   1.220
    2    HA3  GLY  45           HA2      GLY  45 -22.366  -4.678   2.569
    3    HA2  GLY  45           HA3      GLY  45 -21.390  -5.450   3.832

  No H/Q in entry =           3
  In of MODEL    7
    1    H    SER  46           H        SER  46 -20.645  -2.927   2.803
    2    HA   SER  46           HA       SER  46 -17.979  -3.764   2.024
    3    HB2  SER  46           HB2      SER  46 -18.897  -3.264  -0.098
    4    HB3  SER  46           HB3      SER  46 -19.792  -1.877   0.522
    5    HG   SER  46           HG       SER  46 -18.041  -0.677   0.405

  No H/Q in entry =           5
  In of MODEL    7
    1    H    VAL  47           H        VAL  47 -16.357  -2.354   2.735
    2    HA   VAL  47           HA       VAL  47 -17.369  -0.515   4.780
    3    HB   VAL  47           HB       VAL  47 -15.672  -1.209   6.375
    4   HG12  VAL  47          HG11      VAL  47 -16.612  -3.423   6.891
    5   HG11  VAL  47          HG12      VAL  47 -17.349  -3.458   5.283
    6   HG13  VAL  47          HG13      VAL  47 -17.861  -2.250   6.464
    7   HG22  VAL  47          HG21      VAL  47 -14.273  -3.090   6.029
    8   HG21  VAL  47          HG22      VAL  47 -14.055  -2.021   4.638
    9   HG23  VAL  47          HG23      VAL  47 -15.059  -3.467   4.496

  No H/Q in entry =           9
  In of MODEL    7
    1    H    ALA  48           H        ALA  48 -15.176   0.485   5.955
    2    HA   ALA  48           HA       ALA  48 -13.911   1.857   3.685
    3    HB2  ALA  48           HB1      ALA  48 -15.553   3.303   4.713
    4    HB3  ALA  48           HB2      ALA  48 -13.931   3.884   5.085
    5    HB1  ALA  48           HB3      ALA  48 -14.854   3.007   6.304

  No H/Q in entry =           5
  In of MODEL    7
    1    H    VAL  49           H        VAL  49 -11.910   1.301   3.633
    2    HA   VAL  49           HA       VAL  49 -10.533   0.411   6.002
    3    HB   VAL  49           HB       VAL  49  -9.869   0.446   3.070
    4   HG13  VAL  49          HG11      VAL  49  -7.705  -0.289   3.432
    5   HG12  VAL  49          HG12      VAL  49  -8.024  -0.681   5.123
    6   HG11  VAL  49          HG13      VAL  49  -7.883   1.003   4.619
    7   HG22  VAL  49          HG21      VAL  49  -9.762  -1.972   3.423
    8   HG21  VAL  49          HG22      VAL  49 -11.321  -1.317   3.928
    9   HG23  VAL  49          HG23      VAL  49 -10.101  -1.728   5.141

  No H/Q in entry =           9
  In of MODEL    7
    1    H    LEU  50           H        LEU  50  -8.997   1.574   7.080
    2    HA   LEU  50           HA       LEU  50  -8.195   4.121   6.045
    3    HB2  LEU  50           HB2      LEU  50  -9.007   5.448   7.782
    4    HB3  LEU  50           HB3      LEU  50 -10.338   4.434   7.283
    5    HG   LEU  50           HG       LEU  50  -8.739   4.270   9.816
    6   HD11  LEU  50          HD11      LEU  50 -11.627   4.658   9.085
    7   HD13  LEU  50          HD12      LEU  50 -10.540   5.813   9.893
    8   HD12  LEU  50          HD13      LEU  50 -11.063   4.342  10.730
    9   HD21  LEU  50          HD21      LEU  50  -8.998   2.017   8.942
   10   HD23  LEU  50          HD22      LEU  50 -10.736   2.284   8.757
   11   HD22  LEU  50          HD23      LEU  50 -10.002   2.283  10.366

  No H/Q in entry =          11
  In of MODEL    7
    1    H    ILE  51           H        ILE  51  -6.403   5.087   6.958
    2    HA   ILE  51           HA       ILE  51  -4.812   3.240   8.624
    3    HB   ILE  51           HB       ILE  51  -2.855   3.750   7.464
    4   HG12  ILE  51          HG12      ILE  51  -3.151   6.098   6.967
    5   HG13  ILE  51          HG13      ILE  51  -2.712   5.229   5.505
    6   HG23  ILE  51          HG21      ILE  51  -3.992   1.971   6.449
    7   HG22  ILE  51          HG22      ILE  51  -3.428   2.990   5.125
    8   HG21  ILE  51          HG23      ILE  51  -5.113   3.059   5.636
    9   HD11  ILE  51          HD11      ILE  51  -5.365   5.189   5.258
   10   HD13  ILE  51          HD12      ILE  51  -4.351   6.496   4.647
   11   HD12  ILE  51          HD13      ILE  51  -5.180   6.672   6.195

  No H/Q in entry =          11
  In of MODEL    7
    1    H    LYS  52           H        LYS  52  -2.811   4.301   9.477
    2    HA   LYS  52           HA       LYS  52  -3.473   6.960  10.528
    3    HB2  LYS  52           HB2      LYS  52  -2.019   4.653  11.812
    4    HB3  LYS  52           HB3      LYS  52  -1.947   6.290  12.458
    5    HG2  LYS  52           HG2      LYS  52  -4.399   6.299  12.652
    6    HG3  LYS  52           HG3      LYS  52  -4.438   4.636  12.068
    7    HD2  LYS  52           HD2      LYS  52  -4.548   4.343  14.355
    8    HD3  LYS  52           HD3      LYS  52  -2.815   4.193  14.058
    9    HE2  LYS  52           HE2      LYS  52  -2.426   5.871  15.449
   10    HE3  LYS  52           HE3      LYS  52  -3.403   6.942  14.442
   11    HZ1  LYS  52           HZ1      LYS  52  -4.661   5.142  16.423
   12    HZ3  LYS  52           HZ2      LYS  52  -5.285   6.560  15.728
   13    HZ2  LYS  52           HZ3      LYS  52  -4.046   6.650  16.877

  No H/Q in entry =          13
  In of MODEL    7
    1    H    ASP  53           H        ASP  53  -2.056   8.507  10.397
    2    HA   ASP  53           HA       ASP  53   0.225   8.215   8.655
    3    HB2  ASP  53           HB2      ASP  53  -1.623  10.125   8.687
    4    HB3  ASP  53           HB3      ASP  53  -0.520  10.831   9.854

  No H/Q in entry =           4
  In of MODEL    7
    1    H    GLU  54           H        GLU  54   1.710  10.396   9.638
    2    HA   GLU  54           HA       GLU  54   3.073   9.188  11.941
    3    HB2  GLU  54           HB2      GLU  54   4.516   9.368  10.124
    4    HB3  GLU  54           HB3      GLU  54   3.849  10.904   9.611
    5    HG2  GLU  54           HG2      GLU  54   4.963  12.012  11.454
    6    HG3  GLU  54           HG3      GLU  54   5.592  10.461  12.016

  No H/Q in entry =           6
  In of MODEL    7
    1    H    GLU  55           H        GLU  55   0.824  11.511  11.173
    2    HA   GLU  55           HA       GLU  55   1.479  13.110  13.567
    3    HB2  GLU  55           HB2      GLU  55  -0.411  14.485  11.965
    4    HB3  GLU  55           HB3      GLU  55   1.251  14.947  12.317
    5    HG2  GLU  55           HG2      GLU  55   2.057  13.791  10.387
    6    HG3  GLU  55           HG3      GLU  55   0.467  13.082  10.089

  No H/Q in entry =           6
  In of MODEL    7
    1    H    GLY  56           H        GLY  56  -0.091  10.556  12.969
    2    HA3  GLY  56           HA2      GLY  56  -1.803   9.566  14.206
    3    HA2  GLY  56           HA3      GLY  56  -2.224  11.148  14.840

  No H/Q in entry =           3
  In of MODEL    7
    1    H    LYS  57           H        LYS  57  -2.073  10.758  11.229
    2    HA   LYS  57           HA       LYS  57  -4.865  11.446  11.323
    3    HB2  LYS  57           HB2      LYS  57  -2.655  11.568   9.408
    4    HB3  LYS  57           HB3      LYS  57  -4.144  10.985   8.683
    5    HG2  LYS  57           HG2      LYS  57  -5.150  12.996   8.820
    6    HG3  LYS  57           HG3      LYS  57  -4.386  13.396  10.359
    7    HD2  LYS  57           HD2      LYS  57  -3.628  14.853   8.513
    8    HD3  LYS  57           HD3      LYS  57  -2.310  13.930   9.233
    9    HE2  LYS  57           HE2      LYS  57  -3.057  12.249   7.253
   10    HE3  LYS  57           HE3      LYS  57  -3.467  13.798   6.521
   11    HZ3  LYS  57           HZ1      LYS  57  -1.332  14.004   6.009
   12    HZ2  LYS  57           HZ2      LYS  57  -0.915  12.611   6.878
   13    HZ1  LYS  57           HZ3      LYS  57  -0.962  14.124   7.660

  No H/Q in entry =          13
  In of MODEL    7
    1    H    GLU  58           H        GLU  58  -6.395   9.869  11.322
    2    HA   GLU  58           HA       GLU  58  -5.624   7.244  10.323
    3    HB2  GLU  58           HB2      GLU  58  -7.939   6.911  11.831
    4    HB3  GLU  58           HB3      GLU  58  -6.318   6.445  12.318
    5    HG2  GLU  58           HG2      GLU  58  -6.071   8.728  13.324
    6    HG3  GLU  58           HG3      GLU  58  -7.793   8.963  13.015

  No H/Q in entry =           6
  In of MODEL    7
    1    H    MET  59           H        MET  59  -6.319   7.796   8.015
    2    HA   MET  59           HA       MET  59  -9.059   8.812   8.023
    3    HB2  MET  59           HB2      MET  59  -6.753   9.201   6.113
    4    HB3  MET  59           HB3      MET  59  -8.379   9.829   5.875
    5    HG2  MET  59           HG2      MET  59  -8.130  11.301   7.757
    6    HG3  MET  59           HG3      MET  59  -6.569  10.576   8.156
    7    HE1  MET  59           HE1      MET  59  -6.856  10.380   4.566
    8    HE3  MET  59           HE2      MET  59  -6.560  11.983   3.878
    9    HE2  MET  59           HE3      MET  59  -8.109  11.621   4.634

  No H/Q in entry =           9
  In of MODEL    7
    1    H    ILE  60           H        ILE  60 -10.392   7.894   6.486
    2    HA   ILE  60           HA       ILE  60  -9.878   5.270   5.659
    3    HB   ILE  60           HB       ILE  60 -11.800   7.182   4.346
    4   HG12  ILE  60          HG12      ILE  60 -12.175   5.458   6.800
    5   HG13  ILE  60          HG13      ILE  60 -12.173   7.223   6.741
    6   HG23  ILE  60          HG21      ILE  60 -13.042   5.191   3.771
    7   HG22  ILE  60          HG22      ILE  60 -11.866   4.186   4.619
    8   HG21  ILE  60          HG23      ILE  60 -11.388   5.069   3.169
    9   HD11  ILE  60          HD11      ILE  60 -14.076   5.875   4.972
   10   HD13  ILE  60          HD12      ILE  60 -14.254   7.330   5.959
   11   HD12  ILE  60          HD13      ILE  60 -14.383   5.737   6.704

  No H/Q in entry =          11
  In of MODEL    7
    1    H    LEU  61           H        LEU  61  -8.653   4.564   4.088
    2    HA   LEU  61           HA       LEU  61  -7.868   6.465   1.988
    3    HB2  LEU  61           HB2      LEU  61  -5.683   5.653   1.994
    4    HB3  LEU  61           HB3      LEU  61  -6.123   5.751   3.679
    5    HG   LEU  61           HG       LEU  61  -4.842   3.801   3.447
    6   HD12  LEU  61          HD11      LEU  61  -7.686   2.855   3.438
    7   HD11  LEU  61          HD12      LEU  61  -6.854   3.553   4.826
    8   HD13  LEU  61          HD13      LEU  61  -6.286   2.037   4.131
    9   HD22  LEU  61          HD21      LEU  61  -4.656   3.142   1.304
   10   HD21  LEU  61          HD22      LEU  61  -6.366   3.403   0.958
   11   HD23  LEU  61          HD23      LEU  61  -5.857   1.964   1.845

  No H/Q in entry =          11
  In of MODEL    7
    1    H    SER  62           H        SER  62  -9.335   3.528   2.745
    2    HA   SER  62           HA       SER  62  -9.781   2.993  -0.045
    3    HB2  SER  62           HB2      SER  62  -7.627   1.764   0.595
    4    HB3  SER  62           HB3      SER  62  -8.658   0.741   1.592
    5    HG   SER  62           HG       SER  62  -9.291   1.186  -1.118

  No H/Q in entry =           5
  In of MODEL    7
    1    H    TYR  63           H        TYR  63 -10.958   0.711  -0.024
    2    HA   TYR  63           HA       TYR  63 -12.809   0.216   1.998
    3    HB2  TYR  63           HB2      TYR  63 -14.163   1.156  -0.533
    4    HB3  TYR  63           HB3      TYR  63 -14.871   0.953   1.057
    5    HD1  TYR  63           HD1      TYR  63 -12.695   3.165  -0.968
    6    HD2  TYR  63           HD2      TYR  63 -15.106   2.830   2.499
    7    HE1  TYR  63           HE1      TYR  63 -12.592   5.604  -0.683
    8    HE2  TYR  63           HE2      TYR  63 -15.006   5.265   2.812
    9    HH   TYR  63           HH       TYR  63 -13.152   7.136   2.009

  No H/Q in entry =           9
  In of MODEL    7
    1    H    LEU  64           H        LEU  64 -14.357  -1.187   1.057
    2    HA   LEU  64           HA       LEU  64 -13.083  -3.336  -0.417
    3    HB2  LEU  64           HB2      LEU  64 -15.010  -3.774   1.765
    4    HB3  LEU  64           HB3      LEU  64 -13.987  -4.930   0.942
    5    HG   LEU  64           HG       LEU  64 -13.115  -2.832   2.900
    6   HD11  LEU  64          HD11      LEU  64 -14.198  -4.966   3.669
    7   HD13  LEU  64          HD12      LEU  64 -12.588  -4.639   4.302
    8   HD12  LEU  64          HD13      LEU  64 -12.803  -5.811   3.003
    9   HD23  LEU  64          HD21      LEU  64 -10.862  -3.745   2.658
   10   HD22  LEU  64          HD22      LEU  64 -11.419  -3.006   1.155
   11   HD21  LEU  64          HD23      LEU  64 -11.410  -4.763   1.326

  No H/Q in entry =          11
  In of MODEL    7
    1    H    ASN  65           H        ASN  65 -14.815  -5.073  -0.640
    2    HA   ASN  65           HA       ASN  65 -17.327  -4.019  -1.660
    3    HB2  ASN  65           HB2      ASN  65 -15.128  -4.823  -3.322
    4    HB3  ASN  65           HB3      ASN  65 -16.418  -6.012  -3.481
    5   HD21  ASN  65          HD21      ASN  65 -16.574  -2.528  -2.912
    6   HD22  ASN  65          HD22      ASN  65 -17.468  -2.168  -4.351

  No H/Q in entry =           6
  In of MODEL    7
    1    H    GLN  66           H        GLN  66 -18.742  -5.911  -1.971
    2    HA   GLN  66           HA       GLN  66 -18.854  -7.767   0.043
    3    HB2  GLN  66           HB2      GLN  66 -20.702  -7.250  -1.623
    4    HB3  GLN  66           HB3      GLN  66 -19.799  -8.093  -2.880
    5    HG2  GLN  66           HG2      GLN  66 -20.079 -10.291  -1.657
    6    HG3  GLN  66           HG3      GLN  66 -20.831  -9.487  -0.301
    7   HE22  GLN  66          HE21      GLN  66 -23.637 -10.952  -2.095
    8   HE21  GLN  66          HE22      GLN  66 -22.251 -11.397  -0.956

  No H/Q in entry =           8
  In of MODEL    7
    1    H    GLY  67           H        GLY  67 -18.310  -9.963   0.139
    2    HA3  GLY  67           HA2      GLY  67 -16.803 -11.677   0.059
    3    HA2  GLY  67           HA3      GLY  67 -16.705 -11.312  -1.644

  No H/Q in entry =           3
  In of MODEL    7
    1    H    ASP  68           H        ASP  68 -15.641  -8.906   0.673
    2    HA   ASP  68           HA       ASP  68 -12.924  -9.271  -0.336
    3    HB2  ASP  68           HB2      ASP  68 -14.495  -7.005   0.460
    4    HB3  ASP  68           HB3      ASP  68 -13.056  -7.089   1.469

  No H/Q in entry =           4
  In of MODEL    7
    1    H    PHE  69           H        PHE  69 -11.450  -8.259   1.763
    2    HA   PHE  69           HA       PHE  69 -11.999 -10.140   3.937
    3    HB2  PHE  69           HB2      PHE  69  -9.299  -9.360   2.855
    4    HB3  PHE  69           HB3      PHE  69  -9.631 -10.571   4.088
    5    HD1  PHE  69           HD1      PHE  69 -10.516 -12.741   3.502
    6    HD2  PHE  69           HD2      PHE  69  -9.704  -9.813   0.509
    7    HE1  PHE  69           HE1      PHE  69 -10.680 -14.467   1.774
    8    HE2  PHE  69           HE2      PHE  69  -9.882 -11.543  -1.233
    9    HZ   PHE  69           HZ       PHE  69 -10.372 -13.874  -0.605

  No H/Q in entry =           9
  In of MODEL    7
    1    H    ILE  70           H        ILE  70 -11.067  -9.545   6.008
    2    HA   ILE  70           HA       ILE  70 -10.346  -6.752   6.404
    3    HB   ILE  70           HB       ILE  70 -12.812  -8.064   7.534
    4   HG12  ILE  70          HG12      ILE  70 -12.260  -5.376   6.274
    5   HG13  ILE  70          HG13      ILE  70 -13.252  -6.684   5.634
    6   HG23  ILE  70          HG21      ILE  70 -11.721  -7.353   9.506
    7   HG22  ILE  70          HG22      ILE  70 -12.897  -6.092   9.134
    8   HG21  ILE  70          HG23      ILE  70 -11.192  -5.847   8.765
    9   HD11  ILE  70          HD11      ILE  70 -14.637  -6.313   7.817
   10   HD13  ILE  70          HD12      ILE  70 -14.842  -5.235   6.434
   11   HD12  ILE  70          HD13      ILE  70 -13.854  -4.732   7.804

  No H/Q in entry =          11
  In of MODEL    7
    1    H    GLY  71           H        GLY  71  -8.969  -6.541   8.149
    2    HA3  GLY  71           HA2      GLY  71  -7.778  -7.139  10.054
    3    HA2  GLY  71           HA3      GLY  71  -8.829  -8.539  10.228

  No H/Q in entry =           3
  In of MODEL    7
    1    H    GLU  72           H        GLU  72  -7.449  -8.183   7.140
    2    HA   GLU  72           HA       GLU  72  -5.912 -10.585   7.485
    3    HB2  GLU  72           HB2      GLU  72  -5.252  -9.536   5.007
    4    HB3  GLU  72           HB3      GLU  72  -6.483 -10.739   5.315
    5    HG2  GLU  72           HG2      GLU  72  -7.343  -8.993   3.887
    6    HG3  GLU  72           HG3      GLU  72  -8.180  -8.971   5.438

  No H/Q in entry =           6
  In of MODEL    7
    1    H    LEU  73           H        LEU  73  -5.616  -7.261   7.090
    2    HA   LEU  73           HA       LEU  73  -2.916  -6.790   6.896
    3    HB2  LEU  73           HB2      LEU  73  -5.352  -5.382   7.428
    4    HB3  LEU  73           HB3      LEU  73  -4.101  -4.793   8.507
    5    HG   LEU  73           HG       LEU  73  -4.343  -3.531   6.358
    6   HD11  LEU  73          HD11      LEU  73  -1.823  -4.853   7.235
    7   HD13  LEU  73          HD12      LEU  73  -2.393  -3.213   7.557
    8   HD12  LEU  73          HD13      LEU  73  -1.827  -3.649   5.943
    9   HD22  LEU  73          HD21      LEU  73  -3.478  -4.479   4.335
   10   HD21  LEU  73          HD22      LEU  73  -4.733  -5.558   4.948
   11   HD23  LEU  73          HD23      LEU  73  -3.032  -5.970   5.163

  No H/Q in entry =          11
  In of MODEL    7
    1    H    GLY  74           H        GLY  74  -4.500  -8.280   9.463
    2    HA3  GLY  74           HA2      GLY  74  -2.429  -7.366  11.352
    3    HA2  GLY  74           HA3      GLY  74  -4.011  -7.955  11.821

  No H/Q in entry =           3
  In of MODEL    7
    1    H    LEU  75           H        LEU  75  -3.677 -10.123   9.684
    2    HA   LEU  75           HA       LEU  75  -2.071 -11.883  11.455
    3    HB2  LEU  75           HB2      LEU  75  -3.592 -13.541  11.133
    4    HB3  LEU  75           HB3      LEU  75  -4.655 -12.184  10.799
    5    HG   LEU  75           HG       LEU  75  -3.518 -12.720   8.342
    6   HD12  LEU  75          HD11      LEU  75  -4.348 -15.368   9.504
    7   HD11  LEU  75          HD12      LEU  75  -2.665 -14.845   9.460
    8   HD13  LEU  75          HD13      LEU  75  -3.566 -15.036   7.957
    9   HD21  LEU  75          HD21      LEU  75  -5.847 -12.111   8.825
   10   HD23  LEU  75          HD22      LEU  75  -6.135 -13.732   9.455
   11   HD22  LEU  75          HD23      LEU  75  -5.743 -13.505   7.751

  No H/Q in entry =          11
  In of MODEL    7
    1    H    PHE  76           H        PHE  76  -2.665 -10.863   8.240
    2    HA   PHE  76           HA       PHE  76  -0.781 -12.757   7.093
    3    HB2  PHE  76           HB2      PHE  76  -2.983 -12.520   6.071
    4    HB3  PHE  76           HB3      PHE  76  -2.736 -10.791   5.895
    5    HD1  PHE  76           HD1      PHE  76  -0.461 -13.598   5.126
    6    HD2  PHE  76           HD2      PHE  76  -2.803 -10.386   3.689
    7    HE1  PHE  76           HE1      PHE  76   0.413 -14.005   2.857
    8    HE2  PHE  76           HE2      PHE  76  -1.939 -10.763   1.403
    9    HZ   PHE  76           HZ       PHE  76  -0.332 -12.581   0.989

  No H/Q in entry =           9
  In of MODEL    7
    1    H    GLU  77           H        GLU  77  -1.352  -9.332   7.587
    2    HA   GLU  77           HA       GLU  77   0.899  -8.490   6.105
    3    HB2  GLU  77           HB2      GLU  77  -1.008  -6.991   6.747
    4    HB3  GLU  77           HB3      GLU  77  -0.400  -7.010   8.395
    5    HG2  GLU  77           HG2      GLU  77   1.640  -6.302   6.454
    6    HG3  GLU  77           HG3      GLU  77   0.262  -5.203   6.430

  No H/Q in entry =           6
  In of MODEL    7
    1    H    GLU  78           H        GLU  78   0.291  -9.417   9.451
    2    HA   GLU  78           HA       GLU  78   1.703 -10.473  10.806
    3    HB2  GLU  78           HB2      GLU  78   3.508 -10.555   8.942
    4    HB3  GLU  78           HB3      GLU  78   4.110  -9.066   9.665
    5    HG2  GLU  78           HG2      GLU  78   3.951 -10.492  11.872
    6    HG3  GLU  78           HG3      GLU  78   4.096 -11.830  10.733

  No H/Q in entry =           6
  In of MODEL    7
    1    H    GLY  79           H        GLY  79   0.212  -8.079  10.721
    2    HA3  GLY  79           HA2      GLY  79   1.586  -5.909  11.944
    3    HA2  GLY  79           HA3      GLY  79  -0.149  -6.126  11.841

  No H/Q in entry =           3
  In of MODEL    7
    1    H    GLN  80           H        GLN  80  -1.052  -7.776  13.335
    2    HA   GLN  80           HA       GLN  80  -1.578  -8.328  15.435
    3    HB2  GLN  80           HB2      GLN  80   1.395  -8.872  15.498
    4    HB3  GLN  80           HB3      GLN  80   0.290  -9.350  16.782
    5    HG2  GLN  80           HG2      GLN  80  -0.063 -11.237  15.675
    6    HG3  GLN  80           HG3      GLN  80  -0.889 -10.288  14.442
    7   HE21  GLN  80          HE21      GLN  80  -0.282 -11.414  12.670
    8   HE22  GLN  80          HE22      GLN  80   1.355 -11.584  12.142

  No H/Q in entry =           8
  In of MODEL    7
    1    H    GLU  81           H        GLU  81  -1.993  -5.995  15.450
    2    HA   GLU  81           HA       GLU  81  -1.808  -4.722  17.752
    3    HB2  GLU  81           HB2      GLU  81   0.788  -4.769  17.207
    4    HB3  GLU  81           HB3      GLU  81   0.372  -3.339  16.265
    5    HG2  GLU  81           HG2      GLU  81   0.897  -2.380  18.265
    6    HG3  GLU  81           HG3      GLU  81  -0.843  -2.609  18.441

  No H/Q in entry =           6
  In of MODEL    7
    1    H    ARG  82           H        ARG  82  -3.656  -4.742  15.893
    2    HA   ARG  82           HA       ARG  82  -5.148  -3.541  14.738
    3    HB2  ARG  82           HB2      ARG  82  -5.562  -1.753  15.952
    4    HB3  ARG  82           HB3      ARG  82  -3.901  -1.695  16.509
    5    HG2  ARG  82           HG2      ARG  82  -4.210  -0.615  13.824
    6    HG3  ARG  82           HG3      ARG  82  -5.232   0.212  14.999
    7    HD2  ARG  82           HD2      ARG  82  -3.477   1.210  15.978
    8    HD3  ARG  82           HD3      ARG  82  -2.512  -0.263  15.958
    9    HE   ARG  82           HE       ARG  82  -2.819   1.209  13.452
   10   HH11  ARG  82          HH11      ARG  82  -0.804   0.319  16.165
   11   HH12  ARG  82          HH12      ARG  82   0.679   0.772  15.394
   12   HH21  ARG  82          HH21      ARG  82  -0.853   1.797  12.405
   13   HH22  ARG  82          HH22      ARG  82   0.648   1.613  13.251

  No H/Q in entry =          13
  In of MODEL    7
    1    H    SER  83           H        SER  83  -2.149  -1.739  14.228
    2    HA   SER  83           HA       SER  83  -1.026  -1.086  12.418
    3    HB2  SER  83           HB2      SER  83  -2.504  -3.319  11.029
    4    HB3  SER  83           HB3      SER  83  -1.081  -2.486  10.407
    5    HG   SER  83           HG       SER  83  -0.157  -4.126  11.397

  No H/Q in entry =           5
  In of MODEL    7
    1    H    ALA  84           H        ALA  84  -4.460  -1.520  11.766
    2    HA   ALA  84           HA       ALA  84  -5.966   0.262  11.491
    3    HB1  ALA  84           HB1      ALA  84  -4.251   2.023  11.658
    4    HB2  ALA  84           HB2      ALA  84  -5.404   2.321  10.357
    5    HB3  ALA  84           HB3      ALA  84  -3.790   1.713   9.984

  No H/Q in entry =           5
  In of MODEL    7
    1    H    TRP  85           H        TRP  85  -7.511   0.300   9.767
    2    HA   TRP  85           HA       TRP  85  -7.146  -0.145   7.192
    3    HB2  TRP  85           HB2      TRP  85  -5.857  -2.177   8.028
    4    HB3  TRP  85           HB3      TRP  85  -7.403  -2.824   8.554
    5    HD1  TRP  85           HD1      TRP  85  -8.824  -3.986   6.861
    6    HE1  TRP  85           HE1      TRP  85  -8.587  -4.595   4.359
    7    HE3  TRP  85           HE3      TRP  85  -4.783  -1.115   5.765
    8    HZ2  TRP  85           HZ2      TRP  85  -6.881  -3.910   2.209
    9    HZ3  TRP  85           HZ3      TRP  85  -3.894  -1.134   3.470
   10    HH2  TRP  85           HH2      TRP  85  -4.923  -2.505   1.732

  No H/Q in entry =          10
  In of MODEL    7
    1    H    VAL  86           H        VAL  86  -9.121  -1.141  10.043
    2    HA   VAL  86           HA       VAL  86 -11.248  -0.640   8.136
    3    HB   VAL  86           HB       VAL  86 -12.275  -2.480  10.013
    4   HG13  VAL  86          HG11      VAL  86 -13.436  -2.280   8.043
    5   HG12  VAL  86          HG12      VAL  86 -12.374  -3.626   7.632
    6   HG11  VAL  86          HG13      VAL  86 -11.974  -1.998   7.089
    7   HG21  VAL  86          HG21      VAL  86  -9.682  -2.943   9.793
    8   HG23  VAL  86          HG22      VAL  86 -10.194  -3.630   8.249
    9   HG22  VAL  86          HG23      VAL  86 -10.867  -4.246   9.756

  No H/Q in entry =           9
  In of MODEL    7
    1    H    ARG  87           H        ARG  87 -13.295  -0.237   8.486
    2    HA   ARG  87           HA       ARG  87 -14.511   0.563  10.816
    3    HB2  ARG  87           HB2      ARG  87 -13.218   2.596  10.742
    4    HB3  ARG  87           HB3      ARG  87 -13.637   2.839   9.051
    5    HG2  ARG  87           HG2      ARG  87 -16.076   2.658  10.329
    6    HG3  ARG  87           HG3      ARG  87 -15.070   3.595  11.441
    7    HD2  ARG  87           HD2      ARG  87 -15.741   5.315  10.137
    8    HD3  ARG  87           HD3      ARG  87 -14.410   4.769   9.117
    9    HE   ARG  87           HE       ARG  87 -16.533   3.307   8.251
   10   HH11  ARG  87          HH11      ARG  87 -15.972   6.740   8.670
   11   HH12  ARG  87          HH12      ARG  87 -17.022   7.197   7.370
   12   HH21  ARG  87          HH21      ARG  87 -17.929   3.907   6.558
   13   HH22  ARG  87          HH22      ARG  87 -18.134   5.582   6.154

  No H/Q in entry =          13
  In of MODEL    7
    1    H    ALA  88           H        ALA  88 -16.542  -0.309  10.224
    2    HA   ALA  88           HA       ALA  88 -17.258  -1.013   7.836
    3    HB1  ALA  88           HB1      ALA  88 -19.051  -1.740   8.828
    4    HB2  ALA  88           HB2      ALA  88 -19.618  -0.109   9.173
    5    HB3  ALA  88           HB3      ALA  88 -18.477  -0.896  10.272

  No H/Q in entry =           5
  In of MODEL    7
    1    H    LYS  89           H        LYS  89 -18.408  -0.257   5.918
    2    HA   LYS  89           HA       LYS  89 -18.985   2.587   6.014
    3    HB2  LYS  89           HB2      LYS  89 -17.465   1.606   4.208
    4    HB3  LYS  89           HB3      LYS  89 -18.919   0.882   3.535
    5    HG2  LYS  89           HG2      LYS  89 -19.781   2.893   2.865
    6    HG3  LYS  89           HG3      LYS  89 -18.898   3.804   4.094
    7    HD2  LYS  89           HD2      LYS  89 -17.174   4.143   2.727
    8    HD3  LYS  89           HD3      LYS  89 -17.105   2.437   2.287
    9    HE2  LYS  89           HE2      LYS  89 -17.665   3.209   0.258
   10    HE3  LYS  89           HE3      LYS  89 -19.295   3.178   0.926
   11    HZ2  LYS  89           HZ1      LYS  89 -17.508   5.508   0.528
   12    HZ1  LYS  89           HZ2      LYS  89 -18.748   5.579   1.671
   13    HZ3  LYS  89           HZ3      LYS  89 -19.116   5.308   0.042

  No H/Q in entry =          13
  In of MODEL    7
    1    H    THR  90           H        THR  90 -20.321  -0.488   4.831
    2    HA   THR  90           HA       THR  90 -22.996   0.590   5.380
    3    HB   THR  90           HB       THR  90 -23.243  -1.827   3.932
    4    HG1  THR  90           HG1      THR  90 -21.035  -0.321   3.196
    5   HG22  THR  90          HG21      THR  90 -23.574   1.035   3.000
    6   HG21  THR  90          HG22      THR  90 -24.780   0.104   3.888
    7   HG23  THR  90          HG23      THR  90 -24.302  -0.394   2.267

  No H/Q in entry =           7
  In of MODEL    7
    1    H    ALA  91           H        ALA  91 -24.401  -1.611   5.560
    2    HA   ALA  91           HA       ALA  91 -23.566  -2.884   8.043
    3    HB3  ALA  91           HB1      ALA  91 -26.112  -3.358   6.457
    4    HB1  ALA  91           HB2      ALA  91 -25.965  -2.044   7.622
    5    HB2  ALA  91           HB3      ALA  91 -25.826  -3.719   8.160

  No H/Q in entry =           5
  In of MODEL    7
    1    H    CYS  92           H        CYS  92 -22.301  -4.700   7.779
    2    HA   CYS  92           HA       CYS  92 -22.715  -6.091   5.214
    3    HB2  CYS  92           HB2      CYS  92 -20.206  -6.494   6.722
    4    HB3  CYS  92           HB3      CYS  92 -20.402  -6.341   4.976
    5    HG   CYS  92           HG       CYS  92 -21.147  -3.505   6.353

  No H/Q in entry =           5
  In of MODEL    7
    1    H    GLU  93           H        GLU  93 -21.042  -8.170   5.781
    2    HA   GLU  93           HA       GLU  93 -22.185  -9.751   7.884
    3    HB2  GLU  93           HB2      GLU  93 -22.525 -10.604   4.981
    4    HB3  GLU  93           HB3      GLU  93 -22.898 -11.583   6.392
    5    HG2  GLU  93           HG2      GLU  93 -24.251  -8.963   6.012
    6    HG3  GLU  93           HG3      GLU  93 -24.792 -10.380   5.114

  No H/Q in entry =           6
  In of MODEL    7
    1    H    VAL  94           H        VAL  94 -20.183 -10.396   8.640
    2    HA   VAL  94           HA       VAL  94 -18.137 -10.839   6.562
    3    HB   VAL  94           HB       VAL  94 -16.422 -10.518   8.397
    4   HG12  VAL  94          HG11      VAL  94 -16.889  -7.938   8.445
    5   HG11  VAL  94          HG12      VAL  94 -18.128  -8.370   7.264
    6   HG13  VAL  94          HG13      VAL  94 -16.436  -8.764   6.955
    7   HG22  VAL  94          HG21      VAL  94 -17.595 -10.692  10.413
    8   HG21  VAL  94          HG22      VAL  94 -18.843  -9.567   9.886
    9   HG23  VAL  94          HG23      VAL  94 -17.221  -8.973  10.253

  No H/Q in entry =           9
  In of MODEL    7
    1    H    ALA  95           H        ALA  95 -16.873 -12.651   6.547
    2    HA   ALA  95           HA       ALA  95 -17.993 -14.832   8.170
    3    HB2  ALA  95           HB1      ALA  95 -17.333 -16.050   6.330
    4    HB3  ALA  95           HB2      ALA  95 -15.678 -15.468   6.515
    5    HB1  ALA  95           HB3      ALA  95 -16.840 -14.537   5.578

  No H/Q in entry =           5
  In of MODEL    7
    1    H    GLU  96           H        GLU  96 -17.253 -13.686  10.134
    2    HA   GLU  96           HA       GLU  96 -14.375 -13.357  10.295
    3    HB2  GLU  96           HB2      GLU  96 -14.746 -12.051  12.255
    4    HB3  GLU  96           HB3      GLU  96 -15.854 -11.526  10.994
    5    HG2  GLU  96           HG2      GLU  96 -17.672 -12.689  12.025
    6    HG3  GLU  96           HG3      GLU  96 -16.575 -13.394  13.218

  No H/Q in entry =           6
  In of MODEL    7
    1    H    ILE  97           H        ILE  97 -13.103 -14.352  11.432
    2    HA   ILE  97           HA       ILE  97 -13.818 -16.002  13.614
    3    HB   ILE  97           HB       ILE  97 -12.399 -17.915  12.665
    4   HG12  ILE  97          HG12      ILE  97 -13.696 -16.998  10.157
    5   HG13  ILE  97          HG13      ILE  97 -12.049 -16.539  10.564
    6   HG23  ILE  97          HG21      ILE  97 -14.301 -19.135  12.439
    7   HG22  ILE  97          HG22      ILE  97 -15.197 -17.785  11.737
    8   HG21  ILE  97          HG23      ILE  97 -14.811 -17.788  13.458
    9   HD13  ILE  97          HD11      ILE  97 -11.968 -18.434   9.139
   10   HD12  ILE  97          HD12      ILE  97 -13.111 -19.310  10.156
   11   HD11  ILE  97          HD13      ILE  97 -11.495 -18.946  10.760

  No H/Q in entry =          11
  In of MODEL    7
    1    H    SER  98           H        SER  98 -11.631 -17.304  14.146
    2    HA   SER  98           HA       SER  98  -9.779 -15.097  14.571
    3    HB2  SER  98           HB2      SER  98 -10.649 -16.128  16.588
    4    HB3  SER  98           HB3      SER  98 -10.096 -17.707  16.035
    5    HG   SER  98           HG       SER  98  -8.721 -16.474  17.571

  No H/Q in entry =           5
  In of MODEL    7
    1    H    TYR  99           H        TYR  99  -7.727 -15.177  13.989
    2    HA   TYR  99           HA       TYR  99  -7.056 -16.724  11.681
    3    HB2  TYR  99           HB2      TYR  99  -5.025 -15.512  11.522
    4    HB3  TYR  99           HB3      TYR  99  -6.285 -14.397  11.992
    5    HD1  TYR  99           HD1      TYR  99  -4.769 -16.496  14.612
    6    HD2  TYR  99           HD2      TYR  99  -4.573 -12.770  12.554
    7    HE1  TYR  99           HE1      TYR  99  -3.273 -15.615  16.344
    8    HE2  TYR  99           HE2      TYR  99  -3.081 -11.890  14.291
    9    HH   TYR  99           HH       TYR  99  -2.708 -12.535  16.906

  No H/Q in entry =           9
  In of MODEL    7
    1    H    LYS 100           H        LYS 100  -6.962 -17.726  14.906
    2    HA   LYS 100           HA       LYS 100  -4.550 -19.274  14.611
    3    HB2  LYS 100           HB2      LYS 100  -5.497 -18.779  16.827
    4    HB3  LYS 100           HB3      LYS 100  -6.922 -19.724  16.423
    5    HG2  LYS 100           HG2      LYS 100  -5.749 -21.261  17.629
    6    HG3  LYS 100           HG3      LYS 100  -5.148 -21.619  16.008
    7    HD2  LYS 100           HD2      LYS 100  -3.119 -20.499  16.396
    8    HD3  LYS 100           HD3      LYS 100  -3.751 -19.663  17.814
    9    HE2  LYS 100           HE2      LYS 100  -2.353 -21.335  18.680
   10    HE3  LYS 100           HE3      LYS 100  -3.984 -21.972  18.869
   11    HZ2  LYS 100           HZ1      LYS 100  -1.998 -22.713  16.794
   12    HZ1  LYS 100           HZ2      LYS 100  -3.613 -23.210  16.766
   13    HZ3  LYS 100           HZ3      LYS 100  -2.604 -23.694  18.030

  No H/Q in entry =          13
  In of MODEL    7
    1    H    LYS 101           H        LYS 101  -8.018 -19.981  14.362
    2    HA   LYS 101           HA       LYS 101  -7.555 -22.625  13.308
    3    HB2  LYS 101           HB2      LYS 101  -9.534 -22.724  14.394
    4    HB3  LYS 101           HB3      LYS 101  -9.884 -21.022  14.146
    5    HG2  LYS 101           HG2      LYS 101 -10.783 -21.410  12.019
    6    HG3  LYS 101           HG3      LYS 101 -10.104 -23.036  11.936
    7    HD2  LYS 101           HD2      LYS 101 -12.317 -23.481  12.430
    8    HD3  LYS 101           HD3      LYS 101 -11.593 -23.460  14.039
    9    HE2  LYS 101           HE2      LYS 101 -12.282 -21.099  14.273
   10    HE3  LYS 101           HE3      LYS 101 -13.082 -21.203  12.705
   11    HZ3  LYS 101           HZ1      LYS 101 -14.862 -21.886  13.808
   12    HZ2  LYS 101           HZ2      LYS 101 -14.007 -22.055  15.257
   13    HZ1  LYS 101           HZ3      LYS 101 -14.048 -23.330  14.145

  No H/Q in entry =          13
  In of MODEL    7
    1    H    PHE 102           H        PHE 102  -8.343 -19.468  12.081
    2    HA   PHE 102           HA       PHE 102  -9.127 -20.189   9.493
    3    HB2  PHE 102           HB2      PHE 102  -9.696 -18.063   9.970
    4    HB3  PHE 102           HB3      PHE 102  -8.249 -17.707  10.856
    5    HD1  PHE 102           HD1      PHE 102  -9.989 -17.292   7.718
    6    HD2  PHE 102           HD2      PHE 102  -6.134 -17.213   9.532
    7    HE1  PHE 102           HE1      PHE 102  -9.124 -16.001   5.813
    8    HE2  PHE 102           HE2      PHE 102  -5.277 -15.924   7.635
    9    HZ   PHE 102           HZ       PHE 102  -6.762 -15.313   5.778

  No H/Q in entry =           9
  In of MODEL    7
    1    H    ARG 103           H        ARG 103  -6.049 -18.829  10.528
    2    HA   ARG 103           HA       ARG 103  -4.554 -19.155   8.351
    3    HB2  ARG 103           HB2      ARG 103  -2.667 -18.847   9.633
    4    HB3  ARG 103           HB3      ARG 103  -3.923 -18.229  10.694
    5    HG2  ARG 103           HG2      ARG 103  -3.802 -20.070  12.109
    6    HG3  ARG 103           HG3      ARG 103  -2.979 -21.061  10.905
    7    HD2  ARG 103           HD2      ARG 103  -1.679 -18.572  11.926
    8    HD3  ARG 103           HD3      ARG 103  -1.646 -20.039  12.902
    9    HE   ARG 103           HE       ARG 103  -0.809 -20.782  10.373
   10   HH11  ARG 103          HH11      ARG 103   0.266 -18.555  12.850
   11   HH12  ARG 103          HH12      ARG 103   1.944 -18.717  12.447
   12   HH21  ARG 103          HH21      ARG 103   1.397 -21.000   9.839
   13   HH22  ARG 103          HH22      ARG 103   2.592 -20.110  10.739

  No H/Q in entry =          13
  In of MODEL    7
    1    H    GLN 104           H        GLN 104  -5.700 -21.714  10.277
    2    HA   GLN 104           HA       GLN 104  -3.695 -23.556   9.186
    3    HB2  GLN 104           HB2      GLN 104  -5.752 -23.877  11.336
    4    HB3  GLN 104           HB3      GLN 104  -4.949 -25.275  10.623
    5    HG2  GLN 104           HG2      GLN 104  -2.770 -23.960  11.139
    6    HG3  GLN 104           HG3      GLN 104  -3.792 -23.057  12.255
    7   HE21  GLN 104          HE21      GLN 104  -2.348 -26.132  11.530
    8   HE22  GLN 104          HE22      GLN 104  -2.630 -26.851  13.075

  No H/Q in entry =           8
  In of MODEL    7
    1    H    LEU 105           H        LEU 105  -7.019 -22.754   8.644
    2    HA   LEU 105           HA       LEU 105  -7.341 -24.944   6.706
    3    HB2  LEU 105           HB2      LEU 105  -9.523 -24.444   6.984
    4    HB3  LEU 105           HB3      LEU 105  -9.048 -23.217   8.142
    5    HG   LEU 105           HG       LEU 105  -8.818 -21.656   6.125
    6   HD11  LEU 105          HD11      LEU 105  -8.978 -23.473   4.429
    7   HD13  LEU 105          HD12      LEU 105 -10.166 -22.191   4.197
    8   HD12  LEU 105          HD13      LEU 105 -10.656 -23.725   4.913
    9   HD21  LEU 105          HD21      LEU 105 -11.451 -22.694   7.142
   10   HD23  LEU 105          HD22      LEU 105 -11.302 -21.249   6.139
   11   HD22  LEU 105          HD23      LEU 105 -10.530 -21.309   7.727

  No H/Q in entry =          11
  In of MODEL    7
    1    H    ILE 106           H        ILE 106  -6.996 -21.237   6.552
    2    HA   ILE 106           HA       ILE 106  -6.466 -21.210   3.933
    3    HB   ILE 106           HB       ILE 106  -5.679 -19.015   4.128
    4   HG12  ILE 106          HG12      ILE 106  -5.417 -18.420   6.810
    5   HG13  ILE 106          HG13      ILE 106  -4.606 -19.977   6.654
    6   HG21  ILE 106          HG21      ILE 106  -8.046 -19.807   5.038
    7   HG23  ILE 106          HG22      ILE 106  -7.550 -18.115   5.082
    8   HG22  ILE 106          HG23      ILE 106  -7.422 -19.109   6.532
    9   HD11  ILE 106          HD11      ILE 106  -3.310 -18.987   4.752
   10   HD13  ILE 106          HD12      ILE 106  -2.968 -18.317   6.350
   11   HD12  ILE 106          HD13      ILE 106  -3.985 -17.425   5.218

  No H/Q in entry =          11
  In of MODEL    7
    1    H    GLN 107           H        GLN 107  -4.662 -22.872   5.955
    2    HA   GLN 107           HA       GLN 107  -2.228 -22.455   4.411
    3    HB2  GLN 107           HB2      GLN 107  -2.548 -23.080   7.287
    4    HB3  GLN 107           HB3      GLN 107  -1.203 -23.835   6.445
    5    HG2  GLN 107           HG2      GLN 107  -0.784 -21.370   5.617
    6    HG3  GLN 107           HG3      GLN 107  -1.693 -20.980   7.080
    7   HE21  GLN 107          HE21      GLN 107   1.193 -22.453   5.807
    8   HE22  GLN 107          HE22      GLN 107   2.075 -22.486   7.291

  No H/Q in entry =           8
  In of MODEL    7
    1    H    VAL 108           H        VAL 108  -4.808 -24.374   4.955
    2    HA   VAL 108           HA       VAL 108  -3.569 -26.932   4.431
    3    HB   VAL 108           HB       VAL 108  -5.843 -26.105   5.771
    4   HG12  VAL 108          HG11      VAL 108  -6.737 -27.444   3.228
    5   HG11  VAL 108          HG12      VAL 108  -7.089 -25.787   3.720
    6   HG13  VAL 108          HG13      VAL 108  -7.744 -27.140   4.644
    7   HG22  VAL 108          HG21      VAL 108  -6.293 -28.468   6.084
    8   HG21  VAL 108          HG22      VAL 108  -4.575 -28.099   6.224
    9   HG23  VAL 108          HG23      VAL 108  -5.198 -28.855   4.757

  No H/Q in entry =           9
  In of MODEL    7
    1    H    ASN 109           H        ASN 109  -5.048 -24.306   2.819
    2    HA   ASN 109           HA       ASN 109  -5.035 -25.758   0.251
    3    HB2  ASN 109           HB2      ASN 109  -6.872 -23.539   1.172
    4    HB3  ASN 109           HB3      ASN 109  -6.807 -24.143  -0.477
    5   HD21  ASN 109          HD21      ASN 109  -8.820 -24.121   1.832
    6   HD22  ASN 109          HD22      ASN 109  -9.426 -25.738   1.837

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   PRO 110           HA       PRO 110  -2.015 -22.591  -0.564
    2    HB2  PRO 110           HB2      PRO 110  -1.398 -23.335  -3.110
    3    HB3  PRO 110           HB3      PRO 110  -0.891 -24.260  -1.696
    4    HG2  PRO 110           HG2      PRO 110  -3.112 -24.802  -3.615
    5    HG3  PRO 110           HG3      PRO 110  -2.008 -25.938  -2.819
    6    HD2  PRO 110           HD2      PRO 110  -4.599 -25.422  -2.012
    7    HD3  PRO 110           HD3      PRO 110  -3.327 -26.101  -0.978

  No H/Q in entry =           7
  In of MODEL    7
    1    H    ASP 111           H        ASP 111  -5.110 -22.471  -1.613
    2    HA   ASP 111           HA       ASP 111  -4.587 -20.285  -3.421
    3    HB2  ASP 111           HB2      ASP 111  -6.720 -20.697  -4.534
    4    HB3  ASP 111           HB3      ASP 111  -5.465 -21.927  -4.741

  No H/Q in entry =           4
  In of MODEL    7
    1    H    ILE 112           H        ILE 112  -5.866 -20.981  -0.476
    2    HA   ILE 112           HA       ILE 112  -8.094 -19.198  -0.521
    3    HB   ILE 112           HB       ILE 112  -6.714 -20.736   1.675
    4   HG12  ILE 112          HG12      ILE 112  -8.607 -21.336  -0.265
    5   HG13  ILE 112          HG13      ILE 112  -8.242 -22.293   1.164
    6   HG21  ILE 112          HG21      ILE 112  -9.022 -18.805   1.904
    7   HG23  ILE 112          HG22      ILE 112  -7.430 -18.666   2.653
    8   HG22  ILE 112          HG23      ILE 112  -8.533 -19.952   3.153
    9   HD13  ILE 112          HD11      ILE 112 -10.593 -21.996   1.050
   10   HD12  ILE 112          HD12      ILE 112 -10.415 -20.256   0.832
   11   HD11  ILE 112          HD13      ILE 112  -9.991 -20.999   2.373

  No H/Q in entry =          11
  In of MODEL    7
    1    H    LEU 113           H        LEU 113  -4.901 -19.207   0.899
    2    HA   LEU 113           HA       LEU 113  -5.107 -16.602   1.934
    3    HB2  LEU 113           HB2      LEU 113  -3.425 -18.185   2.752
    4    HB3  LEU 113           HB3      LEU 113  -2.635 -18.164   1.182
    5    HG   LEU 113           HG       LEU 113  -2.351 -15.650   1.536
    6   HD11  LEU 113          HD11      LEU 113  -4.011 -15.744   3.512
    7   HD13  LEU 113          HD12      LEU 113  -2.584 -14.717   3.634
    8   HD12  LEU 113          HD13      LEU 113  -2.612 -16.282   4.444
    9   HD22  LEU 113          HD21      LEU 113  -0.339 -15.943   2.831
   10   HD21  LEU 113          HD22      LEU 113  -0.522 -17.257   1.668
   11   HD23  LEU 113          HD23      LEU 113  -0.891 -17.527   3.373

  No H/Q in entry =          11
  In of MODEL    7
    1    H    MET 114           H        MET 114  -4.255 -17.976  -1.074
    2    HA   MET 114           HA       MET 114  -3.042 -15.702  -2.275
    3    HB2  MET 114           HB2      MET 114  -3.447 -18.386  -2.970
    4    HB3  MET 114           HB3      MET 114  -4.313 -17.463  -4.189
    5    HG2  MET 114           HG2      MET 114  -1.426 -17.068  -3.444
    6    HG3  MET 114           HG3      MET 114  -2.000 -17.988  -4.831
    7    HE1  MET 114           HE1      MET 114   0.136 -15.723  -5.191
    8    HE3  MET 114           HE2      MET 114  -0.505 -14.841  -6.578
    9    HE2  MET 114           HE3      MET 114  -0.564 -16.603  -6.549

  No H/Q in entry =           9
  In of MODEL    7
    1    H    ARG 115           H        ARG 115  -6.269 -16.826  -1.860
    2    HA   ARG 115           HA       ARG 115  -7.504 -15.167  -3.786
    3    HB2  ARG 115           HB2      ARG 115  -8.355 -16.873  -1.517
    4    HB3  ARG 115           HB3      ARG 115  -9.427 -15.518  -1.874
    5    HG2  ARG 115           HG2      ARG 115  -8.509 -17.462  -3.962
    6    HG3  ARG 115           HG3      ARG 115  -9.958 -17.717  -2.988
    7    HD2  ARG 115           HD2      ARG 115  -9.602 -15.123  -4.424
    8    HD3  ARG 115           HD3      ARG 115 -10.101 -16.543  -5.337
    9    HE   ARG 115           HE       ARG 115 -12.091 -16.661  -3.988
   10   HH11  ARG 115          HH11      ARG 115 -10.193 -13.731  -3.519
   11   HH12  ARG 115          HH12      ARG 115 -11.547 -12.793  -2.985
   12   HH21  ARG 115          HH21      ARG 115 -13.870 -15.416  -3.320
   13   HH22  ARG 115          HH22      ARG 115 -13.639 -13.748  -2.864

  No H/Q in entry =          13
  In of MODEL    7
    1    H    LEU 116           H        LEU 116  -6.876 -14.990  -0.312
    2    HA   LEU 116           HA       LEU 116  -7.833 -12.453   0.177
    3    HB2  LEU 116           HB2      LEU 116  -7.335 -13.901   1.980
    4    HB3  LEU 116           HB3      LEU 116  -5.680 -14.122   1.436
    5    HG   LEU 116           HG       LEU 116  -5.639 -11.476   1.841
    6   HD11  LEU 116          HD11      LEU 116  -8.107 -12.047   2.730
    7   HD13  LEU 116          HD12      LEU 116  -7.119 -10.688   3.272
    8   HD12  LEU 116          HD13      LEU 116  -7.165 -12.180   4.217
    9   HD21  LEU 116          HD21      LEU 116  -5.245 -13.618   3.914
   10   HD23  LEU 116          HD22      LEU 116  -4.746 -11.934   4.107
   11   HD22  LEU 116          HD23      LEU 116  -4.030 -12.928   2.833

  No H/Q in entry =          11
  In of MODEL    7
    1    H    SER 117           H        SER 117  -4.547 -13.476  -0.614
    2    HA   SER 117           HA       SER 117  -3.216 -11.125  -0.246
    3    HB2  SER 117           HB2      SER 117  -1.661 -12.030  -2.091
    4    HB3  SER 117           HB3      SER 117  -1.872 -12.955  -0.606
    5    HG   SER 117           HG       SER 117  -2.739 -13.499  -3.187

  No H/Q in entry =           5
  In of MODEL    7
    1    H    ALA 118           H        ALA 118  -5.070 -12.097  -2.993
    2    HA   ALA 118           HA       ALA 118  -4.185 -10.115  -4.782
    3    HB3  ALA 118           HB1      ALA 118  -5.315 -11.392  -6.179
    4    HB2  ALA 118           HB2      ALA 118  -6.832 -10.812  -5.482
    5    HB1  ALA 118           HB3      ALA 118  -6.057 -12.258  -4.832

  No H/Q in entry =           5
  In of MODEL    7
    1    H    GLN 119           H        GLN 119  -6.646 -10.054  -2.282
    2    HA   GLN 119           HA       GLN 119  -7.724  -7.532  -3.252
    3    HB2  GLN 119           HB2      GLN 119  -8.387  -9.202  -0.833
    4    HB3  GLN 119           HB3      GLN 119  -9.129  -7.640  -1.169
    5    HG2  GLN 119           HG2      GLN 119  -9.228 -10.063  -2.951
    6    HG3  GLN 119           HG3      GLN 119 -10.539  -9.475  -1.929
    7   HE21  GLN 119          HE21      GLN 119 -11.514  -7.459  -2.455
    8   HE22  GLN 119          HE22      GLN 119 -11.475  -6.874  -4.082

  No H/Q in entry =           8
  In of MODEL    7
    1    H    MET 120           H        MET 120  -5.175  -8.516  -1.503
    2    HA   MET 120           HA       MET 120  -5.174  -6.345   0.464
    3    HB2  MET 120           HB2      MET 120  -4.438  -8.324   1.515
    4    HB3  MET 120           HB3      MET 120  -3.369  -8.733   0.180
    5    HG2  MET 120           HG2      MET 120  -1.801  -7.135   0.775
    6    HG3  MET 120           HG3      MET 120  -2.960  -6.206   1.721
    7    HE2  MET 120           HE1      MET 120  -4.119  -9.268   3.051
    8    HE1  MET 120           HE2      MET 120  -4.318  -7.615   3.646
    9    HE3  MET 120           HE3      MET 120  -3.530  -8.826   4.659

  No H/Q in entry =           9
  In of MODEL    7
    1    H    ALA 121           H        ALA 121  -3.245  -7.804  -2.050
    2    HA   ALA 121           HA       ALA 121  -1.389  -5.679  -2.257
    3    HB2  ALA 121           HB1      ALA 121  -1.975  -7.841  -4.271
    4    HB1  ALA 121           HB2      ALA 121  -0.917  -8.041  -2.874
    5    HB3  ALA 121           HB3      ALA 121  -0.502  -6.879  -4.134

  No H/Q in entry =           5
  In of MODEL    7
    1    H    ARG 122           H        ARG 122  -4.526  -6.318  -3.574
    2    HA   ARG 122           HA       ARG 122  -4.292  -4.664  -5.846
    3    HB2  ARG 122           HB2      ARG 122  -6.365  -6.207  -4.624
    4    HB3  ARG 122           HB3      ARG 122  -6.983  -4.599  -4.983
    5    HG2  ARG 122           HG2      ARG 122  -7.232  -6.388  -6.782
    6    HG3  ARG 122           HG3      ARG 122  -6.589  -4.820  -7.270
    7    HD2  ARG 122           HD2      ARG 122  -4.341  -5.672  -7.318
    8    HD3  ARG 122           HD3      ARG 122  -4.855  -7.189  -6.575
    9    HE   ARG 122           HE       ARG 122  -5.798  -7.839  -8.621
   10   HH11  ARG 122          HH11      ARG 122  -4.026  -4.835  -8.792
   11   HH12  ARG 122          HH12      ARG 122  -4.072  -4.765 -10.526
   12   HH21  ARG 122          HH21      ARG 122  -5.838  -7.778 -10.890
   13   HH22  ARG 122          HH22      ARG 122  -5.095  -6.442 -11.724

  No H/Q in entry =          13
  In of MODEL    7
    1    H    ARG 123           H        ARG 123  -4.962  -4.234  -2.626
    2    HA   ARG 123           HA       ARG 123  -5.901  -1.543  -2.638
    3    HB2  ARG 123           HB2      ARG 123  -4.978  -3.435  -0.518
    4    HB3  ARG 123           HB3      ARG 123  -5.115  -1.724  -0.133
    5    HG2  ARG 123           HG2      ARG 123  -7.113  -3.444   0.222
    6    HG3  ARG 123           HG3      ARG 123  -7.385  -1.752  -0.192
    7    HD2  ARG 123           HD2      ARG 123  -7.953  -2.243  -2.371
    8    HD3  ARG 123           HD3      ARG 123  -7.040  -3.749  -2.380
    9    HE   ARG 123           HE       ARG 123  -8.831  -4.726  -1.045
   10   HH11  ARG 123          HH11      ARG 123  -9.514  -1.715  -2.687
   11   HH12  ARG 123          HH12      ARG 123 -11.217  -1.997  -2.777
   12   HH21  ARG 123          HH21      ARG 123 -11.074  -5.140  -1.207
   13   HH22  ARG 123          HH22      ARG 123 -12.101  -3.963  -1.965

  No H/Q in entry =          13
  In of MODEL    7
    1    H    LEU 124           H        LEU 124  -2.815  -3.141  -2.539
    2    HA   LEU 124           HA       LEU 124  -1.199  -0.917  -1.877
    3    HB2  LEU 124           HB2      LEU 124  -0.843  -3.557  -3.040
    4    HB3  LEU 124           HB3      LEU 124   0.164  -2.372  -3.837
    5    HG   LEU 124           HG       LEU 124   0.206  -2.978  -0.881
    6   HD13  LEU 124          HD11      LEU 124   1.021  -4.806  -2.134
    7   HD12  LEU 124          HD12      LEU 124   2.416  -3.913  -1.513
    8   HD11  LEU 124          HD13      LEU 124   1.920  -3.729  -3.200
    9   HD23  LEU 124          HD21      LEU 124   2.399  -1.771  -1.040
   10   HD22  LEU 124          HD22      LEU 124   0.977  -0.733  -1.202
   11   HD21  LEU 124          HD23      LEU 124   1.898  -1.206  -2.633

  No H/Q in entry =          11
  In of MODEL    7
    1    H    GLN 125           H        GLN 125  -2.649  -2.207  -4.751
    2    HA   GLN 125           HA       GLN 125  -1.506  -0.281  -6.545
    3    HB2  GLN 125           HB2      GLN 125  -3.212  -2.634  -6.776
    4    HB3  GLN 125           HB3      GLN 125  -3.691  -1.331  -7.853
    5    HG2  GLN 125           HG2      GLN 125  -0.993  -2.644  -7.695
    6    HG3  GLN 125           HG3      GLN 125  -2.181  -2.815  -8.982
    7   HE21  GLN 125          HE21      GLN 125   0.382  -0.955  -7.715
    8   HE22  GLN 125          HE22      GLN 125   0.422   0.255  -8.944

  No H/Q in entry =           8
  In of MODEL    7
    1    H    VAL 126           H        VAL 126  -4.010   0.012  -4.204
    2    HA   VAL 126           HA       VAL 126  -5.434   1.900  -5.898
    3    HB   VAL 126           HB       VAL 126  -6.636   0.009  -4.487
    4   HG13  VAL 126          HG11      VAL 126  -7.279   0.708  -2.247
    5   HG12  VAL 126          HG12      VAL 126  -6.241   2.127  -2.377
    6   HG11  VAL 126          HG13      VAL 126  -5.529   0.515  -2.362
    7   HG22  VAL 126          HG21      VAL 126  -8.558   1.211  -4.619
    8   HG21  VAL 126          HG22      VAL 126  -7.521   2.174  -5.675
    9   HG23  VAL 126          HG23      VAL 126  -7.810   2.686  -4.011

  No H/Q in entry =           9
  In of MODEL    7
    1    H    THR 127           H        THR 127  -3.390   1.342  -3.121
    2    HA   THR 127           HA       THR 127  -3.507   4.101  -2.179
    3    HB   THR 127           HB       THR 127  -1.469   2.024  -1.383
    4    HG1  THR 127           HG1      THR 127  -3.521   1.049  -1.117
    5   HG22  THR 127          HG21      THR 127  -2.756   4.291   0.144
    6   HG21  THR 127          HG22      THR 127  -1.142   4.315  -0.567
    7   HG23  THR 127          HG23      THR 127  -1.505   3.210   0.759

  No H/Q in entry =           7
  In of MODEL    7
    1    H    SER 128           H        SER 128  -1.847   2.614  -5.061
    2    HA   SER 128           HA       SER 128   0.512   3.947  -4.189
    3    HB2  SER 128           HB2      SER 128   1.357   2.817  -6.359
    4    HB3  SER 128           HB3      SER 128   1.090   1.815  -4.929
    5    HG   SER 128           HG       SER 128  -0.610   0.932  -5.797

  No H/Q in entry =           5
  In of MODEL    7
    1    H    GLU 129           H        GLU 129  -2.251   3.919  -6.121
    2    HA   GLU 129           HA       GLU 129  -1.268   5.728  -8.148
    3    HB2  GLU 129           HB2      GLU 129  -2.909   3.754  -8.448
    4    HB3  GLU 129           HB3      GLU 129  -4.132   4.876  -7.867
    5    HG2  GLU 129           HG2      GLU 129  -3.189   6.434  -9.732
    6    HG3  GLU 129           HG3      GLU 129  -2.563   4.929 -10.403

  No H/Q in entry =           6
  In of MODEL    7
    1    H    LYS 130           H        LYS 130  -2.503   6.387  -5.036
    2    HA   LYS 130           HA       LYS 130  -3.084   9.078  -5.848
    3    HB2  LYS 130           HB2      LYS 130  -5.161   7.181  -4.764
    4    HB3  LYS 130           HB3      LYS 130  -5.264   8.904  -4.439
    5    HG2  LYS 130           HG2      LYS 130  -5.824   9.415  -6.580
    6    HG3  LYS 130           HG3      LYS 130  -4.931   8.050  -7.254
    7    HD2  LYS 130           HD2      LYS 130  -6.642   6.513  -6.497
    8    HD3  LYS 130           HD3      LYS 130  -7.514   7.832  -5.711
    9    HE2  LYS 130           HE2      LYS 130  -8.345   7.061  -8.004
   10    HE3  LYS 130           HE3      LYS 130  -8.134   8.793  -7.749
   11    HZ3  LYS 130           HZ1      LYS 130  -7.116   8.494  -9.760
   12    HZ2  LYS 130           HZ2      LYS 130  -6.525   6.944  -9.383
   13    HZ1  LYS 130           HZ3      LYS 130  -5.791   8.320  -8.724

  No H/Q in entry =          13
  In of MODEL    7
    1    H    VAL 131           H        VAL 131  -0.999   7.977  -4.369
    2    HA   VAL 131           HA       VAL 131  -1.381   7.720  -1.622
    3    HB   VAL 131           HB       VAL 131   1.095   8.986  -1.850
    4   HG11  VAL 131          HG11      VAL 131   0.281   6.109  -1.869
    5   HG13  VAL 131          HG12      VAL 131   0.974   7.070  -0.560
    6   HG12  VAL 131          HG13      VAL 131   1.978   6.584  -1.924
    7   HG23  VAL 131          HG21      VAL 131   0.779   7.234  -4.280
    8   HG22  VAL 131          HG22      VAL 131   2.215   8.126  -3.773
    9   HG21  VAL 131          HG23      VAL 131   0.784   8.998  -4.322

  No H/Q in entry =           9
  In of MODEL    7
    1    H    GLY 132           H        GLY 132   0.310  10.330  -3.040
    2    HA3  GLY 132           HA2      GLY 132  -0.612  12.257  -1.108
    3    HA2  GLY 132           HA3      GLY 132   0.576  12.540  -2.366

  No H/Q in entry =           3
  In of MODEL    7
    1    H    ASN 133           H        ASN 133  -2.658  11.320  -2.958
    2    HA   ASN 133           HA       ASN 133  -3.165  13.387  -4.867
    3    HB2  ASN 133           HB2      ASN 133  -3.992  10.957  -4.927
    4    HB3  ASN 133           HB3      ASN 133  -5.192  11.444  -3.735
    5   HD21  ASN 133          HD21      ASN 133  -4.180  11.637  -7.038
    6   HD22  ASN 133          HD22      ASN 133  -5.619  12.380  -7.654

  No H/Q in entry =           6
  In of MODEL    7
    1    H    LEU 134           H        LEU 134  -4.703  12.495  -1.777
    2    HA   LEU 134           HA       LEU 134  -6.328  14.843  -1.731
    3    HB2  LEU 134           HB2      LEU 134  -6.316  13.836   0.864
    4    HB3  LEU 134           HB3      LEU 134  -7.524  13.614  -0.382
    5    HG   LEU 134           HG       LEU 134  -5.225  11.764  -0.467
    6   HD12  LEU 134          HD11      LEU 134  -6.319  10.341   1.261
    7   HD11  LEU 134          HD12      LEU 134  -7.305  11.738   1.699
    8   HD13  LEU 134          HD13      LEU 134  -5.552  11.799   1.889
    9   HD22  LEU 134          HD21      LEU 134  -6.968  11.518  -2.083
   10   HD21  LEU 134          HD22      LEU 134  -8.208  11.567  -0.830
   11   HD23  LEU 134          HD23      LEU 134  -7.111  10.186  -0.934

  No H/Q in entry =          11
  In of MODEL    7
    1    H    ALA 135           H        ALA 135  -3.166  14.262  -0.771
    2    HA   ALA 135           HA       ALA 135  -3.131  16.220   1.336
    3    HB1  ALA 135           HB1      ALA 135  -1.713  14.427   1.746
    4    HB3  ALA 135           HB2      ALA 135  -0.679  15.816   1.408
    5    HB2  ALA 135           HB3      ALA 135  -0.922  14.571   0.180

  No H/Q in entry =           5
  In of MODEL    7
    1    H    PHE 136           H        PHE 136  -3.149  16.208  -1.932
    2    HA   PHE 136           HA       PHE 136  -1.398  18.402  -2.516
    3    HB2  PHE 136           HB2      PHE 136  -2.812  16.423  -3.950
    4    HB3  PHE 136           HB3      PHE 136  -3.457  17.969  -4.489
    5    HD1  PHE 136           HD1      PHE 136  -2.407  19.043  -6.220
    6    HD2  PHE 136           HD2      PHE 136  -0.187  16.303  -3.840
    7    HE1  PHE 136           HE1      PHE 136  -0.472  19.318  -7.715
    8    HE2  PHE 136           HE2      PHE 136   1.752  16.574  -5.328
    9    HZ   PHE 136           HZ       PHE 136   1.611  18.082  -7.270

  No H/Q in entry =           9
  In of MODEL    7
    1    H    LEU 137           H        LEU 137  -4.356  18.164  -1.021
    2    HA   LEU 137           HA       LEU 137  -6.142  19.506  -0.540
    3    HB2  LEU 137           HB2      LEU 137  -3.710  21.108  -0.412
    4    HB3  LEU 137           HB3      LEU 137  -5.193  22.042  -0.488
    5    HG   LEU 137           HG       LEU 137  -6.051  20.872   1.479
    6   HD11  LEU 137          HD11      LEU 137  -4.846  18.743   1.140
    7   HD13  LEU 137          HD12      LEU 137  -4.666  19.382   2.773
    8   HD12  LEU 137          HD13      LEU 137  -3.346  19.544   1.615
    9   HD23  LEU 137          HD21      LEU 137  -4.520  21.849   3.118
   10   HD22  LEU 137          HD22      LEU 137  -4.831  22.948   1.775
   11   HD21  LEU 137          HD23      LEU 137  -3.308  22.061   1.855

  No H/Q in entry =          11
  In of MODEL    7
    1    H    ASP 138           H        ASP 138  -6.395  18.987  -2.868
    2    HA   ASP 138           HA       ASP 138  -7.036  20.943  -4.665
    3    HB2  ASP 138           HB2      ASP 138  -5.611  19.662  -5.666
    4    HB3  ASP 138           HB3      ASP 138  -6.791  18.345  -5.757

  No H/Q in entry =           4
  In of MODEL    7
    1    H    VAL 139           H        VAL 139  -8.942  21.779  -3.460
    2    HA   VAL 139           HA       VAL 139 -11.219  20.006  -3.766
    3    HB   VAL 139           HB       VAL 139 -10.620  22.241  -2.161
    4   HG13  VAL 139          HG11      VAL 139 -12.014  23.601  -3.602
    5   HG12  VAL 139          HG12      VAL 139 -12.801  23.297  -2.053
    6   HG11  VAL 139          HG13      VAL 139 -13.315  22.409  -3.485
    7   HG22  VAL 139          HG21      VAL 139 -11.249  20.103  -1.357
    8   HG21  VAL 139          HG22      VAL 139 -12.795  20.187  -2.207
    9   HG23  VAL 139          HG23      VAL 139 -12.466  21.275  -0.858

  No H/Q in entry =           9
  In of MODEL    7
    1    H    THR 140           H        THR 140  -9.757  22.351  -5.764
    2    HA   THR 140           HA       THR 140 -11.791  23.733  -7.033
    3    HB   THR 140           HB       THR 140  -9.596  22.793  -8.772
    4    HG1  THR 140           HG1      THR 140  -8.297  22.838  -7.038
    5   HG22  THR 140          HG21      THR 140  -9.337  25.274  -9.035
    6   HG21  THR 140          HG22      THR 140 -10.686  25.474  -7.918
    7   HG23  THR 140          HG23      THR 140 -10.934  24.662  -9.462

  No H/Q in entry =           7
  In of MODEL    7
    1    H    GLY 141           H        GLY 141 -13.622  22.625  -7.570
    2    HA3  GLY 141           HA2      GLY 141 -15.071  21.266  -8.673
    3    HA2  GLY 141           HA3      GLY 141 -13.887  21.327  -9.961

  No H/Q in entry =           3
  In of MODEL    7
    1    H    ARG 142           H        ARG 142 -12.419  20.098  -7.323
    2    HA   ARG 142           HA       ARG 142 -12.056  17.609  -8.453
    3    HB2  ARG 142           HB2      ARG 142 -10.810  18.984  -6.500
    4    HB3  ARG 142           HB3      ARG 142 -11.677  17.791  -5.543
    5    HG2  ARG 142           HG2      ARG 142  -9.324  17.200  -6.200
    6    HG3  ARG 142           HG3      ARG 142 -10.562  15.994  -6.569
    7    HD2  ARG 142           HD2      ARG 142 -10.231  16.171  -8.784
    8    HD3  ARG 142           HD3      ARG 142 -10.120  17.932  -8.710
    9    HE   ARG 142           HE       ARG 142  -7.811  17.757  -8.256
   10   HH11  ARG 142          HH11      ARG 142  -9.307  14.663  -9.040
   11   HH12  ARG 142          HH12      ARG 142  -7.791  13.863  -9.335
   12   HH21  ARG 142          HH21      ARG 142  -5.836  16.704  -8.696
   13   HH22  ARG 142          HH22      ARG 142  -5.825  15.030  -9.153

  No H/Q in entry =          13
  In of MODEL    7
    1    H    ILE 143           H        ILE 143 -13.716  18.195  -5.295
    2    HA   ILE 143           HA       ILE 143 -14.704  16.136  -4.495
    3    HB   ILE 143           HB       ILE 143 -16.635  18.329  -5.122
    4   HG12  ILE 143          HG12      ILE 143 -14.307  18.496  -3.197
    5   HG13  ILE 143          HG13      ILE 143 -14.510  19.438  -4.671
    6   HG23  ILE 143          HG21      ILE 143 -17.551  16.613  -3.767
    7   HG22  ILE 143          HG22      ILE 143 -17.250  18.011  -2.731
    8   HG21  ILE 143          HG23      ILE 143 -16.151  16.633  -2.698
    9   HD13  ILE 143          HD11      ILE 143 -16.350  20.615  -3.753
   10   HD12  ILE 143          HD12      ILE 143 -15.012  20.672  -2.605
   11   HD11  ILE 143          HD13      ILE 143 -16.368  19.580  -2.328

  No H/Q in entry =          11
  In of MODEL    7
    1    H    ALA 144           H        ALA 144 -16.805  17.758  -6.854
    2    HA   ALA 144           HA       ALA 144 -18.722  15.723  -7.006
    3    HB3  ALA 144           HB1      ALA 144 -17.978  17.981  -8.829
    4    HB1  ALA 144           HB2      ALA 144 -19.340  17.869  -7.715
    5    HB2  ALA 144           HB3      ALA 144 -19.318  16.891  -9.183

  No H/Q in entry =           5
  In of MODEL    7
    1    H    GLN 145           H        GLN 145 -15.645  16.120  -8.502
    2    HA   GLN 145           HA       GLN 145 -16.121  14.400 -10.727
    3    HB2  GLN 145           HB2      GLN 145 -14.412  16.077 -10.926
    4    HB3  GLN 145           HB3      GLN 145 -13.597  15.502  -9.483
    5    HG2  GLN 145           HG2      GLN 145 -13.864  13.476 -11.566
    6    HG3  GLN 145           HG3      GLN 145 -12.922  14.885 -12.052
    7   HE21  GLN 145          HE21      GLN 145 -13.014  12.045 -10.157
    8   HE22  GLN 145          HE22      GLN 145 -11.424  12.168  -9.489

  No H/Q in entry =           8
  In of MODEL    7
    1    H    THR 146           H        THR 146 -15.170  13.922  -7.292
    2    HA   THR 146           HA       THR 146 -14.246  11.278  -7.888
    3    HB   THR 146           HB       THR 146 -14.767  12.357  -5.164
    4    HG1  THR 146           HG1      THR 146 -12.272  12.984  -6.154
    5   HG23  THR 146          HG21      THR 146 -13.863  10.200  -5.086
    6   HG22  THR 146          HG22      THR 146 -12.421  11.206  -4.939
    7   HG21  THR 146          HG23      THR 146 -12.837  10.482  -6.490

  No H/Q in entry =           7
  In of MODEL    7
    1    H    LEU 147           H        LEU 147 -17.138  12.825  -7.681
    2    HA   LEU 147           HA       LEU 147 -18.453  10.967  -5.884
    3    HB2  LEU 147           HB2      LEU 147 -19.762  13.304  -7.248
    4    HB3  LEU 147           HB3      LEU 147 -20.382  12.338  -5.915
    5    HG   LEU 147           HG       LEU 147 -18.161  14.350  -5.866
    6   HD12  LEU 147          HD11      LEU 147 -20.579  14.050  -4.109
    7   HD11  LEU 147          HD12      LEU 147 -20.519  15.077  -5.539
    8   HD13  LEU 147          HD13      LEU 147 -19.460  15.412  -4.170
    9   HD23  LEU 147          HD21      LEU 147 -17.975  13.641  -3.410
   10   HD22  LEU 147          HD22      LEU 147 -17.173  12.656  -4.633
   11   HD21  LEU 147          HD23      LEU 147 -18.709  12.131  -3.948

  No H/Q in entry =          11
  In of MODEL    7
    1    H    LEU 148           H        LEU 148 -17.935  11.938  -9.089
    2    HA   LEU 148           HA       LEU 148 -19.939  10.265 -10.258
    3    HB2  LEU 148           HB2      LEU 148 -17.499  11.374 -11.626
    4    HB3  LEU 148           HB3      LEU 148 -19.012  10.880 -12.359
    5    HG   LEU 148           HG       LEU 148 -18.392  13.373 -10.827
    6   HD13  LEU 148          HD11      LEU 148 -18.110  13.447 -13.186
    7   HD12  LEU 148          HD12      LEU 148 -19.557  14.364 -12.766
    8   HD11  LEU 148          HD13      LEU 148 -19.703  12.744 -13.446
    9   HD21  LEU 148          HD21      LEU 148 -21.127  12.151 -11.197
   10   HD23  LEU 148          HD22      LEU 148 -20.874  13.871 -10.907
   11   HD22  LEU 148          HD23      LEU 148 -20.371  12.693  -9.696

  No H/Q in entry =          11
  In of MODEL    7
    1    H    ASN 149           H        ASN 149 -16.701  10.015  -9.090
    2    HA   ASN 149           HA       ASN 149 -16.049   7.560 -10.355
    3    HB2  ASN 149           HB2      ASN 149 -14.763   9.272  -8.518
    4    HB3  ASN 149           HB3      ASN 149 -14.888   7.706  -7.717
    5   HD21  ASN 149          HD21      ASN 149 -13.392   6.241  -8.188
    6   HD22  ASN 149          HD22      ASN 149 -12.339   6.282  -9.557

  No H/Q in entry =           6
  In of MODEL    7
    1    H    LEU 150           H        LEU 150 -18.019   8.485  -7.651
    2    HA   LEU 150           HA       LEU 150 -18.415   5.794  -6.657
    3    HB2  LEU 150           HB2      LEU 150 -19.802   8.441  -6.205
    4    HB3  LEU 150           HB3      LEU 150 -20.471   6.940  -5.550
    5    HG   LEU 150           HG       LEU 150 -17.600   7.516  -5.010
    6   HD13  LEU 150          HD11      LEU 150 -17.959   9.040  -3.291
    7   HD12  LEU 150          HD12      LEU 150 -19.702   8.774  -3.295
    8   HD11  LEU 150          HD13      LEU 150 -18.942   9.647  -4.623
    9   HD23  LEU 150          HD21      LEU 150 -19.780   6.450  -3.238
   10   HD22  LEU 150          HD22      LEU 150 -18.035   6.335  -3.000
   11   HD21  LEU 150          HD23      LEU 150 -18.809   5.447  -4.316

  No H/Q in entry =          11
  In of MODEL    7
    1    H    ALA 151           H        ALA 151 -19.409   7.544  -9.574
    2    HA   ALA 151           HA       ALA 151 -21.941   6.139  -9.605
    3    HB1  ALA 151           HB1      ALA 151 -21.932   8.369 -10.576
    4    HB2  ALA 151           HB2      ALA 151 -22.229   7.168 -11.833
    5    HB3  ALA 151           HB3      ALA 151 -20.634   7.904 -11.678

  No H/Q in entry =           5
  In of MODEL    7
    1    H    LYS 152           H        LYS 152 -18.708   5.674 -10.266
    2    HA   LYS 152           HA       LYS 152 -19.019   3.757 -12.397
    3    HB2  LYS 152           HB2      LYS 152 -16.590   4.588 -10.825
    4    HB3  LYS 152           HB3      LYS 152 -16.568   3.527 -12.231
    5    HG2  LYS 152           HG2      LYS 152 -17.481   5.385 -13.602
    6    HG3  LYS 152           HG3      LYS 152 -17.392   6.432 -12.181
    7    HD2  LYS 152           HD2      LYS 152 -14.913   5.721 -12.093
    8    HD3  LYS 152           HD3      LYS 152 -15.159   5.197 -13.759
    9    HE2  LYS 152           HE2      LYS 152 -15.711   7.402 -14.456
   10    HE3  LYS 152           HE3      LYS 152 -15.810   7.971 -12.790
   11    HZ3  LYS 152           HZ1      LYS 152 -13.749   8.672 -13.784
   12    HZ2  LYS 152           HZ2      LYS 152 -13.346   7.081 -14.194
   13    HZ1  LYS 152           HZ3      LYS 152 -13.419   7.540 -12.569

  No H/Q in entry =          13
  In of MODEL    7
    1    H    GLN 153           H        GLN 153 -18.942   3.668  -8.925
    2    HA   GLN 153           HA       GLN 153 -18.082   0.879  -8.930
    3    HB2  GLN 153           HB2      GLN 153 -18.880   2.219  -6.401
    4    HB3  GLN 153           HB3      GLN 153 -17.503   1.179  -6.733
    5    HG2  GLN 153           HG2      GLN 153 -16.447   3.041  -7.951
    6    HG3  GLN 153           HG3      GLN 153 -17.797   4.063  -7.462
    7   HE21  GLN 153          HE21      GLN 153 -16.343   5.426  -6.391
    8   HE22  GLN 153          HE22      GLN 153 -15.678   5.001  -4.853

  No H/Q in entry =           8
  In of MODEL    7
    1    HA   PRO 154           HA       PRO 154 -21.946  -1.163  -8.245
    2    HB2  PRO 154           HB2      PRO 154 -21.684  -2.308  -5.731
    3    HB3  PRO 154           HB3      PRO 154 -21.094  -3.015  -7.239
    4    HG2  PRO 154           HG2      PRO 154 -19.618  -1.437  -5.177
    5    HG3  PRO 154           HG3      PRO 154 -19.089  -2.861  -6.091
    6    HD2  PRO 154           HD2      PRO 154 -18.247  -0.424  -6.745
    7    HD3  PRO 154           HD3      PRO 154 -18.627  -1.616  -8.001

  No H/Q in entry =           7
  In of MODEL    7
    1    H    ASP 155           H        ASP 155 -20.899   1.210  -6.130
    2    HA   ASP 155           HA       ASP 155 -23.132   1.251  -4.292
    3    HB2  ASP 155           HB2      ASP 155 -20.779   3.193  -4.799
    4    HB3  ASP 155           HB3      ASP 155 -22.046   3.539  -3.629

  No H/Q in entry =           4
  In of MODEL    7
    1    H    ALA 156           H        ALA 156 -22.835   2.693  -7.636
    2    HA   ALA 156           HA       ALA 156 -24.386   4.895  -6.971
    3    HB1  ALA 156           HB1      ALA 156 -24.143   3.375  -9.575
    4    HB2  ALA 156           HB2      ALA 156 -23.117   4.714  -9.069
    5    HB3  ALA 156           HB3      ALA 156 -24.829   4.990  -9.389

  No H/Q in entry =           5
  In of MODEL    7
    1    H    MET 157           H        MET 157 -26.354   4.792  -6.141
    2    HA   MET 157           HA       MET 157 -27.837   2.320  -6.589
    3    HB2  MET 157           HB2      MET 157 -27.219   3.591  -4.334
    4    HB3  MET 157           HB3      MET 157 -28.749   4.411  -4.669
    5    HG2  MET 157           HG2      MET 157 -29.785   2.124  -4.876
    6    HG3  MET 157           HG3      MET 157 -28.267   1.474  -4.260
    7    HE1  MET 157           HE1      MET 157 -30.630   4.544  -3.362
    8    HE3  MET 157           HE2      MET 157 -31.380   3.908  -1.898
    9    HE2  MET 157           HE3      MET 157 -31.650   3.108  -3.446

  No H/Q in entry =           9
  In of MODEL    7
    1    H    THR 158           H        THR 158 -28.868   2.625  -8.638
    2    HA   THR 158           HA       THR 158 -30.083   4.931  -9.477
    3    HB   THR 158           HB       THR 158 -31.715   3.361 -10.698
    4    HG1  THR 158           HG1      THR 158 -31.461   1.580  -9.243
    5   HG23  THR 158          HG21      THR 158 -29.754   4.270 -11.792
    6   HG22  THR 158          HG22      THR 158 -29.924   2.568 -12.226
    7   HG21  THR 158          HG23      THR 158 -28.726   3.057 -11.028

  No H/Q in entry =           7
  In of MODEL    7
    1    H    HIS 159           H        HIS 159 -32.142   5.650  -9.501
    2    HA   HIS 159           HA       HIS 159 -34.208   4.634  -7.824
    3    HB2  HIS 159           HB2      HIS 159 -34.095   6.036  -6.040
    4    HB3  HIS 159           HB3      HIS 159 -32.428   6.298  -6.515
    5    HD1  HIS 159           HD1      HIS 159 -35.676   8.001  -6.136
    6    HD2  HIS 159           HD2      HIS 159 -31.968   8.809  -7.813
    7    HE1  HIS 159           HE1      HIS 159 -35.629  10.483  -6.492
    8    HE2  HIS 159           HE2      HIS 159 -33.462  10.930  -7.693

  No H/Q in entry =           8
  In of MODEL    7
    1    HA   PRO 160           HA       PRO 160 -36.457   6.435 -11.135
    2    HB2  PRO 160           HB2      PRO 160 -38.732   7.340 -10.148
    3    HB3  PRO 160           HB3      PRO 160 -38.310   5.633 -10.317
    4    HG2  PRO 160           HG2      PRO 160 -38.006   7.400  -7.907
    5    HG3  PRO 160           HG3      PRO 160 -38.754   5.802  -8.004
    6    HD2  PRO 160           HD2      PRO 160 -36.239   6.136  -7.109
    7    HD3  PRO 160           HD3      PRO 160 -36.675   4.722  -8.116

  No H/Q in entry =           7
  In of MODEL    7
    1    H    ASP 161           H        ASP 161 -34.417   8.229 -10.486
    2    HA   ASP 161           HA       ASP 161 -35.339  10.543 -11.766
    3    HB2  ASP 161           HB2      ASP 161 -36.460  11.578 -10.074
    4    HB3  ASP 161           HB3      ASP 161 -35.622  10.698  -8.800

  No H/Q in entry =           4
  In of MODEL    7
    1    H    GLY 162           H        GLY 162 -33.031   8.861  -9.789
    2    HA3  GLY 162           HA2      GLY 162 -30.863   9.814 -11.312
    3    HA2  GLY 162           HA3      GLY 162 -30.870  10.501  -9.685

  No H/Q in entry =           3
  In of MODEL    7
    1    H    MET 163           H        MET 163 -28.763   9.228  -9.819
    2    HA   MET 163           HA       MET 163 -29.266   6.822  -8.231
    3    HB2  MET 163           HB2      MET 163 -27.549   5.512  -9.349
    4    HB3  MET 163           HB3      MET 163 -28.839   5.923 -10.471
    5    HG2  MET 163           HG2      MET 163 -27.452   7.726 -11.385
    6    HG3  MET 163           HG3      MET 163 -26.148   7.241 -10.300
    7    HE2  MET 163           HE1      MET 163 -24.284   6.660 -11.975
    8    HE1  MET 163           HE2      MET 163 -25.312   7.465 -13.160
    9    HE3  MET 163           HE3      MET 163 -24.589   5.901 -13.538

  No H/Q in entry =           9
  In of MODEL    7
    1    H    GLN 164           H        GLN 164 -28.416   7.081  -6.535
    2    HA   GLN 164           HA       GLN 164 -26.440   9.077  -5.957
    3    HB2  GLN 164           HB2      GLN 164 -27.299   8.840  -3.651
    4    HB3  GLN 164           HB3      GLN 164 -28.541   9.339  -4.785
    5    HG2  GLN 164           HG2      GLN 164 -28.688   6.587  -4.820
    6    HG3  GLN 164           HG3      GLN 164 -28.372   6.978  -3.129
    7   HE21  GLN 164          HE21      GLN 164 -30.786   5.971  -4.515
    8   HE22  GLN 164          HE22      GLN 164 -32.044   7.073  -4.073

  No H/Q in entry =           8
  In of MODEL    7
    1    H    ILE 165           H        ILE 165 -25.643   8.512  -3.827
    2    HA   ILE 165           HA       ILE 165 -24.672   6.030  -2.969
    3    HB   ILE 165           HB       ILE 165 -22.251   7.388  -3.196
    4   HG12  ILE 165          HG12      ILE 165 -22.317   7.368  -5.936
    5   HG13  ILE 165          HG13      ILE 165 -23.904   8.016  -5.549
    6   HG22  ILE 165          HG21      ILE 165 -23.174   5.212  -5.037
    7   HG21  ILE 165          HG22      ILE 165 -22.633   4.977  -3.374
    8   HG23  ILE 165          HG23      ILE 165 -21.513   5.595  -4.588
    9   HD11  ILE 165          HD11      ILE 165 -21.388   9.133  -4.377
   10   HD13  ILE 165          HD12      ILE 165 -22.987   9.871  -4.447
   11   HD12  ILE 165          HD13      ILE 165 -22.040   9.668  -5.923

  No H/Q in entry =          11
  In of MODEL    7
    1    H    LYS 166           H        LYS 166 -24.627   6.761  -0.448
    2    HA   LYS 166           HA       LYS 166 -24.966   9.575  -0.288
    3    HB2  LYS 166           HB2      LYS 166 -25.093   8.627   2.266
    4    HB3  LYS 166           HB3      LYS 166 -26.503   8.769   1.235
    5    HG2  LYS 166           HG2      LYS 166 -26.685   6.642   2.146
    6    HG3  LYS 166           HG3      LYS 166 -25.996   6.335   0.556
    7    HD2  LYS 166           HD2      LYS 166 -24.653   5.015   1.874
    8    HD3  LYS 166           HD3      LYS 166 -23.719   6.512   1.855
    9    HE2  LYS 166           HE2      LYS 166 -23.705   6.073   4.098
   10    HE3  LYS 166           HE3      LYS 166 -25.176   7.039   3.991
   11    HZ2  LYS 166           HZ1      LYS 166 -25.029   4.611   5.124
   12    HZ1  LYS 166           HZ2      LYS 166 -25.576   4.209   3.573
   13    HZ3  LYS 166           HZ3      LYS 166 -26.451   5.298   4.522

  No H/Q in entry =          13
  In of MODEL    7
    1    H    ILE 167           H        ILE 167 -23.231  10.703   0.002
    2    HA   ILE 167           HA       ILE 167 -21.123   9.417   1.571
    3    HB   ILE 167           HB       ILE 167 -19.741  11.201   0.105
    4   HG12  ILE 167          HG12      ILE 167 -21.470   9.871  -1.953
    5   HG13  ILE 167          HG13      ILE 167 -22.028  11.366  -1.206
    6   HG21  ILE 167          HG21      ILE 167 -20.310   8.308  -0.553
    7   HG23  ILE 167          HG22      ILE 167 -19.089   8.909   0.569
    8   HG22  ILE 167          HG23      ILE 167 -18.937   9.236  -1.157
    9   HD11  ILE 167          HD11      ILE 167 -19.435  10.986  -2.647
   10   HD13  ILE 167          HD12      ILE 167 -20.014  12.485  -1.922
   11   HD12  ILE 167          HD13      ILE 167 -20.874  11.777  -3.291

  No H/Q in entry =          11
  In of MODEL    7
    1    H    THR 168           H        THR 168 -20.848  10.390   3.394
    2    HA   THR 168           HA       THR 168 -21.723  13.046   3.875
    3    HB   THR 168           HB       THR 168 -19.879  12.603   5.845
    4    HG1  THR 168           HG1      THR 168 -20.945  10.045   5.686
    5   HG22  THR 168          HG21      THR 168 -21.773  11.790   7.202
    6   HG21  THR 168          HG22      THR 168 -22.706  11.545   5.724
    7   HG23  THR 168          HG23      THR 168 -22.217  13.171   6.200

  No H/Q in entry =           7
  In of MODEL    7
    1    H    ARG 169           H        ARG 169 -20.232  14.802   4.226
    2    HA   ARG 169           HA       ARG 169 -18.200  14.933   2.207
    3    HB2  ARG 169           HB2      ARG 169 -17.919  17.116   4.004
    4    HB3  ARG 169           HB3      ARG 169 -18.546  17.126   2.378
    5    HG2  ARG 169           HG2      ARG 169 -20.276  18.071   3.554
    6    HG3  ARG 169           HG3      ARG 169 -20.769  16.381   3.459
    7    HD2  ARG 169           HD2      ARG 169 -20.127  15.976   5.706
    8    HD3  ARG 169           HD3      ARG 169 -19.284  17.516   5.814
    9    HE   ARG 169           HE       ARG 169 -22.131  17.057   6.055
   10   HH11  ARG 169          HH11      ARG 169 -19.574  19.420   5.608
   11   HH12  ARG 169          HH12      ARG 169 -20.560  20.761   6.078
   12   HH21  ARG 169          HH21      ARG 169 -23.427  18.831   6.678
   13   HH22  ARG 169          HH22      ARG 169 -22.746  20.428   6.683

  No H/Q in entry =          13
  In of MODEL    7
    1    H    GLN 170           H        GLN 170 -18.299  13.917   5.657
    2    HA   GLN 170           HA       GLN 170 -15.723  14.101   6.145
    3    HB2  GLN 170           HB2      GLN 170 -17.872  12.183   6.878
    4    HB3  GLN 170           HB3      GLN 170 -16.216  11.743   7.271
    5    HG2  GLN 170           HG2      GLN 170 -16.890  12.800   9.189
    6    HG3  GLN 170           HG3      GLN 170 -16.112  14.116   8.312
    7   HE21  GLN 170          HE21      GLN 170 -18.154  14.188  10.395
    8   HE22  GLN 170          HE22      GLN 170 -19.496  15.040   9.719

  No H/Q in entry =           8
  In of MODEL    7
    1    H    GLU 171           H        GLU 171 -16.858  12.162   3.286
    2    HA   GLU 171           HA       GLU 171 -14.871  10.277   3.875
    3    HB2  GLU 171           HB2      GLU 171 -17.119  10.465   1.868
    4    HB3  GLU 171           HB3      GLU 171 -15.664   9.570   1.417
    5    HG2  GLU 171           HG2      GLU 171 -15.922   8.249   3.518
    6    HG3  GLU 171           HG3      GLU 171 -17.471   9.045   3.763

  No H/Q in entry =           6
  In of MODEL    7
    1    H    ILE 172           H        ILE 172 -16.017  13.056   2.346
    2    HA   ILE 172           HA       ILE 172 -14.151  13.417   0.290
    3    HB   ILE 172           HB       ILE 172 -15.854  15.582   1.486
    4   HG12  ILE 172          HG12      ILE 172 -17.311  13.661   1.176
    5   HG13  ILE 172          HG13      ILE 172 -17.607  14.803  -0.131
    6   HG21  ILE 172          HG21      ILE 172 -14.082  15.900  -0.374
    7   HG23  ILE 172          HG22      ILE 172 -15.696  16.560  -0.633
    8   HG22  ILE 172          HG23      ILE 172 -15.231  15.041  -1.398
    9   HD13  ILE 172          HD11      ILE 172 -16.274  13.455  -1.637
   10   HD12  ILE 172          HD12      ILE 172 -17.547  12.478  -0.902
   11   HD11  ILE 172          HD13      ILE 172 -15.882  12.345  -0.321

  No H/Q in entry =          11
  In of MODEL    7
    1    H    GLY 173           H        GLY 173 -14.071  14.322   3.878
    2    HA3  GLY 173           HA2      GLY 173 -12.067  16.176   3.588
    3    HA2  GLY 173           HA3      GLY 173 -12.168  15.005   4.901

  No H/Q in entry =           3
  In of MODEL    7
    1    H    GLN 174           H        GLN 174 -12.018  12.817   3.727
    2    HA   GLN 174           HA       GLN 174  -9.236  12.427   3.326
    3    HB2  GLN 174           HB2      GLN 174  -9.546  10.431   4.261
    4    HB3  GLN 174           HB3      GLN 174 -11.021  11.221   4.807
    5    HG2  GLN 174           HG2      GLN 174 -11.803  10.160   2.461
    6    HG3  GLN 174           HG3      GLN 174 -10.660   8.948   3.051
    7   HE21  GLN 174          HE21      GLN 174 -13.516   8.736   2.805
    8   HE22  GLN 174          HE22      GLN 174 -14.125   8.425   4.391

  No H/Q in entry =           8
  In of MODEL    7
    1    H    ILE 175           H        ILE 175 -11.835  12.564   1.217
    2    HA   ILE 175           HA       ILE 175 -10.587  10.814  -0.752
    3    HB   ILE 175           HB       ILE 175 -13.265  12.052  -0.434
    4   HG12  ILE 175          HG12      ILE 175 -12.456   9.286  -1.287
    5   HG13  ILE 175          HG13      ILE 175 -12.668   9.768   0.397
    6   HG23  ILE 175          HG21      ILE 175 -12.739  12.692  -2.676
    7   HG22  ILE 175          HG22      ILE 175 -13.878  11.345  -2.710
    8   HG21  ILE 175          HG23      ILE 175 -12.169  11.065  -3.043
    9   HD11  ILE 175          HD11      ILE 175 -14.983  10.494  -0.242
   10   HD13  ILE 175          HD12      ILE 175 -14.676   8.755  -0.248
   11   HD12  ILE 175          HD13      ILE 175 -14.726   9.653  -1.769

  No H/Q in entry =          11
  In of MODEL    7
    1    H    VAL 176           H        VAL 176 -11.183  14.121  -0.029
    2    HA   VAL 176           HA       VAL 176 -10.083  14.927  -2.628
    3    HB   VAL 176           HB       VAL 176 -11.907  16.387  -0.716
    4   HG13  VAL 176          HG11      VAL 176 -11.889  18.235  -2.197
    5   HG12  VAL 176          HG12      VAL 176 -10.842  17.384  -3.331
    6   HG11  VAL 176          HG13      VAL 176 -10.222  17.877  -1.752
    7   HG23  VAL 176          HG21      VAL 176 -12.298  15.500  -3.571
    8   HG22  VAL 176          HG22      VAL 176 -13.483  16.322  -2.553
    9   HG21  VAL 176          HG23      VAL 176 -12.953  14.689  -2.148

  No H/Q in entry =           9
  In of MODEL    7
    1    H    GLY 177           H        GLY 177  -9.861  15.406   0.863
    2    HA3  GLY 177           HA2      GLY 177  -7.600  15.541   1.741
    3    HA2  GLY 177           HA3      GLY 177  -7.210  16.602   0.400

  No H/Q in entry =           3
  In of MODEL    7
    1    H    CYS 178           H        CYS 178 -10.110  17.725   1.151
    2    HA   CYS 178           HA       CYS 178  -9.051  19.570   3.207
    3    HB2  CYS 178           HB2      CYS 178 -11.154  20.078   1.094
    4    HB3  CYS 178           HB3      CYS 178 -10.635  21.238   2.312
    5    HG   CYS 178           HG       CYS 178  -8.179  21.727   1.280

  No H/Q in entry =           5
  In of MODEL    7
    1    H    SER 179           H        SER 179 -10.772  20.355   4.777
    2    HA   SER 179           HA       SER 179 -12.192  18.073   5.702
    3    HB2  SER 179           HB2      SER 179 -13.311  20.033   7.130
    4    HB3  SER 179           HB3      SER 179 -11.652  19.533   7.464
    5    HG   SER 179           HG       SER 179 -12.323  21.913   7.023

  No H/Q in entry =           5
  In of MODEL    7
    1    H    ARG 180           H        ARG 180 -14.355  18.237   5.991
    2    HA   ARG 180           HA       ARG 180 -16.062  18.603   3.915
    3    HB2  ARG 180           HB2      ARG 180 -17.833  18.592   5.850
    4    HB3  ARG 180           HB3      ARG 180 -16.933  17.165   5.377
    5    HG2  ARG 180           HG2      ARG 180 -16.752  17.013   7.613
    6    HG3  ARG 180           HG3      ARG 180 -15.294  17.926   7.242
    7    HD2  ARG 180           HD2      ARG 180 -16.147  19.892   8.076
    8    HD3  ARG 180           HD3      ARG 180 -17.823  19.379   7.852
    9    HE   ARG 180           HE       ARG 180 -16.717  17.662   9.723
   10   HH11  ARG 180          HH11      ARG 180 -17.248  21.115   9.478
   11   HH12  ARG 180          HH12      ARG 180 -17.567  21.302  11.178
   12   HH21  ARG 180          HH21      ARG 180 -17.091  17.920  11.952
   13   HH22  ARG 180          HH22      ARG 180 -17.460  19.493  12.586

  No H/Q in entry =          13
  In of MODEL    7
    1    H    GLU 181           H        GLU 181 -14.452  21.006   4.553
    2    HA   GLU 181           HA       GLU 181 -16.485  22.933   5.344
    3    HB2  GLU 181           HB2      GLU 181 -13.646  22.653   5.880
    4    HB3  GLU 181           HB3      GLU 181 -14.116  24.289   5.430
    5    HG2  GLU 181           HG2      GLU 181 -14.168  23.976   7.839
    6    HG3  GLU 181           HG3      GLU 181 -15.779  24.310   7.204

  No H/Q in entry =           6
  In of MODEL    7
    1    H    THR 182           H        THR 182 -13.602  23.112   3.473
    2    HA   THR 182           HA       THR 182 -14.442  24.920   1.451
    3    HB   THR 182           HB       THR 182 -12.669  22.833   0.386
    4    HG1  THR 182           HG1      THR 182 -11.218  24.189   2.239
    5   HG22  THR 182          HG21      THR 182 -12.241  25.777   0.917
    6   HG21  THR 182          HG22      THR 182 -12.879  25.088  -0.575
    7   HG23  THR 182          HG23      THR 182 -11.219  24.746  -0.085

  No H/Q in entry =           7
  In of MODEL    7
    1    H    VAL 183           H        VAL 183 -14.285  21.414   1.617
    2    HA   VAL 183           HA       VAL 183 -15.976  20.822  -0.657
    3    HB   VAL 183           HB       VAL 183 -14.638  19.439   1.618
    4   HG11  VAL 183          HG11      VAL 183 -17.073  18.874   1.856
    5   HG13  VAL 183          HG12      VAL 183 -15.935  17.521   1.712
    6   HG12  VAL 183          HG13      VAL 183 -16.918  18.012   0.323
    7   HG23  VAL 183          HG21      VAL 183 -15.149  18.487  -1.178
    8   HG22  VAL 183          HG22      VAL 183 -14.039  17.783   0.004
    9   HG21  VAL 183          HG23      VAL 183 -13.729  19.397  -0.653

  No H/Q in entry =           9
  In of MODEL    7
    1    H    GLY 184           H        GLY 184 -16.530  21.567   2.985
    2    HA3  GLY 184           HA2      GLY 184 -19.130  20.894   2.764
    3    HA2  GLY 184           HA3      GLY 184 -18.478  22.114   3.836

  No H/Q in entry =           3
  In of MODEL    7
    1    H    ARG 185           H        ARG 185 -17.647  23.420   0.871
    2    HA   ARG 185           HA       ARG 185 -19.825  25.280   1.027
    3    HB2  ARG 185           HB2      ARG 185 -17.443  24.957  -0.805
    4    HB3  ARG 185           HB3      ARG 185 -18.739  26.084  -1.185
    5    HG2  ARG 185           HG2      ARG 185 -18.222  27.490   0.545
    6    HG3  ARG 185           HG3      ARG 185 -17.455  26.217   1.494
    7    HD2  ARG 185           HD2      ARG 185 -15.714  26.196  -0.433
    8    HD3  ARG 185           HD3      ARG 185 -16.359  27.799  -0.791
    9    HE   ARG 185           HE       ARG 185 -15.612  27.346   1.968
   10   HH11  ARG 185          HH11      ARG 185 -14.611  28.558  -1.159
   11   HH12  ARG 185          HH12      ARG 185 -13.356  29.560  -0.504
   12   HH21  ARG 185          HH21      ARG 185 -13.981  28.653   2.829
   13   HH22  ARG 185          HH22      ARG 185 -12.997  29.618   1.769

  No H/Q in entry =          13
  In of MODEL    7
    1    H    ILE 186           H        ILE 186 -18.560  22.624  -0.611
    2    HA   ILE 186           HA       ILE 186 -20.282  22.885  -2.967
    3    HB   ILE 186           HB       ILE 186 -18.013  21.032  -2.408
    4   HG12  ILE 186          HG12      ILE 186 -17.539  22.053  -4.819
    5   HG13  ILE 186          HG13      ILE 186 -18.637  23.302  -4.247
    6   HG23  ILE 186          HG21      ILE 186 -19.171  19.440  -3.524
    7   HG22  ILE 186          HG22      ILE 186 -18.678  20.371  -4.936
    8   HG21  ILE 186          HG23      ILE 186 -20.284  20.603  -4.244
    9   HD13  ILE 186          HD11      ILE 186 -16.532  24.114  -3.722
   10   HD12  ILE 186          HD12      ILE 186 -15.948  22.538  -3.195
   11   HD11  ILE 186          HD13      ILE 186 -17.099  23.428  -2.200

  No H/Q in entry =          11
  In of MODEL    7
    1    H    LEU 187           H        LEU 187 -19.912  20.702  -0.292
    2    HA   LEU 187           HA       LEU 187 -21.940  19.011  -1.269
    3    HB2  LEU 187           HB2      LEU 187 -20.652  19.174   1.416
    4    HB3  LEU 187           HB3      LEU 187 -21.759  17.897   0.890
    5    HG   LEU 187           HG       LEU 187 -18.949  18.407   0.086
    6   HD11  LEU 187          HD11      LEU 187 -20.245  16.424   1.350
    7   HD13  LEU 187          HD12      LEU 187 -18.690  16.262   0.533
    8   HD12  LEU 187          HD13      LEU 187 -20.179  15.807  -0.302
    9   HD23  LEU 187          HD21      LEU 187 -20.819  17.086  -1.869
   10   HD22  LEU 187          HD22      LEU 187 -19.092  17.358  -2.062
   11   HD21  LEU 187          HD23      LEU 187 -20.205  18.726  -2.056

  No H/Q in entry =          11
  In of MODEL    7
    1    H    LYS 188           H        LYS 188 -21.929  21.988  -0.085
    2    HA   LYS 188           HA       LYS 188 -24.510  21.863   1.322
    3    HB2  LYS 188           HB2      LYS 188 -22.572  23.400   2.062
    4    HB3  LYS 188           HB3      LYS 188 -23.078  24.428   0.729
    5    HG2  LYS 188           HG2      LYS 188 -25.119  23.504   2.690
    6    HG3  LYS 188           HG3      LYS 188 -24.004  24.791   3.151
    7    HD2  LYS 188           HD2      LYS 188 -25.028  26.295   1.842
    8    HD3  LYS 188           HD3      LYS 188 -25.175  25.158   0.501
    9    HE2  LYS 188           HE2      LYS 188 -27.099  24.114   1.640
   10    HE3  LYS 188           HE3      LYS 188 -26.969  25.317   2.922
   11    HZ1  LYS 188           HZ1      LYS 188 -27.227  27.010   1.069
   12    HZ3  LYS 188           HZ2      LYS 188 -28.603  26.128   1.492
   13    HZ2  LYS 188           HZ3      LYS 188 -27.739  25.725   0.091

  No H/Q in entry =          13
  In of MODEL    7
    1    H    MET 189           H        MET 189 -23.039  22.824  -1.712
    2    HA   MET 189           HA       MET 189 -25.515  24.099  -2.713
    3    HB2  MET 189           HB2      MET 189 -24.334  24.378  -4.850
    4    HB3  MET 189           HB3      MET 189 -23.400  25.036  -3.523
    5    HG2  MET 189           HG2      MET 189 -22.132  22.851  -3.531
    6    HG3  MET 189           HG3      MET 189 -22.908  22.536  -5.081
    7    HE3  MET 189           HE1      MET 189 -20.070  26.089  -4.276
    8    HE2  MET 189           HE2      MET 189 -20.190  24.716  -3.181
    9    HE1  MET 189           HE3      MET 189 -21.566  25.796  -3.391

  No H/Q in entry =           9
  In of MODEL    7
    1    H    LEU 190           H        LEU 190 -24.046  20.944  -2.450
    2    HA   LEU 190           HA       LEU 190 -25.350  19.802  -4.629
    3    HB2  LEU 190           HB2      LEU 190 -24.901  18.530  -1.961
    4    HB3  LEU 190           HB3      LEU 190 -25.207  17.697  -3.482
    5    HG   LEU 190           HG       LEU 190 -22.802  19.239  -2.656
    6   HD13  LEU 190          HD11      LEU 190 -22.702  16.959  -2.109
    7   HD12  LEU 190          HD12      LEU 190 -21.722  17.169  -3.563
    8   HD11  LEU 190          HD13      LEU 190 -23.346  16.487  -3.679
    9   HD21  LEU 190          HD21      LEU 190 -23.722  18.649  -5.425
   10   HD23  LEU 190          HD22      LEU 190 -22.016  18.849  -5.025
   11   HD22  LEU 190          HD23      LEU 190 -23.148  20.172  -4.743

  No H/Q in entry =          11
  In of MODEL    7
    1    H    GLU 191           H        GLU 191 -26.696  20.193  -1.253
    2    HA   GLU 191           HA       GLU 191 -29.193  19.187  -1.945
    3    HB2  GLU 191           HB2      GLU 191 -27.890  19.947   0.326
    4    HB3  GLU 191           HB3      GLU 191 -29.021  21.276   0.123
    5    HG2  GLU 191           HG2      GLU 191 -30.788  19.400  -0.144
    6    HG3  GLU 191           HG3      GLU 191 -29.571  18.388   0.634

  No H/Q in entry =           6
  In of MODEL    7
    1    H    ASP 192           H        ASP 192 -27.650  22.052  -2.825
    2    HA   ASP 192           HA       ASP 192 -30.135  23.554  -3.054
    3    HB2  ASP 192           HB2      ASP 192 -27.261  24.315  -3.561
    4    HB3  ASP 192           HB3      ASP 192 -28.603  25.355  -4.020

  No H/Q in entry =           4
  In of MODEL    7
    1    H    GLN 193           H        GLN 193 -28.529  21.307  -4.589
    2    HA   GLN 193           HA       GLN 193 -28.453  20.375  -6.683
    3    HB2  GLN 193           HB2      GLN 193 -30.939  22.061  -6.823
    4    HB3  GLN 193           HB3      GLN 193 -30.364  21.239  -8.264
    5    HG2  GLN 193           HG2      GLN 193 -31.860  19.721  -7.451
    6    HG3  GLN 193           HG3      GLN 193 -30.363  19.145  -6.728
    7   HE21  GLN 193          HE21      GLN 193 -30.133  19.164  -4.552
    8   HE22  GLN 193          HE22      GLN 193 -31.374  19.656  -3.455

  No H/Q in entry =           8
  In of MODEL    7
    1    H    ASN 194           H        ASN 194 -27.064  22.950  -6.081
    2    HA   ASN 194           HA       ASN 194 -27.051  24.313  -8.661
    3    HB2  ASN 194           HB2      ASN 194 -26.762  25.363  -6.257
    4    HB3  ASN 194           HB3      ASN 194 -25.078  24.913  -6.490
    5   HD21  ASN 194          HD21      ASN 194 -27.660  26.972  -7.529
    6   HD22  ASN 194          HD22      ASN 194 -26.698  28.040  -8.485

  No H/Q in entry =           6
  In of MODEL    7
    1    H    LEU 195           H        LEU 195 -25.742  21.613  -7.432
    2    HA   LEU 195           HA       LEU 195 -23.654  21.567  -9.459
    3    HB2  LEU 195           HB2      LEU 195 -22.883  22.313  -7.062
    4    HB3  LEU 195           HB3      LEU 195 -22.980  20.601  -6.705
    5    HG   LEU 195           HG       LEU 195 -21.457  21.128  -9.127
    6   HD12  LEU 195          HD11      LEU 195 -19.511  22.064  -7.871
    7   HD11  LEU 195          HD12      LEU 195 -20.614  22.388  -6.530
    8   HD13  LEU 195          HD13      LEU 195 -20.858  23.186  -8.085
    9   HD23  LEU 195          HD21      LEU 195 -19.763  19.849  -7.660
   10   HD22  LEU 195          HD22      LEU 195 -21.221  19.015  -8.200
   11   HD21  LEU 195          HD23      LEU 195 -21.121  19.642  -6.555

  No H/Q in entry =          11
  In of MODEL    7
    1    H    ILE 196           H        ILE 196 -25.812  19.927  -7.377
    2    HA   ILE 196           HA       ILE 196 -25.902  17.485  -8.695
    3    HB   ILE 196           HB       ILE 196 -24.907  17.047  -5.911
    4   HG12  ILE 196          HG12      ILE 196 -23.158  16.786  -8.352
    5   HG13  ILE 196          HG13      ILE 196 -23.107  18.187  -7.282
    6   HG22  ILE 196          HG21      ILE 196 -24.448  14.794  -6.803
    7   HG21  ILE 196          HG22      ILE 196 -25.062  15.298  -8.373
    8   HG23  ILE 196          HG23      ILE 196 -26.142  15.238  -6.983
    9   HD11  ILE 196          HD11      ILE 196 -22.557  16.746  -5.415
   10   HD13  ILE 196          HD12      ILE 196 -21.374  16.599  -6.721
   11   HD12  ILE 196          HD13      ILE 196 -22.593  15.341  -6.484

  No H/Q in entry =          11
  In of MODEL    7
    1    H    SER 197           H        SER 197 -26.635  16.294  -5.928
    2    HA   SER 197           HA       SER 197 -28.637  17.759  -4.885
    3    HB2  SER 197           HB2      SER 197 -29.850  17.385  -6.923
    4    HB3  SER 197           HB3      SER 197 -29.567  15.655  -6.794
    5    HG   SER 197           HG       SER 197 -31.680  16.586  -6.051

  No H/Q in entry =           5
  In of MODEL    7
    1    H    ALA 198           H        ALA 198 -27.614  17.106  -3.116
    2    HA   ALA 198           HA       ALA 198 -27.624  14.328  -2.412
    3    HB2  ALA 198           HB1      ALA 198 -26.877  16.588  -0.589
    4    HB1  ALA 198           HB2      ALA 198 -25.775  16.019  -1.842
    5    HB3  ALA 198           HB3      ALA 198 -26.306  14.919  -0.566

  No H/Q in entry =           5
  In of MODEL    7
    1    H    HIS 199           H        HIS 199 -29.406  13.472  -1.713
    2    HA   HIS 199           HA       HIS 199 -31.495  15.148  -0.584
    3    HB2  HIS 199           HB2      HIS 199 -31.355  12.333  -1.613
    4    HB3  HIS 199           HB3      HIS 199 -32.612  12.743  -0.450
    5    HD1  HIS 199           HD1      HIS 199 -31.376  13.824  -3.874
    6    HD2  HIS 199           HD2      HIS 199 -34.799  13.960  -1.523
    7    HE1  HIS 199           HE1      HIS 199 -33.180  14.743  -5.362
    8    HE2  HIS 199           HE2      HIS 199 -35.168  15.032  -3.846

  No H/Q in entry =           8
  In of MODEL    7
    1    H    GLY 200           H        GLY 200 -30.204  15.705   1.239
    2    HA3  GLY 200           HA2      GLY 200 -30.056  15.493   3.564
    3    HA2  GLY 200           HA3      GLY 200 -30.486  13.792   3.414

  No H/Q in entry =           3
  In of MODEL    7
    1    H    LYS 201           H        LYS 201 -28.711  12.747   1.777
    2    HA   LYS 201           HA       LYS 201 -25.999  13.534   2.185
    3    HB2  LYS 201           HB2      LYS 201 -25.297  11.698   3.641
    4    HB3  LYS 201           HB3      LYS 201 -26.477  12.716   4.457
    5    HG2  LYS 201           HG2      LYS 201 -28.203  10.982   3.593
    6    HG3  LYS 201           HG3      LYS 201 -26.794   9.941   3.388
    7    HD2  LYS 201           HD2      LYS 201 -27.302   9.367   5.523
    8    HD3  LYS 201           HD3      LYS 201 -26.334  10.799   5.882
    9    HE2  LYS 201           HE2      LYS 201 -28.395  12.146   5.955
   10    HE3  LYS 201           HE3      LYS 201 -29.341  10.690   5.649
   11    HZ3  LYS 201           HZ1      LYS 201 -29.398  11.020   7.951
   12    HZ2  LYS 201           HZ2      LYS 201 -27.746  11.359   8.046
   13    HZ1  LYS 201           HZ3      LYS 201 -28.267   9.784   7.729

  No H/Q in entry =          13
  In of MODEL    7
    1    H    THR 202           H        THR 202 -28.397  11.419   1.041
    2    HA   THR 202           HA       THR 202 -26.689   9.735  -0.496
    3    HB   THR 202           HB       THR 202 -29.225   9.749  -1.699
    4    HG1  THR 202           HG1      THR 202 -30.639  10.303  -0.211
    5   HG23  THR 202          HG21      THR 202 -29.531   7.584  -0.687
    6   HG22  THR 202          HG22      THR 202 -28.377   7.970   0.590
    7   HG21  THR 202          HG23      THR 202 -27.820   7.773  -1.070

  No H/Q in entry =           7
  In of MODEL    7
    1    H    ILE 203           H        ILE 203 -25.496  10.695  -2.053
    2    HA   ILE 203           HA       ILE 203 -26.395  13.196  -3.177
    3    HB   ILE 203           HB       ILE 203 -23.817  11.715  -3.000
    4   HG12  ILE 203          HG12      ILE 203 -24.641  14.579  -2.497
    5   HG13  ILE 203          HG13      ILE 203 -24.408  13.334  -1.278
    6   HG22  ILE 203          HG21      ILE 203 -24.290  13.960  -4.964
    7   HG21  ILE 203          HG22      ILE 203 -24.005  12.272  -5.387
    8   HG23  ILE 203          HG23      ILE 203 -22.737  13.209  -4.598
    9   HD12  ILE 203          HD11      ILE 203 -22.543  14.916  -1.388
   10   HD11  ILE 203          HD12      ILE 203 -22.255  14.445  -3.060
   11   HD13  ILE 203          HD13      ILE 203 -22.038  13.271  -1.764

  No H/Q in entry =          11
  In of MODEL    7
    1    H    VAL 204           H        VAL 204 -27.513  13.222  -4.968
    2    HA   VAL 204           HA       VAL 204 -27.301  10.912  -6.756
    3    HB   VAL 204           HB       VAL 204 -29.536  11.512  -5.306
    4   HG13  VAL 204          HG11      VAL 204 -30.181  13.513  -6.377
    5   HG12  VAL 204          HG12      VAL 204 -31.243  12.245  -6.996
    6   HG11  VAL 204          HG13      VAL 204 -29.901  12.830  -7.979
    7   HG23  VAL 204          HG21      VAL 204 -29.668  10.272  -8.024
    8   HG22  VAL 204          HG22      VAL 204 -30.642   9.904  -6.602
    9   HG21  VAL 204          HG23      VAL 204 -28.931   9.478  -6.636

  No H/Q in entry =           9
  In of MODEL    7
    1    H    VAL 205           H        VAL 205 -25.996  11.596  -8.009
    2    HA   VAL 205           HA       VAL 205 -25.991  14.038  -9.459
    3    HB   VAL 205           HB       VAL 205 -24.545  12.546 -11.090
    4   HG11  VAL 205          HG11      VAL 205 -23.782  12.852  -8.164
    5   HG13  VAL 205          HG12      VAL 205 -23.600  14.086  -9.416
    6   HG12  VAL 205          HG13      VAL 205 -22.648  12.604  -9.499
    7   HG23  VAL 205          HG21      VAL 205 -24.680  10.703  -8.696
    8   HG22  VAL 205          HG22      VAL 205 -23.755  10.456 -10.181
    9   HG21  VAL 205          HG23      VAL 205 -25.521  10.394 -10.219

  No H/Q in entry =           9
  In of MODEL    7
    1    H    TYR 206           H        TYR 206 -27.986  14.440 -10.119
    2    HA   TYR 206           HA       TYR 206 -30.010  12.861 -11.065
    3    HB2  TYR 206           HB2      TYR 206 -29.165  15.631 -11.926
    4    HB3  TYR 206           HB3      TYR 206 -30.617  14.869 -12.557
    5    HD1  TYR 206           HD1      TYR 206 -29.578  17.200 -10.327
    6    HD2  TYR 206           HD2      TYR 206 -32.013  13.722 -10.457
    7    HE1  TYR 206           HE1      TYR 206 -30.844  18.024  -8.399
    8    HE2  TYR 206           HE2      TYR 206 -33.303  14.531  -8.539
    9    HH   TYR 206           HH       TYR 206 -33.229  17.677  -7.480

  No H/Q in entry =           9
  In of MODEL    7
    1    H    GLY 207           H        GLY 207 -27.670  14.519 -13.195
    2    HA3  GLY 207           HA2      GLY 207 -27.328  12.314 -14.959
    3    HA2  GLY 207           HA3      GLY 207 -28.500  13.439 -15.620

  No H/Q in entry =           3
  In of MODEL    7
    1    H    THR 208           H        THR 208 -26.267  15.211 -13.803
    2    HA   THR 208           HA       THR 208 -24.683  15.645 -16.242
    3    HB   THR 208           HB       THR 208 -25.307  17.825 -14.260
    4    HG1  THR 208           HG1      THR 208 -26.851  16.847 -16.417
    5   HG22  THR 208          HG21      THR 208 -24.844  19.270 -16.209
    6   HG21  THR 208          HG22      THR 208 -24.472  17.833 -17.159
    7   HG23  THR 208          HG23      THR 208 -23.465  18.261 -15.777

  No H/Q in entry =           7
  In of MODEL    7
    1    H    ARG 209           H        ARG 209 -24.679  16.299 -12.721
    2    HA   ARG 209           HA       ARG 209 -22.117  15.081 -12.426
    3    HB2  ARG 209           HB2      ARG 209 -20.924  17.128 -11.675
    4    HB3  ARG 209           HB3      ARG 209 -21.327  17.175 -13.386
    5    HG2  ARG 209           HG2      ARG 209 -23.052  18.729 -13.049
    6    HG3  ARG 209           HG3      ARG 209 -23.061  18.459 -11.305
    7    HD2  ARG 209           HD2      ARG 209 -20.672  19.342 -11.329
    8    HD3  ARG 209           HD3      ARG 209 -21.018  19.902 -12.964
    9    HE   ARG 209           HE       ARG 209 -22.703  20.713 -10.698
   10   HH11  ARG 209          HH11      ARG 209 -20.685  21.531 -13.440
   11   HH12  ARG 209          HH12      ARG 209 -20.976  23.237 -13.307
   12   HH21  ARG 209          HH21      ARG 209 -23.111  22.972 -10.543
   13   HH22  ARG 209          HH22      ARG 209 -22.351  24.052 -11.668

  No H/Q in entry =          13
  In of MODEL    7
    1    H1   VAL   1           H3       VAL   1  25.008 -12.366  -4.670
    2    H2   VAL   1           H2       VAL   1  26.235 -12.280  -5.835
    3    H3   VAL   1           H1       VAL   1  25.441 -13.750  -5.538
    4    HA   VAL   1           HA       VAL   1  27.369 -14.069  -4.395
    5    HB   VAL   1           HB       VAL   1  28.349 -11.888  -4.696
    6   HG13  VAL   1          HG11      VAL   1  26.718 -10.291  -4.428
    7   HG12  VAL   1          HG12      VAL   1  27.669 -10.073  -2.960
    8   HG11  VAL   1          HG13      VAL   1  26.150 -10.967  -2.902
    9   HG21  VAL   1          HG21      VAL   1  29.242 -13.301  -2.881
   10   HG23  VAL   1          HG22      VAL   1  28.202 -12.450  -1.739
   11   HG22  VAL   1          HG23      VAL   1  29.478 -11.578  -2.589

  No H/Q in entry =          11
  In of MODEL    7
    1    H    LEU   2           H        LEU   2  27.344 -15.123  -2.459
    2    HA   LEU   2           HA       LEU   2  25.109 -14.499  -0.645
    3    HB2  LEU   2           HB2      LEU   2  25.692 -16.893  -2.052
    4    HB3  LEU   2           HB3      LEU   2  25.994 -17.205  -0.353
    5    HG   LEU   2           HG       LEU   2  23.665 -16.258   0.084
    6   HD13  LEU   2          HD11      LEU   2  22.106 -16.200  -1.714
    7   HD12  LEU   2          HD12      LEU   2  23.301 -16.823  -2.850
    8   HD11  LEU   2          HD13      LEU   2  23.484 -15.202  -2.180
    9   HD22  LEU   2          HD21      LEU   2  24.178 -18.627   0.241
   10   HD21  LEU   2          HD22      LEU   2  23.963 -18.807  -1.500
   11   HD23  LEU   2          HD23      LEU   2  22.587 -18.387  -0.480

  No H/Q in entry =          11
  In of MODEL    7
    1    H    GLY   3           H        GLY   3  25.828 -16.284   1.392
    2    HA3  GLY   3           HA2      GLY   3  27.861 -16.761   2.712
    3    HA2  GLY   3           HA3      GLY   3  28.406 -15.147   2.283

  No H/Q in entry =           3
  In of MODEL    7
    1    H    LYS   4           H        LYS   4  25.072 -15.387   2.950
    2    HA   LYS   4           HA       LYS   4  25.541 -14.381   5.669
    3    HB2  LYS   4           HB2      LYS   4  24.211 -13.116   3.457
    4    HB3  LYS   4           HB3      LYS   4  23.059 -13.383   4.760
    5    HG2  LYS   4           HG2      LYS   4  24.096 -11.193   4.944
    6    HG3  LYS   4           HG3      LYS   4  24.534 -12.213   6.315
    7    HD2  LYS   4           HD2      LYS   4  26.572 -12.776   4.642
    8    HD3  LYS   4           HD3      LYS   4  26.215 -11.122   4.144
    9    HE2  LYS   4           HE2      LYS   4  26.517 -10.322   6.391
   10    HE3  LYS   4           HE3      LYS   4  26.683 -11.968   6.999
   11    HZ3  LYS   4           HZ1      LYS   4  28.725 -12.201   5.750
   12    HZ2  LYS   4           HZ2      LYS   4  28.825 -10.855   6.767
   13    HZ1  LYS   4           HZ3      LYS   4  28.559 -10.645   5.112

  No H/Q in entry =          13
  In of MODEL    7
    1    HA   PRO   5           HA       PRO   5  22.980 -17.827   6.809
    2    HB2  PRO   5           HB2      PRO   5  22.690 -17.200   9.434
    3    HB3  PRO   5           HB3      PRO   5  24.176 -17.884   8.766
    4    HG2  PRO   5           HG2      PRO   5  23.529 -15.039   9.424
    5    HG3  PRO   5           HG3      PRO   5  25.028 -15.942   9.708
    6    HD2  PRO   5           HD2      PRO   5  24.714 -14.211   7.638
    7    HD3  PRO   5           HD3      PRO   5  25.765 -15.637   7.553

  No H/Q in entry =           7
  In of MODEL    7
    1    H    GLN   6           H        GLN   6  21.344 -16.708   5.403
    2    HA   GLN   6           HA       GLN   6  19.371 -15.007   6.522
    3    HB2  GLN   6           HB2      GLN   6  20.035 -15.660   4.023
    4    HB3  GLN   6           HB3      GLN   6  18.724 -16.809   4.242
    5    HG2  GLN   6           HG2      GLN   6  17.190 -15.002   4.745
    6    HG3  GLN   6           HG3      GLN   6  18.502 -13.829   4.608
    7   HE21  GLN   6          HE21      GLN   6  16.279 -15.856   2.920
    8   HE22  GLN   6          HE22      GLN   6  16.650 -15.280   1.326

  No H/Q in entry =           8
  In of MODEL    7
    1    H    THR   7           H        THR   7  19.721 -18.470   6.226
    2    HA   THR   7           HA       THR   7  18.672 -20.223   7.214
    3    HB   THR   7           HB       THR   7  16.937 -18.372   8.839
    4    HG1  THR   7           HG1      THR   7  19.163 -17.656   8.955
    5   HG21  THR   7          HG21      THR   7  18.236 -21.047   9.398
    6   HG23  THR   7          HG22      THR   7  16.535 -20.780   9.015
    7   HG22  THR   7          HG23      THR   7  17.209 -20.153  10.520

  No H/Q in entry =           7
  In of MODEL    7
    1    H    ASP   8           H        ASP   8  17.816 -19.610   4.744
    2    HA   ASP   8           HA       ASP   8  14.883 -19.847   4.949
    3    HB2  ASP   8           HB2      ASP   8  16.578 -18.193   3.204
    4    HB3  ASP   8           HB3      ASP   8  15.332 -19.096   2.353

  No H/Q in entry =           4
  In of MODEL    7
    1    HA   PRO   9           HA       PRO   9  16.627 -23.849   3.398
    2    HB2  PRO   9           HB2      PRO   9  14.496 -25.312   4.316
    3    HB3  PRO   9           HB3      PRO   9  15.945 -24.967   5.265
    4    HG2  PRO   9           HG2      PRO   9  13.282 -23.604   5.303
    5    HG3  PRO   9           HG3      PRO   9  14.336 -24.042   6.661
    6    HD2  PRO   9           HD2      PRO   9  14.204 -21.529   5.727
    7    HD3  PRO   9           HD3      PRO   9  15.725 -22.219   6.332

  No H/Q in entry =           7
  In of MODEL    7
    1    H    THR  10           H        THR  10  13.245 -22.696   3.175
    2    HA   THR  10           HA       THR  10  12.794 -24.477   0.962
    3    HB   THR  10           HB       THR  10  10.590 -22.917   0.957
    4    HG1  THR  10           HG1      THR  10  10.079 -22.358   3.103
    5   HG22  THR  10          HG21      THR  10  11.114 -25.188   2.887
    6   HG21  THR  10          HG22      THR  10  10.685 -25.371   1.187
    7   HG23  THR  10          HG23      THR  10   9.533 -24.657   2.315

  No H/Q in entry =           7
  In of MODEL    7
    1    H    LEU  11           H        LEU  11  13.890 -21.262   1.544
    2    HA   LEU  11           HA       LEU  11  13.141 -20.369  -1.065
    3    HB2  LEU  11           HB2      LEU  11  13.626 -18.966   1.189
    4    HB3  LEU  11           HB3      LEU  11  15.130 -18.722   0.306
    5    HG   LEU  11           HG       LEU  11  12.381 -18.219  -0.833
    6   HD12  LEU  11          HD11      LEU  11  14.425 -16.209   0.032
    7   HD11  LEU  11          HD12      LEU  11  12.971 -16.624   0.946
    8   HD13  LEU  11          HD13      LEU  11  12.832 -15.888  -0.657
    9   HD23  LEU  11          HD21      LEU  11  14.392 -16.808  -2.190
   10   HD22  LEU  11          HD22      LEU  11  13.373 -18.114  -2.793
   11   HD21  LEU  11          HD23      LEU  11  14.928 -18.481  -2.050

  No H/Q in entry =          11
  In of MODEL    7
    1    H    GLU  12           H        GLU  12  15.868 -21.720   0.386
    2    HA   GLU  12           HA       GLU  12  17.697 -21.188  -1.757
    3    HB2  GLU  12           HB2      GLU  12  19.353 -22.393  -0.558
    4    HB3  GLU  12           HB3      GLU  12  18.488 -21.412   0.611
    5    HG2  GLU  12           HG2      GLU  12  17.246 -23.367   1.347
    6    HG3  GLU  12           HG3      GLU  12  18.086 -24.354   0.151

  No H/Q in entry =           6
  In of MODEL    7
    1    H    TRP  13           H        TRP  13  15.129 -23.145  -1.250
    2    HA   TRP  13           HA       TRP  13  16.130 -25.309  -2.946
    3    HB2  TRP  13           HB2      TRP  13  13.576 -25.002  -1.346
    4    HB3  TRP  13           HB3      TRP  13  13.773 -26.251  -2.578
    5    HD1  TRP  13           HD1      TRP  13  17.021 -26.532  -1.613
    6    HE1  TRP  13           HE1      TRP  13  17.457 -28.041   0.421
    7    HE3  TRP  13           HE3      TRP  13  12.301 -26.623   0.343
    8    HZ2  TRP  13           HZ2      TRP  13  15.988 -29.130   2.574
    9    HZ3  TRP  13           HZ3      TRP  13  11.899 -27.923   2.392
   10    HH2  TRP  13           HH2      TRP  13  13.705 -29.152   3.482

  No H/Q in entry =          10
  In of MODEL    7
    1    H    PHE  14           H        PHE  14  14.626 -22.349  -2.784
    2    HA   PHE  14           HA       PHE  14  13.213 -22.397  -5.315
    3    HB2  PHE  14           HB2      PHE  14  12.098 -21.241  -3.621
    4    HB3  PHE  14           HB3      PHE  14  13.540 -20.430  -3.067
    5    HD1  PHE  14           HD1      PHE  14  14.639 -18.862  -4.898
    6    HD2  PHE  14           HD2      PHE  14  10.552 -20.003  -4.800
    7    HE1  PHE  14           HE1      PHE  14  14.066 -16.912  -6.283
    8    HE2  PHE  14           HE2      PHE  14   9.974 -18.075  -6.177
    9    HZ   PHE  14           HZ       PHE  14  11.729 -16.524  -6.935

  No H/Q in entry =           9
  In of MODEL    7
    1    H    LEU  15           H        LEU  15  16.239 -21.565  -3.999
    2    HA   LEU  15           HA       LEU  15  16.873 -19.504  -5.940
    3    HB2  LEU  15           HB2      LEU  15  18.582 -20.533  -3.688
    4    HB3  LEU  15           HB3      LEU  15  18.940 -19.180  -4.741
    5    HG   LEU  15           HG       LEU  15  16.640 -19.304  -2.797
    6   HD12  LEU  15          HD11      LEU  15  18.032 -17.453  -1.747
    7   HD11  LEU  15          HD12      LEU  15  19.357 -18.097  -2.720
    8   HD13  LEU  15          HD13      LEU  15  18.556 -19.122  -1.529
    9   HD22  LEU  15          HD21      LEU  15  16.130 -17.093  -3.350
   10   HD21  LEU  15          HD22      LEU  15  16.363 -17.885  -4.908
   11   HD23  LEU  15          HD23      LEU  15  17.637 -16.868  -4.237

  No H/Q in entry =          11
  In of MODEL    7
    1    H    SER  16           H        SER  16  16.803 -22.711  -5.634
    2    HA   SER  16           HA       SER  16  19.238 -23.189  -7.188
    3    HB2  SER  16           HB2      SER  16  18.146 -25.648  -6.796
    4    HB3  SER  16           HB3      SER  16  19.274 -24.908  -5.657
    5    HG   SER  16           HG       SER  16  17.708 -24.629  -4.268

  No H/Q in entry =           5
  In of MODEL    7
    1    H    HIS  17           H        HIS  17  16.273 -22.122  -7.558
    2    HA   HIS  17           HA       HIS  17  15.653 -23.669  -9.994
    3    HB2  HIS  17           HB2      HIS  17  13.899 -22.523  -7.843
    4    HB3  HIS  17           HB3      HIS  17  13.265 -22.782  -9.464
    5    HD1  HIS  17           HD1      HIS  17  11.652 -24.459  -8.089
    6    HD2  HIS  17           HD2      HIS  17  15.617 -25.625  -8.491
    7    HE1  HIS  17           HE1      HIS  17  11.685 -26.913  -7.578
    8    HE2  HIS  17           HE2      HIS  17  14.053 -27.634  -8.021

  No H/Q in entry =           8
  In of MODEL    7
    1    H    CYS  18           H        CYS  18  16.413 -20.537  -8.641
    2    HA   CYS  18           HA       CYS  18  15.161 -19.217 -10.904
    3    HB2  CYS  18           HB2      CYS  18  15.559 -17.113  -9.592
    4    HB3  CYS  18           HB3      CYS  18  14.420 -18.259  -8.912
    5    HG   CYS  18           HG       CYS  18  15.913 -16.956  -6.973

  No H/Q in entry =           5
  In of MODEL    7
    1    H    HIS  19           H        HIS  19  16.921 -16.837 -10.359
    2    HA   HIS  19           HA       HIS  19  19.551 -17.780 -11.217
    3    HB2  HIS  19           HB2      HIS  19  18.367 -17.376 -13.347
    4    HB3  HIS  19           HB3      HIS  19  17.877 -15.780 -12.792
    5    HD1  HIS  19           HD1      HIS  19  21.067 -17.666 -13.607
    6    HD2  HIS  19           HD2      HIS  19  19.570 -13.790 -13.538
    7    HE1  HIS  19           HE1      HIS  19  22.907 -16.217 -14.510
    8    HE2  HIS  19           HE2      HIS  19  21.900 -13.915 -14.652

  No H/Q in entry =           8
  In of MODEL    7
    1    H    ILE  20           H        ILE  20  20.259 -16.892  -8.953
    2    HA   ILE  20           HA       ILE  20  19.967 -14.101  -8.378
    3    HB   ILE  20           HB       ILE  20  22.395 -15.300  -7.351
    4   HG12  ILE  20          HG12      ILE  20  20.259 -17.096  -7.473
    5   HG13  ILE  20          HG13      ILE  20  21.662 -17.219  -6.425
    6   HG23  ILE  20          HG21      ILE  20  21.663 -14.284  -5.347
    7   HG22  ILE  20          HG22      ILE  20  20.024 -14.118  -5.977
    8   HG21  ILE  20          HG23      ILE  20  21.346 -13.192  -6.692
    9   HD13  ILE  20          HD11      ILE  20  19.701 -17.509  -5.114
   10   HD12  ILE  20          HD12      ILE  20  18.986 -16.033  -5.754
   11   HD11  ILE  20          HD13      ILE  20  20.402 -15.945  -4.707

  No H/Q in entry =          11
  In of MODEL    7
    1    H    HIS  21           H        HIS  21  20.949 -12.453  -9.211
    2    HA   HIS  21           HA       HIS  21  23.399 -11.789  -9.048
    3    HB2  HIS  21           HB2      HIS  21  24.089 -13.807 -10.481
    4    HB3  HIS  21           HB3      HIS  21  23.536 -12.849 -11.852
    5    HD1  HIS  21           HD1      HIS  21  24.934 -10.747 -12.472
    6    HD2  HIS  21           HD2      HIS  21  26.510 -12.940  -9.314
    7    HE1  HIS  21           HE1      HIS  21  27.264  -9.873 -12.146
    8    HE2  HIS  21           HE2      HIS  21  28.119 -11.073 -10.104

  No H/Q in entry =           8
  In of MODEL    7
    1    H    LYS  22           H        LYS  22  23.114  -9.671  -9.217
    2    HA   LYS  22           HA       LYS  22  21.241  -8.848 -11.313
    3    HB2  LYS  22           HB2      LYS  22  20.598  -8.514  -8.838
    4    HB3  LYS  22           HB3      LYS  22  21.713  -7.171  -8.900
    5    HG2  LYS  22           HG2      LYS  22  20.088  -6.810 -11.126
    6    HG3  LYS  22           HG3      LYS  22  18.992  -7.360  -9.858
    7    HD2  LYS  22           HD2      LYS  22  20.182  -5.632  -8.382
    8    HD3  LYS  22           HD3      LYS  22  20.771  -4.943  -9.897
    9    HE2  LYS  22           HE2      LYS  22  17.853  -5.486  -9.529
   10    HE3  LYS  22           HE3      LYS  22  18.578  -4.035  -8.839
   11    HZ1  LYS  22           HZ1      LYS  22  19.422  -3.509 -11.096
   12    HZ3  LYS  22           HZ2      LYS  22  17.735  -3.507 -10.988
   13    HZ2  LYS  22           HZ3      LYS  22  18.530  -4.817 -11.703

  No H/Q in entry =          13
  In of MODEL    7
    1    H    TYR  23           H        TYR  23  22.218  -6.123 -10.094
    2    HA   TYR  23           HA       TYR  23  24.644  -5.719 -11.517
    3    HB2  TYR  23           HB2      TYR  23  23.142  -3.785 -12.805
    4    HB3  TYR  23           HB3      TYR  23  23.818  -5.225 -13.558
    5    HD1  TYR  23           HD1      TYR  23  21.684  -7.217 -12.419
    6    HD2  TYR  23           HD2      TYR  23  21.352  -3.391 -14.190
    7    HE1  TYR  23           HE1      TYR  23  19.430  -7.790 -13.142
    8    HE2  TYR  23           HE2      TYR  23  19.068  -3.934 -14.922
    9    HH   TYR  23           HH       TYR  23  17.773  -7.123 -14.728

  No H/Q in entry =           9
  In of MODEL    7
    1    HA   PRO  24           HA       PRO  24  24.707  -1.964  -8.965
    2    HB2  PRO  24           HB2      PRO  24  25.990  -0.623 -11.255
    3    HB3  PRO  24           HB3      PRO  24  26.640  -0.882  -9.636
    4    HG2  PRO  24           HG2      PRO  24  27.596  -2.196 -11.780
    5    HG3  PRO  24           HG3      PRO  24  27.518  -2.949 -10.179
    6    HD2  PRO  24           HD2      PRO  24  25.754  -3.347 -12.552
    7    HD3  PRO  24           HD3      PRO  24  26.305  -4.520 -11.338

  No H/Q in entry =           7
  In of MODEL    7
    1    H    SER  25           H        SER  25  24.050  -0.057  -9.101
    2    HA   SER  25           HA       SER  25  21.272  -0.052  -9.736
    3    HB2  SER  25           HB2      SER  25  21.821   2.230  -8.358
    4    HB3  SER  25           HB3      SER  25  21.434   0.669  -7.646
    5    HG   SER  25           HG       SER  25  23.481   1.837  -6.993

  No H/Q in entry =           5
  In of MODEL    7
    1    H    LYS  26           H        LYS  26  20.179   1.573 -10.060
    2    HA   LYS  26           HA       LYS  26  19.459   3.508 -11.280
    3    HB2  LYS  26           HB2      LYS  26  21.796   4.172 -12.014
    4    HB3  LYS  26           HB3      LYS  26  21.842   2.830 -13.147
    5    HG2  LYS  26           HG2      LYS  26  19.928   3.842 -14.463
    6    HG3  LYS  26           HG3      LYS  26  19.756   5.124 -13.268
    7    HD2  LYS  26           HD2      LYS  26  22.083   5.935 -13.905
    8    HD3  LYS  26           HD3      LYS  26  22.213   4.608 -15.075
    9    HE2  LYS  26           HE2      LYS  26  20.116   5.430 -16.267
   10    HE3  LYS  26           HE3      LYS  26  19.986   6.781 -15.128
   11    HZ1  LYS  26           HZ1      LYS  26  22.525   6.356 -16.589
   12    HZ2  LYS  26           HZ2      LYS  26  21.277   7.106 -17.344
   13    HZ3  LYS  26           HZ3      LYS  26  21.846   7.734 -15.899

  No H/Q in entry =          13
  In of MODEL    7
    1    H    SER  27           H        SER  27  19.970   0.300 -11.528
    2    HA   SER  27           HA       SER  27  18.774  -0.126 -14.087
    3    HB2  SER  27           HB2      SER  27  19.053  -2.570 -13.142
    4    HB3  SER  27           HB3      SER  27  20.454  -1.664 -13.709
    5    HG   SER  27           HG       SER  27  21.241  -1.794 -11.777

  No H/Q in entry =           5
  In of MODEL    7
    1    H    THR  28           H        THR  28  16.740   0.562 -13.907
    2    HA   THR  28           HA       THR  28  14.959  -0.658 -11.911
    3    HB   THR  28           HB       THR  28  14.117   1.521 -12.223
    4    HG1  THR  28           HG1      THR  28  12.890   0.549 -14.564
    5   HG21  THR  28          HG21      THR  28  15.192   1.329 -15.020
    6   HG23  THR  28          HG22      THR  28  15.675   2.429 -13.729
    7   HG22  THR  28          HG23      THR  28  14.110   2.628 -14.517

  No H/Q in entry =           7
  In of MODEL    7
    1    H    LEU  29           H        LEU  29  13.087  -1.649 -13.037
    2    HA   LEU  29           HA       LEU  29  14.120  -3.497 -15.005
    3    HB2  LEU  29           HB2      LEU  29  12.810  -5.131 -13.113
    4    HB3  LEU  29           HB3      LEU  29  14.503  -5.169 -13.549
    5    HG   LEU  29           HG       LEU  29  13.228  -3.737 -11.202
    6   HD11  LEU  29          HD11      LEU  29  13.631  -6.218 -11.080
    7   HD13  LEU  29          HD12      LEU  29  14.433  -5.242  -9.842
    8   HD12  LEU  29          HD13      LEU  29  15.355  -5.852 -11.218
    9   HD21  LEU  29          HD21      LEU  29  15.139  -2.478 -12.208
   10   HD23  LEU  29          HD22      LEU  29  16.160  -3.857 -11.790
   11   HD22  LEU  29          HD23      LEU  29  15.328  -2.951 -10.518

  No H/Q in entry =          11
  In of MODEL    7
    1    H    ILE  30           H        ILE  30  11.503  -2.015 -13.375
    2    HA   ILE  30           HA       ILE  30   9.590  -2.611 -15.258
    3    HB   ILE  30           HB       ILE  30   8.270  -4.013 -13.157
    4   HG12  ILE  30          HG12      ILE  30  10.016  -6.123 -13.735
    5   HG13  ILE  30          HG13      ILE  30  11.060  -4.776 -13.317
    6   HG23  ILE  30          HG21      ILE  30   7.556  -4.324 -15.358
    7   HG22  ILE  30          HG22      ILE  30   8.244  -5.878 -14.889
    8   HG21  ILE  30          HG23      ILE  30   9.166  -4.778 -15.914
    9   HD11  ILE  30          HD11      ILE  30   9.416  -4.579 -11.273
   10   HD13  ILE  30          HD12      ILE  30  10.784  -5.698 -11.271
   11   HD12  ILE  30          HD13      ILE  30   9.158  -6.287 -11.632

  No H/Q in entry =          11
  In of MODEL    7
    1    H    HIS  31           H        HIS  31   8.862  -0.748 -15.153
    2    HA   HIS  31           HA       HIS  31   6.785  -0.088 -13.290
    3    HB2  HIS  31           HB2      HIS  31   8.010   1.337 -11.852
    4    HB3  HIS  31           HB3      HIS  31   9.458   0.682 -12.599
    5    HD1  HIS  31           HD1      HIS  31  10.352   2.134 -14.803
    6    HD2  HIS  31           HD2      HIS  31   7.719   4.054 -12.211
    7    HE1  HIS  31           HE1      HIS  31  10.591   4.593 -15.285
    8    HE2  HIS  31           HE2      HIS  31   8.893   5.725 -13.819

  No H/Q in entry =           8
  In of MODEL    7
    1    H    GLN  32           H        GLN  32   7.695  -0.223 -16.288
    2    HA   GLN  32           HA       GLN  32   6.121   2.162 -17.045
    3    HB2  GLN  32           HB2      GLN  32   8.716   2.441 -17.404
    4    HB3  GLN  32           HB3      GLN  32   8.476   1.353 -18.767
    5    HG2  GLN  32           HG2      GLN  32   8.217   4.088 -18.833
    6    HG3  GLN  32           HG3      GLN  32   7.581   2.961 -20.029
    7   HE21  GLN  32          HE21      GLN  32   5.407   2.686 -20.211
    8   HE22  GLN  32          HE22      GLN  32   4.243   3.574 -19.296

  No H/Q in entry =           8
  In of MODEL    7
    1    H    GLY  33           H        GLY  33   4.369   0.765 -17.376
    2    HA3  GLY  33           HA2      GLY  33   3.038  -0.800 -18.353
    3    HA2  GLY  33           HA3      GLY  33   3.789  -0.113 -19.783

  No H/Q in entry =           3
  In of MODEL    7
    1    H    GLU  34           H        GLU  34   5.819  -1.762 -17.672
    2    HA   GLU  34           HA       GLU  34   6.230  -3.826 -19.655
    3    HB2  GLU  34           HB2      GLU  34   7.554  -3.093 -17.019
    4    HB3  GLU  34           HB3      GLU  34   8.100  -4.381 -18.056
    5    HG2  GLU  34           HG2      GLU  34   9.027  -2.987 -19.557
    6    HG3  GLU  34           HG3      GLU  34   7.789  -1.759 -19.307

  No H/Q in entry =           6
  In of MODEL    7
    1    H    LYS  35           H        LYS  35   4.878  -5.513 -19.543
    2    HA   LYS  35           HA       LYS  35   3.314  -6.244 -17.400
    3    HB2  LYS  35           HB2      LYS  35   4.215  -7.623 -19.856
    4    HB3  LYS  35           HB3      LYS  35   3.681  -8.672 -18.548
    5    HG2  LYS  35           HG2      LYS  35   1.569  -7.412 -18.432
    6    HG3  LYS  35           HG3      LYS  35   2.098  -6.450 -19.815
    7    HD2  LYS  35           HD2      LYS  35   2.440  -8.854 -20.878
    8    HD3  LYS  35           HD3      LYS  35   1.202  -9.279 -19.692
    9    HE2  LYS  35           HE2      LYS  35   1.023  -7.246 -21.904
   10    HE3  LYS  35           HE3      LYS  35   0.089  -8.727 -21.723
   11    HZ1  LYS  35           HZ1      LYS  35  -0.846  -7.721 -19.652
   12    HZ3  LYS  35           HZ2      LYS  35  -1.289  -6.935 -21.078
   13    HZ2  LYS  35           HZ3      LYS  35  -0.097  -6.258 -20.078

  No H/Q in entry =          13
  In of MODEL    7
    1    H    ALA  36           H        ALA  36   3.977  -6.664 -15.424
    2    HA   ALA  36           HA       ALA  36   6.646  -7.505 -14.912
    3    HB3  ALA  36           HB1      ALA  36   5.600  -7.732 -12.506
    4    HB2  ALA  36           HB2      ALA  36   4.289  -6.812 -13.258
    5    HB1  ALA  36           HB3      ALA  36   5.925  -6.160 -13.236

  No H/Q in entry =           5
  In of MODEL    7
    1    H    GLU  37           H        GLU  37   6.507  -9.418 -16.283
    2    HA   GLU  37           HA       GLU  37   5.205 -11.765 -15.125
    3    HB2  GLU  37           HB2      GLU  37   6.899 -11.576 -17.608
    4    HB3  GLU  37           HB3      GLU  37   5.879 -12.923 -17.131
    5    HG2  GLU  37           HG2      GLU  37   3.919 -11.369 -17.331
    6    HG3  GLU  37           HG3      GLU  37   5.024 -10.203 -18.061

  No H/Q in entry =           6
  In of MODEL    7
    1    H    THR  38           H        THR  38   8.394 -10.412 -15.693
    2    HA   THR  38           HA       THR  38   9.701 -12.789 -14.663
    3    HB   THR  38           HB       THR  38  11.642 -10.840 -14.803
    4    HG1  THR  38           HG1      THR  38  10.991  -9.245 -16.020
    5   HG22  THR  38          HG21      THR  38  10.681 -12.429 -17.181
    6   HG21  THR  38          HG22      THR  38  11.671 -13.080 -15.876
    7   HG23  THR  38          HG23      THR  38  12.307 -11.800 -16.910

  No H/Q in entry =           7
  In of MODEL    7
    1    H    LEU  39           H        LEU  39  10.291 -13.020 -12.616
    2    HA   LEU  39           HA       LEU  39   9.760 -10.782 -10.834
    3    HB2  LEU  39           HB2      LEU  39   8.460 -12.328  -9.860
    4    HB3  LEU  39           HB3      LEU  39   9.294 -13.660 -10.638
    5    HG   LEU  39           HG       LEU  39  10.882 -12.387  -8.540
    6   HD13  LEU  39          HD11      LEU  39   9.569 -12.589  -6.743
    7   HD12  LEU  39          HD12      LEU  39   8.845 -14.090  -7.324
    8   HD11  LEU  39          HD13      LEU  39   8.227 -12.534  -7.890
    9   HD22  LEU  39          HD21      LEU  39  11.534 -14.438  -9.603
   10   HD21  LEU  39          HD22      LEU  39  10.002 -15.194  -9.167
   11   HD23  LEU  39          HD23      LEU  39  11.164 -14.760  -7.909

  No H/Q in entry =          11
  In of MODEL    7
    1    H    TYR  40           H        TYR  40  11.317 -10.162  -9.225
    2    HA   TYR  40           HA       TYR  40  13.969 -11.365  -9.650
    3    HB2  TYR  40           HB2      TYR  40  13.436  -8.439  -9.112
    4    HB3  TYR  40           HB3      TYR  40  14.986  -9.177  -9.468
    5    HD1  TYR  40           HD1      TYR  40  15.757  -9.212 -11.627
    6    HD2  TYR  40           HD2      TYR  40  11.619  -8.553 -10.984
    7    HE1  TYR  40           HE1      TYR  40  15.483  -8.694 -14.007
    8    HE2  TYR  40           HE2      TYR  40  11.319  -8.047 -13.371
    9    HH   TYR  40           HH       TYR  40  12.812  -7.192 -15.273

  No H/Q in entry =           9
  In of MODEL    7
    1    H    TYR  41           H        TYR  41  14.568 -12.354  -7.806
    2    HA   TYR  41           HA       TYR  41  13.505 -11.439  -5.218
    3    HB2  TYR  41           HB2      TYR  41  14.677 -13.903  -6.352
    4    HB3  TYR  41           HB3      TYR  41  15.147 -13.563  -4.697
    5    HD1  TYR  41           HD1      TYR  41  11.814 -12.898  -6.228
    6    HD2  TYR  41           HD2      TYR  41  14.119 -15.317  -3.623
    7    HE1  TYR  41           HE1      TYR  41   9.765 -14.018  -5.446
    8    HE2  TYR  41           HE2      TYR  41  12.107 -16.429  -2.826
    9    HH   TYR  41           HH       TYR  41   9.668 -15.963  -2.687

  No H/Q in entry =           9
  In of MODEL    7
    1    H    ILE  42           H        ILE  42  14.752  -9.503  -5.083
    2    HA   ILE  42           HA       ILE  42  17.545  -9.376  -5.322
    3    HB   ILE  42           HB       ILE  42  16.158  -7.408  -5.375
    4   HG12  ILE  42          HG12      ILE  42  17.929  -7.296  -2.937
    5   HG13  ILE  42          HG13      ILE  42  18.475  -7.129  -4.608
    6   HG22  ILE  42          HG21      ILE  42  15.137  -6.518  -3.288
    7   HG21  ILE  42          HG22      ILE  42  15.450  -8.084  -2.543
    8   HG23  ILE  42          HG23      ILE  42  14.375  -7.970  -3.936
    9   HD12  ILE  42          HD11      ILE  42  16.812  -5.274  -2.973
   10   HD11  ILE  42          HD12      ILE  42  16.747  -5.224  -4.735
   11   HD13  ILE  42          HD13      ILE  42  18.277  -4.943  -3.900

  No H/Q in entry =          11
  In of MODEL    7
    1    H    VAL  43           H        VAL  43  18.758 -10.882  -4.249
    2    HA   VAL  43           HA       VAL  43  18.004 -11.538  -1.532
    3    HB   VAL  43           HB       VAL  43  19.493 -13.408  -1.614
    4   HG11  VAL  43          HG11      VAL  43  17.845 -13.077  -4.112
    5   HG13  VAL  43          HG12      VAL  43  17.307 -13.733  -2.563
    6   HG12  VAL  43          HG13      VAL  43  18.487 -14.615  -3.534
    7   HG22  VAL  43          HG21      VAL  43  20.878 -13.914  -3.476
    8   HG21  VAL  43          HG22      VAL  43  21.265 -12.278  -2.935
    9   HG23  VAL  43          HG23      VAL  43  20.267 -12.523  -4.371

  No H/Q in entry =           9
  In of MODEL    7
    1    H    LYS  44           H        LYS  44  20.004  -9.597  -3.041
    2    HA   LYS  44           HA       LYS  44  21.558  -8.813  -0.803
    3    HB2  LYS  44           HB2      LYS  44  22.784 -10.452  -2.854
    4    HB3  LYS  44           HB3      LYS  44  23.506  -8.851  -2.814
    5    HG2  LYS  44           HG2      LYS  44  23.150 -10.150  -0.194
    6    HG3  LYS  44           HG3      LYS  44  24.312 -10.913  -1.278
    7    HD2  LYS  44           HD2      LYS  44  25.401  -8.679  -1.556
    8    HD3  LYS  44           HD3      LYS  44  24.315  -8.055  -0.314
    9    HE2  LYS  44           HE2      LYS  44  25.206  -9.733   1.265
   10    HE3  LYS  44           HE3      LYS  44  26.330 -10.278   0.021
   11    HZ3  LYS  44           HZ1      LYS  44  27.454  -8.775   1.466
   12    HZ2  LYS  44           HZ2      LYS  44  26.249  -7.601   1.298
   13    HZ1  LYS  44           HZ3      LYS  44  27.236  -7.992  -0.016

  No H/Q in entry =          13
  In of MODEL    7
    1    H    GLY  45           H        GLY  45  22.185  -6.532  -1.089
    2    HA3  GLY  45           HA2      GLY  45  22.337  -4.553  -2.433
    3    HA2  GLY  45           HA3      GLY  45  21.404  -5.364  -3.696

  No H/Q in entry =           3
  In of MODEL    7
    1    H    SER  46           H        SER  46  20.542  -2.938  -2.804
    2    HA   SER  46           HA       SER  46  17.925  -3.870  -2.147
    3    HB2  SER  46           HB2      SER  46  17.634  -2.557  -0.201
    4    HB3  SER  46           HB3      SER  46  19.199  -3.345   0.021
    5    HG   SER  46           HG       SER  46  19.252  -0.915  -1.300

  No H/Q in entry =           5
  In of MODEL    7
    1    H    VAL  47           H        VAL  47  16.276  -2.288  -2.631
    2    HA   VAL  47           HA       VAL  47  17.346  -0.479  -4.681
    3    HB   VAL  47           HB       VAL  47  15.644  -1.083  -6.302
    4   HG13  VAL  47          HG11      VAL  47  17.152  -2.543  -7.044
    5   HG12  VAL  47          HG12      VAL  47  16.382  -3.774  -6.045
    6   HG11  VAL  47          HG13      VAL  47  17.729  -2.835  -5.398
    7   HG23  VAL  47          HG21      VAL  47  14.350  -3.213  -5.847
    8   HG22  VAL  47          HG22      VAL  47  13.809  -1.750  -5.017
    9   HG21  VAL  47          HG23      VAL  47  14.760  -2.959  -4.148

  No H/Q in entry =           9
  In of MODEL    7
    1    H    ALA  48           H        ALA  48  15.227   0.635  -5.825
    2    HA   ALA  48           HA       ALA  48  13.919   1.965  -3.554
    3    HB2  ALA  48           HB1      ALA  48  14.212   4.035  -4.555
    4    HB3  ALA  48           HB2      ALA  48  14.531   3.335  -6.141
    5    HB1  ALA  48           HB3      ALA  48  15.746   3.225  -4.867

  No H/Q in entry =           5
  In of MODEL    7
    1    H    VAL  49           H        VAL  49  11.983   1.115  -3.581
    2    HA   VAL  49           HA       VAL  49  10.597   0.359  -5.959
    3    HB   VAL  49           HB       VAL  49   9.855   0.486  -3.040
    4   HG11  VAL  49          HG11      VAL  49   7.951   0.914  -4.791
    5   HG13  VAL  49          HG12      VAL  49   7.706  -0.184  -3.432
    6   HG12  VAL  49          HG13      VAL  49   8.087  -0.828  -5.032
    7   HG23  VAL  49          HG21      VAL  49  10.189  -1.785  -4.987
    8   HG22  VAL  49          HG22      VAL  49   9.820  -1.939  -3.264
    9   HG21  VAL  49          HG23      VAL  49  11.376  -1.282  -3.778

  No H/Q in entry =           9
  In of MODEL    7
    1    H    LEU  50           H        LEU  50   9.087   1.550  -7.068
    2    HA   LEU  50           HA       LEU  50   8.267   4.069  -5.982
    3    HB2  LEU  50           HB2      LEU  50   9.019   5.429  -7.723
    4    HB3  LEU  50           HB3      LEU  50  10.375   4.456  -7.216
    5    HG   LEU  50           HG       LEU  50   8.825   4.283  -9.774
    6   HD12  LEU  50          HD11      LEU  50  11.124   4.541 -10.659
    7   HD11  LEU  50          HD12      LEU  50  11.707   4.691  -8.995
    8   HD13  LEU  50          HD13      LEU  50  10.599   5.906  -9.665
    9   HD22  LEU  50          HD21      LEU  50   9.132   2.016  -8.948
   10   HD21  LEU  50          HD22      LEU  50  10.848   2.336  -8.684
   11   HD23  LEU  50          HD23      LEU  50  10.187   2.340 -10.323

  No H/Q in entry =          11
  In of MODEL    7
    1    H    ILE  51           H        ILE  51   6.487   5.065  -6.869
    2    HA   ILE  51           HA       ILE  51   4.815   3.244  -8.518
    3    HB   ILE  51           HB       ILE  51   2.898   4.054  -7.114
    4   HG12  ILE  51          HG12      ILE  51   5.085   4.868  -5.202
    5   HG13  ILE  51          HG13      ILE  51   4.155   5.998  -6.175
    6   HG21  ILE  51          HG21      ILE  51   5.046   2.371  -5.839
    7   HG23  ILE  51          HG22      ILE  51   3.691   1.814  -6.824
    8   HG22  ILE  51          HG23      ILE  51   3.398   2.497  -5.224
    9   HD12  ILE  51          HD11      ILE  51   3.395   5.802  -3.828
   10   HD11  ILE  51          HD12      ILE  51   2.950   4.126  -4.153
   11   HD13  ILE  51          HD13      ILE  51   2.145   5.437  -5.016

  No H/Q in entry =          11
  In of MODEL    7
    1    H    LYS  52           H        LYS  52   2.930   4.215  -9.380
    2    HA   LYS  52           HA       LYS  52   3.425   6.915 -10.376
    3    HB2  LYS  52           HB2      LYS  52   2.456   4.441 -11.569
    4    HB3  LYS  52           HB3      LYS  52   1.380   5.793 -11.896
    5    HG2  LYS  52           HG2      LYS  52   3.024   6.981 -13.039
    6    HG3  LYS  52           HG3      LYS  52   4.331   6.026 -12.336
    7    HD2  LYS  52           HD2      LYS  52   3.249   4.043 -13.579
    8    HD3  LYS  52           HD3      LYS  52   2.411   5.284 -14.515
    9    HE2  LYS  52           HE2      LYS  52   5.351   5.530 -14.155
   10    HE3  LYS  52           HE3      LYS  52   4.751   4.302 -15.271
   11    HZ3  LYS  52           HZ1      LYS  52   3.765   5.924 -16.616
   12    HZ2  LYS  52           HZ2      LYS  52   5.275   6.578 -16.205
   13    HZ1  LYS  52           HZ3      LYS  52   3.878   7.123 -15.428

  No H/Q in entry =          13
  In of MODEL    7
    1    H    ASP  53           H        ASP  53   2.024   8.445 -10.193
    2    HA   ASP  53           HA       ASP  53  -0.219   8.161  -8.386
    3    HB2  ASP  53           HB2      ASP  53   1.649  10.041  -8.402
    4    HB3  ASP  53           HB3      ASP  53   0.557  10.777  -9.560

  No H/Q in entry =           4
  In of MODEL    7
    1    H    GLU  54           H        GLU  54  -1.595  10.451  -9.406
    2    HA   GLU  54           HA       GLU  54  -3.067   9.186 -11.605
    3    HB2  GLU  54           HB2      GLU  54  -4.297   9.699  -9.542
    4    HB3  GLU  54           HB3      GLU  54  -3.843  11.386  -9.682
    5    HG2  GLU  54           HG2      GLU  54  -5.142  11.556 -11.740
    6    HG3  GLU  54           HG3      GLU  54  -5.578   9.852 -11.605

  No H/Q in entry =           6
  In of MODEL    7
    1    H    GLU  55           H        GLU  55  -0.749  11.481 -10.963
    2    HA   GLU  55           HA       GLU  55  -1.375  13.037 -13.388
    3    HB2  GLU  55           HB2      GLU  55   0.482  14.518 -11.970
    4    HB3  GLU  55           HB3      GLU  55  -1.253  14.808 -12.016
    5    HG2  GLU  55           HG2      GLU  55  -1.601  13.646  -9.995
    6    HG3  GLU  55           HG3      GLU  55   0.032  12.985 -10.013

  No H/Q in entry =           6
  In of MODEL    7
    1    H    GLY  56           H        GLY  56   0.220  10.494 -12.760
    2    HA3  GLY  56           HA2      GLY  56   1.884   9.512 -14.109
    3    HA2  GLY  56           HA3      GLY  56   2.322  11.117 -14.682

  No H/Q in entry =           3
  In of MODEL    7
    1    H    LYS  57           H        LYS  57   2.175  10.808 -11.097
    2    HA   LYS  57           HA       LYS  57   4.994  11.338 -11.192
    3    HB2  LYS  57           HB2      LYS  57   2.848  11.289  -9.118
    4    HB3  LYS  57           HB3      LYS  57   4.512  11.103  -8.593
    5    HG2  LYS  57           HG2      LYS  57   4.990  13.266  -8.939
    6    HG3  LYS  57           HG3      LYS  57   4.034  13.347 -10.420
    7    HD2  LYS  57           HD2      LYS  57   3.100  14.777  -8.660
    8    HD3  LYS  57           HD3      LYS  57   1.984  13.493  -9.116
    9    HE2  LYS  57           HE2      LYS  57   3.133  12.232  -7.110
   10    HE3  LYS  57           HE3      LYS  57   3.528  13.871  -6.593
   11    HZ3  LYS  57           HZ1      LYS  57   1.507  13.841  -5.673
   12    HZ2  LYS  57           HZ2      LYS  57   0.996  12.492  -6.561
   13    HZ1  LYS  57           HZ3      LYS  57   0.896  14.050  -7.242

  No H/Q in entry =          13
  In of MODEL    7
    1    H    GLU  58           H        GLU  58   6.450   9.716 -11.207
    2    HA   GLU  58           HA       GLU  58   5.616   7.118 -10.154
    3    HB2  GLU  58           HB2      GLU  58   8.035   7.017 -11.750
    4    HB3  GLU  58           HB3      GLU  58   6.538   6.130 -11.987
    5    HG2  GLU  58           HG2      GLU  58   5.638   7.857 -13.356
    6    HG3  GLU  58           HG3      GLU  58   6.959   8.951 -12.943

  No H/Q in entry =           6
  In of MODEL    7
    1    H    MET  59           H        MET  59   6.283   7.919  -7.847
    2    HA   MET  59           HA       MET  59   9.003   8.912  -7.862
    3    HB2  MET  59           HB2      MET  59   6.723   9.130  -5.901
    4    HB3  MET  59           HB3      MET  59   8.336   9.799  -5.662
    5    HG2  MET  59           HG2      MET  59   8.037  11.322  -7.491
    6    HG3  MET  59           HG3      MET  59   6.503  10.558  -7.925
    7    HE1  MET  59           HE1      MET  59   6.860  10.322  -4.323
    8    HE3  MET  59           HE2      MET  59   6.549  11.917  -3.624
    9    HE2  MET  59           HE3      MET  59   8.071  11.601  -4.455

  No H/Q in entry =           9
  In of MODEL    7
    1    H    ILE  60           H        ILE  60  10.395   7.898  -6.424
    2    HA   ILE  60           HA       ILE  60   9.928   5.266  -5.642
    3    HB   ILE  60           HB       ILE  60  11.721   7.224  -4.222
    4   HG12  ILE  60          HG12      ILE  60  12.275   5.486  -6.627
    5   HG13  ILE  60          HG13      ILE  60  12.154   7.247  -6.614
    6   HG21  ILE  60          HG21      ILE  60  11.302   5.076  -3.066
    7   HG23  ILE  60          HG22      ILE  60  12.987   5.310  -3.528
    8   HG22  ILE  60          HG23      ILE  60  11.956   4.235  -4.471
    9   HD11  ILE  60          HD11      ILE  60  14.099   5.946  -4.816
   10   HD13  ILE  60          HD12      ILE  60  14.161   7.516  -5.622
   11   HD12  ILE  60          HD13      ILE  60  14.460   6.040  -6.540

  No H/Q in entry =          11
  In of MODEL    7
    1    H    LEU  61           H        LEU  61   8.721   4.443  -3.982
    2    HA   LEU  61           HA       LEU  61   7.753   6.378  -1.996
    3    HB2  LEU  61           HB2      LEU  61   5.584   5.534  -2.093
    4    HB3  LEU  61           HB3      LEU  61   6.092   5.604  -3.761
    5    HG   LEU  61           HG       LEU  61   4.833   3.640  -3.542
    6   HD12  LEU  61          HD11      LEU  61   7.718   2.838  -3.429
    7   HD11  LEU  61          HD12      LEU  61   6.814   3.322  -4.865
    8   HD13  LEU  61          HD13      LEU  61   6.386   1.841  -4.010
    9   HD23  LEU  61          HD21      LEU  61   5.696   1.841  -1.874
   10   HD22  LEU  61          HD22      LEU  61   4.577   3.106  -1.349
   11   HD21  LEU  61          HD23      LEU  61   6.301   3.249  -1.000

  No H/Q in entry =          11
  In of MODEL    7
    1    H    SER  62           H        SER  62   9.311   3.482  -2.641
    2    HA   SER  62           HA       SER  62   9.717   2.983   0.146
    3    HB2  SER  62           HB2      SER  62   7.584   1.701  -0.496
    4    HB3  SER  62           HB3      SER  62   8.650   0.677  -1.454
    5    HG   SER  62           HG       SER  62   9.286   1.190   1.234

  No H/Q in entry =           5
  In of MODEL    7
    1    H    TYR  63           H        TYR  63  10.913   0.778   0.202
    2    HA   TYR  63           HA       TYR  63  12.737   0.433  -1.815
    3    HB2  TYR  63           HB2      TYR  63  14.099   1.217   0.699
    4    HB3  TYR  63           HB3      TYR  63  14.786   0.955  -0.892
    5    HD1  TYR  63           HD1      TYR  63  12.645   3.228   1.042
    6    HD2  TYR  63           HD2      TYR  63  15.202   2.818  -2.308
    7    HE1  TYR  63           HE1      TYR  63  12.682   5.673   0.797
    8    HE2  TYR  63           HE2      TYR  63  15.243   5.261  -2.588
    9    HH   TYR  63           HH       TYR  63  14.900   7.299  -0.810

  No H/Q in entry =           9
  In of MODEL    7
    1    H    LEU  64           H        LEU  64  14.400  -1.120  -1.129
    2    HA   LEU  64           HA       LEU  64  13.135  -3.293   0.373
    3    HB2  LEU  64           HB2      LEU  64  15.066  -3.529  -1.854
    4    HB3  LEU  64           HB3      LEU  64  14.224  -4.822  -1.023
    5    HG   LEU  64           HG       LEU  64  13.065  -2.783  -2.901
    6   HD13  LEU  64          HD11      LEU  64  12.501  -4.628  -4.239
    7   HD12  LEU  64          HD12      LEU  64  12.893  -5.774  -2.959
    8   HD11  LEU  64          HD13      LEU  64  14.177  -4.862  -3.752
    9   HD23  LEU  64          HD21      LEU  64  10.882  -3.860  -2.495
   10   HD22  LEU  64          HD22      LEU  64  11.481  -2.962  -1.100
   11   HD21  LEU  64          HD23      LEU  64  11.589  -4.722  -1.129

  No H/Q in entry =          11
  In of MODEL    7
    1    H    ASN  65           H        ASN  65  14.767  -4.989   0.740
    2    HA   ASN  65           HA       ASN  65  17.292  -3.956   1.738
    3    HB2  ASN  65           HB2      ASN  65  15.128  -4.749   3.416
    4    HB3  ASN  65           HB3      ASN  65  16.383  -5.979   3.531
    5   HD21  ASN  65          HD21      ASN  65  16.474  -2.454   3.118
    6   HD22  ASN  65          HD22      ASN  65  17.470  -2.148   4.499

  No H/Q in entry =           6
  In of MODEL    7
    1    H    GLN  66           H        GLN  66  18.733  -5.854   2.017
    2    HA   GLN  66           HA       GLN  66  18.836  -7.697  -0.018
    3    HB2  GLN  66           HB2      GLN  66  20.680  -7.196   1.658
    4    HB3  GLN  66           HB3      GLN  66  19.768  -8.040   2.907
    5    HG2  GLN  66           HG2      GLN  66  20.043 -10.234   1.675
    6    HG3  GLN  66           HG3      GLN  66  20.804  -9.427   0.326
    7   HE22  GLN  66          HE21      GLN  66  23.597 -10.913   2.124
    8   HE21  GLN  66          HE22      GLN  66  22.213 -11.347   0.978

  No H/Q in entry =           8
  In of MODEL    7
    1    H    GLY  67           H        GLY  67  18.318  -9.915  -0.089
    2    HA3  GLY  67           HA2      GLY  67  16.804 -11.648  -0.018
    3    HA2  GLY  67           HA3      GLY  67  16.703 -11.278   1.686

  No H/Q in entry =           3
  In of MODEL    7
    1    H    ASP  68           H        ASP  68  15.677  -8.885  -0.650
    2    HA   ASP  68           HA       ASP  68  12.954  -9.190   0.354
    3    HB2  ASP  68           HB2      ASP  68  14.525  -6.964  -0.239
    4    HB3  ASP  68           HB3      ASP  68  13.385  -7.054  -1.575

  No H/Q in entry =           4
  In of MODEL    7
    1    H    PHE  69           H        PHE  69  11.485  -8.239  -1.738
    2    HA   PHE  69           HA       PHE  69  12.029 -10.130  -3.902
    3    HB2  PHE  69           HB2      PHE  69   9.335  -9.425  -2.741
    4    HB3  PHE  69           HB3      PHE  69   9.646 -10.589  -4.025
    5    HD1  PHE  69           HD1      PHE  69  10.450 -12.787  -3.540
    6    HD2  PHE  69           HD2      PHE  69   9.988  -9.918  -0.429
    7    HE1  PHE  69           HE1      PHE  69  10.718 -14.559  -1.870
    8    HE2  PHE  69           HE2      PHE  69  10.261 -11.692   1.252
    9    HZ   PHE  69           HZ       PHE  69  10.630 -14.018   0.536

  No H/Q in entry =           9
  In of MODEL    7
    1    H    ILE  70           H        ILE  70  11.054  -9.546  -5.963
    2    HA   ILE  70           HA       ILE  70  10.314  -6.753  -6.327
    3    HB   ILE  70           HB       ILE  70  12.763  -8.074  -7.506
    4   HG12  ILE  70          HG12      ILE  70  12.249  -5.402  -6.191
    5   HG13  ILE  70          HG13      ILE  70  13.250  -6.724  -5.596
    6   HG22  ILE  70          HG21      ILE  70  12.873  -6.254  -9.165
    7   HG21  ILE  70          HG22      ILE  70  11.288  -5.692  -8.640
    8   HG23  ILE  70          HG23      ILE  70  11.455  -7.275  -9.397
    9   HD11  ILE  70          HD11      ILE  70  14.638  -6.343  -7.734
   10   HD13  ILE  70          HD12      ILE  70  14.790  -5.191  -6.405
   11   HD12  ILE  70          HD13      ILE  70  13.804  -4.788  -7.811

  No H/Q in entry =          11
  In of MODEL    7
    1    H    GLY  71           H        GLY  71   8.989  -6.489  -8.117
    2    HA3  GLY  71           HA2      GLY  71   7.739  -7.076  -9.967
    3    HA2  GLY  71           HA3      GLY  71   8.752  -8.501 -10.144

  No H/Q in entry =           3
  In of MODEL    7
    1    H    GLU  72           H        GLU  72   7.405  -8.122  -7.026
    2    HA   GLU  72           HA       GLU  72   5.851 -10.501  -7.345
    3    HB2  GLU  72           HB2      GLU  72   5.118  -9.177  -4.952
    4    HB3  GLU  72           HB3      GLU  72   6.136 -10.593  -5.132
    5    HG2  GLU  72           HG2      GLU  72   7.411  -9.079  -3.890
    6    HG3  GLU  72           HG3      GLU  72   8.056  -8.974  -5.527

  No H/Q in entry =           6
  In of MODEL    7
    1    H    LEU  73           H        LEU  73   5.483  -7.163  -6.923
    2    HA   LEU  73           HA       LEU  73   2.815  -6.686  -6.840
    3    HB2  LEU  73           HB2      LEU  73   5.253  -5.272  -7.494
    4    HB3  LEU  73           HB3      LEU  73   3.889  -4.651  -8.404
    5    HG   LEU  73           HG       LEU  73   4.307  -3.458  -6.263
    6   HD13  LEU  73          HD11      LEU  73   2.202  -3.185  -7.131
    7   HD12  LEU  73          HD12      LEU  73   1.873  -3.781  -5.502
    8   HD11  LEU  73          HD13      LEU  73   1.774  -4.876  -6.885
    9   HD21  LEU  73          HD21      LEU  73   4.037  -6.200  -5.229
   10   HD23  LEU  73          HD22      LEU  73   3.128  -4.975  -4.347
   11   HD22  LEU  73          HD23      LEU  73   4.872  -4.805  -4.544

  No H/Q in entry =          11
  In of MODEL    7
    1    H    GLY  74           H        GLY  74   4.444  -8.100  -9.443
    2    HA3  GLY  74           HA2      GLY  74   2.311  -7.252 -11.291
    3    HA2  GLY  74           HA3      GLY  74   3.891  -7.820 -11.783

  No H/Q in entry =           3
  In of MODEL    7
    1    H    LEU  75           H        LEU  75   3.648 -10.001  -9.655
    2    HA   LEU  75           HA       LEU  75   2.038 -11.791 -11.392
    3    HB2  LEU  75           HB2      LEU  75   3.603 -13.402 -11.107
    4    HB3  LEU  75           HB3      LEU  75   4.635 -12.031 -10.739
    5    HG   LEU  75           HG       LEU  75   3.546 -12.615  -8.292
    6   HD13  LEU  75          HD11      LEU  75   3.571 -14.943  -7.933
    7   HD12  LEU  75          HD12      LEU  75   4.291 -15.265  -9.510
    8   HD11  LEU  75          HD13      LEU  75   2.621 -14.709  -9.400
    9   HD23  LEU  75          HD21      LEU  75   5.812 -13.705  -7.898
   10   HD22  LEU  75          HD22      LEU  75   5.822 -12.057  -8.524
   11   HD21  LEU  75          HD23      LEU  75   6.133 -13.411  -9.608

  No H/Q in entry =          11
  In of MODEL    7
    1    H    PHE  76           H        PHE  76   2.695 -10.801  -8.166
    2    HA   PHE  76           HA       PHE  76   0.854 -12.719  -7.002
    3    HB2  PHE  76           HB2      PHE  76   3.069 -12.403  -6.012
    4    HB3  PHE  76           HB3      PHE  76   2.740 -10.691  -5.797
    5    HD1  PHE  76           HD1      PHE  76   0.661 -13.663  -5.100
    6    HD2  PHE  76           HD2      PHE  76   2.719 -10.297  -3.579
    7    HE1  PHE  76           HE1      PHE  76  -0.211 -14.168  -2.846
    8    HE2  PHE  76           HE2      PHE  76   1.855 -10.768  -1.317
    9    HZ   PHE  76           HZ       PHE  76   0.391 -12.713  -0.950

  No H/Q in entry =           9
  In of MODEL    7
    1    H    GLU  77           H        GLU  77   1.323  -9.265  -7.458
    2    HA   GLU  77           HA       GLU  77  -0.930  -8.530  -5.918
    3    HB2  GLU  77           HB2      GLU  77   0.961  -6.983  -6.598
    4    HB3  GLU  77           HB3      GLU  77   0.228  -6.922  -8.195
    5    HG2  GLU  77           HG2      GLU  77  -1.473  -6.304  -5.847
    6    HG3  GLU  77           HG3      GLU  77  -0.283  -5.107  -6.348

  No H/Q in entry =           6
  In of MODEL    7
    1    H    GLU  78           H        GLU  78  -0.317  -9.318  -9.289
    2    HA   GLU  78           HA       GLU  78  -1.717 -10.425 -10.621
    3    HB2  GLU  78           HB2      GLU  78  -3.531 -10.523  -8.798
    4    HB3  GLU  78           HB3      GLU  78  -4.143  -9.032  -9.505
    5    HG2  GLU  78           HG2      GLU  78  -3.916 -10.518 -11.721
    6    HG3  GLU  78           HG3      GLU  78  -4.196 -11.793 -10.537

  No H/Q in entry =           6
  In of MODEL    7
    1    H    GLY  79           H        GLY  79  -0.295  -7.995 -10.576
    2    HA3  GLY  79           HA2      GLY  79  -1.634  -5.839 -11.819
    3    HA2  GLY  79           HA3      GLY  79   0.098  -6.079 -11.728

  No H/Q in entry =           3
  In of MODEL    7
    1    H    GLN  80           H        GLN  80   0.932  -7.760 -13.248
    2    HA   GLN  80           HA       GLN  80   1.387  -8.315 -15.390
    3    HB2  GLN  80           HB2      GLN  80  -1.530  -8.784 -15.252
    4    HB3  GLN  80           HB3      GLN  80  -0.651  -9.048 -16.751
    5    HG2  GLN  80           HG2      GLN  80  -0.138 -11.080 -16.013
    6    HG3  GLN  80           HG3      GLN  80   0.850 -10.342 -14.753
    7   HE21  GLN  80          HE21      GLN  80   0.160 -10.411 -12.667
    8   HE22  GLN  80          HE22      GLN  80  -1.301 -11.190 -12.165

  No H/Q in entry =           8
  In of MODEL    7
    1    H    GLU  81           H        GLU  81   1.942  -5.921 -15.283
    2    HA   GLU  81           HA       GLU  81   1.793  -4.623 -17.584
    3    HB2  GLU  81           HB2      GLU  81  -0.841  -4.652 -17.076
    4    HB3  GLU  81           HB3      GLU  81  -0.409  -3.204 -16.171
    5    HG2  GLU  81           HG2      GLU  81  -0.905  -2.320 -18.228
    6    HG3  GLU  81           HG3      GLU  81   0.843  -2.534 -18.332

  No H/Q in entry =           6
  In of MODEL    7
    1    H    ARG  82           H        ARG  82   3.622  -4.619 -15.768
    2    HA   ARG  82           HA       ARG  82   5.100  -3.401 -14.602
    3    HB2  ARG  82           HB2      ARG  82   5.471  -1.642 -15.874
    4    HB3  ARG  82           HB3      ARG  82   3.801  -1.625 -16.404
    5    HG2  ARG  82           HG2      ARG  82   4.251  -0.430 -13.758
    6    HG3  ARG  82           HG3      ARG  82   5.085   0.391 -15.076
    7    HD2  ARG  82           HD2      ARG  82   3.136   1.090 -16.051
    8    HD3  ARG  82           HD3      ARG  82   2.225  -0.316 -15.495
    9    HE   ARG  82           HE       ARG  82   3.052   1.613 -13.475
   10   HH11  ARG  82          HH11      ARG  82   0.473   0.401 -15.518
   11   HH12  ARG  82          HH12      ARG  82  -0.784   1.089 -14.548
   12   HH21  ARG  82          HH21      ARG  82   1.371   2.493 -12.179
   13   HH22  ARG  82          HH22      ARG  82  -0.280   2.282 -12.661

  No H/Q in entry =          13
  In of MODEL    7
    1    H    SER  83           H        SER  83   2.131  -1.551 -14.076
    2    HA   SER  83           HA       SER  83   1.071  -0.784 -12.271
    3    HB2  SER  83           HB2      SER  83   2.341  -3.077 -10.787
    4    HB3  SER  83           HB3      SER  83   0.856  -2.224 -10.367
    5    HG   SER  83           HG       SER  83   0.028  -3.846 -11.459

  No H/Q in entry =           5
  In of MODEL    7
    1    H    ALA  84           H        ALA  84   4.468  -1.477 -11.614
    2    HA   ALA  84           HA       ALA  84   6.067   0.242 -11.313
    3    HB1  ALA  84           HB1      ALA  84   5.599   2.302 -10.179
    4    HB3  ALA  84           HB2      ALA  84   3.971   1.758  -9.771
    5    HB2  ALA  84           HB3      ALA  84   4.403   2.062 -11.454

  No H/Q in entry =           5
  In of MODEL    7
    1    H    TRP  85           H        TRP  85   7.595   0.208  -9.603
    2    HA   TRP  85           HA       TRP  85   7.262  -0.241  -7.028
    3    HB2  TRP  85           HB2      TRP  85   5.843  -2.191  -7.786
    4    HB3  TRP  85           HB3      TRP  85   7.315  -2.938  -8.390
    5    HD1  TRP  85           HD1      TRP  85   8.793  -4.132  -6.755
    6    HE1  TRP  85           HE1      TRP  85   8.633  -4.753  -4.249
    7    HE3  TRP  85           HE3      TRP  85   4.876  -1.159  -5.486
    8    HZ2  TRP  85           HZ2      TRP  85   7.027  -4.044  -2.034
    9    HZ3  TRP  85           HZ3      TRP  85   4.073  -1.177  -3.159
   10    HH2  TRP  85           HH2      TRP  85   5.129  -2.591  -1.472

  No H/Q in entry =          10
  In of MODEL    7
    1    H    VAL  86           H        VAL  86   9.260  -0.505  -9.855
    2    HA   VAL  86           HA       VAL  86  11.440  -0.679  -7.969
    3    HB   VAL  86           HB       VAL  86  12.451  -2.418  -9.861
    4   HG12  VAL  86          HG11      VAL  86  12.148  -3.902  -7.732
    5   HG11  VAL  86          HG12      VAL  86  11.643  -2.382  -6.994
    6   HG13  VAL  86          HG13      VAL  86  13.253  -2.530  -7.709
    7   HG23  VAL  86          HG21      VAL  86   9.818  -3.325  -8.766
    8   HG22  VAL  86          HG22      VAL  86  10.940  -4.243  -9.770
    9   HG21  VAL  86          HG23      VAL  86  10.087  -2.852 -10.444

  No H/Q in entry =           9
  In of MODEL    7
    1    H    ARG  87           H        ARG  87  13.373  -0.100  -8.307
    2    HA   ARG  87           HA       ARG  87  14.622   0.676 -10.681
    3    HB2  ARG  87           HB2      ARG  87  13.261   2.680 -10.618
    4    HB3  ARG  87           HB3      ARG  87  13.658   2.935  -8.924
    5    HG2  ARG  87           HG2      ARG  87  16.111   2.813 -10.199
    6    HG3  ARG  87           HG3      ARG  87  15.083   3.741 -11.297
    7    HD2  ARG  87           HD2      ARG  87  15.857   5.414  -9.941
    8    HD3  ARG  87           HD3      ARG  87  14.388   4.964  -9.079
    9    HE   ARG  87           HE       ARG  87  16.244   3.392  -7.920
   10   HH11  ARG  87          HH11      ARG  87  16.150   6.826  -8.579
   11   HH12  ARG  87          HH12      ARG  87  17.124   7.251  -7.213
   12   HH21  ARG  87          HH21      ARG  87  17.544   3.945  -6.121
   13   HH22  ARG  87          HH22      ARG  87  17.910   5.608  -5.795

  No H/Q in entry =          13
  In of MODEL    7
    1    H    ALA  88           H        ALA  88  16.553  -0.172 -10.097
    2    HA   ALA  88           HA       ALA  88  17.381  -0.871  -7.846
    3    HB1  ALA  88           HB1      ALA  88  18.914   0.007 -10.151
    4    HB2  ALA  88           HB2      ALA  88  18.691  -1.598  -9.468
    5    HB3  ALA  88           HB3      ALA  88  19.792  -0.452  -8.690

  No H/Q in entry =           5
  In of MODEL    7
    1    H    LYS  89           H        LYS  89  18.364  -0.171  -5.831
    2    HA   LYS  89           HA       LYS  89  18.946   2.694  -5.847
    3    HB2  LYS  89           HB2      LYS  89  17.538   1.883  -3.992
    4    HB3  LYS  89           HB3      LYS  89  18.839   0.814  -3.482
    5    HG2  LYS  89           HG2      LYS  89  19.837   2.439  -2.358
    6    HG3  LYS  89           HG3      LYS  89  19.795   3.511  -3.758
    7    HD2  LYS  89           HD2      LYS  89  18.194   4.720  -2.815
    8    HD3  LYS  89           HD3      LYS  89  17.161   3.295  -2.692
    9    HE2  LYS  89           HE2      LYS  89  17.469   3.178  -0.496
   10    HE3  LYS  89           HE3      LYS  89  19.221   3.224  -0.686
   11    HZ2  LYS  89           HZ1      LYS  89  17.613   5.211   0.364
   12    HZ1  LYS  89           HZ2      LYS  89  18.089   5.799  -1.153
   13    HZ3  LYS  89           HZ3      LYS  89  19.255   5.332  -0.018

  No H/Q in entry =          13
  In of MODEL    7
    1    H    THR  90           H        THR  90  20.367  -0.358  -4.790
    2    HA   THR  90           HA       THR  90  23.008   0.751  -5.477
    3    HB   THR  90           HB       THR  90  23.538  -1.440  -3.903
    4    HG1  THR  90           HG1      THR  90  21.080  -1.115  -3.425
    5   HG22  THR  90          HG21      THR  90  23.206   1.386  -2.903
    6   HG21  THR  90          HG22      THR  90  24.584   0.813  -3.841
    7   HG23  THR  90          HG23      THR  90  24.266   0.139  -2.243

  No H/Q in entry =           7
  In of MODEL    7
    1    H    ALA  91           H        ALA  91  24.457  -1.460  -5.498
    2    HA   ALA  91           HA       ALA  91  23.552  -2.768  -7.922
    3    HB3  ALA  91           HB1      ALA  91  26.124  -3.386  -6.418
    4    HB2  ALA  91           HB2      ALA  91  26.025  -1.986  -7.485
    5    HB1  ALA  91           HB3      ALA  91  25.800  -3.608  -8.138

  No H/Q in entry =           5
  In of MODEL    7
    1    H    CYS  92           H        CYS  92  22.319  -4.583  -7.715
    2    HA   CYS  92           HA       CYS  92  22.632  -5.984  -5.129
    3    HB2  CYS  92           HB2      CYS  92  20.123  -6.454  -6.599
    4    HB3  CYS  92           HB3      CYS  92  20.371  -6.084  -4.895
    5    HG   CYS  92           HG       CYS  92  21.114  -3.348  -6.394

  No H/Q in entry =           5
  In of MODEL    7
    1    H    GLU  93           H        GLU  93  21.038  -8.069  -5.759
    2    HA   GLU  93           HA       GLU  93  22.212  -9.623  -7.841
    3    HB2  GLU  93           HB2      GLU  93  22.618 -10.399  -4.924
    4    HB3  GLU  93           HB3      GLU  93  22.915 -11.453  -6.298
    5    HG2  GLU  93           HG2      GLU  93  24.333  -8.840  -6.102
    6    HG3  GLU  93           HG3      GLU  93  24.884 -10.221  -5.157

  No H/Q in entry =           6
  In of MODEL    7
    1    H    VAL  94           H        VAL  94  20.204 -10.162  -8.617
    2    HA   VAL  94           HA       VAL  94  18.183 -10.746  -6.575
    3    HB   VAL  94           HB       VAL  94  16.466 -10.331  -8.362
    4   HG12  VAL  94          HG11      VAL  94  16.947  -7.768  -8.375
    5   HG11  VAL  94          HG12      VAL  94  18.248  -8.213  -7.269
    6   HG13  VAL  94          HG13      VAL  94  16.576  -8.606  -6.870
    7   HG22  VAL  94          HG21      VAL  94  17.645 -10.505 -10.398
    8   HG21  VAL  94          HG22      VAL  94  18.860  -9.339  -9.879
    9   HG23  VAL  94          HG23      VAL  94  17.213  -8.802 -10.221

  No H/Q in entry =           9
  In of MODEL    7
    1    H    ALA  95           H        ALA  95  16.966 -12.585  -6.613
    2    HA   ALA  95           HA       ALA  95  18.124 -14.656  -8.340
    3    HB2  ALA  95           HB1      ALA  95  15.823 -15.267  -6.560
    4    HB1  ALA  95           HB2      ALA  95  17.250 -14.664  -5.728
    5    HB3  ALA  95           HB3      ALA  95  17.361 -16.116  -6.721

  No H/Q in entry =           5
  In of MODEL    7
    1    H    GLU  96           H        GLU  96  17.354 -13.542 -10.260
    2    HA   GLU  96           HA       GLU  96  14.478 -13.196 -10.375
    3    HB2  GLU  96           HB2      GLU  96  14.865 -11.875 -12.343
    4    HB3  GLU  96           HB3      GLU  96  15.985 -11.365 -11.082
    5    HG2  GLU  96           HG2      GLU  96  17.781 -12.553 -12.120
    6    HG3  GLU  96           HG3      GLU  96  16.676 -13.283 -13.283

  No H/Q in entry =           6
  In of MODEL    7
    1    H    ILE  97           H        ILE  97  13.193 -14.230 -11.380
    2    HA   ILE  97           HA       ILE  97  13.849 -15.850 -13.622
    3    HB   ILE  97           HB       ILE  97  12.360 -17.696 -12.646
    4   HG12  ILE  97          HG12      ILE  97  13.733 -16.770 -10.180
    5   HG13  ILE  97          HG13      ILE  97  12.088 -16.276 -10.563
    6   HG23  ILE  97          HG21      ILE  97  14.245 -18.953 -12.416
    7   HG22  ILE  97          HG22      ILE  97  15.177 -17.606 -11.757
    8   HG21  ILE  97          HG23      ILE  97  14.765 -17.638 -13.469
    9   HD11  ILE  97          HD11      ILE  97  11.442 -18.644 -10.675
   10   HD13  ILE  97          HD12      ILE  97  12.037 -18.156  -9.088
   11   HD12  ILE  97          HD13      ILE  97  13.074 -19.080 -10.175

  No H/Q in entry =          11
  In of MODEL    7
    1    H    SER  98           H        SER  98  11.711 -17.110 -14.262
    2    HA   SER  98           HA       SER  98   9.795 -14.933 -14.611
    3    HB2  SER  98           HB2      SER  98  10.477 -15.822 -16.685
    4    HB3  SER  98           HB3      SER  98  10.295 -17.477 -16.111
    5    HG   SER  98           HG       SER  98   8.496 -15.960 -17.337

  No H/Q in entry =           5
  In of MODEL    7
    1    H    TYR  99           H        TYR  99   7.747 -15.032 -14.046
    2    HA   TYR  99           HA       TYR  99   7.170 -16.544 -11.720
    3    HB2  TYR  99           HB2      TYR  99   5.147 -15.357 -11.475
    4    HB3  TYR  99           HB3      TYR  99   6.386 -14.238 -11.995
    5    HD1  TYR  99           HD1      TYR  99   4.767 -16.348 -14.540
    6    HD2  TYR  99           HD2      TYR  99   4.652 -12.611 -12.495
    7    HE1  TYR  99           HE1      TYR  99   3.210 -15.478 -16.228
    8    HE2  TYR  99           HE2      TYR  99   3.096 -11.737 -14.191
    9    HH   TYR  99           HH       TYR  99   2.656 -12.511 -16.882

  No H/Q in entry =           9
  In of MODEL    7
    1    H    LYS 100           H        LYS 100   6.901 -17.535 -14.891
    2    HA   LYS 100           HA       LYS 100   4.556 -19.117 -14.576
    3    HB2  LYS 100           HB2      LYS 100   5.339 -18.623 -16.797
    4    HB3  LYS 100           HB3      LYS 100   6.931 -19.272 -16.437
    5    HG2  LYS 100           HG2      LYS 100   6.029 -20.975 -17.663
    6    HG3  LYS 100           HG3      LYS 100   5.618 -21.488 -16.027
    7    HD2  LYS 100           HD2      LYS 100   3.388 -20.388 -16.339
    8    HD3  LYS 100           HD3      LYS 100   3.821 -20.131 -18.032
    9    HE2  LYS 100           HE2      LYS 100   4.316 -22.692 -17.997
   10    HE3  LYS 100           HE3      LYS 100   3.270 -22.684 -16.579
   11    HZ1  LYS 100           HZ1      LYS 100   2.524 -21.675 -19.266
   12    HZ3  LYS 100           HZ2      LYS 100   1.518 -21.715 -17.910
   13    HZ2  LYS 100           HZ3      LYS 100   2.048 -23.157 -18.611

  No H/Q in entry =          13
  In of MODEL    7
    1    H    LYS 101           H        LYS 101   8.035 -19.837 -14.469
    2    HA   LYS 101           HA       LYS 101   7.634 -22.483 -13.449
    3    HB2  LYS 101           HB2      LYS 101   9.626 -22.534 -14.524
    4    HB3  LYS 101           HB3      LYS 101   9.903 -20.815 -14.296
    5    HG2  LYS 101           HG2      LYS 101  10.751 -21.178 -12.092
    6    HG3  LYS 101           HG3      LYS 101  10.309 -22.885 -12.151
    7    HD2  LYS 101           HD2      LYS 101  12.561 -22.982 -12.639
    8    HD3  LYS 101           HD3      LYS 101  11.862 -22.912 -14.257
    9    HE2  LYS 101           HE2      LYS 101  12.218 -20.448 -14.232
   10    HE3  LYS 101           HE3      LYS 101  13.048 -20.628 -12.686
   11    HZ3  LYS 101           HZ1      LYS 101  14.706 -21.986 -13.732
   12    HZ2  LYS 101           HZ2      LYS 101  14.574 -20.537 -14.595
   13    HZ1  LYS 101           HZ3      LYS 101  13.883 -21.953 -15.207

  No H/Q in entry =          13
  In of MODEL    7
    1    H    PHE 102           H        PHE 102   8.412 -19.368 -12.158
    2    HA   PHE 102           HA       PHE 102   9.204 -20.092  -9.587
    3    HB2  PHE 102           HB2      PHE 102   9.719 -17.957 -10.058
    4    HB3  PHE 102           HB3      PHE 102   8.261 -17.641 -10.936
    5    HD1  PHE 102           HD1      PHE 102   9.995 -17.213  -7.806
    6    HD2  PHE 102           HD2      PHE 102   6.142 -17.170  -9.616
    7    HE1  PHE 102           HE1      PHE 102   9.119 -15.936  -5.898
    8    HE2  PHE 102           HE2      PHE 102   5.270 -15.896  -7.712
    9    HZ   PHE 102           HZ       PHE 102   6.750 -15.273  -5.855

  No H/Q in entry =           9
  In of MODEL    7
    1    H    ARG 103           H        ARG 103   6.100 -18.888 -10.668
    2    HA   ARG 103           HA       ARG 103   4.635 -19.152  -8.417
    3    HB2  ARG 103           HB2      ARG 103   2.724 -18.859  -9.664
    4    HB3  ARG 103           HB3      ARG 103   3.961 -18.220 -10.732
    5    HG2  ARG 103           HG2      ARG 103   3.834 -20.042 -12.173
    6    HG3  ARG 103           HG3      ARG 103   3.026 -21.052 -10.974
    7    HD2  ARG 103           HD2      ARG 103   1.735 -18.554 -12.020
    8    HD3  ARG 103           HD3      ARG 103   1.631 -20.072 -12.910
    9    HE   ARG 103           HE       ARG 103   0.866 -20.657 -10.325
   10   HH11  ARG 103          HH11      ARG 103  -0.257 -18.527 -12.868
   11   HH12  ARG 103          HH12      ARG 103  -1.916 -18.605 -12.379
   12   HH21  ARG 103          HH21      ARG 103  -1.312 -20.769  -9.680
   13   HH22  ARG 103          HH22      ARG 103  -2.520 -19.879 -10.558

  No H/Q in entry =          13
  In of MODEL    7
    1    H    GLN 104           H        GLN 104   5.785 -21.706 -10.358
    2    HA   GLN 104           HA       GLN 104   3.822 -23.595  -9.252
    3    HB2  GLN 104           HB2      GLN 104   5.999 -23.903 -11.317
    4    HB3  GLN 104           HB3      GLN 104   5.041 -25.261 -10.726
    5    HG2  GLN 104           HG2      GLN 104   3.451 -22.954 -11.571
    6    HG3  GLN 104           HG3      GLN 104   4.399 -23.685 -12.861
    7   HE21  GLN 104          HE21      GLN 104   1.909 -24.251 -10.465
    8   HE22  GLN 104          HE22      GLN 104   1.237 -25.650 -11.222

  No H/Q in entry =           8
  In of MODEL    7
    1    H    LEU 105           H        LEU 105   7.194 -22.800  -8.728
    2    HA   LEU 105           HA       LEU 105   7.464 -24.894  -6.672
    3    HB2  LEU 105           HB2      LEU 105   9.658 -24.386  -6.974
    4    HB3  LEU 105           HB3      LEU 105   9.170 -23.201  -8.171
    5    HG   LEU 105           HG       LEU 105   8.923 -21.591  -6.191
    6   HD12  LEU 105          HD11      LEU 105  10.469 -22.092  -4.334
    7   HD11  LEU 105          HD12      LEU 105  10.707 -23.712  -4.986
    8   HD13  LEU 105          HD13      LEU 105   9.115 -23.220  -4.398
    9   HD23  LEU 105          HD21      LEU 105  11.404 -21.152  -6.252
   10   HD22  LEU 105          HD22      LEU 105  10.598 -21.245  -7.824
   11   HD21  LEU 105          HD23      LEU 105  11.549 -22.610  -7.239

  No H/Q in entry =          11
  In of MODEL    7
    1    H    ILE 106           H        ILE 106   6.974 -21.177  -6.728
    2    HA   ILE 106           HA       ILE 106   6.507 -21.137  -4.055
    3    HB   ILE 106           HB       ILE 106   5.722 -18.955  -4.227
    4   HG12  ILE 106          HG12      ILE 106   5.456 -18.330  -6.905
    5   HG13  ILE 106          HG13      ILE 106   4.656 -19.895  -6.758
    6   HG21  ILE 106          HG21      ILE 106   8.098 -19.559  -4.933
    7   HG23  ILE 106          HG22      ILE 106   7.511 -17.965  -5.405
    8   HG22  ILE 106          HG23      ILE 106   7.559 -19.271  -6.587
    9   HD11  ILE 106          HD11      ILE 106   3.347 -18.933  -4.856
   10   HD13  ILE 106          HD12      ILE 106   3.009 -18.242  -6.447
   11   HD12  ILE 106          HD13      ILE 106   4.015 -17.360  -5.298

  No H/Q in entry =          11
  In of MODEL    7
    1    H    GLN 107           H        GLN 107   4.746 -22.853  -6.011
    2    HA   GLN 107           HA       GLN 107   2.273 -22.411  -4.524
    3    HB2  GLN 107           HB2      GLN 107   2.642 -23.108  -7.378
    4    HB3  GLN 107           HB3      GLN 107   1.299 -23.869  -6.534
    5    HG2  GLN 107           HG2      GLN 107   0.848 -21.378  -5.772
    6    HG3  GLN 107           HG3      GLN 107   1.743 -21.030  -7.254
    7   HE21  GLN 107          HE21      GLN 107  -1.124 -22.462  -5.905
    8   HE22  GLN 107          HE22      GLN 107  -2.015 -22.557  -7.382

  No H/Q in entry =           8
  In of MODEL    7
    1    H    VAL 108           H        VAL 108   4.879 -24.329  -5.067
    2    HA   VAL 108           HA       VAL 108   3.668 -26.881  -4.467
    3    HB   VAL 108           HB       VAL 108   5.934 -26.038  -5.838
    4   HG11  VAL 108          HG11      VAL 108   6.828 -27.387  -3.301
    5   HG13  VAL 108          HG12      VAL 108   7.200 -25.739  -3.808
    6   HG12  VAL 108          HG13      VAL 108   7.832 -27.107  -4.724
    7   HG23  VAL 108          HG21      VAL 108   6.396 -28.429  -6.117
    8   HG22  VAL 108          HG22      VAL 108   4.699 -28.008  -6.355
    9   HG21  VAL 108          HG23      VAL 108   5.215 -28.780  -4.855

  No H/Q in entry =           9
  In of MODEL    7
    1    H    ASN 109           H        ASN 109   5.128 -24.207  -2.933
    2    HA   ASN 109           HA       ASN 109   5.221 -25.615  -0.345
    3    HB2  ASN 109           HB2      ASN 109   6.970 -23.406  -1.421
    4    HB3  ASN 109           HB3      ASN 109   6.935 -23.854   0.279
    5   HD21  ASN 109          HD21      ASN 109   8.932 -23.997  -2.031
    6   HD22  ASN 109          HD22      ASN 109   9.572 -25.597  -1.902

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   PRO 110           HA       PRO 110   2.140 -22.478   0.489
    2    HB2  PRO 110           HB2      PRO 110   1.492 -23.369   3.005
    3    HB3  PRO 110           HB3      PRO 110   0.945 -24.161   1.530
    4    HG2  PRO 110           HG2      PRO 110   3.050 -24.988   3.450
    5    HG3  PRO 110           HG3      PRO 110   1.998 -25.979   2.427
    6    HD2  PRO 110           HD2      PRO 110   4.676 -25.345   1.926
    7    HD3  PRO 110           HD3      PRO 110   3.525 -26.035   0.770

  No H/Q in entry =           7
  In of MODEL    7
    1    H    ASP 111           H        ASP 111   5.201 -22.441   1.577
    2    HA   ASP 111           HA       ASP 111   4.685 -20.253   3.385
    3    HB2  ASP 111           HB2      ASP 111   6.800 -20.687   4.561
    4    HB3  ASP 111           HB3      ASP 111   5.441 -21.788   4.816

  No H/Q in entry =           4
  In of MODEL    7
    1    H    ILE 112           H        ILE 112   5.810 -20.919   0.472
    2    HA   ILE 112           HA       ILE 112   8.132 -19.192   0.487
    3    HB   ILE 112           HB       ILE 112   6.806 -20.863  -1.655
    4   HG12  ILE 112          HG12      ILE 112   8.854 -21.166   0.273
    5   HG13  ILE 112          HG13      ILE 112   8.366 -22.313  -0.964
    6   HG23  ILE 112          HG21      ILE 112   7.384 -18.840  -2.772
    7   HG22  ILE 112          HG22      ILE 112   8.607 -20.053  -3.170
    8   HG21  ILE 112          HG23      ILE 112   8.967 -18.787  -1.996
    9   HD13  ILE 112          HD11      ILE 112   9.976 -21.399  -2.496
   10   HD12  ILE 112          HD12      ILE 112  10.769 -21.837  -0.984
   11   HD11  ILE 112          HD13      ILE 112  10.407 -20.147  -1.334

  No H/Q in entry =          11
  In of MODEL    7
    1    H    LEU 113           H        LEU 113   4.932 -19.281  -0.878
    2    HA   LEU 113           HA       LEU 113   5.122 -16.767  -2.064
    3    HB2  LEU 113           HB2      LEU 113   3.415 -18.325  -2.770
    4    HB3  LEU 113           HB3      LEU 113   2.655 -18.242  -1.187
    5    HG   LEU 113           HG       LEU 113   2.292 -15.793  -1.568
    6   HD12  LEU 113          HD11      LEU 113   2.611 -16.149  -4.477
    7   HD11  LEU 113          HD12      LEU 113   4.091 -15.966  -3.539
    8   HD13  LEU 113          HD13      LEU 113   2.845 -14.720  -3.473
    9   HD23  LEU 113          HD21      LEU 113   0.410 -16.087  -3.083
   10   HD22  LEU 113          HD22      LEU 113   0.500 -17.378  -1.884
   11   HD21  LEU 113          HD23      LEU 113   1.028 -17.673  -3.541

  No H/Q in entry =          11
  In of MODEL    7
    1    H    MET 114           H        MET 114   4.371 -17.909   0.994
    2    HA   MET 114           HA       MET 114   3.178 -15.589   2.143
    3    HB2  MET 114           HB2      MET 114   3.615 -18.300   2.885
    4    HB3  MET 114           HB3      MET 114   4.349 -17.295   4.126
    5    HG2  MET 114           HG2      MET 114   1.517 -16.977   3.171
    6    HG3  MET 114           HG3      MET 114   1.986 -17.959   4.556
    7    HE1  MET 114           HE1      MET 114   0.421 -16.754   6.178
    8    HE3  MET 114           HE2      MET 114  -0.210 -15.667   4.940
    9    HE2  MET 114           HE3      MET 114   0.384 -15.016   6.467

  No H/Q in entry =           9
  In of MODEL    7
    1    H    ARG 115           H        ARG 115   6.385 -16.853   1.751
    2    HA   ARG 115           HA       ARG 115   7.670 -15.214   3.664
    3    HB2  ARG 115           HB2      ARG 115   8.474 -16.952   1.415
    4    HB3  ARG 115           HB3      ARG 115   9.561 -15.595   1.710
    5    HG2  ARG 115           HG2      ARG 115   8.689 -17.531   3.831
    6    HG3  ARG 115           HG3      ARG 115  10.162 -17.714   2.876
    7    HD2  ARG 115           HD2      ARG 115   9.674 -15.130   4.281
    8    HD3  ARG 115           HD3      ARG 115  10.191 -16.519   5.232
    9    HE   ARG 115           HE       ARG 115  12.226 -16.585   3.947
   10   HH11  ARG 115          HH11      ARG 115  10.240 -13.733   3.365
   11   HH12  ARG 115          HH12      ARG 115  11.578 -12.757   2.856
   12   HH21  ARG 115          HH21      ARG 115  13.981 -15.287   3.313
   13   HH22  ARG 115          HH22      ARG 115  13.706 -13.636   2.822

  No H/Q in entry =          13
  In of MODEL    7
    1    H    LEU 116           H        LEU 116   6.882 -14.970   0.227
    2    HA   LEU 116           HA       LEU 116   7.984 -12.402  -0.122
    3    HB2  LEU 116           HB2      LEU 116   7.746 -13.736  -2.037
    4    HB3  LEU 116           HB3      LEU 116   6.079 -14.127  -1.663
    5    HG   LEU 116           HG       LEU 116   6.256 -11.304  -2.008
    6   HD11  LEU 116          HD11      LEU 116   8.271 -12.449  -3.446
    7   HD13  LEU 116          HD12      LEU 116   7.470 -10.921  -3.814
    8   HD12  LEU 116          HD13      LEU 116   6.940 -12.407  -4.606
    9   HD22  LEU 116          HD21      LEU 116   4.245 -12.540  -2.377
   10   HD21  LEU 116          HD22      LEU 116   5.017 -13.508  -3.634
   11   HD23  LEU 116          HD23      LEU 116   4.731 -11.783  -3.897

  No H/Q in entry =          11
  In of MODEL    7
    1    H    SER 117           H        SER 117   4.697 -13.539   0.492
    2    HA   SER 117           HA       SER 117   3.290 -11.218   0.069
    3    HB2  SER 117           HB2      SER 117   1.661 -12.115   1.797
    4    HB3  SER 117           HB3      SER 117   2.044 -13.185   0.449
    5    HG   SER 117           HG       SER 117   2.513 -13.495   3.121

  No H/Q in entry =           5
  In of MODEL    7
    1    H    ALA 118           H        ALA 118   4.735 -12.335   3.039
    2    HA   ALA 118           HA       ALA 118   3.966 -10.324   4.761
    3    HB2  ALA 118           HB1      ALA 118   5.309 -11.297   6.294
    4    HB1  ALA 118           HB2      ALA 118   6.666 -11.445   5.175
    5    HB3  ALA 118           HB3      ALA 118   5.326 -12.589   5.093

  No H/Q in entry =           5
  In of MODEL    7
    1    H    GLN 119           H        GLN 119   6.623 -10.360   2.472
    2    HA   GLN 119           HA       GLN 119   7.815  -8.000   3.523
    3    HB2  GLN 119           HB2      GLN 119   8.064  -9.538   0.969
    4    HB3  GLN 119           HB3      GLN 119   8.726  -7.909   1.055
    5    HG2  GLN 119           HG2      GLN 119   9.445 -10.255   2.785
    6    HG3  GLN 119           HG3      GLN 119  10.456  -9.473   1.570
    7   HE21  GLN 119          HE21      GLN 119  11.171  -7.319   1.966
    8   HE22  GLN 119          HE22      GLN 119  11.356  -6.757   3.599

  No H/Q in entry =           8
  In of MODEL    7
    1    H    MET 120           H        MET 120   5.992  -8.459   0.436
    2    HA   MET 120           HA       MET 120   5.353  -6.000  -0.187
    3    HB2  MET 120           HB2      MET 120   4.659  -7.862  -1.480
    4    HB3  MET 120           HB3      MET 120   3.594  -8.435  -0.207
    5    HG2  MET 120           HG2      MET 120   2.097  -6.614  -0.547
    6    HG3  MET 120           HG3      MET 120   3.215  -5.844  -1.673
    7    HE1  MET 120           HE1      MET 120   4.309  -7.604  -3.527
    8    HE3  MET 120           HE2      MET 120   3.313  -8.771  -4.395
    9    HE2  MET 120           HE3      MET 120   3.948  -9.171  -2.792

  No H/Q in entry =           9
  In of MODEL    7
    1    H    ALA 121           H        ALA 121   3.427  -7.813   2.166
    2    HA   ALA 121           HA       ALA 121   1.517  -5.798   2.610
    3    HB1  ALA 121           HB1      ALA 121   1.280  -8.240   3.183
    4    HB3  ALA 121           HB2      ALA 121   0.793  -7.128   4.460
    5    HB2  ALA 121           HB3      ALA 121   2.349  -7.952   4.554

  No H/Q in entry =           5
  In of MODEL    7
    1    H    ARG 122           H        ARG 122   4.770  -6.242   3.693
    2    HA   ARG 122           HA       ARG 122   4.527  -4.673   6.151
    3    HB2  ARG 122           HB2      ARG 122   6.544  -6.260   4.804
    4    HB3  ARG 122           HB3      ARG 122   7.191  -4.674   5.218
    5    HG2  ARG 122           HG2      ARG 122   7.453  -6.493   6.955
    6    HG3  ARG 122           HG3      ARG 122   6.790  -4.938   7.471
    7    HD2  ARG 122           HD2      ARG 122   4.571  -5.780   7.514
    8    HD3  ARG 122           HD3      ARG 122   5.038  -7.251   6.661
    9    HE   ARG 122           HE       ARG 122   6.118  -7.995   8.653
   10   HH11  ARG 122          HH11      ARG 122   3.947  -5.270   9.061
   11   HH12  ARG 122          HH12      ARG 122   3.950  -5.390  10.791
   12   HH21  ARG 122          HH21      ARG 122   6.100  -8.159  10.900
   13   HH22  ARG 122          HH22      ARG 122   5.152  -7.043  11.842

  No H/Q in entry =          13
  In of MODEL    7
    1    H    ARG 123           H        ARG 123   4.966  -4.176   2.885
    2    HA   ARG 123           HA       ARG 123   6.006  -1.454   2.901
    3    HB2  ARG 123           HB2      ARG 123   5.086  -3.438   0.819
    4    HB3  ARG 123           HB3      ARG 123   5.275  -1.743   0.395
    5    HG2  ARG 123           HG2      ARG 123   7.237  -3.156  -0.165
    6    HG3  ARG 123           HG3      ARG 123   7.607  -1.805   0.906
    7    HD2  ARG 123           HD2      ARG 123   7.611  -3.286   2.820
    8    HD3  ARG 123           HD3      ARG 123   7.125  -4.639   1.805
    9    HE   ARG 123           HE       ARG 123   9.296  -4.883   1.124
   10   HH11  ARG 123          HH11      ARG 123   8.944  -1.762   2.666
   11   HH12  ARG 123          HH12      ARG 123  10.648  -1.480   2.770
   12   HH21  ARG 123          HH21      ARG 123  11.553  -4.541   1.317
   13   HH22  ARG 123          HH22      ARG 123  12.123  -3.054   2.011

  No H/Q in entry =          13
  In of MODEL    7
    1    H    LEU 124           H        LEU 124   2.980  -3.208   2.666
    2    HA   LEU 124           HA       LEU 124   1.228  -1.123   1.981
    3    HB2  LEU 124           HB2      LEU 124   1.107  -3.749   3.245
    4    HB3  LEU 124           HB3      LEU 124   0.007  -2.635   4.014
    5    HG   LEU 124           HG       LEU 124  -0.159  -3.949   1.379
    6   HD11  LEU 124          HD11      LEU 124  -1.996  -2.962   3.523
    7   HD13  LEU 124          HD12      LEU 124  -1.578  -4.638   3.119
    8   HD12  LEU 124          HD13      LEU 124  -2.577  -3.680   2.015
    9   HD23  LEU 124          HD21      LEU 124  -1.702  -2.234   0.533
   10   HD22  LEU 124          HD22      LEU 124  -0.027  -1.681   0.585
   11   HD21  LEU 124          HD23      LEU 124  -1.171  -1.151   1.820

  No H/Q in entry =          11
  In of MODEL    7
    1    H    GLN 125           H        GLN 125   2.614  -2.341   4.902
    2    HA   GLN 125           HA       GLN 125   1.514  -0.456   6.704
    3    HB2  GLN 125           HB2      GLN 125   2.240  -2.741   7.323
    4    HB3  GLN 125           HB3      GLN 125   3.906  -2.278   7.007
    5    HG2  GLN 125           HG2      GLN 125   3.453  -2.255   9.370
    6    HG3  GLN 125           HG3      GLN 125   3.788  -0.625   8.793
    7   HE21  GLN 125          HE21      GLN 125   0.780  -2.411   8.424
    8   HE22  GLN 125          HE22      GLN 125  -0.181  -1.341   9.383

  No H/Q in entry =           8
  In of MODEL    7
    1    H    VAL 126           H        VAL 126   4.128  -0.201   4.405
    2    HA   VAL 126           HA       VAL 126   5.495   1.782   6.040
    3    HB   VAL 126           HB       VAL 126   6.663  -0.048   4.513
    4   HG11  VAL 126          HG11      VAL 126   5.499   0.590   2.438
    5   HG13  VAL 126          HG12      VAL 126   7.249   0.759   2.302
    6   HG12  VAL 126          HG13      VAL 126   6.240   2.187   2.530
    7   HG21  VAL 126          HG21      VAL 126   7.817   1.624   5.827
    8   HG23  VAL 126          HG22      VAL 126   7.533   2.823   4.564
    9   HG22  VAL 126          HG23      VAL 126   8.568   1.430   4.242

  No H/Q in entry =           9
  In of MODEL    7
    1    H    THR 127           H        THR 127   3.378   1.309   3.312
    2    HA   THR 127           HA       THR 127   3.522   4.086   2.470
    3    HB   THR 127           HB       THR 127   1.445   2.110   1.554
    4    HG1  THR 127           HG1      THR 127   4.042   1.693   1.374
    5   HG23  THR 127          HG21      THR 127   1.185   4.389   0.769
    6   HG22  THR 127          HG22      THR 127   1.699   3.373  -0.579
    7   HG21  THR 127          HG23      THR 127   2.862   4.425   0.225

  No H/Q in entry =           7
  In of MODEL    7
    1    H    SER 128           H        SER 128   1.807   2.580   5.294
    2    HA   SER 128           HA       SER 128  -0.514   3.994   4.405
    3    HB2  SER 128           HB2      SER 128  -0.038   1.921   6.575
    4    HB3  SER 128           HB3      SER 128  -1.542   2.828   6.391
    5    HG   SER 128           HG       SER 128  -0.369   1.027   4.536

  No H/Q in entry =           5
  In of MODEL    7
    1    H    GLU 129           H        GLU 129   2.312   3.888   6.301
    2    HA   GLU 129           HA       GLU 129   1.386   5.549   8.472
    3    HB2  GLU 129           HB2      GLU 129   3.154   3.666   8.534
    4    HB3  GLU 129           HB3      GLU 129   4.261   4.889   7.930
    5    HG2  GLU 129           HG2      GLU 129   3.154   6.216  10.002
    6    HG3  GLU 129           HG3      GLU 129   3.070   4.560  10.598

  No H/Q in entry =           6
  In of MODEL    7
    1    H    LYS 130           H        LYS 130   2.318   6.399   5.341
    2    HA   LYS 130           HA       LYS 130   2.549   9.116   6.049
    3    HB2  LYS 130           HB2      LYS 130   4.955   9.088   4.813
    4    HB3  LYS 130           HB3      LYS 130   4.762   9.085   6.560
    5    HG2  LYS 130           HG2      LYS 130   4.863   6.570   6.451
    6    HG3  LYS 130           HG3      LYS 130   5.341   6.744   4.764
    7    HD2  LYS 130           HD2      LYS 130   7.211   6.468   6.456
    8    HD3  LYS 130           HD3      LYS 130   7.354   7.822   5.336
    9    HE2  LYS 130           HE2      LYS 130   7.937   8.363   7.702
   10    HE3  LYS 130           HE3      LYS 130   6.677   9.377   7.010
   11    HZ2  LYS 130           HZ1      LYS 130   6.210   8.651   9.297
   12    HZ1  LYS 130           HZ2      LYS 130   6.171   7.032   8.778
   13    HZ3  LYS 130           HZ3      LYS 130   5.020   8.136   8.205

  No H/Q in entry =          13
  In of MODEL    7
    1    H    VAL 131           H        VAL 131   0.812   7.943   4.464
    2    HA   VAL 131           HA       VAL 131   1.460   7.542   1.771
    3    HB   VAL 131           HB       VAL 131  -1.145   8.806   2.098
    4   HG11  VAL 131          HG11      VAL 131  -0.203   6.086   1.258
    5   HG13  VAL 131          HG12      VAL 131  -0.778   7.412   0.246
    6   HG12  VAL 131          HG13      VAL 131  -1.903   6.549   1.291
    7   HG22  VAL 131          HG21      VAL 131  -1.087   8.127   4.390
    8   HG21  VAL 131          HG22      VAL 131  -0.514   6.516   3.952
    9   HG23  VAL 131          HG23      VAL 131  -2.146   7.022   3.514

  No H/Q in entry =           9
  In of MODEL    7
    1    H    GLY 132           H        GLY 132  -0.378  10.182   3.016
    2    HA3  GLY 132           HA2      GLY 132   0.584  12.010   0.983
    3    HA2  GLY 132           HA3      GLY 132  -0.695  12.332   2.140

  No H/Q in entry =           3
  In of MODEL    7
    1    H    ASN 133           H        ASN 133   2.510  11.234   3.002
    2    HA   ASN 133           HA       ASN 133   2.850  13.401   4.827
    3    HB2  ASN 133           HB2      ASN 133   3.714  11.010   5.069
    4    HB3  ASN 133           HB3      ASN 133   4.986  11.462   3.941
    5   HD21  ASN 133          HD21      ASN 133   3.733  11.809   7.149
    6   HD22  ASN 133          HD22      ASN 133   5.114  12.611   7.816

  No H/Q in entry =           6
  In of MODEL    7
    1    H    LEU 134           H        LEU 134   4.454  12.472   1.800
    2    HA   LEU 134           HA       LEU 134   6.143  14.780   1.796
    3    HB2  LEU 134           HB2      LEU 134   6.010  13.692  -0.826
    4    HB3  LEU 134           HB3      LEU 134   7.324  13.677   0.332
    5    HG   LEU 134           HG       LEU 134   5.173  11.648   0.638
    6   HD13  LEU 134          HD11      LEU 134   5.551  11.440  -1.672
    7   HD12  LEU 134          HD12      LEU 134   6.539  10.193  -0.907
    8   HD11  LEU 134          HD13      LEU 134   7.287  11.688  -1.482
    9   HD22  LEU 134          HD21      LEU 134   6.936  11.791   2.308
   10   HD21  LEU 134          HD22      LEU 134   8.162  11.645   1.049
   11   HD23  LEU 134          HD23      LEU 134   7.082  10.292   1.389

  No H/Q in entry =          11
  In of MODEL    7
    1    H    ALA 135           H        ALA 135   2.972  14.320   0.938
    2    HA   ALA 135           HA       ALA 135   2.936  16.287  -1.167
    3    HB1  ALA 135           HB1      ALA 135   1.485  14.705  -1.786
    4    HB3  ALA 135           HB2      ALA 135   0.394  15.860  -1.023
    5    HB2  ALA 135           HB3      ALA 135   0.896  14.405  -0.156

  No H/Q in entry =           5
  In of MODEL    7
    1    H    PHE 136           H        PHE 136   2.938  16.171   2.103
    2    HA   PHE 136           HA       PHE 136   1.169  18.327   2.753
    3    HB2  PHE 136           HB2      PHE 136   2.500  16.310   4.137
    4    HB3  PHE 136           HB3      PHE 136   3.296  17.787   4.667
    5    HD1  PHE 136           HD1      PHE 136   2.180  19.362   6.064
    6    HD2  PHE 136           HD2      PHE 136   0.110  15.972   4.539
    7    HE1  PHE 136           HE1      PHE 136   0.344  19.775   7.649
    8    HE2  PHE 136           HE2      PHE 136  -1.731  16.379   6.119
    9    HZ   PHE 136           HZ       PHE 136  -1.616  18.283   7.677

  No H/Q in entry =           9
  In of MODEL    7
    1    H    LEU 137           H        LEU 137   4.197  18.135   1.324
    2    HA   LEU 137           HA       LEU 137   5.951  19.540   0.863
    3    HB2  LEU 137           HB2      LEU 137   3.476  21.095   0.762
    4    HB3  LEU 137           HB3      LEU 137   4.938  22.057   0.882
    5    HG   LEU 137           HG       LEU 137   5.839  20.939  -1.108
    6   HD11  LEU 137          HD11      LEU 137   4.556  18.822  -0.837
    7   HD13  LEU 137          HD12      LEU 137   4.498  19.496  -2.465
    8   HD12  LEU 137          HD13      LEU 137   3.116  19.681  -1.386
    9   HD22  LEU 137          HD21      LEU 137   4.390  22.036  -2.720
   10   HD21  LEU 137          HD22      LEU 137   4.615  23.048  -1.292
   11   HD23  LEU 137          HD23      LEU 137   3.112  22.152  -1.512

  No H/Q in entry =          11
  In of MODEL    7
    1    H    ASP 138           H        ASP 138   6.427  18.983   2.999
    2    HA   ASP 138           HA       ASP 138   6.901  20.839   4.945
    3    HB2  ASP 138           HB2      ASP 138   5.512  19.321   5.774
    4    HB3  ASP 138           HB3      ASP 138   6.875  18.216   5.971

  No H/Q in entry =           4
  In of MODEL    7
    1    H    VAL 139           H        VAL 139   8.819  21.813   3.732
    2    HA   VAL 139           HA       VAL 139  11.120  20.060   4.043
    3    HB   VAL 139           HB       VAL 139  10.548  22.402   2.522
    4   HG13  VAL 139          HG11      VAL 139  12.095  23.582   3.948
    5   HG12  VAL 139          HG12      VAL 139  12.835  23.247   2.383
    6   HG11  VAL 139          HG13      VAL 139  13.275  22.276   3.785
    7   HG23  VAL 139          HG21      VAL 139  12.592  20.219   2.365
    8   HG22  VAL 139          HG22      VAL 139  12.220  21.367   1.079
    9   HG21  VAL 139          HG23      VAL 139  10.990  20.228   1.625

  No H/Q in entry =           9
  In of MODEL    7
    1    H    THR 140           H        THR 140   9.638  22.455   5.999
    2    HA   THR 140           HA       THR 140  11.566  23.810   7.373
    3    HB   THR 140           HB       THR 140   9.430  22.657   9.053
    4    HG1  THR 140           HG1      THR 140   8.050  22.765   7.425
    5   HG23  THR 140          HG21      THR 140   9.036  25.023   9.559
    6   HG22  THR 140          HG22      THR 140  10.203  25.487   8.321
    7   HG21  THR 140          HG23      THR 140  10.739  24.609   9.754

  No H/Q in entry =           7
  In of MODEL    7
    1    H    GLY 141           H        GLY 141  13.469  22.633   7.711
    2    HA3  GLY 141           HA2      GLY 141  14.969  21.308   8.790
    3    HA2  GLY 141           HA3      GLY 141  13.851  21.373  10.133

  No H/Q in entry =           3
  In of MODEL    7
    1    H    ARG 142           H        ARG 142  12.369  20.136   7.456
    2    HA   ARG 142           HA       ARG 142  11.996  17.637   8.626
    3    HB2  ARG 142           HB2      ARG 142  10.660  19.003   6.767
    4    HB3  ARG 142           HB3      ARG 142  11.562  17.918   5.720
    5    HG2  ARG 142           HG2      ARG 142   9.284  17.134   6.316
    6    HG3  ARG 142           HG3      ARG 142  10.579  15.999   6.718
    7    HD2  ARG 142           HD2      ARG 142  10.130  16.103   8.910
    8    HD3  ARG 142           HD3      ARG 142   9.977  17.861   8.873
    9    HE   ARG 142           HE       ARG 142   7.685  17.642   8.388
   10   HH11  ARG 142          HH11      ARG 142   9.239  14.535   8.928
   11   HH12  ARG 142          HH12      ARG 142   7.743  13.682   9.190
   12   HH21  ARG 142          HH21      ARG 142   5.725  16.519   8.752
   13   HH22  ARG 142          HH22      ARG 142   5.757  14.817   9.083

  No H/Q in entry =          13
  In of MODEL    7
    1    H    ILE 143           H        ILE 143  13.598  18.204   5.401
    2    HA   ILE 143           HA       ILE 143  14.596  16.156   4.623
    3    HB   ILE 143           HB       ILE 143  16.528  18.352   5.227
    4   HG12  ILE 143          HG12      ILE 143  14.175  18.540   3.336
    5   HG13  ILE 143          HG13      ILE 143  14.394  19.469   4.815
    6   HG21  ILE 143          HG21      ILE 143  16.007  16.627   2.841
    7   HG23  ILE 143          HG22      ILE 143  17.445  16.677   3.859
    8   HG22  ILE 143          HG23      ILE 143  17.062  18.038   2.801
    9   HD11  ILE 143          HD11      ILE 143  16.239  19.626   2.464
   10   HD13  ILE 143          HD12      ILE 143  16.213  20.661   3.890
   11   HD12  ILE 143          HD13      ILE 143  14.876  20.709   2.742

  No H/Q in entry =          11
  In of MODEL    7
    1    H    ALA 144           H        ALA 144  16.718  17.817   6.962
    2    HA   ALA 144           HA       ALA 144  18.629  15.789   7.092
    3    HB1  ALA 144           HB1      ALA 144  17.860  18.015   8.936
    4    HB3  ALA 144           HB2      ALA 144  19.254  17.898   7.863
    5    HB2  ALA 144           HB3      ALA 144  19.180  16.910   9.322

  No H/Q in entry =           5
  In of MODEL    7
    1    H    GLN 145           H        GLN 145  15.554  16.142   8.628
    2    HA   GLN 145           HA       GLN 145  16.062  14.412  10.821
    3    HB2  GLN 145           HB2      GLN 145  14.263  16.034  10.963
    4    HB3  GLN 145           HB3      GLN 145  13.465  15.320   9.570
    5    HG2  GLN 145           HG2      GLN 145  13.703  13.191  11.281
    6    HG3  GLN 145           HG3      GLN 145  13.399  14.541  12.374
    7   HE21  GLN 145          HE21      GLN 145  11.698  12.280  11.711
    8   HE22  GLN 145          HE22      GLN 145  10.231  12.946  11.088

  No H/Q in entry =           8
  In of MODEL    7
    1    H    THR 146           H        THR 146  15.077  13.817   7.336
    2    HA   THR 146           HA       THR 146  14.234  11.203   8.093
    3    HB   THR 146           HB       THR 146  14.604  12.369   5.344
    4    HG1  THR 146           HG1      THR 146  12.176  12.801   5.728
    5   HG21  THR 146          HG21      THR 146  13.152  10.065   6.546
    6   HG23  THR 146          HG22      THR 146  14.017  10.173   5.013
    7   HG22  THR 146          HG23      THR 146  12.403  10.868   5.168

  No H/Q in entry =           7
  In of MODEL    7
    1    H    LEU 147           H        LEU 147  17.051  12.827   7.687
    2    HA   LEU 147           HA       LEU 147  18.430  10.931   5.969
    3    HB2  LEU 147           HB2      LEU 147  19.670  13.309   7.339
    4    HB3  LEU 147           HB3      LEU 147  20.309  12.366   5.999
    5    HG   LEU 147           HG       LEU 147  18.037  14.316   5.966
    6   HD11  LEU 147          HD11      LEU 147  20.561  14.077   4.346
    7   HD13  LEU 147          HD12      LEU 147  20.247  15.246   5.628
    8   HD12  LEU 147          HD13      LEU 147  19.319  15.310   4.130
    9   HD23  LEU 147          HD21      LEU 147  17.885  13.607   3.495
   10   HD22  LEU 147          HD22      LEU 147  17.083  12.621   4.718
   11   HD21  LEU 147          HD23      LEU 147  18.630  12.108   4.050

  No H/Q in entry =          11
  In of MODEL    7
    1    H    LEU 148           H        LEU 148  17.849  11.886   9.176
    2    HA   LEU 148           HA       LEU 148  19.888  10.260  10.364
    3    HB2  LEU 148           HB2      LEU 148  17.448  11.232  11.805
    4    HB3  LEU 148           HB3      LEU 148  19.069  10.975  12.426
    5    HG   LEU 148           HG       LEU 148  18.154  13.228  10.644
    6   HD12  LEU 148          HD11      LEU 148  18.765  14.611  12.554
    7   HD11  LEU 148          HD12      LEU 148  19.148  13.154  13.471
    8   HD13  LEU 148          HD13      LEU 148  17.494  13.451  12.939
    9   HD22  LEU 148          HD21      LEU 148  20.392  12.626   9.952
   10   HD21  LEU 148          HD22      LEU 148  20.945  12.596  11.628
   11   HD23  LEU 148          HD23      LEU 148  20.456  14.120  10.885

  No H/Q in entry =          11
  In of MODEL    7
    1    H    ASN 149           H        ASN 149  16.662   9.953   9.172
    2    HA   ASN 149           HA       ASN 149  15.997   7.497  10.432
    3    HB2  ASN 149           HB2      ASN 149  14.853   9.151   8.358
    4    HB3  ASN 149           HB3      ASN 149  14.838   7.465   7.850
    5   HD21  ASN 149          HD21      ASN 149  12.587   9.147   8.508
    6   HD22  ASN 149          HD22      ASN 149  11.773   8.390   9.830

  No H/Q in entry =           6
  In of MODEL    7
    1    H    LEU 150           H        LEU 150  17.962   8.421   7.718
    2    HA   LEU 150           HA       LEU 150  18.460   5.753   6.729
    3    HB2  LEU 150           HB2      LEU 150  19.754   8.458   6.300
    4    HB3  LEU 150           HB3      LEU 150  20.447   6.992   5.599
    5    HG   LEU 150           HG       LEU 150  17.553   7.441   5.130
    6   HD12  LEU 150          HD11      LEU 150  18.377   8.814   3.045
    7   HD11  LEU 150          HD12      LEU 150  19.661   9.286   4.158
    8   HD13  LEU 150          HD13      LEU 150  17.978   9.600   4.570
    9   HD23  LEU 150          HD21      LEU 150  19.779   6.601   3.293
   10   HD22  LEU 150          HD22      LEU 150  18.043   6.422   3.030
   11   HD21  LEU 150          HD23      LEU 150  18.846   5.497   4.302

  No H/Q in entry =          11
  In of MODEL    7
    1    H    ALA 151           H        ALA 151  19.431   7.593   9.603
    2    HA   ALA 151           HA       ALA 151  21.940   6.223   9.674
    3    HB3  ALA 151           HB1      ALA 151  22.308   7.320  11.808
    4    HB2  ALA 151           HB2      ALA 151  20.659   7.950  11.791
    5    HB1  ALA 151           HB3      ALA 151  21.826   8.496  10.587

  No H/Q in entry =           5
  In of MODEL    7
    1    H    LYS 152           H        LYS 152  18.768   5.580  10.240
    2    HA   LYS 152           HA       LYS 152  19.232   3.708  12.407
    3    HB2  LYS 152           HB2      LYS 152  16.683   4.573  11.053
    4    HB3  LYS 152           HB3      LYS 152  16.776   3.465  12.420
    5    HG2  LYS 152           HG2      LYS 152  17.737   5.232  13.795
    6    HG3  LYS 152           HG3      LYS 152  17.655   6.343  12.421
    7    HD2  LYS 152           HD2      LYS 152  15.234   6.055  12.332
    8    HD3  LYS 152           HD3      LYS 152  15.311   4.948  13.701
    9    HE2  LYS 152           HE2      LYS 152  16.346   6.843  15.009
   10    HE3  LYS 152           HE3      LYS 152  15.914   7.893  13.658
   11    HZ2  LYS 152           HZ1      LYS 152  14.248   7.852  15.468
   12    HZ1  LYS 152           HZ2      LYS 152  13.972   6.217  15.148
   13    HZ3  LYS 152           HZ3      LYS 152  13.616   7.376  13.975

  No H/Q in entry =          13
  In of MODEL    7
    1    H    GLN 153           H        GLN 153  19.045   3.573   8.978
    2    HA   GLN 153           HA       GLN 153  18.084   0.797   9.052
    3    HB2  GLN 153           HB2      GLN 153  18.772   2.102   6.477
    4    HB3  GLN 153           HB3      GLN 153  17.413   1.067   6.880
    5    HG2  GLN 153           HG2      GLN 153  16.487   3.029   8.171
    6    HG3  GLN 153           HG3      GLN 153  17.729   3.995   7.374
    7   HE21  GLN 153          HE21      GLN 153  14.867   4.235   7.143
    8   HE22  GLN 153          HE22      GLN 153  14.481   3.995   5.477

  No H/Q in entry =           8
  In of MODEL    7
    1    HA   PRO 154           HA       PRO 154  22.006  -1.150   8.210
    2    HB2  PRO 154           HB2      PRO 154  21.700  -2.328   5.722
    3    HB3  PRO 154           HB3      PRO 154  21.160  -3.037   7.247
    4    HG2  PRO 154           HG2      PRO 154  19.603  -1.518   5.198
    5    HG3  PRO 154           HG3      PRO 154  19.131  -2.946   6.139
    6    HD2  PRO 154           HD2      PRO 154  18.242  -0.514   6.777
    7    HD3  PRO 154           HD3      PRO 154  18.654  -1.693   8.034

  No H/Q in entry =           7
  In of MODEL    7
    1    H    ASP 155           H        ASP 155  20.930   1.323   6.348
    2    HA   ASP 155           HA       ASP 155  22.998   1.350   4.309
    3    HB2  ASP 155           HB2      ASP 155  20.800   3.407   5.042
    4    HB3  ASP 155           HB3      ASP 155  21.927   3.612   3.707

  No H/Q in entry =           4
  In of MODEL    7
    1    H    ALA 156           H        ALA 156  22.836   2.842   7.693
    2    HA   ALA 156           HA       ALA 156  24.446   4.955   6.996
    3    HB1  ALA 156           HB1      ALA 156  24.776   5.178   9.361
    4    HB3  ALA 156           HB2      ALA 156  24.299   3.503   9.639
    5    HB2  ALA 156           HB3      ALA 156  23.102   4.682   9.106

  No H/Q in entry =           5
  In of MODEL    7
    1    H    MET 157           H        MET 157  26.394   4.824   6.212
    2    HA   MET 157           HA       MET 157  27.847   2.347   6.707
    3    HB2  MET 157           HB2      MET 157  27.250   3.606   4.442
    4    HB3  MET 157           HB3      MET 157  28.777   4.424   4.786
    5    HG2  MET 157           HG2      MET 157  29.851   2.193   4.954
    6    HG3  MET 157           HG3      MET 157  28.322   1.473   4.457
    7    HE3  MET 157           HE1      MET 157  30.267   4.735   3.140
    8    HE2  MET 157           HE2      MET 157  31.147   3.980   1.809
    9    HE1  MET 157           HE3      MET 157  31.456   3.475   3.471

  No H/Q in entry =           9
  In of MODEL    7
    1    H    THR 158           H        THR 158  28.875   2.681   8.791
    2    HA   THR 158           HA       THR 158  30.097   4.958   9.615
    3    HB   THR 158           HB       THR 158  31.849   3.244  10.664
    4    HG1  THR 158           HG1      THR 158  30.850   1.571   9.185
    5   HG23  THR 158          HG21      THR 158  30.199   4.487  11.950
    6   HG22  THR 158          HG22      THR 158  30.222   2.803  12.470
    7   HG21  THR 158          HG23      THR 158  28.925   3.386  11.428

  No H/Q in entry =           7
  In of MODEL    7
    1    H    HIS 159           H        HIS 159  32.079   5.809   9.532
    2    HA   HIS 159           HA       HIS 159  34.171   4.792   7.832
    3    HB2  HIS 159           HB2      HIS 159  33.862   6.206   6.092
    4    HB3  HIS 159           HB3      HIS 159  32.311   6.637   6.783
    5    HD1  HIS 159           HD1      HIS 159  35.782   7.919   6.279
    6    HD2  HIS 159           HD2      HIS 159  32.183   9.187   7.922
    7    HE1  HIS 159           HE1      HIS 159  36.029  10.399   6.611
    8    HE2  HIS 159           HE2      HIS 159  33.896  11.123   7.751

  No H/Q in entry =           8
  In of MODEL    7
    1    HA   PRO 160           HA       PRO 160  36.351   6.340  11.316
    2    HB2  PRO 160           HB2      PRO 160  38.685   7.306  10.307
    3    HB3  PRO 160           HB3      PRO 160  38.306   5.588  10.483
    4    HG2  PRO 160           HG2      PRO 160  38.080   7.335   8.059
    5    HG3  PRO 160           HG3      PRO 160  38.756   5.700   8.197
    6    HD2  PRO 160           HD2      PRO 160  36.280   6.118   7.244
    7    HD3  PRO 160           HD3      PRO 160  36.654   4.705   8.253

  No H/Q in entry =           7
  In of MODEL    7
    1    H    ASP 161           H        ASP 161  34.438   8.224  10.735
    2    HA   ASP 161           HA       ASP 161  35.391  10.539  11.980
    3    HB2  ASP 161           HB2      ASP 161  36.585  11.358  10.197
    4    HB3  ASP 161           HB3      ASP 161  35.546  10.591   9.005

  No H/Q in entry =           4
  In of MODEL    7
    1    H    GLY 162           H        GLY 162  33.020   8.937  10.054
    2    HA3  GLY 162           HA2      GLY 162  30.833   9.947  11.481
    3    HA2  GLY 162           HA3      GLY 162  30.903  10.672   9.872

  No H/Q in entry =           3
  In of MODEL    7
    1    H    MET 163           H        MET 163  28.793   9.354   9.997
    2    HA   MET 163           HA       MET 163  29.337   7.005   8.343
    3    HB2  MET 163           HB2      MET 163  27.611   5.667   9.437
    4    HB3  MET 163           HB3      MET 163  28.909   6.069  10.554
    5    HG2  MET 163           HG2      MET 163  27.512   7.891  11.464
    6    HG3  MET 163           HG3      MET 163  26.194   7.341  10.430
    7    HE2  MET 163           HE1      MET 163  24.826   6.080  13.810
    8    HE1  MET 163           HE2      MET 163  24.483   6.937  12.307
    9    HE3  MET 163           HE3      MET 163  25.618   7.619  13.472

  No H/Q in entry =           9
  In of MODEL    7
    1    H    GLN 164           H        GLN 164  28.399   7.185   6.632
    2    HA   GLN 164           HA       GLN 164  26.407   9.192   6.096
    3    HB2  GLN 164           HB2      GLN 164  27.233   9.153   3.849
    4    HB3  GLN 164           HB3      GLN 164  28.594   9.314   4.942
    5    HG2  GLN 164           HG2      GLN 164  28.136   6.556   4.502
    6    HG3  GLN 164           HG3      GLN 164  28.175   7.379   2.943
    7   HE21  GLN 164          HE21      GLN 164  30.006   6.176   5.539
    8   HE22  GLN 164          HE22      GLN 164  31.548   6.757   5.009

  No H/Q in entry =           8
  In of MODEL    7
    1    H    ILE 165           H        ILE 165  25.579   8.607   4.036
    2    HA   ILE 165           HA       ILE 165  24.609   6.102   3.237
    3    HB   ILE 165           HB       ILE 165  22.199   7.434   3.429
    4   HG12  ILE 165          HG12      ILE 165  22.254   7.517   6.147
    5   HG13  ILE 165          HG13      ILE 165  23.864   8.117   5.771
    6   HG22  ILE 165          HG21      ILE 165  21.749   5.698   5.250
    7   HG21  ILE 165          HG22      ILE 165  23.406   5.180   4.948
    8   HG23  ILE 165          HG23      ILE 165  22.218   5.152   3.644
    9   HD11  ILE 165          HD11      ILE 165  21.565   9.295   4.328
   10   HD13  ILE 165          HD12      ILE 165  23.080  10.034   4.840
   11   HD12  ILE 165          HD13      ILE 165  21.805   9.722   6.019

  No H/Q in entry =          11
  In of MODEL    7
    1    H    LYS 166           H        LYS 166  24.749   6.799   0.618
    2    HA   LYS 166           HA       LYS 166  24.900   9.611   0.473
    3    HB2  LYS 166           HB2      LYS 166  25.542   9.172  -1.832
    4    HB3  LYS 166           HB3      LYS 166  26.499   8.140  -0.785
    5    HG2  LYS 166           HG2      LYS 166  25.930   6.487  -2.172
    6    HG3  LYS 166           HG3      LYS 166  24.343   6.544  -1.403
    7    HD2  LYS 166           HD2      LYS 166  23.684   8.260  -3.118
    8    HD3  LYS 166           HD3      LYS 166  25.209   7.929  -3.940
    9    HE2  LYS 166           HE2      LYS 166  23.105   5.854  -3.340
   10    HE3  LYS 166           HE3      LYS 166  23.263   6.695  -4.881
   11    HZ3  LYS 166           HZ1      LYS 166  24.426   4.759  -5.238
   12    HZ2  LYS 166           HZ2      LYS 166  25.051   4.694  -3.671
   13    HZ1  LYS 166           HZ3      LYS 166  25.669   5.807  -4.781

  No H/Q in entry =          13
  In of MODEL    7
    1    H    ILE 167           H        ILE 167  23.194  10.734   0.068
    2    HA   ILE 167           HA       ILE 167  21.080   9.445  -1.537
    3    HB   ILE 167           HB       ILE 167  19.693  11.205  -0.003
    4   HG12  ILE 167          HG12      ILE 167  21.383   9.836   2.055
    5   HG13  ILE 167          HG13      ILE 167  22.005  11.311   1.321
    6   HG22  ILE 167          HG21      ILE 167  20.264   8.329   0.715
    7   HG21  ILE 167          HG22      ILE 167  19.157   8.854  -0.551
    8   HG23  ILE 167          HG23      ILE 167  18.814   9.243   1.134
    9   HD13  ILE 167          HD11      ILE 167  20.054  12.515   2.034
   10   HD12  ILE 167          HD12      ILE 167  20.827  11.723   3.409
   11   HD11  ILE 167          HD13      ILE 167  19.364  11.037   2.700

  No H/Q in entry =          11
  In of MODEL    7
    1    H    THR 168           H        THR 168  20.857  10.470  -3.312
    2    HA   THR 168           HA       THR 168  21.722  13.127  -3.800
    3    HB   THR 168           HB       THR 168  19.878  12.771  -5.736
    4    HG1  THR 168           HG1      THR 168  19.309  10.719  -4.566
    5   HG22  THR 168          HG21      THR 168  21.643  11.664  -7.090
    6   HG21  THR 168          HG22      THR 168  22.565  11.395  -5.611
    7   HG23  THR 168          HG23      THR 168  22.251  13.038  -6.167

  No H/Q in entry =           7
  In of MODEL    7
    1    H    ARG 169           H        ARG 169  20.194  14.864  -4.136
    2    HA   ARG 169           HA       ARG 169  18.219  15.024  -2.053
    3    HB2  ARG 169           HB2      ARG 169  17.938  17.197  -3.902
    4    HB3  ARG 169           HB3      ARG 169  18.498  17.224  -2.253
    5    HG2  ARG 169           HG2      ARG 169  20.316  18.114  -3.256
    6    HG3  ARG 169           HG3      ARG 169  20.749  16.406  -3.330
    7    HD2  ARG 169           HD2      ARG 169  20.020  16.266  -5.615
    8    HD3  ARG 169           HD3      ARG 169  19.393  17.911  -5.557
    9    HE   ARG 169           HE       ARG 169  22.229  17.140  -5.578
   10   HH11  ARG 169          HH11      ARG 169  19.754  19.625  -5.828
   11   HH12  ARG 169          HH12      ARG 169  20.855  20.833  -6.395
   12   HH21  ARG 169          HH21      ARG 169  23.664  18.738  -6.328
   13   HH22  ARG 169          HH22      ARG 169  23.075  20.334  -6.675

  No H/Q in entry =          13
  In of MODEL    7
    1    H    GLN 170           H        GLN 170  18.277  13.959  -5.492
    2    HA   GLN 170           HA       GLN 170  15.706  14.148  -6.002
    3    HB2  GLN 170           HB2      GLN 170  17.803  12.107  -6.636
    4    HB3  GLN 170           HB3      GLN 170  16.142  11.824  -7.142
    5    HG2  GLN 170           HG2      GLN 170  17.007  12.846  -8.995
    6    HG3  GLN 170           HG3      GLN 170  16.330  14.222  -8.132
    7   HE21  GLN 170          HE21      GLN 170  18.438  14.157 -10.118
    8   HE22  GLN 170          HE22      GLN 170  19.839  14.836  -9.369

  No H/Q in entry =           8
  In of MODEL    7
    1    H    GLU 171           H        GLU 171  16.851  12.282  -3.099
    2    HA   GLU 171           HA       GLU 171  14.885  10.336  -3.646
    3    HB2  GLU 171           HB2      GLU 171  17.022  10.676  -1.539
    4    HB3  GLU 171           HB3      GLU 171  15.625   9.645  -1.221
    5    HG2  GLU 171           HG2      GLU 171  16.254   8.597  -3.527
    6    HG3  GLU 171           HG3      GLU 171  17.832   9.297  -3.192

  No H/Q in entry =           6
  In of MODEL    7
    1    H    ILE 172           H        ILE 172  15.911  13.141  -2.166
    2    HA   ILE 172           HA       ILE 172  14.020  13.501  -0.101
    3    HB   ILE 172           HB       ILE 172  15.707  15.657  -1.336
    4   HG12  ILE 172          HG12      ILE 172  17.196  13.758  -1.052
    5   HG13  ILE 172          HG13      ILE 172  17.502  14.902   0.248
    6   HG22  ILE 172          HG21      ILE 172  15.094  15.089   1.549
    7   HG21  ILE 172          HG22      ILE 172  13.982  15.998   0.528
    8   HG23  ILE 172          HG23      ILE 172  15.612  16.605   0.813
    9   HD13  ILE 172          HD11      ILE 172  16.209  13.531   1.780
   10   HD12  ILE 172          HD12      ILE 172  17.500  12.589   1.033
   11   HD11  ILE 172          HD13      ILE 172  15.834  12.407   0.470

  No H/Q in entry =          11
  In of MODEL    7
    1    H    GLY 173           H        GLY 173  13.962  14.287  -3.695
    2    HA3  GLY 173           HA2      GLY 173  11.940  16.189  -3.340
    3    HA2  GLY 173           HA3      GLY 173  12.099  15.125  -4.746

  No H/Q in entry =           3
  In of MODEL    7
    1    H    GLN 174           H        GLN 174  11.995  12.810  -3.565
    2    HA   GLN 174           HA       GLN 174   9.215  12.353  -3.181
    3    HB2  GLN 174           HB2      GLN 174   9.563  10.429  -4.172
    4    HB3  GLN 174           HB3      GLN 174  11.128  11.127  -4.562
    5    HG2  GLN 174           HG2      GLN 174  11.465   9.963  -2.087
    6    HG3  GLN 174           HG3      GLN 174  10.495   8.813  -3.014
    7   HE21  GLN 174          HE21      GLN 174  13.166   8.418  -2.201
    8   HE22  GLN 174          HE22      GLN 174  14.131   8.299  -3.628

  No H/Q in entry =           8
  In of MODEL    7
    1    H    ILE 175           H        ILE 175  11.819  12.554  -1.059
    2    HA   ILE 175           HA       ILE 175  10.589  10.828   0.940
    3    HB   ILE 175           HB       ILE 175  13.269  11.980   0.509
    4   HG12  ILE 175          HG12      ILE 175  12.469   9.353   1.718
    5   HG13  ILE 175          HG13      ILE 175  12.516   9.629  -0.025
    6   HG23  ILE 175          HG21      ILE 175  12.914  12.877   2.674
    7   HG22  ILE 175          HG22      ILE 175  13.921  11.441   2.850
    8   HG21  ILE 175          HG23      ILE 175  12.205  11.368   3.246
    9   HD12  ILE 175          HD11      ILE 175  14.730   9.482   1.931
   10   HD11  ILE 175          HD12      ILE 175  14.911  10.508   0.510
   11   HD13  ILE 175          HD13      ILE 175  14.591   8.780   0.316

  No H/Q in entry =          11
  In of MODEL    7
    1    H    VAL 176           H        VAL 176  11.197  14.141   0.206
    2    HA   VAL 176           HA       VAL 176  10.107  14.910   2.815
    3    HB   VAL 176           HB       VAL 176  11.906  16.393   0.899
    4   HG12  VAL 176          HG11      VAL 176  11.884  18.219   2.509
    5   HG11  VAL 176          HG12      VAL 176  10.607  17.400   3.404
    6   HG13  VAL 176          HG13      VAL 176  10.308  17.971   1.760
    7   HG22  VAL 176          HG21      VAL 176  13.018  14.797   2.343
    8   HG21  VAL 176          HG22      VAL 176  12.236  15.499   3.759
    9   HG23  VAL 176          HG23      VAL 176  13.410  16.443   2.839

  No H/Q in entry =           9
  In of MODEL    7
    1    H    GLY 177           H        GLY 177   9.767  15.374  -0.658
    2    HA3  GLY 177           HA2      GLY 177   7.471  15.489  -1.403
    3    HA2  GLY 177           HA3      GLY 177   7.173  16.667  -0.145

  No H/Q in entry =           3
  In of MODEL    7
    1    H    CYS 178           H        CYS 178   9.944  17.771  -0.928
    2    HA   CYS 178           HA       CYS 178   8.865  19.486  -3.069
    3    HB2  CYS 178           HB2      CYS 178  10.893  20.102  -0.920
    4    HB3  CYS 178           HB3      CYS 178  10.440  21.205  -2.215
    5    HG   CYS 178           HG       CYS 178   7.937  21.750  -1.328

  No H/Q in entry =           5
  In of MODEL    7
    1    H    SER 179           H        SER 179  10.539  20.243  -4.699
    2    HA   SER 179           HA       SER 179  12.011  17.980  -5.494
    3    HB2  SER 179           HB2      SER 179  13.116  19.899  -6.990
    4    HB3  SER 179           HB3      SER 179  11.460  19.380  -7.308
    5    HG   SER 179           HG       SER 179  12.124  21.778  -6.952

  No H/Q in entry =           5
  In of MODEL    7
    1    H    ARG 180           H        ARG 180  14.166  18.104  -5.752
    2    HA   ARG 180           HA       ARG 180  15.876  18.580  -3.711
    3    HB2  ARG 180           HB2      ARG 180  17.648  18.537  -5.654
    4    HB3  ARG 180           HB3      ARG 180  16.771  17.118  -5.121
    5    HG2  ARG 180           HG2      ARG 180  16.681  16.938  -7.391
    6    HG3  ARG 180           HG3      ARG 180  15.122  17.648  -6.984
    7    HD2  ARG 180           HD2      ARG 180  15.685  19.708  -7.854
    8    HD3  ARG 180           HD3      ARG 180  17.419  19.422  -7.676
    9    HE   ARG 180           HE       ARG 180  16.535  17.552  -9.488
   10   HH11  ARG 180          HH11      ARG 180  16.489  21.053  -9.315
   11   HH12  ARG 180          HH12      ARG 180  16.671  21.252 -11.033
   12   HH21  ARG 180          HH21      ARG 180  16.750  17.821 -11.743
   13   HH22  ARG 180          HH22      ARG 180  16.802  19.419 -12.413

  No H/Q in entry =          13
  In of MODEL    7
    1    H    GLU 181           H        GLU 181  14.244  20.941  -4.315
    2    HA   GLU 181           HA       GLU 181  16.165  22.859  -5.303
    3    HB2  GLU 181           HB2      GLU 181  13.393  22.477  -5.760
    4    HB3  GLU 181           HB3      GLU 181  13.705  24.109  -5.187
    5    HG2  GLU 181           HG2      GLU 181  13.766  24.002  -7.606
    6    HG3  GLU 181           HG3      GLU 181  15.348  24.428  -6.954

  No H/Q in entry =           6
  In of MODEL    7
    1    H    THR 182           H        THR 182  13.464  23.043  -3.336
    2    HA   THR 182           HA       THR 182  14.264  24.925  -1.364
    3    HB   THR 182           HB       THR 182  12.539  22.684  -0.419
    4    HG1  THR 182           HG1      THR 182  11.100  24.442  -1.946
    5   HG22  THR 182          HG21      THR 182  12.231  25.690  -0.352
    6   HG21  THR 182          HG22      THR 182  12.873  24.688   0.948
    7   HG23  THR 182          HG23      THR 182  11.185  24.527   0.464

  No H/Q in entry =           7
  In of MODEL    7
    1    H    VAL 183           H        VAL 183  14.163  21.425  -1.492
    2    HA   VAL 183           HA       VAL 183  15.886  20.880   0.765
    3    HB   VAL 183           HB       VAL 183  14.556  19.448  -1.500
    4   HG12  VAL 183          HG11      VAL 183  16.815  18.038  -0.157
    5   HG11  VAL 183          HG12      VAL 183  17.017  18.904  -1.681
    6   HG13  VAL 183          HG13      VAL 183  15.869  17.554  -1.573
    7   HG23  VAL 183          HG21      VAL 183  15.079  18.485   1.290
    8   HG22  VAL 183          HG22      VAL 183  13.897  17.865   0.129
    9   HG21  VAL 183          HG23      VAL 183  13.692  19.477   0.830

  No H/Q in entry =           9
  In of MODEL    7
    1    H    GLY 184           H        GLY 184  16.410  21.556  -2.901
    2    HA3  GLY 184           HA2      GLY 184  19.020  21.024  -2.756
    3    HA2  GLY 184           HA3      GLY 184  18.313  22.296  -3.738

  No H/Q in entry =           3
  In of MODEL    7
    1    H    ARG 185           H        ARG 185  17.461  23.471  -0.728
    2    HA   ARG 185           HA       ARG 185  19.588  25.359  -0.871
    3    HB2  ARG 185           HB2      ARG 185  17.302  24.985   1.072
    4    HB3  ARG 185           HB3      ARG 185  18.544  26.216   1.273
    5    HG2  ARG 185           HG2      ARG 185  17.916  27.039  -1.028
    6    HG3  ARG 185           HG3      ARG 185  16.511  25.977  -0.920
    7    HD2  ARG 185           HD2      ARG 185  16.556  27.381   1.487
    8    HD3  ARG 185           HD3      ARG 185  16.951  28.576   0.252
    9    HE   ARG 185           HE       ARG 185  14.420  27.347   0.707
   10   HH11  ARG 185          HH11      ARG 185  16.468  28.713  -1.789
   11   HH12  ARG 185          HH12      ARG 185  15.146  29.072  -2.855
   12   HH21  ARG 185          HH21      ARG 185  12.676  27.837  -0.695
   13   HH22  ARG 185          HH22      ARG 185  12.995  28.581  -2.229

  No H/Q in entry =          13
  In of MODEL    7
    1    H    ILE 186           H        ILE 186  18.406  22.682   0.786
    2    HA   ILE 186           HA       ILE 186  20.141  22.963   3.127
    3    HB   ILE 186           HB       ILE 186  17.886  21.096   2.558
    4   HG12  ILE 186          HG12      ILE 186  17.411  22.034   4.990
    5   HG13  ILE 186          HG13      ILE 186  18.517  23.301   4.478
    6   HG23  ILE 186          HG21      ILE 186  18.429  19.617   4.198
    7   HG22  ILE 186          HG22      ILE 186  19.331  20.814   5.126
    8   HG21  ILE 186          HG23      ILE 186  20.063  20.066   3.709
    9   HD13  ILE 186          HD11      ILE 186  16.389  24.123   4.009
   10   HD12  ILE 186          HD12      ILE 186  15.841  22.585   3.348
   11   HD11  ILE 186          HD13      ILE 186  16.998  23.565   2.450

  No H/Q in entry =          11
  In of MODEL    7
    1    H    LEU 187           H        LEU 187  19.788  20.805   0.401
    2    HA   LEU 187           HA       LEU 187  21.788  19.107   1.417
    3    HB2  LEU 187           HB2      LEU 187  20.551  19.285  -1.295
    4    HB3  LEU 187           HB3      LEU 187  21.676  18.018  -0.775
    5    HG   LEU 187           HG       LEU 187  18.847  18.456   0.002
    6   HD11  LEU 187          HD11      LEU 187  20.191  16.503  -1.227
    7   HD13  LEU 187          HD12      LEU 187  18.656  16.293  -0.386
    8   HD12  LEU 187          HD13      LEU 187  20.172  15.903   0.433
    9   HD23  LEU 187          HD21      LEU 187  20.718  17.215   2.017
   10   HD22  LEU 187          HD22      LEU 187  18.979  17.429   2.165
   11   HD21  LEU 187          HD23      LEU 187  20.040  18.835   2.174

  No H/Q in entry =          11
  In of MODEL    7
    1    H    LYS 188           H        LYS 188  21.774  22.095   0.283
    2    HA   LYS 188           HA       LYS 188  24.379  22.056  -1.060
    3    HB2  LYS 188           HB2      LYS 188  22.282  23.592  -1.669
    4    HB3  LYS 188           HB3      LYS 188  23.035  24.644  -0.478
    5    HG2  LYS 188           HG2      LYS 188  24.593  23.490  -2.769
    6    HG3  LYS 188           HG3      LYS 188  23.648  24.970  -2.939
    7    HD2  LYS 188           HD2      LYS 188  25.310  26.139  -2.037
    8    HD3  LYS 188           HD3      LYS 188  25.198  25.174  -0.563
    9    HE2  LYS 188           HE2      LYS 188  26.659  23.473  -1.636
   10    HE3  LYS 188           HE3      LYS 188  26.849  24.560  -3.012
   11    HZ1  LYS 188           HZ1      LYS 188  27.601  25.237  -0.213
   12    HZ3  LYS 188           HZ2      LYS 188  27.883  26.172  -1.597
   13    HZ2  LYS 188           HZ3      LYS 188  28.684  24.698  -1.402

  No H/Q in entry =          13
  In of MODEL    7
    1    H    MET 189           H        MET 189  22.796  22.869   1.974
    2    HA   MET 189           HA       MET 189  25.167  24.277   2.958
    3    HB2  MET 189           HB2      MET 189  24.102  24.144   5.233
    4    HB3  MET 189           HB3      MET 189  23.188  25.044   4.043
    5    HG2  MET 189           HG2      MET 189  21.896  22.845   3.732
    6    HG3  MET 189           HG3      MET 189  22.616  22.397   5.275
    7    HE1  MET 189           HE1      MET 189  21.284  25.540   3.592
    8    HE3  MET 189           HE2      MET 189  20.033  26.145   4.675
    9    HE2  MET 189           HE3      MET 189  19.709  24.750   3.647

  No H/Q in entry =           9
  In of MODEL    7
    1    H    LEU 190           H        LEU 190  23.975  21.075   2.702
    2    HA   LEU 190           HA       LEU 190  25.297  19.860   4.809
    3    HB2  LEU 190           HB2      LEU 190  24.833  18.681   2.089
    4    HB3  LEU 190           HB3      LEU 190  25.144  17.801   3.579
    5    HG   LEU 190           HG       LEU 190  22.721  19.337   2.796
    6   HD12  LEU 190          HD11      LEU 190  21.666  17.239   3.684
    7   HD11  LEU 190          HD12      LEU 190  23.298  16.570   3.765
    8   HD13  LEU 190          HD13      LEU 190  22.626  17.069   2.214
    9   HD21  LEU 190          HD21      LEU 190  23.738  18.844   5.532
   10   HD23  LEU 190          HD22      LEU 190  22.006  18.756   5.223
   11   HD22  LEU 190          HD23      LEU 190  22.888  20.241   4.873

  No H/Q in entry =          11
  In of MODEL    7
    1    H    GLU 191           H        GLU 191  26.622  20.182   1.414
    2    HA   GLU 191           HA       GLU 191  29.110  19.231   2.136
    3    HB2  GLU 191           HB2      GLU 191  28.142  19.418  -0.145
    4    HB3  GLU 191           HB3      GLU 191  28.312  21.163  -0.038
    5    HG2  GLU 191           HG2      GLU 191  30.697  20.986   0.033
    6    HG3  GLU 191           HG3      GLU 191  30.608  19.228   0.124

  No H/Q in entry =           6
  In of MODEL    7
    1    H    ASP 192           H        ASP 192  27.571  22.119   2.952
    2    HA   ASP 192           HA       ASP 192  30.070  23.598   3.153
    3    HB2  ASP 192           HB2      ASP 192  27.190  24.353   3.317
    4    HB3  ASP 192           HB3      ASP 192  28.356  25.352   4.175

  No H/Q in entry =           4
  In of MODEL    7
    1    H    GLN 193           H        GLN 193  28.418  21.414   4.761
    2    HA   GLN 193           HA       GLN 193  28.389  20.525   6.857
    3    HB2  GLN 193           HB2      GLN 193  30.869  22.194   6.897
    4    HB3  GLN 193           HB3      GLN 193  30.289  21.527   8.416
    5    HG2  GLN 193           HG2      GLN 193  31.756  19.912   7.726
    6    HG3  GLN 193           HG3      GLN 193  30.226  19.295   7.113
    7   HE21  GLN 193          HE21      GLN 193  29.828  19.322   4.908
    8   HE22  GLN 193          HE22      GLN 193  31.083  19.577   3.749

  No H/Q in entry =           8
  In of MODEL    7
    1    H    ASN 194           H        ASN 194  26.919  23.025   6.214
    2    HA   ASN 194           HA       ASN 194  26.887  24.380   8.809
    3    HB2  ASN 194           HB2      ASN 194  26.655  25.547   6.511
    4    HB3  ASN 194           HB3      ASN 194  24.998  24.964   6.544
    5   HD21  ASN 194          HD21      ASN 194  27.332  27.017   8.132
    6   HD22  ASN 194          HD22      ASN 194  26.179  28.008   8.959

  No H/Q in entry =           6
  In of MODEL    7
    1    H    LEU 195           H        LEU 195  25.663  21.648   7.609
    2    HA   LEU 195           HA       LEU 195  23.557  21.569   9.623
    3    HB2  LEU 195           HB2      LEU 195  22.737  22.318   7.253
    4    HB3  LEU 195           HB3      LEU 195  22.892  20.620   6.854
    5    HG   LEU 195           HG       LEU 195  21.367  20.981   9.291
    6   HD12  LEU 195          HD11      LEU 195  19.381  21.937   8.049
    7   HD11  LEU 195          HD12      LEU 195  20.534  22.461   6.818
    8   HD13  LEU 195          HD13      LEU 195  20.663  23.074   8.468
    9   HD21  LEU 195          HD21      LEU 195  20.946  19.726   6.600
   10   HD23  LEU 195          HD22      LEU 195  19.677  19.766   7.822
   11   HD22  LEU 195          HD23      LEU 195  21.198  18.936   8.157

  No H/Q in entry =          11
  In of MODEL    7
    1    H    ILE 196           H        ILE 196  25.638  19.961   7.420
    2    HA   ILE 196           HA       ILE 196  25.815  17.521   8.772
    3    HB   ILE 196           HB       ILE 196  24.803  17.147   5.977
    4   HG12  ILE 196          HG12      ILE 196  23.097  16.840   8.442
    5   HG13  ILE 196          HG13      ILE 196  22.994  18.213   7.337
    6   HG22  ILE 196          HG21      ILE 196  24.156  14.945   7.533
    7   HG21  ILE 196          HG22      ILE 196  25.735  15.442   8.143
    8   HG23  ILE 196          HG23      ILE 196  25.522  15.080   6.432
    9   HD13  ILE 196          HD11      ILE 196  21.294  16.562   6.843
   10   HD12  ILE 196          HD12      ILE 196  22.544  15.334   6.615
   11   HD11  ILE 196          HD13      ILE 196  22.447  16.714   5.515

  No H/Q in entry =          11
  In of MODEL    7
    1    H    SER 197           H        SER 197  26.591  16.329   6.097
    2    HA   SER 197           HA       SER 197  28.574  17.867   4.982
    3    HB2  SER 197           HB2      SER 197  29.801  17.484   7.000
    4    HB3  SER 197           HB3      SER 197  29.483  15.758   6.899
    5    HG   SER 197           HG       SER 197  31.607  16.557   6.153

  No H/Q in entry =           5
  In of MODEL    7
    1    H    ALA 198           H        ALA 198  27.751  17.215   3.001
    2    HA   ALA 198           HA       ALA 198  27.611  14.378   2.533
    3    HB1  ALA 198           HB1      ALA 198  26.519  15.146   0.416
    4    HB2  ALA 198           HB2      ALA 198  26.676  16.808   0.982
    5    HB3  ALA 198           HB3      ALA 198  25.659  15.670   1.860

  No H/Q in entry =           5
  In of MODEL    7
    1    H    HIS 199           H        HIS 199  29.484  13.598   1.908
    2    HA   HIS 199           HA       HIS 199  31.477  15.310   0.668
    3    HB2  HIS 199           HB2      HIS 199  31.464  12.631   1.955
    4    HB3  HIS 199           HB3      HIS 199  32.633  12.870   0.661
    5    HD1  HIS 199           HD1      HIS 199  31.608  14.605   3.907
    6    HD2  HIS 199           HD2      HIS 199  34.943  13.993   1.502
    7    HE1  HIS 199           HE1      HIS 199  33.527  15.659   5.134
    8    HE2  HIS 199           HE2      HIS 199  35.560  15.077   3.767

  No H/Q in entry =           8
  In of MODEL    7
    1    H    GLY 200           H        GLY 200  30.327  15.735  -1.241
    2    HA3  GLY 200           HA2      GLY 200  30.243  15.354  -3.544
    3    HA2  GLY 200           HA3      GLY 200  30.635  13.661  -3.260

  No H/Q in entry =           3
  In of MODEL    7
    1    H    LYS 201           H        LYS 201  28.795  12.700  -1.679
    2    HA   LYS 201           HA       LYS 201  26.131  13.546  -2.184
    3    HB2  LYS 201           HB2      LYS 201  25.470  11.422  -3.414
    4    HB3  LYS 201           HB3      LYS 201  26.308  12.656  -4.344
    5    HG2  LYS 201           HG2      LYS 201  28.429  11.266  -3.657
    6    HG3  LYS 201           HG3      LYS 201  27.238   9.975  -3.481
    7    HD2  LYS 201           HD2      LYS 201  26.490  10.334  -5.769
    8    HD3  LYS 201           HD3      LYS 201  27.640  11.661  -5.949
    9    HE2  LYS 201           HE2      LYS 201  29.487  10.098  -5.570
   10    HE3  LYS 201           HE3      LYS 201  28.331   8.777  -5.410
   11    HZ2  LYS 201           HZ1      LYS 201  29.150  10.245  -7.809
   12    HZ1  LYS 201           HZ2      LYS 201  27.592   9.599  -7.753
   13    HZ3  LYS 201           HZ3      LYS 201  28.933   8.585  -7.587

  No H/Q in entry =          13
  In of MODEL    7
    1    H    THR 202           H        THR 202  28.405  11.341  -0.897
    2    HA   THR 202           HA       THR 202  26.613   9.795   0.707
    3    HB   THR 202           HB       THR 202  29.060   9.700   2.002
    4    HG1  THR 202           HG1      THR 202  30.646  10.216   0.659
    5   HG23  THR 202          HG21      THR 202  29.418   7.599   0.968
    6   HG22  THR 202          HG22      THR 202  28.558   8.087  -0.492
    7   HG21  THR 202          HG23      THR 202  27.667   7.814   1.004

  No H/Q in entry =           7
  In of MODEL    7
    1    H    ILE 203           H        ILE 203  25.550  10.691   2.288
    2    HA   ILE 203           HA       ILE 203  26.401  13.244   3.331
    3    HB   ILE 203           HB       ILE 203  23.822  11.822   3.034
    4   HG12  ILE 203          HG12      ILE 203  24.534  14.751   3.004
    5   HG13  ILE 203          HG13      ILE 203  24.595  13.699   1.595
    6   HG23  ILE 203          HG21      ILE 203  22.675  12.845   4.807
    7   HG22  ILE 203          HG22      ILE 203  24.009  13.943   5.155
    8   HG21  ILE 203          HG23      ILE 203  24.154  12.229   5.545
    9   HD11  ILE 203          HD11      ILE 203  22.158  13.314   1.869
   10   HD13  ILE 203          HD12      ILE 203  22.592  14.989   1.530
   11   HD12  ILE 203          HD13      ILE 203  22.167  14.504   3.169

  No H/Q in entry =          11
  In of MODEL    7
    1    H    VAL 204           H        VAL 204  27.504  13.269   5.164
    2    HA   VAL 204           HA       VAL 204  27.394  10.977   7.014
    3    HB   VAL 204           HB       VAL 204  29.620  12.833   6.131
    4   HG13  VAL 204          HG11      VAL 204  29.574  13.257   8.464
    5   HG12  VAL 204          HG12      VAL 204  30.915  12.153   8.150
    6   HG11  VAL 204          HG13      VAL 204  29.408  11.541   8.834
    7   HG21  VAL 204          HG21      VAL 204  29.402   9.891   6.645
    8   HG23  VAL 204          HG22      VAL 204  30.951  10.706   6.441
    9   HG22  VAL 204          HG23      VAL 204  29.769  10.721   5.132

  No H/Q in entry =           9
  In of MODEL    7
    1    H    VAL 205           H        VAL 205  25.915  11.627   8.191
    2    HA   VAL 205           HA       VAL 205  25.768  14.134   9.567
    3    HB   VAL 205           HB       VAL 205  24.334  12.627  11.181
    4   HG11  VAL 205          HG11      VAL 205  23.363  14.112   9.477
    5   HG13  VAL 205          HG12      VAL 205  22.447  12.611   9.600
    6   HG12  VAL 205          HG13      VAL 205  23.567  12.852   8.256
    7   HG23  VAL 205          HG21      VAL 205  24.559  10.724   8.834
    8   HG22  VAL 205          HG22      VAL 205  23.577  10.505  10.284
    9   HG21  VAL 205          HG23      VAL 205  25.339  10.464  10.398

  No H/Q in entry =           9
  In of MODEL    7
    1    H    TYR 206           H        TYR 206  27.843  14.501  10.185
    2    HA   TYR 206           HA       TYR 206  29.826  12.902  11.158
    3    HB2  TYR 206           HB2      TYR 206  29.002  15.670  12.049
    4    HB3  TYR 206           HB3      TYR 206  30.420  14.873  12.715
    5    HD1  TYR 206           HD1      TYR 206  29.384  17.172  10.396
    6    HD2  TYR 206           HD2      TYR 206  31.969  13.816  10.754
    7    HE1  TYR 206           HE1      TYR 206  30.719  18.015   8.530
    8    HE2  TYR 206           HE2      TYR 206  33.325  14.634   8.881
    9    HH   TYR 206           HH       TYR 206  33.085  17.790   7.707

  No H/Q in entry =           9
  In of MODEL    7
    1    H    GLY 207           H        GLY 207  27.403  14.520  13.242
    2    HA3  GLY 207           HA2      GLY 207  27.149  12.276  14.969
    3    HA2  GLY 207           HA3      GLY 207  28.242  13.455  15.667

  No H/Q in entry =           3
  In of MODEL    7
    1    H    THR 208           H        THR 208  26.480  15.586  14.281
    2    HA   THR 208           HA       THR 208  24.599  15.786  16.502
    3    HB   THR 208           HB       THR 208  24.919  18.038  14.605
    4    HG1  THR 208           HG1      THR 208  26.989  17.031  16.279
    5   HG22  THR 208          HG21      THR 208  24.951  19.309  16.722
    6   HG21  THR 208          HG22      THR 208  24.910  17.791  17.617
    7   HG23  THR 208          HG23      THR 208  23.542  18.254  16.606

  No H/Q in entry =           7
  In of MODEL    7
    1    H    ARG 209           H        ARG 209  24.600  16.370  12.958
    2    HA   ARG 209           HA       ARG 209  22.061  15.120  12.631
    3    HB2  ARG 209           HB2      ARG 209  20.853  17.138  11.833
    4    HB3  ARG 209           HB3      ARG 209  21.231  17.227  13.549
    5    HG2  ARG 209           HG2      ARG 209  22.939  18.797  13.202
    6    HG3  ARG 209           HG3      ARG 209  22.980  18.488  11.466
    7    HD2  ARG 209           HD2      ARG 209  20.653  19.395  11.339
    8    HD3  ARG 209           HD3      ARG 209  20.808  19.862  13.032
    9    HE   ARG 209           HE       ARG 209  22.723  20.847  11.037
   10   HH11  ARG 209          HH11      ARG 209  20.242  21.475  13.422
   11   HH12  ARG 209          HH12      ARG 209  20.560  23.179  13.495
   12   HH21  ARG 209          HH21      ARG 209  23.130  23.105  11.110
   13   HH22  ARG 209          HH22      ARG 209  22.196  24.107  12.172

  No H/Q in entry =          13
  In of MODEL    8
    1    H1   VAL   1           H2       VAL   1 -24.176 -13.923   5.709
    2    H2   VAL   1           H1       VAL   1 -25.219 -13.919   7.042
    3    H3   VAL   1           H3       VAL   1 -23.860 -14.931   7.026
    4    HA   VAL   1           HA       VAL   1 -25.790 -16.239   6.583
    5    HB   VAL   1           HB       VAL   1 -27.116 -14.306   5.654
    6   HG12  VAL   1          HG11      VAL   1 -26.994 -13.925   3.208
    7   HG11  VAL   1          HG12      VAL   1 -25.530 -14.906   3.165
    8   HG13  VAL   1          HG13      VAL   1 -25.553 -13.397   4.077
    9   HG22  VAL   1          HG21      VAL   1 -27.988 -16.559   5.529
   10   HG21  VAL   1          HG22      VAL   1 -27.096 -16.850   4.036
   11   HG23  VAL   1          HG23      VAL   1 -28.407 -15.672   4.065

  No H/Q in entry =          11
  In of MODEL    8
    1    H    LEU   2           H        LEU   2 -25.652 -18.044   5.135
    2    HA   LEU   2           HA       LEU   2 -23.127 -18.096   3.626
    3    HB2  LEU   2           HB2      LEU   2 -23.719 -19.717   5.585
    4    HB3  LEU   2           HB3      LEU   2 -24.718 -20.523   4.392
    5    HG   LEU   2           HG       LEU   2 -22.675 -20.809   2.972
    6   HD12  LEU   2          HD11      LEU   2 -20.490 -20.574   4.083
    7   HD11  LEU   2          HD12      LEU   2 -21.289 -19.802   5.452
    8   HD13  LEU   2          HD13      LEU   2 -21.308 -19.027   3.868
    9   HD21  LEU   2          HD21      LEU   2 -23.564 -22.583   4.449
   10   HD23  LEU   2          HD22      LEU   2 -22.483 -22.022   5.724
   11   HD22  LEU   2          HD23      LEU   2 -21.818 -22.676   4.227

  No H/Q in entry =          11
  In of MODEL    8
    1    H    GLY   3           H        GLY   3 -23.122 -19.374   1.594
    2    HA3  GLY   3           HA2      GLY   3 -24.252 -20.364  -0.248
    3    HA2  GLY   3           HA3      GLY   3 -25.747 -19.636   0.310

  No H/Q in entry =           3
  In of MODEL    8
    1    H    LYS   4           H        LYS   4 -22.528 -18.693  -0.915
    2    HA   LYS   4           HA       LYS   4 -23.900 -16.704  -2.590
    3    HB2  LYS   4           HB2      LYS   4 -22.399 -15.990  -0.461
    4    HB3  LYS   4           HB3      LYS   4 -21.156 -16.042  -1.704
    5    HG2  LYS   4           HG2      LYS   4 -21.778 -14.029  -2.372
    6    HG3  LYS   4           HG3      LYS   4 -23.358 -14.679  -2.806
    7    HD2  LYS   4           HD2      LYS   4 -22.666 -13.803  -0.010
    8    HD3  LYS   4           HD3      LYS   4 -23.356 -12.711  -1.210
    9    HE2  LYS   4           HE2      LYS   4 -24.647 -15.314  -0.409
   10    HE3  LYS   4           HE3      LYS   4 -24.995 -13.781   0.387
   11    HZ3  LYS   4           HZ1      LYS   4 -26.414 -13.284  -1.217
   12    HZ2  LYS   4           HZ2      LYS   4 -26.147 -14.793  -1.926
   13    HZ1  LYS   4           HZ3      LYS   4 -25.221 -13.463  -2.404

  No H/Q in entry =          13
  In of MODEL    8
    1    HA   PRO   5           HA       PRO   5 -21.644 -18.903  -5.787
    2    HB2  PRO   5           HB2      PRO   5 -22.233 -17.302  -7.892
    3    HB3  PRO   5           HB3      PRO   5 -23.403 -18.427  -7.195
    4    HG2  PRO   5           HG2      PRO   5 -23.116 -15.481  -6.765
    5    HG3  PRO   5           HG3      PRO   5 -24.590 -16.438  -7.006
    6    HD2  PRO   5           HD2      PRO   5 -23.762 -15.612  -4.556
    7    HD3  PRO   5           HD3      PRO   5 -24.655 -17.124  -4.808

  No H/Q in entry =           7
  In of MODEL    8
    1    H    GLN   6           H        GLN   6 -19.747 -17.854  -4.382
    2    HA   GLN   6           HA       GLN   6 -18.370 -15.685  -5.740
    3    HB2  GLN   6           HB2      GLN   6 -17.658 -17.407  -3.370
    4    HB3  GLN   6           HB3      GLN   6 -16.543 -16.233  -4.052
    5    HG2  GLN   6           HG2      GLN   6 -18.329 -14.496  -3.661
    6    HG3  GLN   6           HG3      GLN   6 -19.184 -15.722  -2.725
    7   HE21  GLN   6          HE21      GLN   6 -18.994 -14.552  -0.819
    8   HE22  GLN   6          HE22      GLN   6 -17.496 -14.394   0.023

  No H/Q in entry =           8
  In of MODEL    8
    1    H    THR   7           H        THR   7 -18.449 -19.095  -5.826
    2    HA   THR   7           HA       THR   7 -17.455 -20.633  -7.193
    3    HB   THR   7           HB       THR   7 -15.613 -18.604  -8.416
    4    HG1  THR   7           HG1      THR   7 -18.098 -18.032  -8.279
    5   HG22  THR   7          HG21      THR   7 -17.155 -20.928  -9.577
    6   HG21  THR   7          HG22      THR   7 -15.471 -20.980  -9.055
    7   HG23  THR   7          HG23      THR   7 -15.942 -19.956 -10.411

  No H/Q in entry =           7
  In of MODEL    8
    1    H    ASP   8           H        ASP   8 -16.609 -19.911  -4.568
    2    HA   ASP   8           HA       ASP   8 -13.812 -20.792  -4.726
    3    HB2  ASP   8           HB2      ASP   8 -14.021 -18.306  -4.211
    4    HB3  ASP   8           HB3      ASP   8 -14.787 -18.784  -2.699

  No H/Q in entry =           4
  In of MODEL    8
    1    HA   PRO   9           HA       PRO   9 -16.249 -23.618  -2.051
    2    HB2  PRO   9           HB2      PRO   9 -14.733 -25.799  -2.612
    3    HB3  PRO   9           HB3      PRO   9 -16.070 -25.272  -3.643
    4    HG2  PRO   9           HG2      PRO   9 -13.130 -24.820  -3.970
    5    HG3  PRO   9           HG3      PRO   9 -14.339 -25.248  -5.194
    6    HD2  PRO   9           HD2      PRO   9 -13.416 -22.724  -4.871
    7    HD3  PRO   9           HD3      PRO   9 -15.071 -23.073  -5.410

  No H/Q in entry =           7
  In of MODEL    8
    1    H    THR  10           H        THR  10 -13.026 -22.485  -2.134
    2    HA   THR  10           HA       THR  10 -12.088 -24.043   0.111
    3    HB   THR  10           HB       THR  10 -10.392 -21.820  -0.407
    4    HG1  THR  10           HG1      THR  10 -11.290 -21.576  -2.445
    5   HG21  THR  10          HG21      THR  10 -10.155 -24.743  -1.150
    6   HG23  THR  10          HG22      THR  10  -9.665 -24.014   0.380
    7   HG22  THR  10          HG23      THR  10  -8.823 -23.585  -1.110

  No H/Q in entry =           7
  In of MODEL    8
    1    H    LEU  11           H        LEU  11 -13.338 -20.877  -0.673
    2    HA   LEU  11           HA       LEU  11 -12.912 -19.697   1.856
    3    HB2  LEU  11           HB2      LEU  11 -13.644 -18.852  -0.612
    4    HB3  LEU  11           HB3      LEU  11 -15.182 -18.797   0.224
    5    HG   LEU  11           HG       LEU  11 -14.387 -16.692   0.498
    6   HD12  LEU  11          HD11      LEU  11 -13.366 -16.584   2.854
    7   HD11  LEU  11          HD12      LEU  11 -13.701 -18.320   2.847
    8   HD13  LEU  11          HD13      LEU  11 -15.014 -17.170   2.614
    9   HD23  LEU  11          HD21      LEU  11 -11.969 -16.298   1.289
   10   HD22  LEU  11          HD22      LEU  11 -12.255 -16.689  -0.406
   11   HD21  LEU  11          HD23      LEU  11 -11.692 -17.937   0.706

  No H/Q in entry =          11
  In of MODEL    8
    1    H    GLU  12           H        GLU  12 -15.261 -21.605   0.419
    2    HA   GLU  12           HA       GLU  12 -17.381 -21.264   2.348
    3    HB2  GLU  12           HB2      GLU  12 -17.052 -23.169   0.002
    4    HB3  GLU  12           HB3      GLU  12 -18.471 -23.122   1.044
    5    HG2  GLU  12           HG2      GLU  12 -18.976 -20.892   0.363
    6    HG3  GLU  12           HG3      GLU  12 -17.473 -20.784  -0.551

  No H/Q in entry =           6
  In of MODEL    8
    1    H    TRP  13           H        TRP  13 -14.466 -22.786   2.051
    2    HA   TRP  13           HA       TRP  13 -15.228 -24.965   3.856
    3    HB2  TRP  13           HB2      TRP  13 -12.858 -24.448   2.117
    4    HB3  TRP  13           HB3      TRP  13 -12.525 -25.219   3.669
    5    HD1  TRP  13           HD1      TRP  13 -15.291 -26.902   3.742
    6    HE1  TRP  13           HE1      TRP  13 -15.509 -28.976   2.247
    7    HE3  TRP  13           HE3      TRP  13 -11.611 -25.851   0.354
    8    HZ2  TRP  13           HZ2      TRP  13 -14.297 -30.026  -0.063
    9    HZ3  TRP  13           HZ3      TRP  13 -11.208 -27.444  -1.472
   10    HH2  TRP  13           HH2      TRP  13 -12.521 -29.491  -1.674

  No H/Q in entry =          10
  In of MODEL    8
    1    H    PHE  14           H        PHE  14 -14.106 -21.726   3.713
    2    HA   PHE  14           HA       PHE  14 -12.835 -21.724   6.335
    3    HB2  PHE  14           HB2      PHE  14 -11.674 -20.351   4.827
    4    HB3  PHE  14           HB3      PHE  14 -13.139 -19.726   4.129
    5    HD1  PHE  14           HD1      PHE  14 -13.637 -17.575   4.584
    6    HD2  PHE  14           HD2      PHE  14 -11.613 -19.802   7.558
    7    HE1  PHE  14           HE1      PHE  14 -13.625 -15.604   6.038
    8    HE2  PHE  14           HE2      PHE  14 -11.586 -17.833   9.019
    9    HZ   PHE  14           HZ       PHE  14 -12.601 -15.731   8.266

  No H/Q in entry =           9
  In of MODEL    8
    1    H    LEU  15           H        LEU  15 -15.840 -20.984   4.827
    2    HA   LEU  15           HA       LEU  15 -16.571 -18.878   6.735
    3    HB2  LEU  15           HB2      LEU  15 -18.119 -19.880   4.350
    4    HB3  LEU  15           HB3      LEU  15 -18.556 -18.520   5.370
    5    HG   LEU  15           HG       LEU  15 -16.147 -18.697   3.572
    6   HD13  LEU  15          HD11      LEU  15 -17.994 -18.319   2.233
    7   HD12  LEU  15          HD12      LEU  15 -17.341 -16.707   2.549
    8   HD11  LEU  15          HD13      LEU  15 -18.755 -17.282   3.437
    9   HD23  LEU  15          HD21      LEU  15 -15.842 -16.309   4.114
   10   HD22  LEU  15          HD22      LEU  15 -15.545 -17.390   5.478
   11   HD21  LEU  15          HD23      LEU  15 -17.053 -16.479   5.383

  No H/Q in entry =          11
  In of MODEL    8
    1    H    SER  16           H        SER  16 -16.497 -22.044   6.345
    2    HA   SER  16           HA       SER  16 -18.960 -22.619   7.844
    3    HB2  SER  16           HB2      SER  16 -18.113 -25.050   7.332
    4    HB3  SER  16           HB3      SER  16 -18.885 -24.134   6.032
    5    HG   SER  16           HG       SER  16 -17.101 -24.385   4.981

  No H/Q in entry =           5
  In of MODEL    8
    1    H    HIS  17           H        HIS  17 -15.807 -21.704   8.153
    2    HA   HIS  17           HA       HIS  17 -15.447 -23.346  10.515
    3    HB2  HIS  17           HB2      HIS  17 -13.550 -22.462   8.448
    4    HB3  HIS  17           HB3      HIS  17 -12.959 -22.385  10.107
    5    HD1  HIS  17           HD1      HIS  17 -13.760 -24.746   7.380
    6    HD2  HIS  17           HD2      HIS  17 -12.912 -24.926  11.449
    7    HE1  HIS  17           HE1      HIS  17 -13.218 -27.156   7.857
    8    HE2  HIS  17           HE2      HIS  17 -12.562 -27.209  10.289

  No H/Q in entry =           8
  In of MODEL    8
    1    H    CYS  18           H        CYS  18 -16.182 -20.197   9.531
    2    HA   CYS  18           HA       CYS  18 -14.978 -19.045  11.940
    3    HB2  CYS  18           HB2      CYS  18 -15.232 -16.874  10.640
    4    HB3  CYS  18           HB3      CYS  18 -14.049 -18.025  10.047
    5    HG   CYS  18           HG       CYS  18 -15.238 -16.833   7.913

  No H/Q in entry =           5
  In of MODEL    8
    1    H    HIS  19           H        HIS  19 -16.626 -16.605  11.222
    2    HA   HIS  19           HA       HIS  19 -19.292 -17.424  12.112
    3    HB2  HIS  19           HB2      HIS  19 -18.166 -16.970  14.229
    4    HB3  HIS  19           HB3      HIS  19 -17.488 -15.474  13.610
    5    HD1  HIS  19           HD1      HIS  19 -21.031 -16.833  14.193
    6    HD2  HIS  19           HD2      HIS  19 -18.766 -13.376  14.676
    7    HE1  HIS  19           HE1      HIS  19 -22.575 -15.146  15.251
    8    HE2  HIS  19           HE2      HIS  19 -21.142 -13.110  15.646

  No H/Q in entry =           8
  In of MODEL    8
    1    H    ILE  20           H        ILE  20 -19.862 -16.640   9.713
    2    HA   ILE  20           HA       ILE  20 -19.617 -13.904   9.076
    3    HB   ILE  20           HB       ILE  20 -21.987 -15.262   8.047
    4   HG12  ILE  20          HG12      ILE  20 -20.148 -17.096   8.317
    5   HG13  ILE  20          HG13      ILE  20 -21.043 -16.983   6.815
    6   HG22  ILE  20          HG21      ILE  20 -20.602 -14.543   5.880
    7   HG21  ILE  20          HG22      ILE  20 -19.927 -13.433   7.075
    8   HG23  ILE  20          HG23      ILE  20 -21.667 -13.471   6.783
    9   HD11  ILE  20          HD11      ILE  20 -18.493 -15.490   7.004
   10   HD13  ILE  20          HD12      ILE  20 -19.224 -16.312   5.626
   11   HD12  ILE  20          HD13      ILE  20 -18.415 -17.243   6.887

  No H/Q in entry =          11
  In of MODEL    8
    1    H    HIS  21           H        HIS  21 -20.529 -12.368   9.965
    2    HA   HIS  21           HA       HIS  21 -22.846 -11.444  10.055
    3    HB2  HIS  21           HB2      HIS  21 -23.809 -13.536  11.072
    4    HB3  HIS  21           HB3      HIS  21 -23.097 -13.042  12.607
    5    HD1  HIS  21           HD1      HIS  21 -24.102 -10.854  13.698
    6    HD2  HIS  21           HD2      HIS  21 -26.187 -12.258  10.383
    7    HE1  HIS  21           HE1      HIS  21 -26.367  -9.778  13.820
    8    HE2  HIS  21           HE2      HIS  21 -27.568 -10.536  11.739

  No H/Q in entry =           8
  In of MODEL    8
    1    H    LYS  22           H        LYS  22 -22.530  -9.643  10.384
    2    HA   LYS  22           HA       LYS  22 -20.584  -8.762  12.366
    3    HB2  LYS  22           HB2      LYS  22 -20.114  -8.433   9.840
    4    HB3  LYS  22           HB3      LYS  22 -21.245  -7.099   9.975
    5    HG2  LYS  22           HG2      LYS  22 -19.560  -6.676  12.094
    6    HG3  LYS  22           HG3      LYS  22 -18.475  -7.284  10.845
    7    HD2  LYS  22           HD2      LYS  22 -19.642  -5.598   9.311
    8    HD3  LYS  22           HD3      LYS  22 -20.242  -4.859  10.798
    9    HE2  LYS  22           HE2      LYS  22 -18.228  -3.722  10.082
   10    HE3  LYS  22           HE3      LYS  22 -17.910  -4.598  11.580
   11    HZ3  LYS  22           HZ1      LYS  22 -16.821  -6.319  10.345
   12    HZ2  LYS  22           HZ2      LYS  22 -16.137  -4.833   9.913
   13    HZ1  LYS  22           HZ3      LYS  22 -17.228  -5.594   8.869

  No H/Q in entry =          13
  In of MODEL    8
    1    H    TYR  23           H        TYR  23 -21.669  -5.995  11.262
    2    HA   TYR  23           HA       TYR  23 -23.846  -5.665  13.158
    3    HB2  TYR  23           HB2      TYR  23 -21.971  -3.701  13.904
    4    HB3  TYR  23           HB3      TYR  23 -22.553  -5.031  14.888
    5    HD1  TYR  23           HD1      TYR  23 -21.148  -7.357  14.198
    6    HD2  TYR  23           HD2      TYR  23 -19.743  -3.385  13.886
    7    HE1  TYR  23           HE1      TYR  23 -18.865  -8.197  14.336
    8    HE2  TYR  23           HE2      TYR  23 -17.424  -4.193  14.028
    9    HH   TYR  23           HH       TYR  23 -16.719  -7.679  14.321

  No H/Q in entry =           9
  In of MODEL    8
    1    HA   PRO  24           HA       PRO  24 -25.156  -1.902  11.116
    2    HB2  PRO  24           HB2      PRO  24 -24.512  -0.009  13.132
    3    HB3  PRO  24           HB3      PRO  24 -26.077  -0.758  12.811
    4    HG2  PRO  24           HG2      PRO  24 -24.004  -1.490  14.805
    5    HG3  PRO  24           HG3      PRO  24 -25.764  -1.676  14.891
    6    HD2  PRO  24           HD2      PRO  24 -24.174  -3.779  14.504
    7    HD3  PRO  24           HD3      PRO  24 -25.731  -3.649  13.655

  No H/Q in entry =           7
  In of MODEL    8
    1    H    SER  25           H        SER  25 -24.166  -0.260   9.698
    2    HA   SER  25           HA       SER  25 -21.366  -0.048   9.795
    3    HB2  SER  25           HB2      SER  25 -22.345   2.291   8.567
    4    HB3  SER  25           HB3      SER  25 -21.681   0.855   7.805
    5    HG   SER  25           HG       SER  25 -23.938   1.538   7.226

  No H/Q in entry =           5
  In of MODEL    8
    1    H    LYS  26           H        LYS  26 -20.144   1.681  10.171
    2    HA   LYS  26           HA       LYS  26 -19.480   3.698  11.232
    3    HB2  LYS  26           HB2      LYS  26 -21.843   4.333  11.906
    4    HB3  LYS  26           HB3      LYS  26 -21.831   3.110  13.168
    5    HG2  LYS  26           HG2      LYS  26 -19.961   4.329  14.367
    6    HG3  LYS  26           HG3      LYS  26 -19.845   5.492  13.049
    7    HD2  LYS  26           HD2      LYS  26 -22.205   6.263  13.613
    8    HD3  LYS  26           HD3      LYS  26 -22.276   5.055  14.910
    9    HE2  LYS  26           HE2      LYS  26 -20.216   6.081  16.004
   10    HE3  LYS  26           HE3      LYS  26 -20.144   7.315  14.735
   11    HZ1  LYS  26           HZ1      LYS  26 -22.662   6.931  16.244
   12    HZ2  LYS  26           HZ2      LYS  26 -21.447   7.806  16.914
   13    HZ3  LYS  26           HZ3      LYS  26 -22.043   8.261  15.415

  No H/Q in entry =          13
  In of MODEL    8
    1    H    SER  27           H        SER  27 -19.704   0.481  11.815
    2    HA   SER  27           HA       SER  27 -18.569   0.508  14.436
    3    HB2  SER  27           HB2      SER  27 -18.142  -2.015  13.617
    4    HB3  SER  27           HB3      SER  27 -19.666  -1.471  14.314
    5    HG   SER  27           HG       SER  27 -20.601  -1.558  12.405

  No H/Q in entry =           5
  In of MODEL    8
    1    H    THR  28           H        THR  28 -16.710  -0.902  14.605
    2    HA   THR  28           HA       THR  28 -14.616  -0.835  12.789
    3    HB   THR  28           HB       THR  28 -14.428   1.603  13.304
    4    HG1  THR  28           HG1      THR  28 -12.402   0.850  13.074
    5   HG21  THR  28          HG21      THR  28 -14.259   0.681  16.161
    6   HG23  THR  28          HG22      THR  28 -15.581   1.589  15.433
    7   HG22  THR  28          HG23      THR  28 -13.990   2.335  15.609

  No H/Q in entry =           7
  In of MODEL    8
    1    H    LEU  29           H        LEU  29 -12.969  -1.711  13.815
    2    HA   LEU  29           HA       LEU  29 -13.887  -3.710  15.698
    3    HB2  LEU  29           HB2      LEU  29 -12.445  -5.029  13.619
    4    HB3  LEU  29           HB3      LEU  29 -14.089  -5.330  14.134
    5    HG   LEU  29           HG       LEU  29 -13.119  -3.587  11.847
    6   HD11  LEU  29          HD11      LEU  29 -13.370  -6.077  11.557
    7   HD13  LEU  29          HD12      LEU  29 -14.305  -5.066  10.448
    8   HD12  LEU  29          HD13      LEU  29 -15.105  -5.842  11.821
    9   HD23  LEU  29          HD21      LEU  29 -16.016  -3.963  12.486
   10   HD22  LEU  29          HD22      LEU  29 -15.254  -2.792  11.399
   11   HD21  LEU  29          HD23      LEU  29 -15.100  -2.611  13.152

  No H/Q in entry =          11
  In of MODEL    8
    1    H    ILE  30           H        ILE  30 -11.374  -2.018  14.077
    2    HA   ILE  30           HA       ILE  30  -9.402  -2.371  15.991
    3    HB   ILE  30           HB       ILE  30  -7.959  -3.685  13.916
    4   HG12  ILE  30          HG12      ILE  30  -9.355  -5.990  14.475
    5   HG13  ILE  30          HG13      ILE  30 -10.643  -4.833  14.181
    6   HG22  ILE  30          HG21      ILE  30  -7.550  -5.409  15.617
    7   HG21  ILE  30          HG22      ILE  30  -8.788  -4.671  16.633
    8   HG23  ILE  30          HG23      ILE  30  -7.330  -3.766  16.218
    9   HD12  ILE  30          HD11      ILE  30  -8.774  -6.093  12.332
   10   HD11  ILE  30          HD12      ILE  30  -8.974  -4.359  12.081
   11   HD13  ILE  30          HD13      ILE  30 -10.384  -5.426  12.046

  No H/Q in entry =          11
  In of MODEL    8
    1    H    HIS  31           H        HIS  31  -8.954  -0.496  15.815
    2    HA   HIS  31           HA       HIS  31  -6.959   0.519  14.088
    3    HB2  HIS  31           HB2      HIS  31  -8.657   0.804  12.442
    4    HB3  HIS  31           HB3      HIS  31  -9.881   1.217  13.645
    5    HD1  HIS  31           HD1      HIS  31  -7.226   2.741  11.491
    6    HD2  HIS  31           HD2      HIS  31  -9.886   3.895  14.461
    7    HE1  HIS  31           HE1      HIS  31  -7.130   5.241  11.548
    8    HE2  HIS  31           HE2      HIS  31  -8.492   5.855  13.594

  No H/Q in entry =           8
  In of MODEL    8
    1    H    GLN  32           H        GLN  32  -6.869   0.256  16.879
    2    HA   GLN  32           HA       GLN  32  -6.631   3.085  17.492
    3    HB2  GLN  32           HB2      GLN  32  -9.126   2.430  17.990
    4    HB3  GLN  32           HB3      GLN  32  -8.451   1.655  19.421
    5    HG2  GLN  32           HG2      GLN  32  -7.536   3.747  20.195
    6    HG3  GLN  32           HG3      GLN  32  -8.008   4.553  18.707
    7   HE21  GLN  32          HE21      GLN  32 -10.638   3.378  18.561
    8   HE22  GLN  32          HE22      GLN  32 -11.576   4.110  19.812

  No H/Q in entry =           8
  In of MODEL    8
    1    H    GLY  33           H        GLY  33  -5.756  -0.051  17.742
    2    HA3  GLY  33           HA2      GLY  33  -3.427  -0.231  18.632
    3    HA2  GLY  33           HA3      GLY  33  -4.063   0.597  20.044

  No H/Q in entry =           3
  In of MODEL    8
    1    H    GLU  34           H        GLU  34  -6.112  -1.634  18.472
    2    HA   GLU  34           HA       GLU  34  -5.957  -3.536  20.674
    3    HB2  GLU  34           HB2      GLU  34  -7.707  -3.861  18.274
    4    HB3  GLU  34           HB3      GLU  34  -8.038  -4.290  19.931
    5    HG2  GLU  34           HG2      GLU  34  -9.436  -2.519  19.734
    6    HG3  GLU  34           HG3      GLU  34  -7.975  -1.652  20.202

  No H/Q in entry =           6
  In of MODEL    8
    1    H    LYS  35           H        LYS  35  -4.649  -5.218  20.434
    2    HA   LYS  35           HA       LYS  35  -3.150  -5.980  18.279
    3    HB2  LYS  35           HB2      LYS  35  -4.235  -7.452  20.635
    4    HB3  LYS  35           HB3      LYS  35  -3.524  -8.395  19.332
    5    HG2  LYS  35           HG2      LYS  35  -1.422  -7.358  19.594
    6    HG3  LYS  35           HG3      LYS  35  -2.095  -6.119  20.661
    7    HD2  LYS  35           HD2      LYS  35  -0.941  -7.718  22.030
    8    HD3  LYS  35           HD3      LYS  35  -2.673  -7.925  22.287
    9    HE2  LYS  35           HE2      LYS  35  -2.207  -9.658  20.231
   10    HE3  LYS  35           HE3      LYS  35  -0.700  -9.766  21.136
   11    HZ2  LYS  35           HZ1      LYS  35  -3.295 -10.794  21.787
   12    HZ1  LYS  35           HZ2      LYS  35  -2.631  -9.881  23.056
   13    HZ3  LYS  35           HZ3      LYS  35  -1.778 -11.195  22.428

  No H/Q in entry =          13
  In of MODEL    8
    1    H    ALA  36           H        ALA  36  -3.802  -6.492  16.262
    2    HA   ALA  36           HA       ALA  36  -6.456  -7.424  15.743
    3    HB1  ALA  36           HB1      ALA  36  -5.388  -7.632  13.354
    4    HB2  ALA  36           HB2      ALA  36  -4.081  -6.700  14.093
    5    HB3  ALA  36           HB3      ALA  36  -5.717  -6.049  14.058

  No H/Q in entry =           5
  In of MODEL    8
    1    H    GLU  37           H        GLU  37  -5.987  -9.269  17.283
    2    HA   GLU  37           HA       GLU  37  -4.546 -11.525  16.154
    3    HB2  GLU  37           HB2      GLU  37  -5.680 -12.548  18.374
    4    HB3  GLU  37           HB3      GLU  37  -4.168 -11.652  18.390
    5    HG2  GLU  37           HG2      GLU  37  -5.457  -9.595  18.899
    6    HG3  GLU  37           HG3      GLU  37  -6.910 -10.583  19.020

  No H/Q in entry =           6
  In of MODEL    8
    1    H    THR  38           H        THR  38  -7.604 -10.252  15.925
    2    HA   THR  38           HA       THR  38  -8.757 -12.860  15.210
    3    HB   THR  38           HB       THR  38 -10.073 -12.084  17.003
    4    HG1  THR  38           HG1      THR  38 -11.259 -12.578  14.969
    5   HG23  THR  38          HG21      THR  38  -9.264  -9.862  17.277
    6   HG22  THR  38          HG22      THR  38 -11.010  -9.753  17.061
    7   HG21  THR  38          HG23      THR  38  -9.930  -9.359  15.723

  No H/Q in entry =           7
  In of MODEL    8
    1    H    LEU  39           H        LEU  39  -9.732 -13.034  13.212
    2    HA   LEU  39           HA       LEU  39  -9.204 -10.808  11.403
    3    HB2  LEU  39           HB2      LEU  39  -8.081 -12.468  10.357
    4    HB3  LEU  39           HB3      LEU  39  -9.015 -13.726  11.143
    5    HG   LEU  39           HG       LEU  39 -10.559 -12.218   9.165
    6   HD13  LEU  39          HD11      LEU  39  -8.497 -12.072   7.968
    7   HD12  LEU  39          HD12      LEU  39  -9.483 -13.334   7.227
    8   HD11  LEU  39          HD13      LEU  39  -8.138 -13.770   8.281
    9   HD21  LEU  39          HD21      LEU  39 -10.050 -15.094   9.841
   10   HD23  LEU  39          HD22      LEU  39 -10.944 -14.629   8.395
   11   HD22  LEU  39          HD23      LEU  39 -11.542 -14.165   9.988

  No H/Q in entry =          11
  In of MODEL    8
    1    H    TYR  40           H        TYR  40 -10.843 -10.100   9.965
    2    HA   TYR  40           HA       TYR  40 -13.524 -11.194  10.505
    3    HB2  TYR  40           HB2      TYR  40 -12.941  -8.280   9.940
    4    HB3  TYR  40           HB3      TYR  40 -14.469  -8.983  10.424
    5    HD1  TYR  40           HD1      TYR  40 -15.102  -8.877  12.600
    6    HD2  TYR  40           HD2      TYR  40 -10.981  -8.469  11.698
    7    HE1  TYR  40           HE1      TYR  40 -14.667  -8.250  14.932
    8    HE2  TYR  40           HE2      TYR  40 -10.517  -7.867  14.037
    9    HH   TYR  40           HH       TYR  40 -11.795  -6.858  15.965

  No H/Q in entry =           9
  In of MODEL    8
    1    H    TYR  41           H        TYR  41 -14.097 -12.192   8.600
    2    HA   TYR  41           HA       TYR  41 -13.114 -11.144   6.073
    3    HB2  TYR  41           HB2      TYR  41 -13.303 -13.600   6.739
    4    HB3  TYR  41           HB3      TYR  41 -15.038 -13.410   6.540
    5    HD1  TYR  41           HD1      TYR  41 -15.619 -12.177   4.147
    6    HD2  TYR  41           HD2      TYR  41 -12.250 -14.547   5.054
    7    HE1  TYR  41           HE1      TYR  41 -15.337 -12.672   1.761
    8    HE2  TYR  41           HE2      TYR  41 -11.920 -15.048   2.725
    9    HH   TYR  41           HH       TYR  41 -13.236 -15.092   0.625

  No H/Q in entry =           9
  In of MODEL    8
    1    H    ILE  42           H        ILE  42 -14.236  -9.260   5.594
    2    HA   ILE  42           HA       ILE  42 -16.988  -8.942   6.016
    3    HB   ILE  42           HB       ILE  42 -15.411  -7.109   5.613
    4   HG12  ILE  42          HG12      ILE  42 -17.484  -6.916   3.475
    5   HG13  ILE  42          HG13      ILE  42 -17.951  -7.035   5.174
    6   HG22  ILE  42          HG21      ILE  42 -14.970  -6.541   3.165
    7   HG21  ILE  42          HG22      ILE  42 -15.295  -8.247   2.859
    8   HG23  ILE  42          HG23      ILE  42 -13.979  -7.779   3.933
    9   HD11  ILE  42          HD11      ILE  42 -16.345  -5.133   5.584
   10   HD13  ILE  42          HD12      ILE  42 -17.847  -4.755   4.732
   11   HD12  ILE  42          HD13      ILE  42 -16.336  -4.912   3.834

  No H/Q in entry =          11
  In of MODEL    8
    1    H    VAL  43           H        VAL  43 -18.381 -10.432   5.307
    2    HA   VAL  43           HA       VAL  43 -17.871 -11.735   2.791
    3    HB   VAL  43           HB       VAL  43 -19.999 -12.433   4.796
    4   HG11  VAL  43          HG11      VAL  43 -20.187 -13.269   2.419
    5   HG13  VAL  43          HG12      VAL  43 -20.150 -14.498   3.684
    6   HG12  VAL  43          HG13      VAL  43 -18.700 -14.174   2.727
    7   HG22  VAL  43          HG21      VAL  43 -18.453 -14.110   5.611
    8   HG21  VAL  43          HG22      VAL  43 -17.735 -12.508   5.766
    9   HG23  VAL  43          HG23      VAL  43 -17.231 -13.579   4.458

  No H/Q in entry =           9
  In of MODEL    8
    1    H    LYS  44           H        LYS  44 -19.948  -9.491   4.029
    2    HA   LYS  44           HA       LYS  44 -21.404  -8.821   1.715
    3    HB2  LYS  44           HB2      LYS  44 -22.488 -11.051   2.729
    4    HB3  LYS  44           HB3      LYS  44 -23.146  -9.940   3.923
    5    HG2  LYS  44           HG2      LYS  44 -23.586  -9.115   1.133
    6    HG3  LYS  44           HG3      LYS  44 -24.357 -10.639   1.574
    7    HD2  LYS  44           HD2      LYS  44 -25.182  -9.348   3.658
    8    HD3  LYS  44           HD3      LYS  44 -24.786  -7.903   2.726
    9    HE2  LYS  44           HE2      LYS  44 -26.272  -8.624   0.943
   10    HE3  LYS  44           HE3      LYS  44 -26.624 -10.114   1.815
   11    HZ1  LYS  44           HZ1      LYS  44 -27.541  -8.708   3.623
   12    HZ3  LYS  44           HZ2      LYS  44 -28.399  -8.596   2.167
   13    HZ2  LYS  44           HZ3      LYS  44 -27.347  -7.354   2.623

  No H/Q in entry =          13
  In of MODEL    8
    1    H    GLY  45           H        GLY  45 -20.670  -7.000   2.275
    2    HA3  GLY  45           HA2      GLY  45 -22.073  -4.963   3.299
    3    HA2  GLY  45           HA3      GLY  45 -21.135  -5.530   4.696

  No H/Q in entry =           3
  In of MODEL    8
    1    H    SER  46           H        SER  46 -20.366  -3.063   3.641
    2    HA   SER  46           HA       SER  46 -17.718  -3.834   2.764
    3    HB2  SER  46           HB2      SER  46 -18.840  -3.268   0.705
    4    HB3  SER  46           HB3      SER  46 -19.480  -1.787   1.418
    5    HG   SER  46           HG       SER  46 -17.719  -0.860   0.798

  No H/Q in entry =           5
  In of MODEL    8
    1    H    VAL  47           H        VAL  47 -16.043  -2.387   3.374
    2    HA   VAL  47           HA       VAL  47 -17.001  -0.587   5.457
    3    HB   VAL  47           HB       VAL  47 -15.184  -1.149   6.965
    4   HG11  VAL  47          HG11      VAL  47 -16.908  -3.390   5.998
    5   HG13  VAL  47          HG12      VAL  47 -17.174  -2.328   7.374
    6   HG12  VAL  47          HG13      VAL  47 -15.887  -3.534   7.429
    7   HG21  VAL  47          HG21      VAL  47 -14.496  -3.237   4.914
    8   HG23  VAL  47          HG22      VAL  47 -13.819  -3.142   6.541
    9   HG22  VAL  47          HG23      VAL  47 -13.508  -1.849   5.378

  No H/Q in entry =           9
  In of MODEL    8
    1    H    ALA  48           H        ALA  48 -15.111   0.721   6.426
    2    HA   ALA  48           HA       ALA  48 -13.797   1.909   4.086
    3    HB1  ALA  48           HB1      ALA  48 -14.534   3.539   6.476
    4    HB2  ALA  48           HB2      ALA  48 -15.775   3.148   5.291
    5    HB3  ALA  48           HB3      ALA  48 -14.336   4.034   4.795

  No H/Q in entry =           5
  In of MODEL    8
    1    H    VAL  49           H        VAL  49 -11.895   1.134   4.280
    2    HA   VAL  49           HA       VAL  49 -10.541   0.570   6.704
    3    HB   VAL  49           HB       VAL  49  -9.703   0.663   3.804
    4   HG12  VAL  49          HG11      VAL  49  -8.005  -0.625   5.857
    5   HG11  VAL  49          HG12      VAL  49  -7.902   1.123   5.662
    6   HG13  VAL  49          HG13      VAL  49  -7.569   0.060   4.293
    7   HG21  VAL  49          HG21      VAL  49 -11.230  -1.127   4.475
    8   HG23  VAL  49          HG22      VAL  49 -10.095  -1.605   5.742
    9   HG22  VAL  49          HG23      VAL  49  -9.639  -1.758   4.041

  No H/Q in entry =           9
  In of MODEL    8
    1    H    LEU  50           H        LEU  50  -9.033   1.804   7.752
    2    HA   LEU  50           HA       LEU  50  -8.240   4.299   6.608
    3    HB2  LEU  50           HB2      LEU  50  -9.046   5.720   8.282
    4    HB3  LEU  50           HB3      LEU  50 -10.379   4.734   7.748
    5    HG   LEU  50           HG       LEU  50  -8.920   4.607  10.362
    6   HD11  LEU  50          HD11      LEU  50 -11.776   5.044   9.529
    7   HD13  LEU  50          HD12      LEU  50 -10.655   6.260  10.186
    8   HD12  LEU  50          HD13      LEU  50 -11.210   4.921  11.200
    9   HD22  LEU  50          HD21      LEU  50  -9.241   2.330   9.616
   10   HD21  LEU  50          HD22      LEU  50 -10.937   2.665   9.261
   11   HD23  LEU  50          HD23      LEU  50 -10.352   2.719  10.928

  No H/Q in entry =          11
  In of MODEL    8
    1    H    ILE  51           H        ILE  51  -6.493   5.329   7.547
    2    HA   ILE  51           HA       ILE  51  -4.898   3.447   9.157
    3    HB   ILE  51           HB       ILE  51  -2.954   4.525   7.928
    4   HG12  ILE  51          HG12      ILE  51  -3.788   5.142   5.513
    5   HG13  ILE  51          HG13      ILE  51  -5.292   5.527   6.338
    6   HG22  ILE  51          HG21      ILE  51  -3.626   3.044   5.852
    7   HG21  ILE  51          HG22      ILE  51  -4.962   2.592   6.909
    8   HG23  ILE  51          HG23      ILE  51  -3.298   2.320   7.428
    9   HD12  ILE  51          HD11      ILE  51  -2.599   6.770   6.831
   10   HD11  ILE  51          HD12      ILE  51  -4.055   7.113   7.765
   11   HD13  ILE  51          HD13      ILE  51  -3.992   7.519   6.050

  No H/Q in entry =          11
  In of MODEL    8
    1    H    LYS  52           H        LYS  52  -2.806   4.674   9.889
    2    HA   LYS  52           HA       LYS  52  -3.651   7.221  11.119
    3    HB2  LYS  52           HB2      LYS  52  -1.697   5.303  12.382
    4    HB3  LYS  52           HB3      LYS  52  -2.494   6.687  13.118
    5    HG2  LYS  52           HG2      LYS  52  -4.670   5.485  12.792
    6    HG3  LYS  52           HG3      LYS  52  -3.728   4.067  12.333
    7    HD2  LYS  52           HD2      LYS  52  -3.745   3.564  14.519
    8    HD3  LYS  52           HD3      LYS  52  -2.535   4.841  14.681
    9    HE2  LYS  52           HE2      LYS  52  -5.001   6.152  14.659
   10    HE3  LYS  52           HE3      LYS  52  -5.244   4.728  15.667
   11    HZ3  LYS  52           HZ1      LYS  52  -3.439   5.391  17.061
   12    HZ2  LYS  52           HZ2      LYS  52  -4.487   6.710  16.893
   13    HZ1  LYS  52           HZ3      LYS  52  -3.032   6.672  16.036

  No H/Q in entry =          13
  In of MODEL    8
    1    H    ASP  53           H        ASP  53  -2.207   8.899  11.079
    2    HA   ASP  53           HA       ASP  53   0.027   8.638   9.249
    3    HB2  ASP  53           HB2      ASP  53  -1.841  10.497   9.328
    4    HB3  ASP  53           HB3      ASP  53  -0.733  11.225  10.482

  No H/Q in entry =           4
  In of MODEL    8
    1    H    GLU  54           H        GLU  54   1.517  10.889  10.215
    2    HA   GLU  54           HA       GLU  54   2.988   9.528  12.362
    3    HB2  GLU  54           HB2      GLU  54   4.195  10.236  10.193
    4    HB3  GLU  54           HB3      GLU  54   3.884  11.897  10.678
    5    HG2  GLU  54           HG2      GLU  54   6.143  11.212  11.253
    6    HG3  GLU  54           HG3      GLU  54   5.184  11.586  12.686

  No H/Q in entry =           6
  In of MODEL    8
    1    H    GLU  55           H        GLU  55   0.635  11.816  11.758
    2    HA   GLU  55           HA       GLU  55   1.230  13.376  14.201
    3    HB2  GLU  55           HB2      GLU  55  -0.333  15.102  13.112
    4    HB3  GLU  55           HB3      GLU  55   1.280  14.959  12.420
    5    HG2  GLU  55           HG2      GLU  55   0.429  13.578  10.642
    6    HG3  GLU  55           HG3      GLU  55  -1.181  13.613  11.357

  No H/Q in entry =           6
  In of MODEL    8
    1    H    GLY  56           H        GLY  56  -0.272  10.786  13.412
    2    HA3  GLY  56           HA2      GLY  56  -1.963   9.718  14.600
    3    HA2  GLY  56           HA3      GLY  56  -2.368  11.255  15.354

  No H/Q in entry =           3
  In of MODEL    8
    1    H    LYS  57           H        LYS  57  -2.272  11.036  11.744
    2    HA   LYS  57           HA       LYS  57  -5.063  11.774  11.824
    3    HB2  LYS  57           HB2      LYS  57  -2.813  12.032  10.046
    4    HB3  LYS  57           HB3      LYS  57  -4.133  11.247   9.196
    5    HG2  LYS  57           HG2      LYS  57  -5.458  13.098   9.266
    6    HG3  LYS  57           HG3      LYS  57  -4.714  13.716  10.742
    7    HD2  LYS  57           HD2      LYS  57  -4.176  15.056   8.716
    8    HD3  LYS  57           HD3      LYS  57  -2.753  14.408   9.530
    9    HE2  LYS  57           HE2      LYS  57  -3.345  12.430   7.730
   10    HE3  LYS  57           HE3      LYS  57  -3.795  13.884   6.842
   11    HZ3  LYS  57           HZ1      LYS  57  -1.659  14.215   6.425
   12    HZ2  LYS  57           HZ2      LYS  57  -1.221  12.852   7.333
   13    HZ1  LYS  57           HZ3      LYS  57  -1.338  14.378   8.083

  No H/Q in entry =          13
  In of MODEL    8
    1    H    GLU  58           H        GLU  58  -6.559  10.210  11.887
    2    HA   GLU  58           HA       GLU  58  -5.873   7.565  10.869
    3    HB2  GLU  58           HB2      GLU  58  -8.220   7.901  12.629
    4    HB3  GLU  58           HB3      GLU  58  -6.991   6.650  12.638
    5    HG2  GLU  58           HG2      GLU  58  -5.458   8.320  13.734
    6    HG3  GLU  58           HG3      GLU  58  -6.878   9.349  13.930

  No H/Q in entry =           6
  In of MODEL    8
    1    H    MET  59           H        MET  59  -6.568   8.164   8.584
    2    HA   MET  59           HA       MET  59  -9.307   9.154   8.525
    3    HB2  MET  59           HB2      MET  59  -6.925   9.483   6.717
    4    HB3  MET  59           HB3      MET  59  -8.521  10.132   6.392
    5    HG2  MET  59           HG2      MET  59  -8.294  11.668   8.244
    6    HG3  MET  59           HG3      MET  59  -6.755  10.921   8.695
    7    HE2  MET  59           HE1      MET  59  -8.028  11.656   4.991
    8    HE1  MET  59           HE2      MET  59  -6.665  10.541   5.110
    9    HE3  MET  59           HE3      MET  59  -6.449  12.127   4.362

  No H/Q in entry =           9
  In of MODEL    8
    1    H    ILE  60           H        ILE  60 -10.546   8.272   6.962
    2    HA   ILE  60           HA       ILE  60 -10.225   5.703   6.060
    3    HB   ILE  60           HB       ILE  60 -11.708   7.939   4.657
    4   HG12  ILE  60          HG12      ILE  60 -12.394   7.519   7.020
    5   HG13  ILE  60          HG13      ILE  60 -13.670   7.204   5.848
    6   HG21  ILE  60          HG21      ILE  60 -11.726   4.970   4.275
    7   HG23  ILE  60          HG22      ILE  60 -11.525   6.243   3.070
    8   HG22  ILE  60          HG23      ILE  60 -13.102   5.969   3.814
    9   HD11  ILE  60          HD11      ILE  60 -12.781   4.759   5.978
   10   HD13  ILE  60          HD12      ILE  60 -13.863   5.400   7.220
   11   HD12  ILE  60          HD13      ILE  60 -12.131   5.302   7.528

  No H/Q in entry =          11
  In of MODEL    8
    1    H    LEU  61           H        LEU  61  -8.846   4.801   4.613
    2    HA   LEU  61           HA       LEU  61  -7.717   6.587   2.600
    3    HB2  LEU  61           HB2      LEU  61  -5.576   5.800   2.882
    4    HB3  LEU  61           HB3      LEU  61  -6.173   5.837   4.521
    5    HG   LEU  61           HG       LEU  61  -4.880   3.897   4.347
    6   HD12  LEU  61          HD11      LEU  61  -6.468   2.038   4.597
    7   HD11  LEU  61          HD12      LEU  61  -7.761   3.131   4.102
    8   HD13  LEU  61          HD13      LEU  61  -6.845   3.453   5.577
    9   HD22  LEU  61          HD21      LEU  61  -4.448   3.312   2.220
   10   HD21  LEU  61          HD22      LEU  61  -6.104   3.596   1.685
   11   HD23  LEU  61          HD23      LEU  61  -5.705   2.121   2.570

  No H/Q in entry =          11
  In of MODEL    8
    1    H    SER  62           H        SER  62  -9.343   3.616   3.317
    2    HA   SER  62           HA       SER  62  -9.765   3.197   0.521
    3    HB2  SER  62           HB2      SER  62  -8.784   0.992   0.302
    4    HB3  SER  62           HB3      SER  62  -7.534   2.138   0.786
    5    HG   SER  62           HG       SER  62  -8.260  -0.097   2.005

  No H/Q in entry =           5
  In of MODEL    8
    1    H    TYR  63           H        TYR  63 -10.752   0.744   0.423
    2    HA   TYR  63           HA       TYR  63 -12.554   0.081   2.434
    3    HB2  TYR  63           HB2      TYR  63 -14.178   0.951   0.081
    4    HB3  TYR  63           HB3      TYR  63 -14.620   0.897   1.771
    5    HD1  TYR  63           HD1      TYR  63 -12.464   2.938  -0.499
    6    HD2  TYR  63           HD2      TYR  63 -15.138   2.858   2.781
    7    HE1  TYR  63           HE1      TYR  63 -12.477   5.389  -0.475
    8    HE2  TYR  63           HE2      TYR  63 -15.150   5.311   2.843
    9    HH   TYR  63           HH       TYR  63 -14.316   7.172   2.000

  No H/Q in entry =           9
  In of MODEL    8
    1    H    LEU  64           H        LEU  64 -14.123  -1.232   1.559
    2    HA   LEU  64           HA       LEU  64 -12.827  -3.360   0.064
    3    HB2  LEU  64           HB2      LEU  64 -14.737  -3.814   2.287
    4    HB3  LEU  64           HB3      LEU  64 -13.665  -4.961   1.525
    5    HG   LEU  64           HG       LEU  64 -12.966  -2.816   3.515
    6   HD12  LEU  64          HD11      LEU  64 -12.365  -5.765   3.474
    7   HD11  LEU  64          HD12      LEU  64 -13.797  -5.077   4.235
    8   HD13  LEU  64          HD13      LEU  64 -12.192  -4.645   4.824
    9   HD23  LEU  64          HD21      LEU  64 -10.625  -3.516   3.210
   10   HD22  LEU  64          HD22      LEU  64 -11.286  -2.721   1.778
   11   HD21  LEU  64          HD23      LEU  64 -11.118  -4.477   1.814

  No H/Q in entry =          11
  In of MODEL    8
    1    H    ASN  65           H        ASN  65 -14.530  -5.165  -0.060
    2    HA   ASN  65           HA       ASN  65 -17.074  -4.215  -1.046
    3    HB2  ASN  65           HB2      ASN  65 -14.978  -5.082  -2.827
    4    HB3  ASN  65           HB3      ASN  65 -16.307  -6.243  -2.883
    5   HD21  ASN  65          HD21      ASN  65 -15.408  -2.897  -3.341
    6   HD22  ASN  65          HD22      ASN  65 -16.785  -2.449  -4.282

  No H/Q in entry =           6
  In of MODEL    8
    1    H    GLN  66           H        GLN  66 -18.575  -5.981  -1.212
    2    HA   GLN  66           HA       GLN  66 -18.741  -7.753   0.936
    3    HB2  GLN  66           HB2      GLN  66 -20.117  -7.750  -1.829
    4    HB3  GLN  66           HB3      GLN  66 -20.595  -8.814  -0.508
    5    HG2  GLN  66           HG2      GLN  66 -21.265  -6.813   0.899
    6    HG3  GLN  66           HG3      GLN  66 -20.669  -5.712  -0.319
    7   HE22  GLN  66          HE21      GLN  66 -24.294  -5.712  -0.771
    8   HE21  GLN  66          HE22      GLN  66 -22.994  -5.090   0.387

  No H/Q in entry =           8
  In of MODEL    8
    1    H    GLY  67           H        GLY  67 -16.742  -8.918   0.981
    2    HA3  GLY  67           HA2      GLY  67 -16.541 -11.447   0.598
    3    HA2  GLY  67           HA3      GLY  67 -16.478 -10.966  -1.092

  No H/Q in entry =           3
  In of MODEL    8
    1    H    ASP  68           H        ASP  68 -15.069  -8.858   1.252
    2    HA   ASP  68           HA       ASP  68 -12.407  -9.545   0.236
    3    HB2  ASP  68           HB2      ASP  68 -13.506  -7.129   0.191
    4    HB3  ASP  68           HB3      ASP  68 -12.965  -7.086   1.864

  No H/Q in entry =           4
  In of MODEL    8
    1    H    PHE  69           H        PHE  69 -11.024  -8.282   2.425
    2    HA   PHE  69           HA       PHE  69 -11.723 -10.081   4.643
    3    HB2  PHE  69           HB2      PHE  69  -8.937  -9.512   3.617
    4    HB3  PHE  69           HB3      PHE  69  -9.339 -10.524   4.996
    5    HD1  PHE  69           HD1      PHE  69  -9.682 -12.812   4.707
    6    HD2  PHE  69           HD2      PHE  69  -9.803 -10.245   1.315
    7    HE1  PHE  69           HE1      PHE  69  -9.732 -14.774   3.224
    8    HE2  PHE  69           HE2      PHE  69  -9.868 -12.203  -0.170
    9    HZ   PHE  69           HZ       PHE  69  -9.827 -14.472   0.784

  No H/Q in entry =           9
  In of MODEL    8
    1    H    ILE  70           H        ILE  70 -10.745  -9.413   6.704
    2    HA   ILE  70           HA       ILE  70 -10.009  -6.599   6.931
    3    HB   ILE  70           HB       ILE  70 -12.394  -7.883   8.269
    4   HG12  ILE  70          HG12      ILE  70 -11.990  -5.265   6.822
    5   HG13  ILE  70          HG13      ILE  70 -12.939  -6.649   6.285
    6   HG22  ILE  70          HG21      ILE  70 -12.434  -5.773   9.713
    7   HG21  ILE  70          HG22      ILE  70 -10.740  -5.577   9.266
    8   HG23  ILE  70          HG23      ILE  70 -11.258  -7.016  10.139
    9   HD11  ILE  70          HD11      ILE  70 -14.276  -6.228   8.484
   10   HD13  ILE  70          HD12      ILE  70 -14.567  -5.226   7.060
   11   HD12  ILE  70          HD13      ILE  70 -13.563  -4.616   8.376

  No H/Q in entry =          11
  In of MODEL    8
    1    H    GLY  71           H        GLY  71  -8.661  -6.231   8.680
    2    HA3  GLY  71           HA2      GLY  71  -7.385  -6.741  10.545
    3    HA2  GLY  71           HA3      GLY  71  -8.282  -8.244  10.709

  No H/Q in entry =           3
  In of MODEL    8
    1    H    GLU  72           H        GLU  72  -7.070  -7.712   7.589
    2    HA   GLU  72           HA       GLU  72  -5.361  -9.978   7.703
    3    HB2  GLU  72           HB2      GLU  72  -4.940  -8.004   5.545
    4    HB3  GLU  72           HB3      GLU  72  -5.210  -9.732   5.431
    5    HG2  GLU  72           HG2      GLU  72  -7.103  -8.964   4.436
    6    HG3  GLU  72           HG3      GLU  72  -7.660  -9.057   6.106

  No H/Q in entry =           6
  In of MODEL    8
    1    H    LEU  73           H        LEU  73  -5.207  -6.612   7.883
    2    HA   LEU  73           HA       LEU  73  -2.470  -6.126   7.731
    3    HB2  LEU  73           HB2      LEU  73  -4.920  -4.705   8.333
    4    HB3  LEU  73           HB3      LEU  73  -3.564  -4.119   9.284
    5    HG   LEU  73           HG       LEU  73  -3.855  -2.889   7.160
    6   HD11  LEU  73          HD11      LEU  73  -1.457  -4.455   7.893
    7   HD13  LEU  73          HD12      LEU  73  -1.721  -2.707   7.933
    8   HD12  LEU  73          HD13      LEU  73  -1.413  -3.520   6.397
    9   HD23  LEU  73          HD21      LEU  73  -2.699  -4.647   5.321
   10   HD22  LEU  73          HD22      LEU  73  -4.359  -4.053   5.320
   11   HD21  LEU  73          HD23      LEU  73  -3.969  -5.581   6.111

  No H/Q in entry =          11
  In of MODEL    8
    1    H    GLY  74           H        GLY  74  -4.059  -7.835  10.061
    2    HA3  GLY  74           HA2      GLY  74  -1.999  -7.086  12.033
    3    HA2  GLY  74           HA3      GLY  74  -3.634  -7.522  12.488

  No H/Q in entry =           3
  In of MODEL    8
    1    H    LEU  75           H        LEU  75  -3.639  -9.697  10.368
    2    HA   LEU  75           HA       LEU  75  -2.331 -11.652  12.150
    3    HB2  LEU  75           HB2      LEU  75  -3.870 -13.199  11.460
    4    HB3  LEU  75           HB3      LEU  75  -4.815 -11.729  11.260
    5    HG   LEU  75           HG       LEU  75  -3.401 -12.158   8.849
    6   HD12  LEU  75          HD11      LEU  75  -4.886 -14.620   9.822
    7   HD11  LEU  75          HD12      LEU  75  -3.141 -14.495   9.609
    8   HD13  LEU  75          HD13      LEU  75  -4.211 -14.386   8.209
    9   HD22  LEU  75          HD21      LEU  75  -5.564 -12.130   7.886
   10   HD21  LEU  75          HD22      LEU  75  -5.669 -11.098   9.315
   11   HD23  LEU  75          HD23      LEU  75  -6.317 -12.737   9.360

  No H/Q in entry =          11
  In of MODEL    8
    1    H    PHE  76           H        PHE  76  -2.334 -10.383   8.992
    2    HA   PHE  76           HA       PHE  76  -0.424 -12.392   8.081
    3    HB2  PHE  76           HB2      PHE  76  -2.179 -12.421   6.562
    4    HB3  PHE  76           HB3      PHE  76  -2.522 -10.706   6.779
    5    HD1  PHE  76           HD1      PHE  76   0.250 -12.822   5.664
    6    HD2  PHE  76           HD2      PHE  76  -2.067  -9.358   4.983
    7    HE1  PHE  76           HE1      PHE  76   1.567 -12.367   3.614
    8    HE2  PHE  76           HE2      PHE  76  -0.774  -8.866   2.948
    9    HZ   PHE  76           HZ       PHE  76   1.050 -10.366   2.262

  No H/Q in entry =           9
  In of MODEL    8
    1    H    GLU  77           H        GLU  77  -1.037  -8.953   8.473
    2    HA   GLU  77           HA       GLU  77   1.189  -8.122   6.951
    3    HB2  GLU  77           HB2      GLU  77  -0.756  -6.658   7.724
    4    HB3  GLU  77           HB3      GLU  77   0.058  -6.565   9.279
    5    HG2  GLU  77           HG2      GLU  77   1.534  -5.874   6.788
    6    HG3  GLU  77           HG3      GLU  77   0.416  -4.708   7.486

  No H/Q in entry =           6
  In of MODEL    8
    1    H    GLU  78           H        GLU  78   0.609  -8.894  10.288
    2    HA   GLU  78           HA       GLU  78   2.013 -10.012  11.639
    3    HB2  GLU  78           HB2      GLU  78   3.894 -10.041   9.878
    4    HB3  GLU  78           HB3      GLU  78   4.437  -8.540  10.620
    5    HG2  GLU  78           HG2      GLU  78   4.308  -9.879  12.826
    6    HG3  GLU  78           HG3      GLU  78   4.345 -11.290  11.771

  No H/Q in entry =           6
  In of MODEL    8
    1    H    GLY  79           H        GLY  79   0.477  -7.645  11.626
    2    HA3  GLY  79           HA2      GLY  79   1.732  -5.391  12.813
    3    HA2  GLY  79           HA3      GLY  79   0.023  -5.736  12.778

  No H/Q in entry =           3
  In of MODEL    8
    1    H    GLN  80           H        GLN  80  -0.749  -7.303  14.291
    2    HA   GLN  80           HA       GLN  80  -1.112  -8.048  16.365
    3    HB2  GLN  80           HB2      GLN  80   1.787  -8.326  16.027
    4    HB3  GLN  80           HB3      GLN  80   1.252  -8.266  17.700
    5    HG2  GLN  80           HG2      GLN  80   1.441 -10.550  16.545
    6    HG3  GLN  80           HG3      GLN  80   0.014 -10.203  17.520
    7   HE21  GLN  80          HE21      GLN  80   1.250 -10.585  14.286
    8   HE22  GLN  80          HE22      GLN  80  -0.287 -10.745  13.504

  No H/Q in entry =           8
  In of MODEL    8
    1    H    GLU  81           H        GLU  81  -1.893  -5.774  16.377
    2    HA   GLU  81           HA       GLU  81  -2.053  -4.397  18.546
    3    HB2  GLU  81           HB2      GLU  81   0.675  -4.185  18.069
    4    HB3  GLU  81           HB3      GLU  81   0.039  -2.652  17.483
    5    HG2  GLU  81           HG2      GLU  81  -0.976  -3.530  20.101
    6    HG3  GLU  81           HG3      GLU  81   0.735  -3.124  20.045

  No H/Q in entry =           6
  In of MODEL    8
    1    H    ARG  82           H        ARG  82  -3.773  -4.460  16.711
    2    HA   ARG  82           HA       ARG  82  -5.130  -3.418  15.250
    3    HB2  ARG  82           HB2      ARG  82  -5.659  -1.767  16.634
    4    HB3  ARG  82           HB3      ARG  82  -3.987  -1.407  17.009
    5    HG2  ARG  82           HG2      ARG  82  -4.479  -0.511  14.360
    6    HG3  ARG  82           HG3      ARG  82  -5.832   0.009  15.357
    7    HD2  ARG  82           HD2      ARG  82  -3.844   1.600  15.138
    8    HD3  ARG  82           HD3      ARG  82  -4.480   1.298  16.749
    9    HE   ARG  82           HE       ARG  82  -2.574  -0.173  17.131
   10   HH11  ARG  82          HH11      ARG  82  -2.334   1.981  14.367
   11   HH12  ARG  82          HH12      ARG  82  -0.602   1.987  14.365
   12   HH21  ARG  82          HH21      ARG  82  -0.325  -0.141  17.160
   13   HH22  ARG  82          HH22      ARG  82   0.547   0.792  15.974

  No H/Q in entry =          13
  In of MODEL    8
    1    H    SER  83           H        SER  83  -2.385  -1.205  15.003
    2    HA   SER  83           HA       SER  83  -1.154  -0.406  13.321
    3    HB2  SER  83           HB2      SER  83  -2.065  -2.808  11.738
    4    HB3  SER  83           HB3      SER  83  -0.646  -1.811  11.423
    5    HG   SER  83           HG       SER  83   0.165  -3.465  12.554

  No H/Q in entry =           5
  In of MODEL    8
    1    H    ALA  84           H        ALA  84  -4.478  -1.231  12.489
    2    HA   ALA  84           HA       ALA  84  -6.066   0.458  12.062
    3    HB3  ALA  84           HB1      ALA  84  -4.469   2.298  12.254
    4    HB2  ALA  84           HB2      ALA  84  -5.546   2.491  10.872
    5    HB1  ALA  84           HB3      ALA  84  -3.884   1.954  10.625

  No H/Q in entry =           5
  In of MODEL    8
    1    H    TRP  85           H        TRP  85  -7.521   0.473  10.267
    2    HA   TRP  85           HA       TRP  85  -7.121  -0.007   7.731
    3    HB2  TRP  85           HB2      TRP  85  -5.692  -1.928   8.674
    4    HB3  TRP  85           HB3      TRP  85  -7.222  -2.726   9.010
    5    HD1  TRP  85           HD1      TRP  85  -8.201  -4.043   7.231
    6    HE1  TRP  85           HE1      TRP  85  -7.722  -4.501   4.731
    7    HE3  TRP  85           HE3      TRP  85  -4.732  -0.422   6.476
    8    HZ2  TRP  85           HZ2      TRP  85  -6.076  -3.384   2.698
    9    HZ3  TRP  85           HZ3      TRP  85  -3.750  -0.152   4.235
   10    HH2  TRP  85           HH2      TRP  85  -4.410  -1.605   2.386

  No H/Q in entry =          10
  In of MODEL    8
    1    H    VAL  86           H        VAL  86  -9.178  -0.171  10.457
    2    HA   VAL  86           HA       VAL  86 -11.316  -0.587   8.596
    3    HB   VAL  86           HB       VAL  86 -12.262  -2.324  10.526
    4   HG11  VAL  86          HG11      VAL  86 -11.320  -2.398   7.691
    5   HG13  VAL  86          HG12      VAL  86 -12.955  -2.574   8.337
    6   HG12  VAL  86          HG13      VAL  86 -11.796  -3.894   8.494
    7   HG23  VAL  86          HG21      VAL  86 -10.587  -4.084  10.466
    8   HG22  VAL  86          HG22      VAL  86  -9.984  -2.653  11.303
    9   HG21  VAL  86          HG23      VAL  86  -9.469  -2.993   9.649

  No H/Q in entry =           9
  In of MODEL    8
    1    H    ARG  87           H        ARG  87 -13.234  -0.075   8.933
    2    HA   ARG  87           HA       ARG  87 -14.502   0.880  11.227
    3    HB2  ARG  87           HB2      ARG  87 -13.131   2.921  11.026
    4    HB3  ARG  87           HB3      ARG  87 -13.579   3.062   9.329
    5    HG2  ARG  87           HG2      ARG  87 -15.990   2.913  10.702
    6    HG3  ARG  87           HG3      ARG  87 -14.974   3.993  11.665
    7    HD2  ARG  87           HD2      ARG  87 -15.525   5.599  10.222
    8    HD3  ARG  87           HD3      ARG  87 -14.510   4.765   9.049
    9    HE   ARG  87           HE       ARG  87 -17.087   3.611   9.084
   10   HH11  ARG  87          HH11      ARG  87 -15.366   6.452   7.987
   11   HH12  ARG  87          HH12      ARG  87 -16.482   6.795   6.706
   12   HH21  ARG  87          HH21      ARG  87 -18.569   4.056   7.423
   13   HH22  ARG  87          HH22      ARG  87 -18.325   5.432   6.393

  No H/Q in entry =          13
  In of MODEL    8
    1    H    ALA  88           H        ALA  88 -16.322  -0.122  10.638
    2    HA   ALA  88           HA       ALA  88 -17.213  -0.915   8.451
    3    HB2  ALA  88           HB1      ALA  88 -18.870  -1.626   9.609
    4    HB1  ALA  88           HB2      ALA  88 -19.568  -0.018   9.693
    5    HB3  ALA  88           HB3      ALA  88 -18.387  -0.526  10.906

  No H/Q in entry =           5
  In of MODEL    8
    1    H    LYS  89           H        LYS  89 -18.033  -0.210   6.304
    2    HA   LYS  89           HA       LYS  89 -18.926   2.504   6.330
    3    HB2  LYS  89           HB2      LYS  89 -17.126   1.963   4.777
    4    HB3  LYS  89           HB3      LYS  89 -18.105   0.712   4.033
    5    HG2  LYS  89           HG2      LYS  89 -19.562   2.287   3.067
    6    HG3  LYS  89           HG3      LYS  89 -18.934   3.597   4.077
    7    HD2  LYS  89           HD2      LYS  89 -17.080   3.871   2.806
    8    HD3  LYS  89           HD3      LYS  89 -16.989   2.160   2.386
    9    HE2  LYS  89           HE2      LYS  89 -17.665   2.858   0.380
   10    HE3  LYS  89           HE3      LYS  89 -19.262   2.857   1.127
   11    HZ2  LYS  89           HZ1      LYS  89 -18.070   4.999  -0.057
   12    HZ1  LYS  89           HZ2      LYS  89 -17.816   5.313   1.586
   13    HZ3  LYS  89           HZ3      LYS  89 -19.387   5.074   0.994

  No H/Q in entry =          13
  In of MODEL    8
    1    H    THR  90           H        THR  90 -20.062  -0.642   6.178
    2    HA   THR  90           HA       THR  90 -22.753   0.277   5.771
    3    HB   THR  90           HB       THR  90 -22.591  -2.112   4.196
    4    HG1  THR  90           HG1      THR  90 -20.418  -0.659   3.852
    5   HG21  THR  90          HG21      THR  90 -23.289   0.737   3.491
    6   HG23  THR  90          HG22      THR  90 -24.395  -0.516   4.051
    7   HG22  THR  90          HG23      THR  90 -23.631  -0.658   2.467

  No H/Q in entry =           7
  In of MODEL    8
    1    H    ALA  91           H        ALA  91 -23.559  -0.960   8.000
    2    HA   ALA  91           HA       ALA  91 -22.737  -2.919   9.035
    3    HB2  ALA  91           HB1      ALA  91 -24.879  -3.688   9.594
    4    HB3  ALA  91           HB2      ALA  91 -25.527  -3.325   7.996
    5    HB1  ALA  91           HB3      ALA  91 -25.136  -2.012   9.105

  No H/Q in entry =           5
  In of MODEL    8
    1    H    CYS  92           H        CYS  92 -21.801  -4.758   8.728
    2    HA   CYS  92           HA       CYS  92 -22.363  -6.159   6.153
    3    HB2  CYS  92           HB2      CYS  92 -19.848  -6.890   7.483
    4    HB3  CYS  92           HB3      CYS  92 -20.116  -6.425   5.804
    5    HG   CYS  92           HG       CYS  92 -20.352  -3.627   6.788

  No H/Q in entry =           5
  In of MODEL    8
    1    H    GLU  93           H        GLU  93 -20.801  -8.280   6.808
    2    HA   GLU  93           HA       GLU  93 -21.875  -9.808   8.933
    3    HB2  GLU  93           HB2      GLU  93 -22.623 -10.305   6.043
    4    HB3  GLU  93           HB3      GLU  93 -22.438 -11.653   7.153
    5    HG2  GLU  93           HG2      GLU  93 -24.115 -10.198   8.599
    6    HG3  GLU  93           HG3      GLU  93 -24.549  -9.587   7.002

  No H/Q in entry =           6
  In of MODEL    8
    1    H    VAL  94           H        VAL  94 -19.755 -10.143   9.528
    2    HA   VAL  94           HA       VAL  94 -17.869 -10.719   7.347
    3    HB   VAL  94           HB       VAL  94 -16.053 -10.230   9.003
    4   HG12  VAL  94          HG11      VAL  94 -16.870  -7.650   9.058
    5   HG11  VAL  94          HG12      VAL  94 -17.881  -8.320   7.777
    6   HG13  VAL  94          HG13      VAL  94 -16.123  -8.453   7.678
    7   HG22  VAL  94          HG21      VAL  94 -17.109 -10.422  11.107
    8   HG21  VAL  94          HG22      VAL  94 -18.356  -9.256  10.668
    9   HG23  VAL  94          HG23      VAL  94 -16.690  -8.720  10.899

  No H/Q in entry =           9
  In of MODEL    8
    1    H    ALA  95           H        ALA  95 -16.463 -12.445   7.525
    2    HA   ALA  95           HA       ALA  95 -17.489 -14.517   9.302
    3    HB3  ALA  95           HB1      ALA  95 -15.184 -15.094   7.590
    4    HB1  ALA  95           HB2      ALA  95 -16.629 -14.582   6.713
    5    HB2  ALA  95           HB3      ALA  95 -16.699 -15.972   7.795

  No H/Q in entry =           5
  In of MODEL    8
    1    H    GLU  96           H        GLU  96 -16.817 -13.590  11.171
    2    HA   GLU  96           HA       GLU  96 -13.937 -13.109  11.305
    3    HB2  GLU  96           HB2      GLU  96 -14.263 -11.668  13.167
    4    HB3  GLU  96           HB3      GLU  96 -15.354 -11.184  11.871
    5    HG2  GLU  96           HG2      GLU  96 -17.201 -12.250  12.984
    6    HG3  GLU  96           HG3      GLU  96 -16.118 -12.879  14.224

  No H/Q in entry =           6
  In of MODEL    8
    1    H    ILE  97           H        ILE  97 -12.686 -14.139  12.327
    2    HA   ILE  97           HA       ILE  97 -13.360 -15.562  14.681
    3    HB   ILE  97           HB       ILE  97 -12.267 -17.652  13.805
    4   HG12  ILE  97          HG12      ILE  97 -13.266 -16.831  11.110
    5   HG13  ILE  97          HG13      ILE  97 -11.605 -16.488  11.587
    6   HG21  ILE  97          HG21      ILE  97 -14.686 -17.133  14.376
    7   HG23  ILE  97          HG22      ILE  97 -14.257 -18.629  13.551
    8   HG22  ILE  97          HG23      ILE  97 -14.926 -17.274  12.637
    9   HD13  ILE  97          HD11      ILE  97 -10.982 -18.667  11.504
   10   HD12  ILE  97          HD12      ILE  97 -12.325 -18.769  10.365
   11   HD11  ILE  97          HD13      ILE  97 -12.554 -19.246  12.042

  No H/Q in entry =          11
  In of MODEL    8
    1    H    SER  98           H        SER  98 -11.234 -16.998  15.095
    2    HA   SER  98           HA       SER  98  -9.195 -14.909  15.040
    3    HB2  SER  98           HB2      SER  98  -8.158 -16.328  16.894
    4    HB3  SER  98           HB3      SER  98  -9.668 -15.504  17.289
    5    HG   SER  98           HG       SER  98  -9.523 -17.800  17.885

  No H/Q in entry =           5
  In of MODEL    8
    1    H    TYR  99           H        TYR  99  -7.218 -15.262  14.519
    2    HA   TYR  99           HA       TYR  99  -6.772 -16.958  12.171
    3    HB2  TYR  99           HB2      TYR  99  -4.634 -15.797  11.884
    4    HB3  TYR  99           HB3      TYR  99  -5.910 -14.625  12.138
    5    HD1  TYR  99           HD1      TYR  99  -3.991 -16.514  14.776
    6    HD2  TYR  99           HD2      TYR  99  -4.717 -12.741  12.922
    7    HE1  TYR  99           HE1      TYR  99  -2.586 -15.404  16.455
    8    HE2  TYR  99           HE2      TYR  99  -3.322 -11.647  14.606
    9    HH   TYR  99           HH       TYR  99  -2.086 -11.876  16.410

  No H/Q in entry =           9
  In of MODEL    8
    1    H    LYS 100           H        LYS 100  -6.469 -17.533  15.565
    2    HA   LYS 100           HA       LYS 100  -4.127 -19.087  15.252
    3    HB2  LYS 100           HB2      LYS 100  -5.006 -18.670  17.529
    4    HB3  LYS 100           HB3      LYS 100  -6.451 -19.596  17.135
    5    HG2  LYS 100           HG2      LYS 100  -4.965 -20.982  18.426
    6    HG3  LYS 100           HG3      LYS 100  -5.039 -21.591  16.768
    7    HD2  LYS 100           HD2      LYS 100  -2.921 -20.460  16.268
    8    HD3  LYS 100           HD3      LYS 100  -2.843 -19.870  17.926
    9    HE2  LYS 100           HE2      LYS 100  -2.836 -22.765  17.075
   10    HE3  LYS 100           HE3      LYS 100  -1.430 -21.843  17.604
   11    HZ1  LYS 100           HZ1      LYS 100  -2.713 -21.479  19.735
   12    HZ3  LYS 100           HZ2      LYS 100  -2.129 -23.041  19.467
   13    HZ2  LYS 100           HZ3      LYS 100  -3.763 -22.697  19.207

  No H/Q in entry =          13
  In of MODEL    8
    1    H    LYS 101           H        LYS 101  -7.610 -19.909  15.043
    2    HA   LYS 101           HA       LYS 101  -7.134 -22.528  14.040
    3    HB2  LYS 101           HB2      LYS 101  -9.209 -22.659  14.904
    4    HB3  LYS 101           HB3      LYS 101  -9.400 -20.915  14.875
    5    HG2  LYS 101           HG2      LYS 101  -9.897 -21.193  12.387
    6    HG3  LYS 101           HG3      LYS 101 -10.092 -22.909  12.753
    7    HD2  LYS 101           HD2      LYS 101 -11.536 -20.989  14.490
    8    HD3  LYS 101           HD3      LYS 101 -12.121 -21.164  12.836
    9    HE2  LYS 101           HE2      LYS 101 -12.367 -23.554  13.150
   10    HE3  LYS 101           HE3      LYS 101 -11.706 -23.425  14.783
   11    HZ3  LYS 101           HZ1      LYS 101 -14.095 -23.547  14.866
   12    HZ2  LYS 101           HZ2      LYS 101 -14.251 -22.241  13.804
   13    HZ1  LYS 101           HZ3      LYS 101 -13.611 -22.002  15.352

  No H/Q in entry =          13
  In of MODEL    8
    1    H    PHE 102           H        PHE 102  -7.942 -19.424  12.585
    2    HA   PHE 102           HA       PHE 102  -8.540 -20.395  10.028
    3    HB2  PHE 102           HB2      PHE 102  -8.989 -18.073  10.919
    4    HB3  PHE 102           HB3      PHE 102  -7.312 -17.697  10.570
    5    HD1  PHE 102           HD1      PHE 102  -8.313 -15.901   9.041
    6    HD2  PHE 102           HD2      PHE 102  -8.790 -20.030   8.366
    7    HE1  PHE 102           HE1      PHE 102  -8.844 -15.430   6.724
    8    HE2  PHE 102           HE2      PHE 102  -9.341 -19.588   6.035
    9    HZ   PHE 102           HZ       PHE 102  -9.376 -17.274   5.185

  No H/Q in entry =           9
  In of MODEL    8
    1    H    ARG 103           H        ARG 103  -5.571 -18.953  11.247
    2    HA   ARG 103           HA       ARG 103  -3.919 -19.133   9.131
    3    HB2  ARG 103           HB2      ARG 103  -2.241 -18.673  10.552
    4    HB3  ARG 103           HB3      ARG 103  -3.507 -18.577  11.758
    5    HG2  ARG 103           HG2      ARG 103  -2.666 -20.297  12.895
    6    HG3  ARG 103           HG3      ARG 103  -2.529 -21.293  11.443
    7    HD2  ARG 103           HD2      ARG 103  -0.574 -19.170  12.329
    8    HD3  ARG 103           HD3      ARG 103  -0.342 -20.909  12.487
    9    HE   ARG 103           HE       ARG 103  -0.840 -20.293   9.789
   10   HH11  ARG 103          HH11      ARG 103   1.643 -19.935  12.228
   11   HH12  ARG 103          HH12      ARG 103   2.940 -19.824  11.087
   12   HH21  ARG 103          HH21      ARG 103   0.885 -20.162   8.260
   13   HH22  ARG 103          HH22      ARG 103   2.507 -19.952   8.835

  No H/Q in entry =          13
  In of MODEL    8
    1    H    GLN 104           H        GLN 104  -5.166 -21.735  10.962
    2    HA   GLN 104           HA       GLN 104  -3.231 -23.644   9.822
    3    HB2  GLN 104           HB2      GLN 104  -5.351 -23.872  11.937
    4    HB3  GLN 104           HB3      GLN 104  -4.634 -25.309  11.214
    5    HG2  GLN 104           HG2      GLN 104  -3.138 -23.122  12.632
    6    HG3  GLN 104           HG3      GLN 104  -3.539 -24.703  13.301
    7   HE21  GLN 104          HE21      GLN 104  -3.028 -26.186  10.885
    8   HE22  GLN 104          HE22      GLN 104  -1.315 -26.198  10.649

  No H/Q in entry =           8
  In of MODEL    8
    1    H    LEU 105           H        LEU 105  -6.573 -22.727   9.307
    2    HA   LEU 105           HA       LEU 105  -6.896 -24.863   7.315
    3    HB2  LEU 105           HB2      LEU 105  -9.109 -24.299   7.301
    4    HB3  LEU 105           HB3      LEU 105  -8.713 -23.378   8.735
    5    HG   LEU 105           HG       LEU 105  -8.414 -21.376   7.182
    6   HD13  LEU 105          HD11      LEU 105  -9.164 -21.375   5.053
    7   HD12  LEU 105          HD12      LEU 105 -10.330 -22.668   5.344
    8   HD11  LEU 105          HD13      LEU 105  -8.618 -23.054   5.110
    9   HD23  LEU 105          HD21      LEU 105 -11.080 -21.464   6.910
   10   HD22  LEU 105          HD22      LEU 105 -10.265 -21.127   8.437
   11   HD21  LEU 105          HD23      LEU 105 -10.841 -22.755   8.084

  No H/Q in entry =          11
  In of MODEL    8
    1    H    ILE 106           H        ILE 106  -6.196 -21.175   7.297
    2    HA   ILE 106           HA       ILE 106  -5.680 -21.121   4.601
    3    HB   ILE 106           HB       ILE 106  -4.445 -19.110   4.845
    4   HG12  ILE 106          HG12      ILE 106  -4.251 -18.406   7.468
    5   HG13  ILE 106          HG13      ILE 106  -3.828 -20.118   7.528
    6   HG23  ILE 106          HG21      ILE 106  -6.266 -17.988   5.331
    7   HG22  ILE 106          HG22      ILE 106  -6.210 -18.491   7.020
    8   HG21  ILE 106          HG23      ILE 106  -6.983 -19.527   5.815
    9   HD12  ILE 106          HD11      ILE 106  -2.257 -17.887   6.687
   10   HD11  ILE 106          HD12      ILE 106  -2.435 -19.031   5.351
   11   HD13  ILE 106          HD13      ILE 106  -1.779 -19.573   6.900

  No H/Q in entry =          11
  In of MODEL    8
    1    H    GLN 107           H        GLN 107  -4.145 -22.995   6.656
    2    HA   GLN 107           HA       GLN 107  -1.566 -22.835   5.295
    3    HB2  GLN 107           HB2      GLN 107  -2.212 -23.640   8.087
    4    HB3  GLN 107           HB3      GLN 107  -0.931 -24.524   7.275
    5    HG2  GLN 107           HG2      GLN 107  -1.048 -21.584   7.871
    6    HG3  GLN 107           HG3      GLN 107   0.069 -22.777   8.523
    7   HE21  GLN 107          HE21      GLN 107   0.480 -24.041   5.896
    8   HE22  GLN 107          HE22      GLN 107   1.494 -22.956   5.015

  No H/Q in entry =           8
  In of MODEL    8
    1    H    VAL 108           H        VAL 108  -4.418 -24.512   5.669
    2    HA   VAL 108           HA       VAL 108  -3.385 -27.107   4.891
    3    HB   VAL 108           HB       VAL 108  -5.528 -26.273   6.433
    4   HG11  VAL 108          HG11      VAL 108  -6.636 -27.276   3.821
    5   HG13  VAL 108          HG12      VAL 108  -6.874 -25.678   4.525
    6   HG12  VAL 108          HG13      VAL 108  -7.550 -27.100   5.320
    7   HG23  VAL 108          HG21      VAL 108  -6.145 -28.640   6.511
    8   HG22  VAL 108          HG22      VAL 108  -4.408 -28.373   6.662
    9   HG21  VAL 108          HG23      VAL 108  -5.083 -28.943   5.136

  No H/Q in entry =           9
  In of MODEL    8
    1    H    ASN 109           H        ASN 109  -4.696 -24.246   3.602
    2    HA   ASN 109           HA       ASN 109  -4.858 -25.403   0.898
    3    HB2  ASN 109           HB2      ASN 109  -6.659 -23.299   2.106
    4    HB3  ASN 109           HB3      ASN 109  -6.681 -23.788   0.417
    5   HD21  ASN 109          HD21      ASN 109  -8.589 -23.910   2.787
    6   HD22  ASN 109          HD22      ASN 109  -9.190 -25.528   2.738

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   PRO 110           HA       PRO 110  -1.886 -22.032   0.480
    2    HB2  PRO 110           HB2      PRO 110  -0.919 -22.789  -1.922
    3    HB3  PRO 110           HB3      PRO 110  -0.545 -23.677  -0.449
    4    HG2  PRO 110           HG2      PRO 110  -2.537 -24.320  -2.573
    5    HG3  PRO 110           HG3      PRO 110  -1.409 -25.403  -1.735
    6    HD2  PRO 110           HD2      PRO 110  -4.061 -25.137  -1.082
    7    HD3  PRO 110           HD3      PRO 110  -2.809 -25.658   0.061

  No H/Q in entry =           7
  In of MODEL    8
    1    H    ASP 111           H        ASP 111  -4.849 -22.478  -1.136
    2    HA   ASP 111           HA       ASP 111  -4.317 -20.140  -2.830
    3    HB2  ASP 111           HB2      ASP 111  -6.505 -22.170  -2.866
    4    HB3  ASP 111           HB3      ASP 111  -6.627 -20.633  -3.733

  No H/Q in entry =           4
  In of MODEL    8
    1    H    ILE 112           H        ILE 112  -5.465 -20.788   0.231
    2    HA   ILE 112           HA       ILE 112  -7.713 -19.004   0.255
    3    HB   ILE 112           HB       ILE 112  -6.359 -20.658   2.414
    4   HG12  ILE 112          HG12      ILE 112  -8.373 -20.981   0.480
    5   HG13  ILE 112          HG13      ILE 112  -7.948 -22.095   1.768
    6   HG22  ILE 112          HG21      ILE 112  -8.645 -18.704   2.798
    7   HG21  ILE 112          HG22      ILE 112  -6.992 -18.469   3.374
    8   HG23  ILE 112          HG23      ILE 112  -7.968 -19.795   4.009
    9   HD13  ILE 112          HD11      ILE 112  -9.562 -21.025   3.222
   10   HD12  ILE 112          HD12      ILE 112 -10.308 -21.630   1.746
   11   HD11  ILE 112          HD13      ILE 112  -9.985 -19.906   1.928

  No H/Q in entry =          11
  In of MODEL    8
    1    H    LEU 113           H        LEU 113  -4.508 -19.055   1.615
    2    HA   LEU 113           HA       LEU 113  -4.758 -16.487   2.729
    3    HB2  LEU 113           HB2      LEU 113  -3.231 -18.238   3.533
    4    HB3  LEU 113           HB3      LEU 113  -2.276 -18.045   2.075
    5    HG   LEU 113           HG       LEU 113  -1.900 -15.666   2.719
    6   HD12  LEU 113          HD11      LEU 113  -3.106 -16.553   5.336
    7   HD11  LEU 113          HD12      LEU 113  -3.834 -15.416   4.203
    8   HD13  LEU 113          HD13      LEU 113  -2.327 -15.003   5.020
    9   HD22  LEU 113          HD21      LEU 113  -0.158 -16.191   4.234
   10   HD21  LEU 113          HD22      LEU 113  -0.341 -17.571   3.153
   11   HD23  LEU 113          HD23      LEU 113  -0.990 -17.638   4.790

  No H/Q in entry =          11
  In of MODEL    8
    1    H    MET 114           H        MET 114  -3.926 -17.731  -0.303
    2    HA   MET 114           HA       MET 114  -2.571 -15.427  -1.324
    3    HB2  MET 114           HB2      MET 114  -1.934 -17.088  -2.713
    4    HB3  MET 114           HB3      MET 114  -3.342 -18.069  -2.341
    5    HG2  MET 114           HG2      MET 114  -4.241 -17.567  -4.294
    6    HG3  MET 114           HG3      MET 114  -4.174 -15.849  -3.920
    7    HE2  MET 114           HE1      MET 114  -0.798 -14.718  -5.454
    8    HE1  MET 114           HE2      MET 114  -1.439 -14.874  -3.817
    9    HE3  MET 114           HE3      MET 114  -2.430 -14.157  -5.088

  No H/Q in entry =           9
  In of MODEL    8
    1    H    ARG 115           H        ARG 115  -5.803 -16.582  -1.054
    2    HA   ARG 115           HA       ARG 115  -7.028 -14.810  -2.880
    3    HB2  ARG 115           HB2      ARG 115  -7.859 -16.674  -0.748
    4    HB3  ARG 115           HB3      ARG 115  -8.922 -15.274  -0.945
    5    HG2  ARG 115           HG2      ARG 115  -8.079 -16.882  -3.309
    6    HG3  ARG 115           HG3      ARG 115  -9.389 -17.438  -2.266
    7    HD2  ARG 115           HD2      ARG 115  -9.522 -14.612  -3.144
    8    HD3  ARG 115           HD3      ARG 115  -9.769 -15.828  -4.396
    9    HE   ARG 115           HE       ARG 115 -11.555 -16.752  -2.925
   10   HH11  ARG 115          HH11      ARG 115 -10.625 -13.367  -2.586
   11   HH12  ARG 115          HH12      ARG 115 -12.171 -12.879  -1.974
   12   HH21  ARG 115          HH21      ARG 115 -13.579 -16.087  -2.155
   13   HH22  ARG 115          HH22      ARG 115 -13.858 -14.427  -1.732

  No H/Q in entry =          13
  In of MODEL    8
    1    H    LEU 116           H        LEU 116  -6.435 -14.774   0.659
    2    HA   LEU 116           HA       LEU 116  -7.328 -12.222   1.157
    3    HB2  LEU 116           HB2      LEU 116  -6.826 -13.755   2.924
    4    HB3  LEU 116           HB3      LEU 116  -5.156 -13.889   2.410
    5    HG   LEU 116           HG       LEU 116  -5.405 -11.196   2.942
    6   HD12  LEU 116          HD11      LEU 116  -6.696 -12.575   5.246
    7   HD11  LEU 116          HD12      LEU 116  -7.662 -11.885   3.939
    8   HD13  LEU 116          HD13      LEU 116  -6.591 -10.851   4.885
    9   HD21  LEU 116          HD21      LEU 116  -4.464 -13.439   4.712
   10   HD23  LEU 116          HD22      LEU 116  -4.188 -11.725   5.042
   11   HD22  LEU 116          HD23      LEU 116  -3.497 -12.471   3.596

  No H/Q in entry =          11
  In of MODEL    8
    1    H    SER 117           H        SER 117  -4.048 -13.280   0.291
    2    HA   SER 117           HA       SER 117  -2.724 -10.886   0.580
    3    HB2  SER 117           HB2      SER 117  -1.056 -11.790  -1.053
    4    HB3  SER 117           HB3      SER 117  -1.455 -12.874   0.273
    5    HG   SER 117           HG       SER 117  -2.513 -12.986  -2.348

  No H/Q in entry =           5
  In of MODEL    8
    1    H    ALA 118           H        ALA 118  -4.233 -12.189  -2.298
    2    HA   ALA 118           HA       ALA 118  -3.596 -10.201  -4.110
    3    HB2  ALA 118           HB1      ALA 118  -5.053 -11.206  -5.574
    4    HB1  ALA 118           HB2      ALA 118  -6.215 -11.611  -4.308
    5    HB3  ALA 118           HB3      ALA 118  -4.709 -12.518  -4.446

  No H/Q in entry =           5
  In of MODEL    8
    1    H    GLN 119           H        GLN 119  -6.226 -10.309  -1.788
    2    HA   GLN 119           HA       GLN 119  -7.667  -8.144  -2.902
    3    HB2  GLN 119           HB2      GLN 119  -7.588  -9.346  -0.137
    4    HB3  GLN 119           HB3      GLN 119  -8.532  -7.904  -0.479
    5    HG2  GLN 119           HG2      GLN 119  -8.925 -10.694  -1.455
    6    HG3  GLN 119           HG3      GLN 119 -10.079  -9.600  -0.697
    7   HE21  GLN 119          HE21      GLN 119 -10.888  -7.821  -1.954
    8   HE22  GLN 119          HE22      GLN 119 -10.978  -7.977  -3.680

  No H/Q in entry =           8
  In of MODEL    8
    1    H    MET 120           H        MET 120  -5.622  -8.203   0.054
    2    HA   MET 120           HA       MET 120  -5.171  -5.577   0.362
    3    HB2  MET 120           HB2      MET 120  -3.726  -8.033   1.000
    4    HB3  MET 120           HB3      MET 120  -2.703  -6.603   0.940
    5    HG2  MET 120           HG2      MET 120  -3.877  -5.540   2.655
    6    HG3  MET 120           HG3      MET 120  -5.253  -6.637   2.508
    7    HE3  MET 120           HE1      MET 120  -3.854  -9.967   3.799
    8    HE2  MET 120           HE2      MET 120  -3.213  -9.470   2.236
    9    HE1  MET 120           HE3      MET 120  -4.906  -9.173   2.629

  No H/Q in entry =           9
  In of MODEL    8
    1    H    ALA 121           H        ALA 121  -3.622  -7.607  -2.019
    2    HA   ALA 121           HA       ALA 121  -1.527  -5.862  -2.722
    3    HB3  ALA 121           HB1      ALA 121  -1.245  -7.218  -4.664
    4    HB2  ALA 121           HB2      ALA 121  -2.903  -7.814  -4.564
    5    HB1  ALA 121           HB3      ALA 121  -1.718  -8.294  -3.349

  No H/Q in entry =           5
  In of MODEL    8
    1    H    ARG 122           H        ARG 122  -4.875  -6.159  -3.602
    2    HA   ARG 122           HA       ARG 122  -4.792  -4.376  -5.796
    3    HB2  ARG 122           HB2      ARG 122  -6.799  -5.921  -4.383
    4    HB3  ARG 122           HB3      ARG 122  -7.402  -4.324  -4.838
    5    HG2  ARG 122           HG2      ARG 122  -7.753  -6.170  -6.531
    6    HG3  ARG 122           HG3      ARG 122  -6.989  -4.694  -7.124
    7    HD2  ARG 122           HD2      ARG 122  -4.771  -5.985  -6.513
    8    HD3  ARG 122           HD3      ARG 122  -5.811  -7.400  -6.688
    9    HE   ARG 122           HE       ARG 122  -4.948  -5.549  -8.762
   10   HH11  ARG 122          HH11      ARG 122  -6.889  -8.342  -7.918
   11   HH12  ARG 122          HH12      ARG 122  -7.026  -8.893  -9.562
   12   HH21  ARG 122          HH21      ARG 122  -5.151  -6.271 -10.906
   13   HH22  ARG 122          HH22      ARG 122  -6.042  -7.724 -11.246

  No H/Q in entry =          13
  In of MODEL    8
    1    H    ARG 123           H        ARG 123  -5.090  -4.058  -2.452
    2    HA   ARG 123           HA       ARG 123  -5.952  -1.372  -2.301
    3    HB2  ARG 123           HB2      ARG 123  -4.992  -3.493  -0.451
    4    HB3  ARG 123           HB3      ARG 123  -4.705  -1.839   0.061
    5    HG2  ARG 123           HG2      ARG 123  -6.728  -2.574   1.030
    6    HG3  ARG 123           HG3      ARG 123  -7.130  -1.398  -0.217
    7    HD2  ARG 123           HD2      ARG 123  -8.700  -3.070  -0.552
    8    HD3  ARG 123           HD3      ARG 123  -7.448  -3.472  -1.724
    9    HE   ARG 123           HE       ARG 123  -7.247  -5.461  -0.673
   10   HH11  ARG 123          HH11      ARG 123  -8.400  -3.175   1.724
   11   HH12  ARG 123          HH12      ARG 123  -8.475  -4.352   2.990
   12   HH21  ARG 123          HH21      ARG 123  -7.371  -7.002   1.031
   13   HH22  ARG 123          HH22      ARG 123  -7.864  -6.500   2.620

  No H/Q in entry =          13
  In of MODEL    8
    1    H    LEU 124           H        LEU 124  -2.935  -3.164  -2.432
    2    HA   LEU 124           HA       LEU 124  -1.189  -0.997  -1.911
    3    HB2  LEU 124           HB2      LEU 124  -1.001  -3.724  -2.820
    4    HB3  LEU 124           HB3      LEU 124  -0.012  -2.699  -3.834
    5    HG   LEU 124           HG       LEU 124   0.249  -3.138  -0.867
    6   HD13  LEU 124          HD11      LEU 124   2.433  -3.931  -1.523
    7   HD12  LEU 124          HD12      LEU 124   2.064  -3.541  -3.206
    8   HD11  LEU 124          HD13      LEU 124   1.162  -4.814  -2.378
    9   HD23  LEU 124          HD21      LEU 124   2.187  -1.642  -0.991
   10   HD22  LEU 124          HD22      LEU 124   0.675  -0.780  -1.288
   11   HD21  LEU 124          HD23      LEU 124   1.733  -1.208  -2.636

  No H/Q in entry =          11
  In of MODEL    8
    1    H    GLN 125           H        GLN 125  -2.899  -2.267  -4.644
    2    HA   GLN 125           HA       GLN 125  -1.689  -0.598  -6.609
    3    HB2  GLN 125           HB2      GLN 125  -3.498  -2.748  -6.610
    4    HB3  GLN 125           HB3      GLN 125  -4.379  -1.390  -7.294
    5    HG2  GLN 125           HG2      GLN 125  -1.733  -2.438  -8.258
    6    HG3  GLN 125           HG3      GLN 125  -3.299  -2.730  -9.006
    7   HE21  GLN 125          HE21      GLN 125  -0.707  -0.504  -8.581
    8   HE22  GLN 125          HE22      GLN 125  -1.270   0.696  -9.686

  No H/Q in entry =           8
  In of MODEL    8
    1    H    VAL 126           H        VAL 126  -4.024   0.025  -4.092
    2    HA   VAL 126           HA       VAL 126  -5.202   2.185  -5.639
    3    HB   VAL 126           HB       VAL 126  -6.546   0.452  -4.166
    4   HG12  VAL 126          HG11      VAL 126  -5.767   2.470  -2.065
    5   HG11  VAL 126          HG12      VAL 126  -5.260   0.782  -2.103
    6   HG13  VAL 126          HG13      VAL 126  -6.963   1.185  -1.891
    7   HG22  VAL 126          HG21      VAL 126  -7.633   2.224  -5.281
    8   HG21  VAL 126          HG22      VAL 126  -6.989   3.411  -4.145
    9   HG23  VAL 126          HG23      VAL 126  -8.183   2.228  -3.605

  No H/Q in entry =           9
  In of MODEL    8
    1    H    THR 127           H        THR 127  -3.145   1.381  -2.889
    2    HA   THR 127           HA       THR 127  -2.944   4.162  -2.013
    3    HB   THR 127           HB       THR 127  -1.148   2.010  -1.005
    4    HG1  THR 127           HG1      THR 127  -3.478   2.145   0.403
    5   HG23  THR 127          HG21      THR 127  -1.430   3.199   1.103
    6   HG22  THR 127          HG22      THR 127  -2.638   4.251   0.367
    7   HG21  THR 127          HG23      THR 127  -0.960   4.319  -0.175

  No H/Q in entry =           7
  In of MODEL    8
    1    H    SER 128           H        SER 128  -1.370   2.525  -4.745
    2    HA   SER 128           HA       SER 128   1.149   3.581  -3.805
    3    HB2  SER 128           HB2      SER 128   0.426   1.511  -5.891
    4    HB3  SER 128           HB3      SER 128   2.017   2.259  -5.805
    5    HG   SER 128           HG       SER 128   0.754   0.531  -3.972

  No H/Q in entry =           5
  In of MODEL    8
    1    H    GLU 129           H        GLU 129  -1.577   3.691  -5.866
    2    HA   GLU 129           HA       GLU 129  -0.322   5.289  -7.909
    3    HB2  GLU 129           HB2      GLU 129  -2.326   3.542  -8.060
    4    HB3  GLU 129           HB3      GLU 129  -3.273   5.002  -7.814
    5    HG2  GLU 129           HG2      GLU 129  -2.170   6.029  -9.751
    6    HG3  GLU 129           HG3      GLU 129  -1.273   4.536 -10.018

  No H/Q in entry =           6
  In of MODEL    8
    1    H    LYS 130           H        LYS 130  -1.636   6.053  -4.877
    2    HA   LYS 130           HA       LYS 130  -1.696   8.840  -5.623
    3    HB2  LYS 130           HB2      LYS 130  -4.093   7.361  -4.520
    4    HB3  LYS 130           HB3      LYS 130  -3.893   9.094  -4.314
    5    HG2  LYS 130           HG2      LYS 130  -4.917   9.371  -6.259
    6    HG3  LYS 130           HG3      LYS 130  -3.521   8.628  -7.045
    7    HD2  LYS 130           HD2      LYS 130  -4.576   6.403  -6.681
    8    HD3  LYS 130           HD3      LYS 130  -6.003   7.228  -6.050
    9    HE2  LYS 130           HE2      LYS 130  -6.491   6.763  -8.307
   10    HE3  LYS 130           HE3      LYS 130  -6.085   8.476  -8.253
   11    HZ1  LYS 130           HZ1      LYS 130  -3.712   7.551  -8.811
   12    HZ3  LYS 130           HZ2      LYS 130  -4.858   7.807 -10.032
   13    HZ2  LYS 130           HZ3      LYS 130  -4.595   6.241  -9.436

  No H/Q in entry =          13
  In of MODEL    8
    1    H    VAL 131           H        VAL 131   0.312   7.981  -4.238
    2    HA   VAL 131           HA       VAL 131  -0.146   7.585  -1.444
    3    HB   VAL 131           HB       VAL 131   2.525   8.580  -2.136
    4   HG11  VAL 131          HG11      VAL 131   1.702   7.380  -0.032
    5   HG13  VAL 131          HG12      VAL 131   3.252   6.891  -0.715
    6   HG12  VAL 131          HG13      VAL 131   1.816   5.905  -0.994
    7   HG22  VAL 131          HG21      VAL 131   2.124   7.531  -4.240
    8   HG21  VAL 131          HG22      VAL 131   1.496   6.082  -3.452
    9   HG23  VAL 131          HG23      VAL 131   3.200   6.509  -3.289

  No H/Q in entry =           9
  In of MODEL    8
    1    H    GLY 132           H        GLY 132  -0.929  10.197  -2.938
    2    HA3  GLY 132           HA2      GLY 132  -0.885  11.968  -0.849
    3    HA2  GLY 132           HA3      GLY 132   0.648  12.226  -1.670

  No H/Q in entry =           3
  In of MODEL    8
    1    H    ASN 133           H        ASN 133  -2.312  11.308  -3.252
    2    HA   ASN 133           HA       ASN 133  -2.044  13.523  -5.067
    3    HB2  ASN 133           HB2      ASN 133  -2.766  11.284  -5.853
    4    HB3  ASN 133           HB3      ASN 133  -4.212  11.409  -4.860
    5   HD21  ASN 133          HD21      ASN 133  -2.632  12.408  -7.783
    6   HD22  ASN 133          HD22      ASN 133  -4.002  13.213  -8.476

  No H/Q in entry =           6
  In of MODEL    8
    1    H    LEU 134           H        LEU 134  -4.192  12.466  -2.447
    2    HA   LEU 134           HA       LEU 134  -5.867  14.799  -2.648
    3    HB2  LEU 134           HB2      LEU 134  -6.765  13.913  -0.429
    4    HB3  LEU 134           HB3      LEU 134  -6.996  12.937  -1.863
    5    HG   LEU 134           HG       LEU 134  -4.756  11.795  -0.973
    6   HD13  LEU 134          HD11      LEU 134  -4.529  13.271   0.957
    7   HD12  LEU 134          HD12      LEU 134  -4.825  11.609   1.467
    8   HD11  LEU 134          HD13      LEU 134  -6.132  12.793   1.516
    9   HD21  LEU 134          HD21      LEU 134  -7.569  11.302  -0.042
   10   HD23  LEU 134          HD22      LEU 134  -6.250  10.136   0.115
   11   HD22  LEU 134          HD23      LEU 134  -6.798  10.641  -1.485

  No H/Q in entry =          11
  In of MODEL    8
    1    H    ALA 135           H        ALA 135  -2.850  14.223  -1.230
    2    HA   ALA 135           HA       ALA 135  -3.234  15.980   1.069
    3    HB2  ALA 135           HB1      ALA 135  -1.833  14.218   1.701
    4    HB1  ALA 135           HB2      ALA 135  -0.695  15.526   1.366
    5    HB3  ALA 135           HB3      ALA 135  -0.951  14.252   0.176

  No H/Q in entry =           5
  In of MODEL    8
    1    H    PHE 136           H        PHE 136  -2.205  16.042  -2.193
    2    HA   PHE 136           HA       PHE 136  -0.497  18.301  -2.136
    3    HB2  PHE 136           HB2      PHE 136  -1.561  16.456  -4.066
    4    HB3  PHE 136           HB3      PHE 136  -1.671  18.098  -4.700
    5    HD1  PHE 136           HD1      PHE 136   0.413  19.476  -4.863
    6    HD2  PHE 136           HD2      PHE 136   0.503  15.324  -3.927
    7    HE1  PHE 136           HE1      PHE 136   2.794  19.391  -5.476
    8    HE2  PHE 136           HE2      PHE 136   2.885  15.234  -4.538
    9    HZ   PHE 136           HZ       PHE 136   4.034  17.269  -5.315

  No H/Q in entry =           9
  In of MODEL    8
    1    H    LEU 137           H        LEU 137  -3.739  18.255  -1.468
    2    HA   LEU 137           HA       LEU 137  -5.415  19.747  -1.348
    3    HB2  LEU 137           HB2      LEU 137  -3.173  21.750  -1.467
    4    HB3  LEU 137           HB3      LEU 137  -4.808  22.061  -0.903
    5    HG   LEU 137           HG       LEU 137  -2.845  20.145   0.353
    6   HD13  LEU 137          HD11      LEU 137  -2.230  22.436   0.703
    7   HD12  LEU 137          HD12      LEU 137  -2.888  21.771   2.200
    8   HD11  LEU 137          HD13      LEU 137  -3.873  22.838   1.197
    9   HD23  LEU 137          HD21      LEU 137  -4.593  20.173   2.215
   10   HD22  LEU 137          HD22      LEU 137  -4.975  19.226   0.780
   11   HD21  LEU 137          HD23      LEU 137  -5.709  20.813   1.008

  No H/Q in entry =          11
  In of MODEL    8
    1    H    ASP 138           H        ASP 138  -5.372  18.804  -3.736
    2    HA   ASP 138           HA       ASP 138  -5.547  20.897  -5.663
    3    HB2  ASP 138           HB2      ASP 138  -4.533  18.648  -6.234
    4    HB3  ASP 138           HB3      ASP 138  -6.204  18.074  -6.371

  No H/Q in entry =           4
  In of MODEL    8
    1    H    VAL 139           H        VAL 139  -7.767  20.296  -3.411
    2    HA   VAL 139           HA       VAL 139 -10.183  19.462  -3.957
    3    HB   VAL 139           HB       VAL 139  -9.269  21.748  -2.504
    4   HG12  VAL 139          HG11      VAL 139 -12.007  22.283  -3.635
    5   HG11  VAL 139          HG12      VAL 139 -10.549  23.046  -4.273
    6   HG13  VAL 139          HG13      VAL 139 -11.030  23.326  -2.600
    7   HG21  VAL 139          HG21      VAL 139 -11.862  20.226  -2.354
    8   HG23  VAL 139          HG22      VAL 139 -11.233  21.302  -1.106
    9   HG22  VAL 139          HG23      VAL 139 -10.363  19.825  -1.517

  No H/Q in entry =           9
  In of MODEL    8
    1    H    THR 140           H        THR 140  -8.974  22.179  -5.925
    2    HA   THR 140           HA       THR 140 -11.394  22.905  -7.139
    3    HB   THR 140           HB       THR 140  -9.387  23.121  -9.077
    4    HG1  THR 140           HG1      THR 140  -7.658  22.786  -7.860
    5   HG23  THR 140          HG21      THR 140  -9.410  25.489  -8.470
    6   HG22  THR 140          HG22      THR 140 -10.246  25.101  -6.966
    7   HG21  THR 140          HG23      THR 140 -11.043  24.827  -8.516

  No H/Q in entry =           7
  In of MODEL    8
    1    H    GLY 141           H        GLY 141 -12.696  21.243  -7.898
    2    HA3  GLY 141           HA2      GLY 141 -13.504  19.765  -9.442
    3    HA2  GLY 141           HA3      GLY 141 -11.987  19.900 -10.319

  No H/Q in entry =           3
  In of MODEL    8
    1    H    ARG 142           H        ARG 142 -11.457  19.180  -7.089
    2    HA   ARG 142           HA       ARG 142 -10.764  16.448  -7.785
    3    HB2  ARG 142           HB2      ARG 142  -9.137  18.015  -6.728
    4    HB3  ARG 142           HB3      ARG 142 -10.126  18.012  -5.277
    5    HG2  ARG 142           HG2      ARG 142  -8.051  16.487  -5.407
    6    HG3  ARG 142           HG3      ARG 142  -9.552  15.843  -4.736
    7    HD2  ARG 142           HD2      ARG 142 -10.062  14.697  -6.755
    8    HD3  ARG 142           HD3      ARG 142  -8.765  15.512  -7.620
    9    HE   ARG 142           HE       ARG 142  -7.240  14.042  -6.662
   10   HH11  ARG 142          HH11      ARG 142 -10.414  13.652  -5.249
   11   HH12  ARG 142          HH12      ARG 142  -9.983  12.243  -4.338
   12   HH21  ARG 142          HH21      ARG 142  -6.662  12.175  -5.485
   13   HH22  ARG 142          HH22      ARG 142  -7.841  11.393  -4.478

  No H/Q in entry =          13
  In of MODEL    8
    1    H    ILE 143           H        ILE 143 -13.468  17.708  -6.747
    2    HA   ILE 143           HA       ILE 143 -13.989  15.839  -4.538
    3    HB   ILE 143           HB       ILE 143 -15.821  18.034  -5.414
    4   HG12  ILE 143          HG12      ILE 143 -14.423  18.769  -3.050
    5   HG13  ILE 143          HG13      ILE 143 -13.226  18.302  -4.249
    6   HG23  ILE 143          HG21      ILE 143 -16.960  16.575  -4.018
    7   HG22  ILE 143          HG22      ILE 143 -16.404  17.838  -2.916
    8   HG21  ILE 143          HG23      ILE 143 -15.550  16.299  -2.999
    9   HD12  ILE 143          HD11      ILE 143 -13.684  20.674  -4.322
   10   HD11  ILE 143          HD12      ILE 143 -15.389  20.343  -4.631
   11   HD13  ILE 143          HD13      ILE 143 -14.170  19.884  -5.821

  No H/Q in entry =          11
  In of MODEL    8
    1    H    ALA 144           H        ALA 144 -15.722  17.211  -7.280
    2    HA   ALA 144           HA       ALA 144 -17.632  15.176  -7.447
    3    HB3  ALA 144           HB1      ALA 144 -16.644  17.034  -9.609
    4    HB1  ALA 144           HB2      ALA 144 -17.996  17.317  -8.514
    5    HB2  ALA 144           HB3      ALA 144 -18.089  16.029  -9.714

  No H/Q in entry =           5
  In of MODEL    8
    1    H    GLN 145           H        GLN 145 -14.369  15.301  -8.243
    2    HA   GLN 145           HA       GLN 145 -14.168  13.625 -10.457
    3    HB2  GLN 145           HB2      GLN 145 -12.396  15.090  -9.057
    4    HB3  GLN 145           HB3      GLN 145 -12.066  13.507  -8.364
    5    HG2  GLN 145           HG2      GLN 145 -12.086  14.035 -11.321
    6    HG3  GLN 145           HG3      GLN 145 -10.640  14.171 -10.322
    7   HE21  GLN 145          HE21      GLN 145 -11.476  12.331 -12.545
    8   HE22  GLN 145          HE22      GLN 145 -11.196  10.745 -11.922

  No H/Q in entry =           8
  In of MODEL    8
    1    H    THR 146           H        THR 146 -14.173  12.885  -6.830
    2    HA   THR 146           HA       THR 146 -13.935  10.164  -7.421
    3    HB   THR 146           HB       THR 146 -14.698  11.473  -4.841
    4    HG1  THR 146           HG1      THR 146 -12.806  12.393  -4.756
    5   HG22  THR 146          HG21      THR 146 -13.005   9.031  -5.430
    6   HG21  THR 146          HG22      THR 146 -14.703   8.988  -4.956
    7   HG23  THR 146          HG23      THR 146 -13.488   9.598  -3.833

  No H/Q in entry =           7
  In of MODEL    8
    1    H    LEU 147           H        LEU 147 -16.432  12.322  -7.659
    2    HA   LEU 147           HA       LEU 147 -18.389  10.777  -6.131
    3    HB2  LEU 147           HB2      LEU 147 -18.770  13.353  -7.669
    4    HB3  LEU 147           HB3      LEU 147 -19.977  12.560  -6.667
    5    HG   LEU 147           HG       LEU 147 -17.429  13.888  -5.767
    6   HD12  LEU 147          HD11      LEU 147 -18.996  15.212  -4.371
    7   HD11  LEU 147          HD12      LEU 147 -20.339  14.418  -5.195
    8   HD13  LEU 147          HD13      LEU 147 -19.228  15.441  -6.105
    9   HD23  LEU 147          HD21      LEU 147 -18.140  13.222  -3.470
   10   HD22  LEU 147          HD22      LEU 147 -17.581  11.894  -4.487
   11   HD21  LEU 147          HD23      LEU 147 -19.307  12.130  -4.216

  No H/Q in entry =          11
  In of MODEL    8
    1    H    LEU 148           H        LEU 148 -17.256  11.617  -9.259
    2    HA   LEU 148           HA       LEU 148 -19.343  10.238 -10.679
    3    HB2  LEU 148           HB2      LEU 148 -16.658  10.911 -11.846
    4    HB3  LEU 148           HB3      LEU 148 -18.209  10.796 -12.658
    5    HG   LEU 148           HG       LEU 148 -17.355  12.982 -10.764
    6   HD12  LEU 148          HD11      LEU 148 -17.485  14.386 -12.780
    7   HD11  LEU 148          HD12      LEU 148 -17.761  12.934 -13.743
    8   HD13  LEU 148          HD13      LEU 148 -16.239  13.143 -12.876
    9   HD22  LEU 148          HD21      LEU 148 -19.443  13.870 -10.810
   10   HD21  LEU 148          HD22      LEU 148 -19.899  12.179 -11.023
   11   HD23  LEU 148          HD23      LEU 148 -19.796  13.245 -12.423

  No H/Q in entry =          11
  In of MODEL    8
    1    H    ASN 149           H        ASN 149 -16.255   9.554  -9.273
    2    HA   ASN 149           HA       ASN 149 -15.792   7.049 -10.517
    3    HB2  ASN 149           HB2      ASN 149 -14.865   8.261  -7.913
    4    HB3  ASN 149           HB3      ASN 149 -14.444   6.607  -8.353
    5   HD21  ASN 149          HD21      ASN 149 -12.715   8.924  -7.980
    6   HD22  ASN 149          HD22      ASN 149 -11.876   9.150  -9.471

  No H/Q in entry =           6
  In of MODEL    8
    1    H    LEU 150           H        LEU 150 -17.778   8.193  -7.930
    2    HA   LEU 150           HA       LEU 150 -18.518   5.588  -6.886
    3    HB2  LEU 150           HB2      LEU 150 -19.588   8.389  -6.508
    4    HB3  LEU 150           HB3      LEU 150 -20.430   6.992  -5.847
    5    HG   LEU 150           HG       LEU 150 -17.571   7.100  -5.183
    6   HD12  LEU 150          HD11      LEU 150 -18.159   8.760  -3.285
    7   HD11  LEU 150          HD12      LEU 150 -19.416   9.310  -4.392
    8   HD13  LEU 150          HD13      LEU 150 -17.727   9.380  -4.877
    9   HD21  LEU 150          HD21      LEU 150 -20.114   6.707  -3.626
   10   HD23  LEU 150          HD22      LEU 150 -18.486   6.499  -2.979
   11   HD22  LEU 150          HD23      LEU 150 -19.066   5.445  -4.273

  No H/Q in entry =          11
  In of MODEL    8
    1    H    ALA 151           H        ALA 151 -19.225   7.359  -9.799
    2    HA   ALA 151           HA       ALA 151 -21.954   6.324  -9.854
    3    HB3  ALA 151           HB1      ALA 151 -20.553   7.915 -12.000
    4    HB1  ALA 151           HB2      ALA 151 -21.392   8.669 -10.647
    5    HB2  ALA 151           HB3      ALA 151 -22.288   7.667 -11.787

  No H/Q in entry =           5
  In of MODEL    8
    1    H    LYS 152           H        LYS 152 -18.819   5.531 -10.546
    2    HA   LYS 152           HA       LYS 152 -19.533   3.636 -12.653
    3    HB2  LYS 152           HB2      LYS 152 -16.824   4.571 -11.697
    4    HB3  LYS 152           HB3      LYS 152 -17.123   3.517 -13.081
    5    HG2  LYS 152           HG2      LYS 152 -18.341   5.318 -14.194
    6    HG3  LYS 152           HG3      LYS 152 -18.078   6.356 -12.789
    7    HD2  LYS 152           HD2      LYS 152 -15.659   6.203 -13.134
    8    HD3  LYS 152           HD3      LYS 152 -15.926   5.189 -14.552
    9    HE2  LYS 152           HE2      LYS 152 -17.070   7.960 -14.280
   10    HE3  LYS 152           HE3      LYS 152 -15.487   7.643 -14.991
   11    HZ2  LYS 152           HZ1      LYS 152 -17.384   7.820 -16.598
   12    HZ1  LYS 152           HZ2      LYS 152 -17.971   6.361 -15.978
   13    HZ3  LYS 152           HZ3      LYS 152 -16.458   6.411 -16.731

  No H/Q in entry =          13
  In of MODEL    8
    1    H    GLN 153           H        GLN 153 -19.186   3.562  -9.257
    2    HA   GLN 153           HA       GLN 153 -17.991   0.916  -9.302
    3    HB2  GLN 153           HB2      GLN 153 -18.888   2.533  -6.899
    4    HB3  GLN 153           HB3      GLN 153 -17.801   1.160  -6.914
    5    HG2  GLN 153           HG2      GLN 153 -16.326   2.623  -8.393
    6    HG3  GLN 153           HG3      GLN 153 -17.319   3.941  -7.772
    7   HE21  GLN 153          HE21      GLN 153 -16.904   4.730  -5.808
    8   HE22  GLN 153          HE22      GLN 153 -15.736   4.091  -4.708

  No H/Q in entry =           8
  In of MODEL    8
    1    HA   PRO 154           HA       PRO 154 -21.822  -1.301  -8.440
    2    HB2  PRO 154           HB2      PRO 154 -21.391  -2.352  -5.885
    3    HB3  PRO 154           HB3      PRO 154 -20.896  -3.112  -7.401
    4    HG2  PRO 154           HG2      PRO 154 -19.298  -1.441  -5.506
    5    HG3  PRO 154           HG3      PRO 154 -18.819  -2.900  -6.396
    6    HD2  PRO 154           HD2      PRO 154 -18.028  -0.504  -7.206
    7    HD3  PRO 154           HD3      PRO 154 -18.517  -1.721  -8.393

  No H/Q in entry =           7
  In of MODEL    8
    1    H    ASP 155           H        ASP 155 -20.733   1.238  -6.712
    2    HA   ASP 155           HA       ASP 155 -22.752   1.527  -4.653
    3    HB2  ASP 155           HB2      ASP 155 -20.612   3.481  -5.750
    4    HB3  ASP 155           HB3      ASP 155 -21.688   3.859  -4.411

  No H/Q in entry =           4
  In of MODEL    8
    1    H    ALA 156           H        ALA 156 -22.587   2.821  -8.191
    2    HA   ALA 156           HA       ALA 156 -24.295   4.857  -7.593
    3    HB2  ALA 156           HB1      ALA 156 -22.941   4.599  -9.666
    4    HB3  ALA 156           HB2      ALA 156 -24.635   4.991  -9.949
    5    HB1  ALA 156           HB3      ALA 156 -24.064   3.339 -10.184

  No H/Q in entry =           5
  In of MODEL    8
    1    H    MET 157           H        MET 157 -26.177   4.713  -6.752
    2    HA   MET 157           HA       MET 157 -27.707   2.299  -7.181
    3    HB2  MET 157           HB2      MET 157 -27.087   3.723  -5.017
    4    HB3  MET 157           HB3      MET 157 -28.644   4.472  -5.398
    5    HG2  MET 157           HG2      MET 157 -29.480   2.024  -5.546
    6    HG3  MET 157           HG3      MET 157 -28.018   1.657  -4.633
    7    HE1  MET 157           HE1      MET 157 -31.598   2.711  -4.602
    8    HE3  MET 157           HE2      MET 157 -31.014   4.374  -4.523
    9    HE2  MET 157           HE3      MET 157 -31.837   3.660  -3.136

  No H/Q in entry =           9
  In of MODEL    8
    1    H    THR 158           H        THR 158 -30.022   2.481  -7.808
    2    HA   THR 158           HA       THR 158 -30.379   4.817  -9.542
    3    HB   THR 158           HB       THR 158 -32.245   3.078 -10.481
    4    HG1  THR 158           HG1      THR 158 -29.895   1.563  -9.855
    5   HG23  THR 158          HG21      THR 158 -30.781   4.405 -11.867
    6   HG22  THR 158          HG22      THR 158 -30.692   2.719 -12.375
    7   HG21  THR 158          HG23      THR 158 -29.393   3.417 -11.409

  No H/Q in entry =           7
  In of MODEL    8
    1    H    HIS 159           H        HIS 159 -32.291   5.793  -9.665
    2    HA   HIS 159           HA       HIS 159 -34.564   5.020  -8.104
    3    HB2  HIS 159           HB2      HIS 159 -34.492   6.583  -6.440
    4    HB3  HIS 159           HB3      HIS 159 -32.764   6.545  -6.723
    5    HD1  HIS 159           HD1      HIS 159 -35.537   8.798  -6.453
    6    HD2  HIS 159           HD2      HIS 159 -31.943   8.773  -8.540
    7    HE1  HIS 159           HE1      HIS 159 -35.086  11.195  -7.049
    8    HE2  HIS 159           HE2      HIS 159 -33.033  11.128  -8.499

  No H/Q in entry =           8
  In of MODEL    8
    1    HA   PRO 160           HA       PRO 160 -36.309   6.623 -11.764
    2    HB2  PRO 160           HB2      PRO 160 -38.636   7.798 -10.893
    3    HB3  PRO 160           HB3      PRO 160 -38.396   6.067 -11.146
    4    HG2  PRO 160           HG2      PRO 160 -38.264   7.644  -8.608
    5    HG3  PRO 160           HG3      PRO 160 -38.987   6.052  -8.906
    6    HD2  PRO 160           HD2      PRO 160 -36.590   6.309  -7.720
    7    HD3  PRO 160           HD3      PRO 160 -36.943   4.968  -8.833

  No H/Q in entry =           7
  In of MODEL    8
    1    H    ASP 161           H        ASP 161 -34.312   8.302 -11.358
    2    HA   ASP 161           HA       ASP 161 -35.014  10.705 -12.606
    3    HB2  ASP 161           HB2      ASP 161 -36.161  11.658 -10.830
    4    HB3  ASP 161           HB3      ASP 161 -35.228  10.790  -9.622

  No H/Q in entry =           4
  In of MODEL    8
    1    H    GLY 162           H        GLY 162 -32.833   8.833 -10.712
    2    HA3  GLY 162           HA2      GLY 162 -30.661   9.520 -12.267
    3    HA2  GLY 162           HA3      GLY 162 -30.586  10.486 -10.800

  No H/Q in entry =           3
  In of MODEL    8
    1    H    MET 163           H        MET 163 -28.542   9.139 -10.730
    2    HA   MET 163           HA       MET 163 -29.059   6.764  -9.080
    3    HB2  MET 163           HB2      MET 163 -26.616   6.796 -10.807
    4    HB3  MET 163           HB3      MET 163 -27.552   5.417 -10.248
    5    HG2  MET 163           HG2      MET 163 -29.322   6.091 -11.908
    6    HG3  MET 163           HG3      MET 163 -28.161   7.245 -12.557
    7    HE2  MET 163           HE1      MET 163 -25.529   5.194 -11.860
    8    HE1  MET 163           HE2      MET 163 -25.622   6.371 -13.170
    9    HE3  MET 163           HE3      MET 163 -25.248   4.684 -13.525

  No H/Q in entry =           9
  In of MODEL    8
    1    H    GLN 164           H        GLN 164 -28.234   7.140  -7.276
    2    HA   GLN 164           HA       GLN 164 -26.372   9.301  -6.801
    3    HB2  GLN 164           HB2      GLN 164 -27.449   9.397  -4.623
    4    HB3  GLN 164           HB3      GLN 164 -28.665   9.516  -5.888
    5    HG2  GLN 164           HG2      GLN 164 -28.180   6.767  -5.024
    6    HG3  GLN 164           HG3      GLN 164 -28.756   7.820  -3.736
    7   HE21  GLN 164          HE21      GLN 164 -30.703   6.762  -3.598
    8   HE22  GLN 164          HE22      GLN 164 -31.936   6.922  -4.795

  No H/Q in entry =           8
  In of MODEL    8
    1    H    ILE 165           H        ILE 165 -25.733   8.750  -4.409
    2    HA   ILE 165           HA       ILE 165 -24.814   6.276  -3.625
    3    HB   ILE 165           HB       ILE 165 -22.300   7.258  -3.869
    4   HG12  ILE 165          HG12      ILE 165 -22.474   7.747  -6.585
    5   HG13  ILE 165          HG13      ILE 165 -23.881   8.599  -5.958
    6   HG22  ILE 165          HG21      ILE 165 -22.087   5.761  -5.894
    7   HG21  ILE 165          HG22      ILE 165 -23.825   5.510  -5.742
    8   HG23  ILE 165          HG23      ILE 165 -22.748   5.046  -4.426
    9   HD13  ILE 165          HD11      ILE 165 -22.573  10.008  -4.639
   10   HD12  ILE 165          HD12      ILE 165 -21.721   9.897  -6.181
   11   HD11  ILE 165          HD13      ILE 165 -21.164   8.966  -4.795

  No H/Q in entry =          11
  In of MODEL    8
    1    H    LYS 166           H        LYS 166 -24.710   7.020  -0.992
    2    HA   LYS 166           HA       LYS 166 -24.855   9.839  -0.937
    3    HB2  LYS 166           HB2      LYS 166 -25.007   9.034   1.652
    4    HB3  LYS 166           HB3      LYS 166 -26.407   9.235   0.622
    5    HG2  LYS 166           HG2      LYS 166 -26.955   7.190   1.302
    6    HG3  LYS 166           HG3      LYS 166 -25.752   6.616   0.165
    7    HD2  LYS 166           HD2      LYS 166 -24.068   6.681   1.992
    8    HD3  LYS 166           HD3      LYS 166 -25.358   7.132   3.110
    9    HE2  LYS 166           HE2      LYS 166 -26.343   4.898   1.784
   10    HE3  LYS 166           HE3      LYS 166 -24.643   4.525   2.050
   11    HZ2  LYS 166           HZ1      LYS 166 -26.307   3.885   3.849
   12    HZ1  LYS 166           HZ2      LYS 166 -26.352   5.527   4.245
   13    HZ3  LYS 166           HZ3      LYS 166 -24.896   4.671   4.345

  No H/Q in entry =          13
  In of MODEL    8
    1    H    ILE 167           H        ILE 167 -23.047  10.943  -0.518
    2    HA   ILE 167           HA       ILE 167 -21.084   9.496   1.107
    3    HB   ILE 167           HB       ILE 167 -19.713  11.461  -0.377
    4   HG12  ILE 167          HG12      ILE 167 -20.009  10.000  -2.598
    5   HG13  ILE 167          HG13      ILE 167 -21.616   9.759  -1.925
    6   HG21  ILE 167          HG21      ILE 167 -19.623   8.528   0.069
    7   HG23  ILE 167          HG22      ILE 167 -18.402   9.762   0.380
    8   HG22  ILE 167          HG23      ILE 167 -18.673   9.186  -1.261
    9   HD13  ILE 167          HD11      ILE 167 -22.057  12.086  -1.954
   10   HD12  ILE 167          HD12      ILE 167 -21.452  11.615  -3.542
   11   HD11  ILE 167          HD13      ILE 167 -20.391  12.451  -2.405

  No H/Q in entry =          11
  In of MODEL    8
    1    H    THR 168           H        THR 168 -20.908  10.464   3.084
    2    HA   THR 168           HA       THR 168 -21.714  13.157   3.493
    3    HB   THR 168           HB       THR 168 -20.171  12.957   5.568
    4    HG1  THR 168           HG1      THR 168 -19.261  10.917   4.310
    5   HG23  THR 168          HG21      THR 168 -21.818  11.707   6.775
    6   HG22  THR 168          HG22      THR 168 -22.367  10.904   5.304
    7   HG21  THR 168          HG23      THR 168 -22.655  12.631   5.528

  No H/Q in entry =           7
  In of MODEL    8
    1    H    ARG 169           H        ARG 169 -20.147  14.948   3.911
    2    HA   ARG 169           HA       ARG 169 -18.160  14.964   1.812
    3    HB2  ARG 169           HB2      ARG 169 -17.890  17.195   3.719
    4    HB3  ARG 169           HB3      ARG 169 -18.098  17.229   1.989
    5    HG2  ARG 169           HG2      ARG 169 -20.417  17.288   2.119
    6    HG3  ARG 169           HG3      ARG 169 -20.436  16.748   3.798
    7    HD2  ARG 169           HD2      ARG 169 -19.839  18.833   4.592
    8    HD3  ARG 169           HD3      ARG 169 -19.101  19.313   3.063
    9    HE   ARG 169           HE       ARG 169 -21.557  19.215   2.251
   10   HH11  ARG 169          HH11      ARG 169 -20.480  20.304   5.393
   11   HH12  ARG 169          HH12      ARG 169 -21.819  21.379   5.623
   12   HH21  ARG 169          HH21      ARG 169 -23.329  20.635   2.549
   13   HH22  ARG 169          HH22      ARG 169 -23.440  21.567   4.004

  No H/Q in entry =          13
  In of MODEL    8
    1    H    GLN 170           H        GLN 170 -18.298  14.109   5.322
    2    HA   GLN 170           HA       GLN 170 -15.791  14.220   6.003
    3    HB2  GLN 170           HB2      GLN 170 -17.873  12.060   6.352
    4    HB3  GLN 170           HB3      GLN 170 -16.289  11.924   7.098
    5    HG2  GLN 170           HG2      GLN 170 -17.516  12.832   8.798
    6    HG3  GLN 170           HG3      GLN 170 -16.848  14.281   8.052
    7   HE21  GLN 170          HE21      GLN 170 -19.666  12.606   8.928
    8   HE22  GLN 170          HE22      GLN 170 -20.814  13.702   8.247

  No H/Q in entry =           8
  In of MODEL    8
    1    H    GLU 171           H        GLU 171 -16.879  12.279   3.058
    2    HA   GLU 171           HA       GLU 171 -14.878  10.396   3.646
    3    HB2  GLU 171           HB2      GLU 171 -16.812  10.858   1.349
    4    HB3  GLU 171           HB3      GLU 171 -15.543   9.630   1.288
    5    HG2  GLU 171           HG2      GLU 171 -17.233   9.556   3.662
    6    HG3  GLU 171           HG3      GLU 171 -18.070   9.215   2.153

  No H/Q in entry =           6
  In of MODEL    8
    1    H    ILE 172           H        ILE 172 -15.875  13.157   2.121
    2    HA   ILE 172           HA       ILE 172 -13.926  13.466   0.112
    3    HB   ILE 172           HB       ILE 172 -15.754  15.595   1.212
    4   HG12  ILE 172          HG12      ILE 172 -17.138  13.664   0.860
    5   HG13  ILE 172          HG13      ILE 172 -17.374  14.729  -0.524
    6   HG22  ILE 172          HG21      ILE 172 -14.907  15.074  -1.617
    7   HG21  ILE 172          HG22      ILE 172 -13.948  16.066  -0.524
    8   HG23  ILE 172          HG23      ILE 172 -15.597  16.544  -0.932
    9   HD13  ILE 172          HD11      ILE 172 -15.924  13.343  -1.876
   10   HD12  ILE 172          HD12      ILE 172 -17.183  12.347  -1.143
   11   HD11  ILE 172          HD13      ILE 172 -15.546  12.335  -0.476

  No H/Q in entry =          11
  In of MODEL    8
    1    H    GLY 173           H        GLY 173 -14.062  14.480   3.695
    2    HA3  GLY 173           HA2      GLY 173 -12.214  16.476   3.502
    3    HA2  GLY 173           HA3      GLY 173 -12.353  15.313   4.823

  No H/Q in entry =           3
  In of MODEL    8
    1    H    GLN 174           H        GLN 174 -11.910  13.125   3.750
    2    HA   GLN 174           HA       GLN 174  -9.078  12.933   3.689
    3    HB2  GLN 174           HB2      GLN 174 -11.193  10.811   3.385
    4    HB3  GLN 174           HB3      GLN 174  -9.515  10.554   3.860
    5    HG2  GLN 174           HG2      GLN 174  -9.849  11.367   5.974
    6    HG3  GLN 174           HG3      GLN 174 -11.177  12.409   5.482
    7   HE21  GLN 174          HE21      GLN 174 -12.644  10.398   4.087
    8   HE22  GLN 174          HE22      GLN 174 -13.301   9.326   5.270

  No H/Q in entry =           8
  In of MODEL    8
    1    H    ILE 175           H        ILE 175 -11.550  12.162   1.259
    2    HA   ILE 175           HA       ILE 175  -9.675  10.874  -0.472
    3    HB   ILE 175           HB       ILE 175 -12.408  11.937  -1.160
    4   HG12  ILE 175          HG12      ILE 175 -11.733   9.096  -0.420
    5   HG13  ILE 175          HG13      ILE 175 -12.257  10.274   0.782
    6   HG21  ILE 175          HG21      ILE 175 -10.352  10.696  -2.706
    7   HG23  ILE 175          HG22      ILE 175 -11.948  11.242  -3.223
    8   HG22  ILE 175          HG23      ILE 175 -11.733   9.604  -2.604
    9   HD11  ILE 175          HD11      ILE 175 -13.810   9.462  -1.659
   10   HD13  ILE 175          HD12      ILE 175 -14.332  10.600  -0.419
   11   HD12  ILE 175          HD13      ILE 175 -14.101   8.897  -0.013

  No H/Q in entry =          11
  In of MODEL    8
    1    H    VAL 176           H        VAL 176 -10.990  14.083  -0.159
    2    HA   VAL 176           HA       VAL 176  -9.707  14.905  -2.632
    3    HB   VAL 176           HB       VAL 176 -11.471  16.431  -0.717
    4   HG11  VAL 176          HG11      VAL 176  -9.839  17.834  -1.946
    5   HG13  VAL 176          HG12      VAL 176 -11.524  18.170  -2.346
    6   HG12  VAL 176          HG13      VAL 176 -10.525  17.227  -3.451
    7   HG22  VAL 176          HG21      VAL 176 -12.633  14.667  -1.909
    8   HG21  VAL 176          HG22      VAL 176 -11.986  15.252  -3.441
    9   HG23  VAL 176          HG23      VAL 176 -13.118  16.247  -2.525

  No H/Q in entry =           9
  In of MODEL    8
    1    H    GLY 177           H        GLY 177  -9.433  15.278   0.844
    2    HA3  GLY 177           HA2      GLY 177  -7.161  15.449   1.676
    3    HA2  GLY 177           HA3      GLY 177  -6.837  16.611   0.398

  No H/Q in entry =           3
  In of MODEL    8
    1    H    CYS 178           H        CYS 178  -9.702  17.586   1.126
    2    HA   CYS 178           HA       CYS 178  -8.752  19.431   3.235
    3    HB2  CYS 178           HB2      CYS 178 -10.657  20.070   0.993
    4    HB3  CYS 178           HB3      CYS 178 -10.086  21.184   2.231
    5    HG   CYS 178           HG       CYS 178  -8.295  22.119   0.631

  No H/Q in entry =           5
  In of MODEL    8
    1    H    SER 179           H        SER 179 -10.430  20.191   4.748
    2    HA   SER 179           HA       SER 179 -12.070  18.055   5.500
    3    HB2  SER 179           HB2      SER 179 -13.111  20.240   6.765
    4    HB3  SER 179           HB3      SER 179 -11.695  19.344   7.316
    5    HG   SER 179           HG       SER 179 -11.307  21.601   7.175

  No H/Q in entry =           5
  In of MODEL    8
    1    H    ARG 180           H        ARG 180 -14.290  18.204   5.725
    2    HA   ARG 180           HA       ARG 180 -15.874  18.713   3.588
    3    HB2  ARG 180           HB2      ARG 180 -17.771  18.815   5.363
    4    HB3  ARG 180           HB3      ARG 180 -16.856  17.333   5.150
    5    HG2  ARG 180           HG2      ARG 180 -16.990  17.533   7.448
    6    HG3  ARG 180           HG3      ARG 180 -15.398  18.200   7.091
    7    HD2  ARG 180           HD2      ARG 180 -16.164  19.843   8.457
    8    HD3  ARG 180           HD3      ARG 180 -16.809  20.445   6.930
    9    HE   ARG 180           HE       ARG 180 -18.788  18.839   7.903
   10   HH11  ARG 180          HH11      ARG 180 -17.045  21.631   9.058
   11   HH12  ARG 180          HH12      ARG 180 -18.307  22.138  10.138
   12   HH21  ARG 180          HH21      ARG 180 -20.489  19.520   9.299
   13   HH22  ARG 180          HH22      ARG 180 -20.279  20.949  10.257

  No H/Q in entry =          13
  In of MODEL    8
    1    H    GLU 181           H        GLU 181 -14.137  20.968   4.674
    2    HA   GLU 181           HA       GLU 181 -15.956  23.087   5.218
    3    HB2  GLU 181           HB2      GLU 181 -13.259  22.462   5.770
    4    HB3  GLU 181           HB3      GLU 181 -13.353  24.057   5.037
    5    HG2  GLU 181           HG2      GLU 181 -13.472  24.260   7.419
    6    HG3  GLU 181           HG3      GLU 181 -15.033  24.697   6.721

  No H/Q in entry =           6
  In of MODEL    8
    1    H    THR 182           H        THR 182 -13.145  23.087   3.302
    2    HA   THR 182           HA       THR 182 -13.829  25.009   1.334
    3    HB   THR 182           HB       THR 182 -12.101  22.707   0.502
    4    HG1  THR 182           HG1      THR 182 -10.497  24.259   1.847
    5   HG22  THR 182          HG21      THR 182 -11.706  25.697   0.340
    6   HG21  THR 182          HG22      THR 182 -12.402  24.698  -0.936
    7   HG23  THR 182          HG23      THR 182 -10.721  24.468  -0.451

  No H/Q in entry =           7
  In of MODEL    8
    1    H    VAL 183           H        VAL 183 -13.840  21.464   1.427
    2    HA   VAL 183           HA       VAL 183 -15.444  21.010  -0.893
    3    HB   VAL 183           HB       VAL 183 -14.140  19.568   1.270
    4   HG11  VAL 183          HG11      VAL 183 -16.592  19.131   1.805
    5   HG13  VAL 183          HG12      VAL 183 -15.498  17.746   1.643
    6   HG12  VAL 183          HG13      VAL 183 -16.599  18.172   0.323
    7   HG23  VAL 183          HG21      VAL 183 -15.101  18.454  -1.328
    8   HG22  VAL 183          HG22      VAL 183 -13.749  17.916  -0.323
    9   HG21  VAL 183          HG23      VAL 183 -13.654  19.465  -1.174

  No H/Q in entry =           9
  In of MODEL    8
    1    H    GLY 184           H        GLY 184 -16.137  21.753   2.624
    2    HA3  GLY 184           HA2      GLY 184 -18.760  21.268   2.581
    3    HA2  GLY 184           HA3      GLY 184 -18.009  22.597   3.451

  No H/Q in entry =           3
  In of MODEL    8
    1    H    ARG 185           H        ARG 185 -17.156  23.549   0.451
    2    HA   ARG 185           HA       ARG 185 -19.375  25.384   0.443
    3    HB2  ARG 185           HB2      ARG 185 -16.966  25.103  -1.402
    4    HB3  ARG 185           HB3      ARG 185 -18.180  26.370  -1.520
    5    HG2  ARG 185           HG2      ARG 185 -16.216  25.955   0.720
    6    HG3  ARG 185           HG3      ARG 185 -16.201  27.240  -0.488
    7    HD2  ARG 185           HD2      ARG 185 -17.186  28.349   1.240
    8    HD3  ARG 185           HD3      ARG 185 -18.619  27.682   0.460
    9    HE   ARG 185           HE       ARG 185 -17.530  25.959   2.480
   10   HH11  ARG 185          HH11      ARG 185 -19.618  28.701   1.881
   11   HH12  ARG 185          HH12      ARG 185 -20.551  28.475   3.324
   12   HH21  ARG 185          HH21      ARG 185 -18.758  25.648   4.390
   13   HH22  ARG 185          HH22      ARG 185 -20.056  26.737   4.758

  No H/Q in entry =          13
  In of MODEL    8
    1    H    ILE 186           H        ILE 186 -17.643  23.014  -1.190
    2    HA   ILE 186           HA       ILE 186 -18.878  23.068  -3.733
    3    HB   ILE 186           HB       ILE 186 -17.423  20.755  -2.497
    4   HG12  ILE 186          HG12      ILE 186 -16.301  23.091  -2.526
    5   HG13  ILE 186          HG13      ILE 186 -15.399  21.720  -3.156
    6   HG23  ILE 186          HG21      ILE 186 -17.346  19.790  -4.542
    7   HG22  ILE 186          HG22      ILE 186 -17.294  21.334  -5.392
    8   HG21  ILE 186          HG23      ILE 186 -18.828  20.717  -4.780
    9   HD12  ILE 186          HD11      ILE 186 -15.297  23.856  -4.490
   10   HD11  ILE 186          HD12      ILE 186 -16.982  23.561  -4.921
   11   HD13  ILE 186          HD13      ILE 186 -15.735  22.399  -5.383

  No H/Q in entry =          11
  In of MODEL    8
    1    H    LEU 187           H        LEU 187 -19.065  20.652  -1.263
    2    HA   LEU 187           HA       LEU 187 -21.021  19.189  -2.496
    3    HB2  LEU 187           HB2      LEU 187 -20.266  19.348   0.376
    4    HB3  LEU 187           HB3      LEU 187 -21.208  18.047  -0.368
    5    HG   LEU 187           HG       LEU 187 -18.310  18.727  -0.740
    6   HD12  LEU 187          HD11      LEU 187 -19.363  16.020  -0.982
    7   HD11  LEU 187          HD12      LEU 187 -19.511  16.798   0.594
    8   HD13  LEU 187          HD13      LEU 187 -17.926  16.634  -0.161
    9   HD21  LEU 187          HD21      LEU 187 -19.951  17.243  -2.784
   10   HD23  LEU 187          HD22      LEU 187 -18.201  17.375  -2.767
   11   HD22  LEU 187          HD23      LEU 187 -19.184  18.814  -3.020

  No H/Q in entry =          11
  In of MODEL    8
    1    H    LYS 188           H        LYS 188 -21.459  21.795  -0.077
    2    HA   LYS 188           HA       LYS 188 -24.177  21.718   0.012
    3    HB2  LYS 188           HB2      LYS 188 -22.404  23.333   1.127
    4    HB3  LYS 188           HB3      LYS 188 -22.879  24.403  -0.184
    5    HG2  LYS 188           HG2      LYS 188 -24.924  23.147   1.610
    6    HG3  LYS 188           HG3      LYS 188 -24.083  24.630   2.063
    7    HD2  LYS 188           HD2      LYS 188 -25.254  25.875   0.606
    8    HD3  LYS 188           HD3      LYS 188 -25.160  24.650  -0.659
    9    HE2  LYS 188           HE2      LYS 188 -26.892  23.360   0.677
   10    HE3  LYS 188           HE3      LYS 188 -27.112  24.833   1.618
   11    HZ3  LYS 188           HZ1      LYS 188 -28.121  25.886  -0.097
   12    HZ2  LYS 188           HZ2      LYS 188 -28.543  24.297  -0.521
   13    HZ1  LYS 188           HZ3      LYS 188 -27.239  25.067  -1.293

  No H/Q in entry =          13
  In of MODEL    8
    1    H    MET 189           H        MET 189 -22.188  22.948  -2.662
    2    HA   MET 189           HA       MET 189 -24.368  24.372  -3.949
    3    HB2  MET 189           HB2      MET 189 -22.874  25.026  -5.521
    4    HB3  MET 189           HB3      MET 189 -21.700  24.491  -4.334
    5    HG2  MET 189           HG2      MET 189 -21.332  22.458  -5.504
    6    HG3  MET 189           HG3      MET 189 -22.713  22.750  -6.563
    7    HE3  MET 189           HE1      MET 189 -19.921  25.764  -5.785
    8    HE2  MET 189           HE2      MET 189 -18.657  24.843  -6.602
    9    HE1  MET 189           HE3      MET 189 -19.500  24.150  -5.218

  No H/Q in entry =           9
  In of MODEL    8
    1    H    LEU 190           H        LEU 190 -23.160  21.081  -3.897
    2    HA   LEU 190           HA       LEU 190 -24.337  20.030  -6.140
    3    HB2  LEU 190           HB2      LEU 190 -24.385  18.675  -3.472
    4    HB3  LEU 190           HB3      LEU 190 -24.212  17.928  -5.058
    5    HG   LEU 190           HG       LEU 190 -22.245  19.524  -3.499
    6   HD13  LEU 190          HD11      LEU 190 -21.904  17.365  -2.899
    7   HD12  LEU 190          HD12      LEU 190 -20.903  17.408  -4.356
    8   HD11  LEU 190          HD13      LEU 190 -22.532  16.745  -4.422
    9   HD21  LEU 190          HD21      LEU 190 -22.436  20.068  -6.055
   10   HD23  LEU 190          HD22      LEU 190 -21.489  18.585  -6.188
   11   HD22  LEU 190          HD23      LEU 190 -20.879  19.939  -5.244

  No H/Q in entry =          11
  In of MODEL    8
    1    H    GLU 191           H        GLU 191 -25.935  20.545  -2.979
    2    HA   GLU 191           HA       GLU 191 -28.393  19.475  -3.904
    3    HB2  GLU 191           HB2      GLU 191 -27.947  19.498  -1.542
    4    HB3  GLU 191           HB3      GLU 191 -27.592  21.217  -1.560
    5    HG2  GLU 191           HG2      GLU 191 -30.188  21.143  -2.431
    6    HG3  GLU 191           HG3      GLU 191 -30.138  19.833  -1.252

  No H/Q in entry =           6
  In of MODEL    8
    1    H    ASP 192           H        ASP 192 -26.762  22.345  -4.464
    2    HA   ASP 192           HA       ASP 192 -29.137  23.975  -4.924
    3    HB2  ASP 192           HB2      ASP 192 -26.181  24.541  -4.992
    4    HB3  ASP 192           HB3      ASP 192 -27.321  25.656  -5.732

  No H/Q in entry =           4
  In of MODEL    8
    1    H    GLN 193           H        GLN 193 -27.296  21.742  -6.421
    2    HA   GLN 193           HA       GLN 193 -27.206  20.860  -8.502
    3    HB2  GLN 193           HB2      GLN 193 -29.395  22.868  -8.973
    4    HB3  GLN 193           HB3      GLN 193 -28.728  21.928 -10.301
    5    HG2  GLN 193           HG2      GLN 193 -30.108  20.286  -9.796
    6    HG3  GLN 193           HG3      GLN 193 -29.298  20.110  -8.239
    7   HE21  GLN 193          HE21      GLN 193 -30.171  21.099  -6.426
    8   HE22  GLN 193          HE22      GLN 193 -31.810  21.642  -6.383

  No H/Q in entry =           8
  In of MODEL    8
    1    H    ASN 194           H        ASN 194 -25.516  23.016  -7.565
    2    HA   ASN 194           HA       ASN 194 -24.918  24.471 -10.040
    3    HB2  ASN 194           HB2      ASN 194 -24.205  24.810  -7.182
    4    HB3  ASN 194           HB3      ASN 194 -22.977  25.292  -8.348
    5   HD21  ASN 194          HD21      ASN 194 -26.131  25.944  -7.074
    6   HD22  ASN 194          HD22      ASN 194 -26.349  27.476  -7.835

  No H/Q in entry =           6
  In of MODEL    8
    1    H    LEU 195           H        LEU 195 -24.316  21.539  -8.808
    2    HA   LEU 195           HA       LEU 195 -21.987  21.139 -10.503
    3    HB2  LEU 195           HB2      LEU 195 -21.443  21.766  -7.962
    4    HB3  LEU 195           HB3      LEU 195 -21.732  20.055  -7.756
    5    HG   LEU 195           HG       LEU 195 -19.926  20.382  -9.944
    6   HD13  LEU 195          HD11      LEU 195 -18.125  21.559  -8.981
    7   HD12  LEU 195          HD12      LEU 195 -18.919  21.636  -7.406
    8   HD11  LEU 195          HD13      LEU 195 -19.538  22.594  -8.753
    9   HD23  LEU 195          HD21      LEU 195 -18.431  19.168  -8.293
   10   HD22  LEU 195          HD22      LEU 195 -19.962  18.385  -8.691
   11   HD21  LEU 195          HD23      LEU 195 -19.784  19.251  -7.165

  No H/Q in entry =          11
  In of MODEL    8
    1    H    ILE 196           H        ILE 196 -24.497  19.828  -8.426
    2    HA   ILE 196           HA       ILE 196 -24.904  17.555 -10.006
    3    HB   ILE 196           HB       ILE 196 -24.771  16.363  -7.463
    4   HG12  ILE 196          HG12      ILE 196 -22.193  17.652  -8.371
    5   HG13  ILE 196          HG13      ILE 196 -23.013  17.878  -6.827
    6   HG22  ILE 196          HG21      ILE 196 -23.333  14.804  -8.729
    7   HG21  ILE 196          HG22      ILE 196 -23.279  15.979 -10.042
    8   HG23  ILE 196          HG23      ILE 196 -24.813  15.239  -9.585
    9   HD12  ILE 196          HD11      ILE 196 -21.071  16.419  -6.635
   10   HD11  ILE 196          HD12      ILE 196 -21.803  15.308  -7.796
   11   HD13  ILE 196          HD13      ILE 196 -22.570  15.584  -6.233

  No H/Q in entry =          11
  In of MODEL    8
    1    H    SER 197           H        SER 197 -26.536  16.156  -8.365
    2    HA   SER 197           HA       SER 197 -28.051  18.053  -6.795
    3    HB2  SER 197           HB2      SER 197 -29.304  18.109  -8.793
    4    HB3  SER 197           HB3      SER 197 -29.223  16.349  -8.949
    5    HG   SER 197           HG       SER 197 -31.225  16.863  -8.129

  No H/Q in entry =           5
  In of MODEL    8
    1    H    ALA 198           H        ALA 198 -27.795  17.397  -4.779
    2    HA   ALA 198           HA       ALA 198 -27.732  14.548  -4.388
    3    HB3  ALA 198           HB1      ALA 198 -26.601  14.961  -2.368
    4    HB2  ALA 198           HB2      ALA 198 -27.050  16.666  -2.361
    5    HB1  ALA 198           HB3      ALA 198 -25.871  16.071  -3.529

  No H/Q in entry =           5
  In of MODEL    8
    1    H    HIS 199           H        HIS 199 -29.446  13.654  -3.743
    2    HA   HIS 199           HA       HIS 199 -31.672  15.139  -2.631
    3    HB2  HIS 199           HB2      HIS 199 -31.683  12.997  -4.244
    4    HB3  HIS 199           HB3      HIS 199 -31.612  12.143  -2.707
    5    HD1  HIS 199           HD1      HIS 199 -33.882  14.069  -4.907
    6    HD2  HIS 199           HD2      HIS 199 -33.927  12.415  -1.092
    7    HE1  HIS 199           HE1      HIS 199 -36.294  14.068  -4.198
    8    HE2  HIS 199           HE2      HIS 199 -36.275  13.216  -1.827

  No H/Q in entry =           8
  In of MODEL    8
    1    H    GLY 200           H        GLY 200 -30.391  15.876  -0.814
    2    HA3  GLY 200           HA2      GLY 200 -30.068  15.754   1.499
    3    HA2  GLY 200           HA3      GLY 200 -30.474  14.036   1.440

  No H/Q in entry =           3
  In of MODEL    8
    1    H    LYS 201           H        LYS 201 -28.769  12.767   1.937
    2    HA   LYS 201           HA       LYS 201 -26.095  13.789   1.351
    3    HB2  LYS 201           HB2      LYS 201 -25.336  11.728   2.657
    4    HB3  LYS 201           HB3      LYS 201 -26.124  13.017   3.551
    5    HG2  LYS 201           HG2      LYS 201 -28.270  11.587   3.174
    6    HG3  LYS 201           HG3      LYS 201 -27.108  10.281   2.904
    7    HD2  LYS 201           HD2      LYS 201 -26.019  11.168   5.094
    8    HD3  LYS 201           HD3      LYS 201 -27.595  11.913   5.363
    9    HE2  LYS 201           HE2      LYS 201 -28.562   9.595   4.929
   10    HE3  LYS 201           HE3      LYS 201 -26.912   9.002   5.121
   11    HZ3  LYS 201           HZ1      LYS 201 -27.968   8.839   7.212
   12    HZ2  LYS 201           HZ2      LYS 201 -28.573  10.413   7.130
   13    HZ1  LYS 201           HZ3      LYS 201 -26.911  10.155   7.328

  No H/Q in entry =          13
  In of MODEL    8
    1    H    THR 202           H        THR 202 -28.366  11.608   0.162
    2    HA   THR 202           HA       THR 202 -26.603   9.975  -1.410
    3    HB   THR 202           HB       THR 202 -29.105   9.906  -2.652
    4    HG1  THR 202           HG1      THR 202 -30.027  11.149  -0.959
    5   HG21  THR 202          HG21      THR 202 -27.671   7.974  -2.006
    6   HG23  THR 202          HG22      THR 202 -29.375   7.734  -1.621
    7   HG22  THR 202          HG23      THR 202 -28.235   8.157  -0.346

  No H/Q in entry =           7
  In of MODEL    8
    1    H    ILE 203           H        ILE 203 -25.491  10.930  -2.860
    2    HA   ILE 203           HA       ILE 203 -26.358  13.397  -4.086
    3    HB   ILE 203           HB       ILE 203 -23.812  11.878  -3.913
    4   HG12  ILE 203          HG12      ILE 203 -24.777  14.583  -3.089
    5   HG13  ILE 203          HG13      ILE 203 -23.956  13.353  -2.136
    6   HG22  ILE 203          HG21      ILE 203 -24.284  14.179  -5.809
    7   HG21  ILE 203          HG22      ILE 203 -24.039  12.497  -6.277
    8   HG23  ILE 203          HG23      ILE 203 -22.737  13.393  -5.495
    9   HD11  ILE 203          HD11      ILE 203 -22.661  14.914  -4.347
   10   HD13  ILE 203          HD12      ILE 203 -21.868  13.848  -3.181
   11   HD12  ILE 203          HD13      ILE 203 -22.582  15.369  -2.643

  No H/Q in entry =          11
  In of MODEL    8
    1    H    VAL 204           H        VAL 204 -27.412  13.380  -5.957
    2    HA   VAL 204           HA       VAL 204 -27.270  11.031  -7.698
    3    HB   VAL 204           HB       VAL 204 -29.062  13.467  -7.610
    4   HG13  VAL 204          HG11      VAL 204 -28.551  13.124  -9.908
    5   HG12  VAL 204          HG12      VAL 204 -30.192  12.561  -9.599
    6   HG11  VAL 204          HG13      VAL 204 -28.878  11.397  -9.776
    7   HG23  VAL 204          HG21      VAL 204 -29.715  10.528  -7.483
    8   HG22  VAL 204          HG22      VAL 204 -30.864  11.862  -7.394
    9   HG21  VAL 204          HG23      VAL 204 -29.673  11.640  -6.112

  No H/Q in entry =           9
  In of MODEL    8
    1    H    VAL 205           H        VAL 205 -25.613  11.103  -8.755
    2    HA   VAL 205           HA       VAL 205 -24.905  13.361 -10.514
    3    HB   VAL 205           HB       VAL 205 -23.229  11.500 -11.346
    4   HG12  VAL 205          HG11      VAL 205 -21.607  11.902  -9.527
    5   HG11  VAL 205          HG12      VAL 205 -22.902  12.601  -8.554
    6   HG13  VAL 205          HG13      VAL 205 -22.412  13.375 -10.063
    7   HG21  VAL 205          HG21      VAL 205 -24.111  10.242  -8.744
    8   HG23  VAL 205          HG22      VAL 205 -22.619   9.821  -9.580
    9   HG22  VAL 205          HG23      VAL 205 -24.173   9.534 -10.360

  No H/Q in entry =           9
  In of MODEL    8
    1    H    TYR 206           H        TYR 206 -26.981  13.274 -11.055
    2    HA   TYR 206           HA       TYR 206 -28.805  11.750 -12.033
    3    HB2  TYR 206           HB2      TYR 206 -27.479  13.909 -13.673
    4    HB3  TYR 206           HB3      TYR 206 -28.943  13.096 -14.211
    5    HD1  TYR 206           HD1      TYR 206 -27.598  15.730 -12.146
    6    HD2  TYR 206           HD2      TYR 206 -30.977  13.183 -12.719
    7    HE1  TYR 206           HE1      TYR 206 -28.984  17.295 -10.868
    8    HE2  TYR 206           HE2      TYR 206 -32.378  14.731 -11.436
    9    HH   TYR 206           HH       TYR 206 -31.544  17.859 -10.803

  No H/Q in entry =           9
  In of MODEL    8
    1    H    GLY 207           H        GLY 207 -25.811  12.030 -13.982
    2    HA3  GLY 207           HA2      GLY 207 -26.019   9.274 -14.793
    3    HA2  GLY 207           HA3      GLY 207 -26.399  10.390 -16.100

  No H/Q in entry =           3
  In of MODEL    8
    1    H    THR 208           H        THR 208 -24.790  12.021 -16.612
    2    HA   THR 208           HA       THR 208 -22.126  10.851 -16.569
    3    HB   THR 208           HB       THR 208 -21.657  12.684 -18.257
    4    HG1  THR 208           HG1      THR 208 -23.366  13.904 -18.981
    5   HG21  THR 208          HG21      THR 208 -22.296  10.370 -18.891
    6   HG23  THR 208          HG22      THR 208 -22.844  11.572 -20.059
    7   HG22  THR 208          HG23      THR 208 -23.985  10.871 -18.910

  No H/Q in entry =           7
  In of MODEL    8
    1    H    ARG 209           H        ARG 209 -23.940  13.105 -14.968
    2    HA   ARG 209           HA       ARG 209 -21.924  13.960 -13.227
    3    HB2  ARG 209           HB2      ARG 209 -21.498  15.385 -15.340
    4    HB3  ARG 209           HB3      ARG 209 -23.018  16.179 -14.959
    5    HG2  ARG 209           HG2      ARG 209 -21.550  16.225 -12.581
    6    HG3  ARG 209           HG3      ARG 209 -20.396  16.614 -13.860
    7    HD2  ARG 209           HD2      ARG 209 -23.027  17.988 -13.326
    8    HD3  ARG 209           HD3      ARG 209 -21.418  18.643 -13.028
    9    HE   ARG 209           HE       ARG 209 -21.681  17.917 -15.747
   10   HH11  ARG 209          HH11      ARG 209 -22.811  20.318 -13.471
   11   HH12  ARG 209          HH12      ARG 209 -22.955  21.569 -14.663
   12   HH21  ARG 209          HH21      ARG 209 -21.905  19.540 -17.328
   13   HH22  ARG 209          HH22      ARG 209 -22.455  21.121 -16.872

  No H/Q in entry =          13
  In of MODEL    8
    1    H1   VAL   1           H3       VAL   1  24.489 -13.589  -5.501
    2    H2   VAL   1           H2       VAL   1  25.563 -13.543  -6.806
    3    H3   VAL   1           H1       VAL   1  24.193 -14.531  -6.870
    4    HA   VAL   1           HA       VAL   1  26.111 -15.869  -6.442
    5    HB   VAL   1           HB       VAL   1  27.550 -14.217  -5.420
    6   HG12  VAL   1          HG11      VAL   1  25.701 -14.266  -3.043
    7   HG11  VAL   1          HG12      VAL   1  25.829 -12.957  -4.217
    8   HG13  VAL   1          HG13      VAL   1  27.201 -13.352  -3.185
    9   HG21  VAL   1          HG21      VAL   1  27.952 -16.584  -4.872
   10   HG23  VAL   1          HG22      VAL   1  26.973 -16.397  -3.418
   11   HG22  VAL   1          HG23      VAL   1  28.479 -15.497  -3.589

  No H/Q in entry =          11
  In of MODEL    8
    1    H    LEU   2           H        LEU   2  25.633 -17.815  -5.501
    2    HA   LEU   2           HA       LEU   2  23.166 -17.914  -3.940
    3    HB2  LEU   2           HB2      LEU   2  23.920 -19.369  -6.060
    4    HB3  LEU   2           HB3      LEU   2  24.559 -20.391  -4.788
    5    HG   LEU   2           HG       LEU   2  21.899 -19.711  -4.066
    6   HD12  LEU   2          HD11      LEU   2  20.674 -20.680  -5.969
    7   HD11  LEU   2          HD12      LEU   2  22.171 -20.691  -6.903
    8   HD13  LEU   2          HD13      LEU   2  21.469 -19.160  -6.378
    9   HD22  LEU   2          HD21      LEU   2  23.038 -21.731  -3.384
   10   HD21  LEU   2          HD22      LEU   2  23.145 -22.270  -5.060
   11   HD23  LEU   2          HD23      LEU   2  21.572 -22.147  -4.272

  No H/Q in entry =          11
  In of MODEL    8
    1    H    GLY   3           H        GLY   3  23.006 -18.810  -1.916
    2    HA3  GLY   3           HA2      GLY   3  23.941 -20.240  -0.177
    3    HA2  GLY   3           HA3      GLY   3  25.530 -19.654  -0.641

  No H/Q in entry =           3
  In of MODEL    8
    1    H    LYS   4           H        LYS   4  22.405 -18.485   0.604
    2    HA   LYS   4           HA       LYS   4  23.931 -16.658   2.327
    3    HB2  LYS   4           HB2      LYS   4  22.199 -15.898   0.284
    4    HB3  LYS   4           HB3      LYS   4  21.248 -15.708   1.751
    5    HG2  LYS   4           HG2      LYS   4  22.388 -13.642   1.192
    6    HG3  LYS   4           HG3      LYS   4  23.004 -14.303   2.708
    7    HD2  LYS   4           HD2      LYS   4  24.687 -15.447   0.889
    8    HD3  LYS   4           HD3      LYS   4  24.368 -13.882   0.141
    9    HE2  LYS   4           HE2      LYS   4  25.068 -12.736   2.153
   10    HE3  LYS   4           HE3      LYS   4  25.282 -14.272   2.988
   11    HZ2  LYS   4           HZ1      LYS   4  27.349 -13.180   2.090
   12    HZ1  LYS   4           HZ2      LYS   4  26.799 -13.577   0.544
   13    HZ3  LYS   4           HZ3      LYS   4  27.129 -14.802   1.663

  No H/Q in entry =          13
  In of MODEL    8
    1    HA   PRO   5           HA       PRO   5  21.713 -18.831   5.542
    2    HB2  PRO   5           HB2      PRO   5  22.414 -17.244   7.635
    3    HB3  PRO   5           HB3      PRO   5  23.515 -18.425   6.915
    4    HG2  PRO   5           HG2      PRO   5  23.360 -15.469   6.489
    5    HG3  PRO   5           HG3      PRO   5  24.791 -16.500   6.675
    6    HD2  PRO   5           HD2      PRO   5  23.920 -15.622   4.259
    7    HD3  PRO   5           HD3      PRO   5  24.744 -17.177   4.474

  No H/Q in entry =           7
  In of MODEL    8
    1    H    GLN   6           H        GLN   6  19.765 -17.936   4.336
    2    HA   GLN   6           HA       GLN   6  18.487 -15.658   5.648
    3    HB2  GLN   6           HB2      GLN   6  18.374 -16.850   3.055
    4    HB3  GLN   6           HB3      GLN   6  16.766 -16.917   3.760
    5    HG2  GLN   6           HG2      GLN   6  16.713 -14.552   4.050
    6    HG3  GLN   6           HG3      GLN   6  18.412 -14.406   3.602
    7   HE21  GLN   6          HE21      GLN   6  18.989 -14.471   1.452
    8   HE22  GLN   6          HE22      GLN   6  17.837 -14.399   0.169

  No H/Q in entry =           8
  In of MODEL    8
    1    H    THR   7           H        THR   7  18.545 -19.056   5.716
    2    HA   THR   7           HA       THR   7  17.562 -20.577   7.110
    3    HB   THR   7           HB       THR   7  15.736 -18.497   8.301
    4    HG1  THR   7           HG1      THR   7  18.403 -18.309   8.224
    5   HG22  THR   7          HG21      THR   7  17.204 -20.852   9.510
    6   HG21  THR   7          HG22      THR   7  15.520 -20.866   8.985
    7   HG23  THR   7          HG23      THR   7  16.018 -19.829  10.321

  No H/Q in entry =           7
  In of MODEL    8
    1    H    ASP   8           H        ASP   8  16.722 -19.981   4.487
    2    HA   ASP   8           HA       ASP   8  13.937 -20.861   4.685
    3    HB2  ASP   8           HB2      ASP   8  14.150 -18.368   4.113
    4    HB3  ASP   8           HB3      ASP   8  14.791 -18.905   2.562

  No H/Q in entry =           4
  In of MODEL    8
    1    HA   PRO   9           HA       PRO   9  16.250 -23.766   2.048
    2    HB2  PRO   9           HB2      PRO   9  14.579 -25.861   2.528
    3    HB3  PRO   9           HB3      PRO   9  15.907 -25.425   3.610
    4    HG2  PRO   9           HG2      PRO   9  12.989 -24.810   3.840
    5    HG3  PRO   9           HG3      PRO   9  14.133 -25.305   5.102
    6    HD2  PRO   9           HD2      PRO   9  13.358 -22.733   4.757
    7    HD3  PRO   9           HD3      PRO   9  14.969 -23.174   5.356

  No H/Q in entry =           7
  In of MODEL    8
    1    H    THR  10           H        THR  10  13.030 -22.550   2.004
    2    HA   THR  10           HA       THR  10  12.216 -24.068  -0.317
    3    HB   THR  10           HB       THR  10  10.390 -22.004   0.020
    4    HG1  THR  10           HG1      THR  10  11.355 -21.375   1.988
    5   HG23  THR  10          HG21      THR  10   8.951 -23.725   0.985
    6   HG22  THR  10          HG22      THR  10  10.360 -24.741   1.294
    7   HG21  THR  10          HG23      THR  10   9.881 -24.375  -0.364

  No H/Q in entry =           7
  In of MODEL    8
    1    H    LEU  11           H        LEU  11  13.424 -20.908   0.558
    2    HA   LEU  11           HA       LEU  11  13.094 -19.663  -1.977
    3    HB2  LEU  11           HB2      LEU  11  13.771 -18.882   0.559
    4    HB3  LEU  11           HB3      LEU  11  15.306 -18.773  -0.282
    5    HG   LEU  11           HG       LEU  11  14.408 -16.674  -0.481
    6   HD13  LEU  11          HD11      LEU  11  15.152 -16.999  -2.579
    7   HD12  LEU  11          HD12      LEU  11  13.460 -16.597  -2.896
    8   HD11  LEU  11          HD13      LEU  11  13.991 -18.284  -2.895
    9   HD22  LEU  11          HD21      LEU  11  12.247 -16.608   0.206
   10   HD21  LEU  11          HD22      LEU  11  11.836 -18.086  -0.665
   11   HD23  LEU  11          HD23      LEU  11  11.972 -16.561  -1.536

  No H/Q in entry =          11
  In of MODEL    8
    1    H    GLU  12           H        GLU  12  15.442 -21.564  -0.436
    2    HA   GLU  12           HA       GLU  12  17.587 -21.241  -2.352
    3    HB2  GLU  12           HB2      GLU  12  17.229 -23.082   0.052
    4    HB3  GLU  12           HB3      GLU  12  18.660 -23.091  -0.973
    5    HG2  GLU  12           HG2      GLU  12  19.221 -20.872  -0.344
    6    HG3  GLU  12           HG3      GLU  12  17.682 -20.652   0.482

  No H/Q in entry =           6
  In of MODEL    8
    1    H    TRP  13           H        TRP  13  14.677 -22.747  -2.088
    2    HA   TRP  13           HA       TRP  13  15.451 -24.894  -3.922
    3    HB2  TRP  13           HB2      TRP  13  12.993 -24.434  -2.253
    4    HB3  TRP  13           HB3      TRP  13  12.848 -25.370  -3.741
    5    HD1  TRP  13           HD1      TRP  13  16.043 -26.424  -3.038
    6    HE1  TRP  13           HE1      TRP  13  16.186 -28.472  -1.499
    7    HE3  TRP  13           HE3      TRP  13  11.339 -26.265  -1.068
    8    HZ2  TRP  13           HZ2      TRP  13  14.524 -29.838   0.313
    9    HZ3  TRP  13           HZ3      TRP  13  10.692 -27.984   0.566
   10    HH2  TRP  13           HH2      TRP  13  12.255 -29.735   1.241

  No H/Q in entry =          10
  In of MODEL    8
    1    H    PHE  14           H        PHE  14  14.225 -21.695  -3.717
    2    HA   PHE  14           HA       PHE  14  12.928 -21.661  -6.313
    3    HB2  PHE  14           HB2      PHE  14  11.813 -20.311  -4.765
    4    HB3  PHE  14           HB3      PHE  14  13.293 -19.677  -4.098
    5    HD1  PHE  14           HD1      PHE  14  13.777 -17.517  -4.595
    6    HD2  PHE  14           HD2      PHE  14  11.677 -19.779  -7.488
    7    HE1  PHE  14           HE1      PHE  14  13.747 -15.570  -6.083
    8    HE2  PHE  14           HE2      PHE  14  11.635 -17.839  -8.977
    9    HZ   PHE  14           HZ       PHE  14  12.675 -15.728  -8.286

  No H/Q in entry =           9
  In of MODEL    8
    1    H    LEU  15           H        LEU  15  15.989 -20.916  -4.866
    2    HA   LEU  15           HA       LEU  15  16.579 -18.797  -6.777
    3    HB2  LEU  15           HB2      LEU  15  18.253 -19.773  -4.466
    4    HB3  LEU  15           HB3      LEU  15  18.621 -18.413  -5.512
    5    HG   LEU  15           HG       LEU  15  16.273 -18.614  -3.643
    6   HD13  LEU  15          HD11      LEU  15  18.096 -18.245  -2.314
    7   HD12  LEU  15          HD12      LEU  15  17.512 -16.613  -2.656
    8   HD11  LEU  15          HD13      LEU  15  18.903 -17.259  -3.531
    9   HD21  LEU  15          HD21      LEU  15  17.145 -16.358  -5.428
   10   HD23  LEU  15          HD22      LEU  15  15.932 -16.237  -4.153
   11   HD22  LEU  15          HD23      LEU  15  15.651 -17.290  -5.539

  No H/Q in entry =          11
  In of MODEL    8
    1    H    SER  16           H        SER  16  16.579 -21.989  -6.406
    2    HA   SER  16           HA       SER  16  19.033 -22.493  -7.958
    3    HB2  SER  16           HB2      SER  16  18.097 -24.956  -7.442
    4    HB3  SER  16           HB3      SER  16  19.063 -24.095  -6.239
    5    HG   SER  16           HG       SER  16  17.396 -24.230  -4.990

  No H/Q in entry =           5
  In of MODEL    8
    1    H    HIS  17           H        HIS  17  15.855 -21.638  -8.176
    2    HA   HIS  17           HA       HIS  17  15.440 -23.273 -10.571
    3    HB2  HIS  17           HB2      HIS  17  13.606 -22.360  -8.450
    4    HB3  HIS  17           HB3      HIS  17  12.975 -22.223 -10.089
    5    HD1  HIS  17           HD1      HIS  17  13.681 -24.658  -7.422
    6    HD2  HIS  17           HD2      HIS  17  12.860 -24.737 -11.498
    7    HE1  HIS  17           HE1      HIS  17  13.033 -27.032  -7.939
    8    HE2  HIS  17           HE2      HIS  17  12.341 -27.002 -10.359

  No H/Q in entry =           8
  In of MODEL    8
    1    H    CYS  18           H        CYS  18  16.177 -20.122  -9.545
    2    HA   CYS  18           HA       CYS  18  14.961 -18.915 -11.928
    3    HB2  CYS  18           HB2      CYS  18  15.256 -16.764 -10.624
    4    HB3  CYS  18           HB3      CYS  18  14.073 -17.916 -10.024
    5    HG   CYS  18           HG       CYS  18  15.348 -16.720  -7.915

  No H/Q in entry =           5
  In of MODEL    8
    1    H    HIS  19           H        HIS  19  16.656 -16.511 -11.211
    2    HA   HIS  19           HA       HIS  19  19.295 -17.351 -12.110
    3    HB2  HIS  19           HB2      HIS  19  18.149 -16.945 -14.213
    4    HB3  HIS  19           HB3      HIS  19  17.490 -15.433 -13.618
    5    HD1  HIS  19           HD1      HIS  19  20.898 -16.903 -14.468
    6    HD2  HIS  19           HD2      HIS  19  18.836 -13.292 -14.512
    7    HE1  HIS  19           HE1      HIS  19  22.466 -15.237 -15.524
    8    HE2  HIS  19           HE2      HIS  19  21.133 -13.099 -15.672

  No H/Q in entry =           8
  In of MODEL    8
    1    H    ILE  20           H        ILE  20  19.930 -16.541  -9.745
    2    HA   ILE  20           HA       ILE  20  19.636 -13.766  -9.149
    3    HB   ILE  20           HB       ILE  20  22.039 -15.003  -8.113
    4   HG12  ILE  20          HG12      ILE  20  20.327 -16.948  -8.359
    5   HG13  ILE  20          HG13      ILE  20  21.187 -16.751  -6.844
    6   HG23  ILE  20          HG21      ILE  20  21.216 -14.162  -6.002
    7   HG22  ILE  20          HG22      ILE  20  19.685 -13.741  -6.766
    8   HG21  ILE  20          HG23      ILE  20  21.171 -12.934  -7.264
    9   HD11  ILE  20          HD11      ILE  20  18.606 -15.358  -7.032
   10   HD13  ILE  20          HD12      ILE  20  19.313 -16.267  -5.697
   11   HD12  ILE  20          HD13      ILE  20  18.537 -17.118  -7.033

  No H/Q in entry =          11
  In of MODEL    8
    1    H    HIS  21           H        HIS  21  20.554 -12.226 -10.035
    2    HA   HIS  21           HA       HIS  21  22.825 -11.258 -10.102
    3    HB2  HIS  21           HB2      HIS  21  23.842 -13.353 -11.036
    4    HB3  HIS  21           HB3      HIS  21  23.237 -12.855 -12.613
    5    HD1  HIS  21           HD1      HIS  21  24.447 -10.904 -13.760
    6    HD2  HIS  21           HD2      HIS  21  26.084 -11.920 -10.076
    7    HE1  HIS  21           HE1      HIS  21  26.682  -9.771 -13.684
    8    HE2  HIS  21           HE2      HIS  21  27.741 -10.582 -11.548

  No H/Q in entry =           8
  In of MODEL    8
    1    H    LYS  22           H        LYS  22  22.528  -9.458 -10.445
    2    HA   LYS  22           HA       LYS  22  20.586  -8.605 -12.439
    3    HB2  LYS  22           HB2      LYS  22  20.039  -8.318  -9.973
    4    HB3  LYS  22           HB3      LYS  22  21.205  -7.013  -9.983
    5    HG2  LYS  22           HG2      LYS  22  19.624  -6.419 -12.143
    6    HG3  LYS  22           HG3      LYS  22  18.470  -7.100 -10.995
    7    HD2  LYS  22           HD2      LYS  22  19.592  -5.551  -9.285
    8    HD3  LYS  22           HD3      LYS  22  20.259  -4.709 -10.687
    9    HE2  LYS  22           HE2      LYS  22  18.122  -3.748  -9.770
   10    HE3  LYS  22           HE3      LYS  22  18.097  -4.144 -11.489
   11    HZ3  LYS  22           HZ1      LYS  22  16.905  -6.150 -11.010
   12    HZ2  LYS  22           HZ2      LYS  22  16.086  -4.851 -10.302
   13    HZ1  LYS  22           HZ3      LYS  22  17.020  -5.881  -9.343

  No H/Q in entry =          13
  In of MODEL    8
    1    H    TYR  23           H        TYR  23  21.634  -5.858 -11.286
    2    HA   TYR  23           HA       TYR  23  23.803  -5.491 -13.181
    3    HB2  TYR  23           HB2      TYR  23  21.930  -3.512 -13.871
    4    HB3  TYR  23           HB3      TYR  23  22.500  -4.831 -14.874
    5    HD1  TYR  23           HD1      TYR  23  21.093  -7.166 -14.242
    6    HD2  TYR  23           HD2      TYR  23  19.694  -3.206 -13.798
    7    HE1  TYR  23           HE1      TYR  23  18.805  -8.003 -14.386
    8    HE2  TYR  23           HE2      TYR  23  17.373  -4.010 -13.940
    9    HH   TYR  23           HH       TYR  23  16.657  -7.492 -14.276

  No H/Q in entry =           9
  In of MODEL    8
    1    HA   PRO  24           HA       PRO  24  25.127  -1.831 -11.009
    2    HB2  PRO  24           HB2      PRO  24  24.695   0.160 -12.974
    3    HB3  PRO  24           HB3      PRO  24  26.189  -0.734 -12.685
    4    HG2  PRO  24           HG2      PRO  24  24.051  -1.219 -14.700
    5    HG3  PRO  24           HG3      PRO  24  25.800  -1.486 -14.822
    6    HD2  PRO  24           HD2      PRO  24  24.138  -3.543 -14.506
    7    HD3  PRO  24           HD3      PRO  24  25.703  -3.498 -13.666

  No H/Q in entry =           7
  In of MODEL    8
    1    H    SER  25           H        SER  25  24.164  -0.106  -9.658
    2    HA   SER  25           HA       SER  25  21.367   0.044  -9.731
    3    HB2  SER  25           HB2      SER  25  22.311   2.426  -8.558
    4    HB3  SER  25           HB3      SER  25  21.672   0.997  -7.763
    5    HG   SER  25           HG       SER  25  24.375   1.541  -8.454

  No H/Q in entry =           5
  In of MODEL    8
    1    H    LYS  26           H        LYS  26  20.081   1.797 -10.099
    2    HA   LYS  26           HA       LYS  26  19.431   3.834 -11.150
    3    HB2  LYS  26           HB2      LYS  26  21.784   4.437 -11.885
    4    HB3  LYS  26           HB3      LYS  26  21.726   3.210 -13.142
    5    HG2  LYS  26           HG2      LYS  26  19.843   4.449 -14.299
    6    HG3  LYS  26           HG3      LYS  26  19.774   5.617 -12.983
    7    HD2  LYS  26           HD2      LYS  26  22.128   6.356 -13.607
    8    HD3  LYS  26           HD3      LYS  26  22.153   5.143 -14.901
    9    HE2  LYS  26           HE2      LYS  26  20.079   6.191 -15.948
   10    HE3  LYS  26           HE3      LYS  26  20.054   7.430 -14.683
   11    HZ1  LYS  26           HZ1      LYS  26  22.529   7.010 -16.251
   12    HZ2  LYS  26           HZ2      LYS  26  21.309   7.897 -16.895
   13    HZ3  LYS  26           HZ3      LYS  26  21.947   8.350 -15.413

  No H/Q in entry =          13
  In of MODEL    8
    1    H    SER  27           H        SER  27  19.645   0.618 -11.758
    2    HA   SER  27           HA       SER  27  18.511   0.630 -14.380
    3    HB2  SER  27           HB2      SER  27  18.064  -1.873 -13.456
    4    HB3  SER  27           HB3      SER  27  19.557  -1.357 -14.240
    5    HG   SER  27           HG       SER  27  20.573  -1.371 -12.369

  No H/Q in entry =           5
  In of MODEL    8
    1    H    THR  28           H        THR  28  16.630  -0.723 -14.586
    2    HA   THR  28           HA       THR  28  14.551  -0.652 -12.758
    3    HB   THR  28           HB       THR  28  14.403   1.801 -13.292
    4    HG1  THR  28           HG1      THR  28  12.378   1.093 -12.987
    5   HG23  THR  28          HG21      THR  28  15.456   1.821 -15.457
    6   HG22  THR  28          HG22      THR  28  13.822   2.471 -15.614
    7   HG21  THR  28          HG23      THR  28  14.171   0.821 -16.132

  No H/Q in entry =           7
  In of MODEL    8
    1    H    LEU  29           H        LEU  29  12.926  -1.529 -13.763
    2    HA   LEU  29           HA       LEU  29  13.825  -3.503 -15.681
    3    HB2  LEU  29           HB2      LEU  29  12.402  -4.864 -13.629
    4    HB3  LEU  29           HB3      LEU  29  14.054  -5.131 -14.132
    5    HG   LEU  29           HG       LEU  29  13.039  -3.432 -11.835
    6   HD12  LEU  29          HD11      LEU  29  15.028  -5.683 -11.829
    7   HD11  LEU  29          HD12      LEU  29  13.293  -5.919 -11.574
    8   HD13  LEU  29          HD13      LEU  29  14.228  -4.927 -10.447
    9   HD22  LEU  29          HD21      LEU  29  15.160  -2.625 -11.353
   10   HD21  LEU  29          HD22      LEU  29  15.035  -2.432 -13.107
   11   HD23  LEU  29          HD23      LEU  29  15.948  -3.783 -12.433

  No H/Q in entry =          11
  In of MODEL    8
    1    H    ILE  30           H        ILE  30  11.334  -1.843 -13.988
    2    HA   ILE  30           HA       ILE  30   9.323  -2.224 -15.869
    3    HB   ILE  30           HB       ILE  30   7.923  -3.561 -13.831
    4   HG12  ILE  30          HG12      ILE  30   9.830  -5.664 -14.288
    5   HG13  ILE  30          HG13      ILE  30  10.639  -4.296 -13.540
    6   HG23  ILE  30          HG21      ILE  30   7.359  -3.945 -16.063
    7   HG22  ILE  30          HG22      ILE  30   7.922  -5.502 -15.453
    8   HG21  ILE  30          HG23      ILE  30   8.978  -4.517 -16.466
    9   HD12  ILE  30          HD11      ILE  30   8.358  -5.914 -12.470
   10   HD11  ILE  30          HD12      ILE  30   8.815  -4.349 -11.794
   11   HD13  ILE  30          HD13      ILE  30   9.973  -5.686 -11.784

  No H/Q in entry =          11
  In of MODEL    8
    1    H    HIS  31           H        HIS  31   8.912  -0.313 -15.649
    2    HA   HIS  31           HA       HIS  31   6.979   0.671 -13.850
    3    HB2  HIS  31           HB2      HIS  31   8.733   0.935 -12.246
    4    HB3  HIS  31           HB3      HIS  31   9.918   1.369 -13.484
    5    HD1  HIS  31           HD1      HIS  31   7.275   2.871 -11.276
    6    HD2  HIS  31           HD2      HIS  31   9.936   4.042 -14.240
    7    HE1  HIS  31           HE1      HIS  31   7.148   5.368 -11.346
    8    HE2  HIS  31           HE2      HIS  31   8.522   5.993 -13.380

  No H/Q in entry =           8
  In of MODEL    8
    1    H    GLN  32           H        GLN  32   6.854   0.421 -16.646
    2    HA   GLN  32           HA       GLN  32   6.529   3.246 -17.212
    3    HB2  GLN  32           HB2      GLN  32   9.057   2.552 -17.782
    4    HB3  GLN  32           HB3      GLN  32   8.293   2.052 -19.290
    5    HG2  GLN  32           HG2      GLN  32   7.346   4.300 -19.556
    6    HG3  GLN  32           HG3      GLN  32   8.104   4.803 -18.053
    7   HE21  GLN  32          HE21      GLN  32  10.297   5.272 -18.033
    8   HE22  GLN  32          HE22      GLN  32  11.227   5.436 -19.480

  No H/Q in entry =           8
  In of MODEL    8
    1    H    GLY  33           H        GLY  33   5.764   0.079 -17.483
    2    HA3  GLY  33           HA2      GLY  33   3.446  -0.171 -18.364
    3    HA2  GLY  33           HA3      GLY  33   4.033   0.697 -19.773

  No H/Q in entry =           3
  In of MODEL    8
    1    H    GLU  34           H        GLU  34   6.148  -1.510 -18.231
    2    HA   GLU  34           HA       GLU  34   6.060  -3.402 -20.457
    3    HB2  GLU  34           HB2      GLU  34   7.752  -3.552 -17.960
    4    HB3  GLU  34           HB3      GLU  34   8.096  -4.221 -19.537
    5    HG2  GLU  34           HG2      GLU  34   9.458  -2.457 -19.712
    6    HG3  GLU  34           HG3      GLU  34   7.973  -1.602 -20.118

  No H/Q in entry =           6
  In of MODEL    8
    1    H    LYS  35           H        LYS  35   4.767  -5.067 -20.271
    2    HA   LYS  35           HA       LYS  35   3.205  -5.875 -18.193
    3    HB2  LYS  35           HB2      LYS  35   4.225  -7.195 -20.621
    4    HB3  LYS  35           HB3      LYS  35   3.664  -8.275 -19.352
    5    HG2  LYS  35           HG2      LYS  35   1.487  -7.421 -19.423
    6    HG3  LYS  35           HG3      LYS  35   1.996  -5.979 -20.309
    7    HD2  LYS  35           HD2      LYS  35   0.812  -7.539 -21.780
    8    HD3  LYS  35           HD3      LYS  35   2.493  -7.351 -22.278
    9    HE2  LYS  35           HE2      LYS  35   2.285  -9.519 -20.417
   10    HE3  LYS  35           HE3      LYS  35   1.099  -9.735 -21.703
   11    HZ1  LYS  35           HZ1      LYS  35   3.625  -8.930 -22.736
   12    HZ3  LYS  35           HZ2      LYS  35   2.689 -10.279 -23.125
   13    HZ2  LYS  35           HZ3      LYS  35   3.770 -10.349 -21.819

  No H/Q in entry =          13
  In of MODEL    8
    1    H    ALA  36           H        ALA  36   3.788  -6.426 -16.139
    2    HA   ALA  36           HA       ALA  36   6.438  -7.370 -15.616
    3    HB2  ALA  36           HB1      ALA  36   5.856  -6.232 -13.784
    4    HB3  ALA  36           HB2      ALA  36   5.057  -7.725 -13.289
    5    HB1  ALA  36           HB3      ALA  36   4.132  -6.445 -14.086

  No H/Q in entry =           5
  In of MODEL    8
    1    H    GLU  37           H        GLU  37   6.009  -9.174 -17.202
    2    HA   GLU  37           HA       GLU  37   4.577 -11.467 -16.137
    3    HB2  GLU  37           HB2      GLU  37   5.435 -12.524 -18.312
    4    HB3  GLU  37           HB3      GLU  37   4.260 -11.225 -18.452
    5    HG2  GLU  37           HG2      GLU  37   6.101  -9.650 -18.913
    6    HG3  GLU  37           HG3      GLU  37   7.238 -10.994 -18.848

  No H/Q in entry =           6
  In of MODEL    8
    1    H    THR  38           H        THR  38   7.652 -10.153 -15.950
    2    HA   THR  38           HA       THR  38   8.783 -12.758 -15.192
    3    HB   THR  38           HB       THR  38  10.145 -12.067 -16.967
    4    HG1  THR  38           HG1      THR  38  11.292 -12.423 -14.882
    5   HG21  THR  38          HG21      THR  38   9.966  -9.274 -15.848
    6   HG23  THR  38          HG22      THR  38   9.312  -9.868 -17.375
    7   HG22  THR  38          HG23      THR  38  11.057  -9.740 -17.152

  No H/Q in entry =           7
  In of MODEL    8
    1    H    LEU  39           H        LEU  39   9.736 -12.913 -13.191
    2    HA   LEU  39           HA       LEU  39   9.256 -10.609 -11.473
    3    HB2  LEU  39           HB2      LEU  39   8.191 -12.005 -10.130
    4    HB3  LEU  39           HB3      LEU  39   8.582 -13.347 -11.190
    5    HG   LEU  39           HG       LEU  39  10.787 -12.550  -9.430
    6   HD12  LEU  39          HD11      LEU  39   8.270 -13.699  -8.239
    7   HD11  LEU  39          HD12      LEU  39   8.941 -12.102  -7.908
    8   HD13  LEU  39          HD13      LEU  39   9.824 -13.550  -7.421
    9   HD21  LEU  39          HD21      LEU  39   9.436 -15.072 -10.316
   10   HD23  LEU  39          HD22      LEU  39  10.639 -15.080  -9.026
   11   HD22  LEU  39          HD23      LEU  39  11.081 -14.519 -10.638

  No H/Q in entry =          11
  In of MODEL    8
    1    H    TYR  40           H        TYR  40  10.873  -9.995  -9.930
    2    HA   TYR  40           HA       TYR  40  13.529 -11.142 -10.469
    3    HB2  TYR  40           HB2      TYR  40  13.077  -8.224  -9.870
    4    HB3  TYR  40           HB3      TYR  40  14.534  -8.990 -10.464
    5    HD1  TYR  40           HD1      TYR  40  15.044  -8.795 -12.666
    6    HD2  TYR  40           HD2      TYR  40  10.982  -8.362 -11.519
    7    HE1  TYR  40           HE1      TYR  40  14.481  -8.108 -14.953
    8    HE2  TYR  40           HE2      TYR  40  10.396  -7.696 -13.813
    9    HH   TYR  40           HH       TYR  40  11.493  -6.718 -15.781

  No H/Q in entry =           9
  In of MODEL    8
    1    H    TYR  41           H        TYR  41  14.121 -12.133  -8.579
    2    HA   TYR  41           HA       TYR  41  13.163 -11.101  -6.037
    3    HB2  TYR  41           HB2      TYR  41  13.411 -13.563  -6.746
    4    HB3  TYR  41           HB3      TYR  41  15.133 -13.328  -6.485
    5    HD1  TYR  41           HD1      TYR  41  15.555 -12.045  -4.057
    6    HD2  TYR  41           HD2      TYR  41  12.363 -14.594  -5.109
    7    HE1  TYR  41           HE1      TYR  41  15.201 -12.567  -1.684
    8    HE2  TYR  41           HE2      TYR  41  11.966 -15.123  -2.796
    9    HH   TYR  41           HH       TYR  41  13.222 -15.117  -0.646

  No H/Q in entry =           9
  In of MODEL    8
    1    H    ILE  42           H        ILE  42  14.260  -9.196  -5.613
    2    HA   ILE  42           HA       ILE  42  17.001  -8.802  -6.051
    3    HB   ILE  42           HB       ILE  42  15.389  -7.016  -5.662
    4   HG12  ILE  42          HG12      ILE  42  17.501  -6.930  -3.524
    5   HG13  ILE  42          HG13      ILE  42  17.818  -6.674  -5.242
    6   HG21  ILE  42          HG21      ILE  42  15.259  -8.092  -2.870
    7   HG23  ILE  42          HG22      ILE  42  13.945  -7.888  -4.028
    8   HG22  ILE  42          HG23      ILE  42  14.722  -6.475  -3.316
    9   HD11  ILE  42          HD11      ILE  42  15.909  -4.921  -5.033
   10   HD13  ILE  42          HD12      ILE  42  17.553  -4.531  -4.512
   11   HD12  ILE  42          HD13      ILE  42  16.330  -4.971  -3.320

  No H/Q in entry =          11
  In of MODEL    8
    1    H    VAL  43           H        VAL  43  18.347 -10.396  -5.367
    2    HA   VAL  43           HA       VAL  43  17.880 -11.666  -2.814
    3    HB   VAL  43           HB       VAL  43  19.961 -12.340  -4.887
    4   HG11  VAL  43          HG11      VAL  43  20.326 -13.139  -2.542
    5   HG13  VAL  43          HG12      VAL  43  20.177 -14.411  -3.758
    6   HG12  VAL  43          HG13      VAL  43  18.813 -14.040  -2.699
    7   HG21  VAL  43          HG21      VAL  43  17.158 -13.323  -4.436
    8   HG23  VAL  43          HG22      VAL  43  18.345 -14.198  -5.399
    9   HG22  VAL  43          HG23      VAL  43  17.824 -12.584  -5.891

  No H/Q in entry =           9
  In of MODEL    8
    1    H    LYS  44           H        LYS  44  19.971  -9.398  -4.095
    2    HA   LYS  44           HA       LYS  44  21.457  -8.764  -1.773
    3    HB2  LYS  44           HB2      LYS  44  22.477 -10.981  -2.953
    4    HB3  LYS  44           HB3      LYS  44  23.232  -9.763  -3.970
    5    HG2  LYS  44           HG2      LYS  44  23.500  -9.888  -0.950
    6    HG3  LYS  44           HG3      LYS  44  24.660 -10.555  -2.098
    7    HD2  LYS  44           HD2      LYS  44  23.868  -7.684  -2.315
    8    HD3  LYS  44           HD3      LYS  44  25.034  -8.172  -1.085
    9    HE2  LYS  44           HE2      LYS  44  25.362  -8.951  -3.970
   10    HE3  LYS  44           HE3      LYS  44  25.934  -7.399  -3.360
   11    HZ2  LYS  44           HZ1      LYS  44  26.772 -10.067  -2.360
   12    HZ1  LYS  44           HZ2      LYS  44  27.310  -8.582  -1.760
   13    HZ3  LYS  44           HZ3      LYS  44  27.690  -9.042  -3.340

  No H/Q in entry =          13
  In of MODEL    8
    1    H    GLY  45           H        GLY  45  20.757  -6.908  -2.274
    2    HA3  GLY  45           HA2      GLY  45  22.128  -4.855  -3.257
    3    HA2  GLY  45           HA3      GLY  45  21.236  -5.410  -4.686

  No H/Q in entry =           3
  In of MODEL    8
    1    H    SER  46           H        SER  46  20.456  -2.965  -3.605
    2    HA   SER  46           HA       SER  46  17.800  -3.701  -2.649
    3    HB2  SER  46           HB2      SER  46  18.790  -3.004  -0.626
    4    HB3  SER  46           HB3      SER  46  19.750  -1.764  -1.430
    5    HG   SER  46           HG       SER  46  16.948  -1.728  -0.994

  No H/Q in entry =           5
  In of MODEL    8
    1    H    VAL  47           H        VAL  47  16.100  -2.336  -3.350
    2    HA   VAL  47           HA       VAL  47  16.999  -0.524  -5.459
    3    HB   VAL  47           HB       VAL  47  15.168  -1.092  -6.921
    4   HG11  VAL  47          HG11      VAL  47  16.707  -3.500  -6.019
    5   HG13  VAL  47          HG12      VAL  47  17.202  -2.327  -7.237
    6   HG12  VAL  47          HG13      VAL  47  15.813  -3.377  -7.537
    7   HG21  VAL  47          HG21      VAL  47  14.413  -3.036  -4.768
    8   HG23  VAL  47          HG22      VAL  47  13.837  -3.157  -6.431
    9   HG22  VAL  47          HG23      VAL  47  13.436  -1.737  -5.460

  No H/Q in entry =           9
  In of MODEL    8
    1    H    ALA  48           H        ALA  48  15.137   0.803  -6.361
    2    HA   ALA  48           HA       ALA  48  13.840   1.960  -3.999
    3    HB1  ALA  48           HB1      ALA  48  15.712   3.338  -4.870
    4    HB3  ALA  48           HB2      ALA  48  14.152   4.146  -4.977
    5    HB2  ALA  48           HB3      ALA  48  14.878   3.439  -6.421

  No H/Q in entry =           5
  In of MODEL    8
    1    H    VAL  49           H        VAL  49  11.960   1.148  -4.194
    2    HA   VAL  49           HA       VAL  49  10.551   0.608  -6.582
    3    HB   VAL  49           HB       VAL  49   9.812   0.700  -3.658
    4   HG11  VAL  49          HG11      VAL  49   7.918   1.222  -5.365
    5   HG13  VAL  49          HG12      VAL  49   7.651   0.064  -4.062
    6   HG12  VAL  49          HG13      VAL  49   8.013  -0.507  -5.690
    7   HG21  VAL  49          HG21      VAL  49  11.281  -1.100  -4.401
    8   HG23  VAL  49          HG22      VAL  49  10.094  -1.552  -5.629
    9   HG22  VAL  49          HG23      VAL  49   9.701  -1.719  -3.914

  No H/Q in entry =           9
  In of MODEL    8
    1    H    LEU  50           H        LEU  50   9.061   1.871  -7.625
    2    HA   LEU  50           HA       LEU  50   8.270   4.368  -6.470
    3    HB2  LEU  50           HB2      LEU  50   9.108   5.794  -8.123
    4    HB3  LEU  50           HB3      LEU  50  10.430   4.777  -7.611
    5    HG   LEU  50           HG       LEU  50   8.929   4.665 -10.205
    6   HD12  LEU  50          HD11      LEU  50  11.825   5.075  -9.502
    7   HD11  LEU  50          HD12      LEU  50  10.682   6.342 -10.004
    8   HD13  LEU  50          HD13      LEU  50  11.137   5.058 -11.129
    9   HD22  LEU  50          HD21      LEU  50   9.222   2.423  -9.819
   10   HD21  LEU  50          HD22      LEU  50  10.715   2.663  -8.911
   11   HD23  LEU  50          HD23      LEU  50  10.706   2.857 -10.666

  No H/Q in entry =          11
  In of MODEL    8
    1    H    ILE  51           H        ILE  51   6.487   5.363  -7.375
    2    HA   ILE  51           HA       ILE  51   4.917   3.483  -9.018
    3    HB   ILE  51           HB       ILE  51   2.953   4.539  -7.778
    4   HG12  ILE  51          HG12      ILE  51   3.708   5.183  -5.375
    5   HG13  ILE  51          HG13      ILE  51   5.274   5.496  -6.113
    6   HG23  ILE  51          HG21      ILE  51   3.290   2.338  -7.267
    7   HG22  ILE  51          HG22      ILE  51   3.653   3.058  -5.693
    8   HG21  ILE  51          HG23      ILE  51   4.963   2.603  -6.781
    9   HD13  ILE  51          HD11      ILE  51   4.085   7.552  -5.932
   10   HD12  ILE  51          HD12      ILE  51   2.668   6.863  -6.723
   11   HD11  ILE  51          HD13      ILE  51   4.158   7.106  -7.637

  No H/Q in entry =          11
  In of MODEL    8
    1    H    LYS  52           H        LYS  52   2.776   4.759  -9.663
    2    HA   LYS  52           HA       LYS  52   3.587   7.271 -10.979
    3    HB2  LYS  52           HB2      LYS  52   1.943   5.008 -12.120
    4    HB3  LYS  52           HB3      LYS  52   2.082   6.593 -12.872
    5    HG2  LYS  52           HG2      LYS  52   4.533   6.264 -12.985
    6    HG3  LYS  52           HG3      LYS  52   4.298   4.628 -12.371
    7    HD2  LYS  52           HD2      LYS  52   4.097   4.005 -14.502
    8    HD3  LYS  52           HD3      LYS  52   2.514   4.782 -14.466
    9    HE2  LYS  52           HE2      LYS  52   4.585   6.734 -14.900
   10    HE3  LYS  52           HE3      LYS  52   4.708   5.437 -16.085
   11    HZ2  LYS  52           HZ1      LYS  52   2.393   7.206 -15.563
   12    HZ1  LYS  52           HZ2      LYS  52   2.261   5.792 -16.476
   13    HZ3  LYS  52           HZ3      LYS  52   3.275   7.039 -16.996

  No H/Q in entry =          13
  In of MODEL    8
    1    H    ASP  53           H        ASP  53   2.164   8.917 -10.941
    2    HA   ASP  53           HA       ASP  53  -0.110   8.687  -9.133
    3    HB2  ASP  53           HB2      ASP  53   1.791  10.536  -9.223
    4    HB3  ASP  53           HB3      ASP  53   0.678  11.261 -10.375

  No H/Q in entry =           4
  In of MODEL    8
    1    H    GLU  54           H        GLU  54  -1.573  10.949 -10.074
    2    HA   GLU  54           HA       GLU  54  -2.990   9.616 -12.281
    3    HB2  GLU  54           HB2      GLU  54  -4.224  10.320 -10.072
    4    HB3  GLU  54           HB3      GLU  54  -4.009  11.970 -10.638
    5    HG2  GLU  54           HG2      GLU  54  -6.218  11.189 -11.198
    6    HG3  GLU  54           HG3      GLU  54  -5.267  11.431 -12.663

  No H/Q in entry =           6
  In of MODEL    8
    1    H    GLU  55           H        GLU  55  -0.676  11.839 -11.585
    2    HA   GLU  55           HA       GLU  55  -1.183  13.459 -14.018
    3    HB2  GLU  55           HB2      GLU  55   0.290  15.196 -12.897
    4    HB3  GLU  55           HB3      GLU  55  -1.293  14.996 -12.158
    5    HG2  GLU  55           HG2      GLU  55  -0.249  13.530 -10.460
    6    HG3  GLU  55           HG3      GLU  55   1.321  13.887 -11.176

  No H/Q in entry =           6
  In of MODEL    8
    1    H    GLY  56           H        GLY  56   0.276  10.864 -13.202
    2    HA3  GLY  56           HA2      GLY  56   1.971   9.771 -14.337
    3    HA2  GLY  56           HA3      GLY  56   2.387  11.283 -15.126

  No H/Q in entry =           3
  In of MODEL    8
    1    H    LYS  57           H        LYS  57   2.281  11.104 -11.520
    2    HA   LYS  57           HA       LYS  57   5.069  11.827 -11.590
    3    HB2  LYS  57           HB2      LYS  57   2.828  11.991  -9.735
    4    HB3  LYS  57           HB3      LYS  57   4.256  11.334  -8.951
    5    HG2  LYS  57           HG2      LYS  57   5.385  13.294  -9.070
    6    HG3  LYS  57           HG3      LYS  57   4.600  13.785 -10.572
    7    HD2  LYS  57           HD2      LYS  57   3.953  15.170  -8.610
    8    HD3  LYS  57           HD3      LYS  57   2.587  14.377  -9.392
    9    HE2  LYS  57           HE2      LYS  57   3.286  12.525  -7.525
   10    HE3  LYS  57           HE3      LYS  57   3.691  14.025  -6.691
   11    HZ3  LYS  57           HZ1      LYS  57   1.549  14.229  -6.220
   12    HZ2  LYS  57           HZ2      LYS  57   1.143  12.880  -7.161
   13    HZ1  LYS  57           HZ3      LYS  57   1.211  14.427  -7.870

  No H/Q in entry =          13
  In of MODEL    8
    1    H    GLU  58           H        GLU  58   6.546  10.276 -11.678
    2    HA   GLU  58           HA       GLU  58   5.875   7.612 -10.708
    3    HB2  GLU  58           HB2      GLU  58   8.198   8.048 -12.496
    4    HB3  GLU  58           HB3      GLU  58   7.045   6.728 -12.474
    5    HG2  GLU  58           HG2      GLU  58   5.393   8.229 -13.561
    6    HG3  GLU  58           HG3      GLU  58   6.676   9.429 -13.718

  No H/Q in entry =           6
  In of MODEL    8
    1    H    MET  59           H        MET  59   6.571   8.195  -8.419
    2    HA   MET  59           HA       MET  59   9.292   9.231  -8.381
    3    HB2  MET  59           HB2      MET  59   6.906   9.547  -6.575
    4    HB3  MET  59           HB3      MET  59   8.501  10.203  -6.242
    5    HG2  MET  59           HG2      MET  59   8.294  11.718  -8.111
    6    HG3  MET  59           HG3      MET  59   6.768  10.957  -8.580
    7    HE2  MET  59           HE1      MET  59   7.970  11.734  -4.874
    8    HE1  MET  59           HE2      MET  59   6.608  10.621  -5.000
    9    HE3  MET  59           HE3      MET  59   6.383  12.214  -4.273

  No H/Q in entry =           9
  In of MODEL    8
    1    H    ILE  60           H        ILE  60  10.583   8.386  -6.822
    2    HA   ILE  60           HA       ILE  60  10.321   5.795  -5.929
    3    HB   ILE  60           HB       ILE  60  11.822   8.050  -4.588
    4   HG12  ILE  60          HG12      ILE  60  12.507   7.620  -6.925
    5   HG13  ILE  60          HG13      ILE  60  13.777   7.201  -5.776
    6   HG21  ILE  60          HG21      ILE  60  12.093   5.072  -4.242
    7   HG23  ILE  60          HG22      ILE  60  11.468   6.212  -3.051
    8   HG22  ILE  60          HG23      ILE  60  13.161   6.286  -3.539
    9   HD13  ILE  60          HD11      ILE  60  13.881   5.336  -7.001
   10   HD12  ILE  60          HD12      ILE  60  12.228   5.494  -7.588
   11   HD11  ILE  60          HD13      ILE  60  12.535   4.836  -5.976

  No H/Q in entry =          11
  In of MODEL    8
    1    H    LEU  61           H        LEU  61   8.935   4.907  -4.529
    2    HA   LEU  61           HA       LEU  61   7.843   6.633  -2.438
    3    HB2  LEU  61           HB2      LEU  61   5.670   5.947  -2.786
    4    HB3  LEU  61           HB3      LEU  61   6.280   5.994  -4.419
    5    HG   LEU  61           HG       LEU  61   4.925   4.094  -4.312
    6   HD12  LEU  61          HD11      LEU  61   6.481   2.158  -4.458
    7   HD11  LEU  61          HD12      LEU  61   7.780   3.270  -4.028
    8   HD13  LEU  61          HD13      LEU  61   6.848   3.525  -5.507
    9   HD21  LEU  61          HD21      LEU  61   6.179   3.567  -1.665
   10   HD23  LEU  61          HD22      LEU  61   5.441   2.260  -2.593
   11   HD22  LEU  61          HD23      LEU  61   4.471   3.655  -2.103

  No H/Q in entry =          11
  In of MODEL    8
    1    H    SER  62           H        SER  62   9.482   3.794  -3.282
    2    HA   SER  62           HA       SER  62   9.634   2.999  -0.542
    3    HB2  SER  62           HB2      SER  62   7.503   1.976  -1.225
    4    HB3  SER  62           HB3      SER  62   8.336   1.142  -2.527
    5    HG   SER  62           HG       SER  62   8.263  -0.326  -0.943

  No H/Q in entry =           5
  In of MODEL    8
    1    H    TYR  63           H        TYR  63  10.761   0.796  -0.446
    2    HA   TYR  63           HA       TYR  63  12.715   0.149  -2.375
    3    HB2  TYR  63           HB2      TYR  63  14.098   1.016   0.140
    4    HB3  TYR  63           HB3      TYR  63  14.722   0.884  -1.486
    5    HD1  TYR  63           HD1      TYR  63  12.484   3.055   0.542
    6    HD2  TYR  63           HD2      TYR  63  15.279   2.767  -2.619
    7    HE1  TYR  63           HE1      TYR  63  12.563   5.502   0.420
    8    HE2  TYR  63           HE2      TYR  63  15.368   5.217  -2.779
    9    HH   TYR  63           HH       TYR  63  14.606   7.139  -1.999

  No H/Q in entry =           9
  In of MODEL    8
    1    H    LEU  64           H        LEU  64  14.177  -1.203  -1.489
    2    HA   LEU  64           HA       LEU  64  12.853  -3.326  -0.010
    3    HB2  LEU  64           HB2      LEU  64  14.774  -3.753  -2.233
    4    HB3  LEU  64           HB3      LEU  64  13.713  -4.919  -1.480
    5    HG   LEU  64           HG       LEU  64  12.983  -2.750  -3.434
    6   HD12  LEU  64          HD11      LEU  64  12.539  -5.736  -3.402
    7   HD11  LEU  64          HD12      LEU  64  13.813  -4.909  -4.295
    8   HD13  LEU  64          HD13      LEU  64  12.122  -4.627  -4.708
    9   HD23  LEU  64          HD21      LEU  64  10.648  -3.586  -3.122
   10   HD22  LEU  64          HD22      LEU  64  11.287  -2.652  -1.768
   11   HD21  LEU  64          HD23      LEU  64  11.207  -4.411  -1.666

  No H/Q in entry =          11
  In of MODEL    8
    1    H    ASN  65           H        ASN  65  14.564  -5.133   0.093
    2    HA   ASN  65           HA       ASN  65  17.107  -4.177   1.076
    3    HB2  ASN  65           HB2      ASN  65  15.047  -5.173   2.828
    4    HB3  ASN  65           HB3      ASN  65  16.408  -6.292   2.819
    5   HD21  ASN  65          HD21      ASN  65  15.529  -2.909   3.260
    6   HD22  ASN  65          HD22      ASN  65  16.844  -2.513   4.308

  No H/Q in entry =           6
  In of MODEL    8
    1    H    GLN  66           H        GLN  66  18.622  -5.967   1.173
    2    HA   GLN  66           HA       GLN  66  18.693  -7.680  -1.050
    3    HB2  GLN  66           HB2      GLN  66  20.224  -7.714   1.632
    4    HB3  GLN  66           HB3      GLN  66  20.636  -8.749   0.266
    5    HG2  GLN  66           HG2      GLN  66  21.207  -6.715  -1.139
    6    HG3  GLN  66           HG3      GLN  66  20.671  -5.643   0.132
    7   HE22  GLN  66          HE21      GLN  66  24.315  -5.614   0.377
    8   HE21  GLN  66          HE22      GLN  66  22.947  -4.985  -0.694

  No H/Q in entry =           8
  In of MODEL    8
    1    H    GLY  67           H        GLY  67  16.717  -8.867  -1.018
    2    HA3  GLY  67           HA2      GLY  67  16.548 -11.408  -0.607
    3    HA2  GLY  67           HA3      GLY  67  16.488 -10.897   1.074

  No H/Q in entry =           3
  In of MODEL    8
    1    H    ASP  68           H        ASP  68  15.060  -8.800  -1.244
    2    HA   ASP  68           HA       ASP  68  12.400  -9.508  -0.241
    3    HB2  ASP  68           HB2      ASP  68  13.514  -7.090  -0.189
    4    HB3  ASP  68           HB3      ASP  68  12.934  -7.037  -1.848

  No H/Q in entry =           4
  In of MODEL    8
    1    H    PHE  69           H        PHE  69  11.017  -8.230  -2.420
    2    HA   PHE  69           HA       PHE  69  11.743  -9.998  -4.656
    3    HB2  PHE  69           HB2      PHE  69   8.953  -9.454  -3.633
    4    HB3  PHE  69           HB3      PHE  69   9.358 -10.431  -5.036
    5    HD1  PHE  69           HD1      PHE  69   9.727 -12.718  -4.806
    6    HD2  PHE  69           HD2      PHE  69   9.803 -10.239  -1.349
    7    HE1  PHE  69           HE1      PHE  69   9.776 -14.718  -3.374
    8    HE2  PHE  69           HE2      PHE  69   9.865 -12.235   0.086
    9    HZ   PHE  69           HZ       PHE  69   9.845 -14.478  -0.926

  No H/Q in entry =           9
  In of MODEL    8
    1    H    ILE  70           H        ILE  70  10.759  -9.312  -6.710
    2    HA   ILE  70           HA       ILE  70  10.057  -6.485  -6.909
    3    HB   ILE  70           HB       ILE  70  12.396  -7.813  -8.266
    4   HG12  ILE  70          HG12      ILE  70  12.044  -5.201  -6.793
    5   HG13  ILE  70          HG13      ILE  70  12.993  -6.599  -6.293
    6   HG22  ILE  70          HG21      ILE  70  12.464  -5.702  -9.706
    7   HG21  ILE  70          HG22      ILE  70  10.773  -5.487  -9.255
    8   HG23  ILE  70          HG23      ILE  70  11.277  -6.934 -10.128
    9   HD13  ILE  70          HD11      ILE  70  14.606  -5.149  -7.075
   10   HD12  ILE  70          HD12      ILE  70  13.587  -4.556  -8.388
   11   HD11  ILE  70          HD13      ILE  70  14.309  -6.165  -8.489

  No H/Q in entry =          11
  In of MODEL    8
    1    H    GLY  71           H        GLY  71   8.653  -6.097  -8.605
    2    HA3  GLY  71           HA2      GLY  71   7.348  -6.553 -10.468
    3    HA2  GLY  71           HA3      GLY  71   8.238  -8.055 -10.685

  No H/Q in entry =           3
  In of MODEL    8
    1    H    GLU  72           H        GLU  72   7.054  -7.580  -7.529
    2    HA   GLU  72           HA       GLU  72   5.366  -9.851  -7.670
    3    HB2  GLU  72           HB2      GLU  72   4.952  -7.893  -5.491
    4    HB3  GLU  72           HB3      GLU  72   5.179  -9.630  -5.402
    5    HG2  GLU  72           HG2      GLU  72   7.101  -8.939  -4.413
    6    HG3  GLU  72           HG3      GLU  72   7.644  -8.998  -6.089

  No H/Q in entry =           6
  In of MODEL    8
    1    H    LEU  73           H        LEU  73   5.154  -6.493  -7.835
    2    HA   LEU  73           HA       LEU  73   2.418  -6.041  -7.609
    3    HB2  LEU  73           HB2      LEU  73   4.833  -4.590  -8.298
    4    HB3  LEU  73           HB3      LEU  73   3.423  -4.003  -9.166
    5    HG   LEU  73           HG       LEU  73   3.825  -2.801  -7.042
    6   HD12  LEU  73          HD11      LEU  73   1.433  -3.411  -6.160
    7   HD11  LEU  73          HD12      LEU  73   1.389  -4.364  -7.647
    8   HD13  LEU  73          HD13      LEU  73   1.657  -2.620  -7.721
    9   HD21  LEU  73          HD21      LEU  73   3.405  -5.553  -5.903
   10   HD23  LEU  73          HD22      LEU  73   3.063  -4.100  -4.966
   11   HD22  LEU  73          HD23      LEU  73   4.697  -4.403  -5.558

  No H/Q in entry =          11
  In of MODEL    8
    1    H    GLY  74           H        GLY  74   4.038  -7.605 -10.089
    2    HA3  GLY  74           HA2      GLY  74   1.783  -6.977 -11.889
    3    HA2  GLY  74           HA3      GLY  74   3.419  -7.189 -12.483

  No H/Q in entry =           3
  In of MODEL    8
    1    H    LEU  75           H        LEU  75   3.650  -9.424 -10.352
    2    HA   LEU  75           HA       LEU  75   2.573 -11.479 -12.143
    3    HB2  LEU  75           HB2      LEU  75   4.377 -12.734 -11.553
    4    HB3  LEU  75           HB3      LEU  75   5.030 -11.192 -11.029
    5    HG   LEU  75           HG       LEU  75   3.570 -11.995  -8.837
    6   HD13  LEU  75          HD11      LEU  75   4.207 -14.295  -8.374
    7   HD12  LEU  75          HD12      LEU  75   5.037 -14.413  -9.926
    8   HD11  LEU  75          HD13      LEU  75   3.284 -14.230  -9.876
    9   HD21  LEU  75          HD21      LEU  75   5.946 -11.026  -9.117
   10   HD23  LEU  75          HD22      LEU  75   6.474 -12.708  -9.160
   11   HD22  LEU  75          HD23      LEU  75   5.632 -12.085  -7.742

  No H/Q in entry =          11
  In of MODEL    8
    1    H    PHE  76           H        PHE  76   2.456 -10.263  -8.915
    2    HA   PHE  76           HA       PHE  76   0.633 -12.382  -8.079
    3    HB2  PHE  76           HB2      PHE  76   2.327 -12.375  -6.517
    4    HB3  PHE  76           HB3      PHE  76   2.651 -10.657  -6.731
    5    HD1  PHE  76           HD1      PHE  76  -0.099 -12.809  -5.641
    6    HD2  PHE  76           HD2      PHE  76   2.153  -9.313  -4.935
    7    HE1  PHE  76           HE1      PHE  76  -1.453 -12.368  -3.614
    8    HE2  PHE  76           HE2      PHE  76   0.826  -8.835  -2.920
    9    HZ   PHE  76           HZ       PHE  76  -0.987 -10.360  -2.259

  No H/Q in entry =           9
  In of MODEL    8
    1    H    GLU  77           H        GLU  77   1.021  -8.874  -8.309
    2    HA   GLU  77           HA       GLU  77  -1.219  -8.184  -6.770
    3    HB2  GLU  77           HB2      GLU  77   0.702  -6.693  -7.821
    4    HB3  GLU  77           HB3      GLU  77  -0.449  -6.520  -9.136
    5    HG2  GLU  77           HG2      GLU  77  -1.121  -5.917  -6.273
    6    HG3  GLU  77           HG3      GLU  77  -0.471  -4.715  -7.379

  No H/Q in entry =           6
  In of MODEL    8
    1    H    GLU  78           H        GLU  78  -0.608  -8.821 -10.122
    2    HA   GLU  78           HA       GLU  78  -1.931 -10.014 -11.512
    3    HB2  GLU  78           HB2      GLU  78  -3.841 -10.151  -9.785
    4    HB3  GLU  78           HB3      GLU  78  -4.428  -8.657 -10.509
    5    HG2  GLU  78           HG2      GLU  78  -4.426  -9.800 -12.710
    6    HG3  GLU  78           HG3      GLU  78  -4.013 -11.295 -11.878

  No H/Q in entry =           6
  In of MODEL    8
    1    H    GLY  79           H        GLY  79  -0.483  -7.610 -11.458
    2    HA3  GLY  79           HA2      GLY  79  -1.769  -5.358 -12.613
    3    HA2  GLY  79           HA3      GLY  79  -0.055  -5.675 -12.588

  No H/Q in entry =           3
  In of MODEL    8
    1    H    GLN  80           H        GLN  80   0.697  -7.291 -14.110
    2    HA   GLN  80           HA       GLN  80   1.068  -8.019 -16.185
    3    HB2  GLN  80           HB2      GLN  80  -1.859  -7.811 -16.802
    4    HB3  GLN  80           HB3      GLN  80  -0.682  -8.947 -17.430
    5    HG2  GLN  80           HG2      GLN  80  -1.873  -8.920 -14.666
    6    HG3  GLN  80           HG3      GLN  80  -2.188 -10.077 -15.955
    7   HE21  GLN  80          HE21      GLN  80  -1.251 -10.554 -13.277
    8   HE22  GLN  80          HE22      GLN  80   0.282 -11.334 -13.414

  No H/Q in entry =           8
  In of MODEL    8
    1    H    GLU  81           H        GLU  81   1.898  -5.753 -16.172
    2    HA   GLU  81           HA       GLU  81   2.067  -4.366 -18.347
    3    HB2  GLU  81           HB2      GLU  81  -0.648  -4.126 -17.842
    4    HB3  GLU  81           HB3      GLU  81   0.013  -2.601 -17.263
    5    HG2  GLU  81           HG2      GLU  81   1.043  -3.434 -19.870
    6    HG3  GLU  81           HG3      GLU  81  -0.690  -3.125 -19.839

  No H/Q in entry =           6
  In of MODEL    8
    1    H    ARG  82           H        ARG  82   3.787  -4.451 -16.474
    2    HA   ARG  82           HA       ARG  82   5.160  -3.414 -15.026
    3    HB2  ARG  82           HB2      ARG  82   5.718  -1.792 -16.452
    4    HB3  ARG  82           HB3      ARG  82   4.052  -1.352 -16.771
    5    HG2  ARG  82           HG2      ARG  82   4.729  -0.568 -14.104
    6    HG3  ARG  82           HG3      ARG  82   5.986  -0.010 -15.199
    7    HD2  ARG  82           HD2      ARG  82   3.841   1.454 -14.666
    8    HD3  ARG  82           HD3      ARG  82   4.616   1.477 -16.244
    9    HE   ARG  82           HE       ARG  82   2.842  -0.230 -16.868
   10   HH11  ARG  82          HH11      ARG  82   2.257   2.170 -14.369
   11   HH12  ARG  82          HH12      ARG  82   0.559   2.271 -14.701
   12   HH21  ARG  82          HH21      ARG  82   0.651  -0.085 -17.314
   13   HH22  ARG  82          HH22      ARG  82  -0.355   0.996 -16.385

  No H/Q in entry =          13
  In of MODEL    8
    1    H    SER  83           H        SER  83   2.434  -1.158 -14.830
    2    HA   SER  83           HA       SER  83   1.171  -0.357 -13.166
    3    HB2  SER  83           HB2      SER  83   2.112  -2.717 -11.542
    4    HB3  SER  83           HB3      SER  83   0.671  -1.737 -11.259
    5    HG   SER  83           HG       SER  83  -0.345  -2.793 -12.781

  No H/Q in entry =           5
  In of MODEL    8
    1    H    ALA  84           H        ALA  84   4.498  -1.099 -12.355
    2    HA   ALA  84           HA       ALA  84   6.064   0.587 -11.898
    3    HB3  ALA  84           HB1      ALA  84   3.905   2.097 -10.431
    4    HB2  ALA  84           HB2      ALA  84   4.397   2.407 -12.096
    5    HB1  ALA  84           HB3      ALA  84   5.546   2.644 -10.782

  No H/Q in entry =           5
  In of MODEL    8
    1    H    TRP  85           H        TRP  85   7.518   0.561 -10.130
    2    HA   TRP  85           HA       TRP  85   7.126   0.088  -7.596
    3    HB2  TRP  85           HB2      TRP  85   5.646  -1.804  -8.497
    4    HB3  TRP  85           HB3      TRP  85   7.144  -2.630  -8.899
    5    HD1  TRP  85           HD1      TRP  85   8.184  -3.979  -7.160
    6    HE1  TRP  85           HE1      TRP  85   7.769  -4.477  -4.657
    7    HE3  TRP  85           HE3      TRP  85   4.752  -0.356  -6.252
    8    HZ2  TRP  85           HZ2      TRP  85   6.180  -3.391  -2.562
    9    HZ3  TRP  85           HZ3      TRP  85   3.829  -0.124  -3.982
   10    HH2  TRP  85           HH2      TRP  85   4.530  -1.611  -2.176

  No H/Q in entry =          10
  In of MODEL    8
    1    H    VAL  86           H        VAL  86   9.148  -0.093 -10.331
    2    HA   VAL  86           HA       VAL  86  11.308  -0.539  -8.485
    3    HB   VAL  86           HB       VAL  86  12.251  -2.231 -10.444
    4   HG12  VAL  86          HG11      VAL  86  11.800  -3.852  -8.465
    5   HG11  VAL  86          HG12      VAL  86  11.260  -2.390  -7.638
    6   HG13  VAL  86          HG13      VAL  86  12.913  -2.499  -8.249
    7   HG21  VAL  86          HG21      VAL  86   9.901  -2.511 -11.195
    8   HG23  VAL  86          HG22      VAL  86   9.493  -3.046  -9.563
    9   HG22  VAL  86          HG23      VAL  86  10.615  -3.988 -10.546

  No H/Q in entry =           9
  In of MODEL    8
    1    H    ARG  87           H        ARG  87  13.223  -0.009  -8.839
    2    HA   ARG  87           HA       ARG  87  14.483   0.937 -11.117
    3    HB2  ARG  87           HB2      ARG  87  13.154   2.975 -11.063
    4    HB3  ARG  87           HB3      ARG  87  13.386   3.141  -9.326
    5    HG2  ARG  87           HG2      ARG  87  15.938   3.040 -10.517
    6    HG3  ARG  87           HG3      ARG  87  14.961   4.186 -11.443
    7    HD2  ARG  87           HD2      ARG  87  15.112   5.687  -9.818
    8    HD3  ARG  87           HD3      ARG  87  14.479   4.531  -8.651
    9    HE   ARG  87           HE       ARG  87  17.153   3.901  -9.088
   10   HH11  ARG  87          HH11      ARG  87  15.230   6.477  -7.712
   11   HH12  ARG  87          HH12      ARG  87  16.453   6.967  -6.586
   12   HH21  ARG  87          HH21      ARG  87  18.769   4.536  -7.627
   13   HH22  ARG  87          HH22      ARG  87  18.486   5.866  -6.551

  No H/Q in entry =          13
  In of MODEL    8
    1    H    ALA  88           H        ALA  88  16.307   0.003 -10.526
    2    HA   ALA  88           HA       ALA  88  17.190  -0.789  -8.331
    3    HB3  ALA  88           HB1      ALA  88  19.554   0.100  -9.551
    4    HB1  ALA  88           HB2      ALA  88  18.380  -0.364 -10.788
    5    HB2  ALA  88           HB3      ALA  88  18.833  -1.503  -9.515

  No H/Q in entry =           5
  In of MODEL    8
    1    H    LYS  89           H        LYS  89  18.084  -0.099  -6.209
    2    HA   LYS  89           HA       LYS  89  18.918   2.658  -6.173
    3    HB2  LYS  89           HB2      LYS  89  17.102   2.022  -4.663
    4    HB3  LYS  89           HB3      LYS  89  18.112   0.783  -3.939
    5    HG2  LYS  89           HG2      LYS  89  19.654   2.567  -3.168
    6    HG3  LYS  89           HG3      LYS  89  18.510   3.763  -3.790
    7    HD2  LYS  89           HD2      LYS  89  16.957   3.316  -2.178
    8    HD3  LYS  89           HD3      LYS  89  17.485   1.645  -1.977
    9    HE2  LYS  89           HE2      LYS  89  18.083   2.798  -0.011
   10    HE3  LYS  89           HE3      LYS  89  19.566   2.548  -0.928
   11    HZ1  LYS  89           HZ1      LYS  89  19.330   4.840  -1.778
   12    HZ3  LYS  89           HZ2      LYS  89  19.517   4.791  -0.101
   13    HZ2  LYS  89           HZ3      LYS  89  17.990   5.072  -0.774

  No H/Q in entry =          13
  In of MODEL    8
    1    H    THR  90           H        THR  90  20.088  -0.491  -6.065
    2    HA   THR  90           HA       THR  90  22.787   0.407  -5.629
    3    HB   THR  90           HB       THR  90  22.586  -2.021  -4.125
    4    HG1  THR  90           HG1      THR  90  20.428  -0.558  -3.762
    5   HG22  THR  90          HG21      THR  90  23.272   0.780  -3.228
    6   HG21  THR  90          HG22      THR  90  24.393  -0.381  -3.936
    7   HG23  THR  90          HG23      THR  90  23.665  -0.706  -2.362

  No H/Q in entry =           7
  In of MODEL    8
    1    H    ALA  91           H        ALA  91  23.560  -0.780  -7.900
    2    HA   ALA  91           HA       ALA  91  22.796  -2.753  -8.984
    3    HB1  ALA  91           HB1      ALA  91  25.184  -1.858  -8.994
    4    HB3  ALA  91           HB2      ALA  91  24.948  -3.540  -9.462
    5    HB2  ALA  91           HB3      ALA  91  25.553  -3.149  -7.850

  No H/Q in entry =           5
  In of MODEL    8
    1    H    CYS  92           H        CYS  92  21.820  -4.589  -8.718
    2    HA   CYS  92           HA       CYS  92  22.397  -6.057  -6.176
    3    HB2  CYS  92           HB2      CYS  92  19.837  -6.719  -7.424
    4    HB3  CYS  92           HB3      CYS  92  20.158  -6.249  -5.761
    5    HG   CYS  92           HG       CYS  92  20.345  -3.455  -6.703

  No H/Q in entry =           5
  In of MODEL    8
    1    H    GLU  93           H        GLU  93  20.761  -8.136  -6.868
    2    HA   GLU  93           HA       GLU  93  21.813  -9.611  -9.029
    3    HB2  GLU  93           HB2      GLU  93  22.494 -10.318  -6.157
    4    HB3  GLU  93           HB3      GLU  93  22.463 -11.517  -7.437
    5    HG2  GLU  93           HG2      GLU  93  24.160  -9.928  -8.598
    6    HG3  GLU  93           HG3      GLU  93  24.392  -9.299  -6.964

  No H/Q in entry =           6
  In of MODEL    8
    1    H    VAL  94           H        VAL  94  19.695  -9.968  -9.612
    2    HA   VAL  94           HA       VAL  94  17.838 -10.555  -7.419
    3    HB   VAL  94           HB       VAL  94  15.996 -10.104  -9.071
    4   HG13  VAL  94          HG11      VAL  94  16.098  -8.369  -7.660
    5   HG12  VAL  94          HG12      VAL  94  16.633  -7.521  -9.111
    6   HG11  VAL  94          HG13      VAL  94  17.819  -8.095  -7.940
    7   HG22  VAL  94          HG21      VAL  94  17.063 -10.257 -11.183
    8   HG21  VAL  94          HG22      VAL  94  18.254  -9.036 -10.742
    9   HG23  VAL  94          HG23      VAL  94  16.561  -8.578 -10.963

  No H/Q in entry =           9
  In of MODEL    8
    1    H    ALA  95           H        ALA  95  16.491 -12.319  -7.574
    2    HA   ALA  95           HA       ALA  95  17.560 -14.360  -9.348
    3    HB2  ALA  95           HB1      ALA  95  16.802 -15.843  -7.860
    4    HB1  ALA  95           HB2      ALA  95  15.278 -14.985  -7.621
    5    HB3  ALA  95           HB3      ALA  95  16.733 -14.460  -6.770

  No H/Q in entry =           5
  In of MODEL    8
    1    H    GLU  96           H        GLU  96  16.862 -13.456 -11.226
    2    HA   GLU  96           HA       GLU  96  13.971 -13.046 -11.346
    3    HB2  GLU  96           HB2      GLU  96  14.245 -11.570 -13.183
    4    HB3  GLU  96           HB3      GLU  96  15.357 -11.083 -11.909
    5    HG2  GLU  96           HG2      GLU  96  17.198 -12.100 -13.091
    6    HG3  GLU  96           HG3      GLU  96  16.092 -12.725 -14.315

  No H/Q in entry =           6
  In of MODEL    8
    1    H    ILE  97           H        ILE  97  12.747 -14.059 -12.351
    2    HA   ILE  97           HA       ILE  97  13.372 -15.458 -14.731
    3    HB   ILE  97           HB       ILE  97  12.346 -17.578 -13.868
    4   HG12  ILE  97          HG12      ILE  97  13.297 -16.746 -11.162
    5   HG13  ILE  97          HG13      ILE  97  11.642 -16.420 -11.666
    6   HG22  ILE  97          HG21      ILE  97  14.986 -17.165 -12.656
    7   HG21  ILE  97          HG22      ILE  97  14.771 -17.024 -14.398
    8   HG23  ILE  97          HG23      ILE  97  14.357 -18.530 -13.581
    9   HD13  ILE  97          HD11      ILE  97  11.359 -18.455 -10.660
   10   HD12  ILE  97          HD12      ILE  97  12.968 -19.020 -11.097
   11   HD11  ILE  97          HD13      ILE  97  11.692 -18.973 -12.308

  No H/Q in entry =          11
  In of MODEL    8
    1    H    SER  98           H        SER  98  11.248 -16.901 -15.121
    2    HA   SER  98           HA       SER  98   9.191 -14.837 -15.031
    3    HB2  SER  98           HB2      SER  98   8.166 -16.286 -16.891
    4    HB3  SER  98           HB3      SER  98   9.631 -15.378 -17.273
    5    HG   SER  98           HG       SER  98   9.659 -17.617 -17.934

  No H/Q in entry =           5
  In of MODEL    8
    1    H    TYR  99           H        TYR  99   7.274 -15.182 -14.456
    2    HA   TYR  99           HA       TYR  99   6.867 -16.919 -12.139
    3    HB2  TYR  99           HB2      TYR  99   4.904 -15.638 -11.644
    4    HB3  TYR  99           HB3      TYR  99   6.115 -14.493 -12.182
    5    HD1  TYR  99           HD1      TYR  99   5.511 -15.308 -15.257
    6    HD2  TYR  99           HD2      TYR  99   3.163 -13.974 -11.974
    7    HE1  TYR  99           HE1      TYR  99   3.896 -14.303 -16.813
    8    HE2  TYR  99           HE2      TYR  99   1.551 -12.957 -13.521
    9    HH   TYR  99           HH       TYR  99   1.554 -12.086 -15.876

  No H/Q in entry =           9
  In of MODEL    8
    1    H    LYS 100           H        LYS 100   6.465 -17.459 -15.468
    2    HA   LYS 100           HA       LYS 100   4.019 -18.883 -15.156
    3    HB2  LYS 100           HB2      LYS 100   4.821 -18.411 -17.439
    4    HB3  LYS 100           HB3      LYS 100   6.292 -19.323 -17.124
    5    HG2  LYS 100           HG2      LYS 100   4.984 -20.798 -18.361
    6    HG3  LYS 100           HG3      LYS 100   4.739 -21.317 -16.690
    7    HD2  LYS 100           HD2      LYS 100   2.645 -19.970 -16.649
    8    HD3  LYS 100           HD3      LYS 100   2.879 -19.629 -18.363
    9    HE2  LYS 100           HE2      LYS 100   2.713 -22.422 -17.254
   10    HE3  LYS 100           HE3      LYS 100   1.301 -21.526 -17.809
   11    HZ3  LYS 100           HZ1      LYS 100   2.304 -21.360 -19.999
   12    HZ2  LYS 100           HZ2      LYS 100   2.172 -22.980 -19.532
   13    HZ1  LYS 100           HZ3      LYS 100   3.671 -22.203 -19.467

  No H/Q in entry =          13
  In of MODEL    8
    1    H    LYS 101           H        LYS 101   7.468 -19.741 -15.082
    2    HA   LYS 101           HA       LYS 101   7.024 -22.399 -14.152
    3    HB2  LYS 101           HB2      LYS 101   8.960 -22.187 -15.413
    4    HB3  LYS 101           HB3      LYS 101   9.404 -20.661 -14.664
    5    HG2  LYS 101           HG2      LYS 101  10.168 -21.720 -12.727
    6    HG3  LYS 101           HG3      LYS 101   9.451 -23.262 -13.189
    7    HD2  LYS 101           HD2      LYS 101  11.600 -23.694 -13.826
    8    HD3  LYS 101           HD3      LYS 101  11.046 -22.903 -15.303
    9    HE2  LYS 101           HE2      LYS 101  11.915 -20.757 -14.413
   10    HE3  LYS 101           HE3      LYS 101  12.566 -21.633 -13.031
   11    HZ1  LYS 101           HZ1      LYS 101  13.721 -23.040 -14.840
   12    HZ3  LYS 101           HZ2      LYS 101  14.358 -21.524 -14.446
   13    HZ2  LYS 101           HZ3      LYS 101  13.427 -21.710 -15.845

  No H/Q in entry =          13
  In of MODEL    8
    1    H    PHE 102           H        PHE 102   7.990 -19.356 -12.621
    2    HA   PHE 102           HA       PHE 102   8.595 -20.451 -10.123
    3    HB2  PHE 102           HB2      PHE 102   9.164 -18.141 -10.894
    4    HB3  PHE 102           HB3      PHE 102   7.496 -17.689 -10.613
    5    HD1  PHE 102           HD1      PHE 102   8.269 -15.975  -9.006
    6    HD2  PHE 102           HD2      PHE 102   9.003 -20.076  -8.429
    7    HE1  PHE 102           HE1      PHE 102   8.735 -15.523  -6.669
    8    HE2  PHE 102           HE2      PHE 102   9.484 -19.660  -6.075
    9    HZ   PHE 102           HZ       PHE 102   9.364 -17.373  -5.169

  No H/Q in entry =           9
  In of MODEL    8
    1    H    ARG 103           H        ARG 103   5.620 -18.870 -11.224
    2    HA   ARG 103           HA       ARG 103   4.055 -19.086  -9.062
    3    HB2  ARG 103           HB2      ARG 103   2.361 -18.515 -10.391
    4    HB3  ARG 103           HB3      ARG 103   3.534 -18.526 -11.693
    5    HG2  ARG 103           HG2      ARG 103   2.703 -20.422 -12.612
    6    HG3  ARG 103           HG3      ARG 103   2.211 -21.101 -11.059
    7    HD2  ARG 103           HD2      ARG 103   0.831 -18.811 -12.460
    8    HD3  ARG 103           HD3      ARG 103   0.305 -20.490 -12.534
    9    HE   ARG 103           HE       ARG 103   0.061 -18.667 -10.276
   10   HH11  ARG 103          HH11      ARG 103  -0.218 -21.963 -11.438
   11   HH12  ARG 103          HH12      ARG 103  -1.292 -22.455 -10.169
   12   HH21  ARG 103          HH21      ARG 103  -1.360 -19.309  -8.607
   13   HH22  ARG 103          HH22      ARG 103  -1.932 -20.945  -8.545

  No H/Q in entry =          13
  In of MODEL    8
    1    H    GLN 104           H        GLN 104   5.215 -21.659 -10.960
    2    HA   GLN 104           HA       GLN 104   3.276 -23.576  -9.864
    3    HB2  GLN 104           HB2      GLN 104   5.420 -23.762 -11.948
    4    HB3  GLN 104           HB3      GLN 104   4.713 -25.216 -11.254
    5    HG2  GLN 104           HG2      GLN 104   3.239 -23.034 -12.717
    6    HG3  GLN 104           HG3      GLN 104   3.599 -24.656 -13.310
    7   HE21  GLN 104          HE21      GLN 104   3.064 -25.973 -10.806
    8   HE22  GLN 104          HE22      GLN 104   1.349 -25.960 -10.597

  No H/Q in entry =           8
  In of MODEL    8
    1    H    LEU 105           H        LEU 105   6.610 -22.688  -9.283
    2    HA   LEU 105           HA       LEU 105   6.930 -24.837  -7.333
    3    HB2  LEU 105           HB2      LEU 105   9.157 -24.329  -7.417
    4    HB3  LEU 105           HB3      LEU 105   8.734 -23.339  -8.798
    5    HG   LEU 105           HG       LEU 105   8.547 -21.383  -7.190
    6   HD12  LEU 105          HD11      LEU 105  10.428 -22.663  -5.355
    7   HD11  LEU 105          HD12      LEU 105   8.760 -23.232  -5.196
    8   HD13  LEU 105          HD13      LEU 105   9.126 -21.511  -5.039
    9   HD21  LEU 105          HD21      LEU 105  11.013 -22.850  -7.957
   10   HD23  LEU 105          HD22      LEU 105  11.159 -21.431  -6.924
   11   HD22  LEU 105          HD23      LEU 105  10.411 -21.290  -8.516

  No H/Q in entry =          11
  In of MODEL    8
    1    H    ILE 106           H        ILE 106   6.293 -21.113  -7.283
    2    HA   ILE 106           HA       ILE 106   5.855 -21.091  -4.588
    3    HB   ILE 106           HB       ILE 106   4.576 -19.088  -4.776
    4   HG12  ILE 106          HG12      ILE 106   4.275 -18.366  -7.368
    5   HG13  ILE 106          HG13      ILE 106   3.939 -20.094  -7.463
    6   HG21  ILE 106          HG21      ILE 106   7.077 -19.317  -5.516
    7   HG23  ILE 106          HG22      ILE 106   6.214 -17.777  -5.599
    8   HG22  ILE 106          HG23      ILE 106   6.418 -18.754  -7.053
    9   HD12  ILE 106          HD11      ILE 106   2.031 -18.357  -7.020
   10   HD11  ILE 106          HD12      ILE 106   2.597 -18.500  -5.350
   11   HD13  ILE 106          HD13      ILE 106   2.039 -19.929  -6.217

  No H/Q in entry =          11
  In of MODEL    8
    1    H    GLN 107           H        GLN 107   4.279 -22.968  -6.590
    2    HA   GLN 107           HA       GLN 107   1.714 -22.829  -5.205
    3    HB2  GLN 107           HB2      GLN 107   2.350 -23.502  -8.012
    4    HB3  GLN 107           HB3      GLN 107   1.120 -24.492  -7.240
    5    HG2  GLN 107           HG2      GLN 107   1.091 -21.503  -7.555
    6    HG3  GLN 107           HG3      GLN 107   0.098 -22.666  -8.427
    7   HE21  GLN 107          HE21      GLN 107  -0.350 -24.296  -6.021
    8   HE22  GLN 107          HE22      GLN 107  -1.492 -23.414  -5.073

  No H/Q in entry =           8
  In of MODEL    8
    1    H    VAL 108           H        VAL 108   4.571 -24.494  -5.628
    2    HA   VAL 108           HA       VAL 108   3.550 -27.106  -4.902
    3    HB   VAL 108           HB       VAL 108   5.691 -26.241  -6.424
    4   HG11  VAL 108          HG11      VAL 108   6.789 -27.269  -3.818
    5   HG13  VAL 108          HG12      VAL 108   7.045 -25.671  -4.522
    6   HG12  VAL 108          HG13      VAL 108   7.709 -27.102  -5.314
    7   HG23  VAL 108          HG21      VAL 108   6.352 -28.665  -6.390
    8   HG22  VAL 108          HG22      VAL 108   4.676 -28.305  -6.805
    9   HG21  VAL 108          HG23      VAL 108   5.077 -28.896  -5.194

  No H/Q in entry =           9
  In of MODEL    8
    1    H    ASN 109           H        ASN 109   4.841 -24.267  -3.545
    2    HA   ASN 109           HA       ASN 109   5.024 -25.511  -0.884
    3    HB2  ASN 109           HB2      ASN 109   6.777 -23.324  -2.024
    4    HB3  ASN 109           HB3      ASN 109   6.790 -23.837  -0.342
    5   HD21  ASN 109          HD21      ASN 109   8.674 -23.912  -2.770
    6   HD22  ASN 109          HD22      ASN 109   9.327 -25.509  -2.702

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   PRO 110           HA       PRO 110   1.872 -22.362  -0.358
    2    HB2  PRO 110           HB2      PRO 110   1.091 -23.169   2.100
    3    HB3  PRO 110           HB3      PRO 110   0.697 -24.104   0.660
    4    HG2  PRO 110           HG2      PRO 110   2.865 -24.554   2.658
    5    HG3  PRO 110           HG3      PRO 110   1.760 -25.732   1.922
    6    HD2  PRO 110           HD2      PRO 110   4.320 -25.331   1.072
    7    HD3  PRO 110           HD3      PRO 110   3.019 -25.891   0.003

  No H/Q in entry =           7
  In of MODEL    8
    1    H    ASP 111           H        ASP 111   4.947 -22.519   1.164
    2    HA   ASP 111           HA       ASP 111   4.202 -20.186   2.777
    3    HB2  ASP 111           HB2      ASP 111   6.788 -20.754   3.482
    4    HB3  ASP 111           HB3      ASP 111   5.339 -21.221   4.383

  No H/Q in entry =           4
  In of MODEL    8
    1    H    ILE 112           H        ILE 112   5.571 -20.909  -0.241
    2    HA   ILE 112           HA       ILE 112   7.756 -19.031  -0.206
    3    HB   ILE 112           HB       ILE 112   6.489 -20.757  -2.337
    4   HG12  ILE 112          HG12      ILE 112   8.603 -20.895  -0.466
    5   HG13  ILE 112          HG13      ILE 112   8.150 -22.091  -1.668
    6   HG21  ILE 112          HG21      ILE 112   8.558 -18.597  -2.795
    7   HG23  ILE 112          HG22      ILE 112   6.928 -18.669  -3.470
    8   HG22  ILE 112          HG23      ILE 112   8.135 -19.868  -3.944
    9   HD12  ILE 112          HD11      ILE 112  10.545 -21.333  -1.661
   10   HD11  ILE 112          HD12      ILE 112   9.959 -19.794  -2.286
   11   HD13  ILE 112          HD13      ILE 112   9.709 -21.275  -3.205

  No H/Q in entry =          11
  In of MODEL    8
    1    H    LEU 113           H        LEU 113   4.527 -19.116  -1.560
    2    HA   LEU 113           HA       LEU 113   4.768 -16.527  -2.707
    3    HB2  LEU 113           HB2      LEU 113   3.191 -18.282  -3.472
    4    HB3  LEU 113           HB3      LEU 113   2.265 -18.057  -2.000
    5    HG   LEU 113           HG       LEU 113   1.911 -15.677  -2.662
    6   HD11  LEU 113          HD11      LEU 113   3.884 -15.593  -4.217
    7   HD13  LEU 113          HD12      LEU 113   2.385 -14.932  -4.870
    8   HD12  LEU 113          HD13      LEU 113   2.930 -16.534  -5.363
    9   HD21  LEU 113          HD21      LEU 113   0.938 -17.790  -4.567
   10   HD23  LEU 113          HD22      LEU 113   0.211 -16.203  -4.329
   11   HD22  LEU 113          HD23      LEU 113   0.220 -17.375  -3.011

  No H/Q in entry =          11
  In of MODEL    8
    1    H    MET 114           H        MET 114   4.073 -17.834   0.282
    2    HA   MET 114           HA       MET 114   2.658 -15.702   1.524
    3    HB2  MET 114           HB2      MET 114   3.015 -18.284   2.173
    4    HB3  MET 114           HB3      MET 114   4.343 -17.601   3.102
    5    HG2  MET 114           HG2      MET 114   1.529 -16.610   3.310
    6    HG3  MET 114           HG3      MET 114   2.160 -17.919   4.300
    7    HE1  MET 114           HE1      MET 114   1.021 -16.077   6.107
    8    HE3  MET 114           HE2      MET 114   0.966 -14.706   4.998
    9    HE2  MET 114           HE3      MET 114   1.825 -14.567   6.531

  No H/Q in entry =           9
  In of MODEL    8
    1    H    ARG 115           H        ARG 115   5.926 -16.649   1.013
    2    HA   ARG 115           HA       ARG 115   7.163 -14.894   2.848
    3    HB2  ARG 115           HB2      ARG 115   7.951 -16.701   0.647
    4    HB3  ARG 115           HB3      ARG 115   9.025 -15.313   0.880
    5    HG2  ARG 115           HG2      ARG 115   8.190 -17.000   3.193
    6    HG3  ARG 115           HG3      ARG 115   9.490 -17.525   2.123
    7    HD2  ARG 115           HD2      ARG 115   9.758 -14.740   2.947
    8    HD3  ARG 115           HD3      ARG 115   9.757 -15.859   4.311
    9    HE   ARG 115           HE       ARG 115  11.597 -17.043   3.207
   10   HH11  ARG 115          HH11      ARG 115  10.958 -13.733   2.181
   11   HH12  ARG 115          HH12      ARG 115  12.571 -13.471   1.603
   12   HH21  ARG 115          HH21      ARG 115  13.702 -16.681   2.475
   13   HH22  ARG 115          HH22      ARG 115  14.152 -15.147   1.792

  No H/Q in entry =          13
  In of MODEL    8
    1    H    LEU 116           H        LEU 116   6.448 -14.791  -0.680
    2    HA   LEU 116           HA       LEU 116   7.330 -12.235  -1.130
    3    HB2  LEU 116           HB2      LEU 116   6.819 -13.743  -2.922
    4    HB3  LEU 116           HB3      LEU 116   5.150 -13.883  -2.401
    5    HG   LEU 116           HG       LEU 116   5.332 -11.204  -2.869
    6   HD13  LEU 116          HD11      LEU 116   7.506 -11.227  -3.767
    7   HD12  LEU 116          HD12      LEU 116   6.390 -11.055  -5.122
    8   HD11  LEU 116          HD13      LEU 116   7.144 -12.617  -4.790
    9   HD22  LEU 116          HD21      LEU 116   3.510 -12.499  -3.669
   10   HD21  LEU 116          HD22      LEU 116   4.564 -13.417  -4.751
   11   HD23  LEU 116          HD23      LEU 116   4.254 -11.702  -5.061

  No H/Q in entry =          11
  In of MODEL    8
    1    H    SER 117           H        SER 117   4.085 -13.336  -0.253
    2    HA   SER 117           HA       SER 117   2.697 -10.986  -0.495
    3    HB2  SER 117           HB2      SER 117   1.239 -12.006   1.413
    4    HB3  SER 117           HB3      SER 117   1.346 -12.816  -0.144
    5    HG   SER 117           HG       SER 117   2.729 -13.449   2.234

  No H/Q in entry =           5
  In of MODEL    8
    1    H    ALA 118           H        ALA 118   4.257 -12.242   2.369
    2    HA   ALA 118           HA       ALA 118   3.623 -10.229   4.163
    3    HB2  ALA 118           HB1      ALA 118   4.400 -12.090   5.211
    4    HB3  ALA 118           HB2      ALA 118   5.841 -11.069   5.273
    5    HB1  ALA 118           HB3      ALA 118   5.707 -12.331   4.049

  No H/Q in entry =           5
  In of MODEL    8
    1    H    GLN 119           H        GLN 119   6.219 -10.368   1.781
    2    HA   GLN 119           HA       GLN 119   7.703  -8.231   2.904
    3    HB2  GLN 119           HB2      GLN 119   7.587  -9.478   0.168
    4    HB3  GLN 119           HB3      GLN 119   8.473  -7.979   0.419
    5    HG2  GLN 119           HG2      GLN 119   9.036 -10.709   1.470
    6    HG3  GLN 119           HG3      GLN 119  10.119  -9.565   0.679
    7   HE21  GLN 119          HE21      GLN 119  10.861  -7.733   1.900
    8   HE22  GLN 119          HE22      GLN 119  10.954  -7.844   3.628

  No H/Q in entry =           8
  In of MODEL    8
    1    H    MET 120           H        MET 120   5.586  -8.239  -0.026
    2    HA   MET 120           HA       MET 120   5.157  -5.608  -0.259
    3    HB2  MET 120           HB2      MET 120   3.685  -8.029  -0.925
    4    HB3  MET 120           HB3      MET 120   2.657  -6.608  -0.790
    5    HG2  MET 120           HG2      MET 120   3.713  -5.510  -2.535
    6    HG3  MET 120           HG3      MET 120   5.164  -6.509  -2.414
    7    HE3  MET 120           HE1      MET 120   3.967  -9.917  -3.730
    8    HE2  MET 120           HE2      MET 120   3.323  -9.472  -2.152
    9    HE1  MET 120           HE3      MET 120   4.989  -9.070  -2.569

  No H/Q in entry =           9
  In of MODEL    8
    1    H    ALA 121           H        ALA 121   3.631  -7.654   2.115
    2    HA   ALA 121           HA       ALA 121   1.586  -5.906   2.924
    3    HB1  ALA 121           HB1      ALA 121   2.997  -8.012   4.569
    4    HB2  ALA 121           HB2      ALA 121   1.627  -8.299   3.497
    5    HB3  ALA 121           HB3      ALA 121   1.430  -7.282   4.922

  No H/Q in entry =           5
  In of MODEL    8
    1    H    ARG 122           H        ARG 122   4.963  -6.176   3.652
    2    HA   ARG 122           HA       ARG 122   4.945  -4.462   5.897
    3    HB2  ARG 122           HB2      ARG 122   6.940  -5.859   4.294
    4    HB3  ARG 122           HB3      ARG 122   7.503  -4.275   4.838
    5    HG2  ARG 122           HG2      ARG 122   7.981  -6.259   6.360
    6    HG3  ARG 122           HG3      ARG 122   7.239  -4.839   7.110
    7    HD2  ARG 122           HD2      ARG 122   5.076  -6.285   6.246
    8    HD3  ARG 122           HD3      ARG 122   6.198  -7.544   6.773
    9    HE   ARG 122           HE       ARG 122   4.871  -5.529   8.400
   10   HH11  ARG 122          HH11      ARG 122   7.260  -8.100   8.264
   11   HH12  ARG 122          HH12      ARG 122   7.201  -8.403   9.972
   12   HH21  ARG 122          HH21      ARG 122   4.809  -5.928  10.614
   13   HH22  ARG 122          HH22      ARG 122   5.808  -7.170  11.307

  No H/Q in entry =          13
  In of MODEL    8
    1    H    ARG 123           H        ARG 123   5.161  -4.070   2.545
    2    HA   ARG 123           HA       ARG 123   5.927  -1.380   2.435
    3    HB2  ARG 123           HB2      ARG 123   4.984  -3.468   0.515
    4    HB3  ARG 123           HB3      ARG 123   4.764  -1.788   0.054
    5    HG2  ARG 123           HG2      ARG 123   6.790  -2.572  -0.885
    6    HG3  ARG 123           HG3      ARG 123   7.186  -1.424   0.390
    7    HD2  ARG 123           HD2      ARG 123   8.709  -3.137   0.737
    8    HD3  ARG 123           HD3      ARG 123   7.418  -3.533   1.869
    9    HE   ARG 123           HE       ARG 123   7.190  -5.492   0.767
   10   HH11  ARG 123          HH11      ARG 123   8.499  -3.191  -1.531
   11   HH12  ARG 123          HH12      ARG 123   8.568  -4.338  -2.827
   12   HH21  ARG 123          HH21      ARG 123   7.303  -6.991  -0.969
   13   HH22  ARG 123          HH22      ARG 123   7.861  -6.472  -2.531

  No H/Q in entry =          13
  In of MODEL    8
    1    H    LEU 124           H        LEU 124   2.965  -3.231   2.541
    2    HA   LEU 124           HA       LEU 124   1.173  -1.104   2.016
    3    HB2  LEU 124           HB2      LEU 124   1.045  -3.851   2.781
    4    HB3  LEU 124           HB3      LEU 124   0.101  -2.935   3.935
    5    HG   LEU 124           HG       LEU 124  -0.355  -3.250   0.986
    6   HD12  LEU 124          HD11      LEU 124  -2.550  -3.918   1.787
    7   HD11  LEU 124          HD12      LEU 124  -2.020  -3.608   3.444
    8   HD13  LEU 124          HD13      LEU 124  -1.264  -4.899   2.501
    9   HD21  LEU 124          HD21      LEU 124  -1.611  -1.235   2.837
   10   HD23  LEU 124          HD22      LEU 124  -2.237  -1.674   1.250
   11   HD22  LEU 124          HD23      LEU 124  -0.664  -0.884   1.389

  No H/Q in entry =          11
  In of MODEL    8
    1    H    GLN 125           H        GLN 125   2.866  -2.391   4.720
    2    HA   GLN 125           HA       GLN 125   1.645  -0.783   6.733
    3    HB2  GLN 125           HB2      GLN 125   2.672  -2.995   7.153
    4    HB3  GLN 125           HB3      GLN 125   4.246  -2.321   6.763
    5    HG2  GLN 125           HG2      GLN 125   3.832  -2.540   9.172
    6    HG3  GLN 125           HG3      GLN 125   4.175  -0.888   8.664
    7   HE21  GLN 125          HE21      GLN 125   1.645  -3.109   9.655
    8   HE22  GLN 125          HE22      GLN 125   0.519  -1.887  10.144

  No H/Q in entry =           8
  In of MODEL    8
    1    H    VAL 126           H        VAL 126   4.020  -0.116   4.276
    2    HA   VAL 126           HA       VAL 126   5.200   1.993   5.910
    3    HB   VAL 126           HB       VAL 126   6.673   0.325   4.581
    4   HG12  VAL 126          HG11      VAL 126   5.959   2.117   2.274
    5   HG11  VAL 126          HG12      VAL 126   5.289   0.502   2.490
    6   HG13  VAL 126          HG13      VAL 126   7.026   0.713   2.267
    7   HG22  VAL 126          HG21      VAL 126   7.737   2.195   5.477
    8   HG21  VAL 126          HG22      VAL 126   6.893   3.299   4.389
    9   HG23  VAL 126          HG23      VAL 126   8.149   2.229   3.760

  No H/Q in entry =           9
  In of MODEL    8
    1    H    THR 127           H        THR 127   3.162   1.260   3.176
    2    HA   THR 127           HA       THR 127   3.075   4.012   2.216
    3    HB   THR 127           HB       THR 127   1.323   1.758   1.282
    4    HG1  THR 127           HG1      THR 127   3.514   1.018   1.233
    5   HG22  THR 127          HG21      THR 127   2.560   3.717  -0.568
    6   HG21  THR 127          HG22      THR 127   1.329   4.327   0.536
    7   HG23  THR 127          HG23      THR 127   0.942   3.016  -0.578

  No H/Q in entry =           7
  In of MODEL    8
    1    H    SER 128           H        SER 128   1.405   2.419   4.922
    2    HA   SER 128           HA       SER 128  -1.035   3.555   3.928
    3    HB2  SER 128           HB2      SER 128  -0.429   1.454   6.008
    4    HB3  SER 128           HB3      SER 128  -1.980   2.288   5.935
    5    HG   SER 128           HG       SER 128  -0.849   0.448   4.170

  No H/Q in entry =           5
  In of MODEL    8
    1    H    GLU 129           H        GLU 129   1.577   3.675   6.099
    2    HA   GLU 129           HA       GLU 129   0.260   5.245   8.113
    3    HB2  GLU 129           HB2      GLU 129   2.385   3.562   8.176
    4    HB3  GLU 129           HB3      GLU 129   3.192   5.125   8.168
    5    HG2  GLU 129           HG2      GLU 129   1.746   5.798  10.084
    6    HG3  GLU 129           HG3      GLU 129   1.152   4.141  10.146

  No H/Q in entry =           6
  In of MODEL    8
    1    H    LYS 130           H        LYS 130   1.522   6.108   5.104
    2    HA   LYS 130           HA       LYS 130   1.555   8.869   5.899
    3    HB2  LYS 130           HB2      LYS 130   4.004   7.423   4.891
    4    HB3  LYS 130           HB3      LYS 130   3.766   9.130   4.547
    5    HG2  LYS 130           HG2      LYS 130   4.802   9.534   6.468
    6    HG3  LYS 130           HG3      LYS 130   3.345   8.950   7.272
    7    HD2  LYS 130           HD2      LYS 130   4.337   6.629   7.099
    8    HD3  LYS 130           HD3      LYS 130   5.844   7.407   6.612
    9    HE2  LYS 130           HE2      LYS 130   6.114   7.140   8.899
   10    HE3  LYS 130           HE3      LYS 130   5.553   8.804   8.760
   11    HZ1  LYS 130           HZ1      LYS 130   3.234   7.723   9.098
   12    HZ3  LYS 130           HZ2      LYS 130   4.242   7.987  10.438
   13    HZ2  LYS 130           HZ3      LYS 130   4.121   6.436   9.767

  No H/Q in entry =          13
  In of MODEL    8
    1    H    VAL 131           H        VAL 131  -0.415   7.969   4.482
    2    HA   VAL 131           HA       VAL 131   0.081   7.609   1.697
    3    HB   VAL 131           HB       VAL 131  -2.609   8.545   2.576
    4   HG12  VAL 131          HG11      VAL 131  -3.319   6.738   1.034
    5   HG11  VAL 131          HG12      VAL 131  -1.619   6.397   0.711
    6   HG13  VAL 131          HG13      VAL 131  -2.304   7.962   0.272
    7   HG21  VAL 131          HG21      VAL 131  -1.505   5.841   3.271
    8   HG23  VAL 131          HG22      VAL 131  -3.203   6.307   3.352
    9   HG22  VAL 131          HG23      VAL 131  -2.023   7.095   4.398

  No H/Q in entry =           9
  In of MODEL    8
    1    H    GLY 132           H        GLY 132   0.819  10.223   3.207
    2    HA3  GLY 132           HA2      GLY 132   0.751  12.020   1.142
    3    HA2  GLY 132           HA3      GLY 132  -0.782  12.253   1.971

  No H/Q in entry =           3
  In of MODEL    8
    1    H    ASN 133           H        ASN 133   2.240  11.359   3.451
    2    HA   ASN 133           HA       ASN 133   2.014  13.560   5.312
    3    HB2  ASN 133           HB2      ASN 133   2.737  11.290   6.023
    4    HB3  ASN 133           HB3      ASN 133   4.174  11.454   5.026
    5   HD21  ASN 133          HD21      ASN 133   2.580  12.389   7.962
    6   HD22  ASN 133          HD22      ASN 133   3.952  13.162   8.687

  No H/Q in entry =           6
  In of MODEL    8
    1    H    LEU 134           H        LEU 134   4.162  12.479   2.687
    2    HA   LEU 134           HA       LEU 134   5.797  14.843   2.830
    3    HB2  LEU 134           HB2      LEU 134   6.700  13.895   0.634
    4    HB3  LEU 134           HB3      LEU 134   6.949  12.969   2.099
    5    HG   LEU 134           HG       LEU 134   4.717  11.770   1.267
    6   HD11  LEU 134          HD11      LEU 134   4.477  13.215  -0.706
    7   HD13  LEU 134          HD12      LEU 134   4.712  11.523  -1.150
    8   HD12  LEU 134          HD13      LEU 134   6.050  12.664  -1.283
    9   HD22  LEU 134          HD21      LEU 134   6.767  10.644   1.783
   10   HD21  LEU 134          HD22      LEU 134   7.528  11.281   0.325
   11   HD23  LEU 134          HD23      LEU 134   6.222  10.101   0.194

  No H/Q in entry =          11
  In of MODEL    8
    1    H    ALA 135           H        ALA 135   2.806  14.116   1.371
    2    HA   ALA 135           HA       ALA 135   3.178  15.836  -0.945
    3    HB1  ALA 135           HB1      ALA 135   1.862  13.984  -1.505
    4    HB3  ALA 135           HB2      ALA 135   0.702  15.301  -1.327
    5    HB2  ALA 135           HB3      ALA 135   0.899  14.116  -0.036

  No H/Q in entry =           5
  In of MODEL    8
    1    H    PHE 136           H        PHE 136   1.940  15.916   2.260
    2    HA   PHE 136           HA       PHE 136   0.177  18.049   2.199
    3    HB2  PHE 136           HB2      PHE 136   1.612  16.538   4.172
    4    HB3  PHE 136           HB3      PHE 136   1.673  18.247   4.603
    5    HD1  PHE 136           HD1      PHE 136  -0.161  19.266   5.630
    6    HD2  PHE 136           HD2      PHE 136  -0.683  15.510   3.696
    7    HE1  PHE 136           HE1      PHE 136  -2.428  19.099   6.572
    8    HE2  PHE 136           HE2      PHE 136  -2.953  15.339   4.633
    9    HZ   PHE 136           HZ       PHE 136  -3.828  17.134   6.073

  No H/Q in entry =           9
  In of MODEL    8
    1    H    LEU 137           H        LEU 137   3.638  18.259   3.043
    2    HA   LEU 137           HA       LEU 137   5.172  19.610   1.782
    3    HB2  LEU 137           HB2      LEU 137   2.955  21.651   1.758
    4    HB3  LEU 137           HB3      LEU 137   4.618  21.991   1.310
    5    HG   LEU 137           HG       LEU 137   2.779  20.038  -0.077
    6   HD11  LEU 137          HD11      LEU 137   2.193  22.363  -0.432
    7   HD13  LEU 137          HD12      LEU 137   2.859  21.652  -1.903
    8   HD12  LEU 137          HD13      LEU 137   3.851  22.720  -0.909
    9   HD23  LEU 137          HD21      LEU 137   4.650  20.099  -1.816
   10   HD22  LEU 137          HD22      LEU 137   4.939  19.144  -0.363
   11   HD21  LEU 137          HD23      LEU 137   5.671  20.742  -0.529

  No H/Q in entry =          11
  In of MODEL    8
    1    H    ASP 138           H        ASP 138   5.249  18.769   4.057
    2    HA   ASP 138           HA       ASP 138   5.496  20.812   6.006
    3    HB2  ASP 138           HB2      ASP 138   4.625  18.345   6.373
    4    HB3  ASP 138           HB3      ASP 138   6.322  18.132   6.837

  No H/Q in entry =           4
  In of MODEL    8
    1    H    VAL 139           H        VAL 139   7.669  20.215   3.689
    2    HA   VAL 139           HA       VAL 139  10.086  19.364   4.190
    3    HB   VAL 139           HB       VAL 139   9.172  21.595   2.695
    4   HG13  VAL 139          HG11      VAL 139  10.872  23.237   2.779
    5   HG12  VAL 139          HG12      VAL 139  11.870  22.256   3.852
    6   HG11  VAL 139          HG13      VAL 139  10.378  22.982   4.454
    7   HG21  VAL 139          HG21      VAL 139  11.776  20.088   2.653
    8   HG23  VAL 139          HG22      VAL 139  11.256  21.206   1.391
    9   HG22  VAL 139          HG23      VAL 139  10.325  19.742   1.713

  No H/Q in entry =           9
  In of MODEL    8
    1    H    THR 140           H        THR 140   8.937  22.077   6.176
    2    HA   THR 140           HA       THR 140  11.382  22.813   7.344
    3    HB   THR 140           HB       THR 140   9.390  23.026   9.304
    4    HG1  THR 140           HG1      THR 140   7.629  22.796   8.151
    5   HG23  THR 140          HG21      THR 140   9.446  25.384   8.760
    6   HG22  THR 140          HG22      THR 140  10.184  25.036   7.195
    7   HG21  THR 140          HG23      THR 140  11.075  24.718   8.684

  No H/Q in entry =           7
  In of MODEL    8
    1    H    GLY 141           H        GLY 141  12.683  21.162   8.092
    2    HA3  GLY 141           HA2      GLY 141  13.500  19.688   9.631
    3    HA2  GLY 141           HA3      GLY 141  11.982  19.808  10.507

  No H/Q in entry =           3
  In of MODEL    8
    1    H    ARG 142           H        ARG 142  11.361  19.115   7.334
    2    HA   ARG 142           HA       ARG 142  10.701  16.374   8.015
    3    HB2  ARG 142           HB2      ARG 142   9.071  17.966   6.973
    4    HB3  ARG 142           HB3      ARG 142  10.022  17.904   5.500
    5    HG2  ARG 142           HG2      ARG 142   7.908  16.410   5.787
    6    HG3  ARG 142           HG3      ARG 142   9.351  15.772   4.997
    7    HD2  ARG 142           HD2      ARG 142  10.032  14.662   7.009
    8    HD3  ARG 142           HD3      ARG 142   8.722  15.406   7.918
    9    HE   ARG 142           HE       ARG 142   7.255  13.860   7.008
   10   HH11  ARG 142          HH11      ARG 142  10.369  13.692   5.420
   11   HH12  ARG 142          HH12      ARG 142   9.967  12.283   4.493
   12   HH21  ARG 142          HH21      ARG 142   6.724  11.990   5.821
   13   HH22  ARG 142          HH22      ARG 142   7.888  11.299   4.735

  No H/Q in entry =          13
  In of MODEL    8
    1    H    ILE 143           H        ILE 143  13.373  17.624   6.984
    2    HA   ILE 143           HA       ILE 143  13.910  15.759   4.783
    3    HB   ILE 143           HB       ILE 143  15.631  18.060   5.618
    4   HG12  ILE 143          HG12      ILE 143  13.908  18.231   3.211
    5   HG13  ILE 143          HG13      ILE 143  13.092  18.339   4.762
    6   HG21  ILE 143          HG21      ILE 143  15.540  16.184   3.291
    7   HG23  ILE 143          HG22      ILE 143  16.908  16.627   4.309
    8   HG22  ILE 143          HG23      ILE 143  16.280  17.775   3.124
    9   HD13  ILE 143          HD11      ILE 143  13.579  20.522   3.940
   10   HD12  ILE 143          HD12      ILE 143  15.288  20.119   3.773
   11   HD11  ILE 143          HD13      ILE 143  14.552  20.201   5.376

  No H/Q in entry =          11
  In of MODEL    8
    1    H    ALA 144           H        ALA 144  15.619  17.219   7.511
    2    HA   ALA 144           HA       ALA 144  17.591  15.265   7.768
    3    HB3  ALA 144           HB1      ALA 144  16.570  16.632  10.211
    4    HB1  ALA 144           HB2      ALA 144  17.254  17.618   8.922
    5    HB2  ALA 144           HB3      ALA 144  18.232  16.363   9.683

  No H/Q in entry =           5
  In of MODEL    8
    1    H    GLN 145           H        GLN 145  14.310  15.307   8.507
    2    HA   GLN 145           HA       GLN 145  14.061  13.545  10.627
    3    HB2  GLN 145           HB2      GLN 145  12.331  15.016   9.171
    4    HB3  GLN 145           HB3      GLN 145  12.061  13.442   8.439
    5    HG2  GLN 145           HG2      GLN 145  11.856  14.004  11.386
    6    HG3  GLN 145           HG3      GLN 145  10.491  13.988  10.272
    7   HE21  GLN 145          HE21      GLN 145  12.640  12.124  12.159
    8   HE22  GLN 145          HE22      GLN 145  11.986  10.572  11.782

  No H/Q in entry =           8
  In of MODEL    8
    1    H    THR 146           H        THR 146  14.167  12.894   6.976
    2    HA   THR 146           HA       THR 146  13.964  10.153   7.498
    3    HB   THR 146           HB       THR 146  14.681  11.646   5.000
    4    HG1  THR 146           HG1      THR 146  12.228  11.289   6.316
    5   HG22  THR 146          HG21      THR 146  13.172   9.042   5.187
    6   HG21  THR 146          HG22      THR 146  14.935   9.087   5.142
    7   HG23  THR 146          HG23      THR 146  14.003   9.737   3.796

  No H/Q in entry =           7
  In of MODEL    8
    1    H    LEU 147           H        LEU 147  16.435  12.322   7.842
    2    HA   LEU 147           HA       LEU 147  18.439  10.848   6.303
    3    HB2  LEU 147           HB2      LEU 147  18.772  13.373   7.928
    4    HB3  LEU 147           HB3      LEU 147  19.984  12.639   6.890
    5    HG   LEU 147           HG       LEU 147  17.440  14.014   6.087
    6   HD12  LEU 147          HD11      LEU 147  19.196  15.101   4.505
    7   HD11  LEU 147          HD12      LEU 147  20.358  14.509   5.691
    8   HD13  LEU 147          HD13      LEU 147  19.085  15.626   6.184
    9   HD23  LEU 147          HD21      LEU 147  18.054  13.349   3.749
   10   HD22  LEU 147          HD22      LEU 147  17.433  12.055   4.774
   11   HD21  LEU 147          HD23      LEU 147  19.164  12.176   4.459

  No H/Q in entry =          11
  In of MODEL    8
    1    H    LEU 148           H        LEU 148  17.232  11.588   9.441
    2    HA   LEU 148           HA       LEU 148  19.323  10.192  10.846
    3    HB2  LEU 148           HB2      LEU 148  16.621  10.801  11.997
    4    HB3  LEU 148           HB3      LEU 148  18.166  10.693  12.823
    5    HG   LEU 148           HG       LEU 148  17.267  12.895  10.975
    6   HD13  LEU 148          HD11      LEU 148  17.344  14.277  12.961
    7   HD12  LEU 148          HD12      LEU 148  17.842  12.887  13.926
    8   HD11  LEU 148          HD13      LEU 148  16.243  12.917  13.185
    9   HD23  LEU 148          HD21      LEU 148  19.847  12.814  12.532
   10   HD22  LEU 148          HD22      LEU 148  19.351  13.968  11.292
   11   HD21  LEU 148          HD23      LEU 148  19.732  12.306  10.847

  No H/Q in entry =          11
  In of MODEL    8
    1    H    ASN 149           H        ASN 149  16.272   9.486   9.370
    2    HA   ASN 149           HA       ASN 149  15.845   6.942  10.554
    3    HB2  ASN 149           HB2      ASN 149  14.959   8.124   7.914
    4    HB3  ASN 149           HB3      ASN 149  14.522   6.489   8.405
    5   HD21  ASN 149          HD21      ASN 149  12.646   8.483   7.884
    6   HD22  ASN 149          HD22      ASN 149  11.836   8.879   9.357

  No H/Q in entry =           6
  In of MODEL    8
    1    H    LEU 150           H        LEU 150  17.822   8.196   7.996
    2    HA   LEU 150           HA       LEU 150  18.655   5.622   6.921
    3    HB2  LEU 150           HB2      LEU 150  19.628   8.465   6.603
    4    HB3  LEU 150           HB3      LEU 150  20.512   7.114   5.905
    5    HG   LEU 150           HG       LEU 150  17.636   7.172   5.282
    6   HD11  LEU 150          HD11      LEU 150  19.508   9.292   4.270
    7   HD13  LEU 150          HD12      LEU 150  17.959   9.509   5.079
    8   HD12  LEU 150          HD13      LEU 150  18.014   8.839   3.451
    9   HD23  LEU 150          HD21      LEU 150  20.090   6.872   3.573
   10   HD22  LEU 150          HD22      LEU 150  18.435   6.426   3.149
   11   HD21  LEU 150          HD23      LEU 150  19.293   5.548   4.421

  No H/Q in entry =          11
  In of MODEL    8
    1    H    ALA 151           H        ALA 151  19.206   7.273   9.919
    2    HA   ALA 151           HA       ALA 151  21.977   6.300  10.005
    3    HB1  ALA 151           HB1      ALA 151  21.485   8.590  10.855
    4    HB3  ALA 151           HB2      ALA 151  22.153   7.527  12.095
    5    HB2  ALA 151           HB3      ALA 151  20.422   7.875  12.065

  No H/Q in entry =           5
  In of MODEL    8
    1    H    LYS 152           H        LYS 152  18.815   5.510  10.612
    2    HA   LYS 152           HA       LYS 152  19.455   3.570  12.714
    3    HB2  LYS 152           HB2      LYS 152  16.784   4.526  11.673
    4    HB3  LYS 152           HB3      LYS 152  17.043   3.485  13.077
    5    HG2  LYS 152           HG2      LYS 152  18.177   5.239  14.241
    6    HG3  LYS 152           HG3      LYS 152  18.147   6.265  12.808
    7    HD2  LYS 152           HD2      LYS 152  15.602   6.071  12.953
    8    HD3  LYS 152           HD3      LYS 152  15.871   5.464  14.590
    9    HE2  LYS 152           HE2      LYS 152  16.708   8.130  13.463
   10    HE3  LYS 152           HE3      LYS 152  15.498   7.832  14.708
   11    HZ2  LYS 152           HZ1      LYS 152  17.659   8.607  15.580
   12    HZ1  LYS 152           HZ2      LYS 152  18.383   7.193  15.004
   13    HZ3  LYS 152           HZ3      LYS 152  17.196   7.105  16.204

  No H/Q in entry =          13
  In of MODEL    8
    1    H    GLN 153           H        GLN 153  19.200   3.519   9.321
    2    HA   GLN 153           HA       GLN 153  18.097   0.809   9.316
    3    HB2  GLN 153           HB2      GLN 153  18.920   2.513   6.952
    4    HB3  GLN 153           HB3      GLN 153  17.884   1.099   6.938
    5    HG2  GLN 153           HG2      GLN 153  16.321   2.458   8.399
    6    HG3  GLN 153           HG3      GLN 153  17.300   3.837   7.901
    7   HE21  GLN 153          HE21      GLN 153  16.937   4.746   5.975
    8   HE22  GLN 153          HE22      GLN 153  15.830   4.148   4.792

  No H/Q in entry =           8
  In of MODEL    8
    1    HA   PRO 154           HA       PRO 154  22.057  -1.127   8.439
    2    HB2  PRO 154           HB2      PRO 154  21.684  -2.223   5.900
    3    HB3  PRO 154           HB3      PRO 154  21.250  -3.011   7.420
    4    HG2  PRO 154           HG2      PRO 154  19.536  -1.477   5.516
    5    HG3  PRO 154           HG3      PRO 154  19.156  -2.945   6.435
    6    HD2  PRO 154           HD2      PRO 154  18.219  -0.582   7.203
    7    HD3  PRO 154           HD3      PRO 154  18.775  -1.758   8.402

  No H/Q in entry =           7
  In of MODEL    8
    1    H    ASP 155           H        ASP 155  20.793   1.289   6.697
    2    HA   ASP 155           HA       ASP 155  22.750   1.735   4.634
    3    HB2  ASP 155           HB2      ASP 155  20.495   3.483   5.829
    4    HB3  ASP 155           HB3      ASP 155  21.585   4.081   4.585

  No H/Q in entry =           4
  In of MODEL    8
    1    H    ALA 156           H        ALA 156  22.612   2.931   8.203
    2    HA   ALA 156           HA       ALA 156  24.268   5.020   7.604
    3    HB2  ALA 156           HB1      ALA 156  22.893   4.631   9.698
    4    HB1  ALA 156           HB2      ALA 156  24.537   5.216   9.936
    5    HB3  ALA 156           HB3      ALA 156  24.161   3.514  10.205

  No H/Q in entry =           5
  In of MODEL    8
    1    H    MET 157           H        MET 157  26.189   4.879   6.783
    2    HA   MET 157           HA       MET 157  27.667   2.416   7.212
    3    HB2  MET 157           HB2      MET 157  27.101   3.762   5.006
    4    HB3  MET 157           HB3      MET 157  28.617   4.578   5.417
    5    HG2  MET 157           HG2      MET 157  29.536   2.181   5.681
    6    HG3  MET 157           HG3      MET 157  28.126   1.723   4.731
    7    HE2  MET 157           HE1      MET 157  31.943   3.752   3.306
    8    HE1  MET 157           HE2      MET 157  31.678   2.777   4.752
    9    HE3  MET 157           HE3      MET 157  31.087   4.437   4.687

  No H/Q in entry =           9
  In of MODEL    8
    1    H    THR 158           H        THR 158  30.017   2.594   7.747
    2    HA   THR 158           HA       THR 158  30.394   4.893   9.556
    3    HB   THR 158           HB       THR 158  32.272   3.219  10.472
    4    HG1  THR 158           HG1      THR 158  31.776   1.485   9.104
    5   HG23  THR 158          HG21      THR 158  30.528   4.255  11.819
    6   HG22  THR 158          HG22      THR 158  30.667   2.541  12.215
    7   HG21  THR 158          HG23      THR 158  29.341   3.109  11.199

  No H/Q in entry =           7
  In of MODEL    8
    1    H    HIS 159           H        HIS 159  32.285   5.919   9.584
    2    HA   HIS 159           HA       HIS 159  34.493   5.196   7.906
    3    HB2  HIS 159           HB2      HIS 159  34.316   6.803   6.300
    4    HB3  HIS 159           HB3      HIS 159  32.610   6.771   6.700
    5    HD1  HIS 159           HD1      HIS 159  35.459   8.988   6.454
    6    HD2  HIS 159           HD2      HIS 159  31.856   8.947   8.512
    7    HE1  HIS 159           HE1      HIS 159  35.067  11.361   7.165
    8    HE2  HIS 159           HE2      HIS 159  33.014  11.269   8.616

  No H/Q in entry =           8
  In of MODEL    8
    1    HA   PRO 160           HA       PRO 160  36.451   6.656  11.540
    2    HB2  PRO 160           HB2      PRO 160  38.683   7.945  10.592
    3    HB3  PRO 160           HB3      PRO 160  38.510   6.193  10.731
    4    HG2  PRO 160           HG2      PRO 160  38.130   7.947   8.331
    5    HG3  PRO 160           HG3      PRO 160  38.955   6.381   8.451
    6    HD2  PRO 160           HD2      PRO 160  36.478   6.579   7.460
    7    HD3  PRO 160           HD3      PRO 160  36.957   5.194   8.466

  No H/Q in entry =           7
  In of MODEL    8
    1    H    ASP 161           H        ASP 161  34.367   8.348  11.226
    2    HA   ASP 161           HA       ASP 161  35.048  10.616  12.675
    3    HB2  ASP 161           HB2      ASP 161  36.206  11.798  11.095
    4    HB3  ASP 161           HB3      ASP 161  35.438  10.973   9.748

  No H/Q in entry =           4
  In of MODEL    8
    1    H    GLY 162           H        GLY 162  32.841   8.925  10.654
    2    HA3  GLY 162           HA2      GLY 162  30.638   9.697  12.189
    3    HA2  GLY 162           HA3      GLY 162  30.642  10.598  10.676

  No H/Q in entry =           3
  In of MODEL    8
    1    H    MET 163           H        MET 163  28.549   9.256  10.738
    2    HA   MET 163           HA       MET 163  29.018   6.850   9.113
    3    HB2  MET 163           HB2      MET 163  26.618   6.978  10.914
    4    HB3  MET 163           HB3      MET 163  27.432   5.567  10.261
    5    HG2  MET 163           HG2      MET 163  29.340   6.142  11.858
    6    HG3  MET 163           HG3      MET 163  28.196   7.233  12.636
    7    HE2  MET 163           HE1      MET 163  25.544   5.240  11.885
    8    HE1  MET 163           HE2      MET 163  25.683   6.292  13.295
    9    HE3  MET 163           HE3      MET 163  25.328   4.577  13.505

  No H/Q in entry =           9
  In of MODEL    8
    1    H    GLN 164           H        GLN 164  28.287   7.288   7.267
    2    HA   GLN 164           HA       GLN 164  26.414   9.432   6.782
    3    HB2  GLN 164           HB2      GLN 164  27.455   9.436   4.569
    4    HB3  GLN 164           HB3      GLN 164  28.689   9.600   5.809
    5    HG2  GLN 164           HG2      GLN 164  28.159   6.826   5.011
    6    HG3  GLN 164           HG3      GLN 164  28.780   7.853   3.723
    7   HE21  GLN 164          HE21      GLN 164  30.722   6.775   3.629
    8   HE22  GLN 164          HE22      GLN 164  31.931   6.928   4.851

  No H/Q in entry =           8
  In of MODEL    8
    1    H    ILE 165           H        ILE 165  25.735   8.866   4.452
    2    HA   ILE 165           HA       ILE 165  24.800   6.395   3.630
    3    HB   ILE 165           HB       ILE 165  22.287   7.433   3.893
    4   HG12  ILE 165          HG12      ILE 165  22.442   7.777   6.626
    5   HG13  ILE 165          HG13      ILE 165  23.887   8.612   6.065
    6   HG21  ILE 165          HG21      ILE 165  23.713   5.597   5.767
    7   HG23  ILE 165          HG22      ILE 165  22.796   5.174   4.323
    8   HG22  ILE 165          HG23      ILE 165  21.965   5.811   5.743
    9   HD11  ILE 165          HD11      ILE 165  21.437   9.220   4.584
   10   HD13  ILE 165          HD12      ILE 165  22.718  10.287   5.155
   11   HD12  ILE 165          HD13      ILE 165  21.460   9.740   6.266

  No H/Q in entry =          11
  In of MODEL    8
    1    H    LYS 166           H        LYS 166  24.755   7.183   1.020
    2    HA   LYS 166           HA       LYS 166  24.845   9.990   1.019
    3    HB2  LYS 166           HB2      LYS 166  25.197   9.470  -1.476
    4    HB3  LYS 166           HB3      LYS 166  26.509   9.054  -0.388
    5    HG2  LYS 166           HG2      LYS 166  26.383   6.892  -0.899
    6    HG3  LYS 166           HG3      LYS 166  24.624   6.874  -0.767
    7    HD2  LYS 166           HD2      LYS 166  24.358   7.643  -2.996
    8    HD3  LYS 166           HD3      LYS 166  26.074   8.030  -3.142
    9    HE2  LYS 166           HE2      LYS 166  26.607   5.632  -2.936
   10    HE3  LYS 166           HE3      LYS 166  24.883   5.271  -2.847
   11    HZ2  LYS 166           HZ1      LYS 166  26.470   6.188  -5.147
   12    HZ1  LYS 166           HZ2      LYS 166  24.821   6.547  -5.088
   13    HZ3  LYS 166           HZ3      LYS 166  25.337   4.938  -5.060

  No H/Q in entry =          13
  In of MODEL    8
    1    H    ILE 167           H        ILE 167  22.991  11.044   0.639
    2    HA   ILE 167           HA       ILE 167  21.120   9.552  -1.049
    3    HB   ILE 167           HB       ILE 167  19.349  11.070   0.213
    4   HG12  ILE 167          HG12      ILE 167  20.057  10.530   2.754
    5   HG13  ILE 167          HG13      ILE 167  21.657  10.814   2.074
    6   HG21  ILE 167          HG21      ILE 167  20.390   8.368   1.001
    7   HG23  ILE 167          HG22      ILE 167  19.077   8.741  -0.113
    8   HG22  ILE 167          HG23      ILE 167  18.879   9.035   1.616
    9   HD11  ILE 167          HD11      ILE 167  19.385  12.740   1.771
   10   HD13  ILE 167          HD12      ILE 167  21.099  13.005   1.446
   11   HD12  ILE 167          HD13      ILE 167  20.536  12.790   3.104

  No H/Q in entry =          11
  In of MODEL    8
    1    H    THR 168           H        THR 168  20.907  10.510  -2.958
    2    HA   THR 168           HA       THR 168  21.649  13.183  -3.392
    3    HB   THR 168           HB       THR 168  20.104  12.908  -5.479
    4    HG1  THR 168           HG1      THR 168  19.197  10.932  -4.220
    5   HG23  THR 168          HG21      THR 168  21.803  11.556  -6.617
    6   HG22  THR 168          HG22      THR 168  22.441  11.032  -5.059
    7   HG21  THR 168          HG23      THR 168  22.561  12.725  -5.535

  No H/Q in entry =           7
  In of MODEL    8
    1    H    ARG 169           H        ARG 169  20.134  14.974  -3.796
    2    HA   ARG 169           HA       ARG 169  18.169  15.047  -1.687
    3    HB2  ARG 169           HB2      ARG 169  17.644  17.363  -2.914
    4    HB3  ARG 169           HB3      ARG 169  19.006  17.195  -1.829
    5    HG2  ARG 169           HG2      ARG 169  20.414  16.749  -3.902
    6    HG3  ARG 169           HG3      ARG 169  19.020  17.317  -4.821
    7    HD2  ARG 169           HD2      ARG 169  20.204  19.275  -4.575
    8    HD3  ARG 169           HD3      ARG 169  19.126  19.347  -3.184
    9    HE   ARG 169           HE       ARG 169  21.229  18.210  -2.069
   10   HH11  ARG 169          HH11      ARG 169  21.075  20.905  -4.292
   11   HH12  ARG 169          HH12      ARG 169  22.541  21.635  -3.722
   12   HH21  ARG 169          HH21      ARG 169  23.166  19.178  -1.294
   13   HH22  ARG 169          HH22      ARG 169  23.724  20.652  -2.010

  No H/Q in entry =          13
  In of MODEL    8
    1    H    GLN 170           H        GLN 170  18.220  14.171  -5.172
    2    HA   GLN 170           HA       GLN 170  15.679  14.407  -5.758
    3    HB2  GLN 170           HB2      GLN 170  17.653  12.192  -6.337
    4    HB3  GLN 170           HB3      GLN 170  16.039  12.210  -7.032
    5    HG2  GLN 170           HG2      GLN 170  17.213  13.193  -8.716
    6    HG3  GLN 170           HG3      GLN 170  16.739  14.620  -7.801
    7   HE21  GLN 170          HE21      GLN 170  19.089  13.783  -9.573
    8   HE22  GLN 170          HE22      GLN 170  20.474  14.308  -8.681

  No H/Q in entry =           8
  In of MODEL    8
    1    H    GLU 171           H        GLU 171  16.812  12.406  -2.905
    2    HA   GLU 171           HA       GLU 171  14.856  10.469  -3.485
    3    HB2  GLU 171           HB2      GLU 171  16.717  10.987  -1.122
    4    HB3  GLU 171           HB3      GLU 171  15.556   9.660  -1.183
    5    HG2  GLU 171           HG2      GLU 171  17.345   9.767  -3.470
    6    HG3  GLU 171           HG3      GLU 171  18.173   9.541  -1.933

  No H/Q in entry =           6
  In of MODEL    8
    1    H    ILE 172           H        ILE 172  15.829  13.302  -1.967
    2    HA   ILE 172           HA       ILE 172  13.871  13.569   0.060
    3    HB   ILE 172           HB       ILE 172  15.661  15.725  -1.061
    4   HG12  ILE 172          HG12      ILE 172  17.105  13.823  -0.694
    5   HG13  ILE 172          HG13      ILE 172  17.302  14.894   0.690
    6   HG22  ILE 172          HG21      ILE 172  14.858  15.187   1.767
    7   HG21  ILE 172          HG22      ILE 172  13.822  16.097   0.673
    8   HG23  ILE 172          HG23      ILE 172  15.441  16.690   1.054
    9   HD11  ILE 172          HD11      ILE 172  15.529  12.467   0.631
   10   HD13  ILE 172          HD12      ILE 172  15.882  13.485   2.029
   11   HD12  ILE 172          HD13      ILE 172  17.162  12.511   1.304

  No H/Q in entry =          11
  In of MODEL    8
    1    H    GLY 173           H        GLY 173  14.036  14.611  -3.543
    2    HA3  GLY 173           HA2      GLY 173  12.119  16.502  -3.329
    3    HA2  GLY 173           HA3      GLY 173  12.246  15.354  -4.656

  No H/Q in entry =           3
  In of MODEL    8
    1    H    GLN 174           H        GLN 174  11.858  13.158  -3.549
    2    HA   GLN 174           HA       GLN 174   9.037  12.939  -3.497
    3    HB2  GLN 174           HB2      GLN 174  11.148  10.818  -3.197
    4    HB3  GLN 174           HB3      GLN 174   9.469  10.572  -3.683
    5    HG2  GLN 174           HG2      GLN 174   9.813  11.401  -5.781
    6    HG3  GLN 174           HG3      GLN 174  11.119  12.459  -5.264
    7   HE21  GLN 174          HE21      GLN 174  12.610  10.467  -3.883
    8   HE22  GLN 174          HE22      GLN 174  13.299   9.425  -5.073

  No H/Q in entry =           8
  In of MODEL    8
    1    H    ILE 175           H        ILE 175  11.515  12.146  -1.083
    2    HA   ILE 175           HA       ILE 175   9.659  10.846   0.651
    3    HB   ILE 175           HB       ILE 175  12.367  11.950   1.364
    4   HG12  ILE 175          HG12      ILE 175  11.742   9.132   0.485
    5   HG13  ILE 175          HG13      ILE 175  12.319  10.372  -0.627
    6   HG23  ILE 175          HG21      ILE 175  11.296  11.389   3.362
    7   HG22  ILE 175          HG22      ILE 175  12.215   9.935   2.971
    8   HG21  ILE 175          HG23      ILE 175  10.484   9.999   2.644
    9   HD13  ILE 175          HD11      ILE 175  14.147   8.994   0.122
   10   HD12  ILE 175          HD12      ILE 175  13.758   9.352   1.804
   11   HD11  ILE 175          HD13      ILE 175  14.330  10.636   0.740

  No H/Q in entry =          11
  In of MODEL    8
    1    H    VAL 176           H        VAL 176  10.756  14.097   0.239
    2    HA   VAL 176           HA       VAL 176   9.511  14.874   2.762
    3    HB   VAL 176           HB       VAL 176  11.233  16.494   0.890
    4   HG12  VAL 176          HG11      VAL 176  11.367  18.047   2.762
    5   HG11  VAL 176          HG12      VAL 176  10.223  17.051   3.660
    6   HG13  VAL 176          HG13      VAL 176   9.714  17.860   2.178
    7   HG22  VAL 176          HG21      VAL 176  12.467  14.674   1.913
    8   HG21  VAL 176          HG22      VAL 176  11.862  15.133   3.506
    9   HG23  VAL 176          HG23      VAL 176  12.945  16.214   2.628

  No H/Q in entry =           9
  In of MODEL    8
    1    H    GLY 177           H        GLY 177   9.264  15.285  -0.704
    2    HA3  GLY 177           HA2      GLY 177   6.991  15.486  -1.559
    3    HA2  GLY 177           HA3      GLY 177   6.673  16.621  -0.251

  No H/Q in entry =           3
  In of MODEL    8
    1    H    CYS 178           H        CYS 178   9.575  17.531  -0.935
    2    HA   CYS 178           HA       CYS 178   8.709  19.458  -3.021
    3    HB2  CYS 178           HB2      CYS 178  10.432  19.919  -0.582
    4    HB3  CYS 178           HB3      CYS 178  10.287  21.066  -1.908
    5    HG   CYS 178           HG       CYS 178   7.421  21.215  -1.512

  No H/Q in entry =           5
  In of MODEL    8
    1    H    SER 179           H        SER 179  10.405  20.114  -4.510
    2    HA   SER 179           HA       SER 179  12.061  17.907  -5.111
    3    HB2  SER 179           HB2      SER 179  13.098  19.665  -6.715
    4    HB3  SER 179           HB3      SER 179  11.435  19.143  -6.979
    5    HG   SER 179           HG       SER 179  12.078  21.543  -6.893

  No H/Q in entry =           5
  In of MODEL    8
    1    H    ARG 180           H        ARG 180  14.317  18.224  -5.453
    2    HA   ARG 180           HA       ARG 180  15.895  18.810  -3.320
    3    HB2  ARG 180           HB2      ARG 180  17.702  19.104  -5.225
    4    HB3  ARG 180           HB3      ARG 180  17.036  17.536  -4.812
    5    HG2  ARG 180           HG2      ARG 180  16.951  17.483  -7.107
    6    HG3  ARG 180           HG3      ARG 180  15.332  18.077  -6.738
    7    HD2  ARG 180           HD2      ARG 180  16.014  19.532  -8.398
    8    HD3  ARG 180           HD3      ARG 180  16.448  20.421  -6.939
    9    HE   ARG 180           HE       ARG 180  18.574  18.773  -7.960
   10   HH11  ARG 180          HH11      ARG 180  16.985  21.880  -8.201
   11   HH12  ARG 180          HH12      ARG 180  18.394  22.684  -8.835
   12   HH21  ARG 180          HH21      ARG 180  20.433  19.842  -8.783
   13   HH22  ARG 180          HH22      ARG 180  20.347  21.535  -9.151

  No H/Q in entry =          13
  In of MODEL    8
    1    H    GLU 181           H        GLU 181  14.017  21.016  -4.354
    2    HA   GLU 181           HA       GLU 181  15.802  23.202  -4.915
    3    HB2  GLU 181           HB2      GLU 181  13.077  22.516  -5.421
    4    HB3  GLU 181           HB3      GLU 181  13.203  24.144  -4.770
    5    HG2  GLU 181           HG2      GLU 181  13.395  24.553  -6.999
    6    HG3  GLU 181           HG3      GLU 181  15.095  24.382  -6.554

  No H/Q in entry =           6
  In of MODEL    8
    1    H    THR 182           H        THR 182  12.933  23.144  -3.027
    2    HA   THR 182           HA       THR 182  13.596  25.070  -1.072
    3    HB   THR 182           HB       THR 182  11.968  22.874   0.003
    4    HG1  THR 182           HG1      THR 182  10.335  23.909  -1.765
    5   HG22  THR 182          HG21      THR 182  11.289  25.768  -0.572
    6   HG21  THR 182          HG22      THR 182  11.949  25.158   0.947
    7   HG23  THR 182          HG23      THR 182  10.345  24.652   0.415

  No H/Q in entry =           7
  In of MODEL    8
    1    H    VAL 183           H        VAL 183  13.658  21.585  -1.133
    2    HA   VAL 183           HA       VAL 183  15.267  21.104   1.172
    3    HB   VAL 183           HB       VAL 183  13.921  19.681  -0.978
    4   HG11  VAL 183          HG11      VAL 183  16.409  19.285  -1.552
    5   HG13  VAL 183          HG12      VAL 183  15.280  17.918  -1.507
    6   HG12  VAL 183          HG13      VAL 183  16.374  18.215  -0.149
    7   HG23  VAL 183          HG21      VAL 183  14.974  18.633   1.612
    8   HG22  VAL 183          HG22      VAL 183  13.707  17.923   0.599
    9   HG21  VAL 183          HG23      VAL 183  13.435  19.478   1.402

  No H/Q in entry =           9
  In of MODEL    8
    1    H    GLY 184           H        GLY 184  15.975  21.821  -2.366
    2    HA3  GLY 184           HA2      GLY 184  18.612  21.287  -2.316
    3    HA2  GLY 184           HA3      GLY 184  17.858  22.603  -3.201

  No H/Q in entry =           3
  In of MODEL    8
    1    H    ARG 185           H        ARG 185  17.012  23.649  -0.258
    2    HA   ARG 185           HA       ARG 185  19.252  25.454  -0.297
    3    HB2  ARG 185           HB2      ARG 185  16.818  25.238   1.513
    4    HB3  ARG 185           HB3      ARG 185  18.071  26.459   1.685
    5    HG2  ARG 185           HG2      ARG 185  16.146  26.140  -0.605
    6    HG3  ARG 185           HG3      ARG 185  16.185  27.434   0.593
    7    HD2  ARG 185           HD2      ARG 185  17.293  28.506  -1.063
    8    HD3  ARG 185           HD3      ARG 185  18.670  27.662  -0.355
    9    HE   ARG 185           HE       ARG 185  17.341  26.157  -2.410
   10   HH11  ARG 185          HH11      ARG 185  19.753  28.613  -1.770
   11   HH12  ARG 185          HH12      ARG 185  20.607  28.348  -3.257
   12   HH21  ARG 185          HH21      ARG 185  18.483  25.793  -4.367
   13   HH22  ARG 185          HH22      ARG 185  19.903  26.728  -4.716

  No H/Q in entry =          13
  In of MODEL    8
    1    H    ILE 186           H        ILE 186  17.541  23.104   1.390
    2    HA   ILE 186           HA       ILE 186  18.841  23.221   3.908
    3    HB   ILE 186           HB       ILE 186  17.207  20.979   2.767
    4   HG12  ILE 186          HG12      ILE 186  16.349  23.491   3.113
    5   HG13  ILE 186          HG13      ILE 186  15.322  22.098   3.418
    6   HG22  ILE 186          HG21      ILE 186  17.938  21.599   5.630
    7   HG21  ILE 186          HG22      ILE 186  18.595  20.282   4.660
    8   HG23  ILE 186          HG23      ILE 186  16.884  20.295   5.084
    9   HD12  ILE 186          HD11      ILE 186  15.140  23.754   5.186
   10   HD11  ILE 186          HD12      ILE 186  16.871  23.631   5.496
   11   HD13  ILE 186          HD13      ILE 186  15.819  22.247   5.798

  No H/Q in entry =          11
  In of MODEL    8
    1    H    LEU 187           H        LEU 187  18.941  20.748   1.463
    2    HA   LEU 187           HA       LEU 187  20.893  19.265   2.696
    3    HB2  LEU 187           HB2      LEU 187  20.107  19.436  -0.167
    4    HB3  LEU 187           HB3      LEU 187  21.091  18.146   0.538
    5    HG   LEU 187           HG       LEU 187  18.189  18.762   0.980
    6   HD12  LEU 187          HD11      LEU 187  18.774  16.072   1.211
    7   HD11  LEU 187          HD12      LEU 187  19.753  16.685  -0.124
    8   HD13  LEU 187          HD13      LEU 187  18.001  16.918  -0.130
    9   HD21  LEU 187          HD21      LEU 187  19.914  17.261   2.948
   10   HD23  LEU 187          HD22      LEU 187  18.159  17.329   2.969
   11   HD22  LEU 187          HD23      LEU 187  19.096  18.794   3.246

  No H/Q in entry =          11
  In of MODEL    8
    1    H    LYS 188           H        LYS 188  21.344  21.838   0.240
    2    HA   LYS 188           HA       LYS 188  24.062  21.749   0.146
    3    HB2  LYS 188           HB2      LYS 188  22.255  23.388  -0.939
    4    HB3  LYS 188           HB3      LYS 188  22.829  24.461   0.327
    5    HG2  LYS 188           HG2      LYS 188  24.715  23.108  -1.577
    6    HG3  LYS 188           HG3      LYS 188  23.928  24.636  -1.966
    7    HD2  LYS 188           HD2      LYS 188  25.480  25.733  -0.807
    8    HD3  LYS 188           HD3      LYS 188  25.026  24.846   0.650
    9    HE2  LYS 188           HE2      LYS 188  26.526  23.009  -0.048
   10    HE3  LYS 188           HE3      LYS 188  27.027  23.975  -1.430
   11    HZ2  LYS 188           HZ1      LYS 188  28.568  24.070   0.484
   12    HZ1  LYS 188           HZ2      LYS 188  27.350  24.831   1.400
   13    HZ3  LYS 188           HZ3      LYS 188  27.980  25.590   0.019

  No H/Q in entry =          13
  In of MODEL    8
    1    H    MET 189           H        MET 189  22.073  22.979   2.805
    2    HA   MET 189           HA       MET 189  24.196  24.458   4.098
    3    HB2  MET 189           HB2      MET 189  22.574  25.147   5.482
    4    HB3  MET 189           HB3      MET 189  21.458  24.278   4.446
    5    HG2  MET 189           HG2      MET 189  21.394  22.432   5.893
    6    HG3  MET 189           HG3      MET 189  22.805  22.992   6.791
    7    HE1  MET 189           HE1      MET 189  19.036  23.645   5.958
    8    HE3  MET 189           HE2      MET 189  19.763  25.205   5.568
    9    HE2  MET 189           HE3      MET 189  18.681  25.057   6.952

  No H/Q in entry =           9
  In of MODEL    8
    1    H    LEU 190           H        LEU 190  23.082  21.141   4.037
    2    HA   LEU 190           HA       LEU 190  24.303  20.124   6.277
    3    HB2  LEU 190           HB2      LEU 190  24.285  18.771   3.606
    4    HB3  LEU 190           HB3      LEU 190  24.225  18.008   5.193
    5    HG   LEU 190           HG       LEU 190  22.114  19.534   3.756
    6   HD13  LEU 190          HD11      LEU 190  21.961  17.291   3.219
    7   HD12  LEU 190          HD12      LEU 190  20.817  17.464   4.555
    8   HD11  LEU 190          HD13      LEU 190  22.416  16.785   4.846
    9   HD21  LEU 190          HD21      LEU 190  22.422  20.185   6.243
   10   HD23  LEU 190          HD22      LEU 190  21.641  18.631   6.534
   11   HD22  LEU 190          HD23      LEU 190  20.817  19.871   5.593

  No H/Q in entry =          11
  In of MODEL    8
    1    H    GLU 191           H        GLU 191  25.841  20.687   3.079
    2    HA   GLU 191           HA       GLU 191  28.348  19.676   3.842
    3    HB2  GLU 191           HB2      GLU 191  27.638  19.977   1.504
    4    HB3  GLU 191           HB3      GLU 191  27.580  21.715   1.744
    5    HG2  GLU 191           HG2      GLU 191  30.088  21.440   2.372
    6    HG3  GLU 191           HG3      GLU 191  29.945  19.920   1.491

  No H/Q in entry =           6
  In of MODEL    8
    1    H    ASP 192           H        ASP 192  26.659  22.468   4.665
    2    HA   ASP 192           HA       ASP 192  29.067  24.033   5.191
    3    HB2  ASP 192           HB2      ASP 192  26.133  24.706   5.239
    4    HB3  ASP 192           HB3      ASP 192  27.321  25.767   5.987

  No H/Q in entry =           4
  In of MODEL    8
    1    H    GLN 193           H        GLN 193  27.218  21.763   6.603
    2    HA   GLN 193           HA       GLN 193  27.090  20.854   8.664
    3    HB2  GLN 193           HB2      GLN 193  29.262  22.855   9.288
    4    HB3  GLN 193           HB3      GLN 193  28.638  21.725  10.481
    5    HG2  GLN 193           HG2      GLN 193  30.082  20.220   9.766
    6    HG3  GLN 193           HG3      GLN 193  29.269  20.214   8.200
    7   HE21  GLN 193          HE21      GLN 193  30.089  21.464   6.532
    8   HE22  GLN 193          HE22      GLN 193  31.704  22.071   6.555

  No H/Q in entry =           8
  In of MODEL    8
    1    H    ASN 194           H        ASN 194  25.468  23.124   7.783
    2    HA   ASN 194           HA       ASN 194  24.910  24.507  10.283
    3    HB2  ASN 194           HB2      ASN 194  24.221  24.916   7.451
    4    HB3  ASN 194           HB3      ASN 194  22.919  25.291   8.578
    5   HD21  ASN 194          HD21      ASN 194  24.610  27.022   6.866
    6   HD22  ASN 194          HD22      ASN 194  25.298  28.187   7.939

  No H/Q in entry =           6
  In of MODEL    8
    1    H    LEU 195           H        LEU 195  24.250  21.572   9.063
    2    HA   LEU 195           HA       LEU 195  21.898  21.235  10.788
    3    HB2  LEU 195           HB2      LEU 195  21.426  21.799   8.239
    4    HB3  LEU 195           HB3      LEU 195  21.739  20.090   8.053
    5    HG   LEU 195           HG       LEU 195  19.845  20.456  10.187
    6   HD13  LEU 195          HD11      LEU 195  18.021  21.450   8.957
    7   HD12  LEU 195          HD12      LEU 195  19.052  21.665   7.542
    8   HD11  LEU 195          HD13      LEU 195  19.369  22.588   9.012
    9   HD21  LEU 195          HD21      LEU 195  20.392  18.616   8.287
   10   HD23  LEU 195          HD22      LEU 195  18.984  19.406   7.575
   11   HD22  LEU 195          HD23      LEU 195  18.876  18.686   9.182

  No H/Q in entry =          11
  In of MODEL    8
    1    H    ILE 196           H        ILE 196  24.454  19.867   8.890
    2    HA   ILE 196           HA       ILE 196  24.890  17.639  10.462
    3    HB   ILE 196           HB       ILE 196  24.756  16.165   8.194
    4   HG12  ILE 196          HG12      ILE 196  22.283  17.858   8.427
    5   HG13  ILE 196          HG13      ILE 196  23.382  17.800   7.049
    6   HG23  ILE 196          HG21      ILE 196  24.286  15.416  10.419
    7   HG22  ILE 196          HG22      ILE 196  22.891  15.058   9.397
    8   HG21  ILE 196          HG23      ILE 196  22.853  16.438  10.491
    9   HD13  ILE 196          HD11      ILE 196  22.749  15.569   6.562
   10   HD12  ILE 196          HD12      ILE 196  21.278  16.524   6.755
   11   HD11  ILE 196          HD13      ILE 196  21.815  15.453   8.051

  No H/Q in entry =          11
  In of MODEL    8
    1    H    SER 197           H        SER 197  26.168  16.466   7.788
    2    HA   SER 197           HA       SER 197  27.957  18.329   6.972
    3    HB2  SER 197           HB2      SER 197  29.132  18.220   9.074
    4    HB3  SER 197           HB3      SER 197  29.098  16.453   9.023
    5    HG   SER 197           HG       SER 197  31.109  17.214   8.324

  No H/Q in entry =           5
  In of MODEL    8
    1    H    ALA 198           H        ALA 198  27.737  17.678   4.917
    2    HA   ALA 198           HA       ALA 198  27.635  14.828   4.423
    3    HB1  ALA 198           HB1      ALA 198  26.581  15.377   2.340
    4    HB2  ALA 198           HB2      ALA 198  26.940  17.091   2.532
    5    HB3  ALA 198           HB3      ALA 198  25.762  16.314   3.590

  No H/Q in entry =           5
  In of MODEL    8
    1    H    HIS 199           H        HIS 199  29.345  13.939   3.725
    2    HA   HIS 199           HA       HIS 199  31.543  15.465   2.589
    3    HB2  HIS 199           HB2      HIS 199  31.600  13.344   4.245
    4    HB3  HIS 199           HB3      HIS 199  31.602  12.488   2.706
    5    HD1  HIS 199           HD1      HIS 199  33.578  15.213   4.459
    6    HD2  HIS 199           HD2      HIS 199  34.056  12.256   1.582
    7    HE1  HIS 199           HE1      HIS 199  36.032  15.184   3.926
    8    HE2  HIS 199           HE2      HIS 199  36.269  13.503   2.066

  No H/Q in entry =           8
  In of MODEL    8
    1    H    GLY 200           H        GLY 200  30.327  16.125   0.741
    2    HA3  GLY 200           HA2      GLY 200  29.962  15.938  -1.547
    3    HA2  GLY 200           HA3      GLY 200  30.368  14.223  -1.450

  No H/Q in entry =           3
  In of MODEL    8
    1    H    LYS 201           H        LYS 201  28.663  12.966  -1.940
    2    HA   LYS 201           HA       LYS 201  25.994  13.982  -1.307
    3    HB2  LYS 201           HB2      LYS 201  25.226  11.976  -2.659
    4    HB3  LYS 201           HB3      LYS 201  26.085  13.230  -3.539
    5    HG2  LYS 201           HG2      LYS 201  28.170  11.762  -3.150
    6    HG3  LYS 201           HG3      LYS 201  27.002  10.483  -2.799
    7    HD2  LYS 201           HD2      LYS 201  25.938  10.876  -4.973
    8    HD3  LYS 201           HD3      LYS 201  27.125  12.136  -5.319
    9    HE2  LYS 201           HE2      LYS 201  28.829  10.210  -4.798
   10    HE3  LYS 201           HE3      LYS 201  27.459   9.182  -5.214
   11    HZ2  LYS 201           HZ1      LYS 201  28.954  11.056  -6.910
   12    HZ1  LYS 201           HZ2      LYS 201  27.339  10.721  -7.278
   13    HZ3  LYS 201           HZ3      LYS 201  28.471   9.466  -7.231

  No H/Q in entry =          13
  In of MODEL    8
    1    H    THR 202           H        THR 202  28.314  11.827  -0.187
    2    HA   THR 202           HA       THR 202  26.616  10.136   1.381
    3    HB   THR 202           HB       THR 202  29.205  10.171   2.522
    4    HG1  THR 202           HG1      THR 202  30.137  11.216   0.804
    5   HG21  THR 202          HG21      THR 202  27.690   8.200   2.049
    6   HG23  THR 202          HG22      THR 202  29.397   7.936   1.690
    7   HG22  THR 202          HG23      THR 202  28.262   8.260   0.382

  No H/Q in entry =           7
  In of MODEL    8
    1    H    ILE 203           H        ILE 203  25.500  11.069   2.858
    2    HA   ILE 203           HA       ILE 203  26.403  13.531   4.078
    3    HB   ILE 203           HB       ILE 203  23.795  12.086   3.942
    4   HG12  ILE 203          HG12      ILE 203  24.833  14.730   2.966
    5   HG13  ILE 203          HG13      ILE 203  24.154  13.407   2.029
    6   HG22  ILE 203          HG21      ILE 203  24.401  14.497   5.658
    7   HG21  ILE 203          HG22      ILE 203  23.999  12.880   6.239
    8   HG23  ILE 203          HG23      ILE 203  22.795  13.827   5.363
    9   HD12  ILE 203          HD11      ILE 203  22.817  15.567   3.522
   10   HD11  ILE 203          HD12      ILE 203  22.028  13.993   3.518
   11   HD13  ILE 203          HD13      ILE 203  22.374  14.809   1.993

  No H/Q in entry =          11
  In of MODEL    8
    1    H    VAL 204           H        VAL 204  27.378  13.534   6.001
    2    HA   VAL 204           HA       VAL 204  27.247  11.167   7.716
    3    HB   VAL 204           HB       VAL 204  28.928  13.710   7.777
    4   HG11  VAL 204          HG11      VAL 204  28.813  11.464   9.758
    5   HG13  VAL 204          HG12      VAL 204  28.386  13.152  10.034
    6   HG12  VAL 204          HG13      VAL 204  30.065  12.702   9.724
    7   HG21  VAL 204          HG21      VAL 204  29.554  10.817   7.259
    8   HG23  VAL 204          HG22      VAL 204  30.802  12.000   7.647
    9   HG22  VAL 204          HG23      VAL 204  29.819  12.197   6.193

  No H/Q in entry =           9
  In of MODEL    8
    1    H    VAL 205           H        VAL 205  25.727  11.144   8.812
    2    HA   VAL 205           HA       VAL 205  24.842  13.306  10.632
    3    HB   VAL 205           HB       VAL 205  23.133  11.396  11.268
    4   HG13  VAL 205          HG11      VAL 205  22.284  13.335  10.162
    5   HG12  VAL 205          HG12      VAL 205  21.623  11.928   9.333
    6   HG11  VAL 205          HG13      VAL 205  22.962  12.820   8.616
    7   HG23  VAL 205          HG21      VAL 205  23.980  10.423   8.542
    8   HG22  VAL 205          HG22      VAL 205  22.626   9.801   9.484
    9   HG21  VAL 205          HG23      VAL 205  24.277   9.597  10.071

  No H/Q in entry =           9
  In of MODEL    8
    1    H    TYR 206           H        TYR 206  26.928  13.137  11.250
    2    HA   TYR 206           HA       TYR 206  28.654  11.503  12.237
    3    HB2  TYR 206           HB2      TYR 206  27.394  13.681  13.916
    4    HB3  TYR 206           HB3      TYR 206  28.856  12.829  14.395
    5    HD1  TYR 206           HD1      TYR 206  27.459  15.443  12.248
    6    HD2  TYR 206           HD2      TYR 206  30.905  13.050  13.052
    7    HE1  TYR 206           HE1      TYR 206  28.844  17.010  10.968
    8    HE2  TYR 206           HE2      TYR 206  32.296  14.609  11.765
    9    HH   TYR 206           HH       TYR 206  32.293  16.371  10.383

  No H/Q in entry =           9
  In of MODEL    8
    1    H    GLY 207           H        GLY 207  25.654  11.990  14.159
    2    HA3  GLY 207           HA2      GLY 207  25.600   9.189  14.845
    3    HA2  GLY 207           HA3      GLY 207  26.064  10.213  16.197

  No H/Q in entry =           3
  In of MODEL    8
    1    H    THR 208           H        THR 208  24.606  11.907  16.824
    2    HA   THR 208           HA       THR 208  21.838  11.044  16.706
    3    HB   THR 208           HB       THR 208  21.739  13.255  18.222
    4    HG1  THR 208           HG1      THR 208  23.688  14.007  18.579
    5   HG22  THR 208          HG21      THR 208  22.203  11.852  20.182
    6   HG21  THR 208          HG22      THR 208  22.945  10.640  19.141
    7   HG23  THR 208          HG23      THR 208  21.222  10.986  19.001

  No H/Q in entry =           7
  In of MODEL    8
    1    H    ARG 209           H        ARG 209  23.936  13.228  15.313
    2    HA   ARG 209           HA       ARG 209  22.147  14.242  13.394
    3    HB2  ARG 209           HB2      ARG 209  21.388  15.839  14.973
    4    HB3  ARG 209           HB3      ARG 209  22.973  15.994  15.712
    5    HG2  ARG 209           HG2      ARG 209  23.576  17.643  14.344
    6    HG3  ARG 209           HG3      ARG 209  22.910  16.845  12.922
    7    HD2  ARG 209           HD2      ARG 209  21.782  18.947  13.305
    8    HD3  ARG 209           HD3      ARG 209  20.666  17.610  13.569
    9    HE   ARG 209           HE       ARG 209  20.461  18.256  15.745
   10   HH11  ARG 209          HH11      ARG 209  23.340  19.777  14.430
   11   HH12  ARG 209          HH12      ARG 209  23.567  20.809  15.808
   12   HH21  ARG 209          HH21      ARG 209  20.752  19.624  17.536
   13   HH22  ARG 209          HH22      ARG 209  22.087  20.732  17.570

  No H/Q in entry =          13
  In of MODEL    9
    1    H1   VAL   1           H2       VAL   1 -20.012 -21.109   7.842
    2    H2   VAL   1           H1       VAL   1 -20.913 -20.036   8.783
    3    H3   VAL   1           H3       VAL   1 -20.735 -21.644   9.279
    4    HA   VAL   1           HA       VAL   1 -22.358 -22.382   7.992
    5    HB   VAL   1           HB       VAL   1 -23.282 -20.309   9.110
    6   HG11  VAL   1          HG11      VAL   1 -22.812 -19.131   6.380
    7   HG13  VAL   1          HG12      VAL   1 -22.143 -18.582   7.917
    8   HG12  VAL   1          HG13      VAL   1 -23.870 -18.421   7.599
    9   HG22  VAL   1          HG21      VAL   1 -24.771 -21.906   8.092
   10   HG21  VAL   1          HG22      VAL   1 -24.518 -21.183   6.504
   11   HG23  VAL   1          HG23      VAL   1 -25.354 -20.274   7.764

  No H/Q in entry =          11
  In of MODEL    9
    1    H    LEU   2           H        LEU   2 -23.134 -22.800   5.890
    2    HA   LEU   2           HA       LEU   2 -21.374 -21.790   3.768
    3    HB2  LEU   2           HB2      LEU   2 -22.770 -24.359   4.264
    4    HB3  LEU   2           HB3      LEU   2 -22.658 -23.839   2.594
    5    HG   LEU   2           HG       LEU   2 -20.075 -23.515   3.501
    6   HD13  LEU   2          HD11      LEU   2 -19.486 -25.591   4.616
    7   HD12  LEU   2          HD12      LEU   2 -21.184 -26.060   4.671
    8   HD11  LEU   2          HD13      LEU   2 -20.625 -24.663   5.591
    9   HD22  LEU   2          HD21      LEU   2 -20.738 -24.417   1.348
   10   HD21  LEU   2          HD22      LEU   2 -21.329 -25.887   2.124
   11   HD23  LEU   2          HD23      LEU   2 -19.606 -25.510   2.148

  No H/Q in entry =          11
  In of MODEL    9
    1    H    GLY   3           H        GLY   3 -22.456 -21.756   1.558
    2    HA3  GLY   3           HA2      GLY   3 -24.620 -21.516   0.398
    3    HA2  GLY   3           HA3      GLY   3 -25.188 -20.639   1.811

  No H/Q in entry =           3
  In of MODEL    9
    1    H    LYS   4           H        LYS   4 -22.186 -20.418  -0.086
    2    HA   LYS   4           HA       LYS   4 -22.851 -17.590  -0.602
    3    HB2  LYS   4           HB2      LYS   4 -20.331 -18.867   0.323
    4    HB3  LYS   4           HB3      LYS   4 -20.186 -17.524  -0.803
    5    HG2  LYS   4           HG2      LYS   4 -20.040 -16.548   1.312
    6    HG3  LYS   4           HG3      LYS   4 -21.697 -16.236   0.794
    7    HD2  LYS   4           HD2      LYS   4 -22.202 -18.469   2.057
    8    HD3  LYS   4           HD3      LYS   4 -20.681 -18.119   2.880
    9    HE2  LYS   4           HE2      LYS   4 -22.200 -17.087   4.269
   10    HE3  LYS   4           HE3      LYS   4 -21.729 -15.759   3.212
   11    HZ2  LYS   4           HZ1      LYS   4 -24.280 -16.714   3.670
   12    HZ1  LYS   4           HZ2      LYS   4 -23.902 -17.166   2.083
   13    HZ3  LYS   4           HZ3      LYS   4 -23.814 -15.541   2.544

  No H/Q in entry =          13
  In of MODEL    9
    1    HA   PRO   5           HA       PRO   5 -22.567 -19.178  -4.808
    2    HB2  PRO   5           HB2      PRO   5 -23.869 -17.161  -5.989
    3    HB3  PRO   5           HB3      PRO   5 -24.723 -18.353  -5.000
    4    HG2  PRO   5           HG2      PRO   5 -23.812 -15.593  -4.269
    5    HG3  PRO   5           HG3      PRO   5 -25.368 -16.376  -3.941
    6    HD2  PRO   5           HD2      PRO   5 -23.350 -16.202  -2.107
    7    HD3  PRO   5           HD3      PRO   5 -24.554 -17.506  -2.118

  No H/Q in entry =           7
  In of MODEL    9
    1    H    GLN   6           H        GLN   6 -20.219 -18.069  -3.768
    2    HA   GLN   6           HA       GLN   6 -19.448 -15.966  -5.669
    3    HB2  GLN   6           HB2      GLN   6 -18.187 -17.018  -3.145
    4    HB3  GLN   6           HB3      GLN   6 -17.313 -15.972  -4.253
    5    HG2  GLN   6           HG2      GLN   6 -18.998 -14.234  -3.946
    6    HG3  GLN   6           HG3      GLN   6 -19.879 -15.286  -2.838
    7   HE21  GLN   6          HE21      GLN   6 -18.601 -12.649  -2.443
    8   HE22  GLN   6          HE22      GLN   6 -17.518 -12.862  -1.116

  No H/Q in entry =           8
  In of MODEL    9
    1    H    THR   7           H        THR   7 -19.383 -19.273  -5.403
    2    HA   THR   7           HA       THR   7 -18.401 -20.925  -6.638
    3    HB   THR   7           HB       THR   7 -16.822 -18.899  -8.211
    4    HG1  THR   7           HG1      THR   7 -19.316 -18.595  -7.951
    5   HG22  THR   7          HG21      THR   7 -18.121 -21.508  -9.009
    6   HG21  THR   7          HG22      THR   7 -16.424 -21.326  -8.561
    7   HG23  THR   7          HG23      THR   7 -17.049 -20.518  -9.999

  No H/Q in entry =           7
  In of MODEL    9
    1    H    ASP   8           H        ASP   8 -17.418 -20.455  -4.211
    2    HA   ASP   8           HA       ASP   8 -14.568 -20.947  -4.591
    3    HB2  ASP   8           HB2      ASP   8 -15.188 -18.512  -3.790
    4    HB3  ASP   8           HB3      ASP   8 -15.401 -19.307  -2.231

  No H/Q in entry =           4
  In of MODEL    9
    1    HA   PRO   9           HA       PRO   9 -16.567 -24.187  -2.029
    2    HB2  PRO   9           HB2      PRO   9 -14.953 -26.193  -2.918
    3    HB3  PRO   9           HB3      PRO   9 -16.431 -25.695  -3.747
    4    HG2  PRO   9           HG2      PRO   9 -13.589 -25.002  -4.355
    5    HG3  PRO   9           HG3      PRO   9 -14.910 -25.397  -5.469
    6    HD2  PRO   9           HD2      PRO   9 -14.092 -22.854  -5.001
    7    HD3  PRO   9           HD3      PRO   9 -15.772 -23.262  -5.400

  No H/Q in entry =           7
  In of MODEL    9
    1    H    THR  10           H        THR  10 -13.289 -23.056  -2.356
    2    HA   THR  10           HA       THR  10 -12.334 -24.708  -0.158
    3    HB   THR  10           HB       THR  10 -10.797 -22.403  -1.354
    4    HG1  THR  10           HG1      THR  10 -10.623 -23.441  -3.194
    5   HG22  THR  10          HG21      THR  10  -8.883 -23.857  -0.844
    6   HG21  THR  10          HG22      THR  10  -9.988 -25.099  -0.257
    7   HG23  THR  10          HG23      THR  10  -9.861 -23.561   0.596

  No H/Q in entry =           7
  In of MODEL    9
    1    H    LEU  11           H        LEU  11 -13.378 -21.385  -0.840
    2    HA   LEU  11           HA       LEU  11 -12.707 -20.503   1.781
    3    HB2  LEU  11           HB2      LEU  11 -13.468 -19.245  -0.610
    4    HB3  LEU  11           HB3      LEU  11 -14.653 -18.789   0.612
    5    HG   LEU  11           HG       LEU  11 -11.674 -18.571   0.911
    6   HD11  LEU  11          HD11      LEU  11 -12.623 -16.904  -0.628
    7   HD13  LEU  11          HD12      LEU  11 -11.995 -16.196   0.863
    8   HD12  LEU  11          HD13      LEU  11 -13.735 -16.412   0.655
    9   HD23  LEU  11          HD21      LEU  11 -12.463 -17.146   2.899
   10   HD22  LEU  11          HD22      LEU  11 -12.404 -18.900   3.035
   11   HD21  LEU  11          HD23      LEU  11 -13.944 -18.094   2.748

  No H/Q in entry =          11
  In of MODEL    9
    1    H    GLU  12           H        GLU  12 -15.408 -21.905   0.290
    2    HA   GLU  12           HA       GLU  12 -17.287 -21.429   2.414
    3    HB2  GLU  12           HB2      GLU  12 -17.324 -23.009  -0.133
    4    HB3  GLU  12           HB3      GLU  12 -18.496 -23.400   1.120
    5    HG2  GLU  12           HG2      GLU  12 -18.222 -20.547   0.438
    6    HG3  GLU  12           HG3      GLU  12 -18.933 -21.582  -0.798

  No H/Q in entry =           6
  In of MODEL    9
    1    H    TRP  13           H        TRP  13 -14.628 -23.325   1.928
    2    HA   TRP  13           HA       TRP  13 -15.481 -25.475   3.721
    3    HB2  TRP  13           HB2      TRP  13 -13.887 -25.678   1.558
    4    HB3  TRP  13           HB3      TRP  13 -12.658 -25.238   2.739
    5    HD1  TRP  13           HD1      TRP  13 -15.646 -27.540   3.516
    6    HE1  TRP  13           HE1      TRP  13 -14.739 -29.867   4.136
    7    HE3  TRP  13           HE3      TRP  13 -10.698 -26.753   2.526
    8    HZ2  TRP  13           HZ2      TRP  13 -12.240 -31.189   4.198
    9    HZ3  TRP  13           HZ3      TRP  13  -9.112 -28.598   2.889
   10    HH2  TRP  13           HH2      TRP  13  -9.869 -30.771   3.708

  No H/Q in entry =          10
  In of MODEL    9
    1    H    PHE  14           H        PHE  14 -14.090 -22.402   3.487
    2    HA   PHE  14           HA       PHE  14 -12.550 -22.404   5.963
    3    HB2  PHE  14           HB2      PHE  14 -11.475 -21.293   4.221
    4    HB3  PHE  14           HB3      PHE  14 -12.942 -20.576   3.628
    5    HD1  PHE  14           HD1      PHE  14 -14.072 -18.894   5.415
    6    HD2  PHE  14           HD2      PHE  14  -9.951 -19.883   5.177
    7    HE1  PHE  14           HE1      PHE  14 -13.505 -16.768   6.514
    8    HE2  PHE  14           HE2      PHE  14  -9.380 -17.781   6.274
    9    HZ   PHE  14           HZ       PHE  14 -11.150 -16.209   6.945

  No H/Q in entry =           9
  In of MODEL    9
    1    H    LEU  15           H        LEU  15 -15.645 -21.568   4.727
    2    HA   LEU  15           HA       LEU  15 -16.141 -19.418   6.649
    3    HB2  LEU  15           HB2      LEU  15 -18.010 -20.473   4.525
    4    HB3  LEU  15           HB3      LEU  15 -18.286 -19.083   5.560
    5    HG   LEU  15           HG       LEU  15 -16.109 -19.315   3.497
    6   HD13  LEU  15          HD11      LEU  15 -17.396 -17.698   2.266
    7   HD12  LEU  15          HD12      LEU  15 -18.615 -17.680   3.542
    8   HD11  LEU  15          HD13      LEU  15 -18.364 -19.138   2.585
    9   HD22  LEU  15          HD21      LEU  15 -15.450 -17.153   3.986
   10   HD21  LEU  15          HD22      LEU  15 -15.714 -17.849   5.584
   11   HD23  LEU  15          HD23      LEU  15 -16.930 -16.791   4.872

  No H/Q in entry =          11
  In of MODEL    9
    1    H    SER  16           H        SER  16 -16.121 -22.621   6.444
    2    HA   SER  16           HA       SER  16 -18.434 -23.089   8.193
    3    HB2  SER  16           HB2      SER  16 -17.189 -25.520   7.731
    4    HB3  SER  16           HB3      SER  16 -18.555 -24.916   6.787
    5    HG   SER  16           HG       SER  16 -17.264 -24.564   5.144

  No H/Q in entry =           5
  In of MODEL    9
    1    H    HIS  17           H        HIS  17 -15.504 -21.852   8.261
    2    HA   HIS  17           HA       HIS  17 -14.631 -23.375  10.600
    3    HB2  HIS  17           HB2      HIS  17 -13.148 -22.183   8.369
    4    HB3  HIS  17           HB3      HIS  17 -12.452 -21.891   9.959
    5    HD1  HIS  17           HD1      HIS  17 -13.109 -24.608   7.474
    6    HD2  HIS  17           HD2      HIS  17 -11.438 -24.164  11.263
    7    HE1  HIS  17           HE1      HIS  17 -11.839 -26.730   7.912
    8    HE2  HIS  17           HE2      HIS  17 -10.722 -26.383  10.140

  No H/Q in entry =           8
  In of MODEL    9
    1    H    CYS  18           H        CYS  18 -15.794 -20.338   9.541
    2    HA   CYS  18           HA       CYS  18 -14.590 -18.924  11.785
    3    HB2  CYS  18           HB2      CYS  18 -15.025 -16.858  10.425
    4    HB3  CYS  18           HB3      CYS  18 -13.817 -17.968   9.809
    5    HG   CYS  18           HG       CYS  18 -15.180 -16.874   7.716

  No H/Q in entry =           5
  In of MODEL    9
    1    H    HIS  19           H        HIS  19 -16.389 -16.629  11.070
    2    HA   HIS  19           HA       HIS  19 -18.999 -17.513  12.053
    3    HB2  HIS  19           HB2      HIS  19 -17.607 -16.993  14.077
    4    HB3  HIS  19           HB3      HIS  19 -17.374 -15.360  13.473
    5    HD1  HIS  19           HD1      HIS  19 -20.240 -17.624  14.549
    6    HD2  HIS  19           HD2      HIS  19 -19.189 -13.603  14.444
    7    HE1  HIS  19           HE1      HIS  19 -22.124 -16.403  15.682
    8    HE2  HIS  19           HE2      HIS  19 -21.511 -13.962  15.525

  No H/Q in entry =           8
  In of MODEL    9
    1    H    ILE  20           H        ILE  20 -19.673 -16.715   9.687
    2    HA   ILE  20           HA       ILE  20 -19.509 -13.969   9.040
    3    HB   ILE  20           HB       ILE  20 -21.906 -15.332   8.114
    4   HG12  ILE  20          HG12      ILE  20 -20.096 -17.206   8.319
    5   HG13  ILE  20          HG13      ILE  20 -21.017 -17.073   6.833
    6   HG23  ILE  20          HG21      ILE  20 -21.193 -14.507   5.954
    7   HG22  ILE  20          HG22      ILE  20 -19.673 -13.980   6.677
    8   HG21  ILE  20          HG23      ILE  20 -21.195 -13.254   7.195
    9   HD13  ILE  20          HD11      ILE  20 -19.185 -16.720   5.627
   10   HD12  ILE  20          HD12      ILE  20 -18.278 -17.211   7.058
   11   HD11  ILE  20          HD13      ILE  20 -18.584 -15.504   6.751

  No H/Q in entry =          11
  In of MODEL    9
    1    H    HIS  21           H        HIS  21 -20.371 -12.477   9.940
    2    HA   HIS  21           HA       HIS  21 -22.660 -11.510  10.005
    3    HB2  HIS  21           HB2      HIS  21 -23.824 -13.408  11.016
    4    HB3  HIS  21           HB3      HIS  21 -22.855 -13.271  12.478
    5    HD1  HIS  21           HD1      HIS  21 -23.378 -11.199  14.029
    6    HD2  HIS  21           HD2      HIS  21 -26.101 -11.801  10.943
    7    HE1  HIS  21           HE1      HIS  21 -25.403  -9.854  14.646
    8    HE2  HIS  21           HE2      HIS  21 -26.951 -10.074  12.675

  No H/Q in entry =           8
  In of MODEL    9
    1    H    LYS  22           H        LYS  22 -22.401  -9.650  10.420
    2    HA   LYS  22           HA       LYS  22 -20.363  -8.890  12.351
    3    HB2  LYS  22           HB2      LYS  22 -19.918  -8.539   9.834
    4    HB3  LYS  22           HB3      LYS  22 -20.984  -7.163  10.004
    5    HG2  LYS  22           HG2      LYS  22 -19.234  -6.839  12.095
    6    HG3  LYS  22           HG3      LYS  22 -18.213  -7.501  10.821
    7    HD2  LYS  22           HD2      LYS  22 -19.291  -5.762   9.309
    8    HD3  LYS  22           HD3      LYS  22 -19.849  -4.987  10.798
    9    HE2  LYS  22           HE2      LYS  22 -17.243  -5.392  11.393
   10    HE3  LYS  22           HE3      LYS  22 -17.141  -5.157   9.648
   11    HZ3  LYS  22           HZ1      LYS  22 -18.121  -3.050   9.824
   12    HZ2  LYS  22           HZ2      LYS  22 -16.960  -3.099  11.049
   13    HZ1  LYS  22           HZ3      LYS  22 -18.598  -3.287  11.428

  No H/Q in entry =          13
  In of MODEL    9
    1    H    TYR  23           H        TYR  23 -21.480  -6.088  11.228
    2    HA   TYR  23           HA       TYR  23 -23.608  -5.787  13.156
    3    HB2  TYR  23           HB2      TYR  23 -21.805  -3.806  13.941
    4    HB3  TYR  23           HB3      TYR  23 -22.322  -5.198  14.874
    5    HD1  TYR  23           HD1      TYR  23 -20.828  -7.431  14.136
    6    HD2  TYR  23           HD2      TYR  23 -19.604  -3.415  13.859
    7    HE1  TYR  23           HE1      TYR  23 -18.507  -8.181  14.251
    8    HE2  TYR  23           HE2      TYR  23 -17.246  -4.117  13.972
    9    HH   TYR  23           HH       TYR  23 -16.381  -7.564  14.095

  No H/Q in entry =           9
  In of MODEL    9
    1    HA   PRO  24           HA       PRO  24 -25.007  -1.992  11.217
    2    HB2  PRO  24           HB2      PRO  24 -24.232  -0.110  13.215
    3    HB3  PRO  24           HB3      PRO  24 -25.828  -0.815  12.965
    4    HG2  PRO  24           HG2      PRO  24 -23.697  -1.592  14.870
    5    HG3  PRO  24           HG3      PRO  24 -25.455  -1.770  15.008
    6    HD2  PRO  24           HD2      PRO  24 -23.893  -3.884  14.547
    7    HD3  PRO  24           HD3      PRO  24 -25.478  -3.730  13.761

  No H/Q in entry =           7
  In of MODEL    9
    1    H    SER  25           H        SER  25 -24.104  -0.188   9.899
    2    HA   SER  25           HA       SER  25 -21.311  -0.096   9.815
    3    HB2  SER  25           HB2      SER  25 -22.309   2.340   8.827
    4    HB3  SER  25           HB3      SER  25 -21.718   0.953   7.929
    5    HG   SER  25           HG       SER  25 -24.155   1.856   7.914

  No H/Q in entry =           5
  In of MODEL    9
    1    H    LYS  26           H        LYS  26 -19.961   1.680  10.220
    2    HA   LYS  26           HA       LYS  26 -19.294   3.664  11.368
    3    HB2  LYS  26           HB2      LYS  26 -21.640   4.203  12.172
    4    HB3  LYS  26           HB3      LYS  26 -21.551   2.909  13.358
    5    HG2  LYS  26           HG2      LYS  26 -19.660   4.099  14.552
    6    HG3  LYS  26           HG3      LYS  26 -19.622   5.339  13.302
    7    HD2  LYS  26           HD2      LYS  26 -21.972   6.021  14.003
    8    HD3  LYS  26           HD3      LYS  26 -21.965   4.738  15.228
    9    HE2  LYS  26           HE2      LYS  26 -19.884   5.745  16.299
   10    HE3  LYS  26           HE3      LYS  26 -19.889   7.052  15.104
   11    HZ1  LYS  26           HZ1      LYS  26 -22.336   6.524  16.685
   12    HZ2  LYS  26           HZ2      LYS  26 -21.112   7.385  17.358
   13    HZ3  LYS  26           HZ3      LYS  26 -21.778   7.913  15.914

  No H/Q in entry =          13
  In of MODEL    9
    1    H    SER  27           H        SER  27 -19.602   0.415  11.901
    2    HA   SER  27           HA       SER  27 -18.271   0.392  14.452
    3    HB2  SER  27           HB2      SER  27 -18.405  -2.115  14.094
    4    HB3  SER  27           HB3      SER  27 -19.940  -1.260  14.252
    5    HG   SER  27           HG       SER  27 -20.433  -1.759  12.266

  No H/Q in entry =           5
  In of MODEL    9
    1    H    THR  28           H        THR  28 -16.256   0.918  14.363
    2    HA   THR  28           HA       THR  28 -14.473  -0.333  12.407
    3    HB   THR  28           HB       THR  28 -13.956   2.032  12.837
    4    HG1  THR  28           HG1      THR  28 -12.009   1.167  12.709
    5   HG22  THR  28          HG21      THR  28 -13.443   2.855  15.088
    6   HG21  THR  28          HG22      THR  28 -13.873   1.281  15.757
    7   HG23  THR  28          HG23      THR  28 -15.105   2.274  14.978

  No H/Q in entry =           7
  In of MODEL    9
    1    H    LEU  29           H        LEU  29 -12.679  -1.335  13.457
    2    HA   LEU  29           HA       LEU  29 -13.603  -3.145  15.532
    3    HB2  LEU  29           HB2      LEU  29 -12.308  -4.759  13.593
    4    HB3  LEU  29           HB3      LEU  29 -13.973  -4.871  14.123
    5    HG   LEU  29           HG       LEU  29 -12.902  -3.381  11.710
    6   HD11  LEU  29          HD11      LEU  29 -13.134  -5.864  11.549
    7   HD13  LEU  29          HD12      LEU  29 -14.126  -4.946  10.410
    8   HD12  LEU  29          HD13      LEU  29 -14.864  -5.655  11.850
    9   HD22  LEU  29          HD21      LEU  29 -15.101  -2.754  11.140
   10   HD21  LEU  29          HD22      LEU  29 -14.809  -2.221  12.800
   11   HD23  LEU  29          HD23      LEU  29 -15.778  -3.666  12.495

  No H/Q in entry =          11
  In of MODEL    9
    1    H    ILE  30           H        ILE  30 -11.141  -1.605  13.781
    2    HA   ILE  30           HA       ILE  30  -9.089  -2.034  15.562
    3    HB   ILE  30           HB       ILE  30  -7.775  -3.407  13.512
    4   HG12  ILE  30          HG12      ILE  30  -9.622  -5.513  14.048
    5   HG13  ILE  30          HG13      ILE  30 -10.527  -4.156  13.399
    6   HG22  ILE  30          HG21      ILE  30  -7.592  -5.254  15.136
    7   HG21  ILE  30          HG22      ILE  30  -8.781  -4.441  16.152
    8   HG23  ILE  30          HG23      ILE  30  -7.226  -3.673  15.824
    9   HD13  ILE  30          HD11      ILE  30  -9.973  -5.516  11.574
   10   HD12  ILE  30          HD12      ILE  30  -8.297  -5.683  12.108
   11   HD11  ILE  30          HD13      ILE  30  -8.873  -4.132  11.490

  No H/Q in entry =          11
  In of MODEL    9
    1    H    HIS  31           H        HIS  31  -8.786  -0.087  15.279
    2    HA   HIS  31           HA       HIS  31  -6.714   0.776  13.524
    3    HB2  HIS  31           HB2      HIS  31  -8.374   1.148  11.885
    4    HB3  HIS  31           HB3      HIS  31  -9.615   1.385  13.101
    5    HD1  HIS  31           HD1      HIS  31  -7.172   3.261  11.020
    6    HD2  HIS  31           HD2      HIS  31  -9.804   4.031  14.149
    7    HE1  HIS  31           HE1      HIS  31  -7.312   5.754  11.199
    8    HE2  HIS  31           HE2      HIS  31  -8.766   6.189  13.227

  No H/Q in entry =           8
  In of MODEL    9
    1    H    GLN  32           H        GLN  32  -7.093   0.635  16.414
    2    HA   GLN  32           HA       GLN  32  -6.683   3.470  16.934
    3    HB2  GLN  32           HB2      GLN  32  -8.971   1.979  18.026
    4    HB3  GLN  32           HB3      GLN  32  -7.991   2.751  19.264
    5    HG2  GLN  32           HG2      GLN  32  -9.229   4.153  16.891
    6    HG3  GLN  32           HG3      GLN  32  -9.837   4.190  18.544
    7   HE21  GLN  32          HE21      GLN  32  -9.102   5.733  19.875
    8   HE22  GLN  32          HE22      GLN  32  -7.779   6.794  19.529

  No H/Q in entry =           8
  In of MODEL    9
    1    H    GLY  33           H        GLY  33  -5.752   0.315  17.122
    2    HA3  GLY  33           HA2      GLY  33  -3.378   0.144  17.878
    3    HA2  GLY  33           HA3      GLY  33  -3.919   1.002  19.307

  No H/Q in entry =           3
  In of MODEL    9
    1    H    GLU  34           H        GLU  34  -6.062  -1.396  18.036
    2    HA   GLU  34           HA       GLU  34  -5.567  -3.156  20.304
    3    HB2  GLU  34           HB2      GLU  34  -7.880  -2.442  19.158
    4    HB3  GLU  34           HB3      GLU  34  -7.517  -3.837  18.181
    5    HG2  GLU  34           HG2      GLU  34  -8.963  -4.303  20.147
    6    HG3  GLU  34           HG3      GLU  34  -7.491  -5.274  20.038

  No H/Q in entry =           6
  In of MODEL    9
    1    H    LYS  35           H        LYS  35  -4.533  -4.995  20.110
    2    HA   LYS  35           HA       LYS  35  -3.036  -5.750  17.934
    3    HB2  LYS  35           HB2      LYS  35  -3.899  -7.133  20.422
    4    HB3  LYS  35           HB3      LYS  35  -3.332  -8.153  19.103
    5    HG2  LYS  35           HG2      LYS  35  -1.281  -6.742  18.989
    6    HG3  LYS  35           HG3      LYS  35  -1.832  -5.935  20.462
    7    HD2  LYS  35           HD2      LYS  35  -0.364  -7.591  21.238
    8    HD3  LYS  35           HD3      LYS  35  -1.963  -8.301  21.469
    9    HE2  LYS  35           HE2      LYS  35  -1.586  -9.321  19.120
   10    HE3  LYS  35           HE3      LYS  35   0.112  -8.944  19.403
   11    HZ3  LYS  35           HZ1      LYS  35  -0.074 -11.085  20.185
   12    HZ2  LYS  35           HZ2      LYS  35  -1.629 -10.855  20.814
   13    HZ1  LYS  35           HZ3      LYS  35  -0.284 -10.196  21.609

  No H/Q in entry =          13
  In of MODEL    9
    1    H    ALA  36           H        ALA  36  -3.845  -6.181  15.953
    2    HA   ALA  36           HA       ALA  36  -6.465  -7.184  15.606
    3    HB3  ALA  36           HB1      ALA  36  -5.807  -5.816  13.886
    4    HB1  ALA  36           HB2      ALA  36  -5.552  -7.412  13.174
    5    HB2  ALA  36           HB3      ALA  36  -4.184  -6.503  13.823

  No H/Q in entry =           5
  In of MODEL    9
    1    H    GLU  37           H        GLU  37  -5.954  -9.079  17.108
    2    HA   GLU  37           HA       GLU  37  -4.502 -11.292  15.923
    3    HB2  GLU  37           HB2      GLU  37  -6.269 -11.358  18.369
    4    HB3  GLU  37           HB3      GLU  37  -5.001 -12.494  17.935
    5    HG2  GLU  37           HG2      GLU  37  -3.326 -10.749  18.274
    6    HG3  GLU  37           HG3      GLU  37  -4.605  -9.617  18.714

  No H/Q in entry =           6
  In of MODEL    9
    1    H    THR  38           H        THR  38  -7.648 -10.065  15.911
    2    HA   THR  38           HA       THR  38  -8.731 -12.613  14.953
    3    HB   THR  38           HB       THR  38 -10.020 -11.889  16.814
    4    HG1  THR  38           HG1      THR  38 -11.442 -10.973  14.518
    5   HG21  THR  38          HG21      THR  38 -10.016  -9.173  15.512
    6   HG23  THR  38          HG22      THR  38  -9.325  -9.628  17.069
    7   HG22  THR  38          HG23      THR  38 -11.075  -9.607  16.854

  No H/Q in entry =           7
  In of MODEL    9
    1    H    LEU  39           H        LEU  39  -9.522 -12.733  12.913
    2    HA   LEU  39           HA       LEU  39  -9.120 -10.354  11.278
    3    HB2  LEU  39           HB2      LEU  39  -8.109 -11.723   9.844
    4    HB3  LEU  39           HB3      LEU  39  -8.454 -13.086  10.891
    5    HG   LEU  39           HG       LEU  39 -10.701 -12.227   9.176
    6   HD13  LEU  39          HD11      LEU  39  -9.824 -13.305   7.180
    7   HD12  LEU  39          HD12      LEU  39  -8.271 -13.549   7.981
    8   HD11  LEU  39          HD13      LEU  39  -8.834 -11.915   7.629
    9   HD21  LEU  39          HD21      LEU  39 -10.813 -14.183  10.629
   10   HD23  LEU  39          HD22      LEU  39  -9.440 -14.897   9.782
   11   HD22  LEU  39          HD23      LEU  39 -10.965 -14.638   8.932

  No H/Q in entry =          11
  In of MODEL    9
    1    H    TYR  40           H        TYR  40 -10.799  -9.748   9.714
    2    HA   TYR  40           HA       TYR  40 -13.387 -11.020  10.284
    3    HB2  TYR  40           HB2      TYR  40 -13.068  -8.066   9.725
    4    HB3  TYR  40           HB3      TYR  40 -14.490  -8.901  10.318
    5    HD1  TYR  40           HD1      TYR  40 -14.987  -8.793  12.541
    6    HD2  TYR  40           HD2      TYR  40 -10.971  -8.102  11.354
    7    HE1  TYR  40           HE1      TYR  40 -14.431  -8.091  14.832
    8    HE2  TYR  40           HE2      TYR  40 -10.393  -7.428  13.647
    9    HH   TYR  40           HH       TYR  40 -11.483  -6.563  15.638

  No H/Q in entry =           9
  In of MODEL    9
    1    H    TYR  41           H        TYR  41 -13.577 -12.129   8.345
    2    HA   TYR  41           HA       TYR  41 -12.793 -10.779   5.887
    3    HB2  TYR  41           HB2      TYR  41 -12.032 -13.002   6.023
    4    HB3  TYR  41           HB3      TYR  41 -13.555 -13.582   6.673
    5    HD1  TYR  41           HD1      TYR  41 -13.727 -11.393   3.777
    6    HD2  TYR  41           HD2      TYR  41 -13.394 -15.405   5.078
    7    HE1  TYR  41           HE1      TYR  41 -14.420 -12.152   1.556
    8    HE2  TYR  41           HE2      TYR  41 -14.060 -16.184   2.887
    9    HH   TYR  41           HH       TYR  41 -15.440 -15.250   0.918

  No H/Q in entry =           9
  In of MODEL    9
    1    H    ILE  42           H        ILE  42 -14.255  -9.256   5.486
    2    HA   ILE  42           HA       ILE  42 -16.977  -9.350   5.958
    3    HB   ILE  42           HB       ILE  42 -15.344  -7.434   5.147
    4   HG12  ILE  42          HG12      ILE  42 -18.224  -7.314   4.309
    5   HG13  ILE  42          HG13      ILE  42 -17.727  -7.309   6.001
    6   HG22  ILE  42          HG21      ILE  42 -16.828  -7.958   2.601
    7   HG21  ILE  42          HG22      ILE  42 -15.160  -8.461   2.867
    8   HG23  ILE  42          HG23      ILE  42 -15.583  -6.750   2.918
    9   HD12  ILE  42          HD11      ILE  42 -16.958  -5.311   3.900
   10   HD11  ILE  42          HD12      ILE  42 -16.349  -5.328   5.558
   11   HD13  ILE  42          HD13      ILE  42 -18.068  -5.059   5.248

  No H/Q in entry =          11
  In of MODEL    9
    1    H    VAL  43           H        VAL  43 -18.627 -10.365   5.045
    2    HA   VAL  43           HA       VAL  43 -18.047 -11.957   2.648
    3    HB   VAL  43           HB       VAL  43 -20.013 -12.396   4.881
    4   HG13  VAL  43          HG11      VAL  43 -21.030 -13.267   2.945
    5   HG12  VAL  43          HG12      VAL  43 -20.318 -14.630   3.810
    6   HG11  VAL  43          HG13      VAL  43 -19.517 -13.977   2.381
    7   HG22  VAL  43          HG21      VAL  43 -17.979 -12.959   5.759
    8   HG21  VAL  43          HG22      VAL  43 -17.321 -13.472   4.204
    9   HG23  VAL  43          HG23      VAL  43 -18.479 -14.496   5.051

  No H/Q in entry =           9
  In of MODEL    9
    1    H    LYS  44           H        LYS  44 -19.836  -9.540   3.903
    2    HA   LYS  44           HA       LYS  44 -21.334  -8.740   1.679
    3    HB2  LYS  44           HB2      LYS  44 -22.704 -10.748   2.577
    4    HB3  LYS  44           HB3      LYS  44 -22.959  -9.784   4.029
    5    HG2  LYS  44           HG2      LYS  44 -23.938  -8.016   2.468
    6    HG3  LYS  44           HG3      LYS  44 -23.963  -9.283   1.239
    7    HD2  LYS  44           HD2      LYS  44 -25.087 -10.571   3.350
    8    HD3  LYS  44           HD3      LYS  44 -25.653  -8.921   3.616
    9    HE2  LYS  44           HE2      LYS  44 -25.899 -10.343   0.975
   10    HE3  LYS  44           HE3      LYS  44 -27.148 -10.400   2.216
   11    HZ3  LYS  44           HZ1      LYS  44 -27.463  -8.069   2.054
   12    HZ2  LYS  44           HZ2      LYS  44 -27.484  -8.677   0.476
   13    HZ1  LYS  44           HZ3      LYS  44 -26.113  -7.876   1.057

  No H/Q in entry =          13
  In of MODEL    9
    1    H    GLY  45           H        GLY  45 -22.110  -6.721   2.184
    2    HA3  GLY  45           HA2      GLY  45 -22.232  -4.751   3.440
    3    HA2  GLY  45           HA3      GLY  45 -21.315  -5.543   4.733

  No H/Q in entry =           3
  In of MODEL    9
    1    H    SER  46           H        SER  46 -20.445  -3.087   3.636
    2    HA   SER  46           HA       SER  46 -17.865  -3.969   2.672
    3    HB2  SER  46           HB2      SER  46 -18.769  -3.307   0.595
    4    HB3  SER  46           HB3      SER  46 -19.752  -2.046   1.334
    5    HG   SER  46           HG       SER  46 -16.919  -1.979   1.124

  No H/Q in entry =           5
  In of MODEL    9
    1    H    VAL  47           H        VAL  47 -16.167  -2.419   3.250
    2    HA   VAL  47           HA       VAL  47 -17.205  -0.718   5.374
    3    HB   VAL  47           HB       VAL  47 -15.323  -1.085   6.827
    4   HG13  VAL  47          HG11      VAL  47 -17.164  -2.431   7.303
    5   HG12  VAL  47          HG12      VAL  47 -15.775  -3.520   7.318
    6   HG11  VAL  47          HG13      VAL  47 -16.852  -3.476   5.917
    7   HG23  VAL  47          HG21      VAL  47 -13.829  -3.031   6.375
    8   HG22  VAL  47          HG22      VAL  47 -13.557  -1.636   5.329
    9   HG21  VAL  47          HG23      VAL  47 -14.439  -3.040   4.720

  No H/Q in entry =           9
  In of MODEL    9
    1    H    ALA  48           H        ALA  48 -15.264   0.739   6.318
    2    HA   ALA  48           HA       ALA  48 -14.203   2.053   3.914
    3    HB1  ALA  48           HB1      ALA  48 -14.984   3.556   6.389
    4    HB2  ALA  48           HB2      ALA  48 -16.185   3.167   5.159
    5    HB3  ALA  48           HB3      ALA  48 -14.785   4.152   4.741

  No H/Q in entry =           5
  In of MODEL    9
    1    H    VAL  49           H        VAL  49 -12.256   1.300   4.018
    2    HA   VAL  49           HA       VAL  49 -10.728   0.846   6.339
    3    HB   VAL  49           HB       VAL  49 -10.031   1.046   3.409
    4   HG12  VAL  49          HG11      VAL  49  -8.183  -0.219   5.344
    5   HG11  VAL  49          HG12      VAL  49  -8.185   1.540   5.232
    6   HG13  VAL  49          HG13      VAL  49  -7.843   0.565   3.800
    7   HG22  VAL  49          HG21      VAL  49  -9.823  -1.370   3.577
    8   HG21  VAL  49          HG22      VAL  49 -11.428  -0.840   4.086
    9   HG23  VAL  49          HG23      VAL  49 -10.220  -1.287   5.295

  No H/Q in entry =           9
  In of MODEL    9
    1    H    LEU  50           H        LEU  50  -9.289   2.143   7.361
    2    HA   LEU  50           HA       LEU  50  -8.590   4.662   6.198
    3    HB2  LEU  50           HB2      LEU  50  -9.354   6.061   7.908
    4    HB3  LEU  50           HB3      LEU  50 -10.702   5.050   7.445
    5    HG   LEU  50           HG       LEU  50  -9.091   4.975   9.967
    6   HD11  LEU  50          HD11      LEU  50 -12.008   5.259   9.300
    7   HD13  LEU  50          HD12      LEU  50 -10.915   6.528   9.908
    8   HD12  LEU  50          HD13      LEU  50 -11.345   5.154  10.935
    9   HD21  LEU  50          HD21      LEU  50  -9.343   2.678   9.214
   10   HD23  LEU  50          HD22      LEU  50 -11.080   2.923   9.019
   11   HD22  LEU  50          HD23      LEU  50 -10.345   3.011  10.624

  No H/Q in entry =          11
  In of MODEL    9
    1    H    ILE  51           H        ILE  51  -6.849   5.725   7.125
    2    HA   ILE  51           HA       ILE  51  -5.185   3.877   8.699
    3    HB   ILE  51           HB       ILE  51  -3.270   5.089   7.536
    4   HG12  ILE  51          HG12      ILE  51  -4.126   5.698   5.089
    5   HG13  ILE  51          HG13      ILE  51  -5.597   6.104   5.962
    6   HG21  ILE  51          HG21      ILE  51  -3.838   2.777   7.100
    7   HG23  ILE  51          HG22      ILE  51  -3.368   3.586   5.604
    8   HG22  ILE  51          HG23      ILE  51  -5.071   3.277   5.944
    9   HD13  ILE  51          HD11      ILE  51  -4.205   8.058   5.634
   10   HD12  ILE  51          HD12      ILE  51  -2.863   7.262   6.454
   11   HD11  ILE  51          HD13      ILE  51  -4.326   7.670   7.350

  No H/Q in entry =          11
  In of MODEL    9
    1    H    LYS  52           H        LYS  52  -3.226   5.133   9.463
    2    HA   LYS  52           HA       LYS  52  -4.065   7.629  10.765
    3    HB2  LYS  52           HB2      LYS  52  -2.367   5.382  11.882
    4    HB3  LYS  52           HB3      LYS  52  -2.497   6.967  12.630
    5    HG2  LYS  52           HG2      LYS  52  -4.991   6.572  12.719
    6    HG3  LYS  52           HG3      LYS  52  -4.646   4.897  12.292
    7    HD2  LYS  52           HD2      LYS  52  -3.991   4.406  14.376
    8    HD3  LYS  52           HD3      LYS  52  -2.986   5.856  14.482
    9    HE2  LYS  52           HE2      LYS  52  -5.113   7.159  14.857
   10    HE3  LYS  52           HE3      LYS  52  -5.941   5.613  15.012
   11    HZ3  LYS  52           HZ1      LYS  52  -5.459   6.127  17.177
   12    HZ2  LYS  52           HZ2      LYS  52  -3.974   6.849  16.810
   13    HZ1  LYS  52           HZ3      LYS  52  -4.120   5.167  16.779

  No H/Q in entry =          13
  In of MODEL    9
    1    H    ASP  53           H        ASP  53  -2.604   9.229  10.786
    2    HA   ASP  53           HA       ASP  53  -0.462   9.044   8.862
    3    HB2  ASP  53           HB2      ASP  53  -2.206  10.942   9.117
    4    HB3  ASP  53           HB3      ASP  53  -1.128  11.522  10.378

  No H/Q in entry =           4
  In of MODEL    9
    1    H    GLU  54           H        GLU  54   1.304  11.061   9.884
    2    HA   GLU  54           HA       GLU  54   2.526   9.527  12.078
    3    HB2  GLU  54           HB2      GLU  54   3.769  10.384   9.810
    4    HB3  GLU  54           HB3      GLU  54   4.051  11.765  10.870
    5    HG2  GLU  54           HG2      GLU  54   5.101  10.389  12.502
    6    HG3  GLU  54           HG3      GLU  54   4.652   8.926  11.627

  No H/Q in entry =           6
  In of MODEL    9
    1    H    GLU  55           H        GLU  55   0.388  11.942  11.555
    2    HA   GLU  55           HA       GLU  55   1.143  13.468  13.990
    3    HB2  GLU  55           HB2      GLU  55  -0.463  15.227  12.855
    4    HB3  GLU  55           HB3      GLU  55   1.217  15.130  12.337
    5    HG2  GLU  55           HG2      GLU  55   0.689  14.214  10.326
    6    HG3  GLU  55           HG3      GLU  55  -0.773  13.447  10.941

  No H/Q in entry =           6
  In of MODEL    9
    1    H    GLY  56           H        GLY  56  -0.566  10.957  13.208
    2    HA3  GLY  56           HA2      GLY  56  -2.271  10.007  14.515
    3    HA2  GLY  56           HA3      GLY  56  -2.537  11.576  15.258

  No H/Q in entry =           3
  In of MODEL    9
    1    H    LYS  57           H        LYS  57  -2.619  11.516  11.682
    2    HA   LYS  57           HA       LYS  57  -5.402  12.232  11.927
    3    HB2  LYS  57           HB2      LYS  57  -3.818  13.569  10.568
    4    HB3  LYS  57           HB3      LYS  57  -3.427  12.149   9.627
    5    HG2  LYS  57           HG2      LYS  57  -5.684  12.088   8.745
    6    HG3  LYS  57           HG3      LYS  57  -6.105  13.505   9.712
    7    HD2  LYS  57           HD2      LYS  57  -5.601  14.178   7.431
    8    HD3  LYS  57           HD3      LYS  57  -4.365  14.797   8.527
    9    HE2  LYS  57           HE2      LYS  57  -3.667  12.176   7.524
   10    HE3  LYS  57           HE3      LYS  57  -3.968  13.303   6.203
   11    HZ3  LYS  57           HZ1      LYS  57  -2.193  14.579   6.770
   12    HZ2  LYS  57           HZ2      LYS  57  -1.614  13.091   7.340
   13    HZ1  LYS  57           HZ3      LYS  57  -2.284  14.222   8.423

  No H/Q in entry =          13
  In of MODEL    9
    1    H    GLU  58           H        GLU  58  -6.933  10.649  11.634
    2    HA   GLU  58           HA       GLU  58  -6.113   8.148  10.386
    3    HB2  GLU  58           HB2      GLU  58  -8.354   7.698  11.996
    4    HB3  GLU  58           HB3      GLU  58  -6.716   7.172  12.332
    5    HG2  GLU  58           HG2      GLU  58  -6.298   9.137  13.658
    6    HG3  GLU  58           HG3      GLU  58  -7.866   9.812  13.209

  No H/Q in entry =           6
  In of MODEL    9
    1    H    MET  59           H        MET  59  -7.008   8.555   8.172
    2    HA   MET  59           HA       MET  59  -9.757   9.457   8.286
    3    HB2  MET  59           HB2      MET  59  -7.462  10.051   6.436
    4    HB3  MET  59           HB3      MET  59  -9.134  10.496   6.106
    5    HG2  MET  59           HG2      MET  59  -9.106  11.928   8.087
    6    HG3  MET  59           HG3      MET  59  -7.418  11.469   8.358
    7    HE3  MET  59           HE1      MET  59  -7.552  12.739   4.088
    8    HE2  MET  59           HE2      MET  59  -8.987  11.955   4.743
    9    HE1  MET  59           HE3      MET  59  -7.416  11.156   4.862

  No H/Q in entry =           9
  In of MODEL    9
    1    H    ILE  60           H        ILE  60 -10.976   8.680   6.664
    2    HA   ILE  60           HA       ILE  60 -10.737   6.141   5.672
    3    HB   ILE  60           HB       ILE  60 -12.110   8.518   4.401
    4   HG12  ILE  60          HG12      ILE  60 -12.903   7.921   6.649
    5   HG13  ILE  60          HG13      ILE  60 -14.133   7.636   5.420
    6   HG21  ILE  60          HG21      ILE  60 -12.353   5.592   3.735
    7   HG23  ILE  60          HG22      ILE  60 -11.795   6.892   2.682
    8   HG22  ILE  60          HG23      ILE  60 -13.483   6.832   3.192
    9   HD11  ILE  60          HD11      ILE  60 -13.248   5.221   5.418
   10   HD13  ILE  60          HD12      ILE  60 -14.269   5.761   6.753
   11   HD12  ILE  60          HD13      ILE  60 -12.523   5.659   6.967

  No H/Q in entry =          11
  In of MODEL    9
    1    H    LEU  61           H        LEU  61  -9.285   5.266   4.285
    2    HA   LEU  61           HA       LEU  61  -8.201   7.013   2.205
    3    HB2  LEU  61           HB2      LEU  61  -6.033   6.331   2.548
    4    HB3  LEU  61           HB3      LEU  61  -6.648   6.349   4.180
    5    HG   LEU  61           HG       LEU  61  -5.260   4.470   4.016
    6   HD12  LEU  61          HD11      LEU  61  -6.833   2.520   4.169
    7   HD11  LEU  61          HD12      LEU  61  -8.130   3.675   3.861
    8   HD13  LEU  61          HD13      LEU  61  -7.101   3.858   5.284
    9   HD23  LEU  61          HD21      LEU  61  -5.931   2.645   2.273
   10   HD22  LEU  61          HD22      LEU  61  -4.827   3.962   1.859
   11   HD21  LEU  61          HD23      LEU  61  -6.523   4.048   1.379

  No H/Q in entry =          11
  In of MODEL    9
    1    H    SER  62           H        SER  62  -9.845   4.178   3.040
    2    HA   SER  62           HA       SER  62 -10.177   3.454   0.312
    3    HB2  SER  62           HB2      SER  62  -7.936   2.427   0.878
    4    HB3  SER  62           HB3      SER  62  -8.787   1.412   2.034
    5    HG   SER  62           HG       SER  62  -8.717   0.220   0.204

  No H/Q in entry =           5
  In of MODEL    9
    1    H    TYR  63           H        TYR  63 -11.167   1.132   0.322
    2    HA   TYR  63           HA       TYR  63 -12.921   0.374   2.371
    3    HB2  TYR  63           HB2      TYR  63 -14.537   1.048  -0.048
    4    HB3  TYR  63           HB3      TYR  63 -15.020   1.060   1.633
    5    HD1  TYR  63           HD1      TYR  63 -13.128   3.048  -0.866
    6    HD2  TYR  63           HD2      TYR  63 -15.438   3.087   2.688
    7    HE1  TYR  63           HE1      TYR  63 -13.228   5.495  -0.980
    8    HE2  TYR  63           HE2      TYR  63 -15.541   5.539   2.603
    9    HH   TYR  63           HH       TYR  63 -14.217   7.408   1.592

  No H/Q in entry =           9
  In of MODEL    9
    1    H    LEU  64           H        LEU  64 -14.302  -1.085   1.482
    2    HA   LEU  64           HA       LEU  64 -12.940  -3.086  -0.132
    3    HB2  LEU  64           HB2      LEU  64 -14.733  -3.747   2.141
    4    HB3  LEU  64           HB3      LEU  64 -13.599  -4.772   1.301
    5    HG   LEU  64           HG       LEU  64 -12.952  -2.630   3.314
    6   HD12  LEU  64          HD11      LEU  64 -12.315  -5.561   3.352
    7   HD11  LEU  64          HD12      LEU  64 -13.831  -4.919   3.982
    8   HD13  LEU  64          HD13      LEU  64 -12.297  -4.410   4.688
    9   HD23  LEU  64          HD21      LEU  64 -10.610  -3.380   3.050
   10   HD22  LEU  64          HD22      LEU  64 -11.229  -2.575   1.606
   11   HD21  LEU  64          HD23      LEU  64 -11.093  -4.334   1.646

  No H/Q in entry =          11
  In of MODEL    9
    1    H    ASN  65           H        ASN  65 -14.545  -4.924  -0.274
    2    HA   ASN  65           HA       ASN  65 -17.140  -3.974  -1.182
    3    HB2  ASN  65           HB2      ASN  65 -15.356  -5.811  -2.831
    4    HB3  ASN  65           HB3      ASN  65 -17.031  -5.407  -3.197
    5   HD21  ASN  65          HD21      ASN  65 -17.532  -3.362  -3.981
    6   HD22  ASN  65          HD22      ASN  65 -16.323  -2.285  -4.584

  No H/Q in entry =           6
  In of MODEL    9
    1    H    GLN  66           H        GLN  66 -18.588  -5.869  -1.278
    2    HA   GLN  66           HA       GLN  66 -18.572  -7.641   0.812
    3    HB2  GLN  66           HB2      GLN  66 -20.504  -7.206  -0.780
    4    HB3  GLN  66           HB3      GLN  66 -19.653  -8.086  -2.047
    5    HG2  GLN  66           HG2      GLN  66 -19.849 -10.239  -0.731
    6    HG3  GLN  66           HG3      GLN  66 -20.544  -9.392   0.629
    7   HE22  GLN  66          HE21      GLN  66 -23.416 -10.952  -0.971
    8   HE21  GLN  66          HE22      GLN  66 -21.971 -11.340   0.115

  No H/Q in entry =           8
  In of MODEL    9
    1    H    GLY  67           H        GLY  67 -17.976  -9.874   0.944
    2    HA3  GLY  67           HA2      GLY  67 -16.432 -11.567   0.786
    3    HA2  GLY  67           HA3      GLY  67 -16.443 -11.216  -0.927

  No H/Q in entry =           3
  In of MODEL    9
    1    H    ASP  68           H        ASP  68 -15.326  -8.697   1.193
    2    HA   ASP  68           HA       ASP  68 -12.599  -9.111   0.204
    3    HB2  ASP  68           HB2      ASP  68 -13.987  -6.836   0.143
    4    HB3  ASP  68           HB3      ASP  68 -13.392  -6.703   1.793

  No H/Q in entry =           4
  In of MODEL    9
    1    H    PHE  69           H        PHE  69 -11.022  -8.075   2.142
    2    HA   PHE  69           HA       PHE  69 -11.766  -9.719   4.466
    3    HB2  PHE  69           HB2      PHE  69  -9.032  -9.318   3.267
    4    HB3  PHE  69           HB3      PHE  69  -9.355 -10.195   4.759
    5    HD1  PHE  69           HD1      PHE  69 -10.129 -12.460   4.715
    6    HD2  PHE  69           HD2      PHE  69  -9.887 -10.195   1.109
    7    HE1  PHE  69           HE1      PHE  69 -10.496 -14.506   3.399
    8    HE2  PHE  69           HE2      PHE  69 -10.254 -12.242  -0.204
    9    HZ   PHE  69           HZ       PHE  69 -10.559 -14.399   0.940

  No H/Q in entry =           9
  In of MODEL    9
    1    H    ILE  70           H        ILE  70 -10.764  -9.115   6.508
    2    HA   ILE  70           HA       ILE  70 -10.029  -6.308   6.777
    3    HB   ILE  70           HB       ILE  70 -12.384  -7.669   8.082
    4   HG12  ILE  70          HG12      ILE  70 -12.023  -5.005   6.704
    5   HG13  ILE  70          HG13      ILE  70 -12.939  -6.397   6.127
    6   HG22  ILE  70          HG21      ILE  70 -12.491  -5.746   9.658
    7   HG21  ILE  70          HG22      ILE  70 -10.896  -5.244   9.102
    8   HG23  ILE  70          HG23      ILE  70 -11.098  -6.792   9.919
    9   HD13  ILE  70          HD11      ILE  70 -14.700  -5.326   6.987
   10   HD12  ILE  70          HD12      ILE  70 -13.696  -4.289   8.001
   11   HD11  ILE  70          HD13      ILE  70 -14.110  -5.918   8.543

  No H/Q in entry =          11
  In of MODEL    9
    1    H    GLY  71           H        GLY  71  -8.674  -5.974   8.522
    2    HA3  GLY  71           HA2      GLY  71  -7.396  -6.475  10.388
    3    HA2  GLY  71           HA3      GLY  71  -8.311  -7.965  10.573

  No H/Q in entry =           3
  In of MODEL    9
    1    H    GLU  72           H        GLU  72  -7.097  -7.526   7.455
    2    HA   GLU  72           HA       GLU  72  -5.397  -9.780   7.690
    3    HB2  GLU  72           HB2      GLU  72  -4.878  -8.165   5.351
    4    HB3  GLU  72           HB3      GLU  72  -5.544  -9.785   5.458
    5    HG2  GLU  72           HG2      GLU  72  -7.209  -8.602   4.374
    6    HG3  GLU  72           HG3      GLU  72  -7.757  -8.614   6.049

  No H/Q in entry =           6
  In of MODEL    9
    1    H    LEU  73           H        LEU  73  -5.205  -6.388   7.611
    2    HA   LEU  73           HA       LEU  73  -2.469  -5.950   7.471
    3    HB2  LEU  73           HB2      LEU  73  -4.882  -4.443   8.165
    4    HB3  LEU  73           HB3      LEU  73  -3.419  -3.844   8.928
    5    HG   LEU  73           HG       LEU  73  -3.877  -2.689   6.816
    6   HD13  LEU  73          HD11      LEU  73  -1.596  -2.963   7.598
    7   HD12  LEU  73          HD12      LEU  73  -1.665  -3.013   5.836
    8   HD11  LEU  73          HD13      LEU  73  -1.489  -4.509   6.759
    9   HD23  LEU  73          HD21      LEU  73  -3.135  -4.449   4.839
   10   HD22  LEU  73          HD22      LEU  73  -4.782  -3.907   5.168
   11   HD21  LEU  73          HD23      LEU  73  -4.202  -5.425   5.853

  No H/Q in entry =          11
  In of MODEL    9
    1    H    GLY  74           H        GLY  74  -4.098  -7.537   9.853
    2    HA3  GLY  74           HA2      GLY  74  -2.150  -6.711  11.900
    3    HA2  GLY  74           HA3      GLY  74  -3.733  -7.388  12.244

  No H/Q in entry =           3
  In of MODEL    9
    1    H    LEU  75           H        LEU  75  -3.423  -9.433  10.098
    2    HA   LEU  75           HA       LEU  75  -1.671 -11.226  11.680
    3    HB2  LEU  75           HB2      LEU  75  -3.193 -12.867  11.426
    4    HB3  LEU  75           HB3      LEU  75  -4.289 -11.539  11.082
    5    HG   LEU  75           HG       LEU  75  -3.110 -12.141   8.633
    6   HD12  LEU  75          HD11      LEU  75  -4.072 -14.708   9.879
    7   HD11  LEU  75          HD12      LEU  75  -2.367 -14.265   9.827
    8   HD13  LEU  75          HD13      LEU  75  -3.268 -14.474   8.326
    9   HD21  LEU  75          HD21      LEU  75  -5.413 -11.418   9.016
   10   HD23  LEU  75          HD22      LEU  75  -5.791 -12.973   9.757
   11   HD22  LEU  75          HD23      LEU  75  -5.370 -12.890   8.046

  No H/Q in entry =          11
  In of MODEL    9
    1    H    PHE  76           H        PHE  76  -2.461 -10.156   8.496
    2    HA   PHE  76           HA       PHE  76  -0.623 -11.992   7.218
    3    HB2  PHE  76           HB2      PHE  76  -2.684 -11.645   6.069
    4    HB3  PHE  76           HB3      PHE  76  -2.550  -9.896   6.223
    5    HD1  PHE  76           HD1      PHE  76  -0.273 -12.541   5.070
    6    HD2  PHE  76           HD2      PHE  76  -2.276  -8.922   4.181
    7    HE1  PHE  76           HE1      PHE  76   0.830 -12.493   2.854
    8    HE2  PHE  76           HE2      PHE  76  -1.183  -8.837   1.972
    9    HZ   PHE  76           HZ       PHE  76   0.371 -10.624   1.307

  No H/Q in entry =           9
  In of MODEL    9
    1    H    GLU  77           H        GLU  77  -1.024  -8.596   7.966
    2    HA   GLU  77           HA       GLU  77   1.211  -7.686   6.489
    3    HB2  GLU  77           HB2      GLU  77  -0.715  -6.340   7.586
    4    HB3  GLU  77           HB3      GLU  77   0.257  -6.407   9.044
    5    HG2  GLU  77           HG2      GLU  77   1.234  -5.305   6.427
    6    HG3  GLU  77           HG3      GLU  77   0.485  -4.326   7.683

  No H/Q in entry =           6
  In of MODEL    9
    1    H    GLU  78           H        GLU  78   0.615  -8.674   9.791
    2    HA   GLU  78           HA       GLU  78   1.877  -9.960  11.094
    3    HB2  GLU  78           HB2      GLU  78   3.809  -9.979   9.284
    4    HB3  GLU  78           HB3      GLU  78   4.467  -8.705  10.311
    5    HG2  GLU  78           HG2      GLU  78   4.137 -10.265  12.261
    6    HG3  GLU  78           HG3      GLU  78   3.808 -11.532  11.082

  No H/Q in entry =           6
  In of MODEL    9
    1    H    GLY  79           H        GLY  79   0.535  -7.523  11.129
    2    HA3  GLY  79           HA2      GLY  79   1.982  -5.333  12.208
    3    HA2  GLY  79           HA3      GLY  79   0.239  -5.540  12.157

  No H/Q in entry =           3
  In of MODEL    9
    1    H    GLN  80           H        GLN  80  -0.694  -7.046  13.745
    2    HA   GLN  80           HA       GLN  80  -1.048  -7.781  15.783
    3    HB2  GLN  80           HB2      GLN  80   1.904  -7.966  15.636
    4    HB3  GLN  80           HB3      GLN  80   1.141  -8.127  17.208
    5    HG2  GLN  80           HG2      GLN  80   0.940 -10.280  16.720
    6    HG3  GLN  80           HG3      GLN  80  -0.366  -9.794  15.642
    7   HE21  GLN  80          HE21      GLN  80  -0.065  -9.885  13.445
    8   HE22  GLN  80          HE22      GLN  80   1.332 -10.596  12.719

  No H/Q in entry =           8
  In of MODEL    9
    1    H    GLU  81           H        GLU  81  -1.835  -5.505  15.820
    2    HA   GLU  81           HA       GLU  81  -1.807  -4.086  18.001
    3    HB2  GLU  81           HB2      GLU  81   0.829  -3.787  16.943
    4    HB3  GLU  81           HB3      GLU  81   0.007  -2.232  16.852
    5    HG2  GLU  81           HG2      GLU  81  -0.473  -2.291  19.203
    6    HG3  GLU  81           HG3      GLU  81   0.209  -3.912  19.337

  No H/Q in entry =           6
  In of MODEL    9
    1    H    ARG  82           H        ARG  82  -3.437  -4.437  15.807
    2    HA   ARG  82           HA       ARG  82  -5.040  -3.398  14.648
    3    HB2  ARG  82           HB2      ARG  82  -5.776  -1.708  15.873
    4    HB3  ARG  82           HB3      ARG  82  -4.174  -1.417  16.522
    5    HG2  ARG  82           HG2      ARG  82  -4.570  -0.346  13.823
    6    HG3  ARG  82           HG3      ARG  82  -5.648   0.342  15.038
    7    HD2  ARG  82           HD2      ARG  82  -3.982   1.448  16.071
    8    HD3  ARG  82           HD3      ARG  82  -2.849   0.110  15.891
    9    HE   ARG  82           HE       ARG  82  -3.429   1.648  13.496
   10   HH11  ARG  82          HH11      ARG  82  -1.257   1.073  16.193
   11   HH12  ARG  82          HH12      ARG  82   0.098   1.833  15.419
   12   HH21  ARG  82          HH21      ARG  82  -1.611   2.618  12.471
   13   HH22  ARG  82          HH22      ARG  82  -0.098   2.692  13.316

  No H/Q in entry =          13
  In of MODEL    9
    1    H    SER  83           H        SER  83  -2.296  -1.158  14.342
    2    HA   SER  83           HA       SER  83  -1.168  -0.290  12.615
    3    HB2  SER  83           HB2      SER  83  -2.158  -2.492  10.830
    4    HB3  SER  83           HB3      SER  83  -0.612  -1.646  10.794
    5    HG   SER  83           HG       SER  83  -0.849  -3.893  11.792

  No H/Q in entry =           5
  In of MODEL    9
    1    H    ALA  84           H        ALA  84  -4.539  -1.022  11.911
    2    HA   ALA  84           HA       ALA  84  -6.111   0.680  11.522
    3    HB1  ALA  84           HB1      ALA  84  -4.477   2.505  11.652
    4    HB2  ALA  84           HB2      ALA  84  -5.609   2.708  10.316
    5    HB3  ALA  84           HB3      ALA  84  -3.966   2.150  10.002

  No H/Q in entry =           5
  In of MODEL    9
    1    H    TRP  85           H        TRP  85  -7.582   0.810   9.743
    2    HA   TRP  85           HA       TRP  85  -7.329   0.282   7.225
    3    HB2  TRP  85           HB2      TRP  85  -5.927  -1.749   8.162
    4    HB3  TRP  85           HB3      TRP  85  -7.509  -2.495   8.330
    5    HD1  TRP  85           HD1      TRP  85  -8.246  -3.811   6.379
    6    HE1  TRP  85           HE1      TRP  85  -7.670  -3.973   3.874
    7    HE3  TRP  85           HE3      TRP  85  -4.988   0.090   6.092
    8    HZ2  TRP  85           HZ2      TRP  85  -6.043  -2.583   2.016
    9    HZ3  TRP  85           HZ3      TRP  85  -3.967   0.620   3.918
   10    HH2  TRP  85           HH2      TRP  85  -4.481  -0.690   1.924

  No H/Q in entry =          10
  In of MODEL    9
    1    H    VAL  86           H        VAL  86  -9.205   0.095  10.045
    2    HA   VAL  86           HA       VAL  86 -11.466  -0.325   8.316
    3    HB   VAL  86           HB       VAL  86 -12.323  -1.976  10.330
    4   HG12  VAL  86          HG11      VAL  86 -11.956  -3.633   8.391
    5   HG11  VAL  86          HG12      VAL  86 -11.415  -2.209   7.499
    6   HG13  VAL  86          HG13      VAL  86 -13.053  -2.271   8.160
    7   HG21  VAL  86          HG21      VAL  86  -9.948  -2.224  11.005
    8   HG23  VAL  86          HG22      VAL  86  -9.602  -2.813   9.377
    9   HG22  VAL  86          HG23      VAL  86 -10.691  -3.718  10.431

  No H/Q in entry =           9
  In of MODEL    9
    1    H    ARG  87           H        ARG  87 -13.337   0.252   8.743
    2    HA   ARG  87           HA       ARG  87 -14.488   1.269  11.095
    3    HB2  ARG  87           HB2      ARG  87 -13.116   3.274  10.723
    4    HB3  ARG  87           HB3      ARG  87 -13.609   3.335   9.038
    5    HG2  ARG  87           HG2      ARG  87 -15.988   3.376  10.478
    6    HG3  ARG  87           HG3      ARG  87 -14.889   4.434  11.370
    7    HD2  ARG  87           HD2      ARG  87 -14.356   5.585   9.239
    8    HD3  ARG  87           HD3      ARG  87 -15.574   4.593   8.441
    9    HE   ARG  87           HE       ARG  87 -16.610   6.011  10.697
   10   HH11  ARG  87          HH11      ARG  87 -15.823   6.280   7.300
   11   HH12  ARG  87          HH12      ARG  87 -16.924   7.589   7.013
   12   HH21  ARG  87          HH21      ARG  87 -18.073   7.742  10.313
   13   HH22  ARG  87          HH22      ARG  87 -18.194   8.417   8.718

  No H/Q in entry =          13
  In of MODEL    9
    1    H    ALA  88           H        ALA  88 -16.310   0.104  10.584
    2    HA   ALA  88           HA       ALA  88 -17.176  -0.720   8.389
    3    HB1  ALA  88           HB1      ALA  88 -19.567  -0.046   9.723
    4    HB3  ALA  88           HB2      ALA  88 -18.319  -0.533  10.873
    5    HB2  ALA  88           HB3      ALA  88 -18.762  -1.590   9.529

  No H/Q in entry =           5
  In of MODEL    9
    1    H    LYS  89           H        LYS  89 -17.915   0.045   6.282
    2    HA   LYS  89           HA       LYS  89 -18.770   2.752   6.233
    3    HB2  LYS  89           HB2      LYS  89 -17.435   1.695   4.374
    4    HB3  LYS  89           HB3      LYS  89 -18.841   0.710   3.999
    5    HG2  LYS  89           HG2      LYS  89 -20.105   2.603   3.336
    6    HG3  LYS  89           HG3      LYS  89 -18.903   3.717   3.991
    7    HD2  LYS  89           HD2      LYS  89 -18.770   3.556   1.541
    8    HD3  LYS  89           HD3      LYS  89 -17.293   2.997   2.321
    9    HE2  LYS  89           HE2      LYS  89 -18.209   0.658   2.127
   10    HE3  LYS  89           HE3      LYS  89 -19.484   1.327   1.111
   11    HZ2  LYS  89           HZ1      LYS  89 -17.543   0.385  -0.106
   12    HZ1  LYS  89           HZ2      LYS  89 -16.597   1.639   0.520
   13    HZ3  LYS  89           HZ3      LYS  89 -17.896   1.991  -0.500

  No H/Q in entry =          13
  In of MODEL    9
    1    H    THR  90           H        THR  90 -20.165  -0.381   5.329
    2    HA   THR  90           HA       THR  90 -22.776   0.664   6.202
    3    HB   THR  90           HB       THR  90 -22.644  -1.698   4.384
    4    HG1  THR  90           HG1      THR  90 -21.902   0.956   3.687
    5   HG21  THR  90          HG21      THR  90 -24.398   0.731   4.726
    6   HG23  THR  90          HG22      THR  90 -24.826  -0.964   4.955
    7   HG22  THR  90          HG23      THR  90 -24.543  -0.338   3.332

  No H/Q in entry =           7
  In of MODEL    9
    1    H    ALA  91           H        ALA  91 -24.184  -1.619   6.551
    2    HA   ALA  91           HA       ALA  91 -22.899  -2.757   8.937
    3    HB1  ALA  91           HB1      ALA  91 -25.507  -2.136   8.592
    4    HB2  ALA  91           HB2      ALA  91 -25.024  -3.514   9.581
    5    HB3  ALA  91           HB3      ALA  91 -25.534  -3.764   7.913

  No H/Q in entry =           5
  In of MODEL    9
    1    H    CYS  92           H        CYS  92 -21.731  -4.573   8.718
    2    HA   CYS  92           HA       CYS  92 -22.195  -6.069   6.187
    3    HB2  CYS  92           HB2      CYS  92 -19.634  -6.606   7.430
    4    HB3  CYS  92           HB3      CYS  92 -19.953  -5.964   5.817
    5    HG   CYS  92           HG       CYS  92 -20.442  -3.321   7.170

  No H/Q in entry =           5
  In of MODEL    9
    1    H    GLU  93           H        GLU  93 -20.651  -8.150   6.773
    2    HA   GLU  93           HA       GLU  93 -21.679  -9.659   8.954
    3    HB2  GLU  93           HB2      GLU  93 -22.330 -10.396   6.065
    4    HB3  GLU  93           HB3      GLU  93 -22.564 -11.459   7.444
    5    HG2  GLU  93           HG2      GLU  93 -23.930  -8.802   7.299
    6    HG3  GLU  93           HG3      GLU  93 -24.587 -10.217   6.475

  No H/Q in entry =           6
  In of MODEL    9
    1    H    VAL  94           H        VAL  94 -19.584 -10.195   9.506
    2    HA   VAL  94           HA       VAL  94 -17.775 -10.729   7.256
    3    HB   VAL  94           HB       VAL  94 -15.888 -10.338   8.870
    4   HG12  VAL  94          HG11      VAL  94 -16.506  -7.732   8.915
    5   HG11  VAL  94          HG12      VAL  94 -17.668  -8.316   7.722
    6   HG13  VAL  94          HG13      VAL  94 -15.939  -8.595   7.486
    7   HG22  VAL  94          HG21      VAL  94 -16.801 -10.424  11.014
    8   HG21  VAL  94          HG22      VAL  94 -18.120  -9.337  10.596
    9   HG23  VAL  94          HG23      VAL  94 -16.473  -8.709  10.739

  No H/Q in entry =           9
  In of MODEL    9
    1    H    ALA  95           H        ALA  95 -16.383 -12.421   7.330
    2    HA   ALA  95           HA       ALA  95 -17.313 -14.555   9.107
    3    HB2  ALA  95           HB1      ALA  95 -16.567 -15.944   7.462
    4    HB3  ALA  95           HB2      ALA  95 -15.052 -15.052   7.296
    5    HB1  ALA  95           HB3      ALA  95 -16.502 -14.493   6.462

  No H/Q in entry =           5
  In of MODEL    9
    1    H    GLU  96           H        GLU  96 -16.566 -13.534  10.962
    2    HA   GLU  96           HA       GLU  96 -13.706 -13.004  11.002
    3    HB2  GLU  96           HB2      GLU  96 -14.062 -11.609  12.928
    4    HB3  GLU  96           HB3      GLU  96 -15.167 -11.126  11.648
    5    HG2  GLU  96           HG2      GLU  96 -16.979 -12.321  12.749
    6    HG3  GLU  96           HG3      GLU  96 -15.865 -12.856  14.007

  No H/Q in entry =           6
  In of MODEL    9
    1    H    ILE  97           H        ILE  97 -12.423 -14.036  11.956
    2    HA   ILE  97           HA       ILE  97 -13.033 -15.531  14.308
    3    HB   ILE  97           HB       ILE  97 -11.668 -17.484  13.307
    4   HG12  ILE  97          HG12      ILE  97 -13.100 -16.655  10.825
    5   HG13  ILE  97          HG13      ILE  97 -11.435 -16.173  11.118
    6   HG21  ILE  97          HG21      ILE  97 -13.992 -17.331  14.246
    7   HG23  ILE  97          HG22      ILE  97 -13.600 -18.685  13.192
    8   HG22  ILE  97          HG23      ILE  97 -14.522 -17.309  12.566
    9   HD11  ILE  97          HD11      ILE  97 -10.825 -18.551  11.359
   10   HD13  ILE  97          HD12      ILE  97 -11.453 -18.149   9.761
   11   HD12  ILE  97          HD13      ILE  97 -12.476 -18.988  10.929

  No H/Q in entry =          11
  In of MODEL    9
    1    H    SER  98           H        SER  98 -10.922 -16.751  14.937
    2    HA   SER  98           HA       SER  98  -8.999 -14.576  15.046
    3    HB2  SER  98           HB2      SER  98  -8.067 -16.445  16.772
    4    HB3  SER  98           HB3      SER  98  -9.212 -15.174  17.207
    5    HG   SER  98           HG       SER  98 -10.691 -16.635  17.469

  No H/Q in entry =           5
  In of MODEL    9
    1    H    TYR  99           H        TYR  99  -6.997 -14.704  14.489
    2    HA   TYR  99           HA       TYR  99  -6.345 -16.308  12.157
    3    HB2  TYR  99           HB2      TYR  99  -4.373 -14.958  11.920
    4    HB3  TYR  99           HB3      TYR  99  -5.700 -13.901  12.338
    5    HD1  TYR  99           HD1      TYR  99  -4.013 -15.772  15.050
    6    HD2  TYR  99           HD2      TYR  99  -4.118 -12.127  12.848
    7    HE1  TYR  99           HE1      TYR  99  -2.571 -14.706  16.730
    8    HE2  TYR  99           HE2      TYR  99  -2.685 -11.065  14.530
    9    HH   TYR  99           HH       TYR  99  -1.108 -12.862  17.017

  No H/Q in entry =           9
  In of MODEL    9
    1    H    LYS 100           H        LYS 100  -6.053 -17.022  15.551
    2    HA   LYS 100           HA       LYS 100  -3.650 -18.488  15.151
    3    HB2  LYS 100           HB2      LYS 100  -4.504 -17.960  17.417
    4    HB3  LYS 100           HB3      LYS 100  -5.898 -18.986  17.118
    5    HG2  LYS 100           HG2      LYS 100  -4.307 -20.900  16.816
    6    HG3  LYS 100           HG3      LYS 100  -3.024 -19.826  17.389
    7    HD2  LYS 100           HD2      LYS 100  -4.290 -19.445  19.458
    8    HD3  LYS 100           HD3      LYS 100  -5.537 -20.555  18.890
    9    HE2  LYS 100           HE2      LYS 100  -2.652 -21.271  19.382
   10    HE3  LYS 100           HE3      LYS 100  -3.985 -21.603  20.485
   11    HZ1  LYS 100           HZ1      LYS 100  -4.997 -22.992  18.787
   12    HZ3  LYS 100           HZ2      LYS 100  -3.444 -23.541  19.160
   13    HZ2  LYS 100           HZ3      LYS 100  -3.713 -22.681  17.732

  No H/Q in entry =          13
  In of MODEL    9
    1    H    LYS 101           H        LYS 101  -7.096 -19.388  15.176
    2    HA   LYS 101           HA       LYS 101  -6.640 -22.023  14.156
    3    HB2  LYS 101           HB2      LYS 101  -8.531 -22.000  15.445
    4    HB3  LYS 101           HB3      LYS 101  -8.978 -20.374  14.953
    5    HG2  LYS 101           HG2      LYS 101  -9.949 -21.118  12.974
    6    HG3  LYS 101           HG3      LYS 101  -9.194 -22.707  13.092
    7    HD2  LYS 101           HD2      LYS 101 -11.179 -23.362  13.938
    8    HD3  LYS 101           HD3      LYS 101 -10.614 -22.595  15.423
    9    HE2  LYS 101           HE2      LYS 101 -11.759 -20.549  14.854
   10    HE3  LYS 101           HE3      LYS 101 -12.222 -21.206  13.285
   11    HZ2  LYS 101           HZ1      LYS 101 -13.275 -21.860  15.951
   12    HZ1  LYS 101           HZ2      LYS 101 -13.336 -23.028  14.734
   13    HZ3  LYS 101           HZ3      LYS 101 -14.111 -21.542  14.516

  No H/Q in entry =          13
  In of MODEL    9
    1    H    PHE 102           H        PHE 102  -7.718 -18.979  12.794
    2    HA   PHE 102           HA       PHE 102  -8.498 -19.843  10.251
    3    HB2  PHE 102           HB2      PHE 102  -9.139 -17.715  10.785
    4    HB3  PHE 102           HB3      PHE 102  -7.621 -17.294  11.498
    5    HD1  PHE 102           HD1      PHE 102  -9.626 -17.222   8.475
    6    HD2  PHE 102           HD2      PHE 102  -5.723 -16.606  10.060
    7    HE1  PHE 102           HE1      PHE 102  -9.032 -15.915   6.480
    8    HE2  PHE 102           HE2      PHE 102  -5.121 -15.313   8.065
    9    HZ   PHE 102           HZ       PHE 102  -6.768 -14.960   6.274

  No H/Q in entry =           9
  In of MODEL    9
    1    H    ARG 103           H        ARG 103  -5.435 -18.349  11.256
    2    HA   ARG 103           HA       ARG 103  -4.044 -18.599   8.958
    3    HB2  ARG 103           HB2      ARG 103  -2.156 -18.105  10.106
    4    HB3  ARG 103           HB3      ARG 103  -3.336 -17.706  11.340
    5    HG2  ARG 103           HG2      ARG 103  -2.826 -19.571  12.612
    6    HG3  ARG 103           HG3      ARG 103  -2.116 -20.434  11.245
    7    HD2  ARG 103           HD2      ARG 103  -0.440 -18.386  11.297
    8    HD3  ARG 103           HD3      ARG 103  -0.947 -18.323  12.984
    9    HE   ARG 103           HE       ARG 103  -0.281 -20.969  12.346
   10   HH11  ARG 103          HH11      ARG 103   1.274 -17.853  12.735
   11   HH12  ARG 103          HH12      ARG 103   2.796 -18.524  13.227
   12   HH21  ARG 103          HH21      ARG 103   1.720 -21.859  12.980
   13   HH22  ARG 103          HH22      ARG 103   3.050 -20.817  13.363

  No H/Q in entry =          13
  In of MODEL    9
    1    H    GLN 104           H        GLN 104  -5.001 -21.177  10.991
    2    HA   GLN 104           HA       GLN 104  -2.996 -22.991   9.888
    3    HB2  GLN 104           HB2      GLN 104  -5.169 -23.467  11.925
    4    HB3  GLN 104           HB3      GLN 104  -4.026 -24.694  11.384
    5    HG2  GLN 104           HG2      GLN 104  -3.235 -22.093  12.662
    6    HG3  GLN 104           HG3      GLN 104  -3.431 -23.608  13.539
    7   HE21  GLN 104          HE21      GLN 104  -1.955 -25.324  13.099
    8   HE22  GLN 104          HE22      GLN 104  -0.393 -24.996  12.434

  No H/Q in entry =           8
  In of MODEL    9
    1    H    LEU 105           H        LEU 105  -6.383 -22.394   9.438
    2    HA   LEU 105           HA       LEU 105  -6.711 -24.590   7.519
    3    HB2  LEU 105           HB2      LEU 105  -8.924 -24.051   7.826
    4    HB3  LEU 105           HB3      LEU 105  -8.413 -22.789   8.932
    5    HG   LEU 105           HG       LEU 105  -8.191 -21.302   6.856
    6   HD12  LEU 105          HD11      LEU 105 -10.001 -23.460   5.759
    7   HD11  LEU 105          HD12      LEU 105  -8.370 -23.099   5.188
    8   HD13  LEU 105          HD13      LEU 105  -9.657 -21.910   4.997
    9   HD23  LEU 105          HD21      LEU 105 -10.654 -20.844   6.878
   10   HD22  LEU 105          HD22      LEU 105  -9.897 -20.907   8.474
   11   HD21  LEU 105          HD23      LEU 105 -10.842 -22.278   7.892

  No H/Q in entry =          11
  In of MODEL    9
    1    H    ILE 106           H        ILE 106  -6.372 -20.885   7.363
    2    HA   ILE 106           HA       ILE 106  -5.984 -20.880   4.662
    3    HB   ILE 106           HB       ILE 106  -5.339 -18.658   4.769
    4   HG12  ILE 106          HG12      ILE 106  -5.008 -17.938   7.431
    5   HG13  ILE 106          HG13      ILE 106  -4.054 -19.415   7.272
    6   HG22  ILE 106          HG21      ILE 106  -7.024 -18.983   7.223
    7   HG21  ILE 106          HG22      ILE 106  -7.615 -19.445   5.629
    8   HG23  ILE 106          HG23      ILE 106  -7.143 -17.775   5.944
    9   HD11  ILE 106          HD11      ILE 106  -3.820 -17.000   5.504
   10   HD13  ILE 106          HD12      ILE 106  -2.820 -18.450   5.440
   11   HD12  ILE 106          HD13      ILE 106  -2.743 -17.386   6.849

  No H/Q in entry =          11
  In of MODEL    9
    1    H    GLN 107           H        GLN 107  -4.022 -22.406   6.638
    2    HA   GLN 107           HA       GLN 107  -1.658 -21.852   5.020
    3    HB2  GLN 107           HB2      GLN 107  -1.828 -22.615   7.897
    4    HB3  GLN 107           HB3      GLN 107  -0.458 -23.198   6.958
    5    HG2  GLN 107           HG2      GLN 107  -0.073 -20.797   6.277
    6    HG3  GLN 107           HG3      GLN 107  -1.256 -20.362   7.513
    7   HE21  GLN 107          HE21      GLN 107  -0.459 -22.490   9.298
    8   HE22  GLN 107          HE22      GLN 107   1.053 -22.016   9.981

  No H/Q in entry =           8
  In of MODEL    9
    1    H    VAL 108           H        VAL 108  -4.121 -23.919   5.712
    2    HA   VAL 108           HA       VAL 108  -2.811 -26.413   5.060
    3    HB   VAL 108           HB       VAL 108  -5.066 -25.660   6.519
    4   HG11  VAL 108          HG11      VAL 108  -5.975 -27.079   4.029
    5   HG13  VAL 108          HG12      VAL 108  -6.431 -25.459   4.558
    6   HG12  VAL 108          HG13      VAL 108  -6.938 -26.868   5.491
    7   HG22  VAL 108          HG21      VAL 108  -5.351 -27.992   6.980
    8   HG21  VAL 108          HG22      VAL 108  -3.634 -27.598   6.912
    9   HG23  VAL 108          HG23      VAL 108  -4.403 -28.427   5.557

  No H/Q in entry =           9
  In of MODEL    9
    1    H    ASN 109           H        ASN 109  -4.402 -23.802   3.575
    2    HA   ASN 109           HA       ASN 109  -4.500 -25.192   0.981
    3    HB2  ASN 109           HB2      ASN 109  -6.481 -23.221   2.123
    4    HB3  ASN 109           HB3      ASN 109  -6.444 -23.685   0.428
    5   HD21  ASN 109          HD21      ASN 109  -8.238 -24.072   2.934
    6   HD22  ASN 109          HD22      ASN 109  -8.713 -25.727   2.798

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   PRO 110           HA       PRO 110  -1.818 -21.695   0.146
    2    HB2  PRO 110           HB2      PRO 110  -1.080 -22.467  -2.341
    3    HB3  PRO 110           HB3      PRO 110  -0.442 -23.239  -0.887
    4    HG2  PRO 110           HG2      PRO 110  -2.619 -24.160  -2.723
    5    HG3  PRO 110           HG3      PRO 110  -1.311 -25.099  -1.981
    6    HD2  PRO 110           HD2      PRO 110  -3.861 -25.056  -1.020
    7    HD3  PRO 110           HD3      PRO 110  -2.437 -25.330   0.002

  No H/Q in entry =           7
  In of MODEL    9
    1    H    ASP 111           H        ASP 111  -4.870 -22.322  -1.191
    2    HA   ASP 111           HA       ASP 111  -4.686 -20.076  -3.043
    3    HB2  ASP 111           HB2      ASP 111  -7.252 -21.477  -2.878
    4    HB3  ASP 111           HB3      ASP 111  -6.317 -20.967  -4.281

  No H/Q in entry =           4
  In of MODEL    9
    1    H    ILE 112           H        ILE 112  -5.593 -20.708   0.126
    2    HA   ILE 112           HA       ILE 112  -7.892 -18.960   0.174
    3    HB   ILE 112           HB       ILE 112  -6.451 -20.515   2.327
    4   HG12  ILE 112          HG12      ILE 112  -8.483 -21.002   0.422
    5   HG13  ILE 112          HG13      ILE 112  -7.922 -22.072   1.697
    6   HG22  ILE 112          HG21      ILE 112  -8.261 -19.744   3.835
    7   HG21  ILE 112          HG22      ILE 112  -8.736 -18.561   2.616
    8   HG23  ILE 112          HG23      ILE 112  -7.135 -18.472   3.356
    9   HD11  ILE 112          HD11      ILE 112 -10.028 -19.993   2.116
   10   HD13  ILE 112          HD12      ILE 112  -9.601 -21.343   3.165
   11   HD12  ILE 112          HD13      ILE 112 -10.379 -21.646   1.614

  No H/Q in entry =          11
  In of MODEL    9
    1    H    LEU 113           H        LEU 113  -4.660 -18.956   1.472
    2    HA   LEU 113           HA       LEU 113  -4.918 -16.392   2.599
    3    HB2  LEU 113           HB2      LEU 113  -3.318 -17.841   3.536
    4    HB3  LEU 113           HB3      LEU 113  -2.564 -18.138   1.980
    5    HG   LEU 113           HG       LEU 113  -1.879 -15.729   1.947
    6   HD12  LEU 113          HD11      LEU 113  -2.475 -15.725   4.885
    7   HD11  LEU 113          HD12      LEU 113  -3.627 -15.106   3.702
    8   HD13  LEU 113          HD13      LEU 113  -2.029 -14.375   3.841
    9   HD23  LEU 113          HD21      LEU 113  -0.124 -16.075   3.731
   10   HD22  LEU 113          HD22      LEU 113  -0.232 -17.303   2.471
   11   HD21  LEU 113          HD23      LEU 113  -0.916 -17.614   4.067

  No H/Q in entry =          11
  In of MODEL    9
    1    H    MET 114           H        MET 114  -4.214 -17.655  -0.436
    2    HA   MET 114           HA       MET 114  -2.935 -15.384  -1.616
    3    HB2  MET 114           HB2      MET 114  -3.190 -18.011  -2.307
    4    HB3  MET 114           HB3      MET 114  -4.379 -17.267  -3.368
    5    HG2  MET 114           HG2      MET 114  -1.542 -16.335  -3.156
    6    HG3  MET 114           HG3      MET 114  -2.075 -17.552  -4.309
    7    HE2  MET 114           HE1      MET 114  -1.392 -14.062  -6.227
    8    HE1  MET 114           HE2      MET 114  -0.691 -15.633  -5.842
    9    HE3  MET 114           HE3      MET 114  -0.722 -14.360  -4.624

  No H/Q in entry =           9
  In of MODEL    9
    1    H    ARG 115           H        ARG 115  -6.151 -16.597  -1.206
    2    HA   ARG 115           HA       ARG 115  -7.479 -14.904  -3.019
    3    HB2  ARG 115           HB2      ARG 115  -8.189 -16.717  -0.797
    4    HB3  ARG 115           HB3      ARG 115  -9.311 -15.372  -1.031
    5    HG2  ARG 115           HG2      ARG 115  -8.447 -17.119  -3.301
    6    HG3  ARG 115           HG3      ARG 115  -9.779 -17.572  -2.238
    7    HD2  ARG 115           HD2      ARG 115  -9.822 -14.834  -3.385
    8    HD3  ARG 115           HD3      ARG 115 -10.142 -16.172  -4.484
    9    HE   ARG 115           HE       ARG 115 -11.995 -16.815  -3.025
   10   HH11  ARG 115          HH11      ARG 115 -10.714 -13.559  -2.639
   11   HH12  ARG 115          HH12      ARG 115 -12.176 -12.928  -1.957
   12   HH21  ARG 115          HH21      ARG 115 -13.915 -15.971  -2.147
   13   HH22  ARG 115          HH22      ARG 115 -13.999 -14.309  -1.660

  No H/Q in entry =          13
  In of MODEL    9
    1    H    LEU 116           H        LEU 116  -6.623 -14.708   0.445
    2    HA   LEU 116           HA       LEU 116  -7.676 -12.112   0.763
    3    HB2  LEU 116           HB2      LEU 116  -7.436 -13.378   2.717
    4    HB3  LEU 116           HB3      LEU 116  -5.794 -13.846   2.321
    5    HG   LEU 116           HG       LEU 116  -5.853 -11.009   2.585
    6   HD11  LEU 116          HD11      LEU 116  -7.877 -11.990   4.106
    7   HD13  LEU 116          HD12      LEU 116  -6.974 -10.510   4.426
    8   HD12  LEU 116          HD13      LEU 116  -6.517 -12.013   5.232
    9   HD21  LEU 116          HD21      LEU 116  -4.627 -13.226   4.194
   10   HD23  LEU 116          HD22      LEU 116  -4.354 -11.511   4.527
   11   HD22  LEU 116          HD23      LEU 116  -3.857 -12.203   2.977

  No H/Q in entry =          11
  In of MODEL    9
    1    H    SER 117           H        SER 117  -4.427 -13.284   0.072
    2    HA   SER 117           HA       SER 117  -2.952 -11.015   0.505
    3    HB2  SER 117           HB2      SER 117  -1.300 -11.971  -1.064
    4    HB3  SER 117           HB3      SER 117  -1.885 -13.138   0.110
    5    HG   SER 117           HG       SER 117  -2.323 -12.993  -2.641

  No H/Q in entry =           5
  In of MODEL    9
    1    H    ALA 118           H        ALA 118  -4.239 -12.120  -2.538
    2    HA   ALA 118           HA       ALA 118  -3.459 -10.080  -4.221
    3    HB2  ALA 118           HB1      ALA 118  -5.196 -10.855  -5.731
    4    HB1  ALA 118           HB2      ALA 118  -5.963 -11.743  -4.414
    5    HB3  ALA 118           HB3      ALA 118  -4.363 -12.220  -4.985

  No H/Q in entry =           5
  In of MODEL    9
    1    H    GLN 119           H        GLN 119  -6.206 -10.209  -2.022
    2    HA   GLN 119           HA       GLN 119  -7.625  -8.051  -3.165
    3    HB2  GLN 119           HB2      GLN 119  -7.627  -9.442  -0.532
    4    HB3  GLN 119           HB3      GLN 119  -8.358  -7.846  -0.603
    5    HG2  GLN 119           HG2      GLN 119  -9.582 -10.243  -1.188
    6    HG3  GLN 119           HG3      GLN 119 -10.188  -8.635  -1.569
    7   HE21  GLN 119          HE21      GLN 119  -8.617 -11.480  -2.804
    8   HE22  GLN 119          HE22      GLN 119  -8.813 -11.101  -4.482

  No H/Q in entry =           8
  In of MODEL    9
    1    H    MET 120           H        MET 120  -5.622  -8.090  -0.170
    2    HA   MET 120           HA       MET 120  -5.205  -5.459   0.114
    3    HB2  MET 120           HB2      MET 120  -3.849  -7.892   0.871
    4    HB3  MET 120           HB3      MET 120  -2.719  -6.556   0.678
    5    HG2  MET 120           HG2      MET 120  -3.601  -5.363   2.409
    6    HG3  MET 120           HG3      MET 120  -5.205  -6.075   2.226
    7    HE2  MET 120           HE1      MET 120  -3.811  -9.366   2.111
    8    HE1  MET 120           HE2      MET 120  -5.406  -8.629   2.259
    9    HE3  MET 120           HE3      MET 120  -4.761  -9.609   3.575

  No H/Q in entry =           9
  In of MODEL    9
    1    H    ALA 121           H        ALA 121  -3.449  -7.515  -2.150
    2    HA   ALA 121           HA       ALA 121  -1.435  -5.674  -2.806
    3    HB3  ALA 121           HB1      ALA 121  -0.889  -7.102  -4.583
    4    HB2  ALA 121           HB2      ALA 121  -2.539  -7.714  -4.709
    5    HB1  ALA 121           HB3      ALA 121  -1.533  -8.166  -3.332

  No H/Q in entry =           5
  In of MODEL    9
    1    H    ARG 122           H        ARG 122  -4.724  -6.097  -3.816
    2    HA   ARG 122           HA       ARG 122  -4.596  -4.389  -6.059
    3    HB2  ARG 122           HB2      ARG 122  -6.596  -5.943  -4.679
    4    HB3  ARG 122           HB3      ARG 122  -7.227  -4.357  -5.116
    5    HG2  ARG 122           HG2      ARG 122  -7.560  -6.208  -6.801
    6    HG3  ARG 122           HG3      ARG 122  -6.837  -4.714  -7.406
    7    HD2  ARG 122           HD2      ARG 122  -4.677  -5.664  -7.486
    8    HD3  ARG 122           HD3      ARG 122  -5.174  -7.046  -6.494
    9    HE   ARG 122           HE       ARG 122  -6.074  -8.041  -8.374
   10   HH11  ARG 122          HH11      ARG 122  -4.882  -4.855  -9.117
   11   HH12  ARG 122          HH12      ARG 122  -5.190  -4.994 -10.822
   12   HH21  ARG 122          HH21      ARG 122  -6.471  -8.262 -10.627
   13   HH22  ARG 122          HH22      ARG 122  -6.093  -6.925 -11.677

  No H/Q in entry =          13
  In of MODEL    9
    1    H    ARG 123           H        ARG 123  -4.999  -4.021  -2.730
    2    HA   ARG 123           HA       ARG 123  -5.956  -1.330  -2.735
    3    HB2  ARG 123           HB2      ARG 123  -5.091  -3.280  -0.627
    4    HB3  ARG 123           HB3      ARG 123  -5.241  -1.577  -0.222
    5    HG2  ARG 123           HG2      ARG 123  -7.253  -2.916   0.326
    6    HG3  ARG 123           HG3      ARG 123  -7.576  -1.585  -0.784
    7    HD2  ARG 123           HD2      ARG 123  -7.535  -3.148  -2.666
    8    HD3  ARG 123           HD3      ARG 123  -7.194  -4.476  -1.562
    9    HE   ARG 123           HE       ARG 123  -9.407  -4.434  -0.834
   10   HH11  ARG 123          HH11      ARG 123  -8.806  -1.818  -3.095
   11   HH12  ARG 123          HH12      ARG 123 -10.481  -1.587  -3.466
   12   HH21  ARG 123          HH21      ARG 123 -11.609  -4.136  -1.335
   13   HH22  ARG 123          HH22      ARG 123 -12.075  -2.893  -2.458

  No H/Q in entry =          13
  In of MODEL    9
    1    H    LEU 124           H        LEU 124  -2.945  -3.062  -2.656
    2    HA   LEU 124           HA       LEU 124  -1.220  -0.956  -1.921
    3    HB2  LEU 124           HB2      LEU 124  -1.045  -3.627  -2.914
    4    HB3  LEU 124           HB3      LEU 124  -0.084  -2.616  -3.965
    5    HG   LEU 124           HG       LEU 124   0.375  -3.381  -1.128
    6   HD13  LEU 124          HD11      LEU 124   1.521  -4.520  -2.884
    7   HD12  LEU 124          HD12      LEU 124   2.675  -3.486  -2.024
    8   HD11  LEU 124          HD13      LEU 124   2.029  -2.981  -3.591
    9   HD21  LEU 124          HD21      LEU 124   1.224  -0.783  -2.359
   10   HD23  LEU 124          HD22      LEU 124   2.136  -1.573  -1.073
   11   HD22  LEU 124          HD23      LEU 124   0.471  -1.057  -0.786

  No H/Q in entry =          11
  In of MODEL    9
    1    H    GLN 125           H        GLN 125  -2.661  -2.154  -4.871
    2    HA   GLN 125           HA       GLN 125  -1.418  -0.271  -6.622
    3    HB2  GLN 125           HB2      GLN 125  -2.138  -2.140  -7.776
    4    HB3  GLN 125           HB3      GLN 125  -3.640  -2.253  -6.871
    5    HG2  GLN 125           HG2      GLN 125  -4.747  -1.097  -8.408
    6    HG3  GLN 125           HG3      GLN 125  -3.540   0.183  -8.414
    7   HE21  GLN 125          HE21      GLN 125  -3.062  -3.208  -9.243
    8   HE22  GLN 125          HE22      GLN 125  -2.658  -2.917 -10.902

  No H/Q in entry =           8
  In of MODEL    9
    1    H    VAL 126           H        VAL 126  -4.003   0.075  -4.308
    2    HA   VAL 126           HA       VAL 126  -5.302   2.114  -5.916
    3    HB   VAL 126           HB       VAL 126  -6.528   0.384  -4.338
    4   HG11  VAL 126          HG11      VAL 126  -5.231   0.916  -2.313
    5   HG13  VAL 126          HG12      VAL 126  -6.961   1.184  -2.100
    6   HG12  VAL 126          HG13      VAL 126  -5.881   2.555  -2.349
    7   HG22  VAL 126          HG21      VAL 126  -7.793   1.961  -5.496
    8   HG21  VAL 126          HG22      VAL 126  -7.124   3.301  -4.563
    9   HG23  VAL 126          HG23      VAL 126  -8.234   2.161  -3.799

  No H/Q in entry =           9
  In of MODEL    9
    1    H    THR 127           H        THR 127  -3.124   1.550  -3.243
    2    HA   THR 127           HA       THR 127  -2.993   4.392  -2.567
    3    HB   THR 127           HB       THR 127  -1.128   2.374  -1.428
    4    HG1  THR 127           HG1      THR 127  -3.897   2.341  -1.183
    5   HG21  THR 127          HG21      THR 127  -2.565   4.809  -0.384
    6   HG23  THR 127          HG22      THR 127  -0.831   4.590  -0.624
    7   HG22  THR 127          HG23      THR 127  -1.661   3.715   0.662

  No H/Q in entry =           7
  In of MODEL    9
    1    H    SER 128           H        SER 128  -1.554   2.740  -5.270
    2    HA   SER 128           HA       SER 128   1.050   3.675  -4.451
    3    HB2  SER 128           HB2      SER 128   0.169   1.711  -6.589
    4    HB3  SER 128           HB3      SER 128   1.793   2.387  -6.508
    5    HG   SER 128           HG       SER 128   0.516   0.856  -4.483

  No H/Q in entry =           5
  In of MODEL    9
    1    H    GLU 129           H        GLU 129  -1.759   4.116  -6.322
    2    HA   GLU 129           HA       GLU 129  -0.399   6.171  -7.948
    3    HB2  GLU 129           HB2      GLU 129  -1.266   4.060  -9.156
    4    HB3  GLU 129           HB3      GLU 129  -2.871   4.718  -8.871
    5    HG2  GLU 129           HG2      GLU 129  -1.802   6.868  -9.966
    6    HG3  GLU 129           HG3      GLU 129  -0.717   5.676 -10.676

  No H/Q in entry =           6
  In of MODEL    9
    1    H    LYS 130           H        LYS 130  -1.996   6.294  -5.300
    2    HA   LYS 130           HA       LYS 130  -3.488   8.632  -6.029
    3    HB2  LYS 130           HB2      LYS 130  -4.819   6.083  -5.701
    4    HB3  LYS 130           HB3      LYS 130  -5.329   7.196  -4.439
    5    HG2  LYS 130           HG2      LYS 130  -6.509   8.459  -5.858
    6    HG3  LYS 130           HG3      LYS 130  -5.281   8.368  -7.119
    7    HD2  LYS 130           HD2      LYS 130  -6.984   5.988  -6.488
    8    HD3  LYS 130           HD3      LYS 130  -7.605   7.279  -7.515
    9    HE2  LYS 130           HE2      LYS 130  -5.182   5.552  -7.988
   10    HE3  LYS 130           HE3      LYS 130  -6.669   5.600  -8.932
   11    HZ2  LYS 130           HZ1      LYS 130  -4.553   7.669  -8.767
   12    HZ1  LYS 130           HZ2      LYS 130  -6.075   7.981  -9.445
   13    HZ3  LYS 130           HZ3      LYS 130  -5.058   6.805 -10.136

  No H/Q in entry =          13
  In of MODEL    9
    1    H    VAL 131           H        VAL 131  -1.181   8.183  -4.579
    2    HA   VAL 131           HA       VAL 131  -1.622   7.890  -1.790
    3    HB   VAL 131           HB       VAL 131   0.717   9.432  -2.129
    4   HG13  VAL 131          HG11      VAL 131   1.289   7.881  -0.672
    5   HG12  VAL 131          HG12      VAL 131   1.522   6.773  -2.028
    6   HG11  VAL 131          HG13      VAL 131  -0.030   6.824  -1.192
    7   HG23  VAL 131          HG21      VAL 131   0.574   7.299  -4.251
    8   HG22  VAL 131          HG22      VAL 131   1.991   8.258  -3.814
    9   HG21  VAL 131          HG23      VAL 131   0.586   9.040  -4.537

  No H/Q in entry =           9
  In of MODEL    9
    1    H    GLY 132           H        GLY 132  -0.233  10.638  -3.403
    2    HA3  GLY 132           HA2      GLY 132  -1.270  12.506  -1.454
    3    HA2  GLY 132           HA3      GLY 132  -0.156  12.875  -2.756

  No H/Q in entry =           3
  In of MODEL    9
    1    H    ASN 133           H        ASN 133  -3.128  11.254  -3.394
    2    HA   ASN 133           HA       ASN 133  -3.945  13.066  -5.367
    3    HB2  ASN 133           HB2      ASN 133  -4.948  10.624  -4.182
    4    HB3  ASN 133           HB3      ASN 133  -6.265  11.765  -4.427
    5   HD21  ASN 133          HD21      ASN 133  -7.274  11.399  -6.270
    6   HD22  ASN 133          HD22      ASN 133  -6.545  10.892  -7.757

  No H/Q in entry =           6
  In of MODEL    9
    1    H    LEU 134           H        LEU 134  -5.175  12.530  -2.059
    2    HA   LEU 134           HA       LEU 134  -6.749  14.943  -2.162
    3    HB2  LEU 134           HB2      LEU 134  -7.562  14.401  -0.021
    4    HB3  LEU 134           HB3      LEU 134  -7.523  12.946  -0.986
    5    HG   LEU 134           HG       LEU 134  -5.171  12.698   0.323
    6   HD13  LEU 134          HD11      LEU 134  -5.530  14.738   1.625
    7   HD12  LEU 134          HD12      LEU 134  -5.586  13.317   2.669
    8   HD11  LEU 134          HD13      LEU 134  -7.082  14.117   2.184
    9   HD22  LEU 134          HD21      LEU 134  -6.897  11.022   0.101
   10   HD21  LEU 134          HD22      LEU 134  -7.942  11.921   1.203
   11   HD23  LEU 134          HD23      LEU 134  -6.454  11.182   1.803

  No H/Q in entry =          11
  In of MODEL    9
    1    H    ALA 135           H        ALA 135  -3.548  14.350  -1.466
    2    HA   ALA 135           HA       ALA 135  -3.271  16.277   0.688
    3    HB1  ALA 135           HB1      ALA 135  -1.879  14.079   0.332
    4    HB3  ALA 135           HB2      ALA 135  -1.138  15.528   1.011
    5    HB2  ALA 135           HB3      ALA 135  -0.897  15.129  -0.689

  No H/Q in entry =           5
  In of MODEL    9
    1    H    PHE 136           H        PHE 136  -3.291  16.134  -2.690
    2    HA   PHE 136           HA       PHE 136  -1.700  18.476  -3.191
    3    HB2  PHE 136           HB2      PHE 136  -2.967  16.360  -4.712
    4    HB3  PHE 136           HB3      PHE 136  -3.256  17.936  -5.452
    5    HD1  PHE 136           HD1      PHE 136  -1.624  18.903  -6.783
    6    HD2  PHE 136           HD2      PHE 136  -0.546  15.779  -4.104
    7    HE1  PHE 136           HE1      PHE 136   0.630  18.848  -7.764
    8    HE2  PHE 136           HE2      PHE 136   1.712  15.717  -5.077
    9    HZ   PHE 136           HZ       PHE 136   2.303  17.253  -6.910

  No H/Q in entry =           9
  In of MODEL    9
    1    H    LEU 137           H        LEU 137  -4.843  18.011  -2.069
    2    HA   LEU 137           HA       LEU 137  -6.740  19.257  -1.927
    3    HB2  LEU 137           HB2      LEU 137  -4.460  21.060  -1.572
    4    HB3  LEU 137           HB3      LEU 137  -5.990  21.856  -1.890
    5    HG   LEU 137           HG       LEU 137  -6.981  20.601   0.032
    6   HD11  LEU 137          HD11      LEU 137  -5.272  18.753  -0.004
    7   HD13  LEU 137          HD12      LEU 137  -5.611  19.436   1.587
    8   HD12  LEU 137          HD13      LEU 137  -4.138  19.888   0.730
    9   HD22  LEU 137          HD21      LEU 137  -6.003  22.025   1.704
   10   HD21  LEU 137          HD22      LEU 137  -6.116  22.907   0.180
   11   HD23  LEU 137          HD23      LEU 137  -4.565  22.259   0.710

  No H/Q in entry =          11
  In of MODEL    9
    1    H    ASP 138           H        ASP 138  -6.563  18.412  -4.287
    2    HA   ASP 138           HA       ASP 138  -6.779  20.358  -6.305
    3    HB2  ASP 138           HB2      ASP 138  -5.757  18.087  -6.693
    4    HB3  ASP 138           HB3      ASP 138  -7.418  17.523  -6.935

  No H/Q in entry =           4
  In of MODEL    9
    1    H    VAL 139           H        VAL 139  -8.946  20.188  -4.131
    2    HA   VAL 139           HA       VAL 139 -11.376  19.323  -4.684
    3    HB   VAL 139           HB       VAL 139 -10.426  21.724  -3.391
    4   HG13  VAL 139          HG11      VAL 139 -12.329  23.199  -3.576
    5   HG12  VAL 139          HG12      VAL 139 -13.136  22.088  -4.681
    6   HG11  VAL 139          HG13      VAL 139 -11.673  22.930  -5.193
    7   HG21  VAL 139          HG21      VAL 139 -12.977  20.146  -3.133
    8   HG23  VAL 139          HG22      VAL 139 -12.382  21.325  -1.963
    9   HG22  VAL 139          HG23      VAL 139 -11.467  19.848  -2.271

  No H/Q in entry =           9
  In of MODEL    9
    1    H    THR 140           H        THR 140  -9.970  21.979  -6.676
    2    HA   THR 140           HA       THR 140 -12.349  22.465  -8.119
    3    HB   THR 140           HB       THR 140  -9.690  22.840  -9.417
    4    HG1  THR 140           HG1      THR 140  -9.009  23.876  -7.707
    5   HG23  THR 140          HG21      THR 140 -10.716  24.935 -10.136
    6   HG22  THR 140          HG22      THR 140 -12.138  24.592  -9.152
    7   HG21  THR 140          HG23      THR 140 -11.758  23.569 -10.537

  No H/Q in entry =           7
  In of MODEL    9
    1    H    GLY 141           H        GLY 141 -13.325  20.620  -8.882
    2    HA3  GLY 141           HA2      GLY 141 -13.748  19.361 -10.855
    3    HA2  GLY 141           HA3      GLY 141 -12.023  19.355 -11.188

  No H/Q in entry =           3
  In of MODEL    9
    1    H    ARG 142           H        ARG 142 -12.444  18.682  -7.954
    2    HA   ARG 142           HA       ARG 142 -12.189  15.804  -8.487
    3    HB2  ARG 142           HB2      ARG 142 -10.809  17.610  -6.674
    4    HB3  ARG 142           HB3      ARG 142 -11.352  16.133  -5.892
    5    HG2  ARG 142           HG2      ARG 142  -9.011  16.145  -6.913
    6    HG3  ARG 142           HG3      ARG 142 -10.059  14.774  -7.265
    7    HD2  ARG 142           HD2      ARG 142 -10.315  15.352  -9.465
    8    HD3  ARG 142           HD3      ARG 142 -10.096  17.073  -9.151
    9    HE   ARG 142           HE       ARG 142  -7.803  16.824  -9.333
   10   HH11  ARG 142          HH11      ARG 142  -9.383  13.679  -9.518
   11   HH12  ARG 142          HH12      ARG 142  -7.934  12.839 -10.021
   12   HH21  ARG 142          HH21      ARG 142  -5.923  15.717 -10.003
   13   HH22  ARG 142          HH22      ARG 142  -5.977  14.006 -10.291

  No H/Q in entry =          13
  In of MODEL    9
    1    H    ILE 143           H        ILE 143 -14.656  17.712  -7.564
    2    HA   ILE 143           HA       ILE 143 -15.512  16.126  -5.241
    3    HB   ILE 143           HB       ILE 143 -17.389  18.071  -6.335
    4   HG12  ILE 143          HG12      ILE 143 -15.025  19.097  -6.703
    5   HG13  ILE 143          HG13      ILE 143 -16.291  20.069  -5.984
    6   HG21  ILE 143          HG21      ILE 143 -17.680  16.954  -4.198
    7   HG23  ILE 143          HG22      ILE 143 -17.598  18.705  -3.989
    8   HG22  ILE 143          HG23      ILE 143 -16.201  17.700  -3.601
    9   HD12  ILE 143          HD11      ILE 143 -14.027  20.229  -4.935
   10   HD11  ILE 143          HD12      ILE 143 -14.264  18.578  -4.359
   11   HD13  ILE 143          HD13      ILE 143 -15.359  19.862  -3.841

  No H/Q in entry =          11
  In of MODEL    9
    1    H    ALA 144           H        ALA 144 -17.025  17.348  -8.182
    2    HA   ALA 144           HA       ALA 144 -19.003  15.324  -8.177
    3    HB1  ALA 144           HB1      ALA 144 -19.961  16.527  -9.801
    4    HB3  ALA 144           HB2      ALA 144 -18.495  16.531 -10.781
    5    HB2  ALA 144           HB3      ALA 144 -18.699  17.720  -9.495

  No H/Q in entry =           5
  In of MODEL    9
    1    H    GLN 145           H        GLN 145 -15.780  15.537  -9.090
    2    HA   GLN 145           HA       GLN 145 -15.701  13.769 -11.261
    3    HB2  GLN 145           HB2      GLN 145 -13.889  15.398 -10.474
    4    HB3  GLN 145           HB3      GLN 145 -13.459  14.153  -9.305
    5    HG2  GLN 145           HG2      GLN 145 -13.470  12.628 -11.451
    6    HG3  GLN 145           HG3      GLN 145 -13.178  14.167 -12.256
    7   HE21  GLN 145          HE21      GLN 145 -11.143  13.508 -12.901
    8   HE22  GLN 145          HE22      GLN 145  -9.816  13.408 -11.800

  No H/Q in entry =           8
  In of MODEL    9
    1    H    THR 146           H        THR 146 -15.377  13.176  -7.600
    2    HA   THR 146           HA       THR 146 -14.837  10.480  -8.173
    3    HB   THR 146           HB       THR 146 -15.468  11.849  -5.573
    4    HG1  THR 146           HG1      THR 146 -13.678  12.937  -5.895
    5   HG22  THR 146          HG21      THR 146 -13.739   9.437  -6.198
    6   HG21  THR 146          HG22      THR 146 -15.368   9.370  -5.526
    7   HG23  THR 146          HG23      THR 146 -14.058  10.092  -4.591

  No H/Q in entry =           7
  In of MODEL    9
    1    H    LEU 147           H        LEU 147 -17.513  12.363  -8.275
    2    HA   LEU 147           HA       LEU 147 -19.273  10.723  -6.629
    3    HB2  LEU 147           HB2      LEU 147 -19.781  13.276  -8.159
    4    HB3  LEU 147           HB3      LEU 147 -21.026  12.376  -7.305
    5    HG   LEU 147           HG       LEU 147 -18.597  13.663  -6.060
    6   HD11  LEU 147          HD11      LEU 147 -21.504  14.401  -6.091
    7   HD13  LEU 147          HD12      LEU 147 -20.116  15.380  -6.564
    8   HD12  LEU 147          HD13      LEU 147 -20.385  14.994  -4.865
    9   HD21  LEU 147          HD21      LEU 147 -20.795  11.992  -4.876
   10   HD23  LEU 147          HD22      LEU 147 -19.744  13.036  -3.919
   11   HD22  LEU 147          HD23      LEU 147 -19.057  11.694  -4.834

  No H/Q in entry =          11
  In of MODEL    9
    1    H    LEU 148           H        LEU 148 -18.315  11.537  -9.841
    2    HA   LEU 148           HA       LEU 148 -20.352   9.946 -11.116
    3    HB2  LEU 148           HB2      LEU 148 -17.770  10.755 -12.416
    4    HB3  LEU 148           HB3      LEU 148 -19.328  10.467 -13.166
    5    HG   LEU 148           HG       LEU 148 -18.463  12.849 -11.555
    6   HD11  LEU 148          HD11      LEU 148 -17.868  12.754 -13.929
    7   HD13  LEU 148          HD12      LEU 148 -18.988  14.064 -13.561
    8   HD12  LEU 148          HD13      LEU 148 -19.575  12.591 -14.333
    9   HD22  LEU 148          HD21      LEU 148 -20.709  12.278 -10.810
   10   HD21  LEU 148          HD22      LEU 148 -21.262  12.192 -12.484
   11   HD23  LEU 148          HD23      LEU 148 -20.737  13.734 -11.803

  No H/Q in entry =          11
  In of MODEL    9
    1    H    ASN 149           H        ASN 149 -17.178   9.554  -9.809
    2    HA   ASN 149           HA       ASN 149 -16.540   7.046 -10.945
    3    HB2  ASN 149           HB2      ASN 149 -15.676   8.511  -8.472
    4    HB3  ASN 149           HB3      ASN 149 -15.247   6.813  -8.652
    5   HD21  ASN 149          HD21      ASN 149 -13.526   9.153  -8.572
    6   HD22  ASN 149          HD22      ASN 149 -12.637   9.147 -10.051

  No H/Q in entry =           6
  In of MODEL    9
    1    H    LEU 150           H        LEU 150 -18.619   8.113  -8.415
    2    HA   LEU 150           HA       LEU 150 -19.140   5.498  -7.277
    3    HB2  LEU 150           HB2      LEU 150 -20.314   8.255  -6.935
    4    HB3  LEU 150           HB3      LEU 150 -21.078   6.852  -6.202
    5    HG   LEU 150           HG       LEU 150 -18.183   7.194  -5.677
    6   HD11  LEU 150          HD11      LEU 150 -20.275   9.080  -4.650
    7   HD13  LEU 150          HD12      LEU 150 -18.694   9.447  -5.338
    8   HD12  LEU 150          HD13      LEU 150 -18.810   8.726  -3.734
    9   HD23  LEU 150          HD21      LEU 150 -20.467   6.584  -3.830
   10   HD22  LEU 150          HD22      LEU 150 -18.753   6.233  -3.599
   11   HD21  LEU 150          HD23      LEU 150 -19.676   5.365  -4.829

  No H/Q in entry =          11
  In of MODEL    9
    1    H    ALA 151           H        ALA 151 -20.041   7.127 -10.237
    2    HA   ALA 151           HA       ALA 151 -22.683   5.887 -10.162
    3    HB2  ALA 151           HB1      ALA 151 -23.162   7.092 -12.145
    4    HB3  ALA 151           HB2      ALA 151 -21.458   7.426 -12.438
    5    HB1  ALA 151           HB3      ALA 151 -22.295   8.228 -11.111

  No H/Q in entry =           5
  In of MODEL    9
    1    H    LYS 152           H        LYS 152 -19.492   5.402 -10.970
    2    HA   LYS 152           HA       LYS 152 -20.009   3.470 -13.087
    3    HB2  LYS 152           HB2      LYS 152 -17.418   4.517 -11.944
    4    HB3  LYS 152           HB3      LYS 152 -17.544   3.404 -13.302
    5    HG2  LYS 152           HG2      LYS 152 -18.812   5.122 -14.544
    6    HG3  LYS 152           HG3      LYS 152 -18.571   6.233 -13.196
    7    HD2  LYS 152           HD2      LYS 152 -16.122   5.998 -13.498
    8    HD3  LYS 152           HD3      LYS 152 -16.425   4.986 -14.912
    9    HE2  LYS 152           HE2      LYS 152 -17.817   6.963 -15.776
   10    HE3  LYS 152           HE3      LYS 152 -17.003   7.906 -14.530
   11    HZ3  LYS 152           HZ1      LYS 152 -14.904   7.455 -15.518
   12    HZ2  LYS 152           HZ2      LYS 152 -15.929   7.980 -16.756
   13    HZ1  LYS 152           HZ3      LYS 152 -15.568   6.337 -16.597

  No H/Q in entry =          13
  In of MODEL    9
    1    H    GLN 153           H        GLN 153 -19.848   3.320  -9.662
    2    HA   GLN 153           HA       GLN 153 -18.806   0.573  -9.848
    3    HB2  GLN 153           HB2      GLN 153 -19.335   1.860  -7.213
    4    HB3  GLN 153           HB3      GLN 153 -18.056   0.748  -7.677
    5    HG2  GLN 153           HG2      GLN 153 -16.980   2.590  -8.916
    6    HG3  GLN 153           HG3      GLN 153 -18.226   3.672  -8.292
    7   HE21  GLN 153          HE21      GLN 153 -16.809   4.943  -7.165
    8   HE22  GLN 153          HE22      GLN 153 -15.987   4.407  -5.742

  No H/Q in entry =           8
  In of MODEL    9
    1    HA   PRO 154           HA       PRO 154 -22.694  -1.331  -8.664
    2    HB2  PRO 154           HB2      PRO 154 -21.662  -2.044  -5.967
    3    HB3  PRO 154           HB3      PRO 154 -22.353  -3.088  -7.212
    4    HG2  PRO 154           HG2      PRO 154 -19.746  -3.113  -6.736
    5    HG3  PRO 154           HG3      PRO 154 -20.356  -3.200  -8.401
    6    HD2  PRO 154           HD2      PRO 154 -19.191  -0.871  -6.925
    7    HD3  PRO 154           HD3      PRO 154 -18.946  -1.370  -8.612

  No H/Q in entry =           7
  In of MODEL    9
    1    H    ASP 155           H        ASP 155 -21.408   1.135  -6.853
    2    HA   ASP 155           HA       ASP 155 -23.393   1.407  -4.791
    3    HB2  ASP 155           HB2      ASP 155 -21.258   3.387  -5.853
    4    HB3  ASP 155           HB3      ASP 155 -22.308   3.721  -4.482

  No H/Q in entry =           4
  In of MODEL    9
    1    H    ALA 156           H        ALA 156 -23.393   2.687  -8.328
    2    HA   ALA 156           HA       ALA 156 -25.031   4.769  -7.610
    3    HB1  ALA 156           HB1      ALA 156 -25.094   3.291 -10.226
    4    HB2  ALA 156           HB2      ALA 156 -23.777   4.381  -9.805
    5    HB3  ALA 156           HB3      ALA 156 -25.425   4.996  -9.921

  No H/Q in entry =           5
  In of MODEL    9
    1    H    MET 157           H        MET 157 -26.915   4.557  -6.670
    2    HA   MET 157           HA       MET 157 -28.340   2.060  -7.059
    3    HB2  MET 157           HB2      MET 157 -27.693   3.527  -4.904
    4    HB3  MET 157           HB3      MET 157 -29.307   4.167  -5.216
    5    HG2  MET 157           HG2      MET 157 -30.182   1.846  -5.125
    6    HG3  MET 157           HG3      MET 157 -28.561   1.300  -4.690
    7    HE3  MET 157           HE1      MET 157 -30.873   4.393  -3.515
    8    HE2  MET 157           HE2      MET 157 -31.491   3.658  -2.036
    9    HE1  MET 157           HE3      MET 157 -31.840   2.921  -3.600

  No H/Q in entry =           9
  In of MODEL    9
    1    H    THR 158           H        THR 158 -29.394   2.341  -9.158
    2    HA   THR 158           HA       THR 158 -30.735   4.540  -9.922
    3    HB   THR 158           HB       THR 158 -32.305   2.833 -11.114
    4    HG1  THR 158           HG1      THR 158 -31.697   1.112  -9.632
    5   HG23  THR 158          HG21      THR 158 -30.486   3.995 -12.256
    6   HG22  THR 158          HG22      THR 158 -30.541   2.305 -12.754
    7   HG21  THR 158          HG23      THR 158 -29.317   2.846 -11.604

  No H/Q in entry =           7
  In of MODEL    9
    1    H    HIS 159           H        HIS 159 -32.864   5.177  -9.970
    2    HA   HIS 159           HA       HIS 159 -34.864   4.001  -8.333
    3    HB2  HIS 159           HB2      HIS 159 -34.902   5.364  -6.505
    4    HB3  HIS 159           HB3      HIS 159 -33.203   5.603  -6.872
    5    HD1  HIS 159           HD1      HIS 159 -36.403   7.373  -6.550
    6    HD2  HIS 159           HD2      HIS 159 -32.651   8.123  -8.160
    7    HE1  HIS 159           HE1      HIS 159 -36.298   9.856  -6.879
    8    HE2  HIS 159           HE2      HIS 159 -34.126  10.252  -8.084

  No H/Q in entry =           8
  In of MODEL    9
    1    HA   PRO 160           HA       PRO 160 -37.238   5.797 -11.472
    2    HB2  PRO 160           HB2      PRO 160 -39.439   6.883 -10.256
    3    HB3  PRO 160           HB3      PRO 160 -39.182   5.162 -10.568
    4    HG2  PRO 160           HG2      PRO 160 -38.694   6.716  -8.055
    5    HG3  PRO 160           HG3      PRO 160 -39.461   5.128  -8.260
    6    HD2  PRO 160           HD2      PRO 160 -36.917   5.339  -7.455
    7    HD3  PRO 160           HD3      PRO 160 -37.427   4.047  -8.560

  No H/Q in entry =           7
  In of MODEL    9
    1    H    ASP 161           H        ASP 161 -35.185   7.634 -11.068
    2    HA   ASP 161           HA       ASP 161 -36.114   9.990 -12.240
    3    HB2  ASP 161           HB2      ASP 161 -37.241  10.883 -10.445
    4    HB3  ASP 161           HB3      ASP 161 -36.310   9.964  -9.274

  No H/Q in entry =           4
  In of MODEL    9
    1    H    GLY 162           H        GLY 162 -33.741   8.331 -10.359
    2    HA3  GLY 162           HA2      GLY 162 -31.619   9.192 -11.945
    3    HA2  GLY 162           HA3      GLY 162 -31.600  10.060 -10.413

  No H/Q in entry =           3
  In of MODEL    9
    1    H    MET 163           H        MET 163 -29.474   8.717 -10.568
    2    HA   MET 163           HA       MET 163 -29.916   6.383  -8.856
    3    HB2  MET 163           HB2      MET 163 -28.006   5.218  -9.932
    4    HB3  MET 163           HB3      MET 163 -29.376   5.391 -11.022
    5    HG2  MET 163           HG2      MET 163 -28.235   7.368 -12.015
    6    HG3  MET 163           HG3      MET 163 -26.828   6.972 -11.027
    7    HE2  MET 163           HE1      MET 163 -25.109   6.608 -12.865
    8    HE1  MET 163           HE2      MET 163 -26.320   7.288 -13.950
    9    HE3  MET 163           HE3      MET 163 -25.462   5.814 -14.399

  No H/Q in entry =           9
  In of MODEL    9
    1    H    GLN 164           H        GLN 164 -29.020   6.766  -7.112
    2    HA   GLN 164           HA       GLN 164 -27.100   8.882  -6.753
    3    HB2  GLN 164           HB2      GLN 164 -27.961   8.846  -4.445
    4    HB3  GLN 164           HB3      GLN 164 -29.258   9.056  -5.611
    5    HG2  GLN 164           HG2      GLN 164 -28.949   6.283  -5.202
    6    HG3  GLN 164           HG3      GLN 164 -28.968   7.057  -3.618
    7   HE21  GLN 164          HE21      GLN 164 -30.636   9.244  -4.335
    8   HE22  GLN 164          HE22      GLN 164 -32.228   8.615  -4.559

  No H/Q in entry =           8
  In of MODEL    9
    1    H    ILE 165           H        ILE 165 -26.302   8.350  -4.462
    2    HA   ILE 165           HA       ILE 165 -25.184   5.896  -3.725
    3    HB   ILE 165           HB       ILE 165 -22.851   7.417  -3.846
    4   HG12  ILE 165          HG12      ILE 165 -23.079   7.459  -6.651
    5   HG13  ILE 165          HG13      ILE 165 -24.534   8.243  -6.047
    6   HG21  ILE 165          HG21      ILE 165 -23.416   4.941  -4.293
    7   HG23  ILE 165          HG22      ILE 165 -21.962   5.650  -4.987
    8   HG22  ILE 165          HG23      ILE 165 -23.401   5.432  -5.985
    9   HD13  ILE 165          HD11      ILE 165 -23.266  10.067  -6.021
   10   HD12  ILE 165          HD12      ILE 165 -21.768   9.143  -6.047
   11   HD11  ILE 165          HD13      ILE 165 -22.615   9.405  -4.523

  No H/Q in entry =          11
  In of MODEL    9
    1    H    LYS 166           H        LYS 166 -24.926   6.635  -1.053
    2    HA   LYS 166           HA       LYS 166 -25.793   9.322  -0.953
    3    HB2  LYS 166           HB2      LYS 166 -25.391   7.381   1.316
    4    HB3  LYS 166           HB3      LYS 166 -26.443   8.788   1.256
    5    HG2  LYS 166           HG2      LYS 166 -28.157   7.563   0.578
    6    HG3  LYS 166           HG3      LYS 166 -27.214   6.856  -0.734
    7    HD2  LYS 166           HD2      LYS 166 -26.233   5.265   0.915
    8    HD3  LYS 166           HD3      LYS 166 -27.335   5.915   2.131
    9    HE2  LYS 166           HE2      LYS 166 -29.232   5.297   0.630
   10    HE3  LYS 166           HE3      LYS 166 -28.071   4.502  -0.429
   11    HZ2  LYS 166           HZ1      LYS 166 -29.366   3.345   1.658
   12    HZ1  LYS 166           HZ2      LYS 166 -27.842   3.670   2.308
   13    HZ3  LYS 166           HZ3      LYS 166 -27.977   2.738   0.904

  No H/Q in entry =          13
  In of MODEL    9
    1    H    ILE 167           H        ILE 167 -24.097  10.767  -0.639
    2    HA   ILE 167           HA       ILE 167 -21.986   9.566   1.008
    3    HB   ILE 167           HB       ILE 167 -20.318  11.123  -0.156
    4   HG12  ILE 167          HG12      ILE 167 -20.933  11.197  -2.687
    5   HG13  ILE 167          HG13      ILE 167 -22.596  11.129  -2.100
    6   HG21  ILE 167          HG21      ILE 167 -21.395   8.648  -1.494
    7   HG23  ILE 167          HG22      ILE 167 -20.151   8.730  -0.246
    8   HG22  ILE 167          HG23      ILE 167 -19.834   9.384  -1.854
    9   HD12  ILE 167          HD11      ILE 167 -21.527  13.410  -2.510
   10   HD11  ILE 167          HD12      ILE 167 -20.668  13.111  -1.000
   11   HD13  ILE 167          HD13      ILE 167 -22.431  13.146  -1.021

  No H/Q in entry =          11
  In of MODEL    9
    1    H    THR 168           H        THR 168 -21.163  10.784   2.683
    2    HA   THR 168           HA       THR 168 -22.565  13.310   3.078
    3    HB   THR 168           HB       THR 168 -21.393  13.471   5.221
    4    HG1  THR 168           HG1      THR 168 -19.950  11.197   4.258
    5   HG22  THR 168          HG21      THR 168 -22.180  11.418   6.329
    6   HG21  THR 168          HG22      THR 168 -22.412  10.670   4.749
    7   HG23  THR 168          HG23      THR 168 -23.381  12.069   5.213

  No H/Q in entry =           7
  In of MODEL    9
    1    H    ARG 169           H        ARG 169 -21.083  15.219   3.475
    2    HA   ARG 169           HA       ARG 169 -19.220  15.367   1.271
    3    HB2  ARG 169           HB2      ARG 169 -18.916  17.615   3.097
    4    HB3  ARG 169           HB3      ARG 169 -19.381  17.604   1.416
    5    HG2  ARG 169           HG2      ARG 169 -21.591  17.742   1.847
    6    HG3  ARG 169           HG3      ARG 169 -21.478  16.881   3.381
    7    HD2  ARG 169           HD2      ARG 169 -20.538  18.826   4.447
    8    HD3  ARG 169           HD3      ARG 169 -20.473  19.677   2.904
    9    HE   ARG 169           HE       ARG 169 -23.122  18.869   3.426
   10   HH11  ARG 169          HH11      ARG 169 -20.732  21.142   4.597
   11   HH12  ARG 169          HH12      ARG 169 -21.905  22.311   5.103
   12   HH21  ARG 169          HH21      ARG 169 -24.670  20.402   4.075
   13   HH22  ARG 169          HH22      ARG 169 -24.156  21.899   4.791

  No H/Q in entry =          13
  In of MODEL    9
    1    H    GLN 170           H        GLN 170 -19.082  14.522   4.805
    2    HA   GLN 170           HA       GLN 170 -16.507  14.791   5.185
    3    HB2  GLN 170           HB2      GLN 170 -18.364  12.559   6.029
    4    HB3  GLN 170           HB3      GLN 170 -16.716  12.722   6.625
    5    HG2  GLN 170           HG2      GLN 170 -17.943  13.755   8.282
    6    HG3  GLN 170           HG3      GLN 170 -17.431  15.112   7.280
    7   HE21  GLN 170          HE21      GLN 170 -20.089  13.169   8.323
    8   HE22  GLN 170          HE22      GLN 170 -21.342  14.164   7.676

  No H/Q in entry =           8
  In of MODEL    9
    1    H    GLU 171           H        GLU 171 -17.789  12.747   2.447
    2    HA   GLU 171           HA       GLU 171 -15.750  10.842   2.995
    3    HB2  GLU 171           HB2      GLU 171 -17.965  11.161   1.008
    4    HB3  GLU 171           HB3      GLU 171 -16.538  10.270   0.495
    5    HG2  GLU 171           HG2      GLU 171 -18.347   8.830   1.328
    6    HG3  GLU 171           HG3      GLU 171 -16.853   8.657   2.243

  No H/Q in entry =           6
  In of MODEL    9
    1    H    ILE 172           H        ILE 172 -16.790  13.531   1.346
    2    HA   ILE 172           HA       ILE 172 -14.932  13.689  -0.821
    3    HB   ILE 172           HB       ILE 172 -16.634  15.865   0.402
    4   HG12  ILE 172          HG12      ILE 172 -18.074  13.960   0.083
    5   HG13  ILE 172          HG13      ILE 172 -18.382  15.083  -1.238
    6   HG22  ILE 172          HG21      ILE 172 -15.970  15.403  -2.489
    7   HG21  ILE 172          HG22      ILE 172 -14.905  16.318  -1.425
    8   HG23  ILE 172          HG23      ILE 172 -16.554  16.876  -1.715
    9   HD11  ILE 172          HD11      ILE 172 -16.965  13.728  -2.702
   10   HD13  ILE 172          HD12      ILE 172 -18.313  12.801  -2.043
   11   HD12  ILE 172          HD13      ILE 172 -16.690  12.601  -1.373

  No H/Q in entry =          11
  In of MODEL    9
    1    H    GLY 173           H        GLY 173 -14.997  14.978   2.651
    2    HA3  GLY 173           HA2      GLY 173 -12.875  16.695   1.921
    3    HA2  GLY 173           HA3      GLY 173 -13.679  16.565   3.461

  No H/Q in entry =           3
  In of MODEL    9
    1    H    GLN 174           H        GLN 174 -13.117  13.612   2.758
    2    HA   GLN 174           HA       GLN 174 -10.567  13.397   4.146
    3    HB2  GLN 174           HB2      GLN 174 -12.836  11.442   3.837
    4    HB3  GLN 174           HB3      GLN 174 -11.232  10.955   4.386
    5    HG2  GLN 174           HG2      GLN 174 -11.345  12.473   6.232
    6    HG3  GLN 174           HG3      GLN 174 -12.888  13.104   5.664
    7   HE21  GLN 174          HE21      GLN 174 -14.704  11.816   5.788
    8   HE22  GLN 174          HE22      GLN 174 -14.802  10.500   6.905

  No H/Q in entry =           8
  In of MODEL    9
    1    H    ILE 175           H        ILE 175 -12.257  12.744   1.147
    2    HA   ILE 175           HA       ILE 175 -10.067  11.161   0.014
    3    HB   ILE 175           HB       ILE 175 -12.655  11.875  -1.359
    4   HG12  ILE 175          HG12      ILE 175 -12.111   9.225  -0.067
    5   HG13  ILE 175          HG13      ILE 175 -12.803  10.551   0.865
    6   HG23  ILE 175          HG21      ILE 175 -10.942  11.153  -2.894
    7   HG22  ILE 175          HG22      ILE 175 -12.139   9.869  -2.720
    8   HG21  ILE 175          HG23      ILE 175 -10.587   9.745  -1.894
    9   HD13  ILE 175          HD11      ILE 175 -14.670  10.684  -0.681
   10   HD12  ILE 175          HD12      ILE 175 -14.520   9.061  -0.004
   11   HD11  ILE 175          HD13      ILE 175 -13.973   9.385  -1.649

  No H/Q in entry =          11
  In of MODEL    9
    1    H    VAL 176           H        VAL 176 -11.735  14.225  -0.583
    2    HA   VAL 176           HA       VAL 176 -10.253  14.793  -2.967
    3    HB   VAL 176           HB       VAL 176 -11.966  16.664  -1.337
    4   HG13  VAL 176          HG11      VAL 176 -10.464  17.876  -2.776
    5   HG12  VAL 176          HG12      VAL 176 -12.097  17.945  -3.440
    6   HG11  VAL 176          HG13      VAL 176 -10.902  16.856  -4.144
    7   HG22  VAL 176          HG21      VAL 176 -13.257  14.767  -2.116
    8   HG21  VAL 176          HG22      VAL 176 -12.649  15.000  -3.755
    9   HG23  VAL 176          HG23      VAL 176 -13.692  16.219  -3.018

  No H/Q in entry =           9
  In of MODEL    9
    1    H    GLY 177           H        GLY 177 -10.211  15.983   0.361
    2    HA3  GLY 177           HA2      GLY 177  -7.780  16.238   1.060
    3    HA2  GLY 177           HA3      GLY 177  -7.697  17.354  -0.289

  No H/Q in entry =           3
  In of MODEL    9
    1    H    CYS 178           H        CYS 178 -10.547  18.110   0.484
    2    HA   CYS 178           HA       CYS 178  -9.710  20.156   2.448
    3    HB2  CYS 178           HB2      CYS 178 -11.470  20.364   0.016
    4    HB3  CYS 178           HB3      CYS 178 -11.517  21.560   1.306
    5    HG   CYS 178           HG       CYS 178  -8.568  21.836   0.936

  No H/Q in entry =           5
  In of MODEL    9
    1    H    SER 179           H        SER 179 -11.336  20.737   4.034
    2    HA   SER 179           HA       SER 179 -12.802  18.523   4.832
    3    HB2  SER 179           HB2      SER 179 -13.874  20.881   5.990
    4    HB3  SER 179           HB3      SER 179 -12.716  19.762   6.711
    5    HG   SER 179           HG       SER 179 -11.642  21.653   6.697

  No H/Q in entry =           5
  In of MODEL    9
    1    H    ARG 180           H        ARG 180 -15.042  18.471   5.073
    2    HA   ARG 180           HA       ARG 180 -16.620  18.907   2.920
    3    HB2  ARG 180           HB2      ARG 180 -18.552  18.819   4.699
    4    HB3  ARG 180           HB3      ARG 180 -17.589  17.406   4.305
    5    HG2  ARG 180           HG2      ARG 180 -17.705  17.333   6.591
    6    HG3  ARG 180           HG3      ARG 180 -16.146  18.109   6.320
    7    HD2  ARG 180           HD2      ARG 180 -16.875  20.133   7.085
    8    HD3  ARG 180           HD3      ARG 180 -18.546  19.837   6.593
    9    HE   ARG 180           HE       ARG 180 -18.134  18.026   8.564
   10   HH11  ARG 180          HH11      ARG 180 -17.782  21.504   8.358
   11   HH12  ARG 180          HH12      ARG 180 -18.048  21.746  10.058
   12   HH21  ARG 180          HH21      ARG 180 -18.511  18.348  10.778
   13   HH22  ARG 180          HH22      ARG 180 -18.476  19.953  11.431

  No H/Q in entry =          13
  In of MODEL    9
    1    H    GLU 181           H        GLU 181 -15.146  21.348   3.888
    2    HA   GLU 181           HA       GLU 181 -17.314  23.192   4.299
    3    HB2  GLU 181           HB2      GLU 181 -14.396  23.525   4.806
    4    HB3  GLU 181           HB3      GLU 181 -15.654  24.685   5.225
    5    HG2  GLU 181           HG2      GLU 181 -15.741  21.872   6.226
    6    HG3  GLU 181           HG3      GLU 181 -14.778  23.101   7.048

  No H/Q in entry =           6
  In of MODEL    9
    1    H    THR 182           H        THR 182 -14.202  23.284   2.581
    2    HA   THR 182           HA       THR 182 -14.955  25.268   0.671
    3    HB   THR 182           HB       THR 182 -13.285  23.195  -0.548
    4    HG1  THR 182           HG1      THR 182 -11.622  24.002   1.298
    5   HG21  THR 182          HG21      THR 182 -12.629  26.009   0.350
    6   HG23  THR 182          HG22      THR 182 -13.246  25.551  -1.238
    7   HG22  THR 182          HG23      THR 182 -11.647  25.016  -0.724

  No H/Q in entry =           7
  In of MODEL    9
    1    H    VAL 183           H        VAL 183 -14.875  21.739   0.684
    2    HA   VAL 183           HA       VAL 183 -16.567  21.282  -1.564
    3    HB   VAL 183           HB       VAL 183 -15.093  19.832   0.481
    4   HG12  VAL 183          HG11      VAL 183 -17.541  18.340  -0.325
    5   HG11  VAL 183          HG12      VAL 183 -17.523  19.317   1.143
    6   HG13  VAL 183          HG13      VAL 183 -16.369  17.983   0.950
    7   HG23  VAL 183          HG21      VAL 183 -16.192  18.914  -2.142
    8   HG22  VAL 183          HG22      VAL 183 -14.891  18.161  -1.215
    9   HG21  VAL 183          HG23      VAL 183 -14.664  19.770  -1.907

  No H/Q in entry =           9
  In of MODEL    9
    1    H    GLY 184           H        GLY 184 -17.120  21.936   1.999
    2    HA3  GLY 184           HA2      GLY 184 -19.730  21.307   2.089
    3    HA2  GLY 184           HA3      GLY 184 -18.987  22.650   2.942

  No H/Q in entry =           3
  In of MODEL    9
    1    H    ARG 185           H        ARG 185 -18.341  23.716  -0.058
    2    HA   ARG 185           HA       ARG 185 -20.615  25.476   0.087
    3    HB2  ARG 185           HB2      ARG 185 -18.307  25.226  -1.888
    4    HB3  ARG 185           HB3      ARG 185 -19.533  26.483  -1.950
    5    HG2  ARG 185           HG2      ARG 185 -17.587  26.101   0.312
    6    HG3  ARG 185           HG3      ARG 185 -17.366  27.225  -1.030
    7    HD2  ARG 185           HD2      ARG 185 -19.731  28.071  -0.307
    8    HD3  ARG 185           HD3      ARG 185 -19.303  27.324   1.230
    9    HE   ARG 185           HE       ARG 185 -17.631  29.376  -0.069
   10   HH11  ARG 185          HH11      ARG 185 -19.230  28.071   2.754
   11   HH12  ARG 185          HH12      ARG 185 -18.542  29.231   3.843
   12   HH21  ARG 185          HH21      ARG 185 -16.712  30.900   1.349
   13   HH22  ARG 185          HH22      ARG 185 -17.109  30.848   3.038

  No H/Q in entry =          13
  In of MODEL    9
    1    H    ILE 186           H        ILE 186 -18.936  23.138  -1.690
    2    HA   ILE 186           HA       ILE 186 -20.450  23.301  -4.093
    3    HB   ILE 186           HB       ILE 186 -18.529  21.153  -3.256
    4   HG12  ILE 186          HG12      ILE 186 -18.262  23.864  -4.514
    5   HG13  ILE 186          HG13      ILE 186 -17.317  23.147  -3.215
    6   HG21  ILE 186          HG21      ILE 186 -20.064  20.517  -5.103
    7   HG23  ILE 186          HG22      ILE 186 -18.379  20.619  -5.609
    8   HG22  ILE 186          HG23      ILE 186 -19.501  21.918  -6.012
    9   HD11  ILE 186          HD11      ILE 186 -17.195  22.314  -6.097
   10   HD13  ILE 186          HD12      ILE 186 -16.185  21.718  -4.779
   11   HD12  ILE 186          HD13      ILE 186 -16.058  23.398  -5.298

  No H/Q in entry =          11
  In of MODEL    9
    1    H    LEU 187           H        LEU 187 -20.197  20.770  -1.735
    2    HA   LEU 187           HA       LEU 187 -22.101  19.180  -2.900
    3    HB2  LEU 187           HB2      LEU 187 -21.239  19.368  -0.060
    4    HB3  LEU 187           HB3      LEU 187 -22.184  18.037  -0.741
    5    HG   LEU 187           HG       LEU 187 -19.328  18.773  -1.225
    6   HD11  LEU 187          HD11      LEU 187 -20.624  16.742   0.027
    7   HD13  LEU 187          HD12      LEU 187 -18.933  16.767  -0.483
    8   HD12  LEU 187          HD13      LEU 187 -20.163  16.044  -1.528
    9   HD23  LEU 187          HD21      LEU 187 -20.983  17.255  -3.240
   10   HD22  LEU 187          HD22      LEU 187 -19.239  17.472  -3.277
   11   HD21  LEU 187          HD23      LEU 187 -20.298  18.863  -3.482

  No H/Q in entry =          11
  In of MODEL    9
    1    H    LYS 188           H        LYS 188 -22.633  21.696  -0.423
    2    HA   LYS 188           HA       LYS 188 -25.356  21.400  -0.247
    3    HB2  LYS 188           HB2      LYS 188 -23.704  23.072   0.920
    4    HB3  LYS 188           HB3      LYS 188 -24.211  24.163  -0.362
    5    HG2  LYS 188           HG2      LYS 188 -26.257  22.754   1.296
    6    HG3  LYS 188           HG3      LYS 188 -25.444  24.189   1.917
    7    HD2  LYS 188           HD2      LYS 188 -26.612  25.560   0.578
    8    HD3  LYS 188           HD3      LYS 188 -26.421  24.499  -0.819
    9    HE2  LYS 188           HE2      LYS 188 -28.214  23.063   0.036
   10    HE3  LYS 188           HE3      LYS 188 -28.409  24.135   1.421
   11    HZ3  LYS 188           HZ1      LYS 188 -29.131  25.880  -0.002
   12    HZ2  LYS 188           HZ2      LYS 188 -30.026  24.508  -0.404
   13    HZ1  LYS 188           HZ3      LYS 188 -28.747  25.005  -1.402

  No H/Q in entry =          13
  In of MODEL    9
    1    H    MET 189           H        MET 189 -23.526  22.791  -2.943
    2    HA   MET 189           HA       MET 189 -25.791  24.154  -4.126
    3    HB2  MET 189           HB2      MET 189 -24.344  24.891  -5.726
    4    HB3  MET 189           HB3      MET 189 -23.147  24.387  -4.548
    5    HG2  MET 189           HG2      MET 189 -22.697  22.388  -5.728
    6    HG3  MET 189           HG3      MET 189 -24.092  22.620  -6.781
    7    HE2  MET 189           HE1      MET 189 -20.299  23.963  -6.077
    8    HE1  MET 189           HE2      MET 189 -21.501  25.067  -5.412
    9    HE3  MET 189           HE3      MET 189 -20.543  25.547  -6.811

  No H/Q in entry =           9
  In of MODEL    9
    1    H    LEU 190           H        LEU 190 -24.431  20.932  -4.227
    2    HA   LEU 190           HA       LEU 190 -25.638  19.858  -6.419
    3    HB2  LEU 190           HB2      LEU 190 -25.550  18.462  -3.777
    4    HB3  LEU 190           HB3      LEU 190 -25.392  17.752  -5.382
    5    HG   LEU 190           HG       LEU 190 -23.440  19.393  -3.844
    6   HD13  LEU 190          HD11      LEU 190 -22.946  17.281  -3.266
    7   HD12  LEU 190          HD12      LEU 190 -22.078  17.300  -4.809
    8   HD11  LEU 190          HD13      LEU 190 -23.698  16.609  -4.710
    9   HD21  LEU 190          HD21      LEU 190 -23.703  19.972  -6.379
   10   HD23  LEU 190          HD22      LEU 190 -22.744  18.503  -6.572
   11   HD22  LEU 190          HD23      LEU 190 -22.118  19.845  -5.622

  No H/Q in entry =          11
  In of MODEL    9
    1    H    GLU 191           H        GLU 191 -27.129  20.233  -3.203
    2    HA   GLU 191           HA       GLU 191 -29.555  18.973  -3.967
    3    HB2  GLU 191           HB2      GLU 191 -28.599  20.655  -1.682
    4    HB3  GLU 191           HB3      GLU 191 -30.333  20.578  -1.929
    5    HG2  GLU 191           HG2      GLU 191 -29.991  18.025  -1.911
    6    HG3  GLU 191           HG3      GLU 191 -28.439  18.407  -1.165

  No H/Q in entry =           6
  In of MODEL    9
    1    H    ASP 192           H        ASP 192 -28.178  21.976  -4.642
    2    HA   ASP 192           HA       ASP 192 -30.732  23.335  -5.023
    3    HB2  ASP 192           HB2      ASP 192 -27.873  24.281  -5.193
    4    HB3  ASP 192           HB3      ASP 192 -29.227  25.280  -5.711

  No H/Q in entry =           4
  In of MODEL    9
    1    H    GLN 193           H        GLN 193 -28.733  21.334  -6.603
    2    HA   GLN 193           HA       GLN 193 -28.665  20.490  -8.704
    3    HB2  GLN 193           HB2      GLN 193 -30.999  22.335  -8.979
    4    HB3  GLN 193           HB3      GLN 193 -30.275  21.684 -10.442
    5    HG2  GLN 193           HG2      GLN 193 -31.711  20.006 -10.143
    6    HG3  GLN 193           HG3      GLN 193 -30.544  19.446  -8.947
    7   HE21  GLN 193          HE21      GLN 193 -31.097  19.423  -6.834
    8   HE22  GLN 193          HE22      GLN 193 -32.642  19.909  -6.231

  No H/Q in entry =           8
  In of MODEL    9
    1    H    ASN 194           H        ASN 194 -27.065  22.725  -7.769
    2    HA   ASN 194           HA       ASN 194 -26.581  24.274 -10.192
    3    HB2  ASN 194           HB2      ASN 194 -26.151  24.698  -7.414
    4    HB3  ASN 194           HB3      ASN 194 -24.573  24.707  -8.195
    5   HD21  ASN 194          HD21      ASN 194 -27.648  26.279  -7.918
    6   HD22  ASN 194          HD22      ASN 194 -27.217  27.717  -8.772

  No H/Q in entry =           6
  In of MODEL    9
    1    H    LEU 195           H        LEU 195 -25.820  21.309  -9.062
    2    HA   LEU 195           HA       LEU 195 -23.561  21.042 -10.879
    3    HB2  LEU 195           HB2      LEU 195 -22.961  21.634  -8.340
    4    HB3  LEU 195           HB3      LEU 195 -23.183  19.910  -8.159
    5    HG   LEU 195           HG       LEU 195 -21.442  20.309 -10.376
    6   HD13  LEU 195          HD11      LEU 195 -20.951  22.513  -9.484
    7   HD12  LEU 195          HD12      LEU 195 -19.580  21.434  -9.213
    8   HD11  LEU 195          HD13      LEU 195 -20.671  21.824  -7.883
    9   HD23  LEU 195          HD21      LEU 195 -19.854  19.152  -8.806
   10   HD22  LEU 195          HD22      LEU 195 -21.394  18.328  -9.058
   11   HD21  LEU 195          HD23      LEU 195 -21.115  19.247  -7.579

  No H/Q in entry =          11
  In of MODEL    9
    1    H    ILE 196           H        ILE 196 -25.974  19.557  -8.778
    2    HA   ILE 196           HA       ILE 196 -26.270  17.239 -10.338
    3    HB   ILE 196           HB       ILE 196 -25.943  16.170  -7.718
    4   HG12  ILE 196          HG12      ILE 196 -23.510  17.522  -8.875
    5   HG13  ILE 196          HG13      ILE 196 -24.229  17.780  -7.289
    6   HG21  ILE 196          HG21      ILE 196 -24.904  15.684 -10.468
    7   HG23  ILE 196          HG22      ILE 196 -26.019  14.718  -9.500
    8   HG22  ILE 196          HG23      ILE 196 -24.298  14.738  -9.109
    9   HD13  ILE 196          HD11      ILE 196 -23.548  15.661  -6.535
   10   HD12  ILE 196          HD12      ILE 196 -22.151  16.390  -7.328
   11   HD11  ILE 196          HD13      ILE 196 -23.095  15.151  -8.158

  No H/Q in entry =          11
  In of MODEL    9
    1    H    SER 197           H        SER 197 -27.773  15.702  -8.622
    2    HA   SER 197           HA       SER 197 -29.186  17.582  -6.951
    3    HB2  SER 197           HB2      SER 197 -30.520  17.561  -8.889
    4    HB3  SER 197           HB3      SER 197 -30.504  15.800  -8.965
    5    HG   SER 197           HG       SER 197 -32.447  16.711  -8.093

  No H/Q in entry =           5
  In of MODEL    9
    1    H    ALA 198           H        ALA 198 -28.042  16.756  -5.408
    2    HA   ALA 198           HA       ALA 198 -28.376  14.091  -4.532
    3    HB3  ALA 198           HB1      ALA 198 -27.145  14.751  -2.552
    4    HB2  ALA 198           HB2      ALA 198 -27.371  16.457  -2.942
    5    HB1  ALA 198           HB3      ALA 198 -26.376  15.437  -3.981

  No H/Q in entry =           5
  In of MODEL    9
    1    H    HIS 199           H        HIS 199 -30.287  13.406  -3.952
    2    HA   HIS 199           HA       HIS 199 -32.199  15.216  -2.793
    3    HB2  HIS 199           HB2      HIS 199 -32.371  12.204  -3.146
    4    HB3  HIS 199           HB3      HIS 199 -33.693  13.248  -2.640
    5    HD1  HIS 199           HD1      HIS 199 -33.448  15.485  -4.766
    6    HD2  HIS 199           HD2      HIS 199 -33.206  11.417  -5.598
    7    HE1  HIS 199           HE1      HIS 199 -34.053  15.253  -7.192
    8    HE2  HIS 199           HE2      HIS 199 -34.094  12.768  -7.625

  No H/Q in entry =           8
  In of MODEL    9
    1    H    GLY 200           H        GLY 200 -31.046  15.882  -0.981
    2    HA3  GLY 200           HA2      GLY 200 -30.660  15.792   1.307
    3    HA2  GLY 200           HA3      GLY 200 -31.195  14.111   1.302

  No H/Q in entry =           3
  In of MODEL    9
    1    H    LYS 201           H        LYS 201 -29.595  12.699   1.784
    2    HA   LYS 201           HA       LYS 201 -26.856  13.503   1.212
    3    HB2  LYS 201           HB2      LYS 201 -26.207  11.578   2.608
    4    HB3  LYS 201           HB3      LYS 201 -27.290  12.683   3.437
    5    HG2  LYS 201           HG2      LYS 201 -29.003  10.846   2.311
    6    HG3  LYS 201           HG3      LYS 201 -27.620   9.873   2.819
    7    HD2  LYS 201           HD2      LYS 201 -29.152  11.812   4.552
    8    HD3  LYS 201           HD3      LYS 201 -29.288  10.054   4.605
    9    HE2  LYS 201           HE2      LYS 201 -26.947   9.883   5.269
   10    HE3  LYS 201           HE3      LYS 201 -26.778  11.634   5.169
   11    HZ3  LYS 201           HZ1      LYS 201 -27.098  11.087   7.427
   12    HZ2  LYS 201           HZ2      LYS 201 -28.415  10.086   7.092
   13    HZ1  LYS 201           HZ3      LYS 201 -28.555  11.761   6.901

  No H/Q in entry =          13
  In of MODEL    9
    1    H    THR 202           H        THR 202 -29.224  11.443  -0.020
    2    HA   THR 202           HA       THR 202 -27.555   9.732  -1.538
    3    HB   THR 202           HB       THR 202 -29.524   9.154  -2.891
    4    HG1  THR 202           HG1      THR 202 -30.607  11.452  -1.658
    5   HG22  THR 202          HG21      THR 202 -31.133   8.504  -1.048
    6   HG21  THR 202          HG22      THR 202 -30.037   9.317   0.069
    7   HG23  THR 202          HG23      THR 202 -29.473   7.936  -0.872

  No H/Q in entry =           7
  In of MODEL    9
    1    H    ILE 203           H        ILE 203 -26.279  10.441  -3.047
    2    HA   ILE 203           HA       ILE 203 -26.836  13.011  -4.243
    3    HB   ILE 203           HB       ILE 203 -24.458  11.283  -3.901
    4   HG12  ILE 203          HG12      ILE 203 -25.321  13.979  -3.204
    5   HG13  ILE 203          HG13      ILE 203 -24.132  12.942  -2.429
    6   HG21  ILE 203          HG21      ILE 203 -24.583  11.622  -6.359
    7   HG23  ILE 203          HG22      ILE 203 -23.171  12.392  -5.635
    8   HG22  ILE 203          HG23      ILE 203 -24.569  13.365  -6.090
    9   HD12  ILE 203          HD11      ILE 203 -23.703  14.734  -4.804
   10   HD11  ILE 203          HD12      ILE 203 -22.500  13.603  -4.173
   11   HD13  ILE 203          HD13      ILE 203 -23.051  14.949  -3.172

  No H/Q in entry =          11
  In of MODEL    9
    1    H    VAL 204           H        VAL 204 -28.052  12.972  -6.028
    2    HA   VAL 204           HA       VAL 204 -27.961  10.621  -7.780
    3    HB   VAL 204           HB       VAL 204 -29.975  12.825  -7.341
    4   HG13  VAL 204          HG11      VAL 204 -29.713  12.835  -9.687
    5   HG12  VAL 204          HG12      VAL 204 -31.188  11.932  -9.334
    6   HG11  VAL 204          HG13      VAL 204 -29.704  11.075  -9.761
    7   HG21  VAL 204          HG21      VAL 204 -30.138   9.822  -7.403
    8   HG23  VAL 204          HG22      VAL 204 -31.546  10.881  -7.333
    9   HG22  VAL 204          HG23      VAL 204 -30.370  10.888  -6.018

  No H/Q in entry =           9
  In of MODEL    9
    1    H    VAL 205           H        VAL 205 -26.414  10.867  -8.948
    2    HA   VAL 205           HA       VAL 205 -26.036  13.199 -10.683
    3    HB   VAL 205           HB       VAL 205 -24.359  11.548 -11.799
    4   HG12  VAL 205          HG11      VAL 205 -22.648  11.708  -9.987
    5   HG11  VAL 205          HG12      VAL 205 -23.914  12.272  -8.895
    6   HG13  VAL 205          HG13      VAL 205 -23.476  13.230 -10.313
    7   HG21  VAL 205          HG21      VAL 205 -24.973   9.926  -9.326
    8   HG23  VAL 205          HG22      VAL 205 -23.628   9.622 -10.426
    9   HG22  VAL 205          HG23      VAL 205 -25.289   9.456 -10.998

  No H/Q in entry =           9
  In of MODEL    9
    1    H    TYR 206           H        TYR 206 -28.084  13.164 -11.149
    2    HA   TYR 206           HA       TYR 206 -30.030  11.700 -11.966
    3    HB2  TYR 206           HB2      TYR 206 -28.773  13.971 -13.470
    4    HB3  TYR 206           HB3      TYR 206 -30.161  13.147 -14.167
    5    HD1  TYR 206           HD1      TYR 206 -29.166  15.866 -12.121
    6    HD2  TYR 206           HD2      TYR 206 -32.172  12.832 -12.488
    7    HE1  TYR 206           HE1      TYR 206 -30.730  17.248 -10.847
    8    HE2  TYR 206           HE2      TYR 206 -33.731  14.203 -11.189
    9    HH   TYR 206           HH       TYR 206 -33.245  17.477 -10.607

  No H/Q in entry =           9
  In of MODEL    9
    1    H    GLY 207           H        GLY 207 -27.233  12.066 -14.182
    2    HA3  GLY 207           HA2      GLY 207 -27.663   9.364 -15.139
    3    HA2  GLY 207           HA3      GLY 207 -27.980  10.612 -16.330

  No H/Q in entry =           3
  In of MODEL    9
    1    H    THR 208           H        THR 208 -26.246  12.081 -16.839
    2    HA   THR 208           HA       THR 208 -23.704  10.653 -16.982
    3    HB   THR 208           HB       THR 208 -24.154  13.263 -18.363
    4    HG1  THR 208           HG1      THR 208 -25.655  12.464 -19.675
    5   HG23  THR 208          HG21      THR 208 -22.883  12.191 -20.129
    6   HG22  THR 208          HG22      THR 208 -22.953  10.646 -19.284
    7   HG21  THR 208          HG23      THR 208 -22.036  11.986 -18.595

  No H/Q in entry =           7
  In of MODEL    9
    1    H    ARG 209           H        ARG 209 -25.206  13.273 -15.454
    2    HA   ARG 209           HA       ARG 209 -22.825  13.899 -13.963
    3    HB2  ARG 209           HB2      ARG 209 -22.923  16.275 -14.350
    4    HB3  ARG 209           HB3      ARG 209 -22.829  15.491 -15.920
    5    HG2  ARG 209           HG2      ARG 209 -24.548  16.793 -16.486
    6    HG3  ARG 209           HG3      ARG 209 -25.529  15.686 -15.523
    7    HD2  ARG 209           HD2      ARG 209 -25.506  17.105 -13.658
    8    HD3  ARG 209           HD3      ARG 209 -24.154  18.048 -14.280
    9    HE   ARG 209           HE       ARG 209 -26.456  18.202 -15.973
   10   HH11  ARG 209          HH11      ARG 209 -25.028  19.461 -13.042
   11   HH12  ARG 209          HH12      ARG 209 -25.861  20.984 -13.137
   12   HH21  ARG 209          HH21      ARG 209 -27.575  20.204 -16.092
   13   HH22  ARG 209          HH22      ARG 209 -27.314  21.398 -14.859

  No H/Q in entry =          13
  In of MODEL    9
    1    H1   VAL   1           H1       VAL   1  20.170 -20.840  -8.051
    2    H2   VAL   1           H3       VAL   1  21.151 -19.465  -8.057
    3    H3   VAL   1           H2       VAL   1  21.219 -20.549  -9.347
    4    HA   VAL   1           HA       VAL   1  22.099 -22.261  -7.904
    5    HB   VAL   1           HB       VAL   1  23.625 -20.678  -9.110
    6   HG12  VAL   1          HG11      VAL   1  23.827 -19.280  -6.447
    7   HG11  VAL   1          HG12      VAL   1  23.020 -18.639  -7.877
    8   HG13  VAL   1          HG13      VAL   1  24.760 -18.918  -7.899
    9   HG21  VAL   1          HG21      VAL   1  24.596 -21.745  -6.464
   10   HG23  VAL   1          HG22      VAL   1  25.641 -21.223  -7.785
   11   HG22  VAL   1          HG23      VAL   1  24.563 -22.601  -8.006

  No H/Q in entry =          11
  In of MODEL    9
    1    H    LEU   2           H        LEU   2  22.779 -22.913  -5.829
    2    HA   LEU   2           HA       LEU   2  21.303 -21.674  -3.684
    3    HB2  LEU   2           HB2      LEU   2  22.908 -24.173  -4.007
    4    HB3  LEU   2           HB3      LEU   2  22.581 -23.583  -2.390
    5    HG   LEU   2           HG       LEU   2  20.109 -23.598  -3.059
    6   HD13  LEU   2          HD11      LEU   2  19.493 -25.129  -4.844
    7   HD12  LEU   2          HD12      LEU   2  21.193 -25.374  -5.239
    8   HD11  LEU   2          HD13      LEU   2  20.454 -23.790  -5.474
    9   HD21  LEU   2          HD21      LEU   2  21.203 -25.221  -1.541
   10   HD23  LEU   2          HD22      LEU   2  21.536 -26.250  -2.935
   11   HD22  LEU   2          HD23      LEU   2  19.869 -25.914  -2.465

  No H/Q in entry =          11
  In of MODEL    9
    1    H    GLY   3           H        GLY   3  22.618 -21.780  -1.464
    2    HA3  GLY   3           HA2      GLY   3  24.768 -21.318  -0.440
    3    HA2  GLY   3           HA3      GLY   3  25.205 -20.421  -1.885

  No H/Q in entry =           3
  In of MODEL    9
    1    H    LYS   4           H        LYS   4  22.183 -20.264  -0.044
    2    HA   LYS   4           HA       LYS   4  22.878 -17.464   0.578
    3    HB2  LYS   4           HB2      LYS   4  20.313 -18.699  -0.354
    4    HB3  LYS   4           HB3      LYS   4  20.258 -17.260   0.655
    5    HG2  LYS   4           HG2      LYS   4  20.170 -16.448  -1.528
    6    HG3  LYS   4           HG3      LYS   4  21.851 -16.214  -1.045
    7    HD2  LYS   4           HD2      LYS   4  22.043 -18.660  -2.124
    8    HD3  LYS   4           HD3      LYS   4  20.683 -18.044  -3.062
    9    HE2  LYS   4           HE2      LYS   4  22.293 -17.205  -4.391
   10    HE3  LYS   4           HE3      LYS   4  22.372 -15.933  -3.173
   11    HZ2  LYS   4           HZ1      LYS   4  24.172 -18.246  -3.532
   12    HZ1  LYS   4           HZ2      LYS   4  24.082 -17.439  -2.049
   13    HZ3  LYS   4           HZ3      LYS   4  24.567 -16.602  -3.436

  No H/Q in entry =          13
  In of MODEL    9
    1    HA   PRO   5           HA       PRO   5  22.448 -19.254   4.690
    2    HB2  PRO   5           HB2      PRO   5  23.921 -17.409   5.967
    3    HB3  PRO   5           HB3      PRO   5  24.660 -18.667   4.970
    4    HG2  PRO   5           HG2      PRO   5  24.116 -15.799   4.306
    5    HG3  PRO   5           HG3      PRO   5  25.552 -16.778   3.955
    6    HD2  PRO   5           HD2      PRO   5  23.568 -16.264   2.135
    7    HD3  PRO   5           HD3      PRO   5  24.614 -17.697   2.082

  No H/Q in entry =           7
  In of MODEL    9
    1    H    GLN   6           H        GLN   6  20.215 -17.942   3.725
    2    HA   GLN   6           HA       GLN   6  19.611 -15.845   5.683
    3    HB2  GLN   6           HB2      GLN   6  17.945 -16.838   3.358
    4    HB3  GLN   6           HB3      GLN   6  17.594 -15.439   4.363
    5    HG2  GLN   6           HG2      GLN   6  19.744 -14.438   3.562
    6    HG3  GLN   6           HG3      GLN   6  19.861 -15.777   2.420
    7   HE21  GLN   6          HE21      GLN   6  18.226 -12.844   3.239
    8   HE22  GLN   6          HE22      GLN   6  17.343 -12.680   1.764

  No H/Q in entry =           8
  In of MODEL    9
    1    H    THR   7           H        THR   7  19.471 -19.108   5.446
    2    HA   THR   7           HA       THR   7  18.528 -20.741   6.733
    3    HB   THR   7           HB       THR   7  16.877 -18.742   8.253
    4    HG1  THR   7           HG1      THR   7  18.625 -17.838   9.055
    5   HG22  THR   7          HG21      THR   7  18.391 -21.207   9.123
    6   HG21  THR   7          HG22      THR   7  16.677 -21.176   8.707
    7   HG23  THR   7          HG23      THR   7  17.265 -20.262  10.097

  No H/Q in entry =           7
  In of MODEL    9
    1    H    ASP   8           H        ASP   8  17.523 -20.355   4.280
    2    HA   ASP   8           HA       ASP   8  14.672 -20.881   4.692
    3    HB2  ASP   8           HB2      ASP   8  15.255 -18.474   3.821
    4    HB3  ASP   8           HB3      ASP   8  15.501 -19.303   2.286

  No H/Q in entry =           4
  In of MODEL    9
    1    HA   PRO   9           HA       PRO   9  16.556 -24.221   2.213
    2    HB2  PRO   9           HB2      PRO   9  14.736 -26.110   2.969
    3    HB3  PRO   9           HB3      PRO   9  16.193 -25.727   3.890
    4    HG2  PRO   9           HG2      PRO   9  13.377 -24.846   4.343
    5    HG3  PRO   9           HG3      PRO   9  14.611 -25.317   5.526
    6    HD2  PRO   9           HD2      PRO   9  13.968 -22.730   5.006
    7    HD3  PRO   9           HD3      PRO   9  15.590 -23.237   5.518

  No H/Q in entry =           7
  In of MODEL    9
    1    H    THR  10           H        THR  10  13.225 -23.023   2.319
    2    HA   THR  10           HA       THR  10  12.440 -24.630   0.040
    3    HB   THR  10           HB       THR  10  10.685 -22.384   0.556
    4    HG1  THR  10           HG1      THR  10  10.107 -22.891   2.675
    5   HG22  THR  10          HG21      THR  10   9.036 -24.184   0.875
    6   HG21  THR  10          HG22      THR  10  10.343 -25.367   0.877
    7   HG23  THR  10          HG23      THR  10  10.004 -24.430  -0.578

  No H/Q in entry =           7
  In of MODEL    9
    1    H    LEU  11           H        LEU  11  13.487 -21.324   0.777
    2    HA   LEU  11           HA       LEU  11  12.967 -20.415  -1.842
    3    HB2  LEU  11           HB2      LEU  11  13.751 -19.208   0.577
    4    HB3  LEU  11           HB3      LEU  11  14.903 -18.740  -0.668
    5    HG   LEU  11           HG       LEU  11  11.914 -18.493  -0.894
    6   HD12  LEU  11          HD11      LEU  11  13.980 -16.337  -0.674
    7   HD11  LEU  11          HD12      LEU  11  12.967 -16.882   0.670
    8   HD13  LEU  11          HD13      LEU  11  12.230 -16.138  -0.752
    9   HD21  LEU  11          HD21      LEU  11  14.153 -17.991  -2.764
   10   HD23  LEU  11          HD22      LEU  11  12.698 -16.996  -2.847
   11   HD22  LEU  11          HD23      LEU  11  12.585 -18.741  -3.053

  No H/Q in entry =          11
  In of MODEL    9
    1    H    GLU  12           H        GLU  12  15.599 -21.859  -0.316
    2    HA   GLU  12           HA       GLU  12  17.593 -21.396  -2.331
    3    HB2  GLU  12           HB2      GLU  12  17.398 -23.051   0.176
    4    HB3  GLU  12           HB3      GLU  12  18.658 -23.436  -0.991
    5    HG2  GLU  12           HG2      GLU  12  18.363 -20.607  -0.161
    6    HG3  GLU  12           HG3      GLU  12  19.043 -21.739   1.007

  No H/Q in entry =           6
  In of MODEL    9
    1    H    TRP  13           H        TRP  13  14.848 -23.245  -2.006
    2    HA   TRP  13           HA       TRP  13  15.769 -25.287  -3.890
    3    HB2  TRP  13           HB2      TRP  13  14.381 -25.938  -1.846
    4    HB3  TRP  13           HB3      TRP  13  13.036 -25.085  -2.590
    5    HD1  TRP  13           HD1      TRP  13  15.451 -27.372  -4.560
    6    HE1  TRP  13           HE1      TRP  13  14.093 -29.359  -5.477
    7    HE3  TRP  13           HE3      TRP  13  10.976 -26.402  -2.295
    8    HZ2  TRP  13           HZ2      TRP  13  11.469 -30.376  -5.263
    9    HZ3  TRP  13           HZ3      TRP  13   9.092 -27.931  -2.698
   10    HH2  TRP  13           HH2      TRP  13   9.336 -29.875  -4.153

  No H/Q in entry =          10
  In of MODEL    9
    1    H    PHE  14           H        PHE  14  14.273 -22.268  -3.536
    2    HA   PHE  14           HA       PHE  14  12.664 -22.255  -5.964
    3    HB2  PHE  14           HB2      PHE  14  11.661 -21.147  -4.175
    4    HB3  PHE  14           HB3      PHE  14  13.160 -20.438  -3.647
    5    HD1  PHE  14           HD1      PHE  14  14.233 -18.736  -5.368
    6    HD2  PHE  14           HD2      PHE  14  10.117 -19.764  -5.192
    7    HE1  PHE  14           HE1      PHE  14  13.665 -16.621  -6.483
    8    HE2  PHE  14           HE2      PHE  14   9.547 -17.668  -6.302
    9    HZ   PHE  14           HZ       PHE  14  11.315 -16.085  -6.955

  No H/Q in entry =           9
  In of MODEL    9
    1    H    LEU  15           H        LEU  15  15.784 -21.436  -4.809
    2    HA   LEU  15           HA       LEU  15  16.229 -19.282  -6.732
    3    HB2  LEU  15           HB2      LEU  15  18.146 -20.314  -4.651
    4    HB3  LEU  15           HB3      LEU  15  18.371 -18.913  -5.683
    5    HG   LEU  15           HG       LEU  15  16.219 -19.198  -3.602
    6   HD12  LEU  15          HD11      LEU  15  18.756 -17.617  -3.630
    7   HD11  LEU  15          HD12      LEU  15  18.420 -19.036  -2.639
    8   HD13  LEU  15          HD13      LEU  15  17.514 -17.543  -2.382
    9   HD21  LEU  15          HD21      LEU  15  15.862 -17.687  -5.685
   10   HD23  LEU  15          HD22      LEU  15  17.020 -16.627  -4.882
   11   HD22  LEU  15          HD23      LEU  15  15.515 -17.067  -4.074

  No H/Q in entry =          11
  In of MODEL    9
    1    H    SER  16           H        SER  16  16.218 -22.490  -6.557
    2    HA   SER  16           HA       SER  16  18.528 -22.928  -8.323
    3    HB2  SER  16           HB2      SER  16  17.220 -25.354  -7.890
    4    HB3  SER  16           HB3      SER  16  18.648 -24.812  -7.002
    5    HG   SER  16           HG       SER  16  17.448 -24.517  -5.292

  No H/Q in entry =           5
  In of MODEL    9
    1    H    HIS  17           H        HIS  17  15.584 -21.701  -8.357
    2    HA   HIS  17           HA       HIS  17  14.721 -23.188 -10.711
    3    HB2  HIS  17           HB2      HIS  17  13.193 -22.022  -8.470
    4    HB3  HIS  17           HB3      HIS  17  12.480 -21.871 -10.074
    5    HD1  HIS  17           HD1      HIS  17  13.428 -24.431  -7.493
    6    HD2  HIS  17           HD2      HIS  17  11.562 -24.241 -11.208
    7    HE1  HIS  17           HE1      HIS  17  12.343 -26.674  -7.827
    8    HE2  HIS  17           HE2      HIS  17  11.140 -26.504 -10.031

  No H/Q in entry =           8
  In of MODEL    9
    1    H    CYS  18           H        CYS  18  15.859 -20.176  -9.637
    2    HA   CYS  18           HA       CYS  18  14.640 -18.754 -11.873
    3    HB2  CYS  18           HB2      CYS  18  15.120 -16.690 -10.514
    4    HB3  CYS  18           HB3      CYS  18  13.887 -17.775  -9.904
    5    HG   CYS  18           HG       CYS  18  15.237 -16.727  -7.804

  No H/Q in entry =           5
  In of MODEL    9
    1    H    HIS  19           H        HIS  19  16.450 -16.463 -11.160
    2    HA   HIS  19           HA       HIS  19  19.037 -17.347 -12.188
    3    HB2  HIS  19           HB2      HIS  19  17.560 -16.699 -14.155
    4    HB3  HIS  19           HB3      HIS  19  17.446 -15.088 -13.468
    5    HD1  HIS  19           HD1      HIS  19  19.950 -17.418 -15.077
    6    HD2  HIS  19           HD2      HIS  19  19.505 -13.390 -14.150
    7    HE1  HIS  19           HE1      HIS  19  21.865 -16.250 -16.208
    8    HE2  HIS  19           HE2      HIS  19  21.666 -13.842 -15.505

  No H/Q in entry =           8
  In of MODEL    9
    1    H    ILE  20           H        ILE  20  19.736 -16.604  -9.796
    2    HA   ILE  20           HA       ILE  20  19.542 -13.859  -9.120
    3    HB   ILE  20           HB       ILE  20  21.983 -15.226  -8.279
    4   HG12  ILE  20          HG12      ILE  20  20.218 -17.113  -8.402
    5   HG13  ILE  20          HG13      ILE  20  21.126 -16.933  -6.911
    6   HG21  ILE  20          HG21      ILE  20  19.857 -13.674  -6.923
    7   HG23  ILE  20          HG22      ILE  20  21.542 -13.242  -7.223
    8   HG22  ILE  20          HG23      ILE  20  21.145 -14.479  -6.030
    9   HD13  ILE  20          HD11      ILE  20  19.300 -16.244  -5.723
   10   HD12  ILE  20          HD12      ILE  20  18.528 -17.300  -6.905
   11   HD11  ILE  20          HD13      ILE  20  18.506 -15.555  -7.137

  No H/Q in entry =          11
  In of MODEL    9
    1    H    HIS  21           H        HIS  21  20.386 -12.348 -10.047
    2    HA   HIS  21           HA       HIS  21  22.690 -11.424 -10.138
    3    HB2  HIS  21           HB2      HIS  21  23.797 -13.325 -11.194
    4    HB3  HIS  21           HB3      HIS  21  22.837 -13.097 -12.652
    5    HD1  HIS  21           HD1      HIS  21  23.539 -11.226 -14.250
    6    HD2  HIS  21           HD2      HIS  21  25.926 -11.472 -10.857
    7    HE1  HIS  21           HE1      HIS  21  25.519  -9.759 -14.714
    8    HE2  HIS  21           HE2      HIS  21  26.825  -9.750 -12.564

  No H/Q in entry =           8
  In of MODEL    9
    1    H    LYS  22           H        LYS  22  22.437  -9.550 -10.460
    2    HA   LYS  22           HA       LYS  22  20.354  -8.702 -12.309
    3    HB2  LYS  22           HB2      LYS  22  20.140  -8.380  -9.725
    4    HB3  LYS  22           HB3      LYS  22  21.136  -6.972 -10.029
    5    HG2  LYS  22           HG2      LYS  22  19.178  -6.772 -11.948
    6    HG3  LYS  22           HG3      LYS  22  18.317  -7.416 -10.552
    7    HD2  LYS  22           HD2      LYS  22  19.676  -5.559  -9.295
    8    HD3  LYS  22           HD3      LYS  22  19.704  -4.806 -10.893
    9    HE2  LYS  22           HE2      LYS  22  17.486  -5.135  -8.995
   10    HE3  LYS  22           HE3      LYS  22  17.729  -3.928 -10.254
   11    HZ1  LYS  22           HZ1      LYS  22  16.825  -6.711 -10.760
   12    HZ3  LYS  22           HZ2      LYS  22  16.923  -5.461 -11.894
   13    HZ2  LYS  22           HZ3      LYS  22  15.796  -5.379 -10.637

  No H/Q in entry =          13
  In of MODEL    9
    1    H    TYR  23           H        TYR  23  21.518  -5.962 -11.227
    2    HA   TYR  23           HA       TYR  23  23.605  -5.601 -13.193
    3    HB2  TYR  23           HB2      TYR  23  21.816  -3.580 -13.860
    4    HB3  TYR  23           HB3      TYR  23  22.250  -4.961 -14.855
    5    HD1  TYR  23           HD1      TYR  23  20.703  -7.178 -14.056
    6    HD2  TYR  23           HD2      TYR  23  19.659  -3.103 -13.739
    7    HE1  TYR  23           HE1      TYR  23  18.348  -7.823 -14.047
    8    HE2  TYR  23           HE2      TYR  23  17.280  -3.706 -13.736
    9    HH   TYR  23           HH       TYR  23  16.167  -6.815 -14.542

  No H/Q in entry =           9
  In of MODEL    9
    1    HA   PRO  24           HA       PRO  24  24.954  -1.920 -11.054
    2    HB2  PRO  24           HB2      PRO  24  24.127  -0.259 -13.393
    3    HB3  PRO  24           HB3      PRO  24  25.667  -0.305 -12.529
    4    HG2  PRO  24           HG2      PRO  24  25.404  -1.481 -14.903
    5    HG3  PRO  24           HG3      PRO  24  26.380  -2.214 -13.619
    6    HD2  PRO  24           HD2      PRO  24  23.685  -2.977 -14.619
    7    HD3  PRO  24           HD3      PRO  24  24.984  -3.998 -13.977

  No H/Q in entry =           7
  In of MODEL    9
    1    H    SER  25           H        SER  25  24.064  -0.001  -9.834
    2    HA   SER  25           HA       SER  25  21.263   0.104  -9.742
    3    HB2  SER  25           HB2      SER  25  22.273   2.484  -8.693
    4    HB3  SER  25           HB3      SER  25  21.740   1.051  -7.832
    5    HG   SER  25           HG       SER  25  24.237   2.004  -8.116

  No H/Q in entry =           5
  In of MODEL    9
    1    H    LYS  26           H        LYS  26  19.917   1.761 -10.110
    2    HA   LYS  26           HA       LYS  26  19.197   3.826 -11.102
    3    HB2  LYS  26           HB2      LYS  26  21.498   4.427 -11.991
    4    HB3  LYS  26           HB3      LYS  26  21.364   3.185 -13.227
    5    HG2  LYS  26           HG2      LYS  26  19.407   4.404 -14.277
    6    HG3  LYS  26           HG3      LYS  26  19.417   5.588 -12.973
    7    HD2  LYS  26           HD2      LYS  26  21.724   6.327 -13.753
    8    HD3  LYS  26           HD3      LYS  26  21.672   5.099 -15.032
    9    HE2  LYS  26           HE2      LYS  26  19.532   6.128 -15.958
   10    HE3  LYS  26           HE3      LYS  26  19.582   7.382 -14.708
   11    HZ1  LYS  26           HZ1      LYS  26  21.955   6.951 -16.425
   12    HZ2  LYS  26           HZ2      LYS  26  20.693   7.827 -17.000
   13    HZ3  LYS  26           HZ3      LYS  26  21.422   8.299 -15.566

  No H/Q in entry =          13
  In of MODEL    9
    1    H    SER  27           H        SER  27  19.467   0.627 -11.769
    2    HA   SER  27           HA       SER  27  18.144   0.687 -14.325
    3    HB2  SER  27           HB2      SER  27  18.691  -1.775 -12.744
    4    HB3  SER  27           HB3      SER  27  18.643  -1.556 -14.493
    5    HG   SER  27           HG       SER  27  20.739  -1.307 -12.763

  No H/Q in entry =           5
  In of MODEL    9
    1    H    THR  28           H        THR  28  16.106   1.126 -14.280
    2    HA   THR  28           HA       THR  28  14.363  -0.227 -12.344
    3    HB   THR  28           HB       THR  28  13.664   2.095 -12.686
    4    HG1  THR  28           HG1      THR  28  11.765   1.133 -12.709
    5   HG22  THR  28          HG21      THR  28  13.100   2.932 -14.964
    6   HG21  THR  28          HG22      THR  28  13.848   1.483 -15.633
    7   HG23  THR  28          HG23      THR  28  14.822   2.639 -14.725

  No H/Q in entry =           7
  In of MODEL    9
    1    H    LEU  29           H        LEU  29  12.588  -1.207 -13.434
    2    HA   LEU  29           HA       LEU  29  13.547  -2.968 -15.535
    3    HB2  LEU  29           HB2      LEU  29  12.235  -4.590 -13.601
    4    HB3  LEU  29           HB3      LEU  29  13.906  -4.703 -14.118
    5    HG   LEU  29           HG       LEU  29  12.844  -3.120 -11.762
    6   HD13  LEU  29          HD11      LEU  29  14.022  -4.708 -10.404
    7   HD12  LEU  29          HD12      LEU  29  14.596  -5.560 -11.844
    8   HD11  LEU  29          HD13      LEU  29  12.872  -5.557 -11.445
    9   HD23  LEU  29          HD21      LEU  29  15.713  -3.617 -12.465
   10   HD22  LEU  29          HD22      LEU  29  15.064  -2.610 -11.163
   11   HD21  LEU  29          HD23      LEU  29  14.848  -2.128 -12.850

  No H/Q in entry =          11
  In of MODEL    9
    1    H    ILE  30           H        ILE  30  11.112  -1.495 -13.699
    2    HA   ILE  30           HA       ILE  30   9.015  -1.958 -15.449
    3    HB   ILE  30           HB       ILE  30   7.813  -3.260 -13.279
    4   HG12  ILE  30          HG12      ILE  30   9.715  -5.333 -13.935
    5   HG13  ILE  30          HG13      ILE  30  10.532  -3.965 -13.199
    6   HG23  ILE  30          HG21      ILE  30   7.125  -3.571 -15.548
    7   HG22  ILE  30          HG22      ILE  30   7.506  -5.136 -14.835
    8   HG21  ILE  30          HG23      ILE  30   8.644  -4.376 -15.945
    9   HD12  ILE  30          HD11      ILE  30   8.336  -5.645 -12.033
   10   HD11  ILE  30          HD12      ILE  30   8.865  -4.117 -11.322
   11   HD13  ILE  30          HD13      ILE  30  10.000  -5.467 -11.464

  No H/Q in entry =          11
  In of MODEL    9
    1    H    HIS  31           H        HIS  31   8.746   0.025 -15.201
    2    HA   HIS  31           HA       HIS  31   6.708   0.934 -13.416
    3    HB2  HIS  31           HB2      HIS  31   8.496   1.229 -11.860
    4    HB3  HIS  31           HB3      HIS  31   9.624   1.623 -13.144
    5    HD1  HIS  31           HD1      HIS  31   7.119   3.206 -10.870
    6    HD2  HIS  31           HD2      HIS  31   9.699   4.308 -13.932
    7    HE1  HIS  31           HE1      HIS  31   7.139   5.709 -10.875
    8    HE2  HIS  31           HE2      HIS  31   8.537   6.338 -12.888

  No H/Q in entry =           8
  In of MODEL    9
    1    H    GLN  32           H        GLN  32   7.000   0.747 -16.309
    2    HA   GLN  32           HA       GLN  32   6.611   3.590 -16.841
    3    HB2  GLN  32           HB2      GLN  32   8.871   2.116 -17.934
    4    HB3  GLN  32           HB3      GLN  32   7.814   2.690 -19.215
    5    HG2  GLN  32           HG2      GLN  32   9.266   4.330 -17.149
    6    HG3  GLN  32           HG3      GLN  32   9.444   4.368 -18.903
    7   HE21  GLN  32          HE21      GLN  32   7.982   5.527 -20.132
    8   HE22  GLN  32          HE22      GLN  32   6.820   6.601 -19.440

  No H/Q in entry =           8
  In of MODEL    9
    1    H    GLY  33           H        GLY  33   5.670   0.424 -17.049
    2    HA3  GLY  33           HA2      GLY  33   3.297   0.209 -17.733
    3    HA2  GLY  33           HA3      GLY  33   3.757   1.113 -19.160

  No H/Q in entry =           3
  In of MODEL    9
    1    H    GLU  34           H        GLU  34   5.948  -1.295 -17.984
    2    HA   GLU  34           HA       GLU  34   5.435  -3.038 -20.270
    3    HB2  GLU  34           HB2      GLU  34   7.778  -2.341 -19.178
    4    HB3  GLU  34           HB3      GLU  34   7.412  -3.694 -18.143
    5    HG2  GLU  34           HG2      GLU  34   8.829  -4.276 -20.085
    6    HG3  GLU  34           HG3      GLU  34   7.328  -5.196 -19.957

  No H/Q in entry =           6
  In of MODEL    9
    1    H    LYS  35           H        LYS  35   4.528  -4.929 -20.042
    2    HA   LYS  35           HA       LYS  35   2.979  -5.646 -17.871
    3    HB2  LYS  35           HB2      LYS  35   3.881  -6.981 -20.354
    4    HB3  LYS  35           HB3      LYS  35   3.359  -8.040 -19.053
    5    HG2  LYS  35           HG2      LYS  35   1.226  -6.827 -18.939
    6    HG3  LYS  35           HG3      LYS  35   1.752  -5.825 -20.297
    7    HD2  LYS  35           HD2      LYS  35   0.338  -7.559 -21.170
    8    HD3  LYS  35           HD3      LYS  35   1.995  -7.925 -21.653
    9    HE2  LYS  35           HE2      LYS  35   2.104  -9.421 -19.603
   10    HE3  LYS  35           HE3      LYS  35   0.358  -9.218 -19.482
   11    HZ2  LYS  35           HZ1      LYS  35   1.764 -11.035 -21.045
   12    HZ1  LYS  35           HZ2      LYS  35   1.043  -9.939 -22.119
   13    HZ3  LYS  35           HZ3      LYS  35   0.088 -10.780 -21.007

  No H/Q in entry =          13
  In of MODEL    9
    1    H    ALA  36           H        ALA  36   3.817  -6.032 -15.881
    2    HA   ALA  36           HA       ALA  36   6.418  -7.010 -15.500
    3    HB2  ALA  36           HB1      ALA  36   5.757  -5.772 -13.706
    4    HB3  ALA  36           HB2      ALA  36   5.379  -7.384 -13.095
    5    HB1  ALA  36           HB3      ALA  36   4.100  -6.371 -13.770

  No H/Q in entry =           5
  In of MODEL    9
    1    H    GLU  37           H        GLU  37   6.140  -8.874 -17.007
    2    HA   GLU  37           HA       GLU  37   4.664 -11.166 -15.990
    3    HB2  GLU  37           HB2      GLU  37   6.301 -10.710 -18.481
    4    HB3  GLU  37           HB3      GLU  37   5.619 -12.276 -18.067
    5    HG2  GLU  37           HG2      GLU  37   3.372 -11.219 -18.046
    6    HG3  GLU  37           HG3      GLU  37   4.120  -9.735 -18.630

  No H/Q in entry =           6
  In of MODEL    9
    1    H    THR  38           H        THR  38   7.778  -9.883 -15.745
    2    HA   THR  38           HA       THR  38   8.825 -12.486 -14.885
    3    HB   THR  38           HB       THR  38  10.202 -11.813 -16.669
    4    HG1  THR  38           HG1      THR  38  11.266 -12.158 -14.452
    5   HG21  THR  38          HG21      THR  38  10.190  -9.043 -15.475
    6   HG23  THR  38          HG22      THR  38   9.423  -9.556 -16.977
    7   HG22  THR  38          HG23      THR  38  11.182  -9.539 -16.847

  No H/Q in entry =           7
  In of MODEL    9
    1    H    LEU  39           H        LEU  39   9.632 -12.655 -12.848
    2    HA   LEU  39           HA       LEU  39   9.164 -10.346 -11.138
    3    HB2  LEU  39           HB2      LEU  39   8.173 -11.885  -9.843
    4    HB3  LEU  39           HB3      LEU  39   8.823 -13.196 -10.810
    5    HG   LEU  39           HG       LEU  39  10.800 -11.969  -9.015
    6   HD11  LEU  39          HD11      LEU  39   8.404 -13.383  -7.865
    7   HD13  LEU  39          HD12      LEU  39   8.933 -11.734  -7.525
    8   HD12  LEU  39          HD13      LEU  39   9.916 -13.104  -7.001
    9   HD21  LEU  39          HD21      LEU  39   9.885 -14.798  -9.512
   10   HD23  LEU  39          HD22      LEU  39  11.280 -14.331  -8.538
   11   HD22  LEU  39          HD23      LEU  39  11.259 -13.990 -10.268

  No H/Q in entry =          11
  In of MODEL    9
    1    H    TYR  40           H        TYR  40  10.865  -9.619  -9.665
    2    HA   TYR  40           HA       TYR  40  13.486 -10.813 -10.264
    3    HB2  TYR  40           HB2      TYR  40  12.980  -7.874  -9.723
    4    HB3  TYR  40           HB3      TYR  40  14.497  -8.611 -10.196
    5    HD1  TYR  40           HD1      TYR  40  15.115  -8.629 -12.395
    6    HD2  TYR  40           HD2      TYR  40  11.028  -7.969 -11.468
    7    HE1  TYR  40           HE1      TYR  40  14.684  -8.032 -14.738
    8    HE2  TYR  40           HE2      TYR  40  10.575  -7.396 -13.818
    9    HH   TYR  40           HH       TYR  40  12.709  -8.055 -16.307

  No H/Q in entry =           9
  In of MODEL    9
    1    H    TYR  41           H        TYR  41  13.661 -11.968  -8.307
    2    HA   TYR  41           HA       TYR  41  12.907 -10.565  -5.865
    3    HB2  TYR  41           HB2      TYR  41  12.000 -12.711  -5.918
    4    HB3  TYR  41           HB3      TYR  41  13.445 -13.413  -6.627
    5    HD1  TYR  41           HD1      TYR  41  13.549 -11.230  -3.658
    6    HD2  TYR  41           HD2      TYR  41  13.569 -15.204  -5.118
    7    HE1  TYR  41           HE1      TYR  41  14.291 -12.015  -1.460
    8    HE2  TYR  41           HE2      TYR  41  14.285 -16.011  -2.952
    9    HH   TYR  41           HH       TYR  41  15.641 -14.936  -0.930

  No H/Q in entry =           9
  In of MODEL    9
    1    H    ILE  42           H        ILE  42  14.408  -9.168  -5.327
    2    HA   ILE  42           HA       ILE  42  17.119  -9.247  -5.747
    3    HB   ILE  42           HB       ILE  42  15.307  -7.702  -4.123
    4   HG12  ILE  42          HG12      ILE  42  18.062  -7.039  -5.156
    5   HG13  ILE  42          HG13      ILE  42  16.602  -6.992  -6.140
    6   HG22  ILE  42          HG21      ILE  42  18.075  -7.889  -2.973
    7   HG21  ILE  42          HG22      ILE  42  16.702  -8.766  -2.304
    8   HG23  ILE  42          HG23      ILE  42  16.685  -7.003  -2.344
    9   HD12  ILE  42          HD11      ILE  42  17.576  -4.859  -4.941
   10   HD11  ILE  42          HD12      ILE  42  16.590  -5.466  -3.613
   11   HD13  ILE  42          HD13      ILE  42  15.844  -5.102  -5.170

  No H/Q in entry =          11
  In of MODEL    9
    1    H    VAL  43           H        VAL  43  18.798 -10.280  -4.926
    2    HA   VAL  43           HA       VAL  43  18.297 -12.060  -2.639
    3    HB   VAL  43           HB       VAL  43  20.193 -12.354  -4.962
    4   HG13  VAL  43          HG11      VAL  43  20.953 -14.374  -4.068
    5   HG12  VAL  43          HG12      VAL  43  19.692 -14.404  -2.838
    6   HG11  VAL  43          HG13      VAL  43  21.008 -13.236  -2.725
    7   HG21  VAL  43          HG21      VAL  43  17.646 -13.733  -4.165
    8   HG23  VAL  43          HG22      VAL  43  18.736 -14.336  -5.412
    9   HG22  VAL  43          HG23      VAL  43  17.952 -12.768  -5.611

  No H/Q in entry =           9
  In of MODEL    9
    1    H    LYS  44           H        LYS  44  19.988  -9.589  -3.879
    2    HA   LYS  44           HA       LYS  44  21.511  -8.726  -1.671
    3    HB2  LYS  44           HB2      LYS  44  23.037 -10.564  -2.635
    4    HB3  LYS  44           HB3      LYS  44  23.056  -9.641  -4.134
    5    HG2  LYS  44           HG2      LYS  44  23.827  -7.719  -2.437
    6    HG3  LYS  44           HG3      LYS  44  24.437  -9.130  -1.571
    7    HD2  LYS  44           HD2      LYS  44  24.989  -8.832  -4.498
    8    HD3  LYS  44           HD3      LYS  44  25.938  -7.913  -3.331
    9    HE2  LYS  44           HE2      LYS  44  25.582 -10.899  -3.187
   10    HE3  LYS  44           HE3      LYS  44  26.916 -10.123  -4.039
   11    HZ3  LYS  44           HZ1      LYS  44  27.651 -10.696  -1.869
   12    HZ2  LYS  44           HZ2      LYS  44  26.315  -9.966  -1.139
   13    HZ1  LYS  44           HZ3      LYS  44  27.482  -9.012  -1.908

  No H/Q in entry =          13
  In of MODEL    9
    1    H    GLY  45           H        GLY  45  22.158  -6.653  -2.174
    2    HA3  GLY  45           HA2      GLY  45  22.221  -4.669  -3.412
    3    HA2  GLY  45           HA3      GLY  45  21.323  -5.472  -4.706

  No H/Q in entry =           3
  In of MODEL    9
    1    H    SER  46           H        SER  46  20.443  -3.036  -3.603
    2    HA   SER  46           HA       SER  46  17.863  -3.950  -2.663
    3    HB2  SER  46           HB2      SER  46  18.818  -3.373  -0.581
    4    HB3  SER  46           HB3      SER  46  19.706  -2.014  -1.271
    5    HG   SER  46           HG       SER  46  16.882  -2.125  -1.145

  No H/Q in entry =           5
  In of MODEL    9
    1    H    VAL  47           H        VAL  47  16.144  -2.366  -3.167
    2    HA   VAL  47           HA       VAL  47  17.187  -0.623  -5.246
    3    HB   VAL  47           HB       VAL  47  15.295  -0.947  -6.715
    4   HG11  VAL  47          HG11      VAL  47  16.747  -3.433  -5.905
    5   HG13  VAL  47          HG12      VAL  47  17.258  -2.244  -7.103
    6   HG12  VAL  47          HG13      VAL  47  15.840  -3.251  -7.409
    7   HG23  VAL  47          HG21      VAL  47  13.899  -3.025  -6.285
    8   HG22  VAL  47          HG22      VAL  47  13.510  -1.586  -5.339
    9   HG21  VAL  47          HG23      VAL  47  14.439  -2.899  -4.608

  No H/Q in entry =           9
  In of MODEL    9
    1    H    ALA  48           H        ALA  48  15.196   0.797  -6.188
    2    HA   ALA  48           HA       ALA  48  14.130   2.099  -3.777
    3    HB3  ALA  48           HB1      ALA  48  14.547   4.232  -4.765
    4    HB2  ALA  48           HB2      ALA  48  15.057   3.494  -6.282
    5    HB1  ALA  48           HB3      ALA  48  16.050   3.314  -4.837

  No H/Q in entry =           5
  In of MODEL    9
    1    H    VAL  49           H        VAL  49  12.175   1.341  -3.883
    2    HA   VAL  49           HA       VAL  49  10.652   0.890  -6.210
    3    HB   VAL  49           HB       VAL  49   9.938   1.091  -3.282
    4   HG12  VAL  49          HG11      VAL  49   8.119  -0.227  -5.198
    5   HG11  VAL  49          HG12      VAL  49   8.111   1.535  -5.154
    6   HG13  VAL  49          HG13      VAL  49   7.761   0.614  -3.690
    7   HG22  VAL  49          HG21      VAL  49   9.731  -1.341  -3.468
    8   HG21  VAL  49          HG22      VAL  49  11.354  -0.783  -3.887
    9   HG23  VAL  49          HG23      VAL  49  10.216  -1.237  -5.162

  No H/Q in entry =           9
  In of MODEL    9
    1    H    LEU  50           H        LEU  50   9.239   2.210  -7.241
    2    HA   LEU  50           HA       LEU  50   8.543   4.729  -6.060
    3    HB2  LEU  50           HB2      LEU  50   9.371   6.137  -7.729
    4    HB3  LEU  50           HB3      LEU  50  10.685   5.070  -7.287
    5    HG   LEU  50           HG       LEU  50   9.071   5.071  -9.814
    6   HD13  LEU  50          HD11      LEU  50  10.902   6.619  -9.735
    7   HD12  LEU  50          HD12      LEU  50  11.323   5.259 -10.784
    8   HD11  LEU  50          HD13      LEU  50  11.989   5.343  -9.148
    9   HD22  LEU  50          HD21      LEU  50   9.316   2.769  -9.096
   10   HD21  LEU  50          HD22      LEU  50  11.053   3.008  -8.891
   11   HD23  LEU  50          HD23      LEU  50  10.326   3.117 -10.497

  No H/Q in entry =          11
  In of MODEL    9
    1    H    ILE  51           H        ILE  51   6.758   5.779  -6.932
    2    HA   ILE  51           HA       ILE  51   5.153   3.957  -8.587
    3    HB   ILE  51           HB       ILE  51   3.181   4.985  -7.361
    4   HG12  ILE  51          HG12      ILE  51   3.957   5.462  -4.886
    5   HG13  ILE  51          HG13      ILE  51   5.448   5.951  -5.682
    6   HG22  ILE  51          HG21      ILE  51   3.399   3.321  -5.534
    7   HG21  ILE  51          HG22      ILE  51   5.100   3.133  -5.960
    8   HG23  ILE  51          HG23      ILE  51   3.848   2.679  -7.114
    9   HD11  ILE  51          HD11      ILE  51   4.199   7.578  -7.002
   10   HD13  ILE  51          HD12      ILE  51   4.000   7.849  -5.271
   11   HD12  ILE  51          HD13      ILE  51   2.710   7.083  -6.198

  No H/Q in entry =          11
  In of MODEL    9
    1    H    LYS  52           H        LYS  52   3.187   5.090  -9.420
    2    HA   LYS  52           HA       LYS  52   3.954   7.690 -10.566
    3    HB2  LYS  52           HB2      LYS  52   2.212   5.527 -11.755
    4    HB3  LYS  52           HB3      LYS  52   2.503   7.102 -12.482
    5    HG2  LYS  52           HG2      LYS  52   4.944   6.539 -12.478
    6    HG3  LYS  52           HG3      LYS  52   4.489   4.899 -12.016
    7    HD2  LYS  52           HD2      LYS  52   4.012   4.390 -14.126
    8    HD3  LYS  52           HD3      LYS  52   2.913   5.766 -14.247
    9    HE2  LYS  52           HE2      LYS  52   5.006   7.190 -14.575
   10    HE3  LYS  52           HE3      LYS  52   5.859   5.668 -14.828
   11    HZ2  LYS  52           HZ1      LYS  52   4.103   7.093 -16.593
   12    HZ1  LYS  52           HZ2      LYS  52   3.703   5.459 -16.461
   13    HZ3  LYS  52           HZ3      LYS  52   5.263   5.912 -16.944

  No H/Q in entry =          13
  In of MODEL    9
    1    H    ASP  53           H        ASP  53   2.486   9.280 -10.595
    2    HA   ASP  53           HA       ASP  53   0.318   9.077  -8.690
    3    HB2  ASP  53           HB2      ASP  53   2.105  10.963  -8.879
    4    HB3  ASP  53           HB3      ASP  53   1.013  11.612 -10.092

  No H/Q in entry =           4
  In of MODEL    9
    1    H    GLU  54           H        GLU  54  -1.381  11.188  -9.648
    2    HA   GLU  54           HA       GLU  54  -2.701   9.719 -11.833
    3    HB2  GLU  54           HB2      GLU  54  -3.845  10.600  -9.539
    4    HB3  GLU  54           HB3      GLU  54  -4.056  12.032 -10.541
    5    HG2  GLU  54           HG2      GLU  54  -5.249  10.770 -12.188
    6    HG3  GLU  54           HG3      GLU  54  -4.925   9.266 -11.324

  No H/Q in entry =           6
  In of MODEL    9
    1    H    GLU  55           H        GLU  55  -0.463  12.066 -11.317
    2    HA   GLU  55           HA       GLU  55  -1.201  13.558 -13.764
    3    HB2  GLU  55           HB2      GLU  55   0.597  15.203 -12.464
    4    HB3  GLU  55           HB3      GLU  55  -1.149  15.427 -12.484
    5    HG2  GLU  55           HG2      GLU  55  -1.345  14.933 -10.323
    6    HG3  GLU  55           HG3      GLU  55  -0.252  13.559 -10.450

  No H/Q in entry =           6
  In of MODEL    9
    1    H    GLY  56           H        GLY  56   0.448  11.080 -12.950
    2    HA3  GLY  56           HA2      GLY  56   2.165  10.041 -14.125
    3    HA2  GLY  56           HA3      GLY  56   2.453  11.547 -14.980

  No H/Q in entry =           3
  In of MODEL    9
    1    H    LYS  57           H        LYS  57   2.503  11.511 -11.369
    2    HA   LYS  57           HA       LYS  57   5.274  12.294 -11.603
    3    HB2  LYS  57           HB2      LYS  57   3.500  13.531 -10.253
    4    HB3  LYS  57           HB3      LYS  57   3.422  12.129  -9.213
    5    HG2  LYS  57           HG2      LYS  57   5.731  12.468  -8.558
    6    HG3  LYS  57           HG3      LYS  57   5.836  13.868  -9.625
    7    HD2  LYS  57           HD2      LYS  57   5.431  14.495  -7.264
    8    HD3  LYS  57           HD3      LYS  57   4.135  15.021  -8.337
    9    HE2  LYS  57           HE2      LYS  57   3.648  12.368  -7.266
   10    HE3  LYS  57           HE3      LYS  57   3.864  13.559  -5.987
   11    HZ1  LYS  57           HZ1      LYS  57   2.081  14.197  -8.242
   12    HZ3  LYS  57           HZ2      LYS  57   2.009  14.712  -6.631
   13    HZ2  LYS  57           HZ3      LYS  57   1.526  13.138  -7.033

  No H/Q in entry =          13
  In of MODEL    9
    1    H    GLU  58           H        GLU  58   6.795  10.717 -11.321
    2    HA   GLU  58           HA       GLU  58   6.006   8.202 -10.075
    3    HB2  GLU  58           HB2      GLU  58   8.243   7.817 -11.730
    4    HB3  GLU  58           HB3      GLU  58   6.611   7.239 -12.022
    5    HG2  GLU  58           HG2      GLU  58   6.082   9.086 -13.380
    6    HG3  GLU  58           HG3      GLU  58   7.493   9.989 -12.832

  No H/Q in entry =           6
  In of MODEL    9
    1    H    MET  59           H        MET  59   6.898   8.632  -7.880
    2    HA   MET  59           HA       MET  59   9.622   9.635  -7.992
    3    HB2  MET  59           HB2      MET  59   7.290   9.993  -6.124
    4    HB3  MET  59           HB3      MET  59   8.923  10.550  -5.764
    5    HG2  MET  59           HG2      MET  59   8.769  12.028  -7.738
    6    HG3  MET  59           HG3      MET  59   7.105  11.474  -7.953
    7    HE3  MET  59           HE1      MET  59   7.427  12.727  -3.673
    8    HE2  MET  59           HE2      MET  59   8.869  12.064  -4.443
    9    HE1  MET  59           HE3      MET  59   7.366  11.136  -4.441

  No H/Q in entry =           9
  In of MODEL    9
    1    H    ILE  60           H        ILE  60  10.950   8.765  -6.468
    2    HA   ILE  60           HA       ILE  60  10.749   6.206  -5.549
    3    HB   ILE  60           HB       ILE  60  12.027   8.470  -3.998
    4   HG12  ILE  60          HG12      ILE  60  12.652   7.945  -6.562
    5   HG13  ILE  60          HG13      ILE  60  13.838   8.483  -5.376
    6   HG23  ILE  60          HG21      ILE  60  11.838   6.460  -2.698
    7   HG22  ILE  60          HG22      ILE  60  13.526   6.712  -3.144
    8   HG21  ILE  60          HG23      ILE  60  12.559   5.509  -3.997
    9   HD13  ILE  60          HD11      ILE  60  14.764   6.665  -6.575
   10   HD12  ILE  60          HD12      ILE  60  13.327   5.680  -6.305
   11   HD11  ILE  60          HD13      ILE  60  14.377   6.098  -4.949

  No H/Q in entry =          11
  In of MODEL    9
    1    H    LEU  61           H        LEU  61   9.266   5.282  -4.177
    2    HA   LEU  61           HA       LEU  61   8.163   7.025  -2.100
    3    HB2  LEU  61           HB2      LEU  61   5.998   6.366  -2.452
    4    HB3  LEU  61           HB3      LEU  61   6.611   6.355  -4.084
    5    HG   LEU  61           HG       LEU  61   5.207   4.486  -3.891
    6   HD11  LEU  61          HD11      LEU  61   8.050   3.602  -3.672
    7   HD13  LEU  61          HD12      LEU  61   7.097   3.882  -5.133
    8   HD12  LEU  61          HD13      LEU  61   6.714   2.526  -4.073
    9   HD21  LEU  61          HD21      LEU  61   6.502   4.034  -1.261
   10   HD23  LEU  61          HD22      LEU  61   5.784   2.681  -2.137
   11   HD22  LEU  61          HD23      LEU  61   4.790   4.073  -1.687

  No H/Q in entry =          11
  In of MODEL    9
    1    H    SER  62           H        SER  62   9.692   4.095  -2.940
    2    HA   SER  62           HA       SER  62  10.017   3.420  -0.181
    3    HB2  SER  62           HB2      SER  62   7.779   2.412  -0.745
    4    HB3  SER  62           HB3      SER  62   8.606   1.406  -1.928
    5    HG   SER  62           HG       SER  62   9.235   1.460   0.838

  No H/Q in entry =           5
  In of MODEL    9
    1    H    TYR  63           H        TYR  63  11.043   1.097  -0.173
    2    HA   TYR  63           HA       TYR  63  12.794   0.389  -2.228
    3    HB2  TYR  63           HB2      TYR  63  14.438   1.082   0.148
    4    HB3  TYR  63           HB3      TYR  63  14.870   1.127  -1.545
    5    HD1  TYR  63           HD1      TYR  63  12.924   3.056   0.975
    6    HD2  TYR  63           HD2      TYR  63  15.307   3.154  -2.524
    7    HE1  TYR  63           HE1      TYR  63  13.006   5.499   1.125
    8    HE2  TYR  63           HE2      TYR  63  15.393   5.604  -2.406
    9    HH   TYR  63           HH       TYR  63  14.024   7.453  -1.393

  No H/Q in entry =           9
  In of MODEL    9
    1    H    LEU  64           H        LEU  64  14.256  -1.012  -1.397
    2    HA   LEU  64           HA       LEU  64  12.981  -3.096   0.183
    3    HB2  LEU  64           HB2      LEU  64  14.809  -3.588  -2.116
    4    HB3  LEU  64           HB3      LEU  64  13.782  -4.723  -1.280
    5    HG   LEU  64           HG       LEU  64  12.941  -2.611  -3.245
    6   HD11  LEU  64          HD11      LEU  64  13.919  -4.839  -3.957
    7   HD13  LEU  64          HD12      LEU  64  12.332  -4.419  -4.601
    8   HD12  LEU  64          HD13      LEU  64  12.468  -5.570  -3.273
    9   HD23  LEU  64          HD21      LEU  64  10.658  -3.756  -2.887
   10   HD22  LEU  64          HD22      LEU  64  11.173  -2.528  -1.729
   11   HD21  LEU  64          HD23      LEU  64  11.316  -4.239  -1.321

  No H/Q in entry =          11
  In of MODEL    9
    1    H    ASN  65           H        ASN  65  14.650  -4.848   0.308
    2    HA   ASN  65           HA       ASN  65  17.214  -3.852   1.216
    3    HB2  ASN  65           HB2      ASN  65  15.393  -5.599   2.916
    4    HB3  ASN  65           HB3      ASN  65  17.104  -5.335   3.241
    5   HD21  ASN  65          HD21      ASN  65  17.788  -3.357   4.038
    6   HD22  ASN  65          HD22      ASN  65  16.689  -2.172   4.647

  No H/Q in entry =           6
  In of MODEL    9
    1    H    GLN  66           H        GLN  66  18.692  -5.766   1.324
    2    HA   GLN  66           HA       GLN  66  18.613  -7.547  -0.768
    3    HB2  GLN  66           HB2      GLN  66  20.593  -7.116   0.766
    4    HB3  GLN  66           HB3      GLN  66  19.771  -7.984   2.062
    5    HG2  GLN  66           HG2      GLN  66  19.916 -10.146   0.752
    6    HG3  GLN  66           HG3      GLN  66  20.577  -9.310  -0.631
    7   HE22  GLN  66          HE21      GLN  66  23.483 -10.881   0.895
    8   HE21  GLN  66          HE22      GLN  66  22.006 -11.265  -0.147

  No H/Q in entry =           8
  In of MODEL    9
    1    H    GLY  67           H        GLY  67  18.027  -9.818  -0.837
    2    HA3  GLY  67           HA2      GLY  67  16.481 -11.492  -0.602
    3    HA2  GLY  67           HA3      GLY  67  16.466 -11.059   1.092

  No H/Q in entry =           3
  In of MODEL    9
    1    H    ASP  68           H        ASP  68  15.424  -8.620  -1.149
    2    HA   ASP  68           HA       ASP  68  12.671  -9.023  -0.228
    3    HB2  ASP  68           HB2      ASP  68  14.071  -6.742  -0.097
    4    HB3  ASP  68           HB3      ASP  68  13.468  -6.582  -1.742

  No H/Q in entry =           4
  In of MODEL    9
    1    H    PHE  69           H        PHE  69  11.090  -8.140  -2.107
    2    HA   PHE  69           HA       PHE  69  11.938  -9.664  -4.476
    3    HB2  PHE  69           HB2      PHE  69   9.164  -9.327  -3.350
    4    HB3  PHE  69           HB3      PHE  69   9.570 -10.227  -4.806
    5    HD1  PHE  69           HD1      PHE  69  10.187 -12.497  -4.674
    6    HD2  PHE  69           HD2      PHE  69  10.118 -10.117  -1.138
    7    HE1  PHE  69           HE1      PHE  69  10.510 -14.516  -3.306
    8    HE2  PHE  69           HE2      PHE  69  10.446 -12.135   0.229
    9    HZ   PHE  69           HZ       PHE  69  10.640 -14.337  -0.854

  No H/Q in entry =           9
  In of MODEL    9
    1    H    ILE  70           H        ILE  70  10.829  -9.042  -6.499
    2    HA   ILE  70           HA       ILE  70  10.049  -6.235  -6.689
    3    HB   ILE  70           HB       ILE  70  12.388  -7.548  -8.065
    4   HG12  ILE  70          HG12      ILE  70  12.049  -4.900  -6.655
    5   HG13  ILE  70          HG13      ILE  70  12.987  -6.292  -6.122
    6   HG22  ILE  70          HG21      ILE  70  12.416  -5.469  -9.550
    7   HG21  ILE  70          HG22      ILE  70  10.734  -5.243  -9.076
    8   HG23  ILE  70          HG23      ILE  70  11.221  -6.707  -9.925
    9   HD11  ILE  70          HD11      ILE  70  14.215  -5.872  -8.438
   10   HD13  ILE  70          HD12      ILE  70  14.666  -5.021  -6.960
   11   HD12  ILE  70          HD13      ILE  70  13.630  -4.230  -8.149

  No H/Q in entry =          11
  In of MODEL    9
    1    H    GLY  71           H        GLY  71   8.680  -5.883  -8.438
    2    HA3  GLY  71           HA2      GLY  71   7.380  -6.364 -10.288
    3    HA2  GLY  71           HA3      GLY  71   8.314  -7.835 -10.522

  No H/Q in entry =           3
  In of MODEL    9
    1    H    GLU  72           H        GLU  72   7.128  -7.495  -7.372
    2    HA   GLU  72           HA       GLU  72   5.455  -9.758  -7.646
    3    HB2  GLU  72           HB2      GLU  72   4.920  -8.200  -5.278
    4    HB3  GLU  72           HB3      GLU  72   5.642  -9.795  -5.416
    5    HG2  GLU  72           HG2      GLU  72   7.274  -8.559  -4.328
    6    HG3  GLU  72           HG3      GLU  72   7.809  -8.546  -6.006

  No H/Q in entry =           6
  In of MODEL    9
    1    H    LEU  73           H        LEU  73   5.220  -6.361  -7.562
    2    HA   LEU  73           HA       LEU  73   2.472  -5.971  -7.349
    3    HB2  LEU  73           HB2      LEU  73   4.848  -4.430  -8.071
    4    HB3  LEU  73           HB3      LEU  73   3.376  -3.852  -8.831
    5    HG   LEU  73           HG       LEU  73   3.817  -2.687  -6.724
    6   HD13  LEU  73          HD11      LEU  73   1.620  -2.893  -5.845
    7   HD12  LEU  73          HD12      LEU  73   1.477  -4.543  -6.456
    8   HD11  LEU  73          HD13      LEU  73   1.519  -3.187  -7.582
    9   HD23  LEU  73          HD21      LEU  73   3.566  -3.899  -4.596
   10   HD22  LEU  73          HD22      LEU  73   4.981  -4.441  -5.503
   11   HD21  LEU  73          HD23      LEU  73   3.514  -5.422  -5.483

  No H/Q in entry =          11
  In of MODEL    9
    1    H    GLY  74           H        GLY  74   4.107  -7.472  -9.823
    2    HA3  GLY  74           HA2      GLY  74   2.030  -6.689 -11.764
    3    HA2  GLY  74           HA3      GLY  74   3.627  -7.274 -12.198

  No H/Q in entry =           3
  In of MODEL    9
    1    H    LEU  75           H        LEU  75   3.449  -9.355 -10.032
    2    HA   LEU  75           HA       LEU  75   1.818 -11.248 -11.626
    3    HB2  LEU  75           HB2      LEU  75   3.434 -12.792 -11.315
    4    HB3  LEU  75           HB3      LEU  75   4.436 -11.400 -10.932
    5    HG   LEU  75           HG       LEU  75   3.250 -12.009  -8.519
    6   HD12  LEU  75          HD11      LEU  75   4.129 -14.592  -9.814
    7   HD11  LEU  75          HD12      LEU  75   2.448 -14.132  -9.545
    8   HD13  LEU  75          HD13      LEU  75   3.528 -14.371  -8.171
    9   HD23  LEU  75          HD21      LEU  75   5.933 -12.957  -9.534
   10   HD22  LEU  75          HD22      LEU  75   5.478 -12.667  -7.854
   11   HD21  LEU  75          HD23      LEU  75   5.586 -11.318  -8.985

  No H/Q in entry =          11
  In of MODEL    9
    1    H    PHE  76           H        PHE  76   2.502 -10.092  -8.464
    2    HA   PHE  76           HA       PHE  76   0.722 -11.989  -7.190
    3    HB2  PHE  76           HB2      PHE  76   2.773 -11.674  -6.041
    4    HB3  PHE  76           HB3      PHE  76   2.678  -9.923  -6.199
    5    HD1  PHE  76           HD1      PHE  76   0.365 -12.522  -5.009
    6    HD2  PHE  76           HD2      PHE  76   2.427  -8.929  -4.164
    7    HE1  PHE  76           HE1      PHE  76  -0.712 -12.439  -2.790
    8    HE2  PHE  76           HE2      PHE  76   1.360  -8.809  -1.952
    9    HZ   PHE  76           HZ       PHE  76  -0.211 -10.561  -1.257

  No H/Q in entry =           9
  In of MODEL    9
    1    H    GLU  77           H        GLU  77   1.062  -8.557  -7.893
    2    HA   GLU  77           HA       GLU  77  -1.192  -7.785  -6.374
    3    HB2  GLU  77           HB2      GLU  77   0.596  -6.242  -7.391
    4    HB3  GLU  77           HB3      GLU  77  -0.308  -6.384  -8.892
    5    HG2  GLU  77           HG2      GLU  77  -1.744  -5.594  -6.410
    6    HG3  GLU  77           HG3      GLU  77  -0.739  -4.403  -7.233

  No H/Q in entry =           6
  In of MODEL    9
    1    H    GLU  78           H        GLU  78  -0.602  -8.673  -9.698
    2    HA   GLU  78           HA       GLU  78  -1.862  -9.952 -11.010
    3    HB2  GLU  78           HB2      GLU  78  -3.699 -10.257  -9.235
    4    HB3  GLU  78           HB3      GLU  78  -4.434  -8.815  -9.931
    5    HG2  GLU  78           HG2      GLU  78  -4.309  -9.970 -12.163
    6    HG3  GLU  78           HG3      GLU  78  -3.865 -11.432 -11.289

  No H/Q in entry =           6
  In of MODEL    9
    1    H    GLY  79           H        GLY  79  -0.589  -7.493 -11.044
    2    HA3  GLY  79           HA2      GLY  79  -2.156  -5.377 -12.105
    3    HA2  GLY  79           HA3      GLY  79  -0.404  -5.483 -12.057

  No H/Q in entry =           3
  In of MODEL    9
    1    H    GLN  80           H        GLN  80   0.625  -6.847 -13.665
    2    HA   GLN  80           HA       GLN  80   1.058  -7.479 -15.713
    3    HB2  GLN  80           HB2      GLN  80  -1.876  -7.982 -15.645
    4    HB3  GLN  80           HB3      GLN  80  -1.010  -8.116 -17.168
    5    HG2  GLN  80           HG2      GLN  80  -0.526 -10.199 -16.607
    6    HG3  GLN  80           HG3      GLN  80   0.541  -9.545 -15.365
    7   HE21  GLN  80          HE21      GLN  80  -0.011  -9.748 -13.247
    8   HE22  GLN  80          HE22      GLN  80  -1.432 -10.570 -12.704

  No H/Q in entry =           8
  In of MODEL    9
    1    H    GLU  81           H        GLU  81   1.681  -5.267 -15.775
    2    HA   GLU  81           HA       GLU  81   1.553  -3.809 -17.958
    3    HB2  GLU  81           HB2      GLU  81  -1.045  -3.519 -16.785
    4    HB3  GLU  81           HB3      GLU  81  -0.198  -1.982 -16.647
    5    HG2  GLU  81           HG2      GLU  81   0.162  -1.870 -18.993
    6    HG3  GLU  81           HG3      GLU  81  -0.435  -3.512 -19.222

  No H/Q in entry =           6
  In of MODEL    9
    1    H    ARG  82           H        ARG  82   3.195  -4.318 -15.778
    2    HA   ARG  82           HA       ARG  82   4.851  -3.396 -14.599
    3    HB2  ARG  82           HB2      ARG  82   5.661  -1.745 -15.822
    4    HB3  ARG  82           HB3      ARG  82   4.068  -1.331 -16.424
    5    HG2  ARG  82           HG2      ARG  82   4.635  -0.364 -13.705
    6    HG3  ARG  82           HG3      ARG  82   5.681   0.300 -14.959
    7    HD2  ARG  82           HD2      ARG  82   4.025   1.530 -15.863
    8    HD3  ARG  82           HD3      ARG  82   2.831   0.248 -15.663
    9    HE   ARG  82           HE       ARG  82   3.551   1.496 -13.186
   10   HH11  ARG  82          HH11      ARG  82   1.486   1.749 -16.004
   11   HH12  ARG  82          HH12      ARG  82   0.285   2.701 -15.198
   12   HH21  ARG  82          HH21      ARG  82   1.928   2.713 -12.104
   13   HH22  ARG  82          HH22      ARG  82   0.536   3.254 -12.989

  No H/Q in entry =          13
  In of MODEL    9
    1    H    SER  83           H        SER  83   2.186  -1.071 -14.230
    2    HA   SER  83           HA       SER  83   1.151  -0.152 -12.467
    3    HB2  SER  83           HB2      SER  83   2.084  -2.493 -10.822
    4    HB3  SER  83           HB3      SER  83   0.642  -1.506 -10.591
    5    HG   SER  83           HG       SER  83   0.014  -3.380 -11.585

  No H/Q in entry =           5
  In of MODEL    9
    1    H    ALA  84           H        ALA  84   4.510  -1.018 -11.844
    2    HA   ALA  84           HA       ALA  84   6.144   0.614 -11.474
    3    HB1  ALA  84           HB1      ALA  84   5.699   2.661 -10.215
    4    HB2  ALA  84           HB2      ALA  84   4.015   2.180 -10.030
    5    HB3  ALA  84           HB3      ALA  84   4.664   2.521 -11.634

  No H/Q in entry =           5
  In of MODEL    9
    1    H    TRP  85           H        TRP  85   7.586   0.872  -9.617
    2    HA   TRP  85           HA       TRP  85   7.318   0.315  -7.122
    3    HB2  TRP  85           HB2      TRP  85   5.947  -1.733  -8.082
    4    HB3  TRP  85           HB3      TRP  85   7.541  -2.461  -8.216
    5    HD1  TRP  85           HD1      TRP  85   8.235  -3.780  -6.252
    6    HE1  TRP  85           HE1      TRP  85   7.615  -3.946  -3.760
    7    HE3  TRP  85           HE3      TRP  85   4.947   0.101  -6.022
    8    HZ2  TRP  85           HZ2      TRP  85   5.946  -2.571  -1.932
    9    HZ3  TRP  85           HZ3      TRP  85   3.882   0.618  -3.866
   10    HH2  TRP  85           HH2      TRP  85   4.368  -0.690  -1.866

  No H/Q in entry =          10
  In of MODEL    9
    1    H    VAL  86           H        VAL  86   9.195   0.183  -9.917
    2    HA   VAL  86           HA       VAL  86  11.480  -0.210  -8.198
    3    HB   VAL  86           HB       VAL  86  12.378  -1.904 -10.112
    4   HG13  VAL  86          HG11      VAL  86  12.838  -2.237  -7.850
    5   HG12  VAL  86          HG12      VAL  86  11.795  -3.595  -8.279
    6   HG11  VAL  86          HG13      VAL  86  11.129  -2.208  -7.413
    7   HG23  VAL  86          HG21      VAL  86  10.622  -3.615 -10.279
    8   HG22  VAL  86          HG22      VAL  86  10.193  -2.127 -11.124
    9   HG21  VAL  86          HG23      VAL  86   9.483  -2.482  -9.548

  No H/Q in entry =           9
  In of MODEL    9
    1    H    ARG  87           H        ARG  87  13.348   0.327  -8.681
    2    HA   ARG  87           HA       ARG  87  14.476   1.290 -11.036
    3    HB2  ARG  87           HB2      ARG  87  13.093   3.297 -10.730
    4    HB3  ARG  87           HB3      ARG  87  13.628   3.452  -9.063
    5    HG2  ARG  87           HG2      ARG  87  15.947   3.398 -10.641
    6    HG3  ARG  87           HG3      ARG  87  14.806   4.477 -11.454
    7    HD2  ARG  87           HD2      ARG  87  14.498   5.735  -9.414
    8    HD3  ARG  87           HD3      ARG  87  15.548   4.621  -8.540
    9    HE   ARG  87           HE       ARG  87  16.779   5.896 -10.818
   10   HH11  ARG  87          HH11      ARG  87  16.123   6.102  -7.384
   11   HH12  ARG  87          HH12      ARG  87  17.443   7.176  -7.057
   12   HH21  ARG  87          HH21      ARG  87  18.530   7.295 -10.398
   13   HH22  ARG  87          HH22      ARG  87  18.823   7.848  -8.782

  No H/Q in entry =          13
  In of MODEL    9
    1    H    ALA  88           H        ALA  88  16.270   0.162 -10.534
    2    HA   ALA  88           HA       ALA  88  17.136  -0.709  -8.359
    3    HB3  ALA  88           HB1      ALA  88  19.410  -0.062 -10.042
    4    HB1  ALA  88           HB2      ALA  88  18.061  -0.916 -10.781
    5    HB2  ALA  88           HB3      ALA  88  18.867  -1.588  -9.357

  No H/Q in entry =           5
  In of MODEL    9
    1    H    LYS  89           H        LYS  89  17.694   0.180  -6.232
    2    HA   LYS  89           HA       LYS  89  18.731   2.790  -6.127
    3    HB2  LYS  89           HB2      LYS  89  17.407   1.646  -4.282
    4    HB3  LYS  89           HB3      LYS  89  18.872   0.752  -3.906
    5    HG2  LYS  89           HG2      LYS  89  20.011   2.679  -3.214
    6    HG3  LYS  89           HG3      LYS  89  18.840   3.749  -3.983
    7    HD2  LYS  89           HD2      LYS  89  18.440   3.829  -1.635
    8    HD3  LYS  89           HD3      LYS  89  17.133   2.898  -2.361
    9    HE2  LYS  89           HE2      LYS  89  19.242   1.114  -1.680
   10    HE3  LYS  89           HE3      LYS  89  18.899   2.135  -0.284
   11    HZ3  LYS  89           HZ1      LYS  89  16.745   1.371  -0.148
   12    HZ2  LYS  89           HZ2      LYS  89  17.576  -0.033  -0.608
   13    HZ1  LYS  89           HZ3      LYS  89  16.696   0.850  -1.757

  No H/Q in entry =          13
  In of MODEL    9
    1    H    THR  90           H        THR  90  20.144  -0.340  -5.251
    2    HA   THR  90           HA       THR  90  22.728   0.751  -6.137
    3    HB   THR  90           HB       THR  90  22.708  -1.665  -4.404
    4    HG1  THR  90           HG1      THR  90  21.727   0.866  -3.633
    5   HG22  THR  90          HG21      THR  90  24.272   0.924  -4.345
    6   HG21  THR  90          HG22      THR  90  24.796  -0.563  -5.134
    7   HG23  THR  90          HG23      THR  90  24.615  -0.510  -3.380

  No H/Q in entry =           7
  In of MODEL    9
    1    H    ALA  91           H        ALA  91  24.159  -1.496  -6.536
    2    HA   ALA  91           HA       ALA  91  22.832  -2.616  -8.905
    3    HB2  ALA  91           HB1      ALA  91  25.329  -2.001  -9.008
    4    HB1  ALA  91           HB2      ALA  91  24.991  -3.685  -9.412
    5    HB3  ALA  91           HB3      ALA  91  25.608  -3.271  -7.815

  No H/Q in entry =           5
  In of MODEL    9
    1    H    CYS  92           H        CYS  92  21.719  -4.422  -8.672
    2    HA   CYS  92           HA       CYS  92  22.234  -5.919  -6.139
    3    HB2  CYS  92           HB2      CYS  92  19.661  -6.464  -7.413
    4    HB3  CYS  92           HB3      CYS  92  19.979  -5.954  -5.755
    5    HG   CYS  92           HG       CYS  92  20.486  -3.223  -7.127

  No H/Q in entry =           5
  In of MODEL    9
    1    H    GLU  93           H        GLU  93  20.711  -8.039  -6.734
    2    HA   GLU  93           HA       GLU  93  21.732  -9.500  -8.945
    3    HB2  GLU  93           HB2      GLU  93  22.455 -10.308  -6.086
    4    HB3  GLU  93           HB3      GLU  93  22.718 -11.297  -7.513
    5    HG2  GLU  93           HG2      GLU  93  24.010  -8.614  -7.124
    6    HG3  GLU  93           HG3      GLU  93  24.736 -10.124  -6.576

  No H/Q in entry =           6
  In of MODEL    9
    1    H    VAL  94           H        VAL  94  19.625 -10.040  -9.452
    2    HA   VAL  94           HA       VAL  94  17.863 -10.621  -7.172
    3    HB   VAL  94           HB       VAL  94  15.949 -10.229  -8.743
    4   HG12  VAL  94          HG11      VAL  94  16.508  -7.627  -8.769
    5   HG11  VAL  94          HG12      VAL  94  17.746  -8.188  -7.641
    6   HG13  VAL  94          HG13      VAL  94  16.042  -8.516  -7.320
    7   HG22  VAL  94          HG21      VAL  94  16.796 -10.297 -10.899
    8   HG21  VAL  94          HG22      VAL  94  18.157  -9.252 -10.506
    9   HG23  VAL  94          HG23      VAL  94  16.527  -8.575 -10.614

  No H/Q in entry =           9
  In of MODEL    9
    1    H    ALA  95           H        ALA  95  16.423 -12.286  -7.278
    2    HA   ALA  95           HA       ALA  95  17.335 -14.423  -9.062
    3    HB3  ALA  95           HB1      ALA  95  16.530 -15.804  -7.436
    4    HB1  ALA  95           HB2      ALA  95  15.041 -14.867  -7.284
    5    HB2  ALA  95           HB3      ALA  95  16.496 -14.353  -6.435

  No H/Q in entry =           5
  In of MODEL    9
    1    H    GLU  96           H        GLU  96  16.610 -13.419 -10.951
    2    HA   GLU  96           HA       GLU  96  13.737 -12.920 -11.027
    3    HB2  GLU  96           HB2      GLU  96  14.058 -11.438 -12.878
    4    HB3  GLU  96           HB3      GLU  96  15.135 -10.958 -11.573
    5    HG2  GLU  96           HG2      GLU  96  16.990 -12.075 -12.711
    6    HG3  GLU  96           HG3      GLU  96  15.897 -12.543 -14.012

  No H/Q in entry =           6
  In of MODEL    9
    1    H    ILE  97           H        ILE  97  12.508 -13.913 -12.147
    2    HA   ILE  97           HA       ILE  97  13.274 -15.308 -14.516
    3    HB   ILE  97           HB       ILE  97  11.958 -17.357 -13.634
    4   HG12  ILE  97          HG12      ILE  97  13.244 -16.564 -11.067
    5   HG13  ILE  97          HG13      ILE  97  11.597 -16.070 -11.434
    6   HG21  ILE  97          HG21      ILE  97  14.347 -17.083 -14.433
    7   HG23  ILE  97          HG22      ILE  97  13.933 -18.492 -13.463
    8   HG22  ILE  97          HG23      ILE  97  14.766 -17.119 -12.722
    9   HD13  ILE  97          HD11      ILE  97  11.520 -18.070 -10.135
   10   HD12  ILE  97          HD12      ILE  97  12.633 -18.883 -11.237
   11   HD11  ILE  97          HD13      ILE  97  11.014 -18.448 -11.782

  No H/Q in entry =          11
  In of MODEL    9
    1    H    SER  98           H        SER  98  11.168 -16.649 -15.149
    2    HA   SER  98           HA       SER  98   9.163 -14.536 -15.243
    3    HB2  SER  98           HB2      SER  98   8.181 -16.308 -16.957
    4    HB3  SER  98           HB3      SER  98   9.482 -15.208 -17.421
    5    HG   SER  98           HG       SER  98   9.830 -17.496 -17.911

  No H/Q in entry =           5
  In of MODEL    9
    1    H    TYR  99           H        TYR  99   7.268 -14.690 -14.524
    2    HA   TYR  99           HA       TYR  99   6.690 -16.341 -12.187
    3    HB2  TYR  99           HB2      TYR  99   4.821 -14.871 -11.789
    4    HB3  TYR  99           HB3      TYR  99   6.173 -13.877 -12.279
    5    HD1  TYR  99           HD1      TYR  99   4.314 -15.590 -14.954
    6    HD2  TYR  99           HD2      TYR  99   4.565 -12.047 -12.610
    7    HE1  TYR  99           HE1      TYR  99   2.835 -14.432 -16.537
    8    HE2  TYR  99           HE2      TYR  99   3.094 -10.895 -14.189
    9    HH   TYR  99           HH       TYR  99   2.357 -11.033 -16.455

  No H/Q in entry =           9
  In of MODEL    9
    1    H    LYS 100           H        LYS 100   6.220 -16.913 -15.559
    2    HA   LYS 100           HA       LYS 100   3.747 -18.265 -15.096
    3    HB2  LYS 100           HB2      LYS 100   4.456 -17.723 -17.380
    4    HB3  LYS 100           HB3      LYS 100   5.883 -18.728 -17.186
    5    HG2  LYS 100           HG2      LYS 100   4.533 -20.714 -17.069
    6    HG3  LYS 100           HG3      LYS 100   3.051 -19.746 -17.105
    7    HD2  LYS 100           HD2      LYS 100   3.706 -18.863 -19.302
    8    HD3  LYS 100           HD3      LYS 100   5.144 -19.881 -19.269
    9    HE2  LYS 100           HE2      LYS 100   2.406 -21.057 -18.990
   10    HE3  LYS 100           HE3      LYS 100   3.082 -20.688 -20.576
   11    HZ3  LYS 100           HZ1      LYS 100   4.920 -22.141 -20.132
   12    HZ2  LYS 100           HZ2      LYS 100   3.478 -22.989 -19.876
   13    HZ1  LYS 100           HZ3      LYS 100   4.377 -22.437 -18.559

  No H/Q in entry =          13
  In of MODEL    9
    1    H    LYS 101           H        LYS 101   7.153 -19.189 -15.225
    2    HA   LYS 101           HA       LYS 101   6.888 -21.880 -14.348
    3    HB2  LYS 101           HB2      LYS 101   8.813 -20.331 -15.536
    4    HB3  LYS 101           HB3      LYS 101   9.445 -20.481 -13.905
    5    HG2  LYS 101           HG2      LYS 101   9.282 -22.925 -14.116
    6    HG3  LYS 101           HG3      LYS 101   8.748 -22.704 -15.782
    7    HD2  LYS 101           HD2      LYS 101  11.131 -23.206 -15.742
    8    HD3  LYS 101           HD3      LYS 101  10.872 -21.552 -16.292
    9    HE2  LYS 101           HE2      LYS 101  11.571 -20.653 -14.213
   10    HE3  LYS 101           HE3      LYS 101  11.497 -22.226 -13.422
   11    HZ2  LYS 101           HZ1      LYS 101  13.775 -21.538 -13.912
   12    HZ1  LYS 101           HZ2      LYS 101  13.422 -21.479 -15.566
   13    HZ3  LYS 101           HZ3      LYS 101  13.369 -22.955 -14.743

  No H/Q in entry =          13
  In of MODEL    9
    1    H    PHE 102           H        PHE 102   7.930 -18.902 -12.836
    2    HA   PHE 102           HA       PHE 102   8.631 -19.874 -10.321
    3    HB2  PHE 102           HB2      PHE 102   9.409 -17.798 -10.762
    4    HB3  PHE 102           HB3      PHE 102   7.979 -17.280 -11.574
    5    HD1  PHE 102           HD1      PHE 102   9.849 -17.183  -8.517
    6    HD2  PHE 102           HD2      PHE 102   5.990 -16.562 -10.193
    7    HE1  PHE 102           HE1      PHE 102   9.243 -15.801  -6.575
    8    HE2  PHE 102           HE2      PHE 102   5.369 -15.195  -8.252
    9    HZ   PHE 102           HZ       PHE 102   6.988 -14.808  -6.444

  No H/Q in entry =           9
  In of MODEL    9
    1    H    ARG 103           H        ARG 103   5.628 -18.258 -11.334
    2    HA   ARG 103           HA       ARG 103   4.223 -18.475  -9.057
    3    HB2  ARG 103           HB2      ARG 103   2.408 -17.836 -10.191
    4    HB3  ARG 103           HB3      ARG 103   3.556 -17.632 -11.498
    5    HG2  ARG 103           HG2      ARG 103   2.726 -19.377 -12.685
    6    HG3  ARG 103           HG3      ARG 103   2.245 -20.277 -11.243
    7    HD2  ARG 103           HD2      ARG 103   0.487 -18.456 -10.910
    8    HD3  ARG 103           HD3      ARG 103   0.847 -17.967 -12.564
    9    HE   ARG 103           HE       ARG 103   0.257 -20.764 -12.316
   10   HH11  ARG 103          HH11      ARG 103  -1.166 -17.576 -12.616
   11   HH12  ARG 103          HH12      ARG 103  -2.631 -18.153 -13.339
   12   HH21  ARG 103          HH21      ARG 103  -1.691 -21.526 -13.274
   13   HH22  ARG 103          HH22      ARG 103  -2.926 -20.392 -13.720

  No H/Q in entry =          13
  In of MODEL    9
    1    H    GLN 104           H        GLN 104   5.125 -21.071 -11.044
    2    HA   GLN 104           HA       GLN 104   3.111 -22.882  -9.922
    3    HB2  GLN 104           HB2      GLN 104   5.268 -23.315 -11.982
    4    HB3  GLN 104           HB3      GLN 104   4.207 -24.592 -11.400
    5    HG2  GLN 104           HG2      GLN 104   3.381 -22.097 -12.863
    6    HG3  GLN 104           HG3      GLN 104   3.400 -23.741 -13.500
    7   HE21  GLN 104          HE21      GLN 104   1.859 -25.243 -12.702
    8   HE22  GLN 104          HE22      GLN 104   0.385 -24.704 -11.979

  No H/Q in entry =           8
  In of MODEL    9
    1    H    LEU 105           H        LEU 105   6.508 -22.246  -9.472
    2    HA   LEU 105           HA       LEU 105   6.795 -24.436  -7.531
    3    HB2  LEU 105           HB2      LEU 105   9.013 -23.951  -7.795
    4    HB3  LEU 105           HB3      LEU 105   8.556 -22.702  -8.939
    5    HG   LEU 105           HG       LEU 105   8.307 -21.180  -6.878
    6   HD12  LEU 105          HD11      LEU 105  10.151 -23.288  -5.739
    7   HD11  LEU 105          HD12      LEU 105   8.483 -23.028  -5.222
    8   HD13  LEU 105          HD13      LEU 105   9.689 -21.766  -4.980
    9   HD23  LEU 105          HD21      LEU 105  10.773 -20.740  -6.890
   10   HD22  LEU 105          HD22      LEU 105  10.024 -20.817  -8.490
   11   HD21  LEU 105          HD23      LEU 105  10.956 -22.188  -7.888

  No H/Q in entry =          11
  In of MODEL    9
    1    H    ILE 106           H        ILE 106   6.511 -20.708  -7.402
    2    HA   ILE 106           HA       ILE 106   6.096 -20.676  -4.705
    3    HB   ILE 106           HB       ILE 106   5.399 -18.453  -4.850
    4   HG12  ILE 106          HG12      ILE 106   5.131 -17.754  -7.516
    5   HG13  ILE 106          HG13      ILE 106   4.233 -19.269  -7.398
    6   HG22  ILE 106          HG21      ILE 106   7.183 -18.804  -7.236
    7   HG21  ILE 106          HG22      ILE 106   7.720 -19.183  -5.601
    8   HG23  ILE 106          HG23      ILE 106   7.216 -17.541  -6.003
    9   HD11  ILE 106          HD11      ILE 106   2.944 -18.334  -5.540
   10   HD13  ILE 106          HD12      ILE 106   2.769 -17.389  -7.024
   11   HD12  ILE 106          HD13      ILE 106   3.815 -16.813  -5.725

  No H/Q in entry =          11
  In of MODEL    9
    1    H    GLN 107           H        GLN 107   4.175 -22.212  -6.722
    2    HA   GLN 107           HA       GLN 107   1.771 -21.699  -5.151
    3    HB2  GLN 107           HB2      GLN 107   2.045 -22.410  -8.021
    4    HB3  GLN 107           HB3      GLN 107   0.704 -23.132  -7.142
    5    HG2  GLN 107           HG2      GLN 107   0.270 -20.684  -6.364
    6    HG3  GLN 107           HG3      GLN 107   1.236 -20.279  -7.785
    7   HE21  GLN 107          HE21      GLN 107   0.373 -22.507  -9.346
    8   HE22  GLN 107          HE22      GLN 107  -1.269 -22.219  -9.803

  No H/Q in entry =           8
  In of MODEL    9
    1    H    VAL 108           H        VAL 108   4.275 -23.752  -5.819
    2    HA   VAL 108           HA       VAL 108   2.958 -26.245  -5.173
    3    HB   VAL 108           HB       VAL 108   5.200 -25.523  -6.641
    4   HG11  VAL 108          HG11      VAL 108   6.149 -26.873  -4.125
    5   HG13  VAL 108          HG12      VAL 108   6.580 -25.258  -4.691
    6   HG12  VAL 108          HG13      VAL 108   7.096 -26.678  -5.601
    7   HG22  VAL 108          HG21      VAL 108   5.506 -27.869  -7.031
    8   HG21  VAL 108          HG22      VAL 108   3.787 -27.479  -6.973
    9   HG23  VAL 108          HG23      VAL 108   4.560 -28.263  -5.595

  No H/Q in entry =           9
  In of MODEL    9
    1    H    ASN 109           H        ASN 109   4.453 -23.624  -3.642
    2    HA   ASN 109           HA       ASN 109   4.576 -25.053  -1.072
    3    HB2  ASN 109           HB2      ASN 109   6.562 -23.077  -2.183
    4    HB3  ASN 109           HB3      ASN 109   6.521 -23.565  -0.496
    5   HD21  ASN 109          HD21      ASN 109   8.390 -23.884  -2.892
    6   HD22  ASN 109          HD22      ASN 109   8.843 -25.550  -2.814

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   PRO 110           HA       PRO 110   1.955 -21.514  -0.135
    2    HB2  PRO 110           HB2      PRO 110   1.288 -22.310   2.371
    3    HB3  PRO 110           HB3      PRO 110   0.566 -23.029   0.929
    4    HG2  PRO 110           HG2      PRO 110   2.771 -24.064   2.667
    5    HG3  PRO 110           HG3      PRO 110   1.412 -24.943   1.940
    6    HD2  PRO 110           HD2      PRO 110   3.934 -24.963   0.910
    7    HD3  PRO 110           HD3      PRO 110   2.475 -25.156  -0.080

  No H/Q in entry =           7
  In of MODEL    9
    1    H    ASP 111           H        ASP 111   5.014 -22.271   1.155
    2    HA   ASP 111           HA       ASP 111   4.886 -19.965   2.915
    3    HB2  ASP 111           HB2      ASP 111   7.044 -20.645   3.842
    4    HB3  ASP 111           HB3      ASP 111   5.754 -21.814   4.103

  No H/Q in entry =           4
  In of MODEL    9
    1    H    ILE 112           H        ILE 112   5.709 -20.600  -0.228
    2    HA   ILE 112           HA       ILE 112   8.106 -18.958  -0.288
    3    HB   ILE 112           HB       ILE 112   6.617 -20.525  -2.396
    4   HG12  ILE 112          HG12      ILE 112   8.562 -21.081  -0.480
    5   HG13  ILE 112          HG13      ILE 112   8.091 -22.105  -1.828
    6   HG21  ILE 112          HG21      ILE 112   8.949 -18.645  -2.757
    7   HG23  ILE 112          HG22      ILE 112   7.347 -18.536  -3.492
    8   HG22  ILE 112          HG23      ILE 112   8.436 -19.854  -3.938
    9   HD12  ILE 112          HD11      ILE 112  10.489 -21.815  -1.706
   10   HD11  ILE 112          HD12      ILE 112  10.286 -20.068  -1.854
   11   HD13  ILE 112          HD13      ILE 112   9.829 -21.126  -3.187

  No H/Q in entry =          11
  In of MODEL    9
    1    H    LEU 113           H        LEU 113   4.876 -18.934  -1.604
    2    HA   LEU 113           HA       LEU 113   5.149 -16.365  -2.721
    3    HB2  LEU 113           HB2      LEU 113   3.518 -17.723  -3.705
    4    HB3  LEU 113           HB3      LEU 113   2.805 -18.135  -2.155
    5    HG   LEU 113           HG       LEU 113   2.203 -15.657  -1.967
    6   HD13  LEU 113          HD11      LEU 113   2.163 -14.315  -3.860
    7   HD12  LEU 113          HD12      LEU 113   2.403 -15.678  -4.951
    8   HD11  LEU 113          HD13      LEU 113   3.737 -15.107  -3.950
    9   HD22  LEU 113          HD21      LEU 113   0.432 -17.092  -2.230
   10   HD21  LEU 113          HD22      LEU 113   0.969 -17.632  -3.821
   11   HD23  LEU 113          HD23      LEU 113   0.271 -16.024  -3.623

  No H/Q in entry =          11
  In of MODEL    9
    1    H    MET 114           H        MET 114   4.327 -17.677   0.277
    2    HA   MET 114           HA       MET 114   2.998 -15.452   1.457
    3    HB2  MET 114           HB2      MET 114   3.225 -18.057   2.105
    4    HB3  MET 114           HB3      MET 114   4.471 -17.391   3.152
    5    HG2  MET 114           HG2      MET 114   1.645 -16.404   3.078
    6    HG3  MET 114           HG3      MET 114   2.220 -17.648   4.181
    7    HE3  MET 114           HE1      MET 114   0.935 -14.386   4.643
    8    HE2  MET 114           HE2      MET 114   1.645 -14.252   6.252
    9    HE1  MET 114           HE3      MET 114   0.885 -15.761   5.747

  No H/Q in entry =           9
  In of MODEL    9
    1    H    ARG 115           H        ARG 115   6.267 -16.668   1.280
    2    HA   ARG 115           HA       ARG 115   7.494 -15.003   3.145
    3    HB2  ARG 115           HB2      ARG 115   8.317 -16.694   0.869
    4    HB3  ARG 115           HB3      ARG 115   9.400 -15.336   1.190
    5    HG2  ARG 115           HG2      ARG 115   8.525 -17.173   3.379
    6    HG3  ARG 115           HG3      ARG 115   9.862 -17.597   2.311
    7    HD2  ARG 115           HD2      ARG 115   9.899 -14.894   3.538
    8    HD3  ARG 115           HD3      ARG 115  10.214 -16.264   4.599
    9    HE   ARG 115           HE       ARG 115  12.080 -16.860   3.157
   10   HH11  ARG 115          HH11      ARG 115  10.769 -13.617   2.754
   11   HH12  ARG 115          HH12      ARG 115  12.226 -12.975   2.073
   12   HH21  ARG 115          HH21      ARG 115  13.993 -16.000   2.279
   13   HH22  ARG 115          HH22      ARG 115  14.061 -14.340   1.786

  No H/Q in entry =          13
  In of MODEL    9
    1    H    LEU 116           H        LEU 116   6.839 -14.708  -0.333
    2    HA   LEU 116           HA       LEU 116   7.832 -12.081  -0.546
    3    HB2  LEU 116           HB2      LEU 116   7.698 -13.231  -2.565
    4    HB3  LEU 116           HB3      LEU 116   6.086 -13.833  -2.227
    5    HG   LEU 116           HG       LEU 116   5.999 -10.969  -2.396
    6   HD13  LEU 116          HD11      LEU 116   7.053 -10.400  -4.254
    7   HD12  LEU 116          HD12      LEU 116   6.644 -11.909  -5.071
    8   HD11  LEU 116          HD13      LEU 116   8.025 -11.843  -3.974
    9   HD22  LEU 116          HD21      LEU 116   4.037 -12.200  -2.775
   10   HD21  LEU 116          HD22      LEU 116   4.820 -13.221  -3.984
   11   HD23  LEU 116          HD23      LEU 116   4.497 -11.517  -4.340

  No H/Q in entry =          11
  In of MODEL    9
    1    H    SER 117           H        SER 117   4.581 -13.325  -0.096
    2    HA   SER 117           HA       SER 117   3.082 -11.092  -0.506
    3    HB2  SER 117           HB2      SER 117   1.301 -12.165   0.719
    4    HB3  SER 117           HB3      SER 117   2.179 -13.365  -0.219
    5    HG   SER 117           HG       SER 117   3.406 -13.549   1.936

  No H/Q in entry =           5
  In of MODEL    9
    1    H    ALA 118           H        ALA 118   4.420 -12.167   2.521
    2    HA   ALA 118           HA       ALA 118   3.418 -10.169   4.190
    3    HB3  ALA 118           HB1      ALA 118   5.082 -10.934   5.800
    4    HB1  ALA 118           HB2      ALA 118   5.894 -11.846   4.529
    5    HB2  ALA 118           HB3      ALA 118   4.261 -12.291   5.029

  No H/Q in entry =           5
  In of MODEL    9
    1    H    GLN 119           H        GLN 119   6.213 -10.245   2.095
    2    HA   GLN 119           HA       GLN 119   7.571  -8.085   3.321
    3    HB2  GLN 119           HB2      GLN 119   7.653  -9.187   0.510
    4    HB3  GLN 119           HB3      GLN 119   8.627  -7.813   1.010
    5    HG2  GLN 119           HG2      GLN 119   9.039 -10.652   1.455
    6    HG3  GLN 119           HG3      GLN 119  10.185  -9.316   1.521
    7   HE21  GLN 119          HE21      GLN 119   8.203 -11.467   3.301
    8   HE22  GLN 119          HE22      GLN 119   8.647 -10.924   4.884

  No H/Q in entry =           8
  In of MODEL    9
    1    H    MET 120           H        MET 120   5.662  -8.127   0.253
    2    HA   MET 120           HA       MET 120   5.223  -5.525  -0.063
    3    HB2  MET 120           HB2      MET 120   3.944  -7.951  -0.844
    4    HB3  MET 120           HB3      MET 120   2.724  -6.721  -0.549
    5    HG2  MET 120           HG2      MET 120   3.374  -5.445  -2.297
    6    HG3  MET 120           HG3      MET 120   5.071  -5.905  -2.146
    7    HE1  MET 120           HE1      MET 120   5.507  -8.496  -2.103
    8    HE3  MET 120           HE2      MET 120   5.079  -9.489  -3.495
    9    HE2  MET 120           HE3      MET 120   3.997  -9.411  -2.107

  No H/Q in entry =           9
  In of MODEL    9
    1    H    ALA 121           H        ALA 121   3.375  -7.552   2.155
    2    HA   ALA 121           HA       ALA 121   1.404  -5.680   2.803
    3    HB1  ALA 121           HB1      ALA 121   1.374  -8.139   3.330
    4    HB3  ALA 121           HB2      ALA 121   0.862  -7.077   4.641
    5    HB2  ALA 121           HB3      ALA 121   2.475  -7.789   4.663

  No H/Q in entry =           5
  In of MODEL    9
    1    H    ARG 122           H        ARG 122   4.691  -6.088   3.786
    2    HA   ARG 122           HA       ARG 122   4.572  -4.417   6.066
    3    HB2  ARG 122           HB2      ARG 122   6.508  -6.049   4.773
    4    HB3  ARG 122           HB3      ARG 122   7.202  -4.445   4.979
    5    HG2  ARG 122           HG2      ARG 122   7.678  -5.987   6.851
    6    HG3  ARG 122           HG3      ARG 122   6.825  -4.523   7.347
    7    HD2  ARG 122           HD2      ARG 122   4.683  -5.843   7.152
    8    HD3  ARG 122           HD3      ARG 122   5.691  -7.286   6.967
    9    HE   ARG 122           HE       ARG 122   5.405  -5.613   9.360
   10   HH11  ARG 122          HH11      ARG 122   6.699  -8.487   7.851
   11   HH12  ARG 122          HH12      ARG 122   7.037  -9.276   9.358
   12   HH21  ARG 122          HH21      ARG 122   5.839  -6.645  11.332
   13   HH22  ARG 122          HH22      ARG 122   6.540  -8.239  11.337

  No H/Q in entry =          13
  In of MODEL    9
    1    H    ARG 123           H        ARG 123   5.008  -4.006   2.737
    2    HA   ARG 123           HA       ARG 123   5.938  -1.305   2.824
    3    HB2  ARG 123           HB2      ARG 123   5.065  -3.164   0.629
    4    HB3  ARG 123           HB3      ARG 123   5.291  -1.451   0.311
    5    HG2  ARG 123           HG2      ARG 123   7.241  -2.924  -0.249
    6    HG3  ARG 123           HG3      ARG 123   7.604  -1.564   0.813
    7    HD2  ARG 123           HD2      ARG 123   7.514  -3.075   2.748
    8    HD3  ARG 123           HD3      ARG 123   7.165  -4.424   1.673
    9    HE   ARG 123           HE       ARG 123   9.383  -4.443   0.984
   10   HH11  ARG 123          HH11      ARG 123   8.790  -1.696   3.086
   11   HH12  ARG 123          HH12      ARG 123  10.466  -1.417   3.409
   12   HH21  ARG 123          HH21      ARG 123  11.586  -4.104   1.424
   13   HH22  ARG 123          HH22      ARG 123  12.065  -2.787   2.455

  No H/Q in entry =          13
  In of MODEL    9
    1    H    LEU 124           H        LEU 124   2.950  -3.061   2.653
    2    HA   LEU 124           HA       LEU 124   1.216  -0.935   1.969
    3    HB2  LEU 124           HB2      LEU 124   1.023  -3.647   2.706
    4    HB3  LEU 124           HB3      LEU 124   0.155  -2.779   3.949
    5    HG   LEU 124           HG       LEU 124  -0.509  -3.098   1.053
    6   HD13  LEU 124          HD11      LEU 124  -1.432  -4.592   2.721
    7   HD12  LEU 124          HD12      LEU 124  -2.691  -3.556   2.029
    8   HD11  LEU 124          HD13      LEU 124  -2.031  -3.199   3.629
    9   HD23  LEU 124          HD21      LEU 124  -2.290  -1.399   1.388
   10   HD22  LEU 124          HD22      LEU 124  -0.663  -0.721   1.271
   11   HD21  LEU 124          HD23      LEU 124  -1.449  -0.875   2.845

  No H/Q in entry =          11
  In of MODEL    9
    1    H    GLN 125           H        GLN 125   2.668  -2.238   4.834
    2    HA   GLN 125           HA       GLN 125   1.436  -0.522   6.743
    3    HB2  GLN 125           HB2      GLN 125   2.299  -2.642   7.434
    4    HB3  GLN 125           HB3      GLN 125   3.889  -2.271   6.791
    5    HG2  GLN 125           HG2      GLN 125   4.238  -1.978   9.019
    6    HG3  GLN 125           HG3      GLN 125   3.818  -0.336   8.535
    7   HE21  GLN 125          HE21      GLN 125   2.335  -3.329   9.701
    8   HE22  GLN 125          HE22      GLN 125   1.159  -2.550  10.705

  No H/Q in entry =           8
  In of MODEL    9
    1    H    VAL 126           H        VAL 126   3.970   0.002   4.421
    2    HA   VAL 126           HA       VAL 126   5.228   2.027   6.092
    3    HB   VAL 126           HB       VAL 126   6.565   0.358   4.567
    4   HG13  VAL 126          HG11      VAL 126   6.971   1.065   2.316
    5   HG12  VAL 126          HG12      VAL 126   5.915   2.462   2.515
    6   HG11  VAL 126          HG13      VAL 126   5.235   0.836   2.520
    7   HG23  VAL 126          HG21      VAL 126   8.188   2.209   3.995
    8   HG22  VAL 126          HG22      VAL 126   7.743   2.025   5.694
    9   HG21  VAL 126          HG23      VAL 126   7.017   3.308   4.723

  No H/Q in entry =           9
  In of MODEL    9
    1    H    THR 127           H        THR 127   3.122   1.475   3.370
    2    HA   THR 127           HA       THR 127   3.007   4.301   2.634
    3    HB   THR 127           HB       THR 127   1.145   2.224   1.561
    4    HG1  THR 127           HG1      THR 127   3.237   1.262   1.438
    5   HG22  THR 127          HG21      THR 127   2.567   4.570   0.301
    6   HG21  THR 127          HG22      THR 127   0.891   4.551   0.853
    7   HG23  THR 127          HG23      THR 127   1.386   3.533  -0.499

  No H/Q in entry =           7
  In of MODEL    9
    1    H    SER 128           H        SER 128   1.465   2.620   5.333
    2    HA   SER 128           HA       SER 128  -1.078   3.694   4.486
    3    HB2  SER 128           HB2      SER 128  -0.329   1.612   6.546
    4    HB3  SER 128           HB3      SER 128  -1.930   2.339   6.449
    5    HG   SER 128           HG       SER 128  -0.604   0.781   4.484

  No H/Q in entry =           5
  In of MODEL    9
    1    H    GLU 129           H        GLU 129   1.691   4.041   6.399
    2    HA   GLU 129           HA       GLU 129   0.321   6.010   8.125
    3    HB2  GLU 129           HB2      GLU 129   1.131   3.884   9.247
    4    HB3  GLU 129           HB3      GLU 129   2.766   4.402   8.874
    5    HG2  GLU 129           HG2      GLU 129   2.018   6.578  10.146
    6    HG3  GLU 129           HG3      GLU 129   0.840   5.477  10.865

  No H/Q in entry =           6
  In of MODEL    9
    1    H    LYS 130           H        LYS 130   1.837   6.286   5.473
    2    HA   LYS 130           HA       LYS 130   3.333   8.599   6.219
    3    HB2  LYS 130           HB2      LYS 130   4.686   6.046   5.813
    4    HB3  LYS 130           HB3      LYS 130   5.228   7.257   4.660
    5    HG2  LYS 130           HG2      LYS 130   6.257   8.500   6.240
    6    HG3  LYS 130           HG3      LYS 130   5.067   8.111   7.480
    7    HD2  LYS 130           HD2      LYS 130   6.902   5.969   6.506
    8    HD3  LYS 130           HD3      LYS 130   7.519   7.183   7.626
    9    HE2  LYS 130           HE2      LYS 130   5.268   5.231   8.047
   10    HE3  LYS 130           HE3      LYS 130   6.772   5.372   8.955
   11    HZ1  LYS 130           HZ1      LYS 130   5.957   7.637   9.644
   12    HZ3  LYS 130           HZ2      LYS 130   5.082   6.323  10.279
   13    HZ2  LYS 130           HZ3      LYS 130   4.451   7.217   8.987

  No H/Q in entry =          13
  In of MODEL    9
    1    H    VAL 131           H        VAL 131   1.050   8.180   4.734
    2    HA   VAL 131           HA       VAL 131   1.528   7.830   1.957
    3    HB   VAL 131           HB       VAL 131  -0.807   9.418   2.302
    4   HG11  VAL 131          HG11      VAL 131  -0.239   7.444   0.745
    5   HG13  VAL 131          HG12      VAL 131  -1.903   7.677   1.278
    6   HG12  VAL 131          HG13      VAL 131  -0.891   6.448   2.047
    7   HG23  VAL 131          HG21      VAL 131  -0.649   7.201   4.337
    8   HG22  VAL 131          HG22      VAL 131  -2.101   8.107   3.902
    9   HG21  VAL 131          HG23      VAL 131  -0.747   8.930   4.677

  No H/Q in entry =           9
  In of MODEL    9
    1    H    GLY 132           H        GLY 132   0.120  10.618   3.472
    2    HA3  GLY 132           HA2      GLY 132   1.257  12.419   1.505
    3    HA2  GLY 132           HA3      GLY 132   0.051  12.829   2.710

  No H/Q in entry =           3
  In of MODEL    9
    1    H    ASN 133           H        ASN 133   3.054  11.269   3.471
    2    HA   ASN 133           HA       ASN 133   3.728  13.128   5.476
    3    HB2  ASN 133           HB2      ASN 133   4.960  10.742   4.276
    4    HB3  ASN 133           HB3      ASN 133   6.132  11.930   4.834
    5   HD21  ASN 133          HD21      ASN 133   6.899  11.077   6.668
    6   HD22  ASN 133          HD22      ASN 133   5.941  10.560   8.012

  No H/Q in entry =           6
  In of MODEL    9
    1    H    LEU 134           H        LEU 134   5.066  12.583   2.209
    2    HA   LEU 134           HA       LEU 134   6.640  14.999   2.358
    3    HB2  LEU 134           HB2      LEU 134   7.473  14.456   0.207
    4    HB3  LEU 134           HB3      LEU 134   7.441  13.012   1.189
    5    HG   LEU 134           HG       LEU 134   5.094  12.737  -0.119
    6   HD13  LEU 134          HD11      LEU 134   5.416  14.742  -1.458
    7   HD12  LEU 134          HD12      LEU 134   5.537  13.312  -2.483
    8   HD11  LEU 134          HD13      LEU 134   6.997  14.164  -1.979
    9   HD22  LEU 134          HD21      LEU 134   6.821  11.065   0.126
   10   HD21  LEU 134          HD22      LEU 134   7.868  11.951  -0.984
   11   HD23  LEU 134          HD23      LEU 134   6.383  11.203  -1.578

  No H/Q in entry =          11
  In of MODEL    9
    1    H    ALA 135           H        ALA 135   3.461  14.382   1.597
    2    HA   ALA 135           HA       ALA 135   3.215  16.334  -0.539
    3    HB1  ALA 135           HB1      ALA 135   1.871  14.167  -0.469
    4    HB3  ALA 135           HB2      ALA 135   1.002  15.656  -0.837
    5    HB2  ALA 135           HB3      ALA 135   0.896  14.951   0.775

  No H/Q in entry =           5
  In of MODEL    9
    1    H    PHE 136           H        PHE 136   3.185  16.138   2.821
    2    HA   PHE 136           HA       PHE 136   1.515  18.418   3.349
    3    HB2  PHE 136           HB2      PHE 136   2.864  16.332   4.856
    4    HB3  PHE 136           HB3      PHE 136   3.036  17.911   5.625
    5    HD1  PHE 136           HD1      PHE 136   1.316  18.752   6.929
    6    HD2  PHE 136           HD2      PHE 136   0.496  15.615   4.175
    7    HE1  PHE 136           HE1      PHE 136  -0.957  18.544   7.845
    8    HE2  PHE 136           HE2      PHE 136  -1.777  15.402   5.086
    9    HZ   PHE 136           HZ       PHE 136  -2.506  16.868   6.925

  No H/Q in entry =           9
  In of MODEL    9
    1    H    LEU 137           H        LEU 137   4.655  18.098   2.210
    2    HA   LEU 137           HA       LEU 137   6.487  19.426   2.038
    3    HB2  LEU 137           HB2      LEU 137   4.128  21.103   1.728
    4    HB3  LEU 137           HB3      LEU 137   5.574  22.005   2.141
    5    HG   LEU 137           HG       LEU 137   6.739  20.984   0.207
    6   HD11  LEU 137          HD11      LEU 137   5.416  18.915   0.056
    7   HD13  LEU 137          HD12      LEU 137   5.482  19.776  -1.481
    8   HD12  LEU 137          HD13      LEU 137   4.027  19.856  -0.487
    9   HD22  LEU 137          HD21      LEU 137   5.644  22.325  -1.459
   10   HD21  LEU 137          HD22      LEU 137   5.576  23.161   0.093
   11   HD23  LEU 137          HD23      LEU 137   4.149  22.329  -0.523

  No H/Q in entry =          11
  In of MODEL    9
    1    H    ASP 138           H        ASP 138   6.305  18.528   4.440
    2    HA   ASP 138           HA       ASP 138   6.615  20.502   6.417
    3    HB2  ASP 138           HB2      ASP 138   5.527  18.255   6.867
    4    HB3  ASP 138           HB3      ASP 138   7.181  17.695   7.176

  No H/Q in entry =           4
  In of MODEL    9
    1    H    VAL 139           H        VAL 139   8.752  20.203   4.228
    2    HA   VAL 139           HA       VAL 139  11.167  19.306   4.815
    3    HB   VAL 139           HB       VAL 139  10.300  21.542   3.305
    4   HG11  VAL 139          HG11      VAL 139  11.260  22.986   5.126
    5   HG13  VAL 139          HG12      VAL 139  12.026  23.199   3.551
    6   HG12  VAL 139          HG13      VAL 139  12.829  22.248   4.800
    7   HG23  VAL 139          HG21      VAL 139  12.614  21.234   2.283
    8   HG22  VAL 139          HG22      VAL 139  11.547  19.829   2.312
    9   HG21  VAL 139          HG23      VAL 139  12.848  19.977   3.497

  No H/Q in entry =           9
  In of MODEL    9
    1    H    THR 140           H        THR 140   9.691  21.794   6.838
    2    HA   THR 140           HA       THR 140  11.937  22.682   8.241
    3    HB   THR 140           HB       THR 140   9.582  22.372   9.904
    4    HG1  THR 140           HG1      THR 140   8.114  22.767   8.450
    5   HG22  THR 140          HG21      THR 140   9.767  24.811  10.027
    6   HG21  THR 140          HG22      THR 140  10.979  24.781   8.746
    7   HG23  THR 140          HG23      THR 140  11.322  24.028  10.304

  No H/Q in entry =           7
  In of MODEL    9
    1    H    GLY 141           H        GLY 141  13.320  20.926   8.782
    2    HA3  GLY 141           HA2      GLY 141  14.168  19.630  10.498
    3    HA2  GLY 141           HA3      GLY 141  12.553  19.484  11.170

  No H/Q in entry =           3
  In of MODEL    9
    1    H    ARG 142           H        ARG 142  12.110  18.726   8.017
    2    HA   ARG 142           HA       ARG 142  12.137  15.906   8.700
    3    HB2  ARG 142           HB2      ARG 142  10.704  17.576   6.738
    4    HB3  ARG 142           HB3      ARG 142  11.088  15.950   6.203
    5    HG2  ARG 142           HG2      ARG 142   8.820  16.389   7.331
    6    HG3  ARG 142           HG3      ARG 142   9.738  14.957   7.792
    7    HD2  ARG 142           HD2      ARG 142  10.271  15.799   9.861
    8    HD3  ARG 142           HD3      ARG 142  10.124  17.475   9.334
    9    HE   ARG 142           HE       ARG 142   7.854  17.412   9.740
   10   HH11  ARG 142          HH11      ARG 142   9.232  14.195  10.121
   11   HH12  ARG 142          HH12      ARG 142   7.801  13.539  10.860
   12   HH21  ARG 142          HH21      ARG 142   6.009  16.565  10.728
   13   HH22  ARG 142          HH22      ARG 142   5.961  14.901  11.222

  No H/Q in entry =          13
  In of MODEL    9
    1    H    ILE 143           H        ILE 143  14.535  17.673   7.668
    2    HA   ILE 143           HA       ILE 143  15.292  16.037   5.349
    3    HB   ILE 143           HB       ILE 143  16.797  18.340   6.527
    4   HG12  ILE 143          HG12      ILE 143  15.039  18.681   4.144
    5   HG13  ILE 143          HG13      ILE 143  14.263  18.605   5.719
    6   HG23  ILE 143          HG21      ILE 143  18.117  17.051   5.041
    7   HG22  ILE 143          HG22      ILE 143  17.622  18.497   4.159
    8   HG21  ILE 143          HG23      ILE 143  16.811  16.960   3.861
    9   HD11  ILE 143          HD11      ILE 143  16.464  20.515   5.031
   10   HD13  ILE 143          HD12      ILE 143  15.455  20.507   6.478
   11   HD12  ILE 143          HD13      ILE 143  14.747  20.890   4.908

  No H/Q in entry =          11
  In of MODEL    9
    1    H    ALA 144           H        ALA 144  16.926  17.346   8.198
    2    HA   ALA 144           HA       ALA 144  18.901  15.338   8.278
    3    HB3  ALA 144           HB1      ALA 144  19.548  17.269   9.390
    4    HB2  ALA 144           HB2      ALA 144  19.143  16.194  10.725
    5    HB1  ALA 144           HB3      ALA 144  18.003  17.441  10.218

  No H/Q in entry =           5
  In of MODEL    9
    1    H    GLN 145           H        GLN 145  15.662  15.528   9.236
    2    HA   GLN 145           HA       GLN 145  15.605  13.743  11.391
    3    HB2  GLN 145           HB2      GLN 145  13.759  15.349  10.478
    4    HB3  GLN 145           HB3      GLN 145  13.348  13.990   9.440
    5    HG2  GLN 145           HG2      GLN 145  13.507  12.786  11.869
    6    HG3  GLN 145           HG3      GLN 145  12.898  14.383  12.302
    7   HE21  GLN 145          HE21      GLN 145  11.539  11.871  12.497
    8   HE22  GLN 145          HE22      GLN 145  10.134  11.973  11.491

  No H/Q in entry =           8
  In of MODEL    9
    1    H    THR 146           H        THR 146  15.262  13.194   7.726
    2    HA   THR 146           HA       THR 146  14.793  10.483   8.204
    3    HB   THR 146           HB       THR 146  15.492  11.913   5.659
    4    HG1  THR 146           HG1      THR 146  13.667  12.974   5.787
    5   HG22  THR 146          HG21      THR 146  13.648   9.571   6.186
    6   HG21  THR 146          HG22      THR 146  15.299   9.439   5.581
    7   HG23  THR 146          HG23      THR 146  14.064  10.237   4.606

  No H/Q in entry =           7
  In of MODEL    9
    1    H    LEU 147           H        LEU 147  17.455  12.433   8.398
    2    HA   LEU 147           HA       LEU 147  19.248  10.831   6.747
    3    HB2  LEU 147           HB2      LEU 147  19.732  13.339   8.357
    4    HB3  LEU 147           HB3      LEU 147  20.991  12.458   7.506
    5    HG   LEU 147           HG       LEU 147  18.587  13.757   6.230
    6   HD11  LEU 147          HD11      LEU 147  20.722  15.081   7.152
    7   HD13  LEU 147          HD12      LEU 147  19.848  15.545   5.693
    8   HD12  LEU 147          HD13      LEU 147  21.334  14.603   5.568
    9   HD21  LEU 147          HD21      LEU 147  20.908  12.259   5.031
   10   HD23  LEU 147          HD22      LEU 147  19.740  13.209   4.113
   11   HD22  LEU 147          HD23      LEU 147  19.208  11.788   5.007

  No H/Q in entry =          11
  In of MODEL    9
    1    H    LEU 148           H        LEU 148  18.233  11.549   9.963
    2    HA   LEU 148           HA       LEU 148  20.261   9.947  11.233
    3    HB2  LEU 148           HB2      LEU 148  17.664  10.744  12.509
    4    HB3  LEU 148           HB3      LEU 148  19.213  10.443  13.276
    5    HG   LEU 148           HG       LEU 148  18.384  12.832  11.660
    6   HD12  LEU 148          HD11      LEU 148  19.037  14.018  13.719
    7   HD11  LEU 148          HD12      LEU 148  19.347  12.457  14.480
    8   HD13  LEU 148          HD13      LEU 148  17.716  12.876  13.959
    9   HD21  LEU 148          HD21      LEU 148  21.166  12.144  12.621
   10   HD23  LEU 148          HD22      LEU 148  20.668  13.702  11.959
   11   HD22  LEU 148          HD23      LEU 148  20.633  12.263  10.942

  No H/Q in entry =          11
  In of MODEL    9
    1    H    ASN 149           H        ASN 149  17.128   9.527   9.852
    2    HA   ASN 149           HA       ASN 149  16.508   7.010  10.996
    3    HB2  ASN 149           HB2      ASN 149  15.594   8.528   8.593
    4    HB3  ASN 149           HB3      ASN 149  15.303   6.791   8.604
    5   HD21  ASN 149          HD21      ASN 149  13.330   8.855   8.657
    6   HD22  ASN 149          HD22      ASN 149  12.452   8.682  10.133

  No H/Q in entry =           6
  In of MODEL    9
    1    H    LEU 150           H        LEU 150  18.582   8.146   8.499
    2    HA   LEU 150           HA       LEU 150  19.174   5.533   7.386
    3    HB2  LEU 150           HB2      LEU 150  20.317   8.301   7.010
    4    HB3  LEU 150           HB3      LEU 150  21.076   6.888   6.282
    5    HG   LEU 150           HG       LEU 150  18.174   7.182   5.805
    6   HD12  LEU 150          HD11      LEU 150  18.561   8.759   3.936
    7   HD11  LEU 150          HD12      LEU 150  20.184   9.041   4.559
    8   HD13  LEU 150          HD13      LEU 150  18.781   9.477   5.529
    9   HD22  LEU 150          HD21      LEU 150  18.723   6.224   3.721
   10   HD21  LEU 150          HD22      LEU 150  19.689   5.382   4.936
   11   HD23  LEU 150          HD23      LEU 150  20.432   6.613   3.914

  No H/Q in entry =          11
  In of MODEL    9
    1    H    ALA 151           H        ALA 151  19.929   7.065  10.381
    2    HA   ALA 151           HA       ALA 151  22.601   5.863  10.366
    3    HB1  ALA 151           HB1      ALA 151  22.570   8.115  11.267
    4    HB2  ALA 151           HB2      ALA 151  22.825   6.978  12.588
    5    HB3  ALA 151           HB3      ALA 151  21.237   7.703  12.347

  No H/Q in entry =           5
  In of MODEL    9
    1    H    LYS 152           H        LYS 152  19.396   5.394  11.091
    2    HA   LYS 152           HA       LYS 152  19.844   3.432  13.174
    3    HB2  LYS 152           HB2      LYS 152  17.293   4.426  11.894
    4    HB3  LYS 152           HB3      LYS 152  17.367   3.300  13.247
    5    HG2  LYS 152           HG2      LYS 152  18.523   5.032  14.572
    6    HG3  LYS 152           HG3      LYS 152  18.330   6.151  13.225
    7    HD2  LYS 152           HD2      LYS 152  15.886   5.931  13.417
    8    HD3  LYS 152           HD3      LYS 152  16.104   4.844  14.794
    9    HE2  LYS 152           HE2      LYS 152  17.336   6.648  15.961
   10    HE3  LYS 152           HE3      LYS 152  16.983   7.723  14.610
   11    HZ2  LYS 152           HZ1      LYS 152  15.461   7.978  16.512
   12    HZ1  LYS 152           HZ2      LYS 152  14.911   6.398  16.273
   13    HZ3  LYS 152           HZ3      LYS 152  14.663   7.573  15.079

  No H/Q in entry =          13
  In of MODEL    9
    1    H    GLN 153           H        GLN 153  19.578   3.408   9.684
    2    HA   GLN 153           HA       GLN 153  18.721   0.618   9.790
    3    HB2  GLN 153           HB2      GLN 153  19.305   2.018   7.225
    4    HB3  GLN 153           HB3      GLN 153  18.051   0.846   7.591
    5    HG2  GLN 153           HG2      GLN 153  16.999   2.687   8.994
    6    HG3  GLN 153           HG3      GLN 153  18.101   3.768   8.140
    7   HE21  GLN 153          HE21      GLN 153  17.682   4.318   6.060
    8   HE22  GLN 153          HE22      GLN 153  16.266   3.827   5.203

  No H/Q in entry =           8
  In of MODEL    9
    1    HA   PRO 154           HA       PRO 154  22.674  -1.214   8.791
    2    HB2  PRO 154           HB2      PRO 154  22.202  -2.364   6.295
    3    HB3  PRO 154           HB3      PRO 154  21.867  -3.124   7.853
    4    HG2  PRO 154           HG2      PRO 154  20.020  -1.679   6.008
    5    HG3  PRO 154           HG3      PRO 154  19.722  -3.124   6.992
    6    HD2  PRO 154           HD2      PRO 154  18.784  -0.749   7.731
    7    HD3  PRO 154           HD3      PRO 154  19.416  -1.884   8.936

  No H/Q in entry =           7
  In of MODEL    9
    1    H    ASP 155           H        ASP 155  21.305   1.117   6.883
    2    HA   ASP 155           HA       ASP 155  23.256   1.429   4.821
    3    HB2  ASP 155           HB2      ASP 155  21.097   3.319   5.972
    4    HB3  ASP 155           HB3      ASP 155  22.202   3.834   4.704

  No H/Q in entry =           4
  In of MODEL    9
    1    H    ALA 156           H        ALA 156  23.304   2.678   8.359
    2    HA   ALA 156           HA       ALA 156  24.941   4.760   7.669
    3    HB1  ALA 156           HB1      ALA 156  25.412   4.880   9.993
    4    HB3  ALA 156           HB2      ALA 156  24.979   3.187  10.233
    5    HB2  ALA 156           HB3      ALA 156  23.730   4.369   9.847

  No H/Q in entry =           5
  In of MODEL    9
    1    H    MET 157           H        MET 157  26.832   4.589   6.688
    2    HA   MET 157           HA       MET 157  28.253   2.086   7.046
    3    HB2  MET 157           HB2      MET 157  27.570   3.496   4.894
    4    HB3  MET 157           HB3      MET 157  29.160   4.212   5.172
    5    HG2  MET 157           HG2      MET 157  30.064   1.857   5.191
    6    HG3  MET 157           HG3      MET 157  28.473   1.343   4.626
    7    HE3  MET 157           HE1      MET 157  31.179   4.169   3.777
    8    HE2  MET 157           HE2      MET 157  31.729   3.498   2.242
    9    HE1  MET 157           HE3      MET 157  31.913   2.567   3.728

  No H/Q in entry =           9
  In of MODEL    9
    1    H    THR 158           H        THR 158  29.272   2.395   9.155
    2    HA   THR 158           HA       THR 158  30.647   4.566   9.926
    3    HB   THR 158           HB       THR 158  32.169   2.826  11.123
    4    HG1  THR 158           HG1      THR 158  30.998   1.261   9.396
    5   HG23  THR 158          HG21      THR 158  30.406   3.977  12.293
    6   HG22  THR 158          HG22      THR 158  30.284   2.260  12.673
    7   HG21  THR 158          HG23      THR 158  29.175   2.986  11.510

  No H/Q in entry =           7
  In of MODEL    9
    1    H    HIS 159           H        HIS 159  32.789   5.161   9.993
    2    HA   HIS 159           HA       HIS 159  34.772   3.983   8.337
    3    HB2  HIS 159           HB2      HIS 159  34.854   5.409   6.553
    4    HB3  HIS 159           HB3      HIS 159  33.150   5.618   6.908
    5    HD1  HIS 159           HD1      HIS 159  36.228   7.454   6.462
    6    HD2  HIS 159           HD2      HIS 159  32.636   8.076   8.441
    7    HE1  HIS 159           HE1      HIS 159  36.114   9.924   6.883
    8    HE2  HIS 159           HE2      HIS 159  34.041  10.248   8.274

  No H/Q in entry =           8
  In of MODEL    9
    1    HA   PRO 160           HA       PRO 160  37.161   5.700  11.551
    2    HB2  PRO 160           HB2      PRO 160  39.385   6.778  10.367
    3    HB3  PRO 160           HB3      PRO 160  39.111   5.051  10.627
    4    HG2  PRO 160           HG2      PRO 160  38.659   6.683   8.158
    5    HG3  PRO 160           HG3      PRO 160  39.401   5.079   8.320
    6    HD2  PRO 160           HD2      PRO 160  36.860   5.368   7.507
    7    HD3  PRO 160           HD3      PRO 160  37.350   4.015   8.549

  No H/Q in entry =           7
  In of MODEL    9
    1    H    ASP 161           H        ASP 161  35.110   7.537  11.181
    2    HA   ASP 161           HA       ASP 161  36.073   9.876  12.353
    3    HB2  ASP 161           HB2      ASP 161  37.177  10.776  10.556
    4    HB3  ASP 161           HB3      ASP 161  36.219   9.884   9.385

  No H/Q in entry =           4
  In of MODEL    9
    1    H    GLY 162           H        GLY 162  33.621   8.253  10.561
    2    HA3  GLY 162           HA2      GLY 162  31.552   9.062  12.207
    3    HA2  GLY 162           HA3      GLY 162  31.505  10.025  10.729

  No H/Q in entry =           3
  In of MODEL    9
    1    H    MET 163           H        MET 163  29.386   8.715  10.727
    2    HA   MET 163           HA       MET 163  29.840   6.426   8.965
    3    HB2  MET 163           HB2      MET 163  27.887   5.257   9.965
    4    HB3  MET 163           HB3      MET 163  29.260   5.350  11.059
    5    HG2  MET 163           HG2      MET 163  28.183   7.273  12.177
    6    HG3  MET 163           HG3      MET 163  26.777   7.038  11.138
    7    HE2  MET 163           HE1      MET 163  25.134   6.785  13.153
    8    HE1  MET 163           HE2      MET 163  26.491   7.143  14.220
    9    HE3  MET 163           HE3      MET 163  25.450   5.758  14.551

  No H/Q in entry =           9
  In of MODEL    9
    1    H    GLN 164           H        GLN 164  28.948   6.801   7.219
    2    HA   GLN 164           HA       GLN 164  27.045   8.933   6.845
    3    HB2  GLN 164           HB2      GLN 164  27.943   8.983   4.588
    4    HB3  GLN 164           HB3      GLN 164  29.263   9.065   5.742
    5    HG2  GLN 164           HG2      GLN 164  28.664   6.332   5.007
    6    HG3  GLN 164           HG3      GLN 164  29.038   7.329   3.600
    7   HE21  GLN 164          HE21      GLN 164  30.973   6.306   3.228
    8   HE22  GLN 164          HE22      GLN 164  32.354   6.525   4.239

  No H/Q in entry =           8
  In of MODEL    9
    1    H    ILE 165           H        ILE 165  26.282   8.425   4.536
    2    HA   ILE 165           HA       ILE 165  25.188   5.998   3.763
    3    HB   ILE 165           HB       ILE 165  22.820   7.449   3.928
    4   HG12  ILE 165          HG12      ILE 165  22.987   7.392   6.716
    5   HG13  ILE 165          HG13      ILE 165  24.480   8.168   6.200
    6   HG22  ILE 165          HG21      ILE 165  23.529   5.328   5.907
    7   HG21  ILE 165          HG22      ILE 165  23.348   4.990   4.186
    8   HG23  ILE 165          HG23      ILE 165  21.987   5.626   5.107
    9   HD11  ILE 165          HD11      ILE 165  22.045   9.125   4.881
   10   HD13  ILE 165          HD12      ILE 165  23.428  10.018   5.509
   11   HD12  ILE 165          HD13      ILE 165  22.165   9.457   6.607

  No H/Q in entry =          11
  In of MODEL    9
    1    H    LYS 166           H        LYS 166  25.057   6.781   1.135
    2    HA   LYS 166           HA       LYS 166  25.871   9.488   1.123
    3    HB2  LYS 166           HB2      LYS 166  25.571   7.766  -1.295
    4    HB3  LYS 166           HB3      LYS 166  26.787   8.989  -0.945
    5    HG2  LYS 166           HG2      LYS 166  28.017   7.500   0.426
    6    HG3  LYS 166           HG3      LYS 166  26.713   6.316   0.424
    7    HD2  LYS 166           HD2      LYS 166  27.053   5.964  -1.985
    8    HD3  LYS 166           HD3      LYS 166  28.377   7.132  -1.960
    9    HE2  LYS 166           HE2      LYS 166  29.575   5.716  -0.345
   10    HE3  LYS 166           HE3      LYS 166  28.261   4.544  -0.409
   11    HZ3  LYS 166           HZ1      LYS 166  28.810   3.929  -2.557
   12    HZ2  LYS 166           HZ2      LYS 166  30.328   4.151  -1.846
   13    HZ1  LYS 166           HZ3      LYS 166  29.688   5.339  -2.865

  No H/Q in entry =          13
  In of MODEL    9
    1    H    ILE 167           H        ILE 167  24.131  10.901   0.830
    2    HA   ILE 167           HA       ILE 167  22.098   9.676  -0.880
    3    HB   ILE 167           HB       ILE 167  20.313  11.072   0.276
    4   HG12  ILE 167          HG12      ILE 167  20.843  11.220   2.802
    5   HG13  ILE 167          HG13      ILE 167  22.531  11.219   2.288
    6   HG22  ILE 167          HG21      ILE 167  21.487   8.777   1.839
    7   HG21  ILE 167          HG22      ILE 167  20.571   8.595   0.345
    8   HG23  ILE 167          HG23      ILE 167  19.797   9.275   1.776
    9   HD13  ILE 167          HD11      ILE 167  22.415  13.265   1.431
   10   HD12  ILE 167          HD12      ILE 167  21.072  13.429   2.566
   11   HD11  ILE 167          HD13      ILE 167  20.758  13.064   0.870

  No H/Q in entry =          11
  In of MODEL    9
    1    H    THR 168           H        THR 168  21.220  10.917  -2.521
    2    HA   THR 168           HA       THR 168  22.593  13.472  -2.845
    3    HB   THR 168           HB       THR 168  21.276  13.613  -5.012
    4    HG1  THR 168           HG1      THR 168  20.137  11.342  -3.927
    5   HG23  THR 168          HG21      THR 168  22.651  11.969  -6.183
    6   HG22  THR 168          HG22      THR 168  22.994  11.155  -4.657
    7   HG21  THR 168          HG23      THR 168  23.589  12.792  -4.937

  No H/Q in entry =           7
  In of MODEL    9
    1    H    ARG 169           H        ARG 169  21.054  15.365  -3.328
    2    HA   ARG 169           HA       ARG 169  19.167  15.481  -1.138
    3    HB2  ARG 169           HB2      ARG 169  18.754  17.683  -2.987
    4    HB3  ARG 169           HB3      ARG 169  19.289  17.726  -1.329
    5    HG2  ARG 169           HG2      ARG 169  21.543  17.720  -1.893
    6    HG3  ARG 169           HG3      ARG 169  21.235  17.157  -3.538
    7    HD2  ARG 169           HD2      ARG 169  20.188  19.306  -4.062
    8    HD3  ARG 169           HD3      ARG 169  20.468  19.842  -2.410
    9    HE   ARG 169           HE       ARG 169  22.942  19.152  -3.365
   10   HH11  ARG 169          HH11      ARG 169  20.424  21.375  -4.346
   11   HH12  ARG 169          HH12      ARG 169  21.528  22.529  -5.025
   12   HH21  ARG 169          HH21      ARG 169  24.404  20.668  -4.274
   13   HH22  ARG 169          HH22      ARG 169  23.786  22.124  -4.989

  No H/Q in entry =          13
  In of MODEL    9
    1    H    GLN 170           H        GLN 170  19.082  14.548  -4.638
    2    HA   GLN 170           HA       GLN 170  16.544  14.691  -5.116
    3    HB2  GLN 170           HB2      GLN 170  18.564  12.543  -5.690
    4    HB3  GLN 170           HB3      GLN 170  16.907  12.396  -6.256
    5    HG2  GLN 170           HG2      GLN 170  18.200  13.293  -8.029
    6    HG3  GLN 170           HG3      GLN 170  17.179  14.586  -7.401
    7   HE21  GLN 170          HE21      GLN 170  20.419  13.364  -7.655
    8   HE22  GLN 170          HE22      GLN 170  21.222  14.812  -7.155

  No H/Q in entry =           8
  In of MODEL    9
    1    H    GLU 171           H        GLU 171  17.786  12.768  -2.236
    2    HA   GLU 171           HA       GLU 171  15.747  10.873  -2.766
    3    HB2  GLU 171           HB2      GLU 171  17.921  11.234  -0.734
    4    HB3  GLU 171           HB3      GLU 171  16.477  10.355  -0.241
    5    HG2  GLU 171           HG2      GLU 171  18.301   8.894  -0.994
    6    HG3  GLU 171           HG3      GLU 171  16.833   8.708  -1.948

  No H/Q in entry =           6
  In of MODEL    9
    1    H    ILE 172           H        ILE 172  16.760  13.609  -1.187
    2    HA   ILE 172           HA       ILE 172  14.874  13.788   0.958
    3    HB   ILE 172           HB       ILE 172  16.632  15.945  -0.235
    4   HG12  ILE 172          HG12      ILE 172  18.043  14.018   0.089
    5   HG13  ILE 172          HG13      ILE 172  18.348  15.127   1.420
    6   HG22  ILE 172          HG21      ILE 172  15.962  15.477   2.652
    7   HG21  ILE 172          HG22      ILE 172  14.874  16.371   1.595
    8   HG23  ILE 172          HG23      ILE 172  16.516  16.957   1.870
    9   HD12  ILE 172          HD11      ILE 172  18.232  12.823   2.185
   10   HD11  ILE 172          HD12      ILE 172  16.598  12.687   1.530
   11   HD13  ILE 172          HD13      ILE 172  16.925  13.789   2.870

  No H/Q in entry =          11
  In of MODEL    9
    1    H    GLY 173           H        GLY 173  14.960  14.968  -2.545
    2    HA3  GLY 173           HA2      GLY 173  12.969  16.831  -1.875
    3    HA2  GLY 173           HA3      GLY 173  13.747  16.556  -3.409

  No H/Q in entry =           3
  In of MODEL    9
    1    H    GLN 174           H        GLN 174  13.026  13.709  -2.614
    2    HA   GLN 174           HA       GLN 174  10.422  13.547  -3.920
    3    HB2  GLN 174           HB2      GLN 174  12.609  11.480  -3.688
    4    HB3  GLN 174           HB3      GLN 174  10.997  11.154  -4.328
    5    HG2  GLN 174           HG2      GLN 174  11.295  12.739  -6.078
    6    HG3  GLN 174           HG3      GLN 174  12.831  13.269  -5.398
    7   HE21  GLN 174          HE21      GLN 174  14.597  11.907  -5.502
    8   HE22  GLN 174          HE22      GLN 174  14.699  10.658  -6.693

  No H/Q in entry =           8
  In of MODEL    9
    1    H    ILE 175           H        ILE 175  12.214  12.842  -0.994
    2    HA   ILE 175           HA       ILE 175  10.088  11.204   0.176
    3    HB   ILE 175           HB       ILE 175  12.719  12.007   1.422
    4   HG12  ILE 175          HG12      ILE 175  12.062   9.320   0.241
    5   HG13  ILE 175          HG13      ILE 175  12.816  10.599  -0.708
    6   HG23  ILE 175          HG21      ILE 175  11.085  11.370   3.090
    7   HG22  ILE 175          HG22      ILE 175  12.305  10.105   2.936
    8   HG21  ILE 175          HG23      ILE 175  10.714   9.891   2.204
    9   HD11  ILE 175          HD11      ILE 175  14.663  10.676   0.907
   10   HD13  ILE 175          HD12      ILE 175  14.493   9.097   0.137
   11   HD12  ILE 175          HD13      ILE 175  13.921   9.339   1.788

  No H/Q in entry =          11
  In of MODEL    9
    1    H    VAL 176           H        VAL 176  11.691  14.311   0.760
    2    HA   VAL 176           HA       VAL 176  10.211  14.804   3.167
    3    HB   VAL 176           HB       VAL 176  11.846  16.771   1.579
    4   HG12  VAL 176          HG11      VAL 176  11.410  16.854   4.523
    5   HG11  VAL 176          HG12      VAL 176  10.166  17.474   3.439
    6   HG13  VAL 176          HG13      VAL 176  11.790  18.161   3.405
    7   HG22  VAL 176          HG21      VAL 176  13.214  14.864   2.149
    8   HG21  VAL 176          HG22      VAL 176  12.668  14.939   3.825
    9   HG23  VAL 176          HG23      VAL 176  13.654  16.243   3.158

  No H/Q in entry =           9
  In of MODEL    9
    1    H    GLY 177           H        GLY 177  10.107  16.030  -0.148
    2    HA3  GLY 177           HA2      GLY 177   7.657  16.277  -0.782
    3    HA2  GLY 177           HA3      GLY 177   7.604  17.395   0.568

  No H/Q in entry =           3
  In of MODEL    9
    1    H    CYS 178           H        CYS 178  10.423  18.153  -0.254
    2    HA   CYS 178           HA       CYS 178   9.571  20.177  -2.226
    3    HB2  CYS 178           HB2      CYS 178  11.508  20.464   0.073
    4    HB3  CYS 178           HB3      CYS 178  11.230  21.688  -1.162
    5    HG   CYS 178           HG       CYS 178   8.503  22.010  -0.448

  No H/Q in entry =           5
  In of MODEL    9
    1    H    SER 179           H        SER 179  11.254  20.773  -3.798
    2    HA   SER 179           HA       SER 179  12.692  18.474  -4.523
    3    HB2  SER 179           HB2      SER 179  13.777  20.464  -6.014
    4    HB3  SER 179           HB3      SER 179  12.239  19.689  -6.399
    5    HG   SER 179           HG       SER 179  11.973  21.927  -6.389

  No H/Q in entry =           5
  In of MODEL    9
    1    H    ARG 180           H        ARG 180  14.933  18.554  -4.886
    2    HA   ARG 180           HA       ARG 180  16.568  18.985  -2.776
    3    HB2  ARG 180           HB2      ARG 180  18.428  19.000  -4.610
    4    HB3  ARG 180           HB3      ARG 180  17.502  17.551  -4.271
    5    HG2  ARG 180           HG2      ARG 180  17.530  17.576  -6.551
    6    HG3  ARG 180           HG3      ARG 180  15.996  18.380  -6.220
    7    HD2  ARG 180           HD2      ARG 180  16.789  20.436  -6.867
    8    HD3  ARG 180           HD3      ARG 180  18.465  20.022  -6.493
    9    HE   ARG 180           HE       ARG 180  17.662  18.367  -8.572
   10   HH11  ARG 180          HH11      ARG 180  18.053  21.811  -8.041
   11   HH12  ARG 180          HH12      ARG 180  18.506  22.127  -9.689
   12   HH21  ARG 180          HH21      ARG 180  18.249  18.780 -10.719
   13   HH22  ARG 180          HH22      ARG 180  18.616  20.397 -11.220

  No H/Q in entry =          13
  In of MODEL    9
    1    H    GLU 181           H        GLU 181  14.973  21.434  -3.656
    2    HA   GLU 181           HA       GLU 181  17.109  23.310  -4.108
    3    HB2  GLU 181           HB2      GLU 181  14.174  23.636  -4.502
    4    HB3  GLU 181           HB3      GLU 181  15.403  24.824  -4.924
    5    HG2  GLU 181           HG2      GLU 181  15.466  22.040  -6.011
    6    HG3  GLU 181           HG3      GLU 181  14.507  23.306  -6.779

  No H/Q in entry =           6
  In of MODEL    9
    1    H    THR 182           H        THR 182  14.080  23.397  -2.308
    2    HA   THR 182           HA       THR 182  14.836  25.344  -0.368
    3    HB   THR 182           HB       THR 182  13.169  23.237   0.800
    4    HG1  THR 182           HG1      THR 182  11.412  23.885  -0.843
    5   HG22  THR 182          HG21      THR 182  12.409  26.048   0.000
    6   HG21  THR 182          HG22      THR 182  13.234  25.637   1.504
    7   HG23  THR 182          HG23      THR 182  11.611  25.023   1.192

  No H/Q in entry =           7
  In of MODEL    9
    1    H    VAL 183           H        VAL 183  14.731  21.824  -0.422
    2    HA   VAL 183           HA       VAL 183  16.427  21.375   1.822
    3    HB   VAL 183           HB       VAL 183  14.899  19.902  -0.129
    4   HG12  VAL 183          HG11      VAL 183  17.429  18.466   0.512
    5   HG11  VAL 183          HG12      VAL 183  17.285  19.445  -0.947
    6   HG13  VAL 183          HG13      VAL 183  16.186  18.078  -0.687
    7   HG23  VAL 183          HG21      VAL 183  16.172  18.997   2.426
    8   HG22  VAL 183          HG22      VAL 183  14.831  18.221   1.579
    9   HG21  VAL 183          HG23      VAL 183  14.617  19.829   2.284

  No H/Q in entry =           9
  In of MODEL    9
    1    H    GLY 184           H        GLY 184  16.958  21.967  -1.751
    2    HA3  GLY 184           HA2      GLY 184  19.548  21.372  -1.904
    3    HA2  GLY 184           HA3      GLY 184  18.797  22.749  -2.690

  No H/Q in entry =           3
  In of MODEL    9
    1    H    ARG 185           H        ARG 185  18.222  23.741   0.328
    2    HA   ARG 185           HA       ARG 185  20.513  25.463   0.155
    3    HB2  ARG 185           HB2      ARG 185  18.234  25.241   2.139
    4    HB3  ARG 185           HB3      ARG 185  19.510  26.448   2.245
    5    HG2  ARG 185           HG2      ARG 185  17.520  26.172   0.006
    6    HG3  ARG 185           HG3      ARG 185  17.451  27.360   1.310
    7    HD2  ARG 185           HD2      ARG 185  19.828  28.008   0.495
    8    HD3  ARG 185           HD3      ARG 185  19.361  27.171  -0.986
    9    HE   ARG 185           HE       ARG 185  18.136  29.602   0.108
   10   HH11  ARG 185          HH11      ARG 185  18.407  27.266  -2.495
   11   HH12  ARG 185          HH12      ARG 185  17.514  28.236  -3.623
   12   HH21  ARG 185          HH21      ARG 185  16.957  30.863  -1.370
   13   HH22  ARG 185          HH22      ARG 185  16.697  30.280  -2.985

  No H/Q in entry =          13
  In of MODEL    9
    1    H    ILE 186           H        ILE 186  18.861  23.175   1.934
    2    HA   ILE 186           HA       ILE 186  20.304  23.228   4.372
    3    HB   ILE 186           HB       ILE 186  18.522  21.059   3.298
    4   HG12  ILE 186          HG12      ILE 186  17.813  23.629   3.775
    5   HG13  ILE 186          HG13      ILE 186  16.723  22.266   3.982
    6   HG22  ILE 186          HG21      ILE 186  19.143  21.587   6.189
    7   HG21  ILE 186          HG22      ILE 186  20.121  20.496   5.211
    8   HG23  ILE 186          HG23      ILE 186  18.410  20.158   5.459
    9   HD13  ILE 186          HD11      ILE 186  17.175  22.223   6.356
   10   HD12  ILE 186          HD12      ILE 186  16.650  23.835   5.862
   11   HD11  ILE 186          HD13      ILE 186  18.357  23.522   6.177

  No H/Q in entry =          11
  In of MODEL    9
    1    H    LEU 187           H        LEU 187  20.152  20.769   1.943
    2    HA   LEU 187           HA       LEU 187  22.080  19.186   3.058
    3    HB2  LEU 187           HB2      LEU 187  21.182  19.421   0.235
    4    HB3  LEU 187           HB3      LEU 187  22.121  18.073   0.896
    5    HG   LEU 187           HG       LEU 187  19.282  18.854   1.465
    6   HD13  LEU 187          HD11      LEU 187  18.796  16.873   0.691
    7   HD12  LEU 187          HD12      LEU 187  20.112  16.094   1.582
    8   HD11  LEU 187          HD13      LEU 187  20.435  16.888   0.035
    9   HD21  LEU 187          HD21      LEU 187  20.992  17.227   3.343
   10   HD23  LEU 187          HD22      LEU 187  19.247  17.414   3.442
   11   HD22  LEU 187          HD23      LEU 187  20.294  18.809   3.687

  No H/Q in entry =          11
  In of MODEL    9
    1    H    LYS 188           H        LYS 188  22.536  21.765   0.622
    2    HA   LYS 188           HA       LYS 188  25.254  21.528   0.417
    3    HB2  LYS 188           HB2      LYS 188  23.622  23.173  -0.740
    4    HB3  LYS 188           HB3      LYS 188  23.985  24.247   0.603
    5    HG2  LYS 188           HG2      LYS 188  26.247  23.043  -0.910
    6    HG3  LYS 188           HG3      LYS 188  25.336  24.363  -1.645
    7    HD2  LYS 188           HD2      LYS 188  25.918  25.864   0.055
    8    HD3  LYS 188           HD3      LYS 188  26.403  24.569   1.153
    9    HE2  LYS 188           HE2      LYS 188  28.299  24.055  -0.333
   10    HE3  LYS 188           HE3      LYS 188  27.827  25.399  -1.373
   11    HZ3  LYS 188           HZ1      LYS 188  28.248  26.928   0.397
   12    HZ2  LYS 188           HZ2      LYS 188  29.614  25.955   0.205
   13    HZ1  LYS 188           HZ3      LYS 188  28.554  25.674   1.498

  No H/Q in entry =          13
  In of MODEL    9
    1    H    MET 189           H        MET 189  23.445  22.860   3.170
    2    HA   MET 189           HA       MET 189  25.734  24.177   4.350
    3    HB2  MET 189           HB2      MET 189  24.357  24.823   6.048
    4    HB3  MET 189           HB3      MET 189  23.119  24.404   4.879
    5    HG2  MET 189           HG2      MET 189  22.681  22.340   5.962
    6    HG3  MET 189           HG3      MET 189  24.104  22.512   6.991
    7    HE3  MET 189           HE1      MET 189  20.470  25.349   7.330
    8    HE2  MET 189           HE2      MET 189  20.511  24.016   6.179
    9    HE1  MET 189           HE3      MET 189  21.623  25.372   5.996

  No H/Q in entry =           9
  In of MODEL    9
    1    H    LEU 190           H        LEU 190  24.419  20.951   4.330
    2    HA   LEU 190           HA       LEU 190  25.666  19.795   6.462
    3    HB2  LEU 190           HB2      LEU 190  25.493  18.507   3.767
    4    HB3  LEU 190           HB3      LEU 190  25.437  17.722   5.341
    5    HG   LEU 190           HG       LEU 190  23.378  19.398   4.007
    6   HD11  LEU 190          HD11      LEU 190  23.677  16.582   4.816
    7   HD13  LEU 190          HD12      LEU 190  22.940  17.267   3.370
    8   HD12  LEU 190          HD13      LEU 190  22.062  17.285   4.907
    9   HD21  LEU 190          HD21      LEU 190  23.652  20.080   6.394
   10   HD23  LEU 190          HD22      LEU 190  23.150  18.447   6.823
   11   HD22  LEU 190          HD23      LEU 190  22.054  19.497   5.938

  No H/Q in entry =          11
  In of MODEL    9
    1    H    GLU 191           H        GLU 191  27.125  20.289   3.228
    2    HA   GLU 191           HA       GLU 191  29.565  19.058   4.000
    3    HB2  GLU 191           HB2      GLU 191  28.574  19.444   1.632
    4    HB3  GLU 191           HB3      GLU 191  29.280  21.048   1.765
    5    HG2  GLU 191           HG2      GLU 191  31.407  20.288   1.577
    6    HG3  GLU 191           HG3      GLU 191  31.045  18.749   2.354

  No H/Q in entry =           6
  In of MODEL    9
    1    H    ASP 192           H        ASP 192  28.153  21.967   4.795
    2    HA   ASP 192           HA       ASP 192  30.717  23.354   5.111
    3    HB2  ASP 192           HB2      ASP 192  27.863  24.291   5.191
    4    HB3  ASP 192           HB3      ASP 192  29.129  25.250   5.945

  No H/Q in entry =           4
  In of MODEL    9
    1    H    GLN 193           H        GLN 193  28.697  21.329   6.647
    2    HA   GLN 193           HA       GLN 193  28.644  20.412   8.723
    3    HB2  GLN 193           HB2      GLN 193  30.946  22.299   9.141
    4    HB3  GLN 193           HB3      GLN 193  30.247  21.436  10.503
    5    HG2  GLN 193           HG2      GLN 193  31.985  20.067   9.909
    6    HG3  GLN 193           HG3      GLN 193  30.637  19.338   9.041
    7   HE21  GLN 193          HE21      GLN 193  30.673  19.263   6.864
    8   HE22  GLN 193          HE22      GLN 193  31.963  19.873   5.889

  No H/Q in entry =           8
  In of MODEL    9
    1    H    ASN 194           H        ASN 194  27.039  22.677   7.854
    2    HA   ASN 194           HA       ASN 194  26.645  24.177  10.321
    3    HB2  ASN 194           HB2      ASN 194  26.211  24.720   7.588
    4    HB3  ASN 194           HB3      ASN 194  24.620  24.691   8.343
    5   HD21  ASN 194          HD21      ASN 194  27.822  26.133   8.507
    6   HD22  ASN 194          HD22      ASN 194  27.324  27.584   9.306

  No H/Q in entry =           6
  In of MODEL    9
    1    H    LEU 195           H        LEU 195  25.770  21.226   9.228
    2    HA   LEU 195           HA       LEU 195  23.480  21.133  11.059
    3    HB2  LEU 195           HB2      LEU 195  22.915  21.589   8.530
    4    HB3  LEU 195           HB3      LEU 195  23.198  19.873   8.369
    5    HG   LEU 195           HG       LEU 195  21.407  20.176  10.536
    6   HD13  LEU 195          HD11      LEU 195  19.555  21.357   9.477
    7   HD12  LEU 195          HD12      LEU 195  20.589  21.760   8.104
    8   HD11  LEU 195          HD13      LEU 195  20.941  22.428   9.699
    9   HD23  LEU 195          HD21      LEU 195  19.846  19.073   8.912
   10   HD22  LEU 195          HD22      LEU 195  21.398  18.259   9.123
   11   HD21  LEU 195          HD23      LEU 195  21.106  19.244   7.690

  No H/Q in entry =          11
  In of MODEL    9
    1    H    ILE 196           H        ILE 196  25.919  19.487   9.237
    2    HA   ILE 196           HA       ILE 196  26.207  17.271  10.848
    3    HB   ILE 196           HB       ILE 196  25.920  15.617   8.867
    4   HG12  ILE 196          HG12      ILE 196  23.978  17.815   8.260
    5   HG13  ILE 196          HG13      ILE 196  25.180  17.109   7.180
    6   HG22  ILE 196          HG21      ILE 196  23.622  15.112   9.726
    7   HG21  ILE 196          HG22      ILE 196  23.722  16.601  10.661
    8   HG23  ILE 196          HG23      ILE 196  24.863  15.292  10.969
    9   HD11  ILE 196          HD11      ILE 196  23.961  15.004   7.214
   10   HD13  ILE 196          HD12      ILE 196  22.956  16.330   6.631
   11   HD12  ILE 196          HD13      ILE 196  22.753  15.725   8.274

  No H/Q in entry =          11
  In of MODEL    9
    1    H    SER 197           H        SER 197  27.265  15.973   8.144
    2    HA   SER 197           HA       SER 197  29.097  17.734   7.200
    3    HB2  SER 197           HB2      SER 197  30.327  17.539   9.232
    4    HB3  SER 197           HB3      SER 197  30.204  15.781   9.206
    5    HG   SER 197           HG       SER 197  32.237  16.538   8.469

  No H/Q in entry =           5
  In of MODEL    9
    1    H    ALA 198           H        ALA 198  28.580  17.090   5.177
    2    HA   ALA 198           HA       ALA 198  28.512  14.245   4.651
    3    HB2  ALA 198           HB1      ALA 198  27.635  16.525   2.869
    4    HB3  ALA 198           HB2      ALA 198  26.557  15.708   3.999
    5    HB1  ALA 198           HB3      ALA 198  27.285  14.807   2.669

  No H/Q in entry =           5
  In of MODEL    9
    1    H    HIS 199           H        HIS 199  30.330  13.499   4.000
    2    HA   HIS 199           HA       HIS 199  32.397  15.166   2.820
    3    HB2  HIS 199           HB2      HIS 199  32.299  12.165   3.286
    4    HB3  HIS 199           HB3      HIS 199  33.704  13.044   2.698
    5    HD1  HIS 199           HD1      HIS 199  33.987  15.319   4.611
    6    HD2  HIS 199           HD2      HIS 199  32.852  11.516   5.844
    7    HE1  HIS 199           HE1      HIS 199  34.553  15.207   7.057
    8    HE2  HIS 199           HE2      HIS 199  34.027  12.834   7.742

  No H/Q in entry =           8
  In of MODEL    9
    1    H    GLY 200           H        GLY 200  31.146  15.862   1.012
    2    HA3  GLY 200           HA2      GLY 200  30.746  15.738  -1.276
    3    HA2  GLY 200           HA3      GLY 200  31.234  14.041  -1.245

  No H/Q in entry =           3
  In of MODEL    9
    1    H    LYS 201           H        LYS 201  29.567  12.658  -1.661
    2    HA   LYS 201           HA       LYS 201  26.896  13.580  -0.950
    3    HB2  LYS 201           HB2      LYS 201  26.101  11.633  -2.308
    4    HB3  LYS 201           HB3      LYS 201  27.000  12.855  -3.191
    5    HG2  LYS 201           HG2      LYS 201  28.991  11.427  -3.103
    6    HG3  LYS 201           HG3      LYS 201  28.040  10.186  -2.278
    7    HD2  LYS 201           HD2      LYS 201  26.582   9.964  -4.165
    8    HD3  LYS 201           HD3      LYS 201  27.330  11.346  -4.965
    9    HE2  LYS 201           HE2      LYS 201  29.473  10.063  -4.984
   10    HE3  LYS 201           HE3      LYS 201  28.572   8.667  -4.394
   11    HZ2  LYS 201           HZ1      LYS 201  28.834   8.624  -6.799
   12    HZ1  LYS 201           HZ2      LYS 201  28.035  10.105  -6.934
   13    HZ3  LYS 201           HZ3      LYS 201  27.202   8.747  -6.373

  No H/Q in entry =          13
  In of MODEL    9
    1    H    THR 202           H        THR 202  29.268  11.473   0.149
    2    HA   THR 202           HA       THR 202  27.608   9.738   1.680
    3    HB   THR 202           HB       THR 202  29.633   9.242   3.061
    4    HG1  THR 202           HG1      THR 202  30.594  11.480   1.716
    5   HG21  THR 202          HG21      THR 202  29.654   8.979   0.112
    6   HG23  THR 202          HG22      THR 202  29.713   7.740   1.369
    7   HG22  THR 202          HG23      THR 202  31.166   8.650   0.958

  No H/Q in entry =           7
  In of MODEL    9
    1    H    ILE 203           H        ILE 203  26.305  10.527   3.119
    2    HA   ILE 203           HA       ILE 203  26.929  13.055   4.361
    3    HB   ILE 203           HB       ILE 203  24.485  11.438   3.946
    4   HG12  ILE 203          HG12      ILE 203  25.425  14.208   3.474
    5   HG13  ILE 203          HG13      ILE 203  24.491  13.141   2.433
    6   HG21  ILE 203          HG21      ILE 203  24.494  11.699   6.380
    7   HG23  ILE 203          HG22      ILE 203  23.221  12.675   5.647
    8   HG22  ILE 203          HG23      ILE 203  24.711  13.440   6.196
    9   HD12  ILE 203          HD11      ILE 203  23.473  14.715   4.777
   10   HD11  ILE 203          HD12      ILE 203  22.516  13.567   3.848
   11   HD13  ILE 203          HD13      ILE 203  23.143  15.021   3.071

  No H/Q in entry =          11
  In of MODEL    9
    1    H    VAL 204           H        VAL 204  28.070  13.002   6.157
    2    HA   VAL 204           HA       VAL 204  27.883  10.683   7.932
    3    HB   VAL 204           HB       VAL 204  29.943  12.865   7.571
    4   HG11  VAL 204          HG11      VAL 204  29.668  10.975   9.890
    5   HG13  VAL 204          HG12      VAL 204  29.562  12.734   9.932
    6   HG12  VAL 204          HG13      VAL 204  31.097  11.953   9.549
    7   HG21  VAL 204          HG21      VAL 204  30.070   9.858   7.553
    8   HG23  VAL 204          HG22      VAL 204  31.480  10.914   7.477
    9   HG22  VAL 204          HG23      VAL 204  30.283  10.944   6.180

  No H/Q in entry =           9
  In of MODEL    9
    1    H    VAL 205           H        VAL 205  26.353  10.950   9.080
    2    HA   VAL 205           HA       VAL 205  25.944  13.266  10.831
    3    HB   VAL 205           HB       VAL 205  24.227  11.595  11.874
    4   HG13  VAL 205          HG11      VAL 205  23.326  13.249  10.409
    5   HG12  VAL 205          HG12      VAL 205  22.616  11.710   9.923
    6   HG11  VAL 205          HG13      VAL 205  23.933  12.409   8.978
    7   HG21  VAL 205          HG21      VAL 205  24.977   9.987   9.423
    8   HG23  VAL 205          HG22      VAL 205  23.559   9.678  10.424
    9   HG22  VAL 205          HG23      VAL 205  25.174   9.501  11.109

  No H/Q in entry =           9
  In of MODEL    9
    1    H    TYR 206           H        TYR 206  28.033  13.214  11.357
    2    HA   TYR 206           HA       TYR 206  29.913  11.642  12.204
    3    HB2  TYR 206           HB2      TYR 206  28.745  13.953  13.757
    4    HB3  TYR 206           HB3      TYR 206  30.124  13.066  14.391
    5    HD1  TYR 206           HD1      TYR 206  29.173  15.858  12.457
    6    HD2  TYR 206           HD2      TYR 206  32.076  12.717  12.636
    7    HE1  TYR 206           HE1      TYR 206  30.726  17.211  11.141
    8    HE2  TYR 206           HE2      TYR 206  33.631  14.063  11.297
    9    HH   TYR 206           HH       TYR 206  33.374  17.285  10.885

  No H/Q in entry =           9
  In of MODEL    9
    1    H    GLY 207           H        GLY 207  27.074  12.136  14.384
    2    HA3  GLY 207           HA2      GLY 207  27.331   9.384  15.270
    3    HA2  GLY 207           HA3      GLY 207  27.711  10.574  16.503

  No H/Q in entry =           3
  In of MODEL    9
    1    H    THR 208           H        THR 208  26.042  12.101  17.090
    2    HA   THR 208           HA       THR 208  23.388  10.873  17.025
    3    HB   THR 208           HB       THR 208  23.235  13.167  18.594
    4    HG1  THR 208           HG1      THR 208  25.127  13.065  19.883
    5   HG23  THR 208          HG21      THR 208  23.218  11.610  20.478
    6   HG22  THR 208          HG22      THR 208  23.941  10.360  19.465
    7   HG21  THR 208          HG23      THR 208  22.315  10.944  19.117

  No H/Q in entry =           7
  In of MODEL    9
    1    H    ARG 209           H        ARG 209  25.213  13.133  15.529
    2    HA   ARG 209           HA       ARG 209  23.211  14.064  13.793
    3    HB2  ARG 209           HB2      ARG 209  23.240  16.423  14.303
    4    HB3  ARG 209           HB3      ARG 209  22.807  15.587  15.782
    5    HG2  ARG 209           HG2      ARG 209  24.314  17.037  16.648
    6    HG3  ARG 209           HG3      ARG 209  25.439  15.762  16.177
    7    HD2  ARG 209           HD2      ARG 209  26.210  16.932  14.349
    8    HD3  ARG 209           HD3      ARG 209  24.736  17.883  14.202
    9    HE   ARG 209           HE       ARG 209  26.330  18.410  16.566
   10   HH11  ARG 209          HH11      ARG 209  25.630  19.241  13.247
   11   HH12  ARG 209          HH12      ARG 209  26.274  20.849  13.367
   12   HH21  ARG 209          HH21      ARG 209  27.199  20.539  16.737
   13   HH22  ARG 209          HH22      ARG 209  27.167  21.588  15.354

  No H/Q in entry =          13
  In of MODEL   10
    1    H1   VAL   1           H2       VAL   1 -26.264 -19.161  -2.502
    2    H2   VAL   1           H1       VAL   1 -27.845 -19.143  -1.904
    3    H3   VAL   1           H3       VAL   1 -27.325 -20.417  -2.885
    4    HA   VAL   1           HA       VAL   1 -28.667 -19.040  -4.204
    5    HB   VAL   1           HB       VAL   1 -28.642 -17.011  -2.916
    6   HG11  VAL   1          HG11      VAL   1 -25.750 -16.719  -3.709
    7   HG13  VAL   1          HG12      VAL   1 -26.372 -17.036  -2.090
    8   HG12  VAL   1          HG13      VAL   1 -26.707 -15.494  -2.876
    9   HG21  VAL   1          HG21      VAL   1 -29.136 -16.823  -5.317
   10   HG23  VAL   1          HG22      VAL   1 -27.439 -16.452  -5.623
   11   HG22  VAL   1          HG23      VAL   1 -28.424 -15.349  -4.661

  No H/Q in entry =          11
  In of MODEL   10
    1    H    LEU   2           H        LEU   2 -28.239 -19.498  -6.242
    2    HA   LEU   2           HA       LEU   2 -25.450 -19.799  -7.066
    3    HB2  LEU   2           HB2      LEU   2 -28.024 -20.705  -8.358
    4    HB3  LEU   2           HB3      LEU   2 -26.422 -21.028  -8.989
    5    HG   LEU   2           HG       LEU   2 -27.297 -21.970  -6.267
    6   HD12  LEU   2          HD11      LEU   2 -27.684 -24.164  -7.341
    7   HD11  LEU   2          HD12      LEU   2 -27.502 -23.393  -8.916
    8   HD13  LEU   2          HD13      LEU   2 -28.832 -22.929  -7.855
    9   HD21  LEU   2          HD21      LEU   2 -24.885 -21.886  -6.681
   10   HD23  LEU   2          HD22      LEU   2 -25.100 -22.870  -8.128
   11   HD22  LEU   2          HD23      LEU   2 -25.459 -23.547  -6.541

  No H/Q in entry =          11
  In of MODEL   10
    1    H    GLY   3           H        GLY   3 -25.560 -19.543  -9.753
    2    HA3  GLY   3           HA2      GLY   3 -25.645 -18.054 -11.503
    3    HA2  GLY   3           HA3      GLY   3 -26.887 -17.171 -10.628

  No H/Q in entry =           3
  In of MODEL   10
    1    H    LYS   4           H        LYS   4 -23.824 -17.778  -9.119
    2    HA   LYS   4           HA       LYS   4 -23.222 -14.909  -9.324
    3    HB2  LYS   4           HB2      LYS   4 -22.925 -16.915  -7.189
    4    HB3  LYS   4           HB3      LYS   4 -21.530 -15.867  -7.395
    5    HG2  LYS   4           HG2      LYS   4 -22.995 -14.946  -5.726
    6    HG3  LYS   4           HG3      LYS   4 -22.996 -13.902  -7.146
    7    HD2  LYS   4           HD2      LYS   4 -25.068 -15.936  -7.276
    8    HD3  LYS   4           HD3      LYS   4 -25.221 -14.922  -5.840
    9    HE2  LYS   4           HE2      LYS   4 -25.229 -12.925  -7.207
   10    HE3  LYS   4           HE3      LYS   4 -24.947 -13.883  -8.660
   11    HZ1  LYS   4           HZ1      LYS   4 -27.104 -15.017  -8.150
   12    HZ3  LYS   4           HZ2      LYS   4 -27.238 -13.390  -8.588
   13    HZ2  LYS   4           HZ3      LYS   4 -27.376 -13.839  -6.965

  No H/Q in entry =          13
  In of MODEL   10
    1    HA   PRO   5           HA       PRO   5 -19.852 -16.083 -11.980
    2    HB2  PRO   5           HB2      PRO   5 -18.734 -13.648 -12.259
    3    HB3  PRO   5           HB3      PRO   5 -20.275 -14.069 -13.019
    4    HG2  PRO   5           HG2      PRO   5 -19.766 -12.541 -10.493
    5    HG3  PRO   5           HG3      PRO   5 -20.905 -12.184 -11.804
    6    HD2  PRO   5           HD2      PRO   5 -21.649 -13.379  -9.477
    7    HD3  PRO   5           HD3      PRO   5 -22.465 -13.681 -11.024

  No H/Q in entry =           7
  In of MODEL   10
    1    H    GLN   6           H        GLN   6 -19.389 -16.812  -9.335
    2    HA   GLN   6           HA       GLN   6 -16.652 -15.823  -8.876
    3    HB2  GLN   6           HB2      GLN   6 -18.259 -15.342  -7.029
    4    HB3  GLN   6           HB3      GLN   6 -18.513 -17.071  -6.842
    5    HG2  GLN   6           HG2      GLN   6 -16.243 -17.399  -6.164
    6    HG3  GLN   6           HG3      GLN   6 -15.838 -15.726  -6.542
    7   HE21  GLN   6          HE21      GLN   6 -15.585 -17.196  -4.031
    8   HE22  GLN   6          HE22      GLN   6 -16.496 -16.300  -2.866

  No H/Q in entry =           8
  In of MODEL   10
    1    H    THR   7           H        THR   7 -18.499 -18.711  -7.912
    2    HA   THR   7           HA       THR   7 -18.114 -20.931  -8.137
    3    HB   THR   7           HB       THR   7 -16.101 -20.362 -10.307
    4    HG1  THR   7           HG1      THR   7 -17.997 -19.163 -10.778
    5   HG22  THR   7          HG21      THR   7 -18.106 -22.598  -9.980
    6   HG21  THR   7          HG22      THR   7 -16.417 -22.695  -9.484
    7   HG23  THR   7          HG23      THR   7 -16.825 -22.488 -11.187

  No H/Q in entry =           7
  In of MODEL   10
    1    H    ASP   8           H        ASP   8 -17.018 -20.258  -5.990
    2    HA   ASP   8           HA       ASP   8 -14.228 -21.174  -6.101
    3    HB2  ASP   8           HB2      ASP   8 -14.471 -18.716  -5.581
    4    HB3  ASP   8           HB3      ASP   8 -15.339 -19.174  -4.121

  No H/Q in entry =           4
  In of MODEL   10
    1    HA   PRO   9           HA       PRO   9 -16.600 -24.086  -3.466
    2    HB2  PRO   9           HB2      PRO   9 -15.128 -26.270  -4.103
    3    HB3  PRO   9           HB3      PRO   9 -16.463 -25.690  -5.104
    4    HG2  PRO   9           HG2      PRO   9 -13.521 -25.306  -5.461
    5    HG3  PRO   9           HG3      PRO   9 -14.762 -25.650  -6.678
    6    HD2  PRO   9           HD2      PRO   9 -13.739 -23.162  -6.243
    7    HD3  PRO   9           HD3      PRO   9 -15.384 -23.447  -6.846

  No H/Q in entry =           7
  In of MODEL   10
    1    H    THR  10           H        THR  10 -13.328 -23.048  -3.586
    2    HA   THR  10           HA       THR  10 -12.463 -24.664  -1.326
    3    HB   THR  10           HB       THR  10 -10.597 -22.605  -1.759
    4    HG1  THR  10           HG1      THR  10 -11.615 -22.048  -3.718
    5   HG21  THR  10          HG21      THR  10 -10.653 -25.416  -2.875
    6   HG23  THR  10          HG22      THR  10 -10.055 -24.941  -1.285
    7   HG22  THR  10          HG23      THR  10  -9.218 -24.401  -2.740

  No H/Q in entry =           7
  In of MODEL   10
    1    H    LEU  11           H        LEU  11 -13.516 -21.319  -2.076
    2    HA   LEU  11           HA       LEU  11 -12.991 -20.502   0.599
    3    HB2  LEU  11           HB2      LEU  11 -13.645 -19.143  -1.750
    4    HB3  LEU  11           HB3      LEU  11 -14.974 -18.829  -0.636
    5    HG   LEU  11           HG       LEU  11 -12.056 -18.423  -0.030
    6   HD12  LEU  11          HD11      LEU  11 -14.251 -16.409  -0.357
    7   HD11  LEU  11          HD12      LEU  11 -12.992 -16.745  -1.556
    8   HD13  LEU  11          HD13      LEU  11 -12.559 -16.082   0.025
    9   HD23  LEU  11          HD21      LEU  11 -13.096 -17.194   1.957
   10   HD22  LEU  11          HD22      LEU  11 -12.984 -18.950   2.000
   11   HD21  LEU  11          HD23      LEU  11 -14.520 -18.177   1.613

  No H/Q in entry =          11
  In of MODEL   10
    1    H    GLU  12           H        GLU  12 -15.479 -21.996  -1.050
    2    HA   GLU  12           HA       GLU  12 -17.579 -21.706   0.871
    3    HB2  GLU  12           HB2      GLU  12 -18.159 -21.998  -1.466
    4    HB3  GLU  12           HB3      GLU  12 -17.279 -23.517  -1.551
    5    HG2  GLU  12           HG2      GLU  12 -18.913 -24.336   0.244
    6    HG3  GLU  12           HG3      GLU  12 -19.866 -22.909  -0.163

  No H/Q in entry =           6
  In of MODEL   10
    1    H    TRP  13           H        TRP  13 -14.757 -23.478   0.611
    2    HA   TRP  13           HA       TRP  13 -15.678 -25.660   2.344
    3    HB2  TRP  13           HB2      TRP  13 -13.097 -25.164   0.860
    4    HB3  TRP  13           HB3      TRP  13 -13.163 -26.289   2.214
    5    HD1  TRP  13           HD1      TRP  13 -16.320 -27.059   1.096
    6    HE1  TRP  13           HE1      TRP  13 -16.402 -28.863  -0.733
    7    HE3  TRP  13           HE3      TRP  13 -11.457 -26.852  -0.428
    8    HZ2  TRP  13           HZ2      TRP  13 -14.624 -30.039  -2.583
    9    HZ3  TRP  13           HZ3      TRP  13 -10.723 -28.349  -2.235
   10    HH2  TRP  13           HH2      TRP  13 -12.275 -29.910  -3.289

  No H/Q in entry =          10
  In of MODEL   10
    1    H    PHE  14           H        PHE  14 -14.340 -22.568   2.216
    2    HA   PHE  14           HA       PHE  14 -12.990 -22.565   4.797
    3    HB2  PHE  14           HB2      PHE  14 -11.846 -21.484   3.072
    4    HB3  PHE  14           HB3      PHE  14 -13.290 -20.732   2.455
    5    HD1  PHE  14           HD1      PHE  14 -14.443 -19.148   4.339
    6    HD2  PHE  14           HD2      PHE  14 -10.319 -20.077   3.991
    7    HE1  PHE  14           HE1      PHE  14 -13.886 -17.062   5.519
    8    HE2  PHE  14           HE2      PHE  14  -9.753 -18.010   5.149
    9    HZ   PHE  14           HZ       PHE  14 -11.532 -16.488   5.925

  No H/Q in entry =           9
  In of MODEL   10
    1    H    LEU  15           H        LEU  15 -16.035 -21.772   3.345
    2    HA   LEU  15           HA       LEU  15 -16.664 -19.654   5.262
    3    HB2  LEU  15           HB2      LEU  15 -18.279 -20.605   2.912
    4    HB3  LEU  15           HB3      LEU  15 -18.761 -19.338   4.030
    5    HG   LEU  15           HG       LEU  15 -16.432 -19.292   2.136
    6   HD13  LEU  15          HD11      LEU  15 -17.582 -17.411   1.165
    7   HD12  LEU  15          HD12      LEU  15 -18.873 -17.579   2.356
    8   HD11  LEU  15          HD13      LEU  15 -18.608 -18.846   1.158
    9   HD23  LEU  15          HD21      LEU  15 -16.800 -16.762   3.285
   10   HD22  LEU  15          HD22      LEU  15 -15.414 -17.836   3.440
   11   HD21  LEU  15          HD23      LEU  15 -16.724 -17.911   4.618

  No H/Q in entry =          11
  In of MODEL   10
    1    H    SER  16           H        SER  16 -16.653 -22.859   5.009
    2    HA   SER  16           HA       SER  16 -19.101 -23.290   6.590
    3    HB2  SER  16           HB2      SER  16 -18.052 -25.755   6.205
    4    HB3  SER  16           HB3      SER  16 -19.149 -25.014   5.034
    5    HG   SER  16           HG       SER  16 -17.549 -24.819   3.666

  No H/Q in entry =           5
  In of MODEL   10
    1    H    HIS  17           H        HIS  17 -16.122 -22.184   6.863
    2    HA   HIS  17           HA       HIS  17 -15.509 -23.739   9.262
    3    HB2  HIS  17           HB2      HIS  17 -13.796 -22.719   7.110
    4    HB3  HIS  17           HB3      HIS  17 -13.168 -22.460   8.737
    5    HD1  HIS  17           HD1      HIS  17 -13.491 -25.016   6.141
    6    HD2  HIS  17           HD2      HIS  17 -12.962 -24.954  10.272
    7    HE1  HIS  17           HE1      HIS  17 -12.629 -27.299   6.756
    8    HE2  HIS  17           HE2      HIS  17 -12.487 -27.289   9.272

  No H/Q in entry =           8
  In of MODEL   10
    1    H    CYS  18           H        CYS  18 -16.419 -20.737   8.109
    2    HA   CYS  18           HA       CYS  18 -15.333 -19.172  10.333
    3    HB2  CYS  18           HB2      CYS  18 -15.579 -17.245   8.915
    4    HB3  CYS  18           HB3      CYS  18 -14.702 -18.492   8.026
    5    HG   CYS  18           HG       CYS  18 -17.208 -16.837   7.090

  No H/Q in entry =           5
  In of MODEL   10
    1    H    HIS  19           H        HIS  19 -16.827 -17.518  11.399
    2    HA   HIS  19           HA       HIS  19 -19.598 -18.189  11.024
    3    HB2  HIS  19           HB2      HIS  19 -19.122 -17.863  13.268
    4    HB3  HIS  19           HB3      HIS  19 -17.941 -16.603  12.961
    5    HD1  HIS  19           HD1      HIS  19 -21.731 -17.013  12.822
    6    HD2  HIS  19           HD2      HIS  19 -18.826 -14.168  13.666
    7    HE1  HIS  19           HE1      HIS  19 -22.987 -14.965  13.553
    8    HE2  HIS  19           HE2      HIS  19 -21.216 -13.200  13.869

  No H/Q in entry =           8
  In of MODEL   10
    1    H    ILE  20           H        ILE  20 -20.171 -17.250   8.730
    2    HA   ILE  20           HA       ILE  20 -19.774 -14.466   8.266
    3    HB   ILE  20           HB       ILE  20 -21.347 -16.664   7.019
    4   HG12  ILE  20          HG12      ILE  20 -20.145 -14.898   5.158
    5   HG13  ILE  20          HG13      ILE  20 -19.014 -15.146   6.477
    6   HG23  ILE  20          HG21      ILE  20 -22.541 -15.169   5.502
    7   HG22  ILE  20          HG22      ILE  20 -21.939 -13.781   6.409
    8   HG21  ILE  20          HG23      ILE  20 -23.034 -14.929   7.179
    9   HD11  ILE  20          HD11      ILE  20 -19.190 -17.560   6.161
   10   HD13  ILE  20          HD12      ILE  20 -18.619 -16.733   4.711
   11   HD12  ILE  20          HD13      ILE  20 -20.291 -17.294   4.807

  No H/Q in entry =          11
  In of MODEL   10
    1    H    HIS  21           H        HIS  21 -20.768 -12.928   9.082
    2    HA   HIS  21           HA       HIS  21 -23.110 -12.038   8.991
    3    HB2  HIS  21           HB2      HIS  21 -24.080 -14.153  10.031
    4    HB3  HIS  21           HB3      HIS  21 -23.494 -13.566  11.575
    5    HD1  HIS  21           HD1      HIS  21 -24.741 -11.531  12.628
    6    HD2  HIS  21           HD2      HIS  21 -26.444 -12.942   9.100
    7    HE1  HIS  21           HE1      HIS  21 -27.037 -10.515  12.528
    8    HE2  HIS  21           HE2      HIS  21 -28.093 -11.488  10.460

  No H/Q in entry =           8
  In of MODEL   10
    1    H    LYS  22           H        LYS  22 -22.974 -10.117   9.418
    2    HA   LYS  22           HA       LYS  22 -21.101  -9.316  11.489
    3    HB2  LYS  22           HB2      LYS  22 -20.587  -8.965   8.935
    4    HB3  LYS  22           HB3      LYS  22 -21.562  -7.531   9.174
    5    HG2  LYS  22           HG2      LYS  22 -19.753  -7.488  11.278
    6    HG3  LYS  22           HG3      LYS  22 -18.819  -8.047   9.896
    7    HD2  LYS  22           HD2      LYS  22 -19.262  -6.131   8.660
    8    HD3  LYS  22           HD3      LYS  22 -20.625  -5.672   9.682
    9    HE2  LYS  22           HE2      LYS  22 -19.320  -4.566  11.107
   10    HE3  LYS  22           HE3      LYS  22 -18.160  -5.890  11.188
   11    HZ2  LYS  22           HZ1      LYS  22 -17.382  -3.671  10.272
   12    HZ1  LYS  22           HZ2      LYS  22 -18.249  -4.069   8.870
   13    HZ3  LYS  22           HZ3      LYS  22 -16.981  -5.060   9.390

  No H/Q in entry =          13
  In of MODEL   10
    1    H    TYR  23           H        TYR  23 -22.145  -6.514  10.317
    2    HA   TYR  23           HA       TYR  23 -24.467  -6.224  11.977
    3    HB2  TYR  23           HB2      TYR  23 -22.862  -4.258  13.089
    4    HB3  TYR  23           HB3      TYR  23 -23.585  -5.617  13.900
    5    HD1  TYR  23           HD1      TYR  23 -21.276  -7.410  12.261
    6    HD2  TYR  23           HD2      TYR  23 -21.347  -4.204  15.013
    7    HE1  TYR  23           HE1      TYR  23 -19.083  -8.104  13.071
    8    HE2  TYR  23           HE2      TYR  23 -19.130  -4.867  15.840
    9    HH   TYR  23           HH       TYR  23 -17.805  -7.165  15.893

  No H/Q in entry =           9
  In of MODEL   10
    1    HA   PRO  24           HA       PRO  24 -25.438  -2.237  10.106
    2    HB2  PRO  24           HB2      PRO  24 -24.838  -0.462  12.267
    3    HB3  PRO  24           HB3      PRO  24 -26.419  -1.085  11.788
    4    HG2  PRO  24           HG2      PRO  24 -24.562  -2.067  13.887
    5    HG3  PRO  24           HG3      PRO  24 -26.333  -2.109  13.838
    6    HD2  PRO  24           HD2      PRO  24 -24.933  -4.327  13.448
    7    HD3  PRO  24           HD3      PRO  24 -26.366  -3.993  12.454

  No H/Q in entry =           7
  In of MODEL   10
    1    H    SER  25           H        SER  25 -24.237  -0.392   9.049
    2    HA   SER  25           HA       SER  25 -21.438  -0.628   9.246
    3    HB2  SER  25           HB2      SER  25 -21.977   1.858   8.159
    4    HB3  SER  25           HB3      SER  25 -21.618   0.360   7.315
    5    HG   SER  25           HG       SER  25 -23.749   1.576   6.926

  No H/Q in entry =           5
  In of MODEL   10
    1    H    LYS  26           H        LYS  26 -19.960   0.660   9.908
    2    HA   LYS  26           HA       LYS  26 -18.991   2.553  11.042
    3    HB2  LYS  26           HB2      LYS  26 -21.229   3.567  11.680
    4    HB3  LYS  26           HB3      LYS  26 -21.494   2.287  12.855
    5    HG2  LYS  26           HG2      LYS  26 -19.491   3.068  14.196
    6    HG3  LYS  26           HG3      LYS  26 -19.108   4.268  12.965
    7    HD2  LYS  26           HD2      LYS  26 -21.313   5.421  13.502
    8    HD3  LYS  26           HD3      LYS  26 -21.659   4.170  14.711
    9    HE2  LYS  26           HE2      LYS  26 -19.499   4.733  15.940
   10    HE3  LYS  26           HE3      LYS  26 -19.149   6.008  14.762
   11    HZ1  LYS  26           HZ1      LYS  26 -21.761   5.999  16.157
   12    HZ2  LYS  26           HZ2      LYS  26 -20.439   6.594  16.925
   13    HZ3  LYS  26           HZ3      LYS  26 -20.875   7.242  15.442

  No H/Q in entry =          13
  In of MODEL   10
    1    H    SER  27           H        SER  27 -19.987  -0.498  11.487
    2    HA   SER  27           HA       SER  27 -18.935  -1.023  14.090
    3    HB2  SER  27           HB2      SER  27 -19.393  -3.415  13.405
    4    HB3  SER  27           HB3      SER  27 -20.793  -2.346  13.452
    5    HG   SER  27           HG       SER  27 -21.070  -2.662  11.402

  No H/Q in entry =           5
  In of MODEL   10
    1    H    THR  28           H        THR  28 -16.859  -0.500  14.050
    2    HA   THR  28           HA       THR  28 -15.041  -1.832  12.197
    3    HB   THR  28           HB       THR  28 -14.573   0.571  12.711
    4    HG1  THR  28           HG1      THR  28 -12.555  -0.046  12.532
    5   HG22  THR  28          HG21      THR  28 -13.794   1.145  15.003
    6   HG21  THR  28          HG22      THR  28 -14.319  -0.449  15.543
    7   HG23  THR  28          HG23      THR  28 -15.505   0.715  14.948

  No H/Q in entry =           7
  In of MODEL   10
    1    H    LEU  29           H        LEU  29 -13.273  -2.628  13.199
    2    HA   LEU  29           HA       LEU  29 -14.191  -4.845  14.864
    3    HB2  LEU  29           HB2      LEU  29 -12.325  -5.280  12.575
    4    HB3  LEU  29           HB3      LEU  29 -13.386  -6.414  13.350
    5    HG   LEU  29           HG       LEU  29 -13.752  -5.810  10.883
    6   HD13  LEU  29          HD11      LEU  29 -15.810  -6.658  11.013
    7   HD12  LEU  29          HD12      LEU  29 -16.335  -5.504  12.241
    8   HD11  LEU  29          HD13      LEU  29 -15.355  -6.898  12.701
    9   HD23  LEU  29          HD21      LEU  29 -15.616  -3.682  11.643
   10   HD22  LEU  29          HD22      LEU  29 -14.736  -3.959  10.137
   11   HD21  LEU  29          HD23      LEU  29 -13.908  -3.248  11.525

  No H/Q in entry =          11
  In of MODEL   10
    1    H    ILE  30           H        ILE  30 -11.522  -2.965  13.605
    2    HA   ILE  30           HA       ILE  30  -9.762  -3.381  15.672
    3    HB   ILE  30           HB       ILE  30  -8.126  -4.816  13.919
    4   HG12  ILE  30          HG12      ILE  30  -9.477  -7.015  13.719
    5   HG13  ILE  30          HG13      ILE  30 -10.893  -5.984  13.852
    6   HG21  ILE  30          HG21      ILE  30  -9.481  -5.447  16.474
    7   HG23  ILE  30          HG22      ILE  30  -7.763  -5.301  16.092
    8   HG22  ILE  30          HG23      ILE  30  -8.652  -6.747  15.619
    9   HD11  ILE  30          HD11      ILE  30  -9.842  -4.680  11.894
   10   HD13  ILE  30          HD12      ILE  30 -10.629  -6.225  11.574
   11   HD12  ILE  30          HD13      ILE  30  -8.868  -6.132  11.660

  No H/Q in entry =          11
  In of MODEL   10
    1    H    HIS  31           H        HIS  31  -9.087  -1.522  15.467
    2    HA   HIS  31           HA       HIS  31  -6.882  -0.877  13.760
    3    HB2  HIS  31           HB2      HIS  31  -8.381  -0.272  12.048
    4    HB3  HIS  31           HB3      HIS  31  -9.693  -0.103  13.194
    5    HD1  HIS  31           HD1      HIS  31  -7.108   1.892  11.435
    6    HD2  HIS  31           HD2      HIS  31  -9.948   2.483  14.415
    7    HE1  HIS  31           HE1      HIS  31  -7.192   4.357  11.813
    8    HE2  HIS  31           HE2      HIS  31  -8.707   4.659  13.816

  No H/Q in entry =           8
  In of MODEL   10
    1    H    GLN  32           H        GLN  32  -7.357  -0.985  16.627
    2    HA   GLN  32           HA       GLN  32  -6.840   1.874  17.174
    3    HB2  GLN  32           HB2      GLN  32  -9.242   0.516  18.057
    4    HB3  GLN  32           HB3      GLN  32  -8.260   0.936  19.453
    5    HG2  GLN  32           HG2      GLN  32  -8.966   2.946  17.329
    6    HG3  GLN  32           HG3      GLN  32  -9.996   2.637  18.724
    7   HE21  GLN  32          HE21      GLN  32  -9.367   3.352  20.737
    8   HE22  GLN  32          HE22      GLN  32  -8.038   4.432  20.975

  No H/Q in entry =           8
  In of MODEL   10
    1    H    GLY  33           H        GLY  33  -5.987  -1.317  17.406
    2    HA3  GLY  33           HA2      GLY  33  -3.648  -1.576  18.314
    3    HA2  GLY  33           HA3      GLY  33  -4.264  -0.737  19.730

  No H/Q in entry =           3
  In of MODEL   10
    1    H    GLU  34           H        GLU  34  -6.336  -2.949  18.121
    2    HA   GLU  34           HA       GLU  34  -6.257  -4.858  20.328
    3    HB2  GLU  34           HB2      GLU  34  -7.973  -5.004  17.875
    4    HB3  GLU  34           HB3      GLU  34  -8.308  -5.611  19.476
    5    HG2  GLU  34           HG2      GLU  34  -9.640  -3.801  19.575
    6    HG3  GLU  34           HG3      GLU  34  -8.133  -2.990  19.992

  No H/Q in entry =           6
  In of MODEL   10
    1    H    LYS  35           H        LYS  35  -5.109  -6.710  20.125
    2    HA   LYS  35           HA       LYS  35  -3.542  -7.436  17.975
    3    HB2  LYS  35           HB2      LYS  35  -4.633  -8.891  20.322
    4    HB3  LYS  35           HB3      LYS  35  -4.028  -9.870  18.992
    5    HG2  LYS  35           HG2      LYS  35  -1.878  -8.734  19.120
    6    HG3  LYS  35           HG3      LYS  35  -2.485  -7.735  20.444
    7    HD2  LYS  35           HD2      LYS  35  -1.139  -9.566  21.319
    8    HD3  LYS  35           HD3      LYS  35  -2.823  -9.767  21.797
    9    HE2  LYS  35           HE2      LYS  35  -3.071 -11.302  19.803
   10    HE3  LYS  35           HE3      LYS  35  -1.318 -11.243  19.650
   11    HZ2  LYS  35           HZ1      LYS  35  -2.443 -13.128  20.990
   12    HZ1  LYS  35           HZ2      LYS  35  -2.524 -11.976  22.230
   13    HZ3  LYS  35           HZ3      LYS  35  -1.024 -12.417  21.582

  No H/Q in entry =          13
  In of MODEL   10
    1    H    ALA  36           H        ALA  36  -4.117  -7.945  15.933
    2    HA   ALA  36           HA       ALA  36  -6.842  -8.606  15.373
    3    HB2  ALA  36           HB1      ALA  36  -5.573  -8.905  12.997
    4    HB1  ALA  36           HB2      ALA  36  -4.497  -7.786  13.841
    5    HB3  ALA  36           HB3      ALA  36  -6.199  -7.382  13.625

  No H/Q in entry =           5
  In of MODEL   10
    1    H    GLU  37           H        GLU  37  -6.674 -10.584  16.755
    2    HA   GLU  37           HA       GLU  37  -5.397 -12.887  15.524
    3    HB2  GLU  37           HB2      GLU  37  -7.225 -12.796  17.931
    4    HB3  GLU  37           HB3      GLU  37  -6.196 -14.135  17.445
    5    HG2  GLU  37           HG2      GLU  37  -4.248 -12.511  17.754
    6    HG3  GLU  37           HG3      GLU  37  -5.408 -11.493  18.610

  No H/Q in entry =           6
  In of MODEL   10
    1    H    THR  38           H        THR  38  -8.451 -11.356  15.629
    2    HA   THR  38           HA       THR  38  -9.810 -13.676  14.460
    3    HB   THR  38           HB       THR  38 -11.224 -11.127  15.117
    4    HG1  THR  38           HG1      THR  38 -11.401 -11.867  17.314
    5   HG22  THR  38          HG21      THR  38 -12.020 -14.000  15.586
    6   HG21  THR  38          HG22      THR  38 -12.349 -13.125  14.091
    7   HG23  THR  38          HG23      THR  38 -13.061 -12.576  15.607

  No H/Q in entry =           7
  In of MODEL   10
    1    H    LEU  39           H        LEU  39 -10.304 -13.670  12.347
    2    HA   LEU  39           HA       LEU  39  -9.652 -11.248  10.862
    3    HB2  LEU  39           HB2      LEU  39  -8.580 -12.680   9.517
    4    HB3  LEU  39           HB3      LEU  39  -9.275 -14.057  10.351
    5    HG   LEU  39           HG       LEU  39 -11.152 -12.739   8.522
    6   HD12  LEU  39          HD11      LEU  39 -10.140 -13.647   6.480
    7   HD11  LEU  39          HD12      LEU  39  -8.693 -14.071   7.396
    8   HD13  LEU  39          HD13      LEU  39  -9.148 -12.378   7.203
    9   HD23  LEU  39          HD21      LEU  39 -11.465 -15.110   7.822
   10   HD22  LEU  39          HD22      LEU  39 -11.707 -14.819   9.545
   11   HD21  LEU  39          HD23      LEU  39 -10.209 -15.560   8.977

  No H/Q in entry =          11
  In of MODEL   10
    1    H    TYR  40           H        TYR  40 -11.199 -10.486   9.214
    2    HA   TYR  40           HA       TYR  40 -13.895 -11.580   9.608
    3    HB2  TYR  40           HB2      TYR  40 -13.203  -8.651   9.317
    4    HB3  TYR  40           HB3      TYR  40 -14.803  -9.321   9.579
    5    HD1  TYR  40           HD1      TYR  40 -15.614  -9.572  11.710
    6    HD2  TYR  40           HD2      TYR  40 -11.455  -8.918  11.210
    7    HE1  TYR  40           HE1      TYR  40 -15.383  -9.249  14.123
    8    HE2  TYR  40           HE2      TYR  40 -11.200  -8.613  13.640
    9    HH   TYR  40           HH       TYR  40 -12.454  -8.095  15.574

  No H/Q in entry =           9
  In of MODEL   10
    1    H    TYR  41           H        TYR  41 -14.126 -12.549   7.586
    2    HA   TYR  41           HA       TYR  41 -13.126 -10.992   5.312
    3    HB2  TYR  41           HB2      TYR  41 -12.203 -13.069   5.060
    4    HB3  TYR  41           HB3      TYR  41 -13.537 -13.885   5.855
    5    HD1  TYR  41           HD1      TYR  41 -13.834 -11.613   2.924
    6    HD2  TYR  41           HD2      TYR  41 -13.876 -15.587   4.370
    7    HE1  TYR  41           HE1      TYR  41 -14.732 -12.372   0.774
    8    HE2  TYR  41           HE2      TYR  41 -14.744 -16.366   2.261
    9    HH   TYR  41           HH       TYR  41 -16.194 -15.264   0.344

  No H/Q in entry =           9
  In of MODEL   10
    1    H    ILE  42           H        ILE  42 -14.563  -9.551   4.989
    2    HA   ILE  42           HA       ILE  42 -17.316  -9.705   5.238
    3    HB   ILE  42           HB       ILE  42 -15.927  -7.682   5.137
    4   HG12  ILE  42          HG12      ILE  42 -18.010  -7.522   2.989
    5   HG13  ILE  42          HG13      ILE  42 -18.400  -7.646   4.710
    6   HG22  ILE  42          HG21      ILE  42 -15.307  -6.715   2.974
    7   HG21  ILE  42          HG22      ILE  42 -15.753  -8.234   2.197
    8   HG23  ILE  42          HG23      ILE  42 -14.429  -8.195   3.359
    9   HD13  ILE  42          HD11      ILE  42 -17.176  -5.640   5.174
   10   HD12  ILE  42          HD12      ILE  42 -18.359  -5.325   3.900
   11   HD11  ILE  42          HD13      ILE  42 -16.649  -5.526   3.492

  No H/Q in entry =          11
  In of MODEL   10
    1    H    VAL  43           H        VAL  43 -18.677 -11.023   4.193
    2    HA   VAL  43           HA       VAL  43 -17.816 -11.975   1.581
    3    HB   VAL  43           HB       VAL  43 -19.423 -13.786   1.800
    4   HG12  VAL  43          HG11      VAL  43 -18.311 -14.911   3.700
    5   HG11  VAL  43          HG12      VAL  43 -17.609 -13.360   4.163
    6   HG13  VAL  43          HG13      VAL  43 -17.178 -14.099   2.618
    7   HG22  VAL  43          HG21      VAL  43 -20.834 -14.083   3.593
    8   HG21  VAL  43          HG22      VAL  43 -20.946 -12.344   3.317
    9   HG23  VAL  43          HG23      VAL  43 -19.931 -12.968   4.619

  No H/Q in entry =           9
  In of MODEL   10
    1    H    LYS  44           H        LYS  44 -19.787  -9.862   2.875
    2    HA   LYS  44           HA       LYS  44 -21.300  -8.980   0.641
    3    HB2  LYS  44           HB2      LYS  44 -22.759 -10.230   3.004
    4    HB3  LYS  44           HB3      LYS  44 -23.528  -9.246   1.770
    5    HG2  LYS  44           HG2      LYS  44 -23.768 -10.982   0.400
    6    HG3  LYS  44           HG3      LYS  44 -22.107 -11.520   0.651
    7    HD2  LYS  44           HD2      LYS  44 -22.978 -13.249   1.769
    8    HD3  LYS  44           HD3      LYS  44 -23.355 -12.104   3.055
    9    HE2  LYS  44           HE2      LYS  44 -25.220 -12.538   0.751
   10    HE3  LYS  44           HE3      LYS  44 -25.239 -13.606   2.152
   11    HZ1  LYS  44           HZ1      LYS  44 -25.654 -11.660   3.561
   12    HZ3  LYS  44           HZ2      LYS  44 -26.864 -11.867   2.391
   13    HZ2  LYS  44           HZ3      LYS  44 -25.691 -10.673   2.179

  No H/Q in entry =          13
  In of MODEL   10
    1    H    GLY  45           H        GLY  45 -22.014  -6.974   1.149
    2    HA3  GLY  45           HA2      GLY  45 -22.206  -4.960   2.321
    3    HA2  GLY  45           HA3      GLY  45 -21.447  -5.717   3.720

  No H/Q in entry =           3
  In of MODEL   10
    1    H    SER  46           H        SER  46 -20.349  -3.335   2.849
    2    HA   SER  46           HA       SER  46 -17.707  -4.311   2.195
    3    HB2  SER  46           HB2      SER  46 -17.377  -2.789   0.398
    4    HB3  SER  46           HB3      SER  46 -18.944  -3.541   0.093
    5    HG   SER  46           HG       SER  46 -19.044  -1.281   1.649

  No H/Q in entry =           5
  In of MODEL   10
    1    H    VAL  47           H        VAL  47 -16.001  -2.612   2.785
    2    HA   VAL  47           HA       VAL  47 -17.131  -0.858   4.848
    3    HB   VAL  47           HB       VAL  47 -15.442  -1.434   6.467
    4   HG12  VAL  47          HG11      VAL  47 -16.189  -3.709   6.982
    5   HG11  VAL  47          HG12      VAL  47 -16.874  -3.818   5.355
    6   HG13  VAL  47          HG13      VAL  47 -17.525  -2.655   6.507
    7   HG21  VAL  47          HG21      VAL  47 -14.539  -3.466   4.437
    8   HG23  VAL  47          HG22      VAL  47 -13.996  -3.394   6.116
    9   HG22  VAL  47          HG23      VAL  47 -13.620  -2.071   5.007

  No H/Q in entry =           9
  In of MODEL   10
    1    H    ALA  48           H        ALA  48 -15.144   0.323   6.042
    2    HA   ALA  48           HA       ALA  48 -13.817   1.776   3.859
    3    HB2  ALA  48           HB1      ALA  48 -15.675   2.976   5.094
    4    HB3  ALA  48           HB2      ALA  48 -14.112   3.788   5.077
    5    HB1  ALA  48           HB3      ALA  48 -14.638   2.921   6.520

  No H/Q in entry =           5
  In of MODEL   10
    1    H    VAL  49           H        VAL  49 -11.827   1.115   3.888
    2    HA   VAL  49           HA       VAL  49 -10.529   0.191   6.258
    3    HB   VAL  49           HB       VAL  49  -9.673   0.473   3.382
    4   HG13  VAL  49          HG11      VAL  49  -7.552  -0.192   3.838
    5   HG12  VAL  49          HG12      VAL  49  -8.021  -1.003   5.334
    6   HG11  VAL  49          HG13      VAL  49  -7.868   0.754   5.295
    7   HG23  VAL  49          HG21      VAL  49 -10.073  -1.895   5.195
    8   HG22  VAL  49          HG22      VAL  49  -9.658  -1.951   3.477
    9   HG21  VAL  49          HG23      VAL  49 -11.230  -1.329   3.984

  No H/Q in entry =           9
  In of MODEL   10
    1    H    LEU  50           H        LEU  50  -8.938   1.218   7.412
    2    HA   LEU  50           HA       LEU  50  -8.068   3.841   6.635
    3    HB2  LEU  50           HB2      LEU  50  -8.971   5.047   8.426
    4    HB3  LEU  50           HB3      LEU  50 -10.283   4.092   7.778
    5    HG   LEU  50           HG       LEU  50  -8.798   3.667  10.355
    6   HD13  LEU  50          HD11      LEU  50 -10.573   5.298  10.425
    7   HD12  LEU  50          HD12      LEU  50 -11.049   3.823  11.282
    8   HD11  LEU  50          HD13      LEU  50 -11.684   4.137   9.663
    9   HD23  LEU  50          HD21      LEU  50 -10.180   1.704  10.705
   10   HD22  LEU  50          HD22      LEU  50  -9.114   1.498   9.318
   11   HD21  LEU  50          HD23      LEU  50 -10.827   1.850   9.068

  No H/Q in entry =          11
  In of MODEL   10
    1    H    ILE  51           H        ILE  51  -6.212   4.593   7.630
    2    HA   ILE  51           HA       ILE  51  -4.956   2.590   9.370
    3    HB   ILE  51           HB       ILE  51  -2.787   3.575   8.222
    4   HG12  ILE  51          HG12      ILE  51  -3.379   3.682   5.712
    5   HG13  ILE  51          HG13      ILE  51  -5.025   3.988   6.250
    6   HG21  ILE  51          HG21      ILE  51  -4.638   1.344   7.639
    7   HG23  ILE  51          HG22      ILE  51  -2.949   1.310   8.148
    8   HG22  ILE  51          HG23      ILE  51  -3.357   1.628   6.461
    9   HD12  ILE  51          HD11      ILE  51  -3.759   6.024   5.675
   10   HD11  ILE  51          HD12      ILE  51  -2.659   5.672   7.010
   11   HD13  ILE  51          HD13      ILE  51  -4.361   6.007   7.333

  No H/Q in entry =          11
  In of MODEL   10
    1    H    LYS  52           H        LYS  52  -2.979   3.422  10.471
    2    HA   LYS  52           HA       LYS  52  -3.539   6.052  11.639
    3    HB2  LYS  52           HB2      LYS  52  -2.416   3.523  12.795
    4    HB3  LYS  52           HB3      LYS  52  -2.031   5.075  13.532
    5    HG2  LYS  52           HG2      LYS  52  -4.445   5.523  13.770
    6    HG3  LYS  52           HG3      LYS  52  -4.778   3.915  13.127
    7    HD2  LYS  52           HD2      LYS  52  -3.938   2.852  15.012
    8    HD3  LYS  52           HD3      LYS  52  -2.986   4.258  15.501
    9    HE2  LYS  52           HE2      LYS  52  -5.245   5.432  15.816
   10    HE3  LYS  52           HE3      LYS  52  -5.949   3.818  15.738
   11    HZ2  LYS  52           HZ1      LYS  52  -4.004   4.840  17.725
   12    HZ1  LYS  52           HZ2      LYS  52  -4.416   3.208  17.587
   13    HZ3  LYS  52           HZ3      LYS  52  -5.600   4.345  18.004

  No H/Q in entry =          13
  In of MODEL   10
    1    H    ASP  53           H        ASP  53  -1.990   7.500  11.803
    2    HA   ASP  53           HA       ASP  53   0.299   7.179  10.060
    3    HB2  ASP  53           HB2      ASP  53  -1.361   9.226  10.168
    4    HB3  ASP  53           HB3      ASP  53  -0.289   9.776  11.451

  No H/Q in entry =           4
  In of MODEL   10
    1    H    GLU  54           H        GLU  54   2.031   9.191  11.222
    2    HA   GLU  54           HA       GLU  54   3.069   7.662  13.499
    3    HB2  GLU  54           HB2      GLU  54   4.389   8.598  11.280
    4    HB3  GLU  54           HB3      GLU  54   4.711   9.851  12.481
    5    HG2  GLU  54           HG2      GLU  54   5.147   7.682  13.976
    6    HG3  GLU  54           HG3      GLU  54   5.569   7.037  12.389

  No H/Q in entry =           6
  In of MODEL   10
    1    H    GLU  55           H        GLU  55   0.978  10.142  12.798
    2    HA   GLU  55           HA       GLU  55   1.625  11.599  15.293
    3    HB2  GLU  55           HB2      GLU  55   0.757  13.633  14.323
    4    HB3  GLU  55           HB3      GLU  55   1.929  12.970  13.194
    5    HG2  GLU  55           HG2      GLU  55  -0.669  11.954  12.611
    6    HG3  GLU  55           HG3      GLU  55  -0.707  13.715  12.678

  No H/Q in entry =           6
  In of MODEL   10
    1    H    GLY  56           H        GLY  56  -0.056   9.191  14.371
    2    HA3  GLY  56           HA2      GLY  56  -1.887   8.216  15.438
    3    HA2  GLY  56           HA3      GLY  56  -2.179   9.742  16.262

  No H/Q in entry =           3
  In of MODEL   10
    1    H    LYS  57           H        LYS  57  -2.000   9.733  12.654
    2    HA   LYS  57           HA       LYS  57  -4.769  10.548  12.773
    3    HB2  LYS  57           HB2      LYS  57  -3.278  11.952  11.460
    4    HB3  LYS  57           HB3      LYS  57  -2.678  10.559  10.577
    5    HG2  LYS  57           HG2      LYS  57  -5.016  10.249   9.693
    6    HG3  LYS  57           HG3      LYS  57  -5.399  11.820  10.401
    7    HD2  LYS  57           HD2      LYS  57  -4.825  12.039   8.035
    8    HD3  LYS  57           HD3      LYS  57  -3.641  12.859   9.053
    9    HE2  LYS  57           HE2      LYS  57  -2.868  10.122   8.622
   10    HE3  LYS  57           HE3      LYS  57  -3.160  10.923   7.081
   11    HZ3  LYS  57           HZ1      LYS  57  -1.523  12.496   7.505
   12    HZ2  LYS  57           HZ2      LYS  57  -0.832  11.058   8.083
   13    HZ1  LYS  57           HZ3      LYS  57  -1.483  12.188   9.169

  No H/Q in entry =          13
  In of MODEL   10
    1    H    GLU  58           H        GLU  58  -6.326   9.105  12.293
    2    HA   GLU  58           HA       GLU  58  -5.570   6.587  11.030
    3    HB2  GLU  58           HB2      GLU  58  -7.880   6.065  12.379
    4    HB3  GLU  58           HB3      GLU  58  -6.282   5.715  13.019
    5    HG2  GLU  58           HG2      GLU  58  -6.345   8.014  14.074
    6    HG3  GLU  58           HG3      GLU  58  -8.053   8.063  13.632

  No H/Q in entry =           6
  In of MODEL   10
    1    H    MET  59           H        MET  59  -6.179   7.300   8.802
    2    HA   MET  59           HA       MET  59  -8.698   8.692   8.702
    3    HB2  MET  59           HB2      MET  59  -7.685   9.630   6.677
    4    HB3  MET  59           HB3      MET  59  -6.636   9.909   8.069
    5    HG2  MET  59           HG2      MET  59  -5.136   8.213   7.403
    6    HG3  MET  59           HG3      MET  59  -6.256   7.596   6.193
    7    HE3  MET  59           HE1      MET  59  -6.234   8.388   3.671
    8    HE2  MET  59           HE2      MET  59  -6.045  10.107   3.316
    9    HE1  MET  59           HE3      MET  59  -7.278   9.571   4.458

  No H/Q in entry =           9
  In of MODEL   10
    1    H    ILE  60           H        ILE  60 -10.131   7.988   7.223
    2    HA   ILE  60           HA       ILE  60 -10.095   5.381   6.237
    3    HB   ILE  60           HB       ILE  60 -11.575   7.771   5.086
    4   HG12  ILE  60          HG12      ILE  60 -12.040   7.204   7.509
    5   HG13  ILE  60          HG13      ILE  60 -13.441   7.152   6.443
    6   HG22  ILE  60          HG21      ILE  60 -12.067   4.819   4.707
    7   HG21  ILE  60          HG22      ILE  60 -11.442   5.935   3.493
    8   HG23  ILE  60          HG23      ILE  60 -13.091   6.118   4.094
    9   HD12  ILE  60          HD11      ILE  60 -12.042   4.963   7.850
   10   HD11  ILE  60          HD12      ILE  60 -12.744   4.609   6.270
   11   HD13  ILE  60          HD13      ILE  60 -13.765   5.221   7.574

  No H/Q in entry =          11
  In of MODEL   10
    1    H    LEU  61           H        LEU  61  -8.543   4.624   4.838
    2    HA   LEU  61           HA       LEU  61  -7.545   6.527   2.857
    3    HB2  LEU  61           HB2      LEU  61  -5.441   5.583   2.928
    4    HB3  LEU  61           HB3      LEU  61  -5.946   5.478   4.596
    5    HG   LEU  61           HG       LEU  61  -4.801   3.485   4.149
    6   HD12  LEU  61          HD11      LEU  61  -6.464   1.712   4.308
    7   HD11  LEU  61          HD12      LEU  61  -7.723   2.885   3.923
    8   HD13  LEU  61          HD13      LEU  61  -6.776   3.057   5.404
    9   HD23  LEU  61          HD21      LEU  61  -5.776   1.945   2.254
   10   HD22  LEU  61          HD22      LEU  61  -4.506   3.130   1.935
   11   HD21  LEU  61          HD23      LEU  61  -6.182   3.505   1.533

  No H/Q in entry =          11
  In of MODEL   10
    1    H    SER  62           H        SER  62  -9.418   3.746   3.316
    2    HA   SER  62           HA       SER  62  -9.831   3.476   0.504
    3    HB2  SER  62           HB2      SER  62  -7.644   2.203   0.994
    4    HB3  SER  62           HB3      SER  62  -8.651   1.005   1.804
    5    HG   SER  62           HG       SER  62  -9.287   1.879  -0.789

  No H/Q in entry =           5
  In of MODEL   10
    1    H    TYR  63           H        TYR  63 -10.849   1.111   0.299
    2    HA   TYR  63           HA       TYR  63 -12.809   0.402   2.132
    3    HB2  TYR  63           HB2      TYR  63 -13.957   1.487  -0.445
    4    HB3  TYR  63           HB3      TYR  63 -14.829   0.928   0.969
    5    HD1  TYR  63           HD1      TYR  63 -12.707   3.663  -0.306
    6    HD2  TYR  63           HD2      TYR  63 -15.552   2.472   2.599
    7    HE1  TYR  63           HE1      TYR  63 -13.041   6.019   0.304
    8    HE2  TYR  63           HE2      TYR  63 -15.892   4.822   3.240
    9    HH   TYR  63           HH       TYR  63 -15.439   6.958   2.765

  No H/Q in entry =           9
  In of MODEL   10
    1    H    LEU  64           H        LEU  64 -14.210  -0.998   1.128
    2    HA   LEU  64           HA       LEU  64 -12.822  -3.047  -0.447
    3    HB2  LEU  64           HB2      LEU  64 -14.752  -3.621   1.773
    4    HB3  LEU  64           HB3      LEU  64 -13.748  -4.744   0.889
    5    HG   LEU  64           HG       LEU  64 -12.878  -2.776   2.977
    6   HD13  LEU  64          HD11      LEU  64 -12.452  -4.599   4.273
    7   HD12  LEU  64          HD12      LEU  64 -12.222  -5.668   2.892
    8   HD11  LEU  64          HD13      LEU  64 -13.849  -5.175   3.364
    9   HD23  LEU  64          HD21      LEU  64 -10.590  -3.654   2.591
   10   HD22  LEU  64          HD22      LEU  64 -11.191  -2.663   1.260
   11   HD21  LEU  64          HD23      LEU  64 -11.168  -4.421   1.111

  No H/Q in entry =          11
  In of MODEL   10
    1    H    ASN  65           H        ASN  65 -16.492  -7.744  -2.900
    2    HA   ASN  65           HA       ASN  65 -16.946  -3.853  -1.856
    3    HB2  ASN  65           HB2      ASN  65 -14.695  -4.908  -3.440
    4    HB3  ASN  65           HB3      ASN  65 -14.824  -5.528  -3.269
    5   HD22  ASN  65          HD21      ASN  65 -16.106  -2.067  -5.061
    6   HD21  ASN  65          HD22      ASN  65 -14.914  -2.594  -3.920

  No H/Q in entry =           6
  In of MODEL   10
    1    H    GLN  66           H        GLN  66 -16.985  -8.766  -2.639
    2    HA   GLN  66           HA       GLN  66 -18.420  -7.699  -0.177
    3    HB3  GLN  66           HB2      GLN  66 -20.251  -7.582  -1.716
    4    HB2  GLN  66           HB3      GLN  66 -20.281  -7.744  -1.672
    5    HG2  GLN  66           HG2      GLN  66 -18.926 -10.233  -2.427
    6    HG3  GLN  66           HG3      GLN  66 -20.347  -8.521  -4.025
    7   HE22  GLN  66          HE21      GLN  66 -22.121 -11.563  -3.211
    8   HE21  GLN  66          HE22      GLN  66 -20.514 -11.936  -2.685

  No H/Q in entry =           8
  In of MODEL   10
    1    H    GLY  67           H        GLY  67 -17.703  -9.960   0.031
    2    HA3  GLY  67           HA2      GLY  67 -16.143 -11.616  -0.149
    3    HA2  GLY  67           HA3      GLY  67 -16.016 -11.087  -1.862

  No H/Q in entry =           3
  In of MODEL   10
    1    H    ASP  68           H        ASP  68 -15.141  -8.738   0.515
    2    HA   ASP  68           HA       ASP  68 -12.341  -9.059  -0.265
    3    HB2  ASP  68           HB2      ASP  68 -13.892  -6.809  -0.017
    4    HB3  ASP  68           HB3      ASP  68 -13.074  -6.843   1.538

  No H/Q in entry =           4
  In of MODEL   10
    1    H    PHE  69           H        PHE  69 -10.843  -8.392   1.810
    2    HA   PHE  69           HA       PHE  69 -11.849 -10.126   3.955
    3    HB2  PHE  69           HB2      PHE  69  -9.039  -9.792   2.924
    4    HB3  PHE  69           HB3      PHE  69  -9.458 -10.703   4.372
    5    HD1  PHE  69           HD1      PHE  69 -10.349 -12.909   4.221
    6    HD2  PHE  69           HD2      PHE  69  -9.825 -10.566   0.709
    7    HE1  PHE  69           HE1      PHE  69 -10.761 -14.899   2.834
    8    HE2  PHE  69           HE2      PHE  69 -10.236 -12.550  -0.684
    9    HZ   PHE  69           HZ       PHE  69 -10.704 -14.722   0.378

  No H/Q in entry =           9
  In of MODEL   10
    1    H    ILE  70           H        ILE  70 -10.848  -9.702   6.099
    2    HA   ILE  70           HA       ILE  70 -10.063  -6.931   6.559
    3    HB   ILE  70           HB       ILE  70 -12.527  -8.275   7.647
    4   HG12  ILE  70          HG12      ILE  70 -12.062  -5.502   6.547
    5   HG13  ILE  70          HG13      ILE  70 -12.866  -6.836   5.725
    6   HG21  ILE  70          HG21      ILE  70 -10.938  -6.096   8.947
    7   HG23  ILE  70          HG22      ILE  70 -11.483  -7.618   9.642
    8   HG22  ILE  70          HG23      ILE  70 -12.649  -6.343   9.285
    9   HD11  ILE  70          HD11      ILE  70 -13.831  -5.542   8.269
   10   HD13  ILE  70          HD12      ILE  70 -14.652  -6.811   7.361
   11   HD12  ILE  70          HD13      ILE  70 -14.450  -5.207   6.652

  No H/Q in entry =          11
  In of MODEL   10
    1    H    GLY  71           H        GLY  71  -8.661  -6.781   8.259
    2    HA3  GLY  71           HA2      GLY  71  -7.565  -7.397  10.214
    3    HA2  GLY  71           HA3      GLY  71  -8.553  -8.852  10.279

  No H/Q in entry =           3
  In of MODEL   10
    1    H    GLU  72           H        GLU  72  -7.231  -8.370   7.228
    2    HA   GLU  72           HA       GLU  72  -5.590 -10.673   7.396
    3    HB2  GLU  72           HB2      GLU  72  -4.956  -8.858   5.209
    4    HB3  GLU  72           HB3      GLU  72  -5.563 -10.503   5.147
    5    HG2  GLU  72           HG2      GLU  72  -7.246  -9.332   4.103
    6    HG3  GLU  72           HG3      GLU  72  -7.840  -9.415   5.761

  No H/Q in entry =           6
  In of MODEL   10
    1    H    LEU  73           H        LEU  73  -5.324  -7.286   7.581
    2    HA   LEU  73           HA       LEU  73  -2.549  -6.938   7.537
    3    HB2  LEU  73           HB2      LEU  73  -4.939  -5.360   8.201
    4    HB3  LEU  73           HB3      LEU  73  -3.461  -4.829   8.986
    5    HG   LEU  73           HG       LEU  73  -3.824  -3.610   6.909
    6   HD11  LEU  73          HD11      LEU  73  -1.535  -5.402   7.340
    7   HD13  LEU  73          HD12      LEU  73  -1.599  -3.643   7.210
    8   HD12  LEU  73          HD13      LEU  73  -1.645  -4.638   5.754
    9   HD23  LEU  73          HD21      LEU  73  -3.481  -4.958   4.759
   10   HD22  LEU  73          HD22      LEU  73  -5.064  -5.041   5.533
   11   HD21  LEU  73          HD23      LEU  73  -3.918  -6.369   5.726

  No H/Q in entry =          11
  In of MODEL   10
    1    H    GLY  74           H        GLY  74  -4.197  -8.667   9.722
    2    HA3  GLY  74           HA2      GLY  74  -2.298  -7.925  11.850
    3    HA2  GLY  74           HA3      GLY  74  -3.934  -8.466  12.172

  No H/Q in entry =           3
  In of MODEL   10
    1    H    LEU  75           H        LEU  75  -3.706 -10.503   9.962
    2    HA   LEU  75           HA       LEU  75  -2.253 -12.478  11.623
    3    HB2  LEU  75           HB2      LEU  75  -3.841 -14.015  11.103
    4    HB3  LEU  75           HB3      LEU  75  -4.814 -12.573  10.859
    5    HG   LEU  75           HG       LEU  75  -3.611 -12.976   8.404
    6   HD13  LEU  75          HD11      LEU  75  -3.925 -15.277   7.834
    7   HD12  LEU  75          HD12      LEU  75  -4.615 -15.638   9.417
    8   HD11  LEU  75          HD13      LEU  75  -2.909 -15.217   9.273
    9   HD22  LEU  75          HD21      LEU  75  -5.861 -13.534   7.668
   10   HD21  LEU  75          HD22      LEU  75  -5.917 -12.241   8.866
   11   HD23  LEU  75          HD23      LEU  75  -6.342 -13.890   9.326

  No H/Q in entry =          11
  In of MODEL   10
    1    H    PHE  76           H        PHE  76  -2.673 -11.208   8.469
    2    HA   PHE  76           HA       PHE  76  -0.804 -13.081   7.273
    3    HB2  PHE  76           HB2      PHE  76  -2.606 -12.850   5.835
    4    HB3  PHE  76           HB3      PHE  76  -2.889 -11.174   6.295
    5    HD1  PHE  76           HD1      PHE  76  -0.004 -13.004   4.929
    6    HD2  PHE  76           HD2      PHE  76  -2.708  -9.790   4.469
    7    HE1  PHE  76           HE1      PHE  76   1.215 -12.287   2.923
    8    HE2  PHE  76           HE2      PHE  76  -1.508  -9.046   2.453
    9    HZ   PHE  76           HZ       PHE  76   0.463 -10.297   1.674

  No H/Q in entry =           9
  In of MODEL   10
    1    H    GLU  77           H        GLU  77  -1.277  -9.690   8.037
    2    HA   GLU  77           HA       GLU  77   1.045  -8.782   6.721
    3    HB2  GLU  77           HB2      GLU  77   0.000  -6.865   7.212
    4    HB3  GLU  77           HB3      GLU  77  -0.995  -7.647   8.425
    5    HG2  GLU  77           HG2      GLU  77   0.115  -5.912   9.531
    6    HG3  GLU  77           HG3      GLU  77   0.950  -7.385  10.010

  No H/Q in entry =           6
  In of MODEL   10
    1    H    GLU  78           H        GLU  78   0.298  -9.878   9.966
    2    HA   GLU  78           HA       GLU  78   1.577 -11.147  11.291
    3    HB2  GLU  78           HB2      GLU  78   3.438 -11.244   9.490
    4    HB3  GLU  78           HB3      GLU  78   4.125  -9.853  10.323
    5    HG2  GLU  78           HG2      GLU  78   3.963 -11.287  12.438
    6    HG3  GLU  78           HG3      GLU  78   3.721 -12.641  11.336

  No H/Q in entry =           6
  In of MODEL   10
    1    H    GLY  79           H        GLY  79   0.211  -8.747  11.329
    2    HA3  GLY  79           HA2      GLY  79   1.548  -6.564  12.546
    3    HA2  GLY  79           HA3      GLY  79  -0.179  -6.838  12.498

  No H/Q in entry =           3
  In of MODEL   10
    1    H    GLN  80           H        GLN  80  -0.931  -8.595  13.969
    2    HA   GLN  80           HA       GLN  80  -1.273  -9.355  16.044
    3    HB2  GLN  80           HB2      GLN  80   1.696  -9.331  15.895
    4    HB3  GLN  80           HB3      GLN  80   0.949  -9.555  17.467
    5    HG2  GLN  80           HG2      GLN  80   1.587 -11.593  15.931
    6    HG3  GLN  80           HG3      GLN  80   0.161 -11.620  16.964
    7   HE21  GLN  80          HE21      GLN  80   1.331 -11.300  13.696
    8   HE22  GLN  80          HE22      GLN  80  -0.190 -11.581  12.916

  No H/Q in entry =           8
  In of MODEL   10
    1    H    GLU  81           H        GLU  81  -2.154  -7.078  16.034
    2    HA   GLU  81           HA       GLU  81  -2.369  -5.691  18.202
    3    HB2  GLU  81           HB2      GLU  81   0.291  -5.471  17.999
    4    HB3  GLU  81           HB3      GLU  81  -0.164  -4.085  17.013
    5    HG2  GLU  81           HG2      GLU  81  -1.710  -4.067  19.407
    6    HG3  GLU  81           HG3      GLU  81  -0.005  -4.237  19.816

  No H/Q in entry =           6
  In of MODEL   10
    1    H    ARG  82           H        ARG  82  -4.042  -5.790  16.293
    2    HA   ARG  82           HA       ARG  82  -5.402  -4.782  14.845
    3    HB2  ARG  82           HB2      ARG  82  -6.183  -3.022  15.915
    4    HB3  ARG  82           HB3      ARG  82  -4.692  -2.937  16.832
    5    HG2  ARG  82           HG2      ARG  82  -4.581  -1.687  14.171
    6    HG3  ARG  82           HG3      ARG  82  -5.698  -0.933  15.309
    7    HD2  ARG  82           HD2      ARG  82  -4.034  -0.247  16.703
    8    HD3  ARG  82           HD3      ARG  82  -2.991  -1.610  16.308
    9    HE   ARG  82           HE       ARG  82  -3.373   0.380  14.232
   10   HH11  ARG  82          HH11      ARG  82  -1.356  -0.871  16.823
   11   HH12  ARG  82          HH12      ARG  82   0.076  -0.070  16.239
   12   HH21  ARG  82          HH21      ARG  82  -1.475   1.421  13.482
   13   HH22  ARG  82          HH22      ARG  82   0.004   1.235  14.365

  No H/Q in entry =          13
  In of MODEL   10
    1    H    SER  83           H        SER  83  -2.536  -2.673  14.700
    2    HA   SER  83           HA       SER  83  -1.277  -1.874  13.031
    3    HB2  SER  83           HB2      SER  83  -2.376  -4.140  11.381
    4    HB3  SER  83           HB3      SER  83  -0.883  -3.249  11.094
    5    HG   SER  83           HG       SER  83   0.060  -4.556  12.417

  No H/Q in entry =           5
  In of MODEL   10
    1    H    ALA  84           H        ALA  84  -4.637  -2.366  12.187
    2    HA   ALA  84           HA       ALA  84  -6.076  -0.582  11.777
    3    HB3  ALA  84           HB1      ALA  84  -3.909   0.897  10.326
    4    HB1  ALA  84           HB2      ALA  84  -4.169   1.050  12.063
    5    HB2  ALA  84           HB3      ALA  84  -5.447   1.505  10.938

  No H/Q in entry =           5
  In of MODEL   10
    1    H    TRP  85           H        TRP  85  -7.458  -0.289   9.998
    2    HA   TRP  85           HA       TRP  85  -7.099  -0.630   7.436
    3    HB2  TRP  85           HB2      TRP  85  -5.985  -2.852   8.344
    4    HB3  TRP  85           HB3      TRP  85  -7.652  -3.411   8.370
    5    HD1  TRP  85           HD1      TRP  85  -8.276  -4.637   6.330
    6    HE1  TRP  85           HE1      TRP  85  -7.618  -4.655   3.841
    7    HE3  TRP  85           HE3      TRP  85  -4.889  -0.842   6.416
    8    HZ2  TRP  85           HZ2      TRP  85  -5.884  -3.200   2.139
    9    HZ3  TRP  85           HZ3      TRP  85  -3.773  -0.203   4.318
   10    HH2  TRP  85           HH2      TRP  85  -4.265  -1.359   2.224

  No H/Q in entry =          10
  In of MODEL   10
    1    H    VAL  86           H        VAL  86  -9.109  -1.754  10.181
    2    HA   VAL  86           HA       VAL  86 -11.209  -1.158   8.265
    3    HB   VAL  86           HB       VAL  86 -12.299  -2.997  10.133
    4   HG12  VAL  86          HG11      VAL  86 -12.477  -4.200   7.910
    5   HG11  VAL  86          HG12      VAL  86 -11.585  -2.846   7.210
    6   HG13  VAL  86          HG13      VAL  86 -13.164  -2.576   7.948
    7   HG23  VAL  86          HG21      VAL  86 -10.077  -4.189   8.580
    8   HG22  VAL  86          HG22      VAL  86 -10.817  -4.726  10.089
    9   HG21  VAL  86          HG23      VAL  86  -9.663  -3.401  10.097

  No H/Q in entry =           9
  In of MODEL   10
    1    H    ARG  87           H        ARG  87 -13.221  -0.746   8.594
    2    HA   ARG  87           HA       ARG  87 -14.437   0.040  10.917
    3    HB2  ARG  87           HB2      ARG  87 -13.142   2.072  10.906
    4    HB3  ARG  87           HB3      ARG  87 -13.571   2.395   9.229
    5    HG2  ARG  87           HG2      ARG  87 -16.021   2.215  10.318
    6    HG3  ARG  87           HG3      ARG  87 -15.097   2.830  11.699
    7    HD2  ARG  87           HD2      ARG  87 -15.567   4.811  10.706
    8    HD3  ARG  87           HD3      ARG  87 -14.096   4.399   9.824
    9    HE   ARG  87           HE       ARG  87 -16.079   3.288   8.332
   10   HH11  ARG  87          HH11      ARG  87 -15.420   6.505   9.539
   11   HH12  ARG  87          HH12      ARG  87 -16.234   7.303   8.234
   12   HH21  ARG  87          HH21      ARG  87 -17.159   4.338   6.605
   13   HH22  ARG  87          HH22      ARG  87 -17.217   6.069   6.552

  No H/Q in entry =          13
  In of MODEL   10
    1    H    ALA  88           H        ALA  88 -16.478  -0.773  10.330
    2    HA   ALA  88           HA       ALA  88 -17.170  -1.477   8.002
    3    HB1  ALA  88           HB1      ALA  88 -18.707  -0.923  10.333
    4    HB3  ALA  88           HB2      ALA  88 -18.703  -2.298   9.231
    5    HB2  ALA  88           HB3      ALA  88 -19.658  -0.874   8.839

  No H/Q in entry =           5
  In of MODEL   10
    1    H    LYS  89           H        LYS  89 -18.177  -0.767   5.889
    2    HA   LYS  89           HA       LYS  89 -18.662   2.080   5.897
    3    HB2  LYS  89           HB2      LYS  89 -17.229   1.209   4.144
    4    HB3  LYS  89           HB3      LYS  89 -18.460   0.052   3.675
    5    HG2  LYS  89           HG2      LYS  89 -19.895   1.903   2.946
    6    HG3  LYS  89           HG3      LYS  89 -18.600   3.037   3.353
    7    HD2  LYS  89           HD2      LYS  89 -17.141   2.062   1.737
    8    HD3  LYS  89           HD3      LYS  89 -18.245   0.718   1.463
    9    HE2  LYS  89           HE2      LYS  89 -18.358   2.295  -0.354
   10    HE3  LYS  89           HE3      LYS  89 -19.881   2.267   0.532
   11    HZ1  LYS  89           HZ1      LYS  89 -19.001   4.265   1.769
   12    HZ3  LYS  89           HZ2      LYS  89 -19.388   4.526   0.145
   13    HZ2  LYS  89           HZ3      LYS  89 -17.772   4.351   0.611

  No H/Q in entry =          13
  In of MODEL   10
    1    H    THR  90           H        THR  90 -20.211  -0.893   4.733
    2    HA   THR  90           HA       THR  90 -22.826   0.319   5.368
    3    HB   THR  90           HB       THR  90 -23.519  -1.771   3.814
    4    HG1  THR  90           HG1      THR  90 -21.887  -1.616   2.015
    5   HG22  THR  90          HG21      THR  90 -22.535   0.841   2.667
    6   HG21  THR  90          HG22      THR  90 -24.070   0.649   3.512
    7   HG23  THR  90          HG23      THR  90 -23.784  -0.212   2.000

  No H/Q in entry =           7
  In of MODEL   10
    1    H    ALA  91           H        ALA  91 -24.394  -1.874   5.551
    2    HA   ALA  91           HA       ALA  91 -23.434  -3.165   8.009
    3    HB3  ALA  91           HB1      ALA  91 -25.720  -4.134   8.118
    4    HB1  ALA  91           HB2      ALA  91 -26.091  -3.419   6.550
    5    HB2  ALA  91           HB3      ALA  91 -25.805  -2.380   7.944

  No H/Q in entry =           5
  In of MODEL   10
    1    H    CYS  92           H        CYS  92 -22.248  -4.930   7.766
    2    HA   CYS  92           HA       CYS  92 -22.601  -6.429   5.204
    3    HB2  CYS  92           HB2      CYS  92 -20.059  -6.950   6.444
    4    HB3  CYS  92           HB3      CYS  92 -20.357  -6.182   4.893
    5    HG   CYS  92           HG       CYS  92 -20.898  -3.663   6.426

  No H/Q in entry =           5
  In of MODEL   10
    1    H    GLU  93           H        GLU  93 -20.923  -8.410   5.898
    2    HA   GLU  93           HA       GLU  93 -21.897  -9.955   8.056
    3    HB2  GLU  93           HB2      GLU  93 -22.675 -10.689   5.217
    4    HB3  GLU  93           HB3      GLU  93 -22.699 -11.823   6.560
    5    HG2  GLU  93           HG2      GLU  93 -24.265 -10.146   7.694
    6    HG3  GLU  93           HG3      GLU  93 -24.441  -9.440   6.088

  No H/Q in entry =           6
  In of MODEL   10
    1    H    VAL  94           H        VAL  94 -19.888 -10.573   8.618
    2    HA   VAL  94           HA       VAL  94 -17.991 -11.019   6.430
    3    HB   VAL  94           HB       VAL  94 -16.205 -10.712   8.180
    4   HG12  VAL  94          HG11      VAL  94 -16.825  -8.127   8.325
    5   HG11  VAL  94          HG12      VAL  94 -17.985  -8.628   7.093
    6   HG13  VAL  94          HG13      VAL  94 -16.260  -8.900   6.845
    7   HG22  VAL  94          HG21      VAL  94 -17.244 -10.940  10.252
    8   HG21  VAL  94          HG22      VAL  94 -18.588  -9.897   9.800
    9   HG23  VAL  94          HG23      VAL  94 -16.994  -9.199  10.099

  No H/Q in entry =           9
  In of MODEL   10
    1    H    ALA  95           H        ALA  95 -16.603 -12.750   6.487
    2    HA   ALA  95           HA       ALA  95 -17.653 -15.012   8.007
    3    HB3  ALA  95           HB1      ALA  95 -15.775 -16.140   6.622
    4    HB2  ALA  95           HB2      ALA  95 -15.612 -14.584   5.815
    5    HB1  ALA  95           HB3      ALA  95 -17.127 -15.476   5.698

  No H/Q in entry =           5
  In of MODEL   10
    1    H    GLU  96           H        GLU  96 -17.054 -14.235  10.034
    2    HA   GLU  96           HA       GLU  96 -14.202 -13.652  10.309
    3    HB2  GLU  96           HB2      GLU  96 -14.746 -12.397  12.310
    4    HB3  GLU  96           HB3      GLU  96 -15.671 -11.806  10.933
    5    HG2  GLU  96           HG2      GLU  96 -17.643 -12.990  11.708
    6    HG3  GLU  96           HG3      GLU  96 -16.714 -13.722  13.014

  No H/Q in entry =           6
  In of MODEL   10
    1    H    ILE  97           H        ILE  97 -13.119 -15.077  10.901
    2    HA   ILE  97           HA       ILE  97 -13.802 -16.657  13.235
    3    HB   ILE  97           HB       ILE  97 -12.146 -18.382  12.007
    4   HG12  ILE  97          HG12      ILE  97 -13.910 -17.447   9.759
    5   HG13  ILE  97          HG13      ILE  97 -12.234 -16.935   9.921
    6   HG21  ILE  97          HG21      ILE  97 -15.132 -18.245  11.852
    7   HG23  ILE  97          HG22      ILE  97 -14.155 -18.923  13.149
    8   HG22  ILE  97          HG23      ILE  97 -14.165 -19.697  11.567
    9   HD12  ILE  97          HD11      ILE  97 -13.322 -19.656   9.344
   10   HD11  ILE  97          HD12      ILE  97 -11.712 -19.454  10.031
   11   HD13  ILE  97          HD13      ILE  97 -12.101 -18.731   8.470

  No H/Q in entry =          11
  In of MODEL   10
    1    H    SER  98           H        SER  98 -11.821 -17.787  14.016
    2    HA   SER  98           HA       SER  98  -9.831 -15.688  14.303
    3    HB2  SER  98           HB2      SER  98  -9.028 -17.453  16.094
    4    HB3  SER  98           HB3      SER  98 -10.389 -16.378  16.436
    5    HG   SER  98           HG       SER  98 -10.811 -18.625  16.882

  No H/Q in entry =           5
  In of MODEL   10
    1    H    TYR  99           H        TYR  99  -7.811 -15.886  13.812
    2    HA   TYR  99           HA       TYR  99  -7.111 -17.520  11.516
    3    HB2  TYR  99           HB2      TYR  99  -5.039 -16.295  11.406
    4    HB3  TYR  99           HB3      TYR  99  -6.310 -15.144  11.747
    5    HD1  TYR  99           HD1      TYR  99  -4.724 -17.234  14.396
    6    HD2  TYR  99           HD2      TYR  99  -4.871 -13.429  12.499
    7    HE1  TYR  99           HE1      TYR  99  -3.318 -16.295  16.166
    8    HE2  TYR  99           HE2      TYR  99  -3.467 -12.487  14.274
    9    HH   TYR  99           HH       TYR  99  -2.387 -12.857  16.154

  No H/Q in entry =           9
  In of MODEL   10
    1    H    LYS 100           H        LYS 100  -7.120 -18.233  14.896
    2    HA   LYS 100           HA       LYS 100  -4.822 -19.882  14.738
    3    HB2  LYS 100           HB2      LYS 100  -5.952 -19.448  16.870
    4    HB3  LYS 100           HB3      LYS 100  -7.385 -20.276  16.280
    5    HG2  LYS 100           HG2      LYS 100  -6.592 -22.112  17.228
    6    HG3  LYS 100           HG3      LYS 100  -5.351 -22.132  15.968
    7    HD2  LYS 100           HD2      LYS 100  -5.125 -20.708  18.619
    8    HD3  LYS 100           HD3      LYS 100  -4.399 -22.272  18.243
    9    HE2  LYS 100           HE2      LYS 100  -2.998 -21.289  16.569
   10    HE3  LYS 100           HE3      LYS 100  -3.836 -19.744  16.702
   11    HZ3  LYS 100           HZ1      LYS 100  -3.003 -19.529  18.955
   12    HZ2  LYS 100           HZ2      LYS 100  -1.725 -19.711  17.863
   13    HZ1  LYS 100           HZ3      LYS 100  -2.203 -21.013  18.827

  No H/Q in entry =          13
  In of MODEL   10
    1    H    LYS 101           H        LYS 101  -8.285 -20.598  14.237
    2    HA   LYS 101           HA       LYS 101  -7.779 -23.194  13.084
    3    HB2  LYS 101           HB2      LYS 101  -9.816 -23.349  14.050
    4    HB3  LYS 101           HB3      LYS 101 -10.118 -21.623  13.922
    5    HG2  LYS 101           HG2      LYS 101 -10.895 -21.830  11.705
    6    HG3  LYS 101           HG3      LYS 101 -10.336 -23.501  11.590
    7    HD2  LYS 101           HD2      LYS 101 -12.613 -23.774  11.961
    8    HD3  LYS 101           HD3      LYS 101 -11.951 -23.906  13.591
    9    HE2  LYS 101           HE2      LYS 101 -12.485 -21.547  13.988
   10    HE3  LYS 101           HE3      LYS 101 -13.150 -21.428  12.358
   11    HZ1  LYS 101           HZ1      LYS 101 -14.183 -23.370  14.335
   12    HZ3  LYS 101           HZ2      LYS 101 -14.913 -22.836  12.906
   13    HZ2  LYS 101           HZ3      LYS 101 -14.782 -21.792  14.228

  No H/Q in entry =          13
  In of MODEL   10
    1    H    PHE 102           H        PHE 102  -8.619 -20.000  11.895
    2    HA   PHE 102           HA       PHE 102  -9.189 -20.681   9.223
    3    HB2  PHE 102           HB2      PHE 102  -9.921 -18.618   9.863
    4    HB3  PHE 102           HB3      PHE 102  -8.490 -18.230  10.753
    5    HD1  PHE 102           HD1      PHE 102 -10.272 -17.842   7.680
    6    HD2  PHE 102           HD2      PHE 102  -6.436 -17.500   9.472
    7    HE1  PHE 102           HE1      PHE 102  -9.575 -16.342   5.855
    8    HE2  PHE 102           HE2      PHE 102  -5.716 -16.024   7.650
    9    HZ   PHE 102           HZ       PHE 102  -7.275 -15.437   5.844

  No H/Q in entry =           9
  In of MODEL   10
    1    H    ARG 103           H        ARG 103  -6.199 -19.223  10.573
    2    HA   ARG 103           HA       ARG 103  -4.614 -19.400   8.419
    3    HB2  ARG 103           HB2      ARG 103  -2.787 -19.073   9.724
    4    HB3  ARG 103           HB3      ARG 103  -4.063 -18.660  10.857
    5    HG2  ARG 103           HG2      ARG 103  -3.686 -20.488  12.170
    6    HG3  ARG 103           HG3      ARG 103  -3.084 -21.469  10.830
    7    HD2  ARG 103           HD2      ARG 103  -1.343 -20.788  12.507
    8    HD3  ARG 103           HD3      ARG 103  -0.985 -20.345  10.841
    9    HE   ARG 103           HE       ARG 103  -1.997 -18.450  12.868
   10   HH11  ARG 103          HH11      ARG 103   0.011 -19.196  10.098
   11   HH12  ARG 103          HH12      ARG 103   0.674 -17.601   9.978
   12   HH21  ARG 103          HH21      ARG 103  -1.109 -16.342  12.728
   13   HH22  ARG 103          HH22      ARG 103   0.036 -15.974  11.480

  No H/Q in entry =          13
  In of MODEL   10
    1    H    GLN 104           H        GLN 104  -5.795 -22.046  10.148
    2    HA   GLN 104           HA       GLN 104  -3.807 -23.906   9.008
    3    HB2  GLN 104           HB2      GLN 104  -5.991 -24.329  11.028
    4    HB3  GLN 104           HB3      GLN 104  -5.075 -25.649  10.317
    5    HG2  GLN 104           HG2      GLN 104  -3.830 -23.351  11.792
    6    HG3  GLN 104           HG3      GLN 104  -4.247 -24.896  12.532
    7   HE21  GLN 104          HE21      GLN 104  -2.132 -23.253  10.313
    8   HE22  GLN 104          HE22      GLN 104  -0.951 -24.508  10.194

  No H/Q in entry =           8
  In of MODEL   10
    1    H    LEU 105           H        LEU 105  -7.169 -23.016   8.431
    2    HA   LEU 105           HA       LEU 105  -7.483 -25.109   6.401
    3    HB2  LEU 105           HB2      LEU 105  -9.667 -24.510   6.576
    4    HB3  LEU 105           HB3      LEU 105  -9.201 -23.352   7.806
    5    HG   LEU 105           HG       LEU 105  -8.746 -21.746   5.843
    6   HD11  LEU 105          HD11      LEU 105  -8.989 -23.595   4.135
    7   HD13  LEU 105          HD12      LEU 105  -9.942 -22.144   3.818
    8   HD12  LEU 105          HD13      LEU 105 -10.719 -23.580   4.486
    9   HD22  LEU 105          HD21      LEU 105 -10.512 -21.334   7.378
   10   HD21  LEU 105          HD22      LEU 105 -11.490 -22.633   6.697
   11   HD23  LEU 105          HD23      LEU 105 -11.195 -21.165   5.756

  No H/Q in entry =          11
  In of MODEL   10
    1    H    ILE 106           H        ILE 106  -7.037 -21.387   6.400
    2    HA   ILE 106           HA       ILE 106  -6.445 -21.242   3.763
    3    HB   ILE 106           HB       ILE 106  -5.554 -19.096   4.091
    4   HG12  ILE 106          HG12      ILE 106  -5.389 -18.569   6.783
    5   HG13  ILE 106          HG13      ILE 106  -4.693 -20.184   6.673
    6   HG21  ILE 106          HG21      ILE 106  -7.986 -19.828   4.837
    7   HG23  ILE 106          HG22      ILE 106  -7.430 -18.158   4.962
    8   HG22  ILE 106          HG23      ILE 106  -7.423 -19.200   6.385
    9   HD12  ILE 106          HD11      ILE 106  -3.800 -17.733   5.185
   10   HD11  ILE 106          HD12      ILE 106  -3.139 -19.351   4.950
   11   HD13  ILE 106          HD13      ILE 106  -2.954 -18.536   6.508

  No H/Q in entry =          11
  In of MODEL   10
    1    H    GLN 107           H        GLN 107  -4.696 -23.020   5.797
    2    HA   GLN 107           HA       GLN 107  -2.253 -22.584   4.270
    3    HB2  GLN 107           HB2      GLN 107  -2.550 -23.286   7.143
    4    HB3  GLN 107           HB3      GLN 107  -1.176 -23.947   6.262
    5    HG2  GLN 107           HG2      GLN 107  -1.207 -21.276   5.551
    6    HG3  GLN 107           HG3      GLN 107  -1.636 -21.272   7.261
    7   HE21  GLN 107          HE21      GLN 107   0.797 -22.035   4.914
    8   HE22  GLN 107          HE22      GLN 107   2.108 -22.246   6.024

  No H/Q in entry =           8
  In of MODEL   10
    1    H    VAL 108           H        VAL 108  -4.864 -24.508   4.772
    2    HA   VAL 108           HA       VAL 108  -3.630 -27.065   4.240
    3    HB   VAL 108           HB       VAL 108  -5.990 -26.228   5.431
    4   HG11  VAL 108          HG11      VAL 108  -6.690 -27.528   2.814
    5   HG13  VAL 108          HG12      VAL 108  -7.105 -25.893   3.332
    6   HG12  VAL 108          HG13      VAL 108  -7.800 -27.285   4.165
    7   HG22  VAL 108          HG21      VAL 108  -6.468 -28.581   5.728
    8   HG21  VAL 108          HG22      VAL 108  -4.753 -28.237   5.959
    9   HG23  VAL 108          HG23      VAL 108  -5.309 -28.987   4.462

  No H/Q in entry =           9
  In of MODEL   10
    1    H    ASN 109           H        ASN 109  -4.975 -24.404   2.591
    2    HA   ASN 109           HA       ASN 109  -4.598 -25.710  -0.021
    3    HB2  ASN 109           HB2      ASN 109  -6.738 -23.671   0.644
    4    HB3  ASN 109           HB3      ASN 109  -6.452 -24.388  -0.933
    5   HD21  ASN 109          HD21      ASN 109  -8.429 -24.433   1.619
    6   HD22  ASN 109          HD22      ASN 109  -9.029 -26.051   1.516

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   PRO 110           HA       PRO 110  -1.821 -22.157  -0.134
    2    HB2  PRO 110           HB2      PRO 110  -0.710 -22.724  -2.532
    3    HB3  PRO 110           HB3      PRO 110  -0.290 -23.628  -1.073
    4    HG2  PRO 110           HG2      PRO 110  -2.161 -24.369  -3.297
    5    HG3  PRO 110           HG3      PRO 110  -0.982 -25.381  -2.445
    6    HD2  PRO 110           HD2      PRO 110  -3.646 -25.403  -1.899
    7    HD3  PRO 110           HD3      PRO 110  -2.396 -25.769  -0.693

  No H/Q in entry =           7
  In of MODEL   10
    1    H    ASP 111           H        ASP 111  -4.637 -22.643  -1.895
    2    HA   ASP 111           HA       ASP 111  -4.159 -20.263  -3.517
    3    HB2  ASP 111           HB2      ASP 111  -6.691 -21.636  -3.979
    4    HB3  ASP 111           HB3      ASP 111  -5.475 -21.032  -5.102

  No H/Q in entry =           4
  In of MODEL   10
    1    H    ILE 112           H        ILE 112  -5.484 -21.051  -0.595
    2    HA   ILE 112           HA       ILE 112  -7.818 -19.343  -0.715
    3    HB   ILE 112           HB       ILE 112  -6.550 -20.996   1.456
    4   HG12  ILE 112          HG12      ILE 112  -8.252 -21.582  -0.569
    5   HG13  ILE 112          HG13      ILE 112  -8.162 -22.482   0.940
    6   HG22  ILE 112          HG21      ILE 112  -8.376 -20.302   2.935
    7   HG21  ILE 112          HG22      ILE 112  -8.873 -19.098   1.745
    8   HG23  ILE 112          HG23      ILE 112  -7.293 -18.968   2.528
    9   HD11  ILE 112          HD11      ILE 112 -10.060 -20.225   0.398
   10   HD13  ILE 112          HD12      ILE 112 -10.025 -21.266   1.821
   11   HD12  ILE 112          HD13      ILE 112 -10.451 -21.937   0.247

  No H/Q in entry =          11
  In of MODEL   10
    1    H    LEU 113           H        LEU 113  -4.700 -19.353   0.859
    2    HA   LEU 113           HA       LEU 113  -5.077 -16.783   1.980
    3    HB2  LEU 113           HB2      LEU 113  -3.574 -18.302   3.064
    4    HB3  LEU 113           HB3      LEU 113  -2.606 -18.450   1.606
    5    HG   LEU 113           HG       LEU 113  -2.136 -15.961   1.820
    6   HD11  LEU 113          HD11      LEU 113  -4.090 -15.942   3.657
    7   HD13  LEU 113          HD12      LEU 113  -2.783 -14.761   3.608
    8   HD12  LEU 113          HD13      LEU 113  -2.688 -16.135   4.709
    9   HD21  LEU 113          HD21      LEU 113  -1.162 -17.956   3.841
   10   HD23  LEU 113          HD22      LEU 113  -0.476 -16.341   3.664
   11   HD22  LEU 113          HD23      LEU 113  -0.409 -17.479   2.319

  No H/Q in entry =          11
  In of MODEL   10
    1    H    MET 114           H        MET 114  -4.114 -18.089  -0.954
    2    HA   MET 114           HA       MET 114  -2.619 -15.894  -2.010
    3    HB2  MET 114           HB2      MET 114  -2.891 -18.465  -2.756
    4    HB3  MET 114           HB3      MET 114  -4.111 -17.753  -3.801
    5    HG2  MET 114           HG2      MET 114  -1.288 -16.770  -3.683
    6    HG3  MET 114           HG3      MET 114  -1.814 -18.043  -4.776
    7    HE3  MET 114           HE1      MET 114  -1.256 -14.203  -6.302
    8    HE2  MET 114           HE2      MET 114  -0.610 -15.810  -6.626
    9    HE1  MET 114           HE3      MET 114  -0.456 -15.109  -5.016

  No H/Q in entry =           9
  In of MODEL   10
    1    H    ARG 115           H        ARG 115  -5.923 -16.997  -1.990
    2    HA   ARG 115           HA       ARG 115  -6.987 -15.152  -3.816
    3    HB2  ARG 115           HB2      ARG 115  -8.032 -17.017  -1.743
    4    HB3  ARG 115           HB3      ARG 115  -9.101 -15.694  -2.231
    5    HG2  ARG 115           HG2      ARG 115  -7.791 -17.351  -4.327
    6    HG3  ARG 115           HG3      ARG 115  -9.158 -18.019  -3.437
    7    HD2  ARG 115           HD2      ARG 115  -9.338 -15.297  -4.670
    8    HD3  ARG 115           HD3      ARG 115  -9.574 -16.736  -5.659
    9    HE   ARG 115           HE       ARG 115 -11.295 -17.270  -3.752
   10   HH11  ARG 115          HH11      ARG 115 -10.705 -14.220  -5.379
   11   HH12  ARG 115          HH12      ARG 115 -12.302 -13.613  -5.078
   12   HH21  ARG 115          HH21      ARG 115 -13.382 -16.479  -3.374
   13   HH22  ARG 115          HH22      ARG 115 -13.827 -14.892  -3.931

  No H/Q in entry =          13
  In of MODEL   10
    1    H    LEU 116           H        LEU 116  -6.651 -15.140  -0.214
    2    HA   LEU 116           HA       LEU 116  -7.715 -12.583   0.073
    3    HB2  LEU 116           HB2      LEU 116  -7.652 -13.831   2.027
    4    HB3  LEU 116           HB3      LEU 116  -6.003 -14.362   1.752
    5    HG   LEU 116           HG       LEU 116  -6.116 -11.486   2.114
    6   HD12  LEU 116          HD11      LEU 116  -6.773 -12.908   4.624
    7   HD11  LEU 116          HD12      LEU 116  -8.089 -12.463   3.538
    8   HD13  LEU 116          HD13      LEU 116  -7.012 -11.220   4.172
    9   HD22  LEU 116          HD21      LEU 116  -4.053 -12.635   2.349
   10   HD21  LEU 116          HD22      LEU 116  -4.737 -13.741   3.542
   11   HD23  LEU 116          HD23      LEU 116  -4.513 -12.035   3.947

  No H/Q in entry =          11
  In of MODEL   10
    1    H    SER 117           H        SER 117  -4.371 -13.636  -0.242
    2    HA   SER 117           HA       SER 117  -3.047 -11.320   0.369
    3    HB2  SER 117           HB2      SER 117  -1.176 -12.199  -0.934
    4    HB3  SER 117           HB3      SER 117  -1.898 -13.437   0.086
    5    HG   SER 117           HG       SER 117  -3.187 -13.723  -2.107

  No H/Q in entry =           5
  In of MODEL   10
    1    H    ALA 118           H        ALA 118  -4.304 -12.383  -2.698
    2    HA   ALA 118           HA       ALA 118  -3.405 -10.369  -4.383
    3    HB3  ALA 118           HB1      ALA 118  -4.419 -12.491  -5.119
    4    HB2  ALA 118           HB2      ALA 118  -5.144 -11.084  -5.902
    5    HB1  ALA 118           HB3      ALA 118  -5.990 -11.896  -4.584

  No H/Q in entry =           5
  In of MODEL   10
    1    H    GLN 119           H        GLN 119  -6.101 -10.385  -2.110
    2    HA   GLN 119           HA       GLN 119  -7.396  -8.130  -3.248
    3    HB2  GLN 119           HB2      GLN 119  -7.463  -9.150  -0.395
    4    HB3  GLN 119           HB3      GLN 119  -8.527  -7.912  -1.051
    5    HG2  GLN 119           HG2      GLN 119  -8.467 -10.844  -1.618
    6    HG3  GLN 119           HG3      GLN 119  -9.821  -9.827  -1.138
    7   HE21  GLN 119          HE21      GLN 119  -9.375 -11.712  -3.406
    8   HE22  GLN 119          HE22      GLN 119  -9.784 -10.805  -4.819

  No H/Q in entry =           8
  In of MODEL   10
    1    H    MET 120           H        MET 120  -5.378  -8.355  -0.240
    2    HA   MET 120           HA       MET 120  -4.818  -5.759   0.056
    3    HB2  MET 120           HB2      MET 120  -3.471  -8.256   0.711
    4    HB3  MET 120           HB3      MET 120  -2.369  -6.886   0.600
    5    HG2  MET 120           HG2      MET 120  -3.126  -5.963   2.484
    6    HG3  MET 120           HG3      MET 120  -4.810  -6.284   2.073
    7    HE3  MET 120           HE1      MET 120  -5.261  -9.959   3.093
    8    HE2  MET 120           HE2      MET 120  -4.158  -9.802   1.728
    9    HE1  MET 120           HE3      MET 120  -5.580  -8.761   1.839

  No H/Q in entry =           9
  In of MODEL   10
    1    H    ALA 121           H        ALA 121  -3.176  -7.855  -2.262
    2    HA   ALA 121           HA       ALA 121  -1.172  -6.032  -3.017
    3    HB2  ALA 121           HB1      ALA 121  -2.419  -8.171  -4.736
    4    HB1  ALA 121           HB2      ALA 121  -1.151  -8.461  -3.545
    5    HB3  ALA 121           HB3      ALA 121  -0.833  -7.431  -4.942

  No H/Q in entry =           5
  In of MODEL   10
    1    H    ARG 122           H        ARG 122  -4.522  -6.365  -3.795
    2    HA   ARG 122           HA       ARG 122  -4.517  -4.704  -6.097
    3    HB2  ARG 122           HB2      ARG 122  -6.438  -6.221  -4.601
    4    HB3  ARG 122           HB3      ARG 122  -7.064  -4.606  -4.906
    5    HG2  ARG 122           HG2      ARG 122  -7.639  -6.326  -6.619
    6    HG3  ARG 122           HG3      ARG 122  -6.849  -4.874  -7.246
    7    HD2  ARG 122           HD2      ARG 122  -5.051  -6.009  -7.930
    8    HD3  ARG 122           HD3      ARG 122  -4.982  -6.956  -6.438
    9    HE   ARG 122           HE       ARG 122  -6.829  -8.307  -7.444
   10   HH11  ARG 122          HH11      ARG 122  -4.426  -6.716  -9.449
   11   HH12  ARG 122          HH12      ARG 122  -4.750  -7.732 -10.821
   12   HH21  ARG 122          HH21      ARG 122  -7.243  -9.620  -9.237
   13   HH22  ARG 122          HH22      ARG 122  -6.331  -9.413 -10.693

  No H/Q in entry =          13
  In of MODEL   10
    1    H    ARG 123           H        ARG 123  -4.796  -4.285  -2.725
    2    HA   ARG 123           HA       ARG 123  -5.782  -1.628  -2.722
    3    HB2  ARG 123           HB2      ARG 123  -4.684  -3.488  -0.650
    4    HB3  ARG 123           HB3      ARG 123  -4.872  -1.781  -0.271
    5    HG2  ARG 123           HG2      ARG 123  -6.777  -3.279   0.410
    6    HG3  ARG 123           HG3      ARG 123  -7.220  -1.876  -0.562
    7    HD2  ARG 123           HD2      ARG 123  -7.187  -3.361  -2.570
    8    HD3  ARG 123           HD3      ARG 123  -6.931  -4.729  -1.493
    9    HE   ARG 123           HE       ARG 123  -9.160  -4.722  -1.040
   10   HH11  ARG 123          HH11      ARG 123  -8.295  -1.531  -2.216
   11   HH12  ARG 123          HH12      ARG 123  -9.938  -1.002  -2.347
   12   HH21  ARG 123          HH21      ARG 123 -11.311  -4.050  -1.281
   13   HH22  ARG 123          HH22      ARG 123 -11.651  -2.428  -1.808

  No H/Q in entry =          13
  In of MODEL   10
    1    H    LEU 124           H        LEU 124  -2.658  -3.185  -2.781
    2    HA   LEU 124           HA       LEU 124  -1.159  -0.832  -2.245
    3    HB2  LEU 124           HB2      LEU 124  -0.621  -3.504  -3.415
    4    HB3  LEU 124           HB3      LEU 124   0.489  -2.218  -3.854
    5    HG   LEU 124           HG       LEU 124  -0.136  -2.764  -0.975
    6   HD11  LEU 124          HD11      LEU 124   1.760  -4.160  -2.800
    7   HD13  LEU 124          HD12      LEU 124   0.483  -4.866  -1.811
    8   HD12  LEU 124          HD13      LEU 124   1.917  -4.174  -1.043
    9   HD22  LEU 124          HD21      LEU 124   1.115  -0.726  -1.539
   10   HD21  LEU 124          HD22      LEU 124   2.293  -1.708  -2.418
   11   HD23  LEU 124          HD23      LEU 124   2.123  -1.889  -0.673

  No H/Q in entry =          11
  In of MODEL   10
    1    H    GLN 125           H        GLN 125  -2.672  -2.333  -4.956
    2    HA   GLN 125           HA       GLN 125  -1.599  -0.517  -6.905
    3    HB2  GLN 125           HB2      GLN 125  -3.547  -2.766  -6.945
    4    HB3  GLN 125           HB3      GLN 125  -3.612  -1.590  -8.253
    5    HG2  GLN 125           HG2      GLN 125  -1.234  -3.237  -7.439
    6    HG3  GLN 125           HG3      GLN 125  -2.225  -3.454  -8.880
    7   HE21  GLN 125          HE21      GLN 125   0.661  -2.794  -8.377
    8   HE22  GLN 125          HE22      GLN 125   0.970  -1.415  -9.375

  No H/Q in entry =           8
  In of MODEL   10
    1    H    VAL 126           H        VAL 126  -3.990  -0.162  -4.492
    2    HA   VAL 126           HA       VAL 126  -5.460   1.759  -6.122
    3    HB   VAL 126           HB       VAL 126  -6.719  -0.063  -4.790
    4   HG11  VAL 126          HG11      VAL 126  -5.289   0.299  -2.718
    5   HG13  VAL 126          HG12      VAL 126  -7.032   0.180  -2.479
    6   HG12  VAL 126          HG13      VAL 126  -6.243   1.758  -2.451
    7   HG22  VAL 126          HG21      VAL 126  -8.152   1.537  -5.513
    8   HG21  VAL 126          HG22      VAL 126  -7.234   2.848  -4.769
    9   HG23  VAL 126          HG23      VAL 126  -8.264   1.817  -3.772

  No H/Q in entry =           9
  In of MODEL   10
    1    H    THR 127           H        THR 127  -3.381   1.268  -3.333
    2    HA   THR 127           HA       THR 127  -3.551   4.062  -2.484
    3    HB   THR 127           HB       THR 127  -1.719   1.911  -1.428
    4    HG1  THR 127           HG1      THR 127  -4.205   2.527  -0.230
    5   HG21  THR 127          HG21      THR 127  -1.226   4.200  -0.710
    6   HG23  THR 127          HG22      THR 127  -1.809   3.227   0.641
    7   HG22  THR 127          HG23      THR 127  -2.885   4.384  -0.144

  No H/Q in entry =           7
  In of MODEL   10
    1    H    SER 128           H        SER 128  -1.735   2.597  -5.175
    2    HA   SER 128           HA       SER 128   0.610   3.955  -4.116
    3    HB2  SER 128           HB2      SER 128   0.231   1.848  -6.233
    4    HB3  SER 128           HB3      SER 128   1.699   2.819  -6.138
    5    HG   SER 128           HG       SER 128   0.681   0.915  -4.329

  No H/Q in entry =           5
  In of MODEL   10
    1    H    GLU 129           H        GLU 129  -2.015   3.860  -6.202
    2    HA   GLU 129           HA       GLU 129  -0.910   5.475  -8.330
    3    HB2  GLU 129           HB2      GLU 129  -2.812   3.643  -8.362
    4    HB3  GLU 129           HB3      GLU 129  -3.838   5.043  -8.081
    5    HG2  GLU 129           HG2      GLU 129  -2.817   6.116 -10.077
    6    HG3  GLU 129           HG3      GLU 129  -1.957   4.610 -10.388

  No H/Q in entry =           6
  In of MODEL   10
    1    H    LYS 130           H        LYS 130  -1.788   6.525  -5.311
    2    HA   LYS 130           HA       LYS 130  -1.918   9.201  -6.061
    3    HB2  LYS 130           HB2      LYS 130  -4.415   7.876  -6.370
    4    HB3  LYS 130           HB3      LYS 130  -4.541   8.861  -4.921
    5    HG2  LYS 130           HG2      LYS 130  -4.836  10.682  -6.147
    6    HG3  LYS 130           HG3      LYS 130  -3.310  10.404  -6.989
    7    HD2  LYS 130           HD2      LYS 130  -4.513   8.821  -8.497
    8    HD3  LYS 130           HD3      LYS 130  -6.021   9.293  -7.714
    9    HE2  LYS 130           HE2      LYS 130  -5.682  10.513  -9.806
   10    HE3  LYS 130           HE3      LYS 130  -5.680  11.601  -8.420
   11    HZ3  LYS 130           HZ1      LYS 130  -3.488  12.078  -8.684
   12    HZ2  LYS 130           HZ2      LYS 130  -3.845  11.726 -10.299
   13    HZ1  LYS 130           HZ3      LYS 130  -3.095  10.559  -9.320

  No H/Q in entry =          13
  In of MODEL   10
    1    H    VAL 131           H        VAL 131  -0.343   8.187  -4.328
    2    HA   VAL 131           HA       VAL 131  -1.084   7.556  -1.743
    3    HB   VAL 131           HB       VAL 131   1.208   9.315  -1.659
    4   HG11  VAL 131          HG11      VAL 131   0.456   6.748  -0.722
    5   HG13  VAL 131          HG12      VAL 131   1.780   7.792  -0.190
    6   HG12  VAL 131          HG13      VAL 131   2.035   6.631  -1.497
    7   HG23  VAL 131          HG21      VAL 131   1.361   7.216  -3.810
    8   HG22  VAL 131          HG22      VAL 131   2.714   8.156  -3.174
    9   HG21  VAL 131          HG23      VAL 131   1.411   8.965  -4.042

  No H/Q in entry =           9
  In of MODEL   10
    1    H    GLY 132           H        GLY 132   0.341  10.549  -2.608
    2    HA3  GLY 132           HA2      GLY 132  -1.613  12.037  -0.964
    3    HA2  GLY 132           HA3      GLY 132   0.110  12.389  -0.928

  No H/Q in entry =           3
  In of MODEL   10
    1    H    ASN 133           H        ASN 133  -2.487  12.062  -3.299
    2    HA   ASN 133           HA       ASN 133  -1.256  14.222  -4.831
    3    HB2  ASN 133           HB2      ASN 133  -2.215  11.871  -5.725
    4    HB3  ASN 133           HB3      ASN 133  -3.689  12.824  -5.828
    5   HD21  ASN 133          HD21      ASN 133  -2.356  15.311  -6.454
    6   HD22  ASN 133          HD22      ASN 133  -1.781  15.156  -8.080

  No H/Q in entry =           6
  In of MODEL   10
    1    H    LEU 134           H        LEU 134  -4.008  13.282  -2.918
    2    HA   LEU 134           HA       LEU 134  -5.471  15.744  -3.489
    3    HB2  LEU 134           HB2      LEU 134  -6.888  14.718  -1.502
    4    HB3  LEU 134           HB3      LEU 134  -7.071  14.257  -3.176
    5    HG   LEU 134           HG       LEU 134  -5.715  12.270  -2.799
    6   HD13  LEU 134          HD11      LEU 134  -4.189  12.673  -1.135
    7   HD12  LEU 134          HD12      LEU 134  -5.386  11.692  -0.288
    8   HD11  LEU 134          HD13      LEU 134  -5.379  13.444  -0.087
    9   HD23  LEU 134          HD21      LEU 134  -7.823  12.406  -0.678
   10   HD22  LEU 134          HD22      LEU 134  -7.373  11.039  -1.700
   11   HD21  LEU 134          HD23      LEU 134  -8.213  12.424  -2.397

  No H/Q in entry =          11
  In of MODEL   10
    1    H    ALA 135           H        ALA 135  -3.132  14.801  -1.471
    2    HA   ALA 135           HA       ALA 135  -3.787  16.397   0.891
    3    HB2  ALA 135           HB1      ALA 135  -1.850  15.508   1.988
    4    HB1  ALA 135           HB2      ALA 135  -1.313  14.716   0.506
    5    HB3  ALA 135           HB3      ALA 135  -2.801  14.193   1.299

  No H/Q in entry =           5
  In of MODEL   10
    1    H    PHE 136           H        PHE 136  -2.412  16.829  -2.037
    2    HA   PHE 136           HA       PHE 136  -0.257  18.585  -1.564
    3    HB2  PHE 136           HB2      PHE 136  -1.023  17.231  -3.650
    4    HB3  PHE 136           HB3      PHE 136  -1.991  18.657  -4.010
    5    HD1  PHE 136           HD1      PHE 136  -1.074  20.154  -5.464
    6    HD2  PHE 136           HD2      PHE 136   1.508  17.875  -2.968
    7    HE1  PHE 136           HE1      PHE 136   0.877  21.205  -6.531
    8    HE2  PHE 136           HE2      PHE 136   3.466  18.922  -4.027
    9    HZ   PHE 136           HZ       PHE 136   3.151  20.591  -5.811

  No H/Q in entry =           9
  In of MODEL   10
    1    H    LEU 137           H        LEU 137  -3.083  19.236  -0.320
    2    HA   LEU 137           HA       LEU 137  -4.245  21.056   0.393
    3    HB2  LEU 137           HB2      LEU 137  -1.620  22.114  -0.354
    4    HB3  LEU 137           HB3      LEU 137  -2.890  23.318  -0.236
    5    HG   LEU 137           HG       LEU 137  -2.211  21.362   1.961
    6   HD12  LEU 137          HD11      LEU 137  -1.214  23.349   3.074
    7   HD11  LEU 137          HD12      LEU 137  -1.365  24.223   1.549
    8   HD13  LEU 137          HD13      LEU 137  -0.323  22.804   1.653
    9   HD23  LEU 137          HD21      LEU 137  -3.528  23.000   3.317
   10   HD22  LEU 137          HD22      LEU 137  -4.470  22.107   2.124
   11   HD21  LEU 137          HD23      LEU 137  -4.001  23.777   1.807

  No H/Q in entry =          11
  In of MODEL   10
    1    H    ASP 138           H        ASP 138  -3.830  20.364  -2.609
    2    HA   ASP 138           HA       ASP 138  -5.033  22.478  -4.021
    3    HB2  ASP 138           HB2      ASP 138  -3.291  21.144  -5.113
    4    HB3  ASP 138           HB3      ASP 138  -4.479  19.850  -5.378

  No H/Q in entry =           4
  In of MODEL   10
    1    H    VAL 139           H        VAL 139  -6.643  21.164  -1.941
    2    HA   VAL 139           HA       VAL 139  -8.756  19.725  -2.741
    3    HB   VAL 139           HB       VAL 139  -8.349  21.207  -0.530
    4   HG12  VAL 139          HG11      VAL 139 -10.254  22.686  -0.155
    5   HG11  VAL 139          HG12      VAL 139 -10.760  22.487  -1.831
    6   HG13  VAL 139          HG13      VAL 139  -9.238  23.300  -1.461
    7   HG21  VAL 139          HG21      VAL 139  -9.955  19.191  -1.405
    8   HG23  VAL 139          HG22      VAL 139 -11.120  20.378  -0.826
    9   HG22  VAL 139          HG23      VAL 139  -9.862  19.773   0.253

  No H/Q in entry =           9
  In of MODEL   10
    1    H    THR 140           H        THR 140  -8.130  22.845  -4.166
    2    HA   THR 140           HA       THR 140 -10.540  23.781  -5.060
    3    HB   THR 140           HB       THR 140  -8.472  23.650  -7.139
    4    HG1  THR 140           HG1      THR 140  -6.869  23.878  -5.774
    5   HG22  THR 140          HG21      THR 140  -8.751  26.091  -7.074
    6   HG21  THR 140          HG22      THR 140  -9.805  25.925  -5.670
    7   HG23  THR 140          HG23      THR 140 -10.297  25.257  -7.227

  No H/Q in entry =           7
  In of MODEL   10
    1    H    GLY 141           H        GLY 141 -12.171  22.624  -5.901
    2    HA3  GLY 141           HA2      GLY 141 -13.424  21.255  -7.186
    3    HA2  GLY 141           HA3      GLY 141 -12.136  21.383  -8.361

  No H/Q in entry =           3
  In of MODEL   10
    1    H    ARG 142           H        ARG 142 -10.816  20.197  -5.608
    2    HA   ARG 142           HA       ARG 142 -10.361  17.702  -6.778
    3    HB2  ARG 142           HB2      ARG 142  -9.152  19.101  -4.763
    4    HB3  ARG 142           HB3      ARG 142  -9.904  17.771  -3.893
    5    HG2  ARG 142           HG2      ARG 142  -7.493  17.490  -4.761
    6    HG3  ARG 142           HG3      ARG 142  -8.640  16.164  -4.981
    7    HD2  ARG 142           HD2      ARG 142  -8.854  16.545  -7.244
    8    HD3  ARG 142           HD3      ARG 142  -8.376  18.234  -7.107
    9    HE   ARG 142           HE       ARG 142  -6.596  15.912  -7.220
   10   HH11  ARG 142          HH11      ARG 142  -7.008  19.368  -6.994
   11   HH12  ARG 142          HH12      ARG 142  -5.400  19.741  -7.537
   12   HH21  ARG 142          HH21      ARG 142  -4.467  16.375  -7.950
   13   HH22  ARG 142          HH22      ARG 142  -3.959  18.028  -8.084

  No H/Q in entry =          13
  In of MODEL   10
    1    H    ILE 143           H        ILE 143 -12.056  18.194  -3.629
    2    HA   ILE 143           HA       ILE 143 -13.030  16.067  -3.012
    3    HB   ILE 143           HB       ILE 143 -14.961  18.285  -3.411
    4   HG12  ILE 143          HG12      ILE 143 -13.889  18.950  -1.072
    5   HG13  ILE 143          HG13      ILE 143 -12.453  18.262  -1.826
    6   HG22  ILE 143          HG21      ILE 143 -15.437  17.579  -0.958
    7   HG21  ILE 143          HG22      ILE 143 -14.673  16.066  -1.451
    8   HG23  ILE 143          HG23      ILE 143 -16.100  16.657  -2.303
    9   HD13  ILE 143          HD11      ILE 143 -12.714  19.830  -3.696
   10   HD12  ILE 143          HD12      ILE 143 -12.596  20.671  -2.153
   11   HD11  ILE 143          HD13      ILE 143 -14.160  20.476  -2.932

  No H/Q in entry =          11
  In of MODEL   10
    1    H    ALA 144           H        ALA 144 -14.915  17.829  -5.396
    2    HA   ALA 144           HA       ALA 144 -16.934  15.950  -5.722
    3    HB3  ALA 144           HB1      ALA 144 -15.886  17.856  -7.809
    4    HB1  ALA 144           HB2      ALA 144 -17.033  18.283  -6.539
    5    HB2  ALA 144           HB3      ALA 144 -17.480  17.103  -7.772

  No H/Q in entry =           5
  In of MODEL   10
    1    H    GLN 145           H        GLN 145 -13.707  16.117  -6.964
    2    HA   GLN 145           HA       GLN 145 -14.045  14.316  -9.119
    3    HB2  GLN 145           HB2      GLN 145 -12.133  15.930  -8.900
    4    HB3  GLN 145           HB3      GLN 145 -11.501  14.929  -7.604
    5    HG2  GLN 145           HG2      GLN 145 -12.057  13.507 -10.112
    6    HG3  GLN 145           HG3      GLN 145 -10.784  14.721 -10.202
    7   HE21  GLN 145          HE21      GLN 145 -11.722  11.648  -8.968
    8   HE22  GLN 145          HE22      GLN 145 -10.190  11.210  -8.303

  No H/Q in entry =           8
  In of MODEL   10
    1    H    THR 146           H        THR 146 -13.430  13.837  -5.493
    2    HA   THR 146           HA       THR 146 -12.670  11.151  -5.969
    3    HB   THR 146           HB       THR 146 -13.495  12.557  -3.434
    4    HG1  THR 146           HG1      THR 146 -11.270  12.942  -4.992
    5   HG21  THR 146          HG21      THR 146 -11.840  10.115  -4.016
    6   HG23  THR 146          HG22      THR 146 -13.304  10.239  -3.040
    7   HG22  THR 146          HG23      THR 146 -11.793  10.938  -2.457

  No H/Q in entry =           7
  In of MODEL   10
    1    H    LEU 147           H        LEU 147 -15.474  12.892  -6.130
    2    HA   LEU 147           HA       LEU 147 -17.158  11.132  -4.521
    3    HB2  LEU 147           HB2      LEU 147 -18.012  13.592  -6.041
    4    HB3  LEU 147           HB3      LEU 147 -18.942  12.693  -4.851
    5    HG   LEU 147           HG       LEU 147 -16.543  14.431  -4.382
    6   HD13  LEU 147          HD11      LEU 147 -18.345  15.822  -4.252
    7   HD12  LEU 147          HD12      LEU 147 -18.277  15.244  -2.587
    8   HD11  LEU 147          HD13      LEU 147 -19.431  14.542  -3.720
    9   HD23  LEU 147          HD21      LEU 147 -16.782  13.737  -1.980
   10   HD22  LEU 147          HD22      LEU 147 -16.106  12.521  -3.063
   11   HD21  LEU 147          HD23      LEU 147 -17.788  12.404  -2.549

  No H/Q in entry =          11
  In of MODEL   10
    1    H    LEU 148           H        LEU 148 -16.237  12.114  -7.685
    2    HA   LEU 148           HA       LEU 148 -18.232  10.578  -9.050
    3    HB2  LEU 148           HB2      LEU 148 -15.628  11.443 -10.267
    4    HB3  LEU 148           HB3      LEU 148 -17.185  11.223 -11.045
    5    HG   LEU 148           HG       LEU 148 -16.330  13.483  -9.253
    6   HD11  LEU 148          HD11      LEU 148 -15.662  13.544 -11.606
    7   HD13  LEU 148          HD12      LEU 148 -16.770  14.846 -11.171
    8   HD12  LEU 148          HD13      LEU 148 -17.360  13.447 -12.068
    9   HD22  LEU 148          HD21      LEU 148 -18.544  14.393  -9.324
   10   HD21  LEU 148          HD22      LEU 148 -18.670  12.743  -8.717
   11   HD23  LEU 148          HD23      LEU 148 -19.105  13.102 -10.389

  No H/Q in entry =          11
  In of MODEL   10
    1    H    ASN 149           H        ASN 149 -15.159  10.056  -7.594
    2    HA   ASN 149           HA       ASN 149 -14.541   7.567  -8.817
    3    HB2  ASN 149           HB2      ASN 149 -13.561   9.113  -6.537
    4    HB3  ASN 149           HB3      ASN 149 -13.581   7.382  -6.207
    5   HD21  ASN 149          HD21      ASN 149 -11.379   7.161  -6.216
    6   HD22  ASN 149          HD22      ASN 149 -10.427   7.300  -7.655

  No H/Q in entry =           6
  In of MODEL   10
    1    H    LEU 150           H        LEU 150 -16.658   8.665  -6.338
    2    HA   LEU 150           HA       LEU 150 -17.432   6.058  -5.352
    3    HB2  LEU 150           HB2      LEU 150 -18.574   8.836  -5.036
    4    HB3  LEU 150           HB3      LEU 150 -19.318   7.423  -4.305
    5    HG   LEU 150           HG       LEU 150 -16.437   7.934  -3.744
    6   HD13  LEU 150          HD11      LEU 150 -16.700   9.775  -2.512
    7   HD12  LEU 150          HD12      LEU 150 -18.213   9.196  -1.819
    8   HD11  LEU 150          HD13      LEU 150 -18.214   9.996  -3.389
    9   HD23  LEU 150          HD21      LEU 150 -17.088   6.999  -1.576
   10   HD22  LEU 150          HD22      LEU 150 -17.496   5.928  -2.920
   11   HD21  LEU 150          HD23      LEU 150 -18.756   6.888  -2.141

  No H/Q in entry =          11
  In of MODEL   10
    1    H    ALA 151           H        ALA 151 -17.952   7.730  -8.330
    2    HA   ALA 151           HA       ALA 151 -20.693   6.752  -8.496
    3    HB2  ALA 151           HB1      ALA 151 -20.710   7.889 -10.702
    4    HB3  ALA 151           HB2      ALA 151 -19.065   8.445 -10.399
    5    HB1  ALA 151           HB3      ALA 151 -20.388   8.999  -9.369

  No H/Q in entry =           5
  In of MODEL   10
    1    H    LYS 152           H        LYS 152 -17.521   5.949  -8.994
    2    HA   LYS 152           HA       LYS 152 -17.993   4.056 -11.137
    3    HB2  LYS 152           HB2      LYS 152 -15.479   4.666  -9.586
    4    HB3  LYS 152           HB3      LYS 152 -15.576   3.731 -11.076
    5    HG2  LYS 152           HG2      LYS 152 -16.170   5.677 -12.328
    6    HG3  LYS 152           HG3      LYS 152 -16.349   6.630 -10.853
    7    HD2  LYS 152           HD2      LYS 152 -13.897   6.081 -10.407
    8    HD3  LYS 152           HD3      LYS 152 -13.832   5.546 -12.086
    9    HE2  LYS 152           HE2      LYS 152 -14.637   8.294 -11.142
   10    HE3  LYS 152           HE3      LYS 152 -13.076   7.862 -11.836
   11    HZ3  LYS 152           HZ1      LYS 152 -14.394   8.825 -13.536
   12    HZ2  LYS 152           HZ2      LYS 152 -15.713   7.824 -13.194
   13    HZ1  LYS 152           HZ3      LYS 152 -14.307   7.168 -13.863

  No H/Q in entry =          13
  In of MODEL   10
    1    H    GLN 153           H        GLN 153 -18.133   3.971  -7.649
    2    HA   GLN 153           HA       GLN 153 -17.509   1.106  -7.742
    3    HB2  GLN 153           HB2      GLN 153 -17.972   2.524  -5.167
    4    HB3  GLN 153           HB3      GLN 153 -16.782   1.292  -5.565
    5    HG2  GLN 153           HG2      GLN 153 -15.702   3.160  -6.989
    6    HG3  GLN 153           HG3      GLN 153 -16.668   4.233  -5.978
    7   HE21  GLN 153          HE21      GLN 153 -14.687   5.099  -5.196
    8   HE22  GLN 153          HE22      GLN 153 -13.777   4.266  -3.988

  No H/Q in entry =           8
  In of MODEL   10
    1    HA   PRO 154           HA       PRO 154 -21.712  -0.139  -6.814
    2    HB2  PRO 154           HB2      PRO 154 -21.635  -1.368  -4.356
    3    HB3  PRO 154           HB3      PRO 154 -21.137  -2.141  -5.863
    4    HG2  PRO 154           HG2      PRO 154 -19.463  -0.834  -3.756
    5    HG3  PRO 154           HG3      PRO 154 -19.168  -2.338  -4.650
    6    HD2  PRO 154           HD2      PRO 154 -17.917  -0.065  -5.289
    7    HD3  PRO 154           HD3      PRO 154 -18.426  -1.215  -6.539

  No H/Q in entry =           7
  In of MODEL   10
    1    H    ASP 155           H        ASP 155 -20.209   2.080  -5.026
    2    HA   ASP 155           HA       ASP 155 -22.100   2.736  -2.982
    3    HB2  ASP 155           HB2      ASP 155 -19.765   4.292  -4.280
    4    HB3  ASP 155           HB3      ASP 155 -20.797   5.018  -3.054

  No H/Q in entry =           4
  In of MODEL   10
    1    H    ALA 156           H        ALA 156 -21.961   3.764  -6.602
    2    HA   ALA 156           HA       ALA 156 -23.484   5.977  -6.069
    3    HB3  ALA 156           HB1      ALA 156 -24.001   5.731  -8.527
    4    HB1  ALA 156           HB2      ALA 156 -22.998   4.279  -8.490
    5    HB2  ALA 156           HB3      ALA 156 -22.294   5.848  -8.101

  No H/Q in entry =           5
  In of MODEL   10
    1    H    MET 157           H        MET 157 -25.399   5.931  -5.179
    2    HA   MET 157           HA       MET 157 -27.025   3.574  -5.670
    3    HB2  MET 157           HB2      MET 157 -26.399   4.867  -3.457
    4    HB3  MET 157           HB3      MET 157 -27.859   5.771  -3.860
    5    HG2  MET 157           HG2      MET 157 -28.670   3.190  -4.175
    6    HG3  MET 157           HG3      MET 157 -27.526   3.063  -2.842
    7    HE3  MET 157           HE1      MET 157 -30.101   5.976  -3.850
    8    HE2  MET 157           HE2      MET 157 -31.461   5.442  -2.864
    9    HE1  MET 157           HE3      MET 157 -30.850   4.409  -4.156

  No H/Q in entry =           9
  In of MODEL   10
    1    H    THR 158           H        THR 158 -27.947   3.941  -7.829
    2    HA   THR 158           HA       THR 158 -28.984   6.277  -8.657
    3    HB   THR 158           HB       THR 158 -30.674   4.718  -9.923
    4    HG1  THR 158           HG1      THR 158 -30.166   2.955  -8.386
    5   HG23  THR 158          HG21      THR 158 -28.745   5.766 -10.982
    6   HG22  THR 158          HG22      THR 158 -28.875   4.086 -11.497
    7   HG21  THR 158          HG23      THR 158 -27.672   4.547 -10.293

  No H/Q in entry =           7
  In of MODEL   10
    1    H    HIS 159           H        HIS 159 -30.990   7.146  -8.845
    2    HA   HIS 159           HA       HIS 159 -33.244   6.254  -7.348
    3    HB2  HIS 159           HB2      HIS 159 -33.225   7.680  -5.563
    4    HB3  HIS 159           HB3      HIS 159 -31.499   7.765  -5.851
    5    HD1  HIS 159           HD1      HIS 159 -34.555   9.801  -5.754
    6    HD2  HIS 159           HD2      HIS 159 -30.674  10.180  -7.188
    7    HE1  HIS 159           HE1      HIS 159 -34.216  12.257  -6.145
    8    HE2  HIS 159           HE2      HIS 159 -31.940  12.443  -7.205

  No H/Q in entry =           8
  In of MODEL   10
    1    HA   PRO 160           HA       PRO 160 -35.080   8.151 -10.836
    2    HB2  PRO 160           HB2      PRO 160 -37.244   9.539  -9.911
    3    HB3  PRO 160           HB3      PRO 160 -37.174   7.781 -10.074
    4    HG2  PRO 160           HG2      PRO 160 -36.741   9.474  -7.641
    5    HG3  PRO 160           HG3      PRO 160 -37.669   7.971  -7.810
    6    HD2  PRO 160           HD2      PRO 160 -35.199   7.979  -6.765
    7    HD3  PRO 160           HD3      PRO 160 -35.769   6.645  -7.787

  No H/Q in entry =           7
  In of MODEL   10
    1    H    ASP 161           H        ASP 161 -32.883   9.842 -10.030
    2    HA   ASP 161           HA       ASP 161 -33.433  12.159 -11.518
    3    HB2  ASP 161           HB2      ASP 161 -34.675  13.259  -9.955
    4    HB3  ASP 161           HB3      ASP 161 -34.004  12.334  -8.622

  No H/Q in entry =           4
  In of MODEL   10
    1    H    GLY 162           H        GLY 162 -31.439  10.379  -9.379
    2    HA3  GLY 162           HA2      GLY 162 -29.089  11.000 -10.735
    3    HA2  GLY 162           HA3      GLY 162 -29.151  11.875  -9.203

  No H/Q in entry =           3
  In of MODEL   10
    1    H    MET 163           H        MET 163 -27.187  10.302  -9.120
    2    HA   MET 163           HA       MET 163 -28.089   8.046  -7.453
    3    HB2  MET 163           HB2      MET 163 -26.219   6.643  -8.332
    4    HB3  MET 163           HB3      MET 163 -27.470   6.930  -9.535
    5    HG2  MET 163           HG2      MET 163 -26.011   8.809 -10.394
    6    HG3  MET 163           HG3      MET 163 -24.735   8.143  -9.374
    7    HE1  MET 163           HE1      MET 163 -22.965   7.364 -10.963
    8    HE3  MET 163           HE2      MET 163 -23.805   8.351 -12.159
    9    HE2  MET 163           HE3      MET 163 -23.291   6.716 -12.570

  No H/Q in entry =           9
  In of MODEL   10
    1    H    GLN 164           H        GLN 164 -27.364   8.341  -5.652
    2    HA   GLN 164           HA       GLN 164 -25.343  10.279  -5.064
    3    HB2  GLN 164           HB2      GLN 164 -26.292  10.072  -2.766
    4    HB3  GLN 164           HB3      GLN 164 -27.473  10.587  -3.954
    5    HG2  GLN 164           HG2      GLN 164 -27.429   7.716  -3.673
    6    HG3  GLN 164           HG3      GLN 164 -27.722   8.521  -2.134
    7   HE21  GLN 164          HE21      GLN 164 -29.833   7.956  -1.950
    8   HE22  GLN 164          HE22      GLN 164 -31.075   8.538  -3.000

  No H/Q in entry =           8
  In of MODEL   10
    1    H    ILE 165           H        ILE 165 -24.523   9.690  -2.847
    2    HA   ILE 165           HA       ILE 165 -23.547   7.117  -2.233
    3    HB   ILE 165           HB       ILE 165 -21.077   8.177  -2.709
    4   HG12  ILE 165          HG12      ILE 165 -21.836   8.939  -5.326
    5   HG13  ILE 165          HG13      ILE 165 -22.889   9.811  -4.219
    6   HG22  ILE 165          HG21      ILE 165 -21.155   6.985  -4.982
    7   HG21  ILE 165          HG22      ILE 165 -22.817   6.603  -4.540
    8   HG23  ILE 165          HG23      ILE 165 -21.493   6.048  -3.527
    9   HD11  ILE 165          HD11      ILE 165 -20.632  10.313  -3.009
   10   HD13  ILE 165          HD12      ILE 165 -21.189  11.264  -4.385
   11   HD12  ILE 165          HD13      ILE 165 -19.981  10.004  -4.617

  No H/Q in entry =          11
  In of MODEL   10
    1    H    LYS 166           H        LYS 166 -23.642   7.879   0.401
    2    HA   LYS 166           HA       LYS 166 -23.314  10.635   0.609
    3    HB2  LYS 166           HB2      LYS 166 -23.975  10.163   2.917
    4    HB3  LYS 166           HB3      LYS 166 -25.109   9.396   1.817
    5    HG2  LYS 166           HG2      LYS 166 -23.895   7.257   2.130
    6    HG3  LYS 166           HG3      LYS 166 -22.887   8.053   3.335
    7    HD2  LYS 166           HD2      LYS 166 -24.966   8.589   4.610
    8    HD3  LYS 166           HD3      LYS 166 -25.864   7.600   3.456
    9    HE2  LYS 166           HE2      LYS 166 -24.339   5.696   4.040
   10    HE3  LYS 166           HE3      LYS 166 -23.672   6.705   5.323
   11    HZ2  LYS 166           HZ1      LYS 166 -25.392   5.206   6.140
   12    HZ1  LYS 166           HZ2      LYS 166 -26.521   5.896   5.088
   13    HZ3  LYS 166           HZ3      LYS 166 -25.852   6.820   6.330

  No H/Q in entry =          13
  In of MODEL   10
    1    H    ILE 167           H        ILE 167 -21.491  11.440   1.054
    2    HA   ILE 167           HA       ILE 167 -19.773   9.833   2.791
    3    HB   ILE 167           HB       ILE 167 -17.890  11.299   1.672
    4   HG12  ILE 167          HG12      ILE 167 -18.482  10.966  -0.913
    5   HG13  ILE 167          HG13      ILE 167 -20.108  11.254  -0.299
    6   HG22  ILE 167          HG21      ILE 167 -18.985   8.740   0.501
    7   HG21  ILE 167          HG22      ILE 167 -17.921   8.864   1.900
    8   HG23  ILE 167          HG23      ILE 167 -17.334   9.330   0.303
    9   HD12  ILE 167          HD11      ILE 167 -18.937  13.274  -1.107
   10   HD11  ILE 167          HD12      ILE 167 -17.779  13.068   0.206
   11   HD13  ILE 167          HD13      ILE 167 -19.479  13.366   0.569

  No H/Q in entry =          11
  In of MODEL   10
    1    H    THR 168           H        THR 168 -19.734  10.802   4.759
    2    HA   THR 168           HA       THR 168 -20.510  13.486   5.156
    3    HB   THR 168           HB       THR 168 -19.221  13.282   7.335
    4    HG1  THR 168           HG1      THR 168 -18.326  10.990   5.988
    5   HG22  THR 168          HG21      THR 168 -20.669  11.517   8.274
    6   HG21  THR 168          HG22      THR 168 -21.075  10.996   6.639
    7   HG23  THR 168          HG23      THR 168 -21.565  12.593   7.201

  No H/Q in entry =           7
  In of MODEL   10
    1    H    ARG 169           H        ARG 169 -19.013  15.256   5.639
    2    HA   ARG 169           HA       ARG 169 -16.948  15.373   3.621
    3    HB2  ARG 169           HB2      ARG 169 -16.653  17.522   5.538
    4    HB3  ARG 169           HB3      ARG 169 -17.010  17.604   3.834
    5    HG2  ARG 169           HG2      ARG 169 -19.314  17.595   4.174
    6    HG3  ARG 169           HG3      ARG 169 -19.154  17.095   5.859
    7    HD2  ARG 169           HD2      ARG 169 -18.002  19.259   6.292
    8    HD3  ARG 169           HD3      ARG 169 -18.379  19.726   4.639
    9    HE   ARG 169           HE       ARG 169 -20.797  19.096   5.618
   10   HH11  ARG 169          HH11      ARG 169 -18.213  21.123   6.843
   11   HH12  ARG 169          HH12      ARG 169 -19.282  22.215   7.659
   12   HH21  ARG 169          HH21      ARG 169 -22.209  20.525   6.711
   13   HH22  ARG 169          HH22      ARG 169 -21.557  21.858   7.604

  No H/Q in entry =          13
  In of MODEL   10
    1    H    GLN 170           H        GLN 170 -17.189  14.417   7.103
    2    HA   GLN 170           HA       GLN 170 -14.688  14.502   7.774
    3    HB2  GLN 170           HB2      GLN 170 -16.749  12.357   8.239
    4    HB3  GLN 170           HB3      GLN 170 -15.188  12.378   9.047
    5    HG2  GLN 170           HG2      GLN 170 -16.608  13.368  10.587
    6    HG3  GLN 170           HG3      GLN 170 -15.834  14.744   9.804
    7   HE21  GLN 170          HE21      GLN 170 -18.782  13.031  10.316
    8   HE22  GLN 170          HE22      GLN 170 -19.828  14.177   9.555

  No H/Q in entry =           8
  In of MODEL   10
    1    H    GLU 171           H        GLU 171 -15.790  12.550   4.858
    2    HA   GLU 171           HA       GLU 171 -13.743  10.722   5.566
    3    HB2  GLU 171           HB2      GLU 171 -15.865  10.855   3.453
    4    HB3  GLU 171           HB3      GLU 171 -14.403   9.925   3.117
    5    HG2  GLU 171           HG2      GLU 171 -14.906   8.321   4.650
    6    HG3  GLU 171           HG3      GLU 171 -15.707   9.466   5.728

  No H/Q in entry =           6
  In of MODEL   10
    1    H    ILE 172           H        ILE 172 -14.726  13.427   3.855
    2    HA   ILE 172           HA       ILE 172 -12.662  13.542   1.871
    3    HB   ILE 172           HB       ILE 172 -14.492  15.749   2.834
    4   HG12  ILE 172          HG12      ILE 172 -15.878  13.820   2.401
    5   HG13  ILE 172          HG13      ILE 172 -16.039  14.916   1.031
    6   HG21  ILE 172          HG21      ILE 172 -12.694  16.377   1.276
    7   HG23  ILE 172          HG22      ILE 172 -14.285  16.513   0.524
    8   HG22  ILE 172          HG23      ILE 172 -13.247  15.136   0.151
    9   HD11  ILE 172          HD11      ILE 172 -14.454  13.541  -0.235
   10   HD13  ILE 172          HD12      ILE 172 -15.864  12.617   0.283
   11   HD12  ILE 172          HD13      ILE 172 -14.331  12.441   1.138

  No H/Q in entry =          11
  In of MODEL   10
    1    H    GLY 173           H        GLY 173 -13.029  14.782   5.354
    2    HA3  GLY 173           HA2      GLY 173 -10.912  16.570   4.860
    3    HA2  GLY 173           HA3      GLY 173 -11.861  16.332   6.304

  No H/Q in entry =           3
  In of MODEL   10
    1    H    GLN 174           H        GLN 174 -11.177  13.457   5.591
    2    HA   GLN 174           HA       GLN 174  -8.734  13.214   7.194
    3    HB2  GLN 174           HB2      GLN 174 -10.953  11.262   6.669
    4    HB3  GLN 174           HB3      GLN 174  -9.406  10.814   7.394
    5    HG2  GLN 174           HG2      GLN 174  -9.727  12.443   9.144
    6    HG3  GLN 174           HG3      GLN 174 -11.277  12.901   8.438
    7   HE21  GLN 174          HE21      GLN 174 -12.990  11.506   8.558
    8   HE22  GLN 174          HE22      GLN 174 -13.032  10.200   9.694

  No H/Q in entry =           8
  In of MODEL   10
    1    H    ILE 175           H        ILE 175 -10.194  12.472   4.048
    2    HA   ILE 175           HA       ILE 175  -7.962  10.774   3.204
    3    HB   ILE 175           HB       ILE 175 -10.232  11.570   1.393
    4   HG12  ILE 175          HG12      ILE 175 -10.333   9.028   2.986
    5   HG13  ILE 175          HG13      ILE 175 -11.002  10.516   3.651
    6   HG23  ILE 175          HG21      ILE 175  -9.733   9.434   0.314
    7   HG22  ILE 175          HG22      ILE 175  -8.474   9.124   1.509
    8   HG21  ILE 175          HG23      ILE 175  -8.308  10.472   0.383
    9   HD12  ILE 175          HD11      ILE 175 -12.680   9.088   2.523
   10   HD11  ILE 175          HD12      ILE 175 -11.814   9.323   1.006
   11   HD13  ILE 175          HD13      ILE 175 -12.556  10.702   1.820

  No H/Q in entry =          11
  In of MODEL   10
    1    H    VAL 176           H        VAL 176  -9.693  13.604   1.953
    2    HA   VAL 176           HA       VAL 176  -7.914  14.197  -0.085
    3    HB   VAL 176           HB       VAL 176  -9.601  16.194   1.419
    4   HG11  VAL 176          HG11      VAL 176  -8.275  16.266  -1.280
    5   HG13  VAL 176          HG12      VAL 176  -8.088  17.401   0.058
    6   HG12  VAL 176          HG13      VAL 176  -9.605  17.336  -0.842
    7   HG21  VAL 176          HG21      VAL 176 -10.913  14.285   0.577
    8   HG23  VAL 176          HG22      VAL 176 -10.296  14.598  -1.047
    9   HG22  VAL 176          HG23      VAL 176 -11.311  15.796  -0.242

  No H/Q in entry =           9
  In of MODEL   10
    1    H    GLY 177           H        GLY 177  -8.126  15.852   3.059
    2    HA3  GLY 177           HA2      GLY 177  -5.671  15.699   3.976
    3    HA2  GLY 177           HA3      GLY 177  -5.401  16.810   2.643

  No H/Q in entry =           3
  In of MODEL   10
    1    H    CYS 178           H        CYS 178  -8.259  17.744   3.279
    2    HA   CYS 178           HA       CYS 178  -7.397  19.659   5.364
    3    HB2  CYS 178           HB2      CYS 178  -9.025  20.123   2.855
    4    HB3  CYS 178           HB3      CYS 178  -9.013  21.254   4.205
    5    HG   CYS 178           HG       CYS 178  -6.072  21.380   3.986

  No H/Q in entry =           5
  In of MODEL   10
    1    H    SER 179           H        SER 179  -9.155  20.317   6.854
    2    HA   SER 179           HA       SER 179 -10.780  18.109   7.432
    3    HB2  SER 179           HB2      SER 179 -11.815  20.450   8.655
    4    HB3  SER 179           HB3      SER 179 -10.782  19.221   9.387
    5    HG   SER 179           HG       SER 179  -9.616  21.052   9.568

  No H/Q in entry =           5
  In of MODEL   10
    1    H    ARG 180           H        ARG 180 -13.017  18.271   7.646
    2    HA   ARG 180           HA       ARG 180 -14.538  18.767   5.453
    3    HB2  ARG 180           HB2      ARG 180 -16.476  18.818   7.178
    4    HB3  ARG 180           HB3      ARG 180 -15.534  17.357   6.966
    5    HG2  ARG 180           HG2      ARG 180 -15.775  17.520   9.235
    6    HG3  ARG 180           HG3      ARG 180 -14.171  18.199   8.966
    7    HD2  ARG 180           HD2      ARG 180 -14.991  20.417   9.214
    8    HD3  ARG 180           HD3      ARG 180 -16.668  19.864   9.184
    9    HE   ARG 180           HE       ARG 180 -15.544  18.548  11.296
   10   HH11  ARG 180          HH11      ARG 180 -15.940  21.927  10.414
   11   HH12  ARG 180          HH12      ARG 180 -15.945  22.463  12.067
   12   HH21  ARG 180          HH21      ARG 180 -15.583  19.266  13.441
   13   HH22  ARG 180          HH22      ARG 180 -15.764  20.960  13.780

  No H/Q in entry =          13
  In of MODEL   10
    1    H    GLU 181           H        GLU 181 -12.888  21.152   6.431
    2    HA   GLU 181           HA       GLU 181 -14.988  23.117   6.671
    3    HB2  GLU 181           HB2      GLU 181 -12.178  23.021   7.601
    4    HB3  GLU 181           HB3      GLU 181 -13.043  24.553   7.500
    5    HG2  GLU 181           HG2      GLU 181 -13.985  22.148   9.032
    6    HG3  GLU 181           HG3      GLU 181 -13.127  23.516   9.740

  No H/Q in entry =           6
  In of MODEL   10
    1    H    THR 182           H        THR 182 -11.769  22.941   5.198
    2    HA   THR 182           HA       THR 182 -12.231  24.945   3.218
    3    HB   THR 182           HB       THR 182 -10.563  22.716   2.263
    4    HG1  THR 182           HG1      THR 182  -8.957  23.353   4.063
    5   HG21  THR 182          HG21      THR 182  -9.886  25.573   2.994
    6   HG23  THR 182          HG22      THR 182 -10.366  25.001   1.395
    7   HG22  THR 182          HG23      THR 182  -8.844  24.462   2.104

  No H/Q in entry =           7
  In of MODEL   10
    1    H    VAL 183           H        VAL 183 -12.339  21.417   3.253
    2    HA   VAL 183           HA       VAL 183 -13.899  21.025   0.897
    3    HB   VAL 183           HB       VAL 183 -12.676  19.514   3.101
    4   HG12  VAL 183          HG11      VAL 183 -15.088  18.213   1.908
    5   HG11  VAL 183          HG12      VAL 183 -15.130  19.035   3.467
    6   HG13  VAL 183          HG13      VAL 183 -14.051  17.644   3.228
    7   HG21  VAL 183          HG21      VAL 183 -12.338  19.619   0.471
    8   HG23  VAL 183          HG22      VAL 183 -13.392  18.203   0.578
    9   HG22  VAL 183          HG23      VAL 183 -11.862  18.236   1.457

  No H/Q in entry =           9
  In of MODEL   10
    1    H    GLY 184           H        GLY 184 -14.664  21.698   4.437
    2    HA3  GLY 184           HA2      GLY 184 -17.323  21.215   4.257
    3    HA2  GLY 184           HA3      GLY 184 -16.595  22.474   5.240

  No H/Q in entry =           3
  In of MODEL   10
    1    H    ARG 185           H        ARG 185 -15.582  23.579   2.319
    2    HA   ARG 185           HA       ARG 185 -17.690  25.532   2.380
    3    HB2  ARG 185           HB2      ARG 185 -15.319  25.141   0.521
    4    HB3  ARG 185           HB3      ARG 185 -16.439  26.493   0.421
    5    HG2  ARG 185           HG2      ARG 185 -15.727  27.264   2.611
    6    HG3  ARG 185           HG3      ARG 185 -14.647  25.875   2.761
    7    HD2  ARG 185           HD2      ARG 185 -13.564  26.705   0.606
    8    HD3  ARG 185           HD3      ARG 185 -14.449  28.204   0.881
    9    HE   ARG 185           HE       ARG 185 -13.147  27.685   3.241
   10   HH11  ARG 185          HH11      ARG 185 -12.225  28.185  -0.090
   11   HH12  ARG 185          HH12      ARG 185 -10.680  28.867   0.300
   12   HH21  ARG 185          HH21      ARG 185 -11.114  28.595   3.774
   13   HH22  ARG 185          HH22      ARG 185 -10.047  29.105   2.504

  No H/Q in entry =          13
  In of MODEL   10
    1    H    ILE 186           H        ILE 186 -16.258  22.962   0.747
    2    HA   ILE 186           HA       ILE 186 -17.626  23.142  -1.765
    3    HB   ILE 186           HB       ILE 186 -16.259  20.710  -0.659
    4   HG12  ILE 186          HG12      ILE 186 -14.961  22.931  -0.529
    5   HG13  ILE 186          HG13      ILE 186 -14.179  21.585  -1.343
    6   HG23  ILE 186          HG21      ILE 186 -16.016  20.030  -2.897
    7   HG22  ILE 186          HG22      ILE 186 -16.442  21.625  -3.513
    8   HG21  ILE 186          HG23      ILE 186 -17.676  20.607  -2.773
    9   HD12  ILE 186          HD11      ILE 186 -15.485  23.984  -2.594
   10   HD11  ILE 186          HD12      ILE 186 -14.961  22.568  -3.507
   11   HD13  ILE 186          HD13      ILE 186 -13.779  23.532  -2.623

  No H/Q in entry =          11
  In of MODEL   10
    1    H    LEU 187           H        LEU 187 -17.876  20.924   0.889
    2    HA   LEU 187           HA       LEU 187 -20.080  19.551  -0.187
    3    HB2  LEU 187           HB2      LEU 187 -18.957  19.568   2.581
    4    HB3  LEU 187           HB3      LEU 187 -20.064  18.359   1.910
    5    HG   LEU 187           HG       LEU 187 -17.169  18.800   1.323
    6   HD12  LEU 187          HD11      LEU 187 -18.605  16.271   0.941
    7   HD11  LEU 187          HD12      LEU 187 -18.386  16.882   2.585
    8   HD13  LEU 187          HD13      LEU 187 -16.982  16.586   1.557
    9   HD23  LEU 187          HD21      LEU 187 -17.361  17.522  -0.805
   10   HD22  LEU 187          HD22      LEU 187 -18.018  19.157  -0.897
   11   HD21  LEU 187          HD23      LEU 187 -19.101  17.775  -0.747

  No H/Q in entry =          11
  In of MODEL   10
    1    H    LYS 188           H        LYS 188 -19.833  22.519   1.021
    2    HA   LYS 188           HA       LYS 188 -22.481  22.602   2.340
    3    HB2  LYS 188           HB2      LYS 188 -20.492  23.975   3.255
    4    HB3  LYS 188           HB3      LYS 188 -20.736  25.012   1.854
    5    HG2  LYS 188           HG2      LYS 188 -23.096  24.393   3.530
    6    HG3  LYS 188           HG3      LYS 188 -21.884  25.491   4.190
    7    HD2  LYS 188           HD2      LYS 188 -22.270  27.093   2.581
    8    HD3  LYS 188           HD3      LYS 188 -22.885  25.922   1.411
    9    HE2  LYS 188           HE2      LYS 188 -24.912  25.652   2.751
   10    HE3  LYS 188           HE3      LYS 188 -24.298  26.821   3.919
   11    HZ1  LYS 188           HZ1      LYS 188 -24.184  28.392   1.934
   12    HZ3  LYS 188           HZ2      LYS 188 -25.712  28.037   2.563
   13    HZ2  LYS 188           HZ3      LYS 188 -25.193  27.280   1.139

  No H/Q in entry =          13
  In of MODEL   10
    1    H    MET 189           H        MET 189 -20.696  23.420  -0.585
    2    HA   MET 189           HA       MET 189 -22.878  25.035  -1.677
    3    HB2  MET 189           HB2      MET 189 -21.560  24.948  -3.855
    4    HB3  MET 189           HB3      MET 189 -20.833  25.811  -2.515
    5    HG2  MET 189           HG2      MET 189 -19.611  23.557  -2.101
    6    HG3  MET 189           HG3      MET 189 -20.043  23.238  -3.778
    7    HE2  MET 189           HE1      MET 189 -17.893  25.322  -1.312
    8    HE1  MET 189           HE2      MET 189 -19.014  26.553  -1.892
    9    HE3  MET 189           HE3      MET 189 -17.306  26.645  -2.321

  No H/Q in entry =           9
  In of MODEL   10
    1    H    LEU 190           H        LEU 190 -21.827  21.786  -1.703
    2    HA   LEU 190           HA       LEU 190 -23.128  20.768  -3.918
    3    HB2  LEU 190           HB2      LEU 190 -22.845  19.445  -1.231
    4    HB3  LEU 190           HB3      LEU 190 -23.125  18.642  -2.768
    5    HG   LEU 190           HG       LEU 190 -20.656  19.981  -1.780
    6   HD13  LEU 190          HD11      LEU 190 -20.859  17.645  -1.364
    7   HD12  LEU 190          HD12      LEU 190 -19.665  17.894  -2.640
    8   HD11  LEU 190          HD13      LEU 190 -21.291  17.340  -3.042
    9   HD21  LEU 190          HD21      LEU 190 -21.450  19.548  -4.626
   10   HD23  LEU 190          HD22      LEU 190 -19.767  19.659  -4.108
   11   HD22  LEU 190          HD23      LEU 190 -20.861  21.020  -3.855

  No H/Q in entry =          11
  In of MODEL   10
    1    H    GLU 191           H        GLU 191 -24.522  21.057  -0.574
    2    HA   GLU 191           HA       GLU 191 -27.043  20.151  -1.378
    3    HB2  GLU 191           HB2      GLU 191 -26.043  20.264   0.968
    4    HB3  GLU 191           HB3      GLU 191 -26.438  21.977   0.939
    5    HG2  GLU 191           HG2      GLU 191 -28.752  21.544   0.841
    6    HG3  GLU 191           HG3      GLU 191 -28.491  19.841   0.468

  No H/Q in entry =           6
  In of MODEL   10
    1    H    ASP 192           H        ASP 192 -25.397  23.000  -1.987
    2    HA   ASP 192           HA       ASP 192 -27.835  24.592  -2.204
    3    HB2  ASP 192           HB2      ASP 192 -24.983  25.223  -1.941
    4    HB3  ASP 192           HB3      ASP 192 -25.792  26.188  -3.171

  No H/Q in entry =           4
  In of MODEL   10
    1    H    GLN 193           H        GLN 193 -26.218  22.410  -3.794
    2    HA   GLN 193           HA       GLN 193 -26.085  21.595  -5.939
    3    HB2  GLN 193           HB2      GLN 193 -28.492  23.367  -6.054
    4    HB3  GLN 193           HB3      GLN 193 -27.865  22.688  -7.547
    5    HG2  GLN 193           HG2      GLN 193 -29.239  20.994  -7.087
    6    HG3  GLN 193           HG3      GLN 193 -27.960  20.485  -5.990
    7   HE21  GLN 193          HE21      GLN 193 -28.324  20.484  -3.842
    8   HE22  GLN 193          HE22      GLN 193 -29.822  20.936  -3.108

  No H/Q in entry =           8
  In of MODEL   10
    1    H    ASN 194           H        ASN 194 -24.559  23.971  -5.100
    2    HA   ASN 194           HA       ASN 194 -24.331  25.491  -7.591
    3    HB2  ASN 194           HB2      ASN 194 -24.276  26.462  -5.162
    4    HB3  ASN 194           HB3      ASN 194 -22.594  25.944  -5.182
    5   HD21  ASN 194          HD21      ASN 194 -24.964  27.876  -6.938
    6   HD22  ASN 194          HD22      ASN 194 -23.830  29.029  -7.553

  No H/Q in entry =           6
  In of MODEL   10
    1    H    LEU 195           H        LEU 195 -23.312  22.644  -6.605
    2    HA   LEU 195           HA       LEU 195 -21.004  22.676  -8.394
    3    HB2  LEU 195           HB2      LEU 195 -20.434  23.176  -5.873
    4    HB3  LEU 195           HB3      LEU 195 -20.643  21.450  -5.695
    5    HG   LEU 195           HG       LEU 195 -18.837  22.186  -7.877
    6   HD12  LEU 195          HD11      LEU 195 -16.990  22.797  -6.392
    7   HD11  LEU 195          HD12      LEU 195 -18.102  22.816  -5.021
    8   HD13  LEU 195          HD13      LEU 195 -18.293  23.985  -6.330
    9   HD23  LEU 195          HD21      LEU 195 -18.569  20.379  -5.475
   10   HD22  LEU 195          HD22      LEU 195 -17.474  20.442  -6.856
   11   HD21  LEU 195          HD23      LEU 195 -19.136  19.895  -7.074

  No H/Q in entry =          11
  In of MODEL   10
    1    H    ILE 196           H        ILE 196 -23.365  20.993  -6.553
    2    HA   ILE 196           HA       ILE 196 -23.540  18.664  -8.107
    3    HB   ILE 196           HB       ILE 196 -22.829  17.993  -5.238
    4   HG12  ILE 196          HG12      ILE 196 -20.979  17.670  -7.604
    5   HG13  ILE 196          HG13      ILE 196 -20.843  19.029  -6.487
    6   HG23  ILE 196          HG21      ILE 196 -22.584  15.755  -6.220
    7   HG22  ILE 196          HG22      ILE 196 -22.896  16.428  -7.818
    8   HG21  ILE 196          HG23      ILE 196 -24.171  16.422  -6.606
    9   HD13  ILE 196          HD11      ILE 196 -20.389  17.583  -4.673
   10   HD12  ILE 196          HD12      ILE 196 -19.327  17.115  -6.006
   11   HD11  ILE 196          HD13      ILE 196 -20.768  16.158  -5.639

  No H/Q in entry =          11
  In of MODEL   10
    1    H    SER 197           H        SER 197 -24.645  17.434  -5.493
    2    HA   SER 197           HA       SER 197 -26.596  19.100  -4.576
    3    HB2  SER 197           HB2      SER 197 -27.739  18.761  -6.648
    4    HB3  SER 197           HB3      SER 197 -27.524  17.014  -6.544
    5    HG   SER 197           HG       SER 197 -29.623  18.011  -5.846

  No H/Q in entry =           5
  In of MODEL   10
    1    H    ALA 198           H        ALA 198 -26.121  18.462  -2.518
    2    HA   ALA 198           HA       ALA 198 -25.849  15.638  -2.032
    3    HB2  ALA 198           HB1      ALA 198 -25.299  17.946  -0.172
    4    HB1  ALA 198           HB2      ALA 198 -24.078  17.259  -1.238
    5    HB3  ALA 198           HB3      ALA 198 -24.798  16.264   0.027

  No H/Q in entry =           5
  In of MODEL   10
    1    H    HIS 199           H        HIS 199 -27.615  14.715  -1.447
    2    HA   HIS 199           HA       HIS 199 -29.855  16.207  -0.323
    3    HB2  HIS 199           HB2      HIS 199 -29.451  13.302  -1.096
    4    HB3  HIS 199           HB3      HIS 199 -30.885  13.853  -0.234
    5    HD1  HIS 199           HD1      HIS 199 -32.771  14.189  -1.756
    6    HD2  HIS 199           HD2      HIS 199 -29.153  15.061  -3.602
    7    HE1  HIS 199           HE1      HIS 199 -33.358  14.880  -4.097
    8    HE2  HIS 199           HE2      HIS 199 -31.175  15.568  -5.137

  No H/Q in entry =           8
  In of MODEL   10
    1    H    GLY 200           H        GLY 200 -28.353  16.852   1.382
    2    HA3  GLY 200           HA2      GLY 200 -27.948  16.715   3.677
    3    HA2  GLY 200           HA3      GLY 200 -28.415  15.009   3.636

  No H/Q in entry =           3
  In of MODEL   10
    1    H    LYS 201           H        LYS 201 -26.792  13.602   3.809
    2    HA   LYS 201           HA       LYS 201 -24.103  14.507   3.082
    3    HB2  LYS 201           HB2      LYS 201 -23.423  12.372   4.364
    4    HB3  LYS 201           HB3      LYS 201 -24.032  13.745   5.273
    5    HG2  LYS 201           HG2      LYS 201 -26.329  12.456   4.925
    6    HG3  LYS 201           HG3      LYS 201 -25.229  11.080   4.843
    7    HD2  LYS 201           HD2      LYS 201 -24.276  11.690   6.997
    8    HD3  LYS 201           HD3      LYS 201 -25.312  13.117   7.069
    9    HE2  LYS 201           HE2      LYS 201 -26.319  10.279   6.934
   10    HE3  LYS 201           HE3      LYS 201 -26.130  11.196   8.427
   11    HZ2  LYS 201           HZ1      LYS 201 -27.947  11.830   6.167
   12    HZ1  LYS 201           HZ2      LYS 201 -27.684  12.855   7.485
   13    HZ3  LYS 201           HZ3      LYS 201 -28.388  11.339   7.724

  No H/Q in entry =          13
  In of MODEL   10
    1    H    THR 202           H        THR 202 -26.595  12.570   1.971
    2    HA   THR 202           HA       THR 202 -25.051  10.767   0.324
    3    HB   THR 202           HB       THR 202 -27.708  11.064  -0.683
    4    HG1  THR 202           HG1      THR 202 -28.494  12.011   1.140
    5   HG23  THR 202          HG21      THR 202 -27.979   8.798  -0.115
    6   HG22  THR 202          HG22      THR 202 -26.884   8.919   1.259
    7   HG21  THR 202          HG23      THR 202 -26.244   8.975  -0.384

  No H/Q in entry =           7
  In of MODEL   10
    1    H    ILE 203           H        ILE 203 -23.959  11.671  -1.337
    2    HA   ILE 203           HA       ILE 203 -24.906  14.204  -2.385
    3    HB   ILE 203           HB       ILE 203 -22.280  12.823  -2.296
    4   HG12  ILE 203          HG12      ILE 203 -23.026  15.704  -1.821
    5   HG13  ILE 203          HG13      ILE 203 -23.091  14.470  -0.570
    6   HG21  ILE 203          HG21      ILE 203 -23.091  14.905  -4.309
    7   HG23  ILE 203          HG22      ILE 203 -22.305  13.352  -4.598
    8   HG22  ILE 203          HG23      ILE 203 -21.413  14.663  -3.827
    9   HD13  ILE 203          HD11      ILE 203 -21.068  15.761  -0.403
   10   HD12  ILE 203          HD12      ILE 203 -20.656  15.374  -2.072
   11   HD11  ILE 203          HD13      ILE 203 -20.690  14.098  -0.853

  No H/Q in entry =          11
  In of MODEL   10
    1    H    VAL 204           H        VAL 204 -25.854  14.352  -4.258
    2    HA   VAL 204           HA       VAL 204 -25.742  12.075  -6.125
    3    HB   VAL 204           HB       VAL 204 -28.004  13.045  -4.846
    4   HG11  VAL 204          HG11      VAL 204 -27.768  14.430  -7.456
    5   HG13  VAL 204          HG12      VAL 204 -28.531  14.956  -5.953
    6   HG12  VAL 204          HG13      VAL 204 -29.337  13.771  -6.988
    7   HG21  VAL 204          HG21      VAL 204 -27.594  11.429  -7.308
    8   HG23  VAL 204          HG22      VAL 204 -29.211  11.759  -6.691
    9   HG22  VAL 204          HG23      VAL 204 -28.042  10.906  -5.687

  No H/Q in entry =           9
  In of MODEL   10
    1    H    VAL 205           H        VAL 205 -24.285  12.617  -7.258
    2    HA   VAL 205           HA       VAL 205 -23.980  15.015  -8.804
    3    HB   VAL 205           HB       VAL 205 -22.547  13.375 -10.250
    4   HG13  VAL 205          HG11      VAL 205 -21.530  14.814  -8.555
    5   HG12  VAL 205          HG12      VAL 205 -20.757  13.230  -8.536
    6   HG11  VAL 205          HG13      VAL 205 -21.935  13.650  -7.290
    7   HG23  VAL 205          HG21      VAL 205 -23.063  11.533  -7.901
    8   HG22  VAL 205          HG22      VAL 205 -21.989  11.222  -9.268
    9   HG21  VAL 205          HG23      VAL 205 -23.735  11.306  -9.519

  No H/Q in entry =           9
  In of MODEL   10
    1    H    TYR 206           H        TYR 206 -25.921  15.428  -9.467
    2    HA   TYR 206           HA       TYR 206 -27.991  14.062 -10.578
    3    HB2  TYR 206           HB2      TYR 206 -26.778  16.713 -11.428
    4    HB3  TYR 206           HB3      TYR 206 -28.216  16.069 -12.206
    5    HD1  TYR 206           HD1      TYR 206 -27.145  18.326  -9.850
    6    HD2  TYR 206           HD2      TYR 206 -30.018  15.220 -10.363
    7    HE1  TYR 206           HE1      TYR 206 -28.552  19.357  -8.141
    8    HE2  TYR 206           HE2      TYR 206 -31.437  16.230  -8.644
    9    HH   TYR 206           HH       TYR 206 -31.024  19.362  -7.523

  No H/Q in entry =           9
  In of MODEL   10
    1    H    GLY 207           H        GLY 207 -25.350  15.494 -12.530
    2    HA3  GLY 207           HA2      GLY 207 -24.952  13.249 -14.164
    3    HA2  GLY 207           HA3      GLY 207 -26.116  14.304 -14.948

  No H/Q in entry =           3
  In of MODEL   10
    1    H    THR 208           H        THR 208 -25.270  16.753 -14.555
    2    HA   THR 208           HA       THR 208 -23.159  17.058 -16.374
    3    HB   THR 208           HB       THR 208 -23.680  19.401 -14.725
    4    HG1  THR 208           HG1      THR 208 -25.977  19.035 -16.024
    5   HG22  THR 208          HG21      THR 208 -24.398  20.302 -16.948
    6   HG21  THR 208          HG22      THR 208 -24.118  18.703 -17.637
    7   HG23  THR 208          HG23      THR 208 -22.773  19.616 -16.951

  No H/Q in entry =           7
  In of MODEL   10
    1    H    ARG 209           H        ARG 209 -23.299  16.904 -12.961
    2    HA   ARG 209           HA       ARG 209 -20.480  16.842 -12.659
    3    HB2  ARG 209           HB2      ARG 209 -21.876  19.331 -12.212
    4    HB3  ARG 209           HB3      ARG 209 -21.209  18.733 -10.699
    5    HG2  ARG 209           HG2      ARG 209 -19.005  18.516 -11.844
    6    HG3  ARG 209           HG3      ARG 209 -19.720  19.317 -13.245
    7    HD2  ARG 209           HD2      ARG 209 -20.199  21.282 -11.913
    8    HD3  ARG 209           HD3      ARG 209 -19.592  20.479 -10.465
    9    HE   ARG 209           HE       ARG 209 -17.525  20.421 -12.296
   10   HH11  ARG 209          HH11      ARG 209 -19.421  22.877 -10.680
   11   HH12  ARG 209          HH12      ARG 209 -18.144  24.050 -10.673
   12   HH21  ARG 209          HH21      ARG 209 -15.838  21.952 -12.300
   13   HH22  ARG 209          HH22      ARG 209 -16.095  23.519 -11.598

  No H/Q in entry =          13
  In of MODEL   10
    1    H1   VAL   1           H1       VAL   1  26.824 -19.974   2.604
    2    H2   VAL   1           H3       VAL   1  26.104 -18.470   2.332
    3    H3   VAL   1           H2       VAL   1  27.656 -18.786   1.740
    4    HA   VAL   1           HA       VAL   1  28.517 -18.973   3.965
    5    HB   VAL   1           HB       VAL   1  28.608 -16.784   2.908
    6   HG11  VAL   1          HG11      VAL   1  25.859 -16.363   4.066
    7   HG13  VAL   1          HG12      VAL   1  26.304 -16.414   2.360
    8   HG12  VAL   1          HG13      VAL   1  26.861 -15.084   3.377
    9   HG21  VAL   1          HG21      VAL   1  29.405 -16.979   5.209
   10   HG23  VAL   1          HG22      VAL   1  27.801 -16.550   5.804
   11   HG22  VAL   1          HG23      VAL   1  28.747 -15.375   4.888

  No H/Q in entry =          11
  In of MODEL   10
    1    H    LEU   2           H        LEU   2  28.184 -19.301   6.106
    2    HA   LEU   2           HA       LEU   2  25.395 -19.577   6.966
    3    HB2  LEU   2           HB2      LEU   2  27.968 -20.699   8.078
    4    HB3  LEU   2           HB3      LEU   2  26.417 -20.867   8.877
    5    HG   LEU   2           HG       LEU   2  26.987 -21.912   6.103
    6   HD13  LEU   2          HD11      LEU   2  27.196 -24.104   7.106
    7   HD12  LEU   2          HD12      LEU   2  26.957 -23.420   8.713
    8   HD11  LEU   2          HD13      LEU   2  28.403 -23.015   7.789
    9   HD22  LEU   2          HD21      LEU   2  24.638 -21.512   6.508
   10   HD21  LEU   2          HD22      LEU   2  24.725 -22.378   8.043
   11   HD23  LEU   2          HD23      LEU   2  24.952 -23.248   6.526

  No H/Q in entry =          11
  In of MODEL   10
    1    H    GLY   3           H        GLY   3  25.469 -19.335   9.611
    2    HA3  GLY   3           HA2      GLY   3  25.779 -17.904  11.404
    3    HA2  GLY   3           HA3      GLY   3  26.988 -17.040  10.468

  No H/Q in entry =           3
  In of MODEL   10
    1    H    LYS   4           H        LYS   4  23.975 -17.534   8.948
    2    HA   LYS   4           HA       LYS   4  23.362 -14.689   9.296
    3    HB2  LYS   4           HB2      LYS   4  23.010 -16.626   7.094
    4    HB3  LYS   4           HB3      LYS   4  21.669 -15.516   7.334
    5    HG2  LYS   4           HG2      LYS   4  23.166 -14.610   5.692
    6    HG3  LYS   4           HG3      LYS   4  23.244 -13.621   7.149
    7    HD2  LYS   4           HD2      LYS   4  25.198 -15.808   7.068
    8    HD3  LYS   4           HD3      LYS   4  25.406 -14.601   5.798
    9    HE2  LYS   4           HE2      LYS   4  25.622 -12.846   7.386
   10    HE3  LYS   4           HE3      LYS   4  25.097 -13.887   8.707
   11    HZ1  LYS   4           HZ1      LYS   4  27.176 -15.259   8.033
   12    HZ3  LYS   4           HZ2      LYS   4  27.358 -13.872   8.981
   13    HZ2  LYS   4           HZ3      LYS   4  27.687 -13.808   7.327

  No H/Q in entry =          13
  In of MODEL   10
    1    HA   PRO   5           HA       PRO   5  19.982 -15.928  11.890
    2    HB2  PRO   5           HB2      PRO   5  18.816 -13.516  12.178
    3    HB3  PRO   5           HB3      PRO   5  20.353 -13.916  12.954
    4    HG2  PRO   5           HG2      PRO   5  19.849 -12.369  10.440
    5    HG3  PRO   5           HG3      PRO   5  20.972 -12.012  11.765
    6    HD2  PRO   5           HD2      PRO   5  21.750 -13.170   9.427
    7    HD3  PRO   5           HD3      PRO   5  22.562 -13.471  10.977

  No H/Q in entry =           7
  In of MODEL   10
    1    H    GLN   6           H        GLN   6  19.416 -16.897   9.502
    2    HA   GLN   6           HA       GLN   6  16.731 -15.844   8.921
    3    HB2  GLN   6           HB2      GLN   6  18.574 -15.497   7.114
    4    HB3  GLN   6           HB3      GLN   6  18.367 -17.217   6.810
    5    HG2  GLN   6           HG2      GLN   6  16.071 -16.910   6.232
    6    HG3  GLN   6           HG3      GLN   6  16.115 -15.225   6.743
    7   HE21  GLN   6          HE21      GLN   6  16.807 -17.464   4.228
    8   HE22  GLN   6          HE22      GLN   6  17.320 -16.310   3.049

  No H/Q in entry =           8
  In of MODEL   10
    1    H    THR   7           H        THR   7  18.603 -18.709   7.954
    2    HA   THR   7           HA       THR   7  18.227 -20.933   8.179
    3    HB   THR   7           HB       THR   7  16.185 -20.359  10.329
    4    HG1  THR   7           HG1      THR   7  18.072 -20.513  11.769
    5   HG21  THR   7          HG21      THR   7  18.118 -22.645   9.885
    6   HG23  THR   7          HG22      THR   7  16.379 -22.685   9.594
    7   HG22  THR   7          HG23      THR   7  16.993 -22.504  11.238

  No H/Q in entry =           7
  In of MODEL   10
    1    H    ASP   8           H        ASP   8  17.164 -20.268   6.014
    2    HA   ASP   8           HA       ASP   8  14.393 -21.220   6.084
    3    HB2  ASP   8           HB2      ASP   8  14.473 -18.759   5.666
    4    HB3  ASP   8           HB3      ASP   8  15.449 -19.069   4.235

  No H/Q in entry =           4
  In of MODEL   10
    1    HA   PRO   9           HA       PRO   9  16.780 -23.937   3.298
    2    HB2  PRO   9           HB2      PRO   9  14.938 -26.016   4.121
    3    HB3  PRO   9           HB3      PRO   9  16.672 -25.901   4.426
    4    HG2  PRO   9           HG2      PRO   9  14.768 -25.679   6.380
    5    HG3  PRO   9           HG3      PRO   9  16.375 -24.939   6.474
    6    HD2  PRO   9           HD2      PRO   9  13.753 -23.689   5.770
    7    HD3  PRO   9           HD3      PRO   9  15.097 -23.037   6.733

  No H/Q in entry =           7
  In of MODEL   10
    1    H    THR  10           H        THR  10  13.545 -22.909   3.493
    2    HA   THR  10           HA       THR  10  12.611 -24.536   1.267
    3    HB   THR  10           HB       THR  10  10.799 -22.410   1.841
    4    HG1  THR  10           HG1      THR  10  11.821 -22.131   3.854
    5   HG22  THR  10          HG21      THR  10   9.346 -24.252   2.589
    6   HG21  THR  10          HG22      THR  10  10.740 -25.333   2.601
    7   HG23  THR  10          HG23      THR  10  10.173 -24.642   1.080

  No H/Q in entry =           7
  In of MODEL   10
    1    H    LEU  11           H        LEU  11  13.614 -21.182   1.962
    2    HA   LEU  11           HA       LEU  11  13.024 -20.355  -0.705
    3    HB2  LEU  11           HB2      LEU  11  13.539 -18.976   1.616
    4    HB3  LEU  11           HB3      LEU  11  15.003 -18.719   0.672
    5    HG   LEU  11           HG       LEU  11  12.203 -18.207  -0.303
    6   HD13  LEU  11          HD11      LEU  11  12.718 -15.886  -0.188
    7   HD12  LEU  11          HD12      LEU  11  14.353 -16.238   0.377
    8   HD11  LEU  11          HD13      LEU  11  12.962 -16.603   1.409
    9   HD23  LEU  11          HD21      LEU  11  13.359 -17.043  -2.151
   10   HD22  LEU  11          HD22      LEU  11  13.603 -18.787  -2.129
   11   HD21  LEU  11          HD23      LEU  11  14.878 -17.717  -1.556

  No H/Q in entry =          11
  In of MODEL   10
    1    H    GLU  12           H        GLU  12  15.586 -21.831   0.931
    2    HA   GLU  12           HA       GLU  12  17.605 -21.390  -1.053
    3    HB2  GLU  12           HB2      GLU  12  18.949 -22.017   0.603
    4    HB3  GLU  12           HB3      GLU  12  17.547 -22.343   1.604
    5    HG2  GLU  12           HG2      GLU  12  17.527 -24.636   0.937
    6    HG3  GLU  12           HG3      GLU  12  18.785 -24.344  -0.266

  No H/Q in entry =           6
  In of MODEL   10
    1    H    TRP  13           H        TRP  13  14.891 -23.289  -0.792
    2    HA   TRP  13           HA       TRP  13  15.877 -25.430  -2.533
    3    HB2  TRP  13           HB2      TRP  13  13.375 -25.093  -0.904
    4    HB3  TRP  13           HB3      TRP  13  13.365 -26.149  -2.316
    5    HD1  TRP  13           HD1      TRP  13  16.636 -26.851  -1.487
    6    HE1  TRP  13           HE1      TRP  13  16.933 -28.741   0.224
    7    HE3  TRP  13           HE3      TRP  13  11.905 -26.943   0.441
    8    HZ2  TRP  13           HZ2      TRP  13  15.372 -30.099   2.140
    9    HZ3  TRP  13           HZ3      TRP  13  11.390 -28.570   2.213
   10    HH2  TRP  13           HH2      TRP  13  13.087 -30.116   3.044

  No H/Q in entry =          10
  In of MODEL   10
    1    H    PHE  14           H        PHE  14  14.482 -22.400  -2.359
    2    HA   PHE  14           HA       PHE  14  13.120 -22.402  -4.937
    3    HB2  PHE  14           HB2      PHE  14  11.950 -21.344  -3.242
    4    HB3  PHE  14           HB3      PHE  14  13.359 -20.586  -2.565
    5    HD1  PHE  14           HD1      PHE  14  14.532 -18.955  -4.438
    6    HD2  PHE  14           HD2      PHE  14  10.418 -19.932  -4.119
    7    HE1  PHE  14           HE1      PHE  14  13.951 -16.839  -5.560
    8    HE2  PHE  14           HE2      PHE  14   9.827 -17.846  -5.229
    9    HZ   PHE  14           HZ       PHE  14  11.589 -16.281  -5.955

  No H/Q in entry =           9
  In of MODEL   10
    1    H    LEU  15           H        LEU  15  16.134 -21.642  -3.481
    2    HA   LEU  15           HA       LEU  15  16.850 -19.535  -5.366
    3    HB2  LEU  15           HB2      LEU  15  18.412 -20.505  -2.976
    4    HB3  LEU  15           HB3      LEU  15  18.918 -19.237  -4.081
    5    HG   LEU  15           HG       LEU  15  16.562 -19.184  -2.229
    6   HD12  LEU  15          HD11      LEU  15  18.996 -17.463  -2.435
    7   HD11  LEU  15          HD12      LEU  15  18.729 -18.730  -1.235
    8   HD13  LEU  15          HD13      LEU  15  17.695 -17.301  -1.256
    9   HD22  LEU  15          HD21      LEU  15  15.561 -17.708  -3.521
   10   HD21  LEU  15          HD22      LEU  15  16.847 -17.838  -4.719
   11   HD23  LEU  15          HD23      LEU  15  16.973 -16.661  -3.415

  No H/Q in entry =          11
  In of MODEL   10
    1    H    SER  16           H        SER  16  16.767 -22.738  -5.085
    2    HA   SER  16           HA       SER  16  19.213 -23.205  -6.656
    3    HB2  SER  16           HB2      SER  16  18.114 -25.656  -6.289
    4    HB3  SER  16           HB3      SER  16  19.247 -24.953  -5.131
    5    HG   SER  16           HG       SER  16  17.667 -24.696  -3.735

  No H/Q in entry =           5
  In of MODEL   10
    1    H    HIS  17           H        HIS  17  16.264 -22.064  -6.940
    2    HA   HIS  17           HA       HIS  17  15.622 -23.608  -9.344
    3    HB2  HIS  17           HB2      HIS  17  13.953 -22.607  -7.157
    4    HB3  HIS  17           HB3      HIS  17  13.289 -22.352  -8.770
    5    HD1  HIS  17           HD1      HIS  17  13.339 -24.786  -6.157
    6    HD2  HIS  17           HD2      HIS  17  13.403 -24.963 -10.316
    7    HE1  HIS  17           HE1      HIS  17  12.505 -27.083  -6.753
    8    HE2  HIS  17           HE2      HIS  17  12.639 -27.199  -9.264

  No H/Q in entry =           8
  In of MODEL   10
    1    H    CYS  18           H        CYS  18  16.528 -20.577  -8.221
    2    HA   CYS  18           HA       CYS  18  15.423 -19.098 -10.489
    3    HB2  CYS  18           HB2      CYS  18  15.648 -17.119  -9.097
    4    HB3  CYS  18           HB3      CYS  18  14.697 -18.353  -8.269
    5    HG   CYS  18           HG       CYS  18  17.147 -16.721  -7.158

  No H/Q in entry =           5
  In of MODEL   10
    1    H    HIS  19           H        HIS  19  16.907 -17.440 -11.583
    2    HA   HIS  19           HA       HIS  19  19.683 -18.094 -11.234
    3    HB2  HIS  19           HB2      HIS  19  19.282 -17.669 -13.465
    4    HB3  HIS  19           HB3      HIS  19  17.989 -16.531 -13.128
    5    HD1  HIS  19           HD1      HIS  19  21.802 -16.556 -12.830
    6    HD2  HIS  19           HD2      HIS  19  18.656 -14.040 -13.856
    7    HE1  HIS  19           HE1      HIS  19  22.862 -14.367 -13.460
    8    HE2  HIS  19           HE2      HIS  19  20.937 -12.828 -13.972

  No H/Q in entry =           8
  In of MODEL   10
    1    H    ILE  20           H        ILE  20  20.255 -17.203  -8.878
    2    HA   ILE  20           HA       ILE  20  19.873 -14.410  -8.395
    3    HB   ILE  20           HB       ILE  20  22.201 -15.832  -7.214
    4   HG12  ILE  20          HG12      ILE  20  19.747 -17.161  -7.318
    5   HG13  ILE  20          HG13      ILE  20  21.057 -17.517  -6.203
    6   HG23  ILE  20          HG21      ILE  20  21.774 -13.591  -6.605
    7   HG22  ILE  20          HG22      ILE  20  21.426 -14.619  -5.214
    8   HG21  ILE  20          HG23      ILE  20  20.105 -13.972  -6.188
    9   HD11  ILE  20          HD11      ILE  20  18.989 -15.456  -5.579
   10   HD13  ILE  20          HD12      ILE  20  20.052 -16.327  -4.477
   11   HD12  ILE  20          HD13      ILE  20  18.716 -17.167  -5.262

  No H/Q in entry =          11
  In of MODEL   10
    1    H    HIS  21           H        HIS  21  20.888 -12.894  -9.166
    2    HA   HIS  21           HA       HIS  21  23.234 -12.031  -9.025
    3    HB2  HIS  21           HB2      HIS  21  24.177 -14.086 -10.213
    4    HB3  HIS  21           HB3      HIS  21  23.591 -13.358 -11.698
    5    HD1  HIS  21           HD1      HIS  21  24.791 -11.161 -12.507
    6    HD2  HIS  21           HD2      HIS  21  26.561 -13.004  -9.224
    7    HE1  HIS  21           HE1      HIS  21  27.066 -10.125 -12.299
    8    HE2  HIS  21           HE2      HIS  21  28.166 -11.347 -10.391

  No H/Q in entry =           8
  In of MODEL   10
    1    H    LYS  22           H        LYS  22  23.123 -10.099  -9.358
    2    HA   LYS  22           HA       LYS  22  21.234  -9.246 -11.397
    3    HB2  LYS  22           HB2      LYS  22  20.795  -8.887  -8.813
    4    HB3  LYS  22           HB3      LYS  22  21.699  -7.418  -9.130
    5    HG2  LYS  22           HG2      LYS  22  19.874  -7.483 -11.198
    6    HG3  LYS  22           HG3      LYS  22  18.965  -8.117  -9.830
    7    HD2  LYS  22           HD2      LYS  22  19.677  -6.195  -8.501
    8    HD3  LYS  22           HD3      LYS  22  20.492  -5.533  -9.920
    9    HE2  LYS  22           HE2      LYS  22  18.280  -5.590 -11.097
   10    HE3  LYS  22           HE3      LYS  22  17.541  -6.007  -9.550
   11    HZ1  LYS  22           HZ1      LYS  22  18.627  -3.933  -8.673
   12    HZ3  LYS  22           HZ2      LYS  22  17.352  -3.696  -9.761
   13    HZ2  LYS  22           HZ3      LYS  22  18.953  -3.512 -10.284

  No H/Q in entry =          13
  In of MODEL   10
    1    H    TYR  23           H        TYR  23  22.262  -6.440 -10.304
    2    HA   TYR  23           HA       TYR  23  24.571  -6.151 -11.961
    3    HB2  TYR  23           HB2      TYR  23  22.978  -4.285 -13.181
    4    HB3  TYR  23           HB3      TYR  23  23.670  -5.706 -13.909
    5    HD1  TYR  23           HD1      TYR  23  21.400  -7.411 -12.222
    6    HD2  TYR  23           HD2      TYR  23  21.418  -4.249 -15.027
    7    HE1  TYR  23           HE1      TYR  23  19.187  -8.114 -12.957
    8    HE2  TYR  23           HE2      TYR  23  19.176  -4.914 -15.785
    9    HH   TYR  23           HH       TYR  23  17.348  -7.432 -14.143

  No H/Q in entry =           9
  In of MODEL   10
    1    HA   PRO  24           HA       PRO  24  25.397  -2.000 -10.375
    2    HB2  PRO  24           HB2      PRO  24  24.552  -0.484 -12.669
    3    HB3  PRO  24           HB3      PRO  24  26.203  -0.844 -12.166
    4    HG2  PRO  24           HG2      PRO  24  24.497  -2.201 -14.169
    5    HG3  PRO  24           HG3      PRO  24  26.265  -2.099 -14.077
    6    HD2  PRO  24           HD2      PRO  24  25.016  -4.376 -13.520
    7    HD3  PRO  24           HD3      PRO  24  26.407  -3.849 -12.549

  No H/Q in entry =           7
  In of MODEL   10
    1    H    SER  25           H        SER  25  24.106  -0.279  -9.325
    2    HA   SER  25           HA       SER  25  21.322  -0.617  -9.550
    3    HB2  SER  25           HB2      SER  25  21.743   1.825  -8.329
    4    HB3  SER  25           HB3      SER  25  21.477   0.261  -7.574
    5    HG   SER  25           HG       SER  25  23.826   1.701  -7.875

  No H/Q in entry =           5
  In of MODEL   10
    1    H    LYS  26           H        LYS  26  19.814   0.556 -10.245
    2    HA   LYS  26           HA       LYS  26  18.709   2.441 -11.252
    3    HB2  LYS  26           HB2      LYS  26  21.261   2.442 -13.010
    4    HB3  LYS  26           HB3      LYS  26  19.823   3.370 -13.408
    5    HG2  LYS  26           HG2      LYS  26  20.044   4.649 -11.207
    6    HG3  LYS  26           HG3      LYS  26  21.454   3.680 -10.785
    7    HD2  LYS  26           HD2      LYS  26  22.636   4.660 -12.826
    8    HD3  LYS  26           HD3      LYS  26  21.183   5.612 -13.185
    9    HE2  LYS  26           HE2      LYS  26  21.302   6.698 -10.884
   10    HE3  LYS  26           HE3      LYS  26  22.766   5.775 -10.511
   11    HZ1  LYS  26           HZ1      LYS  26  22.670   7.405 -12.981
   12    HZ2  LYS  26           HZ2      LYS  26  22.979   8.135 -11.545
   13    HZ3  LYS  26           HZ3      LYS  26  23.961   6.870 -12.040

  No H/Q in entry =          13
  In of MODEL   10
    1    H    SER  27           H        SER  27  19.740  -0.563 -11.775
    2    HA   SER  27           HA       SER  27  19.354  -1.316 -14.375
    3    HB2  SER  27           HB2      SER  27  18.343  -3.406 -12.761
    4    HB3  SER  27           HB3      SER  27  19.957  -3.227 -13.449
    5    HG   SER  27           HG       SER  27  20.702  -2.412 -11.597

  No H/Q in entry =           5
  In of MODEL   10
    1    H    THR  28           H        THR  28  17.747  -2.231 -15.670
    2    HA   THR  28           HA       THR  28  15.180  -1.167 -15.510
    3    HB   THR  28           HB       THR  28  15.716  -3.776 -16.882
    4    HG1  THR  28           HG1      THR  28  16.577  -1.213 -17.796
    5   HG21  THR  28          HG21      THR  28  13.476  -2.698 -17.004
    6   HG23  THR  28          HG22      THR  28  14.257  -2.888 -18.574
    7   HG22  THR  28          HG23      THR  28  14.232  -1.310 -17.787

  No H/Q in entry =           7
  In of MODEL   10
    1    H    LEU  29           H        LEU  29  14.126  -1.938 -13.063
    2    HA   LEU  29           HA       LEU  29  14.154  -4.728 -13.113
    3    HB2  LEU  29           HB2      LEU  29  12.627  -2.698 -11.496
    4    HB3  LEU  29           HB3      LEU  29  12.297  -4.415 -11.330
    5    HG   LEU  29           HG       LEU  29  13.759  -3.508  -9.544
    6   HD13  LEU  29          HD11      LEU  29  15.329  -5.271  -9.516
    7   HD12  LEU  29          HD12      LEU  29  15.232  -5.471 -11.267
    8   HD11  LEU  29          HD13      LEU  29  13.847  -5.882 -10.252
    9   HD22  LEU  29          HD21      LEU  29  15.714  -2.453  -9.915
   10   HD21  LEU  29          HD22      LEU  29  14.934  -2.056 -11.452
   11   HD23  LEU  29          HD23      LEU  29  16.078  -3.403 -11.359

  No H/Q in entry =          11
  In of MODEL   10
    1    H    ILE  30           H        ILE  30  11.379  -2.675 -12.939
    2    HA   ILE  30           HA       ILE  30  10.028  -3.166 -15.195
    3    HB   ILE  30           HB       ILE  30   8.192  -4.794 -13.882
    4   HG12  ILE  30          HG12      ILE  30   9.399  -6.946 -13.528
    5   HG13  ILE  30          HG13      ILE  30  10.919  -6.074 -13.636
    6   HG21  ILE  30          HG21      ILE  30   8.566  -4.747 -16.269
    7   HG23  ILE  30          HG22      ILE  30   8.616  -6.403 -15.666
    8   HG22  ILE  30          HG23      ILE  30  10.116  -5.567 -16.063
    9   HD11  ILE  30          HD11      ILE  30  10.223  -4.745 -11.668
   10   HD13  ILE  30          HD12      ILE  30  10.426  -6.466 -11.344
   11   HD12  ILE  30          HD13      ILE  30   8.805  -5.783 -11.519

  No H/Q in entry =          11
  In of MODEL   10
    1    H    HIS  31           H        HIS  31   8.991  -1.524 -15.163
    2    HA   HIS  31           HA       HIS  31   6.612  -1.028 -13.714
    3    HB2  HIS  31           HB2      HIS  31   7.643  -0.220 -11.792
    4    HB3  HIS  31           HB3      HIS  31   9.199  -0.248 -12.586
    5    HD1  HIS  31           HD1      HIS  31   6.718   2.066 -11.267
    6    HD2  HIS  31           HD2      HIS  31   9.719   2.258 -14.142
    7    HE1  HIS  31           HE1      HIS  31   7.006   4.492 -11.788
    8    HE2  HIS  31           HE2      HIS  31   8.651   4.562 -13.702

  No H/Q in entry =           8
  In of MODEL   10
    1    H    GLN  32           H        GLN  32   7.258  -1.013 -16.477
    2    HA   GLN  32           HA       GLN  32   6.875   1.874 -17.014
    3    HB2  GLN  32           HB2      GLN  32   9.147   0.276 -17.905
    4    HB3  GLN  32           HB3      GLN  32   8.254   0.923 -19.273
    5    HG2  GLN  32           HG2      GLN  32   9.214   2.632 -16.984
    6    HG3  GLN  32           HG3      GLN  32  10.164   2.335 -18.439
    7   HE21  GLN  32          HE21      GLN  32   9.612   3.350 -20.335
    8   HE22  GLN  32          HE22      GLN  32   8.409   4.586 -20.431

  No H/Q in entry =           8
  In of MODEL   10
    1    H    GLY  33           H        GLY  33   5.798  -1.257 -17.294
    2    HA3  GLY  33           HA2      GLY  33   3.462  -1.342 -18.234
    3    HA2  GLY  33           HA3      GLY  33   4.146  -0.505 -19.623

  No H/Q in entry =           3
  In of MODEL   10
    1    H    GLU  34           H        GLU  34   6.106  -2.864 -18.079
    2    HA   GLU  34           HA       GLU  34   5.768  -4.718 -20.335
    3    HB2  GLU  34           HB2      GLU  34   7.846  -5.068 -18.237
    4    HB3  GLU  34           HB3      GLU  34   7.905  -5.400 -19.949
    5    HG2  GLU  34           HG2      GLU  34   9.211  -3.563 -19.980
    6    HG3  GLU  34           HG3      GLU  34   7.655  -2.733 -20.008

  No H/Q in entry =           6
  In of MODEL   10
    1    H    LYS  35           H        LYS  35   4.843  -6.638 -20.057
    2    HA   LYS  35           HA       LYS  35   3.453  -7.469 -17.852
    3    HB2  LYS  35           HB2      LYS  35   4.605  -8.880 -20.200
    4    HB3  LYS  35           HB3      LYS  35   3.967  -9.851 -18.882
    5    HG2  LYS  35           HG2      LYS  35   1.812  -8.717 -19.091
    6    HG3  LYS  35           HG3      LYS  35   2.461  -7.747 -20.418
    7    HD2  LYS  35           HD2      LYS  35   1.217  -9.543 -21.389
    8    HD3  LYS  35           HD3      LYS  35   2.927  -9.894 -21.639
    9    HE2  LYS  35           HE2      LYS  35   2.781 -11.290 -19.511
   10    HE3  LYS  35           HE3      LYS  35   1.033 -11.139 -19.664
   11    HZ2  LYS  35           HZ1      LYS  35   2.824 -12.857 -21.047
   12    HZ1  LYS  35           HZ2      LYS  35   1.920 -11.929 -22.143
   13    HZ3  LYS  35           HZ3      LYS  35   1.129 -12.886 -20.998

  No H/Q in entry =          13
  In of MODEL   10
    1    H    ALA  36           H        ALA  36   4.130  -7.864 -15.871
    2    HA   ALA  36           HA       ALA  36   6.851  -8.487 -15.310
    3    HB3  ALA  36           HB1      ALA  36   5.501  -8.898 -12.965
    4    HB1  ALA  36           HB2      ALA  36   4.475  -7.737 -13.817
    5    HB2  ALA  36           HB3      ALA  36   6.172  -7.362 -13.515

  No H/Q in entry =           5
  In of MODEL   10
    1    H    GLU  37           H        GLU  37   6.584 -10.466 -16.822
    2    HA   GLU  37           HA       GLU  37   5.421 -12.833 -15.649
    3    HB2  GLU  37           HB2      GLU  37   7.332 -12.600 -17.984
    4    HB3  GLU  37           HB3      GLU  37   6.380 -14.013 -17.560
    5    HG2  GLU  37           HG2      GLU  37   4.329 -12.628 -17.963
    6    HG3  GLU  37           HG3      GLU  37   5.394 -11.379 -18.611

  No H/Q in entry =           6
  In of MODEL   10
    1    H    THR  38           H        THR  38   8.503 -11.289 -15.792
    2    HA   THR  38           HA       THR  38   9.840 -13.562 -14.526
    3    HB   THR  38           HB       THR  38  11.140 -10.990 -15.404
    4    HG1  THR  38           HG1      THR  38  11.136 -13.219 -17.113
    5   HG22  THR  38          HG21      THR  38  12.188 -13.816 -15.167
    6   HG21  THR  38          HG22      THR  38  12.475 -12.510 -14.018
    7   HG23  THR  38          HG23      THR  38  13.122 -12.402 -15.654

  No H/Q in entry =           7
  In of MODEL   10
    1    H    LEU  39           H        LEU  39  10.305 -13.501 -12.426
    2    HA   LEU  39           HA       LEU  39   9.726 -11.023 -11.009
    3    HB2  LEU  39           HB2      LEU  39   8.580 -12.319  -9.597
    4    HB3  LEU  39           HB3      LEU  39   9.095 -13.759 -10.455
    5    HG   LEU  39           HG       LEU  39  11.105 -12.610  -8.622
    6   HD12  LEU  39          HD11      LEU  39  10.050 -13.654  -6.632
    7   HD11  LEU  39          HD12      LEU  39   8.565 -13.836  -7.568
    8   HD13  LEU  39          HD13      LEU  39   9.198 -12.226  -7.226
    9   HD22  LEU  39          HD21      LEU  39  11.537 -14.665  -9.788
   10   HD21  LEU  39          HD22      LEU  39  10.054 -15.381  -9.155
   11   HD23  LEU  39          HD23      LEU  39  11.386 -14.998  -8.062

  No H/Q in entry =          11
  In of MODEL   10
    1    H    TYR  40           H        TYR  40  11.230 -10.375  -9.282
    2    HA   TYR  40           HA       TYR  40  13.904 -11.539  -9.566
    3    HB2  TYR  40           HB2      TYR  40  13.430  -8.590  -9.146
    4    HB3  TYR  40           HB3      TYR  40  14.934  -9.393  -9.549
    5    HD1  TYR  40           HD1      TYR  40  15.699  -9.230 -11.647
    6    HD2  TYR  40           HD2      TYR  40  11.528  -8.819 -11.032
    7    HE1  TYR  40           HE1      TYR  40  15.423  -8.598 -14.007
    8    HE2  TYR  40           HE2      TYR  40  11.223  -8.222 -13.398
    9    HH   TYR  40           HH       TYR  40  12.714  -7.156 -15.220

  No H/Q in entry =           9
  In of MODEL   10
    1    H    TYR  41           H        TYR  41  14.735 -11.945  -7.465
    2    HA   TYR  41           HA       TYR  41  13.453 -10.367  -5.361
    3    HB2  TYR  41           HB2      TYR  41  12.328 -12.213  -4.782
    4    HB3  TYR  41           HB3      TYR  41  13.322 -13.244  -5.791
    5    HD1  TYR  41           HD1      TYR  41  14.017 -11.285  -2.660
    6    HD2  TYR  41           HD2      TYR  41  13.999 -15.030  -4.643
    7    HE1  TYR  41           HE1      TYR  41  14.996 -12.334  -0.671
    8    HE2  TYR  41           HE2      TYR  41  14.957 -16.088  -2.688
    9    HH   TYR  41           HH       TYR  41  16.384 -15.383  -0.724

  No H/Q in entry =           9
  In of MODEL   10
    1    H    ILE  42           H        ILE  42  14.974  -9.069  -4.765
    2    HA   ILE  42           HA       ILE  42  17.720  -9.435  -5.001
    3    HB   ILE  42           HB       ILE  42  17.382  -7.856  -2.701
    4   HG12  ILE  42          HG12      ILE  42  15.315  -7.182  -4.801
    5   HG13  ILE  42          HG13      ILE  42  14.975  -7.744  -3.163
    6   HG23  ILE  42          HG21      ILE  42  18.143  -6.081  -4.112
    7   HG22  ILE  42          HG22      ILE  42  17.658  -6.969  -5.556
    8   HG21  ILE  42          HG23      ILE  42  18.976  -7.571  -4.551
    9   HD13  ILE  42          HD11      ILE  42  15.854  -5.765  -2.212
   10   HD12  ILE  42          HD12      ILE  42  14.781  -5.275  -3.522
   11   HD11  ILE  42          HD13      ILE  42  16.527  -5.248  -3.755

  No H/Q in entry =          11
  In of MODEL   10
    1    H    VAL  43           H        VAL  43  19.017 -10.860  -4.017
    2    HA   VAL  43           HA       VAL  43  18.015 -11.911  -1.493
    3    HB   VAL  43           HB       VAL  43  19.463 -13.790  -1.705
    4   HG11  VAL  43          HG11      VAL  43  17.307 -13.814  -2.874
    5   HG13  VAL  43          HG12      VAL  43  18.515 -14.818  -3.675
    6   HG12  VAL  43          HG13      VAL  43  18.109 -13.233  -4.334
    7   HG23  VAL  43          HG21      VAL  43  20.432 -12.822  -4.354
    8   HG22  VAL  43          HG22      VAL  43  21.087 -14.088  -3.316
    9   HG21  VAL  43          HG23      VAL  43  21.277 -12.395  -2.866

  No H/Q in entry =           9
  In of MODEL   10
    1    H    LYS  44           H        LYS  44  19.985  -9.810  -2.709
    2    HA   LYS  44           HA       LYS  44  21.481  -8.928  -0.461
    3    HB2  LYS  44           HB2      LYS  44  22.982 -10.004  -2.899
    4    HB3  LYS  44           HB3      LYS  44  23.710  -9.118  -1.566
    5    HG2  LYS  44           HG2      LYS  44  23.795 -10.943  -0.222
    6    HG3  LYS  44           HG3      LYS  44  22.319 -11.642  -0.892
    7    HD2  LYS  44           HD2      LYS  44  23.595 -13.020  -2.094
    8    HD3  LYS  44           HD3      LYS  44  24.170 -11.621  -3.001
    9    HE2  LYS  44           HE2      LYS  44  25.756 -11.407  -0.869
   10    HE3  LYS  44           HE3      LYS  44  25.470 -13.145  -0.816
   11    HZ3  LYS  44           HZ1      LYS  44  27.403 -12.758  -2.113
   12    HZ2  LYS  44           HZ2      LYS  44  26.630 -11.586  -3.053
   13    HZ1  LYS  44           HZ3      LYS  44  26.175 -13.207  -3.187

  No H/Q in entry =          13
  In of MODEL   10
    1    H    GLY  45           H        GLY  45  22.063  -6.819  -0.999
    2    HA3  GLY  45           HA2      GLY  45  22.148  -4.864  -2.278
    3    HA2  GLY  45           HA3      GLY  45  21.433  -5.745  -3.629

  No H/Q in entry =           3
  In of MODEL   10
    1    H    SER  46           H        SER  46  20.261  -3.349  -2.845
    2    HA   SER  46           HA       SER  46  17.642  -4.387  -2.305
    3    HB2  SER  46           HB2      SER  46  17.188  -2.886  -0.453
    4    HB3  SER  46           HB3      SER  46  18.644  -3.805  -0.067
    5    HG   SER  46           HG       SER  46  19.012  -1.418  -1.416

  No H/Q in entry =           5
  In of MODEL   10
    1    H    VAL  47           H        VAL  47  15.974  -2.583  -2.764
    2    HA   VAL  47           HA       VAL  47  17.140  -0.771  -4.750
    3    HB   VAL  47           HB       VAL  47  15.543  -1.344  -6.448
    4   HG12  VAL  47          HG11      VAL  47  16.290  -3.619  -6.962
    5   HG11  VAL  47          HG12      VAL  47  16.900  -3.775  -5.310
    6   HG13  VAL  47          HG13      VAL  47  17.620  -2.596  -6.408
    7   HG21  VAL  47          HG21      VAL  47  14.436  -3.109  -4.321
    8   HG23  VAL  47          HG22      VAL  47  14.227  -3.511  -6.031
    9   HG22  VAL  47          HG23      VAL  47  13.601  -1.985  -5.401

  No H/Q in entry =           9
  In of MODEL   10
    1    H    ALA  48           H        ALA  48  15.086   0.433  -5.940
    2    HA   ALA  48           HA       ALA  48  13.733   1.770  -3.700
    3    HB3  ALA  48           HB1      ALA  48  13.913   3.838  -4.949
    4    HB2  ALA  48           HB2      ALA  48  14.680   2.992  -6.293
    5    HB1  ALA  48           HB3      ALA  48  15.519   3.135  -4.748

  No H/Q in entry =           5
  In of MODEL   10
    1    H    VAL  49           H        VAL  49  11.747   1.057  -3.775
    2    HA   VAL  49           HA       VAL  49  10.444   0.201  -6.158
    3    HB   VAL  49           HB       VAL  49   9.570   0.533  -3.293
    4   HG11  VAL  49          HG11      VAL  49   7.748   0.897  -5.109
    5   HG13  VAL  49          HG12      VAL  49   7.441  -0.189  -3.752
    6   HG12  VAL  49          HG13      VAL  49   7.895  -0.847  -5.326
    7   HG23  VAL  49          HG21      VAL  49   9.932  -1.865  -5.073
    8   HG22  VAL  49          HG22      VAL  49   9.501  -1.891  -3.359
    9   HG21  VAL  49          HG23      VAL  49  11.089  -1.307  -3.859

  No H/Q in entry =           9
  In of MODEL   10
    1    H    LEU  50           H        LEU  50   8.848   1.257  -7.289
    2    HA   LEU  50           HA       LEU  50   7.992   3.879  -6.587
    3    HB2  LEU  50           HB2      LEU  50   8.918   5.070  -8.345
    4    HB3  LEU  50           HB3      LEU  50  10.221   4.075  -7.748
    5    HG   LEU  50           HG       LEU  50   8.675   3.721 -10.287
    6   HD12  LEU  50          HD11      LEU  50  10.925   3.933 -11.240
    7   HD11  LEU  50          HD12      LEU  50  11.571   4.199  -9.614
    8   HD13  LEU  50          HD13      LEU  50  10.443   5.373 -10.332
    9   HD22  LEU  50          HD21      LEU  50   9.009   1.569  -9.243
   10   HD21  LEU  50          HD22      LEU  50  10.726   1.927  -9.025
   11   HD23  LEU  50          HD23      LEU  50  10.051   1.761 -10.652

  No H/Q in entry =          11
  In of MODEL   10
    1    H    ILE  51           H        ILE  51   6.208   4.666  -7.638
    2    HA   ILE  51           HA       ILE  51   4.898   2.712  -9.396
    3    HB   ILE  51           HB       ILE  51   2.838   3.105  -8.364
    4   HG12  ILE  51          HG12      ILE  51   3.229   5.536  -7.879
    5   HG13  ILE  51          HG13      ILE  51   2.370   4.650  -6.629
    6   HG22  ILE  51          HG21      ILE  51   3.657   2.619  -5.835
    7   HG21  ILE  51          HG22      ILE  51   5.143   2.307  -6.733
    8   HG23  ILE  51          HG23      ILE  51   3.674   1.415  -7.125
    9   HD12  ILE  51          HD11      ILE  51   5.171   5.684  -6.607
   10   HD11  ILE  51          HD12      ILE  51   4.639   4.429  -5.493
   11   HD13  ILE  51          HD13      ILE  51   3.856   6.009  -5.481

  No H/Q in entry =          11
  In of MODEL   10
    1    H    LYS  52           H        LYS  52   3.101   3.498 -10.620
    2    HA   LYS  52           HA       LYS  52   3.599   6.179 -11.668
    3    HB2  LYS  52           HB2      LYS  52   2.160   3.827 -12.882
    4    HB3  LYS  52           HB3      LYS  52   2.300   5.408 -13.637
    5    HG2  LYS  52           HG2      LYS  52   4.821   5.066 -13.377
    6    HG3  LYS  52           HG3      LYS  52   4.426   3.373 -13.120
    7    HD2  LYS  52           HD2      LYS  52   3.766   3.063 -15.280
    8    HD3  LYS  52           HD3      LYS  52   3.225   4.734 -15.469
    9    HE2  LYS  52           HE2      LYS  52   5.815   5.215 -15.213
   10    HE3  LYS  52           HE3      LYS  52   5.937   3.554 -15.792
   11    HZ2  LYS  52           HZ1      LYS  52   4.741   5.886 -17.164
   12    HZ1  LYS  52           HZ2      LYS  52   4.418   4.302 -17.653
   13    HZ3  LYS  52           HZ3      LYS  52   6.007   4.889 -17.693

  No H/Q in entry =          13
  In of MODEL   10
    1    H    ASP  53           H        ASP  53   2.006   7.662 -11.839
    2    HA   ASP  53           HA       ASP  53  -0.246   7.223 -10.056
    3    HB2  ASP  53           HB2      ASP  53   1.472   9.270 -10.143
    4    HB3  ASP  53           HB3      ASP  53   0.247   9.914 -11.235

  No H/Q in entry =           4
  In of MODEL   10
    1    H    GLU  54           H        GLU  54  -1.903   9.391 -11.089
    2    HA   GLU  54           HA       GLU  54  -3.127   7.955 -13.331
    3    HB2  GLU  54           HB2      GLU  54  -4.147   9.505 -11.073
    4    HB3  GLU  54           HB3      GLU  54  -4.838   9.984 -12.624
    5    HG2  GLU  54           HG2      GLU  54  -4.671   7.114 -12.289
    6    HG3  GLU  54           HG3      GLU  54  -5.672   7.893 -11.064

  No H/Q in entry =           6
  In of MODEL   10
    1    H    GLU  55           H        GLU  55  -0.947  10.419 -12.669
    2    HA   GLU  55           HA       GLU  55  -1.598  11.858 -15.174
    3    HB2  GLU  55           HB2      GLU  55  -0.018  13.633 -13.830
    4    HB3  GLU  55           HB3      GLU  55  -1.777  13.694 -13.816
    5    HG2  GLU  55           HG2      GLU  55  -0.608  11.923 -11.808
    6    HG3  GLU  55           HG3      GLU  55  -0.189  13.620 -11.609

  No H/Q in entry =           6
  In of MODEL   10
    1    H    GLY  56           H        GLY  56   0.097   9.458 -14.168
    2    HA3  GLY  56           HA2      GLY  56   1.898   8.517 -15.341
    3    HA2  GLY  56           HA3      GLY  56   2.223  10.089 -16.044

  No H/Q in entry =           3
  In of MODEL   10
    1    H    LYS  57           H        LYS  57   2.043  10.027 -12.471
    2    HA   LYS  57           HA       LYS  57   4.835  10.722 -12.546
    3    HB2  LYS  57           HB2      LYS  57   3.597  12.132 -11.101
    4    HB3  LYS  57           HB3      LYS  57   2.646  10.798 -10.468
    5    HG2  LYS  57           HG2      LYS  57   4.664   9.952  -9.313
    6    HG3  LYS  57           HG3      LYS  57   5.548  11.365  -9.891
    7    HD2  LYS  57           HD2      LYS  57   4.767  11.649  -7.576
    8    HD3  LYS  57           HD3      LYS  57   4.053  12.837  -8.667
    9    HE2  LYS  57           HE2      LYS  57   2.419  11.919  -7.070
   10    HE3  LYS  57           HE3      LYS  57   1.987  11.579  -8.743
   11    HZ1  LYS  57           HZ1      LYS  57   3.085   9.352  -8.380
   12    HZ3  LYS  57           HZ2      LYS  57   1.615   9.603  -7.576
   13    HZ2  LYS  57           HZ3      LYS  57   3.083   9.711  -6.725

  No H/Q in entry =          13
  In of MODEL   10
    1    H    GLU  58           H        GLU  58   6.350   9.210 -12.205
    2    HA   GLU  58           HA       GLU  58   5.569   6.651 -11.032
    3    HB2  GLU  58           HB2      GLU  58   7.867   6.124 -12.349
    4    HB3  GLU  58           HB3      GLU  58   6.293   5.901 -13.079
    5    HG2  GLU  58           HG2      GLU  58   6.515   8.236 -14.002
    6    HG3  GLU  58           HG3      GLU  58   8.193   8.192 -13.452

  No H/Q in entry =           6
  In of MODEL   10
    1    H    MET  59           H        MET  59   6.169   7.353  -8.747
    2    HA   MET  59           HA       MET  59   8.836   8.502  -8.663
    3    HB2  MET  59           HB2      MET  59   8.030   9.833  -6.962
    4    HB3  MET  59           HB3      MET  59   6.539   9.637  -7.884
    5    HG2  MET  59           HG2      MET  59   6.194   7.568  -6.345
    6    HG3  MET  59           HG3      MET  59   7.359   8.376  -5.306
    7    HE1  MET  59           HE1      MET  59   6.694   8.948  -3.564
    8    HE3  MET  59           HE2      MET  59   5.080   9.420  -3.024
    9    HE2  MET  59           HE3      MET  59   6.240  10.655  -3.519

  No H/Q in entry =           9
  In of MODEL   10
    1    H    ILE  60           H        ILE  60  10.256   7.528  -7.252
    2    HA   ILE  60           HA       ILE  60   9.612   4.957  -6.314
    3    HB   ILE  60           HB       ILE  60  11.781   4.963  -5.183
    4   HG12  ILE  60          HG12      ILE  60  13.114   7.213  -5.955
    5   HG13  ILE  60          HG13      ILE  60  11.527   7.848  -5.501
    6   HG23  ILE  60          HG21      ILE  60  12.112   4.288  -7.340
    7   HG22  ILE  60          HG22      ILE  60  13.196   5.676  -7.259
    8   HG21  ILE  60          HG23      ILE  60  11.613   5.838  -8.018
    9   HD12  ILE  60          HD11      ILE  60  13.184   7.729  -3.657
   10   HD11  ILE  60          HD12      ILE  60  13.101   5.971  -3.799
   11   HD13  ILE  60          HD13      ILE  60  11.660   6.892  -3.373

  No H/Q in entry =          11
  In of MODEL   10
    1    H    LEU  61           H        LEU  61   8.225   4.594  -4.788
    2    HA   LEU  61           HA       LEU  61   7.700   6.646  -2.797
    3    HB2  LEU  61           HB2      LEU  61   5.562   5.735  -2.560
    4    HB3  LEU  61           HB3      LEU  61   5.898   5.617  -4.270
    5    HG   LEU  61           HG       LEU  61   4.754   3.652  -3.728
    6   HD12  LEU  61          HD11      LEU  61   7.658   2.914  -3.708
    7   HD11  LEU  61          HD12      LEU  61   6.671   3.233  -5.137
    8   HD13  LEU  61          HD13      LEU  61   6.309   1.850  -4.104
    9   HD21  LEU  61          HD21      LEU  61   6.341   3.656  -1.241
   10   HD23  LEU  61          HD22      LEU  61   5.886   2.094  -1.925
   11   HD22  LEU  61          HD23      LEU  61   4.639   3.278  -1.509

  No H/Q in entry =          11
  In of MODEL   10
    1    H    SER  62           H        SER  62   9.380   3.768  -3.210
    2    HA   SER  62           HA       SER  62   9.915   3.620  -0.388
    3    HB2  SER  62           HB2      SER  62   7.725   2.311  -0.760
    4    HB3  SER  62           HB3      SER  62   8.720   1.099  -1.565
    5    HG   SER  62           HG       SER  62   9.433   2.053   0.981

  No H/Q in entry =           5
  In of MODEL   10
    1    H    TYR  63           H        TYR  63  10.904   1.176  -0.151
    2    HA   TYR  63           HA       TYR  63  12.765   0.462  -2.060
    3    HB2  TYR  63           HB2      TYR  63  14.232   1.284   0.405
    4    HB3  TYR  63           HB3      TYR  63  14.837   1.082  -1.227
    5    HD1  TYR  63           HD1      TYR  63  12.972   3.378   0.993
    6    HD2  TYR  63           HD2      TYR  63  15.164   2.944  -2.626
    7    HE1  TYR  63           HE1      TYR  63  13.139   5.821   0.810
    8    HE2  TYR  63           HE2      TYR  63  15.328   5.387  -2.825
    9    HH   TYR  63           HH       TYR  63  14.176   7.405  -2.001

  No H/Q in entry =           9
  In of MODEL   10
    1    H    LEU  64           H        LEU  64  14.190  -0.973  -1.128
    2    HA   LEU  64           HA       LEU  64  12.779  -3.024   0.418
    3    HB2  LEU  64           HB2      LEU  64  14.591  -3.558  -1.915
    4    HB3  LEU  64           HB3      LEU  64  13.638  -4.711  -1.006
    5    HG   LEU  64           HG       LEU  64  12.631  -2.627  -2.928
    6   HD12  LEU  64          HD11      LEU  64  11.481  -4.864  -3.693
    7   HD11  LEU  64          HD12      LEU  64  12.880  -5.575  -2.893
    8   HD13  LEU  64          HD13      LEU  64  13.103  -4.431  -4.215
    9   HD23  LEU  64          HD21      LEU  64  10.372  -3.577  -2.418
   10   HD22  LEU  64          HD22      LEU  64  11.055  -2.555  -1.152
   11   HD21  LEU  64          HD23      LEU  64  11.077  -4.311  -0.977

  No H/Q in entry =          11
  In of MODEL   10
    1    H    ASN  65           H        ASN  65  14.377  -4.857   0.655
    2    HA   ASN  65           HA       ASN  65  16.864  -3.873   1.779
    3    HB2  ASN  65           HB2      ASN  65  14.674  -4.777   3.424
    4    HB3  ASN  65           HB3      ASN  65  16.008  -5.926   3.547
    5   HD21  ASN  65          HD21      ASN  65  15.048  -2.602   3.972
    6   HD22  ASN  65          HD22      ASN  65  16.337  -2.157   5.029

  No H/Q in entry =           6
  In of MODEL   10
    1    H    GLN  66           H        GLN  66  18.325  -5.747   2.087
    2    HA   GLN  66           HA       GLN  66  18.496  -7.631   0.095
    3    HB2  GLN  66           HB2      GLN  66  20.296  -7.088   1.805
    4    HB3  GLN  66           HB3      GLN  66  19.349  -7.896   3.052
    5    HG2  GLN  66           HG2      GLN  66  19.651 -10.123   1.888
    6    HG3  GLN  66           HG3      GLN  66  20.449  -9.355   0.538
    7   HE22  GLN  66          HE21      GLN  66  23.189 -10.798   2.448
    8   HE21  GLN  66          HE22      GLN  66  21.835 -11.260   1.279

  No H/Q in entry =           8
  In of MODEL   10
    1    H    GLY  67           H        GLY  67  17.897  -9.880   0.062
    2    HA3  GLY  67           HA2      GLY  67  16.368 -11.567   0.276
    3    HA2  GLY  67           HA3      GLY  67  16.197 -11.037   1.934

  No H/Q in entry =           3
  In of MODEL   10
    1    H    ASP  68           H        ASP  68  15.334  -8.638  -0.394
    2    HA   ASP  68           HA       ASP  68  12.524  -9.026   0.301
    3    HB2  ASP  68           HB2      ASP  68  14.023  -6.744   0.232
    4    HB3  ASP  68           HB3      ASP  68  13.285  -6.711  -1.362

  No H/Q in entry =           4
  In of MODEL   10
    1    H    PHE  69           H        PHE  69  10.936  -8.671  -1.519
    2    HA   PHE  69           HA       PHE  69  11.937 -10.170  -3.817
    3    HB2  PHE  69           HB2      PHE  69   9.149  -9.802  -2.748
    4    HB3  PHE  69           HB3      PHE  69   9.549 -10.726  -4.192
    5    HD1  PHE  69           HD1      PHE  69  10.514 -12.918  -4.031
    6    HD2  PHE  69           HD2      PHE  69   9.834 -10.591  -0.533
    7    HE1  PHE  69           HE1      PHE  69  10.911 -14.905  -2.636
    8    HE2  PHE  69           HE2      PHE  69  10.232 -12.574   0.867
    9    HZ   PHE  69           HZ       PHE  69  10.770 -14.735  -0.183

  No H/Q in entry =           9
  In of MODEL   10
    1    H    ILE  70           H        ILE  70  10.751  -9.702  -5.916
    2    HA   ILE  70           HA       ILE  70  10.017  -6.928  -6.349
    3    HB   ILE  70           HB       ILE  70  12.527  -8.219  -7.411
    4   HG12  ILE  70          HG12      ILE  70  11.960  -5.519  -6.181
    5   HG13  ILE  70          HG13      ILE  70  12.891  -6.842  -5.486
    6   HG23  ILE  70          HG21      ILE  70  11.837  -7.512  -9.451
    7   HG22  ILE  70          HG22      ILE  70  12.481  -5.975  -8.871
    8   HG21  ILE  70          HG23      ILE  70  10.751  -6.298  -8.785
    9   HD13  ILE  70          HD11      ILE  70  14.575  -5.500  -6.239
   10   HD12  ILE  70          HD12      ILE  70  13.637  -4.905  -7.611
   11   HD11  ILE  70          HD13      ILE  70  14.340  -6.523  -7.659

  No H/Q in entry =          11
  In of MODEL   10
    1    H    GLY  71           H        GLY  71   8.710  -6.746  -8.161
    2    HA3  GLY  71           HA2      GLY  71   7.684  -7.390 -10.165
    3    HA2  GLY  71           HA3      GLY  71   8.654  -8.860 -10.158

  No H/Q in entry =           3
  In of MODEL   10
    1    H    GLU  72           H        GLU  72   7.276  -8.332  -7.182
    2    HA   GLU  72           HA       GLU  72   5.577 -10.604  -7.356
    3    HB2  GLU  72           HB2      GLU  72   5.045  -8.838  -5.108
    4    HB3  GLU  72           HB3      GLU  72   5.668 -10.479  -5.109
    5    HG2  GLU  72           HG2      GLU  72   7.360  -9.287  -4.079
    6    HG3  GLU  72           HG3      GLU  72   7.920  -9.399  -5.745

  No H/Q in entry =           6
  In of MODEL   10
    1    H    LEU  73           H        LEU  73   5.392  -7.191  -7.490
    2    HA   LEU  73           HA       LEU  73   2.607  -6.871  -7.348
    3    HB2  LEU  73           HB2      LEU  73   4.957  -5.233  -7.964
    4    HB3  LEU  73           HB3      LEU  73   3.483  -4.706  -8.759
    5    HG   LEU  73           HG       LEU  73   3.830  -3.556  -6.616
    6   HD11  LEU  73          HD11      LEU  73   1.527  -5.420  -6.959
    7   HD13  LEU  73          HD12      LEU  73   1.607  -3.686  -7.273
    8   HD12  LEU  73          HD13      LEU  73   1.595  -4.283  -5.614
    9   HD21  LEU  73          HD21      LEU  73   3.591  -6.329  -5.449
   10   HD23  LEU  73          HD22      LEU  73   3.514  -4.831  -4.521
   11   HD22  LEU  73          HD23      LEU  73   4.999  -5.269  -5.370

  No H/Q in entry =          11
  In of MODEL   10
    1    H    GLY  74           H        GLY  74   4.251  -8.502  -9.596
    2    HA3  GLY  74           HA2      GLY  74   2.349  -7.733 -11.707
    3    HA2  GLY  74           HA3      GLY  74   3.973  -8.311 -12.027

  No H/Q in entry =           3
  In of MODEL   10
    1    H    LEU  75           H        LEU  75   3.732 -10.387  -9.868
    2    HA   LEU  75           HA       LEU  75   2.193 -12.288 -11.547
    3    HB2  LEU  75           HB2      LEU  75   3.752 -13.882 -11.117
    4    HB3  LEU  75           HB3      LEU  75   4.779 -12.489 -10.811
    5    HG   LEU  75           HG       LEU  75   3.517 -12.999  -8.377
    6   HD13  LEU  75          HD11      LEU  75   3.769 -15.299  -7.919
    7   HD12  LEU  75          HD12      LEU  75   4.615 -15.593  -9.438
    8   HD11  LEU  75          HD13      LEU  75   2.895 -15.209  -9.448
    9   HD21  LEU  75          HD21      LEU  75   5.827 -12.217  -8.780
   10   HD23  LEU  75          HD22      LEU  75   6.272 -13.854  -9.266
   11   HD22  LEU  75          HD23      LEU  75   5.740 -13.536  -7.614

  No H/Q in entry =          11
  In of MODEL   10
    1    H    PHE  76           H        PHE  76   2.751 -11.090  -8.398
    2    HA   PHE  76           HA       PHE  76   0.940 -12.946  -7.121
    3    HB2  PHE  76           HB2      PHE  76   2.850 -12.597  -5.825
    4    HB3  PHE  76           HB3      PHE  76   2.933 -10.887  -6.230
    5    HD1  PHE  76           HD1      PHE  76   0.388 -13.104  -4.776
    6    HD2  PHE  76           HD2      PHE  76   2.652  -9.549  -4.389
    7    HE1  PHE  76           HE1      PHE  76  -0.770 -12.611  -2.667
    8    HE2  PHE  76           HE2      PHE  76   1.502  -9.027  -2.276
    9    HZ   PHE  76           HZ       PHE  76  -0.215 -10.561  -1.410

  No H/Q in entry =           9
  In of MODEL   10
    1    H    GLU  77           H        GLU  77   1.290  -9.540  -7.926
    2    HA   GLU  77           HA       GLU  77  -1.071  -8.750  -6.592
    3    HB2  GLU  77           HB2      GLU  77   0.706  -7.164  -7.212
    4    HB3  GLU  77           HB3      GLU  77   0.307  -7.380  -8.909
    5    HG2  GLU  77           HG2      GLU  77  -1.923  -6.591  -7.148
    6    HG3  GLU  77           HG3      GLU  77  -0.648  -5.393  -7.368

  No H/Q in entry =           6
  In of MODEL   10
    1    H    GLU  78           H        GLU  78  -0.266  -9.788  -9.837
    2    HA   GLU  78           HA       GLU  78  -1.500 -11.049 -11.198
    3    HB2  GLU  78           HB2      GLU  78  -3.374 -11.218  -9.409
    4    HB3  GLU  78           HB3      GLU  78  -4.087  -9.836 -10.238
    5    HG2  GLU  78           HG2      GLU  78  -3.952 -11.176 -12.358
    6    HG3  GLU  78           HG3      GLU  78  -3.501 -12.559 -11.365

  No H/Q in entry =           6
  In of MODEL   10
    1    H    GLY  79           H        GLY  79  -0.181  -8.649 -11.254
    2    HA3  GLY  79           HA2      GLY  79  -1.555  -6.494 -12.484
    3    HA2  GLY  79           HA3      GLY  79   0.175  -6.751 -12.452

  No H/Q in entry =           3
  In of MODEL   10
    1    H    GLN  80           H        GLN  80   0.950  -8.486 -13.904
    2    HA   GLN  80           HA       GLN  80   1.315  -9.245 -15.984
    3    HB2  GLN  80           HB2      GLN  80  -1.652  -9.393 -15.769
    4    HB3  GLN  80           HB3      GLN  80  -0.927  -9.593 -17.355
    5    HG2  GLN  80           HG2      GLN  80  -1.405 -11.657 -15.825
    6    HG3  GLN  80           HG3      GLN  80   0.044 -11.586 -16.824
    7   HE21  GLN  80          HE21      GLN  80  -1.226 -11.414 -13.595
    8   HE22  GLN  80          HE22      GLN  80   0.293 -11.537 -12.774

  No H/Q in entry =           8
  In of MODEL   10
    1    H    GLU  81           H        GLU  81   2.090  -6.993 -16.015
    2    HA   GLU  81           HA       GLU  81   2.272  -5.578 -18.158
    3    HB2  GLU  81           HB2      GLU  81  -0.444  -5.473 -17.868
    4    HB3  GLU  81           HB3      GLU  81   0.037  -3.995 -17.044
    5    HG2  GLU  81           HG2      GLU  81   1.430  -4.267 -19.548
    6    HG3  GLU  81           HG3      GLU  81  -0.315  -4.357 -19.776

  No H/Q in entry =           6
  In of MODEL   10
    1    H    ARG  82           H        ARG  82   3.940  -5.619 -16.330
    2    HA   ARG  82           HA       ARG  82   5.264  -4.623 -14.831
    3    HB2  ARG  82           HB2      ARG  82   5.967  -2.774 -15.798
    4    HB3  ARG  82           HB3      ARG  82   4.513  -2.796 -16.776
    5    HG2  ARG  82           HG2      ARG  82   4.238  -1.535 -14.118
    6    HG3  ARG  82           HG3      ARG  82   5.308  -0.707 -15.248
    7    HD2  ARG  82           HD2      ARG  82   3.607  -0.118 -16.634
    8    HD3  ARG  82           HD3      ARG  82   2.693  -1.591 -16.315
    9    HE   ARG  82           HE       ARG  82   2.826   0.551 -14.307
   10   HH11  ARG  82          HH11      ARG  82   0.953  -1.443 -16.510
   11   HH12  ARG  82          HH12      ARG  82  -0.570  -0.987 -15.800
   12   HH21  ARG  82          HH21      ARG  82   0.798   1.145 -13.390
   13   HH22  ARG  82          HH22      ARG  82  -0.655   0.461 -14.042

  No H/Q in entry =          13
  In of MODEL   10
    1    H    SER  83           H        SER  83   2.366  -2.595 -14.572
    2    HA   SER  83           HA       SER  83   1.096  -1.886 -12.886
    3    HB2  SER  83           HB2      SER  83   2.140  -4.439 -11.742
    4    HB3  SER  83           HB3      SER  83   1.144  -3.372 -10.755
    5    HG   SER  83           HG       SER  83  -0.276  -4.703 -11.726

  No H/Q in entry =           5
  In of MODEL   10
    1    H    ALA  84           H        ALA  84   4.461  -2.364 -11.996
    2    HA   ALA  84           HA       ALA  84   5.847  -0.551 -11.541
    3    HB1  ALA  84           HB1      ALA  84   5.155   1.526 -10.911
    4    HB3  ALA  84           HB2      ALA  84   3.744   0.919 -10.044
    5    HB2  ALA  84           HB3      ALA  84   3.751   0.953 -11.807

  No H/Q in entry =           5
  In of MODEL   10
    1    H    TRP  85           H        TRP  85   7.220  -0.325  -9.774
    2    HA   TRP  85           HA       TRP  85   6.874  -0.592  -7.216
    3    HB2  TRP  85           HB2      TRP  85   5.549  -2.677  -7.922
    4    HB3  TRP  85           HB3      TRP  85   7.124  -3.409  -8.201
    5    HD1  TRP  85           HD1      TRP  85   8.236  -4.433  -6.292
    6    HE1  TRP  85           HE1      TRP  85   7.839  -4.595  -3.738
    7    HE3  TRP  85           HE3      TRP  85   4.532  -1.000  -5.920
    8    HZ2  TRP  85           HZ2      TRP  85   6.147  -3.341  -1.830
    9    HZ3  TRP  85           HZ3      TRP  85   3.572  -0.507  -3.711
   10    HH2  TRP  85           HH2      TRP  85   4.366  -1.655  -1.706

  No H/Q in entry =          10
  In of MODEL   10
    1    H    VAL  86           H        VAL  86   8.836  -0.925  -9.937
    2    HA   VAL  86           HA       VAL  86  11.009  -1.104  -8.091
    3    HB   VAL  86           HB       VAL  86  11.999  -2.966  -9.898
    4   HG11  VAL  86          HG11      VAL  86  11.165  -2.798  -7.026
    5   HG13  VAL  86          HG12      VAL  86  12.793  -2.791  -7.708
    6   HG12  VAL  86          HG13      VAL  86  11.846  -4.279  -7.697
    7   HG21  VAL  86          HG21      VAL  86   9.537  -3.345 -10.347
    8   HG23  VAL  86          HG22      VAL  86   9.374  -3.754  -8.642
    9   HG22  VAL  86          HG23      VAL  86  10.392  -4.740  -9.689

  No H/Q in entry =           9
  In of MODEL   10
    1    H    ARG  87           H        ARG  87  12.946  -0.791  -8.442
    2    HA   ARG  87           HA       ARG  87  14.216   0.103 -10.760
    3    HB2  ARG  87           HB2      ARG  87  12.984   2.223 -10.396
    4    HB3  ARG  87           HB3      ARG  87  13.549   2.274  -8.732
    5    HG2  ARG  87           HG2      ARG  87  15.913   2.229  -9.823
    6    HG3  ARG  87           HG3      ARG  87  15.044   2.782 -11.260
    7    HD2  ARG  87           HD2      ARG  87  15.307   4.832 -10.391
    8    HD3  ARG  87           HD3      ARG  87  13.978   4.367  -9.331
    9    HE   ARG  87           HE       ARG  87  16.332   3.495  -8.127
   10   HH11  ARG  87          HH11      ARG  87  14.822   6.537  -8.999
   11   HH12  ARG  87          HH12      ARG  87  15.588   7.428  -7.719
   12   HH21  ARG  87          HH21      ARG  87  17.346   4.709  -6.441
   13   HH22  ARG  87          HH22      ARG  87  17.000   6.409  -6.281

  No H/Q in entry =          13
  In of MODEL   10
    1    H    ALA  88           H        ALA  88  16.539   0.490 -10.062
    2    HA   ALA  88           HA       ALA  88  16.999  -1.336  -7.900
    3    HB3  ALA  88           HB1      ALA  88  19.497  -0.476  -8.797
    4    HB1  ALA  88           HB2      ALA  88  18.488  -0.749 -10.233
    5    HB2  ALA  88           HB3      ALA  88  18.704  -2.027  -9.040

  No H/Q in entry =           5
  In of MODEL   10
    1    H    LYS  89           H        LYS  89  18.192  -0.659  -5.778
    2    HA   LYS  89           HA       LYS  89  18.536   2.206  -5.779
    3    HB2  LYS  89           HB2      LYS  89  17.219   1.187  -3.973
    4    HB3  LYS  89           HB3      LYS  89  18.573   0.153  -3.559
    5    HG2  LYS  89           HG2      LYS  89  19.838   2.021  -2.768
    6    HG3  LYS  89           HG3      LYS  89  18.610   3.154  -3.350
    7    HD2  LYS  89           HD2      LYS  89  17.107   2.584  -1.703
    8    HD3  LYS  89           HD3      LYS  89  17.794   0.975  -1.486
    9    HE2  LYS  89           HE2      LYS  89  18.343   2.186   0.452
   10    HE3  LYS  89           HE3      LYS  89  19.819   2.110  -0.508
   11    HZ1  LYS  89           HZ1      LYS  89  19.291   4.360  -1.337
   12    HZ3  LYS  89           HZ2      LYS  89  19.539   4.322   0.336
   13    HZ2  LYS  89           HZ3      LYS  89  17.968   4.422  -0.284

  No H/Q in entry =          13
  In of MODEL   10
    1    H    THR  90           H        THR  90  20.190  -0.742  -4.741
    2    HA   THR  90           HA       THR  90  22.742   0.506  -5.503
    3    HB   THR  90           HB       THR  90  23.352  -1.702  -3.917
    4    HG1  THR  90           HG1      THR  90  21.988  -1.006  -2.000
    5   HG21  THR  90          HG21      THR  90  23.072   1.206  -3.129
    6   HG23  THR  90          HG22      THR  90  24.481   0.477  -3.901
    7   HG22  THR  90          HG23      THR  90  24.025  -0.004  -2.266

  No H/Q in entry =           7
  In of MODEL   10
    1    H    ALA  91           H        ALA  91  24.327  -1.700  -5.666
    2    HA   ALA  91           HA       ALA  91  23.288  -3.025  -8.081
    3    HB3  ALA  91           HB1      ALA  91  26.059  -3.112  -6.825
    4    HB2  ALA  91           HB2      ALA  91  25.604  -2.189  -8.257
    5    HB1  ALA  91           HB3      ALA  91  25.592  -3.951  -8.304

  No H/Q in entry =           5
  In of MODEL   10
    1    H    CYS  92           H        CYS  92  22.250  -4.852  -7.781
    2    HA   CYS  92           HA       CYS  92  22.673  -6.246  -5.154
    3    HB2  CYS  92           HB2      CYS  92  20.180  -6.889  -6.431
    4    HB3  CYS  92           HB3      CYS  92  20.413  -6.068  -4.895
    5    HG   CYS  92           HG       CYS  92  20.895  -3.561  -6.485

  No H/Q in entry =           5
  In of MODEL   10
    1    H    GLU  93           H        GLU  93  21.105  -8.253  -5.760
    2    HA   GLU  93           HA       GLU  93  22.174  -9.934  -7.803
    3    HB2  GLU  93           HB2      GLU  93  22.594 -10.571  -4.856
    4    HB3  GLU  93           HB3      GLU  93  22.866 -11.696  -6.175
    5    HG2  GLU  93           HG2      GLU  93  24.334  -9.103  -6.093
    6    HG3  GLU  93           HG3      GLU  93  24.863 -10.461  -5.101

  No H/Q in entry =           6
  In of MODEL   10
    1    H    VAL  94           H        VAL  94  20.140 -10.564  -8.476
    2    HA   VAL  94           HA       VAL  94  18.169 -10.937  -6.323
    3    HB   VAL  94           HB       VAL  94  16.377 -10.438  -7.919
    4   HG13  VAL  94          HG11      VAL  94  16.605  -8.500  -6.859
    5   HG12  VAL  94          HG12      VAL  94  17.384  -7.938  -8.339
    6   HG11  VAL  94          HG13      VAL  94  18.364  -8.527  -6.994
    7   HG23  VAL  94          HG21      VAL  94  17.080  -9.162 -10.014
    8   HG22  VAL  94          HG22      VAL  94  17.201 -10.922 -10.043
    9   HG21  VAL  94          HG23      VAL  94  18.648  -9.947  -9.810

  No H/Q in entry =           9
  In of MODEL   10
    1    H    ALA  95           H        ALA  95  16.728 -12.600  -6.433
    2    HA   ALA  95           HA       ALA  95  17.672 -14.858  -8.027
    3    HB3  ALA  95           HB1      ALA  95  17.130 -15.357  -5.731
    4    HB2  ALA  95           HB2      ALA  95  15.783 -15.973  -6.692
    5    HB1  ALA  95           HB3      ALA  95  15.635 -14.439  -5.839

  No H/Q in entry =           5
  In of MODEL   10
    1    H    GLU  96           H        GLU  96  17.078 -14.064 -10.048
    2    HA   GLU  96           HA       GLU  96  14.215 -13.515 -10.332
    3    HB2  GLU  96           HB2      GLU  96  14.709 -12.166 -12.258
    4    HB3  GLU  96           HB3      GLU  96  15.686 -11.619 -10.901
    5    HG2  GLU  96           HG2      GLU  96  17.635 -12.747 -11.805
    6    HG3  GLU  96           HG3      GLU  96  16.655 -13.457 -13.085

  No H/Q in entry =           6
  In of MODEL   10
    1    H    ILE  97           H        ILE  97  13.162 -14.873 -10.981
    2    HA   ILE  97           HA       ILE  97  13.826 -16.449 -13.323
    3    HB   ILE  97           HB       ILE  97  12.191 -18.191 -12.106
    4   HG12  ILE  97          HG12      ILE  97  13.939 -17.300  -9.839
    5   HG13  ILE  97          HG13      ILE  97  12.274 -16.760 -10.013
    6   HG21  ILE  97          HG21      ILE  97  15.177 -18.074 -11.932
    7   HG23  ILE  97          HG22      ILE  97  14.203 -18.710 -13.254
    8   HG22  ILE  97          HG23      ILE  97  14.193 -19.524 -11.692
    9   HD13  ILE  97          HD11      ILE  97  12.202 -18.588  -8.549
   10   HD12  ILE  97          HD12      ILE  97  13.278 -19.547  -9.564
   11   HD11  ILE  97          HD13      ILE  97  11.635 -19.202 -10.102

  No H/Q in entry =          11
  In of MODEL   10
    1    H    SER  98           H        SER  98  11.783 -17.600 -13.985
    2    HA   SER  98           HA       SER  98   9.812 -15.472 -14.180
    3    HB2  SER  98           HB2      SER  98   9.823 -17.965 -15.837
    4    HB3  SER  98           HB3      SER  98   9.178 -16.367 -16.237
    5    HG   SER  98           HG       SER  98  11.127 -16.604 -17.303

  No H/Q in entry =           5
  In of MODEL   10
    1    H    TYR  99           H        TYR  99   7.769 -15.717 -13.743
    2    HA   TYR  99           HA       TYR  99   7.033 -17.387 -11.478
    3    HB2  TYR  99           HB2      TYR  99   4.943 -16.165 -11.434
    4    HB3  TYR  99           HB3      TYR  99   6.215 -15.004 -11.732
    5    HD1  TYR  99           HD1      TYR  99   4.770 -17.078 -14.472
    6    HD2  TYR  99           HD2      TYR  99   4.725 -13.298 -12.507
    7    HE1  TYR  99           HE1      TYR  99   3.414 -16.145 -16.284
    8    HE2  TYR  99           HE2      TYR  99   3.376 -12.370 -14.326
    9    HH   TYR  99           HH       TYR  99   2.520 -12.716 -16.344

  No H/Q in entry =           9
  In of MODEL   10
    1    H    LYS 100           H        LYS 100   7.127 -18.045 -14.940
    2    HA   LYS 100           HA       LYS 100   4.842 -19.702 -14.777
    3    HB2  LYS 100           HB2      LYS 100   5.837 -19.385 -16.928
    4    HB3  LYS 100           HB3      LYS 100   7.396 -19.947 -16.348
    5    HG2  LYS 100           HG2      LYS 100   6.869 -21.911 -17.234
    6    HG3  LYS 100           HG3      LYS 100   5.737 -22.102 -15.892
    7    HD2  LYS 100           HD2      LYS 100   4.978 -20.674 -18.419
    8    HD3  LYS 100           HD3      LYS 100   4.840 -22.425 -18.267
    9    HE2  LYS 100           HE2      LYS 100   3.268 -22.238 -16.506
   10    HE3  LYS 100           HE3      LYS 100   3.590 -20.516 -16.308
   11    HZ1  LYS 100           HZ1      LYS 100   2.351 -21.746 -18.708
   12    HZ3  LYS 100           HZ2      LYS 100   2.594 -20.094 -18.442
   13    HZ2  LYS 100           HZ3      LYS 100   1.506 -20.954 -17.479

  No H/Q in entry =          13
  In of MODEL   10
    1    H    LYS 101           H        LYS 101   8.292 -20.434 -14.243
    2    HA   LYS 101           HA       LYS 101   7.767 -23.005 -13.062
    3    HB2  LYS 101           HB2      LYS 101   9.807 -23.163 -14.015
    4    HB3  LYS 101           HB3      LYS 101  10.115 -21.440 -13.879
    5    HG2  LYS 101           HG2      LYS 101  10.884 -21.654 -11.669
    6    HG3  LYS 101           HG3      LYS 101  10.298 -23.315 -11.547
    7    HD2  LYS 101           HD2      LYS 101  12.589 -23.586 -11.902
    8    HD3  LYS 101           HD3      LYS 101  11.899 -23.794 -13.512
    9    HE2  LYS 101           HE2      LYS 101  12.314 -21.234 -13.720
   10    HE3  LYS 101           HE3      LYS 101  13.443 -21.495 -12.392
   11    HZ3  LYS 101           HZ1      LYS 101  14.707 -21.726 -14.319
   12    HZ2  LYS 101           HZ2      LYS 101  13.526 -22.631 -15.116
   13    HZ1  LYS 101           HZ3      LYS 101  14.402 -23.321 -13.845

  No H/Q in entry =          13
  In of MODEL   10
    1    H    PHE 102           H        PHE 102   8.642 -19.819 -11.885
    2    HA   PHE 102           HA       PHE 102   9.165 -20.459  -9.213
    3    HB2  PHE 102           HB2      PHE 102   9.859 -18.393  -9.891
    4    HB3  PHE 102           HB3      PHE 102   8.404 -18.025 -10.747
    5    HD1  PHE 102           HD1      PHE 102  10.250 -17.627  -7.737
    6    HD2  PHE 102           HD2      PHE 102   6.356 -17.345  -9.395
    7    HE1  PHE 102           HE1      PHE 102   9.583 -16.158  -5.873
    8    HE2  PHE 102           HE2      PHE 102   5.663 -15.900  -7.537
    9    HZ   PHE 102           HZ       PHE 102   7.269 -15.298  -5.774

  No H/Q in entry =           9
  In of MODEL   10
    1    H    ARG 103           H        ARG 103   6.187 -19.045 -10.585
    2    HA   ARG 103           HA       ARG 103   4.606 -19.223  -8.428
    3    HB2  ARG 103           HB2      ARG 103   2.821 -18.808  -9.719
    4    HB3  ARG 103           HB3      ARG 103   4.074 -18.484 -10.898
    5    HG2  ARG 103           HG2      ARG 103   3.464 -20.217 -12.207
    6    HG3  ARG 103           HG3      ARG 103   3.053 -21.254 -10.836
    7    HD2  ARG 103           HD2      ARG 103   1.105 -20.537 -12.272
    8    HD3  ARG 103           HD3      ARG 103   0.947 -20.194 -10.552
    9    HE   ARG 103           HE       ARG 103   1.879 -18.081 -12.370
   10   HH11  ARG 103          HH11      ARG 103  -0.534 -19.340 -10.171
   11   HH12  ARG 103          HH12      ARG 103  -1.415 -17.850 -10.067
   12   HH21  ARG 103          HH21      ARG 103   0.703 -16.093 -12.241
   13   HH22  ARG 103          HH22      ARG 103  -0.712 -16.003 -11.242

  No H/Q in entry =          13
  In of MODEL   10
    1    H    GLN 104           H        GLN 104   5.791 -21.866 -10.162
    2    HA   GLN 104           HA       GLN 104   3.840 -23.753  -8.983
    3    HB2  GLN 104           HB2      GLN 104   5.992 -24.202 -11.037
    4    HB3  GLN 104           HB3      GLN 104   4.976 -25.476 -10.367
    5    HG2  GLN 104           HG2      GLN 104   3.896 -23.046 -11.752
    6    HG3  GLN 104           HG3      GLN 104   4.223 -24.575 -12.566
    7   HE21  GLN 104          HE21      GLN 104   2.228 -22.957 -10.188
    8   HE22  GLN 104          HE22      GLN 104   0.962 -24.130 -10.170

  No H/Q in entry =           8
  In of MODEL   10
    1    H    LEU 105           H        LEU 105   7.199 -22.833  -8.489
    2    HA   LEU 105           HA       LEU 105   7.547 -24.953  -6.473
    3    HB2  LEU 105           HB2      LEU 105   9.734 -24.316  -6.641
    4    HB3  LEU 105           HB3      LEU 105   9.248 -23.153  -7.859
    5    HG   LEU 105           HG       LEU 105   8.786 -21.571  -5.874
    6   HD13  LEU 105          HD11      LEU 105  10.071 -21.973  -3.883
    7   HD12  LEU 105          HD12      LEU 105  10.782 -23.431  -4.573
    8   HD11  LEU 105          HD13      LEU 105   9.065 -23.395  -4.162
    9   HD21  LEU 105          HD21      LEU 105  11.545 -22.415  -6.735
   10   HD23  LEU 105          HD22      LEU 105  11.207 -20.935  -5.831
   11   HD22  LEU 105          HD23      LEU 105  10.534 -21.160  -7.451

  No H/Q in entry =          11
  In of MODEL   10
    1    H    ILE 106           H        ILE 106   7.035 -21.231  -6.457
    2    HA   ILE 106           HA       ILE 106   6.439 -21.128  -3.807
    3    HB   ILE 106           HB       ILE 106   5.586 -18.974  -4.089
    4   HG12  ILE 106          HG12      ILE 106   5.456 -18.407  -6.794
    5   HG13  ILE 106          HG13      ILE 106   4.678 -19.984  -6.677
    6   HG21  ILE 106          HG21      ILE 106   7.996 -19.553  -4.637
    7   HG23  ILE 106          HG22      ILE 106   7.409 -17.977  -5.168
    8   HG22  ILE 106          HG23      ILE 106   7.556 -19.301  -6.326
    9   HD12  ILE 106          HD11      ILE 106   3.929 -17.482  -5.195
   10   HD11  ILE 106          HD12      ILE 106   3.206 -19.065  -4.916
   11   HD13  ILE 106          HD13      ILE 106   3.018 -18.272  -6.483

  No H/Q in entry =          11
  In of MODEL   10
    1    H    GLN 107           H        GLN 107   4.701 -22.871  -5.850
    2    HA   GLN 107           HA       GLN 107   2.240 -22.434  -4.348
    3    HB2  GLN 107           HB2      GLN 107   2.568 -23.149  -7.209
    4    HB3  GLN 107           HB3      GLN 107   1.204 -23.846  -6.339
    5    HG2  GLN 107           HG2      GLN 107   0.955 -21.290  -5.587
    6    HG3  GLN 107           HG3      GLN 107   1.728 -21.066  -7.158
    7   HE21  GLN 107          HE21      GLN 107  -1.079 -22.240  -5.481
    8   HE22  GLN 107          HE22      GLN 107  -2.111 -22.360  -6.860

  No H/Q in entry =           8
  In of MODEL   10
    1    H    VAL 108           H        VAL 108   4.854 -24.365  -4.845
    2    HA   VAL 108           HA       VAL 108   3.631 -26.922  -4.301
    3    HB   VAL 108           HB       VAL 108   5.976 -26.094  -5.504
    4   HG12  VAL 108          HG11      VAL 108   6.725 -27.360  -2.882
    5   HG11  VAL 108          HG12      VAL 108   7.070 -25.704  -3.382
    6   HG13  VAL 108          HG13      VAL 108   7.814 -27.056  -4.236
    7   HG22  VAL 108          HG21      VAL 108   6.476 -28.435  -5.766
    8   HG21  VAL 108          HG22      VAL 108   4.749 -28.139  -5.951
    9   HG23  VAL 108          HG23      VAL 108   5.367 -28.841  -4.456

  No H/Q in entry =           9
  In of MODEL   10
    1    H    ASN 109           H        ASN 109   5.019 -24.261  -2.635
    2    HA   ASN 109           HA       ASN 109   4.592 -25.579  -0.032
    3    HB2  ASN 109           HB2      ASN 109   6.756 -23.550  -0.632
    4    HB3  ASN 109           HB3      ASN 109   6.459 -24.325   0.914
    5   HD21  ASN 109          HD21      ASN 109   8.386 -24.304  -1.714
    6   HD22  ASN 109          HD22      ASN 109   9.009 -25.912  -1.633

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   PRO 110           HA       PRO 110   1.931 -21.943   0.099
    2    HB2  PRO 110           HB2      PRO 110   0.701 -22.540   2.426
    3    HB3  PRO 110           HB3      PRO 110   0.317 -23.382   0.921
    4    HG2  PRO 110           HG2      PRO 110   2.054 -24.262   3.199
    5    HG3  PRO 110           HG3      PRO 110   0.884 -25.202   2.256
    6    HD2  PRO 110           HD2      PRO 110   3.577 -25.286   1.839
    7    HD3  PRO 110           HD3      PRO 110   2.373 -25.595   0.571

  No H/Q in entry =           7
  In of MODEL   10
    1    H    ASP 111           H        ASP 111   4.696 -22.517   1.873
    2    HA   ASP 111           HA       ASP 111   4.256 -20.158   3.538
    3    HB2  ASP 111           HB2      ASP 111   6.700 -21.774   3.980
    4    HB3  ASP 111           HB3      ASP 111   5.670 -20.900   5.114

  No H/Q in entry =           4
  In of MODEL   10
    1    H    ILE 112           H        ILE 112   5.544 -20.968   0.597
    2    HA   ILE 112           HA       ILE 112   7.919 -19.306   0.753
    3    HB   ILE 112           HB       ILE 112   6.668 -20.967  -1.422
    4   HG12  ILE 112          HG12      ILE 112   8.439 -21.459   0.621
    5   HG13  ILE 112          HG13      ILE 112   8.228 -22.454  -0.814
    6   HG22  ILE 112          HG21      ILE 112   8.526 -20.283  -2.885
    7   HG21  ILE 112          HG22      ILE 112   8.954 -19.027  -1.722
    8   HG23  ILE 112          HG23      ILE 112   7.389 -18.977  -2.540
    9   HD11  ILE 112          HD11      ILE 112  10.033 -21.229  -1.905
   10   HD13  ILE 112          HD12      ILE 112  10.558 -22.012  -0.415
   11   HD12  ILE 112          HD13      ILE 112  10.254 -20.275  -0.440

  No H/Q in entry =          11
  In of MODEL   10
    1    H    LEU 113           H        LEU 113   4.836 -19.328  -0.860
    2    HA   LEU 113           HA       LEU 113   5.170 -16.788  -2.050
    3    HB2  LEU 113           HB2      LEU 113   3.616 -18.208  -3.098
    4    HB3  LEU 113           HB3      LEU 113   2.816 -18.579  -1.579
    5    HG   LEU 113           HG       LEU 113   2.212 -16.074  -1.525
    6   HD12  LEU 113          HD11      LEU 113   2.484 -16.297  -4.496
    7   HD11  LEU 113          HD12      LEU 113   3.793 -15.658  -3.501
    8   HD13  LEU 113          HD13      LEU 113   2.218 -14.864  -3.504
    9   HD21  LEU 113          HD21      LEU 113   0.709 -18.055  -1.950
   10   HD23  LEU 113          HD22      LEU 113   0.885 -17.689  -3.669
   11   HD22  LEU 113          HD23      LEU 113   0.178 -16.497  -2.577

  No H/Q in entry =          11
  In of MODEL   10
    1    H    MET 114           H        MET 114   4.182 -18.052   0.925
    2    HA   MET 114           HA       MET 114   2.732 -15.841   1.995
    3    HB2  MET 114           HB2      MET 114   3.003 -18.432   2.676
    4    HB3  MET 114           HB3      MET 114   4.182 -17.730   3.774
    5    HG2  MET 114           HG2      MET 114   1.404 -16.661   3.604
    6    HG3  MET 114           HG3      MET 114   1.776 -18.081   4.574
    7    HE1  MET 114           HE1      MET 114   0.478 -15.289   5.565
    8    HE3  MET 114           HE2      MET 114   1.499 -14.326   4.495
    9    HE2  MET 114           HE3      MET 114   1.617 -14.125   6.243

  No H/Q in entry =           9
  In of MODEL   10
    1    H    ARG 115           H        ARG 115   6.039 -16.924   1.940
    2    HA   ARG 115           HA       ARG 115   7.051 -15.104   3.836
    3    HB2  ARG 115           HB2      ARG 115   8.152 -16.969   1.819
    4    HB3  ARG 115           HB3      ARG 115   9.172 -15.573   2.190
    5    HG2  ARG 115           HG2      ARG 115   8.418 -16.447   4.677
    6    HG3  ARG 115           HG3      ARG 115   8.583 -17.950   3.761
    7    HD2  ARG 115           HD2      ARG 115  10.676 -17.235   4.901
    8    HD3  ARG 115           HD3      ARG 115  10.840 -17.397   3.154
    9    HE   ARG 115           HE       ARG 115  10.206 -14.723   3.896
   10   HH11  ARG 115          HH11      ARG 115  12.827 -17.038   3.759
   11   HH12  ARG 115          HH12      ARG 115  14.058 -15.815   3.605
   12   HH21  ARG 115          HH21      ARG 115  11.836 -13.107   3.681
   13   HH22  ARG 115          HH22      ARG 115  13.495 -13.585   3.554

  No H/Q in entry =          13
  In of MODEL   10
    1    H    LEU 116           H        LEU 116   6.771 -15.095   0.244
    2    HA   LEU 116           HA       LEU 116   7.778 -12.536  -0.080
    3    HB2  LEU 116           HB2      LEU 116   7.658 -13.841  -2.006
    4    HB3  LEU 116           HB3      LEU 116   6.002 -14.326  -1.687
    5    HG   LEU 116           HG       LEU 116   6.094 -11.485  -2.062
    6   HD12  LEU 116          HD11      LEU 116   6.908 -12.837  -4.566
    7   HD11  LEU 116          HD12      LEU 116   8.157 -12.370  -3.410
    8   HD13  LEU 116          HD13      LEU 116   7.070 -11.152  -4.074
    9   HD23  LEU 116          HD21      LEU 116   4.586 -12.053  -3.975
   10   HD22  LEU 116          HD22      LEU 116   4.076 -12.673  -2.400
   11   HD21  LEU 116          HD23      LEU 116   4.833 -13.756  -3.571

  No H/Q in entry =          11
  In of MODEL   10
    1    H    SER 117           H        SER 117   4.431 -13.610   0.277
    2    HA   SER 117           HA       SER 117   3.112 -11.278  -0.270
    3    HB2  SER 117           HB2      SER 117   1.261 -12.184   1.116
    4    HB3  SER 117           HB3      SER 117   1.901 -13.336  -0.049
    5    HG   SER 117           HG       SER 117   2.630 -13.240   2.701

  No H/Q in entry =           5
  In of MODEL   10
    1    H    ALA 118           H        ALA 118   4.397 -12.411   2.794
    2    HA   ALA 118           HA       ALA 118   3.512 -10.423   4.507
    3    HB2  ALA 118           HB1      ALA 118   4.583 -12.441   5.307
    4    HB3  ALA 118           HB2      ALA 118   5.433 -11.023   5.925
    5    HB1  ALA 118           HB3      ALA 118   6.110 -11.942   4.580

  No H/Q in entry =           5
  In of MODEL   10
    1    H    GLN 119           H        GLN 119   6.158 -10.335   2.177
    2    HA   GLN 119           HA       GLN 119   7.405  -8.020   3.251
    3    HB2  GLN 119           HB2      GLN 119   7.399  -9.212   0.475
    4    HB3  GLN 119           HB3      GLN 119   8.312  -7.769   0.885
    5    HG2  GLN 119           HG2      GLN 119   8.936 -10.559   1.343
    6    HG3  GLN 119           HG3      GLN 119   9.990  -9.148   1.354
    7   HE21  GLN 119          HE21      GLN 119   8.242 -11.420   3.228
    8   HE22  GLN 119          HE22      GLN 119   8.713 -10.831   4.785

  No H/Q in entry =           8
  In of MODEL   10
    1    H    MET 120           H        MET 120   5.357  -8.364   0.297
    2    HA   MET 120           HA       MET 120   4.614  -5.868  -0.148
    3    HB2  MET 120           HB2      MET 120   3.366  -8.445  -0.526
    4    HB3  MET 120           HB3      MET 120   2.158  -7.188  -0.299
    5    HG2  MET 120           HG2      MET 120   2.514  -7.317  -2.607
    6    HG3  MET 120           HG3      MET 120   3.377  -5.876  -2.075
    7    HE3  MET 120           HE1      MET 120   5.079  -9.429  -1.256
    8    HE2  MET 120           HE2      MET 120   5.409  -9.900  -2.923
    9    HE1  MET 120           HE3      MET 120   3.747  -9.662  -2.389

  No H/Q in entry =           9
  In of MODEL   10
    1    H    ALA 121           H        ALA 121   3.101  -7.830   2.377
    2    HA   ALA 121           HA       ALA 121   1.109  -5.987   3.096
    3    HB1  ALA 121           HB1      ALA 121   2.414  -8.149   4.745
    4    HB2  ALA 121           HB2      ALA 121   0.973  -8.322   3.741
    5    HB3  ALA 121           HB3      ALA 121   0.933  -7.293   5.172

  No H/Q in entry =           5
  In of MODEL   10
    1    H    ARG 122           H        ARG 122   4.434  -6.427   4.055
    2    HA   ARG 122           HA       ARG 122   4.372  -4.671   6.238
    3    HB2  ARG 122           HB2      ARG 122   6.388  -6.183   4.786
    4    HB3  ARG 122           HB3      ARG 122   6.988  -4.623   5.345
    5    HG2  ARG 122           HG2      ARG 122   7.326  -6.555   6.923
    6    HG3  ARG 122           HG3      ARG 122   6.513  -5.144   7.609
    7    HD2  ARG 122           HD2      ARG 122   4.338  -6.293   7.039
    8    HD3  ARG 122           HD3      ARG 122   5.289  -7.743   6.720
    9    HE   ARG 122           HE       ARG 122   4.554  -6.651   9.267
   10   HH11  ARG 122          HH11      ARG 122   6.966  -8.587   7.619
   11   HH12  ARG 122          HH12      ARG 122   7.408  -9.480   9.035
   12   HH21  ARG 122          HH21      ARG 122   5.127  -7.848  11.128
   13   HH22  ARG 122          HH22      ARG 122   6.348  -9.082  11.029

  No H/Q in entry =          13
  In of MODEL   10
    1    H    ARG 123           H        ARG 123   4.676  -4.294   2.895
    2    HA   ARG 123           HA       ARG 123   5.673  -1.652   2.885
    3    HB2  ARG 123           HB2      ARG 123   4.712  -3.582   0.817
    4    HB3  ARG 123           HB3      ARG 123   4.829  -1.879   0.399
    5    HG2  ARG 123           HG2      ARG 123   6.842  -3.343  -0.139
    6    HG3  ARG 123           HG3      ARG 123   7.154  -1.837   0.719
    7    HD2  ARG 123           HD2      ARG 123   7.257  -3.077   2.833
    8    HD3  ARG 123           HD3      ARG 123   6.949  -4.578   1.968
    9    HE   ARG 123           HE       ARG 123   9.155  -4.659   1.406
   10   HH11  ARG 123          HH11      ARG 123   8.385  -1.342   2.249
   11   HH12  ARG 123          HH12      ARG 123  10.038  -0.828   2.243
   12   HH21  ARG 123          HH21      ARG 123  11.328  -3.998   1.465
   13   HH22  ARG 123          HH22      ARG 123  11.707  -2.333   1.805

  No H/Q in entry =          13
  In of MODEL   10
    1    H    LEU 124           H        LEU 124   2.572  -3.201   3.012
    2    HA   LEU 124           HA       LEU 124   1.072  -0.845   2.372
    3    HB2  LEU 124           HB2      LEU 124   0.508  -3.522   3.509
    4    HB3  LEU 124           HB3      LEU 124  -0.609  -2.240   3.943
    5    HG   LEU 124           HG       LEU 124   0.077  -2.713   1.070
    6   HD13  LEU 124          HD11      LEU 124  -0.518  -4.855   1.826
    7   HD12  LEU 124          HD12      LEU 124  -1.944  -4.165   1.042
    8   HD11  LEU 124          HD13      LEU 124  -1.832  -4.207   2.804
    9   HD21  LEU 124          HD21      LEU 124  -2.383  -1.733   2.511
   10   HD23  LEU 124          HD22      LEU 124  -2.202  -1.870   0.763
   11   HD22  LEU 124          HD23      LEU 124  -1.214  -0.718   1.665

  No H/Q in entry =          11
  In of MODEL   10
    1    H    GLN 125           H        GLN 125   2.507  -2.374   5.122
    2    HA   GLN 125           HA       GLN 125   1.410  -0.533   7.029
    3    HB2  GLN 125           HB2      GLN 125   3.350  -2.787   7.130
    4    HB3  GLN 125           HB3      GLN 125   3.421  -1.585   8.413
    5    HG2  GLN 125           HG2      GLN 125   1.062  -3.278   7.637
    6    HG3  GLN 125           HG3      GLN 125   2.017  -3.385   9.115
    7   HE21  GLN 125          HE21      GLN 125  -0.867  -2.820   8.511
    8   HE22  GLN 125          HE22      GLN 125  -1.226  -1.387   9.406

  No H/Q in entry =           8
  In of MODEL   10
    1    H    VAL 126           H        VAL 126   3.849  -0.220   4.636
    2    HA   VAL 126           HA       VAL 126   5.291   1.723   6.264
    3    HB   VAL 126           HB       VAL 126   6.559  -0.106   4.938
    4   HG12  VAL 126          HG11      VAL 126   6.112   1.711   2.590
    5   HG11  VAL 126          HG12      VAL 126   5.148   0.260   2.850
    6   HG13  VAL 126          HG13      VAL 126   6.892   0.129   2.628
    7   HG21  VAL 126          HG21      VAL 126   7.592   1.936   5.851
    8   HG23  VAL 126          HG22      VAL 126   7.256   2.745   4.317
    9   HG22  VAL 126          HG23      VAL 126   8.352   1.364   4.364

  No H/Q in entry =           9
  In of MODEL   10
    1    H    THR 127           H        THR 127   3.255   1.186   3.439
    2    HA   THR 127           HA       THR 127   3.414   3.973   2.584
    3    HB   THR 127           HB       THR 127   1.468   1.905   1.567
    4    HG1  THR 127           HG1      THR 127   3.447   0.928   1.283
    5   HG22  THR 127          HG21      THR 127   2.753   4.296   0.238
    6   HG21  THR 127          HG22      THR 127   1.090   4.208   0.824
    7   HG23  THR 127          HG23      THR 127   1.608   3.190  -0.521

  No H/Q in entry =           7
  In of MODEL   10
    1    H    SER 128           H        SER 128   1.662   2.599   5.321
    2    HA   SER 128           HA       SER 128  -0.673   3.993   4.366
    3    HB2  SER 128           HB2      SER 128  -0.313   1.812   6.431
    4    HB3  SER 128           HB3      SER 128  -1.758   2.815   6.333
    5    HG   SER 128           HG       SER 128  -0.791   0.883   4.543

  No H/Q in entry =           5
  In of MODEL   10
    1    H    GLU 129           H        GLU 129   2.052   3.811   6.308
    2    HA   GLU 129           HA       GLU 129   1.078   5.313   8.564
    3    HB2  GLU 129           HB2      GLU 129   3.012   3.552   8.428
    4    HB3  GLU 129           HB3      GLU 129   3.993   4.957   8.029
    5    HG2  GLU 129           HG2      GLU 129   3.374   6.029  10.102
    6    HG3  GLU 129           HG3      GLU 129   2.281   4.705  10.493

  No H/Q in entry =           6
  In of MODEL   10
    1    H    LYS 130           H        LYS 130   1.766   6.490   5.503
    2    HA   LYS 130           HA       LYS 130   1.772   9.153   6.297
    3    HB2  LYS 130           HB2      LYS 130   4.366   7.912   6.486
    4    HB3  LYS 130           HB3      LYS 130   4.390   9.094   5.187
    5    HG2  LYS 130           HG2      LYS 130   4.496  10.776   6.628
    6    HG3  LYS 130           HG3      LYS 130   3.100  10.179   7.524
    7    HD2  LYS 130           HD2      LYS 130   4.501   8.723   8.833
    8    HD3  LYS 130           HD3      LYS 130   5.909   9.129   7.852
    9    HE2  LYS 130           HE2      LYS 130   5.940  10.321   9.984
   10    HE3  LYS 130           HE3      LYS 130   5.799  11.438   8.629
   11    HZ3  LYS 130           HZ1      LYS 130   3.752  12.088   9.272
   12    HZ2  LYS 130           HZ2      LYS 130   4.251  11.542  10.788
   13    HZ1  LYS 130           HZ3      LYS 130   3.285  10.550   9.807

  No H/Q in entry =          13
  In of MODEL   10
    1    H    VAL 131           H        VAL 131   0.256   8.128   4.507
    2    HA   VAL 131           HA       VAL 131   1.066   7.582   1.917
    3    HB   VAL 131           HB       VAL 131  -1.296   9.269   1.886
    4   HG11  VAL 131          HG11      VAL 131  -0.600   6.494   1.123
    5   HG13  VAL 131          HG12      VAL 131  -1.254   7.823   0.155
    6   HG12  VAL 131          HG13      VAL 131  -2.302   6.939   1.264
    7   HG21  VAL 131          HG21      VAL 131  -1.367   7.010   3.869
    8   HG23  VAL 131          HG22      VAL 131  -2.768   7.896   3.259
    9   HG22  VAL 131          HG23      VAL 131  -1.547   8.731   4.216

  No H/Q in entry =           9
  In of MODEL   10
    1    H    GLY 132           H        GLY 132  -0.469  10.516   2.844
    2    HA3  GLY 132           HA2      GLY 132   1.378  12.080   1.141
    3    HA2  GLY 132           HA3      GLY 132  -0.343  12.414   1.247

  No H/Q in entry =           3
  In of MODEL   10
    1    H    ASN 133           H        ASN 133   2.276  11.922   3.552
    2    HA   ASN 133           HA       ASN 133   1.236  14.060   5.217
    3    HB2  ASN 133           HB2      ASN 133   2.054  11.824   6.109
    4    HB3  ASN 133           HB3      ASN 133   3.675  12.322   5.660
    5   HD21  ASN 133          HD21      ASN 133   1.073  12.706   7.882
    6   HD22  ASN 133          HD22      ASN 133   1.918  13.662   9.048

  No H/Q in entry =           6
  In of MODEL   10
    1    H    LEU 134           H        LEU 134   3.978  13.193   3.180
    2    HA   LEU 134           HA       LEU 134   5.354  15.714   3.675
    3    HB2  LEU 134           HB2      LEU 134   6.803  14.714   1.708
    4    HB3  LEU 134           HB3      LEU 134   6.997  14.274   3.386
    5    HG   LEU 134           HG       LEU 134   5.774  12.221   3.037
    6   HD12  LEU 134          HD11      LEU 134   5.405  11.657   0.499
    7   HD11  LEU 134          HD12      LEU 134   5.198  13.404   0.380
    8   HD13  LEU 134          HD13      LEU 134   4.160  12.463   1.450
    9   HD21  LEU 134          HD21      LEU 134   8.258  12.615   2.435
   10   HD23  LEU 134          HD22      LEU 134   7.710  12.365   0.777
   11   HD22  LEU 134          HD23      LEU 134   7.485  11.097   1.985

  No H/Q in entry =          11
  In of MODEL   10
    1    H    ALA 135           H        ALA 135   3.017  14.713   1.693
    2    HA   ALA 135           HA       ALA 135   3.635  16.283  -0.698
    3    HB1  ALA 135           HB1      ALA 135   1.472  15.460  -1.610
    4    HB3  ALA 135           HB2      ALA 135   1.304  14.460  -0.165
    5    HB2  ALA 135           HB3      ALA 135   2.665  14.212  -1.260

  No H/Q in entry =           5
  In of MODEL   10
    1    H    PHE 136           H        PHE 136   2.307  16.758   2.250
    2    HA   PHE 136           HA       PHE 136   0.174  18.539   1.788
    3    HB2  PHE 136           HB2      PHE 136   0.959  17.184   3.874
    4    HB3  PHE 136           HB3      PHE 136   1.924  18.617   4.217
    5    HD1  PHE 136           HD1      PHE 136   1.008  20.135   5.657
    6    HD2  PHE 136           HD2      PHE 136  -1.580  17.812   3.204
    7    HE1  PHE 136           HE1      PHE 136  -0.941  21.194   6.718
    8    HE2  PHE 136           HE2      PHE 136  -3.535  18.868   4.260
    9    HZ   PHE 136           HZ       PHE 136  -3.216  20.562   6.019

  No H/Q in entry =           9
  In of MODEL   10
    1    H    LEU 137           H        LEU 137   3.052  19.144   0.552
    2    HA   LEU 137           HA       LEU 137   4.222  20.947  -0.176
    3    HB2  LEU 137           HB2      LEU 137   1.688  22.209   0.725
    4    HB3  LEU 137           HB3      LEU 137   3.008  23.220   0.168
    5    HG   LEU 137           HG       LEU 137   1.764  21.002  -1.468
    6   HD12  LEU 137          HD11      LEU 137   1.322  23.983  -1.593
    7   HD11  LEU 137          HD12      LEU 137   0.152  22.786  -1.040
    8   HD13  LEU 137          HD13      LEU 137   0.677  22.793  -2.724
    9   HD22  LEU 137          HD21      LEU 137   3.042  21.821  -3.273
   10   HD21  LEU 137          HD22      LEU 137   4.162  21.716  -1.917
   11   HD23  LEU 137          HD23      LEU 137   3.498  23.277  -2.391

  No H/Q in entry =          11
  In of MODEL   10
    1    H    ASP 138           H        ASP 138   3.882  20.262   2.805
    2    HA   ASP 138           HA       ASP 138   5.062  22.414   4.168
    3    HB2  ASP 138           HB2      ASP 138   3.399  21.182   5.377
    4    HB3  ASP 138           HB3      ASP 138   4.507  19.806   5.560

  No H/Q in entry =           4
  In of MODEL   10
    1    H    VAL 139           H        VAL 139   6.723  21.201   2.094
    2    HA   VAL 139           HA       VAL 139   8.888  19.829   2.883
    3    HB   VAL 139           HB       VAL 139   8.475  21.750   0.832
    4   HG13  VAL 139          HG11      VAL 139  10.134  23.249   0.920
    5   HG12  VAL 139          HG12      VAL 139  11.317  21.951   1.082
    6   HG11  VAL 139          HG13      VAL 139  10.580  22.656   2.522
    7   HG23  VAL 139          HG21      VAL 139  10.186  20.353  -0.248
    8   HG22  VAL 139          HG22      VAL 139   8.953  19.408   0.586
    9   HG21  VAL 139          HG23      VAL 139  10.541  19.628   1.322

  No H/Q in entry =           9
  In of MODEL   10
    1    H    THR 140           H        THR 140   8.105  22.903   4.359
    2    HA   THR 140           HA       THR 140  10.399  23.925   5.384
    3    HB   THR 140           HB       THR 140   8.299  23.506   7.409
    4    HG1  THR 140           HG1      THR 140   6.679  23.879   6.106
    5   HG22  THR 140          HG21      THR 140   8.436  25.954   7.547
    6   HG21  THR 140          HG22      THR 140   9.527  25.966   6.161
    7   HG23  THR 140          HG23      THR 140  10.027  25.205   7.672

  No H/Q in entry =           7
  In of MODEL   10
    1    H    GLY 141           H        GLY 141  12.089  22.733   6.051
    2    HA3  GLY 141           HA2      GLY 141  13.438  21.353   7.228
    3    HA2  GLY 141           HA3      GLY 141  12.230  21.448   8.490

  No H/Q in entry =           3
  In of MODEL   10
    1    H    ARG 142           H        ARG 142  10.823  20.278   5.734
    2    HA   ARG 142           HA       ARG 142  10.397  17.768   6.877
    3    HB2  ARG 142           HB2      ARG 142   9.082  19.139   4.978
    4    HB3  ARG 142           HB3      ARG 142   9.972  18.012   3.961
    5    HG2  ARG 142           HG2      ARG 142   7.619  17.346   4.718
    6    HG3  ARG 142           HG3      ARG 142   8.909  16.148   4.879
    7    HD2  ARG 142           HD2      ARG 142   9.023  16.389   7.176
    8    HD3  ARG 142           HD3      ARG 142   8.293  17.990   7.138
    9    HE   ARG 142           HE       ARG 142   6.925  15.431   7.168
   10   HH11  ARG 142          HH11      ARG 142   6.676  18.849   6.547
   11   HH12  ARG 142          HH12      ARG 142   4.999  18.940   6.967
   12   HH21  ARG 142          HH21      ARG 142   4.674  15.536   7.697
   13   HH22  ARG 142          HH22      ARG 142   3.863  17.069   7.607

  No H/Q in entry =          13
  In of MODEL   10
    1    H    ILE 143           H        ILE 143  12.122  18.368   3.737
    2    HA   ILE 143           HA       ILE 143  13.075  16.275   3.051
    3    HB   ILE 143           HB       ILE 143  14.917  18.537   3.600
    4   HG12  ILE 143          HG12      ILE 143  13.983  19.084   1.138
    5   HG13  ILE 143          HG13      ILE 143  12.542  18.352   1.836
    6   HG23  ILE 143          HG21      ILE 143  16.220  16.918   2.634
    7   HG22  ILE 143          HG22      ILE 143  15.719  17.893   1.255
    8   HG21  ILE 143          HG23      ILE 143  14.932  16.348   1.577
    9   HD13  ILE 143          HD11      ILE 143  12.141  20.476   2.457
   10   HD12  ILE 143          HD12      ILE 143  13.843  20.922   2.404
   11   HD11  ILE 143          HD13      ILE 143  13.204  20.060   3.802

  No H/Q in entry =          11
  In of MODEL   10
    1    H    ALA 144           H        ALA 144  14.966  17.880   5.522
    2    HA   ALA 144           HA       ALA 144  16.937  15.922   5.755
    3    HB1  ALA 144           HB1      ALA 144  16.046  17.739   7.976
    4    HB3  ALA 144           HB2      ALA 144  17.004  18.299   6.608
    5    HB2  ALA 144           HB3      ALA 144  17.653  17.071   7.695

  No H/Q in entry =           5
  In of MODEL   10
    1    H    GLN 145           H        GLN 145  13.724  16.149   6.975
    2    HA   GLN 145           HA       GLN 145  14.001  14.375   9.161
    3    HB2  GLN 145           HB2      GLN 145  12.106  15.964   8.968
    4    HB3  GLN 145           HB3      GLN 145  11.508  15.060   7.585
    5    HG2  GLN 145           HG2      GLN 145  11.934  13.467  10.014
    6    HG3  GLN 145           HG3      GLN 145  10.689  14.706  10.141
    7   HE21  GLN 145          HE21      GLN 145  11.590  11.690   8.760
    8   HE22  GLN 145          HE22      GLN 145  10.077  11.341   8.003

  No H/Q in entry =           8
  In of MODEL   10
    1    H    THR 146           H        THR 146  13.394  13.863   5.537
    2    HA   THR 146           HA       THR 146  12.698  11.175   6.062
    3    HB   THR 146           HB       THR 146  13.461  12.520   3.482
    4    HG1  THR 146           HG1      THR 146  11.337  13.026   5.097
    5   HG22  THR 146          HG21      THR 146  11.612  10.196   4.073
    6   HG21  THR 146          HG22      THR 146  13.241  10.072   3.408
    7   HG23  THR 146          HG23      THR 146  11.967  10.854   2.474

  No H/Q in entry =           7
  In of MODEL   10
    1    H    LEU 147           H        LEU 147  15.474  12.964   6.166
    2    HA   LEU 147           HA       LEU 147  17.177  11.208   4.573
    3    HB2  LEU 147           HB2      LEU 147  18.008  13.667   6.104
    4    HB3  LEU 147           HB3      LEU 147  18.948  12.785   4.912
    5    HG   LEU 147           HG       LEU 147  16.497  14.452   4.416
    6   HD11  LEU 147          HD11      LEU 147  18.991  15.329   4.660
    7   HD13  LEU 147          HD12      LEU 147  17.851  16.012   3.503
    8   HD12  LEU 147          HD13      LEU 147  19.042  14.828   2.971
    9   HD23  LEU 147          HD21      LEU 147  16.954  13.876   1.997
   10   HD22  LEU 147          HD22      LEU 147  16.241  12.602   2.986
   11   HD21  LEU 147          HD23      LEU 147  17.961  12.561   2.603

  No H/Q in entry =          11
  In of MODEL   10
    1    H    LEU 148           H        LEU 148  16.238  12.196   7.734
    2    HA   LEU 148           HA       LEU 148  18.243  10.674   9.113
    3    HB2  LEU 148           HB2      LEU 148  15.622  11.573  10.287
    4    HB3  LEU 148           HB3      LEU 148  17.134  11.264  11.119
    5    HG   LEU 148           HG       LEU 148  16.349  13.636   9.476
    6   HD13  LEU 148          HD11      LEU 148  15.892  13.675  11.840
    7   HD12  LEU 148          HD12      LEU 148  17.165  14.829  11.443
    8   HD11  LEU 148          HD13      LEU 148  17.574  13.286  12.192
    9   HD23  LEU 148          HD21      LEU 148  18.757  14.408   9.748
   10   HD22  LEU 148          HD22      LEU 148  18.463  13.186   8.512
   11   HD21  LEU 148          HD23      LEU 148  19.159  12.719  10.068

  No H/Q in entry =          11
  In of MODEL   10
    1    H    ASN 149           H        ASN 149  15.164  10.147   7.686
    2    HA   ASN 149           HA       ASN 149  14.544   7.680   8.951
    3    HB2  ASN 149           HB2      ASN 149  13.207   9.288   7.187
    4    HB3  ASN 149           HB3      ASN 149  13.720   7.979   6.126
    5   HD21  ASN 149          HD21      ASN 149  11.662   7.180   5.828
    6   HD22  ASN 149          HD22      ASN 149  10.780   6.385   7.083

  No H/Q in entry =           6
  In of MODEL   10
    1    H    LEU 150           H        LEU 150  16.651   8.730   6.444
    2    HA   LEU 150           HA       LEU 150  17.323   6.088   5.453
    3    HB2  LEU 150           HB2      LEU 150  18.428   8.862   5.023
    4    HB3  LEU 150           HB3      LEU 150  19.242   7.446   4.370
    5    HG   LEU 150           HG       LEU 150  16.363   7.659   3.756
    6   HD11  LEU 150          HD11      LEU 150  18.348   9.694   2.856
    7   HD13  LEU 150          HD12      LEU 150  16.665   9.899   3.340
    8   HD12  LEU 150          HD13      LEU 150  17.050   9.183   1.778
    9   HD23  LEU 150          HD21      LEU 150  18.813   7.059   2.117
   10   HD22  LEU 150          HD22      LEU 150  17.136   6.845   1.605
   11   HD21  LEU 150          HD23      LEU 150  17.790   5.871   2.925

  No H/Q in entry =          11
  In of MODEL   10
    1    H    ALA 151           H        ALA 151  18.001   7.901   8.328
    2    HA   ALA 151           HA       ALA 151  20.734   6.920   8.454
    3    HB1  ALA 151           HB1      ALA 151  20.275   9.218   9.234
    4    HB2  ALA 151           HB2      ALA 151  20.866   8.189  10.538
    5    HB3  ALA 151           HB3      ALA 151  19.150   8.575  10.431

  No H/Q in entry =           5
  In of MODEL   10
    1    H    LYS 152           H        LYS 152  17.584   6.031   9.069
    2    HA   LYS 152           HA       LYS 152  18.180   4.216  11.254
    3    HB2  LYS 152           HB2      LYS 152  15.665   4.743   9.675
    4    HB3  LYS 152           HB3      LYS 152  15.755   3.670  11.066
    5    HG2  LYS 152           HG2      LYS 152  16.451   5.646  12.432
    6    HG3  LYS 152           HG3      LYS 152  16.137   6.657  11.019
    7    HD2  LYS 152           HD2      LYS 152  13.807   5.709  10.990
    8    HD3  LYS 152           HD3      LYS 152  14.168   4.964  12.546
    9    HE2  LYS 152           HE2      LYS 152  14.225   7.916  11.932
   10    HE3  LYS 152           HE3      LYS 152  12.970   7.068  12.833
   11    HZ3  LYS 152           HZ1      LYS 152  14.303   7.949  14.479
   12    HZ2  LYS 152           HZ2      LYS 152  15.741   7.660  13.641
   13    HZ1  LYS 152           HZ3      LYS 152  14.908   6.375  14.351

  No H/Q in entry =          13
  In of MODEL   10
    1    H    GLN 153           H        GLN 153  18.064   4.086   7.717
    2    HA   GLN 153           HA       GLN 153  17.667   1.198   7.839
    3    HB2  GLN 153           HB2      GLN 153  18.138   2.589   5.267
    4    HB3  GLN 153           HB3      GLN 153  16.962   1.348   5.669
    5    HG2  GLN 153           HG2      GLN 153  16.332   3.753   7.066
    6    HG3  GLN 153           HG3      GLN 153  16.542   4.090   5.350
    7   HE21  GLN 153          HE21      GLN 153  14.132   4.081   7.035
    8   HE22  GLN 153          HE22      GLN 153  13.036   2.985   6.274

  No H/Q in entry =           8
  In of MODEL   10
    1    HA   PRO 154           HA       PRO 154  21.889   0.079   6.956
    2    HB2  PRO 154           HB2      PRO 154  21.862  -1.293   4.580
    3    HB3  PRO 154           HB3      PRO 154  21.359  -1.971   6.133
    4    HG2  PRO 154           HG2      PRO 154  19.688  -0.846   3.927
    5    HG3  PRO 154           HG3      PRO 154  19.413  -2.291   4.920
    6    HD2  PRO 154           HD2      PRO 154  18.124   0.016   5.385
    7    HD3  PRO 154           HD3      PRO 154  18.601  -1.061   6.706

  No H/Q in entry =           7
  In of MODEL   10
    1    H    ASP 155           H        ASP 155  20.312   2.123   4.972
    2    HA   ASP 155           HA       ASP 155  22.243   2.838   3.024
    3    HB2  ASP 155           HB2      ASP 155  19.862   4.369   4.268
    4    HB3  ASP 155           HB3      ASP 155  20.916   5.106   3.067

  No H/Q in entry =           4
  In of MODEL   10
    1    H    ALA 156           H        ALA 156  22.011   3.861   6.655
    2    HA   ALA 156           HA       ALA 156  23.522   6.068   6.153
    3    HB3  ALA 156           HB1      ALA 156  23.341   4.367   8.627
    4    HB2  ALA 156           HB2      ALA 156  22.182   5.622   8.184
    5    HB1  ALA 156           HB3      ALA 156  23.857   6.050   8.540

  No H/Q in entry =           5
  In of MODEL   10
    1    H    MET 157           H        MET 157  25.436   6.035   5.266
    2    HA   MET 157           HA       MET 157  27.072   3.672   5.693
    3    HB2  MET 157           HB2      MET 157  26.474   5.113   3.542
    4    HB3  MET 157           HB3      MET 157  27.957   5.941   4.013
    5    HG2  MET 157           HG2      MET 157  28.803   3.411   4.146
    6    HG3  MET 157           HG3      MET 157  27.539   3.237   2.931
    7    HE3  MET 157           HE1      MET 157  30.095   6.244   3.659
    8    HE2  MET 157           HE2      MET 157  31.370   5.769   2.536
    9    HE1  MET 157           HE3      MET 157  30.950   4.720   3.890

  No H/Q in entry =           9
  In of MODEL   10
    1    H    THR 158           H        THR 158  27.943   4.010   7.956
    2    HA   THR 158           HA       THR 158  29.001   6.309   8.807
    3    HB   THR 158           HB       THR 158  30.671   4.739  10.084
    4    HG1  THR 158           HG1      THR 158  30.561   2.806   9.126
    5   HG21  THR 158          HG21      THR 158  28.675   5.764  11.087
    6   HG23  THR 158          HG22      THR 158  28.899   4.110  11.652
    7   HG22  THR 158          HG23      THR 158  27.675   4.467  10.433

  No H/Q in entry =           7
  In of MODEL   10
    1    H    HIS 159           H        HIS 159  30.987   7.161   9.011
    2    HA   HIS 159           HA       HIS 159  33.274   6.260   7.604
    3    HB2  HIS 159           HB2      HIS 159  33.381   7.672   5.811
    4    HB3  HIS 159           HB3      HIS 159  31.634   7.603   5.927
    5    HD1  HIS 159           HD1      HIS 159  34.302   9.937   5.574
    6    HD2  HIS 159           HD2      HIS 159  30.644   9.957   7.539
    7    HE1  HIS 159           HE1      HIS 159  33.729  12.356   5.914
    8    HE2  HIS 159           HE2      HIS 159  31.625  12.343   7.291

  No H/Q in entry =           8
  In of MODEL   10
    1    HA   PRO 160           HA       PRO 160  34.953   8.418  11.005
    2    HB2  PRO 160           HB2      PRO 160  37.221   9.624  10.128
    3    HB3  PRO 160           HB3      PRO 160  37.059   7.879  10.356
    4    HG2  PRO 160           HG2      PRO 160  36.836   9.480   7.836
    5    HG3  PRO 160           HG3      PRO 160  37.689   7.952   8.118
    6    HD2  PRO 160           HD2      PRO 160  35.257   8.041   6.950
    7    HD3  PRO 160           HD3      PRO 160  35.750   6.699   8.000

  No H/Q in entry =           7
  In of MODEL   10
    1    H    ASP 161           H        ASP 161  32.840   9.938  10.425
    2    HA   ASP 161           HA       ASP 161  33.376  12.462  11.449
    3    HB2  ASP 161           HB2      ASP 161  34.570  13.285   9.634
    4    HB3  ASP 161           HB3      ASP 161  33.690  12.301   8.474

  No H/Q in entry =           4
  In of MODEL   10
    1    H    GLY 162           H        GLY 162  31.411  10.347   9.586
    2    HA3  GLY 162           HA2      GLY 162  29.122  10.816  11.039
    3    HA2  GLY 162           HA3      GLY 162  29.028  11.784   9.568

  No H/Q in entry =           3
  In of MODEL   10
    1    H    MET 163           H        MET 163  27.177  10.308   9.343
    2    HA   MET 163           HA       MET 163  28.002   8.057   7.639
    3    HB2  MET 163           HB2      MET 163  25.977   6.774   8.514
    4    HB3  MET 163           HB3      MET 163  27.361   6.829   9.599
    5    HG2  MET 163           HG2      MET 163  25.989   9.018  10.401
    6    HG3  MET 163           HG3      MET 163  24.675   7.946   9.918
    7    HE2  MET 163           HE1      MET 163  24.964   4.947  12.274
    8    HE1  MET 163           HE2      MET 163  25.224   5.175  10.544
    9    HE3  MET 163           HE3      MET 163  23.844   5.935  11.336

  No H/Q in entry =           9
  In of MODEL   10
    1    H    GLN 164           H        GLN 164  27.261   8.384   5.891
    2    HA   GLN 164           HA       GLN 164  25.294  10.382   5.307
    3    HB2  GLN 164           HB2      GLN 164  26.362  10.200   3.026
    4    HB3  GLN 164           HB3      GLN 164  27.441  10.762   4.289
    5    HG2  GLN 164           HG2      GLN 164  27.796   8.026   4.308
    6    HG3  GLN 164           HG3      GLN 164  27.609   8.416   2.605
    7   HE21  GLN 164          HE21      GLN 164  29.210   9.440   1.558
    8   HE22  GLN 164          HE22      GLN 164  30.719   9.878   2.273

  No H/Q in entry =           8
  In of MODEL   10
    1    H    ILE 165           H        ILE 165  24.548   9.843   2.991
    2    HA   ILE 165           HA       ILE 165  23.626   7.279   2.324
    3    HB   ILE 165           HB       ILE 165  21.118   8.225   2.747
    4   HG12  ILE 165          HG12      ILE 165  21.726   9.093   5.363
    5   HG13  ILE 165          HG13      ILE 165  22.801   9.979   4.289
    6   HG21  ILE 165          HG21      ILE 165  22.890   6.737   4.605
    7   HG23  ILE 165          HG22      ILE 165  21.519   6.161   3.667
    8   HG22  ILE 165          HG23      ILE 165  21.249   7.136   5.113
    9   HD12  ILE 165          HD11      ILE 165  19.816   9.892   4.206
   10   HD11  ILE 165          HD12      ILE 165  20.824  10.650   2.973
   11   HD13  ILE 165          HD13      ILE 165  20.847  11.255   4.628

  No H/Q in entry =          11
  In of MODEL   10
    1    H    LYS 166           H        LYS 166  23.785   8.041  -0.255
    2    HA   LYS 166           HA       LYS 166  23.293  10.766  -0.532
    3    HB2  LYS 166           HB2      LYS 166  24.080  10.334  -2.783
    4    HB3  LYS 166           HB3      LYS 166  25.180   9.537  -1.676
    5    HG2  LYS 166           HG2      LYS 166  24.345   7.396  -2.213
    6    HG3  LYS 166           HG3      LYS 166  22.930   8.072  -3.022
    7    HD2  LYS 166           HD2      LYS 166  24.594   9.162  -4.630
    8    HD3  LYS 166           HD3      LYS 166  25.790   8.062  -3.950
    9    HE2  LYS 166           HE2      LYS 166  23.177   7.120  -5.113
   10    HE3  LYS 166           HE3      LYS 166  24.637   7.312  -6.080
   11    HZ2  LYS 166           HZ1      LYS 166  24.154   5.429  -3.859
   12    HZ1  LYS 166           HZ2      LYS 166  25.716   5.795  -4.386
   13    HZ3  LYS 166           HZ3      LYS 166  24.611   5.085  -5.450

  No H/Q in entry =          13
  In of MODEL   10
    1    H    ILE 167           H        ILE 167  21.474  11.428  -0.942
    2    HA   ILE 167           HA       ILE 167  19.780   9.775  -2.670
    3    HB   ILE 167           HB       ILE 167  18.130  11.596  -1.301
    4   HG12  ILE 167          HG12      ILE 167  18.426  10.447   1.025
    5   HG13  ILE 167          HG13      ILE 167  20.060  10.113   0.464
    6   HG21  ILE 167          HG21      ILE 167  17.460   9.467  -2.291
    7   HG23  ILE 167          HG22      ILE 167  16.990   9.529  -0.591
    8   HG22  ILE 167          HG23      ILE 167  18.405   8.597  -1.082
    9   HD13  ILE 167          HD11      ILE 167  20.488  12.461   0.209
   10   HD12  ILE 167          HD12      ILE 167  19.911  12.124   1.842
   11   HD11  ILE 167          HD13      ILE 167  18.823  12.839   0.651

  No H/Q in entry =          11
  In of MODEL   10
    1    H    THR 168           H        THR 168  19.685  10.769  -4.636
    2    HA   THR 168           HA       THR 168  20.500  13.423  -4.970
    3    HB   THR 168           HB       THR 168  19.266  13.349  -7.144
    4    HG1  THR 168           HG1      THR 168  18.141  11.112  -5.909
    5   HG22  THR 168          HG21      THR 168  20.729  10.753  -6.888
    6   HG21  THR 168          HG22      THR 168  21.592  12.272  -6.655
    7   HG23  THR 168          HG23      THR 168  20.783  11.944  -8.187

  No H/Q in entry =           7
  In of MODEL   10
    1    H    ARG 169           H        ARG 169  19.070  15.224  -5.416
    2    HA   ARG 169           HA       ARG 169  17.038  15.322  -3.379
    3    HB2  ARG 169           HB2      ARG 169  16.625  17.658  -4.258
    4    HB3  ARG 169           HB3      ARG 169  18.221  17.367  -3.583
    5    HG2  ARG 169           HG2      ARG 169  18.469  16.833  -6.300
    6    HG3  ARG 169           HG3      ARG 169  17.470  18.285  -6.171
    7    HD2  ARG 169           HD2      ARG 169  19.163  19.279  -4.671
    8    HD3  ARG 169           HD3      ARG 169  20.188  17.871  -4.948
    9    HE   ARG 169           HE       ARG 169  20.597  18.601  -7.126
   10   HH11  ARG 169          HH11      ARG 169  18.355  20.751  -5.492
   11   HH12  ARG 169          HH12      ARG 169  18.502  22.007  -6.676
   12   HH21  ARG 169          HH21      ARG 169  20.780  20.262  -8.683
   13   HH22  ARG 169          HH22      ARG 169  19.880  21.735  -8.480

  No H/Q in entry =          13
  In of MODEL   10
    1    H    GLN 170           H        GLN 170  17.222  14.515  -6.873
    2    HA   GLN 170           HA       GLN 170  14.746  14.671  -7.598
    3    HB2  GLN 170           HB2      GLN 170  16.758  12.444  -7.914
    4    HB3  GLN 170           HB3      GLN 170  15.196  12.408  -8.722
    5    HG2  GLN 170           HG2      GLN 170  16.492  13.308 -10.362
    6    HG3  GLN 170           HG3      GLN 170  15.938  14.778  -9.561
    7   HE21  GLN 170          HE21      GLN 170  18.621  12.831 -10.383
    8   HE22  GLN 170          HE22      GLN 170  19.845  13.823  -9.673

  No H/Q in entry =           8
  In of MODEL   10
    1    H    GLU 171           H        GLU 171  15.764  12.674  -4.636
    2    HA   GLU 171           HA       GLU 171  13.700  10.867  -5.320
    3    HB2  GLU 171           HB2      GLU 171  15.866  11.090  -3.335
    4    HB3  GLU 171           HB3      GLU 171  14.354  10.490  -2.671
    5    HG2  GLU 171           HG2      GLU 171  15.421   8.548  -3.250
    6    HG3  GLU 171           HG3      GLU 171  14.430   8.844  -4.671

  No H/Q in entry =           6
  In of MODEL   10
    1    H    ILE 172           H        ILE 172  14.695  13.531  -3.580
    2    HA   ILE 172           HA       ILE 172  12.695  13.728  -1.543
    3    HB   ILE 172           HB       ILE 172  14.508  15.903  -2.608
    4   HG12  ILE 172          HG12      ILE 172  15.922  13.967  -2.305
    5   HG13  ILE 172          HG13      ILE 172  16.189  15.042  -0.936
    6   HG23  ILE 172          HG21      ILE 172  14.450  16.699  -0.328
    7   HG22  ILE 172          HG22      ILE 172  13.534  15.279   0.181
    8   HG21  ILE 172          HG23      ILE 172  12.797  16.465  -0.895
    9   HD13  ILE 172          HD11      ILE 172  14.769  13.653   0.452
   10   HD12  ILE 172          HD12      ILE 172  16.060  12.691  -0.270
   11   HD11  ILE 172          HD13      ILE 172  14.421  12.609  -0.928

  No H/Q in entry =          11
  In of MODEL   10
    1    H    GLY 173           H        GLY 173  13.020  14.980  -5.005
    2    HA3  GLY 173           HA2      GLY 173  10.912  16.777  -4.447
    3    HA2  GLY 173           HA3      GLY 173  11.876  16.614  -5.889

  No H/Q in entry =           3
  In of MODEL   10
    1    H    GLN 174           H        GLN 174  11.167  13.702  -5.333
    2    HA   GLN 174           HA       GLN 174   8.699  13.551  -6.926
    3    HB2  GLN 174           HB2      GLN 174  10.920  11.557  -6.645
    4    HB3  GLN 174           HB3      GLN 174   9.370  11.234  -7.429
    5    HG2  GLN 174           HG2      GLN 174   9.704  13.038  -8.963
    6    HG3  GLN 174           HG3      GLN 174  11.220  13.460  -8.171
    7   HE21  GLN 174          HE21      GLN 174  12.957  12.056  -8.330
    8   HE22  GLN 174          HE22      GLN 174  13.090  10.950  -9.652

  No H/Q in entry =           8
  In of MODEL   10
    1    H    ILE 175           H        ILE 175  10.162  12.690  -3.849
    2    HA   ILE 175           HA       ILE 175   8.027  10.823  -3.089
    3    HB   ILE 175           HB       ILE 175  10.322  11.670  -1.318
    4   HG12  ILE 175          HG12      ILE 175  10.302   9.144  -2.958
    5   HG13  ILE 175          HG13      ILE 175  11.083  10.619  -3.524
    6   HG23  ILE 175          HG21      ILE 175   8.478  10.608  -0.170
    7   HG22  ILE 175          HG22      ILE 175   9.866   9.521  -0.204
    8   HG21  ILE 175          HG23      ILE 175   8.515   9.259  -1.305
    9   HD12  ILE 175          HD11      ILE 175  11.759   9.061  -1.035
   10   HD11  ILE 175          HD12      ILE 175  12.486  10.606  -1.480
   11   HD13  ILE 175          HD13      ILE 175  12.724   9.191  -2.503

  No H/Q in entry =          11
  In of MODEL   10
    1    H    VAL 176           H        VAL 176   9.613  13.724  -1.818
    2    HA   VAL 176           HA       VAL 176   7.843  14.168   0.282
    3    HB   VAL 176           HB       VAL 176   9.393  16.307  -1.181
    4   HG12  VAL 176          HG11      VAL 176   9.328  17.458   1.003
    5   HG11  VAL 176          HG12      VAL 176   8.267  16.190   1.614
    6   HG13  VAL 176          HG13      VAL 176   7.726  17.237   0.300
    7   HG23  VAL 176          HG21      VAL 176  10.262  14.695   1.223
    8   HG22  VAL 176          HG22      VAL 176  11.182  15.952   0.393
    9   HG21  VAL 176          HG23      VAL 176  10.832  14.429  -0.426

  No H/Q in entry =           9
  In of MODEL   10
    1    H    GLY 177           H        GLY 177   7.987  16.199  -2.640
    2    HA3  GLY 177           HA2      GLY 177   5.461  15.859  -3.553
    3    HA2  GLY 177           HA3      GLY 177   5.251  16.980  -2.217

  No H/Q in entry =           3
  In of MODEL   10
    1    H    CYS 178           H        CYS 178   8.058  17.978  -3.009
    2    HA   CYS 178           HA       CYS 178   7.103  19.828  -5.123
    3    HB2  CYS 178           HB2      CYS 178   8.908  20.337  -2.758
    4    HB3  CYS 178           HB3      CYS 178   8.724  21.468  -4.093
    5    HG   CYS 178           HG       CYS 178   5.863  21.618  -3.566

  No H/Q in entry =           5
  In of MODEL   10
    1    H    SER 179           H        SER 179   8.889  20.530  -6.577
    2    HA   SER 179           HA       SER 179  10.438  18.316  -7.294
    3    HB2  SER 179           HB2      SER 179  11.650  20.334  -8.599
    4    HB3  SER 179           HB3      SER 179  10.091  19.701  -9.130
    5    HG   SER 179           HG       SER 179  10.387  22.104  -8.789

  No H/Q in entry =           5
  In of MODEL   10
    1    H    ARG 180           H        ARG 180  12.715  18.379  -7.440
    2    HA   ARG 180           HA       ARG 180  14.225  18.806  -5.226
    3    HB2  ARG 180           HB2      ARG 180  16.164  19.053  -7.002
    4    HB3  ARG 180           HB3      ARG 180  15.382  17.511  -6.716
    5    HG2  ARG 180           HG2      ARG 180  15.476  17.605  -8.993
    6    HG3  ARG 180           HG3      ARG 180  13.863  18.251  -8.692
    7    HD2  ARG 180           HD2      ARG 180  14.680  20.507  -8.939
    8    HD3  ARG 180           HD3      ARG 180  16.338  19.923  -9.085
    9    HE   ARG 180           HE       ARG 180  14.863  18.684 -11.081
   10   HH11  ARG 180          HH11      ARG 180  15.759  21.970 -10.210
   11   HH12  ARG 180          HH12      ARG 180  15.787  22.512 -11.861
   12   HH21  ARG 180          HH21      ARG 180  14.908  19.416 -13.232
   13   HH22  ARG 180          HH22      ARG 180  15.303  21.069 -13.572

  No H/Q in entry =          13
  In of MODEL   10
    1    H    GLU 181           H        GLU 181  12.580  21.207  -6.089
    2    HA   GLU 181           HA       GLU 181  14.646  23.162  -6.502
    3    HB2  GLU 181           HB2      GLU 181  11.786  23.020  -7.210
    4    HB3  GLU 181           HB3      GLU 181  12.594  24.585  -7.131
    5    HG2  GLU 181           HG2      GLU 181  13.385  22.232  -8.825
    6    HG3  GLU 181           HG3      GLU 181  12.656  23.737  -9.388

  No H/Q in entry =           6
  In of MODEL   10
    1    H    THR 182           H        THR 182  11.539  23.221  -4.882
    2    HA   THR 182           HA       THR 182  12.204  25.153  -2.916
    3    HB   THR 182           HB       THR 182  10.466  22.968  -1.927
    4    HG1  THR 182           HG1      THR 182   8.757  23.675  -3.476
    5   HG21  THR 182          HG21      THR 182  10.511  25.910  -1.950
    6   HG23  THR 182          HG22      THR 182   9.954  24.793  -0.703
    7   HG22  THR 182          HG23      THR 182   8.902  25.196  -2.058

  No H/Q in entry =           7
  In of MODEL   10
    1    H    VAL 183           H        VAL 183  12.160  21.633  -3.018
    2    HA   VAL 183           HA       VAL 183  13.746  21.101  -0.716
    3    HB   VAL 183           HB       VAL 183  12.414  19.733  -2.921
    4   HG13  VAL 183          HG11      VAL 183  13.749  17.945  -3.416
    5   HG12  VAL 183          HG12      VAL 183  14.787  18.198  -2.009
    6   HG11  VAL 183          HG13      VAL 183  14.919  19.277  -3.398
    7   HG21  VAL 183          HG21      VAL 183  12.135  19.639  -0.352
    8   HG23  VAL 183          HG22      VAL 183  13.341  18.352  -0.479
    9   HG22  VAL 183          HG23      VAL 183  11.810  18.219  -1.348

  No H/Q in entry =           9
  In of MODEL   10
    1    H    GLY 184           H        GLY 184  14.488  21.907  -4.245
    2    HA3  GLY 184           HA2      GLY 184  17.160  21.447  -4.119
    3    HA2  GLY 184           HA3      GLY 184  16.404  22.762  -5.013

  No H/Q in entry =           3
  In of MODEL   10
    1    H    ARG 185           H        ARG 185  15.420  23.724  -2.016
    2    HA   ARG 185           HA       ARG 185  17.510  25.695  -2.038
    3    HB2  ARG 185           HB2      ARG 185  15.148  25.202  -0.210
    4    HB3  ARG 185           HB3      ARG 185  16.303  26.503   0.045
    5    HG2  ARG 185           HG2      ARG 185  15.677  27.485  -2.089
    6    HG3  ARG 185           HG3      ARG 185  14.550  26.159  -2.377
    7    HD2  ARG 185           HD2      ARG 185  13.491  26.867  -0.138
    8    HD3  ARG 185           HD3      ARG 185  14.389  28.370  -0.362
    9    HE   ARG 185           HE       ARG 185  13.091  27.984  -2.733
   10   HH11  ARG 185          HH11      ARG 185  12.132  28.277   0.614
   11   HH12  ARG 185          HH12      ARG 185  10.570  28.937   0.240
   12   HH21  ARG 185          HH21      ARG 185  11.031  28.824  -3.236
   13   HH22  ARG 185          HH22      ARG 185   9.936  29.231  -1.953

  No H/Q in entry =          13
  In of MODEL   10
    1    H    ILE 186           H        ILE 186  16.224  23.003  -0.443
    2    HA   ILE 186           HA       ILE 186  17.763  23.289   1.978
    3    HB   ILE 186           HB       ILE 186  15.780  21.285   1.069
    4   HG12  ILE 186          HG12      ILE 186  15.016  21.896   3.487
    5   HG13  ILE 186          HG13      ILE 186  16.194  23.191   3.355
    6   HG23  ILE 186          HG21      ILE 186  16.761  19.578   2.108
    7   HG22  ILE 186          HG22      ILE 186  16.591  20.471   3.619
    8   HG21  ILE 186          HG23      ILE 186  18.071  20.616   2.671
    9   HD13  ILE 186          HD11      ILE 186  14.216  24.205   2.737
   10   HD12  ILE 186          HD12      ILE 186  13.656  22.802   1.831
   11   HD11  ILE 186          HD13      ILE 186  14.953  23.806   1.187

  No H/Q in entry =          11
  In of MODEL   10
    1    H    LEU 187           H        LEU 187  17.860  21.080  -0.709
    2    HA   LEU 187           HA       LEU 187  20.114  19.744   0.298
    3    HB2  LEU 187           HB2      LEU 187  18.675  19.634  -2.302
    4    HB3  LEU 187           HB3      LEU 187  20.079  18.614  -1.922
    5    HG   LEU 187           HG       LEU 187  18.140  18.745   0.252
    6   HD13  LEU 187          HD11      LEU 187  16.286  18.467  -0.789
    7   HD12  LEU 187          HD12      LEU 187  16.878  16.876  -1.276
    8   HD11  LEU 187          HD13      LEU 187  17.084  18.268  -2.346
    9   HD21  LEU 187          HD21      LEU 187  20.119  17.088  -0.317
   10   HD23  LEU 187          HD22      LEU 187  18.771  16.171  -0.989
   11   HD22  LEU 187          HD23      LEU 187  18.745  16.664   0.712

  No H/Q in entry =          11
  In of MODEL   10
    1    H    LYS 188           H        LYS 188  19.815  22.710  -0.860
    2    HA   LYS 188           HA       LYS 188  22.441  22.872  -2.207
    3    HB2  LYS 188           HB2      LYS 188  20.297  24.326  -2.830
    4    HB3  LYS 188           HB3      LYS 188  20.889  25.331  -1.512
    5    HG2  LYS 188           HG2      LYS 188  22.706  24.470  -3.724
    6    HG3  LYS 188           HG3      LYS 188  21.641  25.860  -3.913
    7    HD2  LYS 188           HD2      LYS 188  23.072  27.141  -2.784
    8    HD3  LYS 188           HD3      LYS 188  22.996  26.051  -1.398
    9    HE2  LYS 188           HE2      LYS 188  24.717  24.636  -2.438
   10    HE3  LYS 188           HE3      LYS 188  24.804  25.755  -3.797
   11    HZ1  LYS 188           HZ1      LYS 188  25.535  27.484  -2.272
   12    HZ3  LYS 188           HZ2      LYS 188  26.575  26.156  -2.212
   13    HZ2  LYS 188           HZ3      LYS 188  25.453  26.408  -0.965

  No H/Q in entry =          13
  In of MODEL   10
    1    H    MET 189           H        MET 189  20.687  23.781   0.775
    2    HA   MET 189           HA       MET 189  22.941  25.182   1.932
    3    HB2  MET 189           HB2      MET 189  21.580  24.959   4.117
    4    HB3  MET 189           HB3      MET 189  20.971  26.007   2.852
    5    HG2  MET 189           HG2      MET 189  19.555  23.984   2.164
    6    HG3  MET 189           HG3      MET 189  19.958  23.350   3.757
    7    HE2  MET 189           HE1      MET 189  17.475  25.485   1.783
    8    HE1  MET 189           HE2      MET 189  18.793  26.638   1.993
    9    HE3  MET 189           HE3      MET 189  17.244  26.915   2.790

  No H/Q in entry =           9
  In of MODEL   10
    1    H    LEU 190           H        LEU 190  21.771  21.966   1.798
    2    HA   LEU 190           HA       LEU 190  23.063  20.811   3.946
    3    HB2  LEU 190           HB2      LEU 190  22.656  19.619   1.211
    4    HB3  LEU 190           HB3      LEU 190  22.971  18.731   2.697
    5    HG   LEU 190           HG       LEU 190  20.518  20.244   1.917
    6   HD13  LEU 190          HD11      LEU 190  20.590  17.923   1.329
    7   HD12  LEU 190          HD12      LEU 190  19.427  18.181   2.628
    8   HD11  LEU 190          HD13      LEU 190  21.011  17.491   2.982
    9   HD21  LEU 190          HD21      LEU 190  21.420  19.538   4.674
   10   HD23  LEU 190          HD22      LEU 190  19.731  19.823   4.251
   11   HD22  LEU 190          HD23      LEU 190  20.922  21.108   4.044

  No H/Q in entry =          11
  In of MODEL   10
    1    H    GLU 191           H        GLU 191  24.455  21.233   0.608
    2    HA   GLU 191           HA       GLU 191  26.970  20.270   1.352
    3    HB2  GLU 191           HB2      GLU 191  25.820  21.850  -0.907
    4    HB3  GLU 191           HB3      GLU 191  27.565  21.862  -0.712
    5    HG2  GLU 191           HG2      GLU 191  26.802  19.179  -0.531
    6    HG3  GLU 191           HG3      GLU 191  25.874  19.861  -1.867

  No H/Q in entry =           6
  In of MODEL   10
    1    H    ASP 192           H        ASP 192  25.356  23.076   2.189
    2    HA   ASP 192           HA       ASP 192  27.811  24.646   2.440
    3    HB2  ASP 192           HB2      ASP 192  24.906  25.410   2.756
    4    HB3  ASP 192           HB3      ASP 192  26.219  26.485   3.218

  No H/Q in entry =           4
  In of MODEL   10
    1    H    GLN 193           H        GLN 193  26.134  22.451   3.991
    2    HA   GLN 193           HA       GLN 193  25.997  21.612   6.121
    3    HB2  GLN 193           HB2      GLN 193  28.379  23.429   6.360
    4    HB3  GLN 193           HB3      GLN 193  27.762  22.583   7.769
    5    HG2  GLN 193           HG2      GLN 193  29.376  21.133   7.071
    6    HG3  GLN 193           HG3      GLN 193  27.972  20.489   6.228
    7   HE21  GLN 193          HE21      GLN 193  27.953  20.441   4.057
    8   HE22  GLN 193          HE22      GLN 193  29.238  21.014   3.056

  No H/Q in entry =           8
  In of MODEL   10
    1    H    ASN 194           H        ASN 194  24.494  24.036   5.311
    2    HA   ASN 194           HA       ASN 194  24.267  25.516   7.822
    3    HB2  ASN 194           HB2      ASN 194  24.160  26.493   5.381
    4    HB3  ASN 194           HB3      ASN 194  22.475  25.991   5.465
    5   HD21  ASN 194          HD21      ASN 194  24.886  28.160   6.691
    6   HD22  ASN 194          HD22      ASN 194  23.801  29.217   7.523

  No H/Q in entry =           6
  In of MODEL   10
    1    H    LEU 195           H        LEU 195  23.216  22.686   6.760
    2    HA   LEU 195           HA       LEU 195  20.896  22.692   8.543
    3    HB2  LEU 195           HB2      LEU 195  20.374  23.188   5.998
    4    HB3  LEU 195           HB3      LEU 195  20.577  21.458   5.840
    5    HG   LEU 195           HG       LEU 195  18.703  22.313   7.953
    6   HD13  LEU 195          HD11      LEU 195  16.904  22.769   6.389
    7   HD12  LEU 195          HD12      LEU 195  18.016  22.601   5.029
    8   HD11  LEU 195          HD13      LEU 195  18.211  23.933   6.169
    9   HD22  LEU 195          HD21      LEU 195  17.419  20.446   7.086
   10   HD21  LEU 195          HD22      LEU 195  19.093  19.958   7.357
   11   HD23  LEU 195          HD23      LEU 195  18.525  20.292   5.721

  No H/Q in entry =          11
  In of MODEL   10
    1    H    ILE 196           H        ILE 196  23.286  21.015   6.705
    2    HA   ILE 196           HA       ILE 196  23.453  18.690   8.278
    3    HB   ILE 196           HB       ILE 196  22.832  17.988   5.409
    4   HG12  ILE 196          HG12      ILE 196  20.843  17.715   7.655
    5   HG13  ILE 196          HG13      ILE 196  20.799  19.087   6.544
    6   HG23  ILE 196          HG21      ILE 196  22.467  15.785   6.462
    7   HG22  ILE 196          HG22      ILE 196  22.775  16.511   8.039
    8   HG21  ILE 196          HG23      ILE 196  24.066  16.428   6.846
    9   HD13  ILE 196          HD11      ILE 196  20.311  17.740   4.724
   10   HD12  ILE 196          HD12      ILE 196  19.327  17.069   6.030
   11   HD11  ILE 196          HD13      ILE 196  20.832  16.275   5.553

  No H/Q in entry =          11
  In of MODEL   10
    1    H    SER 197           H        SER 197  24.591  17.468   5.644
    2    HA   SER 197           HA       SER 197  26.522  19.142   4.791
    3    HB2  SER 197           HB2      SER 197  27.647  18.812   6.872
    4    HB3  SER 197           HB3      SER 197  27.481  17.062   6.747
    5    HG   SER 197           HG       SER 197  29.557  18.159   6.078

  No H/Q in entry =           5
  In of MODEL   10
    1    H    ALA 198           H        ALA 198  25.912  18.498   2.742
    2    HA   ALA 198           HA       ALA 198  25.813  15.665   2.258
    3    HB3  ALA 198           HB1      ALA 198  23.985  17.286   1.468
    4    HB1  ALA 198           HB2      ALA 198  24.651  16.184   0.264
    5    HB2  ALA 198           HB3      ALA 198  25.177  17.866   0.305

  No H/Q in entry =           5
  In of MODEL   10
    1    H    HIS 199           H        HIS 199  27.608  14.805   1.667
    2    HA   HIS 199           HA       HIS 199  29.757  16.390   0.504
    3    HB2  HIS 199           HB2      HIS 199  29.524  13.462   1.265
    4    HB3  HIS 199           HB3      HIS 199  30.928  14.121   0.436
    5    HD1  HIS 199           HD1      HIS 199  32.705  14.081   2.150
    6    HD2  HIS 199           HD2      HIS 199  29.149  15.630   3.647
    7    HE1  HIS 199           HE1      HIS 199  33.233  14.852   4.480
    8    HE2  HIS 199           HE2      HIS 199  31.122  15.949   5.296

  No H/Q in entry =           8
  In of MODEL   10
    1    H    GLY 200           H        GLY 200  28.361  16.991  -1.271
    2    HA3  GLY 200           HA2      GLY 200  27.929  16.758  -3.552
    3    HA2  GLY 200           HA3      GLY 200  28.393  15.056  -3.443

  No H/Q in entry =           3
  In of MODEL   10
    1    H    LYS 201           H        LYS 201  26.758  13.658  -3.629
    2    HA   LYS 201           HA       LYS 201  24.075  14.597  -2.902
    3    HB2  LYS 201           HB2      LYS 201  23.278  12.609  -4.202
    4    HB3  LYS 201           HB3      LYS 201  24.174  13.788  -5.144
    5    HG2  LYS 201           HG2      LYS 201  25.840  11.654  -4.056
    6    HG3  LYS 201           HG3      LYS 201  24.585  11.095  -5.162
    7    HD2  LYS 201           HD2      LYS 201  25.373  12.822  -6.801
    8    HD3  LYS 201           HD3      LYS 201  26.723  13.152  -5.713
    9    HE2  LYS 201           HE2      LYS 201  27.377  10.764  -5.880
   10    HE3  LYS 201           HE3      LYS 201  26.090  10.528  -7.059
   11    HZ2  LYS 201           HZ1      LYS 201  28.329  10.885  -8.031
   12    HZ1  LYS 201           HZ2      LYS 201  28.313  12.460  -7.416
   13    HZ3  LYS 201           HZ3      LYS 201  27.168  11.992  -8.571

  No H/Q in entry =          13
  In of MODEL   10
    1    H    THR 202           H        THR 202  26.557  12.651  -1.779
    2    HA   THR 202           HA       THR 202  24.998  10.875  -0.125
    3    HB   THR 202           HB       THR 202  27.723  11.271   0.794
    4    HG1  THR 202           HG1      THR 202  28.492  11.781  -1.154
    5   HG22  THR 202          HG21      THR 202  26.555   8.868  -0.623
    6   HG21  THR 202          HG22      THR 202  26.297   9.221   1.084
    7   HG23  THR 202          HG23      THR 202  27.923   8.900   0.486

  No H/Q in entry =           7
  In of MODEL   10
    1    H    ILE 203           H        ILE 203  23.996  11.682   1.577
    2    HA   ILE 203           HA       ILE 203  24.859  14.260   2.603
    3    HB   ILE 203           HB       ILE 203  22.281  12.769   2.570
    4   HG12  ILE 203          HG12      ILE 203  23.033  15.596   1.827
    5   HG13  ILE 203          HG13      ILE 203  22.838  14.259   0.702
    6   HG23  ILE 203          HG21      ILE 203  22.407  13.457   4.859
    7   HG22  ILE 203          HG22      ILE 203  21.315  14.565   4.025
    8   HG21  ILE 203          HG23      ILE 203  22.965  15.065   4.398
    9   HD13  ILE 203          HD11      ILE 203  20.856  15.453   0.532
   10   HD12  ILE 203          HD12      ILE 203  20.761  15.721   2.269
   11   HD11  ILE 203          HD13      ILE 203  20.443  14.119   1.607

  No H/Q in entry =          11
  In of MODEL   10
    1    H    VAL 204           H        VAL 204  25.865  14.389   4.452
    2    HA   VAL 204           HA       VAL 204  25.764  12.127   6.343
    3    HB   VAL 204           HB       VAL 204  28.034  13.486   5.210
    4   HG11  VAL 204          HG11      VAL 204  27.691  15.015   7.209
    5   HG13  VAL 204          HG12      VAL 204  29.271  14.246   7.061
    6   HG12  VAL 204          HG13      VAL 204  28.091  13.618   8.211
    7   HG22  VAL 204          HG21      VAL 204  29.131  11.631   5.857
    8   HG21  VAL 204          HG22      VAL 204  27.492  11.023   6.101
    9   HG23  VAL 204          HG23      VAL 204  28.416  11.638   7.467

  No H/Q in entry =           9
  In of MODEL   10
    1    H    VAL 205           H        VAL 205  24.248  12.648   7.429
    2    HA   VAL 205           HA       VAL 205  23.896  15.044   8.981
    3    HB   VAL 205           HB       VAL 205  22.490  13.378  10.442
    4   HG12  VAL 205          HG11      VAL 205  20.696  13.224   8.732
    5   HG11  VAL 205          HG12      VAL 205  21.870  13.660   7.489
    6   HG13  VAL 205          HG13      VAL 205  21.457  14.814   8.760
    7   HG23  VAL 205          HG21      VAL 205  23.074  11.549   8.094
    8   HG22  VAL 205          HG22      VAL 205  21.916  11.233   9.390
    9   HG21  VAL 205          HG23      VAL 205  23.644  11.305   9.748

  No H/Q in entry =           9
  In of MODEL   10
    1    H    TYR 206           H        TYR 206  25.882  15.471   9.626
    2    HA   TYR 206           HA       TYR 206  27.949  14.090  10.690
    3    HB2  TYR 206           HB2      TYR 206  26.731  16.698  11.637
    4    HB3  TYR 206           HB3      TYR 206  28.183  16.042  12.375
    5    HD1  TYR 206           HD1      TYR 206  27.044  18.345  10.069
    6    HD2  TYR 206           HD2      TYR 206  29.979  15.290  10.522
    7    HE1  TYR 206           HE1      TYR 206  28.434  19.440   8.383
    8    HE2  TYR 206           HE2      TYR 206  31.381  16.357   8.827
    9    HH   TYR 206           HH       TYR 206  30.933  19.502   7.800

  No H/Q in entry =           9
  In of MODEL   10
    1    H    GLY 207           H        GLY 207  25.285  15.420  12.670
    2    HA3  GLY 207           HA2      GLY 207  24.859  13.123  14.228
    3    HA2  GLY 207           HA3      GLY 207  26.003  14.157  15.066

  No H/Q in entry =           3
  In of MODEL   10
    1    H    THR 208           H        THR 208  25.216  16.602  14.804
    2    HA   THR 208           HA       THR 208  23.095  16.938  16.558
    3    HB   THR 208           HB       THR 208  23.879  19.100  14.635
    4    HG1  THR 208           HG1      THR 208  25.903  19.122  15.368
    5   HG23  THR 208          HG21      THR 208  23.768  20.506  16.590
    6   HG22  THR 208          HG22      THR 208  23.585  19.105  17.644
    7   HG21  THR 208          HG23      THR 208  22.294  19.538  16.521

  No H/Q in entry =           7
  In of MODEL   10
    1    H    ARG 209           H        ARG 209  23.189  16.971  13.064
    2    HA   ARG 209           HA       ARG 209  20.540  16.296  12.702
    3    HB2  ARG 209           HB2      ARG 209  19.477  18.279  11.943
    4    HB3  ARG 209           HB3      ARG 209  20.198  18.678  13.492
    5    HG2  ARG 209           HG2      ARG 209  22.074  19.759  12.313
    6    HG3  ARG 209           HG3      ARG 209  21.281  19.405  10.776
    7    HD2  ARG 209           HD2      ARG 209  20.527  21.358  12.903
    8    HD3  ARG 209           HD3      ARG 209  20.567  21.562  11.152
    9    HE   ARG 209           HE       ARG 209  18.585  19.687  11.823
   10   HH11  ARG 209          HH11      ARG 209  19.207  23.124  12.047
   11   HH12  ARG 209          HH12      ARG 209  17.528  23.555  12.030
   12   HH21  ARG 209          HH21      ARG 209  16.376  20.248  11.839
   13   HH22  ARG 209          HH22      ARG 209  15.914  21.917  11.917

  No H/Q in entry =          13
  In of MODEL   11
    1    H1   VAL   1           H3       VAL   1 -33.127 -14.132  10.547
    2    H2   VAL   1           H2       VAL   1 -31.697 -13.581   9.837
    3    H3   VAL   1           H1       VAL   1 -33.176 -12.894   9.396
    4    HA   VAL   1           HA       VAL   1 -33.905 -14.973   8.450
    5    HB   VAL   1           HB       VAL   1 -32.853 -13.411   6.939
    6   HG12  VAL   1          HG11      VAL   1 -30.435 -13.529   6.429
    7   HG11  VAL   1          HG12      VAL   1 -30.234 -14.637   7.787
    8   HG13  VAL   1          HG13      VAL   1 -30.773 -12.982   8.071
    9   HG23  VAL   1          HG21      VAL   1 -31.842 -16.209   6.449
   10   HG22  VAL   1          HG22      VAL   1 -31.996 -14.942   5.232
   11   HG21  VAL   1          HG23      VAL   1 -33.436 -15.584   6.022

  No H/Q in entry =          11
  In of MODEL   11
    1    H    LEU   2           H        LEU   2 -33.858 -17.108   8.592
    2    HA   LEU   2           HA       LEU   2 -31.517 -18.369   9.827
    3    HB2  LEU   2           HB2      LEU   2 -34.378 -19.270   9.506
    4    HB3  LEU   2           HB3      LEU   2 -33.107 -20.330  10.084
    5    HG   LEU   2           HG       LEU   2 -33.702 -17.727  11.463
    6   HD12  LEU   2          HD11      LEU   2 -35.108 -19.022  13.030
    7   HD11  LEU   2          HD12      LEU   2 -35.022 -20.396  11.928
    8   HD13  LEU   2          HD13      LEU   2 -35.803 -18.901  11.413
    9   HD21  LEU   2          HD21      LEU   2 -32.460 -20.323  12.371
   10   HD23  LEU   2          HD22      LEU   2 -32.715 -18.897  13.377
   11   HD22  LEU   2          HD23      LEU   2 -31.600 -18.825  12.013

  No H/Q in entry =          11
  In of MODEL   11
    1    H    GLY   3           H        GLY   3 -30.328 -18.224   7.826
    2    HA3  GLY   3           HA2      GLY   3 -29.705 -20.333   6.450
    3    HA2  GLY   3           HA3      GLY   3 -31.257 -20.013   5.690

  No H/Q in entry =           3
  In of MODEL   11
    1    H    LYS   4           H        LYS   4 -27.943 -19.264   5.751
    2    HA   LYS   4           HA       LYS   4 -28.384 -17.117   3.788
    3    HB2  LYS   4           HB2      LYS   4 -27.307 -16.574   6.117
    4    HB3  LYS   4           HB3      LYS   4 -25.866 -17.280   5.400
    5    HG2  LYS   4           HG2      LYS   4 -25.840 -14.878   5.153
    6    HG3  LYS   4           HG3      LYS   4 -25.988 -15.649   3.572
    7    HD2  LYS   4           HD2      LYS   4 -28.294 -15.117   3.430
    8    HD3  LYS   4           HD3      LYS   4 -28.367 -14.661   5.133
    9    HE2  LYS   4           HE2      LYS   4 -26.402 -13.019   4.096
   10    HE3  LYS   4           HE3      LYS   4 -27.605 -13.091   2.808
   11    HZ3  LYS   4           HZ1      LYS   4 -29.287 -12.375   4.346
   12    HZ2  LYS   4           HZ2      LYS   4 -27.997 -11.277   4.400
   13    HZ1  LYS   4           HZ3      LYS   4 -28.192 -12.410   5.639

  No H/Q in entry =          13
  In of MODEL   11
    1    HA   PRO   5           HA       PRO   5 -26.217 -20.136   1.271
    2    HB2  PRO   5           HB2      PRO   5 -26.670 -18.947  -1.104
    3    HB3  PRO   5           HB3      PRO   5 -27.926 -19.847  -0.246
    4    HG2  PRO   5           HG2      PRO   5 -27.482 -16.894  -0.410
    5    HG3  PRO   5           HG3      PRO   5 -29.002 -17.803  -0.475
    6    HD2  PRO   5           HD2      PRO   5 -28.079 -16.529   1.768
    7    HD3  PRO   5           HD3      PRO   5 -29.159 -17.936   1.805

  No H/Q in entry =           7
  In of MODEL   11
    1    H    GLN   6           H        GLN   6 -24.102 -20.230   0.984
    2    HA   GLN   6           HA       GLN   6 -22.506 -17.808   0.801
    3    HB2  GLN   6           HB2      GLN   6 -21.557 -20.674   0.796
    4    HB3  GLN   6           HB3      GLN   6 -20.611 -19.243   1.167
    5    HG2  GLN   6           HG2      GLN   6 -21.000 -19.945   3.274
    6    HG3  GLN   6           HG3      GLN   6 -22.458 -18.984   3.058
    7   HE21  GLN   6          HE21      GLN   6 -22.017 -21.202   4.851
    8   HE22  GLN   6          HE22      GLN   6 -23.172 -22.416   4.435

  No H/Q in entry =           8
  In of MODEL   11
    1    H    THR   7           H        THR   7 -22.480 -20.904  -0.947
    2    HA   THR   7           HA       THR   7 -22.489 -21.441  -3.141
    3    HB   THR   7           HB       THR   7 -22.620 -18.552  -3.971
    4    HG1  THR   7           HG1      THR   7 -24.304 -19.765  -2.317
    5   HG21  THR   7          HG21      THR   7 -23.677 -21.144  -5.103
    6   HG23  THR   7          HG22      THR   7 -22.364 -20.166  -5.756
    7   HG22  THR   7          HG23      THR   7 -24.019 -19.551  -5.775

  No H/Q in entry =           7
  In of MODEL   11
    1    H    ASP   8           H        ASP   8 -20.169 -21.671  -2.147
    2    HA   ASP   8           HA       ASP   8 -18.325 -21.279  -4.069
    3    HB2  ASP   8           HB2      ASP   8 -18.155 -18.903  -3.516
    4    HB3  ASP   8           HB3      ASP   8 -17.756 -19.296  -1.844

  No H/Q in entry =           4
  In of MODEL   11
    1    HA   PRO   9           HA       PRO   9 -17.640 -24.952  -1.362
    2    HB2  PRO   9           HB2      PRO   9 -15.155 -25.203  -2.892
    3    HB3  PRO   9           HB3      PRO   9 -16.469 -26.356  -2.673
    4    HG2  PRO   9           HG2      PRO   9 -15.978 -24.623  -4.898
    5    HG3  PRO   9           HG3      PRO   9 -17.275 -25.808  -4.694
    6    HD2  PRO   9           HD2      PRO   9 -17.626 -23.051  -4.790
    7    HD3  PRO   9           HD3      PRO   9 -18.786 -24.205  -4.108

  No H/Q in entry =           7
  In of MODEL   11
    1    H    THR  10           H        THR  10 -15.114 -22.481  -2.008
    2    HA   THR  10           HA       THR  10 -13.520 -23.485   0.212
    3    HB   THR  10           HB       THR  10 -12.397 -21.079  -0.534
    4    HG1  THR  10           HG1      THR  10 -13.877 -20.930  -2.320
    5   HG22  THR  10          HG21      THR  10 -10.756 -22.460  -1.754
    6   HG21  THR  10          HG22      THR  10 -11.865 -23.828  -1.664
    7   HG23  THR  10          HG23      THR  10 -11.177 -23.153  -0.188

  No H/Q in entry =           7
  In of MODEL   11
    1    H    LEU  11           H        LEU  11 -15.442 -20.548  -0.607
    2    HA   LEU  11           HA       LEU  11 -14.997 -19.430   1.998
    3    HB2  LEU  11           HB2      LEU  11 -16.230 -18.645  -0.432
    4    HB3  LEU  11           HB3      LEU  11 -17.394 -18.437   0.867
    5    HG   LEU  11           HG       LEU  11 -16.342 -16.439   0.835
    6   HD11  LEU  11          HD11      LEU  11 -16.020 -17.881   3.027
    7   HD13  LEU  11          HD12      LEU  11 -15.478 -16.205   2.905
    8   HD12  LEU  11          HD13      LEU  11 -14.331 -17.526   2.671
    9   HD22  LEU  11          HD21      LEU  11 -14.637 -16.962  -0.810
   10   HD21  LEU  11          HD22      LEU  11 -13.727 -17.835   0.426
   11   HD23  LEU  11          HD23      LEU  11 -13.939 -16.089   0.557

  No H/Q in entry =          11
  In of MODEL   11
    1    H    GLU  12           H        GLU  12 -17.085 -21.576   0.606
    2    HA   GLU  12           HA       GLU  12 -19.185 -21.649   2.576
    3    HB2  GLU  12           HB2      GLU  12 -19.234 -22.385   0.001
    4    HB3  GLU  12           HB3      GLU  12 -18.705 -23.922   0.675
    5    HG2  GLU  12           HG2      GLU  12 -20.673 -24.161   1.943
    6    HG3  GLU  12           HG3      GLU  12 -21.145 -22.486   1.669

  No H/Q in entry =           6
  In of MODEL   11
    1    H    TRP  13           H        TRP  13 -16.029 -22.625   2.302
    2    HA   TRP  13           HA       TRP  13 -16.433 -24.874   4.152
    3    HB2  TRP  13           HB2      TRP  13 -14.255 -24.161   2.285
    4    HB3  TRP  13           HB3      TRP  13 -13.718 -24.742   3.864
    5    HD1  TRP  13           HD1      TRP  13 -16.924 -26.061   2.288
    6    HE1  TRP  13           HE1      TRP  13 -16.621 -28.549   1.720
    7    HE3  TRP  13           HE3      TRP  13 -11.929 -26.515   3.278
    8    HZ2  TRP  13           HZ2      TRP  13 -14.545 -30.454   1.702
    9    HZ3  TRP  13           HZ3      TRP  13 -10.861 -28.709   2.960
   10    HH2  TRP  13           HH2      TRP  13 -12.145 -30.638   2.189

  No H/Q in entry =          10
  In of MODEL   11
    1    H    PHE  14           H        PHE  14 -15.622 -21.567   3.874
    2    HA   PHE  14           HA       PHE  14 -14.351 -21.346   6.487
    3    HB2  PHE  14           HB2      PHE  14 -13.326 -20.036   4.813
    4    HB3  PHE  14           HB3      PHE  14 -14.854 -19.433   4.232
    5    HD1  PHE  14           HD1      PHE  14 -15.334 -17.312   4.714
    6    HD2  PHE  14           HD2      PHE  14 -13.086 -19.498   7.556
    7    HE1  PHE  14           HE1      PHE  14 -15.294 -15.349   6.189
    8    HE2  PHE  14           HE2      PHE  14 -13.030 -17.544   9.034
    9    HZ   PHE  14           HZ       PHE  14 -14.142 -15.459   8.356

  No H/Q in entry =           9
  In of MODEL   11
    1    H    LEU  15           H        LEU  15 -17.420 -20.757   4.983
    2    HA   LEU  15           HA       LEU  15 -18.132 -18.705   6.927
    3    HB2  LEU  15           HB2      LEU  15 -19.721 -19.576   4.515
    4    HB3  LEU  15           HB3      LEU  15 -20.059 -18.211   5.563
    5    HG   LEU  15           HG       LEU  15 -17.587 -18.470   3.858
    6   HD13  LEU  15          HD11      LEU  15 -19.213 -18.192   2.307
    7   HD12  LEU  15          HD12      LEU  15 -18.750 -16.525   2.664
    8   HD11  LEU  15          HD13      LEU  15 -20.214 -17.212   3.375
    9   HD21  LEU  15          HD21      LEU  15 -17.290 -17.036   5.822
   10   HD23  LEU  15          HD22      LEU  15 -18.674 -16.071   5.307
   11   HD22  LEU  15          HD23      LEU  15 -17.224 -16.136   4.307

  No H/Q in entry =          11
  In of MODEL   11
    1    H    SER  16           H        SER  16 -18.011 -21.868   6.460
    2    HA   SER  16           HA       SER  16 -20.506 -22.496   7.906
    3    HB2  SER  16           HB2      SER  16 -19.758 -24.899   7.393
    4    HB3  SER  16           HB3      SER  16 -20.238 -23.947   5.987
    5    HG   SER  16           HG       SER  16 -18.339 -24.406   5.241

  No H/Q in entry =           5
  In of MODEL   11
    1    H    HIS  17           H        HIS  17 -17.396 -21.552   8.265
    2    HA   HIS  17           HA       HIS  17 -17.002 -23.150  10.664
    3    HB2  HIS  17           HB2      HIS  17 -15.143 -22.229   8.590
    4    HB3  HIS  17           HB3      HIS  17 -14.573 -22.001  10.240
    5    HD1  HIS  17           HD1      HIS  17 -14.634 -24.441   7.619
    6    HD2  HIS  17           HD2      HIS  17 -14.814 -24.570  11.774
    7    HE1  HIS  17           HE1      HIS  17 -13.985 -26.789   8.256
    8    HE2  HIS  17           HE2      HIS  17 -14.359 -26.898  10.748

  No H/Q in entry =           8
  In of MODEL   11
    1    H    CYS  18           H        CYS  18 -17.878 -20.068   9.617
    2    HA   CYS  18           HA       CYS  18 -16.763 -18.860  12.038
    3    HB2  CYS  18           HB2      CYS  18 -17.017 -16.687  10.763
    4    HB3  CYS  18           HB3      CYS  18 -15.778 -17.810  10.235
    5    HG   CYS  18           HG       CYS  18 -16.868 -16.602   8.056

  No H/Q in entry =           5
  In of MODEL   11
    1    H    HIS  19           H        HIS  19 -18.440 -16.458  11.188
    2    HA   HIS  19           HA       HIS  19 -21.148 -17.220  11.940
    3    HB2  HIS  19           HB2      HIS  19 -20.174 -16.770  14.108
    4    HB3  HIS  19           HB3      HIS  19 -19.389 -15.318  13.513
    5    HD1  HIS  19           HD1      HIS  19 -22.877 -16.596  14.311
    6    HD2  HIS  19           HD2      HIS  19 -20.789 -13.021  13.951
    7    HE1  HIS  19           HE1      HIS  19 -24.467 -14.805  15.074
    8    HE2  HIS  19           HE2      HIS  19 -23.113 -12.684  15.032

  No H/Q in entry =           8
  In of MODEL   11
    1    H    ILE  20           H        ILE  20 -21.605 -16.412   9.505
    2    HA   ILE  20           HA       ILE  20 -21.201 -13.633   8.928
    3    HB   ILE  20           HB       ILE  20 -23.631 -14.841   7.830
    4   HG12  ILE  20          HG12      ILE  20 -21.948 -16.785   8.008
    5   HG13  ILE  20          HG13      ILE  20 -22.711 -16.492   6.455
    6   HG23  ILE  20          HG21      ILE  20 -22.834 -12.745   7.039
    7   HG22  ILE  20          HG22      ILE  20 -22.752 -13.934   5.739
    8   HG21  ILE  20          HG23      ILE  20 -21.283 -13.456   6.590
    9   HD11  ILE  20          HD11      ILE  20 -20.200 -15.065   6.798
   10   HD13  ILE  20          HD12      ILE  20 -20.766 -16.064   5.460
   11   HD12  ILE  20          HD13      ILE  20 -20.039 -16.815   6.881

  No H/Q in entry =          11
  In of MODEL   11
    1    H    HIS  21           H        HIS  21 -22.117 -12.054   9.778
    2    HA   HIS  21           HA       HIS  21 -24.420 -11.093   9.702
    3    HB2  HIS  21           HB2      HIS  21 -25.423 -13.167  10.744
    4    HB3  HIS  21           HB3      HIS  21 -24.819 -12.584  12.292
    5    HD1  HIS  21           HD1      HIS  21 -26.165 -10.818  13.463
    6    HD2  HIS  21           HD2      HIS  21 -27.512 -11.545   9.595
    7    HE1  HIS  21           HE1      HIS  21 -28.355  -9.599  13.267
    8    HE2  HIS  21           HE2      HIS  21 -29.085  -9.940  10.880

  No H/Q in entry =           8
  In of MODEL   11
    1    H    LYS  22           H        LYS  22 -24.096  -9.193  10.085
    2    HA   LYS  22           HA       LYS  22 -22.136  -8.460  12.113
    3    HB2  LYS  22           HB2      LYS  22 -21.708  -8.091   9.561
    4    HB3  LYS  22           HB3      LYS  22 -22.661  -6.641   9.827
    5    HG2  LYS  22           HG2      LYS  22 -20.909  -6.566  11.917
    6    HG3  LYS  22           HG3      LYS  22 -19.930  -7.270  10.633
    7    HD2  LYS  22           HD2      LYS  22 -20.699  -5.394   9.168
    8    HD3  LYS  22           HD3      LYS  22 -21.400  -4.643  10.605
    9    HE2  LYS  22           HE2      LYS  22 -19.102  -4.822  11.651
   10    HE3  LYS  22           HE3      LYS  22 -18.503  -5.235  10.044
   11    HZ1  LYS  22           HZ1      LYS  22 -19.410  -3.132   9.233
   12    HZ3  LYS  22           HZ2      LYS  22 -18.258  -2.889  10.447
   13    HZ2  LYS  22           HZ3      LYS  22 -19.903  -2.727  10.803

  No H/Q in entry =          13
  In of MODEL   11
    1    H    TYR  23           H        TYR  23 -23.025  -5.650  11.036
    2    HA   TYR  23           HA       TYR  23 -25.208  -5.134  12.882
    3    HB2  TYR  23           HB2      TYR  23 -23.232  -3.202  13.505
    4    HB3  TYR  23           HB3      TYR  23 -23.949  -4.386  14.579
    5    HD1  TYR  23           HD1      TYR  23 -22.612  -6.904  13.703
    6    HD2  TYR  23           HD2      TYR  23 -21.051  -2.997  14.071
    7    HE1  TYR  23           HE1      TYR  23 -20.397  -7.868  14.070
    8    HE2  TYR  23           HE2      TYR  23 -18.799  -3.928  14.442
    9    HH   TYR  23           HH       TYR  23 -18.186  -7.409  14.165

  No H/Q in entry =           9
  In of MODEL   11
    1    HA   PRO  24           HA       PRO  24 -26.221  -1.533  10.432
    2    HB2  PRO  24           HB2      PRO  24 -25.664   0.208  12.791
    3    HB3  PRO  24           HB3      PRO  24 -27.101   0.128  11.765
    4    HG2  PRO  24           HG2      PRO  24 -27.128  -0.957  14.189
    5    HG3  PRO  24           HG3      PRO  24 -27.917  -1.773  12.826
    6    HD2  PRO  24           HD2      PRO  24 -25.318  -2.388  14.159
    7    HD3  PRO  24           HD3      PRO  24 -26.535  -3.493  13.492

  No H/Q in entry =           7
  In of MODEL   11
    1    H    SER  25           H        SER  25 -25.163   0.312   9.219
    2    HA   SER  25           HA       SER  25 -22.346   0.280   9.343
    3    HB2  SER  25           HB2      SER  25 -23.178   2.695   8.163
    4    HB3  SER  25           HB3      SER  25 -22.615   1.228   7.377
    5    HG   SER  25           HG       SER  25 -24.809   1.974   6.791

  No H/Q in entry =           5
  In of MODEL   11
    1    H    LYS  26           H        LYS  26 -20.982   2.001   9.667
    2    HA   LYS  26           HA       LYS  26 -20.192   3.964  10.729
    3    HB2  LYS  26           HB2      LYS  26 -22.589   3.516  12.644
    4    HB3  LYS  26           HB3      LYS  26 -21.340   4.720  12.931
    5    HG2  LYS  26           HG2      LYS  26 -21.941   5.850  10.710
    6    HG3  LYS  26           HG3      LYS  26 -23.175   4.625  10.429
    7    HD2  LYS  26           HD2      LYS  26 -24.329   5.454  12.575
    8    HD3  LYS  26           HD3      LYS  26 -23.079   6.705  12.714
    9    HE2  LYS  26           HE2      LYS  26 -23.660   7.600  10.418
   10    HE3  LYS  26           HE3      LYS  26 -24.895   6.347  10.213
   11    HZ1  LYS  26           HZ1      LYS  26 -24.986   8.094  12.602
   12    HZ2  LYS  26           HZ2      LYS  26 -25.569   8.651  11.173
   13    HZ3  LYS  26           HZ3      LYS  26 -26.187   7.225  11.801

  No H/Q in entry =          13
  In of MODEL   11
    1    H    SER  27           H        SER  27 -20.685   0.827  11.359
    2    HA   SER  27           HA       SER  27 -19.552   0.752  13.999
    3    HB2  SER  27           HB2      SER  27 -19.763  -1.765  13.556
    4    HB3  SER  27           HB3      SER  27 -21.251  -0.832  13.714
    5    HG   SER  27           HG       SER  27 -21.738  -1.299  11.725

  No H/Q in entry =           5
  In of MODEL   11
    1    H    THR  28           H        THR  28 -17.470   1.138  14.080
    2    HA   THR  28           HA       THR  28 -15.707  -0.340  12.264
    3    HB   THR  28           HB       THR  28 -14.868   1.932  12.620
    4    HG1  THR  28           HG1      THR  28 -13.071   0.742  12.730
    5   HG21  THR  28          HG21      THR  28 -15.945   1.540  15.275
    6   HG23  THR  28          HG22      THR  28 -15.531   3.038  14.441
    7   HG22  THR  28          HG23      THR  28 -14.294   2.156  15.335

  No H/Q in entry =           7
  In of MODEL   11
    1    H    LEU  29           H        LEU  29 -14.080  -1.460  13.425
    2    HA   LEU  29           HA       LEU  29 -15.458  -3.176  15.295
    3    HB2  LEU  29           HB2      LEU  29 -13.942  -4.729  13.384
    4    HB3  LEU  29           HB3      LEU  29 -15.609  -4.918  13.874
    5    HG   LEU  29           HG       LEU  29 -14.558  -3.209  11.607
    6   HD12  LEU  29          HD11      LEU  29 -16.440  -5.560  11.584
    7   HD11  LEU  29          HD12      LEU  29 -14.713  -5.660  11.214
    8   HD13  LEU  29          HD13      LEU  29 -15.783  -4.685  10.197
    9   HD22  LEU  29          HD21      LEU  29 -16.783  -2.593  11.148
   10   HD21  LEU  29          HD22      LEU  29 -16.452  -2.210  12.840
   11   HD23  LEU  29          HD23      LEU  29 -17.407  -3.641  12.427

  No H/Q in entry =          11
  In of MODEL   11
    1    H    ILE  30           H        ILE  30 -12.633  -1.873  13.980
    2    HA   ILE  30           HA       ILE  30 -10.905  -2.460  16.048
    3    HB   ILE  30           HB       ILE  30  -9.475  -3.885  13.997
    4   HG12  ILE  30          HG12      ILE  30 -10.851  -6.108  14.438
    5   HG13  ILE  30          HG13      ILE  30 -12.201  -4.980  14.491
    6   HG23  ILE  30          HG21      ILE  30  -8.861  -3.917  16.304
    7   HG22  ILE  30          HG22      ILE  30  -9.158  -5.562  15.749
    8   HG21  ILE  30          HG23      ILE  30 -10.361  -4.735  16.739
    9   HD11  ILE  30          HD11      ILE  30 -10.247  -5.288  12.228
   10   HD13  ILE  30          HD12      ILE  30 -11.618  -4.179  12.276
   11   HD12  ILE  30          HD13      ILE  30 -11.893  -5.923  12.275

  No H/Q in entry =          11
  In of MODEL   11
    1    H    HIS  31           H        HIS  31 -10.177  -0.625  15.933
    2    HA   HIS  31           HA       HIS  31  -8.034   0.101  14.248
    3    HB2  HIS  31           HB2      HIS  31  -9.631   0.522  12.541
    4    HB3  HIS  31           HB3      HIS  31 -10.840   1.050  13.693
    5    HD1  HIS  31           HD1      HIS  31  -7.971   2.298  11.670
    6    HD2  HIS  31           HD2      HIS  31 -10.827   3.734  14.308
    7    HE1  HIS  31           HE1      HIS  31  -7.810   4.792  11.543
    8    HE2  HIS  31           HE2      HIS  31  -9.335   5.596  13.387

  No H/Q in entry =           8
  In of MODEL   11
    1    H    GLN  32           H        GLN  32  -8.238   0.050  17.045
    2    HA   GLN  32           HA       GLN  32  -7.701   2.850  17.634
    3    HB2  GLN  32           HB2      GLN  32 -10.066   1.442  18.801
    4    HB3  GLN  32           HB3      GLN  32  -9.116   2.463  19.870
    5    HG2  GLN  32           HG2      GLN  32  -9.444   4.357  18.287
    6    HG3  GLN  32           HG3      GLN  32 -10.504   3.327  17.331
    7   HE21  GLN  32          HE21      GLN  32 -11.826   2.035  19.490
    8   HE22  GLN  32          HE22      GLN  32 -12.823   3.207  20.275

  No H/Q in entry =           8
  In of MODEL   11
    1    H    GLY  33           H        GLY  33  -7.024  -0.352  17.915
    2    HA3  GLY  33           HA2      GLY  33  -4.727  -0.720  18.847
    3    HA2  GLY  33           HA3      GLY  33  -5.306   0.152  20.254

  No H/Q in entry =           3
  In of MODEL   11
    1    H    GLU  34           H        GLU  34  -7.419  -1.990  18.616
    2    HA   GLU  34           HA       GLU  34  -7.439  -3.936  20.803
    3    HB2  GLU  34           HB2      GLU  34  -9.059  -4.120  18.290
    4    HB3  GLU  34           HB3      GLU  34  -9.485  -4.606  19.909
    5    HG2  GLU  34           HG2      GLU  34 -10.816  -2.777  19.721
    6    HG3  GLU  34           HG3      GLU  34  -9.355  -1.990  20.313

  No H/Q in entry =           6
  In of MODEL   11
    1    H    LYS  35           H        LYS  35  -6.158  -5.639  20.602
    2    HA   LYS  35           HA       LYS  35  -4.596  -6.408  18.493
    3    HB2  LYS  35           HB2      LYS  35  -5.731  -7.827  20.845
    4    HB3  LYS  35           HB3      LYS  35  -5.089  -8.832  19.553
    5    HG2  LYS  35           HG2      LYS  35  -2.927  -7.970  19.797
    6    HG3  LYS  35           HG3      LYS  35  -3.496  -6.594  20.749
    7    HD2  LYS  35           HD2      LYS  35  -2.397  -8.251  22.177
    8    HD3  LYS  35           HD3      LYS  35  -4.105  -8.101  22.581
    9    HE2  LYS  35           HE2      LYS  35  -3.691 -10.140  20.578
   10    HE3  LYS  35           HE3      LYS  35  -2.695 -10.442  21.999
   11    HZ3  LYS  35           HZ1      LYS  35  -4.673 -11.495  22.503
   12    HZ2  LYS  35           HZ2      LYS  35  -5.641 -10.295  21.800
   13    HZ1  LYS  35           HZ3      LYS  35  -4.866 -10.006  23.280

  No H/Q in entry =          13
  In of MODEL   11
    1    H    ALA  36           H        ALA  36  -5.113  -6.984  16.466
    2    HA   ALA  36           HA       ALA  36  -7.818  -7.716  15.868
    3    HB1  ALA  36           HB1      ALA  36  -6.937  -7.862  13.520
    4    HB2  ALA  36           HB2      ALA  36  -5.364  -7.391  14.168
    5    HB3  ALA  36           HB3      ALA  36  -6.741  -6.299  14.313

  No H/Q in entry =           5
  In of MODEL   11
    1    H    GLU  37           H        GLU  37  -7.581  -9.602  17.381
    2    HA   GLU  37           HA       GLU  37  -6.283 -11.943  16.219
    3    HB2  GLU  37           HB2      GLU  37  -6.946 -13.042  18.348
    4    HB3  GLU  37           HB3      GLU  37  -5.952 -11.611  18.584
    5    HG2  GLU  37           HG2      GLU  37  -8.237 -10.399  18.854
    6    HG3  GLU  37           HG3      GLU  37  -8.848 -12.022  19.169

  No H/Q in entry =           6
  In of MODEL   11
    1    H    THR  38           H        THR  38  -9.186 -10.420  15.986
    2    HA   THR  38           HA       THR  38 -10.608 -12.912  15.354
    3    HB   THR  38           HB       THR  38 -11.815 -11.960  17.134
    4    HG1  THR  38           HG1      THR  38 -13.161 -10.719  14.975
    5   HG21  THR  38          HG21      THR  38 -11.387  -9.283  15.816
    6   HG23  THR  38          HG22      THR  38 -10.738  -9.841  17.358
    7   HG22  THR  38          HG23      THR  38 -12.467  -9.542  17.186

  No H/Q in entry =           7
  In of MODEL   11
    1    H    LEU  39           H        LEU  39 -11.154 -13.163  13.251
    2    HA   LEU  39           HA       LEU  39 -10.696 -10.906  11.484
    3    HB2  LEU  39           HB2      LEU  39  -9.430 -12.801  10.826
    4    HB3  LEU  39           HB3      LEU  39 -10.800 -13.877  11.019
    5    HG   LEU  39           HG       LEU  39 -11.101 -11.748   8.977
    6   HD12  LEU  39          HD11      LEU  39  -9.270 -14.105   8.559
    7   HD11  LEU  39          HD12      LEU  39  -8.780 -12.411   8.615
    8   HD13  LEU  39          HD13      LEU  39  -9.821 -12.988   7.312
    9   HD23  LEU  39          HD21      LEU  39 -12.147 -13.582   7.739
   10   HD22  LEU  39          HD22      LEU  39 -12.842 -13.411   9.351
   11   HD21  LEU  39          HD23      LEU  39 -11.691 -14.706   9.021

  No H/Q in entry =          11
  In of MODEL   11
    1    H    TYR  40           H        TYR  40 -12.297 -10.183  10.026
    2    HA   TYR  40           HA       TYR  40 -14.973 -11.293  10.487
    3    HB2  TYR  40           HB2      TYR  40 -14.494  -8.393   9.841
    4    HB3  TYR  40           HB3      TYR  40 -15.956  -9.140  10.443
    5    HD1  TYR  40           HD1      TYR  40 -16.513  -8.726  12.584
    6    HD2  TYR  40           HD2      TYR  40 -12.399  -8.628  11.565
    7    HE1  TYR  40           HE1      TYR  40 -15.978  -7.980  14.862
    8    HE2  TYR  40           HE2      TYR  40 -11.842  -7.902  13.846
    9    HH   TYR  40           HH       TYR  40 -13.145  -6.618  15.738

  No H/Q in entry =           9
  In of MODEL   11
    1    H    TYR  41           H        TYR  41 -15.895 -11.956   8.566
    2    HA   TYR  41           HA       TYR  41 -14.620 -11.069   6.078
    3    HB2  TYR  41           HB2      TYR  41 -15.028 -13.532   6.766
    4    HB3  TYR  41           HB3      TYR  41 -16.710 -13.210   6.360
    5    HD1  TYR  41           HD1      TYR  41 -16.939 -11.947   3.958
    6    HD2  TYR  41           HD2      TYR  41 -13.808 -14.491   5.190
    7    HE1  TYR  41           HE1      TYR  41 -16.395 -12.397   1.611
    8    HE2  TYR  41           HE2      TYR  41 -13.231 -14.960   2.900
    9    HH   TYR  41           HH       TYR  41 -14.542 -13.122   0.269

  No H/Q in entry =           9
  In of MODEL   11
    1    H    ILE  42           H        ILE  42 -15.602  -9.183   5.485
    2    HA   ILE  42           HA       ILE  42 -18.351  -8.640   5.855
    3    HB   ILE  42           HB       ILE  42 -16.744  -6.869   5.575
    4   HG12  ILE  42          HG12      ILE  42 -18.547  -6.856   3.162
    5   HG13  ILE  42          HG13      ILE  42 -19.064  -6.464   4.804
    6   HG22  ILE  42          HG21      ILE  42 -15.833  -6.458   3.216
    7   HG21  ILE  42          HG22      ILE  42 -16.174  -8.168   2.954
    8   HG23  ILE  42          HG23      ILE  42 -15.061  -7.676   4.230
    9   HD13  ILE  42          HD11      ILE  42 -18.535  -4.373   4.291
   10   HD12  ILE  42          HD12      ILE  42 -17.604  -4.863   2.875
   11   HD11  ILE  42          HD13      ILE  42 -16.858  -4.885   4.475

  No H/Q in entry =          11
  In of MODEL   11
    1    H    VAL  43           H        VAL  43 -19.563 -10.336   5.150
    2    HA   VAL  43           HA       VAL  43 -19.114 -11.587   2.606
    3    HB   VAL  43           HB       VAL  43 -21.310 -12.122   4.582
    4   HG11  VAL  43          HG11      VAL  43 -21.529 -12.978   2.227
    5   HG13  VAL  43          HG12      VAL  43 -21.574 -14.190   3.508
    6   HG12  VAL  43          HG13      VAL  43 -20.101 -13.967   2.558
    7   HG23  VAL  43          HG21      VAL  43 -19.801 -14.010   5.255
    8   HG22  VAL  43          HG22      VAL  43 -19.261 -12.400   5.730
    9   HG21  VAL  43          HG23      VAL  43 -18.522 -13.208   4.347

  No H/Q in entry =           9
  In of MODEL   11
    1    H    LYS  44           H        LYS  44 -21.041  -9.219   3.789
    2    HA   LYS  44           HA       LYS  44 -22.416  -8.445   1.458
    3    HB2  LYS  44           HB2      LYS  44 -23.794 -10.475   2.550
    4    HB3  LYS  44           HB3      LYS  44 -24.303  -9.217   3.671
    5    HG2  LYS  44           HG2      LYS  44 -25.033  -7.878   1.671
    6    HG3  LYS  44           HG3      LYS  44 -24.735  -9.318   0.694
    7    HD2  LYS  44           HD2      LYS  44 -26.260 -10.185   2.872
    8    HD3  LYS  44           HD3      LYS  44 -26.995  -8.666   2.354
    9    HE2  LYS  44           HE2      LYS  44 -26.471 -11.112   0.672
   10    HE3  LYS  44           HE3      LYS  44 -28.038 -10.473   1.165
   11    HZ1  LYS  44           HZ1      LYS  44 -27.512  -8.452  -0.144
   12    HZ3  LYS  44           HZ2      LYS  44 -27.630  -9.852  -1.085
   13    HZ2  LYS  44           HZ3      LYS  44 -26.112  -9.216  -0.708

  No H/Q in entry =          13
  In of MODEL   11
    1    H    GLY  45           H        GLY  45 -23.300  -6.417   1.893
    2    HA3  GLY  45           HA2      GLY  45 -23.565  -4.428   3.116
    3    HA2  GLY  45           HA3      GLY  45 -22.740  -5.182   4.491

  No H/Q in entry =           3
  In of MODEL   11
    1    H    SER  46           H        SER  46 -21.770  -2.698   3.483
    2    HA   SER  46           HA       SER  46 -19.176  -3.666   2.681
    3    HB2  SER  46           HB2      SER  46 -20.069  -3.005   0.585
    4    HB3  SER  46           HB3      SER  46 -20.793  -1.556   1.281
    5    HG   SER  46           HG       SER  46 -18.701  -0.730   1.586

  No H/Q in entry =           5
  In of MODEL   11
    1    H    VAL  47           H        VAL  47 -17.394  -2.335   3.283
    2    HA   VAL  47           HA       VAL  47 -18.212  -0.462   5.395
    3    HB   VAL  47           HB       VAL  47 -16.484  -1.198   6.867
    4   HG13  VAL  47          HG11      VAL  47 -17.451  -3.125   7.637
    5   HG12  VAL  47          HG12      VAL  47 -17.679  -3.784   6.019
    6   HG11  VAL  47          HG13      VAL  47 -18.723  -2.485   6.596
    7   HG23  VAL  47          HG21      VAL  47 -15.146  -3.232   6.358
    8   HG22  VAL  47          HG22      VAL  47 -14.727  -1.807   5.408
    9   HG21  VAL  47          HG23      VAL  47 -15.687  -3.098   4.685

  No H/Q in entry =           9
  In of MODEL   11
    1    H    ALA  48           H        ALA  48 -15.988   0.584   6.292
    2    HA   ALA  48           HA       ALA  48 -14.682   1.572   3.904
    3    HB1  ALA  48           HB1      ALA  48 -15.438   3.396   6.149
    4    HB2  ALA  48           HB2      ALA  48 -16.540   3.069   4.812
    5    HB3  ALA  48           HB3      ALA  48 -14.969   3.810   4.499

  No H/Q in entry =           5
  In of MODEL   11
    1    H    VAL  49           H        VAL  49 -12.792   0.658   4.214
    2    HA   VAL  49           HA       VAL  49 -11.460   0.172   6.641
    3    HB   VAL  49           HB       VAL  49 -10.612   0.246   3.749
    4   HG12  VAL  49          HG11      VAL  49  -8.884  -0.767   5.981
    5   HG11  VAL  49          HG12      VAL  49  -8.704   0.840   5.282
    6   HG13  VAL  49          HG13      VAL  49  -8.469  -0.589   4.276
    7   HG21  VAL  49          HG21      VAL  49 -11.004  -1.969   5.737
    8   HG23  VAL  49          HG22      VAL  49 -10.405  -2.186   4.089
    9   HG22  VAL  49          HG23      VAL  49 -12.044  -1.583   4.361

  No H/Q in entry =           9
  In of MODEL   11
    1    H    LEU  50           H        LEU  50  -9.802   1.343   7.667
    2    HA   LEU  50           HA       LEU  50  -8.959   3.843   6.566
    3    HB2  LEU  50           HB2      LEU  50  -9.777   5.297   8.208
    4    HB3  LEU  50           HB3      LEU  50 -11.130   4.319   7.690
    5    HG   LEU  50           HG       LEU  50  -9.643   4.190  10.292
    6   HD13  LEU  50          HD11      LEU  50 -11.373   5.858  10.158
    7   HD12  LEU  50          HD12      LEU  50 -11.909   4.515  11.178
    8   HD11  LEU  50          HD13      LEU  50 -12.513   4.654   9.522
    9   HD22  LEU  50          HD21      LEU  50  -9.986   1.925   9.592
   10   HD21  LEU  50          HD22      LEU  50 -11.673   2.267   9.196
   11   HD23  LEU  50          HD23      LEU  50 -11.123   2.335  10.874

  No H/Q in entry =          11
  In of MODEL   11
    1    H    ILE  51           H        ILE  51  -7.168   4.830   7.563
    2    HA   ILE  51           HA       ILE  51  -5.717   2.941   9.309
    3    HB   ILE  51           HB       ILE  51  -3.650   3.955   8.218
    4   HG12  ILE  51          HG12      ILE  51  -4.370   4.423   5.676
    5   HG13  ILE  51          HG13      ILE  51  -5.796   5.050   6.493
    6   HG22  ILE  51          HG21      ILE  51  -3.875   2.366   6.250
    7   HG21  ILE  51          HG22      ILE  51  -5.517   2.064   6.820
    8   HG23  ILE  51          HG23      ILE  51  -4.139   1.680   7.852
    9   HD12  ILE  51          HD11      ILE  51  -2.952   5.956   6.762
   10   HD11  ILE  51          HD12      ILE  51  -4.218   6.434   7.891
   11   HD13  ILE  51          HD13      ILE  51  -4.345   6.872   6.188

  No H/Q in entry =          11
  In of MODEL   11
    1    H    LYS  52           H        LYS  52  -3.630   4.156  10.107
    2    HA   LYS  52           HA       LYS  52  -4.451   6.754  11.215
    3    HB2  LYS  52           HB2      LYS  52  -3.053   4.479  12.633
    4    HB3  LYS  52           HB3      LYS  52  -3.176   6.109  13.290
    5    HG2  LYS  52           HG2      LYS  52  -5.551   5.979  13.388
    6    HG3  LYS  52           HG3      LYS  52  -5.565   4.466  12.486
    7    HD2  LYS  52           HD2      LYS  52  -5.605   3.429  14.459
    8    HD3  LYS  52           HD3      LYS  52  -3.930   3.943  14.658
    9    HE2  LYS  52           HE2      LYS  52  -4.689   4.929  16.529
   10    HE3  LYS  52           HE3      LYS  52  -5.264   6.186  15.425
   11    HZ3  LYS  52           HZ1      LYS  52  -7.420   5.469  15.600
   12    HZ2  LYS  52           HZ2      LYS  52  -6.853   5.117  17.155
   13    HZ1  LYS  52           HZ3      LYS  52  -6.992   3.883  16.012

  No H/Q in entry =          13
  In of MODEL   11
    1    H    ASP  53           H        ASP  53  -2.926   8.300  11.413
    2    HA   ASP  53           HA       ASP  53  -0.581   8.070   9.700
    3    HB2  ASP  53           HB2      ASP  53  -2.421   9.954   9.762
    4    HB3  ASP  53           HB3      ASP  53  -1.381  10.613  11.013

  No H/Q in entry =           4
  In of MODEL   11
    1    H    GLU  54           H        GLU  54   0.956  10.242  10.771
    2    HA   GLU  54           HA       GLU  54   2.219   8.866  13.060
    3    HB2  GLU  54           HB2      GLU  54   3.369  11.261  11.639
    4    HB3  GLU  54           HB3      GLU  54   4.214  10.026  12.565
    5    HG2  GLU  54           HG2      GLU  54   3.690   8.407  10.769
    6    HG3  GLU  54           HG3      GLU  54   3.008   9.732   9.829

  No H/Q in entry =           6
  In of MODEL   11
    1    H    GLU  55           H        GLU  55  -0.074  11.072  12.295
    2    HA   GLU  55           HA       GLU  55   0.368  12.689  14.730
    3    HB2  GLU  55           HB2      GLU  55  -1.046  14.433  13.598
    4    HB3  GLU  55           HB3      GLU  55   0.515  14.179  12.830
    5    HG2  GLU  55           HG2      GLU  55  -0.503  12.852  11.096
    6    HG3  GLU  55           HG3      GLU  55  -2.068  12.953  11.898

  No H/Q in entry =           6
  In of MODEL   11
    1    H    GLY  56           H        GLY  56  -1.029  10.073  13.809
    2    HA3  GLY  56           HA2      GLY  56  -2.791   8.913  14.764
    3    HA2  GLY  56           HA3      GLY  56  -3.226  10.369  15.648

  No H/Q in entry =           3
  In of MODEL   11
    1    H    LYS  57           H        LYS  57  -2.954  10.362  12.016
    2    HA   LYS  57           HA       LYS  57  -5.679  11.250  12.013
    3    HB2  LYS  57           HB2      LYS  57  -3.367  11.585  10.415
    4    HB3  LYS  57           HB3      LYS  57  -4.500  10.672   9.435
    5    HG2  LYS  57           HG2      LYS  57  -5.984  12.413   9.289
    6    HG3  LYS  57           HG3      LYS  57  -5.441  13.144  10.802
    7    HD2  LYS  57           HD2      LYS  57  -4.776  14.409   8.741
    8    HD3  LYS  57           HD3      LYS  57  -3.430  13.944   9.782
    9    HE2  LYS  57           HE2      LYS  57  -3.544  11.808   8.121
   10    HE3  LYS  57           HE3      LYS  57  -4.099  13.084   7.042
   11    HZ1  LYS  57           HZ1      LYS  57  -1.786  13.845   8.572
   12    HZ3  LYS  57           HZ2      LYS  57  -2.053  13.922   6.901
   13    HZ2  LYS  57           HZ3      LYS  57  -1.505  12.477   7.602

  No H/Q in entry =          13
  In of MODEL   11
    1    H    GLU  58           H        GLU  58  -7.241   9.728  11.988
    2    HA   GLU  58           HA       GLU  58  -6.628   7.102  10.908
    3    HB2  GLU  58           HB2      GLU  58  -8.982   7.001  12.427
    4    HB3  GLU  58           HB3      GLU  58  -7.425   6.314  12.859
    5    HG2  GLU  58           HG2      GLU  58  -6.831   8.462  13.937
    6    HG3  GLU  58           HG3      GLU  58  -8.469   9.033  13.604

  No H/Q in entry =           6
  In of MODEL   11
    1    H    MET  59           H        MET  59  -7.268   7.715   8.621
    2    HA   MET  59           HA       MET  59  -9.924   8.894   8.593
    3    HB2  MET  59           HB2      MET  59  -7.492   9.147   6.834
    4    HB3  MET  59           HB3      MET  59  -9.067   9.828   6.439
    5    HG2  MET  59           HG2      MET  59  -8.903  11.247   8.446
    6    HG3  MET  59           HG3      MET  59  -7.303  10.562   8.759
    7    HE2  MET  59           HE1      MET  59  -8.852  11.449   5.202
    8    HE1  MET  59           HE2      MET  59  -7.473  10.347   5.220
    9    HE3  MET  59           HE3      MET  59  -7.311  11.955   4.505

  No H/Q in entry =           9
  In of MODEL   11
    1    H    ILE  60           H        ILE  60 -11.235   8.158   7.011
    2    HA   ILE  60           HA       ILE  60 -11.179   5.572   6.097
    3    HB   ILE  60           HB       ILE  60 -12.417   8.004   4.794
    4   HG12  ILE  60          HG12      ILE  60 -13.249   7.414   7.053
    5   HG13  ILE  60          HG13      ILE  60 -14.486   7.248   5.808
    6   HG21  ILE  60          HG21      ILE  60 -12.106   6.273   3.123
    7   HG23  ILE  60          HG22      ILE  60 -13.817   6.451   3.516
    8   HG22  ILE  60          HG23      ILE  60 -12.897   5.096   4.172
    9   HD13  ILE  60          HD11      ILE  60 -14.796   5.331   6.985
   10   HD12  ILE  60          HD12      ILE  60 -13.085   5.158   7.379
   11   HD11  ILE  60          HD13      ILE  60 -13.661   4.772   5.752

  No H/Q in entry =          11
  In of MODEL   11
    1    H    LEU  61           H        LEU  61  -9.759   4.572   4.716
    2    HA   LEU  61           HA       LEU  61  -8.563   6.245   2.646
    3    HB2  LEU  61           HB2      LEU  61  -6.421   5.638   3.086
    4    HB3  LEU  61           HB3      LEU  61  -7.071   5.555   4.701
    5    HG   LEU  61           HG       LEU  61  -5.621   3.718   4.451
    6   HD13  LEU  61          HD11      LEU  61  -7.471   3.018   5.672
    7   HD12  LEU  61          HD12      LEU  61  -7.131   1.729   4.516
    8   HD11  LEU  61          HD13      LEU  61  -8.462   2.847   4.221
    9   HD21  LEU  61          HD21      LEU  61  -6.992   3.183   1.853
   10   HD23  LEU  61          HD22      LEU  61  -6.005   1.977   2.680
   11   HD22  LEU  61          HD23      LEU  61  -5.282   3.503   2.153

  No H/Q in entry =          11
  In of MODEL   11
    1    H    SER  62           H        SER  62 -10.083   3.286   3.538
    2    HA   SER  62           HA       SER  62 -10.207   2.565   0.741
    3    HB2  SER  62           HB2      SER  62  -8.180   1.396   1.497
    4    HB3  SER  62           HB3      SER  62  -9.105   0.623   2.777
    5    HG   SER  62           HG       SER  62  -9.384  -0.895   1.303

  No H/Q in entry =           5
  In of MODEL   11
    1    H    TYR  63           H        TYR  63 -11.488   0.425   0.591
    2    HA   TYR  63           HA       TYR  63 -13.481  -0.124   2.498
    3    HB2  TYR  63           HB2      TYR  63 -14.860   0.735   0.019
    4    HB3  TYR  63           HB3      TYR  63 -15.421   0.812   1.673
    5    HD1  TYR  63           HD1      TYR  63 -12.968   2.541  -0.547
    6    HD2  TYR  63           HD2      TYR  63 -15.853   2.872   2.526
    7    HE1  TYR  63           HE1      TYR  63 -12.778   4.981  -0.660
    8    HE2  TYR  63           HE2      TYR  63 -15.672   5.319   2.450
    9    HH   TYR  63           HH       TYR  63 -14.211   7.025   1.719

  No H/Q in entry =           9
  In of MODEL   11
    1    H    LEU  64           H        LEU  64 -15.013  -1.408   1.584
    2    HA   LEU  64           HA       LEU  64 -13.769  -3.514   0.046
    3    HB2  LEU  64           HB2      LEU  64 -15.646  -4.065   2.276
    4    HB3  LEU  64           HB3      LEU  64 -14.530  -5.143   1.466
    5    HG   LEU  64           HG       LEU  64 -13.785  -2.929   3.374
    6   HD13  LEU  64          HD11      LEU  64 -13.132  -4.673   4.856
    7   HD12  LEU  64          HD12      LEU  64 -13.433  -5.906   3.633
    8   HD11  LEU  64          HD13      LEU  64 -14.781  -5.010   4.332
    9   HD23  LEU  64          HD21      LEU  64 -11.498  -3.799   3.164
   10   HD22  LEU  64          HD22      LEU  64 -12.094  -3.141   1.639
   11   HD21  LEU  64          HD23      LEU  64 -12.035  -4.888   1.885

  No H/Q in entry =          11
  In of MODEL   11
    1    H    ASN  65           H        ASN  65 -15.626  -5.265  -0.022
    2    HA   ASN  65           HA       ASN  65 -18.078  -4.098  -0.938
    3    HB2  ASN  65           HB2      ASN  65 -16.183  -4.761  -2.883
    4    HB3  ASN  65           HB3      ASN  65 -17.298  -6.127  -2.868
    5   HD21  ASN  65          HD21      ASN  65 -17.117  -2.617  -3.106
    6   HD22  ASN  65          HD22      ASN  65 -18.570  -2.420  -4.021

  No H/Q in entry =           6
  In of MODEL   11
    1    H    GLN  66           H        GLN  66 -19.689  -5.863  -1.240
    2    HA   GLN  66           HA       GLN  66 -19.825  -7.610   0.962
    3    HB2  GLN  66           HB2      GLN  66 -21.356  -7.546  -1.718
    4    HB3  GLN  66           HB3      GLN  66 -21.798  -8.595  -0.373
    5    HG2  GLN  66           HG2      GLN  66 -22.309  -6.573   1.071
    6    HG3  GLN  66           HG3      GLN  66 -21.742  -5.493  -0.178
    7   HE22  GLN  66          HE21      GLN  66 -25.384  -5.352  -0.421
    8   HE21  GLN  66          HE22      GLN  66 -23.997  -4.784   0.661

  No H/Q in entry =           8
  In of MODEL   11
    1    H    GLY  67           H        GLY  67 -17.896  -8.815   0.920
    2    HA3  GLY  67           HA2      GLY  67 -17.800 -11.369   0.458
    3    HA2  GLY  67           HA3      GLY  67 -17.624 -10.810  -1.199

  No H/Q in entry =           3
  In of MODEL   11
    1    H    ASP  68           H        ASP  68 -16.224  -8.789   1.218
    2    HA   ASP  68           HA       ASP  68 -13.547  -9.642   0.351
    3    HB2  ASP  68           HB2      ASP  68 -14.545  -7.179   0.177
    4    HB3  ASP  68           HB3      ASP  68 -14.019  -7.099   1.852

  No H/Q in entry =           4
  In of MODEL   11
    1    H    PHE  69           H        PHE  69 -12.024  -8.610   2.389
    2    HA   PHE  69           HA       PHE  69 -12.886 -10.205   4.699
    3    HB2  PHE  69           HB2      PHE  69 -10.090  -9.608   3.763
    4    HB3  PHE  69           HB3      PHE  69 -10.531 -10.635   5.118
    5    HD1  PHE  69           HD1      PHE  69 -11.158 -12.904   4.777
    6    HD2  PHE  69           HD2      PHE  69 -10.510 -10.325   1.450
    7    HE1  PHE  69           HE1      PHE  69 -11.103 -14.854   3.277
    8    HE2  PHE  69           HE2      PHE  69 -10.480 -12.273  -0.054
    9    HZ   PHE  69           HZ       PHE  69 -10.769 -14.540   0.859

  No H/Q in entry =           9
  In of MODEL   11
    1    H    ILE  70           H        ILE  70 -12.050  -9.505   6.771
    2    HA   ILE  70           HA       ILE  70 -11.314  -6.684   7.005
    3    HB   ILE  70           HB       ILE  70 -13.718  -8.023   8.223
    4   HG12  ILE  70          HG12      ILE  70 -13.242  -5.446   6.741
    5   HG13  ILE  70          HG13      ILE  70 -14.281  -6.793   6.289
    6   HG23  ILE  70          HG21      ILE  70 -13.087  -7.164  10.210
    7   HG22  ILE  70          HG22      ILE  70 -13.652  -5.640   9.527
    8   HG21  ILE  70          HG23      ILE  70 -11.941  -6.052   9.473
    9   HD13  ILE  70          HD11      ILE  70 -15.746  -5.124   6.998
   10   HD12  ILE  70          HD12      ILE  70 -14.734  -4.690   8.377
   11   HD11  ILE  70          HD13      ILE  70 -15.631  -6.212   8.382

  No H/Q in entry =          11
  In of MODEL   11
    1    H    GLY  71           H        GLY  71  -9.995  -6.317   8.792
    2    HA3  GLY  71           HA2      GLY  71  -8.581  -6.800  10.540
    3    HA2  GLY  71           HA3      GLY  71  -9.728  -8.054  11.004

  No H/Q in entry =           3
  In of MODEL   11
    1    H    GLU  72           H        GLU  72  -8.238  -7.999   7.857
    2    HA   GLU  72           HA       GLU  72  -7.223 -10.641   8.323
    3    HB2  GLU  72           HB2      GLU  72  -6.265  -9.603   5.859
    4    HB3  GLU  72           HB3      GLU  72  -7.505 -10.819   6.118
    5    HG2  GLU  72           HG2      GLU  72  -8.627  -9.271   4.859
    6    HG3  GLU  72           HG3      GLU  72  -9.066  -8.773   6.488

  No H/Q in entry =           6
  In of MODEL   11
    1    H    LEU  73           H        LEU  73  -6.016  -7.403   7.730
    2    HA   LEU  73           HA       LEU  73  -3.308  -7.756   7.730
    3    HB2  LEU  73           HB2      LEU  73  -5.065  -5.650   8.927
    4    HB3  LEU  73           HB3      LEU  73  -3.336  -5.569   9.169
    5    HG   LEU  73           HG       LEU  73  -4.937  -4.870   6.828
    6   HD12  LEU  73          HD11      LEU  73  -2.816  -3.551   6.442
    7   HD11  LEU  73          HD12      LEU  73  -2.259  -4.222   7.978
    8   HD13  LEU  73          HD13      LEU  73  -3.710  -3.222   7.930
    9   HD23  LEU  73          HD21      LEU  73  -2.333  -6.331   6.413
   10   HD22  LEU  73          HD22      LEU  73  -3.268  -5.484   5.183
   11   HD21  LEU  73          HD23      LEU  73  -3.929  -6.927   5.951

  No H/Q in entry =          11
  In of MODEL   11
    1    H    GLY  74           H        GLY  74  -5.510  -7.810  10.462
    2    HA3  GLY  74           HA2      GLY  74  -3.647  -7.787  12.538
    3    HA2  GLY  74           HA3      GLY  74  -5.242  -8.514  12.617

  No H/Q in entry =           3
  In of MODEL   11
    1    H    LEU  75           H        LEU  75  -4.683 -10.424  10.454
    2    HA   LEU  75           HA       LEU  75  -3.140 -12.302  12.145
    3    HB2  LEU  75           HB2      LEU  75  -4.694 -13.831  11.629
    4    HB3  LEU  75           HB3      LEU  75  -5.621 -12.498  10.953
    5    HG   LEU  75           HG       LEU  75  -3.839 -13.207   8.941
    6   HD12  LEU  75          HD11      LEU  75  -4.379 -15.641   8.664
    7   HD11  LEU  75          HD12      LEU  75  -5.035 -15.640  10.304
    8   HD13  LEU  75          HD13      LEU  75  -3.325 -15.292  10.034
    9   HD21  LEU  75          HD21      LEU  75  -6.780 -13.747   9.417
   10   HD23  LEU  75          HD22      LEU  75  -5.974 -14.109   7.886
   11   HD22  LEU  75          HD23      LEU  75  -6.041 -12.448   8.475

  No H/Q in entry =          11
  In of MODEL   11
    1    H    PHE  76           H        PHE  76  -3.299 -10.885   9.015
    2    HA   PHE  76           HA       PHE  76  -1.303 -12.739   7.972
    3    HB2  PHE  76           HB2      PHE  76  -3.241 -12.593   6.592
    4    HB3  PHE  76           HB3      PHE  76  -3.222 -10.833   6.647
    5    HD1  PHE  76           HD1      PHE  76  -0.637 -13.365   5.958
    6    HD2  PHE  76           HD2      PHE  76  -2.790  -9.991   4.564
    7    HE1  PHE  76           HE1      PHE  76   0.741 -13.358   3.901
    8    HE2  PHE  76           HE2      PHE  76  -1.426  -9.956   2.505
    9    HZ   PHE  76           HZ       PHE  76   0.343 -11.641   2.174

  No H/Q in entry =           9
  In of MODEL   11
    1    H    GLU  77           H        GLU  77  -1.919  -9.313   8.508
    2    HA   GLU  77           HA       GLU  77   0.381  -8.454   7.104
    3    HB2  GLU  77           HB2      GLU  77  -1.619  -7.013   8.099
    4    HB3  GLU  77           HB3      GLU  77  -0.525  -6.867   9.462
    5    HG2  GLU  77           HG2      GLU  77   0.287  -6.200   6.648
    6    HG3  GLU  77           HG3      GLU  77  -0.438  -5.024   7.739

  No H/Q in entry =           6
  In of MODEL   11
    1    H    GLU  78           H        GLU  78  -0.378  -9.233  10.428
    2    HA   GLU  78           HA       GLU  78   0.986 -10.361  11.853
    3    HB2  GLU  78           HB2      GLU  78   2.985 -10.159  10.147
    4    HB3  GLU  78           HB3      GLU  78   3.395  -8.740  11.100
    5    HG2  GLU  78           HG2      GLU  78   3.119 -10.405  13.103
    6    HG3  GLU  78           HG3      GLU  78   3.436 -11.609  11.855

  No H/Q in entry =           6
  In of MODEL   11
    1    H    GLY  79           H        GLY  79  -0.708  -8.128  11.839
    2    HA3  GLY  79           HA2      GLY  79   0.322  -5.760  13.007
    3    HA2  GLY  79           HA3      GLY  79  -1.344  -6.281  13.001

  No H/Q in entry =           3
  In of MODEL   11
    1    H    GLN  80           H        GLN  80  -1.920  -7.907  14.548
    2    HA   GLN  80           HA       GLN  80  -2.245  -8.566  16.683
    3    HB2  GLN  80           HB2      GLN  80   0.705  -8.560  16.410
    4    HB3  GLN  80           HB3      GLN  80   0.037  -8.709  18.026
    5    HG2  GLN  80           HG2      GLN  80   0.591 -10.827  16.617
    6    HG3  GLN  80           HG3      GLN  80  -0.852 -10.774  17.625
    7   HE21  GLN  80          HE21      GLN  80   0.376 -10.630  14.366
    8   HE22  GLN  80          HE22      GLN  80  -1.136 -10.923  13.572

  No H/Q in entry =           8
  In of MODEL   11
    1    H    GLU  81           H        GLU  81  -3.093  -6.253  16.610
    2    HA   GLU  81           HA       GLU  81  -3.235  -4.860  18.818
    3    HB2  GLU  81           HB2      GLU  81  -0.517  -4.563  18.136
    4    HB3  GLU  81           HB3      GLU  81  -1.275  -3.054  17.649
    5    HG2  GLU  81           HG2      GLU  81  -2.246  -3.693  20.226
    6    HG3  GLU  81           HG3      GLU  81  -0.495  -3.893  20.243

  No H/Q in entry =           6
  In of MODEL   11
    1    H    ARG  82           H        ARG  82  -5.049  -4.937  16.976
    2    HA   ARG  82           HA       ARG  82  -6.374  -3.852  15.496
    3    HB2  ARG  82           HB2      ARG  82  -6.845  -2.114  16.805
    4    HB3  ARG  82           HB3      ARG  82  -5.170  -1.903  17.268
    5    HG2  ARG  82           HG2      ARG  82  -5.421  -0.942  14.614
    6    HG3  ARG  82           HG3      ARG  82  -6.795  -0.323  15.524
    7    HD2  ARG  82           HD2      ARG  82  -5.129   1.315  15.771
    8    HD3  ARG  82           HD3      ARG  82  -5.110   0.419  17.282
    9    HE   ARG  82           HE       ARG  82  -3.144  -0.085  15.139
   10   HH11  ARG  82          HH11      ARG  82  -3.854   0.714  18.480
   11   HH12  ARG  82          HH12      ARG  82  -2.245   0.395  19.031
   12   HH21  ARG  82          HH21      ARG  82  -0.997  -0.444  15.873
   13   HH22  ARG  82          HH22      ARG  82  -0.631  -0.270  17.563

  No H/Q in entry =          13
  In of MODEL   11
    1    H    SER  83           H        SER  83  -3.487  -1.832  15.259
    2    HA   SER  83           HA       SER  83  -2.216  -1.085  13.590
    3    HB2  SER  83           HB2      SER  83  -3.137  -3.367  11.866
    4    HB3  SER  83           HB3      SER  83  -1.570  -2.554  11.880
    5    HG   SER  83           HG       SER  83  -1.153  -3.472  13.904

  No H/Q in entry =           5
  In of MODEL   11
    1    H    ALA  84           H        ALA  84  -5.529  -1.834  12.696
    2    HA   ALA  84           HA       ALA  84  -7.074  -0.193  12.151
    3    HB2  ALA  84           HB1      ALA  84  -6.460   1.857  10.963
    4    HB1  ALA  84           HB2      ALA  84  -4.770   1.355  10.979
    5    HB3  ALA  84           HB3      ALA  84  -5.604   1.697  12.495

  No H/Q in entry =           5
  In of MODEL   11
    1    H    TRP  85           H        TRP  85  -8.294   0.006  10.201
    2    HA   TRP  85           HA       TRP  85  -7.748  -0.536   7.733
    3    HB2  TRP  85           HB2      TRP  85  -6.414  -2.522   8.527
    4    HB3  TRP  85           HB3      TRP  85  -7.920  -3.245   9.075
    5    HD1  TRP  85           HD1      TRP  85  -9.472  -4.297   7.313
    6    HE1  TRP  85           HE1      TRP  85  -9.169  -4.928   4.825
    7    HE3  TRP  85           HE3      TRP  85  -5.240  -1.650   6.355
    8    HZ2  TRP  85           HZ2      TRP  85  -7.352  -4.347   2.740
    9    HZ3  TRP  85           HZ3      TRP  85  -4.279  -1.727   4.096
   10    HH2  TRP  85           HH2      TRP  85  -5.306  -3.049   2.329

  No H/Q in entry =          10
  In of MODEL   11
    1    H    VAL  86           H        VAL  86  -9.860  -0.671  10.376
    2    HA   VAL  86           HA       VAL  86 -11.913  -0.950   8.443
    3    HB   VAL  86           HB       VAL  86 -12.972  -2.694  10.358
    4   HG11  VAL  86          HG11      VAL  86 -12.269  -2.623   7.448
    5   HG13  VAL  86          HG12      VAL  86 -13.860  -2.601   8.219
    6   HG12  VAL  86          HG13      VAL  86 -12.916  -4.088   8.186
    7   HG21  VAL  86          HG21      VAL  86 -10.445  -3.138  10.632
    8   HG23  VAL  86          HG22      VAL  86 -10.543  -3.805   9.001
    9   HG22  VAL  86          HG23      VAL  86 -11.504  -4.505  10.300

  No H/Q in entry =           9
  In of MODEL   11
    1    H    ARG  87           H        ARG  87 -13.788  -0.585   8.722
    2    HA   ARG  87           HA       ARG  87 -15.135   0.409  10.909
    3    HB2  ARG  87           HB2      ARG  87 -13.870   2.453  10.719
    4    HB3  ARG  87           HB3      ARG  87 -14.051   2.453   8.977
    5    HG2  ARG  87           HG2      ARG  87 -16.603   2.508  10.326
    6    HG3  ARG  87           HG3      ARG  87 -15.568   3.862  10.794
    7    HD2  ARG  87           HD2      ARG  87 -15.121   3.931   8.192
    8    HD3  ARG  87           HD3      ARG  87 -16.697   3.150   8.141
    9    HE   ARG  87           HE       ARG  87 -16.586   5.548   9.748
   10   HH11  ARG  87          HH11      ARG  87 -17.193   4.178   6.587
   11   HH12  ARG  87          HH12      ARG  87 -18.068   5.558   6.007
   12   HH21  ARG  87          HH21      ARG  87 -17.755   7.358   9.013
   13   HH22  ARG  87          HH22      ARG  87 -18.412   7.368   7.407

  No H/Q in entry =          13
  In of MODEL   11
    1    H    ALA  88           H        ALA  88 -17.339   0.855  10.109
    2    HA   ALA  88           HA       ALA  88 -17.968  -0.903   7.955
    3    HB2  ALA  88           HB1      ALA  88 -20.226   0.516   8.990
    4    HB3  ALA  88           HB2      ALA  88 -19.278  -0.245  10.271
    5    HB1  ALA  88           HB3      ALA  88 -19.903  -1.210   8.928

  No H/Q in entry =           5
  In of MODEL   11
    1    H    LYS  89           H        LYS  89 -20.090   0.071   6.856
    2    HA   LYS  89           HA       LYS  89 -19.925   2.665   5.848
    3    HB2  LYS  89           HB2      LYS  89 -18.098   1.763   4.478
    4    HB3  LYS  89           HB3      LYS  89 -19.223   0.628   3.748
    5    HG2  LYS  89           HG2      LYS  89 -20.436   2.370   2.700
    6    HG3  LYS  89           HG3      LYS  89 -19.585   3.606   3.632
    7    HD2  LYS  89           HD2      LYS  89 -17.637   3.357   2.432
    8    HD3  LYS  89           HD3      LYS  89 -18.047   1.727   1.897
    9    HE2  LYS  89           HE2      LYS  89 -18.313   3.003  -0.011
   10    HE3  LYS  89           HE3      LYS  89 -19.953   2.861   0.618
   11    HZ2  LYS  89           HZ1      LYS  89 -18.974   5.179  -0.116
   12    HZ1  LYS  89           HZ2      LYS  89 -18.344   5.185   1.453
   13    HZ3  LYS  89           HZ3      LYS  89 -20.011   5.060   1.209

  No H/Q in entry =          13
  In of MODEL   11
    1    H    THR  90           H        THR  90 -21.369  -0.399   5.942
    2    HA   THR  90           HA       THR  90 -23.972   0.689   5.468
    3    HB   THR  90           HB       THR  90 -24.000  -1.661   3.877
    4    HG1  THR  90           HG1      THR  90 -21.657  -0.403   3.647
    5   HG22  THR  90          HG21      THR  90 -24.247   1.233   3.062
    6   HG21  THR  90          HG22      THR  90 -25.550   0.224   3.686
    7   HG23  THR  90          HG23      THR  90 -24.813  -0.152   2.126

  No H/Q in entry =           7
  In of MODEL   11
    1    H    ALA  91           H        ALA  91 -24.962  -0.533   7.660
    2    HA   ALA  91           HA       ALA  91 -24.531  -2.582   8.768
    3    HB1  ALA  91           HB1      ALA  91 -26.866  -1.658   8.530
    4    HB2  ALA  91           HB2      ALA  91 -26.768  -3.400   8.794
    5    HB3  ALA  91           HB3      ALA  91 -27.085  -2.768   7.178

  No H/Q in entry =           5
  In of MODEL   11
    1    H    CYS  92           H        CYS  92 -23.329  -4.306   8.442
    2    HA   CYS  92           HA       CYS  92 -23.705  -5.748   5.866
    3    HB2  CYS  92           HB2      CYS  92 -21.258  -6.433   7.265
    4    HB3  CYS  92           HB3      CYS  92 -21.441  -5.762   5.647
    5    HG   CYS  92           HG       CYS  92 -21.678  -3.100   6.717

  No H/Q in entry =           5
  In of MODEL   11
    1    H    GLU  93           H        GLU  93 -22.226  -7.890   6.535
    2    HA   GLU  93           HA       GLU  93 -23.386  -9.352   8.665
    3    HB2  GLU  93           HB2      GLU  93 -24.058 -10.034   5.774
    4    HB3  GLU  93           HB3      GLU  93 -24.258 -11.160   7.108
    5    HG2  GLU  93           HG2      GLU  93 -25.861  -9.576   8.138
    6    HG3  GLU  93           HG3      GLU  93 -25.717  -8.556   6.709

  No H/Q in entry =           6
  In of MODEL   11
    1    H    VAL  94           H        VAL  94 -21.321  -9.792   9.297
    2    HA   VAL  94           HA       VAL  94 -19.438 -10.555   7.177
    3    HB   VAL  94           HB       VAL  94 -17.603  -9.937   8.655
    4   HG11  VAL  94          HG11      VAL  94 -19.494  -8.108   7.529
    5   HG13  VAL  94          HG12      VAL  94 -17.733  -8.014   7.596
    6   HG12  VAL  94          HG13      VAL  94 -18.701  -7.389   8.930
    7   HG21  VAL  94          HG21      VAL  94 -19.783  -9.201  10.577
    8   HG23  VAL  94          HG22      VAL  94 -18.151  -8.537  10.686
    9   HG22  VAL  94          HG23      VAL  94 -18.409 -10.277  10.827

  No H/Q in entry =           9
  In of MODEL   11
    1    H    ALA  95           H        ALA  95 -18.018 -12.288   7.530
    2    HA   ALA  95           HA       ALA  95 -19.189 -14.237   9.331
    3    HB3  ALA  95           HB1      ALA  95 -16.827 -14.868   7.675
    4    HB1  ALA  95           HB2      ALA  95 -18.282 -14.411   6.789
    5    HB2  ALA  95           HB3      ALA  95 -18.325 -15.772   7.905

  No H/Q in entry =           5
  In of MODEL   11
    1    H    GLU  96           H        GLU  96 -18.496 -13.265  11.246
    2    HA   GLU  96           HA       GLU  96 -15.588 -12.989  11.453
    3    HB2  GLU  96           HB2      GLU  96 -15.879 -11.504  13.283
    4    HB3  GLU  96           HB3      GLU  96 -16.960 -10.973  11.997
    5    HG2  GLU  96           HG2      GLU  96 -18.758 -12.312  13.192
    6    HG3  GLU  96           HG3      GLU  96 -17.628 -12.415  14.536

  No H/Q in entry =           6
  In of MODEL   11
    1    H    ILE  97           H        ILE  97 -14.454 -14.009  12.634
    2    HA   ILE  97           HA       ILE  97 -15.246 -15.437  14.946
    3    HB   ILE  97           HB       ILE  97 -14.304 -17.592  14.109
    4   HG12  ILE  97          HG12      ILE  97 -15.050 -16.647  11.385
    5   HG13  ILE  97          HG13      ILE  97 -13.426 -16.392  12.011
    6   HG22  ILE  97          HG21      ILE  97 -16.850 -17.082  12.749
    7   HG21  ILE  97          HG22      ILE  97 -16.747 -16.905  14.499
    8   HG23  ILE  97          HG23      ILE  97 -16.338 -18.445  13.745
    9   HD13  ILE  97          HD11      ILE  97 -13.065 -18.729  12.250
   10   HD12  ILE  97          HD12      ILE  97 -13.680 -18.437  10.623
   11   HD11  ILE  97          HD13      ILE  97 -14.747 -19.083  11.867

  No H/Q in entry =          11
  In of MODEL   11
    1    H    SER  98           H        SER  98 -13.176 -17.033  15.311
    2    HA   SER  98           HA       SER  98 -11.046 -15.039  15.315
    3    HB2  SER  98           HB2      SER  98 -10.137 -16.802  17.089
    4    HB3  SER  98           HB3      SER  98 -11.291 -15.543  17.531
    5    HG   SER  98           HG       SER  98 -12.849 -16.995  17.701

  No H/Q in entry =           5
  In of MODEL   11
    1    H    TYR  99           H        TYR  99  -9.184 -15.394  14.687
    2    HA   TYR  99           HA       TYR  99  -8.730 -17.112  12.364
    3    HB2  TYR  99           HB2      TYR  99  -6.765 -15.740  11.936
    4    HB3  TYR  99           HB3      TYR  99  -8.083 -14.672  12.366
    5    HD1  TYR  99           HD1      TYR  99  -6.606 -16.282  15.259
    6    HD2  TYR  99           HD2      TYR  99  -6.151 -13.002  12.574
    7    HE1  TYR  99           HE1      TYR  99  -5.113 -15.174  16.860
    8    HE2  TYR  99           HE2      TYR  99  -4.667 -11.902  14.177
    9    HH   TYR  99           HH       TYR  99  -3.650 -12.012  16.132

  No H/Q in entry =           9
  In of MODEL   11
    1    H    LYS 100           H        LYS 100  -8.337 -17.557  15.725
    2    HA   LYS 100           HA       LYS 100  -5.947 -19.071  15.422
    3    HB2  LYS 100           HB2      LYS 100  -6.600 -18.556  17.666
    4    HB3  LYS 100           HB3      LYS 100  -8.212 -19.212  17.415
    5    HG2  LYS 100           HG2      LYS 100  -7.543 -21.177  18.176
    6    HG3  LYS 100           HG3      LYS 100  -6.329 -21.270  16.898
    7    HD2  LYS 100           HD2      LYS 100  -4.700 -20.199  18.251
    8    HD3  LYS 100           HD3      LYS 100  -5.905 -19.750  19.459
    9    HE2  LYS 100           HE2      LYS 100  -5.056 -22.563  18.781
   10    HE3  LYS 100           HE3      LYS 100  -4.536 -21.644  20.193
   11    HZ2  LYS 100           HZ1      LYS 100  -7.230 -22.697  19.583
   12    HZ1  LYS 100           HZ2      LYS 100  -7.000 -21.463  20.718
   13    HZ3  LYS 100           HZ3      LYS 100  -6.274 -22.971  20.950

  No H/Q in entry =          13
  In of MODEL   11
    1    H    LYS 101           H        LYS 101  -9.412 -19.883  15.372
    2    HA   LYS 101           HA       LYS 101  -9.048 -22.566  14.515
    3    HB2  LYS 101           HB2      LYS 101 -11.068 -22.427  15.567
    4    HB3  LYS 101           HB3      LYS 101 -11.319 -20.757  15.084
    5    HG2  LYS 101           HG2      LYS 101 -12.076 -21.425  12.921
    6    HG3  LYS 101           HG3      LYS 101 -11.652 -23.108  13.235
    7    HD2  LYS 101           HD2      LYS 101 -13.973 -23.036  13.556
    8    HD3  LYS 101           HD3      LYS 101 -13.314 -22.958  15.189
    9    HE2  LYS 101           HE2      LYS 101 -13.648 -20.565  15.252
   10    HE3  LYS 101           HE3      LYS 101 -14.174 -20.566  13.568
   11    HZ1  LYS 101           HZ1      LYS 101 -15.633 -22.251  15.473
   12    HZ3  LYS 101           HZ2      LYS 101 -16.197 -21.434  14.100
   13    HZ2  LYS 101           HZ3      LYS 101 -15.892 -20.582  15.527

  No H/Q in entry =          13
  In of MODEL   11
    1    H    PHE 102           H        PHE 102  -9.837 -19.541  12.885
    2    HA   PHE 102           HA       PHE 102 -10.442 -20.647  10.393
    3    HB2  PHE 102           HB2      PHE 102 -10.977 -18.342  11.083
    4    HB3  PHE 102           HB3      PHE 102  -9.286 -17.925  10.954
    5    HD1  PHE 102           HD1      PHE 102  -9.994 -16.141   9.347
    6    HD2  PHE 102           HD2      PHE 102 -10.534 -20.243   8.575
    7    HE1  PHE 102           HE1      PHE 102 -10.225 -15.626   6.986
    8    HE2  PHE 102           HE2      PHE 102 -10.785 -19.762   6.192
    9    HZ   PHE 102           HZ       PHE 102 -10.633 -17.441   5.372

  No H/Q in entry =           9
  In of MODEL   11
    1    H    ARG 103           H        ARG 103  -7.450 -19.247  11.615
    2    HA   ARG 103           HA       ARG 103  -5.775 -19.535   9.534
    3    HB2  ARG 103           HB2      ARG 103  -3.980 -19.367  10.957
    4    HB3  ARG 103           HB3      ARG 103  -5.273 -18.785  11.988
    5    HG2  ARG 103           HG2      ARG 103  -5.038 -20.469  13.439
    6    HG3  ARG 103           HG3      ARG 103  -4.812 -21.671  12.169
    7    HD2  ARG 103           HD2      ARG 103  -2.534 -19.976  12.181
    8    HD3  ARG 103           HD3      ARG 103  -2.858 -20.453  13.846
    9    HE   ARG 103           HE       ARG 103  -3.026 -22.732  12.224
   10   HH11  ARG 103          HH11      ARG 103  -0.615 -20.461  13.380
   11   HH12  ARG 103          HH12      ARG 103   0.682 -21.610  13.292
   12   HH21  ARG 103          HH21      ARG 103  -1.326 -24.237  12.125
   13   HH22  ARG 103          HH22      ARG 103   0.282 -23.758  12.580

  No H/Q in entry =          13
  In of MODEL   11
    1    H    GLN 104           H        GLN 104  -7.158 -22.041  11.358
    2    HA   GLN 104           HA       GLN 104  -5.321 -24.086  10.315
    3    HB2  GLN 104           HB2      GLN 104  -7.546 -24.153  12.315
    4    HB3  GLN 104           HB3      GLN 104  -6.880 -25.639  11.648
    5    HG2  GLN 104           HG2      GLN 104  -5.342 -23.527  13.141
    6    HG3  GLN 104           HG3      GLN 104  -5.854 -25.090  13.777
    7   HE21  GLN 104          HE21      GLN 104  -4.776 -26.946  13.144
    8   HE22  GLN 104          HE22      GLN 104  -3.269 -26.903  12.301

  No H/Q in entry =           8
  In of MODEL   11
    1    H    LEU 105           H        LEU 105  -8.562 -22.998   9.600
    2    HA   LEU 105           HA       LEU 105  -8.891 -25.114   7.583
    3    HB2  LEU 105           HB2      LEU 105 -11.054 -24.397   7.453
    4    HB3  LEU 105           HB3      LEU 105 -10.678 -23.460   8.884
    5    HG   LEU 105           HG       LEU 105 -10.135 -21.534   7.313
    6   HD11  LEU 105          HD11      LEU 105 -10.331 -23.290   5.282
    7   HD13  LEU 105          HD12      LEU 105 -10.655 -21.561   5.127
    8   HD12  LEU 105          HD13      LEU 105 -11.995 -22.691   5.349
    9   HD23  LEU 105          HD21      LEU 105 -12.619 -21.145   6.939
   10   HD22  LEU 105          HD22      LEU 105 -12.079 -21.404   8.599
   11   HD21  LEU 105          HD23      LEU 105 -12.854 -22.713   7.708

  No H/Q in entry =          11
  In of MODEL   11
    1    H    ILE 106           H        ILE 106  -7.915 -21.478   7.646
    2    HA   ILE 106           HA       ILE 106  -7.253 -21.503   4.978
    3    HB   ILE 106           HB       ILE 106  -5.872 -19.597   5.256
    4   HG12  ILE 106          HG12      ILE 106  -5.833 -18.875   7.897
    5   HG13  ILE 106          HG13      ILE 106  -5.450 -20.596   7.957
    6   HG23  ILE 106          HG21      ILE 106  -7.462 -18.129   5.968
    7   HG22  ILE 106          HG22      ILE 106  -7.938 -19.143   7.329
    8   HG21  ILE 106          HG23      ILE 106  -8.419 -19.586   5.691
    9   HD12  ILE 106          HD11      ILE 106  -3.961 -18.368   6.647
   10   HD11  ILE 106          HD12      ILE 106  -3.736 -20.036   6.122
   11   HD13  ILE 106          HD13      ILE 106  -3.380 -19.577   7.794

  No H/Q in entry =          11
  In of MODEL   11
    1    H    GLN 107           H        GLN 107  -6.027 -23.461   7.140
    2    HA   GLN 107           HA       GLN 107  -3.371 -23.600   5.961
    3    HB2  GLN 107           HB2      GLN 107  -4.328 -24.154   8.690
    4    HB3  GLN 107           HB3      GLN 107  -3.186 -25.328   8.050
    5    HG2  GLN 107           HG2      GLN 107  -2.614 -22.402   7.891
    6    HG3  GLN 107           HG3      GLN 107  -2.306 -23.300   9.376
    7   HE21  GLN 107          HE21      GLN 107  -0.074 -22.814   9.103
    8   HE22  GLN 107          HE22      GLN 107   0.894 -23.710   7.987

  No H/Q in entry =           8
  In of MODEL   11
    1    H    VAL 108           H        VAL 108  -6.405 -25.011   6.153
    2    HA   VAL 108           HA       VAL 108  -5.579 -27.679   5.403
    3    HB   VAL 108           HB       VAL 108  -7.740 -26.675   6.780
    4   HG12  VAL 108          HG11      VAL 108  -8.766 -27.527   4.078
    5   HG11  VAL 108          HG12      VAL 108  -8.830 -25.896   4.745
    6   HG13  VAL 108          HG13      VAL 108  -9.746 -27.196   5.507
    7   HG22  VAL 108          HG21      VAL 108  -8.574 -28.955   6.772
    8   HG21  VAL 108          HG22      VAL 108  -6.823 -28.898   6.968
    9   HG23  VAL 108          HG23      VAL 108  -7.522 -29.339   5.411

  No H/Q in entry =           9
  In of MODEL   11
    1    H    ASN 109           H        ASN 109  -6.417 -24.721   3.998
    2    HA   ASN 109           HA       ASN 109  -6.590 -25.915   1.311
    3    HB2  ASN 109           HB2      ASN 109  -8.071 -23.559   2.467
    4    HB3  ASN 109           HB3      ASN 109  -7.962 -23.852   0.736
    5   HD21  ASN 109          HD21      ASN 109 -10.154 -23.867   2.838
    6   HD22  ASN 109          HD22      ASN 109 -11.008 -25.333   2.521

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   PRO 110           HA       PRO 110  -3.027 -23.243   1.023
    2    HB2  PRO 110           HB2      PRO 110  -2.039 -24.271  -1.261
    3    HB3  PRO 110           HB3      PRO 110  -2.025 -25.200   0.241
    4    HG2  PRO 110           HG2      PRO 110  -3.863 -25.409  -2.107
    5    HG3  PRO 110           HG3      PRO 110  -3.166 -26.698  -1.107
    6    HD2  PRO 110           HD2      PRO 110  -5.727 -25.653  -0.833
    7    HD3  PRO 110           HD3      PRO 110  -4.856 -26.569   0.410

  No H/Q in entry =           7
  In of MODEL   11
    1    H    ASP 111           H        ASP 111  -5.831 -23.002  -0.810
    2    HA   ASP 111           HA       ASP 111  -4.717 -20.733  -2.250
    3    HB2  ASP 111           HB2      ASP 111  -6.771 -20.779  -3.662
    4    HB3  ASP 111           HB3      ASP 111  -5.665 -22.133  -3.863

  No H/Q in entry =           4
  In of MODEL   11
    1    H    ILE 112           H        ILE 112  -6.378 -21.392   0.601
    2    HA   ILE 112           HA       ILE 112  -8.429 -19.408   0.336
    3    HB   ILE 112           HB       ILE 112  -7.571 -21.158   2.633
    4   HG12  ILE 112          HG12      ILE 112  -9.383 -21.202   0.471
    5   HG13  ILE 112          HG13      ILE 112  -9.215 -22.389   1.749
    6   HG21  ILE 112          HG21      ILE 112  -9.559 -18.876   2.771
    7   HG23  ILE 112          HG22      ILE 112  -8.036 -19.003   3.655
    8   HG22  ILE 112          HG23      ILE 112  -9.350 -20.134   3.991
    9   HD13  ILE 112          HD11      ILE 112 -11.505 -21.704   1.532
   10   HD12  ILE 112          HD12      ILE 112 -11.049 -20.016   1.751
   11   HD11  ILE 112          HD13      ILE 112 -10.862 -21.161   3.079

  No H/Q in entry =          11
  In of MODEL   11
    1    H    LEU 113           H        LEU 113  -5.444 -19.549   2.202
    2    HA   LEU 113           HA       LEU 113  -5.836 -16.884   3.119
    3    HB2  LEU 113           HB2      LEU 113  -4.593 -18.495   4.443
    4    HB3  LEU 113           HB3      LEU 113  -3.375 -18.615   3.189
    5    HG   LEU 113           HG       LEU 113  -3.023 -16.103   3.538
    6   HD11  LEU 113          HD11      LEU 113  -4.780 -16.775   5.860
    7   HD13  LEU 113          HD12      LEU 113  -4.815 -15.372   4.794
    8   HD12  LEU 113          HD13      LEU 113  -3.544 -15.526   6.005
    9   HD22  LEU 113          HD21      LEU 113  -1.357 -17.670   4.192
   10   HD21  LEU 113          HD22      LEU 113  -2.274 -18.134   5.624
   11   HD23  LEU 113          HD23      LEU 113  -1.567 -16.522   5.514

  No H/Q in entry =          11
  In of MODEL   11
    1    H    MET 114           H        MET 114  -4.542 -18.341   0.426
    2    HA   MET 114           HA       MET 114  -2.889 -16.169  -0.483
    3    HB2  MET 114           HB2      MET 114  -3.231 -18.883  -1.201
    4    HB3  MET 114           HB3      MET 114  -3.646 -17.929  -2.620
    5    HG2  MET 114           HG2      MET 114  -1.099 -17.636  -1.046
    6    HG3  MET 114           HG3      MET 114  -1.269 -18.594  -2.516
    7    HE2  MET 114           HE1      MET 114   0.687 -14.945  -2.951
    8    HE1  MET 114           HE2      MET 114   0.984 -16.597  -2.408
    9    HE3  MET 114           HE3      MET 114   0.208 -15.440  -1.326

  No H/Q in entry =           9
  In of MODEL   11
    1    H    ARG 115           H        ARG 115  -6.178 -17.167  -0.708
    2    HA   ARG 115           HA       ARG 115  -6.933 -15.550  -2.919
    3    HB2  ARG 115           HB2      ARG 115  -8.290 -17.153  -0.855
    4    HB3  ARG 115           HB3      ARG 115  -9.179 -15.703  -1.309
    5    HG2  ARG 115           HG2      ARG 115  -8.156 -17.728  -3.273
    6    HG3  ARG 115           HG3      ARG 115  -9.777 -17.758  -2.579
    7    HD2  ARG 115           HD2      ARG 115  -8.707 -15.334  -4.001
    8    HD3  ARG 115           HD3      ARG 115  -9.483 -16.650  -4.875
    9    HE   ARG 115           HE       ARG 115 -11.495 -16.197  -3.529
   10   HH11  ARG 115          HH11      ARG 115  -9.061 -13.669  -3.728
   11   HH12  ARG 115          HH12      ARG 115 -10.195 -12.382  -3.490
   12   HH21  ARG 115          HH21      ARG 115 -12.989 -14.498  -3.231
   13   HH22  ARG 115          HH22      ARG 115 -12.432 -12.856  -3.193

  No H/Q in entry =          13
  In of MODEL   11
    1    H    LEU 116           H        LEU 116  -6.880 -15.236   0.590
    2    HA   LEU 116           HA       LEU 116  -7.839 -12.639   0.806
    3    HB2  LEU 116           HB2      LEU 116  -7.688 -14.032   2.739
    4    HB3  LEU 116           HB3      LEU 116  -5.960 -14.261   2.512
    5    HG   LEU 116           HG       LEU 116  -5.978 -11.609   2.763
    6   HD11  LEU 116          HD11      LEU 116  -8.504 -11.787   3.018
    7   HD13  LEU 116          HD12      LEU 116  -7.610 -10.770   4.147
    8   HD12  LEU 116          HD13      LEU 116  -8.158 -12.373   4.646
    9   HD22  LEU 116          HD21      LEU 116  -4.608 -12.980   4.144
   10   HD21  LEU 116          HD22      LEU 116  -6.010 -13.612   5.007
   11   HD23  LEU 116          HD23      LEU 116  -5.547 -11.919   5.196

  No H/Q in entry =          11
  In of MODEL   11
    1    H    SER 117           H        SER 117  -4.529 -13.837   0.523
    2    HA   SER 117           HA       SER 117  -3.143 -11.536   1.008
    3    HB2  SER 117           HB2      SER 117  -1.382 -12.526  -0.623
    4    HB3  SER 117           HB3      SER 117  -1.795 -13.394   0.853
    5    HG   SER 117           HG       SER 117  -2.248 -14.058  -1.780

  No H/Q in entry =           5
  In of MODEL   11
    1    H    ALA 118           H        ALA 118  -4.385 -12.614  -2.086
    2    HA   ALA 118           HA       ALA 118  -3.375 -10.484  -3.623
    3    HB2  ALA 118           HB1      ALA 118  -4.060 -11.729  -5.303
    4    HB1  ALA 118           HB2      ALA 118  -5.750 -11.521  -4.811
    5    HB3  ALA 118           HB3      ALA 118  -4.797 -12.845  -4.142

  No H/Q in entry =           5
  In of MODEL   11
    1    H    GLN 119           H        GLN 119  -6.180 -10.732  -1.569
    2    HA   GLN 119           HA       GLN 119  -7.632  -8.595  -2.756
    3    HB2  GLN 119           HB2      GLN 119  -7.608  -9.771   0.029
    4    HB3  GLN 119           HB3      GLN 119  -8.571  -8.355  -0.360
    5    HG2  GLN 119           HG2      GLN 119  -8.838 -11.126  -1.482
    6    HG3  GLN 119           HG3      GLN 119  -9.988 -10.246  -0.478
    7   HE21  GLN 119          HE21      GLN 119 -11.044  -8.395  -1.404
    8   HE22  GLN 119          HE22      GLN 119 -11.301  -8.329  -3.113

  No H/Q in entry =           8
  In of MODEL   11
    1    H    MET 120           H        MET 120  -5.746  -8.676   0.302
    2    HA   MET 120           HA       MET 120  -5.207  -6.104   0.680
    3    HB2  MET 120           HB2      MET 120  -3.953  -8.597   1.344
    4    HB3  MET 120           HB3      MET 120  -2.726  -7.364   1.097
    5    HG2  MET 120           HG2      MET 120  -3.322  -6.203   2.928
    6    HG3  MET 120           HG3      MET 120  -5.036  -6.586   2.752
    7    HE2  MET 120           HE1      MET 120  -5.202 -10.220   4.133
    8    HE1  MET 120           HE2      MET 120  -5.194  -9.565   2.496
    9    HE3  MET 120           HE3      MET 120  -6.176  -8.802   3.746

  No H/Q in entry =           9
  In of MODEL   11
    1    H    ALA 121           H        ALA 121  -3.490  -8.106  -1.649
    2    HA   ALA 121           HA       ALA 121  -1.484  -6.249  -2.316
    3    HB1  ALA 121           HB1      ALA 121  -1.440  -8.706  -2.813
    4    HB3  ALA 121           HB2      ALA 121  -0.979  -7.670  -4.163
    5    HB2  ALA 121           HB3      ALA 121  -2.584  -8.398  -4.119

  No H/Q in entry =           5
  In of MODEL   11
    1    H    ARG 122           H        ARG 122  -4.790  -6.655  -3.280
    2    HA   ARG 122           HA       ARG 122  -4.607  -4.997  -5.587
    3    HB2  ARG 122           HB2      ARG 122  -6.698  -6.479  -4.188
    4    HB3  ARG 122           HB3      ARG 122  -7.269  -4.942  -4.843
    5    HG2  ARG 122           HG2      ARG 122  -7.440  -7.005  -6.343
    6    HG3  ARG 122           HG3      ARG 122  -6.737  -5.544  -7.043
    7    HD2  ARG 122           HD2      ARG 122  -4.580  -6.839  -5.901
    8    HD3  ARG 122           HD3      ARG 122  -5.537  -8.153  -6.590
    9    HE   ARG 122           HE       ARG 122  -4.037  -6.119  -7.983
   10   HH11  ARG 122          HH11      ARG 122  -6.638  -8.473  -8.284
   11   HH12  ARG 122          HH12      ARG 122  -6.433  -8.655  -9.998
   12   HH21  ARG 122          HH21      ARG 122  -3.801  -6.350 -10.224
   13   HH22  ARG 122          HH22      ARG 122  -4.828  -7.449 -11.098

  No H/Q in entry =          13
  In of MODEL   11
    1    H    ARG 123           H        ARG 123  -4.928  -4.528  -2.275
    2    HA   ARG 123           HA       ARG 123  -5.911  -1.873  -2.293
    3    HB2  ARG 123           HB2      ARG 123  -4.714  -3.675  -0.208
    4    HB3  ARG 123           HB3      ARG 123  -4.831  -1.949   0.103
    5    HG2  ARG 123           HG2      ARG 123  -6.746  -2.868   1.059
    6    HG3  ARG 123           HG3      ARG 123  -7.297  -2.170  -0.461
    7    HD2  ARG 123           HD2      ARG 123  -8.090  -4.137  -1.089
    8    HD3  ARG 123           HD3      ARG 123  -6.490  -4.855  -0.921
    9    HE   ARG 123           HE       ARG 123  -7.048  -5.365   1.384
   10   HH11  ARG 123          HH11      ARG 123  -9.714  -4.325  -0.614
   11   HH12  ARG 123          HH12      ARG 123 -10.904  -5.223   0.270
   12   HH21  ARG 123          HH21      ARG 123  -8.612  -6.476   2.640
   13   HH22  ARG 123          HH22      ARG 123 -10.277  -6.435   2.136

  No H/Q in entry =          13
  In of MODEL   11
    1    H    LEU 124           H        LEU 124  -2.870  -3.507  -2.569
    2    HA   LEU 124           HA       LEU 124  -1.226  -1.207  -2.130
    3    HB2  LEU 124           HB2      LEU 124  -0.869  -3.952  -3.157
    4    HB3  LEU 124           HB3      LEU 124   0.223  -2.758  -3.831
    5    HG   LEU 124           HG       LEU 124  -0.109  -3.112  -0.874
    6   HD12  LEU 124          HD11      LEU 124   2.035  -4.417  -1.117
    7   HD11  LEU 124          HD12      LEU 124   1.608  -4.559  -2.825
    8   HD13  LEU 124          HD13      LEU 124   0.540  -5.225  -1.590
    9   HD22  LEU 124          HD21      LEU 124   1.402  -1.480  -0.751
   10   HD21  LEU 124          HD22      LEU 124   1.332  -1.307  -2.505
   11   HD23  LEU 124          HD23      LEU 124   2.503  -2.408  -1.773

  No H/Q in entry =          11
  In of MODEL   11
    1    H    GLN 125           H        GLN 125  -2.883  -2.778  -4.723
    2    HA   GLN 125           HA       GLN 125  -1.840  -1.114  -6.790
    3    HB2  GLN 125           HB2      GLN 125  -2.724  -2.727  -8.058
    4    HB3  GLN 125           HB3      GLN 125  -3.459  -3.449  -6.637
    5    HG2  GLN 125           HG2      GLN 125  -5.510  -2.596  -7.090
    6    HG3  GLN 125           HG3      GLN 125  -4.863  -1.151  -7.864
    7   HE21  GLN 125          HE21      GLN 125  -5.781  -4.462  -8.295
    8   HE22  GLN 125          HE22      GLN 125  -5.745  -4.459 -10.022

  No H/Q in entry =           8
  In of MODEL   11
    1    H    VAL 126           H        VAL 126  -4.153  -0.549  -4.248
    2    HA   VAL 126           HA       VAL 126  -5.498   1.457  -5.866
    3    HB   VAL 126           HB       VAL 126  -6.803  -0.304  -4.467
    4   HG13  VAL 126          HG11      VAL 126  -7.100   0.037  -2.165
    5   HG12  VAL 126          HG12      VAL 126  -6.243   1.578  -2.200
    6   HG11  VAL 126          HG13      VAL 126  -5.354   0.071  -2.420
    7   HG22  VAL 126          HG21      VAL 126  -8.553   1.092  -4.470
    8   HG21  VAL 126          HG22      VAL 126  -7.429   2.180  -5.291
    9   HG23  VAL 126          HG23      VAL 126  -7.698   2.330  -3.551

  No H/Q in entry =           9
  In of MODEL   11
    1    H    THR 127           H        THR 127  -3.387   0.907  -3.088
    2    HA   THR 127           HA       THR 127  -3.453   3.734  -2.325
    3    HB   THR 127           HB       THR 127  -1.692   1.608  -1.116
    4    HG1  THR 127           HG1      THR 127  -4.398   1.713  -1.095
    5   HG21  THR 127          HG21      THR 127  -2.883   4.178  -0.066
    6   HG23  THR 127          HG22      THR 127  -1.180   3.847  -0.390
    7   HG22  THR 127          HG23      THR 127  -2.007   3.015   0.928

  No H/Q in entry =           7
  In of MODEL   11
    1    H    SER 128           H        SER 128  -1.702   2.196  -4.947
    2    HA   SER 128           HA       SER 128   0.702   3.415  -3.915
    3    HB2  SER 128           HB2      SER 128   0.291   1.230  -5.977
    4    HB3  SER 128           HB3      SER 128   1.812   2.114  -5.802
    5    HG   SER 128           HG       SER 128   0.571   0.311  -4.041

  No H/Q in entry =           5
  In of MODEL   11
    1    H    GLU 129           H        GLU 129  -1.975   3.518  -5.871
    2    HA   GLU 129           HA       GLU 129  -0.807   5.061  -8.033
    3    HB2  GLU 129           HB2      GLU 129  -2.654   3.236  -8.176
    4    HB3  GLU 129           HB3      GLU 129  -3.738   4.541  -7.723
    5    HG2  GLU 129           HG2      GLU 129  -2.866   5.831  -9.679
    6    HG3  GLU 129           HG3      GLU 129  -1.995   4.376 -10.165

  No H/Q in entry =           6
  In of MODEL   11
    1    H    LYS 130           H        LYS 130  -2.088   5.874  -4.970
    2    HA   LYS 130           HA       LYS 130  -2.381   8.621  -5.812
    3    HB2  LYS 130           HB2      LYS 130  -4.499   7.047  -4.309
    4    HB3  LYS 130           HB3      LYS 130  -4.437   8.802  -4.331
    5    HG2  LYS 130           HG2      LYS 130  -5.811   8.661  -6.077
    6    HG3  LYS 130           HG3      LYS 130  -4.389   8.175  -7.001
    7    HD2  LYS 130           HD2      LYS 130  -4.895   5.848  -6.651
    8    HD3  LYS 130           HD3      LYS 130  -6.216   6.257  -5.557
    9    HE2  LYS 130           HE2      LYS 130  -7.162   5.677  -7.675
   10    HE3  LYS 130           HE3      LYS 130  -7.339   7.417  -7.456
   11    HZ2  LYS 130           HZ1      LYS 130  -5.385   5.997  -9.183
   12    HZ1  LYS 130           HZ2      LYS 130  -5.279   7.660  -8.833
   13    HZ3  LYS 130           HZ3      LYS 130  -6.620   7.052  -9.659

  No H/Q in entry =          13
  In of MODEL   11
    1    H    VAL 131           H        VAL 131  -0.251   8.108  -4.802
    2    HA   VAL 131           HA       VAL 131   0.047   7.424  -2.087
    3    HB   VAL 131           HB       VAL 131   2.269   9.008  -2.862
    4   HG12  VAL 131          HG11      VAL 131   3.434   6.842  -2.786
    5   HG11  VAL 131          HG12      VAL 131   1.872   6.030  -2.679
    6   HG13  VAL 131          HG13      VAL 131   2.394   7.116  -1.389
    7   HG23  VAL 131          HG21      VAL 131   2.946   7.841  -4.922
    8   HG22  VAL 131          HG22      VAL 131   1.540   8.881  -5.148
    9   HG21  VAL 131          HG23      VAL 131   1.334   7.129  -5.025

  No H/Q in entry =           9
  In of MODEL   11
    1    H    GLY 132           H        GLY 132  -1.417  10.141  -3.080
    2    HA3  GLY 132           HA2      GLY 132  -1.566  11.469  -0.748
    3    HA2  GLY 132           HA3      GLY 132  -0.005  12.008  -1.348

  No H/Q in entry =           3
  In of MODEL   11
    1    H    ASN 133           H        ASN 133  -3.194  11.452  -2.778
    2    HA   ASN 133           HA       ASN 133  -2.852  13.846  -4.377
    3    HB2  ASN 133           HB2      ASN 133  -5.135  11.854  -4.307
    4    HB3  ASN 133           HB3      ASN 133  -4.974  13.182  -5.455
    5   HD21  ASN 133          HD21      ASN 133  -4.571  12.238  -7.357
    6   HD22  ASN 133          HD22      ASN 133  -3.327  11.077  -7.649

  No H/Q in entry =           6
  In of MODEL   11
    1    H    LEU 134           H        LEU 134  -4.718  12.682  -1.635
    2    HA   LEU 134           HA       LEU 134  -6.380  15.013  -1.543
    3    HB2  LEU 134           HB2      LEU 134  -7.253  14.144   0.524
    4    HB3  LEU 134           HB3      LEU 134  -7.189  12.894  -0.693
    5    HG   LEU 134           HG       LEU 134  -4.889  12.355   0.572
    6   HD13  LEU 134          HD11      LEU 134  -5.136  14.155   2.196
    7   HD12  LEU 134          HD12      LEU 134  -5.257  12.586   2.992
    8   HD11  LEU 134          HD13      LEU 134  -6.714  13.525   2.669
    9   HD21  LEU 134          HD21      LEU 134  -6.742  10.821   0.109
   10   HD23  LEU 134          HD22      LEU 134  -7.646  11.511   1.457
   11   HD22  LEU 134          HD23      LEU 134  -6.148  10.627   1.759

  No H/Q in entry =          11
  In of MODEL   11
    1    H    ALA 135           H        ALA 135  -3.230  14.324  -0.562
    2    HA   ALA 135           HA       ALA 135  -3.152  16.174   1.672
    3    HB2  ALA 135           HB1      ALA 135  -1.037  14.470   0.375
    4    HB1  ALA 135           HB2      ALA 135  -1.735  14.319   1.986
    5    HB3  ALA 135           HB3      ALA 135  -0.666  15.670   1.613

  No H/Q in entry =           5
  In of MODEL   11
    1    H    PHE 136           H        PHE 136  -2.774  16.136  -1.698
    2    HA   PHE 136           HA       PHE 136  -1.123  18.485  -1.920
    3    HB2  PHE 136           HB2      PHE 136  -1.273  16.448  -3.520
    4    HB3  PHE 136           HB3      PHE 136  -2.707  17.244  -4.155
    5    HD1  PHE 136           HD1      PHE 136  -2.467  18.681  -5.929
    6    HD2  PHE 136           HD2      PHE 136   0.866  17.977  -3.378
    7    HE1  PHE 136           HE1      PHE 136  -1.049  20.035  -7.413
    8    HE2  PHE 136           HE2      PHE 136   2.290  19.333  -4.856
    9    HZ   PHE 136           HZ       PHE 136   1.332  20.366  -6.877

  No H/Q in entry =           9
  In of MODEL   11
    1    H    LEU 137           H        LEU 137  -4.344  18.002  -1.222
    2    HA   LEU 137           HA       LEU 137  -6.190  19.295  -1.134
    3    HB2  LEU 137           HB2      LEU 137  -4.000  21.287  -1.263
    4    HB3  LEU 137           HB3      LEU 137  -5.620  21.879  -1.583
    5    HG   LEU 137           HG       LEU 137  -6.293  20.778   0.624
    6   HD12  LEU 137          HD11      LEU 137  -3.318  20.868   1.102
    7   HD11  LEU 137          HD12      LEU 137  -4.239  19.392   0.824
    8   HD13  LEU 137          HD13      LEU 137  -4.569  20.381   2.247
    9   HD22  LEU 137          HD21      LEU 137  -5.543  22.710   1.903
   10   HD21  LEU 137          HD22      LEU 137  -6.083  23.184   0.291
   11   HD23  LEU 137          HD23      LEU 137  -4.359  23.086   0.652

  No H/Q in entry =          11
  In of MODEL   11
    1    H    ASP 138           H        ASP 138  -6.166  17.998  -3.262
    2    HA   ASP 138           HA       ASP 138  -6.314  19.505  -5.650
    3    HB2  ASP 138           HB2      ASP 138  -5.548  17.119  -5.565
    4    HB3  ASP 138           HB3      ASP 138  -7.248  16.662  -5.461

  No H/Q in entry =           4
  In of MODEL   11
    1    H    VAL 139           H        VAL 139  -8.480  19.473  -3.217
    2    HA   VAL 139           HA       VAL 139 -10.975  18.833  -3.922
    3    HB   VAL 139           HB       VAL 139  -9.930  20.781  -2.139
    4   HG12  VAL 139          HG11      VAL 139 -12.454  21.855  -3.376
    5   HG11  VAL 139          HG12      VAL 139 -10.862  22.432  -3.877
    6   HG13  VAL 139          HG13      VAL 139 -11.386  22.629  -2.203
    7   HG22  VAL 139          HG21      VAL 139 -11.357  18.972  -1.469
    8   HG21  VAL 139          HG22      VAL 139 -12.679  19.591  -2.464
    9   HG23  VAL 139          HG23      VAL 139 -12.144  20.493  -1.045

  No H/Q in entry =           9
  In of MODEL   11
    1    H    THR 140           H        THR 140  -9.182  21.331  -5.612
    2    HA   THR 140           HA       THR 140 -11.158  22.752  -6.901
    3    HB   THR 140           HB       THR 140  -8.820  21.844  -8.507
    4    HG1  THR 140           HG1      THR 140  -7.514  23.327  -7.214
    5   HG23  THR 140          HG21      THR 140  -8.703  24.223  -9.050
    6   HG22  THR 140          HG22      THR 140  -9.985  24.559  -7.889
    7   HG21  THR 140          HG23      THR 140 -10.328  23.597  -9.326

  No H/Q in entry =           7
  In of MODEL   11
    1    H    GLY 141           H        GLY 141 -12.954  21.641  -7.590
    2    HA3  GLY 141           HA2      GLY 141 -14.314  20.500  -8.998
    3    HA2  GLY 141           HA3      GLY 141 -12.942  20.369 -10.074

  No H/Q in entry =           3
  In of MODEL   11
    1    H    ARG 142           H        ARG 142 -11.945  19.044  -7.261
    2    HA   ARG 142           HA       ARG 142 -11.830  16.488  -8.336
    3    HB2  ARG 142           HB2      ARG 142 -10.405  17.483  -6.436
    4    HB3  ARG 142           HB3      ARG 142 -11.710  16.961  -5.380
    5    HG2  ARG 142           HG2      ARG 142  -9.931  15.311  -5.424
    6    HG3  ARG 142           HG3      ARG 142 -11.409  14.651  -6.133
    7    HD2  ARG 142           HD2      ARG 142 -10.553  15.096  -8.363
    8    HD3  ARG 142           HD3      ARG 142  -9.111  15.814  -7.668
    9    HE   ARG 142           HE       ARG 142  -9.709  13.002  -7.089
   10   HH11  ARG 142          HH11      ARG 142  -7.584  15.384  -8.536
   11   HH12  ARG 142          HH12      ARG 142  -6.446  14.196  -9.109
   12   HH21  ARG 142          HH21      ARG 142  -8.167  11.442  -7.831
   13   HH22  ARG 142          HH22      ARG 142  -6.764  11.967  -8.718

  No H/Q in entry =          13
  In of MODEL   11
    1    H    ILE 143           H        ILE 143 -13.648  17.364  -5.388
    2    HA   ILE 143           HA       ILE 143 -15.069  15.600  -4.644
    3    HB   ILE 143           HB       ILE 143 -16.537  18.024  -5.575
    4   HG12  ILE 143          HG12      ILE 143 -15.609  18.483  -2.983
    5   HG13  ILE 143          HG13      ILE 143 -14.218  17.887  -3.875
    6   HG22  ILE 143          HG21      ILE 143 -17.547  17.725  -3.220
    7   HG21  ILE 143          HG22      ILE 143 -16.955  16.071  -3.378
    8   HG23  ILE 143          HG23      ILE 143 -18.102  16.711  -4.552
    9   HD11  ILE 143          HD11      ILE 143 -14.645  19.597  -5.590
   10   HD13  ILE 143          HD12      ILE 143 -14.324  20.284  -3.996
   11   HD12  ILE 143          HD13      ILE 143 -15.978  20.200  -4.605

  No H/Q in entry =          11
  In of MODEL   11
    1    H    ALA 144           H        ALA 144 -16.643  17.323  -7.284
    2    HA   ALA 144           HA       ALA 144 -18.799  15.555  -7.503
    3    HB2  ALA 144           HB1      ALA 144 -19.269  16.712  -9.592
    4    HB3  ALA 144           HB2      ALA 144 -17.643  17.402  -9.585
    5    HB1  ALA 144           HB3      ALA 144 -18.800  17.859  -8.336

  No H/Q in entry =           5
  In of MODEL   11
    1    H    GLN 145           H        GLN 145 -15.598  15.537  -8.778
    2    HA   GLN 145           HA       GLN 145 -16.107  13.721 -10.890
    3    HB2  GLN 145           HB2      GLN 145 -13.963  15.323 -10.165
    4    HB3  GLN 145           HB3      GLN 145 -13.374  13.691  -9.881
    5    HG2  GLN 145           HG2      GLN 145 -14.658  14.537 -12.462
    6    HG3  GLN 145           HG3      GLN 145 -12.926  14.656 -12.162
    7   HE21  GLN 145          HE21      GLN 145 -14.509  13.045 -14.085
    8   HE22  GLN 145          HE22      GLN 145 -13.992  11.417 -13.831

  No H/Q in entry =           8
  In of MODEL   11
    1    H    THR 146           H        THR 146 -15.515  13.263  -7.295
    2    HA   THR 146           HA       THR 146 -14.727  10.586  -7.761
    3    HB   THR 146           HB       THR 146 -15.537  11.988  -5.213
    4    HG1  THR 146           HG1      THR 146 -13.566  12.712  -6.781
    5   HG21  THR 146          HG21      THR 146 -15.255   9.532  -5.099
    6   HG23  THR 146          HG22      THR 146 -14.056  10.386  -4.129
    7   HG22  THR 146          HG23      THR 146 -13.603   9.711  -5.693

  No H/Q in entry =           7
  In of MODEL   11
    1    H    LEU 147           H        LEU 147 -17.470  12.406  -7.908
    2    HA   LEU 147           HA       LEU 147 -19.201  10.661  -6.338
    3    HB2  LEU 147           HB2      LEU 147 -20.075  13.153  -7.784
    4    HB3  LEU 147           HB3      LEU 147 -20.907  12.296  -6.497
    5    HG   LEU 147           HG       LEU 147 -18.505  14.079  -6.303
    6   HD12  LEU 147          HD11      LEU 147 -21.105  14.013  -4.789
    7   HD11  LEU 147          HD12      LEU 147 -20.715  15.104  -6.116
    8   HD13  LEU 147          HD13      LEU 147 -19.816  15.202  -4.603
    9   HD21  LEU 147          HD21      LEU 147 -19.109  11.738  -4.688
   10   HD23  LEU 147          HD22      LEU 147 -18.916  13.217  -3.749
   11   HD22  LEU 147          HD23      LEU 147 -17.624  12.676  -4.820

  No H/Q in entry =          11
  In of MODEL   11
    1    H    LEU 148           H        LEU 148 -18.297  11.745  -9.465
    2    HA   LEU 148           HA       LEU 148 -20.324  10.306 -10.872
    3    HB2  LEU 148           HB2      LEU 148 -17.676  11.168 -12.012
    4    HB3  LEU 148           HB3      LEU 148 -19.190  10.916 -12.861
    5    HG   LEU 148           HG       LEU 148 -18.426  13.196 -11.066
    6   HD12  LEU 148          HD11      LEU 148 -19.040  14.518 -13.032
    7   HD11  LEU 148          HD12      LEU 148 -19.379  13.023 -13.906
    8   HD13  LEU 148          HD13      LEU 148 -17.740  13.372 -13.359
    9   HD23  LEU 148          HD21      LEU 148 -21.196  12.612 -12.125
   10   HD22  LEU 148          HD22      LEU 148 -20.695  14.068 -11.263
   11   HD21  LEU 148          HD23      LEU 148 -20.698  12.512 -10.436

  No H/Q in entry =          11
  In of MODEL   11
    1    H    ASN 149           H        ASN 149 -17.273   9.674  -9.445
    2    HA   ASN 149           HA       ASN 149 -16.722   7.205 -10.737
    3    HB2  ASN 149           HB2      ASN 149 -15.577   8.742  -8.584
    4    HB3  ASN 149           HB3      ASN 149 -15.758   7.066  -8.075
    5   HD21  ASN 149          HD21      ASN 149 -14.135   9.260 -10.184
    6   HD22  ASN 149          HD22      ASN 149 -12.984   8.131 -10.807

  No H/Q in entry =           6
  In of MODEL   11
    1    H    LEU 150           H        LEU 150 -18.780   8.305  -8.170
    2    HA   LEU 150           HA       LEU 150 -19.522   5.687  -7.179
    3    HB2  LEU 150           HB2      LEU 150 -20.644   8.468  -6.862
    4    HB3  LEU 150           HB3      LEU 150 -21.499   7.069  -6.226
    5    HG   LEU 150           HG       LEU 150 -18.657   7.262  -5.456
    6   HD13  LEU 150          HD11      LEU 150 -18.663   9.285  -4.564
    7   HD12  LEU 150          HD12      LEU 150 -20.079   8.865  -3.601
    8   HD11  LEU 150          HD13      LEU 150 -20.280   9.567  -5.203
    9   HD21  LEU 150          HD21      LEU 150 -20.313   5.553  -4.702
   10   HD23  LEU 150          HD22      LEU 150 -21.137   6.840  -3.816
   11   HD22  LEU 150          HD23      LEU 150 -19.475   6.408  -3.402

  No H/Q in entry =          11
  In of MODEL   11
    1    H    ALA 151           H        ALA 151 -20.141   7.434 -10.165
    2    HA   ALA 151           HA       ALA 151 -22.822   6.288 -10.300
    3    HB1  ALA 151           HB1      ALA 151 -22.740   8.503 -11.175
    4    HB2  ALA 151           HB2      ALA 151 -22.856   7.415 -12.557
    5    HB3  ALA 151           HB3      ALA 151 -21.304   8.142 -12.133

  No H/Q in entry =           5
  In of MODEL   11
    1    H    LYS 152           H        LYS 152 -19.627   5.623 -10.844
    2    HA   LYS 152           HA       LYS 152 -20.070   3.730 -13.013
    3    HB2  LYS 152           HB2      LYS 152 -17.553   4.481 -11.504
    4    HB3  LYS 152           HB3      LYS 152 -17.618   3.427 -12.912
    5    HG2  LYS 152           HG2      LYS 152 -18.451   5.292 -14.263
    6    HG3  LYS 152           HG3      LYS 152 -18.376   6.343 -12.849
    7    HD2  LYS 152           HD2      LYS 152 -15.867   5.513 -12.799
    8    HD3  LYS 152           HD3      LYS 152 -16.172   5.227 -14.513
    9    HE2  LYS 152           HE2      LYS 152 -16.415   7.828 -13.012
   10    HE3  LYS 152           HE3      LYS 152 -15.259   7.427 -14.280
   11    HZ3  LYS 152           HZ1      LYS 152 -16.981   8.772 -15.205
   12    HZ2  LYS 152           HZ2      LYS 152 -18.190   7.765 -14.591
   13    HZ1  LYS 152           HZ3      LYS 152 -17.169   7.206 -15.813

  No H/Q in entry =          13
  In of MODEL   11
    1    H    GLN 153           H        GLN 153 -19.971   3.654  -9.496
    2    HA   GLN 153           HA       GLN 153 -19.326   0.822  -9.546
    3    HB2  GLN 153           HB2      GLN 153 -20.006   2.239  -7.017
    4    HB3  GLN 153           HB3      GLN 153 -18.768   1.035  -7.328
    5    HG2  GLN 153           HG2      GLN 153 -17.504   2.795  -8.565
    6    HG3  GLN 153           HG3      GLN 153 -18.682   3.951  -7.942
    7   HE21  GLN 153          HE21      GLN 153 -16.876   4.977  -6.919
    8   HE22  GLN 153          HE22      GLN 153 -16.267   4.366  -5.424

  No H/Q in entry =           8
  In of MODEL   11
    1    HA   PRO 154           HA       PRO 154 -23.469  -0.666  -8.795
    2    HB2  PRO 154           HB2      PRO 154 -23.336  -1.940  -6.347
    3    HB3  PRO 154           HB3      PRO 154 -22.826  -2.650  -7.882
    4    HG2  PRO 154           HG2      PRO 154 -21.180  -1.341  -5.759
    5    HG3  PRO 154           HG3      PRO 154 -20.830  -2.796  -6.712
    6    HD2  PRO 154           HD2      PRO 154 -19.687  -0.458  -7.284
    7    HD3  PRO 154           HD3      PRO 154 -20.178  -1.569  -8.572

  No H/Q in entry =           7
  In of MODEL   11
    1    H    ASP 155           H        ASP 155 -22.119   1.605  -6.858
    2    HA   ASP 155           HA       ASP 155 -24.166   2.040  -4.902
    3    HB2  ASP 155           HB2      ASP 155 -21.857   3.802  -5.961
    4    HB3  ASP 155           HB3      ASP 155 -23.012   4.397  -4.774

  No H/Q in entry =           4
  In of MODEL   11
    1    H    ALA 156           H        ALA 156 -23.910   3.243  -8.449
    2    HA   ALA 156           HA       ALA 156 -25.488   5.397  -7.906
    3    HB3  ALA 156           HB1      ALA 156 -25.705   5.554 -10.243
    4    HB1  ALA 156           HB2      ALA 156 -25.418   3.829 -10.464
    5    HB2  ALA 156           HB3      ALA 156 -24.096   4.884  -9.965

  No H/Q in entry =           5
  In of MODEL   11
    1    H    MET 157           H        MET 157 -27.418   5.334  -7.075
    2    HA   MET 157           HA       MET 157 -29.009   2.963  -7.568
    3    HB2  MET 157           HB2      MET 157 -28.411   4.309  -5.343
    4    HB3  MET 157           HB3      MET 157 -29.922   5.121  -5.761
    5    HG2  MET 157           HG2      MET 157 -30.976   2.847  -5.888
    6    HG3  MET 157           HG3      MET 157 -29.476   2.207  -5.220
    7    HE1  MET 157           HE1      MET 157 -32.650   4.277  -4.692
    8    HE3  MET 157           HE2      MET 157 -31.526   5.562  -4.252
    9    HE2  MET 157           HE3      MET 157 -32.556   4.830  -3.021

  No H/Q in entry =           9
  In of MODEL   11
    1    H    THR 158           H        THR 158 -29.916   3.343  -9.766
    2    HA   THR 158           HA       THR 158 -30.975   5.681 -10.563
    3    HB   THR 158           HB       THR 158 -32.650   4.092 -11.861
    4    HG1  THR 158           HG1      THR 158 -32.152   2.257 -10.552
    5   HG23  THR 158          HG21      THR 158 -30.791   5.319 -12.876
    6   HG22  THR 158          HG22      THR 158 -30.865   3.671 -13.500
    7   HG21  THR 158          HG23      THR 158 -29.655   4.102 -12.292

  No H/Q in entry =           7
  In of MODEL   11
    1    H    HIS 159           H        HIS 159 -32.978   6.517 -10.790
    2    HA   HIS 159           HA       HIS 159 -35.237   5.617  -9.312
    3    HB2  HIS 159           HB2      HIS 159 -35.071   6.917  -7.475
    4    HB3  HIS 159           HB3      HIS 159 -33.442   7.339  -7.963
    5    HD1  HIS 159           HD1      HIS 159 -36.956   8.659  -7.939
    6    HD2  HIS 159           HD2      HIS 159 -33.113   9.949  -8.838
    7    HE1  HIS 159           HE1      HIS 159 -37.124  11.148  -8.184
    8    HE2  HIS 159           HE2      HIS 159 -34.824  11.894  -8.906

  No H/Q in entry =           8
  In of MODEL   11
    1    HA   PRO 160           HA       PRO 160 -36.946   7.395 -12.916
    2    HB2  PRO 160           HB2      PRO 160 -39.314   8.478 -12.072
    3    HB3  PRO 160           HB3      PRO 160 -39.031   6.756 -12.345
    4    HG2  PRO 160           HG2      PRO 160 -38.947   8.301  -9.781
    5    HG3  PRO 160           HG3      PRO 160 -39.688   6.724 -10.112
    6    HD2  PRO 160           HD2      PRO 160 -37.310   6.908  -8.896
    7    HD3  PRO 160           HD3      PRO 160 -37.645   5.616 -10.068

  No H/Q in entry =           7
  In of MODEL   11
    1    H    ASP 161           H        ASP 161 -34.972   9.206 -12.112
    2    HA   ASP 161           HA       ASP 161 -35.756  11.586 -13.366
    3    HB2  ASP 161           HB2      ASP 161 -37.087  12.403 -11.684
    4    HB3  ASP 161           HB3      ASP 161 -36.263  11.484 -10.438

  No H/Q in entry =           4
  In of MODEL   11
    1    H    GLY 162           H        GLY 162 -33.642   9.863 -11.290
    2    HA3  GLY 162           HA2      GLY 162 -31.339  10.546 -12.645
    3    HA2  GLY 162           HA3      GLY 162 -31.433  11.487 -11.145

  No H/Q in entry =           3
  In of MODEL   11
    1    H    MET 163           H        MET 163 -29.426   9.887 -11.035
    2    HA   MET 163           HA       MET 163 -30.311   7.596  -9.395
    3    HB2  MET 163           HB2      MET 163 -28.360   6.282 -10.349
    4    HB3  MET 163           HB3      MET 163 -29.686   6.504 -11.483
    5    HG2  MET 163           HG2      MET 163 -28.272   8.617 -12.168
    6    HG3  MET 163           HG3      MET 163 -26.960   7.643 -11.512
    7    HE3  MET 163           HE1      MET 163 -25.763   5.830 -12.794
    8    HE2  MET 163           HE2      MET 163 -26.593   4.718 -13.882
    9    HE1  MET 163           HE3      MET 163 -27.100   4.848 -12.197

  No H/Q in entry =           9
  In of MODEL   11
    1    H    GLN 164           H        GLN 164 -29.431   7.709  -7.617
    2    HA   GLN 164           HA       GLN 164 -27.466   9.710  -7.045
    3    HB2  GLN 164           HB2      GLN 164 -28.442   9.581  -4.793
    4    HB3  GLN 164           HB3      GLN 164 -29.625  10.025  -6.008
    5    HG2  GLN 164           HG2      GLN 164 -29.506   7.154  -5.557
    6    HG3  GLN 164           HG3      GLN 164 -29.907   8.063  -4.103
    7   HE21  GLN 164          HE21      GLN 164 -32.031   7.602  -3.916
    8   HE22  GLN 164          HE22      GLN 164 -33.223   8.005  -5.102

  No H/Q in entry =           8
  In of MODEL   11
    1    H    ILE 165           H        ILE 165 -26.698   9.158  -4.792
    2    HA   ILE 165           HA       ILE 165 -25.715   6.644  -4.103
    3    HB   ILE 165           HB       ILE 165 -23.245   7.673  -4.537
    4   HG12  ILE 165          HG12      ILE 165 -23.752   8.352  -7.201
    5   HG13  ILE 165          HG13      ILE 165 -24.989   9.208  -6.288
    6   HG22  ILE 165          HG21      ILE 165 -23.668   6.484  -6.986
    7   HG21  ILE 165          HG22      ILE 165 -24.881   5.762  -5.927
    8   HG23  ILE 165          HG23      ILE 165 -23.176   5.695  -5.491
    9   HD13  ILE 165          HD11      ILE 165 -23.087  10.615  -6.586
   10   HD12  ILE 165          HD12      ILE 165 -22.027   9.381  -5.911
   11   HD11  ILE 165          HD13      ILE 165 -23.218  10.176  -4.881

  No H/Q in entry =          11
  In of MODEL   11
    1    H    LYS 166           H        LYS 166 -25.888   7.439  -1.555
    2    HA   LYS 166           HA       LYS 166 -25.745  10.192  -1.384
    3    HB2  LYS 166           HB2      LYS 166 -25.639   9.162   1.150
    4    HB3  LYS 166           HB3      LYS 166 -27.130   9.540   0.322
    5    HG2  LYS 166           HG2      LYS 166 -27.452   7.425   1.248
    6    HG3  LYS 166           HG3      LYS 166 -27.137   7.111  -0.454
    7    HD2  LYS 166           HD2      LYS 166 -25.782   5.536   0.535
    8    HD3  LYS 166           HD3      LYS 166 -24.651   6.881   0.384
    9    HE2  LYS 166           HE2      LYS 166 -24.404   6.015   2.583
   10    HE3  LYS 166           HE3      LYS 166 -25.277   7.539   2.729
   11    HZ3  LYS 166           HZ1      LYS 166 -26.896   6.466   3.765
   12    HZ2  LYS 166           HZ2      LYS 166 -26.053   5.011   3.632
   13    HZ1  LYS 166           HZ3      LYS 166 -27.142   5.467   2.425

  No H/Q in entry =          13
  In of MODEL   11
    1    H    ILE 167           H        ILE 167 -24.312  10.919   0.364
    2    HA   ILE 167           HA       ILE 167 -21.980   9.657   0.941
    3    HB   ILE 167           HB       ILE 167 -20.684  11.572  -0.485
    4   HG12  ILE 167          HG12      ILE 167 -22.313  10.159  -2.561
    5   HG13  ILE 167          HG13      ILE 167 -22.934  11.635  -1.827
    6   HG23  ILE 167          HG21      ILE 167 -19.705   9.710  -1.741
    7   HG22  ILE 167          HG22      ILE 167 -21.016   8.665  -1.195
    8   HG21  ILE 167          HG23      ILE 167 -19.876   9.332  -0.027
    9   HD11  ILE 167          HD11      ILE 167 -20.907  12.793  -2.497
   10   HD13  ILE 167          HD12      ILE 167 -21.792  12.125  -3.871
   11   HD12  ILE 167          HD13      ILE 167 -20.342  11.318  -3.275

  No H/Q in entry =          11
  In of MODEL   11
    1    H    THR 168           H        THR 168 -22.022  10.632   2.888
    2    HA   THR 168           HA       THR 168 -22.826  13.322   3.208
    3    HB   THR 168           HB       THR 168 -21.557  13.137   5.424
    4    HG1  THR 168           HG1      THR 168 -20.434  11.121   4.202
    5   HG23  THR 168          HG21      THR 168 -23.190  11.623   6.423
    6   HG22  THR 168          HG22      THR 168 -23.578  10.962   4.836
    7   HG21  THR 168          HG23      THR 168 -23.972  12.640   5.211

  No H/Q in entry =           7
  In of MODEL   11
    1    H    ARG 169           H        ARG 169 -21.222  15.071   3.744
    2    HA   ARG 169           HA       ARG 169 -19.166  15.072   1.712
    3    HB2  ARG 169           HB2      ARG 169 -18.761  17.217   3.630
    4    HB3  ARG 169           HB3      ARG 169 -19.124  17.318   1.931
    5    HG2  ARG 169           HG2      ARG 169 -21.369  17.617   2.258
    6    HG3  ARG 169           HG3      ARG 169 -21.362  16.830   3.838
    7    HD2  ARG 169           HD2      ARG 169 -20.417  18.711   4.880
    8    HD3  ARG 169           HD3      ARG 169 -19.934  19.420   3.342
    9    HE   ARG 169           HE       ARG 169 -22.693  19.227   3.293
   10   HH11  ARG 169          HH11      ARG 169 -20.246  20.895   5.159
   11   HH12  ARG 169          HH12      ARG 169 -21.291  22.207   5.602
   12   HH21  ARG 169          HH21      ARG 169 -24.075  20.969   3.871
   13   HH22  ARG 169          HH22      ARG 169 -23.468  22.239   4.879

  No H/Q in entry =          13
  In of MODEL   11
    1    H    GLN 170           H        GLN 170 -19.426  14.076   5.155
    2    HA   GLN 170           HA       GLN 170 -16.929  14.107   5.822
    3    HB2  GLN 170           HB2      GLN 170 -18.993  11.937   6.198
    4    HB3  GLN 170           HB3      GLN 170 -17.432  11.925   7.009
    5    HG2  GLN 170           HG2      GLN 170 -18.758  12.882   8.609
    6    HG3  GLN 170           HG3      GLN 170 -18.141  14.312   7.785
    7   HE21  GLN 170          HE21      GLN 170 -20.895  12.523   8.656
    8   HE22  GLN 170          HE22      GLN 170 -22.075  13.519   7.883

  No H/Q in entry =           8
  In of MODEL   11
    1    H    GLU 171           H        GLU 171 -18.008  12.260   2.811
    2    HA   GLU 171           HA       GLU 171 -16.025  10.356   3.480
    3    HB2  GLU 171           HB2      GLU 171 -17.976  10.688   1.191
    4    HB3  GLU 171           HB3      GLU 171 -16.601   9.584   1.060
    5    HG2  GLU 171           HG2      GLU 171 -17.698   8.874   3.460
    6    HG3  GLU 171           HG3      GLU 171 -19.118   9.308   2.520

  No H/Q in entry =           6
  In of MODEL   11
    1    H    ILE 172           H        ILE 172 -16.972  13.086   1.801
    2    HA   ILE 172           HA       ILE 172 -14.941  13.318  -0.200
    3    HB   ILE 172           HB       ILE 172 -16.750  15.477   0.914
    4   HG12  ILE 172          HG12      ILE 172 -18.193  13.601   0.519
    5   HG13  ILE 172          HG13      ILE 172 -18.394  14.702  -0.841
    6   HG22  ILE 172          HG21      ILE 172 -15.672  14.960  -1.859
    7   HG21  ILE 172          HG22      ILE 172 -15.057  16.163  -0.725
    8   HG23  ILE 172          HG23      ILE 172 -16.690  16.316  -1.375
    9   HD13  ILE 172          HD11      ILE 172 -16.973  13.310  -2.211
   10   HD12  ILE 172          HD12      ILE 172 -18.291  12.353  -1.531
   11   HD11  ILE 172          HD13      ILE 172 -16.667  12.240  -0.841

  No H/Q in entry =          11
  In of MODEL   11
    1    H    GLY 173           H        GLY 173 -15.260  14.402   3.319
    2    HA3  GLY 173           HA2      GLY 173 -13.260  16.295   2.817
    3    HA2  GLY 173           HA3      GLY 173 -14.124  15.967   4.282

  No H/Q in entry =           3
  In of MODEL   11
    1    H    GLN 174           H        GLN 174 -13.305  13.162   3.469
    2    HA   GLN 174           HA       GLN 174 -10.776  13.025   4.932
    3    HB2  GLN 174           HB2      GLN 174 -12.998  11.023   4.605
    4    HB3  GLN 174           HB3      GLN 174 -11.376  10.532   5.103
    5    HG2  GLN 174           HG2      GLN 174 -11.476  11.958   7.026
    6    HG3  GLN 174           HG3      GLN 174 -13.015  12.631   6.496
    7   HE21  GLN 174          HE21      GLN 174 -14.858  11.382   6.615
    8   HE22  GLN 174          HE22      GLN 174 -14.962  10.021   7.672

  No H/Q in entry =           8
  In of MODEL   11
    1    H    ILE 175           H        ILE 175 -12.401  12.305   1.912
    2    HA   ILE 175           HA       ILE 175 -10.204  10.705   0.853
    3    HB   ILE 175           HB       ILE 175 -12.646  11.563  -0.705
    4   HG12  ILE 175          HG12      ILE 175 -12.406   8.908   0.694
    5   HG13  ILE 175          HG13      ILE 175 -13.184  10.291   1.458
    6   HG23  ILE 175          HG21      ILE 175 -10.910  10.711  -2.106
    7   HG22  ILE 175          HG22      ILE 175 -12.155   9.468  -1.975
    8   HG21  ILE 175          HG23      ILE 175 -10.661   9.319  -1.050
    9   HD11  ILE 175          HD11      ILE 175 -14.013   9.076  -1.174
   10   HD13  ILE 175          HD12      ILE 175 -14.818  10.399  -0.330
   11   HD12  ILE 175          HD13      ILE 175 -14.792   8.784   0.381

  No H/Q in entry =          11
  In of MODEL   11
    1    H    VAL 176           H        VAL 176 -11.790  13.814   0.168
    2    HA   VAL 176           HA       VAL 176 -10.082  14.310  -2.075
    3    HB   VAL 176           HB       VAL 176 -11.803  16.347  -0.682
    4   HG11  VAL 176          HG11      VAL 176 -10.710  16.137  -3.483
    5   HG13  VAL 176          HG12      VAL 176 -10.222  17.293  -2.242
    6   HG12  VAL 176          HG13      VAL 176 -11.846  17.365  -2.929
    7   HG21  VAL 176          HG21      VAL 176 -13.105  14.337  -1.280
    8   HG23  VAL 176          HG22      VAL 176 -12.565  14.509  -2.950
    9   HG22  VAL 176          HG23      VAL 176 -13.573  15.757  -2.215

  No H/Q in entry =           9
  In of MODEL   11
    1    H    GLY 177           H        GLY 177 -10.114  15.291   1.306
    2    HA3  GLY 177           HA2      GLY 177  -7.759  15.515   2.110
    3    HA2  GLY 177           HA3      GLY 177  -7.541  16.634   0.774

  No H/Q in entry =           3
  In of MODEL   11
    1    H    CYS 178           H        CYS 178 -10.402  17.571   1.460
    2    HA   CYS 178           HA       CYS 178  -9.521  19.435   3.578
    3    HB2  CYS 178           HB2      CYS 178 -11.369  19.977   1.248
    4    HB3  CYS 178           HB3      CYS 178 -10.988  21.118   2.534
    5    HG   CYS 178           HG       CYS 178  -8.253  21.245   1.849

  No H/Q in entry =           5
  In of MODEL   11
    1    H    SER 179           H        SER 179 -11.299  20.103   5.044
    2    HA   SER 179           HA       SER 179 -12.853  17.853   5.677
    3    HB2  SER 179           HB2      SER 179 -13.885  20.248   6.865
    4    HB3  SER 179           HB3      SER 179 -12.911  18.986   7.624
    5    HG   SER 179           HG       SER 179 -11.652  20.737   7.811

  No H/Q in entry =           5
  In of MODEL   11
    1    H    ARG 180           H        ARG 180 -15.109  17.975   5.837
    2    HA   ARG 180           HA       ARG 180 -16.541  18.446   3.585
    3    HB2  ARG 180           HB2      ARG 180 -18.558  18.492   5.236
    4    HB3  ARG 180           HB3      ARG 180 -17.620  17.032   5.000
    5    HG2  ARG 180           HG2      ARG 180 -17.912  17.092   7.274
    6    HG3  ARG 180           HG3      ARG 180 -16.308  17.797   7.076
    7    HD2  ARG 180           HD2      ARG 180 -17.108  19.973   7.461
    8    HD3  ARG 180           HD3      ARG 180 -18.788  19.482   7.228
    9    HE   ARG 180           HE       ARG 180 -17.777  18.021   9.369
   10   HH11  ARG 180          HH11      ARG 180 -18.486  21.369   8.585
   11   HH12  ARG 180          HH12      ARG 180 -18.802  21.801  10.240
   12   HH21  ARG 180          HH21      ARG 180 -18.201  18.600  11.529
   13   HH22  ARG 180          HH22      ARG 180 -18.631  20.238  11.907

  No H/Q in entry =          13
  In of MODEL   11
    1    H    GLU 181           H        GLU 181 -14.992  20.863   4.679
    2    HA   GLU 181           HA       GLU 181 -17.122  22.798   4.895
    3    HB2  GLU 181           HB2      GLU 181 -14.274  22.885   5.750
    4    HB3  GLU 181           HB3      GLU 181 -15.350  24.276   5.827
    5    HG2  GLU 181           HG2      GLU 181 -15.842  21.637   7.174
    6    HG3  GLU 181           HG3      GLU 181 -15.183  23.071   7.964

  No H/Q in entry =           6
  In of MODEL   11
    1    H    THR 182           H        THR 182 -13.905  22.804   3.426
    2    HA   THR 182           HA       THR 182 -14.405  24.799   1.448
    3    HB   THR 182           HB       THR 182 -12.757  22.508   0.517
    4    HG1  THR 182           HG1      THR 182 -11.103  23.449   2.200
    5   HG21  THR 182          HG21      THR 182 -12.672  24.730  -0.553
    6   HG23  THR 182          HG22      THR 182 -11.096  24.245   0.072
    7   HG22  THR 182          HG23      THR 182 -12.069  25.422   0.954

  No H/Q in entry =           7
  In of MODEL   11
    1    H    VAL 183           H        VAL 183 -14.497  21.264   1.471
    2    HA   VAL 183           HA       VAL 183 -16.039  20.921  -0.900
    3    HB   VAL 183           HB       VAL 183 -14.810  19.357   1.220
    4   HG13  VAL 183          HG11      VAL 183 -16.255  17.541   1.458
    5   HG12  VAL 183          HG12      VAL 183 -17.364  18.166   0.217
    6   HG11  VAL 183          HG13      VAL 183 -17.237  18.982   1.774
    7   HG21  VAL 183          HG21      VAL 183 -14.651  19.417  -1.418
    8   HG23  VAL 183          HG22      VAL 183 -15.766  18.054  -1.221
    9   HG22  VAL 183          HG23      VAL 183 -14.177  18.020  -0.451

  No H/Q in entry =           9
  In of MODEL   11
    1    H    GLY 184           H        GLY 184 -16.793  21.575   2.626
    2    HA3  GLY 184           HA2      GLY 184 -19.434  21.153   2.540
    3    HA2  GLY 184           HA3      GLY 184 -18.660  22.474   3.403

  No H/Q in entry =           3
  In of MODEL   11
    1    H    ARG 185           H        ARG 185 -17.723  23.441   0.435
    2    HA   ARG 185           HA       ARG 185 -19.863  25.346   0.443
    3    HB2  ARG 185           HB2      ARG 185 -17.478  24.951  -1.393
    4    HB3  ARG 185           HB3      ARG 185 -18.623  26.283  -1.516
    5    HG2  ARG 185           HG2      ARG 185 -17.856  26.507   1.065
    6    HG3  ARG 185           HG3      ARG 185 -16.381  25.874   0.330
    7    HD2  ARG 185           HD2      ARG 185 -16.578  27.681  -1.393
    8    HD3  ARG 185           HD3      ARG 185 -17.898  28.359  -0.441
    9    HE   ARG 185           HE       ARG 185 -15.074  28.469   0.154
   10   HH11  ARG 185          HH11      ARG 185 -18.324  28.776   1.450
   11   HH12  ARG 185          HH12      ARG 185 -17.818  29.678   2.841
   12   HH21  ARG 185          HH21      ARG 185 -14.418  29.662   1.981
   13   HH22  ARG 185          HH22      ARG 185 -15.596  30.164   3.152

  No H/Q in entry =          13
  In of MODEL   11
    1    H    ILE 186           H        ILE 186 -18.398  22.761  -1.171
    2    HA   ILE 186           HA       ILE 186 -19.883  22.957  -3.639
    3    HB   ILE 186           HB       ILE 186 -18.032  20.804  -2.653
    4   HG12  ILE 186          HG12      ILE 186 -16.984  21.951  -4.920
    5   HG13  ILE 186          HG13      ILE 186 -17.793  23.316  -4.161
    6   HG21  ILE 186          HG21      ILE 186 -19.928  20.130  -4.318
    7   HG23  ILE 186          HG22      ILE 186 -18.268  19.630  -4.633
    8   HG22  ILE 186          HG23      ILE 186 -18.950  21.011  -5.492
    9   HD11  ILE 186          HD11      ILE 186 -16.534  22.891  -2.101
   10   HD13  ILE 186          HD12      ILE 186 -15.488  23.224  -3.481
   11   HD12  ILE 186          HD13      ILE 186 -15.693  21.569  -2.909

  No H/Q in entry =          11
  In of MODEL   11
    1    H    LEU 187           H        LEU 187 -19.930  20.715  -0.985
    2    HA   LEU 187           HA       LEU 187 -22.066  19.235  -2.046
    3    HB2  LEU 187           HB2      LEU 187 -20.904  19.311   0.695
    4    HB3  LEU 187           HB3      LEU 187 -22.005  18.070   0.074
    5    HG   LEU 187           HG       LEU 187 -19.143  18.585  -0.642
    6   HD12  LEU 187          HD11      LEU 187 -20.246  15.955  -0.991
    7   HD11  LEU 187          HD12      LEU 187 -20.469  16.601   0.637
    8   HD13  LEU 187          HD13      LEU 187 -18.849  16.503  -0.062
    9   HD21  LEU 187          HD21      LEU 187 -21.118  17.369  -2.560
   10   HD23  LEU 187          HD22      LEU 187 -19.370  17.281  -2.725
   11   HD22  LEU 187          HD23      LEU 187 -20.186  18.843  -2.811

  No H/Q in entry =          11
  In of MODEL   11
    1    H    LYS 188           H        LYS 188 -21.911  22.205  -0.820
    2    HA   LYS 188           HA       LYS 188 -24.562  22.193   0.467
    3    HB2  LYS 188           HB2      LYS 188 -22.605  23.616   1.417
    4    HB3  LYS 188           HB3      LYS 188 -22.944  24.698   0.071
    5    HG2  LYS 188           HG2      LYS 188 -25.276  23.887   1.679
    6    HG3  LYS 188           HG3      LYS 188 -24.092  24.911   2.495
    7    HD2  LYS 188           HD2      LYS 188 -24.538  26.708   1.172
    8    HD3  LYS 188           HD3      LYS 188 -24.898  25.712  -0.240
    9    HE2  LYS 188           HE2      LYS 188 -26.770  25.524   2.043
   10    HE3  LYS 188           HE3      LYS 188 -26.779  27.034   1.132
   11    HZ2  LYS 188           HZ1      LYS 188 -28.364  25.290   0.342
   12    HZ1  LYS 188           HZ2      LYS 188 -27.034  24.372  -0.148
   13    HZ3  LYS 188           HZ3      LYS 188 -27.320  25.884  -0.849

  No H/Q in entry =          13
  In of MODEL   11
    1    H    MET 189           H        MET 189 -22.802  23.081  -2.436
    2    HA   MET 189           HA       MET 189 -24.987  24.680  -3.529
    3    HB2  MET 189           HB2      MET 189 -23.694  24.839  -5.596
    4    HB3  MET 189           HB3      MET 189 -22.717  25.291  -4.219
    5    HG2  MET 189           HG2      MET 189 -21.811  22.919  -4.312
    6    HG3  MET 189           HG3      MET 189 -22.559  22.830  -5.905
    7    HE2  MET 189           HE1      MET 189 -19.205  25.738  -4.694
    8    HE1  MET 189           HE2      MET 189 -20.312  24.899  -3.607
    9    HE3  MET 189           HE3      MET 189 -20.873  26.284  -4.541

  No H/Q in entry =           9
  In of MODEL   11
    1    H    LEU 190           H        LEU 190 -23.922  21.388  -3.491
    2    HA   LEU 190           HA       LEU 190 -25.206  20.393  -5.716
    3    HB2  LEU 190           HB2      LEU 190 -25.074  19.061  -3.036
    4    HB3  LEU 190           HB3      LEU 190 -25.259  18.274  -4.595
    5    HG   LEU 190           HG       LEU 190 -22.865  19.595  -3.436
    6   HD13  LEU 190          HD11      LEU 190 -23.027  17.291  -2.991
    7   HD12  LEU 190          HD12      LEU 190 -21.840  17.474  -4.287
    8   HD11  LEU 190          HD13      LEU 190 -23.480  16.939  -4.656
    9   HD22  LEU 190          HD21      LEU 190 -22.714  20.619  -5.463
   10   HD21  LEU 190          HD22      LEU 190 -23.530  19.306  -6.306
   11   HD23  LEU 190          HD23      LEU 190 -21.862  19.106  -5.770

  No H/Q in entry =          11
  In of MODEL   11
    1    H    GLU 191           H        GLU 191 -26.622  20.785  -2.424
    2    HA   GLU 191           HA       GLU 191 -29.144  19.904  -3.237
    3    HB2  GLU 191           HB2      GLU 191 -28.327  19.994  -0.899
    4    HB3  GLU 191           HB3      GLU 191 -28.287  21.746  -0.981
    5    HG2  GLU 191           HG2      GLU 191 -30.748  21.734  -1.301
    6    HG3  GLU 191           HG3      GLU 191 -30.729  19.987  -1.058

  No H/Q in entry =           6
  In of MODEL   11
    1    H    ASP 192           H        ASP 192 -27.442  22.755  -3.879
    2    HA   ASP 192           HA       ASP 192 -29.829  24.393  -4.193
    3    HB2  ASP 192           HB2      ASP 192 -26.896  25.010  -4.560
    4    HB3  ASP 192           HB3      ASP 192 -28.165  26.149  -4.987

  No H/Q in entry =           4
  In of MODEL   11
    1    H    GLN 193           H        GLN 193 -28.170  22.179  -5.763
    2    HA   GLN 193           HA       GLN 193 -28.151  21.283  -7.876
    3    HB2  GLN 193           HB2      GLN 193 -30.435  23.203  -8.076
    4    HB3  GLN 193           HB3      GLN 193 -29.816  22.477  -9.551
    5    HG2  GLN 193           HG2      GLN 193 -31.306  20.877  -9.109
    6    HG3  GLN 193           HG3      GLN 193 -30.077  20.296  -7.988
    7   HE21  GLN 193          HE21      GLN 193 -30.378  20.540  -5.806
    8   HE22  GLN 193          HE22      GLN 193 -31.877  21.033  -5.108

  No H/Q in entry =           8
  In of MODEL   11
    1    H    ASN 194           H        ASN 194 -26.482  23.585  -7.071
    2    HA   ASN 194           HA       ASN 194 -26.114  25.034  -9.585
    3    HB2  ASN 194           HB2      ASN 194 -25.860  26.005  -7.176
    4    HB3  ASN 194           HB3      ASN 194 -24.279  25.240  -7.221
    5   HD21  ASN 194          HD21      ASN 194 -26.257  27.784  -8.459
    6   HD22  ASN 194          HD22      ASN 194 -24.996  28.646  -9.272

  No H/Q in entry =           6
  In of MODEL   11
    1    H    LEU 195           H        LEU 195 -25.245  22.120  -8.354
    2    HA   LEU 195           HA       LEU 195 -23.074  21.808 -10.261
    3    HB2  LEU 195           HB2      LEU 195 -22.302  22.607  -7.884
    4    HB3  LEU 195           HB3      LEU 195 -22.561  20.933  -7.452
    5    HG   LEU 195           HG       LEU 195 -20.888  21.250  -9.835
    6   HD13  LEU 195          HD11      LEU 195 -20.209  23.263  -8.645
    7   HD12  LEU 195          HD12      LEU 195 -18.935  22.041  -8.580
    8   HD11  LEU 195          HD13      LEU 195 -19.966  22.321  -7.173
    9   HD22  LEU 195          HD21      LEU 195 -21.085  19.126  -8.730
   10   HD21  LEU 195          HD22      LEU 195 -20.625  19.840  -7.184
   11   HD23  LEU 195          HD23      LEU 195 -19.443  19.728  -8.487

  No H/Q in entry =          11
  In of MODEL   11
    1    H    ILE 196           H        ILE 196 -25.361  20.402  -7.999
    2    HA   ILE 196           HA       ILE 196 -25.549  17.952  -9.390
    3    HB   ILE 196           HB       ILE 196 -24.693  17.802  -6.485
    4   HG12  ILE 196          HG12      ILE 196 -23.138  17.080  -8.967
    5   HG13  ILE 196          HG13      ILE 196 -22.780  18.419  -7.877
    6   HG22  ILE 196          HG21      ILE 196 -24.326  15.339  -7.396
    7   HG21  ILE 196          HG22      ILE 196 -25.610  15.831  -8.500
    8   HG23  ILE 196          HG23      ILE 196 -25.878  15.877  -6.757
    9   HD13  ILE 196          HD11      ILE 196 -22.164  16.993  -6.152
   10   HD12  ILE 196          HD12      ILE 196 -21.429  16.299  -7.603
   11   HD11  ILE 196          HD13      ILE 196 -22.906  15.592  -6.928

  No H/Q in entry =          11
  In of MODEL   11
    1    H    SER 197           H        SER 197 -27.220  16.684  -7.740
    2    HA   SER 197           HA       SER 197 -28.751  18.603  -6.187
    3    HB2  SER 197           HB2      SER 197 -29.926  18.458  -8.268
    4    HB3  SER 197           HB3      SER 197 -29.903  16.698  -8.193
    5    HG   SER 197           HG       SER 197 -31.905  17.748  -7.511

  No H/Q in entry =           5
  In of MODEL   11
    1    H    ALA 198           H        ALA 198 -28.301  17.942  -4.205
    2    HA   ALA 198           HA       ALA 198 -28.255  15.119  -3.695
    3    HB2  ALA 198           HB1      ALA 198 -27.562  17.465  -1.909
    4    HB1  ALA 198           HB2      ALA 198 -26.394  16.569  -2.880
    5    HB3  ALA 198           HB3      ALA 198 -27.262  15.759  -1.576

  No H/Q in entry =           5
  In of MODEL   11
    1    H    HIS 199           H        HIS 199 -30.135  14.310  -3.210
    2    HA   HIS 199           HA       HIS 199 -32.256  15.962  -2.107
    3    HB2  HIS 199           HB2      HIS 199 -32.172  13.029  -2.875
    4    HB3  HIS 199           HB3      HIS 199 -33.584  13.817  -2.180
    5    HD1  HIS 199           HD1      HIS 199 -33.041  16.494  -3.961
    6    HD2  HIS 199           HD2      HIS 199 -33.525  12.585  -5.296
    7    HE1  HIS 199           HE1      HIS 199 -33.771  16.682  -6.356
    8    HE2  HIS 199           HE2      HIS 199 -34.296  14.321  -7.055

  No H/Q in entry =           8
  In of MODEL   11
    1    H    GLY 200           H        GLY 200 -30.923  16.476  -0.299
    2    HA3  GLY 200           HA2      GLY 200 -30.688  16.251   2.018
    3    HA2  GLY 200           HA3      GLY 200 -31.164  14.555   1.884

  No H/Q in entry =           3
  In of MODEL   11
    1    H    LYS 201           H        LYS 201 -29.535  13.180   2.283
    2    HA   LYS 201           HA       LYS 201 -26.816  14.079   1.699
    3    HB2  LYS 201           HB2      LYS 201 -26.030  12.427   3.211
    4    HB3  LYS 201           HB3      LYS 201 -27.436  13.147   3.978
    5    HG2  LYS 201           HG2      LYS 201 -27.877  10.714   2.345
    6    HG3  LYS 201           HG3      LYS 201 -27.041  10.527   3.887
    7    HD2  LYS 201           HD2      LYS 201 -29.573  12.108   3.749
    8    HD3  LYS 201           HD3      LYS 201 -29.640  10.345   3.785
    9    HE2  LYS 201           HE2      LYS 201 -28.395  10.315   5.867
   10    HE3  LYS 201           HE3      LYS 201 -28.221  12.069   5.814
   11    HZ2  LYS 201           HZ1      LYS 201 -30.000  11.366   7.302
   12    HZ1  LYS 201           HZ2      LYS 201 -30.801  10.613   6.017
   13    HZ3  LYS 201           HZ3      LYS 201 -30.601  12.294   6.023

  No H/Q in entry =          13
  In of MODEL   11
    1    H    THR 202           H        THR 202 -29.225  12.221   0.410
    2    HA   THR 202           HA       THR 202 -27.661  10.395  -1.159
    3    HB   THR 202           HB       THR 202 -30.164  11.047  -2.438
    4    HG1  THR 202           HG1      THR 202 -31.032  11.797  -0.555
    5   HG21  THR 202          HG21      THR 202 -28.890   8.851  -2.380
    6   HG23  THR 202          HG22      THR 202 -30.638   8.741  -2.176
    7   HG22  THR 202          HG23      THR 202 -29.577   8.603  -0.774

  No H/Q in entry =           7
  In of MODEL   11
    1    H    ILE 203           H        ILE 203 -26.671  10.913  -3.059
    2    HA   ILE 203           HA       ILE 203 -27.108  13.637  -3.976
    3    HB   ILE 203           HB       ILE 203 -24.665  11.987  -3.643
    4   HG12  ILE 203          HG12      ILE 203 -25.499  14.820  -3.100
    5   HG13  ILE 203          HG13      ILE 203 -24.964  13.588  -1.962
    6   HG23  ILE 203          HG21      ILE 203 -23.376  13.307  -5.211
    7   HG22  ILE 203          HG22      ILE 203 -24.814  14.221  -5.667
    8   HG21  ILE 203          HG23      ILE 203 -24.698  12.506  -6.061
    9   HD11  ILE 203          HD11      ILE 203 -22.692  13.759  -2.935
   10   HD13  ILE 203          HD12      ILE 203 -23.258  15.258  -2.199
   11   HD12  ILE 203          HD13      ILE 203 -23.278  15.076  -3.956

  No H/Q in entry =          11
  In of MODEL   11
    1    H    VAL 204           H        VAL 204 -28.084  13.767  -5.858
    2    HA   VAL 204           HA       VAL 204 -28.066  11.481  -7.737
    3    HB   VAL 204           HB       VAL 204 -30.048  13.654  -7.094
    4   HG13  VAL 204          HG11      VAL 204 -31.156  13.420  -9.251
    5   HG12  VAL 204          HG12      VAL 204 -29.851  12.373  -9.814
    6   HG11  VAL 204          HG13      VAL 204 -29.524  14.065  -9.436
    7   HG23  VAL 204          HG21      VAL 204 -31.636  11.765  -7.700
    8   HG22  VAL 204          HG22      VAL 204 -30.666  11.566  -6.243
    9   HG21  VAL 204          HG23      VAL 204 -30.209  10.731  -7.730

  No H/Q in entry =           9
  In of MODEL   11
    1    H    VAL 205           H        VAL 205 -27.160  11.879  -9.727
    2    HA   VAL 205           HA       VAL 205 -26.079  14.490 -10.295
    3    HB   VAL 205           HB       VAL 205 -24.537  12.893 -11.800
    4   HG11  VAL 205          HG11      VAL 205 -23.688  14.297  -9.932
    5   HG13  VAL 205          HG12      VAL 205 -22.838  12.755 -10.031
    6   HG12  VAL 205          HG13      VAL 205 -24.078  12.999  -8.798
    7   HG21  VAL 205          HG21      VAL 205 -25.314  11.017  -9.555
    8   HG23  VAL 205          HG22      VAL 205 -24.015  10.732 -10.719
    9   HG22  VAL 205          HG23      VAL 205 -25.695  10.794 -11.267

  No H/Q in entry =           9
  In of MODEL   11
    1    H    TYR 206           H        TYR 206 -27.973  14.987 -11.133
    2    HA   TYR 206           HA       TYR 206 -30.016  13.597 -12.282
    3    HB2  TYR 206           HB2      TYR 206 -28.763  16.238 -13.064
    4    HB3  TYR 206           HB3      TYR 206 -30.169  15.619 -13.915
    5    HD1  TYR 206           HD1      TYR 206 -29.226  17.890 -11.519
    6    HD2  TYR 206           HD2      TYR 206 -32.006  14.701 -12.114
    7    HE1  TYR 206           HE1      TYR 206 -30.715  18.896  -9.866
    8    HE2  TYR 206           HE2      TYR 206 -33.514  15.669 -10.452
    9    HH   TYR 206           HH       TYR 206 -33.285  18.809  -9.384

  No H/Q in entry =           9
  In of MODEL   11
    1    H    GLY 207           H        GLY 207 -27.183  14.912 -14.060
    2    HA3  GLY 207           HA2      GLY 207 -26.813  12.627 -15.675
    3    HA2  GLY 207           HA3      GLY 207 -27.798  13.785 -16.549

  No H/Q in entry =           3
  In of MODEL   11
    1    H    THR 208           H        THR 208 -26.719  16.174 -15.985
    2    HA   THR 208           HA       THR 208 -24.533  16.372 -17.689
    3    HB   THR 208           HB       THR 208 -24.503  18.567 -15.868
    4    HG1  THR 208           HG1      THR 208 -26.723  19.092 -15.878
    5   HG23  THR 208          HG21      THR 208 -25.354  19.799 -17.807
    6   HG22  THR 208          HG22      THR 208 -25.739  18.277 -18.610
    7   HG21  THR 208          HG23      THR 208 -24.060  18.698 -18.277

  No H/Q in entry =           7
  In of MODEL   11
    1    H    ARG 209           H        ARG 209 -24.688  16.371 -14.172
    2    HA   ARG 209           HA       ARG 209 -22.179  15.171 -13.837
    3    HB2  ARG 209           HB2      ARG 209 -20.955  17.008 -12.786
    4    HB3  ARG 209           HB3      ARG 209 -21.356  17.432 -14.446
    5    HG2  ARG 209           HG2      ARG 209 -23.290  18.725 -13.595
    6    HG3  ARG 209           HG3      ARG 209 -22.746  18.382 -11.953
    7    HD2  ARG 209           HD2      ARG 209 -21.697  20.367 -12.212
    8    HD3  ARG 209           HD3      ARG 209 -20.471  19.351 -12.966
    9    HE   ARG 209           HE       ARG 209 -21.333  20.018 -15.120
   10   HH11  ARG 209          HH11      ARG 209 -22.545  21.840 -12.388
   11   HH12  ARG 209          HH12      ARG 209 -22.957  23.231 -13.336
   12   HH21  ARG 209          HH21      ARG 209 -21.885  21.847 -16.373
   13   HH22  ARG 209          HH22      ARG 209 -22.582  23.239 -15.601

  No H/Q in entry =          13
  In of MODEL   11
    1    H1   VAL   1           H1       VAL   1  31.729 -13.676 -10.256
    2    H2   VAL   1           H3       VAL   1  33.056 -12.740  -9.785
    3    H3   VAL   1           H2       VAL   1  33.271 -14.043 -10.837
    4    HA   VAL   1           HA       VAL   1  34.021 -14.796  -8.780
    5    HB   VAL   1           HB       VAL   1  33.143 -13.116  -7.318
    6   HG12  VAL   1          HG11      VAL   1  30.758 -12.994  -6.705
    7   HG11  VAL   1          HG12      VAL   1  30.402 -14.204  -7.939
    8   HG13  VAL   1          HG13      VAL   1  31.046 -12.629  -8.406
    9   HG22  VAL   1          HG21      VAL   1  33.617 -15.242  -6.251
   10   HG21  VAL   1          HG22      VAL   1  31.974 -15.795  -6.577
   11   HG23  VAL   1          HG23      VAL   1  32.248 -14.454  -5.464

  No H/Q in entry =          11
  In of MODEL   11
    1    H    LEU   2           H        LEU   2  33.962 -16.938  -8.931
    2    HA   LEU   2           HA       LEU   2  31.508 -18.223  -9.834
    3    HB2  LEU   2           HB2      LEU   2  34.347 -18.766 -10.062
    4    HB3  LEU   2           HB3      LEU   2  33.464 -20.183  -9.525
    5    HG   LEU   2           HG       LEU   2  31.893 -19.688 -11.524
    6   HD12  LEU   2          HD11      LEU   2  33.022 -18.592 -13.411
    7   HD11  LEU   2          HD12      LEU   2  34.345 -18.138 -12.337
    8   HD13  LEU   2          HD13      LEU   2  32.729 -17.485 -12.070
    9   HD21  LEU   2          HD21      LEU   2  33.404 -21.615 -11.333
   10   HD23  LEU   2          HD22      LEU   2  34.706 -20.646 -12.023
   11   HD22  LEU   2          HD23      LEU   2  33.279 -21.022 -12.989

  No H/Q in entry =          11
  In of MODEL   11
    1    H    GLY   3           H        GLY   3  30.377 -17.927  -7.810
    2    HA3  GLY   3           HA2      GLY   3  29.828 -20.007  -6.304
    3    HA2  GLY   3           HA3      GLY   3  31.361 -19.553  -5.578

  No H/Q in entry =           3
  In of MODEL   11
    1    H    LYS   4           H        LYS   4  28.013 -18.995  -5.666
    2    HA   LYS   4           HA       LYS   4  28.343 -16.769  -3.775
    3    HB2  LYS   4           HB2      LYS   4  27.328 -16.309  -6.149
    4    HB3  LYS   4           HB3      LYS   4  25.879 -17.021  -5.455
    5    HG2  LYS   4           HG2      LYS   4  26.022 -14.517  -5.363
    6    HG3  LYS   4           HG3      LYS   4  25.710 -15.320  -3.822
    7    HD2  LYS   4           HD2      LYS   4  27.856 -14.899  -3.026
    8    HD3  LYS   4           HD3      LYS   4  28.512 -14.650  -4.645
    9    HE2  LYS   4           HE2      LYS   4  26.405 -12.759  -3.992
   10    HE3  LYS   4           HE3      LYS   4  27.753 -12.682  -2.857
   11    HZ1  LYS   4           HZ1      LYS   4  28.019 -12.528  -5.813
   12    HZ3  LYS   4           HZ2      LYS   4  29.260 -12.332  -4.676
   13    HZ2  LYS   4           HZ3      LYS   4  28.015 -11.190  -4.780

  No H/Q in entry =          13
  In of MODEL   11
    1    HA   PRO   5           HA       PRO   5  26.247 -19.932  -1.304
    2    HB2  PRO   5           HB2      PRO   5  26.761 -18.142   0.945
    3    HB3  PRO   5           HB3      PRO   5  27.358 -19.777   0.661
    4    HG2  PRO   5           HG2      PRO   5  28.956 -17.595   0.545
    5    HG3  PRO   5           HG3      PRO   5  29.235 -19.045  -0.433
    6    HD2  PRO   5           HD2      PRO   5  28.010 -16.432  -1.222
    7    HD3  PRO   5           HD3      PRO   5  29.124 -17.477  -2.128

  No H/Q in entry =           7
  In of MODEL   11
    1    H    GLN   6           H        GLN   6  24.157 -20.092  -0.935
    2    HA   GLN   6           HA       GLN   6  22.482 -17.719  -0.831
    3    HB2  GLN   6           HB2      GLN   6  21.709 -20.641  -0.805
    4    HB3  GLN   6           HB3      GLN   6  20.628 -19.284  -1.074
    5    HG2  GLN   6           HG2      GLN   6  20.944 -19.910  -3.215
    6    HG3  GLN   6           HG3      GLN   6  22.312 -18.817  -3.066
    7   HE21  GLN   6          HE21      GLN   6  21.885 -21.078  -4.859
    8   HE22  GLN   6          HE22      GLN   6  23.200 -22.168  -4.592

  No H/Q in entry =           8
  In of MODEL   11
    1    H    THR   7           H        THR   7  22.537 -20.765   0.981
    2    HA   THR   7           HA       THR   7  22.591 -21.246   3.197
    3    HB   THR   7           HB       THR   7  22.616 -18.304   3.881
    4    HG1  THR   7           HG1      THR   7  24.310 -19.282   2.315
    5   HG21  THR   7          HG21      THR   7  23.690 -20.759   5.281
    6   HG23  THR   7          HG22      THR   7  22.264 -19.836   5.757
    7   HG22  THR   7          HG23      THR   7  23.865 -19.099   5.849

  No H/Q in entry =           7
  In of MODEL   11
    1    H    ASP   8           H        ASP   8  20.267 -21.563   2.144
    2    HA   ASP   8           HA       ASP   8  18.396 -21.230   4.049
    3    HB2  ASP   8           HB2      ASP   8  18.233 -18.832   3.485
    4    HB3  ASP   8           HB3      ASP   8  17.746 -19.250   1.842

  No H/Q in entry =           4
  In of MODEL   11
    1    HA   PRO   9           HA       PRO   9  17.704 -24.872   1.321
    2    HB2  PRO   9           HB2      PRO   9  15.308 -24.942   3.102
    3    HB3  PRO   9           HB3      PRO   9  16.314 -26.271   2.513
    4    HG2  PRO   9           HG2      PRO   9  16.605 -25.278   4.981
    5    HG3  PRO   9           HG3      PRO   9  17.985 -25.863   4.036
    6    HD2  PRO   9           HD2      PRO   9  17.259 -23.097   4.773
    7    HD3  PRO   9           HD3      PRO   9  18.829 -23.756   4.281

  No H/Q in entry =           7
  In of MODEL   11
    1    H    THR  10           H        THR  10  15.171 -22.431   2.013
    2    HA   THR  10           HA       THR  10  13.548 -23.455  -0.182
    3    HB   THR  10           HB       THR  10  12.406 -21.072   0.690
    4    HG1  THR  10           HG1      THR  10  13.849 -21.035   2.496
    5   HG22  THR  10          HG21      THR  10  10.754 -22.545   1.761
    6   HG21  THR  10          HG22      THR  10  11.878 -23.896   1.615
    7   HG23  THR  10          HG23      THR  10  11.221 -23.137   0.166

  No H/Q in entry =           7
  In of MODEL   11
    1    H    LEU  11           H        LEU  11  15.516 -20.562   0.625
    2    HA   LEU  11           HA       LEU  11  14.943 -19.367  -1.946
    3    HB2  LEU  11           HB2      LEU  11  16.181 -18.596   0.469
    4    HB3  LEU  11           HB3      LEU  11  17.368 -18.395  -0.812
    5    HG   LEU  11           HG       LEU  11  16.316 -16.386  -0.788
    6   HD11  LEU  11          HD11      LEU  11  16.062 -17.818  -2.994
    7   HD13  LEU  11          HD12      LEU  11  15.503 -16.147  -2.877
    8   HD12  LEU  11          HD13      LEU  11  14.360 -17.479  -2.681
    9   HD23  LEU  11          HD21      LEU  11  13.676 -17.768  -0.490
   10   HD22  LEU  11          HD22      LEU  11  13.927 -16.022  -0.533
   11   HD21  LEU  11          HD23      LEU  11  14.560 -16.971   0.813

  No H/Q in entry =          11
  In of MODEL   11
    1    H    GLU  12           H        GLU  12  17.117 -21.490  -0.627
    2    HA   GLU  12           HA       GLU  12  19.157 -21.517  -2.660
    3    HB2  GLU  12           HB2      GLU  12  19.329 -22.180  -0.089
    4    HB3  GLU  12           HB3      GLU  12  18.791 -23.745  -0.678
    5    HG2  GLU  12           HG2      GLU  12  20.728 -24.097  -1.895
    6    HG3  GLU  12           HG3      GLU  12  21.137 -22.382  -1.928

  No H/Q in entry =           6
  In of MODEL   11
    1    H    TRP  13           H        TRP  13  16.040 -22.554  -2.304
    2    HA   TRP  13           HA       TRP  13  16.447 -24.827  -4.129
    3    HB2  TRP  13           HB2      TRP  13  14.280 -24.079  -2.271
    4    HB3  TRP  13           HB3      TRP  13  13.718 -24.624  -3.853
    5    HD1  TRP  13           HD1      TRP  13  16.888 -26.041  -2.279
    6    HE1  TRP  13           HE1      TRP  13  16.518 -28.531  -1.751
    7    HE3  TRP  13           HE3      TRP  13  11.903 -26.368  -3.351
    8    HZ2  TRP  13           HZ2      TRP  13  14.398 -30.389  -1.788
    9    HZ3  TRP  13           HZ3      TRP  13  10.778 -28.538  -3.082
   10    HH2  TRP  13           HH2      TRP  13  12.002 -30.508  -2.319

  No H/Q in entry =          10
  In of MODEL   11
    1    H    PHE  14           H        PHE  14  15.657 -21.500  -3.903
    2    HA   PHE  14           HA       PHE  14  14.426 -21.308  -6.543
    3    HB2  PHE  14           HB2      PHE  14  13.338 -20.018  -4.908
    4    HB3  PHE  14           HB3      PHE  14  14.835 -19.409  -4.268
    5    HD1  PHE  14           HD1      PHE  14  15.350 -17.287  -4.708
    6    HD2  PHE  14           HD2      PHE  14  13.127 -19.397  -7.628
    7    HE1  PHE  14           HE1      PHE  14  15.328 -15.290  -6.132
    8    HE2  PHE  14           HE2      PHE  14  13.087 -17.403  -9.050
    9    HZ   PHE  14           HZ       PHE  14  14.194 -15.343  -8.311

  No H/Q in entry =           9
  In of MODEL   11
    1    H    LEU  15           H        LEU  15  17.465 -20.685  -4.973
    2    HA   LEU  15           HA       LEU  15  18.194 -18.648  -6.929
    3    HB2  LEU  15           HB2      LEU  15  19.802 -19.477  -4.520
    4    HB3  LEU  15           HB3      LEU  15  20.082 -18.096  -5.562
    5    HG   LEU  15           HG       LEU  15  17.626 -18.433  -3.848
    6   HD13  LEU  15          HD11      LEU  15  19.051 -18.056  -2.197
    7   HD12  LEU  15          HD12      LEU  15  18.918 -16.383  -2.752
    8   HD11  LEU  15          HD13      LEU  15  20.280 -17.383  -3.267
    9   HD22  LEU  15          HD21      LEU  15  17.135 -16.175  -4.307
   10   HD21  LEU  15          HD22      LEU  15  17.455 -16.947  -5.863
   11   HD23  LEU  15          HD23      LEU  15  18.683 -15.927  -5.112

  No H/Q in entry =          11
  In of MODEL   11
    1    H    SER  16           H        SER  16  18.076 -21.801  -6.430
    2    HA   SER  16           HA       SER  16  20.568 -22.464  -7.857
    3    HB2  SER  16           HB2      SER  16  19.763 -24.853  -7.335
    4    HB3  SER  16           HB3      SER  16  20.261 -23.904  -5.930
    5    HG   SER  16           HG       SER  16  18.348 -24.366  -5.207

  No H/Q in entry =           5
  In of MODEL   11
    1    H    HIS  17           H        HIS  17  17.476 -21.463  -8.267
    2    HA   HIS  17           HA       HIS  17  17.089 -23.076 -10.663
    3    HB2  HIS  17           HB2      HIS  17  15.222 -22.085  -8.634
    4    HB3  HIS  17           HB3      HIS  17  14.690 -21.844 -10.293
    5    HD1  HIS  17           HD1      HIS  17  14.878 -24.348  -7.660
    6    HD2  HIS  17           HD2      HIS  17  14.590 -24.347 -11.810
    7    HE1  HIS  17           HE1      HIS  17  14.089 -26.655  -8.288
    8    HE2  HIS  17           HE2      HIS  17  13.783 -26.585 -10.787

  No H/Q in entry =           8
  In of MODEL   11
    1    H    CYS  18           H        CYS  18  17.968 -19.966  -9.610
    2    HA   CYS  18           HA       CYS  18  16.870 -18.760 -12.034
    3    HB2  CYS  18           HB2      CYS  18  17.079 -16.593 -10.743
    4    HB3  CYS  18           HB3      CYS  18  15.844 -17.735 -10.244
    5    HG   CYS  18           HG       CYS  18  16.898 -16.529  -8.035

  No H/Q in entry =           5
  In of MODEL   11
    1    H    HIS  19           H        HIS  19  18.532 -16.342 -11.132
    2    HA   HIS  19           HA       HIS  19  21.247 -17.113 -11.847
    3    HB2  HIS  19           HB2      HIS  19  20.467 -16.767 -14.054
    4    HB3  HIS  19           HB3      HIS  19  19.433 -15.433 -13.577
    5    HD1  HIS  19           HD1      HIS  19  23.149 -16.158 -13.966
    6    HD2  HIS  19           HD2      HIS  19  20.451 -13.010 -14.202
    7    HE1  HIS  19           HE1      HIS  19  24.492 -14.173 -14.721
    8    HE2  HIS  19           HE2      HIS  19  22.877 -12.240 -14.637

  No H/Q in entry =           8
  In of MODEL   11
    1    H    ILE  20           H        ILE  20  21.695 -16.248  -9.464
    2    HA   ILE  20           HA       ILE  20  21.317 -13.486  -8.887
    3    HB   ILE  20           HB       ILE  20  23.711 -14.758  -7.758
    4   HG12  ILE  20          HG12      ILE  20  21.649 -16.495  -7.982
    5   HG13  ILE  20          HG13      ILE  20  22.792 -16.522  -6.655
    6   HG21  ILE  20          HG21      ILE  20  22.229 -12.577  -7.185
    7   HG23  ILE  20          HG22      ILE  20  23.371 -13.352  -6.088
    8   HG22  ILE  20          HG23      ILE  20  21.654 -13.730  -5.978
    9   HD12  ILE  20          HD11      ILE  20  19.960 -16.106  -6.616
   10   HD11  ILE  20          HD12      ILE  20  20.787 -14.725  -5.903
   11   HD13  ILE  20          HD13      ILE  20  21.077 -16.343  -5.271

  No H/Q in entry =          11
  In of MODEL   11
    1    H    HIS  21           H        HIS  21  22.194 -11.915  -9.726
    2    HA   HIS  21           HA       HIS  21  24.443 -10.845  -9.627
    3    HB2  HIS  21           HB2      HIS  21  25.487 -12.968 -10.737
    4    HB3  HIS  21           HB3      HIS  21  25.018 -12.201 -12.248
    5    HD1  HIS  21           HD1      HIS  21  26.416 -10.215 -13.046
    6    HD2  HIS  21           HD2      HIS  21  27.596 -11.652  -9.321
    7    HE1  HIS  21           HE1      HIS  21  28.647  -9.146 -12.577
    8    HE2  HIS  21           HE2      HIS  21  29.287  -9.940 -10.274

  No H/Q in entry =           8
  In of MODEL   11
    1    H    LYS  22           H        LYS  22  24.081  -9.014 -10.054
    2    HA   LYS  22           HA       LYS  22  22.156  -8.324 -12.117
    3    HB2  LYS  22           HB2      LYS  22  21.542  -8.030  -9.632
    4    HB3  LYS  22           HB3      LYS  22  22.559  -6.606  -9.716
    5    HG2  LYS  22           HG2      LYS  22  20.942  -6.336 -11.918
    6    HG3  LYS  22           HG3      LYS  22  19.867  -7.050 -10.717
    7    HD2  LYS  22           HD2      LYS  22  20.578  -5.294  -9.122
    8    HD3  LYS  22           HD3      LYS  22  21.502  -4.533 -10.422
    9    HE2  LYS  22           HE2      LYS  22  19.679  -3.624 -11.335
   10    HE3  LYS  22           HE3      LYS  22  18.745  -5.110 -11.169
   11    HZ2  LYS  22           HZ1      LYS  22  18.111  -2.981  -9.840
   12    HZ1  LYS  22           HZ2      LYS  22  19.308  -3.521  -8.772
   13    HZ3  LYS  22           HZ3      LYS  22  17.980  -4.507  -9.123

  No H/Q in entry =          13
  In of MODEL   11
    1    H    TYR  23           H        TYR  23  23.031  -5.516 -10.903
    2    HA   TYR  23           HA       TYR  23  25.285  -4.974 -12.642
    3    HB2  TYR  23           HB2      TYR  23  23.395  -3.025 -13.412
    4    HB3  TYR  23           HB3      TYR  23  24.124  -4.257 -14.429
    5    HD1  TYR  23           HD1      TYR  23  22.641  -6.697 -13.554
    6    HD2  TYR  23           HD2      TYR  23  21.258  -2.748 -14.134
    7    HE1  TYR  23           HE1      TYR  23  20.420  -7.590 -14.026
    8    HE2  TYR  23           HE2      TYR  23  18.998  -3.607 -14.613
    9    HH   TYR  23           HH       TYR  23  18.261  -7.074 -14.341

  No H/Q in entry =           9
  In of MODEL   11
    1    HA   PRO  24           HA       PRO  24  26.248  -1.329 -10.218
    2    HB2  PRO  24           HB2      PRO  24  25.762   0.731 -12.095
    3    HB3  PRO  24           HB3      PRO  24  27.304  -0.066 -11.772
    4    HG2  PRO  24           HG2      PRO  24  25.313  -0.586 -13.919
    5    HG3  PRO  24           HG3      PRO  24  27.080  -0.727 -13.961
    6    HD2  PRO  24           HD2      PRO  24  25.541  -2.896 -13.851
    7    HD3  PRO  24           HD3      PRO  24  27.059  -2.816 -12.933

  No H/Q in entry =           7
  In of MODEL   11
    1    H    SER  25           H        SER  25  25.159   0.472  -8.989
    2    HA   SER  25           HA       SER  25  22.345   0.425  -9.118
    3    HB2  SER  25           HB2      SER  25  23.220   2.884  -8.012
    4    HB3  SER  25           HB3      SER  25  22.570   1.478  -7.185
    5    HG   SER  25           HG       SER  25  24.942   2.353  -6.848

  No H/Q in entry =           5
  In of MODEL   11
    1    H    LYS  26           H        LYS  26  20.995   2.187  -9.515
    2    HA   LYS  26           HA       LYS  26  20.277   4.136 -10.658
    3    HB2  LYS  26           HB2      LYS  26  22.717   3.583 -12.488
    4    HB3  LYS  26           HB3      LYS  26  21.504   4.804 -12.846
    5    HG2  LYS  26           HG2      LYS  26  22.065   5.985 -10.641
    6    HG3  LYS  26           HG3      LYS  26  23.263   4.742 -10.290
    7    HD2  LYS  26           HD2      LYS  26  24.497   5.485 -12.422
    8    HD3  LYS  26           HD3      LYS  26  23.279   6.757 -12.633
    9    HE2  LYS  26           HE2      LYS  26  23.814   7.707 -10.348
   10    HE3  LYS  26           HE3      LYS  26  25.014   6.434 -10.071
   11    HZ1  LYS  26           HZ1      LYS  26  25.211   8.109 -12.504
   12    HZ2  LYS  26           HZ2      LYS  26  25.766   8.695 -11.076
   13    HZ3  LYS  26           HZ3      LYS  26  26.370   7.239 -11.645

  No H/Q in entry =          13
  In of MODEL   11
    1    H    SER  27           H        SER  27  20.763   0.954 -11.238
    2    HA   SER  27           HA       SER  27  19.652   0.883 -13.885
    3    HB2  SER  27           HB2      SER  27  19.814  -1.633 -13.452
    4    HB3  SER  27           HB3      SER  27  21.326  -0.730 -13.550
    5    HG   SER  27           HG       SER  27  21.735  -1.246 -11.563

  No H/Q in entry =           5
  In of MODEL   11
    1    H    THR  28           H        THR  28  17.592   1.320 -13.991
    2    HA   THR  28           HA       THR  28  15.756  -0.057 -12.171
    3    HB   THR  28           HB       THR  28  15.109   2.282 -12.601
    4    HG1  THR  28           HG1      THR  28  13.265   1.104 -12.549
    5   HG22  THR  28          HG21      THR  28  14.479   2.257 -15.370
    6   HG21  THR  28          HG22      THR  28  16.160   1.755 -15.189
    7   HG23  THR  28          HG23      THR  28  15.621   3.293 -14.515

  No H/Q in entry =           7
  In of MODEL   11
    1    H    LEU  29           H        LEU  29  14.119  -1.231 -13.329
    2    HA   LEU  29           HA       LEU  29  15.501  -2.930 -15.221
    3    HB2  LEU  29           HB2      LEU  29  14.038  -4.553 -13.339
    4    HB3  LEU  29           HB3      LEU  29  15.720  -4.663 -13.804
    5    HG   LEU  29           HG       LEU  29  14.578  -3.013 -11.540
    6   HD13  LEU  29          HD11      LEU  29  15.768  -4.501 -10.109
    7   HD12  LEU  29          HD12      LEU  29  16.462  -5.361 -11.488
    8   HD11  LEU  29          HD13      LEU  29  14.726  -5.465 -11.164
    9   HD21  LEU  29          HD21      LEU  29  16.466  -1.941 -12.645
   10   HD23  LEU  29          HD22      LEU  29  17.433  -3.401 -12.388
   11   HD22  LEU  29          HD23      LEU  29  16.847  -2.469 -11.005

  No H/Q in entry =          11
  In of MODEL   11
    1    H    ILE  30           H        ILE  30  12.674  -1.661 -13.891
    2    HA   ILE  30           HA       ILE  30  10.903  -2.339 -15.900
    3    HB   ILE  30           HB       ILE  30   9.505  -3.838 -14.010
    4   HG12  ILE  30          HG12      ILE  30  11.890  -5.515 -14.174
    5   HG13  ILE  30          HG13      ILE  30  12.137  -4.070 -13.208
    6   HG23  ILE  30          HG21      ILE  30   9.247  -4.423 -16.234
    7   HG22  ILE  30          HG22      ILE  30  10.091  -5.811 -15.550
    8   HG21  ILE  30          HG23      ILE  30  10.981  -4.618 -16.496
    9   HD12  ILE  30          HD11      ILE  30  10.110  -6.236 -12.773
   10   HD11  ILE  30          HD12      ILE  30  10.117  -4.703 -11.893
   11   HD13  ILE  30          HD13      ILE  30  11.492  -5.812 -11.753

  No H/Q in entry =          11
  In of MODEL   11
    1    H    HIS  31           H        HIS  31  10.191  -0.487 -15.730
    2    HA   HIS  31           HA       HIS  31   8.031   0.172 -14.053
    3    HB2  HIS  31           HB2      HIS  31   9.490   0.658 -12.287
    4    HB3  HIS  31           HB3      HIS  31  10.808   1.051 -13.373
    5    HD1  HIS  31           HD1      HIS  31   7.923   2.577 -11.580
    6    HD2  HIS  31           HD2      HIS  31  10.985   3.714 -14.146
    7    HE1  HIS  31           HE1      HIS  31   7.886   5.079 -11.609
    8    HE2  HIS  31           HE2      HIS  31   9.609   5.726 -13.348

  No H/Q in entry =           8
  In of MODEL   11
    1    H    GLN  32           H        GLN  32   8.289   0.179 -16.848
    2    HA   GLN  32           HA       GLN  32   7.663   2.960 -17.399
    3    HB2  GLN  32           HB2      GLN  32  10.031   1.623 -18.707
    4    HB3  GLN  32           HB3      GLN  32   9.135   2.888 -19.529
    5    HG2  GLN  32           HG2      GLN  32   9.612   4.414 -17.632
    6    HG3  GLN  32           HG3      GLN  32  10.600   3.151 -16.904
    7   HE21  GLN  32          HE21      GLN  32  12.551   2.556 -17.931
    8   HE22  GLN  32          HE22      GLN  32  13.342   3.621 -19.038

  No H/Q in entry =           8
  In of MODEL   11
    1    H    GLY  33           H        GLY  33   7.084  -0.252 -17.715
    2    HA3  GLY  33           HA2      GLY  33   4.802  -0.622 -18.718
    3    HA2  GLY  33           HA3      GLY  33   5.438   0.250 -20.099

  No H/Q in entry =           3
  In of MODEL   11
    1    H    GLU  34           H        GLU  34   7.586  -1.827 -18.459
    2    HA   GLU  34           HA       GLU  34   7.668  -3.744 -20.659
    3    HB2  GLU  34           HB2      GLU  34   9.242  -3.904 -18.096
    4    HB3  GLU  34           HB3      GLU  34   9.710  -4.415 -19.700
    5    HG2  GLU  34           HG2      GLU  34  11.008  -2.568 -19.540
    6    HG3  GLU  34           HG3      GLU  34   9.543  -1.799 -20.144

  No H/Q in entry =           6
  In of MODEL   11
    1    H    LYS  35           H        LYS  35   6.340  -5.433 -20.531
    2    HA   LYS  35           HA       LYS  35   4.767  -6.271 -18.462
    3    HB2  LYS  35           HB2      LYS  35   5.857  -7.639 -20.857
    4    HB3  LYS  35           HB3      LYS  35   5.186  -8.665 -19.598
    5    HG2  LYS  35           HG2      LYS  35   3.066  -7.541 -19.738
    6    HG3  LYS  35           HG3      LYS  35   3.722  -6.377 -20.891
    7    HD2  LYS  35           HD2      LYS  35   2.453  -7.998 -22.119
    8    HD3  LYS  35           HD3      LYS  35   4.162  -8.282 -22.454
    9    HE2  LYS  35           HE2      LYS  35   3.372  -9.814 -20.169
   10    HE3  LYS  35           HE3      LYS  35   2.242 -10.114 -21.488
   11    HZ1  LYS  35           HZ1      LYS  35   4.214 -10.551 -22.917
   12    HZ3  LYS  35           HZ2      LYS  35   4.022 -11.665 -21.661
   13    HZ2  LYS  35           HZ3      LYS  35   5.197 -10.451 -21.541

  No H/Q in entry =          13
  In of MODEL   11
    1    H    ALA  36           H        ALA  36   5.270  -6.846 -16.437
    2    HA   ALA  36           HA       ALA  36   7.954  -7.632 -15.845
    3    HB3  ALA  36           HB1      ALA  36   7.077  -7.791 -13.503
    4    HB2  ALA  36           HB2      ALA  36   5.501  -7.313 -14.139
    5    HB1  ALA  36           HB3      ALA  36   6.878  -6.221 -14.280

  No H/Q in entry =           5
  In of MODEL   11
    1    H    GLU  37           H        GLU  37   7.672  -9.509 -17.386
    2    HA   GLU  37           HA       GLU  37   6.364 -11.825 -16.188
    3    HB2  GLU  37           HB2      GLU  37   7.127 -12.951 -18.336
    4    HB3  GLU  37           HB3      GLU  37   5.940 -11.667 -18.503
    5    HG2  GLU  37           HG2      GLU  37   7.925 -10.135 -18.975
    6    HG3  GLU  37           HG3      GLU  37   8.857 -11.618 -19.182

  No H/Q in entry =           6
  In of MODEL   11
    1    H    THR  38           H        THR  38   9.261 -10.311 -16.009
    2    HA   THR  38           HA       THR  38  10.671 -12.794 -15.337
    3    HB   THR  38           HB       THR  38  11.815 -11.796 -17.185
    4    HG1  THR  38           HG1      THR  38  13.006 -12.289 -15.004
    5   HG21  THR  38          HG21      THR  38  11.489  -9.229 -15.669
    6   HG23  THR  38          HG22      THR  38  11.048  -9.600 -17.336
    7   HG22  THR  38          HG23      THR  38  12.745  -9.409 -16.894

  No H/Q in entry =           7
  In of MODEL   11
    1    H    LEU  39           H        LEU  39  11.253 -13.007 -13.257
    2    HA   LEU  39           HA       LEU  39  10.777 -10.738 -11.508
    3    HB2  LEU  39           HB2      LEU  39   9.469 -12.568 -10.821
    4    HB3  LEU  39           HB3      LEU  39  10.780 -13.704 -11.066
    5    HG   LEU  39           HG       LEU  39  11.234 -11.639  -8.989
    6   HD12  LEU  39          HD11      LEU  39   9.378 -13.956  -8.485
    7   HD11  LEU  39          HD12      LEU  39   8.853 -12.280  -8.658
    8   HD13  LEU  39          HD13      LEU  39   9.912 -12.742  -7.324
    9   HD22  LEU  39          HD21      LEU  39  12.903 -13.315  -9.380
   10   HD21  LEU  39          HD22      LEU  39  11.708 -14.603  -9.218
   11   HD23  LEU  39          HD23      LEU  39  12.148 -13.628  -7.816

  No H/Q in entry =          11
  In of MODEL   11
    1    H    TYR  40           H        TYR  40  12.365 -10.046 -10.013
    2    HA   TYR  40           HA       TYR  40  15.040 -11.163 -10.465
    3    HB2  TYR  40           HB2      TYR  40  14.560  -8.269  -9.794
    4    HB3  TYR  40           HB3      TYR  40  16.023  -9.012 -10.398
    5    HD1  TYR  40           HD1      TYR  40  16.595  -8.574 -12.524
    6    HD2  TYR  40           HD2      TYR  40  12.474  -8.468 -11.536
    7    HE1  TYR  40           HE1      TYR  40  16.083  -7.767 -14.789
    8    HE2  TYR  40           HE2      TYR  40  11.938  -7.690 -13.806
    9    HH   TYR  40           HH       TYR  40  13.227  -6.388 -15.656

  No H/Q in entry =           9
  In of MODEL   11
    1    H    TYR  41           H        TYR  41  15.857 -11.930  -8.546
    2    HA   TYR  41           HA       TYR  41  14.626 -11.005  -6.058
    3    HB2  TYR  41           HB2      TYR  41  15.084 -13.470  -6.750
    4    HB3  TYR  41           HB3      TYR  41  16.753 -13.114  -6.317
    5    HD1  TYR  41           HD1      TYR  41  16.925 -11.856  -3.909
    6    HD2  TYR  41           HD2      TYR  41  13.842 -14.438  -5.190
    7    HE1  TYR  41           HE1      TYR  41  16.352 -12.315  -1.571
    8    HE2  TYR  41           HE2      TYR  41  13.239 -14.914  -2.908
    9    HH   TYR  41           HH       TYR  41  14.524 -13.072  -0.253

  No H/Q in entry =           9
  In of MODEL   11
    1    H    ILE  42           H        ILE  42  15.590  -9.099  -5.484
    2    HA   ILE  42           HA       ILE  42  18.336  -8.529  -5.858
    3    HB   ILE  42           HB       ILE  42  16.749  -6.753  -5.606
    4   HG12  ILE  42          HG12      ILE  42  18.483  -6.782  -3.139
    5   HG13  ILE  42          HG13      ILE  42  19.005  -6.287  -4.751
    6   HG22  ILE  42          HG21      ILE  42  15.697  -6.348  -3.332
    7   HG21  ILE  42          HG22      ILE  42  16.093  -8.032  -2.986
    8   HG23  ILE  42          HG23      ILE  42  15.024  -7.634  -4.331
    9   HD13  ILE  42          HD11      ILE  42  18.403  -4.243  -4.141
   10   HD12  ILE  42          HD12      ILE  42  17.482  -4.831  -2.757
   11   HD11  ILE  42          HD13      ILE  42  16.742  -4.795  -4.361

  No H/Q in entry =          11
  In of MODEL   11
    1    H    VAL  43           H        VAL  43  19.487 -10.275  -5.158
    2    HA   VAL  43           HA       VAL  43  19.082 -11.523  -2.628
    3    HB   VAL  43           HB       VAL  43  21.327 -11.952  -4.583
    4   HG12  VAL  43          HG11      VAL  43  20.132 -13.860  -2.602
    5   HG11  VAL  43          HG12      VAL  43  21.558 -12.867  -2.266
    6   HG13  VAL  43          HG13      VAL  43  21.599 -14.061  -3.565
    7   HG23  VAL  43          HG21      VAL  43  19.389 -13.982  -4.748
    8   HG22  VAL  43          HG22      VAL  43  19.823 -12.791  -5.976
    9   HG21  VAL  43          HG23      VAL  43  18.528 -12.449  -4.833

  No H/Q in entry =           9
  In of MODEL   11
    1    H    LYS  44           H        LYS  44  20.999  -9.114  -3.771
    2    HA   LYS  44           HA       LYS  44  22.329  -8.354  -1.425
    3    HB2  LYS  44           HB2      LYS  44  23.750 -10.364  -2.202
    4    HB3  LYS  44           HB3      LYS  44  24.132  -9.415  -3.637
    5    HG2  LYS  44           HG2      LYS  44  25.001  -7.637  -2.036
    6    HG3  LYS  44           HG3      LYS  44  24.894  -8.873  -0.778
    7    HD2  LYS  44           HD2      LYS  44  26.369 -10.327  -2.088
    8    HD3  LYS  44           HD3      LYS  44  26.476  -9.087  -3.339
    9    HE2  LYS  44           HE2      LYS  44  28.435  -9.041  -1.895
   10    HE3  LYS  44           HE3      LYS  44  27.500  -7.555  -1.739
   11    HZ2  LYS  44           HZ1      LYS  44  28.330  -8.603   0.382
   12    HZ1  LYS  44           HZ2      LYS  44  27.186  -9.821   0.138
   13    HZ3  LYS  44           HZ3      LYS  44  26.685  -8.218   0.340

  No H/Q in entry =          13
  In of MODEL   11
    1    H    GLY  45           H        GLY  45  23.193  -6.353  -1.835
    2    HA3  GLY  45           HA2      GLY  45  23.462  -4.356  -3.039
    3    HA2  GLY  45           HA3      GLY  45  22.630  -5.095  -4.416

  No H/Q in entry =           3
  In of MODEL   11
    1    H    SER  46           H        SER  46  21.690  -2.642  -3.349
    2    HA   SER  46           HA       SER  46  19.080  -3.573  -2.560
    3    HB2  SER  46           HB2      SER  46  19.499  -2.818  -0.472
    4    HB3  SER  46           HB3      SER  46  20.884  -1.865  -1.002
    5    HG   SER  46           HG       SER  46  19.535  -0.214  -1.551

  No H/Q in entry =           5
  In of MODEL   11
    1    H    VAL  47           H        VAL  47  17.339  -2.250  -3.206
    2    HA   VAL  47           HA       VAL  47  18.174  -0.410  -5.337
    3    HB   VAL  47           HB       VAL  47  16.418  -1.117  -6.779
    4   HG11  VAL  47          HG11      VAL  47  18.566  -2.450  -6.719
    5   HG13  VAL  47          HG12      VAL  47  17.169  -3.213  -7.489
    6   HG12  VAL  47          HG13      VAL  47  17.643  -3.680  -5.857
    7   HG23  VAL  47          HG21      VAL  47  15.095  -3.197  -6.180
    8   HG22  VAL  47          HG22      VAL  47  14.623  -1.667  -5.436
    9   HG21  VAL  47          HG23      VAL  47  15.555  -2.846  -4.512

  No H/Q in entry =           9
  In of MODEL   11
    1    H    ALA  48           H        ALA  48  15.979   0.702  -6.205
    2    HA   ALA  48           HA       ALA  48  14.685   1.679  -3.808
    3    HB2  ALA  48           HB1      ALA  48  15.017   3.902  -4.361
    4    HB3  ALA  48           HB2      ALA  48  15.357   3.526  -6.049
    5    HB1  ALA  48           HB3      ALA  48  16.554   3.156  -4.808

  No H/Q in entry =           5
  In of MODEL   11
    1    H    VAL  49           H        VAL  49  12.802   0.716  -4.125
    2    HA   VAL  49           HA       VAL  49  11.477   0.259  -6.562
    3    HB   VAL  49           HB       VAL  49  10.662   0.209  -3.665
    4   HG12  VAL  49          HG11      VAL  49   8.862  -0.741  -5.860
    5   HG11  VAL  49          HG12      VAL  49   8.738   0.886  -5.193
    6   HG13  VAL  49          HG13      VAL  49   8.496  -0.515  -4.148
    7   HG23  VAL  49          HG21      VAL  49  10.431  -2.196  -4.117
    8   HG22  VAL  49          HG22      VAL  49  12.065  -1.596  -4.417
    9   HG21  VAL  49          HG23      VAL  49  10.972  -1.907  -5.772

  No H/Q in entry =           9
  In of MODEL   11
    1    H    LEU  50           H        LEU  50   9.811   1.417  -7.573
    2    HA   LEU  50           HA       LEU  50   8.900   3.868  -6.421
    3    HB2  LEU  50           HB2      LEU  50   9.655   5.378  -8.048
    4    HB3  LEU  50           HB3      LEU  50  11.048   4.452  -7.534
    5    HG   LEU  50           HG       LEU  50   9.584   4.327 -10.145
    6   HD13  LEU  50          HD11      LEU  50  11.287   6.026  -9.931
    7   HD12  LEU  50          HD12      LEU  50  11.832   4.737 -11.012
    8   HD11  LEU  50          HD13      LEU  50  12.446   4.811  -9.355
    9   HD22  LEU  50          HD21      LEU  50   9.985   2.047  -9.444
   10   HD21  LEU  50          HD22      LEU  50  11.680   2.429  -9.128
   11   HD23  LEU  50          HD23      LEU  50  11.045   2.503 -10.776

  No H/Q in entry =          11
  In of MODEL   11
    1    H    ILE  51           H        ILE  51   7.171   4.896  -7.495
    2    HA   ILE  51           HA       ILE  51   5.664   3.000  -9.187
    3    HB   ILE  51           HB       ILE  51   3.650   4.196  -8.137
    4   HG12  ILE  51          HG12      ILE  51   5.794   4.921  -6.135
    5   HG13  ILE  51          HG13      ILE  51   4.861   6.044  -7.115
    6   HG22  ILE  51          HG21      ILE  51   3.725   2.704  -6.136
    7   HG21  ILE  51          HG22      ILE  51   5.395   2.324  -6.552
    8   HG23  ILE  51          HG23      ILE  51   4.091   1.897  -7.660
    9   HD13  ILE  51          HD11      ILE  51   2.854   5.486  -5.934
   10   HD12  ILE  51          HD12      ILE  51   4.111   5.904  -4.771
   11   HD11  ILE  51          HD13      ILE  51   3.685   4.214  -5.042

  No H/Q in entry =          11
  In of MODEL   11
    1    H    LYS  52           H        LYS  52   3.624   4.389  -9.915
    2    HA   LYS  52           HA       LYS  52   4.523   6.880 -11.179
    3    HB2  LYS  52           HB2      LYS  52   2.785   4.790 -12.521
    4    HB3  LYS  52           HB3      LYS  52   3.389   6.276 -13.241
    5    HG2  LYS  52           HG2      LYS  52   5.722   5.314 -12.789
    6    HG3  LYS  52           HG3      LYS  52   4.893   3.778 -12.556
    7    HD2  LYS  52           HD2      LYS  52   4.810   3.466 -14.760
    8    HD3  LYS  52           HD3      LYS  52   3.919   4.979 -14.954
    9    HE2  LYS  52           HE2      LYS  52   6.649   5.611 -14.479
   10    HE3  LYS  52           HE3      LYS  52   6.589   4.367 -15.722
   11    HZ1  LYS  52           HZ1      LYS  52   4.798   6.685 -15.941
   12    HZ3  LYS  52           HZ2      LYS  52   5.478   5.732 -17.160
   13    HZ2  LYS  52           HZ3      LYS  52   6.436   6.869 -16.345

  No H/Q in entry =          13
  In of MODEL   11
    1    H    ASP  53           H        ASP  53   2.995   8.440 -11.338
    2    HA   ASP  53           HA       ASP  53   0.685   8.213  -9.597
    3    HB2  ASP  53           HB2      ASP  53   2.482  10.086  -9.683
    4    HB3  ASP  53           HB3      ASP  53   1.510  10.705 -11.008

  No H/Q in entry =           4
  In of MODEL   11
    1    H    GLU  54           H        GLU  54  -0.942  10.280 -10.736
    2    HA   GLU  54           HA       GLU  54  -2.057   8.809 -13.037
    3    HB2  GLU  54           HB2      GLU  54  -3.842  10.868 -12.332
    4    HB3  GLU  54           HB3      GLU  54  -4.068   9.145 -12.067
    5    HG2  GLU  54           HG2      GLU  54  -2.940   9.382  -9.878
    6    HG3  GLU  54           HG3      GLU  54  -2.857  11.122 -10.148

  No H/Q in entry =           6
  In of MODEL   11
    1    H    GLU  55           H        GLU  55   0.056  11.183 -12.286
    2    HA   GLU  55           HA       GLU  55  -0.490  12.771 -14.739
    3    HB2  GLU  55           HB2      GLU  55   1.027  14.498 -13.540
    4    HB3  GLU  55           HB3      GLU  55  -0.642  14.364 -13.000
    5    HG2  GLU  55           HG2      GLU  55  -0.071  13.426 -11.005
    6    HG3  GLU  55           HG3      GLU  55   1.399  12.697 -11.646

  No H/Q in entry =           6
  In of MODEL   11
    1    H    GLY  56           H        GLY  56   1.085  10.197 -13.922
    2    HA3  GLY  56           HA2      GLY  56   2.864   9.213 -15.091
    3    HA2  GLY  56           HA3      GLY  56   3.223  10.785 -15.792

  No H/Q in entry =           3
  In of MODEL   11
    1    H    LYS  57           H        LYS  57   3.006  10.795 -12.233
    2    HA   LYS  57           HA       LYS  57   5.795  11.492 -12.276
    3    HB2  LYS  57           HB2      LYS  57   4.204  12.819 -10.993
    4    HB3  LYS  57           HB3      LYS  57   3.632  11.389 -10.166
    5    HG2  LYS  57           HG2      LYS  57   5.725  11.168  -9.003
    6    HG3  LYS  57           HG3      LYS  57   6.392  12.537  -9.899
    7    HD2  LYS  57           HD2      LYS  57   5.707  13.346  -7.753
    8    HD3  LYS  57           HD3      LYS  57   4.554  13.948  -8.945
    9    HE2  LYS  57           HE2      LYS  57   3.685  11.401  -7.947
   10    HE3  LYS  57           HE3      LYS  57   4.015  12.487  -6.599
   11    HZ3  LYS  57           HZ1      LYS  57   2.330  13.863  -7.177
   12    HZ2  LYS  57           HZ2      LYS  57   1.693  12.433  -7.831
   13    HZ1  LYS  57           HZ3      LYS  57   2.471  13.565  -8.840

  No H/Q in entry =          13
  In of MODEL   11
    1    H    GLU  58           H        GLU  58   7.329   9.948 -11.941
    2    HA   GLU  58           HA       GLU  58   6.483   7.419 -10.772
    3    HB2  GLU  58           HB2      GLU  58   8.678   6.757 -12.186
    4    HB3  GLU  58           HB3      GLU  58   7.061   6.682 -12.859
    5    HG2  GLU  58           HG2      GLU  58   7.387   8.881 -13.874
    6    HG3  GLU  58           HG3      GLU  58   9.018   8.935 -13.202

  No H/Q in entry =           6
  In of MODEL   11
    1    H    MET  59           H        MET  59   7.248   7.774  -8.508
    2    HA   MET  59           HA       MET  59   9.961   8.795  -8.490
    3    HB2  MET  59           HB2      MET  59   7.548   9.356  -6.798
    4    HB3  MET  59           HB3      MET  59   9.183   9.810  -6.327
    5    HG2  MET  59           HG2      MET  59   9.317  11.196  -8.359
    6    HG3  MET  59           HG3      MET  59   7.634  10.777  -8.702
    7    HE1  MET  59           HE1      MET  59   7.391  10.502  -5.280
    8    HE3  MET  59           HE2      MET  59   7.464  12.079  -4.489
    9    HE2  MET  59           HE3      MET  59   8.951  11.277  -4.992

  No H/Q in entry =           9
  In of MODEL   11
    1    H    ILE  60           H        ILE  60  11.138   8.145  -6.816
    2    HA   ILE  60           HA       ILE  60  11.068   5.588  -5.857
    3    HB   ILE  60           HB       ILE  60  12.195   8.029  -4.466
    4   HG12  ILE  60          HG12      ILE  60  13.048   7.612  -6.767
    5   HG13  ILE  60          HG13      ILE  60  14.292   7.484  -5.525
    6   HG22  ILE  60          HG21      ILE  60  12.884   5.126  -4.044
    7   HG21  ILE  60          HG22      ILE  60  11.928   6.125  -2.948
    8   HG23  ILE  60          HG23      ILE  60  13.626   6.506  -3.237
    9   HD12  ILE  60          HD11      ILE  60  13.001   5.328  -7.128
   10   HD11  ILE  60          HD12      ILE  60  13.762   4.972  -5.575
   11   HD13  ILE  60          HD13      ILE  60  14.712   5.680  -6.886

  No H/Q in entry =          11
  In of MODEL   11
    1    H    LEU  61           H        LEU  61   9.654   4.604  -4.525
    2    HA   LEU  61           HA       LEU  61   8.413   6.236  -2.461
    3    HB2  LEU  61           HB2      LEU  61   6.286   5.576  -2.932
    4    HB3  LEU  61           HB3      LEU  61   6.965   5.565  -4.538
    5    HG   LEU  61           HG       LEU  61   5.584   3.680  -4.402
    6   HD12  LEU  61          HD11      LEU  61   7.214   1.724  -4.343
    7   HD11  LEU  61          HD12      LEU  61   8.457   2.961  -4.144
    8   HD13  LEU  61          HD13      LEU  61   7.418   2.970  -5.573
    9   HD22  LEU  61          HD21      LEU  61   5.070   3.280  -2.222
   10   HD21  LEU  61          HD22      LEU  61   6.758   3.287  -1.710
   11   HD23  LEU  61          HD23      LEU  61   6.114   1.903  -2.600

  No H/Q in entry =          11
  In of MODEL   11
    1    H    SER  62           H        SER  62  10.161   3.456  -3.355
    2    HA   SER  62           HA       SER  62  10.271   2.628  -0.613
    3    HB2  SER  62           HB2      SER  62   8.270   1.429  -1.370
    4    HB3  SER  62           HB3      SER  62   9.194   0.722  -2.687
    5    HG   SER  62           HG       SER  62   9.443  -0.836  -1.232

  No H/Q in entry =           5
  In of MODEL   11
    1    H    TYR  63           H        TYR  63  11.564   0.557  -0.485
    2    HA   TYR  63           HA       TYR  63  13.587  -0.011  -2.368
    3    HB2  TYR  63           HB2      TYR  63  14.893   0.859   0.170
    4    HB3  TYR  63           HB3      TYR  63  15.535   0.865  -1.456
    5    HD1  TYR  63           HD1      TYR  63  13.128   2.744   0.683
    6    HD2  TYR  63           HD2      TYR  63  15.966   2.877  -2.457
    7    HE1  TYR  63           HE1      TYR  63  13.007   5.193   0.696
    8    HE2  TYR  63           HE2      TYR  63  15.846   5.328  -2.476
    9    HH   TYR  63           HH       TYR  63  15.182   7.129  -0.542

  No H/Q in entry =           9
  In of MODEL   11
    1    H    LEU  64           H        LEU  64  15.027  -1.331  -1.448
    2    HA   LEU  64           HA       LEU  64  13.727  -3.414   0.082
    3    HB2  LEU  64           HB2      LEU  64  15.573  -3.994  -2.155
    4    HB3  LEU  64           HB3      LEU  64  14.427  -5.047  -1.357
    5    HG   LEU  64           HG       LEU  64  13.757  -2.789  -3.247
    6   HD12  LEU  64          HD11      LEU  64  12.915  -4.599  -4.657
    7   HD11  LEU  64          HD12      LEU  64  13.480  -5.781  -3.477
    8   HD13  LEU  64          HD13      LEU  64  14.639  -4.770  -4.338
    9   HD23  LEU  64          HD21      LEU  64  11.435  -3.699  -3.062
   10   HD22  LEU  64          HD22      LEU  64  12.014  -2.883  -1.610
   11   HD21  LEU  64          HD23      LEU  64  11.973  -4.645  -1.675

  No H/Q in entry =          11
  In of MODEL   11
    1    H    ASN  65           H        ASN  65  15.533  -5.228   0.165
    2    HA   ASN  65           HA       ASN  65  18.019  -4.079   1.081
    3    HB2  ASN  65           HB2      ASN  65  16.136  -4.822   3.001
    4    HB3  ASN  65           HB3      ASN  65  17.236  -6.197   2.918
    5   HD21  ASN  65          HD21      ASN  65  17.053  -2.728   3.406
    6   HD22  ASN  65          HD22      ASN  65  18.535  -2.579   4.282

  No H/Q in entry =           6
  In of MODEL   11
    1    H    GLN  66           H        GLN  66  19.661  -5.759   1.259
    2    HA   GLN  66           HA       GLN  66  19.814  -7.497  -0.936
    3    HB2  GLN  66           HB2      GLN  66  21.353  -7.435   1.741
    4    HB3  GLN  66           HB3      GLN  66  21.809  -8.461   0.383
    5    HG2  GLN  66           HG2      GLN  66  22.279  -6.415  -1.041
    6    HG3  GLN  66           HG3      GLN  66  21.697  -5.358   0.222
    7   HE22  GLN  66          HE21      GLN  66  25.337  -5.155   0.456
    8   HE21  GLN  66          HE22      GLN  66  23.937  -4.600  -0.616

  No H/Q in entry =           8
  In of MODEL   11
    1    H    GLY  67           H        GLY  67  17.940  -8.744  -0.925
    2    HA3  GLY  67           HA2      GLY  67  17.849 -11.288  -0.494
    3    HA2  GLY  67           HA3      GLY  67  17.694 -10.760   1.175

  No H/Q in entry =           3
  In of MODEL   11
    1    H    ASP  68           H        ASP  68  16.268  -8.724  -1.210
    2    HA   ASP  68           HA       ASP  68  13.600  -9.552  -0.313
    3    HB2  ASP  68           HB2      ASP  68  14.626  -7.100  -0.161
    4    HB3  ASP  68           HB3      ASP  68  14.101  -7.025  -1.836

  No H/Q in entry =           4
  In of MODEL   11
    1    H    PHE  69           H        PHE  69  12.044  -8.576  -2.320
    2    HA   PHE  69           HA       PHE  69  12.890 -10.157  -4.647
    3    HB2  PHE  69           HB2      PHE  69  10.106  -9.535  -3.688
    4    HB3  PHE  69           HB3      PHE  69  10.523 -10.564  -5.050
    5    HD1  PHE  69           HD1      PHE  69  11.176 -12.837  -4.714
    6    HD2  PHE  69           HD2      PHE  69  10.496 -10.270  -1.386
    7    HE1  PHE  69           HE1      PHE  69  11.114 -14.792  -3.221
    8    HE2  PHE  69           HE2      PHE  69  10.455 -12.222   0.113
    9    HZ   PHE  69           HZ       PHE  69  10.756 -14.486  -0.806

  No H/Q in entry =           9
  In of MODEL   11
    1    H    ILE  70           H        ILE  70  12.021  -9.431  -6.724
    2    HA   ILE  70           HA       ILE  70  11.297  -6.607  -6.931
    3    HB   ILE  70           HB       ILE  70  13.743  -7.896  -8.129
    4   HG12  ILE  70          HG12      ILE  70  13.185  -5.307  -6.689
    5   HG13  ILE  70          HG13      ILE  70  14.216  -6.638  -6.176
    6   HG21  ILE  70          HG21      ILE  70  11.960  -5.907  -9.388
    7   HG23  ILE  70          HG22      ILE  70  13.068  -7.060 -10.128
    8   HG22  ILE  70          HG23      ILE  70  13.683  -5.550  -9.458
    9   HD12  ILE  70          HD11      ILE  70  14.727  -4.529  -8.228
   10   HD11  ILE  70          HD12      ILE  70  15.582  -6.072  -8.300
   11   HD13  ILE  70          HD13      ILE  70  15.733  -5.044  -6.872

  No H/Q in entry =          11
  In of MODEL   11
    1    H    GLY  71           H        GLY  71  10.019  -6.211  -8.755
    2    HA3  GLY  71           HA2      GLY  71   8.598  -6.686 -10.495
    3    HA2  GLY  71           HA3      GLY  71   9.746  -7.936 -10.962

  No H/Q in entry =           3
  In of MODEL   11
    1    H    GLU  72           H        GLU  72   8.250  -7.909  -7.822
    2    HA   GLU  72           HA       GLU  72   7.228 -10.539  -8.324
    3    HB2  GLU  72           HB2      GLU  72   6.290  -9.545  -5.837
    4    HB3  GLU  72           HB3      GLU  72   7.523 -10.762  -6.130
    5    HG2  GLU  72           HG2      GLU  72   8.652  -9.239  -4.843
    6    HG3  GLU  72           HG3      GLU  72   9.093  -8.725  -6.467

  No H/Q in entry =           6
  In of MODEL   11
    1    H    LEU  73           H        LEU  73   6.033  -7.295  -7.783
    2    HA   LEU  73           HA       LEU  73   3.320  -7.693  -7.746
    3    HB2  LEU  73           HB2      LEU  73   5.021  -5.557  -8.987
    4    HB3  LEU  73           HB3      LEU  73   3.284  -5.514  -9.177
    5    HG   LEU  73           HG       LEU  73   4.939  -4.774  -6.883
    6   HD11  LEU  73          HD11      LEU  73   2.250  -4.155  -8.008
    7   HD13  LEU  73          HD12      LEU  73   3.677  -3.125  -7.901
    8   HD12  LEU  73          HD13      LEU  73   2.762  -3.522  -6.443
    9   HD21  LEU  73          HD21      LEU  73   3.962  -6.868  -6.003
   10   HD23  LEU  73          HD22      LEU  73   2.354  -6.236  -6.368
   11   HD22  LEU  73          HD23      LEU  73   3.371  -5.426  -5.179

  No H/Q in entry =          11
  In of MODEL   11
    1    H    GLY  74           H        GLY  74   5.542  -7.836 -10.444
    2    HA3  GLY  74           HA2      GLY  74   3.669  -7.846 -12.535
    3    HA2  GLY  74           HA3      GLY  74   5.285  -8.525 -12.605

  No H/Q in entry =           3
  In of MODEL   11
    1    H    LEU  75           H        LEU  75   4.772 -10.435 -10.414
    2    HA   LEU  75           HA       LEU  75   3.270 -12.357 -12.088
    3    HB2  LEU  75           HB2      LEU  75   4.862 -13.851 -11.605
    4    HB3  LEU  75           HB3      LEU  75   5.775 -12.505 -10.942
    5    HG   LEU  75           HG       LEU  75   4.113 -13.246  -8.861
    6   HD13  LEU  75          HD11      LEU  75   3.448 -15.273  -9.944
    7   HD12  LEU  75          HD12      LEU  75   4.575 -15.689  -8.652
    8   HD11  LEU  75          HD13      LEU  75   5.121 -15.684 -10.333
    9   HD23  LEU  75          HD21      LEU  75   6.242 -14.202  -7.919
   10   HD22  LEU  75          HD22      LEU  75   6.370 -12.558  -8.542
   11   HD21  LEU  75          HD23      LEU  75   6.991 -13.911  -9.491

  No H/Q in entry =          11
  In of MODEL   11
    1    H    PHE  76           H        PHE  76   3.249 -10.785  -9.067
    2    HA   PHE  76           HA       PHE  76   1.336 -12.721  -7.988
    3    HB2  PHE  76           HB2      PHE  76   3.243 -12.533  -6.581
    4    HB3  PHE  76           HB3      PHE  76   3.229 -10.776  -6.692
    5    HD1  PHE  76           HD1      PHE  76   0.565 -13.210  -5.968
    6    HD2  PHE  76           HD2      PHE  76   2.874  -9.935  -4.590
    7    HE1  PHE  76           HE1      PHE  76  -0.803 -13.138  -3.902
    8    HE2  PHE  76           HE2      PHE  76   1.520  -9.832  -2.526
    9    HZ   PHE  76           HZ       PHE  76  -0.321 -11.435  -2.183

  No H/Q in entry =           9
  In of MODEL   11
    1    H    GLU  77           H        GLU  77   1.898  -9.289  -8.536
    2    HA   GLU  77           HA       GLU  77  -0.413  -8.466  -7.127
    3    HB2  GLU  77           HB2      GLU  77   1.590  -7.000  -7.977
    4    HB3  GLU  77           HB3      GLU  77   0.595  -6.823  -9.411
    5    HG2  GLU  77           HG2      GLU  77  -0.391  -6.214  -6.640
    6    HG3  GLU  77           HG3      GLU  77   0.379  -5.013  -7.672

  No H/Q in entry =           6
  In of MODEL   11
    1    H    GLU  78           H        GLU  78   0.358  -9.059 -10.475
    2    HA   GLU  78           HA       GLU  78  -1.000 -10.223 -11.915
    3    HB2  GLU  78           HB2      GLU  78  -3.037 -10.007 -10.311
    4    HB3  GLU  78           HB3      GLU  78  -3.341  -8.497 -11.161
    5    HG2  GLU  78           HG2      GLU  78  -3.410  -9.734 -13.280
    6    HG3  GLU  78           HG3      GLU  78  -3.197 -11.233 -12.380

  No H/Q in entry =           6
  In of MODEL   11
    1    H    GLY  79           H        GLY  79   0.802  -8.076 -11.872
    2    HA3  GLY  79           HA2      GLY  79  -0.123  -5.663 -13.044
    3    HA2  GLY  79           HA3      GLY  79   1.527  -6.240 -13.010

  No H/Q in entry =           3
  In of MODEL   11
    1    H    GLN  80           H        GLN  80   2.087  -7.877 -14.551
    2    HA   GLN  80           HA       GLN  80   2.371  -8.604 -16.672
    3    HB2  GLN  80           HB2      GLN  80  -0.575  -8.357 -16.458
    4    HB3  GLN  80           HB3      GLN  80   0.116  -8.580 -18.055
    5    HG2  GLN  80           HG2      GLN  80  -0.640 -10.612 -16.556
    6    HG3  GLN  80           HG3      GLN  80   0.743 -10.716 -17.644
    7   HE21  GLN  80          HE21      GLN  80  -0.298 -10.498 -14.341
    8   HE22  GLN  80          HE22      GLN  80   1.231 -10.881 -13.620

  No H/Q in entry =           8
  In of MODEL   11
    1    H    GLU  81           H        GLU  81   3.356  -6.262 -16.562
    2    HA   GLU  81           HA       GLU  81   3.622  -4.892 -18.730
    3    HB2  GLU  81           HB2      GLU  81   0.905  -4.696 -18.473
    4    HB3  GLU  81           HB3      GLU  81   1.439  -3.191 -17.733
    5    HG2  GLU  81           HG2      GLU  81   2.859  -2.873 -19.835
    6    HG3  GLU  81           HG3      GLU  81   1.859  -4.141 -20.542

  No H/Q in entry =           6
  In of MODEL   11
    1    H    ARG  82           H        ARG  82   5.318  -4.830 -16.830
    2    HA   ARG  82           HA       ARG  82   6.577  -3.644 -15.374
    3    HB2  ARG  82           HB2      ARG  82   6.951  -1.893 -16.706
    4    HB3  ARG  82           HB3      ARG  82   5.258  -1.733 -17.125
    5    HG2  ARG  82           HG2      ARG  82   5.495  -0.818 -14.469
    6    HG3  ARG  82           HG3      ARG  82   6.874  -0.164 -15.342
    7    HD2  ARG  82           HD2      ARG  82   5.189   1.459 -15.554
    8    HD3  ARG  82           HD3      ARG  82   5.227   0.620 -17.099
    9    HE   ARG  82           HE       ARG  82   3.235  -0.114 -15.063
   10   HH11  ARG  82          HH11      ARG  82   3.990   1.193 -18.226
   11   HH12  ARG  82          HH12      ARG  82   2.361   1.070 -18.802
   12   HH21  ARG  82          HH21      ARG  82   1.084  -0.281 -15.837
   13   HH22  ARG  82          HH22      ARG  82   0.715   0.240 -17.450

  No H/Q in entry =          13
  In of MODEL   11
    1    H    SER  83           H        SER  83   3.563  -1.813 -15.204
    2    HA   SER  83           HA       SER  83   2.189  -1.204 -13.553
    3    HB2  SER  83           HB2      SER  83   3.336  -3.412 -11.859
    4    HB3  SER  83           HB3      SER  83   1.713  -2.720 -11.802
    5    HG   SER  83           HG       SER  83   1.464  -3.534 -13.993

  No H/Q in entry =           5
  In of MODEL   11
    1    H    ALA  84           H        ALA  84   5.530  -1.675 -12.587
    2    HA   ALA  84           HA       ALA  84   6.944   0.117 -12.046
    3    HB3  ALA  84           HB1      ALA  84   4.657   1.454 -10.623
    4    HB2  ALA  84           HB2      ALA  84   5.087   1.787 -12.300
    5    HB1  ALA  84           HB3      ALA  84   6.242   2.124 -11.011

  No H/Q in entry =           5
  In of MODEL   11
    1    H    TRP  85           H        TRP  85   8.264   0.130 -10.194
    2    HA   TRP  85           HA       TRP  85   7.733  -0.436  -7.693
    3    HB2  TRP  85           HB2      TRP  85   6.429  -2.414  -8.561
    4    HB3  TRP  85           HB3      TRP  85   7.951  -3.099  -9.119
    5    HD1  TRP  85           HD1      TRP  85   9.498  -4.190  -7.376
    6    HE1  TRP  85           HE1      TRP  85   9.182  -4.888  -4.907
    7    HE3  TRP  85           HE3      TRP  85   5.241  -1.599  -6.381
    8    HZ2  TRP  85           HZ2      TRP  85   7.346  -4.374  -2.822
    9    HZ3  TRP  85           HZ3      TRP  85   4.266  -1.741  -4.132
   10    HH2  TRP  85           HH2      TRP  85   5.286  -3.102  -2.393

  No H/Q in entry =          10
  In of MODEL   11
    1    H    VAL  86           H        VAL  86   9.892  -0.479 -10.340
    2    HA   VAL  86           HA       VAL  86  11.929  -0.806  -8.389
    3    HB   VAL  86           HB       VAL  86  13.032  -2.443 -10.365
    4   HG13  VAL  86          HG11      VAL  86  13.868  -2.509  -8.214
    5   HG12  VAL  86          HG12      VAL  86  12.887  -3.974  -8.273
    6   HG11  VAL  86          HG13      VAL  86  12.262  -2.530  -7.477
    7   HG21  VAL  86          HG21      VAL  86  10.635  -2.959 -10.873
    8   HG23  VAL  86          HG22      VAL  86  10.481  -3.525  -9.207
    9   HG22  VAL  86          HG23      VAL  86  11.596  -4.325 -10.311

  No H/Q in entry =           9
  In of MODEL   11
    1    H    ARG  87           H        ARG  87  13.779  -0.359  -8.615
    2    HA   ARG  87           HA       ARG  87  15.168   0.722 -10.781
    3    HB2  ARG  87           HB2      ARG  87  13.879   2.757 -10.429
    4    HB3  ARG  87           HB3      ARG  87  14.102   2.640  -8.694
    5    HG2  ARG  87           HG2      ARG  87  16.640   2.778 -10.041
    6    HG3  ARG  87           HG3      ARG  87  15.605   4.140 -10.486
    7    HD2  ARG  87           HD2      ARG  87  15.140   4.146  -7.884
    8    HD3  ARG  87           HD3      ARG  87  16.717   3.369  -7.839
    9    HE   ARG  87           HE       ARG  87  16.589   5.831  -9.362
   10   HH11  ARG  87          HH11      ARG  87  17.290   4.314  -6.284
   11   HH12  ARG  87          HH12      ARG  87  18.155   5.679  -5.652
   12   HH21  ARG  87          HH21      ARG  87  17.740   7.634  -8.539
   13   HH22  ARG  87          HH22      ARG  87  18.428   7.560  -6.948

  No H/Q in entry =          13
  In of MODEL   11
    1    H    ALA  88           H        ALA  88  17.382   1.009  -9.980
    2    HA   ALA  88           HA       ALA  88  17.878  -0.746  -7.781
    3    HB3  ALA  88           HB1      ALA  88  19.155  -0.885  -9.928
    4    HB2  ALA  88           HB2      ALA  88  20.093  -0.906  -8.430
    5    HB1  ALA  88           HB3      ALA  88  20.003   0.561  -9.391

  No H/Q in entry =           5
  In of MODEL   11
    1    H    LYS  89           H        LYS  89  20.122   0.145  -6.736
    2    HA   LYS  89           HA       LYS  89  19.967   2.753  -5.753
    3    HB2  LYS  89           HB2      LYS  89  18.155   1.900  -4.348
    4    HB3  LYS  89           HB3      LYS  89  19.259   0.732  -3.634
    5    HG2  LYS  89           HG2      LYS  89  20.467   2.379  -2.516
    6    HG3  LYS  89           HG3      LYS  89  19.825   3.667  -3.540
    7    HD2  LYS  89           HD2      LYS  89  17.838   3.752  -2.431
    8    HD3  LYS  89           HD3      LYS  89  17.914   2.059  -1.940
    9    HE2  LYS  89           HE2      LYS  89  18.339   3.016   0.060
   10    HE3  LYS  89           HE3      LYS  89  19.987   2.954  -0.560
   11    HZ1  LYS  89           HZ1      LYS  89  19.502   5.296  -1.442
   12    HZ3  LYS  89           HZ2      LYS  89  19.727   5.129   0.224
   13    HZ2  LYS  89           HZ3      LYS  89  18.169   5.294  -0.402

  No H/Q in entry =          13
  In of MODEL   11
    1    H    THR  90           H        THR  90  21.382  -0.319  -5.777
    2    HA   THR  90           HA       THR  90  23.999   0.775  -5.313
    3    HB   THR  90           HB       THR  90  24.046  -1.568  -3.721
    4    HG1  THR  90           HG1      THR  90  21.665  -0.347  -3.523
    5   HG22  THR  90          HG21      THR  90  24.177   1.323  -2.854
    6   HG21  THR  90          HG22      THR  90  25.527   0.386  -3.493
    7   HG23  THR  90          HG23      THR  90  24.796  -0.060  -1.949

  No H/Q in entry =           7
  In of MODEL   11
    1    H    ALA  91           H        ALA  91  24.977  -0.442  -7.510
    2    HA   ALA  91           HA       ALA  91  24.519  -2.450  -8.641
    3    HB1  ALA  91           HB1      ALA  91  26.885  -1.545  -8.265
    4    HB3  ALA  91           HB2      ALA  91  26.726  -3.231  -8.753
    5    HB2  ALA  91           HB3      ALA  91  27.049  -2.829  -7.066

  No H/Q in entry =           5
  In of MODEL   11
    1    H    CYS  92           H        CYS  92  23.298  -4.161  -8.372
    2    HA   CYS  92           HA       CYS  92  23.630  -5.654  -5.829
    3    HB2  CYS  92           HB2      CYS  92  21.192  -6.287  -7.278
    4    HB3  CYS  92           HB3      CYS  92  21.368  -5.687  -5.631
    5    HG   CYS  92           HG       CYS  92  21.689  -2.977  -6.676

  No H/Q in entry =           5
  In of MODEL   11
    1    H    GLU  93           H        GLU  93  22.185  -7.777  -6.536
    2    HA   GLU  93           HA       GLU  93  23.343  -9.193  -8.682
    3    HB2  GLU  93           HB2      GLU  93  24.138  -9.822  -5.817
    4    HB3  GLU  93           HB3      GLU  93  24.225 -11.018  -7.103
    5    HG2  GLU  93           HG2      GLU  93  25.767  -9.463  -8.318
    6    HG3  GLU  93           HG3      GLU  93  25.785  -8.455  -6.873

  No H/Q in entry =           6
  In of MODEL   11
    1    H    VAL  94           H        VAL  94  21.318  -9.714  -9.301
    2    HA   VAL  94           HA       VAL  94  19.447 -10.457  -7.165
    3    HB   VAL  94           HB       VAL  94  17.595  -9.910  -8.685
    4   HG13  VAL  94          HG11      VAL  94  17.626  -7.995  -7.605
    5   HG12  VAL  94          HG12      VAL  94  18.599  -7.322  -8.912
    6   HG11  VAL  94          HG13      VAL  94  19.388  -8.022  -7.497
    7   HG23  VAL  94          HG21      VAL  94  18.072  -8.498 -10.683
    8   HG22  VAL  94          HG22      VAL  94  18.520 -10.199 -10.838
    9   HG21  VAL  94          HG23      VAL  94  19.762  -8.986 -10.542

  No H/Q in entry =           9
  In of MODEL   11
    1    H    ALA  95           H        ALA  95  18.059 -12.220  -7.497
    2    HA   ALA  95           HA       ALA  95  19.273 -14.140  -9.302
    3    HB3  ALA  95           HB1      ALA  95  18.458 -14.415  -6.764
    4    HB2  ALA  95           HB2      ALA  95  18.377 -15.734  -7.928
    5    HB1  ALA  95           HB3      ALA  95  16.935 -14.779  -7.578

  No H/Q in entry =           5
  In of MODEL   11
    1    H    GLU  96           H        GLU  96  18.580 -13.156 -11.189
    2    HA   GLU  96           HA       GLU  96  15.688 -12.842 -11.385
    3    HB2  GLU  96           HB2      GLU  96  15.984 -11.363 -13.192
    4    HB3  GLU  96           HB3      GLU  96  17.146 -10.883 -11.961
    5    HG2  GLU  96           HG2      GLU  96  18.714 -12.490 -13.346
    6    HG3  GLU  96           HG3      GLU  96  17.574 -12.105 -14.627

  No H/Q in entry =           6
  In of MODEL   11
    1    H    ILE  97           H        ILE  97  14.515 -13.839 -12.538
    2    HA   ILE  97           HA       ILE  97  15.263 -15.300 -14.837
    3    HB   ILE  97           HB       ILE  97  14.240 -17.418 -14.002
    4   HG12  ILE  97          HG12      ILE  97  15.053 -16.509 -11.282
    5   HG13  ILE  97          HG13      ILE  97  13.416 -16.260 -11.877
    6   HG23  ILE  97          HG21      ILE  97  16.233 -18.354 -13.658
    7   HG22  ILE  97          HG22      ILE  97  16.823 -17.001 -12.692
    8   HG21  ILE  97          HG23      ILE  97  16.685 -16.841 -14.441
    9   HD12  ILE  97          HD11      ILE  97  13.648 -18.312 -10.532
   10   HD11  ILE  97          HD12      ILE  97  14.782 -18.934 -11.725
   11   HD13  ILE  97          HD13      ILE  97  13.108 -18.624 -12.178

  No H/Q in entry =          11
  In of MODEL   11
    1    H    SER  98           H        SER  98  13.142 -16.791 -15.262
    2    HA   SER  98           HA       SER  98  11.082 -14.735 -15.164
    3    HB2  SER  98           HB2      SER  98  10.237 -16.550 -17.041
    4    HB3  SER  98           HB3      SER  98  11.096 -15.047 -17.383
    5    HG   SER  98           HG       SER  98  12.837 -16.139 -17.857

  No H/Q in entry =           5
  In of MODEL   11
    1    H    TYR  99           H        TYR  99   9.112 -15.160 -14.728
    2    HA   TYR  99           HA       TYR  99   8.700 -16.884 -12.405
    3    HB2  TYR  99           HB2      TYR  99   6.574 -15.720 -12.087
    4    HB3  TYR  99           HB3      TYR  99   7.851 -14.555 -12.362
    5    HD1  TYR  99           HD1      TYR  99   6.484 -16.231 -15.331
    6    HD2  TYR  99           HD2      TYR  99   6.069 -12.869 -12.731
    7    HE1  TYR  99           HE1      TYR  99   5.048 -15.122 -16.989
    8    HE2  TYR  99           HE2      TYR  99   4.643 -11.770 -14.397
    9    HH   TYR  99           HH       TYR  99   3.679 -11.893 -16.376

  No H/Q in entry =           9
  In of MODEL   11
    1    H    LYS 100           H        LYS 100   8.427 -17.469 -15.765
    2    HA   LYS 100           HA       LYS 100   6.090 -19.065 -15.519
    3    HB2  LYS 100           HB2      LYS 100   6.707 -18.635 -17.750
    4    HB3  LYS 100           HB3      LYS 100   8.399 -18.992 -17.444
    5    HG2  LYS 100           HG2      LYS 100   7.660 -20.789 -18.725
    6    HG3  LYS 100           HG3      LYS 100   7.645 -21.401 -17.072
    7    HD2  LYS 100           HD2      LYS 100   5.314 -21.301 -16.930
    8    HD3  LYS 100           HD3      LYS 100   5.186 -20.211 -18.314
    9    HE2  LYS 100           HE2      LYS 100   6.197 -23.041 -18.515
   10    HE3  LYS 100           HE3      LYS 100   4.505 -22.599 -18.743
   11    HZ1  LYS 100           HZ1      LYS 100   6.775 -21.537 -20.339
   12    HZ3  LYS 100           HZ2      LYS 100   5.139 -21.192 -20.580
   13    HZ2  LYS 100           HZ3      LYS 100   5.718 -22.758 -20.842

  No H/Q in entry =          13
  In of MODEL   11
    1    H    LYS 101           H        LYS 101   9.566 -19.754 -15.386
    2    HA   LYS 101           HA       LYS 101   9.255 -22.439 -14.510
    3    HB2  LYS 101           HB2      LYS 101  11.254 -22.213 -15.600
    4    HB3  LYS 101           HB3      LYS 101  11.506 -20.573 -15.025
    5    HG2  LYS 101           HG2      LYS 101  12.308 -21.325 -12.942
    6    HG3  LYS 101           HG3      LYS 101  11.797 -22.982 -13.260
    7    HD2  LYS 101           HD2      LYS 101  14.121 -22.999 -13.629
    8    HD3  LYS 101           HD3      LYS 101  13.417 -22.913 -15.244
    9    HE2  LYS 101           HE2      LYS 101  13.827 -20.527 -15.330
   10    HE3  LYS 101           HE3      LYS 101  14.424 -20.543 -13.670
   11    HZ3  LYS 101           HZ1      LYS 101  16.329 -21.721 -14.297
   12    HZ2  LYS 101           HZ2      LYS 101  16.145 -20.551 -15.505
   13    HZ1  LYS 101           HZ3      LYS 101  15.695 -22.151 -15.805

  No H/Q in entry =          13
  In of MODEL   11
    1    H    PHE 102           H        PHE 102   9.887 -19.379 -12.903
    2    HA   PHE 102           HA       PHE 102  10.536 -20.429 -10.395
    3    HB2  PHE 102           HB2      PHE 102  10.936 -18.091 -11.128
    4    HB3  PHE 102           HB3      PHE 102   9.224 -17.779 -10.952
    5    HD1  PHE 102           HD1      PHE 102   9.981 -15.953  -9.348
    6    HD2  PHE 102           HD2      PHE 102  10.560 -20.056  -8.606
    7    HE1  PHE 102           HE1      PHE 102  10.243 -15.452  -6.987
    8    HE2  PHE 102           HE2      PHE 102  10.843 -19.588  -6.228
    9    HZ   PHE 102           HZ       PHE 102  10.688 -17.275  -5.391

  No H/Q in entry =           9
  In of MODEL   11
    1    H    ARG 103           H        ARG 103   7.506 -19.134 -11.629
    2    HA   ARG 103           HA       ARG 103   5.834 -19.477  -9.550
    3    HB2  ARG 103           HB2      ARG 103   4.150 -19.078 -10.989
    4    HB3  ARG 103           HB3      ARG 103   5.445 -18.820 -12.139
    5    HG2  ARG 103           HG2      ARG 103   4.498 -20.344 -13.433
    6    HG3  ARG 103           HG3      ARG 103   4.923 -21.564 -12.232
    7    HD2  ARG 103           HD2      ARG 103   2.732 -20.762 -11.058
    8    HD3  ARG 103           HD3      ARG 103   2.328 -20.134 -12.656
    9    HE   ARG 103           HE       ARG 103   3.110 -22.946 -12.404
   10   HH11  ARG 103          HH11      ARG 103   0.548 -20.601 -12.923
   11   HH12  ARG 103          HH12      ARG 103  -0.541 -21.767 -13.605
   12   HH21  ARG 103          HH21      ARG 103   1.675 -24.459 -13.316
   13   HH22  ARG 103          HH22      ARG 103   0.103 -23.948 -13.843

  No H/Q in entry =          13
  In of MODEL   11
    1    H    GLN 104           H        GLN 104   7.256 -21.930 -11.430
    2    HA   GLN 104           HA       GLN 104   5.434 -23.992 -10.428
    3    HB2  GLN 104           HB2      GLN 104   7.613 -23.982 -12.459
    4    HB3  GLN 104           HB3      GLN 104   7.054 -25.507 -11.781
    5    HG2  GLN 104           HG2      GLN 104   5.345 -23.469 -13.187
    6    HG3  GLN 104           HG3      GLN 104   5.928 -24.984 -13.877
    7   HE21  GLN 104          HE21      GLN 104   5.061 -26.954 -13.096
    8   HE22  GLN 104          HE22      GLN 104   3.559 -27.001 -12.243

  No H/Q in entry =           8
  In of MODEL   11
    1    H    LEU 105           H        LEU 105   8.663 -22.931  -9.709
    2    HA   LEU 105           HA       LEU 105   9.034 -25.070  -7.716
    3    HB2  LEU 105           HB2      LEU 105  11.182 -24.284  -7.575
    4    HB3  LEU 105           HB3      LEU 105  10.773 -23.351  -8.996
    5    HG   LEU 105           HG       LEU 105  10.188 -21.444  -7.419
    6   HD12  LEU 105          HD11      LEU 105  12.011 -22.778  -5.474
    7   HD11  LEU 105          HD12      LEU 105  10.264 -23.041  -5.365
    8   HD13  LEU 105          HD13      LEU 105  10.922 -21.406  -5.244
    9   HD21  LEU 105          HD21      LEU 105  12.910 -22.563  -7.883
   10   HD23  LEU 105          HD22      LEU 105  12.691 -21.057  -6.995
   11   HD22  LEU 105          HD23      LEU 105  12.120 -21.189  -8.660

  No H/Q in entry =          11
  In of MODEL   11
    1    H    ILE 106           H        ILE 106   7.961 -21.469  -7.733
    2    HA   ILE 106           HA       ILE 106   7.335 -21.551  -5.043
    3    HB   ILE 106           HB       ILE 106   5.961 -19.636  -5.281
    4   HG12  ILE 106          HG12      ILE 106   5.893 -18.876  -7.906
    5   HG13  ILE 106          HG13      ILE 106   5.511 -20.597  -7.992
    6   HG22  ILE 106          HG21      ILE 106   7.912 -19.028  -7.387
    7   HG21  ILE 106          HG22      ILE 106   8.536 -19.708  -5.884
    8   HG23  ILE 106          HG23      ILE 106   7.595 -18.215  -5.856
    9   HD12  ILE 106          HD11      ILE 106   4.048 -18.411  -6.565
   10   HD11  ILE 106          HD12      ILE 106   3.783 -20.114  -6.190
   11   HD13  ILE 106          HD13      ILE 106   3.453 -19.504  -7.816

  No H/Q in entry =          11
  In of MODEL   11
    1    H    GLN 107           H        GLN 107   6.119 -23.459  -7.240
    2    HA   GLN 107           HA       GLN 107   3.427 -23.606  -6.127
    3    HB2  GLN 107           HB2      GLN 107   4.494 -24.136  -8.803
    4    HB3  GLN 107           HB3      GLN 107   3.426 -25.397  -8.213
    5    HG2  GLN 107           HG2      GLN 107   2.694 -22.487  -8.227
    6    HG3  GLN 107           HG3      GLN 107   2.351 -23.577  -9.568
    7   HE21  GLN 107          HE21      GLN 107   1.863 -25.835  -7.725
    8   HE22  GLN 107          HE22      GLN 107   0.300 -25.554  -7.054

  No H/Q in entry =           8
  In of MODEL   11
    1    H    VAL 108           H        VAL 108   6.481 -25.014  -6.265
    2    HA   VAL 108           HA       VAL 108   5.669 -27.684  -5.506
    3    HB   VAL 108           HB       VAL 108   7.842 -26.637  -6.860
    4   HG12  VAL 108          HG11      VAL 108   9.828 -27.249  -5.531
    5   HG11  VAL 108          HG12      VAL 108   8.787 -27.449  -4.121
    6   HG13  VAL 108          HG13      VAL 108   8.949 -25.865  -4.877
    7   HG22  VAL 108          HG21      VAL 108   8.690 -28.901  -6.900
    8   HG21  VAL 108          HG22      VAL 108   6.935 -28.876  -7.077
    9   HG23  VAL 108          HG23      VAL 108   7.660 -29.327  -5.533

  No H/Q in entry =           9
  In of MODEL   11
    1    H    ASN 109           H        ASN 109   6.448 -24.703  -4.133
    2    HA   ASN 109           HA       ASN 109   6.624 -25.863  -1.431
    3    HB2  ASN 109           HB2      ASN 109   8.091 -23.519  -2.620
    4    HB3  ASN 109           HB3      ASN 109   7.951 -23.759  -0.882
    5   HD21  ASN 109          HD21      ASN 109  10.185 -23.798  -2.914
    6   HD22  ASN 109          HD22      ASN 109  11.048 -25.247  -2.546

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   PRO 110           HA       PRO 110   3.007 -23.224  -1.166
    2    HB2  PRO 110           HB2      PRO 110   2.130 -24.156   1.215
    3    HB3  PRO 110           HB3      PRO 110   2.019 -25.132  -0.253
    4    HG2  PRO 110           HG2      PRO 110   4.001 -25.281   1.984
    5    HG3  PRO 110           HG3      PRO 110   3.210 -26.599   1.097
    6    HD2  PRO 110           HD2      PRO 110   5.762 -25.695   0.599
    7    HD3  PRO 110           HD3      PRO 110   4.749 -26.540  -0.587

  No H/Q in entry =           7
  In of MODEL   11
    1    H    ASP 111           H        ASP 111   5.853 -23.002   0.687
    2    HA   ASP 111           HA       ASP 111   4.736 -20.734   2.149
    3    HB2  ASP 111           HB2      ASP 111   6.684 -20.823   3.619
    4    HB3  ASP 111           HB3      ASP 111   5.737 -22.308   3.641

  No H/Q in entry =           4
  In of MODEL   11
    1    H    ILE 112           H        ILE 112   6.460 -21.347  -0.670
    2    HA   ILE 112           HA       ILE 112   8.454 -19.314  -0.421
    3    HB   ILE 112           HB       ILE 112   7.580 -20.997  -2.768
    4   HG12  ILE 112          HG12      ILE 112   9.390 -21.145  -0.600
    5   HG13  ILE 112          HG13      ILE 112   9.189 -22.288  -1.913
    6   HG21  ILE 112          HG21      ILE 112   9.610 -18.742  -2.802
    7   HG23  ILE 112          HG22      ILE 112   8.091 -18.806  -3.700
    8   HG22  ILE 112          HG23      ILE 112   9.386 -19.945  -4.073
    9   HD13  ILE 112          HD11      ILE 112  11.474 -21.745  -1.798
   10   HD12  ILE 112          HD12      ILE 112  11.130 -20.018  -1.733
   11   HD11  ILE 112          HD13      ILE 112  10.829 -20.922  -3.216

  No H/Q in entry =          11
  In of MODEL   11
    1    H    LEU 113           H        LEU 113   5.482 -19.438  -2.349
    2    HA   LEU 113           HA       LEU 113   5.872 -16.716  -3.106
    3    HB2  LEU 113           HB2      LEU 113   4.759 -18.324  -4.577
    4    HB3  LEU 113           HB3      LEU 113   3.432 -18.448  -3.439
    5    HG   LEU 113           HG       LEU 113   3.202 -15.884  -3.788
    6   HD12  LEU 113          HD11      LEU 113   4.493 -16.517  -6.420
    7   HD11  LEU 113          HD12      LEU 113   5.406 -15.842  -5.072
    8   HD13  LEU 113          HD13      LEU 113   4.047 -14.947  -5.753
    9   HD21  LEU 113          HD21      LEU 113   2.321 -18.126  -5.496
   10   HD23  LEU 113          HD22      LEU 113   2.063 -16.500  -6.126
   11   HD22  LEU 113          HD23      LEU 113   1.376 -16.963  -4.569

  No H/Q in entry =          11
  In of MODEL   11
    1    H    MET 114           H        MET 114   4.595 -18.279  -0.495
    2    HA   MET 114           HA       MET 114   2.830 -16.174   0.385
    3    HB2  MET 114           HB2      MET 114   3.279 -18.884   1.126
    4    HB3  MET 114           HB3      MET 114   3.582 -17.888   2.547
    5    HG2  MET 114           HG2      MET 114   1.096 -17.714   0.861
    6    HG3  MET 114           HG3      MET 114   1.237 -18.684   2.327
    7    HE1  MET 114           HE1      MET 114  -1.062 -16.654   2.006
    8    HE3  MET 114           HE2      MET 114  -0.168 -15.485   1.034
    9    HE2  MET 114           HE3      MET 114  -0.805 -15.018   2.612

  No H/Q in entry =           9
  In of MODEL   11
    1    H    ARG 115           H        ARG 115   6.139 -17.177   0.749
    2    HA   ARG 115           HA       ARG 115   6.838 -15.495   2.925
    3    HB2  ARG 115           HB2      ARG 115   8.246 -17.140   0.920
    4    HB3  ARG 115           HB3      ARG 115   9.137 -15.706   1.421
    5    HG2  ARG 115           HG2      ARG 115   7.979 -17.651   3.388
    6    HG3  ARG 115           HG3      ARG 115   9.586 -17.847   2.686
    7    HD2  ARG 115           HD2      ARG 115   8.604 -15.511   4.328
    8    HD3  ARG 115           HD3      ARG 115   9.765 -16.737   4.832
    9    HE   ARG 115           HE       ARG 115  11.069 -15.780   2.780
   10   HH11  ARG 115          HH11      ARG 115   9.210 -13.979   5.138
   11   HH12  ARG 115          HH12      ARG 115  10.167 -12.542   4.984
   12   HH21  ARG 115          HH21      ARG 115  12.328 -13.867   2.573
   13   HH22  ARG 115          HH22      ARG 115  11.931 -12.478   3.536

  No H/Q in entry =          13
  In of MODEL   11
    1    H    LEU 116           H        LEU 116   6.768 -15.218  -0.574
    2    HA   LEU 116           HA       LEU 116   7.820 -12.649  -0.818
    3    HB2  LEU 116           HB2      LEU 116   7.611 -14.057  -2.742
    4    HB3  LEU 116           HB3      LEU 116   5.878 -14.218  -2.506
    5    HG   LEU 116           HG       LEU 116   5.974 -11.581  -2.775
    6   HD12  LEU 116          HD11      LEU 116   8.180 -12.410  -4.606
    7   HD11  LEU 116          HD12      LEU 116   8.490 -11.788  -2.985
    8   HD13  LEU 116          HD13      LEU 116   7.642 -10.788  -4.164
    9   HD22  LEU 116          HD21      LEU 116   4.595 -12.929  -4.176
   10   HD21  LEU 116          HD22      LEU 116   5.998 -13.573  -5.032
   11   HD23  LEU 116          HD23      LEU 116   5.559 -11.870  -5.208

  No H/Q in entry =          11
  In of MODEL   11
    1    H    SER 117           H        SER 117   4.506 -13.769  -0.439
    2    HA   SER 117           HA       SER 117   3.096 -11.474  -0.908
    3    HB2  SER 117           HB2      SER 117   1.259 -12.433   0.230
    4    HB3  SER 117           HB3      SER 117   2.169 -13.790  -0.421
    5    HG   SER 117           HG       SER 117   3.004 -14.174   1.630

  No H/Q in entry =           5
  In of MODEL   11
    1    H    ALA 118           H        ALA 118   4.294 -12.534   2.240
    2    HA   ALA 118           HA       ALA 118   3.406 -10.352   3.717
    3    HB3  ALA 118           HB1      ALA 118   4.063 -11.692   5.337
    4    HB1  ALA 118           HB2      ALA 118   5.742 -11.266   4.963
    5    HB2  ALA 118           HB3      ALA 118   4.998 -12.671   4.196

  No H/Q in entry =           5
  In of MODEL   11
    1    H    GLN 119           H        GLN 119   6.183 -10.645   1.615
    2    HA   GLN 119           HA       GLN 119   7.647  -8.490   2.763
    3    HB2  GLN 119           HB2      GLN 119   7.651  -9.814   0.055
    4    HB3  GLN 119           HB3      GLN 119   8.554  -8.327   0.317
    5    HG2  GLN 119           HG2      GLN 119   8.936 -10.948   1.743
    6    HG3  GLN 119           HG3      GLN 119  10.021 -10.202   0.572
    7   HE21  GLN 119          HE21      GLN 119  11.162  -8.321   1.164
    8   HE22  GLN 119          HE22      GLN 119  11.454  -7.953   2.830

  No H/Q in entry =           8
  In of MODEL   11
    1    H    MET 120           H        MET 120   5.759  -8.617  -0.301
    2    HA   MET 120           HA       MET 120   5.231  -6.040  -0.677
    3    HB2  MET 120           HB2      MET 120   3.969  -8.541  -1.350
    4    HB3  MET 120           HB3      MET 120   2.763  -7.278  -1.152
    5    HG2  MET 120           HG2      MET 120   3.430  -6.152  -2.981
    6    HG3  MET 120           HG3      MET 120   5.132  -6.548  -2.737
    7    HE3  MET 120           HE1      MET 120   6.274  -8.794  -3.584
    8    HE2  MET 120           HE2      MET 120   5.325 -10.189  -4.099
    9    HE1  MET 120           HE3      MET 120   5.182  -9.586  -2.450

  No H/Q in entry =           9
  In of MODEL   11
    1    H    ALA 121           H        ALA 121   3.552  -8.047   1.675
    2    HA   ALA 121           HA       ALA 121   1.517  -6.204   2.320
    3    HB1  ALA 121           HB1      ALA 121   1.549  -8.677   2.845
    4    HB3  ALA 121           HB2      ALA 121   1.000  -7.619   4.144
    5    HB2  ALA 121           HB3      ALA 121   2.631  -8.290   4.183

  No H/Q in entry =           5
  In of MODEL   11
    1    H    ARG 122           H        ARG 122   4.826  -6.577   3.263
    2    HA   ARG 122           HA       ARG 122   4.649  -4.894   5.548
    3    HB2  ARG 122           HB2      ARG 122   6.769  -6.334   4.118
    4    HB3  ARG 122           HB3      ARG 122   7.299  -4.820   4.856
    5    HG2  ARG 122           HG2      ARG 122   7.434  -6.990   6.246
    6    HG3  ARG 122           HG3      ARG 122   6.784  -5.534   7.008
    7    HD2  ARG 122           HD2      ARG 122   4.594  -6.756   5.790
    8    HD3  ARG 122           HD3      ARG 122   5.506  -8.083   6.516
    9    HE   ARG 122           HE       ARG 122   4.114  -5.918   7.866
   10   HH11  ARG 122          HH11      ARG 122   6.280  -8.661   8.161
   11   HH12  ARG 122          HH12      ARG 122   5.973  -8.880   9.858
   12   HH21  ARG 122          HH21      ARG 122   3.736  -6.175  10.070
   13   HH22  ARG 122          HH22      ARG 122   4.553  -7.429  10.951

  No H/Q in entry =          13
  In of MODEL   11
    1    H    ARG 123           H        ARG 123   4.890  -4.455   2.247
    2    HA   ARG 123           HA       ARG 123   5.877  -1.788   2.209
    3    HB2  ARG 123           HB2      ARG 123   4.663  -3.635   0.173
    4    HB3  ARG 123           HB3      ARG 123   4.756  -1.914  -0.171
    5    HG2  ARG 123           HG2      ARG 123   6.671  -2.831  -1.138
    6    HG3  ARG 123           HG3      ARG 123   7.234  -2.097   0.360
    7    HD2  ARG 123           HD2      ARG 123   8.043  -4.042   1.039
    8    HD3  ARG 123           HD3      ARG 123   6.457  -4.790   0.867
    9    HE   ARG 123           HE       ARG 123   7.050  -5.307  -1.437
   10   HH11  ARG 123          HH11      ARG 123   9.666  -4.283   0.632
   11   HH12  ARG 123          HH12      ARG 123  10.879  -5.167  -0.234
   12   HH21  ARG 123          HH21      ARG 123   8.644  -6.411  -2.664
   13   HH22  ARG 123          HH22      ARG 123  10.298  -6.364  -2.123

  No H/Q in entry =          13
  In of MODEL   11
    1    H    LEU 124           H        LEU 124   2.876  -3.441   2.602
    2    HA   LEU 124           HA       LEU 124   1.197  -1.156   2.161
    3    HB2  LEU 124           HB2      LEU 124   0.871  -3.912   3.185
    4    HB3  LEU 124           HB3      LEU 124  -0.242  -2.726   3.838
    5    HG   LEU 124           HG       LEU 124   0.132  -3.069   0.887
    6   HD11  LEU 124          HD11      LEU 124  -1.542  -4.598   2.810
    7   HD13  LEU 124          HD12      LEU 124  -0.477  -5.205   1.541
    8   HD12  LEU 124          HD13      LEU 124  -2.002  -4.421   1.117
    9   HD21  LEU 124          HD21      LEU 124  -1.042  -1.046   1.803
   10   HD23  LEU 124          HD22      LEU 124  -2.243  -2.146   2.489
   11   HD22  LEU 124          HD23      LEU 124  -2.026  -2.056   0.741

  No H/Q in entry =          11
  In of MODEL   11
    1    H    GLN 125           H        GLN 125   2.867  -2.741   4.764
    2    HA   GLN 125           HA       GLN 125   1.790  -1.064   6.806
    3    HB2  GLN 125           HB2      GLN 125   2.847  -2.429   8.249
    4    HB3  GLN 125           HB3      GLN 125   3.159  -3.435   6.844
    5    HG2  GLN 125           HG2      GLN 125   5.361  -2.592   6.620
    6    HG3  GLN 125           HG3      GLN 125   5.057  -1.303   7.783
    7   HE21  GLN 125          HE21      GLN 125   7.057  -3.498   7.697
    8   HE22  GLN 125          HE22      GLN 125   6.895  -4.320   9.209

  No H/Q in entry =           8
  In of MODEL   11
    1    H    VAL 126           H        VAL 126   4.077  -0.497   4.283
    2    HA   VAL 126           HA       VAL 126   5.426   1.530   5.869
    3    HB   VAL 126           HB       VAL 126   6.658  -0.238   4.377
    4   HG11  VAL 126          HG11      VAL 126   5.253   0.265   2.353
    5   HG13  VAL 126          HG12      VAL 126   6.997   0.293   2.096
    6   HG12  VAL 126          HG13      VAL 126   6.103   1.806   2.243
    7   HG22  VAL 126          HG21      VAL 126   8.149   1.213   5.197
    8   HG21  VAL 126          HG22      VAL 126   7.174   2.620   4.771
    9   HG23  VAL 126          HG23      VAL 126   8.149   1.816   3.537

  No H/Q in entry =           9
  In of MODEL   11
    1    H    THR 127           H        THR 127   3.314   0.985   3.069
    2    HA   THR 127           HA       THR 127   3.300   3.834   2.413
    3    HB   THR 127           HB       THR 127   1.582   1.739   1.106
    4    HG1  THR 127           HG1      THR 127   4.181   2.443   0.196
    5   HG23  THR 127          HG21      THR 127   1.785   3.222  -0.846
    6   HG22  THR 127          HG22      THR 127   2.816   4.308   0.086
    7   HG21  THR 127          HG23      THR 127   1.129   4.084   0.546

  No H/Q in entry =           7
  In of MODEL   11
    1    H    SER 128           H        SER 128   1.630   2.249   5.014
    2    HA   SER 128           HA       SER 128  -0.851   3.349   4.017
    3    HB2  SER 128           HB2      SER 128  -0.258   1.255   6.138
    4    HB3  SER 128           HB3      SER 128  -1.820   2.072   6.011
    5    HG   SER 128           HG       SER 128  -0.588   0.276   4.223

  No H/Q in entry =           5
  In of MODEL   11
    1    H    GLU 129           H        GLU 129   1.892   3.529   5.916
    2    HA   GLU 129           HA       GLU 129   0.726   5.153   8.024
    3    HB2  GLU 129           HB2      GLU 129   2.701   3.331   8.105
    4    HB3  GLU 129           HB3      GLU 129   3.657   4.794   7.907
    5    HG2  GLU 129           HG2      GLU 129   2.517   5.765   9.869
    6    HG3  GLU 129           HG3      GLU 129   1.665   4.239  10.093

  No H/Q in entry =           6
  In of MODEL   11
    1    H    LYS 130           H        LYS 130   2.044   5.852   4.942
    2    HA   LYS 130           HA       LYS 130   2.266   8.630   5.706
    3    HB2  LYS 130           HB2      LYS 130   4.444   7.119   4.220
    4    HB3  LYS 130           HB3      LYS 130   4.363   8.868   4.365
    5    HG2  LYS 130           HG2      LYS 130   5.689   8.625   6.134
    6    HG3  LYS 130           HG3      LYS 130   4.258   8.030   6.981
    7    HD2  LYS 130           HD2      LYS 130   4.842   5.731   6.233
    8    HD3  LYS 130           HD3      LYS 130   6.330   6.377   5.538
    9    HE2  LYS 130           HE2      LYS 130   6.650   5.373   7.779
   10    HE3  LYS 130           HE3      LYS 130   7.103   7.074   7.705
   11    HZ2  LYS 130           HZ1      LYS 130   5.284   5.848   9.434
   12    HZ1  LYS 130           HZ2      LYS 130   4.398   6.889   8.430
   13    HZ3  LYS 130           HZ3      LYS 130   5.691   7.494   9.338

  No H/Q in entry =          13
  In of MODEL   11
    1    H    VAL 131           H        VAL 131   0.149   7.996   4.611
    2    HA   VAL 131           HA       VAL 131   0.116   7.335   1.853
    3    HB   VAL 131           HB       VAL 131  -2.295   8.702   2.582
    4   HG12  VAL 131          HG11      VAL 131  -3.284   6.500   2.136
    5   HG11  VAL 131          HG12      VAL 131  -1.666   5.802   2.072
    6   HG13  VAL 131          HG13      VAL 131  -2.158   7.006   0.877
    7   HG21  VAL 131          HG21      VAL 131  -1.367   6.625   4.555
    8   HG23  VAL 131          HG22      VAL 131  -3.020   7.223   4.412
    9   HG22  VAL 131          HG23      VAL 131  -1.726   8.321   4.885

  No H/Q in entry =           9
  In of MODEL   11
    1    H    GLY 132           H        GLY 132   1.358  10.044   2.978
    2    HA3  GLY 132           HA2      GLY 132   1.478  11.488   0.710
    3    HA2  GLY 132           HA3      GLY 132  -0.102  11.939   1.330

  No H/Q in entry =           3
  In of MODEL   11
    1    H    ASN 133           H        ASN 133   3.084  11.430   2.803
    2    HA   ASN 133           HA       ASN 133   2.639  13.796   4.419
    3    HB2  ASN 133           HB2      ASN 133   4.912  11.787   4.469
    4    HB3  ASN 133           HB3      ASN 133   4.724  13.126   5.598
    5   HD21  ASN 133          HD21      ASN 133   4.373  12.028   7.471
    6   HD22  ASN 133          HD22      ASN 133   3.041  10.960   7.734

  No H/Q in entry =           6
  In of MODEL   11
    1    H    LEU 134           H        LEU 134   4.552  12.685   1.711
    2    HA   LEU 134           HA       LEU 134   6.261  14.991   1.730
    3    HB2  LEU 134           HB2      LEU 134   7.181  14.165  -0.340
    4    HB3  LEU 134           HB3      LEU 134   7.104  12.907   0.868
    5    HG   LEU 134           HG       LEU 134   4.853  12.327  -0.435
    6   HD13  LEU 134          HD11      LEU 134   4.947  14.088  -2.052
    7   HD12  LEU 134          HD12      LEU 134   5.337  12.578  -2.881
    8   HD11  LEU 134          HD13      LEU 134   6.622  13.703  -2.444
    9   HD22  LEU 134          HD21      LEU 134   6.663  10.791  -0.016
   10   HD21  LEU 134          HD22      LEU 134   7.665  11.595  -1.224
   11   HD23  LEU 134          HD23      LEU 134   6.224  10.706  -1.723

  No H/Q in entry =          11
  In of MODEL   11
    1    H    ALA 135           H        ALA 135   3.127  14.400   0.681
    2    HA   ALA 135           HA       ALA 135   3.127  16.265  -1.545
    3    HB3  ALA 135           HB1      ALA 135   1.392  14.164  -0.689
    4    HB1  ALA 135           HB2      ALA 135   1.363  15.084  -2.192
    5    HB2  ALA 135           HB3      ALA 135   0.467  15.663  -0.788

  No H/Q in entry =           5
  In of MODEL   11
    1    H    PHE 136           H        PHE 136   2.760  16.211   1.814
    2    HA   PHE 136           HA       PHE 136   1.165  18.596   2.083
    3    HB2  PHE 136           HB2      PHE 136   1.329  16.521   3.659
    4    HB3  PHE 136           HB3      PHE 136   2.764  17.322   4.290
    5    HD1  PHE 136           HD1      PHE 136   2.550  18.844   6.010
    6    HD2  PHE 136           HD2      PHE 136  -0.839  17.952   3.594
    7    HE1  PHE 136           HE1      PHE 136   1.136  20.196   7.501
    8    HE2  PHE 136           HE2      PHE 136  -2.258  19.305   5.080
    9    HZ   PHE 136           HZ       PHE 136  -1.271  20.429   7.038

  No H/Q in entry =           9
  In of MODEL   11
    1    H    LEU 137           H        LEU 137   4.386  18.012   1.379
    2    HA   LEU 137           HA       LEU 137   6.266  19.263   1.285
    3    HB2  LEU 137           HB2      LEU 137   4.141  21.329   1.469
    4    HB3  LEU 137           HB3      LEU 137   5.793  21.849   1.742
    5    HG   LEU 137           HG       LEU 137   6.336  20.710  -0.496
    6   HD11  LEU 137          HD11      LEU 137   4.231  19.453  -0.690
    7   HD13  LEU 137          HD12      LEU 137   4.500  20.517  -2.069
    8   HD12  LEU 137          HD13      LEU 137   3.348  20.975  -0.815
    9   HD22  LEU 137          HD21      LEU 137   5.701  22.705  -1.723
   10   HD21  LEU 137          HD22      LEU 137   6.295  23.124  -0.116
   11   HD23  LEU 137          HD23      LEU 137   4.563  23.143  -0.450

  No H/Q in entry =          11
  In of MODEL   11
    1    H    ASP 138           H        ASP 138   6.071  17.942   3.455
    2    HA   ASP 138           HA       ASP 138   6.249  19.391   5.859
    3    HB2  ASP 138           HB2      ASP 138   5.571  16.933   5.579
    4    HB3  ASP 138           HB3      ASP 138   7.299  16.599   5.681

  No H/Q in entry =           4
  In of MODEL   11
    1    H    VAL 139           H        VAL 139   8.439  19.378   3.437
    2    HA   VAL 139           HA       VAL 139  10.933  18.774   4.182
    3    HB   VAL 139           HB       VAL 139   9.876  20.691   2.356
    4   HG11  VAL 139          HG11      VAL 139  10.913  22.333   4.085
    5   HG13  VAL 139          HG12      VAL 139  11.316  22.527   2.379
    6   HG12  VAL 139          HG13      VAL 139  12.460  21.740   3.469
    7   HG21  VAL 139          HG21      VAL 139  12.598  19.445   2.679
    8   HG23  VAL 139          HG22      VAL 139  12.070  20.331   1.247
    9   HG22  VAL 139          HG23      VAL 139  11.253  18.838   1.711

  No H/Q in entry =           9
  In of MODEL   11
    1    H    THR 140           H        THR 140   9.065  21.213   5.829
    2    HA   THR 140           HA       THR 140  10.933  22.765   7.116
    3    HB   THR 140           HB       THR 140   8.671  21.637   8.713
    4    HG1  THR 140           HG1      THR 140   7.247  23.029   7.521
    5   HG22  THR 140          HG21      THR 140   8.402  24.027   9.309
    6   HG21  THR 140          HG22      THR 140   9.775  24.411   8.272
    7   HG23  THR 140          HG23      THR 140  10.002  23.397   9.697

  No H/Q in entry =           7
  In of MODEL   11
    1    H    GLY 141           H        GLY 141  12.819  21.721   7.739
    2    HA3  GLY 141           HA2      GLY 141  14.292  20.587   9.017
    3    HA2  GLY 141           HA3      GLY 141  13.018  20.512  10.218

  No H/Q in entry =           3
  In of MODEL   11
    1    H    ARG 142           H        ARG 142  11.876  19.075   7.469
    2    HA   ARG 142           HA       ARG 142  11.780  16.540   8.625
    3    HB2  ARG 142           HB2      ARG 142  10.282  17.465   6.781
    4    HB3  ARG 142           HB3      ARG 142  11.575  17.026   5.672
    5    HG2  ARG 142           HG2      ARG 142   9.968  15.267   5.647
    6    HG3  ARG 142           HG3      ARG 142  11.402  14.679   6.494
    7    HD2  ARG 142           HD2      ARG 142  10.364  14.992   8.615
    8    HD3  ARG 142           HD3      ARG 142   9.012  15.838   7.878
    9    HE   ARG 142           HE       ARG 142   9.410  13.078   7.039
   10   HH11  ARG 142          HH11      ARG 142   7.560  15.347   8.955
   11   HH12  ARG 142          HH12      ARG 142   6.384  14.165   9.448
   12   HH21  ARG 142          HH21      ARG 142   7.834  11.528   7.644
   13   HH22  ARG 142          HH22      ARG 142   6.537  11.974   8.716

  No H/Q in entry =          13
  In of MODEL   11
    1    H    ILE 143           H        ILE 143  13.501  17.348   5.621
    2    HA   ILE 143           HA       ILE 143  14.941  15.645   4.835
    3    HB   ILE 143           HB       ILE 143  16.273  18.133   5.795
    4   HG12  ILE 143          HG12      ILE 143  15.080  18.087   3.102
    5   HG13  ILE 143          HG13      ILE 143  13.936  18.153   4.413
    6   HG21  ILE 143          HG21      ILE 143  16.850  16.338   3.472
    7   HG23  ILE 143          HG22      ILE 143  17.894  16.735   4.835
    8   HG22  ILE 143          HG23      ILE 143  17.504  17.967   3.634
    9   HD11  ILE 143          HD11      ILE 143  15.616  20.043   5.229
   10   HD13  ILE 143          HD12      ILE 143  14.241  20.353   4.169
   11   HD12  ILE 143          HD13      ILE 143  15.855  20.154   3.485

  No H/Q in entry =          11
  In of MODEL   11
    1    H    ALA 144           H        ALA 144  16.566  17.365   7.455
    2    HA   ALA 144           HA       ALA 144  18.707  15.588   7.637
    3    HB1  ALA 144           HB1      ALA 144  17.556  17.640   9.484
    4    HB3  ALA 144           HB2      ALA 144  19.030  17.717   8.519
    5    HB2  ALA 144           HB3      ALA 144  18.958  16.671   9.938

  No H/Q in entry =           5
  In of MODEL   11
    1    H    GLN 145           H        GLN 145  15.527  15.584   8.995
    2    HA   GLN 145           HA       GLN 145  16.070  13.753  11.087
    3    HB2  GLN 145           HB2      GLN 145  13.867  15.317  10.275
    4    HB3  GLN 145           HB3      GLN 145  13.330  13.643  10.233
    5    HG2  GLN 145           HG2      GLN 145  14.724  14.837  12.610
    6    HG3  GLN 145           HG3      GLN 145  12.977  14.900  12.397
    7   HE21  GLN 145          HE21      GLN 145  14.617  13.580  14.447
    8   HE22  GLN 145          HE22      GLN 145  14.156  11.913  14.413

  No H/Q in entry =           8
  In of MODEL   11
    1    H    THR 146           H        THR 146  15.483  13.299   7.496
    2    HA   THR 146           HA       THR 146  14.672  10.630   7.999
    3    HB   THR 146           HB       THR 146  15.388  12.041   5.427
    4    HG1  THR 146           HG1      THR 146  13.413  12.654   7.048
    5   HG22  THR 146          HG21      THR 146  13.509   9.723   5.892
    6   HG21  THR 146          HG22      THR 146  15.192   9.539   5.402
    7   HG23  THR 146          HG23      THR 146  14.049  10.361   4.340

  No H/Q in entry =           7
  In of MODEL   11
    1    H    LEU 147           H        LEU 147  17.414  12.451   8.068
    2    HA   LEU 147           HA       LEU 147  19.130  10.696   6.480
    3    HB2  LEU 147           HB2      LEU 147  20.041  13.175   7.921
    4    HB3  LEU 147           HB3      LEU 147  20.826  12.332   6.595
    5    HG   LEU 147           HG       LEU 147  18.403  14.100   6.495
    6   HD12  LEU 147          HD11      LEU 147  20.962  14.155   4.913
    7   HD11  LEU 147          HD12      LEU 147  20.639  15.138   6.340
    8   HD13  LEU 147          HD13      LEU 147  19.668  15.353   4.884
    9   HD23  LEU 147          HD21      LEU 147  19.040  13.184   3.905
   10   HD22  LEU 147          HD22      LEU 147  17.543  12.966   4.812
   11   HD21  LEU 147          HD23      LEU 147  18.833  11.771   4.939

  No H/Q in entry =          11
  In of MODEL   11
    1    H    LEU 148           H        LEU 148  18.243  11.757   9.616
    2    HA   LEU 148           HA       LEU 148  20.290  10.325  11.012
    3    HB2  LEU 148           HB2      LEU 148  17.645  11.105  12.209
    4    HB3  LEU 148           HB3      LEU 148  19.201  10.949  13.003
    5    HG   LEU 148           HG       LEU 148  18.291  13.157  11.176
    6   HD12  LEU 148          HD11      LEU 148  18.902  14.509  13.215
    7   HD11  LEU 148          HD12      LEU 148  18.986  12.974  14.080
    8   HD13  LEU 148          HD13      LEU 148  17.472  13.487  13.339
    9   HD22  LEU 148          HD21      LEU 148  20.437  13.276  10.509
   10   HD21  LEU 148          HD22      LEU 148  21.018  12.290  11.853
   11   HD23  LEU 148          HD23      LEU 148  20.695  14.006  12.095

  No H/Q in entry =          11
  In of MODEL   11
    1    H    ASN 149           H        ASN 149  17.209   9.710   9.624
    2    HA   ASN 149           HA       ASN 149  16.658   7.231  10.896
    3    HB2  ASN 149           HB2      ASN 149  15.623   8.725   8.564
    4    HB3  ASN 149           HB3      ASN 149  15.478   6.974   8.443
    5   HD21  ASN 149          HD21      ASN 149  14.596   9.801  10.319
    6   HD22  ASN 149          HD22      ASN 149  13.251   9.070  11.123

  No H/Q in entry =           6
  In of MODEL   11
    1    H    LEU 150           H        LEU 150  18.708   8.304   8.337
    2    HA   LEU 150           HA       LEU 150  19.379   5.699   7.285
    3    HB2  LEU 150           HB2      LEU 150  20.463   8.494   6.985
    4    HB3  LEU 150           HB3      LEU 150  21.371   7.131   6.357
    5    HG   LEU 150           HG       LEU 150  18.527   7.256   5.568
    6   HD13  LEU 150          HD11      LEU 150  18.712   9.468   5.099
    7   HD12  LEU 150          HD12      LEU 150  19.425   8.811   3.627
    8   HD11  LEU 150          HD13      LEU 150  20.464   9.403   4.923
    9   HD23  LEU 150          HD21      LEU 150  21.051   6.801   4.001
   10   HD22  LEU 150          HD22      LEU 150  19.400   6.407   3.510
   11   HD21  LEU 150          HD23      LEU 150  20.159   5.537   4.848

  No H/Q in entry =          11
  In of MODEL   11
    1    H    ALA 151           H        ALA 151  20.094   7.433  10.269
    2    HA   ALA 151           HA       ALA 151  22.762   6.270  10.349
    3    HB2  ALA 151           HB1      ALA 151  22.170   7.301  12.862
    4    HB3  ALA 151           HB2      ALA 151  21.411   8.428  11.734
    5    HB1  ALA 151           HB3      ALA 151  23.134   8.078  11.605

  No H/Q in entry =           5
  In of MODEL   11
    1    H    LYS 152           H        LYS 152  19.588   5.547  10.900
    2    HA   LYS 152           HA       LYS 152  20.046   3.667  13.069
    3    HB2  LYS 152           HB2      LYS 152  17.535   4.431  11.570
    4    HB3  LYS 152           HB3      LYS 152  17.590   3.336  12.946
    5    HG2  LYS 152           HG2      LYS 152  18.432   5.158  14.351
    6    HG3  LYS 152           HG3      LYS 152  18.344   6.252  12.969
    7    HD2  LYS 152           HD2      LYS 152  15.915   5.819  12.825
    8    HD3  LYS 152           HD3      LYS 152  16.034   4.812  14.270
    9    HE2  LYS 152           HE2      LYS 152  16.628   7.759  14.060
   10    HE3  LYS 152           HE3      LYS 152  15.263   7.011  14.888
   11    HZ2  LYS 152           HZ1      LYS 152  17.033   7.675  16.416
   12    HZ1  LYS 152           HZ2      LYS 152  18.114   6.639  15.633
   13    HZ3  LYS 152           HZ3      LYS 152  16.778   6.005  16.449

  No H/Q in entry =          13
  In of MODEL   11
    1    H    GLN 153           H        GLN 153  20.177   3.550   9.602
    2    HA   GLN 153           HA       GLN 153  19.492   0.705   9.684
    3    HB2  GLN 153           HB2      GLN 153  20.022   2.108   7.114
    4    HB3  GLN 153           HB3      GLN 153  18.805   0.902   7.502
    5    HG2  GLN 153           HG2      GLN 153  17.605   2.681   8.783
    6    HG3  GLN 153           HG3      GLN 153  18.742   3.829   8.076
    7   HE21  GLN 153          HE21      GLN 153  17.034   4.886   7.036
    8   HE22  GLN 153          HE22      GLN 153  16.287   4.226   5.625

  No H/Q in entry =           8
  In of MODEL   11
    1    HA   PRO 154           HA       PRO 154  23.650  -0.692   8.786
    2    HB2  PRO 154           HB2      PRO 154  23.514  -1.807   6.254
    3    HB3  PRO 154           HB3      PRO 154  23.079  -2.637   7.750
    4    HG2  PRO 154           HG2      PRO 154  21.326  -1.278   5.750
    5    HG3  PRO 154           HG3      PRO 154  21.055  -2.790   6.636
    6    HD2  PRO 154           HD2      PRO 154  19.836  -0.536   7.356
    7    HD3  PRO 154           HD3      PRO 154  20.417  -1.683   8.576

  No H/Q in entry =           7
  In of MODEL   11
    1    H    ASP 155           H        ASP 155  22.241   1.624   6.931
    2    HA   ASP 155           HA       ASP 155  24.288   2.156   4.989
    3    HB2  ASP 155           HB2      ASP 155  21.955   3.907   6.036
    4    HB3  ASP 155           HB3      ASP 155  23.033   4.389   4.732

  No H/Q in entry =           4
  In of MODEL   11
    1    H    ALA 156           H        ALA 156  23.974   3.307   8.572
    2    HA   ALA 156           HA       ALA 156  25.513   5.504   7.994
    3    HB2  ALA 156           HB1      ALA 156  24.112   4.994  10.072
    4    HB1  ALA 156           HB2      ALA 156  25.694   5.729  10.328
    5    HB3  ALA 156           HB3      ALA 156  25.472   4.000  10.596

  No H/Q in entry =           5
  In of MODEL   11
    1    H    MET 157           H        MET 157  27.432   5.437   7.175
    2    HA   MET 157           HA       MET 157  29.059   3.088   7.685
    3    HB2  MET 157           HB2      MET 157  28.463   4.496   5.483
    4    HB3  MET 157           HB3      MET 157  29.981   5.285   5.923
    5    HG2  MET 157           HG2      MET 157  31.042   3.026   5.961
    6    HG3  MET 157           HG3      MET 157  29.528   2.373   5.332
    7    HE2  MET 157           HE1      MET 157  32.998   3.708   4.302
    8    HE1  MET 157           HE2      MET 157  32.150   5.185   4.758
    9    HE3  MET 157           HE3      MET 157  32.614   4.919   3.078

  No H/Q in entry =           9
  In of MODEL   11
    1    H    THR 158           H        THR 158  29.972   3.443   9.892
    2    HA   THR 158           HA       THR 158  30.979   5.786  10.720
    3    HB   THR 158           HB       THR 158  32.760   4.119  11.883
    4    HG1  THR 158           HG1      THR 158  31.618   2.100  12.137
    5   HG23  THR 158          HG21      THR 158  31.103   5.490  13.044
    6   HG22  THR 158          HG22      THR 158  31.095   3.843  13.673
    7   HG21  THR 158          HG23      THR 158  29.824   4.371  12.571

  No H/Q in entry =           7
  In of MODEL   11
    1    H    HIS 159           H        HIS 159  32.920   6.694  10.933
    2    HA   HIS 159           HA       HIS 159  35.210   5.920   9.400
    3    HB2  HIS 159           HB2      HIS 159  34.716   7.208   7.597
    4    HB3  HIS 159           HB3      HIS 159  33.285   7.845   8.381
    5    HD1  HIS 159           HD1      HIS 159  36.893   8.627   7.723
    6    HD2  HIS 159           HD2      HIS 159  33.529  10.417   9.382
    7    HE1  HIS 159           HE1      HIS 159  37.475  11.065   7.972
    8    HE2  HIS 159           HE2      HIS 159  35.441  12.122   9.041

  No H/Q in entry =           8
  In of MODEL   11
    1    HA   PRO 160           HA       PRO 160  36.881   7.500  13.117
    2    HB2  PRO 160           HB2      PRO 160  39.239   8.646  12.314
    3    HB3  PRO 160           HB3      PRO 160  38.967   6.914  12.540
    4    HG2  PRO 160           HG2      PRO 160  38.892   8.529  10.020
    5    HG3  PRO 160           HG3      PRO 160  39.618   6.936  10.311
    6    HD2  PRO 160           HD2      PRO 160  37.249   7.179   9.093
    7    HD3  PRO 160           HD3      PRO 160  37.574   5.845  10.218

  No H/Q in entry =           7
  In of MODEL   11
    1    H    ASP 161           H        ASP 161  34.921   9.330  12.290
    2    HA   ASP 161           HA       ASP 161  35.597  11.650  13.710
    3    HB2  ASP 161           HB2      ASP 161  36.947  12.647  12.167
    4    HB3  ASP 161           HB3      ASP 161  36.309  11.687  10.843

  No H/Q in entry =           4
  In of MODEL   11
    1    H    GLY 162           H        GLY 162  33.614  10.037  11.372
    2    HA3  GLY 162           HA2      GLY 162  31.223  10.819  12.596
    3    HA2  GLY 162           HA3      GLY 162  31.450  11.638  11.050

  No H/Q in entry =           3
  In of MODEL   11
    1    H    MET 163           H        MET 163  29.356  10.025  11.140
    2    HA   MET 163           HA       MET 163  30.174   7.713   9.516
    3    HB2  MET 163           HB2      MET 163  28.286   6.397  10.574
    4    HB3  MET 163           HB3      MET 163  29.667   6.646  11.636
    5    HG2  MET 163           HG2      MET 163  28.185   8.774  12.322
    6    HG3  MET 163           HG3      MET 163  26.911   7.651  11.849
    7    HE1  MET 163           HE1      MET 163  27.540   4.964  12.504
    8    HE3  MET 163           HE2      MET 163  26.144   5.559  13.402
    9    HE2  MET 163           HE3      MET 163  27.411   4.658  14.236

  No H/Q in entry =           9
  In of MODEL   11
    1    H    GLN 164           H        GLN 164  29.298   7.859   7.784
    2    HA   GLN 164           HA       GLN 164  27.280   9.780   7.175
    3    HB2  GLN 164           HB2      GLN 164  28.261   9.560   4.930
    4    HB3  GLN 164           HB3      GLN 164  29.441  10.055   6.134
    5    HG2  GLN 164           HG2      GLN 164  29.494   7.255   6.110
    6    HG3  GLN 164           HG3      GLN 164  29.456   7.756   4.421
    7   HE21  GLN 164          HE21      GLN 164  31.577   6.554   6.096
    8   HE22  GLN 164          HE22      GLN 164  32.934   7.608   5.925

  No H/Q in entry =           8
  In of MODEL   11
    1    H    ILE 165           H        ILE 165  26.565   9.158   4.923
    2    HA   ILE 165           HA       ILE 165  25.573   6.647   4.220
    3    HB   ILE 165           HB       ILE 165  23.121   7.770   4.532
    4   HG12  ILE 165          HG12      ILE 165  23.713   8.474   7.226
    5   HG13  ILE 165          HG13      ILE 165  24.838   9.354   6.199
    6   HG21  ILE 165          HG21      ILE 165  24.493   5.703   5.813
    7   HG23  ILE 165          HG22      ILE 165  22.753   5.966   5.732
    8   HG22  ILE 165          HG23      ILE 165  23.681   6.623   7.078
    9   HD11  ILE 165          HD11      ILE 165  22.579   9.829   4.886
   10   HD13  ILE 165          HD12      ILE 165  23.178  10.839   6.200
   11   HD12  ILE 165          HD13      ILE 165  21.942   9.623   6.514

  No H/Q in entry =          11
  In of MODEL   11
    1    H    LYS 166           H        LYS 166  25.621   7.369   1.578
    2    HA   LYS 166           HA       LYS 166  25.801  10.168   1.451
    3    HB2  LYS 166           HB2      LYS 166  25.818   8.784  -1.064
    4    HB3  LYS 166           HB3      LYS 166  27.114   9.702  -0.326
    5    HG2  LYS 166           HG2      LYS 166  28.247   7.789  -0.387
    6    HG3  LYS 166           HG3      LYS 166  27.279   7.325   1.011
    7    HD2  LYS 166           HD2      LYS 166  27.174   5.538  -0.582
    8    HD3  LYS 166           HD3      LYS 166  25.605   6.345  -0.580
    9    HE2  LYS 166           HE2      LYS 166  25.936   7.283  -2.662
   10    HE3  LYS 166           HE3      LYS 166  27.691   7.216  -2.530
   11    HZ1  LYS 166           HZ1      LYS 166  27.520   4.772  -2.748
   12    HZ3  LYS 166           HZ2      LYS 166  26.977   5.605  -4.115
   13    HZ2  LYS 166           HZ3      LYS 166  25.859   4.934  -3.036

  No H/Q in entry =          13
  In of MODEL   11
    1    H    ILE 167           H        ILE 167  24.022  11.229   0.985
    2    HA   ILE 167           HA       ILE 167  22.073   9.808  -0.672
    3    HB   ILE 167           HB       ILE 167  20.753  11.837   0.756
    4   HG12  ILE 167          HG12      ILE 167  21.574   9.874   2.797
    5   HG13  ILE 167          HG13      ILE 167  22.853  10.977   2.298
    6   HG22  ILE 167          HG21      ILE 167  19.562   9.726   1.693
    7   HG21  ILE 167          HG22      ILE 167  20.594   8.861   0.554
    8   HG23  ILE 167          HG23      ILE 167  19.472  10.088  -0.030
    9   HD12  ILE 167          HD11      ILE 167  20.305  11.534   3.681
   10   HD11  ILE 167          HD12      ILE 167  21.022  12.778   2.662
   11   HD13  ILE 167          HD13      ILE 167  21.931  12.118   4.025

  No H/Q in entry =          11
  In of MODEL   11
    1    H    THR 168           H        THR 168  21.905  10.775  -2.592
    2    HA   THR 168           HA       THR 168  22.768  13.464  -2.979
    3    HB   THR 168           HB       THR 168  21.531  13.292  -5.177
    4    HG1  THR 168           HG1      THR 168  20.361  11.256  -3.901
    5   HG23  THR 168          HG21      THR 168  23.035  11.708  -6.200
    6   HG22  THR 168          HG22      THR 168  23.333  10.926  -4.648
    7   HG21  THR 168          HG23      THR 168  23.906  12.570  -4.930

  No H/Q in entry =           7
  In of MODEL   11
    1    H    ARG 169           H        ARG 169  21.171  15.164  -3.503
    2    HA   ARG 169           HA       ARG 169  19.093  15.200  -1.499
    3    HB2  ARG 169           HB2      ARG 169  18.697  17.335  -3.389
    4    HB3  ARG 169           HB3      ARG 169  19.152  17.442  -1.709
    5    HG2  ARG 169           HG2      ARG 169  21.348  17.786  -2.154
    6    HG3  ARG 169           HG3      ARG 169  21.311  16.876  -3.667
    7    HD2  ARG 169           HD2      ARG 169  20.304  18.654  -4.825
    8    HD3  ARG 169           HD3      ARG 169  19.868  19.484  -3.334
    9    HE   ARG 169           HE       ARG 169  22.652  19.294  -3.423
   10   HH11  ARG 169          HH11      ARG 169  20.038  20.868  -5.148
   11   HH12  ARG 169          HH12      ARG 169  21.020  22.189  -5.692
   12   HH21  ARG 169          HH21      ARG 169  23.952  21.049  -4.141
   13   HH22  ARG 169          HH22      ARG 169  23.236  22.293  -5.118

  No H/Q in entry =          13
  In of MODEL   11
    1    H    GLN 170           H        GLN 170  19.384  14.230  -4.970
    2    HA   GLN 170           HA       GLN 170  16.861  14.336  -5.600
    3    HB2  GLN 170           HB2      GLN 170  18.900  12.180  -6.171
    4    HB3  GLN 170           HB3      GLN 170  17.336  12.276  -6.973
    5    HG2  GLN 170           HG2      GLN 170  18.681  13.354  -8.486
    6    HG3  GLN 170           HG3      GLN 170  18.083  14.708  -7.530
    7   HE21  GLN 170          HE21      GLN 170  20.814  12.993  -8.589
    8   HE22  GLN 170          HE22      GLN 170  22.006  13.902  -7.731

  No H/Q in entry =           8
  In of MODEL   11
    1    H    GLU 171           H        GLU 171  17.952  12.379  -2.707
    2    HA   GLU 171           HA       GLU 171  15.935  10.520  -3.446
    3    HB2  GLU 171           HB2      GLU 171  18.061  10.589  -1.329
    4    HB3  GLU 171           HB3      GLU 171  16.574   9.688  -0.998
    5    HG2  GLU 171           HG2      GLU 171  16.993   8.599  -3.307
    6    HG3  GLU 171           HG3      GLU 171  18.630   9.219  -3.130

  No H/Q in entry =           6
  In of MODEL   11
    1    H    ILE 172           H        ILE 172  16.929  13.160  -1.659
    2    HA   ILE 172           HA       ILE 172  14.925  13.346   0.380
    3    HB   ILE 172           HB       ILE 172  16.639  15.570  -0.744
    4   HG12  ILE 172          HG12      ILE 172  18.143  13.719  -0.438
    5   HG13  ILE 172          HG13      ILE 172  18.369  14.814   0.923
    6   HG21  ILE 172          HG21      ILE 172  14.956  16.127   0.979
    7   HG23  ILE 172          HG22      ILE 172  16.608  16.388   1.532
    8   HG22  ILE 172          HG23      ILE 172  15.714  14.966   2.068
    9   HD13  ILE 172          HD11      ILE 172  17.045  13.366   2.337
   10   HD12  ILE 172          HD12      ILE 172  18.366  12.460   1.596
   11   HD11  ILE 172          HD13      ILE 172  16.722  12.299   0.969

  No H/Q in entry =          11
  In of MODEL   11
    1    H    GLY 173           H        GLY 173  15.209  14.646  -3.072
    2    HA3  GLY 173           HA2      GLY 173  13.041  16.359  -2.469
    3    HA2  GLY 173           HA3      GLY 173  13.944  16.236  -3.949

  No H/Q in entry =           3
  In of MODEL   11
    1    H    GLN 174           H        GLN 174  13.322  13.284  -3.283
    2    HA   GLN 174           HA       GLN 174  10.835  13.125  -4.784
    3    HB2  GLN 174           HB2      GLN 174  13.161  11.253  -4.603
    4    HB3  GLN 174           HB3      GLN 174  11.564  10.656  -5.065
    5    HG2  GLN 174           HG2      GLN 174  11.460  12.188  -6.912
    6    HG3  GLN 174           HG3      GLN 174  12.952  12.968  -6.402
    7   HE21  GLN 174          HE21      GLN 174  14.361  10.582  -5.799
    8   HE22  GLN 174          HE22      GLN 174  14.728   9.813  -7.302

  No H/Q in entry =           8
  In of MODEL   11
    1    H    ILE 175           H        ILE 175  12.391  12.443  -1.766
    2    HA   ILE 175           HA       ILE 175  10.266  10.711  -0.762
    3    HB   ILE 175           HB       ILE 175  12.730  11.654   0.721
    4   HG12  ILE 175          HG12      ILE 175  12.354   8.918  -0.472
    5   HG13  ILE 175          HG13      ILE 175  13.129  10.223  -1.367
    6   HG21  ILE 175          HG21      ILE 175  10.774   9.435   1.324
    7   HG23  ILE 175          HG22      ILE 175  10.973  10.940   2.223
    8   HG22  ILE 175          HG23      ILE 175  12.268   9.742   2.209
    9   HD11  ILE 175          HD11      ILE 175  14.793  10.432   0.447
   10   HD13  ILE 175          HD12      ILE 175  14.805   8.849  -0.331
   11   HD12  ILE 175          HD13      ILE 175  14.050   9.046   1.248

  No H/Q in entry =          11
  In of MODEL   11
    1    H    VAL 176           H        VAL 176  11.740  13.843   0.013
    2    HA   VAL 176           HA       VAL 176   9.990  14.274   2.232
    3    HB   VAL 176           HB       VAL 176  11.694  16.390   0.946
    4   HG11  VAL 176          HG11      VAL 176  10.603  15.999   3.727
    5   HG13  VAL 176          HG12      VAL 176  10.105  17.220   2.557
    6   HG12  VAL 176          HG13      VAL 176  11.725  17.272   3.254
    7   HG21  VAL 176          HG21      VAL 176  13.013  14.339   1.456
    8   HG23  VAL 176          HG22      VAL 176  12.515  14.495   3.142
    9   HG22  VAL 176          HG23      VAL 176  13.495  15.754   2.391

  No H/Q in entry =           9
  In of MODEL   11
    1    H    GLY 177           H        GLY 177  10.080  15.324  -1.123
    2    HA3  GLY 177           HA2      GLY 177   7.733  15.545  -1.957
    3    HA2  GLY 177           HA3      GLY 177   7.492  16.645  -0.608

  No H/Q in entry =           3
  In of MODEL   11
    1    H    CYS 178           H        CYS 178  10.333  17.647  -1.216
    2    HA   CYS 178           HA       CYS 178   9.427  19.540  -3.305
    3    HB2  CYS 178           HB2      CYS 178  11.263  20.089  -0.965
    4    HB3  CYS 178           HB3      CYS 178  10.763  21.251  -2.188
    5    HG   CYS 178           HG       CYS 178   8.229  21.575  -1.353

  No H/Q in entry =           5
  In of MODEL   11
    1    H    SER 179           H        SER 179  11.058  20.203  -4.803
    2    HA   SER 179           HA       SER 179  12.738  18.165  -5.578
    3    HB2  SER 179           HB2      SER 179  13.571  20.915  -6.273
    4    HB3  SER 179           HB3      SER 179  13.194  19.551  -7.327
    5    HG   SER 179           HG       SER 179  11.320  20.418  -7.624

  No H/Q in entry =           5
  In of MODEL   11
    1    H    ARG 180           H        ARG 180  14.931  18.100  -5.601
    2    HA   ARG 180           HA       ARG 180  16.382  18.478  -3.358
    3    HB2  ARG 180           HB2      ARG 180  18.408  18.467  -5.034
    4    HB3  ARG 180           HB3      ARG 180  17.435  17.036  -4.748
    5    HG2  ARG 180           HG2      ARG 180  17.713  17.075  -7.042
    6    HG3  ARG 180           HG3      ARG 180  16.104  17.757  -6.809
    7    HD2  ARG 180           HD2      ARG 180  16.788  19.889  -7.363
    8    HD3  ARG 180           HD3      ARG 180  18.469  19.572  -6.936
    9    HE   ARG 180           HE       ARG 180  17.523  18.032  -9.174
   10   HH11  ARG 180          HH11      ARG 180  18.875  21.124  -8.210
   11   HH12  ARG 180          HH12      ARG 180  19.674  21.379  -9.735
   12   HH21  ARG 180          HH21      ARG 180  18.543  18.393 -11.185
   13   HH22  ARG 180          HH22      ARG 180  19.483  19.832 -11.420

  No H/Q in entry =          13
  In of MODEL   11
    1    H    GLU 181           H        GLU 181  14.981  20.976  -4.504
    2    HA   GLU 181           HA       GLU 181  17.204  22.833  -4.523
    3    HB2  GLU 181           HB2      GLU 181  14.415  23.137  -5.557
    4    HB3  GLU 181           HB3      GLU 181  15.666  24.372  -5.647
    5    HG2  GLU 181           HG2      GLU 181  15.857  21.640  -6.883
    6    HG3  GLU 181           HG3      GLU 181  15.383  23.105  -7.745

  No H/Q in entry =           6
  In of MODEL   11
    1    H    THR 182           H        THR 182  13.855  22.777  -3.210
    2    HA   THR 182           HA       THR 182  14.311  24.799  -1.232
    3    HB   THR 182           HB       THR 182  12.661  22.453  -0.381
    4    HG1  THR 182           HG1      THR 182  11.207  23.939  -2.124
    5   HG22  THR 182          HG21      THR 182  12.064  25.409  -0.542
    6   HG21  THR 182          HG22      THR 182  12.638  24.551   0.886
    7   HG23  THR 182          HG23      THR 182  11.040  24.195   0.226

  No H/Q in entry =           7
  In of MODEL   11
    1    H    VAL 183           H        VAL 183  14.437  21.267  -1.261
    2    HA   VAL 183           HA       VAL 183  15.987  20.915   1.114
    3    HB   VAL 183           HB       VAL 183  14.790  19.368  -1.047
    4   HG12  VAL 183          HG11      VAL 183  17.260  18.072  -0.010
    5   HG11  VAL 183          HG12      VAL 183  17.304  19.051  -1.475
    6   HG13  VAL 183          HG13      VAL 183  16.242  17.628  -1.391
    7   HG22  VAL 183          HG21      VAL 183  14.248  17.893   0.588
    8   HG21  VAL 183          HG22      VAL 183  14.458  19.381   1.518
    9   HG23  VAL 183          HG23      VAL 183  15.749  18.170   1.472

  No H/Q in entry =           9
  In of MODEL   11
    1    H    GLY 184           H        GLY 184  16.766  21.625  -2.396
    2    HA3  GLY 184           HA2      GLY 184  19.426  21.196  -2.233
    3    HA2  GLY 184           HA3      GLY 184  18.662  22.469  -3.174

  No H/Q in entry =           3
  In of MODEL   11
    1    H    ARG 185           H        ARG 185  17.642  23.476  -0.216
    2    HA   ARG 185           HA       ARG 185  19.745  25.436  -0.209
    3    HB2  ARG 185           HB2      ARG 185  17.323  24.989   1.584
    4    HB3  ARG 185           HB3      ARG 185  18.459  26.317   1.776
    5    HG2  ARG 185           HG2      ARG 185  17.839  27.042  -0.545
    6    HG3  ARG 185           HG3      ARG 185  16.546  25.843  -0.491
    7    HD2  ARG 185           HD2      ARG 185  15.632  26.934   1.504
    8    HD3  ARG 185           HD3      ARG 185  16.915  28.140   1.428
    9    HE   ARG 185           HE       ARG 185  14.536  28.032  -0.175
   10   HH11  ARG 185          HH11      ARG 185  17.817  29.226   0.013
   11   HH12  ARG 185          HH12      ARG 185  17.550  30.506  -1.132
   12   HH21  ARG 185          HH21      ARG 185  14.195  29.711  -1.701
   13   HH22  ARG 185          HH22      ARG 185  15.507  30.767  -2.108

  No H/Q in entry =          13
  In of MODEL   11
    1    H    ILE 186           H        ILE 186  18.295  22.753   1.364
    2    HA   ILE 186           HA       ILE 186  19.827  23.033   3.801
    3    HB   ILE 186           HB       ILE 186  17.872  20.915   2.968
    4   HG12  ILE 186          HG12      ILE 186  16.993  22.052   5.278
    5   HG13  ILE 186          HG13      ILE 186  17.886  23.398   4.582
    6   HG23  ILE 186          HG21      ILE 186  19.544  19.806   4.327
    7   HG22  ILE 186          HG22      ILE 186  18.089  20.050   5.289
    8   HG21  ILE 186          HG23      ILE 186  19.483  21.105   5.514
    9   HD13  ILE 186          HD11      ILE 186  15.822  23.793   3.723
   10   HD12  ILE 186          HD12      ILE 186  15.403  22.082   3.647
   11   HD11  ILE 186          HD13      ILE 186  16.490  22.778   2.444

  No H/Q in entry =          11
  In of MODEL   11
    1    H    LEU 187           H        LEU 187  19.848  20.754   1.163
    2    HA   LEU 187           HA       LEU 187  21.995  19.290   2.232
    3    HB2  LEU 187           HB2      LEU 187  20.898  19.419  -0.541
    4    HB3  LEU 187           HB3      LEU 187  22.021  18.190   0.062
    5    HG   LEU 187           HG       LEU 187  19.129  18.560   0.656
    6   HD11  LEU 187          HD11      LEU 187  20.653  16.652  -0.498
    7   HD13  LEU 187          HD12      LEU 187  19.007  16.450   0.109
    8   HD12  LEU 187          HD13      LEU 187  20.387  16.012   1.124
    9   HD23  LEU 187          HD21      LEU 187  20.935  17.318   2.722
   10   HD22  LEU 187          HD22      LEU 187  19.185  17.479   2.795
   11   HD21  LEU 187          HD23      LEU 187  20.205  18.913   2.879

  No H/Q in entry =          11
  In of MODEL   11
    1    H    LYS 188           H        LYS 188  21.844  22.297   1.042
    2    HA   LYS 188           HA       LYS 188  24.512  22.258  -0.199
    3    HB2  LYS 188           HB2      LYS 188  22.598  23.710  -1.205
    4    HB3  LYS 188           HB3      LYS 188  22.936  24.795   0.138
    5    HG2  LYS 188           HG2      LYS 188  25.207  23.876  -1.556
    6    HG3  LYS 188           HG3      LYS 188  24.114  25.105  -2.193
    7    HD2  LYS 188           HD2      LYS 188  24.853  26.692  -0.753
    8    HD3  LYS 188           HD3      LYS 188  25.080  25.540   0.564
    9    HE2  LYS 188           HE2      LYS 188  26.904  25.363  -1.779
   10    HE3  LYS 188           HE3      LYS 188  27.131  26.703  -0.658
   11    HZ3  LYS 188           HZ1      LYS 188  27.949  25.353   0.915
   12    HZ2  LYS 188           HZ2      LYS 188  28.200  24.243  -0.349
   13    HZ1  LYS 188           HZ3      LYS 188  26.812  24.135   0.618

  No H/Q in entry =          13
  In of MODEL   11
    1    H    MET 189           H        MET 189  22.692  23.165   2.633
    2    HA   MET 189           HA       MET 189  24.837  24.780   3.759
    3    HB2  MET 189           HB2      MET 189  23.495  25.011   5.768
    4    HB3  MET 189           HB3      MET 189  22.525  25.357   4.353
    5    HG2  MET 189           HG2      MET 189  21.649  23.008   4.541
    6    HG3  MET 189           HG3      MET 189  22.441  22.937   6.112
    7    HE1  MET 189           HE1      MET 189  20.571  25.223   3.897
    8    HE3  MET 189           HE2      MET 189  20.093  26.474   5.047
    9    HE2  MET 189           HE3      MET 189  18.950  25.213   4.588

  No H/Q in entry =           9
  In of MODEL   11
    1    H    LEU 190           H        LEU 190  23.823  21.483   3.773
    2    HA   LEU 190           HA       LEU 190  25.097  20.520   6.018
    3    HB2  LEU 190           HB2      LEU 190  25.086  19.157   3.349
    4    HB3  LEU 190           HB3      LEU 190  25.173  18.401   4.932
    5    HG   LEU 190           HG       LEU 190  22.846  19.741   3.633
    6   HD13  LEU 190          HD11      LEU 190  22.943  17.482   3.084
    7   HD12  LEU 190          HD12      LEU 190  21.795  17.565   4.427
    8   HD11  LEU 190          HD13      LEU 190  23.453  17.026   4.708
    9   HD22  LEU 190          HD21      LEU 190  22.548  20.667   5.683
   10   HD21  LEU 190          HD22      LEU 190  23.378  19.356   6.517
   11   HD23  LEU 190          HD23      LEU 190  21.740  19.116   5.910

  No H/Q in entry =          11
  In of MODEL   11
    1    H    GLU 191           H        GLU 191  26.535  20.882   2.730
    2    HA   GLU 191           HA       GLU 191  29.072  20.055   3.523
    3    HB2  GLU 191           HB2      GLU 191  28.495  20.039   1.216
    4    HB3  GLU 191           HB3      GLU 191  27.939  21.702   1.264
    5    HG2  GLU 191           HG2      GLU 191  30.387  22.310   1.702
    6    HG3  GLU 191           HG3      GLU 191  30.746  20.667   1.170

  No H/Q in entry =           6
  In of MODEL   11
    1    H    ASP 192           H        ASP 192  27.326  22.920   4.111
    2    HA   ASP 192           HA       ASP 192  29.685  24.574   4.433
    3    HB2  ASP 192           HB2      ASP 192  26.764  25.182   4.945
    4    HB3  ASP 192           HB3      ASP 192  28.067  26.343   5.166

  No H/Q in entry =           4
  In of MODEL   11
    1    H    GLN 193           H        GLN 193  28.079  22.313   6.015
    2    HA   GLN 193           HA       GLN 193  28.069  21.418   8.111
    3    HB2  GLN 193           HB2      GLN 193  30.320  23.388   8.401
    4    HB3  GLN 193           HB3      GLN 193  29.763  22.450   9.780
    5    HG2  GLN 193           HG2      GLN 193  30.987  20.736   9.130
    6    HG3  GLN 193           HG3      GLN 193  30.133  20.683   7.591
    7   HE21  GLN 193          HE21      GLN 193  30.953  21.920   5.847
    8   HE22  GLN 193          HE22      GLN 193  32.636  22.312   5.772

  No H/Q in entry =           8
  In of MODEL   11
    1    H    ASN 194           H        ASN 194  26.375  23.663   7.326
    2    HA   ASN 194           HA       ASN 194  25.967  25.098   9.846
    3    HB2  ASN 194           HB2      ASN 194  25.717  26.009   7.355
    4    HB3  ASN 194           HB3      ASN 194  24.090  25.367   7.540
    5   HD21  ASN 194          HD21      ASN 194  26.338  27.789   8.521
    6   HD22  ASN 194          HD22      ASN 194  25.221  28.769   9.406

  No H/Q in entry =           6
  In of MODEL   11
    1    H    LEU 195           H        LEU 195  25.209  22.177   8.631
    2    HA   LEU 195           HA       LEU 195  22.982  21.831  10.472
    3    HB2  LEU 195           HB2      LEU 195  22.236  22.605   8.069
    4    HB3  LEU 195           HB3      LEU 195  22.520  20.928   7.663
    5    HG   LEU 195           HG       LEU 195  20.819  21.253  10.024
    6   HD12  LEU 195          HD11      LEU 195  18.858  21.973   8.693
    7   HD11  LEU 195          HD12      LEU 195  19.948  22.337   7.352
    8   HD13  LEU 195          HD13      LEU 195  20.082  23.234   8.865
    9   HD23  LEU 195          HD21      LEU 195  19.398  19.703   8.677
   10   HD22  LEU 195          HD22      LEU 195  21.042  19.121   8.951
   11   HD21  LEU 195          HD23      LEU 195  20.597  19.808   7.389

  No H/Q in entry =          11
  In of MODEL   11
    1    H    ILE 196           H        ILE 196  25.273  20.474   8.203
    2    HA   ILE 196           HA       ILE 196  25.552  18.050   9.615
    3    HB   ILE 196           HB       ILE 196  24.744  17.748   6.717
    4   HG12  ILE 196          HG12      ILE 196  23.100  17.116   9.167
    5   HG13  ILE 196          HG13      ILE 196  22.790  18.456   8.066
    6   HG22  ILE 196          HG21      ILE 196  24.353  15.350   7.900
    7   HG21  ILE 196          HG22      ILE 196  25.697  15.964   8.862
    8   HG23  ILE 196          HG23      ILE 196  25.860  15.814   7.113
    9   HD11  ILE 196          HD11      ILE 196  22.856  15.594   7.192
   10   HD13  ILE 196          HD12      ILE 196  22.261  16.996   6.301
   11   HD12  ILE 196          HD13      ILE 196  21.389  16.419   7.724

  No H/Q in entry =          11
  In of MODEL   11
    1    H    SER 197           H        SER 197  27.146  16.791   7.903
    2    HA   SER 197           HA       SER 197  28.675  18.674   6.311
    3    HB2  SER 197           HB2      SER 197  29.981  18.619   8.278
    4    HB3  SER 197           HB3      SER 197  29.862  16.860   8.382
    5    HG   SER 197           HG       SER 197  31.603  18.408   6.989

  No H/Q in entry =           5
  In of MODEL   11
    1    H    ALA 198           H        ALA 198  28.345  17.990   4.308
    2    HA   ALA 198           HA       ALA 198  28.217  15.134   3.912
    3    HB3  ALA 198           HB1      ALA 198  26.338  16.590   3.071
    4    HB1  ALA 198           HB2      ALA 198  27.146  15.643   1.822
    5    HB2  ALA 198           HB3      ALA 198  27.503  17.362   1.995

  No H/Q in entry =           5
  In of MODEL   11
    1    H    HIS 199           H        HIS 199  30.076  14.310   3.378
    2    HA   HIS 199           HA       HIS 199  32.206  15.961   2.278
    3    HB2  HIS 199           HB2      HIS 199  32.076  13.029   3.058
    4    HB3  HIS 199           HB3      HIS 199  33.482  13.752   2.287
    5    HD1  HIS 199           HD1      HIS 199  31.502  15.436   5.029
    6    HD2  HIS 199           HD2      HIS 199  35.182  13.603   4.441
    7    HE1  HIS 199           HE1      HIS 199  32.803  15.858   7.128
    8    HE2  HIS 199           HE2      HIS 199  35.103  14.976   6.634

  No H/Q in entry =           8
  In of MODEL   11
    1    H    GLY 200           H        GLY 200  30.903  16.506   0.449
    2    HA3  GLY 200           HA2      GLY 200  30.631  16.261  -1.869
    3    HA2  GLY 200           HA3      GLY 200  31.064  14.553  -1.717

  No H/Q in entry =           3
  In of MODEL   11
    1    H    LYS 201           H        LYS 201  29.362  13.215  -2.082
    2    HA   LYS 201           HA       LYS 201  26.688  14.209  -1.399
    3    HB2  LYS 201           HB2      LYS 201  26.068  11.953  -2.642
    4    HB3  LYS 201           HB3      LYS 201  26.436  13.418  -3.537
    5    HG2  LYS 201           HG2      LYS 201  28.785  11.776  -2.968
    6    HG3  LYS 201           HG3      LYS 201  27.565  10.968  -3.957
    7    HD2  LYS 201           HD2      LYS 201  27.530  13.010  -5.412
    8    HD3  LYS 201           HD3      LYS 201  28.918  13.604  -4.500
    9    HE2  LYS 201           HE2      LYS 201  30.186  11.616  -5.151
   10    HE3  LYS 201           HE3      LYS 201  28.799  11.035  -6.070
   11    HZ1  LYS 201           HZ1      LYS 201  30.058  13.657  -6.618
   12    HZ3  LYS 201           HZ2      LYS 201  29.014  12.769  -7.609
   13    HZ2  LYS 201           HZ3      LYS 201  30.595  12.232  -7.354

  No H/Q in entry =          13
  In of MODEL   11
    1    H    THR 202           H        THR 202  29.064  12.365  -0.165
    2    HA   THR 202           HA       THR 202  27.599  10.478   1.405
    3    HB   THR 202           HB       THR 202  30.170  11.381   2.511
    4    HG1  THR 202           HG1      THR 202  31.072  11.692   0.603
    5   HG23  THR 202          HG21      THR 202  29.242   9.254   3.140
    6   HG22  THR 202          HG22      THR 202  30.725   8.962   2.232
    7   HG21  THR 202          HG23      THR 202  29.156   8.738   1.458

  No H/Q in entry =           7
  In of MODEL   11
    1    H    ILE 203           H        ILE 203  26.582  10.990   3.326
    2    HA   ILE 203           HA       ILE 203  26.984  13.728   4.241
    3    HB   ILE 203           HB       ILE 203  24.555  12.049   3.942
    4   HG12  ILE 203          HG12      ILE 203  25.439  14.818   3.227
    5   HG13  ILE 203          HG13      ILE 203  24.801  13.550   2.187
    6   HG22  ILE 203          HG21      ILE 203  24.716  14.371   5.865
    7   HG21  ILE 203          HG22      ILE 203  24.586  12.676   6.331
    8   HG23  ILE 203          HG23      ILE 203  23.269  13.452   5.451
    9   HD12  ILE 203          HD11      ILE 203  23.230  15.386   2.437
   10   HD11  ILE 203          HD12      ILE 203  23.234  15.154   4.187
   11   HD13  ILE 203          HD13      ILE 203  22.579  13.899   3.129

  No H/Q in entry =          11
  In of MODEL   11
    1    H    VAL 204           H        VAL 204  27.977  13.869   6.108
    2    HA   VAL 204           HA       VAL 204  27.955  11.588   7.979
    3    HB   VAL 204           HB       VAL 204  30.027  13.618   7.224
    4   HG11  VAL 204          HG11      VAL 204  29.803  12.507  10.013
    5   HG13  VAL 204          HG12      VAL 204  29.631  14.197   9.543
    6   HG12  VAL 204          HG13      VAL 204  31.189  13.388   9.370
    7   HG21  VAL 204          HG21      VAL 204  29.945  10.712   7.884
    8   HG23  VAL 204          HG22      VAL 204  31.463  11.596   8.024
    9   HG22  VAL 204          HG23      VAL 204  30.626  11.528   6.474

  No H/Q in entry =           9
  In of MODEL   11
    1    H    VAL 205           H        VAL 205  26.210  12.037   9.028
    2    HA   VAL 205           HA       VAL 205  25.755  14.467  10.482
    3    HB   VAL 205           HB       VAL 205  24.382  12.816  11.990
    4   HG13  VAL 205          HG11      VAL 205  23.345  14.175  10.222
    5   HG12  VAL 205          HG12      VAL 205  22.608  12.574  10.282
    6   HG11  VAL 205          HG13      VAL 205  23.781  12.956   9.018
    7   HG22  VAL 205          HG21      VAL 205  23.890  10.627  11.011
    8   HG21  VAL 205          HG22      VAL 205  25.615  10.765  11.361
    9   HG23  VAL 205          HG23      VAL 205  25.031  10.944   9.702

  No H/Q in entry =           9
  In of MODEL   11
    1    H    TYR 206           H        TYR 206  27.750  15.006  11.149
    2    HA   TYR 206           HA       TYR 206  29.852  13.687  12.225
    3    HB2  TYR 206           HB2      TYR 206  28.548  16.284  13.052
    4    HB3  TYR 206           HB3      TYR 206  29.911  15.670  13.974
    5    HD1  TYR 206           HD1      TYR 206  29.081  17.945  11.577
    6    HD2  TYR 206           HD2      TYR 206  31.858  14.787  12.256
    7    HE1  TYR 206           HE1      TYR 206  30.624  18.989  10.005
    8    HE2  TYR 206           HE2      TYR 206  33.434  15.795  10.682
    9    HH   TYR 206           HH       TYR 206  33.274  17.402   8.689

  No H/Q in entry =           9
  In of MODEL   11
    1    H    GLY 207           H        GLY 207  26.953  14.692  14.038
    2    HA3  GLY 207           HA2      GLY 207  26.684  12.435  15.606
    3    HA2  GLY 207           HA3      GLY 207  27.762  13.500  16.494

  No H/Q in entry =           3
  In of MODEL   11
    1    H    THR 208           H        THR 208  26.646  15.957  15.795
    2    HA   THR 208           HA       THR 208  24.529  16.161  17.666
    3    HB   THR 208           HB       THR 208  25.225  18.262  15.628
    4    HG1  THR 208           HG1      THR 208  26.647  17.992  18.054
    5   HG22  THR 208          HG21      THR 208  24.821  19.773  17.544
    6   HG21  THR 208          HG22      THR 208  24.400  18.372  18.530
    7   HG23  THR 208          HG23      THR 208  23.405  18.801  17.139

  No H/Q in entry =           7
  In of MODEL   11
    1    H    ARG 209           H        ARG 209  24.700  16.322  14.150
    2    HA   ARG 209           HA       ARG 209  22.136  15.295  13.691
    3    HB2  ARG 209           HB2      ARG 209  21.113  17.344  12.673
    4    HB3  ARG 209           HB3      ARG 209  21.266  17.434  14.423
    5    HG2  ARG 209           HG2      ARG 209  23.166  18.877  14.247
    6    HG3  ARG 209           HG3      ARG 209  23.223  18.665  12.496
    7    HD2  ARG 209           HD2      ARG 209  21.966  20.497  12.348
    8    HD3  ARG 209           HD3      ARG 209  20.639  19.530  12.990
    9    HE   ARG 209           HE       ARG 209  21.097  20.405  15.161
   10   HH11  ARG 209          HH11      ARG 209  22.971  21.910  12.609
   11   HH12  ARG 209          HH12      ARG 209  23.299  23.346  13.524
   12   HH21  ARG 209          HH21      ARG 209  21.525  22.289  16.361
   13   HH22  ARG 209          HH22      ARG 209  22.472  23.562  15.660

  No H/Q in entry =          13
  In of MODEL   12
    1    H1   VAL   1           H2       VAL   1 -24.744 -15.185   3.408
    2    H2   VAL   1           H1       VAL   1 -25.753 -13.889   3.827
    3    H3   VAL   1           H3       VAL   1 -26.224 -15.484   4.157
    4    HA   VAL   1           HA       VAL   1 -27.429 -15.191   2.295
    5    HB   VAL   1           HB       VAL   1 -26.493 -12.828   2.067
    6   HG11  VAL   1          HG11      VAL   1 -24.553 -14.222   0.229
    7   HG13  VAL   1          HG12      VAL   1 -24.162 -13.359   1.716
    8   HG12  VAL   1          HG13      VAL   1 -24.793 -12.477   0.326
    9   HG22  VAL   1          HG21      VAL   1 -28.261 -13.644   0.621
   10   HG21  VAL   1          HG22      VAL   1 -27.071 -14.380  -0.452
   11   HG23  VAL   1          HG23      VAL   1 -27.147 -12.626  -0.291

  No H/Q in entry =          11
  In of MODEL   12
    1    H    LEU   2           H        LEU   2 -27.331 -16.247   0.139
    2    HA   LEU   2           HA       LEU   2 -24.858 -17.514  -0.634
    3    HB2  LEU   2           HB2      LEU   2 -25.978 -18.892   1.275
    4    HB3  LEU   2           HB3      LEU   2 -27.117 -19.372   0.034
    5    HG   LEU   2           HG       LEU   2 -25.085 -20.143  -1.313
    6   HD13  LEU   2          HD11      LEU   2 -23.095 -20.699  -0.023
    7   HD12  LEU   2          HD12      LEU   2 -23.793 -19.927   1.400
    8   HD11  LEU   2          HD13      LEU   2 -23.388 -18.960  -0.017
    9   HD21  LEU   2          HD21      LEU   2 -26.668 -21.660  -0.212
   10   HD23  LEU   2          HD22      LEU   2 -25.716 -21.563   1.269
   11   HD22  LEU   2          HD23      LEU   2 -25.020 -22.286  -0.180

  No H/Q in entry =          11
  In of MODEL   12
    1    H    GLY   3           H        GLY   3 -25.189 -18.903  -2.604
    2    HA3  GLY   3           HA2      GLY   3 -26.124 -19.323  -4.665
    3    HA2  GLY   3           HA3      GLY   3 -27.659 -18.747  -4.034

  No H/Q in entry =           3
  In of MODEL   12
    1    H    LYS   4           H        LYS   4 -24.501 -17.183  -4.509
    2    HA   LYS   4           HA       LYS   4 -25.861 -15.180  -6.184
    3    HB2  LYS   4           HB2      LYS   4 -24.129 -14.845  -3.822
    4    HB3  LYS   4           HB3      LYS   4 -23.710 -13.816  -5.185
    5    HG2  LYS   4           HG2      LYS   4 -25.226 -12.672  -3.675
    6    HG3  LYS   4           HG3      LYS   4 -25.994 -12.946  -5.239
    7    HD2  LYS   4           HD2      LYS   4 -26.715 -15.193  -3.875
    8    HD3  LYS   4           HD3      LYS   4 -26.685 -13.993  -2.583
    9    HE2  LYS   4           HE2      LYS   4 -28.500 -12.920  -3.372
   10    HE3  LYS   4           HE3      LYS   4 -28.001 -13.102  -5.052
   11    HZ2  LYS   4           HZ1      LYS   4 -30.051 -14.311  -4.544
   12    HZ1  LYS   4           HZ2      LYS   4 -29.229 -15.248  -3.404
   13    HZ3  LYS   4           HZ3      LYS   4 -28.818 -15.359  -5.040

  No H/Q in entry =          13
  In of MODEL   12
    1    HA   PRO   5           HA       PRO   5 -22.914 -16.061  -9.346
    2    HB2  PRO   5           HB2      PRO   5 -22.504 -13.617 -10.467
    3    HB3  PRO   5           HB3      PRO   5 -23.989 -14.549 -10.690
    4    HG2  PRO   5           HG2      PRO   5 -23.435 -12.290  -8.803
    5    HG3  PRO   5           HG3      PRO   5 -24.863 -12.576  -9.814
    6    HD2  PRO   5           HD2      PRO   5 -24.832 -13.159  -7.181
    7    HD3  PRO   5           HD3      PRO   5 -25.743 -14.134  -8.352

  No H/Q in entry =           7
  In of MODEL   12
    1    H    GLN   6           H        GLN   6 -21.358 -16.454  -7.460
    2    HA   GLN   6           HA       GLN   6 -19.122 -14.536  -7.590
    3    HB2  GLN   6           HB2      GLN   6 -20.388 -15.306  -5.346
    4    HB3  GLN   6           HB3      GLN   6 -19.207 -16.603  -5.456
    5    HG2  GLN   6           HG2      GLN   6 -17.419 -14.874  -5.586
    6    HG3  GLN   6           HG3      GLN   6 -18.653 -13.651  -5.283
    7   HE21  GLN   6          HE21      GLN   6 -16.658 -16.092  -3.933
    8   HE22  GLN   6          HE22      GLN   6 -17.142 -15.873  -2.281

  No H/Q in entry =           8
  In of MODEL   12
    1    H    THR   7           H        THR   7 -19.908 -17.975  -7.314
    2    HA   THR   7           HA       THR   7 -19.010 -19.843  -8.204
    3    HB   THR   7           HB       THR   7 -17.189 -18.156  -9.923
    4    HG1  THR   7           HG1      THR   7 -19.221 -17.354 -10.348
    5   HG22  THR   7          HG21      THR   7 -18.512 -20.834 -10.396
    6   HG21  THR   7          HG22      THR   7 -16.839 -20.618  -9.881
    7   HG23  THR   7          HG23      THR   7 -17.359 -20.028 -11.460

  No H/Q in entry =           7
  In of MODEL   12
    1    H    ASP   8           H        ASP   8 -18.130 -19.447  -5.772
    2    HA   ASP   8           HA       ASP   8 -15.233 -19.966  -5.966
    3    HB2  ASP   8           HB2      ASP   8 -16.698 -18.165  -4.075
    4    HB3  ASP   8           HB3      ASP   8 -15.300 -19.047  -3.483

  No H/Q in entry =           4
  In of MODEL   12
    1    HA   PRO   9           HA       PRO   9 -17.658 -23.563  -4.176
    2    HB2  PRO   9           HB2      PRO   9 -15.909 -25.430  -5.212
    3    HB3  PRO   9           HB3      PRO   9 -17.374 -24.866  -6.021
    4    HG2  PRO   9           HG2      PRO   9 -14.537 -24.012  -6.420
    5    HG3  PRO   9           HG3      PRO   9 -15.810 -24.277  -7.626
    6    HD2  PRO   9           HD2      PRO   9 -15.105 -21.811  -6.836
    7    HD3  PRO   9           HD3      PRO   9 -16.788 -22.216  -7.227

  No H/Q in entry =           7
  In of MODEL   12
    1    H    THR  10           H        THR  10 -14.167 -22.942  -4.212
    2    HA   THR  10           HA       THR  10 -13.700 -24.729  -1.974
    3    HB   THR  10           HB       THR  10 -11.546 -22.852  -2.611
    4    HG1  THR  10           HG1      THR  10 -11.224 -24.005  -4.746
    5   HG23  THR  10          HG21      THR  10 -10.228 -24.843  -2.737
    6   HG22  THR  10          HG22      THR  10 -11.659 -25.845  -2.975
    7   HG21  THR  10          HG23      THR  10 -11.379 -25.064  -1.419

  No H/Q in entry =           7
  In of MODEL   12
    1    H    LEU  11           H        LEU  11 -14.549 -21.341  -2.557
    2    HA   LEU  11           HA       LEU  11 -13.618 -20.634   0.068
    3    HB2  LEU  11           HB2      LEU  11 -13.768 -18.895  -1.698
    4    HB3  LEU  11           HB3      LEU  11 -15.523 -19.035  -1.610
    5    HG   LEU  11           HG       LEU  11 -15.291 -18.577   0.880
    6   HD11  LEU  11          HD11      LEU  11 -12.801 -18.985   0.837
    7   HD13  LEU  11          HD12      LEU  11 -13.366 -17.564   1.717
    8   HD12  LEU  11          HD13      LEU  11 -12.655 -17.386   0.108
    9   HD22  LEU  11          HD21      LEU  11 -15.411 -16.277   0.612
   10   HD21  LEU  11          HD22      LEU  11 -16.066 -16.976  -0.874
   11   HD23  LEU  11          HD23      LEU  11 -14.427 -16.309  -0.851

  No H/Q in entry =          11
  In of MODEL   12
    1    H    GLU  12           H        GLU  12 -16.331 -21.928  -1.380
    2    HA   GLU  12           HA       GLU  12 -18.275 -21.369   0.629
    3    HB2  GLU  12           HB2      GLU  12 -18.338 -23.180  -1.782
    4    HB3  GLU  12           HB3      GLU  12 -19.672 -23.046  -0.647
    5    HG2  GLU  12           HG2      GLU  12 -20.074 -20.805  -1.221
    6    HG3  GLU  12           HG3      GLU  12 -18.539 -20.670  -2.076

  No H/Q in entry =           6
  In of MODEL   12
    1    H    TRP  13           H        TRP  13 -15.791 -23.303   0.359
    2    HA   TRP  13           HA       TRP  13 -16.713 -25.459   2.100
    3    HB2  TRP  13           HB2      TRP  13 -14.230 -25.019   0.423
    4    HB3  TRP  13           HB3      TRP  13 -14.237 -26.201   1.730
    5    HD1  TRP  13           HD1      TRP  13 -17.578 -26.407   0.487
    6    HE1  TRP  13           HE1      TRP  13 -17.877 -28.262  -1.260
    7    HE3  TRP  13           HE3      TRP  13 -12.655 -27.267  -0.647
    8    HZ2  TRP  13           HZ2      TRP  13 -16.258 -29.879  -2.900
    9    HZ3  TRP  13           HZ3      TRP  13 -12.126 -28.993  -2.323
   10    HH2  TRP  13           HH2      TRP  13 -13.892 -30.270  -3.423

  No H/Q in entry =          10
  In of MODEL   12
    1    H    PHE  14           H        PHE  14 -15.174 -22.413   1.840
    2    HA   PHE  14           HA       PHE  14 -13.731 -22.447   4.370
    3    HB2  PHE  14           HB2      PHE  14 -12.615 -21.295   2.675
    4    HB3  PHE  14           HB3      PHE  14 -14.062 -20.533   2.080
    5    HD1  PHE  14           HD1      PHE  14 -15.144 -18.748   3.608
    6    HD2  PHE  14           HD2      PHE  14 -11.130 -20.082   4.028
    7    HE1  PHE  14           HE1      PHE  14 -14.586 -16.680   4.817
    8    HE2  PHE  14           HE2      PHE  14 -10.571 -18.029   5.240
    9    HZ   PHE  14           HZ       PHE  14 -12.295 -16.320   5.639

  No H/Q in entry =           9
  In of MODEL   12
    1    H    LEU  15           H        LEU  15 -16.826 -21.548   3.142
    2    HA   LEU  15           HA       LEU  15 -17.254 -19.460   5.138
    3    HB2  LEU  15           HB2      LEU  15 -19.163 -20.397   3.010
    4    HB3  LEU  15           HB3      LEU  15 -19.342 -18.996   4.049
    5    HG   LEU  15           HG       LEU  15 -17.195 -19.334   1.969
    6   HD11  LEU  15          HD11      LEU  15 -19.772 -17.819   2.018
    7   HD13  LEU  15          HD12      LEU  15 -19.297 -19.110   0.912
    8   HD12  LEU  15          HD13      LEU  15 -18.491 -17.543   0.836
    9   HD22  LEU  15          HD21      LEU  15 -16.450 -17.216   2.469
   10   HD21  LEU  15          HD22      LEU  15 -16.823 -17.849   4.073
   11   HD23  LEU  15          HD23      LEU  15 -17.953 -16.759   3.272

  No H/Q in entry =          11
  In of MODEL   12
    1    H    SER  16           H        SER  16 -17.320 -22.674   4.823
    2    HA   SER  16           HA       SER  16 -19.805 -23.077   6.337
    3    HB2  SER  16           HB2      SER  16 -18.657 -25.560   5.959
    4    HB3  SER  16           HB3      SER  16 -19.893 -24.864   4.909
    5    HG   SER  16           HG       SER  16 -18.456 -24.707   3.386

  No H/Q in entry =           5
  In of MODEL   12
    1    H    HIS  17           H        HIS  17 -16.785 -22.137   6.665
    2    HA   HIS  17           HA       HIS  17 -16.261 -23.670   9.089
    3    HB2  HIS  17           HB2      HIS  17 -14.479 -22.732   6.919
    4    HB3  HIS  17           HB3      HIS  17 -13.827 -22.751   8.555
    5    HD1  HIS  17           HD1      HIS  17 -14.413 -24.901   5.676
    6    HD2  HIS  17           HD2      HIS  17 -14.022 -25.415   9.788
    7    HE1  HIS  17           HE1      HIS  17 -13.891 -27.337   6.009
    8    HE2  HIS  17           HE2      HIS  17 -13.739 -27.646   8.506

  No H/Q in entry =           8
  In of MODEL   12
    1    H    CYS  18           H        CYS  18 -16.865 -20.515   7.905
    2    HA   CYS  18           HA       CYS  18 -15.565 -19.288  10.191
    3    HB2  CYS  18           HB2      CYS  18 -16.022 -17.139   8.924
    4    HB3  CYS  18           HB3      CYS  18 -14.830 -18.242   8.264
    5    HG   CYS  18           HG       CYS  18 -16.244 -17.035   6.254

  No H/Q in entry =           5
  In of MODEL   12
    1    H    HIS  19           H        HIS  19 -17.337 -16.871   9.662
    2    HA   HIS  19           HA       HIS  19 -19.943 -17.786  10.565
    3    HB2  HIS  19           HB2      HIS  19 -19.029 -17.582  12.725
    4    HB3  HIS  19           HB3      HIS  19 -18.015 -16.225  12.274
    5    HD1  HIS  19           HD1      HIS  19 -21.732 -16.917  12.868
    6    HD2  HIS  19           HD2      HIS  19 -18.960 -13.832  13.156
    7    HE1  HIS  19           HE1      HIS  19 -22.982 -14.965  13.833
    8    HE2  HIS  19           HE2      HIS  19 -21.339 -13.063  13.806

  No H/Q in entry =           8
  In of MODEL   12
    1    H    ILE  20           H        ILE  20 -20.681 -16.865   8.485
    2    HA   ILE  20           HA       ILE  20 -20.482 -14.106   7.854
    3    HB   ILE  20           HB       ILE  20 -22.937 -15.380   6.966
    4   HG12  ILE  20          HG12      ILE  20 -21.345 -17.380   7.184
    5   HG13  ILE  20          HG13      ILE  20 -22.099 -17.132   5.621
    6   HG21  ILE  20          HG21      ILE  20 -20.683 -13.896   5.756
    7   HG23  ILE  20          HG22      ILE  20 -22.403 -13.509   5.814
    8   HG22  ILE  20          HG23      ILE  20 -21.817 -14.765   4.724
    9   HD13  ILE  20          HD11      ILE  20 -20.140 -16.633   4.595
   10   HD12  ILE  20          HD12      ILE  20 -19.526 -17.677   5.877
   11   HD11  ILE  20          HD13      ILE  20 -19.432 -15.925   6.044

  No H/Q in entry =          11
  In of MODEL   12
    1    H    HIS  21           H        HIS  21 -21.329 -12.559   8.866
    2    HA   HIS  21           HA       HIS  21 -23.725 -11.758   8.945
    3    HB2  HIS  21           HB2      HIS  21 -24.261 -13.901  10.405
    4    HB3  HIS  21           HB3      HIS  21 -23.878 -12.794  11.723
    5    HD1  HIS  21           HD1      HIS  21 -25.541 -10.920  12.199
    6    HD2  HIS  21           HD2      HIS  21 -26.561 -13.174   8.860
    7    HE1  HIS  21           HE1      HIS  21 -27.879 -10.230  11.613
    8    HE2  HIS  21           HE2      HIS  21 -28.543 -11.751   9.725

  No H/Q in entry =           8
  In of MODEL   12
    1    H    LYS  22           H        LYS  22 -23.312  -9.806   9.047
    2    HA   LYS  22           HA       LYS  22 -21.428  -8.935  11.069
    3    HB2  LYS  22           HB2      LYS  22 -20.999  -8.592   8.484
    4    HB3  LYS  22           HB3      LYS  22 -21.909  -7.121   8.787
    5    HG2  LYS  22           HG2      LYS  22 -20.088  -7.307  10.895
    6    HG3  LYS  22           HG3      LYS  22 -19.181  -7.763   9.456
    7    HD2  LYS  22           HD2      LYS  22 -20.250  -5.683   8.408
    8    HD3  LYS  22           HD3      LYS  22 -20.589  -5.196  10.072
    9    HE2  LYS  22           HE2      LYS  22 -17.904  -5.721   8.808
   10    HE3  LYS  22           HE3      LYS  22 -18.514  -4.199   9.456
   11    HZ3  LYS  22           HZ1      LYS  22 -18.397  -5.053  11.654
   12    HZ2  LYS  22           HZ2      LYS  22 -16.915  -5.388  10.918
   13    HZ1  LYS  22           HZ3      LYS  22 -18.055  -6.618  11.114

  No H/Q in entry =          13
  In of MODEL   12
    1    H    TYR  23           H        TYR  23 -22.457  -6.212   9.912
    2    HA   TYR  23           HA       TYR  23 -24.831  -5.753  11.411
    3    HB2  TYR  23           HB2      TYR  23 -23.250  -3.828  12.632
    4    HB3  TYR  23           HB3      TYR  23 -23.954  -5.225  13.432
    5    HD1  TYR  23           HD1      TYR  23 -21.793  -7.184  12.084
    6    HD2  TYR  23           HD2      TYR  23 -21.534  -3.552  14.241
    7    HE1  TYR  23           HE1      TYR  23 -19.568  -7.826  12.795
    8    HE2  TYR  23           HE2      TYR  23 -19.266  -4.162  14.977
    9    HH   TYR  23           HH       TYR  23 -18.037  -7.234  14.790

  No H/Q in entry =           9
  In of MODEL   12
    1    HA   PRO  24           HA       PRO  24 -24.943  -2.085   8.762
    2    HB2  PRO  24           HB2      PRO  24 -26.070  -0.310  10.561
    3    HB3  PRO  24           HB3      PRO  24 -27.005  -1.430   9.566
    4    HG2  PRO  24           HG2      PRO  24 -26.164  -1.677  12.424
    5    HG3  PRO  24           HG3      PRO  24 -27.696  -2.139  11.659
    6    HD2  PRO  24           HD2      PRO  24 -25.851  -3.974  12.285
    7    HD3  PRO  24           HD3      PRO  24 -26.817  -4.109  10.800

  No H/Q in entry =           7
  In of MODEL   12
    1    H    SER  25           H        SER  25 -24.144  -0.051   8.753
    2    HA   SER  25           HA       SER  25 -21.411  -0.209   9.536
    3    HB2  SER  25           HB2      SER  25 -21.825   2.102   8.028
    4    HB3  SER  25           HB3      SER  25 -21.181   0.548   7.500
    5    HG   SER  25           HG       SER  25 -23.231   1.519   6.493

  No H/Q in entry =           5
  In of MODEL   12
    1    H    LYS  26           H        LYS  26 -20.193   1.389   9.945
    2    HA   LYS  26           HA       LYS  26 -19.590   3.422  11.150
    3    HB2  LYS  26           HB2      LYS  26 -21.958   3.952  11.896
    4    HB3  LYS  26           HB3      LYS  26 -21.942   2.574  12.986
    5    HG2  LYS  26           HG2      LYS  26 -20.081   3.633  14.340
    6    HG3  LYS  26           HG3      LYS  26 -19.968   4.959  13.186
    7    HD2  LYS  26           HD2      LYS  26 -22.332   5.639  13.840
    8    HD3  LYS  26           HD3      LYS  26 -22.401   4.270  14.967
    9    HE2  LYS  26           HE2      LYS  26 -20.348   5.152  16.192
   10    HE3  LYS  26           HE3      LYS  26 -20.279   6.543  15.097
   11    HZ1  LYS  26           HZ1      LYS  26 -22.798   5.953  16.535
   12    HZ2  LYS  26           HZ2      LYS  26 -21.588   6.737  17.318
   13    HZ3  LYS  26           HZ3      LYS  26 -22.183   7.383  15.891

  No H/Q in entry =          13
  In of MODEL   12
    1    H    SER  27           H        SER  27 -20.054   0.186  11.351
    2    HA   SER  27           HA       SER  27 -18.881  -0.314  13.901
    3    HB2  SER  27           HB2      SER  27 -19.037  -2.712  12.681
    4    HB3  SER  27           HB3      SER  27 -20.421  -1.956  13.470
    5    HG   SER  27           HG       SER  27 -21.353  -1.942  11.585

  No H/Q in entry =           5
  In of MODEL   12
    1    H    THR  28           H        THR  28 -16.831   0.526  13.726
    2    HA   THR  28           HA       THR  28 -15.111  -0.695  11.736
    3    HB   THR  28           HB       THR  28 -14.371   1.508  12.029
    4    HG1  THR  28           HG1      THR  28 -12.703   0.779  14.062
    5   HG21  THR  28          HG21      THR  28 -14.913   1.172  14.972
    6   HG23  THR  28          HG22      THR  28 -15.771   2.208  13.831
    7   HG22  THR  28          HG23      THR  28 -14.104   2.574  14.276

  No H/Q in entry =           7
  In of MODEL   12
    1    H    LEU  29           H        LEU  29 -13.120  -1.742  12.718
    2    HA   LEU  29           HA       LEU  29 -14.237  -3.575  14.647
    3    HB2  LEU  29           HB2      LEU  29 -12.896  -5.166  12.705
    4    HB3  LEU  29           HB3      LEU  29 -14.563  -5.253  13.225
    5    HG   LEU  29           HG       LEU  29 -13.514  -3.577  10.929
    6   HD13  LEU  29          HD11      LEU  29 -14.817  -5.065   9.542
    7   HD12  LEU  29          HD12      LEU  29 -15.268  -6.024  10.956
    8   HD11  LEU  29          HD13      LEU  29 -13.583  -5.974  10.424
    9   HD21  LEU  29          HD21      LEU  29 -15.396  -2.585  12.084
   10   HD23  LEU  29          HD22      LEU  29 -16.321  -4.071  11.837
   11   HD22  LEU  29          HD23      LEU  29 -15.798  -3.111  10.449

  No H/Q in entry =          11
  In of MODEL   12
    1    H    ILE  30           H        ILE  30 -11.543  -2.183  13.118
    2    HA   ILE  30           HA       ILE  30  -9.734  -2.822  15.110
    3    HB   ILE  30           HB       ILE  30  -8.375  -4.210  12.991
    4   HG12  ILE  30          HG12      ILE  30  -9.717  -6.429  13.386
    5   HG13  ILE  30          HG13      ILE  30 -11.071  -5.343  13.668
    6   HG23  ILE  30          HG21      ILE  30  -7.661  -4.281  15.256
    7   HG22  ILE  30          HG22      ILE  30  -8.073  -5.920  14.753
    8   HG21  ILE  30          HG23      ILE  30  -9.186  -5.004  15.770
    9   HD13  ILE  30          HD11      ILE  30 -11.125  -6.054  11.395
   10   HD12  ILE  30          HD12      ILE  30  -9.432  -5.600  11.162
   11   HD11  ILE  30          HD13      ILE  30 -10.649  -4.352  11.427

  No H/Q in entry =          11
  In of MODEL   12
    1    H    HIS  31           H        HIS  31  -9.046  -0.886  15.032
    2    HA   HIS  31           HA       HIS  31  -6.892  -0.215  13.321
    3    HB2  HIS  31           HB2      HIS  31  -8.303   0.456  11.580
    4    HB3  HIS  31           HB3      HIS  31  -9.680   0.647  12.647
    5    HD1  HIS  31           HD1      HIS  31  -7.289   2.545  10.696
    6    HD2  HIS  31           HD2      HIS  31  -9.664   3.243  14.027
    7    HE1  HIS  31           HE1      HIS  31  -7.252   5.021  11.041
    8    HE2  HIS  31           HE2      HIS  31  -8.455   5.366  13.235

  No H/Q in entry =           8
  In of MODEL   12
    1    H    GLN  32           H        GLN  32  -7.208  -0.313  16.152
    2    HA   GLN  32           HA       GLN  32  -6.608   2.522  16.685
    3    HB2  GLN  32           HB2      GLN  32  -9.032   1.214  17.656
    4    HB3  GLN  32           HB3      GLN  32  -8.045   1.831  18.973
    5    HG2  GLN  32           HG2      GLN  32  -9.120   3.417  16.636
    6    HG3  GLN  32           HG3      GLN  32  -9.657   3.503  18.313
    7   HE21  GLN  32          HE21      GLN  32  -8.580   4.800  19.719
    8   HE22  GLN  32          HE22      GLN  32  -7.214   5.769  19.295

  No H/Q in entry =           8
  In of MODEL   12
    1    H    GLY  33           H        GLY  33  -5.874  -0.615  16.874
    2    HA3  GLY  33           HA2      GLY  33  -3.548  -0.978  17.705
    3    HA2  GLY  33           HA3      GLY  33  -4.080  -0.138  19.153

  No H/Q in entry =           3
  In of MODEL   12
    1    H    GLU  34           H        GLU  34  -6.206  -2.293  17.507
    2    HA   GLU  34           HA       GLU  34  -6.189  -4.199  19.723
    3    HB2  GLU  34           HB2      GLU  34  -7.914  -4.329  17.272
    4    HB3  GLU  34           HB3      GLU  34  -8.256  -4.913  18.879
    5    HG2  GLU  34           HG2      GLU  34  -9.574  -3.088  18.946
    6    HG3  GLU  34           HG3      GLU  34  -8.060  -2.291  19.372

  No H/Q in entry =           6
  In of MODEL   12
    1    H    LYS  35           H        LYS  35  -5.089  -6.049  19.528
    2    HA   LYS  35           HA       LYS  35  -3.558  -6.815  17.355
    3    HB2  LYS  35           HB2      LYS  35  -4.615  -8.216  19.753
    4    HB3  LYS  35           HB3      LYS  35  -4.019  -9.223  18.440
    5    HG2  LYS  35           HG2      LYS  35  -1.865  -8.135  18.529
    6    HG3  LYS  35           HG3      LYS  35  -2.453  -7.035  19.784
    7    HD2  LYS  35           HD2      LYS  35  -2.698  -8.814  21.349
    8    HD3  LYS  35           HD3      LYS  35  -2.435 -10.032  20.099
    9    HE2  LYS  35           HE2      LYS  35  -0.130  -9.157  19.810
   10    HE3  LYS  35           HE3      LYS  35  -0.415  -8.064  21.165
   11    HZ1  LYS  35           HZ1      LYS  35  -0.536 -11.029  21.295
   12    HZ3  LYS  35           HZ2      LYS  35  -0.764  -9.970  22.593
   13    HZ2  LYS  35           HZ3      LYS  35   0.745 -10.076  21.846

  No H/Q in entry =          13
  In of MODEL   12
    1    H    ALA  36           H        ALA  36  -4.215  -7.242  15.368
    2    HA   ALA  36           HA       ALA  36  -6.912  -7.962  14.825
    3    HB1  ALA  36           HB1      ALA  36  -6.066  -8.042  12.440
    4    HB2  ALA  36           HB2      ALA  36  -4.512  -7.519  13.100
    5    HB3  ALA  36           HB3      ALA  36  -5.938  -6.501  13.287

  No H/Q in entry =           5
  In of MODEL   12
    1    H    GLU  37           H        GLU  37  -6.837  -9.945  16.134
    2    HA   GLU  37           HA       GLU  37  -5.534 -12.224  14.852
    3    HB2  GLU  37           HB2      GLU  37  -6.350 -13.470  16.872
    4    HB3  GLU  37           HB3      GLU  37  -5.234 -12.157  17.218
    5    HG2  GLU  37           HG2      GLU  37  -6.880 -10.829  18.152
    6    HG3  GLU  37           HG3      GLU  37  -8.182 -11.694  17.334

  No H/Q in entry =           6
  In of MODEL   12
    1    H    THR  38           H        THR  38  -8.492 -10.659  14.864
    2    HA   THR  38           HA       THR  38  -9.940 -13.061  14.002
    3    HB   THR  38           HB       THR  38 -11.884 -11.203  14.181
    4    HG1  THR  38           HG1      THR  38 -11.343  -9.588  15.432
    5   HG23  THR  38          HG21      THR  38 -11.922 -13.386  15.249
    6   HG22  THR  38          HG22      THR  38 -12.395 -12.137  16.402
    7   HG21  THR  38          HG23      THR  38 -10.774 -12.829  16.468

  No H/Q in entry =           7
  In of MODEL   12
    1    H    LEU  39           H        LEU  39 -10.752 -13.175  11.965
    2    HA   LEU  39           HA       LEU  39 -10.127 -10.912  10.233
    3    HB2  LEU  39           HB2      LEU  39  -8.927 -12.431   9.113
    4    HB3  LEU  39           HB3      LEU  39  -9.682 -13.766   9.963
    5    HG   LEU  39           HG       LEU  39 -11.446 -12.528   7.974
    6   HD13  LEU  39          HD11      LEU  39  -9.634 -12.192   6.569
    7   HD12  LEU  39          HD12      LEU  39 -10.212 -13.797   6.110
    8   HD11  LEU  39          HD13      LEU  39  -8.794 -13.631   7.145
    9   HD21  LEU  39          HD21      LEU  39 -10.520 -15.345   8.501
   10   HD23  LEU  39          HD22      LEU  39 -11.786 -14.886   7.360
   11   HD22  LEU  39          HD23      LEU  39 -12.005 -14.593   9.086

  No H/Q in entry =          11
  In of MODEL   12
    1    H    TYR  40           H        TYR  40 -11.731 -10.156   8.719
    2    HA   TYR  40           HA       TYR  40 -14.343 -11.434   9.132
    3    HB2  TYR  40           HB2      TYR  40 -14.021  -8.453   8.754
    4    HB3  TYR  40           HB3      TYR  40 -15.426  -9.328   9.333
    5    HD1  TYR  40           HD1      TYR  40 -15.886  -9.245  11.567
    6    HD2  TYR  40           HD2      TYR  40 -11.848  -8.716  10.362
    7    HE1  TYR  40           HE1      TYR  40 -15.254  -8.741  13.891
    8    HE2  TYR  40           HE2      TYR  40 -11.200  -8.239  12.680
    9    HH   TYR  40           HH       TYR  40 -12.274  -7.400  14.764

  No H/Q in entry =           9
  In of MODEL   12
    1    H    TYR  41           H        TYR  41 -14.601 -12.426   7.176
    2    HA   TYR  41           HA       TYR  41 -13.695 -11.054   4.793
    3    HB2  TYR  41           HB2      TYR  41 -13.194 -13.451   5.229
    4    HB3  TYR  41           HB3      TYR  41 -14.916 -13.792   5.130
    5    HD1  TYR  41           HD1      TYR  41 -14.164 -11.259   2.824
    6    HD2  TYR  41           HD2      TYR  41 -13.819 -15.433   3.435
    7    HE1  TYR  41           HE1      TYR  41 -13.946 -11.581   0.411
    8    HE2  TYR  41           HE2      TYR  41 -13.577 -15.770   1.040
    9    HH   TYR  41           HH       TYR  41 -14.297 -14.522  -1.078

  No H/Q in entry =           9
  In of MODEL   12
    1    H    ILE  42           H        ILE  42 -15.145  -9.440   4.407
    2    HA   ILE  42           HA       ILE  42 -17.865  -9.391   4.672
    3    HB   ILE  42           HB       ILE  42 -16.045  -8.129   2.652
    4   HG12  ILE  42          HG12      ILE  42 -17.763  -7.084   4.907
    5   HG13  ILE  42          HG13      ILE  42 -16.007  -7.214   4.890
    6   HG21  ILE  42          HG21      ILE  42 -18.213  -8.612   1.540
    7   HG23  ILE  42          HG22      ILE  42 -17.845  -6.892   1.678
    8   HG22  ILE  42          HG23      ILE  42 -19.014  -7.635   2.772
    9   HD11  ILE  42          HD11      ILE  42 -16.451  -5.680   2.704
   10   HD13  ILE  42          HD12      ILE  42 -16.082  -5.068   4.315
   11   HD12  ILE  42          HD13      ILE  42 -17.757  -5.168   3.772

  No H/Q in entry =          11
  In of MODEL   12
    1    H    VAL  43           H        VAL  43 -19.478 -10.554   3.867
    2    HA   VAL  43           HA       VAL  43 -18.946 -12.123   1.458
    3    HB   VAL  43           HB       VAL  43 -21.042 -12.578   3.581
    4   HG12  VAL  43          HG11      VAL  43 -20.156 -14.443   1.404
    5   HG11  VAL  43          HG12      VAL  43 -21.553 -13.371   1.244
    6   HG13  VAL  43          HG13      VAL  43 -21.531 -14.612   2.497
    7   HG21  VAL  43          HG21      VAL  43 -18.412 -13.942   3.022
    8   HG23  VAL  43          HG22      VAL  43 -19.614 -14.493   4.188
    9   HG22  VAL  43          HG23      VAL  43 -18.802 -12.945   4.424

  No H/Q in entry =           9
  In of MODEL   12
    1    H    LYS  44           H        LYS  44 -20.674  -9.717   2.811
    2    HA   LYS  44           HA       LYS  44 -22.080  -8.748   0.532
    3    HB2  LYS  44           HB2      LYS  44 -23.510 -10.547   2.188
    4    HB3  LYS  44           HB3      LYS  44 -23.992  -8.951   2.735
    5    HG2  LYS  44           HG2      LYS  44 -24.153  -9.869  -0.127
    6    HG3  LYS  44           HG3      LYS  44 -25.486  -9.949   1.025
    7    HD2  LYS  44           HD2      LYS  44 -24.996  -7.409   1.350
    8    HD3  LYS  44           HD3      LYS  44 -24.191  -7.554  -0.214
    9    HE2  LYS  44           HE2      LYS  44 -26.997  -8.535   0.224
   10    HE3  LYS  44           HE3      LYS  44 -26.657  -6.857  -0.194
   11    HZ3  LYS  44           HZ1      LYS  44 -27.116  -8.022  -2.187
   12    HZ2  LYS  44           HZ2      LYS  44 -26.047  -9.272  -1.804
   13    HZ1  LYS  44           HZ3      LYS  44 -25.450  -7.732  -2.173

  No H/Q in entry =          13
  In of MODEL   12
    1    H    GLY  45           H        GLY  45 -22.565  -6.550   0.987
    2    HA3  GLY  45           HA2      GLY  45 -22.687  -4.612   2.385
    3    HA2  GLY  45           HA3      GLY  45 -21.785  -5.500   3.621

  No H/Q in entry =           3
  In of MODEL   12
    1    H    SER  46           H        SER  46 -20.846  -3.034   2.725
    2    HA   SER  46           HA       SER  46 -18.221  -4.037   2.186
    3    HB2  SER  46           HB2      SER  46 -17.787  -2.856   0.218
    4    HB3  SER  46           HB3      SER  46 -19.427  -3.444  -0.049
    5    HG   SER  46           HG       SER  46 -19.514  -1.098   1.229

  No H/Q in entry =           5
  In of MODEL   12
    1    H    VAL  47           H        VAL  47 -16.599  -2.414   2.665
    2    HA   VAL  47           HA       VAL  47 -17.624  -0.679   4.751
    3    HB   VAL  47           HB       VAL  47 -15.853  -1.332   6.241
    4   HG12  VAL  47          HG11      VAL  47 -17.311  -3.736   5.167
    5   HG11  VAL  47          HG12      VAL  47 -17.996  -2.545   6.266
    6   HG13  VAL  47          HG13      VAL  47 -16.644  -3.551   6.788
    7   HG21  VAL  47          HG21      VAL  47 -15.034  -3.181   4.030
    8   HG23  VAL  47          HG22      VAL  47 -14.508  -3.365   5.701
    9   HG22  VAL  47          HG23      VAL  47 -14.077  -1.912   4.797

  No H/Q in entry =           9
  In of MODEL   12
    1    H    ALA  48           H        ALA  48 -15.394   0.397   5.813
    2    HA   ALA  48           HA       ALA  48 -14.302   1.767   3.485
    3    HB1  ALA  48           HB1      ALA  48 -14.500   3.398   5.878
    4    HB2  ALA  48           HB2      ALA  48 -16.065   2.841   5.282
    5    HB3  ALA  48           HB3      ALA  48 -14.993   3.754   4.220

  No H/Q in entry =           5
  In of MODEL   12
    1    H    VAL  49           H        VAL  49 -12.332   0.826   3.471
    2    HA   VAL  49           HA       VAL  49 -10.849   0.171   5.787
    3    HB   VAL  49           HB       VAL  49 -10.192   0.321   2.852
    4   HG11  VAL  49          HG11      VAL  49  -8.245   0.952   4.450
    5   HG13  VAL  49          HG12      VAL  49  -7.987  -0.227   3.163
    6   HG12  VAL  49          HG13      VAL  49  -8.251  -0.771   4.824
    7   HG23  VAL  49          HG21      VAL  49  -9.860  -2.095   3.164
    8   HG22  VAL  49          HG22      VAL  49 -11.488  -1.581   3.619
    9   HG21  VAL  49          HG23      VAL  49 -10.281  -1.910   4.870

  No H/Q in entry =           9
  In of MODEL   12
    1    H    LEU  50           H        LEU  50  -9.348   1.358   6.911
    2    HA   LEU  50           HA       LEU  50  -8.562   3.927   5.906
    3    HB2  LEU  50           HB2      LEU  50  -9.405   5.240   7.619
    4    HB3  LEU  50           HB3      LEU  50 -10.720   4.167   7.186
    5    HG   LEU  50           HG       LEU  50  -9.010   4.099   9.648
    6   HD13  LEU  50          HD11      LEU  50 -10.815   5.600   9.805
    7   HD12  LEU  50          HD12      LEU  50 -11.306   4.116  10.643
    8   HD11  LEU  50          HD13      LEU  50 -11.911   4.448   9.014
    9   HD23  LEU  50          HD21      LEU  50 -11.015   2.058   8.726
   10   HD22  LEU  50          HD22      LEU  50 -10.212   2.112  10.301
   11   HD21  LEU  50          HD23      LEU  50  -9.268   1.825   8.841

  No H/Q in entry =          11
  In of MODEL   12
    1    H    ILE  51           H        ILE  51  -6.831   4.941   6.925
    2    HA   ILE  51           HA       ILE  51  -5.272   3.077   8.603
    3    HB   ILE  51           HB       ILE  51  -3.265   4.120   7.354
    4   HG12  ILE  51          HG12      ILE  51  -3.846   4.515   4.920
    5   HG13  ILE  51          HG13      ILE  51  -5.528   4.622   5.415
    6   HG22  ILE  51          HG21      ILE  51  -3.659   2.355   5.500
    7   HG21  ILE  51          HG22      ILE  51  -5.141   2.001   6.385
    8   HG23  ILE  51          HG23      ILE  51  -3.577   1.826   7.181
    9   HD13  ILE  51          HD11      ILE  51  -4.569   6.816   5.123
   10   HD12  ILE  51          HD12      ILE  51  -3.299   6.440   6.288
   11   HD11  ILE  51          HD13      ILE  51  -4.978   6.547   6.818

  No H/Q in entry =          11
  In of MODEL   12
    1    H    LYS  52           H        LYS  52  -3.149   4.338   9.240
    2    HA   LYS  52           HA       LYS  52  -3.973   6.918  10.374
    3    HB2  LYS  52           HB2      LYS  52  -1.998   5.105  11.737
    4    HB3  LYS  52           HB3      LYS  52  -2.925   6.431  12.420
    5    HG2  LYS  52           HG2      LYS  52  -4.983   4.980  11.968
    6    HG3  LYS  52           HG3      LYS  52  -3.837   3.656  11.755
    7    HD2  LYS  52           HD2      LYS  52  -3.976   3.367  13.975
    8    HD3  LYS  52           HD3      LYS  52  -3.019   4.848  14.117
    9    HE2  LYS  52           HE2      LYS  52  -5.415   5.955  13.819
   10    HE3  LYS  52           HE3      LYS  52  -5.932   4.411  14.490
   11    HZ1  LYS  52           HZ1      LYS  52  -3.762   5.652  15.931
   12    HZ3  LYS  52           HZ2      LYS  52  -5.205   4.972  16.508
   13    HZ2  LYS  52           HZ3      LYS  52  -5.193   6.560  15.925

  No H/Q in entry =          13
  In of MODEL   12
    1    H    ASP  53           H        ASP  53  -2.479   8.556  10.257
    2    HA   ASP  53           HA       ASP  53  -0.253   8.134   8.443
    3    HB2  ASP  53           HB2      ASP  53  -2.005  10.144   8.556
    4    HB3  ASP  53           HB3      ASP  53  -0.827  10.776   9.696

  No H/Q in entry =           4
  In of MODEL   12
    1    H    GLU  54           H        GLU  54   1.405  10.213   9.463
    2    HA   GLU  54           HA       GLU  54   2.610   8.754  11.712
    3    HB2  GLU  54           HB2      GLU  54   3.835   9.402   9.478
    4    HB3  GLU  54           HB3      GLU  54   3.864  11.015  10.172
    5    HG2  GLU  54           HG2      GLU  54   5.223  10.315  11.965
    6    HG3  GLU  54           HG3      GLU  54   4.993   8.612  11.564

  No H/Q in entry =           6
  In of MODEL   12
    1    H    GLU  55           H        GLU  55   0.501  11.217  11.021
    2    HA   GLU  55           HA       GLU  55   1.247  12.686  13.476
    3    HB2  GLU  55           HB2      GLU  55  -0.343  14.444  12.143
    4    HB3  GLU  55           HB3      GLU  55   1.416  14.452  12.079
    5    HG2  GLU  55           HG2      GLU  55   1.063  14.405   9.858
    6    HG3  GLU  55           HG3      GLU  55   0.874  12.670  10.137

  No H/Q in entry =           6
  In of MODEL   12
    1    H    GLY  56           H        GLY  56  -0.650  10.336  12.736
    2    HA3  GLY  56           HA2      GLY  56  -2.402   9.579  14.106
    3    HA2  GLY  56           HA3      GLY  56  -2.702  11.236  14.602

  No H/Q in entry =           3
  In of MODEL   12
    1    H    LYS  57           H        LYS  57  -2.566  10.792  11.039
    2    HA   LYS  57           HA       LYS  57  -5.365  11.439  11.118
    3    HB2  LYS  57           HB2      LYS  57  -3.198  11.767   9.298
    4    HB3  LYS  57           HB3      LYS  57  -4.419  10.791   8.496
    5    HG2  LYS  57           HG2      LYS  57  -5.940  12.489   8.437
    6    HG3  LYS  57           HG3      LYS  57  -5.302  13.259   9.892
    7    HD2  LYS  57           HD2      LYS  57  -4.908  14.472   7.690
    8    HD3  LYS  57           HD3      LYS  57  -3.497  14.222   8.719
    9    HE2  LYS  57           HE2      LYS  57  -3.626  11.955   7.094
   10    HE3  LYS  57           HE3      LYS  57  -3.999  13.304   6.025
   11    HZ1  LYS  57           HZ1      LYS  57  -1.782  13.808   7.794
   12    HZ3  LYS  57           HZ2      LYS  57  -1.905  14.033   6.118
   13    HZ2  LYS  57           HZ3      LYS  57  -1.512  12.502   6.736

  No H/Q in entry =          13
  In of MODEL   12
    1    H    GLU  58           H        GLU  58  -6.872   9.855  11.236
    2    HA   GLU  58           HA       GLU  58  -6.127   7.201  10.334
    3    HB2  GLU  58           HB2      GLU  58  -8.502   7.244  11.951
    4    HB3  GLU  58           HB3      GLU  58  -6.994   6.400  12.254
    5    HG2  GLU  58           HG2      GLU  58  -6.181   8.707  13.121
    6    HG3  GLU  58           HG3      GLU  58  -7.909   9.046  13.261

  No H/Q in entry =           6
  In of MODEL   12
    1    H    MET  59           H        MET  59  -6.815   7.802   7.991
    2    HA   MET  59           HA       MET  59  -9.595   8.655   8.009
    3    HB2  MET  59           HB2      MET  59  -7.336   9.177   6.086
    4    HB3  MET  59           HB3      MET  59  -8.997   9.709   5.869
    5    HG2  MET  59           HG2      MET  59  -8.778  11.139   7.839
    6    HG3  MET  59           HG3      MET  59  -7.110  10.587   8.038
    7    HE1  MET  59           HE1      MET  59  -8.890  11.155   4.611
    8    HE3  MET  59           HE2      MET  59  -7.318  10.366   4.488
    9    HE2  MET  59           HE3      MET  59  -7.557  11.976   3.800

  No H/Q in entry =           9
  In of MODEL   12
    1    H    ILE  60           H        ILE  60 -10.840   7.742   6.457
    2    HA   ILE  60           HA       ILE  60 -10.324   5.146   5.571
    3    HB   ILE  60           HB       ILE  60 -12.153   7.160   4.271
    4   HG12  ILE  60          HG12      ILE  60 -12.631   5.325   6.625
    5   HG13  ILE  60          HG13      ILE  60 -12.626   7.091   6.643
    6   HG23  ILE  60          HG21      ILE  60 -13.432   5.210   3.583
    7   HG22  ILE  60          HG22      ILE  60 -12.260   4.153   4.370
    8   HG21  ILE  60          HG23      ILE  60 -11.778   5.123   2.978
    9   HD13  ILE  60          HD11      ILE  60 -14.619   7.231   5.527
   10   HD12  ILE  60          HD12      ILE  60 -14.857   5.837   6.582
   11   HD11  ILE  60          HD13      ILE  60 -14.480   5.601   4.869

  No H/Q in entry =          11
  In of MODEL   12
    1    H    LEU  61           H        LEU  61  -8.957   4.495   4.055
    2    HA   LEU  61           HA       LEU  61  -8.075   6.470   2.061
    3    HB2  LEU  61           HB2      LEU  61  -5.892   5.717   2.205
    4    HB3  LEU  61           HB3      LEU  61  -6.455   5.642   3.856
    5    HG   LEU  61           HG       LEU  61  -5.091   3.752   3.503
    6   HD13  LEU  61          HD11      LEU  61  -6.922   3.186   4.855
    7   HD12  LEU  61          HD12      LEU  61  -6.668   1.847   3.734
    8   HD11  LEU  61          HD13      LEU  61  -7.981   2.992   3.457
    9   HD21  LEU  61          HD21      LEU  61  -6.524   3.496   0.937
   10   HD23  LEU  61          HD22      LEU  61  -5.971   2.023   1.735
   11   HD22  LEU  61          HD23      LEU  61  -4.812   3.291   1.311

  No H/Q in entry =          11
  In of MODEL   12
    1    H    SER  62           H        SER  62  -9.558   3.474   2.529
    2    HA   SER  62           HA       SER  62  -9.782   3.108  -0.344
    3    HB2  SER  62           HB2      SER  62  -7.717   1.796   0.369
    4    HB3  SER  62           HB3      SER  62  -8.801   0.782   1.319
    5    HG   SER  62           HG       SER  62  -9.647   1.139  -1.264

  No H/Q in entry =           5
  In of MODEL   12
    1    H    TYR  63           H        TYR  63 -11.062   0.693  -0.380
    2    HA   TYR  63           HA       TYR  63 -13.058   1.189   1.499
    3    HB2  TYR  63           HB2      TYR  63 -13.849   1.394  -1.321
    4    HB3  TYR  63           HB3      TYR  63 -14.974   1.000  -0.017
    5    HD1  TYR  63           HD1      TYR  63 -12.917   3.517  -1.460
    6    HD2  TYR  63           HD2      TYR  63 -15.383   2.686   1.847
    7    HE1  TYR  63           HE1      TYR  63 -12.938   5.912  -0.929
    8    HE2  TYR  63           HE2      TYR  63 -15.443   5.089   2.421
    9    HH   TYR  63           HH       TYR  63 -15.063   7.225   1.477

  No H/Q in entry =           9
  In of MODEL   12
    1    H    LEU  64           H        LEU  64 -15.064  -0.621   1.175
    2    HA   LEU  64           HA       LEU  64 -13.706  -2.824  -0.191
    3    HB2  LEU  64           HB2      LEU  64 -15.323  -3.262   2.247
    4    HB3  LEU  64           HB3      LEU  64 -14.860  -4.502   1.128
    5    HG   LEU  64           HG       LEU  64 -13.064  -2.910   2.929
    6   HD11  LEU  64          HD11      LEU  64 -14.429  -5.253   3.246
    7   HD13  LEU  64          HD12      LEU  64 -13.030  -4.719   4.172
    8   HD12  LEU  64          HD13      LEU  64 -12.814  -5.777   2.780
    9   HD23  LEU  64          HD21      LEU  64 -12.180  -4.897   0.831
   10   HD22  LEU  64          HD22      LEU  64 -11.164  -4.064   2.007
   11   HD21  LEU  64          HD23      LEU  64 -11.953  -3.150   0.723

  No H/Q in entry =          11
  In of MODEL   12
    1    H    ASN  65           H        ASN  65 -17.922  -4.601  -0.796
    2    HA   ASN  65           HA       ASN  65 -17.719  -3.742  -1.801
    3    HB2  ASN  65           HB2      ASN  65 -15.350  -4.717  -3.404
    4    HB3  ASN  65           HB3      ASN  65 -15.536  -5.338  -3.320
    5   HD22  ASN  65          HD21      ASN  65 -17.745  -1.420  -3.940
    6   HD21  ASN  65          HD22      ASN  65 -18.138  -2.650  -2.785

  No H/Q in entry =           6
  In of MODEL   12
    1    H    GLN  66           H        GLN  66 -19.080  -8.560  -1.244
    2    HA   GLN  66           HA       GLN  66 -19.329  -7.621  -0.831
    3    HB3  GLN  66           HB2      GLN  66 -21.039  -7.666  -2.380
    4    HG3  GLN  66           HB3      GLN  66 -20.628  -8.905  -2.341
    5    HG2  GLN  66           HG2      GLN  66 -19.279  -9.840  -3.603
    6    HG3  GLN  66           HG3      GLN  66 -20.953  -6.144  -3.440
    7   HE22  GLN  66          HE21      GLN  66 -22.297 -11.458  -4.777
    8   HE21  GLN  66          HE22      GLN  66 -20.800 -11.806  -3.980

  No H/Q in entry =           8
  In of MODEL   12
    1    H    GLY  67           H        GLY  67 -18.529  -9.836  -0.188
    2    HA3  GLY  67           HA2      GLY  67 -16.986 -11.340  -0.305
    3    HA2  GLY  67           HA3      GLY  67 -16.930 -10.927  -2.151

  No H/Q in entry =           3
  In of MODEL   12
    1    H    ASP  68           H        ASP  68 -15.935  -8.641   0.285
    2    HA   ASP  68           HA       ASP  68 -13.168  -9.003  -0.610
    3    HB2  ASP  68           HB2      ASP  68 -14.689  -6.694  -0.455
    4    HB3  ASP  68           HB3      ASP  68 -13.715  -6.629   1.011

  No H/Q in entry =           4
  In of MODEL   12
    1    H    PHE  69           H        PHE  69 -11.509  -8.566   1.121
    2    HA   PHE  69           HA       PHE  69 -12.313 -10.117   3.457
    3    HB2  PHE  69           HB2      PHE  69  -9.572  -9.428   2.431
    4    HB3  PHE  69           HB3      PHE  69  -9.923 -10.497   3.779
    5    HD1  PHE  69           HD1      PHE  69 -10.723 -12.759   3.405
    6    HD2  PHE  69           HD2      PHE  69  -9.957 -10.112   0.145
    7    HE1  PHE  69           HE1      PHE  69 -10.757 -14.660   1.846
    8    HE2  PHE  69           HE2      PHE  69 -10.008 -12.015  -1.411
    9    HZ   PHE  69           HZ       PHE  69 -10.401 -14.291  -0.561

  No H/Q in entry =           9
  In of MODEL   12
    1    H    ILE  70           H        ILE  70 -11.238  -9.588   5.524
    2    HA   ILE  70           HA       ILE  70 -10.541  -6.808   5.977
    3    HB   ILE  70           HB       ILE  70 -12.999  -8.148   7.097
    4   HG12  ILE  70          HG12      ILE  70 -12.472  -5.443   5.881
    5   HG13  ILE  70          HG13      ILE  70 -13.518  -6.727   5.279
    6   HG21  ILE  70          HG21      ILE  70 -11.131  -6.413   8.525
    7   HG23  ILE  70          HG22      ILE  70 -12.417  -7.445   9.142
    8   HG22  ILE  70          HG23      ILE  70 -12.793  -5.829   8.555
    9   HD11  ILE  70          HD11      ILE  70 -14.714  -6.327   7.615
   10   HD13  ILE  70          HD12      ILE  70 -15.093  -5.365   6.184
   11   HD12  ILE  70          HD13      ILE  70 -13.997  -4.726   7.410

  No H/Q in entry =          11
  In of MODEL   12
    1    H    GLY  71           H        GLY  71  -9.224  -6.629   7.821
    2    HA3  GLY  71           HA2      GLY  71  -8.006  -7.322   9.651
    3    HA2  GLY  71           HA3      GLY  71  -9.042  -8.741   9.742

  No H/Q in entry =           3
  In of MODEL   12
    1    H    GLU  72           H        GLU  72  -7.628  -8.209   6.696
    2    HA   GLU  72           HA       GLU  72  -6.075 -10.608   6.971
    3    HB2  GLU  72           HB2      GLU  72  -5.365  -9.462   4.543
    4    HB3  GLU  72           HB3      GLU  72  -6.572 -10.713   4.777
    5    HG2  GLU  72           HG2      GLU  72  -7.466  -8.947   3.413
    6    HG3  GLU  72           HG3      GLU  72  -8.307  -8.980   4.962

  No H/Q in entry =           6
  In of MODEL   12
    1    H    LEU  73           H        LEU  73  -5.843  -7.255   6.957
    2    HA   LEU  73           HA       LEU  73  -3.067  -6.864   6.747
    3    HB2  LEU  73           HB2      LEU  73  -5.453  -5.359   7.156
    4    HB3  LEU  73           HB3      LEU  73  -4.295  -4.889   8.387
    5    HG   LEU  73           HG       LEU  73  -4.241  -3.492   6.329
    6   HD13  LEU  73          HD11      LEU  73  -2.356  -3.352   7.643
    7   HD12  LEU  73          HD12      LEU  73  -1.688  -3.838   6.082
    8   HD11  LEU  73          HD13      LEU  73  -1.919  -5.036   7.360
    9   HD21  LEU  73          HD21      LEU  73  -3.824  -6.133   5.126
   10   HD23  LEU  73          HD22      LEU  73  -2.680  -4.902   4.591
   11   HD22  LEU  73          HD23      LEU  73  -4.414  -4.637   4.402

  No H/Q in entry =          11
  In of MODEL   12
    1    H    GLY  74           H        GLY  74  -4.728  -8.523   9.049
    2    HA3  GLY  74           HA2      GLY  74  -2.839  -7.739  11.168
    3    HA2  GLY  74           HA3      GLY  74  -4.430  -8.420  11.454

  No H/Q in entry =           3
  In of MODEL   12
    1    H    LEU  75           H        LEU  75  -3.943 -10.407   9.195
    2    HA   LEU  75           HA       LEU  75  -2.349 -12.245  10.891
    3    HB2  LEU  75           HB2      LEU  75  -3.820 -13.892  10.400
    4    HB3  LEU  75           HB3      LEU  75  -4.888 -12.557  10.008
    5    HG   LEU  75           HG       LEU  75  -3.406 -13.044   7.682
    6   HD11  LEU  75          HD11      LEU  75  -2.788 -15.223   8.619
    7   HD13  LEU  75          HD12      LEU  75  -3.866 -15.403   7.235
    8   HD12  LEU  75          HD13      LEU  75  -4.491 -15.605   8.872
    9   HD23  LEU  75          HD21      LEU  75  -6.238 -13.827   8.401
   10   HD22  LEU  75          HD22      LEU  75  -5.595 -13.626   6.771
   11   HD21  LEU  75          HD23      LEU  75  -5.717 -12.237   7.850

  No H/Q in entry =          11
  In of MODEL   12
    1    H    PHE  76           H        PHE  76  -2.758 -10.868   7.803
    2    HA   PHE  76           HA       PHE  76  -0.807 -12.609   6.544
    3    HB2  PHE  76           HB2      PHE  76  -2.335 -12.326   4.901
    4    HB3  PHE  76           HB3      PHE  76  -3.037 -10.917   5.692
    5    HD1  PHE  76           HD1      PHE  76  -0.140 -11.991   3.755
    6    HD2  PHE  76           HD2      PHE  76  -2.704  -8.793   4.782
    7    HE1  PHE  76           HE1      PHE  76   0.969 -10.583   2.049
    8    HE2  PHE  76           HE2      PHE  76  -1.611  -7.356   3.109
    9    HZ   PHE  76           HZ       PHE  76   0.228  -8.255   1.733

  No H/Q in entry =           9
  In of MODEL   12
    1    H    GLU  77           H        GLU  77  -1.368  -9.264   7.459
    2    HA   GLU  77           HA       GLU  77   0.947  -8.249   6.219
    3    HB2  GLU  77           HB2      GLU  77  -0.999  -6.854   7.037
    4    HB3  GLU  77           HB3      GLU  77  -0.395  -7.099   8.669
    5    HG2  GLU  77           HG2      GLU  77   1.616  -6.103   6.793
    6    HG3  GLU  77           HG3      GLU  77   0.252  -5.014   7.033

  No H/Q in entry =           6
  In of MODEL   12
    1    H    GLU  78           H        GLU  78   0.138  -9.577   9.380
    2    HA   GLU  78           HA       GLU  78   1.392 -10.795  10.719
    3    HB2  GLU  78           HB2      GLU  78   3.201 -10.915   8.799
    4    HB3  GLU  78           HB3      GLU  78   3.994  -9.663   9.750
    5    HG2  GLU  78           HG2      GLU  78   3.087 -11.844  11.405
    6    HG3  GLU  78           HG3      GLU  78   4.164 -12.406  10.123

  No H/Q in entry =           6
  In of MODEL   12
    1    H    GLY  79           H        GLY  79   0.171  -8.310  10.674
    2    HA3  GLY  79           HA2      GLY  79   1.614  -6.211  11.907
    3    HA2  GLY  79           HA3      GLY  79  -0.122  -6.397  11.832

  No H/Q in entry =           3
  In of MODEL   12
    1    H    GLN  80           H        GLN  80  -0.997  -8.108  13.285
    2    HA   GLN  80           HA       GLN  80  -1.485  -8.779  15.352
    3    HB2  GLN  80           HB2      GLN  80   1.403  -8.839  16.133
    4    HB3  GLN  80           HB3      GLN  80   0.109  -9.946  16.560
    5    HG2  GLN  80           HG2      GLN  80   1.504  -9.756  13.900
    6    HG3  GLN  80           HG3      GLN  80   1.689 -11.031  15.101
    7   HE21  GLN  80          HE21      GLN  80   0.919 -11.314  12.364
    8   HE22  GLN  80          HE22      GLN  80  -0.669 -11.992  12.338

  No H/Q in entry =           8
  In of MODEL   12
    1    H    GLU  81           H        GLU  81  -2.152  -6.460  15.356
    2    HA   GLU  81           HA       GLU  81  -2.198  -5.198  17.608
    3    HB2  GLU  81           HB2      GLU  81   0.524  -4.934  16.856
    4    HB3  GLU  81           HB3      GLU  81  -0.212  -3.335  16.767
    5    HG2  GLU  81           HG2      GLU  81  -1.204  -3.928  19.082
    6    HG3  GLU  81           HG3      GLU  81   0.055  -5.159  19.122

  No H/Q in entry =           6
  In of MODEL   12
    1    H    ARG  82           H        ARG  82  -3.934  -5.192  15.700
    2    HA   ARG  82           HA       ARG  82  -5.363  -4.062  14.414
    3    HB2  ARG  82           HB2      ARG  82  -5.954  -2.265  15.537
    4    HB3  ARG  82           HB3      ARG  82  -4.378  -2.211  16.300
    5    HG2  ARG  82           HG2      ARG  82  -4.439  -1.052  13.605
    6    HG3  ARG  82           HG3      ARG  82  -5.482  -0.234  14.768
    7    HD2  ARG  82           HD2      ARG  82  -3.737   0.560  15.974
    8    HD3  ARG  82           HD3      ARG  82  -2.771  -0.893  15.725
    9    HE   ARG  82           HE       ARG  82  -3.096   0.893  13.447
   10   HH11  ARG  82          HH11      ARG  82  -1.066  -0.259  16.061
   11   HH12  ARG  82          HH12      ARG  82   0.397   0.358  15.370
   12   HH21  ARG  82          HH21      ARG  82  -1.155   1.687  12.513
   13   HH22  ARG  82          HH22      ARG  82   0.347   1.465  13.349

  No H/Q in entry =          13
  In of MODEL   12
    1    H    SER  83           H        SER  83  -2.434  -2.094  14.051
    2    HA   SER  83           HA       SER  83  -1.192  -1.472  12.304
    3    HB2  SER  83           HB2      SER  83  -2.588  -3.729  10.866
    4    HB3  SER  83           HB3      SER  83  -1.225  -2.818  10.218
    5    HG   SER  83           HG       SER  83  -0.163  -4.383  11.180

  No H/Q in entry =           5
  In of MODEL   12
    1    H    ALA  84           H        ALA  84  -4.605  -1.911  11.484
    2    HA   ALA  84           HA       ALA  84  -6.103  -0.130  11.150
    3    HB1  ALA  84           HB1      ALA  84  -4.320   1.589  11.506
    4    HB2  ALA  84           HB2      ALA  84  -5.514   1.991  10.275
    5    HB3  ALA  84           HB3      ALA  84  -3.912   1.427   9.797

  No H/Q in entry =           5
  In of MODEL   12
    1    H    TRP  85           H        TRP  85  -7.521  -0.032   9.385
    2    HA   TRP  85           HA       TRP  85  -7.094  -0.300   6.803
    3    HB2  TRP  85           HB2      TRP  85  -5.677  -2.302   7.475
    4    HB3  TRP  85           HB3      TRP  85  -7.172  -3.087   7.965
    5    HD1  TRP  85           HD1      TRP  85  -8.596  -4.154   6.173
    6    HE1  TRP  85           HE1      TRP  85  -8.311  -4.557   3.631
    7    HE3  TRP  85           HE3      TRP  85  -4.669  -1.051   5.353
    8    HZ2  TRP  85           HZ2      TRP  85  -6.612  -3.628   1.558
    9    HZ3  TRP  85           HZ3      TRP  85  -3.770  -0.842   3.080
   10    HH2  TRP  85           HH2      TRP  85  -4.711  -2.104   1.226

  No H/Q in entry =          10
  In of MODEL   12
    1    H    VAL  86           H        VAL  86  -8.921  -1.157   9.621
    2    HA   VAL  86           HA       VAL  86 -11.140  -1.136   7.755
    3    HB   VAL  86           HB       VAL  86 -12.022  -2.948   9.689
    4   HG11  VAL  86          HG11      VAL  86 -11.467  -2.812   6.740
    5   HG13  VAL  86          HG12      VAL  86 -13.022  -2.819   7.581
    6   HG12  VAL  86          HG13      VAL  86 -12.056  -4.293   7.495
    7   HG22  VAL  86          HG21      VAL  86 -10.455  -4.738   9.304
    8   HG21  VAL  86          HG22      VAL  86  -9.547  -3.363   9.934
    9   HG23  VAL  86          HG23      VAL  86  -9.505  -3.736   8.212

  No H/Q in entry =           9
  In of MODEL   12
    1    H    ARG  87           H        ARG  87 -13.064  -0.851   8.103
    2    HA   ARG  87           HA       ARG  87 -14.337   0.011  10.395
    3    HB2  ARG  87           HB2      ARG  87 -13.166   2.152  10.095
    4    HB3  ARG  87           HB3      ARG  87 -13.612   2.181   8.397
    5    HG2  ARG  87           HG2      ARG  87 -16.039   2.146   9.308
    6    HG3  ARG  87           HG3      ARG  87 -15.286   2.707  10.803
    7    HD2  ARG  87           HD2      ARG  87 -14.322   4.595   9.659
    8    HD3  ARG  87           HD3      ARG  87 -14.925   4.004   8.111
    9    HE   ARG  87           HE       ARG  87 -16.564   5.101  10.295
   10   HH11  ARG  87          HH11      ARG  87 -16.230   4.069   6.970
   11   HH12  ARG  87          HH12      ARG  87 -17.684   4.853   6.441
   12   HH21  ARG  87          HH21      ARG  87 -18.491   6.128   9.599
   13   HH22  ARG  87          HH22      ARG  87 -18.965   6.020   7.934

  No H/Q in entry =          13
  In of MODEL   12
    1    H    ALA  88           H        ALA  88 -16.595   0.410   9.685
    2    HA   ALA  88           HA       ALA  88 -17.217  -1.357   7.493
    3    HB3  ALA  88           HB1      ALA  88 -18.381  -1.507   9.721
    4    HB1  ALA  88           HB2      ALA  88 -19.412  -1.473   8.285
    5    HB2  ALA  88           HB3      ALA  88 -19.216  -0.022   9.268

  No H/Q in entry =           5
  In of MODEL   12
    1    H    LYS  89           H        LYS  89 -19.424  -0.489   6.484
    2    HA   LYS  89           HA       LYS  89 -19.448   2.204   5.683
    3    HB2  LYS  89           HB2      LYS  89 -17.537   1.458   4.302
    4    HB3  LYS  89           HB3      LYS  89 -18.626   0.380   3.446
    5    HG2  LYS  89           HG2      LYS  89 -19.979   2.423   2.860
    6    HG3  LYS  89           HG3      LYS  89 -18.610   3.371   3.459
    7    HD2  LYS  89           HD2      LYS  89 -17.138   2.323   1.887
    8    HD3  LYS  89           HD3      LYS  89 -18.411   1.229   1.357
    9    HE2  LYS  89           HE2      LYS  89 -18.088   3.015  -0.225
   10    HE3  LYS  89           HE3      LYS  89 -19.683   3.103   0.517
   11    HZ3  LYS  89           HZ1      LYS  89 -18.663   5.302   0.381
   12    HZ2  LYS  89           HZ2      LYS  89 -17.331   4.774   1.268
   13    HZ1  LYS  89           HZ3      LYS  89 -18.849   4.855   2.000

  No H/Q in entry =          13
  In of MODEL   12
    1    H    THR  90           H        THR  90 -20.685  -0.971   5.418
    2    HA   THR  90           HA       THR  90 -23.313   0.056   4.712
    3    HB   THR  90           HB       THR  90 -22.709  -2.451   3.309
    4    HG1  THR  90           HG1      THR  90 -20.897  -0.701   3.038
    5   HG21  THR  90          HG21      THR  90 -24.092   0.099   2.470
    6   HG23  THR  90          HG22      THR  90 -24.871  -1.348   3.112
    7   HG22  THR  90          HG23      THR  90 -24.066  -1.402   1.544

  No H/Q in entry =           7
  In of MODEL   12
    1    H    ALA  91           H        ALA  91 -24.496  -1.151   6.791
    2    HA   ALA  91           HA       ALA  91 -24.059  -3.210   7.884
    3    HB1  ALA  91           HB1      ALA  91 -26.431  -2.343   7.415
    4    HB2  ALA  91           HB2      ALA  91 -26.256  -4.050   7.822
    5    HB3  ALA  91           HB3      ALA  91 -26.480  -3.562   6.142

  No H/Q in entry =           5
  In of MODEL   12
    1    H    CYS  92           H        CYS  92 -22.653  -4.750   7.550
    2    HA   CYS  92           HA       CYS  92 -22.844  -6.123   4.950
    3    HB2  CYS  92           HB2      CYS  92 -20.486  -6.874   6.429
    4    HB3  CYS  92           HB3      CYS  92 -20.600  -6.135   4.834
    5    HG   CYS  92           HG       CYS  92 -20.984  -3.533   6.178

  No H/Q in entry =           5
  In of MODEL   12
    1    H    GLU  93           H        GLU  93 -21.440  -8.312   5.467
    2    HA   GLU  93           HA       GLU  93 -22.606  -9.843   7.550
    3    HB2  GLU  93           HB2      GLU  93 -24.161  -9.802   5.291
    4    HB3  GLU  93           HB3      GLU  93 -23.030 -11.080   4.867
    5    HG2  GLU  93           HG2      GLU  93 -23.631 -12.269   6.930
    6    HG3  GLU  93           HG3      GLU  93 -24.793 -10.999   7.306

  No H/Q in entry =           6
  In of MODEL   12
    1    H    VAL  94           H        VAL  94 -20.508 -10.274   8.163
    2    HA   VAL  94           HA       VAL  94 -18.633 -10.865   5.980
    3    HB   VAL  94           HB       VAL  94 -16.828 -10.591   7.710
    4   HG11  VAL  94          HG11      VAL  94 -18.534  -8.407   6.675
    5   HG13  VAL  94          HG12      VAL  94 -16.856  -8.817   6.313
    6   HG12  VAL  94          HG13      VAL  94 -17.258  -8.000   7.823
    7   HG22  VAL  94          HG21      VAL  94 -17.884 -10.782   9.779
    8   HG21  VAL  94          HG22      VAL  94 -19.143  -9.631   9.346
    9   HG23  VAL  94          HG23      VAL  94 -17.494  -9.066   9.636

  No H/Q in entry =           9
  In of MODEL   12
    1    H    ALA  95           H        ALA  95 -17.260 -12.570   6.066
    2    HA   ALA  95           HA       ALA  95 -18.308 -14.761   7.686
    3    HB2  ALA  95           HB1      ALA  95 -17.533 -16.050   5.979
    4    HB3  ALA  95           HB2      ALA  95 -15.933 -15.320   6.092
    5    HB1  ALA  95           HB3      ALA  95 -17.182 -14.558   5.109

  No H/Q in entry =           5
  In of MODEL   12
    1    H    GLU  96           H        GLU  96 -17.660 -13.817   9.677
    2    HA   GLU  96           HA       GLU  96 -14.797 -13.317   9.847
    3    HB2  GLU  96           HB2      GLU  96 -15.196 -12.042  11.844
    4    HB3  GLU  96           HB3      GLU  96 -16.251 -11.478  10.556
    5    HG2  GLU  96           HG2      GLU  96 -18.131 -12.569  11.530
    6    HG3  GLU  96           HG3      GLU  96 -17.100 -13.390  12.705

  No H/Q in entry =           6
  In of MODEL   12
    1    H    ILE  97           H        ILE  97 -13.517 -14.459  10.751
    2    HA   ILE  97           HA       ILE  97 -14.231 -16.048  13.018
    3    HB   ILE  97           HB       ILE  97 -12.789 -17.945  12.010
    4   HG12  ILE  97          HG12      ILE  97 -14.167 -17.015   9.534
    5   HG13  ILE  97          HG13      ILE  97 -12.501 -16.567   9.881
    6   HG23  ILE  97          HG21      ILE  97 -14.728 -19.147  11.769
    7   HG22  ILE  97          HG22      ILE  97 -15.634 -17.737  11.211
    8   HG21  ILE  97          HG23      ILE  97 -15.135 -17.855  12.897
    9   HD12  ILE  97          HD11      ILE  97 -13.606 -19.329   9.485
   10   HD11  ILE  97          HD12      ILE  97 -11.987 -19.003  10.096
   11   HD13  ILE  97          HD13      ILE  97 -12.441 -18.472   8.476

  No H/Q in entry =          11
  In of MODEL   12
    1    H    SER  98           H        SER  98 -12.133 -17.332  13.611
    2    HA   SER  98           HA       SER  98 -10.221 -15.159  14.014
    3    HB2  SER  98           HB2      SER  98 -11.065 -16.194  16.061
    4    HB3  SER  98           HB3      SER  98 -10.526 -17.774  15.497
    5    HG   SER  98           HG       SER  98  -9.134 -15.854  16.767

  No H/Q in entry =           5
  In of MODEL   12
    1    H    TYR  99           H        TYR  99  -8.191 -15.276  13.393
    2    HA   TYR  99           HA       TYR  99  -7.648 -16.836  11.040
    3    HB2  TYR  99           HB2      TYR  99  -5.598 -15.629  10.808
    4    HB3  TYR  99           HB3      TYR  99  -6.856 -14.511  11.280
    5    HD1  TYR  99           HD1      TYR  99  -5.299 -16.557  13.918
    6    HD2  TYR  99           HD2      TYR  99  -5.139 -12.877  11.784
    7    HE1  TYR  99           HE1      TYR  99  -3.785 -15.635  15.621
    8    HE2  TYR  99           HE2      TYR  99  -3.633 -11.954  13.486
    9    HH   TYR  99           HH       TYR  99  -2.322 -12.437  15.235

  No H/Q in entry =           9
  In of MODEL   12
    1    H    LYS 100           H        LYS 100  -7.417 -17.826  14.255
    2    HA   LYS 100           HA       LYS 100  -4.966 -19.303  13.839
    3    HB2  LYS 100           HB2      LYS 100  -5.723 -18.731  16.120
    4    HB3  LYS 100           HB3      LYS 100  -7.152 -19.725  15.878
    5    HG2  LYS 100           HG2      LYS 100  -5.736 -21.700  15.634
    6    HG3  LYS 100           HG3      LYS 100  -4.306 -20.699  15.905
    7    HD2  LYS 100           HD2      LYS 100  -4.633 -20.629  18.121
    8    HD3  LYS 100           HD3      LYS 100  -6.366 -20.354  17.942
    9    HE2  LYS 100           HE2      LYS 100  -6.395 -22.871  17.254
   10    HE3  LYS 100           HE3      LYS 100  -4.858 -22.923  18.115
   11    HZ1  LYS 100           HZ1      LYS 100  -6.010 -21.976  20.057
   12    HZ3  LYS 100           HZ2      LYS 100  -6.632 -23.482  19.606
   13    HZ2  LYS 100           HZ3      LYS 100  -7.478 -22.071  19.222

  No H/Q in entry =          13
  In of MODEL   12
    1    H    LYS 101           H        LYS 101  -8.417 -19.955  13.871
    2    HA   LYS 101           HA       LYS 101  -8.183 -22.658  12.961
    3    HB2  LYS 101           HB2      LYS 101 -10.063 -21.379  14.311
    4    HB3  LYS 101           HB3      LYS 101 -10.687 -21.061  12.698
    5    HG2  LYS 101           HG2      LYS 101  -9.922 -23.819  13.324
    6    HG3  LYS 101           HG3      LYS 101 -11.353 -23.181  14.127
    7    HD2  LYS 101           HD2      LYS 101 -10.898 -23.145  11.143
    8    HD3  LYS 101           HD3      LYS 101 -11.840 -24.374  11.986
    9    HE2  LYS 101           HE2      LYS 101 -12.459 -21.424  12.069
   10    HE3  LYS 101           HE3      LYS 101 -13.190 -22.550  10.931
   11    HZ3  LYS 101           HZ1      LYS 101 -14.721 -22.452  12.632
   12    HZ2  LYS 101           HZ2      LYS 101 -13.552 -22.377  13.849
   13    HZ1  LYS 101           HZ3      LYS 101 -13.842 -23.836  13.046

  No H/Q in entry =          13
  In of MODEL   12
    1    H    PHE 102           H        PHE 102  -8.968 -19.573  11.583
    2    HA   PHE 102           HA       PHE 102  -9.787 -20.360   9.044
    3    HB2  PHE 102           HB2      PHE 102 -10.322 -18.226   9.474
    4    HB3  PHE 102           HB3      PHE 102  -8.894 -17.907  10.399
    5    HD1  PHE 102           HD1      PHE 102 -10.523 -17.539   7.197
    6    HD2  PHE 102           HD2      PHE 102  -6.775 -17.309   9.204
    7    HE1  PHE 102           HE1      PHE 102  -9.622 -16.180   5.364
    8    HE2  PHE 102           HE2      PHE 102  -5.876 -15.959   7.366
    9    HZ   PHE 102           HZ       PHE 102  -7.297 -15.387   5.445

  No H/Q in entry =           9
  In of MODEL   12
    1    H    ARG 103           H        ARG 103  -6.646 -19.098  10.050
    2    HA   ARG 103           HA       ARG 103  -5.202 -19.406   7.815
    3    HB2  ARG 103           HB2      ARG 103  -3.243 -19.283   9.054
    4    HB3  ARG 103           HB3      ARG 103  -4.436 -18.538  10.105
    5    HG2  ARG 103           HG2      ARG 103  -4.447 -20.330  11.578
    6    HG3  ARG 103           HG3      ARG 103  -3.754 -21.439  10.392
    7    HD2  ARG 103           HD2      ARG 103  -2.015 -19.177  10.914
    8    HD3  ARG 103           HD3      ARG 103  -2.388 -20.072  12.387
    9    HE   ARG 103           HE       ARG 103  -1.740 -22.007  10.575
   10   HH11  ARG 103          HH11      ARG 103  -0.115 -19.141  11.783
   11   HH12  ARG 103          HH12      ARG 103   1.477 -19.790  11.556
   12   HH21  ARG 103          HH21      ARG 103   0.361 -22.862  10.287
   13   HH22  ARG 103          HH22      ARG 103   1.749 -21.911  10.706

  No H/Q in entry =          13
  In of MODEL   12
    1    H    GLN 104           H        GLN 104  -6.444 -21.944   9.698
    2    HA   GLN 104           HA       GLN 104  -4.515 -23.888   8.587
    3    HB2  GLN 104           HB2      GLN 104  -6.692 -24.151  10.645
    4    HB3  GLN 104           HB3      GLN 104  -5.846 -25.547   9.987
    5    HG2  GLN 104           HG2      GLN 104  -4.683 -23.277  11.581
    6    HG3  GLN 104           HG3      GLN 104  -4.826 -24.968  12.058
    7   HE21  GLN 104          HE21      GLN 104  -3.481 -26.520  11.004
    8   HE22  GLN 104          HE22      GLN 104  -1.983 -26.039  10.285

  No H/Q in entry =           8
  In of MODEL   12
    1    H    LEU 105           H        LEU 105  -7.827 -22.893   8.052
    2    HA   LEU 105           HA       LEU 105  -8.230 -25.039   6.073
    3    HB2  LEU 105           HB2      LEU 105 -10.420 -24.432   6.296
    4    HB3  LEU 105           HB3      LEU 105  -9.917 -23.287   7.523
    5    HG   LEU 105           HG       LEU 105  -9.583 -21.627   5.613
    6   HD11  LEU 105          HD11      LEU 105 -11.028 -23.844   4.200
    7   HD13  LEU 105          HD12      LEU 105  -9.672 -22.864   3.641
    8   HD12  LEU 105          HD13      LEU 105 -11.288 -22.165   3.733
    9   HD22  LEU 105          HD21      LEU 105 -11.352 -21.324   7.153
   10   HD21  LEU 105          HD22      LEU 105 -12.273 -22.661   6.466
   11   HD23  LEU 105          HD23      LEU 105 -12.066 -21.168   5.544

  No H/Q in entry =          11
  In of MODEL   12
    1    H    ILE 106           H        ILE 106  -7.755 -21.311   6.012
    2    HA   ILE 106           HA       ILE 106  -7.233 -21.273   3.373
    3    HB   ILE 106           HB       ILE 106  -6.375 -19.116   3.576
    4   HG12  ILE 106          HG12      ILE 106  -6.103 -18.541   6.287
    5   HG13  ILE 106          HG13      ILE 106  -5.283 -20.091   6.091
    6   HG23  ILE 106          HG21      ILE 106  -8.146 -18.105   4.701
    7   HG22  ILE 106          HG22      ILE 106  -8.185 -19.348   5.951
    8   HG21  ILE 106          HG23      ILE 106  -8.758 -19.718   4.325
    9   HD12  ILE 106          HD11      ILE 106  -4.719 -17.542   4.606
   10   HD11  ILE 106          HD12      ILE 106  -3.968 -19.098   4.250
   11   HD13  ILE 106          HD13      ILE 106  -3.698 -18.324   5.815

  No H/Q in entry =          11
  In of MODEL   12
    1    H    GLN 107           H        GLN 107  -5.456 -23.024   5.348
    2    HA   GLN 107           HA       GLN 107  -3.038 -22.603   3.780
    3    HB2  GLN 107           HB2      GLN 107  -3.249 -23.299   6.669
    4    HB3  GLN 107           HB3      GLN 107  -1.925 -23.993   5.743
    5    HG2  GLN 107           HG2      GLN 107  -2.532 -21.063   6.045
    6    HG3  GLN 107           HG3      GLN 107  -1.250 -21.949   6.869
    7   HE21  GLN 107          HE21      GLN 107  -0.610 -23.552   4.502
    8   HE22  GLN 107          HE22      GLN 107   0.237 -22.495   3.432

  No H/Q in entry =           8
  In of MODEL   12
    1    H    VAL 108           H        VAL 108  -5.643 -24.482   4.381
    2    HA   VAL 108           HA       VAL 108  -4.463 -27.067   3.838
    3    HB   VAL 108           HB       VAL 108  -6.729 -26.221   5.181
    4   HG11  VAL 108          HG11      VAL 108  -7.636 -27.442   2.583
    5   HG13  VAL 108          HG12      VAL 108  -7.982 -25.812   3.165
    6   HG12  VAL 108          HG13      VAL 108  -8.646 -27.210   4.012
    7   HG23  VAL 108          HG21      VAL 108  -7.273 -28.595   5.386
    8   HG22  VAL 108          HG22      VAL 108  -5.559 -28.257   5.621
    9   HG21  VAL 108          HG23      VAL 108  -6.118 -28.954   4.102

  No H/Q in entry =           9
  In of MODEL   12
    1    H    ASN 109           H        ASN 109  -5.912 -24.407   2.262
    2    HA   ASN 109           HA       ASN 109  -5.896 -25.806  -0.332
    3    HB2  ASN 109           HB2      ASN 109  -7.693 -23.571   0.620
    4    HB3  ASN 109           HB3      ASN 109  -7.643 -24.159  -1.035
    5   HD21  ASN 109          HD21      ASN 109  -9.626 -24.127   1.324
    6   HD22  ASN 109          HD22      ASN 109 -10.271 -25.729   1.317

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   PRO 110           HA       PRO 110  -2.782 -22.709  -0.986
    2    HB2  PRO 110           HB2      PRO 110  -2.123 -23.381  -3.528
    3    HB3  PRO 110           HB3      PRO 110  -1.637 -24.343  -2.130
    4    HG2  PRO 110           HG2      PRO 110  -3.841 -24.819  -4.084
    5    HG3  PRO 110           HG3      PRO 110  -2.748 -25.983  -3.316
    6    HD2  PRO 110           HD2      PRO 110  -5.336 -25.505  -2.505
    7    HD3  PRO 110           HD3      PRO 110  -4.064 -26.171  -1.463

  No H/Q in entry =           7
  In of MODEL   12
    1    H    ASP 111           H        ASP 111  -5.823 -22.807  -2.570
    2    HA   ASP 111           HA       ASP 111  -5.211 -20.468  -4.195
    3    HB2  ASP 111           HB2      ASP 111  -7.907 -21.702  -4.220
    4    HB3  ASP 111           HB3      ASP 111  -6.994 -20.945  -5.521

  No H/Q in entry =           4
  In of MODEL   12
    1    H    ILE 112           H        ILE 112  -6.422 -21.088  -1.131
    2    HA   ILE 112           HA       ILE 112  -8.529 -19.124  -1.142
    3    HB   ILE 112           HB       ILE 112  -7.285 -20.758   1.064
    4   HG12  ILE 112          HG12      ILE 112  -9.109 -21.261  -0.949
    5   HG13  ILE 112          HG13      ILE 112  -8.850 -22.239   0.485
    6   HG23  ILE 112          HG21      ILE 112  -7.927 -18.709   2.082
    7   HG22  ILE 112          HG22      ILE 112  -9.186 -19.894   2.447
    8   HG21  ILE 112          HG23      ILE 112  -9.458 -18.672   1.205
    9   HD12  ILE 112          HD11      ILE 112 -11.031 -20.367  -0.170
   10   HD11  ILE 112          HD12      ILE 112 -10.558 -20.531   1.520
   11   HD13  ILE 112          HD13      ILE 112 -11.087 -21.947   0.611

  No H/Q in entry =          11
  In of MODEL   12
    1    H    LEU 113           H        LEU 113  -5.371 -19.393   0.399
    2    HA   LEU 113           HA       LEU 113  -5.446 -16.797   1.449
    3    HB2  LEU 113           HB2      LEU 113  -3.923 -18.392   2.379
    4    HB3  LEU 113           HB3      LEU 113  -3.126 -18.609   0.832
    5    HG   LEU 113           HG       LEU 113  -2.503 -16.130   0.997
    6   HD11  LEU 113          HD11      LEU 113  -4.117 -15.686   2.873
    7   HD13  LEU 113          HD12      LEU 113  -2.473 -15.103   3.134
    8   HD12  LEU 113          HD13      LEU 113  -3.021 -16.581   3.926
    9   HD22  LEU 113          HD21      LEU 113  -0.543 -16.628   2.307
   10   HD21  LEU 113          HD22      LEU 113  -0.943 -17.996   1.267
   11   HD23  LEU 113          HD23      LEU 113  -1.330 -18.052   2.987

  No H/Q in entry =          11
  In of MODEL   12
    1    H    MET 114           H        MET 114  -4.411 -18.155  -1.530
    2    HA   MET 114           HA       MET 114  -3.188 -15.874  -2.592
    3    HB2  MET 114           HB2      MET 114  -3.683 -18.537  -3.435
    4    HB3  MET 114           HB3      MET 114  -4.278 -17.466  -4.697
    5    HG2  MET 114           HG2      MET 114  -1.497 -17.608  -3.566
    6    HG3  MET 114           HG3      MET 114  -2.020 -17.988  -5.206
    7    HE1  MET 114           HE1      MET 114   0.067 -16.490  -5.956
    8    HE3  MET 114           HE2      MET 114   0.451 -15.891  -4.343
    9    HE2  MET 114           HE3      MET 114   0.195 -14.756  -5.667

  No H/Q in entry =           9
  In of MODEL   12
    1    H    ARG 115           H        ARG 115  -6.449 -16.920  -2.375
    2    HA   ARG 115           HA       ARG 115  -7.549 -15.201  -4.326
    3    HB2  ARG 115           HB2      ARG 115  -8.544 -16.964  -2.193
    4    HB3  ARG 115           HB3      ARG 115  -9.532 -15.519  -2.416
    5    HG2  ARG 115           HG2      ARG 115  -8.752 -17.325  -4.678
    6    HG3  ARG 115           HG3      ARG 115 -10.205 -17.576  -3.711
    7    HD2  ARG 115           HD2      ARG 115  -9.807 -14.854  -4.803
    8    HD3  ARG 115           HD3      ARG 115 -10.147 -16.119  -5.980
    9    HE   ARG 115           HE       ARG 115 -12.268 -16.462  -4.975
   10   HH11  ARG 115          HH11      ARG 115 -10.498 -13.798  -3.516
   11   HH12  ARG 115          HH12      ARG 115 -11.919 -13.042  -2.873
   12   HH21  ARG 115          HH21      ARG 115 -14.146 -15.432  -4.177
   13   HH22  ARG 115          HH22      ARG 115 -13.985 -13.962  -3.253

  No H/Q in entry =          13
  In of MODEL   12
    1    H    LEU 116           H        LEU 116  -6.969 -15.070  -0.861
    2    HA   LEU 116           HA       LEU 116  -7.887 -12.539  -0.289
    3    HB2  LEU 116           HB2      LEU 116  -7.232 -14.112   1.429
    4    HB3  LEU 116           HB3      LEU 116  -5.573 -14.102   0.857
    5    HG   LEU 116           HG       LEU 116  -5.720 -11.535   1.423
    6   HD13  LEU 116          HD11      LEU 116  -7.366 -10.843   2.744
    7   HD12  LEU 116          HD12      LEU 116  -7.415 -12.357   3.649
    8   HD11  LEU 116          HD13      LEU 116  -8.240 -12.234   2.091
    9   HD22  LEU 116          HD21      LEU 116  -4.149 -12.991   2.512
   10   HD21  LEU 116          HD22      LEU 116  -5.431 -13.710   3.488
   11   HD23  LEU 116          HD23      LEU 116  -4.975 -12.021   3.737

  No H/Q in entry =          11
  In of MODEL   12
    1    H    SER 117           H        SER 117  -4.641 -13.566  -1.260
    2    HA   SER 117           HA       SER 117  -3.297 -11.174  -1.045
    3    HB2  SER 117           HB2      SER 117  -2.353 -12.448  -3.409
    4    HB3  SER 117           HB3      SER 117  -1.636 -12.437  -1.800
    5    HG   SER 117           HG       SER 117  -2.693 -14.449  -3.072

  No H/Q in entry =           5
  In of MODEL   12
    1    H    ALA 118           H        ALA 118  -5.307 -12.179  -3.786
    2    HA   ALA 118           HA       ALA 118  -4.487 -10.036  -5.432
    3    HB2  ALA 118           HB1      ALA 118  -5.391 -11.576  -6.767
    4    HB3  ALA 118           HB2      ALA 118  -6.869 -10.640  -6.501
    5    HB1  ALA 118           HB3      ALA 118  -6.571 -12.105  -5.562

  No H/Q in entry =           5
  In of MODEL   12
    1    H    GLN 119           H        GLN 119  -6.884 -10.168  -2.861
    2    HA   GLN 119           HA       GLN 119  -8.159  -7.705  -3.781
    3    HB2  GLN 119           HB2      GLN 119  -8.639  -9.536  -1.437
    4    HB3  GLN 119           HB3      GLN 119  -9.478  -8.001  -1.630
    5    HG2  GLN 119           HG2      GLN 119  -9.539 -10.305  -3.563
    6    HG3  GLN 119           HG3      GLN 119 -10.824  -9.861  -2.437
    7   HE21  GLN 119          HE21      GLN 119 -11.767  -7.718  -2.700
    8   HE22  GLN 119          HE22      GLN 119 -11.903  -7.068  -4.299

  No H/Q in entry =           8
  In of MODEL   12
    1    H    MET 120           H        MET 120  -5.555  -8.610  -1.980
    2    HA   MET 120           HA       MET 120  -5.780  -6.449  -0.015
    3    HB2  MET 120           HB2      MET 120  -4.868  -7.791   1.497
    4    HB3  MET 120           HB3      MET 120  -4.791  -9.078   0.303
    5    HG2  MET 120           HG2      MET 120  -2.634  -7.225  -0.079
    6    HG3  MET 120           HG3      MET 120  -2.672  -7.815   1.582
    7    HE1  MET 120           HE1      MET 120  -3.933 -10.235   1.575
    8    HE3  MET 120           HE2      MET 120  -2.324 -10.713   2.110
    9    HE2  MET 120           HE3      MET 120  -3.136 -11.626   0.837

  No H/Q in entry =           9
  In of MODEL   12
    1    H    ALA 121           H        ALA 121  -3.691  -7.934  -2.384
    2    HA   ALA 121           HA       ALA 121  -1.734  -5.892  -2.451
    3    HB1  ALA 121           HB1      ALA 121  -1.373  -8.230  -3.215
    4    HB3  ALA 121           HB2      ALA 121  -0.887  -7.014  -4.394
    5    HB2  ALA 121           HB3      ALA 121  -2.406  -7.889  -4.603

  No H/Q in entry =           5
  In of MODEL   12
    1    H    ARG 122           H        ARG 122  -4.841  -6.322  -3.838
    2    HA   ARG 122           HA       ARG 122  -4.490  -4.615  -6.053
    3    HB2  ARG 122           HB2      ARG 122  -6.637  -6.129  -4.925
    4    HB3  ARG 122           HB3      ARG 122  -7.195  -4.496  -5.281
    5    HG2  ARG 122           HG2      ARG 122  -7.412  -6.218  -7.134
    6    HG3  ARG 122           HG3      ARG 122  -6.649  -4.676  -7.545
    7    HD2  ARG 122           HD2      ARG 122  -4.588  -5.606  -7.834
    8    HD3  ARG 122           HD3      ARG 122  -4.859  -6.830  -6.595
    9    HE   ARG 122           HE       ARG 122  -5.992  -8.160  -8.193
   10   HH11  ARG 122          HH11      ARG 122  -4.463  -5.322  -9.509
   11   HH12  ARG 122          HH12      ARG 122  -4.520  -5.883 -11.146
   12   HH21  ARG 122          HH21      ARG 122  -6.060  -8.936 -10.361
   13   HH22  ARG 122          HH22      ARG 122  -5.438  -7.928 -11.631

  No H/Q in entry =          13
  In of MODEL   12
    1    H    ARG 123           H        ARG 123  -5.266  -4.268  -2.815
    2    HA   ARG 123           HA       ARG 123  -6.134  -1.544  -2.863
    3    HB2  ARG 123           HB2      ARG 123  -5.545  -3.562  -0.718
    4    HB3  ARG 123           HB3      ARG 123  -5.726  -1.864  -0.306
    5    HG2  ARG 123           HG2      ARG 123  -7.752  -3.597  -0.259
    6    HG3  ARG 123           HG3      ARG 123  -7.965  -1.882  -0.605
    7    HD2  ARG 123           HD2      ARG 123  -8.030  -2.310  -2.962
    8    HD3  ARG 123           HD3      ARG 123  -7.582  -3.995  -2.719
    9    HE   ARG 123           HE       ARG 123  -9.773  -4.310  -1.664
   10   HH11  ARG 123          HH11      ARG 123  -9.307  -1.453  -3.631
   11   HH12  ARG 123          HH12      ARG 123 -10.983  -1.287  -4.026
   12   HH21  ARG 123          HH21      ARG 123 -11.992  -4.116  -2.192
   13   HH22  ARG 123          HH22      ARG 123 -12.515  -2.816  -3.218

  No H/Q in entry =          13
  In of MODEL   12
    1    H    LEU 124           H        LEU 124  -3.213  -3.383  -2.416
    2    HA   LEU 124           HA       LEU 124  -1.447  -1.416  -1.455
    3    HB2  LEU 124           HB2      LEU 124  -1.312  -4.039  -2.380
    4    HB3  LEU 124           HB3      LEU 124  -0.415  -3.154  -3.584
    5    HG   LEU 124           HG       LEU 124   0.281  -3.725  -0.743
    6   HD13  LEU 124          HD11      LEU 124   1.102  -5.102  -2.545
    7   HD12  LEU 124          HD12      LEU 124   2.423  -4.187  -1.804
    8   HD11  LEU 124          HD13      LEU 124   1.741  -3.665  -3.350
    9   HD21  LEU 124          HD21      LEU 124   0.486  -1.228  -1.044
   10   HD23  LEU 124          HD22      LEU 124   1.656  -1.581  -2.316
   11   HD22  LEU 124          HD23      LEU 124   1.973  -2.102  -0.662

  No H/Q in entry =          11
  In of MODEL   12
    1    H    GLN 125           H        GLN 125  -2.629  -2.389  -4.589
    2    HA   GLN 125           HA       GLN 125  -1.115  -0.419  -6.036
    3    HB2  GLN 125           HB2      GLN 125  -2.963  -2.597  -6.717
    4    HB3  GLN 125           HB3      GLN 125  -3.044  -1.201  -7.784
    5    HG2  GLN 125           HG2      GLN 125  -0.533  -2.707  -7.098
    6    HG3  GLN 125           HG3      GLN 125  -1.482  -2.929  -8.566
    7   HE21  GLN 125          HE21      GLN 125   0.782  -0.936  -6.894
    8   HE22  GLN 125          HE22      GLN 125   1.116   0.139  -8.204

  No H/Q in entry =           8
  In of MODEL   12
    1    H    VAL 126           H        VAL 126  -3.804  -0.117  -4.006
    2    HA   VAL 126           HA       VAL 126  -5.100   1.866  -5.678
    3    HB   VAL 126           HB       VAL 126  -6.009   0.033  -3.711
    4   HG13  VAL 126          HG11      VAL 126  -7.099   1.400  -2.044
    5   HG12  VAL 126          HG12      VAL 126  -6.401   2.859  -2.746
    6   HG11  VAL 126          HG13      VAL 126  -5.356   1.662  -1.982
    7   HG22  VAL 126          HG21      VAL 126  -7.263   0.674  -5.629
    8   HG21  VAL 126          HG22      VAL 126  -7.384   2.331  -5.038
    9   HG23  VAL 126          HG23      VAL 126  -8.194   1.023  -4.172

  No H/Q in entry =           9
  In of MODEL   12
    1    H    THR 127           H        THR 127  -3.222   1.250  -2.752
    2    HA   THR 127           HA       THR 127  -3.103   4.010  -1.920
    3    HB   THR 127           HB       THR 127  -1.071   2.002  -1.050
    4    HG1  THR 127           HG1      THR 127  -3.136   1.666   0.547
    5   HG23  THR 127          HG21      THR 127  -0.840   4.026   0.080
    6   HG22  THR 127          HG22      THR 127  -1.801   3.066   1.207
    7   HG21  THR 127          HG23      THR 127  -2.581   4.277   0.190

  No H/Q in entry =           7
  In of MODEL   12
    1    H    SER 128           H        SER 128  -1.475   2.417  -4.728
    2    HA   SER 128           HA       SER 128   0.947   3.636  -3.838
    3    HB2  SER 128           HB2      SER 128   0.338   1.627  -6.017
    4    HB3  SER 128           HB3      SER 128   1.904   2.397  -5.785
    5    HG   SER 128           HG       SER 128   0.554   0.819  -3.845

  No H/Q in entry =           5
  In of MODEL   12
    1    H    GLU 129           H        GLU 129  -1.814   3.805  -5.807
    2    HA   GLU 129           HA       GLU 129  -0.555   5.483  -7.843
    3    HB2  GLU 129           HB2      GLU 129  -2.302   3.480  -8.134
    4    HB3  GLU 129           HB3      GLU 129  -3.436   4.816  -7.996
    5    HG2  GLU 129           HG2      GLU 129  -2.074   5.955  -9.815
    6    HG3  GLU 129           HG3      GLU 129  -1.307   4.387 -10.063

  No H/Q in entry =           6
  In of MODEL   12
    1    H    LYS 130           H        LYS 130  -1.893   6.167  -4.897
    2    HA   LYS 130           HA       LYS 130  -2.514   8.848  -5.773
    3    HB2  LYS 130           HB2      LYS 130  -4.533   6.901  -4.770
    4    HB3  LYS 130           HB3      LYS 130  -4.603   8.521  -4.092
    5    HG2  LYS 130           HG2      LYS 130  -5.444   9.400  -5.970
    6    HG3  LYS 130           HG3      LYS 130  -4.376   8.456  -7.008
    7    HD2  LYS 130           HD2      LYS 130  -6.624   7.098  -5.586
    8    HD3  LYS 130           HD3      LYS 130  -6.961   8.044  -7.036
    9    HE2  LYS 130           HE2      LYS 130  -5.046   5.724  -6.807
   10    HE3  LYS 130           HE3      LYS 130  -6.612   5.714  -7.617
   11    HZ1  LYS 130           HZ1      LYS 130  -5.699   7.496  -9.093
   12    HZ3  LYS 130           HZ2      LYS 130  -4.970   5.974  -9.283
   13    HZ2  LYS 130           HZ3      LYS 130  -4.172   7.198  -8.418

  No H/Q in entry =          13
  In of MODEL   12
    1    H    VAL 131           H        VAL 131  -0.305   8.320  -4.533
    2    HA   VAL 131           HA       VAL 131  -0.519   7.999  -1.712
    3    HB   VAL 131           HB       VAL 131   1.953   9.250  -2.761
    4   HG11  VAL 131          HG11      VAL 131   1.363   6.912  -0.955
    5   HG13  VAL 131          HG12      VAL 131   1.856   8.535  -0.471
    6   HG12  VAL 131          HG13      VAL 131   2.979   7.496  -1.348
    7   HG23  VAL 131          HG21      VAL 131   2.760   7.098  -3.652
    8   HG22  VAL 131          HG22      VAL 131   1.485   7.833  -4.625
    9   HG21  VAL 131          HG23      VAL 131   1.111   6.477  -3.559

  No H/Q in entry =           9
  In of MODEL   12
    1    H    GLY 132           H        GLY 132  -1.573  10.557  -3.365
    2    HA3  GLY 132           HA2      GLY 132  -1.399  12.340  -1.163
    3    HA2  GLY 132           HA3      GLY 132  -0.250  12.812  -2.403

  No H/Q in entry =           3
  In of MODEL   12
    1    H    ASN 133           H        ASN 133  -3.357  11.367  -3.086
    2    HA   ASN 133           HA       ASN 133  -4.080  13.355  -4.935
    3    HB2  ASN 133           HB2      ASN 133  -4.877  10.901  -4.742
    4    HB3  ASN 133           HB3      ASN 133  -6.061  11.523  -3.600
    5   HD21  ASN 133          HD21      ASN 133  -5.130  11.272  -6.904
    6   HD22  ASN 133          HD22      ASN 133  -6.541  12.006  -7.579

  No H/Q in entry =           6
  In of MODEL   12
    1    H    LEU 134           H        LEU 134  -5.425  12.631  -1.685
    2    HA   LEU 134           HA       LEU 134  -6.998  15.030  -1.699
    3    HB2  LEU 134           HB2      LEU 134  -7.770  14.421   0.436
    4    HB3  LEU 134           HB3      LEU 134  -7.653  12.955  -0.511
    5    HG   LEU 134           HG       LEU 134  -5.221  13.052   0.806
    6   HD13  LEU 134          HD11      LEU 134  -5.776  13.427   3.142
    7   HD12  LEU 134          HD12      LEU 134  -7.431  13.849   2.700
    8   HD11  LEU 134          HD13      LEU 134  -6.095  14.889   2.207
    9   HD23  LEU 134          HD21      LEU 134  -6.207  11.199   2.104
   10   HD22  LEU 134          HD22      LEU 134  -6.569  11.086   0.380
   11   HD21  LEU 134          HD23      LEU 134  -7.800  11.667   1.505

  No H/Q in entry =          11
  In of MODEL   12
    1    H    ALA 135           H        ALA 135  -3.773  14.424  -1.106
    2    HA   ALA 135           HA       ALA 135  -3.345  16.353   0.999
    3    HB1  ALA 135           HB1      ALA 135  -1.882  14.414   0.879
    4    HB3  ALA 135           HB2      ALA 135  -0.958  15.899   0.656
    5    HB2  ALA 135           HB3      ALA 135  -1.350  14.888  -0.735

  No H/Q in entry =           5
  In of MODEL   12
    1    H    PHE 136           H        PHE 136  -3.792  16.286  -2.318
    2    HA   PHE 136           HA       PHE 136  -2.290  18.549  -3.146
    3    HB2  PHE 136           HB2      PHE 136  -4.018  16.547  -4.289
    4    HB3  PHE 136           HB3      PHE 136  -4.474  18.140  -4.900
    5    HD1  PHE 136           HD1      PHE 136  -3.099  19.286  -6.466
    6    HD2  PHE 136           HD2      PHE 136  -1.718  15.696  -4.639
    7    HE1  PHE 136           HE1      PHE 136  -1.256  19.169  -8.093
    8    HE2  PHE 136           HE2      PHE 136   0.129  15.578  -6.262
    9    HZ   PHE 136           HZ       PHE 136   0.360  17.315  -7.992

  No H/Q in entry =           9
  In of MODEL   12
    1    H    LEU 137           H        LEU 137  -4.984  18.409  -1.160
    2    HA   LEU 137           HA       LEU 137  -6.693  19.763  -0.546
    3    HB2  LEU 137           HB2      LEU 137  -4.260  21.477  -0.783
    4    HB3  LEU 137           HB3      LEU 137  -5.772  22.215  -0.269
    5    HG   LEU 137           HG       LEU 137  -4.651  19.755   1.068
    6   HD13  LEU 137          HD11      LEU 137  -2.938  21.384   1.305
    7   HD12  LEU 137          HD12      LEU 137  -3.822  21.312   2.830
    8   HD11  LEU 137          HD13      LEU 137  -4.108  22.641   1.704
    9   HD22  LEU 137          HD21      LEU 137  -6.074  20.443   2.924
   10   HD21  LEU 137          HD22      LEU 137  -7.024  20.242   1.453
   11   HD23  LEU 137          HD23      LEU 137  -6.600  21.858   2.013

  No H/Q in entry =          11
  In of MODEL   12
    1    H    ASP 138           H        ASP 138  -7.434  19.147  -2.837
    2    HA   ASP 138           HA       ASP 138  -7.941  21.440  -4.390
    3    HB2  ASP 138           HB2      ASP 138  -6.825  19.872  -5.645
    4    HB3  ASP 138           HB3      ASP 138  -8.219  18.776  -5.607

  No H/Q in entry =           4
  In of MODEL   12
    1    H    VAL 139           H        VAL 139  -9.984  21.349  -2.275
    2    HA   VAL 139           HA       VAL 139 -12.376  20.215  -3.134
    3    HB   VAL 139           HB       VAL 139 -11.678  22.329  -1.332
    4   HG11  VAL 139          HG11      VAL 139 -14.327  22.673  -2.755
    5   HG13  VAL 139          HG12      VAL 139 -13.027  23.864  -2.690
    6   HG12  VAL 139          HG13      VAL 139 -13.901  23.425  -1.219
    7   HG21  VAL 139          HG21      VAL 139 -13.886  20.336  -1.697
    8   HG23  VAL 139          HG22      VAL 139 -13.681  21.287  -0.224
    9   HG22  VAL 139          HG23      VAL 139 -12.423  20.157  -0.735

  No H/Q in entry =           9
  In of MODEL   12
    1    H    THR 140           H        THR 140 -11.047  22.925  -5.050
    2    HA   THR 140           HA       THR 140 -13.345  24.001  -6.186
    3    HB   THR 140           HB       THR 140 -11.288  23.524  -8.191
    4    HG1  THR 140           HG1      THR 140  -9.808  23.370  -6.577
    5   HG22  THR 140          HG21      THR 140 -11.253  25.987  -8.217
    6   HG21  THR 140          HG22      THR 140 -12.285  26.011  -6.787
    7   HG23  THR 140          HG23      THR 140 -12.899  25.359  -8.305

  No H/Q in entry =           7
  In of MODEL   12
    1    H    GLY 141           H        GLY 141 -15.062  22.753  -6.837
    2    HA3  GLY 141           HA2      GLY 141 -16.373  21.303  -7.999
    3    HA2  GLY 141           HA3      GLY 141 -15.173  21.467  -9.262

  No H/Q in entry =           3
  In of MODEL   12
    1    H    ARG 142           H        ARG 142 -13.645  20.308  -6.629
    2    HA   ARG 142           HA       ARG 142 -13.117  17.840  -7.759
    3    HB2  ARG 142           HB2      ARG 142 -11.901  19.251  -5.866
    4    HB3  ARG 142           HB3      ARG 142 -12.832  18.183  -4.824
    5    HG2  ARG 142           HG2      ARG 142 -10.553  17.362  -5.241
    6    HG3  ARG 142           HG3      ARG 142 -11.801  16.238  -5.792
    7    HD2  ARG 142           HD2      ARG 142 -11.350  16.610  -8.005
    8    HD3  ARG 142           HD3      ARG 142 -10.753  18.240  -7.715
    9    HE   ARG 142           HE       ARG 142  -8.802  16.924  -6.602
   10   HH11  ARG 142          HH11      ARG 142 -10.557  16.020  -9.489
   11   HH12  ARG 142          HH12      ARG 142  -9.194  15.239 -10.226
   12   HH21  ARG 142          HH21      ARG 142  -6.993  15.902  -7.578
   13   HH22  ARG 142          HH22      ARG 142  -7.170  15.170  -9.141

  No H/Q in entry =          13
  In of MODEL   12
    1    H    ILE 143           H        ILE 143 -14.776  18.334  -4.617
    2    HA   ILE 143           HA       ILE 143 -15.796  16.288  -3.894
    3    HB   ILE 143           HB       ILE 143 -17.756  18.467  -4.327
    4   HG12  ILE 143          HG12      ILE 143 -15.335  18.671  -2.519
    5   HG13  ILE 143          HG13      ILE 143 -15.593  19.596  -3.997
    6   HG23  ILE 143          HG21      ILE 143 -18.586  16.769  -2.954
    7   HG22  ILE 143          HG22      ILE 143 -18.086  18.050  -1.847
    8   HG21  ILE 143          HG23      ILE 143 -17.070  16.626  -2.066
    9   HD12  ILE 143          HD11      ILE 143 -16.080  20.808  -1.889
   10   HD11  ILE 143          HD12      ILE 143 -17.444  19.713  -1.655
   11   HD13  ILE 143          HD13      ILE 143 -17.394  20.771  -3.064

  No H/Q in entry =          11
  In of MODEL   12
    1    H    ALA 144           H        ALA 144 -17.714  17.973  -6.315
    2    HA   ALA 144           HA       ALA 144 -19.730  16.013  -6.460
    3    HB2  ALA 144           HB1      ALA 144 -20.527  17.216  -8.366
    4    HB3  ALA 144           HB2      ALA 144 -18.953  17.977  -8.606
    5    HB1  ALA 144           HB3      ALA 144 -19.928  18.393  -7.198

  No H/Q in entry =           5
  In of MODEL   12
    1    H    GLN 145           H        GLN 145 -16.602  16.371  -7.910
    2    HA   GLN 145           HA       GLN 145 -17.008  14.660 -10.128
    3    HB2  GLN 145           HB2      GLN 145 -15.130  16.344  -9.852
    4    HB3  GLN 145           HB3      GLN 145 -14.379  15.203  -8.747
    5    HG2  GLN 145           HG2      GLN 145 -14.640  13.542 -10.742
    6    HG3  GLN 145           HG3      GLN 145 -14.752  15.020 -11.696
    7   HE21  GLN 145          HE21      GLN 145 -12.694  13.058 -11.853
    8   HE22  GLN 145          HE22      GLN 145 -11.210  13.830 -11.416

  No H/Q in entry =           8
  In of MODEL   12
    1    H    THR 146           H        THR 146 -16.243  14.063  -6.623
    2    HA   THR 146           HA       THR 146 -15.483  11.382  -7.230
    3    HB   THR 146           HB       THR 146 -16.043  12.627  -4.558
    4    HG1  THR 146           HG1      THR 146 -13.557  12.911  -4.762
    5   HG21  THR 146          HG21      THR 146 -14.679  10.201  -5.566
    6   HG23  THR 146          HG22      THR 146 -15.567  10.454  -4.063
    7   HG22  THR 146          HG23      THR 146 -13.906  11.024  -4.216

  No H/Q in entry =           7
  In of MODEL   12
    1    H    LEU 147           H        LEU 147 -18.297  13.082  -7.127
    2    HA   LEU 147           HA       LEU 147 -19.798  11.270  -5.402
    3    HB2  LEU 147           HB2      LEU 147 -20.816  13.688  -6.899
    4    HB3  LEU 147           HB3      LEU 147 -21.711  12.726  -5.732
    5    HG   LEU 147           HG       LEU 147 -19.306  14.443  -5.162
    6   HD13  LEU 147          HD11      LEU 147 -20.758  15.883  -3.991
    7   HD12  LEU 147          HD12      LEU 147 -22.089  14.733  -4.078
    8   HD11  LEU 147          HD13      LEU 147 -21.545  15.560  -5.536
    9   HD21  LEU 147          HD21      LEU 147 -20.884  12.626  -3.360
   10   HD23  LEU 147          HD22      LEU 147 -19.768  13.866  -2.785
   11   HD22  LEU 147          HD23      LEU 147 -19.169  12.523  -3.759

  No H/Q in entry =          11
  In of MODEL   12
    1    H    LEU 148           H        LEU 148 -19.087  12.230  -8.600
    2    HA   LEU 148           HA       LEU 148 -21.039  10.567  -9.876
    3    HB2  LEU 148           HB2      LEU 148 -18.542  11.514 -11.224
    4    HB3  LEU 148           HB3      LEU 148 -20.144  11.289 -11.898
    5    HG   LEU 148           HG       LEU 148 -19.202  13.541 -10.136
    6   HD12  LEU 148          HD11      LEU 148 -19.824  14.904 -12.061
    7   HD11  LEU 148          HD12      LEU 148 -20.247  13.437 -12.947
    8   HD13  LEU 148          HD13      LEU 148 -18.579  13.717 -12.449
    9   HD23  LEU 148          HD21      LEU 148 -21.501  14.462 -10.365
   10   HD22  LEU 148          HD22      LEU 148 -21.431  12.999  -9.388
   11   HD21  LEU 148          HD23      LEU 148 -22.019  12.921 -11.052

  No H/Q in entry =          11
  In of MODEL   12
    1    H    ASN 149           H        ASN 149 -17.829  10.270  -8.611
    2    HA   ASN 149           HA       ASN 149 -17.088   7.844  -9.856
    3    HB2  ASN 149           HB2      ASN 149 -16.200   9.385  -7.512
    4    HB3  ASN 149           HB3      ASN 149 -15.994   7.646  -7.331
    5   HD21  ASN 149          HD21      ASN 149 -13.978   9.715  -7.571
    6   HD22  ASN 149          HD22      ASN 149 -13.026   9.306  -8.952

  No H/Q in entry =           6
  In of MODEL   12
    1    H    LEU 150           H        LEU 150 -19.166   8.689  -7.210
    2    HA   LEU 150           HA       LEU 150 -19.635   6.010  -6.255
    3    HB2  LEU 150           HB2      LEU 150 -21.001   8.676  -5.858
    4    HB3  LEU 150           HB3      LEU 150 -21.648   7.190  -5.154
    5    HG   LEU 150           HG       LEU 150 -18.785   7.673  -4.653
    6   HD11  LEU 150          HD11      LEU 150 -20.877   9.581  -3.739
    7   HD13  LEU 150          HD12      LEU 150 -19.216   9.881  -4.249
    8   HD12  LEU 150          HD13      LEU 150 -19.536   9.175  -2.666
    9   HD22  LEU 150          HD21      LEU 150 -19.298   6.730  -2.547
   10   HD21  LEU 150          HD22      LEU 150 -20.188   5.809  -3.762
   11   HD23  LEU 150          HD23      LEU 150 -21.025   7.004  -2.773

  No H/Q in entry =          11
  In of MODEL   12
    1    H    ALA 151           H        ALA 151 -20.562   7.775  -9.166
    2    HA   ALA 151           HA       ALA 151 -23.106   6.380  -9.256
    3    HB2  ALA 151           HB1      ALA 151 -23.518   7.533 -11.302
    4    HB3  ALA 151           HB2      ALA 151 -21.829   8.027 -11.433
    5    HB1  ALA 151           HB3      ALA 151 -22.853   8.710 -10.170

  No H/Q in entry =           5
  In of MODEL   12
    1    H    LYS 152           H        LYS 152 -19.870   5.938  -9.902
    2    HA   LYS 152           HA       LYS 152 -20.256   4.042 -12.061
    3    HB2  LYS 152           HB2      LYS 152 -17.760   5.037 -10.697
    4    HB3  LYS 152           HB3      LYS 152 -17.793   3.986 -12.110
    5    HG2  LYS 152           HG2      LYS 152 -18.818   5.720 -13.431
    6    HG3  LYS 152           HG3      LYS 152 -18.967   6.758 -12.010
    7    HD2  LYS 152           HD2      LYS 152 -16.538   6.852 -11.812
    8    HD3  LYS 152           HD3      LYS 152 -16.371   5.781 -13.203
    9    HE2  LYS 152           HE2      LYS 152 -18.023   8.148 -13.694
   10    HE3  LYS 152           HE3      LYS 152 -16.342   8.509 -13.304
   11    HZ3  LYS 152           HZ1      LYS 152 -16.557   8.253 -15.655
   12    HZ2  LYS 152           HZ2      LYS 152 -17.328   6.761 -15.489
   13    HZ1  LYS 152           HZ3      LYS 152 -15.698   6.919 -15.068

  No H/Q in entry =          13
  In of MODEL   12
    1    H    GLN 153           H        GLN 153 -20.124   3.890  -8.637
    2    HA   GLN 153           HA       GLN 153 -19.094   1.140  -8.727
    3    HB2  GLN 153           HB2      GLN 153 -19.768   2.393  -6.127
    4    HB3  GLN 153           HB3      GLN 153 -18.389   1.400  -6.570
    5    HG2  GLN 153           HG2      GLN 153 -17.549   3.413  -7.850
    6    HG3  GLN 153           HG3      GLN 153 -18.791   4.324  -6.992
    7   HE21  GLN 153          HE21      GLN 153 -18.524   4.788  -4.851
    8   HE22  GLN 153          HE22      GLN 153 -17.061   4.476  -3.989

  No H/Q in entry =           8
  In of MODEL   12
    1    HA   PRO 154           HA       PRO 154 -22.922  -0.951  -7.937
    2    HB2  PRO 154           HB2      PRO 154 -22.510  -2.027  -5.371
    3    HB3  PRO 154           HB3      PRO 154 -22.138  -2.804  -6.911
    4    HG2  PRO 154           HG2      PRO 154 -20.347  -1.342  -5.042
    5    HG3  PRO 154           HG3      PRO 154 -19.997  -2.731  -6.087
    6    HD2  PRO 154           HD2      PRO 154 -19.142  -0.273  -6.700
    7    HD3  PRO 154           HD3      PRO 154 -19.676  -1.402  -7.958

  No H/Q in entry =           7
  In of MODEL   12
    1    H    ASP 155           H        ASP 155 -21.911   1.507  -5.844
    2    HA   ASP 155           HA       ASP 155 -24.172   1.438  -4.020
    3    HB2  ASP 155           HB2      ASP 155 -21.836   3.427  -4.412
    4    HB3  ASP 155           HB3      ASP 155 -23.140   3.724  -3.269

  No H/Q in entry =           4
  In of MODEL   12
    1    H    ALA 156           H        ALA 156 -23.862   2.947  -7.327
    2    HA   ALA 156           HA       ALA 156 -25.416   5.136  -6.642
    3    HB3  ALA 156           HB1      ALA 156 -25.836   5.334  -9.002
    4    HB1  ALA 156           HB2      ALA 156 -25.351   3.660  -9.273
    5    HB2  ALA 156           HB3      ALA 156 -24.152   4.856  -8.789

  No H/Q in entry =           5
  In of MODEL   12
    1    H    MET 157           H        MET 157 -27.361   5.016  -5.804
    2    HA   MET 157           HA       MET 157 -28.839   2.546  -6.171
    3    HB2  MET 157           HB2      MET 157 -28.186   3.896  -3.995
    4    HB3  MET 157           HB3      MET 157 -29.690   4.747  -4.353
    5    HG2  MET 157           HG2      MET 157 -30.465   2.163  -4.585
    6    HG3  MET 157           HG3      MET 157 -29.226   2.045  -3.339
    7    HE1  MET 157           HE1      MET 157 -31.858   4.814  -4.278
    8    HE3  MET 157           HE2      MET 157 -33.089   4.548  -3.046
    9    HE2  MET 157           HE3      MET 157 -32.793   3.319  -4.275

  No H/Q in entry =           9
  In of MODEL   12
    1    H    THR 158           H        THR 158 -29.876   2.805  -8.256
    2    HA   THR 158           HA       THR 158 -31.143   5.060  -9.079
    3    HB   THR 158           HB       THR 158 -32.737   3.464 -10.295
    4    HG1  THR 158           HG1      THR 158 -32.723   1.530  -9.361
    5   HG21  THR 158          HG21      THR 158 -29.736   3.176 -10.562
    6   HG23  THR 158          HG22      THR 158 -30.776   4.321 -11.408
    7   HG22  THR 158          HG23      THR 158 -30.896   2.596 -11.758

  No H/Q in entry =           7
  In of MODEL   12
    1    H    HIS 159           H        HIS 159 -33.216   5.777  -9.034
    2    HA   HIS 159           HA       HIS 159 -35.218   4.668  -7.365
    3    HB2  HIS 159           HB2      HIS 159 -35.064   5.940  -5.498
    4    HB3  HIS 159           HB3      HIS 159 -33.424   6.292  -6.006
    5    HD1  HIS 159           HD1      HIS 159 -36.604   7.860  -5.214
    6    HD2  HIS 159           HD2      HIS 159 -33.213   8.849  -7.403
    7    HE1  HIS 159           HE1      HIS 159 -36.697  10.353  -5.515
    8    HE2  HIS 159           HE2      HIS 159 -34.727  10.912  -6.986

  No H/Q in entry =           8
  In of MODEL   12
    1    HA   PRO 160           HA       PRO 160 -37.414   6.565 -10.595
    2    HB2  PRO 160           HB2      PRO 160 -39.759   7.289  -9.477
    3    HB3  PRO 160           HB3      PRO 160 -39.299   5.598  -9.727
    4    HG2  PRO 160           HG2      PRO 160 -39.017   7.275  -7.244
    5    HG3  PRO 160           HG3      PRO 160 -39.744   5.661  -7.408
    6    HD2  PRO 160           HD2      PRO 160 -37.240   5.935  -6.547
    7    HD3  PRO 160           HD3      PRO 160 -37.668   4.627  -7.669

  No H/Q in entry =           7
  In of MODEL   12
    1    H    ASP 161           H        ASP 161 -35.610   8.343 -10.014
    2    HA   ASP 161           HA       ASP 161 -36.584  10.731 -11.045
    3    HB2  ASP 161           HB2      ASP 161 -37.610  11.576  -9.202
    4    HB3  ASP 161           HB3      ASP 161 -36.642  10.622  -8.084

  No H/Q in entry =           4
  In of MODEL   12
    1    H    GLY 162           H        GLY 162 -34.113   8.961  -9.365
    2    HA3  GLY 162           HA2      GLY 162 -32.063   9.941 -10.983
    3    HA2  GLY 162           HA3      GLY 162 -31.963  10.657  -9.377

  No H/Q in entry =           3
  In of MODEL   12
    1    H    MET 163           H        MET 163 -29.863   9.407  -9.525
    2    HA   MET 163           HA       MET 163 -30.272   6.933  -7.978
    3    HB2  MET 163           HB2      MET 163 -27.884   6.491  -9.404
    4    HB3  MET 163           HB3      MET 163 -29.371   5.574  -9.556
    5    HG2  MET 163           HG2      MET 163 -30.038   6.729 -11.454
    6    HG3  MET 163           HG3      MET 163 -28.962   8.084 -11.123
    7    HE1  MET 163           HE1      MET 163 -26.488   7.510 -10.610
    8    HE3  MET 163           HE2      MET 163 -26.241   8.060 -12.268
    9    HE2  MET 163           HE3      MET 163 -25.492   6.563 -11.713

  No H/Q in entry =           9
  In of MODEL   12
    1    H    GLN 164           H        GLN 164 -29.468   7.295  -6.247
    2    HA   GLN 164           HA       GLN 164 -27.544   9.388  -5.692
    3    HB2  GLN 164           HB2      GLN 164 -28.611   8.466  -3.297
    4    HB3  GLN 164           HB3      GLN 164 -29.043   9.948  -4.131
    5    HG2  GLN 164           HG2      GLN 164 -30.714   8.472  -5.418
    6    HG3  GLN 164           HG3      GLN 164 -30.452   7.316  -4.113
    7   HE21  GLN 164          HE21      GLN 164 -32.477   7.460  -3.252
    8   HE22  GLN 164          HE22      GLN 164 -33.074   8.875  -2.463

  No H/Q in entry =           8
  In of MODEL   12
    1    H    ILE 165           H        ILE 165 -26.793   8.808  -3.454
    2    HA   ILE 165           HA       ILE 165 -25.801   6.333  -2.647
    3    HB   ILE 165           HB       ILE 165 -23.358   7.627  -2.887
    4   HG12  ILE 165          HG12      ILE 165 -23.399   7.643  -5.606
    5   HG13  ILE 165          HG13      ILE 165 -25.009   8.251  -5.253
    6   HG23  ILE 165          HG21      ILE 165 -22.657   5.789  -4.180
    7   HG22  ILE 165          HG22      ILE 165 -24.300   5.483  -4.747
    8   HG21  ILE 165          HG23      ILE 165 -23.884   5.220  -3.051
    9   HD11  ILE 165          HD11      ILE 165 -22.943   9.525  -3.656
   10   HD13  ILE 165          HD12      ILE 165 -24.237  10.235  -4.619
   11   HD12  ILE 165          HD13      ILE 165 -22.728   9.744  -5.391

  No H/Q in entry =          11
  In of MODEL   12
    1    H    LYS 166           H        LYS 166 -25.876   7.005  -0.180
    2    HA   LYS 166           HA       LYS 166 -25.823   9.829   0.135
    3    HB2  LYS 166           HB2      LYS 166 -25.891   8.624   2.656
    4    HB3  LYS 166           HB3      LYS 166 -27.230   9.388   1.834
    5    HG2  LYS 166           HG2      LYS 166 -28.321   7.470   1.700
    6    HG3  LYS 166           HG3      LYS 166 -26.942   6.626   1.010
    7    HD2  LYS 166           HD2      LYS 166 -26.180   5.921   3.068
    8    HD3  LYS 166           HD3      LYS 166 -26.935   7.268   3.923
    9    HE2  LYS 166           HE2      LYS 166 -29.136   6.270   3.560
   10    HE3  LYS 166           HE3      LYS 166 -28.395   4.937   2.679
   11    HZ2  LYS 166           HZ1      LYS 166 -28.992   4.606   5.131
   12    HZ1  LYS 166           HZ2      LYS 166 -27.607   5.517   5.465
   13    HZ3  LYS 166           HZ3      LYS 166 -27.481   4.067   4.602

  No H/Q in entry =          13
  In of MODEL   12
    1    H    ILE 167           H        ILE 167 -24.031  10.752   0.435
    2    HA   ILE 167           HA       ILE 167 -22.054   9.295   2.032
    3    HB   ILE 167           HB       ILE 167 -20.642  11.141   0.497
    4   HG12  ILE 167          HG12      ILE 167 -21.109   9.979  -1.796
    5   HG13  ILE 167          HG13      ILE 167 -22.670   9.580  -1.094
    6   HG23  ILE 167          HG21      ILE 167 -19.510   9.118  -0.337
    7   HG22  ILE 167          HG22      ILE 167 -20.815   8.133   0.324
    8   HG21  ILE 167          HG23      ILE 167 -19.778   9.066   1.404
    9   HD13  ILE 167          HD11      ILE 167 -23.219  11.884  -0.853
   10   HD12  ILE 167          HD12      ILE 167 -22.670  11.607  -2.507
   11   HD11  ILE 167          HD13      ILE 167 -21.595  12.372  -1.336

  No H/Q in entry =          11
  In of MODEL   12
    1    H    THR 168           H        THR 168 -21.872  10.260   3.902
    2    HA   THR 168           HA       THR 168 -22.617  12.899   4.397
    3    HB   THR 168           HB       THR 168 -20.937  12.623   6.382
    4    HG1  THR 168           HG1      THR 168 -20.122  10.631   5.032
    5   HG23  THR 168          HG21      THR 168 -22.543  11.336   7.640
    6   HG22  THR 168          HG22      THR 168 -23.227  10.665   6.160
    7   HG21  THR 168          HG23      THR 168 -23.416  12.381   6.520

  No H/Q in entry =           7
  In of MODEL   12
    1    H    ARG 169           H        ARG 169 -21.217  14.699   4.725
    2    HA   ARG 169           HA       ARG 169 -19.217  14.981   2.682
    3    HB2  ARG 169           HB2      ARG 169 -18.834  17.139   4.300
    4    HB3  ARG 169           HB3      ARG 169 -20.037  17.105   3.032
    5    HG2  ARG 169           HG2      ARG 169 -20.820  16.158   5.748
    6    HG3  ARG 169           HG3      ARG 169 -20.634  17.890   5.471
    7    HD2  ARG 169           HD2      ARG 169 -22.238  17.741   3.603
    8    HD3  ARG 169           HD3      ARG 169 -22.446  16.023   3.934
    9    HE   ARG 169           HE       ARG 169 -23.010  17.293   6.305
   10   HH11  ARG 169          HH11      ARG 169 -24.290  17.415   3.045
   11   HH12  ARG 169          HH12      ARG 169 -25.884  17.869   3.549
   12   HH21  ARG 169          HH21      ARG 169 -25.125  17.889   6.970
   13   HH22  ARG 169          HH22      ARG 169 -26.357  18.144   5.782

  No H/Q in entry =          13
  In of MODEL   12
    1    H    GLN 170           H        GLN 170 -19.306  13.885   6.127
    2    HA   GLN 170           HA       GLN 170 -16.739  14.143   6.638
    3    HB2  GLN 170           HB2      GLN 170 -18.754  12.034   7.324
    4    HB3  GLN 170           HB3      GLN 170 -17.087  11.876   7.858
    5    HG2  GLN 170           HG2      GLN 170 -17.999  12.909   9.665
    6    HG3  GLN 170           HG3      GLN 170 -17.467  14.310   8.738
    7   HE21  GLN 170          HE21      GLN 170 -19.589  13.979  10.745
    8   HE22  GLN 170          HE22      GLN 170 -21.040  14.538   9.993

  No H/Q in entry =           8
  In of MODEL   12
    1    H    GLU 171           H        GLU 171 -17.846  12.184   3.757
    2    HA   GLU 171           HA       GLU 171 -15.877  10.261   4.388
    3    HB2  GLU 171           HB2      GLU 171 -17.903  10.610   2.169
    4    HB3  GLU 171           HB3      GLU 171 -16.491   9.580   1.919
    5    HG2  GLU 171           HG2      GLU 171 -17.468   8.744   4.351
    6    HG3  GLU 171           HG3      GLU 171 -18.927   9.089   3.432

  No H/Q in entry =           6
  In of MODEL   12
    1    H    ILE 172           H        ILE 172 -16.873  13.046   2.880
    2    HA   ILE 172           HA       ILE 172 -14.990  13.427   0.833
    3    HB   ILE 172           HB       ILE 172 -16.683  15.588   2.059
    4   HG12  ILE 172          HG12      ILE 172 -18.181  13.698   1.803
    5   HG13  ILE 172          HG13      ILE 172 -18.491  14.834   0.493
    6   HG21  ILE 172          HG21      ILE 172 -14.985  15.948   0.176
    7   HG23  ILE 172          HG22      ILE 172 -16.627  16.529  -0.094
    8   HG22  ILE 172          HG23      ILE 172 -16.093  15.020  -0.832
    9   HD12  ILE 172          HD11      ILE 172 -18.479  12.462  -0.207
   10   HD11  ILE 172          HD12      ILE 172 -16.776  12.379   0.254
   11   HD13  ILE 172          HD13      ILE 172 -17.287  13.451  -1.052

  No H/Q in entry =          11
  In of MODEL   12
    1    H    GLY 173           H        GLY 173 -14.998  14.380   4.424
    2    HA3  GLY 173           HA2      GLY 173 -13.025  16.255   4.231
    3    HA2  GLY 173           HA3      GLY 173 -13.122  15.041   5.512

  No H/Q in entry =           3
  In of MODEL   12
    1    H    GLN 174           H        GLN 174 -12.919  12.880   4.282
    2    HA   GLN 174           HA       GLN 174 -10.110  12.539   4.111
    3    HB2  GLN 174           HB2      GLN 174 -12.319  10.503   3.894
    4    HB3  GLN 174           HB3      GLN 174 -10.631  10.181   4.289
    5    HG2  GLN 174           HG2      GLN 174 -10.811  11.236   6.384
    6    HG3  GLN 174           HG3      GLN 174 -12.335  12.007   5.954
    7   HE21  GLN 174          HE21      GLN 174 -14.229  10.741   5.885
    8   HE22  GLN 174          HE22      GLN 174 -14.328   9.244   6.746

  No H/Q in entry =           8
  In of MODEL   12
    1    H    ILE 175           H        ILE 175 -12.660  12.326   1.709
    2    HA   ILE 175           HA       ILE 175 -10.891  10.969  -0.138
    3    HB   ILE 175           HB       ILE 175 -13.575  12.183  -0.741
    4   HG12  ILE 175          HG12      ILE 175 -13.042   9.312   0.020
    5   HG13  ILE 175          HG13      ILE 175 -13.592  10.525   1.174
    6   HG23  ILE 175          HG21      ILE 175 -12.410  11.666  -2.740
    7   HG22  ILE 175          HG22      ILE 175 -13.553  10.346  -2.480
    8   HG21  ILE 175          HG23      ILE 175 -11.848  10.123  -2.095
    9   HD13  ILE 175          HD11      ILE 175 -15.629  10.827  -0.002
   10   HD12  ILE 175          HD12      ILE 175 -15.388   9.092   0.208
   11   HD11  ILE 175          HD13      ILE 175 -15.064   9.847  -1.352

  No H/Q in entry =          11
  In of MODEL   12
    1    H    VAL 176           H        VAL 176 -12.130  14.191   0.400
    2    HA   VAL 176           HA       VAL 176 -10.846  15.139  -2.036
    3    HB   VAL 176           HB       VAL 176 -12.706  16.522  -0.105
    4   HG11  VAL 176          HG11      VAL 176 -11.082  18.049  -1.202
    5   HG13  VAL 176          HG12      VAL 176 -12.770  18.354  -1.614
    6   HG12  VAL 176          HG13      VAL 176 -11.723  17.519  -2.760
    7   HG23  VAL 176          HG21      VAL 176 -13.121  15.571  -2.934
    8   HG22  VAL 176          HG22      VAL 176 -14.315  16.371  -1.910
    9   HG21  VAL 176          HG23      VAL 176 -13.721  14.764  -1.486

  No H/Q in entry =           9
  In of MODEL   12
    1    H    GLY 177           H        GLY 177 -10.624  15.420   1.457
    2    HA3  GLY 177           HA2      GLY 177  -8.405  15.671   2.377
    3    HA2  GLY 177           HA3      GLY 177  -8.037  16.788   1.068

  No H/Q in entry =           3
  In of MODEL   12
    1    H    CYS 178           H        CYS 178 -11.014  17.684   1.769
    2    HA   CYS 178           HA       CYS 178 -10.113  19.591   3.844
    3    HB2  CYS 178           HB2      CYS 178 -12.083  19.952   1.581
    4    HB3  CYS 178           HB3      CYS 178 -11.863  21.114   2.885
    5    HG   CYS 178           HG       CYS 178  -9.100  21.498   2.215

  No H/Q in entry =           5
  In of MODEL   12
    1    H    SER 179           H        SER 179 -11.784  20.200   5.445
    2    HA   SER 179           HA       SER 179 -13.279  17.892   6.227
    3    HB2  SER 179           HB2      SER 179 -14.344  19.970   7.670
    4    HB3  SER 179           HB3      SER 179 -12.884  19.096   8.135
    5    HG   SER 179           HG       SER 179 -12.788  21.499   7.997

  No H/Q in entry =           5
  In of MODEL   12
    1    H    ARG 180           H        ARG 180 -15.513  18.167   6.593
    2    HA   ARG 180           HA       ARG 180 -17.140  18.715   4.461
    3    HB2  ARG 180           HB2      ARG 180 -18.990  18.741   6.276
    4    HB3  ARG 180           HB3      ARG 180 -18.088  17.268   5.988
    5    HG2  ARG 180           HG2      ARG 180 -18.175  17.341   8.272
    6    HG3  ARG 180           HG3      ARG 180 -16.606  18.080   7.951
    7    HD2  ARG 180           HD2      ARG 180 -17.294  20.145   8.618
    8    HD3  ARG 180           HD3      ARG 180 -18.958  19.879   8.097
    9    HE   ARG 180           HE       ARG 180 -19.447  18.942  10.154
   10   HH11  ARG 180          HH11      ARG 180 -16.043  19.699   9.914
   11   HH12  ARG 180          HH12      ARG 180 -15.701  19.268  11.561
   12   HH21  ARG 180          HH21      ARG 180 -19.014  18.399  12.330
   13   HH22  ARG 180          HH22      ARG 180 -17.397  18.537  12.943

  No H/Q in entry =          13
  In of MODEL   12
    1    H    GLU 181           H        GLU 181 -15.344  20.927   5.600
    2    HA   GLU 181           HA       GLU 181 -17.180  23.021   6.263
    3    HB2  GLU 181           HB2      GLU 181 -14.288  22.598   6.398
    4    HB3  GLU 181           HB3      GLU 181 -14.795  24.258   6.112
    5    HG2  GLU 181           HG2      GLU 181 -14.906  24.358   8.343
    6    HG3  GLU 181           HG3      GLU 181 -16.462  23.561   8.120

  No H/Q in entry =           6
  In of MODEL   12
    1    H    THR 182           H        THR 182 -14.519  23.070   4.191
    2    HA   THR 182           HA       THR 182 -15.366  24.890   2.160
    3    HB   THR 182           HB       THR 182 -13.638  22.894   0.966
    4    HG1  THR 182           HG1      THR 182 -11.945  23.595   2.753
    5   HG21  THR 182          HG21      THR 182 -13.082  25.706   1.935
    6   HG23  THR 182          HG22      THR 182 -13.686  25.268   0.337
    7   HG22  THR 182          HG23      THR 182 -12.066  24.778   0.830

  No H/Q in entry =           7
  In of MODEL   12
    1    H    VAL 183           H        VAL 183 -15.275  21.382   2.316
    2    HA   VAL 183           HA       VAL 183 -16.945  20.842   0.007
    3    HB   VAL 183           HB       VAL 183 -15.553  19.487   2.218
    4   HG12  VAL 183          HG11      VAL 183 -17.851  17.956   1.082
    5   HG11  VAL 183          HG12      VAL 183 -17.952  18.828   2.612
    6   HG13  VAL 183          HG13      VAL 183 -16.767  17.523   2.413
    7   HG21  VAL 183          HG21      VAL 183 -14.818  19.491  -0.092
    8   HG23  VAL 183          HG22      VAL 183 -16.231  18.517  -0.513
    9   HG22  VAL 183          HG23      VAL 183 -15.000  17.865   0.581

  No H/Q in entry =           9
  In of MODEL   12
    1    H    GLY 184           H        GLY 184 -17.584  21.485   3.648
    2    HA3  GLY 184           HA2      GLY 184 -20.183  20.684   3.223
    3    HA2  GLY 184           HA3      GLY 184 -19.642  21.843   4.428

  No H/Q in entry =           3
  In of MODEL   12
    1    H    ARG 185           H        ARG 185 -18.603  23.706   2.582
    2    HA   ARG 185           HA       ARG 185 -20.481  25.406   1.754
    3    HB2  ARG 185           HB2      ARG 185 -18.160  24.701  -0.036
    4    HB3  ARG 185           HB3      ARG 185 -19.269  26.007  -0.414
    5    HG2  ARG 185           HG2      ARG 185 -18.683  27.003   1.824
    6    HG3  ARG 185           HG3      ARG 185 -17.391  25.807   1.923
    7    HD2  ARG 185           HD2      ARG 185 -16.431  26.670  -0.152
    8    HD3  ARG 185           HD3      ARG 185 -17.732  27.855  -0.265
    9    HE   ARG 185           HE       ARG 185 -15.987  27.862   2.089
   10   HH11  ARG 185          HH11      ARG 185 -17.104  29.418  -0.837
   11   HH12  ARG 185          HH12      ARG 185 -16.391  30.952  -0.445
   12   HH21  ARG 185          HH21      ARG 185 -15.056  29.894   2.615
   13   HH22  ARG 185          HH22      ARG 185 -15.238  31.225   1.520

  No H/Q in entry =          13
  In of MODEL   12
    1    H    ILE 186           H        ILE 186 -19.486  22.669   0.077
    2    HA   ILE 186           HA       ILE 186 -21.203  23.182  -2.251
    3    HB   ILE 186           HB       ILE 186 -18.979  21.243  -1.835
    4   HG12  ILE 186          HG12      ILE 186 -18.578  22.222  -4.258
    5   HG13  ILE 186          HG13      ILE 186 -19.674  23.479  -3.700
    6   HG21  ILE 186          HG21      ILE 186 -21.241  20.297  -2.969
    7   HG23  ILE 186          HG22      ILE 186 -19.622  19.761  -3.413
    8   HG22  ILE 186          HG23      ILE 186 -20.440  20.988  -4.379
    9   HD11  ILE 186          HD11      ILE 186 -17.118  22.694  -2.323
   10   HD13  ILE 186          HD12      ILE 186 -18.181  24.037  -1.901
   11   HD12  ILE 186          HD13      ILE 186 -17.301  24.055  -3.429

  No H/Q in entry =          11
  In of MODEL   12
    1    H    LEU 187           H        LEU 187 -20.905  20.875   0.301
    2    HA   LEU 187           HA       LEU 187 -22.909  19.184  -0.712
    3    HB2  LEU 187           HB2      LEU 187 -21.613  19.434   1.956
    4    HB3  LEU 187           HB3      LEU 187 -22.748  18.147   1.521
    5    HG   LEU 187           HG       LEU 187 -19.938  18.511   0.763
    6   HD13  LEU 187          HD11      LEU 187 -19.851  16.325   1.181
    7   HD12  LEU 187          HD12      LEU 187 -21.248  15.996   0.150
    8   HD11  LEU 187          HD13      LEU 187 -21.484  16.528   1.818
    9   HD23  LEU 187          HD21      LEU 187 -21.720  17.341  -1.353
   10   HD22  LEU 187          HD22      LEU 187 -19.984  17.597  -1.427
   11   HD21  LEU 187          HD23      LEU 187 -21.076  18.981  -1.435

  No H/Q in entry =          11
  In of MODEL   12
    1    H    LYS 188           H        LYS 188 -22.984  22.183   0.451
    2    HA   LYS 188           HA       LYS 188 -25.540  22.015   1.884
    3    HB2  LYS 188           HB2      LYS 188 -23.503  23.635   2.474
    4    HB3  LYS 188           HB3      LYS 188 -24.310  24.662   1.294
    5    HG2  LYS 188           HG2      LYS 188 -25.823  23.432   3.568
    6    HG3  LYS 188           HG3      LYS 188 -24.920  24.935   3.772
    7    HD2  LYS 188           HD2      LYS 188 -26.633  26.058   2.902
    8    HD3  LYS 188           HD3      LYS 188 -26.431  25.169   1.392
    9    HE2  LYS 188           HE2      LYS 188 -27.840  23.351   2.350
   10    HE3  LYS 188           HE3      LYS 188 -28.137  24.382   3.750
   11    HZ3  LYS 188           HZ1      LYS 188 -29.216  25.977   2.373
   12    HZ2  LYS 188           HZ2      LYS 188 -29.898  24.468   2.030
   13    HZ1  LYS 188           HZ3      LYS 188 -28.785  25.155   0.953

  No H/Q in entry =          13
  In of MODEL   12
    1    H    MET 189           H        MET 189 -24.030  23.168  -1.100
    2    HA   MET 189           HA       MET 189 -26.549  24.332  -2.203
    3    HB2  MET 189           HB2      MET 189 -25.267  24.423  -4.382
    4    HB3  MET 189           HB3      MET 189 -24.451  25.275  -3.083
    5    HG2  MET 189           HG2      MET 189 -23.164  23.035  -2.801
    6    HG3  MET 189           HG3      MET 189 -23.712  22.731  -4.445
    7    HE3  MET 189           HE1      MET 189 -22.433  26.480  -3.063
    8    HE2  MET 189           HE2      MET 189 -20.780  25.872  -2.946
    9    HE1  MET 189           HE3      MET 189 -22.077  25.081  -2.048

  No H/Q in entry =           9
  In of MODEL   12
    1    H    LEU 190           H        LEU 190 -25.014  21.179  -1.887
    2    HA   LEU 190           HA       LEU 190 -26.291  20.041  -4.086
    3    HB2  LEU 190           HB2      LEU 190 -25.800  18.707  -1.466
    4    HB3  LEU 190           HB3      LEU 190 -26.002  17.938  -3.038
    5    HG   LEU 190           HG       LEU 190 -23.744  19.588  -2.049
    6   HD13  LEU 190          HD11      LEU 190 -23.540  17.283  -1.648
    7   HD12  LEU 190          HD12      LEU 190 -22.503  17.656  -3.029
    8   HD11  LEU 190          HD13      LEU 190 -24.073  16.894  -3.279
    9   HD22  LEU 190          HD21      LEU 190 -24.212  20.589  -4.133
   10   HD21  LEU 190          HD22      LEU 190 -24.381  19.017  -4.896
   11   HD23  LEU 190          HD23      LEU 190 -22.808  19.541  -4.321

  No H/Q in entry =          11
  In of MODEL   12
    1    H    GLU 191           H        GLU 191 -27.686  20.313  -0.682
    2    HA   GLU 191           HA       GLU 191 -30.088  19.106  -1.432
    3    HB2  GLU 191           HB2      GLU 191 -29.124  19.479   0.895
    4    HB3  GLU 191           HB3      GLU 191 -29.638  21.151   0.742
    5    HG2  GLU 191           HG2      GLU 191 -31.952  19.895   0.172
    6    HG3  GLU 191           HG3      GLU 191 -31.218  18.725   1.269

  No H/Q in entry =           6
  In of MODEL   12
    1    H    ASP 192           H        ASP 192 -28.770  22.100  -2.214
    2    HA   ASP 192           HA       ASP 192 -31.369  23.411  -2.430
    3    HB2  ASP 192           HB2      ASP 192 -28.559  24.444  -2.823
    4    HB3  ASP 192           HB3      ASP 192 -29.986  25.395  -3.220

  No H/Q in entry =           4
  In of MODEL   12
    1    H    GLN 193           H        GLN 193 -29.615  21.348  -3.975
    2    HA   GLN 193           HA       GLN 193 -29.415  20.500  -6.086
    3    HB2  GLN 193           HB2      GLN 193 -31.916  22.146  -6.537
    4    HB3  GLN 193           HB3      GLN 193 -31.298  20.944  -7.662
    5    HG2  GLN 193           HG2      GLN 193 -32.393  19.364  -6.592
    6    HG3  GLN 193           HG3      GLN 193 -31.519  19.734  -5.106
    7   HE21  GLN 193          HE21      GLN 193 -32.410  21.304  -3.691
    8   HE22  GLN 193          HE22      GLN 193 -34.114  21.600  -3.678

  No H/Q in entry =           8
  In of MODEL   12
    1    H    ASN 194           H        ASN 194 -28.198  23.101  -5.383
    2    HA   ASN 194           HA       ASN 194 -28.209  24.585  -7.876
    3    HB2  ASN 194           HB2      ASN 194 -27.711  25.273  -5.235
    4    HB3  ASN 194           HB3      ASN 194 -26.111  25.295  -5.972
    5   HD21  ASN 194          HD21      ASN 194 -28.017  27.418  -5.002
    6   HD22  ASN 194          HD22      ASN 194 -28.107  28.537  -6.316

  No H/Q in entry =           6
  In of MODEL   12
    1    H    LEU 195           H        LEU 195 -26.890  21.829  -6.874
    2    HA   LEU 195           HA       LEU 195 -24.753  21.944  -8.878
    3    HB2  LEU 195           HB2      LEU 195 -24.038  22.435  -6.410
    4    HB3  LEU 195           HB3      LEU 195 -24.211  20.707  -6.210
    5    HG   LEU 195           HG       LEU 195 -22.537  21.427  -8.500
    6   HD13  LEU 195          HD11      LEU 195 -21.815  23.275  -7.232
    7   HD12  LEU 195          HD12      LEU 195 -20.618  22.010  -6.936
    8   HD11  LEU 195          HD13      LEU 195 -21.857  22.357  -5.726
    9   HD23  LEU 195          HD21      LEU 195 -21.017  19.926  -6.878
   10   HD22  LEU 195          HD22      LEU 195 -22.233  19.245  -7.963
   11   HD21  LEU 195          HD23      LEU 195 -22.614  19.500  -6.262

  No H/Q in entry =          11
  In of MODEL   12
    1    H    ILE 196           H        ILE 196 -27.053  20.209  -7.059
    2    HA   ILE 196           HA       ILE 196 -27.282  18.018  -8.641
    3    HB   ILE 196           HB       ILE 196 -26.791  16.297  -6.722
    4   HG12  ILE 196          HG12      ILE 196 -24.694  18.411  -6.494
    5   HG13  ILE 196          HG13      ILE 196 -25.763  17.822  -5.215
    6   HG22  ILE 196          HG21      ILE 196 -24.808  15.693  -8.003
    7   HG21  ILE 196          HG22      ILE 196 -24.870  17.261  -8.807
    8   HG23  ILE 196          HG23      ILE 196 -26.181  16.103  -9.031
    9   HD12  ILE 196          HD11      ILE 196 -23.416  16.976  -5.152
   10   HD11  ILE 196          HD12      ILE 196 -23.782  16.082  -6.629
   11   HD13  ILE 196          HD13      ILE 196 -24.674  15.745  -5.144

  No H/Q in entry =          11
  In of MODEL   12
    1    H    SER 197           H        SER 197 -27.930  16.562  -5.868
    2    HA   SER 197           HA       SER 197 -29.918  18.023  -4.779
    3    HB2  SER 197           HB2      SER 197 -31.450  17.731  -6.437
    4    HB3  SER 197           HB3      SER 197 -30.820  16.140  -6.870
    5    HG   SER 197           HG       SER 197 -31.692  15.365  -4.880

  No H/Q in entry =           5
  In of MODEL   12
    1    H    ALA 198           H        ALA 198 -29.043  17.469  -2.918
    2    HA   ALA 198           HA       ALA 198 -28.726  14.675  -2.274
    3    HB3  ALA 198           HB1      ALA 198 -27.552  15.424  -0.342
    4    HB2  ALA 198           HB2      ALA 198 -28.201  17.057  -0.497
    5    HB1  ALA 198           HB3      ALA 198 -27.027  16.461  -1.668

  No H/Q in entry =           5
  In of MODEL   12
    1    H    HIS 199           H        HIS 199 -30.383  13.640  -1.576
    2    HA   HIS 199           HA       HIS 199 -32.673  15.026  -0.429
    3    HB2  HIS 199           HB2      HIS 199 -32.813  13.169  -2.211
    4    HB3  HIS 199           HB3      HIS 199 -32.376  12.057  -0.920
    5    HD1  HIS 199           HD1      HIS 199 -35.232  13.545  -2.530
    6    HD2  HIS 199           HD2      HIS 199 -34.360  12.164   1.291
    7    HE1  HIS 199           HE1      HIS 199 -37.457  13.111  -1.444
    8    HE2  HIS 199           HE2      HIS 199 -36.897  12.518   0.939

  No H/Q in entry =           8
  In of MODEL   12
    1    H    GLY 200           H        GLY 200 -31.435  15.650   1.460
    2    HA3  GLY 200           HA2      GLY 200 -31.299  15.351   3.779
    3    HA2  GLY 200           HA3      GLY 200 -31.572  13.628   3.552

  No H/Q in entry =           3
  In of MODEL   12
    1    H    LYS 201           H        LYS 201 -29.700  12.717   2.045
    2    HA   LYS 201           HA       LYS 201 -27.072  13.724   2.479
    3    HB2  LYS 201           HB2      LYS 201 -26.397  11.565   3.786
    4    HB3  LYS 201           HB3      LYS 201 -27.051  12.939   4.662
    5    HG2  LYS 201           HG2      LYS 201 -29.330  11.666   4.261
    6    HG3  LYS 201           HG3      LYS 201 -28.250  10.275   4.132
    7    HD2  LYS 201           HD2      LYS 201 -27.355  10.684   6.314
    8    HD3  LYS 201           HD3      LYS 201 -28.205  12.224   6.428
    9    HE2  LYS 201           HE2      LYS 201 -30.354  10.899   6.234
   10    HE3  LYS 201           HE3      LYS 201 -29.372   9.453   6.470
   11    HZ1  LYS 201           HZ1      LYS 201 -29.412  11.730   8.371
   12    HZ3  LYS 201           HZ2      LYS 201 -28.716  10.208   8.611
   13    HZ2  LYS 201           HZ3      LYS 201 -30.398  10.366   8.530

  No H/Q in entry =          13
  In of MODEL   12
    1    H    THR 202           H        THR 202 -29.301  11.485   1.325
    2    HA   THR 202           HA       THR 202 -27.529   9.907  -0.254
    3    HB   THR 202           HB       THR 202 -30.274  10.092  -1.235
    4    HG1  THR 202           HG1      THR 202 -31.158  10.365   0.688
    5   HG22  THR 202          HG21      THR 202 -29.322   7.658   0.154
    6   HG21  THR 202          HG22      THR 202 -28.371   8.187  -1.230
    7   HG23  THR 202          HG23      THR 202 -30.088   7.833  -1.423

  No H/Q in entry =           7
  In of MODEL   12
    1    H    ILE 203           H        ILE 203 -26.446  10.931  -1.854
    2    HA   ILE 203           HA       ILE 203 -27.568  13.370  -2.932
    3    HB   ILE 203           HB       ILE 203 -24.861  12.176  -2.740
    4   HG12  ILE 203          HG12      ILE 203 -25.897  14.999  -2.470
    5   HG13  ILE 203          HG13      ILE 203 -25.773  13.849  -1.146
    6   HG22  ILE 203          HG21      ILE 203 -24.034  13.922  -4.380
    7   HG21  ILE 203          HG22      ILE 203 -25.705  14.058  -4.931
    8   HG23  ILE 203          HG23      ILE 203 -24.849  12.524  -5.080
    9   HD12  ILE 203          HD11      ILE 203 -23.506  14.991  -2.748
   10   HD11  ILE 203          HD12      ILE 203 -23.337  13.785  -1.475
   11   HD13  ILE 203          HD13      ILE 203 -23.938  15.397  -1.090

  No H/Q in entry =          11
  In of MODEL   12
    1    H    VAL 204           H        VAL 204 -28.604  13.407  -4.753
    2    HA   VAL 204           HA       VAL 204 -28.309  11.141  -6.593
    3    HB   VAL 204           HB       VAL 204 -30.570  11.531  -5.256
    4   HG11  VAL 204          HG11      VAL 204 -30.689  13.615  -7.365
    5   HG13  VAL 204          HG12      VAL 204 -31.404  13.589  -5.751
    6   HG12  VAL 204          HG13      VAL 204 -32.136  12.645  -7.059
    7   HG21  VAL 204          HG21      VAL 204 -30.120   9.790  -6.858
    8   HG23  VAL 204          HG22      VAL 204 -30.456  10.908  -8.178
    9   HG22  VAL 204          HG23      VAL 204 -31.744  10.447  -7.064

  No H/Q in entry =           9
  In of MODEL   12
    1    H    VAL 205           H        VAL 205 -27.061  11.784  -7.827
    2    HA   VAL 205           HA       VAL 205 -26.984  14.230  -9.308
    3    HB   VAL 205           HB       VAL 205 -25.501  12.726 -10.855
    4   HG13  VAL 205          HG11      VAL 205 -24.481  14.217  -9.261
    5   HG12  VAL 205          HG12      VAL 205 -23.666  12.662  -9.114
    6   HG11  VAL 205          HG13      VAL 205 -24.870  13.142  -7.914
    7   HG23  VAL 205          HG21      VAL 205 -25.756  10.853  -8.491
    8   HG22  VAL 205          HG22      VAL 205 -24.744  10.625  -9.920
    9   HG21  VAL 205          HG23      VAL 205 -26.503  10.571 -10.068

  No H/Q in entry =           9
  In of MODEL   12
    1    H    TYR 206           H        TYR 206 -29.013  14.573  -9.956
    2    HA   TYR 206           HA       TYR 206 -30.978  12.935 -10.947
    3    HB2  TYR 206           HB2      TYR 206 -30.197  15.734 -11.798
    4    HB3  TYR 206           HB3      TYR 206 -31.628  14.934 -12.429
    5    HD1  TYR 206           HD1      TYR 206 -30.708  17.357 -10.267
    6    HD2  TYR 206           HD2      TYR 206 -32.955  13.737 -10.258
    7    HE1  TYR 206           HE1      TYR 206 -32.037  18.188  -8.384
    8    HE2  TYR 206           HE2      TYR 206 -34.287  14.563  -8.367
    9    HH   TYR 206           HH       TYR 206 -33.633  16.525  -6.383

  No H/Q in entry =           9
  In of MODEL   12
    1    H    GLY 207           H        GLY 207 -28.614  14.651 -13.080
    2    HA3  GLY 207           HA2      GLY 207 -28.027  12.606 -14.872
    3    HA2  GLY 207           HA3      GLY 207 -29.496  13.358 -15.491

  No H/Q in entry =           3
  In of MODEL   12
    1    H    THR 208           H        THR 208 -26.504  14.712 -13.978
    2    HA   THR 208           HA       THR 208 -25.597  15.839 -16.442
    3    HB   THR 208           HB       THR 208 -26.289  18.042 -14.540
    4    HG1  THR 208           HG1      THR 208 -28.163  16.726 -16.209
    5   HG23  THR 208          HG21      THR 208 -26.411  19.343 -16.605
    6   HG22  THR 208          HG22      THR 208 -26.188  17.871 -17.551
    7   HG21  THR 208          HG23      THR 208 -24.893  18.451 -16.505

  No H/Q in entry =           7
  In of MODEL   12
    1    H    ARG 209           H        ARG 209 -25.642  16.474 -12.913
    2    HA   ARG 209           HA       ARG 209 -22.782  15.973 -12.933
    3    HB2  ARG 209           HB2      ARG 209 -22.405  18.074 -11.556
    4    HB3  ARG 209           HB3      ARG 209 -22.711  18.325 -13.268
    5    HG2  ARG 209           HG2      ARG 209 -25.198  18.570 -12.440
    6    HG3  ARG 209           HG3      ARG 209 -24.402  18.982 -10.920
    7    HD2  ARG 209           HD2      ARG 209 -23.077  20.688 -12.130
    8    HD3  ARG 209           HD3      ARG 209 -23.991  20.318 -13.591
    9    HE   ARG 209           HE       ARG 209 -25.986  21.112 -12.423
   10   HH11  ARG 209          HH11      ARG 209 -22.872  22.019 -11.111
   11   HH12  ARG 209          HH12      ARG 209 -23.479  23.405 -10.272
   12   HH21  ARG 209          HH21      ARG 209 -26.804  22.923 -11.317
   13   HH22  ARG 209          HH22      ARG 209 -25.733  23.913 -10.370

  No H/Q in entry =          13
  In of MODEL   12
    1    H1   VAL   1           H2       VAL   1  24.844 -14.962  -3.561
    2    H2   VAL   1           H1       VAL   1  25.846 -13.656  -3.977
    3    H3   VAL   1           H3       VAL   1  26.273 -15.237  -4.420
    4    HA   VAL   1           HA       VAL   1  27.564 -15.164  -2.629
    5    HB   VAL   1           HB       VAL   1  26.922 -12.712  -2.335
    6   HG11  VAL   1          HG11      VAL   1  24.978 -13.908  -0.367
    7   HG13  VAL   1          HG12      VAL   1  24.591 -12.943  -1.791
    8   HG12  VAL   1          HG13      VAL   1  25.431 -12.205  -0.428
    9   HG23  VAL   1          HG21      VAL   1  27.518 -14.330   0.139
   10   HG22  VAL   1          HG22      VAL   1  27.798 -12.600  -0.051
   11   HG21  VAL   1          HG23      VAL   1  28.696 -13.751  -1.040

  No H/Q in entry =          11
  In of MODEL   12
    1    H    LEU   2           H        LEU   2  27.562 -16.293  -0.570
    2    HA   LEU   2           HA       LEU   2  25.008 -17.310   0.378
    3    HB2  LEU   2           HB2      LEU   2  25.832 -18.817  -1.488
    4    HB3  LEU   2           HB3      LEU   2  27.191 -19.220  -0.457
    5    HG   LEU   2           HG       LEU   2  25.443 -19.972   1.263
    6   HD13  LEU   2          HD11      LEU   2  23.290 -20.659   0.342
    7   HD12  LEU   2          HD12      LEU   2  23.712 -19.924  -1.204
    8   HD11  LEU   2          HD13      LEU   2  23.509 -18.913   0.227
    9   HD21  LEU   2          HD21      LEU   2  26.879 -21.494  -0.017
   10   HD23  LEU   2          HD22      LEU   2  25.697 -21.497  -1.326
   11   HD22  LEU   2          HD23      LEU   2  25.271 -22.170   0.249

  No H/Q in entry =          11
  In of MODEL   12
    1    H    GLY   3           H        GLY   3  25.243 -18.504   2.421
    2    HA3  GLY   3           HA2      GLY   3  26.309 -19.036   4.420
    3    HA2  GLY   3           HA3      GLY   3  27.801 -18.374   3.773

  No H/Q in entry =           3
  In of MODEL   12
    1    H    LYS   4           H        LYS   4  24.557 -17.059   4.439
    2    HA   LYS   4           HA       LYS   4  25.853 -14.997   6.083
    3    HB2  LYS   4           HB2      LYS   4  24.015 -14.702   3.795
    4    HB3  LYS   4           HB3      LYS   4  23.638 -13.701   5.191
    5    HG2  LYS   4           HG2      LYS   4  25.022 -12.366   3.864
    6    HG3  LYS   4           HG3      LYS   4  26.084 -12.985   5.129
    7    HD2  LYS   4           HD2      LYS   4  26.458 -14.906   3.319
    8    HD3  LYS   4           HD3      LYS   4  26.026 -13.592   2.224
    9    HE2  LYS   4           HE2      LYS   4  28.384 -13.544   2.422
   10    HE3  LYS   4           HE3      LYS   4  27.779 -12.201   3.390
   11    HZ1  LYS   4           HZ1      LYS   4  28.379 -14.832   4.605
   12    HZ3  LYS   4           HZ2      LYS   4  28.241 -13.326   5.362
   13    HZ2  LYS   4           HZ3      LYS   4  29.582 -13.661   4.393

  No H/Q in entry =          13
  In of MODEL   12
    1    HA   PRO   5           HA       PRO   5  22.986 -16.102   9.269
    2    HB2  PRO   5           HB2      PRO   5  22.553 -13.713  10.503
    3    HB3  PRO   5           HB3      PRO   5  24.054 -14.631  10.671
    4    HG2  PRO   5           HG2      PRO   5  23.448 -12.287   8.912
    5    HG3  PRO   5           HG3      PRO   5  24.903 -12.623   9.870
    6    HD2  PRO   5           HD2      PRO   5  24.784 -13.056   7.200
    7    HD3  PRO   5           HD3      PRO   5  25.767 -14.057   8.287

  No H/Q in entry =           7
  In of MODEL   12
    1    H    GLN   6           H        GLN   6  21.377 -16.502   7.492
    2    HA   GLN   6           HA       GLN   6  19.139 -14.587   7.660
    3    HB2  GLN   6           HB2      GLN   6  20.396 -15.316   5.382
    4    HB3  GLN   6           HB3      GLN   6  19.181 -16.583   5.469
    5    HG2  GLN   6           HG2      GLN   6  17.436 -14.839   5.640
    6    HG3  GLN   6           HG3      GLN   6  18.686 -13.616   5.420
    7   HE21  GLN   6          HE21      GLN   6  16.689 -15.966   3.912
    8   HE22  GLN   6          HE22      GLN   6  17.184 -15.647   2.280

  No H/Q in entry =           8
  In of MODEL   12
    1    H    THR   7           H        THR   7  19.959 -18.010   7.299
    2    HA   THR   7           HA       THR   7  19.068 -19.906   8.142
    3    HB   THR   7           HB       THR   7  17.254 -18.244   9.895
    4    HG1  THR   7           HG1      THR   7  19.036 -17.547  10.804
    5   HG22  THR   7          HG21      THR   7  18.541 -20.937  10.367
    6   HG21  THR   7          HG22      THR   7  16.898 -20.721   9.766
    7   HG23  THR   7          HG23      THR   7  17.332 -20.144  11.375

  No H/Q in entry =           7
  In of MODEL   12
    1    H    ASP   8           H        ASP   8  18.179 -19.471   5.738
    2    HA   ASP   8           HA       ASP   8  15.273 -19.949   5.904
    3    HB2  ASP   8           HB2      ASP   8  16.819 -18.166   4.084
    4    HB3  ASP   8           HB3      ASP   8  15.487 -19.070   3.385

  No H/Q in entry =           4
  In of MODEL   12
    1    HA   PRO   9           HA       PRO   9  17.607 -23.642   4.213
    2    HB2  PRO   9           HB2      PRO   9  15.692 -25.408   5.146
    3    HB3  PRO   9           HB3      PRO   9  17.160 -24.955   6.017
    4    HG2  PRO   9           HG2      PRO   9  14.373 -23.916   6.320
    5    HG3  PRO   9           HG3      PRO   9  15.582 -24.271   7.570
    6    HD2  PRO   9           HD2      PRO   9  15.076 -21.759   6.790
    7    HD3  PRO   9           HD3      PRO   9  16.721 -22.282   7.208

  No H/Q in entry =           7
  In of MODEL   12
    1    H    THR  10           H        THR  10  14.137 -22.879   4.089
    2    HA   THR  10           HA       THR  10  13.749 -24.686   1.872
    3    HB   THR  10           HB       THR  10  11.494 -22.995   2.179
    4    HG1  THR  10           HG1      THR  10  11.288 -23.740   4.588
    5   HG22  THR  10          HG21      THR  10  12.016 -25.793   3.206
    6   HG21  THR  10          HG22      THR  10  11.470 -25.378   1.581
    7   HG23  THR  10          HG23      THR  10  10.427 -25.064   2.969

  No H/Q in entry =           7
  In of MODEL   12
    1    H    LEU  11           H        LEU  11  14.631 -21.350   2.427
    2    HA   LEU  11           HA       LEU  11  13.796 -20.577  -0.199
    3    HB2  LEU  11           HB2      LEU  11  13.934 -18.919   1.644
    4    HB3  LEU  11           HB3      LEU  11  15.690 -19.035   1.526
    5    HG   LEU  11           HG       LEU  11  15.437 -18.476  -0.930
    6   HD11  LEU  11          HD11      LEU  11  12.966 -18.968  -0.932
    7   HD13  LEU  11          HD12      LEU  11  13.478 -17.481  -1.731
    8   HD12  LEU  11          HD13      LEU  11  12.753 -17.417  -0.119
    9   HD21  LEU  11          HD21      LEU  11  16.142 -16.917   0.896
   10   HD23  LEU  11          HD22      LEU  11  14.484 -16.302   0.872
   11   HD22  LEU  11          HD23      LEU  11  15.490 -16.189  -0.573

  No H/Q in entry =          11
  In of MODEL   12
    1    H    GLU  12           H        GLU  12  16.547 -21.861   1.243
    2    HA   GLU  12           HA       GLU  12  18.476 -21.343  -0.830
    3    HB2  GLU  12           HB2      GLU  12  18.520 -23.182   1.585
    4    HB3  GLU  12           HB3      GLU  12  19.863 -23.020   0.463
    5    HG2  GLU  12           HG2      GLU  12  20.151 -20.712   1.056
    6    HG3  GLU  12           HG3      GLU  12  18.705 -20.750   2.062

  No H/Q in entry =           6
  In of MODEL   12
    1    H    TRP  13           H        TRP  13  15.837 -23.201  -0.445
    2    HA   TRP  13           HA       TRP  13  16.771 -25.364  -2.182
    3    HB2  TRP  13           HB2      TRP  13  14.262 -24.937  -0.555
    4    HB3  TRP  13           HB3      TRP  13  14.312 -26.123  -1.859
    5    HD1  TRP  13           HD1      TRP  13  17.598 -25.977  -0.185
    6    HE1  TRP  13           HE1      TRP  13  17.880 -27.955   1.435
    7    HE3  TRP  13           HE3      TRP  13  12.757 -27.593  -0.052
    8    HZ2  TRP  13           HZ2      TRP  13  16.258 -29.939   2.612
    9    HZ3  TRP  13           HZ3      TRP  13  12.204 -29.539   1.345
   10    HH2  TRP  13           HH2      TRP  13  13.919 -30.687   2.648

  No H/Q in entry =          10
  In of MODEL   12
    1    H    PHE  14           H        PHE  14  15.287 -22.303  -1.965
    2    HA   PHE  14           HA       PHE  14  13.852 -22.334  -4.510
    3    HB2  PHE  14           HB2      PHE  14  12.716 -21.223  -2.796
    4    HB3  PHE  14           HB3      PHE  14  14.154 -20.466  -2.177
    5    HD1  PHE  14           HD1      PHE  14  15.245 -18.657  -3.687
    6    HD2  PHE  14           HD2      PHE  14  11.221 -19.965  -4.093
    7    HE1  PHE  14           HE1      PHE  14  14.683 -16.558  -4.833
    8    HE2  PHE  14           HE2      PHE  14  10.658 -17.879  -5.246
    9    HZ   PHE  14           HZ       PHE  14  12.385 -16.167  -5.621

  No H/Q in entry =           9
  In of MODEL   12
    1    H    LEU  15           H        LEU  15  16.915 -21.412  -3.206
    2    HA   LEU  15           HA       LEU  15  17.399 -19.320  -5.181
    3    HB2  LEU  15           HB2      LEU  15  19.251 -20.307  -3.024
    4    HB3  LEU  15           HB3      LEU  15  19.474 -18.894  -4.038
    5    HG   LEU  15           HG       LEU  15  17.281 -19.243  -2.006
    6   HD12  LEU  15          HD11      LEU  15  18.591 -17.368  -0.923
    7   HD11  LEU  15          HD12      LEU  15  19.909 -17.840  -2.001
    8   HD13  LEU  15          HD13      LEU  15  19.264 -18.995  -0.831
    9   HD22  LEU  15          HD21      LEU  15  16.525 -17.136  -2.511
   10   HD21  LEU  15          HD22      LEU  15  16.953 -17.738  -4.113
   11   HD23  LEU  15          HD23      LEU  15  18.046 -16.649  -3.261

  No H/Q in entry =          11
  In of MODEL   12
    1    H    SER  16           H        SER  16  17.445 -22.536  -4.888
    2    HA   SER  16           HA       SER  16  19.931 -22.963  -6.398
    3    HB2  SER  16           HB2      SER  16  18.749 -25.424  -6.009
    4    HB3  SER  16           HB3      SER  16  19.990 -24.740  -4.956
    5    HG   SER  16           HG       SER  16  18.542 -24.619  -3.445

  No H/Q in entry =           5
  In of MODEL   12
    1    H    HIS  17           H        HIS  17  16.920 -22.002  -6.787
    2    HA   HIS  17           HA       HIS  17  16.372 -23.544  -9.231
    3    HB2  HIS  17           HB2      HIS  17  14.679 -22.690  -6.945
    4    HB3  HIS  17           HB3      HIS  17  13.955 -22.578  -8.542
    5    HD1  HIS  17           HD1      HIS  17  14.573 -24.895  -5.816
    6    HD2  HIS  17           HD2      HIS  17  13.877 -25.158  -9.911
    7    HE1  HIS  17           HE1      HIS  17  13.843 -27.266  -6.231
    8    HE2  HIS  17           HE2      HIS  17  13.368 -27.389  -8.701

  No H/Q in entry =           8
  In of MODEL   12
    1    H    CYS  18           H        CYS  18  16.970 -20.404  -7.941
    2    HA   CYS  18           HA       CYS  18  15.657 -19.190 -10.232
    3    HB2  CYS  18           HB2      CYS  18  16.063 -17.037  -8.971
    4    HB3  CYS  18           HB3      CYS  18  14.905 -18.160  -8.283
    5    HG   CYS  18           HG       CYS  18  16.357 -16.886  -6.310

  No H/Q in entry =           5
  In of MODEL   12
    1    H    HIS  19           H        HIS  19  17.392 -16.748  -9.732
    2    HA   HIS  19           HA       HIS  19  20.009 -17.658 -10.664
    3    HB2  HIS  19           HB2      HIS  19  19.018 -17.376 -12.790
    4    HB3  HIS  19           HB3      HIS  19  18.105 -15.966 -12.283
    5    HD1  HIS  19           HD1      HIS  19  21.804 -16.828 -12.764
    6    HD2  HIS  19           HD2      HIS  19  19.112 -13.709 -13.342
    7    HE1  HIS  19           HE1      HIS  19  23.124 -14.982 -13.853
    8    HE2  HIS  19           HE2      HIS  19  21.470 -13.115 -14.218

  No H/Q in entry =           8
  In of MODEL   12
    1    H    ILE  20           H        ILE  20  20.656 -16.841  -8.494
    2    HA   ILE  20           HA       ILE  20  20.491 -14.076  -7.838
    3    HB   ILE  20           HB       ILE  20  22.937 -15.197  -6.828
    4   HG12  ILE  20          HG12      ILE  20  21.627 -17.335  -7.219
    5   HG13  ILE  20          HG13      ILE  20  22.143 -17.053  -5.564
    6   HG21  ILE  20          HG21      ILE  20  20.405 -14.153  -5.638
    7   HG23  ILE  20          HG22      ILE  20  21.967 -13.347  -5.796
    8   HG22  ILE  20          HG23      ILE  20  21.772 -14.685  -4.664
    9   HD13  ILE  20          HD11      ILE  20  19.929 -16.398  -4.920
   10   HD12  ILE  20          HD12      ILE  20  19.837 -17.935  -5.779
   11   HD11  ILE  20          HD13      ILE  20  19.387 -16.442  -6.598

  No H/Q in entry =          11
  In of MODEL   12
    1    H    HIS  21           H        HIS  21  21.340 -12.501  -8.829
    2    HA   HIS  21           HA       HIS  21  23.719 -11.690  -8.881
    3    HB2  HIS  21           HB2      HIS  21  24.444 -13.770 -10.221
    4    HB3  HIS  21           HB3      HIS  21  23.955 -12.828 -11.625
    5    HD1  HIS  21           HD1      HIS  21  25.390 -10.742 -12.209
    6    HD2  HIS  21           HD2      HIS  21  26.779 -12.834  -8.890
    7    HE1  HIS  21           HE1      HIS  21  27.697  -9.854 -11.764
    8    HE2  HIS  21           HE2      HIS  21  28.504 -11.090  -9.728

  No H/Q in entry =           8
  In of MODEL   12
    1    H    LYS  22           H        LYS  22  23.388  -9.630  -9.072
    2    HA   LYS  22           HA       LYS  22  21.609  -8.874 -11.254
    3    HB2  LYS  22           HB2      LYS  22  20.797  -8.613  -8.818
    4    HB3  LYS  22           HB3      LYS  22  21.772  -7.175  -8.836
    5    HG2  LYS  22           HG2      LYS  22  20.299  -6.889 -11.100
    6    HG3  LYS  22           HG3      LYS  22  19.172  -7.683 -10.007
    7    HD2  LYS  22           HD2      LYS  22  20.125  -5.914  -8.305
    8    HD3  LYS  22           HD3      LYS  22  20.475  -5.013  -9.791
    9    HE2  LYS  22           HE2      LYS  22  17.840  -5.952  -8.727
   10    HE3  LYS  22           HE3      LYS  22  18.341  -4.315  -9.147
   11    HZ3  LYS  22           HZ1      LYS  22  16.867  -5.220 -10.832
   12    HZ2  LYS  22           HZ2      LYS  22  17.894  -6.538 -11.077
   13    HZ1  LYS  22           HZ3      LYS  22  18.406  -4.980 -11.485

  No H/Q in entry =          13
  In of MODEL   12
    1    H    TYR  23           H        TYR  23  22.478  -6.085  -9.892
    2    HA   TYR  23           HA       TYR  23  24.905  -5.605 -11.298
    3    HB2  TYR  23           HB2      TYR  23  23.369  -3.635 -12.512
    4    HB3  TYR  23           HB3      TYR  23  24.106  -5.001 -13.327
    5    HD1  TYR  23           HD1      TYR  23  21.866  -6.948 -12.026
    6    HD2  TYR  23           HD2      TYR  23  21.735  -3.375 -14.279
    7    HE1  TYR  23           HE1      TYR  23  19.664  -7.589 -12.786
    8    HE2  TYR  23           HE2      TYR  23  19.488  -3.977 -15.083
    9    HH   TYR  23           HH       TYR  23  18.075  -5.949 -15.359

  No H/Q in entry =           9
  In of MODEL   12
    1    HA   PRO  24           HA       PRO  24  24.958  -1.935  -8.589
    2    HB2  PRO  24           HB2      PRO  24  26.268  -0.219 -10.315
    3    HB3  PRO  24           HB3      PRO  24  27.135  -1.404  -9.332
    4    HG2  PRO  24           HG2      PRO  24  26.321  -1.549 -12.213
    5    HG3  PRO  24           HG3      PRO  24  27.838  -2.066 -11.452
    6    HD2  PRO  24           HD2      PRO  24  25.953  -3.839 -12.128
    7    HD3  PRO  24           HD3      PRO  24  26.904  -4.032 -10.640

  No H/Q in entry =           7
  In of MODEL   12
    1    H    SER  25           H        SER  25  24.285  -0.060  -8.670
    2    HA   SER  25           HA       SER  25  21.544  -0.088  -9.272
    3    HB2  SER  25           HB2      SER  25  22.083   2.259  -7.944
    4    HB3  SER  25           HB3      SER  25  21.584   0.720  -7.251
    5    HG   SER  25           HG       SER  25  23.891   1.990  -6.922

  No H/Q in entry =           5
  In of MODEL   12
    1    H    LYS  26           H        LYS  26  20.350   1.522  -9.721
    2    HA   LYS  26           HA       LYS  26  19.715   3.522 -10.928
    3    HB2  LYS  26           HB2      LYS  26  22.077   4.077 -11.674
    4    HB3  LYS  26           HB3      LYS  26  22.064   2.719 -12.789
    5    HG2  LYS  26           HG2      LYS  26  20.192   3.793 -14.116
    6    HG3  LYS  26           HG3      LYS  26  20.077   5.098 -12.938
    7    HD2  LYS  26           HD2      LYS  26  22.435   5.801 -13.588
    8    HD3  LYS  26           HD3      LYS  26  22.506   4.454 -14.741
    9    HE2  LYS  26           HE2      LYS  26  20.443   5.348 -15.941
   10    HE3  LYS  26           HE3      LYS  26  20.373   6.718 -14.820
   11    HZ1  LYS  26           HZ1      LYS  26  22.889   6.167 -16.279
   12    HZ2  LYS  26           HZ2      LYS  26  21.672   6.959 -17.043
   13    HZ3  LYS  26           HZ3      LYS  26  22.270   7.582 -15.606

  No H/Q in entry =          13
  In of MODEL   12
    1    H    SER  27           H        SER  27  20.122   0.279 -11.183
    2    HA   SER  27           HA       SER  27  18.959  -0.097 -13.772
    3    HB2  SER  27           HB2      SER  27  19.082  -2.559 -12.651
    4    HB3  SER  27           HB3      SER  27  20.448  -1.792 -13.457
    5    HG   SER  27           HG       SER  27  21.425  -1.964 -11.599

  No H/Q in entry =           5
  In of MODEL   12
    1    H    THR  28           H        THR  28  16.877   0.656 -13.657
    2    HA   THR  28           HA       THR  28  15.099  -0.629 -11.710
    3    HB   THR  28           HB       THR  28  14.526   1.716 -12.041
    4    HG1  THR  28           HG1      THR  28  12.588   0.807 -11.956
    5   HG22  THR  28          HG21      THR  28  13.800   2.386 -14.452
    6   HG21  THR  28          HG22      THR  28  14.867   1.067 -14.937
    7   HG23  THR  28          HG23      THR  28  15.507   2.424 -14.010

  No H/Q in entry =           7
  In of MODEL   12
    1    H    LEU  29           H        LEU  29  13.189  -1.564 -12.798
    2    HA   LEU  29           HA       LEU  29  14.264  -3.435 -14.706
    3    HB2  LEU  29           HB2      LEU  29  12.884  -4.971 -12.734
    4    HB3  LEU  29           HB3      LEU  29  14.556  -5.099 -13.232
    5    HG   LEU  29           HG       LEU  29  13.494  -3.402 -10.951
    6   HD11  LEU  29          HD11      LEU  29  13.579  -5.839 -10.511
    7   HD13  LEU  29          HD12      LEU  29  14.713  -4.895  -9.533
    8   HD12  LEU  29          HD13      LEU  29  15.299  -5.812 -10.923
    9   HD21  LEU  29          HD21      LEU  29  15.409  -2.429 -12.096
   10   HD23  LEU  29          HD22      LEU  29  16.319  -3.910 -11.783
   11   HD22  LEU  29          HD23      LEU  29  15.752  -2.916 -10.436

  No H/Q in entry =          11
  In of MODEL   12
    1    H    ILE  30           H        ILE  30  11.585  -1.999 -13.129
    2    HA   ILE  30           HA       ILE  30   9.697  -2.599 -15.065
    3    HB   ILE  30           HB       ILE  30   8.432  -4.029 -12.918
    4   HG12  ILE  30          HG12      ILE  30   9.751  -6.249 -13.386
    5   HG13  ILE  30          HG13      ILE  30  11.096  -5.162 -13.700
    6   HG23  ILE  30          HG21      ILE  30   7.975  -5.688 -14.644
    7   HG22  ILE  30          HG22      ILE  30   9.126  -4.883 -15.711
    8   HG21  ILE  30          HG23      ILE  30   7.665  -4.040 -15.191
    9   HD12  ILE  30          HD11      ILE  30   9.535  -5.398 -11.137
   10   HD11  ILE  30          HD12      ILE  30  10.810  -4.218 -11.436
   11   HD13  ILE  30          HD13      ILE  30  11.191  -5.945 -11.425

  No H/Q in entry =          11
  In of MODEL   12
    1    H    HIS  31           H        HIS  31   8.952  -0.771 -14.931
    2    HA   HIS  31           HA       HIS  31   6.834  -0.091 -13.231
    3    HB2  HIS  31           HB2      HIS  31   8.145   0.611 -11.448
    4    HB3  HIS  31           HB3      HIS  31   9.590   0.670 -12.434
    5    HD1  HIS  31           HD1      HIS  31   7.281   2.780 -10.640
    6    HD2  HIS  31           HD2      HIS  31   9.811   3.229 -13.902
    7    HE1  HIS  31           HE1      HIS  31   7.466   5.245 -11.016
    8    HE2  HIS  31           HE2      HIS  31   8.773   5.459 -13.163

  No H/Q in entry =           8
  In of MODEL   12
    1    H    GLN  32           H        GLN  32   7.067  -0.178 -16.014
    2    HA   GLN  32           HA       GLN  32   6.573   2.661 -16.621
    3    HB2  GLN  32           HB2      GLN  32   8.905   1.171 -17.649
    4    HB3  GLN  32           HB3      GLN  32   7.960   1.982 -18.889
    5    HG2  GLN  32           HG2      GLN  32   9.057   3.358 -16.436
    6    HG3  GLN  32           HG3      GLN  32   9.857   3.328 -18.006
    7   HE21  GLN  32          HE21      GLN  32   9.086   4.591 -19.657
    8   HE22  GLN  32          HE22      GLN  32   7.876   5.805 -19.435

  No H/Q in entry =           8
  In of MODEL   12
    1    H    GLY  33           H        GLY  33   5.745  -0.492 -16.796
    2    HA3  GLY  33           HA2      GLY  33   3.431  -0.825 -17.678
    3    HA2  GLY  33           HA3      GLY  33   4.004   0.008 -19.112

  No H/Q in entry =           3
  In of MODEL   12
    1    H    GLU  34           H        GLU  34   6.114  -2.137 -17.455
    2    HA   GLU  34           HA       GLU  34   6.127  -4.020 -19.672
    3    HB2  GLU  34           HB2      GLU  34   7.830  -4.168 -17.205
    4    HB3  GLU  34           HB3      GLU  34   8.185  -4.740 -18.816
    5    HG2  GLU  34           HG2      GLU  34   9.481  -2.900 -18.869
    6    HG3  GLU  34           HG3      GLU  34   7.961  -2.121 -19.303

  No H/Q in entry =           6
  In of MODEL   12
    1    H    LYS  35           H        LYS  35   4.977  -5.900 -19.536
    2    HA   LYS  35           HA       LYS  35   3.499  -6.711 -17.353
    3    HB2  LYS  35           HB2      LYS  35   4.455  -8.052 -19.809
    4    HB3  LYS  35           HB3      LYS  35   3.965  -9.114 -18.492
    5    HG2  LYS  35           HG2      LYS  35   1.796  -8.050 -18.395
    6    HG3  LYS  35           HG3      LYS  35   2.280  -6.913 -19.657
    7    HD2  LYS  35           HD2      LYS  35   2.357  -8.614 -21.298
    8    HD3  LYS  35           HD3      LYS  35   2.291  -9.894 -20.083
    9    HE2  LYS  35           HE2      LYS  35   0.022  -9.353 -19.544
   10    HE3  LYS  35           HE3      LYS  35   0.074  -7.912 -20.555
   11    HZ3  LYS  35           HZ1      LYS  35   0.137  -9.215 -22.498
   12    HZ2  LYS  35           HZ2      LYS  35  -1.074  -9.891 -21.532
   13    HZ1  LYS  35           HZ3      LYS  35   0.435 -10.644 -21.640

  No H/Q in entry =          13
  In of MODEL   12
    1    H    ALA  36           H        ALA  36   4.204  -7.102 -15.368
    2    HA   ALA  36           HA       ALA  36   6.890  -7.845 -14.848
    3    HB3  ALA  36           HB1      ALA  36   6.084  -7.891 -12.461
    4    HB2  ALA  36           HB2      ALA  36   4.501  -7.426 -13.092
    5    HB1  ALA  36           HB3      ALA  36   5.889  -6.365 -13.323

  No H/Q in entry =           5
  In of MODEL   12
    1    H    GLU  37           H        GLU  37   6.866  -9.833 -16.102
    2    HA   GLU  37           HA       GLU  37   5.566 -12.118 -14.810
    3    HB2  GLU  37           HB2      GLU  37   6.361 -13.353 -16.848
    4    HB3  GLU  37           HB3      GLU  37   5.242 -12.039 -17.181
    5    HG2  GLU  37           HG2      GLU  37   6.893 -10.694 -18.098
    6    HG3  GLU  37           HG3      GLU  37   8.193 -11.590 -17.316

  No H/Q in entry =           6
  In of MODEL   12
    1    H    THR  38           H        THR  38   8.475 -10.508 -14.812
    2    HA   THR  38           HA       THR  38  10.016 -12.883 -14.012
    3    HB   THR  38           HB       THR  38  11.255 -10.210 -14.589
    4    HG1  THR  38           HG1      THR  38  10.912 -10.414 -16.671
    5   HG22  THR  38          HG21      THR  38  13.125 -11.677 -15.348
    6   HG21  THR  38          HG22      THR  38  12.177 -13.074 -14.834
    7   HG23  THR  38          HG23      THR  38  12.706 -11.883 -13.646

  No H/Q in entry =           7
  In of MODEL   12
    1    H    LEU  39           H        LEU  39  10.787 -13.004 -11.950
    2    HA   LEU  39           HA       LEU  39  10.160 -10.714 -10.264
    3    HB2  LEU  39           HB2      LEU  39   8.995 -12.135  -9.030
    4    HB3  LEU  39           HB3      LEU  39   9.581 -13.499  -9.962
    5    HG   LEU  39           HG       LEU  39  11.534 -12.466  -8.025
    6   HD12  LEU  39          HD11      LEU  39  10.318 -13.704  -6.150
    7   HD11  LEU  39          HD12      LEU  39   8.861 -13.480  -7.121
    8   HD13  LEU  39          HD13      LEU  39   9.765 -12.076  -6.552
    9   HD22  LEU  39          HD21      LEU  39  11.881 -14.505  -9.277
   10   HD21  LEU  39          HD22      LEU  39  10.390 -15.186  -8.627
   11   HD23  LEU  39          HD23      LEU  39  11.756 -14.865  -7.555

  No H/Q in entry =          11
  In of MODEL   12
    1    H    TYR  40           H        TYR  40  11.752  -9.976  -8.666
    2    HA   TYR  40           HA       TYR  40  14.376 -11.234  -9.089
    3    HB2  TYR  40           HB2      TYR  40  13.956  -8.267  -8.655
    4    HB3  TYR  40           HB3      TYR  40  15.444  -9.080  -9.112
    5    HD1  TYR  40           HD1      TYR  40  16.088  -8.972 -11.283
    6    HD2  TYR  40           HD2      TYR  40  11.949  -8.593 -10.439
    7    HE1  TYR  40           HE1      TYR  40  15.654  -8.461 -13.651
    8    HE2  TYR  40           HE2      TYR  40  11.492  -8.113 -12.805
    9    HH   TYR  40           HH       TYR  40  12.595  -7.325 -14.771

  No H/Q in entry =           9
  In of MODEL   12
    1    H    TYR  41           H        TYR  41  14.665 -12.273  -7.148
    2    HA   TYR  41           HA       TYR  41  13.732 -10.978  -4.719
    3    HB2  TYR  41           HB2      TYR  41  13.289 -13.396  -5.206
    4    HB3  TYR  41           HB3      TYR  41  15.021 -13.685  -5.097
    5    HD1  TYR  41           HD1      TYR  41  14.267 -11.185  -2.810
    6    HD2  TYR  41           HD2      TYR  41  13.882 -15.358  -3.391
    7    HE1  TYR  41           HE1      TYR  41  14.050 -11.483  -0.402
    8    HE2  TYR  41           HE2      TYR  41  13.639 -15.675  -0.993
    9    HH   TYR  41           HH       TYR  41  13.733 -12.889   1.246

  No H/Q in entry =           9
  In of MODEL   12
    1    H    ILE  42           H        ILE  42  15.155  -9.338  -4.381
    2    HA   ILE  42           HA       ILE  42  17.883  -9.338  -4.686
    3    HB   ILE  42           HB       ILE  42  15.993  -7.601  -3.686
    4   HG12  ILE  42          HG12      ILE  42  18.945  -7.092  -3.515
    5   HG13  ILE  42          HG13      ILE  42  18.089  -7.201  -5.052
    6   HG21  ILE  42          HG21      ILE  42  17.874  -8.357  -1.495
    7   HG23  ILE  42          HG22      ILE  42  16.123  -8.157  -1.459
    8   HG22  ILE  42          HG23      ILE  42  17.164  -6.744  -1.601
    9   HD12  ILE  42          HD11      ILE  42  18.403  -4.897  -4.153
   10   HD11  ILE  42          HD12      ILE  42  17.286  -5.334  -2.859
   11   HD13  ILE  42          HD13      ILE  42  16.736  -5.343  -4.538

  No H/Q in entry =          11
  In of MODEL   12
    1    H    VAL  43           H        VAL  43  19.518 -10.319  -3.748
    2    HA   VAL  43           HA       VAL  43  18.966 -11.845  -1.307
    3    HB   VAL  43           HB       VAL  43  21.091 -12.350  -3.384
    4   HG13  VAL  43          HG11      VAL  43  21.442 -14.445  -2.288
    5   HG12  VAL  43          HG12      VAL  43  20.142 -14.113  -1.139
    6   HG11  VAL  43          HG13      VAL  43  21.626 -13.149  -1.104
    7   HG23  VAL  43          HG21      VAL  43  19.611 -14.326  -3.879
    8   HG22  VAL  43          HG22      VAL  43  19.017 -12.744  -4.388
    9   HG21  VAL  43          HG23      VAL  43  18.365 -13.509  -2.935

  No H/Q in entry =           9
  In of MODEL   12
    1    H    LYS  44           H        LYS  44  20.717  -9.459  -2.731
    2    HA   LYS  44           HA       LYS  44  22.114  -8.542  -0.438
    3    HB2  LYS  44           HB2      LYS  44  23.499 -10.295  -2.259
    4    HB3  LYS  44           HB3      LYS  44  24.121  -8.669  -2.470
    5    HG2  LYS  44           HG2      LYS  44  24.044 -10.226   0.105
    6    HG3  LYS  44           HG3      LYS  44  25.465  -9.913  -0.890
    7    HD2  LYS  44           HD2      LYS  44  24.548  -7.386  -0.467
    8    HD3  LYS  44           HD3      LYS  44  24.086  -8.177   1.043
    9    HE2  LYS  44           HE2      LYS  44  26.557  -9.110   0.891
   10    HE3  LYS  44           HE3      LYS  44  26.789  -7.671  -0.097
   11    HZ1  LYS  44           HZ1      LYS  44  25.770  -6.407   1.810
   12    HZ3  LYS  44           HZ2      LYS  44  27.304  -7.055   2.095
   13    HZ2  LYS  44           HZ3      LYS  44  25.936  -7.813   2.733

  No H/Q in entry =          13
  In of MODEL   12
    1    H    GLY  45           H        GLY  45  22.609  -6.269  -0.866
    2    HA3  GLY  45           HA2      GLY  45  22.680  -4.369  -2.354
    3    HA2  GLY  45           HA3      GLY  45  21.776  -5.326  -3.545

  No H/Q in entry =           3
  In of MODEL   12
    1    H    SER  46           H        SER  46  20.807  -2.869  -2.606
    2    HA   SER  46           HA       SER  46  18.147  -3.785  -1.969
    3    HB2  SER  46           HB2      SER  46  18.977  -3.376   0.263
    4    HB3  SER  46           HB3      SER  46  19.880  -1.961  -0.286
    5    HG   SER  46           HG       SER  46  18.148  -0.788  -0.155

  No H/Q in entry =           5
  In of MODEL   12
    1    H    VAL  47           H        VAL  47  16.699  -2.257  -2.498
    2    HA   VAL  47           HA       VAL  47  17.619  -0.420  -4.586
    3    HB   VAL  47           HB       VAL  47  15.916  -1.124  -6.113
    4   HG13  VAL  47          HG11      VAL  47  16.721  -3.344  -6.643
    5   HG12  VAL  47          HG12      VAL  47  17.389  -3.494  -5.017
    6   HG11  VAL  47          HG13      VAL  47  18.054  -2.304  -6.131
    7   HG23  VAL  47          HG21      VAL  47  15.142  -3.286  -4.173
    8   HG22  VAL  47          HG22      VAL  47  14.409  -2.910  -5.736
    9   HG21  VAL  47          HG23      VAL  47  14.235  -1.785  -4.387

  No H/Q in entry =           9
  In of MODEL   12
    1    H    ALA  48           H        ALA  48  15.394   0.548  -5.650
    2    HA   ALA  48           HA       ALA  48  14.161   1.936  -3.368
    3    HB2  ALA  48           HB1      ALA  48  14.973   3.874  -4.099
    4    HB3  ALA  48           HB2      ALA  48  14.339   3.575  -5.717
    5    HB1  ALA  48           HB3      ALA  48  15.939   2.977  -5.270

  No H/Q in entry =           5
  In of MODEL   12
    1    H    VAL  49           H        VAL  49  12.255   0.991  -3.399
    2    HA   VAL  49           HA       VAL  49  10.819   0.273  -5.738
    3    HB   VAL  49           HB       VAL  49  10.127   0.438  -2.809
    4   HG12  VAL  49          HG11      VAL  49   8.268  -0.735  -4.820
    5   HG11  VAL  49          HG12      VAL  49   8.189   0.983  -4.429
    6   HG13  VAL  49          HG13      VAL  49   7.948  -0.220  -3.161
    7   HG23  VAL  49          HG21      VAL  49   9.912  -1.989  -3.067
    8   HG22  VAL  49          HG22      VAL  49  11.519  -1.418  -3.530
    9   HG21  VAL  49          HG23      VAL  49  10.332  -1.830  -4.775

  No H/Q in entry =           9
  In of MODEL   12
    1    H    LEU  50           H        LEU  50   9.370   1.473  -6.873
    2    HA   LEU  50           HA       LEU  50   8.509   3.997  -5.831
    3    HB2  LEU  50           HB2      LEU  50   9.357   5.355  -7.507
    4    HB3  LEU  50           HB3      LEU  50  10.681   4.307  -7.055
    5    HG   LEU  50           HG       LEU  50   9.049   4.242  -9.568
    6   HD11  LEU  50          HD11      LEU  50  11.945   4.600  -8.876
    7   HD13  LEU  50          HD12      LEU  50  10.844   5.794  -9.603
    8   HD12  LEU  50          HD13      LEU  50  11.342   4.363 -10.520
    9   HD23  LEU  50          HD21      LEU  50  11.064   2.225  -8.611
   10   HD22  LEU  50          HD22      LEU  50  10.311   2.284 -10.211
   11   HD21  LEU  50          HD23      LEU  50   9.327   1.961  -8.783

  No H/Q in entry =          11
  In of MODEL   12
    1    H    ILE  51           H        ILE  51   6.791   4.971  -6.805
    2    HA   ILE  51           HA       ILE  51   5.200   3.161  -8.540
    3    HB   ILE  51           HB       ILE  51   3.218   4.167  -7.260
    4   HG12  ILE  51          HG12      ILE  51   3.879   4.613  -4.818
    5   HG13  ILE  51          HG13      ILE  51   5.516   4.835  -5.419
    6   HG22  ILE  51          HG21      ILE  51   3.719   2.476  -5.333
    7   HG21  ILE  51          HG22      ILE  51   5.174   2.129  -6.266
    8   HG23  ILE  51          HG23      ILE  51   3.584   1.883  -6.990
    9   HD13  ILE  51          HD11      ILE  51   4.508   6.971  -5.151
   10   HD12  ILE  51          HD12      ILE  51   3.093   6.482  -6.084
   11   HD11  ILE  51          HD13      ILE  51   4.659   6.653  -6.879

  No H/Q in entry =          11
  In of MODEL   12
    1    H    LYS  52           H        LYS  52   3.291   4.386  -9.259
    2    HA   LYS  52           HA       LYS  52   3.982   7.029 -10.322
    3    HB2  LYS  52           HB2      LYS  52   2.491   4.718 -11.597
    4    HB3  LYS  52           HB3      LYS  52   2.453   6.353 -12.252
    5    HG2  LYS  52           HG2      LYS  52   4.876   6.318 -12.497
    6    HG3  LYS  52           HG3      LYS  52   4.929   4.691 -11.829
    7    HD2  LYS  52           HD2      LYS  52   4.096   3.728 -13.758
    8    HD3  LYS  52           HD3      LYS  52   3.249   5.207 -14.247
    9    HE2  LYS  52           HE2      LYS  52   6.076   5.689 -14.080
   10    HE3  LYS  52           HE3      LYS  52   5.767   4.288 -15.106
   11    HZ3  LYS  52           HZ1      LYS  52   5.265   5.692 -16.721
   12    HZ2  LYS  52           HZ2      LYS  52   5.435   7.027 -15.692
   13    HZ1  LYS  52           HZ3      LYS  52   3.933   6.247 -15.833

  No H/Q in entry =          13
  In of MODEL   12
    1    H    ASP  53           H        ASP  53   2.442   8.572 -10.154
    2    HA   ASP  53           HA       ASP  53   0.231   8.082  -8.325
    3    HB2  ASP  53           HB2      ASP  53   1.965  10.101  -8.378
    4    HB3  ASP  53           HB3      ASP  53   0.809  10.748  -9.532

  No H/Q in entry =           4
  In of MODEL   12
    1    H    GLU  54           H        GLU  54  -1.402  10.225  -9.352
    2    HA   GLU  54           HA       GLU  54  -2.602   8.748 -11.583
    3    HB2  GLU  54           HB2      GLU  54  -3.901   9.357  -9.387
    4    HB3  GLU  54           HB3      GLU  54  -3.940  10.975 -10.072
    5    HG2  GLU  54           HG2      GLU  54  -5.134  10.184 -11.996
    6    HG3  GLU  54           HG3      GLU  54  -5.001   8.517 -11.435

  No H/Q in entry =           6
  In of MODEL   12
    1    H    GLU  55           H        GLU  55  -0.559  11.235 -10.864
    2    HA   GLU  55           HA       GLU  55  -1.314  12.755 -13.280
    3    HB2  GLU  55           HB2      GLU  55   0.313  14.464 -11.913
    4    HB3  GLU  55           HB3      GLU  55  -1.445  14.492 -11.841
    5    HG2  GLU  55           HG2      GLU  55  -1.092  14.386  -9.625
    6    HG3  GLU  55           HG3      GLU  55  -0.908  12.658  -9.939

  No H/Q in entry =           6
  In of MODEL   12
    1    H    GLY  56           H        GLY  56   0.632  10.394 -12.551
    2    HA3  GLY  56           HA2      GLY  56   2.375   9.676 -13.969
    3    HA2  GLY  56           HA3      GLY  56   2.669  11.347 -14.414

  No H/Q in entry =           3
  In of MODEL   12
    1    H    LYS  57           H        LYS  57   2.539  10.877 -10.872
    2    HA   LYS  57           HA       LYS  57   5.337  11.503 -10.932
    3    HB2  LYS  57           HB2      LYS  57   3.160  11.726  -9.084
    4    HB3  LYS  57           HB3      LYS  57   4.442  10.793  -8.326
    5    HG2  LYS  57           HG2      LYS  57   5.887  12.556  -8.274
    6    HG3  LYS  57           HG3      LYS  57   5.180  13.320  -9.699
    7    HD2  LYS  57           HD2      LYS  57   4.798  14.453  -7.434
    8    HD3  LYS  57           HD3      LYS  57   3.395  14.218  -8.475
    9    HE2  LYS  57           HE2      LYS  57   3.586  11.895  -6.916
   10    HE3  LYS  57           HE3      LYS  57   3.886  13.236  -5.812
   11    HZ3  LYS  57           HZ1      LYS  57   1.765  13.870  -5.920
   12    HZ2  LYS  57           HZ2      LYS  57   1.442  12.351  -6.600
   13    HZ1  LYS  57           HZ3      LYS  57   1.685  13.704  -7.605

  No H/Q in entry =          13
  In of MODEL   12
    1    H    GLU  58           H        GLU  58   6.842   9.935 -11.102
    2    HA   GLU  58           HA       GLU  58   6.124   7.263 -10.240
    3    HB2  GLU  58           HB2      GLU  58   8.458   7.197 -11.831
    4    HB3  GLU  58           HB3      GLU  58   6.872   6.570 -12.245
    5    HG2  GLU  58           HG2      GLU  58   6.336   8.928 -13.043
    6    HG3  GLU  58           HG3      GLU  58   8.077   9.210 -12.956

  No H/Q in entry =           6
  In of MODEL   12
    1    H    MET  59           H        MET  59   6.808   7.891  -7.893
    2    HA   MET  59           HA       MET  59   9.618   8.687  -7.877
    3    HB2  MET  59           HB2      MET  59   7.348   9.258  -5.965
    4    HB3  MET  59           HB3      MET  59   9.004   9.816  -5.785
    5    HG2  MET  59           HG2      MET  59   8.726  11.252  -7.729
    6    HG3  MET  59           HG3      MET  59   7.083  10.637  -7.946
    7    HE3  MET  59           HE1      MET  59   7.238  10.435  -4.369
    8    HE2  MET  59           HE2      MET  59   7.470  12.055  -3.701
    9    HE1  MET  59           HE3      MET  59   8.803  11.236  -4.511

  No H/Q in entry =           9
  In of MODEL   12
    1    H    ILE  60           H        ILE  60  10.739   7.801  -6.315
    2    HA   ILE  60           HA       ILE  60  10.244   5.211  -5.426
    3    HB   ILE  60           HB       ILE  60  12.049   7.258  -4.136
    4   HG12  ILE  60          HG12      ILE  60  12.587   5.404  -6.466
    5   HG13  ILE  60          HG13      ILE  60  12.478   7.164  -6.536
    6   HG21  ILE  60          HG21      ILE  60  11.706   5.219  -2.840
    7   HG23  ILE  60          HG22      ILE  60  13.358   5.330  -3.447
    8   HG22  ILE  60          HG23      ILE  60  12.202   4.251  -4.229
    9   HD12  ILE  60          HD11      ILE  60  14.780   6.172  -6.513
   10   HD11  ILE  60          HD12      ILE  60  14.465   5.736  -4.831
   11   HD13  ILE  60          HD13      ILE  60  14.450   7.430  -5.322

  No H/Q in entry =          11
  In of MODEL   12
    1    H    LEU  61           H        LEU  61   8.938   4.535  -3.892
    2    HA   LEU  61           HA       LEU  61   8.003   6.503  -1.927
    3    HB2  LEU  61           HB2      LEU  61   5.823   5.717  -2.090
    4    HB3  LEU  61           HB3      LEU  61   6.396   5.691  -3.741
    5    HG   LEU  61           HG       LEU  61   5.057   3.773  -3.438
    6   HD11  LEU  61          HD11      LEU  61   7.928   2.929  -3.310
    7   HD13  LEU  61          HD12      LEU  61   7.022   3.376  -4.758
    8   HD12  LEU  61          HD13      LEU  61   6.576   1.933  -3.848
    9   HD23  LEU  61          HD21      LEU  61   5.894   2.008  -1.728
   10   HD22  LEU  61          HD22      LEU  61   4.812   3.313  -1.224
   11   HD21  LEU  61          HD23      LEU  61   6.543   3.423  -0.899

  No H/Q in entry =          11
  In of MODEL   12
    1    H    SER  62           H        SER  62   9.582   3.590  -2.447
    2    HA   SER  62           HA       SER  62   9.878   3.105   0.399
    3    HB2  SER  62           HB2      SER  62   7.764   1.866  -0.256
    4    HB3  SER  62           HB3      SER  62   8.732   0.946  -1.402
    5    HG   SER  62           HG       SER  62   9.126  -0.327   0.201

  No H/Q in entry =           5
  In of MODEL   12
    1    H    TYR  63           H        TYR  63  11.149   0.826   0.387
    2    HA   TYR  63           HA       TYR  63  12.987   0.639  -1.689
    3    HB2  TYR  63           HB2      TYR  63  14.308   1.428   0.902
    4    HB3  TYR  63           HB3      TYR  63  15.049   1.156  -0.662
    5    HD1  TYR  63           HD1      TYR  63  12.907   3.485   1.218
    6    HD2  TYR  63           HD2      TYR  63  15.414   2.920  -2.138
    7    HE1  TYR  63           HE1      TYR  63  12.953   5.925   0.863
    8    HE2  TYR  63           HE2      TYR  63  15.470   5.341  -2.528
    9    HH   TYR  63           HH       TYR  63  15.192   7.402  -1.196

  No H/Q in entry =           9
  In of MODEL   12
    1    H    LEU  64           H        LEU  64  14.799  -0.870  -0.867
    2    HA   LEU  64           HA       LEU  64  13.477  -2.936   0.730
    3    HB2  LEU  64           HB2      LEU  64  15.382  -3.552  -1.466
    4    HB3  LEU  64           HB3      LEU  64  14.404  -4.653  -0.526
    5    HG   LEU  64           HG       LEU  64  13.420  -2.716  -2.601
    6   HD11  LEU  64          HD11      LEU  64  14.551  -4.977  -3.132
    7   HD13  LEU  64          HD12      LEU  64  13.021  -4.571  -3.907
    8   HD12  LEU  64          HD13      LEU  64  13.046  -5.674  -2.534
    9   HD21  LEU  64          HD21      LEU  64  11.850  -4.570  -0.808
   10   HD23  LEU  64          HD22      LEU  64  11.200  -3.669  -2.177
   11   HD22  LEU  64          HD23      LEU  64  11.813  -2.807  -0.766

  No H/Q in entry =          11
  In of MODEL   12
    1    H    ASN  65           H        ASN  65  16.402  -4.375   0.730
    2    HA   ASN  65           HA       ASN  65  17.637  -3.596   2.128
    3    HB2  ASN  65           HB2      ASN  65  15.534  -5.041   3.768
    4    HB3  ASN  65           HB3      ASN  65  16.765  -5.778   3.792
    5   HD22  ASN  65          HD21      ASN  65  17.538  -1.538   4.568
    6   HD21  ASN  65          HD22      ASN  65  17.985  -2.553   3.238

  No H/Q in entry =           6
  In of MODEL   12
    1    H    GLN  66           H        GLN  66  20.310  -8.400  -0.493
    2    HA   GLN  66           HA       GLN  66  19.063  -7.379   0.364
    3    HB2  GLN  66           HB2      GLN  66  20.136  -7.788   3.196
    4    HB3  GLN  66           HB3      GLN  66  20.554  -8.806   1.818
    5    HG2  GLN  66           HG2      GLN  66  21.736  -7.183   0.684
    6    HG3  GLN  66           HG3      GLN  66  21.987  -6.557   2.721
    7   HE22  GLN  66          HE21      GLN  66  23.919  -8.457   3.335
    8   HE21  GLN  66          HE22      GLN  66  22.758  -9.049   2.196

  No H/Q in entry =           8
  In of MODEL   12
    1    H    GLY  67           H        GLY  67  18.522  -9.729   0.313
    2    HA3  GLY  67           HA2      GLY  67  16.983 -11.410   0.566
    3    HA2  GLY  67           HA3      GLY  67  16.942 -10.859   2.275

  No H/Q in entry =           3
  In of MODEL   12
    1    H    ASP  68           H        ASP  68  15.884  -8.552  -0.054
    2    HA   ASP  68           HA       ASP  68  13.117  -9.013   0.778
    3    HB2  ASP  68           HB2      ASP  68  14.505  -6.689   0.861
    4    HB3  ASP  68           HB3      ASP  68  13.810  -6.570  -0.752

  No H/Q in entry =           4
  In of MODEL   12
    1    H    PHE  69           H        PHE  69  11.497  -8.427  -1.026
    2    HA   PHE  69           HA       PHE  69  12.363  -9.970  -3.355
    3    HB2  PHE  69           HB2      PHE  69   9.604  -9.331  -2.346
    4    HB3  PHE  69           HB3      PHE  69   9.965 -10.333  -3.744
    5    HD1  PHE  69           HD1      PHE  69  10.820 -12.594  -3.473
    6    HD2  PHE  69           HD2      PHE  69   9.952 -10.130  -0.096
    7    HE1  PHE  69           HE1      PHE  69  10.872 -14.571  -2.012
    8    HE2  PHE  69           HE2      PHE  69  10.023 -12.109   1.363
    9    HZ   PHE  69           HZ       PHE  69  10.475 -14.330   0.406

  No H/Q in entry =           9
  In of MODEL   12
    1    H    ILE  70           H        ILE  70  11.254  -9.420  -5.430
    2    HA   ILE  70           HA       ILE  70  10.609  -6.630  -5.864
    3    HB   ILE  70           HB       ILE  70  13.086  -7.972  -6.926
    4   HG12  ILE  70          HG12      ILE  70  12.498  -5.231  -5.812
    5   HG13  ILE  70          HG13      ILE  70  13.519  -6.490  -5.121
    6   HG23  ILE  70          HG21      ILE  70  11.923  -7.370  -8.928
    7   HG22  ILE  70          HG22      ILE  70  13.205  -6.187  -8.671
    8   HG21  ILE  70          HG23      ILE  70  11.536  -5.776  -8.292
    9   HD13  ILE  70          HD11      ILE  70  14.978  -4.881  -6.034
   10   HD12  ILE  70          HD12      ILE  70  14.054  -4.782  -7.534
   11   HD11  ILE  70          HD13      ILE  70  14.987  -6.235  -7.167

  No H/Q in entry =          11
  In of MODEL   12
    1    H    GLY  71           H        GLY  71   9.269  -6.436  -7.634
    2    HA3  GLY  71           HA2      GLY  71   8.058  -7.061  -9.500
    3    HA2  GLY  71           HA3      GLY  71   9.128  -8.446  -9.673

  No H/Q in entry =           3
  In of MODEL   12
    1    H    GLU  72           H        GLU  72   7.678  -8.062  -6.566
    2    HA   GLU  72           HA       GLU  72   6.253 -10.513  -6.932
    3    HB2  GLU  72           HB2      GLU  72   5.446  -9.336  -4.511
    4    HB3  GLU  72           HB3      GLU  72   6.608 -10.633  -4.729
    5    HG2  GLU  72           HG2      GLU  72   7.585  -8.940  -3.356
    6    HG3  GLU  72           HG3      GLU  72   8.409  -8.953  -4.917

  No H/Q in entry =           6
  In of MODEL   12
    1    H    LEU  73           H        LEU  73   5.848  -7.147  -6.735
    2    HA   LEU  73           HA       LEU  73   3.092  -6.838  -6.601
    3    HB2  LEU  73           HB2      LEU  73   5.441  -5.258  -7.054
    4    HB3  LEU  73           HB3      LEU  73   4.182  -4.760  -8.169
    5    HG   LEU  73           HG       LEU  73   4.258  -3.490  -6.008
    6   HD12  LEU  73          HD11      LEU  73   1.739  -3.839  -5.650
    7   HD11  LEU  73          HD12      LEU  73   1.879  -4.991  -6.981
    8   HD13  LEU  73          HD13      LEU  73   2.308  -3.299  -7.230
    9   HD21  LEU  73          HD21      LEU  73   4.585  -5.835  -4.767
   10   HD23  LEU  73          HD22      LEU  73   2.825  -5.719  -4.679
   11   HD22  LEU  73          HD23      LEU  73   3.830  -4.446  -3.988

  No H/Q in entry =          11
  In of MODEL   12
    1    H    GLY  74           H        GLY  74   4.822  -8.297  -9.021
    2    HA3  GLY  74           HA2      GLY  74   2.879  -7.513 -11.075
    3    HA2  GLY  74           HA3      GLY  74   4.457  -8.212 -11.385

  No H/Q in entry =           3
  In of MODEL   12
    1    H    LEU  75           H        LEU  75   3.972 -10.226  -9.151
    2    HA   LEU  75           HA       LEU  75   2.322 -12.012 -10.859
    3    HB2  LEU  75           HB2      LEU  75   3.789 -13.685 -10.448
    4    HB3  LEU  75           HB3      LEU  75   4.881 -12.367 -10.055
    5    HG   LEU  75           HG       LEU  75   3.451 -12.900  -7.704
    6   HD12  LEU  75          HD11      LEU  75   4.506 -15.442  -8.957
    7   HD11  LEU  75          HD12      LEU  75   2.805 -15.051  -8.708
    8   HD13  LEU  75          HD13      LEU  75   3.870 -15.266  -7.319
    9   HD21  LEU  75          HD21      LEU  75   5.775 -12.111  -7.923
   10   HD23  LEU  75          HD22      LEU  75   6.258 -13.711  -8.484
   11   HD22  LEU  75          HD23      LEU  75   5.645 -13.498  -6.843

  No H/Q in entry =          11
  In of MODEL   12
    1    H    PHE  76           H        PHE  76   2.810 -10.736  -7.742
    2    HA   PHE  76           HA       PHE  76   0.932 -12.521  -6.455
    3    HB2  PHE  76           HB2      PHE  76   2.534 -12.183  -4.902
    4    HB3  PHE  76           HB3      PHE  76   3.100 -10.710  -5.678
    5    HD1  PHE  76           HD1      PHE  76   0.375 -12.027  -3.647
    6    HD2  PHE  76           HD2      PHE  76   2.703  -8.652  -4.651
    7    HE1  PHE  76           HE1      PHE  76  -0.666 -10.778  -1.777
    8    HE2  PHE  76           HE2      PHE  76   1.679  -7.371  -2.813
    9    HZ   PHE  76           HZ       PHE  76  -0.010  -8.439  -1.368

  No H/Q in entry =           9
  In of MODEL   12
    1    H    GLU  77           H        GLU  77   1.320  -9.139  -7.342
    2    HA   GLU  77           HA       GLU  77  -1.037  -8.280  -6.044
    3    HB2  GLU  77           HB2      GLU  77   0.872  -6.794  -6.947
    4    HB3  GLU  77           HB3      GLU  77   0.067  -6.938  -8.504
    5    HG2  GLU  77           HG2      GLU  77  -1.569  -6.101  -6.175
    6    HG3  GLU  77           HG3      GLU  77  -0.422  -4.939  -6.833

  No H/Q in entry =           6
  In of MODEL   12
    1    H    GLU  78           H        GLU  78  -0.190  -9.431  -9.249
    2    HA   GLU  78           HA       GLU  78  -1.401 -10.728 -10.570
    3    HB2  GLU  78           HB2      GLU  78  -3.314 -10.733  -8.708
    4    HB3  GLU  78           HB3      GLU  78  -4.054  -9.593  -9.828
    5    HG2  GLU  78           HG2      GLU  78  -3.106 -11.680 -11.413
    6    HG3  GLU  78           HG3      GLU  78  -3.829 -12.456 -10.003

  No H/Q in entry =           6
  In of MODEL   12
    1    H    GLY  79           H        GLY  79  -0.183  -8.239 -10.572
    2    HA3  GLY  79           HA2      GLY  79  -1.590  -6.134 -11.832
    3    HA2  GLY  79           HA3      GLY  79   0.142  -6.327 -11.712

  No H/Q in entry =           3
  In of MODEL   12
    1    H    GLN  80           H        GLN  80   1.077  -7.979 -13.163
    2    HA   GLN  80           HA       GLN  80   1.608  -8.589 -15.261
    3    HB2  GLN  80           HB2      GLN  80  -1.285  -8.771 -16.001
    4    HB3  GLN  80           HB3      GLN  80   0.037  -9.837 -16.437
    5    HG2  GLN  80           HG2      GLN  80  -1.280  -9.674 -13.735
    6    HG3  GLN  80           HG3      GLN  80  -1.568 -10.913 -14.955
    7   HE21  GLN  80          HE21      GLN  80  -0.628 -11.228 -12.253
    8   HE22  GLN  80          HE22      GLN  80   0.924 -11.973 -12.347

  No H/Q in entry =           8
  In of MODEL   12
    1    H    GLU  81           H        GLU  81   2.107  -6.299 -15.260
    2    HA   GLU  81           HA       GLU  81   2.086  -4.979 -17.505
    3    HB2  GLU  81           HB2      GLU  81  -0.600  -4.892 -16.807
    4    HB3  GLU  81           HB3      GLU  81   0.016  -3.306 -16.346
    5    HG2  GLU  81           HG2      GLU  81   1.022  -4.057 -18.927
    6    HG3  GLU  81           HG3      GLU  81  -0.737  -4.154 -18.894

  No H/Q in entry =           6
  In of MODEL   12
    1    H    ARG  82           H        ARG  82   3.897  -4.977 -15.679
    2    HA   ARG  82           HA       ARG  82   5.324  -3.872 -14.369
    3    HB2  ARG  82           HB2      ARG  82   5.918  -1.997 -15.353
    4    HB3  ARG  82           HB3      ARG  82   4.432  -2.075 -16.276
    5    HG2  ARG  82           HG2      ARG  82   4.149  -0.817 -13.631
    6    HG3  ARG  82           HG3      ARG  82   5.233   0.031 -14.734
    7    HD2  ARG  82           HD2      ARG  82   3.555   0.662 -16.103
    8    HD3  ARG  82           HD3      ARG  82   2.708  -0.872 -15.932
    9    HE   ARG  82           HE       ARG  82   2.581   0.981 -13.686
   10   HH11  ARG  82          HH11      ARG  82   1.026  -0.472 -16.484
   11   HH12  ARG  82          HH12      ARG  82  -0.561   0.051 -16.021
   12   HH21  ARG  82          HH21      ARG  82   0.473   1.660 -13.084
   13   HH22  ARG  82          HH22      ARG  82  -0.875   1.257 -14.092

  No H/Q in entry =          13
  In of MODEL   12
    1    H    SER  83           H        SER  83   2.411  -1.891 -13.933
    2    HA   SER  83           HA       SER  83   1.226  -1.234 -12.160
    3    HB2  SER  83           HB2      SER  83   2.567  -3.490 -10.666
    4    HB3  SER  83           HB3      SER  83   1.074  -2.664 -10.213
    5    HG   SER  83           HG       SER  83   0.046  -3.952 -11.504

  No H/Q in entry =           5
  In of MODEL   12
    1    H    ALA  84           H        ALA  84   4.653  -1.749 -11.429
    2    HA   ALA  84           HA       ALA  84   6.160   0.011 -11.057
    3    HB1  ALA  84           HB1      ALA  84   5.596   2.117 -10.166
    4    HB3  ALA  84           HB2      ALA  84   4.027   1.545  -9.598
    5    HB2  ALA  84           HB3      ALA  84   4.326   1.725 -11.326

  No H/Q in entry =           5
  In of MODEL   12
    1    H    TRP  85           H        TRP  85   7.602   0.055  -9.314
    2    HA   TRP  85           HA       TRP  85   7.224  -0.262  -6.740
    3    HB2  TRP  85           HB2      TRP  85   5.778  -2.240  -7.458
    4    HB3  TRP  85           HB3      TRP  85   7.276  -3.039  -7.911
    5    HD1  TRP  85           HD1      TRP  85   8.627  -4.130  -6.104
    6    HE1  TRP  85           HE1      TRP  85   8.303  -4.526  -3.566
    7    HE3  TRP  85           HE3      TRP  85   4.759  -0.937  -5.328
    8    HZ2  TRP  85           HZ2      TRP  85   6.608  -3.554  -1.511
    9    HZ3  TRP  85           HZ3      TRP  85   3.843  -0.705  -3.062
   10    HH2  TRP  85           HH2      TRP  85   4.740  -1.986  -1.197

  No H/Q in entry =          10
  In of MODEL   12
    1    H    VAL  86           H        VAL  86   9.097  -0.818  -9.577
    2    HA   VAL  86           HA       VAL  86  11.276  -0.980  -7.720
    3    HB   VAL  86           HB       VAL  86  12.171  -2.755  -9.698
    4   HG12  VAL  86          HG11      VAL  86  12.294  -4.092  -7.506
    5   HG11  VAL  86          HG12      VAL  86  11.690  -2.622  -6.739
    6   HG13  VAL  86          HG13      VAL  86  13.222  -2.599  -7.620
    7   HG22  VAL  86          HG21      VAL  86  10.666  -4.552  -9.380
    8   HG21  VAL  86          HG22      VAL  86   9.642  -3.174  -9.787
    9   HG23  VAL  86          HG23      VAL  86   9.797  -3.700  -8.109

  No H/Q in entry =           9
  In of MODEL   12
    1    H    ARG  87           H        ARG  87  13.225  -0.600  -8.046
    2    HA   ARG  87           HA       ARG  87  14.486   0.262 -10.387
    3    HB2  ARG  87           HB2      ARG  87  13.243   2.390  -9.943
    4    HB3  ARG  87           HB3      ARG  87  13.904   2.409  -8.316
    5    HG2  ARG  87           HG2      ARG  87  16.193   2.386  -9.512
    6    HG3  ARG  87           HG3      ARG  87  15.272   2.934 -10.913
    7    HD2  ARG  87           HD2      ARG  87  15.804   4.946  -9.986
    8    HD3  ARG  87           HD3      ARG  87  14.277   4.627  -9.163
    9    HE   ARG  87           HE       ARG  87  15.678   3.741  -7.298
   10   HH11  ARG  87          HH11      ARG  87  16.958   6.090  -9.542
   11   HH12  ARG  87          HH12      ARG  87  18.120   6.721  -8.426
   12   HH21  ARG  87          HH21      ARG  87  17.205   4.572  -5.808
   13   HH22  ARG  87          HH22      ARG  87  18.257   5.861  -6.287

  No H/Q in entry =          13
  In of MODEL   12
    1    H    ALA  88           H        ALA  88  16.733   0.502  -9.777
    2    HA   ALA  88           HA       ALA  88  17.295  -1.296  -7.607
    3    HB2  ALA  88           HB1      ALA  88  19.553  -1.410  -8.353
    4    HB1  ALA  88           HB2      ALA  88  19.288  -0.078  -9.481
    5    HB3  ALA  88           HB3      ALA  88  18.469  -1.619  -9.733

  No H/Q in entry =           5
  In of MODEL   12
    1    H    LYS  89           H        LYS  89  18.705  -0.608  -5.639
    2    HA   LYS  89           HA       LYS  89  19.340   2.245  -5.871
    3    HB2  LYS  89           HB2      LYS  89  17.468   1.706  -4.295
    4    HB3  LYS  89           HB3      LYS  89  18.624   0.825  -3.309
    5    HG2  LYS  89           HG2      LYS  89  19.888   2.864  -2.940
    6    HG3  LYS  89           HG3      LYS  89  18.763   3.756  -3.970
    7    HD2  LYS  89           HD2      LYS  89  17.187   3.852  -2.379
    8    HD3  LYS  89           HD3      LYS  89  17.498   2.204  -1.833
    9    HE2  LYS  89           HE2      LYS  89  18.134   3.463  -0.015
   10    HE3  LYS  89           HE3      LYS  89  19.663   3.196  -0.850
   11    HZ3  LYS  89           HZ1      LYS  89  19.876   5.412  -0.723
   12    HZ2  LYS  89           HZ2      LYS  89  18.242   5.662  -0.374
   13    HZ1  LYS  89           HZ3      LYS  89  18.742   5.494  -1.981

  No H/Q in entry =          13
  In of MODEL   12
    1    H    THR  90           H        THR  90  20.552  -0.797  -5.548
    2    HA   THR  90           HA       THR  90  23.195   0.241  -4.986
    3    HB   THR  90           HB       THR  90  22.524  -2.250  -3.493
    4    HG1  THR  90           HG1      THR  90  20.909  -0.475  -3.061
    5   HG21  THR  90          HG21      THR  90  24.297   0.123  -2.916
    6   HG23  THR  90          HG22      THR  90  24.811  -1.480  -3.446
    7   HG22  THR  90          HG23      THR  90  24.099  -1.264  -1.847

  No H/Q in entry =           7
  In of MODEL   12
    1    H    ALA  91           H        ALA  91  24.706  -1.710  -5.181
    2    HA   ALA  91           HA       ALA  91  24.077  -3.064  -7.640
    3    HB2  ALA  91           HB1      ALA  91  26.414  -2.188  -7.061
    4    HB1  ALA  91           HB2      ALA  91  26.348  -3.860  -7.620
    5    HB3  ALA  91           HB3      ALA  91  26.521  -3.510  -5.899

  No H/Q in entry =           5
  In of MODEL   12
    1    H    CYS  92           H        CYS  92  22.606  -4.667  -7.425
    2    HA   CYS  92           HA       CYS  92  22.795  -6.205  -4.875
    3    HB2  CYS  92           HB2      CYS  92  20.274  -6.552  -6.263
    4    HB3  CYS  92           HB3      CYS  92  20.552  -6.003  -4.614
    5    HG   CYS  92           HG       CYS  92  21.392  -3.496  -6.320

  No H/Q in entry =           5
  In of MODEL   12
    1    H    GLU  93           H        GLU  93  23.106  -8.274  -5.073
    2    HA   GLU  93           HA       GLU  93  22.762  -9.719  -7.400
    3    HB2  GLU  93           HB2      GLU  93  24.203  -9.919  -5.021
    4    HB3  GLU  93           HB3      GLU  93  23.041 -11.227  -4.896
    5    HG2  GLU  93           HG2      GLU  93  23.853 -12.220  -6.911
    6    HG3  GLU  93           HG3      GLU  93  24.892 -10.829  -7.231

  No H/Q in entry =           6
  In of MODEL   12
    1    H    VAL  94           H        VAL  94  20.626 -10.093  -8.044
    2    HA   VAL  94           HA       VAL  94  18.739 -10.662  -5.861
    3    HB   VAL  94           HB       VAL  94  16.956 -10.398  -7.617
    4   HG13  VAL  94          HG11      VAL  94  16.950  -8.633  -6.207
    5   HG12  VAL  94          HG12      VAL  94  17.323  -7.818  -7.727
    6   HG11  VAL  94          HG13      VAL  94  18.614  -8.186  -6.583
    7   HG21  VAL  94          HG21      VAL  94  19.297  -9.451  -9.186
    8   HG23  VAL  94          HG22      VAL  94  17.668  -8.845  -9.510
    9   HG22  VAL  94          HG23      VAL  94  18.019 -10.570  -9.663

  No H/Q in entry =           9
  In of MODEL   12
    1    H    ALA  95           H        ALA  95  17.354 -12.399  -5.972
    2    HA   ALA  95           HA       ALA  95  18.424 -14.574  -7.607
    3    HB2  ALA  95           HB1      ALA  95  17.316 -14.422  -5.024
    4    HB3  ALA  95           HB2      ALA  95  17.679 -15.896  -5.919
    5    HB1  ALA  95           HB3      ALA  95  16.068 -15.186  -6.005

  No H/Q in entry =           5
  In of MODEL   12
    1    H    GLU  96           H        GLU  96  17.747 -13.693  -9.608
    2    HA   GLU  96           HA       GLU  96  14.867 -13.225  -9.733
    3    HB2  GLU  96           HB2      GLU  96  15.208 -11.874 -11.675
    4    HB3  GLU  96           HB3      GLU  96  16.304 -11.348 -10.402
    5    HG2  GLU  96           HG2      GLU  96  18.152 -12.439 -11.480
    6    HG3  GLU  96           HG3      GLU  96  17.072 -13.162 -12.673

  No H/Q in entry =           6
  In of MODEL   12
    1    H    ILE  97           H        ILE  97  13.571 -14.306 -10.681
    2    HA   ILE  97           HA       ILE  97  14.290 -15.879 -12.953
    3    HB   ILE  97           HB       ILE  97  12.824 -17.774 -11.972
    4   HG12  ILE  97          HG12      ILE  97  14.215 -16.867  -9.492
    5   HG13  ILE  97          HG13      ILE  97  12.546 -16.423  -9.826
    6   HG22  ILE  97          HG21      ILE  97  15.671 -17.595 -11.170
    7   HG21  ILE  97          HG22      ILE  97  15.180 -17.669 -12.860
    8   HG23  ILE  97          HG23      ILE  97  14.758 -18.983 -11.767
    9   HD11  ILE  97          HD11      ILE  97  12.021 -18.846 -10.043
   10   HD13  ILE  97          HD12      ILE  97  12.530 -18.348  -8.429
   11   HD12  ILE  97          HD13      ILE  97  13.658 -19.193  -9.490

  No H/Q in entry =          11
  In of MODEL   12
    1    H    SER  98           H        SER  98  12.211 -17.148 -13.691
    2    HA   SER  98           HA       SER  98  10.303 -14.970 -14.007
    3    HB2  SER  98           HB2      SER  98  11.169 -15.998 -16.064
    4    HB3  SER  98           HB3      SER  98  10.528 -17.555 -15.537
    5    HG   SER  98           HG       SER  98   9.171 -15.267 -16.427

  No H/Q in entry =           5
  In of MODEL   12
    1    H    TYR  99           H        TYR  99   8.185 -15.099 -13.494
    2    HA   TYR  99           HA       TYR  99   7.715 -16.579 -11.114
    3    HB2  TYR  99           HB2      TYR  99   5.609 -15.487 -10.897
    4    HB3  TYR  99           HB3      TYR  99   6.822 -14.323 -11.384
    5    HD1  TYR  99           HD1      TYR  99   5.423 -16.445 -14.015
    6    HD2  TYR  99           HD2      TYR  99   4.961 -12.791 -11.869
    7    HE1  TYR  99           HE1      TYR  99   3.887 -15.629 -15.744
    8    HE2  TYR  99           HE2      TYR  99   3.432 -11.969 -13.610
    9    HH   TYR  99           HH       TYR  99   2.314 -12.453 -15.460

  No H/Q in entry =           9
  In of MODEL   12
    1    H    LYS 100           H        LYS 100   7.413 -17.651 -14.232
    2    HA   LYS 100           HA       LYS 100   5.062 -19.251 -13.862
    3    HB2  LYS 100           HB2      LYS 100   5.922 -18.637 -16.119
    4    HB3  LYS 100           HB3      LYS 100   7.325 -19.657 -15.826
    5    HG2  LYS 100           HG2      LYS 100   5.719 -21.569 -15.497
    6    HG3  LYS 100           HG3      LYS 100   4.459 -20.503 -16.120
    7    HD2  LYS 100           HD2      LYS 100   5.648 -20.257 -18.211
    8    HD3  LYS 100           HD3      LYS 100   6.998 -21.210 -17.588
    9    HE2  LYS 100           HE2      LYS 100   5.390 -23.108 -17.283
   10    HE3  LYS 100           HE3      LYS 100   4.192 -22.147 -18.147
   11    HZ2  LYS 100           HZ1      LYS 100   6.787 -23.116 -19.200
   12    HZ1  LYS 100           HZ2      LYS 100   5.762 -22.061 -20.031
   13    HZ3  LYS 100           HZ3      LYS 100   5.248 -23.629 -19.666

  No H/Q in entry =          13
  In of MODEL   12
    1    H    LYS 101           H        LYS 101   8.554 -19.901 -13.859
    2    HA   LYS 101           HA       LYS 101   8.190 -22.587 -12.887
    3    HB2  LYS 101           HB2      LYS 101  10.159 -22.554 -14.040
    4    HB3  LYS 101           HB3      LYS 101  10.474 -20.866 -13.660
    5    HG2  LYS 101           HG2      LYS 101  11.319 -21.418 -11.518
    6    HG3  LYS 101           HG3      LYS 101  10.784 -23.092 -11.667
    7    HD2  LYS 101           HD2      LYS 101  13.004 -23.335 -12.182
    8    HD3  LYS 101           HD3      LYS 101  12.348 -23.041 -13.794
    9    HE2  LYS 101           HE2      LYS 101  12.917 -20.663 -13.575
   10    HE3  LYS 101           HE3      LYS 101  13.598 -20.981 -11.979
   11    HZ2  LYS 101           HZ1      LYS 101  15.169 -20.895 -13.981
   12    HZ1  LYS 101           HZ2      LYS 101  14.579 -22.435 -14.348
   13    HZ3  LYS 101           HZ3      LYS 101  15.355 -22.161 -12.874

  No H/Q in entry =          13
  In of MODEL   12
    1    H    PHE 102           H        PHE 102   9.011 -19.479 -11.584
    2    HA   PHE 102           HA       PHE 102   9.811 -20.206  -9.012
    3    HB2  PHE 102           HB2      PHE 102  10.324 -18.069  -9.486
    4    HB3  PHE 102           HB3      PHE 102   8.877 -17.768 -10.395
    5    HD1  PHE 102           HD1      PHE 102  10.529 -17.415  -7.184
    6    HD2  PHE 102           HD2      PHE 102   6.782 -17.170  -9.194
    7    HE1  PHE 102           HE1      PHE 102   9.625 -16.073  -5.340
    8    HE2  PHE 102           HE2      PHE 102   5.880 -15.837  -7.343
    9    HZ   PHE 102           HZ       PHE 102   7.298 -15.282  -5.415

  No H/Q in entry =           9
  In of MODEL   12
    1    H    ARG 103           H        ARG 103   6.660 -19.002 -10.082
    2    HA   ARG 103           HA       ARG 103   5.208 -19.283  -7.838
    3    HB2  ARG 103           HB2      ARG 103   3.328 -19.004  -9.090
    4    HB3  ARG 103           HB3      ARG 103   4.530 -18.549 -10.284
    5    HG2  ARG 103           HG2      ARG 103   4.329 -20.605 -11.420
    6    HG3  ARG 103           HG3      ARG 103   3.430 -21.339 -10.091
    7    HD2  ARG 103           HD2      ARG 103   1.749 -19.375 -10.577
    8    HD3  ARG 103           HD3      ARG 103   2.521 -19.395 -12.162
    9    HE   ARG 103           HE       ARG 103   1.859 -22.020 -11.589
   10   HH11  ARG 103          HH11      ARG 103   0.153 -18.988 -12.003
   11   HH12  ARG 103          HH12      ARG 103  -1.297 -19.732 -12.597
   12   HH21  ARG 103          HH21      ARG 103  -0.060 -23.006 -12.348
   13   HH22  ARG 103          HH22      ARG 103  -1.420 -22.026 -12.785

  No H/Q in entry =          13
  In of MODEL   12
    1    H    GLN 104           H        GLN 104   6.472 -21.835  -9.710
    2    HA   GLN 104           HA       GLN 104   4.572 -23.796  -8.588
    3    HB2  GLN 104           HB2      GLN 104   6.759 -24.063 -10.646
    4    HB3  GLN 104           HB3      GLN 104   5.826 -25.429 -10.044
    5    HG2  GLN 104           HG2      GLN 104   4.735 -23.027 -11.499
    6    HG3  GLN 104           HG3      GLN 104   4.950 -24.645 -12.165
    7   HE21  GLN 104          HE21      GLN 104   4.039 -26.065  -9.863
    8   HE22  GLN 104          HE22      GLN 104   2.334 -25.813  -9.733

  No H/Q in entry =           8
  In of MODEL   12
    1    H    LEU 105           H        LEU 105   7.906 -22.793  -8.099
    2    HA   LEU 105           HA       LEU 105   8.309 -24.940  -6.115
    3    HB2  LEU 105           HB2      LEU 105  10.495 -24.302  -6.332
    4    HB3  LEU 105           HB3      LEU 105   9.976 -23.151  -7.549
    5    HG   LEU 105           HG       LEU 105   9.605 -21.523  -5.612
    6   HD12  LEU 105          HD11      LEU 105  11.066 -21.925  -3.658
    7   HD11  LEU 105          HD12      LEU 105  11.387 -23.553  -4.253
    8   HD13  LEU 105          HD13      LEU 105   9.754 -23.098  -3.764
    9   HD22  LEU 105          HD21      LEU 105  11.338 -21.068  -7.103
   10   HD21  LEU 105          HD22      LEU 105  12.262 -22.485  -6.607
   11   HD23  LEU 105          HD23      LEU 105  12.137 -21.093  -5.526

  No H/Q in entry =          11
  In of MODEL   12
    1    H    ILE 106           H        ILE 106   7.756 -21.230  -6.072
    2    HA   ILE 106           HA       ILE 106   7.261 -21.203  -3.409
    3    HB   ILE 106           HB       ILE 106   6.375 -19.055  -3.602
    4   HG12  ILE 106          HG12      ILE 106   6.127 -18.440  -6.296
    5   HG13  ILE 106          HG13      ILE 106   5.362 -20.024  -6.162
    6   HG22  ILE 106          HG21      ILE 106   8.216 -19.230  -5.957
    7   HG21  ILE 106          HG22      ILE 106   8.775 -19.650  -4.340
    8   HG23  ILE 106          HG23      ILE 106   8.166 -18.028  -4.667
    9   HD13  ILE 106          HD11      ILE 106   3.709 -18.317  -5.879
   10   HD12  ILE 106          HD12      ILE 106   4.669 -17.550  -4.611
   11   HD11  ILE 106          HD13      ILE 106   3.959 -19.141  -4.336

  No H/Q in entry =          11
  In of MODEL   12
    1    H    GLN 107           H        GLN 107   5.493 -22.971  -5.371
    2    HA   GLN 107           HA       GLN 107   3.076 -22.560  -3.802
    3    HB2  GLN 107           HB2      GLN 107   3.268 -23.205  -6.707
    4    HB3  GLN 107           HB3      GLN 107   1.932 -23.883  -5.785
    5    HG2  GLN 107           HG2      GLN 107   2.600 -20.958  -6.016
    6    HG3  GLN 107           HG3      GLN 107   1.323 -21.793  -6.896
    7   HE21  GLN 107          HE21      GLN 107   0.588 -23.453  -4.615
    8   HE22  GLN 107          HE22      GLN 107  -0.259 -22.419  -3.523

  No H/Q in entry =           8
  In of MODEL   12
    1    H    VAL 108           H        VAL 108   5.671 -24.418  -4.440
    2    HA   VAL 108           HA       VAL 108   4.505 -27.020  -3.961
    3    HB   VAL 108           HB       VAL 108   6.786 -26.083  -5.254
    4   HG11  VAL 108          HG11      VAL 108   7.647 -27.507  -2.749
    5   HG13  VAL 108          HG12      VAL 108   8.016 -25.843  -3.204
    6   HG12  VAL 108          HG13      VAL 108   8.675 -27.182  -4.145
    7   HG22  VAL 108          HG21      VAL 108   7.264 -28.403  -5.712
    8   HG21  VAL 108          HG22      VAL 108   5.532 -28.083  -5.801
    9   HG23  VAL 108          HG23      VAL 108   6.205 -28.900  -4.391

  No H/Q in entry =           9
  In of MODEL   12
    1    H    ASN 109           H        ASN 109   5.978 -24.401  -2.324
    2    HA   ASN 109           HA       ASN 109   5.909 -25.832   0.252
    3    HB2  ASN 109           HB2      ASN 109   7.778 -23.624  -0.632
    4    HB3  ASN 109           HB3      ASN 109   7.684 -24.244   1.008
    5   HD21  ASN 109          HD21      ASN 109   9.617 -24.225  -1.456
    6   HD22  ASN 109          HD22      ASN 109  10.281 -25.820  -1.407

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   PRO 110           HA       PRO 110   2.839 -22.635   0.861
    2    HB2  PRO 110           HB2      PRO 110   2.076 -23.384   3.352
    3    HB3  PRO 110           HB3      PRO 110   1.616 -24.298   1.912
    4    HG2  PRO 110           HG2      PRO 110   3.797 -24.848   3.889
    5    HG3  PRO 110           HG3      PRO 110   2.652 -25.978   3.141
    6    HD2  PRO 110           HD2      PRO 110   5.220 -25.657   2.287
    7    HD3  PRO 110           HD3      PRO 110   3.891 -26.154   1.220

  No H/Q in entry =           7
  In of MODEL   12
    1    H    ASP 111           H        ASP 111   5.878 -22.789   2.372
    2    HA   ASP 111           HA       ASP 111   5.237 -20.549   4.124
    3    HB2  ASP 111           HB2      ASP 111   7.804 -22.091   4.063
    4    HB3  ASP 111           HB3      ASP 111   7.269 -20.928   5.275

  No H/Q in entry =           4
  In of MODEL   12
    1    H    ILE 112           H        ILE 112   6.482 -21.109   1.099
    2    HA   ILE 112           HA       ILE 112   8.585 -19.129   1.130
    3    HB   ILE 112           HB       ILE 112   7.366 -20.745  -1.104
    4   HG12  ILE 112          HG12      ILE 112   9.210 -21.249   0.908
    5   HG13  ILE 112          HG13      ILE 112   8.928 -22.229  -0.522
    6   HG22  ILE 112          HG21      ILE 112   9.262 -19.846  -2.471
    7   HG21  ILE 112          HG22      ILE 112   9.523 -18.640  -1.210
    8   HG23  ILE 112          HG23      ILE 112   7.993 -18.677  -2.093
    9   HD11  ILE 112          HD11      ILE 112  10.962 -20.039  -0.254
   10   HD13  ILE 112          HD12      ILE 112  10.690 -21.026  -1.691
   11   HD12  ILE 112          HD13      ILE 112  11.283 -21.772  -0.207

  No H/Q in entry =          11
  In of MODEL   12
    1    H    LEU 113           H        LEU 113   5.425 -19.371  -0.387
    2    HA   LEU 113           HA       LEU 113   5.556 -16.771  -1.440
    3    HB2  LEU 113           HB2      LEU 113   4.099 -18.313  -2.487
    4    HB3  LEU 113           HB3      LEU 113   3.244 -18.629  -0.988
    5    HG   LEU 113           HG       LEU 113   2.575 -16.151  -1.057
    6   HD11  LEU 113          HD11      LEU 113   4.263 -15.656  -2.892
    7   HD13  LEU 113          HD12      LEU 113   2.641 -14.997  -3.099
    8   HD12  LEU 113          HD13      LEU 113   3.127 -16.435  -3.994
    9   HD22  LEU 113          HD21      LEU 113   0.667 -16.630  -2.447
   10   HD21  LEU 113          HD22      LEU 113   1.064 -18.035  -1.459
   11   HD23  LEU 113          HD23      LEU 113   1.503 -18.004  -3.168

  No H/Q in entry =          11
  In of MODEL   12
    1    H    MET 114           H        MET 114   4.666 -18.086   1.502
    2    HA   MET 114           HA       MET 114   3.194 -15.890   2.565
    3    HB2  MET 114           HB2      MET 114   3.790 -18.558   3.346
    4    HB3  MET 114           HB3      MET 114   4.330 -17.496   4.639
    5    HG2  MET 114           HG2      MET 114   1.568 -17.827   3.523
    6    HG3  MET 114           HG3      MET 114   2.125 -18.064   5.179
    7    HE1  MET 114           HE1      MET 114  -0.467 -16.518   4.448
    8    HE3  MET 114           HE2      MET 114  -0.382 -15.001   5.342
    9    HE2  MET 114           HE3      MET 114   0.047 -16.517   6.136

  No H/Q in entry =           9
  In of MODEL   12
    1    H    ARG 115           H        ARG 115   6.484 -16.896   2.397
    2    HA   ARG 115           HA       ARG 115   7.558 -15.153   4.359
    3    HB2  ARG 115           HB2      ARG 115   8.593 -16.901   2.204
    4    HB3  ARG 115           HB3      ARG 115   9.592 -15.486   2.543
    5    HG2  ARG 115           HG2      ARG 115   8.667 -17.349   4.698
    6    HG3  ARG 115           HG3      ARG 115  10.138 -17.638   3.771
    7    HD2  ARG 115           HD2      ARG 115   9.782 -14.956   5.002
    8    HD3  ARG 115           HD3      ARG 115  10.140 -16.304   6.076
    9    HE   ARG 115           HE       ARG 115  12.228 -16.611   4.943
   10   HH11  ARG 115          HH11      ARG 115  10.484 -13.714   3.990
   11   HH12  ARG 115          HH12      ARG 115  11.899 -12.899   3.418
   12   HH21  ARG 115          HH21      ARG 115  14.099 -15.525   4.226
   13   HH22  ARG 115          HH22      ARG 115  13.953 -13.937   3.532

  No H/Q in entry =          13
  In of MODEL   12
    1    H    LEU 116           H        LEU 116   7.000 -15.050   0.859
    2    HA   LEU 116           HA       LEU 116   7.943 -12.533   0.295
    3    HB2  LEU 116           HB2      LEU 116   7.288 -14.123  -1.410
    4    HB3  LEU 116           HB3      LEU 116   5.627 -14.097  -0.849
    5    HG   LEU 116           HG       LEU 116   5.751 -11.558  -1.448
    6   HD11  LEU 116          HD11      LEU 116   8.310 -12.336  -2.129
    7   HD13  LEU 116          HD12      LEU 116   7.498 -10.819  -2.545
    8   HD12  LEU 116          HD13      LEU 116   7.454 -12.182  -3.666
    9   HD22  LEU 116          HD21      LEU 116   4.259 -13.065  -2.590
   10   HD21  LEU 116          HD22      LEU 116   5.592 -13.715  -3.547
   11   HD23  LEU 116          HD23      LEU 116   5.080 -12.037  -3.770

  No H/Q in entry =          11
  In of MODEL   12
    1    H    SER 117           H        SER 117   4.678 -13.528   1.230
    2    HA   SER 117           HA       SER 117   3.322 -11.143   1.022
    3    HB2  SER 117           HB2      SER 117   2.431 -12.443   3.404
    4    HB3  SER 117           HB3      SER 117   1.667 -12.398   1.818
    5    HG   SER 117           HG       SER 117   2.729 -14.442   3.010

  No H/Q in entry =           5
  In of MODEL   12
    1    H    ALA 118           H        ALA 118   5.338 -12.150   3.770
    2    HA   ALA 118           HA       ALA 118   4.500  -9.995   5.400
    3    HB2  ALA 118           HB1      ALA 118   5.384 -11.546   6.742
    4    HB3  ALA 118           HB2      ALA 118   6.854 -10.589   6.509
    5    HB1  ALA 118           HB3      ALA 118   6.596 -12.056   5.560

  No H/Q in entry =           5
  In of MODEL   12
    1    H    GLN 119           H        GLN 119   6.947 -10.164   2.858
    2    HA   GLN 119           HA       GLN 119   8.238  -7.714   3.744
    3    HB2  GLN 119           HB2      GLN 119   8.588  -9.376   1.244
    4    HB3  GLN 119           HB3      GLN 119   9.581  -7.990   1.681
    5    HG2  GLN 119           HG2      GLN 119   9.300 -10.456   3.379
    6    HG3  GLN 119           HG3      GLN 119  10.590 -10.207   2.204
    7   HE21  GLN 119          HE21      GLN 119  11.124  -7.529   2.595
    8   HE22  GLN 119          HE22      GLN 119  11.780  -7.314   4.186

  No H/Q in entry =           8
  In of MODEL   12
    1    H    MET 120           H        MET 120   5.542  -8.516   2.036
    2    HA   MET 120           HA       MET 120   5.721  -6.309   0.123
    3    HB2  MET 120           HB2      MET 120   3.931  -8.718   0.138
    4    HB3  MET 120           HB3      MET 120   3.614  -7.307  -0.871
    5    HG2  MET 120           HG2      MET 120   5.708  -7.583  -2.008
    6    HG3  MET 120           HG3      MET 120   6.165  -8.895  -0.922
    7    HE1  MET 120           HE1      MET 120   4.105 -10.804  -0.548
    8    HE3  MET 120           HE2      MET 120   3.017 -11.255  -1.860
    9    HE2  MET 120           HE3      MET 120   2.767  -9.741  -0.985

  No H/Q in entry =           9
  In of MODEL   12
    1    H    ALA 121           H        ALA 121   3.740  -7.865   2.521
    2    HA   ALA 121           HA       ALA 121   1.772  -5.869   2.787
    3    HB3  ALA 121           HB1      ALA 121   1.012  -7.082   4.654
    4    HB2  ALA 121           HB2      ALA 121   2.604  -7.783   4.948
    5    HB1  ALA 121           HB3      ALA 121   1.660  -8.294   3.549

  No H/Q in entry =           5
  In of MODEL   12
    1    H    ARG 122           H        ARG 122   4.998  -6.255   3.969
    2    HA   ARG 122           HA       ARG 122   4.712  -4.507   6.189
    3    HB2  ARG 122           HB2      ARG 122   6.869  -5.988   4.954
    4    HB3  ARG 122           HB3      ARG 122   7.398  -4.365   5.415
    5    HG2  ARG 122           HG2      ARG 122   7.644  -6.139   7.191
    6    HG3  ARG 122           HG3      ARG 122   6.749  -4.691   7.666
    7    HD2  ARG 122           HD2      ARG 122   4.660  -6.061   6.899
    8    HD3  ARG 122           HD3      ARG 122   5.723  -7.450   7.102
    9    HE   ARG 122           HE       ARG 122   4.702  -5.685   9.193
   10   HH11  ARG 122          HH11      ARG 122   6.572  -8.502   8.291
   11   HH12  ARG 122          HH12      ARG 122   6.625  -9.147   9.902
   12   HH21  ARG 122          HH21      ARG 122   4.817  -6.500  11.319
   13   HH22  ARG 122          HH22      ARG 122   5.663  -7.980  11.630

  No H/Q in entry =          13
  In of MODEL   12
    1    H    ARG 123           H        ARG 123   5.476  -4.204   2.871
    2    HA   ARG 123           HA       ARG 123   6.182  -1.451   2.906
    3    HB2  ARG 123           HB2      ARG 123   5.623  -3.471   0.747
    4    HB3  ARG 123           HB3      ARG 123   5.827  -1.770   0.356
    5    HG2  ARG 123           HG2      ARG 123   7.839  -3.552   0.352
    6    HG3  ARG 123           HG3      ARG 123   8.056  -1.828   0.638
    7    HD2  ARG 123           HD2      ARG 123   8.104  -2.173   3.016
    8    HD3  ARG 123           HD3      ARG 123   7.672  -3.869   2.823
    9    HE   ARG 123           HE       ARG 123   9.875  -4.163   1.736
   10   HH11  ARG 123          HH11      ARG 123   9.396  -1.377   3.825
   11   HH12  ARG 123          HH12      ARG 123  11.068  -1.244   4.240
   12   HH21  ARG 123          HH21      ARG 123  12.079  -3.989   2.289
   13   HH22  ARG 123          HH22      ARG 123  12.600  -2.718   3.354

  No H/Q in entry =          13
  In of MODEL   12
    1    H    LEU 124           H        LEU 124   3.337  -3.376   2.444
    2    HA   LEU 124           HA       LEU 124   1.479  -1.459   1.555
    3    HB2  LEU 124           HB2      LEU 124   1.519  -4.102   2.348
    4    HB3  LEU 124           HB3      LEU 124   0.652  -3.361   3.662
    5    HG   LEU 124           HG       LEU 124  -0.243  -4.098   0.992
    6   HD12  LEU 124          HD11      LEU 124  -2.382  -4.149   2.164
    7   HD11  LEU 124          HD12      LEU 124  -1.596  -3.436   3.578
    8   HD13  LEU 124          HD13      LEU 124  -1.116  -5.042   3.015
    9   HD22  LEU 124          HD21      LEU 124  -0.272  -1.695   0.617
   10   HD21  LEU 124          HD22      LEU 124  -1.182  -1.477   2.111
   11   HD23  LEU 124          HD23      LEU 124  -1.897  -2.367   0.762

  No H/Q in entry =          11
  In of MODEL   12
    1    H    GLN 125           H        GLN 125   2.739  -2.468   4.608
    2    HA   GLN 125           HA       GLN 125   1.220  -0.683   6.242
    3    HB2  GLN 125           HB2      GLN 125   1.974  -2.859   7.063
    4    HB3  GLN 125           HB3      GLN 125   3.650  -2.390   6.821
    5    HG2  GLN 125           HG2      GLN 125   3.069  -2.271   9.146
    6    HG3  GLN 125           HG3      GLN 125   3.413  -0.662   8.515
    7   HE21  GLN 125          HE21      GLN 125   0.439  -2.501   8.079
    8   HE22  GLN 125          HE22      GLN 125  -0.577  -1.406   8.947

  No H/Q in entry =           8
  In of MODEL   12
    1    H    VAL 126           H        VAL 126   3.902  -0.221   4.164
    2    HA   VAL 126           HA       VAL 126   5.118   1.818   5.845
    3    HB   VAL 126           HB       VAL 126   6.192   0.031   3.990
    4   HG12  VAL 126          HG11      VAL 126   7.210   1.503   2.258
    5   HG11  VAL 126          HG12      VAL 126   6.091   2.774   2.749
    6   HG13  VAL 126          HG13      VAL 126   5.472   1.270   2.068
    7   HG22  VAL 126          HG21      VAL 126   7.429   0.942   5.787
    8   HG21  VAL 126          HG22      VAL 126   7.309   2.568   5.112
    9   HG23  VAL 126          HG23      VAL 126   8.265   1.337   4.284

  No H/Q in entry =           9
  In of MODEL   12
    1    H    THR 127           H        THR 127   3.242   1.248   2.925
    2    HA   THR 127           HA       THR 127   3.149   4.029   2.145
    3    HB   THR 127           HB       THR 127   1.099   2.083   1.208
    4    HG1  THR 127           HG1      THR 127   3.615   1.364   1.239
    5   HG22  THR 127          HG21      THR 127   2.822   4.109  -0.229
    6   HG21  THR 127          HG22      THR 127   1.174   4.380   0.335
    7   HG23  THR 127          HG23      THR 127   1.488   3.200  -0.939

  No H/Q in entry =           7
  In of MODEL   12
    1    H    SER 128           H        SER 128   1.521   2.399   4.923
    2    HA   SER 128           HA       SER 128  -0.908   3.601   4.039
    3    HB2  SER 128           HB2      SER 128  -0.240   1.566   6.181
    4    HB3  SER 128           HB3      SER 128  -1.817   2.341   6.023
    5    HG   SER 128           HG       SER 128  -0.508   0.649   4.158

  No H/Q in entry =           5
  In of MODEL   12
    1    H    GLU 129           H        GLU 129   1.854   3.696   6.065
    2    HA   GLU 129           HA       GLU 129   0.610   5.397   8.081
    3    HB2  GLU 129           HB2      GLU 129   2.412   3.404   8.317
    4    HB3  GLU 129           HB3      GLU 129   3.488   4.793   8.281
    5    HG2  GLU 129           HG2      GLU 129   1.901   5.762  10.084
    6    HG3  GLU 129           HG3      GLU 129   1.386   4.088  10.282

  No H/Q in entry =           6
  In of MODEL   12
    1    H    LYS 130           H        LYS 130   1.902   6.114   5.152
    2    HA   LYS 130           HA       LYS 130   2.504   8.799   6.030
    3    HB2  LYS 130           HB2      LYS 130   4.543   6.886   5.019
    4    HB3  LYS 130           HB3      LYS 130   4.578   8.496   4.314
    5    HG2  LYS 130           HG2      LYS 130   5.392   9.433   6.181
    6    HG3  LYS 130           HG3      LYS 130   4.379   8.451   7.238
    7    HD2  LYS 130           HD2      LYS 130   6.674   7.197   5.790
    8    HD3  LYS 130           HD3      LYS 130   6.970   8.141   7.250
    9    HE2  LYS 130           HE2      LYS 130   5.134   5.758   7.014
   10    HE3  LYS 130           HE3      LYS 130   6.724   5.771   7.774
   11    HZ3  LYS 130           HZ1      LYS 130   5.060   5.942   9.464
   12    HZ2  LYS 130           HZ2      LYS 130   4.308   7.242   8.675
   13    HZ1  LYS 130           HZ3      LYS 130   5.850   7.442   9.352

  No H/Q in entry =          13
  In of MODEL   12
    1    H    VAL 131           H        VAL 131   0.307   8.309   4.863
    2    HA   VAL 131           HA       VAL 131   0.363   7.944   2.049
    3    HB   VAL 131           HB       VAL 131  -2.053   9.245   2.660
    4   HG12  VAL 131          HG11      VAL 131  -2.997   6.965   2.345
    5   HG11  VAL 131          HG12      VAL 131  -1.345   6.343   2.312
    6   HG13  VAL 131          HG13      VAL 131  -1.886   7.483   1.077
    7   HG21  VAL 131          HG21      VAL 131  -1.545   8.971   5.034
    8   HG23  VAL 131          HG22      VAL 131  -1.366   7.232   4.792
    9   HG22  VAL 131          HG23      VAL 131  -2.932   8.004   4.539

  No H/Q in entry =           9
  In of MODEL   12
    1    H    GLY 132           H        GLY 132   1.528  10.530   3.618
    2    HA3  GLY 132           HA2      GLY 132   1.406  12.231   1.362
    3    HA2  GLY 132           HA3      GLY 132   0.231  12.763   2.553

  No H/Q in entry =           3
  In of MODEL   12
    1    H    ASN 133           H        ASN 133   3.382  11.342   3.206
    2    HA   ASN 133           HA       ASN 133   4.054  13.338   5.085
    3    HB2  ASN 133           HB2      ASN 133   4.909  10.870   4.806
    4    HB3  ASN 133           HB3      ASN 133   6.137  11.614   3.790
    5   HD21  ASN 133          HD21      ASN 133   4.983  11.134   6.995
    6   HD22  ASN 133          HD22      ASN 133   6.310  11.872   7.819

  No H/Q in entry =           6
  In of MODEL   12
    1    H    LEU 134           H        LEU 134   5.415  12.616   1.846
    2    HA   LEU 134           HA       LEU 134   6.915  15.065   1.823
    3    HB2  LEU 134           HB2      LEU 134   7.731  14.437  -0.273
    4    HB3  LEU 134           HB3      LEU 134   7.585  12.956   0.650
    5    HG   LEU 134           HG       LEU 134   5.177  13.096  -0.703
    6   HD12  LEU 134          HD11      LEU 134   7.423  13.916  -2.545
    7   HD11  LEU 134          HD12      LEU 134   6.071  14.943  -2.068
    8   HD13  LEU 134          HD13      LEU 134   5.780  13.493  -3.028
    9   HD22  LEU 134          HD21      LEU 134   6.535  11.126  -0.277
   10   HD21  LEU 134          HD22      LEU 134   7.745  11.706  -1.423
   11   HD23  LEU 134          HD23      LEU 134   6.138  11.246  -1.992

  No H/Q in entry =          11
  In of MODEL   12
    1    H    ALA 135           H        ALA 135   3.709  14.335   1.235
    2    HA   ALA 135           HA       ALA 135   3.233  16.186  -0.928
    3    HB2  ALA 135           HB1      ALA 135   1.293  14.667   0.821
    4    HB1  ALA 135           HB2      ALA 135   1.839  14.208  -0.792
    5    HB3  ALA 135           HB3      ALA 135   0.854  15.653  -0.575

  No H/Q in entry =           5
  In of MODEL   12
    1    H    PHE 136           H        PHE 136   3.625  16.211   2.402
    2    HA   PHE 136           HA       PHE 136   2.041  18.466   3.104
    3    HB2  PHE 136           HB2      PHE 136   3.716  16.517   4.391
    4    HB3  PHE 136           HB3      PHE 136   4.154  18.128   4.966
    5    HD1  PHE 136           HD1      PHE 136   2.757  19.299   6.470
    6    HD2  PHE 136           HD2      PHE 136   1.351  15.730   4.624
    7    HE1  PHE 136           HE1      PHE 136   0.836  19.264   8.007
    8    HE2  PHE 136           HE2      PHE 136  -0.575  15.692   6.158
    9    HZ   PHE 136           HZ       PHE 136  -0.833  17.461   7.852

  No H/Q in entry =           9
  In of MODEL   12
    1    H    LEU 137           H        LEU 137   4.826  18.297   1.240
    2    HA   LEU 137           HA       LEU 137   6.507  19.658   0.611
    3    HB2  LEU 137           HB2      LEU 137   4.201  21.585   0.897
    4    HB3  LEU 137           HB3      LEU 137   5.714  22.020   0.115
    5    HG   LEU 137           HG       LEU 137   3.830  19.817  -0.750
    6   HD13  LEU 137          HD11      LEU 137   3.483  21.193  -2.723
    7   HD12  LEU 137          HD12      LEU 137   4.531  22.438  -2.041
    8   HD11  LEU 137          HD13      LEU 137   3.006  22.040  -1.251
    9   HD23  LEU 137          HD21      LEU 137   5.344  19.727  -2.774
   10   HD22  LEU 137          HD22      LEU 137   6.013  19.052  -1.290
   11   HD21  LEU 137          HD23      LEU 137   6.519  20.651  -1.837

  No H/Q in entry =          11
  In of MODEL   12
    1    H    ASP 138           H        ASP 138   7.339  19.074   2.824
    2    HA   ASP 138           HA       ASP 138   7.787  21.374   4.367
    3    HB2  ASP 138           HB2      ASP 138   6.650  20.029   5.707
    4    HB3  ASP 138           HB3      ASP 138   7.846  18.722   5.605

  No H/Q in entry =           4
  In of MODEL   12
    1    H    VAL 139           H        VAL 139   9.836  21.363   2.329
    2    HA   VAL 139           HA       VAL 139  12.228  20.250   3.238
    3    HB   VAL 139           HB       VAL 139  11.550  22.210   1.360
    4   HG12  VAL 139          HG11      VAL 139  14.018  23.012   2.918
    5   HG11  VAL 139          HG12      VAL 139  12.523  23.948   2.854
    6   HG13  VAL 139          HG13      VAL 139  13.476  23.702   1.389
    7   HG21  VAL 139          HG21      VAL 139  13.960  20.569   2.045
    8   HG23  VAL 139          HG22      VAL 139  13.807  21.443   0.520
    9   HG22  VAL 139          HG23      VAL 139  12.659  20.166   0.932

  No H/Q in entry =           9
  In of MODEL   12
    1    H    THR 140           H        THR 140  10.820  22.903   5.189
    2    HA   THR 140           HA       THR 140  13.054  24.038   6.380
    3    HB   THR 140           HB       THR 140  10.945  23.324   8.303
    4    HG1  THR 140           HG1      THR 140   9.530  23.395   6.650
    5   HG22  THR 140          HG21      THR 140  10.891  25.800   8.549
    6   HG21  THR 140          HG22      THR 140  12.081  25.922   7.253
    7   HG23  THR 140          HG23      THR 140  12.504  25.121   8.766

  No H/Q in entry =           7
  In of MODEL   12
    1    H    GLY 141           H        GLY 141  14.850  22.793   6.929
    2    HA3  GLY 141           HA2      GLY 141  16.219  21.367   8.075
    3    HA2  GLY 141           HA3      GLY 141  15.032  21.488   9.355

  No H/Q in entry =           3
  In of MODEL   12
    1    H    ARG 142           H        ARG 142  13.544  20.331   6.688
    2    HA   ARG 142           HA       ARG 142  13.034  17.837   7.783
    3    HB2  ARG 142           HB2      ARG 142  11.652  19.154   6.090
    4    HB3  ARG 142           HB3      ARG 142  12.759  18.532   4.875
    5    HG2  ARG 142           HG2      ARG 142  10.682  17.238   5.005
    6    HG3  ARG 142           HG3      ARG 142  12.107  16.258   5.374
    7    HD2  ARG 142           HD2      ARG 142  11.626  16.203   7.650
    8    HD3  ARG 142           HD3      ARG 142  10.561  17.603   7.542
    9    HE   ARG 142           HE       ARG 142   9.596  15.358   6.049
   10   HH11  ARG 142          HH11      ARG 142   9.759  16.782   9.234
   11   HH12  ARG 142          HH12      ARG 142   8.326  15.997   9.806
   12   HH21  ARG 142          HH21      ARG 142   7.702  14.290   6.796
   13   HH22  ARG 142          HH22      ARG 142   7.149  14.582   8.415

  No H/Q in entry =          13
  In of MODEL   12
    1    H    ILE 143           H        ILE 143  14.719  18.415   4.666
    2    HA   ILE 143           HA       ILE 143  15.767  16.413   3.907
    3    HB   ILE 143           HB       ILE 143  17.734  18.553   4.482
    4   HG12  ILE 143          HG12      ILE 143  15.368  18.885   2.623
    5   HG13  ILE 143          HG13      ILE 143  15.600  19.735   4.149
    6   HG22  ILE 143          HG21      ILE 143  18.109  18.238   1.995
    7   HG21  ILE 143          HG22      ILE 143  17.073  16.818   2.136
    8   HG23  ILE 143          HG23      ILE 143  18.571  16.911   3.060
    9   HD12  ILE 143          HD11      ILE 143  16.182  21.037   2.116
   10   HD11  ILE 143          HD12      ILE 143  17.524  19.919   1.865
   11   HD13  ILE 143          HD13      ILE 143  17.462  20.911   3.321

  No H/Q in entry =          11
  In of MODEL   12
    1    H    ALA 144           H        ALA 144  17.677  18.023   6.402
    2    HA   ALA 144           HA       ALA 144  19.637  16.003   6.498
    3    HB2  ALA 144           HB1      ALA 144  20.221  17.115   8.704
    4    HB1  ALA 144           HB2      ALA 144  18.893  18.227   8.374
    5    HB3  ALA 144           HB3      ALA 144  20.263  18.138   7.268

  No H/Q in entry =           5
  In of MODEL   12
    1    H    GLN 145           H        GLN 145  16.522  16.400   7.967
    2    HA   GLN 145           HA       GLN 145  16.901  14.675  10.168
    3    HB2  GLN 145           HB2      GLN 145  14.996  16.347   9.839
    4    HB3  GLN 145           HB3      GLN 145  14.271  15.152   8.772
    5    HG2  GLN 145           HG2      GLN 145  14.634  13.570  10.840
    6    HG3  GLN 145           HG3      GLN 145  14.632  15.095  11.722
    7   HE21  GLN 145          HE21      GLN 145  12.724  12.931  11.859
    8   HE22  GLN 145          HE22      GLN 145  11.192  13.596  11.413

  No H/Q in entry =           8
  In of MODEL   12
    1    H    THR 146           H        THR 146  16.225  14.053   6.641
    2    HA   THR 146           HA       THR 146  15.441  11.373   7.259
    3    HB   THR 146           HB       THR 146  15.969  12.703   4.607
    4    HG1  THR 146           HG1      THR 146  13.336  12.573   5.414
    5   HG23  THR 146          HG21      THR 146  14.543  11.051   3.669
    6   HG22  THR 146          HG22      THR 146  14.005  10.513   5.259
    7   HG21  THR 146          HG23      THR 146  15.660  10.203   4.736

  No H/Q in entry =           7
  In of MODEL   12
    1    H    LEU 147           H        LEU 147  18.219  13.134   7.104
    2    HA   LEU 147           HA       LEU 147  19.769  11.328   5.416
    3    HB2  LEU 147           HB2      LEU 147  20.689  13.793   6.899
    4    HB3  LEU 147           HB3      LEU 147  21.637  12.848   5.759
    5    HG   LEU 147           HG       LEU 147  19.224  14.540   5.165
    6   HD13  LEU 147          HD11      LEU 147  20.693  15.837   3.808
    7   HD12  LEU 147          HD12      LEU 147  22.008  14.687   4.040
    8   HD11  LEU 147          HD13      LEU 147  21.443  15.662   5.395
    9   HD21  LEU 147          HD21      LEU 147  20.646  12.538   3.441
   10   HD23  LEU 147          HD22      LEU 147  19.648  13.835   2.784
   11   HD22  LEU 147          HD23      LEU 147  18.930  12.617   3.838

  No H/Q in entry =          11
  In of MODEL   12
    1    H    LEU 148           H        LEU 148  19.022  12.320   8.616
    2    HA   LEU 148           HA       LEU 148  20.993  10.703   9.932
    3    HB2  LEU 148           HB2      LEU 148  18.463  11.616  11.251
    4    HB3  LEU 148           HB3      LEU 148  20.063  11.423  11.943
    5    HG   LEU 148           HG       LEU 148  19.164  13.626  10.097
    6   HD13  LEU 148          HD11      LEU 148  19.498  15.057  12.017
    7   HD12  LEU 148          HD12      LEU 148  19.963  13.662  12.991
    8   HD11  LEU 148          HD13      LEU 148  18.320  13.792  12.365
    9   HD21  LEU 148          HD21      LEU 148  21.886  12.981  11.218
   10   HD23  LEU 148          HD22      LEU 148  21.440  14.597  10.670
   11   HD22  LEU 148          HD23      LEU 148  21.426  13.250   9.534

  No H/Q in entry =          11
  In of MODEL   12
    1    H    ASN 149           H        ASN 149  17.795  10.355   8.662
    2    HA   ASN 149           HA       ASN 149  17.104   7.930   9.952
    3    HB2  ASN 149           HB2      ASN 149  16.155   9.423   7.578
    4    HB3  ASN 149           HB3      ASN 149  15.868   7.685   7.539
    5   HD21  ASN 149          HD21      ASN 149  15.156  10.677   9.176
    6   HD22  ASN 149          HD22      ASN 149  13.804  10.083  10.076

  No H/Q in entry =           6
  In of MODEL   12
    1    H    LEU 150           H        LEU 150  19.105   8.802   7.256
    2    HA   LEU 150           HA       LEU 150  19.593   6.131   6.305
    3    HB2  LEU 150           HB2      LEU 150  20.920   8.811   5.880
    4    HB3  LEU 150           HB3      LEU 150  21.602   7.334   5.199
    5    HG   LEU 150           HG       LEU 150  18.734   7.711   4.688
    6   HD12  LEU 150          HD11      LEU 150  19.401   9.240   2.703
    7   HD11  LEU 150          HD12      LEU 150  20.737   9.703   3.756
    8   HD13  LEU 150          HD13      LEU 150  19.076   9.936   4.287
    9   HD22  LEU 150          HD21      LEU 150  19.304   6.798   2.573
   10   HD21  LEU 150          HD22      LEU 150  20.197   5.903   3.806
   11   HD23  LEU 150          HD23      LEU 150  21.018   7.122   2.832

  No H/Q in entry =          11
  In of MODEL   12
    1    H    ALA 151           H        ALA 151  20.524   7.878   9.229
    2    HA   ALA 151           HA       ALA 151  23.118   6.595   9.267
    3    HB1  ALA 151           HB1      ALA 151  22.916   8.805  10.303
    4    HB2  ALA 151           HB2      ALA 151  23.358   7.585  11.496
    5    HB3  ALA 151           HB3      ALA 151  21.699   8.182  11.416

  No H/Q in entry =           5
  In of MODEL   12
    1    H    LYS 152           H        LYS 152  19.922   6.009   9.928
    2    HA   LYS 152           HA       LYS 152  20.358   4.083  12.062
    3    HB2  LYS 152           HB2      LYS 152  17.823   5.122  10.806
    4    HB3  LYS 152           HB3      LYS 152  17.902   4.055  12.206
    5    HG2  LYS 152           HG2      LYS 152  19.163   5.822  13.411
    6    HG3  LYS 152           HG3      LYS 152  18.924   6.884  12.022
    7    HD2  LYS 152           HD2      LYS 152  16.411   6.354  12.356
    8    HD3  LYS 152           HD3      LYS 152  16.903   5.826  13.966
    9    HE2  LYS 152           HE2      LYS 152  18.176   8.213  13.793
   10    HE3  LYS 152           HE3      LYS 152  16.740   8.534  12.823
   11    HZ3  LYS 152           HZ1      LYS 152  16.316   9.111  15.093
   12    HZ2  LYS 152           HZ2      LYS 152  16.803   7.586  15.635
   13    HZ1  LYS 152           HZ3      LYS 152  15.391   7.745  14.713

  No H/Q in entry =          13
  In of MODEL   12
    1    H    GLN 153           H        GLN 153  20.161   3.995   8.667
    2    HA   GLN 153           HA       GLN 153  19.090   1.256   8.728
    3    HB2  GLN 153           HB2      GLN 153  19.768   2.557   6.142
    4    HB3  GLN 153           HB3      GLN 153  18.409   1.526   6.557
    5    HG2  GLN 153           HG2      GLN 153  17.597   3.541   7.931
    6    HG3  GLN 153           HG3      GLN 153  18.738   4.452   6.943
    7   HE21  GLN 153          HE21      GLN 153  18.294   4.811   4.809
    8   HE22  GLN 153          HE22      GLN 153  16.778   4.424   4.078

  No H/Q in entry =           8
  In of MODEL   12
    1    HA   PRO 154           HA       PRO 154  22.882  -0.887   7.886
    2    HB2  PRO 154           HB2      PRO 154  22.452  -1.858   5.275
    3    HB3  PRO 154           HB3      PRO 154  22.095  -2.694   6.786
    4    HG2  PRO 154           HG2      PRO 154  20.288  -1.162   4.994
    5    HG3  PRO 154           HG3      PRO 154  19.942  -2.581   5.999
    6    HD2  PRO 154           HD2      PRO 154  19.106  -0.140   6.698
    7    HD3  PRO 154           HD3      PRO 154  19.654  -1.307   7.915

  No H/Q in entry =           7
  In of MODEL   12
    1    H    ASP 155           H        ASP 155  21.911   1.683   5.914
    2    HA   ASP 155           HA       ASP 155  24.138   1.547   4.038
    3    HB2  ASP 155           HB2      ASP 155  21.833   3.573   4.426
    4    HB3  ASP 155           HB3      ASP 155  23.131   3.838   3.268

  No H/Q in entry =           4
  In of MODEL   12
    1    H    ALA 156           H        ALA 156  23.834   3.132   7.318
    2    HA   ALA 156           HA       ALA 156  25.422   5.284   6.651
    3    HB3  ALA 156           HB1      ALA 156  25.375   3.814   9.280
    4    HB2  ALA 156           HB2      ALA 156  24.081   4.903   8.784
    5    HB1  ALA 156           HB3      ALA 156  25.719   5.521   8.996

  No H/Q in entry =           5
  In of MODEL   12
    1    H    MET 157           H        MET 157  27.386   5.157   5.877
    2    HA   MET 157           HA       MET 157  28.807   2.647   6.268
    3    HB2  MET 157           HB2      MET 157  28.203   3.984   4.069
    4    HB3  MET 157           HB3      MET 157  29.724   4.802   4.432
    5    HG2  MET 157           HG2      MET 157  30.699   2.427   4.604
    6    HG3  MET 157           HG3      MET 157  29.227   1.932   3.770
    7    HE1  MET 157           HE1      MET 157  32.535   3.953   3.614
    8    HE3  MET 157           HE2      MET 157  31.396   5.261   3.295
    9    HE2  MET 157           HE3      MET 157  32.478   4.705   2.020

  No H/Q in entry =           9
  In of MODEL   12
    1    H    THR 158           H        THR 158  29.839   2.870   8.322
    2    HA   THR 158           HA       THR 158  31.136   5.094   9.212
    3    HB   THR 158           HB       THR 158  32.693   3.449  10.402
    4    HG1  THR 158           HG1      THR 158  31.632   1.837   8.536
    5   HG23  THR 158          HG21      THR 158  30.749   4.247  11.556
    6   HG22  THR 158          HG22      THR 158  30.808   2.500  11.786
    7   HG21  THR 158          HG23      THR 158  29.688   3.198  10.616

  No H/Q in entry =           7
  In of MODEL   12
    1    H    HIS 159           H        HIS 159  33.162   5.840   9.139
    2    HA   HIS 159           HA       HIS 159  35.212   4.716   7.515
    3    HB2  HIS 159           HB2      HIS 159  35.143   6.062   5.693
    4    HB3  HIS 159           HB3      HIS 159  33.469   6.339   6.135
    5    HD1  HIS 159           HD1      HIS 159  36.708   8.011   5.720
    6    HD2  HIS 159           HD2      HIS 159  33.009   8.880   7.392
    7    HE1  HIS 159           HE1      HIS 159  36.662  10.505   5.983
    8    HE2  HIS 159           HE2      HIS 159  34.499  10.996   7.182

  No H/Q in entry =           8
  In of MODEL   12
    1    HA   PRO 160           HA       PRO 160  37.319   6.484  10.848
    2    HB2  PRO 160           HB2      PRO 160  39.693   7.346   9.834
    3    HB3  PRO 160           HB3      PRO 160  39.279   5.652  10.119
    4    HG2  PRO 160           HG2      PRO 160  39.166   7.224   7.573
    5    HG3  PRO 160           HG3      PRO 160  39.775   5.580   7.849
    6    HD2  PRO 160           HD2      PRO 160  37.335   6.029   6.805
    7    HD3  PRO 160           HD3      PRO 160  37.654   4.664   7.893

  No H/Q in entry =           7
  In of MODEL   12
    1    H    ASP 161           H        ASP 161  35.471   8.347  10.215
    2    HA   ASP 161           HA       ASP 161  36.505  10.730  11.318
    3    HB2  ASP 161           HB2      ASP 161  37.541  11.474   9.424
    4    HB3  ASP 161           HB3      ASP 161  36.478  10.573   8.354

  No H/Q in entry =           4
  In of MODEL   12
    1    H    GLY 162           H        GLY 162  34.029   9.093   9.548
    2    HA3  GLY 162           HA2      GLY 162  31.864  10.081  11.057
    3    HA2  GLY 162           HA3      GLY 162  31.858  10.749   9.417

  No H/Q in entry =           3
  In of MODEL   12
    1    H    MET 163           H        MET 163  29.831   9.405   9.631
    2    HA   MET 163           HA       MET 163  30.294   6.960   8.042
    3    HB2  MET 163           HB2      MET 163  27.922   6.432   9.393
    4    HB3  MET 163           HB3      MET 163  29.453   5.639   9.712
    5    HG2  MET 163           HG2      MET 163  29.941   7.245  11.472
    6    HG3  MET 163           HG3      MET 163  28.440   8.099  11.121
    7    HE3  MET 163           HE1      MET 163  26.194   7.550  12.161
    8    HE2  MET 163           HE2      MET 163  25.676   5.901  12.513
    9    HE1  MET 163           HE3      MET 163  26.140   6.350  10.872

  No H/Q in entry =           9
  In of MODEL   12
    1    H    GLN 164           H        GLN 164  29.539   7.408   6.274
    2    HA   GLN 164           HA       GLN 164  27.660   9.505   5.736
    3    HB2  GLN 164           HB2      GLN 164  28.571   8.438   3.329
    4    HB3  GLN 164           HB3      GLN 164  29.091   9.932   4.090
    5    HG2  GLN 164           HG2      GLN 164  30.729   8.379   5.387
    6    HG3  GLN 164           HG3      GLN 164  30.417   7.267   4.056
    7   HE21  GLN 164          HE21      GLN 164  32.518   7.404   3.312
    8   HE22  GLN 164          HE22      GLN 164  33.125   8.808   2.513

  No H/Q in entry =           8
  In of MODEL   12
    1    H    ILE 165           H        ILE 165  26.728   8.989   3.631
    2    HA   ILE 165           HA       ILE 165  25.705   6.502   2.832
    3    HB   ILE 165           HB       ILE 165  23.269   7.756   3.092
    4   HG12  ILE 165          HG12      ILE 165  23.368   7.873   5.801
    5   HG13  ILE 165          HG13      ILE 165  24.970   8.477   5.402
    6   HG22  ILE 165          HG21      ILE 165  24.466   5.639   4.847
    7   HG21  ILE 165          HG22      ILE 165  23.725   5.409   3.264
    8   HG23  ILE 165          HG23      ILE 165  22.742   5.939   4.629
    9   HD12  ILE 165          HD11      ILE 165  23.049  10.152   5.677
   10   HD11  ILE 165          HD12      ILE 165  22.551   9.610   4.077
   11   HD13  ILE 165          HD13      ILE 165  24.138  10.336   4.303

  No H/Q in entry =          11
  In of MODEL   12
    1    H    LYS 166           H        LYS 166  25.845   7.207   0.233
    2    HA   LYS 166           HA       LYS 166  25.723   9.999   0.016
    3    HB2  LYS 166           HB2      LYS 166  26.027   9.153  -2.463
    4    HB3  LYS 166           HB3      LYS 166  27.404   9.156  -1.374
    5    HG2  LYS 166           HG2      LYS 166  27.230   6.804  -1.026
    6    HG3  LYS 166           HG3      LYS 166  25.671   6.740  -1.848
    7    HD2  LYS 166           HD2      LYS 166  26.640   7.059  -3.956
    8    HD3  LYS 166           HD3      LYS 166  28.142   7.685  -3.271
    9    HE2  LYS 166           HE2      LYS 166  28.887   5.572  -2.653
   10    HE3  LYS 166           HE3      LYS 166  27.267   4.882  -2.691
   11    HZ1  LYS 166           HZ1      LYS 166  28.593   5.843  -5.149
   12    HZ3  LYS 166           HZ2      LYS 166  27.293   4.772  -5.006
   13    HZ2  LYS 166           HZ3      LYS 166  28.848   4.278  -4.565

  No H/Q in entry =          13
  In of MODEL   12
    1    H    ILE 167           H        ILE 167  23.906  10.905  -0.365
    2    HA   ILE 167           HA       ILE 167  21.991   9.374  -1.964
    3    HB   ILE 167           HB       ILE 167  20.467  11.164  -0.507
    4   HG12  ILE 167          HG12      ILE 167  20.966  10.223   1.858
    5   HG13  ILE 167          HG13      ILE 167  22.559   9.846   1.216
    6   HG22  ILE 167          HG21      ILE 167  20.834   8.203  -0.077
    7   HG21  ILE 167          HG22      ILE 167  19.807   8.949  -1.302
    8   HG23  ILE 167          HG23      ILE 167  19.432   9.157   0.409
    9   HD12  ILE 167          HD11      ILE 167  22.555  11.944   2.423
   10   HD11  ILE 167          HD12      ILE 167  21.309  12.577   1.347
   11   HD13  ILE 167          HD13      ILE 167  22.913  12.200   0.715

  No H/Q in entry =          11
  In of MODEL   12
    1    H    THR 168           H        THR 168  21.764  10.335  -3.872
    2    HA   THR 168           HA       THR 168  22.480  12.987  -4.389
    3    HB   THR 168           HB       THR 168  20.822  12.728  -6.364
    4    HG1  THR 168           HG1      THR 168  19.984  10.719  -4.936
    5   HG23  THR 168          HG21      THR 168  22.353  11.305  -7.588
    6   HG22  THR 168          HG22      THR 168  22.994  10.645  -6.084
    7   HG21  THR 168          HG23      THR 168  23.277  12.336  -6.493

  No H/Q in entry =           7
  In of MODEL   12
    1    H    ARG 169           H        ARG 169  21.095  14.753  -4.619
    2    HA   ARG 169           HA       ARG 169  19.149  15.021  -2.524
    3    HB2  ARG 169           HB2      ARG 169  18.803  17.189  -4.237
    4    HB3  ARG 169           HB3      ARG 169  19.818  17.180  -2.817
    5    HG2  ARG 169           HG2      ARG 169  20.905  16.325  -5.473
    6    HG3  ARG 169           HG3      ARG 169  20.791  18.031  -5.038
    7    HD2  ARG 169           HD2      ARG 169  22.139  17.558  -3.009
    8    HD3  ARG 169           HD3      ARG 169  22.322  15.891  -3.551
    9    HE   ARG 169           HE       ARG 169  23.178  17.688  -5.567
   10   HH11  ARG 169          HH11      ARG 169  24.178  16.305  -2.505
   11   HH12  ARG 169          HH12      ARG 169  25.869  16.556  -2.793
   12   HH21  ARG 169          HH21      ARG 169  25.417  18.032  -5.946
   13   HH22  ARG 169          HH22      ARG 169  26.572  17.544  -4.747

  No H/Q in entry =          13
  In of MODEL   12
    1    H    GLN 170           H        GLN 170  19.168  13.998  -5.995
    2    HA   GLN 170           HA       GLN 170  16.589  14.314  -6.465
    3    HB2  GLN 170           HB2      GLN 170  18.511  12.140  -7.267
    4    HB3  GLN 170           HB3      GLN 170  16.854  12.184  -7.857
    5    HG2  GLN 170           HG2      GLN 170  17.864  13.300  -9.547
    6    HG3  GLN 170           HG3      GLN 170  17.530  14.664  -8.481
    7   HE21  GLN 170          HE21      GLN 170  19.895  12.894 -10.110
    8   HE22  GLN 170          HE22      GLN 170  21.285  13.696  -9.470

  No H/Q in entry =           8
  In of MODEL   12
    1    H    GLU 171           H        GLU 171  17.702  12.293  -3.675
    2    HA   GLU 171           HA       GLU 171  15.719  10.375  -4.312
    3    HB2  GLU 171           HB2      GLU 171  17.778  10.681  -2.122
    4    HB3  GLU 171           HB3      GLU 171  16.365   9.657  -1.864
    5    HG2  GLU 171           HG2      GLU 171  17.261   8.791  -4.286
    6    HG3  GLU 171           HG3      GLU 171  18.764   9.198  -3.467

  No H/Q in entry =           6
  In of MODEL   12
    1    H    ILE 172           H        ILE 172  16.726  13.121  -2.735
    2    HA   ILE 172           HA       ILE 172  14.837  13.474  -0.661
    3    HB   ILE 172           HB       ILE 172  16.522  15.648  -1.891
    4   HG12  ILE 172          HG12      ILE 172  18.038  13.768  -1.724
    5   HG13  ILE 172          HG13      ILE 172  18.383  14.873  -0.398
    6   HG23  ILE 172          HG21      ILE 172  16.539  16.549   0.276
    7   HG22  ILE 172          HG22      ILE 172  16.027  15.028   1.005
    8   HG21  ILE 172          HG23      ILE 172  14.889  15.974   0.047
    9   HD12  ILE 172          HD11      ILE 172  18.420  12.492   0.250
   10   HD11  ILE 172          HD12      ILE 172  16.706  12.388  -0.171
   11   HD13  ILE 172          HD13      ILE 172  17.232  13.438   1.148

  No H/Q in entry =          11
  In of MODEL   12
    1    H    GLY 173           H        GLY 173  14.875  14.461  -4.251
    2    HA3  GLY 173           HA2      GLY 173  12.869  16.352  -3.929
    3    HA2  GLY 173           HA3      GLY 173  13.040  15.283  -5.324

  No H/Q in entry =           3
  In of MODEL   12
    1    H    GLN 174           H        GLN 174  12.835  12.944  -4.164
    2    HA   GLN 174           HA       GLN 174  10.022  12.599  -4.015
    3    HB2  GLN 174           HB2      GLN 174  12.228  10.556  -3.840
    4    HB3  GLN 174           HB3      GLN 174  10.531  10.230  -4.189
    5    HG2  GLN 174           HG2      GLN 174  10.647  11.253  -6.289
    6    HG3  GLN 174           HG3      GLN 174  12.144  12.093  -5.893
    7   HE21  GLN 174          HE21      GLN 174  14.091  10.916  -5.857
    8   HE22  GLN 174          HE22      GLN 174  14.241   9.424  -6.719

  No H/Q in entry =           8
  In of MODEL   12
    1    H    ILE 175           H        ILE 175  12.541  12.422  -1.582
    2    HA   ILE 175           HA       ILE 175  10.762  11.027   0.242
    3    HB   ILE 175           HB       ILE 175  13.441  12.228   0.888
    4   HG12  ILE 175          HG12      ILE 175  12.911   9.370   0.074
    5   HG13  ILE 175          HG13      ILE 175  13.514  10.599  -1.037
    6   HG22  ILE 175          HG21      ILE 175  13.262  10.145   2.506
    7   HG21  ILE 175          HG22      ILE 175  11.535  10.389   2.250
    8   HG23  ILE 175          HG23      ILE 175  12.520  11.691   2.920
    9   HD11  ILE 175          HD11      ILE 175  15.473  10.914   0.373
   10   HD13  ILE 175          HD12      ILE 175  15.323   9.241  -0.164
   11   HD12  ILE 175          HD13      ILE 175  14.874   9.683   1.482

  No H/Q in entry =          11
  In of MODEL   12
    1    H    VAL 176           H        VAL 176  12.116  14.233  -0.189
    2    HA   VAL 176           HA       VAL 176  10.807  15.189   2.218
    3    HB   VAL 176           HB       VAL 176  12.676  16.521   0.261
    4   HG11  VAL 176          HG11      VAL 176  11.337  17.626   2.707
    5   HG13  VAL 176          HG12      VAL 176  11.273  18.254   1.056
    6   HG12  VAL 176          HG13      VAL 176  12.778  18.330   1.977
    7   HG21  VAL 176          HG21      VAL 176  13.664  14.846   1.754
    8   HG23  VAL 176          HG22      VAL 176  13.025  15.724   3.145
    9   HG22  VAL 176          HG23      VAL 176  14.239  16.475   2.110

  No H/Q in entry =           9
  In of MODEL   12
    1    H    GLY 177           H        GLY 177  10.586  15.537  -1.286
    2    HA3  GLY 177           HA2      GLY 177   8.341  15.733  -2.191
    3    HA2  GLY 177           HA3      GLY 177   7.967  16.835  -0.871

  No H/Q in entry =           3
  In of MODEL   12
    1    H    CYS 178           H        CYS 178  10.918  17.799  -1.567
    2    HA   CYS 178           HA       CYS 178   9.976  19.687  -3.646
    3    HB2  CYS 178           HB2      CYS 178  12.041  20.104  -1.479
    4    HB3  CYS 178           HB3      CYS 178  11.617  21.280  -2.719
    5    HG   CYS 178           HG       CYS 178   8.991  21.612  -1.813

  No H/Q in entry =           5
  In of MODEL   12
    1    H    SER 179           H        SER 179  11.610  20.266  -5.325
    2    HA   SER 179           HA       SER 179  13.122  17.985  -6.046
    3    HB2  SER 179           HB2      SER 179  14.175  20.108  -7.477
    4    HB3  SER 179           HB3      SER 179  12.775  19.158  -7.976
    5    HG   SER 179           HG       SER 179  12.649  21.611  -7.773

  No H/Q in entry =           5
  In of MODEL   12
    1    H    ARG 180           H        ARG 180  15.342  18.205  -6.391
    2    HA   ARG 180           HA       ARG 180  16.981  18.773  -4.287
    3    HB2  ARG 180           HB2      ARG 180  18.842  18.737  -6.072
    4    HB3  ARG 180           HB3      ARG 180  17.895  17.289  -5.800
    5    HG2  ARG 180           HG2      ARG 180  18.045  17.373  -8.087
    6    HG3  ARG 180           HG3      ARG 180  16.473  18.113  -7.787
    7    HD2  ARG 180           HD2      ARG 180  17.170  20.172  -8.440
    8    HD3  ARG 180           HD3      ARG 180  18.819  19.915  -7.871
    9    HE   ARG 180           HE       ARG 180  19.278  18.691  -9.876
   10   HH11  ARG 180          HH11      ARG 180  16.231  20.422  -9.839
   11   HH12  ARG 180          HH12      ARG 180  16.029  20.341 -11.566
   12   HH21  ARG 180          HH21      ARG 180  19.029  18.620 -12.145
   13   HH22  ARG 180          HH22      ARG 180  17.633  19.344 -12.876

  No H/Q in entry =          13
  In of MODEL   12
    1    H    GLU 181           H        GLU 181  15.215  21.009  -5.234
    2    HA   GLU 181           HA       GLU 181  17.061  23.068  -6.001
    3    HB2  GLU 181           HB2      GLU 181  14.173  22.693  -6.125
    4    HB3  GLU 181           HB3      GLU 181  14.709  24.346  -5.846
    5    HG2  GLU 181           HG2      GLU 181  14.802  24.409  -8.087
    6    HG3  GLU 181           HG3      GLU 181  16.371  23.643  -7.835

  No H/Q in entry =           6
  In of MODEL   12
    1    H    THR 182           H        THR 182  14.439  23.109  -3.916
    2    HA   THR 182           HA       THR 182  15.236  24.967  -1.901
    3    HB   THR 182           HB       THR 182  13.545  22.945  -0.715
    4    HG1  THR 182           HG1      THR 182  11.847  23.573  -2.526
    5   HG22  THR 182          HG21      THR 182  12.835  25.701  -1.730
    6   HG21  THR 182          HG22      THR 182  13.556  25.366  -0.156
    7   HG23  THR 182          HG23      THR 182  11.944  24.760  -0.535

  No H/Q in entry =           7
  In of MODEL   12
    1    H    VAL 183           H        VAL 183  15.162  21.472  -2.103
    2    HA   VAL 183           HA       VAL 183  16.865  20.902   0.165
    3    HB   VAL 183           HB       VAL 183  15.459  19.512  -2.021
    4   HG11  VAL 183          HG11      VAL 183  17.940  18.965  -2.371
    5   HG13  VAL 183          HG12      VAL 183  16.749  17.645  -2.322
    6   HG12  VAL 183          HG13      VAL 183  17.757  17.990  -0.908
    7   HG21  VAL 183          HG21      VAL 183  14.745  19.465   0.319
    8   HG23  VAL 183          HG22      VAL 183  16.196  18.530   0.705
    9   HG22  VAL 183          HG23      VAL 183  14.973  17.858  -0.385

  No H/Q in entry =           9
  In of MODEL   12
    1    H    GLY 184           H        GLY 184  17.358  21.482  -3.499
    2    HA3  GLY 184           HA2      GLY 184  19.961  20.985  -3.404
    3    HA2  GLY 184           HA3      GLY 184  19.194  22.211  -4.405

  No H/Q in entry =           3
  In of MODEL   12
    1    H    ARG 185           H        ARG 185  18.333  23.361  -1.460
    2    HA   ARG 185           HA       ARG 185  20.344  25.352  -1.730
    3    HB2  ARG 185           HB2      ARG 185  18.228  24.852   0.363
    4    HB3  ARG 185           HB3      ARG 185  19.390  26.164   0.461
    5    HG2  ARG 185           HG2      ARG 185  18.507  27.166  -1.537
    6    HG3  ARG 185           HG3      ARG 185  17.413  25.801  -1.777
    7    HD2  ARG 185           HD2      ARG 185  16.256  26.326   0.281
    8    HD3  ARG 185           HD3      ARG 185  17.394  27.627   0.620
    9    HE   ARG 185           HE       ARG 185  15.299  27.633  -1.434
   10   HH11  ARG 185          HH11      ARG 185  17.872  29.302   0.248
   11   HH12  ARG 185          HH12      ARG 185  17.338  30.879  -0.234
   12   HH21  ARG 185          HH21      ARG 185  14.600  29.707  -2.082
   13   HH22  ARG 185          HH22      ARG 185  15.481  31.110  -1.567

  No H/Q in entry =          13
  In of MODEL   12
    1    H    ILE 186           H        ILE 186  19.223  23.313   1.042
    2    HA   ILE 186           HA       ILE 186  21.420  23.438   2.421
    3    HB   ILE 186           HB       ILE 186  19.163  21.477   2.337
    4   HG12  ILE 186          HG12      ILE 186  18.968  22.756   4.693
    5   HG13  ILE 186          HG13      ILE 186  19.828  23.988   3.780
    6   HG21  ILE 186          HG21      ILE 186  21.375  21.561   4.379
    7   HG23  ILE 186          HG22      ILE 186  20.957  20.216   3.324
    8   HG22  ILE 186          HG23      ILE 186  19.844  20.716   4.594
    9   HD12  ILE 186          HD11      ILE 186  17.057  23.343   3.770
   10   HD11  ILE 186          HD12      ILE 186  17.712  23.089   2.153
   11   HD13  ILE 186          HD13      ILE 186  17.897  24.655   2.942

  No H/Q in entry =          11
  In of MODEL   12
    1    H    LEU 187           H        LEU 187  20.887  21.079  -0.087
    2    HA   LEU 187           HA       LEU 187  22.767  19.362   1.060
    3    HB2  LEU 187           HB2      LEU 187  21.695  19.519  -1.705
    4    HB3  LEU 187           HB3      LEU 187  22.685  18.195  -1.070
    5    HG   LEU 187           HG       LEU 187  19.877  18.944  -0.387
    6   HD12  LEU 187          HD11      LEU 187  20.729  16.277   0.131
    7   HD11  LEU 187          HD12      LEU 187  21.147  16.803  -1.502
    8   HD13  LEU 187          HD13      LEU 187  19.474  16.893  -0.946
    9   HD23  LEU 187          HD21      LEU 187  21.682  17.589   1.611
   10   HD22  LEU 187          HD22      LEU 187  19.942  17.786   1.753
   11   HD21  LEU 187          HD23      LEU 187  20.989  19.200   1.785

  No H/Q in entry =          11
  In of MODEL   12
    1    H    LYS 188           H        LYS 188  23.077  21.834  -1.496
    2    HA   LYS 188           HA       LYS 188  25.729  21.901  -1.721
    3    HB2  LYS 188           HB2      LYS 188  23.910  23.513  -2.643
    4    HB3  LYS 188           HB3      LYS 188  24.334  24.518  -1.265
    5    HG2  LYS 188           HG2      LYS 188  26.463  23.526  -3.116
    6    HG3  LYS 188           HG3      LYS 188  25.483  24.927  -3.548
    7    HD2  LYS 188           HD2      LYS 188  26.309  26.203  -1.788
    8    HD3  LYS 188           HD3      LYS 188  26.828  24.785  -0.874
    9    HE2  LYS 188           HE2      LYS 188  28.531  24.371  -2.667
   10    HE3  LYS 188           HE3      LYS 188  28.092  25.931  -3.359
   11    HZ1  LYS 188           HZ1      LYS 188  28.931  25.691  -0.529
   12    HZ3  LYS 188           HZ2      LYS 188  28.943  27.062  -1.527
   13    HZ2  LYS 188           HZ3      LYS 188  30.074  25.830  -1.774

  No H/Q in entry =          13
  In of MODEL   12
    1    H    MET 189           H        MET 189  24.020  23.212   1.215
    2    HA   MET 189           HA       MET 189  26.523  24.371   2.195
    3    HB2  MET 189           HB2      MET 189  25.476  24.437   4.481
    4    HB3  MET 189           HB3      MET 189  24.645  25.352   3.242
    5    HG2  MET 189           HG2      MET 189  23.180  23.224   3.049
    6    HG3  MET 189           HG3      MET 189  23.813  22.882   4.657
    7    HE3  MET 189           HE1      MET 189  21.486  26.732   3.614
    8    HE2  MET 189           HE2      MET 189  21.415  25.325   2.556
    9    HE1  MET 189           HE3      MET 189  22.941  26.170   2.794

  No H/Q in entry =           9
  In of MODEL   12
    1    H    LEU 190           H        LEU 190  25.133  21.220   2.081
    2    HA   LEU 190           HA       LEU 190  26.391  20.115   4.295
    3    HB2  LEU 190           HB2      LEU 190  25.767  18.711   1.731
    4    HB3  LEU 190           HB3      LEU 190  25.983  17.980   3.319
    5    HG   LEU 190           HG       LEU 190  23.755  19.694   2.342
    6   HD13  LEU 190          HD11      LEU 190  23.496  17.354   2.013
    7   HD12  LEU 190          HD12      LEU 190  22.425  17.863   3.321
    8   HD11  LEU 190          HD13      LEU 190  23.937  17.035   3.687
    9   HD21  LEU 190          HD21      LEU 190  24.401  20.674   4.441
   10   HD23  LEU 190          HD22      LEU 190  24.327  19.092   5.201
   11   HD22  LEU 190          HD23      LEU 190  22.861  19.830   4.581

  No H/Q in entry =          11
  In of MODEL   12
    1    H    GLU 191           H        GLU 191  27.759  20.330   0.923
    2    HA   GLU 191           HA       GLU 191  30.106  19.060   1.664
    3    HB2  GLU 191           HB2      GLU 191  28.934  19.856  -0.639
    4    HB3  GLU 191           HB3      GLU 191  30.084  21.167  -0.438
    5    HG2  GLU 191           HG2      GLU 191  31.621  18.941  -0.009
    6    HG3  GLU 191           HG3      GLU 191  30.505  18.418  -1.270

  No H/Q in entry =           6
  In of MODEL   12
    1    H    ASP 192           H        ASP 192  28.846  22.065   2.493
    2    HA   ASP 192           HA       ASP 192  31.451  23.383   2.712
    3    HB2  ASP 192           HB2      ASP 192  28.638  24.380   3.189
    4    HB3  ASP 192           HB3      ASP 192  30.065  25.327   3.590

  No H/Q in entry =           4
  In of MODEL   12
    1    H    GLN 193           H        GLN 193  29.622  21.327   4.260
    2    HA   GLN 193           HA       GLN 193  29.407  20.487   6.360
    3    HB2  GLN 193           HB2      GLN 193  31.939  22.072   6.841
    4    HB3  GLN 193           HB3      GLN 193  31.280  20.878   7.948
    5    HG2  GLN 193           HG2      GLN 193  32.365  19.285   6.887
    6    HG3  GLN 193           HG3      GLN 193  31.508  19.672   5.395
    7   HE21  GLN 193          HE21      GLN 193  32.446  21.112   3.939
    8   HE22  GLN 193          HE22      GLN 193  34.145  21.430   3.953

  No H/Q in entry =           8
  In of MODEL   12
    1    H    ASN 194           H        ASN 194  28.201  23.073   5.648
    2    HA   ASN 194           HA       ASN 194  28.238  24.564   8.148
    3    HB2  ASN 194           HB2      ASN 194  27.811  25.306   5.521
    4    HB3  ASN 194           HB3      ASN 194  26.186  25.320   6.201
    5   HD21  ASN 194          HD21      ASN 194  27.782  27.553   5.304
    6   HD22  ASN 194          HD22      ASN 194  27.958  28.605   6.664

  No H/Q in entry =           6
  In of MODEL   12
    1    H    LEU 195           H        LEU 195  26.926  21.839   7.177
    2    HA   LEU 195           HA       LEU 195  24.758  21.974   9.143
    3    HB2  LEU 195           HB2      LEU 195  24.096  22.470   6.629
    4    HB3  LEU 195           HB3      LEU 195  24.168  20.730   6.492
    5    HG   LEU 195           HG       LEU 195  22.530  21.621   8.747
    6   HD13  LEU 195          HD11      LEU 195  21.859  23.457   7.465
    7   HD12  LEU 195          HD12      LEU 195  20.653  22.224   7.088
    8   HD11  LEU 195          HD13      LEU 195  21.962  22.554   5.954
    9   HD23  LEU 195          HD21      LEU 195  21.401  20.101   6.493
   10   HD22  LEU 195          HD22      LEU 195  21.355  19.766   8.226
   11   HD21  LEU 195          HD23      LEU 195  22.794  19.363   7.286

  No H/Q in entry =          11
  In of MODEL   12
    1    H    ILE 196           H        ILE 196  27.045  20.238   7.298
    2    HA   ILE 196           HA       ILE 196  27.278  18.045   8.888
    3    HB   ILE 196           HB       ILE 196  26.772  16.368   6.894
    4   HG12  ILE 196          HG12      ILE 196  24.708  18.507   6.812
    5   HG13  ILE 196          HG13      ILE 196  25.693  17.901   5.477
    6   HG23  ILE 196          HG21      ILE 196  24.989  15.580   8.233
    7   HG22  ILE 196          HG22      ILE 196  24.811  17.159   8.998
    8   HG21  ILE 196          HG23      ILE 196  26.264  16.199   9.283
    9   HD11  ILE 196          HD11      ILE 196  23.758  16.169   6.954
   10   HD13  ILE 196          HD12      ILE 196  24.519  15.896   5.386
   11   HD12  ILE 196          HD13      ILE 196  23.294  17.151   5.564

  No H/Q in entry =          11
  In of MODEL   12
    1    H    SER 197           H        SER 197  28.055  16.478   6.350
    2    HA   SER 197           HA       SER 197  29.965  18.062   5.066
    3    HB2  SER 197           HB2      SER 197  31.352  17.724   6.915
    4    HB3  SER 197           HB3      SER 197  30.881  16.033   7.054
    5    HG   SER 197           HG       SER 197  32.075  15.554   5.264

  No H/Q in entry =           5
  In of MODEL   12
    1    H    ALA 198           H        ALA 198  29.393  17.511   3.143
    2    HA   ALA 198           HA       ALA 198  28.853  14.708   2.607
    3    HB3  ALA 198           HB1      ALA 198  27.131  16.579   2.026
    4    HB1  ALA 198           HB2      ALA 198  27.491  15.337   0.828
    5    HB2  ALA 198           HB3      ALA 198  28.233  16.931   0.694

  No H/Q in entry =           5
  In of MODEL   12
    1    H    HIS 199           H        HIS 199  30.546  13.726   1.845
    2    HA   HIS 199           HA       HIS 199  32.707  15.227   0.585
    3    HB2  HIS 199           HB2      HIS 199  33.109  13.349   2.303
    4    HB3  HIS 199           HB3      HIS 199  32.563  12.234   1.055
    5    HD1  HIS 199           HD1      HIS 199  35.399  14.531   1.926
    6    HD2  HIS 199           HD2      HIS 199  34.403  11.712  -0.962
    7    HE1  HIS 199           HE1      HIS 199  37.522  14.086   0.656
    8    HE2  HIS 199           HE2      HIS 199  36.936  12.233  -0.944

  No H/Q in entry =           8
  In of MODEL   12
    1    H    GLY 200           H        GLY 200  31.316  15.844  -1.134
    2    HA3  GLY 200           HA2      GLY 200  30.849  15.578  -3.420
    3    HA2  GLY 200           HA3      GLY 200  31.098  13.836  -3.246

  No H/Q in entry =           3
  In of MODEL   12
    1    H    LYS 201           H        LYS 201  29.259  12.641  -3.303
    2    HA   LYS 201           HA       LYS 201  26.784  13.960  -2.421
    3    HB2  LYS 201           HB2      LYS 201  26.441  11.345  -3.674
    4    HB3  LYS 201           HB3      LYS 201  25.654  12.875  -4.027
    5    HG2  LYS 201           HG2      LYS 201  26.754  12.756  -5.964
    6    HG3  LYS 201           HG3      LYS 201  28.149  13.300  -5.027
    7    HD2  LYS 201           HD2      LYS 201  28.877  11.034  -4.700
    8    HD3  LYS 201           HD3      LYS 201  27.413  10.410  -5.458
    9    HE2  LYS 201           HE2      LYS 201  28.056  11.278  -7.582
   10    HE3  LYS 201           HE3      LYS 201  29.401  12.169  -6.874
   11    HZ1  LYS 201           HZ1      LYS 201  30.438  10.071  -6.295
   12    HZ3  LYS 201           HZ2      LYS 201  30.156  10.158  -7.960
   13    HZ2  LYS 201           HZ3      LYS 201  29.147   9.215  -6.980

  No H/Q in entry =          13
  In of MODEL   12
    1    H    THR 202           H        THR 202  29.073  11.809  -1.375
    2    HA   THR 202           HA       THR 202  27.435  10.143   0.321
    3    HB   THR 202           HB       THR 202  30.208  10.335   1.141
    4    HG1  THR 202           HG1      THR 202  30.949  10.852  -0.820
    5   HG21  THR 202          HG21      THR 202  28.571   8.384   1.333
    6   HG23  THR 202          HG22      THR 202  30.219   7.988   0.849
    7   HG22  THR 202          HG23      THR 202  28.937   8.053  -0.360

  No H/Q in entry =           7
  In of MODEL   12
    1    H    ILE 203           H        ILE 203  26.492  11.090   1.953
    2    HA   ILE 203           HA       ILE 203  27.575  13.551   3.038
    3    HB   ILE 203           HB       ILE 203  24.873  12.285   2.966
    4   HG12  ILE 203          HG12      ILE 203  25.961  15.011   2.270
    5   HG13  ILE 203          HG13      ILE 203  25.505  13.746   1.139
    6   HG21  ILE 203          HG21      ILE 203  25.777  14.426   4.882
    7   HG23  ILE 203          HG22      ILE 203  25.040  12.870   5.270
    8   HG22  ILE 203          HG23      ILE 203  24.085  14.126   4.483
    9   HD12  ILE 203          HD11      ILE 203  23.681  15.267   2.965
   10   HD11  ILE 203          HD12      ILE 203  23.177  13.972   1.875
   11   HD13  ILE 203          HD13      ILE 203  23.835  15.475   1.223

  No H/Q in entry =          11
  In of MODEL   12
    1    H    VAL 204           H        VAL 204  28.614  13.510   4.896
    2    HA   VAL 204           HA       VAL 204  28.319  11.193   6.680
    3    HB   VAL 204           HB       VAL 204  30.659  12.115   5.425
    4   HG11  VAL 204          HG11      VAL 204  30.407  13.363   8.089
    5   HG13  VAL 204          HG12      VAL 204  31.330  13.873   6.675
    6   HG12  VAL 204          HG13      VAL 204  31.945  12.581   7.713
    7   HG21  VAL 204          HG21      VAL 204  30.097   9.891   6.391
    8   HG23  VAL 204          HG22      VAL 204  30.556  10.537   7.963
    9   HG22  VAL 204          HG23      VAL 204  31.749  10.441   6.668

  No H/Q in entry =           9
  In of MODEL   12
    1    H    VAL 205           H        VAL 205  27.066  11.749   7.980
    2    HA   VAL 205           HA       VAL 205  26.886  14.236   9.413
    3    HB   VAL 205           HB       VAL 205  25.410  12.685  10.940
    4   HG13  VAL 205          HG11      VAL 205  24.345  14.188   9.406
    5   HG12  VAL 205          HG12      VAL 205  23.587  12.615   9.164
    6   HG11  VAL 205          HG13      VAL 205  24.793  13.196   8.013
    7   HG23  VAL 205          HG21      VAL 205  25.723  10.863   8.543
    8   HG22  VAL 205          HG22      VAL 205  24.657  10.605   9.926
    9   HG21  VAL 205          HG23      VAL 205  26.410  10.552  10.141

  No H/Q in entry =           9
  In of MODEL   12
    1    H    TYR 206           H        TYR 206  28.929  14.563  10.050
    2    HA   TYR 206           HA       TYR 206  30.881  12.951  11.079
    3    HB2  TYR 206           HB2      TYR 206  30.082  15.727  11.961
    4    HB3  TYR 206           HB3      TYR 206  31.464  14.902  12.661
    5    HD1  TYR 206           HD1      TYR 206  30.652  17.342  10.475
    6    HD2  TYR 206           HD2      TYR 206  32.959  13.765  10.594
    7    HE1  TYR 206           HE1      TYR 206  32.083  18.214   8.690
    8    HE2  TYR 206           HE2      TYR 206  34.395  14.625   8.796
    9    HH   TYR 206           HH       TYR 206  33.686  16.793   6.769

  No H/Q in entry =           9
  In of MODEL   12
    1    H    GLY 207           H        GLY 207  28.485  14.639  13.179
    2    HA3  GLY 207           HA2      GLY 207  27.817  12.568  14.862
    3    HA2  GLY 207           HA3      GLY 207  29.325  13.187  15.517

  No H/Q in entry =           3
  In of MODEL   12
    1    H    THR 208           H        THR 208  26.409  14.715  14.151
    2    HA   THR 208           HA       THR 208  25.515  15.823  16.638
    3    HB   THR 208           HB       THR 208  26.507  17.845  14.602
    4    HG1  THR 208           HG1      THR 208  27.931  16.535  16.520
    5   HG23  THR 208          HG21      THR 208  26.123  19.466  16.385
    6   HG22  THR 208          HG22      THR 208  25.600  18.171  17.462
    7   HG21  THR 208          HG23      THR 208  24.649  18.564  16.030

  No H/Q in entry =           7
  In of MODEL   12
    1    H    ARG 209           H        ARG 209  25.558  16.482  13.101
    2    HA   ARG 209           HA       ARG 209  22.720  15.895  13.080
    3    HB2  ARG 209           HB2      ARG 209  22.294  17.998  11.711
    4    HB3  ARG 209           HB3      ARG 209  22.529  18.225  13.437
    5    HG2  ARG 209           HG2      ARG 209  24.880  18.859  12.987
    6    HG3  ARG 209           HG3      ARG 209  24.538  18.745  11.258
    7    HD2  ARG 209           HD2      ARG 209  22.814  20.451  11.480
    8    HD3  ARG 209           HD3      ARG 209  23.124  20.555  13.210
    9    HE   ARG 209           HE       ARG 209  25.535  21.119  12.202
   10   HH11  ARG 209          HH11      ARG 209  22.352  22.298  11.350
   11   HH12  ARG 209          HH12      ARG 209  22.922  23.863  10.867
   12   HH21  ARG 209          HH21      ARG 209  26.289  23.174  11.560
   13   HH22  ARG 209          HH22      ARG 209  25.168  24.362  10.980

  No H/Q in entry =          13
  In of MODEL   13
    1    H1   VAL   1           H3       VAL   1 -23.078 -14.831   5.703
    2    H2   VAL   1           H2       VAL   1 -24.576 -14.112   6.038
    3    H3   VAL   1           H1       VAL   1 -24.262 -15.707   6.528
    4    HA   VAL   1           HA       VAL   1 -25.547 -16.032   4.672
    5    HB   VAL   1           HB       VAL   1 -25.434 -13.580   4.048
    6   HG11  VAL   1          HG11      VAL   1 -23.017 -14.482   2.492
    7   HG13  VAL   1          HG12      VAL   1 -23.039 -13.335   3.831
    8   HG12  VAL   1          HG13      VAL   1 -23.829 -12.928   2.308
    9   HG22  VAL   1          HG21      VAL   1 -26.729 -15.122   2.722
   10   HG21  VAL   1          HG22      VAL   1 -25.290 -15.614   1.829
   11   HG23  VAL   1          HG23      VAL   1 -25.916 -13.973   1.661

  No H/Q in entry =          11
  In of MODEL   13
    1    H    LEU   2           H        LEU   2 -25.090 -17.446   2.895
    2    HA   LEU   2           HA       LEU   2 -22.276 -18.045   2.340
    3    HB2  LEU   2           HB2      LEU   2 -23.599 -19.493   4.226
    4    HB3  LEU   2           HB3      LEU   2 -24.007 -20.401   2.785
    5    HG   LEU   2           HG       LEU   2 -21.533 -20.561   2.305
    6   HD12  LEU   2          HD11      LEU   2 -20.070 -20.266   4.316
    7   HD11  LEU   2          HD12      LEU   2 -21.404 -19.403   5.080
    8   HD13  LEU   2          HD13      LEU   2 -20.670 -18.768   3.608
    9   HD21  LEU   2          HD21      LEU   2 -22.809 -22.414   3.251
   10   HD23  LEU   2          HD22      LEU   2 -22.540 -21.778   4.874
   11   HD22  LEU   2          HD23      LEU   2 -21.177 -22.360   3.918

  No H/Q in entry =          11
  In of MODEL   13
    1    H    GLY   3           H        GLY   3 -22.295 -19.964   0.597
    2    HA3  GLY   3           HA2      GLY   3 -22.877 -20.611  -1.527
    3    HA2  GLY   3           HA3      GLY   3 -24.545 -20.288  -1.073

  No H/Q in entry =           3
  In of MODEL   13
    1    H    LYS   4           H        LYS   4 -21.559 -18.557  -1.957
    2    HA   LYS   4           HA       LYS   4 -23.262 -16.555  -3.294
    3    HB2  LYS   4           HB2      LYS   4 -20.837 -16.333  -1.658
    4    HB3  LYS   4           HB3      LYS   4 -20.767 -15.407  -3.150
    5    HG2  LYS   4           HG2      LYS   4 -21.620 -14.156  -1.156
    6    HG3  LYS   4           HG3      LYS   4 -22.685 -14.138  -2.561
    7    HD2  LYS   4           HD2      LYS   4 -23.252 -16.382  -0.815
    8    HD3  LYS   4           HD3      LYS   4 -23.369 -14.844   0.042
    9    HE2  LYS   4           HE2      LYS   4 -25.068 -14.062  -1.331
   10    HE3  LYS   4           HE3      LYS   4 -24.658 -15.169  -2.639
   11    HZ2  LYS   4           HZ1      LYS   4 -26.707 -15.800  -1.514
   12    HZ1  LYS   4           HZ2      LYS   4 -25.877 -15.961  -0.051
   13    HZ3  LYS   4           HZ3      LYS   4 -25.521 -16.997  -1.340

  No H/Q in entry =          13
  In of MODEL   13
    1    HA   PRO   5           HA       PRO   5 -21.674 -17.970  -7.148
    2    HB2  PRO   5           HB2      PRO   5 -22.284 -15.858  -8.707
    3    HB3  PRO   5           HB3      PRO   5 -23.518 -16.941  -8.050
    4    HG2  PRO   5           HG2      PRO   5 -22.638 -14.253  -7.064
    5    HG3  PRO   5           HG3      PRO   5 -24.281 -14.896  -7.240
    6    HD2  PRO   5           HD2      PRO   5 -22.969 -14.830  -4.862
    7    HD3  PRO   5           HD3      PRO   5 -24.167 -16.074  -5.268

  No H/Q in entry =           7
  In of MODEL   13
    1    H    GLN   6           H        GLN   6 -19.506 -17.377  -5.721
    2    HA   GLN   6           HA       GLN   6 -17.960 -15.447  -7.318
    3    HB2  GLN   6           HB2      GLN   6 -17.556 -16.643  -4.590
    4    HB3  GLN   6           HB3      GLN   6 -16.202 -15.951  -5.472
    5    HG2  GLN   6           HG2      GLN   6 -17.766 -13.881  -5.693
    6    HG3  GLN   6           HG3      GLN   6 -18.597 -14.608  -4.318
    7   HE21  GLN   6          HE21      GLN   6 -17.089 -12.119  -4.486
    8   HE22  GLN   6          HE22      GLN   6 -15.838 -12.235  -3.300

  No H/Q in entry =           8
  In of MODEL   13
    1    H    THR   7           H        THR   7 -18.521 -18.733  -6.757
    2    HA   THR   7           HA       THR   7 -17.746 -20.632  -7.708
    3    HB   THR   7           HB       THR   7 -15.912 -19.017  -9.477
    4    HG1  THR   7           HG1      THR   7 -18.633 -18.919  -9.330
    5   HG21  THR   7          HG21      THR   7 -17.206 -21.721  -9.589
    6   HG23  THR   7          HG22      THR   7 -15.522 -21.279  -9.870
    7   HG22  THR   7          HG23      THR   7 -16.748 -20.896 -11.077

  No H/Q in entry =           7
  In of MODEL   13
    1    H    ASP   8           H        ASP   8 -16.716 -19.960  -5.325
    2    HA   ASP   8           HA       ASP   8 -13.982 -20.973  -5.512
    3    HB2  ASP   8           HB2      ASP   8 -13.861 -18.520  -5.133
    4    HB3  ASP   8           HB3      ASP   8 -14.876 -18.705  -3.709

  No H/Q in entry =           4
  In of MODEL   13
    1    HA   PRO   9           HA       PRO   9 -16.618 -23.469  -2.694
    2    HB2  PRO   9           HB2      PRO   9 -15.323 -25.813  -3.193
    3    HB3  PRO   9           HB3      PRO   9 -16.643 -25.204  -4.197
    4    HG2  PRO   9           HG2      PRO   9 -13.693 -25.072  -4.656
    5    HG3  PRO   9           HG3      PRO   9 -14.995 -25.400  -5.814
    6    HD2  PRO   9           HD2      PRO   9 -13.782 -22.980  -5.605
    7    HD3  PRO   9           HD3      PRO   9 -15.478 -23.167  -6.093

  No H/Q in entry =           7
  In of MODEL   13
    1    H    THR  10           H        THR  10 -13.323 -22.613  -2.809
    2    HA   THR  10           HA       THR  10 -12.505 -24.284  -0.584
    3    HB   THR  10           HB       THR  10 -10.648 -22.160  -1.059
    4    HG1  THR  10           HG1      THR  10 -11.600 -21.867  -3.104
    5   HG21  THR  10          HG21      THR  10 -10.594 -25.083  -1.825
    6   HG23  THR  10          HG22      THR  10 -10.060 -24.401  -0.289
    7   HG22  THR  10          HG23      THR  10  -9.190 -24.016  -1.774

  No H/Q in entry =           7
  In of MODEL   13
    1    H    LEU  11           H        LEU  11 -13.554 -20.966  -1.254
    2    HA   LEU  11           HA       LEU  11 -12.998 -20.107   1.388
    3    HB2  LEU  11           HB2      LEU  11 -13.846 -18.854  -1.028
    4    HB3  LEU  11           HB3      LEU  11 -14.877 -18.344   0.307
    5    HG   LEU  11           HG       LEU  11 -11.874 -18.226   0.255
    6   HD13  LEU  11          HD11      LEU  11 -12.813 -16.488  -1.096
    7   HD12  LEU  11          HD12      LEU  11 -12.243 -15.805   0.431
    8   HD11  LEU  11          HD13      LEU  11 -13.968 -16.088   0.181
    9   HD23  LEU  11          HD21      LEU  11 -12.314 -16.852   2.368
   10   HD22  LEU  11          HD22      LEU  11 -12.369 -18.608   2.464
   11   HD21  LEU  11          HD23      LEU  11 -13.869 -17.687   2.394

  No H/Q in entry =          11
  In of MODEL   13
    1    H    GLU  12           H        GLU  12 -15.581 -21.607  -0.151
    2    HA   GLU  12           HA       GLU  12 -17.559 -21.112   1.892
    3    HB2  GLU  12           HB2      GLU  12 -17.679 -23.122  -0.385
    4    HB3  GLU  12           HB3      GLU  12 -19.024 -22.567   0.607
    5    HG2  GLU  12           HG2      GLU  12 -17.761 -20.291  -0.518
    6    HG3  GLU  12           HG3      GLU  12 -18.042 -21.457  -1.807

  No H/Q in entry =           6
  In of MODEL   13
    1    H    TRP  13           H        TRP  13 -14.853 -22.954   1.496
    2    HA   TRP  13           HA       TRP  13 -15.740 -25.056   3.344
    3    HB2  TRP  13           HB2      TRP  13 -13.338 -24.758   1.552
    4    HB3  TRP  13           HB3      TRP  13 -13.233 -25.778   2.986
    5    HD1  TRP  13           HD1      TRP  13 -16.518 -26.543   2.426
    6    HE1  TRP  13           HE1      TRP  13 -16.917 -28.465   0.771
    7    HE3  TRP  13           HE3      TRP  13 -11.964 -26.571   0.121
    8    HZ2  TRP  13           HZ2      TRP  13 -15.490 -29.816  -1.254
    9    HZ3  TRP  13           HZ3      TRP  13 -11.558 -28.208  -1.667
   10    HH2  TRP  13           HH2      TRP  13 -13.286 -29.798  -2.339

  No H/Q in entry =          10
  In of MODEL   13
    1    H    PHE  14           H        PHE  14 -14.291 -22.023   3.030
    2    HA   PHE  14           HA       PHE  14 -12.694 -22.033   5.454
    3    HB2  PHE  14           HB2      PHE  14 -11.693 -20.986   3.637
    4    HB3  PHE  14           HB3      PHE  14 -13.162 -20.180   3.164
    5    HD1  PHE  14           HD1      PHE  14 -14.078 -18.461   4.943
    6    HD2  PHE  14           HD2      PHE  14 -10.048 -19.752   4.630
    7    HE1  PHE  14           HE1      PHE  14 -13.341 -16.404   6.083
    8    HE2  PHE  14           HE2      PHE  14  -9.306 -17.720   5.754
    9    HZ   PHE  14           HZ       PHE  14 -10.944 -16.033   6.489

  No H/Q in entry =           9
  In of MODEL   13
    1    H    LEU  15           H        LEU  15 -15.777 -20.975   4.264
    2    HA   LEU  15           HA       LEU  15 -16.070 -18.841   6.243
    3    HB2  LEU  15           HB2      LEU  15 -17.967 -19.607   4.024
    4    HB3  LEU  15           HB3      LEU  15 -18.188 -18.286   5.150
    5    HG   LEU  15           HG       LEU  15 -16.027 -18.506   3.073
    6   HD11  LEU  15          HD11      LEU  15 -18.515 -16.868   3.318
    7   HD13  LEU  15          HD12      LEU  15 -18.059 -17.971   2.019
    8   HD12  LEU  15          HD13      LEU  15 -17.202 -16.439   2.221
    9   HD22  LEU  15          HD21      LEU  15 -14.893 -16.893   4.055
   10   HD21  LEU  15          HD22      LEU  15 -15.969 -17.019   5.448
   11   HD23  LEU  15          HD23      LEU  15 -16.332 -15.877   4.149

  No H/Q in entry =          11
  In of MODEL   13
    1    H    SER  16           H        SER  16 -16.436 -22.042   5.887
    2    HA   SER  16           HA       SER  16 -18.838 -22.259   7.574
    3    HB2  SER  16           HB2      SER  16 -18.193 -24.805   7.069
    4    HB3  SER  16           HB3      SER  16 -19.098 -23.865   5.879
    5    HG   SER  16           HG       SER  16 -17.486 -24.159   4.573

  No H/Q in entry =           5
  In of MODEL   13
    1    H    HIS  17           H        HIS  17 -15.729 -21.531   7.711
    2    HA   HIS  17           HA       HIS  17 -15.199 -23.216  10.040
    3    HB2  HIS  17           HB2      HIS  17 -13.470 -22.327   7.839
    4    HB3  HIS  17           HB3      HIS  17 -12.756 -22.169   9.441
    5    HD1  HIS  17           HD1      HIS  17 -13.153 -24.539   6.787
    6    HD2  HIS  17           HD2      HIS  17 -13.031 -24.776  10.941
    7    HE1  HIS  17           HE1      HIS  17 -12.521 -26.915   7.315
    8    HE2  HIS  17           HE2      HIS  17 -12.487 -27.048   9.829

  No H/Q in entry =           8
  In of MODEL   13
    1    H    CYS  18           H        CYS  18 -15.942 -20.044   9.099
    2    HA   CYS  18           HA       CYS  18 -14.598 -18.895  11.437
    3    HB2  CYS  18           HB2      CYS  18 -15.033 -16.709  10.143
    4    HB3  CYS  18           HB3      CYS  18 -13.779 -17.794   9.569
    5    HG   CYS  18           HG       CYS  18 -15.096 -16.640   7.445

  No H/Q in entry =           5
  In of MODEL   13
    1    H    HIS  19           H        HIS  19 -16.334 -16.447  10.887
    2    HA   HIS  19           HA       HIS  19 -18.902 -17.380  11.910
    3    HB2  HIS  19           HB2      HIS  19 -17.480 -16.910  13.923
    4    HB3  HIS  19           HB3      HIS  19 -17.244 -15.265  13.356
    5    HD1  HIS  19           HD1      HIS  19 -20.395 -17.357  13.895
    6    HD2  HIS  19           HD2      HIS  19 -18.724 -13.707  14.968
    7    HE1  HIS  19           HE1      HIS  19 -22.139 -16.198  15.278
    8    HE2  HIS  19           HE2      HIS  19 -21.020 -14.092  16.090

  No H/Q in entry =           8
  In of MODEL   13
    1    H    ILE  20           H        ILE  20 -19.604 -16.551   9.569
    2    HA   ILE  20           HA       ILE  20 -19.357 -13.758   9.106
    3    HB   ILE  20           HB       ILE  20 -21.650 -15.204   7.958
    4   HG12  ILE  20          HG12      ILE  20 -18.948 -16.289   7.939
    5   HG13  ILE  20          HG13      ILE  20 -20.444 -17.036   7.397
    6   HG22  ILE  20          HG21      ILE  20 -19.519 -13.558   6.665
    7   HG21  ILE  20          HG22      ILE  20 -20.971 -12.892   7.411
    8   HG23  ILE  20          HG23      ILE  20 -21.108 -13.969   6.021
    9   HD13  ILE  20          HD11      ILE  20 -20.049 -16.540   5.234
   10   HD12  ILE  20          HD12      ILE  20 -18.374 -16.497   5.791
   11   HD11  ILE  20          HD13      ILE  20 -19.283 -14.999   5.613

  No H/Q in entry =          11
  In of MODEL   13
    1    H    HIS  21           H        HIS  21 -20.327 -12.279   9.949
    2    HA   HIS  21           HA       HIS  21 -22.657 -11.436  10.013
    3    HB2  HIS  21           HB2      HIS  21 -23.636 -13.495  11.005
    4    HB3  HIS  21           HB3      HIS  21 -22.874 -13.084  12.536
    5    HD1  HIS  21           HD1      HIS  21 -23.958 -11.252  13.943
    6    HD2  HIS  21           HD2      HIS  21 -25.887 -11.891  10.312
    7    HE1  HIS  21           HE1      HIS  21 -26.121  -9.985  14.095
    8    HE2  HIS  21           HE2      HIS  21 -27.341 -10.517  11.956

  No H/Q in entry =           8
  In of MODEL   13
    1    H    LYS  22           H        LYS  22 -22.471  -9.614  10.334
    2    HA   LYS  22           HA       LYS  22 -20.454  -8.648  12.189
    3    HB2  LYS  22           HB2      LYS  22 -20.317  -8.371   9.569
    4    HB3  LYS  22           HB3      LYS  22 -21.302  -6.963   9.901
    5    HG2  LYS  22           HG2      LYS  22 -19.214  -6.830  11.743
    6    HG3  LYS  22           HG3      LYS  22 -18.468  -7.346  10.232
    7    HD2  LYS  22           HD2      LYS  22 -19.538  -5.499   9.068
    8    HD3  LYS  22           HD3      LYS  22 -20.277  -4.966  10.577
    9    HE2  LYS  22           HE2      LYS  22 -18.336  -3.609  10.124
   10    HE3  LYS  22           HE3      LYS  22 -18.013  -4.630  11.524
   11    HZ1  LYS  22           HZ1      LYS  22 -17.100  -5.162   8.750
   12    HZ3  LYS  22           HZ2      LYS  22 -16.781  -6.136  10.098
   13    HZ2  LYS  22           HZ3      LYS  22 -16.135  -4.575  10.011

  No H/Q in entry =          13
  In of MODEL   13
    1    H    TYR  23           H        TYR  23 -21.716  -5.927  11.141
    2    HA   TYR  23           HA       TYR  23 -23.828  -5.692  13.134
    3    HB2  TYR  23           HB2      TYR  23 -21.529  -3.845  13.526
    4    HB3  TYR  23           HB3      TYR  23 -22.663  -4.465  14.704
    5    HD1  TYR  23           HD1      TYR  23 -19.681  -5.274  12.733
    6    HD2  TYR  23           HD2      TYR  23 -22.117  -6.362  16.042
    7    HE1  TYR  23           HE1      TYR  23 -18.040  -7.029  13.363
    8    HE2  TYR  23           HE2      TYR  23 -20.467  -8.050  16.731
    9    HH   TYR  23           HH       TYR  23 -17.782  -8.952  14.692

  No H/Q in entry =           9
  In of MODEL   13
    1    HA   PRO  24           HA       PRO  24 -25.245  -1.907  11.171
    2    HB2  PRO  24           HB2      PRO  24 -24.664  -0.013  13.210
    3    HB3  PRO  24           HB3      PRO  24 -26.200  -0.832  12.919
    4    HG2  PRO  24           HG2      PRO  24 -24.024  -1.524  14.831
    5    HG3  PRO  24           HG3      PRO  24 -25.780  -1.711  15.004
    6    HD2  PRO  24           HD2      PRO  24 -24.273  -3.831  14.522
    7    HD3  PRO  24           HD3      PRO  24 -25.823  -3.640  13.685

  No H/Q in entry =           7
  In of MODEL   13
    1    H    SER  25           H        SER  25 -24.250  -0.171   9.874
    2    HA   SER  25           HA       SER  25 -21.435  -0.093   9.860
    3    HB2  SER  25           HB2      SER  25 -22.361   2.324   8.823
    4    HB3  SER  25           HB3      SER  25 -21.862   0.887   7.944
    5    HG   SER  25           HG       SER  25 -24.473   1.550   8.854

  No H/Q in entry =           5
  In of MODEL   13
    1    H    LYS  26           H        LYS  26 -20.096   1.406  10.375
    2    HA   LYS  26           HA       LYS  26 -19.267   3.398  11.417
    3    HB2  LYS  26           HB2      LYS  26 -21.553   4.168  12.205
    4    HB3  LYS  26           HB3      LYS  26 -21.582   2.899  13.421
    5    HG2  LYS  26           HG2      LYS  26 -19.589   3.940  14.589
    6    HG3  LYS  26           HG3      LYS  26 -19.439   5.141  13.310
    7    HD2  LYS  26           HD2      LYS  26 -21.716   6.051  13.992
    8    HD3  LYS  26           HD3      LYS  26 -21.826   4.802  15.247
    9    HE2  LYS  26           HE2      LYS  26 -19.660   5.640  16.296
   10    HE3  LYS  26           HE3      LYS  26 -19.547   6.914  15.071
   11    HZ1  LYS  26           HZ1      LYS  26 -22.030   6.648  16.662
   12    HZ2  LYS  26           HZ2      LYS  26 -20.732   7.410  17.315
   13    HZ3  LYS  26           HZ3      LYS  26 -21.349   7.962  15.858

  No H/Q in entry =          13
  In of MODEL   13
    1    H    SER  27           H        SER  27 -19.716   0.158  11.974
    2    HA   SER  27           HA       SER  27 -18.440   0.067  14.550
    3    HB2  SER  27           HB2      SER  27 -18.412  -2.473  13.935
    4    HB3  SER  27           HB3      SER  27 -19.927  -1.702  14.395
    5    HG   SER  27           HG       SER  27 -20.660  -1.888  12.399

  No H/Q in entry =           5
  In of MODEL   13
    1    H    THR  28           H        THR  28 -16.701  -1.648  14.559
    2    HA   THR  28           HA       THR  28 -14.833  -1.739  12.555
    3    HB   THR  28           HB       THR  28 -14.478   0.701  13.022
    4    HG1  THR  28           HG1      THR  28 -12.421   0.316  12.647
    5   HG22  THR  28          HG21      THR  28 -13.438   1.291  15.195
    6   HG21  THR  28          HG22      THR  28 -13.783  -0.346  15.754
    7   HG23  THR  28          HG23      THR  28 -15.108   0.744  15.344

  No H/Q in entry =           7
  In of MODEL   13
    1    H    LEU  29           H        LEU  29 -12.924  -2.328  13.450
    2    HA   LEU  29           HA       LEU  29 -13.507  -4.567  15.206
    3    HB2  LEU  29           HB2      LEU  29 -11.813  -4.864  12.748
    4    HB3  LEU  29           HB3      LEU  29 -12.652  -6.099  13.644
    5    HG   LEU  29           HG       LEU  29 -13.602  -5.918  11.462
    6   HD12  LEU  29          HD11      LEU  29 -15.796  -4.555  12.797
    7   HD11  LEU  29          HD12      LEU  29 -15.066  -5.852  13.743
    8   HD13  LEU  29          HD13      LEU  29 -15.695  -6.186  12.129
    9   HD22  LEU  29          HD21      LEU  29 -13.484  -4.014  10.348
   10   HD21  LEU  29          HD22      LEU  29 -13.349  -3.062  11.825
   11   HD23  LEU  29          HD23      LEU  29 -14.939  -3.523  11.220

  No H/Q in entry =          11
  In of MODEL   13
    1    H    ILE  30           H        ILE  30 -11.165  -2.380  13.801
    2    HA   ILE  30           HA       ILE  30  -9.208  -2.491  15.718
    3    HB   ILE  30           HB       ILE  30  -7.535  -3.742  13.863
    4   HG12  ILE  30          HG12      ILE  30  -8.499  -6.107  13.785
    5   HG13  ILE  30          HG13      ILE  30 -10.057  -5.375  14.138
    6   HG22  ILE  30          HG21      ILE  30  -7.360  -5.552  15.588
    7   HG21  ILE  30          HG22      ILE  30  -8.631  -4.707  16.473
    8   HG23  ILE  30          HG23      ILE  30  -7.096  -3.901  16.143
    9   HD12  ILE  30          HD11      ILE  30  -8.351  -4.956  11.695
   10   HD11  ILE  30          HD12      ILE  30  -9.785  -4.003  12.071
   11   HD13  ILE  30          HD13      ILE  30  -9.932  -5.738  11.794

  No H/Q in entry =          11
  In of MODEL   13
    1    H    HIS  31           H        HIS  31  -8.744  -0.666  15.491
    2    HA   HIS  31           HA       HIS  31  -6.752   0.297  13.678
    3    HB2  HIS  31           HB2      HIS  31  -8.555   0.646  12.150
    4    HB3  HIS  31           HB3      HIS  31  -9.671   0.998  13.456
    5    HD1  HIS  31           HD1      HIS  31  -7.207   2.653  11.201
    6    HD2  HIS  31           HD2      HIS  31  -9.671   3.661  14.388
    7    HE1  HIS  31           HE1      HIS  31  -7.152   5.150  11.341
    8    HE2  HIS  31           HE2      HIS  31  -8.388   5.683  13.477

  No H/Q in entry =           8
  In of MODEL   13
    1    H    GLN  32           H        GLN  32  -6.953   0.080  16.619
    2    HA   GLN  32           HA       GLN  32  -6.587   2.953  17.102
    3    HB2  GLN  32           HB2      GLN  32  -8.905   1.595  18.125
    4    HB3  GLN  32           HB3      GLN  32  -7.854   2.006  19.474
    5    HG2  GLN  32           HG2      GLN  32  -9.096   3.877  17.466
    6    HG3  GLN  32           HG3      GLN  32  -9.350   3.823  19.209
    7   HE21  GLN  32          HE21      GLN  32  -7.883   4.809  20.564
    8   HE22  GLN  32          HE22      GLN  32  -6.617   5.839  19.989

  No H/Q in entry =           8
  In of MODEL   13
    1    H    GLY  33           H        GLY  33  -5.535  -0.135  17.293
    2    HA3  GLY  33           HA2      GLY  33  -3.153  -0.233  18.065
    3    HA2  GLY  33           HA3      GLY  33  -3.727   0.598  19.501

  No H/Q in entry =           3
  In of MODEL   13
    1    H    GLU  34           H        GLU  34  -5.784  -1.731  18.112
    2    HA   GLU  34           HA       GLU  34  -5.465  -3.614  20.328
    3    HB2  GLU  34           HB2      GLU  34  -7.285  -4.016  17.997
    4    HB3  GLU  34           HB3      GLU  34  -7.545  -4.405  19.674
    5    HG2  GLU  34           HG2      GLU  34  -8.992  -2.665  19.480
    6    HG3  GLU  34           HG3      GLU  34  -7.534  -1.767  19.892

  No H/Q in entry =           6
  In of MODEL   13
    1    H    LYS  35           H        LYS  35  -4.278  -5.375  20.059
    2    HA   LYS  35           HA       LYS  35  -2.763  -6.029  17.854
    3    HB2  LYS  35           HB2      LYS  35  -3.623  -7.525  20.276
    4    HB3  LYS  35           HB3      LYS  35  -2.986  -8.469  18.934
    5    HG2  LYS  35           HG2      LYS  35  -0.950  -7.138  18.942
    6    HG3  LYS  35           HG3      LYS  35  -1.585  -6.171  20.278
    7    HD2  LYS  35           HD2      LYS  35  -0.285  -7.673  21.426
    8    HD3  LYS  35           HD3      LYS  35  -1.831  -8.520  21.436
    9    HE2  LYS  35           HE2      LYS  35  -0.978  -9.614  19.257
   10    HE3  LYS  35           HE3      LYS  35   0.610  -9.059  19.784
   11    HZ2  LYS  35           HZ1      LYS  35  -1.146 -11.090  20.970
   12    HZ1  LYS  35           HZ2      LYS  35  -0.111 -10.219  21.993
   13    HZ3  LYS  35           HZ3      LYS  35   0.529 -11.125  20.719

  No H/Q in entry =          13
  In of MODEL   13
    1    H    ALA  36           H        ALA  36  -3.452  -6.527  15.844
    2    HA   ALA  36           HA       ALA  36  -6.107  -7.464  15.423
    3    HB1  ALA  36           HB1      ALA  36  -5.474  -7.425  13.056
    4    HB2  ALA  36           HB2      ALA  36  -3.804  -7.120  13.534
    5    HB3  ALA  36           HB3      ALA  36  -5.049  -5.925  13.885

  No H/Q in entry =           5
  In of MODEL   13
    1    H    GLU  37           H        GLU  37  -5.702  -9.402  16.841
    2    HA   GLU  37           HA       GLU  37  -4.343 -11.597  15.473
    3    HB2  GLU  37           HB2      GLU  37  -5.584 -11.378  18.220
    4    HB3  GLU  37           HB3      GLU  37  -4.913 -12.869  17.577
    5    HG2  GLU  37           HG2      GLU  37  -2.769 -11.481  17.215
    6    HG3  GLU  37           HG3      GLU  37  -3.506 -10.348  18.345

  No H/Q in entry =           6
  In of MODEL   13
    1    H    THR  38           H        THR  38  -7.310 -10.180  15.528
    2    HA   THR  38           HA       THR  38  -8.694 -12.680  14.861
    3    HB   THR  38           HB       THR  38 -10.729 -10.950  15.037
    4    HG1  THR  38           HG1      THR  38 -10.250  -9.193  16.121
    5   HG22  THR  38          HG21      THR  38  -9.796 -11.776  17.709
    6   HG21  THR  38          HG22      THR  38  -9.876 -13.061  16.505
    7   HG23  THR  38          HG23      THR  38 -11.317 -12.118  16.883

  No H/Q in entry =           7
  In of MODEL   13
    1    H    LEU  39           H        LEU  39  -9.517 -12.906  12.829
    2    HA   LEU  39           HA       LEU  39  -9.011 -10.682  11.014
    3    HB2  LEU  39           HB2      LEU  39  -7.973 -12.176   9.750
    4    HB3  LEU  39           HB3      LEU  39  -8.485 -13.490  10.792
    5    HG   LEU  39           HG       LEU  39 -10.647 -12.588   9.079
    6   HD13  LEU  39          HD11      LEU  39  -9.779 -13.358   6.961
    7   HD12  LEU  39          HD12      LEU  39  -8.207 -13.686   7.692
    8   HD11  LEU  39          HD13      LEU  39  -8.787 -12.026   7.560
    9   HD21  LEU  39          HD21      LEU  39  -9.228 -15.171   9.637
   10   HD23  LEU  39          HD22      LEU  39 -10.588 -15.043   8.516
   11   HD22  LEU  39          HD23      LEU  39 -10.806 -14.635  10.219

  No H/Q in entry =          11
  In of MODEL   13
    1    H    TYR  40           H        TYR  40 -10.621 -10.087   9.504
    2    HA   TYR  40           HA       TYR  40 -13.287 -11.193  10.040
    3    HB2  TYR  40           HB2      TYR  40 -12.774  -8.256   9.551
    4    HB3  TYR  40           HB3      TYR  40 -14.258  -9.012  10.103
    5    HD1  TYR  40           HD1      TYR  40 -14.741  -9.054  12.345
    6    HD2  TYR  40           HD2      TYR  40 -10.719  -8.411  11.165
    7    HE1  TYR  40           HE1      TYR  40 -14.141  -8.589  14.674
    8    HE2  TYR  40           HE2      TYR  40 -10.095  -7.958  13.498
    9    HH   TYR  40           HH       TYR  40 -11.357  -7.107  15.611

  No H/Q in entry =           9
  In of MODEL   13
    1    H    TYR  41           H        TYR  41 -14.081 -11.969   8.129
    2    HA   TYR  41           HA       TYR  41 -13.029 -10.739   5.679
    3    HB2  TYR  41           HB2      TYR  41 -12.396 -13.034   5.874
    4    HB3  TYR  41           HB3      TYR  41 -14.019 -13.514   6.332
    5    HD1  TYR  41           HD1      TYR  41 -14.258 -11.182   3.713
    6    HD2  TYR  41           HD2      TYR  41 -13.308 -15.210   4.536
    7    HE1  TYR  41           HE1      TYR  41 -14.771 -11.749   1.398
    8    HE2  TYR  41           HE2      TYR  41 -13.786 -15.801   2.253
    9    HH   TYR  41           HH       TYR  41 -15.292 -14.821   0.347

  No H/Q in entry =           9
  In of MODEL   13
    1    H    ILE  42           H        ILE  42 -14.430  -9.159   5.371
    2    HA   ILE  42           HA       ILE  42 -17.201  -9.273   5.764
    3    HB   ILE  42           HB       ILE  42 -15.813  -7.238   5.606
    4   HG12  ILE  42          HG12      ILE  42 -17.958  -7.072   3.530
    5   HG13  ILE  42          HG13      ILE  42 -18.330  -7.331   5.239
    6   HG22  ILE  42          HG21      ILE  42 -15.854  -7.638   2.631
    7   HG21  ILE  42          HG22      ILE  42 -14.451  -7.909   3.665
    8   HG23  ILE  42          HG23      ILE  42 -15.143  -6.293   3.522
    9   HD12  ILE  42          HD11      ILE  42 -18.278  -4.936   4.336
   10   HD11  ILE  42          HD12      ILE  42 -16.519  -5.123   4.390
   11   HD13  ILE  42          HD13      ILE  42 -17.478  -5.294   5.866

  No H/Q in entry =          11
  In of MODEL   13
    1    H    VAL  43           H        VAL  43 -18.546 -10.689   4.739
    2    HA   VAL  43           HA       VAL  43 -17.713 -11.440   2.052
    3    HB   VAL  43           HB       VAL  43 -18.897 -13.471   2.187
    4   HG11  VAL  43          HG11      VAL  43 -17.444 -12.876   4.751
    5   HG13  VAL  43          HG12      VAL  43 -16.733 -13.449   3.239
    6   HG12  VAL  43          HG13      VAL  43 -17.822 -14.492   4.155
    7   HG21  VAL  43          HG21      VAL  43 -20.869 -12.608   3.396
    8   HG23  VAL  43          HG22      VAL  43 -19.905 -12.623   4.877
    9   HG22  VAL  43          HG23      VAL  43 -20.246 -14.132   4.029

  No H/Q in entry =           9
  In of MODEL   13
    1    H    LYS  44           H        LYS  44 -19.730  -9.584   3.504
    2    HA   LYS  44           HA       LYS  44 -21.436  -8.763   1.383
    3    HB2  LYS  44           HB2      LYS  44 -22.432 -10.750   3.273
    4    HB3  LYS  44           HB3      LYS  44 -23.264  -9.223   3.507
    5    HG2  LYS  44           HG2      LYS  44 -23.070 -10.687   0.875
    6    HG3  LYS  44           HG3      LYS  44 -24.447 -10.741   1.979
    7    HD2  LYS  44           HD2      LYS  44 -24.937  -8.468   1.654
    8    HD3  LYS  44           HD3      LYS  44 -23.375  -8.155   0.899
    9    HE2  LYS  44           HE2      LYS  44 -25.258 -10.107  -0.352
   10    HE3  LYS  44           HE3      LYS  44 -25.529  -8.379  -0.565
   11    HZ2  LYS  44           HZ1      LYS  44 -24.216  -9.302  -2.365
   12    HZ1  LYS  44           HZ2      LYS  44 -23.037  -9.830  -1.276
   13    HZ3  LYS  44           HZ3      LYS  44 -23.314  -8.175  -1.486

  No H/Q in entry =          13
  In of MODEL   13
    1    H    GLY  45           H        GLY  45 -22.098  -6.763   1.907
    2    HA3  GLY  45           HA2      GLY  45 -22.251  -4.759   3.087
    3    HA2  GLY  45           HA3      GLY  45 -21.417  -5.511   4.452

  No H/Q in entry =           3
  In of MODEL   13
    1    H    SER  46           H        SER  46 -20.399  -3.126   3.494
    2    HA   SER  46           HA       SER  46 -17.784  -4.058   2.695
    3    HB2  SER  46           HB2      SER  46 -17.570  -2.532   0.873
    4    HB3  SER  46           HB3      SER  46 -19.130  -3.321   0.633
    5    HG   SER  46           HG       SER  46 -19.133  -1.014   2.173

  No H/Q in entry =           5
  In of MODEL   13
    1    H    VAL  47           H        VAL  47 -16.114  -2.430   3.243
    2    HA   VAL  47           HA       VAL  47 -17.136  -0.649   5.329
    3    HB   VAL  47           HB       VAL  47 -15.388  -1.155   6.884
    4   HG13  VAL  47          HG11      VAL  47 -16.277  -3.067   7.732
    5   HG12  VAL  47          HG12      VAL  47 -16.338  -3.846   6.150
    6   HG11  VAL  47          HG13      VAL  47 -17.532  -2.619   6.568
    7   HG22  VAL  47          HG21      VAL  47 -13.738  -2.816   6.532
    8   HG21  VAL  47          HG22      VAL  47 -13.725  -1.785   5.101
    9   HG23  VAL  47          HG23      VAL  47 -14.515  -3.363   5.048

  No H/Q in entry =           9
  In of MODEL   13
    1    H    ALA  48           H        ALA  48 -15.249   0.671   6.349
    2    HA   ALA  48           HA       ALA  48 -14.001   1.941   4.007
    3    HB1  ALA  48           HB1      ALA  48 -15.271   3.025   6.483
    4    HB3  ALA  48           HB2      ALA  48 -15.457   3.547   4.808
    5    HB2  ALA  48           HB3      ALA  48 -13.985   3.937   5.697

  No H/Q in entry =           5
  In of MODEL   13
    1    H    VAL  49           H        VAL  49 -12.111   0.906   4.036
    2    HA   VAL  49           HA       VAL  49 -10.596   0.407   6.379
    3    HB   VAL  49           HB       VAL  49 -10.045   0.291   3.427
    4   HG11  VAL  49          HG11      VAL  49  -8.069   0.938   5.199
    5   HG13  VAL  49          HG12      VAL  49  -7.859   0.220   3.602
    6   HG12  VAL  49          HG13      VAL  49  -7.922  -0.811   5.032
    7   HG21  VAL  49          HG21      VAL  49 -10.113  -1.758   5.617
    8   HG23  VAL  49          HG22      VAL  49  -9.617  -2.092   3.957
    9   HG22  VAL  49          HG23      VAL  49 -11.265  -1.557   4.294

  No H/Q in entry =           9
  In of MODEL   13
    1    H    LEU  50           H        LEU  50  -9.207   1.747   7.378
    2    HA   LEU  50           HA       LEU  50  -8.405   4.183   6.094
    3    HB2  LEU  50           HB2      LEU  50  -9.159   5.635   7.768
    4    HB3  LEU  50           HB3      LEU  50 -10.508   4.605   7.350
    5    HG   LEU  50           HG       LEU  50  -8.885   4.608   9.869
    6   HD13  LEU  50          HD11      LEU  50 -10.648   6.173   9.847
    7   HD12  LEU  50          HD12      LEU  50 -11.222   4.779  10.773
    8   HD11  LEU  50          HD13      LEU  50 -11.755   5.005   9.101
    9   HD22  LEU  50          HD21      LEU  50  -9.164   2.283   9.219
   10   HD21  LEU  50          HD22      LEU  50 -10.893   2.543   8.980
   11   HD23  LEU  50          HD23      LEU  50 -10.191   2.683  10.594

  No H/Q in entry =          11
  In of MODEL   13
    1    H    ILE  51           H        ILE  51  -6.636   5.268   7.000
    2    HA   ILE  51           HA       ILE  51  -5.008   3.401   8.601
    3    HB   ILE  51           HB       ILE  51  -3.062   4.502   7.311
    4   HG12  ILE  51          HG12      ILE  51  -3.899   4.882   4.877
    5   HG13  ILE  51          HG13      ILE  51  -5.459   5.176   5.631
    6   HG22  ILE  51          HG21      ILE  51  -3.644   2.785   5.402
    7   HG21  ILE  51          HG22      ILE  51  -4.993   2.397   6.468
    8   HG23  ILE  51          HG23      ILE  51  -3.338   2.228   7.049
    9   HD12  ILE  51          HD11      ILE  51  -2.932   6.753   5.900
   10   HD11  ILE  51          HD12      ILE  51  -4.265   6.914   7.044
   11   HD13  ILE  51          HD13      ILE  51  -4.518   7.284   5.337

  No H/Q in entry =          11
  In of MODEL   13
    1    H    LYS  52           H        LYS  52  -2.977   4.530   9.454
    2    HA   LYS  52           HA       LYS  52  -3.777   7.129  10.601
    3    HB2  LYS  52           HB2      LYS  52  -1.910   5.130  11.871
    4    HB3  LYS  52           HB3      LYS  52  -2.588   6.580  12.602
    5    HG2  LYS  52           HG2      LYS  52  -4.850   5.544  12.320
    6    HG3  LYS  52           HG3      LYS  52  -4.028   4.056  11.861
    7    HD2  LYS  52           HD2      LYS  52  -3.881   3.540  14.016
    8    HD3  LYS  52           HD3      LYS  52  -2.796   4.917  14.224
    9    HE2  LYS  52           HE2      LYS  52  -4.801   6.359  14.556
   10    HE3  LYS  52           HE3      LYS  52  -5.798   4.907  14.508
   11    HZ2  LYS  52           HZ1      LYS  52  -3.689   5.531  16.501
   12    HZ1  LYS  52           HZ2      LYS  52  -4.535   4.073  16.426
   13    HZ3  LYS  52           HZ3      LYS  52  -5.363   5.507  16.772

  No H/Q in entry =          13
  In of MODEL   13
    1    H    ASP  53           H        ASP  53  -2.304   8.726  10.637
    2    HA   ASP  53           HA       ASP  53  -0.144   8.504   8.720
    3    HB2  ASP  53           HB2      ASP  53  -1.883  10.487   9.085
    4    HB3  ASP  53           HB3      ASP  53  -0.633  11.041  10.192

  No H/Q in entry =           4
  In of MODEL   13
    1    H    GLU  54           H        GLU  54   1.622  10.517   9.753
    2    HA   GLU  54           HA       GLU  54   2.837   8.937  11.918
    3    HB2  GLU  54           HB2      GLU  54   4.048   9.762   9.655
    4    HB3  GLU  54           HB3      GLU  54   4.318  11.192  10.646
    5    HG2  GLU  54           HG2      GLU  54   5.353   9.780  12.361
    6    HG3  GLU  54           HG3      GLU  54   5.117   8.374  11.320

  No H/Q in entry =           6
  In of MODEL   13
    1    H    GLU  55           H        GLU  55   0.741  11.427  11.397
    2    HA   GLU  55           HA       GLU  55   1.502  12.811  13.896
    3    HB2  GLU  55           HB2      GLU  55  -0.011  14.689  12.707
    4    HB3  GLU  55           HB3      GLU  55   1.739  14.626  12.526
    5    HG2  GLU  55           HG2      GLU  55   1.568  14.286  10.353
    6    HG3  GLU  55           HG3      GLU  55   0.450  12.947  10.598

  No H/Q in entry =           6
  In of MODEL   13
    1    H    GLY  56           H        GLY  56  -0.306  10.473  12.999
    2    HA3  GLY  56           HA2      GLY  56  -2.046   9.590  14.293
    3    HA2  GLY  56           HA3      GLY  56  -2.288  11.175  15.003

  No H/Q in entry =           3
  In of MODEL   13
    1    H    LYS  57           H        LYS  57  -2.315  11.012  11.432
    2    HA   LYS  57           HA       LYS  57  -5.093  11.756  11.568
    3    HB2  LYS  57           HB2      LYS  57  -2.993  12.548  10.030
    4    HB3  LYS  57           HB3      LYS  57  -3.642  11.265   9.027
    5    HG2  LYS  57           HG2      LYS  57  -5.694  12.385   8.747
    6    HG3  LYS  57           HG3      LYS  57  -5.321  13.540  10.028
    7    HD2  LYS  57           HD2      LYS  57  -5.061  14.383   7.647
    8    HD3  LYS  57           HD3      LYS  57  -3.675  14.618   8.711
    9    HE2  LYS  57           HE2      LYS  57  -3.459  12.073   7.408
   10    HE3  LYS  57           HE3      LYS  57  -3.745  13.323   6.202
   11    HZ1  LYS  57           HZ1      LYS  57  -1.747  13.860   8.273
   12    HZ3  LYS  57           HZ2      LYS  57  -1.766  14.317   6.640
   13    HZ2  LYS  57           HZ3      LYS  57  -1.341  12.731   7.068

  No H/Q in entry =          13
  In of MODEL   13
    1    H    GLU  58           H        GLU  58  -6.600  10.144  11.450
    2    HA   GLU  58           HA       GLU  58  -5.820   7.590  10.271
    3    HB2  GLU  58           HB2      GLU  58  -7.938   7.007  11.856
    4    HB3  GLU  58           HB3      GLU  58  -6.266   6.857  12.380
    5    HG2  GLU  58           HG2      GLU  58  -6.356   9.042  13.415
    6    HG3  GLU  58           HG3      GLU  58  -7.993   9.285  12.808

  No H/Q in entry =           6
  In of MODEL   13
    1    H    MET  59           H        MET  59  -6.640   8.132   8.069
    2    HA   MET  59           HA       MET  59  -9.410   8.999   8.094
    3    HB2  MET  59           HB2      MET  59  -7.127   9.430   6.178
    4    HB3  MET  59           HB3      MET  59  -8.734  10.118   6.031
    5    HG2  MET  59           HG2      MET  59  -8.320  11.514   7.967
    6    HG3  MET  59           HG3      MET  59  -6.747  10.745   8.192
    7    HE2  MET  59           HE1      MET  59  -6.265  11.934   4.025
    8    HE1  MET  59           HE2      MET  59  -7.621  10.941   4.558
    9    HE3  MET  59           HE3      MET  59  -5.969  10.462   4.955

  No H/Q in entry =           9
  In of MODEL   13
    1    H    ILE  60           H        ILE  60 -10.672   7.979   6.575
    2    HA   ILE  60           HA       ILE  60 -10.110   5.438   5.686
    3    HB   ILE  60           HB       ILE  60 -11.836   7.254   4.043
    4   HG12  ILE  60          HG12      ILE  60 -12.450   6.078   6.758
    5   HG13  ILE  60          HG13      ILE  60 -12.499   7.777   6.289
    6   HG22  ILE  60          HG21      ILE  60 -13.187   5.160   3.900
    7   HG21  ILE  60          HG22      ILE  60 -11.901   4.338   4.782
    8   HG23  ILE  60          HG23      ILE  60 -11.574   5.038   3.196
    9   HD13  ILE  60          HD11      ILE  60 -14.447   7.525   5.108
   10   HD12  ILE  60          HD12      ILE  60 -14.685   6.450   6.485
   11   HD11  ILE  60          HD13      ILE  60 -14.225   5.786   4.915

  No H/Q in entry =          11
  In of MODEL   13
    1    H    LEU  61           H        LEU  61  -8.861   4.622   4.128
    2    HA   LEU  61           HA       LEU  61  -7.857   6.540   2.168
    3    HB2  LEU  61           HB2      LEU  61  -5.746   5.544   2.148
    4    HB3  LEU  61           HB3      LEU  61  -6.200   5.625   3.831
    5    HG   LEU  61           HG       LEU  61  -5.006   3.609   3.456
    6   HD13  LEU  61          HD11      LEU  61  -6.569   1.953   4.221
    7   HD12  LEU  61          HD12      LEU  61  -7.919   2.979   3.734
    8   HD11  LEU  61          HD13      LEU  61  -6.834   3.499   5.027
    9   HD21  LEU  61          HD21      LEU  61  -6.974   3.057   1.270
   10   HD23  LEU  61          HD22      LEU  61  -5.928   1.826   1.977
   11   HD22  LEU  61          HD23      LEU  61  -5.221   3.215   1.145

  No H/Q in entry =          11
  In of MODEL   13
    1    H    SER  62           H        SER  62  -9.523   3.585   2.666
    2    HA   SER  62           HA       SER  62 -10.498   3.512   0.009
    3    HB2  SER  62           HB2      SER  62  -8.215   2.710  -0.506
    4    HB3  SER  62           HB3      SER  62  -8.398   1.426   0.684
    5    HG   SER  62           HG       SER  62 -10.282   0.778  -0.666

  No H/Q in entry =           5
  In of MODEL   13
    1    H    TYR  63           H        TYR  63 -12.358   2.387   0.106
    2    HA   TYR  63           HA       TYR  63 -12.874   0.610   2.308
    3    HB2  TYR  63           HB2      TYR  63 -15.116   1.087   0.525
    4    HB3  TYR  63           HB3      TYR  63 -14.980   1.464   2.232
    5    HD1  TYR  63           HD1      TYR  63 -14.832   2.771  -1.142
    6    HD2  TYR  63           HD2      TYR  63 -14.256   3.727   2.946
    7    HE1  TYR  63           HE1      TYR  63 -14.923   5.154  -1.708
    8    HE2  TYR  63           HE2      TYR  63 -14.339   6.124   2.397
    9    HH   TYR  63           HH       TYR  63 -15.609   7.427   0.121

  No H/Q in entry =           9
  In of MODEL   13
    1    H    LEU  64           H        LEU  64 -14.596  -0.819   1.449
    2    HA   LEU  64           HA       LEU  64 -13.177  -2.734  -0.178
    3    HB2  LEU  64           HB2      LEU  64 -14.808  -3.348   2.227
    4    HB3  LEU  64           HB3      LEU  64 -13.851  -4.469   1.281
    5    HG   LEU  64           HG       LEU  64 -12.824  -2.242   3.030
    6   HD12  LEU  64          HD11      LEU  64 -12.033  -5.072   3.274
    7   HD11  LEU  64          HD12      LEU  64 -13.644  -4.610   3.819
    8   HD13  LEU  64          HD13      LEU  64 -12.221  -3.826   4.506
    9   HD23  LEU  64          HD21      LEU  64 -10.577  -3.266   2.482
   10   HD22  LEU  64          HD22      LEU  64 -11.314  -2.285   1.213
   11   HD21  LEU  64          HD23      LEU  64 -11.369  -4.046   1.112

  No H/Q in entry =          11
  In of MODEL   13
    1    H    ASN  65           H        ASN  65 -18.649  -5.920  -3.671
    2    HA   ASN  65           HA       ASN  65 -17.247  -3.890  -1.426
    3    HB2  ASN  65           HB2      ASN  65 -15.117  -5.605  -2.768
    4    HB3  ASN  65           HB3      ASN  65 -16.625  -5.957  -3.046
    5   HD22  ASN  65          HD21      ASN  65 -17.037  -2.766  -5.027
    6   HD21  ASN  65          HD22      ASN  65 -17.898  -4.061  -4.266

  No H/Q in entry =           6
  In of MODEL   13
    1    H    GLN  66           H        GLN  66 -18.510  -6.737  -0.714
    2    HA   GLN  66           HA       GLN  66 -19.004  -7.428   0.522
    3    HB2  GLN  66           HB2      GLN  66 -20.223  -7.464  -2.276
    4    HB3  GLN  66           HB3      GLN  66 -20.690  -8.586  -1.140
    5    HG2  GLN  66           HG2      GLN  66 -21.546  -6.818   0.391
    6    HG3  GLN  66           HG3      GLN  66 -20.860  -5.642  -0.252
    7   HE22  GLN  66          HE21      GLN  66 -24.421  -5.700  -1.453
    8   HE21  GLN  66          HE22      GLN  66 -23.449  -5.343  -0.066

  No H/Q in entry =           8
  In of MODEL   13
    1    H    GLY  67           H        GLY  67 -16.824  -8.529   0.800
    2    HA3  GLY  67           HA2      GLY  67 -16.558 -11.042   0.445
    3    HA2  GLY  67           HA3      GLY  67 -16.564 -10.558  -1.293

  No H/Q in entry =           3
  In of MODEL   13
    1    H    ASP  68           H        ASP  68 -15.187  -8.390   0.978
    2    HA   ASP  68           HA       ASP  68 -12.513  -8.896  -0.079
    3    HB2  ASP  68           HB2      ASP  68 -13.834  -6.568   0.019
    4    HB3  ASP  68           HB3      ASP  68 -13.178  -6.549   1.651

  No H/Q in entry =           4
  In of MODEL   13
    1    H    PHE  69           H        PHE  69 -10.953  -7.958   1.953
    2    HA   PHE  69           HA       PHE  69 -11.735  -9.703   4.176
    3    HB2  PHE  69           HB2      PHE  69  -9.012  -9.321   2.941
    4    HB3  PHE  69           HB3      PHE  69  -9.269 -10.119   4.490
    5    HD1  PHE  69           HD1      PHE  69 -10.076 -12.365   4.601
    6    HD2  PHE  69           HD2      PHE  69  -9.918 -10.322   0.871
    7    HE1  PHE  69           HE1      PHE  69 -10.496 -14.484   3.425
    8    HE2  PHE  69           HE2      PHE  69 -10.339 -12.439  -0.311
    9    HZ   PHE  69           HZ       PHE  69 -10.628 -14.523   0.967

  No H/Q in entry =           9
  In of MODEL   13
    1    H    ILE  70           H        ILE  70 -10.633  -9.170   6.218
    2    HA   ILE  70           HA       ILE  70  -9.990  -6.345   6.558
    3    HB   ILE  70           HB       ILE  70 -12.272  -7.838   7.845
    4   HG12  ILE  70          HG12      ILE  70 -12.012  -5.095   6.613
    5   HG13  ILE  70          HG13      ILE  70 -12.922  -6.470   5.993
    6   HG23  ILE  70          HG21      ILE  70 -10.957  -7.034   9.706
    7   HG22  ILE  70          HG22      ILE  70 -12.421  -6.060   9.556
    8   HG21  ILE  70          HG23      ILE  70 -10.876  -5.427   8.991
    9   HD11  ILE  70          HD11      ILE  70 -13.738  -5.742   8.680
   10   HD13  ILE  70          HD12      ILE  70 -14.707  -5.950   7.218
   11   HD12  ILE  70          HD13      ILE  70 -13.909  -4.409   7.538

  No H/Q in entry =          11
  In of MODEL   13
    1    H    GLY  71           H        GLY  71  -8.487  -6.056   8.141
    2    HA3  GLY  71           HA2      GLY  71  -7.166  -6.553   9.971
    3    HA2  GLY  71           HA3      GLY  71  -8.041  -8.065  10.159

  No H/Q in entry =           3
  In of MODEL   13
    1    H    GLU  72           H        GLU  72  -6.899  -7.601   6.961
    2    HA   GLU  72           HA       GLU  72  -5.147  -9.829   7.199
    3    HB2  GLU  72           HB2      GLU  72  -4.651  -8.040   4.913
    4    HB3  GLU  72           HB3      GLU  72  -5.019  -9.756   4.926
    5    HG2  GLU  72           HG2      GLU  72  -6.829  -8.887   3.816
    6    HG3  GLU  72           HG3      GLU  72  -7.429  -8.977   5.473

  No H/Q in entry =           6
  In of MODEL   13
    1    H    LEU  73           H        LEU  73  -5.049  -6.477   7.113
    2    HA   LEU  73           HA       LEU  73  -2.346  -5.872   7.027
    3    HB2  LEU  73           HB2      LEU  73  -4.866  -4.551   7.406
    4    HB3  LEU  73           HB3      LEU  73  -3.650  -3.866   8.473
    5    HG   LEU  73           HG       LEU  73  -3.779  -2.686   6.324
    6   HD12  LEU  73          HD11      LEU  73  -1.283  -3.103   5.776
    7   HD11  LEU  73          HD12      LEU  73  -1.354  -4.195   7.165
    8   HD13  LEU  73          HD13      LEU  73  -1.730  -2.482   7.365
    9   HD21  LEU  73          HD21      LEU  73  -3.319  -5.446   5.303
   10   HD23  LEU  73          HD22      LEU  73  -2.584  -4.098   4.435
   11   HD22  LEU  73          HD23      LEU  73  -4.333  -4.156   4.653

  No H/Q in entry =          11
  In of MODEL   13
    1    H    GLY  74           H        GLY  74  -3.864  -7.488   9.466
    2    HA3  GLY  74           HA2      GLY  74  -1.805  -6.545  11.350
    3    HA2  GLY  74           HA3      GLY  74  -3.454  -6.846  11.866

  No H/Q in entry =           3
  In of MODEL   13
    1    H    LEU  75           H        LEU  75  -3.616  -9.164  10.006
    2    HA   LEU  75           HA       LEU  75  -2.358 -11.095  11.811
    3    HB2  LEU  75           HB2      LEU  75  -4.093 -12.497  11.283
    4    HB3  LEU  75           HB3      LEU  75  -4.865 -10.972  10.892
    5    HG   LEU  75           HG       LEU  75  -3.652 -11.539   8.528
    6   HD11  LEU  75          HD11      LEU  75  -2.920 -13.740   9.360
    7   HD13  LEU  75          HD12      LEU  75  -4.026 -13.870   7.993
    8   HD12  LEU  75          HD13      LEU  75  -4.605 -14.187   9.629
    9   HD22  LEU  75          HD21      LEU  75  -5.788 -11.796   7.688
   10   HD21  LEU  75          HD22      LEU  75  -6.108 -10.977   9.217
   11   HD23  LEU  75          HD23      LEU  75  -6.340 -12.720   9.082

  No H/Q in entry =          11
  In of MODEL   13
    1    H    PHE  76           H        PHE  76  -2.411 -10.066   8.486
    2    HA   PHE  76           HA       PHE  76  -0.531 -12.177   7.725
    3    HB2  PHE  76           HB2      PHE  76  -2.747 -11.917   6.519
    4    HB3  PHE  76           HB3      PHE  76  -2.142 -10.385   5.908
    5    HD1  PHE  76           HD1      PHE  76   0.126 -13.184   6.326
    6    HD2  PHE  76           HD2      PHE  76  -2.423 -11.126   3.642
    7    HE1  PHE  76           HE1      PHE  76   1.154 -14.395   4.445
    8    HE2  PHE  76           HE2      PHE  76  -1.411 -12.329   1.744
    9    HZ   PHE  76           HZ       PHE  76   0.380 -13.967   2.149

  No H/Q in entry =           9
  In of MODEL   13
    1    H    GLU  77           H        GLU  77  -1.018  -8.720   7.887
    2    HA   GLU  77           HA       GLU  77   1.138  -7.988   6.256
    3    HB2  GLU  77           HB2      GLU  77  -0.564  -6.366   6.892
    4    HB3  GLU  77           HB3      GLU  77  -0.127  -6.519   8.587
    5    HG2  GLU  77           HG2      GLU  77   1.995  -5.708   6.688
    6    HG3  GLU  77           HG3      GLU  77   0.731  -4.535   7.051

  No H/Q in entry =           6
  In of MODEL   13
    1    H    GLU  78           H        GLU  78   0.681  -8.714   9.616
    2    HA   GLU  78           HA       GLU  78   2.047  -9.919  10.915
    3    HB2  GLU  78           HB2      GLU  78   3.868 -10.058   9.128
    4    HB3  GLU  78           HB3      GLU  78   4.503  -8.566   9.817
    5    HG2  GLU  78           HG2      GLU  78   4.312  -9.910  12.064
    6    HG3  GLU  78           HG3      GLU  78   4.380 -11.299  10.980

  No H/Q in entry =           6
  In of MODEL   13
    1    H    GLY  79           H        GLY  79   0.575  -7.577  11.035
    2    HA3  GLY  79           HA2      GLY  79   1.980  -5.422  12.271
    3    HA2  GLY  79           HA3      GLY  79   0.246  -5.639  12.200

  No H/Q in entry =           3
  In of MODEL   13
    1    H    GLN  80           H        GLN  80  -0.665  -7.256  13.669
    2    HA   GLN  80           HA       GLN  80  -1.087  -7.970  15.707
    3    HB2  GLN  80           HB2      GLN  80   1.848  -8.469  15.519
    4    HB3  GLN  80           HB3      GLN  80   1.050  -8.664  17.073
    5    HG2  GLN  80           HG2      GLN  80   0.602 -10.736  16.423
    6    HG3  GLN  80           HG3      GLN  80  -0.612 -10.022  15.365
    7   HE21  GLN  80          HE21      GLN  80  -0.268  -9.969  13.179
    8   HE22  GLN  80          HE22      GLN  80   1.057 -10.775  12.415

  No H/Q in entry =           8
  In of MODEL   13
    1    H    GLU  81           H        GLU  81  -1.670  -5.713  15.836
    2    HA   GLU  81           HA       GLU  81  -1.618  -4.351  18.037
    3    HB2  GLU  81           HB2      GLU  81   1.091  -4.164  17.086
    4    HB3  GLU  81           HB3      GLU  81   0.354  -2.564  17.068
    5    HG2  GLU  81           HG2      GLU  81  -0.169  -2.678  19.377
    6    HG3  GLU  81           HG3      GLU  81   0.254  -4.384  19.454

  No H/Q in entry =           6
  In of MODEL   13
    1    H    ARG  82           H        ARG  82  -3.395  -4.440  16.234
    2    HA   ARG  82           HA       ARG  82  -4.852  -3.410  14.908
    3    HB2  ARG  82           HB2      ARG  82  -5.435  -1.629  16.034
    4    HB3  ARG  82           HB3      ARG  82  -3.824  -1.505  16.709
    5    HG2  ARG  82           HG2      ARG  82  -4.070  -0.390  14.002
    6    HG3  ARG  82           HG3      ARG  82  -5.094   0.402  15.198
    7    HD2  ARG  82           HD2      ARG  82  -3.337   1.324  16.279
    8    HD3  ARG  82           HD3      ARG  82  -2.327  -0.104  16.066
    9    HE   ARG  82           HE       ARG  82  -2.793   1.787  13.852
   10   HH11  ARG  82          HH11      ARG  82  -0.616  -0.019  15.923
   11   HH12  ARG  82          HH12      ARG  82   0.803   0.438  15.038
   12   HH21  ARG  82          HH21      ARG  82  -0.901   2.380  12.665
   13   HH22  ARG  82          HH22      ARG  82   0.637   1.783  13.199

  No H/Q in entry =          13
  In of MODEL   13
    1    H    SER  83           H        SER  83  -2.010  -1.347  14.365
    2    HA   SER  83           HA       SER  83  -0.915  -0.683  12.528
    3    HB2  SER  83           HB2      SER  83  -2.202  -3.065  11.196
    4    HB3  SER  83           HB3      SER  83  -0.827  -2.152  10.579
    5    HG   SER  83           HG       SER  83   0.167  -3.728  11.614

  No H/Q in entry =           5
  In of MODEL   13
    1    H    ALA  84           H        ALA  84  -4.346  -1.333  11.939
    2    HA   ALA  84           HA       ALA  84  -5.895   0.407  11.588
    3    HB3  ALA  84           HB1      ALA  84  -3.886   1.843   9.875
    4    HB1  ALA  84           HB2      ALA  84  -4.057   2.139  11.604
    5    HB2  ALA  84           HB3      ALA  84  -5.413   2.447  10.519

  No H/Q in entry =           5
  In of MODEL   13
    1    H    TRP  85           H        TRP  85  -7.409   0.503   9.829
    2    HA   TRP  85           HA       TRP  85  -7.184  -0.097   7.311
    3    HB2  TRP  85           HB2      TRP  85  -5.797  -2.113   8.322
    4    HB3  TRP  85           HB3      TRP  85  -7.392  -2.836   8.477
    5    HD1  TRP  85           HD1      TRP  85  -8.058  -4.214   6.542
    6    HE1  TRP  85           HE1      TRP  85  -7.473  -4.386   4.038
    7    HE3  TRP  85           HE3      TRP  85  -4.904  -0.235   6.228
    8    HZ2  TRP  85           HZ2      TRP  85  -5.881  -2.967   2.173
    9    HZ3  TRP  85           HZ3      TRP  85  -3.895   0.305   4.053
   10    HH2  TRP  85           HH2      TRP  85  -4.369  -1.033   2.069

  No H/Q in entry =          10
  In of MODEL   13
    1    H    VAL  86           H        VAL  86  -9.067  -0.235  10.163
    2    HA   VAL  86           HA       VAL  86 -11.279  -0.601   8.380
    3    HB   VAL  86           HB       VAL  86 -12.045  -2.390  10.435
    4   HG12  VAL  86          HG11      VAL  86 -12.282  -3.785   8.338
    5   HG11  VAL  86          HG12      VAL  86 -11.629  -2.395   7.468
    6   HG13  VAL  86          HG13      VAL  86 -13.145  -2.248   8.360
    7   HG23  VAL  86          HG21      VAL  86  -9.768  -3.406   8.794
    8   HG22  VAL  86          HG22      VAL  86 -10.515  -4.119  10.222
    9   HG21  VAL  86          HG23      VAL  86  -9.478  -2.700  10.382

  No H/Q in entry =           9
  In of MODEL   13
    1    H    ARG  87           H        ARG  87 -13.211  -0.252   8.826
    2    HA   ARG  87           HA       ARG  87 -14.432   0.541  11.165
    3    HB2  ARG  87           HB2      ARG  87 -13.330   2.644  11.181
    4    HB3  ARG  87           HB3      ARG  87 -13.510   2.849   9.445
    5    HG2  ARG  87           HG2      ARG  87 -16.069   2.581  10.763
    6    HG3  ARG  87           HG3      ARG  87 -15.117   3.918  11.424
    7    HD2  ARG  87           HD2      ARG  87 -15.229   5.110   9.517
    8    HD3  ARG  87           HD3      ARG  87 -15.102   3.678   8.497
    9    HE   ARG  87           HE       ARG  87 -17.604   3.613   9.692
   10   HH11  ARG  87          HH11      ARG  87 -15.847   5.619   7.436
   11   HH12  ARG  87          HH12      ARG  87 -17.263   6.133   6.578
   12   HH21  ARG  87          HH21      ARG  87 -19.481   4.280   8.578
   13   HH22  ARG  87          HH22      ARG  87 -19.343   5.376   7.244

  No H/Q in entry =          13
  In of MODEL   13
    1    H    ALA  88           H        ALA  88 -16.321  -0.472  10.654
    2    HA   ALA  88           HA       ALA  88 -17.231  -1.244   8.438
    3    HB2  ALA  88           HB1      ALA  88 -19.381  -0.243  10.183
    4    HB3  ALA  88           HB2      ALA  88 -18.246  -1.448  10.773
    5    HB1  ALA  88           HB3      ALA  88 -19.213  -1.769   9.329

  No H/Q in entry =           5
  In of MODEL   13
    1    H    LYS  89           H        LYS  89 -18.089  -0.440   6.324
    2    HA   LYS  89           HA       LYS  89 -18.671   2.368   6.461
    3    HB2  LYS  89           HB2      LYS  89 -17.407   1.102   4.533
    4    HB3  LYS  89           HB3      LYS  89 -19.036   0.791   3.949
    5    HG2  LYS  89           HG2      LYS  89 -19.472   3.066   3.614
    6    HG3  LYS  89           HG3      LYS  89 -18.107   3.562   4.619
    7    HD2  LYS  89           HD2      LYS  89 -16.754   3.565   2.857
    8    HD3  LYS  89           HD3      LYS  89 -17.174   1.891   2.492
    9    HE2  LYS  89           HE2      LYS  89 -17.833   2.947   0.570
   10    HE3  LYS  89           HE3      LYS  89 -19.332   2.945   1.495
   11    HZ2  LYS  89           HZ1      LYS  89 -17.721   5.177   0.630
   12    HZ1  LYS  89           HZ2      LYS  89 -18.144   5.272   2.263
   13    HZ3  LYS  89           HZ3      LYS  89 -19.348   5.137   1.080

  No H/Q in entry =          13
  In of MODEL   13
    1    H    THR  90           H        THR  90 -20.266  -0.577   5.356
    2    HA   THR  90           HA       THR  90 -22.822   0.641   6.187
    3    HB   THR  90           HB       THR  90 -23.530  -1.530   4.664
    4    HG1  THR  90           HG1      THR  90 -22.107  -1.033   2.702
    5   HG21  THR  90          HG21      THR  90 -23.021   1.288   3.707
    6   HG23  THR  90          HG22      THR  90 -24.483   0.706   4.501
    7   HG22  THR  90          HG23      THR  90 -24.050   0.103   2.901

  No H/Q in entry =           7
  In of MODEL   13
    1    H    ALA  91           H        ALA  91 -24.367  -1.608   6.410
    2    HA   ALA  91           HA       ALA  91 -23.213  -2.900   8.791
    3    HB3  ALA  91           HB1      ALA  91 -25.547  -2.140   9.015
    4    HB2  ALA  91           HB2      ALA  91 -25.507  -3.904   9.025
    5    HB1  ALA  91           HB3      ALA  91 -25.997  -3.038   7.567

  No H/Q in entry =           5
  In of MODEL   13
    1    H    CYS  92           H        CYS  92 -22.100  -4.617   8.451
    2    HA   CYS  92           HA       CYS  92 -22.547  -6.120   5.917
    3    HB2  CYS  92           HB2      CYS  92 -19.972  -6.531   7.236
    4    HB3  CYS  92           HB3      CYS  92 -20.297  -6.097   5.567
    5    HG   CYS  92           HG       CYS  92 -20.971  -3.390   7.035

  No H/Q in entry =           5
  In of MODEL   13
    1    H    GLU  93           H        GLU  93 -20.829  -8.078   6.513
    2    HA   GLU  93           HA       GLU  93 -21.793  -9.680   8.677
    3    HB2  GLU  93           HB2      GLU  93 -22.673 -10.070   5.844
    4    HB3  GLU  93           HB3      GLU  93 -22.112 -11.503   6.683
    5    HG2  GLU  93           HG2      GLU  93 -23.856 -10.418   8.487
    6    HG3  GLU  93           HG3      GLU  93 -24.608 -10.031   6.939

  No H/Q in entry =           6
  In of MODEL   13
    1    H    VAL  94           H        VAL  94 -19.635  -9.974   9.299
    2    HA   VAL  94           HA       VAL  94 -17.762 -10.510   7.102
    3    HB   VAL  94           HB       VAL  94 -15.929 -10.010   8.699
    4   HG12  VAL  94          HG11      VAL  94 -16.493  -7.501   8.851
    5   HG11  VAL  94          HG12      VAL  94 -17.952  -7.951   7.965
    6   HG13  VAL  94          HG13      VAL  94 -16.362  -8.269   7.271
    7   HG22  VAL  94          HG21      VAL  94 -16.892 -10.373  10.836
    8   HG21  VAL  94          HG22      VAL  94 -18.183  -9.214  10.527
    9   HG23  VAL  94          HG23      VAL  94 -16.520  -8.650  10.725

  No H/Q in entry =           9
  In of MODEL   13
    1    H    ALA  95           H        ALA  95 -16.441 -12.282   7.163
    2    HA   ALA  95           HA       ALA  95 -17.424 -14.374   8.938
    3    HB2  ALA  95           HB1      ALA  95 -16.667 -15.798   7.330
    4    HB3  ALA  95           HB2      ALA  95 -15.172 -14.889   7.117
    5    HB1  ALA  95           HB3      ALA  95 -16.648 -14.353   6.317

  No H/Q in entry =           5
  In of MODEL   13
    1    H    GLU  96           H        GLU  96 -16.651 -13.478  10.833
    2    HA   GLU  96           HA       GLU  96 -13.764 -13.024  10.883
    3    HB2  GLU  96           HB2      GLU  96 -14.024 -11.615  12.778
    4    HB3  GLU  96           HB3      GLU  96 -15.166 -11.109  11.536
    5    HG2  GLU  96           HG2      GLU  96 -16.972 -12.209  12.714
    6    HG3  GLU  96           HG3      GLU  96 -15.835 -12.830  13.911

  No H/Q in entry =           6
  In of MODEL   13
    1    H    ILE  97           H        ILE  97 -12.475 -14.020  11.886
    2    HA   ILE  97           HA       ILE  97 -13.095 -15.553  14.217
    3    HB   ILE  97           HB       ILE  97 -11.830 -17.545  13.205
    4   HG12  ILE  97          HG12      ILE  97 -13.097 -16.587  10.680
    5   HG13  ILE  97          HG13      ILE  97 -11.428 -16.206  11.065
    6   HG22  ILE  97          HG21      ILE  97 -14.627 -17.252  12.302
    7   HG21  ILE  97          HG22      ILE  97 -14.217 -17.267  14.015
    8   HG23  ILE  97          HG23      ILE  97 -13.806 -18.650  13.005
    9   HD11  ILE  97          HD11      ILE  97 -10.926 -18.595  11.244
   10   HD13  ILE  97          HD12      ILE  97 -11.525 -18.155   9.645
   11   HD12  ILE  97          HD13      ILE  97 -12.589 -18.966  10.795

  No H/Q in entry =          11
  In of MODEL   13
    1    H    SER  98           H        SER  98 -10.983 -16.874  14.759
    2    HA   SER  98           HA       SER  98  -8.947 -14.777  14.752
    3    HB2  SER  98           HB2      SER  98  -7.906 -16.178  16.589
    4    HB3  SER  98           HB3      SER  98  -9.477 -15.473  16.971
    5    HG   SER  98           HG       SER  98  -9.504 -17.624  17.574

  No H/Q in entry =           5
  In of MODEL   13
    1    H    TYR  99           H        TYR  99  -7.000 -15.075  14.106
    2    HA   TYR  99           HA       TYR  99  -6.581 -16.769  11.768
    3    HB2  TYR  99           HB2      TYR  99  -4.675 -15.471  11.242
    4    HB3  TYR  99           HB3      TYR  99  -5.854 -14.333  11.853
    5    HD1  TYR  99           HD1      TYR  99  -5.096 -15.210  14.894
    6    HD2  TYR  99           HD2      TYR  99  -2.963 -13.845  11.487
    7    HE1  TYR  99           HE1      TYR  99  -3.386 -14.218  16.361
    8    HE2  TYR  99           HE2      TYR  99  -1.259 -12.831  12.932
    9    HH   TYR  99           HH       TYR  99  -1.257 -13.371  16.405

  No H/Q in entry =           9
  In of MODEL   13
    1    H    LYS 100           H        LYS 100  -6.149 -17.358  15.123
    2    HA   LYS 100           HA       LYS 100  -3.775 -18.880  14.659
    3    HB2  LYS 100           HB2      LYS 100  -4.451 -18.411  16.966
    4    HB3  LYS 100           HB3      LYS 100  -5.956 -19.287  16.712
    5    HG2  LYS 100           HG2      LYS 100  -4.504 -20.723  17.917
    6    HG3  LYS 100           HG3      LYS 100  -4.597 -21.336  16.262
    7    HD2  LYS 100           HD2      LYS 100  -2.476 -20.003  15.817
    8    HD3  LYS 100           HD3      LYS 100  -2.354 -19.815  17.566
    9    HE2  LYS 100           HE2      LYS 100  -2.849 -22.565  16.791
   10    HE3  LYS 100           HE3      LYS 100  -1.380 -21.925  16.057
   11    HZ2  LYS 100           HZ1      LYS 100  -2.028 -21.957  18.955
   12    HZ1  LYS 100           HZ2      LYS 100  -0.646 -21.252  18.283
   13    HZ3  LYS 100           HZ3      LYS 100  -0.884 -22.922  18.170

  No H/Q in entry =          13
  In of MODEL   13
    1    H    LYS 101           H        LYS 101  -7.249 -19.619  14.711
    2    HA   LYS 101           HA       LYS 101  -7.037 -22.299  13.762
    3    HB2  LYS 101           HB2      LYS 101  -8.981 -20.696  14.913
    4    HB3  LYS 101           HB3      LYS 101  -9.576 -20.938  13.278
    5    HG2  LYS 101           HG2      LYS 101  -9.268 -23.386  13.636
    6    HG3  LYS 101           HG3      LYS 101  -8.919 -23.014  15.324
    7    HD2  LYS 101           HD2      LYS 101 -11.247 -23.624  15.144
    8    HD3  LYS 101           HD3      LYS 101 -11.140 -21.897  15.479
    9    HE2  LYS 101           HE2      LYS 101 -11.436 -21.452  13.058
   10    HE3  LYS 101           HE3      LYS 101 -11.646 -23.181  12.794
   11    HZ3  LYS 101           HZ1      LYS 101 -13.618 -23.162  14.107
   12    HZ2  LYS 101           HZ2      LYS 101 -13.750 -21.915  12.971
   13    HZ1  LYS 101           HZ3      LYS 101 -13.370 -21.558  14.580

  No H/Q in entry =          13
  In of MODEL   13
    1    H    PHE 102           H        PHE 102  -7.940 -19.242  12.324
    2    HA   PHE 102           HA       PHE 102  -8.634 -20.124   9.781
    3    HB2  PHE 102           HB2      PHE 102  -9.302 -18.021  10.194
    4    HB3  PHE 102           HB3      PHE 102  -7.890 -17.596  11.089
    5    HD1  PHE 102           HD1      PHE 102  -9.576 -17.365   7.928
    6    HD2  PHE 102           HD2      PHE 102  -5.797 -16.960   9.835
    7    HE1  PHE 102           HE1      PHE 102  -8.792 -15.981   6.046
    8    HE2  PHE 102           HE2      PHE 102  -4.994 -15.599   7.960
    9    HZ   PHE 102           HZ       PHE 102  -6.485 -15.100   6.067

  No H/Q in entry =           9
  In of MODEL   13
    1    H    ARG 103           H        ARG 103  -5.561 -18.727  10.887
    2    HA   ARG 103           HA       ARG 103  -4.111 -18.972   8.647
    3    HB2  ARG 103           HB2      ARG 103  -2.189 -18.699   9.839
    4    HB3  ARG 103           HB3      ARG 103  -3.383 -18.157  11.002
    5    HG2  ARG 103           HG2      ARG 103  -3.110 -20.024  12.345
    6    HG3  ARG 103           HG3      ARG 103  -2.409 -20.987  11.039
    7    HD2  ARG 103           HD2      ARG 103  -1.074 -18.543  12.192
    8    HD3  ARG 103           HD3      ARG 103  -0.785 -20.172  12.801
    9    HE   ARG 103           HE       ARG 103  -0.064 -20.689  10.435
   10   HH11  ARG 103          HH11      ARG 103   0.239 -17.458  11.777
   11   HH12  ARG 103          HH12      ARG 103   1.570 -17.028  10.752
   12   HH21  ARG 103          HH21      ARG 103   1.670 -20.116   9.093
   13   HH22  ARG 103          HH22      ARG 103   2.384 -18.535   9.227

  No H/Q in entry =          13
  In of MODEL   13
    1    H    GLN 104           H        GLN 104  -5.260 -21.560  10.538
    2    HA   GLN 104           HA       GLN 104  -3.371 -23.481   9.369
    3    HB2  GLN 104           HB2      GLN 104  -5.425 -23.704  11.534
    4    HB3  GLN 104           HB3      GLN 104  -4.709 -25.138  10.803
    5    HG2  GLN 104           HG2      GLN 104  -3.087 -22.914  12.000
    6    HG3  GLN 104           HG3      GLN 104  -3.611 -24.331  12.906
    7   HE21  GLN 104          HE21      GLN 104  -1.440 -24.895  13.264
    8   HE22  GLN 104          HE22      GLN 104  -0.474 -25.608  12.022

  No H/Q in entry =           8
  In of MODEL   13
    1    H    LEU 105           H        LEU 105  -6.694 -22.586   8.943
    2    HA   LEU 105           HA       LEU 105  -7.164 -24.735   6.994
    3    HB2  LEU 105           HB2      LEU 105  -9.328 -24.054   7.209
    4    HB3  LEU 105           HB3      LEU 105  -8.798 -22.880   8.398
    5    HG   LEU 105           HG       LEU 105  -8.390 -21.322   6.384
    6   HD13  LEU 105          HD11      LEU 105  -9.610 -21.716   4.397
    7   HD12  LEU 105          HD12      LEU 105 -10.454 -23.099   5.089
    8   HD11  LEU 105          HD13      LEU 105  -8.733 -23.213   4.708
    9   HD22  LEU 105          HD21      LEU 105 -10.117 -20.893   7.979
   10   HD21  LEU 105          HD22      LEU 105 -11.148 -22.133   7.266
   11   HD23  LEU 105          HD23      LEU 105 -10.785 -20.662   6.359

  No H/Q in entry =          11
  In of MODEL   13
    1    H    ILE 106           H        ILE 106  -6.472 -21.063   6.907
    2    HA   ILE 106           HA       ILE 106  -6.045 -21.043   4.210
    3    HB   ILE 106           HB       ILE 106  -5.006 -18.921   4.441
    4   HG12  ILE 106          HG12      ILE 106  -4.781 -18.209   7.033
    5   HG13  ILE 106          HG13      ILE 106  -4.325 -19.907   7.143
    6   HG21  ILE 106          HG21      ILE 106  -7.470 -19.584   5.280
    7   HG23  ILE 106          HG22      ILE 106  -6.886 -17.924   5.157
    8   HG22  ILE 106          HG23      ILE 106  -6.860 -18.754   6.713
    9   HD11  ILE 106          HD11      ILE 106  -2.878 -18.947   4.986
   10   HD13  ILE 106          HD12      ILE 106  -2.275 -19.275   6.613
   11   HD12  ILE 106          HD13      ILE 106  -2.813 -17.651   6.185

  No H/Q in entry =          11
  In of MODEL   13
    1    H    GLN 107           H        GLN 107  -4.378 -22.846   6.245
    2    HA   GLN 107           HA       GLN 107  -1.829 -22.582   4.833
    3    HB2  GLN 107           HB2      GLN 107  -2.439 -23.384   7.611
    4    HB3  GLN 107           HB3      GLN 107  -1.189 -24.317   6.800
    5    HG2  GLN 107           HG2      GLN 107  -0.069 -22.141   6.251
    6    HG3  GLN 107           HG3      GLN 107  -1.246 -21.365   7.314
    7   HE21  GLN 107          HE21      GLN 107  -0.050 -24.543   8.017
    8   HE22  GLN 107          HE22      GLN 107   0.924 -24.093   9.368

  No H/Q in entry =           8
  In of MODEL   13
    1    H    VAL 108           H        VAL 108  -4.622 -24.341   5.186
    2    HA   VAL 108           HA       VAL 108  -3.567 -26.926   4.418
    3    HB   VAL 108           HB       VAL 108  -5.766 -26.024   5.853
    4   HG11  VAL 108          HG11      VAL 108  -6.721 -27.082   3.212
    5   HG13  VAL 108          HG12      VAL 108  -7.077 -25.518   3.947
    6   HG12  VAL 108          HG13      VAL 108  -7.712 -26.997   4.668
    7   HG22  VAL 108          HG21      VAL 108  -6.332 -28.333   6.120
    8   HG21  VAL 108          HG22      VAL 108  -4.580 -28.131   6.134
    9   HG23  VAL 108          HG23      VAL 108  -5.384 -28.765   4.697

  No H/Q in entry =           9
  In of MODEL   13
    1    H    ASN 109           H        ASN 109  -4.804 -24.077   3.039
    2    HA   ASN 109           HA       ASN 109  -4.804 -25.267   0.352
    3    HB2  ASN 109           HB2      ASN 109  -6.776 -23.242   1.409
    4    HB3  ASN 109           HB3      ASN 109  -6.667 -23.750  -0.266
    5   HD21  ASN 109          HD21      ASN 109  -8.473 -24.049   2.360
    6   HD22  ASN 109          HD22      ASN 109  -9.096 -25.650   2.149

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   PRO 110           HA       PRO 110  -1.947 -21.768   0.109
    2    HB2  PRO 110           HB2      PRO 110  -0.993 -22.373  -2.361
    3    HB3  PRO 110           HB3      PRO 110  -0.466 -23.233  -0.913
    4    HG2  PRO 110           HG2      PRO 110  -2.460 -24.052  -2.986
    5    HG3  PRO 110           HG3      PRO 110  -1.227 -25.031  -2.172
    6    HD2  PRO 110           HD2      PRO 110  -3.860 -25.044  -1.477
    7    HD3  PRO 110           HD3      PRO 110  -2.545 -25.378  -0.331

  No H/Q in entry =           7
  In of MODEL   13
    1    H    ASP 111           H        ASP 111  -4.825 -22.359  -1.607
    2    HA   ASP 111           HA       ASP 111  -4.498 -19.960  -3.234
    3    HB2  ASP 111           HB2      ASP 111  -6.613 -22.094  -3.311
    4    HB3  ASP 111           HB3      ASP 111  -6.672 -20.600  -4.252

  No H/Q in entry =           4
  In of MODEL   13
    1    H    ILE 112           H        ILE 112  -5.575 -20.739  -0.186
    2    HA   ILE 112           HA       ILE 112  -7.936 -19.061  -0.171
    3    HB   ILE 112           HB       ILE 112  -6.521 -20.662   1.962
    4   HG12  ILE 112          HG12      ILE 112  -8.330 -21.256   0.018
    5   HG13  ILE 112          HG13      ILE 112  -8.135 -22.162   1.511
    6   HG23  ILE 112          HG21      ILE 112  -7.260 -18.604   3.023
    7   HG22  ILE 112          HG22      ILE 112  -8.275 -19.959   3.518
    8   HG21  ILE 112          HG23      ILE 112  -8.873 -18.799   2.333
    9   HD13  ILE 112          HD11      ILE 112  -9.976 -21.157   2.491
   10   HD12  ILE 112          HD12      ILE 112 -10.471 -21.522   0.839
   11   HD11  ILE 112          HD13      ILE 112 -10.024 -19.874   1.284

  No H/Q in entry =          11
  In of MODEL   13
    1    H    LEU 113           H        LEU 113  -4.775 -19.003   1.326
    2    HA   LEU 113           HA       LEU 113  -5.183 -16.409   2.398
    3    HB2  LEU 113           HB2      LEU 113  -3.669 -18.025   3.438
    4    HB3  LEU 113           HB3      LEU 113  -2.663 -17.999   2.006
    5    HG   LEU 113           HG       LEU 113  -2.314 -15.540   2.422
    6   HD13  LEU 113          HD11      LEU 113  -4.189 -15.116   3.878
    7   HD12  LEU 113          HD12      LEU 113  -2.690 -14.782   4.744
    8   HD11  LEU 113          HD13      LEU 113  -3.579 -16.273   5.057
    9   HD23  LEU 113          HD21      LEU 113  -1.356 -17.360   4.609
   10   HD22  LEU 113          HD22      LEU 113  -0.552 -15.934   3.958
   11   HD21  LEU 113          HD23      LEU 113  -0.723 -17.380   2.965

  No H/Q in entry =          11
  In of MODEL   13
    1    H    MET 114           H        MET 114  -4.125 -17.780  -0.504
    2    HA   MET 114           HA       MET 114  -2.667 -15.553  -1.557
    3    HB2  MET 114           HB2      MET 114  -2.824 -18.151  -2.247
    4    HB3  MET 114           HB3      MET 114  -3.987 -17.489  -3.386
    5    HG2  MET 114           HG2      MET 114  -1.497 -15.992  -3.254
    6    HG3  MET 114           HG3      MET 114  -1.294 -17.667  -3.754
    7    HE3  MET 114           HE1      MET 114  -0.709 -14.932  -5.765
    8    HE2  MET 114           HE2      MET 114  -1.104 -15.887  -7.192
    9    HE1  MET 114           HE3      MET 114  -0.212 -16.619  -5.860

  No H/Q in entry =           9
  In of MODEL   13
    1    H    ARG 115           H        ARG 115  -5.951 -16.654  -1.484
    2    HA   ARG 115           HA       ARG 115  -6.968 -14.906  -3.467
    3    HB2  ARG 115           HB2      ARG 115  -8.057 -16.784  -1.459
    4    HB3  ARG 115           HB3      ARG 115  -9.111 -15.425  -1.857
    5    HG2  ARG 115           HG2      ARG 115  -7.871 -16.930  -4.092
    6    HG3  ARG 115           HG3      ARG 115  -9.180 -17.699  -3.194
    7    HD2  ARG 115           HD2      ARG 115  -9.525 -14.888  -4.139
    8    HD3  ARG 115           HD3      ARG 115  -9.681 -16.206  -5.302
    9    HE   ARG 115           HE       ARG 115 -11.344 -17.119  -3.533
   10   HH11  ARG 115          HH11      ARG 115 -10.919 -13.730  -4.362
   11   HH12  ARG 115          HH12      ARG 115 -12.547 -13.301  -3.958
   12   HH21  ARG 115          HH21      ARG 115 -13.458 -16.569  -3.033
   13   HH22  ARG 115          HH22      ARG 115 -14.015 -14.931  -3.207

  No H/Q in entry =          13
  In of MODEL   13
    1    H    LEU 116           H        LEU 116  -6.665 -14.818   0.105
    2    HA   LEU 116           HA       LEU 116  -7.809 -12.279   0.379
    3    HB2  LEU 116           HB2      LEU 116  -7.667 -13.431   2.378
    4    HB3  LEU 116           HB3      LEU 116  -6.027 -13.974   2.070
    5    HG   LEU 116           HG       LEU 116  -6.289 -11.056   2.407
    6   HD13  LEU 116          HD11      LEU 116  -6.562 -11.052   4.761
    7   HD12  LEU 116          HD12      LEU 116  -6.612 -12.817   4.819
    8   HD11  LEU 116          HD13      LEU 116  -7.936 -11.918   4.070
    9   HD22  LEU 116          HD21      LEU 116  -4.127 -11.981   2.264
   10   HD21  LEU 116          HD22      LEU 116  -4.500 -13.210   3.472
   11   HD23  LEU 116          HD23      LEU 116  -4.375 -11.513   3.949

  No H/Q in entry =          11
  In of MODEL   13
    1    H    SER 117           H        SER 117  -4.452 -13.258  -0.141
    2    HA   SER 117           HA       SER 117  -3.135 -10.883   0.297
    3    HB2  SER 117           HB2      SER 117  -2.181 -12.195  -2.119
    4    HB3  SER 117           HB3      SER 117  -1.344 -11.896  -0.600
    5    HG   SER 117           HG       SER 117  -2.575 -13.738   0.222

  No H/Q in entry =           5
  In of MODEL   13
    1    H    ALA 118           H        ALA 118  -4.610 -12.037  -2.676
    2    HA   ALA 118           HA       ALA 118  -3.994  -9.922  -4.334
    3    HB2  ALA 118           HB1      ALA 118  -5.338 -10.908  -5.858
    4    HB1  ALA 118           HB2      ALA 118  -6.637 -11.169  -4.691
    5    HB3  ALA 118           HB3      ALA 118  -5.235 -12.238  -4.702

  No H/Q in entry =           5
  In of MODEL   13
    1    H    GLN 119           H        GLN 119  -6.465 -10.099  -1.874
    2    HA   GLN 119           HA       GLN 119  -7.911  -7.839  -2.880
    3    HB2  GLN 119           HB2      GLN 119  -7.916  -9.388  -0.307
    4    HB3  GLN 119           HB3      GLN 119  -8.716  -7.824  -0.378
    5    HG2  GLN 119           HG2      GLN 119  -9.776 -10.298  -1.076
    6    HG3  GLN 119           HG3      GLN 119 -10.496  -8.715  -1.343
    7   HE21  GLN 119          HE21      GLN 119  -8.772 -11.369  -2.772
    8   HE22  GLN 119          HE22      GLN 119  -8.992 -10.885  -4.418

  No H/Q in entry =           8
  In of MODEL   13
    1    H    MET 120           H        MET 120  -5.948  -8.205   0.146
    2    HA   MET 120           HA       MET 120  -5.326  -5.744   0.681
    3    HB2  MET 120           HB2      MET 120  -4.635  -7.876   1.803
    4    HB3  MET 120           HB3      MET 120  -3.308  -7.985   0.656
    5    HG2  MET 120           HG2      MET 120  -2.329  -5.986   1.508
    6    HG3  MET 120           HG3      MET 120  -3.725  -5.682   2.537
    7    HE1  MET 120           HE1      MET 120  -0.988  -8.360   1.716
    8    HE3  MET 120           HE2      MET 120  -2.402  -9.351   2.079
    9    HE2  MET 120           HE3      MET 120  -1.017  -9.360   3.169

  No H/Q in entry =           9
  In of MODEL   13
    1    H    ALA 121           H        ALA 121  -3.706  -7.552  -1.877
    2    HA   ALA 121           HA       ALA 121  -1.685  -5.628  -2.388
    3    HB2  ALA 121           HB1      ALA 121  -2.722  -7.903  -4.072
    4    HB1  ALA 121           HB2      ALA 121  -1.309  -7.915  -3.013
    5    HB3  ALA 121           HB3      ALA 121  -1.310  -6.923  -4.470

  No H/Q in entry =           5
  In of MODEL   13
    1    H    ARG 122           H        ARG 122  -4.981  -5.960  -3.278
    2    HA   ARG 122           HA       ARG 122  -4.833  -4.280  -5.589
    3    HB2  ARG 122           HB2      ARG 122  -6.866  -5.823  -4.212
    4    HB3  ARG 122           HB3      ARG 122  -7.472  -4.238  -4.687
    5    HG2  ARG 122           HG2      ARG 122  -7.780  -6.125  -6.346
    6    HG3  ARG 122           HG3      ARG 122  -7.047  -4.642  -6.966
    7    HD2  ARG 122           HD2      ARG 122  -4.846  -5.968  -6.162
    8    HD3  ARG 122           HD3      ARG 122  -5.884  -7.326  -6.598
    9    HE   ARG 122           HE       ARG 122  -4.714  -5.337  -8.356
   10   HH11  ARG 122          HH11      ARG 122  -7.046  -7.925  -7.990
   11   HH12  ARG 122          HH12      ARG 122  -7.073  -8.311  -9.684
   12   HH21  ARG 122          HH21      ARG 122  -4.778  -5.817 -10.570
   13   HH22  ARG 122          HH22      ARG 122  -5.789  -7.104 -11.149

  No H/Q in entry =          13
  In of MODEL   13
    1    H    ARG 123           H        ARG 123  -5.326  -3.961  -2.251
    2    HA   ARG 123           HA       ARG 123  -6.209  -1.232  -2.302
    3    HB2  ARG 123           HB2      ARG 123  -5.385  -3.144  -0.123
    4    HB3  ARG 123           HB3      ARG 123  -5.643  -1.439   0.214
    5    HG2  ARG 123           HG2      ARG 123  -7.577  -3.040   0.655
    6    HG3  ARG 123           HG3      ARG 123  -7.933  -1.566  -0.244
    7    HD2  ARG 123           HD2      ARG 123  -7.771  -2.869  -2.346
    8    HD3  ARG 123           HD3      ARG 123  -7.517  -4.326  -1.392
    9    HE   ARG 123           HE       ARG 123  -9.763  -4.361  -0.851
   10   HH11  ARG 123          HH11      ARG 123  -9.004  -1.328  -2.458
   11   HH12  ARG 123          HH12      ARG 123 -10.659  -0.979  -2.836
   12   HH21  ARG 123          HH21      ARG 123 -11.916  -3.905  -1.390
   13   HH22  ARG 123          HH22      ARG 123 -12.309  -2.432  -2.229

  No H/Q in entry =          13
  In of MODEL   13
    1    H    LEU 124           H        LEU 124  -3.307  -3.090  -2.053
    2    HA   LEU 124           HA       LEU 124  -1.454  -1.082  -1.362
    3    HB2  LEU 124           HB2      LEU 124  -1.390  -3.765  -1.893
    4    HB3  LEU 124           HB3      LEU 124  -0.707  -3.137  -3.372
    5    HG   LEU 124           HG       LEU 124   0.476  -3.392  -0.701
    6   HD11  LEU 124          HD11      LEU 124   1.144  -4.675  -2.656
    7   HD13  LEU 124          HD12      LEU 124   2.470  -3.698  -2.004
    8   HD12  LEU 124          HD13      LEU 124   1.613  -3.170  -3.456
    9   HD22  LEU 124          HD21      LEU 124   0.480  -1.006  -0.687
   10   HD21  LEU 124          HD22      LEU 124   0.979  -0.951  -2.378
   11   HD23  LEU 124          HD23      LEU 124   2.093  -1.555  -1.149

  No H/Q in entry =          11
  In of MODEL   13
    1    H    GLN 125           H        GLN 125  -2.865  -2.307  -4.303
    2    HA   GLN 125           HA       GLN 125  -1.498  -0.613  -6.134
    3    HB2  GLN 125           HB2      GLN 125  -2.270  -2.359  -7.337
    4    HB3  GLN 125           HB3      GLN 125  -3.567  -2.686  -6.205
    5    HG2  GLN 125           HG2      GLN 125  -4.834  -2.121  -7.976
    6    HG3  GLN 125           HG3      GLN 125  -4.567  -0.496  -7.351
    7   HE21  GLN 125          HE21      GLN 125  -2.265  -2.549  -9.072
    8   HE22  GLN 125          HE22      GLN 125  -2.092  -1.499 -10.433

  No H/Q in entry =           8
  In of MODEL   13
    1    H    VAL 126           H        VAL 126  -4.063  -0.010  -3.913
    2    HA   VAL 126           HA       VAL 126  -5.210   2.080  -5.591
    3    HB   VAL 126           HB       VAL 126  -6.492   0.357  -3.929
    4   HG11  VAL 126          HG11      VAL 126  -5.396   1.298  -1.916
    5   HG13  VAL 126          HG12      VAL 126  -7.155   1.435  -1.882
    6   HG12  VAL 126          HG13      VAL 126  -6.168   2.847  -2.261
    7   HG22  VAL 126          HG21      VAL 126  -7.607   1.759  -5.503
    8   HG21  VAL 126          HG22      VAL 126  -7.250   3.195  -4.541
    9   HG23  VAL 126          HG23      VAL 126  -8.360   1.972  -3.922

  No H/Q in entry =           9
  In of MODEL   13
    1    H    THR 127           H        THR 127  -3.315   1.429  -2.736
    2    HA   THR 127           HA       THR 127  -3.099   4.213  -1.942
    3    HB   THR 127           HB       THR 127  -1.323   2.038  -0.939
    4    HG1  THR 127           HG1      THR 127  -3.447   1.151  -0.856
    5   HG23  THR 127          HG21      THR 127  -1.447   3.270   1.150
    6   HG22  THR 127          HG22      THR 127  -2.681   4.333   0.475
    7   HG21  THR 127          HG23      THR 127  -1.039   4.370  -0.167

  No H/Q in entry =           7
  In of MODEL   13
    1    H    SER 128           H        SER 128  -1.635   2.653  -4.679
    2    HA   SER 128           HA       SER 128   0.957   3.549  -3.784
    3    HB2  SER 128           HB2      SER 128   0.117   1.551  -5.887
    4    HB3  SER 128           HB3      SER 128   1.738   2.234  -5.816
    5    HG   SER 128           HG       SER 128   0.424   0.619  -3.897

  No H/Q in entry =           5
  In of MODEL   13
    1    H    GLU 129           H        GLU 129  -1.701   3.755  -5.950
    2    HA   GLU 129           HA       GLU 129  -0.285   5.772  -7.582
    3    HB2  GLU 129           HB2      GLU 129  -2.542   3.969  -8.471
    4    HB3  GLU 129           HB3      GLU 129  -1.685   5.134  -9.473
    5    HG2  GLU 129           HG2      GLU 129   0.336   3.558  -8.460
    6    HG3  GLU 129           HG3      GLU 129  -0.973   2.415  -8.750

  No H/Q in entry =           6
  In of MODEL   13
    1    H    LYS 130           H        LYS 130  -1.848   6.139  -5.148
    2    HA   LYS 130           HA       LYS 130  -3.489   8.312  -6.127
    3    HB2  LYS 130           HB2      LYS 130  -4.605   5.837  -5.008
    4    HB3  LYS 130           HB3      LYS 130  -5.142   7.283  -4.164
    5    HG2  LYS 130           HG2      LYS 130  -6.490   7.888  -5.835
    6    HG3  LYS 130           HG3      LYS 130  -5.264   7.561  -7.059
    7    HD2  LYS 130           HD2      LYS 130  -6.617   5.262  -5.729
    8    HD3  LYS 130           HD3      LYS 130  -7.496   6.168  -6.961
    9    HE2  LYS 130           HE2      LYS 130  -4.867   4.727  -7.268
   10    HE3  LYS 130           HE3      LYS 130  -6.405   4.321  -8.025
   11    HZ3  LYS 130           HZ1      LYS 130  -5.299   5.424  -9.698
   12    HZ2  LYS 130           HZ2      LYS 130  -4.547   6.518  -8.652
   13    HZ1  LYS 130           HZ3      LYS 130  -6.194   6.695  -9.020

  No H/Q in entry =          13
  In of MODEL   13
    1    H    VAL 131           H        VAL 131  -0.988   7.806  -4.715
    2    HA   VAL 131           HA       VAL 131  -1.314   8.370  -1.962
    3    HB   VAL 131           HB       VAL 131   1.122   8.704  -3.729
    4   HG12  VAL 131          HG11      VAL 131   1.353   8.438  -0.782
    5   HG11  VAL 131          HG12      VAL 131   0.881  10.007  -1.434
    6   HG13  VAL 131          HG13      VAL 131   2.404   9.267  -1.930
    7   HG22  VAL 131          HG21      VAL 131   0.647   6.418  -3.633
    8   HG21  VAL 131          HG22      VAL 131   0.177   6.504  -1.934
    9   HG23  VAL 131          HG23      VAL 131   1.872   6.682  -2.389

  No H/Q in entry =           9
  In of MODEL   13
    1    H    GLY 132           H        GLY 132   0.066  10.232  -4.598
    2    HA3  GLY 132           HA2      GLY 132   0.174  12.693  -3.165
    3    HA2  GLY 132           HA3      GLY 132   0.566  12.459  -4.855

  No H/Q in entry =           3
  In of MODEL   13
    1    H    ASN 133           H        ASN 133  -2.558  11.381  -4.117
    2    HA   ASN 133           HA       ASN 133  -3.773  13.290  -5.766
    3    HB2  ASN 133           HB2      ASN 133  -4.746  11.140  -3.955
    4    HB3  ASN 133           HB3      ASN 133  -5.906  12.388  -4.405
    5   HD21  ASN 133          HD21      ASN 133  -6.341  12.721  -6.650
    6   HD22  ASN 133          HD22      ASN 133  -6.072  11.435  -7.787

  No H/Q in entry =           6
  In of MODEL   13
    1    H    LEU 134           H        LEU 134  -4.220  12.876  -2.233
    2    HA   LEU 134           HA       LEU 134  -5.255  15.541  -2.055
    3    HB2  LEU 134           HB2      LEU 134  -5.330  15.186   0.379
    4    HB3  LEU 134           HB3      LEU 134  -6.221  14.022  -0.568
    5    HG   LEU 134           HG       LEU 134  -3.507  13.200   0.239
    6   HD13  LEU 134          HD11      LEU 134  -4.225  14.381   2.231
    7   HD12  LEU 134          HD12      LEU 134  -4.332  12.643   2.513
    8   HD11  LEU 134          HD13      LEU 134  -5.792  13.575   2.172
    9   HD22  LEU 134          HD21      LEU 134  -4.996  11.708  -0.974
   10   HD21  LEU 134          HD22      LEU 134  -6.249  11.940   0.246
   11   HD23  LEU 134          HD23      LEU 134  -4.753  11.104   0.665

  No H/Q in entry =          11
  In of MODEL   13
    1    H    ALA 135           H        ALA 135  -2.170  14.412  -2.326
    2    HA   ALA 135           HA       ALA 135  -0.835  16.173  -0.456
    3    HB2  ALA 135           HB1      ALA 135   0.405  14.613  -2.723
    4    HB1  ALA 135           HB2      ALA 135   0.089  13.921  -1.134
    5    HB3  ALA 135           HB3      ALA 135   1.215  15.268  -1.300

  No H/Q in entry =           5
  In of MODEL   13
    1    H    PHE 136           H        PHE 136  -2.061  16.215  -3.661
    2    HA   PHE 136           HA       PHE 136  -0.487  18.583  -4.395
    3    HB2  PHE 136           HB2      PHE 136  -1.567  16.318  -5.815
    4    HB3  PHE 136           HB3      PHE 136  -2.164  17.819  -6.525
    5    HD1  PHE 136           HD1      PHE 136  -0.903  18.789  -8.180
    6    HD2  PHE 136           HD2      PHE 136   1.027  16.355  -5.274
    7    HE1  PHE 136           HE1      PHE 136   1.231  19.066  -9.371
    8    HE2  PHE 136           HE2      PHE 136   3.165  16.628  -6.458
    9    HZ   PHE 136           HZ       PHE 136   3.269  17.985  -8.510

  No H/Q in entry =           9
  In of MODEL   13
    1    H    LEU 137           H        LEU 137  -3.364  17.874  -2.975
    2    HA   LEU 137           HA       LEU 137  -5.162  19.156  -2.366
    3    HB2  LEU 137           HB2      LEU 137  -3.799  21.165  -2.277
    4    HB3  LEU 137           HB3      LEU 137  -3.818  21.305  -4.025
    5    HG   LEU 137           HG       LEU 137  -6.296  21.676  -3.897
    6   HD11  LEU 137          HD11      LEU 137  -6.683  20.637  -1.724
    7   HD13  LEU 137          HD12      LEU 137  -7.264  22.301  -1.757
    8   HD12  LEU 137          HD13      LEU 137  -5.747  21.914  -0.945
    9   HD22  LEU 137          HD21      LEU 137  -6.115  23.992  -3.169
   10   HD21  LEU 137          HD22      LEU 137  -4.721  23.526  -4.146
   11   HD23  LEU 137          HD23      LEU 137  -4.572  23.636  -2.391

  No H/Q in entry =          11
  In of MODEL   13
    1    H    ASP 138           H        ASP 138  -6.100  17.494  -3.570
    2    HA   ASP 138           HA       ASP 138  -6.612  17.579  -6.320
    3    HB2  ASP 138           HB2      ASP 138  -6.893  15.717  -4.311
    4    HB3  ASP 138           HB3      ASP 138  -8.555  16.041  -4.795

  No H/Q in entry =           4
  In of MODEL   13
    1    H    VAL 139           H        VAL 139  -8.352  19.076  -3.692
    2    HA   VAL 139           HA       VAL 139 -10.953  19.083  -4.436
    3    HB   VAL 139           HB       VAL 139  -9.328  21.074  -2.974
    4   HG12  VAL 139          HG11      VAL 139 -12.165  21.808  -3.623
    5   HG11  VAL 139          HG12      VAL 139 -10.829  22.395  -4.620
    6   HG13  VAL 139          HG13      VAL 139 -10.898  22.805  -2.905
    7   HG21  VAL 139          HG21      VAL 139 -11.995  19.752  -2.492
    8   HG23  VAL 139          HG22      VAL 139 -11.124  20.757  -1.332
    9   HG22  VAL 139          HG23      VAL 139 -10.436  19.219  -1.855

  No H/Q in entry =           9
  In of MODEL   13
    1    H    THR 140           H        THR 140  -8.478  20.855  -6.190
    2    HA   THR 140           HA       THR 140 -10.013  22.666  -7.628
    3    HB   THR 140           HB       THR 140  -7.888  21.105  -9.041
    4    HG1  THR 140           HG1      THR 140  -6.419  21.593  -7.604
    5   HG23  THR 140          HG21      THR 140  -7.248  23.313  -9.848
    6   HG22  THR 140          HG22      THR 140  -8.453  24.063  -8.802
    7   HG21  THR 140          HG23      THR 140  -8.964  23.026 -10.133

  No H/Q in entry =           7
  In of MODEL   13
    1    H    GLY 141           H        GLY 141 -12.046  21.760  -8.102
    2    HA3  GLY 141           HA2      GLY 141 -13.645  20.836  -9.406
    3    HA2  GLY 141           HA3      GLY 141 -12.395  20.601 -10.604

  No H/Q in entry =           3
  In of MODEL   13
    1    H    ARG 142           H        ARG 142 -11.433  19.063  -7.875
    2    HA   ARG 142           HA       ARG 142 -11.699  16.565  -9.056
    3    HB2  ARG 142           HB2      ARG 142 -10.005  17.168  -7.294
    4    HB3  ARG 142           HB3      ARG 142 -11.287  16.914  -6.115
    5    HG2  ARG 142           HG2      ARG 142  -9.930  14.922  -6.291
    6    HG3  ARG 142           HG3      ARG 142 -11.557  14.604  -6.901
    7    HD2  ARG 142           HD2      ARG 142 -10.856  14.409  -9.069
    8    HD3  ARG 142           HD3      ARG 142  -9.494  15.503  -8.828
    9    HE   ARG 142           HE       ARG 142  -8.679  13.473  -7.361
   10   HH11  ARG 142          HH11      ARG 142 -10.092  13.442 -10.577
   11   HH12  ARG 142          HH12      ARG 142  -9.331  11.952 -11.027
   12   HH21  ARG 142          HH21      ARG 142  -7.719  11.510  -7.948
   13   HH22  ARG 142          HH22      ARG 142  -7.958  10.852  -9.546

  No H/Q in entry =          13
  In of MODEL   13
    1    H    ILE 143           H        ILE 143 -13.209  17.489  -5.939
    2    HA   ILE 143           HA       ILE 143 -14.610  15.803  -5.089
    3    HB   ILE 143           HB       ILE 143 -16.099  18.214  -5.942
    4   HG12  ILE 143          HG12      ILE 143 -13.720  18.068  -4.090
    5   HG13  ILE 143          HG13      ILE 143 -13.898  19.022  -5.560
    6   HG23  ILE 143          HG21      ILE 143 -17.328  16.763  -4.475
    7   HG22  ILE 143          HG22      ILE 143 -16.882  18.241  -3.626
    8   HG21  ILE 143          HG23      ILE 143 -15.997  16.749  -3.316
    9   HD13  ILE 143          HD11      ILE 143 -14.078  20.460  -3.705
   10   HD12  ILE 143          HD12      ILE 143 -15.310  19.441  -2.962
   11   HD11  ILE 143          HD13      ILE 143 -15.666  20.309  -4.454

  No H/Q in entry =          11
  In of MODEL   13
    1    H    ALA 144           H        ALA 144 -16.387  17.487  -7.657
    2    HA   ALA 144           HA       ALA 144 -18.527  15.712  -7.714
    3    HB2  ALA 144           HB1      ALA 144 -18.374  16.670 -10.282
    4    HB3  ALA 144           HB2      ALA 144 -17.515  17.897  -9.348
    5    HB1  ALA 144           HB3      ALA 144 -19.175  17.468  -8.931

  No H/Q in entry =           5
  In of MODEL   13
    1    H    GLN 145           H        GLN 145 -15.416  15.681  -9.215
    2    HA   GLN 145           HA       GLN 145 -15.977  13.692 -11.148
    3    HB2  GLN 145           HB2      GLN 145 -13.538  15.064 -10.144
    4    HB3  GLN 145           HB3      GLN 145 -13.331  13.529 -10.975
    5    HG2  GLN 145           HG2      GLN 145 -15.000  15.650 -12.229
    6    HG3  GLN 145           HG3      GLN 145 -13.243  15.785 -12.280
    7   HE21  GLN 145          HE21      GLN 145 -16.016  14.096 -13.436
    8   HE22  GLN 145          HE22      GLN 145 -15.201  13.134 -14.615

  No H/Q in entry =           8
  In of MODEL   13
    1    H    THR 146           H        THR 146 -15.208  13.420  -7.536
    2    HA   THR 146           HA       THR 146 -14.220  10.818  -8.002
    3    HB   THR 146           HB       THR 146 -14.915  12.319  -5.474
    4    HG1  THR 146           HG1      THR 146 -12.308  12.277  -5.749
    5   HG21  THR 146          HG21      THR 146 -14.643   9.868  -5.244
    6   HG23  THR 146          HG22      THR 146 -13.415  10.773  -4.360
    7   HG22  THR 146          HG23      THR 146 -13.011  10.011  -5.899

  No H/Q in entry =           7
  In of MODEL   13
    1    H    LEU 147           H        LEU 147 -17.121  12.436  -7.976
    2    HA   LEU 147           HA       LEU 147 -18.603  10.623  -6.231
    3    HB2  LEU 147           HB2      LEU 147 -19.889  12.742  -7.912
    4    HB3  LEU 147           HB3      LEU 147 -20.431  12.062  -6.387
    5    HG   LEU 147           HG       LEU 147 -18.171  14.011  -6.785
    6   HD11  LEU 147          HD11      LEU 147 -20.456  14.943  -6.917
    7   HD13  LEU 147          HD12      LEU 147 -19.530  15.548  -5.544
    8   HD12  LEU 147          HD13      LEU 147 -20.766  14.316  -5.298
    9   HD21  LEU 147          HD21      LEU 147 -18.042  12.141  -4.934
   10   HD23  LEU 147          HD22      LEU 147 -19.135  13.240  -4.091
   11   HD22  LEU 147          HD23      LEU 147 -17.546  13.801  -4.611

  No H/Q in entry =          11
  In of MODEL   13
    1    H    LEU 148           H        LEU 148 -17.883  11.539  -9.466
    2    HA   LEU 148           HA       LEU 148 -19.740   9.761 -10.723
    3    HB2  LEU 148           HB2      LEU 148 -17.247  10.772 -12.046
    4    HB3  LEU 148           HB3      LEU 148 -18.809  10.424 -12.762
    5    HG   LEU 148           HG       LEU 148 -17.969  12.830 -11.187
    6   HD13  LEU 148          HD11      LEU 148 -18.828  14.001 -13.136
    7   HD12  LEU 148          HD12      LEU 148 -19.296  12.460 -13.854
    8   HD11  LEU 148          HD13      LEU 148 -17.592  12.823 -13.578
    9   HD23  LEU 148          HD21      LEU 148 -20.478  13.490 -11.580
   10   HD22  LEU 148          HD22      LEU 148 -20.005  12.580 -10.145
   11   HD21  LEU 148          HD23      LEU 148 -20.730  11.744 -11.523

  No H/Q in entry =          11
  In of MODEL   13
    1    H    ASN 149           H        ASN 149 -16.579   9.586  -9.360
    2    HA   ASN 149           HA       ASN 149 -15.753   7.150 -10.567
    3    HB2  ASN 149           HB2      ASN 149 -14.435   8.887  -9.030
    4    HB3  ASN 149           HB3      ASN 149 -14.957   7.793  -7.751
    5   HD21  ASN 149          HD21      ASN 149 -12.313   8.453  -9.067
    6   HD22  ASN 149          HD22      ASN 149 -11.635   6.910  -9.446

  No H/Q in entry =           6
  In of MODEL   13
    1    H    LEU 150           H        LEU 150 -17.894   8.073  -8.024
    2    HA   LEU 150           HA       LEU 150 -18.312   5.386  -6.993
    3    HB2  LEU 150           HB2      LEU 150 -19.642   8.056  -6.538
    4    HB3  LEU 150           HB3      LEU 150 -20.310   6.567  -5.872
    5    HG   LEU 150           HG       LEU 150 -17.444   7.142  -5.340
    6   HD11  LEU 150          HD11      LEU 150 -18.595   9.295  -4.968
    7   HD13  LEU 150          HD12      LEU 150 -17.918   8.594  -3.502
    8   HD12  LEU 150          HD13      LEU 150 -19.652   8.493  -3.810
    9   HD21  LEU 150          HD21      LEU 150 -19.731   5.917  -3.821
   10   HD23  LEU 150          HD22      LEU 150 -18.117   6.156  -3.151
   11   HD22  LEU 150          HD23      LEU 150 -18.349   5.093  -4.541

  No H/Q in entry =          11
  In of MODEL   13
    1    H    ALA 151           H        ALA 151 -19.149   7.004  -9.918
    2    HA   ALA 151           HA       ALA 151 -21.808   5.790  -9.915
    3    HB2  ALA 151           HB1      ALA 151 -22.139   6.966 -12.029
    4    HB3  ALA 151           HB2      ALA 151 -20.473   7.540 -11.990
    5    HB1  ALA 151           HB3      ALA 151 -21.628   8.106 -10.783

  No H/Q in entry =           5
  In of MODEL   13
    1    H    LYS 152           H        LYS 152 -18.616   5.301 -10.572
    2    HA   LYS 152           HA       LYS 152 -18.999   3.380 -12.712
    3    HB2  LYS 152           HB2      LYS 152 -16.492   4.232 -11.259
    4    HB3  LYS 152           HB3      LYS 152 -16.545   3.153 -12.645
    5    HG2  LYS 152           HG2      LYS 152 -17.327   4.928 -14.062
    6    HG3  LYS 152           HG3      LYS 152 -17.451   6.021 -12.677
    7    HD2  LYS 152           HD2      LYS 152 -15.020   5.764 -12.307
    8    HD3  LYS 152           HD3      LYS 152 -14.927   4.764 -13.756
    9    HE2  LYS 152           HE2      LYS 152 -15.965   7.590 -13.754
   10    HE3  LYS 152           HE3      LYS 152 -14.276   7.178 -14.042
   11    HZ3  LYS 152           HZ1      LYS 152 -15.047   7.223 -16.162
   12    HZ2  LYS 152           HZ2      LYS 152 -16.610   6.740 -15.744
   13    HZ1  LYS 152           HZ3      LYS 152 -15.370   5.601 -15.814

  No H/Q in entry =          13
  In of MODEL   13
    1    H    GLN 153           H        GLN 153 -18.891   3.277  -9.207
    2    HA   GLN 153           HA       GLN 153 -17.983   0.518  -9.268
    3    HB2  GLN 153           HB2      GLN 153 -18.787   1.801  -6.718
    4    HB3  GLN 153           HB3      GLN 153 -17.379   0.817  -7.082
    5    HG2  GLN 153           HG2      GLN 153 -16.379   2.748  -8.231
    6    HG3  GLN 153           HG3      GLN 153 -17.765   3.710  -7.724
    7   HE21  GLN 153          HE21      GLN 153 -16.274   5.078  -6.645
    8   HE22  GLN 153          HE22      GLN 153 -15.642   4.640  -5.097

  No H/Q in entry =           8
  In of MODEL   13
    1    HA   PRO 154           HA       PRO 154 -21.933  -1.395  -8.608
    2    HB2  PRO 154           HB2      PRO 154 -21.701  -2.705  -6.199
    3    HB3  PRO 154           HB3      PRO 154 -21.054  -3.310  -7.728
    4    HG2  PRO 154           HG2      PRO 154 -19.664  -1.830  -5.530
    5    HG3  PRO 154           HG3      PRO 154 -19.102  -3.225  -6.469
    6    HD2  PRO 154           HD2      PRO 154 -18.235  -0.764  -7.004
    7    HD3  PRO 154           HD3      PRO 154 -18.553  -1.919  -8.313

  No H/Q in entry =           7
  In of MODEL   13
    1    H    ASP 155           H        ASP 155 -20.880   0.937  -6.451
    2    HA   ASP 155           HA       ASP 155 -23.137   0.881  -4.634
    3    HB2  ASP 155           HB2      ASP 155 -20.830   2.897  -5.057
    4    HB3  ASP 155           HB3      ASP 155 -22.134   3.189  -3.913

  No H/Q in entry =           4
  In of MODEL   13
    1    H    ALA 156           H        ALA 156 -22.839   2.437  -8.005
    2    HA   ALA 156           HA       ALA 156 -24.370   4.604  -7.291
    3    HB2  ALA 156           HB1      ALA 156 -23.238   4.646  -9.359
    4    HB3  ALA 156           HB2      ALA 156 -24.950   4.504  -9.759
    5    HB1  ALA 156           HB3      ALA 156 -23.902   3.087  -9.840

  No H/Q in entry =           5
  In of MODEL   13
    1    H    MET 157           H        MET 157 -26.336   4.541  -6.484
    2    HA   MET 157           HA       MET 157 -27.900   2.145  -6.969
    3    HB2  MET 157           HB2      MET 157 -27.225   3.428  -4.759
    4    HB3  MET 157           HB3      MET 157 -28.733   4.285  -5.089
    5    HG2  MET 157           HG2      MET 157 -29.727   1.904  -5.315
    6    HG3  MET 157           HG3      MET 157 -28.274   1.412  -4.445
    7    HE3  MET 157           HE1      MET 157 -31.128   4.197  -4.273
    8    HE2  MET 157           HE2      MET 157 -31.914   3.618  -2.804
    9    HE1  MET 157           HE3      MET 157 -31.813   2.573  -4.220

  No H/Q in entry =           9
  In of MODEL   13
    1    H    THR 158           H        THR 158 -28.926   2.533  -9.096
    2    HA   THR 158           HA       THR 158 -30.074   4.856  -9.822
    3    HB   THR 158           HB       THR 158 -31.734   3.351 -11.112
    4    HG1  THR 158           HG1      THR 158 -31.691   1.424 -10.114
    5   HG23  THR 158          HG21      THR 158 -29.722   4.311 -12.120
    6   HG22  THR 158          HG22      THR 158 -29.971   2.659 -12.682
    7   HG21  THR 158          HG23      THR 158 -28.749   2.998 -11.457

  No H/Q in entry =           7
  In of MODEL   13
    1    H    HIS 159           H        HIS 159 -32.149   5.664  -9.884
    2    HA   HIS 159           HA       HIS 159 -34.250   4.642  -8.267
    3    HB2  HIS 159           HB2      HIS 159 -34.084   5.896  -6.385
    4    HB3  HIS 159           HB3      HIS 159 -32.412   6.144  -6.849
    5    HD1  HIS 159           HD1      HIS 159 -35.591   7.905  -6.307
    6    HD2  HIS 159           HD2      HIS 159 -31.886   8.722  -7.976
    7    HE1  HIS 159           HE1      HIS 159 -35.474  10.404  -6.491
    8    HE2  HIS 159           HE2      HIS 159 -33.320  10.863  -7.711

  No H/Q in entry =           8
  In of MODEL   13
    1    HA   PRO 160           HA       PRO 160 -36.455   6.579 -11.466
    2    HB2  PRO 160           HB2      PRO 160 -38.526   7.887 -10.152
    3    HB3  PRO 160           HB3      PRO 160 -38.498   6.204 -10.673
    4    HG2  PRO 160           HG2      PRO 160 -37.971   7.361  -7.986
    5    HG3  PRO 160           HG3      PRO 160 -38.753   5.833  -8.423
    6    HD2  PRO 160           HD2      PRO 160 -36.228   5.932  -7.488
    7    HD3  PRO 160           HD3      PRO 160 -36.745   4.734  -8.691

  No H/Q in entry =           7
  In of MODEL   13
    1    H    ASP 161           H        ASP 161 -34.255   8.324 -10.804
    2    HA   ASP 161           HA       ASP 161 -35.051  10.733 -12.024
    3    HB2  ASP 161           HB2      ASP 161 -36.185  11.607 -10.243
    4    HB3  ASP 161           HB3      ASP 161 -35.355  10.585  -9.083

  No H/Q in entry =           4
  In of MODEL   13
    1    H    GLY 162           H        GLY 162 -32.798   8.938 -10.141
    2    HA3  GLY 162           HA2      GLY 162 -30.605   9.667 -11.675
    3    HA2  GLY 162           HA3      GLY 162 -30.572  10.553 -10.149

  No H/Q in entry =           3
  In of MODEL   13
    1    H    MET 163           H        MET 163 -28.533   9.045 -10.289
    2    HA   MET 163           HA       MET 163 -29.143   6.669  -8.644
    3    HB2  MET 163           HB2      MET 163 -26.792   6.083 -10.113
    4    HB3  MET 163           HB3      MET 163 -28.317   5.227 -10.192
    5    HG2  MET 163           HG2      MET 163 -27.890   5.745 -12.406
    6    HG3  MET 163           HG3      MET 163 -28.999   7.020 -11.911
    7    HE1  MET 163           HE1      MET 163 -25.295   6.049 -12.645
    8    HE3  MET 163           HE2      MET 163 -25.144   6.719 -11.020
    9    HE2  MET 163           HE3      MET 163 -24.442   7.572 -12.394

  No H/Q in entry =           9
  In of MODEL   13
    1    H    GLN 164           H        GLN 164 -28.284   6.941  -6.915
    2    HA   GLN 164           HA       GLN 164 -26.232   8.887  -6.413
    3    HB2  GLN 164           HB2      GLN 164 -27.311   8.079  -4.016
    4    HB3  GLN 164           HB3      GLN 164 -27.792   9.503  -4.924
    5    HG2  GLN 164           HG2      GLN 164 -29.499   8.052  -6.078
    6    HG3  GLN 164           HG3      GLN 164 -29.103   6.793  -4.910
    7   HE21  GLN 164          HE21      GLN 164 -31.190   6.808  -4.109
    8   HE22  GLN 164          HE22      GLN 164 -31.784   8.079  -3.101

  No H/Q in entry =           8
  In of MODEL   13
    1    H    ILE 165           H        ILE 165 -25.469   8.279  -4.122
    2    HA   ILE 165           HA       ILE 165 -24.510   5.759  -3.436
    3    HB   ILE 165           HB       ILE 165 -22.037   7.049  -3.737
    4   HG12  ILE 165          HG12      ILE 165 -22.183   7.126  -6.444
    5   HG13  ILE 165          HG13      ILE 165 -23.793   7.700  -6.034
    6   HG21  ILE 165          HG21      ILE 165 -22.582   4.659  -3.925
    7   HG23  ILE 165          HG22      ILE 165 -21.452   5.223  -5.157
    8   HG22  ILE 165          HG23      ILE 165 -23.146   4.950  -5.567
    9   HD13  ILE 165          HD11      ILE 165 -22.554   9.639  -6.232
   10   HD12  ILE 165          HD12      ILE 165 -21.146   8.944  -5.433
   11   HD11  ILE 165          HD13      ILE 165 -22.579   9.360  -4.491

  No H/Q in entry =          11
  In of MODEL   13
    1    H    LYS 166           H        LYS 166 -24.357   6.473  -0.817
    2    HA   LYS 166           HA       LYS 166 -24.687   9.253  -0.690
    3    HB2  LYS 166           HB2      LYS 166 -24.581   7.985   1.841
    4    HB3  LYS 166           HB3      LYS 166 -26.012   8.604   1.028
    5    HG2  LYS 166           HG2      LYS 166 -26.159   6.381  -0.155
    6    HG3  LYS 166           HG3      LYS 166 -24.914   5.806   0.953
    7    HD2  LYS 166           HD2      LYS 166 -26.327   6.063   2.826
    8    HD3  LYS 166           HD3      LYS 166 -27.487   7.033   1.913
    9    HE2  LYS 166           HE2      LYS 166 -28.049   5.092   0.545
   10    HE3  LYS 166           HE3      LYS 166 -26.865   4.121   1.415
   11    HZ2  LYS 166           HZ1      LYS 166 -29.460   4.252   2.035
   12    HZ1  LYS 166           HZ2      LYS 166 -28.836   5.422   3.085
   13    HZ3  LYS 166           HZ3      LYS 166 -28.245   3.839   3.135

  No H/Q in entry =          13
  In of MODEL   13
    1    H    ILE 167           H        ILE 167 -22.896  10.442  -0.420
    2    HA   ILE 167           HA       ILE 167 -20.807   9.086   1.120
    3    HB   ILE 167           HB       ILE 167 -19.344  10.852  -0.260
    4   HG12  ILE 167          HG12      ILE 167 -21.145   9.733  -2.374
    5   HG13  ILE 167          HG13      ILE 167 -21.598  11.232  -1.564
    6   HG22  ILE 167          HG21      ILE 167 -20.093   8.055  -1.127
    7   HG21  ILE 167          HG22      ILE 167 -18.897   8.464   0.102
    8   HG23  ILE 167          HG23      ILE 167 -18.618   8.909  -1.582
    9   HD13  ILE 167          HD11      ILE 167 -19.501  12.219  -2.217
   10   HD12  ILE 167          HD12      ILE 167 -20.419  11.652  -3.615
   11   HD11  ILE 167          HD13      ILE 167 -19.043  10.720  -3.023

  No H/Q in entry =          11
  In of MODEL   13
    1    H    THR 168           H        THR 168 -20.697  10.041   3.081
    2    HA   THR 168           HA       THR 168 -21.542  12.688   3.594
    3    HB   THR 168           HB       THR 168 -19.862  12.428   5.591
    4    HG1  THR 168           HG1      THR 168 -18.946  10.519   4.205
    5   HG22  THR 168          HG21      THR 168 -21.426  10.561   6.567
    6   HG21  THR 168          HG22      THR 168 -22.319  10.801   5.065
    7   HG23  THR 168          HG23      THR 168 -22.091  12.148   6.179

  No H/Q in entry =           7
  In of MODEL   13
    1    H    ARG 169           H        ARG 169 -20.092  14.487   3.911
    2    HA   ARG 169           HA       ARG 169 -18.196  14.712   1.751
    3    HB2  ARG 169           HB2      ARG 169 -17.830  16.948   3.466
    4    HB3  ARG 169           HB3      ARG 169 -18.651  16.912   1.938
    5    HG2  ARG 169           HG2      ARG 169 -20.198  17.900   3.322
    6    HG3  ARG 169           HG3      ARG 169 -20.742  16.225   3.246
    7    HD2  ARG 169           HD2      ARG 169 -19.822  15.767   5.408
    8    HD3  ARG 169           HD3      ARG 169 -19.030  17.342   5.459
    9    HE   ARG 169           HE       ARG 169 -21.656  17.962   5.166
   10   HH11  ARG 169          HH11      ARG 169 -19.916  15.940   7.447
   11   HH12  ARG 169          HH12      ARG 169 -21.006  16.277   8.755
   12   HH21  ARG 169          HH21      ARG 169 -23.083  18.393   6.886
   13   HH22  ARG 169          HH22      ARG 169 -22.799  17.670   8.438

  No H/Q in entry =          13
  In of MODEL   13
    1    H    GLN 170           H        GLN 170 -18.126  13.737   5.213
    2    HA   GLN 170           HA       GLN 170 -15.570  13.998   5.713
    3    HB2  GLN 170           HB2      GLN 170 -17.488  11.746   6.304
    4    HB3  GLN 170           HB3      GLN 170 -15.840  11.747   6.921
    5    HG2  GLN 170           HG2      GLN 170 -17.011  12.651   8.677
    6    HG3  GLN 170           HG3      GLN 170 -16.453  14.094   7.832
    7   HE21  GLN 170          HE21      GLN 170 -19.157  12.258   8.841
    8   HE22  GLN 170          HE22      GLN 170 -20.386  13.319   8.240

  No H/Q in entry =           8
  In of MODEL   13
    1    H    GLU 171           H        GLU 171 -16.753  12.065   2.832
    2    HA   GLU 171           HA       GLU 171 -14.648  10.241   3.366
    3    HB2  GLU 171           HB2      GLU 171 -16.638  10.508   1.093
    4    HB3  GLU 171           HB3      GLU 171 -15.409   9.242   1.197
    5    HG2  GLU 171           HG2      GLU 171 -16.648   9.009   3.598
    6    HG3  GLU 171           HG3      GLU 171 -17.978   9.528   2.574

  No H/Q in entry =           6
  In of MODEL   13
    1    H    ILE 172           H        ILE 172 -15.813  12.929   1.754
    2    HA   ILE 172           HA       ILE 172 -13.938  13.218  -0.381
    3    HB   ILE 172           HB       ILE 172 -15.743  15.325   0.845
    4   HG12  ILE 172          HG12      ILE 172 -17.106  13.339   0.607
    5   HG13  ILE 172          HG13      ILE 172 -17.520  14.447  -0.695
    6   HG22  ILE 172          HG21      ILE 172 -15.009  14.789  -2.033
    7   HG21  ILE 172          HG22      ILE 172 -14.161  15.936  -0.998
    8   HG23  ILE 172          HG23      ILE 172 -15.860  16.192  -1.391
    9   HD13  ILE 172          HD11      ILE 172 -16.219  13.153  -2.257
   10   HD12  ILE 172          HD12      ILE 172 -17.364  12.102  -1.422
   11   HD11  ILE 172          HD13      ILE 172 -15.660  12.098  -0.957

  No H/Q in entry =          11
  In of MODEL   13
    1    H    GLY 173           H        GLY 173 -14.121  14.379   3.145
    2    HA3  GLY 173           HA2      GLY 173 -12.146  16.277   2.552
    3    HA2  GLY 173           HA3      GLY 173 -12.955  15.948   4.058

  No H/Q in entry =           3
  In of MODEL   13
    1    H    GLN 174           H        GLN 174 -12.129  13.148   3.185
    2    HA   GLN 174           HA       GLN 174  -9.562  13.003   4.577
    3    HB2  GLN 174           HB2      GLN 174 -11.527  10.773   4.017
    4    HB3  GLN 174           HB3      GLN 174 -10.063  10.672   4.991
    5    HG2  GLN 174           HG2      GLN 174 -12.251  12.605   5.610
    6    HG3  GLN 174           HG3      GLN 174 -12.258  10.960   6.244
    7   HE21  GLN 174          HE21      GLN 174 -10.439  13.995   6.178
    8   HE22  GLN 174          HE22      GLN 174  -9.635  13.748   7.687

  No H/Q in entry =           8
  In of MODEL   13
    1    H    ILE 175           H        ILE 175 -11.267  12.306   1.553
    2    HA   ILE 175           HA       ILE 175  -9.010  10.868   0.366
    3    HB   ILE 175           HB       ILE 175 -11.612  11.680  -0.942
    4   HG12  ILE 175          HG12      ILE 175 -10.974   8.900  -0.011
    5   HG13  ILE 175          HG13      ILE 175 -11.718  10.069   1.077
    6   HG21  ILE 175          HG21      ILE 175  -9.859  11.222  -2.558
    7   HG23  ILE 175          HG22      ILE 175 -11.082   9.951  -2.594
    8   HG22  ILE 175          HG23      ILE 175  -9.537   9.666  -1.794
    9   HD13  ILE 175          HD11      ILE 175 -13.617  10.295  -0.362
   10   HD12  ILE 175          HD12      ILE 175 -13.333   8.578  -0.063
   11   HD11  ILE 175          HD13      ILE 175 -12.852   9.298  -1.600

  No H/Q in entry =          11
  In of MODEL   13
    1    H    VAL 176           H        VAL 176 -10.905  13.775  -0.363
    2    HA   VAL 176           HA       VAL 176  -9.332  14.528  -2.581
    3    HB   VAL 176           HB       VAL 176 -11.117  16.353  -0.988
    4   HG11  VAL 176          HG11      VAL 176  -9.627  17.362  -2.711
    5   HG13  VAL 176          HG12      VAL 176 -11.350  17.564  -3.037
    6   HG12  VAL 176          HG13      VAL 176 -10.422  16.350  -3.916
    7   HG22  VAL 176          HG21      VAL 176 -12.377  14.377  -1.503
    8   HG21  VAL 176          HG22      VAL 176 -11.793  14.382  -3.167
    9   HG23  VAL 176          HG23      VAL 176 -12.874  15.660  -2.608

  No H/Q in entry =           9
  In of MODEL   13
    1    H    GLY 177           H        GLY 177  -9.142  15.346   0.831
    2    HA3  GLY 177           HA2      GLY 177  -6.798  15.722   1.504
    3    HA2  GLY 177           HA3      GLY 177  -6.696  16.856   0.169

  No H/Q in entry =           3
  In of MODEL   13
    1    H    CYS 178           H        CYS 178  -9.541  17.669   1.020
    2    HA   CYS 178           HA       CYS 178  -8.612  19.551   3.097
    3    HB2  CYS 178           HB2      CYS 178 -10.349  20.027   0.687
    4    HB3  CYS 178           HB3      CYS 178 -10.403  21.088   2.091
    5    HG   CYS 178           HG       CYS 178  -7.392  21.227   1.750

  No H/Q in entry =           5
  In of MODEL   13
    1    H    SER 179           H        SER 179 -10.320  20.194   4.651
    2    HA   SER 179           HA       SER 179 -11.798  17.941   5.375
    3    HB2  SER 179           HB2      SER 179 -12.912  19.773   6.890
    4    HB3  SER 179           HB3      SER 179 -11.225  19.326   7.151
    5    HG   SER 179           HG       SER 179 -11.642  21.637   7.045

  No H/Q in entry =           5
  In of MODEL   13
    1    H    ARG 180           H        ARG 180 -14.037  17.948   5.670
    2    HA   ARG 180           HA       ARG 180 -15.682  18.314   3.563
    3    HB2  ARG 180           HB2      ARG 180 -17.385  18.618   5.777
    4    HB3  ARG 180           HB3      ARG 180 -16.996  17.146   4.920
    5    HG2  ARG 180           HG2      ARG 180 -16.612  16.611   7.119
    6    HG3  ARG 180           HG3      ARG 180 -15.004  16.942   6.485
    7    HD2  ARG 180           HD2      ARG 180 -15.127  19.208   7.433
    8    HD3  ARG 180           HD3      ARG 180 -16.718  18.825   8.097
    9    HE   ARG 180           HE       ARG 180 -15.300  16.876   9.163
   10   HH11  ARG 180          HH11      ARG 180 -14.522  20.278   8.891
   11   HH12  ARG 180          HH12      ARG 180 -13.495  20.278  10.284
   12   HH21  ARG 180          HH21      ARG 180 -13.964  16.873  10.994
   13   HH22  ARG 180          HH22      ARG 180 -13.179  18.341  11.485

  No H/Q in entry =          13
  In of MODEL   13
    1    H    GLU 181           H        GLU 181 -14.083  20.797   4.418
    2    HA   GLU 181           HA       GLU 181 -16.268  22.650   4.695
    3    HB2  GLU 181           HB2      GLU 181 -14.315  22.398   6.338
    4    HB3  GLU 181           HB3      GLU 181 -13.456  23.413   5.187
    5    HG2  GLU 181           HG2      GLU 181 -16.123  24.371   5.959
    6    HG3  GLU 181           HG3      GLU 181 -14.923  24.341   7.247

  No H/Q in entry =           6
  In of MODEL   13
    1    H    THR 182           H        THR 182 -13.136  22.703   3.054
    2    HA   THR 182           HA       THR 182 -13.805  24.693   1.119
    3    HB   THR 182           HB       THR 182 -12.090  22.579   0.002
    4    HG1  THR 182           HG1      THR 182 -10.399  23.375   1.727
    5   HG23  THR 182          HG21      THR 182 -10.552  24.401  -0.371
    6   HG22  THR 182          HG22      THR 182 -11.412  25.416   0.787
    7   HG21  THR 182          HG23      THR 182 -12.185  24.964  -0.731

  No H/Q in entry =           7
  In of MODEL   13
    1    H    VAL 183           H        VAL 183 -13.731  21.158   1.164
    2    HA   VAL 183           HA       VAL 183 -15.389  20.679  -1.112
    3    HB   VAL 183           HB       VAL 183 -13.987  19.244   1.011
    4   HG12  VAL 183          HG11      VAL 183 -16.372  17.728   0.093
    5   HG11  VAL 183          HG12      VAL 183 -16.483  18.769   1.510
    6   HG13  VAL 183          HG13      VAL 183 -15.302  17.438   1.474
    7   HG23  VAL 183          HG21      VAL 183 -14.948  18.081  -1.561
    8   HG22  VAL 183          HG22      VAL 183 -13.495  17.693  -0.636
    9   HG21  VAL 183          HG23      VAL 183 -13.611  19.233  -1.491

  No H/Q in entry =           9
  In of MODEL   13
    1    H    GLY 184           H        GLY 184 -16.001  21.320   2.457
    2    HA3  GLY 184           HA2      GLY 184 -18.653  20.776   2.429
    3    HA2  GLY 184           HA3      GLY 184 -17.895  22.066   3.353

  No H/Q in entry =           3
  In of MODEL   13
    1    H    ARG 185           H        ARG 185 -17.071  23.220   0.370
    2    HA   ARG 185           HA       ARG 185 -19.258  25.063   0.553
    3    HB2  ARG 185           HB2      ARG 185 -16.816  24.783  -1.186
    4    HB3  ARG 185           HB3      ARG 185 -18.149  25.795  -1.721
    5    HG2  ARG 185           HG2      ARG 185 -17.448  27.469  -0.458
    6    HG3  ARG 185           HG3      ARG 185 -17.470  26.450   0.984
    7    HD2  ARG 185           HD2      ARG 185 -15.231  25.590  -0.381
    8    HD3  ARG 185           HD3      ARG 185 -15.232  27.331  -0.650
    9    HE   ARG 185           HE       ARG 185 -15.363  26.119   2.040
   10   HH11  ARG 185          HH11      ARG 185 -14.137  28.528  -0.193
   11   HH12  ARG 185          HH12      ARG 185 -13.158  29.313   1.002
   12   HH21  ARG 185          HH21      ARG 185 -14.096  27.158   3.623
   13   HH22  ARG 185          HH22      ARG 185 -13.136  28.542   3.175

  No H/Q in entry =          13
  In of MODEL   13
    1    H    ILE 186           H        ILE 186 -17.891  22.472  -1.170
    2    HA   ILE 186           HA       ILE 186 -19.629  22.750  -3.484
    3    HB   ILE 186           HB       ILE 186 -17.443  20.801  -2.872
    4   HG12  ILE 186          HG12      ILE 186 -16.947  21.939  -5.293
    5   HG13  ILE 186          HG13      ILE 186 -17.852  23.228  -4.514
    6   HG21  ILE 186          HG21      ILE 186 -19.211  19.552  -4.017
    7   HG23  ILE 186          HG22      ILE 186 -17.818  19.794  -5.068
    8   HG22  ILE 186          HG23      ILE 186 -19.264  20.781  -5.278
    9   HD11  ILE 186          HD11      ILE 186 -16.108  22.660  -2.561
   10   HD13  ILE 186          HD12      ILE 186 -15.805  23.844  -3.832
   11   HD12  ILE 186          HD13      ILE 186 -15.147  22.213  -3.973

  No H/Q in entry =          11
  In of MODEL   13
    1    H    LEU 187           H        LEU 187 -19.284  20.439  -0.879
    2    HA   LEU 187           HA       LEU 187 -21.399  18.813  -1.779
    3    HB2  LEU 187           HB2      LEU 187 -20.092  19.008   0.893
    4    HB3  LEU 187           HB3      LEU 187 -21.174  17.713   0.369
    5    HG   LEU 187           HG       LEU 187 -18.345  18.210  -0.353
    6   HD11  LEU 187          HD11      LEU 187 -19.867  16.148   0.655
    7   HD13  LEU 187          HD12      LEU 187 -18.166  16.101   0.180
    8   HD12  LEU 187          HD13      LEU 187 -19.424  15.640  -0.977
    9   HD23  LEU 187          HD21      LEU 187 -19.979  16.812  -2.436
   10   HD22  LEU 187          HD22      LEU 187 -18.341  17.453  -2.541
   11   HD21  LEU 187          HD23      LEU 187 -19.714  18.554  -2.530

  No H/Q in entry =          11
  In of MODEL   13
    1    H    LYS 188           H        LYS 188 -21.331  21.817  -0.575
    2    HA   LYS 188           HA       LYS 188 -23.872  21.651   0.923
    3    HB2  LYS 188           HB2      LYS 188 -21.854  23.277   1.540
    4    HB3  LYS 188           HB3      LYS 188 -22.602  24.291   0.316
    5    HG2  LYS 188           HG2      LYS 188 -24.227  23.155   2.555
    6    HG3  LYS 188           HG3      LYS 188 -23.264  24.612   2.786
    7    HD2  LYS 188           HD2      LYS 188 -24.918  25.807   1.894
    8    HD3  LYS 188           HD3      LYS 188 -24.696  24.942   0.371
    9    HE2  LYS 188           HE2      LYS 188 -26.239  23.205   1.128
   10    HE3  LYS 188           HE3      LYS 188 -26.447  24.048   2.661
   11    HZ2  LYS 188           HZ1      LYS 188 -28.265  24.489   1.121
   12    HZ1  LYS 188           HZ2      LYS 188 -27.183  25.134  -0.013
   13    HZ3  LYS 188           HZ3      LYS 188 -27.415  25.904   1.481

  No H/Q in entry =          13
  In of MODEL   13
    1    H    MET 189           H        MET 189 -22.356  22.637  -2.052
    2    HA   MET 189           HA       MET 189 -24.704  24.061  -3.025
    3    HB2  MET 189           HB2      MET 189 -23.477  24.828  -4.751
    4    HB3  MET 189           HB3      MET 189 -22.160  24.425  -3.669
    5    HG2  MET 189           HG2      MET 189 -21.718  22.404  -4.873
    6    HG3  MET 189           HG3      MET 189 -23.160  22.638  -5.865
    7    HE1  MET 189           HE1      MET 189 -20.245  24.428  -4.461
    8    HE3  MET 189           HE2      MET 189 -19.817  25.655  -5.651
    9    HE2  MET 189           HE3      MET 189 -19.139  24.032  -5.776

  No H/Q in entry =           9
  In of MODEL   13
    1    H    LEU 190           H        LEU 190 -23.429  20.883  -3.127
    2    HA   LEU 190           HA       LEU 190 -24.739  19.756  -5.274
    3    HB2  LEU 190           HB2      LEU 190 -24.408  18.467  -2.579
    4    HB3  LEU 190           HB3      LEU 190 -24.562  17.656  -4.125
    5    HG   LEU 190           HG       LEU 190 -22.249  19.239  -3.096
    6   HD13  LEU 190          HD11      LEU 190 -22.006  17.068  -2.363
    7   HD12  LEU 190          HD12      LEU 190 -21.147  17.025  -3.908
    8   HD11  LEU 190          HD13      LEU 190 -22.791  16.401  -3.789
    9   HD22  LEU 190          HD21      LEU 190 -21.511  19.731  -5.100
   10   HD21  LEU 190          HD22      LEU 190 -23.075  19.240  -5.737
   11   HD23  LEU 190          HD23      LEU 190 -21.752  18.077  -5.655

  No H/Q in entry =          11
  In of MODEL   13
    1    H    GLU 191           H        GLU 191 -26.065  20.161  -1.912
    2    HA   GLU 191           HA       GLU 191 -28.558  19.068  -2.661
    3    HB2  GLU 191           HB2      GLU 191 -27.570  19.335  -0.307
    4    HB3  GLU 191           HB3      GLU 191 -28.077  21.015  -0.407
    5    HG2  GLU 191           HG2      GLU 191 -30.406  20.109  -0.906
    6    HG3  GLU 191           HG3      GLU 191 -29.788  18.551  -0.364

  No H/Q in entry =           6
  In of MODEL   13
    1    H    ASP 192           H        ASP 192 -27.056  21.997  -3.308
    2    HA   ASP 192           HA       ASP 192 -29.548  23.494  -3.549
    3    HB2  ASP 192           HB2      ASP 192 -26.657  24.218  -3.634
    4    HB3  ASP 192           HB3      ASP 192 -27.770  25.225  -4.551

  No H/Q in entry =           4
  In of MODEL   13
    1    H    GLN 193           H        GLN 193 -27.827  21.340  -5.180
    2    HA   GLN 193           HA       GLN 193 -27.823  20.473  -7.291
    3    HB2  GLN 193           HB2      GLN 193 -30.249  22.214  -7.347
    4    HB3  GLN 193           HB3      GLN 193 -29.647  21.584  -8.874
    5    HG2  GLN 193           HG2      GLN 193 -31.222  20.022  -8.237
    6    HG3  GLN 193           HG3      GLN 193 -29.703  19.300  -7.715
    7   HE21  GLN 193          HE21      GLN 193 -29.241  19.169  -5.523
    8   HE22  GLN 193          HE22      GLN 193 -30.452  19.394  -4.310

  No H/Q in entry =           8
  In of MODEL   13
    1    H    ASN 194           H        ASN 194 -26.265  22.820  -6.536
    2    HA   ASN 194           HA       ASN 194 -26.096  24.355  -9.018
    3    HB2  ASN 194           HB2      ASN 194 -25.823  25.293  -6.604
    4    HB3  ASN 194           HB3      ASN 194 -24.191  24.640  -6.707
    5   HD21  ASN 194          HD21      ASN 194 -26.441  26.943  -8.055
    6   HD22  ASN 194          HD22      ASN 194 -25.258  27.960  -8.797

  No H/Q in entry =           6
  In of MODEL   13
    1    H    LEU 195           H        LEU 195 -24.987  21.479  -7.901
    2    HA   LEU 195           HA       LEU 195 -22.817  21.430  -9.874
    3    HB2  LEU 195           HB2      LEU 195 -22.103  21.902  -7.397
    4    HB3  LEU 195           HB3      LEU 195 -22.373  20.188  -7.199
    5    HG   LEU 195           HG       LEU 195 -20.692  20.581  -9.481
    6   HD12  LEU 195          HD11      LEU 195 -18.751  21.562  -8.312
    7   HD11  LEU 195          HD12      LEU 195 -19.803  21.951  -6.949
    8   HD13  LEU 195          HD13      LEU 195 -20.078  22.710  -8.517
    9   HD22  LEU 195          HD21      LEU 195 -20.742  18.544  -8.199
   10   HD21  LEU 195          HD22      LEU 195 -20.245  19.405  -6.742
   11   HD23  LEU 195          HD23      LEU 195 -19.127  19.248  -8.094

  No H/Q in entry =          11
  In of MODEL   13
    1    H    ILE 196           H        ILE 196 -25.133  19.768  -7.925
    2    HA   ILE 196           HA       ILE 196 -25.390  17.540  -9.555
    3    HB   ILE 196           HB       ILE 196 -24.986  15.722  -8.051
    4   HG12  ILE 196          HG12      ILE 196 -23.437  17.542  -6.267
    5   HG13  ILE 196          HG13      ILE 196 -25.121  17.131  -5.955
    6   HG23  ILE 196          HG21      ILE 196 -22.609  15.585  -8.266
    7   HG22  ILE 196          HG22      ILE 196 -22.488  17.337  -8.422
    8   HG21  ILE 196          HG23      ILE 196 -23.291  16.394  -9.677
    9   HD11  ILE 196          HD11      ILE 196 -24.173  14.695  -6.336
   10   HD13  ILE 196          HD12      ILE 196 -24.137  15.491  -4.764
   11   HD12  ILE 196          HD13      ILE 196 -22.690  15.471  -5.779

  No H/Q in entry =          11
  In of MODEL   13
    1    H    SER 197           H        SER 197 -26.322  16.168  -6.920
    2    HA   SER 197           HA       SER 197 -28.279  17.743  -5.883
    3    HB2  SER 197           HB2      SER 197 -30.242  16.373  -6.587
    4    HB3  SER 197           HB3      SER 197 -29.593  17.415  -7.849
    5    HG   SER 197           HG       SER 197 -28.799  14.710  -7.568

  No H/Q in entry =           5
  In of MODEL   13
    1    H    ALA 198           H        ALA 198 -27.576  17.063  -3.866
    2    HA   ALA 198           HA       ALA 198 -27.279  14.212  -3.485
    3    HB2  ALA 198           HB1      ALA 198 -26.564  16.450  -1.571
    4    HB1  ALA 198           HB2      ALA 198 -25.438  15.816  -2.768
    5    HB3  ALA 198           HB3      ALA 198 -26.055  14.761  -1.498

  No H/Q in entry =           5
  In of MODEL   13
    1    H    HIS 199           H        HIS 199 -29.038  13.291  -2.815
    2    HA   HIS 199           HA       HIS 199 -31.214  14.796  -1.621
    3    HB2  HIS 199           HB2      HIS 199 -31.256  12.625  -3.213
    4    HB3  HIS 199           HB3      HIS 199 -31.206  11.812  -1.652
    5    HD1  HIS 199           HD1      HIS 199 -33.534  12.991  -4.035
    6    HD2  HIS 199           HD2      HIS 199 -33.383  12.997   0.117
    7    HE1  HIS 199           HE1      HIS 199 -35.906  13.330  -3.274
    8    HE2  HIS 199           HE2      HIS 199 -35.767  13.468  -0.760

  No H/Q in entry =           8
  In of MODEL   13
    1    H    GLY 200           H        GLY 200 -29.760  15.499   0.110
    2    HA3  GLY 200           HA2      GLY 200 -29.366  15.391   2.411
    3    HA2  GLY 200           HA3      GLY 200 -29.819  13.683   2.387

  No H/Q in entry =           3
  In of MODEL   13
    1    H    LYS 201           H        LYS 201 -28.144  12.333   2.744
    2    HA   LYS 201           HA       LYS 201 -25.467  13.273   2.048
    3    HB2  LYS 201           HB2      LYS 201 -24.599  11.685   3.544
    4    HB3  LYS 201           HB3      LYS 201 -26.048  12.289   4.333
    5    HG2  LYS 201           HG2      LYS 201 -27.264  10.294   3.480
    6    HG3  LYS 201           HG3      LYS 201 -25.722   9.674   2.887
    7    HD2  LYS 201           HD2      LYS 201 -26.001   8.653   4.979
    8    HD3  LYS 201           HD3      LYS 201 -24.884   9.986   5.285
    9    HE2  LYS 201           HE2      LYS 201 -26.789  11.361   6.041
   10    HE3  LYS 201           HE3      LYS 201 -27.855   9.979   5.803
   11    HZ2  LYS 201           HZ1      LYS 201 -25.736  10.348   7.818
   12    HZ1  LYS 201           HZ2      LYS 201 -26.259   8.799   7.393
   13    HZ3  LYS 201           HZ3      LYS 201 -27.354   9.910   8.043

  No H/Q in entry =          13
  In of MODEL   13
    1    H    THR 202           H        THR 202 -27.905  11.287   0.895
    2    HA   THR 202           HA       THR 202 -26.378   9.497  -0.740
    3    HB   THR 202           HB       THR 202 -28.998   9.986  -1.846
    4    HG1  THR 202           HG1      THR 202 -29.766  10.764   0.066
    5   HG23  THR 202          HG21      THR 202 -29.360   7.644  -1.261
    6   HG22  THR 202          HG22      THR 202 -27.965   7.680  -0.185
    7   HG21  THR 202          HG23      THR 202 -27.740   7.859  -1.924

  No H/Q in entry =           7
  In of MODEL   13
    1    H    ILE 203           H        ILE 203 -25.279  10.182  -2.518
    2    HA   ILE 203           HA       ILE 203 -25.920  12.850  -3.452
    3    HB   ILE 203           HB       ILE 203 -23.442  11.275  -3.175
    4   HG12  ILE 203          HG12      ILE 203 -24.364  14.095  -2.739
    5   HG13  ILE 203          HG13      ILE 203 -23.708  12.948  -1.578
    6   HG22  ILE 203          HG21      ILE 203 -22.821  13.404  -4.943
    7   HG21  ILE 203          HG22      ILE 203 -24.084  12.421  -5.683
    8   HG23  ILE 203          HG23      ILE 203 -22.573  11.673  -5.169
    9   HD11  ILE 203          HD11      ILE 203 -21.507  13.185  -2.634
   10   HD13  ILE 203          HD12      ILE 203 -22.132  14.711  -1.999
   11   HD12  ILE 203          HD13      ILE 203 -22.196  14.385  -3.731

  No H/Q in entry =          11
  In of MODEL   13
    1    H    VAL 204           H        VAL 204 -26.942  13.053  -5.300
    2    HA   VAL 204           HA       VAL 204 -27.054  10.784  -7.178
    3    HB   VAL 204           HB       VAL 204 -28.913  13.105  -6.602
    4   HG11  VAL 204          HG11      VAL 204 -28.400  13.044  -9.036
    5   HG13  VAL 204          HG12      VAL 204 -30.097  12.755  -8.647
    6   HG12  VAL 204          HG13      VAL 204 -29.045  11.406  -9.075
    7   HG21  VAL 204          HG21      VAL 204 -29.224  10.132  -6.848
    8   HG23  VAL 204          HG22      VAL 204 -30.601  11.232  -6.827
    9   HG22  VAL 204          HG23      VAL 204 -29.517  11.147  -5.436

  No H/Q in entry =           9
  In of MODEL   13
    1    H    VAL 205           H        VAL 205 -26.577  11.215  -9.405
    2    HA   VAL 205           HA       VAL 205 -25.466  13.756 -10.111
    3    HB   VAL 205           HB       VAL 205 -24.033  12.081 -11.648
    4   HG11  VAL 205          HG11      VAL 205 -23.109  13.594  -9.889
    5   HG13  VAL 205          HG12      VAL 205 -22.245  12.058  -9.959
    6   HG12  VAL 205          HG13      VAL 205 -23.425  12.347  -8.674
    7   HG23  VAL 205          HG21      VAL 205 -24.656  10.343  -9.236
    8   HG22  VAL 205          HG22      VAL 205 -23.501   9.956 -10.515
    9   HG21  VAL 205          HG23      VAL 205 -25.225  10.039 -10.882

  No H/Q in entry =           9
  In of MODEL   13
    1    H    TYR 206           H        TYR 206 -27.513  14.203 -10.759
    2    HA   TYR 206           HA       TYR 206 -29.598  12.777 -11.767
    3    HB2  TYR 206           HB2      TYR 206 -28.480  15.446 -12.657
    4    HB3  TYR 206           HB3      TYR 206 -29.888  14.761 -13.447
    5    HD1  TYR 206           HD1      TYR 206 -28.903  17.073 -11.133
    6    HD2  TYR 206           HD2      TYR 206 -31.697  13.888 -11.585
    7    HE1  TYR 206           HE1      TYR 206 -30.341  18.118  -9.455
    8    HE2  TYR 206           HE2      TYR 206 -33.159  14.908  -9.902
    9    HH   TYR 206           HH       TYR 206 -32.844  16.537  -7.931

  No H/Q in entry =           9
  In of MODEL   13
    1    H    GLY 207           H        GLY 207 -27.028  14.228 -13.843
    2    HA3  GLY 207           HA2      GLY 207 -26.593  12.021 -15.475
    3    HA2  GLY 207           HA3      GLY 207 -27.950  12.882 -16.179

  No H/Q in entry =           3
  In of MODEL   13
    1    H    THR 208           H        THR 208 -25.358  14.541 -14.528
    2    HA   THR 208           HA       THR 208 -24.154  15.295 -17.079
    3    HB   THR 208           HB       THR 208 -24.860  17.465 -15.112
    4    HG1  THR 208           HG1      THR 208 -26.445  16.173 -17.028
    5   HG22  THR 208          HG21      THR 208 -24.608  18.856 -17.153
    6   HG21  THR 208          HG22      THR 208 -24.158  17.407 -18.050
    7   HG23  THR 208          HG23      THR 208 -23.132  17.984 -16.738

  No H/Q in entry =           7
  In of MODEL   13
    1    H    ARG 209           H        ARG 209 -23.978  15.861 -13.544
    2    HA   ARG 209           HA       ARG 209 -21.264  14.984 -13.476
    3    HB2  ARG 209           HB2      ARG 209 -20.202  17.034 -12.795
    4    HB3  ARG 209           HB3      ARG 209 -20.990  17.314 -14.339
    5    HG2  ARG 209           HG2      ARG 209 -22.807  18.475 -13.238
    6    HG3  ARG 209           HG3      ARG 209 -22.098  18.127 -11.659
    7    HD2  ARG 209           HD2      ARG 209 -20.081  19.395 -12.341
    8    HD3  ARG 209           HD3      ARG 209 -20.892  19.814 -13.846
    9    HE   ARG 209           HE       ARG 209 -22.149  20.560 -11.308
   10   HH11  ARG 209          HH11      ARG 209 -20.561  21.492 -14.283
   11   HH12  ARG 209          HH12      ARG 209 -20.906  23.183 -14.097
   12   HH21  ARG 209          HH21      ARG 209 -22.595  22.828 -11.049
   13   HH22  ARG 209          HH22      ARG 209 -22.049  23.938 -12.267

  No H/Q in entry =          13
  In of MODEL   13
    1    H1   VAL   1           H1       VAL   1  23.080 -14.731  -5.389
    2    H2   VAL   1           H3       VAL   1  24.495 -13.857  -5.712
    3    H3   VAL   1           H2       VAL   1  24.268 -15.394  -6.395
    4    HA   VAL   1           HA       VAL   1  25.549 -16.071  -4.724
    5    HB   VAL   1           HB       VAL   1  26.003 -13.736  -4.022
    6   HG11  VAL   1          HG11      VAL   1  23.523 -14.096  -2.354
    7   HG13  VAL   1          HG12      VAL   1  23.799 -12.903  -3.623
    8   HG12  VAL   1          HG13      VAL   1  24.704 -12.809  -2.113
    9   HG21  VAL   1          HG21      VAL   1  26.897 -15.691  -2.776
   10   HG23  VAL   1          HG22      VAL   1  25.541 -15.545  -1.657
   11   HG22  VAL   1          HG23      VAL   1  26.719 -14.239  -1.791

  No H/Q in entry =          11
  In of MODEL   13
    1    H    LEU   2           H        LEU   2  25.158 -17.651  -3.194
    2    HA   LEU   2           HA       LEU   2  22.398 -17.877  -2.184
    3    HB2  LEU   2           HB2      LEU   2  23.255 -19.443  -4.131
    4    HB3  LEU   2           HB3      LEU   2  24.036 -20.297  -2.817
    5    HG   LEU   2           HG       LEU   2  21.811 -20.597  -1.742
    6   HD12  LEU   2          HD11      LEU   2  19.809 -20.222  -3.123
    7   HD11  LEU   2          HD12      LEU   2  20.810 -19.405  -4.322
    8   HD13  LEU   2          HD13      LEU   2  20.632 -18.721  -2.706
    9   HD21  LEU   2          HD21      LEU   2  22.823 -22.331  -3.161
   10   HD23  LEU   2          HD22      LEU   2  21.997 -21.648  -4.560
   11   HD22  LEU   2          HD23      LEU   2  21.062 -22.345  -3.237

  No H/Q in entry =          11
  In of MODEL   13
    1    H    GLY   3           H        GLY   3  22.455 -19.771  -0.385
    2    HA3  GLY   3           HA2      GLY   3  23.240 -20.465   1.660
    3    HA2  GLY   3           HA3      GLY   3  24.853 -20.005   1.135

  No H/Q in entry =           3
  In of MODEL   13
    1    H    LYS   4           H        LYS   4  21.817 -18.302   1.843
    2    HA   LYS   4           HA       LYS   4  23.397 -16.310   3.313
    3    HB2  LYS   4           HB2      LYS   4  20.947 -16.184   1.662
    4    HB3  LYS   4           HB3      LYS   4  20.941 -15.177   3.102
    5    HG2  LYS   4           HG2      LYS   4  21.730 -14.052   1.008
    6    HG3  LYS   4           HG3      LYS   4  22.844 -13.962   2.371
    7    HD2  LYS   4           HD2      LYS   4  23.362 -16.313   0.779
    8    HD3  LYS   4           HD3      LYS   4  23.399 -14.860  -0.222
    9    HE2  LYS   4           HE2      LYS   4  25.254 -14.049   0.791
   10    HE3  LYS   4           HE3      LYS   4  24.788 -14.673   2.371
   11    HZ3  LYS   4           HZ1      LYS   4  25.554 -16.832   1.777
   12    HZ2  LYS   4           HZ2      LYS   4  26.788 -15.740   1.409
   13    HZ1  LYS   4           HZ3      LYS   4  25.828 -16.375   0.171

  No H/Q in entry =          13
  In of MODEL   13
    1    HA   PRO   5           HA       PRO   5  21.740 -17.817   7.121
    2    HB2  PRO   5           HB2      PRO   5  22.157 -15.627   8.669
    3    HB3  PRO   5           HB3      PRO   5  23.456 -16.706   8.152
    4    HG2  PRO   5           HG2      PRO   5  22.624 -14.066   7.019
    5    HG3  PRO   5           HG3      PRO   5  24.256 -14.692   7.317
    6    HD2  PRO   5           HD2      PRO   5  23.115 -14.692   4.859
    7    HD3  PRO   5           HD3      PRO   5  24.270 -15.935   5.380

  No H/Q in entry =           7
  In of MODEL   13
    1    H    GLN   6           H        GLN   6  19.656 -17.399   5.608
    2    HA   GLN   6           HA       GLN   6  17.894 -15.424   6.874
    3    HB2  GLN   6           HB2      GLN   6  17.697 -17.123   4.394
    4    HB3  GLN   6           HB3      GLN   6  16.292 -16.304   5.057
    5    HG2  GLN   6           HG2      GLN   6  18.723 -14.687   4.560
    6    HG3  GLN   6           HG3      GLN   6  17.792 -15.236   3.166
    7   HE21  GLN   6          HE21      GLN   6  17.877 -13.151   5.906
    8   HE22  GLN   6          HE22      GLN   6  16.427 -12.280   5.556

  No H/Q in entry =           8
  In of MODEL   13
    1    H    THR   7           H        THR   7  18.561 -18.787   6.653
    2    HA   THR   7           HA       THR   7  17.803 -20.608   7.784
    3    HB   THR   7           HB       THR   7  15.869 -18.926   9.367
    4    HG1  THR   7           HG1      THR   7  17.851 -17.836   9.530
    5   HG21  THR   7          HG21      THR   7  17.398 -21.475   9.833
    6   HG23  THR   7          HG22      THR   7  15.652 -21.224   9.849
    7   HG22  THR   7          HG23      THR   7  16.649 -20.579  11.152

  No H/Q in entry =           7
  In of MODEL   13
    1    H    ASP   8           H        ASP   8  16.789 -19.915   5.319
    2    HA   ASP   8           HA       ASP   8  14.064 -20.951   5.477
    3    HB2  ASP   8           HB2      ASP   8  14.065 -18.457   5.049
    4    HB3  ASP   8           HB3      ASP   8  14.950 -18.776   3.562

  No H/Q in entry =           4
  In of MODEL   13
    1    HA   PRO   9           HA       PRO   9  16.625 -23.548   2.715
    2    HB2  PRO   9           HB2      PRO   9  15.191 -25.817   3.113
    3    HB3  PRO   9           HB3      PRO   9  16.450 -25.276   4.229
    4    HG2  PRO   9           HG2      PRO   9  13.479 -24.980   4.436
    5    HG3  PRO   9           HG3      PRO   9  14.651 -25.410   5.695
    6    HD2  PRO   9           HD2      PRO   9  13.621 -22.913   5.432
    7    HD3  PRO   9           HD3      PRO   9  15.253 -23.219   6.058

  No H/Q in entry =           7
  In of MODEL   13
    1    H    THR  10           H        THR  10  13.336 -22.564   2.696
    2    HA   THR  10           HA       THR  10  12.574 -24.129   0.392
    3    HB   THR  10           HB       THR  10  10.736 -22.029   0.760
    4    HG1  THR  10           HG1      THR  10  11.640 -21.600   2.807
    5   HG22  THR  10          HG21      THR  10  10.599 -24.856   1.814
    6   HG21  THR  10          HG22      THR  10  10.272 -24.385   0.147
    7   HG23  THR  10          HG23      THR  10   9.235 -23.798   1.448

  No H/Q in entry =           7
  In of MODEL   13
    1    H    LEU  11           H        LEU  11  13.744 -20.939   1.187
    2    HA   LEU  11           HA       LEU  11  13.254 -19.727  -1.320
    3    HB2  LEU  11           HB2      LEU  11  13.975 -18.893   1.159
    4    HB3  LEU  11           HB3      LEU  11  15.497 -18.760   0.301
    5    HG   LEU  11           HG       LEU  11  14.706 -16.699  -0.100
    6   HD12  LEU  11          HD11      LEU  11  12.890 -17.666  -2.190
    7   HD11  LEU  11          HD12      LEU  11  14.556 -18.228  -2.266
    8   HD13  LEU  11          HD13      LEU  11  14.208 -16.498  -2.283
    9   HD23  LEU  11          HD21      LEU  11  11.906 -17.748  -0.161
   10   HD22  LEU  11          HD22      LEU  11  12.392 -16.053  -0.180
   11   HD21  LEU  11          HD23      LEU  11  12.687 -17.039   1.253

  No H/Q in entry =          11
  In of MODEL   13
    1    H    GLU  12           H        GLU  12  15.775 -21.581   0.066
    2    HA   GLU  12           HA       GLU  12  17.727 -21.097  -2.000
    3    HB2  GLU  12           HB2      GLU  12  17.743 -23.118   0.261
    4    HB3  GLU  12           HB3      GLU  12  19.092 -22.778  -0.819
    5    HG2  GLU  12           HG2      GLU  12  18.589 -20.300   0.072
    6    HG3  GLU  12           HG3      GLU  12  18.068 -21.236   1.472

  No H/Q in entry =           6
  In of MODEL   13
    1    H    TRP  13           H        TRP  13  14.963 -22.807  -1.592
    2    HA   TRP  13           HA       TRP  13  15.735 -24.925  -3.490
    3    HB2  TRP  13           HB2      TRP  13  13.314 -24.563  -1.709
    4    HB3  TRP  13           HB3      TRP  13  13.281 -25.662  -3.089
    5    HD1  TRP  13           HD1      TRP  13  16.571 -26.292  -2.349
    6    HE1  TRP  13           HE1      TRP  13  16.961 -28.121  -0.582
    7    HE3  TRP  13           HE3      TRP  13  11.918 -26.373  -0.250
    8    HZ2  TRP  13           HZ2      TRP  13  15.483 -29.423   1.436
    9    HZ3  TRP  13           HZ3      TRP  13  11.486 -27.939   1.596
   10    HH2  TRP  13           HH2      TRP  13  13.232 -29.432   2.421

  No H/Q in entry =          10
  In of MODEL   13
    1    H    PHE  14           H        PHE  14  14.373 -21.840  -3.085
    2    HA   PHE  14           HA       PHE  14  12.786 -21.806  -5.525
    3    HB2  PHE  14           HB2      PHE  14  11.772 -20.818  -3.686
    4    HB3  PHE  14           HB3      PHE  14  13.211 -19.969  -3.198
    5    HD1  PHE  14           HD1      PHE  14  14.004 -18.063  -4.619
    6    HD2  PHE  14           HD2      PHE  14  10.153 -19.795  -5.009
    7    HE1  PHE  14           HE1      PHE  14  13.204 -16.014  -5.730
    8    HE2  PHE  14           HE2      PHE  14   9.340 -17.766  -6.115
    9    HZ   PHE  14           HZ       PHE  14  10.864 -15.866  -6.476

  No H/Q in entry =           9
  In of MODEL   13
    1    H    LEU  15           H        LEU  15  15.895 -20.831  -4.364
    2    HA   LEU  15           HA       LEU  15  16.235 -18.699  -6.331
    3    HB2  LEU  15           HB2      LEU  15  18.113 -19.476  -4.100
    4    HB3  LEU  15           HB3      LEU  15  18.328 -18.143  -5.214
    5    HG   LEU  15           HG       LEU  15  16.137 -18.399  -3.182
    6   HD11  LEU  15          HD11      LEU  15  18.628 -16.773  -3.340
    7   HD13  LEU  15          HD12      LEU  15  18.138 -17.902  -2.076
    8   HD12  LEU  15          HD13      LEU  15  17.293 -16.363  -2.265
    9   HD22  LEU  15          HD21      LEU  15  15.326 -16.306  -3.786
   10   HD21  LEU  15          HD22      LEU  15  15.584 -17.123  -5.329
   11   HD23  LEU  15          HD23      LEU  15  16.749 -15.927  -4.755

  No H/Q in entry =          11
  In of MODEL   13
    1    H    SER  16           H        SER  16  16.507 -21.898  -5.991
    2    HA   SER  16           HA       SER  16  18.931 -22.171  -7.649
    3    HB2  SER  16           HB2      SER  16  18.190 -24.699  -7.205
    4    HB3  SER  16           HB3      SER  16  19.112 -23.815  -5.985
    5    HG   SER  16           HG       SER  16  17.475 -24.086  -4.707

  No H/Q in entry =           5
  In of MODEL   13
    1    H    HIS  17           H        HIS  17  15.782 -21.431  -7.828
    2    HA   HIS  17           HA       HIS  17  15.363 -23.056 -10.222
    3    HB2  HIS  17           HB2      HIS  17  13.535 -22.231  -8.056
    4    HB3  HIS  17           HB3      HIS  17  12.867 -22.251  -9.687
    5    HD1  HIS  17           HD1      HIS  17  13.522 -24.411  -6.861
    6    HD2  HIS  17           HD2      HIS  17  13.323 -24.892 -10.989
    7    HE1  HIS  17           HE1      HIS  17  13.186 -26.874  -7.244
    8    HE2  HIS  17           HE2      HIS  17  13.268 -27.160  -9.744

  No H/Q in entry =           8
  In of MODEL   13
    1    H    CYS  18           H        CYS  18  16.019 -19.915  -9.200
    2    HA   CYS  18           HA       CYS  18  14.660 -18.744 -11.510
    3    HB2  CYS  18           HB2      CYS  18  15.019 -16.592 -10.156
    4    HB3  CYS  18           HB3      CYS  18  13.806 -17.742  -9.610
    5    HG   CYS  18           HG       CYS  18  15.114 -16.631  -7.452

  No H/Q in entry =           5
  In of MODEL   13
    1    H    HIS  19           H        HIS  19  16.315 -16.260 -10.931
    2    HA   HIS  19           HA       HIS  19  18.905 -17.107 -12.040
    3    HB2  HIS  19           HB2      HIS  19  17.300 -16.456 -13.917
    4    HB3  HIS  19           HB3      HIS  19  17.262 -14.840 -13.238
    5    HD1  HIS  19           HD1      HIS  19  19.435 -17.184 -15.181
    6    HD2  HIS  19           HD2      HIS  19  19.426 -13.235 -13.880
    7    HE1  HIS  19           HE1      HIS  19  21.322 -16.061 -16.413
    8    HE2  HIS  19           HE2      HIS  19  21.184 -13.637 -15.731

  No H/Q in entry =           8
  In of MODEL   13
    1    H    ILE  20           H        ILE  20  19.617 -16.395  -9.614
    2    HA   ILE  20           HA       ILE  20  19.462 -13.644  -8.956
    3    HB   ILE  20           HB       ILE  20  21.835 -15.033  -7.992
    4   HG12  ILE  20          HG12      ILE  20  19.945 -16.884  -8.247
    5   HG13  ILE  20          HG13      ILE  20  20.961 -16.830  -6.821
    6   HG21  ILE  20          HG21      ILE  20  19.646 -13.406  -6.879
    7   HG23  ILE  20          HG22      ILE  20  21.390 -13.155  -6.844
    8   HG22  ILE  20          HG23      ILE  20  20.653 -14.353  -5.786
    9   HD13  ILE  20          HD11      ILE  20  19.248 -16.310  -5.467
   10   HD12  ILE  20          HD12      ILE  20  18.279 -17.002  -6.769
   11   HD11  ILE  20          HD13      ILE  20  18.489 -15.257  -6.659

  No H/Q in entry =          11
  In of MODEL   13
    1    H    HIS  21           H        HIS  21  20.387 -12.157  -9.867
    2    HA   HIS  21           HA       HIS  21  22.739 -11.318  -9.974
    3    HB2  HIS  21           HB2      HIS  21  23.593 -13.409 -11.130
    4    HB3  HIS  21           HB3      HIS  21  22.857 -12.791 -12.603
    5    HD1  HIS  21           HD1      HIS  21  23.856 -10.446 -13.485
    6    HD2  HIS  21           HD2      HIS  21  26.113 -12.430 -10.606
    7    HE1  HIS  21           HE1      HIS  21  26.145  -9.420 -13.596
    8    HE2  HIS  21           HE2      HIS  21  27.534 -10.764 -11.985

  No H/Q in entry =           8
  In of MODEL   13
    1    H    LYS  22           H        LYS  22  22.515  -9.488 -10.255
    2    HA   LYS  22           HA       LYS  22  20.493  -8.489 -12.082
    3    HB2  LYS  22           HB2      LYS  22  20.333  -8.290  -9.475
    4    HB3  LYS  22           HB3      LYS  22  21.390  -6.914  -9.710
    5    HG2  LYS  22           HG2      LYS  22  19.331  -6.594 -11.563
    6    HG3  LYS  22           HG3      LYS  22  18.554  -7.135 -10.074
    7    HD2  LYS  22           HD2      LYS  22  20.165  -5.415  -8.975
    8    HD3  LYS  22           HD3      LYS  22  20.183  -4.701 -10.584
    9    HE2  LYS  22           HE2      LYS  22  17.828  -5.109  -8.756
   10    HE3  LYS  22           HE3      LYS  22  18.483  -3.588  -9.358
   11    HZ1  LYS  22           HZ1      LYS  22  17.424  -5.617 -11.212
   12    HZ3  LYS  22           HZ2      LYS  22  17.620  -3.953 -11.456
   13    HZ2  LYS  22           HZ3      LYS  22  16.390  -4.522 -10.441

  No H/Q in entry =          13
  In of MODEL   13
    1    H    TYR  23           H        TYR  23  21.803  -5.793 -11.014
    2    HA   TYR  23           HA       TYR  23  23.923  -5.544 -12.991
    3    HB2  TYR  23           HB2      TYR  23  21.657  -3.674 -13.414
    4    HB3  TYR  23           HB3      TYR  23  22.776  -4.339 -14.578
    5    HD1  TYR  23           HD1      TYR  23  19.784  -5.103 -12.584
    6    HD2  TYR  23           HD2      TYR  23  22.161  -6.163 -15.946
    7    HE1  TYR  23           HE1      TYR  23  18.098  -6.803 -13.234
    8    HE2  TYR  23           HE2      TYR  23  20.463  -7.796 -16.655
    9    HH   TYR  23           HH       TYR  23  17.817  -8.727 -14.621

  No H/Q in entry =           9
  In of MODEL   13
    1    HA   PRO  24           HA       PRO  24  25.289  -1.726 -11.038
    2    HB2  PRO  24           HB2      PRO  24  24.512   0.119 -13.083
    3    HB3  PRO  24           HB3      PRO  24  26.125  -0.528 -12.774
    4    HG2  PRO  24           HG2      PRO  24  24.081  -1.404 -14.733
    5    HG3  PRO  24           HG3      PRO  24  25.848  -1.522 -14.818
    6    HD2  PRO  24           HD2      PRO  24  24.368  -3.684 -14.372
    7    HD3  PRO  24           HD3      PRO  24  25.903  -3.452 -13.520

  No H/Q in entry =           7
  In of MODEL   13
    1    H    SER  25           H        SER  25  24.249  -0.025  -9.729
    2    HA   SER  25           HA       SER  25  21.422  -0.043  -9.790
    3    HB2  SER  25           HB2      SER  25  22.241   2.340  -8.586
    4    HB3  SER  25           HB3      SER  25  21.736   0.846  -7.816
    5    HG   SER  25           HG       SER  25  23.922   0.148  -7.899

  No H/Q in entry =           5
  In of MODEL   13
    1    H    LYS  26           H        LYS  26  20.063   1.497 -10.275
    2    HA   LYS  26           HA       LYS  26  19.279   3.518 -11.311
    3    HB2  LYS  26           HB2      LYS  26  21.592   4.275 -12.032
    4    HB3  LYS  26           HB3      LYS  26  21.640   3.018 -13.260
    5    HG2  LYS  26           HG2      LYS  26  19.687   4.088 -14.468
    6    HG3  LYS  26           HG3      LYS  26  19.515   5.278 -13.181
    7    HD2  LYS  26           HD2      LYS  26  21.817   6.174 -13.795
    8    HD3  LYS  26           HD3      LYS  26  21.948   4.937 -15.059
    9    HE2  LYS  26           HE2      LYS  26  19.817   5.805 -16.155
   10    HE3  LYS  26           HE3      LYS  26  19.685   7.068 -14.920
   11    HZ1  LYS  26           HZ1      LYS  26  22.205   6.794 -16.449
   12    HZ2  LYS  26           HZ2      LYS  26  20.932   7.575 -17.128
   13    HZ3  LYS  26           HZ3      LYS  26  21.515   8.107 -15.650

  No H/Q in entry =          13
  In of MODEL   13
    1    H    SER  27           H        SER  27  19.751   0.298 -11.922
    2    HA   SER  27           HA       SER  27  18.434   0.217 -14.480
    3    HB2  SER  27           HB2      SER  27  18.524  -2.305 -14.047
    4    HB3  SER  27           HB3      SER  27  20.063  -1.480 -14.273
    5    HG   SER  27           HG       SER  27  20.576  -1.813 -12.231

  No H/Q in entry =           5
  In of MODEL   13
    1    H    THR  28           H        THR  28  16.746  -1.572 -14.459
    2    HA   THR  28           HA       THR  28  14.914  -1.764 -12.441
    3    HB   THR  28           HB       THR  28  14.503   0.695 -12.871
    4    HG1  THR  28           HG1      THR  28  12.450   0.298 -12.441
    5   HG23  THR  28          HG21      THR  28  13.420   1.313 -14.967
    6   HG22  THR  28          HG22      THR  28  13.598  -0.346 -15.540
    7   HG21  THR  28          HG23      THR  28  15.027   0.642 -15.249

  No H/Q in entry =           7
  In of MODEL   13
    1    H    LEU  29           H        LEU  29  12.996  -2.349 -13.360
    2    HA   LEU  29           HA       LEU  29  13.590  -4.582 -15.124
    3    HB2  LEU  29           HB2      LEU  29  11.890  -4.768 -12.651
    4    HB3  LEU  29           HB3      LEU  29  12.596  -6.076 -13.565
    5    HG   LEU  29           HG       LEU  29  13.651  -5.981 -11.447
    6   HD11  LEU  29          HD11      LEU  29  15.372  -4.939 -13.655
    7   HD13  LEU  29          HD12      LEU  29  15.173  -6.603 -13.093
    8   HD12  LEU  29          HD13      LEU  29  16.019  -5.426 -12.090
    9   HD22  LEU  29          HD21      LEU  29  13.763  -4.114 -10.265
   10   HD21  LEU  29          HD22      LEU  29  13.446  -3.129 -11.692
   11   HD23  LEU  29          HD23      LEU  29  15.099  -3.594 -11.296

  No H/Q in entry =          11
  In of MODEL   13
    1    H    ILE  30           H        ILE  30  11.274  -2.375 -13.707
    2    HA   ILE  30           HA       ILE  30   9.323  -2.448 -15.639
    3    HB   ILE  30           HB       ILE  30   7.637  -3.653 -13.769
    4   HG12  ILE  30          HG12      ILE  30   8.622  -6.057 -13.733
    5   HG13  ILE  30          HG13      ILE  30  10.175  -5.258 -13.914
    6   HG23  ILE  30          HG21      ILE  30   7.071  -3.980 -15.951
    7   HG22  ILE  30          HG22      ILE  30   7.588  -5.590 -15.455
    8   HG21  ILE  30          HG23      ILE  30   8.672  -4.572 -16.401
    9   HD12  ILE  30          HD11      ILE  30   8.287  -5.237 -11.606
   10   HD11  ILE  30          HD12      ILE  30   9.408  -3.899 -11.837
   11   HD13  ILE  30          HD13      ILE  30  10.026  -5.539 -11.638

  No H/Q in entry =          11
  In of MODEL   13
    1    H    HIS  31           H        HIS  31   8.844  -0.639 -15.423
    2    HA   HIS  31           HA       HIS  31   6.928   0.402 -13.548
    3    HB2  HIS  31           HB2      HIS  31   8.885   0.857 -12.204
    4    HB3  HIS  31           HB3      HIS  31   9.834   1.218 -13.636
    5    HD1  HIS  31           HD1      HIS  31   7.351   2.811 -11.321
    6    HD2  HIS  31           HD2      HIS  31   9.682   3.842 -14.602
    7    HE1  HIS  31           HE1      HIS  31   7.123   5.290 -11.567
    8    HE2  HIS  31           HE2      HIS  31   8.317   5.834 -13.727

  No H/Q in entry =           8
  In of MODEL   13
    1    H    GLN  32           H        GLN  32   7.036  -0.058 -16.442
    2    HA   GLN  32           HA       GLN  32   6.212   2.562 -17.277
    3    HB2  GLN  32           HB2      GLN  32   8.957   1.696 -18.102
    4    HB3  GLN  32           HB3      GLN  32   7.926   2.390 -19.342
    5    HG2  GLN  32           HG2      GLN  32   8.708   3.726 -16.753
    6    HG3  GLN  32           HG3      GLN  32   9.336   4.096 -18.358
    7   HE21  GLN  32          HE21      GLN  32   8.138   5.334 -19.745
    8   HE22  GLN  32          HE22      GLN  32   6.674   6.129 -19.285

  No H/Q in entry =           8
  In of MODEL   13
    1    H    GLY  33           H        GLY  33   4.440   1.214 -17.527
    2    HA3  GLY  33           HA2      GLY  33   2.985  -0.134 -18.593
    3    HA2  GLY  33           HA3      GLY  33   3.850   0.488 -19.974

  No H/Q in entry =           3
  In of MODEL   13
    1    H    GLU  34           H        GLU  34   5.781  -1.521 -18.068
    2    HA   GLU  34           HA       GLU  34   5.632  -3.552 -20.161
    3    HB2  GLU  34           HB2      GLU  34   7.394  -3.833 -17.807
    4    HB3  GLU  34           HB3      GLU  34   7.663  -4.274 -19.459
    5    HG2  GLU  34           HG2      GLU  34   9.108  -2.567 -19.393
    6    HG3  GLU  34           HG3      GLU  34   7.659  -1.608 -19.699

  No H/Q in entry =           6
  In of MODEL   13
    1    H    LYS  35           H        LYS  35   4.408  -5.154 -19.939
    2    HA   LYS  35           HA       LYS  35   2.872  -5.938 -17.807
    3    HB2  LYS  35           HB2      LYS  35   3.860  -7.292 -20.267
    4    HB3  LYS  35           HB3      LYS  35   3.288  -8.338 -18.979
    5    HG2  LYS  35           HG2      LYS  35   1.126  -7.302 -19.013
    6    HG3  LYS  35           HG3      LYS  35   1.682  -6.108 -20.196
    7    HD2  LYS  35           HD2      LYS  35   1.559  -7.570 -21.925
    8    HD3  LYS  35           HD3      LYS  35   2.111  -8.928 -20.946
    9    HE2  LYS  35           HE2      LYS  35  -0.167  -8.952 -19.885
   10    HE3  LYS  35           HE3      LYS  35  -0.665  -7.774 -21.099
   11    HZ2  LYS  35           HZ1      LYS  35   0.294 -10.541 -21.586
   12    HZ1  LYS  35           HZ2      LYS  35   0.028  -9.405 -22.810
   13    HZ3  LYS  35           HZ3      LYS  35  -1.260  -9.934 -21.858

  No H/Q in entry =          13
  In of MODEL   13
    1    H    ALA  36           H        ALA  36   3.648  -6.346 -15.806
    2    HA   ALA  36           HA       ALA  36   6.287  -7.308 -15.405
    3    HB3  ALA  36           HB1      ALA  36   5.575  -7.294 -13.017
    4    HB2  ALA  36           HB2      ALA  36   3.963  -6.836 -13.572
    5    HB1  ALA  36           HB3      ALA  36   5.329  -5.762 -13.861

  No H/Q in entry =           5
  In of MODEL   13
    1    H    GLU  37           H        GLU  37   5.933  -9.257 -16.775
    2    HA   GLU  37           HA       GLU  37   4.486 -11.419 -15.460
    3    HB2  GLU  37           HB2      GLU  37   5.969 -11.415 -18.089
    4    HB3  GLU  37           HB3      GLU  37   4.935 -12.702 -17.484
    5    HG2  GLU  37           HG2      GLU  37   3.130 -10.822 -17.407
    6    HG3  GLU  37           HG3      GLU  37   4.200 -10.031 -18.566

  No H/Q in entry =           6
  In of MODEL   13
    1    H    THR  38           H        THR  38   7.474 -10.066 -15.362
    2    HA   THR  38           HA       THR  38   8.794 -12.597 -14.681
    3    HB   THR  38           HB       THR  38  10.779 -10.689 -14.725
    4    HG1  THR  38           HG1      THR  38  10.236  -9.139 -16.047
    5   HG21  THR  38          HG21      THR  38   9.812 -12.538 -16.903
    6   HG23  THR  38          HG22      THR  38  11.061 -12.853 -15.697
    7   HG22  THR  38          HG23      THR  38  11.344 -11.667 -16.970

  No H/Q in entry =           7
  In of MODEL   13
    1    H    LEU  39           H        LEU  39   9.587 -12.863 -12.657
    2    HA   LEU  39           HA       LEU  39   9.026 -10.738 -10.747
    3    HB2  LEU  39           HB2      LEU  39   7.970 -12.452  -9.741
    4    HB3  LEU  39           HB3      LEU  39   8.866 -13.660 -10.641
    5    HG   LEU  39           HG       LEU  39  10.588 -12.363  -8.731
    6   HD12  LEU  39          HD11      LEU  39   9.537 -13.208  -6.688
    7   HD11  LEU  39          HD12      LEU  39   8.098 -13.636  -7.612
    8   HD13  LEU  39          HD13      LEU  39   8.573 -11.945  -7.452
    9   HD23  LEU  39          HD21      LEU  39   9.595 -15.190  -9.004
   10   HD22  LEU  39          HD22      LEU  39  10.989 -14.666  -8.056
   11   HD21  LEU  39          HD23      LEU  39  11.003 -14.503  -9.812

  No H/Q in entry =          11
  In of MODEL   13
    1    H    TYR  40           H        TYR  40  10.698 -10.033  -9.320
    2    HA   TYR  40           HA       TYR  40  13.351 -11.147  -9.915
    3    HB2  TYR  40           HB2      TYR  40  12.890  -8.203  -9.452
    4    HB3  TYR  40           HB3      TYR  40  14.330  -8.985 -10.071
    5    HD1  TYR  40           HD1      TYR  40  14.699  -9.022 -12.336
    6    HD2  TYR  40           HD2      TYR  40  10.743  -8.359 -10.958
    7    HE1  TYR  40           HE1      TYR  40  13.990  -8.537 -14.629
    8    HE2  TYR  40           HE2      TYR  40  10.010  -7.888 -13.255
    9    HH   TYR  40           HH       TYR  40  11.007  -7.112 -15.380

  No H/Q in entry =           9
  In of MODEL   13
    1    H    TYR  41           H        TYR  41  13.962 -12.066  -8.030
    2    HA   TYR  41           HA       TYR  41  13.089 -10.927  -5.489
    3    HB2  TYR  41           HB2      TYR  41  12.988 -13.399  -6.004
    4    HB3  TYR  41           HB3      TYR  41  14.742 -13.402  -6.055
    5    HD1  TYR  41           HD1      TYR  41  15.347 -11.658  -3.705
    6    HD2  TYR  41           HD2      TYR  41  12.517 -14.755  -4.223
    7    HE1  TYR  41           HE1      TYR  41  15.376 -12.070  -1.300
    8    HE2  TYR  41           HE2      TYR  41  12.511 -15.177  -1.833
    9    HH   TYR  41           HH       TYR  41  14.020 -13.017   0.411

  No H/Q in entry =           9
  In of MODEL   13
    1    H    ILE  42           H        ILE  42  14.343  -9.103  -5.247
    2    HA   ILE  42           HA       ILE  42  17.095  -8.987  -5.749
    3    HB   ILE  42           HB       ILE  42  15.774  -7.004  -5.523
    4   HG12  ILE  42          HG12      ILE  42  17.492  -6.745  -3.130
    5   HG13  ILE  42          HG13      ILE  42  18.254  -7.233  -4.647
    6   HG23  ILE  42          HG21      ILE  42  14.118  -7.662  -3.942
    7   HG22  ILE  42          HG22      ILE  42  14.943  -6.227  -3.332
    8   HG21  ILE  42          HG23      ILE  42  15.326  -7.815  -2.667
    9   HD13  ILE  42          HD11      ILE  42  17.408  -5.303  -5.753
   10   HD12  ILE  42          HD12      ILE  42  18.255  -4.807  -4.283
   11   HD11  ILE  42          HD13      ILE  42  16.487  -4.839  -4.319

  No H/Q in entry =          11
  In of MODEL   13
    1    H    VAL  43           H        VAL  43  18.379 -10.499  -4.956
    2    HA   VAL  43           HA       VAL  43  17.910 -11.710  -2.380
    3    HB   VAL  43           HB       VAL  43  20.031 -12.287  -4.437
    4   HG13  VAL  43          HG11      VAL  43  20.364 -14.340  -3.356
    5   HG12  VAL  43          HG12      VAL  43  18.981 -14.081  -2.286
    6   HG11  VAL  43          HG13      VAL  43  20.438 -13.091  -2.112
    7   HG23  VAL  43          HG21      VAL  43  18.503 -14.220  -4.957
    8   HG22  VAL  43          HG22      VAL  43  17.952 -12.626  -5.476
    9   HG21  VAL  43          HG23      VAL  43  17.265 -13.371  -4.031

  No H/Q in entry =           9
  In of MODEL   13
    1    H    LYS  44           H        LYS  44  19.777  -9.397  -3.655
    2    HA   LYS  44           HA       LYS  44  21.346  -8.619  -1.439
    3    HB2  LYS  44           HB2      LYS  44  22.551 -10.406  -3.469
    4    HB3  LYS  44           HB3      LYS  44  23.361  -8.851  -3.376
    5    HG2  LYS  44           HG2      LYS  44  22.973 -10.799  -1.112
    6    HG3  LYS  44           HG3      LYS  44  24.478 -10.443  -1.964
    7    HD2  LYS  44           HD2      LYS  44  24.824  -8.558  -0.811
    8    HD3  LYS  44           HD3      LYS  44  23.127  -8.086  -0.899
    9    HE2  LYS  44           HE2      LYS  44  24.461  -9.922   1.068
   10    HE3  LYS  44           HE3      LYS  44  23.573  -8.435   1.391
   11    HZ1  LYS  44           HZ1      LYS  44  21.606  -9.728   0.371
   12    HZ3  LYS  44           HZ2      LYS  44  22.073 -10.069   1.959
   13    HZ2  LYS  44           HZ3      LYS  44  22.532 -11.102   0.704

  No H/Q in entry =          13
  In of MODEL   13
    1    H    GLY  45           H        GLY  45  22.083  -6.600  -1.912
    2    HA3  GLY  45           HA2      GLY  45  22.214  -4.584  -3.076
    3    HA2  GLY  45           HA3      GLY  45  21.355  -5.327  -4.434

  No H/Q in entry =           3
  In of MODEL   13
    1    H    SER  46           H        SER  46  20.316  -2.956  -3.411
    2    HA   SER  46           HA       SER  46  17.741  -3.983  -2.601
    3    HB2  SER  46           HB2      SER  46  17.531  -2.506  -0.715
    4    HB3  SER  46           HB3      SER  46  19.086  -3.317  -0.524
    5    HG   SER  46           HG       SER  46  19.100  -0.965  -1.976

  No H/Q in entry =           5
  In of MODEL   13
    1    H    VAL  47           H        VAL  47  16.037  -2.348  -3.121
    2    HA   VAL  47           HA       VAL  47  17.112  -0.554  -5.164
    3    HB   VAL  47           HB       VAL  47  15.358  -1.018  -6.756
    4   HG13  VAL  47          HG11      VAL  47  16.100  -3.159  -7.511
    5   HG12  VAL  47          HG12      VAL  47  16.679  -3.553  -5.891
    6   HG11  VAL  47          HG13      VAL  47  17.473  -2.286  -6.820
    7   HG23  VAL  47          HG21      VAL  47  13.904  -2.988  -6.417
    8   HG22  VAL  47          HG22      VAL  47  13.591  -1.684  -5.270
    9   HG21  VAL  47          HG23      VAL  47  14.512  -3.101  -4.765

  No H/Q in entry =           9
  In of MODEL   13
    1    H    ALA  48           H        ALA  48  15.183   0.719  -6.259
    2    HA   ALA  48           HA       ALA  48  13.948   2.035  -3.935
    3    HB2  ALA  48           HB1      ALA  48  14.431   4.081  -4.843
    4    HB3  ALA  48           HB2      ALA  48  14.396   3.474  -6.494
    5    HB1  ALA  48           HB3      ALA  48  15.796   3.159  -5.472

  No H/Q in entry =           5
  In of MODEL   13
    1    H    VAL  49           H        VAL  49  12.066   0.983  -3.977
    2    HA   VAL  49           HA       VAL  49  10.557   0.481  -6.322
    3    HB   VAL  49           HB       VAL  49  10.023   0.359  -3.368
    4   HG12  VAL  49          HG11      VAL  49   7.896  -0.622  -5.115
    5   HG11  VAL  49          HG12      VAL  49   8.034   1.128  -4.961
    6   HG13  VAL  49          HG13      VAL  49   7.819   0.130  -3.522
    7   HG23  VAL  49          HG21      VAL  49   9.581  -2.015  -3.884
    8   HG22  VAL  49          HG22      VAL  49  11.219  -1.496  -4.288
    9   HG21  VAL  49          HG23      VAL  49  10.012  -1.689  -5.563

  No H/Q in entry =           9
  In of MODEL   13
    1    H    LEU  50           H        LEU  50   9.091   1.815  -7.293
    2    HA   LEU  50           HA       LEU  50   8.362   4.258  -5.992
    3    HB2  LEU  50           HB2      LEU  50   9.094   5.724  -7.660
    4    HB3  LEU  50           HB3      LEU  50  10.444   4.690  -7.260
    5    HG   LEU  50           HG       LEU  50   8.809   4.727  -9.771
    6   HD12  LEU  50          HD11      LEU  50  11.117   4.934 -10.697
    7   HD11  LEU  50          HD12      LEU  50  11.703   5.056  -9.032
    8   HD13  LEU  50          HD13      LEU  50  10.598   6.286  -9.682
    9   HD22  LEU  50          HD21      LEU  50   9.086   2.389  -9.127
   10   HD21  LEU  50          HD22      LEU  50  10.822   2.642  -8.927
   11   HD23  LEU  50          HD23      LEU  50  10.079   2.796 -10.524

  No H/Q in entry =          11
  In of MODEL   13
    1    H    ILE  51           H        ILE  51   6.605   5.383  -6.838
    2    HA   ILE  51           HA       ILE  51   4.900   3.581  -8.432
    3    HB   ILE  51           HB       ILE  51   3.008   4.690  -7.125
    4   HG12  ILE  51          HG12      ILE  51   4.000   5.114  -4.688
    5   HG13  ILE  51          HG13      ILE  51   5.413   5.602  -5.613
    6   HG22  ILE  51          HG21      ILE  51   3.360   3.044  -5.261
    7   HG21  ILE  51          HG22      ILE  51   4.964   2.747  -5.929
    8   HG23  ILE  51          HG23      ILE  51   3.530   2.383  -6.888
    9   HD13  ILE  51          HD11      ILE  51   4.056   7.515  -5.067
   10   HD12  ILE  51          HD12      ILE  51   2.652   6.769  -5.829
   11   HD11  ILE  51          HD13      ILE  51   4.040   7.241  -6.809

  No H/Q in entry =          11
  In of MODEL   13
    1    H    LYS  52           H        LYS  52   3.014   4.647  -9.421
    2    HA   LYS  52           HA       LYS  52   3.778   7.309 -10.414
    3    HB2  LYS  52           HB2      LYS  52   1.956   5.330 -11.777
    4    HB3  LYS  52           HB3      LYS  52   2.601   6.826 -12.443
    5    HG2  LYS  52           HG2      LYS  52   4.889   5.841 -12.157
    6    HG3  LYS  52           HG3      LYS  52   4.103   4.312 -11.784
    7    HD2  LYS  52           HD2      LYS  52   4.573   4.152 -14.058
    8    HD3  LYS  52           HD3      LYS  52   2.878   4.636 -14.015
    9    HE2  LYS  52           HE2      LYS  52   3.582   6.983 -14.346
   10    HE3  LYS  52           HE3      LYS  52   5.251   6.434 -14.475
   11    HZ1  LYS  52           HZ1      LYS  52   3.129   5.422 -16.262
   12    HZ3  LYS  52           HZ2      LYS  52   4.812   5.345 -16.473
   13    HZ2  LYS  52           HZ3      LYS  52   4.008   6.827 -16.612

  No H/Q in entry =          13
  In of MODEL   13
    1    H    ASP  53           H        ASP  53   2.240   8.909 -10.465
    2    HA   ASP  53           HA       ASP  53   0.111   8.592  -8.545
    3    HB2  ASP  53           HB2      ASP  53   1.799  10.610  -8.882
    4    HB3  ASP  53           HB3      ASP  53   0.564  11.147 -10.016

  No H/Q in entry =           4
  In of MODEL   13
    1    H    GLU  54           H        GLU  54  -1.757  10.519  -9.581
    2    HA   GLU  54           HA       GLU  54  -2.829   8.928 -11.804
    3    HB2  GLU  54           HB2      GLU  54  -4.118   9.853  -9.530
    4    HB3  GLU  54           HB3      GLU  54  -4.564  11.038 -10.760
    5    HG2  GLU  54           HG2      GLU  54  -5.372   9.304 -12.202
    6    HG3  GLU  54           HG3      GLU  54  -4.818   8.067 -11.077

  No H/Q in entry =           6
  In of MODEL   13
    1    H    GLU  55           H        GLU  55  -0.838  11.491 -11.237
    2    HA   GLU  55           HA       GLU  55  -1.671  12.922 -13.697
    3    HB2  GLU  55           HB2      GLU  55  -0.161  14.773 -12.395
    4    HB3  GLU  55           HB3      GLU  55  -1.918  14.697 -12.271
    5    HG2  GLU  55           HG2      GLU  55  -1.542  14.620 -10.066
    6    HG3  GLU  55           HG3      GLU  55  -1.170  12.924 -10.369

  No H/Q in entry =           6
  In of MODEL   13
    1    H    GLY  56           H        GLY  56   0.275  10.620 -12.767
    2    HA3  GLY  56           HA2      GLY  56   2.018   9.854 -14.154
    3    HA2  GLY  56           HA3      GLY  56   2.235  11.490 -14.735

  No H/Q in entry =           3
  In of MODEL   13
    1    H    LYS  57           H        LYS  57   2.279  11.162 -11.185
    2    HA   LYS  57           HA       LYS  57   5.071  11.860 -11.313
    3    HB2  LYS  57           HB2      LYS  57   2.872  12.271  -9.540
    4    HB3  LYS  57           HB3      LYS  57   4.068  11.315  -8.682
    5    HG2  LYS  57           HG2      LYS  57   5.628  12.999  -8.699
    6    HG3  LYS  57           HG3      LYS  57   4.926  13.781 -10.117
    7    HD2  LYS  57           HD2      LYS  57   4.606  14.895  -7.807
    8    HD3  LYS  57           HD3      LYS  57   3.214  14.768  -8.881
    9    HE2  LYS  57           HE2      LYS  57   3.297  12.396  -7.343
   10    HE3  LYS  57           HE3      LYS  57   3.550  13.736  -6.231
   11    HZ3  LYS  57           HZ1      LYS  57   1.449  14.428  -6.484
   12    HZ2  LYS  57           HZ2      LYS  57   1.146  12.869  -7.079
   13    HZ1  LYS  57           HZ3      LYS  57   1.429  14.157  -8.156

  No H/Q in entry =          13
  In of MODEL   13
    1    H    GLU  58           H        GLU  58   6.555  10.255 -11.301
    2    HA   GLU  58           HA       GLU  58   5.805   7.656 -10.191
    3    HB2  GLU  58           HB2      GLU  58   7.953   7.135 -11.747
    4    HB3  GLU  58           HB3      GLU  58   6.303   7.004 -12.331
    5    HG2  GLU  58           HG2      GLU  58   6.420   9.072 -13.442
    6    HG3  GLU  58           HG3      GLU  58   7.887   9.537 -12.583

  No H/Q in entry =           6
  In of MODEL   13
    1    H    MET  59           H        MET  59   6.593   8.232  -7.957
    2    HA   MET  59           HA       MET  59   9.349   9.134  -7.961
    3    HB2  MET  59           HB2      MET  59   7.045   9.533  -6.059
    4    HB3  MET  59           HB3      MET  59   8.650  10.216  -5.878
    5    HG2  MET  59           HG2      MET  59   8.296  11.695  -7.705
    6    HG3  MET  59           HG3      MET  59   6.808  10.860  -8.157
    7    HE1  MET  59           HE1      MET  59   7.625  11.241  -4.449
    8    HE3  MET  59           HE2      MET  59   6.052  10.492  -4.739
    9    HE2  MET  59           HE3      MET  59   6.153  12.052  -3.917

  No H/Q in entry =           9
  In of MODEL   13
    1    H    ILE  60           H        ILE  60  10.633   8.088  -6.474
    2    HA   ILE  60           HA       ILE  60  10.080   5.530  -5.608
    3    HB   ILE  60           HB       ILE  60  11.828   7.316  -3.957
    4   HG12  ILE  60          HG12      ILE  60  12.336   6.310  -6.754
    5   HG13  ILE  60          HG13      ILE  60  12.506   7.952  -6.136
    6   HG22  ILE  60          HG21      ILE  60  12.034   4.440  -4.842
    7   HG21  ILE  60          HG22      ILE  60  11.505   5.003  -3.257
    8   HG23  ILE  60          HG23      ILE  60  13.167   5.275  -3.780
    9   HD13  ILE  60          HD11      ILE  60  14.652   7.517  -5.915
   10   HD12  ILE  60          HD12      ILE  60  14.398   5.794  -6.197
   11   HD11  ILE  60          HD13      ILE  60  14.214   6.455  -4.573

  No H/Q in entry =          11
  In of MODEL   13
    1    H    LEU  61           H        LEU  61   8.861   4.711  -4.034
    2    HA   LEU  61           HA       LEU  61   7.909   6.599  -2.012
    3    HB2  LEU  61           HB2      LEU  61   5.772   5.695  -2.043
    4    HB3  LEU  61           HB3      LEU  61   6.245   5.771  -3.721
    5    HG   LEU  61           HG       LEU  61   4.985   3.799  -3.398
    6   HD13  LEU  61          HD11      LEU  61   6.527   2.070  -4.084
    7   HD12  LEU  61          HD12      LEU  61   7.884   3.091  -3.603
    8   HD11  LEU  61          HD13      LEU  61   6.821   3.593  -4.920
    9   HD22  LEU  61          HD21      LEU  61   5.129   3.418  -1.066
   10   HD21  LEU  61          HD22      LEU  61   6.868   3.132  -1.168
   11   HD23  LEU  61          HD23      LEU  61   5.744   1.983  -1.893

  No H/Q in entry =          11
  In of MODEL   13
    1    H    SER  62           H        SER  62   9.549   3.673  -2.594
    2    HA   SER  62           HA       SER  62  10.415   3.478   0.097
    3    HB2  SER  62           HB2      SER  62   8.120   2.618   0.440
    4    HB3  SER  62           HB3      SER  62   8.408   1.381  -0.778
    5    HG   SER  62           HG       SER  62  10.192   0.686   0.631

  No H/Q in entry =           5
  In of MODEL   13
    1    H    TYR  63           H        TYR  63  12.308   2.412   0.023
    2    HA   TYR  63           HA       TYR  63  12.906   0.694  -2.189
    3    HB2  TYR  63           HB2      TYR  63  15.082   1.244  -0.302
    4    HB3  TYR  63           HB3      TYR  63  15.026   1.517  -2.033
    5    HD1  TYR  63           HD1      TYR  63  14.527   3.012   1.249
    6    HD2  TYR  63           HD2      TYR  63  14.443   3.720  -2.927
    7    HE1  TYR  63           HE1      TYR  63  14.537   5.423   1.678
    8    HE2  TYR  63           HE2      TYR  63  14.446   6.147  -2.515
    9    HH   TYR  63           HH       TYR  63  15.421   7.596  -0.185

  No H/Q in entry =           9
  In of MODEL   13
    1    H    LEU  64           H        LEU  64  14.597  -0.756  -1.360
    2    HA   LEU  64           HA       LEU  64  13.164  -2.678   0.242
    3    HB2  LEU  64           HB2      LEU  64  14.735  -3.249  -2.202
    4    HB3  LEU  64           HB3      LEU  64  13.817  -4.397  -1.249
    5    HG   LEU  64           HG       LEU  64  12.717  -2.132  -2.912
    6   HD13  LEU  64          HD11      LEU  64  12.062  -3.685  -4.402
    7   HD12  LEU  64          HD12      LEU  64  11.970  -4.971  -3.200
    8   HD11  LEU  64          HD13      LEU  64  13.537  -4.444  -3.808
    9   HD23  LEU  64          HD21      LEU  64  10.492  -3.143  -2.338
   10   HD22  LEU  64          HD22      LEU  64  11.274  -2.269  -1.018
   11   HD21  LEU  64          HD23      LEU  64  11.302  -4.033  -1.048

  No H/Q in entry =          11
  In of MODEL   13
    1    H    ASN  65           H        ASN  65  18.729  -5.503   3.581
    2    HA   ASN  65           HA       ASN  65  17.198  -3.885   1.529
    3    HB2  ASN  65           HB2      ASN  65  15.163  -5.795   2.782
    4    HB3  ASN  65           HB3      ASN  65  16.903  -5.544   3.313
    5   HD22  ASN  65          HD21      ASN  65  16.389  -2.629   5.084
    6   HD21  ASN  65          HD22      ASN  65  17.513  -3.771   4.428

  No H/Q in entry =           6
  In of MODEL   13
    1    H    GLN  66           H        GLN  66  19.219  -8.017  -0.565
    2    HA   GLN  66           HA       GLN  66  18.949  -7.325  -0.586
    3    HB2  GLN  66           HB2      GLN  66  20.307  -7.351   2.147
    4    HB3  GLN  66           HB3      GLN  66  20.769  -8.421   0.942
    5    HG2  GLN  66           HG2      GLN  66  21.829  -6.788  -0.349
    6    HG3  GLN  66           HG3      GLN  66  20.940  -5.987  -0.519
    7   HE22  GLN  66          HE21      GLN  66  23.742  -4.518   1.744
    8   HE21  GLN  66          HE22      GLN  66  23.087  -4.635   0.146

  No H/Q in entry =           8
  In of MODEL   13
    1    H    GLY  67           H        GLY  67  16.843  -8.490  -0.725
    2    HA3  GLY  67           HA2      GLY  67  16.682 -11.035  -0.363
    3    HA2  GLY  67           HA3      GLY  67  16.638 -10.533   1.355

  No H/Q in entry =           3
  In of MODEL   13
    1    H    ASP  68           H        ASP  68  15.202  -8.364  -0.878
    2    HA   ASP  68           HA       ASP  68  12.548  -8.946   0.168
    3    HB2  ASP  68           HB2      ASP  68  13.828  -6.597  -0.041
    4    HB3  ASP  68           HB3      ASP  68  13.129  -6.647  -1.653

  No H/Q in entry =           4
  In of MODEL   13
    1    H    PHE  69           H        PHE  69  11.084  -7.860  -1.986
    2    HA   PHE  69           HA       PHE  69  11.738  -9.721  -4.165
    3    HB2  PHE  69           HB2      PHE  69   9.011  -9.105  -3.026
    4    HB3  PHE  69           HB3      PHE  69   9.307 -10.089  -4.454
    5    HD1  PHE  69           HD1      PHE  69  10.154 -12.353  -4.258
    6    HD2  PHE  69           HD2      PHE  69   9.548  -9.923  -0.802
    7    HE1  PHE  69           HE1      PHE  69  10.356 -14.337  -2.820
    8    HE2  PHE  69           HE2      PHE  69   9.767 -11.911   0.629
    9    HZ   PHE  69           HZ       PHE  69  10.164 -14.118  -0.377

  No H/Q in entry =           9
  In of MODEL   13
    1    H    ILE  70           H        ILE  70  10.592  -9.117  -6.216
    2    HA   ILE  70           HA       ILE  70  10.020  -6.284  -6.549
    3    HB   ILE  70           HB       ILE  70  12.318  -7.735  -7.858
    4   HG12  ILE  70          HG12      ILE  70  12.065  -5.046  -6.509
    5   HG13  ILE  70          HG13      ILE  70  12.996  -6.442  -5.967
    6   HG23  ILE  70          HG21      ILE  70  11.003  -6.855  -9.684
    7   HG22  ILE  70          HG22      ILE  70  12.471  -5.897  -9.498
    8   HG21  ILE  70          HG23      ILE  70  10.931  -5.273  -8.910
    9   HD12  ILE  70          HD11      ILE  70  13.583  -4.510  -8.163
   10   HD11  ILE  70          HD12      ILE  70  14.236  -6.146  -8.242
   11   HD13  ILE  70          HD13      ILE  70  14.632  -5.101  -6.874

  No H/Q in entry =          11
  In of MODEL   13
    1    H    GLY  71           H        GLY  71   8.542  -5.976  -8.159
    2    HA3  GLY  71           HA2      GLY  71   7.257  -6.448 -10.028
    3    HA2  GLY  71           HA3      GLY  71   8.149  -7.948 -10.229

  No H/Q in entry =           3
  In of MODEL   13
    1    H    GLU  72           H        GLU  72   7.023  -7.592  -7.058
    2    HA   GLU  72           HA       GLU  72   5.278  -9.811  -7.314
    3    HB2  GLU  72           HB2      GLU  72   4.741  -8.206  -4.959
    4    HB3  GLU  72           HB3      GLU  72   5.362  -9.842  -5.068
    5    HG2  GLU  72           HG2      GLU  72   7.010  -8.684  -3.922
    6    HG3  GLU  72           HG3      GLU  72   7.619  -8.760  -5.574

  No H/Q in entry =           6
  In of MODEL   13
    1    H    LEU  73           H        LEU  73   5.141  -6.460  -7.120
    2    HA   LEU  73           HA       LEU  73   2.434  -5.923  -6.986
    3    HB2  LEU  73           HB2      LEU  73   4.917  -4.513  -7.415
    4    HB3  LEU  73           HB3      LEU  73   3.611  -3.821  -8.364
    5    HG   LEU  73           HG       LEU  73   3.853  -2.759  -6.149
    6   HD12  LEU  73          HD11      LEU  73   1.427  -3.112  -5.534
    7   HD11  LEU  73          HD12      LEU  73   1.392  -4.312  -6.831
    8   HD13  LEU  73          HD13      LEU  73   1.758  -2.627  -7.198
    9   HD22  LEU  73          HD21      LEU  73   4.406  -4.176  -4.484
   10   HD21  LEU  73          HD22      LEU  73   3.705  -5.569  -5.306
   11   HD23  LEU  73          HD23      LEU  73   2.669  -4.475  -4.388

  No H/Q in entry =          11
  In of MODEL   13
    1    H    GLY  74           H        GLY  74   3.958  -7.453  -9.461
    2    HA3  GLY  74           HA2      GLY  74   1.958  -6.430 -11.367
    3    HA2  GLY  74           HA3      GLY  74   3.579  -6.899 -11.845

  No H/Q in entry =           3
  In of MODEL   13
    1    H    LEU  75           H        LEU  75   3.526  -9.204  -9.960
    2    HA   LEU  75           HA       LEU  75   2.012 -10.984 -11.767
    3    HB2  LEU  75           HB2      LEU  75   3.505 -12.675 -11.222
    4    HB3  LEU  75           HB3      LEU  75   4.521 -11.239 -11.252
    5    HG   LEU  75           HG       LEU  75   3.634 -11.448  -8.615
    6   HD12  LEU  75          HD11      LEU  75   4.596 -14.134  -9.602
    7   HD11  LEU  75          HD12      LEU  75   2.913 -13.759  -9.235
    8   HD13  LEU  75          HD13      LEU  75   4.127 -13.700  -7.956
    9   HD21  LEU  75          HD21      LEU  75   6.204 -12.107 -10.024
   10   HD23  LEU  75          HD22      LEU  75   6.052 -12.191  -8.270
   11   HD22  LEU  75          HD23      LEU  75   5.797 -10.658  -9.106

  No H/Q in entry =          11
  In of MODEL   13
    1    H    PHE  76           H        PHE  76   2.416 -10.109  -8.457
    2    HA   PHE  76           HA       PHE  76   0.539 -12.146  -7.554
    3    HB2  PHE  76           HB2      PHE  76   2.778 -11.829  -6.457
    4    HB3  PHE  76           HB3      PHE  76   2.247 -10.230  -5.958
    5    HD1  PHE  76           HD1      PHE  76   0.212 -13.285  -6.003
    6    HD2  PHE  76           HD2      PHE  76   2.324 -10.464  -3.663
    7    HE1  PHE  76           HE1      PHE  76  -0.736 -14.289  -3.959
    8    HE2  PHE  76           HE2      PHE  76   1.391 -11.450  -1.608
    9    HZ   PHE  76           HZ       PHE  76  -0.139 -13.370  -1.760

  No H/Q in entry =           9
  In of MODEL   13
    1    H    GLU  77           H        GLU  77   1.041  -8.715  -7.898
    2    HA   GLU  77           HA       GLU  77  -1.153  -7.919  -6.316
    3    HB2  GLU  77           HB2      GLU  77   0.659  -6.380  -7.051
    4    HB3  GLU  77           HB3      GLU  77   0.015  -6.436  -8.684
    5    HG2  GLU  77           HG2      GLU  77  -1.857  -5.674  -6.528
    6    HG3  GLU  77           HG3      GLU  77  -0.589  -4.520  -6.928

  No H/Q in entry =           6
  In of MODEL   13
    1    H    GLU  78           H        GLU  78  -0.647  -8.641  -9.682
    2    HA   GLU  78           HA       GLU  78  -1.993  -9.877 -11.000
    3    HB2  GLU  78           HB2      GLU  78  -3.834  -9.989  -9.198
    4    HB3  GLU  78           HB3      GLU  78  -4.462  -8.517  -9.938
    5    HG2  GLU  78           HG2      GLU  78  -4.358  -9.808 -12.138
    6    HG3  GLU  78           HG3      GLU  78  -4.182 -11.244 -11.134

  No H/Q in entry =           6
  In of MODEL   13
    1    H    GLY  79           H        GLY  79  -0.517  -7.545 -11.085
    2    HA3  GLY  79           HA2      GLY  79  -1.894  -5.354 -12.284
    3    HA2  GLY  79           HA3      GLY  79  -0.164  -5.607 -12.230

  No H/Q in entry =           3
  In of MODEL   13
    1    H    GLN  80           H        GLN  80   0.720  -7.191 -13.733
    2    HA   GLN  80           HA       GLN  80   1.129  -7.873 -15.802
    3    HB2  GLN  80           HB2      GLN  80  -1.785  -8.406 -15.525
    4    HB3  GLN  80           HB3      GLN  80  -1.067  -8.537 -17.125
    5    HG2  GLN  80           HG2      GLN  80  -0.436 -10.590 -16.609
    6    HG3  GLN  80           HG3      GLN  80   0.673  -9.904 -15.423
    7   HE21  GLN  80          HE21      GLN  80   0.115  -9.925 -13.249
    8   HE22  GLN  80          HE22      GLN  80  -1.194 -10.878 -12.644

  No H/Q in entry =           8
  In of MODEL   13
    1    H    GLU  81           H        GLU  81   1.690  -5.609 -15.878
    2    HA   GLU  81           HA       GLU  81   1.644  -4.208 -18.038
    3    HB2  GLU  81           HB2      GLU  81  -1.094  -4.109 -17.171
    4    HB3  GLU  81           HB3      GLU  81  -0.410  -2.489 -17.087
    5    HG2  GLU  81           HG2      GLU  81   0.245  -2.581 -19.393
    6    HG3  GLU  81           HG3      GLU  81  -0.250  -4.266 -19.509

  No H/Q in entry =           6
  In of MODEL   13
    1    H    ARG  82           H        ARG  82   3.418  -4.243 -16.306
    2    HA   ARG  82           HA       ARG  82   4.878  -3.187 -14.995
    3    HB2  ARG  82           HB2      ARG  82   5.359  -1.403 -16.175
    4    HB3  ARG  82           HB3      ARG  82   3.702  -1.273 -16.721
    5    HG2  ARG  82           HG2      ARG  82   4.124  -0.211 -14.026
    6    HG3  ARG  82           HG3      ARG  82   5.088   0.597 -15.262
    7    HD2  ARG  82           HD2      ARG  82   3.285   1.568 -16.207
    8    HD3  ARG  82           HD3      ARG  82   2.289   0.126 -16.019
    9    HE   ARG  82           HE       ARG  82   2.843   1.889 -13.725
   10   HH11  ARG  82          HH11      ARG  82   0.568   0.312 -15.880
   11   HH12  ARG  82          HH12      ARG  82  -0.813   0.728 -14.921
   12   HH21  ARG  82          HH21      ARG  82   1.014   2.430 -12.447
   13   HH22  ARG  82          HH22      ARG  82  -0.562   1.940 -12.981

  No H/Q in entry =          13
  In of MODEL   13
    1    H    SER  83           H        SER  83   2.066  -1.151 -14.359
    2    HA   SER  83           HA       SER  83   0.957  -0.555 -12.518
    3    HB2  SER  83           HB2      SER  83   2.216  -3.010 -11.306
    4    HB3  SER  83           HB3      SER  83   0.890  -2.088 -10.598
    5    HG   SER  83           HG       SER  83  -0.149  -3.616 -11.693

  No H/Q in entry =           5
  In of MODEL   13
    1    H    ALA  84           H        ALA  84   4.384  -1.205 -11.952
    2    HA   ALA  84           HA       ALA  84   5.914   0.532 -11.553
    3    HB2  ALA  84           HB1      ALA  84   4.201   2.297 -11.637
    4    HB1  ALA  84           HB2      ALA  84   5.372   2.533 -10.341
    5    HB3  ALA  84           HB3      ALA  84   3.759   1.920  -9.972

  No H/Q in entry =           5
  In of MODEL   13
    1    H    TRP  85           H        TRP  85   7.410   0.620  -9.791
    2    HA   TRP  85           HA       TRP  85   7.182   0.033  -7.276
    3    HB2  TRP  85           HB2      TRP  85   5.791  -1.975  -8.260
    4    HB3  TRP  85           HB3      TRP  85   7.380  -2.708  -8.442
    5    HD1  TRP  85           HD1      TRP  85   8.174  -3.998  -6.500
    6    HE1  TRP  85           HE1      TRP  85   7.598  -4.202  -3.996
    7    HE3  TRP  85           HE3      TRP  85   4.802  -0.201  -6.181
    8    HZ2  TRP  85           HZ2      TRP  85   5.934  -2.881  -2.131
    9    HZ3  TRP  85           HZ3      TRP  85   3.768   0.277  -4.003
   10    HH2  TRP  85           HH2      TRP  85   4.317  -1.034  -2.021

  No H/Q in entry =          10
  In of MODEL   13
    1    H    VAL  86           H        VAL  86   9.115  -0.025 -10.072
    2    HA   VAL  86           HA       VAL  86  11.300  -0.421  -8.288
    3    HB   VAL  86           HB       VAL  86  12.134  -2.208 -10.281
    4   HG13  VAL  86          HG11      VAL  86  13.178  -2.377  -8.274
    5   HG12  VAL  86          HG12      VAL  86  11.952  -3.631  -8.062
    6   HG11  VAL  86          HG13      VAL  86  11.706  -2.035  -7.361
    7   HG23  VAL  86          HG21      VAL  86   9.763  -3.276  -8.826
    8   HG22  VAL  86          HG22      VAL  86  10.606  -3.926 -10.231
    9   HG21  VAL  86          HG23      VAL  86   9.566  -2.510 -10.403

  No H/Q in entry =           9
  In of MODEL   13
    1    H    ARG  87           H        ARG  87  13.238  -0.126  -8.746
    2    HA   ARG  87           HA       ARG  87  14.473   0.722 -11.067
    3    HB2  ARG  87           HB2      ARG  87  13.335   2.828 -10.991
    4    HB3  ARG  87           HB3      ARG  87  13.574   2.979  -9.255
    5    HG2  ARG  87           HG2      ARG  87  16.079   2.754 -10.692
    6    HG3  ARG  87           HG3      ARG  87  15.107   4.126 -11.236
    7    HD2  ARG  87           HD2      ARG  87  15.266   5.199  -9.248
    8    HD3  ARG  87           HD3      ARG  87  15.285   3.699  -8.322
    9    HE   ARG  87           HE       ARG  87  17.673   3.900  -9.765
   10   HH11  ARG  87          HH11      ARG  87  16.037   5.424  -7.080
   11   HH12  ARG  87          HH12      ARG  87  17.501   5.881  -6.274
   12   HH21  ARG  87          HH21      ARG  87  19.606   4.484  -8.708
   13   HH22  ARG  87          HH22      ARG  87  19.540   5.346  -7.208

  No H/Q in entry =          13
  In of MODEL   13
    1    H    ALA  88           H        ALA  88  16.337  -0.328 -10.586
    2    HA   ALA  88           HA       ALA  88  17.258  -1.157  -8.399
    3    HB1  ALA  88           HB1      ALA  88  19.279  -0.107 -10.288
    4    HB3  ALA  88           HB2      ALA  88  18.271  -1.498 -10.622
    5    HB2  ALA  88           HB3      ALA  88  19.374  -1.508  -9.241

  No H/Q in entry =           5
  In of MODEL   13
    1    H    LYS  89           H        LYS  89  17.966  -0.347  -6.248
    2    HA   LYS  89           HA       LYS  89  18.587   2.453  -6.329
    3    HB2  LYS  89           HB2      LYS  89  17.253   1.421  -4.443
    4    HB3  LYS  89           HB3      LYS  89  18.744   0.659  -3.909
    5    HG2  LYS  89           HG2      LYS  89  19.657   2.633  -3.184
    6    HG3  LYS  89           HG3      LYS  89  18.699   3.615  -4.298
    7    HD2  LYS  89           HD2      LYS  89  16.984   3.786  -2.856
    8    HD3  LYS  89           HD3      LYS  89  17.103   2.094  -2.378
    9    HE2  LYS  89           HE2      LYS  89  17.722   3.008  -0.417
   10    HE3  LYS  89           HE3      LYS  89  19.303   3.015  -1.192
   11    HZ2  LYS  89           HZ1      LYS  89  17.691   5.228  -0.357
   12    HZ1  LYS  89           HZ2      LYS  89  18.139   5.382  -1.980
   13    HZ3  LYS  89           HZ3      LYS  89  19.324   5.198  -0.786

  No H/Q in entry =          13
  In of MODEL   13
    1    H    THR  90           H        THR  90  20.181  -0.507  -5.208
    2    HA   THR  90           HA       THR  90  22.742   0.716  -5.978
    3    HB   THR  90           HB       THR  90  23.487  -1.415  -4.474
    4    HG1  THR  90           HG1      THR  90  21.973  -1.156  -2.575
    5   HG21  THR  90          HG21      THR  90  22.737   1.337  -3.479
    6   HG23  THR  90          HG22      THR  90  24.282   0.865  -4.182
    7   HG22  THR  90          HG23      THR  90  23.783   0.204  -2.625

  No H/Q in entry =           7
  In of MODEL   13
    1    H    ALA  91           H        ALA  91  24.323  -1.482  -6.241
    2    HA   ALA  91           HA       ALA  91  23.147  -2.749  -8.625
    3    HB2  ALA  91           HB1      ALA  91  25.465  -2.046  -8.957
    4    HB1  ALA  91           HB2      ALA  91  25.434  -3.807  -8.869
    5    HB3  ALA  91           HB3      ALA  91  25.966  -2.863  -7.477

  No H/Q in entry =           5
  In of MODEL   13
    1    H    CYS  92           H        CYS  92  22.081  -4.527  -8.311
    2    HA   CYS  92           HA       CYS  92  22.565  -6.053  -5.787
    3    HB2  CYS  92           HB2      CYS  92  19.975  -6.332  -7.202
    4    HB3  CYS  92           HB3      CYS  92  20.280  -6.176  -5.476
    5    HG   CYS  92           HG       CYS  92  21.043  -3.303  -6.771

  No H/Q in entry =           5
  In of MODEL   13
    1    H    GLU  93           H        GLU  93  20.811  -8.021  -6.430
    2    HA   GLU  93           HA       GLU  93  21.710  -9.565  -8.650
    3    HB2  GLU  93           HB2      GLU  93  22.420 -10.313  -5.801
    4    HB3  GLU  93           HB3      GLU  93  22.225 -11.522  -7.055
    5    HG2  GLU  93           HG2      GLU  93  23.971 -10.063  -8.324
    6    HG3  GLU  93           HG3      GLU  93  24.360  -9.495  -6.700

  No H/Q in entry =           6
  In of MODEL   13
    1    H    VAL  94           H        VAL  94  19.571  -9.864  -9.251
    2    HA   VAL  94           HA       VAL  94  17.691 -10.466  -7.073
    3    HB   VAL  94           HB       VAL  94  15.881 -10.009  -8.751
    4   HG13  VAL  94          HG11      VAL  94  16.066  -8.299  -7.280
    5   HG12  VAL  94          HG12      VAL  94  16.448  -7.447  -8.777
    6   HG11  VAL  94          HG13      VAL  94  17.745  -7.965  -7.699
    7   HG22  VAL  94          HG21      VAL  94  16.985 -10.213 -10.844
    8   HG21  VAL  94          HG22      VAL  94  18.184  -9.001 -10.402
    9   HG23  VAL  94          HG23      VAL  94  16.505  -8.525 -10.665

  No H/Q in entry =           9
  In of MODEL   13
    1    H    ALA  95           H        ALA  95  16.401 -12.253  -7.170
    2    HA   ALA  95           HA       ALA  95  17.371 -14.312  -8.993
    3    HB1  ALA  95           HB1      ALA  95  15.110 -14.906  -7.238
    4    HB2  ALA  95           HB2      ALA  95  16.524 -14.311  -6.372
    5    HB3  ALA  95           HB3      ALA  95  16.655 -15.742  -7.395

  No H/Q in entry =           5
  In of MODEL   13
    1    H    GLU  96           H        GLU  96  16.626 -13.404 -10.850
    2    HA   GLU  96           HA       GLU  96  13.764 -12.823 -10.941
    3    HB2  GLU  96           HB2      GLU  96  14.193 -11.463 -12.884
    4    HB3  GLU  96           HB3      GLU  96  15.250 -10.976 -11.561
    5    HG2  GLU  96           HG2      GLU  96  17.092 -12.204 -12.557
    6    HG3  GLU  96           HG3      GLU  96  16.028 -12.779 -13.839

  No H/Q in entry =           6
  In of MODEL   13
    1    H    ILE  97           H        ILE  97  12.490 -13.932 -11.802
    2    HA   ILE  97           HA       ILE  97  13.078 -15.419 -14.178
    3    HB   ILE  97           HB       ILE  97  11.774 -17.385 -13.171
    4   HG12  ILE  97          HG12      ILE  97  13.115 -16.489 -10.661
    5   HG13  ILE  97          HG13      ILE  97  11.445 -16.063 -11.000
    6   HG21  ILE  97          HG21      ILE  97  14.123 -17.153 -14.047
    7   HG23  ILE  97          HG22      ILE  97  13.743 -18.520 -13.007
    8   HG22  ILE  97          HG23      ILE  97  14.603 -17.120 -12.352
    9   HD11  ILE  97          HD11      ILE  97  10.898 -18.448 -11.216
   10   HD13  ILE  97          HD12      ILE  97  11.514 -18.033  -9.617
   11   HD12  ILE  97          HD13      ILE  97  12.558 -18.850 -10.782

  No H/Q in entry =          11
  In of MODEL   13
    1    H    SER  98           H        SER  98  11.009 -16.720 -14.712
    2    HA   SER  98           HA       SER  98   8.958 -14.644 -14.747
    3    HB2  SER  98           HB2      SER  98   9.537 -15.326 -16.920
    4    HB3  SER  98           HB3      SER  98   9.518 -17.032 -16.484
    5    HG   SER  98           HG       SER  98   7.609 -15.752 -17.604

  No H/Q in entry =           5
  In of MODEL   13
    1    H    TYR  99           H        TYR  99   6.974 -14.941 -14.109
    2    HA   TYR  99           HA       TYR  99   6.493 -16.640 -11.793
    3    HB2  TYR  99           HB2      TYR  99   4.436 -15.398 -11.496
    4    HB3  TYR  99           HB3      TYR  99   5.704 -14.260 -11.887
    5    HD1  TYR  99           HD1      TYR  99   3.711 -16.270 -14.359
    6    HD2  TYR  99           HD2      TYR  99   4.446 -12.441 -12.650
    7    HE1  TYR  99           HE1      TYR  99   2.227 -15.245 -16.010
    8    HE2  TYR  99           HE2      TYR  99   2.947 -11.416 -14.307
    9    HH   TYR  99           HH       TYR  99   2.060 -12.711 -17.067

  No H/Q in entry =           9
  In of MODEL   13
    1    H    LYS 100           H        LYS 100   6.190 -17.240 -15.226
    2    HA   LYS 100           HA       LYS 100   3.851 -18.820 -14.794
    3    HB2  LYS 100           HB2      LYS 100   4.600 -18.290 -17.089
    4    HB3  LYS 100           HB3      LYS 100   6.055 -19.244 -16.819
    5    HG2  LYS 100           HG2      LYS 100   4.617 -20.641 -18.032
    6    HG3  LYS 100           HG3      LYS 100   4.517 -21.202 -16.357
    7    HD2  LYS 100           HD2      LYS 100   2.444 -19.928 -16.062
    8    HD3  LYS 100           HD3      LYS 100   2.541 -19.382 -17.738
    9    HE2  LYS 100           HE2      LYS 100   2.796 -22.192 -17.753
   10    HE3  LYS 100           HE3      LYS 100   1.440 -21.801 -16.697
   11    HZ1  LYS 100           HZ1      LYS 100   1.691 -20.573 -19.371
   12    HZ3  LYS 100           HZ2      LYS 100   0.308 -20.756 -18.414
   13    HZ2  LYS 100           HZ3      LYS 100   0.994 -22.102 -19.174

  No H/Q in entry =          13
  In of MODEL   13
    1    H    LYS 101           H        LYS 101   7.326 -19.494 -14.809
    2    HA   LYS 101           HA       LYS 101   7.177 -22.182 -13.901
    3    HB2  LYS 101           HB2      LYS 101   9.079 -20.509 -15.005
    4    HB3  LYS 101           HB3      LYS 101   9.662 -20.734 -13.363
    5    HG2  LYS 101           HG2      LYS 101   9.542 -23.164 -13.699
    6    HG3  LYS 101           HG3      LYS 101   9.049 -22.867 -15.367
    7    HD2  LYS 101           HD2      LYS 101  11.454 -23.348 -15.234
    8    HD3  LYS 101           HD3      LYS 101  11.158 -21.703 -15.795
    9    HE2  LYS 101           HE2      LYS 101  11.573 -20.874 -13.509
   10    HE3  LYS 101           HE3      LYS 101  11.919 -22.521 -12.988
   11    HZ3  LYS 101           HZ1      LYS 101  13.794 -22.581 -14.481
   12    HZ2  LYS 101           HZ2      LYS 101  13.933 -21.244 -13.456
   13    HZ1  LYS 101           HZ3      LYS 101  13.441 -21.032 -15.061

  No H/Q in entry =          13
  In of MODEL   13
    1    H    PHE 102           H        PHE 102   7.952 -19.132 -12.407
    2    HA   PHE 102           HA       PHE 102   8.660 -19.992  -9.868
    3    HB2  PHE 102           HB2      PHE 102   9.223 -17.854 -10.236
    4    HB3  PHE 102           HB3      PHE 102   7.832 -17.501 -11.189
    5    HD1  PHE 102           HD1      PHE 102   9.383 -17.138  -7.968
    6    HD2  PHE 102           HD2      PHE 102   5.651 -16.991 -10.008
    7    HE1  PHE 102           HE1      PHE 102   8.428 -15.824  -6.133
    8    HE2  PHE 102           HE2      PHE 102   4.696 -15.687  -8.168
    9    HZ   PHE 102           HZ       PHE 102   6.082 -15.093  -6.227

  No H/Q in entry =           9
  In of MODEL   13
    1    H    ARG 103           H        ARG 103   5.542 -18.680 -10.950
    2    HA   ARG 103           HA       ARG 103   4.126 -18.986  -8.695
    3    HB2  ARG 103           HB2      ARG 103   2.290 -18.493  -9.848
    4    HB3  ARG 103           HB3      ARG 103   3.427 -18.213 -11.149
    5    HG2  ARG 103           HG2      ARG 103   2.744 -20.057 -12.317
    6    HG3  ARG 103           HG3      ARG 103   2.224 -20.923 -10.867
    7    HD2  ARG 103           HD2      ARG 103   0.828 -18.417 -11.738
    8    HD3  ARG 103           HD3      ARG 103   0.427 -19.962 -12.483
    9    HE   ARG 103           HE       ARG 103   0.132 -20.620  -9.957
   10   HH11  ARG 103          HH11      ARG 103  -0.822 -17.612 -11.489
   11   HH12  ARG 103          HH12      ARG 103  -2.197 -17.382 -10.463
   12   HH21  ARG 103          HH21      ARG 103  -1.693 -20.313  -8.595
   13   HH22  ARG 103          HH22      ARG 103  -2.700 -18.916  -8.823

  No H/Q in entry =          13
  In of MODEL   13
    1    H    GLN 104           H        GLN 104   5.274 -21.506 -10.639
    2    HA   GLN 104           HA       GLN 104   3.409 -23.483  -9.502
    3    HB2  GLN 104           HB2      GLN 104   5.570 -23.739 -11.581
    4    HB3  GLN 104           HB3      GLN 104   4.615 -25.095 -10.984
    5    HG2  GLN 104           HG2      GLN 104   3.495 -22.648 -12.327
    6    HG3  GLN 104           HG3      GLN 104   3.784 -24.199 -13.111
    7   HE21  GLN 104          HE21      GLN 104   2.446 -25.945 -12.629
    8   HE22  GLN 104          HE22      GLN 104   0.917 -25.742 -11.850

  No H/Q in entry =           8
  In of MODEL   13
    1    H    LEU 105           H        LEU 105   6.745 -22.571  -9.082
    2    HA   LEU 105           HA       LEU 105   7.222 -24.745  -7.160
    3    HB2  LEU 105           HB2      LEU 105   9.396 -24.099  -7.430
    4    HB3  LEU 105           HB3      LEU 105   8.847 -22.894  -8.580
    5    HG   LEU 105           HG       LEU 105   8.536 -21.355  -6.560
    6   HD12  LEU 105          HD11      LEU 105  10.509 -23.277  -5.318
    7   HD11  LEU 105          HD12      LEU 105   8.799 -23.235  -4.885
    8   HD13  LEU 105          HD13      LEU 105   9.817 -21.825  -4.596
    9   HD23  LEU 105          HD21      LEU 105  10.992 -20.835  -6.569
   10   HD22  LEU 105          HD22      LEU 105  10.247 -20.969  -8.164
   11   HD21  LEU 105          HD23      LEU 105  11.221 -22.295  -7.531

  No H/Q in entry =          11
  In of MODEL   13
    1    H    ILE 106           H        ILE 106   6.618 -21.053  -7.010
    2    HA   ILE 106           HA       ILE 106   6.208 -21.047  -4.313
    3    HB   ILE 106           HB       ILE 106   5.196 -18.915  -4.499
    4   HG12  ILE 106          HG12      ILE 106   4.975 -18.205  -7.112
    5   HG13  ILE 106          HG13      ILE 106   4.425 -19.880  -7.170
    6   HG23  ILE 106          HG21      ILE 106   7.038 -17.879  -5.330
    7   HG22  ILE 106          HG22      ILE 106   7.067 -18.865  -6.792
    8   HG21  ILE 106          HG23      ILE 106   7.644 -19.534  -5.265
    9   HD11  ILE 106          HD11      ILE 106   2.921 -19.190  -5.186
   10   HD13  ILE 106          HD12      ILE 106   2.470 -18.717  -6.828
   11   HD12  ILE 106          HD13      ILE 106   3.237 -17.551  -5.753

  No H/Q in entry =          11
  In of MODEL   13
    1    H    GLN 107           H        GLN 107   4.439 -22.789  -6.290
    2    HA   GLN 107           HA       GLN 107   1.974 -22.465  -4.764
    3    HB2  GLN 107           HB2      GLN 107   2.372 -23.216  -7.599
    4    HB3  GLN 107           HB3      GLN 107   1.099 -24.067  -6.730
    5    HG2  GLN 107           HG2      GLN 107   0.385 -21.667  -6.010
    6    HG3  GLN 107           HG3      GLN 107   1.331 -21.182  -7.419
    7   HE21  GLN 107          HE21      GLN 107   0.674 -23.669  -8.835
    8   HE22  GLN 107          HE22      GLN 107  -0.960 -23.491  -9.365

  No H/Q in entry =           8
  In of MODEL   13
    1    H    VAL 108           H        VAL 108   4.675 -24.280  -5.300
    2    HA   VAL 108           HA       VAL 108   3.596 -26.863  -4.540
    3    HB   VAL 108           HB       VAL 108   5.770 -25.997  -6.053
    4   HG12  VAL 108          HG11      VAL 108   6.844 -27.217  -3.522
    5   HG11  VAL 108          HG12      VAL 108   7.071 -25.550  -4.049
    6   HG13  VAL 108          HG13      VAL 108   7.763 -26.873  -4.988
    7   HG22  VAL 108          HG21      VAL 108   6.305 -28.348  -6.298
    8   HG21  VAL 108          HG22      VAL 108   4.566 -28.062  -6.365
    9   HG23  VAL 108          HG23      VAL 108   5.293 -28.729  -4.903

  No H/Q in entry =           9
  In of MODEL   13
    1    H    ASN 109           H        ASN 109   4.797 -24.019  -3.222
    2    HA   ASN 109           HA       ASN 109   5.015 -25.176  -0.526
    3    HB2  ASN 109           HB2      ASN 109   6.851 -23.187  -1.849
    4    HB3  ASN 109           HB3      ASN 109   6.804 -23.432  -0.108
    5   HD21  ASN 109          HD21      ASN 109   8.729 -23.939  -2.459
    6   HD22  ASN 109          HD22      ASN 109   9.336 -25.521  -2.122

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   PRO 110           HA       PRO 110   2.065 -21.760  -0.203
    2    HB2  PRO 110           HB2      PRO 110   1.060 -22.458   2.199
    3    HB3  PRO 110           HB3      PRO 110   0.629 -23.320   0.720
    4    HG2  PRO 110           HG2      PRO 110   2.610 -24.070   2.838
    5    HG3  PRO 110           HG3      PRO 110   1.420 -25.091   2.011
    6    HD2  PRO 110           HD2      PRO 110   4.056 -25.009   1.332
    7    HD3  PRO 110           HD3      PRO 110   2.762 -25.376   0.174

  No H/Q in entry =           7
  In of MODEL   13
    1    H    ASP 111           H        ASP 111   4.925 -22.322   1.546
    2    HA   ASP 111           HA       ASP 111   4.550 -19.955   3.218
    3    HB2  ASP 111           HB2      ASP 111   6.856 -21.904   3.271
    4    HB3  ASP 111           HB3      ASP 111   6.489 -20.644   4.452

  No H/Q in entry =           4
  In of MODEL   13
    1    H    ILE 112           H        ILE 112   5.683 -20.722   0.152
    2    HA   ILE 112           HA       ILE 112   7.993 -18.990   0.222
    3    HB   ILE 112           HB       ILE 112   6.656 -20.541  -1.995
    4   HG12  ILE 112          HG12      ILE 112   8.583 -21.018  -0.012
    5   HG13  ILE 112          HG13      ILE 112   8.152 -22.063  -1.355
    6   HG21  ILE 112          HG21      ILE 112   8.947 -18.578  -2.231
    7   HG23  ILE 112          HG22      ILE 112   7.361 -18.471  -3.002
    8   HG22  ILE 112          HG23      ILE 112   8.481 -19.758  -3.459
    9   HD11  ILE 112          HD11      ILE 112   9.848 -20.874  -2.716
   10   HD13  ILE 112          HD12      ILE 112  10.491 -21.797  -1.358
   11   HD12  ILE 112          HD13      ILE 112  10.350 -20.043  -1.244

  No H/Q in entry =          11
  In of MODEL   13
    1    H    LEU 113           H        LEU 113   4.846 -18.929  -1.301
    2    HA   LEU 113           HA       LEU 113   5.235 -16.285  -2.289
    3    HB2  LEU 113           HB2      LEU 113   3.853 -17.878  -3.483
    4    HB3  LEU 113           HB3      LEU 113   2.779 -18.014  -2.103
    5    HG   LEU 113           HG       LEU 113   2.319 -15.541  -2.383
    6   HD11  LEU 113          HD11      LEU 113   4.417 -15.488  -4.020
    7   HD13  LEU 113          HD12      LEU 113   3.063 -14.370  -4.174
    8   HD12  LEU 113          HD13      LEU 113   3.153 -15.788  -5.212
    9   HD22  LEU 113          HD21      LEU 113   0.656 -15.924  -4.049
   10   HD21  LEU 113          HD22      LEU 113   0.810 -17.377  -3.061
   11   HD23  LEU 113          HD23      LEU 113   1.531 -17.322  -4.669

  No H/Q in entry =          11
  In of MODEL   13
    1    H    MET 114           H        MET 114   4.209 -17.736   0.542
    2    HA   MET 114           HA       MET 114   2.630 -15.627   1.653
    3    HB2  MET 114           HB2      MET 114   2.982 -18.231   2.262
    4    HB3  MET 114           HB3      MET 114   4.119 -17.524   3.397
    5    HG2  MET 114           HG2      MET 114   1.398 -16.378   3.287
    6    HG3  MET 114           HG3      MET 114   1.586 -17.979   3.994
    7    HE1  MET 114           HE1      MET 114   0.729 -17.344   6.316
    8    HE3  MET 114           HE2      MET 114   0.369 -15.695   5.802
    9    HE2  MET 114           HE3      MET 114   1.298 -15.979   7.275

  No H/Q in entry =           9
  In of MODEL   13
    1    H    ARG 115           H        ARG 115   5.957 -16.649   1.637
    2    HA   ARG 115           HA       ARG 115   6.990 -14.879   3.561
    3    HB2  ARG 115           HB2      ARG 115   8.035 -16.672   1.461
    4    HB3  ARG 115           HB3      ARG 115   9.059 -15.278   1.810
    5    HG2  ARG 115           HG2      ARG 115   8.029 -16.881   4.085
    6    HG3  ARG 115           HG3      ARG 115   9.321 -17.557   3.091
    7    HD2  ARG 115           HD2      ARG 115   9.636 -14.745   3.990
    8    HD3  ARG 115           HD3      ARG 115   9.790 -15.998   5.220
    9    HE   ARG 115           HE       ARG 115  11.497 -17.009   3.625
   10   HH11  ARG 115          HH11      ARG 115  10.918 -13.545   3.829
   11   HH12  ARG 115          HH12      ARG 115  12.528 -13.121   3.356
   12   HH21  ARG 115          HH21      ARG 115  13.610 -16.440   3.021
   13   HH22  ARG 115          HH22      ARG 115  14.074 -14.769   2.909

  No H/Q in entry =          13
  In of MODEL   13
    1    H    LEU 116           H        LEU 116   6.636 -14.752   0.000
    2    HA   LEU 116           HA       LEU 116   7.678 -12.235  -0.379
    3    HB2  LEU 116           HB2      LEU 116   7.273 -13.481  -2.303
    4    HB3  LEU 116           HB3      LEU 116   5.639 -13.887  -1.809
    5    HG   LEU 116           HG       LEU 116   5.546 -11.134  -2.055
    6   HD13  LEU 116          HD11      LEU 116   7.193 -10.484  -3.338
    7   HD12  LEU 116          HD12      LEU 116   6.428 -11.401  -4.644
    8   HD11  LEU 116          HD13      LEU 116   7.699 -12.145  -3.667
    9   HD22  LEU 116          HD21      LEU 116   3.777 -12.518  -2.801
   10   HD21  LEU 116          HD22      LEU 116   4.811 -13.289  -4.005
   11   HD23  LEU 116          HD23      LEU 116   4.358 -11.590  -4.187

  No H/Q in entry =          11
  In of MODEL   13
    1    H    SER 117           H        SER 117   4.358 -13.193   0.285
    2    HA   SER 117           HA       SER 117   3.027 -10.821  -0.047
    3    HB2  SER 117           HB2      SER 117   2.538 -12.871   2.104
    4    HB3  SER 117           HB3      SER 117   1.375 -11.677   1.532
    5    HG   SER 117           HG       SER 117   2.563 -13.706  -0.074

  No H/Q in entry =           5
  In of MODEL   13
    1    H    ALA 118           H        ALA 118   4.886 -11.872   2.725
    2    HA   ALA 118           HA       ALA 118   4.090  -9.837   4.505
    3    HB2  ALA 118           HB1      ALA 118   5.033 -11.634   5.577
    4    HB3  ALA 118           HB2      ALA 118   6.350 -10.457   5.627
    5    HB1  ALA 118           HB3      ALA 118   6.373 -11.755   4.431

  No H/Q in entry =           5
  In of MODEL   13
    1    H    GLN 119           H        GLN 119   6.585  -9.893   1.986
    2    HA   GLN 119           HA       GLN 119   7.798  -7.443   2.966
    3    HB2  GLN 119           HB2      GLN 119   8.344  -8.769   0.315
    4    HB3  GLN 119           HB3      GLN 119   9.394  -7.692   1.228
    5    HG2  GLN 119           HG2      GLN 119   8.718 -10.560   1.784
    6    HG3  GLN 119           HG3      GLN 119  10.302  -9.833   1.525
    7   HE21  GLN 119          HE21      GLN 119   8.962 -11.421   3.748
    8   HE22  GLN 119          HE22      GLN 119   9.331 -10.525   5.179

  No H/Q in entry =           8
  In of MODEL   13
    1    H    MET 120           H        MET 120   5.141  -8.274   1.367
    2    HA   MET 120           HA       MET 120   5.144  -6.155  -0.676
    3    HB2  MET 120           HB2      MET 120   4.168  -7.997  -1.724
    4    HB3  MET 120           HB3      MET 120   3.359  -8.535  -0.258
    5    HG2  MET 120           HG2      MET 120   1.729  -6.804  -0.434
    6    HG3  MET 120           HG3      MET 120   2.619  -6.025  -1.742
    7    HE3  MET 120           HE1      MET 120   2.352  -8.716  -4.547
    8    HE2  MET 120           HE2      MET 120   3.452  -8.987  -3.192
    9    HE1  MET 120           HE3      MET 120   3.278  -7.372  -3.883

  No H/Q in entry =           9
  In of MODEL   13
    1    H    ALA 121           H        ALA 121   3.263  -7.482   1.954
    2    HA   ALA 121           HA       ALA 121   1.558  -5.304   2.388
    3    HB3  ALA 121           HB1      ALA 121   0.881  -6.487   4.399
    4    HB1  ALA 121           HB2      ALA 121   2.271  -7.564   4.250
    5    HB2  ALA 121           HB3      ALA 121   0.995  -7.597   3.033

  No H/Q in entry =           5
  In of MODEL   13
    1    H    ARG 122           H        ARG 122   4.796  -5.989   3.333
    2    HA   ARG 122           HA       ARG 122   4.783  -4.296   5.616
    3    HB2  ARG 122           HB2      ARG 122   6.727  -5.955   4.296
    4    HB3  ARG 122           HB3      ARG 122   7.420  -4.372   4.635
    5    HG2  ARG 122           HG2      ARG 122   7.730  -6.074   6.444
    6    HG3  ARG 122           HG3      ARG 122   6.958  -4.569   6.959
    7    HD2  ARG 122           HD2      ARG 122   4.758  -5.870   6.389
    8    HD3  ARG 122           HD3      ARG 122   5.781  -7.288   6.609
    9    HE   ARG 122           HE       ARG 122   4.806  -5.472   8.630
   10   HH11  ARG 122          HH11      ARG 122   7.164  -7.956   7.861
   11   HH12  ARG 122          HH12      ARG 122   7.389  -8.427   9.514
   12   HH21  ARG 122          HH21      ARG 122   5.107  -6.091  10.785
   13   HH22  ARG 122          HH22      ARG 122   6.208  -7.377  11.177

  No H/Q in entry =          13
  In of MODEL   13
    1    H    ARG 123           H        ARG 123   5.339  -3.959   2.285
    2    HA   ARG 123           HA       ARG 123   6.337  -1.288   2.334
    3    HB2  ARG 123           HB2      ARG 123   5.423  -3.206   0.183
    4    HB3  ARG 123           HB3      ARG 123   5.728  -1.515  -0.200
    5    HG2  ARG 123           HG2      ARG 123   7.582  -3.453  -0.406
    6    HG3  ARG 123           HG3      ARG 123   7.974  -1.759  -0.099
    7    HD2  ARG 123           HD2      ARG 123   8.064  -2.201   2.292
    8    HD3  ARG 123           HD3      ARG 123   7.592  -3.872   2.021
    9    HE   ARG 123           HE       ARG 123   9.745  -4.260   1.022
   10   HH11  ARG 123          HH11      ARG 123   9.399  -1.125   2.561
   11   HH12  ARG 123          HH12      ARG 123  11.083  -0.978   2.927
   12   HH21  ARG 123          HH21      ARG 123  11.953  -4.086   1.549
   13   HH22  ARG 123          HH22      ARG 123  12.541  -2.667   2.365

  No H/Q in entry =          13
  In of MODEL   13
    1    H    LEU 124           H        LEU 124   3.352  -3.002   2.054
    2    HA   LEU 124           HA       LEU 124   1.585  -0.901   1.417
    3    HB2  LEU 124           HB2      LEU 124   1.413  -3.577   1.896
    4    HB3  LEU 124           HB3      LEU 124   0.726  -2.940   3.372
    5    HG   LEU 124           HG       LEU 124  -0.279  -2.475   0.586
    6   HD13  LEU 124          HD11      LEU 124  -0.686  -4.680   1.398
    7   HD12  LEU 124          HD12      LEU 124  -2.188  -3.749   1.412
    8   HD11  LEU 124          HD13      LEU 124  -1.301  -4.023   2.914
    9   HD21  LEU 124          HD21      LEU 124  -0.660  -0.549   2.181
   10   HD23  LEU 124          HD22      LEU 124  -1.600  -1.680   3.163
   11   HD22  LEU 124          HD23      LEU 124  -2.115  -1.299   1.521

  No H/Q in entry =          11
  In of MODEL   13
    1    H    GLN 125           H        GLN 125   2.985  -2.184   4.325
    2    HA   GLN 125           HA       GLN 125   1.578  -0.580   6.196
    3    HB2  GLN 125           HB2      GLN 125   3.304  -2.750   6.312
    4    HB3  GLN 125           HB3      GLN 125   4.238  -1.442   7.021
    5    HG2  GLN 125           HG2      GLN 125   1.483  -2.239   7.896
    6    HG3  GLN 125           HG3      GLN 125   2.975  -2.793   8.647
    7   HE21  GLN 125          HE21      GLN 125   0.576  -0.468   8.692
    8   HE22  GLN 125          HE22      GLN 125   1.344   0.687   9.733

  No H/Q in entry =           8
  In of MODEL   13
    1    H    VAL 126           H        VAL 126   4.030   0.120   3.906
    2    HA   VAL 126           HA       VAL 126   5.150   2.250   5.536
    3    HB   VAL 126           HB       VAL 126   6.246   0.511   3.618
    4   HG11  VAL 126          HG11      VAL 126   5.358   1.951   1.828
    5   HG13  VAL 126          HG12      VAL 126   7.119   1.920   1.871
    6   HG12  VAL 126          HG13      VAL 126   6.249   3.313   2.509
    7   HG22  VAL 126          HG21      VAL 126   7.502   1.325   5.415
    8   HG21  VAL 126          HG22      VAL 126   7.258   3.001   4.920
    9   HG23  VAL 126          HG23      VAL 126   8.274   1.932   3.950

  No H/Q in entry =           9
  In of MODEL   13
    1    H    THR 127           H        THR 127   3.265   1.512   2.626
    2    HA   THR 127           HA       THR 127   2.927   4.291   1.882
    3    HB   THR 127           HB       THR 127   1.023   2.265   0.911
    4    HG1  THR 127           HG1      THR 127   3.390   2.065  -0.450
    5   HG21  THR 127          HG21      THR 127   1.123   4.542  -0.020
    6   HG23  THR 127          HG22      THR 127   1.464   3.319  -1.245
    7   HG22  THR 127          HG23      THR 127   2.785   4.248  -0.535

  No H/Q in entry =           7
  In of MODEL   13
    1    H    SER 128           H        SER 128   1.506   2.650   4.630
    2    HA   SER 128           HA       SER 128  -1.086   3.580   3.788
    3    HB2  SER 128           HB2      SER 128  -0.244   1.557   5.877
    4    HB3  SER 128           HB3      SER 128  -1.865   2.235   5.778
    5    HG   SER 128           HG       SER 128  -0.541   0.769   3.741

  No H/Q in entry =           5
  In of MODEL   13
    1    H    GLU 129           H        GLU 129   1.599   3.736   5.948
    2    HA   GLU 129           HA       GLU 129   0.205   5.759   7.588
    3    HB2  GLU 129           HB2      GLU 129   2.374   3.876   8.520
    4    HB3  GLU 129           HB3      GLU 129   1.512   5.046   9.511
    5    HG2  GLU 129           HG2      GLU 129  -0.599   3.749   8.717
    6    HG3  GLU 129           HG3      GLU 129   0.556   2.466   8.364

  No H/Q in entry =           6
  In of MODEL   13
    1    H    LYS 130           H        LYS 130   1.739   6.198   5.218
    2    HA   LYS 130           HA       LYS 130   3.447   8.284   6.239
    3    HB2  LYS 130           HB2      LYS 130   4.515   5.847   4.877
    4    HB3  LYS 130           HB3      LYS 130   5.219   7.397   4.441
    5    HG2  LYS 130           HG2      LYS 130   6.352   7.556   6.363
    6    HG3  LYS 130           HG3      LYS 130   4.986   6.990   7.324
    7    HD2  LYS 130           HD2      LYS 130   6.440   5.028   5.618
    8    HD3  LYS 130           HD3      LYS 130   7.201   5.572   7.113
    9    HE2  LYS 130           HE2      LYS 130   4.454   4.344   6.878
   10    HE3  LYS 130           HE3      LYS 130   5.904   3.512   7.436
   11    HZ2  LYS 130           HZ1      LYS 130   4.471   5.747   8.761
   12    HZ1  LYS 130           HZ2      LYS 130   6.020   5.244   9.227
   13    HZ3  LYS 130           HZ3      LYS 130   4.717   4.174   9.346

  No H/Q in entry =          13
  In of MODEL   13
    1    H    VAL 131           H        VAL 131   0.950   7.749   4.664
    2    HA   VAL 131           HA       VAL 131   1.552   8.443   1.981
    3    HB   VAL 131           HB       VAL 131  -1.083   9.188   2.256
    4   HG12  VAL 131          HG11      VAL 131  -1.529   6.863   1.328
    5   HG11  VAL 131          HG12      VAL 131   0.214   6.614   1.451
    6   HG13  VAL 131          HG13      VAL 131  -0.427   7.908   0.433
    7   HG23  VAL 131          HG21      VAL 131  -0.706   6.753   3.981
    8   HG22  VAL 131          HG22      VAL 131  -2.223   7.547   3.551
    9   HG21  VAL 131          HG23      VAL 131  -1.061   8.370   4.591

  No H/Q in entry =           9
  In of MODEL   13
    1    H    GLY 132           H        GLY 132   0.087  10.129   4.697
    2    HA3  GLY 132           HA2      GLY 132  -0.175  12.648   3.374
    3    HA2  GLY 132           HA3      GLY 132  -0.449  12.343   5.075

  No H/Q in entry =           3
  In of MODEL   13
    1    H    ASN 133           H        ASN 133   2.613  11.325   4.184
    2    HA   ASN 133           HA       ASN 133   3.967  13.117   5.828
    3    HB2  ASN 133           HB2      ASN 133   4.750  11.130   3.753
    4    HB3  ASN 133           HB3      ASN 133   5.960  12.329   4.193
    5   HD21  ASN 133          HD21      ASN 133   5.322  12.585   6.924
    6   HD22  ASN 133          HD22      ASN 133   5.701  11.093   7.714

  No H/Q in entry =           6
  In of MODEL   13
    1    H    LEU 134           H        LEU 134   4.283  12.914   2.292
    2    HA   LEU 134           HA       LEU 134   5.200  15.615   2.177
    3    HB2  LEU 134           HB2      LEU 134   5.414  15.354  -0.198
    4    HB3  LEU 134           HB3      LEU 134   6.164  14.041   0.672
    5    HG   LEU 134           HG       LEU 134   3.449  13.460  -0.271
    6   HD12  LEU 134          HD11      LEU 134   5.732  13.937  -2.188
    7   HD11  LEU 134          HD12      LEU 134   4.264  14.907  -2.077
    8   HD13  LEU 134          HD13      LEU 134   4.171  13.227  -2.606
    9   HD22  LEU 134          HD21      LEU 134   4.854  11.754   0.703
   10   HD21  LEU 134          HD22      LEU 134   6.159  12.143  -0.419
   11   HD23  LEU 134          HD23      LEU 134   4.668  11.412  -1.019

  No H/Q in entry =          11
  In of MODEL   13
    1    H    ALA 135           H        ALA 135   2.152  14.405   2.456
    2    HA   ALA 135           HA       ALA 135   0.752  16.164   0.635
    3    HB1  ALA 135           HB1      ALA 135  -0.094  13.869   1.327
    4    HB3  ALA 135           HB2      ALA 135  -1.257  15.189   1.454
    5    HB2  ALA 135           HB3      ALA 135  -0.455  14.581   2.900

  No H/Q in entry =           5
  In of MODEL   13
    1    H    PHE 136           H        PHE 136   2.065  16.243   3.797
    2    HA   PHE 136           HA       PHE 136   0.429  18.552   4.588
    3    HB2  PHE 136           HB2      PHE 136   1.536  16.287   5.951
    4    HB3  PHE 136           HB3      PHE 136   2.195  17.763   6.661
    5    HD1  PHE 136           HD1      PHE 136   0.853  19.196   7.989
    6    HD2  PHE 136           HD2      PHE 136  -0.906  15.942   5.889
    7    HE1  PHE 136           HE1      PHE 136  -1.232  19.510   9.257
    8    HE2  PHE 136           HE2      PHE 136  -2.993  16.249   7.152
    9    HZ   PHE 136           HZ       PHE 136  -3.160  18.035   8.838

  No H/Q in entry =           9
  In of MODEL   13
    1    H    LEU 137           H        LEU 137   3.304  17.943   3.116
    2    HA   LEU 137           HA       LEU 137   5.084  19.254   2.521
    3    HB2  LEU 137           HB2      LEU 137   3.480  21.175   2.559
    4    HB3  LEU 137           HB3      LEU 137   3.880  21.424   4.248
    5    HG   LEU 137           HG       LEU 137   6.262  21.799   3.549
    6   HD13  LEU 137          HD11      LEU 137   6.257  20.663   1.428
    7   HD12  LEU 137          HD12      LEU 137   6.643  22.365   1.176
    8   HD11  LEU 137          HD13      LEU 137   5.029  21.762   0.800
    9   HD22  LEU 137          HD21      LEU 137   5.874  24.065   2.735
   10   HD21  LEU 137          HD22      LEU 137   4.756  23.656   4.037
   11   HD23  LEU 137          HD23      LEU 137   4.200  23.652   2.364

  No H/Q in entry =          11
  In of MODEL   13
    1    H    ASP 138           H        ASP 138   5.864  17.538   3.849
    2    HA   ASP 138           HA       ASP 138   6.473  17.699   6.549
    3    HB2  ASP 138           HB2      ASP 138   6.732  15.813   4.523
    4    HB3  ASP 138           HB3      ASP 138   8.372  16.069   5.112

  No H/Q in entry =           4
  In of MODEL   13
    1    H    VAL 139           H        VAL 139   8.205  19.141   3.893
    2    HA   VAL 139           HA       VAL 139  10.817  19.063   4.582
    3    HB   VAL 139           HB       VAL 139   9.230  21.021   3.092
    4   HG11  VAL 139          HG11      VAL 139  10.528  22.463   4.775
    5   HG13  VAL 139          HG12      VAL 139  10.745  22.821   3.062
    6   HG12  VAL 139          HG13      VAL 139  11.978  21.908   3.934
    7   HG21  VAL 139          HG21      VAL 139  11.971  19.804   2.769
    8   HG23  VAL 139          HG22      VAL 139  11.151  20.793   1.558
    9   HG22  VAL 139          HG23      VAL 139  10.470  19.236   2.030

  No H/Q in entry =           9
  In of MODEL   13
    1    H    THR 140           H        THR 140   8.444  20.903   6.391
    2    HA   THR 140           HA       THR 140  10.044  22.639   7.823
    3    HB   THR 140           HB       THR 140   7.944  21.082   9.274
    4    HG1  THR 140           HG1      THR 140   6.559  21.458   7.731
    5   HG22  THR 140          HG21      THR 140   7.317  23.323  10.082
    6   HG21  THR 140          HG22      THR 140   8.588  24.031   9.085
    7   HG23  THR 140          HG23      THR 140   9.008  22.952  10.417

  No H/Q in entry =           7
  In of MODEL   13
    1    H    GLY 141           H        GLY 141  12.072  21.731   8.255
    2    HA3  GLY 141           HA2      GLY 141  13.712  20.755   9.466
    3    HA2  GLY 141           HA3      GLY 141  12.512  20.511  10.717

  No H/Q in entry =           3
  In of MODEL   13
    1    H    ARG 142           H        ARG 142  11.478  19.053   7.935
    2    HA   ARG 142           HA       ARG 142  11.677  16.520   9.032
    3    HB2  ARG 142           HB2      ARG 142  10.033  17.206   7.267
    4    HB3  ARG 142           HB3      ARG 142  11.334  17.012   6.101
    5    HG2  ARG 142           HG2      ARG 142   9.876  15.036   6.205
    6    HG3  ARG 142           HG3      ARG 142  11.547  14.669   6.639
    7    HD2  ARG 142           HD2      ARG 142  11.022  14.177   8.783
    8    HD3  ARG 142           HD3      ARG 142   9.773  15.419   8.866
    9    HE   ARG 142           HE       ARG 142   8.590  13.664   7.269
   10   HH11  ARG 142          HH11      ARG 142  10.297  13.142  10.296
   11   HH12  ARG 142          HH12      ARG 142   9.378  11.728  10.701
   12   HH21  ARG 142          HH21      ARG 142   7.426  11.817   7.792
   13   HH22  ARG 142          HH22      ARG 142   7.746  10.958   9.276

  No H/Q in entry =          13
  In of MODEL   13
    1    H    ILE 143           H        ILE 143  13.342  17.542   5.996
    2    HA   ILE 143           HA       ILE 143  14.676  15.784   5.145
    3    HB   ILE 143           HB       ILE 143  16.117  18.196   6.092
    4   HG12  ILE 143          HG12      ILE 143  15.172  18.572   3.464
    5   HG13  ILE 143          HG13      ILE 143  13.800  18.015   4.413
    6   HG22  ILE 143          HG21      ILE 143  16.567  16.515   3.648
    7   HG21  ILE 143          HG22      ILE 143  17.602  16.614   5.075
    8   HG23  ILE 143          HG23      ILE 143  17.392  18.024   4.037
    9   HD12  ILE 143          HD11      ILE 143  15.570  20.371   4.938
   10   HD11  ILE 143          HD12      ILE 143  14.362  19.784   6.081
   11   HD13  ILE 143          HD13      ILE 143  13.862  20.391   4.500

  No H/Q in entry =          11
  In of MODEL   13
    1    H    ALA 144           H        ALA 144  16.365  17.338   7.798
    2    HA   ALA 144           HA       ALA 144  18.507  15.542   7.855
    3    HB3  ALA 144           HB1      ALA 144  18.674  17.730   8.815
    4    HB2  ALA 144           HB2      ALA 144  18.931  16.537  10.089
    5    HB1  ALA 144           HB3      ALA 144  17.382  17.372   9.956

  No H/Q in entry =           5
  In of MODEL   13
    1    H    GLN 145           H        GLN 145  15.388  15.620   9.332
    2    HA   GLN 145           HA       GLN 145  15.877  13.664  11.303
    3    HB2  GLN 145           HB2      GLN 145  13.434  14.974  10.185
    4    HB3  GLN 145           HB3      GLN 145  13.261  13.530  11.173
    5    HG2  GLN 145           HG2      GLN 145  14.892  15.829  12.155
    6    HG3  GLN 145           HG3      GLN 145  13.133  15.868  12.275
    7   HE21  GLN 145          HE21      GLN 145  16.042  14.255  13.320
    8   HE22  GLN 145          HE22      GLN 145  15.336  13.434  14.668

  No H/Q in entry =           8
  In of MODEL   13
    1    H    THR 146           H        THR 146  15.133  13.369   7.705
    2    HA   THR 146           HA       THR 146  14.217  10.736   8.153
    3    HB   THR 146           HB       THR 146  14.854  12.254   5.615
    4    HG1  THR 146           HG1      THR 146  12.330  12.335   5.780
    5   HG22  THR 146          HG21      THR 146  12.980   9.925   6.083
    6   HG21  THR 146          HG22      THR 146  14.596   9.796   5.390
    7   HG23  THR 146          HG23      THR 146  13.339  10.689   4.534

  No H/Q in entry =           7
  In of MODEL   13
    1    H    LEU 147           H        LEU 147  17.075  12.411   8.159
    2    HA   LEU 147           HA       LEU 147  18.618  10.640   6.413
    3    HB2  LEU 147           HB2      LEU 147  19.786  12.812   8.132
    4    HB3  LEU 147           HB3      LEU 147  20.454  12.091   6.678
    5    HG   LEU 147           HG       LEU 147  18.142  14.007   6.844
    6   HD11  LEU 147          HD11      LEU 147  20.421  14.964   7.075
    7   HD13  LEU 147          HD12      LEU 147  19.552  15.523   5.645
    8   HD12  LEU 147          HD13      LEU 147  20.810  14.299   5.489
    9   HD21  LEU 147          HD21      LEU 147  18.075  12.088   5.091
   10   HD23  LEU 147          HD22      LEU 147  19.294  13.062   4.272
   11   HD22  LEU 147          HD23      LEU 147  17.705  13.743   4.614

  No H/Q in entry =          11
  In of MODEL   13
    1    H    LEU 148           H        LEU 148  17.821  11.518   9.631
    2    HA   LEU 148           HA       LEU 148  19.692   9.766  10.916
    3    HB2  LEU 148           HB2      LEU 148  17.178  10.731  12.230
    4    HB3  LEU 148           HB3      LEU 148  18.750  10.427  12.945
    5    HG   LEU 148           HG       LEU 148  17.864  12.799  11.336
    6   HD13  LEU 148          HD11      LEU 148  18.554  14.027  13.285
    7   HD12  LEU 148          HD12      LEU 148  19.158  12.550  14.034
    8   HD11  LEU 148          HD13      LEU 148  17.430  12.749  13.747
    9   HD22  LEU 148          HD21      LEU 148  20.015  12.267  10.413
   10   HD21  LEU 148          HD22      LEU 148  20.698  12.017  12.022
   11   HD23  LEU 148          HD23      LEU 148  20.206  13.633  11.512

  No H/Q in entry =          11
  In of MODEL   13
    1    H    ASN 149           H        ASN 149  16.551   9.589   9.535
    2    HA   ASN 149           HA       ASN 149  15.701   7.143  10.693
    3    HB2  ASN 149           HB2      ASN 149  14.425   8.901   9.153
    4    HB3  ASN 149           HB3      ASN 149  14.989   7.841   7.866
    5   HD21  ASN 149          HD21      ASN 149  12.284   8.397   8.779
    6   HD22  ASN 149          HD22      ASN 149  11.605   6.869   9.214

  No H/Q in entry =           6
  In of MODEL   13
    1    H    LEU 150           H        LEU 150  17.880   8.094   8.193
    2    HA   LEU 150           HA       LEU 150  18.291   5.434   7.093
    3    HB2  LEU 150           HB2      LEU 150  19.598   8.122   6.700
    4    HB3  LEU 150           HB3      LEU 150  20.297   6.660   6.018
    5    HG   LEU 150           HG       LEU 150  17.439   7.102   5.430
    6   HD11  LEU 150          HD11      LEU 150  19.585   8.858   4.260
    7   HD13  LEU 150          HD12      LEU 150  18.178   9.367   5.190
    8   HD12  LEU 150          HD13      LEU 150  17.966   8.666   3.590
    9   HD21  LEU 150          HD21      LEU 150  18.957   5.246   4.612
   10   HD23  LEU 150          HD22      LEU 150  19.725   6.466   3.591
   11   HD22  LEU 150          HD23      LEU 150  18.012   6.093   3.385

  No H/Q in entry =          11
  In of MODEL   13
    1    H    ALA 151           H        ALA 151  19.125   7.003  10.045
    2    HA   ALA 151           HA       ALA 151  21.769   5.773  10.042
    3    HB3  ALA 151           HB1      ALA 151  22.128   6.992  12.122
    4    HB2  ALA 151           HB2      ALA 151  20.462   7.569  12.093
    5    HB1  ALA 151           HB3      ALA 151  21.601   8.102  10.857

  No H/Q in entry =           5
  In of MODEL   13
    1    H    LYS 152           H        LYS 152  18.561   5.285  10.711
    2    HA   LYS 152           HA       LYS 152  18.986   3.319  12.810
    3    HB2  LYS 152           HB2      LYS 152  16.473   4.305  11.460
    4    HB3  LYS 152           HB3      LYS 152  16.504   3.159  12.792
    5    HG2  LYS 152           HG2      LYS 152  17.485   4.875  14.238
    6    HG3  LYS 152           HG3      LYS 152  17.451   6.018  12.890
    7    HD2  LYS 152           HD2      LYS 152  15.010   5.765  12.755
    8    HD3  LYS 152           HD3      LYS 152  15.057   4.657  14.125
    9    HE2  LYS 152           HE2      LYS 152  16.071   7.486  14.262
   10    HE3  LYS 152           HE3      LYS 152  14.408   7.041  14.641
   11    HZ3  LYS 152           HZ1      LYS 152  15.759   7.157  16.634
   12    HZ2  LYS 152           HZ2      LYS 152  16.830   6.008  16.015
   13    HZ1  LYS 152           HZ3      LYS 152  15.239   5.569  16.373

  No H/Q in entry =          13
  In of MODEL   13
    1    H    GLN 153           H        GLN 153  18.918   3.268   9.326
    2    HA   GLN 153           HA       GLN 153  17.913   0.529   9.380
    3    HB2  GLN 153           HB2      GLN 153  18.752   1.809   6.837
    4    HB3  GLN 153           HB3      GLN 153  17.334   0.832   7.187
    5    HG2  GLN 153           HG2      GLN 153  16.327   2.740   8.338
    6    HG3  GLN 153           HG3      GLN 153  17.737   3.704   7.903
    7   HE21  GLN 153          HE21      GLN 153  16.219   5.106   6.857
    8   HE22  GLN 153          HE22      GLN 153  15.658   4.729   5.268

  No H/Q in entry =           8
  In of MODEL   13
    1    HA   PRO 154           HA       PRO 154  21.863  -1.435   8.665
    2    HB2  PRO 154           HB2      PRO 154  21.690  -2.665   6.218
    3    HB3  PRO 154           HB3      PRO 154  20.985  -3.317   7.699
    4    HG2  PRO 154           HG2      PRO 154  19.690  -1.778   5.486
    5    HG3  PRO 154           HG3      PRO 154  19.075  -3.177   6.385
    6    HD2  PRO 154           HD2      PRO 154  18.241  -0.686   6.896
    7    HD3  PRO 154           HD3      PRO 154  18.424  -1.886   8.190

  No H/Q in entry =           7
  In of MODEL   13
    1    H    ASP 155           H        ASP 155  20.873   0.960   6.570
    2    HA   ASP 155           HA       ASP 155  23.114   0.940   4.735
    3    HB2  ASP 155           HB2      ASP 155  20.915   3.057   5.270
    4    HB3  ASP 155           HB3      ASP 155  22.149   3.219   4.027

  No H/Q in entry =           4
  In of MODEL   13
    1    H    ALA 156           H        ALA 156  22.804   2.483   8.140
    2    HA   ALA 156           HA       ALA 156  24.363   4.623   7.483
    3    HB3  ALA 156           HB1      ALA 156  24.139   3.106  10.078
    4    HB2  ALA 156           HB2      ALA 156  23.093   4.430   9.571
    5    HB1  ALA 156           HB3      ALA 156  24.805   4.725   9.873

  No H/Q in entry =           5
  In of MODEL   13
    1    H    MET 157           H        MET 157  26.307   4.576   6.684
    2    HA   MET 157           HA       MET 157  27.880   2.177   7.121
    3    HB2  MET 157           HB2      MET 157  27.234   3.503   4.917
    4    HB3  MET 157           HB3      MET 157  28.748   4.340   5.287
    5    HG2  MET 157           HG2      MET 157  29.751   1.989   5.484
    6    HG3  MET 157           HG3      MET 157  28.289   1.457   4.659
    7    HE3  MET 157           HE1      MET 157  31.175   4.222   4.332
    8    HE2  MET 157           HE2      MET 157  31.916   3.554   2.876
    9    HE1  MET 157           HE3      MET 157  31.806   2.576   4.339

  No H/Q in entry =           9
  In of MODEL   13
    1    H    THR 158           H        THR 158  28.968   2.501   9.244
    2    HA   THR 158           HA       THR 158  30.052   4.824  10.038
    3    HB   THR 158           HB       THR 158  31.791   3.331  11.230
    4    HG1  THR 158           HG1      THR 158  31.759   1.283  10.688
    5   HG23  THR 158          HG21      THR 158  29.852   4.148  12.397
    6   HG22  THR 158          HG22      THR 158  30.024   2.430  12.757
    7   HG21  THR 158          HG23      THR 158  28.811   2.970  11.595

  No H/Q in entry =           7
  In of MODEL   13
    1    H    HIS 159           H        HIS 159  32.058   5.757  10.091
    2    HA   HIS 159           HA       HIS 159  34.190   4.887   8.397
    3    HB2  HIS 159           HB2      HIS 159  33.955   6.280   6.624
    4    HB3  HIS 159           HB3      HIS 159  32.296   6.494   7.143
    5    HD1  HIS 159           HD1      HIS 159  35.545   8.269   6.823
    6    HD2  HIS 159           HD2      HIS 159  31.754   9.004   8.346
    7    HE1  HIS 159           HE1      HIS 159  35.428  10.750   7.175
    8    HE2  HIS 159           HE2      HIS 159  33.203  11.149   8.281

  No H/Q in entry =           8
  In of MODEL   13
    1    HA   PRO 160           HA       PRO 160  36.274   6.685  11.746
    2    HB2  PRO 160           HB2      PRO 160  38.496   7.860  10.682
    3    HB3  PRO 160           HB3      PRO 160  38.280   6.120  10.901
    4    HG2  PRO 160           HG2      PRO 160  37.869   7.774   8.438
    5    HG3  PRO 160           HG3      PRO 160  38.681   6.206   8.611
    6    HD2  PRO 160           HD2      PRO 160  36.164   6.384   7.691
    7    HD3  PRO 160           HD3      PRO 160  36.681   5.039   8.731

  No H/Q in entry =           7
  In of MODEL   13
    1    H    ASP 161           H        ASP 161  34.152   8.413  11.277
    2    HA   ASP 161           HA       ASP 161  34.921  10.786  12.521
    3    HB2  ASP 161           HB2      ASP 161  36.105  11.697  10.765
    4    HB3  ASP 161           HB3      ASP 161  35.181  10.830   9.551

  No H/Q in entry =           4
  In of MODEL   13
    1    H    GLY 162           H        GLY 162  32.725   9.051  10.530
    2    HA3  GLY 162           HA2      GLY 162  30.488   9.693  12.037
    3    HA2  GLY 162           HA3      GLY 162  30.467  10.618  10.534

  No H/Q in entry =           3
  In of MODEL   13
    1    H    MET 163           H        MET 163  28.468   9.086  10.587
    2    HA   MET 163           HA       MET 163  29.130   6.766   8.873
    3    HB2  MET 163           HB2      MET 163  26.801   6.037  10.289
    4    HB3  MET 163           HB3      MET 163  28.368   5.262  10.393
    5    HG2  MET 163           HG2      MET 163  27.839   5.727  12.601
    6    HG3  MET 163           HG3      MET 163  28.931   7.032  12.145
    7    HE3  MET 163           HE1      MET 163  24.361   7.453  12.331
    8    HE2  MET 163           HE2      MET 163  25.157   6.233  13.324
    9    HE1  MET 163           HE3      MET 163  25.267   6.148  11.567

  No H/Q in entry =           9
  In of MODEL   13
    1    H    GLN 164           H        GLN 164  28.196   6.969   7.170
    2    HA   GLN 164           HA       GLN 164  26.159   8.942   6.711
    3    HB2  GLN 164           HB2      GLN 164  27.221   8.203   4.305
    4    HB3  GLN 164           HB3      GLN 164  27.750   9.580   5.254
    5    HG2  GLN 164           HG2      GLN 164  29.422   7.980   6.340
    6    HG3  GLN 164           HG3      GLN 164  29.016   6.859   5.039
    7   HE21  GLN 164          HE21      GLN 164  31.101   6.941   4.200
    8   HE22  GLN 164          HE22      GLN 164  31.702   8.321   3.356

  No H/Q in entry =           8
  In of MODEL   13
    1    H    ILE 165           H        ILE 165  25.395   8.383   4.412
    2    HA   ILE 165           HA       ILE 165  24.511   5.851   3.689
    3    HB   ILE 165           HB       ILE 165  22.001   6.981   4.017
    4   HG12  ILE 165          HG12      ILE 165  22.136   7.254   6.701
    5   HG13  ILE 165          HG13      ILE 165  23.722   7.878   6.269
    6   HG21  ILE 165          HG21      ILE 165  22.584   4.672   4.328
    7   HG23  ILE 165          HG22      ILE 165  21.619   5.251   5.688
    8   HG22  ILE 165          HG23      ILE 165  23.362   5.053   5.860
    9   HD11  ILE 165          HD11      ILE 165  22.427   9.371   4.606
   10   HD13  ILE 165          HD12      ILE 165  22.413   9.769   6.326
   11   HD12  ILE 165          HD13      ILE 165  21.027   8.960   5.600

  No H/Q in entry =          11
  In of MODEL   13
    1    H    LYS 166           H        LYS 166  24.380   6.625   1.085
    2    HA   LYS 166           HA       LYS 166  24.533   9.412   1.004
    3    HB2  LYS 166           HB2      LYS 166  24.128   7.626  -1.354
    4    HB3  LYS 166           HB3      LYS 166  25.151   9.044  -1.209
    5    HG2  LYS 166           HG2      LYS 166  26.944   7.844  -0.513
    6    HG3  LYS 166           HG3      LYS 166  25.964   6.640   0.321
    7    HD2  LYS 166           HD2      LYS 166  25.278   5.749  -1.900
    8    HD3  LYS 166           HD3      LYS 166  26.401   6.882  -2.654
    9    HE2  LYS 166           HE2      LYS 166  28.270   5.837  -1.535
   10    HE3  LYS 166           HE3      LYS 166  27.184   4.776  -0.640
   11    HZ3  LYS 166           HZ1      LYS 166  27.985   3.492  -2.398
   12    HZ2  LYS 166           HZ2      LYS 166  27.820   4.734  -3.526
   13    HZ1  LYS 166           HZ3      LYS 166  26.446   3.962  -2.918

  No H/Q in entry =          13
  In of MODEL   13
    1    H    ILE 167           H        ILE 167  23.014  10.262  -0.726
    2    HA   ILE 167           HA       ILE 167  20.606   9.095  -1.217
    3    HB   ILE 167           HB       ILE 167  19.351  10.966   0.222
    4   HG12  ILE 167          HG12      ILE 167  21.079   9.817   2.355
    5   HG13  ILE 167          HG13      ILE 167  21.711  11.182   1.432
    6   HG22  ILE 167          HG21      ILE 167  19.920   8.150   1.124
    7   HG21  ILE 167          HG22      ILE 167  18.678   8.647  -0.027
    8   HG23  ILE 167          HG23      ILE 167  18.568   9.148   1.661
    9   HD11  ILE 167          HD11      ILE 167  19.066  11.152   2.830
   10   HD13  ILE 167          HD12      ILE 167  19.844  12.522   2.039
   11   HD12  ILE 167          HD13      ILE 167  20.553  11.823   3.499

  No H/Q in entry =          11
  In of MODEL   13
    1    H    THR 168           H        THR 168  20.528  10.090  -3.182
    2    HA   THR 168           HA       THR 168  21.405  12.726  -3.610
    3    HB   THR 168           HB       THR 168  19.455  12.513  -5.489
    4    HG1  THR 168           HG1      THR 168  18.895  10.401  -4.469
    5   HG22  THR 168          HG21      THR 168  21.159  11.558  -6.982
    6   HG21  THR 168          HG22      THR 168  22.132  11.111  -5.581
    7   HG23  THR 168          HG23      THR 168  21.839  12.811  -5.945

  No H/Q in entry =           7
  In of MODEL   13
    1    H    ARG 169           H        ARG 169  20.017  14.600  -3.845
    2    HA   ARG 169           HA       ARG 169  18.149  14.778  -1.655
    3    HB2  ARG 169           HB2      ARG 169  17.785  17.070  -3.292
    4    HB3  ARG 169           HB3      ARG 169  18.612  16.970  -1.763
    5    HG2  ARG 169           HG2      ARG 169  20.148  18.001  -3.158
    6    HG3  ARG 169           HG3      ARG 169  20.700  16.329  -3.049
    7    HD2  ARG 169           HD2      ARG 169  19.718  15.846  -5.224
    8    HD3  ARG 169           HD3      ARG 169  19.089  17.488  -5.324
    9    HE   ARG 169           HE       ARG 169  21.832  17.694  -4.937
   10   HH11  ARG 169          HH11      ARG 169  19.676  16.396  -7.385
   11   HH12  ARG 169          HH12      ARG 169  20.758  16.750  -8.696
   12   HH21  ARG 169          HH21      ARG 169  23.251  18.145  -6.670
   13   HH22  ARG 169          HH22      ARG 169  22.781  17.748  -8.295

  No H/Q in entry =          13
  In of MODEL   13
    1    H    GLN 170           H        GLN 170  18.025  13.949  -5.147
    2    HA   GLN 170           HA       GLN 170  15.460  14.238  -5.591
    3    HB2  GLN 170           HB2      GLN 170  17.428  12.100  -6.356
    4    HB3  GLN 170           HB3      GLN 170  15.737  11.944  -6.828
    5    HG2  GLN 170           HG2      GLN 170  16.574  13.018  -8.663
    6    HG3  GLN 170           HG3      GLN 170  16.086  14.401  -7.683
    7   HE21  GLN 170          HE21      GLN 170  18.673  12.731  -9.142
    8   HE22  GLN 170          HE22      GLN 170  19.937  13.807  -8.667

  No H/Q in entry =           8
  In of MODEL   13
    1    H    GLU 171           H        GLU 171  16.672  12.186  -2.770
    2    HA   GLU 171           HA       GLU 171  14.541  10.413  -3.361
    3    HB2  GLU 171           HB2      GLU 171  16.655  10.560  -1.205
    4    HB3  GLU 171           HB3      GLU 171  15.306   9.420  -1.118
    5    HG2  GLU 171           HG2      GLU 171  16.120   8.769  -3.526
    6    HG3  GLU 171           HG3      GLU 171  17.627   9.498  -2.993

  No H/Q in entry =           6
  In of MODEL   13
    1    H    ILE 172           H        ILE 172  15.715  13.013  -1.633
    2    HA   ILE 172           HA       ILE 172  13.851  13.254   0.521
    3    HB   ILE 172           HB       ILE 172  15.619  15.380  -0.720
    4   HG12  ILE 172          HG12      ILE 172  17.006  13.418  -0.498
    5   HG13  ILE 172          HG13      ILE 172  17.416  14.522   0.809
    6   HG21  ILE 172          HG21      ILE 172  14.101  16.058   1.104
    7   HG23  ILE 172          HG22      ILE 172  15.798  16.196   1.561
    8   HG22  ILE 172          HG23      ILE 172  14.833  14.840   2.146
    9   HD11  ILE 172          HD11      ILE 172  16.052  13.200   2.344
   10   HD13  ILE 172          HD12      ILE 172  17.317  12.227   1.592
   11   HD12  ILE 172          HD13      ILE 172  15.648  12.097   1.027

  No H/Q in entry =          11
  In of MODEL   13
    1    H    GLY 173           H        GLY 173  14.007  14.491  -2.975
    2    HA3  GLY 173           HA2      GLY 173  12.019  16.362  -2.299
    3    HA2  GLY 173           HA3      GLY 173  12.830  16.121  -3.821

  No H/Q in entry =           3
  In of MODEL   13
    1    H    GLN 174           H        GLN 174  12.035  13.269  -3.033
    2    HA   GLN 174           HA       GLN 174   9.482  13.130  -4.451
    3    HB2  GLN 174           HB2      GLN 174  11.475  10.920  -3.899
    4    HB3  GLN 174           HB3      GLN 174  10.005  10.789  -4.859
    5    HG2  GLN 174           HG2      GLN 174  12.186  12.729  -5.503
    6    HG3  GLN 174           HG3      GLN 174  12.161  11.091  -6.150
    7   HE21  GLN 174          HE21      GLN 174  10.277  14.097  -5.968
    8   HE22  GLN 174          HE22      GLN 174   9.485  13.894  -7.491

  No H/Q in entry =           8
  In of MODEL   13
    1    H    ILE 175           H        ILE 175  11.167  12.441  -1.416
    2    HA   ILE 175           HA       ILE 175   8.925  10.965  -0.244
    3    HB   ILE 175           HB       ILE 175  11.502  11.807   1.096
    4   HG12  ILE 175          HG12      ILE 175  10.932   9.030   0.111
    5   HG13  ILE 175          HG13      ILE 175  11.688  10.230  -0.936
    6   HG21  ILE 175          HG21      ILE 175   9.646  11.268   2.628
    7   HG23  ILE 175          HG22      ILE 175  10.995  10.140   2.764
    8   HG22  ILE 175          HG23      ILE 175   9.535   9.667   1.897
    9   HD13  ILE 175          HD11      ILE 175  13.513  10.488   0.645
   10   HD12  ILE 175          HD12      ILE 175  13.335   8.800   0.162
   11   HD11  ILE 175          HD13      ILE 175  12.747   9.333   1.737

  No H/Q in entry =          11
  In of MODEL   13
    1    H    VAL 176           H        VAL 176  10.822  13.851   0.543
    2    HA   VAL 176           HA       VAL 176   9.219  14.600   2.740
    3    HB   VAL 176           HB       VAL 176  11.022  16.453   1.201
    4   HG11  VAL 176          HG11      VAL 176   9.584  17.458   2.924
    5   HG13  VAL 176          HG12      VAL 176  11.296  17.542   3.343
    6   HG12  VAL 176          HG13      VAL 176  10.259  16.343   4.113
    7   HG22  VAL 176          HG21      VAL 176  12.255  14.421   1.667
    8   HG21  VAL 176          HG22      VAL 176  11.738  14.464   3.354
    9   HG23  VAL 176          HG23      VAL 176  12.808  15.719   2.725

  No H/Q in entry =           9
  In of MODEL   13
    1    H    GLY 177           H        GLY 177   9.165  15.526  -0.670
    2    HA3  GLY 177           HA2      GLY 177   6.820  15.899  -1.393
    3    HA2  GLY 177           HA3      GLY 177   6.701  17.020  -0.050

  No H/Q in entry =           3
  In of MODEL   13
    1    H    CYS 178           H        CYS 178   9.576  17.848  -0.897
    2    HA   CYS 178           HA       CYS 178   8.607  19.759  -2.940
    3    HB2  CYS 178           HB2      CYS 178  10.718  20.210  -0.827
    4    HB3  CYS 178           HB3      CYS 178  10.167  21.390  -2.010
    5    HG   CYS 178           HG       CYS 178   8.287  22.363  -0.577

  No H/Q in entry =           5
  In of MODEL   13
    1    H    SER 179           H        SER 179  10.329  20.405  -4.525
    2    HA   SER 179           HA       SER 179  11.784  18.117  -5.263
    3    HB2  SER 179           HB2      SER 179  12.969  20.094  -6.677
    4    HB3  SER 179           HB3      SER 179  11.413  19.404  -7.134
    5    HG   SER 179           HG       SER 179  11.336  21.684  -7.075

  No H/Q in entry =           5
  In of MODEL   13
    1    H    ARG 180           H        ARG 180  14.087  18.190  -5.560
    2    HA   ARG 180           HA       ARG 180  15.705  18.568  -3.424
    3    HB2  ARG 180           HB2      ARG 180  17.059  19.107  -5.981
    4    HB3  ARG 180           HB3      ARG 180  17.414  17.913  -4.756
    5    HG2  ARG 180           HG2      ARG 180  16.757  16.467  -6.325
    6    HG3  ARG 180           HG3      ARG 180  15.133  16.899  -5.781
    7    HD2  ARG 180           HD2      ARG 180  15.199  18.754  -7.497
    8    HD3  ARG 180           HD3      ARG 180  16.658  17.994  -8.130
    9    HE   ARG 180           HE       ARG 180  14.776  15.999  -8.021
   10   HH11  ARG 180          HH11      ARG 180  15.096  19.102  -9.597
   11   HH12  ARG 180          HH12      ARG 180  14.123  18.653 -10.960
   12   HH21  ARG 180          HH21      ARG 180  13.498  15.396  -9.822
   13   HH22  ARG 180          HH22      ARG 180  13.213  16.547 -11.085

  No H/Q in entry =          13
  In of MODEL   13
    1    H    GLU 181           H        GLU 181  14.045  21.023  -4.177
    2    HA   GLU 181           HA       GLU 181  16.137  22.966  -4.592
    3    HB2  GLU 181           HB2      GLU 181  14.350  22.777  -6.239
    4    HB3  GLU 181           HB3      GLU 181  13.185  23.182  -4.991
    5    HG2  GLU 181           HG2      GLU 181  15.416  25.066  -5.517
    6    HG3  GLU 181           HG3      GLU 181  14.082  24.980  -6.666

  No H/Q in entry =           6
  In of MODEL   13
    1    H    THR 182           H        THR 182  13.068  22.892  -2.867
    2    HA   THR 182           HA       THR 182  13.760  24.830  -0.888
    3    HB   THR 182           HB       THR 182  12.021  22.551  -0.041
    4    HG1  THR 182           HG1      THR 182  11.424  24.257  -2.248
    5   HG21  THR 182          HG21      THR 182  11.697  25.558   0.005
    6   HG23  THR 182          HG22      THR 182  12.106  24.514   1.368
    7   HG22  THR 182          HG23      THR 182  10.507  24.416   0.630

  No H/Q in entry =           7
  In of MODEL   13
    1    H    VAL 183           H        VAL 183  13.689  21.293  -0.997
    2    HA   VAL 183           HA       VAL 183  15.352  20.802   1.263
    3    HB   VAL 183           HB       VAL 183  13.975  19.345  -0.863
    4   HG11  VAL 183          HG11      VAL 183  16.677  18.932  -1.054
    5   HG13  VAL 183          HG12      VAL 183  15.399  17.820  -1.598
    6   HG12  VAL 183          HG13      VAL 183  16.137  17.613  -0.009
    7   HG21  VAL 183          HG21      VAL 183  13.715  19.343   1.700
    8   HG23  VAL 183          HG22      VAL 183  14.974  18.100   1.638
    9   HG22  VAL 183          HG23      VAL 183  13.448  17.858   0.786

  No H/Q in entry =           9
  In of MODEL   13
    1    H    GLY 184           H        GLY 184  15.935  21.536  -2.284
    2    HA3  GLY 184           HA2      GLY 184  18.575  21.031  -2.325
    3    HA2  GLY 184           HA3      GLY 184  17.789  22.359  -3.169

  No H/Q in entry =           3
  In of MODEL   13
    1    H    ARG 185           H        ARG 185  17.020  23.379  -0.167
    2    HA   ARG 185           HA       ARG 185  19.232  25.197  -0.282
    3    HB2  ARG 185           HB2      ARG 185  16.820  24.899   1.518
    4    HB3  ARG 185           HB3      ARG 185  18.130  26.007   1.907
    5    HG2  ARG 185           HG2      ARG 185  17.322  27.546   0.535
    6    HG3  ARG 185           HG3      ARG 185  17.257  26.399  -0.803
    7    HD2  ARG 185           HD2      ARG 185  15.132  25.562   0.598
    8    HD3  ARG 185           HD3      ARG 185  15.138  27.257   1.073
    9    HE   ARG 185           HE       ARG 185  15.043  26.351  -1.738
   10   HH11  ARG 185          HH11      ARG 185  14.141  28.605   0.791
   11   HH12  ARG 185          HH12      ARG 185  13.047  29.493  -0.222
   12   HH21  ARG 185          HH21      ARG 185  13.606  27.544  -3.084
   13   HH22  ARG 185          HH22      ARG 185  12.753  28.902  -2.405

  No H/Q in entry =          13
  In of MODEL   13
    1    H    ILE 186           H        ILE 186  17.800  22.595   1.372
    2    HA   ILE 186           HA       ILE 186  19.494  22.773   3.711
    3    HB   ILE 186           HB       ILE 186  17.446  20.710   2.960
    4   HG12  ILE 186          HG12      ILE 186  16.683  21.994   5.266
    5   HG13  ILE 186          HG13      ILE 186  17.509  23.277   4.394
    6   HG21  ILE 186          HG21      ILE 186  19.278  19.764   4.368
    7   HG23  ILE 186          HG22      ILE 186  17.707  19.784   5.167
    8   HG22  ILE 186          HG23      ILE 186  18.919  20.995   5.577
    9   HD11  ILE 186          HD11      ILE 186  15.222  21.642   3.331
   10   HD13  ILE 186          HD12      ILE 186  16.038  22.961   2.492
   11   HD12  ILE 186          HD13      ILE 186  15.119  23.284   3.963

  No H/Q in entry =          11
  In of MODEL   13
    1    H    LEU 187           H        LEU 187  19.204  20.514   1.057
    2    HA   LEU 187           HA       LEU 187  21.342  18.920   1.952
    3    HB2  LEU 187           HB2      LEU 187  19.985  19.097  -0.701
    4    HB3  LEU 187           HB3      LEU 187  21.097  17.810  -0.202
    5    HG   LEU 187           HG       LEU 187  18.306  18.357   0.721
    6   HD11  LEU 187          HD11      LEU 187  19.712  16.211  -0.417
    7   HD13  LEU 187          HD12      LEU 187  17.997  16.335   0.005
    8   HD12  LEU 187          HD13      LEU 187  19.163  15.735   1.193
    9   HD21  LEU 187          HD21      LEU 187  20.366  17.120   2.521
   10   HD23  LEU 187          HD22      LEU 187  18.630  17.113   2.799
   11   HD22  LEU 187          HD23      LEU 187  19.516  18.639   2.800

  No H/Q in entry =          11
  In of MODEL   13
    1    H    LYS 188           H        LYS 188  21.277  21.937   0.797
    2    HA   LYS 188           HA       LYS 188  23.847  21.768  -0.645
    3    HB2  LYS 188           HB2      LYS 188  21.823  23.449  -1.263
    4    HB3  LYS 188           HB3      LYS 188  22.695  24.451  -0.108
    5    HG2  LYS 188           HG2      LYS 188  24.058  23.119  -2.427
    6    HG3  LYS 188           HG3      LYS 188  23.317  24.713  -2.557
    7    HD2  LYS 188           HD2      LYS 188  25.230  25.582  -1.796
    8    HD3  LYS 188           HD3      LYS 188  24.909  24.803  -0.245
    9    HE2  LYS 188           HE2      LYS 188  26.008  22.732  -1.215
   10    HE3  LYS 188           HE3      LYS 188  26.540  23.753  -2.549
   11    HZ3  LYS 188           HZ1      LYS 188  27.921  24.976  -1.167
   12    HZ2  LYS 188           HZ2      LYS 188  28.118  23.397  -0.582
   13    HZ1  LYS 188           HZ3      LYS 188  27.126  24.497   0.254

  No H/Q in entry =          13
  In of MODEL   13
    1    H    MET 189           H        MET 189  22.284  22.723   2.347
    2    HA   MET 189           HA       MET 189  24.649  24.142   3.334
    3    HB2  MET 189           HB2      MET 189  23.391  24.962   5.008
    4    HB3  MET 189           HB3      MET 189  22.062  24.476   3.975
    5    HG2  MET 189           HG2      MET 189  21.742  22.472   5.262
    6    HG3  MET 189           HG3      MET 189  23.172  22.836   6.233
    7    HE2  MET 189           HE1      MET 189  19.405  23.716   5.526
    8    HE1  MET 189           HE2      MET 189  20.287  25.087   4.852
    9    HE3  MET 189           HE3      MET 189  19.277  25.305   6.280

  No H/Q in entry =           9
  In of MODEL   13
    1    H    LEU 190           H        LEU 190  23.280  20.995   3.393
    2    HA   LEU 190           HA       LEU 190  24.555  19.848   5.548
    3    HB2  LEU 190           HB2      LEU 190  24.006  18.600   2.865
    4    HB3  LEU 190           HB3      LEU 190  24.297  17.733   4.362
    5    HG   LEU 190           HG       LEU 190  21.886  19.217   3.482
    6   HD11  LEU 190          HD11      LEU 190  22.079  16.776   3.345
    7   HD13  LEU 190          HD12      LEU 190  20.748  17.325   4.365
    8   HD12  LEU 190          HD13      LEU 190  22.233  16.730   5.098
    9   HD21  LEU 190          HD21      LEU 190  22.693  20.252   5.640
   10   HD23  LEU 190          HD22      LEU 190  22.294  18.708   6.388
   11   HD22  LEU 190          HD23      LEU 190  21.044  19.645   5.585

  No H/Q in entry =          11
  In of MODEL   13
    1    H    GLU 191           H        GLU 191  25.883  20.196   2.189
    2    HA   GLU 191           HA       GLU 191  28.351  19.019   2.906
    3    HB2  GLU 191           HB2      GLU 191  27.530  19.043   0.617
    4    HB3  GLU 191           HB3      GLU 191  27.497  20.799   0.620
    5    HG2  GLU 191           HG2      GLU 191  30.099  20.322   1.217
    6    HG3  GLU 191           HG3      GLU 191  29.726  18.955   0.166

  No H/Q in entry =           6
  In of MODEL   13
    1    H    ASP 192           H        ASP 192  26.928  21.987   3.555
    2    HA   ASP 192           HA       ASP 192  29.467  23.434   3.727
    3    HB2  ASP 192           HB2      ASP 192  26.590  24.286   3.974
    4    HB3  ASP 192           HB3      ASP 192  27.881  25.319   4.573

  No H/Q in entry =           4
  In of MODEL   13
    1    H    GLN 193           H        GLN 193  27.748  21.365   5.384
    2    HA   GLN 193           HA       GLN 193  27.720  20.527   7.529
    3    HB2  GLN 193           HB2      GLN 193  30.168  22.241   7.548
    4    HB3  GLN 193           HB3      GLN 193  29.573  21.622   9.081
    5    HG2  GLN 193           HG2      GLN 193  31.121  20.041   8.448
    6    HG3  GLN 193           HG3      GLN 193  29.598  19.335   7.915
    7   HE21  GLN 193          HE21      GLN 193  29.147  19.216   5.725
    8   HE22  GLN 193          HE22      GLN 193  30.362  19.441   4.517

  No H/Q in entry =           8
  In of MODEL   13
    1    H    ASN 194           H        ASN 194  26.159  22.847   6.778
    2    HA   ASN 194           HA       ASN 194  26.072  24.432   9.241
    3    HB2  ASN 194           HB2      ASN 194  25.756  25.324   6.799
    4    HB3  ASN 194           HB3      ASN 194  24.105  24.745   6.994
    5   HD21  ASN 194          HD21      ASN 194  26.532  26.934   8.257
    6   HD22  ASN 194          HD22      ASN 194  25.424  28.020   9.019

  No H/Q in entry =           6
  In of MODEL   13
    1    H    LEU 195           H        LEU 195  24.878  21.580   8.154
    2    HA   LEU 195           HA       LEU 195  22.787  21.548  10.207
    3    HB2  LEU 195           HB2      LEU 195  22.013  22.083   7.752
    4    HB3  LEU 195           HB3      LEU 195  22.202  20.360   7.541
    5    HG   LEU 195           HG       LEU 195  20.584  20.982   9.876
    6   HD13  LEU 195          HD11      LEU 195  19.855  22.916   8.726
    7   HD12  LEU 195          HD12      LEU 195  18.621  21.685   8.444
    8   HD11  LEU 195          HD13      LEU 195  19.799  22.063   7.185
    9   HD23  LEU 195          HD21      LEU 195  18.991  19.593   8.256
   10   HD22  LEU 195          HD22      LEU 195  20.284  18.836   9.194
   11   HD21  LEU 195          HD23      LEU 195  20.539  19.222   7.493

  No H/Q in entry =          11
  In of MODEL   13
    1    H    ILE 196           H        ILE 196  25.021  19.895   8.145
    2    HA   ILE 196           HA       ILE 196  25.235  17.631   9.733
    3    HB   ILE 196           HB       ILE 196  24.671  15.832   8.382
    4   HG12  ILE 196          HG12      ILE 196  23.518  17.539   6.228
    5   HG13  ILE 196          HG13      ILE 196  25.199  17.034   6.194
    6   HG22  ILE 196          HG21      ILE 196  22.216  16.063   8.112
    7   HG21  ILE 196          HG22      ILE 196  22.397  17.778   8.484
    8   HG23  ILE 196          HG23      ILE 196  22.849  16.563   9.680
    9   HD13  ILE 196          HD11      ILE 196  23.879  15.501   4.923
   10   HD12  ILE 196          HD12      ILE 196  22.785  15.256   6.287
   11   HD11  ILE 196          HD13      ILE 196  24.459  14.703   6.383

  No H/Q in entry =          11
  In of MODEL   13
    1    H    SER 197           H        SER 197  26.219  16.199   7.146
    2    HA   SER 197           HA       SER 197  28.195  17.801   6.136
    3    HB2  SER 197           HB2      SER 197  30.092  16.248   6.817
    4    HB3  SER 197           HB3      SER 197  29.565  17.445   8.001
    5    HG   SER 197           HG       SER 197  28.241  15.012   8.064

  No H/Q in entry =           5
  In of MODEL   13
    1    H    ALA 198           H        ALA 198  27.585  17.200   4.099
    2    HA   ALA 198           HA       ALA 198  27.158  14.374   3.650
    3    HB3  ALA 198           HB1      ALA 198  25.392  16.106   2.982
    4    HB1  ALA 198           HB2      ALA 198  25.911  14.980   1.729
    5    HB2  ALA 198           HB3      ALA 198  26.533  16.631   1.742

  No H/Q in entry =           5
  In of MODEL   13
    1    H    HIS 199           H        HIS 199  28.933  13.412   2.995
    2    HA   HIS 199           HA       HIS 199  31.101  14.943   1.815
    3    HB2  HIS 199           HB2      HIS 199  31.185  12.823   3.456
    4    HB3  HIS 199           HB3      HIS 199  31.162  11.964   1.918
    5    HD1  HIS 199           HD1      HIS 199  33.369  13.758   4.204
    6    HD2  HIS 199           HD2      HIS 199  33.399  12.645   0.202
    7    HE1  HIS 199           HE1      HIS 199  35.753  13.985   3.456
    8    HE2  HIS 199           HE2      HIS 199  35.705  13.511   0.990

  No H/Q in entry =           8
  In of MODEL   13
    1    H    GLY 200           H        GLY 200  29.765  15.598  -0.004
    2    HA3  GLY 200           HA2      GLY 200  29.446  15.419  -2.314
    3    HA2  GLY 200           HA3      GLY 200  29.865  13.706  -2.219

  No H/Q in entry =           3
  In of MODEL   13
    1    H    LYS 201           H        LYS 201  28.160  12.445  -2.735
    2    HA   LYS 201           HA       LYS 201  25.473  13.396  -2.088
    3    HB2  LYS 201           HB2      LYS 201  24.675  11.565  -3.506
    4    HB3  LYS 201           HB3      LYS 201  25.857  12.542  -4.360
    5    HG2  LYS 201           HG2      LYS 201  27.577  10.815  -3.806
    6    HG3  LYS 201           HG3      LYS 201  26.275   9.811  -3.158
    7    HD2  LYS 201           HD2      LYS 201  26.512   9.048  -5.358
    8    HD3  LYS 201           HD3      LYS 201  25.148  10.165  -5.447
    9    HE2  LYS 201           HE2      LYS 201  26.605  11.919  -6.279
   10    HE3  LYS 201           HE3      LYS 201  28.005  10.860  -6.127
   11    HZ1  LYS 201           HZ1      LYS 201  26.747   9.345  -7.723
   12    HZ3  LYS 201           HZ2      LYS 201  27.430  10.753  -8.361
   13    HZ2  LYS 201           HZ3      LYS 201  25.770  10.688  -8.052

  No H/Q in entry =          13
  In of MODEL   13
    1    H    THR 202           H        THR 202  27.857  11.490  -0.859
    2    HA   THR 202           HA       THR 202  26.301   9.695   0.714
    3    HB   THR 202           HB       THR 202  28.925  10.502   1.793
    4    HG1  THR 202           HG1      THR 202  29.753  10.676  -0.156
    5   HG22  THR 202          HG21      THR 202  29.119   7.870   1.137
    6   HG21  THR 202          HG22      THR 202  27.376   8.037   1.349
    7   HG23  THR 202          HG23      THR 202  28.470   8.470   2.660

  No H/Q in entry =           7
  In of MODEL   13
    1    H    ILE 203           H        ILE 203  25.440  10.144   2.854
    2    HA   ILE 203           HA       ILE 203  25.939  12.887   3.673
    3    HB   ILE 203           HB       ILE 203  23.428  11.421   3.252
    4   HG12  ILE 203          HG12      ILE 203  24.418  14.244   3.079
    5   HG13  ILE 203          HG13      ILE 203  23.780  13.211   1.809
    6   HG22  ILE 203          HG21      ILE 203  22.718  13.393   5.138
    7   HG21  ILE 203          HG22      ILE 203  23.972  12.395   5.873
    8   HG23  ILE 203          HG23      ILE 203  22.502  11.647   5.249
    9   HD11  ILE 203          HD11      ILE 203  21.534  13.439   2.874
   10   HD13  ILE 203          HD12      ILE 203  22.206  14.936   2.230
   11   HD12  ILE 203          HD13      ILE 203  22.244  14.627   3.964

  No H/Q in entry =          11
  In of MODEL   13
    1    H    VAL 204           H        VAL 204  26.958  13.021   5.536
    2    HA   VAL 204           HA       VAL 204  26.907  10.731   7.385
    3    HB   VAL 204           HB       VAL 204  29.037  12.610   6.563
    4   HG11  VAL 204          HG11      VAL 204  28.322  12.294   9.414
    5   HG13  VAL 204          HG12      VAL 204  29.152  13.616   8.595
    6   HG12  VAL 204          HG13      VAL 204  30.029  12.139   8.999
    7   HG22  VAL 204          HG21      VAL 204  29.368  10.310   6.158
    8   HG21  VAL 204          HG22      VAL 204  28.921   9.883   7.809
    9   HG23  VAL 204          HG23      VAL 204  30.435  10.731   7.496

  No H/Q in entry =           9
  In of MODEL   13
    1    H    VAL 205           H        VAL 205  26.437  11.170   9.596
    2    HA   VAL 205           HA       VAL 205  25.365  13.770  10.211
    3    HB   VAL 205           HB       VAL 205  24.002  12.157  11.878
    4   HG11  VAL 205          HG11      VAL 205  22.984  13.559  10.100
    5   HG13  VAL 205          HG12      VAL 205  22.180  11.992  10.202
    6   HG12  VAL 205          HG13      VAL 205  23.340  12.305   8.906
    7   HG21  VAL 205          HG21      VAL 205  24.606  10.296   9.550
    8   HG23  VAL 205          HG22      VAL 205  23.440   9.979  10.841
    9   HG22  VAL 205          HG23      VAL 205  25.163  10.070  11.216

  No H/Q in entry =           9
  In of MODEL   13
    1    H    TYR 206           H        TYR 206  27.349  14.366  10.928
    2    HA   TYR 206           HA       TYR 206  29.496  13.001  11.897
    3    HB2  TYR 206           HB2      TYR 206  28.323  15.659  12.718
    4    HB3  TYR 206           HB3      TYR 206  29.711  15.018  13.580
    5    HD1  TYR 206           HD1      TYR 206  28.849  17.301  11.273
    6    HD2  TYR 206           HD2      TYR 206  31.514  14.016  11.712
    7    HE1  TYR 206           HE1      TYR 206  30.303  18.286   9.587
    8    HE2  TYR 206           HE2      TYR 206  33.014  14.976  10.028
    9    HH   TYR 206           HH       TYR 206  33.018  16.563   8.257

  No H/Q in entry =           9
  In of MODEL   13
    1    H    GLY 207           H        GLY 207  26.858  14.352  13.934
    2    HA3  GLY 207           HA2      GLY 207  26.755  12.087  15.646
    3    HA2  GLY 207           HA3      GLY 207  27.719  13.356  16.372

  No H/Q in entry =           3
  In of MODEL   13
    1    H    THR 208           H        THR 208  26.107  15.518  15.253
    2    HA   THR 208           HA       THR 208  24.122  15.576  17.329
    3    HB   THR 208           HB       THR 208  24.434  17.740  15.288
    4    HG1  THR 208           HG1      THR 208  26.215  17.217  17.458
    5   HG22  THR 208          HG21      THR 208  24.170  19.142  17.345
    6   HG21  THR 208          HG22      THR 208  23.920  17.658  18.265
    7   HG23  THR 208          HG23      THR 208  22.779  18.114  16.999

  No H/Q in entry =           7
  In of MODEL   13
    1    H    ARG 209           H        ARG 209  23.937  16.202  13.820
    2    HA   ARG 209           HA       ARG 209  21.379  14.894  13.647
    3    HB2  ARG 209           HB2      ARG 209  20.147  16.815  12.820
    4    HB3  ARG 209           HB3      ARG 209  20.776  17.184  14.418
    5    HG2  ARG 209           HG2      ARG 209  22.632  18.428  13.360
    6    HG3  ARG 209           HG3      ARG 209  21.899  18.120  11.786
    7    HD2  ARG 209           HD2      ARG 209  19.866  19.305  12.536
    8    HD3  ARG 209           HD3      ARG 209  20.668  19.667  14.065
    9    HE   ARG 209           HE       ARG 209  22.095  20.535  11.707
   10   HH11  ARG 209          HH11      ARG 209  19.760  21.407  14.163
   11   HH12  ARG 209          HH12      ARG 209  19.995  23.113  13.965
   12   HH21  ARG 209          HH21      ARG 209  22.403  22.818  11.448
   13   HH22  ARG 209          HH22      ARG 209  21.487  23.910  12.437

  No H/Q in entry =          13
  In of MODEL   14
    1    H1   VAL   1           H3       VAL   1 -27.587  -5.821  -5.038
    2    H2   VAL   1           H2       VAL   1 -29.175  -5.348  -4.705
    3    H3   VAL   1           H1       VAL   1 -28.100  -4.254  -5.416
    4    HA   VAL   1           HA       VAL   1 -26.866  -3.976  -3.498
    5    HB   VAL   1           HB       VAL   1 -29.674  -4.311  -2.436
    6   HG13  VAL   1          HG11      VAL   1 -28.049  -3.736  -0.745
    7   HG12  VAL   1          HG12      VAL   1 -29.069  -2.336  -1.078
    8   HG11  VAL   1          HG13      VAL   1 -27.435  -2.414  -1.739
    9   HG22  VAL   1          HG21      VAL   1 -29.807  -3.156  -4.571
   10   HG21  VAL   1          HG22      VAL   1 -28.553  -2.028  -4.057
   11   HG23  VAL   1          HG23      VAL   1 -30.118  -2.034  -3.246

  No H/Q in entry =          11
  In of MODEL   14
    1    H    LEU   2           H        LEU   2 -28.649  -6.947  -3.554
    2    HA   LEU   2           HA       LEU   2 -27.871  -7.850  -0.950
    3    HB2  LEU   2           HB2      LEU   2 -29.639  -8.689  -2.955
    4    HB3  LEU   2           HB3      LEU   2 -28.453  -9.973  -2.829
    5    HG   LEU   2           HG       LEU   2 -28.919 -10.075  -0.371
    6   HD11  LEU   2          HD11      LEU   2 -31.093  -8.136  -1.136
    7   HD13  LEU   2          HD12      LEU   2 -29.805  -7.899   0.046
    8   HD12  LEU   2          HD13      LEU   2 -31.088  -9.069   0.360
    9   HD21  LEU   2          HD21      LEU   2 -31.255 -10.538  -2.220
   10   HD23  LEU   2          HD22      LEU   2 -31.045 -11.260  -0.624
   11   HD22  LEU   2          HD23      LEU   2 -29.923 -11.656  -1.926

  No H/Q in entry =          11
  In of MODEL   14
    1    H    GLY   3           H        GLY   3 -26.595  -9.972  -0.759
    2    HA3  GLY   3           HA2      GLY   3 -24.504 -10.257  -2.760
    3    HA2  GLY   3           HA3      GLY   3 -23.989  -9.705  -1.174

  No H/Q in entry =           3
  In of MODEL   14
    1    H    LYS   4           H        LYS   4 -24.574 -12.381  -3.108
    2    HA   LYS   4           HA       LYS   4 -24.449 -14.141  -0.748
    3    HB2  LYS   4           HB2      LYS   4 -25.796 -14.594  -3.411
    4    HB3  LYS   4           HB3      LYS   4 -25.495 -15.884  -2.255
    5    HG2  LYS   4           HG2      LYS   4 -26.769 -14.233  -0.628
    6    HG3  LYS   4           HG3      LYS   4 -27.446 -13.650  -2.150
    7    HD2  LYS   4           HD2      LYS   4 -27.468 -16.521  -1.220
    8    HD3  LYS   4           HD3      LYS   4 -28.829 -15.405  -1.107
    9    HE2  LYS   4           HE2      LYS   4 -29.178 -15.391  -3.389
   10    HE3  LYS   4           HE3      LYS   4 -27.522 -15.874  -3.750
   11    HZ1  LYS   4           HZ1      LYS   4 -29.555 -17.637  -2.506
   12    HZ3  LYS   4           HZ2      LYS   4 -27.999 -18.082  -2.996
   13    HZ2  LYS   4           HZ3      LYS   4 -29.153 -17.642  -4.145

  No H/Q in entry =          13
  In of MODEL   14
    1    HA   PRO   5           HA       PRO   5 -20.559 -14.990  -2.906
    2    HB2  PRO   5           HB2      PRO   5 -19.508 -15.888  -0.379
    3    HB3  PRO   5           HB3      PRO   5 -19.103 -14.428  -1.280
    4    HG2  PRO   5           HG2      PRO   5 -20.426 -14.435   1.125
    5    HG3  PRO   5           HG3      PRO   5 -20.542 -13.136  -0.074
    6    HD2  PRO   5           HD2      PRO   5 -22.446 -15.379   0.483
    7    HD3  PRO   5           HD3      PRO   5 -22.782 -13.679   0.083

  No H/Q in entry =           7
  In of MODEL   14
    1    H    GLN   6           H        GLN   6 -22.190 -16.853  -3.637
    2    HA   GLN   6           HA       GLN   6 -21.343 -19.378  -2.404
    3    HB2  GLN   6           HB2      GLN   6 -23.176 -20.420  -3.705
    4    HB3  GLN   6           HB3      GLN   6 -23.728 -19.178  -2.596
    5    HG2  GLN   6           HG2      GLN   6 -23.712 -17.606  -4.587
    6    HG3  GLN   6           HG3      GLN   6 -23.522 -19.049  -5.584
    7   HE21  GLN   6          HE21      GLN   6 -25.203 -20.601  -5.605
    8   HE22  GLN   6          HE22      GLN   6 -26.817 -20.170  -5.160

  No H/Q in entry =           8
  In of MODEL   14
    1    H    THR   7           H        THR   7 -19.635 -17.776  -4.074
    2    HA   THR   7           HA       THR   7 -19.103 -19.646  -6.296
    3    HB   THR   7           HB       THR   7 -17.669 -17.289  -6.807
    4    HG1  THR   7           HG1      THR   7 -19.903 -15.989  -6.858
    5   HG21  THR   7          HG21      THR   7 -20.278 -18.288  -7.958
    6   HG23  THR   7          HG22      THR   7 -18.653 -18.665  -8.527
    7   HG22  THR   7          HG23      THR   7 -19.284 -17.027  -8.688

  No H/Q in entry =           7
  In of MODEL   14
    1    H    ASP   8           H        ASP   8 -18.287 -19.359  -3.307
    2    HA   ASP   8           HA       ASP   8 -15.402 -19.563  -3.853
    3    HB2  ASP   8           HB2      ASP   8 -16.787 -17.822  -2.014
    4    HB3  ASP   8           HB3      ASP   8 -15.656 -18.866  -1.158

  No H/Q in entry =           4
  In of MODEL   14
    1    HA   PRO   9           HA       PRO   9 -16.542 -23.612  -2.190
    2    HB2  PRO   9           HB2      PRO   9 -14.434 -24.948  -3.258
    3    HB3  PRO   9           HB3      PRO   9 -15.898 -24.561  -4.166
    4    HG2  PRO   9           HG2      PRO   9 -13.234 -23.223  -4.200
    5    HG3  PRO   9           HG3      PRO   9 -14.359 -23.524  -5.535
    6    HD2  PRO   9           HD2      PRO   9 -14.081 -21.104  -4.269
    7    HD3  PRO   9           HD3      PRO   9 -15.550 -21.621  -5.116

  No H/Q in entry =           7
  In of MODEL   14
    1    H    THR  10           H        THR  10 -13.087 -22.532  -2.170
    2    HA   THR  10           HA       THR  10 -12.520 -24.265   0.078
    3    HB   THR  10           HB       THR  10 -10.403 -22.576  -0.001
    4    HG1  THR  10           HG1      THR  10 -10.051 -22.026  -2.234
    5   HG22  THR  10          HG21      THR  10  -9.314 -24.177  -1.516
    6   HG21  THR  10          HG22      THR  10 -10.892 -24.843  -1.935
    7   HG23  THR  10          HG23      THR  10 -10.279 -24.996  -0.288

  No H/Q in entry =           7
  In of MODEL   14
    1    H    LEU  11           H        LEU  11 -13.559 -20.962  -0.480
    2    HA   LEU  11           HA       LEU  11 -12.862 -20.069   2.122
    3    HB2  LEU  11           HB2      LEU  11 -13.972 -18.916  -0.245
    4    HB3  LEU  11           HB3      LEU  11 -14.861 -18.389   1.180
    5    HG   LEU  11           HG       LEU  11 -11.890 -18.221   0.802
    6   HD12  LEU  11          HD11      LEU  11 -12.274 -15.810   0.857
    7   HD11  LEU  11          HD12      LEU  11 -14.015 -16.111   0.864
    8   HD13  LEU  11          HD13      LEU  11 -13.039 -16.579  -0.537
    9   HD23  LEU  11          HD21      LEU  11 -12.026 -16.836   2.875
   10   HD22  LEU  11          HD22      LEU  11 -12.290 -18.560   3.084
   11   HD21  LEU  11          HD23      LEU  11 -13.663 -17.458   3.082

  No H/Q in entry =          11
  In of MODEL   14
    1    H    GLU  12           H        GLU  12 -15.498 -21.702   0.779
    2    HA   GLU  12           HA       GLU  12 -17.360 -21.274   2.948
    3    HB2  GLU  12           HB2      GLU  12 -17.866 -21.880   0.410
    4    HB3  GLU  12           HB3      GLU  12 -17.587 -23.528   0.962
    5    HG2  GLU  12           HG2      GLU  12 -19.275 -22.760   2.857
    6    HG3  GLU  12           HG3      GLU  12 -19.802 -21.665   1.583

  No H/Q in entry =           6
  In of MODEL   14
    1    H    TRP  13           H        TRP  13 -14.552 -22.971   2.383
    2    HA   TRP  13           HA       TRP  13 -15.249 -25.101   4.285
    3    HB2  TRP  13           HB2      TRP  13 -12.735 -24.605   2.663
    4    HB3  TRP  13           HB3      TRP  13 -12.874 -25.856   3.894
    5    HD1  TRP  13           HD1      TRP  13 -16.107 -26.129   2.534
    6    HE1  TRP  13           HE1      TRP  13 -16.239 -27.804   0.583
    7    HE3  TRP  13           HE3      TRP  13 -11.138 -26.483   1.461
    8    HZ2  TRP  13           HZ2      TRP  13 -14.452 -29.107  -1.177
    9    HZ3  TRP  13           HZ3      TRP  13 -10.423 -27.962  -0.366
   10    HH2  TRP  13           HH2      TRP  13 -12.049 -29.248  -1.656

  No H/Q in entry =          10
  In of MODEL   14
    1    H    PHE  14           H        PHE  14 -14.015 -21.989   3.880
    2    HA   PHE  14           HA       PHE  14 -12.263 -21.841   6.195
    3    HB2  PHE  14           HB2      PHE  14 -11.452 -20.799   4.269
    4    HB3  PHE  14           HB3      PHE  14 -12.992 -20.067   3.909
    5    HD1  PHE  14           HD1      PHE  14 -13.842 -18.320   5.636
    6    HD2  PHE  14           HD2      PHE  14  -9.795 -19.518   5.209
    7    HE1  PHE  14           HE1      PHE  14 -13.119 -16.209   6.676
    8    HE2  PHE  14           HE2      PHE  14  -9.064 -17.424   6.235
    9    HZ   PHE  14           HZ       PHE  14 -10.721 -15.759   6.973

  No H/Q in entry =           9
  In of MODEL   14
    1    H    LEU  15           H        LEU  15 -15.464 -20.966   5.173
    2    HA   LEU  15           HA       LEU  15 -15.748 -18.832   7.153
    3    HB2  LEU  15           HB2      LEU  15 -17.772 -19.720   5.093
    4    HB3  LEU  15           HB3      LEU  15 -17.923 -18.353   6.178
    5    HG   LEU  15           HG       LEU  15 -15.912 -18.626   3.957
    6   HD12  LEU  15          HD11      LEU  15 -17.230 -16.648   3.085
    7   HD11  LEU  15          HD12      LEU  15 -18.453 -17.090   4.279
    8   HD13  LEU  15          HD13      LEU  15 -18.015 -18.228   3.005
    9   HD22  LEU  15          HD21      LEU  15 -14.947 -16.669   4.528
   10   HD21  LEU  15          HD22      LEU  15 -15.441 -17.177   6.145
   11   HD23  LEU  15          HD23      LEU  15 -16.420 -16.018   5.244

  No H/Q in entry =          11
  In of MODEL   14
    1    H    SER  16           H        SER  16 -15.925 -22.042   6.840
    2    HA   SER  16           HA       SER  16 -18.225 -22.396   8.646
    3    HB2  SER  16           HB2      SER  16 -17.436 -24.903   8.136
    4    HB3  SER  16           HB3      SER  16 -18.464 -24.041   6.987
    5    HG   SER  16           HG       SER  16 -16.914 -24.285   5.607

  No H/Q in entry =           5
  In of MODEL   14
    1    H    HIS  17           H        HIS  17 -15.152 -21.502   8.633
    2    HA   HIS  17           HA       HIS  17 -14.461 -23.119  10.954
    3    HB2  HIS  17           HB2      HIS  17 -12.750 -22.015   8.780
    4    HB3  HIS  17           HB3      HIS  17 -12.068 -22.142  10.400
    5    HD1  HIS  17           HD1      HIS  17 -10.593 -24.157  10.297
    6    HD2  HIS  17           HD2      HIS  17 -14.317 -24.833   8.583
    7    HE1  HIS  17           HE1      HIS  17 -10.617 -26.590   9.668
    8    HE2  HIS  17           HE2      HIS  17 -12.809 -26.928   8.481

  No H/Q in entry =           8
  In of MODEL   14
    1    H    CYS  18           H        CYS  18 -15.441 -20.082   9.977
    2    HA   CYS  18           HA       CYS  18 -14.099 -18.704  12.183
    3    HB2  CYS  18           HB2      CYS  18 -14.620 -16.632  10.869
    4    HB3  CYS  18           HB3      CYS  18 -13.476 -17.746  10.132
    5    HG   CYS  18           HG       CYS  18 -15.087 -16.592   8.224

  No H/Q in entry =           5
  In of MODEL   14
    1    H    HIS  19           H        HIS  19 -16.001 -16.449  11.580
    2    HA   HIS  19           HA       HIS  19 -18.520 -17.384  12.726
    3    HB2  HIS  19           HB2      HIS  19 -17.199 -16.873  14.719
    4    HB3  HIS  19           HB3      HIS  19 -16.684 -15.343  14.035
    5    HD1  HIS  19           HD1      HIS  19 -20.109 -16.861  14.863
    6    HD2  HIS  19           HD2      HIS  19 -17.911 -13.364  15.374
    7    HE1  HIS  19           HE1      HIS  19 -21.616 -15.286  16.114
    8    HE2  HIS  19           HE2      HIS  19 -20.210 -13.243  16.546

  No H/Q in entry =           8
  In of MODEL   14
    1    H    ILE  20           H        ILE  20 -19.370 -16.611  10.418
    2    HA   ILE  20           HA       ILE  20 -19.245 -13.854   9.788
    3    HB   ILE  20           HB       ILE  20 -21.647 -15.364   9.043
    4   HG12  ILE  20          HG12      ILE  20 -19.374 -16.845   8.846
    5   HG13  ILE  20          HG13      ILE  20 -20.756 -17.029   7.777
    6   HG22  ILE  20          HG21      ILE  20 -19.805 -13.618   7.489
    7   HG21  ILE  20          HG22      ILE  20 -21.341 -13.161   8.224
    8   HG23  ILE  20          HG23      ILE  20 -21.311 -14.311   6.888
    9   HD12  ILE  20          HD11      ILE  20 -18.195 -16.644   6.969
   10   HD11  ILE  20          HD12      ILE  20 -18.831 -15.003   6.909
   11   HD13  ILE  20          HD13      ILE  20 -19.623 -16.287   5.998

  No H/Q in entry =          11
  In of MODEL   14
    1    H    HIS  21           H        HIS  21 -20.070 -12.396  10.731
    2    HA   HIS  21           HA       HIS  21 -22.341 -11.457  10.923
    3    HB2  HIS  21           HB2      HIS  21 -23.472 -13.336  11.940
    4    HB3  HIS  21           HB3      HIS  21 -22.455 -13.231  13.372
    5    HD1  HIS  21           HD1      HIS  21 -24.606 -10.606  11.562
    6    HD2  HIS  21           HD2      HIS  21 -23.976 -12.249  15.334
    7    HE1  HIS  21           HE1      HIS  21 -26.144  -9.359  13.123
    8    HE2  HIS  21           HE2      HIS  21 -25.588 -10.233  15.416

  No H/Q in entry =           8
  In of MODEL   14
    1    H    LYS  22           H        LYS  22 -22.089  -9.617  11.237
    2    HA   LYS  22           HA       LYS  22 -19.951  -8.748  13.010
    3    HB2  LYS  22           HB2      LYS  22 -19.679  -8.390  10.496
    4    HB3  LYS  22           HB3      LYS  22 -20.857  -7.105  10.678
    5    HG2  LYS  22           HG2      LYS  22 -19.109  -6.464  12.641
    6    HG3  LYS  22           HG3      LYS  22 -18.032  -7.208  11.460
    7    HD2  LYS  22           HD2      LYS  22 -19.081  -5.731   9.733
    8    HD3  LYS  22           HD3      LYS  22 -19.886  -4.875  11.051
    9    HE2  LYS  22           HE2      LYS  22 -17.639  -3.961  10.124
   10    HE3  LYS  22           HE3      LYS  22 -17.913  -3.990  11.865
   11    HZ1  LYS  22           HZ1      LYS  22 -16.500  -6.155  10.420
   12    HZ3  LYS  22           HZ2      LYS  22 -16.565  -5.898  12.093
   13    HZ2  LYS  22           HZ3      LYS  22 -15.703  -4.829  11.102

  No H/Q in entry =          13
  In of MODEL   14
    1    H    TYR  23           H        TYR  23 -21.156  -5.975  12.026
    2    HA   TYR  23           HA       TYR  23 -23.130  -5.686  14.121
    3    HB2  TYR  23           HB2      TYR  23 -21.247  -3.718  14.729
    4    HB3  TYR  23           HB3      TYR  23 -21.690  -5.096  15.718
    5    HD1  TYR  23           HD1      TYR  23 -20.280  -7.344  14.936
    6    HD2  TYR  23           HD2      TYR  23 -19.077  -3.357  14.370
    7    HE1  TYR  23           HE1      TYR  23 -17.956  -8.109  14.817
    8    HE2  TYR  23           HE2      TYR  23 -16.728  -4.068  14.242
    9    HH   TYR  23           HH       TYR  23 -15.774  -7.377  14.901

  No H/Q in entry =           9
  In of MODEL   14
    1    HA   PRO  24           HA       PRO  24 -24.669  -1.919  12.267
    2    HB2  PRO  24           HB2      PRO  24 -23.917  -0.030  14.257
    3    HB3  PRO  24           HB3      PRO  24 -25.472  -0.844  14.092
    4    HG2  PRO  24           HG2      PRO  24 -23.160  -1.517  15.835
    5    HG3  PRO  24           HG3      PRO  24 -24.896  -1.745  16.121
    6    HD2  PRO  24           HD2      PRO  24 -23.346  -3.823  15.526
    7    HD3  PRO  24           HD3      PRO  24 -24.978  -3.689  14.840

  No H/Q in entry =           7
  In of MODEL   14
    1    H    SER  25           H        SER  25 -23.831  -0.239  10.814
    2    HA   SER  25           HA       SER  25 -21.085  -0.099  10.498
    3    HB2  SER  25           HB2      SER  25 -22.119   2.324   9.578
    4    HB3  SER  25           HB3      SER  25 -21.715   0.886   8.652
    5    HG   SER  25           HG       SER  25 -24.195   1.793   9.561

  No H/Q in entry =           5
  In of MODEL   14
    1    H    LYS  26           H        LYS  26 -19.684   1.531  10.709
    2    HA   LYS  26           HA       LYS  26 -18.717   3.489  11.619
    3    HB2  LYS  26           HB2      LYS  26 -20.828   3.123  13.859
    4    HB3  LYS  26           HB3      LYS  26 -19.527   4.300  13.948
    5    HG2  LYS  26           HG2      LYS  26 -20.410   5.415  11.815
    6    HG3  LYS  26           HG3      LYS  26 -21.697   4.215  11.731
    7    HD2  LYS  26           HD2      LYS  26 -22.520   5.099  14.004
    8    HD3  LYS  26           HD3      LYS  26 -21.236   6.322  13.945
    9    HE2  LYS  26           HE2      LYS  26 -22.116   7.202  11.740
   10    HE3  LYS  26           HE3      LYS  26 -23.394   5.975  11.731
   11    HZ1  LYS  26           HZ1      LYS  26 -23.109   7.754  14.080
   12    HZ2  LYS  26           HZ2      LYS  26 -23.877   8.306  12.739
   13    HZ3  LYS  26           HZ3      LYS  26 -24.430   6.903  13.471

  No H/Q in entry =          13
  In of MODEL   14
    1    H    SER  27           H        SER  27 -19.093   0.357  12.345
    2    HA   SER  27           HA       SER  27 -17.640   0.408  14.837
    3    HB2  SER  27           HB2      SER  27 -17.792  -2.141  14.475
    4    HB3  SER  27           HB3      SER  27 -19.252  -1.251  14.904
    5    HG   SER  27           HG       SER  27 -20.085  -1.711  13.024

  No H/Q in entry =           5
  In of MODEL   14
    1    H    THR  28           H        THR  28 -15.645   0.897  14.633
    2    HA   THR  28           HA       THR  28 -14.015  -0.385  12.570
    3    HB   THR  28           HB       THR  28 -13.052   1.724  12.727
    4    HG1  THR  28           HG1      THR  28 -11.799   1.152  15.133
    5   HG22  THR  28          HG21      THR  28 -13.929   1.889  15.607
    6   HG21  THR  28          HG22      THR  28 -14.744   2.618  14.222
    7   HG23  THR  28          HG23      THR  28 -13.137   3.171  14.691

  No H/Q in entry =           7
  In of MODEL   14
    1    H    LEU  29           H        LEU  29 -12.114  -1.380  13.554
    2    HA   LEU  29           HA       LEU  29 -13.015  -3.116  15.701
    3    HB2  LEU  29           HB2      LEU  29 -11.759  -4.783  13.772
    4    HB3  LEU  29           HB3      LEU  29 -13.398  -4.891  14.379
    5    HG   LEU  29           HG       LEU  29 -12.458  -3.443  11.888
    6   HD13  LEU  29          HD11      LEU  29 -13.674  -5.052  10.677
    7   HD12  LEU  29          HD12      LEU  29 -14.420  -5.696  12.146
    8   HD11  LEU  29          HD13      LEU  29 -12.694  -5.947  11.845
    9   HD21  LEU  29          HD21      LEU  29 -14.323  -2.284  13.063
   10   HD23  LEU  29          HD22      LEU  29 -15.296  -3.737  12.800
   11   HD22  LEU  29          HD23      LEU  29 -14.677  -2.821  11.418

  No H/Q in entry =          11
  In of MODEL   14
    1    H    ILE  30           H        ILE  30 -10.583  -1.606  13.902
    2    HA   ILE  30           HA       ILE  30  -8.535  -1.969  15.659
    3    HB   ILE  30           HB       ILE  30  -7.200  -3.453  13.688
    4   HG12  ILE  30          HG12      ILE  30  -8.445  -5.712  14.083
    5   HG13  ILE  30          HG13      ILE  30  -9.861  -4.699  14.319
    6   HG21  ILE  30          HG21      ILE  30  -7.981  -3.955  16.522
    7   HG23  ILE  30          HG22      ILE  30  -6.396  -3.601  15.829
    8   HG22  ILE  30          HG23      ILE  30  -7.130  -5.185  15.591
    9   HD11  ILE  30          HD11      ILE  30  -9.266  -3.698  12.040
   10   HD13  ILE  30          HD12      ILE  30  -9.967  -5.315  12.089
   11   HD12  ILE  30          HD13      ILE  30  -8.229  -5.111  11.850

  No H/Q in entry =          11
  In of MODEL   14
    1    H    HIS  31           H        HIS  31  -7.891  -0.167  15.415
    2    HA   HIS  31           HA       HIS  31  -5.937   0.602  13.556
    3    HB2  HIS  31           HB2      HIS  31  -7.450   1.002  11.866
    4    HB3  HIS  31           HB3      HIS  31  -8.801   1.043  12.976
    5    HD1  HIS  31           HD1      HIS  31  -6.836   3.183  10.797
    6    HD2  HIS  31           HD2      HIS  31  -9.071   3.683  14.267
    7    HE1  HIS  31           HE1      HIS  31  -7.239   5.648  11.002
    8    HE2  HIS  31           HE2      HIS  31  -8.360   5.922  13.254

  No H/Q in entry =           8
  In of MODEL   14
    1    H    GLN  32           H        GLN  32  -5.824   0.666  16.405
    2    HA   GLN  32           HA       GLN  32  -5.617   3.606  16.673
    3    HB2  GLN  32           HB2      GLN  32  -7.814   2.342  17.845
    4    HB3  GLN  32           HB3      GLN  32  -6.662   2.504  19.162
    5    HG2  GLN  32           HG2      GLN  32  -7.697   4.752  17.431
    6    HG3  GLN  32           HG3      GLN  32  -8.174   4.407  19.092
    7   HE21  GLN  32          HE21      GLN  32  -6.790   4.951  20.771
    8   HE22  GLN  32          HE22      GLN  32  -5.401   5.954  20.546

  No H/Q in entry =           8
  In of MODEL   14
    1    H    GLY  33           H        GLY  33  -4.425   0.618  16.968
    2    HA3  GLY  33           HA2      GLY  33  -2.064   0.434  17.508
    3    HA2  GLY  33           HA3      GLY  33  -2.385   1.470  18.881

  No H/Q in entry =           3
  In of MODEL   14
    1    H    GLU  34           H        GLU  34  -4.660  -1.066  18.126
    2    HA   GLU  34           HA       GLU  34  -3.790  -2.654  20.445
    3    HB2  GLU  34           HB2      GLU  34  -6.358  -2.971  18.923
    4    HB3  GLU  34           HB3      GLU  34  -6.009  -3.428  20.576
    5    HG2  GLU  34           HG2      GLU  34  -7.232  -1.587  21.022
    6    HG3  GLU  34           HG3      GLU  34  -5.685  -0.783  20.760

  No H/Q in entry =           6
  In of MODEL   14
    1    H    LYS  35           H        LYS  35  -2.979  -4.499  20.099
    2    HA   LYS  35           HA       LYS  35  -2.036  -5.637  17.896
    3    HB2  LYS  35           HB2      LYS  35  -3.014  -6.784  20.444
    4    HB3  LYS  35           HB3      LYS  35  -2.708  -7.909  19.131
    5    HG2  LYS  35           HG2      LYS  35  -0.416  -6.879  18.937
    6    HG3  LYS  35           HG3      LYS  35  -0.768  -6.029  20.444
    7    HD2  LYS  35           HD2      LYS  35   0.511  -8.084  20.865
    8    HD3  LYS  35           HD3      LYS  35  -1.096  -8.181  21.587
    9    HE2  LYS  35           HE2      LYS  35  -1.871  -9.542  19.726
   10    HE3  LYS  35           HE3      LYS  35  -0.305  -9.389  18.934
   11    HZ2  LYS  35           HZ1      LYS  35  -0.887 -11.483  20.341
   12    HZ1  LYS  35           HZ2      LYS  35  -0.424 -10.509  21.645
   13    HZ3  LYS  35           HZ3      LYS  35   0.673 -10.827  20.399

  No H/Q in entry =          13
  In of MODEL   14
    1    H    ALA  36           H        ALA  36  -2.927  -6.075  16.010
    2    HA   ALA  36           HA       ALA  36  -5.568  -6.183  15.372
    3    HB2  ALA  36           HB1      ALA  36  -4.953  -7.461  13.387
    4    HB3  ALA  36           HB2      ALA  36  -3.388  -7.830  14.118
    5    HB1  ALA  36           HB3      ALA  36  -3.813  -6.159  13.731

  No H/Q in entry =           5
  In of MODEL   14
    1    H    GLU  37           H        GLU  37  -3.733  -9.241  15.647
    2    HA   GLU  37           HA       GLU  37  -4.192 -11.267  16.534
    3    HB2  GLU  37           HB2      GLU  37  -5.895  -9.504  18.229
    4    HB3  GLU  37           HB3      GLU  37  -5.986 -11.249  18.417
    5    HG2  GLU  37           HG2      GLU  37  -3.251 -10.322  18.359
    6    HG3  GLU  37           HG3      GLU  37  -4.188  -9.537  19.630

  No H/Q in entry =           6
  In of MODEL   14
    1    H    THR  38           H        THR  38  -7.295  -9.620  15.945
    2    HA   THR  38           HA       THR  38  -8.433 -12.231  15.218
    3    HB   THR  38           HB       THR  38  -9.984  -9.692  15.672
    4    HG1  THR  38           HG1      THR  38  -8.677 -10.154  17.525
    5   HG23  THR  38          HG21      THR  38 -11.206 -11.525  14.635
    6   HG22  THR  38          HG22      THR  38 -11.776 -11.268  16.285
    7   HG21  THR  38          HG23      THR  38 -10.699 -12.617  15.924

  No H/Q in entry =           7
  In of MODEL   14
    1    H    LEU  39           H        LEU  39  -9.247 -12.614  13.218
    2    HA   LEU  39           HA       LEU  39  -8.827 -10.519  11.228
    3    HB2  LEU  39           HB2      LEU  39  -7.833 -12.292  10.211
    4    HB3  LEU  39           HB3      LEU  39  -8.746 -13.462  11.148
    5    HG   LEU  39           HG       LEU  39 -10.509 -12.115   9.312
    6   HD11  LEU  39          HD11      LEU  39  -8.538 -11.730   7.941
    7   HD13  LEU  39          HD12      LEU  39  -9.600 -12.930   7.202
    8   HD12  LEU  39          HD13      LEU  39  -8.130 -13.443   8.030
    9   HD23  LEU  39          HD21      LEU  39 -10.934 -14.425   8.568
   10   HD22  LEU  39          HD22      LEU  39 -11.004 -14.245  10.320
   11   HD21  LEU  39          HD23      LEU  39  -9.585 -14.970   9.564

  No H/Q in entry =          11
  In of MODEL   14
    1    H    TYR  40           H        TYR  40 -10.615  -9.805   9.917
    2    HA   TYR  40           HA       TYR  40 -13.186 -11.042  10.671
    3    HB2  TYR  40           HB2      TYR  40 -12.872  -8.086  10.126
    4    HB3  TYR  40           HB3      TYR  40 -14.287  -8.921  10.743
    5    HD1  TYR  40           HD1      TYR  40 -10.913  -7.736  11.582
    6    HD2  TYR  40           HD2      TYR  40 -14.535  -9.356  13.086
    7    HE1  TYR  40           HE1      TYR  40 -10.221  -7.186  13.845
    8    HE2  TYR  40           HE2      TYR  40 -13.827  -8.820  15.376
    9    HH   TYR  40           HH       TYR  40 -11.877  -8.362  16.635

  No H/Q in entry =           9
  In of MODEL   14
    1    H    TYR  41           H        TYR  41 -13.712 -12.114   8.801
    2    HA   TYR  41           HA       TYR  41 -13.064 -10.861   6.272
    3    HB2  TYR  41           HB2      TYR  41 -12.654 -13.255   6.705
    4    HB3  TYR  41           HB3      TYR  41 -14.383 -13.498   6.903
    5    HD1  TYR  41           HD1      TYR  41 -14.472 -11.201   4.490
    6    HD2  TYR  41           HD2      TYR  41 -13.081 -15.147   5.051
    7    HE1  TYR  41           HE1      TYR  41 -14.711 -11.597   2.103
    8    HE2  TYR  41           HE2      TYR  41 -13.310 -15.564   2.688
    9    HH   TYR  41           HH       TYR  41 -14.047 -12.975   0.412

  No H/Q in entry =           9
  In of MODEL   14
    1    H    ILE  42           H        ILE  42 -14.433  -9.120   6.221
    2    HA   ILE  42           HA       ILE  42 -17.209  -9.175   6.655
    3    HB   ILE  42           HB       ILE  42 -16.102  -7.105   6.648
    4   HG12  ILE  42          HG12      ILE  42 -17.708  -7.324   4.111
    5   HG13  ILE  42          HG13      ILE  42 -18.291  -6.866   5.714
    6   HG22  ILE  42          HG21      ILE  42 -14.953  -6.233   4.592
    7   HG21  ILE  42          HG22      ILE  42 -15.042  -7.871   3.949
    8   HG23  ILE  42          HG23      ILE  42 -14.142  -7.552   5.432
    9   HD13  ILE  42          HD11      ILE  42 -18.018  -4.787   4.939
   10   HD12  ILE  42          HD12      ILE  42 -16.864  -5.291   3.703
   11   HD11  ILE  42          HD13      ILE  42 -16.325  -5.064   5.367

  No H/Q in entry =          11
  In of MODEL   14
    1    H    VAL  43           H        VAL  43 -18.379 -10.771   5.636
    2    HA   VAL  43           HA       VAL  43 -17.690 -11.316   2.867
    3    HB   VAL  43           HB       VAL  43 -18.852 -13.393   3.007
    4   HG13  VAL  43          HG11      VAL  43 -16.578 -13.361   3.756
    5   HG12  VAL  43          HG12      VAL  43 -17.508 -14.437   4.801
    6   HG11  VAL  43          HG13      VAL  43 -17.077 -12.818   5.362
    7   HG22  VAL  43          HG21      VAL  43 -19.852 -14.172   5.062
    8   HG21  VAL  43          HG22      VAL  43 -20.691 -12.738   4.465
    9   HG23  VAL  43          HG23      VAL  43 -19.562 -12.609   5.816

  No H/Q in entry =           9
  In of MODEL   14
    1    H    LYS  44           H        LYS  44 -19.754  -9.570   4.402
    2    HA   LYS  44           HA       LYS  44 -21.594  -8.898   2.348
    3    HB2  LYS  44           HB2      LYS  44 -22.474 -11.077   3.712
    4    HB3  LYS  44           HB3      LYS  44 -22.956  -9.827   4.848
    5    HG2  LYS  44           HG2      LYS  44 -23.737  -9.482   1.999
    6    HG3  LYS  44           HG3      LYS  44 -24.566 -10.719   2.943
    7    HD2  LYS  44           HD2      LYS  44 -24.267  -7.909   3.961
    8    HD3  LYS  44           HD3      LYS  44 -25.584  -8.359   2.879
    9    HE2  LYS  44           HE2      LYS  44 -25.058  -9.935   5.370
   10    HE3  LYS  44           HE3      LYS  44 -25.964  -8.426   5.446
   11    HZ3  LYS  44           HZ1      LYS  44 -27.549  -9.337   3.871
   12    HZ2  LYS  44           HZ2      LYS  44 -27.426 -10.334   5.229
   13    HZ1  LYS  44           HZ3      LYS  44 -26.675 -10.782   3.782

  No H/Q in entry =          13
  In of MODEL   14
    1    H    GLY  45           H        GLY  45 -22.330  -6.943   2.868
    2    HA3  GLY  45           HA2      GLY  45 -22.522  -4.939   4.066
    3    HA2  GLY  45           HA3      GLY  45 -21.526  -5.643   5.351

  No H/Q in entry =           3
  In of MODEL   14
    1    H    SER  46           H        SER  46 -20.740  -3.160   4.204
    2    HA   SER  46           HA       SER  46 -18.210  -4.030   3.077
    3    HB2  SER  46           HB2      SER  46 -19.436  -3.411   1.109
    4    HB3  SER  46           HB3      SER  46 -20.086  -1.971   1.896
    5    HG   SER  46           HG       SER  46 -18.381  -0.949   1.258

  No H/Q in entry =           5
  In of MODEL   14
    1    H    VAL  47           H        VAL  47 -16.463  -2.503   3.550
    2    HA   VAL  47           HA       VAL  47 -17.363  -0.762   5.680
    3    HB   VAL  47           HB       VAL  47 -15.420  -1.138   7.068
    4   HG13  VAL  47          HG11      VAL  47 -17.315  -2.412   7.621
    5   HG12  VAL  47          HG12      VAL  47 -15.928  -3.501   7.702
    6   HG11  VAL  47          HG13      VAL  47 -17.012  -3.547   6.307
    7   HG22  VAL  47          HG21      VAL  47 -13.714  -1.788   5.593
    8   HG21  VAL  47          HG22      VAL  47 -14.689  -3.102   4.933
    9   HG23  VAL  47          HG23      VAL  47 -14.062  -3.211   6.580

  No H/Q in entry =           9
  In of MODEL   14
    1    H    ALA  48           H        ALA  48 -15.372   0.651   6.543
    2    HA   ALA  48           HA       ALA  48 -14.393   1.952   4.095
    3    HB2  ALA  48           HB1      ALA  48 -16.203   3.252   5.092
    4    HB3  ALA  48           HB2      ALA  48 -14.664   4.097   5.242
    5    HB1  ALA  48           HB3      ALA  48 -15.353   3.268   6.636

  No H/Q in entry =           5
  In of MODEL   14
    1    H    VAL  49           H        VAL  49 -12.450   1.183   4.112
    2    HA   VAL  49           HA       VAL  49 -10.813   0.712   6.353
    3    HB   VAL  49           HB       VAL  49 -10.245   0.962   3.396
    4   HG13  VAL  49          HG11      VAL  49  -8.049   0.248   3.715
    5   HG12  VAL  49          HG12      VAL  49  -8.352  -0.219   5.388
    6   HG11  VAL  49          HG13      VAL  49  -8.276   1.488   4.950
    7   HG21  VAL  49          HG21      VAL  49 -11.628  -0.923   4.081
    8   HG23  VAL  49          HG22      VAL  49 -10.394  -1.398   5.252
    9   HG22  VAL  49          HG23      VAL  49 -10.043  -1.465   3.521

  No H/Q in entry =           9
  In of MODEL   14
    1    H    LEU  50           H        LEU  50  -9.319   2.024   7.312
    2    HA   LEU  50           HA       LEU  50  -8.796   4.606   6.180
    3    HB2  LEU  50           HB2      LEU  50  -9.609   5.922   7.910
    4    HB3  LEU  50           HB3      LEU  50 -10.878   4.774   7.555
    5    HG   LEU  50           HG       LEU  50  -9.063   4.829   9.947
    6   HD11  LEU  50          HD11      LEU  50 -12.034   5.004   9.521
    7   HD13  LEU  50          HD12      LEU  50 -10.948   6.307  10.054
    8   HD12  LEU  50          HD13      LEU  50 -11.243   4.912  11.099
    9   HD22  LEU  50          HD21      LEU  50  -9.273   2.528   9.223
   10   HD21  LEU  50          HD22      LEU  50 -11.027   2.700   9.126
   11   HD23  LEU  50          HD23      LEU  50 -10.209   2.811  10.688

  No H/Q in entry =          11
  In of MODEL   14
    1    H    ILE  51           H        ILE  51  -7.007   5.702   6.950
    2    HA   ILE  51           HA       ILE  51  -5.232   3.939   8.484
    3    HB   ILE  51           HB       ILE  51  -3.393   5.197   7.168
    4   HG12  ILE  51          HG12      ILE  51  -4.244   5.514   4.746
    5   HG13  ILE  51          HG13      ILE  51  -5.833   5.666   5.485
    6   HG21  ILE  51          HG21      ILE  51  -5.126   3.010   6.039
    7   HG23  ILE  51          HG22      ILE  51  -3.679   2.833   7.029
    8   HG22  ILE  51          HG23      ILE  51  -3.550   3.439   5.377
    9   HD11  ILE  51          HD11      ILE  51  -3.456   7.393   6.125
   10   HD13  ILE  51          HD12      ILE  51  -5.093   7.576   6.755
   11   HD12  ILE  51          HD13      ILE  51  -4.775   7.829   5.038

  No H/Q in entry =          11
  In of MODEL   14
    1    H    LYS  52           H        LYS  52  -3.195   5.293   9.063
    2    HA   LYS  52           HA       LYS  52  -4.068   7.811  10.316
    3    HB2  LYS  52           HB2      LYS  52  -2.251   5.693  11.468
    4    HB3  LYS  52           HB3      LYS  52  -2.471   7.295  12.170
    5    HG2  LYS  52           HG2      LYS  52  -4.833   6.862  12.481
    6    HG3  LYS  52           HG3      LYS  52  -4.661   5.280  11.724
    7    HD2  LYS  52           HD2      LYS  52  -4.483   4.585  13.859
    8    HD3  LYS  52           HD3      LYS  52  -2.802   5.085  13.662
    9    HE2  LYS  52           HE2      LYS  52  -3.217   6.274  15.527
   10    HE3  LYS  52           HE3      LYS  52  -3.917   7.434  14.384
   11    HZ3  LYS  52           HZ1      LYS  52  -5.805   7.237  15.500
   12    HZ2  LYS  52           HZ2      LYS  52  -5.177   6.001  16.476
   13    HZ1  LYS  52           HZ3      LYS  52  -5.917   5.621  15.001

  No H/Q in entry =          13
  In of MODEL   14
    1    H    ASP  53           H        ASP  53  -2.754   9.479  10.212
    2    HA   ASP  53           HA       ASP  53  -0.629   9.380   8.236
    3    HB2  ASP  53           HB2      ASP  53  -2.295  11.583   9.367
    4    HB3  ASP  53           HB3      ASP  53  -0.827  11.930   8.482

  No H/Q in entry =           4
  In of MODEL   14
    1    H    GLU  54           H        GLU  54   0.705  11.844   9.068
    2    HA   GLU  54           HA       GLU  54   2.395  10.637  11.142
    3    HB2  GLU  54           HB2      GLU  54   3.640  11.256   9.104
    4    HB3  GLU  54           HB3      GLU  54   2.927  12.860   9.115
    5    HG2  GLU  54           HG2      GLU  54   5.183  13.029   9.857
    6    HG3  GLU  54           HG3      GLU  54   4.121  13.328  11.230

  No H/Q in entry =           6
  In of MODEL   14
    1    H    GLU  55           H        GLU  55  -0.223  12.666  10.741
    2    HA   GLU  55           HA       GLU  55   0.470  14.235  13.160
    3    HB2  GLU  55           HB2      GLU  55  -0.955  16.022  12.427
    4    HB3  GLU  55           HB3      GLU  55   0.111  15.639  11.087
    5    HG2  GLU  55           HG2      GLU  55  -2.495  14.264  11.117
    6    HG3  GLU  55           HG3      GLU  55  -2.517  16.003  10.830

  No H/Q in entry =           6
  In of MODEL   14
    1    H    GLY  56           H        GLY  56  -0.769  11.525  12.541
    2    HA3  GLY  56           HA2      GLY  56  -2.245  10.206  13.760
    3    HA2  GLY  56           HA3      GLY  56  -2.715  11.636  14.675

  No H/Q in entry =           3
  In of MODEL   14
    1    H    LYS  57           H        LYS  57  -2.903  11.570  11.064
    2    HA   LYS  57           HA       LYS  57  -5.688  12.166  11.414
    3    HB2  LYS  57           HB2      LYS  57  -3.720  12.977   9.660
    4    HB3  LYS  57           HB3      LYS  57  -4.573  11.769   8.720
    5    HG2  LYS  57           HG2      LYS  57  -6.587  13.002   8.793
    6    HG3  LYS  57           HG3      LYS  57  -5.968  14.074  10.053
    7    HD2  LYS  57           HD2      LYS  57  -5.980  15.109   7.786
    8    HD3  LYS  57           HD3      LYS  57  -4.380  15.045   8.524
    9    HE2  LYS  57           HE2      LYS  57  -4.727  12.645   7.067
   10    HE3  LYS  57           HE3      LYS  57  -5.252  13.964   6.025
   11    HZ3  LYS  57           HZ1      LYS  57  -3.162  14.642   5.753
   12    HZ2  LYS  57           HZ2      LYS  57  -2.679  13.158   6.411
   13    HZ1  LYS  57           HZ3      LYS  57  -2.793  14.538   7.403

  No H/Q in entry =          13
  In of MODEL   14
    1    H    GLU  58           H        GLU  58  -7.130  10.543  11.407
    2    HA   GLU  58           HA       GLU  58  -6.370   8.021  10.164
    3    HB2  GLU  58           HB2      GLU  58  -8.439   7.436  11.874
    4    HB3  GLU  58           HB3      GLU  58  -6.740   7.160  12.217
    5    HG2  GLU  58           HG2      GLU  58  -6.748   9.544  13.158
    6    HG3  GLU  58           HG3      GLU  58  -8.506   9.377  13.162

  No H/Q in entry =           6
  In of MODEL   14
    1    H    MET  59           H        MET  59  -7.326   8.511   8.002
    2    HA   MET  59           HA       MET  59 -10.104   9.352   8.224
    3    HB2  MET  59           HB2      MET  59  -7.913   9.871   6.222
    4    HB3  MET  59           HB3      MET  59  -9.579  10.408   6.042
    5    HG2  MET  59           HG2      MET  59  -9.278  11.827   8.038
    6    HG3  MET  59           HG3      MET  59  -7.594  11.293   8.114
    7    HE2  MET  59           HE1      MET  59  -9.606  11.897   4.789
    8    HE1  MET  59           HE2      MET  59  -8.066  11.058   4.612
    9    HE3  MET  59           HE3      MET  59  -8.284  12.668   3.913

  No H/Q in entry =           9
  In of MODEL   14
    1    H    ILE  60           H        ILE  60 -11.455   8.400   6.731
    2    HA   ILE  60           HA       ILE  60 -11.046   5.846   5.799
    3    HB   ILE  60           HB       ILE  60 -12.749   7.800   4.263
    4   HG12  ILE  60          HG12      ILE  60 -13.321   8.240   6.564
    5   HG13  ILE  60          HG13      ILE  60 -14.605   7.266   5.858
    6   HG23  ILE  60          HG21      ILE  60 -12.669   5.661   3.265
    7   HG22  ILE  60          HG22      ILE  60 -14.228   5.782   4.081
    8   HG21  ILE  60          HG23      ILE  60 -12.919   4.854   4.813
    9   HD13  ILE  60          HD11      ILE  60 -13.726   5.289   6.943
   10   HD12  ILE  60          HD12      ILE  60 -14.047   6.561   8.122
   11   HD11  ILE  60          HD13      ILE  60 -12.393   6.231   7.609

  No H/Q in entry =          11
  In of MODEL   14
    1    H    LEU  61           H        LEU  61  -9.660   5.089   4.292
    2    HA   LEU  61           HA       LEU  61  -8.860   6.935   2.157
    3    HB2  LEU  61           HB2      LEU  61  -6.624   6.411   2.344
    4    HB3  LEU  61           HB3      LEU  61  -7.120   6.362   4.016
    5    HG   LEU  61           HG       LEU  61  -5.637   4.568   3.746
    6   HD12  LEU  61          HD11      LEU  61  -7.907   2.821   3.326
    7   HD11  LEU  61          HD12      LEU  61  -8.175   4.070   4.539
    8   HD13  LEU  61          HD13      LEU  61  -6.811   2.965   4.702
    9   HD21  LEU  61          HD21      LEU  61  -6.984   4.129   1.151
   10   HD23  LEU  61          HD22      LEU  61  -6.263   2.751   1.983
   11   HD22  LEU  61          HD23      LEU  61  -5.264   4.146   1.552

  No H/Q in entry =          11
  In of MODEL   14
    1    H    SER  62           H        SER  62 -10.143   3.942   3.077
    2    HA   SER  62           HA       SER  62 -10.485   3.159   0.341
    3    HB2  SER  62           HB2      SER  62  -8.287   2.198   0.732
    4    HB3  SER  62           HB3      SER  62  -8.836   1.483   2.238
    5    HG   SER  62           HG       SER  62  -9.295  -0.195   1.085

  No H/Q in entry =           5
  In of MODEL   14
    1    H    TYR  63           H        TYR  63 -11.525   0.940   0.381
    2    HA   TYR  63           HA       TYR  63 -13.227   0.187   2.454
    3    HB2  TYR  63           HB2      TYR  63 -15.211   0.663   0.627
    4    HB3  TYR  63           HB3      TYR  63 -14.963   1.634   2.066
    5    HD1  TYR  63           HD1      TYR  63 -14.815   3.891   1.805
    6    HD2  TYR  63           HD2      TYR  63 -13.810   1.386  -1.467
    7    HE1  TYR  63           HE1      TYR  63 -14.458   5.884   0.400
    8    HE2  TYR  63           HE2      TYR  63 -13.448   3.353  -2.888
    9    HH   TYR  63           HH       TYR  63 -13.277   6.518  -1.629

  No H/Q in entry =           9
  In of MODEL   14
    1    H    LEU  64           H        LEU  64 -14.658  -1.236   1.723
    2    HA   LEU  64           HA       LEU  64 -13.353  -3.257   0.091
    3    HB2  LEU  64           HB2      LEU  64 -14.999  -3.875   2.505
    4    HB3  LEU  64           HB3      LEU  64 -13.935  -4.938   1.618
    5    HG   LEU  64           HG       LEU  64 -13.121  -2.701   3.474
    6   HD12  LEU  64          HD11      LEU  64 -12.083  -4.548   4.712
    7   HD11  LEU  64          HD12      LEU  64 -12.761  -5.691   3.556
    8   HD13  LEU  64          HD13      LEU  64 -13.828  -4.737   4.580
    9   HD23  LEU  64          HD21      LEU  64 -10.812  -3.503   3.038
   10   HD22  LEU  64          HD22      LEU  64 -11.558  -2.715   1.644
   11   HD21  LEU  64          HD23      LEU  64 -11.442  -4.475   1.706

  No H/Q in entry =          11
  In of MODEL   14
    1    H    ASN  65           H        ASN  65 -14.979  -5.179   0.092
    2    HA   ASN  65           HA       ASN  65 -17.602  -4.243  -0.684
    3    HB2  ASN  65           HB2      ASN  65 -15.763  -4.889  -2.683
    4    HB3  ASN  65           HB3      ASN  65 -16.744  -6.348  -2.515
    5   HD21  ASN  65          HD21      ASN  65 -16.523  -3.526  -4.115
    6   HD22  ASN  65          HD22      ASN  65 -18.184  -3.245  -4.492

  No H/Q in entry =           6
  In of MODEL   14
    1    H    GLN  66           H        GLN  66 -19.033  -5.999  -0.861
    2    HA   GLN  66           HA       GLN  66 -19.323  -7.798   1.209
    3    HB2  GLN  66           HB2      GLN  66 -20.387  -7.861  -1.689
    4    HB3  GLN  66           HB3      GLN  66 -20.970  -8.933  -0.418
    5    HG2  GLN  66           HG2      GLN  66 -21.859  -6.949   0.887
    6    HG3  GLN  66           HG3      GLN  66 -21.173  -5.835  -0.269
    7   HE22  GLN  66          HE21      GLN  66 -24.723  -5.967  -1.115
    8   HE21  GLN  66          HE22      GLN  66 -23.582  -5.292   0.173

  No H/Q in entry =           8
  In of MODEL   14
    1    H    GLY  67           H        GLY  67 -17.198  -8.807   1.425
    2    HA3  GLY  67           HA2      GLY  67 -16.757 -11.324   1.203
    3    HA2  GLY  67           HA3      GLY  67 -16.794 -10.972  -0.515

  No H/Q in entry =           3
  In of MODEL   14
    1    H    ASP  68           H        ASP  68 -15.443  -8.638   1.661
    2    HA   ASP  68           HA       ASP  68 -12.774  -9.211   0.559
    3    HB2  ASP  68           HB2      ASP  68 -14.239  -6.776   1.013
    4    HB3  ASP  68           HB3      ASP  68 -12.772  -6.762   1.982

  No H/Q in entry =           4
  In of MODEL   14
    1    H    PHE  69           H        PHE  69 -11.012  -8.482   2.313
    2    HA   PHE  69           HA       PHE  69 -11.807  -9.910   4.732
    3    HB2  PHE  69           HB2      PHE  69  -9.082  -9.477   3.523
    4    HB3  PHE  69           HB3      PHE  69  -9.396 -10.349   5.019
    5    HD1  PHE  69           HD1      PHE  69  -9.932 -12.628   4.980
    6    HD2  PHE  69           HD2      PHE  69 -10.082 -10.374   1.375
    7    HE1  PHE  69           HE1      PHE  69 -10.220 -14.706   3.695
    8    HE2  PHE  69           HE2      PHE  69 -10.374 -12.447   0.084
    9    HZ   PHE  69           HZ       PHE  69 -10.440 -14.617   1.245

  No H/Q in entry =           9
  In of MODEL   14
    1    H    ILE  70           H        ILE  70 -10.566  -9.259   6.692
    2    HA   ILE  70           HA       ILE  70  -9.878  -6.439   6.847
    3    HB   ILE  70           HB       ILE  70 -12.151  -7.750   8.314
    4   HG12  ILE  70          HG12      ILE  70 -11.865  -5.062   6.965
    5   HG13  ILE  70          HG13      ILE  70 -12.713  -6.464   6.329
    6   HG21  ILE  70          HG21      ILE  70 -10.548  -6.784   9.964
    7   HG23  ILE  70          HG22      ILE  70 -12.148  -6.049   9.992
    8   HG22  ILE  70          HG23      ILE  70 -10.809  -5.211   9.217
    9   HD12  ILE  70          HD11      ILE  70 -13.479  -4.709   8.638
   10   HD11  ILE  70          HD12      ILE  70 -14.190  -6.306   8.397
   11   HD13  ILE  70          HD13      ILE  70 -14.384  -5.060   7.166

  No H/Q in entry =          11
  In of MODEL   14
    1    H    GLY  71           H        GLY  71  -8.435  -6.060   8.501
    2    HA3  GLY  71           HA2      GLY  71  -7.016  -6.532  10.286
    3    HA2  GLY  71           HA3      GLY  71  -7.870  -8.053  10.513

  No H/Q in entry =           3
  In of MODEL   14
    1    H    GLU  72           H        GLU  72  -6.920  -7.587   7.289
    2    HA   GLU  72           HA       GLU  72  -5.144  -9.793   7.383
    3    HB2  GLU  72           HB2      GLU  72  -4.746  -9.262   5.000
    4    HB3  GLU  72           HB3      GLU  72  -6.460  -9.305   5.377
    5    HG2  GLU  72           HG2      GLU  72  -4.997  -6.702   5.383
    6    HG3  GLU  72           HG3      GLU  72  -5.510  -7.433   3.865

  No H/Q in entry =           6
  In of MODEL   14
    1    H    LEU  73           H        LEU  73  -5.065  -6.448   7.288
    2    HA   LEU  73           HA       LEU  73  -2.394  -5.792   6.949
    3    HB2  LEU  73           HB2      LEU  73  -4.927  -4.559   7.535
    4    HB3  LEU  73           HB3      LEU  73  -3.650  -3.809   8.476
    5    HG   LEU  73           HG       LEU  73  -4.061  -2.679   6.316
    6   HD12  LEU  73          HD11      LEU  73  -1.600  -2.891   5.618
    7   HD11  LEU  73          HD12      LEU  73  -1.485  -3.981   7.007
    8   HD13  LEU  73          HD13      LEU  73  -1.993  -2.306   7.235
    9   HD21  LEU  73          HD21      LEU  73  -3.316  -5.391   5.273
   10   HD23  LEU  73          HD22      LEU  73  -2.959  -3.939   4.335
   11   HD22  LEU  73          HD23      LEU  73  -4.628  -4.325   4.766

  No H/Q in entry =          11
  In of MODEL   14
    1    H    GLY  74           H        GLY  74  -3.725  -7.363   9.575
    2    HA3  GLY  74           HA2      GLY  74  -1.566  -6.303  11.284
    3    HA2  GLY  74           HA3      GLY  74  -3.146  -6.740  11.920

  No H/Q in entry =           3
  In of MODEL   14
    1    H    LEU  75           H        LEU  75  -3.262  -9.067  10.061
    2    HA   LEU  75           HA       LEU  75  -1.694 -10.845  11.820
    3    HB2  LEU  75           HB2      LEU  75  -3.264 -12.466  11.444
    4    HB3  LEU  75           HB3      LEU  75  -4.245 -11.019  11.260
    5    HG   LEU  75           HG       LEU  75  -3.398 -11.441   8.704
    6   HD13  LEU  75          HD11      LEU  75  -3.585 -13.764   8.182
    7   HD12  LEU  75          HD12      LEU  75  -3.994 -14.165   9.851
    8   HD11  LEU  75          HD13      LEU  75  -2.374 -13.593   9.454
    9   HD22  LEU  75          HD21      LEU  75  -5.666 -10.905   9.379
   10   HD21  LEU  75          HD22      LEU  75  -5.868 -12.517  10.065
   11   HD23  LEU  75          HD23      LEU  75  -5.673 -12.319   8.323

  No H/Q in entry =          11
  In of MODEL   14
    1    H    PHE  76           H        PHE  76  -2.234 -10.110   8.492
    2    HA   PHE  76           HA       PHE  76  -0.373 -12.153   7.597
    3    HB2  PHE  76           HB2      PHE  76  -2.315 -12.273   6.339
    4    HB3  PHE  76           HB3      PHE  76  -2.574 -10.537   6.404
    5    HD1  PHE  76           HD1      PHE  76  -1.164  -9.051   4.973
    6    HD2  PHE  76           HD2      PHE  76  -1.295 -13.274   4.495
    7    HE1  PHE  76           HE1      PHE  76  -0.322  -8.818   2.667
    8    HE2  PHE  76           HE2      PHE  76  -0.456 -13.048   2.196
    9    HZ   PHE  76           HZ       PHE  76   0.025 -10.813   1.278

  No H/Q in entry =           9
  In of MODEL   14
    1    H    GLU  77           H        GLU  77  -0.839  -8.712   7.914
    2    HA   GLU  77           HA       GLU  77   1.283  -7.935   6.214
    3    HB2  GLU  77           HB2      GLU  77  -0.424  -6.343   7.135
    4    HB3  GLU  77           HB3      GLU  77   0.361  -6.489   8.702
    5    HG2  GLU  77           HG2      GLU  77   2.154  -5.806   6.482
    6    HG3  GLU  77           HG3      GLU  77   0.936  -4.586   6.858

  No H/Q in entry =           6
  In of MODEL   14
    1    H    GLU  78           H        GLU  78   0.928  -8.651   9.599
    2    HA   GLU  78           HA       GLU  78   2.344  -9.895  10.837
    3    HB2  GLU  78           HB2      GLU  78   4.149  -9.924   8.938
    4    HB3  GLU  78           HB3      GLU  78   4.804  -8.526   9.785
    5    HG2  GLU  78           HG2      GLU  78   4.761  -9.952  11.877
    6    HG3  GLU  78           HG3      GLU  78   4.446 -11.322  10.819

  No H/Q in entry =           6
  In of MODEL   14
    1    H    GLY  79           H        GLY  79   0.872  -7.557  10.990
    2    HA3  GLY  79           HA2      GLY  79   2.206  -5.295  12.067
    3    HA2  GLY  79           HA3      GLY  79   0.503  -5.672  12.185

  No H/Q in entry =           3
  In of MODEL   14
    1    H    GLN  80           H        GLN  80  -0.115  -7.280  13.737
    2    HA   GLN  80           HA       GLN  80  -0.335  -7.900  15.859
    3    HB2  GLN  80           HB2      GLN  80   2.488  -8.469  15.222
    4    HB3  GLN  80           HB3      GLN  80   2.049  -8.491  16.923
    5    HG2  GLN  80           HG2      GLN  80   1.834 -10.704  16.139
    6    HG3  GLN  80           HG3      GLN  80   0.203 -10.073  16.334
    7   HE21  GLN  80          HE21      GLN  80   2.414  -9.407  13.667
    8   HE22  GLN  80          HE22      GLN  80   1.441 -10.161  12.452

  No H/Q in entry =           8
  In of MODEL   14
    1    H    GLU  81           H        GLU  81  -0.835  -5.588  15.939
    2    HA   GLU  81           HA       GLU  81  -0.572  -4.210  18.111
    3    HB2  GLU  81           HB2      GLU  81   2.058  -4.132  17.130
    4    HB3  GLU  81           HB3      GLU  81   1.343  -2.573  16.717
    5    HG2  GLU  81           HG2      GLU  81   0.568  -2.515  19.169
    6    HG3  GLU  81           HG3      GLU  81   1.794  -3.759  19.423

  No H/Q in entry =           6
  In of MODEL   14
    1    H    ARG  82           H        ARG  82  -2.548  -4.054  16.758
    2    HA   ARG  82           HA       ARG  82  -4.065  -2.736  15.728
    3    HB2  ARG  82           HB2      ARG  82  -3.695  -0.650  16.161
    4    HB3  ARG  82           HB3      ARG  82  -2.011  -0.982  16.405
    5    HG2  ARG  82           HG2      ARG  82  -2.639  -0.699  13.601
    6    HG3  ARG  82           HG3      ARG  82  -3.114   0.725  14.528
    7    HD2  ARG  82           HD2      ARG  82  -0.406  -0.541  14.787
    8    HD3  ARG  82           HD3      ARG  82  -0.750   0.692  13.578
    9    HE   ARG  82           HE       ARG  82  -1.228   2.220  15.421
   10   HH11  ARG  82          HH11      ARG  82   0.483  -0.731  16.216
   11   HH12  ARG  82          HH12      ARG  82   1.236  -0.067  17.643
   12   HH21  ARG  82          HH21      ARG  82  -0.242   3.097  17.291
   13   HH22  ARG  82          HH22      ARG  82   0.811   2.104  18.249

  No H/Q in entry =          13
  In of MODEL   14
    1    H    SER  83           H        SER  83  -4.623  -1.809  13.595
    2    HA   SER  83           HA       SER  83  -2.788  -2.318  11.526
    3    HB2  SER  83           HB2      SER  83  -4.333  -4.118  10.485
    4    HB3  SER  83           HB3      SER  83  -3.159  -4.573  11.722
    5    HG   SER  83           HG       SER  83  -5.938  -4.130  12.051

  No H/Q in entry =           5
  In of MODEL   14
    1    H    ALA  84           H        ALA  84  -3.487  -0.158  11.359
    2    HA   ALA  84           HA       ALA  84  -5.955   0.944  11.044
    3    HB3  ALA  84           HB1      ALA  84  -4.283   2.506  11.184
    4    HB2  ALA  84           HB2      ALA  84  -4.634   2.549   9.459
    5    HB1  ALA  84           HB3      ALA  84  -3.243   1.649  10.048

  No H/Q in entry =           5
  In of MODEL   14
    1    H    TRP  85           H        TRP  85  -7.532   0.705   9.577
    2    HA   TRP  85           HA       TRP  85  -7.370   0.349   7.007
    3    HB2  TRP  85           HB2      TRP  85  -5.798  -1.526   7.612
    4    HB3  TRP  85           HB3      TRP  85  -7.159  -2.366   8.325
    5    HD1  TRP  85           HD1      TRP  85  -8.570  -3.762   6.847
    6    HE1  TRP  85           HE1      TRP  85  -8.522  -4.462   4.357
    7    HE3  TRP  85           HE3      TRP  85  -5.126  -0.415   5.209
    8    HZ2  TRP  85           HZ2      TRP  85  -7.165  -3.645   2.005
    9    HZ3  TRP  85           HZ3      TRP  85  -4.488  -0.427   2.832
   10    HH2  TRP  85           HH2      TRP  85  -5.487  -2.009   1.265

  No H/Q in entry =          10
  In of MODEL   14
    1    H    VAL  86           H        VAL  86  -8.977  -0.102   9.993
    2    HA   VAL  86           HA       VAL  86 -11.408  -0.392   8.429
    3    HB   VAL  86           HB       VAL  86 -12.001  -2.163  10.491
    4   HG13  VAL  86          HG11      VAL  86 -13.075  -2.295   8.436
    5   HG12  VAL  86          HG12      VAL  86 -11.960  -3.661   8.392
    6   HG11  VAL  86          HG13      VAL  86 -11.559  -2.172   7.536
    7   HG22  VAL  86          HG21      VAL  86 -10.345  -3.799  10.388
    8   HG21  VAL  86          HG22      VAL  86  -9.413  -2.305  10.534
    9   HG23  VAL  86          HG23      VAL  86  -9.599  -3.084   8.962

  No H/Q in entry =           9
  In of MODEL   14
    1    H    ARG  87           H        ARG  87 -13.213   0.146   8.972
    2    HA   ARG  87           HA       ARG  87 -14.249   1.131  11.361
    3    HB2  ARG  87           HB2      ARG  87 -12.955   3.163  11.056
    4    HB3  ARG  87           HB3      ARG  87 -13.403   3.255   9.357
    5    HG2  ARG  87           HG2      ARG  87 -15.749   3.204  11.025
    6    HG3  ARG  87           HG3      ARG  87 -14.656   4.501  11.519
    7    HD2  ARG  87           HD2      ARG  87 -15.301   5.721   9.782
    8    HD3  ARG  87           HD3      ARG  87 -14.765   4.454   8.681
    9    HE   ARG  87           HE       ARG  87 -17.282   3.776   9.739
   10   HH11  ARG  87          HH11      ARG  87 -15.810   6.005   7.470
   11   HH12  ARG  87          HH12      ARG  87 -17.242   6.177   6.506
   12   HH21  ARG  87          HH21      ARG  87 -19.162   3.991   8.487
   13   HH22  ARG  87          HH22      ARG  87 -19.171   5.048   7.112

  No H/Q in entry =          13
  In of MODEL   14
    1    H    ALA  88           H        ALA  88 -16.032  -0.006  10.934
    2    HA   ALA  88           HA       ALA  88 -17.007  -0.828   8.772
    3    HB3  ALA  88           HB1      ALA  88 -18.520  -1.795   9.943
    4    HB1  ALA  88           HB2      ALA  88 -19.313  -0.289  10.355
    5    HB2  ALA  88           HB3      ALA  88 -17.941  -0.844  11.316

  No H/Q in entry =           5
  In of MODEL   14
    1    H    LYS  89           H        LYS  89 -17.798  -0.008   6.719
    2    HA   LYS  89           HA       LYS  89 -18.811   2.620   6.653
    3    HB2  LYS  89           HB2      LYS  89 -17.591   1.144   4.798
    4    HB3  LYS  89           HB3      LYS  89 -19.250   0.763   4.366
    5    HG2  LYS  89           HG2      LYS  89 -19.723   2.934   3.733
    6    HG3  LYS  89           HG3      LYS  89 -18.403   3.608   4.693
    7    HD2  LYS  89           HD2      LYS  89 -16.965   3.418   2.995
    8    HD3  LYS  89           HD3      LYS  89 -17.423   1.737   2.719
    9    HE2  LYS  89           HE2      LYS  89 -17.978   2.780   0.724
   10    HE3  LYS  89           HE3      LYS  89 -19.511   2.700   1.592
   11    HZ3  LYS  89           HZ1      LYS  89 -19.318   4.875   0.690
   12    HZ2  LYS  89           HZ2      LYS  89 -17.741   5.078   1.260
   13    HZ1  LYS  89           HZ3      LYS  89 -19.035   5.033   2.348

  No H/Q in entry =          13
  In of MODEL   14
    1    H    THR  90           H        THR  90 -20.286  -0.476   5.713
    2    HA   THR  90           HA       THR  90 -22.870   0.548   6.691
    3    HB   THR  90           HB       THR  90 -22.749  -1.858   4.957
    4    HG1  THR  90           HG1      THR  90 -22.141   0.775   4.103
    5   HG23  THR  90          HG21      THR  90 -24.815  -0.911   4.044
    6   HG22  THR  90          HG22      THR  90 -24.596   0.529   5.038
    7   HG21  THR  90          HG23      THR  90 -24.887  -1.035   5.802

  No H/Q in entry =           7
  In of MODEL   14
    1    H    ALA  91           H        ALA  91 -23.438  -0.774   8.918
    2    HA   ALA  91           HA       ALA  91 -22.446  -2.729   9.867
    3    HB1  ALA  91           HB1      ALA  91 -24.872  -1.991  10.226
    4    HB2  ALA  91           HB2      ALA  91 -24.507  -3.686  10.553
    5    HB3  ALA  91           HB3      ALA  91 -25.303  -3.230   9.048

  No H/Q in entry =           5
  In of MODEL   14
    1    H    CYS  92           H        CYS  92 -21.474  -4.566   9.482
    2    HA   CYS  92           HA       CYS  92 -22.272  -5.992   6.966
    3    HB2  CYS  92           HB2      CYS  92 -19.574  -6.574   7.879
    4    HB3  CYS  92           HB3      CYS  92 -20.085  -5.970   6.305
    5    HG   CYS  92           HG       CYS  92 -20.272  -3.275   7.473

  No H/Q in entry =           5
  In of MODEL   14
    1    H    GLU  93           H        GLU  93 -20.508  -8.026   7.436
    2    HA   GLU  93           HA       GLU  93 -21.445  -9.572   9.656
    3    HB2  GLU  93           HB2      GLU  93 -21.978 -10.398   6.765
    4    HB3  GLU  93           HB3      GLU  93 -22.231 -11.415   8.173
    5    HG2  GLU  93           HG2      GLU  93 -23.691  -8.825   7.822
    6    HG3  GLU  93           HG3      GLU  93 -24.264 -10.329   7.105

  No H/Q in entry =           6
  In of MODEL   14
    1    H    VAL  94           H        VAL  94 -19.367 -10.114  10.251
    2    HA   VAL  94           HA       VAL  94 -17.462 -10.453   8.037
    3    HB   VAL  94           HB       VAL  94 -15.665 -10.232   9.853
    4   HG12  VAL  94          HG11      VAL  94 -15.628  -7.785   9.724
    5   HG11  VAL  94          HG12      VAL  94 -17.263  -7.825   9.047
    6   HG13  VAL  94          HG13      VAL  94 -15.924  -8.565   8.168
    7   HG22  VAL  94          HG21      VAL  94 -16.762 -10.268  11.900
    8   HG21  VAL  94          HG22      VAL  94 -18.009  -9.147  11.359
    9   HG23  VAL  94          HG23      VAL  94 -16.366  -8.564  11.653

  No H/Q in entry =           9
  In of MODEL   14
    1    H    ALA  95           H        ALA  95 -16.272 -12.275   7.925
    2    HA   ALA  95           HA       ALA  95 -17.189 -14.408   9.693
    3    HB2  ALA  95           HB1      ALA  95 -16.678 -15.740   7.939
    4    HB3  ALA  95           HB2      ALA  95 -15.069 -15.031   7.799
    5    HB1  ALA  95           HB3      ALA  95 -16.444 -14.261   7.009

  No H/Q in entry =           5
  In of MODEL   14
    1    H    GLU  96           H        GLU  96 -16.328 -13.563  11.536
    2    HA   GLU  96           HA       GLU  96 -13.452 -13.043  11.426
    3    HB2  GLU  96           HB2      GLU  96 -13.680 -11.628  13.350
    4    HB3  GLU  96           HB3      GLU  96 -14.825 -11.147  12.103
    5    HG2  GLU  96           HG2      GLU  96 -16.635 -12.016  13.265
    6    HG3  GLU  96           HG3      GLU  96 -15.604 -12.992  14.314

  No H/Q in entry =           6
  In of MODEL   14
    1    H    ILE  97           H        ILE  97 -12.073 -13.997  12.454
    2    HA   ILE  97           HA       ILE  97 -12.653 -15.437  14.840
    3    HB   ILE  97           HB       ILE  97 -11.373 -17.455  13.871
    4   HG12  ILE  97          HG12      ILE  97 -12.832 -16.691  11.400
    5   HG13  ILE  97          HG13      ILE  97 -11.183 -16.149  11.656
    6   HG22  ILE  97          HG21      ILE  97 -14.252 -17.201  13.201
    7   HG21  ILE  97          HG22      ILE  97 -13.667 -17.252  14.860
    8   HG23  ILE  97          HG23      ILE  97 -13.367 -18.616  13.785
    9   HD13  ILE  97          HD11      ILE  97 -11.153 -18.149  10.343
   10   HD12  ILE  97          HD12      ILE  97 -12.136 -18.996  11.538
   11   HD11  ILE  97          HD13      ILE  97 -10.494 -18.497  11.941

  No H/Q in entry =          11
  In of MODEL   14
    1    H    SER  98           H        SER  98 -10.543 -16.749  15.355
    2    HA   SER  98           HA       SER  98  -8.539 -14.643  15.366
    3    HB2  SER  98           HB2      SER  98  -7.594 -16.726  16.939
    4    HB3  SER  98           HB3      SER  98  -8.426 -15.282  17.522
    5    HG   SER  98           HG       SER  98  -9.954 -16.572  18.136

  No H/Q in entry =           5
  In of MODEL   14
    1    H    TYR  99           H        TYR  99  -6.684 -14.783  14.551
    2    HA   TYR  99           HA       TYR  99  -6.246 -16.399  12.170
    3    HB2  TYR  99           HB2      TYR  99  -4.262 -15.002  11.800
    4    HB3  TYR  99           HB3      TYR  99  -5.646 -13.997  12.171
    5    HD1  TYR  99           HD1      TYR  99  -3.611 -15.710  14.783
    6    HD2  TYR  99           HD2      TYR  99  -4.422 -12.057  12.755
    7    HE1  TYR  99           HE1      TYR  99  -2.255 -14.491  16.430
    8    HE2  TYR  99           HE2      TYR  99  -3.078 -10.841  14.400
    9    HH   TYR  99           HH       TYR  99  -0.960 -12.305  16.498

  No H/Q in entry =           9
  In of MODEL   14
    1    H    LYS 100           H        LYS 100  -5.602 -16.943  15.523
    2    HA   LYS 100           HA       LYS 100  -3.240 -18.399  14.949
    3    HB2  LYS 100           HB2      LYS 100  -4.011 -17.876  17.292
    4    HB3  LYS 100           HB3      LYS 100  -5.270 -19.086  17.077
    5    HG2  LYS 100           HG2      LYS 100  -3.352 -20.696  16.517
    6    HG3  LYS 100           HG3      LYS 100  -2.312 -19.479  17.270
    7    HD2  LYS 100           HD2      LYS 100  -3.800 -19.560  19.267
    8    HD3  LYS 100           HD3      LYS 100  -4.643 -20.917  18.520
    9    HE2  LYS 100           HE2      LYS 100  -1.764 -20.784  19.383
   10    HE3  LYS 100           HE3      LYS 100  -3.042 -21.796  20.054
   11    HZ1  LYS 100           HZ1      LYS 100  -1.947 -22.009  17.302
   12    HZ3  LYS 100           HZ2      LYS 100  -3.151 -22.991  17.960
   13    HZ2  LYS 100           HZ3      LYS 100  -1.582 -23.044  18.584

  No H/Q in entry =          13
  In of MODEL   14
    1    H    LYS 101           H        LYS 101  -6.682 -19.400  15.166
    2    HA   LYS 101           HA       LYS 101  -6.236 -22.044  14.161
    3    HB2  LYS 101           HB2      LYS 101  -8.336 -22.384  14.902
    4    HB3  LYS 101           HB3      LYS 101  -8.294 -20.730  15.490
    5    HG2  LYS 101           HG2      LYS 101  -9.162 -20.052  13.196
    6    HG3  LYS 101           HG3      LYS 101  -9.488 -21.765  12.939
    7    HD2  LYS 101           HD2      LYS 101 -10.503 -20.470  15.425
    8    HD3  LYS 101           HD3      LYS 101 -11.334 -20.152  13.901
    9    HE2  LYS 101           HE2      LYS 101 -11.415 -22.659  13.579
   10    HE3  LYS 101           HE3      LYS 101 -10.895 -22.799  15.260
   11    HZ1  LYS 101           HZ1      LYS 101 -12.878 -21.362  15.799
   12    HZ3  LYS 101           HZ2      LYS 101 -13.218 -22.934  15.284
   13    HZ2  LYS 101           HZ3      LYS 101 -13.407 -21.637  14.214

  No H/Q in entry =          13
  In of MODEL   14
    1    H    PHE 102           H        PHE 102  -7.265 -19.012  12.804
    2    HA   PHE 102           HA       PHE 102  -8.125 -19.949  10.302
    3    HB2  PHE 102           HB2      PHE 102  -8.906 -17.887  10.725
    4    HB3  PHE 102           HB3      PHE 102  -7.509 -17.391  11.609
    5    HD1  PHE 102           HD1      PHE 102  -9.296 -17.120   8.533
    6    HD2  PHE 102           HD2      PHE 102  -5.447 -16.688  10.284
    7    HE1  PHE 102           HE1      PHE 102  -8.622 -15.657   6.674
    8    HE2  PHE 102           HE2      PHE 102  -4.762 -15.251   8.421
    9    HZ   PHE 102           HZ       PHE 102  -6.343 -14.725   6.617

  No H/Q in entry =           9
  In of MODEL   14
    1    H    ARG 103           H        ARG 103  -5.078 -18.379  11.258
    2    HA   ARG 103           HA       ARG 103  -3.708 -18.541   8.972
    3    HB2  ARG 103           HB2      ARG 103  -1.730 -18.248  10.091
    4    HB3  ARG 103           HB3      ARG 103  -2.905 -17.709  11.273
    5    HG2  ARG 103           HG2      ARG 103  -2.375 -19.333  12.733
    6    HG3  ARG 103           HG3      ARG 103  -2.141 -20.545  11.469
    7    HD2  ARG 103           HD2      ARG 103  -0.189 -18.301  11.718
    8    HD3  ARG 103           HD3      ARG 103  -0.101 -19.637  12.865
    9    HE   ARG 103           HE       ARG 103  -0.185 -20.890  10.469
   10   HH11  ARG 103          HH11      ARG 103   1.831 -18.287  11.684
   11   HH12  ARG 103          HH12      ARG 103   3.220 -18.763  10.759
   12   HH21  ARG 103          HH21      ARG 103   1.636 -21.520   9.260
   13   HH22  ARG 103          HH22      ARG 103   3.110 -20.601   9.372

  No H/Q in entry =          13
  In of MODEL   14
    1    H    GLN 104           H        GLN 104  -4.663 -21.178  10.872
    2    HA   GLN 104           HA       GLN 104  -2.786 -23.050   9.628
    3    HB2  GLN 104           HB2      GLN 104  -3.058 -24.330  11.435
    4    HB3  GLN 104           HB3      GLN 104  -3.852 -22.927  12.136
    5    HG2  GLN 104           HG2      GLN 104  -6.017 -23.809  11.601
    6    HG3  GLN 104           HG3      GLN 104  -5.300 -25.133  10.684
    7   HE21  GLN 104          HE21      GLN 104  -5.876 -23.834  13.862
    8   HE22  GLN 104          HE22      GLN 104  -5.546 -25.285  14.731

  No H/Q in entry =           8
  In of MODEL   14
    1    H    LEU 105           H        LEU 105  -6.186 -22.273   9.358
    2    HA   LEU 105           HA       LEU 105  -6.625 -24.470   7.453
    3    HB2  LEU 105           HB2      LEU 105  -8.820 -23.840   7.703
    4    HB3  LEU 105           HB3      LEU 105  -8.283 -22.643   8.868
    5    HG   LEU 105           HG       LEU 105  -7.954 -21.105   6.814
    6   HD13  LEU 105          HD11      LEU 105  -8.240 -22.725   5.048
    7   HD12  LEU 105          HD12      LEU 105  -9.594 -21.594   5.002
    8   HD11  LEU 105          HD13      LEU 105  -9.815 -23.202   5.687
    9   HD21  LEU 105          HD21      LEU 105 -10.621 -21.941   7.904
   10   HD23  LEU 105          HD22      LEU 105 -10.405 -20.536   6.856
   11   HD22  LEU 105          HD23      LEU 105  -9.600 -20.604   8.428

  No H/Q in entry =          11
  In of MODEL   14
    1    H    ILE 106           H        ILE 106  -6.223 -20.766   7.280
    2    HA   ILE 106           HA       ILE 106  -5.882 -20.631   4.582
    3    HB   ILE 106           HB       ILE 106  -4.982 -18.446   4.859
    4   HG12  ILE 106          HG12      ILE 106  -4.687 -17.806   7.464
    5   HG13  ILE 106          HG13      ILE 106  -4.116 -19.474   7.501
    6   HG22  ILE 106          HG21      ILE 106  -6.833 -18.793   7.185
    7   HG21  ILE 106          HG22      ILE 106  -7.368 -19.065   5.530
    8   HG23  ILE 106          HG23      ILE 106  -6.756 -17.481   6.007
    9   HD12  ILE 106          HD11      ILE 106  -2.434 -17.546   7.124
   10   HD11  ILE 106          HD12      ILE 106  -3.048 -17.577   5.473
   11   HD13  ILE 106          HD13      ILE 106  -2.305 -19.016   6.157

  No H/Q in entry =          11
  In of MODEL   14
    1    H    GLN 107           H        GLN 107  -3.918 -22.308   6.516
    2    HA   GLN 107           HA       GLN 107  -1.564 -21.783   4.875
    3    HB2  GLN 107           HB2      GLN 107  -0.092 -22.308   6.570
    4    HB3  GLN 107           HB3      GLN 107  -1.406 -21.634   7.519
    5    HG2  GLN 107           HG2      GLN 107  -2.238 -23.934   7.905
    6    HG3  GLN 107           HG3      GLN 107  -0.821 -24.548   7.056
    7   HE21  GLN 107          HE21      GLN 107  -1.645 -24.995   9.793
    8   HE22  GLN 107          HE22      GLN 107  -0.344 -24.444  10.787

  No H/Q in entry =           8
  In of MODEL   14
    1    H    VAL 108           H        VAL 108  -4.080 -23.829   5.554
    2    HA   VAL 108           HA       VAL 108  -2.862 -26.352   4.925
    3    HB   VAL 108           HB       VAL 108  -5.180 -25.521   6.186
    4   HG12  VAL 108          HG11      VAL 108  -6.000 -26.833   3.604
    5   HG11  VAL 108          HG12      VAL 108  -6.333 -25.168   4.085
    6   HG13  VAL 108          HG13      VAL 108  -7.052 -26.507   4.982
    7   HG23  VAL 108          HG21      VAL 108  -4.716 -28.303   5.167
    8   HG22  VAL 108          HG22      VAL 108  -5.598 -27.806   6.611
    9   HG21  VAL 108          HG23      VAL 108  -3.851 -27.589   6.526

  No H/Q in entry =           9
  In of MODEL   14
    1    H    ASN 109           H        ASN 109  -4.283 -23.710   3.265
    2    HA   ASN 109           HA       ASN 109  -3.884 -25.048   0.689
    3    HB2  ASN 109           HB2      ASN 109  -6.042 -23.728  -0.014
    4    HB3  ASN 109           HB3      ASN 109  -6.191 -25.294   0.776
    5   HD21  ASN 109          HD21      ASN 109  -8.232 -24.830   1.565
    6   HD22  ASN 109          HD22      ASN 109  -8.491 -23.715   2.858

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   PRO 110           HA       PRO 110  -1.841 -21.142   0.025
    2    HB2  PRO 110           HB2      PRO 110  -1.016 -21.606  -2.493
    3    HB3  PRO 110           HB3      PRO 110  -0.289 -22.423  -1.106
    4    HG2  PRO 110           HG2      PRO 110  -2.336 -23.429  -3.045
    5    HG3  PRO 110           HG3      PRO 110  -0.932 -24.272  -2.365
    6    HD2  PRO 110           HD2      PRO 110  -3.491 -24.590  -1.452
    7    HD3  PRO 110           HD3      PRO 110  -2.049 -24.829  -0.445

  No H/Q in entry =           7
  In of MODEL   14
    1    H    ASP 111           H        ASP 111  -4.822 -22.003  -1.303
    2    HA   ASP 111           HA       ASP 111  -4.849 -19.660  -3.055
    3    HB2  ASP 111           HB2      ASP 111  -7.026 -20.406  -3.828
    4    HB3  ASP 111           HB3      ASP 111  -5.821 -21.680  -4.011

  No H/Q in entry =           4
  In of MODEL   14
    1    H    ILE 112           H        ILE 112  -5.525 -20.309   0.187
    2    HA   ILE 112           HA       ILE 112  -7.913 -18.650   0.300
    3    HB   ILE 112           HB       ILE 112  -6.415 -20.217   2.383
    4   HG12  ILE 112          HG12      ILE 112  -8.380 -20.743   0.468
    5   HG13  ILE 112          HG13      ILE 112  -7.873 -21.790   1.788
    6   HG21  ILE 112          HG21      ILE 112  -8.738 -18.325   2.762
    7   HG23  ILE 112          HG22      ILE 112  -7.142 -18.250   3.517
    8   HG22  ILE 112          HG23      ILE 112  -8.253 -19.562   3.924
    9   HD12  ILE 112          HD11      ILE 112 -10.265 -21.531   1.736
   10   HD11  ILE 112          HD12      ILE 112 -10.092 -19.780   1.873
   11   HD13  ILE 112          HD13      ILE 112  -9.588 -20.825   3.201

  No H/Q in entry =          11
  In of MODEL   14
    1    H    LEU 113           H        LEU 113  -4.674 -18.508   1.659
    2    HA   LEU 113           HA       LEU 113  -5.197 -15.885   2.649
    3    HB2  LEU 113           HB2      LEU 113  -3.740 -17.488   3.841
    4    HB3  LEU 113           HB3      LEU 113  -2.594 -17.376   2.521
    5    HG   LEU 113           HG       LEU 113  -2.564 -14.863   2.992
    6   HD13  LEU 113          HD11      LEU 113  -3.202 -14.126   5.166
    7   HD12  LEU 113          HD12      LEU 113  -3.623 -15.763   5.662
    8   HD11  LEU 113          HD13      LEU 113  -4.590 -14.937   4.443
    9   HD22  LEU 113          HD21      LEU 113  -0.613 -15.985   3.467
   10   HD21  LEU 113          HD22      LEU 113  -1.365 -17.001   4.694
   11   HD23  LEU 113          HD23      LEU 113  -1.040 -15.301   5.035

  No H/Q in entry =          11
  In of MODEL   14
    1    H    MET 114           H        MET 114  -4.016 -17.395  -0.117
    2    HA   MET 114           HA       MET 114  -2.508 -15.203  -1.179
    3    HB2  MET 114           HB2      MET 114  -2.379 -17.704  -1.777
    4    HB3  MET 114           HB3      MET 114  -3.785 -17.397  -2.783
    5    HG2  MET 114           HG2      MET 114  -1.318 -15.751  -3.057
    6    HG3  MET 114           HG3      MET 114  -1.447 -17.331  -3.820
    7    HE3  MET 114           HE1      MET 114  -2.140 -13.948  -6.204
    8    HE2  MET 114           HE2      MET 114  -0.863 -15.122  -5.896
    9    HE1  MET 114           HE3      MET 114  -1.322 -13.971  -4.642

  No H/Q in entry =           9
  In of MODEL   14
    1    H    ARG 115           H        ARG 115  -5.781 -16.355  -1.250
    2    HA   ARG 115           HA       ARG 115  -6.763 -14.701  -3.319
    3    HB2  ARG 115           HB2      ARG 115  -8.294 -16.352  -2.885
    4    HB3  ARG 115           HB3      ARG 115  -7.893 -16.418  -1.178
    5    HG2  ARG 115           HG2      ARG 115 -10.130 -15.697  -1.353
    6    HG3  ARG 115           HG3      ARG 115  -9.169 -14.294  -0.883
    7    HD2  ARG 115           HD2      ARG 115  -9.258 -13.386  -3.077
    8    HD3  ARG 115           HD3      ARG 115  -9.904 -14.885  -3.744
    9    HE   ARG 115           HE       ARG 115 -11.382 -12.769  -2.528
   10   HH11  ARG 115          HH11      ARG 115 -11.297 -16.211  -3.067
   11   HH12  ARG 115          HH12      ARG 115 -13.003 -16.445  -2.840
   12   HH21  ARG 115          HH21      ARG 115 -13.671 -13.055  -2.247
   13   HH22  ARG 115          HH22      ARG 115 -14.348 -14.653  -2.402

  No H/Q in entry =          13
  In of MODEL   14
    1    H    LEU 116           H        LEU 116  -6.595 -14.479   0.221
    2    HA   LEU 116           HA       LEU 116  -7.710 -11.920   0.449
    3    HB2  LEU 116           HB2      LEU 116  -7.558 -13.011   2.484
    4    HB3  LEU 116           HB3      LEU 116  -5.954 -13.632   2.153
    5    HG   LEU 116           HG       LEU 116  -6.032 -10.712   2.433
    6   HD11  LEU 116          HD11      LEU 116  -7.173 -12.451   4.533
    7   HD13  LEU 116          HD12      LEU 116  -7.499 -10.758   4.145
    8   HD12  LEU 116          HD13      LEU 116  -6.039 -11.196   5.033
    9   HD23  LEU 116          HD21      LEU 116  -4.182 -11.241   4.025
   10   HD22  LEU 116          HD22      LEU 116  -3.936 -11.815   2.371
   11   HD21  LEU 116          HD23      LEU 116  -4.425 -12.947   3.633

  No H/Q in entry =          11
  In of MODEL   14
    1    H    SER 117           H        SER 117  -4.476 -13.027  -0.122
    2    HA   SER 117           HA       SER 117  -2.948 -10.804   0.237
    3    HB2  SER 117           HB2      SER 117  -2.696 -13.033  -1.797
    4    HB3  SER 117           HB3      SER 117  -1.459 -11.799  -1.562
    5    HG   SER 117           HG       SER 117  -2.472 -13.387   0.549

  No H/Q in entry =           5
  In of MODEL   14
    1    H    ALA 118           H        ALA 118  -4.484 -11.852  -2.688
    2    HA   ALA 118           HA       ALA 118  -3.770  -9.765  -4.397
    3    HB2  ALA 118           HB1      ALA 118  -4.519 -11.963  -5.181
    4    HB3  ALA 118           HB2      ALA 118  -5.448 -10.651  -5.903
    5    HB1  ALA 118           HB3      ALA 118  -6.148 -11.612  -4.599

  No H/Q in entry =           5
  In of MODEL   14
    1    H    GLN 119           H        GLN 119  -6.407 -10.084  -2.111
    2    HA   GLN 119           HA       GLN 119  -8.016  -8.023  -3.203
    3    HB2  GLN 119           HB2      GLN 119  -7.788  -8.830  -0.284
    4    HB3  GLN 119           HB3      GLN 119  -9.118  -7.962  -1.036
    5    HG2  GLN 119           HG2      GLN 119  -8.381 -10.693  -1.981
    6    HG3  GLN 119           HG3      GLN 119  -9.348 -10.486  -0.526
    7   HE21  GLN 119          HE21      GLN 119 -10.776  -8.163  -1.447
    8   HE22  GLN 119          HE22      GLN 119 -11.868  -8.709  -2.673

  No H/Q in entry =           8
  In of MODEL   14
    1    H    MET 120           H        MET 120  -5.967  -7.983  -0.240
    2    HA   MET 120           HA       MET 120  -5.672  -5.384   0.085
    3    HB2  MET 120           HB2      MET 120  -4.899  -7.056   1.607
    4    HB3  MET 120           HB3      MET 120  -3.671  -7.593   0.467
    5    HG2  MET 120           HG2      MET 120  -2.743  -5.226   0.644
    6    HG3  MET 120           HG3      MET 120  -3.768  -5.070   2.070
    7    HE1  MET 120           HE1      MET 120  -3.761  -8.146   2.638
    8    HE3  MET 120           HE2      MET 120  -3.451  -7.299   4.152
    9    HE2  MET 120           HE3      MET 120  -2.384  -8.599   3.631

  No H/Q in entry =           9
  In of MODEL   14
    1    H    ALA 121           H        ALA 121  -3.629  -7.304  -2.105
    2    HA   ALA 121           HA       ALA 121  -1.747  -5.321  -2.650
    3    HB2  ALA 121           HB1      ALA 121  -2.620  -7.461  -4.577
    4    HB1  ALA 121           HB2      ALA 121  -1.581  -7.774  -3.188
    5    HB3  ALA 121           HB3      ALA 121  -1.043  -6.678  -4.460

  No H/Q in entry =           5
  In of MODEL   14
    1    H    ARG 122           H        ARG 122  -4.905  -5.996  -3.924
    2    HA   ARG 122           HA       ARG 122  -4.809  -4.289  -6.154
    3    HB2  ARG 122           HB2      ARG 122  -6.716  -5.959  -4.812
    4    HB3  ARG 122           HB3      ARG 122  -7.462  -4.405  -5.161
    5    HG2  ARG 122           HG2      ARG 122  -7.799  -6.126  -6.910
    6    HG3  ARG 122           HG3      ARG 122  -7.024  -4.652  -7.498
    7    HD2  ARG 122           HD2      ARG 122  -4.876  -5.700  -7.474
    8    HD3  ARG 122           HD3      ARG 122  -5.529  -7.128  -6.664
    9    HE   ARG 122           HE       ARG 122  -6.415  -7.844  -8.674
   10   HH11  ARG 122          HH11      ARG 122  -4.792  -4.784  -9.062
   11   HH12  ARG 122          HH12      ARG 122  -5.084  -4.704 -10.772
   12   HH21  ARG 122          HH21      ARG 122  -6.778  -7.778 -10.914
   13   HH22  ARG 122          HH22      ARG 122  -6.211  -6.415 -11.836

  No H/Q in entry =          13
  In of MODEL   14
    1    H    ARG 123           H        ARG 123  -5.434  -3.930  -2.842
    2    HA   ARG 123           HA       ARG 123  -6.452  -1.271  -3.027
    3    HB2  ARG 123           HB2      ARG 123  -5.770  -2.893  -0.578
    4    HB3  ARG 123           HB3      ARG 123  -6.722  -1.401  -0.630
    5    HG2  ARG 123           HG2      ARG 123  -8.363  -2.448  -2.037
    6    HG3  ARG 123           HG3      ARG 123  -7.413  -3.926  -2.099
    7    HD2  ARG 123           HD2      ARG 123  -7.823  -4.369   0.196
    8    HD3  ARG 123           HD3      ARG 123  -8.544  -2.772   0.434
    9    HE   ARG 123           HE       ARG 123  -9.856  -5.093  -0.527
   10   HH11  ARG 123          HH11      ARG 123  -9.676  -1.634  -1.021
   11   HH12  ARG 123          HH12      ARG 123 -11.306  -1.492  -1.594
   12   HH21  ARG 123          HH21      ARG 123 -11.999  -4.927  -1.356
   13   HH22  ARG 123          HH22      ARG 123 -12.608  -3.368  -1.823

  No H/Q in entry =          13
  In of MODEL   14
    1    H    LEU 124           H        LEU 124  -3.449  -2.828  -2.548
    2    HA   LEU 124           HA       LEU 124  -2.126  -0.505  -1.538
    3    HB2  LEU 124           HB2      LEU 124  -0.873  -2.246  -0.879
    4    HB3  LEU 124           HB3      LEU 124  -1.511  -3.289  -2.130
    5    HG   LEU 124           HG       LEU 124   0.188  -1.600  -3.490
    6   HD12  LEU 124          HD11      LEU 124   1.614  -2.577  -1.025
    7   HD11  LEU 124          HD12      LEU 124   1.063  -0.909  -1.213
    8   HD13  LEU 124          HD13      LEU 124   2.263  -1.576  -2.324
    9   HD22  LEU 124          HD21      LEU 124   0.431  -3.649  -4.254
   10   HD21  LEU 124          HD22      LEU 124   0.007  -4.370  -2.702
   11   HD23  LEU 124          HD23      LEU 124   1.661  -3.833  -2.995

  No H/Q in entry =          11
  In of MODEL   14
    1    H    GLN 125           H        GLN 125  -3.399  -1.458  -4.418
    2    HA   GLN 125           HA       GLN 125  -1.598   0.263  -6.000
    3    HB2  GLN 125           HB2      GLN 125  -2.771  -2.369  -6.570
    4    HB3  GLN 125           HB3      GLN 125  -2.955  -1.198  -7.867
    5    HG2  GLN 125           HG2      GLN 125  -0.292  -1.567  -6.593
    6    HG3  GLN 125           HG3      GLN 125  -0.868  -2.746  -7.768
    7   HE21  GLN 125          HE21      GLN 125  -2.302  -0.895  -9.394
    8   HE22  GLN 125          HE22      GLN 125  -1.137   0.079 -10.217

  No H/Q in entry =           8
  In of MODEL   14
    1    H    VAL 126           H        VAL 126  -4.513   0.028  -4.543
    2    HA   VAL 126           HA       VAL 126  -6.052   1.464  -6.530
    3    HB   VAL 126           HB       VAL 126  -7.202  -0.152  -4.958
    4   HG12  VAL 126          HG11      VAL 126  -6.891   1.983  -2.868
    5   HG11  VAL 126          HG12      VAL 126  -5.835   0.575  -2.938
    6   HG13  VAL 126          HG13      VAL 126  -7.569   0.366  -2.686
    7   HG23  VAL 126          HG21      VAL 126  -9.064   1.294  -4.402
    8   HG22  VAL 126          HG22      VAL 126  -8.469   1.608  -6.038
    9   HG21  VAL 126          HG23      VAL 126  -8.054   2.703  -4.713

  No H/Q in entry =           9
  In of MODEL   14
    1    H    THR 127           H        THR 127  -4.235   2.008  -3.575
    2    HA   THR 127           HA       THR 127  -4.228   4.879  -4.046
    3    HB   THR 127           HB       THR 127  -5.514   3.828  -1.546
    4    HG1  THR 127           HG1      THR 127  -6.651   4.458  -4.028
    5   HG23  THR 127          HG21      THR 127  -6.277   6.124  -1.200
    6   HG22  THR 127          HG22      THR 127  -5.554   6.615  -2.732
    7   HG21  THR 127          HG23      THR 127  -4.524   6.101  -1.396

  No H/Q in entry =           7
  In of MODEL   14
    1    H    SER 128           H        SER 128  -2.512   2.355  -3.242
    2    HA   SER 128           HA       SER 128  -1.236   3.576  -0.906
    3    HB2  SER 128           HB2      SER 128  -1.007   0.802  -2.061
    4    HB3  SER 128           HB3      SER 128   0.049   1.404  -0.792
    5    HG   SER 128           HG       SER 128  -2.060   1.921   0.315

  No H/Q in entry =           5
  In of MODEL   14
    1    H    GLU 129           H        GLU 129  -1.089   3.117  -4.157
    2    HA   GLU 129           HA       GLU 129   1.720   3.921  -4.376
    3    HB2  GLU 129           HB2      GLU 129   1.856   2.137  -5.744
    4    HB3  GLU 129           HB3      GLU 129   0.116   1.925  -5.750
    5    HG2  GLU 129           HG2      GLU 129   1.275   4.073  -7.442
    6    HG3  GLU 129           HG3      GLU 129   1.472   2.397  -7.955

  No H/Q in entry =           6
  In of MODEL   14
    1    H    LYS 130           H        LYS 130  -1.427   4.902  -4.583
    2    HA   LYS 130           HA       LYS 130  -0.894   7.061  -6.508
    3    HB2  LYS 130           HB2      LYS 130  -3.404   5.659  -5.647
    4    HB3  LYS 130           HB3      LYS 130  -3.504   7.327  -6.191
    5    HG2  LYS 130           HG2      LYS 130  -2.794   6.788  -8.348
    6    HG3  LYS 130           HG3      LYS 130  -2.161   5.221  -7.843
    7    HD2  LYS 130           HD2      LYS 130  -4.589   4.655  -7.240
    8    HD3  LYS 130           HD3      LYS 130  -5.019   6.066  -8.210
    9    HE2  LYS 130           HE2      LYS 130  -5.158   4.146  -9.620
   10    HE3  LYS 130           HE3      LYS 130  -3.728   5.060 -10.098
   11    HZ2  LYS 130           HZ1      LYS 130  -3.902   2.465  -8.734
   12    HZ1  LYS 130           HZ2      LYS 130  -2.565   3.455  -8.420
   13    HZ3  LYS 130           HZ3      LYS 130  -2.890   2.953  -9.999

  No H/Q in entry =          13
  In of MODEL   14
    1    H    VAL 131           H        VAL 131   0.317   7.145  -4.222
    2    HA   VAL 131           HA       VAL 131  -0.804   8.152  -1.931
    3    HB   VAL 131           HB       VAL 131   1.803   9.332  -2.713
    4   HG13  VAL 131          HG11      VAL 131   2.465   8.633  -0.525
    5   HG12  VAL 131          HG12      VAL 131   1.023   7.629  -0.362
    6   HG11  VAL 131          HG13      VAL 131   0.874   9.387  -0.414
    7   HG23  VAL 131          HG21      VAL 131   2.893   7.059  -2.299
    8   HG22  VAL 131          HG22      VAL 131   2.174   7.339  -3.883
    9   HG21  VAL 131          HG23      VAL 131   1.316   6.369  -2.684

  No H/Q in entry =           9
  In of MODEL   14
    1    H    GLY 132           H        GLY 132  -0.286   9.762  -4.936
    2    HA3  GLY 132           HA2      GLY 132  -0.327  12.450  -3.865
    3    HA2  GLY 132           HA3      GLY 132  -0.308  12.009  -5.562

  No H/Q in entry =           3
  In of MODEL   14
    1    H    ASN 133           H        ASN 133  -2.739  10.287  -4.114
    2    HA   ASN 133           HA       ASN 133  -4.817  11.514  -5.483
    3    HB2  ASN 133           HB2      ASN 133  -4.507   9.360  -3.653
    4    HB3  ASN 133           HB3      ASN 133  -5.858  10.337  -3.090
    5   HD21  ASN 133          HD21      ASN 133  -4.865   9.920  -6.440
    6   HD22  ASN 133          HD22      ASN 133  -6.286   9.077  -6.941

  No H/Q in entry =           6
  In of MODEL   14
    1    H    LEU 134           H        LEU 134  -4.477  11.601  -1.948
    2    HA   LEU 134           HA       LEU 134  -6.116  13.909  -1.761
    3    HB2  LEU 134           HB2      LEU 134  -4.768  12.155   0.210
    4    HB3  LEU 134           HB3      LEU 134  -5.212  13.777   0.730
    5    HG   LEU 134           HG       LEU 134  -7.494  13.157  -0.418
    6   HD12  LEU 134          HD11      LEU 134  -7.201  10.479   0.650
    7   HD11  LEU 134          HD12      LEU 134  -6.188  10.770  -0.763
    8   HD13  LEU 134          HD13      LEU 134  -7.928  11.038  -0.856
    9   HD21  LEU 134          HD21      LEU 134  -7.162  13.793   1.925
   10   HD23  LEU 134          HD22      LEU 134  -6.761  12.118   2.309
   11   HD22  LEU 134          HD23      LEU 134  -8.373  12.530   1.721

  No H/Q in entry =          11
  In of MODEL   14
    1    H    ALA 135           H        ALA 135  -2.890  13.735  -2.609
    2    HA   ALA 135           HA       ALA 135  -1.949  16.004  -1.050
    3    HB1  ALA 135           HB1      ALA 135  -0.598  13.936  -2.185
    4    HB3  ALA 135           HB2      ALA 135   0.134  15.504  -1.829
    5    HB2  ALA 135           HB3      ALA 135  -0.467  15.158  -3.453

  No H/Q in entry =           5
  In of MODEL   14
    1    H    PHE 136           H        PHE 136  -3.293  15.118  -4.112
    2    HA   PHE 136           HA       PHE 136  -2.774  17.580  -5.468
    3    HB2  PHE 136           HB2      PHE 136  -3.502  15.015  -6.210
    4    HB3  PHE 136           HB3      PHE 136  -4.966  15.941  -6.513
    5    HD1  PHE 136           HD1      PHE 136  -1.434  17.060  -6.869
    6    HD2  PHE 136           HD2      PHE 136  -5.061  16.003  -8.829
    7    HE1  PHE 136           HE1      PHE 136  -0.500  17.833  -9.009
    8    HE2  PHE 136           HE2      PHE 136  -4.133  16.776 -10.969
    9    HZ   PHE 136           HZ       PHE 136  -1.851  17.692 -11.063

  No H/Q in entry =           9
  In of MODEL   14
    1    H    LEU 137           H        LEU 137  -3.906  19.393  -5.418
    2    HA   LEU 137           HA       LEU 137  -6.426  19.498  -3.896
    3    HB2  LEU 137           HB2      LEU 137  -4.688  21.778  -4.851
    4    HB3  LEU 137           HB3      LEU 137  -6.062  21.902  -3.769
    5    HG   LEU 137           HG       LEU 137  -3.615  20.288  -3.070
    6   HD12  LEU 137          HD11      LEU 137  -2.884  22.246  -1.778
    7   HD11  LEU 137          HD12      LEU 137  -4.199  23.183  -2.488
    8   HD13  LEU 137          HD13      LEU 137  -2.908  22.558  -3.514
    9   HD22  LEU 137          HD21      LEU 137  -5.527  19.742  -1.724
   10   HD21  LEU 137          HD22      LEU 137  -5.898  21.446  -1.472
   11   HD23  LEU 137          HD23      LEU 137  -4.447  20.747  -0.756

  No H/Q in entry =          11
  In of MODEL   14
    1    H    ASP 138           H        ASP 138  -6.583  18.303  -6.193
    2    HA   ASP 138           HA       ASP 138  -7.426  19.949  -8.326
    3    HB2  ASP 138           HB2      ASP 138  -6.184  17.754  -8.607
    4    HB3  ASP 138           HB3      ASP 138  -7.763  16.977  -8.398

  No H/Q in entry =           4
  In of MODEL   14
    1    H    VAL 139           H        VAL 139  -9.190  19.458  -5.626
    2    HA   VAL 139           HA       VAL 139 -11.557  18.303  -5.972
    3    HB   VAL 139           HB       VAL 139 -10.779  20.423  -4.368
    4   HG12  VAL 139          HG11      VAL 139 -13.368  21.285  -5.645
    5   HG11  VAL 139          HG12      VAL 139 -11.812  22.002  -6.070
    6   HG13  VAL 139          HG13      VAL 139 -12.423  22.132  -4.418
    7   HG22  VAL 139          HG21      VAL 139 -12.024  18.619  -3.529
    8   HG21  VAL 139          HG22      VAL 139 -13.360  18.925  -4.640
    9   HG23  VAL 139          HG23      VAL 139 -13.051  20.037  -3.306

  No H/Q in entry =           9
  In of MODEL   14
    1    H    THR 140           H        THR 140 -10.702  21.127  -7.993
    2    HA   THR 140           HA       THR 140 -13.296  21.423  -9.128
    3    HB   THR 140           HB       THR 140 -11.568  22.252 -11.094
    4    HG1  THR 140           HG1      THR 140  -9.652  22.180 -10.174
    5   HG23  THR 140          HG21      THR 140 -13.326  23.637 -10.261
    6   HG22  THR 140          HG22      THR 140 -11.813  24.512 -10.023
    7   HG21  THR 140          HG23      THR 140 -12.590  23.709  -8.659

  No H/Q in entry =           7
  In of MODEL   14
    1    H    GLY 141           H        GLY 141 -14.142  19.495  -9.840
    2    HA3  GLY 141           HA2      GLY 141 -14.558  18.114 -11.713
    3    HA2  GLY 141           HA3      GLY 141 -12.872  18.279 -12.187

  No H/Q in entry =           3
  In of MODEL   14
    1    H    ARG 142           H        ARG 142 -12.957  17.734  -8.871
    2    HA   ARG 142           HA       ARG 142 -12.603  14.854  -9.322
    3    HB2  ARG 142           HB2      ARG 142 -11.132  16.816  -7.825
    4    HB3  ARG 142           HB3      ARG 142 -11.608  15.478  -6.788
    5    HG2  ARG 142           HG2      ARG 142  -9.352  15.341  -8.027
    6    HG3  ARG 142           HG3      ARG 142 -10.404  13.926  -8.013
    7    HD2  ARG 142           HD2      ARG 142 -10.809  14.031 -10.235
    8    HD3  ARG 142           HD3      ARG 142 -10.825  15.791 -10.257
    9    HE   ARG 142           HE       ARG 142  -8.501  15.810 -10.571
   10   HH11  ARG 142          HH11      ARG 142  -9.736  12.523 -10.347
   11   HH12  ARG 142          HH12      ARG 142  -8.329  11.815 -11.071
   12   HH21  ARG 142          HH21      ARG 142  -6.658  14.853 -11.536
   13   HH22  ARG 142          HH22      ARG 142  -6.581  13.121 -11.733

  No H/Q in entry =          13
  In of MODEL   14
    1    H    ILE 143           H        ILE 143 -15.012  16.753  -8.249
    2    HA   ILE 143           HA       ILE 143 -15.743  15.159  -5.878
    3    HB   ILE 143           HB       ILE 143 -17.238  17.484  -7.034
    4   HG12  ILE 143          HG12      ILE 143 -15.170  17.727  -4.871
    5   HG13  ILE 143          HG13      ILE 143 -14.726  17.850  -6.569
    6   HG22  ILE 143          HG21      ILE 143 -17.932  17.769  -4.657
    7   HG21  ILE 143          HG22      ILE 143 -17.112  16.251  -4.295
    8   HG23  ILE 143          HG23      ILE 143 -18.481  16.269  -5.403
    9   HD13  ILE 143          HD11      ILE 143 -16.142  19.754  -6.855
   10   HD12  ILE 143          HD12      ILE 143 -15.073  20.022  -5.479
   11   HD11  ILE 143          HD13      ILE 143 -16.761  19.589  -5.212

  No H/Q in entry =          11
  In of MODEL   14
    1    H    ALA 144           H        ALA 144 -17.423  16.563  -8.608
    2    HA   ALA 144           HA       ALA 144 -19.527  14.674  -8.628
    3    HB2  ALA 144           HB1      ALA 144 -20.164  15.757 -10.776
    4    HB3  ALA 144           HB2      ALA 144 -18.686  16.716 -10.695
    5    HB1  ALA 144           HB3      ALA 144 -19.931  16.910  -9.461

  No H/Q in entry =           5
  In of MODEL   14
    1    H    GLN 145           H        GLN 145 -16.374  14.844  -9.763
    2    HA   GLN 145           HA       GLN 145 -16.489  13.155 -12.013
    3    HB2  GLN 145           HB2      GLN 145 -14.644  14.688 -11.618
    4    HB3  GLN 145           HB3      GLN 145 -14.231  13.834 -10.142
    5    HG2  GLN 145           HG2      GLN 145 -12.688  13.016 -11.626
    6    HG3  GLN 145           HG3      GLN 145 -13.951  11.789 -11.703
    7   HE21  GLN 145          HE21      GLN 145 -12.583  14.580 -13.311
    8   HE22  GLN 145          HE22      GLN 145 -13.170  14.198 -14.892

  No H/Q in entry =           8
  In of MODEL   14
    1    H    THR 146           H        THR 146 -15.842  12.521  -8.407
    2    HA   THR 146           HA       THR 146 -15.290   9.824  -9.008
    3    HB   THR 146           HB       THR 146 -15.825  11.119  -6.356
    4    HG1  THR 146           HG1      THR 146 -13.972  12.147  -6.472
    5   HG21  THR 146          HG21      THR 146 -14.070   8.795  -7.178
    6   HG23  THR 146          HG22      THR 146 -15.584   8.700  -6.279
    7   HG22  THR 146          HG23      THR 146 -14.169   9.454  -5.546

  No H/Q in entry =           7
  In of MODEL   14
    1    H    LEU 147           H        LEU 147 -17.921  11.700  -8.991
    2    HA   LEU 147           HA       LEU 147 -19.660  10.222  -7.203
    3    HB2  LEU 147           HB2      LEU 147 -19.621  12.850  -8.390
    4    HB3  LEU 147           HB3      LEU 147 -21.129  12.034  -8.759
    5    HG   LEU 147           HG       LEU 147 -20.239  11.869  -5.966
    6   HD11  LEU 147          HD11      LEU 147 -19.645  14.176  -6.439
    7   HD13  LEU 147          HD12      LEU 147 -21.066  14.089  -5.398
    8   HD12  LEU 147          HD13      LEU 147 -21.249  14.464  -7.113
    9   HD22  LEU 147          HD21      LEU 147 -22.299  10.880  -6.676
   10   HD21  LEU 147          HD22      LEU 147 -22.841  12.408  -7.370
   11   HD23  LEU 147          HD23      LEU 147 -22.652  12.249  -5.624

  No H/Q in entry =          11
  In of MODEL   14
    1    H    LEU 148           H        LEU 148 -18.868  10.882 -10.509
    2    HA   LEU 148           HA       LEU 148 -20.939   9.192 -11.575
    3    HB2  LEU 148           HB2      LEU 148 -18.510  10.147 -13.064
    4    HB3  LEU 148           HB3      LEU 148 -20.088   9.727 -13.711
    5    HG   LEU 148           HG       LEU 148 -19.388  12.146 -12.058
    6   HD13  LEU 148          HD11      LEU 148 -18.734  12.313 -14.368
    7   HD12  LEU 148          HD12      LEU 148 -20.122  13.359 -14.061
    8   HD11  LEU 148          HD13      LEU 148 -20.342  11.818 -14.891
    9   HD22  LEU 148          HD21      LEU 148 -21.583  11.374 -11.359
   10   HD21  LEU 148          HD22      LEU 148 -22.110  11.244 -13.036
   11   HD23  LEU 148          HD23      LEU 148 -21.754  12.826 -12.343

  No H/Q in entry =          11
  In of MODEL   14
    1    H    ASN 149           H        ASN 149 -17.702   8.839 -10.438
    2    HA   ASN 149           HA       ASN 149 -17.066   6.350 -11.637
    3    HB2  ASN 149           HB2      ASN 149 -15.474   7.867 -10.328
    4    HB3  ASN 149           HB3      ASN 149 -16.221   7.236  -8.864
    5   HD21  ASN 149          HD21      ASN 149 -14.099   6.592 -11.503
    6   HD22  ASN 149          HD22      ASN 149 -13.500   5.074 -10.933

  No H/Q in entry =           6
  In of MODEL   14
    1    H    LEU 150           H        LEU 150 -19.092   7.397  -9.082
    2    HA   LEU 150           HA       LEU 150 -19.574   4.788  -7.921
    3    HB2  LEU 150           HB2      LEU 150 -20.780   7.525  -7.591
    4    HB3  LEU 150           HB3      LEU 150 -21.496   6.111  -6.828
    5    HG   LEU 150           HG       LEU 150 -18.600   6.506  -6.372
    6   HD12  LEU 150          HD11      LEU 150 -20.290   8.047  -4.535
    7   HD11  LEU 150          HD12      LEU 150 -20.101   8.746  -6.139
    8   HD13  LEU 150          HD13      LEU 150 -18.678   8.395  -5.160
    9   HD22  LEU 150          HD21      LEU 150 -19.142   5.609  -4.236
   10   HD21  LEU 150          HD22      LEU 150 -20.000   4.660  -5.453
   11   HD23  LEU 150          HD23      LEU 150 -20.866   5.870  -4.502

  No H/Q in entry =          11
  In of MODEL   14
    1    H    ALA 151           H        ALA 151 -20.518   6.297 -10.904
    2    HA   ALA 151           HA       ALA 151 -23.129   4.966 -10.744
    3    HB2  ALA 151           HB1      ALA 151 -23.258   6.080 -13.147
    4    HB3  ALA 151           HB2      ALA 151 -22.030   7.153 -12.474
    5    HB1  ALA 151           HB3      ALA 151 -23.610   7.018 -11.696

  No H/Q in entry =           5
  In of MODEL   14
    1    H    LYS 152           H        LYS 152 -19.943   4.687 -11.623
    2    HA   LYS 152           HA       LYS 152 -20.409   2.742 -13.744
    3    HB2  LYS 152           HB2      LYS 152 -17.821   3.840 -12.611
    4    HB3  LYS 152           HB3      LYS 152 -17.947   2.729 -13.966
    5    HG2  LYS 152           HG2      LYS 152 -19.164   4.402 -15.247
    6    HG3  LYS 152           HG3      LYS 152 -19.050   5.526 -13.891
    7    HD2  LYS 152           HD2      LYS 152 -16.584   5.423 -14.056
    8    HD3  LYS 152           HD3      LYS 152 -16.745   4.371 -15.466
    9    HE2  LYS 152           HE2      LYS 152 -17.993   7.103 -15.320
   10    HE3  LYS 152           HE3      LYS 152 -16.362   6.837 -15.929
   11    HZ1  LYS 152           HZ1      LYS 152 -17.325   5.307 -17.585
   12    HZ3  LYS 152           HZ2      LYS 152 -17.889   6.890 -17.750
   13    HZ2  LYS 152           HZ3      LYS 152 -18.876   5.715 -17.045

  No H/Q in entry =          13
  In of MODEL   14
    1    H    GLN 153           H        GLN 153 -20.093   2.613 -10.319
    2    HA   GLN 153           HA       GLN 153 -19.069  -0.121 -10.546
    3    HB2  GLN 153           HB2      GLN 153 -18.467   0.134  -8.143
    4    HB3  GLN 153           HB3      GLN 153 -17.626   1.264  -9.187
    5    HG2  GLN 153           HG2      GLN 153 -19.039   3.058  -8.469
    6    HG3  GLN 153           HG3      GLN 153 -20.065   1.948  -7.563
    7   HE21  GLN 153          HE21      GLN 153 -17.061   3.663  -7.637
    8   HE22  GLN 153          HE22      GLN 153 -16.588   3.319  -6.010

  No H/Q in entry =           8
  In of MODEL   14
    1    HA   PRO 154           HA       PRO 154 -22.660  -2.262  -9.102
    2    HB2  PRO 154           HB2      PRO 154 -21.712  -3.085  -6.555
    3    HB3  PRO 154           HB3      PRO 154 -21.716  -4.011  -8.057
    4    HG2  PRO 154           HG2      PRO 154 -19.537  -2.422  -6.811
    5    HG3  PRO 154           HG3      PRO 154 -19.436  -3.883  -7.809
    6    HD2  PRO 154           HD2      PRO 154 -18.757  -1.520  -8.807
    7    HD3  PRO 154           HD3      PRO 154 -19.661  -2.684  -9.795

  No H/Q in entry =           7
  In of MODEL   14
    1    H    ASP 155           H        ASP 155 -21.477   0.302  -7.211
    2    HA   ASP 155           HA       ASP 155 -23.526   0.250  -5.183
    3    HB2  ASP 155           HB2      ASP 155 -21.479   2.441  -5.965
    4    HB3  ASP 155           HB3      ASP 155 -22.597   2.582  -4.614

  No H/Q in entry =           4
  In of MODEL   14
    1    H    ALA 156           H        ALA 156 -23.551   1.720  -8.617
    2    HA   ALA 156           HA       ALA 156 -25.279   3.704  -7.748
    3    HB3  ALA 156           HB1      ALA 156 -25.479   4.232  -9.978
    4    HB1  ALA 156           HB2      ALA 156 -25.261   2.561 -10.503
    5    HB2  ALA 156           HB3      ALA 156 -23.882   3.492  -9.920

  No H/Q in entry =           5
  In of MODEL   14
    1    H    MET 157           H        MET 157 -27.268   3.456  -7.094
    2    HA   MET 157           HA       MET 157 -28.527   0.909  -7.818
    3    HB2  MET 157           HB2      MET 157 -29.827   1.084  -5.827
    4    HB3  MET 157           HB3      MET 157 -28.129   1.373  -5.448
    5    HG2  MET 157           HG2      MET 157 -28.523   3.737  -5.301
    6    HG3  MET 157           HG3      MET 157 -30.204   3.531  -5.792
    7    HE1  MET 157           HE1      MET 157 -31.938   2.125  -4.416
    8    HE3  MET 157           HE2      MET 157 -31.711   1.589  -2.752
    9    HE2  MET 157           HE3      MET 157 -30.871   0.766  -4.065

  No H/Q in entry =           9
  In of MODEL   14
    1    H    THR 158           H        THR 158 -31.052   1.135  -7.981
    2    HA   THR 158           HA       THR 158 -31.524   3.498  -9.680
    3    HB   THR 158           HB       THR 158 -33.417   1.938 -10.649
    4    HG1  THR 158           HG1      THR 158 -32.173  -0.238 -10.810
    5   HG22  THR 158          HG21      THR 158 -31.852   1.276 -12.431
    6   HG21  THR 158          HG22      THR 158 -30.500   1.722 -11.390
    7   HG23  THR 158          HG23      THR 158 -31.631   2.956 -11.940

  No H/Q in entry =           7
  In of MODEL   14
    1    H    HIS 159           H        HIS 159 -33.468   4.455  -9.610
    2    HA   HIS 159           HA       HIS 159 -35.389   3.791  -7.519
    3    HB2  HIS 159           HB2      HIS 159 -33.495   5.614  -6.988
    4    HB3  HIS 159           HB3      HIS 159 -34.554   6.638  -7.943
    5    HD1  HIS 159           HD1      HIS 159 -36.162   7.897  -6.629
    6    HD2  HIS 159           HD2      HIS 159 -35.063   4.353  -4.741
    7    HE1  HIS 159           HE1      HIS 159 -37.305   7.933  -4.384
    8    HE2  HIS 159           HE2      HIS 159 -36.757   5.709  -3.332

  No H/Q in entry =           8
  In of MODEL   14
    1    HA   PRO 160           HA       PRO 160 -37.981   4.818 -10.997
    2    HB2  PRO 160           HB2      PRO 160 -40.231   5.808  -9.840
    3    HB3  PRO 160           HB3      PRO 160 -39.808   4.094  -9.820
    4    HG2  PRO 160           HG2      PRO 160 -39.435   6.161  -7.689
    5    HG3  PRO 160           HG3      PRO 160 -40.004   4.489  -7.537
    6    HD2  PRO 160           HD2      PRO 160 -37.465   5.228  -6.951
    7    HD3  PRO 160           HD3      PRO 160 -37.871   3.625  -7.597

  No H/Q in entry =           7
  In of MODEL   14
    1    H    ASP 161           H        ASP 161 -36.021   6.829 -10.445
    2    HA   ASP 161           HA       ASP 161 -37.111   9.041 -11.829
    3    HB2  ASP 161           HB2      ASP 161 -37.326  10.717 -10.184
    4    HB3  ASP 161           HB3      ASP 161 -38.121   9.313  -9.484

  No H/Q in entry =           4
  In of MODEL   14
    1    H    GLY 162           H        GLY 162 -34.488   7.528 -10.207
    2    HA3  GLY 162           HA2      GLY 162 -32.573   8.487 -11.976
    3    HA2  GLY 162           HA3      GLY 162 -32.464   9.386 -10.465

  No H/Q in entry =           3
  In of MODEL   14
    1    H    MET 163           H        MET 163 -30.276   8.111 -10.802
    2    HA   MET 163           HA       MET 163 -30.454   5.683  -9.168
    3    HB2  MET 163           HB2      MET 163 -28.449   4.863 -10.567
    4    HB3  MET 163           HB3      MET 163 -30.055   4.676 -11.259
    5    HG2  MET 163           HG2      MET 163 -29.671   6.769 -12.557
    6    HG3  MET 163           HG3      MET 163 -28.019   6.788 -11.944
    7    HE1  MET 163           HE1      MET 163 -26.165   5.159 -12.597
    8    HE3  MET 163           HE2      MET 163 -26.378   3.716 -13.586
    9    HE2  MET 163           HE3      MET 163 -27.086   3.791 -11.973

  No H/Q in entry =           9
  In of MODEL   14
    1    H    GLN 164           H        GLN 164 -29.352   5.930  -7.479
    2    HA   GLN 164           HA       GLN 164 -27.420   8.074  -7.207
    3    HB2  GLN 164           HB2      GLN 164 -28.190   8.100  -4.885
    4    HB3  GLN 164           HB3      GLN 164 -29.539   8.294  -5.983
    5    HG2  GLN 164           HG2      GLN 164 -29.103   5.516  -5.352
    6    HG3  GLN 164           HG3      GLN 164 -29.338   6.488  -3.903
    7   HE21  GLN 164          HE21      GLN 164 -31.303   7.414  -3.511
    8   HE22  GLN 164          HE22      GLN 164 -32.716   7.053  -4.431

  No H/Q in entry =           8
  In of MODEL   14
    1    H    ILE 165           H        ILE 165 -26.561   7.528  -4.931
    2    HA   ILE 165           HA       ILE 165 -25.455   5.100  -4.211
    3    HB   ILE 165           HB       ILE 165 -23.062   6.469  -4.556
    4   HG12  ILE 165          HG12      ILE 165 -23.333   6.532  -7.293
    5   HG13  ILE 165          HG13      ILE 165 -24.874   7.187  -6.751
    6   HG22  ILE 165          HG21      ILE 165 -23.765   4.506  -6.646
    7   HG21  ILE 165          HG22      ILE 165 -23.913   4.005  -4.963
    8   HG23  ILE 165          HG23      ILE 165 -22.363   4.582  -5.579
    9   HD13  ILE 165          HD11      ILE 165 -23.857   8.976  -5.656
   10   HD12  ILE 165          HD12      ILE 165 -23.001   8.825  -7.193
   11   HD11  ILE 165          HD13      ILE 165 -22.268   8.214  -5.710

  No H/Q in entry =          11
  In of MODEL   14
    1    H    LYS 166           H        LYS 166 -25.093   5.890  -1.579
    2    HA   LYS 166           HA       LYS 166 -25.847   8.623  -1.565
    3    HB2  LYS 166           HB2      LYS 166 -25.689   7.891   1.012
    4    HB3  LYS 166           HB3      LYS 166 -27.135   7.618   0.051
    5    HG2  LYS 166           HG2      LYS 166 -26.543   5.334  -0.318
    6    HG3  LYS 166           HG3      LYS 166 -24.958   5.576   0.414
    7    HD2  LYS 166           HD2      LYS 166 -25.919   5.886   2.576
    8    HD3  LYS 166           HD3      LYS 166 -27.550   5.953   1.906
    9    HE2  LYS 166           HE2      LYS 166 -25.771   3.533   1.671
   10    HE3  LYS 166           HE3      LYS 166 -26.884   3.776   3.016
   11    HZ3  LYS 166           HZ1      LYS 166 -27.928   2.419   1.365
   12    HZ2  LYS 166           HZ2      LYS 166 -27.599   3.538   0.145
   13    HZ1  LYS 166           HZ3      LYS 166 -28.697   3.923   1.369

  No H/Q in entry =          13
  In of MODEL   14
    1    H    ILE 167           H        ILE 167 -24.210  10.135  -1.290
    2    HA   ILE 167           HA       ILE 167 -21.967   9.041   0.235
    3    HB   ILE 167           HB       ILE 167 -20.445  10.606  -1.043
    4   HG12  ILE 167          HG12      ILE 167 -22.704  10.375  -3.036
    5   HG13  ILE 167          HG13      ILE 167 -22.144  11.859  -2.262
    6   HG21  ILE 167          HG21      ILE 167 -20.417   8.148  -1.124
    7   HG23  ILE 167          HG22      ILE 167 -19.970   8.871  -2.669
    8   HG22  ILE 167          HG23      ILE 167 -21.583   8.192  -2.447
    9   HD12  ILE 167          HD11      ILE 167 -20.885  10.238  -4.398
   10   HD11  ILE 167          HD12      ILE 167 -19.859  11.165  -3.305
   11   HD13  ILE 167          HD13      ILE 167 -21.086  11.985  -4.269

  No H/Q in entry =          11
  In of MODEL   14
    1    H    THR 168           H        THR 168 -21.331  10.191   2.001
    2    HA   THR 168           HA       THR 168 -22.526  12.810   2.312
    3    HB   THR 168           HB       THR 168 -20.368  11.770   4.138
    4    HG1  THR 168           HG1      THR 168 -22.870  10.631   3.682
    5   HG22  THR 168          HG21      THR 168 -21.772  12.826   5.874
    6   HG21  THR 168          HG22      THR 168 -22.953  13.265   4.640
    7   HG23  THR 168          HG23      THR 168 -21.338  13.973   4.608

  No H/Q in entry =           7
  In of MODEL   14
    1    H    ARG 169           H        ARG 169 -20.833  14.605   2.795
    2    HA   ARG 169           HA       ARG 169 -18.990  14.694   0.553
    3    HB2  ARG 169           HB2      ARG 169 -18.233  16.890   1.724
    4    HB3  ARG 169           HB3      ARG 169 -19.846  16.868   1.037
    5    HG2  ARG 169           HG2      ARG 169 -20.098  17.944   3.080
    6    HG3  ARG 169           HG3      ARG 169 -20.661  16.300   3.397
    7    HD2  ARG 169           HD2      ARG 169 -18.442  15.770   4.358
    8    HD3  ARG 169           HD3      ARG 169 -17.949  17.441   4.093
    9    HE   ARG 169           HE       ARG 169 -20.342  17.305   5.629
   10   HH11  ARG 169          HH11      ARG 169 -16.865  16.898   5.874
   11   HH12  ARG 169          HH12      ARG 169 -16.816  17.260   7.568
   12   HH21  ARG 169          HH21      ARG 169 -20.268  17.803   7.849
   13   HH22  ARG 169          HH22      ARG 169 -18.751  17.780   8.691

  No H/Q in entry =          13
  In of MODEL   14
    1    H    GLN 170           H        GLN 170 -18.866  13.724   4.045
    2    HA   GLN 170           HA       GLN 170 -16.328  13.673   4.461
    3    HB2  GLN 170           HB2      GLN 170 -18.138  11.300   4.933
    4    HB3  GLN 170           HB3      GLN 170 -16.680  11.704   5.829
    5    HG2  GLN 170           HG2      GLN 170 -17.859  13.862   6.448
    6    HG3  GLN 170           HG3      GLN 170 -19.328  13.096   5.848
    7   HE21  GLN 170          HE21      GLN 170 -20.127  11.269   6.919
    8   HE22  GLN 170          HE22      GLN 170 -19.692  10.927   8.554

  No H/Q in entry =           8
  In of MODEL   14
    1    H    GLU 171           H        GLU 171 -17.748  11.924   1.551
    2    HA   GLU 171           HA       GLU 171 -15.759   9.954   1.971
    3    HB2  GLU 171           HB2      GLU 171 -17.771  10.440  -0.243
    4    HB3  GLU 171           HB3      GLU 171 -16.617   9.101  -0.235
    5    HG2  GLU 171           HG2      GLU 171 -18.510   9.491   2.022
    6    HG3  GLU 171           HG3      GLU 171 -19.060   8.744   0.528

  No H/Q in entry =           6
  In of MODEL   14
    1    H    ILE 172           H        ILE 172 -16.786  12.752   0.435
    2    HA   ILE 172           HA       ILE 172 -15.029  12.867  -1.817
    3    HB   ILE 172           HB       ILE 172 -16.526  15.084  -0.407
    4   HG12  ILE 172          HG12      ILE 172 -18.104  13.349  -0.887
    5   HG13  ILE 172          HG13      ILE 172 -18.287  14.564  -2.151
    6   HG22  ILE 172          HG21      ILE 172 -15.736  14.767  -3.298
    7   HG21  ILE 172          HG22      ILE 172 -14.804  15.686  -2.114
    8   HG23  ILE 172          HG23      ILE 172 -16.447  16.181  -2.525
    9   HD13  ILE 172          HD11      ILE 172 -18.355  12.444  -3.200
   10   HD12  ILE 172          HD12      ILE 172 -16.912  11.904  -2.336
   11   HD11  ILE 172          HD13      ILE 172 -16.784  13.154  -3.575

  No H/Q in entry =          11
  In of MODEL   14
    1    H    GLY 173           H        GLY 173 -14.831  14.179   1.625
    2    HA3  GLY 173           HA2      GLY 173 -12.550  15.661   0.808
    3    HA2  GLY 173           HA3      GLY 173 -13.367  15.667   2.353

  No H/Q in entry =           3
  In of MODEL   14
    1    H    GLN 174           H        GLN 174 -13.178  12.675   1.771
    2    HA   GLN 174           HA       GLN 174 -10.760  12.151   3.313
    3    HB2  GLN 174           HB2      GLN 174 -13.355  10.875   3.014
    4    HB3  GLN 174           HB3      GLN 174 -12.051   9.736   2.706
    5    HG2  GLN 174           HG2      GLN 174 -12.818   9.773   5.051
    6    HG3  GLN 174           HG3      GLN 174 -11.105  10.126   4.845
    7   HE21  GLN 174          HE21      GLN 174 -13.723  12.385   4.239
    8   HE22  GLN 174          HE22      GLN 174 -13.307  13.478   5.515

  No H/Q in entry =           8
  In of MODEL   14
    1    H    ILE 175           H        ILE 175 -12.315  11.658   0.188
    2    HA   ILE 175           HA       ILE 175 -10.060  10.142  -0.894
    3    HB   ILE 175           HB       ILE 175 -12.623  10.842  -2.334
    4   HG12  ILE 175          HG12      ILE 175 -12.186   8.134  -1.209
    5   HG13  ILE 175          HG13      ILE 175 -12.557   9.412  -0.057
    6   HG23  ILE 175          HG21      ILE 175 -10.856  10.135  -3.835
    7   HG22  ILE 175          HG22      ILE 175 -12.051   8.845  -3.692
    8   HG21  ILE 175          HG23      ILE 175 -10.519   8.729  -2.825
    9   HD12  ILE 175          HD11      ILE 175 -14.244   8.462  -2.352
   10   HD11  ILE 175          HD12      ILE 175 -14.577   9.941  -1.446
   11   HD13  ILE 175          HD13      ILE 175 -14.592   8.379  -0.623

  No H/Q in entry =          11
  In of MODEL   14
    1    H    VAL 176           H        VAL 176 -11.737  13.206  -1.561
    2    HA   VAL 176           HA       VAL 176 -10.094  13.865  -3.792
    3    HB   VAL 176           HB       VAL 176 -11.782  15.837  -2.247
    4   HG12  VAL 176          HG11      VAL 176 -11.938  16.871  -4.554
    5   HG11  VAL 176          HG12      VAL 176 -10.622  15.789  -5.014
    6   HG13  VAL 176          HG13      VAL 176 -10.374  16.985  -3.742
    7   HG22  VAL 176          HG21      VAL 176 -13.612  15.400  -3.722
    8   HG21  VAL 176          HG22      VAL 176 -13.132  13.875  -2.970
    9   HG23  VAL 176          HG23      VAL 176 -12.664  14.220  -4.636

  No H/Q in entry =           9
  In of MODEL   14
    1    H    GLY 177           H        GLY 177 -10.252  15.231  -0.462
    2    HA3  GLY 177           HA2      GLY 177  -7.770  15.309   0.306
    3    HA2  GLY 177           HA3      GLY 177  -7.659  16.478  -1.003

  No H/Q in entry =           3
  In of MODEL   14
    1    H    CYS 178           H        CYS 178 -10.654  17.019  -0.046
    2    HA   CYS 178           HA       CYS 178  -9.806  18.962   1.977
    3    HB2  CYS 178           HB2      CYS 178 -12.107  19.538   0.153
    4    HB3  CYS 178           HB3      CYS 178 -11.162  20.646   1.140
    5    HG   CYS 178           HG       CYS 178  -8.857  19.770  -0.631

  No H/Q in entry =           5
  In of MODEL   14
    1    H    SER 179           H        SER 179 -12.369  19.881   2.505
    2    HA   SER 179           HA       SER 179 -13.517  17.459   3.551
    3    HB2  SER 179           HB2      SER 179 -12.454  18.613   5.526
    4    HB3  SER 179           HB3      SER 179 -13.582  19.945   5.264
    5    HG   SER 179           HG       SER 179 -14.103  17.984   6.756

  No H/Q in entry =           5
  In of MODEL   14
    1    H    ARG 180           H        ARG 180 -15.130  20.031   4.482
    2    HA   ARG 180           HA       ARG 180 -17.185  19.369   2.554
    3    HB2  ARG 180           HB2      ARG 180 -18.456  21.082   4.133
    4    HB3  ARG 180           HB3      ARG 180 -18.334  19.409   4.680
    5    HG2  ARG 180           HG2      ARG 180 -17.564  20.331   6.586
    6    HG3  ARG 180           HG3      ARG 180 -16.056  20.511   5.691
    7    HD2  ARG 180           HD2      ARG 180 -17.699  22.705   5.011
    8    HD3  ARG 180           HD3      ARG 180 -17.752  22.533   6.763
    9    HE   ARG 180           HE       ARG 180 -15.076  22.391   5.797
   10   HH11  ARG 180          HH11      ARG 180 -17.689  24.607   6.486
   11   HH12  ARG 180          HH12      ARG 180 -16.649  25.962   6.765
   12   HH21  ARG 180          HH21      ARG 180 -13.677  24.188   6.146
   13   HH22  ARG 180          HH22      ARG 180 -14.370  25.726   6.577

  No H/Q in entry =          13
  In of MODEL   14
    1    H    GLU 181           H        GLU 181 -14.394  20.898   3.159
    2    HA   GLU 181           HA       GLU 181 -14.342  23.548   3.294
    3    HB2  GLU 181           HB2      GLU 181 -12.740  21.661   1.689
    4    HB3  GLU 181           HB3      GLU 181 -12.587  23.359   1.295
    5    HG2  GLU 181           HG2      GLU 181 -11.065  22.082   3.092
    6    HG3  GLU 181           HG3      GLU 181 -11.394  23.814   3.129

  No H/Q in entry =           6
  In of MODEL   14
    1    H    THR 182           H        THR 182 -13.882  22.726  -0.346
    2    HA   THR 182           HA       THR 182 -15.885  24.658  -0.559
    3    HB   THR 182           HB       THR 182 -14.634  24.173  -3.018
    4    HG1  THR 182           HG1      THR 182 -12.876  24.093  -0.759
    5   HG21  THR 182          HG21      THR 182 -15.517  26.302  -2.107
    6   HG23  THR 182          HG22      THR 182 -13.867  26.467  -2.707
    7   HG22  THR 182          HG23      THR 182 -14.168  26.354  -0.973

  No H/Q in entry =           7
  In of MODEL   14
    1    H    VAL 183           H        VAL 183 -15.228  21.450  -0.888
    2    HA   VAL 183           HA       VAL 183 -16.960  20.559  -2.950
    3    HB   VAL 183           HB       VAL 183 -15.168  19.499  -0.927
    4   HG11  VAL 183          HG11      VAL 183 -17.237  19.005   0.347
    5   HG13  VAL 183          HG12      VAL 183 -16.306  17.571  -0.104
    6   HG12  VAL 183          HG13      VAL 183 -17.777  17.994  -0.996
    7   HG23  VAL 183          HG21      VAL 183 -16.608  18.018  -3.095
    8   HG22  VAL 183          HG22      VAL 183 -15.127  17.525  -2.257
    9   HG21  VAL 183          HG23      VAL 183 -15.123  18.954  -3.304

  No H/Q in entry =           9
  In of MODEL   14
    1    H    GLY 184           H        GLY 184 -17.352  21.309   0.629
    2    HA3  GLY 184           HA2      GLY 184 -19.889  20.604   0.934
    3    HA2  GLY 184           HA3      GLY 184 -19.126  21.998   1.683

  No H/Q in entry =           3
  In of MODEL   14
    1    H    ARG 185           H        ARG 185 -18.778  23.033  -1.377
    2    HA   ARG 185           HA       ARG 185 -21.167  24.618  -1.087
    3    HB2  ARG 185           HB2      ARG 185 -19.065  24.571  -3.281
    4    HB3  ARG 185           HB3      ARG 185 -20.362  25.750  -3.136
    5    HG2  ARG 185           HG2      ARG 185 -18.231  25.380  -1.055
    6    HG3  ARG 185           HG3      ARG 185 -18.093  26.520  -2.396
    7    HD2  ARG 185           HD2      ARG 185 -20.397  27.374  -1.562
    8    HD3  ARG 185           HD3      ARG 185 -19.967  26.551  -0.062
    9    HE   ARG 185           HE       ARG 185 -18.110  28.017   0.172
   10   HH11  ARG 185          HH11      ARG 185 -20.305  28.861  -2.426
   11   HH12  ARG 185          HH12      ARG 185 -19.661  30.461  -2.621
   12   HH21  ARG 185          HH21      ARG 185 -17.279  30.128  -0.069
   13   HH22  ARG 185          HH22      ARG 185 -17.938  31.180  -1.276

  No H/Q in entry =          13
  In of MODEL   14
    1    H    ILE 186           H        ILE 186 -19.541  22.244  -2.870
    2    HA   ILE 186           HA       ILE 186 -21.171  22.168  -5.212
    3    HB   ILE 186           HB       ILE 186 -19.142  20.186  -4.208
    4   HG12  ILE 186          HG12      ILE 186 -18.879  22.825  -5.229
    5   HG13  ILE 186          HG13      ILE 186 -17.602  21.682  -4.836
    6   HG21  ILE 186          HG21      ILE 186 -20.774  19.252  -5.841
    7   HG23  ILE 186          HG22      ILE 186 -19.106  19.252  -6.411
    8   HG22  ILE 186          HG23      ILE 186 -20.238  20.467  -7.002
    9   HD13  ILE 186          HD11      ILE 186 -17.214  22.370  -7.043
   10   HD12  ILE 186          HD12      ILE 186 -18.907  22.166  -7.493
   11   HD11  ILE 186          HD13      ILE 186 -17.903  20.752  -7.164

  No H/Q in entry =          11
  In of MODEL   14
    1    H    LEU 187           H        LEU 187 -20.707  19.901  -2.600
    2    HA   LEU 187           HA       LEU 187 -22.641  18.134  -3.476
    3    HB2  LEU 187           HB2      LEU 187 -21.486  18.604  -0.767
    4    HB3  LEU 187           HB3      LEU 187 -22.457  17.194  -1.212
    5    HG   LEU 187           HG       LEU 187 -19.692  17.940  -2.084
    6   HD12  LEU 187          HD11      LEU 187 -20.318  15.173  -2.023
    7   HD11  LEU 187          HD12      LEU 187 -20.841  15.963  -0.530
    8   HD13  LEU 187          HD13      LEU 187 -19.162  16.101  -1.064
    9   HD22  LEU 187          HD21      LEU 187 -20.803  17.778  -4.214
   10   HD21  LEU 187          HD22      LEU 187 -21.595  16.278  -3.729
   11   HD23  LEU 187          HD23      LEU 187 -19.849  16.319  -3.952

  No H/Q in entry =          11
  In of MODEL   14
    1    H    LYS 188           H        LYS 188 -22.955  20.743  -1.033
    2    HA   LYS 188           HA       LYS 188 -25.659  20.519  -0.718
    3    HB2  LYS 188           HB2      LYS 188 -24.035  22.114   0.464
    4    HB3  LYS 188           HB3      LYS 188 -24.353  23.227  -0.862
    5    HG2  LYS 188           HG2      LYS 188 -26.773  22.112   0.331
    6    HG3  LYS 188           HG3      LYS 188 -25.796  23.054   1.456
    7    HD2  LYS 188           HD2      LYS 188 -26.096  25.006   0.289
    8    HD3  LYS 188           HD3      LYS 188 -26.321  24.176  -1.252
    9    HE2  LYS 188           HE2      LYS 188 -28.317  24.066   0.998
   10    HE3  LYS 188           HE3      LYS 188 -28.377  25.268  -0.287
   11    HZ3  LYS 188           HZ1      LYS 188 -29.558  23.786  -1.420
   12    HZ2  LYS 188           HZ2      LYS 188 -29.217  22.535  -0.321
   13    HZ1  LYS 188           HZ3      LYS 188 -28.141  22.871  -1.587

  No H/Q in entry =          13
  In of MODEL   14
    1    H    MET 189           H        MET 189 -23.978  21.737  -3.536
    2    HA   MET 189           HA       MET 189 -26.201  23.171  -4.691
    3    HB2  MET 189           HB2      MET 189 -23.510  22.339  -5.576
    4    HB3  MET 189           HB3      MET 189 -24.714  22.338  -6.855
    5    HG2  MET 189           HG2      MET 189 -25.254  24.681  -6.298
    6    HG3  MET 189           HG3      MET 189 -23.959  24.664  -5.104
    7    HE3  MET 189           HE1      MET 189 -20.839  25.162  -6.785
    8    HE2  MET 189           HE2      MET 189 -21.182  23.435  -6.754
    9    HE1  MET 189           HE3      MET 189 -21.708  24.462  -5.420

  No H/Q in entry =           9
  In of MODEL   14
    1    H    LEU 190           H        LEU 190 -25.055  19.883  -4.616
    2    HA   LEU 190           HA       LEU 190 -26.494  18.757  -6.665
    3    HB2  LEU 190           HB2      LEU 190 -26.029  17.494  -3.981
    4    HB3  LEU 190           HB3      LEU 190 -26.201  16.671  -5.527
    5    HG   LEU 190           HG       LEU 190 -23.927  18.299  -4.503
    6   HD12  LEU 190          HD11      LEU 190 -22.661  16.295  -5.407
    7   HD11  LEU 190          HD12      LEU 190 -24.245  15.526  -5.556
    8   HD13  LEU 190          HD13      LEU 190 -23.664  16.042  -3.974
    9   HD21  LEU 190          HD21      LEU 190 -24.708  17.902  -7.309
   10   HD23  LEU 190          HD22      LEU 190 -22.998  17.765  -6.902
   11   HD22  LEU 190          HD23      LEU 190 -23.877  19.249  -6.535

  No H/Q in entry =          11
  In of MODEL   14
    1    H    GLU 191           H        GLU 191 -27.616  19.105  -3.265
    2    HA   GLU 191           HA       GLU 191 -30.177  18.103  -3.815
    3    HB2  GLU 191           HB2      GLU 191 -29.501  18.046  -1.574
    4    HB3  GLU 191           HB3      GLU 191 -28.839  19.670  -1.637
    5    HG2  GLU 191           HG2      GLU 191 -31.403  20.284  -1.963
    6    HG3  GLU 191           HG3      GLU 191 -31.600  18.767  -1.086

  No H/Q in entry =           6
  In of MODEL   14
    1    H    ASP 192           H        ASP 192 -28.655  21.033  -4.505
    2    HA   ASP 192           HA       ASP 192 -31.051  22.667  -4.525
    3    HB2  ASP 192           HB2      ASP 192 -28.284  23.181  -4.305
    4    HB3  ASP 192           HB3      ASP 192 -28.779  23.867  -5.847

  No H/Q in entry =           4
  In of MODEL   14
    1    H    GLN 193           H        GLN 193 -29.641  20.420  -6.288
    2    HA   GLN 193           HA       GLN 193 -29.787  19.574  -8.402
    3    HB2  GLN 193           HB2      GLN 193 -32.243  20.928  -7.919
    4    HB3  GLN 193           HB3      GLN 193 -31.781  21.240  -9.586
    5    HG2  GLN 193           HG2      GLN 193 -31.326  18.575  -9.400
    6    HG3  GLN 193           HG3      GLN 193 -32.700  18.774  -8.312
    7   HE21  GLN 193          HE21      GLN 193 -31.591  18.878 -11.574
    8   HE22  GLN 193          HE22      GLN 193 -33.142  19.086 -12.315

  No H/Q in entry =           8
  In of MODEL   14
    1    H    ASN 194           H        ASN 194 -28.140  21.959  -7.773
    2    HA   ASN 194           HA       ASN 194 -28.121  23.363 -10.352
    3    HB2  ASN 194           HB2      ASN 194 -27.815  24.420  -7.941
    4    HB3  ASN 194           HB3      ASN 194 -26.140  23.938  -8.185
    5   HD21  ASN 194          HD21      ASN 194 -28.599  26.161  -8.983
    6   HD22  ASN 194          HD22      ASN 194 -27.667  27.159 -10.044

  No H/Q in entry =           6
  In of MODEL   14
    1    H    LEU 195           H        LEU 195 -26.959  20.577  -9.190
    2    HA   LEU 195           HA       LEU 195 -24.803  20.480 -11.123
    3    HB2  LEU 195           HB2      LEU 195 -24.142  21.292  -8.656
    4    HB3  LEU 195           HB3      LEU 195 -24.074  19.565  -8.407
    5    HG   LEU 195           HG       LEU 195 -22.586  20.430 -10.773
    6   HD11  LEU 195          HD11      LEU 195 -21.782  21.408  -8.032
    7   HD13  LEU 195          HD12      LEU 195 -22.172  22.406  -9.433
    8   HD12  LEU 195          HD13      LEU 195 -20.728  21.390  -9.447
    9   HD21  LEU 195          HD21      LEU 195 -22.467  18.187  -9.796
   10   HD23  LEU 195          HD22      LEU 195 -21.857  18.876  -8.292
   11   HD22  LEU 195          HD23      LEU 195 -20.893  18.985  -9.766

  No H/Q in entry =          11
  In of MODEL   14
    1    H    ILE 196           H        ILE 196 -26.835  18.866  -8.750
    2    HA   ILE 196           HA       ILE 196 -27.017  16.457 -10.187
    3    HB   ILE 196           HB       ILE 196 -25.919  16.182  -7.377
    4   HG12  ILE 196          HG12      ILE 196 -24.483  15.690  -9.988
    5   HG13  ILE 196          HG13      ILE 196 -24.146  17.029  -8.892
    6   HG22  ILE 196          HG21      ILE 196 -25.484  13.843  -8.683
    7   HG21  ILE 196          HG22      ILE 196 -26.987  14.382  -9.429
    8   HG23  ILE 196          HG23      ILE 196 -26.897  14.172  -7.680
    9   HD12  ILE 196          HD11      ILE 196 -22.645  14.979  -8.769
   10   HD11  ILE 196          HD12      ILE 196 -24.022  14.192  -7.982
   11   HD13  ILE 196          HD13      ILE 196 -23.291  15.626  -7.260

  No H/Q in entry =          11
  In of MODEL   14
    1    H    SER 197           H        SER 197 -28.440  15.017  -8.333
    2    HA   SER 197           HA       SER 197 -29.939  16.846  -6.631
    3    HB2  SER 197           HB2      SER 197 -31.293  16.702  -8.569
    4    HB3  SER 197           HB3      SER 197 -31.128  14.948  -8.613
    5    HG   SER 197           HG       SER 197 -33.108  16.037  -7.644

  No H/Q in entry =           5
  In of MODEL   14
    1    H    ALA 198           H        ALA 198 -29.403  16.188  -4.665
    2    HA   ALA 198           HA       ALA 198 -29.123  13.352  -4.224
    3    HB3  ALA 198           HB1      ALA 198 -27.960  13.994  -2.203
    4    HB2  ALA 198           HB2      ALA 198 -28.372  15.689  -2.455
    5    HB1  ALA 198           HB3      ALA 198 -27.259  14.878  -3.559

  No H/Q in entry =           5
  In of MODEL   14
    1    H    HIS 199           H        HIS 199 -30.830  12.427  -3.542
    2    HA   HIS 199           HA       HIS 199 -32.981  13.865  -2.210
    3    HB2  HIS 199           HB2      HIS 199 -32.680  10.924  -2.916
    4    HB3  HIS 199           HB3      HIS 199 -34.120  11.645  -2.207
    5    HD1  HIS 199           HD1      HIS 199 -34.527  14.082  -3.964
    6    HD2  HIS 199           HD2      HIS 199 -33.439  10.358  -5.451
    7    HE1  HIS 199           HE1      HIS 199 -35.235  14.084  -6.374
    8    HE2  HIS 199           HE2      HIS 199 -34.837  11.718  -7.156

  No H/Q in entry =           8
  In of MODEL   14
    1    H    GLY 200           H        GLY 200 -31.758  14.516  -0.422
    2    HA3  GLY 200           HA2      GLY 200 -31.197  14.266   1.823
    3    HA2  GLY 200           HA3      GLY 200 -31.467  12.526   1.671

  No H/Q in entry =           3
  In of MODEL   14
    1    H    LYS 201           H        LYS 201 -29.589  11.421   2.017
    2    HA   LYS 201           HA       LYS 201 -27.103  12.685   1.144
    3    HB2  LYS 201           HB2      LYS 201 -26.239  10.425   2.348
    4    HB3  LYS 201           HB3      LYS 201 -26.538  11.934   3.189
    5    HG2  LYS 201           HG2      LYS 201 -28.881  11.068   3.613
    6    HG3  LYS 201           HG3      LYS 201 -28.280   9.497   3.076
    7    HD2  LYS 201           HD2      LYS 201 -28.125   9.602   5.475
    8    HD3  LYS 201           HD3      LYS 201 -26.495   9.657   4.802
    9    HE2  LYS 201           HE2      LYS 201 -26.439  12.077   5.095
   10    HE3  LYS 201           HE3      LYS 201 -28.091  12.055   5.710
   11    HZ1  LYS 201           HZ1      LYS 201 -25.857  10.595   7.000
   12    HZ3  LYS 201           HZ2      LYS 201 -27.397  10.889   7.629
   13    HZ2  LYS 201           HZ3      LYS 201 -26.309  12.167   7.431

  No H/Q in entry =          13
  In of MODEL   14
    1    H    THR 202           H        THR 202 -29.285  10.421   0.131
    2    HA   THR 202           HA       THR 202 -27.630   8.837  -1.570
    3    HB   THR 202           HB       THR 202 -30.282   8.816  -2.568
    4    HG1  THR 202           HG1      THR 202 -31.086   9.806  -0.734
    5   HG22  THR 202          HG21      THR 202 -29.283   6.850  -0.525
    6   HG21  THR 202          HG22      THR 202 -28.571   6.920  -2.137
    7   HG23  THR 202          HG23      THR 202 -30.287   6.559  -1.946

  No H/Q in entry =           7
  In of MODEL   14
    1    H    ILE 203           H        ILE 203 -26.657   9.757  -3.187
    2    HA   ILE 203           HA       ILE 203 -27.719  12.218  -4.292
    3    HB   ILE 203           HB       ILE 203 -25.067  10.864  -4.404
    4   HG12  ILE 203          HG12      ILE 203 -26.106  13.369  -3.132
    5   HG13  ILE 203          HG13      ILE 203 -25.185  12.055  -2.404
    6   HG22  ILE 203          HG21      ILE 203 -24.785  13.371  -5.597
    7   HG21  ILE 203          HG22      ILE 203 -26.252  12.696  -6.306
    8   HG23  ILE 203          HG23      ILE 203 -24.734  11.807  -6.410
    9   HD13  ILE 203          HD11      ILE 203 -23.202  12.763  -3.645
   10   HD12  ILE 203          HD12      ILE 203 -23.836  14.071  -2.640
   11   HD11  ILE 203          HD13      ILE 203 -24.148  14.064  -4.382

  No H/Q in entry =          11
  In of MODEL   14
    1    H    VAL 204           H        VAL 204 -28.837  12.135  -6.065
    2    HA   VAL 204           HA       VAL 204 -28.632   9.792  -7.838
    3    HB   VAL 204           HB       VAL 204 -30.854  11.757  -7.228
    4   HG13  VAL 204          HG11      VAL 204 -30.640  11.763  -9.634
    5   HG12  VAL 204          HG12      VAL 204 -32.100  10.901  -9.150
    6   HG11  VAL 204          HG13      VAL 204 -30.671  10.001  -9.664
    7   HG22  VAL 204          HG21      VAL 204 -30.857   9.709  -5.945
    8   HG21  VAL 204          HG22      VAL 204 -30.753   8.750  -7.422
    9   HG23  VAL 204          HG23      VAL 204 -32.200   9.697  -7.086

  No H/Q in entry =           9
  In of MODEL   14
    1    H    VAL 205           H        VAL 205 -27.018  10.362  -9.072
    2    HA   VAL 205           HA       VAL 205 -27.051  12.776 -10.695
    3    HB   VAL 205           HB       VAL 205 -25.395  11.297 -12.098
    4   HG13  VAL 205          HG11      VAL 205 -23.540  11.547 -10.510
    5   HG12  VAL 205          HG12      VAL 205 -24.689  11.778  -9.190
    6   HG11  VAL 205          HG13      VAL 205 -24.576  12.974 -10.487
    7   HG21  VAL 205          HG21      VAL 205 -25.636   9.525  -9.653
    8   HG23  VAL 205          HG22      VAL 205 -24.452   9.336 -10.950
    9   HG22  VAL 205          HG23      VAL 205 -26.169   9.109 -11.286

  No H/Q in entry =           9
  In of MODEL   14
    1    H    TYR 206           H        TYR 206 -29.124  12.738 -11.124
    2    HA   TYR 206           HA       TYR 206 -31.068  11.142 -11.864
    3    HB2  TYR 206           HB2      TYR 206 -30.071  13.574 -13.349
    4    HB3  TYR 206           HB3      TYR 206 -31.477  12.696 -13.935
    5    HD1  TYR 206           HD1      TYR 206 -30.409  15.370 -11.877
    6    HD2  TYR 206           HD2      TYR 206 -33.297  12.214 -12.107
    7    HE1  TYR 206           HE1      TYR 206 -31.888  16.611 -10.380
    8    HE2  TYR 206           HE2      TYR 206 -34.778  13.437 -10.586
    9    HH   TYR 206           HH       TYR 206 -34.984  15.233  -9.260

  No H/Q in entry =           9
  In of MODEL   14
    1    H    GLY 207           H        GLY 207 -28.395  11.856 -14.107
    2    HA3  GLY 207           HA2      GLY 207 -28.482   9.219 -15.213
    3    HA2  GLY 207           HA3      GLY 207 -29.164  10.410 -16.312

  No H/Q in entry =           3
  In of MODEL   14
    1    H    THR 208           H        THR 208 -27.657  12.536 -16.156
    2    HA   THR 208           HA       THR 208 -24.932  11.594 -16.778
    3    HB   THR 208           HB       THR 208 -26.199  12.290 -18.782
    4    HG1  THR 208           HG1      THR 208 -23.946  13.745 -17.919
    5   HG22  THR 208          HG21      THR 208 -26.280  15.035 -17.531
    6   HG21  THR 208          HG22      THR 208 -27.653  13.933 -17.592
    7   HG23  THR 208          HG23      THR 208 -26.955  14.553 -19.088

  No H/Q in entry =           7
  In of MODEL   14
    1    H    ARG 209           H        ARG 209 -26.675  13.207 -14.637
    2    HA   ARG 209           HA       ARG 209 -24.894  14.152 -12.920
    3    HB2  ARG 209           HB2      ARG 209 -24.553  15.799 -15.141
    4    HB3  ARG 209           HB3      ARG 209 -25.604  16.740 -14.089
    5    HG2  ARG 209           HG2      ARG 209 -23.872  17.315 -12.838
    6    HG3  ARG 209           HG3      ARG 209 -23.519  15.617 -12.508
    7    HD2  ARG 209           HD2      ARG 209 -21.599  16.754 -13.500
    8    HD3  ARG 209           HD3      ARG 209 -22.210  15.481 -14.557
    9    HE   ARG 209           HE       ARG 209 -23.498  17.684 -15.444
   10   HH11  ARG 209          HH11      ARG 209 -20.138  16.922 -14.890
   11   HH12  ARG 209          HH12      ARG 209 -19.556  18.021 -16.091
   12   HH21  ARG 209          HH21      ARG 209 -22.751  19.132 -17.034
   13   HH22  ARG 209          HH22      ARG 209 -21.048  19.271 -17.331

  No H/Q in entry =          13
  In of MODEL   14
    1    H1   VAL   1           H3       VAL   1  27.105  -5.636   5.193
    2    H2   VAL   1           H2       VAL   1  28.761  -5.830   4.934
    3    H3   VAL   1           H1       VAL   1  28.166  -4.364   5.521
    4    HA   VAL   1           HA       VAL   1  27.055  -3.896   3.479
    5    HB   VAL   1           HB       VAL   1  29.825  -4.889   2.788
    6   HG13  VAL   1          HG11      VAL   1  29.830  -3.020   1.215
    7   HG12  VAL   1          HG12      VAL   1  28.194  -2.591   1.712
    8   HG11  VAL   1          HG13      VAL   1  28.493  -4.124   0.891
    9   HG21  VAL   1          HG21      VAL   1  29.831  -3.576   4.891
   10   HG23  VAL   1          HG22      VAL   1  29.098  -2.232   4.016
   11   HG22  VAL   1          HG23      VAL   1  30.711  -2.794   3.579

  No H/Q in entry =          11
  In of MODEL   14
    1    H    LEU   2           H        LEU   2  28.853  -6.966   3.238
    2    HA   LEU   2           HA       LEU   2  27.533  -7.768   0.839
    3    HB2  LEU   2           HB2      LEU   2  29.811  -8.549   2.102
    4    HB3  LEU   2           HB3      LEU   2  28.725  -9.845   2.566
    5    HG   LEU   2           HG       LEU   2  28.206  -9.969   0.010
    6   HD11  LEU   2          HD11      LEU   2  29.478  -7.906  -0.513
    7   HD13  LEU   2          HD12      LEU   2  30.020  -9.318  -1.421
    8   HD12  LEU   2          HD13      LEU   2  30.957  -8.743  -0.042
    9   HD22  LEU   2          HD21      LEU   2  29.233 -11.763   1.259
   10   HD21  LEU   2          HD22      LEU   2  30.790 -10.935   1.226
   11   HD23  LEU   2          HD23      LEU   2  30.083 -11.545  -0.271

  No H/Q in entry =          11
  In of MODEL   14
    1    H    GLY   3           H        GLY   3  26.204  -9.784   0.727
    2    HA3  GLY   3           HA2      GLY   3  24.661 -10.266   3.174
    3    HA2  GLY   3           HA3      GLY   3  23.809  -9.774   1.717

  No H/Q in entry =           3
  In of MODEL   14
    1    H    LYS   4           H        LYS   4  24.421 -12.356   3.524
    2    HA   LYS   4           HA       LYS   4  24.454 -14.166   1.199
    3    HB2  LYS   4           HB2      LYS   4  25.597 -14.556   3.965
    4    HB3  LYS   4           HB3      LYS   4  25.375 -15.874   2.825
    5    HG2  LYS   4           HG2      LYS   4  26.790 -14.298   1.254
    6    HG3  LYS   4           HG3      LYS   4  27.339 -13.648   2.801
    7    HD2  LYS   4           HD2      LYS   4  27.437 -16.549   1.974
    8    HD3  LYS   4           HD3      LYS   4  28.806 -15.439   1.996
    9    HE2  LYS   4           HE2      LYS   4  28.845 -15.337   4.321
   10    HE3  LYS   4           HE3      LYS   4  27.185 -15.913   4.469
   11    HZ3  LYS   4           HZ1      LYS   4  27.809 -18.084   4.072
   12    HZ2  LYS   4           HZ2      LYS   4  29.103 -17.509   5.004
   13    HZ1  LYS   4           HZ3      LYS   4  29.268 -17.654   3.327

  No H/Q in entry =          13
  In of MODEL   14
    1    HA   PRO   5           HA       PRO   5  20.459 -15.070   3.116
    2    HB2  PRO   5           HB2      PRO   5  19.225 -15.896   0.860
    3    HB3  PRO   5           HB3      PRO   5  19.445 -14.188   1.251
    4    HG2  PRO   5           HG2      PRO   5  20.910 -15.889  -0.695
    5    HG3  PRO   5           HG3      PRO   5  20.521 -14.164  -0.775
    6    HD2  PRO   5           HD2      PRO   5  22.991 -15.255  -0.055
    7    HD3  PRO   5           HD3      PRO   5  22.465 -13.587   0.236

  No H/Q in entry =           7
  In of MODEL   14
    1    H    GLN   6           H        GLN   6  21.851 -16.799   4.124
    2    HA   GLN   6           HA       GLN   6  21.454 -19.414   2.841
    3    HB2  GLN   6           HB2      GLN   6  23.346 -18.656   5.072
    4    HB3  GLN   6           HB3      GLN   6  23.235 -20.236   4.304
    5    HG2  GLN   6           HG2      GLN   6  23.763 -18.980   2.127
    6    HG3  GLN   6           HG3      GLN   6  24.284 -17.670   3.186
    7   HE21  GLN   6          HE21      GLN   6  24.887 -20.935   2.158
    8   HE22  GLN   6          HE22      GLN   6  26.493 -21.047   2.783

  No H/Q in entry =           8
  In of MODEL   14
    1    H    THR   7           H        THR   7  19.436 -17.907   4.345
    2    HA   THR   7           HA       THR   7  18.893 -19.931   6.415
    3    HB   THR   7           HB       THR   7  17.468 -17.786   7.302
    4    HG1  THR   7           HG1      THR   7  18.401 -15.978   6.709
    5   HG22  THR   7          HG21      THR   7  19.238 -17.546   9.008
    6   HG21  THR   7          HG22      THR   7  20.305 -18.537   8.013
    7   HG23  THR   7          HG23      THR   7  18.834 -19.234   8.692

  No H/Q in entry =           7
  In of MODEL   14
    1    H    ASP   8           H        ASP   8  18.065 -19.401   3.493
    2    HA   ASP   8           HA       ASP   8  15.175 -19.656   3.963
    3    HB2  ASP   8           HB2      ASP   8  16.339 -17.524   2.660
    4    HB3  ASP   8           HB3      ASP   8  15.909 -18.594   1.328

  No H/Q in entry =           4
  In of MODEL   14
    1    HA   PRO   9           HA       PRO   9  16.676 -23.518   2.006
    2    HB2  PRO   9           HB2      PRO   9  14.270 -24.589   3.313
    3    HB3  PRO   9           HB3      PRO   9  15.951 -25.118   3.440
    4    HG2  PRO   9           HG2      PRO   9  14.729 -23.858   5.462
    5    HG3  PRO   9           HG3      PRO   9  16.444 -23.588   5.100
    6    HD2  PRO   9           HD2      PRO   9  14.073 -21.883   4.415
    7    HD3  PRO   9           HD3      PRO   9  15.666 -21.398   5.037

  No H/Q in entry =           7
  In of MODEL   14
    1    H    THR  10           H        THR  10  13.195 -22.507   2.146
    2    HA   THR  10           HA       THR  10  12.582 -24.232  -0.096
    3    HB   THR  10           HB       THR  10  10.487 -22.439   0.118
    4    HG1  THR  10           HG1      THR  10  10.121 -22.142   2.326
    5   HG22  THR  10          HG21      THR  10   9.359 -24.259   1.391
    6   HG21  THR  10          HG22      THR  10  10.922 -25.061   1.544
    7   HG23  THR  10          HG23      THR  10  10.204 -24.822  -0.049

  No H/Q in entry =           7
  In of MODEL   14
    1    H    LEU  11           H        LEU  11  13.603 -20.915   0.472
    2    HA   LEU  11           HA       LEU  11  12.832 -20.072  -2.106
    3    HB2  LEU  11           HB2      LEU  11  13.193 -18.554  -0.121
    4    HB3  LEU  11           HB3      LEU  11  14.915 -18.704  -0.464
    5    HG   LEU  11           HG       LEU  11  14.144 -18.115  -2.899
    6   HD11  LEU  11          HD11      LEU  11  11.740 -18.127  -2.158
    7   HD13  LEU  11          HD12      LEU  11  12.286 -16.736  -3.094
    8   HD12  LEU  11          HD13      LEU  11  12.087 -16.601  -1.344
    9   HD23  LEU  11          HD21      LEU  11  14.391 -15.684  -2.286
   10   HD22  LEU  11          HD22      LEU  11  15.718 -16.778  -1.886
   11   HD21  LEU  11          HD23      LEU  11  14.603 -16.247  -0.626

  No H/Q in entry =          11
  In of MODEL   14
    1    H    GLU  12           H        GLU  12  15.539 -21.668  -0.818
    2    HA   GLU  12           HA       GLU  12  17.335 -21.214  -3.029
    3    HB2  GLU  12           HB2      GLU  12  18.089 -21.718  -0.641
    4    HB3  GLU  12           HB3      GLU  12  17.542 -23.368  -0.907
    5    HG2  GLU  12           HG2      GLU  12  19.111 -23.466  -2.864
    6    HG3  GLU  12           HG3      GLU  12  19.754 -21.912  -2.333

  No H/Q in entry =           6
  In of MODEL   14
    1    H    TRP  13           H        TRP  13  14.569 -22.889  -2.449
    2    HA   TRP  13           HA       TRP  13  15.150 -25.033  -4.367
    3    HB2  TRP  13           HB2      TRP  13  12.831 -24.453  -2.506
    4    HB3  TRP  13           HB3      TRP  13  12.628 -25.528  -3.888
    5    HD1  TRP  13           HD1      TRP  13  15.968 -26.285  -3.012
    6    HE1  TRP  13           HE1      TRP  13  16.150 -28.263  -1.375
    7    HE3  TRP  13           HE3      TRP  13  11.137 -26.405  -1.382
    8    HZ2  TRP  13           HZ2      TRP  13  14.456 -29.679   0.382
    9    HZ3  TRP  13           HZ3      TRP  13  10.493 -28.099   0.277
   10    HH2  TRP  13           HH2      TRP  13  12.119 -29.703   1.141

  No H/Q in entry =          10
  In of MODEL   14
    1    H    PHE  14           H        PHE  14  14.057 -21.855  -3.915
    2    HA   PHE  14           HA       PHE  14  12.321 -21.643  -6.255
    3    HB2  PHE  14           HB2      PHE  14  11.467 -20.607  -4.331
    4    HB3  PHE  14           HB3      PHE  14  13.002 -19.913  -3.895
    5    HD1  PHE  14           HD1      PHE  14  13.898 -18.021  -5.336
    6    HD2  PHE  14           HD2      PHE  14   9.877 -19.366  -5.462
    7    HE1  PHE  14           HE1      PHE  14  13.214 -15.867  -6.302
    8    HE2  PHE  14           HE2      PHE  14   9.184 -17.232  -6.430
    9    HZ   PHE  14           HZ       PHE  14  10.848 -15.468  -6.851

  No H/Q in entry =           9
  In of MODEL   14
    1    H    LEU  15           H        LEU  15  15.552 -20.871  -5.216
    2    HA   LEU  15           HA       LEU  15  15.919 -18.745  -7.188
    3    HB2  LEU  15           HB2      LEU  15  17.897 -19.697  -5.105
    4    HB3  LEU  15           HB3      LEU  15  18.090 -18.322  -6.170
    5    HG   LEU  15           HG       LEU  15  16.053 -18.577  -3.969
    6   HD12  LEU  15          HD11      LEU  15  17.633 -16.385  -3.508
    7   HD11  LEU  15          HD12      LEU  15  18.767 -17.590  -4.126
    8   HD13  LEU  15          HD13      LEU  15  17.775 -17.955  -2.713
    9   HD22  LEU  15          HD21      LEU  15  15.170 -16.546  -4.494
   10   HD21  LEU  15          HD22      LEU  15  15.550 -17.130  -6.117
   11   HD23  LEU  15          HD23      LEU  15  16.632 -15.992  -5.311

  No H/Q in entry =          11
  In of MODEL   14
    1    H    SER  16           H        SER  16  15.995 -21.957  -6.866
    2    HA   SER  16           HA       SER  16  18.293 -22.393  -8.653
    3    HB2  SER  16           HB2      SER  16  17.481 -24.873  -8.158
    4    HB3  SER  16           HB3      SER  16  18.457 -24.030  -6.950
    5    HG   SER  16           HG       SER  16  16.834 -24.189  -5.642

  No H/Q in entry =           5
  In of MODEL   14
    1    H    HIS  17           H        HIS  17  15.249 -21.406  -8.634
    2    HA   HIS  17           HA       HIS  17  14.474 -22.994 -10.950
    3    HB2  HIS  17           HB2      HIS  17  12.955 -21.984  -8.678
    4    HB3  HIS  17           HB3      HIS  17  12.202 -21.655 -10.236
    5    HD1  HIS  17           HD1      HIS  17  12.011 -24.044  -7.712
    6    HD2  HIS  17           HD2      HIS  17  12.411 -24.316 -11.842
    7    HE1  HIS  17           HE1      HIS  17  11.191 -26.345  -8.323
    8    HE2  HIS  17           HE2      HIS  17  11.408 -26.476 -10.833

  No H/Q in entry =           8
  In of MODEL   14
    1    H    CYS  18           H        CYS  18  15.573 -19.936 -10.000
    2    HA   CYS  18           HA       CYS  18  14.253 -18.671 -12.268
    3    HB2  CYS  18           HB2      CYS  18  14.781 -16.535 -10.965
    4    HB3  CYS  18           HB3      CYS  18  13.502 -17.582 -10.383
    5    HG   CYS  18           HG       CYS  18  14.861 -16.550  -8.252

  No H/Q in entry =           5
  In of MODEL   14
    1    H    HIS  19           H        HIS  19  16.099 -16.338 -11.647
    2    HA   HIS  19           HA       HIS  19  18.645 -17.240 -12.770
    3    HB2  HIS  19           HB2      HIS  19  17.422 -16.800 -14.797
    4    HB3  HIS  19           HB3      HIS  19  16.733 -15.323 -14.151
    5    HD1  HIS  19           HD1      HIS  19  20.238 -16.593 -15.043
    6    HD2  HIS  19           HD2      HIS  19  17.902 -13.156 -15.231
    7    HE1  HIS  19           HE1      HIS  19  21.665 -14.862 -16.182
    8    HE2  HIS  19           HE2      HIS  19  20.148 -12.870 -16.470

  No H/Q in entry =           8
  In of MODEL   14
    1    H    ILE  20           H        ILE  20  19.457 -16.460 -10.458
    2    HA   ILE  20           HA       ILE  20  19.322 -13.715  -9.813
    3    HB   ILE  20           HB       ILE  20  21.751 -15.061  -8.971
    4   HG12  ILE  20          HG12      ILE  20  19.949 -16.956  -9.126
    5   HG13  ILE  20          HG13      ILE  20  20.946 -16.834  -7.688
    6   HG22  ILE  20          HG21      ILE  20  19.559 -13.789  -7.393
    7   HG21  ILE  20          HG22      ILE  20  21.003 -12.986  -8.008
    8   HG23  ILE  20          HG23      ILE  20  21.147 -14.251  -6.786
    9   HD11  ILE  20          HD11      ILE  20  18.454 -15.317  -7.531
   10   HD13  ILE  20          HD12      ILE  20  19.186 -16.423  -6.370
   11   HD12  ILE  20          HD13      ILE  20  18.236 -17.055  -7.715

  No H/Q in entry =          11
  In of MODEL   14
    1    H    HIS  21           H        HIS  21  20.134 -12.254 -10.719
    2    HA   HIS  21           HA       HIS  21  22.368 -11.266 -10.909
    3    HB2  HIS  21           HB2      HIS  21  23.552 -13.102 -11.929
    4    HB3  HIS  21           HB3      HIS  21  22.543 -13.029 -13.369
    5    HD1  HIS  21           HD1      HIS  21  24.825 -10.517 -11.508
    6    HD2  HIS  21           HD2      HIS  21  23.849 -11.810 -15.348
    7    HE1  HIS  21           HE1      HIS  21  26.309  -9.207 -13.081
    8    HE2  HIS  21           HE2      HIS  21  25.592  -9.906 -15.388

  No H/Q in entry =           8
  In of MODEL   14
    1    H    LYS  22           H        LYS  22  22.094  -9.417 -11.257
    2    HA   LYS  22           HA       LYS  22  19.972  -8.645 -13.083
    3    HB2  LYS  22           HB2      LYS  22  19.572  -8.281 -10.600
    4    HB3  LYS  22           HB3      LYS  22  20.760  -7.000 -10.692
    5    HG2  LYS  22           HG2      LYS  22  19.078  -6.352 -12.739
    6    HG3  LYS  22           HG3      LYS  22  17.973  -7.062 -11.559
    7    HD2  LYS  22           HD2      LYS  22  19.053  -5.590  -9.841
    8    HD3  LYS  22           HD3      LYS  22  19.858  -4.755 -11.171
    9    HE2  LYS  22           HE2      LYS  22  17.613  -3.830 -10.227
   10    HE3  LYS  22           HE3      LYS  22  17.900  -3.839 -11.967
   11    HZ2  LYS  22           HZ1      LYS  22  15.687  -4.670 -11.291
   12    HZ1  LYS  22           HZ2      LYS  22  16.439  -5.976 -10.524
   13    HZ3  LYS  22           HZ3      LYS  22  16.578  -5.785 -12.200

  No H/Q in entry =          13
  In of MODEL   14
    1    H    TYR  23           H        TYR  23  21.135  -5.838 -12.054
    2    HA   TYR  23           HA       TYR  23  23.119  -5.527 -14.142
    3    HB2  TYR  23           HB2      TYR  23  21.203  -3.579 -14.771
    4    HB3  TYR  23           HB3      TYR  23  21.690  -4.945 -15.756
    5    HD1  TYR  23           HD1      TYR  23  20.318  -7.221 -14.998
    6    HD2  TYR  23           HD2      TYR  23  18.999  -3.268 -14.455
    7    HE1  TYR  23           HE1      TYR  23  18.026  -8.052 -14.935
    8    HE2  TYR  23           HE2      TYR  23  16.665  -4.051 -14.381
    9    HH   TYR  23           HH       TYR  23  15.902  -7.532 -14.655

  No H/Q in entry =           9
  In of MODEL   14
    1    HA   PRO  24           HA       PRO  24  24.632  -1.742 -12.289
    2    HB2  PRO  24           HB2      PRO  24  23.745   0.140 -14.233
    3    HB3  PRO  24           HB3      PRO  24  25.345  -0.592 -14.097
    4    HG2  PRO  24           HG2      PRO  24  23.058  -1.354 -15.828
    5    HG3  PRO  24           HG3      PRO  24  24.799  -1.526 -16.117
    6    HD2  PRO  24           HD2      PRO  24  23.298  -3.646 -15.531
    7    HD3  PRO  24           HD3      PRO  24  24.934  -3.481 -14.857

  No H/Q in entry =           7
  In of MODEL   14
    1    H    SER  25           H        SER  25  23.788  -0.102 -10.799
    2    HA   SER  25           HA       SER  25  21.030   0.022 -10.504
    3    HB2  SER  25           HB2      SER  25  22.081   2.458  -9.579
    4    HB3  SER  25           HB3      SER  25  21.596   1.054  -8.646
    5    HG   SER  25           HG       SER  25  24.168   1.655  -9.698

  No H/Q in entry =           5
  In of MODEL   14
    1    H    LYS  26           H        LYS  26  19.635   1.686 -10.737
    2    HA   LYS  26           HA       LYS  26  18.706   3.640 -11.699
    3    HB2  LYS  26           HB2      LYS  26  20.877   3.220 -13.871
    4    HB3  LYS  26           HB3      LYS  26  19.590   4.408 -14.015
    5    HG2  LYS  26           HG2      LYS  26  20.423   5.548 -11.875
    6    HG3  LYS  26           HG3      LYS  26  21.695   4.338 -11.736
    7    HD2  LYS  26           HD2      LYS  26  22.591   5.179 -13.997
    8    HD3  LYS  26           HD3      LYS  26  21.317   6.414 -13.994
    9    HE2  LYS  26           HE2      LYS  26  22.143   7.319 -11.778
   10    HE3  LYS  26           HE3      LYS  26  23.408   6.081 -11.714
   11    HZ1  LYS  26           HZ1      LYS  26  23.207   7.827 -14.097
   12    HZ2  LYS  26           HZ2      LYS  26  23.942   8.393 -12.743
   13    HZ3  LYS  26           HZ3      LYS  26  24.502   6.974 -13.437

  No H/Q in entry =          13
  In of MODEL   14
    1    H    SER  27           H        SER  27  19.084   0.481 -12.377
    2    HA   SER  27           HA       SER  27  17.611   0.531 -14.852
    3    HB2  SER  27           HB2      SER  27  17.763  -2.008 -14.538
    4    HB3  SER  27           HB3      SER  27  19.246  -1.124 -14.904
    5    HG   SER  27           HG       SER  27  20.015  -1.596 -13.001

  No H/Q in entry =           5
  In of MODEL   14
    1    H    THR  28           H        THR  28  15.619   1.048 -14.604
    2    HA   THR  28           HA       THR  28  13.981  -0.233 -12.536
    3    HB   THR  28           HB       THR  28  12.995   1.866 -12.689
    4    HG1  THR  28           HG1      THR  28  11.920   1.178 -15.197
    5   HG22  THR  28          HG21      THR  28  13.180   3.353 -14.639
    6   HG21  THR  28          HG22      THR  28  14.025   2.078 -15.518
    7   HG23  THR  28          HG23      THR  28  14.758   2.795 -14.083

  No H/Q in entry =           7
  In of MODEL   14
    1    H    LEU  29           H        LEU  29  12.097  -1.235 -13.520
    2    HA   LEU  29           HA       LEU  29  12.978  -2.964 -15.677
    3    HB2  LEU  29           HB2      LEU  29  11.737  -4.651 -13.760
    4    HB3  LEU  29           HB3      LEU  29  13.374  -4.751 -14.373
    5    HG   LEU  29           HG       LEU  29  12.433  -3.354 -11.852
    6   HD11  LEU  29          HD11      LEU  29  12.690  -5.850 -11.839
    7   HD13  LEU  29          HD12      LEU  29  13.697  -4.971 -10.680
    8   HD12  LEU  29          HD13      LEU  29  14.409  -5.594 -12.176
    9   HD22  LEU  29          HD21      LEU  29  14.671  -2.752 -11.373
   10   HD21  LEU  29          HD22      LEU  29  14.262  -2.127 -12.976
   11   HD23  LEU  29          HD23      LEU  29  15.261  -3.579 -12.823

  No H/Q in entry =          11
  In of MODEL   14
    1    H    ILE  30           H        ILE  30  10.543  -1.469 -13.867
    2    HA   ILE  30           HA       ILE  30   8.520  -1.785 -15.632
    3    HB   ILE  30           HB       ILE  30   7.121  -3.293 -13.740
    4   HG12  ILE  30          HG12      ILE  30   8.314  -5.546 -14.038
    5   HG13  ILE  30          HG13      ILE  30   9.760  -4.606 -14.375
    6   HG23  ILE  30          HG21      ILE  30   6.383  -3.413 -15.906
    7   HG22  ILE  30          HG22      ILE  30   7.121  -4.998 -15.684
    8   HG21  ILE  30          HG23      ILE  30   7.991  -3.740 -16.557
    9   HD12  ILE  30          HD11      ILE  30   9.606  -5.406 -12.050
   10   HD11  ILE  30          HD12      ILE  30   8.156  -4.422 -11.837
   11   HD13  ILE  30          HD13      ILE  30   9.705  -3.651 -12.179

  No H/Q in entry =          11
  In of MODEL   14
    1    H    HIS  31           H        HIS  31   7.788  -0.007 -15.366
    2    HA   HIS  31           HA       HIS  31   5.869   0.711 -13.470
    3    HB2  HIS  31           HB2      HIS  31   7.316   1.208 -11.755
    4    HB3  HIS  31           HB3      HIS  31   8.700   1.118 -12.818
    5    HD1  HIS  31           HD1      HIS  31   6.855   3.467 -10.782
    6    HD2  HIS  31           HD2      HIS  31   9.033   3.705 -14.319
    7    HE1  HIS  31           HE1      HIS  31   7.299   5.903 -11.150
    8    HE2  HIS  31           HE2      HIS  31   8.370   6.021 -13.437

  No H/Q in entry =           8
  In of MODEL   14
    1    H    GLN  32           H        GLN  32   5.784   0.830 -16.313
    2    HA   GLN  32           HA       GLN  32   5.530   3.760 -16.536
    3    HB2  GLN  32           HB2      GLN  32   7.779   2.559 -17.661
    4    HB3  GLN  32           HB3      GLN  32   6.666   2.719 -19.014
    5    HG2  GLN  32           HG2      GLN  32   7.627   4.944 -17.215
    6    HG3  GLN  32           HG3      GLN  32   8.117   4.655 -18.882
    7   HE21  GLN  32          HE21      GLN  32   6.620   5.066 -20.552
    8   HE22  GLN  32          HE22      GLN  32   5.259   6.099 -20.303

  No H/Q in entry =           8
  In of MODEL   14
    1    H    GLY  33           H        GLY  33   4.438   0.750 -16.857
    2    HA3  GLY  33           HA2      GLY  33   2.059   0.532 -17.432
    3    HA2  GLY  33           HA3      GLY  33   2.400   1.578 -18.799

  No H/Q in entry =           3
  In of MODEL   14
    1    H    GLU  34           H        GLU  34   4.716  -0.852 -18.006
    2    HA   GLU  34           HA       GLU  34   4.016  -2.490 -20.354
    3    HB2  GLU  34           HB2      GLU  34   6.457  -2.774 -18.624
    4    HB3  GLU  34           HB3      GLU  34   6.271  -3.199 -20.311
    5    HG2  GLU  34           HG2      GLU  34   7.475  -1.324 -20.635
    6    HG3  GLU  34           HG3      GLU  34   5.916  -0.530 -20.432

  No H/Q in entry =           6
  In of MODEL   14
    1    H    LYS  35           H        LYS  35   3.069  -4.238 -20.015
    2    HA   LYS  35           HA       LYS  35   2.052  -5.388 -17.849
    3    HB2  LYS  35           HB2      LYS  35   2.961  -6.546 -20.442
    4    HB3  LYS  35           HB3      LYS  35   2.583  -7.674 -19.147
    5    HG2  LYS  35           HG2      LYS  35   0.383  -6.457 -18.896
    6    HG3  LYS  35           HG3      LYS  35   0.768  -5.657 -20.423
    7    HD2  LYS  35           HD2      LYS  35  -0.537  -7.479 -21.083
    8    HD3  LYS  35           HD3      LYS  35   1.114  -8.048 -21.337
    9    HE2  LYS  35           HE2      LYS  35   0.927  -9.002 -18.953
   10    HE3  LYS  35           HE3      LYS  35  -0.809  -8.764 -19.145
   11    HZ1  LYS  35           HZ1      LYS  35  -0.495 -10.087 -21.299
   12    HZ3  LYS  35           HZ2      LYS  35  -0.464 -10.933 -19.835
   13    HZ2  LYS  35           HZ3      LYS  35   0.991 -10.576 -20.634

  No H/Q in entry =          13
  In of MODEL   14
    1    H    ALA  36           H        ALA  36   2.914  -5.914 -15.958
    2    HA   ALA  36           HA       ALA  36   5.580  -6.133 -15.386
    3    HB3  ALA  36           HB1      ALA  36   4.969  -7.328 -13.371
    4    HB2  ALA  36           HB2      ALA  36   3.376  -7.668 -14.055
    5    HB1  ALA  36           HB3      ALA  36   3.857  -6.001 -13.717

  No H/Q in entry =           5
  In of MODEL   14
    1    H    GLU  37           H        GLU  37   3.667  -9.150 -15.413
    2    HA   GLU  37           HA       GLU  37   4.026 -11.240 -16.178
    3    HB2  GLU  37           HB2      GLU  37   5.834  -9.904 -18.175
    4    HB3  GLU  37           HB3      GLU  37   5.246 -11.558 -18.275
    5    HG2  GLU  37           HG2      GLU  37   2.904 -10.446 -18.111
    6    HG3  GLU  37           HG3      GLU  37   3.769  -9.000 -18.624

  No H/Q in entry =           6
  In of MODEL   14
    1    H    THR  38           H        THR  38   7.194  -9.611 -16.014
    2    HA   THR  38           HA       THR  38   8.351 -12.182 -15.201
    3    HB   THR  38           HB       THR  38  10.510 -10.629 -15.364
    4    HG1  THR  38           HG1      THR  38   8.979  -8.828 -15.931
    5   HG21  THR  38          HG21      THR  38  10.131 -12.658 -16.684
    6   HG23  THR  38          HG22      THR  38  10.798 -11.366 -17.682
    7   HG22  THR  38          HG23      THR  38   9.081 -11.755 -17.777

  No H/Q in entry =           7
  In of MODEL   14
    1    H    LEU  39           H        LEU  39   9.313 -12.460 -13.261
    2    HA   LEU  39           HA       LEU  39   8.914 -10.323 -11.318
    3    HB2  LEU  39           HB2      LEU  39   7.772 -11.997 -10.320
    4    HB3  LEU  39           HB3      LEU  39   8.636 -13.243 -11.202
    5    HG   LEU  39           HG       LEU  39  10.384 -11.962  -9.291
    6   HD13  LEU  39          HD11      LEU  39   9.327 -12.742  -7.249
    7   HD12  LEU  39          HD12      LEU  39   7.904 -13.244  -8.160
    8   HD11  LEU  39          HD13      LEU  39   8.322 -11.533  -8.049
    9   HD21  LEU  39          HD21      LEU  39   9.369 -14.760  -9.722
   10   HD23  LEU  39          HD22      LEU  39  10.607 -14.332  -8.539
   11   HD22  LEU  39          HD23      LEU  39  10.903 -14.075 -10.259

  No H/Q in entry =          11
  In of MODEL   14
    1    H    TYR  40           H        TYR  40  10.696  -9.745  -9.931
    2    HA   TYR  40           HA       TYR  40  13.232 -11.046 -10.659
    3    HB2  TYR  40           HB2      TYR  40  13.130  -8.086 -10.119
    4    HB3  TYR  40           HB3      TYR  40  14.392  -9.019 -10.906
    5    HD1  TYR  40           HD1      TYR  40  10.978  -7.699 -11.346
    6    HD2  TYR  40           HD2      TYR  40  14.429  -9.241 -13.271
    7    HE1  TYR  40           HE1      TYR  40  10.075  -7.030 -13.495
    8    HE2  TYR  40           HE2      TYR  40  13.510  -8.583 -15.456
    9    HH   TYR  40           HH       TYR  40  10.960  -8.199 -16.327

  No H/Q in entry =           9
  In of MODEL   14
    1    H    TYR  41           H        TYR  41  13.857 -12.038  -8.792
    2    HA   TYR  41           HA       TYR  41  13.147 -10.862  -6.240
    3    HB2  TYR  41           HB2      TYR  41  13.124 -13.339  -6.787
    4    HB3  TYR  41           HB3      TYR  41  14.881 -13.267  -6.798
    5    HD1  TYR  41           HD1      TYR  41  15.559 -11.649  -4.503
    6    HD2  TYR  41           HD2      TYR  41  12.470 -14.492  -4.969
    7    HE1  TYR  41           HE1      TYR  41  15.545 -12.015  -2.087
    8    HE2  TYR  41           HE2      TYR  41  12.428 -14.865  -2.576
    9    HH   TYR  41           HH       TYR  41  13.838 -14.600  -0.630

  No H/Q in entry =           9
  In of MODEL   14
    1    H    ILE  42           H        ILE  42  14.368  -9.026  -5.958
    2    HA   ILE  42           HA       ILE  42  17.106  -8.814  -6.540
    3    HB   ILE  42           HB       ILE  42  15.722  -6.876  -6.188
    4   HG12  ILE  42          HG12      ILE  42  17.774  -7.019  -3.989
    5   HG13  ILE  42          HG13      ILE  42  18.128  -6.695  -5.688
    6   HG21  ILE  42          HG21      ILE  42  15.305  -8.002  -3.453
    7   HG23  ILE  42          HG22      ILE  42  14.111  -7.466  -4.635
    8   HG22  ILE  42          HG23      ILE  42  15.100  -6.282  -3.780
    9   HD12  ILE  42          HD11      ILE  42  16.759  -4.991  -3.682
   10   HD11  ILE  42          HD12      ILE  42  16.353  -4.815  -5.389
   11   HD13  ILE  42          HD13      ILE  42  18.019  -4.580  -4.846

  No H/Q in entry =          11
  In of MODEL   14
    1    H    VAL  43           H        VAL  43  18.259 -10.512  -5.874
    2    HA   VAL  43           HA       VAL  43  17.979 -11.694  -3.277
    3    HB   VAL  43           HB       VAL  43  19.929 -12.295  -5.481
    4   HG11  VAL  43          HG11      VAL  43  20.563 -13.129  -3.261
    5   HG13  VAL  43          HG12      VAL  43  20.234 -14.408  -4.430
    6   HG12  VAL  43          HG13      VAL  43  19.035 -14.015  -3.193
    7   HG23  VAL  43          HG21      VAL  43  18.301 -14.246  -5.808
    8   HG22  VAL  43          HG22      VAL  43  17.851 -12.658  -6.431
    9   HG21  VAL  43          HG23      VAL  43  17.150 -13.246  -4.922

  No H/Q in entry =           9
  In of MODEL   14
    1    H    LYS  44           H        LYS  44  19.861  -9.396  -4.677
    2    HA   LYS  44           HA       LYS  44  21.508  -8.712  -2.507
    3    HB2  LYS  44           HB2      LYS  44  22.711 -10.788  -3.476
    4    HB3  LYS  44           HB3      LYS  44  22.963  -9.833  -4.935
    5    HG2  LYS  44           HG2      LYS  44  23.845  -8.446  -2.535
    6    HG3  LYS  44           HG3      LYS  44  24.653  -9.998  -2.756
    7    HD2  LYS  44           HD2      LYS  44  24.387  -8.103  -5.055
    8    HD3  LYS  44           HD3      LYS  44  25.652  -7.856  -3.849
    9    HE2  LYS  44           HE2      LYS  44  26.608  -9.995  -4.307
   10    HE3  LYS  44           HE3      LYS  44  25.236 -10.459  -5.310
   11    HZ3  LYS  44           HZ1      LYS  44  26.337  -9.666  -7.050
   12    HZ2  LYS  44           HZ2      LYS  44  27.588  -9.094  -6.060
   13    HZ1  LYS  44           HZ3      LYS  44  26.255  -8.109  -6.380

  No H/Q in entry =          13
  In of MODEL   14
    1    H    GLY  45           H        GLY  45  22.395  -6.733  -3.012
    2    HA3  GLY  45           HA2      GLY  45  22.600  -4.744  -4.263
    3    HA2  GLY  45           HA3      GLY  45  21.534  -5.450  -5.496

  No H/Q in entry =           3
  In of MODEL   14
    1    H    SER  46           H        SER  46  20.850  -2.945  -4.281
    2    HA   SER  46           HA       SER  46  18.370  -3.803  -3.032
    3    HB2  SER  46           HB2      SER  46  19.943  -3.050  -1.272
    4    HB3  SER  46           HB3      SER  46  20.144  -1.520  -2.123
    5    HG   SER  46           HG       SER  46  18.380  -0.842  -1.231

  No H/Q in entry =           5
  In of MODEL   14
    1    H    VAL  47           H        VAL  47  16.536  -2.432  -3.547
    2    HA   VAL  47           HA       VAL  47  17.298  -0.644  -5.702
    3    HB   VAL  47           HB       VAL  47  15.364  -1.076  -7.040
    4   HG11  VAL  47          HG11      VAL  47  17.194  -3.261  -6.316
    5   HG13  VAL  47          HG12      VAL  47  16.972  -2.420  -7.851
    6   HG12  VAL  47          HG13      VAL  47  15.819  -3.654  -7.345
    7   HG21  VAL  47          HG21      VAL  47  14.635  -3.086  -4.932
    8   HG23  VAL  47          HG22      VAL  47  13.917  -3.024  -6.542
    9   HG22  VAL  47          HG23      VAL  47  13.708  -1.669  -5.429

  No H/Q in entry =           9
  In of MODEL   14
    1    H    ALA  48           H        ALA  48  15.292   0.726  -6.479
    2    HA   ALA  48           HA       ALA  48  14.344   1.985  -4.000
    3    HB3  ALA  48           HB1      ALA  48  14.637   4.151  -5.060
    4    HB2  ALA  48           HB2      ALA  48  15.236   3.375  -6.527
    5    HB1  ALA  48           HB3      ALA  48  16.169   3.279  -5.033

  No H/Q in entry =           5
  In of MODEL   14
    1    H    VAL  49           H        VAL  49  12.403   1.221  -4.020
    2    HA   VAL  49           HA       VAL  49  10.763   0.786  -6.265
    3    HB   VAL  49           HB       VAL  49  10.216   0.962  -3.299
    4   HG11  VAL  49          HG11      VAL  49   8.240   1.531  -4.843
    5   HG13  VAL  49          HG12      VAL  49   8.015   0.295  -3.605
    6   HG12  VAL  49          HG13      VAL  49   8.295  -0.176  -5.282
    7   HG23  VAL  49          HG21      VAL  49  10.298  -1.354  -5.214
    8   HG22  VAL  49          HG22      VAL  49  10.034  -1.451  -3.469
    9   HG21  VAL  49          HG23      VAL  49  11.590  -0.906  -4.098

  No H/Q in entry =           9
  In of MODEL   14
    1    H    LEU  50           H        LEU  50   9.277   2.117  -7.203
    2    HA   LEU  50           HA       LEU  50   8.762   4.679  -6.035
    3    HB2  LEU  50           HB2      LEU  50   9.541   6.015  -7.761
    4    HB3  LEU  50           HB3      LEU  50  10.826   4.876  -7.432
    5    HG   LEU  50           HG       LEU  50   8.992   4.962  -9.803
    6   HD13  LEU  50          HD11      LEU  50  10.886   6.422  -9.905
    7   HD12  LEU  50          HD12      LEU  50  11.180   5.033 -10.959
    8   HD11  LEU  50          HD13      LEU  50  11.962   5.116  -9.375
    9   HD21  LEU  50          HD21      LEU  50   9.198   2.643  -9.091
   10   HD23  LEU  50          HD22      LEU  50  10.956   2.803  -9.057
   11   HD22  LEU  50          HD23      LEU  50  10.082   2.941 -10.586

  No H/Q in entry =          11
  In of MODEL   14
    1    H    ILE  51           H        ILE  51   6.987   5.787  -6.820
    2    HA   ILE  51           HA       ILE  51   5.146   4.037  -8.321
    3    HB   ILE  51           HB       ILE  51   3.375   5.330  -7.014
    4   HG12  ILE  51          HG12      ILE  51   4.385   5.859  -4.625
    5   HG13  ILE  51          HG13      ILE  51   5.851   6.155  -5.549
    6   HG23  ILE  51          HG21      ILE  51   3.700   3.019  -6.606
    7   HG22  ILE  51          HG22      ILE  51   3.638   3.815  -5.034
    8   HG21  ILE  51          HG23      ILE  51   5.189   3.320  -5.711
    9   HD13  ILE  51          HD11      ILE  51   4.720   7.866  -6.834
   10   HD12  ILE  51          HD12      ILE  51   4.569   8.197  -5.108
   11   HD11  ILE  51          HD13      ILE  51   3.206   7.520  -6.000

  No H/Q in entry =          11
  In of MODEL   14
    1    H    LYS  52           H        LYS  52   3.200   5.385  -8.932
    2    HA   LYS  52           HA       LYS  52   4.053   7.887 -10.224
    3    HB2  LYS  52           HB2      LYS  52   2.254   5.691 -11.294
    4    HB3  LYS  52           HB3      LYS  52   2.289   7.311 -11.987
    5    HG2  LYS  52           HG2      LYS  52   4.813   6.954 -12.205
    6    HG3  LYS  52           HG3      LYS  52   4.464   5.248 -11.937
    7    HD2  LYS  52           HD2      LYS  52   3.356   5.024 -13.949
    8    HD3  LYS  52           HD3      LYS  52   2.932   6.740 -14.023
    9    HE2  LYS  52           HE2      LYS  52   5.747   6.590 -14.033
   10    HE3  LYS  52           HE3      LYS  52   5.172   5.374 -15.172
   11    HZ2  LYS  52           HZ1      LYS  52   5.368   8.131 -15.542
   12    HZ1  LYS  52           HZ2      LYS  52   3.716   7.743 -15.568
   13    HZ3  LYS  52           HZ3      LYS  52   4.783   6.968 -16.630

  No H/Q in entry =          13
  In of MODEL   14
    1    H    ASP  53           H        ASP  53   2.742   9.578  -9.995
    2    HA   ASP  53           HA       ASP  53   0.618   9.334  -8.038
    3    HB2  ASP  53           HB2      ASP  53   2.201  11.688  -8.988
    4    HB3  ASP  53           HB3      ASP  53   0.791  11.849  -7.955

  No H/Q in entry =           4
  In of MODEL   14
    1    H    GLU  54           H        GLU  54  -0.663  11.886  -8.775
    2    HA   GLU  54           HA       GLU  54  -2.389  10.745 -10.838
    3    HB2  GLU  54           HB2      GLU  54  -3.512  11.318  -8.686
    4    HB3  GLU  54           HB3      GLU  54  -2.959  12.979  -8.850
    5    HG2  GLU  54           HG2      GLU  54  -5.315  12.685  -9.473
    6    HG3  GLU  54           HG3      GLU  54  -4.322  13.304 -10.790

  No H/Q in entry =           6
  In of MODEL   14
    1    H    GLU  55           H        GLU  55   0.207  12.831 -10.440
    2    HA   GLU  55           HA       GLU  55  -0.561  14.458 -12.800
    3    HB2  GLU  55           HB2      GLU  55   0.850  16.241 -12.015
    4    HB3  GLU  55           HB3      GLU  55  -0.103  15.740 -10.628
    5    HG2  GLU  55           HG2      GLU  55   2.350  14.263 -10.740
    6    HG3  GLU  55           HG3      GLU  55   2.665  15.997 -10.781

  No H/Q in entry =           6
  In of MODEL   14
    1    H    GLY  56           H        GLY  56   0.702  11.704 -12.315
    2    HA3  GLY  56           HA2      GLY  56   2.165  10.462 -13.655
    3    HA2  GLY  56           HA3      GLY  56   2.620  11.955 -14.468

  No H/Q in entry =           3
  In of MODEL   14
    1    H    LYS  57           H        LYS  57   2.873  11.821 -10.889
    2    HA   LYS  57           HA       LYS  57   5.671  12.345 -11.268
    3    HB2  LYS  57           HB2      LYS  57   3.864  13.350  -9.579
    4    HB3  LYS  57           HB3      LYS  57   4.359  11.971  -8.613
    5    HG2  LYS  57           HG2      LYS  57   6.491  12.788  -8.299
    6    HG3  LYS  57           HG3      LYS  57   6.414  13.831  -9.721
    7    HD2  LYS  57           HD2      LYS  57   6.284  14.986  -7.463
    8    HD3  LYS  57           HD3      LYS  57   5.021  15.392  -8.624
    9    HE2  LYS  57           HE2      LYS  57   4.153  15.053  -6.335
   10    HE3  LYS  57           HE3      LYS  57   3.457  13.933  -7.503
   11    HZ1  LYS  57           HZ1      LYS  57   5.823  13.049  -6.028
   12    HZ3  LYS  57           HZ2      LYS  57   4.474  12.157  -6.557
   13    HZ2  LYS  57           HZ3      LYS  57   4.359  13.136  -5.181

  No H/Q in entry =          13
  In of MODEL   14
    1    H    GLU  58           H        GLU  58   7.133  10.724 -11.225
    2    HA   GLU  58           HA       GLU  58   6.338   8.180 -10.053
    3    HB2  GLU  58           HB2      GLU  58   8.366   7.571 -11.775
    4    HB3  GLU  58           HB3      GLU  58   6.664   7.421 -12.168
    5    HG2  GLU  58           HG2      GLU  58   6.854   9.846 -12.999
    6    HG3  GLU  58           HG3      GLU  58   8.595   9.560 -12.965

  No H/Q in entry =           6
  In of MODEL   14
    1    H    MET  59           H        MET  59   7.315   8.588  -7.871
    2    HA   MET  59           HA       MET  59  10.120   9.330  -8.074
    3    HB2  MET  59           HB2      MET  59   7.989   9.965  -6.047
    4    HB3  MET  59           HB3      MET  59   9.678  10.455  -5.943
    5    HG2  MET  59           HG2      MET  59   9.401  11.902  -7.839
    6    HG3  MET  59           HG3      MET  59   7.750  11.307  -8.072
    7    HE2  MET  59           HE1      MET  59   8.176  12.715  -3.817
    8    HE1  MET  59           HE2      MET  59   9.543  11.976  -4.650
    9    HE3  MET  59           HE3      MET  59   8.027  11.088  -4.492

  No H/Q in entry =           9
  In of MODEL   14
    1    H    ILE  60           H        ILE  60  11.380   8.392  -6.532
    2    HA   ILE  60           HA       ILE  60  10.938   5.847  -5.593
    3    HB   ILE  60           HB       ILE  60  12.612   7.808  -4.030
    4   HG12  ILE  60          HG12      ILE  60  13.195   8.240  -6.322
    5   HG13  ILE  60          HG13      ILE  60  14.483   7.282  -5.601
    6   HG23  ILE  60          HG21      ILE  60  12.493   5.648  -3.043
    7   HG22  ILE  60          HG22      ILE  60  14.086   5.806  -3.783
    8   HG21  ILE  60          HG23      ILE  60  12.830   4.859  -4.583
    9   HD12  ILE  60          HD11      ILE  60  12.316   6.287  -7.431
   10   HD11  ILE  60          HD12      ILE  60  13.544   5.276  -6.669
   11   HD13  ILE  60          HD13      ILE  60  14.017   6.515  -7.832

  No H/Q in entry =          11
  In of MODEL   14
    1    H    LEU  61           H        LEU  61   9.533   5.099  -4.100
    2    HA   LEU  61           HA       LEU  61   8.756   6.912  -1.934
    3    HB2  LEU  61           HB2      LEU  61   6.519   6.370  -2.119
    4    HB3  LEU  61           HB3      LEU  61   7.013   6.396  -3.792
    5    HG   LEU  61           HG       LEU  61   5.562   4.581  -3.637
    6   HD11  LEU  61          HD11      LEU  61   7.837   4.091  -4.648
    7   HD13  LEU  61          HD12      LEU  61   6.770   2.741  -4.278
    8   HD12  LEU  61          HD13      LEU  61   8.115   3.127  -3.199
    9   HD23  LEU  61          HD21      LEU  61   6.931   3.154  -1.467
   10   HD22  LEU  61          HD22      LEU  61   5.226   3.188  -1.915
   11   HD21  LEU  61          HD23      LEU  61   5.930   4.538  -1.019

  No H/Q in entry =          11
  In of MODEL   14
    1    H    SER  62           H        SER  62  10.215   4.058  -2.892
    2    HA   SER  62           HA       SER  62  10.537   3.172  -0.198
    3    HB2  SER  62           HB2      SER  62   8.352   2.198  -0.557
    4    HB3  SER  62           HB3      SER  62   8.870   1.524  -2.096
    5    HG   SER  62           HG       SER  62   9.440  -0.166  -1.012

  No H/Q in entry =           5
  In of MODEL   14
    1    H    TYR  63           H        TYR  63  11.546   0.945  -0.295
    2    HA   TYR  63           HA       TYR  63  13.212   0.203  -2.392
    3    HB2  TYR  63           HB2      TYR  63  15.213   0.618  -0.546
    4    HB3  TYR  63           HB3      TYR  63  15.017   1.579  -1.998
    5    HD1  TYR  63           HD1      TYR  63  15.029   3.845  -1.726
    6    HD2  TYR  63           HD2      TYR  63  13.769   1.401   1.504
    7    HE1  TYR  63           HE1      TYR  63  14.736   5.853  -0.333
    8    HE2  TYR  63           HE2      TYR  63  13.469   3.384   2.913
    9    HH   TYR  63           HH       TYR  63  14.294   5.679   3.031

  No H/Q in entry =           9
  In of MODEL   14
    1    H    LEU  64           H        LEU  64  14.700  -1.226  -1.643
    2    HA   LEU  64           HA       LEU  64  13.425  -3.234   0.021
    3    HB2  LEU  64           HB2      LEU  64  14.986  -3.963  -2.402
    4    HB3  LEU  64           HB3      LEU  64  13.857  -4.931  -1.487
    5    HG   LEU  64           HG       LEU  64  13.144  -2.658  -3.346
    6   HD12  LEU  64          HD11      LEU  64  12.560  -5.601  -3.534
    7   HD11  LEU  64          HD12      LEU  64  13.919  -4.815  -4.334
    8   HD13  LEU  64          HD13      LEU  64  12.268  -4.364  -4.756
    9   HD21  LEU  64          HD21      LEU  64  11.383  -4.469  -1.680
   10   HD23  LEU  64          HD22      LEU  64  10.811  -3.433  -2.988
   11   HD22  LEU  64          HD23      LEU  64  11.524  -2.715  -1.541

  No H/Q in entry =          11
  In of MODEL   14
    1    H    ASN  65           H        ASN  65  15.082  -5.154  -0.081
    2    HA   ASN  65           HA       ASN  65  17.713  -4.197   0.630
    3    HB2  ASN  65           HB2      ASN  65  15.880  -5.126   2.664
    4    HB3  ASN  65           HB3      ASN  65  17.170  -6.313   2.472
    5   HD21  ASN  65          HD21      ASN  65  17.187  -2.788   2.128
    6   HD22  ASN  65          HD22      ASN  65  18.404  -2.500   3.326

  No H/Q in entry =           6
  In of MODEL   14
    1    H    GLN  66           H        GLN  66  19.255  -5.971   0.601
    2    HA   GLN  66           HA       GLN  66  19.142  -7.681  -1.599
    3    HB2  GLN  66           HB2      GLN  66  20.864  -7.764   0.963
    4    HB3  GLN  66           HB3      GLN  66  21.155  -8.795  -0.436
    5    HG2  GLN  66           HG2      GLN  66  21.660  -6.761  -1.865
    6    HG3  GLN  66           HG3      GLN  66  21.239  -5.690  -0.552
    7   HE22  GLN  66          HE21      GLN  66  24.892  -5.730  -0.574
    8   HE21  GLN  66          HE22      GLN  66  23.460  -5.067  -1.538

  No H/Q in entry =           8
  In of MODEL   14
    1    H    GLY  67           H        GLY  67  17.150  -8.774  -1.414
    2    HA3  GLY  67           HA2      GLY  67  16.917 -11.306  -0.991
    3    HA2  GLY  67           HA3      GLY  67  16.981 -10.792   0.687

  No H/Q in entry =           3
  In of MODEL   14
    1    H    ASP  68           H        ASP  68  15.484  -8.674  -1.608
    2    HA   ASP  68           HA       ASP  68  12.860  -9.290  -0.427
    3    HB2  ASP  68           HB2      ASP  68  14.221  -6.836  -0.818
    4    HB3  ASP  68           HB3      ASP  68  12.914  -6.862  -1.994

  No H/Q in entry =           4
  In of MODEL   14
    1    H    PHE  69           H        PHE  69  11.136  -8.374  -2.305
    2    HA   PHE  69           HA       PHE  69  11.874  -9.941  -4.671
    3    HB2  PHE  69           HB2      PHE  69   9.143  -9.427  -3.495
    4    HB3  PHE  69           HB3      PHE  69   9.463 -10.355  -4.953
    5    HD1  PHE  69           HD1      PHE  69   9.840 -12.652  -4.819
    6    HD2  PHE  69           HD2      PHE  69  10.162 -10.280  -1.302
    7    HE1  PHE  69           HE1      PHE  69   9.994 -14.696  -3.458
    8    HE2  PHE  69           HE2      PHE  69  10.325 -12.320   0.064
    9    HZ   PHE  69           HZ       PHE  69  10.236 -14.530  -1.013

  No H/Q in entry =           9
  In of MODEL   14
    1    H    ILE  70           H        ILE  70  10.592  -9.247  -6.647
    2    HA   ILE  70           HA       ILE  70   9.934  -6.432  -6.791
    3    HB   ILE  70           HB       ILE  70  12.240  -7.690  -8.272
    4   HG12  ILE  70          HG12      ILE  70  11.887  -5.071  -6.811
    5   HG13  ILE  70          HG13      ILE  70  12.796  -6.472  -6.254
    6   HG22  ILE  70          HG21      ILE  70  10.964  -5.100  -9.099
    7   HG21  ILE  70          HG22      ILE  70  10.558  -6.638  -9.850
    8   HG23  ILE  70          HG23      ILE  70  12.207  -6.024  -9.939
    9   HD13  ILE  70          HD11      ILE  70  14.366  -4.908  -7.036
   10   HD12  ILE  70          HD12      ILE  70  13.457  -4.615  -8.518
   11   HD11  ILE  70          HD13      ILE  70  14.270  -6.163  -8.270

  No H/Q in entry =          11
  In of MODEL   14
    1    H    GLY  71           H        GLY  71   8.512  -6.039  -8.469
    2    HA3  GLY  71           HA2      GLY  71   7.121  -6.502 -10.262
    3    HA2  GLY  71           HA3      GLY  71   7.981  -8.017 -10.498

  No H/Q in entry =           3
  In of MODEL   14
    1    H    GLU  72           H        GLU  72   7.025  -7.545  -7.314
    2    HA   GLU  72           HA       GLU  72   5.269  -9.779  -7.377
    3    HB2  GLU  72           HB2      GLU  72   4.907  -9.251  -4.990
    4    HB3  GLU  72           HB3      GLU  72   6.613  -9.258  -5.388
    5    HG2  GLU  72           HG2      GLU  72   5.021  -6.720  -5.263
    6    HG3  GLU  72           HG3      GLU  72   5.770  -7.433  -3.842

  No H/Q in entry =           6
  In of MODEL   14
    1    H    LEU  73           H        LEU  73   5.198  -6.440  -7.262
    2    HA   LEU  73           HA       LEU  73   2.561  -5.721  -6.917
    3    HB2  LEU  73           HB2      LEU  73   5.102  -4.566  -7.472
    4    HB3  LEU  73           HB3      LEU  73   3.925  -3.850  -8.558
    5    HG   LEU  73           HG       LEU  73   4.254  -2.610  -6.417
    6   HD13  LEU  73          HD11      LEU  73   2.328  -2.168  -7.622
    7   HD12  LEU  73          HD12      LEU  73   1.737  -2.545  -6.002
    8   HD11  LEU  73          HD13      LEU  73   1.650  -3.760  -7.285
    9   HD23  LEU  73          HD21      LEU  73   2.551  -4.069  -4.747
   10   HD22  LEU  73          HD22      LEU  73   4.277  -3.782  -4.518
   11   HD21  LEU  73          HD23      LEU  73   3.726  -5.237  -5.352

  No H/Q in entry =          11
  In of MODEL   14
    1    H    GLY  74           H        GLY  74   3.893  -7.266  -9.594
    2    HA3  GLY  74           HA2      GLY  74   1.698  -6.198 -11.245
    3    HA2  GLY  74           HA3      GLY  74   3.253  -6.678 -11.909

  No H/Q in entry =           3
  In of MODEL   14
    1    H    LEU  75           H        LEU  75   3.336  -9.022 -10.054
    2    HA   LEU  75           HA       LEU  75   1.690 -10.728 -11.821
    3    HB2  LEU  75           HB2      LEU  75   3.191 -12.431 -11.465
    4    HB3  LEU  75           HB3      LEU  75   4.231 -11.017 -11.372
    5    HG   LEU  75           HG       LEU  75   3.467 -11.355  -8.768
    6   HD12  LEU  75          HD11      LEU  75   3.990 -14.105  -9.888
    7   HD11  LEU  75          HD12      LEU  75   2.390 -13.504  -9.454
    8   HD13  LEU  75          HD13      LEU  75   3.633 -13.670  -8.214
    9   HD22  LEU  75          HD21      LEU  75   5.731 -12.147  -8.416
   10   HD21  LEU  75          HD22      LEU  75   5.726 -10.886  -9.649
   11   HD23  LEU  75          HD23      LEU  75   5.872 -12.579 -10.119

  No H/Q in entry =          11
  In of MODEL   14
    1    H    PHE  76           H        PHE  76   2.280 -10.052  -8.486
    2    HA   PHE  76           HA       PHE  76   0.409 -12.083  -7.589
    3    HB2  PHE  76           HB2      PHE  76   2.314 -12.199  -6.274
    4    HB3  PHE  76           HB3      PHE  76   2.612 -10.472  -6.390
    5    HD1  PHE  76           HD1      PHE  76   1.172  -8.908  -5.034
    6    HD2  PHE  76           HD2      PHE  76   1.274 -13.115  -4.402
    7    HE1  PHE  76           HE1      PHE  76   0.264  -8.592  -2.766
    8    HE2  PHE  76           HE2      PHE  76   0.373 -12.804  -2.136
    9    HZ   PHE  76           HZ       PHE  76  -0.131 -10.534  -1.316

  No H/Q in entry =           9
  In of MODEL   14
    1    H    GLU  77           H        GLU  77   0.906  -8.641  -7.888
    2    HA   GLU  77           HA       GLU  77  -1.206  -7.879  -6.175
    3    HB2  GLU  77           HB2      GLU  77   0.500  -6.265  -7.005
    4    HB3  GLU  77           HB3      GLU  77  -0.217  -6.369  -8.610
    5    HG2  GLU  77           HG2      GLU  77  -2.098  -5.733  -6.449
    6    HG3  GLU  77           HG3      GLU  77  -0.864  -4.510  -6.749

  No H/Q in entry =           6
  In of MODEL   14
    1    H    GLU  78           H        GLU  78  -0.862  -8.539  -9.575
    2    HA   GLU  78           HA       GLU  78  -2.291  -9.790 -10.819
    3    HB2  GLU  78           HB2      GLU  78  -4.112  -9.480  -8.830
    4    HB3  GLU  78           HB3      GLU  78  -4.763  -8.380 -10.041
    5    HG2  GLU  78           HG2      GLU  78  -4.156 -10.582 -11.528
    6    HG3  GLU  78           HG3      GLU  78  -4.682 -11.295 -10.004

  No H/Q in entry =           6
  In of MODEL   14
    1    H    GLY  79           H        GLY  79  -0.780  -7.445 -10.951
    2    HA3  GLY  79           HA2      GLY  79  -2.061  -5.147 -12.010
    3    HA2  GLY  79           HA3      GLY  79  -0.372  -5.575 -12.151

  No H/Q in entry =           3
  In of MODEL   14
    1    H    GLN  80           H        GLN  80   0.127  -7.298 -13.717
    2    HA   GLN  80           HA       GLN  80   0.262  -7.958 -15.862
    3    HB2  GLN  80           HB2      GLN  80  -2.612  -8.120 -15.192
    4    HB3  GLN  80           HB3      GLN  80  -2.180  -8.269 -16.887
    5    HG2  GLN  80           HG2      GLN  80  -2.401 -10.414 -15.583
    6    HG3  GLN  80           HG3      GLN  80  -0.912 -10.208 -16.503
    7   HE21  GLN  80          HE21      GLN  80  -2.331 -10.423 -13.354
    8   HE22  GLN  80          HE22      GLN  80  -0.851 -10.533 -12.466

  No H/Q in entry =           8
  In of MODEL   14
    1    H    GLU  81           H        GLU  81   0.913  -5.540 -15.863
    2    HA   GLU  81           HA       GLU  81   0.726  -4.180 -18.019
    3    HB2  GLU  81           HB2      GLU  81  -1.952  -4.123 -17.180
    4    HB3  GLU  81           HB3      GLU  81  -1.285  -2.540 -16.772
    5    HG2  GLU  81           HG2      GLU  81  -0.393  -2.492 -19.162
    6    HG3  GLU  81           HG3      GLU  81  -1.513  -3.821 -19.471

  No H/Q in entry =           6
  In of MODEL   14
    1    H    ARG  82           H        ARG  82   2.674  -3.868 -16.692
    2    HA   ARG  82           HA       ARG  82   4.100  -2.391 -15.711
    3    HB2  ARG  82           HB2      ARG  82   3.435  -0.378 -16.215
    4    HB3  ARG  82           HB3      ARG  82   1.786  -0.866 -16.230
    5    HG2  ARG  82           HG2      ARG  82   2.743  -0.459 -13.541
    6    HG3  ARG  82           HG3      ARG  82   2.936   0.983 -14.544
    7    HD2  ARG  82           HD2      ARG  82   0.386  -0.568 -14.543
    8    HD3  ARG  82           HD3      ARG  82   0.708   0.625 -13.287
    9    HE   ARG  82           HE       ARG  82   0.840   2.300 -15.065
   10   HH11  ARG  82          HH11      ARG  82  -0.588  -0.780 -15.919
   11   HH12  ARG  82          HH12      ARG  82  -1.562  -0.125 -17.211
   12   HH21  ARG  82          HH21      ARG  82  -0.465   3.175 -16.744
   13   HH22  ARG  82          HH22      ARG  82  -1.509   2.128 -17.653

  No H/Q in entry =          13
  In of MODEL   14
    1    H    SER  83           H        SER  83   4.697  -1.587 -13.566
    2    HA   SER  83           HA       SER  83   2.918  -2.296 -11.468
    3    HB2  SER  83           HB2      SER  83   4.818  -3.944 -10.589
    4    HB3  SER  83           HB3      SER  83   3.486  -4.484 -11.610
    5    HG   SER  83           HG       SER  83   6.184  -4.156 -12.214

  No H/Q in entry =           5
  In of MODEL   14
    1    H    ALA  84           H        ALA  84   3.468  -0.021 -11.264
    2    HA   ALA  84           HA       ALA  84   5.869   1.216 -10.906
    3    HB1  ALA  84           HB1      ALA  84   3.485   1.911  -9.235
    4    HB2  ALA  84           HB2      ALA  84   3.522   2.223 -10.969
    5    HB3  ALA  84           HB3      ALA  84   4.710   2.983  -9.911

  No H/Q in entry =           5
  In of MODEL   14
    1    H    TRP  85           H        TRP  85   7.489   0.852  -9.514
    2    HA   TRP  85           HA       TRP  85   7.353   0.452  -6.927
    3    HB2  TRP  85           HB2      TRP  85   5.805  -1.432  -7.638
    4    HB3  TRP  85           HB3      TRP  85   7.216  -2.236  -8.299
    5    HD1  TRP  85           HD1      TRP  85   8.655  -3.558  -6.745
    6    HE1  TRP  85           HE1      TRP  85   8.481  -4.282  -4.267
    7    HE3  TRP  85           HE3      TRP  85   4.965  -0.383  -5.304
    8    HZ2  TRP  85           HZ2      TRP  85   6.939  -3.544  -2.001
    9    HZ3  TRP  85           HZ3      TRP  85   4.186  -0.437  -2.971
   10    HH2  TRP  85           HH2      TRP  85   5.157  -1.986  -1.354

  No H/Q in entry =          10
  In of MODEL   14
    1    H    VAL  86           H        VAL  86   8.908  -0.033  -9.956
    2    HA   VAL  86           HA       VAL  86  11.352  -0.304  -8.411
    3    HB   VAL  86           HB       VAL  86  11.908  -2.020 -10.529
    4   HG12  VAL  86          HG11      VAL  86  11.942  -3.552  -8.448
    5   HG11  VAL  86          HG12      VAL  86  11.597  -2.068  -7.556
    6   HG13  VAL  86          HG13      VAL  86  13.066  -2.199  -8.535
    7   HG22  VAL  86          HG21      VAL  86  10.286  -3.736 -10.244
    8   HG21  VAL  86          HG22      VAL  86   9.395  -2.258 -10.618
    9   HG23  VAL  86          HG23      VAL  86   9.478  -2.845  -8.956

  No H/Q in entry =           9
  In of MODEL   14
    1    H    ARG  87           H        ARG  87  13.146   0.238  -8.927
    2    HA   ARG  87           HA       ARG  87  14.218   1.282 -11.289
    3    HB2  ARG  87           HB2      ARG  87  12.926   3.323 -10.880
    4    HB3  ARG  87           HB3      ARG  87  13.398   3.319  -9.185
    5    HG2  ARG  87           HG2      ARG  87  15.749   3.320 -10.823
    6    HG3  ARG  87           HG3      ARG  87  14.670   4.622 -11.334
    7    HD2  ARG  87           HD2      ARG  87  15.297   5.831  -9.580
    8    HD3  ARG  87           HD3      ARG  87  14.705   4.575  -8.497
    9    HE   ARG  87           HE       ARG  87  17.217   3.781  -9.393
   10   HH11  ARG  87          HH11      ARG  87  15.808   6.326  -7.450
   11   HH12  ARG  87          HH12      ARG  87  17.230   6.573  -6.492
   12   HH21  ARG  87          HH21      ARG  87  19.099   4.090  -8.135
   13   HH22  ARG  87          HH22      ARG  87  19.109   5.297  -6.889

  No H/Q in entry =          13
  In of MODEL   14
    1    H    ALA  88           H        ALA  88  15.985   0.120 -10.883
    2    HA   ALA  88           HA       ALA  88  17.003  -0.726  -8.765
    3    HB3  ALA  88           HB1      ALA  88  19.303  -0.096 -10.269
    4    HB1  ALA  88           HB2      ALA  88  17.965  -0.565 -11.322
    5    HB2  ALA  88           HB3      ALA  88  18.486  -1.625 -10.009

  No H/Q in entry =           5
  In of MODEL   14
    1    H    LYS  89           H        LYS  89  17.923   0.008  -6.704
    2    HA   LYS  89           HA       LYS  89  18.776   2.718  -6.720
    3    HB2  LYS  89           HB2      LYS  89  17.528   1.408  -4.810
    4    HB3  LYS  89           HB3      LYS  89  19.151   0.897  -4.367
    5    HG2  LYS  89           HG2      LYS  89  19.806   3.028  -3.775
    6    HG3  LYS  89           HG3      LYS  89  18.569   3.797  -4.770
    7    HD2  LYS  89           HD2      LYS  89  17.150   3.853  -3.056
    8    HD3  LYS  89           HD3      LYS  89  17.345   2.120  -2.782
    9    HE2  LYS  89           HE2      LYS  89  18.006   3.171  -0.781
   10    HE3  LYS  89           HE3      LYS  89  19.493   2.677  -1.590
   11    HZ3  LYS  89           HZ1      LYS  89  19.869   4.862  -0.860
   12    HZ2  LYS  89           HZ2      LYS  89  18.349   5.413  -1.360
   13    HZ1  LYS  89           HZ3      LYS  89  19.535   5.031  -2.509

  No H/Q in entry =          13
  In of MODEL   14
    1    H    THR  90           H        THR  90  20.255  -0.370  -5.761
    2    HA   THR  90           HA       THR  90  22.846   0.677  -6.732
    3    HB   THR  90           HB       THR  90  22.798  -1.725  -4.990
    4    HG1  THR  90           HG1      THR  90  21.801   0.763  -4.238
    5   HG22  THR  90          HG21      THR  90  24.769  -0.479  -4.000
    6   HG21  THR  90          HG22      THR  90  24.515   0.740  -5.249
    7   HG23  THR  90          HG23      THR  90  24.925  -0.914  -5.702

  No H/Q in entry =           7
  In of MODEL   14
    1    H    ALA  91           H        ALA  91  23.445  -0.667  -8.961
    2    HA   ALA  91           HA       ALA  91  22.444  -2.611  -9.924
    3    HB3  ALA  91           HB1      ALA  91  24.512  -3.663 -10.499
    4    HB2  ALA  91           HB2      ALA  91  25.278  -3.071  -9.026
    5    HB1  ALA  91           HB3      ALA  91  24.840  -1.940 -10.304

  No H/Q in entry =           5
  In of MODEL   14
    1    H    CYS  92           H        CYS  92  21.460  -4.471  -9.559
    2    HA   CYS  92           HA       CYS  92  22.250  -5.911  -7.072
    3    HB2  CYS  92           HB2      CYS  92  19.561  -6.512  -8.023
    4    HB3  CYS  92           HB3      CYS  92  20.065  -5.953  -6.430
    5    HG   CYS  92           HG       CYS  92  20.264  -3.228  -7.496

  No H/Q in entry =           5
  In of MODEL   14
    1    H    GLU  93           H        GLU  93  20.543  -7.985  -7.542
    2    HA   GLU  93           HA       GLU  93  21.451  -9.511  -9.779
    3    HB2  GLU  93           HB2      GLU  93  21.963 -10.544  -6.973
    4    HB3  GLU  93           HB3      GLU  93  22.504 -11.248  -8.488
    5    HG2  GLU  93           HG2      GLU  93  23.516  -8.550  -7.873
    6    HG3  GLU  93           HG3      GLU  93  24.086  -9.858  -6.840

  No H/Q in entry =           6
  In of MODEL   14
    1    H    VAL  94           H        VAL  94  19.335  -9.954 -10.286
    2    HA   VAL  94           HA       VAL  94  17.532 -10.417  -8.014
    3    HB   VAL  94           HB       VAL  94  15.660 -10.117  -9.721
    4   HG13  VAL  94          HG11      VAL  94  15.969  -8.471  -8.048
    5   HG12  VAL  94          HG12      VAL  94  15.686  -7.652  -9.587
    6   HG11  VAL  94          HG13      VAL  94  17.325  -7.755  -8.922
    7   HG22  VAL  94          HG21      VAL  94  16.662 -10.134 -11.815
    8   HG21  VAL  94          HG22      VAL  94  17.919  -9.003 -11.325
    9   HG23  VAL  94          HG23      VAL  94  16.258  -8.440 -11.528

  No H/Q in entry =           9
  In of MODEL   14
    1    H    ALA  95           H        ALA  95  16.299 -12.241  -7.985
    2    HA   ALA  95           HA       ALA  95  17.219 -14.281  -9.854
    3    HB2  ALA  95           HB1      ALA  95  15.057 -14.856  -7.914
    4    HB1  ALA  95           HB2      ALA  95  16.598 -14.380  -7.203
    5    HB3  ALA  95           HB3      ALA  95  16.522 -15.774  -8.278

  No H/Q in entry =           5
  In of MODEL   14
    1    H    GLU  96           H        GLU  96  16.376 -13.382 -11.664
    2    HA   GLU  96           HA       GLU  96  13.515 -12.836 -11.553
    3    HB2  GLU  96           HB2      GLU  96  13.739 -11.406 -13.451
    4    HB3  GLU  96           HB3      GLU  96  14.937 -10.959 -12.242
    5    HG2  GLU  96           HG2      GLU  96  16.680 -11.994 -13.482
    6    HG3  GLU  96           HG3      GLU  96  15.522 -12.722 -14.595

  No H/Q in entry =           6
  In of MODEL   14
    1    H    ILE  97           H        ILE  97  12.137 -13.753 -12.502
    2    HA   ILE  97           HA       ILE  97  12.622 -15.290 -14.851
    3    HB   ILE  97           HB       ILE  97  11.324 -17.231 -13.777
    4   HG12  ILE  97          HG12      ILE  97  12.772 -16.336 -11.327
    5   HG13  ILE  97          HG13      ILE  97  11.103 -15.874 -11.612
    6   HG21  ILE  97          HG21      ILE  97  13.640 -17.062 -14.745
    7   HG23  ILE  97          HG22      ILE  97  13.259 -18.415 -13.687
    8   HG22  ILE  97          HG23      ILE  97  14.180 -17.037 -13.068
    9   HD12  ILE  97          HD11      ILE  97  12.144 -18.691 -11.414
   10   HD11  ILE  97          HD12      ILE  97  10.479 -18.237 -11.766
   11   HD13  ILE  97          HD13      ILE  97  11.188 -17.836 -10.203

  No H/Q in entry =          11
  In of MODEL   14
    1    H    SER  98           H        SER  98  10.449 -16.534 -15.315
    2    HA   SER  98           HA       SER  98   8.511 -14.352 -15.219
    3    HB2  SER  98           HB2      SER  98   7.499 -16.271 -16.914
    4    HB3  SER  98           HB3      SER  98   8.417 -14.843 -17.401
    5    HG   SER  98           HG       SER  98  10.182 -16.029 -17.656

  No H/Q in entry =           5
  In of MODEL   14
    1    H    TYR  99           H        TYR  99   6.531 -14.589 -14.550
    2    HA   TYR  99           HA       TYR  99   6.096 -16.248 -12.186
    3    HB2  TYR  99           HB2      TYR  99   4.029 -15.018 -11.859
    4    HB3  TYR  99           HB3      TYR  99   5.317 -13.894 -12.225
    5    HD1  TYR  99           HD1      TYR  99   3.303 -15.826 -14.736
    6    HD2  TYR  99           HD2      TYR  99   4.079 -12.042 -12.945
    7    HE1  TYR  99           HE1      TYR  99   1.852 -14.744 -16.389
    8    HE2  TYR  99           HE2      TYR  99   2.626 -10.961 -14.606
    9    HH   TYR  99           HH       TYR  99   1.808 -11.439 -16.929

  No H/Q in entry =           9
  In of MODEL   14
    1    H    LYS 100           H        LYS 100   5.551 -16.846 -15.591
    2    HA   LYS 100           HA       LYS 100   3.268 -18.439 -15.002
    3    HB2  LYS 100           HB2      LYS 100   3.999 -17.863 -17.360
    4    HB3  LYS 100           HB3      LYS 100   5.284 -19.054 -17.168
    5    HG2  LYS 100           HG2      LYS 100   3.646 -20.803 -16.799
    6    HG3  LYS 100           HG3      LYS 100   2.336 -19.626 -16.927
    7    HD2  LYS 100           HD2      LYS 100   2.844 -19.203 -19.216
    8    HD3  LYS 100           HD3      LYS 100   4.328 -20.150 -19.118
    9    HE2  LYS 100           HE2      LYS 100   1.544 -21.246 -18.759
   10    HE3  LYS 100           HE3      LYS 100   2.493 -21.351 -20.241
   11    HZ1  LYS 100           HZ1      LYS 100   3.398 -22.462 -17.647
   12    HZ3  LYS 100           HZ2      LYS 100   4.082 -22.721 -19.168
   13    HZ2  LYS 100           HZ3      LYS 100   2.563 -23.366 -18.805

  No H/Q in entry =          13
  In of MODEL   14
    1    H    LYS 101           H        LYS 101   6.749 -19.208 -15.256
    2    HA   LYS 101           HA       LYS 101   6.483 -21.882 -14.277
    3    HB2  LYS 101           HB2      LYS 101   8.687 -22.106 -14.846
    4    HB3  LYS 101           HB3      LYS 101   8.323 -20.659 -15.774
    5    HG2  LYS 101           HG2      LYS 101   9.305 -19.261 -14.076
    6    HG3  LYS 101           HG3      LYS 101   9.578 -20.659 -13.036
    7    HD2  LYS 101           HD2      LYS 101  10.777 -20.411 -15.789
    8    HD3  LYS 101           HD3      LYS 101  11.585 -19.815 -14.338
    9    HE2  LYS 101           HE2      LYS 101  11.284 -22.167 -13.404
   10    HE3  LYS 101           HE3      LYS 101  10.863 -22.647 -15.047
   11    HZ1  LYS 101           HZ1      LYS 101  13.035 -21.779 -15.768
   12    HZ3  LYS 101           HZ2      LYS 101  13.183 -23.044 -14.658
   13    HZ2  LYS 101           HZ3      LYS 101  13.433 -21.447 -14.157

  No H/Q in entry =          13
  In of MODEL   14
    1    H    PHE 102           H        PHE 102   7.172 -18.811 -12.866
    2    HA   PHE 102           HA       PHE 102   8.217 -19.724 -10.380
    3    HB2  PHE 102           HB2      PHE 102   8.841 -17.603 -10.799
    4    HB3  PHE 102           HB3      PHE 102   7.394 -17.201 -11.650
    5    HD1  PHE 102           HD1      PHE 102   9.204 -16.876  -8.598
    6    HD2  PHE 102           HD2      PHE 102   5.311 -16.650 -10.283
    7    HE1  PHE 102           HE1      PHE 102   8.454 -15.513  -6.691
    8    HE2  PHE 102           HE2      PHE 102   4.559 -15.315  -8.374
    9    HZ   PHE 102           HZ       PHE 102   6.128 -14.734  -6.578

  No H/Q in entry =           9
  In of MODEL   14
    1    H    ARG 103           H        ARG 103   5.106 -18.296 -11.296
    2    HA   ARG 103           HA       ARG 103   3.726 -18.508  -9.000
    3    HB2  ARG 103           HB2      ARG 103   2.116 -17.751 -10.300
    4    HB3  ARG 103           HB3      ARG 103   3.082 -18.130 -11.705
    5    HG2  ARG 103           HG2      ARG 103   1.487 -19.507 -12.353
    6    HG3  ARG 103           HG3      ARG 103   1.849 -20.534 -10.961
    7    HD2  ARG 103           HD2      ARG 103   0.351 -18.667  -9.756
    8    HD3  ARG 103           HD3      ARG 103  -0.338 -18.582 -11.376
    9    HE   ARG 103           HE       ARG 103  -0.176 -21.088  -9.826
   10   HH11  ARG 103          HH11      ARG 103  -1.958 -18.880 -11.910
   11   HH12  ARG 103          HH12      ARG 103  -3.344 -19.917 -12.011
   12   HH21  ARG 103          HH21      ARG 103  -1.985 -22.424  -9.960
   13   HH22  ARG 103          HH22      ARG 103  -3.362 -21.933 -10.899

  No H/Q in entry =          13
  In of MODEL   14
    1    H    GLN 104           H        GLN 104   4.756 -21.111 -10.949
    2    HA   GLN 104           HA       GLN 104   2.896 -22.992  -9.693
    3    HB2  GLN 104           HB2      GLN 104   3.199 -24.328 -11.479
    4    HB3  GLN 104           HB3      GLN 104   3.817 -22.859 -12.217
    5    HG2  GLN 104           HG2      GLN 104   6.046 -23.554 -11.970
    6    HG3  GLN 104           HG3      GLN 104   5.602 -24.847 -10.852
    7   HE21  GLN 104          HE21      GLN 104   5.465 -23.782 -14.184
    8   HE22  GLN 104          HE22      GLN 104   5.228 -25.347 -14.874

  No H/Q in entry =           8
  In of MODEL   14
    1    H    LEU 105           H        LEU 105   6.271 -22.176  -9.454
    2    HA   LEU 105           HA       LEU 105   6.811 -24.370  -7.561
    3    HB2  LEU 105           HB2      LEU 105   8.994 -23.678  -7.800
    4    HB3  LEU 105           HB3      LEU 105   8.410 -22.526  -8.987
    5    HG   LEU 105           HG       LEU 105   8.039 -20.947  -6.982
    6   HD11  LEU 105          HD11      LEU 105   9.976 -22.924  -5.772
    7   HD13  LEU 105          HD12      LEU 105   8.369 -22.511  -5.168
    8   HD12  LEU 105          HD13      LEU 105   9.659 -21.308  -5.140
    9   HD21  LEU 105          HD21      LEU 105  10.675 -21.732  -8.148
   10   HD23  LEU 105          HD22      LEU 105  10.534 -20.387  -7.013
   11   HD22  LEU 105          HD23      LEU 105   9.650 -20.351  -8.541

  No H/Q in entry =          11
  In of MODEL   14
    1    H    ILE 106           H        ILE 106   6.300 -20.708  -7.356
    2    HA   ILE 106           HA       ILE 106   5.986 -20.638  -4.650
    3    HB   ILE 106           HB       ILE 106   5.034 -18.474  -4.868
    4   HG12  ILE 106          HG12      ILE 106   4.740 -17.830  -7.493
    5   HG13  ILE 106          HG13      ILE 106   4.132 -19.486  -7.489
    6   HG22  ILE 106          HG21      ILE 106   6.821 -18.571  -7.233
    7   HG21  ILE 106          HG22      ILE 106   7.432 -19.159  -5.689
    8   HG23  ILE 106          HG23      ILE 106   6.849 -17.501  -5.832
    9   HD12  ILE 106          HD11      ILE 106   3.086 -17.087  -6.064
   10   HD11  ILE 106          HD12      ILE 106   2.710 -18.711  -5.491
   11   HD13  ILE 106          HD13      ILE 106   2.238 -18.216  -7.122

  No H/Q in entry =          11
  In of MODEL   14
    1    H    GLN 107           H        GLN 107   4.043 -22.321  -6.579
    2    HA   GLN 107           HA       GLN 107   1.682 -21.861  -4.927
    3    HB2  GLN 107           HB2      GLN 107   0.227 -22.376  -6.628
    4    HB3  GLN 107           HB3      GLN 107   1.550 -21.723  -7.582
    5    HG2  GLN 107           HG2      GLN 107   2.367 -24.036  -7.931
    6    HG3  GLN 107           HG3      GLN 107   0.933 -24.625  -7.090
    7   HE21  GLN 107          HE21      GLN 107   1.743 -25.136  -9.807
    8   HE22  GLN 107          HE22      GLN 107   0.476 -24.545 -10.825

  No H/Q in entry =           8
  In of MODEL   14
    1    H    VAL 108           H        VAL 108   4.245 -23.838  -5.603
    2    HA   VAL 108           HA       VAL 108   3.095 -26.392  -4.961
    3    HB   VAL 108           HB       VAL 108   5.391 -25.505  -6.242
    4   HG11  VAL 108          HG11      VAL 108   6.213 -26.732  -3.622
    5   HG13  VAL 108          HG12      VAL 108   6.587 -25.110  -4.208
    6   HG12  VAL 108          HG13      VAL 108   7.272 -26.521  -5.017
    7   HG23  VAL 108          HG21      VAL 108   4.881 -28.284  -5.221
    8   HG22  VAL 108          HG22      VAL 108   5.919 -27.825  -6.574
    9   HG21  VAL 108          HG23      VAL 108   4.176 -27.573  -6.672

  No H/Q in entry =           9
  In of MODEL   14
    1    H    ASN 109           H        ASN 109   4.489 -23.698  -3.364
    2    HA   ASN 109           HA       ASN 109   4.140 -24.997  -0.761
    3    HB2  ASN 109           HB2      ASN 109   6.254 -23.573  -0.104
    4    HB3  ASN 109           HB3      ASN 109   6.446 -25.161  -0.837
    5   HD21  ASN 109          HD21      ASN 109   8.463 -24.682  -1.663
    6   HD22  ASN 109          HD22      ASN 109   8.691 -23.598  -2.989

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   PRO 110           HA       PRO 110   1.899 -21.172  -0.235
    2    HB2  PRO 110           HB2      PRO 110   0.980 -21.666   2.254
    3    HB3  PRO 110           HB3      PRO 110   0.339 -22.497   0.834
    4    HG2  PRO 110           HG2      PRO 110   2.335 -23.451   2.848
    5    HG3  PRO 110           HG3      PRO 110   0.976 -24.327   2.117
    6    HD2  PRO 110           HD2      PRO 110   3.564 -24.593   1.289
    7    HD3  PRO 110           HD3      PRO 110   2.167 -24.833   0.223

  No H/Q in entry =           7
  In of MODEL   14
    1    H    ASP 111           H        ASP 111   4.824 -21.972   1.243
    2    HA   ASP 111           HA       ASP 111   4.755 -19.627   2.977
    3    HB2  ASP 111           HB2      ASP 111   6.888 -20.401   3.880
    4    HB3  ASP 111           HB3      ASP 111   5.655 -21.654   3.982

  No H/Q in entry =           4
  In of MODEL   14
    1    H    ILE 112           H        ILE 112   5.551 -20.256  -0.202
    2    HA   ILE 112           HA       ILE 112   7.903 -18.571  -0.259
    3    HB   ILE 112           HB       ILE 112   6.458 -20.110  -2.403
    4   HG12  ILE 112          HG12      ILE 112   8.427 -20.644  -0.484
    5   HG13  ILE 112          HG13      ILE 112   7.941 -21.666  -1.829
    6   HG23  ILE 112          HG21      ILE 112   7.165 -18.083  -3.466
    7   HG22  ILE 112          HG22      ILE 112   8.269 -19.381  -3.927
    8   HG21  ILE 112          HG23      ILE 112   8.766 -18.184  -2.730
    9   HD11  ILE 112          HD11      ILE 112  10.125 -19.620  -1.870
   10   HD13  ILE 112          HD12      ILE 112   9.637 -20.645  -3.219
   11   HD12  ILE 112          HD13      ILE 112  10.328 -21.368  -1.767

  No H/Q in entry =          11
  In of MODEL   14
    1    H    LEU 113           H        LEU 113   4.687 -18.430  -1.681
    2    HA   LEU 113           HA       LEU 113   5.207 -15.779  -2.620
    3    HB2  LEU 113           HB2      LEU 113   3.795 -17.339  -3.896
    4    HB3  LEU 113           HB3      LEU 113   2.627 -17.338  -2.588
    5    HG   LEU 113           HG       LEU 113   2.493 -14.804  -2.954
    6   HD11  LEU 113          HD11      LEU 113   4.582 -15.260  -4.654
    7   HD13  LEU 113          HD12      LEU 113   3.554 -13.828  -4.654
    8   HD12  LEU 113          HD13      LEU 113   3.211 -15.154  -5.761
    9   HD21  LEU 113          HD21      LEU 113   1.481 -16.783  -4.982
   10   HD23  LEU 113          HD22      LEU 113   0.923 -15.115  -4.862
   11   HD22  LEU 113          HD23      LEU 113   0.669 -16.229  -3.519

  No H/Q in entry =          11
  In of MODEL   14
    1    H    MET 114           H        MET 114   4.056 -17.324   0.112
    2    HA   MET 114           HA       MET 114   2.569 -15.148   1.243
    3    HB2  MET 114           HB2      MET 114   2.413 -17.685   1.773
    4    HB3  MET 114           HB3      MET 114   3.805 -17.396   2.807
    5    HG2  MET 114           HG2      MET 114   1.386 -15.695   3.063
    6    HG3  MET 114           HG3      MET 114   1.409 -17.306   3.772
    7    HE3  MET 114           HE1      MET 114   2.075 -14.232   6.458
    8    HE2  MET 114           HE2      MET 114   0.826 -15.376   5.968
    9    HE1  MET 114           HE3      MET 114   1.296 -14.066   4.884

  No H/Q in entry =           9
  In of MODEL   14
    1    H    ARG 115           H        ARG 115   5.812 -16.396   1.294
    2    HA   ARG 115           HA       ARG 115   6.821 -14.769   3.390
    3    HB2  ARG 115           HB2      ARG 115   8.349 -16.409   3.088
    4    HB3  ARG 115           HB3      ARG 115   7.854 -16.686   1.429
    5    HG2  ARG 115           HG2      ARG 115   9.969 -16.021   1.069
    6    HG3  ARG 115           HG3      ARG 115   9.188 -14.439   1.045
    7    HD2  ARG 115           HD2      ARG 115   9.711 -14.810   3.718
    8    HD3  ARG 115           HD3      ARG 115  11.110 -15.557   2.947
    9    HE   ARG 115           HE       ARG 115  10.319 -12.741   2.794
   10   HH11  ARG 115          HH11      ARG 115  12.665 -15.265   2.085
   11   HH12  ARG 115          HH12      ARG 115  13.854 -14.144   1.504
   12   HH21  ARG 115          HH21      ARG 115  11.906 -11.292   2.066
   13   HH22  ARG 115          HH22      ARG 115  13.423 -11.889   1.465

  No H/Q in entry =          13
  In of MODEL   14
    1    H    LEU 116           H        LEU 116   6.467 -14.503  -0.105
    2    HA   LEU 116           HA       LEU 116   7.763 -12.012  -0.378
    3    HB2  LEU 116           HB2      LEU 116   7.499 -13.268  -2.341
    4    HB3  LEU 116           HB3      LEU 116   5.814 -13.609  -2.002
    5    HG   LEU 116           HG       LEU 116   6.381 -10.758  -2.418
    6   HD12  LEU 116          HD11      LEU 116   6.212 -11.827  -5.017
    7   HD11  LEU 116          HD12      LEU 116   7.561 -12.630  -4.201
    8   HD13  LEU 116          HD13      LEU 116   7.508 -10.868  -4.300
    9   HD21  LEU 116          HD21      LEU 116   4.339 -12.771  -3.228
   10   HD23  LEU 116          HD22      LEU 116   4.472 -11.252  -4.123
   11   HD22  LEU 116          HD23      LEU 116   4.134 -11.228  -2.390

  No H/Q in entry =          11
  In of MODEL   14
    1    H    SER 117           H        SER 117   4.504 -13.016   0.268
    2    HA   SER 117           HA       SER 117   3.022 -10.743  -0.081
    3    HB2  SER 117           HB2      SER 117   2.798 -12.972   1.932
    4    HB3  SER 117           HB3      SER 117   1.588 -11.700   1.796
    5    HG   SER 117           HG       SER 117   2.408 -13.347  -0.368

  No H/Q in entry =           5
  In of MODEL   14
    1    H    ALA 118           H        ALA 118   4.481 -11.878   2.892
    2    HA   ALA 118           HA       ALA 118   3.892  -9.758   4.561
    3    HB2  ALA 118           HB1      ALA 118   4.715 -11.932   5.329
    4    HB3  ALA 118           HB2      ALA 118   5.650 -10.598   6.005
    5    HB1  ALA 118           HB3      ALA 118   6.308 -11.549   4.674

  No H/Q in entry =           5
  In of MODEL   14
    1    H    GLN 119           H        GLN 119   6.425 -10.038   2.165
    2    HA   GLN 119           HA       GLN 119   8.058  -7.951   3.197
    3    HB2  GLN 119           HB2      GLN 119   7.735  -8.803   0.310
    4    HB3  GLN 119           HB3      GLN 119   9.077  -7.892   0.986
    5    HG2  GLN 119           HG2      GLN 119   8.390 -10.665   1.897
    6    HG3  GLN 119           HG3      GLN 119   9.462 -10.347   0.536
    7   HE21  GLN 119          HE21      GLN 119  10.787  -8.096   1.514
    8   HE22  GLN 119          HE22      GLN 119  11.759  -8.583   2.864

  No H/Q in entry =           8
  In of MODEL   14
    1    H    MET 120           H        MET 120   5.981  -7.966   0.280
    2    HA   MET 120           HA       MET 120   5.555  -5.406  -0.126
    3    HB2  MET 120           HB2      MET 120   4.679  -7.556  -1.219
    4    HB3  MET 120           HB3      MET 120   3.269  -7.328  -0.198
    5    HG2  MET 120           HG2      MET 120   2.872  -5.157  -1.202
    6    HG3  MET 120           HG3      MET 120   4.321  -5.337  -2.191
    7    HE1  MET 120           HE1      MET 120   4.413  -8.205  -2.991
    8    HE3  MET 120           HE2      MET 120   3.002  -8.918  -3.761
    9    HE2  MET 120           HE3      MET 120   3.097  -8.829  -2.003

  No H/Q in entry =           9
  In of MODEL   14
    1    H    ALA 121           H        ALA 121   3.552  -7.264   2.131
    2    HA   ALA 121           HA       ALA 121   1.746  -5.256   2.767
    3    HB2  ALA 121           HB1      ALA 121   1.428  -7.657   3.252
    4    HB3  ALA 121           HB2      ALA 121   1.129  -6.624   4.650
    5    HB1  ALA 121           HB3      ALA 121   2.638  -7.530   4.527

  No H/Q in entry =           5
  In of MODEL   14
    1    H    ARG 122           H        ARG 122   4.927  -6.028   3.961
    2    HA   ARG 122           HA       ARG 122   4.885  -4.331   6.212
    3    HB2  ARG 122           HB2      ARG 122   6.769  -6.025   4.861
    4    HB3  ARG 122           HB3      ARG 122   7.525  -4.475   5.202
    5    HG2  ARG 122           HG2      ARG 122   7.863  -6.179   6.962
    6    HG3  ARG 122           HG3      ARG 122   7.084  -4.702   7.537
    7    HD2  ARG 122           HD2      ARG 122   4.944  -5.747   7.546
    8    HD3  ARG 122           HD3      ARG 122   5.577  -7.172   6.714
    9    HE   ARG 122           HE       ARG 122   6.526  -7.893   8.702
   10   HH11  ARG 122          HH11      ARG 122   4.773  -4.907   9.163
   11   HH12  ARG 122          HH12      ARG 122   5.046  -4.875  10.879
   12   HH21  ARG 122          HH21      ARG 122   6.870  -7.878  10.946
   13   HH22  ARG 122          HH22      ARG 122   6.236  -6.563  11.899

  No H/Q in entry =          13
  In of MODEL   14
    1    H    ARG 123           H        ARG 123   5.321  -3.948   2.882
    2    HA   ARG 123           HA       ARG 123   6.485  -1.325   2.987
    3    HB2  ARG 123           HB2      ARG 123   5.364  -2.720   0.564
    4    HB3  ARG 123           HB3      ARG 123   6.619  -1.475   0.618
    5    HG2  ARG 123           HG2      ARG 123   7.670  -3.398   2.228
    6    HG3  ARG 123           HG3      ARG 123   6.806  -4.369   1.043
    7    HD2  ARG 123           HD2      ARG 123   8.147  -3.689  -0.678
    8    HD3  ARG 123           HD3      ARG 123   8.562  -2.163   0.099
    9    HE   ARG 123           HE       ARG 123   9.783  -4.775   0.573
   10   HH11  ARG 123          HH11      ARG 123   9.531  -1.406   1.470
   11   HH12  ARG 123          HH12      ARG 123  11.100  -1.342   2.198
   12   HH21  ARG 123          HH21      ARG 123  11.850  -4.722   1.573
   13   HH22  ARG 123          HH22      ARG 123  12.408  -3.238   2.284

  No H/Q in entry =          13
  In of MODEL   14
    1    H    LEU 124           H        LEU 124   3.416  -2.862   2.822
    2    HA   LEU 124           HA       LEU 124   1.914  -0.626   1.960
    3    HB2  LEU 124           HB2      LEU 124   1.422  -3.320   2.706
    4    HB3  LEU 124           HB3      LEU 124   0.375  -2.303   3.675
    5    HG   LEU 124           HG       LEU 124   0.514  -1.903   0.726
    6   HD13  LEU 124          HD11      LEU 124   0.119  -4.180   0.769
    7   HD12  LEU 124          HD12      LEU 124  -1.474  -3.431   0.613
    8   HD11  LEU 124          HD13      LEU 124  -0.936  -4.056   2.174
    9   HD21  LEU 124          HD21      LEU 124  -0.731  -0.322   2.230
   10   HD23  LEU 124          HD22      LEU 124  -1.787  -1.672   2.661
   11   HD22  LEU 124          HD23      LEU 124  -1.731  -1.092   0.996

  No H/Q in entry =          11
  In of MODEL   14
    1    H    GLN 125           H        GLN 125   3.231  -1.766   4.926
    2    HA   GLN 125           HA       GLN 125   1.743   0.240   6.477
    3    HB2  GLN 125           HB2      GLN 125   3.061  -2.331   7.142
    4    HB3  GLN 125           HB3      GLN 125   3.120  -1.076   8.371
    5    HG2  GLN 125           HG2      GLN 125   0.593  -2.043   7.057
    6    HG3  GLN 125           HG3      GLN 125   1.211  -2.645   8.594
    7   HE21  GLN 125          HE21      GLN 125   2.190  -0.039   9.427
    8   HE22  GLN 125          HE22      GLN 125   0.810   0.912   9.840

  No H/Q in entry =           8
  In of MODEL   14
    1    H    VAL 126           H        VAL 126   4.571   0.070   4.806
    2    HA   VAL 126           HA       VAL 126   6.145   1.530   6.760
    3    HB   VAL 126           HB       VAL 126   7.352  -0.060   5.273
    4   HG13  VAL 126          HG11      VAL 126   7.621   0.270   2.963
    5   HG12  VAL 126          HG12      VAL 126   6.914   1.883   3.030
    6   HG11  VAL 126          HG13      VAL 126   5.890   0.465   3.250
    7   HG22  VAL 126          HG21      VAL 126   8.686   1.672   6.170
    8   HG21  VAL 126          HG22      VAL 126   8.031   2.850   5.028
    9   HG23  VAL 126          HG23      VAL 126   9.095   1.565   4.453

  No H/Q in entry =           9
  In of MODEL   14
    1    H    THR 127           H        THR 127   4.494   2.094   3.681
    2    HA   THR 127           HA       THR 127   4.345   4.931   4.294
    3    HB   THR 127           HB       THR 127   5.659   4.058   1.750
    4    HG1  THR 127           HG1      THR 127   6.792   4.517   4.282
    5   HG21  THR 127          HG21      THR 127   4.724   6.333   1.750
    6   HG23  THR 127          HG22      THR 127   6.485   6.385   1.680
    7   HG22  THR 127          HG23      THR 127   5.653   6.716   3.200

  No H/Q in entry =           7
  In of MODEL   14
    1    H    SER 128           H        SER 128   2.648   2.421   3.450
    2    HA   SER 128           HA       SER 128   1.357   3.671   1.117
    3    HB2  SER 128           HB2      SER 128   1.212   0.896   2.235
    4    HB3  SER 128           HB3      SER 128   0.166   1.468   0.948
    5    HG   SER 128           HG       SER 128   2.302   2.089  -0.066

  No H/Q in entry =           5
  In of MODEL   14
    1    H    GLU 129           H        GLU 129   1.221   3.198   4.365
    2    HA   GLU 129           HA       GLU 129  -1.653   3.818   4.582
    3    HB2  GLU 129           HB2      GLU 129  -1.700   2.074   6.002
    4    HB3  GLU 129           HB3      GLU 129   0.040   1.886   5.896
    5    HG2  GLU 129           HG2      GLU 129  -1.045   4.007   7.673
    6    HG3  GLU 129           HG3      GLU 129  -1.174   2.325   8.184

  No H/Q in entry =           6
  In of MODEL   14
    1    H    LYS 130           H        LYS 130   1.452   4.980   4.804
    2    HA   LYS 130           HA       LYS 130   0.729   7.112   6.698
    3    HB2  LYS 130           HB2      LYS 130   3.387   5.911   5.935
    4    HB3  LYS 130           HB3      LYS 130   3.300   7.544   6.579
    5    HG2  LYS 130           HG2      LYS 130   2.323   6.743   8.622
    6    HG3  LYS 130           HG3      LYS 130   2.220   5.105   7.973
    7    HD2  LYS 130           HD2      LYS 130   4.749   5.223   7.706
    8    HD3  LYS 130           HD3      LYS 130   4.677   6.672   8.715
    9    HE2  LYS 130           HE2      LYS 130   5.168   4.745  10.089
   10    HE3  LYS 130           HE3      LYS 130   3.560   5.357  10.474
   11    HZ2  LYS 130           HZ1      LYS 130   3.798   2.873  10.223
   12    HZ1  LYS 130           HZ2      LYS 130   3.975   3.136   8.564
   13    HZ3  LYS 130           HZ3      LYS 130   2.541   3.590   9.341

  No H/Q in entry =          13
  In of MODEL   14
    1    H    VAL 131           H        VAL 131  -0.423   7.158   4.430
    2    HA   VAL 131           HA       VAL 131   0.728   8.154   2.132
    3    HB   VAL 131           HB       VAL 131  -1.953   9.233   2.805
    4   HG13  VAL 131          HG11      VAL 131  -1.114   9.347   0.548
    5   HG12  VAL 131          HG12      VAL 131  -2.500   8.257   0.614
    6   HG11  VAL 131          HG13      VAL 131  -0.865   7.601   0.524
    7   HG22  VAL 131          HG21      VAL 131  -2.287   7.261   4.022
    8   HG21  VAL 131          HG22      VAL 131  -1.335   6.295   2.893
    9   HG23  VAL 131          HG23      VAL 131  -2.925   6.891   2.419

  No H/Q in entry =           9
  In of MODEL   14
    1    H    GLY 132           H        GLY 132   0.388   9.715   5.104
    2    HA3  GLY 132           HA2      GLY 132   0.242  12.419   4.011
    3    HA2  GLY 132           HA3      GLY 132   0.225  11.986   5.712

  No H/Q in entry =           3
  In of MODEL   14
    1    H    ASN 133           H        ASN 133   2.657  10.283   4.309
    2    HA   ASN 133           HA       ASN 133   4.720  11.497   5.699
    3    HB2  ASN 133           HB2      ASN 133   4.504   9.209   4.356
    4    HB3  ASN 133           HB3      ASN 133   5.351  10.133   3.124
    5   HD21  ASN 133          HD21      ASN 133   5.737  10.426   6.614
    6   HD22  ASN 133          HD22      ASN 133   7.377   9.892   6.651

  No H/Q in entry =           6
  In of MODEL   14
    1    H    LEU 134           H        LEU 134   4.409  11.591   2.150
    2    HA   LEU 134           HA       LEU 134   6.090  13.872   1.978
    3    HB2  LEU 134           HB2      LEU 134   4.741  12.145  -0.005
    4    HB3  LEU 134           HB3      LEU 134   5.177  13.772  -0.515
    5    HG   LEU 134           HG       LEU 134   7.460  13.135   0.640
    6   HD12  LEU 134          HD11      LEU 134   8.041  10.788   0.131
    7   HD11  LEU 134          HD12      LEU 134   6.331  10.468  -0.163
    8   HD13  LEU 134          HD13      LEU 134   6.873  10.979   1.436
    9   HD21  LEU 134          HD21      LEU 134   6.547  12.486  -2.137
   10   HD23  LEU 134          HD22      LEU 134   8.215  12.254  -1.617
   11   HD22  LEU 134          HD23      LEU 134   7.494  13.861  -1.563

  No H/Q in entry =          11
  In of MODEL   14
    1    H    ALA 135           H        ALA 135   2.855  13.744   2.826
    2    HA   ALA 135           HA       ALA 135   1.971  16.063   1.300
    3    HB1  ALA 135           HB1      ALA 135   0.342  14.259   1.906
    4    HB3  ALA 135           HB2      ALA 135  -0.101  15.847   2.544
    5    HB2  ALA 135           HB3      ALA 135   0.629  14.647   3.605

  No H/Q in entry =           5
  In of MODEL   14
    1    H    PHE 136           H        PHE 136   3.401  15.093   4.287
    2    HA   PHE 136           HA       PHE 136   2.866  17.465   5.792
    3    HB2  PHE 136           HB2      PHE 136   3.727  14.894   6.338
    4    HB3  PHE 136           HB3      PHE 136   5.173  15.852   6.613
    5    HD1  PHE 136           HD1      PHE 136   1.656  16.880   7.256
    6    HD2  PHE 136           HD2      PHE 136   5.389  15.690   8.916
    7    HE1  PHE 136           HE1      PHE 136   0.840  17.460   9.503
    8    HE2  PHE 136           HE2      PHE 136   4.580  16.266  11.161
    9    HZ   PHE 136           HZ       PHE 136   2.304  17.154  11.461

  No H/Q in entry =           9
  In of MODEL   14
    1    H    LEU 137           H        LEU 137   3.861  19.345   5.614
    2    HA   LEU 137           HA       LEU 137   6.356  19.575   4.065
    3    HB2  LEU 137           HB2      LEU 137   4.441  21.730   4.981
    4    HB3  LEU 137           HB3      LEU 137   5.827  21.968   3.929
    5    HG   LEU 137           HG       LEU 137   3.806  19.977   3.041
    6   HD12  LEU 137          HD11      LEU 137   2.378  21.742   2.109
    7   HD11  LEU 137          HD12      LEU 137   3.331  22.951   2.971
    8   HD13  LEU 137          HD13      LEU 137   2.390  21.763   3.874
    9   HD21  LEU 137          HD21      LEU 137   5.826  20.472   1.730
   10   HD23  LEU 137          HD22      LEU 137   5.331  22.162   1.623
   11   HD22  LEU 137          HD23      LEU 137   4.355  20.908   0.860

  No H/Q in entry =          11
  In of MODEL   14
    1    H    ASP 138           H        ASP 138   6.497  18.420   6.403
    2    HA   ASP 138           HA       ASP 138   7.342  20.118   8.498
    3    HB2  ASP 138           HB2      ASP 138   6.062  17.949   8.821
    4    HB3  ASP 138           HB3      ASP 138   7.633  17.146   8.666

  No H/Q in entry =           4
  In of MODEL   14
    1    H    VAL 139           H        VAL 139   9.123  19.546   5.824
    2    HA   VAL 139           HA       VAL 139  11.469  18.357   6.197
    3    HB   VAL 139           HB       VAL 139  10.747  20.465   4.562
    4   HG12  VAL 139          HG11      VAL 139  12.595  22.071   4.605
    5   HG11  VAL 139          HG12      VAL 139  13.202  21.341   6.090
    6   HG13  VAL 139          HG13      VAL 139  11.641  22.165   6.087
    7   HG22  VAL 139          HG21      VAL 139  11.998  18.897   3.520
    8   HG21  VAL 139          HG22      VAL 139  13.098  18.717   4.888
    9   HG23  VAL 139          HG23      VAL 139  13.275  20.087   3.793

  No H/Q in entry =           9
  In of MODEL   14
    1    H    THR 140           H        THR 140  10.679  21.257   8.158
    2    HA   THR 140           HA       THR 140  13.255  21.503   9.312
    3    HB   THR 140           HB       THR 140  11.628  22.423  11.281
    4    HG1  THR 140           HG1      THR 140   9.691  21.912  10.274
    5   HG23  THR 140          HG21      THR 140  13.330  23.720  10.156
    6   HG22  THR 140          HG22      THR 140  11.813  24.620  10.137
    7   HG21  THR 140          HG23      THR 140  12.358  23.777   8.688

  No H/Q in entry =           7
  In of MODEL   14
    1    H    GLY 141           H        GLY 141  14.117  19.595  10.076
    2    HA3  GLY 141           HA2      GLY 141  14.483  18.251  12.004
    3    HA2  GLY 141           HA3      GLY 141  12.780  18.418  12.407

  No H/Q in entry =           3
  In of MODEL   14
    1    H    ARG 142           H        ARG 142  12.857  17.829   9.147
    2    HA   ARG 142           HA       ARG 142  12.563  14.948   9.596
    3    HB2  ARG 142           HB2      ARG 142  11.093  16.908   8.057
    4    HB3  ARG 142           HB3      ARG 142  11.542  15.515   7.081
    5    HG2  ARG 142           HG2      ARG 142   9.295  15.470   8.345
    6    HG3  ARG 142           HG3      ARG 142  10.324  14.039   8.371
    7    HD2  ARG 142           HD2      ARG 142  10.740  14.211  10.584
    8    HD3  ARG 142           HD3      ARG 142  10.808  15.971  10.542
    9    HE   ARG 142           HE       ARG 142   8.509  16.074  10.909
   10   HH11  ARG 142          HH11      ARG 142   9.565  12.727  10.619
   11   HH12  ARG 142          HH12      ARG 142   8.123  12.080  11.333
   12   HH21  ARG 142          HH21      ARG 142   6.626  15.207  11.864
   13   HH22  ARG 142          HH22      ARG 142   6.454  13.483  12.043

  No H/Q in entry =          13
  In of MODEL   14
    1    H    ILE 143           H        ILE 143  14.959  16.859   8.463
    2    HA   ILE 143           HA       ILE 143  15.642  15.279   6.081
    3    HB   ILE 143           HB       ILE 143  17.092  17.622   7.243
    4   HG12  ILE 143          HG12      ILE 143  15.108  17.837   5.001
    5   HG13  ILE 143          HG13      ILE 143  14.582  17.929   6.676
    6   HG21  ILE 143          HG21      ILE 143  17.107  16.331   4.533
    7   HG23  ILE 143          HG22      ILE 143  18.438  16.479   5.678
    8   HG22  ILE 143          HG23      ILE 143  17.819  17.910   4.856
    9   HD13  ILE 143          HD11      ILE 143  15.813  19.891   7.057
   10   HD12  ILE 143          HD12      ILE 143  14.980  20.113   5.518
   11   HD11  ILE 143          HD13      ILE 143  16.699  19.720   5.543

  No H/Q in entry =          11
  In of MODEL   14
    1    H    ALA 144           H        ALA 144  17.344  16.685   8.790
    2    HA   ALA 144           HA       ALA 144  19.439  14.787   8.733
    3    HB2  ALA 144           HB1      ALA 144  20.179  15.857  10.830
    4    HB1  ALA 144           HB2      ALA 144  18.685  16.798  10.856
    5    HB3  ALA 144           HB3      ALA 144  19.852  17.027   9.553

  No H/Q in entry =           5
  In of MODEL   14
    1    H    GLN 145           H        GLN 145  16.311  14.880   9.888
    2    HA   GLN 145           HA       GLN 145  16.532  13.208  12.164
    3    HB2  GLN 145           HB2      GLN 145  14.655  14.785  11.731
    4    HB3  GLN 145           HB3      GLN 145  14.130  13.729  10.427
    5    HG2  GLN 145           HG2      GLN 145  12.799  13.219  12.305
    6    HG3  GLN 145           HG3      GLN 145  13.948  11.893  12.121
    7   HE21  GLN 145          HE21      GLN 145  12.939  14.558  14.064
    8   HE22  GLN 145          HE22      GLN 145  13.942  14.216  15.426

  No H/Q in entry =           8
  In of MODEL   14
    1    H    THR 146           H        THR 146  15.813  12.580   8.569
    2    HA   THR 146           HA       THR 146  15.275   9.872   9.206
    3    HB   THR 146           HB       THR 146  15.731  11.111   6.510
    4    HG1  THR 146           HG1      THR 146  13.873  12.144   6.646
    5   HG22  THR 146          HG21      THR 146  13.900   8.875   7.427
    6   HG21  THR 146          HG22      THR 146  15.462   8.645   6.641
    7   HG23  THR 146          HG23      THR 146  14.134   9.398   5.759

  No H/Q in entry =           7
  In of MODEL   14
    1    H    LEU 147           H        LEU 147  17.862  11.770   9.117
    2    HA   LEU 147           HA       LEU 147  19.603  10.342   7.294
    3    HB2  LEU 147           HB2      LEU 147  19.494  12.950   8.474
    4    HB3  LEU 147           HB3      LEU 147  21.004  12.183   8.931
    5    HG   LEU 147           HG       LEU 147  20.271  11.977   6.094
    6   HD11  LEU 147          HD11      LEU 147  19.583  14.272   6.534
    7   HD13  LEU 147          HD12      LEU 147  21.042  14.217   5.547
    8   HD12  LEU 147          HD13      LEU 147  21.154  14.609   7.264
    9   HD21  LEU 147          HD21      LEU 147  22.755  12.524   7.692
   10   HD23  LEU 147          HD22      LEU 147  22.719  12.531   5.931
   11   HD22  LEU 147          HD23      LEU 147  22.328  11.057   6.814

  No H/Q in entry =          11
  In of MODEL   14
    1    H    LEU 148           H        LEU 148  18.832  10.895  10.601
    2    HA   LEU 148           HA       LEU 148  20.960   9.246  11.618
    3    HB2  LEU 148           HB2      LEU 148  18.547  10.171  13.155
    4    HB3  LEU 148           HB3      LEU 148  20.130   9.734  13.779
    5    HG   LEU 148           HG       LEU 148  19.400  12.196  12.200
    6   HD11  LEU 148          HD11      LEU 148  20.290  11.668  15.010
    7   HD13  LEU 148          HD12      LEU 148  18.837  12.491  14.442
    8   HD12  LEU 148          HD13      LEU 148  20.414  13.262  14.265
    9   HD22  LEU 148          HD21      LEU 148  21.522  11.617  11.337
   10   HD21  LEU 148          HD22      LEU 148  22.120  11.102  12.915
   11   HD23  LEU 148          HD23      LEU 148  21.845  12.813  12.592

  No H/Q in entry =          11
  In of MODEL   14
    1    H    ASN 149           H        ASN 149  17.682   8.883  10.576
    2    HA   ASN 149           HA       ASN 149  17.116   6.364  11.738
    3    HB2  ASN 149           HB2      ASN 149  15.353   7.707  10.689
    4    HB3  ASN 149           HB3      ASN 149  16.147   7.564   9.125
    5   HD21  ASN 149          HD21      ASN 149  14.296   5.909  11.566
    6   HD22  ASN 149          HD22      ASN 149  13.838   4.566  10.579

  No H/Q in entry =           6
  In of MODEL   14
    1    H    LEU 150           H        LEU 150  19.065   7.438   9.137
    2    HA   LEU 150           HA       LEU 150  19.527   4.855   7.918
    3    HB2  LEU 150           HB2      LEU 150  20.667   7.625   7.625
    4    HB3  LEU 150           HB3      LEU 150  21.461   6.252   6.866
    5    HG   LEU 150           HG       LEU 150  18.561   6.532   6.361
    6   HD13  LEU 150          HD11      LEU 150  18.851   8.201   4.641
    7   HD12  LEU 150          HD12      LEU 150  20.560   8.356   5.043
    8   HD11  LEU 150          HD13      LEU 150  19.334   8.852   6.206
    9   HD22  LEU 150          HD21      LEU 150  19.176   5.666   4.225
   10   HD21  LEU 150          HD22      LEU 150  20.051   4.748   5.455
   11   HD23  LEU 150          HD23      LEU 150  20.883   5.997   4.526

  No H/Q in entry =          11
  In of MODEL   14
    1    H    ALA 151           H        ALA 151  20.560   6.422  10.887
    2    HA   ALA 151           HA       ALA 151  23.141   5.069  10.642
    3    HB3  ALA 151           HB1      ALA 151  23.787   6.193  12.677
    4    HB2  ALA 151           HB2      ALA 151  22.146   6.799  12.904
    5    HB1  ALA 151           HB3      ALA 151  23.124   7.390  11.561

  No H/Q in entry =           5
  In of MODEL   14
    1    H    LYS 152           H        LYS 152  20.005   4.712  11.619
    2    HA   LYS 152           HA       LYS 152  20.574   2.730  13.688
    3    HB2  LYS 152           HB2      LYS 152  17.962   3.922  12.755
    4    HB3  LYS 152           HB3      LYS 152  18.153   2.821  14.117
    5    HG2  LYS 152           HG2      LYS 152  19.441   4.426  15.322
    6    HG3  LYS 152           HG3      LYS 152  19.515   5.495  13.920
    7    HD2  LYS 152           HD2      LYS 152  17.105   5.831  14.038
    8    HD3  LYS 152           HD3      LYS 152  17.007   4.732  15.415
    9    HE2  LYS 152           HE2      LYS 152  18.547   7.325  15.337
   10    HE3  LYS 152           HE3      LYS 152  16.983   7.086  16.112
   11    HZ1  LYS 152           HZ1      LYS 152  18.042   5.427  17.564
   12    HZ3  LYS 152           HZ2      LYS 152  18.716   6.968  17.745
   13    HZ2  LYS 152           HZ3      LYS 152  19.543   5.784  16.867

  No H/Q in entry =          13
  In of MODEL   14
    1    H    GLN 153           H        GLN 153  20.226   2.631  10.297
    2    HA   GLN 153           HA       GLN 153  19.088  -0.069  10.540
    3    HB2  GLN 153           HB2      GLN 153  18.505   0.228   8.104
    4    HB3  GLN 153           HB3      GLN 153  17.637   1.286   9.203
    5    HG2  GLN 153           HG2      GLN 153  19.035   3.130   8.616
    6    HG3  GLN 153           HG3      GLN 153  20.075   2.089   7.646
    7   HE21  GLN 153          HE21      GLN 153  17.038   3.745   7.828
    8   HE22  GLN 153          HE22      GLN 153  16.589   3.524   6.175

  No H/Q in entry =           8
  In of MODEL   14
    1    HA   PRO 154           HA       PRO 154  22.625  -2.267   8.975
    2    HB2  PRO 154           HB2      PRO 154  21.692  -2.906   6.361
    3    HB3  PRO 154           HB3      PRO 154  21.668  -3.932   7.794
    4    HG2  PRO 154           HG2      PRO 154  19.524  -2.238   6.633
    5    HG3  PRO 154           HG3      PRO 154  19.392  -3.758   7.535
    6    HD2  PRO 154           HD2      PRO 154  18.729  -1.459   8.676
    7    HD3  PRO 154           HD3      PRO 154  19.616  -2.690   9.595

  No H/Q in entry =           7
  In of MODEL   14
    1    H    ASP 155           H        ASP 155  21.510   0.442   7.235
    2    HA   ASP 155           HA       ASP 155  23.548   0.404   5.168
    3    HB2  ASP 155           HB2      ASP 155  21.503   2.579   5.996
    4    HB3  ASP 155           HB3      ASP 155  22.621   2.748   4.648

  No H/Q in entry =           4
  In of MODEL   14
    1    H    ALA 156           H        ALA 156  23.590   1.823   8.625
    2    HA   ALA 156           HA       ALA 156  25.322   3.812   7.811
    3    HB3  ALA 156           HB1      ALA 156  25.371   2.635  10.544
    4    HB2  ALA 156           HB2      ALA 156  23.919   3.479  10.011
    5    HB1  ALA 156           HB3      ALA 156  25.467   4.322  10.039

  No H/Q in entry =           5
  In of MODEL   14
    1    H    MET 157           H        MET 157  27.267   3.551   7.116
    2    HA   MET 157           HA       MET 157  28.575   1.009   7.739
    3    HB2  MET 157           HB2      MET 157  29.767   1.246   5.703
    4    HB3  MET 157           HB3      MET 157  28.091   1.696   5.374
    5    HG2  MET 157           HG2      MET 157  28.650   4.020   5.392
    6    HG3  MET 157           HG3      MET 157  30.297   3.672   5.913
    7    HE1  MET 157           HE1      MET 157  31.965   2.208   4.460
    8    HE3  MET 157           HE2      MET 157  31.771   1.890   2.737
    9    HE2  MET 157           HE3      MET 157  30.802   1.001   3.911

  No H/Q in entry =           9
  In of MODEL   14
    1    H    THR 158           H        THR 158  31.066   1.235   7.948
    2    HA   THR 158           HA       THR 158  31.537   3.561   9.688
    3    HB   THR 158           HB       THR 158  33.507   1.870  10.458
    4    HG1  THR 158           HG1      THR 158  32.992  -0.137  10.009
    5   HG22  THR 158          HG21      THR 158  32.101   1.372  12.433
    6   HG21  THR 158          HG22      THR 158  30.694   1.989  11.566
    7   HG23  THR 158          HG23      THR 158  32.027   3.072  11.967

  No H/Q in entry =           7
  In of MODEL   14
    1    H    HIS 159           H        HIS 159  33.459   4.586   9.609
    2    HA   HIS 159           HA       HIS 159  35.390   3.945   7.514
    3    HB2  HIS 159           HB2      HIS 159  33.507   5.640   6.790
    4    HB3  HIS 159           HB3      HIS 159  34.318   6.752   7.885
    5    HD1  HIS 159           HD1      HIS 159  36.053   8.157   6.848
    6    HD2  HIS 159           HD2      HIS 159  35.410   4.630   4.723
    7    HE1  HIS 159           HE1      HIS 159  37.470   8.336   4.771
    8    HE2  HIS 159           HE2      HIS 159  36.936   6.271   3.433

  No H/Q in entry =           8
  In of MODEL   14
    1    HA   PRO 160           HA       PRO 160  37.953   5.052  10.961
    2    HB2  PRO 160           HB2      PRO 160  40.160   6.115   9.745
    3    HB3  PRO 160           HB3      PRO 160  39.818   4.388   9.844
    4    HG2  PRO 160           HG2      PRO 160  39.353   6.278   7.575
    5    HG3  PRO 160           HG3      PRO 160  39.976   4.618   7.544
    6    HD2  PRO 160           HD2      PRO 160  37.419   5.200   6.909
    7    HD3  PRO 160           HD3      PRO 160  37.874   3.688   7.721

  No H/Q in entry =           7
  In of MODEL   14
    1    H    ASP 161           H        ASP 161  35.965   6.955  10.669
    2    HA   ASP 161           HA       ASP 161  36.988   9.205  11.969
    3    HB2  ASP 161           HB2      ASP 161  37.252  10.900  10.388
    4    HB3  ASP 161           HB3      ASP 161  37.979   9.513   9.588

  No H/Q in entry =           4
  In of MODEL   14
    1    H    GLY 162           H        GLY 162  34.462   7.626  10.275
    2    HA3  GLY 162           HA2      GLY 162  32.501   8.539  12.025
    3    HA2  GLY 162           HA3      GLY 162  32.388   9.433  10.513

  No H/Q in entry =           3
  In of MODEL   14
    1    H    MET 163           H        MET 163  30.213   8.116  10.877
    2    HA   MET 163           HA       MET 163  30.475   5.700   9.223
    3    HB2  MET 163           HB2      MET 163  28.371   4.935  10.678
    4    HB3  MET 163           HB3      MET 163  30.009   4.535  11.172
    5    HG2  MET 163           HG2      MET 163  30.002   6.458  12.696
    6    HG3  MET 163           HG3      MET 163  28.338   6.806  12.225
    7    HE2  MET 163           HE1      MET 163  26.877   4.079  12.044
    8    HE1  MET 163           HE2      MET 163  26.301   5.508  12.902
    9    HE3  MET 163           HE3      MET 163  26.294   3.937  13.703

  No H/Q in entry =           9
  In of MODEL   14
    1    H    GLN 164           H        GLN 164  29.386   5.982   7.546
    2    HA   GLN 164           HA       GLN 164  27.487   8.126   7.241
    3    HB2  GLN 164           HB2      GLN 164  28.307   7.454   4.759
    4    HB3  GLN 164           HB3      GLN 164  29.160   8.618   5.766
    5    HG2  GLN 164           HG2      GLN 164  30.631   6.791   6.561
    6    HG3  GLN 164           HG3      GLN 164  29.827   5.692   5.444
    7   HE21  GLN 164          HE21      GLN 164  31.495   5.241   4.139
    8   HE22  GLN 164          HE22      GLN 164  32.315   6.410   3.166

  No H/Q in entry =           8
  In of MODEL   14
    1    H    ILE 165           H        ILE 165  26.571   7.589   5.013
    2    HA   ILE 165           HA       ILE 165  25.396   5.179   4.308
    3    HB   ILE 165           HB       ILE 165  23.050   6.573   4.670
    4   HG12  ILE 165          HG12      ILE 165  23.390   6.751   7.408
    5   HG13  ILE 165          HG13      ILE 165  24.898   7.413   6.787
    6   HG21  ILE 165          HG21      ILE 165  23.969   4.125   5.276
    7   HG23  ILE 165          HG22      ILE 165  22.361   4.718   5.691
    8   HG22  ILE 165          HG23      ILE 165  23.655   4.767   6.887
    9   HD11  ILE 165          HD11      ILE 165  23.528   8.941   5.364
   10   HD13  ILE 165          HD12      ILE 165  23.399   9.204   7.104
   11   HD12  ILE 165          HD13      ILE 165  22.112   8.365   6.243

  No H/Q in entry =          11
  In of MODEL   14
    1    H    LYS 166           H        LYS 166  25.012   5.984   1.673
    2    HA   LYS 166           HA       LYS 166  25.772   8.716   1.656
    3    HB2  LYS 166           HB2      LYS 166  25.474   7.860  -0.934
    4    HB3  LYS 166           HB3      LYS 166  26.998   7.878  -0.067
    5    HG2  LYS 166           HG2      LYS 166  26.684   5.524   0.534
    6    HG3  LYS 166           HG3      LYS 166  25.136   5.515  -0.314
    7    HD2  LYS 166           HD2      LYS 166  26.130   5.222  -2.299
    8    HD3  LYS 166           HD3      LYS 166  27.285   6.519  -1.992
    9    HE2  LYS 166           HE2      LYS 166  28.545   4.888  -0.536
   10    HE3  LYS 166           HE3      LYS 166  27.484   3.629  -1.166
   11    HZ2  LYS 166           HZ1      LYS 166  29.567   3.741  -2.384
   12    HZ1  LYS 166           HZ2      LYS 166  29.271   5.352  -2.798
   13    HZ3  LYS 166           HZ3      LYS 166  28.266   4.129  -3.393

  No H/Q in entry =          13
  In of MODEL   14
    1    H    ILE 167           H        ILE 167  24.197  10.199   1.371
    2    HA   ILE 167           HA       ILE 167  21.923   9.172  -0.124
    3    HB   ILE 167           HB       ILE 167  20.545  10.906   1.184
    4   HG12  ILE 167          HG12      ILE 167  22.703  10.241   3.192
    5   HG13  ILE 167          HG13      ILE 167  22.431  11.823   2.466
    6   HG21  ILE 167          HG21      ILE 167  20.183   8.477   1.125
    7   HG23  ILE 167          HG22      ILE 167  19.848   9.162   2.714
    8   HG22  ILE 167          HG23      ILE 167  21.350   8.282   2.432
    9   HD13  ILE 167          HD11      ILE 167  20.264  11.961   3.510
   10   HD12  ILE 167          HD12      ILE 167  21.506  11.642   4.717
   11   HD11  ILE 167          HD13      ILE 167  20.455  10.338   4.171

  No H/Q in entry =          11
  In of MODEL   14
    1    H    THR 168           H        THR 168  21.130  10.388  -1.767
    2    HA   THR 168           HA       THR 168  22.442  12.973  -2.152
    3    HB   THR 168           HB       THR 168  20.234  12.043  -3.957
    4    HG1  THR 168           HG1      THR 168  22.672  10.710  -3.552
    5   HG21  THR 168          HG21      THR 168  22.926  13.342  -4.423
    6   HG23  THR 168          HG22      THR 168  21.356  14.144  -4.450
    7   HG22  THR 168          HG23      THR 168  21.762  12.959  -5.690

  No H/Q in entry =           7
  In of MODEL   14
    1    H    ARG 169           H        ARG 169  20.791  14.748  -2.603
    2    HA   ARG 169           HA       ARG 169  18.962  14.852  -0.368
    3    HB2  ARG 169           HB2      ARG 169  18.236  17.062  -1.528
    4    HB3  ARG 169           HB3      ARG 169  19.836  17.005  -0.817
    5    HG2  ARG 169           HG2      ARG 169  20.065  18.115  -2.867
    6    HG3  ARG 169           HG3      ARG 169  20.709  16.493  -3.134
    7    HD2  ARG 169           HD2      ARG 169  18.625  15.828  -4.200
    8    HD3  ARG 169           HD3      ARG 169  17.933  17.417  -3.882
    9    HE   ARG 169           HE       ARG 169  20.264  17.835  -5.329
   10   HH11  ARG 169          HH11      ARG 169  17.134  16.316  -5.804
   11   HH12  ARG 169          HH12      ARG 169  17.169  16.497  -7.527
   12   HH21  ARG 169          HH21      ARG 169  20.293  18.084  -7.607
   13   HH22  ARG 169          HH22      ARG 169  18.962  17.498  -8.550

  No H/Q in entry =          13
  In of MODEL   14
    1    H    GLN 170           H        GLN 170  18.785  13.999  -3.884
    2    HA   GLN 170           HA       GLN 170  16.239  13.916  -4.271
    3    HB2  GLN 170           HB2      GLN 170  17.997  11.535  -4.883
    4    HB3  GLN 170           HB3      GLN 170  16.583  12.088  -5.773
    5    HG2  GLN 170           HG2      GLN 170  17.925  14.234  -6.169
    6    HG3  GLN 170           HG3      GLN 170  19.322  13.275  -5.681
    7   HE21  GLN 170          HE21      GLN 170  19.926  11.493  -6.950
    8   HE22  GLN 170          HE22      GLN 170  19.432  11.360  -8.599

  No H/Q in entry =           8
  In of MODEL   14
    1    H    GLU 171           H        GLU 171  17.705  12.102  -1.428
    2    HA   GLU 171           HA       GLU 171  15.745  10.118  -1.875
    3    HB2  GLU 171           HB2      GLU 171  17.741  10.571   0.343
    4    HB3  GLU 171           HB3      GLU 171  16.661   9.175   0.234
    5    HG2  GLU 171           HG2      GLU 171  18.523   9.821  -1.987
    6    HG3  GLU 171           HG3      GLU 171  19.132   9.025  -0.543

  No H/Q in entry =           6
  In of MODEL   14
    1    H    ILE 172           H        ILE 172  16.742  12.875  -0.252
    2    HA   ILE 172           HA       ILE 172  14.994  12.916   1.998
    3    HB   ILE 172           HB       ILE 172  16.472  15.161   0.626
    4   HG12  ILE 172          HG12      ILE 172  18.056  13.428   1.100
    5   HG13  ILE 172          HG13      ILE 172  18.231  14.637   2.371
    6   HG21  ILE 172          HG21      ILE 172  14.780  15.823   2.277
    7   HG23  ILE 172          HG22      ILE 172  16.418  16.199   2.802
    8   HG22  ILE 172          HG23      ILE 172  15.575  14.808   3.481
    9   HD13  ILE 172          HD11      ILE 172  18.308  12.462   3.362
   10   HD12  ILE 172          HD12      ILE 172  16.810  11.994   2.554
   11   HD11  ILE 172          HD13      ILE 172  16.784  13.226   3.817

  No H/Q in entry =          11
  In of MODEL   14
    1    H    GLY 173           H        GLY 173  14.777  14.341  -1.415
    2    HA3  GLY 173           HA2      GLY 173  12.422  15.660  -0.517
    3    HA2  GLY 173           HA3      GLY 173  13.202  15.778  -2.069

  No H/Q in entry =           3
  In of MODEL   14
    1    H    GLN 174           H        GLN 174  13.155  12.736  -1.559
    2    HA   GLN 174           HA       GLN 174  10.769  12.199  -3.131
    3    HB2  GLN 174           HB2      GLN 174  13.378  10.964  -2.876
    4    HB3  GLN 174           HB3      GLN 174  12.117   9.792  -2.520
    5    HG2  GLN 174           HG2      GLN 174  12.803   9.815  -4.884
    6    HG3  GLN 174           HG3      GLN 174  11.091  10.148  -4.635
    7   HE21  GLN 174          HE21      GLN 174  13.675  12.461  -4.110
    8   HE22  GLN 174          HE22      GLN 174  13.220  13.526  -5.395

  No H/Q in entry =           8
  In of MODEL   14
    1    H    ILE 175           H        ILE 175  12.287  11.698   0.003
    2    HA   ILE 175           HA       ILE 175  10.038  10.148   1.050
    3    HB   ILE 175           HB       ILE 175  12.586  10.891   2.500
    4   HG12  ILE 175          HG12      ILE 175  12.191   8.135   1.533
    5   HG13  ILE 175          HG13      ILE 175  12.446   9.335   0.272
    6   HG23  ILE 175          HG21      ILE 175  10.774  10.241   4.001
    7   HG22  ILE 175          HG22      ILE 175  12.014   8.988   3.954
    8   HG21  ILE 175          HG23      ILE 175  10.508   8.771   3.064
    9   HD13  ILE 175          HD11      ILE 175  14.563   9.916   1.113
   10   HD12  ILE 175          HD12      ILE 175  14.493   8.153   1.118
   11   HD11  ILE 175          HD13      ILE 175  14.288   9.050   2.625

  No H/Q in entry =          11
  In of MODEL   14
    1    H    VAL 176           H        VAL 176  11.686  13.227   1.786
    2    HA   VAL 176           HA       VAL 176   9.983  13.869   3.973
    3    HB   VAL 176           HB       VAL 176  11.666  15.867   2.459
    4   HG11  VAL 176          HG11      VAL 176   9.940  16.662   4.113
    5   HG13  VAL 176          HG12      VAL 176  11.600  17.169   4.431
    6   HG12  VAL 176          HG13      VAL 176  10.890  15.850   5.359
    7   HG21  VAL 176          HG21      VAL 176  12.572  13.628   3.994
    8   HG23  VAL 176          HG22      VAL 176  12.959  15.127   4.845
    9   HG22  VAL 176          HG23      VAL 176  13.509  14.889   3.189

  No H/Q in entry =           9
  In of MODEL   14
    1    H    GLY 177           H        GLY 177  10.211  15.319   0.685
    2    HA3  GLY 177           HA2      GLY 177   7.735  15.371  -0.135
    3    HA2  GLY 177           HA3      GLY 177   7.596  16.537   1.171

  No H/Q in entry =           3
  In of MODEL   14
    1    H    CYS 178           H        CYS 178  10.601  17.054   0.255
    2    HA   CYS 178           HA       CYS 178   9.797  19.082  -1.684
    3    HB2  CYS 178           HB2      CYS 178  12.228  19.471   0.000
    4    HB3  CYS 178           HB3      CYS 178  11.202  20.665  -0.786
    5    HG   CYS 178           HG       CYS 178   9.052  19.874   1.093

  No H/Q in entry =           5
  In of MODEL   14
    1    H    SER 179           H        SER 179  12.303  19.877  -2.320
    2    HA   SER 179           HA       SER 179  13.433  17.472  -3.427
    3    HB2  SER 179           HB2      SER 179  12.726  19.831  -5.068
    4    HB3  SER 179           HB3      SER 179  14.345  19.178  -5.323
    5    HG   SER 179           HG       SER 179  11.869  17.844  -5.597

  No H/Q in entry =           5
  In of MODEL   14
    1    H    ARG 180           H        ARG 180  15.108  20.035  -4.320
    2    HA   ARG 180           HA       ARG 180  17.044  19.267  -2.331
    3    HB2  ARG 180           HB2      ARG 180  18.461  20.955  -3.823
    4    HB3  ARG 180           HB3      ARG 180  18.311  19.290  -4.385
    5    HG2  ARG 180           HG2      ARG 180  17.645  20.207  -6.318
    6    HG3  ARG 180           HG3      ARG 180  16.123  20.507  -5.482
    7    HD2  ARG 180           HD2      ARG 180  17.414  22.666  -4.659
    8    HD3  ARG 180           HD3      ARG 180  18.312  22.392  -6.153
    9    HE   ARG 180           HE       ARG 180  16.097  22.414  -7.287
   10   HH11  ARG 180          HH11      ARG 180  16.541  24.078  -4.236
   11   HH12  ARG 180          HH12      ARG 180  15.232  25.178  -4.501
   12   HH21  ARG 180          HH21      ARG 180  14.374  23.862  -7.637
   13   HH22  ARG 180          HH22      ARG 180  13.981  25.039  -6.430

  No H/Q in entry =          13
  In of MODEL   14
    1    H    GLU 181           H        GLU 181  14.319  20.847  -2.999
    2    HA   GLU 181           HA       GLU 181  14.277  23.477  -3.154
    3    HB2  GLU 181           HB2      GLU 181  12.576  21.539  -1.817
    4    HB3  GLU 181           HB3      GLU 181  12.520  23.112  -1.039
    5    HG2  GLU 181           HG2      GLU 181  10.803  22.626  -2.850
    6    HG3  GLU 181           HG3      GLU 181  11.668  24.161  -2.941

  No H/Q in entry =           6
  In of MODEL   14
    1    H    THR 182           H        THR 182  13.773  22.648   0.497
    2    HA   THR 182           HA       THR 182  15.629  24.733   0.773
    3    HB   THR 182           HB       THR 182  14.292  23.896   3.169
    4    HG1  THR 182           HG1      THR 182  12.745  24.079   0.802
    5   HG23  THR 182          HG21      THR 182  13.576  26.233   3.158
    6   HG22  THR 182          HG22      THR 182  14.042  26.381   1.463
    7   HG21  THR 182          HG23      THR 182  15.274  26.108   2.694

  No H/Q in entry =           7
  In of MODEL   14
    1    H    VAL 183           H        VAL 183  15.126  21.469   1.046
    2    HA   VAL 183           HA       VAL 183  16.892  20.628   3.104
    3    HB   VAL 183           HB       VAL 183  15.133  19.538   1.074
    4   HG13  VAL 183          HG11      VAL 183  16.276  17.651   0.231
    5   HG12  VAL 183          HG12      VAL 183  17.725  18.014   1.184
    6   HG11  VAL 183          HG13      VAL 183  17.270  19.066  -0.156
    7   HG21  VAL 183          HG21      VAL 183  15.117  19.033   3.470
    8   HG23  VAL 183          HG22      VAL 183  16.586  18.075   3.240
    9   HG22  VAL 183          HG23      VAL 183  15.085  17.606   2.429

  No H/Q in entry =           9
  In of MODEL   14
    1    H    GLY 184           H        GLY 184  17.270  21.447  -0.453
    2    HA3  GLY 184           HA2      GLY 184  19.818  20.794  -0.760
    3    HA2  GLY 184           HA3      GLY 184  19.030  22.174  -1.514

  No H/Q in entry =           3
  In of MODEL   14
    1    H    ARG 185           H        ARG 185  18.635  23.181   1.544
    2    HA   ARG 185           HA       ARG 185  20.981  24.837   1.303
    3    HB2  ARG 185           HB2      ARG 185  18.661  24.716   3.263
    4    HB3  ARG 185           HB3      ARG 185  20.070  25.726   3.549
    5    HG2  ARG 185           HG2      ARG 185  18.288  25.968   1.133
    6    HG3  ARG 185           HG3      ARG 185  18.120  26.932   2.601
    7    HD2  ARG 185           HD2      ARG 185  20.560  27.584   2.246
    8    HD3  ARG 185           HD3      ARG 185  20.384  26.914   0.626
    9    HE   ARG 185           HE       ARG 185  18.971  28.671   0.062
   10   HH11  ARG 185          HH11      ARG 185  19.928  28.859   3.425
   11   HH12  ARG 185          HH12      ARG 185  19.324  30.469   3.640
   12   HH21  ARG 185          HH21      ARG 185  18.203  30.812   0.336
   13   HH22  ARG 185          HH22      ARG 185  18.354  31.584   1.878

  No H/Q in entry =          13
  In of MODEL   14
    1    H    ILE 186           H        ILE 186  19.401  22.372   3.045
    2    HA   ILE 186           HA       ILE 186  21.098  22.350   5.356
    3    HB   ILE 186           HB       ILE 186  19.009  20.367   4.500
    4   HG12  ILE 186          HG12      ILE 186  18.929  23.041   5.634
    5   HG13  ILE 186          HG13      ILE 186  17.618  22.063   4.990
    6   HG21  ILE 186          HG21      ILE 186  20.669  19.438   6.083
    7   HG23  ILE 186          HG22      ILE 186  19.054  19.558   6.779
    8   HG22  ILE 186          HG23      ILE 186  20.289  20.740   7.209
    9   HD11  ILE 186          HD11      ILE 186  17.492  20.908   7.181
   10   HD13  ILE 186          HD12      ILE 186  17.118  22.629   7.245
   11   HD12  ILE 186          HD13      ILE 186  18.689  22.048   7.797

  No H/Q in entry =          11
  In of MODEL   14
    1    H    LEU 187           H        LEU 187  20.581  20.091   2.745
    2    HA   LEU 187           HA       LEU 187  22.512  18.303   3.623
    3    HB2  LEU 187           HB2      LEU 187  21.353  18.768   0.910
    4    HB3  LEU 187           HB3      LEU 187  22.334  17.364   1.349
    5    HG   LEU 187           HG       LEU 187  19.557  18.074   2.198
    6   HD13  LEU 187          HD11      LEU 187  19.070  16.171   1.269
    7   HD12  LEU 187          HD12      LEU 187  20.288  15.318   2.225
    8   HD11  LEU 187          HD13      LEU 187  20.738  16.093   0.702
    9   HD22  LEU 187          HD21      LEU 187  20.660  17.998   4.345
   10   HD21  LEU 187          HD22      LEU 187  21.453  16.482   3.917
   11   HD23  LEU 187          HD23      LEU 187  19.704  16.533   4.119

  No H/Q in entry =          11
  In of MODEL   14
    1    H    LYS 188           H        LYS 188  22.842  20.878   1.140
    2    HA   LYS 188           HA       LYS 188  25.540  20.629   0.808
    3    HB2  LYS 188           HB2      LYS 188  23.841  22.257  -0.302
    4    HB3  LYS 188           HB3      LYS 188  24.348  23.372   0.962
    5    HG2  LYS 188           HG2      LYS 188  26.584  22.091  -0.390
    6    HG3  LYS 188           HG3      LYS 188  25.564  23.037  -1.474
    7    HD2  LYS 188           HD2      LYS 188  25.999  25.018  -0.365
    8    HD3  LYS 188           HD3      LYS 188  26.430  24.200   1.140
    9    HE2  LYS 188           HE2      LYS 188  28.108  23.773  -1.287
   10    HE3  LYS 188           HE3      LYS 188  28.274  25.276  -0.385
   11    HZ1  LYS 188           HZ1      LYS 188  28.517  23.734   1.636
   12    HZ3  LYS 188           HZ2      LYS 188  29.830  23.900   0.581
   13    HZ2  LYS 188           HZ3      LYS 188  28.859  22.518   0.495

  No H/Q in entry =          13
  In of MODEL   14
    1    H    MET 189           H        MET 189  23.875  21.918   3.600
    2    HA   MET 189           HA       MET 189  26.094  23.352   4.756
    3    HB2  MET 189           HB2      MET 189  23.412  22.461   5.659
    4    HB3  MET 189           HB3      MET 189  24.618  22.622   6.927
    5    HG2  MET 189           HG2      MET 189  25.048  24.949   6.052
    6    HG3  MET 189           HG3      MET 189  23.606  24.743   5.059
    7    HE3  MET 189           HE1      MET 189  20.688  25.040   7.316
    8    HE2  MET 189           HE2      MET 189  21.279  23.408   7.022
    9    HE1  MET 189           HE3      MET 189  21.358  24.618   5.741

  No H/Q in entry =           9
  In of MODEL   14
    1    H    LEU 190           H        LEU 190  24.935  20.052   4.736
    2    HA   LEU 190           HA       LEU 190  26.365  18.973   6.813
    3    HB2  LEU 190           HB2      LEU 190  25.877  17.659   4.157
    4    HB3  LEU 190           HB3      LEU 190  26.090  16.857   5.710
    5    HG   LEU 190           HG       LEU 190  23.776  18.483   4.745
    6   HD12  LEU 190          HD11      LEU 190  22.572  16.402   5.628
    7   HD11  LEU 190          HD12      LEU 190  24.178  15.660   5.624
    8   HD13  LEU 190          HD13      LEU 190  23.486  16.270   4.121
    9   HD21  LEU 190          HD21      LEU 190  24.618  17.951   7.518
   10   HD23  LEU 190          HD22      LEU 190  22.900  17.866   7.132
   11   HD22  LEU 190          HD23      LEU 190  23.801  19.350   6.824

  No H/Q in entry =          11
  In of MODEL   14
    1    H    GLU 191           H        GLU 191  27.472  19.324   3.404
    2    HA   GLU 191           HA       GLU 191  30.005  18.262   3.831
    3    HB2  GLU 191           HB2      GLU 191  28.915  18.503   1.640
    4    HB3  GLU 191           HB3      GLU 191  28.977  20.251   1.796
    5    HG2  GLU 191           HG2      GLU 191  31.600  19.539   2.107
    6    HG3  GLU 191           HG3      GLU 191  31.018  18.374   0.918

  No H/Q in entry =           6
  In of MODEL   14
    1    H    ASP 192           H        ASP 192  28.591  21.226   4.714
    2    HA   ASP 192           HA       ASP 192  31.139  22.618   4.832
    3    HB2  ASP 192           HB2      ASP 192  28.295  23.480   5.254
    4    HB3  ASP 192           HB3      ASP 192  29.621  24.474   5.847

  No H/Q in entry =           4
  In of MODEL   14
    1    H    GLN 193           H        GLN 193  29.562  20.445   6.517
    2    HA   GLN 193           HA       GLN 193  29.640  19.582   8.613
    3    HB2  GLN 193           HB2      GLN 193  32.148  20.331   8.136
    4    HB3  GLN 193           HB3      GLN 193  31.809  21.459   9.439
    5    HG2  GLN 193           HG2      GLN 193  31.004  19.342  10.709
    6    HG3  GLN 193           HG3      GLN 193  31.963  18.482   9.504
    7   HE21  GLN 193          HE21      GLN 193  32.026  20.630  12.219
    8   HE22  GLN 193          HE22      GLN 193  33.732  20.568  12.495

  No H/Q in entry =           8
  In of MODEL   14
    1    H    ASN 194           H        ASN 194  28.101  22.032   7.981
    2    HA   ASN 194           HA       ASN 194  28.067  23.455  10.530
    3    HB2  ASN 194           HB2      ASN 194  27.496  24.176   7.864
    4    HB3  ASN 194           HB3      ASN 194  25.956  24.229   8.716
    5   HD21  ASN 194          HD21      ASN 194  29.207  25.498   8.591
    6   HD22  ASN 194          HD22      ASN 194  28.904  26.906   9.547

  No H/Q in entry =           6
  In of MODEL   14
    1    H    LEU 195           H        LEU 195  26.910  20.649   9.460
    2    HA   LEU 195           HA       LEU 195  24.747  20.610  11.411
    3    HB2  LEU 195           HB2      LEU 195  24.110  21.304   8.893
    4    HB3  LEU 195           HB3      LEU 195  24.051  19.567   8.735
    5    HG   LEU 195           HG       LEU 195  22.523  20.507  11.035
    6   HD13  LEU 195          HD11      LEU 195  22.062  22.460   9.750
    7   HD12  LEU 195          HD12      LEU 195  20.671  21.389   9.567
    8   HD11  LEU 195          HD13      LEU 195  21.862  21.518   8.273
    9   HD22  LEU 195          HD21      LEU 195  20.913  18.983  10.187
   10   HD21  LEU 195          HD22      LEU 195  22.494  18.244   9.920
   11   HD23  LEU 195          HD23      LEU 195  21.640  19.008   8.580

  No H/Q in entry =          11
  In of MODEL   14
    1    H    ILE 196           H        ILE 196  26.814  18.943   9.127
    2    HA   ILE 196           HA       ILE 196  26.965  16.527  10.541
    3    HB   ILE 196           HB       ILE 196  25.953  16.227   7.714
    4   HG12  ILE 196          HG12      ILE 196  24.396  15.787  10.266
    5   HG13  ILE 196          HG13      ILE 196  24.145  17.154   9.178
    6   HG22  ILE 196          HG21      ILE 196  25.456  13.991   9.329
    7   HG21  ILE 196          HG22      ILE 196  27.086  14.526   9.732
    8   HG23  ILE 196          HG23      ILE 196  26.673  14.138   8.062
    9   HD13  ILE 196          HD11      ILE 196  23.399  15.756   7.448
   10   HD12  ILE 196          HD12      ILE 196  22.568  15.216   8.913
   11   HD11  ILE 196          HD13      ILE 196  23.950  14.306   8.288

  No H/Q in entry =          11
  In of MODEL   14
    1    H    SER 197           H        SER 197  27.909  15.367   7.834
    2    HA   SER 197           HA       SER 197  29.869  16.965   6.816
    3    HB2  SER 197           HB2      SER 197  31.899  15.912   7.545
    4    HB3  SER 197           HB3      SER 197  31.060  16.523   8.969
    5    HG   SER 197           HG       SER 197  30.129  14.149   8.740

  No H/Q in entry =           5
  In of MODEL   14
    1    H    ALA 198           H        ALA 198  29.350  16.327   4.809
    2    HA   ALA 198           HA       ALA 198  29.053  13.482   4.418
    3    HB3  ALA 198           HB1      ALA 198  27.153  14.959   3.748
    4    HB1  ALA 198           HB2      ALA 198  27.834  14.018   2.421
    5    HB2  ALA 198           HB3      ALA 198  28.229  15.729   2.579

  No H/Q in entry =           5
  In of MODEL   14
    1    H    HIS 199           H        HIS 199  30.722  12.534   3.681
    2    HA   HIS 199           HA       HIS 199  32.867  13.991   2.368
    3    HB2  HIS 199           HB2      HIS 199  32.604  11.018   2.940
    4    HB3  HIS 199           HB3      HIS 199  34.050  11.826   2.348
    5    HD1  HIS 199           HD1      HIS 199  33.712  14.267   4.463
    6    HD2  HIS 199           HD2      HIS 199  33.851  10.195   5.283
    7    HE1  HIS 199           HE1      HIS 199  34.425  14.085   6.867
    8    HE2  HIS 199           HE2      HIS 199  34.733  11.614   7.267

  No H/Q in entry =           8
  In of MODEL   14
    1    H    GLY 200           H        GLY 200  31.649  14.673   0.568
    2    HA3  GLY 200           HA2      GLY 200  31.141  14.442  -1.701
    3    HA2  GLY 200           HA3      GLY 200  31.384  12.699  -1.551

  No H/Q in entry =           3
  In of MODEL   14
    1    H    LYS 201           H        LYS 201  29.513  11.636  -1.965
    2    HA   LYS 201           HA       LYS 201  27.022  12.891  -1.114
    3    HB2  LYS 201           HB2      LYS 201  25.938  11.008  -2.406
    4    HB3  LYS 201           HB3      LYS 201  26.898  12.142  -3.341
    5    HG2  LYS 201           HG2      LYS 201  28.736  10.562  -3.401
    6    HG3  LYS 201           HG3      LYS 201  27.786   9.413  -2.452
    7    HD2  LYS 201           HD2      LYS 201  27.092   8.617  -4.428
    8    HD3  LYS 201           HD3      LYS 201  26.076  10.056  -4.496
    9    HE2  LYS 201           HE2      LYS 201  28.884   9.941  -5.586
   10    HE3  LYS 201           HE3      LYS 201  27.449   9.611  -6.551
   11    HZ2  LYS 201           HZ1      LYS 201  28.139  12.171  -5.216
   12    HZ1  LYS 201           HZ2      LYS 201  26.666  11.876  -5.996
   13    HZ3  LYS 201           HZ3      LYS 201  28.106  11.865  -6.879

  No H/Q in entry =          13
  In of MODEL   14
    1    H    THR 202           H        THR 202  29.182  10.619  -0.075
    2    HA   THR 202           HA       THR 202  27.500   9.030   1.580
    3    HB   THR 202           HB       THR 202  30.163   9.030   2.596
    4    HG1  THR 202           HG1      THR 202  31.055   9.879   0.786
    5   HG22  THR 202          HG21      THR 202  28.807   7.077   0.723
    6   HG21  THR 202          HG22      THR 202  28.662   7.082   2.480
    7   HG23  THR 202          HG23      THR 202  30.219   6.744   1.726

  No H/Q in entry =           7
  In of MODEL   14
    1    H    ILE 203           H        ILE 203  26.580   9.845   3.339
    2    HA   ILE 203           HA       ILE 203  27.667  12.327   4.387
    3    HB   ILE 203           HB       ILE 203  24.983  11.050   4.548
    4   HG12  ILE 203          HG12      ILE 203  26.050  13.486   3.160
    5   HG13  ILE 203          HG13      ILE 203  25.188  12.118   2.470
    6   HG22  ILE 203          HG21      ILE 203  24.452  13.367   5.686
    7   HG21  ILE 203          HG22      ILE 203  26.161  13.303   6.115
    8   HG23  ILE 203          HG23      ILE 203  25.070  12.023   6.646
    9   HD13  ILE 203          HD11      ILE 203  23.639  13.865   2.448
   10   HD12  ILE 203          HD12      ILE 203  24.107  14.411   4.058
   11   HD11  ILE 203          HD13      ILE 203  23.192  12.914   3.867

  No H/Q in entry =          11
  In of MODEL   14
    1    H    VAL 204           H        VAL 204  28.731  12.266   6.183
    2    HA   VAL 204           HA       VAL 204  28.605   9.913   7.955
    3    HB   VAL 204           HB       VAL 204  30.736  11.969   7.356
    4   HG12  VAL 204          HG11      VAL 204  32.053  11.041   9.222
    5   HG11  VAL 204          HG12      VAL 204  30.622  10.151   9.748
    6   HG13  VAL 204          HG13      VAL 204  30.612  11.913   9.743
    7   HG22  VAL 204          HG21      VAL 204  30.776   9.983   5.995
    8   HG21  VAL 204          HG22      VAL 204  30.750   8.962   7.433
    9   HG23  VAL 204          HG23      VAL 204  32.152   9.978   7.096

  No H/Q in entry =           9
  In of MODEL   14
    1    H    VAL 205           H        VAL 205  26.991  10.429   9.184
    2    HA   VAL 205           HA       VAL 205  27.015  12.824  10.833
    3    HB   VAL 205           HB       VAL 205  25.414  11.323  12.254
    4   HG11  VAL 205          HG11      VAL 205  24.689  11.913   9.374
    5   HG13  VAL 205          HG12      VAL 205  24.485  12.991  10.762
    6   HG12  VAL 205          HG13      VAL 205  23.528  11.517  10.642
    7   HG22  VAL 205          HG21      VAL 205  26.131   9.140  11.449
    8   HG21  VAL 205          HG22      VAL 205  25.644   9.563   9.804
    9   HG23  VAL 205          HG23      VAL 205  24.424   9.389  11.069

  No H/Q in entry =           9
  In of MODEL   14
    1    H    TYR 206           H        TYR 206  29.087  12.796  11.248
    2    HA   TYR 206           HA       TYR 206  31.059  11.248  11.911
    3    HB2  TYR 206           HB2      TYR 206  30.063  13.610  13.455
    4    HB3  TYR 206           HB3      TYR 206  31.464  12.733  14.051
    5    HD1  TYR 206           HD1      TYR 206  30.419  15.448  12.077
    6    HD2  TYR 206           HD2      TYR 206  33.306  12.292  12.187
    7    HE1  TYR 206           HE1      TYR 206  31.899  16.759  10.642
    8    HE2  TYR 206           HE2      TYR 206  34.796  13.584  10.731
    9    HH   TYR 206           HH       TYR 206  34.560  15.453   9.043

  No H/Q in entry =           9
  In of MODEL   14
    1    H    GLY 207           H        GLY 207  28.601  11.922  14.374
    2    HA3  GLY 207           HA2      GLY 207  28.777   9.211  15.372
    3    HA2  GLY 207           HA3      GLY 207  29.344  10.450  16.480

  No H/Q in entry =           3
  In of MODEL   14
    1    H    THR 208           H        THR 208  27.671  12.451  16.343
    2    HA   THR 208           HA       THR 208  25.068  11.224  16.983
    3    HB   THR 208           HB       THR 208  26.149  12.023  18.989
    4    HG1  THR 208           HG1      THR 208  23.926  13.434  18.011
    5   HG21  THR 208          HG21      THR 208  26.409  14.656  17.535
    6   HG23  THR 208          HG22      THR 208  27.723  13.588  18.025
    7   HG22  THR 208          HG23      THR 208  26.757  14.416  19.247

  No H/Q in entry =           7
  In of MODEL   14
    1    H    ARG 209           H        ARG 209  26.613  13.301  14.961
    2    HA   ARG 209           HA       ARG 209  24.845  13.849  13.124
    3    HB2  ARG 209           HB2      ARG 209  23.402  14.893  14.997
    4    HB3  ARG 209           HB3      ARG 209  24.525  16.247  14.917
    5    HG2  ARG 209           HG2      ARG 209  23.936  16.745  12.694
    6    HG3  ARG 209           HG3      ARG 209  23.120  15.197  12.479
    7    HD2  ARG 209           HD2      ARG 209  21.497  16.976  12.699
    8    HD3  ARG 209           HD3      ARG 209  21.405  15.903  14.095
    9    HE   ARG 209           HE       ARG 209  23.045  18.296  14.356
   10   HH11  ARG 209          HH11      ARG 209  19.999  16.710  15.002
   11   HH12  ARG 209          HH12      ARG 209  19.586  17.758  16.318
   12   HH21  ARG 209          HH21      ARG 209  22.512  19.679  16.073
   13   HH22  ARG 209          HH22      ARG 209  21.020  19.455  16.928

  No H/Q in entry =          13
  In of MODEL   15
    1    H1   VAL   1           H1       VAL   1 -28.562 -15.053   3.822
    2    H2   VAL   1           H3       VAL   1 -29.715 -13.922   4.326
    3    H3   VAL   1           H2       VAL   1 -29.926 -15.560   4.684
    4    HA   VAL   1           HA       VAL   1 -31.240 -15.575   2.922
    5    HB   VAL   1           HB       VAL   1 -31.278 -13.157   2.712
    6   HG13  VAL   1          HG11      VAL   1 -29.655 -11.952   1.328
    7   HG12  VAL   1          HG12      VAL   1 -28.723 -13.438   1.137
    8   HG11  VAL   1          HG13      VAL   1 -28.894 -12.703   2.731
    9   HG22  VAL   1          HG21      VAL   1 -32.364 -14.393   0.951
   10   HG21  VAL   1          HG22      VAL   1 -30.843 -14.543   0.071
   11   HG23  VAL   1          HG23      VAL   1 -31.595 -12.961   0.268

  No H/Q in entry =          11
  In of MODEL   15
    1    H    LEU   2           H        LEU   2 -31.129 -17.066   1.356
    2    HA   LEU   2           HA       LEU   2 -28.526 -17.496   0.043
    3    HB2  LEU   2           HB2      LEU   2 -30.450 -19.557   1.117
    4    HB3  LEU   2           HB3      LEU   2 -29.138 -19.945   0.025
    5    HG   LEU   2           HG       LEU   2 -28.797 -18.758   2.782
    6   HD13  LEU   2          HD11      LEU   2 -27.954 -20.969   3.399
    7   HD12  LEU   2          HD12      LEU   2 -28.356 -21.572   1.791
    8   HD11  LEU   2          HD13      LEU   2 -29.639 -21.042   2.881
    9   HD22  LEU   2          HD21      LEU   2 -26.976 -18.096   1.377
   10   HD21  LEU   2          HD22      LEU   2 -26.817 -19.729   0.729
   11   HD23  LEU   2          HD23      LEU   2 -26.415 -19.407   2.414

  No H/Q in entry =          11
  In of MODEL   15
    1    H    GLY   3           H        GLY   3 -28.985 -19.214  -1.856
    2    HA3  GLY   3           HA2      GLY   3 -30.398 -19.830  -3.660
    3    HA2  GLY   3           HA3      GLY   3 -31.470 -18.500  -3.247

  No H/Q in entry =           3
  In of MODEL   15
    1    H    LYS   4           H        LYS   4 -27.998 -18.158  -3.495
    2    HA   LYS   4           HA       LYS   4 -28.347 -16.738  -6.042
    3    HB2  LYS   4           HB2      LYS   4 -27.049 -15.810  -3.527
    4    HB3  LYS   4           HB3      LYS   4 -26.343 -15.305  -5.057
    5    HG2  LYS   4           HG2      LYS   4 -27.795 -13.580  -4.698
    6    HG3  LYS   4           HG3      LYS   4 -28.836 -14.670  -5.614
    7    HD2  LYS   4           HD2      LYS   4 -29.494 -15.598  -3.280
    8    HD3  LYS   4           HD3      LYS   4 -28.839 -14.074  -2.679
    9    HE2  LYS   4           HE2      LYS   4 -31.227 -13.866  -3.014
   10    HE3  LYS   4           HE3      LYS   4 -30.369 -12.852  -4.173
   11    HZ3  LYS   4           HZ1      LYS   4 -30.952 -14.198  -5.920
   12    HZ2  LYS   4           HZ2      LYS   4 -32.324 -14.352  -4.948
   13    HZ1  LYS   4           HZ3      LYS   4 -31.157 -15.576  -4.962

  No H/Q in entry =          13
  In of MODEL   15
    1    HA   PRO   5           HA       PRO   5 -25.021 -19.530  -7.161
    2    HB2  PRO   5           HB2      PRO   5 -24.860 -18.259  -9.752
    3    HB3  PRO   5           HB3      PRO   5 -25.508 -19.847  -9.344
    4    HG2  PRO   5           HG2      PRO   5 -27.035 -17.745 -10.207
    5    HG3  PRO   5           HG3      PRO   5 -27.648 -19.076  -9.212
    6    HD2  PRO   5           HD2      PRO   5 -26.861 -16.306  -8.400
    7    HD3  PRO   5           HD3      PRO   5 -28.200 -17.319  -7.820

  No H/Q in entry =           7
  In of MODEL   15
    1    H    GLN   6           H        GLN   6 -23.492 -18.493  -5.732
    2    HA   GLN   6           HA       GLN   6 -22.026 -16.179  -6.539
    3    HB2  GLN   6           HB2      GLN   6 -22.299 -16.921  -4.171
    4    HB3  GLN   6           HB3      GLN   6 -21.244 -18.284  -4.514
    5    HG2  GLN   6           HG2      GLN   6 -19.440 -16.694  -5.087
    6    HG3  GLN   6           HG3      GLN   6 -20.503 -15.367  -4.622
    7   HE21  GLN   6          HE21      GLN   6 -17.925 -16.218  -3.514
    8   HE22  GLN   6          HE22      GLN   6 -18.206 -16.501  -1.835

  No H/Q in entry =           8
  In of MODEL   15
    1    H    THR   7           H        THR   7 -21.534 -19.627  -6.793
    2    HA   THR   7           HA       THR   7 -20.304 -20.874  -8.281
    3    HB   THR   7           HB       THR   7 -18.899 -18.447  -9.373
    4    HG1  THR   7           HG1      THR   7 -21.287 -18.150  -9.292
    5   HG22  THR   7          HG21      THR   7 -19.859 -21.018 -10.644
    6   HG21  THR   7          HG22      THR   7 -18.207 -20.686 -10.123
    7   HG23  THR   7          HG23      THR   7 -18.920 -19.754 -11.438

  No H/Q in entry =           7
  In of MODEL   15
    1    H    ASP   8           H        ASP   8 -19.574 -20.300  -5.620
    2    HA   ASP   8           HA       ASP   8 -16.702 -20.761  -5.871
    3    HB2  ASP   8           HB2      ASP   8 -17.243 -18.295  -5.297
    4    HB3  ASP   8           HB3      ASP   8 -17.645 -18.920  -3.699

  No H/Q in entry =           4
  In of MODEL   15
    1    HA   PRO   9           HA       PRO   9 -18.689 -23.798  -3.037
    2    HB2  PRO   9           HB2      PRO   9 -17.131 -25.896  -3.767
    3    HB3  PRO   9           HB3      PRO   9 -18.593 -25.436  -4.646
    4    HG2  PRO   9           HG2      PRO   9 -15.732 -24.832  -5.281
    5    HG3  PRO   9           HG3      PRO   9 -17.040 -25.331  -6.370
    6    HD2  PRO   9           HD2      PRO   9 -16.234 -22.754  -6.148
    7    HD3  PRO   9           HD3      PRO   9 -17.915 -23.200  -6.501

  No H/Q in entry =           7
  In of MODEL   15
    1    H    THR  10           H        THR  10 -15.528 -22.531  -3.420
    2    HA   THR  10           HA       THR  10 -14.384 -24.049  -1.226
    3    HB   THR  10           HB       THR  10 -12.845 -21.740  -2.129
    4    HG1  THR  10           HG1      THR  10 -12.543 -23.271  -4.206
    5   HG23  THR  10          HG21      THR  10 -11.116 -23.429  -2.428
    6   HG22  THR  10          HG22      THR  10 -12.314 -24.714  -2.267
    7   HG21  THR  10          HG23      THR  10 -11.941 -23.678  -0.890

  No H/Q in entry =           7
  In of MODEL   15
    1    H    LEU  11           H        LEU  11 -15.610 -20.808  -1.982
    2    HA   LEU  11           HA       LEU  11 -15.060 -19.744   0.595
    3    HB2  LEU  11           HB2      LEU  11 -15.791 -18.730  -1.822
    4    HB3  LEU  11           HB3      LEU  11 -17.294 -18.616  -0.930
    5    HG   LEU  11           HG       LEU  11 -16.420 -16.597  -0.477
    6   HD11  LEU  11          HD11      LEU  11 -16.052 -18.423   1.634
    7   HD13  LEU  11          HD12      LEU  11 -16.409 -16.698   1.713
    8   HD12  LEU  11          HD13      LEU  11 -14.734 -17.249   1.686
    9   HD22  LEU  11          HD21      LEU  11 -14.074 -16.057  -0.260
   10   HD21  LEU  11          HD22      LEU  11 -14.376 -16.925  -1.766
   11   HD23  LEU  11          HD23      LEU  11 -13.666 -17.768  -0.387

  No H/Q in entry =          11
  In of MODEL   15
    1    H    GLU  12           H        GLU  12 -17.565 -21.507  -0.873
    2    HA   GLU  12           HA       GLU  12 -19.588 -21.125   1.140
    3    HB2  GLU  12           HB2      GLU  12 -19.385 -23.013  -1.222
    4    HB3  GLU  12           HB3      GLU  12 -20.738 -23.025  -0.099
    5    HG2  GLU  12           HG2      GLU  12 -21.178 -20.661  -0.674
    6    HG3  GLU  12           HG3      GLU  12 -19.896 -20.753  -1.881

  No H/Q in entry =           6
  In of MODEL   15
    1    H    TRP  13           H        TRP  13 -16.754 -22.777   0.792
    2    HA   TRP  13           HA       TRP  13 -17.570 -24.975   2.576
    3    HB2  TRP  13           HB2      TRP  13 -15.775 -24.987   0.457
    4    HB3  TRP  13           HB3      TRP  13 -14.720 -24.814   1.859
    5    HD1  TRP  13           HD1      TRP  13 -15.114 -26.770   3.833
    6    HE1  TRP  13           HE1      TRP  13 -15.611 -29.277   3.518
    7    HE3  TRP  13           HE3      TRP  13 -16.786 -26.664  -0.996
    8    HZ2  TRP  13           HZ2      TRP  13 -16.585 -30.981   1.489
    9    HZ3  TRP  13           HZ3      TRP  13 -17.479 -28.775  -2.051
   10    HH2  TRP  13           HH2      TRP  13 -17.379 -30.888  -0.833

  No H/Q in entry =          10
  In of MODEL   15
    1    H    PHE  14           H        PHE  14 -16.160 -21.895   2.325
    2    HA   PHE  14           HA       PHE  14 -14.704 -21.934   4.844
    3    HB2  PHE  14           HB2      PHE  14 -13.620 -20.918   3.016
    4    HB3  PHE  14           HB3      PHE  14 -15.036 -20.018   2.554
    5    HD1  PHE  14           HD1      PHE  14 -15.815 -18.166   4.017
    6    HD2  PHE  14           HD2      PHE  14 -12.000 -19.974   4.444
    7    HE1  PHE  14           HE1      PHE  14 -15.021 -16.185   5.256
    8    HE2  PHE  14           HE2      PHE  14 -11.200 -18.018   5.674
    9    HZ   PHE  14           HZ       PHE  14 -12.704 -16.112   6.086

  No H/Q in entry =           9
  In of MODEL   15
    1    H    LEU  15           H        LEU  15 -17.764 -20.894   3.552
    2    HA   LEU  15           HA       LEU  15 -18.117 -18.810   5.565
    3    HB2  LEU  15           HB2      LEU  15 -19.871 -19.483   3.206
    4    HB3  LEU  15           HB3      LEU  15 -20.174 -18.203   4.366
    5    HG   LEU  15           HG       LEU  15 -17.829 -18.362   2.487
    6   HD13  LEU  15          HD11      LEU  15 -19.844 -17.807   1.333
    7   HD12  LEU  15          HD12      LEU  15 -18.835 -16.367   1.492
    8   HD11  LEU  15          HD13      LEU  15 -20.236 -16.587   2.547
    9   HD21  LEU  15          HD21      LEU  15 -17.836 -17.096   4.900
   10   HD23  LEU  15          HD22      LEU  15 -18.369 -15.822   3.802
   11   HD22  LEU  15          HD23      LEU  15 -16.846 -16.658   3.511

  No H/Q in entry =          11
  In of MODEL   15
    1    H    SER  16           H        SER  16 -18.439 -21.988   5.132
    2    HA   SER  16           HA       SER  16 -20.948 -22.248   6.658
    3    HB2  SER  16           HB2      SER  16 -20.303 -24.779   6.218
    4    HB3  SER  16           HB3      SER  16 -21.044 -23.845   4.915
    5    HG   SER  16           HG       SER  16 -19.298 -24.154   3.807

  No H/Q in entry =           5
  In of MODEL   15
    1    H    HIS  17           H        HIS  17 -17.893 -21.489   7.014
    2    HA   HIS  17           HA       HIS  17 -17.486 -23.131   9.386
    3    HB2  HIS  17           HB2      HIS  17 -15.598 -22.160   7.321
    4    HB3  HIS  17           HB3      HIS  17 -15.013 -22.239   8.980
    5    HD1  HIS  17           HD1      HIS  17 -14.639 -24.150   6.200
    6    HD2  HIS  17           HD2      HIS  17 -16.204 -25.079   9.934
    7    HE1  HIS  17           HE1      HIS  17 -14.385 -26.637   6.437
    8    HE2  HIS  17           HE2      HIS  17 -15.409 -27.191   8.670

  No H/Q in entry =           8
  In of MODEL   15
    1    H    CYS  18           H        CYS  18 -18.150 -19.957   8.363
    2    HA   CYS  18           HA       CYS  18 -17.011 -18.895  10.808
    3    HB2  CYS  18           HB2      CYS  18 -17.383 -16.649   9.424
    4    HB3  CYS  18           HB3      CYS  18 -15.901 -17.588   9.407
    5    HG   CYS  18           HG       CYS  18 -16.850 -16.576   6.896

  No H/Q in entry =           5
  In of MODEL   15
    1    H    HIS  19           H        HIS  19 -18.269 -16.901  11.770
    2    HA   HIS  19           HA       HIS  19 -21.082 -17.337  11.509
    3    HB2  HIS  19           HB2      HIS  19 -19.840 -16.906  13.663
    4    HB3  HIS  19           HB3      HIS  19 -19.496 -15.281  13.103
    5    HD1  HIS  19           HD1      HIS  19 -22.471 -17.441  14.064
    6    HD2  HIS  19           HD2      HIS  19 -21.340 -13.447  13.862
    7    HE1  HIS  19           HE1      HIS  19 -24.346 -16.152  15.137
    8    HE2  HIS  19           HE2      HIS  19 -23.497 -13.784  15.243

  No H/Q in entry =           8
  In of MODEL   15
    1    H    ILE  20           H        ILE  20 -21.476 -16.455   9.086
    2    HA   ILE  20           HA       ILE  20 -21.019 -13.683   8.594
    3    HB   ILE  20           HB       ILE  20 -23.347 -15.031   7.366
    4   HG12  ILE  20          HG12      ILE  20 -20.626 -16.137   7.410
    5   HG13  ILE  20          HG13      ILE  20 -22.140 -16.925   6.999
    6   HG23  ILE  20          HG21      ILE  20 -22.773 -12.810   6.689
    7   HG22  ILE  20          HG22      ILE  20 -22.494 -13.929   5.355
    8   HG21  ILE  20          HG23      ILE  20 -21.132 -13.324   6.297
    9   HD11  ILE  20          HD11      ILE  20 -21.499 -15.170   4.880
   10   HD13  ILE  20          HD12      ILE  20 -21.530 -16.929   4.878
   11   HD12  ILE  20          HD13      ILE  20 -20.039 -16.077   5.286

  No H/Q in entry =          11
  In of MODEL   15
    1    H    HIS  21           H        HIS  21 -21.909 -12.120   9.415
    2    HA   HIS  21           HA       HIS  21 -24.179 -11.081   9.426
    3    HB2  HIS  21           HB2      HIS  21 -25.384 -12.966  10.411
    4    HB3  HIS  21           HB3      HIS  21 -24.513 -12.752  11.927
    5    HD1  HIS  21           HD1      HIS  21 -24.962 -10.354  13.133
    6    HD2  HIS  21           HD2      HIS  21 -27.683 -11.484  10.199
    7    HE1  HIS  21           HE1      HIS  21 -27.012  -8.965  13.545
    8    HE2  HIS  21           HE2      HIS  21 -28.619  -9.610  11.717

  No H/Q in entry =           8
  In of MODEL   15
    1    H    LYS  22           H        LYS  22 -23.815  -9.221   9.756
    2    HA   LYS  22           HA       LYS  22 -21.824  -8.459  11.751
    3    HB2  LYS  22           HB2      LYS  22 -21.433  -8.118   9.179
    4    HB3  LYS  22           HB3      LYS  22 -22.317  -6.629   9.476
    5    HG2  LYS  22           HG2      LYS  22 -20.569  -6.589  11.537
    6    HG3  LYS  22           HG3      LYS  22 -19.612  -7.426  10.321
    7    HD2  LYS  22           HD2      LYS  22 -20.135  -5.574   8.748
    8    HD3  LYS  22           HD3      LYS  22 -20.894  -4.711  10.091
    9    HE2  LYS  22           HE2      LYS  22 -18.649  -5.073  11.308
   10    HE3  LYS  22           HE3      LYS  22 -18.003  -5.420   9.704
   11    HZ3  LYS  22           HZ1      LYS  22 -17.689  -3.111  10.241
   12    HZ2  LYS  22           HZ2      LYS  22 -19.339  -2.906  10.560
   13    HZ1  LYS  22           HZ3      LYS  22 -18.816  -3.239   8.983

  No H/Q in entry =          13
  In of MODEL   15
    1    H    TYR  23           H        TYR  23 -22.684  -5.632  10.693
    2    HA   TYR  23           HA       TYR  23 -24.856  -5.087  12.529
    3    HB2  TYR  23           HB2      TYR  23 -22.851  -3.259  13.309
    4    HB3  TYR  23           HB3      TYR  23 -23.645  -4.456  14.306
    5    HD1  TYR  23           HD1      TYR  23 -22.167  -6.904  13.044
    6    HD2  TYR  23           HD2      TYR  23 -20.824  -3.138  14.411
    7    HE1  TYR  23           HE1      TYR  23 -20.000  -7.905  13.546
    8    HE2  TYR  23           HE2      TYR  23 -18.619  -4.106  14.914
    9    HH   TYR  23           HH       TYR  23 -17.882  -7.498  14.135

  No H/Q in entry =           9
  In of MODEL   15
    1    HA   PRO  24           HA       PRO  24 -25.649  -1.184  10.442
    2    HB2  PRO  24           HB2      PRO  24 -24.908   0.654  12.465
    3    HB3  PRO  24           HB3      PRO  24 -26.529   0.039  12.131
    4    HG2  PRO  24           HG2      PRO  24 -24.537  -0.858  14.152
    5    HG3  PRO  24           HG3      PRO  24 -26.308  -0.839  14.246
    6    HD2  PRO  24           HD2      PRO  24 -24.997  -3.122  13.893
    7    HD3  PRO  24           HD3      PRO  24 -26.511  -2.810  13.020

  No H/Q in entry =           7
  In of MODEL   15
    1    H    SER  25           H        SER  25 -24.438   0.446   9.184
    2    HA   SER  25           HA       SER  25 -21.648   0.195   9.241
    3    HB2  SER  25           HB2      SER  25 -22.240   2.660   8.088
    4    HB3  SER  25           HB3      SER  25 -21.943   1.131   7.277
    5    HG   SER  25           HG       SER  25 -24.194   2.508   7.331

  No H/Q in entry =           5
  In of MODEL   15
    1    H    LYS  26           H        LYS  26 -20.129   1.740   9.579
    2    HA   LYS  26           HA       LYS  26 -19.151   3.621  10.650
    3    HB2  LYS  26           HB2      LYS  26 -21.588   3.400  12.554
    4    HB3  LYS  26           HB3      LYS  26 -20.229   4.474  12.852
    5    HG2  LYS  26           HG2      LYS  26 -20.707   5.669  10.635
    6    HG3  LYS  26           HG3      LYS  26 -22.054   4.572  10.343
    7    HD2  LYS  26           HD2      LYS  26 -23.130   5.498  12.489
    8    HD3  LYS  26           HD3      LYS  26 -21.764   6.620  12.639
    9    HE2  LYS  26           HE2      LYS  26 -22.246   7.581  10.347
   10    HE3  LYS  26           HE3      LYS  26 -23.596   6.455  10.130
   11    HZ1  LYS  26           HZ1      LYS  26 -23.526   8.190  12.528
   12    HZ2  LYS  26           HZ2      LYS  26 -24.046   8.809  11.101
   13    HZ3  LYS  26           HZ3      LYS  26 -24.803   7.447  11.719

  No H/Q in entry =          13
  In of MODEL   15
    1    H    SER  27           H        SER  27 -19.933   0.552  11.234
    2    HA   SER  27           HA       SER  27 -18.756   0.283  13.830
    3    HB2  SER  27           HB2      SER  27 -19.160  -2.189  13.303
    4    HB3  SER  27           HB3      SER  27 -20.579  -1.159  13.493
    5    HG   SER  27           HG       SER  27 -21.104  -1.532  11.499

  No H/Q in entry =           5
  In of MODEL   15
    1    H    THR  28           H        THR  28 -16.704   0.675  13.773
    2    HA   THR  28           HA       THR  28 -14.977  -0.746  11.876
    3    HB   THR  28           HB       THR  28 -14.212   1.542  12.252
    4    HG1  THR  28           HG1      THR  28 -12.409   0.309  12.309
    5   HG23  THR  28          HG21      THR  28 -14.692   2.669  14.111
    6   HG22  THR  28          HG22      THR  28 -13.678   1.581  15.058
    7   HG21  THR  28          HG23      THR  28 -15.381   1.201  14.805

  No H/Q in entry =           7
  In of MODEL   15
    1    H    LEU  29           H        LEU  29 -13.309  -1.868  13.012
    2    HA   LEU  29           HA       LEU  29 -14.522  -3.606  14.995
    3    HB2  LEU  29           HB2      LEU  29 -13.167  -5.277  13.106
    4    HB3  LEU  29           HB3      LEU  29 -14.847  -5.345  13.590
    5    HG   LEU  29           HG       LEU  29 -13.647  -3.936  11.198
    6   HD11  LEU  29          HD11      LEU  29 -14.114  -6.378  11.067
    7   HD13  LEU  29          HD12      LEU  29 -15.013  -5.391   9.910
    8   HD12  LEU  29          HD13      LEU  29 -15.818  -6.006  11.356
    9   HD21  LEU  29          HD21      LEU  29 -15.440  -2.570  12.244
   10   HD23  LEU  29          HD22      LEU  29 -16.549  -3.913  11.948
   11   HD22  LEU  29          HD23      LEU  29 -15.765  -3.095  10.590

  No H/Q in entry =          11
  In of MODEL   15
    1    H    ILE  30           H        ILE  30 -11.796  -2.252  13.449
    2    HA   ILE  30           HA       ILE  30  -9.981  -2.830  15.436
    3    HB   ILE  30           HB       ILE  30  -8.689  -4.335  13.330
    4   HG12  ILE  30          HG12      ILE  30 -10.033  -6.529  14.002
    5   HG13  ILE  30          HG13      ILE  30 -11.366  -5.391  14.130
    6   HG22  ILE  30          HG21      ILE  30  -9.382  -5.196  16.120
    7   HG21  ILE  30          HG22      ILE  30  -8.014  -4.170  15.689
    8   HG23  ILE  30          HG23      ILE  30  -8.097  -5.827  15.092
    9   HD11  ILE  30          HD11      ILE  30  -9.705  -5.401  11.661
   10   HD13  ILE  30          HD12      ILE  30 -11.407  -4.985  11.876
   11   HD12  ILE  30          HD13      ILE  30 -10.902  -6.674  11.908

  No H/Q in entry =          11
  In of MODEL   15
    1    H    HIS  31           H        HIS  31  -9.177  -1.065  15.305
    2    HA   HIS  31           HA       HIS  31  -6.996  -0.467  13.666
    3    HB2  HIS  31           HB2      HIS  31  -7.794   1.094  12.135
    4    HB3  HIS  31           HB3      HIS  31  -9.241   0.105  12.282
    5    HD1  HIS  31           HD1      HIS  31 -11.058   1.089  14.109
    6    HD2  HIS  31           HD2      HIS  31  -8.138   3.722  12.753
    7    HE1  HIS  31           HE1      HIS  31 -11.794   3.364  14.872
    8    HE2  HIS  31           HE2      HIS  31  -9.895   4.897  14.247

  No H/Q in entry =           8
  In of MODEL   15
    1    H    GLN  32           H        GLN  32  -6.962  -0.564  16.351
    2    HA   GLN  32           HA       GLN  32  -6.365   2.157  17.073
    3    HB2  GLN  32           HB2      GLN  32  -8.957   1.673  17.487
    4    HB3  GLN  32           HB3      GLN  32  -8.333   0.984  18.984
    5    HG2  GLN  32           HG2      GLN  32  -7.574   3.011  19.767
    6    HG3  GLN  32           HG3      GLN  32  -7.408   3.694  18.155
    7   HE21  GLN  32          HE21      GLN  32  -9.084   4.806  17.266
    8   HE22  GLN  32          HE22      GLN  32 -10.569   5.124  18.094

  No H/Q in entry =           8
  In of MODEL   15
    1    H    GLY  33           H        GLY  33  -5.895  -1.113  17.335
    2    HA3  GLY  33           HA2      GLY  33  -3.621  -1.560  18.306
    3    HA2  GLY  33           HA3      GLY  33  -4.199  -0.658  19.695

  No H/Q in entry =           3
  In of MODEL   15
    1    H    GLU  34           H        GLU  34  -6.424  -2.664  18.056
    2    HA   GLU  34           HA       GLU  34  -6.436  -4.619  20.239
    3    HB2  GLU  34           HB2      GLU  34  -8.326  -4.670  17.921
    4    HB3  GLU  34           HB3      GLU  34  -8.616  -5.076  19.593
    5    HG2  GLU  34           HG2      GLU  34  -9.765  -3.126  19.529
    6    HG3  GLU  34           HG3      GLU  34  -8.168  -2.467  19.872

  No H/Q in entry =           6
  In of MODEL   15
    1    H    LYS  35           H        LYS  35  -5.356  -6.427  19.935
    2    HA   LYS  35           HA       LYS  35  -4.007  -7.331  17.750
    3    HB2  LYS  35           HB2      LYS  35  -5.203  -8.733  20.101
    4    HB3  LYS  35           HB3      LYS  35  -4.543  -9.701  18.789
    5    HG2  LYS  35           HG2      LYS  35  -2.378  -8.724  19.064
    6    HG3  LYS  35           HG3      LYS  35  -3.005  -7.558  20.232
    7    HD2  LYS  35           HD2      LYS  35  -1.904  -9.273  21.469
    8    HD3  LYS  35           HD3      LYS  35  -3.639  -9.497  21.694
    9    HE2  LYS  35           HE2      LYS  35  -2.937 -10.994  19.420
   10    HE3  LYS  35           HE3      LYS  35  -1.689 -11.313  20.623
   11    HZ2  LYS  35           HZ1      LYS  35  -4.621 -11.705  20.912
   12    HZ1  LYS  35           HZ2      LYS  35  -3.534 -11.786  22.211
   13    HZ3  LYS  35           HZ3      LYS  35  -3.408 -12.887  20.939

  No H/Q in entry =          13
  In of MODEL   15
    1    H    ALA  36           H        ALA  36  -4.731  -7.686  15.747
    2    HA   ALA  36           HA       ALA  36  -7.484  -8.322  15.247
    3    HB1  ALA  36           HB1      ALA  36  -6.608  -8.459  12.834
    4    HB2  ALA  36           HB2      ALA  36  -5.090  -7.859  13.512
    5    HB3  ALA  36           HB3      ALA  36  -6.561  -6.900  13.659

  No H/Q in entry =           5
  In of MODEL   15
    1    H    GLU  37           H        GLU  37  -7.253 -10.309  16.630
    2    HA   GLU  37           HA       GLU  37  -6.104 -12.605  15.242
    3    HB2  GLU  37           HB2      GLU  37  -6.905 -13.813  17.365
    4    HB3  GLU  37           HB3      GLU  37  -5.566 -12.686  17.514
    5    HG2  GLU  37           HG2      GLU  37  -7.212 -10.963  18.270
    6    HG3  GLU  37           HG3      GLU  37  -8.432 -12.237  18.304

  No H/Q in entry =           6
  In of MODEL   15
    1    H    THR  38           H        THR  38  -8.947 -10.959  15.329
    2    HA   THR  38           HA       THR  38 -10.563 -13.321  14.668
    3    HB   THR  38           HB       THR  38 -11.691 -12.240  16.411
    4    HG1  THR  38           HG1      THR  38 -13.352 -10.850  15.120
    5   HG21  THR  38          HG21      THR  38 -11.069  -9.594  15.099
    6   HG23  THR  38          HG22      THR  38 -10.306 -10.247  16.549
    7   HG22  THR  38          HG23      THR  38 -12.016  -9.810  16.572

  No H/Q in entry =           7
  In of MODEL   15
    1    H    LEU  39           H        LEU  39 -11.365 -13.501  12.638
    2    HA   LEU  39           HA       LEU  39 -10.676 -11.351  10.779
    3    HB2  LEU  39           HB2      LEU  39  -9.508 -13.098   9.902
    4    HB3  LEU  39           HB3      LEU  39 -10.605 -14.299  10.556
    5    HG   LEU  39           HG       LEU  39 -11.877 -12.700   8.490
    6   HD12  LEU  39          HD11      LEU  39 -10.632 -13.629   6.600
    7   HD11  LEU  39          HD12      LEU  39  -9.437 -14.290   7.717
    8   HD13  LEU  39          HD13      LEU  39  -9.635 -12.543   7.571
    9   HD21  LEU  39          HD21      LEU  39 -12.730 -14.809   9.394
   10   HD23  LEU  39          HD22      LEU  39 -11.321 -15.649   8.744
   11   HD22  LEU  39          HD23      LEU  39 -12.480 -14.892   7.650

  No H/Q in entry =          11
  In of MODEL   15
    1    H    TYR  40           H        TYR  40 -12.235 -10.609   9.290
    2    HA   TYR  40           HA       TYR  40 -14.966 -11.605   9.735
    3    HB2  TYR  40           HB2      TYR  40 -14.355  -8.713   9.170
    4    HB3  TYR  40           HB3      TYR  40 -15.847  -9.412   9.762
    5    HD1  TYR  40           HD1      TYR  40 -16.370  -9.047  11.925
    6    HD2  TYR  40           HD2      TYR  40 -12.264  -9.069  10.867
    7    HE1  TYR  40           HE1      TYR  40 -15.788  -8.359  14.211
    8    HE2  TYR  40           HE2      TYR  40 -11.660  -8.405  13.155
    9    HH   TYR  40           HH       TYR  40 -12.676  -7.274  15.064

  No H/Q in entry =           9
  In of MODEL   15
    1    H    TYR  41           H        TYR  41 -15.620 -12.461   7.774
    2    HA   TYR  41           HA       TYR  41 -14.516 -11.391   5.309
    3    HB2  TYR  41           HB2      TYR  41 -14.860 -13.880   5.786
    4    HB3  TYR  41           HB3      TYR  41 -16.587 -13.570   5.663
    5    HD1  TYR  41           HD1      TYR  41 -17.034 -11.976   3.402
    6    HD2  TYR  41           HD2      TYR  41 -14.045 -14.905   3.961
    7    HE1  TYR  41           HE1      TYR  41 -16.870 -12.258   0.979
    8    HE2  TYR  41           HE2      TYR  41 -13.849 -15.201   1.560
    9    HH   TYR  41           HH       TYR  41 -15.366 -13.026  -0.678

  No H/Q in entry =           9
  In of MODEL   15
    1    H    ILE  42           H        ILE  42 -15.489  -9.431   4.912
    2    HA   ILE  42           HA       ILE  42 -18.200  -8.878   5.384
    3    HB   ILE  42           HB       ILE  42 -16.458  -7.177   5.021
    4   HG12  ILE  42          HG12      ILE  42 -18.571  -6.773   2.935
    5   HG13  ILE  42          HG13      ILE  42 -18.950  -6.780   4.661
    6   HG23  ILE  42          HG21      ILE  42 -15.731  -6.568   2.790
    7   HG22  ILE  42          HG22      ILE  42 -16.605  -7.947   2.125
    8   HG21  ILE  42          HG23      ILE  42 -15.238  -8.209   3.207
    9   HD13  ILE  42          HD11      ILE  42 -18.595  -4.552   4.240
   10   HD12  ILE  42          HD12      ILE  42 -17.284  -4.871   3.102
   11   HD11  ILE  42          HD13      ILE  42 -17.017  -5.084   4.831

  No H/Q in entry =          11
  In of MODEL   15
    1    H    VAL  43           H        VAL  43 -19.730 -10.196   4.627
    2    HA   VAL  43           HA       VAL  43 -19.310 -11.555   2.115
    3    HB   VAL  43           HB       VAL  43 -21.485 -11.973   4.146
    4   HG13  VAL  43          HG11      VAL  43 -21.944 -14.000   3.044
    5   HG12  VAL  43          HG12      VAL  43 -20.513 -13.851   2.020
    6   HG11  VAL  43          HG13      VAL  43 -21.889 -12.763   1.788
    7   HG21  VAL  43          HG21      VAL  43 -18.732 -13.085   3.803
    8   HG23  VAL  43          HG22      VAL  43 -19.996 -14.042   4.561
    9   HG22  VAL  43          HG23      VAL  43 -19.525 -12.497   5.263

  No H/Q in entry =           9
  In of MODEL   15
    1    H    LYS  44           H        LYS  44 -21.074  -9.113   3.330
    2    HA   LYS  44           HA       LYS  44 -22.469  -8.234   1.032
    3    HB2  LYS  44           HB2      LYS  44 -23.890 -10.148   2.525
    4    HB3  LYS  44           HB3      LYS  44 -24.428  -8.622   3.209
    5    HG2  LYS  44           HG2      LYS  44 -24.459  -8.995   0.243
    6    HG3  LYS  44           HG3      LYS  44 -25.728  -9.715   1.231
    7    HD2  LYS  44           HD2      LYS  44 -25.045  -6.836   1.626
    8    HD3  LYS  44           HD3      LYS  44 -26.004  -7.303   0.220
    9    HE2  LYS  44           HE2      LYS  44 -27.501  -8.550   1.880
   10    HE3  LYS  44           HE3      LYS  44 -26.665  -7.636   3.134
   11    HZ1  LYS  44           HZ1      LYS  44 -27.347  -5.585   1.949
   12    HZ3  LYS  44           HZ2      LYS  44 -28.654  -6.482   2.540
   13    HZ2  LYS  44           HZ3      LYS  44 -28.271  -6.531   0.894

  No H/Q in entry =          13
  In of MODEL   15
    1    H    GLY  45           H        GLY  45 -23.078  -6.127   1.503
    2    HA3  GLY  45           HA2      GLY  45 -23.145  -4.142   2.756
    3    HA2  GLY  45           HA3      GLY  45 -22.379  -4.996   4.104

  No H/Q in entry =           3
  In of MODEL   15
    1    H    SER  46           H        SER  46 -21.228  -2.596   3.125
    2    HA   SER  46           HA       SER  46 -18.691  -3.719   2.426
    3    HB2  SER  46           HB2      SER  46 -19.126  -3.180   0.236
    4    HB3  SER  46           HB3      SER  46 -20.315  -1.957   0.671
    5    HG   SER  46           HG       SER  46 -18.476  -0.649   1.337

  No H/Q in entry =           5
  In of MODEL   15
    1    H    VAL  47           H        VAL  47 -16.913  -2.291   2.920
    2    HA   VAL  47           HA       VAL  47 -17.779  -0.409   5.005
    3    HB   VAL  47           HB       VAL  47 -16.032  -1.089   6.504
    4   HG12  VAL  47          HG11      VAL  47 -17.591  -3.474   5.594
    5   HG11  VAL  47          HG12      VAL  47 -18.197  -2.209   6.654
    6   HG13  VAL  47          HG13      VAL  47 -16.869  -3.247   7.186
    7   HG21  VAL  47          HG21      VAL  47 -15.303  -3.042   4.349
    8   HG23  VAL  47          HG22      VAL  47 -14.807  -3.260   6.027
    9   HG22  VAL  47          HG23      VAL  47 -14.275  -1.837   5.126

  No H/Q in entry =           9
  In of MODEL   15
    1    H    ALA  48           H        ALA  48 -15.518   0.553   5.957
    2    HA   ALA  48           HA       ALA  48 -14.207   1.618   3.591
    3    HB2  ALA  48           HB1      ALA  48 -16.008   3.080   4.804
    4    HB3  ALA  48           HB2      ALA  48 -14.493   3.794   4.260
    5    HB1  ALA  48           HB3      ALA  48 -14.699   3.357   5.954

  No H/Q in entry =           5
  In of MODEL   15
    1    H    VAL  49           H        VAL  49 -12.380   0.509   3.838
    2    HA   VAL  49           HA       VAL  49 -11.087  -0.184   6.240
    3    HB   VAL  49           HB       VAL  49 -10.288  -0.120   3.338
    4   HG13  VAL  49          HG11      VAL  49  -8.171  -1.036   3.782
    5   HG12  VAL  49          HG12      VAL  49  -8.540  -1.254   5.493
    6   HG11  VAL  49          HG13      VAL  49  -8.312   0.367   4.841
    7   HG22  VAL  49          HG21      VAL  49 -10.309  -2.528   3.577
    8   HG21  VAL  49          HG22      VAL  49 -11.838  -1.848   4.142
    9   HG23  VAL  49          HG23      VAL  49 -10.618  -2.367   5.309

  No H/Q in entry =           9
  In of MODEL   15
    1    H    LEU  50           H        LEU  50  -9.516   0.907   7.399
    2    HA   LEU  50           HA       LEU  50  -8.523   3.402   6.373
    3    HB2  LEU  50           HB2      LEU  50  -9.321   4.771   8.056
    4    HB3  LEU  50           HB3      LEU  50 -10.686   3.762   7.633
    5    HG   LEU  50           HG       LEU  50  -8.985   3.620  10.101
    6   HD11  LEU  50          HD11      LEU  50 -11.895   4.096   9.522
    7   HD13  LEU  50          HD12      LEU  50 -10.718   5.270  10.145
    8   HD12  LEU  50          HD13      LEU  50 -11.212   3.897  11.140
    9   HD22  LEU  50          HD21      LEU  50  -9.377   1.355   9.362
   10   HD21  LEU  50          HD22      LEU  50 -11.097   1.698   9.137
   11   HD23  LEU  50          HD23      LEU  50 -10.388   1.723  10.758

  No H/Q in entry =          11
  In of MODEL   15
    1    H    ILE  51           H        ILE  51  -6.734   4.300   7.452
    2    HA   ILE  51           HA       ILE  51  -5.404   2.320   9.201
    3    HB   ILE  51           HB       ILE  51  -3.269   3.235   8.060
    4   HG12  ILE  51          HG12      ILE  51  -3.687   3.661   5.620
    5   HG13  ILE  51          HG13      ILE  51  -5.399   3.793   5.995
    6   HG23  ILE  51          HG21      ILE  51  -3.465   1.014   7.731
    7   HG22  ILE  51          HG22      ILE  51  -3.994   1.482   6.113
    8   HG21  ILE  51          HG23      ILE  51  -5.184   1.126   7.362
    9   HD11  ILE  51          HD11      ILE  51  -4.747   5.657   7.584
   10   HD13  ILE  51          HD12      ILE  51  -4.619   5.985   5.857
   11   HD12  ILE  51          HD13      ILE  51  -3.169   5.621   6.795

  No H/Q in entry =          11
  In of MODEL   15
    1    H    LYS  52           H        LYS  52  -3.244   3.314  10.033
    2    HA   LYS  52           HA       LYS  52  -3.892   5.942  11.160
    3    HB2  LYS  52           HB2      LYS  52  -2.621   3.533  12.395
    4    HB3  LYS  52           HB3      LYS  52  -2.225   5.138  13.006
    5    HG2  LYS  52           HG2      LYS  52  -4.666   5.557  13.262
    6    HG3  LYS  52           HG3      LYS  52  -4.941   3.862  12.863
    7    HD2  LYS  52           HD2      LYS  52  -4.060   3.116  14.852
    8    HD3  LYS  52           HD3      LYS  52  -3.039   4.545  15.054
    9    HE2  LYS  52           HE2      LYS  52  -6.037   4.675  15.175
   10    HE3  LYS  52           HE3      LYS  52  -5.056   4.329  16.599
   11    HZ1  LYS  52           HZ1      LYS  52  -4.583   6.728  14.941
   12    HZ3  LYS  52           HZ2      LYS  52  -4.117   6.447  16.540
   13    HZ2  LYS  52           HZ3      LYS  52  -5.750   6.722  16.168

  No H/Q in entry =          13
  In of MODEL   15
    1    H    ASP  53           H        ASP  53  -2.441   7.495  11.152
    2    HA   ASP  53           HA       ASP  53  -0.206   7.259   9.327
    3    HB2  ASP  53           HB2      ASP  53  -2.024   9.106   9.436
    4    HB3  ASP  53           HB3      ASP  53  -1.044   9.761  10.737

  No H/Q in entry =           4
  In of MODEL   15
    1    H    GLU  54           H        GLU  54   1.428   9.368  10.382
    2    HA   GLU  54           HA       GLU  54   2.677   7.887  12.601
    3    HB2  GLU  54           HB2      GLU  54   3.805   9.976  10.719
    4    HB3  GLU  54           HB3      GLU  54   4.686   9.306  12.091
    5    HG2  GLU  54           HG2      GLU  54   4.285   7.037  11.053
    6    HG3  GLU  54           HG3      GLU  54   3.758   7.897   9.610

  No H/Q in entry =           6
  In of MODEL   15
    1    H    GLU  55           H        GLU  55   0.535  10.333  11.977
    2    HA   GLU  55           HA       GLU  55   1.234  11.779  14.469
    3    HB2  GLU  55           HB2      GLU  55  -0.568  13.375  13.013
    4    HB3  GLU  55           HB3      GLU  55   1.140  13.707  13.287
    5    HG2  GLU  55           HG2      GLU  55   1.724  12.570  11.243
    6    HG3  GLU  55           HG3      GLU  55   0.043  12.101  10.992

  No H/Q in entry =           6
  In of MODEL   15
    1    H    GLY  56           H        GLY  56  -0.406   9.314  13.653
    2    HA3  GLY  56           HA2      GLY  56  -2.123   8.352  14.929
    3    HA2  GLY  56           HA3      GLY  56  -2.493   9.941  15.573

  No H/Q in entry =           3
  In of MODEL   15
    1    H    LYS  57           H        LYS  57  -2.416   9.855  12.024
    2    HA   LYS  57           HA       LYS  57  -5.219  10.475  12.166
    3    HB2  LYS  57           HB2      LYS  57  -3.115  10.437  10.042
    4    HB3  LYS  57           HB3      LYS  57  -4.799  10.389   9.559
    5    HG2  LYS  57           HG2      LYS  57  -5.081  12.562   9.964
    6    HG3  LYS  57           HG3      LYS  57  -4.201  12.489  11.492
    7    HD2  LYS  57           HD2      LYS  57  -3.088  13.942   9.845
    8    HD3  LYS  57           HD3      LYS  57  -2.083  12.572  10.313
    9    HE2  LYS  57           HE2      LYS  57  -3.176  11.459   8.192
   10    HE3  LYS  57           HE3      LYS  57  -3.449  13.135   7.718
   11    HZ3  LYS  57           HZ1      LYS  57  -1.383  13.002   6.903
   12    HZ2  LYS  57           HZ2      LYS  57  -0.993  11.616   7.794
   13    HZ1  LYS  57           HZ3      LYS  57  -0.858  13.157   8.509

  No H/Q in entry =          13
  In of MODEL   15
    1    H    GLU  58           H        GLU  58  -6.732   8.944  12.068
    2    HA   GLU  58           HA       GLU  58  -6.012   6.354  10.931
    3    HB2  GLU  58           HB2      GLU  58  -8.251   5.821  12.375
    4    HB3  GLU  58           HB3      GLU  58  -6.631   5.632  13.027
    5    HG2  GLU  58           HG2      GLU  58  -6.769   7.864  14.020
    6    HG3  GLU  58           HG3      GLU  58  -8.393   8.052  13.362

  No H/Q in entry =           6
  In of MODEL   15
    1    H    MET  59           H        MET  59  -6.634   7.133   8.671
    2    HA   MET  59           HA       MET  59  -9.354   8.164   8.588
    3    HB2  MET  59           HB2      MET  59  -7.024   8.511   6.707
    4    HB3  MET  59           HB3      MET  59  -8.593   9.289   6.570
    5    HG2  MET  59           HG2      MET  59  -8.128  10.740   8.355
    6    HG3  MET  59           HG3      MET  59  -6.754   9.760   8.886
    7    HE1  MET  59           HE1      MET  59  -6.832   9.612   5.248
    8    HE3  MET  59           HE2      MET  59  -6.103  11.090   4.615
    9    HE2  MET  59           HE3      MET  59  -7.763  11.111   5.204

  No H/Q in entry =           9
  In of MODEL   15
    1    H    ILE  60           H        ILE  60 -10.572   7.265   6.989
    2    HA   ILE  60           HA       ILE  60 -10.128   4.710   6.056
    3    HB   ILE  60           HB       ILE  60 -11.675   6.813   4.565
    4   HG12  ILE  60          HG12      ILE  60 -12.521   5.112   6.914
    5   HG13  ILE  60          HG13      ILE  60 -12.354   6.870   6.888
    6   HG22  ILE  60          HG21      ILE  60 -12.131   3.848   4.767
    7   HG21  ILE  60          HG22      ILE  60 -11.268   4.636   3.445
    8   HG23  ILE  60          HG23      ILE  60 -12.972   4.995   3.725
    9   HD13  ILE  60          HD11      ILE  60 -14.264   7.170   5.737
   10   HD12  ILE  60          HD12      ILE  60 -14.672   5.677   6.586
   11   HD11  ILE  60          HD13      ILE  60 -14.135   5.621   4.903

  No H/Q in entry =          11
  In of MODEL   15
    1    H    LEU  61           H        LEU  61  -8.784   3.920   4.585
    2    HA   LEU  61           HA       LEU  61  -7.682   5.771   2.596
    3    HB2  LEU  61           HB2      LEU  61  -5.552   4.919   2.850
    4    HB3  LEU  61           HB3      LEU  61  -6.154   4.891   4.488
    5    HG   LEU  61           HG       LEU  61  -4.920   2.918   4.228
    6   HD11  LEU  61          HD11      LEU  61  -7.014   2.549   5.367
    7   HD13  LEU  61          HD12      LEU  61  -6.505   1.118   4.467
    8   HD12  LEU  61          HD13      LEU  61  -7.786   2.153   3.829
    9   HD22  LEU  61          HD21      LEU  61  -4.542   2.600   1.988
   10   HD21  LEU  61          HD22      LEU  61  -6.258   2.659   1.588
   11   HD23  LEU  61          HD23      LEU  61  -5.594   1.244   2.408

  No H/Q in entry =          11
  In of MODEL   15
    1    H    SER  62           H        SER  62  -9.444   2.973   3.229
    2    HA   SER  62           HA       SER  62  -9.614   2.396   0.406
    3    HB2  SER  62           HB2      SER  62  -7.661   1.057   1.139
    4    HB3  SER  62           HB3      SER  62  -8.681   0.259   2.331
    5    HG   SER  62           HG       SER  62  -8.872  -1.098   0.698

  No H/Q in entry =           5
  In of MODEL   15
    1    H    TYR  63           H        TYR  63 -11.081   0.369   0.212
    2    HA   TYR  63           HA       TYR  63 -13.079  -0.025   2.140
    3    HB2  TYR  63           HB2      TYR  63 -14.452   1.056  -0.256
    4    HB3  TYR  63           HB3      TYR  63 -14.926   1.143   1.426
    5    HD1  TYR  63           HD1      TYR  63 -12.393   2.653  -0.858
    6    HD2  TYR  63           HD2      TYR  63 -15.085   3.229   2.357
    7    HE1  TYR  63           HE1      TYR  63 -11.889   5.048  -0.895
    8    HE2  TYR  63           HE2      TYR  63 -14.586   5.637   2.352
    9    HH   TYR  63           HH       TYR  63 -13.219   7.207  -0.120

  No H/Q in entry =           9
  In of MODEL   15
    1    H    LEU  64           H        LEU  64 -14.758  -1.214   1.244
    2    HA   LEU  64           HA       LEU  64 -13.623  -3.358  -0.346
    3    HB2  LEU  64           HB2      LEU  64 -15.493  -3.802   1.924
    4    HB3  LEU  64           HB3      LEU  64 -14.566  -4.983   1.031
    5    HG   LEU  64           HG       LEU  64 -13.469  -2.963   2.981
    6   HD13  LEU  64          HD11      LEU  64 -13.002  -4.846   4.361
    7   HD12  LEU  64          HD12      LEU  64 -13.484  -5.972   3.093
    8   HD11  LEU  64          HD13      LEU  64 -14.694  -4.956   3.878
    9   HD23  LEU  64          HD21      LEU  64 -11.337  -4.227   2.642
   10   HD22  LEU  64          HD22      LEU  64 -11.832  -3.245   1.262
   11   HD21  LEU  64          HD23      LEU  64 -12.080  -4.991   1.236

  No H/Q in entry =          11
  In of MODEL   15
    1    H    ASN  65           H        ASN  65 -17.486  -4.293  -0.338
    2    HA   ASN  65           HA       ASN  65 -17.848  -3.830  -1.617
    3    HB2  ASN  65           HB2      ASN  65 -15.902  -5.595  -3.142
    4    HB3  ASN  65           HB3      ASN  65 -17.298  -5.995  -3.307
    5   HD22  ASN  65          HD21      ASN  65 -17.488  -1.934  -4.229
    6   HD21  ASN  65          HD22      ASN  65 -18.204  -2.869  -2.960

  No H/Q in entry =           6
  In of MODEL   15
    1    H    GLN  66           H        GLN  66 -19.532  -7.033  -1.680
    2    HA   GLN  66           HA       GLN  66 -19.903  -7.247   0.165
    3    HB2  GLN  66           HB2      GLN  66 -21.219  -7.175  -2.591
    4    HB3  GLN  66           HB3      GLN  66 -21.779  -8.189  -1.355
    5    HG2  GLN  66           HG2      GLN  66 -22.215  -6.190   0.123
    6    HG3  GLN  66           HG3      GLN  66 -21.617  -5.108  -0.985
    7   HE22  GLN  66          HE21      GLN  66 -25.224  -5.004  -1.532
    8   HE21  GLN  66          HE22      GLN  66 -23.997  -4.464  -0.437

  No H/Q in entry =           8
  In of MODEL   15
    1    H    GLY  67           H        GLY  67 -17.863  -8.561   0.416
    2    HA3  GLY  67           HA2      GLY  67 -17.946 -11.087  -0.042
    3    HA2  GLY  67           HA3      GLY  67 -17.826 -10.516  -1.753

  No H/Q in entry =           3
  In of MODEL   15
    1    H    ASP  68           H        ASP  68 -16.192  -8.675   0.659
    2    HA   ASP  68           HA       ASP  68 -13.620  -9.630  -0.383
    3    HB2  ASP  68           HB2      ASP  68 -14.479  -7.110  -0.318
    4    HB3  ASP  68           HB3      ASP  68 -13.879  -7.190   1.332

  No H/Q in entry =           4
  In of MODEL   15
    1    H    PHE  69           H        PHE  69 -12.004  -8.735   1.709
    2    HA   PHE  69           HA       PHE  69 -12.828 -10.507   3.909
    3    HB2  PHE  69           HB2      PHE  69 -10.061  -9.947   2.841
    4    HB3  PHE  69           HB3      PHE  69 -10.414 -10.942   4.246
    5    HD1  PHE  69           HD1      PHE  69 -11.385 -13.158   3.984
    6    HD2  PHE  69           HD2      PHE  69 -10.449 -10.745   0.603
    7    HE1  PHE  69           HE1      PHE  69 -11.545 -15.136   2.530
    8    HE2  PHE  69           HE2      PHE  69 -10.618 -12.721  -0.855
    9    HZ   PHE  69           HZ       PHE  69 -11.162 -14.919   0.108

  No H/Q in entry =           9
  In of MODEL   15
    1    H    ILE  70           H        ILE  70 -11.696  -9.970   5.998
    2    HA   ILE  70           HA       ILE  70 -10.893  -7.218   6.391
    3    HB   ILE  70           HB       ILE  70 -13.430  -8.373   7.564
    4   HG12  ILE  70          HG12      ILE  70 -12.763  -5.755   6.213
    5   HG13  ILE  70          HG13      ILE  70 -13.820  -7.032   5.620
    6   HG22  ILE  70          HG21      ILE  70 -13.390  -6.347   9.097
    7   HG21  ILE  70          HG22      ILE  70 -11.679  -6.212   8.702
    8   HG23  ILE  70          HG23      ILE  70 -12.286  -7.661   9.497
    9   HD11  ILE  70          HD11      ILE  70 -15.263  -6.565   7.665
   10   HD13  ILE  70          HD12      ILE  70 -15.249  -5.344   6.392
   11   HD12  ILE  70          HD13      ILE  70 -14.304  -5.095   7.861

  No H/Q in entry =          11
  In of MODEL   15
    1    H    GLY  71           H        GLY  71  -9.512  -7.075   8.142
    2    HA3  GLY  71           HA2      GLY  71  -8.410  -7.737  10.071
    3    HA2  GLY  71           HA3      GLY  71  -9.469  -9.137  10.161

  No H/Q in entry =           3
  In of MODEL   15
    1    H    GLU  72           H        GLU  72  -8.054  -8.710   7.103
    2    HA   GLU  72           HA       GLU  72  -6.547 -11.125   7.385
    3    HB2  GLU  72           HB2      GLU  72  -5.871  -9.529   5.056
    4    HB3  GLU  72           HB3      GLU  72  -6.572 -11.135   5.136
    5    HG2  GLU  72           HG2      GLU  72  -8.169  -9.919   3.990
    6    HG3  GLU  72           HG3      GLU  72  -8.780  -9.911   5.643

  No H/Q in entry =           6
  In of MODEL   15
    1    H    LEU  73           H        LEU  73  -6.153  -7.757   7.238
    2    HA   LEU  73           HA       LEU  73  -3.397  -7.452   7.206
    3    HB2  LEU  73           HB2      LEU  73  -5.762  -5.856   7.612
    4    HB3  LEU  73           HB3      LEU  73  -4.482  -5.348   8.701
    5    HG   LEU  73           HG       LEU  73  -4.493  -4.093   6.577
    6   HD13  LEU  73          HD11      LEU  73  -2.445  -4.048   7.589
    7   HD12  LEU  73          HD12      LEU  73  -2.030  -4.781   6.038
    8   HD11  LEU  73          HD13      LEU  73  -2.239  -5.794   7.470
    9   HD23  LEU  73          HD21      LEU  73  -3.329  -5.661   4.718
   10   HD22  LEU  73          HD22      LEU  73  -5.065  -5.358   4.791
   11   HD21  LEU  73          HD23      LEU  73  -4.399  -6.834   5.488

  No H/Q in entry =          11
  In of MODEL   15
    1    H    GLY  74           H        GLY  74  -5.132  -9.007   9.495
    2    HA3  GLY  74           HA2      GLY  74  -3.234  -8.254  11.613
    3    HA2  GLY  74           HA3      GLY  74  -4.871  -8.815  11.913

  No H/Q in entry =           3
  In of MODEL   15
    1    H    LEU  75           H        LEU  75  -4.658 -10.884   9.777
    2    HA   LEU  75           HA       LEU  75  -3.226 -12.827  11.485
    3    HB2  LEU  75           HB2      LEU  75  -4.807 -14.345  10.931
    4    HB3  LEU  75           HB3      LEU  75  -5.751 -12.911  10.560
    5    HG   LEU  75           HG       LEU  75  -4.356 -13.419   8.221
    6   HD13  LEU  75          HD11      LEU  75  -4.801 -15.765   7.726
    7   HD12  LEU  75          HD12      LEU  75  -5.427 -16.011   9.358
    8   HD11  LEU  75          HD13      LEU  75  -3.724 -15.621   9.115
    9   HD21  LEU  75          HD21      LEU  75  -6.730 -12.662   8.595
   10   HD23  LEU  75          HD22      LEU  75  -7.156 -14.351   8.861
   11   HD22  LEU  75          HD23      LEU  75  -6.517 -13.839   7.299

  No H/Q in entry =          11
  In of MODEL   15
    1    H    PHE  76           H        PHE  76  -3.415 -11.488   8.347
    2    HA   PHE  76           HA       PHE  76  -1.541 -13.425   7.239
    3    HB2  PHE  76           HB2      PHE  76  -3.474 -13.147   5.884
    4    HB3  PHE  76           HB3      PHE  76  -3.422 -11.395   6.041
    5    HD1  PHE  76           HD1      PHE  76  -1.058 -14.029   5.049
    6    HD2  PHE  76           HD2      PHE  76  -2.888 -10.336   4.095
    7    HE1  PHE  76           HE1      PHE  76   0.249 -13.949   2.946
    8    HE2  PHE  76           HE2      PHE  76  -1.592 -10.218   1.996
    9    HZ   PHE  76           HZ       PHE  76  -0.022 -12.027   1.419

  No H/Q in entry =           9
  In of MODEL   15
    1    H    GLU  77           H        GLU  77  -2.004 -10.025   7.953
    2    HA   GLU  77           HA       GLU  77   0.319  -9.172   6.593
    3    HB2  GLU  77           HB2      GLU  77  -1.515  -7.637   7.333
    4    HB3  GLU  77           HB3      GLU  77  -0.943  -7.820   8.985
    5    HG2  GLU  77           HG2      GLU  77   1.176  -7.073   7.148
    6    HG3  GLU  77           HG3      GLU  77  -0.142  -5.904   7.170

  No H/Q in entry =           6
  In of MODEL   15
    1    H    GLU  78           H        GLU  78  -0.433 -10.285   9.819
    2    HA   GLU  78           HA       GLU  78   0.834 -11.525  11.168
    3    HB2  GLU  78           HB2      GLU  78   2.660 -11.741   9.363
    4    HB3  GLU  78           HB3      GLU  78   3.377 -10.305  10.086
    5    HG2  GLU  78           HG2      GLU  78   3.448 -11.485  12.250
    6    HG3  GLU  78           HG3      GLU  78   2.850 -12.932  11.443

  No H/Q in entry =           6
  In of MODEL   15
    1    H    GLY  79           H        GLY  79  -0.472  -9.098  11.223
    2    HA3  GLY  79           HA2      GLY  79   0.951  -6.969  12.457
    3    HA2  GLY  79           HA3      GLY  79  -0.783  -7.178  12.393

  No H/Q in entry =           3
  In of MODEL   15
    1    H    GLN  80           H        GLN  80  -1.689  -8.772  13.870
    2    HA   GLN  80           HA       GLN  80  -2.139  -9.466  15.951
    3    HB2  GLN  80           HB2      GLN  80   0.761  -9.961  15.679
    4    HB3  GLN  80           HB3      GLN  80   0.121  -9.971  17.314
    5    HG2  GLN  80           HG2      GLN  80   0.243 -12.179  15.972
    6    HG3  GLN  80           HG3      GLN  80  -1.184 -11.824  16.944
    7   HE21  GLN  80          HE21      GLN  80   0.105 -12.033  13.713
    8   HE22  GLN  80          HE22      GLN  80  -1.419 -12.027  12.891

  No H/Q in entry =           8
  In of MODEL   15
    1    H    GLU  81           H        GLU  81  -2.705  -7.147  15.969
    2    HA   GLU  81           HA       GLU  81  -2.717  -5.750  18.150
    3    HB2  GLU  81           HB2      GLU  81  -0.040  -5.850  17.839
    4    HB3  GLU  81           HB3      GLU  81  -0.378  -4.402  16.901
    5    HG2  GLU  81           HG2      GLU  81  -1.713  -3.656  18.989
    6    HG3  GLU  81           HG3      GLU  81  -0.759  -4.883  19.821

  No H/Q in entry =           6
  In of MODEL   15
    1    H    ARG  82           H        ARG  82  -4.459  -5.657  16.307
    2    HA   ARG  82           HA       ARG  82  -5.736  -4.437  14.906
    3    HB2  ARG  82           HB2      ARG  82  -5.998  -2.674  16.223
    4    HB3  ARG  82           HB3      ARG  82  -4.293  -2.610  16.618
    5    HG2  ARG  82           HG2      ARG  82  -4.534  -1.619  13.983
    6    HG3  ARG  82           HG3      ARG  82  -5.857  -0.917  14.904
    7    HD2  ARG  82           HD2      ARG  82  -4.300   0.646  15.388
    8    HD3  ARG  82           HD3      ARG  82  -3.886  -0.502  16.652
    9    HE   ARG  82           HE       ARG  82  -2.441  -0.280  14.085
   10   HH11  ARG  82          HH11      ARG  82  -2.462  -0.758  17.555
   11   HH12  ARG  82          HH12      ARG  82  -0.761  -1.085  17.662
   12   HH21  ARG  82          HH21      ARG  82  -0.181  -0.627  14.230
   13   HH22  ARG  82          HH22      ARG  82   0.531  -0.970  15.777

  No H/Q in entry =          13
  In of MODEL   15
    1    H    SER  83           H        SER  83  -2.721  -2.636  14.510
    2    HA   SER  83           HA       SER  83  -1.449  -2.085  12.758
    3    HB2  SER  83           HB2      SER  83  -2.751  -4.499  11.504
    4    HB3  SER  83           HB3      SER  83  -1.431  -3.597  10.763
    5    HG   SER  83           HG       SER  83  -0.454  -5.202  11.855

  No H/Q in entry =           5
  In of MODEL   15
    1    H    ALA  84           H        ALA  84  -4.853  -2.566  11.961
    2    HA   ALA  84           HA       ALA  84  -6.295  -0.783  11.528
    3    HB2  ALA  84           HB1      ALA  84  -5.666   1.303  10.820
    4    HB3  ALA  84           HB2      ALA  84  -4.242   0.708   9.966
    5    HB1  ALA  84           HB3      ALA  84  -4.243   0.793  11.729

  No H/Q in entry =           5
  In of MODEL   15
    1    H    TRP  85           H        TRP  85  -7.701  -0.626   9.751
    2    HA   TRP  85           HA       TRP  85  -7.306  -1.016   7.192
    3    HB2  TRP  85           HB2      TRP  85  -5.967  -3.027   7.880
    4    HB3  TRP  85           HB3      TRP  85  -7.468  -3.757   8.431
    5    HD1  TRP  85           HD1      TRP  85  -8.893  -4.911   6.753
    6    HE1  TRP  85           HE1      TRP  85  -8.721  -5.408   4.221
    7    HE3  TRP  85           HE3      TRP  85  -5.063  -1.772   5.627
    8    HZ2  TRP  85           HZ2      TRP  85  -7.154  -4.531   2.043
    9    HZ3  TRP  85           HZ3      TRP  85  -4.278  -1.639   3.300
   10    HH2  TRP  85           HH2      TRP  85  -5.303  -2.990   1.548

  No H/Q in entry =          10
  In of MODEL   15
    1    H    VAL  86           H        VAL  86  -9.389  -1.056   9.842
    2    HA   VAL  86           HA       VAL  86 -11.513  -1.330   7.946
    3    HB   VAL  86           HB       VAL  86 -12.547  -2.994   9.942
    4   HG11  VAL  86          HG11      VAL  86 -11.861  -3.079   7.042
    5   HG13  VAL  86          HG12      VAL  86 -13.447  -3.028   7.820
    6   HG12  VAL  86          HG13      VAL  86 -12.494  -4.512   7.850
    7   HG23  VAL  86          HG21      VAL  86 -10.043  -4.102   8.691
    8   HG22  VAL  86          HG22      VAL  86 -11.108  -4.888   9.852
    9   HG21  VAL  86          HG23      VAL  86 -10.112  -3.524  10.354

  No H/Q in entry =           9
  In of MODEL   15
    1    H    ARG  87           H        ARG  87 -13.374  -0.642   8.285
    2    HA   ARG  87           HA       ARG  87 -14.516   0.405  10.590
    3    HB2  ARG  87           HB2      ARG  87 -12.997   2.292  10.470
    4    HB3  ARG  87           HB3      ARG  87 -13.292   2.466   8.745
    5    HG2  ARG  87           HG2      ARG  87 -15.749   2.607  10.209
    6    HG3  ARG  87           HG3      ARG  87 -14.587   3.792  10.817
    7    HD2  ARG  87           HD2      ARG  87 -14.196   4.428   8.397
    8    HD3  ARG  87           HD3      ARG  87 -15.607   3.445   8.010
    9    HE   ARG  87           HE       ARG  87 -15.896   5.585   9.979
   10   HH11  ARG  87          HH11      ARG  87 -16.581   4.299   6.804
   11   HH12  ARG  87          HH12      ARG  87 -17.760   5.508   6.419
   12   HH21  ARG  87          HH21      ARG  87 -17.475   7.176   9.496
   13   HH22  ARG  87          HH22      ARG  87 -18.280   7.141   7.963

  No H/Q in entry =          13
  In of MODEL   15
    1    H    ALA  88           H        ALA  88 -16.631  -0.192   9.961
    2    HA   ALA  88           HA       ALA  88 -17.446  -0.765   7.701
    3    HB2  ALA  88           HB1      ALA  88 -19.772   0.295   8.603
    4    HB1  ALA  88           HB2      ALA  88 -18.770   0.060  10.047
    5    HB3  ALA  88           HB3      ALA  88 -19.082  -1.285   8.962

  No H/Q in entry =           5
  In of MODEL   15
    1    H    LYS  89           H        LYS  89 -19.522   0.170   6.680
    2    HA   LYS  89           HA       LYS  89 -19.256   2.791   5.663
    3    HB2  LYS  89           HB2      LYS  89 -17.736   1.414   4.098
    4    HB3  LYS  89           HB3      LYS  89 -19.241   0.804   3.417
    5    HG2  LYS  89           HG2      LYS  89 -19.823   2.832   2.535
    6    HG3  LYS  89           HG3      LYS  89 -18.887   3.737   3.730
    7    HD2  LYS  89           HD2      LYS  89 -16.968   3.562   2.565
    8    HD3  LYS  89           HD3      LYS  89 -17.358   1.952   1.957
    9    HE2  LYS  89           HE2      LYS  89 -17.512   3.161   0.040
   10    HE3  LYS  89           HE3      LYS  89 -19.180   3.249   0.610
   11    HZ3  LYS  89           HZ1      LYS  89 -18.829   5.455   0.250
   12    HZ2  LYS  89           HZ2      LYS  89 -17.157   5.357   0.447
   13    HZ1  LYS  89           HZ3      LYS  89 -18.161   5.408   1.807

  No H/Q in entry =          13
  In of MODEL   15
    1    H    THR  90           H        THR  90 -20.771  -0.242   4.574
    2    HA   THR  90           HA       THR  90 -23.377   0.990   5.235
    3    HB   THR  90           HB       THR  90 -23.988  -1.178   3.659
    4    HG1  THR  90           HG1      THR  90 -22.477  -0.751   1.802
    5   HG22  THR  90          HG21      THR  90 -23.427   1.644   2.744
    6   HG21  THR  90          HG22      THR  90 -24.932   1.065   3.458
    7   HG23  THR  90          HG23      THR  90 -24.414   0.461   1.884

  No H/Q in entry =           7
  In of MODEL   15
    1    H    ALA  91           H        ALA  91 -24.234  -0.213   7.481
    2    HA   ALA  91           HA       ALA  91 -23.666  -2.273   8.513
    3    HB3  ALA  91           HB1      ALA  91 -26.445  -2.458   7.388
    4    HB1  ALA  91           HB2      ALA  91 -25.990  -1.184   8.519
    5    HB2  ALA  91           HB3      ALA  91 -25.868  -2.875   9.003

  No H/Q in entry =           5
  In of MODEL   15
    1    H    CYS  92           H        CYS  92 -22.808  -4.185   8.170
    2    HA   CYS  92           HA       CYS  92 -23.440  -5.512   5.581
    3    HB2  CYS  92           HB2      CYS  92 -20.955  -6.373   6.814
    4    HB3  CYS  92           HB3      CYS  92 -21.196  -5.678   5.215
    5    HG   CYS  92           HG       CYS  92 -21.220  -3.015   6.297

  No H/Q in entry =           5
  In of MODEL   15
    1    H    GLU  93           H        GLU  93 -21.996  -7.728   6.169
    2    HA   GLU  93           HA       GLU  93 -23.186  -9.217   8.272
    3    HB2  GLU  93           HB2      GLU  93 -23.818  -9.892   5.370
    4    HB3  GLU  93           HB3      GLU  93 -24.156 -10.935   6.741
    5    HG2  GLU  93           HG2      GLU  93 -25.348  -8.195   6.446
    6    HG3  GLU  93           HG3      GLU  93 -26.103  -9.650   5.797

  No H/Q in entry =           6
  In of MODEL   15
    1    H    VAL  94           H        VAL  94 -21.135  -9.857   8.869
    2    HA   VAL  94           HA       VAL  94 -19.312 -10.594   6.681
    3    HB   VAL  94           HB       VAL  94 -17.428 -10.231   8.245
    4   HG12  VAL  94          HG11      VAL  94 -18.088  -7.585   8.414
    5   HG11  VAL  94          HG12      VAL  94 -19.105  -8.170   7.095
    6   HG13  VAL  94          HG13      VAL  94 -17.353  -8.398   7.033
    7   HG22  VAL  94          HG21      VAL  94 -18.266 -10.380  10.392
    8   HG21  VAL  94          HG22      VAL  94 -19.602  -9.283  10.055
    9   HG23  VAL  94          HG23      VAL  94 -17.957  -8.655  10.188

  No H/Q in entry =           9
  In of MODEL   15
    1    H    ALA  95           H        ALA  95 -18.045 -12.386   6.893
    2    HA   ALA  95           HA       ALA  95 -19.210 -14.351   8.703
    3    HB2  ALA  95           HB1      ALA  95 -18.409 -15.930   7.260
    4    HB3  ALA  95           HB2      ALA  95 -16.961 -14.997   6.878
    5    HB1  ALA  95           HB3      ALA  95 -18.503 -14.575   6.135

  No H/Q in entry =           5
  In of MODEL   15
    1    H    GLU  96           H        GLU  96 -18.445 -13.596  10.622
    2    HA   GLU  96           HA       GLU  96 -15.530 -13.324  10.749
    3    HB2  GLU  96           HB2      GLU  96 -15.667 -11.831  12.541
    4    HB3  GLU  96           HB3      GLU  96 -16.841 -11.297  11.344
    5    HG2  GLU  96           HG2      GLU  96 -18.630 -12.307  12.655
    6    HG3  GLU  96           HG3      GLU  96 -17.441 -12.879  13.827

  No H/Q in entry =           6
  In of MODEL   15
    1    H    ILE  97           H        ILE  97 -14.390 -14.465  11.610
    2    HA   ILE  97           HA       ILE  97 -15.035 -16.023  13.903
    3    HB   ILE  97           HB       ILE  97 -14.033 -18.054  12.890
    4   HG12  ILE  97          HG12      ILE  97 -14.680 -16.724  10.271
    5   HG13  ILE  97          HG13      ILE  97 -13.057 -16.864  10.924
    6   HG23  ILE  97          HG21      ILE  97 -16.059 -18.886  12.285
    7   HG22  ILE  97          HG22      ILE  97 -16.601 -17.342  11.617
    8   HG21  ILE  97          HG23      ILE  97 -16.444 -17.543  13.360
    9   HD12  ILE  97          HD11      ILE  97 -13.555 -18.610   9.269
   10   HD11  ILE  97          HD12      ILE  97 -14.850 -19.199  10.312
   11   HD13  ILE  97          HD13      ILE  97 -13.176 -19.265  10.861

  No H/Q in entry =          11
  In of MODEL   15
    1    H    SER  98           H        SER  98 -12.896 -17.487  14.121
    2    HA   SER  98           HA       SER  98 -10.834 -15.429  14.147
    3    HB2  SER  98           HB2      SER  98  -9.903 -16.766  16.058
    4    HB3  SER  98           HB3      SER  98 -11.512 -16.114  16.357
    5    HG   SER  98           HG       SER  98 -11.719 -18.178  16.955

  No H/Q in entry =           5
  In of MODEL   15
    1    H    TYR  99           H        TYR  99  -8.825 -15.870  13.700
    2    HA   TYR  99           HA       TYR  99  -8.413 -17.580  11.388
    3    HB2  TYR  99           HB2      TYR  99  -6.171 -16.623  11.237
    4    HB3  TYR  99           HB3      TYR  99  -7.336 -15.339  11.469
    5    HD1  TYR  99           HD1      TYR  99  -5.808 -17.444  14.181
    6    HD2  TYR  99           HD2      TYR  99  -5.929 -13.632  12.275
    7    HE1  TYR  99           HE1      TYR  99  -4.363 -16.517  15.936
    8    HE2  TYR  99           HE2      TYR  99  -4.491 -12.710  14.038
    9    HH   TYR  99           HH       TYR  99  -3.447 -13.079  15.948

  No H/Q in entry =           9
  In of MODEL   15
    1    H    LYS 100           H        LYS 100  -8.347 -18.221  14.832
    2    HA   LYS 100           HA       LYS 100  -6.185 -20.033  14.567
    3    HB2  LYS 100           HB2      LYS 100  -7.071 -19.409  16.779
    4    HB3  LYS 100           HB3      LYS 100  -8.605 -20.166  16.373
    5    HG2  LYS 100           HG2      LYS 100  -7.255 -22.315  16.063
    6    HG3  LYS 100           HG3      LYS 100  -5.969 -21.471  16.935
    7    HD2  LYS 100           HD2      LYS 100  -7.508 -21.063  18.793
    8    HD3  LYS 100           HD3      LYS 100  -8.783 -21.915  17.922
    9    HE2  LYS 100           HE2      LYS 100  -7.403 -23.954  17.950
   10    HE3  LYS 100           HE3      LYS 100  -6.178 -23.090  18.883
   11    HZ1  LYS 100           HZ1      LYS 100  -8.981 -23.546  19.743
   12    HZ3  LYS 100           HZ2      LYS 100  -7.783 -22.760  20.640
   13    HZ2  LYS 100           HZ3      LYS 100  -7.638 -24.411  20.297

  No H/Q in entry =          13
  In of MODEL   15
    1    H    LYS 101           H        LYS 101  -9.724 -20.511  14.403
    2    HA   LYS 101           HA       LYS 101  -9.516 -23.181  13.404
    3    HB2  LYS 101           HB2      LYS 101 -11.530 -23.014  14.443
    4    HB3  LYS 101           HB3      LYS 101 -11.656 -21.290  14.136
    5    HG2  LYS 101           HG2      LYS 101 -12.466 -21.684  11.922
    6    HG3  LYS 101           HG3      LYS 101 -12.207 -23.422  12.089
    7    HD2  LYS 101           HD2      LYS 101 -14.460 -23.303  12.546
    8    HD3  LYS 101           HD3      LYS 101 -13.803 -23.123  14.172
    9    HE2  LYS 101           HE2      LYS 101 -14.010 -20.694  13.988
   10    HE3  LYS 101           HE3      LYS 101 -14.639 -20.865  12.350
   11    HZ3  LYS 101           HZ1      LYS 101 -16.557 -22.004  13.209
   12    HZ2  LYS 101           HZ2      LYS 101 -16.393 -20.525  14.014
   13    HZ1  LYS 101           HZ3      LYS 101 -15.943 -21.962  14.784

  No H/Q in entry =          13
  In of MODEL   15
    1    H    PHE 102           H        PHE 102 -10.020 -20.044  12.018
    2    HA   PHE 102           HA       PHE 102 -10.728 -20.784   9.412
    3    HB2  PHE 102           HB2      PHE 102 -11.166 -18.626   9.841
    4    HB3  PHE 102           HB3      PHE 102  -9.775 -18.396  10.838
    5    HD1  PHE 102           HD1      PHE 102 -11.265 -17.739   7.706
    6    HD2  PHE 102           HD2      PHE 102  -7.497 -18.124   9.620
    7    HE1  PHE 102           HE1      PHE 102 -10.221 -16.419   5.911
    8    HE2  PHE 102           HE2      PHE 102  -6.450 -16.828   7.822
    9    HZ   PHE 102           HZ       PHE 102  -7.808 -15.966   5.967

  No H/Q in entry =           9
  In of MODEL   15
    1    H    ARG 103           H        ARG 103  -7.558 -19.766  10.688
    2    HA   ARG 103           HA       ARG 103  -5.988 -20.118   8.545
    3    HB2  ARG 103           HB2      ARG 103  -4.114 -20.264   9.908
    4    HB3  ARG 103           HB3      ARG 103  -5.293 -19.485  10.945
    5    HG2  ARG 103           HG2      ARG 103  -5.388 -21.231  12.387
    6    HG3  ARG 103           HG3      ARG 103  -5.102 -22.435  11.127
    7    HD2  ARG 103           HD2      ARG 103  -2.872 -20.580  11.699
    8    HD3  ARG 103           HD3      ARG 103  -3.264 -21.736  12.971
    9    HE   ARG 103           HE       ARG 103  -3.128 -23.126  10.548
   10   HH11  ARG 103          HH11      ARG 103  -0.966 -21.365  12.684
   11   HH12  ARG 103          HH12      ARG 103   0.409 -22.342  12.293
   12   HH21  ARG 103          HH21      ARG 103  -1.311 -24.398  10.035
   13   HH22  ARG 103          HH22      ARG 103   0.218 -24.057  10.784

  No H/Q in entry =          13
  In of MODEL   15
    1    H    GLN 104           H        GLN 104  -7.564 -22.587  10.266
    2    HA   GLN 104           HA       GLN 104  -5.894 -24.707   9.059
    3    HB2  GLN 104           HB2      GLN 104  -8.043 -24.792  11.161
    4    HB3  GLN 104           HB3      GLN 104  -7.329 -26.244  10.465
    5    HG2  GLN 104           HG2      GLN 104  -5.088 -25.333  11.173
    6    HG3  GLN 104           HG3      GLN 104  -5.970 -24.113  12.087
    7   HE21  GLN 104          HE21      GLN 104  -5.074 -27.446  11.869
    8   HE22  GLN 104          HE22      GLN 104  -5.620 -27.907  13.443

  No H/Q in entry =           8
  In of MODEL   15
    1    H    LEU 105           H        LEU 105  -9.082 -23.362   8.600
    2    HA   LEU 105           HA       LEU 105  -9.727 -25.403   6.582
    3    HB2  LEU 105           HB2      LEU 105 -11.813 -24.464   6.692
    4    HB3  LEU 105           HB3      LEU 105 -11.203 -23.439   7.978
    5    HG   LEU 105           HG       LEU 105 -10.489 -21.835   6.097
    6   HD13  LEU 105          HD11      LEU 105 -11.648 -21.961   4.033
    7   HD12  LEU 105          HD12      LEU 105 -12.679 -23.271   4.603
    8   HD11  LEU 105          HD13      LEU 105 -10.967 -23.567   4.294
    9   HD22  LEU 105          HD21      LEU 105 -12.196 -21.243   7.622
   10   HD21  LEU 105          HD22      LEU 105 -13.334 -22.375   6.893
   11   HD23  LEU 105          HD23      LEU 105 -12.840 -20.931   6.009

  No H/Q in entry =          11
  In of MODEL   15
    1    H    ILE 106           H        ILE 106  -8.619 -21.820   6.604
    2    HA   ILE 106           HA       ILE 106  -8.061 -21.794   3.935
    3    HB   ILE 106           HB       ILE 106  -6.763 -19.835   4.249
    4   HG12  ILE 106          HG12      ILE 106  -6.607 -19.214   6.895
    5   HG13  ILE 106          HG13      ILE 106  -6.326 -20.952   6.950
    6   HG23  ILE 106          HG21      ILE 106  -8.440 -18.516   5.162
    7   HG22  ILE 106          HG22      ILE 106  -8.831 -19.702   6.406
    8   HG21  ILE 106          HG23      ILE 106  -9.295 -20.000   4.732
    9   HD13  ILE 106          HD11      ILE 106  -4.206 -19.970   6.813
   10   HD12  ILE 106          HD12      ILE 106  -4.721 -18.850   5.554
   11   HD11  ILE 106          HD13      ILE 106  -4.550 -20.565   5.184

  No H/Q in entry =          11
  In of MODEL   15
    1    H    GLN 107           H        GLN 107  -6.651 -23.811   5.975
    2    HA   GLN 107           HA       GLN 107  -4.103 -23.775   4.557
    3    HB2  GLN 107           HB2      GLN 107  -4.689 -24.460   7.377
    4    HB3  GLN 107           HB3      GLN 107  -3.509 -25.471   6.554
    5    HG2  GLN 107           HG2      GLN 107  -3.396 -22.487   6.876
    6    HG3  GLN 107           HG3      GLN 107  -2.416 -23.673   7.737
    7   HE21  GLN 107          HE21      GLN 107  -2.079 -25.340   5.340
    8   HE22  GLN 107          HE22      GLN 107  -0.935 -24.510   4.348

  No H/Q in entry =           8
  In of MODEL   15
    1    H    VAL 108           H        VAL 108  -7.029 -25.251   4.974
    2    HA   VAL 108           HA       VAL 108  -6.265 -27.950   4.329
    3    HB   VAL 108           HB       VAL 108  -8.456 -26.762   5.540
    4   HG11  VAL 108          HG11      VAL 108  -9.353 -27.784   2.857
    5   HG13  VAL 108          HG12      VAL 108  -9.442 -26.119   3.435
    6   HG12  VAL 108          HG13      VAL 108 -10.411 -27.375   4.208
    7   HG22  VAL 108          HG21      VAL 108  -9.354 -28.990   5.724
    8   HG21  VAL 108          HG22      VAL 108  -7.603 -29.003   5.934
    9   HG23  VAL 108          HG23      VAL 108  -8.312 -29.541   4.412

  No H/Q in entry =           9
  In of MODEL   15
    1    H    ASN 109           H        ASN 109  -7.128 -25.027   2.786
    2    HA   ASN 109           HA       ASN 109  -7.062 -26.303   0.131
    3    HB2  ASN 109           HB2      ASN 109  -8.641 -23.886   1.011
    4    HB3  ASN 109           HB3      ASN 109  -8.516 -24.440  -0.652
    5   HD21  ASN 109          HD21      ASN 109 -10.603 -24.253   1.678
    6   HD22  ASN 109          HD22      ASN 109 -11.479 -25.730   1.495

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   PRO 110           HA       PRO 110  -3.560 -23.528  -0.084
    2    HB2  PRO 110           HB2      PRO 110  -2.597 -24.419  -2.430
    3    HB3  PRO 110           HB3      PRO 110  -2.515 -25.420  -0.977
    4    HG2  PRO 110           HG2      PRO 110  -4.434 -25.554  -3.270
    5    HG3  PRO 110           HG3      PRO 110  -3.645 -26.878  -2.393
    6    HD2  PRO 110           HD2      PRO 110  -6.223 -26.019  -1.939
    7    HD3  PRO 110           HD3      PRO 110  -5.229 -26.881  -0.750

  No H/Q in entry =           7
  In of MODEL   15
    1    H    ASP 111           H        ASP 111  -6.398 -23.352  -1.971
    2    HA   ASP 111           HA       ASP 111  -5.281 -21.023  -3.329
    3    HB2  ASP 111           HB2      ASP 111  -7.198 -21.029  -4.813
    4    HB3  ASP 111           HB3      ASP 111  -6.270 -22.519  -4.918

  No H/Q in entry =           4
  In of MODEL   15
    1    H    ILE 112           H        ILE 112  -6.981 -21.742  -0.491
    2    HA   ILE 112           HA       ILE 112  -9.004 -19.682  -0.690
    3    HB   ILE 112           HB       ILE 112  -8.158 -21.517   1.551
    4   HG12  ILE 112          HG12      ILE 112  -9.926 -21.557  -0.591
    5   HG13  ILE 112          HG13      ILE 112  -9.893 -22.687   0.752
    6   HG21  ILE 112          HG21      ILE 112 -10.073 -19.184   1.768
    7   HG23  ILE 112          HG22      ILE 112  -8.566 -19.407   2.657
    8   HG22  ILE 112          HG23      ILE 112  -9.929 -20.492   2.942
    9   HD11  ILE 112          HD11      ILE 112 -11.543 -20.192   0.577
   10   HD13  ILE 112          HD12      ILE 112 -11.515 -21.315   1.937
   11   HD12  ILE 112          HD13      ILE 112 -12.116 -21.843   0.366

  No H/Q in entry =          11
  In of MODEL   15
    1    H    LEU 113           H        LEU 113  -6.009 -20.037   1.107
    2    HA   LEU 113           HA       LEU 113  -6.200 -17.394   2.161
    3    HB2  LEU 113           HB2      LEU 113  -5.066 -19.000   3.459
    4    HB3  LEU 113           HB3      LEU 113  -4.062 -19.497   2.112
    5    HG   LEU 113           HG       LEU 113  -3.024 -17.197   2.193
    6   HD11  LEU 113          HD11      LEU 113  -4.770 -16.083   3.475
    7   HD13  LEU 113          HD12      LEU 113  -3.214 -15.978   4.299
    8   HD12  LEU 113          HD13      LEU 113  -4.433 -17.122   4.856
    9   HD21  LEU 113          HD21      LEU 113  -2.751 -19.076   4.524
   10   HD23  LEU 113          HD22      LEU 113  -1.608 -17.799   4.123
   11   HD22  LEU 113          HD23      LEU 113  -1.865 -19.132   3.000

  No H/Q in entry =          11
  In of MODEL   15
    1    H    MET 114           H        MET 114  -5.016 -18.889  -0.654
    2    HA   MET 114           HA       MET 114  -3.276 -16.754  -1.486
    3    HB2  MET 114           HB2      MET 114  -3.627 -19.381  -2.300
    4    HB3  MET 114           HB3      MET 114  -4.283 -18.448  -3.641
    5    HG2  MET 114           HG2      MET 114  -1.550 -18.086  -2.440
    6    HG3  MET 114           HG3      MET 114  -1.904 -18.971  -3.921
    7    HE3  MET 114           HE1      MET 114   0.188 -16.308  -3.565
    8    HE2  MET 114           HE2      MET 114  -0.108 -15.645  -5.172
    9    HE1  MET 114           HE3      MET 114   0.057 -17.386  -4.954

  No H/Q in entry =           9
  In of MODEL   15
    1    H    ARG 115           H        ARG 115  -6.613 -17.566  -1.722
    2    HA   ARG 115           HA       ARG 115  -7.302 -15.750  -3.798
    3    HB2  ARG 115           HB2      ARG 115  -8.748 -17.410  -1.811
    4    HB3  ARG 115           HB3      ARG 115  -9.582 -15.939  -2.307
    5    HG2  ARG 115           HG2      ARG 115  -8.458 -17.805  -4.346
    6    HG3  ARG 115           HG3      ARG 115 -10.008 -18.144  -3.576
    7    HD2  ARG 115           HD2      ARG 115  -9.835 -15.394  -4.470
    8    HD3  ARG 115           HD3      ARG 115  -9.559 -16.524  -5.794
    9    HE   ARG 115           HE       ARG 115 -11.824 -17.327  -4.310
   10   HH11  ARG 115          HH11      ARG 115 -10.784 -14.867  -6.576
   11   HH12  ARG 115          HH12      ARG 115 -12.375 -14.608  -7.218
   12   HH21  ARG 115          HH21      ARG 115 -13.931 -16.998  -5.160
   13   HH22  ARG 115          HH22      ARG 115 -14.153 -15.811  -6.418

  No H/Q in entry =          13
  In of MODEL   15
    1    H    LEU 116           H        LEU 116  -7.157 -15.663  -0.236
    2    HA   LEU 116           HA       LEU 116  -8.035 -13.034   0.066
    3    HB2  LEU 116           HB2      LEU 116  -8.050 -14.516   1.920
    4    HB3  LEU 116           HB3      LEU 116  -6.347 -14.884   1.729
    5    HG   LEU 116           HG       LEU 116  -6.523 -12.099   2.158
    6   HD12  LEU 116          HD11      LEU 116  -7.822 -13.435   4.454
    7   HD11  LEU 116          HD12      LEU 116  -8.822 -12.944   3.084
    8   HD13  LEU 116          HD13      LEU 116  -7.857 -11.746   3.949
    9   HD22  LEU 116          HD21      LEU 116  -4.652 -13.463   2.845
   10   HD21  LEU 116          HD22      LEU 116  -5.677 -14.343   3.981
   11   HD23  LEU 116          HD23      LEU 116  -5.336 -12.629   4.245

  No H/Q in entry =          11
  In of MODEL   15
    1    H    SER 117           H        SER 117  -4.768 -14.373  -0.228
    2    HA   SER 117           HA       SER 117  -3.262 -12.156   0.396
    3    HB2  SER 117           HB2      SER 117  -1.549 -13.182  -1.240
    4    HB3  SER 117           HB3      SER 117  -2.055 -14.135   0.153
    5    HG   SER 117           HG       SER 117  -2.352 -14.652  -2.485

  No H/Q in entry =           5
  In of MODEL   15
    1    H    ALA 118           H        ALA 118  -4.335 -13.166  -2.773
    2    HA   ALA 118           HA       ALA 118  -3.297 -11.078  -4.286
    3    HB2  ALA 118           HB1      ALA 118  -4.572 -11.875  -6.062
    4    HB1  ALA 118           HB2      ALA 118  -5.851 -12.467  -4.998
    5    HB3  ALA 118           HB3      ALA 118  -4.296 -13.300  -5.059

  No H/Q in entry =           5
  In of MODEL   15
    1    H    GLN 119           H        GLN 119  -6.162 -11.216  -2.300
    2    HA   GLN 119           HA       GLN 119  -7.512  -9.026  -3.503
    3    HB2  GLN 119           HB2      GLN 119  -7.741 -10.542  -0.958
    4    HB3  GLN 119           HB3      GLN 119  -8.360  -8.898  -0.935
    5    HG2  GLN 119           HG2      GLN 119  -9.708 -11.158  -1.762
    6    HG3  GLN 119           HG3      GLN 119 -10.197  -9.489  -2.028
    7   HE21  GLN 119          HE21      GLN 119  -8.691 -12.302  -3.440
    8   HE22  GLN 119          HE22      GLN 119  -8.822 -11.783  -5.086

  No H/Q in entry =           8
  In of MODEL   15
    1    H    MET 120           H        MET 120  -5.733  -9.175  -0.358
    2    HA   MET 120           HA       MET 120  -5.240  -6.570  -0.021
    3    HB2  MET 120           HB2      MET 120  -3.993  -9.072   0.777
    4    HB3  MET 120           HB3      MET 120  -2.852  -7.730   0.748
    5    HG2  MET 120           HG2      MET 120  -3.856  -6.642   2.463
    6    HG3  MET 120           HG3      MET 120  -5.462  -7.236   2.046
    7    HE2  MET 120           HE1      MET 120  -4.315 -10.766   2.151
    8    HE1  MET 120           HE2      MET 120  -5.719  -9.754   1.812
    9    HE3  MET 120           HE3      MET 120  -5.654 -10.703   3.295

  No H/Q in entry =           9
  In of MODEL   15
    1    H    ALA 121           H        ALA 121  -3.466  -8.677  -2.204
    2    HA   ALA 121           HA       ALA 121  -1.338  -6.916  -2.761
    3    HB3  ALA 121           HB1      ALA 121  -0.903  -8.306  -4.696
    4    HB2  ALA 121           HB2      ALA 121  -2.509  -9.026  -4.577
    5    HB1  ALA 121           HB3      ALA 121  -1.312  -9.328  -3.317

  No H/Q in entry =           5
  In of MODEL   15
    1    H    ARG 122           H        ARG 122  -4.611  -7.165  -3.834
    2    HA   ARG 122           HA       ARG 122  -4.305  -5.468  -6.095
    3    HB2  ARG 122           HB2      ARG 122  -6.463  -6.942  -4.833
    4    HB3  ARG 122           HB3      ARG 122  -6.984  -5.343  -5.365
    5    HG2  ARG 122           HG2      ARG 122  -7.207  -7.292  -7.010
    6    HG3  ARG 122           HG3      ARG 122  -6.501  -5.782  -7.593
    7    HD2  ARG 122           HD2      ARG 122  -4.359  -6.656  -7.665
    8    HD3  ARG 122           HD3      ARG 122  -4.733  -7.933  -6.506
    9    HE   ARG 122           HE       ARG 122  -5.952  -9.063  -8.282
   10   HH11  ARG 122          HH11      ARG 122  -3.702  -6.547  -9.261
   11   HH12  ARG 122          HH12      ARG 122  -3.563  -7.149 -10.878
   12   HH21  ARG 122          HH21      ARG 122  -5.724  -9.864 -10.425
   13   HH22  ARG 122          HH22      ARG 122  -4.694  -9.014 -11.535

  No H/Q in entry =          13
  In of MODEL   15
    1    H    ARG 123           H        ARG 123  -4.804  -5.085  -2.781
    2    HA   ARG 123           HA       ARG 123  -5.726  -2.388  -2.801
    3    HB2  ARG 123           HB2      ARG 123  -4.895  -4.362  -0.706
    4    HB3  ARG 123           HB3      ARG 123  -4.942  -2.655  -0.295
    5    HG2  ARG 123           HG2      ARG 123  -7.006  -3.847   0.308
    6    HG3  ARG 123           HG3      ARG 123  -7.288  -2.536  -0.833
    7    HD2  ARG 123           HD2      ARG 123  -7.352  -4.168  -2.665
    8    HD3  ARG 123           HD3      ARG 123  -7.086  -5.469  -1.509
    9    HE   ARG 123           HE       ARG 123  -9.297  -5.357  -0.901
   10   HH11  ARG 123          HH11      ARG 123  -8.495  -2.502  -2.770
   11   HH12  ARG 123          HH12      ARG 123 -10.146  -2.037  -3.007
   12   HH21  ARG 123          HH21      ARG 123 -11.478  -4.747  -1.221
   13   HH22  ARG 123          HH22      ARG 123 -11.833  -3.291  -2.104

  No H/Q in entry =          13
  In of MODEL   15
    1    H    LEU 124           H        LEU 124  -2.673  -4.127  -2.629
    2    HA   LEU 124           HA       LEU 124  -1.012  -1.929  -1.983
    3    HB2  LEU 124           HB2      LEU 124  -0.719  -4.613  -3.081
    4    HB3  LEU 124           HB3      LEU 124   0.350  -3.479  -3.875
    5    HG   LEU 124           HG       LEU 124   0.286  -4.061  -0.913
    6   HD11  LEU 124          HD11      LEU 124   2.076  -4.820  -3.178
    7   HD13  LEU 124          HD12      LEU 124   1.179  -5.890  -2.098
    8   HD12  LEU 124          HD13      LEU 124   2.552  -4.960  -1.486
    9   HD22  LEU 124          HD21      LEU 124   2.224  -2.692  -0.730
   10   HD21  LEU 124          HD22      LEU 124   1.005  -1.721  -1.561
   11   HD23  LEU 124          HD23      LEU 124   2.313  -2.476  -2.476

  No H/Q in entry =          11
  In of MODEL   15
    1    H    GLN 125           H        GLN 125  -2.462  -3.264  -4.807
    2    HA   GLN 125           HA       GLN 125  -1.317  -1.538  -6.746
    3    HB2  GLN 125           HB2      GLN 125  -2.176  -3.705  -7.380
    4    HB3  GLN 125           HB3      GLN 125  -3.769  -3.305  -6.761
    5    HG2  GLN 125           HG2      GLN 125  -3.870  -3.195  -9.119
    6    HG3  GLN 125           HG3      GLN 125  -3.920  -1.540  -8.518
    7   HE21  GLN 125          HE21      GLN 125  -1.665  -3.995  -9.691
    8   HE22  GLN 125          HE22      GLN 125  -0.626  -2.883 -10.522

  No H/Q in entry =           8
  In of MODEL   15
    1    H    VAL 126           H        VAL 126  -3.775  -1.012  -4.324
    2    HA   VAL 126           HA       VAL 126  -5.043   1.047  -5.941
    3    HB   VAL 126           HB       VAL 126  -6.339  -0.697  -4.443
    4   HG11  VAL 126          HG11      VAL 126  -5.120  -0.296  -2.366
    5   HG13  VAL 126          HG12      VAL 126  -6.829   0.103  -2.191
    6   HG12  VAL 126          HG13      VAL 126  -5.638   1.390  -2.382
    7   HG22  VAL 126          HG21      VAL 126  -7.675   0.831  -5.484
    8   HG21  VAL 126          HG22      VAL 126  -6.844   2.210  -4.760
    9   HG23  VAL 126          HG23      VAL 126  -7.945   1.233  -3.784

  No H/Q in entry =           9
  In of MODEL   15
    1    H    THR 127           H        THR 127  -2.965   0.447  -3.142
    2    HA   THR 127           HA       THR 127  -2.942   3.275  -2.392
    3    HB   THR 127           HB       THR 127  -1.016   1.321  -1.236
    4    HG1  THR 127           HG1      THR 127  -3.626   1.396  -0.179
    5   HG22  THR 127          HG21      THR 127  -2.749   3.474  -0.009
    6   HG21  THR 127          HG22      THR 127  -1.064   3.665  -0.493
    7   HG23  THR 127          HG23      THR 127  -1.484   2.563   0.816

  No H/Q in entry =           7
  In of MODEL   15
    1    H    SER 128           H        SER 128  -1.331   1.738  -5.097
    2    HA   SER 128           HA       SER 128   1.149   2.875  -4.163
    3    HB2  SER 128           HB2      SER 128   0.496   0.767  -6.232
    4    HB3  SER 128           HB3      SER 128   2.054   1.589  -6.171
    5    HG   SER 128           HG       SER 128   0.893  -0.190  -4.327

  No H/Q in entry =           5
  In of MODEL   15
    1    H    GLU 129           H        GLU 129  -1.633   3.067  -6.022
    2    HA   GLU 129           HA       GLU 129  -0.510   4.632  -8.193
    3    HB2  GLU 129           HB2      GLU 129  -2.373   2.870  -8.371
    4    HB3  GLU 129           HB3      GLU 129  -3.428   4.113  -7.717
    5    HG2  GLU 129           HG2      GLU 129  -2.758   5.582  -9.617
    6    HG3  GLU 129           HG3      GLU 129  -1.889   4.208 -10.300

  No H/Q in entry =           6
  In of MODEL   15
    1    H    LYS 130           H        LYS 130  -1.732   5.394  -5.058
    2    HA   LYS 130           HA       LYS 130  -1.882   8.173  -5.805
    3    HB2  LYS 130           HB2      LYS 130  -4.173   6.620  -4.573
    4    HB3  LYS 130           HB3      LYS 130  -4.019   8.361  -4.398
    5    HG2  LYS 130           HG2      LYS 130  -4.440   8.753  -6.646
    6    HG3  LYS 130           HG3      LYS 130  -4.030   7.101  -7.111
    7    HD2  LYS 130           HD2      LYS 130  -6.359   7.633  -5.305
    8    HD3  LYS 130           HD3      LYS 130  -6.522   7.827  -7.051
    9    HE2  LYS 130           HE2      LYS 130  -5.492   5.314  -5.746
   10    HE3  LYS 130           HE3      LYS 130  -7.189   5.577  -6.140
   11    HZ3  LYS 130           HZ1      LYS 130  -6.776   4.909  -8.192
   12    HZ2  LYS 130           HZ2      LYS 130  -5.148   4.665  -7.829
   13    HZ1  LYS 130           HZ3      LYS 130  -5.669   6.164  -8.416

  No H/Q in entry =          13
  In of MODEL   15
    1    H    VAL 131           H        VAL 131   0.168   7.555  -4.632
    2    HA   VAL 131           HA       VAL 131   0.167   6.808  -1.908
    3    HB   VAL 131           HB       VAL 131   2.482   8.401  -2.538
    4   HG11  VAL 131          HG11      VAL 131   2.020   5.488  -1.959
    5   HG13  VAL 131          HG12      VAL 131   2.541   6.750  -0.840
    6   HG12  VAL 131          HG13      VAL 131   3.617   6.217  -2.132
    7   HG21  VAL 131          HG21      VAL 131   1.716   6.306  -4.552
    8   HG23  VAL 131          HG22      VAL 131   3.354   6.926  -4.336
    9   HG22  VAL 131          HG23      VAL 131   2.063   8.013  -4.837

  No H/Q in entry =           9
  In of MODEL   15
    1    H    GLY 132           H        GLY 132  -1.221   9.492  -2.917
    2    HA3  GLY 132           HA2      GLY 132  -1.622  10.879  -0.772
    3    HA2  GLY 132           HA3      GLY 132   0.087  11.229  -0.940

  No H/Q in entry =           3
  In of MODEL   15
    1    H    ASN 133           H        ASN 133  -2.978  11.474  -2.712
    2    HA   ASN 133           HA       ASN 133  -1.914  13.899  -3.963
    3    HB2  ASN 133           HB2      ASN 133  -2.979  11.968  -5.356
    4    HB3  ASN 133           HB3      ASN 133  -4.513  12.595  -4.761
    5   HD21  ASN 133          HD21      ASN 133  -5.193  14.659  -5.423
    6   HD22  ASN 133          HD22      ASN 133  -4.496  15.453  -6.789

  No H/Q in entry =           6
  In of MODEL   15
    1    H    LEU 134           H        LEU 134  -3.996  12.685  -1.559
    2    HA   LEU 134           HA       LEU 134  -5.868  14.850  -1.501
    3    HB2  LEU 134           HB2      LEU 134  -6.694  13.865   0.512
    4    HB3  LEU 134           HB3      LEU 134  -6.342  12.584  -0.627
    5    HG   LEU 134           HG       LEU 134  -4.038  12.555   0.763
    6   HD13  LEU 134          HD11      LEU 134  -4.435  12.906   3.104
    7   HD12  LEU 134          HD12      LEU 134  -6.129  13.294   2.806
    8   HD11  LEU 134          HD13      LEU 134  -4.864  14.389   2.249
    9   HD22  LEU 134          HD21      LEU 134  -5.463  10.649   0.332
   10   HD21  LEU 134          HD22      LEU 134  -6.641  11.240   1.507
   11   HD23  LEU 134          HD23      LEU 134  -5.047  10.707   2.047

  No H/Q in entry =          11
  In of MODEL   15
    1    H    ALA 135           H        ALA 135  -2.670  14.479  -0.419
    2    HA   ALA 135           HA       ALA 135  -2.893  16.310   1.827
    3    HB2  ALA 135           HB1      ALA 135  -1.319  14.675   2.320
    4    HB1  ALA 135           HB2      ALA 135  -0.324  16.045   1.823
    5    HB3  ALA 135           HB3      ALA 135  -0.621  14.714   0.706

  No H/Q in entry =           5
  In of MODEL   15
    1    H    PHE 136           H        PHE 136  -2.391  16.321  -1.504
    2    HA   PHE 136           HA       PHE 136  -0.805  18.636  -1.838
    3    HB2  PHE 136           HB2      PHE 136  -1.925  16.632  -3.453
    4    HB3  PHE 136           HB3      PHE 136  -2.605  18.145  -4.049
    5    HD1  PHE 136           HD1      PHE 136  -0.643  20.094  -4.047
    6    HD2  PHE 136           HD2      PHE 136  -0.107  15.912  -4.629
    7    HE1  PHE 136           HE1      PHE 136   1.431  20.538  -5.295
    8    HE2  PHE 136           HE2      PHE 136   1.969  16.348  -5.876
    9    HZ   PHE 136           HZ       PHE 136   2.740  18.663  -6.211

  No H/Q in entry =           9
  In of MODEL   15
    1    H    LEU 137           H        LEU 137  -3.929  18.433  -0.632
    2    HA   LEU 137           HA       LEU 137  -5.595  19.924  -0.222
    3    HB2  LEU 137           HB2      LEU 137  -3.238  21.653  -0.711
    4    HB3  LEU 137           HB3      LEU 137  -4.802  22.446  -0.770
    5    HG   LEU 137           HG       LEU 137  -5.253  21.415   1.521
    6   HD11  LEU 137          HD11      LEU 137  -3.458  19.731   1.472
    7   HD13  LEU 137          HD12      LEU 137  -3.325  20.806   2.863
    8   HD12  LEU 137          HD13      LEU 137  -2.259  21.025   1.477
    9   HD23  LEU 137          HD21      LEU 137  -3.978  23.177   2.656
   10   HD22  LEU 137          HD22      LEU 137  -4.793  23.755   1.203
   11   HD21  LEU 137          HD23      LEU 137  -3.059  23.440   1.174

  No H/Q in entry =          11
  In of MODEL   15
    1    H    ASP 138           H        ASP 138  -5.350  18.637  -2.633
    2    HA   ASP 138           HA       ASP 138  -5.878  20.148  -4.877
    3    HB2  ASP 138           HB2      ASP 138  -4.966  17.813  -4.798
    4    HB3  ASP 138           HB3      ASP 138  -6.643  17.257  -4.730

  No H/Q in entry =           4
  In of MODEL   15
    1    H    VAL 139           H        VAL 139  -7.990  20.172  -2.454
    2    HA   VAL 139           HA       VAL 139 -10.478  19.436  -3.138
    3    HB   VAL 139           HB       VAL 139  -9.462  21.380  -1.348
    4   HG11  VAL 139          HG11      VAL 139 -10.295  23.176  -2.847
    5   HG13  VAL 139          HG12      VAL 139 -11.198  23.103  -1.331
    6   HG12  VAL 139          HG13      VAL 139 -11.898  22.437  -2.806
    7   HG22  VAL 139          HG21      VAL 139 -10.830  19.537  -0.731
    8   HG21  VAL 139          HG22      VAL 139 -12.147  20.102  -1.760
    9   HG23  VAL 139          HG23      VAL 139 -11.713  21.007  -0.309

  No H/Q in entry =           9
  In of MODEL   15
    1    H    THR 140           H        THR 140  -8.811  21.984  -4.944
    2    HA   THR 140           HA       THR 140 -10.796  23.449  -6.100
    3    HB   THR 140           HB       THR 140  -8.780  22.443  -8.012
    4    HG1  THR 140           HG1      THR 140  -7.087  22.913  -6.812
    5   HG22  THR 140          HG21      THR 140  -8.411  24.875  -8.311
    6   HG21  THR 140          HG22      THR 140  -9.592  25.188  -7.040
    7   HG23  THR 140          HG23      THR 140 -10.097  24.412  -8.541

  No H/Q in entry =           7
  In of MODEL   15
    1    H    GLY 141           H        GLY 141 -12.730  22.544  -6.635
    2    HA3  GLY 141           HA2      GLY 141 -14.359  21.432  -7.764
    3    HA2  GLY 141           HA3      GLY 141 -13.215  21.377  -9.087

  No H/Q in entry =           3
  In of MODEL   15
    1    H    ARG 142           H        ARG 142 -11.926  19.899  -6.434
    2    HA   ARG 142           HA       ARG 142 -11.877  17.407  -7.664
    3    HB2  ARG 142           HB2      ARG 142 -10.433  18.535  -5.694
    4    HB3  ARG 142           HB3      ARG 142 -11.452  17.455  -4.751
    5    HG2  ARG 142           HG2      ARG 142  -9.216  16.541  -5.480
    6    HG3  ARG 142           HG3      ARG 142 -10.629  15.543  -5.835
    7    HD2  ARG 142           HD2      ARG 142 -10.463  15.865  -8.082
    8    HD3  ARG 142           HD3      ARG 142  -9.799  17.489  -7.904
    9    HE   ARG 142           HE       ARG 142  -7.651  16.548  -7.520
   10   HH11  ARG 142          HH11      ARG 142 -10.061  14.222  -8.580
   11   HH12  ARG 142          HH12      ARG 142  -8.884  13.038  -9.043
   12   HH21  ARG 142          HH21      ARG 142  -6.125  15.005  -8.152
   13   HH22  ARG 142          HH22      ARG 142  -6.637  13.475  -8.794

  No H/Q in entry =          13
  In of MODEL   15
    1    H    ILE 143           H        ILE 143 -13.413  18.099  -4.476
    2    HA   ILE 143           HA       ILE 143 -14.744  16.255  -3.743
    3    HB   ILE 143           HB       ILE 143 -16.368  18.675  -4.265
    4   HG12  ILE 143          HG12      ILE 143 -13.963  18.582  -2.425
    5   HG13  ILE 143          HG13      ILE 143 -14.082  19.501  -3.923
    6   HG21  ILE 143          HG21      ILE 143 -15.966  16.922  -1.857
    7   HG23  ILE 143          HG22      ILE 143 -17.398  17.040  -2.876
    8   HG22  ILE 143          HG23      ILE 143 -16.926  18.401  -1.858
    9   HD11  ILE 143          HD11      ILE 143 -15.898  19.924  -1.588
   10   HD13  ILE 143          HD12      ILE 143 -15.719  20.927  -3.028
   11   HD12  ILE 143          HD13      ILE 143 -14.404  20.824  -1.858

  No H/Q in entry =          11
  In of MODEL   15
    1    H    ALA 144           H        ALA 144 -16.484  18.190  -6.124
    2    HA   ALA 144           HA       ALA 144 -18.699  16.462  -6.209
    3    HB1  ALA 144           HB1      ALA 144 -19.013  18.699  -6.904
    4    HB2  ALA 144           HB2      ALA 144 -19.210  17.707  -8.349
    5    HB3  ALA 144           HB3      ALA 144 -17.707  18.593  -8.082

  No H/Q in entry =           5
  In of MODEL   15
    1    H    GLN 145           H        GLN 145 -15.626  16.482  -7.746
    2    HA   GLN 145           HA       GLN 145 -16.343  14.819  -9.938
    3    HB2  GLN 145           HB2      GLN 145 -14.353  16.394  -9.863
    4    HB3  GLN 145           HB3      GLN 145 -13.570  15.217  -8.817
    5    HG2  GLN 145           HG2      GLN 145 -14.445  13.718 -10.973
    6    HG3  GLN 145           HG3      GLN 145 -13.886  15.226 -11.694
    7   HE21  GLN 145          HE21      GLN 145 -12.751  12.576 -11.907
    8   HE22  GLN 145          HE22      GLN 145 -11.132  12.686 -11.317

  No H/Q in entry =           8
  In of MODEL   15
    1    H    THR 146           H        THR 146 -15.480  14.176  -6.466
    2    HA   THR 146           HA       THR 146 -14.707  11.510  -7.108
    3    HB   THR 146           HB       THR 146 -15.323  12.703  -4.417
    4    HG1  THR 146           HG1      THR 146 -13.425  13.506  -6.162
    5   HG23  THR 146          HG21      THR 146 -14.910  10.356  -4.312
    6   HG22  THR 146          HG22      THR 146 -13.431  11.146  -3.767
    7   HG21  THR 146          HG23      THR 146 -13.527  10.486  -5.398

  No H/Q in entry =           7
  In of MODEL   15
    1    H    LEU 147           H        LEU 147 -17.479  13.237  -7.008
    2    HA   LEU 147           HA       LEU 147 -19.065  11.437  -5.350
    3    HB2  LEU 147           HB2      LEU 147 -19.959  13.981  -6.711
    4    HB3  LEU 147           HB3      LEU 147 -20.857  13.047  -5.521
    5    HG   LEU 147           HG       LEU 147 -18.351  14.655  -5.068
    6   HD13  LEU 147          HD11      LEU 147 -19.677  15.954  -3.564
    7   HD12  LEU 147          HD12      LEU 147 -21.051  14.868  -3.764
    8   HD11  LEU 147          HD13      LEU 147 -20.517  15.870  -5.112
    9   HD23  LEU 147          HD21      LEU 147 -18.590  13.924  -2.688
   10   HD22  LEU 147          HD22      LEU 147 -18.057  12.671  -3.808
   11   HD21  LEU 147          HD23      LEU 147 -19.729  12.701  -3.251

  No H/Q in entry =          11
  In of MODEL   15
    1    H    LEU 148           H        LEU 148 -18.300  12.497  -8.498
    2    HA   LEU 148           HA       LEU 148 -20.362  11.053  -9.860
    3    HB2  LEU 148           HB2      LEU 148 -17.782  11.812 -11.176
    4    HB3  LEU 148           HB3      LEU 148 -19.407  11.807 -11.839
    5    HG   LEU 148           HG       LEU 148 -18.325  13.812  -9.861
    6   HD12  LEU 148          HD11      LEU 148 -18.940  14.079 -12.787
    7   HD11  LEU 148          HD12      LEU 148 -17.336  14.025 -12.060
    8   HD13  LEU 148          HD13      LEU 148 -18.417  15.375 -11.712
    9   HD22  LEU 148          HD21      LEU 148 -20.389  15.024 -10.156
   10   HD21  LEU 148          HD22      LEU 148 -20.758  13.387  -9.621
   11   HD23  LEU 148          HD23      LEU 148 -20.974  13.829 -11.315

  No H/Q in entry =          11
  In of MODEL   15
    1    H    ASN 149           H        ASN 149 -17.209  10.459  -8.579
    2    HA   ASN 149           HA       ASN 149 -16.651   8.017  -9.899
    3    HB2  ASN 149           HB2      ASN 149 -14.892   9.148  -8.663
    4    HB3  ASN 149           HB3      ASN 149 -15.816   9.039  -7.169
    5   HD21  ASN 149          HD21      ASN 149 -13.932   7.274  -9.511
    6   HD22  ASN 149          HD22      ASN 149 -13.648   5.887  -8.521

  No H/Q in entry =           6
  In of MODEL   15
    1    H    LEU 150           H        LEU 150 -18.617   8.960  -7.190
    2    HA   LEU 150           HA       LEU 150 -19.295   6.302  -6.283
    3    HB2  LEU 150           HB2      LEU 150 -20.386   9.070  -5.796
    4    HB3  LEU 150           HB3      LEU 150 -21.206   7.646  -5.161
    5    HG   LEU 150           HG       LEU 150 -18.318   7.816  -4.584
    6   HD12  LEU 150          HD11      LEU 150 -18.884   9.317  -2.587
    7   HD11  LEU 150          HD12      LEU 150 -20.272   9.828  -3.550
    8   HD13  LEU 150          HD13      LEU 150 -18.636  10.069  -4.159
    9   HD22  LEU 150          HD21      LEU 150 -19.082   6.973  -2.426
   10   HD21  LEU 150          HD22      LEU 150 -19.738   6.021  -3.762
   11   HD23  LEU 150          HD23      LEU 150 -20.758   7.197  -2.934

  No H/Q in entry =          11
  In of MODEL   15
    1    H    ALA 151           H        ALA 151 -20.092   8.193  -9.114
    2    HA   ALA 151           HA       ALA 151 -22.816   7.176  -9.122
    3    HB3  ALA 151           HB1      ALA 151 -21.344   8.848 -11.163
    4    HB1  ALA 151           HB2      ALA 151 -22.436   9.465  -9.923
    5    HB2  ALA 151           HB3      ALA 151 -23.058   8.428 -11.208

  No H/Q in entry =           5
  In of MODEL   15
    1    H    LYS 152           H        LYS 152 -19.733   6.272  -9.830
    2    HA   LYS 152           HA       LYS 152 -20.452   4.446 -11.982
    3    HB2  LYS 152           HB2      LYS 152 -17.792   5.086 -10.705
    4    HB3  LYS 152           HB3      LYS 152 -18.023   4.074 -12.130
    5    HG2  LYS 152           HG2      LYS 152 -18.860   5.982 -13.372
    6    HG3  LYS 152           HG3      LYS 152 -18.725   6.997 -11.934
    7    HD2  LYS 152           HD2      LYS 152 -16.295   6.572 -11.899
    8    HD3  LYS 152           HD3      LYS 152 -16.457   5.632 -13.383
    9    HE2  LYS 152           HE2      LYS 152 -17.060   8.566 -13.029
   10    HE3  LYS 152           HE3      LYS 152 -15.693   7.869 -13.898
   11    HZ3  LYS 152           HZ1      LYS 152 -17.327   8.498 -15.477
   12    HZ2  LYS 152           HZ2      LYS 152 -18.559   7.704 -14.637
   13    HZ1  LYS 152           HZ3      LYS 152 -17.346   6.807 -15.399

  No H/Q in entry =          13
  In of MODEL   15
    1    H    GLN 153           H        GLN 153 -20.222   4.341  -8.500
    2    HA   GLN 153           HA       GLN 153 -19.416   1.550  -8.529
    3    HB2  GLN 153           HB2      GLN 153 -20.184   3.079  -6.074
    4    HB3  GLN 153           HB3      GLN 153 -18.962   1.838  -6.270
    5    HG2  GLN 153           HG2      GLN 153 -18.547   4.359  -7.713
    6    HG3  GLN 153           HG3      GLN 153 -18.380   4.384  -5.959
    7   HE21  GLN 153          HE21      GLN 153 -16.125   4.883  -6.403
    8   HE22  GLN 153          HE22      GLN 153 -15.029   3.591  -6.747

  No H/Q in entry =           8
  In of MODEL   15
    1    HA   PRO 154           HA       PRO 154 -23.419  -0.262  -7.735
    2    HB2  PRO 154           HB2      PRO 154 -23.183  -1.429  -5.242
    3    HB3  PRO 154           HB3      PRO 154 -22.625  -2.154  -6.753
    4    HG2  PRO 154           HG2      PRO 154 -21.086  -0.624  -4.696
    5    HG3  PRO 154           HG3      PRO 154 -20.622  -2.090  -5.581
    6    HD2  PRO 154           HD2      PRO 154 -19.658   0.276  -6.285
    7    HD3  PRO 154           HD3      PRO 154 -20.116  -0.906  -7.519

  No H/Q in entry =           7
  In of MODEL   15
    1    H    ASP 155           H        ASP 155 -22.316   2.184  -5.621
    2    HA   ASP 155           HA       ASP 155 -24.709   2.193  -3.958
    3    HB2  ASP 155           HB2      ASP 155 -22.373   4.216  -4.182
    4    HB3  ASP 155           HB3      ASP 155 -23.719   4.394  -3.063

  No H/Q in entry =           4
  In of MODEL   15
    1    H    ALA 156           H        ALA 156 -24.065   3.777  -7.296
    2    HA   ALA 156           HA       ALA 156 -25.499   6.030  -6.670
    3    HB1  ALA 156           HB1      ALA 156 -25.302   4.516  -9.269
    4    HB2  ALA 156           HB2      ALA 156 -24.160   5.742  -8.715
    5    HB3  ALA 156           HB3      ALA 156 -25.830   6.188  -9.072

  No H/Q in entry =           5
  In of MODEL   15
    1    H    MET 157           H        MET 157 -27.439   6.092  -5.903
    2    HA   MET 157           HA       MET 157 -29.164   3.812  -6.369
    3    HB2  MET 157           HB2      MET 157 -28.477   5.185  -4.184
    4    HB3  MET 157           HB3      MET 157 -29.962   6.047  -4.604
    5    HG2  MET 157           HG2      MET 157 -31.141   3.857  -4.624
    6    HG3  MET 157           HG3      MET 157 -29.649   3.107  -4.055
    7    HE3  MET 157           HE1      MET 157 -31.923   6.275  -3.151
    8    HE2  MET 157           HE2      MET 157 -32.575   5.676  -1.624
    9    HE1  MET 157           HE3      MET 157 -32.910   4.813  -3.124

  No H/Q in entry =           9
  In of MODEL   15
    1    H    THR 158           H        THR 158 -30.082   4.206  -8.565
    2    HA   THR 158           HA       THR 158 -31.046   6.555  -9.380
    3    HB   THR 158           HB       THR 158 -32.775   5.158 -10.671
    4    HG1  THR 158           HG1      THR 158 -32.596   3.415  -9.007
    5   HG21  THR 158          HG21      THR 158 -30.616   5.830 -11.626
    6   HG23  THR 158          HG22      THR 158 -31.043   4.195 -12.129
    7   HG22  THR 158          HG23      THR 158 -29.839   4.442 -10.864

  No H/Q in entry =           7
  In of MODEL   15
    1    H    HIS 159           H        HIS 159 -32.995   7.571  -9.473
    2    HA   HIS 159           HA       HIS 159 -35.238   6.756  -7.917
    3    HB2  HIS 159           HB2      HIS 159 -35.006   8.037  -6.067
    4    HB3  HIS 159           HB3      HIS 159 -33.328   8.243  -6.525
    5    HD1  HIS 159           HD1      HIS 159 -36.552  10.078  -6.202
    6    HD2  HIS 159           HD2      HIS 159 -32.703  10.790  -7.595
    7    HE1  HIS 159           HE1      HIS 159 -36.358  12.574  -6.427
    8    HE2  HIS 159           HE2      HIS 159 -33.991  12.988  -7.162

  No H/Q in entry =           8
  In of MODEL   15
    1    HA   PRO 160           HA       PRO 160 -37.139   8.754 -11.281
    2    HB2  PRO 160           HB2      PRO 160 -39.294  10.048 -10.175
    3    HB3  PRO 160           HB3      PRO 160 -39.211   8.316 -10.511
    4    HG2  PRO 160           HG2      PRO 160 -38.740   9.769  -7.935
    5    HG3  PRO 160           HG3      PRO 160 -39.633   8.264  -8.227
    6    HD2  PRO 160           HD2      PRO 160 -37.139   8.237  -7.245
    7    HD3  PRO 160           HD3      PRO 160 -37.698   6.998  -8.389

  No H/Q in entry =           7
  In of MODEL   15
    1    H    ASP 161           H        ASP 161 -34.923  10.371 -10.568
    2    HA   ASP 161           HA       ASP 161 -35.539  12.806 -11.813
    3    HB2  ASP 161           HB2      ASP 161 -36.798  13.602 -10.016
    4    HB3  ASP 161           HB3      ASP 161 -35.777  12.814  -8.823

  No H/Q in entry =           4
  In of MODEL   15
    1    H    GLY 162           H        GLY 162 -33.481  10.912  -9.807
    2    HA3  GLY 162           HA2      GLY 162 -31.190  11.497 -11.237
    3    HA2  GLY 162           HA3      GLY 162 -31.173  12.420  -9.732

  No H/Q in entry =           3
  In of MODEL   15
    1    H    MET 163           H        MET 163 -29.226  10.797  -9.708
    2    HA   MET 163           HA       MET 163 -30.079   8.497  -8.063
    3    HB2  MET 163           HB2      MET 163 -27.700   7.786  -9.529
    4    HB3  MET 163           HB3      MET 163 -29.218   6.912  -9.450
    5    HG2  MET 163           HG2      MET 163 -28.857   7.275 -11.725
    6    HG3  MET 163           HG3      MET 163 -30.045   8.491 -11.263
    7    HE3  MET 163           HE1      MET 163 -25.579   9.325 -12.061
    8    HE2  MET 163           HE2      MET 163 -26.365   7.767 -12.320
    9    HE1  MET 163           HE3      MET 163 -26.136   8.378 -10.682

  No H/Q in entry =           9
  In of MODEL   15
    1    H    GLN 164           H        GLN 164 -29.157   8.614  -6.346
    2    HA   GLN 164           HA       GLN 164 -26.986  10.458  -5.863
    3    HB2  GLN 164           HB2      GLN 164 -28.024  10.145  -3.478
    4    HB3  GLN 164           HB3      GLN 164 -28.773  11.230  -4.635
    5    HG2  GLN 164           HG2      GLN 164 -30.370   9.457  -5.241
    6    HG3  GLN 164           HG3      GLN 164 -29.634   8.403  -4.034
    7   HE21  GLN 164          HE21      GLN 164 -31.554   8.220  -2.889
    8   HE22  GLN 164          HE22      GLN 164 -32.182   9.512  -1.933

  No H/Q in entry =           8
  In of MODEL   15
    1    H    ILE 165           H        ILE 165 -26.222   9.849  -3.539
    2    HA   ILE 165           HA       ILE 165 -25.530   7.230  -2.899
    3    HB   ILE 165           HB       ILE 165 -22.949   8.030  -3.367
    4   HG12  ILE 165          HG12      ILE 165 -23.182   8.583  -6.001
    5   HG13  ILE 165          HG13      ILE 165 -24.639   9.372  -5.412
    6   HG21  ILE 165          HG21      ILE 165 -24.579   6.003  -4.257
    7   HG23  ILE 165          HG22      ILE 165 -22.828   6.114  -4.450
    8   HG22  ILE 165          HG23      ILE 165 -23.896   6.687  -5.729
    9   HD13  ILE 165          HD11      ILE 165 -23.037  11.047  -5.424
   10   HD12  ILE 165          HD12      ILE 165 -21.787   9.987  -4.781
   11   HD11  ILE 165          HD13      ILE 165 -23.095  10.539  -3.736

  No H/Q in entry =          11
  In of MODEL   15
    1    H    LYS 166           H        LYS 166 -25.410   7.942  -0.368
    2    HA   LYS 166           HA       LYS 166 -24.776  10.631  -0.158
    3    HB2  LYS 166           HB2      LYS 166 -24.761   9.360   2.351
    4    HB3  LYS 166           HB3      LYS 166 -26.030  10.372   1.708
    5    HG2  LYS 166           HG2      LYS 166 -27.388   8.649   2.007
    6    HG3  LYS 166           HG3      LYS 166 -26.590   7.843   0.672
    7    HD2  LYS 166           HD2      LYS 166 -25.127   6.673   2.143
    8    HD3  LYS 166           HD3      LYS 166 -25.600   7.683   3.511
    9    HE2  LYS 166           HE2      LYS 166 -27.969   6.766   3.098
   10    HE3  LYS 166           HE3      LYS 166 -27.172   5.532   2.125
   11    HZ1  LYS 166           HZ1      LYS 166 -26.620   6.083   4.993
   12    HZ3  LYS 166           HZ2      LYS 166 -25.887   4.882   4.059
   13    HZ2  LYS 166           HZ3      LYS 166 -27.539   4.796   4.399

  No H/Q in entry =          13
  In of MODEL   15
    1    H    ILE 167           H        ILE 167 -23.237  11.027   1.613
    2    HA   ILE 167           HA       ILE 167 -21.179   9.346   2.151
    3    HB   ILE 167           HB       ILE 167 -19.542  11.039   0.742
    4   HG12  ILE 167          HG12      ILE 167 -20.295  10.352  -1.687
    5   HG13  ILE 167          HG13      ILE 167 -21.894  10.300  -0.958
    6   HG23  ILE 167          HG21      ILE 167 -18.860   9.012  -0.477
    7   HG22  ILE 167          HG22      ILE 167 -20.321   8.204   0.093
    8   HG21  ILE 167          HG23      ILE 167 -19.092   8.722   1.247
    9   HD12  ILE 167          HD11      ILE 167 -21.458  12.423  -2.034
   10   HD11  ILE 167          HD12      ILE 167 -20.057  12.675  -0.992
   11   HD13  ILE 167          HD13      ILE 167 -21.678  12.620  -0.295

  No H/Q in entry =          11
  In of MODEL   15
    1    H    THR 168           H        THR 168 -20.809  10.229   4.054
    2    HA   THR 168           HA       THR 168 -21.436  12.883   4.651
    3    HB   THR 168           HB       THR 168 -19.707  12.457   6.576
    4    HG1  THR 168           HG1      THR 168 -18.963  10.503   5.249
    5   HG23  THR 168          HG21      THR 168 -21.379  11.176   7.822
    6   HG22  THR 168          HG22      THR 168 -22.196  10.760   6.316
    7   HG21  THR 168          HG23      THR 168 -22.147  12.438   6.860

  No H/Q in entry =           7
  In of MODEL   15
    1    H    ARG 169           H        ARG 169 -19.990  14.641   4.864
    2    HA   ARG 169           HA       ARG 169 -18.051  14.743   2.735
    3    HB2  ARG 169           HB2      ARG 169 -17.562  17.045   4.012
    4    HB3  ARG 169           HB3      ARG 169 -18.919  16.867   2.929
    5    HG2  ARG 169           HG2      ARG 169 -19.559  16.172   5.688
    6    HG3  ARG 169           HG3      ARG 169 -19.035  17.845   5.463
    7    HD2  ARG 169           HD2      ARG 169 -20.703  17.989   3.574
    8    HD3  ARG 169           HD3      ARG 169 -21.337  16.438   4.126
    9    HE   ARG 169           HE       ARG 169 -22.378  17.521   5.846
   10   HH11  ARG 169          HH11      ARG 169 -19.918  19.653   4.543
   11   HH12  ARG 169          HH12      ARG 169 -20.374  20.997   5.535
   12   HH21  ARG 169          HH21      ARG 169 -23.001  19.306   7.131
   13   HH22  ARG 169          HH22      ARG 169 -22.133  20.803   6.994

  No H/Q in entry =          13
  In of MODEL   15
    1    H    GLN 170           H        GLN 170 -18.092  13.865   6.198
    2    HA   GLN 170           HA       GLN 170 -15.539  14.071   6.749
    3    HB2  GLN 170           HB2      GLN 170 -17.483  11.829   7.328
    4    HB3  GLN 170           HB3      GLN 170 -15.903  11.963   8.090
    5    HG2  GLN 170           HG2      GLN 170 -17.191  12.959   9.678
    6    HG3  GLN 170           HG3      GLN 170 -16.772  14.369   8.711
    7   HE21  GLN 170          HE21      GLN 170 -19.250  12.715  10.153
    8   HE22  GLN 170          HE22      GLN 170 -20.581  13.411   9.295

  No H/Q in entry =           8
  In of MODEL   15
    1    H    GLU 171           H        GLU 171 -16.702  12.092   3.866
    2    HA   GLU 171           HA       GLU 171 -14.723  10.182   4.431
    3    HB2  GLU 171           HB2      GLU 171 -16.870  10.531   2.328
    4    HB3  GLU 171           HB3      GLU 171 -15.453   9.549   1.957
    5    HG2  GLU 171           HG2      GLU 171 -16.059   8.379   4.218
    6    HG3  GLU 171           HG3      GLU 171 -17.652   9.057   3.900

  No H/Q in entry =           6
  In of MODEL   15
    1    H    ILE 172           H        ILE 172 -15.762  12.965   2.861
    2    HA   ILE 172           HA       ILE 172 -13.857  13.258   0.800
    3    HB   ILE 172           HB       ILE 172 -15.481  15.472   2.046
    4   HG12  ILE 172          HG12      ILE 172 -17.015  13.620   1.785
    5   HG13  ILE 172          HG13      ILE 172 -17.307  14.754   0.470
    6   HG21  ILE 172          HG21      ILE 172 -13.780  15.808   0.160
    7   HG23  ILE 172          HG22      ILE 172 -15.409  16.428  -0.100
    8   HG22  ILE 172          HG23      ILE 172 -14.912  14.913  -0.851
    9   HD13  ILE 172          HD11      ILE 172 -16.116  13.338  -1.064
   10   HD12  ILE 172          HD12      ILE 172 -17.330  12.376  -0.218
   11   HD11  ILE 172          HD13      ILE 172 -15.630  12.268   0.253

  No H/Q in entry =          11
  In of MODEL   15
    1    H    GLY 173           H        GLY 173 -13.837  14.190   4.412
    2    HA3  GLY 173           HA2      GLY 173 -11.800  15.995   4.191
    3    HA2  GLY 173           HA3      GLY 173 -11.985  14.839   5.508

  No H/Q in entry =           3
  In of MODEL   15
    1    H    GLN 174           H        GLN 174 -11.754  12.598   4.325
    2    HA   GLN 174           HA       GLN 174  -8.942  12.233   4.146
    3    HB2  GLN 174           HB2      GLN 174  -9.450  10.264   5.052
    4    HB3  GLN 174           HB3      GLN 174 -11.092  10.878   5.145
    5    HG2  GLN 174           HG2      GLN 174 -10.907   9.820   2.595
    6    HG3  GLN 174           HG3      GLN 174 -10.031   8.678   3.616
    7   HE21  GLN 174          HE21      GLN 174 -12.504   8.177   2.301
    8   HE22  GLN 174          HE22      GLN 174 -13.689   7.891   3.524

  No H/Q in entry =           8
  In of MODEL   15
    1    H    ILE 175           H        ILE 175 -11.494  12.079   1.757
    2    HA   ILE 175           HA       ILE 175  -9.834  10.579  -0.088
    3    HB   ILE 175           HB       ILE 175 -12.460  11.938  -0.670
    4   HG12  ILE 175          HG12      ILE 175 -12.046   9.053   0.116
    5   HG13  ILE 175          HG13      ILE 175 -12.573  10.305   1.240
    6   HG22  ILE 175          HG21      ILE 175 -12.554  10.075  -2.401
    7   HG21  ILE 175          HG22      ILE 175 -10.843   9.819  -2.063
    8   HG23  ILE 175          HG23      ILE 175 -11.395  11.370  -2.696
    9   HD11  ILE 175          HD11      ILE 175 -14.035   9.572  -1.279
   10   HD13  ILE 175          HD12      ILE 175 -14.578  10.660  -0.003
   11   HD12  ILE 175          HD13      ILE 175 -14.411   8.935   0.321

  No H/Q in entry =          11
  In of MODEL   15
    1    H    VAL 176           H        VAL 176 -10.867  13.845   0.487
    2    HA   VAL 176           HA       VAL 176  -9.542  14.713  -1.961
    3    HB   VAL 176           HB       VAL 176 -11.307  16.276  -0.073
    4   HG12  VAL 176          HG11      VAL 176 -11.371  17.916  -1.873
    5   HG11  VAL 176          HG12      VAL 176 -10.197  16.961  -2.779
    6   HG13  VAL 176          HG13      VAL 176  -9.738  17.700  -1.241
    7   HG22  VAL 176          HG21      VAL 176 -12.516  14.520  -1.246
    8   HG21  VAL 176          HG22      VAL 176 -11.850  15.069  -2.783
    9   HG23  VAL 176          HG23      VAL 176 -12.958  16.105  -1.883

  No H/Q in entry =           9
  In of MODEL   15
    1    H    GLY 177           H        GLY 177  -9.384  15.086   1.558
    2    HA3  GLY 177           HA2      GLY 177  -7.102  15.106   2.436
    3    HA2  GLY 177           HA3      GLY 177  -6.688  16.234   1.158

  No H/Q in entry =           3
  In of MODEL   15
    1    H    CYS 178           H        CYS 178  -9.538  17.357   1.971
    2    HA   CYS 178           HA       CYS 178  -8.461  19.074   4.128
    3    HB2  CYS 178           HB2      CYS 178 -10.105  19.767   1.715
    4    HB3  CYS 178           HB3      CYS 178 -10.141  20.779   3.156
    5    HG   CYS 178           HG       CYS 178  -7.163  20.879   2.976

  No H/Q in entry =           5
  In of MODEL   15
    1    H    SER 179           H        SER 179 -10.176  19.892   5.648
    2    HA   SER 179           HA       SER 179 -11.799  17.742   6.391
    3    HB2  SER 179           HB2      SER 179 -12.863  19.828   7.737
    4    HB3  SER 179           HB3      SER 179 -11.349  19.061   8.216
    5    HG   SER 179           HG       SER 179 -11.233  21.377   8.059

  No H/Q in entry =           5
  In of MODEL   15
    1    H    ARG 180           H        ARG 180 -14.034  17.883   6.585
    2    HA   ARG 180           HA       ARG 180 -15.529  18.439   4.385
    3    HB2  ARG 180           HB2      ARG 180 -17.475  18.564   6.164
    4    HB3  ARG 180           HB3      ARG 180 -16.694  17.052   5.746
    5    HG2  ARG 180           HG2      ARG 180 -16.778  16.919   8.025
    6    HG3  ARG 180           HG3      ARG 180 -15.170  17.602   7.791
    7    HD2  ARG 180           HD2      ARG 180 -15.804  19.682   8.537
    8    HD3  ARG 180           HD3      ARG 180 -17.499  19.433   8.110
    9    HE   ARG 180           HE       ARG 180 -17.534  17.816  10.032
   10   HH11  ARG 180          HH11      ARG 180 -15.428  20.600   9.947
   11   HH12  ARG 180          HH12      ARG 180 -15.153  20.604  11.657
   12   HH21  ARG 180          HH21      ARG 180 -17.231  17.846  12.284
   13   HH22  ARG 180          HH22      ARG 180 -16.186  19.034  12.993

  No H/Q in entry =          13
  In of MODEL   15
    1    H    GLU 181           H        GLU 181 -13.859  20.734   5.522
    2    HA   GLU 181           HA       GLU 181 -15.855  22.762   5.926
    3    HB2  GLU 181           HB2      GLU 181 -12.926  22.675   6.437
    4    HB3  GLU 181           HB3      GLU 181 -13.886  24.141   6.617
    5    HG2  GLU 181           HG2      GLU 181 -14.229  21.552   8.100
    6    HG3  GLU 181           HG3      GLU 181 -13.654  23.087   8.752

  No H/Q in entry =           6
  In of MODEL   15
    1    H    THR 182           H        THR 182 -12.807  22.708   4.207
    2    HA   THR 182           HA       THR 182 -13.447  24.667   2.215
    3    HB   THR 182           HB       THR 182 -11.746  22.565   1.119
    4    HG1  THR 182           HG1      THR 182 -10.320  23.553   3.205
    5   HG22  THR 182          HG21      THR 182 -11.069  25.368   2.029
    6   HG21  THR 182          HG22      THR 182 -11.683  24.937   0.433
    7   HG23  THR 182          HG23      THR 182 -10.101  24.357   0.955

  No H/Q in entry =           7
  In of MODEL   15
    1    H    VAL 183           H        VAL 183 -13.485  21.149   2.335
    2    HA   VAL 183           HA       VAL 183 -15.077  20.702   0.008
    3    HB   VAL 183           HB       VAL 183 -13.899  19.241   2.228
    4   HG13  VAL 183          HG11      VAL 183 -15.298  17.378   2.375
    5   HG12  VAL 183          HG12      VAL 183 -16.320  17.945   1.044
    6   HG11  VAL 183          HG13      VAL 183 -16.350  18.784   2.595
    7   HG23  VAL 183          HG21      VAL 183 -14.643  18.270  -0.488
    8   HG22  VAL 183          HG22      VAL 183 -13.392  17.637   0.590
    9   HG21  VAL 183          HG23      VAL 183 -13.205  19.235  -0.145

  No H/Q in entry =           9
  In of MODEL   15
    1    H    GLY 184           H        GLY 184 -15.841  21.376   3.531
    2    HA3  GLY 184           HA2      GLY 184 -18.515  20.857   3.268
    3    HA2  GLY 184           HA3      GLY 184 -17.832  22.110   4.306

  No H/Q in entry =           3
  In of MODEL   15
    1    H    ARG 185           H        ARG 185 -16.607  23.597   2.365
    2    HA   ARG 185           HA       ARG 185 -18.335  25.433   1.562
    3    HB2  ARG 185           HB2      ARG 185 -16.139  24.551  -0.316
    4    HB3  ARG 185           HB3      ARG 185 -17.104  25.999  -0.546
    5    HG2  ARG 185           HG2      ARG 185 -15.327  25.462   1.823
    6    HG3  ARG 185           HG3      ARG 185 -14.931  26.503   0.455
    7    HD2  ARG 185           HD2      ARG 185 -16.592  28.068   1.034
    8    HD3  ARG 185           HD3      ARG 185 -17.380  26.945   2.140
    9    HE   ARG 185           HE       ARG 185 -14.674  27.613   2.865
   10   HH11  ARG 185          HH11      ARG 185 -18.037  28.546   3.125
   11   HH12  ARG 185          HH12      ARG 185 -17.822  29.373   4.636
   12   HH21  ARG 185          HH21      ARG 185 -14.384  28.725   4.854
   13   HH22  ARG 185          HH22      ARG 185 -15.747  29.496   5.606

  No H/Q in entry =          13
  In of MODEL   15
    1    H    ILE 186           H        ILE 186 -17.326  23.166  -1.053
    2    HA   ILE 186           HA       ILE 186 -19.429  23.485  -2.481
    3    HB   ILE 186           HB       ILE 186 -17.519  21.242  -2.194
    4   HG12  ILE 186          HG12      ILE 186 -17.068  22.095  -4.602
    5   HG13  ILE 186          HG13      ILE 186 -18.082  23.457  -4.153
    6   HG21  ILE 186          HG21      ILE 186 -20.016  20.696  -3.187
    7   HG23  ILE 186          HG22      ILE 186 -18.541  19.816  -3.582
    8   HG22  ILE 186          HG23      ILE 186 -19.105  21.111  -4.638
    9   HD11  ILE 186          HD11      ILE 186 -15.921  22.853  -2.262
   10   HD13  ILE 186          HD12      ILE 186 -16.474  24.398  -2.909
   11   HD12  ILE 186          HD13      ILE 186 -15.403  23.374  -3.863

  No H/Q in entry =          11
  In of MODEL   15
    1    H    LEU 187           H        LEU 187 -19.431  21.277   0.140
    2    HA   LEU 187           HA       LEU 187 -21.697  19.893  -0.788
    3    HB2  LEU 187           HB2      LEU 187 -20.321  19.956   1.858
    4    HB3  LEU 187           HB3      LEU 187 -21.515  18.749   1.341
    5    HG   LEU 187           HG       LEU 187 -18.700  19.160   0.382
    6   HD12  LEU 187          HD11      LEU 187 -19.642  16.565   0.042
    7   HD11  LEU 187          HD12      LEU 187 -20.174  17.143   1.625
    8   HD13  LEU 187          HD13      LEU 187 -18.457  17.190   1.193
    9   HD21  LEU 187          HD21      LEU 187 -19.991  19.419  -1.686
   10   HD23  LEU 187          HD22      LEU 187 -20.816  17.898  -1.350
   11   HD22  LEU 187          HD23      LEU 187 -19.085  17.906  -1.666

  No H/Q in entry =          11
  In of MODEL   15
    1    H    LYS 188           H        LYS 188 -21.297  22.887   0.354
    2    HA   LYS 188           HA       LYS 188 -23.860  23.076   1.770
    3    HB2  LYS 188           HB2      LYS 188 -21.728  24.452   2.462
    4    HB3  LYS 188           HB3      LYS 188 -22.171  25.473   1.101
    5    HG2  LYS 188           HG2      LYS 188 -24.201  24.808   3.193
    6    HG3  LYS 188           HG3      LYS 188 -23.012  26.079   3.477
    7    HD2  LYS 188           HD2      LYS 188 -23.910  27.458   1.882
    8    HD3  LYS 188           HD3      LYS 188 -24.514  26.115   0.908
    9    HE2  LYS 188           HE2      LYS 188 -26.249  25.703   2.618
   10    HE3  LYS 188           HE3      LYS 188 -25.670  27.107   3.513
   11    HZ3  LYS 188           HZ1      LYS 188 -26.263  28.514   1.673
   12    HZ2  LYS 188           HZ2      LYS 188 -27.608  27.599   2.118
   13    HZ1  LYS 188           HZ3      LYS 188 -26.725  27.183   0.730

  No H/Q in entry =          13
  In of MODEL   15
    1    H    MET 189           H        MET 189 -22.168  23.848  -1.236
    2    HA   MET 189           HA       MET 189 -24.377  25.457  -2.277
    3    HB2  MET 189           HB2      MET 189 -23.172  25.215  -4.527
    4    HB3  MET 189           HB3      MET 189 -22.386  26.157  -3.277
    5    HG2  MET 189           HG2      MET 189 -21.287  23.747  -2.832
    6    HG3  MET 189           HG3      MET 189 -21.581  23.650  -4.564
    7    HE1  MET 189           HE1      MET 189 -19.860  25.490  -1.673
    8    HE3  MET 189           HE2      MET 189 -20.648  26.896  -2.390
    9    HE2  MET 189           HE3      MET 189 -18.893  26.737  -2.461

  No H/Q in entry =           9
  In of MODEL   15
    1    H    LEU 190           H        LEU 190 -23.465  22.152  -2.188
    2    HA   LEU 190           HA       LEU 190 -24.864  21.118  -4.338
    3    HB2  LEU 190           HB2      LEU 190 -24.547  19.946  -1.598
    4    HB3  LEU 190           HB3      LEU 190 -24.972  19.055  -3.052
    5    HG   LEU 190           HG       LEU 190 -22.384  20.273  -2.282
    6   HD13  LEU 190          HD11      LEU 190 -22.720  17.958  -1.799
    7   HD12  LEU 190          HD12      LEU 190 -21.571  18.109  -3.129
    8   HD11  LEU 190          HD13      LEU 190 -23.245  17.654  -3.454
    9   HD23  LEU 190          HD21      LEU 190 -21.648  19.883  -4.643
   10   HD22  LEU 190          HD22      LEU 190 -22.660  21.296  -4.351
   11   HD21  LEU 190          HD23      LEU 190 -23.360  19.841  -5.060

  No H/Q in entry =          11
  In of MODEL   15
    1    H    GLU 191           H        GLU 191 -26.161  21.585  -0.966
    2    HA   GLU 191           HA       GLU 191 -28.728  20.788  -1.663
    3    HB2  GLU 191           HB2      GLU 191 -27.774  20.983   0.658
    4    HB3  GLU 191           HB3      GLU 191 -27.851  22.730   0.496
    5    HG2  GLU 191           HG2      GLU 191 -30.346  22.439   0.127
    6    HG3  GLU 191           HG3      GLU 191 -30.128  20.781   0.680

  No H/Q in entry =           6
  In of MODEL   15
    1    H    ASP 192           H        ASP 192 -26.972  23.528  -2.482
    2    HA   ASP 192           HA       ASP 192 -29.330  25.213  -2.741
    3    HB2  ASP 192           HB2      ASP 192 -26.386  25.741  -2.964
    4    HB3  ASP 192           HB3      ASP 192 -27.537  26.867  -3.676

  No H/Q in entry =           4
  In of MODEL   15
    1    H    GLN 193           H        GLN 193 -27.847  22.884  -4.307
    2    HA   GLN 193           HA       GLN 193 -27.799  22.031  -6.431
    3    HB2  GLN 193           HB2      GLN 193 -30.155  23.874  -6.501
    4    HB3  GLN 193           HB3      GLN 193 -29.591  23.174  -8.011
    5    HG2  GLN 193           HG2      GLN 193 -31.081  21.585  -7.448
    6    HG3  GLN 193           HG3      GLN 193 -29.694  20.959  -6.566
    7   HE21  GLN 193          HE21      GLN 193 -29.648  21.097  -4.344
    8   HE22  GLN 193          HE22      GLN 193 -31.049  21.471  -3.404

  No H/Q in entry =           8
  In of MODEL   15
    1    H    ASN 194           H        ASN 194 -26.214  24.406  -5.674
    2    HA   ASN 194           HA       ASN 194 -25.986  25.861  -8.200
    3    HB2  ASN 194           HB2      ASN 194 -25.738  26.753  -5.672
    4    HB3  ASN 194           HB3      ASN 194 -24.054  26.353  -5.992
    5   HD21  ASN 194          HD21      ASN 194 -26.769  28.314  -6.989
    6   HD22  ASN 194          HD22      ASN 194 -25.847  29.496  -7.850

  No H/Q in entry =           6
  In of MODEL   15
    1    H    LEU 195           H        LEU 195 -25.000  23.004  -7.124
    2    HA   LEU 195           HA       LEU 195 -22.735  22.897  -8.952
    3    HB2  LEU 195           HB2      LEU 195 -22.135  23.500  -6.449
    4    HB3  LEU 195           HB3      LEU 195 -22.323  21.776  -6.227
    5    HG   LEU 195           HG       LEU 195 -20.538  22.555  -8.444
    6   HD13  LEU 195          HD11      LEU 195 -18.684  23.073  -6.946
    7   HD12  LEU 195          HD12      LEU 195 -19.774  22.997  -5.560
    8   HD11  LEU 195          HD13      LEU 195 -19.979  24.260  -6.777
    9   HD22  LEU 195          HD21      LEU 195 -20.611  20.273  -7.985
   10   HD21  LEU 195          HD22      LEU 195 -20.616  20.531  -6.240
   11   HD23  LEU 195          HD23      LEU 195 -19.142  20.812  -7.166

  No H/Q in entry =          11
  In of MODEL   15
    1    H    ILE 196           H        ILE 196 -25.068  21.303  -6.912
    2    HA   ILE 196           HA       ILE 196 -25.252  19.013  -8.470
    3    HB   ILE 196           HB       ILE 196 -24.585  18.141  -5.712
    4   HG12  ILE 196          HG12      ILE 196 -22.570  18.182  -7.950
    5   HG13  ILE 196          HG13      ILE 196 -22.584  19.417  -6.692
    6   HG22  ILE 196          HG21      ILE 196 -24.091  16.094  -6.979
    7   HG21  ILE 196          HG22      ILE 196 -24.425  16.954  -8.481
    8   HG23  ILE 196          HG23      ILE 196 -25.718  16.682  -7.313
    9   HD13  ILE 196          HD11      ILE 196 -22.110  17.864  -5.019
   10   HD12  ILE 196          HD12      ILE 196 -21.027  17.463  -6.358
   11   HD11  ILE 196          HD13      ILE 196 -22.480  16.496  -6.069

  No H/Q in entry =          11
  In of MODEL   15
    1    H    SER 197           H        SER 197 -26.326  17.686  -5.834
    2    HA   SER 197           HA       SER 197 -28.262  19.311  -4.877
    3    HB2  SER 197           HB2      SER 197 -29.674  19.129  -6.674
    4    HB3  SER 197           HB3      SER 197 -29.208  17.465  -7.026
    5    HG   SER 197           HG       SER 197 -30.298  16.870  -5.075

  No H/Q in entry =           5
  In of MODEL   15
    1    H    ALA 198           H        ALA 198 -27.196  18.680  -3.235
    2    HA   ALA 198           HA       ALA 198 -27.191  15.997  -2.273
    3    HB2  ALA 198           HB1      ALA 198 -26.549  18.519  -0.733
    4    HB1  ALA 198           HB2      ALA 198 -25.380  17.550  -1.627
    5    HB3  ALA 198           HB3      ALA 198 -26.202  16.868  -0.223

  No H/Q in entry =           5
  In of MODEL   15
    1    H    HIS 199           H        HIS 199 -28.993  15.099  -1.737
    2    HA   HIS 199           HA       HIS 199 -31.096  16.682  -0.495
    3    HB2  HIS 199           HB2      HIS 199 -31.633  14.936  -2.271
    4    HB3  HIS 199           HB3      HIS 199 -31.123  13.707  -1.118
    5    HD1  HIS 199           HD1      HIS 199 -33.810  16.293  -1.658
    6    HD2  HIS 199           HD2      HIS 199 -32.999  13.038   0.795
    7    HE1  HIS 199           HE1      HIS 199 -35.951  15.827  -0.425
    8    HE2  HIS 199           HE2      HIS 199 -35.392  13.955   1.163

  No H/Q in entry =           8
  In of MODEL   15
    1    H    GLY 200           H        GLY 200 -29.577  17.111   1.250
    2    HA3  GLY 200           HA2      GLY 200 -29.182  16.779   3.540
    3    HA2  GLY 200           HA3      GLY 200 -29.704  15.098   3.364

  No H/Q in entry =           3
  In of MODEL   15
    1    H    LYS 201           H        LYS 201 -28.063  13.648   3.529
    2    HA   LYS 201           HA       LYS 201 -25.413  14.567   2.657
    3    HB2  LYS 201           HB2      LYS 201 -24.546  12.546   3.880
    4    HB3  LYS 201           HB3      LYS 201 -25.279  13.777   4.893
    5    HG2  LYS 201           HG2      LYS 201 -27.180  11.745   4.052
    6    HG3  LYS 201           HG3      LYS 201 -25.815  11.087   4.962
    7    HD2  LYS 201           HD2      LYS 201 -26.231  12.957   6.630
    8    HD3  LYS 201           HD3      LYS 201 -27.768  13.212   5.802
    9    HE2  LYS 201           HE2      LYS 201 -28.275  10.793   6.212
   10    HE3  LYS 201           HE3      LYS 201 -26.831  10.730   7.222
   11    HZ1  LYS 201           HZ1      LYS 201 -27.812  12.519   8.581
   12    HZ3  LYS 201           HZ2      LYS 201 -28.733  11.099   8.596
   13    HZ2  LYS 201           HZ3      LYS 201 -29.229  12.418   7.662

  No H/Q in entry =          13
  In of MODEL   15
    1    H    THR 202           H        THR 202 -28.006  12.775   1.654
    2    HA   THR 202           HA       THR 202 -26.604  10.901  -0.057
    3    HB   THR 202           HB       THR 202 -29.404  11.567  -0.710
    4    HG1  THR 202           HG1      THR 202 -30.077  11.615   1.298
    5   HG21  THR 202          HG21      THR 202 -27.806   9.087  -0.184
    6   HG23  THR 202          HG22      THR 202 -28.627   9.589  -1.660
    7   HG22  THR 202          HG23      THR 202 -29.563   9.014  -0.281

  No H/Q in entry =           7
  In of MODEL   15
    1    H    ILE 203           H        ILE 203 -25.613  11.729  -1.813
    2    HA   ILE 203           HA       ILE 203 -26.474  14.348  -2.668
    3    HB   ILE 203           HB       ILE 203 -23.895  12.875  -2.874
    4   HG12  ILE 203          HG12      ILE 203 -24.697  15.566  -1.757
    5   HG13  ILE 203          HG13      ILE 203 -24.271  14.130  -0.836
    6   HG23  ILE 203          HG21      ILE 203 -22.989  14.646  -4.284
    7   HG22  ILE 203          HG22      ILE 203 -24.564  15.436  -4.331
    8   HG21  ILE 203          HG23      ILE 203 -24.344  13.859  -5.090
    9   HD12  ILE 203          HD11      ILE 203 -22.448  15.806  -2.542
   10   HD11  ILE 203          HD12      ILE 203 -21.980  14.279  -1.800
   11   HD13  ILE 203          HD13      ILE 203 -22.426  15.648  -0.786

  No H/Q in entry =          11
  In of MODEL   15
    1    H    VAL 204           H        VAL 204 -27.547  14.574  -4.524
    2    HA   VAL 204           HA       VAL 204 -27.723  12.309  -6.425
    3    HB   VAL 204           HB       VAL 204 -29.602  14.503  -5.601
    4   HG13  VAL 204          HG11      VAL 204 -29.325  15.138  -7.875
    5   HG12  VAL 204          HG12      VAL 204 -30.853  14.260  -7.760
    6   HG11  VAL 204          HG13      VAL 204 -29.424  13.464  -8.418
    7   HG21  VAL 204          HG21      VAL 204 -29.851  11.622  -6.348
    8   HG23  VAL 204          HG22      VAL 204 -31.260  12.678  -6.316
    9   HG22  VAL 204          HG23      VAL 204 -30.313  12.431  -4.849

  No H/Q in entry =           9
  In of MODEL   15
    1    H    VAL 205           H        VAL 205 -27.054  12.743  -8.538
    2    HA   VAL 205           HA       VAL 205 -25.875  15.313  -9.111
    3    HB   VAL 205           HB       VAL 205 -24.578  13.657 -10.802
    4   HG11  VAL 205          HG11      VAL 205 -23.855  13.850  -7.851
    5   HG13  VAL 205          HG12      VAL 205 -23.417  15.009  -9.111
    6   HG12  VAL 205          HG13      VAL 205 -22.740  13.382  -9.137
    7   HG23  VAL 205          HG21      VAL 205 -24.067  11.474  -9.780
    8   HG22  VAL 205          HG22      VAL 205 -25.795  11.625 -10.113
    9   HG21  VAL 205          HG23      VAL 205 -25.190  11.828  -8.464

  No H/Q in entry =           9
  In of MODEL   15
    1    H    TYR 206           H        TYR 206 -27.815  15.966  -9.856
    2    HA   TYR 206           HA       TYR 206 -29.957  14.644 -10.919
    3    HB2  TYR 206           HB2      TYR 206 -28.774  17.323 -11.689
    4    HB3  TYR 206           HB3      TYR 206 -30.238  16.719 -12.449
    5    HD1  TYR 206           HD1      TYR 206 -29.088  18.866 -10.051
    6    HD2  TYR 206           HD2      TYR 206 -31.971  15.774 -10.562
    7    HE1  TYR 206           HE1      TYR 206 -30.403  19.814  -8.230
    8    HE2  TYR 206           HE2      TYR 206 -33.323  16.701  -8.740
    9    HH   TYR 206           HH       TYR 206 -32.382  18.479  -6.508

  No H/Q in entry =           9
  In of MODEL   15
    1    H    GLY 207           H        GLY 207 -27.257  16.044 -12.820
    2    HA3  GLY 207           HA2      GLY 207 -26.886  13.890 -14.521
    3    HA2  GLY 207           HA3      GLY 207 -28.115  14.890 -15.268

  No H/Q in entry =           3
  In of MODEL   15
    1    H    THR 208           H        THR 208 -27.183  17.423 -14.676
    2    HA   THR 208           HA       THR 208 -25.164  17.734 -16.659
    3    HB   THR 208           HB       THR 208 -25.708  20.026 -14.884
    4    HG1  THR 208           HG1      THR 208 -27.854  19.704 -16.492
    5   HG23  THR 208          HG21      THR 208 -26.036  21.159 -17.016
    6   HG22  THR 208          HG22      THR 208 -26.005  19.612 -17.863
    7   HG21  THR 208          HG23      THR 208 -24.552  20.207 -17.059

  No H/Q in entry =           7
  In of MODEL   15
    1    H    ARG 209           H        ARG 209 -25.187  17.407 -13.252
    2    HA   ARG 209           HA       ARG 209 -22.380  17.208 -13.040
    3    HB2  ARG 209           HB2      ARG 209 -23.255  19.818 -12.915
    4    HB3  ARG 209           HB3      ARG 209 -23.249  19.344 -11.221
    5    HG2  ARG 209           HG2      ARG 209 -20.921  18.766 -11.336
    6    HG3  ARG 209           HG3      ARG 209 -20.897  19.058 -13.077
    7    HD2  ARG 209           HD2      ARG 209 -21.483  21.130 -10.965
    8    HD3  ARG 209           HD3      ARG 209 -19.941  20.929 -11.794
    9    HE   ARG 209           HE       ARG 209 -21.675  21.253 -13.835
   10   HH11  ARG 209          HH11      ARG 209 -21.116  23.073 -10.908
   11   HH12  ARG 209          HH12      ARG 209 -21.535  24.599 -11.619
   12   HH21  ARG 209          HH21      ARG 209 -22.251  23.267 -14.778
   13   HH22  ARG 209          HH22      ARG 209 -22.185  24.709 -13.813

  No H/Q in entry =          13
  In of MODEL   15
    1    H1   VAL   1           H1       VAL   1  28.339 -14.018  -3.711
    2    H2   VAL   1           H3       VAL   1  29.610 -13.957  -4.825
    3    H3   VAL   1           H2       VAL   1  28.752 -15.395  -4.600
    4    HA   VAL   1           HA       VAL   1  30.815 -15.616  -3.494
    5    HB   VAL   1           HB       VAL   1  31.312 -13.213  -3.282
    6   HG12  VAL   1          HG11      VAL   1  29.322 -13.234  -1.017
    7   HG11  VAL   1          HG12      VAL   1  29.120 -12.423  -2.571
    8   HG13  VAL   1          HG13      VAL   1  30.378 -11.891  -1.456
    9   HG21  VAL   1          HG21      VAL   1  32.597 -14.797  -1.957
   10   HG23  VAL   1          HG22      VAL   1  31.416 -14.686  -0.653
   11   HG22  VAL   1          HG23      VAL   1  32.387 -13.280  -1.084

  No H/Q in entry =          11
  In of MODEL   15
    1    H    LEU   2           H        LEU   2  30.875 -16.980  -1.731
    2    HA   LEU   2           HA       LEU   2  28.408 -17.126  -0.120
    3    HB2  LEU   2           HB2      LEU   2  30.151 -19.331  -1.211
    4    HB3  LEU   2           HB3      LEU   2  28.959 -19.600   0.047
    5    HG   LEU   2           HG       LEU   2  28.233 -18.451  -2.641
    6   HD12  LEU   2          HD11      LEU   2  27.472 -20.727  -3.225
    7   HD11  LEU   2          HD12      LEU   2  28.264 -21.335  -1.772
    8   HD13  LEU   2          HD13      LEU   2  29.224 -20.607  -3.059
    9   HD22  LEU   2          HD21      LEU   2  26.624 -18.070  -0.859
   10   HD21  LEU   2          HD22      LEU   2  26.620 -19.791  -0.474
   11   HD23  LEU   2          HD23      LEU   2  25.993 -19.233  -2.025

  No H/Q in entry =          11
  In of MODEL   15
    1    H    GLY   3           H        GLY   3  29.176 -18.996   1.738
    2    HA3  GLY   3           HA2      GLY   3  30.763 -19.452   3.432
    3    HA2  GLY   3           HA3      GLY   3  31.647 -18.008   2.964

  No H/Q in entry =           3
  In of MODEL   15
    1    H    LYS   4           H        LYS   4  28.219 -17.810   3.339
    2    HA   LYS   4           HA       LYS   4  28.564 -16.608   5.991
    3    HB2  LYS   4           HB2      LYS   4  27.288 -15.454   3.562
    4    HB3  LYS   4           HB3      LYS   4  26.580 -15.075   5.128
    5    HG2  LYS   4           HG2      LYS   4  28.059 -13.389   5.131
    6    HG3  LYS   4           HG3      LYS   4  29.206 -14.632   5.629
    7    HD2  LYS   4           HD2      LYS   4  29.603 -15.003   3.122
    8    HD3  LYS   4           HD3      LYS   4  28.782 -13.456   2.897
    9    HE2  LYS   4           HE2      LYS   4  30.977 -12.777   3.024
   10    HE3  LYS   4           HE3      LYS   4  30.478 -12.629   4.708
   11    HZ1  LYS   4           HZ1      LYS   4  31.360 -15.051   4.850
   12    HZ3  LYS   4           HZ2      LYS   4  32.447 -13.759   4.893
   13    HZ2  LYS   4           HZ3      LYS   4  32.231 -14.629   3.461

  No H/Q in entry =          13
  In of MODEL   15
    1    HA   PRO   5           HA       PRO   5  25.162 -19.350   6.893
    2    HB2  PRO   5           HB2      PRO   5  24.802 -18.334   9.512
    3    HB3  PRO   5           HB3      PRO   5  25.733 -19.753   9.037
    4    HG2  PRO   5           HG2      PRO   5  26.743 -17.344  10.078
    5    HG3  PRO   5           HG3      PRO   5  27.678 -18.668   9.371
    6    HD2  PRO   5           HD2      PRO   5  26.916 -16.062   8.201
    7    HD3  PRO   5           HD3      PRO   5  28.274 -17.131   7.802

  No H/Q in entry =           7
  In of MODEL   15
    1    H    GLN   6           H        GLN   6  23.408 -18.703   5.745
    2    HA   GLN   6           HA       GLN   6  22.027 -16.224   6.339
    3    HB2  GLN   6           HB2      GLN   6  22.311 -17.766   4.076
    4    HB3  GLN   6           HB3      GLN   6  20.680 -18.162   4.596
    5    HG2  GLN   6           HG2      GLN   6  20.253 -15.670   4.696
    6    HG3  GLN   6           HG3      GLN   6  21.788 -15.475   3.851
    7   HE21  GLN   6          HE21      GLN   6  19.511 -18.102   3.343
    8   HE22  GLN   6          HE22      GLN   6  19.087 -17.663   1.731

  No H/Q in entry =           8
  In of MODEL   15
    1    H    THR   7           H        THR   7  21.513 -19.671   6.662
    2    HA   THR   7           HA       THR   7  20.296 -20.896   8.171
    3    HB   THR   7           HB       THR   7  18.932 -18.429   9.244
    4    HG1  THR   7           HG1      THR   7  21.068 -17.873   9.448
    5   HG22  THR   7          HG21      THR   7  19.764 -21.044  10.514
    6   HG21  THR   7          HG22      THR   7  18.131 -20.617  10.005
    7   HG23  THR   7          HG23      THR   7  18.903 -19.733  11.321

  No H/Q in entry =           7
  In of MODEL   15
    1    H    ASP   8           H        ASP   8  19.555 -20.325   5.501
    2    HA   ASP   8           HA       ASP   8  16.683 -20.799   5.776
    3    HB2  ASP   8           HB2      ASP   8  17.110 -18.335   5.225
    4    HB3  ASP   8           HB3      ASP   8  17.597 -18.905   3.630

  No H/Q in entry =           4
  In of MODEL   15
    1    HA   PRO   9           HA       PRO   9  18.611 -23.880   2.966
    2    HB2  PRO   9           HB2      PRO   9  16.824 -25.855   3.573
    3    HB3  PRO   9           HB3      PRO   9  18.303 -25.556   4.492
    4    HG2  PRO   9           HG2      PRO   9  15.495 -24.717   5.087
    5    HG3  PRO   9           HG3      PRO   9  16.738 -25.337   6.190
    6    HD2  PRO   9           HD2      PRO   9  16.148 -22.707   6.016
    7    HD3  PRO   9           HD3      PRO   9  17.790 -23.287   6.359

  No H/Q in entry =           7
  In of MODEL   15
    1    H    THR  10           H        THR  10  15.498 -22.413   3.161
    2    HA   THR  10           HA       THR  10  14.420 -23.854   0.882
    3    HB   THR  10           HB       THR  10  12.764 -21.671   1.374
    4    HG1  THR  10           HG1      THR  10  13.870 -21.194   3.313
    5   HG23  THR  10          HG21      THR  10  11.251 -23.330   2.351
    6   HG22  THR  10          HG22      THR  10  12.595 -24.457   2.540
    7   HG21  THR  10          HG23      THR  10  12.061 -23.983   0.927

  No H/Q in entry =           7
  In of MODEL   15
    1    H    LEU  11           H        LEU  11  15.689 -20.655   1.734
    2    HA   LEU  11           HA       LEU  11  15.318 -19.557  -0.857
    3    HB2  LEU  11           HB2      LEU  11  16.059 -18.631   1.644
    4    HB3  LEU  11           HB3      LEU  11  17.500 -18.423   0.669
    5    HG   LEU  11           HG       LEU  11  16.457 -16.433   0.405
    6   HD12  LEU  11          HD11      LEU  11  15.240 -17.976  -1.838
    7   HD11  LEU  11          HD12      LEU  11  16.895 -17.382  -1.784
    8   HD13  LEU  11          HD13      LEU  11  15.552 -16.242  -1.806
    9   HD23  LEU  11          HD21      LEU  11  14.029 -16.159   0.019
   10   HD22  LEU  11          HD22      LEU  11  14.438 -16.836   1.597
   11   HD21  LEU  11          HD23      LEU  11  13.851 -17.889   0.307

  No H/Q in entry =          11
  In of MODEL   15
    1    H    GLU  12           H        GLU  12  17.713 -21.328   0.753
    2    HA   GLU  12           HA       GLU  12  19.847 -20.998  -1.164
    3    HB2  GLU  12           HB2      GLU  12  19.517 -22.807   1.256
    4    HB3  GLU  12           HB3      GLU  12  20.943 -22.825   0.225
    5    HG2  GLU  12           HG2      GLU  12  21.534 -20.624   0.837
    6    HG3  GLU  12           HG3      GLU  12  19.972 -20.339   1.598

  No H/Q in entry =           6
  In of MODEL   15
    1    H    TRP  13           H        TRP  13  16.983 -22.609  -0.875
    2    HA   TRP  13           HA       TRP  13  17.826 -24.789  -2.662
    3    HB2  TRP  13           HB2      TRP  13  15.953 -24.823  -0.614
    4    HB3  TRP  13           HB3      TRP  13  14.957 -24.632  -2.057
    5    HD1  TRP  13           HD1      TRP  13  15.444 -26.548  -4.047
    6    HE1  TRP  13           HE1      TRP  13  15.950 -29.054  -3.761
    7    HE3  TRP  13           HE3      TRP  13  16.926 -26.518   0.842
    8    HZ2  TRP  13           HZ2      TRP  13  16.862 -30.786  -1.729
    9    HZ3  TRP  13           HZ3      TRP  13  17.602 -28.640   1.884
   10    HH2  TRP  13           HH2      TRP  13  17.569 -30.731   0.624

  No H/Q in entry =          10
  In of MODEL   15
    1    H    PHE  14           H        PHE  14  16.437 -21.665  -2.493
    2    HA   PHE  14           HA       PHE  14  15.051 -21.730  -5.051
    3    HB2  PHE  14           HB2      PHE  14  13.905 -20.478  -3.438
    4    HB3  PHE  14           HB3      PHE  14  15.359 -19.710  -2.855
    5    HD1  PHE  14           HD1      PHE  14  16.063 -17.666  -3.698
    6    HD2  PHE  14           HD2      PHE  14  13.123 -19.840  -5.811
    7    HE1  PHE  14           HE1      PHE  14  15.790 -15.779  -5.239
    8    HE2  PHE  14           HE2      PHE  14  12.836 -17.963  -7.361
    9    HZ   PHE  14           HZ       PHE  14  14.173 -15.925  -7.083

  No H/Q in entry =           9
  In of MODEL   15
    1    H    LEU  15           H        LEU  15  18.098 -20.709  -3.740
    2    HA   LEU  15           HA       LEU  15  18.448 -18.616  -5.732
    3    HB2  LEU  15           HB2      LEU  15  20.248 -19.330  -3.420
    4    HB3  LEU  15           HB3      LEU  15  20.442 -17.967  -4.510
    5    HG   LEU  15           HG       LEU  15  18.058 -18.356  -2.723
    6   HD13  LEU  15          HD11      LEU  15  19.749 -18.004  -1.237
    7   HD12  LEU  15          HD12      LEU  15  19.124 -16.377  -1.538
    8   HD11  LEU  15          HD13      LEU  15  20.610 -16.920  -2.326
    9   HD21  LEU  15          HD21      LEU  15  17.989 -16.857  -4.854
   10   HD23  LEU  15          HD22      LEU  15  18.907 -15.738  -3.841
   11   HD22  LEU  15          HD23      LEU  15  17.317 -16.287  -3.328

  No H/Q in entry =          11
  In of MODEL   15
    1    H    SER  16           H        SER  16  18.714 -21.779  -5.337
    2    HA   SER  16           HA       SER  16  21.202 -22.083  -6.878
    3    HB2  SER  16           HB2      SER  16  20.420 -24.617  -6.384
    4    HB3  SER  16           HB3      SER  16  21.380 -23.704  -5.216
    5    HG   SER  16           HG       SER  16  19.769 -23.946  -3.898

  No H/Q in entry =           5
  In of MODEL   15
    1    H    HIS  17           H        HIS  17  18.008 -21.455  -7.141
    2    HA   HIS  17           HA       HIS  17  17.653 -23.126  -9.514
    3    HB2  HIS  17           HB2      HIS  17  15.796 -22.282  -7.378
    4    HB3  HIS  17           HB3      HIS  17  15.144 -22.259  -9.014
    5    HD1  HIS  17           HD1      HIS  17  15.709 -24.482  -6.217
    6    HD2  HIS  17           HD2      HIS  17  15.524 -24.881 -10.356
    7    HE1  HIS  17           HE1      HIS  17  15.269 -26.923  -6.648
    8    HE2  HIS  17           HE2      HIS  17  15.029 -27.112  -9.152

  No H/Q in entry =           8
  In of MODEL   15
    1    H    CYS  18           H        CYS  18  18.203 -19.924  -8.527
    2    HA   CYS  18           HA       CYS  18  16.890 -18.870 -10.920
    3    HB2  CYS  18           HB2      CYS  18  17.147 -16.657  -9.628
    4    HB3  CYS  18           HB3      CYS  18  15.936 -17.818  -9.115
    5    HG   CYS  18           HG       CYS  18  17.107 -16.615  -6.933

  No H/Q in entry =           5
  In of MODEL   15
    1    H    HIS  19           H        HIS  19  18.466 -16.340 -10.279
    2    HA   HIS  19           HA       HIS  19  21.153 -17.067 -11.144
    3    HB2  HIS  19           HB2      HIS  19  19.847 -16.659 -13.246
    4    HB3  HIS  19           HB3      HIS  19  19.481 -15.040 -12.675
    5    HD1  HIS  19           HD1      HIS  19  22.504 -17.136 -13.646
    6    HD2  HIS  19           HD2      HIS  19  21.285 -13.165 -13.453
    7    HE1  HIS  19           HE1      HIS  19  24.383 -15.802 -14.642
    8    HE2  HIS  19           HE2      HIS  19  23.535 -13.434 -14.691

  No H/Q in entry =           8
  In of MODEL   15
    1    H    ILE  20           H        ILE  20  21.724 -16.196  -8.785
    2    HA   ILE  20           HA       ILE  20  21.266 -13.435  -8.243
    3    HB   ILE  20           HB       ILE  20  23.123 -15.516  -7.168
    4   HG12  ILE  20          HG12      ILE  20  21.909 -14.382  -5.040
    5   HG13  ILE  20          HG13      ILE  20  20.709 -14.078  -6.287
    6   HG21  ILE  20          HG21      ILE  20  24.482 -13.494  -7.292
    7   HG23  ILE  20          HG22      ILE  20  24.139 -13.946  -5.623
    8   HG22  ILE  20          HG23      ILE  20  23.258 -12.617  -6.374
    9   HD12  ILE  20          HD11      ILE  20  21.758 -16.727  -5.349
   10   HD11  ILE  20          HD12      ILE  20  20.763 -16.533  -6.792
   11   HD13  ILE  20          HD13      ILE  20  20.115 -16.093  -5.209

  No H/Q in entry =          11
  In of MODEL   15
    1    H    HIS  21           H        HIS  21  22.055 -11.852  -9.272
    2    HA   HIS  21           HA       HIS  21  24.341 -10.810  -9.403
    3    HB2  HIS  21           HB2      HIS  21  25.528 -12.715 -10.292
    4    HB3  HIS  21           HB3      HIS  21  24.579 -12.668 -11.771
    5    HD1  HIS  21           HD1      HIS  21  25.302 -11.045 -13.570
    6    HD2  HIS  21           HD2      HIS  21  27.510 -10.661 -10.065
    7    HE1  HIS  21           HE1      HIS  21  27.261  -9.596 -14.162
    8    HE2  HIS  21           HE2      HIS  21  28.492  -9.244 -11.996

  No H/Q in entry =           8
  In of MODEL   15
    1    H    LYS  22           H        LYS  22  23.877  -8.986  -9.716
    2    HA   LYS  22           HA       LYS  22  21.857  -8.257 -11.692
    3    HB2  LYS  22           HB2      LYS  22  21.448  -7.956  -9.147
    4    HB3  LYS  22           HB3      LYS  22  22.394  -6.499  -9.357
    5    HG2  LYS  22           HG2      LYS  22  20.545  -6.412 -11.425
    6    HG3  LYS  22           HG3      LYS  22  19.633  -7.035 -10.051
    7    HD2  LYS  22           HD2      LYS  22  20.502  -5.148  -8.697
    8    HD3  LYS  22           HD3      LYS  22  21.249  -4.490 -10.153
    9    HE2  LYS  22           HE2      LYS  22  19.256  -3.313 -10.037
   10    HE3  LYS  22           HE3      LYS  22  18.867  -4.618 -11.157
   11    HZ2  LYS  22           HZ1      LYS  22  17.170  -4.194  -9.413
   12    HZ1  LYS  22           HZ2      LYS  22  18.282  -4.721  -8.252
   13    HZ3  LYS  22           HZ3      LYS  22  17.738  -5.786  -9.450

  No H/Q in entry =          13
  In of MODEL   15
    1    H    TYR  23           H        TYR  23  22.701  -5.432 -10.604
    2    HA   TYR  23           HA       TYR  23  24.884  -4.840 -12.408
    3    HB2  TYR  23           HB2      TYR  23  22.923  -2.970 -13.156
    4    HB3  TYR  23           HB3      TYR  23  23.663  -4.185 -14.172
    5    HD1  TYR  23           HD1      TYR  23  22.098  -6.587 -12.901
    6    HD2  TYR  23           HD2      TYR  23  20.894  -2.770 -14.266
    7    HE1  TYR  23           HE1      TYR  23  19.883  -7.495 -13.378
    8    HE2  TYR  23           HE2      TYR  23  18.645  -3.647 -14.743
    9    HH   TYR  23           HH       TYR  23  17.836  -7.055 -14.086

  No H/Q in entry =           9
  In of MODEL   15
    1    HA   PRO  24           HA       PRO  24  25.705  -1.126 -10.064
    2    HB2  PRO  24           HB2      PRO  24  25.288   0.886 -11.985
    3    HB3  PRO  24           HB3      PRO  24  26.808   0.052 -11.646
    4    HG2  PRO  24           HG2      PRO  24  24.786  -0.486 -13.772
    5    HG3  PRO  24           HG3      PRO  24  26.555  -0.600 -13.843
    6    HD2  PRO  24           HD2      PRO  24  25.073  -2.798 -13.670
    7    HD3  PRO  24           HD3      PRO  24  26.589  -2.662 -12.755

  No H/Q in entry =           7
  In of MODEL   15
    1    H    SER  25           H        SER  25  24.558   0.628  -8.864
    2    HA   SER  25           HA       SER  25  21.744   0.457  -8.967
    3    HB2  SER  25           HB2      SER  25  22.398   2.923  -7.822
    4    HB3  SER  25           HB3      SER  25  21.999   1.420  -7.004
    5    HG   SER  25           HG       SER  25  24.539   2.486  -7.643

  No H/Q in entry =           5
  In of MODEL   15
    1    H    LYS  26           H        LYS  26  20.281   2.042  -9.377
    2    HA   LYS  26           HA       LYS  26  19.428   3.984 -10.478
    3    HB2  LYS  26           HB2      LYS  26  21.722   4.798 -11.200
    4    HB3  LYS  26           HB3      LYS  26  21.806   3.535 -12.420
    5    HG2  LYS  26           HG2      LYS  26  19.828   4.545 -13.638
    6    HG3  LYS  26           HG3      LYS  26  19.622   5.738 -12.359
    7    HD2  LYS  26           HD2      LYS  26  21.900   6.690 -12.975
    8    HD3  LYS  26           HD3      LYS  26  22.066   5.449 -14.231
    9    HE2  LYS  26           HE2      LYS  26  19.916   6.254 -15.336
   10    HE3  LYS  26           HE3      LYS  26  19.747   7.520 -14.110
   11    HZ1  LYS  26           HZ1      LYS  26  22.277   7.304 -15.633
   12    HZ2  LYS  26           HZ2      LYS  26  20.984   8.046 -16.319
   13    HZ3  LYS  26           HZ3      LYS  26  21.551   8.603 -14.843

  No H/Q in entry =          13
  In of MODEL   15
    1    H    SER  27           H        SER  27  20.074   0.841 -11.024
    2    HA   SER  27           HA       SER  27  18.914   0.641 -13.641
    3    HB2  SER  27           HB2      SER  27  19.224  -1.864 -13.081
    4    HB3  SER  27           HB3      SER  27  20.660  -0.876 -13.349
    5    HG   SER  27           HG       SER  27  21.248  -1.244 -11.374

  No H/Q in entry =           5
  In of MODEL   15
    1    H    THR  28           H        THR  28  16.839   1.074 -13.612
    2    HA   THR  28           HA       THR  28  15.147  -0.366 -11.726
    3    HB   THR  28           HB       THR  28  14.412   1.949 -12.054
    4    HG1  THR  28           HG1      THR  28  12.625   0.646 -11.962
    5   HG23  THR  28          HG21      THR  28  15.552   2.412 -14.151
    6   HG22  THR  28          HG22      THR  28  13.843   2.827 -14.276
    7   HG21  THR  28          HG23      THR  28  14.445   1.340 -15.008

  No H/Q in entry =           7
  In of MODEL   15
    1    H    LEU  29           H        LEU  29  13.403  -1.466 -12.824
    2    HA   LEU  29           HA       LEU  29  14.687  -3.192 -14.746
    3    HB2  LEU  29           HB2      LEU  29  13.312  -4.839 -12.841
    4    HB3  LEU  29           HB3      LEU  29  14.988  -4.904 -13.332
    5    HG   LEU  29           HG       LEU  29  13.850  -3.328 -11.006
    6   HD11  LEU  29          HD11      LEU  29  14.114  -5.790 -10.711
    7   HD13  LEU  29          HD12      LEU  29  15.109  -4.795  -9.640
    8   HD12  LEU  29          HD13      LEU  29  15.837  -5.580 -11.043
    9   HD21  LEU  29          HD21      LEU  29  15.685  -2.176 -12.130
   10   HD23  LEU  29          HD22      LEU  29  16.698  -3.607 -11.902
   11   HD22  LEU  29          HD23      LEU  29  16.098  -2.714 -10.502

  No H/Q in entry =          11
  In of MODEL   15
    1    H    ILE  30           H        ILE  30  11.865  -1.924 -13.277
    2    HA   ILE  30           HA       ILE  30  10.129  -2.585 -15.317
    3    HB   ILE  30           HB       ILE  30   8.851  -4.173 -13.266
    4   HG12  ILE  30          HG12      ILE  30  10.328  -6.285 -13.946
    5   HG13  ILE  30          HG13      ILE  30  11.598  -5.069 -13.984
    6   HG21  ILE  30          HG21      ILE  30   8.192  -4.032 -15.609
    7   HG23  ILE  30          HG22      ILE  30   8.409  -5.695 -15.064
    8   HG22  ILE  30          HG23      ILE  30   9.644  -4.924 -16.060
    9   HD13  ILE  30          HD11      ILE  30  11.223  -4.521 -11.692
   10   HD12  ILE  30          HD12      ILE  30  11.403  -6.272 -11.831
   11   HD11  ILE  30          HD13      ILE  30   9.799  -5.561 -11.626

  No H/Q in entry =          11
  In of MODEL   15
    1    H    HIS  31           H        HIS  31   9.268  -0.824 -15.181
    2    HA   HIS  31           HA       HIS  31   6.981  -0.394 -13.597
    3    HB2  HIS  31           HB2      HIS  31   7.654   1.255 -12.081
    4    HB3  HIS  31           HB3      HIS  31   9.149   0.331 -12.170
    5    HD1  HIS  31           HD1      HIS  31  10.980   1.355 -13.939
    6    HD2  HIS  31           HD2      HIS  31   7.865   3.871 -12.824
    7    HE1  HIS  31           HE1      HIS  31  11.600   3.626 -14.813
    8    HE2  HIS  31           HE2      HIS  31   9.553   5.024 -14.392

  No H/Q in entry =           8
  In of MODEL   15
    1    H    GLN  32           H        GLN  32   7.047  -0.496 -16.320
    2    HA   GLN  32           HA       GLN  32   6.355   2.233 -17.030
    3    HB2  GLN  32           HB2      GLN  32   8.897   1.066 -17.970
    4    HB3  GLN  32           HB3      GLN  32   7.890   1.729 -19.248
    5    HG2  GLN  32           HG2      GLN  32   7.759   3.840 -17.761
    6    HG3  GLN  32           HG3      GLN  32   9.137   3.148 -16.913
    7   HE21  GLN  32          HE21      GLN  32  10.418   1.998 -19.186
    8   HE22  GLN  32          HE22      GLN  32  11.022   3.293 -20.156

  No H/Q in entry =           8
  In of MODEL   15
    1    H    GLY  33           H        GLY  33   5.944  -1.047 -17.263
    2    HA3  GLY  33           HA2      GLY  33   3.674  -1.575 -18.174
    3    HA2  GLY  33           HA3      GLY  33   4.186  -0.676 -19.595

  No H/Q in entry =           3
  In of MODEL   15
    1    H    GLU  34           H        GLU  34   6.480  -2.600 -17.938
    2    HA   GLU  34           HA       GLU  34   6.629  -4.556 -20.103
    3    HB2  GLU  34           HB2      GLU  34   8.329  -4.570 -17.635
    4    HB3  GLU  34           HB3      GLU  34   8.757  -5.026 -19.264
    5    HG2  GLU  34           HG2      GLU  34   9.912  -3.083 -19.141
    6    HG3  GLU  34           HG3      GLU  34   8.361  -2.429 -19.661

  No H/Q in entry =           6
  In of MODEL   15
    1    H    LYS  35           H        LYS  35   5.486  -6.345 -19.859
    2    HA   LYS  35           HA       LYS  35   4.059  -7.251 -17.714
    3    HB2  LYS  35           HB2      LYS  35   5.218  -8.563 -20.113
    4    HB3  LYS  35           HB3      LYS  35   4.714  -9.626 -18.806
    5    HG2  LYS  35           HG2      LYS  35   2.480  -8.955 -18.961
    6    HG3  LYS  35           HG3      LYS  35   2.889  -7.516 -19.899
    7    HD2  LYS  35           HD2      LYS  35   1.873  -9.199 -21.334
    8    HD3  LYS  35           HD3      LYS  35   3.558  -8.946 -21.786
    9    HE2  LYS  35           HE2      LYS  35   3.373 -11.040 -19.827
   10    HE3  LYS  35           HE3      LYS  35   2.276 -11.374 -21.165
   11    HZ3  LYS  35           HZ1      LYS  35   4.165 -12.269 -22.007
   12    HZ2  LYS  35           HZ2      LYS  35   5.197 -11.248 -21.135
   13    HZ1  LYS  35           HZ3      LYS  35   4.419 -10.680 -22.529

  No H/Q in entry =          13
  In of MODEL   15
    1    H    ALA  36           H        ALA  36   4.728  -7.649 -15.707
    2    HA   ALA  36           HA       ALA  36   7.492  -8.200 -15.170
    3    HB2  ALA  36           HB1      ALA  36   5.064  -7.876 -13.448
    4    HB1  ALA  36           HB2      ALA  36   6.450  -6.801 -13.613
    5    HB3  ALA  36           HB3      ALA  36   6.627  -8.346 -12.778

  No H/Q in entry =           5
  In of MODEL   15
    1    H    GLU  37           H        GLU  37   7.336 -10.172 -16.581
    2    HA   GLU  37           HA       GLU  37   6.218 -12.512 -15.260
    3    HB2  GLU  37           HB2      GLU  37   6.978 -13.698 -17.336
    4    HB3  GLU  37           HB3      GLU  37   5.793 -12.427 -17.598
    5    HG2  GLU  37           HG2      GLU  37   7.749 -10.916 -18.154
    6    HG3  GLU  37           HG3      GLU  37   8.731 -12.380 -18.199

  No H/Q in entry =           6
  In of MODEL   15
    1    H    THR  38           H        THR  38   9.092 -10.831 -15.320
    2    HA   THR  38           HA       THR  38  10.619 -13.209 -14.531
    3    HB   THR  38           HB       THR  38  11.685 -12.159 -16.405
    4    HG1  THR  38           HG1      THR  38  12.888 -12.489 -14.128
    5   HG21  THR  38          HG21      THR  38  11.483  -9.585 -14.847
    6   HG23  THR  38          HG22      THR  38  10.673  -9.981 -16.363
    7   HG22  THR  38          HG23      THR  38  12.425  -9.786 -16.325

  No H/Q in entry =           7
  In of MODEL   15
    1    H    LEU  39           H        LEU  39  11.401 -13.315 -12.505
    2    HA   LEU  39           HA       LEU  39  10.750 -11.085 -10.742
    3    HB2  LEU  39           HB2      LEU  39   9.581 -12.860  -9.874
    4    HB3  LEU  39           HB3      LEU  39  10.772 -14.035 -10.396
    5    HG   LEU  39           HG       LEU  39  11.704 -12.193  -8.291
    6   HD13  LEU  39          HD11      LEU  39   9.441 -12.465  -7.506
    7   HD12  LEU  39          HD12      LEU  39  10.529 -13.436  -6.512
    8   HD11  LEU  39          HD13      LEU  39   9.534 -14.211  -7.745
    9   HD21  LEU  39          HD21      LEU  39  11.788 -15.169  -8.740
   10   HD23  LEU  39          HD22      LEU  39  12.533 -14.349  -7.368
   11   HD22  LEU  39          HD23      LEU  39  13.090 -14.010  -9.007

  No H/Q in entry =          11
  In of MODEL   15
    1    H    TYR  40           H        TYR  40  12.321 -10.302  -9.253
    2    HA   TYR  40           HA       TYR  40  15.055 -11.262  -9.748
    3    HB2  TYR  40           HB2      TYR  40  14.325  -8.394  -9.158
    4    HB3  TYR  40           HB3      TYR  40  15.886  -9.019  -9.645
    5    HD1  TYR  40           HD1      TYR  40  16.529  -8.766 -11.793
    6    HD2  TYR  40           HD2      TYR  40  12.373  -8.743 -10.956
    7    HE1  TYR  40           HE1      TYR  40  16.071  -8.119 -14.121
    8    HE2  TYR  40           HE2      TYR  40  11.892  -8.124 -13.285
    9    HH   TYR  40           HH       TYR  40  13.067  -6.996 -15.167

  No H/Q in entry =           9
  In of MODEL   15
    1    H    TYR  41           H        TYR  41  15.715 -12.192  -7.826
    2    HA   TYR  41           HA       TYR  41  14.615 -11.225  -5.319
    3    HB2  TYR  41           HB2      TYR  41  15.175 -13.675  -6.020
    4    HB3  TYR  41           HB3      TYR  41  16.828 -13.233  -5.608
    5    HD1  TYR  41           HD1      TYR  41  16.894 -11.877  -3.211
    6    HD2  TYR  41           HD2      TYR  41  14.084 -14.764  -4.455
    7    HE1  TYR  41           HE1      TYR  41  16.356 -12.346  -0.864
    8    HE2  TYR  41           HE2      TYR  41  13.512 -15.258  -2.172
    9    HH   TYR  41           HH       TYR  41  14.630 -13.252   0.463

  No H/Q in entry =           9
  In of MODEL   15
    1    H    ILE  42           H        ILE  42  15.521  -9.222  -4.898
    2    HA   ILE  42           HA       ILE  42  18.233  -8.585  -5.293
    3    HB   ILE  42           HB       ILE  42  16.591  -6.873  -5.027
    4   HG12  ILE  42          HG12      ILE  42  18.301  -6.760  -2.553
    5   HG13  ILE  42          HG13      ILE  42  18.878  -6.386  -4.180
    6   HG22  ILE  42          HG21      ILE  42  15.574  -6.485  -2.725
    7   HG21  ILE  42          HG22      ILE  42  16.020  -8.158  -2.394
    8   HG23  ILE  42          HG23      ILE  42  14.917  -7.784  -3.719
    9   HD13  ILE  42          HD11      ILE  42  18.242  -4.306  -3.764
   10   HD12  ILE  42          HD12      ILE  42  17.295  -4.788  -2.355
   11   HD11  ILE  42          HD13      ILE  42  16.590  -4.891  -3.971

  No H/Q in entry =          11
  In of MODEL   15
    1    H    VAL  43           H        VAL  43  19.639 -10.093  -4.550
    2    HA   VAL  43           HA       VAL  43  19.249 -11.372  -1.999
    3    HB   VAL  43           HB       VAL  43  21.460 -11.800  -3.994
    4   HG13  VAL  43          HG11      VAL  43  21.906 -13.799  -2.890
    5   HG12  VAL  43          HG12      VAL  43  20.396 -13.734  -1.977
    6   HG11  VAL  43          HG13      VAL  43  21.714 -12.613  -1.599
    7   HG22  VAL  43          HG21      VAL  43  19.731 -12.468  -5.269
    8   HG21  VAL  43          HG22      VAL  43  18.651 -12.664  -3.888
    9   HG23  VAL  43          HG23      VAL  43  19.835 -13.915  -4.263

  No H/Q in entry =           9
  In of MODEL   15
    1    H    LYS  44           H        LYS  44  21.055  -8.945  -3.249
    2    HA   LYS  44           HA       LYS  44  22.489  -8.088  -0.965
    3    HB2  LYS  44           HB2      LYS  44  23.838 -10.084  -2.300
    4    HB3  LYS  44           HB3      LYS  44  24.338  -8.683  -3.232
    5    HG2  LYS  44           HG2      LYS  44  24.693  -8.990  -0.250
    6    HG3  LYS  44           HG3      LYS  44  25.935  -9.301  -1.461
    7    HD2  LYS  44           HD2      LYS  44  25.296  -6.831  -2.196
    8    HD3  LYS  44           HD3      LYS  44  24.810  -6.724  -0.504
    9    HE2  LYS  44           HE2      LYS  44  26.986  -6.106  -0.277
   10    HE3  LYS  44           HE3      LYS  44  27.194  -7.853  -0.156
   11    HZ3  LYS  44           HZ1      LYS  44  27.797  -7.937  -2.469
   12    HZ2  LYS  44           HZ2      LYS  44  28.778  -6.805  -1.686
   13    HZ1  LYS  44           HZ3      LYS  44  27.496  -6.284  -2.659

  No H/Q in entry =          13
  In of MODEL   15
    1    H    GLY  45           H        GLY  45  23.114  -6.029  -1.421
    2    HA3  GLY  45           HA2      GLY  45  23.225  -4.015  -2.602
    3    HA2  GLY  45           HA3      GLY  45  22.488  -4.817  -3.997

  No H/Q in entry =           3
  In of MODEL   15
    1    H    SER  46           H        SER  46  21.349  -2.407  -2.958
    2    HA   SER  46           HA       SER  46  18.802  -3.507  -2.184
    3    HB2  SER  46           HB2      SER  46  19.543  -2.838  -0.058
    4    HB3  SER  46           HB3      SER  46  20.358  -1.415  -0.704
    5    HG   SER  46           HG       SER  46  18.214  -0.609  -1.207

  No H/Q in entry =           5
  In of MODEL   15
    1    H    VAL  47           H        VAL  47  16.989  -2.237  -2.769
    2    HA   VAL  47           HA       VAL  47  17.738  -0.397  -4.932
    3    HB   VAL  47           HB       VAL  47  15.988  -1.215  -6.344
    4   HG11  VAL  47          HG11      VAL  47  18.259  -2.360  -6.217
    5   HG13  VAL  47          HG12      VAL  47  16.952  -3.198  -7.056
    6   HG12  VAL  47          HG13      VAL  47  17.398  -3.673  -5.419
    7   HG23  VAL  47          HG21      VAL  47  15.314  -3.631  -4.916
    8   HG22  VAL  47          HG22      VAL  47  14.274  -2.457  -5.720
    9   HG21  VAL  47          HG23      VAL  47  14.802  -2.176  -4.060

  No H/Q in entry =           9
  In of MODEL   15
    1    H    ALA  48           H        ALA  48  15.473   0.531  -5.862
    2    HA   ALA  48           HA       ALA  48  14.194   1.664  -3.520
    3    HB1  ALA  48           HB1      ALA  48  15.536   3.436  -4.086
    4    HB3  ALA  48           HB2      ALA  48  14.111   3.779  -5.068
    5    HB2  ALA  48           HB3      ALA  48  15.527   3.024  -5.799

  No H/Q in entry =           5
  In of MODEL   15
    1    H    VAL  49           H        VAL  49  12.343   0.581  -3.731
    2    HA   VAL  49           HA       VAL  49  11.026  -0.104  -6.128
    3    HB   VAL  49           HB       VAL  49  10.233  -0.024  -3.223
    4   HG11  VAL  49          HG11      VAL  49   8.255   0.481  -4.676
    5   HG13  VAL  49          HG12      VAL  49   8.118  -0.977  -3.695
    6   HG12  VAL  49          HG13      VAL  49   8.487  -1.100  -5.415
    7   HG22  VAL  49          HG21      VAL  49  10.209  -2.438  -3.468
    8   HG21  VAL  49          HG22      VAL  49  11.761  -1.774  -3.988
    9   HG23  VAL  49          HG23      VAL  49  10.566  -2.274  -5.190

  No H/Q in entry =           9
  In of MODEL   15
    1    H    LEU  50           H        LEU  50   9.453   1.006  -7.264
    2    HA   LEU  50           HA       LEU  50   8.484   3.499  -6.229
    3    HB2  LEU  50           HB2      LEU  50   9.275   4.881  -7.908
    4    HB3  LEU  50           HB3      LEU  50  10.642   3.878  -7.482
    5    HG   LEU  50           HG       LEU  50   8.960   3.748  -9.965
    6   HD12  LEU  50          HD11      LEU  50  11.187   4.012 -10.994
    7   HD11  LEU  50          HD12      LEU  50  11.875   4.183  -9.373
    8   HD13  LEU  50          HD13      LEU  50  10.716   5.382  -9.981
    9   HD23  LEU  50          HD21      LEU  50  10.346   1.845 -10.621
   10   HD22  LEU  50          HD22      LEU  50   9.328   1.482  -9.227
   11   HD21  LEU  50          HD23      LEU  50  11.051   1.809  -8.999

  No H/Q in entry =          11
  In of MODEL   15
    1    H    ILE  51           H        ILE  51   6.695   4.393  -7.254
    2    HA   ILE  51           HA       ILE  51   5.298   2.417  -8.963
    3    HB   ILE  51           HB       ILE  51   3.202   3.346  -7.814
    4   HG12  ILE  51          HG12      ILE  51   3.669   3.974  -5.413
    5   HG13  ILE  51          HG13      ILE  51   5.357   4.163  -5.864
    6   HG21  ILE  51          HG21      ILE  51   5.234   1.423  -6.822
    7   HG23  ILE  51          HG22      ILE  51   3.593   1.130  -7.401
    8   HG22  ILE  51          HG23      ILE  51   3.859   1.770  -5.776
    9   HD11  ILE  51          HD11      ILE  51   4.514   5.845  -7.585
   10   HD13  ILE  51          HD12      ILE  51   4.494   6.317  -5.887
   11   HD12  ILE  51          HD13      ILE  51   3.001   5.812  -6.680

  No H/Q in entry =          11
  In of MODEL   15
    1    H    LYS  52           H        LYS  52   3.164   3.465  -9.811
    2    HA   LYS  52           HA       LYS  52   3.859   6.053 -11.016
    3    HB2  LYS  52           HB2      LYS  52   2.705   3.572 -12.192
    4    HB3  LYS  52           HB3      LYS  52   2.156   5.118 -12.827
    5    HG2  LYS  52           HG2      LYS  52   4.464   5.751 -13.298
    6    HG3  LYS  52           HG3      LYS  52   5.016   4.200 -12.665
    7    HD2  LYS  52           HD2      LYS  52   4.446   3.097 -14.538
    8    HD3  LYS  52           HD3      LYS  52   2.946   4.007 -14.732
    9    HE2  LYS  52           HE2      LYS  52   5.464   5.487 -15.196
   10    HE3  LYS  52           HE3      LYS  52   5.043   4.257 -16.387
   11    HZ1  LYS  52           HZ1      LYS  52   3.100   6.312 -15.524
   12    HZ3  LYS  52           HZ2      LYS  52   3.062   5.347 -16.911
   13    HZ2  LYS  52           HZ3      LYS  52   4.193   6.597 -16.784

  No H/Q in entry =          13
  In of MODEL   15
    1    H    ASP  53           H        ASP  53   2.355   7.615 -11.096
    2    HA   ASP  53           HA       ASP  53   0.095   7.377  -9.296
    3    HB2  ASP  53           HB2      ASP  53   1.844   9.305  -9.510
    4    HB3  ASP  53           HB3      ASP  53   0.792   9.857 -10.802

  No H/Q in entry =           4
  In of MODEL   15
    1    H    GLU  54           H        GLU  54  -1.643   9.342 -10.397
    2    HA   GLU  54           HA       GLU  54  -2.755   7.785 -12.642
    3    HB2  GLU  54           HB2      GLU  54  -4.095   9.940 -10.968
    4    HB3  GLU  54           HB3      GLU  54  -4.872   8.933 -12.188
    5    HG2  GLU  54           HG2      GLU  54  -4.220   6.950 -10.796
    6    HG3  GLU  54           HG3      GLU  54  -3.762   8.088  -9.533

  No H/Q in entry =           6
  In of MODEL   15
    1    H    GLU  55           H        GLU  55  -0.702  10.229 -11.956
    2    HA   GLU  55           HA       GLU  55  -1.332  11.663 -14.460
    3    HB2  GLU  55           HB2      GLU  55  -0.158  13.637 -13.468
    4    HB3  GLU  55           HB3      GLU  55  -1.674  13.249 -12.672
    5    HG2  GLU  55           HG2      GLU  55  -0.451  12.169 -10.869
    6    HG3  GLU  55           HG3      GLU  55   1.069  12.549 -11.678

  No H/Q in entry =           6
  In of MODEL   15
    1    H    GLY  56           H        GLY  56   0.335   9.272 -13.501
    2    HA3  GLY  56           HA2      GLY  56   2.139   8.307 -14.606
    3    HA2  GLY  56           HA3      GLY  56   2.455   9.845 -15.383

  No H/Q in entry =           3
  In of MODEL   15
    1    H    LYS  57           H        LYS  57   2.306   9.834 -11.788
    2    HA   LYS  57           HA       LYS  57   5.066  10.638 -11.890
    3    HB2  LYS  57           HB2      LYS  57   2.820  10.759 -10.000
    4    HB3  LYS  57           HB3      LYS  57   4.340  10.338  -9.233
    5    HG2  LYS  57           HG2      LYS  57   5.186  12.408  -9.496
    6    HG3  LYS  57           HG3      LYS  57   4.406  12.648 -11.061
    7    HD2  LYS  57           HD2      LYS  57   3.538  14.135  -9.250
    8    HD3  LYS  57           HD3      LYS  57   2.305  13.138 -10.019
    9    HE2  LYS  57           HE2      LYS  57   3.035  11.523  -7.976
   10    HE3  LYS  57           HE3      LYS  57   3.327  13.101  -7.251
   11    HZ3  LYS  57           HZ1      LYS  57   1.160  13.169  -6.832
   12    HZ2  LYS  57           HZ2      LYS  57   0.854  11.778  -7.747
   13    HZ1  LYS  57           HZ3      LYS  57   0.872  13.307  -8.498

  No H/Q in entry =          13
  In of MODEL   15
    1    H    GLU  58           H        GLU  58   6.635   9.127 -11.785
    2    HA   GLU  58           HA       GLU  58   5.952   6.524 -10.645
    3    HB2  GLU  58           HB2      GLU  58   8.299   6.271 -12.179
    4    HB3  GLU  58           HB3      GLU  58   6.716   5.608 -12.562
    5    HG2  GLU  58           HG2      GLU  58   6.177   7.399 -13.964
    6    HG3  GLU  58           HG3      GLU  58   7.465   8.409 -13.309

  No H/Q in entry =           6
  In of MODEL   15
    1    H    MET  59           H        MET  59   6.597   7.222  -8.405
    2    HA   MET  59           HA       MET  59   9.296   8.300  -8.341
    3    HB2  MET  59           HB2      MET  59   6.913   8.615  -6.521
    4    HB3  MET  59           HB3      MET  59   8.479   9.384  -6.294
    5    HG2  MET  59           HG2      MET  59   8.106  10.842  -8.113
    6    HG3  MET  59           HG3      MET  59   6.727   9.889  -8.674
    7    HE1  MET  59           HE1      MET  59   6.611   9.693  -5.051
    8    HE3  MET  59           HE2      MET  59   5.968  11.214  -4.423
    9    HE2  MET  59           HE3      MET  59   7.646  11.120  -4.952

  No H/Q in entry =           9
  In of MODEL   15
    1    H    ILE  60           H        ILE  60  10.568   7.385  -6.760
    2    HA   ILE  60           HA       ILE  60  10.120   4.817  -5.862
    3    HB   ILE  60           HB       ILE  60  11.701   6.882  -4.358
    4   HG12  ILE  60          HG12      ILE  60  12.528   5.166  -6.702
    5   HG13  ILE  60          HG13      ILE  60  12.368   6.925  -6.694
    6   HG22  ILE  60          HG21      ILE  60  11.968   3.891  -4.555
    7   HG21  ILE  60          HG22      ILE  60  11.343   4.790  -3.174
    8   HG23  ILE  60          HG23      ILE  60  13.032   4.964  -3.648
    9   HD13  ILE  60          HD11      ILE  60  14.278   7.227  -5.552
   10   HD12  ILE  60          HD12      ILE  60  14.675   5.710  -6.361
   11   HD11  ILE  60          HD13      ILE  60  14.127   5.701  -4.680

  No H/Q in entry =          11
  In of MODEL   15
    1    H    LEU  61           H        LEU  61   8.755   4.025  -4.431
    2    HA   LEU  61           HA       LEU  61   7.669   5.851  -2.411
    3    HB2  LEU  61           HB2      LEU  61   5.524   5.037  -2.699
    4    HB3  LEU  61           HB3      LEU  61   6.136   5.029  -4.334
    5    HG   LEU  61           HG       LEU  61   4.887   3.066  -4.136
    6   HD13  LEU  61          HD11      LEU  61   6.445   1.250  -4.360
    7   HD12  LEU  61          HD12      LEU  61   7.721   2.239  -3.650
    8   HD11  LEU  61          HD13      LEU  61   7.020   2.685  -5.208
    9   HD22  LEU  61          HD21      LEU  61   4.444   2.740  -1.902
   10   HD21  LEU  61          HD22      LEU  61   6.153   2.746  -1.463
   11   HD23  LEU  61          HD23      LEU  61   5.470   1.363  -2.319

  No H/Q in entry =          11
  In of MODEL   15
    1    H    SER  62           H        SER  62   9.434   3.080  -3.098
    2    HA   SER  62           HA       SER  62   9.538   2.417  -0.304
    3    HB2  SER  62           HB2      SER  62   7.593   1.129  -1.054
    4    HB3  SER  62           HB3      SER  62   8.571   0.383  -2.311
    5    HG   SER  62           HG       SER  62   8.782  -1.076  -0.781

  No H/Q in entry =           5
  In of MODEL   15
    1    H    TYR  63           H        TYR  63  10.981   0.404  -0.074
    2    HA   TYR  63           HA       TYR  63  13.020  -0.039  -1.962
    3    HB2  TYR  63           HB2      TYR  63  14.356   1.024   0.457
    4    HB3  TYR  63           HB3      TYR  63  14.866   1.109  -1.215
    5    HD1  TYR  63           HD1      TYR  63  12.356   2.651   1.066
    6    HD2  TYR  63           HD2      TYR  63  15.017   3.183  -2.176
    7    HE1  TYR  63           HE1      TYR  63  11.876   5.050   1.100
    8    HE2  TYR  63           HE2      TYR  63  14.549   5.597  -2.175
    9    HH   TYR  63           HH       TYR  63  13.149   7.179   0.335

  No H/Q in entry =           9
  In of MODEL   15
    1    H    LEU  64           H        LEU  64  14.670  -1.226  -1.050
    2    HA   LEU  64           HA       LEU  64  13.540  -3.358   0.554
    3    HB2  LEU  64           HB2      LEU  64  15.377  -3.854  -1.725
    4    HB3  LEU  64           HB3      LEU  64  14.392  -4.993  -0.836
    5    HG   LEU  64           HG       LEU  64  13.390  -2.916  -2.780
    6   HD12  LEU  64          HD11      LEU  64  13.253  -5.920  -2.914
    7   HD11  LEU  64          HD12      LEU  64  14.517  -4.966  -3.684
    8   HD13  LEU  64          HD13      LEU  64  12.838  -4.759  -4.175
    9   HD23  LEU  64          HD21      LEU  64  11.201  -4.069  -2.444
   10   HD22  LEU  64          HD22      LEU  64  11.751  -3.138  -1.049
   11   HD21  LEU  64          HD23      LEU  64  11.906  -4.895  -1.055

  No H/Q in entry =          11
  In of MODEL   15
    1    H    ASN  65           H        ASN  65  15.411  -5.049   0.655
    2    HA   ASN  65           HA       ASN  65  17.836  -3.800   1.627
    3    HB2  ASN  65           HB2      ASN  65  16.154  -5.689   3.292
    4    HB3  ASN  65           HB3      ASN  65  17.870  -5.436   3.575
    5   HD21  ASN  65          HD21      ASN  65  18.574  -3.312   4.178
    6   HD22  ASN  65          HD22      ASN  65  17.496  -2.242   5.000

  No H/Q in entry =           6
  In of MODEL   15
    1    H    GLN  66           H        GLN  66  19.766  -7.591   1.243
    2    HA   GLN  66           HA       GLN  66  19.906  -7.154  -0.110
    3    HB2  GLN  66           HB2      GLN  66  21.248  -7.119   2.634
    4    HB3  GLN  66           HB3      GLN  66  21.809  -8.110   1.345
    5    HG2  GLN  66           HG2      GLN  66  22.207  -6.068  -0.069
    6    HG3  GLN  66           HG3      GLN  66  21.588  -5.027   1.042
    7   HE22  GLN  66          HE21      GLN  66  25.216  -4.878   1.582
    8   HE21  GLN  66          HE22      GLN  66  23.972  -4.332   0.509

  No H/Q in entry =           8
  In of MODEL   15
    1    H    GLY  67           H        GLY  67  17.907  -8.488  -0.375
    2    HA3  GLY  67           HA2      GLY  67  18.001 -11.025   0.090
    3    HA2  GLY  67           HA3      GLY  67  17.853 -10.479   1.753

  No H/Q in entry =           3
  In of MODEL   15
    1    H    ASP  68           H        ASP  68  16.217  -8.577  -0.637
    2    HA   ASP  68           HA       ASP  68  13.655  -9.595   0.390
    3    HB2  ASP  68           HB2      ASP  68  14.495  -7.054   0.374
    4    HB3  ASP  68           HB3      ASP  68  13.830  -7.108  -1.252

  No H/Q in entry =           4
  In of MODEL   15
    1    H    PHE  69           H        PHE  69  12.006  -8.684  -1.663
    2    HA   PHE  69           HA       PHE  69  12.844 -10.397  -3.899
    3    HB2  PHE  69           HB2      PHE  69  10.074  -9.834  -2.843
    4    HB3  PHE  69           HB3      PHE  69  10.435 -10.819  -4.252
    5    HD1  PHE  69           HD1      PHE  69  11.245 -13.067  -4.015
    6    HD2  PHE  69           HD2      PHE  69  10.552 -10.634  -0.592
    7    HE1  PHE  69           HE1      PHE  69  11.346 -15.062  -2.581
    8    HE2  PHE  69           HE2      PHE  69  10.668 -12.626   0.849
    9    HZ   PHE  69           HZ       PHE  69  11.059 -14.843  -0.145

  No H/Q in entry =           9
  In of MODEL   15
    1    H    ILE  70           H        ILE  70  11.788  -9.823  -5.985
    2    HA   ILE  70           HA       ILE  70  10.952  -7.066  -6.324
    3    HB   ILE  70           HB       ILE  70  13.468  -8.216  -7.530
    4   HG12  ILE  70          HG12      ILE  70  12.815  -5.636  -6.107
    5   HG13  ILE  70          HG13      ILE  70  13.894  -6.921  -5.577
    6   HG21  ILE  70          HG21      ILE  70  11.619  -6.179  -8.677
    7   HG23  ILE  70          HG22      ILE  70  12.503  -7.471  -9.483
    8   HG22  ILE  70          HG23      ILE  70  13.352  -6.023  -8.945
    9   HD12  ILE  70          HD11      ILE  70  14.317  -4.890  -7.740
   10   HD11  ILE  70          HD12      ILE  70  15.277  -6.370  -7.654
   11   HD13  ILE  70          HD13      ILE  70  15.308  -5.218  -6.316

  No H/Q in entry =          11
  In of MODEL   15
    1    H    GLY  71           H        GLY  71   9.586  -6.878  -8.086
    2    HA3  GLY  71           HA2      GLY  71   8.398  -7.514  -9.968
    3    HA2  GLY  71           HA3      GLY  71   9.496  -8.874 -10.160

  No H/Q in entry =           3
  In of MODEL   15
    1    H    GLU  72           H        GLU  72   8.077  -8.553  -7.056
    2    HA   GLU  72           HA       GLU  72   6.684 -11.034  -7.377
    3    HB2  GLU  72           HB2      GLU  72   5.958  -9.559  -4.997
    4    HB3  GLU  72           HB3      GLU  72   6.786 -11.101  -5.134
    5    HG2  GLU  72           HG2      GLU  72   8.287  -9.772  -3.972
    6    HG3  GLU  72           HG3      GLU  72   8.884  -9.711  -5.628

  No H/Q in entry =           6
  In of MODEL   15
    1    H    LEU  73           H        LEU  73   6.150  -7.693  -7.208
    2    HA   LEU  73           HA       LEU  73   3.383  -7.503  -7.133
    3    HB2  LEU  73           HB2      LEU  73   5.680  -5.824  -7.610
    4    HB3  LEU  73           HB3      LEU  73   4.359  -5.381  -8.675
    5    HG   LEU  73           HG       LEU  73   4.372  -4.081  -6.590
    6   HD13  LEU  73          HD11      LEU  73   2.084  -4.107  -6.395
    7   HD12  LEU  73          HD12      LEU  73   2.007  -5.869  -6.465
    8   HD11  LEU  73          HD13      LEU  73   2.310  -4.945  -7.933
    9   HD22  LEU  73          HD21      LEU  73   5.258  -5.649  -5.014
   10   HD21  LEU  73          HD22      LEU  73   3.944  -6.784  -5.326
   11   HD23  LEU  73          HD23      LEU  73   3.612  -5.253  -4.513

  No H/Q in entry =          11
  In of MODEL   15
    1    H    GLY  74           H        GLY  74   5.208  -8.962  -9.459
    2    HA3  GLY  74           HA2      GLY  74   3.283  -8.288 -11.580
    3    HA2  GLY  74           HA3      GLY  74   4.914  -8.879 -11.855

  No H/Q in entry =           3
  In of MODEL   15
    1    H    LEU  75           H        LEU  75   4.617 -10.897  -9.662
    2    HA   LEU  75           HA       LEU  75   3.133 -12.844 -11.338
    3    HB2  LEU  75           HB2      LEU  75   4.674 -14.419 -10.771
    4    HB3  LEU  75           HB3      LEU  75   5.666 -12.992 -10.548
    5    HG   LEU  75           HG       LEU  75   4.313 -13.478  -8.108
    6   HD13  LEU  75          HD11      LEU  75   4.029 -15.786  -8.833
    7   HD12  LEU  75          HD12      LEU  75   5.251 -15.704  -7.563
    8   HD11  LEU  75          HD13      LEU  75   5.739 -15.895  -9.248
    9   HD23  LEU  75          HD21      LEU  75   7.212 -14.044  -8.667
   10   HD22  LEU  75          HD22      LEU  75   6.474 -13.360  -7.218
   11   HD21  LEU  75          HD23      LEU  75   6.576 -12.401  -8.695

  No H/Q in entry =          11
  In of MODEL   15
    1    H    PHE  76           H        PHE  76   3.407 -11.471  -8.222
    2    HA   PHE  76           HA       PHE  76   1.547 -13.385  -7.055
    3    HB2  PHE  76           HB2      PHE  76   3.471 -13.060  -5.707
    4    HB3  PHE  76           HB3      PHE  76   3.415 -11.312  -5.916
    5    HD1  PHE  76           HD1      PHE  76   1.084 -13.944  -4.839
    6    HD2  PHE  76           HD2      PHE  76   2.834 -10.177  -4.024
    7    HE1  PHE  76           HE1      PHE  76  -0.242 -13.804  -2.754
    8    HE2  PHE  76           HE2      PHE  76   1.518 -10.001  -1.940
    9    HZ   PHE  76           HZ       PHE  76  -0.022 -11.818  -1.303

  No H/Q in entry =           9
  In of MODEL   15
    1    H    GLU  77           H        GLU  77   1.978  -9.990  -7.831
    2    HA   GLU  77           HA       GLU  77  -0.356  -9.132  -6.483
    3    HB2  GLU  77           HB2      GLU  77   1.453  -7.585  -7.282
    4    HB3  GLU  77           HB3      GLU  77   0.858  -7.822  -8.919
    5    HG2  GLU  77           HG2      GLU  77  -1.289  -7.092  -7.143
    6    HG3  GLU  77           HG3      GLU  77   0.018  -5.911  -7.070

  No H/Q in entry =           6
  In of MODEL   15
    1    H    GLU  78           H        GLU  78   0.405 -10.289  -9.683
    2    HA   GLU  78           HA       GLU  78  -0.850 -11.523 -11.031
    3    HB2  GLU  78           HB2      GLU  78  -2.682 -11.732  -9.213
    4    HB3  GLU  78           HB3      GLU  78  -3.418 -10.334  -9.990
    5    HG2  GLU  78           HG2      GLU  78  -3.470 -11.564 -12.109
    6    HG3  GLU  78           HG3      GLU  78  -2.791 -12.968 -11.290

  No H/Q in entry =           6
  In of MODEL   15
    1    H    GLY  79           H        GLY  79   0.438  -9.093 -11.083
    2    HA3  GLY  79           HA2      GLY  79  -0.987  -6.964 -12.318
    3    HA2  GLY  79           HA3      GLY  79   0.747  -7.165 -12.239

  No H/Q in entry =           3
  In of MODEL   15
    1    H    GLN  80           H        GLN  80   1.677  -8.756 -13.714
    2    HA   GLN  80           HA       GLN  80   2.136  -9.461 -15.782
    3    HB2  GLN  80           HB2      GLN  80  -0.755  -9.970 -15.506
    4    HB3  GLN  80           HB3      GLN  80  -0.138  -9.948 -17.148
    5    HG2  GLN  80           HG2      GLN  80  -0.127 -12.197 -16.348
    6    HG3  GLN  80           HG3      GLN  80   1.534 -11.639 -16.519
    7   HE21  GLN  80          HE21      GLN  80  -0.555 -10.746 -13.843
    8   HE22  GLN  80          HE22      GLN  80   0.335 -11.610 -12.635

  No H/Q in entry =           8
  In of MODEL   15
    1    H    GLU  81           H        GLU  81   2.701  -7.126 -15.814
    2    HA   GLU  81           HA       GLU  81   2.673  -5.743 -18.023
    3    HB2  GLU  81           HB2      GLU  81  -0.014  -5.831 -17.543
    4    HB3  GLU  81           HB3      GLU  81   0.417  -4.322 -16.752
    5    HG2  GLU  81           HG2      GLU  81   1.698  -4.161 -19.192
    6    HG3  GLU  81           HG3      GLU  81   0.151  -4.919 -19.570

  No H/Q in entry =           6
  In of MODEL   15
    1    H    ARG  82           H        ARG  82   4.455  -5.636 -16.170
    2    HA   ARG  82           HA       ARG  82   5.733  -4.384 -14.800
    3    HB2  ARG  82           HB2      ARG  82   5.977  -2.653 -16.166
    4    HB3  ARG  82           HB3      ARG  82   4.265  -2.577 -16.525
    5    HG2  ARG  82           HG2      ARG  82   4.549  -1.567 -13.911
    6    HG3  ARG  82           HG3      ARG  82   5.886  -0.901 -14.838
    7    HD2  ARG  82           HD2      ARG  82   4.257   0.695 -15.163
    8    HD3  ARG  82           HD3      ARG  82   4.067  -0.315 -16.589
    9    HE   ARG  82           HE       ARG  82   2.323  -0.555 -14.218
   10   HH11  ARG  82          HH11      ARG  82   2.743  -0.223 -17.681
   11   HH12  ARG  82          HH12      ARG  82   1.080  -0.535 -18.047
   12   HH21  ARG  82          HH21      ARG  82   0.115  -0.886 -14.697
   13   HH22  ARG  82          HH22      ARG  82  -0.423  -0.882 -16.343

  No H/Q in entry =          13
  In of MODEL   15
    1    H    SER  83           H        SER  83   2.700  -2.589 -14.435
    2    HA   SER  83           HA       SER  83   1.422  -2.015 -12.685
    3    HB2  SER  83           HB2      SER  83   2.766  -4.378 -11.381
    4    HB3  SER  83           HB3      SER  83   1.436  -3.477 -10.656
    5    HG   SER  83           HG       SER  83   0.467  -5.114 -11.694

  No H/Q in entry =           5
  In of MODEL   15
    1    H    ALA  84           H        ALA  84   4.833  -2.434 -11.902
    2    HA   ALA  84           HA       ALA  84   6.266  -0.664 -11.429
    3    HB2  ALA  84           HB1      ALA  84   4.323   0.968 -11.718
    4    HB1  ALA  84           HB2      ALA  84   5.630   1.422 -10.627
    5    HB3  ALA  84           HB3      ALA  84   4.106   0.819  -9.972

  No H/Q in entry =           5
  In of MODEL   15
    1    H    TRP  85           H        TRP  85   7.635  -0.521  -9.623
    2    HA   TRP  85           HA       TRP  85   7.201  -0.908  -7.080
    3    HB2  TRP  85           HB2      TRP  85   5.827  -2.901  -7.751
    4    HB3  TRP  85           HB3      TRP  85   7.317  -3.665  -8.292
    5    HD1  TRP  85           HD1      TRP  85   8.723  -4.822  -6.589
    6    HE1  TRP  85           HE1      TRP  85   8.547  -5.269  -4.047
    7    HE3  TRP  85           HE3      TRP  85   4.956  -1.589  -5.514
    8    HZ2  TRP  85           HZ2      TRP  85   7.005  -4.311  -1.878
    9    HZ3  TRP  85           HZ3      TRP  85   4.188  -1.389  -3.188
   10    HH2  TRP  85           HH2      TRP  85   5.190  -2.724  -1.410

  No H/Q in entry =          10
  In of MODEL   15
    1    H    VAL  86           H        VAL  86   9.283  -0.985  -9.721
    2    HA   VAL  86           HA       VAL  86  11.361  -1.287  -7.819
    3    HB   VAL  86           HB       VAL  86  12.424  -2.977  -9.782
    4   HG13  VAL  86          HG11      VAL  86  13.347  -2.889  -7.669
    5   HG12  VAL  86          HG12      VAL  86  12.455  -4.412  -7.637
    6   HG11  VAL  86          HG13      VAL  86  11.777  -2.977  -6.867
    7   HG22  VAL  86          HG21      VAL  86  11.017  -4.843  -9.735
    8   HG21  VAL  86          HG22      VAL  86   9.890  -3.513 -10.003
    9   HG23  VAL  86          HG23      VAL  86  10.070  -4.213  -8.392

  No H/Q in entry =           9
  In of MODEL   15
    1    H    ARG  87           H        ARG  87  13.231  -0.823  -8.129
    2    HA   ARG  87           HA       ARG  87  14.473   0.237 -10.371
    3    HB2  ARG  87           HB2      ARG  87  13.089   2.232 -10.042
    4    HB3  ARG  87           HB3      ARG  87  13.477   2.238  -8.331
    5    HG2  ARG  87           HG2      ARG  87  15.938   2.432  -9.290
    6    HG3  ARG  87           HG3      ARG  87  15.062   3.166 -10.638
    7    HD2  ARG  87           HD2      ARG  87  13.895   4.611  -8.961
    8    HD3  ARG  87           HD3      ARG  87  15.005   3.984  -7.748
    9    HE   ARG  87           HE       ARG  87  15.822   5.566 -10.100
   10   HH11  ARG  87          HH11      ARG  87  16.292   4.529  -6.783
   11   HH12  ARG  87          HH12      ARG  87  17.550   5.674  -6.468
   12   HH21  ARG  87          HH21      ARG  87  17.482   7.056  -9.706
   13   HH22  ARG  87          HH22      ARG  87  18.244   7.110  -8.147

  No H/Q in entry =          13
  In of MODEL   15
    1    H    ALA  88           H        ALA  88  16.678   0.809  -9.654
    2    HA   ALA  88           HA       ALA  88  17.418  -0.888  -7.488
    3    HB3  ALA  88           HB1      ALA  88  19.599   0.523  -8.759
    4    HB1  ALA  88           HB2      ALA  88  18.633  -0.459  -9.856
    5    HB2  ALA  88           HB3      ALA  88  19.385  -1.189  -8.433

  No H/Q in entry =           5
  In of MODEL   15
    1    H    LYS  89           H        LYS  89  19.599   0.199  -6.485
    2    HA   LYS  89           HA       LYS  89  19.324   2.795  -5.549
    3    HB2  LYS  89           HB2      LYS  89  17.514   1.718  -4.158
    4    HB3  LYS  89           HB3      LYS  89  18.802   0.923  -3.260
    5    HG2  LYS  89           HG2      LYS  89  19.665   2.993  -2.503
    6    HG3  LYS  89           HG3      LYS  89  18.632   3.899  -3.616
    7    HD2  LYS  89           HD2      LYS  89  16.804   3.671  -2.322
    8    HD3  LYS  89           HD3      LYS  89  17.266   2.063  -1.761
    9    HE2  LYS  89           HE2      LYS  89  17.469   3.343   0.140
   10    HE3  LYS  89           HE3      LYS  89  19.120   3.299  -0.484
   11    HZ3  LYS  89           HZ1      LYS  89  18.811   5.540  -0.036
   12    HZ2  LYS  89           HZ2      LYS  89  17.189   5.540  -0.501
   13    HZ1  LYS  89           HZ3      LYS  89  18.399   5.484  -1.678

  No H/Q in entry =          13
  In of MODEL   15
    1    H    THR  90           H        THR  90  20.870  -0.189  -5.502
    2    HA   THR  90           HA       THR  90  23.437   1.016  -5.048
    3    HB   THR  90           HB       THR  90  23.636  -1.343  -3.513
    4    HG1  THR  90           HG1      THR  90  21.190  -0.261  -3.228
    5   HG22  THR  90          HG21      THR  90  23.599   1.523  -2.555
    6   HG21  THR  90          HG22      THR  90  24.997   0.675  -3.217
    7   HG23  THR  90          HG23      THR  90  24.287   0.148  -1.692

  No H/Q in entry =           7
  In of MODEL   15
    1    H    ALA  91           H        ALA  91  24.389  -0.141  -7.287
    2    HA   ALA  91           HA       ALA  91  23.882  -2.194  -8.359
    3    HB3  ALA  91           HB1      ALA  91  26.099  -2.774  -8.750
    4    HB2  ALA  91           HB2      ALA  91  26.585  -2.437  -7.088
    5    HB1  ALA  91           HB3      ALA  91  26.224  -1.107  -8.185

  No H/Q in entry =           5
  In of MODEL   15
    1    H    CYS  92           H        CYS  92  22.908  -4.034  -8.024
    2    HA   CYS  92           HA       CYS  92  23.504  -5.430  -5.463
    3    HB2  CYS  92           HB2      CYS  92  21.010  -6.269  -6.634
    4    HB3  CYS  92           HB3      CYS  92  21.268  -5.498  -5.077
    5    HG   CYS  92           HG       CYS  92  21.300  -2.893  -6.384

  No H/Q in entry =           5
  In of MODEL   15
    1    H    GLU  93           H        GLU  93  22.024  -7.617  -6.115
    2    HA   GLU  93           HA       GLU  93  23.166  -9.043  -8.265
    3    HB2  GLU  93           HB2      GLU  93  23.843  -9.891  -5.425
    4    HB3  GLU  93           HB3      GLU  93  24.252 -10.768  -6.892
    5    HG2  GLU  93           HG2      GLU  93  25.268  -7.995  -6.469
    6    HG3  GLU  93           HG3      GLU  93  26.053  -9.364  -5.683

  No H/Q in entry =           6
  In of MODEL   15
    1    H    VAL  94           H        VAL  94  21.090  -9.605  -8.805
    2    HA   VAL  94           HA       VAL  94  19.322 -10.342  -6.586
    3    HB   VAL  94           HB       VAL  94  17.441 -10.033  -8.200
    4   HG13  VAL  94          HG11      VAL  94  17.368  -8.194  -6.967
    5   HG12  VAL  94          HG12      VAL  94  18.099  -7.385  -8.355
    6   HG11  VAL  94          HG13      VAL  94  19.116  -7.967  -7.035
    7   HG22  VAL  94          HG21      VAL  94  18.424 -10.203 -10.324
    8   HG21  VAL  94          HG22      VAL  94  19.640  -8.984  -9.948
    9   HG23  VAL  94          HG23      VAL  94  17.952  -8.511 -10.151

  No H/Q in entry =           9
  In of MODEL   15
    1    H    ALA  95           H        ALA  95  18.094 -12.199  -6.725
    2    HA   ALA  95           HA       ALA  95  19.308 -14.179  -8.487
    3    HB2  ALA  95           HB1      ALA  95  17.062 -14.906  -6.713
    4    HB3  ALA  95           HB2      ALA  95  18.518 -14.333  -5.902
    5    HB1  ALA  95           HB3      ALA  95  18.601 -15.723  -6.982

  No H/Q in entry =           5
  In of MODEL   15
    1    H    GLU  96           H        GLU  96  18.529 -13.372 -10.385
    2    HA   GLU  96           HA       GLU  96  15.621 -13.139 -10.521
    3    HB2  GLU  96           HB2      GLU  96  15.863 -11.722 -12.426
    4    HB3  GLU  96           HB3      GLU  96  16.913 -11.137 -11.139
    5    HG2  GLU  96           HG2      GLU  96  18.830 -12.156 -12.219
    6    HG3  GLU  96           HG3      GLU  96  17.782 -12.828 -13.467

  No H/Q in entry =           6
  In of MODEL   15
    1    H    ILE  97           H        ILE  97  14.448 -14.259 -11.493
    2    HA   ILE  97           HA       ILE  97  15.164 -15.739 -13.832
    3    HB   ILE  97           HB       ILE  97  14.078 -17.797 -12.811
    4   HG12  ILE  97          HG12      ILE  97  15.170 -16.712 -10.255
    5   HG13  ILE  97          HG13      ILE  97  13.487 -16.465 -10.701
    6   HG22  ILE  97          HG21      ILE  97  16.803 -17.261 -11.824
    7   HG21  ILE  97          HG22      ILE  97  16.449 -17.352 -13.549
    8   HG23  ILE  97          HG23      ILE  97  16.117 -18.736 -12.512
    9   HD13  ILE  97          HD11      ILE  97  13.714 -18.389  -9.240
   10   HD12  ILE  97          HD12      ILE  97  14.844 -19.132 -10.372
   11   HD11  ILE  97          HD13      ILE  97  13.164 -18.882 -10.841

  No H/Q in entry =          11
  In of MODEL   15
    1    H    SER  98           H        SER  98  13.118 -17.205 -14.288
    2    HA   SER  98           HA       SER  98  10.977 -15.223 -14.343
    3    HB2  SER  98           HB2      SER  98  10.067 -16.578 -16.210
    4    HB3  SER  98           HB3      SER  98  11.706 -16.011 -16.534
    5    HG   SER  98           HG       SER  98  12.035 -18.063 -16.929

  No H/Q in entry =           5
  In of MODEL   15
    1    H    TYR  99           H        TYR  99   9.001 -15.650 -13.794
    2    HA   TYR  99           HA       TYR  99   8.644 -17.379 -11.477
    3    HB2  TYR  99           HB2      TYR  99   6.451 -16.346 -11.192
    4    HB3  TYR  99           HB3      TYR  99   7.644 -15.097 -11.476
    5    HD1  TYR  99           HD1      TYR  99   5.943 -17.122 -14.133
    6    HD2  TYR  99           HD2      TYR  99   6.219 -13.345 -12.176
    7    HE1  TYR  99           HE1      TYR  99   4.453 -16.138 -15.822
    8    HE2  TYR  99           HE2      TYR  99   4.739 -12.366 -13.870
    9    HH   TYR  99           HH       TYR  99   2.829 -13.429 -15.482

  No H/Q in entry =           9
  In of MODEL   15
    1    H    LYS 100           H        LYS 100   8.414 -17.988 -14.868
    2    HA   LYS 100           HA       LYS 100   6.164 -19.695 -14.574
    3    HB2  LYS 100           HB2      LYS 100   7.064 -19.056 -16.813
    4    HB3  LYS 100           HB3      LYS 100   8.513 -19.990 -16.462
    5    HG2  LYS 100           HG2      LYS 100   6.881 -21.960 -16.112
    6    HG3  LYS 100           HG3      LYS 100   5.741 -20.959 -17.017
    7    HD2  LYS 100           HD2      LYS 100   7.490 -20.750 -18.802
    8    HD3  LYS 100           HD3      LYS 100   8.436 -21.954 -17.925
    9    HE2  LYS 100           HE2      LYS 100   6.445 -23.480 -18.090
   10    HE3  LYS 100           HE3      LYS 100   5.722 -22.298 -19.180
   11    HZ2  LYS 100           HZ1      LYS 100   8.097 -23.990 -19.605
   12    HZ1  LYS 100           HZ2      LYS 100   7.910 -22.551 -20.474
   13    HZ3  LYS 100           HZ3      LYS 100   6.750 -23.773 -20.606

  No H/Q in entry =          13
  In of MODEL   15
    1    H    LYS 101           H        LYS 101   9.670 -20.243 -14.487
    2    HA   LYS 101           HA       LYS 101   9.440 -22.921 -13.546
    3    HB2  LYS 101           HB2      LYS 101  11.408 -22.692 -14.687
    4    HB3  LYS 101           HB3      LYS 101  11.640 -21.029 -14.169
    5    HG2  LYS 101           HG2      LYS 101  12.481 -21.702 -12.074
    6    HG3  LYS 101           HG3      LYS 101  12.006 -23.379 -12.342
    7    HD2  LYS 101           HD2      LYS 101  14.227 -23.542 -12.865
    8    HD3  LYS 101           HD3      LYS 101  13.597 -23.098 -14.452
    9    HE2  LYS 101           HE2      LYS 101  14.184 -20.788 -14.085
   10    HE3  LYS 101           HE3      LYS 101  14.679 -21.139 -12.430
   11    HZ1  LYS 101           HZ1      LYS 101  16.182 -22.855 -13.851
   12    HZ3  LYS 101           HZ2      LYS 101  16.699 -21.333 -13.329
   13    HZ2  LYS 101           HZ3      LYS 101  16.112 -21.534 -14.903

  No H/Q in entry =          13
  In of MODEL   15
    1    H    PHE 102           H        PHE 102  10.048 -19.796 -12.036
    2    HA   PHE 102           HA       PHE 102  10.776 -20.791  -9.527
    3    HB2  PHE 102           HB2      PHE 102  11.201 -18.491 -10.248
    4    HB3  PHE 102           HB3      PHE 102   9.491 -18.150 -10.196
    5    HD1  PHE 102           HD1      PHE 102  10.136 -16.261  -8.625
    6    HD2  PHE 102           HD2      PHE 102  10.682 -20.321  -7.689
    7    HE1  PHE 102           HE1      PHE 102  10.256 -15.659  -6.275
    8    HE2  PHE 102           HE2      PHE 102  10.826 -19.757  -5.315
    9    HZ   PHE 102           HZ       PHE 102  10.612 -17.411  -4.585

  No H/Q in entry =           9
  In of MODEL   15
    1    H    ARG 103           H        ARG 103   7.644 -19.561 -10.678
    2    HA   ARG 103           HA       ARG 103   6.080 -19.909  -8.538
    3    HB2  ARG 103           HB2      ARG 103   4.199 -19.938  -9.894
    4    HB3  ARG 103           HB3      ARG 103   5.409 -19.187 -10.920
    5    HG2  ARG 103           HG2      ARG 103   5.390 -20.875 -12.409
    6    HG3  ARG 103           HG3      ARG 103   5.172 -22.114 -11.171
    7    HD2  ARG 103           HD2      ARG 103   2.999 -20.218 -12.044
    8    HD3  ARG 103           HD3      ARG 103   3.235 -21.815 -12.749
    9    HE   ARG 103           HE       ARG 103   3.022 -21.917  -9.902
   10   HH11  ARG 103          HH11      ARG 103   1.160 -21.714 -12.860
   11   HH12  ARG 103          HH12      ARG 103  -0.285 -22.358 -12.149
   12   HH21  ARG 103          HH21      ARG 103   1.116 -22.793  -8.962
   13   HH22  ARG 103          HH22      ARG 103  -0.305 -22.990  -9.935

  No H/Q in entry =          13
  In of MODEL   15
    1    H    GLN 104           H        GLN 104   7.544 -22.356 -10.348
    2    HA   GLN 104           HA       GLN 104   5.836 -24.480  -9.230
    3    HB2  GLN 104           HB2      GLN 104   8.056 -24.490 -11.249
    4    HB3  GLN 104           HB3      GLN 104   7.400 -25.978 -10.580
    5    HG2  GLN 104           HG2      GLN 104   5.150 -25.251 -11.373
    6    HG3  GLN 104           HG3      GLN 104   5.940 -23.901 -12.190
    7   HE21  GLN 104          HE21      GLN 104   5.497 -27.354 -12.130
    8   HE22  GLN 104          HE22      GLN 104   6.110 -27.661 -13.716

  No H/Q in entry =           8
  In of MODEL   15
    1    H    LEU 105           H        LEU 105   9.024 -23.174  -8.631
    2    HA   LEU 105           HA       LEU 105   9.535 -25.224  -6.595
    3    HB2  LEU 105           HB2      LEU 105  11.668 -24.407  -6.549
    4    HB3  LEU 105           HB3      LEU 105  11.209 -23.541  -8.000
    5    HG   LEU 105           HG       LEU 105  10.609 -21.597  -6.454
    6   HD12  LEU 105          HD11      LEU 105  12.531 -22.910  -4.568
    7   HD11  LEU 105          HD12      LEU 105  10.780 -23.014  -4.340
    8   HD13  LEU 105          HD13      LEU 105  11.579 -21.440  -4.340
    9   HD21  LEU 105          HD21      LEU 105  13.009 -22.506  -7.638
   10   HD23  LEU 105          HD22      LEU 105  13.423 -21.709  -6.120
   11   HD22  LEU 105          HD23      LEU 105  12.495 -20.845  -7.348

  No H/Q in entry =          11
  In of MODEL   15
    1    H    ILE 106           H        ILE 106   8.332 -21.639  -6.708
    2    HA   ILE 106           HA       ILE 106   7.760 -21.623  -4.033
    3    HB   ILE 106           HB       ILE 106   6.129 -19.924  -4.310
    4   HG12  ILE 106          HG12      ILE 106   5.872 -19.251  -6.929
    5   HG13  ILE 106          HG13      ILE 106   5.814 -21.012  -7.001
    6   HG22  ILE 106          HG21      ILE 106   8.085 -19.290  -6.449
    7   HG21  ILE 106          HG22      ILE 106   8.593 -19.498  -4.774
    8   HG23  ILE 106          HG23      ILE 106   7.421 -18.246  -5.191
    9   HD12  ILE 106          HD11      ILE 106   3.988 -19.131  -5.560
   10   HD11  ILE 106          HD12      ILE 106   4.045 -20.856  -5.191
   11   HD13  ILE 106          HD13      ILE 106   3.597 -20.310  -6.815

  No H/Q in entry =          11
  In of MODEL   15
    1    H    GLN 107           H        GLN 107   6.579 -23.768  -6.099
    2    HA   GLN 107           HA       GLN 107   3.982 -23.984  -4.788
    3    HB2  GLN 107           HB2      GLN 107   4.814 -24.647  -7.554
    4    HB3  GLN 107           HB3      GLN 107   3.685 -25.753  -6.789
    5    HG2  GLN 107           HG2      GLN 107   3.293 -22.799  -7.200
    6    HG3  GLN 107           HG3      GLN 107   2.512 -24.096  -8.100
    7   HE21  GLN 107          HE21      GLN 107   2.117 -25.755  -5.727
    8   HE22  GLN 107          HE22      GLN 107   0.833 -25.015  -4.841

  No H/Q in entry =           8
  In of MODEL   15
    1    H    VAL 108           H        VAL 108   7.074 -25.223  -5.088
    2    HA   VAL 108           HA       VAL 108   6.430 -27.938  -4.397
    3    HB   VAL 108           HB       VAL 108   8.529 -26.764  -5.701
    4   HG11  VAL 108          HG11      VAL 108   9.530 -27.515  -2.966
    5   HG13  VAL 108          HG12      VAL 108   9.576 -25.917  -3.713
    6   HG12  VAL 108          HG13      VAL 108  10.550 -27.229  -4.378
    7   HG22  VAL 108          HG21      VAL 108   9.485 -28.953  -5.802
    8   HG21  VAL 108          HG22      VAL 108   7.726 -29.075  -5.849
    9   HG23  VAL 108          HG23      VAL 108   8.597 -29.447  -4.362

  No H/Q in entry =           9
  In of MODEL   15
    1    H    ASN 109           H        ASN 109   7.263 -24.975  -2.843
    2    HA   ASN 109           HA       ASN 109   7.192 -26.319  -0.219
    3    HB2  ASN 109           HB2      ASN 109   8.743 -23.832  -0.933
    4    HB3  ASN 109           HB3      ASN 109   8.661 -24.559   0.662
    5   HD21  ASN 109          HD21      ASN 109  10.539 -24.207  -1.956
    6   HD22  ASN 109          HD22      ASN 109  11.512 -25.629  -1.830

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   PRO 110           HA       PRO 110   3.672 -23.594   0.105
    2    HB2  PRO 110           HB2      PRO 110   2.811 -24.484   2.498
    3    HB3  PRO 110           HB3      PRO 110   2.673 -25.485   1.049
    4    HG2  PRO 110           HG2      PRO 110   4.692 -25.603   3.258
    5    HG3  PRO 110           HG3      PRO 110   3.870 -26.933   2.423
    6    HD2  PRO 110           HD2      PRO 110   6.420 -26.088   1.849
    7    HD3  PRO 110           HD3      PRO 110   5.365 -26.922   0.692

  No H/Q in entry =           7
  In of MODEL   15
    1    H    ASP 111           H        ASP 111   6.557 -23.377   1.845
    2    HA   ASP 111           HA       ASP 111   5.529 -21.079   3.319
    3    HB2  ASP 111           HB2      ASP 111   7.851 -21.158   4.431
    4    HB3  ASP 111           HB3      ASP 111   6.619 -22.318   4.915

  No H/Q in entry =           4
  In of MODEL   15
    1    H    ILE 112           H        ILE 112   7.056 -21.692   0.356
    2    HA   ILE 112           HA       ILE 112   9.099 -19.653   0.484
    3    HB   ILE 112           HB       ILE 112   8.122 -21.464  -1.706
    4   HG12  ILE 112          HG12      ILE 112   9.929 -21.637   0.308
    5   HG13  ILE 112          HG13      ILE 112   9.964 -22.609  -1.154
    6   HG21  ILE 112          HG21      ILE 112   8.490 -19.272  -2.772
    7   HG23  ILE 112          HG22      ILE 112   9.685 -20.472  -3.273
    8   HG22  ILE 112          HG23      ILE 112  10.123 -19.228  -2.101
    9   HD11  ILE 112          HD11      ILE 112  11.513 -20.974  -2.148
   10   HD13  ILE 112          HD12      ILE 112  12.146 -21.767  -0.707
   11   HD12  ILE 112          HD13      ILE 112  11.534 -20.118  -0.606

  No H/Q in entry =          11
  In of MODEL   15
    1    H    LEU 113           H        LEU 113   6.011 -19.917  -1.213
    2    HA   LEU 113           HA       LEU 113   6.349 -17.218  -2.141
    3    HB2  LEU 113           HB2      LEU 113   5.325 -18.477  -3.723
    4    HB3  LEU 113           HB3      LEU 113   4.361 -19.377  -2.572
    5    HG   LEU 113           HG       LEU 113   3.254 -16.941  -2.296
    6   HD11  LEU 113          HD11      LEU 113   4.981 -16.455  -4.336
    7   HD13  LEU 113          HD12      LEU 113   3.483 -15.567  -4.062
    8   HD12  LEU 113          HD13      LEU 113   3.518 -16.899  -5.218
    9   HD21  LEU 113          HD21      LEU 113   2.583 -19.409  -3.372
   10   HD23  LEU 113          HD22      LEU 113   2.168 -18.248  -4.631
   11   HD22  LEU 113          HD23      LEU 113   1.483 -18.078  -3.015

  No H/Q in entry =          11
  In of MODEL   15
    1    H    MET 114           H        MET 114   5.068 -18.822   0.498
    2    HA   MET 114           HA       MET 114   3.248 -16.767   1.389
    3    HB2  MET 114           HB2      MET 114   3.576 -19.414   2.078
    4    HB3  MET 114           HB3      MET 114   4.324 -18.591   3.442
    5    HG2  MET 114           HG2      MET 114   1.526 -18.189   2.417
    6    HG3  MET 114           HG3      MET 114   1.994 -19.034   3.890
    7    HE1  MET 114           HE1      MET 114   0.085 -17.408   5.060
    8    HE3  MET 114           HE2      MET 114  -0.162 -16.448   3.599
    9    HE2  MET 114           HE3      MET 114   0.226 -15.653   5.124

  No H/Q in entry =           9
  In of MODEL   15
    1    H    ARG 115           H        ARG 115   6.590 -17.548   1.579
    2    HA   ARG 115           HA       ARG 115   7.304 -15.824   3.734
    3    HB2  ARG 115           HB2      ARG 115   8.683 -17.472   1.737
    4    HB3  ARG 115           HB3      ARG 115   9.518 -15.956   2.052
    5    HG2  ARG 115           HG2      ARG 115   8.628 -17.701   4.306
    6    HG3  ARG 115           HG3      ARG 115  10.119 -18.048   3.431
    7    HD2  ARG 115           HD2      ARG 115  10.045 -15.262   4.061
    8    HD3  ARG 115           HD3      ARG 115   9.703 -16.181   5.525
    9    HE   ARG 115           HE       ARG 115  11.907 -17.367   4.306
   10   HH11  ARG 115          HH11      ARG 115  11.111 -14.277   5.776
   11   HH12  ARG 115          HH12      ARG 115  12.736 -13.964   6.288
   12   HH21  ARG 115          HH21      ARG 115  14.054 -16.953   4.985
   13   HH22  ARG 115          HH22      ARG 115  14.400 -15.472   5.839

  No H/Q in entry =          13
  In of MODEL   15
    1    H    LEU 116           H        LEU 116   7.229 -15.625   0.189
    2    HA   LEU 116           HA       LEU 116   8.055 -12.985  -0.068
    3    HB2  LEU 116           HB2      LEU 116   8.096 -14.427  -1.944
    4    HB3  LEU 116           HB3      LEU 116   6.399 -14.829  -1.769
    5    HG   LEU 116           HG       LEU 116   6.534 -12.033  -2.160
    6   HD13  LEU 116          HD11      LEU 116   8.022 -11.597  -3.731
    7   HD12  LEU 116          HD12      LEU 116   7.701 -13.105  -4.586
    8   HD11  LEU 116          HD13      LEU 116   8.817 -13.086  -3.217
    9   HD22  LEU 116          HD21      LEU 116   4.654 -13.265  -2.887
   10   HD21  LEU 116          HD22      LEU 116   5.648 -14.329  -3.884
   11   HD23  LEU 116          HD23      LEU 116   5.436 -12.635  -4.341

  No H/Q in entry =          11
  In of MODEL   15
    1    H    SER 117           H        SER 117   4.793 -14.330   0.244
    2    HA   SER 117           HA       SER 117   3.286 -12.124  -0.402
    3    HB2  SER 117           HB2      SER 117   1.607 -13.159   1.322
    4    HB3  SER 117           HB3      SER 117   2.013 -14.029  -0.154
    5    HG   SER 117           HG       SER 117   2.439 -14.720   2.419

  No H/Q in entry =           5
  In of MODEL   15
    1    H    ALA 118           H        ALA 118   4.369 -13.124   2.743
    2    HA   ALA 118           HA       ALA 118   3.339 -11.045   4.275
    3    HB2  ALA 118           HB1      ALA 118   4.512 -11.927   6.048
    4    HB1  ALA 118           HB2      ALA 118   5.868 -12.430   5.036
    5    HB3  ALA 118           HB3      ALA 118   4.346 -13.319   4.977

  No H/Q in entry =           5
  In of MODEL   15
    1    H    GLN 119           H        GLN 119   6.209 -11.195   2.293
    2    HA   GLN 119           HA       GLN 119   7.563  -9.035   3.540
    3    HB2  GLN 119           HB2      GLN 119   7.732 -10.234   0.772
    4    HB3  GLN 119           HB3      GLN 119   8.666  -8.815   1.220
    5    HG2  GLN 119           HG2      GLN 119   9.132 -11.614   1.811
    6    HG3  GLN 119           HG3      GLN 119  10.244 -10.249   1.851
    7   HE21  GLN 119          HE21      GLN 119   8.192 -12.328   3.668
    8   HE22  GLN 119          HE22      GLN 119   8.613 -11.726   5.239

  No H/Q in entry =           8
  In of MODEL   15
    1    H    MET 120           H        MET 120   5.780  -9.123   0.394
    2    HA   MET 120           HA       MET 120   5.300  -6.497   0.125
    3    HB2  MET 120           HB2      MET 120   4.017  -8.976  -0.732
    4    HB3  MET 120           HB3      MET 120   2.937  -7.586  -0.741
    5    HG2  MET 120           HG2      MET 120   4.088  -6.511  -2.392
    6    HG3  MET 120           HG3      MET 120   5.622  -7.270  -1.968
    7    HE1  MET 120           HE1      MET 120   6.001  -9.781  -2.159
    8    HE3  MET 120           HE2      MET 120   5.271 -10.824  -3.378
    9    HE2  MET 120           HE3      MET 120   4.403 -10.475  -1.885

  No H/Q in entry =           9
  In of MODEL   15
    1    H    ALA 121           H        ALA 121   3.463  -8.670   2.205
    2    HA   ALA 121           HA       ALA 121   1.334  -6.926   2.776
    3    HB3  ALA 121           HB1      ALA 121   0.847  -8.384   4.642
    4    HB1  ALA 121           HB2      ALA 121   2.460  -9.090   4.556
    5    HB2  ALA 121           HB3      ALA 121   1.309  -9.358   3.247

  No H/Q in entry =           5
  In of MODEL   15
    1    H    ARG 122           H        ARG 122   4.589  -7.169   3.896
    2    HA   ARG 122           HA       ARG 122   4.224  -5.533   6.204
    3    HB2  ARG 122           HB2      ARG 122   6.403  -6.975   4.930
    4    HB3  ARG 122           HB3      ARG 122   6.921  -5.398   5.521
    5    HG2  ARG 122           HG2      ARG 122   7.116  -7.403   7.101
    6    HG3  ARG 122           HG3      ARG 122   6.404  -5.913   7.729
    7    HD2  ARG 122           HD2      ARG 122   4.231  -6.783   7.649
    8    HD3  ARG 122           HD3      ARG 122   4.699  -8.088   6.560
    9    HE   ARG 122           HE       ARG 122   5.715  -9.205   8.407
   10   HH11  ARG 122          HH11      ARG 122   3.746  -6.436   9.286
   11   HH12  ARG 122          HH12      ARG 122   3.623  -6.910  10.945
   12   HH21  ARG 122          HH21      ARG 122   5.511  -9.843  10.596
   13   HH22  ARG 122          HH22      ARG 122   4.613  -8.827  11.688

  No H/Q in entry =          13
  In of MODEL   15
    1    H    ARG 123           H        ARG 123   4.790  -5.099   2.913
    2    HA   ARG 123           HA       ARG 123   5.677  -2.394   3.012
    3    HB2  ARG 123           HB2      ARG 123   4.946  -4.308   0.822
    4    HB3  ARG 123           HB3      ARG 123   5.002  -2.586   0.478
    5    HG2  ARG 123           HG2      ARG 123   7.099  -3.866  -0.041
    6    HG3  ARG 123           HG3      ARG 123   7.308  -2.453   0.987
    7    HD2  ARG 123           HD2      ARG 123   7.477  -3.842   2.944
    8    HD3  ARG 123           HD3      ARG 123   7.065  -5.278   2.012
    9    HE   ARG 123           HE       ARG 123   9.245  -5.431   1.339
   10   HH11  ARG 123          HH11      ARG 123   8.718  -2.196   2.594
   11   HH12  ARG 123          HH12      ARG 123  10.400  -1.785   2.583
   12   HH21  ARG 123          HH21      ARG 123  11.465  -4.902   1.377
   13   HH22  ARG 123          HH22      ARG 123  11.956  -3.317   1.897

  No H/Q in entry =          13
  In of MODEL   15
    1    H    LEU 124           H        LEU 124   2.677  -4.157   2.762
    2    HA   LEU 124           HA       LEU 124   0.971  -1.998   2.100
    3    HB2  LEU 124           HB2      LEU 124   0.748  -4.698   3.095
    4    HB3  LEU 124           HB3      LEU 124  -0.302  -3.647   4.016
    5    HG   LEU 124           HG       LEU 124  -0.396  -4.143   1.044
    6   HD11  LEU 124          HD11      LEU 124  -2.239  -4.707   3.328
    7   HD13  LEU 124          HD12      LEU 124  -1.274  -5.895   2.448
    8   HD12  LEU 124          HD13      LEU 124  -2.587  -5.037   1.631
    9   HD21  LEU 124          HD21      LEU 124  -1.685  -2.073   2.750
   10   HD23  LEU 124          HD22      LEU 124  -2.650  -2.849   1.495
   11   HD22  LEU 124          HD23      LEU 124  -1.172  -1.982   1.063

  No H/Q in entry =          11
  In of MODEL   15
    1    H    GLN 125           H        GLN 125   2.427  -3.282   4.939
    2    HA   GLN 125           HA       GLN 125   1.211  -1.574   6.862
    3    HB2  GLN 125           HB2      GLN 125   2.029  -3.755   7.497
    4    HB3  GLN 125           HB3      GLN 125   3.643  -3.365   6.929
    5    HG2  GLN 125           HG2      GLN 125   3.679  -3.273   9.286
    6    HG3  GLN 125           HG3      GLN 125   3.753  -1.613   8.702
    7   HE21  GLN 125          HE21      GLN 125   1.469  -4.069   9.807
    8   HE22  GLN 125          HE22      GLN 125   0.401  -2.961  10.605

  No H/Q in entry =           8
  In of MODEL   15
    1    H    VAL 126           H        VAL 126   3.738  -1.064   4.516
    2    HA   VAL 126           HA       VAL 126   4.972   0.977   6.188
    3    HB   VAL 126           HB       VAL 126   6.402  -0.730   4.866
    4   HG12  VAL 126          HG11      VAL 126   5.810   1.108   2.561
    5   HG11  VAL 126          HG12      VAL 126   5.074  -0.481   2.748
    6   HG13  VAL 126          HG13      VAL 126   6.822  -0.336   2.565
    7   HG21  VAL 126          HG21      VAL 126   7.149   1.480   5.840
    8   HG23  VAL 126          HG22      VAL 126   6.986   2.129   4.205
    9   HG22  VAL 126          HG23      VAL 126   8.122   0.819   4.525

  No H/Q in entry =           9
  In of MODEL   15
    1    H    THR 127           H        THR 127   3.007   0.378   3.337
    2    HA   THR 127           HA       THR 127   3.053   3.166   2.492
    3    HB   THR 127           HB       THR 127   1.201   1.041   1.439
    4    HG1  THR 127           HG1      THR 127   2.956   0.633  -0.117
    5   HG21  THR 127          HG21      THR 127   0.862   3.333   0.650
    6   HG23  THR 127          HG22      THR 127   1.438   2.301  -0.659
    7   HG22  THR 127          HG23      THR 127   2.547   3.415   0.141

  No H/Q in entry =           7
  In of MODEL   15
    1    H    SER 128           H        SER 128   1.284   1.655   5.172
    2    HA   SER 128           HA       SER 128  -1.097   2.929   4.167
    3    HB2  SER 128           HB2      SER 128  -0.600   0.813   6.265
    4    HB3  SER 128           HB3      SER 128  -2.109   1.728   6.187
    5    HG   SER 128           HG       SER 128  -1.036  -0.123   4.362

  No H/Q in entry =           5
  In of MODEL   15
    1    H    GLU 129           H        GLU 129   1.589   3.014   6.175
    2    HA   GLU 129           HA       GLU 129   0.482   4.600   8.309
    3    HB2  GLU 129           HB2      GLU 129   2.320   2.880   8.544
    4    HB3  GLU 129           HB3      GLU 129   3.388   4.036   7.763
    5    HG2  GLU 129           HG2      GLU 129   2.854   5.654   9.577
    6    HG3  GLU 129           HG3      GLU 129   1.960   4.368  10.387

  No H/Q in entry =           6
  In of MODEL   15
    1    H    LYS 130           H        LYS 130   1.725   5.413   5.192
    2    HA   LYS 130           HA       LYS 130   1.891   8.183   6.000
    3    HB2  LYS 130           HB2      LYS 130   4.047   7.003   4.239
    4    HB3  LYS 130           HB3      LYS 130   4.019   8.580   5.011
    5    HG2  LYS 130           HG2      LYS 130   4.650   7.735   7.066
    6    HG3  LYS 130           HG3      LYS 130   4.083   6.107   6.685
    7    HD2  LYS 130           HD2      LYS 130   5.921   5.995   4.962
    8    HD3  LYS 130           HD3      LYS 130   6.544   7.499   5.642
    9    HE2  LYS 130           HE2      LYS 130   7.707   5.568   6.574
   10    HE3  LYS 130           HE3      LYS 130   6.793   6.420   7.818
   11    HZ3  LYS 130           HZ1      LYS 130   5.478   4.661   8.172
   12    HZ2  LYS 130           HZ2      LYS 130   6.697   3.774   7.403
   13    HZ1  LYS 130           HZ3      LYS 130   5.346   4.282   6.522

  No H/Q in entry =          13
  In of MODEL   15
    1    H    VAL 131           H        VAL 131  -0.196   7.557   4.919
    2    HA   VAL 131           HA       VAL 131  -0.389   6.852   2.210
    3    HB   VAL 131           HB       VAL 131  -2.608   8.515   2.934
    4   HG13  VAL 131          HG11      VAL 131  -2.742   6.737   1.333
    5   HG12  VAL 131          HG12      VAL 131  -3.841   6.401   2.671
    6   HG11  VAL 131          HG13      VAL 131  -2.301   5.546   2.559
    7   HG21  VAL 131          HG21      VAL 131  -1.780   6.500   5.008
    8   HG23  VAL 131          HG22      VAL 131  -3.396   7.199   4.875
    9   HG22  VAL 131          HG23      VAL 131  -2.016   8.238   5.222

  No H/Q in entry =           9
  In of MODEL   15
    1    H    GLY 132           H        GLY 132   1.063   9.551   3.195
    2    HA3  GLY 132           HA2      GLY 132   1.462  10.929   1.050
    3    HA2  GLY 132           HA3      GLY 132  -0.249  11.278   1.215

  No H/Q in entry =           3
  In of MODEL   15
    1    H    ASN 133           H        ASN 133   2.830  11.545   2.937
    2    HA   ASN 133           HA       ASN 133   1.758  13.971   4.184
    3    HB2  ASN 133           HB2      ASN 133   2.837  11.938   5.533
    4    HB3  ASN 133           HB3      ASN 133   4.333  12.772   5.119
    5   HD21  ASN 133          HD21      ASN 133   4.737  14.815   6.000
    6   HD22  ASN 133          HD22      ASN 133   3.828  15.435   7.333

  No H/Q in entry =           6
  In of MODEL   15
    1    H    LEU 134           H        LEU 134   3.857  12.726   1.829
    2    HA   LEU 134           HA       LEU 134   5.762  14.869   1.807
    3    HB2  LEU 134           HB2      LEU 134   6.588  13.875  -0.229
    4    HB3  LEU 134           HB3      LEU 134   6.300  12.634   0.970
    5    HG   LEU 134           HG       LEU 134   3.968  12.483  -0.368
    6   HD13  LEU 134          HD11      LEU 134   4.333  12.717  -2.738
    7   HD12  LEU 134          HD12      LEU 134   6.005  13.208  -2.471
    8   HD11  LEU 134          HD13      LEU 134   4.686  14.258  -1.955
    9   HD22  LEU 134          HD21      LEU 134   5.449  10.636   0.126
   10   HD21  LEU 134          HD22      LEU 134   6.590  11.197  -1.098
   11   HD23  LEU 134          HD23      LEU 134   5.002  10.599  -1.582

  No H/Q in entry =          11
  In of MODEL   15
    1    H    ALA 135           H        ALA 135   2.589  14.511   0.618
    2    HA   ALA 135           HA       ALA 135   2.908  16.315  -1.640
    3    HB3  ALA 135           HB1      ALA 135   0.760  15.815  -2.291
    4    HB2  ALA 135           HB2      ALA 135   0.218  15.499  -0.650
    5    HB1  ALA 135           HB3      ALA 135   1.227  14.319  -1.481

  No H/Q in entry =           5
  In of MODEL   15
    1    H    PHE 136           H        PHE 136   2.312  16.379   1.658
    2    HA   PHE 136           HA       PHE 136   0.779  18.726   1.963
    3    HB2  PHE 136           HB2      PHE 136   1.906  16.714   3.593
    4    HB3  PHE 136           HB3      PHE 136   2.536  18.247   4.195
    5    HD1  PHE 136           HD1      PHE 136   0.654  20.144   4.379
    6    HD2  PHE 136           HD2      PHE 136  -0.038  15.948   4.512
    7    HE1  PHE 136           HE1      PHE 136  -1.449  20.533   5.595
    8    HE2  PHE 136           HE2      PHE 136  -2.144  16.329   5.725
    9    HZ   PHE 136           HZ       PHE 136  -2.852  18.625   6.269

  No H/Q in entry =           9
  In of MODEL   15
    1    H    LEU 137           H        LEU 137   3.869  18.482   0.725
    2    HA   LEU 137           HA       LEU 137   5.579  19.912   0.334
    3    HB2  LEU 137           HB2      LEU 137   3.228  21.641   0.667
    4    HB3  LEU 137           HB3      LEU 137   4.753  22.465   0.941
    5    HG   LEU 137           HG       LEU 137   5.468  21.437  -1.327
    6   HD11  LEU 137          HD11      LEU 137   3.599  19.881  -1.570
    7   HD13  LEU 137          HD12      LEU 137   3.644  21.041  -2.899
    8   HD12  LEU 137          HD13      LEU 137   2.470  21.235  -1.598
    9   HD23  LEU 137          HD21      LEU 137   4.482  23.331  -2.520
   10   HD22  LEU 137          HD22      LEU 137   5.121  23.800  -0.944
   11   HD21  LEU 137          HD23      LEU 137   3.384  23.600  -1.166

  No H/Q in entry =          11
  In of MODEL   15
    1    H    ASP 138           H        ASP 138   5.356  18.635   2.715
    2    HA   ASP 138           HA       ASP 138   5.880  20.161   4.965
    3    HB2  ASP 138           HB2      ASP 138   4.884  17.925   5.034
    4    HB3  ASP 138           HB3      ASP 138   6.473  17.221   4.728

  No H/Q in entry =           4
  In of MODEL   15
    1    H    VAL 139           H        VAL 139   7.971  20.134   2.538
    2    HA   VAL 139           HA       VAL 139  10.454  19.396   3.223
    3    HB   VAL 139           HB       VAL 139   9.431  21.323   1.440
    4   HG11  VAL 139          HG11      VAL 139  10.283  23.061   3.097
    5   HG13  VAL 139          HG12      VAL 139  10.946  23.160   1.465
    6   HG12  VAL 139          HG13      VAL 139  11.903  22.443   2.762
    7   HG22  VAL 139          HG21      VAL 139  10.844  19.534   0.812
    8   HG21  VAL 139          HG22      VAL 139  12.130  20.098   1.880
    9   HG23  VAL 139          HG23      VAL 139  11.714  21.024   0.437

  No H/Q in entry =           9
  In of MODEL   15
    1    H    THR 140           H        THR 140   8.783  21.962   5.009
    2    HA   THR 140           HA       THR 140  10.799  23.390   6.181
    3    HB   THR 140           HB       THR 140   8.497  22.408   7.838
    4    HG1  THR 140           HG1      THR 140   7.122  23.607   6.646
    5   HG22  THR 140          HG21      THR 140   8.492  24.754   8.606
    6   HG21  THR 140          HG22      THR 140   9.872  25.087   7.560
    7   HG23  THR 140          HG23      THR 140  10.039  23.964   8.910

  No H/Q in entry =           7
  In of MODEL   15
    1    H    GLY 141           H        GLY 141  12.679  22.497   6.854
    2    HA3  GLY 141           HA2      GLY 141  14.222  21.400   8.121
    3    HA2  GLY 141           HA3      GLY 141  12.968  21.305   9.336

  No H/Q in entry =           3
  In of MODEL   15
    1    H    ARG 142           H        ARG 142  11.859  19.870   6.622
    2    HA   ARG 142           HA       ARG 142  11.812  17.350   7.801
    3    HB2  ARG 142           HB2      ARG 142  10.384  18.497   5.830
    4    HB3  ARG 142           HB3      ARG 142  11.436  17.457   4.881
    5    HG2  ARG 142           HG2      ARG 142   9.194  16.499   5.561
    6    HG3  ARG 142           HG3      ARG 142  10.617  15.506   5.891
    7    HD2  ARG 142           HD2      ARG 142  10.416  15.724   8.140
    8    HD3  ARG 142           HD3      ARG 142   9.792  17.370   8.023
    9    HE   ARG 142           HE       ARG 142   7.622  16.483   7.570
   10   HH11  ARG 142          HH11      ARG 142   9.966  14.077   8.641
   11   HH12  ARG 142          HH12      ARG 142   8.743  12.941   9.118
   12   HH21  ARG 142          HH21      ARG 142   6.054  15.009   8.235
   13   HH22  ARG 142          HH22      ARG 142   6.519  13.468   8.892

  No H/Q in entry =          13
  In of MODEL   15
    1    H    ILE 143           H        ILE 143  13.383  18.116   4.647
    2    HA   ILE 143           HA       ILE 143  14.743  16.284   3.925
    3    HB   ILE 143           HB       ILE 143  16.350  18.709   4.451
    4   HG12  ILE 143          HG12      ILE 143  13.944  18.620   2.616
    5   HG13  ILE 143          HG13      ILE 143  14.056  19.525   4.124
    6   HG22  ILE 143          HG21      ILE 143  16.914  18.439   2.053
    7   HG21  ILE 143          HG22      ILE 143  15.918  16.984   2.025
    8   HG23  ILE 143          HG23      ILE 143  17.351  17.049   3.047
    9   HD11  ILE 143          HD11      ILE 143  15.824  19.972   1.755
   10   HD13  ILE 143          HD12      ILE 143  15.751  20.923   3.237
   11   HD12  ILE 143          HD13      ILE 143  14.377  20.909   2.132

  No H/Q in entry =          11
  In of MODEL   15
    1    H    ALA 144           H        ALA 144  16.429  18.238   6.335
    2    HA   ALA 144           HA       ALA 144  18.685  16.574   6.458
    3    HB3  ALA 144           HB1      ALA 144  18.908  18.808   7.208
    4    HB2  ALA 144           HB2      ALA 144  19.088  17.797   8.644
    5    HB1  ALA 144           HB3      ALA 144  17.567  18.639   8.339

  No H/Q in entry =           5
  In of MODEL   15
    1    H    GLN 145           H        GLN 145  15.593  16.532   7.969
    2    HA   GLN 145           HA       GLN 145  16.298  14.768  10.082
    3    HB2  GLN 145           HB2      GLN 145  14.370  16.329  10.215
    4    HB3  GLN 145           HB3      GLN 145  13.560  15.400   8.965
    5    HG2  GLN 145           HG2      GLN 145  14.392  13.671  11.100
    6    HG3  GLN 145           HG3      GLN 145  13.446  15.017  11.732
    7   HE21  GLN 145          HE21      GLN 145  12.791  12.181  11.553
    8   HE22  GLN 145          HE22      GLN 145  11.327  12.079  10.634

  No H/Q in entry =           8
  In of MODEL   15
    1    H    THR 146           H        THR 146  15.470  14.262   6.568
    2    HA   THR 146           HA       THR 146  14.578  11.615   7.065
    3    HB   THR 146           HB       THR 146  15.428  12.925   4.486
    4    HG1  THR 146           HG1      THR 146  13.407  13.690   6.114
    5   HG23  THR 146          HG21      THR 146  13.759  11.459   3.483
    6   HG22  THR 146          HG22      THR 146  13.336  10.829   5.074
    7   HG21  THR 146          HG23      THR 146  14.939  10.525   4.401

  No H/Q in entry =           7
  In of MODEL   15
    1    H    LEU 147           H        LEU 147  17.433  13.248   7.134
    2    HA   LEU 147           HA       LEU 147  18.991  11.429   5.494
    3    HB2  LEU 147           HB2      LEU 147  19.971  13.908   6.895
    4    HB3  LEU 147           HB3      LEU 147  20.819  12.966   5.678
    5    HG   LEU 147           HG       LEU 147  18.367  14.666   5.268
    6   HD11  LEU 147          HD11      LEU 147  20.559  15.826   5.405
    7   HD13  LEU 147          HD12      LEU 147  19.742  16.002   3.853
    8   HD12  LEU 147          HD13      LEU 147  21.090  14.878   4.017
    9   HD21  LEU 147          HD21      LEU 147  19.747  12.776   3.378
   10   HD23  LEU 147          HD22      LEU 147  18.617  14.030   2.867
   11   HD22  LEU 147          HD23      LEU 147  18.069  12.727   3.922

  No H/Q in entry =          11
  In of MODEL   15
    1    H    LEU 148           H        LEU 148  18.227  12.498   8.656
    2    HA   LEU 148           HA       LEU 148  20.245  11.019  10.019
    3    HB2  LEU 148           HB2      LEU 148  17.614  11.810  11.227
    4    HB3  LEU 148           HB3      LEU 148  19.171  11.639  12.016
    5    HG   LEU 148           HG       LEU 148  18.264  13.859  10.203
    6   HD11  LEU 148          HD11      LEU 148  17.534  13.970  12.511
    7   HD13  LEU 148          HD12      LEU 148  18.702  15.242  12.149
    8   HD12  LEU 148          HD13      LEU 148  19.203  13.814  13.055
    9   HD23  LEU 148          HD21      LEU 148  20.561  14.843  10.712
   10   HD22  LEU 148          HD22      LEU 148  20.498  13.547   9.519
   11   HD21  LEU 148          HD23      LEU 148  21.044  13.207  11.164

  No H/Q in entry =          11
  In of MODEL   15
    1    H    ASN 149           H        ASN 149  17.115  10.401   8.678
    2    HA   ASN 149           HA       ASN 149  16.586   7.927   9.946
    3    HB2  ASN 149           HB2      ASN 149  15.081   9.366   8.335
    4    HB3  ASN 149           HB3      ASN 149  15.858   8.423   7.069
    5   HD21  ASN 149          HD21      ASN 149  16.039   5.985   8.639
    6   HD22  ASN 149          HD22      ASN 149  14.426   5.361   8.746

  No H/Q in entry =           6
  In of MODEL   15
    1    H    LEU 150           H        LEU 150  18.624   8.971   7.327
    2    HA   LEU 150           HA       LEU 150  19.387   6.315   6.433
    3    HB2  LEU 150           HB2      LEU 150  20.459   9.090   5.912
    4    HB3  LEU 150           HB3      LEU 150  21.272   7.651   5.286
    5    HG   LEU 150           HG       LEU 150  18.365   7.891   4.736
    6   HD11  LEU 150          HD11      LEU 150  19.472  10.167   4.371
    7   HD13  LEU 150          HD12      LEU 150  18.552   9.471   3.040
    8   HD12  LEU 150          HD13      LEU 150  20.316   9.381   3.046
    9   HD23  LEU 150          HD21      LEU 150  20.729   7.107   3.050
   10   HD22  LEU 150          HD22      LEU 150  19.025   6.850   2.670
   11   HD21  LEU 150          HD23      LEU 150  19.770   5.990   4.022

  No H/Q in entry =          11
  In of MODEL   15
    1    H    ALA 151           H        ALA 151  20.030   8.128   9.313
    2    HA   ALA 151           HA       ALA 151  22.781   7.144   9.381
    3    HB2  ALA 151           HB1      ALA 151  22.183   8.234  11.865
    4    HB3  ALA 151           HB2      ALA 151  21.315   9.267  10.728
    5    HB1  ALA 151           HB3      ALA 151  23.055   9.037  10.559

  No H/Q in entry =           5
  In of MODEL   15
    1    H    LYS 152           H        LYS 152  19.661   6.290   9.963
    2    HA   LYS 152           HA       LYS 152  20.278   4.410  12.095
    3    HB2  LYS 152           HB2      LYS 152  17.660   5.144  10.785
    4    HB3  LYS 152           HB3      LYS 152  17.841   4.063  12.164
    5    HG2  LYS 152           HG2      LYS 152  18.743   5.905  13.489
    6    HG3  LYS 152           HG3      LYS 152  18.563   6.984  12.102
    7    HD2  LYS 152           HD2      LYS 152  16.145   6.592  12.118
    8    HD3  LYS 152           HD3      LYS 152  16.328   5.524  13.512
    9    HE2  LYS 152           HE2      LYS 152  17.136   8.427  13.466
   10    HE3  LYS 152           HE3      LYS 152  15.600   7.831  14.093
   11    HZ2  LYS 152           HZ1      LYS 152  17.309   8.185  15.819
   12    HZ1  LYS 152           HZ2      LYS 152  18.257   6.979  15.109
   13    HZ3  LYS 152           HZ3      LYS 152  16.746   6.591  15.764

  No H/Q in entry =          13
  In of MODEL   15
    1    H    GLN 153           H        GLN 153  20.161   4.333   8.629
    2    HA   GLN 153           HA       GLN 153  19.361   1.530   8.650
    3    HB2  GLN 153           HB2      GLN 153  20.100   2.934   6.133
    4    HB3  GLN 153           HB3      GLN 153  18.800   1.795   6.438
    5    HG2  GLN 153           HG2      GLN 153  18.467   4.343   7.795
    6    HG3  GLN 153           HG3      GLN 153  18.512   4.459   6.037
    7   HE21  GLN 153          HE21      GLN 153  16.319   5.063   6.021
    8   HE22  GLN 153          HE22      GLN 153  15.061   3.907   6.266

  No H/Q in entry =           8
  In of MODEL   15
    1    HA   PRO 154           HA       PRO 154  23.409  -0.180   7.978
    2    HB2  PRO 154           HB2      PRO 154  23.213  -1.398   5.490
    3    HB3  PRO 154           HB3      PRO 154  22.712  -2.116   7.022
    4    HG2  PRO 154           HG2      PRO 154  21.073  -0.734   4.945
    5    HG3  PRO 154           HG3      PRO 154  20.683  -2.167   5.914
    6    HD2  PRO 154           HD2      PRO 154  19.645   0.214   6.502
    7    HD3  PRO 154           HD3      PRO 154  20.134  -0.906   7.785

  No H/Q in entry =           7
  In of MODEL   15
    1    H    ASP 155           H        ASP 155  22.263   2.157   5.808
    2    HA   ASP 155           HA       ASP 155  24.623   2.238   4.117
    3    HB2  ASP 155           HB2      ASP 155  22.234   4.193   4.390
    4    HB3  ASP 155           HB3      ASP 155  23.547   4.405   3.238

  No H/Q in entry =           4
  In of MODEL   15
    1    H    ALA 156           H        ALA 156  24.034   3.775   7.462
    2    HA   ALA 156           HA       ALA 156  25.400   6.076   6.816
    3    HB3  ALA 156           HB1      ALA 156  25.276   4.549   9.415
    4    HB2  ALA 156           HB2      ALA 156  24.104   5.757   8.884
    5    HB1  ALA 156           HB3      ALA 156  25.773   6.229   9.213

  No H/Q in entry =           5
  In of MODEL   15
    1    H    MET 157           H        MET 157  27.375   6.167   6.016
    2    HA   MET 157           HA       MET 157  29.088   3.879   6.509
    3    HB2  MET 157           HB2      MET 157  28.410   5.128   4.279
    4    HB3  MET 157           HB3      MET 157  29.846   6.082   4.671
    5    HG2  MET 157           HG2      MET 157  31.110   3.919   4.831
    6    HG3  MET 157           HG3      MET 157  29.667   3.118   4.209
    7    HE1  MET 157           HE1      MET 157  32.522   5.632   3.546
    8    HE3  MET 157           HE2      MET 157  31.183   6.681   3.079
    9    HE2  MET 157           HE3      MET 157  32.306   6.085   1.856

  No H/Q in entry =           9
  In of MODEL   15
    1    H    THR 158           H        THR 158  30.052   4.289   8.652
    2    HA   THR 158           HA       THR 158  31.018   6.642   9.480
    3    HB   THR 158           HB       THR 158  32.816   5.257  10.696
    4    HG1  THR 158           HG1      THR 158  32.445   3.516   8.951
    5   HG21  THR 158          HG21      THR 158  30.620   5.915  11.655
    6   HG23  THR 158          HG22      THR 158  31.179   4.348  12.239
    7   HG22  THR 158          HG23      THR 158  29.922   4.431  11.006

  No H/Q in entry =           7
  In of MODEL   15
    1    H    HIS 159           H        HIS 159  32.878   7.719   9.469
    2    HA   HIS 159           HA       HIS 159  35.064   7.056   7.710
    3    HB2  HIS 159           HB2      HIS 159  34.047   8.224   6.001
    4    HB3  HIS 159           HB3      HIS 159  32.971   9.074   7.093
    5    HD1  HIS 159           HD1      HIS 159  36.167   9.413   5.245
    6    HD2  HIS 159           HD2      HIS 159  33.961  11.544   8.053
    7    HE1  HIS 159           HE1      HIS 159  37.145  11.729   5.261
    8    HE2  HIS 159           HE2      HIS 159  35.707  13.037   6.863

  No H/Q in entry =           8
  In of MODEL   15
    1    HA   PRO 160           HA       PRO 160  37.127   8.796  11.200
    2    HB2  PRO 160           HB2      PRO 160  39.210  10.189  10.073
    3    HB3  PRO 160           HB3      PRO 160  39.165   8.437  10.290
    4    HG2  PRO 160           HG2      PRO 160  38.529  10.058   7.852
    5    HG3  PRO 160           HG3      PRO 160  39.470   8.561   7.987
    6    HD2  PRO 160           HD2      PRO 160  36.939   8.530   7.133
    7    HD3  PRO 160           HD3      PRO 160  37.571   7.237   8.176

  No H/Q in entry =           7
  In of MODEL   15
    1    H    ASP 161           H        ASP 161  34.872  10.471  10.523
    2    HA   ASP 161           HA       ASP 161  35.454  12.823  11.930
    3    HB2  ASP 161           HB2      ASP 161  36.820  13.453  10.003
    4    HB3  ASP 161           HB3      ASP 161  35.461  13.187   8.921

  No H/Q in entry =           4
  In of MODEL   15
    1    H    GLY 162           H        GLY 162  33.448  11.069   9.736
    2    HA3  GLY 162           HA2      GLY 162  31.090  11.718  11.077
    3    HA2  GLY 162           HA3      GLY 162  31.183  12.587   9.543

  No H/Q in entry =           3
  In of MODEL   15
    1    H    MET 163           H        MET 163  29.196  10.920   9.598
    2    HA   MET 163           HA       MET 163  30.080   8.629   7.952
    3    HB2  MET 163           HB2      MET 163  27.692   7.916   9.408
    4    HB3  MET 163           HB3      MET 163  29.208   7.040   9.323
    5    HG2  MET 163           HG2      MET 163  28.869   7.385  11.598
    6    HG3  MET 163           HG3      MET 163  30.031   8.632  11.145
    7    HE2  MET 163           HE1      MET 163  25.538   9.352  11.858
    8    HE1  MET 163           HE2      MET 163  26.311   7.793  11.566
    9    HE3  MET 163           HE3      MET 163  26.110   8.941  10.242

  No H/Q in entry =           9
  In of MODEL   15
    1    H    GLN 164           H        GLN 164  29.174   8.737   6.208
    2    HA   GLN 164           HA       GLN 164  26.992  10.572   5.709
    3    HB2  GLN 164           HB2      GLN 164  28.064  10.145   3.306
    4    HB3  GLN 164           HB3      GLN 164  28.668  11.381   4.394
    5    HG2  GLN 164           HG2      GLN 164  30.375   9.742   5.190
    6    HG3  GLN 164           HG3      GLN 164  29.819   8.638   3.932
    7   HE21  GLN 164          HE21      GLN 164  31.912   8.695   3.012
    8   HE22  GLN 164          HE22      GLN 164  32.444  10.046   2.076

  No H/Q in entry =           8
  In of MODEL   15
    1    H    ILE 165           H        ILE 165  26.229   9.972   3.406
    2    HA   ILE 165           HA       ILE 165  25.568   7.349   2.736
    3    HB   ILE 165           HB       ILE 165  22.975   8.123   3.245
    4   HG12  ILE 165          HG12      ILE 165  23.272   8.476   5.909
    5   HG13  ILE 165          HG13      ILE 165  24.704   9.325   5.346
    6   HG23  ILE 165          HG21      ILE 165  22.837   6.254   4.514
    7   HG22  ILE 165          HG22      ILE 165  24.351   6.581   5.353
    8   HG21  ILE 165          HG23      ILE 165  24.379   5.982   3.698
    9   HD11  ILE 165          HD11      ILE 165  21.877   9.907   4.509
   10   HD13  ILE 165          HD12      ILE 165  23.315  10.778   3.977
   11   HD12  ILE 165          HD13      ILE 165  22.828  10.830   5.671

  No H/Q in entry =          11
  In of MODEL   15
    1    H    LYS 166           H        LYS 166  25.521   8.085   0.194
    2    HA   LYS 166           HA       LYS 166  24.698  10.708  -0.077
    3    HB2  LYS 166           HB2      LYS 166  25.005   9.649  -2.577
    4    HB3  LYS 166           HB3      LYS 166  26.276  10.456  -1.686
    5    HG2  LYS 166           HG2      LYS 166  27.281   8.540  -2.506
    6    HG3  LYS 166           HG3      LYS 166  26.913   8.115  -0.841
    7    HD2  LYS 166           HD2      LYS 166  25.249   6.630  -1.459
    8    HD3  LYS 166           HD3      LYS 166  24.951   7.444  -2.998
    9    HE2  LYS 166           HE2      LYS 166  27.114   6.636  -3.832
   10    HE3  LYS 166           HE3      LYS 166  27.394   5.810  -2.302
   11    HZ3  LYS 166           HZ1      LYS 166  25.827   4.224  -2.771
   12    HZ2  LYS 166           HZ2      LYS 166  26.440   4.524  -4.318
   13    HZ1  LYS 166           HZ3      LYS 166  24.967   5.206  -3.847

  No H/Q in entry =          13
  In of MODEL   15
    1    H    ILE 167           H        ILE 167  22.817  11.158  -0.300
    2    HA   ILE 167           HA       ILE 167  21.111   9.361  -1.857
    3    HB   ILE 167           HB       ILE 167  19.365  10.961  -0.539
    4   HG12  ILE 167          HG12      ILE 167  19.966  10.676   1.897
    5   HG13  ILE 167          HG13      ILE 167  21.596  10.266   1.383
    6   HG21  ILE 167          HG21      ILE 167  20.351   8.219   0.228
    7   HG23  ILE 167          HG22      ILE 167  19.078   8.601  -0.931
    8   HG22  ILE 167          HG23      ILE 167  18.834   8.924   0.786
    9   HD11  ILE 167          HD11      ILE 167  21.767  12.502   0.354
   10   HD13  ILE 167          HD12      ILE 167  21.508  12.543   2.098
   11   HD12  ILE 167          HD13      ILE 167  20.170  12.884   0.999

  No H/Q in entry =          11
  In of MODEL   15
    1    H    THR 168           H        THR 168  20.730  10.236  -3.768
    2    HA   THR 168           HA       THR 168  21.374  12.880  -4.385
    3    HB   THR 168           HB       THR 168  19.646  12.390  -6.327
    4    HG1  THR 168           HG1      THR 168  18.915  10.462  -5.020
    5   HG23  THR 168          HG21      THR 168  21.380  11.135  -7.534
    6   HG22  THR 168          HG22      THR 168  22.206  10.808  -6.011
    7   HG21  THR 168          HG23      THR 168  22.084  12.462  -6.611

  No H/Q in entry =           7
  In of MODEL   15
    1    H    ARG 169           H        ARG 169  19.939  14.641  -4.670
    2    HA   ARG 169           HA       ARG 169  17.965  14.795  -2.576
    3    HB2  ARG 169           HB2      ARG 169  17.471  17.066  -3.834
    4    HB3  ARG 169           HB3      ARG 169  18.872  16.906  -2.807
    5    HG2  ARG 169           HG2      ARG 169  19.608  16.162  -5.459
    6    HG3  ARG 169           HG3      ARG 169  18.762  17.706  -5.493
    7    HD2  ARG 169           HD2      ARG 169  20.299  18.360  -3.539
    8    HD3  ARG 169           HD3      ARG 169  21.283  16.989  -4.043
    9    HE   ARG 169           HE       ARG 169  21.518  18.087  -6.216
   10   HH11  ARG 169          HH11      ARG 169  20.464  20.070  -3.523
   11   HH12  ARG 169          HH12      ARG 169  20.941  21.559  -4.270
   12   HH21  ARG 169          HH21      ARG 169  22.171  20.050  -7.180
   13   HH22  ARG 169          HH22      ARG 169  21.911  21.547  -6.344

  No H/Q in entry =          13
  In of MODEL   15
    1    H    GLN 170           H        GLN 170  18.024  13.826  -6.020
    2    HA   GLN 170           HA       GLN 170  15.460  14.048  -6.567
    3    HB2  GLN 170           HB2      GLN 170  17.455  11.862  -7.155
    4    HB3  GLN 170           HB3      GLN 170  15.826  11.841  -7.817
    5    HG2  GLN 170           HG2      GLN 170  16.951  12.817  -9.533
    6    HG3  GLN 170           HG3      GLN 170  16.461  14.248  -8.632
    7   HE21  GLN 170          HE21      GLN 170  18.725  13.690 -10.476
    8   HE22  GLN 170          HE22      GLN 170  20.140  14.164  -9.600

  No H/Q in entry =           8
  In of MODEL   15
    1    H    GLU 171           H        GLU 171  16.625  12.088  -3.677
    2    HA   GLU 171           HA       GLU 171  14.614  10.199  -4.232
    3    HB2  GLU 171           HB2      GLU 171  16.707  10.531  -2.056
    4    HB3  GLU 171           HB3      GLU 171  15.335   9.446  -1.839
    5    HG2  GLU 171           HG2      GLU 171  16.169   8.472  -4.133
    6    HG3  GLU 171           HG3      GLU 171  17.690   9.203  -3.635

  No H/Q in entry =           6
  In of MODEL   15
    1    H    ILE 172           H        ILE 172  15.729  13.002  -2.701
    2    HA   ILE 172           HA       ILE 172  13.816  13.329  -0.648
    3    HB   ILE 172           HB       ILE 172  15.444  15.541  -1.894
    4   HG12  ILE 172          HG12      ILE 172  16.980  13.684  -1.619
    5   HG13  ILE 172          HG13      ILE 172  17.269  14.833  -0.315
    6   HG21  ILE 172          HG21      ILE 172  13.705  15.779   0.016
    7   HG23  ILE 172          HG22      ILE 172  15.287  16.532   0.210
    8   HG22  ILE 172          HG23      ILE 172  14.934  15.000   1.010
    9   HD13  ILE 172          HD11      ILE 172  16.073  13.434   1.229
   10   HD12  ILE 172          HD12      ILE 172  17.294  12.466   0.399
   11   HD11  ILE 172          HD13      ILE 172  15.596  12.347  -0.078

  No H/Q in entry =          11
  In of MODEL   15
    1    H    GLY 173           H        GLY 173  13.823  14.229  -4.270
    2    HA3  GLY 173           HA2      GLY 173  11.793  16.025  -4.102
    3    HA2  GLY 173           HA3      GLY 173  11.967  14.828  -5.383

  No H/Q in entry =           3
  In of MODEL   15
    1    H    GLN 174           H        GLN 174  11.709  12.626  -4.144
    2    HA   GLN 174           HA       GLN 174   8.890  12.319  -3.970
    3    HB2  GLN 174           HB2      GLN 174   9.333  10.296  -4.795
    4    HB3  GLN 174           HB3      GLN 174  10.978  10.890  -4.962
    5    HG2  GLN 174           HG2      GLN 174  10.844   9.933  -2.364
    6    HG3  GLN 174           HG3      GLN 174   9.949   8.757  -3.331
    7   HE21  GLN 174          HE21      GLN 174  12.436   8.279  -2.058
    8   HE22  GLN 174          HE22      GLN 174  13.598   7.959  -3.293

  No H/Q in entry =           8
  In of MODEL   15
    1    H    ILE 175           H        ILE 175  11.444  12.090  -1.571
    2    HA   ILE 175           HA       ILE 175   9.750  10.666   0.282
    3    HB   ILE 175           HB       ILE 175  12.378  12.022   0.870
    4   HG12  ILE 175          HG12      ILE 175  11.952   9.128   0.117
    5   HG13  ILE 175          HG13      ILE 175  12.507  10.359  -1.013
    6   HG21  ILE 175          HG21      ILE 175  10.738   9.928   2.277
    7   HG23  ILE 175          HG22      ILE 175  11.285  11.487   2.895
    8   HG22  ILE 175          HG23      ILE 175  12.445  10.186   2.631
    9   HD13  ILE 175          HD11      ILE 175  14.510  10.689   0.213
   10   HD12  ILE 175          HD12      ILE 175  14.303   8.953  -0.016
   11   HD11  ILE 175          HD13      ILE 175  13.931   9.688   1.544

  No H/Q in entry =          11
  In of MODEL   15
    1    H    VAL 176           H        VAL 176  10.674  13.926  -0.399
    2    HA   VAL 176           HA       VAL 176   9.358  14.817   2.050
    3    HB   VAL 176           HB       VAL 176  11.141  16.392   0.197
    4   HG11  VAL 176          HG11      VAL 176  10.096  16.966   2.953
    5   HG13  VAL 176          HG12      VAL 176   9.618  17.779   1.460
    6   HG12  VAL 176          HG13      VAL 176  11.266  17.943   2.069
    7   HG22  VAL 176          HG21      VAL 176  12.352  14.565   1.267
    8   HG21  VAL 176          HG22      VAL 176  11.732  15.060   2.841
    9   HG23  VAL 176          HG23      VAL 176  12.833  16.115   1.956

  No H/Q in entry =           9
  In of MODEL   15
    1    H    GLY 177           H        GLY 177   9.153  14.998  -1.444
    2    HA3  GLY 177           HA2      GLY 177   6.934  15.146  -2.376
    3    HA2  GLY 177           HA3      GLY 177   6.516  16.271  -1.093

  No H/Q in entry =           3
  In of MODEL   15
    1    H    CYS 178           H        CYS 178   9.410  17.300  -1.835
    2    HA   CYS 178           HA       CYS 178   8.447  19.092  -3.986
    3    HB2  CYS 178           HB2      CYS 178  10.136  19.706  -1.560
    4    HB3  CYS 178           HB3      CYS 178  10.076  20.765  -2.965
    5    HG   CYS 178           HG       CYS 178   7.123  20.814  -2.644

  No H/Q in entry =           5
  In of MODEL   15
    1    H    SER 179           H        SER 179  10.140  19.773  -5.492
    2    HA   SER 179           HA       SER 179  11.785  17.590  -6.136
    3    HB2  SER 179           HB2      SER 179  12.814  19.662  -7.562
    4    HB3  SER 179           HB3      SER 179  11.360  18.779  -8.033
    5    HG   SER 179           HG       SER 179  10.915  20.985  -8.020

  No H/Q in entry =           5
  In of MODEL   15
    1    H    ARG 180           H        ARG 180  14.039  17.863  -6.425
    2    HA   ARG 180           HA       ARG 180  15.580  18.478  -4.267
    3    HB2  ARG 180           HB2      ARG 180  17.417  18.756  -6.181
    4    HB3  ARG 180           HB3      ARG 180  16.814  17.195  -5.655
    5    HG2  ARG 180           HG2      ARG 180  16.729  16.961  -7.919
    6    HG3  ARG 180           HG3      ARG 180  15.098  17.548  -7.606
    7    HD2  ARG 180           HD2      ARG 180  15.644  19.727  -8.336
    8    HD3  ARG 180           HD3      ARG 180  17.375  19.382  -8.293
    9    HE   ARG 180           HE       ARG 180  16.372  17.585 -10.079
   10   HH11  ARG 180          HH11      ARG 180  16.268  21.085  -9.798
   11   HH12  ARG 180          HH12      ARG 180  16.226  21.324 -11.521
   12   HH21  ARG 180          HH21      ARG 180  16.308  17.907 -12.309
   13   HH22  ARG 180          HH22      ARG 180  16.242  19.518 -12.947

  No H/Q in entry =          13
  In of MODEL   15
    1    H    GLU 181           H        GLU 181  13.752  20.675  -5.368
    2    HA   GLU 181           HA       GLU 181  15.598  22.805  -5.913
    3    HB2  GLU 181           HB2      GLU 181  12.632  22.574  -6.118
    4    HB3  GLU 181           HB3      GLU 181  13.506  24.071  -6.419
    5    HG2  GLU 181           HG2      GLU 181  13.847  21.474  -7.893
    6    HG3  GLU 181           HG3      GLU 181  13.054  22.930  -8.495

  No H/Q in entry =           6
  In of MODEL   15
    1    H    THR 182           H        THR 182  12.676  22.741  -4.058
    2    HA   THR 182           HA       THR 182  13.363  24.689  -2.095
    3    HB   THR 182           HB       THR 182  11.670  22.676  -0.893
    4    HG1  THR 182           HG1      THR 182   9.997  23.085  -2.692
    5   HG21  THR 182          HG21      THR 182  11.599  25.094  -0.392
    6   HG23  THR 182          HG22      THR 182  10.018  24.469  -0.860
    7   HG22  THR 182          HG23      THR 182  10.976  25.398  -2.014

  No H/Q in entry =           7
  In of MODEL   15
    1    H    VAL 183           H        VAL 183  13.419  21.198  -2.187
    2    HA   VAL 183           HA       VAL 183  15.011  20.765   0.149
    3    HB   VAL 183           HB       VAL 183  13.739  19.294  -2.000
    4   HG13  VAL 183          HG11      VAL 183  15.112  17.436  -2.256
    5   HG12  VAL 183          HG12      VAL 183  16.189  17.948  -0.947
    6   HG11  VAL 183          HG13      VAL 183  16.185  18.826  -2.475
    7   HG23  VAL 183          HG21      VAL 183  14.610  18.430   0.714
    8   HG22  VAL 183          HG22      VAL 183  13.422  17.626  -0.321
    9   HG21  VAL 183          HG23      VAL 183  13.091  19.240   0.328

  No H/Q in entry =           9
  In of MODEL   15
    1    H    GLY 184           H        GLY 184  15.781  21.334  -3.404
    2    HA3  GLY 184           HA2      GLY 184  18.450  20.737  -3.123
    3    HA2  GLY 184           HA3      GLY 184  17.797  21.983  -4.194

  No H/Q in entry =           3
  In of MODEL   15
    1    H    ARG 185           H        ARG 185  16.587  23.543  -2.300
    2    HA   ARG 185           HA       ARG 185  18.331  25.378  -1.537
    3    HB2  ARG 185           HB2      ARG 185  16.092  24.535   0.296
    4    HB3  ARG 185           HB3      ARG 185  17.117  25.921   0.622
    5    HG2  ARG 185           HG2      ARG 185  15.330  25.558  -1.769
    6    HG3  ARG 185           HG3      ARG 185  15.058  26.643  -0.405
    7    HD2  ARG 185           HD2      ARG 185  17.144  27.838  -0.991
    8    HD3  ARG 185           HD3      ARG 185  17.315  26.793  -2.401
    9    HE   ARG 185           HE       ARG 185  15.030  28.609  -2.002
   10   HH11  ARG 185          HH11      ARG 185  17.487  27.167  -4.056
   11   HH12  ARG 185          HH12      ARG 185  16.914  27.944  -5.494
   12   HH21  ARG 185          HH21      ARG 185  14.281  29.622  -3.893
   13   HH22  ARG 185          HH22      ARG 185  15.089  29.338  -5.401

  No H/Q in entry =          13
  In of MODEL   15
    1    H    ILE 186           H        ILE 186  17.287  23.210   1.134
    2    HA   ILE 186           HA       ILE 186  19.384  23.542   2.555
    3    HB   ILE 186           HB       ILE 186  17.437  21.327   2.338
    4   HG12  ILE 186          HG12      ILE 186  17.002  22.268   4.722
    5   HG13  ILE 186          HG13      ILE 186  18.031  23.600   4.221
    6   HG23  ILE 186          HG21      ILE 186  18.904  19.914   3.300
    7   HG22  ILE 186          HG22      ILE 186  18.499  20.812   4.762
    8   HG21  ILE 186          HG23      ILE 186  19.956  21.215   3.853
    9   HD13  ILE 186          HD11      ILE 186  16.504  24.263   2.540
   10   HD12  ILE 186          HD12      ILE 186  15.565  23.973   4.004
   11   HD11  ILE 186          HD13      ILE 186  15.568  22.777   2.709

  No H/Q in entry =          11
  In of MODEL   15
    1    H    LEU 187           H        LEU 187  19.365  21.241   0.016
    2    HA   LEU 187           HA       LEU 187  21.627  19.875   0.980
    3    HB2  LEU 187           HB2      LEU 187  20.273  19.904  -1.679
    4    HB3  LEU 187           HB3      LEU 187  21.457  18.700  -1.134
    5    HG   LEU 187           HG       LEU 187  18.643  19.157  -0.176
    6   HD11  LEU 187          HD11      LEU 187  20.090  17.109  -1.426
    7   HD13  LEU 187          HD12      LEU 187  18.366  17.213  -1.038
    8   HD12  LEU 187          HD13      LEU 187  19.505  16.541   0.140
    9   HD23  LEU 187          HD21      LEU 187  20.729  17.809   1.532
   10   HD22  LEU 187          HD22      LEU 187  19.008  17.944   1.878
   11   HD21  LEU 187          HD23      LEU 187  20.018  19.387   1.864

  No H/Q in entry =          11
  In of MODEL   15
    1    H    LYS 188           H        LYS 188  21.249  22.853  -0.236
    2    HA   LYS 188           HA       LYS 188  23.810  22.977  -1.657
    3    HB2  LYS 188           HB2      LYS 188  21.706  24.332  -2.426
    4    HB3  LYS 188           HB3      LYS 188  22.110  25.397  -1.086
    5    HG2  LYS 188           HG2      LYS 188  24.170  24.685  -3.140
    6    HG3  LYS 188           HG3      LYS 188  22.997  25.967  -3.440
    7    HD2  LYS 188           HD2      LYS 188  23.862  27.323  -1.775
    8    HD3  LYS 188           HD3      LYS 188  24.564  25.965  -0.893
    9    HE2  LYS 188           HE2      LYS 188  26.184  25.682  -2.769
   10    HE3  LYS 188           HE3      LYS 188  25.543  27.160  -3.482
   11    HZ3  LYS 188           HZ1      LYS 188  26.313  28.421  -1.654
   12    HZ2  LYS 188           HZ2      LYS 188  27.599  27.429  -2.121
   13    HZ1  LYS 188           HZ3      LYS 188  26.693  27.040  -0.743

  No H/Q in entry =          13
  In of MODEL   15
    1    H    MET 189           H        MET 189  22.118  23.855   1.312
    2    HA   MET 189           HA       MET 189  24.337  25.473   2.307
    3    HB2  MET 189           HB2      MET 189  23.112  25.326   4.561
    4    HB3  MET 189           HB3      MET 189  22.350  26.235   3.270
    5    HG2  MET 189           HG2      MET 189  21.219  23.835   2.892
    6    HG3  MET 189           HG3      MET 189  21.498  23.780   4.630
    7    HE3  MET 189           HE1      MET 189  20.674  26.865   2.276
    8    HE2  MET 189           HE2      MET 189  18.921  26.921   2.452
    9    HE1  MET 189           HE3      MET 189  19.686  25.530   1.682

  No H/Q in entry =           9
  In of MODEL   15
    1    H    LEU 190           H        LEU 190  23.393  22.179   2.315
    2    HA   LEU 190           HA       LEU 190  24.761  21.202   4.510
    3    HB2  LEU 190           HB2      LEU 190  24.472  19.954   1.803
    4    HB3  LEU 190           HB3      LEU 190  24.883  19.103   3.286
    5    HG   LEU 190           HG       LEU 190  22.303  20.305   2.459
    6   HD13  LEU 190          HD11      LEU 190  22.651  17.982   2.056
    7   HD12  LEU 190          HD12      LEU 190  21.482  18.176   3.362
    8   HD11  LEU 190          HD13      LEU 190  23.151  17.731   3.726
    9   HD22  LEU 190          HD21      LEU 190  22.561  21.392   4.503
   10   HD21  LEU 190          HD22      LEU 190  23.258  19.961   5.261
   11   HD23  LEU 190          HD23      LEU 190  21.549  19.986   4.830

  No H/Q in entry =          11
  In of MODEL   15
    1    H    GLU 191           H        GLU 191  26.107  21.579   1.160
    2    HA   GLU 191           HA       GLU 191  28.658  20.738   1.900
    3    HB2  GLU 191           HB2      GLU 191  27.763  20.919  -0.436
    4    HB3  GLU 191           HB3      GLU 191  27.869  22.668  -0.293
    5    HG2  GLU 191           HG2      GLU 191  30.328  22.390   0.116
    6    HG3  GLU 191           HG3      GLU 191  30.134  20.689  -0.302

  No H/Q in entry =           6
  In of MODEL   15
    1    H    ASP 192           H        ASP 192  26.927  23.593   2.539
    2    HA   ASP 192           HA       ASP 192  29.316  25.214   2.846
    3    HB2  ASP 192           HB2      ASP 192  26.388  25.746   2.938
    4    HB3  ASP 192           HB3      ASP 192  27.432  26.808   3.876

  No H/Q in entry =           4
  In of MODEL   15
    1    H    GLN 193           H        GLN 193  27.784  22.913   4.408
    2    HA   GLN 193           HA       GLN 193  27.687  22.054   6.518
    3    HB2  GLN 193           HB2      GLN 193  30.020  23.915   7.005
    4    HB3  GLN 193           HB3      GLN 193  29.554  22.564   8.028
    5    HG2  GLN 193           HG2      GLN 193  30.732  21.159   6.796
    6    HG3  GLN 193           HG3      GLN 193  29.870  21.651   5.339
    7   HE21  GLN 193          HE21      GLN 193  30.763  24.425   5.555
    8   HE22  GLN 193          HE22      GLN 193  32.423  24.425   5.072

  No H/Q in entry =           8
  In of MODEL   15
    1    H    ASN 194           H        ASN 194  26.201  24.468   5.806
    2    HA   ASN 194           HA       ASN 194  26.066  25.934   8.331
    3    HB2  ASN 194           HB2      ASN 194  25.782  26.793   5.785
    4    HB3  ASN 194           HB3      ASN 194  24.095  26.492   6.187
    5   HD21  ASN 194          HD21      ASN 194  26.997  28.151   7.326
    6   HD22  ASN 194          HD22      ASN 194  26.162  29.460   8.086

  No H/Q in entry =           6
  In of MODEL   15
    1    H    LEU 195           H        LEU 195  24.899  23.145   7.170
    2    HA   LEU 195           HA       LEU 195  22.648  23.109   9.051
    3    HB2  LEU 195           HB2      LEU 195  22.077  23.654   6.537
    4    HB3  LEU 195           HB3      LEU 195  22.274  21.929   6.339
    5    HG   LEU 195           HG       LEU 195  20.443  22.746   8.512
    6   HD13  LEU 195          HD11      LEU 195  18.627  23.278   7.024
    7   HD12  LEU 195          HD12      LEU 195  19.661  23.036   5.614
    8   HD11  LEU 195          HD13      LEU 195  19.962  24.389   6.708
    9   HD21  LEU 195          HD21      LEU 195  20.327  20.739   6.262
   10   HD23  LEU 195          HD22      LEU 195  19.112  20.915   7.528
   11   HD22  LEU 195          HD23      LEU 195  20.753  20.410   7.943

  No H/Q in entry =          11
  In of MODEL   15
    1    H    ILE 196           H        ILE 196  24.996  21.453   7.122
    2    HA   ILE 196           HA       ILE 196  25.177  19.185   8.696
    3    HB   ILE 196           HB       ILE 196  24.504  18.267   5.949
    4   HG12  ILE 196          HG12      ILE 196  22.504  18.323   8.198
    5   HG13  ILE 196          HG13      ILE 196  22.507  19.543   6.927
    6   HG22  ILE 196          HG21      ILE 196  24.340  17.093   8.728
    7   HG21  ILE 196          HG22      ILE 196  25.677  16.860   7.602
    8   HG23  ILE 196          HG23      ILE 196  24.078  16.217   7.220
    9   HD11  ILE 196          HD11      ILE 196  22.415  16.622   6.320
   10   HD13  ILE 196          HD12      ILE 196  22.002  17.987   5.279
   11   HD12  ILE 196          HD13      ILE 196  20.957  17.567   6.643

  No H/Q in entry =          11
  In of MODEL   15
    1    H    SER 197           H        SER 197  26.249  17.856   6.050
    2    HA   SER 197           HA       SER 197  28.227  19.484   5.093
    3    HB2  SER 197           HB2      SER 197  30.146  18.012   5.857
    4    HB3  SER 197           HB3      SER 197  29.537  19.180   7.027
    5    HG   SER 197           HG       SER 197  28.219  16.776   7.129

  No H/Q in entry =           5
  In of MODEL   15
    1    H    ALA 198           H        ALA 198  27.651  18.838   3.062
    2    HA   ALA 198           HA       ALA 198  27.342  16.007   2.611
    3    HB3  ALA 198           HB1      ALA 198  25.535  17.526   1.811
    4    HB1  ALA 198           HB2      ALA 198  26.328  16.655   0.501
    5    HB2  ALA 198           HB3      ALA 198  26.718  18.349   0.792

  No H/Q in entry =           5
  In of MODEL   15
    1    H    HIS 199           H        HIS 199  29.052  15.029   1.918
    2    HA   HIS 199           HA       HIS 199  31.249  16.508   0.673
    3    HB2  HIS 199           HB2      HIS 199  31.721  14.747   2.435
    4    HB3  HIS 199           HB3      HIS 199  31.057  13.546   1.335
    5    HD1  HIS 199           HD1      HIS 199  34.047  15.761   1.838
    6    HD2  HIS 199           HD2      HIS 199  32.746  12.758  -0.735
    7    HE1  HIS 199           HE1      HIS 199  36.069  15.090   0.498
    8    HE2  HIS 199           HE2      HIS 199  35.246  13.312  -1.088

  No H/Q in entry =           8
  In of MODEL   15
    1    H    GLY 200           H        GLY 200  29.626  17.013  -1.005
    2    HA3  GLY 200           HA2      GLY 200  29.201  16.723  -3.301
    3    HA2  GLY 200           HA3      GLY 200  29.639  15.018  -3.146

  No H/Q in entry =           3
  In of MODEL   15
    1    H    LYS 201           H        LYS 201  27.924  13.680  -3.338
    2    HA   LYS 201           HA       LYS 201  25.311  14.693  -2.460
    3    HB2  LYS 201           HB2      LYS 201  24.448  12.618  -3.688
    4    HB3  LYS 201           HB3      LYS 201  25.097  13.922  -4.669
    5    HG2  LYS 201           HG2      LYS 201  27.214  12.691  -4.871
    6    HG3  LYS 201           HG3      LYS 201  26.510  11.369  -3.937
    7    HD2  LYS 201           HD2      LYS 201  25.110  10.730  -5.637
    8    HD3  LYS 201           HD3      LYS 201  25.048  12.348  -6.335
    9    HE2  LYS 201           HE2      LYS 201  27.502  10.607  -6.393
   10    HE3  LYS 201           HE3      LYS 201  26.302  10.634  -7.683
   11    HZ3  LYS 201           HZ1      LYS 201  28.106  12.102  -8.219
   12    HZ2  LYS 201           HZ2      LYS 201  27.941  12.930  -6.756
   13    HZ1  LYS 201           HZ3      LYS 201  26.722  13.027  -7.922

  No H/Q in entry =          13
  In of MODEL   15
    1    H    THR 202           H        THR 202  27.835  12.849  -1.471
    2    HA   THR 202           HA       THR 202  26.464  10.989   0.249
    3    HB   THR 202           HB       THR 202  29.266  11.570   0.886
    4    HG1  THR 202           HG1      THR 202  29.867  11.877  -1.138
    5   HG21  THR 202          HG21      THR 202  27.511   9.329   0.764
    6   HG23  THR 202          HG22      THR 202  29.114   9.431   1.492
    7   HG22  THR 202          HG23      THR 202  28.943   8.965  -0.200

  No H/Q in entry =           7
  In of MODEL   15
    1    H    ILE 203           H        ILE 203  25.464  11.909   1.933
    2    HA   ILE 203           HA       ILE 203  26.468  14.464   2.864
    3    HB   ILE 203           HB       ILE 203  23.829  13.083   3.160
    4   HG12  ILE 203          HG12      ILE 203  24.684  15.642   1.800
    5   HG13  ILE 203          HG13      ILE 203  24.176  14.152   1.013
    6   HG21  ILE 203          HG21      ILE 203  24.351  14.205   5.271
    7   HG23  ILE 203          HG22      ILE 203  23.058  15.048   4.420
    8   HG22  ILE 203          HG23      ILE 203  24.697  15.698   4.400
    9   HD12  ILE 203          HD11      ILE 203  22.487  16.003   2.666
   10   HD11  ILE 203          HD12      ILE 203  21.936  14.449   2.033
   11   HD13  ILE 203          HD13      ILE 203  22.392  15.745   0.925

  No H/Q in entry =          11
  In of MODEL   15
    1    H    VAL 204           H        VAL 204  27.445  14.674   4.702
    2    HA   VAL 204           HA       VAL 204  27.602  12.383   6.557
    3    HB   VAL 204           HB       VAL 204  29.511  14.562   5.769
    4   HG13  VAL 204          HG11      VAL 204  29.274  15.174   8.030
    5   HG12  VAL 204          HG12      VAL 204  30.748  14.208   7.942
    6   HG11  VAL 204          HG13      VAL 204  29.258  13.495   8.566
    7   HG23  VAL 204          HG21      VAL 204  31.153  12.723   6.411
    8   HG22  VAL 204          HG22      VAL 204  30.159  12.474   4.979
    9   HG21  VAL 204          HG23      VAL 204  29.744  11.666   6.492

  No H/Q in entry =           9
  In of MODEL   15
    1    H    VAL 205           H        VAL 205  26.972  12.797   8.680
    2    HA   VAL 205           HA       VAL 205  25.793  15.353   9.276
    3    HB   VAL 205           HB       VAL 205  24.517  13.658  10.945
    4   HG12  VAL 205          HG11      VAL 205  22.674  13.395   9.297
    5   HG11  VAL 205          HG12      VAL 205  23.780  13.852   7.998
    6   HG13  VAL 205          HG13      VAL 205  23.356  15.021   9.252
    7   HG22  VAL 205          HG21      VAL 205  25.765  11.652  10.230
    8   HG21  VAL 205          HG22      VAL 205  25.152  11.863   8.585
    9   HG23  VAL 205          HG23      VAL 205  24.039  11.478   9.901

  No H/Q in entry =           9
  In of MODEL   15
    1    H    TYR 206           H        TYR 206  27.744  16.014   9.997
    2    HA   TYR 206           HA       TYR 206  29.904  14.711  11.065
    3    HB2  TYR 206           HB2      TYR 206  28.661  17.361  11.842
    4    HB3  TYR 206           HB3      TYR 206  30.113  16.774  12.635
    5    HD1  TYR 206           HD1      TYR 206  28.988  18.939  10.244
    6    HD2  TYR 206           HD2      TYR 206  31.923  15.898  10.782
    7    HE1  TYR 206           HE1      TYR 206  30.342  19.965   8.491
    8    HE2  TYR 206           HE2      TYR 206  33.311  16.895   9.028
    9    HH   TYR 206           HH       TYR 206  33.143  18.393   7.168

  No H/Q in entry =           9
  In of MODEL   15
    1    H    GLY 207           H        GLY 207  27.198  16.098  12.953
    2    HA3  GLY 207           HA2      GLY 207  26.882  13.893  14.655
    3    HA2  GLY 207           HA3      GLY 207  27.984  15.019  15.423

  No H/Q in entry =           3
  In of MODEL   15
    1    H    THR 208           H        THR 208  26.961  17.432  14.826
    2    HA   THR 208           HA       THR 208  24.869  17.756  16.676
    3    HB   THR 208           HB       THR 208  25.179  19.895  14.686
    4    HG1  THR 208           HG1      THR 208  27.453  19.325  16.284
    5   HG22  THR 208          HG21      THR 208  25.605  21.232  16.703
    6   HG21  THR 208          HG22      THR 208  25.645  19.756  17.669
    7   HG23  THR 208          HG23      THR 208  24.149  20.250  16.876

  No H/Q in entry =           7
  In of MODEL   15
    1    H    ARG 209           H        ARG 209  24.963  17.558  13.175
    2    HA   ARG 209           HA       ARG 209  22.214  16.886  12.994
    3    HB2  ARG 209           HB2      ARG 209  22.352  19.489  13.165
    4    HB3  ARG 209           HB3      ARG 209  22.970  19.397  11.523
    5    HG2  ARG 209           HG2      ARG 209  20.889  18.142  10.909
    6    HG3  ARG 209           HG3      ARG 209  20.273  18.519  12.520
    7    HD2  ARG 209           HD2      ARG 209  21.123  20.523  10.432
    8    HD3  ARG 209           HD3      ARG 209  19.462  20.115  10.854
    9    HE   ARG 209           HE       ARG 209  19.801  21.150  12.990
   10   HH11  ARG 209          HH11      ARG 209  22.402  21.650  10.703
   11   HH12  ARG 209          HH12      ARG 209  22.966  23.103  11.473
   12   HH21  ARG 209          HH21      ARG 209  20.564  23.056  14.022
   13   HH22  ARG 209          HH22      ARG 209  21.927  23.894  13.354

  No H/Q in entry =          13
  In of MODEL   16
    1    H1   VAL   1           H3       VAL   1 -30.316 -15.623   0.647
    2    H2   VAL   1           H2       VAL   1 -31.770 -15.127   1.352
    3    H3   VAL   1           H1       VAL   1 -31.242 -16.722   1.533
    4    HA   VAL   1           HA       VAL   1 -32.991 -16.648  -0.070
    5    HB   VAL   1           HB       VAL   1 -32.798 -14.346  -0.781
    6   HG11  VAL   1          HG11      VAL   1 -30.372 -14.119  -0.680
    7   HG13  VAL   1          HG12      VAL   1 -30.999 -13.562  -2.230
    8   HG12  VAL   1          HG13      VAL   1 -30.211 -15.135  -2.113
    9   HG21  VAL   1          HG21      VAL   1 -32.338 -16.246  -3.077
   10   HG23  VAL   1          HG22      VAL   1 -32.986 -14.613  -3.223
   11   HG22  VAL   1          HG23      VAL   1 -33.889 -15.843  -2.339

  No H/Q in entry =          11
  In of MODEL   16
    1    H    LEU   2           H        LEU   2 -32.962 -18.491  -1.189
    2    HA   LEU   2           HA       LEU   2 -30.413 -19.721  -1.807
    3    HB2  LEU   2           HB2      LEU   2 -32.423 -20.913  -0.768
    4    HB3  LEU   2           HB3      LEU   2 -33.147 -20.854  -2.362
    5    HG   LEU   2           HG       LEU   2 -30.922 -22.021  -3.108
    6   HD12  LEU   2          HD11      LEU   2 -30.072 -23.549  -1.368
    7   HD11  LEU   2          HD12      LEU   2 -31.052 -22.696  -0.175
    8   HD13  LEU   2          HD13      LEU   2 -29.749 -21.852  -1.013
    9   HD23  LEU   2          HD21      LEU   2 -31.976 -24.238  -2.577
   10   HD22  LEU   2          HD22      LEU   2 -33.024 -23.084  -3.401
   11   HD21  LEU   2          HD23      LEU   2 -33.203 -23.356  -1.668

  No H/Q in entry =          11
  In of MODEL   16
    1    H    GLY   3           H        GLY   3 -29.883 -20.546  -3.902
    2    HA3  GLY   3           HA2      GLY   3 -30.130 -20.688  -6.243
    3    HA2  GLY   3           HA3      GLY   3 -31.435 -19.514  -6.152

  No H/Q in entry =           3
  In of MODEL   16
    1    H    LYS   4           H        LYS   4 -28.572 -18.810  -4.402
    2    HA   LYS   4           HA       LYS   4 -27.923 -16.736  -6.365
    3    HB2  LYS   4           HB2      LYS   4 -28.118 -16.734  -3.513
    4    HB3  LYS   4           HB3      LYS   4 -26.457 -16.368  -3.958
    5    HG2  LYS   4           HG2      LYS   4 -27.778 -14.340  -3.719
    6    HG3  LYS   4           HG3      LYS   4 -27.221 -14.547  -5.381
    7    HD2  LYS   4           HD2      LYS   4 -29.593 -15.786  -5.556
    8    HD3  LYS   4           HD3      LYS   4 -29.961 -14.644  -4.262
    9    HE2  LYS   4           HE2      LYS   4 -29.153 -12.807  -5.699
   10    HE3  LYS   4           HE3      LYS   4 -28.880 -13.968  -6.996
   11    HZ2  LYS   4           HZ1      LYS   4 -31.499 -13.325  -5.752
   12    HZ1  LYS   4           HZ2      LYS   4 -31.255 -14.484  -6.960
   13    HZ3  LYS   4           HZ3      LYS   4 -30.980 -12.850  -7.289

  No H/Q in entry =          13
  In of MODEL   16
    1    HA   PRO   5           HA       PRO   5 -24.322 -19.201  -7.213
    2    HB2  PRO   5           HB2      PRO   5 -23.413 -17.794  -9.298
    3    HB3  PRO   5           HB3      PRO   5 -24.891 -18.759  -9.409
    4    HG2  PRO   5           HG2      PRO   5 -24.576 -15.808  -9.046
    5    HG3  PRO   5           HG3      PRO   5 -25.735 -16.696 -10.052
    6    HD2  PRO   5           HD2      PRO   5 -26.294 -15.653  -7.553
    7    HD3  PRO   5           HD3      PRO   5 -27.191 -16.977  -8.320

  No H/Q in entry =           7
  In of MODEL   16
    1    H    GLN   6           H        GLN   6 -21.986 -18.825  -7.567
    2    HA   GLN   6           HA       GLN   6 -20.752 -16.402  -6.678
    3    HB2  GLN   6           HB2      GLN   6 -21.421 -17.376  -4.488
    4    HB3  GLN   6           HB3      GLN   6 -20.530 -18.839  -4.888
    5    HG2  GLN   6           HG2      GLN   6 -18.457 -17.534  -4.993
    6    HG3  GLN   6           HG3      GLN   6 -19.357 -16.086  -4.554
    7   HE21  GLN   6          HE21      GLN   6 -19.926 -19.276  -3.200
    8   HE22  GLN   6          HE22      GLN   6 -19.386 -18.895  -1.608

  No H/Q in entry =           8
  In of MODEL   16
    1    H    THR   7           H        THR   7 -20.378 -19.878  -6.925
    2    HA   THR   7           HA       THR   7 -19.154 -21.185  -8.345
    3    HB   THR   7           HB       THR   7 -17.715 -18.806  -9.497
    4    HG1  THR   7           HG1      THR   7 -19.724 -19.175 -11.064
    5   HG22  THR   7          HG21      THR   7 -18.706 -21.382 -10.734
    6   HG21  THR   7          HG22      THR   7 -17.058 -21.095 -10.175
    7   HG23  THR   7          HG23      THR   7 -17.709 -20.155 -11.517

  No H/Q in entry =           7
  In of MODEL   16
    1    H    ASP   8           H        ASP   8 -18.397 -20.315  -5.682
    2    HA   ASP   8           HA       ASP   8 -15.551 -20.980  -5.833
    3    HB2  ASP   8           HB2      ASP   8 -15.748 -18.521  -5.467
    4    HB3  ASP   8           HB3      ASP   8 -16.673 -18.842  -4.005

  No H/Q in entry =           4
  In of MODEL   16
    1    HA   PRO   9           HA       PRO   9 -17.600 -23.755  -2.856
    2    HB2  PRO   9           HB2      PRO   9 -16.188 -25.954  -3.476
    3    HB3  PRO   9           HB3      PRO   9 -17.522 -25.395  -4.493
    4    HG2  PRO   9           HG2      PRO   9 -14.576 -25.063  -4.878
    5    HG3  PRO   9           HG3      PRO   9 -15.826 -25.443  -6.075
    6    HD2  PRO   9           HD2      PRO   9 -14.768 -22.934  -5.685
    7    HD3  PRO   9           HD3      PRO   9 -16.374 -23.243  -6.374

  No H/Q in entry =           7
  In of MODEL   16
    1    H    THR  10           H        THR  10 -14.424 -22.577  -3.206
    2    HA   THR  10           HA       THR  10 -13.307 -24.109  -0.998
    3    HB   THR  10           HB       THR  10 -11.551 -22.018  -1.635
    4    HG1  THR  10           HG1      THR  10 -12.817 -21.548  -3.510
    5   HG23  THR  10          HG21      THR  10 -10.200 -23.775  -2.654
    6   HG22  THR  10          HG22      THR  10 -11.617 -24.818  -2.767
    7   HG21  THR  10          HG23      THR  10 -10.974 -24.375  -1.187

  No H/Q in entry =           7
  In of MODEL   16
    1    H    LEU  11           H        LEU  11 -14.429 -20.749  -1.720
    2    HA   LEU  11           HA       LEU  11 -13.815 -20.023   0.976
    3    HB2  LEU  11           HB2      LEU  11 -14.006 -18.387  -0.984
    4    HB3  LEU  11           HB3      LEU  11 -15.746 -18.462  -0.695
    5    HG   LEU  11           HG       LEU  11 -15.097 -18.048   1.774
    6   HD12  LEU  11          HD11      LEU  11 -12.740 -16.712   0.498
    7   HD11  LEU  11          HD12      LEU  11 -12.649 -18.313   1.234
    8   HD13  LEU  11          HD13      LEU  11 -13.103 -16.917   2.212
    9   HD21  LEU  11          HD21      LEU  11 -15.071 -15.959  -0.354
   10   HD23  LEU  11          HD22      LEU  11 -15.042 -15.589   1.372
   11   HD22  LEU  11          HD23      LEU  11 -16.407 -16.473   0.680

  No H/Q in entry =          11
  In of MODEL   16
    1    H    GLU  12           H        GLU  12 -16.337 -21.498  -0.617
    2    HA   GLU  12           HA       GLU  12 -18.399 -21.083   1.347
    3    HB2  GLU  12           HB2      GLU  12 -19.805 -21.834  -0.234
    4    HB3  GLU  12           HB3      GLU  12 -18.443 -21.872  -1.335
    5    HG2  GLU  12           HG2      GLU  12 -18.076 -24.227  -0.801
    6    HG3  GLU  12           HG3      GLU  12 -19.419 -24.176   0.344

  No H/Q in entry =           6
  In of MODEL   16
    1    H    TRP  13           H        TRP  13 -15.625 -22.815   0.998
    2    HA   TRP  13           HA       TRP  13 -16.447 -24.995   2.744
    3    HB2  TRP  13           HB2      TRP  13 -14.107 -24.482   1.000
    4    HB3  TRP  13           HB3      TRP  13 -13.710 -25.180   2.569
    5    HD1  TRP  13           HD1      TRP  13 -16.910 -26.617   2.034
    6    HE1  TRP  13           HE1      TRP  13 -16.799 -28.909   0.880
    7    HE3  TRP  13           HE3      TRP  13 -12.127 -26.383   0.256
    8    HZ2  TRP  13           HZ2      TRP  13 -14.927 -30.419  -0.594
    9    HZ3  TRP  13           HZ3      TRP  13 -11.251 -28.295  -1.018
   10    HH2  TRP  13           HH2      TRP  13 -12.623 -30.272  -1.432

  No H/Q in entry =          10
  In of MODEL   16
    1    H    PHE  14           H        PHE  14 -15.188 -21.768   2.664
    2    HA   PHE  14           HA       PHE  14 -13.953 -21.817   5.294
    3    HB2  PHE  14           HB2      PHE  14 -12.796 -20.446   3.812
    4    HB3  PHE  14           HB3      PHE  14 -14.251 -19.814   3.091
    5    HD1  PHE  14           HD1      PHE  14 -14.680 -17.639   3.515
    6    HD2  PHE  14           HD2      PHE  14 -12.818 -19.904   6.574
    7    HE1  PHE  14           HE1      PHE  14 -14.690 -15.669   4.975
    8    HE2  PHE  14           HE2      PHE  14 -12.815 -17.935   8.035
    9    HZ   PHE  14           HZ       PHE  14 -13.753 -15.811   7.241

  No H/Q in entry =           9
  In of MODEL   16
    1    H    LEU  15           H        LEU  15 -16.970 -21.009   3.835
    2    HA   LEU  15           HA       LEU  15 -17.563 -18.893   5.761
    3    HB2  LEU  15           HB2      LEU  15 -19.204 -19.732   3.373
    4    HB3  LEU  15           HB3      LEU  15 -19.517 -18.368   4.429
    5    HG   LEU  15           HG       LEU  15 -17.100 -18.657   2.650
    6   HD11  LEU  15          HD11      LEU  15 -19.763 -17.585   2.258
    7   HD13  LEU  15          HD12      LEU  15 -18.552 -18.101   1.081
    8   HD12  LEU  15          HD13      LEU  15 -18.458 -16.488   1.802
    9   HD23  LEU  15          HD21      LEU  15 -18.038 -16.240   4.178
   10   HD22  LEU  15          HD22      LEU  15 -16.609 -16.369   3.151
   11   HD21  LEU  15          HD23      LEU  15 -16.696 -17.280   4.662

  No H/Q in entry =          11
  In of MODEL   16
    1    H    SER  16           H        SER  16 -17.667 -22.061   5.269
    2    HA   SER  16           HA       SER  16 -20.164 -22.532   6.769
    3    HB2  SER  16           HB2      SER  16 -19.531 -24.985   6.179
    4    HB3  SER  16           HB3      SER  16 -20.125 -23.970   4.862
    5    HG   SER  16           HG       SER  16 -18.295 -24.259   3.905

  No H/Q in entry =           5
  In of MODEL   16
    1    H    HIS  17           H        HIS  17 -16.915 -21.894   7.053
    2    HA   HIS  17           HA       HIS  17 -16.766 -23.540   9.460
    3    HB2  HIS  17           HB2      HIS  17 -14.676 -22.807   7.476
    4    HB3  HIS  17           HB3      HIS  17 -14.194 -22.987   9.163
    5    HD1  HIS  17           HD1      HIS  17 -14.439 -24.921   6.215
    6    HD2  HIS  17           HD2      HIS  17 -15.431 -25.611  10.192
    7    HE1  HIS  17           HE1      HIS  17 -14.529 -27.422   6.468
    8    HE2  HIS  17           HE2      HIS  17 -15.368 -27.797   8.814

  No H/Q in entry =           8
  In of MODEL   16
    1    H    CYS  18           H        CYS  18 -17.278 -20.384   8.484
    2    HA   CYS  18           HA       CYS  18 -15.977 -19.304  10.878
    3    HB2  CYS  18           HB2      CYS  18 -16.189 -17.091   9.682
    4    HB3  CYS  18           HB3      CYS  18 -15.074 -18.256   8.983
    5    HG   CYS  18           HG       CYS  18 -16.338 -16.893   6.966

  No H/Q in entry =           5
  In of MODEL   16
    1    H    HIS  19           H        HIS  19 -17.662 -16.816  10.184
    2    HA   HIS  19           HA       HIS  19 -20.313 -17.632  11.070
    3    HB2  HIS  19           HB2      HIS  19 -19.202 -17.243  13.199
    4    HB3  HIS  19           HB3      HIS  19 -18.552 -15.714  12.631
    5    HD1  HIS  19           HD1      HIS  19 -21.876 -17.282  13.567
    6    HD2  HIS  19           HD2      HIS  19 -20.064 -13.550  13.271
    7    HE1  HIS  19           HE1      HIS  19 -23.561 -15.637  14.453
    8    HE2  HIS  19           HE2      HIS  19 -22.423 -13.392  14.325

  No H/Q in entry =           8
  In of MODEL   16
    1    H    ILE  20           H        ILE  20 -20.938 -16.794   8.726
    2    HA   ILE  20           HA       ILE  20 -20.600 -14.013   8.186
    3    HB   ILE  20           HB       ILE  20 -23.009 -15.237   7.089
    4   HG12  ILE  20          HG12      ILE  20 -21.269 -17.153   7.270
    5   HG13  ILE  20          HG13      ILE  20 -22.089 -16.901   5.740
    6   HG22  ILE  20          HG21      ILE  20 -22.054 -14.339   4.980
    7   HG21  ILE  20          HG22      ILE  20 -20.684 -13.755   5.926
    8   HG23  ILE  20          HG23      ILE  20 -22.310 -13.158   6.259
    9   HD12  ILE  20          HD11      ILE  20 -19.425 -17.203   6.017
   10   HD11  ILE  20          HD12      ILE  20 -19.562 -15.447   6.048
   11   HD13  ILE  20          HD13      ILE  20 -20.192 -16.354   4.676

  No H/Q in entry =          11
  In of MODEL   16
    1    H    HIS  21           H        HIS  21 -21.576 -12.462   9.051
    2    HA   HIS  21           HA       HIS  21 -23.907 -11.620   9.011
    3    HB2  HIS  21           HB2      HIS  21 -24.795 -13.762  10.047
    4    HB3  HIS  21           HB3      HIS  21 -24.318 -13.088  11.599
    5    HD1  HIS  21           HD1      HIS  21 -25.420 -10.477  11.902
    6    HD2  HIS  21           HD2      HIS  21 -27.388 -13.221   9.475
    7    HE1  HIS  21           HE1      HIS  21 -27.798  -9.690  11.784
    8    HE2  HIS  21           HE2      HIS  21 -28.909 -11.240  10.141

  No H/Q in entry =           8
  In of MODEL   16
    1    H    LYS  22           H        LYS  22 -23.828  -9.769   9.366
    2    HA   LYS  22           HA       LYS  22 -22.004  -8.779  11.393
    3    HB2  LYS  22           HB2      LYS  22 -21.615  -8.482   8.744
    4    HB3  LYS  22           HB3      LYS  22 -22.418  -6.974   9.124
    5    HG2  LYS  22           HG2      LYS  22 -20.571  -7.288  11.158
    6    HG3  LYS  22           HG3      LYS  22 -19.732  -7.857   9.722
    7    HD2  LYS  22           HD2      LYS  22 -20.285  -5.760   8.588
    8    HD3  LYS  22           HD3      LYS  22 -21.080  -5.179  10.057
    9    HE2  LYS  22           HE2      LYS  22 -18.744  -5.799  11.136
   10    HE3  LYS  22           HE3      LYS  22 -18.182  -5.554   9.482
   11    HZ1  LYS  22           HZ1      LYS  22 -19.860  -3.546  10.857
   12    HZ3  LYS  22           HZ2      LYS  22 -18.865  -3.348   9.505
   13    HZ2  LYS  22           HZ3      LYS  22 -18.177  -3.560  11.033

  No H/Q in entry =          13
  In of MODEL   16
    1    H    TYR  23           H        TYR  23 -23.163  -6.161  10.084
    2    HA   TYR  23           HA       TYR  23 -25.581  -5.736  11.454
    3    HB2  TYR  23           HB2      TYR  23 -24.135  -3.722  12.664
    4    HB3  TYR  23           HB3      TYR  23 -24.858  -5.089  13.474
    5    HD1  TYR  23           HD1      TYR  23 -22.260  -6.733  11.983
    6    HD2  TYR  23           HD2      TYR  23 -22.838  -3.628  14.813
    7    HE1  TYR  23           HE1      TYR  23 -20.109  -7.288  12.953
    8    HE2  TYR  23           HE2      TYR  23 -20.656  -4.152  15.815
    9    HH   TYR  23           HH       TYR  23 -18.735  -6.915  14.708

  No H/Q in entry =           9
  In of MODEL   16
    1    HA   PRO  24           HA       PRO  24 -25.507  -1.966   8.795
    2    HB2  PRO  24           HB2      PRO  24 -26.485  -0.132  10.670
    3    HB3  PRO  24           HB3      PRO  24 -27.527  -1.092   9.616
    4    HG2  PRO  24           HG2      PRO  24 -26.788  -1.532  12.474
    5    HG3  PRO  24           HG3      PRO  24 -28.326  -1.850  11.651
    6    HD2  PRO  24           HD2      PRO  24 -26.638  -3.838  12.288
    7    HD3  PRO  24           HD3      PRO  24 -27.580  -3.871  10.780

  No H/Q in entry =           7
  In of MODEL   16
    1    H    SER  25           H        SER  25 -24.611  -0.032   8.986
    2    HA   SER  25           HA       SER  25 -21.883  -0.362   9.679
    3    HB2  SER  25           HB2      SER  25 -22.174   2.007   8.299
    4    HB3  SER  25           HB3      SER  25 -21.756   0.429   7.636
    5    HG   SER  25           HG       SER  25 -24.224   1.767   7.682

  No H/Q in entry =           5
  In of MODEL   16
    1    H    LYS  26           H        LYS  26 -20.616   1.230  10.163
    2    HA   LYS  26           HA       LYS  26 -19.940   3.199  11.371
    3    HB2  LYS  26           HB2      LYS  26 -22.316   3.897  11.930
    4    HB3  LYS  26           HB3      LYS  26 -22.455   2.571  13.075
    5    HG2  LYS  26           HG2      LYS  26 -20.627   3.582  14.508
    6    HG3  LYS  26           HG3      LYS  26 -20.359   4.846  13.311
    7    HD2  LYS  26           HD2      LYS  26 -22.716   5.688  13.772
    8    HD3  LYS  26           HD3      LYS  26 -22.940   4.379  14.948
    9    HE2  LYS  26           HE2      LYS  26 -20.923   5.198  16.273
   10    HE3  LYS  26           HE3      LYS  26 -20.700   6.531  15.128
   11    HZ1  LYS  26           HZ1      LYS  26 -23.339   6.151  16.414
   12    HZ2  LYS  26           HZ2      LYS  26 -22.139   6.900  17.244
   13    HZ3  LYS  26           HZ3      LYS  26 -22.599   7.513  15.754

  No H/Q in entry =          13
  In of MODEL   16
    1    H    SER  27           H        SER  27 -20.654   0.038  11.710
    2    HA   SER  27           HA       SER  27 -19.539  -0.450  14.285
    3    HB2  SER  27           HB2      SER  27 -19.795  -2.879  13.268
    4    HB3  SER  27           HB3      SER  27 -21.222  -1.975  13.774
    5    HG   SER  27           HG       SER  27 -21.895  -2.109  11.786

  No H/Q in entry =           5
  In of MODEL   16
    1    H    THR  28           H        THR  28 -17.452   0.345  14.088
    2    HA   THR  28           HA       THR  28 -15.644  -0.942  12.170
    3    HB   THR  28           HB       THR  28 -15.108   1.414  12.540
    4    HG1  THR  28           HG1      THR  28 -13.003   1.187  13.455
    5   HG22  THR  28          HG21      THR  28 -14.584   2.273  14.811
    6   HG21  THR  28          HG22      THR  28 -15.176   0.751  15.480
    7   HG23  THR  28          HG23      THR  28 -16.277   1.819  14.609

  No H/Q in entry =           7
  In of MODEL   16
    1    H    LEU  29           H        LEU  29 -13.789  -1.851  13.235
    2    HA   LEU  29           HA       LEU  29 -14.875  -3.788  15.077
    3    HB2  LEU  29           HB2      LEU  29 -13.588  -5.361  13.159
    4    HB3  LEU  29           HB3      LEU  29 -15.318  -5.195  13.379
    5    HG   LEU  29           HG       LEU  29 -13.640  -3.625  11.383
    6   HD12  LEU  29          HD11      LEU  29 -15.769  -5.677  10.874
    7   HD11  LEU  29          HD12      LEU  29 -14.043  -6.075  10.915
    8   HD13  LEU  29          HD13      LEU  29 -14.666  -4.936   9.712
    9   HD22  LEU  29          HD21      LEU  29 -15.335  -2.363  10.906
   10   HD21  LEU  29          HD22      LEU  29 -16.058  -2.907  12.419
   11   HD23  LEU  29          HD23      LEU  29 -16.453  -3.726  10.905

  No H/Q in entry =          11
  In of MODEL   16
    1    H    ILE  30           H        ILE  30 -12.063  -2.351  13.581
    2    HA   ILE  30           HA       ILE  30 -10.329  -3.004  15.637
    3    HB   ILE  30           HB       ILE  30  -8.909  -4.606  13.800
    4   HG12  ILE  30          HG12      ILE  30 -10.483  -6.661  13.821
    5   HG13  ILE  30          HG13      ILE  30 -11.774  -5.480  13.963
    6   HG23  ILE  30          HG21      ILE  30  -8.573  -4.824  16.107
    7   HG22  ILE  30          HG22      ILE  30  -9.198  -6.377  15.556
    8   HG21  ILE  30          HG23      ILE  30 -10.257  -5.248  16.402
    9   HD13  ILE  30          HD11      ILE  30 -11.611  -5.955  11.681
   10   HD12  ILE  30          HD12      ILE  30  -9.848  -5.878  11.704
   11   HD11  ILE  30          HD13      ILE  30 -10.797  -4.402  11.881

  No H/Q in entry =          11
  In of MODEL   16
    1    H    HIS  31           H        HIS  31  -9.501  -1.167  15.434
    2    HA   HIS  31           HA       HIS  31  -7.150  -0.812  13.953
    3    HB2  HIS  31           HB2      HIS  31  -8.095  -0.075  11.994
    4    HB3  HIS  31           HB3      HIS  31  -9.679  -0.048  12.724
    5    HD1  HIS  31           HD1      HIS  31  -7.347   2.104  11.108
    6    HD2  HIS  31           HD2      HIS  31 -10.006   2.569  14.259
    7    HE1  HIS  31           HE1      HIS  31  -7.563   4.570  11.457
    8    HE2  HIS  31           HE2      HIS  31  -8.925   4.784  13.570

  No H/Q in entry =           8
  In of MODEL   16
    1    H    GLN  32           H        GLN  32  -7.415  -0.698  16.589
    2    HA   GLN  32           HA       GLN  32  -7.098   2.124  17.197
    3    HB2  GLN  32           HB2      GLN  32  -9.411   1.843  17.779
    4    HB3  GLN  32           HB3      GLN  32  -9.088   0.336  18.624
    5    HG2  GLN  32           HG2      GLN  32  -7.791   1.598  20.301
    6    HG3  GLN  32           HG3      GLN  32  -8.209   3.092  19.470
    7   HE21  GLN  32          HE21      GLN  32 -10.492   0.478  19.767
    8   HE22  GLN  32          HE22      GLN  32 -11.520   1.251  20.919

  No H/Q in entry =           8
  In of MODEL   16
    1    H    GLY  33           H        GLY  33  -6.127  -1.015  17.415
    2    HA3  GLY  33           HA2      GLY  33  -3.790  -1.236  18.250
    3    HA2  GLY  33           HA3      GLY  33  -4.364  -0.380  19.675

  No H/Q in entry =           3
  In of MODEL   16
    1    H    GLU  34           H        GLU  34  -6.436  -2.618  18.104
    2    HA   GLU  34           HA       GLU  34  -6.308  -4.527  20.305
    3    HB2  GLU  34           HB2      GLU  34  -8.136  -4.699  17.946
    4    HB3  GLU  34           HB3      GLU  34  -8.402  -5.247  19.582
    5    HG2  GLU  34           HG2      GLU  34  -9.732  -3.430  19.659
    6    HG3  GLU  34           HG3      GLU  34  -8.210  -2.613  20.009

  No H/Q in entry =           6
  In of MODEL   16
    1    H    LYS  35           H        LYS  35  -5.199  -6.377  20.053
    2    HA   LYS  35           HA       LYS  35  -3.741  -7.152  17.851
    3    HB2  LYS  35           HB2      LYS  35  -4.757  -8.550  20.259
    4    HB3  LYS  35           HB3      LYS  35  -4.264  -9.576  18.919
    5    HG2  LYS  35           HG2      LYS  35  -2.085  -8.320  18.908
    6    HG3  LYS  35           HG3      LYS  35  -2.601  -7.585  20.429
    7    HD2  LYS  35           HD2      LYS  35  -1.231  -9.458  20.989
    8    HD3  LYS  35           HD3      LYS  35  -2.897  -9.918  21.339
    9    HE2  LYS  35           HE2      LYS  35  -2.572 -10.710  18.723
   10    HE3  LYS  35           HE3      LYS  35  -0.995 -11.047  19.434
   11    HZ2  LYS  35           HZ1      LYS  35  -3.633 -12.169  20.154
   12    HZ1  LYS  35           HZ2      LYS  35  -2.373 -12.148  21.285
   13    HZ3  LYS  35           HZ3      LYS  35  -2.176 -12.976  19.827

  No H/Q in entry =          13
  In of MODEL   16
    1    H    ALA  36           H        ALA  36  -4.477  -7.493  15.853
    2    HA   ALA  36           HA       ALA  36  -7.196  -8.254  15.404
    3    HB3  ALA  36           HB1      ALA  36  -6.263  -8.266  12.955
    4    HB1  ALA  36           HB2      ALA  36  -4.902  -7.433  13.712
    5    HB2  ALA  36           HB3      ALA  36  -6.524  -6.755  13.824

  No H/Q in entry =           5
  In of MODEL   16
    1    H    GLU  37           H        GLU  37  -6.865 -10.280  16.645
    2    HA   GLU  37           HA       GLU  37  -5.645 -12.451  15.113
    3    HB2  GLU  37           HB2      GLU  37  -6.419 -13.776  17.209
    4    HB3  GLU  37           HB3      GLU  37  -5.052 -12.678  17.355
    5    HG2  GLU  37           HG2      GLU  37  -6.618 -10.954  18.230
    6    HG3  GLU  37           HG3      GLU  37  -7.887 -12.177  18.224

  No H/Q in entry =           6
  In of MODEL   16
    1    H    THR  38           H        THR  38  -8.589 -10.934  15.554
    2    HA   THR  38           HA       THR  38 -10.106 -13.292  14.703
    3    HB   THR  38           HB       THR  38 -11.152 -12.324  16.614
    4    HG1  THR  38           HG1      THR  38 -12.515 -11.329  14.312
    5   HG21  THR  38          HG21      THR  38 -10.875  -9.662  15.223
    6   HG23  THR  38          HG22      THR  38 -10.074 -10.181  16.707
    7   HG22  THR  38          HG23      THR  38 -11.819  -9.924  16.689

  No H/Q in entry =           7
  In of MODEL   16
    1    H    LEU  39           H        LEU  39 -10.764 -13.403  12.641
    2    HA   LEU  39           HA       LEU  39 -10.236 -11.055  10.991
    3    HB2  LEU  39           HB2      LEU  39  -9.098 -12.469   9.717
    4    HB3  LEU  39           HB3      LEU  39  -9.645 -13.835  10.670
    5    HG   LEU  39           HG       LEU  39 -11.655 -12.820   8.787
    6   HD11  LEU  39          HD11      LEU  39  -9.608 -12.438   7.477
    7   HD13  LEU  39          HD12      LEU  39 -10.620 -13.715   6.801
    8   HD12  LEU  39          HD13      LEU  39  -9.166 -14.129   7.710
    9   HD23  LEU  39          HD21      LEU  39 -11.705 -15.301   8.271
   10   HD22  LEU  39          HD22      LEU  39 -12.116 -14.829   9.920
   11   HD21  LEU  39          HD23      LEU  39 -10.520 -15.491   9.565

  No H/Q in entry =          11
  In of MODEL   16
    1    H    TYR  40           H        TYR  40 -11.769 -10.464   9.324
    2    HA   TYR  40           HA       TYR  40 -14.440 -11.592   9.714
    3    HB2  TYR  40           HB2      TYR  40 -13.947  -8.666   9.175
    4    HB3  TYR  40           HB3      TYR  40 -15.450  -9.437   9.647
    5    HD1  TYR  40           HD1      TYR  40 -16.137  -9.194  11.785
    6    HD2  TYR  40           HD2      TYR  40 -11.981  -8.912  10.996
    7    HE1  TYR  40           HE1      TYR  40 -15.743  -8.545  14.130
    8    HE2  TYR  40           HE2      TYR  40 -11.563  -8.294  13.334
    9    HH   TYR  40           HH       TYR  40 -12.609  -7.467  15.233

  No H/Q in entry =           9
  In of MODEL   16
    1    H    TYR  41           H        TYR  41 -15.465 -12.003   7.770
    2    HA   TYR  41           HA       TYR  41 -14.096 -11.093   5.321
    3    HB2  TYR  41           HB2      TYR  41 -14.421 -13.607   5.966
    4    HB3  TYR  41           HB3      TYR  41 -16.090 -13.333   5.481
    5    HD1  TYR  41           HD1      TYR  41 -16.094 -11.837   3.115
    6    HD2  TYR  41           HD2      TYR  41 -13.237 -14.644   4.435
    7    HE1  TYR  41           HE1      TYR  41 -15.403 -12.210   0.791
    8    HE2  TYR  41           HE2      TYR  41 -12.527 -15.039   2.175
    9    HH   TYR  41           HH       TYR  41 -13.455 -14.813  -0.138

  No H/Q in entry =           9
  In of MODEL   16
    1    H    ILE  42           H        ILE  42 -15.190  -9.240   4.827
    2    HA   ILE  42           HA       ILE  42 -17.961  -8.896   5.227
    3    HB   ILE  42           HB       ILE  42 -16.427  -7.047   5.050
    4   HG12  ILE  42          HG12      ILE  42 -18.299  -6.914   2.704
    5   HG13  ILE  42          HG13      ILE  42 -18.796  -6.730   4.390
    6   HG21  ILE  42          HG21      ILE  42 -15.935  -8.013   2.263
    7   HG23  ILE  42          HG22      ILE  42 -14.771  -7.745   3.562
    8   HG22  ILE  42          HG23      ILE  42 -15.560  -6.371   2.784
    9   HD13  ILE  42          HD11      ILE  42 -18.481  -4.558   3.833
   10   HD12  ILE  42          HD12      ILE  42 -17.201  -4.927   2.675
   11   HD11  ILE  42          HD13      ILE  42 -16.860  -4.964   4.405

  No H/Q in entry =          11
  In of MODEL   16
    1    H    VAL  43           H        VAL  43 -19.094 -10.601   4.440
    2    HA   VAL  43           HA       VAL  43 -18.600 -11.714   1.849
    3    HB   VAL  43           HB       VAL  43 -20.844 -12.381   3.746
    4   HG11  VAL  43          HG11      VAL  43 -20.977 -13.174   1.374
    5   HG13  VAL  43          HG12      VAL  43 -20.978 -14.437   2.606
    6   HG12  VAL  43          HG13      VAL  43 -19.505 -14.102   1.689
    7   HG23  VAL  43          HG21      VAL  43 -19.326 -14.236   4.438
    8   HG22  VAL  43          HG22      VAL  43 -18.801 -12.630   4.942
    9   HG21  VAL  43          HG23      VAL  43 -18.028 -13.421   3.567

  No H/Q in entry =           9
  In of MODEL   16
    1    H    LYS  44           H        LYS  44 -20.470  -9.378   3.063
    2    HA   LYS  44           HA       LYS  44 -21.928  -8.546   0.794
    3    HB2  LYS  44           HB2      LYS  44 -23.362 -10.025   3.014
    4    HB3  LYS  44           HB3      LYS  44 -24.156  -8.691   2.199
    5    HG2  LYS  44           HG2      LYS  44 -23.293 -11.318   1.031
    6    HG3  LYS  44           HG3      LYS  44 -24.927 -10.659   1.175
    7    HD2  LYS  44           HD2      LYS  44 -24.133  -8.763  -0.283
    8    HD3  LYS  44           HD3      LYS  44 -22.702  -9.738  -0.606
    9    HE2  LYS  44           HE2      LYS  44 -25.559 -10.536  -1.169
   10    HE3  LYS  44           HE3      LYS  44 -24.375 -10.020  -2.368
   11    HZ1  LYS  44           HZ1      LYS  44 -24.125 -12.430  -0.656
   12    HZ3  LYS  44           HZ2      LYS  44 -23.040 -11.949  -1.858
   13    HZ2  LYS  44           HZ3      LYS  44 -24.604 -12.434  -2.275

  No H/Q in entry =          13
  In of MODEL   16
    1    H    GLY  45           H        GLY  45 -22.747  -6.482   1.310
    2    HA3  GLY  45           HA2      GLY  45 -22.950  -4.517   2.571
    3    HA2  GLY  45           HA3      GLY  45 -22.113  -5.298   3.918

  No H/Q in entry =           3
  In of MODEL   16
    1    H    SER  46           H        SER  46 -21.180  -2.813   2.979
    2    HA   SER  46           HA       SER  46 -18.560  -3.690   2.158
    3    HB2  SER  46           HB2      SER  46 -19.245  -3.046   0.048
    4    HB3  SER  46           HB3      SER  46 -20.387  -1.860   0.677
    5    HG   SER  46           HG       SER  46 -17.563  -1.585   0.737

  No H/Q in entry =           5
  In of MODEL   16
    1    H    VAL  47           H        VAL  47 -16.870  -2.343   2.844
    2    HA   VAL  47           HA       VAL  47 -17.787  -0.488   4.921
    3    HB   VAL  47           HB       VAL  47 -16.179  -1.222   6.518
    4   HG12  VAL  47          HG11      VAL  47 -17.029  -3.457   7.015
    5   HG11  VAL  47          HG12      VAL  47 -17.706  -3.538   5.385
    6   HG13  VAL  47          HG13      VAL  47 -18.314  -2.348   6.531
    7   HG23  VAL  47          HG21      VAL  47 -15.372  -3.437   4.670
    8   HG22  VAL  47          HG22      VAL  47 -14.682  -3.005   6.240
    9   HG21  VAL  47          HG23      VAL  47 -14.460  -1.936   4.856

  No H/Q in entry =           9
  In of MODEL   16
    1    H    ALA  48           H        ALA  48 -15.644   0.478   6.017
    2    HA   ALA  48           HA       ALA  48 -14.246   1.690   3.753
    3    HB2  ALA  48           HB1      ALA  48 -16.108   2.995   5.034
    4    HB3  ALA  48           HB2      ALA  48 -14.589   3.792   4.626
    5    HB1  ALA  48           HB3      ALA  48 -14.852   3.184   6.259

  No H/Q in entry =           5
  In of MODEL   16
    1    H    VAL  49           H        VAL  49 -12.382   0.612   3.921
    2    HA   VAL  49           HA       VAL  49 -11.153   0.027   6.415
    3    HB   VAL  49           HB       VAL  49 -10.461  -0.344   3.543
    4   HG11  VAL  49          HG11      VAL  49  -8.467   0.647   4.829
    5   HG13  VAL  49          HG12      VAL  49  -8.252  -0.746   3.773
    6   HG12  VAL  49          HG13      VAL  49  -8.352  -0.971   5.522
    7   HG22  VAL  49          HG21      VAL  49 -10.104  -2.644   4.227
    8   HG21  VAL  49          HG22      VAL  49 -11.688  -2.060   4.739
    9   HG23  VAL  49          HG23      VAL  49 -10.375  -2.195   5.912

  No H/Q in entry =           9
  In of MODEL   16
    1    H    LEU  50           H        LEU  50  -9.461   1.118   7.410
    2    HA   LEU  50           HA       LEU  50  -8.588   3.616   6.315
    3    HB2  LEU  50           HB2      LEU  50  -9.370   4.995   8.040
    4    HB3  LEU  50           HB3      LEU  50 -10.725   4.029   7.504
    5    HG   LEU  50           HG       LEU  50  -9.213   3.832  10.083
    6   HD13  LEU  50          HD11      LEU  50 -10.956   5.366  10.217
    7   HD12  LEU  50          HD12      LEU  50 -11.629   3.853  10.856
    8   HD11  LEU  50          HD13      LEU  50 -12.015   4.361   9.207
    9   HD22  LEU  50          HD21      LEU  50  -9.476   1.572   9.249
   10   HD21  LEU  50          HD22      LEU  50 -11.195   1.864   8.965
   11   HD23  LEU  50          HD23      LEU  50 -10.551   1.879  10.611

  No H/Q in entry =          11
  In of MODEL   16
    1    H    ILE  51           H        ILE  51  -6.800   4.589   7.265
    2    HA   ILE  51           HA       ILE  51  -5.271   2.700   8.947
    3    HB   ILE  51           HB       ILE  51  -3.256   3.719   7.743
    4   HG12  ILE  51          HG12      ILE  51  -3.953   4.251   5.295
    5   HG13  ILE  51          HG13      ILE  51  -5.532   4.600   5.985
    6   HG21  ILE  51          HG21      ILE  51  -5.257   1.795   6.623
    7   HG23  ILE  51          HG22      ILE  51  -3.716   1.459   7.411
    8   HG22  ILE  51          HG23      ILE  51  -3.746   2.110   5.771
    9   HD11  ILE  51          HD11      ILE  51  -4.488   6.290   7.434
   10   HD13  ILE  51          HD12      ILE  51  -4.286   6.632   5.715
   11   HD12  ILE  51          HD13      ILE  51  -2.941   5.972   6.647

  No H/Q in entry =          11
  In of MODEL   16
    1    H    LYS  52           H        LYS  52  -3.169   3.888   9.749
    2    HA   LYS  52           HA       LYS  52  -3.991   6.410  11.024
    3    HB2  LYS  52           HB2      LYS  52  -2.351   4.147  12.179
    4    HB3  LYS  52           HB3      LYS  52  -2.611   5.695  12.977
    5    HG2  LYS  52           HG2      LYS  52  -5.079   5.214  12.809
    6    HG3  LYS  52           HG3      LYS  52  -4.640   3.579  12.329
    7    HD2  LYS  52           HD2      LYS  52  -4.206   2.980  14.442
    8    HD3  LYS  52           HD3      LYS  52  -3.245   4.437  14.731
    9    HE2  LYS  52           HE2      LYS  52  -6.050   5.080  14.521
   10    HE3  LYS  52           HE3      LYS  52  -5.784   3.839  15.745
   11    HZ3  LYS  52           HZ1      LYS  52  -4.587   5.250  17.045
   12    HZ2  LYS  52           HZ2      LYS  52  -5.621   6.374  16.311
   13    HZ1  LYS  52           HZ3      LYS  52  -4.033   6.187  15.751

  No H/Q in entry =          13
  In of MODEL   16
    1    H    ASP  53           H        ASP  53  -2.600   8.007  11.088
    2    HA   ASP  53           HA       ASP  53  -0.315   7.955   9.302
    3    HB2  ASP  53           HB2      ASP  53  -2.255   9.752   9.572
    4    HB3  ASP  53           HB3      ASP  53  -1.143  10.411  10.763

  No H/Q in entry =           4
  In of MODEL   16
    1    H    GLU  54           H        GLU  54   1.201  10.122  10.347
    2    HA   GLU  54           HA       GLU  54   2.564   8.791  12.600
    3    HB2  GLU  54           HB2      GLU  54   3.451  10.811  10.538
    4    HB3  GLU  54           HB3      GLU  54   4.328  10.616  12.052
    5    HG2  GLU  54           HG2      GLU  54   4.657   8.259  11.548
    6    HG3  GLU  54           HG3      GLU  54   3.809   8.471  10.019

  No H/Q in entry =           6
  In of MODEL   16
    1    H    GLU  55           H        GLU  55   0.198  10.966  11.891
    2    HA   GLU  55           HA       GLU  55   0.698  12.577  14.324
    3    HB2  GLU  55           HB2      GLU  55  -0.901  14.246  13.220
    4    HB3  GLU  55           HB3      GLU  55   0.721  14.161  12.542
    5    HG2  GLU  55           HG2      GLU  55  -0.073  12.784  10.736
    6    HG3  GLU  55           HG3      GLU  55  -1.687  12.748  11.440

  No H/Q in entry =           6
  In of MODEL   16
    1    H    GLY  56           H        GLY  56  -0.644   9.933  13.508
    2    HA3  GLY  56           HA2      GLY  56  -2.319   8.736  14.564
    3    HA2  GLY  56           HA3      GLY  56  -2.779  10.200  15.422

  No H/Q in entry =           3
  In of MODEL   16
    1    H    LYS  57           H        LYS  57  -2.645  10.251  11.812
    2    HA   LYS  57           HA       LYS  57  -5.425  10.957  11.906
    3    HB2  LYS  57           HB2      LYS  57  -3.169  11.390  10.177
    4    HB3  LYS  57           HB3      LYS  57  -4.416  10.565   9.259
    5    HG2  LYS  57           HG2      LYS  57  -5.860  12.335   9.370
    6    HG3  LYS  57           HG3      LYS  57  -5.157  12.955  10.867
    7    HD2  LYS  57           HD2      LYS  57  -4.662  14.359   8.864
    8    HD3  LYS  57           HD3      LYS  57  -3.223  13.769   9.696
    9    HE2  LYS  57           HE2      LYS  57  -3.698  11.789   7.856
   10    HE3  LYS  57           HE3      LYS  57  -4.180  13.238   6.981
   11    HZ3  LYS  57           HZ1      LYS  57  -2.048  13.651   6.615
   12    HZ2  LYS  57           HZ2      LYS  57  -1.585  12.287   7.510
   13    HZ1  LYS  57           HZ3      LYS  57  -1.763  13.795   8.281

  No H/Q in entry =          13
  In of MODEL   16
    1    H    GLU  58           H        GLU  58  -6.935   9.387  11.748
    2    HA   GLU  58           HA       GLU  58  -6.136   6.831  10.606
    3    HB2  GLU  58           HB2      GLU  58  -8.414   6.384  12.105
    4    HB3  GLU  58           HB3      GLU  58  -6.779   5.962  12.582
    5    HG2  GLU  58           HG2      GLU  58  -6.656   8.312  13.579
    6    HG3  GLU  58           HG3      GLU  58  -8.412   8.334  13.393

  No H/Q in entry =           6
  In of MODEL   16
    1    H    MET  59           H        MET  59  -6.835   7.415   8.355
    2    HA   MET  59           HA       MET  59  -9.569   8.386   8.268
    3    HB2  MET  59           HB2      MET  59  -7.161   8.753   6.495
    4    HB3  MET  59           HB3      MET  59  -8.758   9.401   6.166
    5    HG2  MET  59           HG2      MET  59  -8.557  10.891   8.062
    6    HG3  MET  59           HG3      MET  59  -7.007  10.156   8.487
    7    HE1  MET  59           HE1      MET  59  -6.882   9.822   4.939
    8    HE3  MET  59           HE2      MET  59  -6.654  11.408   4.196
    9    HE2  MET  59           HE3      MET  59  -8.246  10.928   4.775

  No H/Q in entry =           9
  In of MODEL   16
    1    H    ILE  60           H        ILE  60 -10.794   7.414   6.731
    2    HA   ILE  60           HA       ILE  60 -10.308   4.838   5.869
    3    HB   ILE  60           HB       ILE  60 -12.034   6.837   4.431
    4   HG12  ILE  60          HG12      ILE  60 -12.668   5.076   6.807
    5   HG13  ILE  60          HG13      ILE  60 -12.506   6.833   6.835
    6   HG23  ILE  60          HG21      ILE  60 -13.271   4.936   3.675
    7   HG22  ILE  60          HG22      ILE  60 -12.318   3.851   4.688
    8   HG21  ILE  60          HG23      ILE  60 -11.569   4.658   3.311
    9   HD12  ILE  60          HD11      ILE  60 -14.830   5.613   6.655
   10   HD11  ILE  60          HD12      ILE  60 -14.429   5.679   4.936
   11   HD13  ILE  60          HD13      ILE  60 -14.507   7.165   5.884

  No H/Q in entry =          11
  In of MODEL   16
    1    H    LEU  61           H        LEU  61  -9.082   3.991   4.342
    2    HA   LEU  61           HA       LEU  61  -8.102   5.817   2.287
    3    HB2  LEU  61           HB2      LEU  61  -5.925   5.081   2.453
    4    HB3  LEU  61           HB3      LEU  61  -6.462   5.167   4.112
    5    HG   LEU  61           HG       LEU  61  -5.138   3.262   4.003
    6   HD13  LEU  61          HD11      LEU  61  -6.624   1.398   4.397
    7   HD12  LEU  61          HD12      LEU  61  -7.957   2.314   3.697
    8   HD11  LEU  61          HD13      LEU  61  -7.194   2.867   5.189
    9   HD23  LEU  61          HD21      LEU  61  -5.670   1.423   2.327
   10   HD22  LEU  61          HD22      LEU  61  -4.783   2.843   1.760
   11   HD21  LEU  61          HD23      LEU  61  -6.507   2.683   1.421

  No H/Q in entry =          11
  In of MODEL   16
    1    H    SER  62           H        SER  62  -9.556   2.728   2.942
    2    HA   SER  62           HA       SER  62  -9.971   2.455   0.076
    3    HB2  SER  62           HB2      SER  62  -7.790   1.381   0.345
    4    HB3  SER  62           HB3      SER  62  -8.417   0.389   1.660
    5    HG   SER  62           HG       SER  62  -9.496  -0.841   0.249

  No H/Q in entry =           5
  In of MODEL   16
    1    H    TYR  63           H        TYR  63 -12.048   1.810  -0.093
    2    HA   TYR  63           HA       TYR  63 -13.240   0.194   1.977
    3    HB2  TYR  63           HB2      TYR  63 -14.851   1.198  -0.327
    4    HB3  TYR  63           HB3      TYR  63 -15.277   1.114   1.369
    5    HD1  TYR  63           HD1      TYR  63 -13.231   3.117  -1.031
    6    HD2  TYR  63           HD2      TYR  63 -15.371   3.085   2.637
    7    HE1  TYR  63           HE1      TYR  63 -13.018   5.561  -0.896
    8    HE2  TYR  63           HE2      TYR  63 -15.155   5.529   2.786
    9    HH   TYR  63           HH       TYR  63 -14.846   7.452   0.977

  No H/Q in entry =           9
  In of MODEL   16
    1    H    LEU  64           H        LEU  64 -14.910  -1.080   1.075
    2    HA   LEU  64           HA       LEU  64 -13.611  -3.069  -0.559
    3    HB2  LEU  64           HB2      LEU  64 -15.321  -3.797   1.737
    4    HB3  LEU  64           HB3      LEU  64 -14.177  -4.776   0.842
    5    HG   LEU  64           HG       LEU  64 -13.430  -2.490   2.658
    6   HD12  LEU  64          HD11      LEU  64 -12.829  -5.352   3.161
    7   HD11  LEU  64          HD12      LEU  64 -14.407  -4.694   3.584
    8   HD13  LEU  64          HD13      LEU  64 -12.948  -4.003   4.290
    9   HD23  LEU  64          HD21      LEU  64 -11.168  -3.747   2.457
   10   HD22  LEU  64          HD22      LEU  64 -11.650  -2.619   1.187
   11   HD21  LEU  64          HD23      LEU  64 -11.842  -4.356   0.943

  No H/Q in entry =          11
  In of MODEL   16
    1    H    ASN  65           H        ASN  65 -15.234  -4.951  -0.654
    2    HA   ASN  65           HA       ASN  65 -17.773  -3.990  -1.676
    3    HB2  ASN  65           HB2      ASN  65 -15.698  -4.988  -3.400
    4    HB3  ASN  65           HB3      ASN  65 -17.053  -6.113  -3.397
    5   HD21  ASN  65          HD21      ASN  65 -16.181  -2.741  -3.853
    6   HD22  ASN  65          HD22      ASN  65 -17.495  -2.345  -4.902

  No H/Q in entry =           6
  In of MODEL   16
    1    H    GLN  66           H        GLN  66 -19.183  -5.824  -2.235
    2    HA   GLN  66           HA       GLN  66 -19.695  -7.568  -0.085
    3    HB2  GLN  66           HB2      GLN  66 -20.648  -7.555  -3.022
    4    HB3  GLN  66           HB3      GLN  66 -21.317  -8.622  -1.790
    5    HG2  GLN  66           HG2      GLN  66 -22.185  -6.624  -0.491
    6    HG3  GLN  66           HG3      GLN  66 -21.415  -5.521  -1.604
    7   HE22  GLN  66          HE21      GLN  66 -24.933  -5.514  -2.585
    8   HE21  GLN  66          HE22      GLN  66 -23.819  -4.897  -1.247

  No H/Q in entry =           8
  In of MODEL   16
    1    H    GLY  67           H        GLY  67 -17.452  -8.649   0.287
    2    HA3  GLY  67           HA2      GLY  67 -17.285 -11.193  -0.115
    3    HA2  GLY  67           HA3      GLY  67 -17.183 -10.675  -1.793

  No H/Q in entry =           3
  In of MODEL   16
    1    H    ASP  68           H        ASP  68 -15.788  -8.613   0.616
    2    HA   ASP  68           HA       ASP  68 -13.122  -9.299  -0.384
    3    HB2  ASP  68           HB2      ASP  68 -14.257  -6.874  -0.323
    4    HB3  ASP  68           HB3      ASP  68 -13.614  -6.892   1.313

  No H/Q in entry =           4
  In of MODEL   16
    1    H    PHE  69           H        PHE  69 -11.491  -8.529   1.575
    2    HA   PHE  69           HA       PHE  69 -12.209 -10.308   3.777
    3    HB2  PHE  69           HB2      PHE  69  -9.516  -9.401   2.757
    4    HB3  PHE  69           HB3      PHE  69  -9.772 -10.524   4.086
    5    HD1  PHE  69           HD1      PHE  69 -10.700 -12.780   3.632
    6    HD2  PHE  69           HD2      PHE  69  -9.576 -10.107   0.486
    7    HE1  PHE  69           HE1      PHE  69 -10.639 -14.657   2.045
    8    HE2  PHE  69           HE2      PHE  69  -9.555 -11.999  -1.091
    9    HZ   PHE  69           HZ       PHE  69 -10.075 -14.268  -0.312

  No H/Q in entry =           9
  In of MODEL   16
    1    H    ILE  70           H        ILE  70 -11.419  -9.715   5.925
    2    HA   ILE  70           HA       ILE  70 -10.803  -6.900   6.369
    3    HB   ILE  70           HB       ILE  70 -13.229  -8.341   7.405
    4   HG12  ILE  70          HG12      ILE  70 -12.717  -5.625   6.197
    5   HG13  ILE  70          HG13      ILE  70 -13.688  -6.939   5.541
    6   HG22  ILE  70          HG21      ILE  70 -13.477  -6.597   9.128
    7   HG21  ILE  70          HG22      ILE  70 -11.876  -5.991   8.715
    8   HG23  ILE  70          HG23      ILE  70 -12.056  -7.606   9.393
    9   HD12  ILE  70          HD11      ILE  70 -14.565  -4.762   7.044
   10   HD11  ILE  70          HD12      ILE  70 -14.679  -6.155   8.120
   11   HD13  ILE  70          HD13      ILE  70 -15.500  -6.177   6.560

  No H/Q in entry =          11
  In of MODEL   16
    1    H    GLY  71           H        GLY  71  -9.471  -6.638   8.103
    2    HA3  GLY  71           HA2      GLY  71  -8.239  -7.154   9.987
    3    HA2  GLY  71           HA3      GLY  71  -9.211  -8.607  10.182

  No H/Q in entry =           3
  In of MODEL   16
    1    H    GLU  72           H        GLU  72  -7.814  -8.175   7.070
    2    HA   GLU  72           HA       GLU  72  -6.227 -10.520   7.408
    3    HB2  GLU  72           HB2      GLU  72  -5.458  -9.034   5.078
    4    HB3  GLU  72           HB3      GLU  72  -6.253 -10.588   5.169
    5    HG2  GLU  72           HG2      GLU  72  -7.595  -9.238   3.805
    6    HG3  GLU  72           HG3      GLU  72  -8.437  -9.338   5.356

  No H/Q in entry =           6
  In of MODEL   16
    1    H    LEU  73           H        LEU  73  -5.924  -7.144   7.406
    2    HA   LEU  73           HA       LEU  73  -3.159  -6.845   7.314
    3    HB2  LEU  73           HB2      LEU  73  -5.503  -5.238   7.982
    4    HB3  LEU  73           HB3      LEU  73  -4.046  -4.746   8.831
    5    HG   LEU  73           HG       LEU  73  -4.423  -3.540   6.690
    6   HD11  LEU  73          HD11      LEU  73  -2.025  -5.220   7.225
    7   HD13  LEU  73          HD12      LEU  73  -2.241  -3.480   7.439
    8   HD12  LEU  73          HD13      LEU  73  -2.065  -4.156   5.819
    9   HD22  LEU  73          HD21      LEU  73  -5.243  -4.900   5.065
   10   HD21  LEU  73          HD22      LEU  73  -4.389  -6.319   5.669
   11   HD23  LEU  73          HD23      LEU  73  -3.526  -5.111   4.715

  No H/Q in entry =          11
  In of MODEL   16
    1    H    GLY  74           H        GLY  74  -4.964  -8.365   9.660
    2    HA3  GLY  74           HA2      GLY  74  -2.860  -7.832  11.664
    3    HA2  GLY  74           HA3      GLY  74  -4.527  -8.192  12.075

  No H/Q in entry =           3
  In of MODEL   16
    1    H    LEU  75           H        LEU  75  -4.495 -10.221   9.805
    2    HA   LEU  75           HA       LEU  75  -3.380 -12.386  11.440
    3    HB2  LEU  75           HB2      LEU  75  -5.216 -13.559  10.844
    4    HB3  LEU  75           HB3      LEU  75  -5.840 -12.042  10.224
    5    HG   LEU  75           HG       LEU  75  -4.376 -12.820   8.098
    6   HD12  LEU  75          HD11      LEU  75  -5.426 -15.385   9.307
    7   HD11  LEU  75          HD12      LEU  75  -3.729 -14.952   9.095
    8   HD13  LEU  75          HD13      LEU  75  -4.758 -15.205   7.686
    9   HD23  LEU  75          HD21      LEU  75  -6.747 -14.046   7.533
   10   HD22  LEU  75          HD22      LEU  75  -6.462 -12.314   7.431
   11   HD21  LEU  75          HD23      LEU  75  -7.205 -12.998   8.874

  No H/Q in entry =          11
  In of MODEL   16
    1    H    PHE  76           H        PHE  76  -3.324 -10.919   8.331
    2    HA   PHE  76           HA       PHE  76  -1.540 -12.961   7.247
    3    HB2  PHE  76           HB2      PHE  76  -3.428 -12.684   5.876
    4    HB3  PHE  76           HB3      PHE  76  -3.417 -10.934   6.064
    5    HD1  PHE  76           HD1      PHE  76  -1.066 -13.522   4.960
    6    HD2  PHE  76           HD2      PHE  76  -2.882  -9.797   4.167
    7    HE1  PHE  76           HE1      PHE  76   0.187 -13.392   2.826
    8    HE2  PHE  76           HE2      PHE  76  -1.645  -9.620   2.043
    9    HZ   PHE  76           HZ       PHE  76  -0.111 -11.419   1.365

  No H/Q in entry =           9
  In of MODEL   16
    1    H    GLU  77           H        GLU  77  -1.869  -9.515   7.866
    2    HA   GLU  77           HA       GLU  77   0.449  -8.753   6.460
    3    HB2  GLU  77           HB2      GLU  77  -1.288  -7.135   7.167
    4    HB3  GLU  77           HB3      GLU  77  -0.811  -7.376   8.840
    5    HG2  GLU  77           HG2      GLU  77   1.369  -6.617   7.030
    6    HG3  GLU  77           HG3      GLU  77   0.111  -5.401   7.228

  No H/Q in entry =           6
  In of MODEL   16
    1    H    GLU  78           H        GLU  78  -0.281  -9.796   9.712
    2    HA   GLU  78           HA       GLU  78   0.972 -11.031  11.066
    3    HB2  GLU  78           HB2      GLU  78   2.861 -11.092   9.179
    4    HB3  GLU  78           HB3      GLU  78   3.609  -9.899  10.237
    5    HG2  GLU  78           HG2      GLU  78   2.892 -11.757  12.045
    6    HG3  GLU  78           HG3      GLU  78   3.168 -12.781  10.640

  No H/Q in entry =           6
  In of MODEL   16
    1    H    GLY  79           H        GLY  79  -0.298  -8.567  11.099
    2    HA3  GLY  79           HA2      GLY  79   1.169  -6.444  12.283
    3    HA2  GLY  79           HA3      GLY  79  -0.566  -6.639  12.277

  No H/Q in entry =           3
  In of MODEL   16
    1    H    GLN  80           H        GLN  80  -1.392  -8.294  13.759
    2    HA   GLN  80           HA       GLN  80  -1.787  -8.997  15.836
    3    HB2  GLN  80           HB2      GLN  80   1.142  -9.063  16.460
    4    HB3  GLN  80           HB3      GLN  80  -0.133 -10.142  16.997
    5    HG2  GLN  80           HG2      GLN  80   1.106 -10.033  14.257
    6    HG3  GLN  80           HG3      GLN  80   1.317 -11.291  15.471
    7   HE21  GLN  80          HE21      GLN  80   0.371 -11.498  12.747
    8   HE22  GLN  80          HE22      GLN  80  -1.215 -12.177  12.820

  No H/Q in entry =           8
  In of MODEL   16
    1    H    GLU  81           H        GLU  81  -2.448  -6.713  15.902
    2    HA   GLU  81           HA       GLU  81  -2.454  -5.318  18.107
    3    HB2  GLU  81           HB2      GLU  81   0.222  -5.270  17.620
    4    HB3  GLU  81           HB3      GLU  81  -0.281  -3.807  16.784
    5    HG2  GLU  81           HG2      GLU  81  -1.408  -4.072  19.462
    6    HG3  GLU  81           HG3      GLU  81   0.352  -3.971  19.426

  No H/Q in entry =           6
  In of MODEL   16
    1    H    ARG  82           H        ARG  82  -4.226  -5.361  16.296
    2    HA   ARG  82           HA       ARG  82  -5.605  -4.310  14.884
    3    HB2  ARG  82           HB2      ARG  82  -6.248  -2.494  15.946
    4    HB3  ARG  82           HB3      ARG  82  -4.734  -2.503  16.826
    5    HG2  ARG  82           HG2      ARG  82  -4.597  -1.239  14.172
    6    HG3  ARG  82           HG3      ARG  82  -5.666  -0.435  15.320
    7    HD2  ARG  82           HD2      ARG  82  -3.957   0.276  16.609
    8    HD3  ARG  82           HD3      ARG  82  -3.053  -1.224  16.412
    9    HE   ARG  82           HE       ARG  82  -3.128   0.626  14.157
   10   HH11  ARG  82          HH11      ARG  82  -1.355  -0.784  16.832
   11   HH12  ARG  82          HH12      ARG  82   0.191  -0.251  16.244
   12   HH21  ARG  82          HH21      ARG  82  -1.069   1.302  13.369
   13   HH22  ARG  82          HH22      ARG  82   0.356   0.913  14.275

  No H/Q in entry =          13
  In of MODEL   16
    1    H    SER  83           H        SER  83  -2.686  -2.310  14.588
    2    HA   SER  83           HA       SER  83  -1.461  -1.579  12.870
    3    HB2  SER  83           HB2      SER  83  -2.675  -3.923  11.417
    4    HB3  SER  83           HB3      SER  83  -1.288  -2.990  10.860
    5    HG   SER  83           HG       SER  83  -0.362  -4.621  11.903

  No H/Q in entry =           5
  In of MODEL   16
    1    H    ALA  84           H        ALA  84  -4.846  -2.005  12.190
    2    HA   ALA  84           HA       ALA  84  -6.256  -0.172  11.816
    3    HB2  ALA  84           HB1      ALA  84  -5.591   1.846  10.756
    4    HB3  ALA  84           HB2      ALA  84  -4.048   1.150  10.261
    5    HB1  ALA  84           HB3      ALA  84  -4.374   1.449  11.968

  No H/Q in entry =           5
  In of MODEL   16
    1    H    TRP  85           H        TRP  85  -7.799  -0.123  10.166
    2    HA   TRP  85           HA       TRP  85  -7.419  -0.565   7.575
    3    HB2  TRP  85           HB2      TRP  85  -6.323  -2.698   8.612
    4    HB3  TRP  85           HB3      TRP  85  -7.991  -3.237   8.775
    5    HD1  TRP  85           HD1      TRP  85  -8.788  -4.558   6.881
    6    HE1  TRP  85           HE1      TRP  85  -8.251  -4.799   4.366
    7    HE3  TRP  85           HE3      TRP  85  -5.268  -0.922   6.522
    8    HZ2  TRP  85           HZ2      TRP  85  -6.552  -3.549   2.491
    9    HZ3  TRP  85           HZ3      TRP  85  -4.230  -0.484   4.337
   10    HH2  TRP  85           HH2      TRP  85  -4.854  -1.771   2.362

  No H/Q in entry =          10
  In of MODEL   16
    1    H    VAL  86           H        VAL  86  -9.490  -1.757  10.274
    2    HA   VAL  86           HA       VAL  86 -11.514  -1.040   8.337
    3    HB   VAL  86           HB       VAL  86 -12.657  -2.925  10.088
    4   HG12  VAL  86          HG11      VAL  86 -12.721  -4.058   7.762
    5   HG11  VAL  86          HG12      VAL  86 -12.047  -2.530   7.192
    6   HG13  VAL  86          HG13      VAL  86 -13.614  -2.558   8.006
    7   HG23  VAL  86          HG21      VAL  86 -10.409  -4.045   8.485
    8   HG22  VAL  86          HG22      VAL  86 -11.244  -4.737   9.874
    9   HG21  VAL  86          HG23      VAL  86 -10.073  -3.444  10.106

  No H/Q in entry =           9
  In of MODEL   16
    1    H    ARG  87           H        ARG  87 -13.524  -0.815   8.666
    2    HA   ARG  87           HA       ARG  87 -14.799   0.111  10.948
    3    HB2  ARG  87           HB2      ARG  87 -13.506   2.210  10.508
    4    HB3  ARG  87           HB3      ARG  87 -14.181   2.260   8.887
    5    HG2  ARG  87           HG2      ARG  87 -16.457   2.221  10.207
    6    HG3  ARG  87           HG3      ARG  87 -15.444   2.892  11.490
    7    HD2  ARG  87           HD2      ARG  87 -15.930   4.846  10.487
    8    HD3  ARG  87           HD3      ARG  87 -14.608   4.371   9.421
    9    HE   ARG  87           HE       ARG  87 -16.849   3.265   8.297
   10   HH11  ARG  87          HH11      ARG  87 -15.827   6.479   9.198
   11   HH12  ARG  87          HH12      ARG  87 -16.709   7.266   7.934
   12   HH21  ARG  87          HH21      ARG  87 -18.040   4.285   6.632
   13   HH22  ARG  87          HH22      ARG  87 -17.980   6.009   6.466

  No H/Q in entry =          13
  In of MODEL   16
    1    H    ALA  88           H        ALA  88 -17.117   0.430  10.265
    2    HA   ALA  88           HA       ALA  88 -17.678  -1.361   8.084
    3    HB1  ALA  88           HB1      ALA  88 -19.585  -1.855   9.065
    4    HB2  ALA  88           HB2      ALA  88 -20.035  -0.163   9.206
    5    HB3  ALA  88           HB3      ALA  88 -19.018  -0.904  10.444

  No H/Q in entry =           5
  In of MODEL   16
    1    H    LYS  89           H        LYS  89 -18.993  -0.597   5.978
    2    HA   LYS  89           HA       LYS  89 -19.521   2.257   6.213
    3    HB2  LYS  89           HB2      LYS  89 -17.606   1.652   4.696
    4    HB3  LYS  89           HB3      LYS  89 -18.769   0.837   3.662
    5    HG2  LYS  89           HG2      LYS  89 -19.920   2.921   3.251
    6    HG3  LYS  89           HG3      LYS  89 -18.849   3.764   4.375
    7    HD2  LYS  89           HD2      LYS  89 -17.222   3.937   2.854
    8    HD3  LYS  89           HD3      LYS  89 -17.411   2.259   2.342
    9    HE2  LYS  89           HE2      LYS  89 -17.907   3.591   0.459
   10    HE3  LYS  89           HE3      LYS  89 -19.450   2.995   1.074
   11    HZ2  LYS  89           HZ1      LYS  89 -19.198   5.482   0.452
   12    HZ1  LYS  89           HZ2      LYS  89 -18.436   5.627   1.959
   13    HZ3  LYS  89           HZ3      LYS  89 -20.031   5.068   1.861

  No H/Q in entry =          13
  In of MODEL   16
    1    H    THR  90           H        THR  90 -20.801  -0.743   5.818
    2    HA   THR  90           HA       THR  90 -23.403   0.341   5.206
    3    HB   THR  90           HB       THR  90 -23.048  -2.169   3.729
    4    HG1  THR  90           HG1      THR  90 -21.115  -0.483   3.360
    5   HG23  THR  90          HG21      THR  90 -25.088  -0.874   3.602
    6   HG22  THR  90          HG22      THR  90 -24.320  -0.924   2.014
    7   HG21  THR  90          HG23      THR  90 -24.194   0.526   3.009

  No H/Q in entry =           7
  In of MODEL   16
    1    H    ALA  91           H        ALA  91 -24.986  -1.538   5.462
    2    HA   ALA  91           HA       ALA  91 -24.374  -3.033   7.884
    3    HB2  ALA  91           HB1      ALA  91 -26.694  -3.596   7.937
    4    HB3  ALA  91           HB2      ALA  91 -26.873  -3.349   6.202
    5    HB1  ALA  91           HB3      ALA  91 -26.703  -1.960   7.274

  No H/Q in entry =           5
  In of MODEL   16
    1    H    CYS  92           H        CYS  92 -23.112  -4.657   7.551
    2    HA   CYS  92           HA       CYS  92 -23.389  -6.196   5.018
    3    HB2  CYS  92           HB2      CYS  92 -20.990  -6.674   6.639
    4    HB3  CYS  92           HB3      CYS  92 -21.102  -6.247   4.939
    5    HG   CYS  92           HG       CYS  92 -21.840  -3.522   6.448

  No H/Q in entry =           5
  In of MODEL   16
    1    H    GLU  93           H        GLU  93 -21.882  -8.248   5.755
    2    HA   GLU  93           HA       GLU  93 -22.938  -9.698   7.961
    3    HB2  GLU  93           HB2      GLU  93 -23.441 -10.745   5.155
    4    HB3  GLU  93           HB3      GLU  93 -23.874 -11.541   6.659
    5    HG2  GLU  93           HG2      GLU  93 -25.055  -8.894   5.894
    6    HG3  GLU  93           HG3      GLU  93 -25.720 -10.411   5.292

  No H/Q in entry =           6
  In of MODEL   16
    1    H    VAL  94           H        VAL  94 -20.830 -10.104   8.590
    2    HA   VAL  94           HA       VAL  94 -18.946 -10.739   6.425
    3    HB   VAL  94           HB       VAL  94 -17.120 -10.143   7.921
    4   HG13  VAL  94          HG11      VAL  94 -17.414  -8.194   6.899
    5   HG12  VAL  94          HG12      VAL  94 -18.192  -7.658   8.386
    6   HG11  VAL  94          HG13      VAL  94 -19.168  -8.282   7.055
    7   HG22  VAL  94          HG21      VAL  94 -17.814 -10.626  10.084
    8   HG21  VAL  94          HG22      VAL  94 -19.306  -9.703   9.917
    9   HG23  VAL  94          HG23      VAL  94 -17.758  -8.864  10.044

  No H/Q in entry =           9
  In of MODEL   16
    1    H    ALA  95           H        ALA  95 -17.581 -12.476   6.589
    2    HA   ALA  95           HA       ALA  95 -18.573 -14.583   8.338
    3    HB3  ALA  95           HB1      ALA  95 -16.249 -15.076   6.611
    4    HB1  ALA  95           HB2      ALA  95 -17.701 -14.568   5.753
    5    HB2  ALA  95           HB3      ALA  95 -17.742 -15.998   6.782

  No H/Q in entry =           5
  In of MODEL   16
    1    H    GLU  96           H        GLU  96 -17.850 -13.900  10.272
    2    HA   GLU  96           HA       GLU  96 -14.957 -13.471  10.452
    3    HB2  GLU  96           HB2      GLU  96 -15.284 -12.056  12.339
    4    HB3  GLU  96           HB3      GLU  96 -16.341 -11.508  11.045
    5    HG2  GLU  96           HG2      GLU  96 -18.222 -12.665  12.129
    6    HG3  GLU  96           HG3      GLU  96 -17.141 -13.162  13.428

  No H/Q in entry =           6
  In of MODEL   16
    1    H    ILE  97           H        ILE  97 -13.783 -14.523  11.520
    2    HA   ILE  97           HA       ILE  97 -14.489 -15.992  13.843
    3    HB   ILE  97           HB       ILE  97 -13.462 -18.101  13.017
    4   HG12  ILE  97          HG12      ILE  97 -14.161 -17.140  10.267
    5   HG13  ILE  97          HG13      ILE  97 -12.526 -17.037  10.922
    6   HG21  ILE  97          HG21      ILE  97 -15.880 -17.575  13.440
    7   HG23  ILE  97          HG22      ILE  97 -15.452 -19.037  12.558
    8   HG22  ILE  97          HG23      ILE  97 -16.033 -17.614  11.685
    9   HD12  ILE  97          HD11      ILE  97 -14.127 -19.543  10.481
   10   HD11  ILE  97          HD12      ILE  97 -12.561 -19.477  11.284
   11   HD13  ILE  97          HD13      ILE  97 -12.703 -19.016   9.591

  No H/Q in entry =          11
  In of MODEL   16
    1    H    SER  98           H        SER  98 -12.434 -17.412  14.353
    2    HA   SER  98           HA       SER  98 -10.308 -15.416  14.316
    3    HB2  SER  98           HB2      SER  98 -10.801 -17.762  16.146
    4    HB3  SER  98           HB3      SER  98  -9.335 -16.784  16.190
    5    HG   SER  98           HG       SER  98 -11.754 -16.273  17.265

  No H/Q in entry =           5
  In of MODEL   16
    1    H    TYR  99           H        TYR  99  -8.401 -15.815  13.688
    2    HA   TYR  99           HA       TYR  99  -8.059 -17.584  11.377
    3    HB2  TYR  99           HB2      TYR  99  -6.123 -16.353  10.808
    4    HB3  TYR  99           HB3      TYR  99  -7.213 -15.148  11.464
    5    HD1  TYR  99           HD1      TYR  99  -6.558 -15.998  14.462
    6    HD2  TYR  99           HD2      TYR  99  -4.178 -14.974  11.083
    7    HE1  TYR  99           HE1      TYR  99  -4.775 -15.203  15.956
    8    HE2  TYR  99           HE2      TYR  99  -2.405 -14.167  12.563
    9    HH   TYR  99           HH       TYR  99  -2.306 -13.259  15.019

  No H/Q in entry =           9
  In of MODEL   16
    1    H    LYS 100           H        LYS 100  -7.637 -18.120  14.724
    2    HA   LYS 100           HA       LYS 100  -5.196 -19.544  14.404
    3    HB2  LYS 100           HB2      LYS 100  -6.164 -19.153  16.666
    4    HB3  LYS 100           HB3      LYS 100  -7.501 -20.218  16.254
    5    HG2  LYS 100           HG2      LYS 100  -5.833 -22.053  15.918
    6    HG3  LYS 100           HG3      LYS 100  -4.604 -20.968  16.571
    7    HD2  LYS 100           HD2      LYS 100  -7.135 -21.639  18.050
    8    HD3  LYS 100           HD3      LYS 100  -5.659 -22.589  18.211
    9    HE2  LYS 100           HE2      LYS 100  -5.567 -19.629  18.609
   10    HE3  LYS 100           HE3      LYS 100  -6.183 -20.660  19.897
   11    HZ2  LYS 100           HZ1      LYS 100  -3.503 -20.870  18.636
   12    HZ1  LYS 100           HZ2      LYS 100  -4.092 -21.887  19.850
   13    HZ3  LYS 100           HZ3      LYS 100  -3.831 -20.247  20.173

  No H/Q in entry =          13
  In of MODEL   16
    1    H    LYS 101           H        LYS 101  -8.609 -20.300  14.095
    2    HA   LYS 101           HA       LYS 101  -8.210 -22.906  12.982
    3    HB2  LYS 101           HB2      LYS 101 -10.143 -22.343  14.364
    4    HB3  LYS 101           HB3      LYS 101 -10.670 -21.163  13.169
    5    HG2  LYS 101           HG2      LYS 101 -11.192 -22.795  11.624
    6    HG3  LYS 101           HG3      LYS 101 -10.277 -24.030  12.483
    7    HD2  LYS 101           HD2      LYS 101 -12.396 -24.618  13.130
    8    HD3  LYS 101           HD3      LYS 101 -12.010 -23.459  14.404
    9    HE2  LYS 101           HE2      LYS 101 -13.121 -21.693  13.080
   10    HE3  LYS 101           HE3      LYS 101 -13.571 -22.908  11.885
   11    HZ2  LYS 101           HZ1      LYS 101 -14.427 -22.839  14.727
   12    HZ1  LYS 101           HZ2      LYS 101 -14.811 -24.067  13.632
   13    HZ3  LYS 101           HZ3      LYS 101 -15.391 -22.502  13.380

  No H/Q in entry =          13
  In of MODEL   16
    1    H    PHE 102           H        PHE 102  -9.022 -19.725  11.710
    2    HA   PHE 102           HA       PHE 102  -9.438 -20.642   9.072
    3    HB2  PHE 102           HB2      PHE 102 -10.588 -18.707   9.861
    4    HB3  PHE 102           HB3      PHE 102  -9.096 -17.805  10.009
    5    HD1  PHE 102           HD1      PHE 102  -8.957 -16.238   8.356
    6    HD2  PHE 102           HD2      PHE 102 -10.479 -20.042   7.439
    7    HE1  PHE 102           HE1      PHE 102  -9.079 -15.578   6.009
    8    HE2  PHE 102           HE2      PHE 102 -10.608 -19.430   5.075
    9    HZ   PHE 102           HZ       PHE 102  -9.919 -17.183   4.335

  No H/Q in entry =           9
  In of MODEL   16
    1    H    ARG 103           H        ARG 103  -6.667 -20.473  10.613
    2    HA   ARG 103           HA       ARG 103  -5.138 -19.237   8.496
    3    HB2  ARG 103           HB2      ARG 103  -3.245 -19.065   9.783
    4    HB3  ARG 103           HB3      ARG 103  -4.450 -18.794  11.024
    5    HG2  ARG 103           HG2      ARG 103  -3.940 -20.727  12.104
    6    HG3  ARG 103           HG3      ARG 103  -3.530 -21.583  10.612
    7    HD2  ARG 103           HD2      ARG 103  -1.811 -19.312  11.476
    8    HD3  ARG 103           HD3      ARG 103  -1.663 -20.843  12.337
    9    HE   ARG 103           HE       ARG 103  -1.480 -21.601   9.756
   10   HH11  ARG 103          HH11      ARG 103   0.147 -19.089  11.571
   11   HH12  ARG 103          HH12      ARG 103   1.622 -19.211  10.669
   12   HH21  ARG 103          HH21      ARG 103   0.490 -21.767   8.563
   13   HH22  ARG 103          HH22      ARG 103   1.810 -20.710   8.964

  No H/Q in entry =          13
  In of MODEL   16
    1    H    GLN 104           H        GLN 104  -6.309 -21.993  10.045
    2    HA   GLN 104           HA       GLN 104  -4.449 -23.936   8.861
    3    HB2  GLN 104           HB2      GLN 104  -6.621 -24.203  10.920
    4    HB3  GLN 104           HB3      GLN 104  -5.841 -25.596  10.188
    5    HG2  GLN 104           HG2      GLN 104  -4.439 -23.430  11.728
    6    HG3  GLN 104           HG3      GLN 104  -4.872 -25.023  12.349
    7   HE21  GLN 104          HE21      GLN 104  -2.258 -23.832  12.128
    8   HE22  GLN 104          HE22      GLN 104  -1.319 -24.877  11.122

  No H/Q in entry =           8
  In of MODEL   16
    1    H    LEU 105           H        LEU 105  -7.814 -22.909   8.314
    2    HA   LEU 105           HA       LEU 105  -8.123 -25.106   6.325
    3    HB2  LEU 105           HB2      LEU 105 -10.322 -24.469   6.136
    4    HB3  LEU 105           HB3      LEU 105 -10.036 -23.673   7.664
    5    HG   LEU 105           HG       LEU 105  -9.617 -21.542   6.313
    6   HD12  LEU 105          HD11      LEU 105 -11.345 -22.603   4.181
    7   HD11  LEU 105          HD12      LEU 105  -9.642 -23.083   4.092
    8   HD13  LEU 105          HD13      LEU 105 -10.082 -21.370   4.118
    9   HD22  LEU 105          HD21      LEU 105 -11.593 -21.555   7.469
   10   HD21  LEU 105          HD22      LEU 105 -12.202 -22.968   6.606
   11   HD23  LEU 105          HD23      LEU 105 -12.148 -21.399   5.799

  No H/Q in entry =          11
  In of MODEL   16
    1    H    ILE 106           H        ILE 106  -7.302 -21.410   6.346
    2    HA   ILE 106           HA       ILE 106  -6.794 -21.445   3.668
    3    HB   ILE 106           HB       ILE 106  -5.448 -19.477   3.913
    4   HG12  ILE 106          HG12      ILE 106  -5.385 -18.714   6.516
    5   HG13  ILE 106          HG13      ILE 106  -5.096 -20.444   6.660
    6   HG21  ILE 106          HG21      ILE 106  -8.039 -19.763   4.566
    7   HG23  ILE 106          HG22      ILE 106  -7.220 -18.210   4.377
    8   HG22  ILE 106          HG23      ILE 106  -7.424 -18.913   5.983
    9   HD13  ILE 106          HD11      ILE 106  -3.000 -19.349   6.551
   10   HD12  ILE 106          HD12      ILE 106  -3.478 -18.451   5.107
   11   HD11  ILE 106          HD13      ILE 106  -3.245 -20.196   5.020

  No H/Q in entry =          11
  In of MODEL   16
    1    H    GLN 107           H        GLN 107  -5.354 -23.322   5.782
    2    HA   GLN 107           HA       GLN 107  -2.715 -23.293   4.526
    3    HB2  GLN 107           HB2      GLN 107  -3.576 -24.030   7.244
    4    HB3  GLN 107           HB3      GLN 107  -2.401 -25.110   6.512
    5    HG2  GLN 107           HG2      GLN 107  -1.230 -22.789   5.961
    6    HG3  GLN 107           HG3      GLN 107  -2.119 -22.317   7.408
    7   HE21  GLN 107          HE21      GLN 107  -1.925 -25.115   8.437
    8   HE22  GLN 107          HE22      GLN 107  -0.310 -25.249   9.043

  No H/Q in entry =           8
  In of MODEL   16
    1    H    VAL 108           H        VAL 108  -5.660 -24.852   4.732
    2    HA   VAL 108           HA       VAL 108  -4.727 -27.473   3.929
    3    HB   VAL 108           HB       VAL 108  -6.881 -26.585   5.388
    4   HG11  VAL 108          HG11      VAL 108  -7.928 -27.331   2.667
    5   HG13  VAL 108          HG12      VAL 108  -8.104 -25.778   3.482
    6   HG12  VAL 108          HG13      VAL 108  -8.901 -27.211   4.132
    7   HG23  VAL 108          HG21      VAL 108  -7.695 -28.924   5.205
    8   HG22  VAL 108          HG22      VAL 108  -5.987 -28.751   5.603
    9   HG21  VAL 108          HG23      VAL 108  -6.469 -29.190   3.966

  No H/Q in entry =           9
  In of MODEL   16
    1    H    ASN 109           H        ASN 109  -5.770 -24.515   2.626
    2    HA   ASN 109           HA       ASN 109  -5.902 -25.644  -0.093
    3    HB2  ASN 109           HB2      ASN 109  -7.543 -23.419   1.113
    4    HB3  ASN 109           HB3      ASN 109  -7.485 -23.761  -0.612
    5   HD21  ASN 109          HD21      ASN 109  -9.587 -23.871   1.559
    6   HD22  ASN 109          HD22      ASN 109 -10.322 -25.418   1.341

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   PRO 110           HA       PRO 110  -2.539 -22.668  -0.330
    2    HB2  PRO 110           HB2      PRO 110  -1.611 -23.485  -2.732
    3    HB3  PRO 110           HB3      PRO 110  -1.358 -24.448  -1.274
    4    HG2  PRO 110           HG2      PRO 110  -3.369 -24.806  -3.463
    5    HG3  PRO 110           HG3      PRO 110  -2.412 -26.033  -2.612
    6    HD2  PRO 110           HD2      PRO 110  -5.028 -25.450  -2.040
    7    HD3  PRO 110           HD3      PRO 110  -3.887 -26.143  -0.871

  No H/Q in entry =           7
  In of MODEL   16
    1    H    ASP 111           H        ASP 111  -5.439 -22.746  -2.096
    2    HA   ASP 111           HA       ASP 111  -4.652 -20.408  -3.648
    3    HB2  ASP 111           HB2      ASP 111  -7.134 -20.825  -4.518
    4    HB3  ASP 111           HB3      ASP 111  -5.718 -21.613  -5.212

  No H/Q in entry =           4
  In of MODEL   16
    1    H    ILE 112           H        ILE 112  -6.165 -21.139  -0.681
    2    HA   ILE 112           HA       ILE 112  -8.265 -19.174  -0.836
    3    HB   ILE 112           HB       ILE 112  -7.265 -20.936   1.406
    4   HG12  ILE 112          HG12      ILE 112  -9.186 -21.055  -0.703
    5   HG13  ILE 112          HG13      ILE 112  -8.795 -22.280   0.488
    6   HG22  ILE 112          HG21      ILE 112  -9.430 -18.828   1.600
    7   HG21  ILE 112          HG22      ILE 112  -7.851 -18.781   2.393
    8   HG23  ILE 112          HG23      ILE 112  -9.022 -20.032   2.824
    9   HD12  ILE 112          HD11      ILE 112 -11.161 -21.795   0.439
   10   HD11  ILE 112          HD12      ILE 112 -10.833 -20.104   0.815
   11   HD13  ILE 112          HD13      ILE 112 -10.456 -21.361   1.993

  No H/Q in entry =          11
  In of MODEL   16
    1    H    LEU 113           H        LEU 113  -5.187 -19.400   0.817
    2    HA   LEU 113           HA       LEU 113  -5.488 -16.757   1.868
    3    HB2  LEU 113           HB2      LEU 113  -4.204 -18.398   3.075
    4    HB3  LEU 113           HB3      LEU 113  -3.095 -18.587   1.736
    5    HG   LEU 113           HG       LEU 113  -2.690 -16.028   2.116
    6   HD13  LEU 113          HD11      LEU 113  -3.451 -15.097   4.000
    7   HD12  LEU 113          HD12      LEU 113  -3.010 -16.506   4.966
    8   HD11  LEU 113          HD13      LEU 113  -4.549 -16.471   4.102
    9   HD23  LEU 113          HD21      LEU 113  -1.614 -18.073   4.038
   10   HD22  LEU 113          HD22      LEU 113  -0.816 -16.603   3.480
   11   HD21  LEU 113          HD23      LEU 113  -1.108 -17.930   2.357

  No H/Q in entry =          11
  In of MODEL   16
    1    H    MET 114           H        MET 114  -4.483 -18.176  -1.000
    2    HA   MET 114           HA       MET 114  -2.852 -16.045  -2.038
    3    HB2  MET 114           HB2      MET 114  -3.217 -18.690  -2.728
    4    HB3  MET 114           HB3      MET 114  -4.116 -17.856  -3.991
    5    HG2  MET 114           HG2      MET 114  -1.304 -17.119  -3.258
    6    HG3  MET 114           HG3      MET 114  -1.674 -18.362  -4.451
    7    HE2  MET 114           HE1      MET 114   0.041 -16.579  -5.951
    8    HE1  MET 114           HE2      MET 114  -0.028 -15.412  -4.632
    9    HE3  MET 114           HE3      MET 114  -0.452 -14.917  -6.271

  No H/Q in entry =           9
  In of MODEL   16
    1    H    ARG 115           H        ARG 115  -6.158 -16.920  -1.866
    2    HA   ARG 115           HA       ARG 115  -7.180 -15.180  -3.873
    3    HB2  ARG 115           HB2      ARG 115  -8.220 -16.915  -1.737
    4    HB3  ARG 115           HB3      ARG 115  -9.170 -15.444  -1.960
    5    HG2  ARG 115           HG2      ARG 115  -8.455 -16.991  -4.378
    6    HG3  ARG 115           HG3      ARG 115  -9.650 -17.688  -3.284
    7    HD2  ARG 115           HD2      ARG 115 -10.035 -14.835  -3.919
    8    HD3  ARG 115           HD3      ARG 115 -10.231 -15.937  -5.279
    9    HE   ARG 115           HE       ARG 115 -11.883 -17.137  -3.815
   10   HH11  ARG 115          HH11      ARG 115 -11.246 -13.713  -3.350
   11   HH12  ARG 115          HH12      ARG 115 -12.821 -13.383  -2.712
   12   HH21  ARG 115          HH21      ARG 115 -13.947 -16.706  -3.016
   13   HH22  ARG 115          HH22      ARG 115 -14.374 -15.081  -2.544

  No H/Q in entry =          13
  In of MODEL   16
    1    H    LEU 116           H        LEU 116  -6.838 -15.054  -0.324
    2    HA   LEU 116           HA       LEU 116  -7.659 -12.497   0.145
    3    HB2  LEU 116           HB2      LEU 116  -7.295 -14.105   1.885
    4    HB3  LEU 116           HB3      LEU 116  -5.601 -14.260   1.461
    5    HG   LEU 116           HG       LEU 116  -5.524 -11.712   2.077
    6   HD13  LEU 116          HD11      LEU 116  -7.447 -10.918   2.771
    7   HD12  LEU 116          HD12      LEU 116  -7.234 -11.901   4.223
    8   HD11  LEU 116          HD13      LEU 116  -8.168 -12.525   2.861
    9   HD22  LEU 116          HD21      LEU 116  -4.189 -13.180   3.315
   10   HD21  LEU 116          HD22      LEU 116  -5.587 -14.017   3.991
   11   HD23  LEU 116          HD23      LEU 116  -5.207 -12.370   4.510

  No H/Q in entry =          11
  In of MODEL   16
    1    H    SER 117           H        SER 117  -4.410 -13.642  -0.585
    2    HA   SER 117           HA       SER 117  -2.992 -11.333  -0.079
    3    HB2  SER 117           HB2      SER 117  -1.427 -12.292  -1.937
    4    HB3  SER 117           HB3      SER 117  -1.646 -13.176  -0.428
    5    HG   SER 117           HG       SER 117  -2.364 -13.842  -2.980

  No H/Q in entry =           5
  In of MODEL   16
    1    H    ALA 118           H        ALA 118  -4.628 -12.295  -3.066
    2    HA   ALA 118           HA       ALA 118  -3.674 -10.142  -4.603
    3    HB2  ALA 118           HB1      ALA 118  -4.763 -11.109  -6.274
    4    HB1  ALA 118           HB2      ALA 118  -6.302 -11.090  -5.403
    5    HB3  ALA 118           HB3      ALA 118  -5.143 -12.390  -5.118

  No H/Q in entry =           5
  In of MODEL   16
    1    H    GLN 119           H        GLN 119  -6.183 -10.247  -2.169
    2    HA   GLN 119           HA       GLN 119  -7.527  -7.857  -3.129
    3    HB2  GLN 119           HB2      GLN 119  -7.806  -9.712  -0.803
    4    HB3  GLN 119           HB3      GLN 119  -8.486  -8.095  -0.671
    5    HG2  GLN 119           HG2      GLN 119  -9.777 -10.247  -1.657
    6    HG3  GLN 119           HG3      GLN 119 -10.193  -8.577  -2.014
    7   HE21  GLN 119          HE21      GLN 119  -8.724 -11.494  -3.204
    8   HE22  GLN 119          HE22      GLN 119  -8.679 -11.027  -4.867

  No H/Q in entry =           8
  In of MODEL   16
    1    H    MET 120           H        MET 120  -4.835  -8.599  -1.480
    2    HA   MET 120           HA       MET 120  -4.839  -6.285   0.302
    3    HB2  MET 120           HB2      MET 120  -3.855  -8.796   0.934
    4    HB3  MET 120           HB3      MET 120  -2.417  -7.879   0.517
    5    HG2  MET 120           HG2      MET 120  -2.466  -6.822   2.459
    6    HG3  MET 120           HG3      MET 120  -4.102  -6.252   2.137
    7    HE2  MET 120           HE1      MET 120  -4.371 -10.080   2.077
    8    HE1  MET 120           HE2      MET 120  -5.611  -8.857   1.783
    9    HE3  MET 120           HE3      MET 120  -5.720  -9.906   3.194

  No H/Q in entry =           9
  In of MODEL   16
    1    H    ALA 121           H        ALA 121  -3.322  -7.941  -2.308
    2    HA   ALA 121           HA       ALA 121  -1.201  -6.072  -2.726
    3    HB3  ALA 121           HB1      ALA 121  -0.644  -7.387  -4.642
    4    HB2  ALA 121           HB2      ALA 121  -2.238  -8.142  -4.659
    5    HB1  ALA 121           HB3      ALA 121  -1.108  -8.495  -3.352

  No H/Q in entry =           5
  In of MODEL   16
    1    H    ARG 122           H        ARG 122  -4.485  -6.432  -3.759
    2    HA   ARG 122           HA       ARG 122  -4.307  -4.711  -5.997
    3    HB2  ARG 122           HB2      ARG 122  -6.410  -6.132  -4.595
    4    HB3  ARG 122           HB3      ARG 122  -6.931  -4.517  -5.065
    5    HG2  ARG 122           HG2      ARG 122  -7.368  -6.372  -6.728
    6    HG3  ARG 122           HG3      ARG 122  -6.533  -4.948  -7.356
    7    HD2  ARG 122           HD2      ARG 122  -4.391  -6.308  -6.706
    8    HD3  ARG 122           HD3      ARG 122  -5.482  -7.687  -6.814
    9    HE   ARG 122           HE       ARG 122  -4.844  -5.847  -9.026
   10   HH11  ARG 122          HH11      ARG 122  -5.895  -8.984  -7.875
   11   HH12  ARG 122          HH12      ARG 122  -5.812  -9.726  -9.447
   12   HH21  ARG 122          HH21      ARG 122  -4.746  -6.827 -11.084
   13   HH22  ARG 122          HH22      ARG 122  -5.168  -8.501 -11.253

  No H/Q in entry =          13
  In of MODEL   16
    1    H    ARG 123           H        ARG 123  -4.677  -4.338  -2.666
    2    HA   ARG 123           HA       ARG 123  -5.496  -1.705  -2.409
    3    HB2  ARG 123           HB2      ARG 123  -4.330  -3.842  -0.761
    4    HB3  ARG 123           HB3      ARG 123  -3.838  -2.233  -0.270
    5    HG2  ARG 123           HG2      ARG 123  -5.698  -2.947   1.005
    6    HG3  ARG 123           HG3      ARG 123  -6.199  -1.612  -0.026
    7    HD2  ARG 123           HD2      ARG 123  -7.854  -2.874  -0.806
    8    HD3  ARG 123           HD3      ARG 123  -6.681  -4.060  -1.386
    9    HE   ARG 123           HE       ARG 123  -6.857  -4.647   1.241
   10   HH11  ARG 123          HH11      ARG 123  -9.299  -4.193  -1.208
   11   HH12  ARG 123          HH12      ARG 123 -10.403  -5.329  -0.495
   12   HH21  ARG 123          HH21      ARG 123  -8.305  -6.126   2.214
   13   HH22  ARG 123          HH22      ARG 123  -9.839  -6.422   1.444

  No H/Q in entry =          13
  In of MODEL   16
    1    H    LEU 124           H        LEU 124  -2.376  -3.331  -2.662
    2    HA   LEU 124           HA       LEU 124  -0.725  -1.105  -2.306
    3    HB2  LEU 124           HB2      LEU 124  -0.499  -3.773  -3.499
    4    HB3  LEU 124           HB3      LEU 124   0.587  -2.585  -4.190
    5    HG   LEU 124           HG       LEU 124   0.452  -3.366  -1.283
    6   HD11  LEU 124          HD11      LEU 124   2.366  -3.907  -3.499
    7   HD13  LEU 124          HD12      LEU 124   1.342  -5.081  -2.669
    8   HD12  LEU 124          HD13      LEU 124   2.664  -4.289  -1.804
    9   HD21  LEU 124          HD21      LEU 124   1.789  -1.171  -2.708
   10   HD23  LEU 124          HD22      LEU 124   2.829  -2.138  -1.663
   11   HD22  LEU 124          HD23      LEU 124   1.403  -1.340  -0.995

  No H/Q in entry =          11
  In of MODEL   16
    1    H    GLN 125           H        GLN 125  -2.422  -2.441  -5.023
    2    HA   GLN 125           HA       GLN 125  -1.286  -0.602  -6.924
    3    HB2  GLN 125           HB2      GLN 125  -3.180  -2.856  -7.022
    4    HB3  GLN 125           HB3      GLN 125  -3.460  -1.587  -8.205
    5    HG2  GLN 125           HG2      GLN 125  -1.062  -3.345  -7.870
    6    HG3  GLN 125           HG3      GLN 125  -2.083  -3.123  -9.288
    7   HE21  GLN 125          HE21      GLN 125   0.715  -2.138  -7.654
    8   HE22  GLN 125          HE22      GLN 125   1.174  -0.855  -8.717

  No H/Q in entry =           8
  In of MODEL   16
    1    H    VAL 126           H        VAL 126  -3.652  -0.197  -4.480
    2    HA   VAL 126           HA       VAL 126  -5.049   1.790  -6.098
    3    HB   VAL 126           HB       VAL 126  -6.362  -0.045  -4.812
    4   HG12  VAL 126          HG11      VAL 126  -5.861   1.779  -2.474
    5   HG11  VAL 126          HG12      VAL 126  -5.034   0.238  -2.701
    6   HG13  VAL 126          HG13      VAL 126  -6.787   0.278  -2.501
    7   HG22  VAL 126          HG21      VAL 126  -7.494   1.829  -5.752
    8   HG21  VAL 126          HG22      VAL 126  -6.936   2.879  -4.448
    9   HG23  VAL 126          HG23      VAL 126  -8.094   1.593  -4.109

  No H/Q in entry =           9
  In of MODEL   16
    1    H    THR 127           H        THR 127  -3.002   1.179  -3.305
    2    HA   THR 127           HA       THR 127  -3.168   3.929  -2.327
    3    HB   THR 127           HB       THR 127  -1.208   1.828  -1.415
    4    HG1  THR 127           HG1      THR 127  -3.963   1.831  -1.139
    5   HG23  THR 127          HG21      THR 127  -0.924   4.080  -0.526
    6   HG22  THR 127          HG22      THR 127  -1.450   2.977   0.745
    7   HG21  THR 127          HG23      THR 127  -2.603   4.095   0.014

  No H/Q in entry =           7
  In of MODEL   16
    1    H    SER 128           H        SER 128  -1.404   2.518  -5.082
    2    HA   SER 128           HA       SER 128   0.924   3.924  -4.109
    3    HB2  SER 128           HB2      SER 128   0.517   1.797  -6.222
    4    HB3  SER 128           HB3      SER 128   1.990   2.771  -6.120
    5    HG   SER 128           HG       SER 128   0.974   0.859  -4.318

  No H/Q in entry =           5
  In of MODEL   16
    1    H    GLU 129           H        GLU 129  -1.806   3.863  -6.053
    2    HA   GLU 129           HA       GLU 129  -0.745   5.813  -7.988
    3    HB2  GLU 129           HB2      GLU 129  -1.767   3.564  -8.693
    4    HB3  GLU 129           HB3      GLU 129  -3.313   4.259  -8.236
    5    HG2  GLU 129           HG2      GLU 129  -2.561   6.185  -9.855
    6    HG3  GLU 129           HG3      GLU 129  -1.539   4.914 -10.529

  No H/Q in entry =           6
  In of MODEL   16
    1    H    LYS 130           H        LYS 130  -2.141   6.215  -5.096
    2    HA   LYS 130           HA       LYS 130  -3.429   8.633  -5.853
    3    HB2  LYS 130           HB2      LYS 130  -5.003   6.204  -5.472
    4    HB3  LYS 130           HB3      LYS 130  -5.428   7.438  -4.298
    5    HG2  LYS 130           HG2      LYS 130  -6.226   8.884  -5.903
    6    HG3  LYS 130           HG3      LYS 130  -5.268   8.150  -7.191
    7    HD2  LYS 130           HD2      LYS 130  -7.543   6.742  -5.801
    8    HD3  LYS 130           HD3      LYS 130  -7.741   7.678  -7.285
    9    HE2  LYS 130           HE2      LYS 130  -6.053   5.209  -6.887
   10    HE3  LYS 130           HE3      LYS 130  -7.507   5.364  -7.871
   11    HZ3  LYS 130           HZ1      LYS 130  -5.563   5.419  -9.268
   12    HZ2  LYS 130           HZ2      LYS 130  -4.898   6.694  -8.367
   13    HZ1  LYS 130           HZ3      LYS 130  -6.301   6.949  -9.279

  No H/Q in entry =          13
  In of MODEL   16
    1    H    VAL 131           H        VAL 131  -1.205   8.059  -4.381
    2    HA   VAL 131           HA       VAL 131  -1.744   7.644  -1.620
    3    HB   VAL 131           HB       VAL 131   0.747   9.046  -2.049
    4   HG11  VAL 131          HG11      VAL 131   0.229   7.552  -0.177
    5   HG13  VAL 131          HG12      VAL 131   1.708   7.094  -1.021
    6   HG12  VAL 131          HG13      VAL 131   0.220   6.184  -1.290
    7   HG21  VAL 131          HG21      VAL 131   0.268   6.673  -3.843
    8   HG23  VAL 131          HG22      VAL 131   1.859   7.325  -3.448
    9   HG22  VAL 131          HG23      VAL 131   0.696   8.314  -4.329

  No H/Q in entry =           9
  In of MODEL   16
    1    H    GLY 132           H        GLY 132   0.014  10.312  -2.938
    2    HA3  GLY 132           HA2      GLY 132  -1.090  12.133  -0.964
    3    HA2  GLY 132           HA3      GLY 132   0.272  12.451  -2.021

  No H/Q in entry =           3
  In of MODEL   16
    1    H    ASN 133           H        ASN 133  -2.948  11.403  -2.965
    2    HA   ASN 133           HA       ASN 133  -3.096  13.627  -4.792
    3    HB2  ASN 133           HB2      ASN 133  -5.029  11.361  -4.225
    4    HB3  ASN 133           HB3      ASN 133  -5.301  12.597  -5.449
    5   HD21  ASN 133          HD21      ASN 133  -5.124  11.435  -7.312
    6   HD22  ASN 133          HD22      ASN 133  -3.719  10.537  -7.766

  No H/Q in entry =           6
  In of MODEL   16
    1    H    LEU 134           H        LEU 134  -4.746  12.540  -1.832
    2    HA   LEU 134           HA       LEU 134  -6.432  14.879  -1.748
    3    HB2  LEU 134           HB2      LEU 134  -7.146  14.011   0.444
    4    HB3  LEU 134           HB3      LEU 134  -7.326  12.879  -0.878
    5    HG   LEU 134           HG       LEU 134  -4.892  12.153   0.104
    6   HD13  LEU 134          HD11      LEU 134  -5.068  13.704   1.979
    7   HD12  LEU 134          HD12      LEU 134  -5.147  12.035   2.545
    8   HD11  LEU 134          HD13      LEU 134  -6.620  12.999   2.429
    9   HD22  LEU 134          HD21      LEU 134  -6.663  10.659  -0.505
   10   HD21  LEU 134          HD22      LEU 134  -7.663  11.239   0.828
   11   HD23  LEU 134          HD23      LEU 134  -6.199  10.312   1.162

  No H/Q in entry =          11
  In of MODEL   16
    1    H    ALA 135           H        ALA 135  -3.261  14.220  -0.724
    2    HA   ALA 135           HA       ALA 135  -3.211  15.973   1.582
    3    HB2  ALA 135           HB1      ALA 135  -0.936  14.603   0.126
    4    HB1  ALA 135           HB2      ALA 135  -1.724  14.052   1.603
    5    HB3  ALA 135           HB3      ALA 135  -0.773  15.536   1.615

  No H/Q in entry =           5
  In of MODEL   16
    1    H    PHE 136           H        PHE 136  -3.035  16.194  -1.749
    2    HA   PHE 136           HA       PHE 136  -1.413  18.492  -2.085
    3    HB2  PHE 136           HB2      PHE 136  -2.522  16.560  -3.703
    4    HB3  PHE 136           HB3      PHE 136  -3.439  17.999  -4.137
    5    HD1  PHE 136           HD1      PHE 136  -2.672  18.773  -6.147
    6    HD2  PHE 136           HD2      PHE 136   0.146  17.505  -3.221
    7    HE1  PHE 136           HE1      PHE 136  -0.834  19.505  -7.607
    8    HE2  PHE 136           HE2      PHE 136   1.991  18.237  -4.674
    9    HZ   PHE 136           HZ       PHE 136   1.502  19.239  -6.871

  No H/Q in entry =           9
  In of MODEL   16
    1    H    LEU 137           H        LEU 137  -4.393  18.344  -0.574
    2    HA   LEU 137           HA       LEU 137  -6.065  19.796  -0.066
    3    HB2  LEU 137           HB2      LEU 137  -3.814  21.702  -0.677
    4    HB3  LEU 137           HB3      LEU 137  -5.359  22.254  -0.053
    5    HG   LEU 137           HG       LEU 137  -3.719  20.170   1.387
    6   HD11  LEU 137          HD11      LEU 137  -2.341  22.156   1.067
    7   HD13  LEU 137          HD12      LEU 137  -2.817  21.975   2.756
    8   HD12  LEU 137          HD13      LEU 137  -3.627  23.160   1.730
    9   HD23  LEU 137          HD21      LEU 137  -5.000  20.948   3.327
   10   HD22  LEU 137          HD22      LEU 137  -6.069  20.372   2.048
   11   HD21  LEU 137          HD23      LEU 137  -5.852  22.103   2.304

  No H/Q in entry =          11
  In of MODEL   16
    1    H    ASP 138           H        ASP 138  -6.234  18.714  -2.417
    2    HA   ASP 138           HA       ASP 138  -6.739  20.459  -4.532
    3    HB2  ASP 138           HB2      ASP 138  -5.770  18.221  -4.896
    4    HB3  ASP 138           HB3      ASP 138  -7.419  17.563  -4.812

  No H/Q in entry =           4
  In of MODEL   16
    1    H    VAL 139           H        VAL 139  -8.787  20.587  -2.282
    2    HA   VAL 139           HA       VAL 139 -11.251  19.791  -2.847
    3    HB   VAL 139           HB       VAL 139 -10.252  22.056  -1.322
    4   HG12  VAL 139          HG11      VAL 139 -13.147  22.154  -2.185
    5   HG11  VAL 139          HG12      VAL 139 -11.908  23.218  -2.856
    6   HG13  VAL 139          HG13      VAL 139 -12.293  23.288  -1.137
    7   HG23  VAL 139          HG21      VAL 139 -12.534  20.121  -1.064
    8   HG22  VAL 139          HG22      VAL 139 -11.887  21.131   0.232
    9   HG21  VAL 139          HG23      VAL 139 -10.890  19.862  -0.483

  No H/Q in entry =           9
  In of MODEL   16
    1    H    THR 140           H        THR 140  -9.784  22.496  -4.726
    2    HA   THR 140           HA       THR 140 -12.027  23.681  -5.801
    3    HB   THR 140           HB       THR 140  -9.704  23.102  -7.588
    4    HG1  THR 140           HG1      THR 140  -8.369  23.998  -6.217
    5   HG23  THR 140          HG21      THR 140  -9.989  25.419  -8.235
    6   HG22  THR 140          HG22      THR 140 -11.206  25.658  -6.981
    7   HG21  THR 140          HG23      THR 140 -11.545  24.598  -8.350

  No H/Q in entry =           7
  In of MODEL   16
    1    H    GLY 141           H        GLY 141 -13.789  22.625  -6.528
    2    HA3  GLY 141           HA2      GLY 141 -15.194  21.351  -7.768
    3    HA2  GLY 141           HA3      GLY 141 -13.958  21.437  -9.001

  No H/Q in entry =           3
  In of MODEL   16
    1    H    ARG 142           H        ARG 142 -12.546  20.066  -6.421
    2    HA   ARG 142           HA       ARG 142 -12.337  17.599  -7.680
    3    HB2  ARG 142           HB2      ARG 142 -10.834  18.790  -5.890
    4    HB3  ARG 142           HB3      ARG 142 -11.795  17.846  -4.765
    5    HG2  ARG 142           HG2      ARG 142  -9.626  16.814  -5.422
    6    HG3  ARG 142           HG3      ARG 142 -11.033  15.790  -5.719
    7    HD2  ARG 142           HD2      ARG 142 -10.724  15.829  -7.941
    8    HD3  ARG 142           HD3      ARG 142 -10.344  17.550  -7.934
    9    HE   ARG 142           HE       ARG 142  -8.066  16.904  -7.227
   10   HH11  ARG 142          HH11      ARG 142 -10.053  14.572  -8.957
   11   HH12  ARG 142          HH12      ARG 142  -8.687  13.720  -9.607
   12   HH21  ARG 142          HH21      ARG 142  -6.292  15.793  -8.112
   13   HH22  ARG 142          HH22      ARG 142  -6.556  14.421  -9.143

  No H/Q in entry =          13
  In of MODEL   16
    1    H    ILE 143           H        ILE 143 -13.820  18.151  -4.416
    2    HA   ILE 143           HA       ILE 143 -14.893  16.159  -3.665
    3    HB   ILE 143           HB       ILE 143 -16.685  18.506  -4.111
    4   HG12  ILE 143          HG12      ILE 143 -14.415  18.331  -2.115
    5   HG13  ILE 143          HG13      ILE 143 -14.440  19.343  -3.556
    6   HG21  ILE 143          HG21      ILE 143 -16.454  16.436  -1.970
    7   HG23  ILE 143          HG22      ILE 143 -17.862  16.925  -2.912
    8   HG22  ILE 143          HG23      ILE 143 -17.221  17.995  -1.667
    9   HD13  ILE 143          HD11      ILE 143 -16.250  20.618  -2.715
   10   HD12  ILE 143          HD12      ILE 143 -14.956  20.572  -1.520
   11   HD11  ILE 143          HD13      ILE 143 -16.393  19.569  -1.307

  No H/Q in entry =          11
  In of MODEL   16
    1    H    ALA 144           H        ALA 144 -16.850  17.927  -6.021
    2    HA   ALA 144           HA       ALA 144 -18.906  16.020  -6.108
    3    HB2  ALA 144           HB1      ALA 144 -18.786  18.510  -6.908
    4    HB1  ALA 144           HB2      ALA 144 -19.892  17.369  -7.667
    5    HB3  ALA 144           HB3      ALA 144 -18.363  17.769  -8.449

  No H/Q in entry =           5
  In of MODEL   16
    1    H    GLN 145           H        GLN 145 -15.859  16.280  -7.711
    2    HA   GLN 145           HA       GLN 145 -16.471  14.648  -9.944
    3    HB2  GLN 145           HB2      GLN 145 -14.546  16.242  -9.836
    4    HB3  GLN 145           HB3      GLN 145 -13.766  15.159  -8.694
    5    HG2  GLN 145           HG2      GLN 145 -14.452  13.569 -10.891
    6    HG3  GLN 145           HG3      GLN 145 -13.808  15.066 -11.561
    7   HE21  GLN 145          HE21      GLN 145 -12.623  12.459 -11.672
    8   HE22  GLN 145          HE22      GLN 145 -11.101  12.559 -10.863

  No H/Q in entry =           8
  In of MODEL   16
    1    H    THR 146           H        THR 146 -15.551  13.950  -6.513
    2    HA   THR 146           HA       THR 146 -14.722  11.326  -7.158
    3    HB   THR 146           HB       THR 146 -15.636  12.369  -4.492
    4    HG1  THR 146           HG1      THR 146 -12.946  12.649  -5.231
    5   HG21  THR 146          HG21      THR 146 -14.038  10.104  -5.494
    6   HG23  THR 146          HG22      THR 146 -15.011  10.246  -4.031
    7   HG22  THR 146          HG23      THR 146 -13.384  10.919  -4.076

  No H/Q in entry =           7
  In of MODEL   16
    1    H    LEU 147           H        LEU 147 -17.586  12.714  -5.430
    2    HA   LEU 147           HA       LEU 147 -19.222  10.768  -5.273
    3    HB2  LEU 147           HB2      LEU 147 -20.344  13.200  -6.578
    4    HB3  LEU 147           HB3      LEU 147 -20.989  12.255  -5.246
    5    HG   LEU 147           HG       LEU 147 -18.648  14.158  -5.130
    6   HD12  LEU 147          HD11      LEU 147 -21.297  14.286  -3.720
    7   HD11  LEU 147          HD12      LEU 147 -20.912  15.172  -5.194
    8   HD13  LEU 147          HD13      LEU 147 -20.018  15.498  -3.709
    9   HD23  LEU 147          HD21      LEU 147 -18.770  13.685  -2.653
   10   HD22  LEU 147          HD22      LEU 147 -18.093  12.402  -3.654
   11   HD21  LEU 147          HD23      LEU 147 -19.747  12.275  -3.062

  No H/Q in entry =          11
  In of MODEL   16
    1    H    LEU 148           H        LEU 148 -18.347  12.086  -8.390
    2    HA   LEU 148           HA       LEU 148 -20.359  10.659  -9.839
    3    HB2  LEU 148           HB2      LEU 148 -17.738  11.510 -11.012
    4    HB3  LEU 148           HB3      LEU 148 -19.306  11.396 -11.794
    5    HG   LEU 148           HG       LEU 148 -18.395  13.469  -9.825
    6   HD12  LEU 148          HD11      LEU 148 -18.807  14.994 -11.697
    7   HD11  LEU 148          HD12      LEU 148 -19.235  13.612 -12.707
    8   HD13  LEU 148          HD13      LEU 148 -17.594  13.772 -12.082
    9   HD21  LEU 148          HD21      LEU 148 -21.148  12.873 -10.859
   10   HD23  LEU 148          HD22      LEU 148 -20.681  14.503 -10.374
   11   HD22  LEU 148          HD23      LEU 148 -20.622  13.187  -9.202

  No H/Q in entry =          11
  In of MODEL   16
    1    H    ASN 149           H        ASN 149 -17.158  10.013  -8.642
    2    HA   ASN 149           HA       ASN 149 -16.706   7.583 -10.038
    3    HB2  ASN 149           HB2      ASN 149 -15.489   8.988  -7.779
    4    HB3  ASN 149           HB3      ASN 149 -15.497   7.243  -7.550
    5   HD21  ASN 149          HD21      ASN 149 -13.175   7.489  -7.649
    6   HD22  ASN 149          HD22      ASN 149 -12.393   7.528  -9.190

  No H/Q in entry =           6
  In of MODEL   16
    1    H    LEU 150           H        LEU 150 -18.588   8.497  -7.230
    2    HA   LEU 150           HA       LEU 150 -19.132   5.828  -6.315
    3    HB2  LEU 150           HB2      LEU 150 -20.504   8.484  -5.852
    4    HB3  LEU 150           HB3      LEU 150 -21.179   6.989  -5.218
    5    HG   LEU 150           HG       LEU 150 -18.350   7.285  -4.568
    6   HD13  LEU 150          HD11      LEU 150 -18.382   9.491  -4.150
    7   HD12  LEU 150          HD12      LEU 150 -19.168   8.972  -2.660
    8   HD11  LEU 150          HD13      LEU 150 -20.139   9.556  -4.011
    9   HD21  LEU 150          HD21      LEU 150 -20.158   5.720  -3.617
   10   HD23  LEU 150          HD22      LEU 150 -20.637   7.115  -2.643
   11   HD22  LEU 150          HD23      LEU 150 -19.007   6.456  -2.500

  No H/Q in entry =          11
  In of MODEL   16
    1    H    ALA 151           H        ALA 151 -20.991   8.116  -8.130
    2    HA   ALA 151           HA       ALA 151 -22.936   6.783  -9.265
    3    HB2  ALA 151           HB1      ALA 151 -22.933   8.112 -11.256
    4    HB3  ALA 151           HB2      ALA 151 -21.208   8.448 -11.097
    5    HB1  ALA 151           HB3      ALA 151 -22.352   9.128  -9.937

  No H/Q in entry =           5
  In of MODEL   16
    1    H    LYS 152           H        LYS 152 -19.609   6.115  -9.798
    2    HA   LYS 152           HA       LYS 152 -20.284   4.252 -11.875
    3    HB2  LYS 152           HB2      LYS 152 -17.549   4.859 -10.769
    4    HB3  LYS 152           HB3      LYS 152 -17.885   3.909 -12.206
    5    HG2  LYS 152           HG2      LYS 152 -18.681   5.854 -13.369
    6    HG3  LYS 152           HG3      LYS 152 -18.540   6.827 -11.900
    7    HD2  LYS 152           HD2      LYS 152 -16.114   6.384 -11.871
    8    HD3  LYS 152           HD3      LYS 152 -16.277   5.489 -13.380
    9    HE2  LYS 152           HE2      LYS 152 -17.052   8.379 -13.047
   10    HE3  LYS 152           HE3      LYS 152 -15.477   7.843 -13.629
   11    HZ3  LYS 152           HZ1      LYS 152 -16.792   8.309 -15.511
   12    HZ2  LYS 152           HZ2      LYS 152 -18.111   7.437 -14.924
   13    HZ1  LYS 152           HZ3      LYS 152 -16.713   6.625 -15.413

  No H/Q in entry =          13
  In of MODEL   16
    1    H    GLN 153           H        GLN 153 -20.334   3.985  -8.528
    2    HA   GLN 153           HA       GLN 153 -19.309   1.234  -8.671
    3    HB2  GLN 153           HB2      GLN 153 -19.923   2.577  -6.071
    4    HB3  GLN 153           HB3      GLN 153 -18.707   1.366  -6.436
    5    HG2  GLN 153           HG2      GLN 153 -17.599   3.198  -7.818
    6    HG3  GLN 153           HG3      GLN 153 -18.643   4.276  -6.904
    7   HE21  GLN 153          HE21      GLN 153 -18.107   4.798  -4.852
    8   HE22  GLN 153          HE22      GLN 153 -16.719   4.192  -4.026

  No H/Q in entry =           8
  In of MODEL   16
    1    HA   PRO 154           HA       PRO 154 -23.238  -0.660  -7.849
    2    HB2  PRO 154           HB2      PRO 154 -22.966  -1.829  -5.336
    3    HB3  PRO 154           HB3      PRO 154 -22.492  -2.564  -6.871
    4    HG2  PRO 154           HG2      PRO 154 -20.826  -1.113  -4.865
    5    HG3  PRO 154           HG3      PRO 154 -20.432  -2.555  -5.820
    6    HD2  PRO 154           HD2      PRO 154 -19.458  -0.173  -6.476
    7    HD3  PRO 154           HD3      PRO 154 -19.972  -1.309  -7.732

  No H/Q in entry =           7
  In of MODEL   16
    1    H    ASP 155           H        ASP 155 -22.075   1.721  -5.690
    2    HA   ASP 155           HA       ASP 155 -24.467   1.757  -4.026
    3    HB2  ASP 155           HB2      ASP 155 -22.036   3.657  -4.232
    4    HB3  ASP 155           HB3      ASP 155 -23.414   4.004  -3.195

  No H/Q in entry =           4
  In of MODEL   16
    1    H    ALA 156           H        ALA 156 -23.894   3.264  -7.373
    2    HA   ALA 156           HA       ALA 156 -25.315   5.540  -6.716
    3    HB2  ALA 156           HB1      ALA 156 -23.924   5.110  -8.785
    4    HB3  ALA 156           HB2      ALA 156 -25.510   5.830  -9.059
    5    HB1  ALA 156           HB3      ALA 156 -25.258   4.111  -9.365

  No H/Q in entry =           5
  In of MODEL   16
    1    H    MET 157           H        MET 157 -27.295   5.580  -5.993
    2    HA   MET 157           HA       MET 157 -28.964   3.254  -6.483
    3    HB2  MET 157           HB2      MET 157 -28.327   4.479  -4.241
    4    HB3  MET 157           HB3      MET 157 -29.739   5.461  -4.650
    5    HG2  MET 157           HG2      MET 157 -30.985   3.274  -4.921
    6    HG3  MET 157           HG3      MET 157 -29.590   2.513  -4.156
    7    HE2  MET 157           HE1      MET 157 -32.799   5.115  -2.192
    8    HE1  MET 157           HE2      MET 157 -32.824   4.387  -3.798
    9    HE3  MET 157           HE3      MET 157 -31.828   5.808  -3.490

  No H/Q in entry =           9
  In of MODEL   16
    1    H    THR 158           H        THR 158 -31.320   3.700  -6.925
    2    HA   THR 158           HA       THR 158 -31.515   6.019  -8.729
    3    HB   THR 158           HB       THR 158 -33.471   4.702  -9.752
    4    HG1  THR 158           HG1      THR 158 -33.655   2.601  -9.252
    5   HG21  THR 158          HG21      THR 158 -30.628   3.726 -10.037
    6   HG23  THR 158          HG22      THR 158 -31.417   5.001 -10.966
    7   HG22  THR 158          HG23      THR 158 -31.934   3.327 -11.153

  No H/Q in entry =           7
  In of MODEL   16
    1    H    HIS 159           H        HIS 159 -33.271   7.279  -8.649
    2    HA   HIS 159           HA       HIS 159 -35.491   6.787  -6.889
    3    HB2  HIS 159           HB2      HIS 159 -34.879   8.198  -5.225
    4    HB3  HIS 159           HB3      HIS 159 -33.302   8.344  -5.972
    5    HD1  HIS 159           HD1      HIS 159 -36.582  10.139  -5.631
    6    HD2  HIS 159           HD2      HIS 159 -32.779  10.788  -7.170
    7    HE1  HIS 159           HE1      HIS 159 -36.457  12.600  -6.102
    8    HE2  HIS 159           HE2      HIS 159 -34.227  12.938  -7.230

  No H/Q in entry =           8
  In of MODEL   16
    1    HA   PRO 160           HA       PRO 160 -37.325   8.367 -10.550
    2    HB2  PRO 160           HB2      PRO 160 -39.492   9.748  -9.582
    3    HB3  PRO 160           HB3      PRO 160 -39.402   7.993  -9.755
    4    HG2  PRO 160           HG2      PRO 160 -38.947   9.679  -7.320
    5    HG3  PRO 160           HG3      PRO 160 -39.845   8.157  -7.476
    6    HD2  PRO 160           HD2      PRO 160 -37.365   8.208  -6.475
    7    HD3  PRO 160           HD3      PRO 160 -37.910   6.876  -7.516

  No H/Q in entry =           7
  In of MODEL   16
    1    H    ASP 161           H        ASP 161 -35.151  10.010 -10.068
    2    HA   ASP 161           HA       ASP 161 -35.743  12.335 -11.500
    3    HB2  ASP 161           HB2      ASP 161 -36.946  13.419  -9.870
    4    HB3  ASP 161           HB3      ASP 161 -36.143  12.576  -8.558

  No H/Q in entry =           4
  In of MODEL   16
    1    H    GLY 162           H        GLY 162 -33.624  10.526  -9.465
    2    HA3  GLY 162           HA2      GLY 162 -31.381  11.177 -10.963
    3    HA2  GLY 162           HA3      GLY 162 -31.354  12.073  -9.448

  No H/Q in entry =           3
  In of MODEL   16
    1    H    MET 163           H        MET 163 -29.362  10.492  -9.643
    2    HA   MET 163           HA       MET 163 -29.995   8.062  -8.096
    3    HB2  MET 163           HB2      MET 163 -27.911   8.204 -10.306
    4    HB3  MET 163           HB3      MET 163 -28.368   6.788  -9.373
    5    HG2  MET 163           HG2      MET 163 -30.493   6.672 -10.459
    6    HG3  MET 163           HG3      MET 163 -30.222   8.215 -11.264
    7    HE3  MET 163           HE1      MET 163 -27.306   5.601 -10.862
    8    HE2  MET 163           HE2      MET 163 -27.651   4.494 -12.190
    9    HE1  MET 163           HE3      MET 163 -28.758   4.603 -10.822

  No H/Q in entry =           9
  In of MODEL   16
    1    H    GLN 164           H        GLN 164 -29.073   8.195  -6.371
    2    HA   GLN 164           HA       GLN 164 -26.920  10.053  -5.867
    3    HB2  GLN 164           HB2      GLN 164 -27.896  10.172  -3.643
    4    HB3  GLN 164           HB3      GLN 164 -29.097  10.566  -4.861
    5    HG2  GLN 164           HG2      GLN 164 -29.664   8.001  -4.652
    6    HG3  GLN 164           HG3      GLN 164 -28.911   8.204  -3.073
    7   HE21  GLN 164          HE21      GLN 164 -31.673   7.610  -3.774
    8   HE22  GLN 164          HE22      GLN 164 -32.625   8.848  -3.039

  No H/Q in entry =           8
  In of MODEL   16
    1    H    ILE 165           H        ILE 165 -26.234   9.451  -3.546
    2    HA   ILE 165           HA       ILE 165 -25.558   6.864  -2.808
    3    HB   ILE 165           HB       ILE 165 -22.960   7.772  -3.168
    4   HG12  ILE 165          HG12      ILE 165 -23.058   7.996  -5.837
    5   HG13  ILE 165          HG13      ILE 165 -24.620   8.708  -5.454
    6   HG21  ILE 165          HG21      ILE 165 -24.340   5.540  -3.727
    7   HG23  ILE 165          HG22      ILE 165 -22.639   5.799  -4.126
    8   HG22  ILE 165          HG23      ILE 165 -23.885   6.068  -5.345
    9   HD13  ILE 165          HD11      ILE 165 -23.550  10.364  -4.056
   10   HD12  ILE 165          HD12      ILE 165 -22.868  10.384  -5.681
   11   HD11  ILE 165          HD13      ILE 165 -21.981   9.628  -4.362

  No H/Q in entry =          11
  In of MODEL   16
    1    H    LYS 166           H        LYS 166 -25.459   7.604  -0.225
    2    HA   LYS 166           HA       LYS 166 -25.115  10.343  -0.046
    3    HB2  LYS 166           HB2      LYS 166 -25.901  10.002   2.151
    4    HB3  LYS 166           HB3      LYS 166 -26.774   8.778   1.242
    5    HG2  LYS 166           HG2      LYS 166 -24.986   7.146   1.922
    6    HG3  LYS 166           HG3      LYS 166 -24.368   8.392   3.003
    7    HD2  LYS 166           HD2      LYS 166 -26.653   8.464   4.050
    8    HD3  LYS 166           HD3      LYS 166 -27.056   7.036   3.092
    9    HE2  LYS 166           HE2      LYS 166 -24.830   6.107   4.148
   10    HE3  LYS 166           HE3      LYS 166 -25.160   7.324   5.379
   11    HZ2  LYS 166           HZ1      LYS 166 -26.879   5.044   4.589
   12    HZ1  LYS 166           HZ2      LYS 166 -27.417   6.303   5.581
   13    HZ3  LYS 166           HZ3      LYS 166 -26.149   5.314   6.090

  No H/Q in entry =          13
  In of MODEL   16
    1    H    ILE 167           H        ILE 167 -23.273  11.165   0.272
    2    HA   ILE 167           HA       ILE 167 -21.366   9.606   1.861
    3    HB   ILE 167           HB       ILE 167 -19.967  11.548   0.363
    4   HG12  ILE 167          HG12      ILE 167 -20.307  10.297  -1.915
    5   HG13  ILE 167          HG13      ILE 167 -21.852   9.815  -1.232
    6   HG23  ILE 167          HG21      ILE 167 -18.641   9.624  -0.312
    7   HG22  ILE 167          HG22      ILE 167 -19.945   8.540   0.171
    8   HG21  ILE 167          HG23      ILE 167 -19.095   9.489   1.388
    9   HD13  ILE 167          HD11      ILE 167 -22.560  12.081  -1.077
   10   HD12  ILE 167          HD12      ILE 167 -21.957  11.792  -2.707
   11   HD11  ILE 167          HD13      ILE 167 -20.964  12.663  -1.539

  No H/Q in entry =          11
  In of MODEL   16
    1    H    THR 168           H        THR 168 -21.346  10.542   3.812
    2    HA   THR 168           HA       THR 168 -22.017  13.227   4.272
    3    HB   THR 168           HB       THR 168 -20.579  12.855   6.407
    4    HG1  THR 168           HG1      THR 168 -19.642  10.898   5.086
    5   HG22  THR 168          HG21      THR 168 -22.298  11.387   7.413
    6   HG21  THR 168          HG22      THR 168 -22.904  11.018   5.799
    7   HG23  THR 168          HG23      THR 168 -23.012  12.663   6.427

  No H/Q in entry =           7
  In of MODEL   16
    1    H    ARG 169           H        ARG 169 -20.455  14.909   4.775
    2    HA   ARG 169           HA       ARG 169 -18.417  15.017   2.746
    3    HB2  ARG 169           HB2      ARG 169 -17.925  17.169   4.430
    4    HB3  ARG 169           HB3      ARG 169 -18.828  17.233   2.945
    5    HG2  ARG 169           HG2      ARG 169 -20.903  16.887   4.213
    6    HG3  ARG 169           HG3      ARG 169 -19.972  16.920   5.705
    7    HD2  ARG 169           HD2      ARG 169 -19.379  19.190   5.376
    8    HD3  ARG 169           HD3      ARG 169 -19.976  19.170   3.719
    9    HE   ARG 169           HE       ARG 169 -22.241  18.828   4.755
   10   HH11  ARG 169          HH11      ARG 169 -19.681  20.491   6.493
   11   HH12  ARG 169          HH12      ARG 169 -20.777  21.385   7.494
   12   HH21  ARG 169          HH21      ARG 169 -23.677  20.014   6.067
   13   HH22  ARG 169          HH22      ARG 169 -23.049  21.113   7.252

  No H/Q in entry =          13
  In of MODEL   16
    1    H    GLN 170           H        GLN 170 -18.611  13.978   6.207
    2    HA   GLN 170           HA       GLN 170 -16.065  14.073   6.779
    3    HB2  GLN 170           HB2      GLN 170 -18.055  11.866   7.331
    4    HB3  GLN 170           HB3      GLN 170 -16.487  11.998   8.118
    5    HG2  GLN 170           HG2      GLN 170 -17.854  12.988   9.670
    6    HG3  GLN 170           HG3      GLN 170 -17.307  14.385   8.746
    7   HE21  GLN 170          HE21      GLN 170 -19.980  12.458   9.670
    8   HE22  GLN 170          HE22      GLN 170 -21.209  13.385   8.881

  No H/Q in entry =           8
  In of MODEL   16
    1    H    GLU 171           H        GLU 171 -17.262  12.149   3.889
    2    HA   GLU 171           HA       GLU 171 -15.247  10.269   4.464
    3    HB2  GLU 171           HB2      GLU 171 -17.304  10.584   2.273
    4    HB3  GLU 171           HB3      GLU 171 -15.920   9.513   2.071
    5    HG2  GLU 171           HG2      GLU 171 -16.858   8.645   4.440
    6    HG3  GLU 171           HG3      GLU 171 -18.355   9.188   3.687

  No H/Q in entry =           6
  In of MODEL   16
    1    H    ILE 172           H        ILE 172 -16.352  13.057   2.949
    2    HA   ILE 172           HA       ILE 172 -14.454  13.387   0.890
    3    HB   ILE 172           HB       ILE 172 -16.111  15.575   2.132
    4   HG12  ILE 172          HG12      ILE 172 -17.644  13.744   1.779
    5   HG13  ILE 172          HG13      ILE 172 -17.859  14.869   0.439
    6   HG21  ILE 172          HG21      ILE 172 -14.386  16.052   0.369
    7   HG23  ILE 172          HG22      ILE 172 -16.032  16.521  -0.051
    8   HG22  ILE 172          HG23      ILE 172 -15.334  15.048  -0.725
    9   HD13  ILE 172          HD11      ILE 172 -16.550  13.440  -0.998
   10   HD12  ILE 172          HD12      ILE 172 -17.851  12.508  -0.254
   11   HD11  ILE 172          HD13      ILE 172 -16.197  12.365   0.358

  No H/Q in entry =          11
  In of MODEL   16
    1    H    GLY 173           H        GLY 173 -14.426  14.272   4.515
    2    HA3  GLY 173           HA2      GLY 173 -12.408  16.079   4.348
    3    HA2  GLY 173           HA3      GLY 173 -12.592  14.876   5.621

  No H/Q in entry =           3
  In of MODEL   16
    1    H    GLN 174           H        GLN 174 -12.334  12.686   4.471
    2    HA   GLN 174           HA       GLN 174  -9.535  12.354   4.307
    3    HB2  GLN 174           HB2      GLN 174 -10.016  10.380   5.206
    4    HB3  GLN 174           HB3      GLN 174 -11.658  10.986   5.317
    5    HG2  GLN 174           HG2      GLN 174 -11.477   9.911   2.766
    6    HG3  GLN 174           HG3      GLN 174 -10.614   8.776   3.810
    7   HE21  GLN 174          HE21      GLN 174 -13.122   8.347   2.487
    8   HE22  GLN 174          HE22      GLN 174 -14.296   8.065   3.723

  No H/Q in entry =           8
  In of MODEL   16
    1    H    ILE 175           H        ILE 175 -12.058  12.186   1.891
    2    HA   ILE 175           HA       ILE 175 -10.366  10.729   0.047
    3    HB   ILE 175           HB       ILE 175 -12.985  12.101  -0.538
    4   HG12  ILE 175          HG12      ILE 175 -12.574   9.198   0.190
    5   HG13  ILE 175          HG13      ILE 175 -13.162  10.423   1.313
    6   HG22  ILE 175          HG21      ILE 175 -13.064  10.314  -2.324
    7   HG21  ILE 175          HG22      ILE 175 -11.369   9.997  -1.957
    8   HG23  ILE 175          HG23      ILE 175 -11.861  11.583  -2.554
    9   HD12  ILE 175          HD11      ILE 175 -14.960   9.074   0.313
   10   HD11  ILE 175          HD12      ILE 175 -14.504   9.689  -1.275
   11   HD13  ILE 175          HD13      ILE 175 -15.108  10.794  -0.042

  No H/Q in entry =          11
  In of MODEL   16
    1    H    VAL 176           H        VAL 176 -11.314  13.997   0.723
    2    HA   VAL 176           HA       VAL 176 -10.031  14.908  -1.742
    3    HB   VAL 176           HB       VAL 176 -11.812  16.421   0.166
    4   HG12  VAL 176          HG11      VAL 176 -10.876  17.171  -2.585
    5   HG11  VAL 176          HG12      VAL 176 -10.203  17.817  -1.082
    6   HG13  VAL 176          HG13      VAL 176 -11.889  18.124  -1.503
    7   HG21  VAL 176          HG21      VAL 176 -12.942  14.604  -1.049
    8   HG23  VAL 176          HG22      VAL 176 -12.384  15.298  -2.571
    9   HG22  VAL 176          HG23      VAL 176 -13.503  16.200  -1.548

  No H/Q in entry =           9
  In of MODEL   16
    1    H    GLY 177           H        GLY 177  -9.819  15.187   1.763
    2    HA3  GLY 177           HA2      GLY 177  -7.571  15.335   2.665
    3    HA2  GLY 177           HA3      GLY 177  -7.181  16.454   1.366

  No H/Q in entry =           3
  In of MODEL   16
    1    H    CYS 178           H        CYS 178 -10.110  17.423   2.159
    2    HA   CYS 178           HA       CYS 178  -9.158  19.260   4.291
    3    HB2  CYS 178           HB2      CYS 178 -10.883  19.819   1.872
    4    HB3  CYS 178           HB3      CYS 178 -10.880  20.870   3.285
    5    HG   CYS 178           HG       CYS 178  -7.937  21.090   2.989

  No H/Q in entry =           5
  In of MODEL   16
    1    H    SER 179           H        SER 179 -10.845  19.904   5.815
    2    HA   SER 179           HA       SER 179 -12.451  17.699   6.498
    3    HB2  SER 179           HB2      SER 179 -13.260  20.304   7.587
    4    HB3  SER 179           HB3      SER 179 -12.706  18.860   8.433
    5    HG   SER 179           HG       SER 179 -11.162  20.420   8.747

  No H/Q in entry =           5
  In of MODEL   16
    1    H    ARG 180           H        ARG 180 -14.678  17.924   6.816
    2    HA   ARG 180           HA       ARG 180 -16.301  18.458   4.690
    3    HB2  ARG 180           HB2      ARG 180 -18.065  18.697   6.735
    4    HB3  ARG 180           HB3      ARG 180 -17.511  17.174   6.086
    5    HG2  ARG 180           HG2      ARG 180 -17.358  16.872   8.352
    6    HG3  ARG 180           HG3      ARG 180 -15.703  17.278   7.901
    7    HD2  ARG 180           HD2      ARG 180 -15.886  19.439   8.781
    8    HD3  ARG 180           HD3      ARG 180 -17.649  19.368   8.811
    9    HE   ARG 180           HE       ARG 180 -16.993  17.402  10.504
   10   HH11  ARG 180          HH11      ARG 180 -15.813  20.682  10.233
   11   HH12  ARG 180          HH12      ARG 180 -15.596  20.866  11.950
   12   HH21  ARG 180          HH21      ARG 180 -16.671  17.626  12.745
   13   HH22  ARG 180          HH22      ARG 180 -16.075  19.132  13.374

  No H/Q in entry =          13
  In of MODEL   16
    1    H    GLU 181           H        GLU 181 -14.533  20.709   5.788
    2    HA   GLU 181           HA       GLU 181 -16.364  22.818   6.373
    3    HB2  GLU 181           HB2      GLU 181 -13.667  22.197   6.953
    4    HB3  GLU 181           HB3      GLU 181 -13.763  23.804   6.252
    5    HG2  GLU 181           HG2      GLU 181 -13.918  24.015   8.605
    6    HG3  GLU 181           HG3      GLU 181 -15.511  24.360   7.928

  No H/Q in entry =           6
  In of MODEL   16
    1    H    THR 182           H        THR 182 -13.492  22.909   4.486
    2    HA   THR 182           HA       THR 182 -14.252  24.815   2.539
    3    HB   THR 182           HB       THR 182 -12.513  22.634   1.531
    4    HG1  THR 182           HG1      THR 182 -10.979  24.030   3.200
    5   HG22  THR 182          HG21      THR 182 -11.965  25.588   1.847
    6   HG21  THR 182          HG22      THR 182 -12.753  24.873   0.440
    7   HG23  THR 182          HG23      THR 182 -11.088  24.442   0.833

  No H/Q in entry =           7
  In of MODEL   16
    1    H    VAL 183           H        VAL 183 -14.179  21.325   2.584
    2    HA   VAL 183           HA       VAL 183 -15.799  20.805   0.285
    3    HB   VAL 183           HB       VAL 183 -14.541  19.372   2.553
    4   HG11  VAL 183          HG11      VAL 183 -16.985  18.815   2.809
    5   HG13  VAL 183          HG12      VAL 183 -15.855  17.461   2.635
    6   HG12  VAL 183          HG13      VAL 183 -16.846  17.979   1.262
    7   HG23  VAL 183          HG21      VAL 183 -15.132  18.340  -0.186
    8   HG22  VAL 183          HG22      VAL 183 -13.868  17.821   0.935
    9   HG21  VAL 183          HG23      VAL 183 -13.775  19.411   0.171

  No H/Q in entry =           9
  In of MODEL   16
    1    H    GLY 184           H        GLY 184 -16.495  21.499   3.839
    2    HA3  GLY 184           HA2      GLY 184 -19.169  21.023   3.727
    3    HA2  GLY 184           HA3      GLY 184 -18.408  22.301   4.663

  No H/Q in entry =           3
  In of MODEL   16
    1    H    ARG 185           H        ARG 185 -17.448  23.330   1.698
    2    HA   ARG 185           HA       ARG 185 -19.462  25.371   1.814
    3    HB2  ARG 185           HB2      ARG 185 -17.244  24.863  -0.195
    4    HB3  ARG 185           HB3      ARG 185 -18.306  26.262  -0.208
    5    HG2  ARG 185           HG2      ARG 185 -16.342  25.571   1.968
    6    HG3  ARG 185           HG3      ARG 185 -16.097  26.776   0.706
    7    HD2  ARG 185           HD2      ARG 185 -16.849  28.148   2.346
    8    HD3  ARG 185           HD3      ARG 185 -18.407  27.674   1.667
    9    HE   ARG 185           HE       ARG 185 -18.209  25.839   3.512
   10   HH11  ARG 185          HH11      ARG 185 -17.211  29.176   3.765
   11   HH12  ARG 185          HH12      ARG 185 -17.518  29.280   5.465
   12   HH21  ARG 185          HH21      ARG 185 -18.623  25.967   5.763
   13   HH22  ARG 185          HH22      ARG 185 -18.318  27.452   6.603

  No H/Q in entry =          13
  In of MODEL   16
    1    H    ILE 186           H        ILE 186 -18.288  22.712   0.100
    2    HA   ILE 186           HA       ILE 186 -19.925  23.149  -2.260
    3    HB   ILE 186           HB       ILE 186 -17.906  21.070  -1.615
    4   HG12  ILE 186          HG12      ILE 186 -17.223  21.884  -4.001
    5   HG13  ILE 186          HG13      ILE 186 -18.337  23.206  -3.689
    6   HG23  ILE 186          HG21      ILE 186 -18.593  19.567  -3.147
    7   HG22  ILE 186          HG22      ILE 186 -19.224  20.808  -4.227
    8   HG21  ILE 186          HG23      ILE 186 -20.182  20.273  -2.848
    9   HD13  ILE 186          HD11      ILE 186 -17.034  23.976  -1.866
   10   HD12  ILE 186          HD12      ILE 186 -15.937  23.687  -3.213
   11   HD11  ILE 186          HD13      ILE 186 -16.030  22.528  -1.888

  No H/Q in entry =          11
  In of MODEL   16
    1    H    LEU 187           H        LEU 187 -19.882  20.788   0.308
    2    HA   LEU 187           HA       LEU 187 -22.099  19.378  -0.675
    3    HB2  LEU 187           HB2      LEU 187 -20.897  19.455   2.048
    4    HB3  LEU 187           HB3      LEU 187 -22.040  18.246   1.459
    5    HG   LEU 187           HG       LEU 187 -19.159  18.579   0.839
    6   HD11  LEU 187          HD11      LEU 187 -20.560  16.710   2.046
    7   HD13  LEU 187          HD12      LEU 187 -19.087  16.367   1.137
    8   HD12  LEU 187          HD13      LEU 187 -20.668  16.104   0.391
    9   HD23  LEU 187          HD21      LEU 187 -20.942  17.357  -1.253
   10   HD22  LEU 187          HD22      LEU 187 -19.203  17.619  -1.328
   11   HD21  LEU 187          HD23      LEU 187 -20.302  18.995  -1.379

  No H/Q in entry =          11
  In of MODEL   16
    1    H    LYS 188           H        LYS 188 -21.838  22.360   0.565
    2    HA   LYS 188           HA       LYS 188 -24.410  22.411   1.993
    3    HB2  LYS 188           HB2      LYS 188 -22.564  23.767   2.979
    4    HB3  LYS 188           HB3      LYS 188 -22.486  24.695   1.487
    5    HG2  LYS 188           HG2      LYS 188 -25.133  24.563   2.771
    6    HG3  LYS 188           HG3      LYS 188 -23.888  25.453   3.650
    7    HD2  LYS 188           HD2      LYS 188 -23.726  27.074   2.048
    8    HD3  LYS 188           HD3      LYS 188 -24.171  25.977   0.739
    9    HE2  LYS 188           HE2      LYS 188 -26.020  27.163   2.802
   10    HE3  LYS 188           HE3      LYS 188 -25.928  27.602   1.099
   11    HZ1  LYS 188           HZ1      LYS 188 -26.328  24.889   1.126
   12    HZ3  LYS 188           HZ2      LYS 188 -27.468  26.079   0.741
   13    HZ2  LYS 188           HZ3      LYS 188 -27.363  25.487   2.325

  No H/Q in entry =          13
  In of MODEL   16
    1    H    MET 189           H        MET 189 -22.738  23.333  -0.976
    2    HA   MET 189           HA       MET 189 -24.989  24.931  -1.957
    3    HB2  MET 189           HB2      MET 189 -23.793  25.020  -4.147
    4    HB3  MET 189           HB3      MET 189 -22.901  25.701  -2.802
    5    HG2  MET 189           HG2      MET 189 -21.698  23.473  -2.695
    6    HG3  MET 189           HG3      MET 189 -22.409  23.148  -4.273
    7    HE2  MET 189           HE1      MET 189 -19.714  25.084  -2.264
    8    HE1  MET 189           HE2      MET 189 -20.895  26.365  -2.533
    9    HE3  MET 189           HE3      MET 189 -19.323  26.436  -3.327

  No H/Q in entry =           9
  In of MODEL   16
    1    H    LEU 190           H        LEU 190 -23.935  21.646  -2.023
    2    HA   LEU 190           HA       LEU 190 -25.339  20.733  -4.247
    3    HB2  LEU 190           HB2      LEU 190 -25.196  19.225  -1.676
    4    HB3  LEU 190           HB3      LEU 190 -25.230  18.589  -3.311
    5    HG   LEU 190           HG       LEU 190 -23.001  19.974  -1.909
    6   HD13  LEU 190          HD11      LEU 190 -22.926  17.708  -1.437
    7   HD12  LEU 190          HD12      LEU 190 -21.859  17.856  -2.839
    8   HD11  LEU 190          HD13      LEU 190 -23.509  17.269  -3.040
    9   HD22  LEU 190          HD21      LEU 190 -22.348  20.883  -3.800
   10   HD21  LEU 190          HD22      LEU 190 -23.584  20.023  -4.714
   11   HD23  LEU 190          HD23      LEU 190 -22.040  19.245  -4.376

  No H/Q in entry =          11
  In of MODEL   16
    1    H    GLU 191           H        GLU 191 -26.606  21.153  -0.853
    2    HA   GLU 191           HA       GLU 191 -29.148  20.235  -1.560
    3    HB2  GLU 191           HB2      GLU 191 -28.106  21.991   0.675
    4    HB3  GLU 191           HB3      GLU 191 -29.788  21.488   0.573
    5    HG2  GLU 191           HG2      GLU 191 -29.121  19.159   0.752
    6    HG3  GLU 191           HG3      GLU 191 -27.424  19.636   0.788

  No H/Q in entry =           6
  In of MODEL   16
    1    H    ASP 192           H        ASP 192 -27.464  22.992  -2.383
    2    HA   ASP 192           HA       ASP 192 -29.880  24.630  -2.650
    3    HB2  ASP 192           HB2      ASP 192 -26.955  25.312  -3.012
    4    HB3  ASP 192           HB3      ASP 192 -28.260  26.428  -3.391

  No H/Q in entry =           4
  In of MODEL   16
    1    H    GLN 193           H        GLN 193 -28.266  22.361  -4.193
    2    HA   GLN 193           HA       GLN 193 -28.172  21.513  -6.314
    3    HB2  GLN 193           HB2      GLN 193 -30.453  23.455  -6.614
    4    HB3  GLN 193           HB3      GLN 193 -29.860  22.537  -7.989
    5    HG2  GLN 193           HG2      GLN 193 -31.632  21.267  -7.238
    6    HG3  GLN 193           HG3      GLN 193 -30.242  20.476  -6.502
    7   HE21  GLN 193          HE21      GLN 193 -30.102  20.358  -4.330
    8   HE22  GLN 193          HE22      GLN 193 -31.275  21.012  -3.240

  No H/Q in entry =           8
  In of MODEL   16
    1    H    ASN 194           H        ASN 194 -26.594  23.858  -5.458
    2    HA   ASN 194           HA       ASN 194 -26.245  25.365  -7.929
    3    HB2  ASN 194           HB2      ASN 194 -25.893  25.974  -5.216
    4    HB3  ASN 194           HB3      ASN 194 -24.266  25.933  -5.893
    5   HD21  ASN 194          HD21      ASN 194 -27.458  27.348  -6.260
    6   HD22  ASN 194          HD22      ASN 194 -26.931  28.785  -7.064

  No H/Q in entry =           6
  In of MODEL   16
    1    H    LEU 195           H        LEU 195 -25.360  22.457  -6.993
    2    HA   LEU 195           HA       LEU 195 -23.020  22.407  -8.738
    3    HB2  LEU 195           HB2      LEU 195 -22.462  22.870  -6.228
    4    HB3  LEU 195           HB3      LEU 195 -22.758  21.157  -6.044
    5    HG   LEU 195           HG       LEU 195 -20.928  21.591  -8.223
    6   HD13  LEU 195          HD11      LEU 195 -20.369  23.657  -7.058
    7   HD12  LEU 195          HD12      LEU 195 -19.061  22.479  -6.917
    8   HD11  LEU 195          HD13      LEU 195 -20.150  22.758  -5.557
    9   HD23  LEU 195          HD21      LEU 195 -19.479  20.210  -6.682
   10   HD22  LEU 195          HD22      LEU 195 -21.020  19.489  -7.151
   11   HD21  LEU 195          HD23      LEU 195 -20.833  20.215  -5.555

  No H/Q in entry =          11
  In of MODEL   16
    1    H    ILE 196           H        ILE 196 -25.438  20.838  -6.947
    2    HA   ILE 196           HA       ILE 196 -25.839  18.700  -8.578
    3    HB   ILE 196           HB       ILE 196 -25.594  16.934  -6.618
    4   HG12  ILE 196          HG12      ILE 196 -23.261  18.797  -6.417
    5   HG13  ILE 196          HG13      ILE 196 -24.406  18.392  -5.140
    6   HG23  ILE 196          HG21      ILE 196 -23.750  16.072  -7.918
    7   HG22  ILE 196          HG22      ILE 196 -23.500  17.661  -8.638
    8   HG21  ILE 196          HG23      ILE 196 -24.979  16.764  -8.977
    9   HD13  ILE 196          HD11      ILE 196 -23.563  16.272  -4.887
   10   HD12  ILE 196          HD12      ILE 196 -22.129  17.268  -5.130
   11   HD11  ILE 196          HD13      ILE 196 -22.763  16.292  -6.457

  No H/Q in entry =          11
  In of MODEL   16
    1    H    SER 197           H        SER 197 -26.767  17.361  -5.869
    2    HA   SER 197           HA       SER 197 -28.690  18.954  -4.884
    3    HB2  SER 197           HB2      SER 197 -29.923  18.648  -6.921
    4    HB3  SER 197           HB3      SER 197 -29.756  16.896  -6.779
    5    HG   SER 197           HG       SER 197 -31.753  18.124  -5.950

  No H/Q in entry =           5
  In of MODEL   16
    1    H    ALA 198           H        ALA 198 -28.134  18.313  -2.847
    2    HA   ALA 198           HA       ALA 198 -27.790  15.487  -2.378
    3    HB1  ALA 198           HB1      ALA 198 -25.996  17.107  -1.630
    4    HB3  ALA 198           HB2      ALA 198 -26.685  16.123  -0.339
    5    HB2  ALA 198           HB3      ALA 198 -27.183  17.803  -0.528

  No H/Q in entry =           5
  In of MODEL   16
    1    H    HIS 199           H        HIS 199 -29.492  14.514  -1.657
    2    HA   HIS 199           HA       HIS 199 -31.717  15.975  -0.473
    3    HB2  HIS 199           HB2      HIS 199 -31.929  13.950  -2.107
    4    HB3  HIS 199           HB3      HIS 199 -31.481  12.969  -0.716
    5    HD1  HIS 199           HD1      HIS 199 -34.339  14.491  -2.353
    6    HD2  HIS 199           HD2      HIS 199 -33.400  13.241   1.499
    7    HE1  HIS 199           HE1      HIS 199 -36.540  14.296  -1.149
    8    HE2  HIS 199           HE2      HIS 199 -35.939  13.655   1.213

  No H/Q in entry =           8
  In of MODEL   16
    1    H    GLY 200           H        GLY 200 -30.030  16.648   1.144
    2    HA3  GLY 200           HA2      GLY 200 -29.585  16.559   3.445
    3    HA2  GLY 200           HA3      GLY 200 -30.079  14.864   3.457

  No H/Q in entry =           3
  In of MODEL   16
    1    H    LYS 201           H        LYS 201 -28.455  13.433   3.654
    2    HA   LYS 201           HA       LYS 201 -25.764  14.304   2.893
    3    HB2  LYS 201           HB2      LYS 201 -25.181  12.061   4.137
    4    HB3  LYS 201           HB3      LYS 201 -25.547  13.519   5.044
    5    HG2  LYS 201           HG2      LYS 201 -27.961  12.050   4.522
    6    HG3  LYS 201           HG3      LYS 201 -26.755  11.012   5.285
    7    HD2  LYS 201           HD2      LYS 201 -26.568  12.413   7.158
    8    HD3  LYS 201           HD3      LYS 201 -27.349  13.762   6.333
    9    HE2  LYS 201           HE2      LYS 201 -29.422  12.282   6.239
   10    HE3  LYS 201           HE3      LYS 201 -28.597  11.248   7.403
   11    HZ3  LYS 201           HZ1      LYS 201 -28.558  12.987   8.984
   12    HZ2  LYS 201           HZ2      LYS 201 -30.132  12.953   8.366
   13    HZ1  LYS 201           HZ3      LYS 201 -29.051  14.142   7.850

  No H/Q in entry =          13
  In of MODEL   16
    1    H    THR 202           H        THR 202 -28.286  12.484   1.822
    2    HA   THR 202           HA       THR 202 -26.885  10.620   0.141
    3    HB   THR 202           HB       THR 202 -29.624  11.222  -0.684
    4    HG1  THR 202           HG1      THR 202 -30.321  11.691   1.294
    5   HG22  THR 202          HG21      THR 202 -28.588   8.719   0.649
    6   HG21  THR 202          HG22      THR 202 -28.303   9.095  -1.048
    7   HG23  THR 202          HG23      THR 202 -29.950   8.869  -0.460

  No H/Q in entry =           7
  In of MODEL   16
    1    H    ILE 203           H        ILE 203 -25.894  11.379  -1.687
    2    HA   ILE 203           HA       ILE 203 -26.740  14.015  -2.581
    3    HB   ILE 203           HB       ILE 203 -24.119  12.602  -2.590
    4   HG12  ILE 203          HG12      ILE 203 -25.081  15.309  -1.668
    5   HG13  ILE 203          HG13      ILE 203 -24.644  13.941  -0.653
    6   HG22  ILE 203          HG21      ILE 203 -23.236  14.501  -3.966
    7   HG21  ILE 203          HG22      ILE 203 -24.909  14.923  -4.336
    8   HG23  ILE 203          HG23      ILE 203 -24.258  13.363  -4.841
    9   HD13  ILE 203          HD11      ILE 203 -22.332  14.145  -1.351
   10   HD12  ILE 203          HD12      ILE 203 -22.926  15.673  -0.693
   11   HD11  ILE 203          HD13      ILE 203 -22.774  15.466  -2.437

  No H/Q in entry =          11
  In of MODEL   16
    1    H    VAL 204           H        VAL 204 -27.625  14.246  -4.499
    2    HA   VAL 204           HA       VAL 204 -27.724  12.014  -6.397
    3    HB   VAL 204           HB       VAL 204 -29.546  14.305  -5.728
    4   HG12  VAL 204          HG11      VAL 204 -29.474  12.936  -8.409
    5   HG11  VAL 204          HG12      VAL 204 -29.079  14.623  -8.086
    6   HG13  VAL 204          HG13      VAL 204 -30.731  14.046  -7.855
    7   HG22  VAL 204          HG21      VAL 204 -30.174  12.211  -4.802
    8   HG21  VAL 204          HG22      VAL 204 -29.960  11.396  -6.353
    9   HG23  VAL 204          HG23      VAL 204 -31.278  12.548  -6.137

  No H/Q in entry =           9
  In of MODEL   16
    1    H    VAL 205           H        VAL 205 -27.086  12.443  -8.514
    2    HA   VAL 205           HA       VAL 205 -25.835  14.936  -9.171
    3    HB   VAL 205           HB       VAL 205 -24.447  13.179 -10.696
    4   HG13  VAL 205          HG11      VAL 205 -23.313  14.605  -9.104
    5   HG12  VAL 205          HG12      VAL 205 -22.725  12.962  -8.853
    6   HG11  VAL 205          HG13      VAL 205 -23.915  13.649  -7.743
    7   HG21  VAL 205          HG21      VAL 205 -25.242  11.508  -8.303
    8   HG23  VAL 205          HG22      VAL 205 -23.915  11.105  -9.393
    9   HG22  VAL 205          HG23      VAL 205 -25.577  11.144 -10.000

  No H/Q in entry =           9
  In of MODEL   16
    1    H    TYR 206           H        TYR 206 -27.855  15.491  -9.886
    2    HA   TYR 206           HA       TYR 206 -29.939  14.051 -10.941
    3    HB2  TYR 206           HB2      TYR 206 -28.831  16.733 -11.828
    4    HB3  TYR 206           HB3      TYR 206 -30.271  16.046 -12.559
    5    HD1  TYR 206           HD1      TYR 206 -29.171  18.339 -10.249
    6    HD2  TYR 206           HD2      TYR 206 -32.040  15.218 -10.658
    7    HE1  TYR 206           HE1      TYR 206 -30.553  19.389  -8.523
    8    HE2  TYR 206           HE2      TYR 206 -33.426  16.254  -8.914
    9    HH   TYR 206           HH       TYR 206 -33.502  17.834  -7.321

  No H/Q in entry =           9
  In of MODEL   16
    1    H    GLY 207           H        GLY 207 -27.089  15.300 -12.742
    2    HA3  GLY 207           HA2      GLY 207 -26.890  13.074 -14.443
    3    HA2  GLY 207           HA3      GLY 207 -27.832  14.302 -15.264

  No H/Q in entry =           3
  In of MODEL   16
    1    H    THR 208           H        THR 208 -26.737  16.570 -15.109
    2    HA   THR 208           HA       THR 208 -24.563  16.632 -16.763
    3    HB   THR 208           HB       THR 208 -24.766  18.878 -14.848
    4    HG1  THR 208           HG1      THR 208 -26.829  19.215 -16.433
    5   HG23  THR 208          HG21      THR 208 -24.814  20.175 -16.921
    6   HG22  THR 208          HG22      THR 208 -24.933  18.686 -17.858
    7   HG21  THR 208          HG23      THR 208 -23.473  19.029 -16.929

  No H/Q in entry =           7
  In of MODEL   16
    1    H    ARG 209           H        ARG 209 -24.580  16.809 -13.235
    2    HA   ARG 209           HA       ARG 209 -21.971  15.735 -13.095
    3    HB2  ARG 209           HB2      ARG 209 -20.910  17.622 -11.904
    4    HB3  ARG 209           HB3      ARG 209 -21.331  18.056 -13.556
    5    HG2  ARG 209           HG2      ARG 209 -23.282  19.251 -12.784
    6    HG3  ARG 209           HG3      ARG 209 -22.966  18.745 -11.125
    7    HD2  ARG 209           HD2      ARG 209 -20.829  19.962 -11.185
    8    HD3  ARG 209           HD3      ARG 209 -21.197  20.495 -12.825
    9    HE   ARG 209           HE       ARG 209 -23.328  21.211 -11.175
   10   HH11  ARG 209          HH11      ARG 209 -19.958  22.033 -11.618
   11   HH12  ARG 209          HH12      ARG 209 -20.142  23.651 -11.012
   12   HH21  ARG 209          HH21      ARG 209 -23.578  23.352 -10.410
   13   HH22  ARG 209          HH22      ARG 209 -22.201  24.402 -10.343

  No H/Q in entry =          13
  In of MODEL   16
    1    H1   VAL   1           H3       VAL   1  30.371 -15.492  -0.471
    2    H2   VAL   1           H2       VAL   1  31.732 -14.967  -1.326
    3    H3   VAL   1           H1       VAL   1  31.142 -16.536  -1.549
    4    HA   VAL   1           HA       VAL   1  33.060 -16.679  -0.195
    5    HB   VAL   1           HB       VAL   1  33.109 -14.379   0.617
    6   HG11  VAL   1          HG11      VAL   1  30.744 -15.154   2.314
    7   HG13  VAL   1          HG12      VAL   1  30.765 -13.976   1.001
    8   HG12  VAL   1          HG13      VAL   1  31.666 -13.660   2.484
    9   HG22  VAL   1          HG21      VAL   1  34.425 -15.949   1.860
   10   HG21  VAL   1          HG22      VAL   1  33.024 -16.436   2.816
   11   HG23  VAL   1          HG23      VAL   1  33.693 -14.814   2.996

  No H/Q in entry =          11
  In of MODEL   16
    1    H    LEU   2           H        LEU   2  33.110 -18.488   1.018
    2    HA   LEU   2           HA       LEU   2  30.594 -19.703   1.736
    3    HB2  LEU   2           HB2      LEU   2  32.567 -20.905   0.704
    4    HB3  LEU   2           HB3      LEU   2  33.378 -20.745   2.249
    5    HG   LEU   2           HG       LEU   2  31.282 -21.965   3.195
    6   HD12  LEU   2          HD11      LEU   2  30.309 -23.554   1.579
    7   HD11  LEU   2          HD12      LEU   2  31.152 -22.711   0.279
    8   HD13  LEU   2          HD13      LEU   2  29.912 -21.876   1.215
    9   HD22  LEU   2          HD21      LEU   2  33.503 -22.910   3.228
   10   HD21  LEU   2          HD22      LEU   2  33.372 -23.355   1.528
   11   HD23  LEU   2          HD23      LEU   2  32.345 -24.142   2.726

  No H/Q in entry =          11
  In of MODEL   16
    1    H    GLY   3           H        GLY   3  30.120 -20.535   3.870
    2    HA3  GLY   3           HA2      GLY   3  30.333 -20.592   6.203
    3    HA2  GLY   3           HA3      GLY   3  31.673 -19.461   6.088

  No H/Q in entry =           3
  In of MODEL   16
    1    H    LYS   4           H        LYS   4  28.582 -18.962   4.531
    2    HA   LYS   4           HA       LYS   4  28.095 -16.735   6.388
    3    HB2  LYS   4           HB2      LYS   4  28.149 -16.833   3.503
    4    HB3  LYS   4           HB3      LYS   4  26.565 -16.315   4.064
    5    HG2  LYS   4           HG2      LYS   4  28.162 -14.458   3.621
    6    HG3  LYS   4           HG3      LYS   4  27.500 -14.474   5.256
    7    HD2  LYS   4           HD2      LYS   4  29.932 -16.027   5.105
    8    HD3  LYS   4           HD3      LYS   4  30.195 -14.381   4.527
    9    HE2  LYS   4           HE2      LYS   4  29.616 -13.436   6.564
   10    HE3  LYS   4           HE3      LYS   4  28.704 -14.854   7.077
   11    HZ1  LYS   4           HZ1      LYS   4  30.807 -16.058   7.288
   12    HZ3  LYS   4           HZ2      LYS   4  30.763 -14.700   8.292
   13    HZ2  LYS   4           HZ3      LYS   4  31.661 -14.660   6.861

  No H/Q in entry =          13
  In of MODEL   16
    1    HA   PRO   5           HA       PRO   5  24.468 -19.082   7.407
    2    HB2  PRO   5           HB2      PRO   5  23.568 -17.519   9.379
    3    HB3  PRO   5           HB3      PRO   5  25.048 -18.471   9.563
    4    HG2  PRO   5           HG2      PRO   5  24.733 -15.560   8.945
    5    HG3  PRO   5           HG3      PRO   5  25.877 -16.354  10.042
    6    HD2  PRO   5           HD2      PRO   5  26.488 -15.541   7.483
    7    HD3  PRO   5           HD3      PRO   5  27.344 -16.824   8.357

  No H/Q in entry =           7
  In of MODEL   16
    1    H    GLN   6           H        GLN   6  22.172 -18.824   7.493
    2    HA   GLN   6           HA       GLN   6  20.925 -16.407   6.540
    3    HB2  GLN   6           HB2      GLN   6  21.708 -17.463   4.431
    4    HB3  GLN   6           HB3      GLN   6  20.823 -18.922   4.851
    5    HG2  GLN   6           HG2      GLN   6  18.730 -17.794   4.654
    6    HG3  GLN   6           HG3      GLN   6  19.530 -16.234   4.473
    7   HE21  GLN   6          HE21      GLN   6  18.673 -19.217   2.920
    8   HE22  GLN   6          HE22      GLN   6  19.083 -18.730   1.316

  No H/Q in entry =           8
  In of MODEL   16
    1    H    THR   7           H        THR   7  20.506 -19.887   6.799
    2    HA   THR   7           HA       THR   7  19.219 -21.185   8.158
    3    HB   THR   7           HB       THR   7  18.042 -18.685   9.394
    4    HG1  THR   7           HG1      THR   7  19.817 -18.493  10.583
    5   HG22  THR   7          HG21      THR   7  18.411 -21.483  10.483
    6   HG21  THR   7          HG22      THR   7  16.890 -20.804   9.910
    7   HG23  THR   7          HG23      THR   7  17.677 -20.124  11.334

  No H/Q in entry =           7
  In of MODEL   16
    1    H    ASP   8           H        ASP   8  18.507 -20.340   5.551
    2    HA   ASP   8           HA       ASP   8  15.639 -20.848   5.701
    3    HB2  ASP   8           HB2      ASP   8  16.085 -18.359   5.307
    4    HB3  ASP   8           HB3      ASP   8  16.740 -18.832   3.742

  No H/Q in entry =           4
  In of MODEL   16
    1    HA   PRO   9           HA       PRO   9  17.662 -23.692   2.755
    2    HB2  PRO   9           HB2      PRO   9  16.201 -25.859   3.373
    3    HB3  PRO   9           HB3      PRO   9  17.553 -25.335   4.386
    4    HG2  PRO   9           HG2      PRO   9  14.616 -24.905   4.774
    5    HG3  PRO   9           HG3      PRO   9  15.848 -25.354   5.967
    6    HD2  PRO   9           HD2      PRO   9  14.906 -22.805   5.646
    7    HD3  PRO   9           HD3      PRO   9  16.527 -23.183   6.263

  No H/Q in entry =           7
  In of MODEL   16
    1    H    THR  10           H        THR  10  14.509 -22.447   3.103
    2    HA   THR  10           HA       THR  10  13.335 -23.963   0.925
    3    HB   THR  10           HB       THR  10  11.710 -21.757   1.594
    4    HG1  THR  10           HG1      THR  10  12.828 -21.420   3.512
    5   HG23  THR  10          HG21      THR  10  10.179 -23.430   2.392
    6   HG22  THR  10          HG22      THR  10  11.493 -24.587   2.614
    7   HG21  THR  10          HG23      THR  10  11.030 -24.081   0.990

  No H/Q in entry =           7
  In of MODEL   16
    1    H    LEU  11           H        LEU  11  14.575 -20.737   1.668
    2    HA   LEU  11           HA       LEU  11  13.990 -19.622  -0.898
    3    HB2  LEU  11           HB2      LEU  11  14.710 -18.652   1.522
    4    HB3  LEU  11           HB3      LEU  11  16.252 -18.595   0.692
    5    HG   LEU  11           HG       LEU  11  15.492 -16.538   0.200
    6   HD11  LEU  11          HD11      LEU  11  15.605 -18.050  -1.885
    7   HD13  LEU  11          HD12      LEU  11  14.994 -16.401  -2.013
    8   HD12  LEU  11          HD13      LEU  11  13.869 -17.761  -1.939
    9   HD21  LEU  11          HD21      LEU  11  13.360 -16.903   1.443
   10   HD23  LEU  11          HD22      LEU  11  12.682 -17.544  -0.055
   11   HD22  LEU  11          HD23      LEU  11  13.211 -15.863   0.025

  No H/Q in entry =          11
  In of MODEL   16
    1    H    GLU  12           H        GLU  12  16.485 -21.424   0.516
    2    HA   GLU  12           HA       GLU  12  18.482 -20.970  -1.509
    3    HB2  GLU  12           HB2      GLU  12  19.959 -21.833  -0.049
    4    HB3  GLU  12           HB3      GLU  12  18.669 -21.735   1.134
    5    HG2  GLU  12           HG2      GLU  12  18.155 -24.037   0.888
    6    HG3  GLU  12           HG3      GLU  12  19.173 -24.179  -0.545

  No H/Q in entry =           6
  In of MODEL   16
    1    H    TRP  13           H        TRP  13  15.703 -22.649  -1.113
    2    HA   TRP  13           HA       TRP  13  16.488 -24.868  -2.847
    3    HB2  TRP  13           HB2      TRP  13  14.203 -24.344  -1.057
    4    HB3  TRP  13           HB3      TRP  13  13.742 -25.007  -2.625
    5    HD1  TRP  13           HD1      TRP  13  17.002 -26.415  -2.065
    6    HE1  TRP  13           HE1      TRP  13  16.887 -28.753  -1.021
    7    HE3  TRP  13           HE3      TRP  13  12.140 -26.352  -0.490
    8    HZ2  TRP  13           HZ2      TRP  13  14.992 -30.365   0.302
    9    HZ3  TRP  13           HZ3      TRP  13  11.255 -28.339   0.661
   10    HH2  TRP  13           HH2      TRP  13  12.653 -30.303   1.047

  No H/Q in entry =          10
  In of MODEL   16
    1    H    PHE  14           H        PHE  14  15.243 -21.633  -2.789
    2    HA   PHE  14           HA       PHE  14  14.043 -21.732  -5.442
    3    HB2  PHE  14           HB2      PHE  14  12.839 -20.386  -3.965
    4    HB3  PHE  14           HB3      PHE  14  14.272 -19.696  -3.263
    5    HD1  PHE  14           HD1      PHE  14  14.701 -17.552  -3.746
    6    HD2  PHE  14           HD2      PHE  14  12.782 -19.879  -6.717
    7    HE1  PHE  14           HE1      PHE  14  14.635 -15.596  -5.222
    8    HE2  PHE  14           HE2      PHE  14  12.708 -17.927  -8.200
    9    HZ   PHE  14           HZ       PHE  14  13.635 -15.779  -7.459

  No H/Q in entry =           9
  In of MODEL   16
    1    H    LEU  15           H        LEU  15  16.993 -20.931  -3.894
    2    HA   LEU  15           HA       LEU  15  17.718 -18.829  -5.798
    3    HB2  LEU  15           HB2      LEU  15  19.244 -19.730  -3.351
    4    HB3  LEU  15           HB3      LEU  15  19.630 -18.362  -4.380
    5    HG   LEU  15           HG       LEU  15  17.160 -18.636  -2.686
    6   HD12  LEU  15          HD11      LEU  15  18.251 -16.598  -1.606
    7   HD11  LEU  15          HD12      LEU  15  19.726 -17.205  -2.364
    8   HD13  LEU  15          HD13      LEU  15  18.847 -18.211  -1.212
    9   HD21  LEU  15          HD21      LEU  15  18.103 -16.309  -4.346
   10   HD23  LEU  15          HD22      LEU  15  16.751 -16.287  -3.214
   11   HD22  LEU  15          HD23      LEU  15  16.679 -17.308  -4.651

  No H/Q in entry =          11
  In of MODEL   16
    1    H    SER  16           H        SER  16  17.746 -22.011  -5.305
    2    HA   SER  16           HA       SER  16  20.235 -22.515  -6.802
    3    HB2  SER  16           HB2      SER  16  19.651 -24.948  -6.214
    4    HB3  SER  16           HB3      SER  16  20.154 -23.935  -4.857
    5    HG   SER  16           HG       SER  16  18.278 -24.255  -3.997

  No H/Q in entry =           5
  In of MODEL   16
    1    H    HIS  17           H        HIS  17  17.040 -21.785  -7.121
    2    HA   HIS  17           HA       HIS  17  16.787 -23.464  -9.500
    3    HB2  HIS  17           HB2      HIS  17  14.845 -22.691  -7.432
    4    HB3  HIS  17           HB3      HIS  17  14.248 -22.670  -9.087
    5    HD1  HIS  17           HD1      HIS  17  14.664 -24.877  -6.297
    6    HD2  HIS  17           HD2      HIS  17  14.891 -25.294 -10.429
    7    HE1  HIS  17           HE1      HIS  17  14.367 -27.337  -6.751
    8    HE2  HIS  17           HE2      HIS  17  14.449 -27.561  -9.261

  No H/Q in entry =           8
  In of MODEL   16
    1    H    CYS  18           H        CYS  18  17.354 -20.267  -8.547
    2    HA   CYS  18           HA       CYS  18  16.085 -19.216 -10.979
    3    HB2  CYS  18           HB2      CYS  18  16.196 -17.007  -9.781
    4    HB3  CYS  18           HB3      CYS  18  15.116 -18.202  -9.084
    5    HG   CYS  18           HG       CYS  18  16.349 -16.717  -7.107

  No H/Q in entry =           5
  In of MODEL   16
    1    H    HIS  19           H        HIS  19  17.725 -16.702 -10.217
    2    HA   HIS  19           HA       HIS  19  20.408 -17.490 -11.054
    3    HB2  HIS  19           HB2      HIS  19  19.266 -17.068 -13.183
    4    HB3  HIS  19           HB3      HIS  19  18.687 -15.518 -12.597
    5    HD1  HIS  19           HD1      HIS  19  22.098 -17.145 -13.149
    6    HD2  HIS  19           HD2      HIS  19  20.145 -13.502 -13.604
    7    HE1  HIS  19           HE1      HIS  19  23.795 -15.589 -14.162
    8    HE2  HIS  19           HE2      HIS  19  22.547 -13.435 -14.560

  No H/Q in entry =           8
  In of MODEL   16
    1    H    ILE  20           H        ILE  20  20.965 -16.663  -8.665
    2    HA   ILE  20           HA       ILE  20  20.668 -13.898  -8.099
    3    HB   ILE  20           HB       ILE  20  23.043 -15.164  -6.980
    4   HG12  ILE  20          HG12      ILE  20  21.234 -17.057  -7.235
    5   HG13  ILE  20          HG13      ILE  20  22.131 -16.890  -5.738
    6   HG22  ILE  20          HG21      ILE  20  20.680 -13.836  -5.711
    7   HG21  ILE  20          HG22      ILE  20  22.167 -13.047  -6.233
    8   HG23  ILE  20          HG23      ILE  20  22.209 -14.227  -4.924
    9   HD13  ILE  20          HD11      ILE  20  20.302 -16.345  -4.561
   10   HD12  ILE  20          HD12      ILE  20  19.456 -17.128  -5.895
   11   HD11  ILE  20          HD13      ILE  20  19.622 -15.376  -5.866

  No H/Q in entry =          11
  In of MODEL   16
    1    H    HIS  21           H        HIS  21  21.609 -12.397  -8.898
    2    HA   HIS  21           HA       HIS  21  23.905 -11.456  -8.790
    3    HB2  HIS  21           HB2      HIS  21  24.900 -13.529  -9.867
    4    HB3  HIS  21           HB3      HIS  21  24.372 -12.865 -11.407
    5    HD1  HIS  21           HD1      HIS  21  25.384 -10.273 -11.811
    6    HD2  HIS  21           HD2      HIS  21  27.437 -12.805  -9.230
    7    HE1  HIS  21           HE1      HIS  21  27.721  -9.368 -11.696
    8    HE2  HIS  21           HE2      HIS  21  28.868 -10.782  -9.961

  No H/Q in entry =           8
  In of MODEL   16
    1    H    LYS  22           H        LYS  22  23.820  -9.573  -9.177
    2    HA   LYS  22           HA       LYS  22  22.066  -8.660 -11.293
    3    HB2  LYS  22           HB2      LYS  22  21.150  -8.234  -8.929
    4    HB3  LYS  22           HB3      LYS  22  22.362  -6.957  -8.841
    5    HG2  LYS  22           HG2      LYS  22  21.439  -5.899 -10.815
    6    HG3  LYS  22           HG3      LYS  22  20.290  -7.211 -11.011
    7    HD2  LYS  22           HD2      LYS  22  19.646  -6.376  -8.532
    8    HD3  LYS  22           HD3      LYS  22  20.232  -4.858  -9.240
    9    HE2  LYS  22           HE2      LYS  22  17.690  -5.786  -9.504
   10    HE3  LYS  22           HE3      LYS  22  18.472  -4.673 -10.623
   11    HZ3  LYS  22           HZ1      LYS  22  18.910  -6.397 -12.131
   12    HZ2  LYS  22           HZ2      LYS  22  17.333  -6.698 -11.614
   13    HZ1  LYS  22           HZ3      LYS  22  18.607  -7.614 -10.998

  No H/Q in entry =          13
  In of MODEL   16
    1    H    TYR  23           H        TYR  23  23.186  -6.015  -9.953
    2    HA   TYR  23           HA       TYR  23  25.641  -5.617 -11.286
    3    HB2  TYR  23           HB2      TYR  23  24.171  -3.619 -12.562
    4    HB3  TYR  23           HB3      TYR  23  24.999  -4.945 -13.343
    5    HD1  TYR  23           HD1      TYR  23  22.504  -6.814 -12.105
    6    HD2  TYR  23           HD2      TYR  23  22.877  -3.456 -14.654
    7    HE1  TYR  23           HE1      TYR  23  20.426  -7.454 -13.136
    8    HE2  TYR  23           HE2      TYR  23  20.748  -4.059 -15.731
    9    HH   TYR  23           HH       TYR  23  19.380  -6.902 -15.662

  No H/Q in entry =           9
  In of MODEL   16
    1    HA   PRO  24           HA       PRO  24  25.430  -1.829  -8.709
    2    HB2  PRO  24           HB2      PRO  24  26.518  -0.002 -10.516
    3    HB3  PRO  24           HB3      PRO  24  27.498  -0.997  -9.437
    4    HG2  PRO  24           HG2      PRO  24  26.862  -1.390 -12.326
    5    HG3  PRO  24           HG3      PRO  24  28.365  -1.733 -11.450
    6    HD2  PRO  24           HD2      PRO  24  26.661  -3.690 -12.165
    7    HD3  PRO  24           HD3      PRO  24  27.577  -3.760 -10.644

  No H/Q in entry =           7
  In of MODEL   16
    1    H    SER  25           H        SER  25  24.541   0.099  -8.959
    2    HA   SER  25           HA       SER  25  21.844  -0.343  -9.683
    3    HB2  SER  25           HB2      SER  25  21.966   2.014  -8.305
    4    HB3  SER  25           HB3      SER  25  21.705   0.411  -7.624
    5    HG   SER  25           HG       SER  25  23.719   2.012  -7.142

  No H/Q in entry =           5
  In of MODEL   16
    1    H    LYS  26           H        LYS  26  20.518   1.237 -10.098
    2    HA   LYS  26           HA       LYS  26  19.751   3.163 -11.300
    3    HB2  LYS  26           HB2      LYS  26  22.093   3.971 -11.852
    4    HB3  LYS  26           HB3      LYS  26  22.286   2.672 -13.021
    5    HG2  LYS  26           HG2      LYS  26  20.412   3.630 -14.432
    6    HG3  LYS  26           HG3      LYS  26  20.093   4.860 -13.212
    7    HD2  LYS  26           HD2      LYS  26  22.411   5.810 -13.664
    8    HD3  LYS  26           HD3      LYS  26  22.688   4.532 -14.863
    9    HE2  LYS  26           HE2      LYS  26  20.634   5.287 -16.169
   10    HE3  LYS  26           HE3      LYS  26  20.357   6.589 -15.000
   11    HZ1  LYS  26           HZ1      LYS  26  23.006   6.345 -16.298
   12    HZ2  LYS  26           HZ2      LYS  26  21.773   7.056 -17.113
   13    HZ3  LYS  26           HZ3      LYS  26  22.210   7.662 -15.613

  No H/Q in entry =          13
  In of MODEL   16
    1    H    SER  27           H        SER  27  20.488   0.018 -11.612
    2    HA   SER  27           HA       SER  27  19.358  -0.495 -14.172
    3    HB2  SER  27           HB2      SER  27  19.581  -2.896 -12.930
    4    HB3  SER  27           HB3      SER  27  20.934  -2.100 -13.739
    5    HG   SER  27           HG       SER  27  21.854  -2.160 -11.838

  No H/Q in entry =           5
  In of MODEL   16
    1    H    THR  28           H        THR  28  17.283   0.280 -14.016
    2    HA   THR  28           HA       THR  28  15.461  -0.972 -12.076
    3    HB   THR  28           HB       THR  28  14.948   1.389 -12.463
    4    HG1  THR  28           HG1      THR  28  12.980   0.557 -12.422
    5   HG21  THR  28          HG21      THR  28  16.165   1.654 -14.579
    6   HG23  THR  28          HG22      THR  28  14.532   2.313 -14.674
    7   HG22  THR  28          HG23      THR  28  14.898   0.753 -15.411

  No H/Q in entry =           7
  In of MODEL   16
    1    H    LEU  29           H        LEU  29  13.638  -1.920 -13.168
    2    HA   LEU  29           HA       LEU  29  14.664  -3.839 -15.095
    3    HB2  LEU  29           HB2      LEU  29  13.243  -5.344 -13.171
    4    HB3  LEU  29           HB3      LEU  29  14.944  -5.464 -13.561
    5    HG   LEU  29           HG       LEU  29  13.625  -3.994 -11.266
    6   HD11  LEU  29          HD11      LEU  29  14.121  -6.436 -11.086
    7   HD13  LEU  29          HD12      LEU  29  14.928  -5.420  -9.886
    8   HD12  LEU  29          HD13      LEU  29  15.833  -6.032 -11.273
    9   HD23  LEU  29          HD21      LEU  29  16.577  -4.023 -11.622
   10   HD22  LEU  29          HD22      LEU  29  15.570  -2.986 -10.598
   11   HD21  LEU  29          HD23      LEU  29  15.597  -2.750 -12.348

  No H/Q in entry =          11
  In of MODEL   16
    1    H    ILE  30           H        ILE  30  11.996  -2.308 -13.539
    2    HA   ILE  30           HA       ILE  30  10.134  -2.856 -15.496
    3    HB   ILE  30           HB       ILE  30   8.772  -4.291 -13.433
    4   HG12  ILE  30          HG12      ILE  30  10.214  -6.503 -13.956
    5   HG13  ILE  30          HG13      ILE  30  11.509  -5.319 -13.894
    6   HG22  ILE  30          HG21      ILE  30   8.516  -6.021 -15.198
    7   HG21  ILE  30          HG22      ILE  30   9.601  -5.069 -16.211
    8   HG23  ILE  30          HG23      ILE  30   8.061  -4.389 -15.681
    9   HD13  ILE  30          HD11      ILE  30  11.520  -5.623 -11.699
   10   HD12  ILE  30          HD12      ILE  30  10.009  -6.533 -11.755
   11   HD11  ILE  30          HD13      ILE  30   9.972  -4.773 -11.653

  No H/Q in entry =          11
  In of MODEL   16
    1    H    HIS  31           H        HIS  31   9.358  -1.098 -15.375
    2    HA   HIS  31           HA       HIS  31   7.235  -0.357 -13.744
    3    HB2  HIS  31           HB2      HIS  31   8.611   0.141 -11.929
    4    HB3  HIS  31           HB3      HIS  31   9.997   0.431 -12.953
    5    HD1  HIS  31           HD1      HIS  31   7.392   2.158 -11.039
    6    HD2  HIS  31           HD2      HIS  31  10.128   3.092 -14.008
    7    HE1  HIS  31           HE1      HIS  31   7.407   4.655 -11.184
    8    HE2  HIS  31           HE2      HIS  31   8.844   5.148 -13.201

  No H/Q in entry =           8
  In of MODEL   16
    1    H    GLN  32           H        GLN  32   7.332  -0.411 -16.419
    2    HA   GLN  32           HA       GLN  32   7.031   2.353 -17.140
    3    HB2  GLN  32           HB2      GLN  32   9.461   1.851 -17.615
    4    HB3  GLN  32           HB3      GLN  32   8.924   0.687 -18.822
    5    HG2  GLN  32           HG2      GLN  32   7.721   2.505 -19.985
    6    HG3  GLN  32           HG3      GLN  32   8.360   3.649 -18.812
    7   HE21  GLN  32          HE21      GLN  32  10.229   0.981 -20.088
    8   HE22  GLN  32          HE22      GLN  32  11.308   1.948 -21.027

  No H/Q in entry =           8
  In of MODEL   16
    1    H    GLY  33           H        GLY  33   6.168  -0.841 -17.334
    2    HA3  GLY  33           HA2      GLY  33   3.847  -1.098 -18.240
    3    HA2  GLY  33           HA3      GLY  33   4.462  -0.244 -19.645

  No H/Q in entry =           3
  In of MODEL   16
    1    H    GLU  34           H        GLU  34   6.574  -2.404 -18.084
    2    HA   GLU  34           HA       GLU  34   6.550  -4.349 -20.268
    3    HB2  GLU  34           HB2      GLU  34   8.161  -4.551 -17.725
    4    HB3  GLU  34           HB3      GLU  34   8.574  -5.111 -19.326
    5    HG2  GLU  34           HG2      GLU  34   9.986  -3.357 -19.185
    6    HG3  GLU  34           HG3      GLU  34   8.577  -2.512 -19.823

  No H/Q in entry =           6
  In of MODEL   16
    1    H    LYS  35           H        LYS  35   5.358  -6.104 -20.066
    2    HA   LYS  35           HA       LYS  35   3.737  -6.792 -17.934
    3    HB2  LYS  35           HB2      LYS  35   3.465  -7.721 -20.205
    4    HB3  LYS  35           HB3      LYS  35   4.929  -8.673 -19.986
    5    HG2  LYS  35           HG2      LYS  35   3.849  -9.831 -18.094
    6    HG3  LYS  35           HG3      LYS  35   2.372  -8.927 -18.423
    7    HD2  LYS  35           HD2      LYS  35   2.199  -9.945 -20.620
    8    HD3  LYS  35           HD3      LYS  35   3.738 -10.773 -20.388
    9    HE2  LYS  35           HE2      LYS  35   1.363 -11.193 -18.585
   10    HE3  LYS  35           HE3      LYS  35   1.653 -12.164 -20.026
   11    HZ1  LYS  35           HZ1      LYS  35   3.909 -12.647 -19.029
   12    HZ3  LYS  35           HZ2      LYS  35   2.577 -13.361 -18.257
   13    HZ2  LYS  35           HZ3      LYS  35   3.310 -11.998 -17.579

  No H/Q in entry =          13
  In of MODEL   16
    1    H    ALA  36           H        ALA  36   4.397  -7.261 -15.901
    2    HA   ALA  36           HA       ALA  36   7.085  -8.089 -15.445
    3    HB2  ALA  36           HB1      ALA  36   4.755  -7.414 -13.728
    4    HB1  ALA  36           HB2      ALA  36   6.340  -6.646 -13.832
    5    HB3  ALA  36           HB3      ALA  36   6.167  -8.207 -13.025

  No H/Q in entry =           5
  In of MODEL   16
    1    H    GLU  37           H        GLU  37   7.069 -10.076 -16.618
    2    HA   GLU  37           HA       GLU  37   5.763 -12.297 -15.198
    3    HB2  GLU  37           HB2      GLU  37   6.398 -13.593 -17.310
    4    HB3  GLU  37           HB3      GLU  37   5.109 -12.410 -17.452
    5    HG2  GLU  37           HG2      GLU  37   6.751 -10.804 -18.373
    6    HG3  GLU  37           HG3      GLU  37   7.964 -12.084 -18.335

  No H/Q in entry =           6
  In of MODEL   16
    1    H    THR  38           H        THR  38   8.480 -10.675 -15.115
    2    HA   THR  38           HA       THR  38  10.158 -13.034 -14.580
    3    HB   THR  38           HB       THR  38  11.124 -10.272 -15.385
    4    HG1  THR  38           HG1      THR  38  11.235 -10.985 -17.431
    5   HG21  THR  38          HG21      THR  38  12.555 -12.920 -15.146
    6   HG23  THR  38          HG22      THR  38  12.760 -11.517 -14.097
    7   HG22  THR  38          HG23      THR  38  13.265 -11.438 -15.784

  No H/Q in entry =           7
  In of MODEL   16
    1    H    LEU  39           H        LEU  39  10.852 -13.190 -12.516
    2    HA   LEU  39           HA       LEU  39  10.330 -10.881 -10.775
    3    HB2  LEU  39           HB2      LEU  39   9.260 -12.280  -9.428
    4    HB3  LEU  39           HB3      LEU  39   9.578 -13.599 -10.537
    5    HG   LEU  39           HG       LEU  39  11.838 -12.946  -8.783
    6   HD11  LEU  39          HD11      LEU  39  10.008 -12.494  -7.234
    7   HD13  LEU  39          HD12      LEU  39  10.872 -13.970  -6.799
    8   HD12  LEU  39          HD13      LEU  39   9.305 -14.069  -7.601
    9   HD21  LEU  39          HD21      LEU  39  10.370 -15.451  -9.579
   10   HD23  LEU  39          HD22      LEU  39  11.776 -15.428  -8.515
   11   HD22  LEU  39          HD23      LEU  39  11.923 -14.873 -10.182

  No H/Q in entry =          11
  In of MODEL   16
    1    H    TYR  40           H        TYR  40  11.871 -10.325  -9.192
    2    HA   TYR  40           HA       TYR  40  14.545 -11.453  -9.623
    3    HB2  TYR  40           HB2      TYR  40  14.070  -8.520  -9.114
    4    HB3  TYR  40           HB3      TYR  40  15.539  -9.301  -9.668
    5    HD1  TYR  40           HD1      TYR  40  16.082  -9.142 -11.869
    6    HD2  TYR  40           HD2      TYR  40  12.000  -8.736 -10.792
    7    HE1  TYR  40           HE1      TYR  40  15.536  -8.546 -14.189
    8    HE2  TYR  40           HE2      TYR  40  11.433  -8.163 -13.112
    9    HH   TYR  40           HH       TYR  40  12.581  -7.203 -15.102

  No H/Q in entry =           9
  In of MODEL   16
    1    H    TYR  41           H        TYR  41  15.306 -12.185  -7.701
    2    HA   TYR  41           HA       TYR  41  14.118 -11.166  -5.238
    3    HB2  TYR  41           HB2      TYR  41  14.355 -13.654  -5.829
    4    HB3  TYR  41           HB3      TYR  41  16.078 -13.435  -5.551
    5    HD1  TYR  41           HD1      TYR  41  16.438 -11.981  -3.203
    6    HD2  TYR  41           HD2      TYR  41  13.313 -14.657  -4.144
    7    HE1  TYR  41           HE1      TYR  41  16.036 -12.335  -0.815
    8    HE2  TYR  41           HE2      TYR  41  12.874 -15.029  -1.804
    9    HH   TYR  41           HH       TYR  41  14.223 -13.020   0.642

  No H/Q in entry =           9
  In of MODEL   16
    1    H    ILE  42           H        ILE  42  15.210  -9.267  -4.799
    2    HA   ILE  42           HA       ILE  42  17.975  -8.932  -5.164
    3    HB   ILE  42           HB       ILE  42  16.364  -7.099  -4.897
    4   HG12  ILE  42          HG12      ILE  42  18.305  -6.710  -2.681
    5   HG13  ILE  42          HG13      ILE  42  18.909  -7.014  -4.314
    6   HG21  ILE  42          HG21      ILE  42  16.286  -7.905  -2.011
    7   HG23  ILE  42          HG22      ILE  42  14.950  -7.931  -3.163
    8   HG22  ILE  42          HG23      ILE  42  15.652  -6.394  -2.660
    9   HD11  ILE  42          HD11      ILE  42  17.363  -5.194  -5.074
   10   HD13  ILE  42          HD12      ILE  42  18.756  -4.690  -4.108
   11   HD12  ILE  42          HD13      ILE  42  17.152  -4.788  -3.370

  No H/Q in entry =          11
  In of MODEL   16
    1    H    VAL  43           H        VAL  43  19.294 -10.456  -4.358
    2    HA   VAL  43           HA       VAL  43  18.724 -11.630  -1.781
    3    HB   VAL  43           HB       VAL  43  20.956 -12.340  -3.679
    4   HG12  VAL  43          HG11      VAL  43  19.631 -14.044  -1.601
    5   HG11  VAL  43          HG12      VAL  43  21.071 -13.073  -1.265
    6   HG13  VAL  43          HG13      VAL  43  21.132 -14.350  -2.481
    7   HG21  VAL  43          HG21      VAL  43  18.110 -13.280  -3.487
    8   HG23  VAL  43          HG22      VAL  43  19.376 -14.248  -4.238
    9   HG22  VAL  43          HG23      VAL  43  18.969 -12.664  -4.899

  No H/Q in entry =           9
  In of MODEL   16
    1    H    LYS  44           H        LYS  44  20.567  -9.308  -3.025
    2    HA   LYS  44           HA       LYS  44  21.999  -8.413  -0.769
    3    HB2  LYS  44           HB2      LYS  44  23.553  -9.700  -3.058
    4    HB3  LYS  44           HB3      LYS  44  24.263  -8.510  -1.982
    5    HG2  LYS  44           HG2      LYS  44  23.218 -11.218  -1.185
    6    HG3  LYS  44           HG3      LYS  44  24.913 -10.746  -1.340
    7    HD2  LYS  44           HD2      LYS  44  24.743  -9.221   0.455
    8    HD3  LYS  44           HD3      LYS  44  22.988  -9.352   0.482
    9    HE2  LYS  44           HE2      LYS  44  24.838 -11.657   1.068
   10    HE3  LYS  44           HE3      LYS  44  24.180 -10.597   2.315
   11    HZ2  LYS  44           HZ1      LYS  44  22.800 -12.580   0.647
   12    HZ1  LYS  44           HZ2      LYS  44  21.933 -11.237   1.185
   13    HZ3  LYS  44           HZ3      LYS  44  22.650 -12.287   2.304

  No H/Q in entry =          13
  In of MODEL   16
    1    H    GLY  45           H        GLY  45  22.743  -6.328  -1.317
    2    HA3  GLY  45           HA2      GLY  45  22.892  -4.399  -2.665
    3    HA2  GLY  45           HA3      GLY  45  22.001  -5.237  -3.943

  No H/Q in entry =           3
  In of MODEL   16
    1    H    SER  46           H        SER  46  21.059  -2.743  -3.022
    2    HA   SER  46           HA       SER  46  18.465  -3.694  -2.255
    3    HB2  SER  46           HB2      SER  46  19.302  -3.152  -0.101
    4    HB3  SER  46           HB3      SER  46  20.080  -1.686  -0.698
    5    HG   SER  46           HG       SER  46  18.293  -0.673  -0.323

  No H/Q in entry =           5
  In of MODEL   16
    1    H    VAL  47           H        VAL  47  16.771  -2.251  -2.831
    2    HA   VAL  47           HA       VAL  47  17.692  -0.415  -4.927
    3    HB   VAL  47           HB       VAL  47  15.929  -1.095  -6.442
    4   HG11  VAL  47          HG11      VAL  47  18.107  -2.196  -6.552
    5   HG13  VAL  47          HG12      VAL  47  16.803  -3.283  -7.038
    6   HG12  VAL  47          HG13      VAL  47  17.527  -3.421  -5.432
    7   HG21  VAL  47          HG21      VAL  47  15.252  -3.071  -4.278
    8   HG23  VAL  47          HG22      VAL  47  14.700  -3.222  -5.948
    9   HG22  VAL  47          HG23      VAL  47  14.208  -1.831  -4.979

  No H/Q in entry =           9
  In of MODEL   16
    1    H    ALA  48           H        ALA  48  15.601   0.647  -5.950
    2    HA   ALA  48           HA       ALA  48  14.211   1.837  -3.660
    3    HB1  ALA  48           HB1      ALA  48  16.102   3.132  -4.985
    4    HB2  ALA  48           HB2      ALA  48  14.641   3.945  -4.424
    5    HB3  ALA  48           HB3      ALA  48  14.772   3.430  -6.106

  No H/Q in entry =           5
  In of MODEL   16
    1    H    VAL  49           H        VAL  49  12.387   0.821  -3.849
    2    HA   VAL  49           HA       VAL  49  11.058   0.126  -6.251
    3    HB   VAL  49           HB       VAL  49  10.319   0.168  -3.331
    4   HG11  VAL  49          HG11      VAL  49   8.360   0.704  -4.878
    5   HG13  VAL  49          HG12      VAL  49   8.178  -0.628  -3.737
    6   HG12  VAL  49          HG13      VAL  49   8.524  -0.958  -5.436
    7   HG22  VAL  49          HG21      VAL  49  11.794  -1.599  -4.065
    8   HG21  VAL  49          HG22      VAL  49  10.670  -2.019  -5.363
    9   HG23  VAL  49          HG23      VAL  49  10.204  -2.264  -3.675

  No H/Q in entry =           9
  In of MODEL   16
    1    H    LEU  50           H        LEU  50   9.543   1.305  -7.368
    2    HA   LEU  50           HA       LEU  50   8.600   3.768  -6.251
    3    HB2  LEU  50           HB2      LEU  50   9.377   5.191  -7.933
    4    HB3  LEU  50           HB3      LEU  50  10.742   4.234  -7.415
    5    HG   LEU  50           HG       LEU  50   9.239   4.055 -10.000
    6   HD13  LEU  50          HD11      LEU  50  10.917   5.754  -9.897
    7   HD12  LEU  50          HD12      LEU  50  11.531   4.406 -10.863
    8   HD11  LEU  50          HD13      LEU  50  12.080   4.614  -9.194
    9   HD22  LEU  50          HD21      LEU  50   9.648   1.792  -9.219
   10   HD21  LEU  50          HD22      LEU  50  11.346   2.185  -8.940
   11   HD23  LEU  50          HD23      LEU  50  10.690   2.198 -10.580

  No H/Q in entry =          11
  In of MODEL   16
    1    H    ILE  51           H        ILE  51   6.832   4.744  -7.224
    2    HA   ILE  51           HA       ILE  51   5.344   2.828  -8.905
    3    HB   ILE  51           HB       ILE  51   3.295   3.802  -7.729
    4   HG12  ILE  51          HG12      ILE  51   3.953   4.281  -5.256
    5   HG13  ILE  51          HG13      ILE  51   5.528   4.683  -5.926
    6   HG23  ILE  51          HG21      ILE  51   3.726   1.551  -7.415
    7   HG22  ILE  51          HG22      ILE  51   3.805   2.166  -5.762
    8   HG21  ILE  51          HG23      ILE  51   5.289   1.855  -6.662
    9   HD11  ILE  51          HD11      ILE  51   2.925   5.996  -6.664
   10   HD13  ILE  51          HD12      ILE  51   4.521   6.420  -7.286
   11   HD12  ILE  51          HD13      ILE  51   4.148   6.656  -5.578

  No H/Q in entry =          11
  In of MODEL   16
    1    H    LYS  52           H        LYS  52   3.307   3.860  -9.800
    2    HA   LYS  52           HA       LYS  52   4.010   6.478 -10.941
    3    HB2  LYS  52           HB2      LYS  52   2.557   4.142 -12.173
    4    HB3  LYS  52           HB3      LYS  52   2.486   5.763 -12.858
    5    HG2  LYS  52           HG2      LYS  52   4.859   5.799 -13.191
    6    HG3  LYS  52           HG3      LYS  52   5.047   4.267 -12.340
    7    HD2  LYS  52           HD2      LYS  52   4.781   3.178 -14.258
    8    HD3  LYS  52           HD3      LYS  52   3.170   3.877 -14.429
    9    HE2  LYS  52           HE2      LYS  52   4.059   4.723 -16.326
   10    HE3  LYS  52           HE3      LYS  52   4.650   5.975 -15.222
   11    HZ2  LYS  52           HZ1      LYS  52   6.113   4.148 -16.819
   12    HZ1  LYS  52           HZ2      LYS  52   6.542   3.966 -15.196
   13    HZ3  LYS  52           HZ3      LYS  52   6.669   5.484 -15.937

  No H/Q in entry =          13
  In of MODEL   16
    1    H    ASP  53           H        ASP  53   2.546   8.056 -10.976
    2    HA   ASP  53           HA       ASP  53   0.299   7.835  -9.149
    3    HB2  ASP  53           HB2      ASP  53   2.186   9.677  -9.290
    4    HB3  ASP  53           HB3      ASP  53   1.094  10.384 -10.469

  No H/Q in entry =           4
  In of MODEL   16
    1    H    GLU  54           H        GLU  54  -1.216  10.071 -10.151
    2    HA   GLU  54           HA       GLU  54  -2.659   8.730 -12.340
    3    HB2  GLU  54           HB2      GLU  54  -3.398  10.618 -10.164
    4    HB3  GLU  54           HB3      GLU  54  -4.235  10.790 -11.700
    5    HG2  GLU  54           HG2      GLU  54  -4.863   8.428 -11.581
    6    HG3  GLU  54           HG3      GLU  54  -4.094   8.327  -9.998

  No H/Q in entry =           6
  In of MODEL   16
    1    H    GLU  55           H        GLU  55  -0.276  11.015 -11.748
    2    HA   GLU  55           HA       GLU  55  -0.927  12.537 -14.213
    3    HB2  GLU  55           HB2      GLU  55   0.695  14.246 -13.158
    4    HB3  GLU  55           HB3      GLU  55  -0.922  14.143 -12.471
    5    HG2  GLU  55           HG2      GLU  55  -0.179  13.006 -10.585
    6    HG3  GLU  55           HG3      GLU  55   1.352  12.574 -11.343

  No H/Q in entry =           6
  In of MODEL   16
    1    H    GLY  56           H        GLY  56   0.579   9.924 -13.446
    2    HA3  GLY  56           HA2      GLY  56   2.287   8.857 -14.636
    3    HA2  GLY  56           HA3      GLY  56   2.657  10.394 -15.406

  No H/Q in entry =           3
  In of MODEL   16
    1    H    LYS  57           H        LYS  57   2.536  10.327 -11.821
    2    HA   LYS  57           HA       LYS  57   5.302  11.093 -11.873
    3    HB2  LYS  57           HB2      LYS  57   3.099  11.792 -10.377
    4    HB3  LYS  57           HB3      LYS  57   3.860  10.597  -9.345
    5    HG2  LYS  57           HG2      LYS  57   5.788  11.884  -9.076
    6    HG3  LYS  57           HG3      LYS  57   5.386  12.926 -10.441
    7    HD2  LYS  57           HD2      LYS  57   5.005  14.002  -8.232
    8    HD3  LYS  57           HD3      LYS  57   3.551  13.907  -9.224
    9    HE2  LYS  57           HE2      LYS  57   3.649  11.544  -7.680
   10    HE3  LYS  57           HE3      LYS  57   4.020  12.875  -6.590
   11    HZ3  LYS  57           HZ1      LYS  57   1.906  13.510  -6.612
   12    HZ2  LYS  57           HZ2      LYS  57   1.525  12.081  -7.438
   13    HZ1  LYS  57           HZ3      LYS  57   1.829  13.517  -8.304

  No H/Q in entry =          13
  In of MODEL   16
    1    H    GLU  58           H        GLU  58   6.799   9.503 -11.760
    2    HA   GLU  58           HA       GLU  58   6.032   6.960 -10.571
    3    HB2  GLU  58           HB2      GLU  58   8.328   6.557 -12.080
    4    HB3  GLU  58           HB3      GLU  58   6.707   6.046 -12.509
    5    HG2  GLU  58           HG2      GLU  58   6.464   8.355 -13.583
    6    HG3  GLU  58           HG3      GLU  58   8.222   8.451 -13.435

  No H/Q in entry =           6
  In of MODEL   16
    1    H    MET  59           H        MET  59   6.738   7.574  -8.332
    2    HA   MET  59           HA       MET  59   9.480   8.530  -8.265
    3    HB2  MET  59           HB2      MET  59   7.105   8.905  -6.449
    4    HB3  MET  59           HB3      MET  59   8.712   9.539  -6.148
    5    HG2  MET  59           HG2      MET  59   8.483  11.029  -8.046
    6    HG3  MET  59           HG3      MET  59   6.905  10.319  -8.414
    7    HE2  MET  59           HE1      MET  59   8.166  10.929  -4.706
    8    HE1  MET  59           HE2      MET  59   6.712   9.951  -4.904
    9    HE3  MET  59           HE3      MET  59   6.618  11.531  -4.120

  No H/Q in entry =           9
  In of MODEL   16
    1    H    ILE  60           H        ILE  60  10.710   7.574  -6.714
    2    HA   ILE  60           HA       ILE  60  10.229   5.014  -5.821
    3    HB   ILE  60           HB       ILE  60  11.914   7.051  -4.384
    4   HG12  ILE  60          HG12      ILE  60  12.646   5.219  -6.676
    5   HG13  ILE  60          HG13      ILE  60  12.459   6.972  -6.773
    6   HG22  ILE  60          HG21      ILE  60  12.153   4.051  -4.509
    7   HG21  ILE  60          HG22      ILE  60  11.483   4.964  -3.157
    8   HG23  ILE  60          HG23      ILE  60  13.180   5.155  -3.595
    9   HD13  ILE  60          HD11      ILE  60  14.393   7.375  -5.667
   10   HD12  ILE  60          HD12      ILE  60  14.804   5.875  -6.502
   11   HD11  ILE  60          HD13      ILE  60  14.343   5.843  -4.796

  No H/Q in entry =          11
  In of MODEL   16
    1    H    LEU  61           H        LEU  61   8.972   4.180  -4.302
    2    HA   LEU  61           HA       LEU  61   7.920   5.995  -2.265
    3    HB2  LEU  61           HB2      LEU  61   5.767   5.182  -2.494
    4    HB3  LEU  61           HB3      LEU  61   6.338   5.258  -4.142
    5    HG   LEU  61           HG       LEU  61   5.054   3.300  -3.967
    6   HD13  LEU  61          HD11      LEU  61   6.598   1.513  -4.449
    7   HD12  LEU  61          HD12      LEU  61   7.926   2.474  -3.793
    8   HD11  LEU  61          HD13      LEU  61   7.076   3.013  -5.243
    9   HD23  LEU  61          HD21      LEU  61   5.854   1.470  -2.316
   10   HD22  LEU  61          HD22      LEU  61   4.759   2.749  -1.777
   11   HD21  LEU  61          HD23      LEU  61   6.481   2.847  -1.407

  No H/Q in entry =          11
  In of MODEL   16
    1    H    SER  62           H        SER  62   9.575   3.130  -3.018
    2    HA   SER  62           HA       SER  62   9.793   2.488  -0.198
    3    HB2  SER  62           HB2      SER  62   7.800   1.188  -0.976
    4    HB3  SER  62           HB3      SER  62   8.831   0.379  -2.150
    5    HG   SER  62           HG       SER  62   9.171  -0.987  -0.568

  No H/Q in entry =           5
  In of MODEL   16
    1    H    TYR  63           H        TYR  63  11.198   0.490  -0.027
    2    HA   TYR  63           HA       TYR  63  13.174   0.024  -1.953
    3    HB2  TYR  63           HB2      TYR  63  14.499   1.080   0.516
    4    HB3  TYR  63           HB3      TYR  63  15.116   0.989  -1.118
    5    HD1  TYR  63           HD1      TYR  63  12.698   2.930   0.944
    6    HD2  TYR  63           HD2      TYR  63  15.403   2.923  -2.316
    7    HE1  TYR  63           HE1      TYR  63  12.498   5.372   0.793
    8    HE2  TYR  63           HE2      TYR  63  15.205   5.361  -2.497
    9    HH   TYR  63           HH       TYR  63  14.637   7.240  -1.145

  No H/Q in entry =           9
  In of MODEL   16
    1    H    LEU  64           H        LEU  64  14.739  -1.218  -1.067
    2    HA   LEU  64           HA       LEU  64  13.552  -3.350   0.508
    3    HB2  LEU  64           HB2      LEU  64  15.437  -3.892  -1.725
    4    HB3  LEU  64           HB3      LEU  64  14.340  -4.978  -0.906
    5    HG   LEU  64           HG       LEU  64  13.578  -2.829  -2.879
    6   HD11  LEU  64          HD11      LEU  64  14.621  -4.932  -3.732
    7   HD13  LEU  64          HD12      LEU  64  12.972  -4.656  -4.289
    8   HD12  LEU  64          HD13      LEU  64  13.285  -5.823  -3.006
    9   HD22  LEU  64          HD21      LEU  64  11.495  -2.906  -2.105
   10   HD21  LEU  64          HD22      LEU  64  12.037  -3.927  -0.773
   11   HD23  LEU  64          HD23      LEU  64  11.477  -4.660  -2.278

  No H/Q in entry =          11
  In of MODEL   16
    1    H    ASN  65           H        ASN  65  15.287  -5.099   0.647
    2    HA   ASN  65           HA       ASN  65  17.779  -4.031   1.634
    3    HB2  ASN  65           HB2      ASN  65  15.758  -4.827   3.435
    4    HB3  ASN  65           HB3      ASN  65  16.964  -6.116   3.441
    5   HD21  ASN  65          HD21      ASN  65  16.491  -2.663   3.828
    6   HD22  ASN  65          HD22      ASN  65  17.888  -2.390   4.804

  No H/Q in entry =           6
  In of MODEL   16
    1    H    GLN  66           H        GLN  66  19.223  -5.817   2.385
    2    HA   GLN  66           HA       GLN  66  19.907  -7.622   0.361
    3    HB2  GLN  66           HB2      GLN  66  20.581  -7.557   3.374
    4    HB3  GLN  66           HB3      GLN  66  21.364  -8.644   2.229
    5    HG2  GLN  66           HG2      GLN  66  22.348  -6.666   0.982
    6    HG3  GLN  66           HG3      GLN  66  21.476  -5.546   2.000
    7   HE22  GLN  66          HE21      GLN  66  24.888  -5.515   3.306
    8   HE21  GLN  66          HE22      GLN  66  23.903  -4.924   1.858

  No H/Q in entry =           8
  In of MODEL   16
    1    H    GLY  67           H        GLY  67  17.596  -8.702  -0.245
    2    HA3  GLY  67           HA2      GLY  67  17.451 -11.239   0.182
    3    HA2  GLY  67           HA3      GLY  67  17.352 -10.716   1.855

  No H/Q in entry =           3
  In of MODEL   16
    1    H    ASP  68           H        ASP  68  15.936  -8.684  -0.554
    2    HA   ASP  68           HA       ASP  68  13.268  -9.356   0.461
    3    HB2  ASP  68           HB2      ASP  68  14.395  -6.946   0.403
    4    HB3  ASP  68           HB3      ASP  68  13.828  -6.970  -1.260

  No H/Q in entry =           4
  In of MODEL   16
    1    H    PHE  69           H        PHE  69  11.734  -8.411  -1.621
    2    HA   PHE  69           HA       PHE  69  12.474 -10.198  -3.831
    3    HB2  PHE  69           HB2      PHE  69   9.707  -9.539  -2.822
    4    HB3  PHE  69           HB3      PHE  69  10.099 -10.655  -4.121
    5    HD1  PHE  69           HD1      PHE  69  10.725 -12.898  -3.661
    6    HD2  PHE  69           HD2      PHE  69  10.285 -10.110  -0.479
    7    HE1  PHE  69           HE1      PHE  69  10.775 -14.745  -2.039
    8    HE2  PHE  69           HE2      PHE  69  10.349 -11.958   1.151
    9    HZ   PHE  69           HZ       PHE  69  10.588 -14.277   0.370

  No H/Q in entry =           9
  In of MODEL   16
    1    H    ILE  70           H        ILE  70  11.564  -9.588  -5.915
    2    HA   ILE  70           HA       ILE  70  10.805  -6.790  -6.271
    3    HB   ILE  70           HB       ILE  70  13.239  -8.123  -7.467
    4   HG12  ILE  70          HG12      ILE  70  12.743  -5.435  -6.177
    5   HG13  ILE  70          HG13      ILE  70  13.719  -6.762  -5.552
    6   HG22  ILE  70          HG21      ILE  70  13.336  -6.248  -9.101
    7   HG21  ILE  70          HG22      ILE  70  11.705  -5.794  -8.616
    8   HG23  ILE  70          HG23      ILE  70  11.995  -7.358  -9.373
    9   HD13  ILE  70          HD11      ILE  70  15.458  -5.689  -6.436
   10   HD12  ILE  70          HD12      ILE  70  14.423  -4.637  -7.402
   11   HD11  ILE  70          HD13      ILE  70  14.860  -6.237  -8.004

  No H/Q in entry =          11
  In of MODEL   16
    1    H    GLY  71           H        GLY  71   9.446  -6.530  -8.018
    2    HA3  GLY  71           HA2      GLY  71   8.240  -7.071  -9.905
    3    HA2  GLY  71           HA3      GLY  71   9.213  -8.525 -10.067

  No H/Q in entry =           3
  In of MODEL   16
    1    H    GLU  72           H        GLU  72   7.846  -8.112  -6.967
    2    HA   GLU  72           HA       GLU  72   6.254 -10.450  -7.278
    3    HB2  GLU  72           HB2      GLU  72   5.603  -8.734  -4.999
    4    HB3  GLU  72           HB3      GLU  72   6.102 -10.414  -5.025
    5    HG2  GLU  72           HG2      GLU  72   7.820  -9.441  -3.862
    6    HG3  GLU  72           HG3      GLU  72   8.462  -9.422  -5.503

  No H/Q in entry =           6
  In of MODEL   16
    1    H    LEU  73           H        LEU  73   5.939  -7.086  -7.304
    2    HA   LEU  73           HA       LEU  73   3.181  -6.757  -7.210
    3    HB2  LEU  73           HB2      LEU  73   5.545  -5.175  -7.820
    4    HB3  LEU  73           HB3      LEU  73   4.120  -4.654  -8.706
    5    HG   LEU  73           HG       LEU  73   4.422  -3.461  -6.558
    6   HD13  LEU  73          HD11      LEU  73   2.257  -3.443  -7.357
    7   HD12  LEU  73          HD12      LEU  73   2.063  -4.101  -5.729
    8   HD11  LEU  73          HD13      LEU  73   2.063  -5.181  -7.128
    9   HD23  LEU  73          HD21      LEU  73   3.728  -4.789  -4.501
   10   HD22  LEU  73          HD22      LEU  73   5.360  -5.073  -5.105
   11   HD21  LEU  73          HD23      LEU  73   4.079  -6.237  -5.443

  No H/Q in entry =          11
  In of MODEL   16
    1    H    GLY  74           H        GLY  74   4.954  -8.270  -9.574
    2    HA3  GLY  74           HA2      GLY  74   2.824  -7.702 -11.537
    3    HA2  GLY  74           HA3      GLY  74   4.492  -8.005 -11.990

  No H/Q in entry =           3
  In of MODEL   16
    1    H    LEU  75           H        LEU  75   4.627 -10.120  -9.831
    2    HA   LEU  75           HA       LEU  75   3.536 -12.254 -11.533
    3    HB2  LEU  75           HB2      LEU  75   5.329 -13.498 -10.876
    4    HB3  LEU  75           HB3      LEU  75   6.008 -11.924 -10.512
    5    HG   LEU  75           HG       LEU  75   4.660 -12.502  -8.199
    6   HD12  LEU  75          HD11      LEU  75   5.924 -15.072  -9.184
    7   HD11  LEU  75          HD12      LEU  75   4.200 -14.791  -8.945
    8   HD13  LEU  75          HD13      LEU  75   5.295 -14.781  -7.563
    9   HD21  LEU  75          HD21      LEU  75   7.020 -11.635  -8.625
   10   HD23  LEU  75          HD22      LEU  75   7.520 -13.326  -8.664
   11   HD22  LEU  75          HD23      LEU  75   6.789 -12.656  -7.205

  No H/Q in entry =          11
  In of MODEL   16
    1    H    PHE  76           H        PHE  76   3.412 -10.882  -8.393
    2    HA   PHE  76           HA       PHE  76   1.685 -13.010  -7.385
    3    HB2  PHE  76           HB2      PHE  76   3.601 -12.801  -6.036
    4    HB3  PHE  76           HB3      PHE  76   3.576 -11.044  -6.124
    5    HD1  PHE  76           HD1      PHE  76   1.273 -13.715  -5.127
    6    HD2  PHE  76           HD2      PHE  76   3.060 -10.010  -4.163
    7    HE1  PHE  76           HE1      PHE  76   0.061 -13.716  -2.961
    8    HE2  PHE  76           HE2      PHE  76   1.860  -9.966  -2.008
    9    HZ   PHE  76           HZ       PHE  76   0.363 -11.825  -1.403

  No H/Q in entry =           9
  In of MODEL   16
    1    H    GLU  77           H        GLU  77   2.003  -9.525  -7.792
    2    HA   GLU  77           HA       GLU  77  -0.268  -8.859  -6.272
    3    HB2  GLU  77           HB2      GLU  77   1.418  -7.179  -6.849
    4    HB3  GLU  77           HB3      GLU  77   0.988  -7.307  -8.548
    5    HG2  GLU  77           HG2      GLU  77  -1.187  -6.645  -6.656
    6    HG3  GLU  77           HG3      GLU  77   0.037  -5.409  -6.931

  No H/Q in entry =           6
  In of MODEL   16
    1    H    GLU  78           H        GLU  78   0.358  -9.648  -9.595
    2    HA   GLU  78           HA       GLU  78  -0.969 -10.842 -10.955
    3    HB2  GLU  78           HB2      GLU  78  -2.872 -10.690  -9.037
    4    HB3  GLU  78           HB3      GLU  78  -3.543  -9.593 -10.238
    5    HG2  GLU  78           HG2      GLU  78  -2.665 -11.809 -11.679
    6    HG3  GLU  78           HG3      GLU  78  -3.442 -12.466 -10.238

  No H/Q in entry =           6
  In of MODEL   16
    1    H    GLY  79           H        GLY  79   0.414  -8.398 -10.969
    2    HA3  GLY  79           HA2      GLY  79  -0.972  -6.222 -12.153
    3    HA2  GLY  79           HA3      GLY  79   0.754  -6.487 -12.181

  No H/Q in entry =           3
  In of MODEL   16
    1    H    GLN  80           H        GLN  80   1.434  -8.245 -13.668
    2    HA   GLN  80           HA       GLN  80   1.735  -8.950 -15.792
    3    HB2  GLN  80           HB2      GLN  80  -1.196  -9.083 -15.404
    4    HB3  GLN  80           HB3      GLN  80  -0.612  -9.198 -17.053
    5    HG2  GLN  80           HG2      GLN  80  -0.983 -11.332 -15.578
    6    HG3  GLN  80           HG3      GLN  80   0.345 -11.228 -16.729
    7   HE21  GLN  80          HE21      GLN  80  -0.541 -11.124 -13.358
    8   HE22  GLN  80          HE22      GLN  80   1.055 -11.369 -12.731

  No H/Q in entry =           8
  In of MODEL   16
    1    H    GLU  81           H        GLU  81   2.473  -6.578 -15.776
    2    HA   GLU  81           HA       GLU  81   2.549  -5.186 -17.967
    3    HB2  GLU  81           HB2      GLU  81  -0.138  -5.118 -17.598
    4    HB3  GLU  81           HB3      GLU  81   0.336  -3.658 -16.740
    5    HG2  GLU  81           HG2      GLU  81   1.626  -3.857 -19.325
    6    HG3  GLU  81           HG3      GLU  81  -0.131  -3.884 -19.448

  No H/Q in entry =           6
  In of MODEL   16
    1    H    ARG  82           H        ARG  82   4.311  -5.138 -16.229
    2    HA   ARG  82           HA       ARG  82   5.659  -4.108 -14.801
    3    HB2  ARG  82           HB2      ARG  82   6.301  -2.278 -15.826
    4    HB3  ARG  82           HB3      ARG  82   4.808  -2.313 -16.741
    5    HG2  ARG  82           HG2      ARG  82   4.650  -1.011 -14.094
    6    HG3  ARG  82           HG3      ARG  82   5.669  -0.208 -15.289
    7    HD2  ARG  82           HD2      ARG  82   3.910   0.420 -16.552
    8    HD3  ARG  82           HD3      ARG  82   3.063  -1.107 -16.309
    9    HE   ARG  82           HE       ARG  82   3.120   0.762 -14.076
   10   HH11  ARG  82          HH11      ARG  82   1.334  -0.639 -16.749
   11   HH12  ARG  82          HH12      ARG  82  -0.214  -0.160 -16.117
   12   HH21  ARG  82          HH21      ARG  82   1.071   1.381 -13.247
   13   HH22  ARG  82          HH22      ARG  82  -0.362   0.988 -14.137

  No H/Q in entry =          13
  In of MODEL   16
    1    H    SER  83           H        SER  83   2.769  -2.071 -14.445
    2    HA   SER  83           HA       SER  83   1.582  -1.343 -12.710
    3    HB2  SER  83           HB2      SER  83   2.728  -3.715 -11.238
    4    HB3  SER  83           HB3      SER  83   1.293  -2.797 -10.782
    5    HG   SER  83           HG       SER  83   0.467  -4.438 -11.902

  No H/Q in entry =           5
  In of MODEL   16
    1    H    ALA  84           H        ALA  84   4.967  -1.947 -11.963
    2    HA   ALA  84           HA       ALA  84   6.449  -0.148 -11.586
    3    HB3  ALA  84           HB1      ALA  84   4.304   1.218  -9.986
    4    HB2  ALA  84           HB2      ALA  84   4.583   1.518 -11.703
    5    HB1  ALA  84           HB3      ALA  84   5.847   1.875 -10.527

  No H/Q in entry =           5
  In of MODEL   16
    1    H    TRP  85           H        TRP  85   7.977  -0.113  -9.863
    2    HA   TRP  85           HA       TRP  85   7.633  -0.589  -7.303
    3    HB2  TRP  85           HB2      TRP  85   6.331  -2.615  -8.270
    4    HB3  TRP  85           HB3      TRP  85   7.928  -3.315  -8.502
    5    HD1  TRP  85           HD1      TRP  85   8.831  -4.575  -6.623
    6    HE1  TRP  85           HE1      TRP  85   8.319  -4.864  -4.111
    7    HE3  TRP  85           HE3      TRP  85   5.305  -0.955  -6.168
    8    HZ2  TRP  85           HZ2      TRP  85   6.626  -3.654  -2.192
    9    HZ3  TRP  85           HZ3      TRP  85   4.284  -0.560  -3.965
   10    HH2  TRP  85           HH2      TRP  85   4.930  -1.881  -2.018

  No H/Q in entry =          10
  In of MODEL   16
    1    H    VAL  86           H        VAL  86   9.713  -0.643 -10.014
    2    HA   VAL  86           HA       VAL  86  11.831  -0.929  -8.126
    3    HB   VAL  86           HB       VAL  86  12.889  -2.646 -10.039
    4   HG12  VAL  86          HG11      VAL  86  12.712  -4.165  -7.988
    5   HG11  VAL  86          HG12      VAL  86  11.953  -2.788  -7.189
    6   HG13  VAL  86          HG13      VAL  86  13.603  -2.654  -7.805
    7   HG22  VAL  86          HG21      VAL  86  11.372  -4.497  -9.963
    8   HG21  VAL  86          HG22      VAL  86  10.555  -3.106 -10.681
    9   HG23  VAL  86          HG23      VAL  86  10.223  -3.560  -9.009

  No H/Q in entry =           9
  In of MODEL   16
    1    H    ARG  87           H        ARG  87  13.764  -0.434  -8.496
    2    HA   ARG  87           HA       ARG  87  14.995   0.469 -10.814
    3    HB2  ARG  87           HB2      ARG  87  13.607   2.504 -10.606
    4    HB3  ARG  87           HB3      ARG  87  14.189   2.722  -8.957
    5    HG2  ARG  87           HG2      ARG  87  16.534   2.653 -10.105
    6    HG3  ARG  87           HG3      ARG  87  15.608   3.121 -11.536
    7    HD2  ARG  87           HD2      ARG  87  16.153   5.162 -10.651
    8    HD3  ARG  87           HD3      ARG  87  14.567   4.876  -9.938
    9    HE   ARG  87           HE       ARG  87  16.081   3.901  -8.025
   10   HH11  ARG  87          HH11      ARG  87  16.556   6.782  -9.938
   11   HH12  ARG  87          HH12      ARG  87  17.378   7.649  -8.683
   12   HH21  ARG  87          HH21      ARG  87  17.179   5.022  -6.351
   13   HH22  ARG  87          HH22      ARG  87  17.739   6.636  -6.627

  No H/Q in entry =          13
  In of MODEL   16
    1    H    ALA  88           H        ALA  88  17.003  -0.391 -10.248
    2    HA   ALA  88           HA       ALA  88  17.829  -1.114  -8.007
    3    HB2  ALA  88           HB1      ALA  88  19.439  -1.767  -9.280
    4    HB3  ALA  88           HB2      ALA  88  20.229  -0.226  -8.968
    5    HB1  ALA  88           HB3      ALA  88  19.192  -0.419 -10.391

  No H/Q in entry =           5
  In of MODEL   16
    1    H    LYS  89           H        LYS  89  18.901  -0.376  -5.852
    2    HA   LYS  89           HA       LYS  89  19.498   2.459  -6.059
    3    HB2  LYS  89           HB2      LYS  89  17.619   1.729  -4.507
    4    HB3  LYS  89           HB3      LYS  89  18.855   0.969  -3.516
    5    HG2  LYS  89           HG2      LYS  89  19.905   3.101  -3.111
    6    HG3  LYS  89           HG3      LYS  89  18.776   3.899  -4.212
    7    HD2  LYS  89           HD2      LYS  89  17.208   4.040  -2.635
    8    HD3  LYS  89           HD3      LYS  89  17.398   2.340  -2.203
    9    HE2  LYS  89           HE2      LYS  89  17.906   3.613  -0.271
   10    HE3  LYS  89           HE3      LYS  89  19.428   2.988  -0.904
   11    HZ3  LYS  89           HZ1      LYS  89  20.078   5.065  -1.625
   12    HZ2  LYS  89           HZ2      LYS  89  19.255   5.461  -0.205
   13    HZ1  LYS  89           HZ3      LYS  89  18.500   5.676  -1.707

  No H/Q in entry =          13
  In of MODEL   16
    1    H    THR  90           H        THR  90  20.767  -0.574  -5.767
    2    HA   THR  90           HA       THR  90  23.389   0.493  -5.256
    3    HB   THR  90           HB       THR  90  23.232  -1.926  -3.688
    4    HG1  THR  90           HG1      THR  90  21.071  -0.497  -3.421
    5   HG23  THR  90          HG21      THR  90  25.089  -0.523  -3.398
    6   HG22  THR  90          HG22      THR  90  24.133  -0.270  -1.935
    7   HG21  THR  90          HG23      THR  90  24.087   0.918  -3.238

  No H/Q in entry =           7
  In of MODEL   16
    1    H    ALA  91           H        ALA  91  24.952  -1.438  -5.446
    2    HA   ALA  91           HA       ALA  91  24.249  -2.947  -7.833
    3    HB1  ALA  91           HB1      ALA  91  26.533  -3.541  -7.987
    4    HB3  ALA  91           HB2      ALA  91  26.782  -3.413  -6.249
    5    HB2  ALA  91           HB3      ALA  91  26.654  -1.952  -7.229

  No H/Q in entry =           5
  In of MODEL   16
    1    H    CYS  92           H        CYS  92  23.021  -4.562  -7.493
    2    HA   CYS  92           HA       CYS  92  23.243  -6.058  -4.934
    3    HB2  CYS  92           HB2      CYS  92  20.928  -6.551  -6.698
    4    HB3  CYS  92           HB3      CYS  92  20.952  -6.240  -4.966
    5    HG   CYS  92           HG       CYS  92  21.704  -3.454  -6.531

  No H/Q in entry =           5
  In of MODEL   16
    1    H    GLU  93           H        GLU  93  21.874  -8.155  -5.603
    2    HA   GLU  93           HA       GLU  93  23.046  -9.635  -7.747
    3    HB2  GLU  93           HB2      GLU  93  23.405 -10.513  -4.853
    4    HB3  GLU  93           HB3      GLU  93  23.807 -11.475  -6.265
    5    HG2  GLU  93           HG2      GLU  93  25.116  -8.837  -5.705
    6    HG3  GLU  93           HG3      GLU  93  25.716 -10.354  -5.033

  No H/Q in entry =           6
  In of MODEL   16
    1    H    VAL  94           H        VAL  94  20.938  -9.994  -8.488
    2    HA   VAL  94           HA       VAL  94  18.978 -10.659  -6.391
    3    HB   VAL  94           HB       VAL  94  17.201 -10.165  -8.044
    4   HG12  VAL  94          HG11      VAL  94  17.998  -7.583  -8.191
    5   HG11  VAL  94          HG12      VAL  94  19.007  -8.197  -6.878
    6   HG13  VAL  94          HG13      VAL  94  17.249  -8.342  -6.789
    7   HG22  VAL  94          HG21      VAL  94  18.353 -10.459 -10.117
    8   HG21  VAL  94          HG22      VAL  94  19.466  -9.146  -9.731
    9   HG23  VAL  94          HG23      VAL  94  17.759  -8.801 -10.010

  No H/Q in entry =           9
  In of MODEL   16
    1    H    ALA  95           H        ALA  95  17.614 -12.376  -6.619
    2    HA   ALA  95           HA       ALA  95  18.660 -14.438  -8.399
    3    HB2  ALA  95           HB1      ALA  95  17.868 -15.901  -6.878
    4    HB1  ALA  95           HB2      ALA  95  16.345 -15.031  -6.700
    5    HB3  ALA  95           HB3      ALA  95  17.775 -14.501  -5.813

  No H/Q in entry =           5
  In of MODEL   16
    1    H    GLU  96           H        GLU  96  17.939 -13.709 -10.325
    2    HA   GLU  96           HA       GLU  96  15.051 -13.239 -10.494
    3    HB2  GLU  96           HB2      GLU  96  15.394 -11.822 -12.390
    4    HB3  GLU  96           HB3      GLU  96  16.430 -11.276 -11.075
    5    HG2  GLU  96           HG2      GLU  96  18.295 -12.554 -12.157
    6    HG3  GLU  96           HG3      GLU  96  17.217 -12.832 -13.521

  No H/Q in entry =           6
  In of MODEL   16
    1    H    ILE  97           H        ILE  97  13.848 -14.244 -11.626
    2    HA   ILE  97           HA       ILE  97  14.620 -15.756 -13.910
    3    HB   ILE  97           HB       ILE  97  13.506 -17.846 -13.043
    4   HG12  ILE  97          HG12      ILE  97  14.349 -16.956 -10.331
    5   HG13  ILE  97          HG13      ILE  97  12.726 -16.612 -10.919
    6   HG21  ILE  97          HG21      ILE  97  15.950 -17.330 -13.502
    7   HG23  ILE  97          HG22      ILE  97  15.489 -18.803 -12.655
    8   HG22  ILE  97          HG23      ILE  97  16.104 -17.418 -11.748
    9   HD12  ILE  97          HD11      ILE  97  13.980 -19.228 -10.271
   10   HD11  ILE  97          HD12      ILE  97  12.722 -19.158 -11.499
   11   HD13  ILE  97          HD13      ILE  97  12.380 -18.611  -9.862

  No H/Q in entry =          11
  In of MODEL   16
    1    H    SER  98           H        SER  98  12.532 -17.164 -14.512
    2    HA   SER  98           HA       SER  98  10.415 -15.151 -14.553
    3    HB2  SER  98           HB2      SER  98  10.589 -17.534 -16.356
    4    HB3  SER  98           HB3      SER  98   9.628 -16.072 -16.590
    5    HG   SER  98           HG       SER  98  12.262 -15.506 -16.257

  No H/Q in entry =           5
  In of MODEL   16
    1    H    TYR  99           H        TYR  99   9.177 -15.643 -12.447
    2    HA   TYR  99           HA       TYR  99   8.291 -17.575 -11.339
    3    HB2  TYR  99           HB2      TYR  99   6.239 -16.524 -10.792
    4    HB3  TYR  99           HB3      TYR  99   7.376 -15.238 -11.160
    5    HD1  TYR  99           HD1      TYR  99   7.057 -15.757 -14.274
    6    HD2  TYR  99           HD2      TYR  99   4.312 -15.013 -11.102
    7    HE1  TYR  99           HE1      TYR  99   5.488 -14.776 -15.867
    8    HE2  TYR  99           HE2      TYR  99   2.735 -14.021 -12.701
    9    HH   TYR  99           HH       TYR  99   2.745 -12.982 -14.905

  No H/Q in entry =           9
  In of MODEL   16
    1    H    LYS 100           H        LYS 100   7.768 -17.958 -14.743
    2    HA   LYS 100           HA       LYS 100   5.405 -19.453 -14.386
    3    HB2  LYS 100           HB2      LYS 100   6.009 -19.191 -16.652
    4    HB3  LYS 100           HB3      LYS 100   7.674 -19.656 -16.347
    5    HG2  LYS 100           HG2      LYS 100   7.083 -21.947 -16.136
    6    HG3  LYS 100           HG3      LYS 100   5.360 -21.563 -16.141
    7    HD2  LYS 100           HD2      LYS 100   6.994 -20.696 -18.466
    8    HD3  LYS 100           HD3      LYS 100   6.612 -22.412 -18.317
    9    HE2  LYS 100           HE2      LYS 100   4.226 -21.849 -18.155
   10    HE3  LYS 100           HE3      LYS 100   4.625 -20.142 -18.346
   11    HZ1  LYS 100           HZ1      LYS 100   5.401 -22.154 -20.365
   12    HZ3  LYS 100           HZ2      LYS 100   5.297 -20.476 -20.542
   13    HZ2  LYS 100           HZ3      LYS 100   3.888 -21.403 -20.396

  No H/Q in entry =          13
  In of MODEL   16
    1    H    LYS 101           H        LYS 101   8.838 -20.168 -14.139
    2    HA   LYS 101           HA       LYS 101   8.536 -22.800 -13.109
    3    HB2  LYS 101           HB2      LYS 101  10.631 -21.191 -14.089
    4    HB3  LYS 101           HB3      LYS 101  11.083 -21.641 -12.449
    5    HG2  LYS 101           HG2      LYS 101  10.682 -23.989 -13.011
    6    HG3  LYS 101           HG3      LYS 101  10.300 -23.506 -14.663
    7    HD2  LYS 101           HD2      LYS 101  12.601 -24.308 -14.519
    8    HD3  LYS 101           HD3      LYS 101  12.567 -22.589 -14.911
    9    HE2  LYS 101           HE2      LYS 101  13.123 -22.002 -12.651
   10    HE3  LYS 101           HE3      LYS 101  12.950 -23.673 -12.122
   11    HZ2  LYS 101           HZ1      LYS 101  15.287 -22.779 -12.538
   12    HZ1  LYS 101           HZ2      LYS 101  14.925 -22.919 -14.183
   13    HZ3  LYS 101           HZ3      LYS 101  14.902 -24.291 -13.197

  No H/Q in entry =          13
  In of MODEL   16
    1    H    PHE 102           H        PHE 102   9.123 -19.655 -11.650
    2    HA   PHE 102           HA       PHE 102   9.728 -20.621  -9.099
    3    HB2  PHE 102           HB2      PHE 102  10.136 -18.276  -9.947
    4    HB3  PHE 102           HB3      PHE 102   8.446 -17.951  -9.612
    5    HD1  PHE 102           HD1      PHE 102   9.256 -16.163  -8.035
    6    HD2  PHE 102           HD2      PHE 102  10.068 -20.252  -7.435
    7    HE1  PHE 102           HE1      PHE 102   9.733 -15.693  -5.704
    8    HE2  PHE 102           HE2      PHE 102  10.561 -19.808  -5.088
    9    HZ   PHE 102           HZ       PHE 102  10.406 -17.518  -4.194

  No H/Q in entry =           9
  In of MODEL   16
    1    H    ARG 103           H        ARG 103   6.766 -19.229 -10.330
    2    HA   ARG 103           HA       ARG 103   5.112 -19.439  -8.224
    3    HB2  ARG 103           HB2      ARG 103   3.334 -19.149  -9.614
    4    HB3  ARG 103           HB3      ARG 103   4.636 -18.680 -10.688
    5    HG2  ARG 103           HG2      ARG 103   4.074 -20.248 -12.154
    6    HG3  ARG 103           HG3      ARG 103   4.090 -21.506 -10.915
    7    HD2  ARG 103           HD2      ARG 103   1.804 -19.576 -11.156
    8    HD3  ARG 103           HD3      ARG 103   1.877 -21.027 -12.154
    9    HE   ARG 103           HE       ARG 103   2.095 -22.211  -9.886
   10   HH11  ARG 103          HH11      ARG 103   0.190 -19.321 -10.443
   11   HH12  ARG 103          HH12      ARG 103  -0.910 -19.642  -9.146
   12   HH21  ARG 103          HH21      ARG 103   0.632 -22.659  -8.212
   13   HH22  ARG 103          HH22      ARG 103  -0.667 -21.556  -7.881

  No H/Q in entry =          13
  In of MODEL   16
    1    H    GLN 104           H        GLN 104   6.368 -21.997 -10.072
    2    HA   GLN 104           HA       GLN 104   4.487 -23.963  -8.949
    3    HB2  GLN 104           HB2      GLN 104   6.652 -24.189 -11.019
    4    HB3  GLN 104           HB3      GLN 104   5.830 -25.598 -10.353
    5    HG2  GLN 104           HG2      GLN 104   3.814 -23.798 -11.083
    6    HG3  GLN 104           HG3      GLN 104   4.974 -23.797 -12.409
    7   HE21  GLN 104          HE21      GLN 104   2.612 -25.614 -10.667
    8   HE22  GLN 104          HE22      GLN 104   2.573 -26.977 -11.728

  No H/Q in entry =           8
  In of MODEL   16
    1    H    LEU 105           H        LEU 105   7.834 -23.005  -8.410
    2    HA   LEU 105           HA       LEU 105   8.154 -25.130  -6.410
    3    HB2  LEU 105           HB2      LEU 105  10.357 -24.517  -6.379
    4    HB3  LEU 105           HB3      LEU 105   9.959 -23.589  -7.807
    5    HG   LEU 105           HG       LEU 105   9.610 -21.605  -6.238
    6   HD13  LEU 105          HD11      LEU 105  10.240 -21.650  -4.081
    7   HD12  LEU 105          HD12      LEU 105  11.546 -22.801  -4.382
    8   HD11  LEU 105          HD13      LEU 105   9.882 -23.377  -4.201
    9   HD23  LEU 105          HD21      LEU 105  12.197 -21.461  -5.991
   10   HD22  LEU 105          HD22      LEU 105  11.466 -21.495  -7.597
   11   HD21  LEU 105          HD23      LEU 105  12.171 -22.960  -6.919

  No H/Q in entry =          11
  In of MODEL   16
    1    H    ILE 106           H        ILE 106   7.383 -21.443  -6.408
    2    HA   ILE 106           HA       ILE 106   6.859 -21.386  -3.703
    3    HB   ILE 106           HB       ILE 106   5.562 -19.414  -3.968
    4   HG12  ILE 106          HG12      ILE 106   5.352 -18.712  -6.571
    5   HG13  ILE 106          HG13      ILE 106   5.056 -20.448  -6.676
    6   HG23  ILE 106          HG21      ILE 106   7.227 -18.096  -4.689
    7   HG22  ILE 106          HG22      ILE 106   7.470 -19.020  -6.170
    8   HG21  ILE 106          HG23      ILE 106   8.104 -19.627  -4.637
    9   HD11  ILE 106          HD11      ILE 106   3.388 -19.986  -4.731
   10   HD13  ILE 106          HD12      ILE 106   2.935 -19.624  -6.402
   11   HD12  ILE 106          HD13      ILE 106   3.462 -18.327  -5.329

  No H/Q in entry =          11
  In of MODEL   16
    1    H    GLN 107           H        GLN 107   5.333 -23.294  -5.776
    2    HA   GLN 107           HA       GLN 107   2.782 -23.142  -4.378
    3    HB2  GLN 107           HB2      GLN 107   1.597 -23.668  -6.240
    4    HB3  GLN 107           HB3      GLN 107   3.003 -23.010  -7.057
    5    HG2  GLN 107           HG2      GLN 107   3.875 -25.195  -7.458
    6    HG3  GLN 107           HG3      GLN 107   2.619 -25.931  -6.462
    7   HE21  GLN 107          HE21      GLN 107   1.789 -27.199  -8.090
    8   HE22  GLN 107          HE22      GLN 107   0.911 -26.545  -9.433

  No H/Q in entry =           8
  In of MODEL   16
    1    H    VAL 108           H        VAL 108   5.624 -24.808  -4.825
    2    HA   VAL 108           HA       VAL 108   4.646 -27.428  -4.081
    3    HB   VAL 108           HB       VAL 108   6.822 -26.521  -5.537
    4   HG12  VAL 108          HG11      VAL 108   7.873 -27.556  -2.912
    5   HG11  VAL 108          HG12      VAL 108   8.054 -25.916  -3.534
    6   HG13  VAL 108          HG13      VAL 108   8.827 -27.264  -4.366
    7   HG22  VAL 108          HG21      VAL 108   7.486 -28.858  -5.645
    8   HG21  VAL 108          HG22      VAL 108   5.740 -28.657  -5.788
    9   HG23  VAL 108          HG23      VAL 108   6.441 -29.217  -4.270

  No H/Q in entry =           9
  In of MODEL   16
    1    H    ASN 109           H        ASN 109   5.896 -24.559  -2.742
    2    HA   ASN 109           HA       ASN 109   6.053 -25.749  -0.051
    3    HB2  ASN 109           HB2      ASN 109   7.669 -23.505  -1.262
    4    HB3  ASN 109           HB3      ASN 109   7.643 -23.860   0.461
    5   HD21  ASN 109          HD21      ASN 109   9.703 -23.961  -1.745
    6   HD22  ASN 109          HD22      ASN 109  10.436 -25.513  -1.559

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   PRO 110           HA       PRO 110   2.624 -22.837   0.258
    2    HB2  PRO 110           HB2      PRO 110   1.746 -23.717   2.666
    3    HB3  PRO 110           HB3      PRO 110   1.464 -24.620   1.175
    4    HG2  PRO 110           HG2      PRO 110   3.533 -25.063   3.297
    5    HG3  PRO 110           HG3      PRO 110   2.534 -26.254   2.444
    6    HD2  PRO 110           HD2      PRO 110   5.121 -25.727   1.790
    7    HD3  PRO 110           HD3      PRO 110   3.913 -26.285   0.616

  No H/Q in entry =           7
  In of MODEL   16
    1    H    ASP 111           H        ASP 111   5.520 -22.893   2.064
    2    HA   ASP 111           HA       ASP 111   4.676 -20.537   3.555
    3    HB2  ASP 111           HB2      ASP 111   7.080 -20.917   4.594
    4    HB3  ASP 111           HB3      ASP 111   5.648 -21.750   5.187

  No H/Q in entry =           4
  In of MODEL   16
    1    H    ILE 112           H        ILE 112   6.220 -21.310   0.649
    2    HA   ILE 112           HA       ILE 112   8.333 -19.376   0.786
    3    HB   ILE 112           HB       ILE 112   7.334 -21.162  -1.419
    4   HG12  ILE 112          HG12      ILE 112   9.298 -21.127   0.644
    5   HG13  ILE 112          HG13      ILE 112   8.944 -22.410  -0.501
    6   HG22  ILE 112          HG21      ILE 112   9.389 -18.958  -1.720
    7   HG21  ILE 112          HG22      ILE 112   7.797 -19.007  -2.482
    8   HG23  ILE 112          HG23      ILE 112   9.020 -20.207  -2.910
    9   HD12  ILE 112          HD11      ILE 112  11.303 -21.684  -0.436
   10   HD11  ILE 112          HD12      ILE 112  10.788 -20.123  -1.071
   11   HD13  ILE 112          HD13      ILE 112  10.554 -21.587  -2.024

  No H/Q in entry =          11
  In of MODEL   16
    1    H    LEU 113           H        LEU 113   5.249 -19.527  -0.867
    2    HA   LEU 113           HA       LEU 113   5.548 -16.938  -1.976
    3    HB2  LEU 113           HB2      LEU 113   4.093 -18.654  -2.955
    4    HB3  LEU 113           HB3      LEU 113   3.058 -18.576  -1.540
    5    HG   LEU 113           HG       LEU 113   2.652 -16.164  -2.067
    6   HD12  LEU 113          HD11      LEU 113   3.079 -15.755  -4.629
    7   HD11  LEU 113          HD12      LEU 113   4.403 -16.890  -4.357
    8   HD13  LEU 113          HD13      LEU 113   4.315 -15.398  -3.424
    9   HD22  LEU 113          HD21      LEU 113   0.786 -16.972  -2.912
   10   HD21  LEU 113          HD22      LEU 113   1.589 -18.503  -3.260
   11   HD23  LEU 113          HD23      LEU 113   1.590 -17.211  -4.462

  No H/Q in entry =          11
  In of MODEL   16
    1    H    MET 114           H        MET 114   4.533 -18.245   0.967
    2    HA   MET 114           HA       MET 114   3.003 -16.011   1.913
    3    HB2  MET 114           HB2      MET 114   3.276 -18.633   2.703
    4    HB3  MET 114           HB3      MET 114   4.162 -17.768   3.952
    5    HG2  MET 114           HG2      MET 114   1.364 -17.077   3.116
    6    HG3  MET 114           HG3      MET 114   1.746 -18.189   4.427
    7    HE1  MET 114           HE1      MET 114   0.044 -16.543   5.723
    8    HE3  MET 114           HE2      MET 114   0.006 -15.204   4.574
    9    HE2  MET 114           HE3      MET 114   0.467 -14.915   6.251

  No H/Q in entry =           9
  In of MODEL   16
    1    H    ARG 115           H        ARG 115   6.297 -17.017   1.899
    2    HA   ARG 115           HA       ARG 115   7.241 -15.229   3.889
    3    HB2  ARG 115           HB2      ARG 115   8.426 -16.991   1.802
    4    HB3  ARG 115           HB3      ARG 115   9.416 -15.624   2.328
    5    HG2  ARG 115           HG2      ARG 115   8.170 -17.339   4.403
    6    HG3  ARG 115           HG3      ARG 115   9.534 -17.987   3.493
    7    HD2  ARG 115           HD2      ARG 115   9.700 -15.267   4.734
    8    HD3  ARG 115           HD3      ARG 115   9.962 -16.705   5.715
    9    HE   ARG 115           HE       ARG 115  11.826 -17.264   4.255
   10   HH11  ARG 115          HH11      ARG 115  10.617 -13.974   4.082
   11   HH12  ARG 115          HH12      ARG 115  12.083 -13.346   3.403
   12   HH21  ARG 115          HH21      ARG 115  13.748 -16.449   3.407
   13   HH22  ARG 115          HH22      ARG 115  13.869 -14.755   3.007

  No H/Q in entry =          13
  In of MODEL   16
    1    H    LEU 116           H        LEU 116   6.902 -15.153   0.328
    2    HA   LEU 116           HA       LEU 116   7.878 -12.558  -0.001
    3    HB2  LEU 116           HB2      LEU 116   7.779 -13.991  -1.873
    4    HB3  LEU 116           HB3      LEU 116   6.081 -14.343  -1.614
    5    HG   LEU 116           HG       LEU 116   6.219 -11.569  -2.024
    6   HD12  LEU 116          HD11      LEU 116   7.714 -12.994  -4.190
    7   HD11  LEU 116          HD12      LEU 116   8.494 -12.034  -2.933
    8   HD13  LEU 116          HD13      LEU 116   7.369 -11.273  -4.052
    9   HD21  LEU 116          HD21      LEU 116   5.415 -13.796  -3.878
   10   HD23  LEU 116          HD22      LEU 116   5.058 -12.083  -4.130
   11   HD22  LEU 116          HD23      LEU 116   4.374 -12.935  -2.739

  No H/Q in entry =          11
  In of MODEL   16
    1    H    SER 117           H        SER 117   4.574 -13.745   0.399
    2    HA   SER 117           HA       SER 117   3.134 -11.479  -0.170
    3    HB2  SER 117           HB2      SER 117   1.444 -12.430   1.511
    4    HB3  SER 117           HB3      SER 117   1.886 -13.436   0.135
    5    HG   SER 117           HG       SER 117   2.296 -13.830   2.807

  No H/Q in entry =           5
  In of MODEL   16
    1    H    ALA 118           H        ALA 118   4.401 -12.502   2.922
    2    HA   ALA 118           HA       ALA 118   3.469 -10.447   4.524
    3    HB2  ALA 118           HB1      ALA 118   4.759 -11.313   6.187
    4    HB1  ALA 118           HB2      ALA 118   6.129 -11.617   5.113
    5    HB3  ALA 118           HB3      ALA 118   4.727 -12.686   5.077

  No H/Q in entry =           5
  In of MODEL   16
    1    H    GLN 119           H        GLN 119   6.178 -10.499   2.310
    2    HA   GLN 119           HA       GLN 119   7.511  -8.236   3.395
    3    HB2  GLN 119           HB2      GLN 119   7.614  -9.787   0.875
    4    HB3  GLN 119           HB3      GLN 119   8.121  -8.110   0.750
    5    HG2  GLN 119           HG2      GLN 119   9.729 -10.179   1.417
    6    HG3  GLN 119           HG3      GLN 119  10.048  -8.493   1.811
    7   HE21  GLN 119          HE21      GLN 119   8.909 -11.560   3.014
    8   HE22  GLN 119          HE22      GLN 119   9.084 -11.185   4.691

  No H/Q in entry =           8
  In of MODEL   16
    1    H    MET 120           H        MET 120   5.546  -8.499   0.384
    2    HA   MET 120           HA       MET 120   4.922  -5.916   0.044
    3    HB2  MET 120           HB2      MET 120   3.721  -8.470  -0.658
    4    HB3  MET 120           HB3      MET 120   2.543  -7.162  -0.585
    5    HG2  MET 120           HG2      MET 120   3.345  -6.152  -2.416
    6    HG3  MET 120           HG3      MET 120   5.023  -6.478  -1.983
    7    HE1  MET 120           HE1      MET 120   5.882  -8.924  -1.875
    8    HE3  MET 120           HE2      MET 120   5.479 -10.144  -3.081
    9    HE2  MET 120           HE3      MET 120   4.453  -9.940  -1.665

  No H/Q in entry =           9
  In of MODEL   16
    1    H    ALA 121           H        ALA 121   3.398  -8.030   2.378
    2    HA   ALA 121           HA       ALA 121   1.212  -6.336   2.994
    3    HB3  ALA 121           HB1      ALA 121   0.751  -7.790   4.762
    4    HB2  ALA 121           HB2      ALA 121   2.443  -8.247   4.953
    5    HB1  ALA 121           HB3      ALA 121   1.527  -8.824   3.562

  No H/Q in entry =           5
  In of MODEL   16
    1    H    ARG 122           H        ARG 122   4.539  -6.437   3.856
    2    HA   ARG 122           HA       ARG 122   4.267  -4.720   6.111
    3    HB2  ARG 122           HB2      ARG 122   6.448  -6.150   4.806
    4    HB3  ARG 122           HB3      ARG 122   6.917  -4.564   5.422
    5    HG2  ARG 122           HG2      ARG 122   7.179  -6.535   7.008
    6    HG3  ARG 122           HG3      ARG 122   6.330  -5.116   7.630
    7    HD2  ARG 122           HD2      ARG 122   4.199  -6.329   6.806
    8    HD3  ARG 122           HD3      ARG 122   5.215  -7.768   6.791
    9    HE   ARG 122           HE       ARG 122   4.357  -6.231   9.129
   10   HH11  ARG 122          HH11      ARG 122   6.036  -9.016   7.814
   11   HH12  ARG 122          HH12      ARG 122   6.051  -9.869   9.327
   12   HH21  ARG 122          HH21      ARG 122   4.405  -7.361  11.106
   13   HH22  ARG 122          HH22      ARG 122   5.133  -8.938  11.180

  No H/Q in entry =          13
  In of MODEL   16
    1    H    ARG 123           H        ARG 123   4.617  -4.378   2.799
    2    HA   ARG 123           HA       ARG 123   5.489  -1.682   2.682
    3    HB2  ARG 123           HB2      ARG 123   4.402  -3.688   0.739
    4    HB3  ARG 123           HB3      ARG 123   4.351  -1.986   0.302
    5    HG2  ARG 123           HG2      ARG 123   6.325  -2.713  -0.628
    6    HG3  ARG 123           HG3      ARG 123   6.853  -1.985   0.883
    7    HD2  ARG 123           HD2      ARG 123   7.791  -3.895   1.491
    8    HD3  ARG 123           HD3      ARG 123   6.239  -4.717   1.356
    9    HE   ARG 123           HE       ARG 123   6.813  -5.055  -1.043
   10   HH11  ARG 123          HH11      ARG 123   9.372  -4.411   1.248
   11   HH12  ARG 123          HH12      ARG 123  10.557  -5.339   0.391
   12   HH21  ARG 123          HH21      ARG 123   8.389  -6.256  -2.227
   13   HH22  ARG 123          HH22      ARG 123  10.005  -6.370  -1.583

  No H/Q in entry =          13
  In of MODEL   16
    1    H    LEU 124           H        LEU 124   2.484  -3.470   2.789
    2    HA   LEU 124           HA       LEU 124   0.680  -1.376   2.306
    3    HB2  LEU 124           HB2      LEU 124   0.602  -3.958   3.814
    4    HB3  LEU 124           HB3      LEU 124  -0.654  -2.794   4.161
    5    HG   LEU 124           HG       LEU 124  -0.656  -4.738   2.166
    6   HD13  LEU 124          HD11      LEU 124  -2.617  -3.978   3.247
    7   HD12  LEU 124          HD12      LEU 124  -2.789  -3.622   1.527
    8   HD11  LEU 124          HD13      LEU 124  -2.377  -2.331   2.660
    9   HD21  LEU 124          HD21      LEU 124   0.726  -3.229   0.774
   10   HD23  LEU 124          HD22      LEU 124  -0.558  -2.021   0.878
   11   HD22  LEU 124          HD23      LEU 124  -0.867  -3.571   0.097

  No H/Q in entry =          11
  In of MODEL   16
    1    H    GLN 125           H        GLN 125   2.449  -2.514   5.084
    2    HA   GLN 125           HA       GLN 125   1.294  -0.582   6.877
    3    HB2  GLN 125           HB2      GLN 125   3.257  -2.786   7.128
    4    HB3  GLN 125           HB3      GLN 125   3.363  -1.478   8.301
    5    HG2  GLN 125           HG2      GLN 125   1.033  -3.290   7.762
    6    HG3  GLN 125           HG3      GLN 125   1.975  -3.137   9.243
    7   HE21  GLN 125          HE21      GLN 125  -0.919  -2.795   8.567
    8   HE22  GLN 125          HE22      GLN 125  -1.345  -1.256   9.228

  No H/Q in entry =           8
  In of MODEL   16
    1    H    VAL 126           H        VAL 126   3.709  -0.265   4.471
    2    HA   VAL 126           HA       VAL 126   5.147   1.704   6.071
    3    HB   VAL 126           HB       VAL 126   6.374  -0.071   4.635
    4   HG11  VAL 126          HG11      VAL 126   4.957   0.271   2.602
    5   HG13  VAL 126          HG12      VAL 126   6.695   0.359   2.315
    6   HG12  VAL 126          HG13      VAL 126   5.739   1.839   2.395
    7   HG22  VAL 126          HG21      VAL 126   7.636   1.669   5.560
    8   HG21  VAL 126          HG22      VAL 126   6.940   2.863   4.463
    9   HG23  VAL 126          HG23      VAL 126   8.047   1.635   3.843

  No H/Q in entry =           9
  In of MODEL   16
    1    H    THR 127           H        THR 127   3.137   1.211   3.223
    2    HA   THR 127           HA       THR 127   3.117   4.013   2.493
    3    HB   THR 127           HB       THR 127   1.156   2.023   1.416
    4    HG1  THR 127           HG1      THR 127   3.753   2.214   0.314
    5   HG21  THR 127          HG21      THR 127   1.066   4.357   0.657
    6   HG23  THR 127          HG22      THR 127   1.510   3.273  -0.661
    7   HG22  THR 127          HG23      THR 127   2.747   4.252   0.130

  No H/Q in entry =           7
  In of MODEL   16
    1    H    SER 128           H        SER 128   1.446   2.447   5.204
    2    HA   SER 128           HA       SER 128  -0.976   3.707   4.286
    3    HB2  SER 128           HB2      SER 128  -0.439   1.573   6.369
    4    HB3  SER 128           HB3      SER 128  -1.939   2.497   6.316
    5    HG   SER 128           HG       SER 128  -0.913   0.662   4.435

  No H/Q in entry =           5
  In of MODEL   16
    1    H    GLU 129           H        GLU 129   1.816   3.726   6.165
    2    HA   GLU 129           HA       GLU 129   0.735   5.483   8.229
    3    HB2  GLU 129           HB2      GLU 129   2.297   3.399   8.573
    4    HB3  GLU 129           HB3      GLU 129   3.570   4.538   8.162
    5    HG2  GLU 129           HG2      GLU 129   2.711   6.015   9.996
    6    HG3  GLU 129           HG3      GLU 129   1.656   4.685  10.473

  No H/Q in entry =           6
  In of MODEL   16
    1    H    LYS 130           H        LYS 130   2.011   6.002   5.174
    2    HA   LYS 130           HA       LYS 130   2.735   8.683   5.904
    3    HB2  LYS 130           HB2      LYS 130   4.678   6.603   5.001
    4    HB3  LYS 130           HB3      LYS 130   4.814   8.189   4.257
    5    HG2  LYS 130           HG2      LYS 130   5.593   9.159   6.143
    6    HG3  LYS 130           HG3      LYS 130   4.613   8.143   7.201
    7    HD2  LYS 130           HD2      LYS 130   6.906   6.967   5.678
    8    HD3  LYS 130           HD3      LYS 130   7.197   7.856   7.173
    9    HE2  LYS 130           HE2      LYS 130   5.435   5.429   6.835
   10    HE3  LYS 130           HE3      LYS 130   7.004   5.481   7.635
   11    HZ2  LYS 130           HZ1      LYS 130   4.502   6.809   8.524
   12    HZ1  LYS 130           HZ2      LYS 130   6.014   7.076   9.235
   13    HZ3  LYS 130           HZ3      LYS 130   5.312   5.532   9.297

  No H/Q in entry =          13
  In of MODEL   16
    1    H    VAL 131           H        VAL 131   0.499   8.014   4.680
    2    HA   VAL 131           HA       VAL 131   0.697   7.575   1.863
    3    HB   VAL 131           HB       VAL 131  -1.835   8.714   2.464
    4   HG12  VAL 131          HG11      VAL 131  -2.531   6.280   2.060
    5   HG11  VAL 131          HG12      VAL 131  -0.819   5.999   1.741
    6   HG13  VAL 131          HG13      VAL 131  -1.723   7.159   0.761
    7   HG21  VAL 131          HG21      VAL 131  -0.971   6.640   4.465
    8   HG23  VAL 131          HG22      VAL 131  -2.634   7.161   4.185
    9   HG22  VAL 131          HG23      VAL 131  -1.443   8.307   4.798

  No H/Q in entry =           9
  In of MODEL   16
    1    H    GLY 132           H        GLY 132   1.582  10.283   3.389
    2    HA3  GLY 132           HA2      GLY 132   1.335  11.941   1.157
    3    HA2  GLY 132           HA3      GLY 132  -0.019  12.308   2.214

  No H/Q in entry =           3
  In of MODEL   16
    1    H    ASN 133           H        ASN 133   3.202  11.354   3.184
    2    HA   ASN 133           HA       ASN 133   3.293  13.635   4.915
    3    HB2  ASN 133           HB2      ASN 133   5.280  11.392   4.475
    4    HB3  ASN 133           HB3      ASN 133   5.485  12.677   5.666
    5   HD21  ASN 133          HD21      ASN 133   5.232  11.621   7.575
    6   HD22  ASN 133          HD22      ASN 133   3.837  10.701   8.005

  No H/Q in entry =           6
  In of MODEL   16
    1    H    LEU 134           H        LEU 134   4.703  12.672   1.818
    2    HA   LEU 134           HA       LEU 134   6.521  14.911   1.844
    3    HB2  LEU 134           HB2      LEU 134   6.869  14.354  -0.568
    4    HB3  LEU 134           HB3      LEU 134   7.286  13.092   0.571
    5    HG   LEU 134           HG       LEU 134   4.620  12.602  -0.215
    6   HD13  LEU 134          HD11      LEU 134   5.004  14.077  -2.131
    7   HD12  LEU 134          HD12      LEU 134   4.865  12.394  -2.643
    8   HD11  LEU 134          HD13      LEU 134   6.451  13.160  -2.549
    9   HD21  LEU 134          HD21      LEU 134   7.270  11.352  -0.881
   10   HD23  LEU 134          HD22      LEU 134   5.709  10.608  -1.243
   11   HD22  LEU 134          HD23      LEU 134   6.176  10.910   0.431

  No H/Q in entry =          11
  In of MODEL   16
    1    H    ALA 135           H        ALA 135   3.924  14.272  -0.610
    2    HA   ALA 135           HA       ALA 135   3.187  16.377  -1.507
    3    HB1  ALA 135           HB1      ALA 135   1.865  14.400  -1.745
    4    HB3  ALA 135           HB2      ALA 135   0.816  15.786  -1.442
    5    HB2  ALA 135           HB3      ALA 135   1.159  14.638  -0.147

  No H/Q in entry =           5
  In of MODEL   16
    1    H    PHE 136           H        PHE 136   2.837  16.133   1.938
    2    HA   PHE 136           HA       PHE 136   1.108  18.325   2.274
    3    HB2  PHE 136           HB2      PHE 136   2.204  16.423   3.878
    4    HB3  PHE 136           HB3      PHE 136   3.118  17.845   4.372
    5    HD1  PHE 136           HD1      PHE 136   2.303  18.942   6.182
    6    HD2  PHE 136           HD2      PHE 136  -0.443  17.012   3.568
    7    HE1  PHE 136           HE1      PHE 136   0.442  19.647   7.625
    8    HE2  PHE 136           HE2      PHE 136  -2.313  17.716   5.007
    9    HZ   PHE 136           HZ       PHE 136  -1.870  19.035   7.040

  No H/Q in entry =           9
  In of MODEL   16
    1    H    LEU 137           H        LEU 137   4.193  18.359   0.952
    2    HA   LEU 137           HA       LEU 137   5.726  19.941   0.430
    3    HB2  LEU 137           HB2      LEU 137   3.352  21.643   1.100
    4    HB3  LEU 137           HB3      LEU 137   4.879  22.390   0.660
    5    HG   LEU 137           HG       LEU 137   3.564  20.325  -1.102
    6   HD13  LEU 137          HD11      LEU 137   1.950  22.097  -0.734
    7   HD12  LEU 137          HD12      LEU 137   2.601  22.186  -2.372
    8   HD11  LEU 137          HD13      LEU 137   3.166  23.308  -1.134
    9   HD23  LEU 137          HD21      LEU 137   4.879  21.489  -2.849
   10   HD22  LEU 137          HD22      LEU 137   5.892  20.776  -1.594
   11   HD21  LEU 137          HD23      LEU 137   5.585  22.513  -1.599

  No H/Q in entry =          11
  In of MODEL   16
    1    H    ASP 138           H        ASP 138   6.105  18.725   2.623
    2    HA   ASP 138           HA       ASP 138   6.612  20.398   4.830
    3    HB2  ASP 138           HB2      ASP 138   5.665  18.125   5.115
    4    HB3  ASP 138           HB3      ASP 138   7.325  17.503   4.988

  No H/Q in entry =           4
  In of MODEL   16
    1    H    VAL 139           H        VAL 139   8.595  20.542   2.453
    2    HA   VAL 139           HA       VAL 139  11.089  19.779   3.000
    3    HB   VAL 139           HB       VAL 139  10.049  21.992   1.416
    4   HG13  VAL 139          HG11      VAL 139  12.002  23.336   1.251
    5   HG12  VAL 139          HG12      VAL 139  12.947  22.224   2.241
    6   HG11  VAL 139          HG13      VAL 139  11.685  23.213   2.984
    7   HG21  VAL 139          HG21      VAL 139  10.797  19.794   0.655
    8   HG23  VAL 139          HG22      VAL 139  12.426  20.162   1.227
    9   HG22  VAL 139          HG23      VAL 139  11.724  21.090  -0.100

  No H/Q in entry =           9
  In of MODEL   16
    1    H    THR 140           H        THR 140   9.517  22.379   4.869
    2    HA   THR 140           HA       THR 140  11.598  23.764   5.966
    3    HB   THR 140           HB       THR 140   9.567  22.898   7.915
    4    HG1  THR 140           HG1      THR 140   7.885  23.336   6.692
    5   HG23  THR 140          HG21      THR 140   9.320  25.279   8.256
    6   HG22  THR 140          HG22      THR 140  10.296  25.623   6.829
    7   HG21  THR 140          HG23      THR 140  11.035  24.874   8.245

  No H/Q in entry =           7
  In of MODEL   16
    1    H    GLY 141           H        GLY 141  13.500  22.788   6.518
    2    HA3  GLY 141           HA2      GLY 141  15.088  21.575   7.588
    3    HA2  GLY 141           HA3      GLY 141  14.011  21.677   8.964

  No H/Q in entry =           3
  In of MODEL   16
    1    H    ARG 142           H        ARG 142  12.489  20.139   6.467
    2    HA   ARG 142           HA       ARG 142  12.341  17.731   7.827
    3    HB2  ARG 142           HB2      ARG 142  10.857  18.824   5.933
    4    HB3  ARG 142           HB3      ARG 142  11.819  17.771   4.909
    5    HG2  ARG 142           HG2      ARG 142   9.628  16.831   5.636
    6    HG3  ARG 142           HG3      ARG 142  11.023  15.819   6.016
    7    HD2  ARG 142           HD2      ARG 142  10.710  16.037   8.234
    8    HD3  ARG 142           HD3      ARG 142  10.326  17.751   8.091
    9    HE   ARG 142           HE       ARG 142   8.058  17.136   7.538
   10   HH11  ARG 142          HH11      ARG 142  10.014  14.625   9.033
   11   HH12  ARG 142          HH12      ARG 142   8.638  13.709   9.552
   12   HH21  ARG 142          HH21      ARG 142   6.279  15.951   8.230
   13   HH22  ARG 142          HH22      ARG 142   6.500  14.465   9.100

  No H/Q in entry =          13
  In of MODEL   16
    1    H    ILE 143           H        ILE 143  13.851  18.145   4.581
    2    HA   ILE 143           HA       ILE 143  14.924  16.113   3.895
    3    HB   ILE 143           HB       ILE 143  16.725  18.440   4.278
    4   HG12  ILE 143          HG12      ILE 143  14.383  18.313   2.357
    5   HG13  ILE 143          HG13      ILE 143  14.493  19.339   3.782
    6   HG22  ILE 143          HG21      ILE 143  17.183  17.921   1.810
    7   HG21  ILE 143          HG22      ILE 143  16.413  16.370   2.153
    8   HG23  ILE 143          HG23      ILE 143  17.851  16.858   3.047
    9   HD12  ILE 143          HD11      ILE 143  14.937  20.521   1.701
   10   HD11  ILE 143          HD12      ILE 143  16.360  19.503   1.459
   11   HD13  ILE 143          HD13      ILE 143  16.267  20.579   2.852

  No H/Q in entry =          11
  In of MODEL   16
    1    H    ALA 144           H        ALA 144  16.899  17.958   6.167
    2    HA   ALA 144           HA       ALA 144  18.950  16.057   6.288
    3    HB2  ALA 144           HB1      ALA 144  19.696  17.287   8.280
    4    HB1  ALA 144           HB2      ALA 144  18.173  18.176   8.284
    5    HB3  ALA 144           HB3      ALA 144  19.299  18.360   6.939

  No H/Q in entry =           5
  In of MODEL   16
    1    H    GLN 145           H        GLN 145  15.884  16.285   7.817
    2    HA   GLN 145           HA       GLN 145  16.472  14.657  10.075
    3    HB2  GLN 145           HB2      GLN 145  14.552  16.340   9.834
    4    HB3  GLN 145           HB3      GLN 145  13.736  15.096   8.898
    5    HG2  GLN 145           HG2      GLN 145  14.552  13.778  11.186
    6    HG3  GLN 145           HG3      GLN 145  14.045  15.365  11.762
    7   HE21  GLN 145          HE21      GLN 145  12.788  12.870  12.299
    8   HE22  GLN 145          HE22      GLN 145  11.186  12.952  11.660

  No H/Q in entry =           8
  In of MODEL   16
    1    H    THR 146           H        THR 146  15.489  13.986   6.631
    2    HA   THR 146           HA       THR 146  14.687  11.344   7.340
    3    HB   THR 146           HB       THR 146  15.228  12.425   4.598
    4    HG1  THR 146           HG1      THR 146  12.762  12.747   5.975
    5   HG23  THR 146          HG21      THR 146  14.675  10.116   4.588
    6   HG22  THR 146          HG22      THR 146  13.190  10.957   4.140
    7   HG21  THR 146          HG23      THR 146  13.395  10.347   5.779

  No H/Q in entry =           7
  In of MODEL   16
    1    H    LEU 147           H        LEU 147  17.503  12.970   7.107
    2    HA   LEU 147           HA       LEU 147  18.962  11.102   5.414
    3    HB2  LEU 147           HB2      LEU 147  20.014  13.599   6.755
    4    HB3  LEU 147           HB3      LEU 147  20.851  12.607   5.569
    5    HG   LEU 147           HG       LEU 147  18.443  14.351   5.118
    6   HD12  LEU 147          HD11      LEU 147  21.065  14.402   3.664
    7   HD11  LEU 147          HD12      LEU 147  20.791  15.328   5.139
    8   HD13  LEU 147          HD13      LEU 147  19.805  15.636   3.710
    9   HD22  LEU 147          HD21      LEU 147  17.964  12.440   3.853
   10   HD21  LEU 147          HD22      LEU 147  19.646  12.237   3.369
   11   HD23  LEU 147          HD23      LEU 147  18.697  13.573   2.716

  No H/Q in entry =          11
  In of MODEL   16
    1    H    LEU 148           H        LEU 148  18.301  12.177   8.586
    2    HA   LEU 148           HA       LEU 148  20.318  10.652   9.910
    3    HB2  LEU 148           HB2      LEU 148  17.759  11.501  11.220
    4    HB3  LEU 148           HB3      LEU 148  19.360  11.354  11.921
    5    HG   LEU 148           HG       LEU 148  18.384  13.526  10.074
    6   HD12  LEU 148          HD11      LEU 148  19.359  13.651  12.909
    7   HD11  LEU 148          HD12      LEU 148  17.663  13.610  12.427
    8   HD13  LEU 148          HD13      LEU 148  18.684  14.969  11.951
    9   HD21  LEU 148          HD21      LEU 148  21.160  13.006  11.144
   10   HD23  LEU 148          HD22      LEU 148  20.635  14.556  10.483
   11   HD22  LEU 148          HD23      LEU 148  20.657  13.124   9.455

  No H/Q in entry =          11
  In of MODEL   16
    1    H    ASN 149           H        ASN 149  17.116  10.132   8.680
    2    HA   ASN 149           HA       ASN 149  16.600   7.678  10.004
    3    HB2  ASN 149           HB2      ASN 149  15.422   9.169   7.774
    4    HB3  ASN 149           HB3      ASN 149  15.348   7.423   7.542
    5   HD21  ASN 149          HD21      ASN 149  12.984   8.190   7.710
    6   HD22  ASN 149          HD22      ASN 149  12.281   8.086   9.286

  No H/Q in entry =           6
  In of MODEL   16
    1    H    LEU 150           H        LEU 150  18.523   8.641   7.293
    2    HA   LEU 150           HA       LEU 150  19.134   5.985   6.333
    3    HB2  LEU 150           HB2      LEU 150  20.321   8.729   5.875
    4    HB3  LEU 150           HB3      LEU 150  21.078   7.280   5.207
    5    HG   LEU 150           HG       LEU 150  18.200   7.509   4.669
    6   HD11  LEU 150          HD11      LEU 150  20.083   9.639   3.810
    7   HD13  LEU 150          HD12      LEU 150  18.383   9.742   4.263
    8   HD12  LEU 150          HD13      LEU 150  18.837   9.088   2.691
    9   HD23  LEU 150          HD21      LEU 150  20.588   7.031   2.906
   10   HD22  LEU 150          HD22      LEU 150  18.898   6.719   2.503
   11   HD21  LEU 150          HD23      LEU 150  19.695   5.782   3.771

  No H/Q in entry =          11
  In of MODEL   16
    1    H    ALA 151           H        ALA 151  19.973   7.794   9.214
    2    HA   ALA 151           HA       ALA 151  22.652   6.650   9.216
    3    HB1  ALA 151           HB1      ALA 151  22.470   8.944  10.007
    4    HB2  ALA 151           HB2      ALA 151  22.944   7.882  11.333
    5    HB3  ALA 151           HB3      ALA 151  21.279   8.460  11.215

  No H/Q in entry =           5
  In of MODEL   16
    1    H    LYS 152           H        LYS 152  19.522   5.914   9.936
    2    HA   LYS 152           HA       LYS 152  20.105   4.069  12.116
    3    HB2  LYS 152           HB2      LYS 152  17.524   4.760  10.705
    4    HB3  LYS 152           HB3      LYS 152  17.652   3.706  12.108
    5    HG2  LYS 152           HG2      LYS 152  18.433   5.584  13.454
    6    HG3  LYS 152           HG3      LYS 152  18.352   6.636  12.037
    7    HD2  LYS 152           HD2      LYS 152  15.908   6.002  11.868
    8    HD3  LYS 152           HD3      LYS 152  16.079   5.273  13.464
    9    HE2  LYS 152           HE2      LYS 152  16.817   8.134  12.910
   10    HE3  LYS 152           HE3      LYS 152  15.184   7.651  13.362
   11    HZ2  LYS 152           HZ1      LYS 152  16.717   8.392  15.209
   12    HZ1  LYS 152           HZ2      LYS 152  17.529   6.922  15.007
   13    HZ3  LYS 152           HZ3      LYS 152  15.895   6.934  15.446

  No H/Q in entry =          13
  In of MODEL   16
    1    H    GLN 153           H        GLN 153  19.907   3.940   8.608
    2    HA   GLN 153           HA       GLN 153  19.187   1.124   8.778
    3    HB2  GLN 153           HB2      GLN 153  19.755   2.360   6.149
    4    HB3  GLN 153           HB3      GLN 153  18.443   1.297   6.637
    5    HG2  GLN 153           HG2      GLN 153  17.575   3.342   7.924
    6    HG3  GLN 153           HG3      GLN 153  18.661   4.246   6.875
    7   HE21  GLN 153          HE21      GLN 153  16.966   5.302   5.855
    8   HE22  GLN 153          HE22      GLN 153  15.927   4.505   4.732

  No H/Q in entry =           8
  In of MODEL   16
    1    HA   PRO 154           HA       PRO 154  23.202  -0.630   7.950
    2    HB2  PRO 154           HB2      PRO 154  23.013  -1.834   5.470
    3    HB3  PRO 154           HB3      PRO 154  22.454  -2.550   6.985
    4    HG2  PRO 154           HG2      PRO 154  20.905  -1.092   4.887
    5    HG3  PRO 154           HG3      PRO 154  20.460  -2.544   5.804
    6    HD2  PRO 154           HD2      PRO 154  19.455  -0.157   6.422
    7    HD3  PRO 154           HD3      PRO 154  19.873  -1.319   7.692

  No H/Q in entry =           7
  In of MODEL   16
    1    H    ASP 155           H        ASP 155  22.001   1.672   5.830
    2    HA   ASP 155           HA       ASP 155  24.260   1.837   4.038
    3    HB2  ASP 155           HB2      ASP 155  21.943   3.819   4.593
    4    HB3  ASP 155           HB3      ASP 155  23.175   4.072   3.363

  No H/Q in entry =           4
  In of MODEL   16
    1    H    ALA 156           H        ALA 156  23.799   3.331   7.442
    2    HA   ALA 156           HA       ALA 156  25.271   5.552   6.782
    3    HB3  ALA 156           HB1      ALA 156  25.253   4.213   9.465
    4    HB2  ALA 156           HB2      ALA 156  23.836   5.075   8.862
    5    HB1  ALA 156           HB3      ALA 156  25.366   5.929   9.084

  No H/Q in entry =           5
  In of MODEL   16
    1    H    MET 157           H        MET 157  27.231   5.568   6.091
    2    HA   MET 157           HA       MET 157  28.913   3.264   6.623
    3    HB2  MET 157           HB2      MET 157  28.283   4.481   4.370
    4    HB3  MET 157           HB3      MET 157  29.692   5.466   4.788
    5    HG2  MET 157           HG2      MET 157  30.928   3.275   5.087
    6    HG3  MET 157           HG3      MET 157  29.550   2.520   4.289
    7    HE3  MET 157           HE1      MET 157  31.782   5.817   3.700
    8    HE2  MET 157           HE2      MET 157  32.771   5.175   2.389
    9    HE1  MET 157           HE3      MET 157  32.809   4.413   3.979

  No H/Q in entry =           9
  In of MODEL   16
    1    H    THR 158           H        THR 158  31.280   3.732   7.129
    2    HA   THR 158           HA       THR 158  31.432   6.076   8.894
    3    HB   THR 158           HB       THR 158  33.472   4.668   9.833
    4    HG1  THR 158           HG1      THR 158  32.982   2.417   9.744
    5   HG23  THR 158          HG21      THR 158  31.704   5.332  11.268
    6   HG22  THR 158          HG22      THR 158  31.873   3.589  11.468
    7   HG21  THR 158          HG23      THR 158  30.561   4.240  10.488

  No H/Q in entry =           7
  In of MODEL   16
    1    H    HIS 159           H        HIS 159  33.198   7.304   8.905
    2    HA   HIS 159           HA       HIS 159  35.504   6.792   7.276
    3    HB2  HIS 159           HB2      HIS 159  35.017   8.153   5.542
    4    HB3  HIS 159           HB3      HIS 159  33.378   8.273   6.150
    5    HD1  HIS 159           HD1      HIS 159  36.486  10.213   5.644
    6    HD2  HIS 159           HD2      HIS 159  32.823  10.696   7.557
    7    HE1  HIS 159           HE1      HIS 159  36.264  12.680   6.073
    8    HE2  HIS 159           HE2      HIS 159  34.129  12.933   7.395

  No H/Q in entry =           8
  In of MODEL   16
    1    HA   PRO 160           HA       PRO 160  37.165   8.547  10.919
    2    HB2  PRO 160           HB2      PRO 160  39.402   9.838   9.987
    3    HB3  PRO 160           HB3      PRO 160  39.270   8.094  10.235
    4    HG2  PRO 160           HG2      PRO 160  38.944   9.669   7.711
    5    HG3  PRO 160           HG3      PRO 160  39.821   8.148   7.978
    6    HD2  PRO 160           HD2      PRO 160  37.382   8.156   6.877
    7    HD3  PRO 160           HD3      PRO 160  37.869   6.883   8.014

  No H/Q in entry =           7
  In of MODEL   16
    1    H    ASP 161           H        ASP 161  35.033  10.119  10.342
    2    HA   ASP 161           HA       ASP 161  35.620  12.547  11.614
    3    HB2  ASP 161           HB2      ASP 161  36.780  13.492   9.850
    4    HB3  ASP 161           HB3      ASP 161  35.880  12.598   8.637

  No H/Q in entry =           4
  In of MODEL   16
    1    H    GLY 162           H        GLY 162  33.513  10.542   9.783
    2    HA3  GLY 162           HA2      GLY 162  31.314  11.081  11.340
    3    HA2  GLY 162           HA3      GLY 162  31.169  12.023   9.860

  No H/Q in entry =           3
  In of MODEL   16
    1    H    MET 163           H        MET 163  29.252  10.473   9.901
    2    HA   MET 163           HA       MET 163  29.904   8.054   8.330
    3    HB2  MET 163           HB2      MET 163  27.780   8.190  10.506
    4    HB3  MET 163           HB3      MET 163  28.162   6.797   9.505
    5    HG2  MET 163           HG2      MET 163  30.275   6.519  10.579
    6    HG3  MET 163           HG3      MET 163  30.089   8.035  11.454
    7    HE2  MET 163           HE1      MET 163  27.260   4.470  12.214
    8    HE1  MET 163           HE2      MET 163  28.378   4.542  10.852
    9    HE3  MET 163           HE3      MET 163  27.020   5.664  10.940

  No H/Q in entry =           9
  In of MODEL   16
    1    H    GLN 164           H        GLN 164  28.937   8.183   6.566
    2    HA   GLN 164           HA       GLN 164  26.805  10.088   6.065
    3    HB2  GLN 164           HB2      GLN 164  27.847  10.265   3.858
    4    HB3  GLN 164           HB3      GLN 164  29.003  10.646   5.118
    5    HG2  GLN 164           HG2      GLN 164  29.619   8.108   4.906
    6    HG3  GLN 164           HG3      GLN 164  28.889   8.288   3.312
    7   HE21  GLN 164          HE21      GLN 164  31.620   7.711   3.977
    8   HE22  GLN 164          HE22      GLN 164  32.574   8.974   3.286

  No H/Q in entry =           8
  In of MODEL   16
    1    H    ILE 165           H        ILE 165  26.219   9.478   3.667
    2    HA   ILE 165           HA       ILE 165  25.604   6.904   2.906
    3    HB   ILE 165           HB       ILE 165  22.983   7.786   3.144
    4   HG12  ILE 165          HG12      ILE 165  22.974   7.933   5.829
    5   HG13  ILE 165          HG13      ILE 165  24.530   8.690   5.520
    6   HG22  ILE 165          HG21      ILE 165  22.731   5.975   4.771
    7   HG21  ILE 165          HG22      ILE 165  24.491   5.890   4.893
    8   HG23  ILE 165          HG23      ILE 165  23.696   5.535   3.358
    9   HD13  ILE 165          HD11      ILE 165  23.506  10.386   4.189
   10   HD12  ILE 165          HD12      ILE 165  22.663  10.281   5.736
   11   HD11  ILE 165          HD13      ILE 165  21.945   9.577   4.290

  No H/Q in entry =          11
  In of MODEL   16
    1    H    LYS 166           H        LYS 166  25.417   7.588   0.312
    2    HA   LYS 166           HA       LYS 166  25.133  10.350   0.119
    3    HB2  LYS 166           HB2      LYS 166  25.355   9.502  -2.404
    4    HB3  LYS 166           HB3      LYS 166  26.762   9.741  -1.393
    5    HG2  LYS 166           HG2      LYS 166  27.183   7.721  -2.425
    6    HG3  LYS 166           HG3      LYS 166  26.549   7.219  -0.865
    7    HD2  LYS 166           HD2      LYS 166  24.384   6.770  -1.848
    8    HD3  LYS 166           HD3      LYS 166  24.917   7.427  -3.397
    9    HE2  LYS 166           HE2      LYS 166  26.139   5.020  -2.049
   10    HE3  LYS 166           HE3      LYS 166  24.903   4.938  -3.303
   11    HZ1  LYS 166           HZ1      LYS 166  27.598   6.150  -3.630
   12    HZ3  LYS 166           HZ2      LYS 166  26.416   6.021  -4.832
   13    HZ2  LYS 166           HZ3      LYS 166  27.128   4.631  -4.198

  No H/Q in entry =          13
  In of MODEL   16
    1    H    ILE 167           H        ILE 167  23.283  11.202  -0.230
    2    HA   ILE 167           HA       ILE 167  21.402   9.617  -1.820
    3    HB   ILE 167           HB       ILE 167  20.058  11.615  -0.289
    4   HG12  ILE 167          HG12      ILE 167  20.316  10.077   1.877
    5   HG13  ILE 167          HG13      ILE 167  21.895   9.760   1.175
    6   HG22  ILE 167          HG21      ILE 167  19.827   8.612  -0.266
    7   HG21  ILE 167          HG22      ILE 167  19.072   9.677  -1.450
    8   HG23  ILE 167          HG23      ILE 167  18.591   9.762   0.246
    9   HD12  ILE 167          HD11      ILE 167  21.820  11.574   2.878
   10   HD11  ILE 167          HD12      ILE 167  20.866  12.518   1.733
   11   HD13  ILE 167          HD13      ILE 167  22.511  12.031   1.322

  No H/Q in entry =          11
  In of MODEL   16
    1    H    THR 168           H        THR 168  21.268  10.561  -3.786
    2    HA   THR 168           HA       THR 168  21.983  13.248  -4.230
    3    HB   THR 168           HB       THR 168  20.398  12.947  -6.292
    4    HG1  THR 168           HG1      THR 168  19.564  10.933  -5.057
    5   HG22  THR 168          HG21      THR 168  22.105  11.618  -7.470
    6   HG21  THR 168          HG22      THR 168  22.827  11.188  -5.920
    7   HG23  THR 168          HG23      THR 168  22.831  12.868  -6.459

  No H/Q in entry =           7
  In of MODEL   16
    1    H    ARG 169           H        ARG 169  20.412  14.975  -4.655
    2    HA   ARG 169           HA       ARG 169  18.422  15.037  -2.567
    3    HB2  ARG 169           HB2      ARG 169  17.924  17.201  -4.297
    4    HB3  ARG 169           HB3      ARG 169  18.715  17.263  -2.748
    5    HG2  ARG 169           HG2      ARG 169  20.876  16.993  -3.823
    6    HG3  ARG 169           HG3      ARG 169  20.092  16.915  -5.396
    7    HD2  ARG 169           HD2      ARG 169  19.410  19.167  -5.260
    8    HD3  ARG 169           HD3      ARG 169  19.797  19.252  -3.543
    9    HE   ARG 169           HE       ARG 169  22.185  18.937  -4.288
   10   HH11  ARG 169          HH11      ARG 169  19.798  20.484  -6.338
   11   HH12  ARG 169          HH12      ARG 169  20.976  21.367  -7.252
   12   HH21  ARG 169          HH21      ARG 169  23.730  20.112  -5.478
   13   HH22  ARG 169          HH22      ARG 169  23.211  21.162  -6.760

  No H/Q in entry =          13
  In of MODEL   16
    1    H    GLN 170           H        GLN 170  18.566  14.075  -6.035
    2    HA   GLN 170           HA       GLN 170  16.078  14.123  -6.685
    3    HB2  GLN 170           HB2      GLN 170  18.140  11.952  -7.058
    4    HB3  GLN 170           HB3      GLN 170  16.567  11.903  -7.842
    5    HG2  GLN 170           HG2      GLN 170  17.835  12.851  -9.487
    6    HG3  GLN 170           HG3      GLN 170  17.241  14.292  -8.666
    7   HE21  GLN 170          HE21      GLN 170  19.973  12.502  -9.602
    8   HE22  GLN 170          HE22      GLN 170  21.172  13.513  -8.878

  No H/Q in entry =           8
  In of MODEL   16
    1    H    GLU 171           H        GLU 171  17.172  12.208  -3.744
    2    HA   GLU 171           HA       GLU 171  15.157  10.347  -4.337
    3    HB2  GLU 171           HB2      GLU 171  17.218  10.677  -2.164
    4    HB3  GLU 171           HB3      GLU 171  15.801   9.662  -1.885
    5    HG2  GLU 171           HG2      GLU 171  16.634   8.698  -4.260
    6    HG3  GLU 171           HG3      GLU 171  18.170   9.195  -3.555

  No H/Q in entry =           6
  In of MODEL   16
    1    H    ILE 172           H        ILE 172  16.186  13.093  -2.787
    2    HA   ILE 172           HA       ILE 172  14.268  13.408  -0.731
    3    HB   ILE 172           HB       ILE 172  15.941  15.599  -1.942
    4   HG12  ILE 172          HG12      ILE 172  17.457  13.744  -1.688
    5   HG13  ILE 172          HG13      ILE 172  17.726  14.831  -0.329
    6   HG21  ILE 172          HG21      ILE 172  14.266  16.035  -0.110
    7   HG23  ILE 172          HG22      ILE 172  15.929  16.484   0.263
    8   HG22  ILE 172          HG23      ILE 172  15.248  14.999   0.923
    9   HD13  ILE 172          HD11      ILE 172  16.462  13.375   1.124
   10   HD12  ILE 172          HD12      ILE 172  17.719  12.447   0.303
   11   HD11  ILE 172          HD13      ILE 172  16.040  12.340  -0.243

  No H/Q in entry =          11
  In of MODEL   16
    1    H    GLY 173           H        GLY 173  14.279  14.322  -4.356
    2    HA3  GLY 173           HA2      GLY 173  12.291  16.185  -4.134
    3    HA2  GLY 173           HA3      GLY 173  12.476  15.034  -5.458

  No H/Q in entry =           3
  In of MODEL   16
    1    H    GLN 174           H        GLN 174  12.194  12.803  -4.355
    2    HA   GLN 174           HA       GLN 174   9.388  12.443  -4.219
    3    HB2  GLN 174           HB2      GLN 174   9.933  10.495  -5.147
    4    HB3  GLN 174           HB3      GLN 174  11.578  11.100  -5.169
    5    HG2  GLN 174           HG2      GLN 174  11.270   9.994  -2.643
    6    HG3  GLN 174           HG3      GLN 174  10.463   8.872  -3.742
    7   HE21  GLN 174          HE21      GLN 174  12.882   8.412  -2.292
    8   HE22  GLN 174          HE22      GLN 174  14.128   8.148  -3.459

  No H/Q in entry =           8
  In of MODEL   16
    1    H    ILE 175           H        ILE 175  11.893  12.253  -1.786
    2    HA   ILE 175           HA       ILE 175  10.200  10.771   0.037
    3    HB   ILE 175           HB       ILE 175  12.843  12.111   0.607
    4   HG12  ILE 175          HG12      ILE 175  12.345   9.212  -0.090
    5   HG13  ILE 175          HG13      ILE 175  13.000  10.407  -1.207
    6   HG23  ILE 175          HG21      ILE 175  11.811  11.674   2.656
    7   HG22  ILE 175          HG22      ILE 175  12.872  10.287   2.402
    8   HG21  ILE 175          HG23      ILE 175  11.142  10.142   2.096
    9   HD13  ILE 175          HD11      ILE 175  14.923  10.724   0.231
   10   HD12  ILE 175          HD12      ILE 175  14.748   9.025  -0.211
   11   HD11  ILE 175          HD13      ILE 175  14.263   9.576   1.393

  No H/Q in entry =          11
  In of MODEL   16
    1    H    VAL 176           H        VAL 176  11.276  14.034  -0.528
    2    HA   VAL 176           HA       VAL 176   9.957  14.921   1.918
    3    HB   VAL 176           HB       VAL 176  11.764  16.442   0.044
    4   HG12  VAL 176          HG11      VAL 176  10.817  17.194   2.789
    5   HG11  VAL 176          HG12      VAL 176  10.108  17.813   1.295
    6   HG13  VAL 176          HG13      VAL 176  11.794  18.158   1.684
    7   HG21  VAL 176          HG21      VAL 176  12.880  14.632   1.256
    8   HG23  VAL 176          HG22      VAL 176  12.262  15.276   2.778
    9   HG22  VAL 176          HG23      VAL 176  13.408  16.218   1.822

  No H/Q in entry =           9
  In of MODEL   16
    1    H    GLY 177           H        GLY 177   9.747  15.228  -1.590
    2    HA3  GLY 177           HA2      GLY 177   7.466  15.364  -2.438
    3    HA2  GLY 177           HA3      GLY 177   7.121  16.508  -1.148

  No H/Q in entry =           3
  In of MODEL   16
    1    H    CYS 178           H        CYS 178   9.977  17.533  -1.961
    2    HA   CYS 178           HA       CYS 178   8.972  19.348  -4.078
    3    HB2  CYS 178           HB2      CYS 178  10.465  19.849  -1.566
    4    HB3  CYS 178           HB3      CYS 178  10.935  20.791  -2.977
    5    HG   CYS 178           HG       CYS 178   7.813  21.128  -3.076

  No H/Q in entry =           5
  In of MODEL   16
    1    H    SER 179           H        SER 179  10.642  20.046  -5.636
    2    HA   SER 179           HA       SER 179  12.226  17.864  -6.379
    3    HB2  SER 179           HB2      SER 179  12.959  20.575  -7.347
    4    HB3  SER 179           HB3      SER 179  12.631  19.110  -8.266
    5    HG   SER 179           HG       SER 179  11.015  20.681  -8.599

  No H/Q in entry =           5
  In of MODEL   16
    1    H    ARG 180           H        ARG 180  14.457  17.989  -6.626
    2    HA   ARG 180           HA       ARG 180  16.040  18.486  -4.476
    3    HB2  ARG 180           HB2      ARG 180  17.883  18.651  -6.457
    4    HB3  ARG 180           HB3      ARG 180  17.216  17.152  -5.852
    5    HG2  ARG 180           HG2      ARG 180  17.152  16.912  -8.139
    6    HG3  ARG 180           HG3      ARG 180  15.498  17.337  -7.714
    7    HD2  ARG 180           HD2      ARG 180  15.802  19.573  -8.477
    8    HD3  ARG 180           HD3      ARG 180  17.546  19.338  -8.640
    9    HE   ARG 180           HE       ARG 180  16.542  17.458 -10.287
   10   HH11  ARG 180          HH11      ARG 180  15.874  20.886  -9.975
   11   HH12  ARG 180          HH12      ARG 180  15.561  21.092 -11.673
   12   HH21  ARG 180          HH21      ARG 180  16.093  17.725 -12.497
   13   HH22  ARG 180          HH22      ARG 180  15.664  19.294 -13.108

  No H/Q in entry =          13
  In of MODEL   16
    1    H    GLU 181           H        GLU 181  14.387  20.804  -5.564
    2    HA   GLU 181           HA       GLU 181  16.280  22.846  -6.138
    3    HB2  GLU 181           HB2      GLU 181  13.612  22.300  -6.800
    4    HB3  GLU 181           HB3      GLU 181  13.665  23.863  -6.003
    5    HG2  GLU 181           HG2      GLU 181  13.895  24.169  -8.361
    6    HG3  GLU 181           HG3      GLU 181  15.425  24.566  -7.576

  No H/Q in entry =           6
  In of MODEL   16
    1    H    THR 182           H        THR 182  13.434  22.925  -4.238
    2    HA   THR 182           HA       THR 182  14.181  24.830  -2.282
    3    HB   THR 182           HB       THR 182  12.473  22.816  -1.098
    4    HG1  THR 182           HG1      THR 182  10.778  23.203  -2.825
    5   HG21  THR 182          HG21      THR 182  11.887  25.602  -2.112
    6   HG23  THR 182          HG22      THR 182  12.388  25.171  -0.477
    7   HG22  THR 182          HG23      THR 182  10.818  24.647  -1.086

  No H/Q in entry =           7
  In of MODEL   16
    1    H    VAL 183           H        VAL 183  14.071  21.335  -2.343
    2    HA   VAL 183           HA       VAL 183  15.688  20.762  -0.062
    3    HB   VAL 183           HB       VAL 183  14.466  19.391  -2.381
    4   HG13  VAL 183          HG11      VAL 183  15.791  17.495  -2.536
    5   HG12  VAL 183          HG12      VAL 183  16.758  17.944  -1.123
    6   HG11  VAL 183          HG13      VAL 183  16.927  18.851  -2.627
    7   HG21  VAL 183          HG21      VAL 183  13.672  19.345  -0.012
    8   HG23  VAL 183          HG22      VAL 183  15.036  18.277   0.332
    9   HG22  VAL 183          HG23      VAL 183  13.793  17.782  -0.820

  No H/Q in entry =           9
  In of MODEL   16
    1    H    GLY 184           H        GLY 184  16.397  21.535  -3.581
    2    HA3  GLY 184           HA2      GLY 184  19.067  21.095  -3.485
    3    HA2  GLY 184           HA3      GLY 184  18.292  22.380  -4.399

  No H/Q in entry =           3
  In of MODEL   16
    1    H    ARG 185           H        ARG 185  17.361  23.357  -1.410
    2    HA   ARG 185           HA       ARG 185  19.367  25.400  -1.486
    3    HB2  ARG 185           HB2      ARG 185  17.129  24.834   0.482
    4    HB3  ARG 185           HB3      ARG 185  18.204  26.218   0.580
    5    HG2  ARG 185           HG2      ARG 185  16.170  25.635  -1.555
    6    HG3  ARG 185           HG3      ARG 185  16.117  26.917  -0.344
    7    HD2  ARG 185           HD2      ARG 185  17.162  28.256  -1.768
    8    HD3  ARG 185           HD3      ARG 185  18.564  27.192  -1.699
    9    HE   ARG 185           HE       ARG 185  17.010  25.949  -3.503
   10   HH11  ARG 185          HH11      ARG 185  18.095  29.254  -3.184
   11   HH12  ARG 185          HH12      ARG 185  17.986  29.598  -4.880
   12   HH21  ARG 185          HH21      ARG 185  16.898  26.379  -5.756
   13   HH22  ARG 185          HH22      ARG 185  17.321  27.952  -6.349

  No H/Q in entry =          13
  In of MODEL   16
    1    H    ILE 186           H        ILE 186  18.219  22.696   0.214
    2    HA   ILE 186           HA       ILE 186  19.866  23.126   2.577
    3    HB   ILE 186           HB       ILE 186  17.864  21.049   1.887
    4   HG12  ILE 186          HG12      ILE 186  17.166  21.777   4.277
    5   HG13  ILE 186          HG13      ILE 186  18.315  23.086   4.052
    6   HG21  ILE 186          HG21      ILE 186  20.174  20.645   3.662
    7   HG23  ILE 186          HG22      ILE 186  19.118  19.466   2.884
    8   HG22  ILE 186          HG23      ILE 186  18.604  20.262   4.368
    9   HD11  ILE 186          HD11      ILE 186  15.998  22.550   2.214
   10   HD13  ILE 186          HD12      ILE 186  17.069  23.950   2.211
   11   HD12  ILE 186          HD13      ILE 186  15.965  23.688   3.560

  No H/Q in entry =          11
  In of MODEL   16
    1    H    LEU 187           H        LEU 187  19.876  20.871  -0.063
    2    HA   LEU 187           HA       LEU 187  22.120  19.456   0.891
    3    HB2  LEU 187           HB2      LEU 187  20.855  19.530  -1.815
    4    HB3  LEU 187           HB3      LEU 187  22.055  18.350  -1.274
    5    HG   LEU 187           HG       LEU 187  19.180  18.598  -0.516
    6   HD11  LEU 187          HD11      LEU 187  20.529  16.793  -1.885
    7   HD13  LEU 187          HD12      LEU 187  19.095  16.418  -0.928
    8   HD12  LEU 187          HD13      LEU 187  20.707  16.113  -0.265
    9   HD23  LEU 187          HD21      LEU 187  21.138  17.362   1.408
   10   HD22  LEU 187          HD22      LEU 187  19.396  17.533   1.604
   11   HD21  LEU 187          HD23      LEU 187  20.431  18.960   1.634

  No H/Q in entry =          11
  In of MODEL   16
    1    H    LYS 188           H        LYS 188  21.782  22.458  -0.297
    2    HA   LYS 188           HA       LYS 188  24.383  22.568  -1.669
    3    HB2  LYS 188           HB2      LYS 188  22.296  23.966  -2.469
    4    HB3  LYS 188           HB3      LYS 188  22.727  25.019  -1.127
    5    HG2  LYS 188           HG2      LYS 188  24.916  24.251  -2.953
    6    HG3  LYS 188           HG3      LYS 188  23.689  25.337  -3.603
    7    HD2  LYS 188           HD2      LYS 188  24.314  27.056  -2.252
    8    HD3  LYS 188           HD3      LYS 188  24.748  25.988  -0.916
    9    HE2  LYS 188           HE2      LYS 188  26.424  25.864  -3.358
   10    HE3  LYS 188           HE3      LYS 188  26.568  27.307  -2.356
   11    HZ3  LYS 188           HZ1      LYS 188  27.086  25.915  -0.461
   12    HZ2  LYS 188           HZ2      LYS 188  28.167  25.597  -1.727
   13    HZ1  LYS 188           HZ3      LYS 188  26.910  24.517  -1.400

  No H/Q in entry =          13
  In of MODEL   16
    1    H    MET 189           H        MET 189  22.639  23.270   1.274
    2    HA   MET 189           HA       MET 189  24.674  24.991   2.464
    3    HB2  MET 189           HB2      MET 189  22.073  23.856   3.372
    4    HB3  MET 189           HB3      MET 189  23.265  24.179   4.624
    5    HG2  MET 189           HG2      MET 189  23.398  26.494   3.957
    6    HG3  MET 189           HG3      MET 189  22.291  26.200   2.619
    7    HE2  MET 189           HE1      MET 189  19.716  24.592   3.832
    8    HE1  MET 189           HE2      MET 189  19.968  25.901   2.680
    9    HE3  MET 189           HE3      MET 189  18.874  26.126   4.045

  No H/Q in entry =           9
  In of MODEL   16
    1    H    LEU 190           H        LEU 190  23.872  21.628   2.320
    2    HA   LEU 190           HA       LEU 190  25.292  20.649   4.480
    3    HB2  LEU 190           HB2      LEU 190  25.035  19.365   1.783
    4    HB3  LEU 190           HB3      LEU 190  25.362  18.551   3.306
    5    HG   LEU 190           HG       LEU 190  22.844  19.797   2.353
    6   HD13  LEU 190          HD11      LEU 190  23.126  17.470   1.923
    7   HD12  LEU 190          HD12      LEU 190  21.939  17.663   3.213
    8   HD11  LEU 190          HD13      LEU 190  23.592  17.179   3.596
    9   HD22  LEU 190          HD21      LEU 190  23.040  20.843   4.422
   10   HD21  LEU 190          HD22      LEU 190  23.641  19.377   5.191
   11   HD23  LEU 190          HD23      LEU 190  21.962  19.469   4.664

  No H/Q in entry =          11
  In of MODEL   16
    1    H    GLU 191           H        GLU 191  26.565  21.091   1.116
    2    HA   GLU 191           HA       GLU 191  29.134  20.300   1.799
    3    HB2  GLU 191           HB2      GLU 191  28.060  22.101  -0.375
    4    HB3  GLU 191           HB3      GLU 191  29.733  21.564  -0.305
    5    HG2  GLU 191           HG2      GLU 191  28.781  19.195  -0.315
    6    HG3  GLU 191           HG3      GLU 191  27.262  19.945  -0.804

  No H/Q in entry =           6
  In of MODEL   16
    1    H    ASP 192           H        ASP 192  27.376  23.068   2.610
    2    HA   ASP 192           HA       ASP 192  29.779  24.703   2.871
    3    HB2  ASP 192           HB2      ASP 192  26.859  25.389   3.246
    4    HB3  ASP 192           HB3      ASP 192  28.172  26.515   3.573

  No H/Q in entry =           4
  In of MODEL   16
    1    H    GLN 193           H        GLN 193  28.229  22.437   4.458
    2    HA   GLN 193           HA       GLN 193  28.120  21.639   6.594
    3    HB2  GLN 193           HB2      GLN 193  30.409  23.576   6.841
    4    HB3  GLN 193           HB3      GLN 193  29.842  22.652   8.223
    5    HG2  GLN 193           HG2      GLN 193  31.588  21.377   7.415
    6    HG3  GLN 193           HG3      GLN 193  30.171  20.600   6.719
    7   HE21  GLN 193          HE21      GLN 193  30.571  19.941   4.750
    8   HE22  GLN 193          HE22      GLN 193  31.465  20.802   3.546

  No H/Q in entry =           8
  In of MODEL   16
    1    H    ASN 194           H        ASN 194  26.535  23.995   5.726
    2    HA   ASN 194           HA       ASN 194  26.180  25.438   8.248
    3    HB2  ASN 194           HB2      ASN 194  26.017  26.253   5.601
    4    HB3  ASN 194           HB3      ASN 194  24.331  26.131   6.095
    5   HD21  ASN 194          HD21      ASN 194  26.056  28.468   5.490
    6   HD22  ASN 194          HD22      ASN 194  25.942  29.485   6.882

  No H/Q in entry =           6
  In of MODEL   16
    1    H    LEU 195           H        LEU 195  25.314  22.595   7.251
    2    HA   LEU 195           HA       LEU 195  22.901  22.541   8.871
    3    HB2  LEU 195           HB2      LEU 195  22.523  23.050   6.256
    4    HB3  LEU 195           HB3      LEU 195  22.597  21.305   6.196
    5    HG   LEU 195           HG       LEU 195  20.765  22.269   8.254
    6   HD12  LEU 195          HD11      LEU 195  19.038  23.014   6.688
    7   HD11  LEU 195          HD12      LEU 195  20.196  22.910   5.360
    8   HD13  LEU 195          HD13      LEU 195  20.439  24.086   6.653
    9   HD21  LEU 195          HD21      LEU 195  20.805  20.296   6.016
   10   HD23  LEU 195          HD22      LEU 195  19.277  20.724   6.786
   11   HD22  LEU 195          HD23      LEU 195  20.585  20.024   7.744

  No H/Q in entry =          11
  In of MODEL   16
    1    H    ILE 196           H        ILE 196  25.252  20.943   6.913
    2    HA   ILE 196           HA       ILE 196  25.505  18.650   8.478
    3    HB   ILE 196           HB       ILE 196  24.746  17.909   5.668
    4   HG12  ILE 196          HG12      ILE 196  22.977  17.545   8.072
    5   HG13  ILE 196          HG13      ILE 196  22.781  18.916   6.978
    6   HG22  ILE 196          HG21      ILE 196  24.326  15.987   7.776
    7   HG21  ILE 196          HG22      ILE 196  25.967  16.627   7.842
    8   HG23  ILE 196          HG23      ILE 196  25.376  15.870   6.364
    9   HD13  ILE 196          HD11      ILE 196  22.390  17.434   5.140
   10   HD12  ILE 196          HD12      ILE 196  21.280  17.053   6.463
   11   HD11  ILE 196          HD13      ILE 196  22.691  16.031   6.168

  No H/Q in entry =          11
  In of MODEL   16
    1    H    SER 197           H        SER 197  26.590  17.392   5.882
    2    HA   SER 197           HA       SER 197  28.539  19.020   4.927
    3    HB2  SER 197           HB2      SER 197  29.818  18.755   6.912
    4    HB3  SER 197           HB3      SER 197  29.502  17.021   6.958
    5    HG   SER 197           HG       SER 197  31.010  16.703   5.508

  No H/Q in entry =           5
  In of MODEL   16
    1    H    ALA 198           H        ALA 198  27.935  18.349   2.908
    2    HA   ALA 198           HA       ALA 198  27.776  15.506   2.510
    3    HB3  ALA 198           HB1      ALA 198  25.882  17.002   1.731
    4    HB1  ALA 198           HB2      ALA 198  26.603  15.977   0.488
    5    HB2  ALA 198           HB3      ALA 198  27.018  17.688   0.571

  No H/Q in entry =           5
  In of MODEL   16
    1    H    HIS 199           H        HIS 199  29.506  14.608   1.800
    2    HA   HIS 199           HA       HIS 199  31.629  16.163   0.565
    3    HB2  HIS 199           HB2      HIS 199  32.045  14.226   2.202
    4    HB3  HIS 199           HB3      HIS 199  31.492  13.150   0.924
    5    HD1  HIS 199           HD1      HIS 199  34.383  15.210   1.999
    6    HD2  HIS 199           HD2      HIS 199  33.263  12.895  -1.263
    7    HE1  HIS 199           HE1      HIS 199  36.495  14.819   0.692
    8    HE2  HIS 199           HE2      HIS 199  35.741  13.616  -1.388

  No H/Q in entry =           8
  In of MODEL   16
    1    H    GLY 200           H        GLY 200  29.982  16.782  -1.062
    2    HA3  GLY 200           HA2      GLY 200  29.480  16.638  -3.346
    3    HA2  GLY 200           HA3      GLY 200  30.000  14.951  -3.333

  No H/Q in entry =           3
  In of MODEL   16
    1    H    LYS 201           H        LYS 201  28.417  13.472  -3.415
    2    HA   LYS 201           HA       LYS 201  25.711  14.312  -2.667
    3    HB2  LYS 201           HB2      LYS 201  24.963  12.371  -3.983
    4    HB3  LYS 201           HB3      LYS 201  25.966  13.457  -4.934
    5    HG2  LYS 201           HG2      LYS 201  27.852  11.756  -4.052
    6    HG3  LYS 201           HG3      LYS 201  26.456  10.676  -4.082
    7    HD2  LYS 201           HD2      LYS 201  27.469  10.491  -6.213
    8    HD3  LYS 201           HD3      LYS 201  26.038  11.497  -6.441
    9    HE2  LYS 201           HE2      LYS 201  27.325  13.469  -6.592
   10    HE3  LYS 201           HE3      LYS 201  28.761  12.671  -5.954
   11    HZ1  LYS 201           HZ1      LYS 201  28.865  11.345  -7.975
   12    HZ3  LYS 201           HZ2      LYS 201  28.934  12.996  -8.328
   13    HZ2  LYS 201           HZ3      LYS 201  27.502  12.136  -8.592

  No H/Q in entry =          13
  In of MODEL   16
    1    H    THR 202           H        THR 202  28.266  12.517  -1.534
    2    HA   THR 202           HA       THR 202  26.819  10.712   0.184
    3    HB   THR 202           HB       THR 202  29.588  11.243   0.954
    4    HG1  THR 202           HG1      THR 202  30.365  11.450  -1.018
    5   HG21  THR 202          HG21      THR 202  28.222   9.217   1.506
    6   HG23  THR 202          HG22      THR 202  29.793   8.848   0.794
    7   HG22  THR 202          HG23      THR 202  28.332   8.742  -0.189

  No H/Q in entry =           7
  In of MODEL   16
    1    H    ILE 203           H        ILE 203  25.848  11.496   1.948
    2    HA   ILE 203           HA       ILE 203  26.677  14.130   2.868
    3    HB   ILE 203           HB       ILE 203  24.104  12.622   2.961
    4   HG12  ILE 203          HG12      ILE 203  24.961  15.261   1.783
    5   HG13  ILE 203          HG13      ILE 203  24.518  13.799   0.912
    6   HG22  ILE 203          HG21      ILE 203  23.155  14.572   4.206
    7   HG21  ILE 203          HG22      ILE 203  24.805  15.128   4.484
    8   HG23  ILE 203          HG23      ILE 203  24.269  13.585   5.149
    9   HD11  ILE 203          HD11      ILE 203  22.674  15.464   2.598
   10   HD13  ILE 203          HD12      ILE 203  22.223  14.036   1.667
   11   HD12  ILE 203          HD13      ILE 203  22.767  15.495   0.839

  No H/Q in entry =          11
  In of MODEL   16
    1    H    VAL 204           H        VAL 204  27.746  14.264   4.698
    2    HA   VAL 204           HA       VAL 204  27.626  12.024   6.611
    3    HB   VAL 204           HB       VAL 204  29.890  12.750   5.314
    4   HG11  VAL 204          HG11      VAL 204  29.697  14.626   7.601
    5   HG13  VAL 204          HG12      VAL 204  30.461  14.834   6.024
    6   HG12  VAL 204          HG13      VAL 204  31.253  13.859   7.271
    7   HG23  VAL 204          HG21      VAL 204  31.022  11.930   7.560
    8   HG22  VAL 204          HG22      VAL 204  30.116  10.853   6.504
    9   HG21  VAL 204          HG23      VAL 204  29.348  11.530   7.938

  No H/Q in entry =           9
  In of MODEL   16
    1    H    VAL 205           H        VAL 205  26.163  12.624   7.767
    2    HA   VAL 205           HA       VAL 205  25.889  15.061   9.235
    3    HB   VAL 205           HB       VAL 205  24.567  13.454  10.828
    4   HG12  VAL 205          HG11      VAL 205  22.743  13.101   9.136
    5   HG11  VAL 205          HG12      VAL 205  23.867  13.624   7.879
    6   HG13  VAL 205          HG13      VAL 205  23.379  14.745   9.156
    7   HG23  VAL 205          HG21      VAL 205  25.073  11.530   8.547
    8   HG22  VAL 205          HG22      VAL 205  24.064  11.236   9.967
    9   HG21  VAL 205          HG23      VAL 205  25.812  11.405  10.147

  No H/Q in entry =           9
  In of MODEL   16
    1    H    TYR 206           H        TYR 206  27.866  15.584   9.850
    2    HA   TYR 206           HA       TYR 206  29.999  14.255  10.879
    3    HB2  TYR 206           HB2      TYR 206  28.792  16.900  11.726
    4    HB3  TYR 206           HB3      TYR 206  30.238  16.280  12.499
    5    HD1  TYR 206           HD1      TYR 206  29.139  18.517  10.165
    6    HD2  TYR 206           HD2      TYR 206  32.039  15.432  10.619
    7    HE1  TYR 206           HE1      TYR 206  30.514  19.577   8.446
    8    HE2  TYR 206           HE2      TYR 206  33.440  16.473   8.896
    9    HH   TYR 206           HH       TYR 206  33.032  18.053   6.903

  No H/Q in entry =           9
  In of MODEL   16
    1    H    GLY 207           H        GLY 207  27.147  15.400  12.728
    2    HA3  GLY 207           HA2      GLY 207  27.018  13.176  14.417
    3    HA2  GLY 207           HA3      GLY 207  27.988  14.396  15.226

  No H/Q in entry =           3
  In of MODEL   16
    1    H    THR 208           H        THR 208  26.771  16.716  14.825
    2    HA   THR 208           HA       THR 208  24.636  16.676  16.622
    3    HB   THR 208           HB       THR 208  25.063  18.919  14.669
    4    HG1  THR 208           HG1      THR 208  26.576  18.837  17.013
    5   HG23  THR 208          HG21      THR 208  24.495  20.307  16.582
    6   HG22  THR 208          HG22      THR 208  24.437  18.888  17.626
    7   HG21  THR 208          HG23      THR 208  23.241  19.088  16.345

  No H/Q in entry =           7
  In of MODEL   16
    1    H    ARG 209           H        ARG 209  24.700  16.812  13.128
    2    HA   ARG 209           HA       ARG 209  22.169  15.695  12.766
    3    HB2  ARG 209           HB2      ARG 209  20.978  17.610  11.792
    4    HB3  ARG 209           HB3      ARG 209  21.359  17.917  13.481
    5    HG2  ARG 209           HG2      ARG 209  23.237  19.312  12.828
    6    HG3  ARG 209           HG3      ARG 209  22.915  18.972  11.127
    7    HD2  ARG 209           HD2      ARG 209  20.730  20.039  11.323
    8    HD3  ARG 209           HD3      ARG 209  21.033  20.358  13.030
    9    HE   ARG 209           HE       ARG 209  23.122  21.473  11.540
   10   HH11  ARG 209          HH11      ARG 209  19.701  21.934  12.094
   11   HH12  ARG 209          HH12      ARG 209  19.743  23.634  11.747
   12   HH21  ARG 209          HH21      ARG 209  23.189  23.709  11.099
   13   HH22  ARG 209          HH22      ARG 209  21.729  24.647  11.176

  No H/Q in entry =          13
  In of MODEL   17
    1    H1   VAL   1           H3       VAL   1 -21.547 -17.433  -2.712
    2    H2   VAL   1           H2       VAL   1 -21.376 -17.728  -1.056
    3    H3   VAL   1           H1       VAL   1 -20.790 -18.853  -2.176
    4    HA   VAL   1           HA       VAL   1 -22.762 -19.748  -1.347
    5    HB   VAL   1           HB       VAL   1 -23.638 -17.659  -0.366
    6   HG13  VAL   1          HG11      VAL   1 -24.856 -16.047  -1.650
    7   HG12  VAL   1          HG12      VAL   1 -24.641 -16.990  -3.124
    8   HG11  VAL   1          HG13      VAL   1 -23.250 -16.226  -2.357
    9   HG22  VAL   1          HG21      VAL   1 -25.120 -19.534  -0.449
   10   HG21  VAL   1          HG22      VAL   1 -25.548 -19.186  -2.124
   11   HG23  VAL   1          HG23      VAL   1 -26.044 -18.084  -0.841

  No H/Q in entry =          11
  In of MODEL   17
    1    H    LEU   2           H        LEU   2 -23.838 -21.078  -2.696
    2    HA   LEU   2           HA       LEU   2 -23.319 -20.948  -5.473
    3    HB2  LEU   2           HB2      LEU   2 -25.118 -22.698  -3.807
    4    HB3  LEU   2           HB3      LEU   2 -25.018 -22.863  -5.547
    5    HG   LEU   2           HG       LEU   2 -22.475 -23.162  -5.159
    6   HD13  LEU   2          HD11      LEU   2 -21.886 -24.129  -3.001
    7   HD12  LEU   2          HD12      LEU   2 -23.516 -23.815  -2.406
    8   HD11  LEU   2          HD13      LEU   2 -22.452 -22.470  -2.818
    9   HD21  LEU   2          HD21      LEU   2 -23.976 -24.923  -5.938
   10   HD23  LEU   2          HD22      LEU   2 -24.428 -25.281  -4.273
   11   HD22  LEU   2          HD23      LEU   2 -22.775 -25.557  -4.815

  No H/Q in entry =          11
  In of MODEL   17
    1    H    GLY   3           H        GLY   3 -24.675 -20.529  -7.210
    2    HA3  GLY   3           HA2      GLY   3 -26.781 -20.000  -8.189
    3    HA2  GLY   3           HA3      GLY   3 -27.353 -19.483  -6.610

  No H/Q in entry =           3
  In of MODEL   17
    1    H    LYS   4           H        LYS   4 -24.939 -17.910  -6.075
    2    HA   LYS   4           HA       LYS   4 -25.757 -15.527  -7.520
    3    HB2  LYS   4           HB2      LYS   4 -24.325 -16.111  -5.009
    4    HB3  LYS   4           HB3      LYS   4 -23.742 -14.700  -5.881
    5    HG2  LYS   4           HG2      LYS   4 -25.359 -13.921  -4.353
    6    HG3  LYS   4           HG3      LYS   4 -26.125 -13.889  -5.941
    7    HD2  LYS   4           HD2      LYS   4 -27.122 -16.135  -5.386
    8    HD3  LYS   4           HD3      LYS   4 -26.523 -15.910  -3.740
    9    HE2  LYS   4           HE2      LYS   4 -27.799 -13.758  -3.664
   10    HE3  LYS   4           HE3      LYS   4 -28.511 -14.192  -5.215
   11    HZ1  LYS   4           HZ1      LYS   4 -29.437 -16.177  -4.192
   12    HZ3  LYS   4           HZ2      LYS   4 -29.957 -14.788  -3.382
   13    HZ2  LYS   4           HZ3      LYS   4 -28.751 -15.757  -2.704

  No H/Q in entry =          13
  In of MODEL   17
    1    HA   PRO   5           HA       PRO   5 -22.447 -15.386 -10.425
    2    HB2  PRO   5           HB2      PRO   5 -21.716 -12.742 -10.333
    3    HB3  PRO   5           HB3      PRO   5 -23.136 -13.349 -11.188
    4    HG2  PRO   5           HG2      PRO   5 -22.947 -12.084  -8.485
    5    HG3  PRO   5           HG3      PRO   5 -24.164 -11.843  -9.753
    6    HD2  PRO   5           HD2      PRO   5 -24.637 -13.395  -7.608
    7    HD3  PRO   5           HD3      PRO   5 -25.297 -13.786  -9.210

  No H/Q in entry =           7
  In of MODEL   17
    1    H    GLN   6           H        GLN   6 -20.972 -16.685  -9.265
    2    HA   GLN   6           HA       GLN   6 -18.713 -15.170  -8.157
    3    HB2  GLN   6           HB2      GLN   6 -20.049 -17.561  -6.900
    4    HB3  GLN   6           HB3      GLN   6 -18.404 -17.091  -6.512
    5    HG2  GLN   6           HG2      GLN   6 -19.264 -14.886  -5.774
    6    HG3  GLN   6           HG3      GLN   6 -20.902 -15.483  -6.048
    7   HE21  GLN   6          HE21      GLN   6 -18.193 -17.329  -4.788
    8   HE22  GLN   6          HE22      GLN   6 -18.874 -17.630  -3.230

  No H/Q in entry =           8
  In of MODEL   17
    1    H    THR   7           H        THR   7 -19.525 -18.589  -8.581
    2    HA   THR   7           HA       THR   7 -18.632 -20.264  -9.831
    3    HB   THR   7           HB       THR   7 -16.825 -18.374 -11.320
    4    HG1  THR   7           HG1      THR   7 -18.540 -17.277 -11.910
    5   HG21  THR   7          HG21      THR   7 -18.418 -20.809 -12.139
    6   HG23  THR   7          HG22      THR   7 -16.687 -20.767 -11.807
    7   HG22  THR   7          HG23      THR   7 -17.341 -19.886 -13.188

  No H/Q in entry =           7
  In of MODEL   17
    1    H    ASP   8           H        ASP   8 -17.552 -19.403  -7.301
    2    HA   ASP   8           HA       ASP   8 -14.742 -20.231  -7.640
    3    HB2  ASP   8           HB2      ASP   8 -15.840 -17.919  -6.269
    4    HB3  ASP   8           HB3      ASP   8 -14.933 -18.939  -5.159

  No H/Q in entry =           4
  In of MODEL   17
    1    HA   PRO   9           HA       PRO   9 -16.817 -23.610  -5.362
    2    HB2  PRO   9           HB2      PRO   9 -14.343 -25.012  -6.151
    3    HB3  PRO   9           HB3      PRO   9 -16.029 -25.470  -6.412
    4    HG2  PRO   9           HG2      PRO   9 -14.504 -24.612  -8.431
    5    HG3  PRO   9           HG3      PRO   9 -16.221 -24.178  -8.322
    6    HD2  PRO   9           HD2      PRO   9 -13.806 -22.542  -7.629
    7    HD3  PRO   9           HD3      PRO   9 -15.288 -22.058  -8.483

  No H/Q in entry =           7
  In of MODEL   17
    1    H    THR  10           H        THR  10 -13.453 -22.478  -5.031
    2    HA   THR  10           HA       THR  10 -12.993 -24.040  -2.677
    3    HB   THR  10           HB       THR  10 -11.096 -22.045  -2.652
    4    HG1  THR  10           HG1      THR  10 -10.504 -21.726  -4.802
    5   HG22  THR  10          HG21      THR  10  -9.601 -23.725  -3.638
    6   HG21  THR  10          HG22      THR  10 -11.001 -24.676  -4.135
    7   HG23  THR  10          HG23      THR  10 -10.660 -24.438  -2.421

  No H/Q in entry =           7
  In of MODEL   17
    1    H    LEU  11           H        LEU  11 -14.356 -20.922  -3.406
    2    HA   LEU  11           HA       LEU  11 -13.907 -19.807  -0.831
    3    HB2  LEU  11           HB2      LEU  11 -14.720 -18.751  -3.168
    4    HB3  LEU  11           HB3      LEU  11 -16.263 -18.905  -2.349
    5    HG   LEU  11           HG       LEU  11 -15.776 -16.860  -1.566
    6   HD13  LEU  11          HD11      LEU  11 -14.831 -16.769   0.568
    7   HD12  LEU  11          HD12      LEU  11 -13.703 -18.075   0.209
    8   HD11  LEU  11          HD13      LEU  11 -15.416 -18.429   0.420
    9   HD23  LEU  11          HD21      LEU  11 -12.857 -17.439  -1.839
   10   HD22  LEU  11          HD22      LEU  11 -13.593 -15.868  -1.508
   11   HD21  LEU  11          HD23      LEU  11 -13.856 -16.657  -3.067

  No H/Q in entry =          11
  In of MODEL   17
    1    H    GLU  12           H        GLU  12 -16.325 -21.726  -2.297
    2    HA   GLU  12           HA       GLU  12 -18.289 -21.613  -0.201
    3    HB2  GLU  12           HB2      GLU  12 -18.059 -23.617  -2.478
    4    HB3  GLU  12           HB3      GLU  12 -19.487 -23.298  -1.502
    5    HG2  GLU  12           HG2      GLU  12 -18.200 -21.451  -3.496
    6    HG3  GLU  12           HG3      GLU  12 -19.759 -22.261  -3.641

  No H/Q in entry =           6
  In of MODEL   17
    1    H    TRP  13           H        TRP  13 -15.351 -23.040  -0.764
    2    HA   TRP  13           HA       TRP  13 -15.857 -25.336   0.999
    3    HB2  TRP  13           HB2      TRP  13 -13.445 -24.501  -0.648
    4    HB3  TRP  13           HB3      TRP  13 -13.339 -25.750   0.590
    5    HD1  TRP  13           HD1      TRP  13 -16.627 -26.188  -0.826
    6    HE1  TRP  13           HE1      TRP  13 -16.652 -28.008  -2.641
    7    HE3  TRP  13           HE3      TRP  13 -11.597 -26.589  -1.633
    8    HZ2  TRP  13           HZ2      TRP  13 -14.788 -29.424  -4.211
    9    HZ3  TRP  13           HZ3      TRP  13 -10.801 -28.204  -3.309
   10    HH2  TRP  13           HH2      TRP  13 -12.364 -29.590  -4.569

  No H/Q in entry =          10
  In of MODEL   17
    1    H    PHE  14           H        PHE  14 -14.740 -22.103   0.828
    2    HA   PHE  14           HA       PHE  14 -13.282 -22.069   3.330
    3    HB2  PHE  14           HB2      PHE  14 -12.392 -20.823   1.512
    4    HB3  PHE  14           HB3      PHE  14 -13.926 -20.077   1.160
    5    HD1  PHE  14           HD1      PHE  14 -14.845 -18.385   2.658
    6    HD2  PHE  14           HD2      PHE  14 -10.886 -19.870   3.097
    7    HE1  PHE  14           HE1      PHE  14 -14.275 -16.433   4.049
    8    HE2  PHE  14           HE2      PHE  14 -10.311 -17.931   4.468
    9    HZ   PHE  14           HZ       PHE  14 -11.998 -16.204   4.957

  No H/Q in entry =           9
  In of MODEL   17
    1    H    LEU  15           H        LEU  15 -16.492 -21.553   2.163
    2    HA   LEU  15           HA       LEU  15 -17.122 -19.518   4.155
    3    HB2  LEU  15           HB2      LEU  15 -18.874 -20.525   1.911
    4    HB3  LEU  15           HB3      LEU  15 -19.277 -19.243   3.043
    5    HG   LEU  15           HG       LEU  15 -17.030 -19.183   1.044
    6   HD12  LEU  15          HD11      LEU  15 -19.618 -17.701   1.140
    7   HD11  LEU  15          HD12      LEU  15 -19.178 -18.990   0.014
    8   HD13  LEU  15          HD13      LEU  15 -18.317 -17.451  -0.026
    9   HD22  LEU  15          HD21      LEU  15 -16.391 -17.126   1.792
   10   HD21  LEU  15          HD22      LEU  15 -16.823 -17.901   3.314
   11   HD23  LEU  15          HD23      LEU  15 -17.946 -16.785   2.541

  No H/Q in entry =          11
  In of MODEL   17
    1    H    SER  16           H        SER  16 -16.910 -22.709   3.729
    2    HA   SER  16           HA       SER  16 -19.235 -23.392   5.403
    3    HB2  SER  16           HB2      SER  16 -18.024 -25.771   4.899
    4    HB3  SER  16           HB3      SER  16 -19.214 -25.083   3.789
    5    HG   SER  16           HG       SER  16 -17.696 -24.788   2.363

  No H/Q in entry =           5
  In of MODEL   17
    1    H    HIS  17           H        HIS  17 -16.334 -22.084   5.555
    2    HA   HIS  17           HA       HIS  17 -15.523 -23.590   7.924
    3    HB2  HIS  17           HB2      HIS  17 -13.971 -22.462   5.697
    4    HB3  HIS  17           HB3      HIS  17 -13.272 -22.240   7.297
    5    HD1  HIS  17           HD1      HIS  17 -13.732 -24.738   4.646
    6    HD2  HIS  17           HD2      HIS  17 -12.804 -24.727   8.703
    7    HE1  HIS  17           HE1      HIS  17 -12.777 -27.011   5.134
    8    HE2  HIS  17           HE2      HIS  17 -12.358 -27.027   7.618

  No H/Q in entry =           8
  In of MODEL   17
    1    H    CYS  18           H        CYS  18 -16.668 -20.583   6.881
    2    HA   CYS  18           HA       CYS  18 -15.546 -19.177   9.175
    3    HB2  CYS  18           HB2      CYS  18 -16.276 -17.103   7.825
    4    HB3  CYS  18           HB3      CYS  18 -14.802 -17.955   7.388
    5    HG   CYS  18           HG       CYS  18 -16.167 -17.081   5.169

  No H/Q in entry =           5
  In of MODEL   17
    1    H    HIS  19           H        HIS  19 -17.101 -17.408  10.138
    2    HA   HIS  19           HA       HIS  19 -19.837 -18.261   9.895
    3    HB2  HIS  19           HB2      HIS  19 -18.846 -17.870  12.105
    4    HB3  HIS  19           HB3      HIS  19 -18.409 -16.231  11.650
    5    HD1  HIS  19           HD1      HIS  19 -21.461 -18.333  12.430
    6    HD2  HIS  19           HD2      HIS  19 -20.287 -14.347  12.243
    7    HE1  HIS  19           HE1      HIS  19 -23.389 -17.015  13.357
    8    HE2  HIS  19           HE2      HIS  19 -22.703 -14.604  13.134

  No H/Q in entry =           8
  In of MODEL   17
    1    H    ILE  20           H        ILE  20 -20.551 -17.354   7.637
    2    HA   ILE  20           HA       ILE  20 -20.329 -14.558   7.082
    3    HB   ILE  20           HB       ILE  20 -22.053 -16.756   6.058
    4   HG12  ILE  20          HG12      ILE  20 -20.991 -15.726   3.865
    5   HG13  ILE  20          HG13      ILE  20 -19.795 -15.129   5.007
    6   HG21  ILE  20          HG21      ILE  20 -23.519 -14.816   6.212
    7   HG23  ILE  20          HG22      ILE  20 -23.207 -15.281   4.540
    8   HG22  ILE  20          HG23      ILE  20 -22.385 -13.882   5.234
    9   HD13  ILE  20          HD11      ILE  20 -19.061 -17.207   4.029
   10   HD12  ILE  20          HD12      ILE  20 -20.554 -18.006   4.533
   11   HD11  ILE  20          HD13      ILE  20 -19.400 -17.449   5.745

  No H/Q in entry =          11
  In of MODEL   17
    1    H    HIS  21           H        HIS  21 -21.247 -13.029   8.026
    2    HA   HIS  21           HA       HIS  21 -23.576 -12.171   8.147
    3    HB2  HIS  21           HB2      HIS  21 -24.352 -14.369   9.260
    4    HB3  HIS  21           HB3      HIS  21 -23.854 -13.605  10.764
    5    HD1  HIS  21           HD1      HIS  21 -25.661 -12.369  11.908
    6    HD2  HIS  21           HD2      HIS  21 -26.406 -12.647   7.820
    7    HE1  HIS  21           HE1      HIS  21 -27.935 -11.357  11.564
    8    HE2  HIS  21           HE2      HIS  21 -28.419 -11.642   9.109

  No H/Q in entry =           8
  In of MODEL   17
    1    H    LYS  22           H        LYS  22 -23.456 -10.290   8.529
    2    HA   LYS  22           HA       LYS  22 -21.586  -9.339  10.548
    3    HB2  LYS  22           HB2      LYS  22 -21.124  -8.927   7.989
    4    HB3  LYS  22           HB3      LYS  22 -22.123  -7.524   8.287
    5    HG2  LYS  22           HG2      LYS  22 -20.409  -7.425  10.406
    6    HG3  LYS  22           HG3      LYS  22 -19.384  -8.118   9.157
    7    HD2  LYS  22           HD2      LYS  22 -20.114  -6.266   7.663
    8    HD3  LYS  22           HD3      LYS  22 -20.903  -5.525   9.058
    9    HE2  LYS  22           HE2      LYS  22 -17.969  -6.222   8.989
   10    HE3  LYS  22           HE3      LYS  22 -18.602  -4.646   8.524
   11    HZ1  LYS  22           HZ1      LYS  22 -19.555  -4.435  10.757
   12    HZ3  LYS  22           HZ2      LYS  22 -17.873  -4.605  10.803
   13    HZ2  LYS  22           HZ3      LYS  22 -18.864  -5.919  11.197

  No H/Q in entry =          13
  In of MODEL   17
    1    H    TYR  23           H        TYR  23 -22.777  -6.676   9.392
    2    HA   TYR  23           HA       TYR  23 -25.146  -6.335  10.856
    3    HB2  TYR  23           HB2      TYR  23 -23.652  -4.408  12.177
    4    HB3  TYR  23           HB3      TYR  23 -24.399  -5.804  12.905
    5    HD1  TYR  23           HD1      TYR  23 -21.914  -7.464  11.371
    6    HD2  TYR  23           HD2      TYR  23 -22.287  -4.400  14.269
    7    HE1  TYR  23           HE1      TYR  23 -19.755  -8.119  12.259
    8    HE2  TYR  23           HE2      TYR  23 -20.094  -5.021  15.199
    9    HH   TYR  23           HH       TYR  23 -18.662  -7.293  15.191

  No H/Q in entry =           9
  In of MODEL   17
    1    HA   PRO  24           HA       PRO  24 -25.191  -2.424   8.484
    2    HB2  PRO  24           HB2      PRO  24 -26.114  -0.720  10.500
    3    HB3  PRO  24           HB3      PRO  24 -27.179  -1.634   9.429
    4    HG2  PRO  24           HG2      PRO  24 -26.329  -2.229  12.226
    5    HG3  PRO  24           HG3      PRO  24 -27.887  -2.528  11.437
    6    HD2  PRO  24           HD2      PRO  24 -26.135  -4.514  11.894
    7    HD3  PRO  24           HD3      PRO  24 -27.142  -4.484  10.432

  No H/Q in entry =           7
  In of MODEL   17
    1    H    SER  25           H        SER  25 -24.256  -0.482   8.708
    2    HA   SER  25           HA       SER  25 -21.522  -0.902   9.326
    3    HB2  SER  25           HB2      SER  25 -21.766   1.481   7.967
    4    HB3  SER  25           HB3      SER  25 -21.417  -0.105   7.285
    5    HG   SER  25           HG       SER  25 -23.562   1.405   6.886

  No H/Q in entry =           5
  In of MODEL   17
    1    H    LYS  26           H        LYS  26 -20.162   0.581   9.792
    2    HA   LYS  26           HA       LYS  26 -19.309   2.485  10.984
    3    HB2  LYS  26           HB2      LYS  26 -21.605   3.367  11.611
    4    HB3  LYS  26           HB3      LYS  26 -21.815   2.055  12.761
    5    HG2  LYS  26           HG2      LYS  26 -19.872   2.917  14.139
    6    HG3  LYS  26           HG3      LYS  26 -19.539   4.157  12.933
    7    HD2  LYS  26           HD2      LYS  26 -21.808   5.183  13.462
    8    HD3  LYS  26           HD3      LYS  26 -22.101   3.893  14.645
    9    HE2  LYS  26           HE2      LYS  26 -19.989   4.548  15.910
   10    HE3  LYS  26           HE3      LYS  26 -19.693   5.861  14.758
   11    HZ1  LYS  26           HZ1      LYS  26 -22.316   5.690  16.120
   12    HZ2  LYS  26           HZ2      LYS  26 -21.037   6.340  16.915
   13    HZ3  LYS  26           HZ3      LYS  26 -21.490   6.989  15.438

  No H/Q in entry =          13
  In of MODEL   17
    1    H    SER  27           H        SER  27 -20.220  -0.626  11.329
    2    HA   SER  27           HA       SER  27 -19.076  -1.232  13.851
    3    HB2  SER  27           HB2      SER  27 -19.348  -3.622  12.767
    4    HB3  SER  27           HB3      SER  27 -20.775  -2.725  13.276
    5    HG   SER  27           HG       SER  27 -21.422  -2.764  11.274

  No H/Q in entry =           5
  In of MODEL   17
    1    H    THR  28           H        THR  28 -17.029  -0.409  13.689
    2    HA   THR  28           HA       THR  28 -15.159  -1.563  11.748
    3    HB   THR  28           HB       THR  28 -14.809   0.832  12.243
    4    HG1  THR  28           HG1      THR  28 -12.785   0.166  12.086
    5   HG22  THR  28          HG21      THR  28 -14.583   0.009  15.130
    6   HG21  THR  28          HG22      THR  28 -15.930   0.898  14.419
    7   HG23  THR  28          HG23      THR  28 -14.327   1.632  14.489

  No H/Q in entry =           7
  In of MODEL   17
    1    H    LEU  29           H        LEU  29 -13.277  -2.446  12.752
    2    HA   LEU  29           HA       LEU  29 -14.165  -4.460  14.657
    3    HB2  LEU  29           HB2      LEU  29 -12.648  -5.796  12.657
    4    HB3  LEU  29           HB3      LEU  29 -14.325  -6.067  13.074
    5    HG   LEU  29           HG       LEU  29 -13.169  -4.448  10.791
    6   HD13  LEU  29          HD11      LEU  29 -14.263  -5.922   9.392
    7   HD12  LEU  29          HD12      LEU  29 -15.379  -6.448  10.657
    8   HD11  LEU  29          HD13      LEU  29 -13.688  -6.971  10.696
    9   HD22  LEU  29          HD21      LEU  29 -15.163  -3.501  10.220
   10   HD21  LEU  29          HD22      LEU  29 -15.161  -3.332  11.978
   11   HD23  LEU  29          HD23      LEU  29 -16.096  -4.619  11.219

  No H/Q in entry =          11
  In of MODEL   17
    1    H    ILE  30           H        ILE  30 -11.566  -2.785  13.104
    2    HA   ILE  30           HA       ILE  30  -9.676  -3.270  15.051
    3    HB   ILE  30           HB       ILE  30  -8.319  -4.731  12.994
    4   HG12  ILE  30          HG12      ILE  30  -9.583  -6.972  13.346
    5   HG13  ILE  30          HG13      ILE  30 -10.981  -5.957  13.663
    6   HG23  ILE  30          HG21      ILE  30  -7.922  -6.386  14.725
    7   HG22  ILE  30          HG22      ILE  30  -9.147  -5.625  15.740
    8   HG21  ILE  30          HG23      ILE  30  -7.681  -4.741  15.310
    9   HD12  ILE  30          HD11      ILE  30 -10.619  -6.881  11.296
   10   HD11  ILE  30          HD12      ILE  30  -9.381  -5.624  11.154
   11   HD13  ILE  30          HD13      ILE  30 -11.059  -5.184  11.478

  No H/Q in entry =          11
  In of MODEL   17
    1    H    HIS  31           H        HIS  31  -9.045  -1.558  14.894
    2    HA   HIS  31           HA       HIS  31  -6.853  -0.747  13.400
    3    HB2  HIS  31           HB2      HIS  31  -8.082  -0.087  11.570
    4    HB3  HIS  31           HB3      HIS  31  -9.580   0.019  12.484
    5    HD1  HIS  31           HD1      HIS  31  -6.953   2.050  10.949
    6    HD2  HIS  31           HD2      HIS  31  -9.834   2.552  13.889
    7    HE1  HIS  31           HE1      HIS  31  -7.054   4.510  11.382
    8    HE2  HIS  31           HE2      HIS  31  -8.597   4.728  13.368

  No H/Q in entry =           8
  In of MODEL   17
    1    H    GLN  32           H        GLN  32  -6.843  -1.024  16.059
    2    HA   GLN  32           HA       GLN  32  -6.811   1.723  16.994
    3    HB2  GLN  32           HB2      GLN  32  -9.203   0.778  17.428
    4    HB3  GLN  32           HB3      GLN  32  -8.429  -0.142  18.713
    5    HG2  GLN  32           HG2      GLN  32  -7.486   2.363  19.209
    6    HG3  GLN  32           HG3      GLN  32  -9.087   2.717  18.569
    7   HE21  GLN  32          HE21      GLN  32 -10.916   1.700  19.635
    8   HE22  GLN  32          HE22      GLN  32 -10.816   1.321  21.320

  No H/Q in entry =           8
  In of MODEL   17
    1    H    GLY  33           H        GLY  33  -5.862  -1.454  17.013
    2    HA3  GLY  33           HA2      GLY  33  -3.484  -1.700  17.723
    3    HA2  GLY  33           HA3      GLY  33  -3.996  -0.906  19.207

  No H/Q in entry =           3
  In of MODEL   17
    1    H    GLU  34           H        GLU  34  -6.107  -3.076  17.575
    2    HA   GLU  34           HA       GLU  34  -6.009  -5.062  19.704
    3    HB2  GLU  34           HB2      GLU  34  -7.683  -5.224  17.222
    4    HB3  GLU  34           HB3      GLU  34  -8.060  -5.779  18.832
    5    HG2  GLU  34           HG2      GLU  34  -9.436  -3.984  18.755
    6    HG3  GLU  34           HG3      GLU  34  -7.978  -3.170  19.313

  No H/Q in entry =           6
  In of MODEL   17
    1    H    LYS  35           H        LYS  35  -4.678  -6.752  19.430
    2    HA   LYS  35           HA       LYS  35  -3.197  -7.442  17.215
    3    HB2  LYS  35           HB2      LYS  35  -4.104  -8.961  19.613
    4    HB3  LYS  35           HB3      LYS  35  -3.421  -9.875  18.276
    5    HG2  LYS  35           HG2      LYS  35  -1.450  -8.263  18.404
    6    HG3  LYS  35           HG3      LYS  35  -2.112  -7.778  19.969
    7    HD2  LYS  35           HD2      LYS  35  -0.522  -9.457  20.455
    8    HD3  LYS  35           HD3      LYS  35  -2.093 -10.253  20.577
    9    HE2  LYS  35           HE2      LYS  35  -1.460 -10.620  17.938
   10    HE3  LYS  35           HE3      LYS  35   0.120 -10.716  18.712
   11    HZ3  LYS  35           HZ1      LYS  35  -0.834 -12.888  18.621
   12    HZ2  LYS  35           HZ2      LYS  35  -2.275 -12.362  19.340
   13    HZ1  LYS  35           HZ3      LYS  35  -0.837 -12.389  20.236

  No H/Q in entry =          13
  In of MODEL   17
    1    H    ALA  36           H        ALA  36  -3.971  -7.861  15.195
    2    HA   ALA  36           HA       ALA  36  -6.611  -8.764  14.765
    3    HB1  ALA  36           HB1      ALA  36  -6.159  -8.512  12.499
    4    HB2  ALA  36           HB2      ALA  36  -4.444  -8.864  12.712
    5    HB3  ALA  36           HB3      ALA  36  -5.103  -7.324  13.269

  No H/Q in entry =           5
  In of MODEL   17
    1    H    GLU  37           H        GLU  37  -6.952 -10.732  15.734
    2    HA   GLU  37           HA       GLU  37  -5.449 -13.023  14.649
    3    HB2  GLU  37           HB2      GLU  37  -6.828 -12.610  17.293
    4    HB3  GLU  37           HB3      GLU  37  -6.377 -14.208  16.716
    5    HG2  GLU  37           HG2      GLU  37  -4.079 -13.686  16.780
    6    HG3  GLU  37           HG3      GLU  37  -4.402 -11.965  16.995

  No H/Q in entry =           6
  In of MODEL   17
    1    H    THR  38           H        THR  38  -8.107 -11.431  14.035
    2    HA   THR  38           HA       THR  38  -9.665 -13.830  13.331
    3    HB   THR  38           HB       THR  38 -11.160 -11.341  13.994
    4    HG1  THR  38           HG1      THR  38 -10.245 -11.319  15.924
    5   HG22  THR  38          HG21      THR  38 -12.724 -13.083  14.945
    6   HG21  THR  38          HG22      THR  38 -11.622 -14.302  14.308
    7   HG23  THR  38          HG23      THR  38 -12.434 -13.188  13.210

  No H/Q in entry =           7
  In of MODEL   17
    1    H    LEU  39           H        LEU  39 -10.580 -13.753  11.316
    2    HA   LEU  39           HA       LEU  39  -9.955 -11.349   9.773
    3    HB2  LEU  39           HB2      LEU  39  -8.844 -12.662   8.375
    4    HB3  LEU  39           HB3      LEU  39  -9.283 -14.071   9.319
    5    HG   LEU  39           HG       LEU  39 -11.449 -13.198   7.580
    6   HD11  LEU  39          HD11      LEU  39  -8.806 -13.971   6.351
    7   HD13  LEU  39          HD12      LEU  39  -9.685 -12.461   6.115
    8   HD12  LEU  39          HD13      LEU  39 -10.349 -13.974   5.497
    9   HD22  LEU  39          HD21      LEU  39 -11.463 -15.322   8.688
   10   HD21  LEU  39          HD22      LEU  39  -9.899 -15.748   7.992
   11   HD23  LEU  39          HD23      LEU  39 -11.319 -15.601   6.953

  No H/Q in entry =          11
  In of MODEL   17
    1    H    TYR  40           H        TYR  40 -11.587 -10.674   8.174
    2    HA   TYR  40           HA       TYR  40 -14.218 -11.871   8.647
    3    HB2  TYR  40           HB2      TYR  40 -13.848  -8.880   8.464
    4    HB3  TYR  40           HB3      TYR  40 -15.274  -9.769   8.967
    5    HD1  TYR  40           HD1      TYR  40 -15.726  -9.980  11.187
    6    HD2  TYR  40           HD2      TYR  40 -11.726  -9.173  10.033
    7    HE1  TYR  40           HE1      TYR  40 -15.111  -9.651  13.552
    8    HE2  TYR  40           HE2      TYR  40 -11.085  -8.876  12.386
    9    HH   TYR  40           HH       TYR  40 -12.287  -8.213  14.548

  No H/Q in entry =           9
  In of MODEL   17
    1    H    TYR  41           H        TYR  41 -14.789 -12.603   6.640
    2    HA   TYR  41           HA       TYR  41 -13.860 -11.265   4.263
    3    HB2  TYR  41           HB2      TYR  41 -13.879 -13.775   4.653
    4    HB3  TYR  41           HB3      TYR  41 -15.629 -13.699   4.541
    5    HD1  TYR  41           HD1      TYR  41 -15.842 -11.726   2.278
    6    HD2  TYR  41           HD2      TYR  41 -13.378 -15.117   2.839
    7    HE1  TYR  41           HE1      TYR  41 -15.668 -11.994  -0.134
    8    HE2  TYR  41           HE2      TYR  41 -13.185 -15.401   0.428
    9    HH   TYR  41           HH       TYR  41 -14.147 -12.971  -1.770

  No H/Q in entry =           9
  In of MODEL   17
    1    H    ILE  42           H        ILE  42 -15.128  -9.298   4.189
    2    HA   ILE  42           HA       ILE  42 -17.919  -9.223   4.566
    3    HB   ILE  42           HB       ILE  42 -17.699  -7.318   2.704
    4   HG12  ILE  42          HG12      ILE  42 -14.938  -7.442   3.891
    5   HG13  ILE  42          HG13      ILE  42 -15.343  -7.942   2.246
    6   HG23  ILE  42          HG21      ILE  42 -17.317  -5.710   4.471
    7   HG22  ILE  42          HG22      ILE  42 -16.728  -6.988   5.530
    8   HG21  ILE  42          HG23      ILE  42 -18.413  -6.981   5.010
    9   HD13  ILE  42          HD11      ILE  42 -14.508  -5.740   2.146
   10   HD12  ILE  42          HD12      ILE  42 -15.579  -5.211   3.443
   11   HD11  ILE  42          HD13      ILE  42 -16.246  -5.662   1.873

  No H/Q in entry =          11
  In of MODEL   17
    1    H    VAL  43           H        VAL  43 -19.149 -10.664   3.573
    2    HA   VAL  43           HA       VAL  43 -18.536 -11.597   0.957
    3    HB   VAL  43           HB       VAL  43 -21.143 -12.083   2.388
    4   HG11  VAL  43          HG11      VAL  43 -20.779 -12.802   0.012
    5   HG13  VAL  43          HG12      VAL  43 -21.183 -14.093   1.147
    6   HG12  VAL  43          HG13      VAL  43 -19.512 -13.871   0.620
    7   HG21  VAL  43          HG21      VAL  43 -18.445 -13.321   2.854
    8   HG23  VAL  43          HG22      VAL  43 -19.949 -14.136   3.272
    9   HG22  VAL  43          HG23      VAL  43 -19.535 -12.605   4.042

  No H/Q in entry =           9
  In of MODEL   17
    1    H    LYS  44           H        LYS  44 -21.607 -10.465   2.031
    2    HA   LYS  44           HA       LYS  44 -22.039  -8.718  -0.324
    3    HB2  LYS  44           HB2      LYS  44 -23.744  -9.849   1.935
    4    HB3  LYS  44           HB3      LYS  44 -24.371  -8.726   0.719
    5    HG2  LYS  44           HG2      LYS  44 -24.212 -10.323  -1.007
    6    HG3  LYS  44           HG3      LYS  44 -23.145 -11.356  -0.049
    7    HD2  LYS  44           HD2      LYS  44 -25.341 -12.340  -0.081
    8    HD3  LYS  44           HD3      LYS  44 -25.008 -11.732   1.541
    9    HE2  LYS  44           HE2      LYS  44 -26.344  -9.826  -0.257
   10    HE3  LYS  44           HE3      LYS  44 -27.292 -11.253   0.154
   11    HZ3  LYS  44           HZ1      LYS  44 -27.836  -9.900   1.875
   12    HZ2  LYS  44           HZ2      LYS  44 -26.360  -9.085   1.877
   13    HZ1  LYS  44           HZ3      LYS  44 -26.468 -10.632   2.559

  No H/Q in entry =          13
  In of MODEL   17
    1    H    GLY  45           H        GLY  45 -21.179  -6.959   0.100
    2    HA3  GLY  45           HA2      GLY  45 -21.629  -4.682   0.627
    3    HA2  GLY  45           HA3      GLY  45 -22.194  -5.212   2.210

  No H/Q in entry =           3
  In of MODEL   17
    1    H    SER  46           H        SER  46 -20.349  -3.324   2.614
    2    HA   SER  46           HA       SER  46 -17.852  -4.599   2.828
    3    HB2  SER  46           HB2      SER  46 -16.619  -3.152   1.234
    4    HB3  SER  46           HB3      SER  46 -17.687  -4.333   0.479
    5    HG   SER  46           HG       SER  46 -17.693  -1.673   0.230

  No H/Q in entry =           5
  In of MODEL   17
    1    H    VAL  47           H        VAL  47 -16.085  -2.679   2.933
    2    HA   VAL  47           HA       VAL  47 -17.189  -0.955   5.027
    3    HB   VAL  47           HB       VAL  47 -15.412  -1.573   6.542
    4   HG11  VAL  47          HG11      VAL  47 -17.550  -2.892   6.340
    5   HG13  VAL  47          HG12      VAL  47 -16.203  -3.769   7.067
    6   HG12  VAL  47          HG13      VAL  47 -16.643  -4.056   5.374
    7   HG23  VAL  47          HG21      VAL  47 -14.142  -3.736   5.760
    8   HG22  VAL  47          HG22      VAL  47 -13.548  -2.134   5.307
    9   HG21  VAL  47          HG23      VAL  47 -14.486  -3.088   4.152

  No H/Q in entry =           9
  In of MODEL   17
    1    H    ALA  48           H        ALA  48 -15.252   0.351   5.995
    2    HA   ALA  48           HA       ALA  48 -13.997   1.725   3.732
    3    HB2  ALA  48           HB1      ALA  48 -15.874   2.897   5.024
    4    HB3  ALA  48           HB2      ALA  48 -14.354   3.774   4.838
    5    HB1  ALA  48           HB3      ALA  48 -14.731   2.978   6.366

  No H/Q in entry =           5
  In of MODEL   17
    1    H    VAL  49           H        VAL  49 -12.035   0.944   3.763
    2    HA   VAL  49           HA       VAL  49 -10.612   0.139   6.079
    3    HB   VAL  49           HB       VAL  49  -9.765   0.580   3.213
    4   HG12  VAL  49          HG11      VAL  49  -8.215  -1.056   5.144
    5   HG11  VAL  49          HG12      VAL  49  -7.988   0.693   5.127
    6   HG13  VAL  49          HG13      VAL  49  -7.683  -0.252   3.667
    7   HG23  VAL  49          HG21      VAL  49 -10.324  -1.898   4.815
    8   HG22  VAL  49          HG22      VAL  49  -9.811  -1.848   3.124
    9   HG21  VAL  49          HG23      VAL  49 -11.386  -1.200   3.589

  No H/Q in entry =           9
  In of MODEL   17
    1    H    LEU  50           H        LEU  50  -9.118   1.256   7.231
    2    HA   LEU  50           HA       LEU  50  -8.302   3.850   6.362
    3    HB2  LEU  50           HB2      LEU  50  -9.151   5.105   8.136
    4    HB3  LEU  50           HB3      LEU  50 -10.478   4.129   7.554
    5    HG   LEU  50           HG       LEU  50  -8.936   3.805  10.105
    6   HD12  LEU  50          HD11      LEU  50 -11.189   4.013  11.051
    7   HD11  LEU  50          HD12      LEU  50 -11.825   4.278   9.422
    8   HD13  LEU  50          HD13      LEU  50 -10.694   5.446  10.142
    9   HD22  LEU  50          HD21      LEU  50  -9.258   1.612   9.140
   10   HD21  LEU  50          HD22      LEU  50 -10.976   1.949   8.905
   11   HD23  LEU  50          HD23      LEU  50 -10.305   1.850  10.537

  No H/Q in entry =          11
  In of MODEL   17
    1    H    ILE  51           H        ILE  51  -6.487   4.672   7.276
    2    HA   ILE  51           HA       ILE  51  -5.046   2.714   8.942
    3    HB   ILE  51           HB       ILE  51  -2.991   3.649   7.692
    4   HG12  ILE  51          HG12      ILE  51  -3.644   4.074   5.246
    5   HG13  ILE  51          HG13      ILE  51  -5.261   4.396   5.856
    6   HG22  ILE  51          HG21      ILE  51  -3.520   1.936   5.828
    7   HG21  ILE  51          HG22      ILE  51  -5.027   1.690   6.710
    8   HG23  ILE  51          HG23      ILE  51  -3.482   1.383   7.503
    9   HD12  ILE  51          HD11      ILE  51  -2.761   5.899   6.580
   10   HD11  ILE  51          HD12      ILE  51  -4.376   6.223   7.211
   11   HD13  ILE  51          HD13      ILE  51  -4.037   6.449   5.494

  No H/Q in entry =          11
  In of MODEL   17
    1    H    LYS  52           H        LYS  52  -3.031   3.624   9.877
    2    HA   LYS  52           HA       LYS  52  -3.650   6.218  11.118
    3    HB2  LYS  52           HB2      LYS  52  -2.037   3.884  12.146
    4    HB3  LYS  52           HB3      LYS  52  -2.198   5.426  12.984
    5    HG2  LYS  52           HG2      LYS  52  -4.688   5.048  12.888
    6    HG3  LYS  52           HG3      LYS  52  -4.327   3.399  12.398
    7    HD2  LYS  52           HD2      LYS  52  -3.940   2.802  14.510
    8    HD3  LYS  52           HD3      LYS  52  -2.794   4.134  14.723
    9    HE2  LYS  52           HE2      LYS  52  -5.685   4.802  14.690
   10    HE3  LYS  52           HE3      LYS  52  -5.064   3.959  16.109
   11    HZ2  LYS  52           HZ1      LYS  52  -5.078   6.505  16.086
   12    HZ1  LYS  52           HZ2      LYS  52  -3.720   6.373  15.080
   13    HZ3  LYS  52           HZ3      LYS  52  -3.677   5.723  16.637

  No H/Q in entry =          13
  In of MODEL   17
    1    H    ASP  53           H        ASP  53  -2.152   7.787  11.195
    2    HA   ASP  53           HA       ASP  53   0.014   7.644   9.315
    3    HB2  ASP  53           HB2      ASP  53  -1.751   9.571   9.742
    4    HB3  ASP  53           HB3      ASP  53  -0.555  10.078  10.924

  No H/Q in entry =           4
  In of MODEL   17
    1    H    GLU  54           H        GLU  54   1.833   9.525  10.334
    2    HA   GLU  54           HA       GLU  54   3.034   7.944  12.514
    3    HB2  GLU  54           HB2      GLU  54   4.176   9.171  10.199
    4    HB3  GLU  54           HB3      GLU  54   4.700  10.131  11.579
    5    HG2  GLU  54           HG2      GLU  54   5.495   8.086  12.667
    6    HG3  GLU  54           HG3      GLU  54   5.049   7.169  11.229

  No H/Q in entry =           6
  In of MODEL   17
    1    H    GLU  55           H        GLU  55   0.935  10.423  11.987
    2    HA   GLU  55           HA       GLU  55   1.703  11.851  14.475
    3    HB2  GLU  55           HB2      GLU  55  -0.028  13.562  13.076
    4    HB3  GLU  55           HB3      GLU  55   1.709  13.783  13.259
    5    HG2  GLU  55           HG2      GLU  55   2.073  13.375  11.110
    6    HG3  GLU  55           HG3      GLU  55   1.070  11.923  11.146

  No H/Q in entry =           6
  In of MODEL   17
    1    H    GLY  56           H        GLY  56  -0.024   9.441  13.624
    2    HA3  GLY  56           HA2      GLY  56  -1.767   8.502  14.853
    3    HA2  GLY  56           HA3      GLY  56  -2.013  10.051  15.639

  No H/Q in entry =           3
  In of MODEL   17
    1    H    LYS  57           H        LYS  57  -2.072  10.018  12.052
    2    HA   LYS  57           HA       LYS  57  -4.852  10.786  12.308
    3    HB2  LYS  57           HB2      LYS  57  -2.724  11.613  10.750
    4    HB3  LYS  57           HB3      LYS  57  -3.591  10.543   9.664
    5    HG2  LYS  57           HG2      LYS  57  -5.485  11.891   9.649
    6    HG3  LYS  57           HG3      LYS  57  -5.006  12.739  11.120
    7    HD2  LYS  57           HD2      LYS  57  -4.741  14.028   8.952
    8    HD3  LYS  57           HD3      LYS  57  -3.318  13.954   9.991
    9    HE2  LYS  57           HE2      LYS  57  -3.285  11.719   8.208
   10    HE3  LYS  57           HE3      LYS  57  -3.552  13.189   7.274
   11    HZ3  LYS  57           HZ1      LYS  57  -1.486  13.927   7.709
   12    HZ2  LYS  57           HZ2      LYS  57  -1.147  12.293   8.014
   13    HZ1  LYS  57           HZ3      LYS  57  -1.480  13.351   9.302

  No H/Q in entry =          13
  In of MODEL   17
    1    H    GLU  58           H        GLU  58  -6.417   9.264  11.946
    2    HA   GLU  58           HA       GLU  58  -5.637   6.796  10.618
    3    HB2  GLU  58           HB2      GLU  58  -7.865   6.193  12.065
    4    HB3  GLU  58           HB3      GLU  58  -6.228   5.868  12.599
    5    HG2  GLU  58           HG2      GLU  58  -6.267   8.147  13.688
    6    HG3  GLU  58           HG3      GLU  58  -8.003   8.153  13.365

  No H/Q in entry =           6
  In of MODEL   17
    1    H    MET  59           H        MET  59  -6.396   7.463   8.422
    2    HA   MET  59           HA       MET  59  -9.040   8.654   8.468
    3    HB2  MET  59           HB2      MET  59  -6.652   8.818   6.634
    4    HB3  MET  59           HB3      MET  59  -8.200   9.577   6.313
    5    HG2  MET  59           HG2      MET  59  -7.871  11.045   8.228
    6    HG3  MET  59           HG3      MET  59  -6.348  10.219   8.592
    7    HE2  MET  59           HE1      MET  59  -7.872  11.234   5.074
    8    HE1  MET  59           HE2      MET  59  -6.598  10.021   4.963
    9    HE3  MET  59           HE3      MET  59  -6.341  11.637   4.294

  No H/Q in entry =           9
  In of MODEL   17
    1    H    ILE  60           H        ILE  60 -10.438   7.737   6.990
    2    HA   ILE  60           HA       ILE  60 -10.041   5.173   6.006
    3    HB   ILE  60           HB       ILE  60 -11.786   7.316   4.807
    4   HG12  ILE  60          HG12      ILE  60 -12.280   5.317   7.012
    5   HG13  ILE  60          HG13      ILE  60 -12.296   7.080   7.137
    6   HG22  ILE  60          HG21      ILE  60 -11.936   4.312   4.626
    7   HG21  ILE  60          HG22      ILE  60 -11.457   5.408   3.330
    8   HG23  ILE  60          HG23      ILE  60 -13.107   5.445   3.953
    9   HD13  ILE  60          HD11      ILE  60 -14.285   7.268   6.062
   10   HD12  ILE  60          HD12      ILE  60 -14.504   5.773   6.974
   11   HD11  ILE  60          HD13      ILE  60 -14.117   5.712   5.252

  No H/Q in entry =          11
  In of MODEL   17
    1    H    LEU  61           H        LEU  61  -8.582   4.535   4.585
    2    HA   LEU  61           HA       LEU  61  -7.614   6.484   2.625
    3    HB2  LEU  61           HB2      LEU  61  -5.512   5.490   2.652
    4    HB3  LEU  61           HB3      LEU  61  -6.005   5.399   4.323
    5    HG   LEU  61           HG       LEU  61  -4.928   3.373   3.903
    6   HD12  LEU  61          HD11      LEU  61  -6.629   1.646   4.025
    7   HD11  LEU  61          HD12      LEU  61  -7.852   2.831   3.570
    8   HD13  LEU  61          HD13      LEU  61  -6.971   3.007   5.093
    9   HD21  LEU  61          HD21      LEU  61  -6.230   3.470   1.257
   10   HD23  LEU  61          HD22      LEU  61  -5.924   1.884   1.968
   11   HD22  LEU  61          HD23      LEU  61  -4.585   3.008   1.703

  No H/Q in entry =          11
  In of MODEL   17
    1    H    SER  62           H        SER  62  -9.530   3.785   3.079
    2    HA   SER  62           HA       SER  62  -9.991   3.506   0.302
    3    HB2  SER  62           HB2      SER  62  -7.796   2.270   0.639
    4    HB3  SER  62           HB3      SER  62  -8.702   1.126   1.619
    5    HG   SER  62           HG       SER  62  -8.753   0.235  -0.346

  No H/Q in entry =           5
  In of MODEL   17
    1    H    TYR  63           H        TYR  63 -11.033   1.186   0.059
    2    HA   TYR  63           HA       TYR  63 -12.914   0.448   2.016
    3    HB2  TYR  63           HB2      TYR  63 -14.354   1.429  -0.440
    4    HB3  TYR  63           HB3      TYR  63 -14.971   1.159   1.176
    5    HD1  TYR  63           HD1      TYR  63 -13.121   3.502  -0.938
    6    HD2  TYR  63           HD2      TYR  63 -15.145   2.932   2.732
    7    HE1  TYR  63           HE1      TYR  63 -13.136   5.931  -0.591
    8    HE2  TYR  63           HE2      TYR  63 -15.172   5.355   3.110
    9    HH   TYR  63           HH       TYR  63 -13.682   7.363   2.276

  No H/Q in entry =           9
  In of MODEL   17
    1    H    LEU  64           H        LEU  64 -14.381  -1.015   1.093
    2    HA   LEU  64           HA       LEU  64 -12.951  -2.838  -0.655
    3    HB2  LEU  64           HB2      LEU  64 -14.621  -3.665   1.678
    4    HB3  LEU  64           HB3      LEU  64 -13.572  -4.662   0.697
    5    HG   LEU  64           HG       LEU  64 -12.694  -2.575   2.708
    6   HD12  LEU  64          HD11      LEU  64 -12.364  -5.575   2.672
    7   HD11  LEU  64          HD12      LEU  64 -13.499  -4.686   3.684
    8   HD13  LEU  64          HD13      LEU  64 -11.764  -4.474   3.911
    9   HD23  LEU  64          HD21      LEU  64 -10.429  -3.632   2.226
   10   HD22  LEU  64          HD22      LEU  64 -11.063  -2.497   1.030
   11   HD21  LEU  64          HD23      LEU  64 -11.160  -4.234   0.738

  No H/Q in entry =          11
  In of MODEL   17
    1    H    ASN  65           H        ASN  65 -14.532  -4.677  -0.983
    2    HA   ASN  65           HA       ASN  65 -17.015  -3.588  -2.045
    3    HB2  ASN  65           HB2      ASN  65 -14.882  -4.668  -3.661
    4    HB3  ASN  65           HB3      ASN  65 -16.307  -5.695  -3.775
    5   HD21  ASN  65          HD21      ASN  65 -18.099  -3.396  -3.238
    6   HD22  ASN  65          HD22      ASN  65 -18.156  -2.490  -4.705

  No H/Q in entry =           6
  In of MODEL   17
    1    H    GLN  66           H        GLN  66 -18.559  -5.308  -2.217
    2    HA   GLN  66           HA       GLN  66 -18.668  -7.336  -0.371
    3    HB2  GLN  66           HB2      GLN  66 -20.589  -6.584  -1.854
    4    HB3  GLN  66           HB3      GLN  66 -19.788  -7.304  -3.249
    5    HG2  GLN  66           HG2      GLN  66 -20.074  -9.618  -2.262
    6    HG3  GLN  66           HG3      GLN  66 -20.719  -8.951  -0.783
    7   HE22  GLN  66          HE21      GLN  66 -23.672 -10.127  -2.555
    8   HE21  GLN  66          HE22      GLN  66 -22.239 -10.736  -1.559

  No H/Q in entry =           8
  In of MODEL   17
    1    H    GLY  67           H        GLY  67 -18.097  -9.627  -0.632
    2    HA3  GLY  67           HA2      GLY  67 -16.700 -11.292  -1.354
    3    HA2  GLY  67           HA3      GLY  67 -16.523 -10.390  -2.840

  No H/Q in entry =           3
  In of MODEL   17
    1    H    ASP  68           H        ASP  68 -15.540  -8.443  -0.225
    2    HA   ASP  68           HA       ASP  68 -12.758  -8.844  -0.993
    3    HB2  ASP  68           HB2      ASP  68 -14.326  -6.614  -0.002
    4    HB3  ASP  68           HB3      ASP  68 -12.878  -6.848   0.966

  No H/Q in entry =           4
  In of MODEL   17
    1    H    PHE  69           H        PHE  69 -11.372  -8.160   1.215
    2    HA   PHE  69           HA       PHE  69 -12.207 -10.165   3.192
    3    HB2  PHE  69           HB2      PHE  69  -9.404  -9.563   2.260
    4    HB3  PHE  69           HB3      PHE  69  -9.836 -10.715   3.516
    5    HD1  PHE  69           HD1      PHE  69 -10.852 -12.869   2.941
    6    HD2  PHE  69           HD2      PHE  69  -9.736 -10.047  -0.067
    7    HE1  PHE  69           HE1      PHE  69 -11.018 -14.620   1.223
    8    HE2  PHE  69           HE2      PHE  69  -9.917 -11.802  -1.778
    9    HZ   PHE  69           HZ       PHE  69 -10.551 -14.090  -1.135

  No H/Q in entry =           9
  In of MODEL   17
    1    H    ILE  70           H        ILE  70 -11.019  -9.830   5.331
    2    HA   ILE  70           HA       ILE  70 -10.360  -7.054   5.904
    3    HB   ILE  70           HB       ILE  70 -12.752  -8.493   7.050
    4   HG12  ILE  70          HG12      ILE  70 -12.286  -5.710   5.951
    5   HG13  ILE  70          HG13      ILE  70 -13.260  -6.994   5.242
    6   HG23  ILE  70          HG21      ILE  70 -12.804  -7.022   8.929
    7   HG22  ILE  70          HG22      ILE  70 -11.451  -6.078   8.317
    8   HG21  ILE  70          HG23      ILE  70 -11.190  -7.723   8.880
    9   HD11  ILE  70          HD11      ILE  70 -14.506  -6.756   7.599
   10   HD13  ILE  70          HD12      ILE  70 -14.932  -5.801   6.179
   11   HD12  ILE  70          HD13      ILE  70 -13.893  -5.109   7.426

  No H/Q in entry =          11
  In of MODEL   17
    1    H    GLY  71           H        GLY  71  -8.899  -6.881   7.517
    2    HA3  GLY  71           HA2      GLY  71  -7.676  -7.455   9.418
    3    HA2  GLY  71           HA3      GLY  71  -8.620  -8.934   9.544

  No H/Q in entry =           3
  In of MODEL   17
    1    H    GLU  72           H        GLU  72  -7.433  -8.469   6.420
    2    HA   GLU  72           HA       GLU  72  -5.740 -10.746   6.644
    3    HB2  GLU  72           HB2      GLU  72  -5.318 -10.438   4.284
    4    HB3  GLU  72           HB3      GLU  72  -7.028 -10.183   4.580
    5    HG2  GLU  72           HG2      GLU  72  -5.099  -7.894   4.405
    6    HG3  GLU  72           HG3      GLU  72  -5.846  -8.603   2.976

  No H/Q in entry =           6
  In of MODEL   17
    1    H    LEU  73           H        LEU  73  -5.594  -7.397   6.664
    2    HA   LEU  73           HA       LEU  73  -2.841  -6.901   6.407
    3    HB2  LEU  73           HB2      LEU  73  -5.289  -5.456   6.823
    4    HB3  LEU  73           HB3      LEU  73  -4.025  -4.822   7.865
    5    HG   LEU  73           HG       LEU  73  -4.107  -3.636   5.732
    6   HD12  LEU  73          HD11      LEU  73  -1.679  -5.386   5.940
    7   HD11  LEU  73          HD12      LEU  73  -2.016  -4.039   7.024
    8   HD13  LEU  73          HD13      LEU  73  -1.763  -3.741   5.303
    9   HD23  LEU  73          HD21      LEU  73  -3.445  -4.792   3.673
   10   HD22  LEU  73          HD22      LEU  73  -4.942  -5.458   4.327
   11   HD21  LEU  73          HD23      LEU  73  -3.421  -6.326   4.541

  No H/Q in entry =          11
  In of MODEL   17
    1    H    GLY  74           H        GLY  74  -4.294  -8.515   8.817
    2    HA3  GLY  74           HA2      GLY  74  -2.171  -7.683  10.682
    3    HA2  GLY  74           HA3      GLY  74  -3.818  -7.936  11.245

  No H/Q in entry =           3
  In of MODEL   17
    1    H    LEU  75           H        LEU  75  -4.071 -10.185   9.260
    2    HA   LEU  75           HA       LEU  75  -2.957 -12.242  11.003
    3    HB2  LEU  75           HB2      LEU  75  -4.691 -13.566  10.282
    4    HB3  LEU  75           HB3      LEU  75  -5.413 -11.986  10.060
    5    HG   LEU  75           HG       LEU  75  -4.253 -12.309   7.642
    6   HD13  LEU  75          HD11      LEU  75  -4.586 -14.558   6.842
    7   HD12  LEU  75          HD12      LEU  75  -5.186 -15.075   8.415
    8   HD11  LEU  75          HD13      LEU  75  -3.499 -14.598   8.231
    9   HD21  LEU  75          HD21      LEU  75  -6.618 -11.718   8.187
   10   HD23  LEU  75          HD22      LEU  75  -6.961 -13.440   8.349
   11   HD22  LEU  75          HD23      LEU  75  -6.445 -12.787   6.794

  No H/Q in entry =          11
  In of MODEL   17
    1    H    PHE  76           H        PHE  76  -2.838 -11.055   7.745
    2    HA   PHE  76           HA       PHE  76  -1.047 -13.211   6.918
    3    HB2  PHE  76           HB2      PHE  76  -3.212 -12.816   5.680
    4    HB3  PHE  76           HB3      PHE  76  -2.574 -11.252   5.200
    5    HD1  PHE  76           HD1      PHE  76  -0.412 -14.156   5.418
    6    HD2  PHE  76           HD2      PHE  76  -2.798 -11.769   2.868
    7    HE1  PHE  76           HE1      PHE  76   0.616 -15.235   3.458
    8    HE2  PHE  76           HE2      PHE  76  -1.779 -12.825   0.894
    9    HZ   PHE  76           HZ       PHE  76  -0.069 -14.570   1.188

  No H/Q in entry =           9
  In of MODEL   17
    1    H    GLU  77           H        GLU  77  -1.381  -9.771   7.362
    2    HA   GLU  77           HA       GLU  77   0.848  -9.017   5.835
    3    HB2  GLU  77           HB2      GLU  77   0.156  -6.955   6.391
    4    HB3  GLU  77           HB3      GLU  77  -1.089  -7.689   7.383
    5    HG2  GLU  77           HG2      GLU  77  -0.117  -6.307   8.905
    6    HG3  GLU  77           HG3      GLU  77   0.825  -7.770   9.174

  No H/Q in entry =           6
  In of MODEL   17
    1    H    GLU  78           H        GLU  78   0.273  -9.976   9.153
    2    HA   GLU  78           HA       GLU  78   1.555 -11.268  10.445
    3    HB2  GLU  78           HB2      GLU  78   3.371 -11.434   8.554
    4    HB3  GLU  78           HB3      GLU  78   4.144 -10.118   9.436
    5    HG2  GLU  78           HG2      GLU  78   3.817 -11.641  11.503
    6    HG3  GLU  78           HG3      GLU  78   3.619 -12.926  10.313

  No H/Q in entry =           6
  In of MODEL   17
    1    H    GLY  79           H        GLY  79   0.283  -8.866  10.567
    2    HA3  GLY  79           HA2      GLY  79   1.757  -6.724  11.728
    3    HA2  GLY  79           HA3      GLY  79   0.025  -6.930  11.731

  No H/Q in entry =           3
  In of MODEL   17
    1    H    GLN  80           H        GLN  80  -0.817  -8.551  13.246
    2    HA   GLN  80           HA       GLN  80  -1.141  -9.315  15.310
    3    HB2  GLN  80           HB2      GLN  80   1.822  -9.275  15.808
    4    HB3  GLN  80           HB3      GLN  80   0.604 -10.332  16.502
    5    HG2  GLN  80           HG2      GLN  80   1.731 -10.395  13.718
    6    HG3  GLN  80           HG3      GLN  80   1.862 -11.618  14.977
    7   HE21  GLN  80          HE21      GLN  80   0.861 -11.790  12.235
    8   HE22  GLN  80          HE22      GLN  80  -0.749 -12.403  12.352

  No H/Q in entry =           8
  In of MODEL   17
    1    H    GLU  81           H        GLU  81  -1.924  -7.085  15.409
    2    HA   GLU  81           HA       GLU  81  -1.955  -5.726  17.604
    3    HB2  GLU  81           HB2      GLU  81   0.749  -5.426  16.800
    4    HB3  GLU  81           HB3      GLU  81  -0.029  -3.866  16.554
    5    HG2  GLU  81           HG2      GLU  81  -0.974  -4.514  19.000
    6    HG3  GLU  81           HG3      GLU  81   0.611  -5.280  19.043

  No H/Q in entry =           6
  In of MODEL   17
    1    H    ARG  82           H        ARG  82  -3.732  -5.837  15.712
    2    HA   ARG  82           HA       ARG  82  -5.224  -4.699  14.462
    3    HB2  ARG  82           HB2      ARG  82  -5.635  -3.015  15.827
    4    HB3  ARG  82           HB3      ARG  82  -3.938  -2.782  16.189
    5    HG2  ARG  82           HG2      ARG  82  -4.302  -1.743  13.610
    6    HG3  ARG  82           HG3      ARG  82  -5.724  -1.261  14.519
    7    HD2  ARG  82           HD2      ARG  82  -4.209   0.499  14.791
    8    HD3  ARG  82           HD3      ARG  82  -4.151  -0.403  16.297
    9    HE   ARG  82           HE       ARG  82  -2.112  -0.895  14.244
   10   HH11  ARG  82          HH11      ARG  82  -2.993   0.345  17.399
   11   HH12  ARG  82          HH12      ARG  82  -1.360   0.442  17.962
   12   HH21  ARG  82          HH21      ARG  82   0.051  -0.742  14.979
   13   HH22  ARG  82          HH22      ARG  82   0.368  -0.174  16.588

  No H/Q in entry =          13
  In of MODEL   17
    1    H    SER  83           H        SER  83  -2.366  -2.657  14.031
    2    HA   SER  83           HA       SER  83  -1.227  -1.925  12.245
    3    HB2  SER  83           HB2      SER  83  -2.457  -4.256  10.786
    4    HB3  SER  83           HB3      SER  83  -1.019  -3.355  10.302
    5    HG   SER  83           HG       SER  83   0.047  -4.689  11.509

  No H/Q in entry =           5
  In of MODEL   17
    1    H    ALA  84           H        ALA  84  -4.655  -2.457  11.655
    2    HA   ALA  84           HA       ALA  84  -6.155  -0.727  11.279
    3    HB2  ALA  84           HB1      ALA  84  -4.452   1.013  11.591
    4    HB3  ALA  84           HB2      ALA  84  -5.553   1.372  10.264
    5    HB1  ALA  84           HB3      ALA  84  -3.927   0.781   9.924

  No H/Q in entry =           5
  In of MODEL   17
    1    H    TRP  85           H        TRP  85  -7.593  -0.414   9.506
    2    HA   TRP  85           HA       TRP  85  -7.304  -0.721   6.962
    3    HB2  TRP  85           HB2      TRP  85  -5.933  -2.830   7.664
    4    HB3  TRP  85           HB3      TRP  85  -7.508  -3.581   7.867
    5    HD1  TRP  85           HD1      TRP  85  -8.500  -4.633   5.858
    6    HE1  TRP  85           HE1      TRP  85  -8.004  -4.698   3.326
    7    HE3  TRP  85           HE3      TRP  85  -4.880  -1.067   5.713
    8    HZ2  TRP  85           HZ2      TRP  85  -6.280  -3.357   1.510
    9    HZ3  TRP  85           HZ3      TRP  85  -3.854  -0.502   3.550
   10    HH2  TRP  85           HH2      TRP  85  -4.538  -1.624   1.494

  No H/Q in entry =          10
  In of MODEL   17
    1    H    VAL  86           H        VAL  86  -9.293  -0.907   9.638
    2    HA   VAL  86           HA       VAL  86 -11.462  -1.276   7.838
    3    HB   VAL  86           HB       VAL  86 -12.353  -3.094   9.733
    4   HG12  VAL  86          HG11      VAL  86 -12.119  -4.523   7.612
    5   HG11  VAL  86          HG12      VAL  86 -11.503  -3.050   6.867
    6   HG13  VAL  86          HG13      VAL  86 -13.136  -3.084   7.538
    7   HG23  VAL  86          HG21      VAL  86  -9.633  -3.778   8.620
    8   HG22  VAL  86          HG22      VAL  86 -10.697  -4.870   9.504
    9   HG21  VAL  86          HG23      VAL  86  -9.985  -3.479  10.321

  No H/Q in entry =           9
  In of MODEL   17
    1    H    ARG  87           H        ARG  87 -13.429  -0.870   8.295
    2    HA   ARG  87           HA       ARG  87 -14.598  -0.004  10.652
    3    HB2  ARG  87           HB2      ARG  87 -13.306   2.094  10.469
    4    HB3  ARG  87           HB3      ARG  87 -13.845   2.299   8.803
    5    HG2  ARG  87           HG2      ARG  87 -16.218   2.133   9.958
    6    HG3  ARG  87           HG3      ARG  87 -15.298   2.742  11.341
    7    HD2  ARG  87           HD2      ARG  87 -15.691   4.748  10.434
    8    HD3  ARG  87           HD3      ARG  87 -14.374   4.311   9.347
    9    HE   ARG  87           HE       ARG  87 -16.599   3.287   8.149
   10   HH11  ARG  87          HH11      ARG  87 -15.660   6.444   9.304
   11   HH12  ARG  87          HH12      ARG  87 -16.540   7.304   8.083
   12   HH21  ARG  87          HH21      ARG  87 -17.775   4.425   6.527
   13   HH22  ARG  87          HH22      ARG  87 -17.725   6.163   6.488

  No H/Q in entry =          13
  In of MODEL   17
    1    H    ALA  88           H        ALA  88 -16.665  -0.919  10.102
    2    HA   ALA  88           HA       ALA  88 -17.416  -1.620   7.785
    3    HB3  ALA  88           HB1      ALA  88 -18.949  -2.423   9.068
    4    HB2  ALA  88           HB2      ALA  88 -19.876  -0.985   8.652
    5    HB1  ALA  88           HB3      ALA  88 -18.921  -1.025  10.140

  No H/Q in entry =           5
  In of MODEL   17
    1    H    LYS  89           H        LYS  89 -18.545  -0.944   5.713
    2    HA   LYS  89           HA       LYS  89 -19.090   1.904   5.803
    3    HB2  LYS  89           HB2      LYS  89 -17.213   1.268   4.392
    4    HB3  LYS  89           HB3      LYS  89 -18.215   0.105   3.543
    5    HG2  LYS  89           HG2      LYS  89 -19.611   1.992   2.736
    6    HG3  LYS  89           HG3      LYS  89 -18.447   3.098   3.475
    7    HD2  LYS  89           HD2      LYS  89 -16.694   2.312   2.079
    8    HD3  LYS  89           HD3      LYS  89 -17.671   0.970   1.496
    9    HE2  LYS  89           HE2      LYS  89 -17.503   2.712  -0.169
   10    HE3  LYS  89           HE3      LYS  89 -19.162   2.532   0.392
   11    HZ3  LYS  89           HZ1      LYS  89 -18.581   4.860   0.216
   12    HZ2  LYS  89           HZ2      LYS  89 -17.255   4.650   1.241
   13    HZ1  LYS  89           HZ3      LYS  89 -18.822   4.464   1.843

  No H/Q in entry =          13
  In of MODEL   17
    1    H    THR  90           H        THR  90 -20.363  -1.165   5.425
    2    HA   THR  90           HA       THR  90 -22.954  -0.080   4.707
    3    HB   THR  90           HB       THR  90 -22.701  -2.577   3.322
    4    HG1  THR  90           HG1      THR  90 -20.431  -1.345   3.313
    5   HG21  THR  90          HG21      THR  90 -23.101   0.248   2.322
    6   HG23  THR  90          HG22      THR  90 -24.371  -0.854   2.850
    7   HG22  THR  90          HG23      THR  90 -23.431  -1.223   1.405

  No H/Q in entry =           7
  In of MODEL   17
    1    H    ALA  91           H        ALA  91 -24.590  -1.758   5.040
    2    HA   ALA  91           HA       ALA  91 -24.086  -3.360   7.404
    3    HB1  ALA  91           HB1      ALA  91 -26.312  -2.070   6.935
    4    HB2  ALA  91           HB2      ALA  91 -26.474  -3.754   7.431
    5    HB3  ALA  91           HB3      ALA  91 -26.630  -3.317   5.729

  No H/Q in entry =           5
  In of MODEL   17
    1    H    CYS  92           H        CYS  92 -22.884  -5.029   6.924
    2    HA   CYS  92           HA       CYS  92 -23.539  -6.459   4.394
    3    HB2  CYS  92           HB2      CYS  92 -20.900  -7.073   5.099
    4    HB3  CYS  92           HB3      CYS  92 -21.413  -5.987   3.821
    5    HG   CYS  92           HG       CYS  92 -21.553  -3.872   5.932

  No H/Q in entry =           5
  In of MODEL   17
    1    H    GLU  93           H        GLU  93 -21.698  -8.486   4.951
    2    HA   GLU  93           HA       GLU  93 -22.572  -9.984   7.194
    3    HB2  GLU  93           HB2      GLU  93 -23.377 -10.817   4.391
    4    HB3  GLU  93           HB3      GLU  93 -23.289 -11.940   5.742
    5    HG2  GLU  93           HG2      GLU  93 -25.017 -10.730   6.908
    6    HG3  GLU  93           HG3      GLU  93 -25.062  -9.514   5.631

  No H/Q in entry =           6
  In of MODEL   17
    1    H    VAL  94           H        VAL  94 -20.553 -10.514   7.742
    2    HA   VAL  94           HA       VAL  94 -18.592 -10.981   5.621
    3    HB   VAL  94           HB       VAL  94 -16.832 -10.722   7.346
    4   HG12  VAL  94          HG11      VAL  94 -17.576  -8.182   7.773
    5   HG11  VAL  94          HG12      VAL  94 -18.645  -8.635   6.437
    6   HG13  VAL  94          HG13      VAL  94 -16.895  -8.801   6.269
    7   HG22  VAL  94          HG21      VAL  94 -17.856 -11.184   9.411
    8   HG21  VAL  94          HG22      VAL  94 -19.140 -10.010   9.128
    9   HG23  VAL  94          HG23      VAL  94 -17.488  -9.455   9.432

  No H/Q in entry =           9
  In of MODEL   17
    1    H    ALA  95           H        ALA  95 -17.266 -12.698   5.642
    2    HA   ALA  95           HA       ALA  95 -18.268 -14.963   7.224
    3    HB2  ALA  95           HB1      ALA  95 -17.628 -16.220   5.465
    4    HB3  ALA  95           HB2      ALA  95 -16.052 -15.431   5.380
    5    HB1  ALA  95           HB3      ALA  95 -17.449 -14.704   4.584

  No H/Q in entry =           5
  In of MODEL   17
    1    H    GLU  96           H        GLU  96 -17.452 -14.549   9.180
    2    HA   GLU  96           HA       GLU  96 -14.594 -13.891   9.284
    3    HB2  GLU  96           HB2      GLU  96 -14.958 -12.551  11.236
    4    HB3  GLU  96           HB3      GLU  96 -16.042 -12.020   9.955
    5    HG2  GLU  96           HG2      GLU  96 -17.916 -12.792  11.035
    6    HG3  GLU  96           HG3      GLU  96 -17.011 -14.015  11.931

  No H/Q in entry =           6
  In of MODEL   17
    1    H    ILE  97           H        ILE  97 -13.394 -15.204   9.996
    2    HA   ILE  97           HA       ILE  97 -14.032 -16.740  12.358
    3    HB   ILE  97           HB       ILE  97 -12.647 -18.621  11.233
    4   HG12  ILE  97          HG12      ILE  97 -14.005 -17.483   8.813
    5   HG13  ILE  97          HG13      ILE  97 -12.318 -17.165   9.169
    6   HG21  ILE  97          HG21      ILE  97 -14.879 -18.801  12.140
    7   HG23  ILE  97          HG22      ILE  97 -14.708 -19.720  10.648
    8   HG22  ILE  97          HG23      ILE  97 -15.543 -18.160  10.640
    9   HD11  ILE  97          HD11      ILE  97 -11.902 -19.604   9.149
   10   HD13  ILE  97          HD12      ILE  97 -12.440 -18.962   7.596
   11   HD12  ILE  97          HD13      ILE  97 -13.569 -19.845   8.626

  No H/Q in entry =          11
  In of MODEL   17
    1    H    SER  98           H        SER  98 -12.033 -17.936  13.022
    2    HA   SER  98           HA       SER  98  -9.989 -15.890  13.225
    3    HB2  SER  98           HB2      SER  98 -10.772 -16.893  15.315
    4    HB3  SER  98           HB3      SER  98 -10.320 -18.495  14.725
    5    HG   SER  98           HG       SER  98  -8.642 -16.324  15.417

  No H/Q in entry =           5
  In of MODEL   17
    1    H    TYR  99           H        TYR  99  -8.048 -16.058  12.554
    2    HA   TYR  99           HA       TYR  99  -7.478 -17.682  10.221
    3    HB2  TYR  99           HB2      TYR  99  -5.617 -16.310   9.860
    4    HB3  TYR  99           HB3      TYR  99  -6.798 -15.237  10.578
    5    HD1  TYR  99           HD1      TYR  99  -6.313 -16.044  13.523
    6    HD2  TYR  99           HD2      TYR  99  -3.694 -15.142  10.306
    7    HE1  TYR  99           HE1      TYR  99  -4.617 -15.258  15.128
    8    HE2  TYR  99           HE2      TYR  99  -1.999 -14.335  11.885
    9    HH   TYR  99           HH       TYR  99  -2.038 -13.393  14.337

  No H/Q in entry =           9
  In of MODEL   17
    1    H    LYS 100           H        LYS 100  -7.154 -18.359  13.607
    2    HA   LYS 100           HA       LYS 100  -4.791 -19.882  13.192
    3    HB2  LYS 100           HB2      LYS 100  -5.599 -19.505  15.490
    4    HB3  LYS 100           HB3      LYS 100  -7.078 -20.384  15.117
    5    HG2  LYS 100           HG2      LYS 100  -5.743 -21.908  16.295
    6    HG3  LYS 100           HG3      LYS 100  -5.601 -22.375  14.597
    7    HD2  LYS 100           HD2      LYS 100  -3.391 -22.232  14.794
    8    HD3  LYS 100           HD3      LYS 100  -3.565 -20.497  15.070
    9    HE2  LYS 100           HE2      LYS 100  -3.645 -20.787  17.419
   10    HE3  LYS 100           HE3      LYS 100  -3.833 -22.533  17.265
   11    HZ3  LYS 100           HZ1      LYS 100  -1.597 -22.668  16.384
   12    HZ2  LYS 100           HZ2      LYS 100  -1.585 -21.923  17.900
   13    HZ1  LYS 100           HZ3      LYS 100  -1.414 -20.989  16.501

  No H/Q in entry =          13
  In of MODEL   17
    1    H    LYS 101           H        LYS 101  -8.265 -20.690  13.085
    2    HA   LYS 101           HA       LYS 101  -7.841 -23.305  11.990
    3    HB2  LYS 101           HB2      LYS 101  -9.810 -23.376  13.130
    4    HB3  LYS 101           HB3      LYS 101 -10.135 -21.669  12.878
    5    HG2  LYS 101           HG2      LYS 101 -10.962 -22.108  10.669
    6    HG3  LYS 101           HG3      LYS 101 -10.535 -23.814  10.808
    7    HD2  LYS 101           HD2      LYS 101 -12.720 -24.010  11.407
    8    HD3  LYS 101           HD3      LYS 101 -12.090 -23.555  12.991
    9    HE2  LYS 101           HE2      LYS 101 -12.657 -21.228  12.568
   10    HE3  LYS 101           HE3      LYS 101 -13.229 -21.644  10.952
   11    HZ2  LYS 101           HZ1      LYS 101 -14.408 -22.537  13.526
   12    HZ1  LYS 101           HZ2      LYS 101 -14.917 -23.067  12.005
   13    HZ3  LYS 101           HZ3      LYS 101 -15.089 -21.442  12.433

  No H/Q in entry =          13
  In of MODEL   17
    1    H    PHE 102           H        PHE 102  -8.683 -20.153  10.736
    2    HA   PHE 102           HA       PHE 102  -9.448 -20.934   8.154
    3    HB2  PHE 102           HB2      PHE 102 -10.094 -18.841   8.529
    4    HB3  PHE 102           HB3      PHE 102  -8.782 -18.473   9.580
    5    HD1  PHE 102           HD1      PHE 102 -10.184 -17.930   6.342
    6    HD2  PHE 102           HD2      PHE 102  -6.516 -17.897   8.499
    7    HE1  PHE 102           HE1      PHE 102  -9.175 -16.499   4.616
    8    HE2  PHE 102           HE2      PHE 102  -5.515 -16.476   6.772
    9    HZ   PHE 102           HZ       PHE 102  -6.841 -15.773   4.829

  No H/Q in entry =           9
  In of MODEL   17
    1    H    ARG 103           H        ARG 103  -6.350 -19.585   9.247
    2    HA   ARG 103           HA       ARG 103  -4.870 -19.788   7.056
    3    HB2  ARG 103           HB2      ARG 103  -2.979 -19.627   8.334
    4    HB3  ARG 103           HB3      ARG 103  -4.198 -19.161   9.503
    5    HG2  ARG 103           HG2      ARG 103  -3.862 -20.980  10.791
    6    HG3  ARG 103           HG3      ARG 103  -3.498 -22.030   9.418
    7    HD2  ARG 103           HD2      ARG 103  -1.388 -20.341   9.331
    8    HD3  ARG 103           HD3      ARG 103  -1.709 -20.361  11.063
    9    HE   ARG 103           HE       ARG 103  -1.454 -22.905   9.622
   10   HH11  ARG 103          HH11      ARG 103  -0.142 -20.623  11.947
   11   HH12  ARG 103          HH12      ARG 103   0.967 -21.768  12.627
   12   HH21  ARG 103          HH21      ARG 103   0.025 -24.391  10.498
   13   HH22  ARG 103          HH22      ARG 103   1.048 -23.916  11.813

  No H/Q in entry =          13
  In of MODEL   17
    1    H    GLN 104           H        GLN 104  -6.096 -22.403   8.835
    2    HA   GLN 104           HA       GLN 104  -4.309 -24.365   7.565
    3    HB2  GLN 104           HB2      GLN 104  -6.348 -24.611   9.749
    4    HB3  GLN 104           HB3      GLN 104  -5.646 -26.022   8.970
    5    HG2  GLN 104           HG2      GLN 104  -4.239 -23.913  10.572
    6    HG3  GLN 104           HG3      GLN 104  -4.410 -25.631  10.939
    7   HE21  GLN 104          HE21      GLN 104  -3.189 -27.146   9.716
    8   HE22  GLN 104          HE22      GLN 104  -1.774 -26.658   8.850

  No H/Q in entry =           8
  In of MODEL   17
    1    H    LEU 105           H        LEU 105  -7.605 -23.278   7.161
    2    HA   LEU 105           HA       LEU 105  -8.165 -25.403   5.197
    3    HB2  LEU 105           HB2      LEU 105 -10.296 -24.504   5.224
    4    HB3  LEU 105           HB3      LEU 105  -9.750 -23.450   6.514
    5    HG   LEU 105           HG       LEU 105  -9.052 -21.816   4.652
    6   HD11  LEU 105          HD11      LEU 105 -10.925 -23.597   3.080
    7   HD13  LEU 105          HD12      LEU 105  -9.220 -23.301   2.734
    8   HD12  LEU 105          HD13      LEU 105 -10.392 -21.993   2.583
    9   HD23  LEU 105          HD21      LEU 105 -11.537 -21.154   4.342
   10   HD22  LEU 105          HD22      LEU 105 -10.831 -21.139   5.960
   11   HD21  LEU 105          HD23      LEU 105 -11.847 -22.488   5.455

  No H/Q in entry =          11
  In of MODEL   17
    1    H    ILE 106           H        ILE 106  -7.206 -21.779   5.173
    2    HA   ILE 106           HA       ILE 106  -6.660 -21.717   2.505
    3    HB   ILE 106           HB       ILE 106  -5.452 -19.693   2.824
    4   HG12  ILE 106          HG12      ILE 106  -5.243 -19.038   5.428
    5   HG13  ILE 106          HG13      ILE 106  -4.934 -20.771   5.529
    6   HG21  ILE 106          HG21      ILE 106  -7.977 -20.026   3.445
    7   HG23  ILE 106          HG22      ILE 106  -7.177 -18.469   3.661
    8   HG22  ILE 106          HG23      ILE 106  -7.414 -19.536   5.044
    9   HD12  ILE 106          HD11      ILE 106  -3.360 -18.658   4.130
   10   HD11  ILE 106          HD12      ILE 106  -3.209 -20.354   3.676
   11   HD13  ILE 106          HD13      ILE 106  -2.824 -19.839   5.324

  No H/Q in entry =          11
  In of MODEL   17
    1    H    GLN 107           H        GLN 107  -5.164 -23.639   4.588
    2    HA   GLN 107           HA       GLN 107  -2.603 -23.546   3.197
    3    HB2  GLN 107           HB2      GLN 107  -3.246 -24.296   5.987
    4    HB3  GLN 107           HB3      GLN 107  -2.053 -25.302   5.177
    5    HG2  GLN 107           HG2      GLN 107  -1.143 -22.855   4.531
    6    HG3  GLN 107           HG3      GLN 107  -1.884 -22.521   6.096
    7   HE21  GLN 107          HE21      GLN 107   0.284 -22.067   6.812
    8   HE22  GLN 107          HE22      GLN 107   1.336 -23.359   7.269

  No H/Q in entry =           8
  In of MODEL   17
    1    H    VAL 108           H        VAL 108  -5.500 -25.118   3.515
    2    HA   VAL 108           HA       VAL 108  -4.626 -27.763   2.753
    3    HB   VAL 108           HB       VAL 108  -6.836 -26.692   4.060
    4   HG12  VAL 108          HG11      VAL 108  -7.753 -27.771   1.407
    5   HG11  VAL 108          HG12      VAL 108  -7.893 -26.104   1.968
    6   HG13  VAL 108          HG13      VAL 108  -8.787 -27.387   2.784
    7   HG22  VAL 108          HG21      VAL 108  -7.622 -28.984   4.210
    8   HG21  VAL 108          HG22      VAL 108  -5.883 -28.864   4.469
    9   HG23  VAL 108          HG23      VAL 108  -6.506 -29.453   2.928

  No H/Q in entry =           9
  In of MODEL   17
    1    H    ASN 109           H        ASN 109  -5.620 -24.823   1.345
    2    HA   ASN 109           HA       ASN 109  -5.659 -25.999  -1.354
    3    HB2  ASN 109           HB2      ASN 109  -7.369 -23.781  -0.237
    4    HB3  ASN 109           HB3      ASN 109  -7.244 -24.133  -1.954
    5   HD21  ASN 109          HD21      ASN 109  -9.319 -24.330   0.346
    6   HD22  ASN 109          HD22      ASN 109 -10.072 -25.855   0.038

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   PRO 110           HA       PRO 110  -2.350 -23.001  -1.648
    2    HB2  PRO 110           HB2      PRO 110  -1.494 -23.756  -4.098
    3    HB3  PRO 110           HB3      PRO 110  -1.221 -24.776  -2.682
    4    HG2  PRO 110           HG2      PRO 110  -3.284 -25.017  -4.831
    5    HG3  PRO 110           HG3      PRO 110  -2.335 -26.293  -4.046
    6    HD2  PRO 110           HD2      PRO 110  -4.931 -25.658  -3.393
    7    HD3  PRO 110           HD3      PRO 110  -3.793 -26.444  -2.284

  No H/Q in entry =           7
  In of MODEL   17
    1    H    ASP 111           H        ASP 111  -5.325 -23.007  -3.444
    2    HA   ASP 111           HA       ASP 111  -4.408 -20.571  -4.720
    3    HB2  ASP 111           HB2      ASP 111  -6.699 -20.610  -5.874
    4    HB3  ASP 111           HB3      ASP 111  -5.446 -21.730  -6.405

  No H/Q in entry =           4
  In of MODEL   17
    1    H    ILE 112           H        ILE 112  -6.041 -21.387  -1.808
    2    HA   ILE 112           HA       ILE 112  -8.126 -19.420  -1.861
    3    HB   ILE 112           HB       ILE 112  -7.031 -21.176   0.334
    4   HG12  ILE 112          HG12      ILE 112  -8.822 -21.457  -1.780
    5   HG13  ILE 112          HG13      ILE 112  -8.619 -22.553  -0.426
    6   HG21  ILE 112          HG21      ILE 112  -9.211 -19.085   0.553
    7   HG23  ILE 112          HG22      ILE 112  -7.686 -19.131   1.439
    8   HG22  ILE 112          HG23      ILE 112  -8.913 -20.366   1.730
    9   HD13  ILE 112          HD11      ILE 112 -10.908 -22.120  -0.592
   10   HD12  ILE 112          HD12      ILE 112 -10.648 -20.386  -0.763
   11   HD11  ILE 112          HD13      ILE 112 -10.338 -21.178   0.782

  No H/Q in entry =          11
  In of MODEL   17
    1    H    LEU 113           H        LEU 113  -5.086 -19.512  -0.010
    2    HA   LEU 113           HA       LEU 113  -5.545 -16.847   0.903
    3    HB2  LEU 113           HB2      LEU 113  -4.296 -18.392   2.250
    4    HB3  LEU 113           HB3      LEU 113  -3.128 -18.649   0.971
    5    HG   LEU 113           HG       LEU 113  -2.725 -16.071   1.262
    6   HD13  LEU 113          HD11      LEU 113  -3.184 -15.183   3.372
    7   HD12  LEU 113          HD12      LEU 113  -3.522 -16.765   4.069
    8   HD11  LEU 113          HD13      LEU 113  -4.669 -16.035   2.948
    9   HD23  LEU 113          HD21      LEU 113  -1.052 -16.694   3.062
   10   HD22  LEU 113          HD22      LEU 113  -0.987 -17.625   1.565
   11   HD21  LEU 113          HD23      LEU 113  -1.746 -18.313   3.000

  No H/Q in entry =          11
  In of MODEL   17
    1    H    MET 114           H        MET 114  -4.237 -18.344  -1.877
    2    HA   MET 114           HA       MET 114  -2.701 -16.087  -2.734
    3    HB2  MET 114           HB2      MET 114  -3.145 -18.744  -3.718
    4    HB3  MET 114           HB3      MET 114  -3.441 -17.591  -5.016
    5    HG2  MET 114           HG2      MET 114  -1.160 -16.588  -4.002
    6    HG3  MET 114           HG3      MET 114  -0.946 -18.298  -3.627
    7    HE1  MET 114           HE1      MET 114   1.140 -16.956  -5.226
    8    HE3  MET 114           HE2      MET 114   0.187 -15.790  -6.143
    9    HE2  MET 114           HE3      MET 114   1.071 -17.063  -6.983

  No H/Q in entry =           9
  In of MODEL   17
    1    H    ARG 115           H        ARG 115  -5.948 -17.108  -2.822
    2    HA   ARG 115           HA       ARG 115  -6.924 -15.369  -4.846
    3    HB2  ARG 115           HB2      ARG 115  -8.013 -17.243  -2.875
    4    HB3  ARG 115           HB3      ARG 115  -9.017 -15.807  -3.069
    5    HG2  ARG 115           HG2      ARG 115  -8.077 -17.435  -5.403
    6    HG3  ARG 115           HG3      ARG 115  -9.555 -17.815  -4.517
    7    HD2  ARG 115           HD2      ARG 115 -10.215 -15.379  -4.931
    8    HD3  ARG 115           HD3      ARG 115  -8.907 -15.348  -6.108
    9    HE   ARG 115           HE       ARG 115 -11.267 -17.134  -6.271
   10   HH11  ARG 115          HH11      ARG 115  -8.718 -15.258  -7.797
   11   HH12  ARG 115          HH12      ARG 115  -9.314 -15.503  -9.401
   12   HH21  ARG 115          HH21      ARG 115 -12.067 -17.451  -8.377
   13   HH22  ARG 115          HH22      ARG 115 -11.215 -16.780  -9.737

  No H/Q in entry =          13
  In of MODEL   17
    1    H    LEU 116           H        LEU 116  -6.746 -15.271  -1.257
    2    HA   LEU 116           HA       LEU 116  -7.832 -12.764  -0.917
    3    HB2  LEU 116           HB2      LEU 116  -7.609 -14.080   1.000
    4    HB3  LEU 116           HB3      LEU 116  -5.927 -14.450   0.666
    5    HG   LEU 116           HG       LEU 116  -5.898 -11.705   1.003
    6   HD13  LEU 116          HD11      LEU 116  -7.388 -11.005   2.476
    7   HD12  LEU 116          HD12      LEU 116  -7.261 -12.478   3.443
    8   HD11  LEU 116          HD13      LEU 116  -8.316 -12.442   2.025
    9   HD22  LEU 116          HD21      LEU 116  -4.204 -13.097   1.887
   10   HD21  LEU 116          HD22      LEU 116  -5.351 -13.928   2.941
   11   HD23  LEU 116          HD23      LEU 116  -4.941 -12.236   3.242

  No H/Q in entry =          11
  In of MODEL   17
    1    H    SER 117           H        SER 117  -4.448 -13.719  -1.465
    2    HA   SER 117           HA       SER 117  -3.221 -11.300  -0.939
    3    HB2  SER 117           HB2      SER 117  -1.596 -12.077  -2.847
    4    HB3  SER 117           HB3      SER 117  -1.702 -12.976  -1.336
    5    HG   SER 117           HG       SER 117  -2.591 -13.637  -3.881

  No H/Q in entry =           5
  In of MODEL   17
    1    H    ALA 118           H        ALA 118  -4.871 -12.364  -3.800
    2    HA   ALA 118           HA       ALA 118  -4.156 -10.336  -5.552
    3    HB3  ALA 118           HB1      ALA 118  -5.336 -11.602  -6.909
    4    HB2  ALA 118           HB2      ALA 118  -6.825 -11.067  -6.124
    5    HB1  ALA 118           HB3      ALA 118  -5.983 -12.502  -5.535

  No H/Q in entry =           5
  In of MODEL   17
    1    H    GLN 119           H        GLN 119  -6.667 -10.319  -3.016
    2    HA   GLN 119           HA       GLN 119  -7.694  -7.760  -3.956
    3    HB2  GLN 119           HB2      GLN 119  -8.494  -9.429  -1.565
    4    HB3  GLN 119           HB3      GLN 119  -9.338  -7.995  -2.147
    5    HG2  GLN 119           HG2      GLN 119  -9.013 -10.629  -3.553
    6    HG3  GLN 119           HG3      GLN 119 -10.509  -9.916  -2.943
    7   HE21  GLN 119          HE21      GLN 119  -9.885 -10.795  -5.640
    8   HE22  GLN 119          HE22      GLN 119 -10.063  -9.416  -6.660

  No H/Q in entry =           8
  In of MODEL   17
    1    H    MET 120           H        MET 120  -5.190  -8.783  -2.137
    2    HA   MET 120           HA       MET 120  -5.386  -6.821   0.041
    3    HB2  MET 120           HB2      MET 120  -4.490  -8.736   1.048
    4    HB3  MET 120           HB3      MET 120  -3.562  -9.169  -0.381
    5    HG2  MET 120           HG2      MET 120  -2.043  -7.286   0.047
    6    HG3  MET 120           HG3      MET 120  -2.957  -6.896   1.504
    7    HE2  MET 120           HE1      MET 120  -3.593 -10.086   2.328
    8    HE1  MET 120           HE2      MET 120  -3.425  -8.644   3.332
    9    HE3  MET 120           HE3      MET 120  -2.435 -10.064   3.661

  No H/Q in entry =           9
  In of MODEL   17
    1    H    ALA 121           H        ALA 121  -3.229  -7.954  -2.462
    2    HA   ALA 121           HA       ALA 121  -1.567  -5.658  -2.480
    3    HB3  ALA 121           HB1      ALA 121  -0.455  -6.686  -4.332
    4    HB2  ALA 121           HB2      ALA 121  -1.816  -7.772  -4.608
    5    HB1  ALA 121           HB3      ALA 121  -0.836  -7.940  -3.152

  No H/Q in entry =           5
  In of MODEL   17
    1    H    ARG 122           H        ARG 122  -4.561  -6.509  -3.908
    2    HA   ARG 122           HA       ARG 122  -4.487  -4.805  -6.150
    3    HB2  ARG 122           HB2      ARG 122  -6.344  -6.576  -5.032
    4    HB3  ARG 122           HB3      ARG 122  -7.138  -5.007  -4.982
    5    HG2  ARG 122           HG2      ARG 122  -7.491  -6.454  -7.051
    6    HG3  ARG 122           HG3      ARG 122  -7.053  -4.761  -7.305
    7    HD2  ARG 122           HD2      ARG 122  -4.861  -5.295  -7.901
    8    HD3  ARG 122           HD3      ARG 122  -4.957  -6.899  -7.181
    9    HE   ARG 122           HE       ARG 122  -6.022  -6.072  -9.769
   10   HH11  ARG 122          HH11      ARG 122  -5.431  -8.581  -7.414
   11   HH12  ARG 122          HH12      ARG 122  -5.727  -9.874  -8.534
   12   HH21  ARG 122          HH21      ARG 122  -6.433  -7.776 -11.243
   13   HH22  ARG 122          HH22      ARG 122  -6.292  -9.428 -10.705

  No H/Q in entry =          13
  In of MODEL   17
    1    H    ARG 123           H        ARG 123  -5.238  -4.472  -2.841
    2    HA   ARG 123           HA       ARG 123  -6.261  -1.835  -2.930
    3    HB2  ARG 123           HB2      ARG 123  -5.399  -3.730  -0.761
    4    HB3  ARG 123           HB3      ARG 123  -5.679  -2.034  -0.381
    5    HG2  ARG 123           HG2      ARG 123  -7.574  -3.915  -0.199
    6    HG3  ARG 123           HG3      ARG 123  -7.928  -2.223  -0.555
    7    HD2  ARG 123           HD2      ARG 123  -7.979  -2.733  -2.944
    8    HD3  ARG 123           HD3      ARG 123  -7.567  -4.410  -2.605
    9    HE   ARG 123           HE       ARG 123  -9.742  -4.754  -1.747
   10   HH11  ARG 123          HH11      ARG 123  -9.276  -1.487  -2.936
   11   HH12  ARG 123          HH12      ARG 123 -10.965  -1.193  -3.165
   12   HH21  ARG 123          HH21      ARG 123 -11.963  -4.392  -2.115
   13   HH22  ARG 123          HH22      ARG 123 -12.492  -2.850  -2.716

  No H/Q in entry =          13
  In of MODEL   17
    1    H    LEU 124           H        LEU 124  -3.167  -3.402  -2.619
    2    HA   LEU 124           HA       LEU 124  -1.601  -1.159  -1.884
    3    HB2  LEU 124           HB2      LEU 124  -1.156  -3.825  -2.982
    4    HB3  LEU 124           HB3      LEU 124  -0.064  -2.643  -3.666
    5    HG   LEU 124           HG       LEU 124  -0.357  -2.832  -0.710
    6   HD12  LEU 124          HD11      LEU 124   1.611  -4.421  -0.890
    7   HD11  LEU 124          HD12      LEU 124   1.070  -4.678  -2.551
    8   HD13  LEU 124          HD13      LEU 124   0.000  -5.065  -1.205
    9   HD22  LEU 124          HD21      LEU 124   1.988  -2.162  -0.766
   10   HD21  LEU 124          HD22      LEU 124   0.996  -1.017  -1.677
   11   HD23  LEU 124          HD23      LEU 124   1.970  -2.222  -2.528

  No H/Q in entry =          11
  In of MODEL   17
    1    H    GLN 125           H        GLN 125  -2.890  -2.478  -4.831
    2    HA   GLN 125           HA       GLN 125  -1.546  -0.626  -6.563
    3    HB2  GLN 125           HB2      GLN 125  -3.626  -2.739  -6.916
    4    HB3  GLN 125           HB3      GLN 125  -3.457  -1.512  -8.164
    5    HG2  GLN 125           HG2      GLN 125  -1.237  -3.286  -7.173
    6    HG3  GLN 125           HG3      GLN 125  -2.176  -3.555  -8.640
    7   HE21  GLN 125          HE21      GLN 125   0.413  -1.839  -7.194
    8   HE22  GLN 125          HE22      GLN 125   0.920  -0.976  -8.602

  No H/Q in entry =           8
  In of MODEL   17
    1    H    VAL 126           H        VAL 126  -3.977  -0.219  -4.308
    2    HA   VAL 126           HA       VAL 126  -5.427   1.760  -5.877
    3    HB   VAL 126           HB       VAL 126  -6.232  -0.094  -3.885
    4   HG12  VAL 126          HG11      VAL 126  -6.526   2.719  -2.836
    5   HG11  VAL 126          HG12      VAL 126  -5.434   1.503  -2.174
    6   HG13  VAL 126          HG13      VAL 126  -7.178   1.247  -2.113
    7   HG22  VAL 126          HG21      VAL 126  -7.690   0.507  -5.595
    8   HG21  VAL 126          HG22      VAL 126  -7.577   2.221  -5.197
    9   HG23  VAL 126          HG23      VAL 126  -8.422   1.116  -4.108

  No H/Q in entry =           9
  In of MODEL   17
    1    H    THR 127           H        THR 127  -3.371   1.121  -3.102
    2    HA   THR 127           HA       THR 127  -3.221   3.890  -2.274
    3    HB   THR 127           HB       THR 127  -1.278   1.808  -1.394
    4    HG1  THR 127           HG1      THR 127  -4.038   1.887  -0.701
    5   HG23  THR 127          HG21      THR 127  -1.517   2.921   0.768
    6   HG22  THR 127          HG22      THR 127  -2.794   3.946   0.114
    7   HG21  THR 127          HG23      THR 127  -1.144   4.094  -0.495

  No H/Q in entry =           7
  In of MODEL   17
    1    H    SER 128           H        SER 128  -1.726   2.366  -5.076
    2    HA   SER 128           HA       SER 128   0.808   3.464  -4.213
    3    HB2  SER 128           HB2      SER 128   0.091   1.454  -6.367
    4    HB3  SER 128           HB3      SER 128   1.677   2.208  -6.216
    5    HG   SER 128           HG       SER 128   0.378   0.571  -4.292

  No H/Q in entry =           5
  In of MODEL   17
    1    H    GLU 129           H        GLU 129  -1.926   3.541  -6.247
    2    HA   GLU 129           HA       GLU 129  -0.667   5.538  -8.017
    3    HB2  GLU 129           HB2      GLU 129  -3.193   3.927  -8.458
    4    HB3  GLU 129           HB3      GLU 129  -2.482   5.051  -9.607
    5    HG2  GLU 129           HG2      GLU 129  -0.445   3.616  -9.648
    6    HG3  GLU 129           HG3      GLU 129  -1.303   2.455  -8.638

  No H/Q in entry =           6
  In of MODEL   17
    1    H    LYS 130           H        LYS 130  -1.893   6.099  -5.244
    2    HA   LYS 130           HA       LYS 130  -3.088   8.532  -5.908
    3    HB2  LYS 130           HB2      LYS 130  -4.934   6.676  -6.347
    4    HB3  LYS 130           HB3      LYS 130  -5.058   6.682  -4.593
    5    HG2  LYS 130           HG2      LYS 130  -5.789   8.905  -4.539
    6    HG3  LYS 130           HG3      LYS 130  -5.258   9.209  -6.194
    7    HD2  LYS 130           HD2      LYS 130  -6.965   7.414  -6.861
    8    HD3  LYS 130           HD3      LYS 130  -7.625   7.629  -5.239
    9    HE2  LYS 130           HE2      LYS 130  -8.796   9.004  -6.900
   10    HE3  LYS 130           HE3      LYS 130  -7.994   9.988  -5.676
   11    HZ1  LYS 130           HZ1      LYS 130  -6.175  10.356  -7.236
   12    HZ3  LYS 130           HZ2      LYS 130  -7.643  10.884  -7.887
   13    HZ2  LYS 130           HZ3      LYS 130  -6.966   9.426  -8.406

  No H/Q in entry =          13
  In of MODEL   17
    1    H    VAL 131           H        VAL 131  -0.987   8.029  -4.453
    2    HA   VAL 131           HA       VAL 131  -1.398   7.329  -1.737
    3    HB   VAL 131           HB       VAL 131   0.850   9.118  -2.079
    4   HG13  VAL 131          HG11      VAL 131   0.801   7.542  -0.311
    5   HG12  VAL 131          HG12      VAL 131   2.134   7.117  -1.384
    6   HG11  VAL 131          HG13      VAL 131   0.630   6.194  -1.437
    7   HG21  VAL 131          HG21      VAL 131   0.694   6.858  -4.058
    8   HG23  VAL 131          HG22      VAL 131   2.171   7.726  -3.628
    9   HG22  VAL 131          HG23      VAL 131   0.841   8.582  -4.405

  No H/Q in entry =           9
  In of MODEL   17
    1    H    GLY 132           H        GLY 132  -0.066  10.328  -2.801
    2    HA3  GLY 132           HA2      GLY 132  -1.820  11.741  -0.901
    3    HA2  GLY 132           HA3      GLY 132  -0.142  12.164  -1.172

  No H/Q in entry =           3
  In of MODEL   17
    1    H    ASN 133           H        ASN 133  -3.162  11.850  -2.997
    2    HA   ASN 133           HA       ASN 133  -2.355  14.141  -4.614
    3    HB2  ASN 133           HB2      ASN 133  -4.846  12.421  -4.849
    4    HB3  ASN 133           HB3      ASN 133  -4.313  13.641  -6.001
    5   HD21  ASN 133          HD21      ASN 133  -2.618  13.163  -7.404
    6   HD22  ASN 133          HD22      ASN 133  -2.020  11.547  -7.627

  No H/Q in entry =           6
  In of MODEL   17
    1    H    LEU 134           H        LEU 134  -4.541  13.024  -2.155
    2    HA   LEU 134           HA       LEU 134  -6.182  15.373  -2.063
    3    HB2  LEU 134           HB2      LEU 134  -6.856  14.319   0.186
    4    HB3  LEU 134           HB3      LEU 134  -7.266  13.488  -1.299
    5    HG   LEU 134           HG       LEU 134  -4.802  12.407  -0.588
    6   HD13  LEU 134          HD11      LEU 134  -4.947  13.424   1.613
    7   HD12  LEU 134          HD12      LEU 134  -5.164  11.678   1.738
    8   HD11  LEU 134          HD13      LEU 134  -6.561  12.750   1.839
    9   HD22  LEU 134          HD21      LEU 134  -6.636  11.211  -1.597
   10   HD21  LEU 134          HD22      LEU 134  -7.627  11.450  -0.158
   11   HD23  LEU 134          HD23      LEU 134  -6.200  10.415  -0.084

  No H/Q in entry =          11
  In of MODEL   17
    1    H    ALA 135           H        ALA 135  -3.101  14.603  -0.839
    2    HA   ALA 135           HA       ALA 135  -3.218  16.216   1.565
    3    HB3  ALA 135           HB1      ALA 135  -0.625  15.839   1.415
    4    HB2  ALA 135           HB2      ALA 135  -1.069  14.621   0.219
    5    HB1  ALA 135           HB3      ALA 135  -1.683  14.502   1.867

  No H/Q in entry =           5
  In of MODEL   17
    1    H    PHE 136           H        PHE 136  -2.666  16.556  -1.750
    2    HA   PHE 136           HA       PHE 136  -1.169  19.006  -1.676
    3    HB2  PHE 136           HB2      PHE 136  -1.791  16.992  -3.559
    4    HB3  PHE 136           HB3      PHE 136  -2.447  18.498  -4.199
    5    HD1  PHE 136           HD1      PHE 136  -0.657  20.551  -3.637
    6    HD2  PHE 136           HD2      PHE 136   0.245  16.472  -4.436
    7    HE1  PHE 136           HE1      PHE 136   1.586  21.204  -4.406
    8    HE2  PHE 136           HE2      PHE 136   2.492  17.115  -5.207
    9    HZ   PHE 136           HZ       PHE 136   3.164  19.485  -5.193

  No H/Q in entry =           9
  In of MODEL   17
    1    H    LEU 137           H        LEU 137  -4.299  18.440  -0.878
    2    HA   LEU 137           HA       LEU 137  -6.207  19.628  -0.731
    3    HB2  LEU 137           HB2      LEU 137  -4.177  21.818  -0.955
    4    HB3  LEU 137           HB3      LEU 137  -5.887  22.214  -0.937
    5    HG   LEU 137           HG       LEU 137  -5.759  20.577   1.216
    6   HD11  LEU 137          HD11      LEU 137  -3.336  20.303   1.035
    7   HD13  LEU 137          HD12      LEU 137  -3.776  21.159   2.513
    8   HD12  LEU 137          HD13      LEU 137  -3.129  22.050   1.136
    9   HD22  LEU 137          HD21      LEU 137  -5.794  22.628   2.542
   10   HD21  LEU 137          HD22      LEU 137  -6.788  22.780   1.091
   11   HD23  LEU 137          HD23      LEU 137  -5.195  23.534   1.152

  No H/Q in entry =          11
  In of MODEL   17
    1    H    ASP 138           H        ASP 138  -6.272  18.402  -2.813
    2    HA   ASP 138           HA       ASP 138  -6.462  19.790  -5.252
    3    HB2  ASP 138           HB2      ASP 138  -5.882  17.366  -5.092
    4    HB3  ASP 138           HB3      ASP 138  -7.575  17.036  -4.727

  No H/Q in entry =           4
  In of MODEL   17
    1    H    VAL 139           H        VAL 139  -8.586  19.814  -2.660
    2    HA   VAL 139           HA       VAL 139 -11.131  19.484  -3.185
    3    HB   VAL 139           HB       VAL 139  -9.771  21.458  -1.621
    4   HG11  VAL 139          HG11      VAL 139 -10.714  23.154  -3.182
    5   HG13  VAL 139          HG12      VAL 139 -11.355  23.286  -1.544
    6   HG12  VAL 139          HG13      VAL 139 -12.329  22.542  -2.812
    7   HG21  VAL 139          HG21      VAL 139 -12.565  20.351  -1.564
    8   HG23  VAL 139          HG22      VAL 139 -11.858  21.326  -0.274
    9   HG22  VAL 139          HG23      VAL 139 -11.157  19.758  -0.681

  No H/Q in entry =           9
  In of MODEL   17
    1    H    THR 140           H        THR 140  -9.319  21.834  -5.088
    2    HA   THR 140           HA       THR 140 -11.255  23.344  -6.305
    3    HB   THR 140           HB       THR 140  -9.303  22.281  -8.203
    4    HG1  THR 140           HG1      THR 140  -7.795  22.049  -6.718
    5   HG23  THR 140          HG21      THR 140  -8.753  24.661  -8.421
    6   HG22  THR 140          HG22      THR 140  -9.788  25.025  -7.040
    7   HG21  THR 140          HG23      THR 140 -10.491  24.385  -8.525

  No H/Q in entry =           7
  In of MODEL   17
    1    H    GLY 141           H        GLY 141 -13.187  22.321  -6.780
    2    HA3  GLY 141           HA2      GLY 141 -14.767  21.225  -7.979
    3    HA2  GLY 141           HA3      GLY 141 -13.559  21.069  -9.230

  No H/Q in entry =           3
  In of MODEL   17
    1    H    ARG 142           H        ARG 142 -12.367  19.746  -6.507
    2    HA   ARG 142           HA       ARG 142 -12.301  17.186  -7.577
    3    HB2  ARG 142           HB2      ARG 142 -10.614  17.978  -5.999
    4    HB3  ARG 142           HB3      ARG 142 -11.827  18.027  -4.725
    5    HG2  ARG 142           HG2      ARG 142 -10.464  16.024  -4.527
    6    HG3  ARG 142           HG3      ARG 142 -12.142  15.615  -4.897
    7    HD2  ARG 142           HD2      ARG 142 -10.993  15.880  -7.380
    8    HD3  ARG 142           HD3      ARG 142  -9.727  15.145  -6.419
    9    HE   ARG 142           HE       ARG 142 -11.795  13.581  -5.805
   10   HH11  ARG 142          HH11      ARG 142 -10.618  14.741  -8.896
   11   HH12  ARG 142          HH12      ARG 142 -11.274  13.406  -9.790
   12   HH21  ARG 142          HH21      ARG 142 -12.627  11.794  -6.994
   13   HH22  ARG 142          HH22      ARG 142 -12.391  11.719  -8.712

  No H/Q in entry =          13
  In of MODEL   17
    1    H    ILE 143           H        ILE 143 -13.750  17.977  -4.441
    2    HA   ILE 143           HA       ILE 143 -15.127  16.200  -3.628
    3    HB   ILE 143           HB       ILE 143 -16.722  18.653  -4.092
    4   HG12  ILE 143          HG12      ILE 143 -14.239  18.557  -2.365
    5   HG13  ILE 143          HG13      ILE 143 -14.381  19.407  -3.904
    6   HG22  ILE 143          HG21      ILE 143 -17.106  18.412  -1.630
    7   HG21  ILE 143          HG22      ILE 143 -16.212  16.893  -1.709
    8   HG23  ILE 143          HG23      ILE 143 -17.709  17.080  -2.618
    9   HD11  ILE 143          HD11      ILE 143 -16.107  19.980  -1.536
   10   HD13  ILE 143          HD12      ILE 143 -15.978  20.898  -3.034
   11   HD12  ILE 143          HD13      ILE 143 -14.617  20.846  -1.913

  No H/Q in entry =          11
  In of MODEL   17
    1    H    ALA 144           H        ALA 144 -16.881  18.164  -5.982
    2    HA   ALA 144           HA       ALA 144 -19.161  16.508  -5.969
    3    HB3  ALA 144           HB1      ALA 144 -18.144  18.675  -7.774
    4    HB1  ALA 144           HB2      ALA 144 -19.558  18.675  -6.718
    5    HB2  ALA 144           HB3      ALA 144 -19.574  17.739  -8.213

  No H/Q in entry =           5
  In of MODEL   17
    1    H    GLN 145           H        GLN 145 -16.165  16.568  -7.709
    2    HA   GLN 145           HA       GLN 145 -16.953  14.787  -9.759
    3    HB2  GLN 145           HB2      GLN 145 -14.779  16.404  -9.350
    4    HB3  GLN 145           HB3      GLN 145 -14.104  14.810  -9.048
    5    HG2  GLN 145           HG2      GLN 145 -15.731  15.281 -11.505
    6    HG3  GLN 145           HG3      GLN 145 -14.058  15.831 -11.441
    7   HE21  GLN 145          HE21      GLN 145 -15.309  13.781 -13.101
    8   HE22  GLN 145          HE22      GLN 145 -14.432  12.327 -12.799

  No H/Q in entry =           8
  In of MODEL   17
    1    H    THR 146           H        THR 146 -15.976  14.256  -6.290
    2    HA   THR 146           HA       THR 146 -15.122  11.609  -6.849
    3    HB   THR 146           HB       THR 146 -15.785  12.981  -4.244
    4    HG1  THR 146           HG1      THR 146 -14.126  14.008  -5.738
    5   HG22  THR 146          HG21      THR 146 -13.852  10.735  -4.821
    6   HG21  THR 146          HG22      THR 146 -15.488  10.513  -4.200
    7   HG23  THR 146          HG23      THR 146 -14.291  11.386  -3.242

  No H/Q in entry =           7
  In of MODEL   17
    1    H    LEU 147           H        LEU 147 -17.994  13.242  -6.745
    2    HA   LEU 147           HA       LEU 147 -19.453  11.409  -5.012
    3    HB2  LEU 147           HB2      LEU 147 -20.489  13.922  -6.322
    4    HB3  LEU 147           HB3      LEU 147 -21.270  12.983  -5.058
    5    HG   LEU 147           HG       LEU 147 -18.773  14.651  -4.808
    6   HD11  LEU 147          HD11      LEU 147 -20.915  15.863  -4.746
    7   HD13  LEU 147          HD12      LEU 147 -20.033  15.938  -3.220
    8   HD12  LEU 147          HD13      LEU 147 -21.413  14.855  -3.388
    9   HD21  LEU 147          HD21      LEU 147 -19.975  12.649  -2.932
   10   HD23  LEU 147          HD22      LEU 147 -18.952  13.969  -2.365
   11   HD22  LEU 147          HD23      LEU 147 -18.308  12.776  -3.494

  No H/Q in entry =          11
  In of MODEL   17
    1    H    LEU 148           H        LEU 148 -18.888  12.550  -8.201
    2    HA   LEU 148           HA       LEU 148 -20.981  11.077  -9.461
    3    HB2  LEU 148           HB2      LEU 148 -18.461  11.927 -10.850
    4    HB3  LEU 148           HB3      LEU 148 -20.082  11.791 -11.506
    5    HG   LEU 148           HG       LEU 148 -19.030  13.929  -9.670
    6   HD13  LEU 148          HD11      LEU 148 -18.778  15.171 -11.486
    7   HD12  LEU 148          HD12      LEU 148 -20.365  14.719 -12.110
    8   HD11  LEU 148          HD13      LEU 148 -18.971  13.680 -12.406
    9   HD23  LEU 148          HD21      LEU 148 -21.865  13.621 -10.675
   10   HD22  LEU 148          HD22      LEU 148 -21.232  14.952  -9.705
   11   HD21  LEU 148          HD23      LEU 148 -21.334  13.333  -9.017

  No H/Q in entry =          11
  In of MODEL   17
    1    H    ASN 149           H        ASN 149 -17.759  10.471  -8.351
    2    HA   ASN 149           HA       ASN 149 -17.292   8.031  -9.709
    3    HB2  ASN 149           HB2      ASN 149 -15.479   9.140  -8.494
    4    HB3  ASN 149           HB3      ASN 149 -16.353   8.962  -6.976
    5   HD21  ASN 149          HD21      ASN 149 -14.560   7.307  -9.462
    6   HD22  ASN 149          HD22      ASN 149 -14.260   5.863  -8.560

  No H/Q in entry =           6
  In of MODEL   17
    1    H    LEU 150           H        LEU 150 -19.137   8.999  -6.928
    2    HA   LEU 150           HA       LEU 150 -19.810   6.326  -6.037
    3    HB2  LEU 150           HB2      LEU 150 -20.853   9.085  -5.388
    4    HB3  LEU 150           HB3      LEU 150 -21.607   7.634  -4.719
    5    HG   LEU 150           HG       LEU 150 -18.683   7.762  -4.432
    6   HD12  LEU 150          HD11      LEU 150 -19.010   9.226  -2.348
    7   HD11  LEU 150          HD12      LEU 150 -20.447   9.818  -3.186
    8   HD13  LEU 150          HD13      LEU 150 -18.858   9.998  -3.923
    9   HD23  LEU 150          HD21      LEU 150 -20.908   7.201  -2.489
   10   HD22  LEU 150          HD22      LEU 150 -19.195   6.838  -2.271
   11   HD21  LEU 150          HD23      LEU 150 -20.125   6.001  -3.517

  No H/Q in entry =          11
  In of MODEL   17
    1    H    ALA 151           H        ALA 151 -20.634   8.115  -8.860
    2    HA   ALA 151           HA       ALA 151 -23.395   7.140  -8.760
    3    HB2  ALA 151           HB1      ALA 151 -23.613   8.300 -10.968
    4    HB3  ALA 151           HB2      ALA 151 -21.945   8.849 -10.795
    5    HB1  ALA 151           HB3      ALA 151 -23.172   9.386  -9.648

  No H/Q in entry =           5
  In of MODEL   17
    1    H    LYS 152           H        LYS 152 -20.324   6.299  -9.550
    2    HA   LYS 152           HA       LYS 152 -21.035   4.428 -11.655
    3    HB2  LYS 152           HB2      LYS 152 -18.371   5.073 -10.384
    4    HB3  LYS 152           HB3      LYS 152 -18.608   4.015 -11.772
    5    HG2  LYS 152           HG2      LYS 152 -19.477   5.930 -13.047
    6    HG3  LYS 152           HG3      LYS 152 -19.159   6.970 -11.656
    7    HD2  LYS 152           HD2      LYS 152 -16.748   6.064 -11.807
    8    HD3  LYS 152           HD3      LYS 152 -17.205   5.545 -13.430
    9    HE2  LYS 152           HE2      LYS 152 -17.356   8.365 -12.372
   10    HE3  LYS 152           HE3      LYS 152 -16.110   7.735 -13.447
   11    HZ2  LYS 152           HZ1      LYS 152 -17.881   8.983 -14.598
   12    HZ1  LYS 152           HZ2      LYS 152 -19.000   7.812 -14.113
   13    HZ3  LYS 152           HZ3      LYS 152 -17.733   7.391 -15.147

  No H/Q in entry =          13
  In of MODEL   17
    1    H    GLN 153           H        GLN 153 -20.765   4.374  -8.182
    2    HA   GLN 153           HA       GLN 153 -20.019   1.570  -8.183
    3    HB2  GLN 153           HB2      GLN 153 -20.653   3.201  -5.749
    4    HB3  GLN 153           HB3      GLN 153 -19.507   1.884  -5.929
    5    HG2  GLN 153           HG2      GLN 153 -18.960   4.317  -7.475
    6    HG3  GLN 153           HG3      GLN 153 -18.803   4.430  -5.725
    7   HE21  GLN 153          HE21      GLN 153 -16.515   4.788  -6.154
    8   HE22  GLN 153          HE22      GLN 153 -15.487   3.420  -6.411

  No H/Q in entry =           8
  In of MODEL   17
    1    HA   PRO 154           HA       PRO 154 -24.027  -0.126  -7.332
    2    HB2  PRO 154           HB2      PRO 154 -23.641  -1.332  -4.849
    3    HB3  PRO 154           HB3      PRO 154 -23.285  -2.066  -6.414
    4    HG2  PRO 154           HG2      PRO 154 -21.452  -0.703  -4.492
    5    HG3  PRO 154           HG3      PRO 154 -21.162  -2.132  -5.504
    6    HD2  PRO 154           HD2      PRO 154 -20.162   0.246  -6.165
    7    HD3  PRO 154           HD3      PRO 154 -20.776  -0.857  -7.406

  No H/Q in entry =           7
  In of MODEL   17
    1    H    ASP 155           H        ASP 155 -22.658   2.141  -5.137
    2    HA   ASP 155           HA       ASP 155 -24.961   2.264  -3.382
    3    HB2  ASP 155           HB2      ASP 155 -22.562   4.195  -3.729
    4    HB3  ASP 155           HB3      ASP 155 -23.828   4.412  -2.527

  No H/Q in entry =           4
  In of MODEL   17
    1    H    ALA 156           H        ALA 156 -24.501   3.801  -6.750
    2    HA   ALA 156           HA       ALA 156 -25.807   6.116  -6.040
    3    HB1  ALA 156           HB1      ALA 156 -25.891   4.583  -8.633
    4    HB2  ALA 156           HB2      ALA 156 -24.640   5.743  -8.187
    5    HB3  ALA 156           HB3      ALA 156 -26.308   6.280  -8.400

  No H/Q in entry =           5
  In of MODEL   17
    1    H    MET 157           H        MET 157 -27.735   6.226  -5.138
    2    HA   MET 157           HA       MET 157 -29.493   3.946  -5.480
    3    HB2  MET 157           HB2      MET 157 -28.656   5.243  -3.345
    4    HB3  MET 157           HB3      MET 157 -30.077   6.236  -3.677
    5    HG2  MET 157           HG2      MET 157 -31.142   3.761  -3.853
    6    HG3  MET 157           HG3      MET 157 -29.857   3.488  -2.676
    7    HE3  MET 157           HE1      MET 157 -32.210   6.690  -3.318
    8    HE2  MET 157           HE2      MET 157 -33.475   6.294  -2.154
    9    HE1  MET 157           HE3      MET 157 -33.175   5.228  -3.526

  No H/Q in entry =           9
  In of MODEL   17
    1    H    THR 158           H        THR 158 -30.599   4.308  -7.562
    2    HA   THR 158           HA       THR 158 -31.619   6.655  -8.353
    3    HB   THR 158           HB       THR 158 -33.440   5.276  -9.472
    4    HG1  THR 158           HG1      THR 158 -33.156   3.624  -7.655
    5   HG23  THR 158          HG21      THR 158 -31.310   5.736 -10.593
    6   HG22  THR 158          HG22      THR 158 -31.860   4.100 -10.952
    7   HG21  THR 158          HG23      THR 158 -30.571   4.357  -9.777

  No H/Q in entry =           7
  In of MODEL   17
    1    H    HIS 159           H        HIS 159 -33.543   7.686  -8.244
    2    HA   HIS 159           HA       HIS 159 -35.661   6.928  -6.478
    3    HB2  HIS 159           HB2      HIS 159 -35.165   8.222  -4.691
    4    HB3  HIS 159           HB3      HIS 159 -33.573   8.471  -5.378
    5    HD1  HIS 159           HD1      HIS 159 -36.748  10.202  -4.596
    6    HD2  HIS 159           HD2      HIS 159 -33.221  10.990  -6.640
    7    HE1  HIS 159           HE1      HIS 159 -36.718  12.688  -4.965
    8    HE2  HIS 159           HE2      HIS 159 -34.664  13.121  -6.363

  No H/Q in entry =           8
  In of MODEL   17
    1    HA   PRO 160           HA       PRO 160 -37.832   8.818  -9.767
    2    HB2  PRO 160           HB2      PRO 160 -39.837  10.237  -8.534
    3    HB3  PRO 160           HB3      PRO 160 -39.837   8.493  -8.808
    4    HG2  PRO 160           HG2      PRO 160 -39.094  10.021  -6.342
    5    HG3  PRO 160           HG3      PRO 160 -40.057   8.539  -6.495
    6    HD2  PRO 160           HD2      PRO 160 -37.499   8.446  -5.730
    7    HD3  PRO 160           HD3      PRO 160 -38.186   7.203  -6.796

  No H/Q in entry =           7
  In of MODEL   17
    1    H    ASP 161           H        ASP 161 -35.536  10.445  -9.227
    2    HA   ASP 161           HA       ASP 161 -36.149  12.811 -10.599
    3    HB2  ASP 161           HB2      ASP 161 -37.242  13.867  -8.884
    4    HB3  ASP 161           HB3      ASP 161 -36.446  12.906  -7.646

  No H/Q in entry =           4
  In of MODEL   17
    1    H    GLY 162           H        GLY 162 -34.038  10.924  -8.601
    2    HA3  GLY 162           HA2      GLY 162 -31.783  11.494 -10.146
    3    HA2  GLY 162           HA3      GLY 162 -31.708  12.397  -8.636

  No H/Q in entry =           3
  In of MODEL   17
    1    H    MET 163           H        MET 163 -29.756  10.783  -8.712
    2    HA   MET 163           HA       MET 163 -30.503   8.498  -6.999
    3    HB2  MET 163           HB2      MET 163 -28.180   7.843  -8.617
    4    HB3  MET 163           HB3      MET 163 -29.640   6.898  -8.367
    5    HG2  MET 163           HG2      MET 163 -29.759   7.174 -10.617
    6    HG3  MET 163           HG3      MET 163 -30.639   8.610 -10.099
    7    HE3  MET 163           HE1      MET 163 -26.299   8.530 -11.615
    8    HE2  MET 163           HE2      MET 163 -27.467   7.253 -11.955
    9    HE1  MET 163           HE3      MET 163 -26.921   7.530 -10.301

  No H/Q in entry =           9
  In of MODEL   17
    1    H    GLN 164           H        GLN 164 -29.573   8.722  -5.303
    2    HA   GLN 164           HA       GLN 164 -27.419  10.591  -4.848
    3    HB2  GLN 164           HB2      GLN 164 -28.272  10.450  -2.495
    4    HB3  GLN 164           HB3      GLN 164 -29.431  11.113  -3.635
    5    HG2  GLN 164           HG2      GLN 164 -30.427   8.771  -3.760
    6    HG3  GLN 164           HG3      GLN 164 -29.418   8.385  -2.367
    7   HE21  GLN 164          HE21      GLN 164 -31.288   7.979  -1.145
    8   HE22  GLN 164          HE22      GLN 164 -32.255   9.270  -0.523

  No H/Q in entry =           8
  In of MODEL   17
    1    H    ILE 165           H        ILE 165 -26.482   9.990  -2.635
    2    HA   ILE 165           HA       ILE 165 -25.728   7.373  -1.997
    3    HB   ILE 165           HB       ILE 165 -23.176   8.162  -2.655
    4   HG12  ILE 165          HG12      ILE 165 -23.674   8.571  -5.304
    5   HG13  ILE 165          HG13      ILE 165 -25.013   9.456  -4.583
    6   HG21  ILE 165          HG21      ILE 165 -24.795   6.070  -3.232
    7   HG23  ILE 165          HG22      ILE 165 -23.111   6.229  -3.742
    8   HG22  ILE 165          HG23      ILE 165 -24.415   6.690  -4.836
    9   HD12  ILE 165          HD11      ILE 165 -22.090   9.898  -4.070
   10   HD11  ILE 165          HD12      ILE 165 -23.396  10.750  -3.252
   11   HD13  ILE 165          HD13      ILE 165 -23.171  10.936  -4.991

  No H/Q in entry =          11
  In of MODEL   17
    1    H    LYS 166           H        LYS 166 -25.598   8.127   0.525
    2    HA   LYS 166           HA       LYS 166 -24.929  10.771   0.835
    3    HB2  LYS 166           HB2      LYS 166 -26.567  10.036   2.322
    4    HB3  LYS 166           HB3      LYS 166 -25.918   8.407   2.380
    5    HG2  LYS 166           HG2      LYS 166 -23.947   9.919   3.583
    6    HG3  LYS 166           HG3      LYS 166 -25.444  10.670   4.132
    7    HD2  LYS 166           HD2      LYS 166 -24.791   7.728   4.332
    8    HD3  LYS 166           HD3      LYS 166 -24.685   8.887   5.656
    9    HE2  LYS 166           HE2      LYS 166 -27.121   9.341   5.364
   10    HE3  LYS 166           HE3      LYS 166 -27.173   8.048   4.166
   11    HZ2  LYS 166           HZ1      LYS 166 -26.454   7.759   7.036
   12    HZ1  LYS 166           HZ2      LYS 166 -26.404   6.509   5.900
   13    HZ3  LYS 166           HZ3      LYS 166 -27.881   7.227   6.300

  No H/Q in entry =          13
  In of MODEL   17
    1    H    ILE 167           H        ILE 167 -23.000  11.351   0.915
    2    HA   ILE 167           HA       ILE 167 -21.156   9.631   2.408
    3    HB   ILE 167           HB       ILE 167 -19.642  11.418   0.872
    4   HG12  ILE 167          HG12      ILE 167 -20.245  10.370  -1.427
    5   HG13  ILE 167          HG13      ILE 167 -21.802  10.013  -0.694
    6   HG22  ILE 167          HG21      ILE 167 -20.045   8.439   0.663
    7   HG21  ILE 167          HG22      ILE 167 -18.902   9.272   1.714
    8   HG23  ILE 167          HG23      ILE 167 -18.688   9.323  -0.037
    9   HD11  ILE 167          HD11      ILE 167 -20.586  12.743  -0.995
   10   HD13  ILE 167          HD12      ILE 167 -22.163  12.375  -0.298
   11   HD12  ILE 167          HD13      ILE 167 -21.857  12.054  -2.005

  No H/Q in entry =          11
  In of MODEL   17
    1    H    THR 168           H        THR 168 -20.705  10.569   4.296
    2    HA   THR 168           HA       THR 168 -21.348  13.262   4.752
    3    HB   THR 168           HB       THR 168 -19.454  12.648   6.668
    4    HG1  THR 168           HG1      THR 168 -19.349  10.492   5.699
    5   HG23  THR 168          HG21      THR 168 -21.375  12.178   8.115
    6   HG22  THR 168          HG22      THR 168 -22.401  11.963   6.696
    7   HG21  THR 168          HG23      THR 168 -21.716  13.548   7.056

  No H/Q in entry =           7
  In of MODEL   17
    1    H    ARG 169           H        ARG 169 -19.755  14.956   5.187
    2    HA   ARG 169           HA       ARG 169 -17.827  15.096   3.049
    3    HB2  ARG 169           HB2      ARG 169 -17.298  17.150   4.978
    4    HB3  ARG 169           HB3      ARG 169 -17.969  17.331   3.374
    5    HG2  ARG 169           HG2      ARG 169 -19.552  18.370   4.668
    6    HG3  ARG 169           HG3      ARG 169 -20.235  16.754   4.506
    7    HD2  ARG 169           HD2      ARG 169 -19.631  16.171   6.701
    8    HD3  ARG 169           HD3      ARG 169 -18.517  17.518   6.839
    9    HE   ARG 169           HE       ARG 169 -20.797  18.821   6.523
   10   HH11  ARG 169          HH11      ARG 169 -20.029  16.080   8.566
   11   HH12  ARG 169          HH12      ARG 169 -21.205  16.495   9.772
   12   HH21  ARG 169          HH21      ARG 169 -22.337  19.370   8.098
   13   HH22  ARG 169          HH22      ARG 169 -22.540  18.366   9.496

  No H/Q in entry =          13
  In of MODEL   17
    1    H    GLN 170           H        GLN 170 -17.857  13.999   6.509
    2    HA   GLN 170           HA       GLN 170 -15.279  14.083   6.958
    3    HB2  GLN 170           HB2      GLN 170 -17.317  11.941   7.580
    4    HB3  GLN 170           HB3      GLN 170 -15.689  11.935   8.247
    5    HG2  GLN 170           HG2      GLN 170 -16.736  13.001   9.943
    6    HG3  GLN 170           HG3      GLN 170 -16.392  14.407   8.935
    7   HE21  GLN 170          HE21      GLN 170 -18.803  12.359  10.244
    8   HE22  GLN 170          HE22      GLN 170 -20.177  13.230   9.660

  No H/Q in entry =           8
  In of MODEL   17
    1    H    GLU 171           H        GLU 171 -16.660  12.196   4.108
    2    HA   GLU 171           HA       GLU 171 -14.661  10.246   4.555
    3    HB2  GLU 171           HB2      GLU 171 -16.986  10.607   2.704
    4    HB3  GLU 171           HB3      GLU 171 -15.537   9.929   1.982
    5    HG2  GLU 171           HG2      GLU 171 -16.965   8.146   2.592
    6    HG3  GLU 171           HG3      GLU 171 -15.585   8.131   3.684

  No H/Q in entry =           6
  In of MODEL   17
    1    H    ILE 172           H        ILE 172 -15.794  13.067   3.101
    2    HA   ILE 172           HA       ILE 172 -14.000  13.404   0.954
    3    HB   ILE 172           HB       ILE 172 -15.545  15.631   2.270
    4   HG12  ILE 172          HG12      ILE 172 -17.117  13.774   2.112
    5   HG13  ILE 172          HG13      ILE 172 -17.471  14.911   0.811
    6   HG21  ILE 172          HG21      ILE 172 -13.948  15.907   0.300
    7   HG23  ILE 172          HG22      ILE 172 -15.584  16.524   0.079
    8   HG22  ILE 172          HG23      ILE 172 -15.119  14.981  -0.635
    9   HD13  ILE 172          HD11      ILE 172 -16.360  13.490  -0.777
   10   HD12  ILE 172          HD12      ILE 172 -17.545  12.538   0.122
   11   HD11  ILE 172          HD13      ILE 172 -15.827  12.414   0.517

  No H/Q in entry =          11
  In of MODEL   17
    1    H    GLY 173           H        GLY 173 -13.789  14.275   4.580
    2    HA3  GLY 173           HA2      GLY 173 -11.791  16.091   4.312
    3    HA2  GLY 173           HA3      GLY 173 -11.880  14.888   5.596

  No H/Q in entry =           3
  In of MODEL   17
    1    H    GLN 174           H        GLN 174 -11.737  12.725   4.336
    2    HA   GLN 174           HA       GLN 174  -8.941  12.379   3.994
    3    HB2  GLN 174           HB2      GLN 174 -11.182  10.366   4.034
    4    HB3  GLN 174           HB3      GLN 174  -9.465  10.022   4.277
    5    HG2  GLN 174           HG2      GLN 174  -9.460  10.859   6.387
    6    HG3  GLN 174           HG3      GLN 174 -10.625  12.113   5.995
    7   HE21  GLN 174          HE21      GLN 174 -11.669  11.695   7.945
    8   HE22  GLN 174          HE22      GLN 174 -12.727  10.339   8.113

  No H/Q in entry =           8
  In of MODEL   17
    1    H    ILE 175           H        ILE 175 -11.643  12.172   1.757
    2    HA   ILE 175           HA       ILE 175 -10.036  10.795  -0.219
    3    HB   ILE 175           HB       ILE 175 -12.733  12.072  -0.623
    4   HG12  ILE 175          HG12      ILE 175 -12.184   9.190   0.091
    5   HG13  ILE 175          HG13      ILE 175 -12.706  10.407   1.255
    6   HG22  ILE 175          HG21      ILE 175 -12.858  10.223  -2.377
    7   HG21  ILE 175          HG22      ILE 175 -11.119  10.044  -2.148
    8   HG23  ILE 175          HG23      ILE 175 -11.781  11.577  -2.718
    9   HD13  ILE 175          HD11      ILE 175 -14.767  10.721   0.077
   10   HD12  ILE 175          HD12      ILE 175 -14.542   9.002   0.407
   11   HD11  ILE 175          HD13      ILE 175 -14.241   9.639  -1.210

  No H/Q in entry =          11
  In of MODEL   17
    1    H    VAL 176           H        VAL 176 -11.035  14.051   0.510
    2    HA   VAL 176           HA       VAL 176  -9.927  14.961  -2.038
    3    HB   VAL 176           HB       VAL 176 -11.696  16.406  -0.068
    4   HG13  VAL 176          HG11      VAL 176 -11.872  18.118  -1.768
    5   HG12  VAL 176          HG12      VAL 176 -10.711  17.252  -2.774
    6   HG11  VAL 176          HG13      VAL 176 -10.204  17.935  -1.226
    7   HG21  VAL 176          HG21      VAL 176 -12.812  14.619  -1.300
    8   HG23  VAL 176          HG22      VAL 176 -12.235  15.303  -2.820
    9   HG22  VAL 176          HG23      VAL 176 -13.377  16.206  -1.823

  No H/Q in entry =           9
  In of MODEL   17
    1    H    GLY 177           H        GLY 177  -9.478  15.193   1.419
    2    HA3  GLY 177           HA2      GLY 177  -7.185  15.411   2.168
    3    HA2  GLY 177           HA3      GLY 177  -6.920  16.548   0.848

  No H/Q in entry =           3
  In of MODEL   17
    1    H    CYS 178           H        CYS 178  -9.827  17.412   1.751
    2    HA   CYS 178           HA       CYS 178  -8.815  19.197   3.868
    3    HB2  CYS 178           HB2      CYS 178  -9.698  21.010   2.855
    4    HB3  CYS 178           HB3      CYS 178  -9.800  20.031   1.397
    5    HG   CYS 178           HG       CYS 178 -12.467  19.139   2.681

  No H/Q in entry =           5
  In of MODEL   17
    1    H    SER 179           H        SER 179 -10.473  19.619   5.536
    2    HA   SER 179           HA       SER 179 -11.906  17.235   6.042
    3    HB2  SER 179           HB2      SER 179 -12.826  18.466   8.040
    4    HB3  SER 179           HB3      SER 179 -11.066  18.395   7.990
    5    HG   SER 179           HG       SER 179 -11.013  20.479   7.900

  No H/Q in entry =           5
  In of MODEL   17
    1    H    ARG 180           H        ARG 180 -13.702  19.404   6.976
    2    HA   ARG 180           HA       ARG 180 -15.739  18.887   5.019
    3    HB2  ARG 180           HB2      ARG 180 -17.158  20.070   6.986
    4    HB3  ARG 180           HB3      ARG 180 -16.998  18.328   6.925
    5    HG2  ARG 180           HG2      ARG 180 -16.408  18.571   9.085
    6    HG3  ARG 180           HG3      ARG 180 -14.836  18.981   8.391
    7    HD2  ARG 180           HD2      ARG 180 -16.113  21.361   8.239
    8    HD3  ARG 180           HD3      ARG 180 -16.802  20.698   9.724
    9    HE   ARG 180           HE       ARG 180 -14.465  20.398  10.481
   10   HH11  ARG 180          HH11      ARG 180 -15.247  22.806   8.055
   11   HH12  ARG 180          HH12      ARG 180 -13.773  23.707   8.295
   12   HH21  ARG 180          HH21      ARG 180 -12.544  21.586  10.793
   13   HH22  ARG 180          HH22      ARG 180 -12.232  22.992   9.818

  No H/Q in entry =          13
  In of MODEL   17
    1    H    GLU 181           H        GLU 181 -13.126  20.502   5.923
    2    HA   GLU 181           HA       GLU 181 -13.570  23.112   6.472
    3    HB2  GLU 181           HB2      GLU 181 -11.363  21.691   6.044
    4    HB3  GLU 181           HB3      GLU 181 -11.423  22.557   4.518
    5    HG2  GLU 181           HG2      GLU 181 -10.015  23.704   6.120
    6    HG3  GLU 181           HG3      GLU 181 -11.416  24.689   5.700

  No H/Q in entry =           6
  In of MODEL   17
    1    H    THR 182           H        THR 182 -12.525  22.479   2.823
    2    HA   THR 182           HA       THR 182 -14.037  24.788   2.477
    3    HB   THR 182           HB       THR 182 -12.583  23.794   0.201
    4    HG1  THR 182           HG1      THR 182 -11.298  23.787   2.694
    5   HG23  THR 182          HG21      THR 182 -13.309  26.081   0.375
    6   HG22  THR 182          HG22      THR 182 -11.545  26.063   0.361
    7   HG21  THR 182          HG23      THR 182 -12.413  26.300   1.878

  No H/Q in entry =           7
  In of MODEL   17
    1    H    VAL 183           H        VAL 183 -13.790  21.476   2.209
    2    HA   VAL 183           HA       VAL 183 -15.554  20.871   0.052
    3    HB   VAL 183           HB       VAL 183 -14.123  19.512   2.241
    4   HG11  VAL 183          HG11      VAL 183 -16.929  18.829   1.793
    5   HG13  VAL 183          HG12      VAL 183 -15.854  18.466   3.156
    6   HG12  VAL 183          HG13      VAL 183 -15.797  17.467   1.711
    7   HG23  VAL 183          HG21      VAL 183 -15.005  18.469  -0.420
    8   HG22  VAL 183          HG22      VAL 183 -13.805  17.741   0.657
    9   HG21  VAL 183          HG23      VAL 183 -13.483  19.307  -0.105

  No H/Q in entry =           9
  In of MODEL   17
    1    H    GLY 184           H        GLY 184 -15.891  21.536   3.661
    2    HA3  GLY 184           HA2      GLY 184 -18.531  21.209   3.827
    3    HA2  GLY 184           HA3      GLY 184 -17.603  22.456   4.670

  No H/Q in entry =           3
  In of MODEL   17
    1    H    ARG 185           H        ARG 185 -16.818  23.489   1.677
    2    HA   ARG 185           HA       ARG 185 -18.833  25.483   1.982
    3    HB2  ARG 185           HB2      ARG 185 -16.629  25.027  -0.040
    4    HB3  ARG 185           HB3      ARG 185 -17.843  26.284  -0.239
    5    HG2  ARG 185           HG2      ARG 185 -17.104  27.125   2.051
    6    HG3  ARG 185           HG3      ARG 185 -15.717  26.052   1.860
    7    HD2  ARG 185           HD2      ARG 185 -15.162  27.178  -0.252
    8    HD3  ARG 185           HD3      ARG 185 -16.517  28.281  -0.004
    9    HE   ARG 185           HE       ARG 185 -14.926  28.391   2.273
   10   HH11  ARG 185          HH11      ARG 185 -14.656  29.190  -1.128
   11   HH12  ARG 185          HH12      ARG 185 -13.507  30.458  -0.862
   12   HH21  ARG 185          HH21      ARG 185 -13.428  30.057   2.619
   13   HH22  ARG 185          HH22      ARG 185 -12.815  30.963   1.271

  No H/Q in entry =          13
  In of MODEL   17
    1    H    ILE 186           H        ILE 186 -17.771  23.356  -0.805
    2    HA   ILE 186           HA       ILE 186 -19.918  23.417  -2.144
    3    HB   ILE 186           HB       ILE 186 -17.890  21.266  -1.826
    4   HG12  ILE 186          HG12      ILE 186 -17.549  22.120  -4.286
    5   HG13  ILE 186          HG13      ILE 186 -18.496  23.496  -3.738
    6   HG23  ILE 186          HG21      ILE 186 -18.890  19.806  -3.200
    7   HG22  ILE 186          HG22      ILE 186 -19.504  21.081  -4.251
    8   HG21  ILE 186          HG23      ILE 186 -20.383  20.650  -2.785
    9   HD13  ILE 186          HD11      ILE 186 -16.837  24.267  -2.375
   10   HD12  ILE 186          HD12      ILE 186 -15.879  23.508  -3.649
   11   HD11  ILE 186          HD13      ILE 186 -16.145  22.665  -2.124

  No H/Q in entry =          11
  In of MODEL   17
    1    H    LEU 187           H        LEU 187 -19.600  21.235   0.541
    2    HA   LEU 187           HA       LEU 187 -21.875  19.750  -0.244
    3    HB2  LEU 187           HB2      LEU 187 -20.345  19.856   2.325
    4    HB3  LEU 187           HB3      LEU 187 -21.488  18.592   1.848
    5    HG   LEU 187           HG       LEU 187 -18.753  19.177   0.758
    6   HD13  LEU 187          HD11      LEU 187 -18.309  17.104   1.221
    7   HD12  LEU 187          HD12      LEU 187 -19.882  16.522   0.648
    8   HD11  LEU 187          HD13      LEU 187 -19.724  17.220   2.268
    9   HD23  LEU 187          HD21      LEU 187 -20.872  17.769  -0.858
   10   HD22  LEU 187          HD22      LEU 187 -19.168  17.913  -1.272
   11   HD21  LEU 187          HD23      LEU 187 -20.187  19.350  -1.231

  No H/Q in entry =          11
  In of MODEL   17
    1    H    LYS 188           H        LYS 188 -21.422  22.736   0.988
    2    HA   LYS 188           HA       LYS 188 -23.911  22.796   2.543
    3    HB2  LYS 188           HB2      LYS 188 -21.829  24.224   3.229
    4    HB3  LYS 188           HB3      LYS 188 -22.319  25.274   1.906
    5    HG2  LYS 188           HG2      LYS 188 -24.363  24.498   3.925
    6    HG3  LYS 188           HG3      LYS 188 -23.157  25.706   4.366
    7    HD2  LYS 188           HD2      LYS 188 -24.036  27.272   2.979
    8    HD3  LYS 188           HD3      LYS 188 -24.472  26.085   1.747
    9    HE2  LYS 188           HE2      LYS 188 -26.002  25.814   4.221
   10    HE3  LYS 188           HE3      LYS 188 -26.223  27.373   3.428
   11    HZ2  LYS 188           HZ1      LYS 188 -27.579  25.132   2.804
   12    HZ1  LYS 188           HZ2      LYS 188 -26.340  25.099   1.649
   13    HZ3  LYS 188           HZ3      LYS 188 -27.361  26.448   1.748

  No H/Q in entry =          13
  In of MODEL   17
    1    H    MET 189           H        MET 189 -22.453  23.690  -0.539
    2    HA   MET 189           HA       MET 189 -24.743  25.275  -1.406
    3    HB2  MET 189           HB2      MET 189 -23.701  25.277  -3.674
    4    HB3  MET 189           HB3      MET 189 -22.719  25.998  -2.414
    5    HG2  MET 189           HG2      MET 189 -21.672  23.589  -2.346
    6    HG3  MET 189           HG3      MET 189 -22.292  23.530  -3.991
    7    HE3  MET 189           HE1      MET 189 -20.869  26.978  -2.306
    8    HE2  MET 189           HE2      MET 189 -19.176  26.487  -2.377
    9    HE1  MET 189           HE3      MET 189 -20.331  25.537  -1.441

  No H/Q in entry =           9
  In of MODEL   17
    1    H    LEU 190           H        LEU 190 -23.736  21.992  -1.482
    2    HA   LEU 190           HA       LEU 190 -25.229  20.991  -3.599
    3    HB2  LEU 190           HB2      LEU 190 -24.704  19.750  -0.915
    4    HB3  LEU 190           HB3      LEU 190 -25.196  18.882  -2.361
    5    HG   LEU 190           HG       LEU 190 -22.588  20.166  -1.734
    6   HD13  LEU 190          HD11      LEU 190 -22.763  17.867  -1.216
    7   HD12  LEU 190          HD12      LEU 190 -21.796  18.010  -2.686
    8   HD11  LEU 190          HD13      LEU 190 -23.488  17.512  -2.782
    9   HD22  LEU 190          HD21      LEU 190 -22.922  21.161  -3.777
   10   HD21  LEU 190          HD22      LEU 190 -23.787  19.767  -4.421
   11   HD23  LEU 190          HD23      LEU 190 -22.043  19.685  -4.175

  No H/Q in entry =          11
  In of MODEL   17
    1    H    GLU 191           H        GLU 191 -26.310  21.335  -0.132
    2    HA   GLU 191           HA       GLU 191 -28.919  20.554  -0.671
    3    HB2  GLU 191           HB2      GLU 191 -28.218  20.398   1.557
    4    HB3  GLU 191           HB3      GLU 191 -27.417  21.958   1.509
    5    HG2  GLU 191           HG2      GLU 191 -29.919  22.808   1.262
    6    HG3  GLU 191           HG3      GLU 191 -30.240  21.290   2.100

  No H/Q in entry =           6
  In of MODEL   17
    1    H    ASP 192           H        ASP 192 -27.202  23.278  -1.469
    2    HA   ASP 192           HA       ASP 192 -29.485  25.096  -1.445
    3    HB2  ASP 192           HB2      ASP 192 -26.666  25.442  -1.233
    4    HB3  ASP 192           HB3      ASP 192 -27.175  26.222  -2.725

  No H/Q in entry =           4
  In of MODEL   17
    1    H    GLN 193           H        GLN 193 -28.252  22.757  -3.164
    2    HA   GLN 193           HA       GLN 193 -28.369  21.936  -5.313
    3    HB2  GLN 193           HB2      GLN 193 -30.669  23.853  -5.199
    4    HB3  GLN 193           HB3      GLN 193 -30.254  23.092  -6.727
    5    HG2  GLN 193           HG2      GLN 193 -31.849  21.666  -5.907
    6    HG3  GLN 193           HG3      GLN 193 -30.364  20.893  -5.371
    7   HE21  GLN 193          HE21      GLN 193 -29.996  20.633  -3.237
    8   HE22  GLN 193          HE22      GLN 193 -31.085  21.135  -1.995

  No H/Q in entry =           8
  In of MODEL   17
    1    H    ASN 194           H        ASN 194 -26.691  24.285  -4.638
    2    HA   ASN 194           HA       ASN 194 -26.648  25.827  -7.114
    3    HB2  ASN 194           HB2      ASN 194 -25.815  26.284  -4.424
    4    HB3  ASN 194           HB3      ASN 194 -24.398  26.419  -5.461
    5   HD21  ASN 194          HD21      ASN 194 -27.488  27.757  -4.637
    6   HD22  ASN 194          HD22      ASN 194 -27.317  29.222  -5.538

  No H/Q in entry =           6
  In of MODEL   17
    1    H    LEU 195           H        LEU 195 -25.603  22.902  -6.257
    2    HA   LEU 195           HA       LEU 195 -23.530  22.842  -8.306
    3    HB2  LEU 195           HB2      LEU 195 -22.682  23.396  -5.892
    4    HB3  LEU 195           HB3      LEU 195 -22.898  21.680  -5.646
    5    HG   LEU 195           HG       LEU 195 -21.299  22.325  -8.023
    6   HD12  LEU 195          HD11      LEU 195 -19.315  22.932  -6.718
    7   HD11  LEU 195          HD12      LEU 195 -20.304  22.999  -5.256
    8   HD13  LEU 195          HD13      LEU 195 -20.586  24.148  -6.566
    9   HD22  LEU 195          HD21      LEU 195 -21.458  20.066  -7.252
   10   HD21  LEU 195          HD22      LEU 195 -21.004  20.541  -5.615
   11   HD23  LEU 195          HD23      LEU 195 -19.820  20.635  -6.916

  No H/Q in entry =          11
  In of MODEL   17
    1    H    ILE 196           H        ILE 196 -25.702  21.242  -6.163
    2    HA   ILE 196           HA       ILE 196 -26.031  18.929  -7.668
    3    HB   ILE 196           HB       ILE 196 -25.122  18.250  -4.899
    4   HG12  ILE 196          HG12      ILE 196 -23.498  17.970  -7.420
    5   HG13  ILE 196          HG13      ILE 196 -23.243  19.266  -6.253
    6   HG23  ILE 196          HG21      ILE 196 -25.085  16.026  -5.805
    7   HG22  ILE 196          HG22      ILE 196 -25.284  16.638  -7.442
    8   HG21  ILE 196          HG23      ILE 196 -26.614  16.755  -6.293
    9   HD11  ILE 196          HD11      ILE 196 -22.783  17.602  -4.539
   10   HD13  ILE 196          HD12      ILE 196 -21.671  17.485  -5.908
   11   HD12  ILE 196          HD13      ILE 196 -22.993  16.324  -5.738

  No H/Q in entry =          11
  In of MODEL   17
    1    H    SER 197           H        SER 197 -27.001  17.689  -5.052
    2    HA   SER 197           HA       SER 197 -28.782  19.391  -3.969
    3    HB2  SER 197           HB2      SER 197 -30.170  19.146  -5.899
    4    HB3  SER 197           HB3      SER 197 -30.019  17.390  -5.842
    5    HG   SER 197           HG       SER 197 -31.893  18.758  -4.751

  No H/Q in entry =           5
  In of MODEL   17
    1    H    ALA 198           H        ALA 198 -27.535  18.681  -2.447
    2    HA   ALA 198           HA       ALA 198 -27.587  16.024  -1.487
    3    HB1  ALA 198           HB1      ALA 198 -25.685  17.525  -0.957
    4    HB3  ALA 198           HB2      ALA 198 -26.404  16.798   0.476
    5    HB2  ALA 198           HB3      ALA 198 -26.751  18.480   0.075

  No H/Q in entry =           5
  In of MODEL   17
    1    H    HIS 199           H        HIS 199 -29.311  15.157  -0.841
    2    HA   HIS 199           HA       HIS 199 -31.351  16.733   0.487
    3    HB2  HIS 199           HB2      HIS 199 -31.232  13.903  -0.565
    4    HB3  HIS 199           HB3      HIS 199 -32.469  14.367   0.597
    5    HD1  HIS 199           HD1      HIS 199 -31.208  15.659  -2.770
    6    HD2  HIS 199           HD2      HIS 199 -34.718  15.240  -0.586
    7    HE1  HIS 199           HE1      HIS 199 -33.050  16.399  -4.307
    8    HE2  HIS 199           HE2      HIS 199 -35.136  16.320  -2.900

  No H/Q in entry =           8
  In of MODEL   17
    1    H    GLY 200           H        GLY 200 -29.728  17.213   2.110
    2    HA3  GLY 200           HA2      GLY 200 -29.156  16.930   4.370
    3    HA2  GLY 200           HA3      GLY 200 -29.633  15.233   4.256

  No H/Q in entry =           3
  In of MODEL   17
    1    H    LYS 201           H        LYS 201 -27.998  13.849   4.294
    2    HA   LYS 201           HA       LYS 201 -25.399  14.763   3.290
    3    HB2  LYS 201           HB2      LYS 201 -24.740  12.456   4.507
    4    HB3  LYS 201           HB3      LYS 201 -24.804  14.001   5.338
    5    HG2  LYS 201           HG2      LYS 201 -27.399  12.997   5.478
    6    HG3  LYS 201           HG3      LYS 201 -26.347  11.617   5.791
    7    HD2  LYS 201           HD2      LYS 201 -25.271  12.751   7.592
    8    HD3  LYS 201           HD3      LYS 201 -26.045  14.279   7.169
    9    HE2  LYS 201           HE2      LYS 201 -28.243  13.243   7.689
   10    HE3  LYS 201           HE3      LYS 201 -27.391  11.803   8.240
   11    HZ2  LYS 201           HZ1      LYS 201 -28.023  13.359  10.038
   12    HZ1  LYS 201           HZ2      LYS 201 -26.977  14.508   9.380
   13    HZ3  LYS 201           HZ3      LYS 201 -26.362  13.050   9.974

  No H/Q in entry =          13
  In of MODEL   17
    1    H    THR 202           H        THR 202 -27.985  12.881   2.438
    2    HA   THR 202           HA       THR 202 -26.639  11.070   0.641
    3    HB   THR 202           HB       THR 202 -29.442  11.390   0.049
    4    HG1  THR 202           HG1      THR 202 -29.995  12.045   2.042
    5   HG21  THR 202          HG21      THR 202 -27.955   9.346  -0.187
    6   HG23  THR 202          HG22      THR 202 -29.549   9.051   0.506
    7   HG22  THR 202          HG23      THR 202 -28.133   9.124   1.553

  No H/Q in entry =           7
  In of MODEL   17
    1    H    ILE 203           H        ILE 203 -25.791  11.950  -1.117
    2    HA   ILE 203           HA       ILE 203 -26.789  14.516  -2.029
    3    HB   ILE 203           HB       ILE 203 -24.258  12.984  -2.408
    4   HG12  ILE 203          HG12      ILE 203 -24.850  15.738  -1.329
    5   HG13  ILE 203          HG13      ILE 203 -24.562  14.298  -0.359
    6   HG21  ILE 203          HG21      ILE 203 -25.211  15.366  -3.973
    7   HG23  ILE 203          HG22      ILE 203 -24.567  13.840  -4.582
    8   HG22  ILE 203          HG23      ILE 203 -23.500  14.992  -3.781
    9   HD11  ILE 203          HD11      ILE 203 -22.302  14.174  -1.449
   10   HD13  ILE 203          HD12      ILE 203 -22.565  15.537  -0.361
   11   HD12  ILE 203          HD13      ILE 203 -22.640  15.775  -2.107

  No H/Q in entry =          11
  In of MODEL   17
    1    H    VAL 204           H        VAL 204 -28.048  14.665  -3.768
    2    HA   VAL 204           HA       VAL 204 -28.156  12.406  -5.645
    3    HB   VAL 204           HB       VAL 204 -30.258  13.391  -4.131
    4   HG11  VAL 204          HG11      VAL 204 -30.492  15.391  -5.538
    5   HG13  VAL 204          HG12      VAL 204 -31.885  14.318  -5.677
    6   HG12  VAL 204          HG13      VAL 204 -30.678  14.364  -6.960
    7   HG23  VAL 204          HG21      VAL 204 -30.714  12.004  -6.724
    8   HG22  VAL 204          HG22      VAL 204 -31.502  11.766  -5.165
    9   HG21  VAL 204          HG23      VAL 204 -29.847  11.211  -5.413

  No H/Q in entry =           9
  In of MODEL   17
    1    H    VAL 205           H        VAL 205 -26.762  12.993  -6.906
    2    HA   VAL 205           HA       VAL 205 -26.595  15.422  -8.412
    3    HB   VAL 205           HB       VAL 205 -25.339  13.827 -10.077
    4   HG13  VAL 205          HG11      VAL 205 -24.096  15.163  -8.452
    5   HG12  VAL 205          HG12      VAL 205 -23.396  13.546  -8.505
    6   HG11  VAL 205          HG13      VAL 205 -24.456  14.005  -7.170
    7   HG23  VAL 205          HG21      VAL 205 -25.678  11.918  -7.764
    8   HG22  VAL 205          HG22      VAL 205 -24.778  11.623  -9.255
    9   HG21  VAL 205          HG23      VAL 205 -26.536  11.788  -9.302

  No H/Q in entry =           9
  In of MODEL   17
    1    H    TYR 206           H        TYR 206 -28.552  15.955  -8.942
    2    HA   TYR 206           HA       TYR 206 -30.760  14.642  -9.893
    3    HB2  TYR 206           HB2      TYR 206 -29.587  17.309 -10.711
    4    HB3  TYR 206           HB3      TYR 206 -31.078  16.719 -11.422
    5    HD1  TYR 206           HD1      TYR 206 -29.856  18.909  -9.112
    6    HD2  TYR 206           HD2      TYR 206 -32.752  15.806  -9.447
    7    HE1  TYR 206           HE1      TYR 206 -31.115  19.907  -7.269
    8    HE2  TYR 206           HE2      TYR 206 -34.035  16.781  -7.599
    9    HH   TYR 206           HH       TYR 206 -33.790  18.264  -5.764

  No H/Q in entry =           9
  In of MODEL   17
    1    H    GLY 207           H        GLY 207 -28.076  15.962 -11.831
    2    HA3  GLY 207           HA2      GLY 207 -27.922  13.805 -13.601
    3    HA2  GLY 207           HA3      GLY 207 -29.010  14.986 -14.303

  No H/Q in entry =           3
  In of MODEL   17
    1    H    THR 208           H        THR 208 -27.980  17.347 -13.869
    2    HA   THR 208           HA       THR 208 -25.925  17.676 -15.718
    3    HB   THR 208           HB       THR 208 -26.334  19.657 -13.498
    4    HG1  THR 208           HG1      THR 208 -28.155  19.423 -15.664
    5   HG22  THR 208          HG21      THR 208 -26.202  21.265 -15.374
    6   HG21  THR 208          HG22      THR 208 -25.995  19.914 -16.487
    7   HG23  THR 208          HG23      THR 208 -24.769  20.240 -15.264

  No H/Q in entry =           7
  In of MODEL   17
    1    H    ARG 209           H        ARG 209 -25.894  17.363 -12.240
    2    HA   ARG 209           HA       ARG 209 -23.381  16.285 -11.962
    3    HB2  ARG 209           HB2      ARG 209 -22.140  18.168 -10.917
    4    HB3  ARG 209           HB3      ARG 209 -22.439  18.431 -12.630
    5    HG2  ARG 209           HG2      ARG 209 -24.343  19.879 -12.051
    6    HG3  ARG 209           HG3      ARG 209 -23.968  19.651 -10.343
    7    HD2  ARG 209           HD2      ARG 209 -21.640  20.531 -10.919
    8    HD3  ARG 209           HD3      ARG 209 -22.352  21.063 -12.443
    9    HE   ARG 209           HE       ARG 209 -23.758  21.905 -10.062
   10   HH11  ARG 209          HH11      ARG 209 -21.318  22.697 -12.425
   11   HH12  ARG 209          HH12      ARG 209 -21.398  24.405 -12.140
   12   HH21  ARG 209          HH21      ARG 209 -23.872  24.166  -9.665
   13   HH22  ARG 209          HH22      ARG 209 -22.843  25.242 -10.552

  No H/Q in entry =          13
  In of MODEL   17
    1    H1   VAL   1           H3       VAL   1  21.574 -17.480   2.646
    2    H2   VAL   1           H2       VAL   1  21.541 -17.744   0.974
    3    H3   VAL   1           H1       VAL   1  20.986 -18.946   2.028
    4    HA   VAL   1           HA       VAL   1  23.080 -19.643   1.324
    5    HB   VAL   1           HB       VAL   1  23.958 -17.637   0.369
    6   HG12  VAL   1          HG11      VAL   1  24.169 -16.487   3.144
    7   HG11  VAL   1          HG12      VAL   1  22.947 -16.051   1.950
    8   HG13  VAL   1          HG13      VAL   1  24.647 -15.701   1.639
    9   HG21  VAL   1          HG21      VAL   1  25.633 -19.243   1.117
   10   HG23  VAL   1          HG22      VAL   1  25.711 -18.446   2.687
   11   HG22  VAL   1          HG23      VAL   1  26.243 -17.593   1.238

  No H/Q in entry =          11
  In of MODEL   17
    1    H    LEU   2           H        LEU   2  23.882 -21.019   2.745
    2    HA   LEU   2           HA       LEU   2  23.311 -20.848   5.498
    3    HB2  LEU   2           HB2      LEU   2  25.294 -22.628   4.072
    4    HB3  LEU   2           HB3      LEU   2  24.735 -22.853   5.716
    5    HG   LEU   2           HG       LEU   2  22.360 -22.901   4.493
    6   HD12  LEU   2          HD11      LEU   2  22.645 -24.258   2.394
    7   HD11  LEU   2          HD12      LEU   2  24.340 -23.768   2.401
    8   HD13  LEU   2          HD13      LEU   2  23.072 -22.552   2.262
    9   HD23  LEU   2          HD21      LEU   2  22.560 -25.362   4.457
   10   HD22  LEU   2          HD22      LEU   2  23.186 -24.644   5.940
   11   HD21  LEU   2          HD23      LEU   2  24.301 -25.199   4.691

  No H/Q in entry =          11
  In of MODEL   17
    1    H    GLY   3           H        GLY   3  24.610 -20.423   7.268
    2    HA3  GLY   3           HA2      GLY   3  26.715 -19.956   8.303
    3    HA2  GLY   3           HA3      GLY   3  27.327 -19.431   6.742

  No H/Q in entry =           3
  In of MODEL   17
    1    H    LYS   4           H        LYS   4  25.096 -17.780   6.062
    2    HA   LYS   4           HA       LYS   4  25.846 -15.422   7.545
    3    HB2  LYS   4           HB2      LYS   4  24.323 -16.016   5.067
    4    HB3  LYS   4           HB3      LYS   4  23.888 -14.541   5.917
    5    HG2  LYS   4           HG2      LYS   4  25.493 -13.940   4.296
    6    HG3  LYS   4           HG3      LYS   4  26.322 -13.912   5.852
    7    HD2  LYS   4           HD2      LYS   4  27.016 -16.324   5.294
    8    HD3  LYS   4           HD3      LYS   4  26.533 -15.932   3.643
    9    HE2  LYS   4           HE2      LYS   4  28.093 -14.044   3.643
   10    HE3  LYS   4           HE3      LYS   4  28.578 -14.447   5.287
   11    HZ2  LYS   4           HZ1      LYS   4  29.017 -16.050   2.836
   12    HZ1  LYS   4           HZ2      LYS   4  29.262 -16.661   4.389
   13    HZ3  LYS   4           HZ3      LYS   4  30.187 -15.359   3.840

  No H/Q in entry =          13
  In of MODEL   17
    1    HA   PRO   5           HA       PRO   5  22.503 -15.213  10.422
    2    HB2  PRO   5           HB2      PRO   5  21.741 -12.579  10.233
    3    HB3  PRO   5           HB3      PRO   5  23.159 -13.137  11.126
    4    HG2  PRO   5           HG2      PRO   5  22.987 -11.973   8.376
    5    HG3  PRO   5           HG3      PRO   5  24.183 -11.667   9.650
    6    HD2  PRO   5           HD2      PRO   5  24.712 -13.287   7.572
    7    HD3  PRO   5           HD3      PRO   5  25.348 -13.617   9.197

  No H/Q in entry =           7
  In of MODEL   17
    1    H    GLN   6           H        GLN   6  21.064 -16.562   9.263
    2    HA   GLN   6           HA       GLN   6  18.804 -15.119   8.060
    3    HB2  GLN   6           HB2      GLN   6  20.567 -17.070   6.784
    4    HB3  GLN   6           HB3      GLN   6  18.872 -17.526   6.697
    5    HG2  GLN   6           HG2      GLN   6  18.358 -15.359   5.672
    6    HG3  GLN   6           HG3      GLN   6  20.071 -14.942   5.728
    7   HE21  GLN   6          HE21      GLN   6  17.694 -17.077   4.311
    8   HE22  GLN   6          HE22      GLN   6  18.657 -17.590   2.969

  No H/Q in entry =           8
  In of MODEL   17
    1    H    THR   7           H        THR   7  19.632 -18.519   8.521
    2    HA   THR   7           HA       THR   7  18.738 -20.205   9.752
    3    HB   THR   7           HB       THR   7  16.915 -18.410  11.300
    4    HG1  THR   7           HG1      THR   7  18.646 -17.169  11.627
    5   HG22  THR   7          HG21      THR   7  18.695 -20.730  12.063
    6   HG21  THR   7          HG22      THR   7  16.963 -20.816  11.743
    7   HG23  THR   7          HG23      THR   7  17.558 -19.904  13.127

  No H/Q in entry =           7
  In of MODEL   17
    1    H    ASP   8           H        ASP   8  17.710 -19.419   7.276
    2    HA   ASP   8           HA       ASP   8  14.877 -20.155   7.583
    3    HB2  ASP   8           HB2      ASP   8  15.415 -17.758   6.759
    4    HB3  ASP   8           HB3      ASP   8  15.909 -18.544   5.262

  No H/Q in entry =           4
  In of MODEL   17
    1    HA   PRO   9           HA       PRO   9  16.838 -23.528   5.297
    2    HB2  PRO   9           HB2      PRO   9  14.918 -25.360   5.869
    3    HB3  PRO   9           HB3      PRO   9  16.238 -24.961   6.972
    4    HG2  PRO   9           HG2      PRO   9  13.392 -24.065   7.010
    5    HG3  PRO   9           HG3      PRO   9  14.457 -24.481   8.364
    6    HD2  PRO   9           HD2      PRO   9  13.882 -21.915   7.612
    7    HD3  PRO   9           HD3      PRO   9  15.376 -22.389   8.441

  No H/Q in entry =           7
  In of MODEL   17
    1    H    THR  10           H        THR  10  13.493 -22.362   4.997
    2    HA   THR  10           HA       THR  10  12.990 -23.989   2.677
    3    HB   THR  10           HB       THR  10  11.156 -21.842   2.756
    4    HG1  THR  10           HG1      THR  10  10.348 -22.232   4.937
    5   HG22  THR  10          HG21      THR  10   9.555 -23.623   3.325
    6   HG21  THR  10          HG22      THR  10  10.904 -24.723   3.608
    7   HG23  THR  10          HG23      THR  10  10.621 -24.069   1.994

  No H/Q in entry =           7
  In of MODEL   17
    1    H    LEU  11           H        LEU  11  14.238 -20.830   3.372
    2    HA   LEU  11           HA       LEU  11  13.831 -19.697   0.852
    3    HB2  LEU  11           HB2      LEU  11  14.784 -18.804   3.218
    4    HB3  LEU  11           HB3      LEU  11  16.254 -18.886   2.265
    5    HG   LEU  11           HG       LEU  11  15.531 -16.741   1.942
    6   HD13  LEU  11          HD11      LEU  11  15.995 -17.172  -0.191
    7   HD12  LEU  11          HD12      LEU  11  14.277 -16.792  -0.380
    8   HD11  LEU  11          HD13      LEU  11  14.815 -18.475  -0.287
    9   HD21  LEU  11          HD21      LEU  11  12.803 -17.889   1.952
   10   HD23  LEU  11          HD22      LEU  11  13.088 -16.329   1.184
   11   HD22  LEU  11          HD23      LEU  11  13.448 -16.549   2.900

  No H/Q in entry =          11
  In of MODEL   17
    1    H    GLU  12           H        GLU  12  16.227 -21.654   2.188
    2    HA   GLU  12           HA       GLU  12  18.213 -21.476   0.119
    3    HB2  GLU  12           HB2      GLU  12  18.013 -23.546   2.338
    4    HB3  GLU  12           HB3      GLU  12  19.432 -23.179   1.364
    5    HG2  GLU  12           HG2      GLU  12  18.120 -21.313   3.322
    6    HG3  GLU  12           HG3      GLU  12  19.592 -22.241   3.611

  No H/Q in entry =           6
  In of MODEL   17
    1    H    TRP  13           H        TRP  13  15.294 -22.924   0.663
    2    HA   TRP  13           HA       TRP  13  15.845 -25.212  -1.088
    3    HB2  TRP  13           HB2      TRP  13  13.401 -24.385   0.520
    4    HB3  TRP  13           HB3      TRP  13  13.316 -25.639  -0.721
    5    HD1  TRP  13           HD1      TRP  13  16.588 -26.148   0.536
    6    HE1  TRP  13           HE1      TRP  13  16.703 -27.899   2.407
    7    HE3  TRP  13           HE3      TRP  13  11.621 -26.364   1.760
    8    HZ2  TRP  13           HZ2      TRP  13  14.941 -29.204   4.165
    9    HZ3  TRP  13           HZ3      TRP  13  10.927 -27.899   3.556
   10    HH2  TRP  13           HH2      TRP  13  12.555 -29.289   4.730

  No H/Q in entry =          10
  In of MODEL   17
    1    H    PHE  14           H        PHE  14  14.761 -21.927  -1.006
    2    HA   PHE  14           HA       PHE  14  13.471 -21.947  -3.609
    3    HB2  PHE  14           HB2      PHE  14  12.410 -20.520  -2.056
    4    HB3  PHE  14           HB3      PHE  14  13.919 -19.913  -1.441
    5    HD1  PHE  14           HD1      PHE  14  14.674 -17.877  -2.119
    6    HD2  PHE  14           HD2      PHE  14  12.001 -19.958  -4.644
    7    HE1  PHE  14           HE1      PHE  14  14.686 -15.984  -3.670
    8    HE2  PHE  14           HE2      PHE  14  11.985 -18.064  -6.200
    9    HZ   PHE  14           HZ       PHE  14  13.334 -16.069  -5.720

  No H/Q in entry =           9
  In of MODEL   17
    1    H    LEU  15           H        LEU  15  16.570 -21.390  -2.191
    2    HA   LEU  15           HA       LEU  15  17.332 -19.352  -4.139
    3    HB2  LEU  15           HB2      LEU  15  18.923 -20.391  -1.792
    4    HB3  LEU  15           HB3      LEU  15  19.416 -19.107  -2.887
    5    HG   LEU  15           HG       LEU  15  17.038 -19.031  -1.042
    6   HD12  LEU  15          HD11      LEU  15  18.298 -17.281   0.060
    7   HD11  LEU  15          HD12      LEU  15  19.665 -17.624  -1.007
    8   HD13  LEU  15          HD13      LEU  15  19.095 -18.850   0.131
    9   HD21  LEU  15          HD21      LEU  15  17.281 -17.678  -3.401
   10   HD23  LEU  15          HD22      LEU  15  17.960 -16.542  -2.236
   11   HD22  LEU  15          HD23      LEU  15  16.333 -17.162  -2.014

  No H/Q in entry =          11
  In of MODEL   17
    1    H    SER  16           H        SER  16  17.106 -22.533  -3.712
    2    HA   SER  16           HA       SER  16  19.466 -23.220  -5.340
    3    HB2  SER  16           HB2      SER  16  18.474 -25.607  -4.811
    4    HB3  SER  16           HB3      SER  16  19.397 -24.775  -3.556
    5    HG   SER  16           HG       SER  16  17.662 -24.639  -2.392

  No H/Q in entry =           5
  In of MODEL   17
    1    H    HIS  17           H        HIS  17  16.489 -22.025  -5.506
    2    HA   HIS  17           HA       HIS  17  15.744 -23.589  -7.851
    3    HB2  HIS  17           HB2      HIS  17  14.204 -22.548  -5.606
    4    HB3  HIS  17           HB3      HIS  17  13.490 -22.190  -7.173
    5    HD1  HIS  17           HD1      HIS  17  13.789 -24.826  -4.682
    6    HD2  HIS  17           HD2      HIS  17  13.089 -24.618  -8.779
    7    HE1  HIS  17           HE1      HIS  17  12.772 -27.044  -5.314
    8    HE2  HIS  17           HE2      HIS  17  12.454 -26.930  -7.815

  No H/Q in entry =           8
  In of MODEL   17
    1    H    CYS  18           H        CYS  18  16.852 -20.513  -6.887
    2    HA   CYS  18           HA       CYS  18  15.707 -19.247  -9.253
    3    HB2  CYS  18           HB2      CYS  18  16.115 -17.095  -7.970
    4    HB3  CYS  18           HB3      CYS  18  14.801 -18.140  -7.431
    5    HG   CYS  18           HG       CYS  18  16.140 -16.983  -5.303

  No H/Q in entry =           5
  In of MODEL   17
    1    H    HIS  19           H        HIS  19  17.170 -17.373 -10.216
    2    HA   HIS  19           HA       HIS  19  19.929 -18.147  -9.959
    3    HB2  HIS  19           HB2      HIS  19  18.997 -17.758 -12.177
    4    HB3  HIS  19           HB3      HIS  19  18.448 -16.153 -11.722
    5    HD1  HIS  19           HD1      HIS  19  21.792 -17.976 -12.066
    6    HD2  HIS  19           HD2      HIS  19  20.068 -14.241 -12.662
    7    HE1  HIS  19           HE1      HIS  19  23.598 -16.550 -13.085
    8    HE2  HIS  19           HE2      HIS  19  22.477 -14.349 -13.585

  No H/Q in entry =           8
  In of MODEL   17
    1    H    ILE  20           H        ILE  20  20.615 -17.269  -7.672
    2    HA   ILE  20           HA       ILE  20  20.399 -14.510  -7.075
    3    HB   ILE  20           HB       ILE  20  21.886 -16.833  -6.050
    4   HG12  ILE  20          HG12      ILE  20  21.091 -15.314  -3.909
    5   HG13  ILE  20          HG13      ILE  20  19.852 -14.973  -5.111
    6   HG22  ILE  20          HG21      ILE  20  23.279 -15.471  -4.531
    7   HG21  ILE  20          HG22      ILE  20  22.817 -14.037  -5.450
    8   HG23  ILE  20          HG23      ILE  20  23.727 -15.331  -6.230
    9   HD13  ILE  20          HD11      ILE  20  19.131 -16.801  -3.756
   10   HD12  ILE  20          HD12      ILE  20  20.650 -17.662  -4.019
   11   HD11  ILE  20          HD13      ILE  20  19.525 -17.430  -5.358

  No H/Q in entry =          11
  In of MODEL   17
    1    H    HIS  21           H        HIS  21  21.314 -12.948  -7.948
    2    HA   HIS  21           HA       HIS  21  23.617 -12.037  -8.039
    3    HB2  HIS  21           HB2      HIS  21  24.498 -14.170  -9.183
    4    HB3  HIS  21           HB3      HIS  21  23.943 -13.434 -10.684
    5    HD1  HIS  21           HD1      HIS  21  25.504 -11.799 -11.765
    6    HD2  HIS  21           HD2      HIS  21  26.598 -12.607  -7.830
    7    HE1  HIS  21           HE1      HIS  21  27.745 -10.709 -11.447
    8    HE2  HIS  21           HE2      HIS  21  28.344 -11.122  -9.037

  No H/Q in entry =           8
  In of MODEL   17
    1    H    LYS  22           H        LYS  22  23.511 -10.182  -8.420
    2    HA   LYS  22           HA       LYS  22  21.671  -9.220 -10.448
    3    HB2  LYS  22           HB2      LYS  22  21.191  -8.829  -7.840
    4    HB3  LYS  22           HB3      LYS  22  22.085  -7.367  -8.204
    5    HG2  LYS  22           HG2      LYS  22  20.340  -7.624 -10.326
    6    HG3  LYS  22           HG3      LYS  22  19.389  -8.125  -8.934
    7    HD2  LYS  22           HD2      LYS  22  20.152  -6.048  -7.799
    8    HD3  LYS  22           HD3      LYS  22  20.847  -5.529  -9.335
    9    HE2  LYS  22           HE2      LYS  22  18.014  -5.677  -8.480
   10    HE3  LYS  22           HE3      LYS  22  18.819  -4.519  -9.534
   11    HZ3  LYS  22           HZ1      LYS  22  17.252  -5.842 -10.774
   12    HZ2  LYS  22           HZ2      LYS  22  17.993  -7.275 -10.280
   13    HZ1  LYS  22           HZ3      LYS  22  18.818  -6.203 -11.292

  No H/Q in entry =          13
  In of MODEL   17
    1    H    TYR  23           H        TYR  23  22.809  -6.540  -9.238
    2    HA   TYR  23           HA       TYR  23  25.167  -6.148 -10.706
    3    HB2  TYR  23           HB2      TYR  23  23.652  -4.265 -12.045
    4    HB3  TYR  23           HB3      TYR  23  24.382  -5.682 -12.760
    5    HD1  TYR  23           HD1      TYR  23  22.021  -7.467 -11.322
    6    HD2  TYR  23           HD2      TYR  23  22.156  -4.131 -13.923
    7    HE1  TYR  23           HE1      TYR  23  19.842  -8.106 -12.173
    8    HE2  TYR  23           HE2      TYR  23  19.937  -4.730 -14.797
    9    HH   TYR  23           HH       TYR  23  18.596  -7.287 -14.826

  No H/Q in entry =           9
  In of MODEL   17
    1    HA   PRO  24           HA       PRO  24  25.170  -2.239  -8.355
    2    HB2  PRO  24           HB2      PRO  24  26.207  -0.592 -10.357
    3    HB3  PRO  24           HB3      PRO  24  27.214  -1.529  -9.249
    4    HG2  PRO  24           HG2      PRO  24  26.430  -2.115 -12.065
    5    HG3  PRO  24           HG3      PRO  24  27.952  -2.460 -11.228
    6    HD2  PRO  24           HD2      PRO  24  26.137  -4.382 -11.726
    7    HD3  PRO  24           HD3      PRO  24  27.123  -4.387 -10.251

  No H/Q in entry =           7
  In of MODEL   17
    1    H    SER  25           H        SER  25  24.272  -0.315  -8.619
    2    HA   SER  25           HA       SER  25  21.553  -0.759  -9.289
    3    HB2  SER  25           HB2      SER  25  21.701   1.600  -7.924
    4    HB3  SER  25           HB3      SER  25  21.435   0.004  -7.231
    5    HG   SER  25           HG       SER  25  23.461   1.600  -6.777

  No H/Q in entry =           5
  In of MODEL   17
    1    H    LYS  26           H        LYS  26  20.204   0.764  -9.720
    2    HA   LYS  26           HA       LYS  26  19.378   2.695 -10.883
    3    HB2  LYS  26           HB2      LYS  26  21.685   3.549 -11.507
    4    HB3  LYS  26           HB3      LYS  26  21.869   2.251 -12.678
    5    HG2  LYS  26           HG2      LYS  26  19.935   3.167 -14.034
    6    HG3  LYS  26           HG3      LYS  26  19.628   4.394 -12.808
    7    HD2  LYS  26           HD2      LYS  26  21.911   5.389 -13.331
    8    HD3  LYS  26           HD3      LYS  26  22.178   4.114 -14.535
    9    HE2  LYS  26           HE2      LYS  26  20.071   4.823 -15.780
   10    HE3  LYS  26           HE3      LYS  26  19.802   6.123 -14.607
   11    HZ1  LYS  26           HZ1      LYS  26  22.416   5.929 -15.983
   12    HZ2  LYS  26           HZ2      LYS  26  21.145   6.613 -16.762
   13    HZ3  LYS  26           HZ3      LYS  26  21.615   7.232 -15.277

  No H/Q in entry =          13
  In of MODEL   17
    1    H    SER  27           H        SER  27  20.188  -0.418 -11.229
    2    HA   SER  27           HA       SER  27  19.029  -1.024 -13.745
    3    HB2  SER  27           HB2      SER  27  19.263  -3.383 -12.417
    4    HB3  SER  27           HB3      SER  27  20.613  -2.608 -13.242
    5    HG   SER  27           HG       SER  27  21.514  -2.652 -11.327

  No H/Q in entry =           5
  In of MODEL   17
    1    H    THR  28           H        THR  28  16.928  -0.278 -13.634
    2    HA   THR  28           HA       THR  28  15.105  -1.517 -11.699
    3    HB   THR  28           HB       THR  28  14.616   0.857 -12.171
    4    HG1  THR  28           HG1      THR  28  12.631   0.114 -12.070
    5   HG22  THR  28          HG21      THR  28  14.034   1.598 -14.450
    6   HG21  THR  28          HG22      THR  28  14.561   0.032 -15.067
    7   HG23  THR  28          HG23      THR  28  15.725   1.117 -14.304

  No H/Q in entry =           7
  In of MODEL   17
    1    H    LEU  29           H        LEU  29  13.342  -2.509 -12.732
    2    HA   LEU  29           HA       LEU  29  14.336  -4.515 -14.615
    3    HB2  LEU  29           HB2      LEU  29  12.723  -5.745 -12.564
    4    HB3  LEU  29           HB3      LEU  29  14.367  -6.143 -13.022
    5    HG   LEU  29           HG       LEU  29  13.392  -4.357 -10.780
    6   HD11  LEU  29          HD11      LEU  29  13.745  -6.891 -10.552
    7   HD13  LEU  29          HD12      LEU  29  14.453  -5.814  -9.342
    8   HD12  LEU  29          HD13      LEU  29  15.469  -6.495 -10.618
    9   HD23  LEU  29          HD21      LEU  29  16.273  -4.703 -11.497
   10   HD22  LEU  29          HD22      LEU  29  15.562  -3.648 -10.269
   11   HD21  LEU  29          HD23      LEU  29  15.317  -3.308 -11.984

  No H/Q in entry =          11
  In of MODEL   17
    1    H    ILE  30           H        ILE  30  11.731  -2.811 -13.146
    2    HA   ILE  30           HA       ILE  30   9.804  -3.272 -15.070
    3    HB   ILE  30           HB       ILE  30   8.452  -4.627 -12.939
    4   HG12  ILE  30          HG12      ILE  30   9.626  -6.916 -13.220
    5   HG13  ILE  30          HG13      ILE  30  11.052  -5.969 -13.622
    6   HG21  ILE  30          HG21      ILE  30   9.149  -5.496 -15.717
    7   HG23  ILE  30          HG22      ILE  30   7.645  -4.785 -15.124
    8   HG22  ILE  30          HG23      ILE  30   8.104  -6.414 -14.632
    9   HD13  ILE  30          HD11      ILE  30  11.159  -6.531 -11.313
   10   HD12  ILE  30          HD12      ILE  30   9.506  -5.962 -11.041
   11   HD11  ILE  30          HD13      ILE  30  10.783  -4.808 -11.426

  No H/Q in entry =          11
  In of MODEL   17
    1    H    HIS  31           H        HIS  31   9.240  -1.530 -14.921
    2    HA   HIS  31           HA       HIS  31   7.155  -0.571 -13.305
    3    HB2  HIS  31           HB2      HIS  31   8.733   0.064 -11.667
    4    HB3  HIS  31           HB3      HIS  31  10.005   0.318 -12.859
    5    HD1  HIS  31           HD1      HIS  31   7.182   2.073 -11.131
    6    HD2  HIS  31           HD2      HIS  31  10.064   2.854 -14.020
    7    HE1  HIS  31           HE1      HIS  31   7.073   4.541 -11.550
    8    HE2  HIS  31           HE2      HIS  31   8.802   4.990 -13.344

  No H/Q in entry =           8
  In of MODEL   17
    1    H    GLN  32           H        GLN  32   6.870  -1.075 -15.851
    2    HA   GLN  32           HA       GLN  32   6.349   1.334 -17.114
    3    HB2  GLN  32           HB2      GLN  32   8.848   1.637 -17.203
    4    HB3  GLN  32           HB3      GLN  32   8.941   0.226 -18.254
    5    HG2  GLN  32           HG2      GLN  32   6.971   1.848 -19.386
    6    HG3  GLN  32           HG3      GLN  32   8.233   2.966 -18.890
    7   HE21  GLN  32          HE21      GLN  32   8.838  -0.335 -19.918
    8   HE22  GLN  32          HE22      GLN  32   9.622   0.077 -21.401

  No H/Q in entry =           8
  In of MODEL   17
    1    H    GLY  33           H        GLY  33   4.641  -0.194 -17.269
    2    HA3  GLY  33           HA2      GLY  33   3.286  -1.573 -18.390
    3    HA2  GLY  33           HA3      GLY  33   4.235  -1.023 -19.748

  No H/Q in entry =           3
  In of MODEL   17
    1    H    GLU  34           H        GLU  34   6.083  -2.841 -17.598
    2    HA   GLU  34           HA       GLU  34   6.148  -4.991 -19.575
    3    HB2  GLU  34           HB2      GLU  34   7.680  -5.035 -17.029
    4    HB3  GLU  34           HB3      GLU  34   8.111  -5.624 -18.598
    5    HG2  GLU  34           HG2      GLU  34   9.487  -3.876 -18.619
    6    HG3  GLU  34           HG3      GLU  34   8.037  -2.982 -19.084

  No H/Q in entry =           6
  In of MODEL   17
    1    H    LYS  35           H        LYS  35   4.820  -6.563 -19.367
    2    HA   LYS  35           HA       LYS  35   3.251  -7.298 -17.219
    3    HB2  LYS  35           HB2      LYS  35   4.181  -8.652 -19.691
    4    HB3  LYS  35           HB3      LYS  35   3.608  -9.706 -18.410
    5    HG2  LYS  35           HG2      LYS  35   1.487  -8.401 -18.376
    6    HG3  LYS  35           HG3      LYS  35   2.073  -7.513 -19.784
    7    HD2  LYS  35           HD2      LYS  35   0.634  -9.275 -20.554
    8    HD3  LYS  35           HD3      LYS  35   2.291  -9.695 -20.986
    9    HE2  LYS  35           HE2      LYS  35   2.043 -10.857 -18.527
   10    HE3  LYS  35           HE3      LYS  35   0.412 -11.030 -19.168
   11    HZ1  LYS  35           HZ1      LYS  35   1.582 -11.929 -21.240
   12    HZ3  LYS  35           HZ2      LYS  35   1.508 -12.933 -19.884
   13    HZ2  LYS  35           HZ3      LYS  35   2.944 -12.110 -20.245

  No H/Q in entry =          13
  In of MODEL   17
    1    H    ALA  36           H        ALA  36   4.052  -7.682 -15.219
    2    HA   ALA  36           HA       ALA  36   6.682  -8.582 -14.779
    3    HB1  ALA  36           HB1      ALA  36   5.164  -7.144 -13.316
    4    HB3  ALA  36           HB2      ALA  36   6.164  -8.360 -12.510
    5    HB2  ALA  36           HB3      ALA  36   4.450  -8.670 -12.788

  No H/Q in entry =           5
  In of MODEL   17
    1    H    GLU  37           H        GLU  37   7.026 -10.551 -15.782
    2    HA   GLU  37           HA       GLU  37   5.506 -12.837 -14.720
    3    HB2  GLU  37           HB2      GLU  37   7.048 -12.639 -17.316
    4    HB3  GLU  37           HB3      GLU  37   6.140 -14.040 -16.763
    5    HG2  GLU  37           HG2      GLU  37   4.079 -12.679 -16.814
    6    HG3  GLU  37           HG3      GLU  37   5.016 -11.339 -17.472

  No H/Q in entry =           6
  In of MODEL   17
    1    H    THR  38           H        THR  38   8.160 -11.277 -14.036
    2    HA   THR  38           HA       THR  38   9.675 -13.702 -13.334
    3    HB   THR  38           HB       THR  38  11.692 -11.950 -13.570
    4    HG1  THR  38           HG1      THR  38  11.270 -10.359 -14.904
    5   HG22  THR  38          HG21      THR  38  12.170 -12.951 -15.781
    6   HG21  THR  38          HG22      THR  38  10.528 -13.591 -15.823
    7   HG23  THR  38          HG23      THR  38  11.661 -14.149 -14.591

  No H/Q in entry =           7
  In of MODEL   17
    1    H    LEU  39           H        LEU  39  10.675 -13.633 -11.340
    2    HA   LEU  39           HA       LEU  39  10.003 -11.289  -9.730
    3    HB2  LEU  39           HB2      LEU  39   8.910 -12.629  -8.356
    4    HB3  LEU  39           HB3      LEU  39   9.357 -14.019  -9.324
    5    HG   LEU  39           HG       LEU  39  11.484 -13.096  -7.535
    6   HD12  LEU  39          HD11      LEU  39   9.012 -14.322  -6.329
    7   HD11  LEU  39          HD12      LEU  39   9.432 -12.616  -6.195
    8   HD13  LEU  39          HD13      LEU  39  10.490 -13.842  -5.494
    9   HD21  LEU  39          HD21      LEU  39  10.177 -15.677  -8.320
   10   HD23  LEU  39          HD22      LEU  39  11.356 -15.600  -7.007
   11   HD22  LEU  39          HD23      LEU  39  11.822 -15.124  -8.642

  No H/Q in entry =          11
  In of MODEL   17
    1    H    TYR  40           H        TYR  40  11.615 -10.628  -8.127
    2    HA   TYR  40           HA       TYR  40  14.268 -11.784  -8.587
    3    HB2  TYR  40           HB2      TYR  40  13.903  -8.803  -8.375
    4    HB3  TYR  40           HB3      TYR  40  15.306  -9.696  -8.932
    5    HD1  TYR  40           HD1      TYR  40  15.705  -9.835 -11.159
    6    HD2  TYR  40           HD2      TYR  40  11.730  -9.100  -9.880
    7    HE1  TYR  40           HE1      TYR  40  15.017  -9.459 -13.500
    8    HE2  TYR  40           HE2      TYR  40  11.019  -8.757 -12.201
    9    HH   TYR  40           HH       TYR  40  11.952  -8.148 -14.332

  No H/Q in entry =           9
  In of MODEL   17
    1    H    TYR  41           H        TYR  41  14.900 -12.488  -6.604
    2    HA   TYR  41           HA       TYR  41  13.959 -11.194  -4.194
    3    HB2  TYR  41           HB2      TYR  41  14.235 -13.734  -4.769
    4    HB3  TYR  41           HB3      TYR  41  15.918 -13.456  -4.360
    5    HD1  TYR  41           HD1      TYR  41  15.919 -11.855  -1.992
    6    HD2  TYR  41           HD2      TYR  41  13.210 -14.864  -3.196
    7    HE1  TYR  41           HE1      TYR  41  15.362 -12.289   0.362
    8    HE2  TYR  41           HE2      TYR  41  12.622 -15.319  -0.903
    9    HH   TYR  41           HH       TYR  41  13.984 -14.915   1.475

  No H/Q in entry =           9
  In of MODEL   17
    1    H    ILE  42           H        ILE  42  15.213  -9.181  -4.078
    2    HA   ILE  42           HA       ILE  42  18.014  -9.117  -4.512
    3    HB   ILE  42           HB       ILE  42  17.885  -7.171  -2.745
    4   HG12  ILE  42          HG12      ILE  42  15.010  -7.355  -3.614
    5   HG13  ILE  42          HG13      ILE  42  15.603  -7.810  -2.012
    6   HG21  ILE  42          HG21      ILE  42  18.281  -6.935  -5.174
    7   HG23  ILE  42          HG22      ILE  42  17.367  -5.606  -4.466
    8   HG22  ILE  42          HG23      ILE  42  16.536  -6.842  -5.409
    9   HD13  ILE  42          HD11      ILE  42  14.739  -5.601  -1.917
   10   HD12  ILE  42          HD12      ILE  42  15.729  -5.107  -3.291
   11   HD11  ILE  42          HD13      ILE  42  16.496  -5.533  -1.756

  No H/Q in entry =          11
  In of MODEL   17
    1    H    VAL  43           H        VAL  43  19.080 -10.750  -3.519
    2    HA   VAL  43           HA       VAL  43  18.484 -11.638  -0.916
    3    HB   VAL  43           HB       VAL  43  21.114 -12.113  -2.297
    4   HG12  VAL  43          HG11      VAL  43  19.389 -13.874  -0.586
    5   HG11  VAL  43          HG12      VAL  43  20.725 -12.893   0.030
    6   HG13  VAL  43          HG13      VAL  43  21.041 -14.188  -1.128
    7   HG22  VAL  43          HG21      VAL  43  19.702 -12.676  -4.034
    8   HG21  VAL  43          HG22      VAL  43  18.385 -13.121  -2.949
    9   HG23  VAL  43          HG23      VAL  43  19.769 -14.192  -3.135

  No H/Q in entry =           9
  In of MODEL   17
    1    H    LYS  44           H        LYS  44  21.546 -10.410  -1.963
    2    HA   LYS  44           HA       LYS  44  21.846  -8.634   0.359
    3    HB2  LYS  44           HB2      LYS  44  23.664  -9.453  -1.964
    4    HB3  LYS  44           HB3      LYS  44  24.151  -8.367  -0.660
    5    HG2  LYS  44           HG2      LYS  44  24.311 -10.076   0.892
    6    HG3  LYS  44           HG3      LYS  44  23.201 -11.122   0.003
    7    HD2  LYS  44           HD2      LYS  44  25.454 -11.984  -0.199
    8    HD3  LYS  44           HD3      LYS  44  24.911 -11.384  -1.764
    9    HE2  LYS  44           HE2      LYS  44  26.107  -9.213  -1.163
   10    HE3  LYS  44           HE3      LYS  44  26.855 -10.119   0.148
   11    HZ3  LYS  44           HZ1      LYS  44  27.942 -11.522  -1.360
   12    HZ2  LYS  44           HZ2      LYS  44  28.135  -9.972  -2.004
   13    HZ1  LYS  44           HZ3      LYS  44  26.984 -11.027  -2.669

  No H/Q in entry =          13
  In of MODEL   17
    1    H    GLY  45           H        GLY  45  22.243  -6.571   0.007
    2    HA3  GLY  45           HA2      GLY  45  21.642  -4.493  -0.520
    3    HA2  GLY  45           HA3      GLY  45  22.255  -4.936  -2.106

  No H/Q in entry =           3
  In of MODEL   17
    1    H    SER  46           H        SER  46  20.421  -3.215  -2.560
    2    HA   SER  46           HA       SER  46  17.976  -4.519  -2.752
    3    HB2  SER  46           HB2      SER  46  16.711  -3.046  -1.195
    4    HB3  SER  46           HB3      SER  46  17.775  -4.222  -0.423
    5    HG   SER  46           HG       SER  46  19.096  -1.928  -0.932

  No H/Q in entry =           5
  In of MODEL   17
    1    H    VAL  47           H        VAL  47  16.192  -2.618  -2.894
    2    HA   VAL  47           HA       VAL  47  17.255  -0.860  -4.987
    3    HB   VAL  47           HB       VAL  47  15.511  -1.519  -6.516
    4   HG13  VAL  47          HG11      VAL  47  16.311  -3.702  -7.032
    5   HG12  VAL  47          HG12      VAL  47  16.701  -4.010  -5.332
    6   HG11  VAL  47          HG13      VAL  47  17.648  -2.847  -6.258
    7   HG22  VAL  47          HG21      VAL  47  13.666  -2.015  -5.139
    8   HG21  VAL  47          HG22      VAL  47  14.601  -3.165  -4.177
    9   HG23  VAL  47          HG23      VAL  47  14.134  -3.572  -5.833

  No H/Q in entry =           9
  In of MODEL   17
    1    H    ALA  48           H        ALA  48  15.240   0.378  -5.948
    2    HA   ALA  48           HA       ALA  48  13.982   1.734  -3.669
    3    HB1  ALA  48           HB1      ALA  48  15.859   2.928  -4.945
    4    HB3  ALA  48           HB2      ALA  48  14.335   3.795  -4.748
    5    HB2  ALA  48           HB3      ALA  48  14.716   3.019  -6.286

  No H/Q in entry =           5
  In of MODEL   17
    1    H    VAL  49           H        VAL  49  12.006   0.973  -3.718
    2    HA   VAL  49           HA       VAL  49  10.594   0.188  -6.052
    3    HB   VAL  49           HB       VAL  49   9.746   0.602  -3.181
    4   HG12  VAL  49          HG11      VAL  49   8.168  -0.972  -5.140
    5   HG11  VAL  49          HG12      VAL  49   7.963   0.779  -5.076
    6   HG13  VAL  49          HG13      VAL  49   7.654  -0.201  -3.640
    7   HG23  VAL  49          HG21      VAL  49  10.259  -1.861  -4.823
    8   HG22  VAL  49          HG22      VAL  49   9.745  -1.831  -3.132
    9   HG21  VAL  49          HG23      VAL  49  11.333  -1.205  -3.585

  No H/Q in entry =           9
  In of MODEL   17
    1    H    LEU  50           H        LEU  50   9.033   1.292  -7.172
    2    HA   LEU  50           HA       LEU  50   8.216   3.883  -6.296
    3    HB2  LEU  50           HB2      LEU  50   9.046   5.162  -8.063
    4    HB3  LEU  50           HB3      LEU  50  10.382   4.201  -7.481
    5    HG   LEU  50           HG       LEU  50   8.859   3.869 -10.042
    6   HD13  LEU  50          HD11      LEU  50  11.035   4.194 -11.021
    7   HD12  LEU  50          HD12      LEU  50  11.775   4.266  -9.416
    8   HD11  LEU  50          HD13      LEU  50  10.651   5.540  -9.942
    9   HD22  LEU  50          HD21      LEU  50  10.222   1.923 -10.476
   10   HD21  LEU  50          HD22      LEU  50   9.214   1.679  -9.051
   11   HD23  LEU  50          HD23      LEU  50  10.932   2.035  -8.862

  No H/Q in entry =          11
  In of MODEL   17
    1    H    ILE  51           H        ILE  51   6.405   4.736  -7.269
    2    HA   ILE  51           HA       ILE  51   4.998   2.783  -8.956
    3    HB   ILE  51           HB       ILE  51   2.936   3.726  -7.722
    4   HG12  ILE  51          HG12      ILE  51   3.597   4.075  -5.252
    5   HG13  ILE  51          HG13      ILE  51   5.205   4.421  -5.869
    6   HG22  ILE  51          HG21      ILE  51   3.509   1.974  -5.851
    7   HG21  ILE  51          HG22      ILE  51   4.926   1.685  -6.859
    8   HG23  ILE  51          HG23      ILE  51   3.310   1.463  -7.528
    9   HD11  ILE  51          HD11      ILE  51   4.262   6.261  -7.204
   10   HD13  ILE  51          HD12      ILE  51   4.019   6.468  -5.469
   11   HD12  ILE  51          HD13      ILE  51   2.682   5.935  -6.489

  No H/Q in entry =          11
  In of MODEL   17
    1    H    LYS  52           H        LYS  52   2.963   3.727  -9.850
    2    HA   LYS  52           HA       LYS  52   3.588   6.339 -11.059
    3    HB2  LYS  52           HB2      LYS  52   1.832   4.075 -12.025
    4    HB3  LYS  52           HB3      LYS  52   1.914   5.650 -12.805
    5    HG2  LYS  52           HG2      LYS  52   4.556   4.903 -12.614
    6    HG3  LYS  52           HG3      LYS  52   3.729   3.390 -12.974
    7    HD2  LYS  52           HD2      LYS  52   2.862   4.209 -14.992
    8    HD3  LYS  52           HD3      LYS  52   3.182   5.891 -14.551
    9    HE2  LYS  52           HE2      LYS  52   5.674   5.016 -14.473
   10    HE3  LYS  52           HE3      LYS  52   5.033   3.795 -15.569
   11    HZ1  LYS  52           HZ1      LYS  52   4.249   6.464 -16.279
   12    HZ3  LYS  52           HZ2      LYS  52   4.949   5.256 -17.230
   13    HZ2  LYS  52           HZ3      LYS  52   5.933   6.256 -16.277

  No H/Q in entry =          13
  In of MODEL   17
    1    H    ASP  53           H        ASP  53   2.141   7.947 -10.995
    2    HA   ASP  53           HA       ASP  53   0.022   7.780  -9.061
    3    HB2  ASP  53           HB2      ASP  53   1.784   9.691  -9.432
    4    HB3  ASP  53           HB3      ASP  53   0.655  10.214 -10.668

  No H/Q in entry =           4
  In of MODEL   17
    1    H    GLU  54           H        GLU  54  -1.825   9.688 -10.095
    2    HA   GLU  54           HA       GLU  54  -2.990   8.077 -12.260
    3    HB2  GLU  54           HB2      GLU  54  -4.190   9.830 -10.153
    4    HB3  GLU  54           HB3      GLU  54  -5.012   9.727 -11.710
    5    HG2  GLU  54           HG2      GLU  54  -4.626   7.168 -11.362
    6    HG3  GLU  54           HG3      GLU  54  -4.557   7.624  -9.664

  No H/Q in entry =           6
  In of MODEL   17
    1    H    GLU  55           H        GLU  55  -0.963  10.612 -11.770
    2    HA   GLU  55           HA       GLU  55  -1.848  12.043 -14.214
    3    HB2  GLU  55           HB2      GLU  55  -0.266  13.880 -13.208
    4    HB3  GLU  55           HB3      GLU  55  -1.910  13.738 -12.583
    5    HG2  GLU  55           HG2      GLU  55  -1.232  12.863 -10.606
    6    HG3  GLU  55           HG3      GLU  55   0.202  12.126 -11.312

  No H/Q in entry =           6
  In of MODEL   17
    1    H    GLY  56           H        GLY  56  -0.013   9.615 -13.440
    2    HA3  GLY  56           HA2      GLY  56   1.677   8.741 -14.817
    3    HA2  GLY  56           HA3      GLY  56   1.921  10.342 -15.492

  No H/Q in entry =           3
  In of MODEL   17
    1    H    LYS  57           H        LYS  57   2.033  10.205 -11.937
    2    HA   LYS  57           HA       LYS  57   4.821  10.932 -12.189
    3    HB2  LYS  57           HB2      LYS  57   2.640  11.422 -10.371
    4    HB3  LYS  57           HB3      LYS  57   3.954  10.661  -9.493
    5    HG2  LYS  57           HG2      LYS  57   5.355  12.445  -9.765
    6    HG3  LYS  57           HG3      LYS  57   4.555  12.991 -11.240
    7    HD2  LYS  57           HD2      LYS  57   4.180  14.443  -9.214
    8    HD3  LYS  57           HD3      LYS  57   2.716  13.879 -10.018
    9    HE2  LYS  57           HE2      LYS  57   3.203  11.904  -8.163
   10    HE3  LYS  57           HE3      LYS  57   3.690  13.367  -7.313
   11    HZ3  LYS  57           HZ1      LYS  57   1.569  13.863  -6.989
   12    HZ2  LYS  57           HZ2      LYS  57   1.111  12.404  -7.721
   13    HZ1  LYS  57           HZ3      LYS  57   1.241  13.823  -8.652

  No H/Q in entry =          13
  In of MODEL   17
    1    H    GLU  58           H        GLU  58   6.399   9.384 -11.889
    2    HA   GLU  58           HA       GLU  58   5.589   6.913 -10.574
    3    HB2  GLU  58           HB2      GLU  58   7.738   6.190 -12.037
    4    HB3  GLU  58           HB3      GLU  58   6.091   6.032 -12.626
    5    HG2  GLU  58           HG2      GLU  58   6.277   8.003 -13.919
    6    HG3  GLU  58           HG3      GLU  58   7.795   8.443 -13.136

  No H/Q in entry =           6
  In of MODEL   17
    1    H    MET  59           H        MET  59   6.375   7.561  -8.389
    2    HA   MET  59           HA       MET  59   9.050   8.696  -8.456
    3    HB2  MET  59           HB2      MET  59   6.737   8.945  -6.532
    4    HB3  MET  59           HB3      MET  59   8.307   9.706  -6.332
    5    HG2  MET  59           HG2      MET  59   7.884  11.110  -8.261
    6    HG3  MET  59           HG3      MET  59   6.348  10.276  -8.540
    7    HE2  MET  59           HE1      MET  59   6.550  11.826  -4.293
    8    HE1  MET  59           HE2      MET  59   8.008  11.302  -5.135
    9    HE3  MET  59           HE3      MET  59   6.672  10.174  -4.910

  No H/Q in entry =           9
  In of MODEL   17
    1    H    ILE  60           H        ILE  60  10.405   7.860  -6.957
    2    HA   ILE  60           HA       ILE  60  10.146   5.304  -5.933
    3    HB   ILE  60           HB       ILE  60  11.715   7.611  -4.753
    4   HG12  ILE  60          HG12      ILE  60  12.200   7.031  -7.165
    5   HG13  ILE  60          HG13      ILE  60  13.576   6.917  -6.072
    6   HG22  ILE  60          HG21      ILE  60  12.059   4.645  -4.366
    7   HG21  ILE  60          HG22      ILE  60  11.442   5.789  -3.172
    8   HG23  ILE  60          HG23      ILE  60  13.115   5.902  -3.721
    9   HD12  ILE  60          HD11      ILE  60  12.140   4.808  -7.544
   10   HD11  ILE  60          HD12      ILE  60  12.738   4.402  -5.934
   11   HD13  ILE  60          HD13      ILE  60  13.855   4.976  -7.177

  No H/Q in entry =          11
  In of MODEL   17
    1    H    LEU  61           H        LEU  61   8.633   4.604  -4.480
    2    HA   LEU  61           HA       LEU  61   7.639   6.558  -2.528
    3    HB2  LEU  61           HB2      LEU  61   5.531   5.597  -2.597
    4    HB3  LEU  61           HB3      LEU  61   6.051   5.515  -4.260
    5    HG   LEU  61           HG       LEU  61   4.909   3.516  -3.844
    6   HD12  LEU  61          HD11      LEU  61   6.583   1.752  -4.028
    7   HD11  LEU  61          HD12      LEU  61   7.836   2.927  -3.632
    8   HD13  LEU  61          HD13      LEU  61   6.882   3.113  -5.107
    9   HD21  LEU  61          HD21      LEU  61   6.455   3.314  -1.298
   10   HD23  LEU  61          HD22      LEU  61   5.634   1.931  -2.022
   11   HD22  LEU  61          HD23      LEU  61   4.706   3.354  -1.529

  No H/Q in entry =          11
  In of MODEL   17
    1    H    SER  62           H        SER  62   9.511   3.826  -2.989
    2    HA   SER  62           HA       SER  62  10.022   3.570  -0.221
    3    HB2  SER  62           HB2      SER  62   7.832   2.304  -0.451
    4    HB3  SER  62           HB3      SER  62   8.706   1.163  -1.465
    5    HG   SER  62           HG       SER  62   9.559   1.829   1.149

  No H/Q in entry =           5
  In of MODEL   17
    1    H    TYR  63           H        TYR  63  11.103   1.211  -0.063
    2    HA   TYR  63           HA       TYR  63  12.860   0.545  -2.108
    3    HB2  TYR  63           HB2      TYR  63  14.499   1.530   0.218
    4    HB3  TYR  63           HB3      TYR  63  14.967   1.289  -1.449
    5    HD1  TYR  63           HD1      TYR  63  12.989   3.579   0.678
    6    HD2  TYR  63           HD2      TYR  63  15.349   3.101  -2.800
    7    HE1  TYR  63           HE1      TYR  63  13.019   6.013   0.382
    8    HE2  TYR  63           HE2      TYR  63  15.395   5.530  -3.127
    9    HH   TYR  63           HH       TYR  63  14.271   7.492  -2.491

  No H/Q in entry =           9
  In of MODEL   17
    1    H    LEU  64           H        LEU  64  14.486  -0.906  -1.121
    2    HA   LEU  64           HA       LEU  64  13.034  -2.663   0.678
    3    HB2  LEU  64           HB2      LEU  64  14.715  -3.598  -1.595
    4    HB3  LEU  64           HB3      LEU  64  13.654  -4.544  -0.574
    5    HG   LEU  64           HG       LEU  64  12.776  -2.523  -2.645
    6   HD11  LEU  64          HD11      LEU  64  13.681  -4.694  -3.496
    7   HD13  LEU  64          HD12      LEU  64  11.993  -4.393  -3.901
    8   HD12  LEU  64          HD13      LEU  64  12.403  -5.509  -2.599
    9   HD22  LEU  64          HD21      LEU  64  11.153  -2.484  -0.931
   10   HD21  LEU  64          HD22      LEU  64  11.237  -4.233  -0.718
   11   HD23  LEU  64          HD23      LEU  64  10.527  -3.557  -2.186

  No H/Q in entry =          11
  In of MODEL   17
    1    H    ASN  65           H        ASN  65  14.593  -4.509   1.054
    2    HA   ASN  65           HA       ASN  65  17.100  -3.431   2.078
    3    HB2  ASN  65           HB2      ASN  65  15.005  -4.779   3.700
    4    HB3  ASN  65           HB3      ASN  65  16.678  -5.256   3.988
    5   HD21  ASN  65          HD21      ASN  65  18.227  -3.450   4.359
    6   HD22  ASN  65          HD22      ASN  65  17.679  -2.063   5.234

  No H/Q in entry =           6
  In of MODEL   17
    1    H    GLN  66           H        GLN  66  18.578  -5.219   2.334
    2    HA   GLN  66           HA       GLN  66  18.641  -7.210   0.415
    3    HB2  GLN  66           HB2      GLN  66  20.588  -6.500   1.886
    4    HB3  GLN  66           HB3      GLN  66  19.801  -7.242   3.277
    5    HG2  GLN  66           HG2      GLN  66  20.057  -9.537   2.241
    6    HG3  GLN  66           HG3      GLN  66  20.686  -8.846   0.766
    7   HE22  GLN  66          HE21      GLN  66  23.655 -10.076   2.473
    8   HE21  GLN  66          HE22      GLN  66  22.204 -10.656   1.486

  No H/Q in entry =           8
  In of MODEL   17
    1    H    GLY  67           H        GLY  67  18.119  -9.502   0.631
    2    HA3  GLY  67           HA2      GLY  67  16.706 -11.204   1.216
    3    HA2  GLY  67           HA3      GLY  67  16.563 -10.423   2.776

  No H/Q in entry =           3
  In of MODEL   17
    1    H    ASP  68           H        ASP  68  15.577  -8.344   0.250
    2    HA   ASP  68           HA       ASP  68  12.813  -8.708   1.046
    3    HB2  ASP  68           HB2      ASP  68  14.394  -6.498   0.184
    4    HB3  ASP  68           HB3      ASP  68  13.111  -6.731  -0.995

  No H/Q in entry =           4
  In of MODEL   17
    1    H    PHE  69           H        PHE  69  11.415  -8.044  -1.136
    2    HA   PHE  69           HA       PHE  69  12.167 -10.089  -3.099
    3    HB2  PHE  69           HB2      PHE  69   9.396  -9.385  -2.147
    4    HB3  PHE  69           HB3      PHE  69   9.792 -10.608  -3.347
    5    HD1  PHE  69           HD1      PHE  69  10.677 -12.754  -2.679
    6    HD2  PHE  69           HD2      PHE  69   9.823  -9.749   0.204
    7    HE1  PHE  69           HE1      PHE  69  10.778 -14.440  -0.893
    8    HE2  PHE  69           HE2      PHE  69   9.937 -11.428   1.995
    9    HZ   PHE  69           HZ       PHE  69  10.408 -13.779   1.448

  No H/Q in entry =           9
  In of MODEL   17
    1    H    ILE  70           H        ILE  70  11.013  -9.753  -5.232
    2    HA   ILE  70           HA       ILE  70  10.351  -6.987  -5.833
    3    HB   ILE  70           HB       ILE  70  12.753  -8.421  -6.993
    4   HG12  ILE  70          HG12      ILE  70  12.323  -5.685  -5.769
    5   HG13  ILE  70          HG13      ILE  70  13.331  -6.998  -5.165
    6   HG23  ILE  70          HG21      ILE  70  12.827  -6.791  -8.785
    7   HG22  ILE  70          HG22      ILE  70  11.386  -5.987  -8.169
    8   HG21  ILE  70          HG23      ILE  70  11.270  -7.615  -8.825
    9   HD13  ILE  70          HD11      ILE  70  14.813  -5.440  -6.108
   10   HD12  ILE  70          HD12      ILE  70  13.809  -5.221  -7.538
   11   HD11  ILE  70          HD13      ILE  70  14.686  -6.735  -7.300

  No H/Q in entry =          11
  In of MODEL   17
    1    H    GLY  71           H        GLY  71   8.910  -6.843  -7.454
    2    HA3  GLY  71           HA2      GLY  71   7.700  -7.441  -9.334
    3    HA2  GLY  71           HA3      GLY  71   8.652  -8.912  -9.450

  No H/Q in entry =           3
  In of MODEL   17
    1    H    GLU  72           H        GLU  72   7.348  -8.427  -6.321
    2    HA   GLU  72           HA       GLU  72   5.704 -10.742  -6.614
    3    HB2  GLU  72           HB2      GLU  72   5.001  -9.289  -4.252
    4    HB3  GLU  72           HB3      GLU  72   5.891 -10.797  -4.371
    5    HG2  GLU  72           HG2      GLU  72   7.264  -9.366  -3.142
    6    HG3  GLU  72           HG3      GLU  72   7.958  -9.386  -4.760

  No H/Q in entry =           6
  In of MODEL   17
    1    H    LEU  73           H        LEU  73   5.484  -7.390  -6.325
    2    HA   LEU  73           HA       LEU  73   2.787  -6.846  -6.335
    3    HB2  LEU  73           HB2      LEU  73   5.263  -5.474  -6.598
    4    HB3  LEU  73           HB3      LEU  73   4.152  -4.852  -7.807
    5    HG   LEU  73           HG       LEU  73   4.065  -3.579  -5.712
    6   HD13  LEU  73          HD11      LEU  73   2.068  -3.272  -6.691
    7   HD12  LEU  73          HD12      LEU  73   1.468  -4.317  -5.400
    8   HD11  LEU  73          HD13      LEU  73   1.852  -4.999  -6.984
    9   HD23  LEU  73          HD21      LEU  73   2.999  -4.658  -3.746
   10   HD22  LEU  73          HD22      LEU  73   4.585  -5.330  -4.129
   11   HD21  LEU  73          HD23      LEU  73   3.124  -6.213  -4.572

  No H/Q in entry =          11
  In of MODEL   17
    1    H    GLY  74           H        GLY  74   4.334  -8.464  -8.737
    2    HA3  GLY  74           HA2      GLY  74   2.274  -7.596 -10.661
    3    HA2  GLY  74           HA3      GLY  74   3.933  -7.879 -11.169

  No H/Q in entry =           3
  In of MODEL   17
    1    H    LEU  75           H        LEU  75   4.163 -10.148  -9.274
    2    HA   LEU  75           HA       LEU  75   3.017 -12.174 -11.046
    3    HB2  LEU  75           HB2      LEU  75   4.753 -13.519 -10.346
    4    HB3  LEU  75           HB3      LEU  75   5.483 -11.944 -10.113
    5    HG   LEU  75           HG       LEU  75   4.315 -12.300  -7.691
    6   HD13  LEU  75          HD11      LEU  75   4.796 -14.579  -6.926
    7   HD12  LEU  75          HD12      LEU  75   5.234 -15.043  -8.568
    8   HD11  LEU  75          HD13      LEU  75   3.576 -14.570  -8.200
    9   HD21  LEU  75          HD21      LEU  75   6.659 -11.647  -8.186
   10   HD23  LEU  75          HD22      LEU  75   7.047 -13.351  -8.430
   11   HD22  LEU  75          HD23      LEU  75   6.518 -12.787  -6.846

  No H/Q in entry =          11
  In of MODEL   17
    1    H    PHE  76           H        PHE  76   2.942 -10.997  -7.833
    2    HA   PHE  76           HA       PHE  76   1.248 -13.166  -6.865
    3    HB2  PHE  76           HB2      PHE  76   3.410 -12.722  -5.755
    4    HB3  PHE  76           HB3      PHE  76   2.893 -11.078  -5.425
    5    HD1  PHE  76           HD1      PHE  76   0.857 -14.118  -5.098
    6    HD2  PHE  76           HD2      PHE  76   3.029 -11.043  -3.151
    7    HE1  PHE  76           HE1      PHE  76  -0.035 -14.895  -2.932
    8    HE2  PHE  76           HE2      PHE  76   2.143 -11.804  -0.962
    9    HZ   PHE  76           HZ       PHE  76   0.613 -13.732  -0.856

  No H/Q in entry =           9
  In of MODEL   17
    1    H    GLU  77           H        GLU  77   1.458  -9.706  -7.362
    2    HA   GLU  77           HA       GLU  77  -0.806  -9.038  -5.829
    3    HB2  GLU  77           HB2      GLU  77  -0.080  -6.972  -6.333
    4    HB3  GLU  77           HB3      GLU  77   1.089  -7.655  -7.448
    5    HG2  GLU  77           HG2      GLU  77  -0.051  -6.123  -8.742
    6    HG3  GLU  77           HG3      GLU  77  -0.847  -7.640  -9.147

  No H/Q in entry =           6
  In of MODEL   17
    1    H    GLU  78           H        GLU  78  -0.192  -9.903  -9.175
    2    HA   GLU  78           HA       GLU  78  -1.450 -11.256 -10.462
    3    HB2  GLU  78           HB2      GLU  78  -3.282 -11.422  -8.604
    4    HB3  GLU  78           HB3      GLU  78  -4.029 -10.077  -9.459
    5    HG2  GLU  78           HG2      GLU  78  -3.759 -11.560 -11.549
    6    HG3  GLU  78           HG3      GLU  78  -3.553 -12.874 -10.392

  No H/Q in entry =           6
  In of MODEL   17
    1    H    GLY  79           H        GLY  79  -0.177  -8.793 -10.573
    2    HA3  GLY  79           HA2      GLY  79  -1.723  -6.703 -11.756
    3    HA2  GLY  79           HA3      GLY  79   0.018  -6.831 -11.734

  No H/Q in entry =           3
  In of MODEL   17
    1    H    GLN  80           H        GLN  80   0.947  -8.453 -13.228
    2    HA   GLN  80           HA       GLN  80   1.334  -9.222 -15.275
    3    HB2  GLN  80           HB2      GLN  80  -1.618  -9.360 -15.826
    4    HB3  GLN  80           HB3      GLN  80  -0.338 -10.382 -16.453
    5    HG2  GLN  80           HG2      GLN  80  -1.502 -10.395 -13.679
    6    HG3  GLN  80           HG3      GLN  80  -1.610 -11.657 -14.903
    7   HE21  GLN  80          HE21      GLN  80  -0.655 -11.870 -12.209
    8   HE22  GLN  80          HE22      GLN  80   0.985 -12.397 -12.293

  No H/Q in entry =           8
  In of MODEL   17
    1    H    GLU  81           H        GLU  81   2.010  -6.977 -15.410
    2    HA   GLU  81           HA       GLU  81   1.969  -5.604 -17.610
    3    HB2  GLU  81           HB2      GLU  81  -0.722  -5.561 -16.933
    4    HB3  GLU  81           HB3      GLU  81  -0.148  -3.993 -16.386
    5    HG2  GLU  81           HG2      GLU  81   0.874  -3.744 -18.708
    6    HG3  GLU  81           HG3      GLU  81  -0.134  -5.119 -19.162

  No H/Q in entry =           6
  In of MODEL   17
    1    H    ARG  82           H        ARG  82   3.724  -5.663 -15.696
    2    HA   ARG  82           HA       ARG  82   5.157  -4.499 -14.419
    3    HB2  ARG  82           HB2      ARG  82   5.598  -2.890 -15.859
    4    HB3  ARG  82           HB3      ARG  82   3.910  -2.581 -16.188
    5    HG2  ARG  82           HG2      ARG  82   4.628  -1.599 -13.568
    6    HG3  ARG  82           HG3      ARG  82   5.751  -0.985 -14.772
    7    HD2  ARG  82           HD2      ARG  82   3.382   0.178 -14.131
    8    HD3  ARG  82           HD3      ARG  82   4.221   0.410 -15.657
    9    HE   ARG  82           HE       ARG  82   2.527  -1.837 -15.856
   10   HH11  ARG  82          HH11      ARG  82   2.283   1.649 -15.540
   11   HH12  ARG  82          HH12      ARG  82   0.794   1.746 -16.418
   12   HH21  ARG  82          HH21      ARG  82   0.561  -1.696 -17.000
   13   HH22  ARG  82          HH22      ARG  82  -0.181  -0.150 -17.247

  No H/Q in entry =          13
  In of MODEL   17
    1    H    SER  83           H        SER  83   2.369  -2.375 -14.087
    2    HA   SER  83           HA       SER  83   1.210  -1.545 -12.368
    3    HB2  SER  83           HB2      SER  83   2.247  -3.925 -10.831
    4    HB3  SER  83           HB3      SER  83   0.839  -2.943 -10.423
    5    HG   SER  83           HG       SER  83  -0.258  -4.182 -11.696

  No H/Q in entry =           5
  In of MODEL   17
    1    H    ALA  84           H        ALA  84   4.590  -2.247 -11.700
    2    HA   ALA  84           HA       ALA  84   6.157  -0.570 -11.330
    3    HB3  ALA  84           HB1      ALA  84   4.043   1.037  -9.920
    4    HB2  ALA  84           HB2      ALA  84   4.443   1.203 -11.630
    5    HB1  ALA  84           HB3      ALA  84   5.658   1.555 -10.402

  No H/Q in entry =           5
  In of MODEL   17
    1    H    TRP  85           H        TRP  85   7.619  -0.348  -9.544
    2    HA   TRP  85           HA       TRP  85   7.261  -0.636  -6.992
    3    HB2  TRP  85           HB2      TRP  85   5.872  -2.690  -7.740
    4    HB3  TRP  85           HB3      TRP  85   7.432  -3.478  -7.946
    5    HD1  TRP  85           HD1      TRP  85   8.424  -4.538  -5.948
    6    HE1  TRP  85           HE1      TRP  85   7.898  -4.630  -3.417
    7    HE3  TRP  85           HE3      TRP  85   4.816  -0.962  -5.794
    8    HZ2  TRP  85           HZ2      TRP  85   6.171  -3.299  -1.605
    9    HZ3  TRP  85           HZ3      TRP  85   3.779  -0.410  -3.634
   10    HH2  TRP  85           HH2      TRP  85   4.442  -1.555  -1.585

  No H/Q in entry =          10
  In of MODEL   17
    1    H    VAL  86           H        VAL  86   9.344  -0.786  -9.601
    2    HA   VAL  86           HA       VAL  86  11.450  -1.196  -7.768
    3    HB   VAL  86           HB       VAL  86  12.326  -3.016  -9.708
    4   HG13  VAL  86          HG11      VAL  86  13.271  -3.055  -7.607
    5   HG12  VAL  86          HG12      VAL  86  12.147  -4.411  -7.517
    6   HG11  VAL  86          HG13      VAL  86  11.714  -2.864  -6.793
    7   HG21  VAL  86          HG21      VAL  86   9.888  -3.399 -10.091
    8   HG23  VAL  86          HG22      VAL  86   9.742  -3.805  -8.380
    9   HG22  VAL  86          HG23      VAL  86  10.746  -4.793  -9.439

  No H/Q in entry =           9
  In of MODEL   17
    1    H    ARG  87           H        ARG  87  13.423  -0.786  -8.191
    2    HA   ARG  87           HA       ARG  87  14.634   0.088 -10.538
    3    HB2  ARG  87           HB2      ARG  87  13.297   2.176 -10.304
    4    HB3  ARG  87           HB3      ARG  87  13.944   2.393  -8.676
    5    HG2  ARG  87           HG2      ARG  87  16.245   2.238  -9.890
    6    HG3  ARG  87           HG3      ARG  87  15.297   2.694 -11.311
    7    HD2  ARG  87           HD2      ARG  87  15.956   4.740 -10.479
    8    HD3  ARG  87           HD3      ARG  87  14.356   4.534  -9.769
    9    HE   ARG  87           HE       ARG  87  16.142   3.469  -7.956
   10   HH11  ARG  87          HH11      ARG  87  15.538   6.570  -9.432
   11   HH12  ARG  87          HH12      ARG  87  16.093   7.481  -8.069
   12   HH21  ARG  87          HH21      ARG  87  16.874   4.662  -6.138
   13   HH22  ARG  87          HH22      ARG  87  16.823   6.394  -6.171

  No H/Q in entry =          13
  In of MODEL   17
    1    H    ALA  88           H        ALA  88  16.705  -0.796 -10.001
    2    HA   ALA  88           HA       ALA  88  17.472  -1.481  -7.699
    3    HB2  ALA  88           HB1      ALA  88  19.081  -2.248  -8.879
    4    HB3  ALA  88           HB2      ALA  88  19.920  -0.725  -8.630
    5    HB1  ALA  88           HB3      ALA  88  18.921  -0.959 -10.072

  No H/Q in entry =           5
  In of MODEL   17
    1    H    LYS  89           H        LYS  89  18.621  -0.786  -5.615
    2    HA   LYS  89           HA       LYS  89  19.122   2.058  -5.742
    3    HB2  LYS  89           HB2      LYS  89  17.265   1.422  -4.288
    4    HB3  LYS  89           HB3      LYS  89  18.288   0.280  -3.438
    5    HG2  LYS  89           HG2      LYS  89  19.670   2.203  -2.660
    6    HG3  LYS  89           HG3      LYS  89  18.473   3.283  -3.393
    7    HD2  LYS  89           HD2      LYS  89  16.765   2.513  -1.967
    8    HD3  LYS  89           HD3      LYS  89  17.712   1.130  -1.446
    9    HE2  LYS  89           HE2      LYS  89  17.648   2.719   0.311
   10    HE3  LYS  89           HE3      LYS  89  19.278   2.679  -0.353
   11    HZ2  LYS  89           HZ1      LYS  89  17.867   4.926   0.084
   12    HZ1  LYS  89           HZ2      LYS  89  17.546   4.663  -1.558
   13    HZ3  LYS  89           HZ3      LYS  89  19.141   4.806  -1.021

  No H/Q in entry =          13
  In of MODEL   17
    1    H    THR  90           H        THR  90  20.438  -0.992  -5.355
    2    HA   THR  90           HA       THR  90  23.031   0.131  -4.718
    3    HB   THR  90           HB       THR  90  22.958  -2.269  -3.227
    4    HG1  THR  90           HG1      THR  90  20.551  -1.176  -3.240
    5   HG22  THR  90          HG21      THR  90  22.985   0.603  -2.298
    6   HG21  THR  90          HG22      THR  90  24.393  -0.317  -2.828
    7   HG23  THR  90          HG23      THR  90  23.530  -0.790  -1.364

  No H/Q in entry =           7
  In of MODEL   17
    1    H    ALA  91           H        ALA  91  24.667  -1.666  -4.993
    2    HA   ALA  91           HA       ALA  91  24.056  -3.255  -7.343
    3    HB3  ALA  91           HB1      ALA  91  26.591  -3.415  -5.661
    4    HB2  ALA  91           HB2      ALA  91  26.381  -2.123  -6.839
    5    HB1  ALA  91           HB3      ALA  91  26.410  -3.805  -7.370

  No H/Q in entry =           5
  In of MODEL   17
    1    H    CYS  92           H        CYS  92  22.762  -4.877  -6.852
    2    HA   CYS  92           HA       CYS  92  23.252  -6.300  -4.273
    3    HB2  CYS  92           HB2      CYS  92  20.720  -7.016  -5.308
    4    HB3  CYS  92           HB3      CYS  92  21.038  -5.934  -3.954
    5    HG   CYS  92           HG       CYS  92  21.418  -3.781  -6.001

  No H/Q in entry =           5
  In of MODEL   17
    1    H    GLU  93           H        GLU  93  21.690  -8.385  -4.830
    2    HA   GLU  93           HA       GLU  93  22.682  -9.900  -7.036
    3    HB2  GLU  93           HB2      GLU  93  23.499 -10.564  -4.190
    4    HB3  GLU  93           HB3      GLU  93  23.485 -11.762  -5.479
    5    HG2  GLU  93           HG2      GLU  93  25.072 -10.316  -6.742
    6    HG3  GLU  93           HG3      GLU  93  25.169  -9.274  -5.325

  No H/Q in entry =           6
  In of MODEL   17
    1    H    VAL  94           H        VAL  94  20.641 -10.412  -7.628
    2    HA   VAL  94           HA       VAL  94  18.689 -10.938  -5.517
    3    HB   VAL  94           HB       VAL  94  16.929 -10.619  -7.179
    4   HG12  VAL  94          HG11      VAL  94  17.728  -8.122  -7.720
    5   HG11  VAL  94          HG12      VAL  94  18.831  -8.556  -6.407
    6   HG13  VAL  94          HG13      VAL  94  17.082  -8.667  -6.173
    7   HG22  VAL  94          HG21      VAL  94  17.888 -11.195  -9.250
    8   HG21  VAL  94          HG22      VAL  94  19.189 -10.022  -9.060
    9   HG23  VAL  94          HG23      VAL  94  17.532  -9.465  -9.329

  No H/Q in entry =           9
  In of MODEL   17
    1    H    ALA  95           H        ALA  95  17.332 -12.624  -5.598
    2    HA   ALA  95           HA       ALA  95  18.363 -14.863  -7.195
    3    HB2  ALA  95           HB1      ALA  95  17.623 -16.202  -5.532
    4    HB3  ALA  95           HB2      ALA  95  16.138 -15.273  -5.310
    5    HB1  ALA  95           HB3      ALA  95  17.643 -14.724  -4.571

  No H/Q in entry =           5
  In of MODEL   17
    1    H    GLU  96           H        GLU  96  17.562 -14.395  -9.148
    2    HA   GLU  96           HA       GLU  96  14.696 -13.780  -9.264
    3    HB2  GLU  96           HB2      GLU  96  15.065 -12.440 -11.213
    4    HB3  GLU  96           HB3      GLU  96  16.131 -11.898  -9.922
    5    HG2  GLU  96           HG2      GLU  96  18.028 -12.804 -10.954
    6    HG3  GLU  96           HG3      GLU  96  17.062 -13.844 -11.998

  No H/Q in entry =           6
  In of MODEL   17
    1    H    ILE  97           H        ILE  97  13.483 -15.005 -10.073
    2    HA   ILE  97           HA       ILE  97  14.159 -16.571 -12.390
    3    HB   ILE  97           HB       ILE  97  12.744 -18.455 -11.295
    4   HG12  ILE  97          HG12      ILE  97  14.080 -17.391  -8.831
    5   HG13  ILE  97          HG13      ILE  97  12.395 -17.059  -9.203
    6   HG21  ILE  97          HG21      ILE  97  14.987 -18.623 -12.181
    7   HG23  ILE  97          HG22      ILE  97  14.749 -19.604 -10.738
    8   HG22  ILE  97          HG23      ILE  97  15.626 -18.073 -10.635
    9   HD13  ILE  97          HD11      ILE  97  11.806 -19.340  -9.056
   10   HD12  ILE  97          HD12      ILE  97  12.809 -18.996  -7.648
   11   HD11  ILE  97          HD13      ILE  97  13.494 -19.848  -9.030

  No H/Q in entry =          11
  In of MODEL   17
    1    H    SER  98           H        SER  98  12.143 -17.778 -13.067
    2    HA   SER  98           HA       SER  98  10.098 -15.706 -13.142
    3    HB2  SER  98           HB2      SER  98  10.877 -16.474 -15.326
    4    HB3  SER  98           HB3      SER  98  10.450 -18.135 -14.914
    5    HG   SER  98           HG       SER  98   8.735 -15.916 -15.338

  No H/Q in entry =           5
  In of MODEL   17
    1    H    TYR  99           H        TYR  99   8.141 -16.000 -12.583
    2    HA   TYR  99           HA       TYR  99   7.646 -17.671 -10.252
    3    HB2  TYR  99           HB2      TYR  99   5.757 -16.330  -9.839
    4    HB3  TYR  99           HB3      TYR  99   6.940 -15.228 -10.513
    5    HD1  TYR  99           HD1      TYR  99   6.481 -15.895 -13.496
    6    HD2  TYR  99           HD2      TYR  99   3.819 -15.175 -10.264
    7    HE1  TYR  99           HE1      TYR  99   4.785 -15.064 -15.079
    8    HE2  TYR  99           HE2      TYR  99   2.121 -14.337 -11.828
    9    HH   TYR  99           HH       TYR  99   2.277 -13.246 -14.331

  No H/Q in entry =           9
  In of MODEL   17
    1    H    LYS 100           H        LYS 100   7.278 -18.287 -13.647
    2    HA   LYS 100           HA       LYS 100   4.874 -19.739 -13.292
    3    HB2  LYS 100           HB2      LYS 100   5.942 -19.358 -15.557
    4    HB3  LYS 100           HB3      LYS 100   7.191 -20.509 -15.096
    5    HG2  LYS 100           HG2      LYS 100   5.892 -22.051 -16.040
    6    HG3  LYS 100           HG3      LYS 100   4.877 -21.898 -14.598
    7    HD2  LYS 100           HD2      LYS 100   3.562 -20.164 -15.725
    8    HD3  LYS 100           HD3      LYS 100   4.572 -20.336 -17.161
    9    HE2  LYS 100           HE2      LYS 100   3.877 -22.738 -17.249
   10    HE3  LYS 100           HE3      LYS 100   2.724 -22.385 -15.962
   11    HZ1  LYS 100           HZ1      LYS 100   1.775 -20.655 -17.441
   12    HZ3  LYS 100           HZ2      LYS 100   1.597 -22.229 -18.030
   13    HZ2  LYS 100           HZ3      LYS 100   2.780 -21.215 -18.684

  No H/Q in entry =          13
  In of MODEL   17
    1    H    LYS 101           H        LYS 101   8.296 -20.558 -13.039
    2    HA   LYS 101           HA       LYS 101   7.879 -23.141 -11.922
    3    HB2  LYS 101           HB2      LYS 101   9.870 -23.109 -13.055
    4    HB3  LYS 101           HB3      LYS 101  10.208 -21.439 -12.629
    5    HG2  LYS 101           HG2      LYS 101  10.948 -22.063 -10.465
    6    HG3  LYS 101           HG3      LYS 101  10.421 -23.730 -10.699
    7    HD2  LYS 101           HD2      LYS 101  12.668 -23.945 -11.142
    8    HD3  LYS 101           HD3      LYS 101  12.059 -23.605 -12.762
    9    HE2  LYS 101           HE2      LYS 101  12.624 -21.240 -12.471
   10    HE3  LYS 101           HE3      LYS 101  13.233 -21.585 -10.852
   11    HZ3  LYS 101           HZ1      LYS 101  15.184 -22.057 -11.748
   12    HZ2  LYS 101           HZ2      LYS 101  14.583 -21.786 -13.304
   13    HZ1  LYS 101           HZ3      LYS 101  14.495 -23.329 -12.623

  No H/Q in entry =          13
  In of MODEL   17
    1    H    PHE 102           H        PHE 102   8.648 -19.956 -10.589
    2    HA   PHE 102           HA       PHE 102   9.317 -20.845  -8.024
    3    HB2  PHE 102           HB2      PHE 102   9.758 -18.543  -8.892
    4    HB3  PHE 102           HB3      PHE 102   8.059 -18.187  -8.666
    5    HD1  PHE 102           HD1      PHE 102   8.804 -16.331  -7.099
    6    HD2  PHE 102           HD2      PHE 102   9.518 -20.403  -6.340
    7    HE1  PHE 102           HE1      PHE 102   9.132 -15.794  -4.759
    8    HE2  PHE 102           HE2      PHE 102   9.874 -19.897  -3.986
    9    HZ   PHE 102           HZ       PHE 102   9.684 -17.583  -3.168

  No H/Q in entry =           9
  In of MODEL   17
    1    H    ARG 103           H        ARG 103   6.266 -19.451  -9.186
    2    HA   ARG 103           HA       ARG 103   4.700 -19.644  -7.014
    3    HB2  ARG 103           HB2      ARG 103   2.828 -19.545  -8.380
    4    HB3  ARG 103           HB3      ARG 103   4.098 -18.920  -9.417
    5    HG2  ARG 103           HG2      ARG 103   4.081 -20.763 -10.789
    6    HG3  ARG 103           HG3      ARG 103   3.405 -21.819  -9.547
    7    HD2  ARG 103           HD2      ARG 103   1.459 -19.886  -9.896
    8    HD3  ARG 103           HD3      ARG 103   2.059 -20.166 -11.530
    9    HE   ARG 103           HE       ARG 103   1.487 -22.567 -10.026
   10   HH11  ARG 103          HH11      ARG 103   0.162 -20.146 -12.202
   11   HH12  ARG 103          HH12      ARG 103  -1.094 -21.185 -12.786
   12   HH21  ARG 103          HH21      ARG 103  -0.158 -23.918 -10.797
   13   HH22  ARG 103          HH22      ARG 103  -1.279 -23.339 -11.984

  No H/Q in entry =          13
  In of MODEL   17
    1    H    GLN 104           H        GLN 104   5.922 -22.226  -8.858
    2    HA   GLN 104           HA       GLN 104   4.139 -24.215  -7.624
    3    HB2  GLN 104           HB2      GLN 104   6.243 -24.460  -9.767
    4    HB3  GLN 104           HB3      GLN 104   5.406 -25.843  -9.079
    5    HG2  GLN 104           HG2      GLN 104   4.201 -23.581 -10.647
    6    HG3  GLN 104           HG3      GLN 104   4.352 -25.269 -11.135
    7   HE21  GLN 104          HE21      GLN 104   3.071 -26.849 -10.006
    8   HE22  GLN 104          HE22      GLN 104   1.590 -26.381  -9.248

  No H/Q in entry =           8
  In of MODEL   17
    1    H    LEU 105           H        LEU 105   7.485 -23.179  -7.243
    2    HA   LEU 105           HA       LEU 105   7.986 -25.321  -5.309
    3    HB2  LEU 105           HB2      LEU 105  10.146 -24.542  -5.259
    4    HB3  LEU 105           HB3      LEU 105   9.674 -23.576  -6.639
    5    HG   LEU 105           HG       LEU 105   9.206 -21.682  -5.064
    6   HD12  LEU 105          HD11      LEU 105  10.876 -23.159  -3.062
    7   HD11  LEU 105          HD12      LEU 105   9.111 -23.196  -2.984
    8   HD13  LEU 105          HD13      LEU 105   9.969 -21.657  -2.868
    9   HD22  LEU 105          HD21      LEU 105  11.182 -21.186  -5.955
   10   HD21  LEU 105          HD22      LEU 105  11.723 -22.860  -5.855
   11   HD23  LEU 105          HD23      LEU 105  11.879 -21.801  -4.456

  No H/Q in entry =          11
  In of MODEL   17
    1    H    ILE 106           H        ILE 106   6.952 -21.734  -5.221
    2    HA   ILE 106           HA       ILE 106   6.503 -21.775  -2.498
    3    HB   ILE 106           HB       ILE 106   5.049 -19.892  -2.679
    4   HG12  ILE 106          HG12      ILE 106   5.049 -19.075  -5.306
    5   HG13  ILE 106          HG13      ILE 106   4.636 -20.787  -5.416
    6   HG22  ILE 106          HG21      ILE 106   7.072 -19.263  -4.708
    7   HG21  ILE 106          HG22      ILE 106   7.626 -19.967  -3.188
    8   HG23  ILE 106          HG23      ILE 106   6.694 -18.466  -3.182
    9   HD11  ILE 106          HD11      ILE 106   2.882 -20.338  -3.664
   10   HD13  ILE 106          HD12      ILE 106   2.599 -19.608  -5.250
   11   HD12  ILE 106          HD13      ILE 106   3.201 -18.624  -3.915

  No H/Q in entry =          11
  In of MODEL   17
    1    H    GLN 107           H        GLN 107   5.042 -23.687  -4.587
    2    HA   GLN 107           HA       GLN 107   2.490 -23.704  -3.182
    3    HB2  GLN 107           HB2      GLN 107   3.188 -24.461  -5.962
    4    HB3  GLN 107           HB3      GLN 107   1.980 -25.450  -5.152
    5    HG2  GLN 107           HG2      GLN 107   0.884 -23.194  -4.554
    6    HG3  GLN 107           HG3      GLN 107   1.885 -22.556  -5.856
    7   HE21  GLN 107          HE21      GLN 107   0.028 -22.035  -7.010
    8   HE22  GLN 107          HE22      GLN 107  -0.892 -23.233  -7.844

  No H/Q in entry =           8
  In of MODEL   17
    1    H    VAL 108           H        VAL 108   5.462 -25.178  -3.518
    2    HA   VAL 108           HA       VAL 108   4.643 -27.829  -2.709
    3    HB   VAL 108           HB       VAL 108   6.774 -26.817  -4.136
    4   HG11  VAL 108          HG11      VAL 108   7.839 -27.658  -1.452
    5   HG13  VAL 108          HG12      VAL 108   7.928 -26.045  -2.160
    6   HG12  VAL 108          HG13      VAL 108   8.804 -27.384  -2.904
    7   HG23  VAL 108          HG21      VAL 108   7.637 -29.111  -4.106
    8   HG22  VAL 108          HG22      VAL 108   5.896 -29.023  -4.374
    9   HG21  VAL 108          HG23      VAL 108   6.522 -29.488  -2.792

  No H/Q in entry =           9
  In of MODEL   17
    1    H    ASN 109           H        ASN 109   5.618 -24.860  -1.370
    2    HA   ASN 109           HA       ASN 109   5.630 -25.982   1.350
    3    HB2  ASN 109           HB2      ASN 109   7.364 -23.724   0.353
    4    HB3  ASN 109           HB3      ASN 109   7.303 -24.307   2.005
    5   HD21  ASN 109          HD21      ASN 109   9.230 -24.206  -0.471
    6   HD22  ASN 109          HD22      ASN 109  10.027 -25.733  -0.359

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   PRO 110           HA       PRO 110   2.373 -22.876   1.390
    2    HB2  PRO 110           HB2      PRO 110   1.370 -23.583   3.808
    3    HB3  PRO 110           HB3      PRO 110   1.095 -24.563   2.364
    4    HG2  PRO 110           HG2      PRO 110   3.068 -24.954   4.579
    5    HG3  PRO 110           HG3      PRO 110   2.051 -26.158   3.768
    6    HD2  PRO 110           HD2      PRO 110   4.684 -25.766   3.182
    7    HD3  PRO 110           HD3      PRO 110   3.504 -26.366   2.000

  No H/Q in entry =           7
  In of MODEL   17
    1    H    ASP 111           H        ASP 111   5.258 -22.952   3.246
    2    HA   ASP 111           HA       ASP 111   4.429 -20.532   4.611
    3    HB2  ASP 111           HB2      ASP 111   6.726 -20.721   5.738
    4    HB3  ASP 111           HB3      ASP 111   5.482 -21.887   6.192

  No H/Q in entry =           4
  In of MODEL   17
    1    H    ILE 112           H        ILE 112   6.138 -21.398   1.701
    2    HA   ILE 112           HA       ILE 112   8.205 -19.442   1.812
    3    HB   ILE 112           HB       ILE 112   7.110 -20.986  -0.547
    4   HG12  ILE 112          HG12      ILE 112   8.778 -21.560   1.598
    5   HG13  ILE 112          HG13      ILE 112   8.580 -22.506   0.134
    6   HG21  ILE 112          HG21      ILE 112   9.438 -19.038  -0.486
    7   HG23  ILE 112          HG22      ILE 112   7.925 -18.845  -1.376
    8   HG22  ILE 112          HG23      ILE 112   9.045 -20.137  -1.810
    9   HD11  ILE 112          HD11      ILE 112  10.440 -21.191  -0.864
   10   HD13  ILE 112          HD12      ILE 112  10.882 -22.218   0.496
   11   HD12  ILE 112          HD13      ILE 112  10.700 -20.481   0.731

  No H/Q in entry =          11
  In of MODEL   17
    1    H    LEU 113           H        LEU 113   5.187 -19.436  -0.007
    2    HA   LEU 113           HA       LEU 113   5.621 -16.764  -0.879
    3    HB2  LEU 113           HB2      LEU 113   4.380 -18.280  -2.235
    4    HB3  LEU 113           HB3      LEU 113   3.221 -18.572  -0.955
    5    HG   LEU 113           HG       LEU 113   2.838 -15.968  -1.205
    6   HD13  LEU 113          HD11      LEU 113   3.102 -15.192  -3.452
    7   HD12  LEU 113          HD12      LEU 113   3.695 -16.765  -3.980
    8   HD11  LEU 113          HD13      LEU 113   4.663 -15.782  -2.883
    9   HD23  LEU 113          HD21      LEU 113   1.630 -17.540  -3.394
   10   HD22  LEU 113          HD22      LEU 113   0.868 -16.527  -2.169
   11   HD21  LEU 113          HD23      LEU 113   1.413 -18.151  -1.755

  No H/Q in entry =          11
  In of MODEL   17
    1    H    MET 114           H        MET 114   4.359 -18.260   1.894
    2    HA   MET 114           HA       MET 114   2.788 -16.064   2.860
    3    HB2  MET 114           HB2      MET 114   3.504 -18.728   3.813
    4    HB3  MET 114           HB3      MET 114   3.571 -17.532   5.102
    5    HG2  MET 114           HG2      MET 114   1.213 -16.951   3.796
    6    HG3  MET 114           HG3      MET 114   1.280 -18.707   3.760
    7    HE3  MET 114           HE1      MET 114  -0.600 -16.249   5.412
    8    HE2  MET 114           HE2      MET 114  -1.107 -17.249   6.773
    9    HE1  MET 114           HE3      MET 114  -1.172 -17.893   5.134

  No H/Q in entry =           9
  In of MODEL   17
    1    H    ARG 115           H        ARG 115   6.070 -17.031   2.860
    2    HA   ARG 115           HA       ARG 115   7.018 -15.245   4.869
    3    HB2  ARG 115           HB2      ARG 115   8.185 -17.059   2.827
    4    HB3  ARG 115           HB3      ARG 115   9.182 -15.671   3.277
    5    HG2  ARG 115           HG2      ARG 115   8.018 -17.617   5.245
    6    HG3  ARG 115           HG3      ARG 115   9.625 -17.772   4.538
    7    HD2  ARG 115           HD2      ARG 115   9.743 -15.228   5.425
    8    HD3  ARG 115           HD3      ARG 115   8.630 -15.918   6.608
    9    HE   ARG 115           HE       ARG 115  11.295 -17.082   6.052
   10   HH11  ARG 115          HH11      ARG 115   8.842 -15.993   8.335
   11   HH12  ARG 115          HH12      ARG 115   9.716 -16.574   9.713
   12   HH21  ARG 115          HH21      ARG 115  12.415 -17.817   7.838
   13   HH22  ARG 115          HH22      ARG 115  11.753 -17.614   9.438

  No H/Q in entry =          13
  In of MODEL   17
    1    H    LEU 116           H        LEU 116   6.852 -15.245   1.275
    2    HA   LEU 116           HA       LEU 116   7.895 -12.757   0.817
    3    HB2  LEU 116           HB2      LEU 116   7.546 -14.208  -1.004
    4    HB3  LEU 116           HB3      LEU 116   5.857 -14.447  -0.598
    5    HG   LEU 116           HG       LEU 116   5.852 -11.784  -1.107
    6   HD12  LEU 116          HD11      LEU 116   7.185 -12.108  -3.476
    7   HD11  LEU 116          HD12      LEU 116   8.269 -12.853  -2.294
    8   HD13  LEU 116          HD13      LEU 116   7.739 -11.179  -2.082
    9   HD23  LEU 116          HD21      LEU 116   5.576 -13.967  -3.154
   10   HD22  LEU 116          HD22      LEU 116   4.946 -12.323  -3.291
   11   HD21  LEU 116          HD23      LEU 116   4.316 -13.412  -2.050

  No H/Q in entry =          11
  In of MODEL   17
    1    H    SER 117           H        SER 117   4.525 -13.664   1.483
    2    HA   SER 117           HA       SER 117   3.310 -11.232   0.985
    3    HB2  SER 117           HB2      SER 117   1.691 -12.001   2.861
    4    HB3  SER 117           HB3      SER 117   1.828 -12.961   1.389
    5    HG   SER 117           HG       SER 117   2.583 -13.542   3.969

  No H/Q in entry =           5
  In of MODEL   17
    1    H    ALA 118           H        ALA 118   4.921 -12.343   3.893
    2    HA   ALA 118           HA       ALA 118   4.224 -10.316   5.628
    3    HB2  ALA 118           HB1      ALA 118   5.401 -11.706   6.895
    4    HB3  ALA 118           HB2      ALA 118   6.858 -10.926   6.273
    5    HB1  ALA 118           HB3      ALA 118   6.236 -12.383   5.495

  No H/Q in entry =           5
  In of MODEL   17
    1    H    GLN 119           H        GLN 119   6.730 -10.277   3.079
    2    HA   GLN 119           HA       GLN 119   7.695  -7.681   3.990
    3    HB2  GLN 119           HB2      GLN 119   8.606  -9.469   1.737
    4    HB3  GLN 119           HB3      GLN 119   9.338  -7.913   2.118
    5    HG2  GLN 119           HG2      GLN 119   9.308 -10.418   3.775
    6    HG3  GLN 119           HG3      GLN 119  10.703  -9.549   3.130
    7   HE21  GLN 119          HE21      GLN 119  10.099 -10.327   5.875
    8   HE22  GLN 119          HE22      GLN 119  10.092  -8.870   6.797

  No H/Q in entry =           8
  In of MODEL   17
    1    H    MET 120           H        MET 120   5.284  -8.790   2.133
    2    HA   MET 120           HA       MET 120   5.537  -6.825  -0.030
    3    HB2  MET 120           HB2      MET 120   4.869  -9.243  -0.652
    4    HB3  MET 120           HB3      MET 120   3.310  -8.858   0.067
    5    HG2  MET 120           HG2      MET 120   4.263  -6.863  -1.852
    6    HG3  MET 120           HG3      MET 120   3.977  -8.458  -2.545
    7    HE2  MET 120           HE1      MET 120   0.278  -9.124  -1.885
    8    HE1  MET 120           HE2      MET 120   1.765  -9.744  -1.163
    9    HE3  MET 120           HE3      MET 120   1.662  -9.512  -2.910

  No H/Q in entry =           9
  In of MODEL   17
    1    H    ALA 121           H        ALA 121   3.475  -8.024   2.497
    2    HA   ALA 121           HA       ALA 121   1.609  -5.854   2.405
    3    HB3  ALA 121           HB1      ALA 121   0.631  -6.913   4.375
    4    HB2  ALA 121           HB2      ALA 121   2.018  -7.996   4.490
    5    HB1  ALA 121           HB3      ALA 121   0.928  -8.104   3.109

  No H/Q in entry =           5
  In of MODEL   17
    1    H    ARG 122           H        ARG 122   4.653  -6.515   3.856
    2    HA   ARG 122           HA       ARG 122   4.452  -4.760   6.063
    3    HB2  ARG 122           HB2      ARG 122   6.459  -6.436   4.990
    4    HB3  ARG 122           HB3      ARG 122   7.139  -4.815   5.042
    5    HG2  ARG 122           HG2      ARG 122   7.492  -6.281   7.085
    6    HG3  ARG 122           HG3      ARG 122   6.875  -4.651   7.365
    7    HD2  ARG 122           HD2      ARG 122   4.724  -5.416   7.843
    8    HD3  ARG 122           HD3      ARG 122   4.997  -6.965   7.047
    9    HE   ARG 122           HE       ARG 122   5.911  -6.187   9.722
   10   HH11  ARG 122          HH11      ARG 122   5.595  -8.619   7.233
   11   HH12  ARG 122          HH12      ARG 122   5.912  -9.945   8.317
   12   HH21  ARG 122          HH21      ARG 122   6.328  -7.941  11.142
   13   HH22  ARG 122          HH22      ARG 122   6.334  -9.564  10.510

  No H/Q in entry =          13
  In of MODEL   17
    1    H    ARG 123           H        ARG 123   5.149  -4.485   2.745
    2    HA   ARG 123           HA       ARG 123   6.125  -1.817   2.725
    3    HB2  ARG 123           HB2      ARG 123   5.311  -3.846   0.664
    4    HB3  ARG 123           HB3      ARG 123   5.486  -2.166   0.182
    5    HG2  ARG 123           HG2      ARG 123   7.479  -3.910   0.001
    6    HG3  ARG 123           HG3      ARG 123   7.761  -2.207   0.366
    7    HD2  ARG 123           HD2      ARG 123   7.808  -2.746   2.759
    8    HD3  ARG 123           HD3      ARG 123   7.536  -4.441   2.380
    9    HE   ARG 123           HE       ARG 123   9.744  -4.624   1.649
   10   HH11  ARG 123          HH11      ARG 123   8.970  -1.300   2.445
   11   HH12  ARG 123          HH12      ARG 123  10.620  -0.830   2.675
   12   HH21  ARG 123          HH21      ARG 123  11.919  -4.027   2.015
   13   HH22  ARG 123          HH22      ARG 123  12.295  -2.385   2.442

  No H/Q in entry =          13
  In of MODEL   17
    1    H    LEU 124           H        LEU 124   3.089  -3.500   2.509
    2    HA   LEU 124           HA       LEU 124   1.407  -1.371   1.721
    3    HB2  LEU 124           HB2      LEU 124   1.124  -3.995   2.959
    4    HB3  LEU 124           HB3      LEU 124   0.056  -2.830   3.702
    5    HG   LEU 124           HG       LEU 124   0.073  -3.679   0.815
    6   HD13  LEU 124          HD11      LEU 124  -0.928  -5.302   2.187
    7   HD12  LEU 124          HD12      LEU 124  -2.254  -4.350   1.507
    8   HD11  LEU 124          HD13      LEU 124  -1.718  -4.065   3.166
    9   HD21  LEU 124          HD21      LEU 124  -1.606  -1.614   2.230
   10   HD23  LEU 124          HD22      LEU 124  -1.992  -2.309   0.657
   11   HD22  LEU 124          HD23      LEU 124  -0.528  -1.341   0.858

  No H/Q in entry =          11
  In of MODEL   17
    1    H    GLN 125           H        GLN 125   2.759  -2.544   4.716
    2    HA   GLN 125           HA       GLN 125   1.436  -0.607   6.368
    3    HB2  GLN 125           HB2      GLN 125   3.489  -2.734   6.837
    4    HB3  GLN 125           HB3      GLN 125   3.238  -1.490   8.057
    5    HG2  GLN 125           HG2      GLN 125   1.080  -3.264   6.941
    6    HG3  GLN 125           HG3      GLN 125   1.919  -3.529   8.469
    7   HE21  GLN 125          HE21      GLN 125  -0.928  -2.904   7.712
    8   HE22  GLN 125          HE22      GLN 125  -1.359  -1.571   8.728

  No H/Q in entry =           8
  In of MODEL   17
    1    H    VAL 126           H        VAL 126   3.880  -0.274   4.147
    2    HA   VAL 126           HA       VAL 126   5.351   1.667   5.737
    3    HB   VAL 126           HB       VAL 126   6.193  -0.156   3.783
    4   HG11  VAL 126          HG11      VAL 126   6.209   2.618   2.595
    5   HG13  VAL 126          HG12      VAL 126   5.341   1.216   1.970
    6   HG12  VAL 126          HG13      VAL 126   7.104   1.235   1.967
    7   HG21  VAL 126          HG21      VAL 126   7.411   2.237   5.059
    8   HG23  VAL 126          HG22      VAL 126   8.319   1.272   3.893
    9   HG22  VAL 126          HG23      VAL 126   7.706   0.528   5.373

  No H/Q in entry =           9
  In of MODEL   17
    1    H    THR 127           H        THR 127   3.137   1.120   3.101
    2    HA   THR 127           HA       THR 127   3.012   3.948   2.361
    3    HB   THR 127           HB       THR 127   1.016   2.007   1.365
    4    HG1  THR 127           HG1      THR 127   3.732   1.583   1.152
    5   HG22  THR 127          HG21      THR 127   1.444   3.170  -0.760
    6   HG21  THR 127          HG22      THR 127   2.730   4.095   0.015
    7   HG23  THR 127          HG23      THR 127   1.057   4.295   0.541

  No H/Q in entry =           7
  In of MODEL   17
    1    H    SER 128           H        SER 128   1.617   2.292   5.152
    2    HA   SER 128           HA       SER 128  -0.979   3.289   4.379
    3    HB2  SER 128           HB2      SER 128  -0.073   1.329   6.510
    4    HB3  SER 128           HB3      SER 128  -1.707   1.973   6.392
    5    HG   SER 128           HG       SER 128  -0.361   0.431   4.418

  No H/Q in entry =           5
  In of MODEL   17
    1    H    GLU 129           H        GLU 129   1.895   3.620   6.211
    2    HA   GLU 129           HA       GLU 129   0.564   5.538   8.013
    3    HB2  GLU 129           HB2      GLU 129   3.138   4.062   8.584
    4    HB3  GLU 129           HB3      GLU 129   2.202   5.046   9.700
    5    HG2  GLU 129           HG2      GLU 129   0.325   3.399   9.414
    6    HG3  GLU 129           HG3      GLU 129   1.465   2.373   8.545

  No H/Q in entry =           6
  In of MODEL   17
    1    H    LYS 130           H        LYS 130   1.794   6.100   5.282
    2    HA   LYS 130           HA       LYS 130   2.990   8.536   5.930
    3    HB2  LYS 130           HB2      LYS 130   4.839   6.692   6.383
    4    HB3  LYS 130           HB3      LYS 130   4.950   6.668   4.628
    5    HG2  LYS 130           HG2      LYS 130   5.603   8.950   4.553
    6    HG3  LYS 130           HG3      LYS 130   5.226   9.177   6.262
    7    HD2  LYS 130           HD2      LYS 130   6.989   7.199   6.506
    8    HD3  LYS 130           HD3      LYS 130   7.568   7.878   4.983
    9    HE2  LYS 130           HE2      LYS 130   8.738   8.891   6.850
   10    HE3  LYS 130           HE3      LYS 130   7.722  10.087   6.045
   11    HZ1  LYS 130           HZ1      LYS 130   6.047   9.728   7.782
   12    HZ3  LYS 130           HZ2      LYS 130   7.509  10.286   8.418
   13    HZ2  LYS 130           HZ3      LYS 130   7.090   8.654   8.572

  No H/Q in entry =          13
  In of MODEL   17
    1    H    VAL 131           H        VAL 131   0.892   8.051   4.478
    2    HA   VAL 131           HA       VAL 131   1.301   7.286   1.778
    3    HB   VAL 131           HB       VAL 131  -0.935   9.108   2.108
    4   HG13  VAL 131          HG11      VAL 131  -1.156   7.669   0.350
    5   HG12  VAL 131          HG12      VAL 131  -2.164   6.885   1.568
    6   HG11  VAL 131          HG13      VAL 131  -0.534   6.286   1.255
    7   HG21  VAL 131          HG21      VAL 131  -0.787   6.832   4.072
    8   HG23  VAL 131          HG22      VAL 131  -2.266   7.697   3.643
    9   HG22  VAL 131          HG23      VAL 131  -0.943   8.554   4.430

  No H/Q in entry =           9
  In of MODEL   17
    1    H    GLY 132           H        GLY 132   0.019  10.334   2.797
    2    HA3  GLY 132           HA2      GLY 132   1.843  11.691   0.922
    3    HA2  GLY 132           HA3      GLY 132   0.162  12.138   1.127

  No H/Q in entry =           3
  In of MODEL   17
    1    H    ASN 133           H        ASN 133   3.099  11.812   3.085
    2    HA   ASN 133           HA       ASN 133   2.244  14.108   4.666
    3    HB2  ASN 133           HB2      ASN 133   4.756  12.423   4.972
    4    HB3  ASN 133           HB3      ASN 133   4.152  13.616   6.118
    5   HD21  ASN 133          HD21      ASN 133   2.512  13.046   7.528
    6   HD22  ASN 133          HD22      ASN 133   1.913  11.423   7.677

  No H/Q in entry =           6
  In of MODEL   17
    1    H    LEU 134           H        LEU 134   4.452  13.011   2.215
    2    HA   LEU 134           HA       LEU 134   6.090  15.369   2.150
    3    HB2  LEU 134           HB2      LEU 134   6.771  14.333  -0.115
    4    HB3  LEU 134           HB3      LEU 134   7.214  13.526   1.374
    5    HG   LEU 134           HG       LEU 134   4.804  12.338   0.738
    6   HD11  LEU 134          HD11      LEU 134   4.804  13.427  -1.456
    7   HD13  LEU 134          HD12      LEU 134   5.020  11.683  -1.610
    8   HD12  LEU 134          HD13      LEU 134   6.403  12.762  -1.786
    9   HD22  LEU 134          HD21      LEU 134   6.741  11.223   1.617
   10   HD21  LEU 134          HD22      LEU 134   7.649  11.560   0.143
   11   HD23  LEU 134          HD23      LEU 134   6.286  10.439   0.103

  No H/Q in entry =          11
  In of MODEL   17
    1    H    ALA 135           H        ALA 135   3.018  14.619   0.936
    2    HA   ALA 135           HA       ALA 135   3.120  16.239  -1.479
    3    HB3  ALA 135           HB1      ALA 135   0.587  15.854  -1.463
    4    HB2  ALA 135           HB2      ALA 135   0.874  14.767  -0.105
    5    HB1  ALA 135           HB3      ALA 135   1.604  14.426  -1.670

  No H/Q in entry =           5
  In of MODEL   17
    1    H    PHE 136           H        PHE 136   2.606  16.545   1.849
    2    HA   PHE 136           HA       PHE 136   1.096  18.983   1.851
    3    HB2  PHE 136           HB2      PHE 136   1.825  16.960   3.688
    4    HB3  PHE 136           HB3      PHE 136   2.476  18.472   4.320
    5    HD1  PHE 136           HD1      PHE 136   0.890  20.438   4.563
    6    HD2  PHE 136           HD2      PHE 136  -0.425  16.446   3.914
    7    HE1  PHE 136           HE1      PHE 136  -1.333  21.037   5.426
    8    HE2  PHE 136           HE2      PHE 136  -2.653  17.035   4.773
    9    HZ   PHE 136           HZ       PHE 136  -3.110  19.334   5.532

  No H/Q in entry =           9
  In of MODEL   17
    1    H    LEU 137           H        LEU 137   4.261  18.434   1.024
    2    HA   LEU 137           HA       LEU 137   6.145  19.666   0.854
    3    HB2  LEU 137           HB2      LEU 137   4.124  21.862   1.182
    4    HB3  LEU 137           HB3      LEU 137   5.834  22.213   1.005
    5    HG   LEU 137           HG       LEU 137   5.505  20.584  -1.113
    6   HD13  LEU 137          HD11      LEU 137   3.137  20.235  -0.769
    7   HD12  LEU 137          HD12      LEU 137   3.388  21.198  -2.226
    8   HD11  LEU 137          HD13      LEU 137   2.857  21.975  -0.734
    9   HD23  LEU 137          HD21      LEU 137   5.175  22.727  -2.415
   10   HD22  LEU 137          HD22      LEU 137   6.540  22.691  -1.299
   11   HD21  LEU 137          HD23      LEU 137   5.061  23.540  -0.853

  No H/Q in entry =          11
  In of MODEL   17
    1    H    ASP 138           H        ASP 138   6.250  18.431   2.945
    2    HA   ASP 138           HA       ASP 138   6.395  19.836   5.378
    3    HB2  ASP 138           HB2      ASP 138   5.888  17.362   5.148
    4    HB3  ASP 138           HB3      ASP 138   7.630  17.129   4.990

  No H/Q in entry =           4
  In of MODEL   17
    1    H    VAL 139           H        VAL 139   8.567  19.889   2.824
    2    HA   VAL 139           HA       VAL 139  11.101  19.565   3.420
    3    HB   VAL 139           HB       VAL 139   9.777  21.698   1.921
    4   HG12  VAL 139          HG11      VAL 139  12.585  22.329   2.849
    5   HG11  VAL 139          HG12      VAL 139  11.145  23.146   3.465
    6   HG13  VAL 139          HG13      VAL 139  11.577  23.284   1.760
    7   HG23  VAL 139          HG21      VAL 139  11.619  21.251   0.368
    8   HG22  VAL 139          HG22      VAL 139  10.846  19.767   0.919
    9   HG21  VAL 139          HG23      VAL 139  12.400  20.259   1.598

  No H/Q in entry =           9
  In of MODEL   17
    1    H    THR 140           H        THR 140   9.222  21.901   5.282
    2    HA   THR 140           HA       THR 140  11.100  23.429   6.556
    3    HB   THR 140           HB       THR 140   9.087  22.185   8.334
    4    HG1  THR 140           HG1      THR 140   7.497  22.395   6.975
    5   HG23  THR 140          HG21      THR 140   8.646  24.502   8.908
    6   HG22  THR 140          HG22      THR 140   9.669  25.049   7.580
    7   HG21  THR 140          HG23      THR 140  10.381  24.187   8.943

  No H/Q in entry =           7
  In of MODEL   17
    1    H    GLY 141           H        GLY 141  13.071  22.359   6.945
    2    HA3  GLY 141           HA2      GLY 141  14.673  21.239   8.090
    3    HA2  GLY 141           HA3      GLY 141  13.515  21.126   9.395

  No H/Q in entry =           3
  In of MODEL   17
    1    H    ARG 142           H        ARG 142  12.245  19.776   6.663
    2    HA   ARG 142           HA       ARG 142  12.176  17.227   7.768
    3    HB2  ARG 142           HB2      ARG 142  10.486  18.003   6.189
    4    HB3  ARG 142           HB3      ARG 142  11.694  18.030   4.909
    5    HG2  ARG 142           HG2      ARG 142  10.352  16.021   4.727
    6    HG3  ARG 142           HG3      ARG 142  12.017  15.613   5.151
    7    HD2  ARG 142           HD2      ARG 142  10.915  15.891   7.602
    8    HD3  ARG 142           HD3      ARG 142   9.547  15.301   6.681
    9    HE   ARG 142           HE       ARG 142  11.590  13.610   6.020
   10   HH11  ARG 142          HH11      ARG 142  10.054  14.612   8.999
   11   HH12  ARG 142          HH12      ARG 142  10.422  13.138   9.838
   12   HH21  ARG 142          HH21      ARG 142  12.082  11.660   7.134
   13   HH22  ARG 142          HH22      ARG 142  11.575  11.464   8.782

  No H/Q in entry =          13
  In of MODEL   17
    1    H    ILE 143           H        ILE 143  13.613  17.967   4.610
    2    HA   ILE 143           HA       ILE 143  14.990  16.192   3.797
    3    HB   ILE 143           HB       ILE 143  16.555  18.671   4.248
    4   HG12  ILE 143          HG12      ILE 143  14.073  18.540   2.515
    5   HG13  ILE 143          HG13      ILE 143  14.199  19.386   4.058
    6   HG21  ILE 143          HG21      ILE 143  16.104  16.872   1.888
    7   HG23  ILE 143          HG22      ILE 143  17.597  17.155   2.782
    8   HG22  ILE 143          HG23      ILE 143  16.917  18.433   1.774
    9   HD11  ILE 143          HD11      ILE 143  15.881  19.989   1.665
   10   HD13  ILE 143          HD12      ILE 143  15.826  20.871   3.189
   11   HD12  ILE 143          HD13      ILE 143  14.420  20.864   2.123

  No H/Q in entry =          11
  In of MODEL   17
    1    H    ALA 144           H        ALA 144  16.779  18.180   6.114
    2    HA   ALA 144           HA       ALA 144  19.032  16.502   6.067
    3    HB3  ALA 144           HB1      ALA 144  19.536  18.623   6.789
    4    HB2  ALA 144           HB2      ALA 144  19.456  17.760   8.325
    5    HB1  ALA 144           HB3      ALA 144  18.090  18.744   7.792

  No H/Q in entry =           5
  In of MODEL   17
    1    H    GLN 145           H        GLN 145  16.071  16.565   7.867
    2    HA   GLN 145           HA       GLN 145  16.930  14.867   9.961
    3    HB2  GLN 145           HB2      GLN 145  14.716  16.429   9.518
    4    HB3  GLN 145           HB3      GLN 145  14.069  14.806   9.314
    5    HG2  GLN 145           HG2      GLN 145  15.742  15.489  11.696
    6    HG3  GLN 145           HG3      GLN 145  14.028  15.900  11.649
    7   HE21  GLN 145          HE21      GLN 145  15.552  14.004  13.332
    8   HE22  GLN 145          HE22      GLN 145  14.753  12.485  13.133

  No H/Q in entry =           8
  In of MODEL   17
    1    H    THR 146           H        THR 146  15.892  14.212   6.545
    2    HA   THR 146           HA       THR 146  15.182  11.547   7.268
    3    HB   THR 146           HB       THR 146  15.482  12.830   4.549
    4    HG1  THR 146           HG1      THR 146  13.904  13.761   6.241
    5   HG23  THR 146          HG21      THR 146  14.018  11.081   3.771
    6   HG22  THR 146          HG22      THR 146  13.744  10.515   5.418
    7   HG21  THR 146          HG23      THR 146  15.331  10.325   4.674

  No H/Q in entry =           7
  In of MODEL   17
    1    H    LEU 147           H        LEU 147  17.904  13.302   6.913
    2    HA   LEU 147           HA       LEU 147  19.374  11.520   5.145
    3    HB2  LEU 147           HB2      LEU 147  20.320  14.091   6.433
    4    HB3  LEU 147           HB3      LEU 147  21.181  13.148   5.224
    5    HG   LEU 147           HG       LEU 147  18.643  14.720   4.855
    6   HD12  LEU 147          HD11      LEU 147  21.301  14.922   3.460
    7   HD11  LEU 147          HD12      LEU 147  20.750  15.988   4.752
    8   HD13  LEU 147          HD13      LEU 147  19.896  15.955   3.209
    9   HD21  LEU 147          HD21      LEU 147  19.933  12.714   3.036
   10   HD23  LEU 147          HD22      LEU 147  18.785  13.931   2.478
   11   HD22  LEU 147          HD23      LEU 147  18.283  12.720   3.658

  No H/Q in entry =          11
  In of MODEL   17
    1    H    LEU 148           H        LEU 148  18.843  12.600   8.325
    2    HA   LEU 148           HA       LEU 148  20.984  11.172   9.557
    3    HB2  LEU 148           HB2      LEU 148  18.457  11.994  10.959
    4    HB3  LEU 148           HB3      LEU 148  20.075  11.852  11.618
    5    HG   LEU 148           HG       LEU 148  18.991  14.025   9.846
    6   HD12  LEU 148          HD11      LEU 148  19.660  15.453  11.703
    7   HD11  LEU 148          HD12      LEU 148  20.203  14.029  12.591
    8   HD13  LEU 148          HD13      LEU 148  18.496  14.222  12.195
    9   HD22  LEU 148          HD21      LEU 148  21.202  13.534   9.001
   10   HD21  LEU 148          HD22      LEU 148  21.870  13.549  10.635
   11   HD23  LEU 148          HD23      LEU 148  21.249  15.038   9.920

  No H/Q in entry =          11
  In of MODEL   17
    1    H    ASN 149           H        ASN 149  17.751  10.537   8.498
    2    HA   ASN 149           HA       ASN 149  17.308   8.097   9.852
    3    HB2  ASN 149           HB2      ASN 149  15.459   9.143   8.686
    4    HB3  ASN 149           HB3      ASN 149  16.329   9.086   7.157
    5   HD21  ASN 149          HD21      ASN 149  14.523   7.273   9.497
    6   HD22  ASN 149          HD22      ASN 149  14.288   5.866   8.524

  No H/Q in entry =           6
  In of MODEL   17
    1    H    LEU 150           H        LEU 150  19.141   9.058   7.060
    2    HA   LEU 150           HA       LEU 150  19.817   6.406   6.123
    3    HB2  LEU 150           HB2      LEU 150  20.814   9.197   5.553
    4    HB3  LEU 150           HB3      LEU 150  21.611   7.787   4.855
    5    HG   LEU 150           HG       LEU 150  18.689   7.844   4.507
    6   HD12  LEU 150          HD11      LEU 150  19.055   9.413   2.483
    7   HD11  LEU 150          HD12      LEU 150  20.417  10.021   3.427
    8   HD13  LEU 150          HD13      LEU 150  18.784  10.103   4.081
    9   HD23  LEU 150          HD21      LEU 150  21.001   7.441   2.626
   10   HD22  LEU 150          HD22      LEU 150  19.310   7.057   2.300
   11   HD21  LEU 150          HD23      LEU 150  20.196   6.172   3.545

  No H/Q in entry =          11
  In of MODEL   17
    1    H    ALA 151           H        ALA 151  20.754   8.319   8.924
    2    HA   ALA 151           HA       ALA 151  23.431   7.201   8.822
    3    HB1  ALA 151           HB1      ALA 151  23.317   9.479   9.603
    4    HB2  ALA 151           HB2      ALA 151  23.714   8.449  10.978
    5    HB3  ALA 151           HB3      ALA 151  22.072   9.063  10.780

  No H/Q in entry =           5
  In of MODEL   17
    1    H    LYS 152           H        LYS 152  20.324   6.428   9.668
    2    HA   LYS 152           HA       LYS 152  21.071   4.600  11.801
    3    HB2  LYS 152           HB2      LYS 152  18.393   5.257  10.577
    4    HB3  LYS 152           HB3      LYS 152  18.639   4.247  11.999
    5    HG2  LYS 152           HG2      LYS 152  19.451   6.121  13.256
    6    HG3  LYS 152           HG3      LYS 152  19.451   7.140  11.813
    7    HD2  LYS 152           HD2      LYS 152  17.032   6.914  11.641
    8    HD3  LYS 152           HD3      LYS 152  17.020   5.873  13.064
    9    HE2  LYS 152           HE2      LYS 152  18.006   8.720  13.061
   10    HE3  LYS 152           HE3      LYS 152  16.367   8.242  13.498
   11    HZ3  LYS 152           HZ1      LYS 152  17.674   8.471  15.467
   12    HZ2  LYS 152           HZ2      LYS 152  18.869   7.435  14.871
   13    HZ1  LYS 152           HZ3      LYS 152  17.336   6.829  15.246

  No H/Q in entry =          13
  In of MODEL   17
    1    H    GLN 153           H        GLN 153  20.838   4.444   8.333
    2    HA   GLN 153           HA       GLN 153  20.082   1.628   8.521
    3    HB2  GLN 153           HB2      GLN 153  20.494   3.037   5.924
    4    HB3  GLN 153           HB3      GLN 153  19.332   1.792   6.344
    5    HG2  GLN 153           HG2      GLN 153  19.108   4.483   7.559
    6    HG3  GLN 153           HG3      GLN 153  18.551   4.205   5.910
    7   HE21  GLN 153          HE21      GLN 153  16.420   4.710   6.678
    8   HE22  GLN 153          HE22      GLN 153  15.491   3.506   7.500

  No H/Q in entry =           8
  In of MODEL   17
    1    HA   PRO 154           HA       PRO 154  24.031  -0.141   7.373
    2    HB2  PRO 154           HB2      PRO 154  23.551  -1.140   4.806
    3    HB3  PRO 154           HB3      PRO 154  23.296  -2.006   6.324
    4    HG2  PRO 154           HG2      PRO 154  21.344  -0.536   4.614
    5    HG3  PRO 154           HG3      PRO 154  21.122  -2.031   5.539
    6    HD2  PRO 154           HD2      PRO 154  20.120   0.259   6.408
    7    HD3  PRO 154           HD3      PRO 154  20.845  -0.885   7.548

  No H/Q in entry =           7
  In of MODEL   17
    1    H    ASP 155           H        ASP 155  22.657   2.223   5.299
    2    HA   ASP 155           HA       ASP 155  24.920   2.387   3.493
    3    HB2  ASP 155           HB2      ASP 155  22.527   4.303   3.942
    4    HB3  ASP 155           HB3      ASP 155  23.767   4.555   2.720

  No H/Q in entry =           4
  In of MODEL   17
    1    H    ALA 156           H        ALA 156  24.466   3.922   6.894
    2    HA   ALA 156           HA       ALA 156  25.821   6.191   6.188
    3    HB1  ALA 156           HB1      ALA 156  26.334   6.375   8.538
    4    HB3  ALA 156           HB2      ALA 156  25.912   4.683   8.798
    5    HB2  ALA 156           HB3      ALA 156  24.662   5.843   8.351

  No H/Q in entry =           5
  In of MODEL   17
    1    H    MET 157           H        MET 157  27.731   6.284   5.278
    2    HA   MET 157           HA       MET 157  29.475   4.000   5.630
    3    HB2  MET 157           HB2      MET 157  28.665   5.372   3.501
    4    HB3  MET 157           HB3      MET 157  30.137   6.282   3.848
    5    HG2  MET 157           HG2      MET 157  31.116   3.785   3.951
    6    HG3  MET 157           HG3      MET 157  29.774   3.538   2.834
    7    HE1  MET 157           HE1      MET 157  32.822   5.405   3.789
    8    HE3  MET 157           HE2      MET 157  32.402   6.882   2.920
    9    HE2  MET 157           HE3      MET 157  33.642   5.802   2.280

  No H/Q in entry =           9
  In of MODEL   17
    1    H    THR 158           H        THR 158  30.521   4.361   7.755
    2    HA   THR 158           HA       THR 158  31.551   6.656   8.569
    3    HB   THR 158           HB       THR 158  33.342   5.263   9.723
    4    HG1  THR 158           HG1      THR 158  32.640   3.548   7.828
    5   HG23  THR 158          HG21      THR 158  31.283   5.732  10.880
    6   HG22  THR 158          HG22      THR 158  31.662   4.027  11.118
    7   HG21  THR 158          HG23      THR 158  30.424   4.500   9.956

  No H/Q in entry =           7
  In of MODEL   17
    1    H    HIS 159           H        HIS 159  33.455   7.725   8.521
    2    HA   HIS 159           HA       HIS 159  35.625   6.949   6.832
    3    HB2  HIS 159           HB2      HIS 159  35.270   8.272   5.027
    4    HB3  HIS 159           HB3      HIS 159  33.617   8.438   5.584
    5    HD1  HIS 159           HD1      HIS 159  36.767  10.320   5.092
    6    HD2  HIS 159           HD2      HIS 159  33.035  10.946   6.789
    7    HE1  HIS 159           HE1      HIS 159  36.570  12.804   5.390
    8    HE2  HIS 159           HE2      HIS 159  34.390  13.143   6.602

  No H/Q in entry =           8
  In of MODEL   17
    1    HA   PRO 160           HA       PRO 160  37.628   8.868  10.181
    2    HB2  PRO 160           HB2      PRO 160  39.769  10.156   9.051
    3    HB3  PRO 160           HB3      PRO 160  39.671   8.418   9.350
    4    HG2  PRO 160           HG2      PRO 160  39.160   9.932   6.819
    5    HG3  PRO 160           HG3      PRO 160  40.036   8.409   7.058
    6    HD2  PRO 160           HD2      PRO 160  37.516   8.447   6.136
    7    HD3  PRO 160           HD3      PRO 160  38.088   7.166   7.224

  No H/Q in entry =           7
  In of MODEL   17
    1    H    ASP 161           H        ASP 161  35.416  10.508   9.581
    2    HA   ASP 161           HA       ASP 161  36.115  12.929  10.822
    3    HB2  ASP 161           HB2      ASP 161  37.215  13.853   9.024
    4    HB3  ASP 161           HB3      ASP 161  36.312  12.902   7.854

  No H/Q in entry =           4
  In of MODEL   17
    1    H    GLY 162           H        GLY 162  33.958  11.065   8.906
    2    HA3  GLY 162           HA2      GLY 162  31.719  11.627  10.431
    3    HA2  GLY 162           HA3      GLY 162  31.634  12.558   8.934

  No H/Q in entry =           3
  In of MODEL   17
    1    H    MET 163           H        MET 163  29.700  10.927   8.938
    2    HA   MET 163           HA       MET 163  30.526   8.687   7.194
    3    HB2  MET 163           HB2      MET 163  28.190   8.020   8.844
    4    HB3  MET 163           HB3      MET 163  29.571   7.020   8.429
    5    HG2  MET 163           HG2      MET 163  29.852   7.123  10.675
    6    HG3  MET 163           HG3      MET 163  30.775   8.548  10.206
    7    HE2  MET 163           HE1      MET 163  26.605   8.503  12.132
    8    HE1  MET 163           HE2      MET 163  27.590   7.098  11.724
    9    HE3  MET 163           HE3      MET 163  26.803   8.023  10.446

  No H/Q in entry =           9
  In of MODEL   17
    1    H    GLN 164           H        GLN 164  29.509   8.782   5.501
    2    HA   GLN 164           HA       GLN 164  27.333  10.647   5.106
    3    HB2  GLN 164           HB2      GLN 164  28.200  10.483   2.707
    4    HB3  GLN 164           HB3      GLN 164  29.182  11.369   3.854
    5    HG2  GLN 164           HG2      GLN 164  30.527   9.213   4.133
    6    HG3  GLN 164           HG3      GLN 164  29.665   8.626   2.711
    7   HE21  GLN 164          HE21      GLN 164  31.536   8.490   1.501
    8   HE22  GLN 164          HE22      GLN 164  32.362   9.885   0.907

  No H/Q in entry =           8
  In of MODEL   17
    1    H    ILE 165           H        ILE 165  26.440  10.064   2.814
    2    HA   ILE 165           HA       ILE 165  25.728   7.462   2.175
    3    HB   ILE 165           HB       ILE 165  23.161   8.240   2.811
    4   HG12  ILE 165          HG12      ILE 165  23.559   8.663   5.446
    5   HG13  ILE 165          HG13      ILE 165  24.985   9.475   4.815
    6   HG23  ILE 165          HG21      ILE 165  23.076   6.340   3.973
    7   HG22  ILE 165          HG22      ILE 165  24.444   6.783   4.990
    8   HG21  ILE 165          HG23      ILE 165  24.725   6.138   3.375
    9   HD13  ILE 165          HD11      ILE 165  23.375  11.139   5.018
   10   HD12  ILE 165          HD12      ILE 165  22.107  10.117   4.352
   11   HD11  ILE 165          HD13      ILE 165  23.378  10.738   3.301

  No H/Q in entry =          11
  In of MODEL   17
    1    H    LYS 166           H        LYS 166  25.477   8.151  -0.338
    2    HA   LYS 166           HA       LYS 166  24.873  10.837  -0.617
    3    HB2  LYS 166           HB2      LYS 166  26.401  10.313  -2.229
    4    HB3  LYS 166           HB3      LYS 166  26.099   8.591  -2.067
    5    HG2  LYS 166           HG2      LYS 166  23.860   9.291  -3.340
    6    HG3  LYS 166           HG3      LYS 166  24.935  10.554  -3.937
    7    HD2  LYS 166           HD2      LYS 166  26.381   9.016  -4.938
    8    HD3  LYS 166           HD3      LYS 166  25.766   7.671  -3.975
    9    HE2  LYS 166           HE2      LYS 166  23.535   8.128  -5.199
   10    HE3  LYS 166           HE3      LYS 166  24.527   9.025  -6.346
   11    HZ1  LYS 166           HZ1      LYS 166  25.918   6.862  -6.371
   12    HZ3  LYS 166           HZ2      LYS 166  24.484   6.928  -7.256
   13    HZ2  LYS 166           HZ3      LYS 166  24.515   6.140  -5.762

  No H/Q in entry =          13
  In of MODEL   17
    1    H    ILE 167           H        ILE 167  22.951  11.438  -0.782
    2    HA   ILE 167           HA       ILE 167  21.127   9.715  -2.277
    3    HB   ILE 167           HB       ILE 167  19.538  11.395  -0.777
    4   HG12  ILE 167          HG12      ILE 167  20.251  10.597   1.573
    5   HG13  ILE 167          HG13      ILE 167  21.814  10.261   0.848
    6   HG22  ILE 167          HG21      ILE 167  20.177   8.530  -0.115
    7   HG21  ILE 167          HG22      ILE 167  19.241   8.999  -1.529
    8   HG23  ILE 167          HG23      ILE 167  18.637   9.365   0.086
    9   HD11  ILE 167          HD11      ILE 167  20.472  12.945   0.973
   10   HD13  ILE 167          HD12      ILE 167  22.050  12.604   0.261
   11   HD12  ILE 167          HD13      ILE 167  21.798  12.387   1.993

  No H/Q in entry =          11
  In of MODEL   17
    1    H    THR 168           H        THR 168  20.795  10.661  -4.205
    2    HA   THR 168           HA       THR 168  21.308  13.366  -4.710
    3    HB   THR 168           HB       THR 168  19.557  12.982  -6.622
    4    HG1  THR 168           HG1      THR 168  18.921  10.939  -5.341
    5   HG23  THR 168          HG21      THR 168  21.211  11.778  -7.962
    6   HG22  THR 168          HG22      THR 168  22.085  11.328  -6.499
    7   HG21  THR 168          HG23      THR 168  21.987  13.022  -6.982

  No H/Q in entry =           7
  In of MODEL   17
    1    H    ARG 169           H        ARG 169  19.734  15.039  -4.996
    2    HA   ARG 169           HA       ARG 169  17.849  15.121  -2.823
    3    HB2  ARG 169           HB2      ARG 169  17.318  17.274  -4.645
    4    HB3  ARG 169           HB3      ARG 169  18.067  17.359  -3.065
    5    HG2  ARG 169           HG2      ARG 169  19.608  18.415  -4.419
    6    HG3  ARG 169           HG3      ARG 169  20.265  16.784  -4.279
    7    HD2  ARG 169           HD2      ARG 169  19.546  16.209  -6.456
    8    HD3  ARG 169           HD3      ARG 169  18.513  17.623  -6.563
    9    HE   ARG 169           HE       ARG 169  20.987  18.679  -6.252
   10   HH11  ARG 169          HH11      ARG 169  19.632  16.341  -8.493
   11   HH12  ARG 169          HH12      ARG 169  20.667  16.820  -9.802
   12   HH21  ARG 169          HH21      ARG 169  22.330  19.310  -7.977
   13   HH22  ARG 169          HH22      ARG 169  22.192  18.517  -9.515

  No H/Q in entry =          13
  In of MODEL   17
    1    H    GLN 170           H        GLN 170  17.838  14.154  -6.305
    2    HA   GLN 170           HA       GLN 170  15.268  14.177  -6.765
    3    HB2  GLN 170           HB2      GLN 170  17.366  12.088  -7.371
    4    HB3  GLN 170           HB3      GLN 170  15.731  11.986  -8.009
    5    HG2  GLN 170           HG2      GLN 170  16.769  13.024  -9.750
    6    HG3  GLN 170           HG3      GLN 170  16.268  14.436  -8.821
    7   HE21  GLN 170          HE21      GLN 170  18.898  12.589  -9.997
    8   HE22  GLN 170          HE22      GLN 170  20.166  13.613  -9.410

  No H/Q in entry =           8
  In of MODEL   17
    1    H    GLU 171           H        GLU 171  16.692  12.339  -3.909
    2    HA   GLU 171           HA       GLU 171  14.774  10.315  -4.356
    3    HB2  GLU 171           HB2      GLU 171  16.628  10.912  -2.029
    4    HB3  GLU 171           HB3      GLU 171  15.654   9.450  -2.213
    5    HG2  GLU 171           HG2      GLU 171  17.409  10.015  -4.452
    6    HG3  GLU 171           HG3      GLU 171  18.259   9.752  -2.938

  No H/Q in entry =           6
  In of MODEL   17
    1    H    ILE 172           H        ILE 172  15.760  13.111  -2.866
    2    HA   ILE 172           HA       ILE 172  13.954  13.394  -0.724
    3    HB   ILE 172           HB       ILE 172  15.514  15.606  -2.050
    4   HG12  ILE 172          HG12      ILE 172  17.069  13.756  -1.845
    5   HG13  ILE 172          HG13      ILE 172  17.411  14.903  -0.553
    6   HG21  ILE 172          HG21      ILE 172  13.889  15.902  -0.075
    7   HG23  ILE 172          HG22      ILE 172  15.502  16.604   0.047
    8   HG22  ILE 172          HG23      ILE 172  15.134  15.089   0.871
    9   HD13  ILE 172          HD11      ILE 172  16.270  13.499   1.039
   10   HD12  ILE 172          HD12      ILE 172  17.475  12.545   0.174
   11   HD11  ILE 172          HD13      ILE 172  15.764  12.404  -0.250

  No H/Q in entry =          11
  In of MODEL   17
    1    H    GLY 173           H        GLY 173  13.762  14.321  -4.331
    2    HA3  GLY 173           HA2      GLY 173  11.750  16.121  -4.026
    3    HA2  GLY 173           HA3      GLY 173  11.892  14.961  -5.341

  No H/Q in entry =           3
  In of MODEL   17
    1    H    GLN 174           H        GLN 174  11.752  12.777  -4.162
    2    HA   GLN 174           HA       GLN 174   8.975  12.316  -3.879
    3    HB2  GLN 174           HB2      GLN 174  11.248  10.338  -3.745
    4    HB3  GLN 174           HB3      GLN 174   9.568  10.003  -4.172
    5    HG2  GLN 174           HG2      GLN 174   9.797  10.841  -6.278
    6    HG3  GLN 174           HG3      GLN 174  11.011  12.017  -5.798
    7   HE21  GLN 174          HE21      GLN 174  11.011  10.221  -8.058
    8   HE22  GLN 174          HE22      GLN 174  12.421   9.236  -7.907

  No H/Q in entry =           8
  In of MODEL   17
    1    H    ILE 175           H        ILE 175  11.646  12.232  -1.595
    2    HA   ILE 175           HA       ILE 175  10.008  10.812   0.341
    3    HB   ILE 175           HB       ILE 175  12.723  12.042   0.775
    4   HG12  ILE 175          HG12      ILE 175  12.149   9.149   0.147
    5   HG13  ILE 175          HG13      ILE 175  12.586  10.321  -1.095
    6   HG21  ILE 175          HG21      ILE 175  11.019  10.110   2.315
    7   HG23  ILE 175          HG22      ILE 175  11.794  11.593   2.874
    8   HG22  ILE 175          HG23      ILE 175  12.768  10.163   2.529
    9   HD12  ILE 175          HD11      ILE 175  14.499   9.008  -0.326
   10   HD11  ILE 175          HD12      ILE 175  14.259   9.635   1.306
   11   HD13  ILE 175          HD13      ILE 175  14.697  10.731  -0.004

  No H/Q in entry =          11
  In of MODEL   17
    1    H    VAL 176           H        VAL 176  11.162  14.056  -0.269
    2    HA   VAL 176           HA       VAL 176   9.961  14.948   2.227
    3    HB   VAL 176           HB       VAL 176  11.739  16.423   0.287
    4   HG11  VAL 176          HG11      VAL 176  10.143  17.886   1.465
    5   HG13  VAL 176          HG12      VAL 176  11.826  18.173   1.910
    6   HG12  VAL 176          HG13      VAL 176  10.770  17.271   2.996
    7   HG21  VAL 176          HG21      VAL 176  12.861  14.657   1.564
    8   HG23  VAL 176          HG22      VAL 176  12.248  15.357   3.063
    9   HG22  VAL 176          HG23      VAL 176  13.392  16.262   2.070

  No H/Q in entry =           9
  In of MODEL   17
    1    H    GLY 177           H        GLY 177   9.588  15.326  -1.275
    2    HA3  GLY 177           HA2      GLY 177   7.258  15.469  -2.002
    3    HA2  GLY 177           HA3      GLY 177   6.986  16.619  -0.703

  No H/Q in entry =           3
  In of MODEL   17
    1    H    CYS 178           H        CYS 178   9.832  17.599  -1.667
    2    HA   CYS 178           HA       CYS 178   8.636  19.286  -3.776
    3    HB2  CYS 178           HB2      CYS 178   9.771  21.139  -3.048
    4    HB3  CYS 178           HB3      CYS 178   9.510  20.346  -1.496
    5    HG   CYS 178           HG       CYS 178  12.207  19.029  -2.506

  No H/Q in entry =           5
  In of MODEL   17
    1    H    SER 179           H        SER 179  10.394  19.958  -5.466
    2    HA   SER 179           HA       SER 179  11.793  17.606  -6.105
    3    HB2  SER 179           HB2      SER 179  12.770  18.966  -7.974
    4    HB3  SER 179           HB3      SER 179  11.009  18.952  -7.962
    5    HG   SER 179           HG       SER 179  11.500  21.041  -8.221

  No H/Q in entry =           5
  In of MODEL   17
    1    H    ARG 180           H        ARG 180  13.814  19.714  -6.866
    2    HA   ARG 180           HA       ARG 180  15.615  18.877  -4.806
    3    HB2  ARG 180           HB2      ARG 180  17.381  19.673  -6.669
    4    HB3  ARG 180           HB3      ARG 180  16.818  18.008  -6.636
    5    HG2  ARG 180           HG2      ARG 180  16.546  18.459  -8.856
    6    HG3  ARG 180           HG3      ARG 180  14.980  19.024  -8.256
    7    HD2  ARG 180           HD2      ARG 180  16.488  21.200  -7.832
    8    HD3  ARG 180           HD3      ARG 180  17.259  20.558  -9.285
    9    HE   ARG 180           HE       ARG 180  14.899  20.551 -10.207
   10   HH11  ARG 180          HH11      ARG 180  16.065  22.820  -7.817
   11   HH12  ARG 180          HH12      ARG 180  14.919  24.059  -8.231
   12   HH21  ARG 180          HH21      ARG 180  13.395  22.188 -10.777
   13   HH22  ARG 180          HH22      ARG 180  13.389  23.690  -9.899

  No H/Q in entry =          13
  In of MODEL   17
    1    H    GLU 181           H        GLU 181  13.407  20.922  -5.656
    2    HA   GLU 181           HA       GLU 181  14.577  23.380  -6.190
    3    HB2  GLU 181           HB2      GLU 181  12.230  22.604  -6.670
    4    HB3  GLU 181           HB3      GLU 181  11.812  23.069  -5.044
    5    HG2  GLU 181           HG2      GLU 181  11.194  24.804  -6.574
    6    HG3  GLU 181           HG3      GLU 181  12.506  25.387  -5.547

  No H/Q in entry =           6
  In of MODEL   17
    1    H    THR 182           H        THR 182  12.584  23.045  -3.712
    2    HA   THR 182           HA       THR 182  13.509  24.940  -1.848
    3    HB   THR 182           HB       THR 182  11.936  22.874  -0.539
    4    HG1  THR 182           HG1      THR 182  10.488  24.108  -2.591
    5   HG22  THR 182          HG21      THR 182  11.341  25.744  -1.270
    6   HG21  THR 182          HG22      THR 182  12.096  25.201   0.229
    7   HG23  THR 182          HG23      THR 182  10.425  24.761  -0.128

  No H/Q in entry =           7
  In of MODEL   17
    1    H    VAL 183           H        VAL 183  13.611  21.474  -2.027
    2    HA   VAL 183           HA       VAL 183  15.397  20.972   0.125
    3    HB   VAL 183           HB       VAL 183  14.132  19.568  -2.143
    4   HG11  VAL 183          HG11      VAL 183  16.512  19.214  -2.685
    5   HG13  VAL 183          HG12      VAL 183  15.606  17.729  -2.329
    6   HG12  VAL 183          HG13      VAL 183  16.705  18.422  -1.118
    7   HG23  VAL 183          HG21      VAL 183  14.957  18.531   0.549
    8   HG22  VAL 183          HG22      VAL 183  13.824  17.787  -0.583
    9   HG21  VAL 183          HG23      VAL 183  13.419  19.321   0.192

  No H/Q in entry =           9
  In of MODEL   17
    1    H    GLY 184           H        GLY 184  15.807  21.851  -3.434
    2    HA3  GLY 184           HA2      GLY 184  18.474  21.613  -3.531
    3    HA2  GLY 184           HA3      GLY 184  17.541  22.856  -4.354

  No H/Q in entry =           3
  In of MODEL   17
    1    H    ARG 185           H        ARG 185  16.715  23.813  -1.348
    2    HA   ARG 185           HA       ARG 185  18.700  25.852  -1.533
    3    HB2  ARG 185           HB2      ARG 185  16.464  25.272   0.417
    4    HB3  ARG 185           HB3      ARG 185  17.645  26.544   0.701
    5    HG2  ARG 185           HG2      ARG 185  16.969  27.635  -1.379
    6    HG3  ARG 185           HG3      ARG 185  15.781  26.360  -1.655
    7    HD2  ARG 185           HD2      ARG 185  14.500  27.015   0.219
    8    HD3  ARG 185           HD3      ARG 185  15.789  28.055   0.829
    9    HE   ARG 185           HE       ARG 185  14.794  28.788  -1.778
   10   HH11  ARG 185          HH11      ARG 185  14.372  29.178   1.674
   11   HH12  ARG 185          HH12      ARG 185  13.637  30.743   1.535
   12   HH21  ARG 185          HH21      ARG 185  13.827  30.856  -1.965
   13   HH22  ARG 185          HH22      ARG 185  13.331  31.699  -0.529

  No H/Q in entry =          13
  In of MODEL   17
    1    H    ILE 186           H        ILE 186  17.774  23.068   0.161
    2    HA   ILE 186           HA       ILE 186  19.571  23.526   2.408
    3    HB   ILE 186           HB       ILE 186  17.565  21.397   1.867
    4   HG12  ILE 186          HG12      ILE 186  17.037  22.231   4.310
    5   HG13  ILE 186          HG13      ILE 186  18.037  23.598   3.845
    6   HG22  ILE 186          HG21      ILE 186  19.275  21.284   4.314
    7   HG21  ILE 186          HG22      ILE 186  19.812  20.492   2.836
    8   HG23  ILE 186          HG23      ILE 186  18.285  20.022   3.581
    9   HD13  ILE 186          HD11      ILE 186  15.860  24.286   3.416
   10   HD12  ILE 186          HD12      ILE 186  15.405  22.734   2.715
   11   HD11  ILE 186          HD13      ILE 186  16.480  23.819   1.833

  No H/Q in entry =          11
  In of MODEL   17
    1    H    LEU 187           H        LEU 187  19.396  21.354  -0.309
    2    HA   LEU 187           HA       LEU 187  21.688  19.899   0.482
    3    HB2  LEU 187           HB2      LEU 187  20.254  20.077  -2.133
    4    HB3  LEU 187           HB3      LEU 187  21.501  18.892  -1.731
    5    HG   LEU 187           HG       LEU 187  18.677  19.014  -0.873
    6   HD12  LEU 187          HD11      LEU 187  20.437  16.658  -0.622
    7   HD11  LEU 187          HD12      LEU 187  20.034  17.260  -2.236
    8   HD13  LEU 187          HD13      LEU 187  18.748  16.769  -1.129
    9   HD23  LEU 187          HD21      LEU 187  20.678  17.891   1.069
   10   HD22  LEU 187          HD22      LEU 187  18.933  18.026   1.264
   11   HD21  LEU 187          HD23      LEU 187  19.932  19.477   1.262

  No H/Q in entry =          11
  In of MODEL   17
    1    H    LYS 188           H        LYS 188  21.241  22.927  -0.656
    2    HA   LYS 188           HA       LYS 188  23.735  23.067  -2.208
    3    HB2  LYS 188           HB2      LYS 188  21.542  24.539  -2.702
    4    HB3  LYS 188           HB3      LYS 188  22.286  25.575  -1.488
    5    HG2  LYS 188           HG2      LYS 188  23.916  24.581  -3.781
    6    HG3  LYS 188           HG3      LYS 188  22.830  25.952  -4.004
    7    HD2  LYS 188           HD2      LYS 188  24.204  27.341  -2.893
    8    HD3  LYS 188           HD3      LYS 188  24.476  26.171  -1.601
    9    HE2  LYS 188           HE2      LYS 188  25.758  25.441  -4.123
   10    HE3  LYS 188           HE3      LYS 188  26.333  26.971  -3.467
   11    HZ3  LYS 188           HZ1      LYS 188  27.268  25.962  -1.675
   12    HZ2  LYS 188           HZ2      LYS 188  27.375  24.657  -2.762
   13    HZ1  LYS 188           HZ3      LYS 188  26.121  24.717  -1.621

  No H/Q in entry =          13
  In of MODEL   17
    1    H    MET 189           H        MET 189  22.259  23.805   0.906
    2    HA   MET 189           HA       MET 189  24.526  25.432   1.793
    3    HB2  MET 189           HB2      MET 189  23.498  25.278   4.103
    4    HB3  MET 189           HB3      MET 189  22.552  26.109   2.885
    5    HG2  MET 189           HG2      MET 189  21.403  23.795   2.615
    6    HG3  MET 189           HG3      MET 189  22.059  23.503   4.222
    7    HE1  MET 189           HE1      MET 189  19.826  25.600   1.981
    8    HE3  MET 189           HE2      MET 189  20.633  26.987   2.715
    9    HE2  MET 189           HE3      MET 189  18.936  26.664   3.072

  No H/Q in entry =           9
  In of MODEL   17
    1    H    LEU 190           H        LEU 190  23.606  22.130   1.800
    2    HA   LEU 190           HA       LEU 190  25.147  21.087   3.868
    3    HB2  LEU 190           HB2      LEU 190  24.733  19.871   1.152
    4    HB3  LEU 190           HB3      LEU 190  25.107  19.014   2.639
    5    HG   LEU 190           HG       LEU 190  22.569  20.341   1.829
    6   HD13  LEU 190          HD11      LEU 190  22.642  18.077   1.244
    7   HD12  LEU 190          HD12      LEU 190  21.705  18.142   2.740
    8   HD11  LEU 190          HD13      LEU 190  23.393  17.630   2.773
    9   HD22  LEU 190          HD21      LEU 190  22.590  21.240   3.895
   10   HD21  LEU 190          HD22      LEU 190  23.625  19.974   4.552
   11   HD23  LEU 190          HD23      LEU 190  21.915  19.653   4.265

  No H/Q in entry =          11
  In of MODEL   17
    1    H    GLU 191           H        GLU 191  26.209  21.513   0.393
    2    HA   GLU 191           HA       GLU 191  28.828  20.768   0.891
    3    HB2  GLU 191           HB2      GLU 191  27.838  20.722  -1.317
    4    HB3  GLU 191           HB3      GLU 191  27.437  22.427  -1.221
    5    HG2  GLU 191           HG2      GLU 191  30.002  22.769  -1.092
    6    HG3  GLU 191           HG3      GLU 191  30.073  21.136  -1.756

  No H/Q in entry =           6
  In of MODEL   17
    1    H    ASP 192           H        ASP 192  27.087  23.525   1.727
    2    HA   ASP 192           HA       ASP 192  29.407  25.290   1.724
    3    HB2  ASP 192           HB2      ASP 192  26.518  25.796   2.470
    4    HB3  ASP 192           HB3      ASP 192  27.784  27.004   2.632

  No H/Q in entry =           4
  In of MODEL   17
    1    H    GLN 193           H        GLN 193  28.141  22.977   3.451
    2    HA   GLN 193           HA       GLN 193  28.297  22.139   5.585
    3    HB2  GLN 193           HB2      GLN 193  30.610  24.013   5.402
    4    HB3  GLN 193           HB3      GLN 193  30.190  23.377   6.984
    5    HG2  GLN 193           HG2      GLN 193  31.650  21.776   6.370
    6    HG3  GLN 193           HG3      GLN 193  30.207  21.093   5.626
    7   HE21  GLN 193          HE21      GLN 193  30.019  21.066   3.421
    8   HE22  GLN 193          HE22      GLN 193  31.319  21.464   2.355

  No H/Q in entry =           8
  In of MODEL   17
    1    H    ASN 194           H        ASN 194  26.544  24.399   4.969
    2    HA   ASN 194           HA       ASN 194  26.499  25.901   7.480
    3    HB2  ASN 194           HB2      ASN 194  25.513  26.351   4.785
    4    HB3  ASN 194           HB3      ASN 194  24.257  26.641   5.986
    5   HD21  ASN 194          HD21      ASN 194  27.366  27.628   4.794
    6   HD22  ASN 194          HD22      ASN 194  27.444  29.126   5.652

  No H/Q in entry =           6
  In of MODEL   17
    1    H    LEU 195           H        LEU 195  25.445  23.011   6.454
    2    HA   LEU 195           HA       LEU 195  23.396  22.838   8.523
    3    HB2  LEU 195           HB2      LEU 195  22.498  23.461   6.144
    4    HB3  LEU 195           HB3      LEU 195  22.778  21.767   5.812
    5    HG   LEU 195           HG       LEU 195  21.213  22.158   8.245
    6   HD13  LEU 195          HD11      LEU 195  19.247  23.035   7.262
    7   HD12  LEU 195          HD12      LEU 195  19.952  22.983   5.645
    8   HD11  LEU 195          HD13      LEU 195  20.552  24.143   6.832
    9   HD21  LEU 195          HD21      LEU 195  20.835  20.664   5.654
   10   HD23  LEU 195          HD22      LEU 195  19.706  20.595   7.005
   11   HD22  LEU 195          HD23      LEU 195  21.358  20.005   7.205

  No H/Q in entry =          11
  In of MODEL   17
    1    H    ILE 196           H        ILE 196  25.561  21.328   6.255
    2    HA   ILE 196           HA       ILE 196  25.877  19.008   7.764
    3    HB   ILE 196           HB       ILE 196  25.030  18.274   5.005
    4   HG12  ILE 196          HG12      ILE 196  23.288  18.159   7.464
    5   HG13  ILE 196          HG13      ILE 196  23.084  19.361   6.192
    6   HG23  ILE 196          HG21      ILE 196  24.762  16.111   6.122
    7   HG22  ILE 196          HG22      ILE 196  25.164  16.860   7.665
    8   HG21  ILE 196          HG23      ILE 196  26.381  16.753   6.395
    9   HD11  ILE 196          HD11      ILE 196  22.922  16.387   5.838
   10   HD13  ILE 196          HD12      ILE 196  22.670  17.606   4.586
   11   HD12  ILE 196          HD13      ILE 196  21.548  17.490   5.947

  No H/Q in entry =          11
  In of MODEL   17
    1    H    SER 197           H        SER 197  26.871  17.697   5.161
    2    HA   SER 197           HA       SER 197  28.661  19.381   4.069
    3    HB2  SER 197           HB2      SER 197  30.089  19.209   5.938
    4    HB3  SER 197           HB3      SER 197  29.920  17.454   6.010
    5    HG   SER 197           HG       SER 197  31.858  18.572   4.907

  No H/Q in entry =           5
  In of MODEL   17
    1    H    ALA 198           H        ALA 198  27.526  18.752   2.544
    2    HA   ALA 198           HA       ALA 198  27.418  16.096   1.544
    3    HB2  ALA 198           HB1      ALA 198  26.716  18.614   0.024
    4    HB3  ALA 198           HB2      ALA 198  25.602  17.713   1.052
    5    HB1  ALA 198           HB3      ALA 198  26.268  16.959  -0.395

  No H/Q in entry =           5
  In of MODEL   17
    1    H    HIS 199           H        HIS 199  29.210  15.174   0.937
    2    HA   HIS 199           HA       HIS 199  31.247  16.753  -0.414
    3    HB2  HIS 199           HB2      HIS 199  31.161  13.842   0.453
    4    HB3  HIS 199           HB3      HIS 199  32.475  14.513  -0.509
    5    HD1  HIS 199           HD1      HIS 199  30.983  14.641   2.936
    6    HD2  HIS 199           HD2      HIS 199  34.322  16.033   0.893
    7    HE1  HIS 199           HE1      HIS 199  32.539  15.514   4.705
    8    HE2  HIS 199           HE2      HIS 199  34.476  16.499   3.433

  No H/Q in entry =           8
  In of MODEL   17
    1    H    GLY 200           H        GLY 200  29.637  17.243  -2.032
    2    HA3  GLY 200           HA2      GLY 200  29.044  16.963  -4.280
    3    HA2  GLY 200           HA3      GLY 200  29.557  15.274  -4.181

  No H/Q in entry =           3
  In of MODEL   17
    1    H    LYS 201           H        LYS 201  27.926  13.819  -4.143
    2    HA   LYS 201           HA       LYS 201  25.340  14.767  -3.128
    3    HB2  LYS 201           HB2      LYS 201  24.651  12.446  -4.263
    4    HB3  LYS 201           HB3      LYS 201  24.734  13.950  -5.160
    5    HG2  LYS 201           HG2      LYS 201  27.246  12.422  -5.060
    6    HG3  LYS 201           HG3      LYS 201  25.915  11.646  -5.924
    7    HD2  LYS 201           HD2      LYS 201  25.625  13.960  -7.055
    8    HD3  LYS 201           HD3      LYS 201  27.272  14.255  -6.494
    9    HE2  LYS 201           HE2      LYS 201  28.038  12.267  -7.678
   10    HE3  LYS 201           HE3      LYS 201  26.390  11.941  -8.214
   11    HZ2  LYS 201           HZ1      LYS 201  28.150  14.187  -9.006
   12    HZ1  LYS 201           HZ2      LYS 201  26.486  14.193  -9.306
   13    HZ3  LYS 201           HZ3      LYS 201  27.463  12.999  -9.996

  No H/Q in entry =          13
  In of MODEL   17
    1    H    THR 202           H        THR 202  27.927  12.918  -2.258
    2    HA   THR 202           HA       THR 202  26.602  11.087  -0.444
    3    HB   THR 202           HB       THR 202  29.401  11.504   0.152
    4    HG1  THR 202           HG1      THR 202  29.940  12.059  -1.861
    5   HG23  THR 202          HG21      THR 202  28.168   9.446   0.644
    6   HG22  THR 202          HG22      THR 202  29.573   9.108  -0.368
    7   HG21  THR 202          HG23      THR 202  27.961   9.147  -1.081

  No H/Q in entry =           7
  In of MODEL   17
    1    H    ILE 203           H        ILE 203  25.785  11.937   1.334
    2    HA   ILE 203           HA       ILE 203  26.798  14.512   2.220
    3    HB   ILE 203           HB       ILE 203  24.191  13.092   2.558
    4   HG12  ILE 203          HG12      ILE 203  24.912  15.764   1.353
    5   HG13  ILE 203          HG13      ILE 203  24.547  14.297   0.453
    6   HG21  ILE 203          HG21      ILE 203  24.777  14.124   4.702
    7   HG23  ILE 203          HG22      ILE 203  23.415  14.942   3.938
    8   HG22  ILE 203          HG23      ILE 203  25.020  15.668   3.885
    9   HD13  ILE 203          HD11      ILE 203  22.642  15.769   0.451
   10   HD12  ILE 203          HD12      ILE 203  22.667  15.846   2.211
   11   HD11  ILE 203          HD13      ILE 203  22.273  14.333   1.402

  No H/Q in entry =          11
  In of MODEL   17
    1    H    VAL 204           H        VAL 204  28.009  14.578   3.927
    2    HA   VAL 204           HA       VAL 204  28.101  12.275   5.778
    3    HB   VAL 204           HB       VAL 204  30.221  13.735   4.535
    4   HG11  VAL 204          HG11      VAL 204  29.680  14.680   7.262
    5   HG13  VAL 204          HG12      VAL 204  30.597  15.437   5.960
    6   HG12  VAL 204          HG13      VAL 204  31.345  14.183   6.956
    7   HG21  VAL 204          HG21      VAL 204  30.122  11.335   5.356
    8   HG23  VAL 204          HG22      VAL 204  30.541  11.976   6.938
    9   HG22  VAL 204          HG23      VAL 204  31.642  12.193   5.578

  No H/Q in entry =           9
  In of MODEL   17
    1    H    VAL 205           H        VAL 205  27.503  12.739   7.952
    2    HA   VAL 205           HA       VAL 205  26.535  15.416   8.413
    3    HB   VAL 205           HB       VAL 205  25.363  13.903  10.337
    4   HG13  VAL 205          HG11      VAL 205  24.119  15.246   8.694
    5   HG12  VAL 205          HG12      VAL 205  23.380  13.652   8.832
    6   HG11  VAL 205          HG13      VAL 205  24.408  14.029   7.448
    7   HG21  VAL 205          HG21      VAL 205  25.708  11.975   8.020
    8   HG23  VAL 205          HG22      VAL 205  24.665  11.710   9.421
    9   HG22  VAL 205          HG23      VAL 205  26.418  11.787   9.628

  No H/Q in entry =           9
  In of MODEL   17
    1    H    TYR 206           H        TYR 206  28.436  16.193   9.142
    2    HA   TYR 206           HA       TYR 206  30.675  14.944  10.065
    3    HB2  TYR 206           HB2      TYR 206  29.483  17.606  10.831
    4    HB3  TYR 206           HB3      TYR 206  30.974  17.047  11.578
    5    HD1  TYR 206           HD1      TYR 206  29.787  19.121   9.163
    6    HD2  TYR 206           HD2      TYR 206  32.625  15.991   9.651
    7    HE1  TYR 206           HE1      TYR 206  31.036  19.982   7.253
    8    HE2  TYR 206           HE2      TYR 206  33.909  16.826   7.743
    9    HH   TYR 206           HH       TYR 206  33.875  18.249   5.982

  No H/Q in entry =           9
  In of MODEL   17
    1    H    GLY 207           H        GLY 207  27.845  15.932  12.001
    2    HA3  GLY 207           HA2      GLY 207  27.812  13.829  13.755
    3    HA2  GLY 207           HA3      GLY 207  28.954  14.960  14.465

  No H/Q in entry =           3
  In of MODEL   17
    1    H    THR 208           H        THR 208  27.812  17.377  13.962
    2    HA   THR 208           HA       THR 208  25.835  17.547  15.990
    3    HB   THR 208           HB       THR 208  26.380  19.709  13.959
    4    HG1  THR 208           HG1      THR 208  28.002  18.823  16.125
    5   HG23  THR 208          HG21      THR 208  26.014  21.193  15.869
    6   HG22  THR 208          HG22      THR 208  25.791  19.796  16.922
    7   HG21  THR 208          HG23      THR 208  24.627  20.126  15.639

  No H/Q in entry =           7
  In of MODEL   17
    1    H    ARG 209           H        ARG 209  25.748  17.388  12.535
    2    HA   ARG 209           HA       ARG 209  23.124  16.558  12.275
    3    HB2  ARG 209           HB2      ARG 209  22.133  18.558  11.173
    4    HB3  ARG 209           HB3      ARG 209  22.438  18.813  12.887
    5    HG2  ARG 209           HG2      ARG 209  24.318  20.173  12.452
    6    HG3  ARG 209           HG3      ARG 209  24.361  19.695  10.754
    7    HD2  ARG 209           HD2      ARG 209  23.408  21.807  10.681
    8    HD3  ARG 209           HD3      ARG 209  22.009  20.738  10.631
    9    HE   ARG 209           HE       ARG 209  21.955  21.177  13.152
   10   HH11  ARG 209          HH11      ARG 209  23.008  23.493  10.750
   11   HH12  ARG 209          HH12      ARG 209  22.572  24.875  11.702
   12   HH21  ARG 209          HH21      ARG 209  21.359  23.010  14.404
   13   HH22  ARG 209          HH22      ARG 209  21.632  24.601  13.769

  No H/Q in entry =          13
  In of MODEL   18
    1    H1   VAL   1           H2       VAL   1 -28.991 -14.017   4.968
    2    H2   VAL   1           H1       VAL   1 -29.056 -12.525   4.179
    3    H3   VAL   1           H3       VAL   1 -30.087 -12.841   5.480
    4    HA   VAL   1           HA       VAL   1 -31.249 -14.520   4.258
    5    HB   VAL   1           HB       VAL   1 -31.874 -12.073   4.038
    6   HG11  VAL   1          HG11      VAL   1 -30.474 -12.369   1.390
    7   HG13  VAL   1          HG12      VAL   1 -30.040 -11.278   2.707
    8   HG12  VAL   1          HG13      VAL   1 -31.547 -11.037   1.823
    9   HG21  VAL   1          HG21      VAL   1 -33.324 -13.919   3.280
   10   HG23  VAL   1          HG22      VAL   1 -32.593 -13.805   1.680
   11   HG22  VAL   1          HG23      VAL   1 -33.523 -12.452   2.322

  No H/Q in entry =          11
  In of MODEL   18
    1    H    LEU   2           H        LEU   2 -31.698 -15.409   2.033
    2    HA   LEU   2           HA       LEU   2 -29.185 -16.236   0.799
    3    HB2  LEU   2           HB2      LEU   2 -32.015 -17.204   0.379
    4    HB3  LEU   2           HB3      LEU   2 -30.588 -17.907  -0.357
    5    HG   LEU   2           HG       LEU   2 -30.561 -17.765   2.593
    6   HD12  LEU   2          HD11      LEU   2 -31.966 -19.782   2.782
    7   HD11  LEU   2          HD12      LEU   2 -32.411 -19.605   1.086
    8   HD13  LEU   2          HD13      LEU   2 -32.875 -18.367   2.252
    9   HD22  LEU   2          HD21      LEU   2 -28.736 -18.808   1.458
   10   HD21  LEU   2          HD22      LEU   2 -29.831 -19.812   0.508
   11   HD23  LEU   2          HD23      LEU   2 -29.676 -20.075   2.244

  No H/Q in entry =          11
  In of MODEL   18
    1    H    GLY   3           H        GLY   3 -30.084 -16.895  -1.749
    2    HA3  GLY   3           HA2      GLY   3 -30.723 -16.048  -3.809
    3    HA2  GLY   3           HA3      GLY   3 -31.281 -14.589  -3.010

  No H/Q in entry =           3
  In of MODEL   18
    1    H    LYS   4           H        LYS   4 -28.038 -16.004  -2.848
    2    HA   LYS   4           HA       LYS   4 -27.056 -13.684  -4.351
    3    HB2  LYS   4           HB2      LYS   4 -25.971 -14.798  -1.778
    4    HB3  LYS   4           HB3      LYS   4 -25.070 -13.685  -2.803
    5    HG2  LYS   4           HG2      LYS   4 -26.080 -11.994  -1.800
    6    HG3  LYS   4           HG3      LYS   4 -27.615 -12.557  -2.457
    7    HD2  LYS   4           HD2      LYS   4 -28.314 -13.042  -0.409
    8    HD3  LYS   4           HD3      LYS   4 -26.973 -14.174  -0.211
    9    HE2  LYS   4           HE2      LYS   4 -25.634 -12.611   0.826
   10    HE3  LYS   4           HE3      LYS   4 -26.498 -11.253   0.108
   11    HZ2  LYS   4           HZ1      LYS   4 -26.872 -11.604   2.535
   12    HZ1  LYS   4           HZ2      LYS   4 -27.703 -13.034   2.137
   13    HZ3  LYS   4           HZ3      LYS   4 -28.277 -11.539   1.588

  No H/Q in entry =          13
  In of MODEL   18
    1    HA   PRO   5           HA       PRO   5 -24.988 -17.091  -6.472
    2    HB2  PRO   5           HB2      PRO   5 -24.374 -15.315  -8.632
    3    HB3  PRO   5           HB3      PRO   5 -25.599 -16.582  -8.591
    4    HG2  PRO   5           HG2      PRO   5 -26.113 -13.860  -8.714
    5    HG3  PRO   5           HG3      PRO   5 -27.270 -15.099  -8.206
    6    HD2  PRO   5           HD2      PRO   5 -25.647 -13.223  -6.552
    7    HD3  PRO   5           HD3      PRO   5 -27.275 -13.872  -6.263

  No H/Q in entry =           7
  In of MODEL   18
    1    H    GLN   6           H        GLN   6 -22.799 -17.607  -6.625
    2    HA   GLN   6           HA       GLN   6 -20.912 -15.377  -6.338
    3    HB2  GLN   6           HB2      GLN   6 -21.499 -17.364  -4.351
    4    HB3  GLN   6           HB3      GLN   6 -19.825 -17.521  -4.863
    5    HG2  GLN   6           HG2      GLN   6 -19.370 -15.914  -3.400
    6    HG3  GLN   6           HG3      GLN   6 -20.123 -14.803  -4.541
    7   HE21  GLN   6          HE21      GLN   6 -21.677 -17.269  -2.559
    8   HE22  GLN   6          HE22      GLN   6 -22.637 -16.174  -1.633

  No H/Q in entry =           8
  In of MODEL   18
    1    H    THR   7           H        THR   7 -21.106 -18.888  -6.927
    2    HA   THR   7           HA       THR   7 -20.066 -20.215  -8.510
    3    HB   THR   7           HB       THR   7 -18.516 -17.886  -9.636
    4    HG1  THR   7           HG1      THR   7 -20.531 -17.020  -9.703
    5   HG22  THR   7          HG21      THR   7 -19.791 -20.320 -10.894
    6   HG21  THR   7          HG22      THR   7 -18.083 -20.144 -10.495
    7   HG23  THR   7          HG23      THR   7 -18.809 -19.120 -11.733

  No H/Q in entry =           7
  In of MODEL   18
    1    H    ASP   8           H        ASP   8 -19.153 -19.916  -5.906
    2    HA   ASP   8           HA       ASP   8 -16.298 -20.322  -6.363
    3    HB2  ASP   8           HB2      ASP   8 -16.857 -17.925  -5.491
    4    HB3  ASP   8           HB3      ASP   8 -17.050 -18.737  -3.939

  No H/Q in entry =           4
  In of MODEL   18
    1    HA   PRO   9           HA       PRO   9 -17.847 -23.735  -3.795
    2    HB2  PRO   9           HB2      PRO   9 -15.946 -25.511  -4.607
    3    HB3  PRO   9           HB3      PRO   9 -17.437 -25.214  -5.506
    4    HG2  PRO   9           HG2      PRO   9 -14.685 -24.155  -5.988
    5    HG3  PRO   9           HG3      PRO   9 -15.892 -24.720  -7.158
    6    HD2  PRO   9           HD2      PRO   9 -15.432 -22.089  -6.665
    7    HD3  PRO   9           HD3      PRO   9 -17.020 -22.714  -7.152

  No H/Q in entry =           7
  In of MODEL   18
    1    H    THR  10           H        THR  10 -14.754 -22.165  -4.022
    2    HA   THR  10           HA       THR  10 -13.626 -23.605  -1.766
    3    HB   THR  10           HB       THR  10 -12.018 -21.393  -2.236
    4    HG1  THR  10           HG1      THR  10 -13.159 -20.849  -4.128
    5   HG22  THR  10          HG21      THR  10 -10.519 -22.998  -3.371
    6   HG21  THR  10          HG22      THR  10 -11.850 -24.152  -3.456
    7   HG23  THR  10          HG23      THR  10 -11.211 -23.658  -1.889

  No H/Q in entry =           7
  In of MODEL   18
    1    H    LEU  11           H        LEU  11 -15.048 -20.462  -2.575
    2    HA   LEU  11           HA       LEU  11 -14.590 -19.349   0.004
    3    HB2  LEU  11           HB2      LEU  11 -15.424 -18.381  -2.414
    4    HB3  LEU  11           HB3      LEU  11 -16.905 -18.355  -1.473
    5    HG   LEU  11           HG       LEU  11 -16.116 -16.309  -0.980
    6   HD12  LEU  11          HD11      LEU  11 -14.317 -17.510   1.021
    7   HD11  LEU  11          HD12      LEU  11 -16.033 -17.909   1.079
    8   HD13  LEU  11          HD13      LEU  11 -15.513 -16.225   1.205
    9   HD22  LEU  11          HD21      LEU  11 -13.795 -15.660  -0.854
   10   HD21  LEU  11          HD22      LEU  11 -14.100 -16.522  -2.364
   11   HD23  LEU  11          HD23      LEU  11 -13.307 -17.345  -1.017

  No H/Q in entry =          11
  In of MODEL   18
    1    H    GLU  12           H        GLU  12 -16.930 -21.278  -1.454
    2    HA   GLU  12           HA       GLU  12 -19.011 -21.088   0.540
    3    HB2  GLU  12           HB2      GLU  12 -19.262 -21.649  -2.030
    4    HB3  GLU  12           HB3      GLU  12 -18.811 -23.274  -1.531
    5    HG2  GLU  12           HG2      GLU  12 -21.182 -23.161  -1.625
    6    HG3  GLU  12           HG3      GLU  12 -20.704 -23.246   0.065

  No H/Q in entry =           6
  In of MODEL   18
    1    H    TRP  13           H        TRP  13 -16.039 -22.508   0.100
    2    HA   TRP  13           HA       TRP  13 -16.647 -24.763   1.865
    3    HB2  TRP  13           HB2      TRP  13 -14.443 -24.169   0.004
    4    HB3  TRP  13           HB3      TRP  13 -13.900 -24.782   1.565
    5    HD1  TRP  13           HD1      TRP  13 -16.882 -26.526   1.559
    6    HE1  TRP  13           HE1      TRP  13 -16.791 -28.808   0.394
    7    HE3  TRP  13           HE3      TRP  13 -12.606 -25.864  -1.178
    8    HZ2  TRP  13           HZ2      TRP  13 -15.139 -30.152  -1.445
    9    HZ3  TRP  13           HZ3      TRP  13 -11.843 -27.710  -2.617
   10    HH2  TRP  13           HH2      TRP  13 -13.084 -29.809  -2.745

  No H/Q in entry =          10
  In of MODEL   18
    1    H    PHE  14           H        PHE  14 -15.575 -21.506   1.761
    2    HA   PHE  14           HA       PHE  14 -14.321 -21.519   4.376
    3    HB2  PHE  14           HB2      PHE  14 -13.217 -20.132   2.829
    4    HB3  PHE  14           HB3      PHE  14 -14.711 -19.451   2.238
    5    HD1  PHE  14           HD1      PHE  14 -15.255 -17.361   2.904
    6    HD2  PHE  14           HD2      PHE  14 -12.923 -19.733   5.524
    7    HE1  PHE  14           HE1      PHE  14 -15.183 -15.509   4.509
    8    HE2  PHE  14           HE2      PHE  14 -12.832 -17.883   7.128
    9    HZ   PHE  14           HZ       PHE  14 -13.969 -15.765   6.629

  No H/Q in entry =           9
  In of MODEL   18
    1    H    LEU  15           H        LEU  15 -17.389 -20.869   2.943
    2    HA   LEU  15           HA       LEU  15 -18.058 -18.814   4.898
    3    HB2  LEU  15           HB2      LEU  15 -19.677 -19.677   2.497
    4    HB3  LEU  15           HB3      LEU  15 -20.074 -18.373   3.606
    5    HG   LEU  15           HG       LEU  15 -17.653 -18.463   1.809
    6   HD12  LEU  15          HD11      LEU  15 -18.849 -16.394   0.889
    7   HD11  LEU  15          HD12      LEU  15 -20.285 -17.144   1.597
    8   HD13  LEU  15          HD13      LEU  15 -19.343 -18.010   0.379
    9   HD21  LEU  15          HD21      LEU  15 -17.182 -17.228   3.850
   10   HD23  LEU  15          HD22      LEU  15 -18.619 -16.238   3.589
   11   HD22  LEU  15          HD23      LEU  15 -17.273 -16.157   2.451

  No H/Q in entry =          11
  In of MODEL   18
    1    H    SER  16           H        SER  16 -17.929 -21.961   4.459
    2    HA   SER  16           HA       SER  16 -20.328 -22.614   6.048
    3    HB2  SER  16           HB2      SER  16 -19.355 -25.019   5.546
    4    HB3  SER  16           HB3      SER  16 -20.235 -24.184   4.265
    5    HG   SER  16           HG       SER  16 -18.467 -24.119   3.132

  No H/Q in entry =           5
  In of MODEL   18
    1    H    HIS  17           H        HIS  17 -17.251 -21.529   6.250
    2    HA   HIS  17           HA       HIS  17 -16.682 -23.089   8.649
    3    HB2  HIS  17           HB2      HIS  17 -14.939 -22.006   6.543
    4    HB3  HIS  17           HB3      HIS  17 -14.350 -21.795   8.188
    5    HD1  HIS  17           HD1      HIS  17 -14.857 -24.345   5.548
    6    HD2  HIS  17           HD2      HIS  17 -13.814 -24.225   9.577
    7    HE1  HIS  17           HE1      HIS  17 -13.902 -26.614   6.073
    8    HE2  HIS  17           HE2      HIS  17 -13.429 -26.567   8.546

  No H/Q in entry =           8
  In of MODEL   18
    1    H    CYS  18           H        CYS  18 -17.719 -20.049   7.591
    2    HA   CYS  18           HA       CYS  18 -16.648 -18.718   9.944
    3    HB2  CYS  18           HB2      CYS  18 -17.232 -16.592   8.571
    4    HB3  CYS  18           HB3      CYS  18 -15.738 -17.473   8.299
    5    HG   CYS  18           HG       CYS  18 -16.866 -16.562   5.949

  No H/Q in entry =           5
  In of MODEL   18
    1    H    HIS  19           H        HIS  19 -18.154 -16.793  10.778
    2    HA   HIS  19           HA       HIS  19 -20.910 -17.554  10.416
    3    HB2  HIS  19           HB2      HIS  19 -19.957 -17.148  12.655
    4    HB3  HIS  19           HB3      HIS  19 -19.542 -15.505  12.190
    5    HD1  HIS  19           HD1      HIS  19 -22.799 -17.476  12.039
    6    HD2  HIS  19           HD2      HIS  19 -21.268 -13.887  13.473
    7    HE1  HIS  19           HE1      HIS  19 -24.753 -16.261  13.038
    8    HE2  HIS  19           HE2      HIS  19 -23.770 -14.181  14.059

  No H/Q in entry =           8
  In of MODEL   18
    1    H    ILE  20           H        ILE  20 -21.459 -16.617   8.087
    2    HA   ILE  20           HA       ILE  20 -21.071 -13.829   7.547
    3    HB   ILE  20           HB       ILE  20 -23.518 -15.034   6.465
    4   HG12  ILE  20          HG12      ILE  20 -21.655 -16.903   6.596
    5   HG13  ILE  20          HG13      ILE  20 -22.648 -16.728   5.162
    6   HG23  ILE  20          HG21      ILE  20 -23.175 -13.678   4.740
    7   HG22  ILE  20          HG22      ILE  20 -21.447 -14.010   4.671
    8   HG21  ILE  20          HG23      ILE  20 -22.080 -12.871   5.861
    9   HD12  ILE  20          HD11      ILE  20 -19.990 -16.963   5.089
   10   HD11  ILE  20          HD12      ILE  20 -20.117 -15.209   5.197
   11   HD13  ILE  20          HD13      ILE  20 -20.907 -16.068   3.879

  No H/Q in entry =          11
  In of MODEL   18
    1    H    HIS  21           H        HIS  21 -21.971 -12.236   8.410
    2    HA   HIS  21           HA       HIS  21 -24.238 -11.259   8.433
    3    HB2  HIS  21           HB2      HIS  21 -25.436 -13.175   9.375
    4    HB3  HIS  21           HB3      HIS  21 -24.600 -12.951  10.909
    5    HD1  HIS  21           HD1      HIS  21 -25.207 -10.741  12.251
    6    HD2  HIS  21           HD2      HIS  21 -27.665 -11.568   9.000
    7    HE1  HIS  21           HE1      HIS  21 -27.251  -9.320  12.571
    8    HE2  HIS  21           HE2      HIS  21 -28.725  -9.827  10.594

  No H/Q in entry =           8
  In of MODEL   18
    1    H    LYS  22           H        LYS  22 -23.952  -9.432   8.805
    2    HA   LYS  22           HA       LYS  22 -22.027  -8.571  10.793
    3    HB2  LYS  22           HB2      LYS  22 -21.563  -8.250   8.214
    4    HB3  LYS  22           HB3      LYS  22 -22.542  -6.820   8.453
    5    HG2  LYS  22           HG2      LYS  22 -20.710  -6.796  10.558
    6    HG3  LYS  22           HG3      LYS  22 -19.789  -7.304   9.146
    7    HD2  LYS  22           HD2      LYS  22 -20.836  -5.378   7.928
    8    HD3  LYS  22           HD3      LYS  22 -21.424  -4.809   9.490
    9    HE2  LYS  22           HE2      LYS  22 -18.511  -5.372   8.987
   10    HE3  LYS  22           HE3      LYS  22 -19.236  -3.808   8.626
   11    HZ1  LYS  22           HZ1      LYS  22 -19.925  -3.657  10.960
   12    HZ3  LYS  22           HZ2      LYS  22 -18.245  -3.769  10.800
   13    HZ2  LYS  22           HZ3      LYS  22 -19.136  -5.122  11.290

  No H/Q in entry =          13
  In of MODEL   18
    1    H    TYR  23           H        TYR  23 -23.118  -5.896   9.552
    2    HA   TYR  23           HA       TYR  23 -25.509  -5.387  10.968
    3    HB2  TYR  23           HB2      TYR  23 -23.943  -3.467  12.207
    4    HB3  TYR  23           HB3      TYR  23 -24.735  -4.807  12.999
    5    HD1  TYR  23           HD1      TYR  23 -22.300  -6.607  11.510
    6    HD2  TYR  23           HD2      TYR  23 -22.572  -3.431  14.297
    7    HE1  TYR  23           HE1      TYR  23 -20.159  -7.290  12.412
    8    HE2  TYR  23           HE2      TYR  23 -20.394  -4.086  15.238
    9    HH   TYR  23           HH       TYR  23 -19.010  -6.298  15.334

  No H/Q in entry =           9
  In of MODEL   18
    1    HA   PRO  24           HA       PRO  24 -25.295  -1.564   8.417
    2    HB2  PRO  24           HB2      PRO  24 -26.263   0.250  10.308
    3    HB3  PRO  24           HB3      PRO  24 -27.314  -0.697   9.252
    4    HG2  PRO  24           HG2      PRO  24 -26.554  -1.176  12.102
    5    HG3  PRO  24           HG3      PRO  24 -28.110  -1.443  11.296
    6    HD2  PRO  24           HD2      PRO  24 -26.466  -3.484  11.871
    7    HD3  PRO  24           HD3      PRO  24 -27.426  -3.466  10.378

  No H/Q in entry =           7
  In of MODEL   18
    1    H    SER  25           H        SER  25 -24.353   0.364   8.688
    2    HA   SER  25           HA       SER  25 -21.637  -0.112   9.341
    3    HB2  SER  25           HB2      SER  25 -21.732   2.264   8.059
    4    HB3  SER  25           HB3      SER  25 -21.588   0.680   7.306
    5    HG   SER  25           HG       SER  25 -23.396   2.240   6.676

  No H/Q in entry =           5
  In of MODEL   18
    1    H    LYS  26           H        LYS  26 -20.269   1.430   9.782
    2    HA   LYS  26           HA       LYS  26 -19.467   3.329  11.020
    3    HB2  LYS  26           HB2      LYS  26 -21.786   4.157  11.635
    4    HB3  LYS  26           HB3      LYS  26 -21.978   2.831  12.772
    5    HG2  LYS  26           HG2      LYS  26 -20.065   3.723  14.174
    6    HG3  LYS  26           HG3      LYS  26 -19.750   4.980  12.981
    7    HD2  LYS  26           HD2      LYS  26 -22.045   5.952  13.499
    8    HD3  LYS  26           HD3      LYS  26 -22.320   4.647  14.669
    9    HE2  LYS  26           HE2      LYS  26 -20.232   5.337  15.957
   10    HE3  LYS  26           HE3      LYS  26 -19.956   6.665  14.818
   11    HZ1  LYS  26           HZ1      LYS  26 -22.586   6.426  16.156
   12    HZ2  LYS  26           HZ2      LYS  26 -21.327   7.097  16.967
   13    HZ3  LYS  26           HZ3      LYS  26 -21.782   7.749  15.492

  No H/Q in entry =          13
  In of MODEL   18
    1    H    SER  27           H        SER  27 -20.320   0.197  11.317
    2    HA   SER  27           HA       SER  27 -19.172  -0.378  13.854
    3    HB2  SER  27           HB2      SER  27 -19.558  -2.782  12.802
    4    HB3  SER  27           HB3      SER  27 -20.928  -1.829  13.365
    5    HG   SER  27           HG       SER  27 -21.661  -1.833  11.391

  No H/Q in entry =           5
  In of MODEL   18
    1    H    THR  28           H        THR  28 -17.105   0.371  13.622
    2    HA   THR  28           HA       THR  28 -15.355  -0.924  11.657
    3    HB   THR  28           HB       THR  28 -14.867   1.458  12.007
    4    HG1  THR  28           HG1      THR  28 -12.902   0.620  11.829
    5   HG21  THR  28          HG21      THR  28 -15.963   1.602  14.252
    6   HG23  THR  28          HG22      THR  28 -14.420   2.447  14.134
    7   HG22  THR  28          HG23      THR  28 -14.509   0.882  14.944

  No H/Q in entry =           7
  In of MODEL   18
    1    H    LEU  29           H        LEU  29 -13.472  -1.888  12.709
    2    HA   LEU  29           HA       LEU  29 -14.476  -3.748  14.692
    3    HB2  LEU  29           HB2      LEU  29 -13.286  -5.422  12.807
    4    HB3  LEU  29           HB3      LEU  29 -14.998  -5.307  13.142
    5    HG   LEU  29           HG       LEU  29 -13.442  -4.052  10.862
    6   HD11  LEU  29          HD11      LEU  29 -14.082  -6.415  10.650
    7   HD13  LEU  29          HD12      LEU  29 -14.898  -5.373   9.478
    8   HD12  LEU  29          HD13      LEU  29 -15.769  -5.953  10.898
    9   HD23  LEU  29          HD21      LEU  29 -16.351  -3.842  10.774
   10   HD22  LEU  29          HD22      LEU  29 -15.103  -2.700  10.253
   11   HD21  LEU  29          HD23      LEU  29 -15.567  -2.792  11.955

  No H/Q in entry =          11
  In of MODEL   18
    1    H    ILE  30           H        ILE  30 -11.807  -2.372  12.964
    2    HA   ILE  30           HA       ILE  30  -9.935  -3.014  14.882
    3    HB   ILE  30           HB       ILE  30  -8.700  -4.560  12.816
    4   HG12  ILE  30          HG12      ILE  30 -10.235  -6.671  13.328
    5   HG13  ILE  30          HG13      ILE  30 -11.485  -5.440  13.402
    6   HG22  ILE  30          HG21      ILE  30  -8.567  -6.274  14.624
    7   HG21  ILE  30          HG22      ILE  30  -9.561  -5.210  15.619
    8   HG23  ILE  30          HG23      ILE  30  -7.976  -4.672  15.059
    9   HD13  ILE  30          HD11      ILE  30 -11.599  -5.349  11.198
   10   HD12  ILE  30          HD12      ILE  30 -10.492  -6.721  11.143
   11   HD11  ILE  30          HD13      ILE  30  -9.858  -5.074  11.066

  No H/Q in entry =          11
  In of MODEL   18
    1    H    HIS  31           H        HIS  31  -9.184  -1.221  14.712
    2    HA   HIS  31           HA       HIS  31  -6.960  -0.665  13.130
    3    HB2  HIS  31           HB2      HIS  31  -7.779   0.580  11.371
    4    HB3  HIS  31           HB3      HIS  31  -9.327  -0.155  11.755
    5    HD1  HIS  31           HD1      HIS  31  -8.011   2.984  11.010
    6    HD2  HIS  31           HD2      HIS  31 -10.533   1.672  14.037
    7    HE1  HIS  31           HE1      HIS  31  -9.096   5.038  11.937
    8    HE2  HIS  31           HE2      HIS  31 -10.390   4.240  13.920

  No H/Q in entry =           8
  In of MODEL   18
    1    H    GLN  32           H        GLN  32  -7.295  -0.698  15.814
    2    HA   GLN  32           HA       GLN  32  -6.896   2.118  16.529
    3    HB2  GLN  32           HB2      GLN  32  -9.340   1.251  17.049
    4    HB3  GLN  32           HB3      GLN  32  -8.554   0.470  18.416
    5    HG2  GLN  32           HG2      GLN  32  -7.664   2.672  19.112
    6    HG3  GLN  32           HG3      GLN  32  -8.560   3.422  17.797
    7   HE21  GLN  32          HE21      GLN  32 -10.850   1.561  18.229
    8   HE22  GLN  32          HE22      GLN  32 -11.657   2.172  19.629

  No H/Q in entry =           8
  In of MODEL   18
    1    H    GLY  33           H        GLY  33  -6.119  -1.106  16.650
    2    HA3  GLY  33           HA2      GLY  33  -3.775  -1.488  17.417
    3    HA2  GLY  33           HA3      GLY  33  -4.248  -0.624  18.871

  No H/Q in entry =           3
  In of MODEL   18
    1    H    GLU  34           H        GLU  34  -6.515  -2.711  17.369
    2    HA   GLU  34           HA       GLU  34  -6.474  -4.649  19.564
    3    HB2  GLU  34           HB2      GLU  34  -8.220  -4.798  17.138
    4    HB3  GLU  34           HB3      GLU  34  -8.574  -5.275  18.778
    5    HG2  GLU  34           HG2      GLU  34  -9.846  -3.411  18.704
    6    HG3  GLU  34           HG3      GLU  34  -8.318  -2.648  19.138

  No H/Q in entry =           6
  In of MODEL   18
    1    H    LYS  35           H        LYS  35  -5.416  -6.521  19.331
    2    HA   LYS  35           HA       LYS  35  -3.946  -7.319  17.130
    3    HB2  LYS  35           HB2      LYS  35  -5.107  -8.851  19.436
    4    HB3  LYS  35           HB3      LYS  35  -4.266  -9.700  18.147
    5    HG2  LYS  35           HG2      LYS  35  -2.292  -8.218  18.567
    6    HG3  LYS  35           HG3      LYS  35  -3.143  -7.599  19.989
    7    HD2  LYS  35           HD2      LYS  35  -1.803  -9.283  20.881
    8    HD3  LYS  35           HD3      LYS  35  -3.354 -10.095  20.657
    9    HE2  LYS  35           HE2      LYS  35  -2.197 -10.548  18.253
   10    HE3  LYS  35           HE3      LYS  35  -0.775 -10.510  19.293
   11    HZ2  LYS  35           HZ1      LYS  35  -1.781 -12.739  19.005
   12    HZ1  LYS  35           HZ2      LYS  35  -3.161 -12.199  19.820
   13    HZ3  LYS  35           HZ3      LYS  35  -1.665 -12.252  20.617

  No H/Q in entry =          13
  In of MODEL   18
    1    H    ALA  36           H        ALA  36  -4.646  -7.776  15.116
    2    HA   ALA  36           HA       ALA  36  -7.409  -8.432  14.704
    3    HB3  ALA  36           HB1      ALA  36  -6.702  -8.465  12.281
    4    HB1  ALA  36           HB2      ALA  36  -5.091  -8.018  12.844
    5    HB2  ALA  36           HB3      ALA  36  -6.457  -6.946  13.144

  No H/Q in entry =           5
  In of MODEL   18
    1    H    GLU  37           H        GLU  37  -7.215 -10.431  16.017
    2    HA   GLU  37           HA       GLU  37  -5.933 -12.703  14.723
    3    HB2  GLU  37           HB2      GLU  37  -7.723 -12.902  17.127
    4    HB3  GLU  37           HB3      GLU  37  -6.362 -13.918  16.680
    5    HG2  GLU  37           HG2      GLU  37  -4.839 -12.045  17.187
    6    HG3  GLU  37           HG3      GLU  37  -6.229 -11.098  17.719

  No H/Q in entry =           6
  In of MODEL   18
    1    H    THR  38           H        THR  38  -8.976 -11.186  14.790
    2    HA   THR  38           HA       THR  38 -10.290 -13.594  13.744
    3    HB   THR  38           HB       THR  38 -11.502 -12.824  15.636
    4    HG1  THR  38           HG1      THR  38 -12.642 -13.007  13.366
    5   HG21  THR  38          HG21      THR  38 -11.404 -10.063  14.425
    6   HG23  THR  38          HG22      THR  38 -10.554 -10.610  15.870
    7   HG22  THR  38          HG23      THR  38 -12.314 -10.505  15.869

  No H/Q in entry =           7
  In of MODEL   18
    1    H    LEU  39           H        LEU  39 -10.981 -13.630  11.690
    2    HA   LEU  39           HA       LEU  39 -10.509 -11.227  10.107
    3    HB2  LEU  39           HB2      LEU  39  -9.251 -12.869   9.108
    4    HB3  LEU  39           HB3      LEU  39 -10.357 -14.147   9.570
    5    HG   LEU  39           HG       LEU  39 -11.404 -12.241   7.570
    6   HD12  LEU  39          HD11      LEU  39 -10.174 -13.465   5.749
    7   HD11  LEU  39          HD12      LEU  39  -9.078 -14.060   6.995
    8   HD13  LEU  39          HD13      LEU  39  -9.208 -12.328   6.686
    9   HD23  LEU  39          HD21      LEU  39 -11.863 -14.621   6.540
   10   HD22  LEU  39          HD22      LEU  39 -12.828 -14.006   7.881
   11   HD21  LEU  39          HD23      LEU  39 -11.523 -15.150   8.188

  No H/Q in entry =          11
  In of MODEL   18
    1    H    TYR  40           H        TYR  40 -12.148 -10.504   8.612
    2    HA   TYR  40           HA       TYR  40 -14.810 -11.620   9.133
    3    HB2  TYR  40           HB2      TYR  40 -14.315  -8.691   8.623
    4    HB3  TYR  40           HB3      TYR  40 -15.783  -9.454   9.201
    5    HD1  TYR  40           HD1      TYR  40 -16.308  -9.159  11.372
    6    HD2  TYR  40           HD2      TYR  40 -12.209  -9.032  10.303
    7    HE1  TYR  40           HE1      TYR  40 -15.739  -8.525  13.678
    8    HE2  TYR  40           HE2      TYR  40 -11.614  -8.421  12.608
    9    HH   TYR  40           HH       TYR  40 -12.653  -7.375  14.557

  No H/Q in entry =           9
  In of MODEL   18
    1    H    TYR  41           H        TYR  41 -15.670 -12.294   7.185
    2    HA   TYR  41           HA       TYR  41 -14.496 -11.246   4.730
    3    HB2  TYR  41           HB2      TYR  41 -14.902 -13.742   5.259
    4    HB3  TYR  41           HB3      TYR  41 -16.596 -13.386   4.940
    5    HD1  TYR  41           HD1      TYR  41 -16.919 -11.965   2.651
    6    HD2  TYR  41           HD2      TYR  41 -13.727 -14.574   3.561
    7    HE1  TYR  41           HE1      TYR  41 -16.475 -12.236   0.261
    8    HE2  TYR  41           HE2      TYR  41 -13.251 -14.866   1.219
    9    HH   TYR  41           HH       TYR  41 -14.613 -12.826  -1.190

  No H/Q in entry =           9
  In of MODEL   18
    1    H    ILE  42           H        ILE  42 -15.442  -9.345   4.259
    2    HA   ILE  42           HA       ILE  42 -18.179  -8.777   4.693
    3    HB   ILE  42           HB       ILE  42 -16.492  -7.049   4.561
    4   HG12  ILE  42          HG12      ILE  42 -18.370  -6.747   2.226
    5   HG13  ILE  42          HG13      ILE  42 -18.801  -6.473   3.917
    6   HG22  ILE  42          HG21      ILE  42 -15.971  -6.700   1.847
    7   HG21  ILE  42          HG22      ILE  42 -15.710  -8.413   2.175
    8   HG23  ILE  42          HG23      ILE  42 -14.847  -7.193   3.112
    9   HD13  ILE  42          HD11      ILE  42 -18.296  -4.357   3.272
   10   HD12  ILE  42          HD12      ILE  42 -17.068  -4.881   2.120
   11   HD11  ILE  42          HD13      ILE  42 -16.715  -4.894   3.848

  No H/Q in entry =          11
  In of MODEL   18
    1    H    VAL  43           H        VAL  43 -19.130 -10.647   3.895
    2    HA   VAL  43           HA       VAL  43 -18.871 -11.673   1.285
    3    HB   VAL  43           HB       VAL  43 -21.182 -12.090   3.163
    4   HG11  VAL  43          HG11      VAL  43 -21.428 -12.918   0.856
    5   HG13  VAL  43          HG12      VAL  43 -21.416 -14.203   2.065
    6   HG12  VAL  43          HG13      VAL  43 -19.976 -13.896   1.089
    7   HG23  VAL  43          HG21      VAL  43 -19.532 -14.223   3.505
    8   HG22  VAL  43          HG22      VAL  43 -19.638 -12.835   4.591
    9   HG21  VAL  43          HG23      VAL  43 -18.385 -12.894   3.354

  No H/Q in entry =           9
  In of MODEL   18
    1    H    LYS  44           H        LYS  44 -20.589  -9.180   2.538
    2    HA   LYS  44           HA       LYS  44 -21.968  -8.267   0.263
    3    HB2  LYS  44           HB2      LYS  44 -23.647  -9.444   2.513
    4    HB3  LYS  44           HB3      LYS  44 -24.276  -8.366   1.279
    5    HG2  LYS  44           HG2      LYS  44 -23.172 -11.130   0.857
    6    HG3  LYS  44           HG3      LYS  44 -24.862 -10.632   0.764
    7    HD2  LYS  44           HD2      LYS  44 -24.493  -9.363  -1.173
    8    HD3  LYS  44           HD3      LYS  44 -22.745  -9.401  -0.949
    9    HE2  LYS  44           HE2      LYS  44 -23.778 -12.078  -1.127
   10    HE3  LYS  44           HE3      LYS  44 -24.303 -11.134  -2.518
   11    HZ1  LYS  44           HZ1      LYS  44 -21.479 -11.162  -1.634
   12    HZ3  LYS  44           HZ2      LYS  44 -22.108 -10.702  -3.140
   13    HZ2  LYS  44           HZ3      LYS  44 -22.091 -12.337  -2.694

  No H/Q in entry =          13
  In of MODEL   18
    1    H    GLY  45           H        GLY  45 -22.792  -6.214   0.781
    2    HA3  GLY  45           HA2      GLY  45 -22.911  -4.241   2.042
    3    HA2  GLY  45           HA3      GLY  45 -22.079  -5.061   3.369

  No H/Q in entry =           3
  In of MODEL   18
    1    H    SER  46           H        SER  46 -21.053  -2.624   2.432
    2    HA   SER  46           HA       SER  46 -18.479  -3.625   1.557
    3    HB2  SER  46           HB2      SER  46 -19.373  -2.949  -0.523
    4    HB3  SER  46           HB3      SER  46 -20.152  -1.531   0.178
    5    HG   SER  46           HG       SER  46 -18.349  -0.455  -0.004

  No H/Q in entry =           5
  In of MODEL   18
    1    H    VAL  47           H        VAL  47 -16.716  -2.237   2.217
    2    HA   VAL  47           HA       VAL  47 -17.610  -0.409   4.328
    3    HB   VAL  47           HB       VAL  47 -15.945  -1.156   5.906
    4   HG13  VAL  47          HG11      VAL  47 -16.890  -3.322   6.477
    5   HG12  VAL  47          HG12      VAL  47 -17.605  -3.429   4.866
    6   HG11  VAL  47          HG13      VAL  47 -18.143  -2.179   5.986
    7   HG21  VAL  47          HG21      VAL  47 -15.216  -3.147   3.781
    8   HG23  VAL  47          HG22      VAL  47 -14.792  -3.347   5.482
    9   HG22  VAL  47          HG23      VAL  47 -14.173  -1.964   4.576

  No H/Q in entry =           9
  In of MODEL   18
    1    H    ALA  48           H        ALA  48 -15.496   0.526   5.458
    2    HA   ALA  48           HA       ALA  48 -14.087   1.818   3.242
    3    HB3  ALA  48           HB1      ALA  48 -14.161   3.870   4.468
    4    HB1  ALA  48           HB2      ALA  48 -14.853   3.068   5.876
    5    HB2  ALA  48           HB3      ALA  48 -15.802   3.228   4.398

  No H/Q in entry =           5
  In of MODEL   18
    1    H    VAL  49           H        VAL  49 -12.227   0.865   3.279
    2    HA   VAL  49           HA       VAL  49 -10.852   0.028   5.626
    3    HB   VAL  49           HB       VAL  49 -10.066   0.264   2.717
    4   HG12  VAL  49          HG11      VAL  49  -8.462  -1.187   4.782
    5   HG11  VAL  49          HG12      VAL  49  -8.157   0.512   4.419
    6   HG13  VAL  49          HG13      VAL  49  -7.993  -0.703   3.150
    7   HG21  VAL  49          HG21      VAL  49 -11.719  -1.443   3.331
    8   HG23  VAL  49          HG22      VAL  49 -10.566  -2.104   4.497
    9   HG22  VAL  49          HG23      VAL  49 -10.201  -2.151   2.768

  No H/Q in entry =           9
  In of MODEL   18
    1    H    LEU  50           H        LEU  50  -9.446   1.221   6.802
    2    HA   LEU  50           HA       LEU  50  -8.527   3.731   5.753
    3    HB2  LEU  50           HB2      LEU  50  -9.323   5.069   7.482
    4    HB3  LEU  50           HB3      LEU  50 -10.671   4.079   6.974
    5    HG   LEU  50           HG       LEU  50  -9.080   3.869   9.508
    6   HD13  LEU  50          HD11      LEU  50 -10.820   5.496   9.558
    7   HD12  LEU  50          HD12      LEU  50 -11.376   4.068  10.443
    8   HD11  LEU  50          HD13      LEU  50 -11.959   4.366   8.800
    9   HD22  LEU  50          HD21      LEU  50  -9.413   1.623   8.677
   10   HD21  LEU  50          HD22      LEU  50 -11.128   1.952   8.414
   11   HD23  LEU  50          HD23      LEU  50 -10.468   1.937  10.054

  No H/Q in entry =          11
  In of MODEL   18
    1    H    ILE  51           H        ILE  51  -6.760   4.662   6.685
    2    HA   ILE  51           HA       ILE  51  -5.170   2.759   8.300
    3    HB   ILE  51           HB       ILE  51  -3.192   3.781   7.093
    4   HG12  ILE  51          HG12      ILE  51  -5.208   4.548   5.003
    5   HG13  ILE  51          HG13      ILE  51  -4.716   5.697   6.238
    6   HG22  ILE  51          HG21      ILE  51  -3.489   2.317   5.135
    7   HG21  ILE  51          HG22      ILE  51  -5.205   2.179   5.517
    8   HG23  ILE  51          HG23      ILE  51  -3.999   1.534   6.631
    9   HD13  ILE  51          HD11      ILE  51  -2.431   5.578   5.488
   10   HD12  ILE  51          HD12      ILE  51  -3.492   5.963   4.132
   11   HD11  ILE  51          HD13      ILE  51  -2.851   4.330   4.315

  No H/Q in entry =          11
  In of MODEL   18
    1    H    LYS  52           H        LYS  52  -3.570   3.577   9.614
    2    HA   LYS  52           HA       LYS  52  -4.061   6.264  10.674
    3    HB2  LYS  52           HB2      LYS  52  -3.445   3.714  11.858
    4    HB3  LYS  52           HB3      LYS  52  -2.168   4.856  12.259
    5    HG2  LYS  52           HG2      LYS  52  -3.473   6.007  13.656
    6    HG3  LYS  52           HG3      LYS  52  -4.860   5.936  12.571
    7    HD2  LYS  52           HD2      LYS  52  -5.517   3.818  13.374
    8    HD3  LYS  52           HD3      LYS  52  -3.963   3.543  14.164
    9    HE2  LYS  52           HE2      LYS  52  -5.891   5.722  14.944
   10    HE3  LYS  52           HE3      LYS  52  -5.839   4.134  15.710
   11    HZ3  LYS  52           HZ1      LYS  52  -4.468   5.268  17.092
   12    HZ2  LYS  52           HZ2      LYS  52  -3.953   6.356  15.906
   13    HZ1  LYS  52           HZ3      LYS  52  -3.307   4.795  15.955

  No H/Q in entry =          13
  In of MODEL   18
    1    H    ASP  53           H        ASP  53  -2.418   7.784  10.715
    2    HA   ASP  53           HA       ASP  53  -0.226   7.225   8.895
    3    HB2  ASP  53           HB2      ASP  53  -1.744   9.282   8.691
    4    HB3  ASP  53           HB3      ASP  53  -0.788   9.935  10.018

  No H/Q in entry =           4
  In of MODEL   18
    1    H    GLU  54           H        GLU  54   1.570   9.323   9.821
    2    HA   GLU  54           HA       GLU  54   2.747   7.789  12.036
    3    HB2  GLU  54           HB2      GLU  54   4.125   8.321   9.909
    4    HB3  GLU  54           HB3      GLU  54   4.094   9.993  10.449
    5    HG2  GLU  54           HG2      GLU  54   5.707   9.642  11.934
    6    HG3  GLU  54           HG3      GLU  54   4.940   8.175  12.536

  No H/Q in entry =           6
  In of MODEL   18
    1    H    GLU  55           H        GLU  55   0.674  10.242  11.413
    2    HA   GLU  55           HA       GLU  55   1.381  11.695  13.887
    3    HB2  GLU  55           HB2      GLU  55   0.181  13.667  12.896
    4    HB3  GLU  55           HB3      GLU  55   1.684  13.266  12.078
    5    HG2  GLU  55           HG2      GLU  55   0.632  12.589  10.177
    6    HG3  GLU  55           HG3      GLU  55  -0.830  12.097  11.032

  No H/Q in entry =           6
  In of MODEL   18
    1    H    GLY  56           H        GLY  56  -0.461   9.311  12.871
    2    HA3  GLY  56           HA2      GLY  56  -2.265   8.434  14.020
    3    HA2  GLY  56           HA3      GLY  56  -2.468   9.978  14.826

  No H/Q in entry =           3
  In of MODEL   18
    1    H    LYS  57           H        LYS  57  -2.379   9.951  11.229
    2    HA   LYS  57           HA       LYS  57  -5.116  10.825  11.403
    3    HB2  LYS  57           HB2      LYS  57  -3.032  11.667   9.879
    4    HB3  LYS  57           HB3      LYS  57  -3.698  10.446   8.808
    5    HG2  LYS  57           HG2      LYS  57  -5.283  11.834   8.136
    6    HG3  LYS  57           HG3      LYS  57  -5.813  12.104   9.799
    7    HD2  LYS  57           HD2      LYS  57  -5.193  14.216   8.799
    8    HD3  LYS  57           HD3      LYS  57  -4.024  13.797  10.052
    9    HE2  LYS  57           HE2      LYS  57  -2.653  12.776   8.118
   10    HE3  LYS  57           HE3      LYS  57  -3.700  13.730   7.069
   11    HZ2  LYS  57           HZ1      LYS  57  -1.564  14.819   7.740
   12    HZ1  LYS  57           HZ2      LYS  57  -2.157  14.894   9.325
   13    HZ3  LYS  57           HZ3      LYS  57  -2.954  15.722   8.079

  No H/Q in entry =          13
  In of MODEL   18
    1    H    GLU  58           H        GLU  58  -6.646   9.292  11.260
    2    HA   GLU  58           HA       GLU  58  -5.957   6.694  10.095
    3    HB2  GLU  58           HB2      GLU  58  -8.317   6.545  11.650
    4    HB3  GLU  58           HB3      GLU  58  -6.785   5.763  12.000
    5    HG2  GLU  58           HG2      GLU  58  -6.210   7.328  13.566
    6    HG3  GLU  58           HG3      GLU  58  -7.139   8.607  12.791

  No H/Q in entry =           6
  In of MODEL   18
    1    H    MET  59           H        MET  59  -6.634   7.451   7.875
    2    HA   MET  59           HA       MET  59  -9.314   8.524   7.863
    3    HB2  MET  59           HB2      MET  59  -6.885   8.821   6.103
    4    HB3  MET  59           HB3      MET  59  -8.478   9.450   5.703
    5    HG2  MET  59           HG2      MET  59  -8.336  10.866   7.738
    6    HG3  MET  59           HG3      MET  59  -6.679  10.284   7.949
    7    HE3  MET  59           HE1      MET  59  -6.791  10.109   4.352
    8    HE2  MET  59           HE2      MET  59  -7.109  11.723   3.703
    9    HE1  MET  59           HE3      MET  59  -8.395  10.825   4.505

  No H/Q in entry =           9
  In of MODEL   18
    1    H    ILE  60           H        ILE  60 -10.638   7.630   6.343
    2    HA   ILE  60           HA       ILE  60 -10.236   5.054   5.402
    3    HB   ILE  60           HB       ILE  60 -11.988   7.184   4.192
    4   HG12  ILE  60          HG12      ILE  60 -12.622   5.043   6.228
    5   HG13  ILE  60          HG13      ILE  60 -12.358   6.743   6.610
    6   HG23  ILE  60          HG21      ILE  60 -13.262   5.333   3.260
    7   HG22  ILE  60          HG22      ILE  60 -12.130   4.180   3.968
    8   HG21  ILE  60          HG23      ILE  60 -11.592   5.277   2.696
    9   HD11  ILE  60          HD11      ILE  60 -14.460   5.797   4.715
   10   HD13  ILE  60          HD12      ILE  60 -14.289   7.390   5.453
   11   HD12  ILE  60          HD13      ILE  60 -14.731   6.000   6.445

  No H/Q in entry =          11
  In of MODEL   18
    1    H    LEU  61           H        LEU  61  -8.977   4.291   3.895
    2    HA   LEU  61           HA       LEU  61  -7.973   6.137   1.846
    3    HB2  LEU  61           HB2      LEU  61  -5.815   5.318   2.039
    4    HB3  LEU  61           HB3      LEU  61  -6.369   5.325   3.693
    5    HG   LEU  61           HG       LEU  61  -5.066   3.379   3.406
    6   HD11  LEU  61          HD11      LEU  61  -7.958   2.600   3.328
    7   HD13  LEU  61          HD12      LEU  61  -6.987   2.972   4.754
    8   HD12  LEU  61          HD13      LEU  61  -6.627   1.539   3.790
    9   HD23  LEU  61          HD21      LEU  61  -5.924   1.607   1.712
   10   HD22  LEU  61          HD22      LEU  61  -4.827   2.895   1.198
   11   HD21  LEU  61          HD23      LEU  61  -6.556   3.024   0.870

  No H/Q in entry =          11
  In of MODEL   18
    1    H    SER  62           H        SER  62  -9.701   3.340   2.515
    2    HA   SER  62           HA       SER  62  -9.947   2.771  -0.286
    3    HB2  SER  62           HB2      SER  62  -7.906   1.536   0.203
    4    HB3  SER  62           HB3      SER  62  -8.692   0.722   1.546
    5    HG   SER  62           HG       SER  62  -9.193  -0.726   0.116

  No H/Q in entry =           5
  In of MODEL   18
    1    H    TYR  63           H        TYR  63 -11.184   0.625  -0.464
    2    HA   TYR  63           HA       TYR  63 -13.198   0.033   1.433
    3    HB2  TYR  63           HB2      TYR  63 -14.268   1.164  -1.166
    4    HB3  TYR  63           HB3      TYR  63 -15.173   0.706   0.259
    5    HD1  TYR  63           HD1      TYR  63 -13.033   3.293  -1.212
    6    HD2  TYR  63           HD2      TYR  63 -15.641   2.273   1.956
    7    HE1  TYR  63           HE1      TYR  63 -13.217   5.675  -0.621
    8    HE2  TYR  63           HE2      TYR  63 -15.835   4.642   2.579
    9    HH   TYR  63           HH       TYR  63 -15.181   6.710   2.173

  No H/Q in entry =           9
  In of MODEL   18
    1    H    LEU  64           H        LEU  64 -14.617  -1.275   0.559
    2    HA   LEU  64           HA       LEU  64 -13.405  -3.404  -1.019
    3    HB2  LEU  64           HB2      LEU  64 -15.288  -3.904   1.218
    4    HB3  LEU  64           HB3      LEU  64 -14.225  -5.025   0.403
    5    HG   LEU  64           HG       LEU  64 -13.383  -2.865   2.333
    6   HD12  LEU  64          HD11      LEU  64 -13.119  -5.838   2.619
    7   HD11  LEU  64          HD12      LEU  64 -14.555  -4.970   3.161
    8   HD13  LEU  64          HD13      LEU  64 -12.979  -4.591   3.858
    9   HD23  LEU  64          HD21      LEU  64 -11.164  -3.962   2.179
   10   HD22  LEU  64          HD22      LEU  64 -11.645  -3.154   0.687
   11   HD21  LEU  64          HD23      LEU  64 -11.762  -4.909   0.816

  No H/Q in entry =          11
  In of MODEL   18
    1    H    ASN  65           H        ASN  65 -15.227  -5.161  -1.147
    2    HA   ASN  65           HA       ASN  65 -17.649  -3.934  -2.172
    3    HB2  ASN  65           HB2      ASN  65 -15.659  -4.971  -3.903
    4    HB3  ASN  65           HB3      ASN  65 -16.993  -6.122  -3.907
    5   HD21  ASN  65          HD21      ASN  65 -16.644  -2.591  -3.794
    6   HD22  ASN  65          HD22      ASN  65 -17.783  -2.269  -5.055

  No H/Q in entry =           6
  In of MODEL   18
    1    H    GLN  66           H        GLN  66 -19.341  -5.509  -2.428
    2    HA   GLN  66           HA       GLN  66 -19.772  -7.262  -0.275
    3    HB2  GLN  66           HB2      GLN  66 -21.100  -7.037  -3.054
    4    HB3  GLN  66           HB3      GLN  66 -21.728  -8.053  -1.758
    5    HG2  GLN  66           HG2      GLN  66 -22.155  -6.006  -0.322
    6    HG3  GLN  66           HG3      GLN  66 -21.407  -4.971  -1.513
    7   HE22  GLN  66          HE21      GLN  66 -24.996  -4.499  -2.005
    8   HE21  GLN  66          HE22      GLN  66 -23.643  -4.068  -0.821

  No H/Q in entry =           8
  In of MODEL   18
    1    H    GLY  67           H        GLY  67 -17.804  -8.550  -0.339
    2    HA3  GLY  67           HA2      GLY  67 -17.860 -11.102  -0.761
    3    HA2  GLY  67           HA3      GLY  67 -17.707 -10.575  -2.431

  No H/Q in entry =           3
  In of MODEL   18
    1    H    ASP  68           H        ASP  68 -16.149  -8.677   0.021
    2    HA   ASP  68           HA       ASP  68 -13.542  -9.630  -0.959
    3    HB2  ASP  68           HB2      ASP  68 -14.445  -7.107  -1.045
    4    HB3  ASP  68           HB3      ASP  68 -13.806  -7.093   0.593

  No H/Q in entry =           4
  In of MODEL   18
    1    H    PHE  69           H        PHE  69 -11.927  -8.698   1.076
    2    HA   PHE  69           HA       PHE  69 -12.822 -10.316   3.357
    3    HB2  PHE  69           HB2      PHE  69 -10.059  -9.767   2.289
    4    HB3  PHE  69           HB3      PHE  69 -10.367 -10.565   3.823
    5    HD1  PHE  69           HD1      PHE  69 -11.008 -12.854   3.915
    6    HD2  PHE  69           HD2      PHE  69 -10.618 -10.866   0.171
    7    HE1  PHE  69           HE1      PHE  69 -11.025 -15.029   2.765
    8    HE2  PHE  69           HE2      PHE  69 -10.655 -13.039  -0.989
    9    HZ   PHE  69           HZ       PHE  69 -10.850 -15.124   0.310

  No H/Q in entry =           9
  In of MODEL   18
    1    H    ILE  70           H        ILE  70 -11.946  -9.689   5.438
    2    HA   ILE  70           HA       ILE  70 -11.183  -6.891   5.801
    3    HB   ILE  70           HB       ILE  70 -13.639  -8.222   6.902
    4   HG12  ILE  70          HG12      ILE  70 -13.019  -5.516   5.729
    5   HG13  ILE  70          HG13      ILE  70 -14.108  -6.752   5.108
    6   HG22  ILE  70          HG21      ILE  70 -12.192  -5.942   8.232
    7   HG21  ILE  70          HG22      ILE  70 -12.297  -7.591   8.844
    8   HG23  ILE  70          HG23      ILE  70 -13.749  -6.606   8.709
    9   HD12  ILE  70          HD11      ILE  70 -14.520  -4.784   7.300
   10   HD11  ILE  70          HD12      ILE  70 -15.364  -6.331   7.373
   11   HD13  ILE  70          HD13      ILE  70 -15.601  -5.262   5.989

  No H/Q in entry =          11
  In of MODEL   18
    1    H    GLY  71           H        GLY  71  -9.811  -6.688   7.548
    2    HA3  GLY  71           HA2      GLY  71  -8.446  -7.288   9.309
    3    HA2  GLY  71           HA3      GLY  71  -9.642  -8.513   9.720

  No H/Q in entry =           3
  In of MODEL   18
    1    H    GLU  72           H        GLU  72  -8.300  -8.381   6.582
    2    HA   GLU  72           HA       GLU  72  -7.277 -11.043   6.794
    3    HB2  GLU  72           HB2      GLU  72  -6.409 -10.025   4.381
    4    HB3  GLU  72           HB3      GLU  72  -7.913 -10.896   4.629
    5    HG2  GLU  72           HG2      GLU  72  -8.275  -8.860   3.355
    6    HG3  GLU  72           HG3      GLU  72  -9.111  -8.792   4.903

  No H/Q in entry =           6
  In of MODEL   18
    1    H    LEU  73           H        LEU  73  -6.268  -7.763   6.787
    2    HA   LEU  73           HA       LEU  73  -3.528  -7.990   6.447
    3    HB2  LEU  73           HB2      LEU  73  -5.369  -6.131   7.840
    4    HB3  LEU  73           HB3      LEU  73  -3.667  -6.013   8.230
    5    HG   LEU  73           HG       LEU  73  -5.088  -4.979   5.959
    6   HD11  LEU  73          HD11      LEU  73  -2.331  -4.794   7.093
    7   HD13  LEU  73          HD12      LEU  73  -3.680  -3.679   7.316
    8   HD12  LEU  73          HD13      LEU  73  -2.894  -3.808   5.742
    9   HD23  LEU  73          HD21      LEU  73  -2.638  -6.618   5.300
   10   HD22  LEU  73          HD22      LEU  73  -3.539  -5.576   4.200
   11   HD21  LEU  73          HD23      LEU  73  -4.286  -7.041   4.835

  No H/Q in entry =          11
  In of MODEL   18
    1    H    GLY  74           H        GLY  74  -5.521  -8.420   9.329
    2    HA3  GLY  74           HA2      GLY  74  -3.415  -8.657  11.180
    3    HA2  GLY  74           HA3      GLY  74  -5.033  -9.305  11.384

  No H/Q in entry =           3
  In of MODEL   18
    1    H    LEU  75           H        LEU  75  -4.425 -10.769   8.713
    2    HA   LEU  75           HA       LEU  75  -2.921 -12.953  10.049
    3    HB2  LEU  75           HB2      LEU  75  -4.623 -14.333   9.674
    4    HB3  LEU  75           HB3      LEU  75  -5.544 -12.971   9.068
    5    HG   LEU  75           HG       LEU  75  -4.097 -13.672   6.864
    6   HD12  LEU  75          HD11      LEU  75  -4.319 -16.125   6.685
    7   HD11  LEU  75          HD12      LEU  75  -4.774 -16.186   8.391
    8   HD13  LEU  75          HD13      LEU  75  -3.165 -15.624   7.922
    9   HD23  LEU  75          HD21      LEU  75  -6.225 -14.774   6.137
   10   HD22  LEU  75          HD22      LEU  75  -6.437 -13.164   6.826
   11   HD21  LEU  75          HD23      LEU  75  -6.821 -14.591   7.790

  No H/Q in entry =          11
  In of MODEL   18
    1    H    PHE  76           H        PHE  76  -3.255 -11.013   7.280
    2    HA   PHE  76           HA       PHE  76  -1.455 -12.600   5.644
    3    HB2  PHE  76           HB2      PHE  76  -3.170 -11.657   4.360
    4    HB3  PHE  76           HB3      PHE  76  -3.114 -10.130   5.233
    5    HD1  PHE  76           HD1      PHE  76  -0.876 -12.244   3.196
    6    HD2  PHE  76           HD2      PHE  76  -2.239  -8.333   4.096
    7    HE1  PHE  76           HE1      PHE  76   0.577 -11.338   1.411
    8    HE2  PHE  76           HE2      PHE  76  -0.796  -7.406   2.329
    9    HZ   PHE  76           HZ       PHE  76   0.616  -8.911   0.985

  No H/Q in entry =           9
  In of MODEL   18
    1    H    GLU  77           H        GLU  77  -1.594  -9.590   7.419
    2    HA   GLU  77           HA       GLU  77   1.000  -8.688   6.562
    3    HB2  GLU  77           HB2      GLU  77  -0.975  -7.287   7.592
    4    HB3  GLU  77           HB3      GLU  77  -0.218  -7.724   9.119
    5    HG2  GLU  77           HG2      GLU  77   1.851  -6.845   7.447
    6    HG3  GLU  77           HG3      GLU  77   0.525  -5.703   7.233

  No H/Q in entry =           6
  In of MODEL   18
    1    H    GLU  78           H        GLU  78  -0.236 -10.856   8.668
    2    HA   GLU  78           HA       GLU  78   0.371 -11.901  10.619
    3    HB2  GLU  78           HB2      GLU  78   2.327 -12.495   9.014
    4    HB3  GLU  78           HB3      GLU  78   3.241 -11.282   9.907
    5    HG2  GLU  78           HG2      GLU  78   2.167 -12.787  11.917
    6    HG3  GLU  78           HG3      GLU  78   2.471 -13.993  10.667

  No H/Q in entry =           6
  In of MODEL   18
    1    H    GLY  79           H        GLY  79  -0.432  -9.319  10.750
    2    HA3  GLY  79           HA2      GLY  79   1.315  -7.401  11.905
    3    HA2  GLY  79           HA3      GLY  79  -0.424  -7.338  11.835

  No H/Q in entry =           3
  In of MODEL   18
    1    H    GLN  80           H        GLN  80  -1.593  -8.673  13.359
    2    HA   GLN  80           HA       GLN  80  -2.102  -9.403  15.370
    3    HB2  GLN  80           HB2      GLN  80   0.825  -9.681  16.008
    4    HB3  GLN  80           HB3      GLN  80  -0.521 -10.475  16.798
    5    HG2  GLN  80           HG2      GLN  80   0.855 -11.121  14.262
    6    HG3  GLN  80           HG3      GLN  80   0.243 -12.183  15.527
    7   HE21  GLN  80          HE21      GLN  80  -0.029 -12.206  12.593
    8   HE22  GLN  80          HE22      GLN  80  -1.732 -12.247  12.278

  No H/Q in entry =           8
  In of MODEL   18
    1    H    GLU  81           H        GLU  81  -2.627  -7.086  15.377
    2    HA   GLU  81           HA       GLU  81  -2.514  -5.649  17.547
    3    HB2  GLU  81           HB2      GLU  81   0.168  -5.613  16.543
    4    HB3  GLU  81           HB3      GLU  81  -0.499  -3.988  16.424
    5    HG2  GLU  81           HG2      GLU  81  -1.105  -4.065  18.792
    6    HG3  GLU  81           HG3      GLU  81  -0.407  -5.679  18.911

  No H/Q in entry =           6
  In of MODEL   18
    1    H    ARG  82           H        ARG  82  -4.280  -5.773  15.563
    2    HA   ARG  82           HA       ARG  82  -5.689  -4.637  14.237
    3    HB2  ARG  82           HB2      ARG  82  -6.186  -2.872  15.454
    4    HB3  ARG  82           HB3      ARG  82  -4.544  -2.755  16.046
    5    HG2  ARG  82           HG2      ARG  82  -4.919  -1.675  13.344
    6    HG3  ARG  82           HG3      ARG  82  -5.861  -0.860  14.590
    7    HD2  ARG  82           HD2      ARG  82  -4.036   0.047  15.567
    8    HD3  ARG  82           HD3      ARG  82  -3.044  -1.382  15.285
    9    HE   ARG  82           HE       ARG  82  -3.590  -0.007  12.857
   10   HH11  ARG  82          HH11      ARG  82  -1.544   0.107  15.709
   11   HH12  ARG  82          HH12      ARG  82  -0.276   0.983  14.909
   12   HH21  ARG  82          HH21      ARG  82  -1.896   1.103  11.801
   13   HH22  ARG  82          HH22      ARG  82  -0.467   1.554  12.683

  No H/Q in entry =          13
  In of MODEL   18
    1    H    SER  83           H        SER  83  -2.763  -2.673  13.828
    2    HA   SER  83           HA       SER  83  -1.570  -2.009  12.055
    3    HB2  SER  83           HB2      SER  83  -2.856  -4.263  10.526
    4    HB3  SER  83           HB3      SER  83  -1.329  -3.459  10.164
    5    HG   SER  83           HG       SER  83  -0.581  -5.105  11.272

  No H/Q in entry =           5
  In of MODEL   18
    1    H    ALA  84           H        ALA  84  -5.000  -2.504  11.357
    2    HA   ALA  84           HA       ALA  84  -6.463  -0.741  10.957
    3    HB1  ALA  84           HB1      ALA  84  -4.588   0.934  11.168
    4    HB2  ALA  84           HB2      ALA  84  -5.885   1.345  10.048
    5    HB3  ALA  84           HB3      ALA  84  -4.346   0.744   9.431

  No H/Q in entry =           5
  In of MODEL   18
    1    H    TRP  85           H        TRP  85  -7.847  -0.345   9.116
    2    HA   TRP  85           HA       TRP  85  -7.576  -0.810   6.596
    3    HB2  TRP  85           HB2      TRP  85  -6.304  -2.908   7.152
    4    HB3  TRP  85           HB3      TRP  85  -7.785  -3.569   7.827
    5    HD1  TRP  85           HD1      TRP  85  -9.685  -4.262   6.139
    6    HE1  TRP  85           HE1      TRP  85  -9.614  -4.899   3.636
    7    HE3  TRP  85           HE3      TRP  85  -5.120  -2.335   4.973
    8    HZ2  TRP  85           HZ2      TRP  85  -7.833  -4.598   1.457
    9    HZ3  TRP  85           HZ3      TRP  85  -4.296  -2.541   2.664
   10    HH2  TRP  85           HH2      TRP  85  -5.627  -3.645   0.948

  No H/Q in entry =          10
  In of MODEL   18
    1    H    VAL  86           H        VAL  86  -9.440  -1.121   9.411
    2    HA   VAL  86           HA       VAL  86 -11.705  -1.149   7.641
    3    HB   VAL  86           HB       VAL  86 -12.694  -2.907   9.553
    4   HG13  VAL  86          HG11      VAL  86 -13.609  -2.766   7.398
    5   HG12  VAL  86          HG12      VAL  86 -12.705  -4.280   7.367
    6   HG11  VAL  86          HG13      VAL  86 -12.022  -2.834   6.624
    7   HG21  VAL  86          HG21      VAL  86 -10.279  -3.443   9.905
    8   HG23  VAL  86          HG22      VAL  86 -10.176  -3.838   8.189
    9   HG22  VAL  86          HG23      VAL  86 -11.223  -4.778   9.248

  No H/Q in entry =           9
  In of MODEL   18
    1    H    ARG  87           H        ARG  87 -13.619  -0.600   8.071
    2    HA   ARG  87           HA       ARG  87 -14.719   0.323  10.431
    3    HB2  ARG  87           HB2      ARG  87 -13.359   2.275  10.406
    4    HB3  ARG  87           HB3      ARG  87 -13.564   2.483   8.672
    5    HG2  ARG  87           HG2      ARG  87 -16.121   2.528   9.887
    6    HG3  ARG  87           HG3      ARG  87 -15.053   3.630  10.767
    7    HD2  ARG  87           HD2      ARG  87 -14.345   4.496   8.487
    8    HD3  ARG  87           HD3      ARG  87 -15.731   3.614   7.847
    9    HE   ARG  87           HE       ARG  87 -16.172   5.529  10.008
   10   HH11  ARG  87          HH11      ARG  87 -16.481   4.669   6.633
   11   HH12  ARG  87          HH12      ARG  87 -17.636   5.909   6.281
   12   HH21  ARG  87          HH21      ARG  87 -17.716   7.153   9.568
   13   HH22  ARG  87          HH22      ARG  87 -18.350   7.322   7.965

  No H/Q in entry =          13
  In of MODEL   18
    1    H    ALA  88           H        ALA  88 -16.805  -0.413   9.906
    2    HA   ALA  88           HA       ALA  88 -17.649  -1.078   7.640
    3    HB1  ALA  88           HB1      ALA  88 -19.194  -0.139   9.932
    4    HB3  ALA  88           HB2      ALA  88 -19.025  -1.741   9.228
    5    HB2  ALA  88           HB3      ALA  88 -20.043  -0.537   8.433

  No H/Q in entry =           5
  In of MODEL   18
    1    H    LYS  89           H        LYS  89 -18.570  -0.297   5.521
    2    HA   LYS  89           HA       LYS  89 -18.919   2.577   5.648
    3    HB2  LYS  89           HB2      LYS  89 -17.493   1.715   3.854
    4    HB3  LYS  89           HB3      LYS  89 -18.805   0.702   3.277
    5    HG2  LYS  89           HG2      LYS  89 -20.095   2.695   2.711
    6    HG3  LYS  89           HG3      LYS  89 -18.762   3.710   3.279
    7    HD2  LYS  89           HD2      LYS  89 -17.330   2.962   1.574
    8    HD3  LYS  89           HD3      LYS  89 -18.374   1.598   1.178
    9    HE2  LYS  89           HE2      LYS  89 -18.714   3.118  -0.537
   10    HE3  LYS  89           HE3      LYS  89 -20.101   3.340   0.526
   11    HZ2  LYS  89           HZ1      LYS  89 -17.718   5.094   0.280
   12    HZ1  LYS  89           HZ2      LYS  89 -18.825   5.247   1.548
   13    HZ3  LYS  89           HZ3      LYS  89 -19.325   5.491  -0.048

  No H/Q in entry =          13
  In of MODEL   18
    1    H    THR  90           H        THR  90 -20.564  -0.318   4.415
    2    HA   THR  90           HA       THR  90 -23.068   1.029   5.093
    3    HB   THR  90           HB       THR  90 -23.385  -1.291   3.396
    4    HG1  THR  90           HG1      THR  90 -21.356   0.498   2.858
    5   HG22  THR  90          HG21      THR  90 -23.984   1.620   2.876
    6   HG21  THR  90          HG22      THR  90 -24.987   0.612   3.919
    7   HG23  THR  90          HG23      THR  90 -24.804   0.208   2.212

  No H/Q in entry =           7
  In of MODEL   18
    1    H    ALA  91           H        ALA  91 -24.754  -0.997   5.087
    2    HA   ALA  91           HA       ALA  91 -24.132  -2.564   7.444
    3    HB3  ALA  91           HB1      ALA  91 -26.641  -2.814   5.760
    4    HB1  ALA  91           HB2      ALA  91 -26.461  -1.470   6.885
    5    HB2  ALA  91           HB3      ALA  91 -26.450  -3.129   7.485

  No H/Q in entry =           5
  In of MODEL   18
    1    H    CYS  92           H        CYS  92 -22.934  -4.274   7.074
    2    HA   CYS  92           HA       CYS  92 -23.334  -5.742   4.503
    3    HB2  CYS  92           HB2      CYS  92 -20.974  -6.375   6.149
    4    HB3  CYS  92           HB3      CYS  92 -21.042  -5.978   4.438
    5    HG   CYS  92           HG       CYS  92 -21.625  -3.185   5.965

  No H/Q in entry =           5
  In of MODEL   18
    1    H    GLU  93           H        GLU  93 -22.045  -7.929   5.140
    2    HA   GLU  93           HA       GLU  93 -23.313  -9.344   7.290
    3    HB2  GLU  93           HB2      GLU  93 -23.786  -9.960   4.355
    4    HB3  GLU  93           HB3      GLU  93 -23.847 -11.223   5.567
    5    HG2  GLU  93           HG2      GLU  93 -25.736 -10.119   6.637
    6    HG3  GLU  93           HG3      GLU  93 -25.650  -8.811   5.455

  No H/Q in entry =           6
  In of MODEL   18
    1    H    VAL  94           H        VAL  94 -21.257  -9.947   8.089
    2    HA   VAL  94           HA       VAL  94 -19.312 -10.613   5.995
    3    HB   VAL  94           HB       VAL  94 -17.488 -10.185   7.584
    4   HG13  VAL  94          HG11      VAL  94 -17.476  -8.337   6.384
    5   HG12  VAL  94          HG12      VAL  94 -18.208  -7.570   7.793
    6   HG11  VAL  94          HG13      VAL  94 -19.229  -8.148   6.473
    7   HG22  VAL  94          HG21      VAL  94 -18.423 -10.431   9.712
    8   HG21  VAL  94          HG22      VAL  94 -19.683  -9.243   9.387
    9   HG23  VAL  94          HG23      VAL  94 -18.005  -8.723   9.562

  No H/Q in entry =           9
  In of MODEL   18
    1    H    ALA  95           H        ALA  95 -18.036 -12.341   6.200
    2    HA   ALA  95           HA       ALA  95 -19.110 -14.398   7.960
    3    HB3  ALA  95           HB1      ALA  95 -16.855 -14.946   6.145
    4    HB1  ALA  95           HB2      ALA  95 -18.334 -14.402   5.358
    5    HB2  ALA  95           HB3      ALA  95 -18.358 -15.840   6.378

  No H/Q in entry =           5
  In of MODEL   18
    1    H    GLU  96           H        GLU  96 -18.290 -13.666   9.915
    2    HA   GLU  96           HA       GLU  96 -15.370 -13.434   9.917
    3    HB2  GLU  96           HB2      GLU  96 -15.337 -11.853  11.544
    4    HB3  GLU  96           HB3      GLU  96 -16.746 -11.407  10.594
    5    HG2  GLU  96           HG2      GLU  96 -16.810 -12.907  13.203
    6    HG3  GLU  96           HG3      GLU  96 -17.049 -11.171  13.032

  No H/Q in entry =           6
  In of MODEL   18
    1    H    ILE  97           H        ILE  97 -14.186 -14.637  10.727
    2    HA   ILE  97           HA       ILE  97 -14.800 -16.082  13.133
    3    HB   ILE  97           HB       ILE  97 -13.809 -18.167  12.152
    4   HG12  ILE  97          HG12      ILE  97 -14.690 -16.974   9.546
    5   HG13  ILE  97          HG13      ILE  97 -13.017 -16.981  10.074
    6   HG23  ILE  97          HG21      ILE  97 -15.921 -19.001  11.536
    7   HG22  ILE  97          HG22      ILE  97 -16.501 -17.379  11.137
    8   HG21  ILE  97          HG23      ILE  97 -16.150 -17.804  12.810
    9   HD12  ILE  97          HD11      ILE  97 -14.740 -19.390   9.569
   10   HD11  ILE  97          HD12      ILE  97 -13.107 -19.439  10.229
   11   HD13  ILE  97          HD13      ILE  97 -13.381 -18.836   8.597

  No H/Q in entry =          11
  In of MODEL   18
    1    H    SER  98           H        SER  98 -12.707 -17.572  13.488
    2    HA   SER  98           HA       SER  98 -10.604 -15.552  13.442
    3    HB2  SER  98           HB2      SER  98  -9.599 -17.092  15.241
    4    HB3  SER  98           HB3      SER  98 -11.042 -16.176  15.677
    5    HG   SER  98           HG       SER  98 -11.966 -18.013  16.059

  No H/Q in entry =           5
  In of MODEL   18
    1    H    TYR  99           H        TYR  99  -8.713 -15.899  12.812
    2    HA   TYR  99           HA       TYR  99  -8.310 -17.555  10.448
    3    HB2  TYR  99           HB2      TYR  99  -6.220 -16.316  10.148
    4    HB3  TYR  99           HB3      TYR  99  -7.498 -15.187  10.543
    5    HD1  TYR  99           HD1      TYR  99  -6.055 -17.073  13.336
    6    HD2  TYR  99           HD2      TYR  99  -5.707 -13.511  11.021
    7    HE1  TYR  99           HE1      TYR  99  -4.608 -16.097  15.058
    8    HE2  TYR  99           HE2      TYR  99  -4.263 -12.538  12.753
    9    HH   TYR  99           HH       TYR  99  -3.379 -12.785  14.781

  No H/Q in entry =           9
  In of MODEL   18
    1    H    LYS 100           H        LYS 100  -7.934 -18.191  13.800
    2    HA   LYS 100           HA       LYS 100  -5.620 -19.791  13.412
    3    HB2  LYS 100           HB2      LYS 100  -6.228 -19.374  15.686
    4    HB3  LYS 100           HB3      LYS 100  -7.869 -19.942  15.417
    5    HG2  LYS 100           HG2      LYS 100  -6.762 -21.633  16.639
    6    HG3  LYS 100           HG3      LYS 100  -6.906 -22.217  14.980
    7    HD2  LYS 100           HD2      LYS 100  -4.617 -21.788  14.535
    8    HD3  LYS 100           HD3      LYS 100  -4.432 -20.852  16.021
    9    HE2  LYS 100           HE2      LYS 100  -3.457 -23.132  16.155
   10    HE3  LYS 100           HE3      LYS 100  -4.699 -22.822  17.364
   11    HZ2  LYS 100           HZ1      LYS 100  -4.864 -25.022  16.279
   12    HZ1  LYS 100           HZ2      LYS 100  -5.198 -24.254  14.810
   13    HZ3  LYS 100           HZ3      LYS 100  -6.264 -24.088  16.114

  No H/Q in entry =          13
  In of MODEL   18
    1    H    LYS 101           H        LYS 101  -9.115 -20.450  13.349
    2    HA   LYS 101           HA       LYS 101  -8.859 -23.113  12.355
    3    HB2  LYS 101           HB2      LYS 101 -10.806 -22.984  13.518
    4    HB3  LYS 101           HB3      LYS 101 -11.030 -21.282  13.159
    5    HG2  LYS 101           HG2      LYS 101 -12.097 -21.723  11.142
    6    HG3  LYS 101           HG3      LYS 101 -11.504 -23.383  11.079
    7    HD2  LYS 101           HD2      LYS 101 -13.652 -23.791  11.767
    8    HD3  LYS 101           HD3      LYS 101 -12.891 -23.569  13.341
    9    HE2  LYS 101           HE2      LYS 101 -13.646 -21.265  13.415
   10    HE3  LYS 101           HE3      LYS 101 -14.319 -21.406  11.790
   11    HZ1  LYS 101           HZ1      LYS 101 -15.232 -22.956  14.162
   12    HZ3  LYS 101           HZ2      LYS 101 -15.891 -23.034  12.608
   13    HZ2  LYS 101           HZ3      LYS 101 -16.024 -21.610  13.510

  No H/Q in entry =          13
  In of MODEL   18
    1    H    PHE 102           H        PHE 102  -9.570 -19.979  10.903
    2    HA   PHE 102           HA       PHE 102 -10.291 -20.986   8.383
    3    HB2  PHE 102           HB2      PHE 102 -10.849 -18.724   9.142
    4    HB3  PHE 102           HB3      PHE 102  -9.163 -18.269   9.054
    5    HD1  PHE 102           HD1      PHE 102  -9.854 -16.430   7.502
    6    HD2  PHE 102           HD2      PHE 102 -10.389 -20.497   6.562
    7    HE1  PHE 102           HE1      PHE 102 -10.084 -15.818   5.162
    8    HE2  PHE 102           HE2      PHE 102 -10.640 -19.919   4.197
    9    HZ   PHE 102           HZ       PHE 102 -10.488 -17.566   3.475

  No H/Q in entry =           9
  In of MODEL   18
    1    H    ARG 103           H        ARG 103  -7.250 -19.525   9.487
    2    HA   ARG 103           HA       ARG 103  -5.730 -19.792   7.303
    3    HB2  ARG 103           HB2      ARG 103  -3.904 -19.392   8.572
    4    HB3  ARG 103           HB3      ARG 103  -5.126 -19.038   9.777
    5    HG2  ARG 103           HG2      ARG 103  -4.469 -20.717  11.091
    6    HG3  ARG 103           HG3      ARG 103  -4.315 -21.843   9.739
    7    HD2  ARG 103           HD2      ARG 103  -2.321 -19.714  10.517
    8    HD3  ARG 103           HD3      ARG 103  -2.153 -21.442  10.818
    9    HE   ARG 103           HE       ARG 103  -2.490 -21.298   8.127
   10   HH11  ARG 103          HH11      ARG 103  -0.288 -19.743  10.363
   11   HH12  ARG 103          HH12      ARG 103   1.000 -19.617   9.209
   12   HH21  ARG 103          HH21      ARG 103  -0.783 -21.115   6.589
   13   HH22  ARG 103          HH22      ARG 103   0.715 -20.383   7.077

  No H/Q in entry =          13
  In of MODEL   18
    1    H    GLN 104           H        GLN 104  -6.929 -22.320   9.209
    2    HA   GLN 104           HA       GLN 104  -5.091 -24.300   8.077
    3    HB2  GLN 104           HB2      GLN 104  -7.329 -24.589  10.069
    4    HB3  GLN 104           HB3      GLN 104  -6.314 -25.917   9.511
    5    HG2  GLN 104           HG2      GLN 104  -4.335 -24.680  10.346
    6    HG3  GLN 104           HG3      GLN 104  -5.427 -23.470  11.014
    7   HE21  GLN 104          HE21      GLN 104  -5.961 -26.948  10.963
    8   HE22  GLN 104          HE22      GLN 104  -5.907 -27.162  12.676

  No H/Q in entry =           8
  In of MODEL   18
    1    H    LEU 105           H        LEU 105  -8.393 -23.266   7.509
    2    HA   LEU 105           HA       LEU 105  -8.797 -25.398   5.529
    3    HB2  LEU 105           HB2      LEU 105 -10.966 -24.640   5.435
    4    HB3  LEU 105           HB3      LEU 105 -10.537 -23.722   6.860
    5    HG   LEU 105           HG       LEU 105 -10.031 -21.772   5.304
    6   HD12  LEU 105          HD11      LEU 105 -11.816 -23.188   3.369
    7   HD11  LEU 105          HD12      LEU 105 -10.055 -23.261   3.211
    8   HD13  LEU 105          HD13      LEU 105 -10.887 -21.703   3.154
    9   HD21  LEU 105          HD21      LEU 105 -12.725 -22.961   5.785
   10   HD23  LEU 105          HD22      LEU 105 -12.560 -21.437   4.917
   11   HD22  LEU 105          HD23      LEU 105 -11.961 -21.579   6.570

  No H/Q in entry =          11
  In of MODEL   18
    1    H    ILE 106           H        ILE 106  -7.793 -21.775   5.551
    2    HA   ILE 106           HA       ILE 106  -7.206 -21.794   2.850
    3    HB   ILE 106           HB       ILE 106  -5.822 -19.893   3.104
    4   HG12  ILE 106          HG12      ILE 106  -5.534 -19.138   5.661
    5   HG13  ILE 106          HG13      ILE 106  -5.391 -20.884   5.849
    6   HG21  ILE 106          HG21      ILE 106  -8.353 -19.907   3.739
    7   HG23  ILE 106          HG22      ILE 106  -7.373 -18.446   3.891
    8   HG22  ILE 106          HG23      ILE 106  -7.724 -19.423   5.315
    9   HD13  ILE 106          HD11      ILE 106  -3.221 -19.867   5.624
   10   HD12  ILE 106          HD12      ILE 106  -3.699 -19.128   4.094
   11   HD11  ILE 106          HD13      ILE 106  -3.563 -20.881   4.219

  No H/Q in entry =          11
  In of MODEL   18
    1    H    GLN 107           H        GLN 107  -5.894 -23.754   5.001
    2    HA   GLN 107           HA       GLN 107  -3.263 -23.862   3.749
    3    HB2  GLN 107           HB2      GLN 107  -4.205 -24.759   6.434
    4    HB3  GLN 107           HB3      GLN 107  -2.906 -25.658   5.669
    5    HG2  GLN 107           HG2      GLN 107  -2.913 -22.746   6.409
    6    HG3  GLN 107           HG3      GLN 107  -1.961 -24.035   7.139
    7   HE21  GLN 107          HE21      GLN 107  -1.240 -25.299   4.656
    8   HE22  GLN 107          HE22      GLN 107  -0.107 -24.257   3.877

  No H/Q in entry =           8
  In of MODEL   18
    1    H    VAL 108           H        VAL 108  -6.298 -25.250   3.910
    2    HA   VAL 108           HA       VAL 108  -5.507 -27.901   3.047
    3    HB   VAL 108           HB       VAL 108  -7.637 -26.878   4.499
    4   HG12  VAL 108          HG11      VAL 108  -8.687 -27.719   1.807
    5   HG11  VAL 108          HG12      VAL 108  -8.777 -26.105   2.511
    6   HG13  VAL 108          HG13      VAL 108  -9.660 -27.441   3.252
    7   HG23  VAL 108          HG21      VAL 108  -8.485 -29.165   4.488
    8   HG22  VAL 108          HG22      VAL 108  -6.737 -29.091   4.714
    9   HG21  VAL 108          HG23      VAL 108  -7.406 -29.547   3.146

  No H/Q in entry =           9
  In of MODEL   18
    1    H    ASN 109           H        ASN 109  -6.383 -24.865   1.803
    2    HA   ASN 109           HA       ASN 109  -6.594 -25.922  -0.938
    3    HB2  ASN 109           HB2      ASN 109  -8.179 -23.720   0.371
    4    HB3  ASN 109           HB3      ASN 109  -8.109 -23.934  -1.372
    5   HD21  ASN 109          HD21      ASN 109 -10.192 -24.185   0.851
    6   HD22  ASN 109          HD22      ASN 109 -10.988 -25.674   0.484

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   PRO 110           HA       PRO 110  -3.150 -22.983  -1.107
    2    HB2  PRO 110           HB2      PRO 110  -2.242 -23.784  -3.534
    3    HB3  PRO 110           HB3      PRO 110  -1.942 -24.723  -2.071
    4    HG2  PRO 110           HG2      PRO 110  -3.984 -25.149  -4.219
    5    HG3  PRO 110           HG3      PRO 110  -2.974 -26.344  -3.380
    6    HD2  PRO 110           HD2      PRO 110  -5.588 -25.866  -2.751
    7    HD3  PRO 110           HD3      PRO 110  -4.393 -26.454  -1.579

  No H/Q in entry =           7
  In of MODEL   18
    1    H    ASP 111           H        ASP 111  -6.064 -22.998  -2.806
    2    HA   ASP 111           HA       ASP 111  -5.247 -20.660  -4.344
    3    HB2  ASP 111           HB2      ASP 111  -7.757 -21.045  -5.204
    4    HB3  ASP 111           HB3      ASP 111  -6.327 -21.740  -5.962

  No H/Q in entry =           4
  In of MODEL   18
    1    H    ILE 112           H        ILE 112  -6.692 -21.387  -1.385
    2    HA   ILE 112           HA       ILE 112  -8.767 -19.392  -1.468
    3    HB   ILE 112           HB       ILE 112  -7.745 -21.185   0.742
    4   HG12  ILE 112          HG12      ILE 112  -9.627 -21.327  -1.338
    5   HG13  ILE 112          HG13      ILE 112  -9.388 -22.478  -0.037
    6   HG21  ILE 112          HG21      ILE 112  -9.802 -18.975   0.976
    7   HG23  ILE 112          HG22      ILE 112  -8.250 -19.075   1.810
    8   HG22  ILE 112          HG23      ILE 112  -9.524 -20.244   2.170
    9   HD13  ILE 112          HD11      ILE 112 -11.646 -21.999   0.016
   10   HD12  ILE 112          HD12      ILE 112 -11.383 -20.275  -0.244
   11   HD11  ILE 112          HD13      ILE 112 -10.969 -21.009   1.305

  No H/Q in entry =          11
  In of MODEL   18
    1    H    LEU 113           H        LEU 113  -5.694 -19.685   0.231
    2    HA   LEU 113           HA       LEU 113  -5.918 -17.029   1.230
    3    HB2  LEU 113           HB2      LEU 113  -4.695 -18.633   2.500
    4    HB3  LEU 113           HB3      LEU 113  -3.608 -18.959   1.167
    5    HG   LEU 113           HG       LEU 113  -3.080 -16.386   1.419
    6   HD13  LEU 113          HD11      LEU 113  -3.229 -15.563   3.642
    7   HD12  LEU 113          HD12      LEU 113  -3.816 -17.111   4.245
    8   HD11  LEU 113          HD13      LEU 113  -4.837 -16.132   3.192
    9   HD21  LEU 113          HD21      LEU 113  -1.621 -18.455   1.737
   10   HD23  LEU 113          HD22      LEU 113  -1.949 -18.264   3.460
   11   HD22  LEU 113          HD23      LEU 113  -1.140 -16.977   2.567

  No H/Q in entry =          11
  In of MODEL   18
    1    H    MET 114           H        MET 114  -4.793 -18.497  -1.588
    2    HA   MET 114           HA       MET 114  -3.114 -16.333  -2.462
    3    HB2  MET 114           HB2      MET 114  -3.467 -18.980  -3.314
    4    HB3  MET 114           HB3      MET 114  -4.053 -17.988  -4.647
    5    HG2  MET 114           HG2      MET 114  -1.361 -17.713  -3.322
    6    HG3  MET 114           HG3      MET 114  -1.669 -18.533  -4.852
    7    HE2  MET 114           HE1      MET 114   0.270 -15.086  -5.616
    8    HE1  MET 114           HE2      MET 114   0.521 -16.738  -5.050
    9    HE3  MET 114           HE3      MET 114   0.155 -15.456  -3.896

  No H/Q in entry =           9
  In of MODEL   18
    1    H    ARG 115           H        ARG 115  -6.411 -17.198  -2.519
    2    HA   ARG 115           HA       ARG 115  -7.254 -15.405  -4.572
    3    HB2  ARG 115           HB2      ARG 115  -8.539 -17.161  -2.581
    4    HB3  ARG 115           HB3      ARG 115  -9.426 -15.672  -2.898
    5    HG2  ARG 115           HG2      ARG 115  -8.454 -17.281  -5.197
    6    HG3  ARG 115           HG3      ARG 115  -9.862 -17.840  -4.295
    7    HD2  ARG 115           HD2      ARG 115  -9.783 -14.987  -5.135
    8    HD3  ARG 115           HD3      ARG 115 -10.078 -16.202  -6.378
    9    HE   ARG 115           HE       ARG 115 -11.974 -16.953  -4.925
   10   HH11  ARG 115          HH11      ARG 115 -10.808 -13.644  -4.745
   11   HH12  ARG 115          HH12      ARG 115 -12.337 -13.003  -4.244
   12   HH21  ARG 115          HH21      ARG 115 -13.980 -16.111  -4.277
   13   HH22  ARG 115          HH22      ARG 115 -14.137 -14.406  -3.965

  No H/Q in entry =          13
  In of MODEL   18
    1    H    LEU 116           H        LEU 116  -7.077 -15.352  -0.986
    2    HA   LEU 116           HA       LEU 116  -7.968 -12.805  -0.553
    3    HB2  LEU 116           HB2      LEU 116  -7.678 -14.340   1.253
    4    HB3  LEU 116           HB3      LEU 116  -5.975 -14.551   0.886
    5    HG   LEU 116           HG       LEU 116  -5.821 -12.001   1.422
    6   HD11  LEU 116          HD11      LEU 116  -8.424 -12.093   1.623
    7   HD13  LEU 116          HD12      LEU 116  -7.445 -11.040   2.647
    8   HD12  LEU 116          HD13      LEU 116  -8.039 -12.579   3.274
    9   HD22  LEU 116          HD21      LEU 116  -4.625 -13.445   2.822
   10   HD21  LEU 116          HD22      LEU 116  -6.093 -14.201   3.442
   11   HD23  LEU 116          HD23      LEU 116  -5.689 -12.544   3.911

  No H/Q in entry =          11
  In of MODEL   18
    1    H    SER 117           H        SER 117  -4.660 -13.917  -1.137
    2    HA   SER 117           HA       SER 117  -3.259 -11.606  -0.654
    3    HB2  SER 117           HB2      SER 117  -1.725 -12.555  -2.586
    4    HB3  SER 117           HB3      SER 117  -1.850 -13.382  -1.034
    5    HG   SER 117           HG       SER 117  -2.623 -14.191  -3.511

  No H/Q in entry =           5
  In of MODEL   18
    1    H    ALA 118           H        ALA 118  -4.766 -12.664  -3.607
    2    HA   ALA 118           HA       ALA 118  -3.975 -10.580  -5.283
    3    HB2  ALA 118           HB1      ALA 118  -4.759 -12.535  -6.299
    4    HB3  ALA 118           HB2      ALA 118  -5.978 -11.307  -6.649
    5    HB1  ALA 118           HB3      ALA 118  -6.267 -12.499  -5.381

  No H/Q in entry =           5
  In of MODEL   18
    1    H    GLN 119           H        GLN 119  -6.520 -10.737  -2.910
    2    HA   GLN 119           HA       GLN 119  -7.992  -8.529  -3.976
    3    HB2  GLN 119           HB2      GLN 119  -7.934  -9.439  -1.088
    4    HB3  GLN 119           HB3      GLN 119  -9.212  -8.550  -1.905
    5    HG2  GLN 119           HG2      GLN 119  -8.415 -11.321  -2.726
    6    HG3  GLN 119           HG3      GLN 119  -9.607 -11.017  -1.467
    7   HE21  GLN 119          HE21      GLN 119 -11.048  -8.961  -2.405
    8   HE22  GLN 119          HE22      GLN 119 -11.828  -9.394  -3.894

  No H/Q in entry =           8
  In of MODEL   18
    1    H    MET 120           H        MET 120  -6.035  -8.771  -0.935
    2    HA   MET 120           HA       MET 120  -5.510  -6.216  -0.541
    3    HB2  MET 120           HB2      MET 120  -3.896  -8.683  -0.111
    4    HB3  MET 120           HB3      MET 120  -3.196  -7.117   0.304
    5    HG2  MET 120           HG2      MET 120  -4.149  -7.512   2.295
    6    HG3  MET 120           HG3      MET 120  -5.603  -6.905   1.502
    7    HE2  MET 120           HE1      MET 120  -4.426 -11.179   2.430
    8    HE1  MET 120           HE2      MET 120  -3.380  -9.796   2.113
    9    HE3  MET 120           HE3      MET 120  -4.079 -10.698   0.771

  No H/Q in entry =           9
  In of MODEL   18
    1    H    ALA 121           H        ALA 121  -3.751  -8.210  -2.825
    2    HA   ALA 121           HA       ALA 121  -1.693  -6.358  -3.339
    3    HB3  ALA 121           HB1      ALA 121  -1.073  -7.745  -5.128
    4    HB2  ALA 121           HB2      ALA 121  -2.697  -8.425  -5.274
    5    HB1  ALA 121           HB3      ALA 121  -1.693  -8.820  -3.877

  No H/Q in entry =           5
  In of MODEL   18
    1    H    ARG 122           H        ARG 122  -4.965  -6.590  -4.315
    2    HA   ARG 122           HA       ARG 122  -4.702  -4.955  -6.636
    3    HB2  ARG 122           HB2      ARG 122  -6.774  -6.446  -5.362
    4    HB3  ARG 122           HB3      ARG 122  -7.350  -4.799  -5.604
    5    HG2  ARG 122           HG2      ARG 122  -7.815  -6.434  -7.466
    6    HG3  ARG 122           HG3      ARG 122  -7.033  -4.922  -7.936
    7    HD2  ARG 122           HD2      ARG 122  -4.898  -5.985  -8.097
    8    HD3  ARG 122           HD3      ARG 122  -5.530  -7.468  -7.359
    9    HE   ARG 122           HE       ARG 122  -6.662  -6.554  -9.911
   10   HH11  ARG 122          HH11      ARG 122  -4.718  -8.879  -8.160
   11   HH12  ARG 122          HH12      ARG 122  -4.692 -10.026  -9.461
   12   HH21  ARG 122          HH21      ARG 122  -6.643  -8.076 -11.613
   13   HH22  ARG 122          HH22      ARG 122  -5.794  -9.575 -11.415

  No H/Q in entry =          13
  In of MODEL   18
    1    H    ARG 123           H        ARG 123  -5.075  -4.543  -3.311
    2    HA   ARG 123           HA       ARG 123  -5.854  -1.804  -3.360
    3    HB2  ARG 123           HB2      ARG 123  -5.088  -3.741  -1.184
    4    HB3  ARG 123           HB3      ARG 123  -5.188  -2.017  -0.853
    5    HG2  ARG 123           HG2      ARG 123  -7.250  -3.486  -0.376
    6    HG3  ARG 123           HG3      ARG 123  -7.481  -1.943  -1.197
    7    HD2  ARG 123           HD2      ARG 123  -7.730  -3.010  -3.307
    8    HD3  ARG 123           HD3      ARG 123  -7.185  -4.555  -2.666
    9    HE   ARG 123           HE       ARG 123  -9.296  -4.940  -1.832
   10   HH11  ARG 123          HH11      ARG 123  -9.059  -1.615  -2.916
   11   HH12  ARG 123          HH12      ARG 123 -10.770  -1.347  -2.864
   12   HH21  ARG 123          HH21      ARG 123 -11.554  -4.610  -1.832
   13   HH22  ARG 123          HH22      ARG 123 -12.181  -3.045  -2.263

  No H/Q in entry =          13
  In of MODEL   18
    1    H    LEU 124           H        LEU 124  -2.983  -3.737  -3.354
    2    HA   LEU 124           HA       LEU 124  -1.075  -1.768  -2.691
    3    HB2  LEU 124           HB2      LEU 124  -1.046  -4.247  -4.391
    4    HB3  LEU 124           HB3      LEU 124   0.288  -3.126  -4.543
    5    HG   LEU 124           HG       LEU 124   0.313  -5.226  -2.890
    6   HD11  LEU 124          HD11      LEU 124   1.577  -2.547  -2.326
    7   HD13  LEU 124          HD12      LEU 124   2.227  -3.823  -3.360
    8   HD12  LEU 124          HD13      LEU 124   2.079  -4.086  -1.622
    9   HD23  LEU 124          HD21      LEU 124  -0.109  -3.267  -0.793
   10   HD22  LEU 124          HD22      LEU 124  -0.631  -4.951  -0.906
   11   HD21  LEU 124          HD23      LEU 124  -1.581  -3.675  -1.677

  No H/Q in entry =          11
  In of MODEL   18
    1    H    GLN 125           H        GLN 125  -2.770  -2.741  -5.573
    2    HA   GLN 125           HA       GLN 125  -1.525  -0.775  -7.257
    3    HB2  GLN 125           HB2      GLN 125  -2.356  -1.965  -8.962
    4    HB3  GLN 125           HB3      GLN 125  -2.826  -3.146  -7.748
    5    HG2  GLN 125           HG2      GLN 125  -5.044  -2.444  -7.745
    6    HG3  GLN 125           HG3      GLN 125  -4.655  -0.900  -8.495
    7   HE21  GLN 125          HE21      GLN 125  -3.339  -3.933  -9.648
    8   HE22  GLN 125          HE22      GLN 125  -4.244  -3.959 -11.128

  No H/Q in entry =           8
  In of MODEL   18
    1    H    VAL 126           H        VAL 126  -3.958  -0.422  -4.854
    2    HA   VAL 126           HA       VAL 126  -5.316   1.617  -6.435
    3    HB   VAL 126           HB       VAL 126  -6.648  -0.152  -5.079
    4   HG12  VAL 126          HG11      VAL 126  -6.019   1.680  -2.777
    5   HG11  VAL 126          HG12      VAL 126  -5.245   0.113  -3.008
    6   HG13  VAL 126          HG13      VAL 126  -6.989   0.207  -2.759
    7   HG23  VAL 126          HG21      VAL 126  -8.324   1.505  -4.400
    8   HG22  VAL 126          HG22      VAL 126  -7.698   1.783  -6.027
    9   HG21  VAL 126          HG23      VAL 126  -7.141   2.782  -4.682

  No H/Q in entry =           9
  In of MODEL   18
    1    H    THR 127           H        THR 127  -3.385   0.941  -3.582
    2    HA   THR 127           HA       THR 127  -3.227   3.714  -2.760
    3    HB   THR 127           HB       THR 127  -1.412   1.576  -1.703
    4    HG1  THR 127           HG1      THR 127  -3.328   0.489  -1.559
    5   HG21  THR 127          HG21      THR 127  -1.202   3.878  -0.870
    6   HG23  THR 127          HG22      THR 127  -1.726   2.779   0.406
    7   HG22  THR 127          HG23      THR 127  -2.894   3.850  -0.370

  No H/Q in entry =           7
  In of MODEL   18
    1    H    SER 128           H        SER 128  -1.669   2.140  -5.492
    2    HA   SER 128           HA       SER 128   0.841   3.220  -4.561
    3    HB2  SER 128           HB2      SER 128   1.804   1.919  -6.469
    4    HB3  SER 128           HB3      SER 128   1.053   0.877  -5.259
    5    HG   SER 128           HG       SER 128   0.531   0.501  -7.576

  No H/Q in entry =           5
  In of MODEL   18
    1    H    GLU 129           H        GLU 129  -1.959   3.761  -6.267
    2    HA   GLU 129           HA       GLU 129  -0.590   5.575  -8.133
    3    HB2  GLU 129           HB2      GLU 129  -3.089   3.989  -8.728
    4    HB3  GLU 129           HB3      GLU 129  -2.306   5.120  -9.819
    5    HG2  GLU 129           HG2      GLU 129  -0.243   3.556  -9.519
    6    HG3  GLU 129           HG3      GLU 129  -1.450   2.385  -8.991

  No H/Q in entry =           6
  In of MODEL   18
    1    H    LYS 130           H        LYS 130  -2.019   5.999  -5.419
    2    HA   LYS 130           HA       LYS 130  -3.511   8.294  -6.386
    3    HB2  LYS 130           HB2      LYS 130  -4.675   5.952  -4.983
    4    HB3  LYS 130           HB3      LYS 130  -5.183   7.531  -4.402
    5    HG2  LYS 130           HG2      LYS 130  -6.517   7.852  -6.155
    6    HG3  LYS 130           HG3      LYS 130  -5.264   7.368  -7.297
    7    HD2  LYS 130           HD2      LYS 130  -6.702   5.296  -5.686
    8    HD3  LYS 130           HD3      LYS 130  -7.469   5.987  -7.115
    9    HE2  LYS 130           HE2      LYS 130  -4.806   4.571  -7.018
   10    HE3  LYS 130           HE3      LYS 130  -6.306   3.926  -7.677
   11    HZ3  LYS 130           HZ1      LYS 130  -5.066   4.683  -9.505
   12    HZ2  LYS 130           HZ2      LYS 130  -4.641   6.133  -8.744
   13    HZ1  LYS 130           HZ3      LYS 130  -6.237   5.886  -9.260

  No H/Q in entry =          13
  In of MODEL   18
    1    H    VAL 131           H        VAL 131  -0.975   7.559  -4.947
    2    HA   VAL 131           HA       VAL 131  -1.148   8.332  -2.255
    3    HB   VAL 131           HB       VAL 131   0.981   7.725  -4.194
    4   HG13  VAL 131          HG11      VAL 131   2.807   8.693  -2.953
    5   HG12  VAL 131          HG12      VAL 131   1.690   9.407  -1.791
    6   HG11  VAL 131          HG13      VAL 131   1.709   9.976  -3.461
    7   HG23  VAL 131          HG21      VAL 131   0.761   7.207  -1.236
    8   HG22  VAL 131          HG22      VAL 131   1.844   6.411  -2.378
    9   HG21  VAL 131          HG23      VAL 131   0.100   6.163  -2.499

  No H/Q in entry =           9
  In of MODEL   18
    1    H    GLY 132           H        GLY 132  -1.089  10.037  -5.186
    2    HA3  GLY 132           HA2      GLY 132  -0.513  12.603  -3.801
    3    HA2  GLY 132           HA3      GLY 132  -0.133  12.326  -5.494

  No H/Q in entry =           3
  In of MODEL   18
    1    H    ASN 133           H        ASN 133  -3.034  10.901  -4.692
    2    HA   ASN 133           HA       ASN 133  -4.538  12.572  -6.380
    3    HB2  ASN 133           HB2      ASN 133  -4.861  10.076  -5.289
    4    HB3  ASN 133           HB3      ASN 133  -6.092  11.010  -4.445
    5   HD21  ASN 133          HD21      ASN 133  -4.991   9.827  -7.519
    6   HD22  ASN 133          HD22      ASN 133  -6.465  10.104  -8.385

  No H/Q in entry =           6
  In of MODEL   18
    1    H    LEU 134           H        LEU 134  -5.551  11.965  -3.025
    2    HA   LEU 134           HA       LEU 134  -6.731  14.577  -2.888
    3    HB2  LEU 134           HB2      LEU 134  -7.548  13.936  -0.715
    4    HB3  LEU 134           HB3      LEU 134  -7.871  12.699  -1.910
    5    HG   LEU 134           HG       LEU 134  -5.481  11.886  -0.761
    6   HD12  LEU 134          HD11      LEU 134  -6.014  11.901   1.660
    7   HD11  LEU 134          HD12      LEU 134  -7.359  12.992   1.326
    8   HD13  LEU 134          HD13      LEU 134  -5.703  13.514   1.018
    9   HD21  LEU 134          HD21      LEU 134  -8.332  11.118  -0.151
   10   HD23  LEU 134          HD22      LEU 134  -6.912  10.134   0.210
   11   HD22  LEU 134          HD23      LEU 134  -7.341  10.482  -1.466

  No H/Q in entry =          11
  In of MODEL   18
    1    H    ALA 135           H        ALA 135  -3.688  13.386  -2.206
    2    HA   ALA 135           HA       ALA 135  -3.018  14.942   0.095
    3    HB2  ALA 135           HB1      ALA 135  -1.234  13.493  -1.860
    4    HB1  ALA 135           HB2      ALA 135  -1.831  12.886  -0.316
    5    HB3  ALA 135           HB3      ALA 135  -0.709  14.240  -0.353

  No H/Q in entry =           5
  In of MODEL   18
    1    H    PHE 136           H        PHE 136  -3.531  15.658  -3.109
    2    HA   PHE 136           HA       PHE 136  -1.657  17.860  -3.312
    3    HB2  PHE 136           HB2      PHE 136  -2.915  16.115  -5.099
    4    HB3  PHE 136           HB3      PHE 136  -3.599  17.704  -5.438
    5    HD1  PHE 136           HD1      PHE 136  -2.428  19.232  -6.716
    6    HD2  PHE 136           HD2      PHE 136  -0.372  15.919  -5.020
    7    HE1  PHE 136           HE1      PHE 136  -0.422  19.823  -8.005
    8    HE2  PHE 136           HE2      PHE 136   1.642  16.503  -6.307
    9    HZ   PHE 136           HZ       PHE 136   1.617  18.459  -7.804

  No H/Q in entry =           9
  In of MODEL   18
    1    H    LEU 137           H        LEU 137  -4.483  17.701  -1.660
    2    HA   LEU 137           HA       LEU 137  -6.133  19.116  -1.027
    3    HB2  LEU 137           HB2      LEU 137  -3.890  21.013  -1.669
    4    HB3  LEU 137           HB3      LEU 137  -5.433  21.616  -1.090
    5    HG   LEU 137           HG       LEU 137  -5.038  19.838   0.829
    6   HD11  LEU 137          HD11      LEU 137  -2.975  18.925  -0.144
    7   HD13  LEU 137          HD12      LEU 137  -2.698  19.637   1.446
    8   HD12  LEU 137          HD13      LEU 137  -2.220  20.513  -0.007
    9   HD23  LEU 137          HD21      LEU 137  -4.019  21.623   2.157
   10   HD22  LEU 137          HD22      LEU 137  -5.328  22.224   1.137
   11   HD21  LEU 137          HD23      LEU 137  -3.649  22.503   0.674

  No H/Q in entry =          11
  In of MODEL   18
    1    H    ASP 138           H        ASP 138  -6.686  18.111  -3.263
    2    HA   ASP 138           HA       ASP 138  -7.255  19.934  -5.322
    3    HB2  ASP 138           HB2      ASP 138  -6.459  17.828  -6.008
    4    HB3  ASP 138           HB3      ASP 138  -7.866  16.998  -5.339

  No H/Q in entry =           4
  In of MODEL   18
    1    H    VAL 139           H        VAL 139  -9.026  20.168  -2.777
    2    HA   VAL 139           HA       VAL 139 -11.618  19.408  -3.232
    3    HB   VAL 139           HB       VAL 139 -10.379  21.345  -1.540
    4   HG13  VAL 139          HG11      VAL 139 -11.641  23.208  -1.611
    5   HG12  VAL 139          HG12      VAL 139 -13.129  22.270  -1.779
    6   HG11  VAL 139          HG13      VAL 139 -12.174  22.673  -3.207
    7   HG21  VAL 139          HG21      VAL 139 -12.993  19.867  -1.552
    8   HG23  VAL 139          HG22      VAL 139 -12.331  20.713  -0.151
    9   HG22  VAL 139          HG23      VAL 139 -11.470  19.335  -0.838

  No H/Q in entry =           9
  In of MODEL   18
    1    H    THR 140           H        THR 140 -10.088  22.003  -5.114
    2    HA   THR 140           HA       THR 140 -12.225  23.518  -5.943
    3    HB   THR 140           HB       THR 140 -10.277  22.757  -8.043
    4    HG1  THR 140           HG1      THR 140  -8.560  23.612  -6.892
    5   HG23  THR 140          HG21      THR 140 -10.065  25.196  -8.231
    6   HG22  THR 140          HG22      THR 140 -11.101  25.400  -6.820
    7   HG21  THR 140          HG23      THR 140 -11.759  24.708  -8.303

  No H/Q in entry =           7
  In of MODEL   18
    1    H    GLY 141           H        GLY 141 -14.166  22.738  -6.548
    2    HA3  GLY 141           HA2      GLY 141 -15.839  21.605  -7.593
    3    HA2  GLY 141           HA3      GLY 141 -14.767  21.660  -8.974

  No H/Q in entry =           3
  In of MODEL   18
    1    H    ARG 142           H        ARG 142 -13.279  20.081  -6.547
    2    HA   ARG 142           HA       ARG 142 -13.193  17.685  -7.894
    3    HB2  ARG 142           HB2      ARG 142 -11.486  18.443  -6.318
    4    HB3  ARG 142           HB3      ARG 142 -12.616  18.187  -4.996
    5    HG2  ARG 142           HG2      ARG 142 -10.980  16.366  -5.229
    6    HG3  ARG 142           HG3      ARG 142 -12.651  15.816  -5.398
    7    HD2  ARG 142           HD2      ARG 142 -12.369  15.980  -7.870
    8    HD3  ARG 142           HD3      ARG 142 -10.670  16.338  -7.593
    9    HE   ARG 142           HE       ARG 142 -12.019  13.781  -7.184
   10   HH11  ARG 142          HH11      ARG 142  -9.055  15.662  -7.128
   11   HH12  ARG 142          HH12      ARG 142  -8.038  14.261  -6.948
   12   HH21  ARG 142          HH21      ARG 142 -10.673  11.950  -6.984
   13   HH22  ARG 142          HH22      ARG 142  -8.952  12.147  -6.875

  No H/Q in entry =          13
  In of MODEL   18
    1    H    ILE 143           H        ILE 143 -14.521  18.052  -4.599
    2    HA   ILE 143           HA       ILE 143 -15.652  16.047  -3.906
    3    HB   ILE 143           HB       ILE 143 -17.433  18.419  -4.082
    4   HG12  ILE 143          HG12      ILE 143 -14.935  18.252  -2.378
    5   HG13  ILE 143          HG13      ILE 143 -15.131  19.270  -3.801
    6   HG21  ILE 143          HG21      ILE 143 -16.802  16.454  -1.895
    7   HG23  ILE 143          HG22      ILE 143 -18.306  16.610  -2.800
    8   HG22  ILE 143          HG23      ILE 143 -17.813  17.882  -1.683
    9   HD13  ILE 143          HD11      ILE 143 -16.781  20.570  -2.761
   10   HD12  ILE 143          HD12      ILE 143 -15.402  20.451  -1.670
   11   HD11  ILE 143          HD13      ILE 143 -16.851  19.486  -1.374

  No H/Q in entry =          11
  In of MODEL   18
    1    H    ALA 144           H        ALA 144 -17.682  18.056  -6.034
    2    HA   ALA 144           HA       ALA 144 -19.819  16.262  -6.144
    3    HB2  ALA 144           HB1      ALA 144 -20.360  17.480  -8.301
    4    HB3  ALA 144           HB2      ALA 144 -18.883  18.407  -8.026
    5    HB1  ALA 144           HB3      ALA 144 -20.198  18.475  -6.855

  No H/Q in entry =           5
  In of MODEL   18
    1    H    GLN 145           H        GLN 145 -16.851  16.497  -7.911
    2    HA   GLN 145           HA       GLN 145 -17.566  14.711  -9.994
    3    HB2  GLN 145           HB2      GLN 145 -15.818  16.404 -10.278
    4    HB3  GLN 145           HB3      GLN 145 -14.851  15.628  -9.034
    5    HG2  GLN 145           HG2      GLN 145 -15.522  13.706 -11.035
    6    HG3  GLN 145           HG3      GLN 145 -14.848  15.144 -11.802
    7   HE21  GLN 145          HE21      GLN 145 -12.904  14.284 -12.362
    8   HE22  GLN 145          HE22      GLN 145 -11.709  13.797 -11.211

  No H/Q in entry =           8
  In of MODEL   18
    1    H    THR 146           H        THR 146 -16.477  14.217  -6.591
    2    HA   THR 146           HA       THR 146 -15.444  11.631  -7.203
    3    HB   THR 146           HB       THR 146 -16.058  12.870  -4.520
    4    HG1  THR 146           HG1      THR 146 -14.139  13.935  -4.589
    5   HG21  THR 146          HG21      THR 146 -14.073  10.793  -5.444
    6   HG23  THR 146          HG22      THR 146 -15.462  10.553  -4.382
    7   HG22  THR 146          HG23      THR 146 -14.083  11.503  -3.831

  No H/Q in entry =           7
  In of MODEL   18
    1    H    LEU 147           H        LEU 147 -18.345  13.104  -7.001
    2    HA   LEU 147           HA       LEU 147 -19.699  11.188  -5.282
    3    HB2  LEU 147           HB2      LEU 147 -20.837  13.709  -6.491
    4    HB3  LEU 147           HB3      LEU 147 -21.607  12.667  -5.301
    5    HG   LEU 147           HG       LEU 147 -19.175  14.402  -4.894
    6   HD13  LEU 147          HD11      LEU 147 -20.486  15.584  -3.309
    7   HD12  LEU 147          HD12      LEU 147 -21.810  14.433  -3.462
    8   HD11  LEU 147          HD13      LEU 147 -21.404  15.493  -4.810
    9   HD22  LEU 147          HD21      LEU 147 -18.683  12.446  -3.695
   10   HD21  LEU 147          HD22      LEU 147 -20.348  12.261  -3.150
   11   HD23  LEU 147          HD23      LEU 147 -19.350  13.567  -2.508

  No H/Q in entry =          11
  In of MODEL   18
    1    H    LEU 148           H        LEU 148 -19.169  12.375  -8.439
    2    HA   LEU 148           HA       LEU 148 -21.182  10.820  -9.742
    3    HB2  LEU 148           HB2      LEU 148 -18.690  11.783 -11.104
    4    HB3  LEU 148           HB3      LEU 148 -20.307  11.607 -11.761
    5    HG   LEU 148           HG       LEU 148 -19.344  13.742  -9.875
    6   HD13  LEU 148          HD11      LEU 148 -19.847  15.239 -11.722
    7   HD12  LEU 148          HD12      LEU 148 -20.330  13.860 -12.709
    8   HD11  LEU 148          HD13      LEU 148 -18.657  14.022 -12.182
    9   HD23  LEU 148          HD21      LEU 148 -21.618  14.724 -10.145
   10   HD22  LEU 148          HD22      LEU 148 -21.593  13.220  -9.227
   11   HD21  LEU 148          HD23      LEU 148 -22.131  13.215 -10.908

  No H/Q in entry =          11
  In of MODEL   18
    1    H    ASN 149           H        ASN 149 -17.971  10.383  -8.561
    2    HA   ASN 149           HA       ASN 149 -17.321   7.989  -9.925
    3    HB2  ASN 149           HB2      ASN 149 -15.699   9.327  -8.539
    4    HB3  ASN 149           HB3      ASN 149 -16.535   8.758  -7.097
    5   HD21  ASN 149          HD21      ASN 149 -14.397   7.932  -9.684
    6   HD22  ASN 149          HD22      ASN 149 -13.906   6.397  -9.058

  No H/Q in entry =           6
  In of MODEL   18
    1    H    LEU 150           H        LEU 150 -19.280   8.842  -7.187
    2    HA   LEU 150           HA       LEU 150 -19.892   6.146  -6.353
    3    HB2  LEU 150           HB2      LEU 150 -21.088   8.849  -5.746
    4    HB3  LEU 150           HB3      LEU 150 -21.792   7.364  -5.110
    5    HG   LEU 150           HG       LEU 150 -18.900   7.619  -4.682
    6   HD13  LEU 150          HD11      LEU 150 -19.102   9.825  -4.166
    7   HD12  LEU 150          HD12      LEU 150 -19.492   9.096  -2.611
    8   HD11  LEU 150          HD13      LEU 150 -20.784   9.675  -3.666
    9   HD23  LEU 150          HD21      LEU 150 -21.195   7.030  -2.834
   10   HD22  LEU 150          HD22      LEU 150 -19.484   6.714  -2.538
   11   HD21  LEU 150          HD23      LEU 150 -20.340   5.830  -3.806

  No H/Q in entry =          11
  In of MODEL   18
    1    H    ALA 151           H        ALA 151 -20.631   7.825  -9.256
    2    HA   ALA 151           HA       ALA 151 -23.344   6.707  -9.288
    3    HB2  ALA 151           HB1      ALA 151 -23.612   7.889 -11.416
    4    HB3  ALA 151           HB2      ALA 151 -21.930   8.418 -11.350
    5    HB1  ALA 151           HB3      ALA 151 -23.089   9.011 -10.160

  No H/Q in entry =           5
  In of MODEL   18
    1    H    LYS 152           H        LYS 152 -20.142   6.141  -9.947
    2    HA   LYS 152           HA       LYS 152 -20.571   4.223 -12.086
    3    HB2  LYS 152           HB2      LYS 152 -18.054   5.078 -10.644
    4    HB3  LYS 152           HB3      LYS 152 -18.108   4.035 -12.061
    5    HG2  LYS 152           HG2      LYS 152 -19.145   5.917 -13.317
    6    HG3  LYS 152           HG3      LYS 152 -18.873   6.940 -11.906
    7    HD2  LYS 152           HD2      LYS 152 -16.423   6.258 -12.088
    8    HD3  LYS 152           HD3      LYS 152 -16.834   5.617 -13.680
    9    HE2  LYS 152           HE2      LYS 152 -17.135   8.467 -12.743
   10    HE3  LYS 152           HE3      LYS 152 -15.963   7.859 -13.909
   11    HZ2  LYS 152           HZ1      LYS 152 -17.866   8.960 -14.957
   12    HZ1  LYS 152           HZ2      LYS 152 -18.909   7.813 -14.291
   13    HZ3  LYS 152           HZ3      LYS 152 -17.746   7.339 -15.421

  No H/Q in entry =          13
  In of MODEL   18
    1    H    GLN 153           H        GLN 153 -20.378   4.169  -8.580
    2    HA   GLN 153           HA       GLN 153 -19.597   1.361  -8.660
    3    HB2  GLN 153           HB2      GLN 153 -20.323   2.673  -6.101
    4    HB3  GLN 153           HB3      GLN 153 -18.999   1.577  -6.460
    5    HG2  GLN 153           HG2      GLN 153 -17.914   3.496  -7.673
    6    HG3  GLN 153           HG3      GLN 153 -19.160   4.514  -6.953
    7   HE21  GLN 153          HE21      GLN 153 -17.304   5.607  -5.998
    8   HE22  GLN 153          HE22      GLN 153 -16.634   4.986  -4.532

  No H/Q in entry =           8
  In of MODEL   18
    1    HA   PRO 154           HA       PRO 154 -23.579  -0.417  -8.078
    2    HB2  PRO 154           HB2      PRO 154 -23.245  -1.653  -5.560
    3    HB3  PRO 154           HB3      PRO 154 -23.030  -2.377  -7.153
    4    HG2  PRO 154           HG2      PRO 154 -21.013  -1.343  -5.263
    5    HG3  PRO 154           HG3      PRO 154 -20.851  -2.582  -6.516
    6    HD2  PRO 154           HD2      PRO 154 -19.802  -0.093  -6.735
    7    HD3  PRO 154           HD3      PRO 154 -20.326  -1.045  -8.136

  No H/Q in entry =           7
  In of MODEL   18
    1    H    ASP 155           H        ASP 155 -22.381   1.769  -5.709
    2    HA   ASP 155           HA       ASP 155 -24.697   1.783  -4.015
    3    HB2  ASP 155           HB2      ASP 155 -22.319   3.737  -4.307
    4    HB3  ASP 155           HB3      ASP 155 -23.651   4.046  -3.200

  No H/Q in entry =           4
  In of MODEL   18
    1    H    ALA 156           H        ALA 156 -24.317   3.379  -7.323
    2    HA   ALA 156           HA       ALA 156 -25.748   5.610  -6.593
    3    HB1  ALA 156           HB1      ALA 156 -25.867   4.178  -9.238
    4    HB2  ALA 156           HB2      ALA 156 -24.521   5.213  -8.758
    5    HB3  ALA 156           HB3      ALA 156 -26.142   5.890  -8.917

  No H/Q in entry =           5
  In of MODEL   18
    1    H    MET 157           H        MET 157 -27.710   5.625  -5.706
    2    HA   MET 157           HA       MET 157 -29.362   3.283  -6.151
    3    HB2  MET 157           HB2      MET 157 -28.621   4.559  -3.943
    4    HB3  MET 157           HB3      MET 157 -30.127   5.432  -4.255
    5    HG2  MET 157           HG2      MET 157 -30.875   2.827  -4.575
    6    HG3  MET 157           HG3      MET 157 -29.672   2.720  -3.294
    7    HE2  MET 157           HE1      MET 157 -33.840   4.507  -3.168
    8    HE1  MET 157           HE2      MET 157 -32.958   3.857  -4.549
    9    HE3  MET 157           HE3      MET 157 -32.667   5.512  -4.016

  No H/Q in entry =           9
  In of MODEL   18
    1    H    THR 158           H        THR 158 -30.453   3.678  -8.249
    2    HA   THR 158           HA       THR 158 -31.515   6.113  -8.896
    3    HB   THR 158           HB       THR 158 -33.153   4.795 -10.322
    4    HG1  THR 158           HG1      THR 158 -32.950   2.605 -10.328
    5   HG23  THR 158          HG21      THR 158 -31.147   5.607 -11.321
    6   HG22  THR 158          HG22      THR 158 -31.286   3.912 -11.789
    7   HG21  THR 158          HG23      THR 158 -30.166   4.386 -10.511

  No H/Q in entry =           7
  In of MODEL   18
    1    H    HIS 159           H        HIS 159 -33.632   6.879  -9.011
    2    HA   HIS 159           HA       HIS 159 -35.751   5.802  -7.564
    3    HB2  HIS 159           HB2      HIS 159 -35.831   6.934  -5.553
    4    HB3  HIS 159           HB3      HIS 159 -34.108   6.694  -5.733
    5    HD1  HIS 159           HD1      HIS 159 -36.442   9.173  -4.803
    6    HD2  HIS 159           HD2      HIS 159 -32.879   9.190  -6.924
    7    HE1  HIS 159           HE1      HIS 159 -35.592  11.529  -4.666
    8    HE2  HIS 159           HE2      HIS 159 -33.556  11.558  -6.148

  No H/Q in entry =           8
  In of MODEL   18
    1    HA   PRO 160           HA       PRO 160 -38.054   8.473 -10.174
    2    HB2  PRO 160           HB2      PRO 160 -39.903   9.691  -8.522
    3    HB3  PRO 160           HB3      PRO 160 -40.057   8.062  -9.188
    4    HG2  PRO 160           HG2      PRO 160 -39.116   8.925  -6.485
    5    HG3  PRO 160           HG3      PRO 160 -40.155   7.558  -6.929
    6    HD2  PRO 160           HD2      PRO 160 -37.570   7.211  -6.324
    7    HD3  PRO 160           HD3      PRO 160 -38.359   6.246  -7.587

  No H/Q in entry =           7
  In of MODEL   18
    1    H    ASP 161           H        ASP 161 -35.623   9.712  -8.809
    2    HA   ASP 161           HA       ASP 161 -35.986  12.323  -9.786
    3    HB2  ASP 161           HB2      ASP 161 -37.276  12.494  -7.613
    4    HB3  ASP 161           HB3      ASP 161 -35.767  12.180  -6.767

  No H/Q in entry =           4
  In of MODEL   18
    1    H    GLY 162           H        GLY 162 -34.216  10.175 -10.157
    2    HA3  GLY 162           HA2      GLY 162 -31.970  10.559 -10.797
    3    HA2  GLY 162           HA3      GLY 162 -31.745  11.505  -9.331

  No H/Q in entry =           3
  In of MODEL   18
    1    H    MET 163           H        MET 163 -29.865  10.071  -9.307
    2    HA   MET 163           HA       MET 163 -30.523   7.703  -7.667
    3    HB2  MET 163           HB2      MET 163 -28.120   7.080  -9.020
    4    HB3  MET 163           HB3      MET 163 -29.672   6.284  -9.226
    5    HG2  MET 163           HG2      MET 163 -30.197   7.508 -11.129
    6    HG3  MET 163           HG3      MET 163 -29.040   8.779 -10.743
    7    HE2  MET 163           HE1      MET 163 -26.287   7.713 -10.332
    8    HE1  MET 163           HE2      MET 163 -26.735   8.923 -11.533
    9    HE3  MET 163           HE3      MET 163 -25.709   7.565 -11.991

  No H/Q in entry =           9
  In of MODEL   18
    1    H    GLN 164           H        GLN 164 -29.698   8.026  -5.869
    2    HA   GLN 164           HA       GLN 164 -27.615   9.959  -5.326
    3    HB2  GLN 164           HB2      GLN 164 -28.547   9.939  -3.104
    4    HB3  GLN 164           HB3      GLN 164 -29.871  10.104  -4.249
    5    HG2  GLN 164           HG2      GLN 164 -29.568   7.357  -3.879
    6    HG3  GLN 164           HG3      GLN 164 -29.402   8.067  -2.276
    7   HE21  GLN 164          HE21      GLN 164 -31.353   7.101  -1.656
    8   HE22  GLN 164          HE22      GLN 164 -32.874   7.747  -2.153

  No H/Q in entry =           8
  In of MODEL   18
    1    H    ILE 165           H        ILE 165 -26.764   9.335  -3.098
    2    HA   ILE 165           HA       ILE 165 -25.913   6.781  -2.403
    3    HB   ILE 165           HB       ILE 165 -23.395   7.882  -2.822
    4   HG12  ILE 165          HG12      ILE 165 -23.637   7.949  -5.521
    5   HG13  ILE 165          HG13      ILE 165 -25.177   8.655  -5.054
    6   HG21  ILE 165          HG21      ILE 165 -23.991   5.567  -2.922
    7   HG23  ILE 165          HG22      ILE 165 -23.039   6.035  -4.337
    8   HG22  ILE 165          HG23      ILE 165 -24.785   5.812  -4.478
    9   HD12  ILE 165          HD11      ILE 165 -22.635   9.885  -5.187
   10   HD11  ILE 165          HD12      ILE 165 -23.158   9.894  -3.502
   11   HD13  ILE 165          HD13      ILE 165 -24.184  10.602  -4.750

  No H/Q in entry =          11
  In of MODEL   18
    1    H    LYS 166           H        LYS 166 -25.843   7.488   0.162
    2    HA   LYS 166           HA       LYS 166 -25.517  10.217   0.424
    3    HB2  LYS 166           HB2      LYS 166 -27.090   9.459   1.923
    4    HB3  LYS 166           HB3      LYS 166 -26.466   7.822   1.885
    5    HG2  LYS 166           HG2      LYS 166 -24.525   8.781   3.298
    6    HG3  LYS 166           HG3      LYS 166 -25.639  10.114   3.608
    7    HD2  LYS 166           HD2      LYS 166 -26.084   7.188   4.205
    8    HD3  LYS 166           HD3      LYS 166 -25.867   8.490   5.375
    9    HE2  LYS 166           HE2      LYS 166 -27.948   9.518   4.632
   10    HE3  LYS 166           HE3      LYS 166 -28.155   8.255   3.422
   11    HZ2  LYS 166           HZ1      LYS 166 -28.166   7.884   6.368
   12    HZ1  LYS 166           HZ2      LYS 166 -28.288   6.631   5.238
   13    HZ3  LYS 166           HZ3      LYS 166 -29.506   7.797   5.339

  No H/Q in entry =          13
  In of MODEL   18
    1    H    ILE 167           H        ILE 167 -23.641  10.984   0.562
    2    HA   ILE 167           HA       ILE 167 -21.659   9.417   2.051
    3    HB   ILE 167           HB       ILE 167 -20.340  11.377   0.517
    4   HG12  ILE 167          HG12      ILE 167 -20.832  10.182  -1.763
    5   HG13  ILE 167          HG13      ILE 167 -22.353   9.740  -1.005
    6   HG22  ILE 167          HG21      ILE 167 -20.358   8.367   0.327
    7   HG21  ILE 167          HG22      ILE 167 -19.333   9.347   1.373
    8   HG23  ILE 167          HG23      ILE 167 -19.133   9.421  -0.376
    9   HD12  ILE 167          HD11      ILE 167 -22.418  11.776  -2.435
   10   HD11  ILE 167          HD12      ILE 167 -21.385  12.568  -1.244
   11   HD13  ILE 167          HD13      ILE 167 -22.993  12.005  -0.785

  No H/Q in entry =          11
  In of MODEL   18
    1    H    THR 168           H        THR 168 -21.523  10.329   4.002
    2    HA   THR 168           HA       THR 168 -22.199  13.015   4.482
    3    HB   THR 168           HB       THR 168 -20.249  12.297   6.392
    4    HG1  THR 168           HG1      THR 168 -21.975  10.079   6.059
    5   HG22  THR 168          HG21      THR 168 -22.248  11.878   7.854
    6   HG21  THR 168          HG22      THR 168 -23.260  12.054   6.420
    7   HG23  THR 168          HG23      THR 168 -22.292  13.414   6.987

  No H/Q in entry =           7
  In of MODEL   18
    1    H    ARG 169           H        ARG 169 -20.625  14.706   4.903
    2    HA   ARG 169           HA       ARG 169 -18.677  14.798   2.786
    3    HB2  ARG 169           HB2      ARG 169 -18.269  16.922   4.684
    4    HB3  ARG 169           HB3      ARG 169 -18.822  17.022   3.033
    5    HG2  ARG 169           HG2      ARG 169 -20.564  18.025   4.098
    6    HG3  ARG 169           HG3      ARG 169 -21.139  16.362   4.048
    7    HD2  ARG 169           HD2      ARG 169 -21.004  16.114   6.292
    8    HD3  ARG 169           HD3      ARG 169 -19.560  17.114   6.425
    9    HE   ARG 169           HE       ARG 169 -21.207  19.029   5.986
   10   HH11  ARG 169          HH11      ARG 169 -21.966  16.135   7.809
   11   HH12  ARG 169          HH12      ARG 169 -23.236  16.891   8.715
   12   HH21  ARG 169          HH21      ARG 169 -22.872  20.021   7.178
   13   HH22  ARG 169          HH22      ARG 169 -23.758  19.097   8.348

  No H/Q in entry =          13
  In of MODEL   18
    1    H    GLN 170           H        GLN 170 -18.733  13.766   6.229
    2    HA   GLN 170           HA       GLN 170 -16.175  13.871   6.722
    3    HB2  GLN 170           HB2      GLN 170 -18.335  11.912   7.400
    4    HB3  GLN 170           HB3      GLN 170 -16.678  11.555   7.872
    5    HG2  GLN 170           HG2      GLN 170 -17.469  12.616   9.742
    6    HG3  GLN 170           HG3      GLN 170 -16.725  13.950   8.868
    7   HE21  GLN 170          HE21      GLN 170 -18.720  14.157  10.861
    8   HE22  GLN 170          HE22      GLN 170 -20.120  14.863  10.139

  No H/Q in entry =           8
  In of MODEL   18
    1    H    GLU 171           H        GLU 171 -17.438  11.992   3.855
    2    HA   GLU 171           HA       GLU 171 -15.465  10.046   4.359
    3    HB2  GLU 171           HB2      GLU 171 -17.497  10.505   2.150
    4    HB3  GLU 171           HB3      GLU 171 -16.225   9.291   2.023
    5    HG2  GLU 171           HG2      GLU 171 -17.522   8.886   4.492
    6    HG3  GLU 171           HG3      GLU 171 -18.777   9.105   3.277

  No H/Q in entry =           6
  In of MODEL   18
    1    H    ILE 172           H        ILE 172 -16.508  12.898   2.892
    2    HA   ILE 172           HA       ILE 172 -14.641  13.221   0.793
    3    HB   ILE 172           HB       ILE 172 -16.218  15.407   2.140
    4   HG12  ILE 172          HG12      ILE 172 -17.787  13.610   1.769
    5   HG13  ILE 172          HG13      ILE 172 -18.033  14.803   0.496
    6   HG22  ILE 172          HG21      ILE 172 -15.674  15.016  -0.779
    7   HG21  ILE 172          HG22      ILE 172 -14.484  15.776   0.275
    8   HG23  ILE 172          HG23      ILE 172 -16.081  16.500   0.079
    9   HD13  ILE 172          HD11      ILE 172 -16.806  13.423  -1.061
   10   HD12  ILE 172          HD12      ILE 172 -18.099  12.482  -0.315
   11   HD11  ILE 172          HD13      ILE 172 -16.428  12.273   0.224

  No H/Q in entry =          11
  In of MODEL   18
    1    H    GLY 173           H        GLY 173 -14.539  14.080   4.442
    2    HA3  GLY 173           HA2      GLY 173 -12.465  15.832   4.224
    3    HA2  GLY 173           HA3      GLY 173 -12.653  14.636   5.503

  No H/Q in entry =           3
  In of MODEL   18
    1    H    GLN 174           H        GLN 174 -12.538  12.465   4.272
    2    HA   GLN 174           HA       GLN 174  -9.773  11.923   4.100
    3    HB2  GLN 174           HB2      GLN 174 -11.917   9.897   3.585
    4    HB3  GLN 174           HB3      GLN 174 -10.376   9.690   4.412
    5    HG2  GLN 174           HG2      GLN 174 -12.690  11.282   5.504
    6    HG3  GLN 174           HG3      GLN 174 -12.387   9.593   5.873
    7   HE21  GLN 174          HE21      GLN 174 -10.955  12.815   6.081
    8   HE22  GLN 174          HE22      GLN 174 -10.033  12.498   7.506

  No H/Q in entry =           8
  In of MODEL   18
    1    H    ILE 175           H        ILE 175 -12.335  11.844   1.684
    2    HA   ILE 175           HA       ILE 175 -10.652  10.437  -0.200
    3    HB   ILE 175           HB       ILE 175 -13.326  11.724  -0.715
    4   HG12  ILE 175          HG12      ILE 175 -12.842   8.828  -0.012
    5   HG13  ILE 175          HG13      ILE 175 -13.329  10.036   1.174
    6   HG21  ILE 175          HG21      ILE 175 -11.806   9.541  -2.141
    7   HG23  ILE 175          HG22      ILE 175 -12.107  11.175  -2.733
    8   HG22  ILE 175          HG23      ILE 175 -13.450  10.048  -2.531
    9   HD12  ILE 175          HD11      ILE 175 -15.186   8.660   0.238
   10   HD11  ILE 175          HD12      ILE 175 -14.893   9.439  -1.318
   11   HD13  ILE 175          HD13      ILE 175 -15.394  10.403   0.070

  No H/Q in entry =          11
  In of MODEL   18
    1    H    VAL 176           H        VAL 176 -11.579  13.696   0.513
    2    HA   VAL 176           HA       VAL 176 -10.363  14.586  -1.996
    3    HB   VAL 176           HB       VAL 176 -12.097  16.159  -0.094
    4   HG13  VAL 176          HG11      VAL 176 -12.233  17.761  -1.886
    5   HG12  VAL 176          HG12      VAL 176 -11.192  16.756  -2.894
    6   HG11  VAL 176          HG13      VAL 176 -10.550  17.504  -1.428
    7   HG21  VAL 176          HG21      VAL 176 -13.308  14.321  -1.167
    8   HG23  VAL 176          HG22      VAL 176 -12.770  14.895  -2.746
    9   HG22  VAL 176          HG23      VAL 176 -13.842  15.894  -1.762

  No H/Q in entry =           9
  In of MODEL   18
    1    H    GLY 177           H        GLY 177 -10.156  14.909   1.504
    2    HA3  GLY 177           HA2      GLY 177  -7.877  15.061   2.372
    3    HA2  GLY 177           HA3      GLY 177  -7.533  16.196   1.071

  No H/Q in entry =           3
  In of MODEL   18
    1    H    CYS 178           H        CYS 178 -10.476  17.131   1.893
    2    HA   CYS 178           HA       CYS 178  -9.492  18.976   3.999
    3    HB2  CYS 178           HB2      CYS 178 -11.208  19.512   1.582
    4    HB3  CYS 178           HB3      CYS 178 -11.176  20.601   2.965
    5    HG   CYS 178           HG       CYS 178  -8.184  20.577   2.604

  No H/Q in entry =           5
  In of MODEL   18
    1    H    SER 179           H        SER 179 -11.126  19.664   5.550
    2    HA   SER 179           HA       SER 179 -12.799  17.522   6.242
    3    HB2  SER 179           HB2      SER 179 -13.678  19.284   7.904
    4    HB3  SER 179           HB3      SER 179 -11.973  18.851   8.024
    5    HG   SER 179           HG       SER 179 -12.892  21.233   7.812

  No H/Q in entry =           5
  In of MODEL   18
    1    H    ARG 180           H        ARG 180 -14.968  17.868   6.649
    2    HA   ARG 180           HA       ARG 180 -16.650  18.456   4.606
    3    HB2  ARG 180           HB2      ARG 180 -18.396  18.659   6.495
    4    HB3  ARG 180           HB3      ARG 180 -17.562  17.134   6.269
    5    HG2  ARG 180           HG2      ARG 180 -17.527  17.351   8.540
    6    HG3  ARG 180           HG3      ARG 180 -15.960  18.026   8.104
    7    HD2  ARG 180           HD2      ARG 180 -16.569  20.147   8.675
    8    HD3  ARG 180           HD3      ARG 180 -18.263  19.888   8.252
    9    HE   ARG 180           HE       ARG 180 -18.553  18.744  10.346
   10   HH11  ARG 180          HH11      ARG 180 -15.533  20.508  10.014
   11   HH12  ARG 180          HH12      ARG 180 -15.277  20.600  11.727
   12   HH21  ARG 180          HH21      ARG 180 -18.174  18.855  12.586
   13   HH22  ARG 180          HH22      ARG 180 -16.757  19.661  13.178

  No H/Q in entry =          13
  In of MODEL   18
    1    H    GLU 181           H        GLU 181 -14.726  20.726   5.537
    2    HA   GLU 181           HA       GLU 181 -16.690  22.794   5.987
    3    HB2  GLU 181           HB2      GLU 181 -13.980  22.354   6.873
    4    HB3  GLU 181           HB3      GLU 181 -14.285  24.009   6.356
    5    HG2  GLU 181           HG2      GLU 181 -15.273  24.420   8.286
    6    HG3  GLU 181           HG3      GLU 181 -16.488  23.196   7.925

  No H/Q in entry =           6
  In of MODEL   18
    1    H    THR 182           H        THR 182 -13.643  22.680   4.249
    2    HA   THR 182           HA       THR 182 -14.238  24.664   2.309
    3    HB   THR 182           HB       THR 182 -12.719  22.548   1.057
    4    HG1  THR 182           HG1      THR 182 -10.993  22.619   2.758
    5   HG21  THR 182          HG21      THR 182 -11.859  25.214   2.203
    6   HG23  THR 182          HG22      THR 182 -12.362  24.898   0.543
    7   HG22  THR 182          HG23      THR 182 -10.866  24.197   1.160

  No H/Q in entry =           7
  In of MODEL   18
    1    H    VAL 183           H        VAL 183 -14.400  21.173   2.348
    2    HA   VAL 183           HA       VAL 183 -16.081  20.757   0.095
    3    HB   VAL 183           HB       VAL 183 -14.918  19.273   2.399
    4   HG12  VAL 183          HG11      VAL 183 -17.291  18.107   0.994
    5   HG11  VAL 183          HG12      VAL 183 -17.275  18.703   2.654
    6   HG13  VAL 183          HG13      VAL 183 -16.260  17.321   2.199
    7   HG23  VAL 183          HG21      VAL 183 -15.340  18.425  -0.441
    8   HG22  VAL 183          HG22      VAL 183 -14.323  17.631   0.765
    9   HG21  VAL 183          HG23      VAL 183 -13.902  19.246   0.175

  No H/Q in entry =           9
  In of MODEL   18
    1    H    GLY 184           H        GLY 184 -16.654  21.495   3.659
    2    HA3  GLY 184           HA2      GLY 184 -19.336  21.110   3.625
    3    HA2  GLY 184           HA3      GLY 184 -18.503  22.365   4.535

  No H/Q in entry =           3
  In of MODEL   18
    1    H    ARG 185           H        ARG 185 -17.612  23.435   1.558
    2    HA   ARG 185           HA       ARG 185 -19.613  25.466   1.765
    3    HB2  ARG 185           HB2      ARG 185 -17.445  24.913  -0.282
    4    HB3  ARG 185           HB3      ARG 185 -18.511  26.308  -0.328
    5    HG2  ARG 185           HG2      ARG 185 -17.584  27.073   1.801
    6    HG3  ARG 185           HG3      ARG 185 -16.503  25.677   1.820
    7    HD2  ARG 185           HD2      ARG 185 -15.585  26.438  -0.361
    8    HD3  ARG 185           HD3      ARG 185 -16.568  27.894  -0.219
    9    HE   ARG 185           HE       ARG 185 -15.199  27.970   2.067
   10   HH11  ARG 185          HH11      ARG 185 -14.142  27.392  -1.221
   11   HH12  ARG 185          HH12      ARG 185 -12.548  28.018  -0.954
   12   HH21  ARG 185          HH21      ARG 185 -13.123  28.816   2.415
   13   HH22  ARG 185          HH22      ARG 185 -11.968  28.843   1.118

  No H/Q in entry =          13
  In of MODEL   18
    1    H    ILE 186           H        ILE 186 -18.572  22.771   0.018
    2    HA   ILE 186           HA       ILE 186 -20.292  23.246  -2.283
    3    HB   ILE 186           HB       ILE 186 -18.296  21.116  -1.714
    4   HG12  ILE 186          HG12      ILE 186 -17.665  21.965  -4.115
    5   HG13  ILE 186          HG13      ILE 186 -18.713  23.318  -3.714
    6   HG22  ILE 186          HG21      ILE 186 -19.749  20.963  -4.280
    7   HG21  ILE 186          HG22      ILE 186 -20.604  20.366  -2.861
    8   HG23  ILE 186          HG23      ILE 186 -19.040  19.677  -3.302
    9   HD12  ILE 186          HD11      ILE 186 -16.261  23.658  -3.313
   10   HD11  ILE 186          HD12      ILE 186 -16.397  22.494  -1.994
   11   HD13  ILE 186          HD13      ILE 186 -17.317  23.996  -1.944

  No H/Q in entry =          11
  In of MODEL   18
    1    H    LEU 187           H        LEU 187 -20.215  20.964   0.339
    2    HA   LEU 187           HA       LEU 187 -22.473  19.560  -0.594
    3    HB2  LEU 187           HB2      LEU 187 -21.128  19.607   2.073
    4    HB3  LEU 187           HB3      LEU 187 -22.357  18.436   1.578
    5    HG   LEU 187           HG       LEU 187 -19.518  18.680   0.711
    6   HD11  LEU 187          HD11      LEU 187 -20.803  16.855   2.098
    7   HD13  LEU 187          HD12      LEU 187 -19.443  16.471   1.042
    8   HD12  LEU 187          HD13      LEU 187 -21.100  16.219   0.477
    9   HD23  LEU 187          HD21      LEU 187 -21.617  17.602  -1.163
   10   HD22  LEU 187          HD22      LEU 187 -19.875  17.522  -1.395
   11   HD21  LEU 187          HD23      LEU 187 -20.693  19.082  -1.410

  No H/Q in entry =          11
  In of MODEL   18
    1    H    LYS 188           H        LYS 188 -22.118  22.540   0.603
    2    HA   LYS 188           HA       LYS 188 -24.685  22.637   2.039
    3    HB2  LYS 188           HB2      LYS 188 -22.472  24.059   2.656
    4    HB3  LYS 188           HB3      LYS 188 -23.225  25.172   1.521
    5    HG2  LYS 188           HG2      LYS 188 -24.681  24.010   3.883
    6    HG3  LYS 188           HG3      LYS 188 -23.788  25.527   3.950
    7    HD2  LYS 188           HD2      LYS 188 -25.617  26.566   3.208
    8    HD3  LYS 188           HD3      LYS 188 -25.436  25.702   1.680
    9    HE2  LYS 188           HE2      LYS 188 -26.765  23.839   2.612
   10    HE3  LYS 188           HE3      LYS 188 -26.989  24.765   4.094
   11    HZ3  LYS 188           HZ1      LYS 188 -28.205  26.419   2.889
   12    HZ2  LYS 188           HZ2      LYS 188 -28.885  24.905   2.542
   13    HZ1  LYS 188           HZ3      LYS 188 -27.885  25.669   1.401

  No H/Q in entry =          13
  In of MODEL   18
    1    H    MET 189           H        MET 189 -23.034  23.461  -0.949
    2    HA   MET 189           HA       MET 189 -25.235  25.115  -1.916
    3    HB2  MET 189           HB2      MET 189 -24.078  25.028  -4.169
    4    HB3  MET 189           HB3      MET 189 -23.188  25.805  -2.877
    5    HG2  MET 189           HG2      MET 189 -22.094  23.467  -2.619
    6    HG3  MET 189           HG3      MET 189 -22.670  23.233  -4.266
    7    HE3  MET 189           HE1      MET 189 -20.102  26.806  -3.049
    8    HE2  MET 189           HE2      MET 189 -19.777  25.326  -2.146
    9    HE1  MET 189           HE3      MET 189 -21.390  26.034  -2.123

  No H/Q in entry =           9
  In of MODEL   18
    1    H    LEU 190           H        LEU 190 -24.323  21.815  -1.953
    2    HA   LEU 190           HA       LEU 190 -25.782  20.861  -4.097
    3    HB2  LEU 190           HB2      LEU 190 -25.497  19.529  -1.427
    4    HB3  LEU 190           HB3      LEU 190 -25.824  18.748  -2.968
    5    HG   LEU 190           HG       LEU 190 -23.311  20.003  -2.001
    6   HD13  LEU 190          HD11      LEU 190 -23.565  17.687  -1.557
    7   HD12  LEU 190          HD12      LEU 190 -22.404  17.872  -2.871
    8   HD11  LEU 190          HD13      LEU 190 -24.060  17.374  -3.219
    9   HD22  LEU 190          HD21      LEU 190 -23.566  21.034  -4.101
   10   HD21  LEU 190          HD22      LEU 190 -24.086  19.525  -4.848
   11   HD23  LEU 190          HD23      LEU 190 -22.420  19.709  -4.301

  No H/Q in entry =          11
  In of MODEL   18
    1    H    GLU 191           H        GLU 191 -26.972  21.239  -0.690
    2    HA   GLU 191           HA       GLU 191 -29.566  20.459  -1.271
    3    HB2  GLU 191           HB2      GLU 191 -28.599  20.558   0.987
    4    HB3  GLU 191           HB3      GLU 191 -28.431  22.299   0.855
    5    HG2  GLU 191           HG2      GLU 191 -31.045  22.167   0.490
    6    HG3  GLU 191           HG3      GLU 191 -30.845  20.658   1.380

  No H/Q in entry =           6
  In of MODEL   18
    1    H    ASP 192           H        ASP 192 -27.819  23.254  -2.079
    2    HA   ASP 192           HA       ASP 192 -30.191  24.920  -2.281
    3    HB2  ASP 192           HB2      ASP 192 -27.258  25.406  -2.461
    4    HB3  ASP 192           HB3      ASP 192 -28.315  26.496  -3.349

  No H/Q in entry =           4
  In of MODEL   18
    1    H    GLN 193           H        GLN 193 -28.711  22.621  -3.919
    2    HA   GLN 193           HA       GLN 193 -28.759  21.750  -6.040
    3    HB2  GLN 193           HB2      GLN 193 -31.066  23.656  -6.096
    4    HB3  GLN 193           HB3      GLN 193 -30.533  22.932  -7.604
    5    HG2  GLN 193           HG2      GLN 193 -32.215  21.520  -6.896
    6    HG3  GLN 193           HG3      GLN 193 -30.748  20.698  -6.372
    7   HE21  GLN 193          HE21      GLN 193 -30.317  20.497  -4.204
    8   HE22  GLN 193          HE22      GLN 193 -31.470  20.884  -2.977

  No H/Q in entry =           8
  In of MODEL   18
    1    H    ASN 194           H        ASN 194 -27.128  24.087  -5.278
    2    HA   ASN 194           HA       ASN 194 -26.865  25.553  -7.784
    3    HB2  ASN 194           HB2      ASN 194 -25.867  25.914  -5.007
    4    HB3  ASN 194           HB3      ASN 194 -24.829  26.510  -6.299
    5   HD21  ASN 194          HD21      ASN 194 -26.394  27.932  -4.229
    6   HD22  ASN 194          HD22      ASN 194 -27.400  29.035  -5.092

  No H/Q in entry =           6
  In of MODEL   18
    1    H    LEU 195           H        LEU 195 -25.996  22.631  -6.813
    2    HA   LEU 195           HA       LEU 195 -23.793  22.498  -8.691
    3    HB2  LEU 195           HB2      LEU 195 -23.032  23.195  -6.282
    4    HB3  LEU 195           HB3      LEU 195 -23.212  21.488  -5.950
    5    HG   LEU 195           HG       LEU 195 -21.600  22.026  -8.332
    6   HD13  LEU 195          HD11      LEU 195 -19.653  22.820  -7.120
    7   HD12  LEU 195          HD12      LEU 195 -20.595  22.900  -5.628
    8   HD11  LEU 195          HD13      LEU 195 -20.979  23.978  -6.971
    9   HD21  LEU 195          HD21      LEU 195 -21.683  20.240  -5.999
   10   HD23  LEU 195          HD22      LEU 195 -20.078  20.608  -6.625
   11   HD22  LEU 195          HD23      LEU 195 -21.299  19.895  -7.684

  No H/Q in entry =          11
  In of MODEL   18
    1    H    ILE 196           H        ILE 196 -26.027  20.911  -6.564
    2    HA   ILE 196           HA       ILE 196 -26.225  18.541  -8.037
    3    HB   ILE 196           HB       ILE 196 -25.378  18.009  -5.192
    4   HG12  ILE 196          HG12      ILE 196 -23.672  17.577  -7.637
    5   HG13  ILE 196          HG13      ILE 196 -23.484  18.975  -6.582
    6   HG22  ILE 196          HG21      ILE 196 -24.925  15.882  -7.041
    7   HG21  ILE 196          HG22      ILE 196 -26.558  16.495  -7.298
    8   HG23  ILE 196          HG23      ILE 196 -26.066  15.935  -5.699
    9   HD11  ILE 196          HD11      ILE 196 -23.327  16.147  -5.615
   10   HD13  ILE 196          HD12      ILE 196 -22.863  17.622  -4.764
   11   HD12  ILE 196          HD13      ILE 196 -21.928  17.076  -6.158

  No H/Q in entry =          11
  In of MODEL   18
    1    H    SER 197           H        SER 197 -27.257  17.364  -5.385
    2    HA   SER 197           HA       SER 197 -29.163  18.996  -4.383
    3    HB2  SER 197           HB2      SER 197 -31.147  17.530  -5.084
    4    HB3  SER 197           HB3      SER 197 -30.615  18.800  -6.181
    5    HG   SER 197           HG       SER 197 -29.481  16.259  -6.455

  No H/Q in entry =           5
  In of MODEL   18
    1    H    ALA 198           H        ALA 198 -28.484  18.338  -2.389
    2    HA   ALA 198           HA       ALA 198 -28.182  15.499  -1.991
    3    HB2  ALA 198           HB1      ALA 198 -27.589  17.738  -0.045
    4    HB1  ALA 198           HB2      ALA 198 -26.403  17.161  -1.214
    5    HB3  ALA 198           HB3      ALA 198 -27.023  16.067   0.022

  No H/Q in entry =           5
  In of MODEL   18
    1    H    HIS 199           H        HIS 199 -29.934  14.525  -1.344
    2    HA   HIS 199           HA       HIS 199 -32.086  16.044  -0.098
    3    HB2  HIS 199           HB2      HIS 199 -32.332  14.082  -1.880
    4    HB3  HIS 199           HB3      HIS 199 -32.188  13.066  -0.446
    5    HD1  HIS 199           HD1      HIS 199 -34.640  14.720  -2.436
    6    HD2  HIS 199           HD2      HIS 199 -34.200  13.937   1.619
    7    HE1  HIS 199           HE1      HIS 199 -36.929  15.005  -1.444
    8    HE2  HIS 199           HE2      HIS 199 -36.664  14.400   0.986

  No H/Q in entry =           8
  In of MODEL   18
    1    H    GLY 200           H        GLY 200 -30.688  16.557   1.671
    2    HA3  GLY 200           HA2      GLY 200 -30.289  16.234   3.955
    3    HA2  GLY 200           HA3      GLY 200 -30.679  14.522   3.759

  No H/Q in entry =           3
  In of MODEL   18
    1    H    LYS 201           H        LYS 201 -28.939  13.265   4.083
    2    HA   LYS 201           HA       LYS 201 -26.306  14.306   3.330
    3    HB2  LYS 201           HB2      LYS 201 -27.252  12.137   5.175
    4    HB3  LYS 201           HB3      LYS 201 -25.595  12.123   4.585
    5    HG2  LYS 201           HG2      LYS 201 -24.981  13.733   5.988
    6    HG3  LYS 201           HG3      LYS 201 -26.371  14.733   5.571
    7    HD2  LYS 201           HD2      LYS 201 -27.762  13.392   7.099
    8    HD3  LYS 201           HD3      LYS 201 -26.337  12.450   7.545
    9    HE2  LYS 201           HE2      LYS 201 -25.257  14.523   8.336
   10    HE3  LYS 201           HE3      LYS 201 -26.728  15.414   7.953
   11    HZ3  LYS 201           HZ1      LYS 201 -27.914  14.252   9.614
   12    HZ2  LYS 201           HZ2      LYS 201 -26.459  14.729  10.331
   13    HZ1  LYS 201           HZ3      LYS 201 -26.672  13.131   9.836

  No H/Q in entry =          13
  In of MODEL   18
    1    H    THR 202           H        THR 202 -28.672  12.395   2.155
    2    HA   THR 202           HA       THR 202 -27.188  10.652   0.449
    3    HB   THR 202           HB       THR 202 -29.840  11.113  -0.532
    4    HG1  THR 202           HG1      THR 202 -30.588  11.839   1.388
    5   HG21  THR 202          HG21      THR 202 -28.459   8.997  -0.589
    6   HG23  THR 202          HG22      THR 202 -30.148   8.787  -0.128
    7   HG22  THR 202          HG23      THR 202 -28.888   8.767   1.106

  No H/Q in entry =           7
  In of MODEL   18
    1    H    ILE 203           H        ILE 203 -26.273  11.356  -1.460
    2    HA   ILE 203           HA       ILE 203 -27.107  14.007  -2.343
    3    HB   ILE 203           HB       ILE 203 -24.506  12.572  -2.306
    4   HG12  ILE 203          HG12      ILE 203 -25.348  15.426  -1.796
    5   HG13  ILE 203          HG13      ILE 203 -25.064  14.195  -0.571
    6   HG23  ILE 203          HG21      ILE 203 -23.544  13.728  -4.087
    7   HG22  ILE 203          HG22      ILE 203 -24.825  14.939  -4.117
    8   HG21  ILE 203          HG23      ILE 203 -25.136  13.311  -4.720
    9   HD12  ILE 203          HD11      ILE 203 -23.085  15.577  -2.333
   10   HD11  ILE 203          HD12      ILE 203 -22.689  14.097  -1.459
   11   HD13  ILE 203          HD13      ILE 203 -23.161  15.550  -0.573

  No H/Q in entry =          11
  In of MODEL   18
    1    H    VAL 204           H        VAL 204 -28.219  14.113  -4.159
    2    HA   VAL 204           HA       VAL 204 -27.976  11.861  -6.025
    3    HB   VAL 204           HB       VAL 204 -30.153  11.787  -4.821
    4   HG11  VAL 204          HG11      VAL 204 -30.587  14.437  -6.149
    5   HG13  VAL 204          HG12      VAL 204 -30.781  14.012  -4.447
    6   HG12  VAL 204          HG13      VAL 204 -31.919  13.391  -5.648
    7   HG23  VAL 204          HG21      VAL 204 -30.290  12.299  -7.775
    8   HG22  VAL 204          HG22      VAL 204 -31.500  11.443  -6.819
    9   HG21  VAL 204          HG23      VAL 204 -29.878  10.773  -6.992

  No H/Q in entry =           9
  In of MODEL   18
    1    H    VAL 205           H        VAL 205 -26.856  12.520  -7.337
    2    HA   VAL 205           HA       VAL 205 -26.872  14.941  -8.814
    3    HB   VAL 205           HB       VAL 205 -25.588  13.410 -10.496
    4   HG13  VAL 205          HG11      VAL 205 -24.459  14.800  -8.824
    5   HG12  VAL 205          HG12      VAL 205 -23.641  13.245  -8.963
    6   HG11  VAL 205          HG13      VAL 205 -24.709  13.559  -7.590
    7   HG23  VAL 205          HG21      VAL 205 -25.769  11.469  -8.178
    8   HG22  VAL 205          HG22      VAL 205 -24.960  11.215  -9.730
    9   HG21  VAL 205          HG23      VAL 205 -26.720  11.310  -9.660

  No H/Q in entry =           9
  In of MODEL   18
    1    H    TYR 206           H        TYR 206 -28.873  15.412  -9.360
    2    HA   TYR 206           HA       TYR 206 -31.047  14.115 -10.293
    3    HB2  TYR 206           HB2      TYR 206 -29.828  16.713 -11.218
    4    HB3  TYR 206           HB3      TYR 206 -31.306  16.113 -11.948
    5    HD1  TYR 206           HD1      TYR 206 -30.081  18.333  -9.627
    6    HD2  TYR 206           HD2      TYR 206 -33.080  15.330 -10.045
    7    HE1  TYR 206           HE1      TYR 206 -31.381  19.409  -7.858
    8    HE2  TYR 206           HE2      TYR 206 -34.408  16.378  -8.275
    9    HH   TYR 206           HH       TYR 206 -34.225  17.905  -6.488

  No H/Q in entry =           9
  In of MODEL   18
    1    H    GLY 207           H        GLY 207 -28.699  15.547 -12.515
    2    HA3  GLY 207           HA2      GLY 207 -28.357  13.282 -14.168
    3    HA2  GLY 207           HA3      GLY 207 -29.616  14.306 -14.846

  No H/Q in entry =           3
  In of MODEL   18
    1    H    THR 208           H        THR 208 -27.208  16.031 -13.104
    2    HA   THR 208           HA       THR 208 -25.806  16.629 -15.618
    3    HB   THR 208           HB       THR 208 -26.300  18.757 -13.558
    4    HG1  THR 208           HG1      THR 208 -28.160  19.360 -14.771
    5   HG22  THR 208          HG21      THR 208 -26.022  20.231 -15.517
    6   HG21  THR 208          HG22      THR 208 -25.774  18.810 -16.531
    7   HG23  THR 208          HG23      THR 208 -24.617  19.197 -15.259

  No H/Q in entry =           7
  In of MODEL   18
    1    H    ARG 209           H        ARG 209 -25.691  17.132 -12.095
    2    HA   ARG 209           HA       ARG 209 -23.124  15.941 -11.849
    3    HB2  ARG 209           HB2      ARG 209 -22.052  18.063 -10.925
    4    HB3  ARG 209           HB3      ARG 209 -22.219  17.981 -12.674
    5    HG2  ARG 209           HG2      ARG 209 -24.018  19.497 -12.677
    6    HG3  ARG 209           HG3      ARG 209 -24.237  19.358 -10.932
    7    HD2  ARG 209           HD2      ARG 209 -22.016  20.395 -10.615
    8    HD3  ARG 209           HD3      ARG 209 -21.899  20.612 -12.361
    9    HE   ARG 209           HE       ARG 209 -24.257  21.802 -11.678
   10   HH11  ARG 209          HH11      ARG 209 -20.929  22.175 -10.686
   11   HH12  ARG 209          HH12      ARG 209 -21.099  23.856 -10.299
   12   HH21  ARG 209          HH21      ARG 209 -24.493  24.016 -11.170
   13   HH22  ARG 209          HH22      ARG 209 -23.132  24.905 -10.568

  No H/Q in entry =          13
  In of MODEL   18
    1    H1   VAL   1           H3       VAL   1  28.922 -13.931  -5.186
    2    H2   VAL   1           H2       VAL   1  28.940 -12.425  -4.426
    3    H3   VAL   1           H1       VAL   1  29.939 -12.712  -5.758
    4    HA   VAL   1           HA       VAL   1  31.225 -14.315  -4.556
    5    HB   VAL   1           HB       VAL   1  31.708 -11.820  -4.391
    6   HG13  VAL   1          HG11      VAL   1  29.913 -11.157  -2.926
    7   HG12  VAL   1          HG12      VAL   1  31.466 -10.798  -2.169
    8   HG11  VAL   1          HG13      VAL   1  30.532 -12.200  -1.647
    9   HG21  VAL   1          HG21      VAL   1  33.345 -13.517  -3.778
   10   HG23  VAL   1          HG22      VAL   1  32.674 -13.587  -2.149
   11   HG22  VAL   1          HG23      VAL   1  33.459 -12.114  -2.716

  No H/Q in entry =          11
  In of MODEL   18
    1    H    LEU   2           H        LEU   2  31.778 -15.222  -2.394
    2    HA   LEU   2           HA       LEU   2  29.376 -16.215  -1.103
    3    HB2  LEU   2           HB2      LEU   2  32.282 -16.890  -0.628
    4    HB3  LEU   2           HB3      LEU   2  30.910 -17.748   0.045
    5    HG   LEU   2           HG       LEU   2  30.943 -17.560  -2.898
    6   HD12  LEU   2          HD11      LEU   2  32.578 -19.454  -3.037
    7   HD11  LEU   2          HD12      LEU   2  33.030 -19.099  -1.370
    8   HD13  LEU   2          HD13      LEU   2  33.283 -17.891  -2.628
    9   HD21  LEU   2          HD21      LEU   2  29.268 -18.834  -1.621
   10   HD23  LEU   2          HD22      LEU   2  30.554 -19.856  -0.980
   11   HD22  LEU   2          HD23      LEU   2  30.202 -19.860  -2.709

  No H/Q in entry =          11
  In of MODEL   18
    1    H    GLY   3           H        GLY   3  30.238 -16.762   1.452
    2    HA3  GLY   3           HA2      GLY   3  30.715 -15.853   3.534
    3    HA2  GLY   3           HA3      GLY   3  31.188 -14.354   2.746

  No H/Q in entry =           3
  In of MODEL   18
    1    H    LYS   4           H        LYS   4  28.175 -16.254   2.857
    2    HA   LYS   4           HA       LYS   4  26.815 -13.813   3.766
    3    HB2  LYS   4           HB2      LYS   4  26.262 -15.529   1.442
    4    HB3  LYS   4           HB3      LYS   4  24.851 -15.065   2.384
    5    HG2  LYS   4           HG2      LYS   4  24.853 -13.235   1.111
    6    HG3  LYS   4           HG3      LYS   4  26.164 -12.694   2.158
    7    HD2  LYS   4           HD2      LYS   4  27.778 -13.727   0.559
    8    HD3  LYS   4           HD3      LYS   4  26.417 -14.063  -0.518
    9    HE2  LYS   4           HE2      LYS   4  25.887 -11.608  -0.419
   10    HE3  LYS   4           HE3      LYS   4  27.431 -11.380   0.395
   11    HZ1  LYS   4           HZ1      LYS   4  27.960 -12.874  -1.865
   12    HZ3  LYS   4           HZ2      LYS   4  28.336 -11.243  -1.599
   13    HZ2  LYS   4           HZ3      LYS   4  26.884 -11.658  -2.372

  No H/Q in entry =          13
  In of MODEL   18
    1    HA   PRO   5           HA       PRO   5  25.206 -16.752   6.795
    2    HB2  PRO   5           HB2      PRO   5  24.595 -14.924   8.686
    3    HB3  PRO   5           HB3      PRO   5  26.252 -15.473   8.418
    4    HG2  PRO   5           HG2      PRO   5  24.970 -12.909   7.681
    5    HG3  PRO   5           HG3      PRO   5  26.663 -13.255   8.061
    6    HD2  PRO   5           HD2      PRO   5  25.532 -12.941   5.490
    7    HD3  PRO   5           HD3      PRO   5  27.163 -13.522   5.870

  No H/Q in entry =           7
  In of MODEL   18
    1    H    GLN   6           H        GLN   6  23.110 -17.503   6.583
    2    HA   GLN   6           HA       GLN   6  21.038 -15.464   6.093
    3    HB2  GLN   6           HB2      GLN   6  21.883 -17.569   4.389
    4    HB3  GLN   6           HB3      GLN   6  20.248 -17.934   4.920
    5    HG2  GLN   6           HG2      GLN   6  19.623 -16.649   3.208
    6    HG3  GLN   6           HG3      GLN   6  20.032 -15.300   4.268
    7   HE21  GLN   6          HE21      GLN   6  21.246 -17.384   1.713
    8   HE22  GLN   6          HE22      GLN   6  22.411 -16.265   1.101

  No H/Q in entry =           8
  In of MODEL   18
    1    H    THR   7           H        THR   7  21.185 -18.951   6.886
    2    HA   THR   7           HA       THR   7  20.113 -20.186   8.518
    3    HB   THR   7           HB       THR   7  18.687 -17.743   9.578
    4    HG1  THR   7           HG1      THR   7  20.691 -16.970   9.779
    5   HG21  THR   7          HG21      THR   7  19.692 -20.305  10.820
    6   HG23  THR   7          HG22      THR   7  18.013 -19.855  10.528
    7   HG22  THR   7          HG23      THR   7  18.965 -18.981  11.728

  No H/Q in entry =           7
  In of MODEL   18
    1    H    ASP   8           H        ASP   8  19.228 -19.951   5.903
    2    HA   ASP   8           HA       ASP   8  16.383 -20.323   6.361
    3    HB2  ASP   8           HB2      ASP   8  16.903 -17.918   5.513
    4    HB3  ASP   8           HB3      ASP   8  17.130 -18.706   3.953

  No H/Q in entry =           4
  In of MODEL   18
    1    HA   PRO   9           HA       PRO   9  17.925 -23.686   3.718
    2    HB2  PRO   9           HB2      PRO   9  16.101 -25.528   4.486
    3    HB3  PRO   9           HB3      PRO   9  17.552 -25.174   5.430
    4    HG2  PRO   9           HG2      PRO   9  14.744 -24.227   5.837
    5    HG3  PRO   9           HG3      PRO   9  15.928 -24.770   7.040
    6    HD2  PRO   9           HD2      PRO   9  15.397 -22.140   6.551
    7    HD3  PRO   9           HD3      PRO   9  16.976 -22.722   7.115

  No H/Q in entry =           7
  In of MODEL   18
    1    H    THR  10           H        THR  10  14.838 -22.133   3.963
    2    HA   THR  10           HA       THR  10  13.680 -23.575   1.732
    3    HB   THR  10           HB       THR  10  12.086 -21.360   2.230
    4    HG1  THR  10           HG1      THR  10  13.285 -20.862   4.107
    5   HG22  THR  10          HG21      THR  10  10.604 -22.979   3.373
    6   HG21  THR  10          HG22      THR  10  11.934 -24.135   3.422
    7   HG23  THR  10          HG23      THR  10  11.267 -23.623   1.872

  No H/Q in entry =           7
  In of MODEL   18
    1    H    LEU  11           H        LEU  11  15.077 -20.414   2.514
    2    HA   LEU  11           HA       LEU  11  14.592 -19.306  -0.047
    3    HB2  LEU  11           HB2      LEU  11  15.391 -18.334   2.356
    4    HB3  LEU  11           HB3      LEU  11  16.901 -18.317   1.465
    5    HG   LEU  11           HG       LEU  11  16.139 -16.255   0.977
    6   HD11  LEU  11          HD11      LEU  11  16.201 -17.754  -1.113
    7   HD13  LEU  11          HD12      LEU  11  15.564 -16.113  -1.225
    8   HD12  LEU  11          HD13      LEU  11  14.460 -17.488  -1.120
    9   HD21  LEU  11          HD21      LEU  11  14.053 -16.503   2.262
   10   HD23  LEU  11          HD22      LEU  11  13.322 -17.264   0.846
   11   HD22  LEU  11          HD23      LEU  11  13.843 -15.580   0.773

  No H/Q in entry =          11
  In of MODEL   18
    1    H    GLU  12           H        GLU  12  16.975 -21.209   1.368
    2    HA   GLU  12           HA       GLU  12  19.022 -20.931  -0.630
    3    HB2  GLU  12           HB2      GLU  12  19.278 -21.557   1.938
    4    HB3  GLU  12           HB3      GLU  12  18.988 -23.188   1.348
    5    HG2  GLU  12           HG2      GLU  12  21.385 -22.607   1.555
    6    HG3  GLU  12           HG3      GLU  12  20.909 -23.085  -0.073

  No H/Q in entry =           6
  In of MODEL   18
    1    H    TRP  13           H        TRP  13  16.102 -22.423  -0.222
    2    HA   TRP  13           HA       TRP  13  16.755 -24.671  -1.975
    3    HB2  TRP  13           HB2      TRP  13  14.548 -24.100  -0.120
    4    HB3  TRP  13           HB3      TRP  13  13.991 -24.663  -1.694
    5    HD1  TRP  13           HD1      TRP  13  16.840 -26.530  -1.866
    6    HE1  TRP  13           HE1      TRP  13  16.740 -28.810  -0.687
    7    HE3  TRP  13           HE3      TRP  13  12.829 -25.679   1.188
    8    HZ2  TRP  13           HZ2      TRP  13  15.164 -30.082   1.276
    9    HZ3  TRP  13           HZ3      TRP  13  12.087 -27.486   2.685
   10    HH2  TRP  13           HH2      TRP  13  13.232 -29.642   2.726

  No H/Q in entry =          10
  In of MODEL   18
    1    H    PHE  14           H        PHE  14  15.675 -21.424  -1.873
    2    HA   PHE  14           HA       PHE  14  14.420 -21.439  -4.498
    3    HB2  PHE  14           HB2      PHE  14  13.289 -20.064  -2.953
    4    HB3  PHE  14           HB3      PHE  14  14.774 -19.387  -2.340
    5    HD1  PHE  14           HD1      PHE  14  15.288 -17.278  -2.954
    6    HD2  PHE  14           HD2      PHE  14  13.057 -19.652  -5.665
    7    HE1  PHE  14           HE1      PHE  14  15.218 -15.401  -4.530
    8    HE2  PHE  14           HE2      PHE  14  12.973 -17.772  -7.243
    9    HZ   PHE  14           HZ       PHE  14  14.060 -15.644  -6.682

  No H/Q in entry =           9
  In of MODEL   18
    1    H    LEU  15           H        LEU  15  17.450 -20.770  -3.012
    2    HA   LEU  15           HA       LEU  15  18.177 -18.711  -4.953
    3    HB2  LEU  15           HB2      LEU  15  19.738 -19.610  -2.530
    4    HB3  LEU  15           HB3      LEU  15  20.158 -18.289  -3.609
    5    HG   LEU  15           HG       LEU  15  17.714 -18.409  -1.852
    6   HD13  LEU  15          HD11      LEU  15  19.418 -17.985  -0.412
    7   HD12  LEU  15          HD12      LEU  15  18.886 -16.363  -0.875
    8   HD11  LEU  15          HD13      LEU  15  20.334 -17.067  -1.608
    9   HD21  LEU  15          HD21      LEU  15  18.695 -16.194  -3.632
   10   HD23  LEU  15          HD22      LEU  15  17.374 -16.071  -2.469
   11   HD22  LEU  15          HD23      LEU  15  17.230 -17.153  -3.856

  No H/Q in entry =          11
  In of MODEL   18
    1    H    SER  16           H        SER  16  18.048 -21.861  -4.477
    2    HA   SER  16           HA       SER  16  20.467 -22.524  -6.021
    3    HB2  SER  16           HB2      SER  16  19.582 -24.922  -5.499
    4    HB3  SER  16           HB3      SER  16  20.318 -24.031  -4.165
    5    HG   SER  16           HG       SER  16  18.478 -24.079  -3.173

  No H/Q in entry =           5
  In of MODEL   18
    1    H    HIS  17           H        HIS  17  17.394 -21.461  -6.281
    2    HA   HIS  17           HA       HIS  17  16.903 -23.041  -8.672
    3    HB2  HIS  17           HB2      HIS  17  15.095 -22.023  -6.604
    4    HB3  HIS  17           HB3      HIS  17  14.527 -21.822  -8.259
    5    HD1  HIS  17           HD1      HIS  17  14.773 -24.271  -5.581
    6    HD2  HIS  17           HD2      HIS  17  14.440 -24.364  -9.728
    7    HE1  HIS  17           HE1      HIS  17  13.989 -26.595  -6.149
    8    HE2  HIS  17           HE2      HIS  17  13.704 -26.599  -8.652

  No H/Q in entry =           8
  In of MODEL   18
    1    H    CYS  18           H        CYS  18  17.890 -19.990  -7.654
    2    HA   CYS  18           HA       CYS  18  16.811 -18.722 -10.028
    3    HB2  CYS  18           HB2      CYS  18  17.321 -16.557  -8.692
    4    HB3  CYS  18           HB3      CYS  18  15.845 -17.471  -8.415
    5    HG   CYS  18           HG       CYS  18  16.913 -16.493  -6.059

  No H/Q in entry =           5
  In of MODEL   18
    1    H    HIS  19           H        HIS  19  18.288 -16.739 -10.836
    2    HA   HIS  19           HA       HIS  19  21.062 -17.458 -10.458
    3    HB2  HIS  19           HB2      HIS  19  20.342 -17.097 -12.720
    4    HB3  HIS  19           HB3      HIS  19  19.571 -15.574 -12.306
    5    HD1  HIS  19           HD1      HIS  19  23.141 -16.911 -12.057
    6    HD2  HIS  19           HD2      HIS  19  21.034 -13.545 -13.285
    7    HE1  HIS  19           HE1      HIS  19  24.868 -15.294 -12.888
    8    HE2  HIS  19           HE2      HIS  19  23.590 -13.218 -13.495

  No H/Q in entry =           8
  In of MODEL   18
    1    H    ILE  20           H        ILE  20  21.567 -16.523  -8.102
    2    HA   ILE  20           HA       ILE  20  21.131 -13.745  -7.566
    3    HB   ILE  20           HB       ILE  20  23.587 -14.915  -6.460
    4   HG12  ILE  20          HG12      ILE  20  21.834 -16.846  -6.624
    5   HG13  ILE  20          HG13      ILE  20  22.704 -16.603  -5.121
    6   HG22  ILE  20          HG21      ILE  20  22.105 -14.118  -4.355
    7   HG21  ILE  20          HG22      ILE  20  21.467 -13.101  -5.647
    8   HG23  ILE  20          HG23      ILE  20  23.192 -13.092  -5.283
    9   HD12  ILE  20          HD11      ILE  20  20.112 -17.002  -5.153
   10   HD11  ILE  20          HD12      ILE  20  20.071 -15.271  -5.462
   11   HD13  ILE  20          HD13      ILE  20  20.841 -15.884  -4.003

  No H/Q in entry =          11
  In of MODEL   18
    1    H    HIS  21           H        HIS  21  22.034 -12.131  -8.400
    2    HA   HIS  21           HA       HIS  21  24.334 -11.158  -8.442
    3    HB2  HIS  21           HB2      HIS  21  25.413 -13.112  -9.521
    4    HB3  HIS  21           HB3      HIS  21  24.554 -12.738 -11.011
    5    HD1  HIS  21           HD1      HIS  21  25.519 -10.936 -12.493
    6    HD2  HIS  21           HD2      HIS  21  27.506 -11.242  -8.852
    7    HE1  HIS  21           HE1      HIS  21  27.581  -9.533 -12.733
    8    HE2  HIS  21           HE2      HIS  21  28.884  -9.946 -10.622

  No H/Q in entry =           8
  In of MODEL   18
    1    H    LYS  22           H        LYS  22  23.994  -9.288  -8.773
    2    HA   LYS  22           HA       LYS  22  22.063  -8.471 -10.779
    3    HB2  LYS  22           HB2      LYS  22  21.572  -8.116  -8.203
    4    HB3  LYS  22           HB3      LYS  22  22.480  -6.647  -8.496
    5    HG2  LYS  22           HG2      LYS  22  20.756  -6.764 -10.634
    6    HG3  LYS  22           HG3      LYS  22  19.789  -7.365  -9.299
    7    HD2  LYS  22           HD2      LYS  22  20.411  -5.363  -8.010
    8    HD3  LYS  22           HD3      LYS  22  21.261  -4.741  -9.429
    9    HE2  LYS  22           HE2      LYS  22  19.153  -4.815 -10.701
   10    HE3  LYS  22           HE3      LYS  22  18.311  -5.367  -9.252
   11    HZ3  LYS  22           HZ1      LYS  22  18.846  -3.323  -8.169
   12    HZ2  LYS  22           HZ2      LYS  22  18.108  -2.971  -9.653
   13    HZ1  LYS  22           HZ3      LYS  22  19.785  -2.812  -9.482

  No H/Q in entry =          13
  In of MODEL   18
    1    H    TYR  23           H        TYR  23  23.082  -5.762  -9.555
    2    HA   TYR  23           HA       TYR  23  25.440  -5.213 -11.020
    3    HB2  TYR  23           HB2      TYR  23  23.797  -3.294 -12.182
    4    HB3  TYR  23           HB3      TYR  23  24.601  -4.601 -13.019
    5    HD1  TYR  23           HD1      TYR  23  22.343  -6.596 -11.625
    6    HD2  TYR  23           HD2      TYR  23  22.283  -3.159 -14.099
    7    HE1  TYR  23           HE1      TYR  23  20.196  -7.319 -12.486
    8    HE2  TYR  23           HE2      TYR  23  20.094  -3.850 -14.989
    9    HH   TYR  23           HH       TYR  23  18.864  -6.876 -14.710

  No H/Q in entry =           9
  In of MODEL   18
    1    HA   PRO  24           HA       PRO  24  25.310  -1.497  -8.348
    2    HB2  PRO  24           HB2      PRO  24  26.353   0.320 -10.201
    3    HB3  PRO  24           HB3      PRO  24  27.354  -0.668  -9.133
    4    HG2  PRO  24           HG2      PRO  24  26.656  -1.079 -12.004
    5    HG3  PRO  24           HG3      PRO  24  28.169  -1.438 -11.153
    6    HD2  PRO  24           HD2      PRO  24  26.428  -3.373 -11.828
    7    HD3  PRO  24           HD3      PRO  24  27.370  -3.450 -10.324

  No H/Q in entry =           7
  In of MODEL   18
    1    H    SER  25           H        SER  25  24.460   0.462  -8.551
    2    HA   SER  25           HA       SER  25  21.702   0.155  -9.166
    3    HB2  SER  25           HB2      SER  25  21.948   2.509  -7.862
    4    HB3  SER  25           HB3      SER  25  21.754   0.930  -7.114
    5    HG   SER  25           HG       SER  25  23.817   2.597  -6.936

  No H/Q in entry =           5
  In of MODEL   18
    1    H    LYS  26           H        LYS  26  20.421   1.760  -9.550
    2    HA   LYS  26           HA       LYS  26  19.667   3.691 -10.750
    3    HB2  LYS  26           HB2      LYS  26  22.011   4.462 -11.347
    4    HB3  LYS  26           HB3      LYS  26  22.158   3.164 -12.523
    5    HG2  LYS  26           HG2      LYS  26  20.273   4.157 -13.893
    6    HG3  LYS  26           HG3      LYS  26  19.999   5.388 -12.664
    7    HD2  LYS  26           HD2      LYS  26  22.323   6.301 -13.160
    8    HD3  LYS  26           HD3      LYS  26  22.555   5.022 -14.367
    9    HE2  LYS  26           HE2      LYS  26  20.488   5.815 -15.630
   10    HE3  LYS  26           HE3      LYS  26  20.256   7.118 -14.453
   11    HZ1  LYS  26           HZ1      LYS  26  22.875   6.834 -15.804
   12    HZ2  LYS  26           HZ2      LYS  26  21.637   7.568 -16.592
   13    HZ3  LYS  26           HZ3      LYS  26  22.114   8.162 -15.099

  No H/Q in entry =          13
  In of MODEL   18
    1    H    SER  27           H        SER  27  20.389   0.549 -11.111
    2    HA   SER  27           HA       SER  27  19.233   0.068 -13.666
    3    HB2  SER  27           HB2      SER  27  19.492  -2.367 -12.546
    4    HB3  SER  27           HB3      SER  27  20.871  -1.509 -13.230
    5    HG   SER  27           HG       SER  27  21.712  -1.586 -11.304

  No H/Q in entry =           5
  In of MODEL   18
    1    H    THR  28           H        THR  28  17.110   0.763 -13.522
    2    HA   THR  28           HA       THR  28  15.386  -0.592 -11.556
    3    HB   THR  28           HB       THR  28  14.476   1.571 -11.725
    4    HG1  THR  28           HG1      THR  28  13.224   0.748 -14.099
    5   HG22  THR  28          HG21      THR  28  14.497   2.942 -13.766
    6   HG21  THR  28          HG22      THR  28  15.288   1.625 -14.634
    7   HG23  THR  28          HG23      THR  28  16.120   2.431 -13.304

  No H/Q in entry =           7
  In of MODEL   18
    1    H    LEU  29           H        LEU  29  13.549  -1.601 -12.614
    2    HA   LEU  29           HA       LEU  29  14.660  -3.410 -14.567
    3    HB2  LEU  29           HB2      LEU  29  13.436  -5.057 -12.599
    4    HB3  LEU  29           HB3      LEU  29  15.129  -5.004 -13.049
    5    HG   LEU  29           HG       LEU  29  13.867  -3.346 -10.844
    6   HD11  LEU  29          HD11      LEU  29  14.111  -5.870 -10.479
    7   HD13  LEU  29          HD12      LEU  29  14.850  -4.777  -9.301
    8   HD12  LEU  29          HD13      LEU  29  15.853  -5.562 -10.526
    9   HD22  LEU  29          HD21      LEU  29  16.030  -2.708 -10.256
   10   HD21  LEU  29          HD22      LEU  29  15.844  -2.407 -11.987
   11   HD23  LEU  29          HD23      LEU  29  16.752  -3.815 -11.427

  No H/Q in entry =          11
  In of MODEL   18
    1    H    ILE  30           H        ILE  30  11.948  -2.115 -12.885
    2    HA   ILE  30           HA       ILE  30  10.096  -2.781 -14.814
    3    HB   ILE  30           HB       ILE  30   8.868  -4.348 -12.772
    4   HG12  ILE  30          HG12      ILE  30  10.359  -6.446 -13.211
    5   HG13  ILE  30          HG13      ILE  30  11.635  -5.263 -13.465
    6   HG23  ILE  30          HG21      ILE  30   8.122  -4.444 -15.001
    7   HG22  ILE  30          HG22      ILE  30   8.754  -6.042 -14.607
    8   HG21  ILE  30          HG23      ILE  30   9.709  -4.936 -15.593
    9   HD11  ILE  30          HD11      ILE  30   9.953  -5.365 -10.980
   10   HD13  ILE  30          HD12      ILE  30  11.445  -4.462 -11.245
   11   HD12  ILE  30          HD13      ILE  30  11.485  -6.225 -11.162

  No H/Q in entry =          11
  In of MODEL   18
    1    H    HIS  31           H        HIS  31   9.280  -0.991 -14.648
    2    HA   HIS  31           HA       HIS  31   7.013  -0.568 -13.083
    3    HB2  HIS  31           HB2      HIS  31   7.641   1.025 -11.477
    4    HB3  HIS  31           HB3      HIS  31   9.098   0.048 -11.513
    5    HD1  HIS  31           HD1      HIS  31  11.256   1.160 -12.517
    6    HD2  HIS  31           HD2      HIS  31   7.906   3.629 -12.552
    7    HE1  HIS  31           HE1      HIS  31  12.085   3.448 -13.178
    8    HE2  HIS  31           HE2      HIS  31  10.046   4.936 -13.152

  No H/Q in entry =           8
  In of MODEL   18
    1    H    GLN  32           H        GLN  32   7.206  -0.630 -15.730
    2    HA   GLN  32           HA       GLN  32   6.710   2.148 -16.467
    3    HB2  GLN  32           HB2      GLN  32   9.163   1.706 -16.922
    4    HB3  GLN  32           HB3      GLN  32   8.658   0.520 -18.121
    5    HG2  GLN  32           HG2      GLN  32   7.655   2.176 -19.479
    6    HG3  GLN  32           HG3      GLN  32   7.759   3.387 -18.208
    7   HE21  GLN  32          HE21      GLN  32  10.387   1.214 -19.003
    8   HE22  GLN  32          HE22      GLN  32  11.424   2.420 -19.678

  No H/Q in entry =           8
  In of MODEL   18
    1    H    GLY  33           H        GLY  33   6.010  -1.102 -16.658
    2    HA3  GLY  33           HA2      GLY  33   3.662  -1.440 -17.508
    3    HA2  GLY  33           HA3      GLY  33   4.231  -0.601 -18.941

  No H/Q in entry =           3
  In of MODEL   18
    1    H    GLU  34           H        GLU  34   6.416  -2.692 -17.353
    2    HA   GLU  34           HA       GLU  34   6.393  -4.664 -19.523
    3    HB2  GLU  34           HB2      GLU  34   8.131  -4.728 -17.073
    4    HB3  GLU  34           HB3      GLU  34   8.499  -5.270 -18.690
    5    HG2  GLU  34           HG2      GLU  34   9.754  -3.398 -18.708
    6    HG3  GLU  34           HG3      GLU  34   8.220  -2.653 -19.148

  No H/Q in entry =           6
  In of MODEL   18
    1    H    LYS  35           H        LYS  35   5.269  -6.464 -19.267
    2    HA   LYS  35           HA       LYS  35   3.832  -7.311 -17.067
    3    HB2  LYS  35           HB2      LYS  35   4.963  -8.770 -19.434
    4    HB3  LYS  35           HB3      LYS  35   4.205  -9.683 -18.140
    5    HG2  LYS  35           HG2      LYS  35   2.181  -8.209 -18.458
    6    HG3  LYS  35           HG3      LYS  35   2.954  -7.631 -19.938
    7    HD2  LYS  35           HD2      LYS  35   1.594  -9.364 -20.702
    8    HD3  LYS  35           HD3      LYS  35   3.168 -10.144 -20.531
    9    HE2  LYS  35           HE2      LYS  35   2.249 -10.644 -18.098
   10    HE3  LYS  35           HE3      LYS  35   0.694 -10.462 -18.906
   11    HZ3  LYS  35           HZ1      LYS  35   1.309 -12.745 -18.955
   12    HZ2  LYS  35           HZ2      LYS  35   2.849 -12.395 -19.577
   13    HZ1  LYS  35           HZ3      LYS  35   1.468 -12.151 -20.531

  No H/Q in entry =          13
  In of MODEL   18
    1    H    ALA  36           H        ALA  36   4.611  -7.704 -15.092
    2    HA   ALA  36           HA       ALA  36   7.351  -8.401 -14.695
    3    HB1  ALA  36           HB1      ALA  36   6.352  -6.887 -13.162
    4    HB3  ALA  36           HB2      ALA  36   6.711  -8.374 -12.282
    5    HB2  ALA  36           HB3      ALA  36   5.058  -8.024 -12.790

  No H/Q in entry =           5
  In of MODEL   18
    1    H    GLU  37           H        GLU  37   7.159 -10.409 -15.985
    2    HA   GLU  37           HA       GLU  37   5.915 -12.674 -14.636
    3    HB2  GLU  37           HB2      GLU  37   7.394 -12.427 -17.259
    4    HB3  GLU  37           HB3      GLU  37   6.768 -13.946 -16.634
    5    HG2  GLU  37           HG2      GLU  37   4.505 -13.017 -16.665
    6    HG3  GLU  37           HG3      GLU  37   5.142 -11.509 -17.316

  No H/Q in entry =           6
  In of MODEL   18
    1    H    THR  38           H        THR  38   8.893 -11.103 -14.756
    2    HA   THR  38           HA       THR  38  10.322 -13.473 -13.777
    3    HB   THR  38           HB       THR  38  11.481 -12.589 -15.661
    4    HG1  THR  38           HG1      THR  38  12.689 -12.925 -13.535
    5   HG21  THR  38          HG21      THR  38  11.025  -9.913 -14.376
    6   HG23  THR  38          HG22      THR  38  10.595 -10.448 -16.002
    7   HG22  THR  38          HG23      THR  38  12.285 -10.151 -15.587

  No H/Q in entry =           7
  In of MODEL   18
    1    H    LEU  39           H        LEU  39  11.085 -13.500 -11.738
    2    HA   LEU  39           HA       LEU  39  10.560 -11.113 -10.138
    3    HB2  LEU  39           HB2      LEU  39   9.314 -12.614  -9.005
    4    HB3  LEU  39           HB3      LEU  39  10.178 -13.984  -9.670
    5    HG   LEU  39           HG       LEU  39  11.641 -12.387  -7.649
    6   HD11  LEU  39          HD11      LEU  39   9.278 -14.117  -6.937
    7   HD13  LEU  39          HD12      LEU  39   9.453 -12.387  -6.635
    8   HD12  LEU  39          HD13      LEU  39  10.491 -13.538  -5.796
    9   HD22  LEU  39          HD21      LEU  39  12.714 -14.316  -8.525
   10   HD21  LEU  39          HD22      LEU  39  11.280 -15.310  -8.273
   11   HD23  LEU  39          HD23      LEU  39  12.198 -14.720  -6.888

  No H/Q in entry =          11
  In of MODEL   18
    1    H    TYR  40           H        TYR  40  12.191 -10.397  -8.650
    2    HA   TYR  40           HA       TYR  40  14.842 -11.542  -9.152
    3    HB2  TYR  40           HB2      TYR  40  14.369  -8.618  -8.589
    4    HB3  TYR  40           HB3      TYR  40  15.832  -9.382  -9.175
    5    HD1  TYR  40           HD1      TYR  40  16.380  -8.963 -11.315
    6    HD2  TYR  40           HD2      TYR  40  12.261  -8.979 -10.311
    7    HE1  TYR  40           HE1      TYR  40  15.830  -8.278 -13.611
    8    HE2  TYR  40           HE2      TYR  40  11.686  -8.319 -12.608
    9    HH   TYR  40           HH       TYR  40  12.693  -7.236 -14.518

  No H/Q in entry =           9
  In of MODEL   18
    1    H    TYR  41           H        TYR  41  15.854 -12.065  -7.214
    2    HA   TYR  41           HA       TYR  41  14.559 -11.129  -4.758
    3    HB2  TYR  41           HB2      TYR  41  14.959 -13.608  -5.296
    4    HB3  TYR  41           HB3      TYR  41  16.665 -13.267  -5.029
    5    HD1  TYR  41           HD1      TYR  41  17.135 -11.965  -2.734
    6    HD2  TYR  41           HD2      TYR  41  13.782 -14.388  -3.572
    7    HE1  TYR  41           HE1      TYR  41  16.769 -12.268  -0.334
    8    HE2  TYR  41           HE2      TYR  41  13.382 -14.714  -1.220
    9    HH   TYR  41           HH       TYR  41  14.897 -12.792   1.176

  No H/Q in entry =           9
  In of MODEL   18
    1    H    ILE  42           H        ILE  42  15.486  -9.239  -4.233
    2    HA   ILE  42           HA       ILE  42  18.204  -8.613  -4.643
    3    HB   ILE  42           HB       ILE  42  16.504  -6.916  -4.422
    4   HG12  ILE  42          HG12      ILE  42  18.368  -6.685  -2.071
    5   HG13  ILE  42          HG13      ILE  42  18.822  -6.367  -3.749
    6   HG23  ILE  42          HG21      ILE  42  14.891  -7.699  -2.986
    7   HG22  ILE  42          HG22      ILE  42  15.656  -6.417  -2.047
    8   HG21  ILE  42          HG23      ILE  42  16.057  -8.104  -1.728
    9   HD11  ILE  42          HD11      ILE  42  16.681  -4.822  -3.622
   10   HD13  ILE  42          HD12      ILE  42  18.285  -4.272  -3.132
   11   HD12  ILE  42          HD13      ILE  42  17.123  -4.804  -1.915

  No H/Q in entry =          11
  In of MODEL   18
    1    H    VAL  43           H        VAL  43  19.306 -10.412  -3.923
    2    HA   VAL  43           HA       VAL  43  18.998 -11.557  -1.355
    3    HB   VAL  43           HB       VAL  43  21.271 -11.978  -3.278
    4   HG12  VAL  43          HG11      VAL  43  20.110 -13.825  -1.208
    5   HG11  VAL  43          HG12      VAL  43  21.558 -12.838  -0.966
    6   HG13  VAL  43          HG13      VAL  43  21.541 -14.091  -2.207
    7   HG22  VAL  43          HG21      VAL  43  19.990 -13.775  -4.214
    8   HG21  VAL  43          HG22      VAL  43  19.050 -12.287  -4.323
    9   HG23  VAL  43          HG23      VAL  43  18.672 -13.484  -3.082

  No H/Q in entry =           9
  In of MODEL   18
    1    H    LYS  44           H        LYS  44  20.718  -9.050  -2.496
    2    HA   LYS  44           HA       LYS  44  22.028  -8.158  -0.206
    3    HB2  LYS  44           HB2      LYS  44  23.733  -9.549  -2.297
    4    HB3  LYS  44           HB3      LYS  44  24.373  -8.190  -1.389
    5    HG2  LYS  44           HG2      LYS  44  23.748 -10.953  -0.480
    6    HG3  LYS  44           HG3      LYS  44  25.160  -9.942  -0.160
    7    HD2  LYS  44           HD2      LYS  44  23.957  -8.623   1.412
    8    HD3  LYS  44           HD3      LYS  44  22.432  -9.376   0.952
    9    HE2  LYS  44           HE2      LYS  44  24.530 -11.218   1.891
   10    HE3  LYS  44           HE3      LYS  44  23.872 -10.122   3.105
   11    HZ1  LYS  44           HZ1      LYS  44  22.100 -11.719   1.353
   12    HZ3  LYS  44           HZ2      LYS  44  21.739 -10.987   2.833
   13    HZ2  LYS  44           HZ3      LYS  44  22.723 -12.359   2.794

  No H/Q in entry =          13
  In of MODEL   18
    1    H    GLY  45           H        GLY  45  22.889  -6.093  -0.706
    2    HA3  GLY  45           HA2      GLY  45  22.996  -4.120  -1.989
    3    HA2  GLY  45           HA3      GLY  45  22.141  -4.958  -3.292

  No H/Q in entry =           3
  In of MODEL   18
    1    H    SER  46           H        SER  46  21.087  -2.516  -2.353
    2    HA   SER  46           HA       SER  46  18.554  -3.582  -1.459
    3    HB2  SER  46           HB2      SER  46  19.680  -2.933   0.591
    4    HB3  SER  46           HB3      SER  46  20.092  -1.362  -0.097
    5    HG   SER  46           HG       SER  46  18.042  -0.718   0.104

  No H/Q in entry =           5
  In of MODEL   18
    1    H    VAL  47           H        VAL  47  16.761  -2.205  -2.084
    2    HA   VAL  47           HA       VAL  47  17.653  -0.343  -4.163
    3    HB   VAL  47           HB       VAL  47  16.115  -1.078  -5.814
    4   HG13  VAL  47          HG11      VAL  47  17.092  -3.169  -6.419
    5   HG12  VAL  47          HG12      VAL  47  17.580  -3.463  -4.750
    6   HG11  VAL  47          HG13      VAL  47  18.323  -2.154  -5.665
    7   HG22  VAL  47          HG21      VAL  47  14.222  -1.871  -4.798
    8   HG21  VAL  47          HG22      VAL  47  15.121  -2.920  -3.693
    9   HG23  VAL  47          HG23      VAL  47  14.977  -3.346  -5.403

  No H/Q in entry =           9
  In of MODEL   18
    1    H    ALA  48           H        ALA  48  15.478   0.514  -5.336
    2    HA   ALA  48           HA       ALA  48  14.080   1.829  -3.119
    3    HB3  ALA  48           HB1      ALA  48  14.100   3.867  -4.429
    4    HB2  ALA  48           HB2      ALA  48  14.934   3.045  -5.745
    5    HB1  ALA  48           HB3      ALA  48  15.749   3.289  -4.200

  No H/Q in entry =           5
  In of MODEL   18
    1    H    VAL  49           H        VAL  49  12.186   0.985  -3.144
    2    HA   VAL  49           HA       VAL  49  10.827   0.098  -5.494
    3    HB   VAL  49           HB       VAL  49  10.013   0.356  -2.594
    4   HG12  VAL  49          HG11      VAL  49   8.463  -1.165  -4.643
    5   HG11  VAL  49          HG12      VAL  49   8.134   0.543  -4.351
    6   HG13  VAL  49          HG13      VAL  49   7.957  -0.626  -3.040
    7   HG22  VAL  49          HG21      VAL  49  10.168  -2.065  -2.615
    8   HG21  VAL  49          HG22      VAL  49  11.692  -1.345  -3.139
    9   HG23  VAL  49          HG23      VAL  49  10.581  -2.029  -4.332

  No H/Q in entry =           9
  In of MODEL   18
    1    H    LEU  50           H        LEU  50   9.331   1.233  -6.626
    2    HA   LEU  50           HA       LEU  50   8.456   3.792  -5.662
    3    HB2  LEU  50           HB2      LEU  50   9.224   5.054  -7.483
    4    HB3  LEU  50           HB3      LEU  50  10.582   4.122  -6.905
    5    HG   LEU  50           HG       LEU  50   9.034   3.762  -9.452
    6   HD11  LEU  50          HD11      LEU  50  11.899   4.263  -8.698
    7   HD13  LEU  50          HD12      LEU  50  10.802   5.335  -9.590
    8   HD12  LEU  50          HD13      LEU  50  11.376   3.836 -10.330
    9   HD23  LEU  50          HD21      LEU  50  10.360   1.765  -9.865
   10   HD22  LEU  50          HD22      LEU  50   9.318   1.559  -8.457
   11   HD21  LEU  50          HD23      LEU  50  11.043   1.873  -8.240

  No H/Q in entry =          11
  In of MODEL   18
    1    H    ILE  51           H        ILE  51   6.638   4.661  -6.609
    2    HA   ILE  51           HA       ILE  51   5.165   2.738  -8.287
    3    HB   ILE  51           HB       ILE  51   3.165   3.149  -7.144
    4   HG12  ILE  51          HG12      ILE  51   3.333   5.499  -6.597
    5   HG13  ILE  51          HG13      ILE  51   2.942   4.577  -5.155
    6   HG22  ILE  51          HG21      ILE  51   3.701   2.277  -4.894
    7   HG21  ILE  51          HG22      ILE  51   5.400   2.620  -5.221
    8   HG23  ILE  51          HG23      ILE  51   4.536   1.438  -6.201
    9   HD13  ILE  51          HD11      ILE  51   4.526   5.807  -4.212
   10   HD12  ILE  51          HD12      ILE  51   5.244   6.249  -5.761
   11   HD11  ILE  51          HD13      ILE  51   5.645   4.704  -5.014

  No H/Q in entry =          11
  In of MODEL   18
    1    H    LYS  52           H        LYS  52   3.556   3.482  -9.640
    2    HA   LYS  52           HA       LYS  52   3.961   6.198 -10.614
    3    HB2  LYS  52           HB2      LYS  52   2.717   3.717 -11.753
    4    HB3  LYS  52           HB3      LYS  52   2.300   5.288 -12.425
    5    HG2  LYS  52           HG2      LYS  52   4.688   5.705 -12.852
    6    HG3  LYS  52           HG3      LYS  52   5.051   4.083 -12.258
    7    HD2  LYS  52           HD2      LYS  52   4.340   3.098 -14.152
    8    HD3  LYS  52           HD3      LYS  52   2.974   4.198 -14.325
    9    HE2  LYS  52           HE2      LYS  52   5.071   5.859 -14.817
   10    HE3  LYS  52           HE3      LYS  52   5.672   4.338 -15.472
   11    HZ1  LYS  52           HZ1      LYS  52   3.016   5.454 -16.172
   12    HZ3  LYS  52           HZ2      LYS  52   3.846   4.201 -16.944
   13    HZ2  LYS  52           HZ3      LYS  52   4.416   5.787 -17.060

  No H/Q in entry =          13
  In of MODEL   18
    1    H    ASP  53           H        ASP  53   2.338   7.726 -10.614
    2    HA   ASP  53           HA       ASP  53   0.164   7.142  -8.794
    3    HB2  ASP  53           HB2      ASP  53   1.695   9.157  -8.484
    4    HB3  ASP  53           HB3      ASP  53   0.785   9.885  -9.804

  No H/Q in entry =           4
  In of MODEL   18
    1    H    GLU  54           H        GLU  54  -1.560   9.351  -9.703
    2    HA   GLU  54           HA       GLU  54  -2.796   7.864 -11.904
    3    HB2  GLU  54           HB2      GLU  54  -4.025   8.687  -9.661
    4    HB3  GLU  54           HB3      GLU  54  -4.180  10.163 -10.606
    5    HG2  GLU  54           HG2      GLU  54  -5.531   9.169 -12.184
    6    HG3  GLU  54           HG3      GLU  54  -4.975   7.543 -11.784

  No H/Q in entry =           6
  In of MODEL   18
    1    H    GLU  55           H        GLU  55  -0.626  10.266 -11.315
    2    HA   GLU  55           HA       GLU  55  -1.351  11.728 -13.775
    3    HB2  GLU  55           HB2      GLU  55  -0.044  13.662 -12.804
    4    HB3  GLU  55           HB3      GLU  55  -1.554  13.315 -11.970
    5    HG2  GLU  55           HG2      GLU  55  -0.523  12.651 -10.082
    6    HG3  GLU  55           HG3      GLU  55   0.853  11.968 -10.946

  No H/Q in entry =           6
  In of MODEL   18
    1    H    GLY  56           H        GLY  56   0.481   9.266 -12.861
    2    HA3  GLY  56           HA2      GLY  56   2.203   8.410 -14.196
    3    HA2  GLY  56           HA3      GLY  56   2.458  10.021 -14.846

  No H/Q in entry =           3
  In of MODEL   18
    1    H    LYS  57           H        LYS  57   2.405   9.967 -11.307
    2    HA   LYS  57           HA       LYS  57   5.217  10.587 -11.521
    3    HB2  LYS  57           HB2      LYS  57   3.117  11.527  -9.945
    4    HB3  LYS  57           HB3      LYS  57   4.007  10.470  -8.860
    5    HG2  LYS  57           HG2      LYS  57   5.645  11.946  -8.615
    6    HG3  LYS  57           HG3      LYS  57   5.766  12.219 -10.353
    7    HD2  LYS  57           HD2      LYS  57   5.178  14.298  -9.331
    8    HD3  LYS  57           HD3      LYS  57   3.752  13.696 -10.178
    9    HE2  LYS  57           HE2      LYS  57   2.998  12.734  -7.967
   10    HE3  LYS  57           HE3      LYS  57   4.304  13.651  -7.218
   11    HZ1  LYS  57           HZ1      LYS  57   3.299  15.671  -8.240
   12    HZ3  LYS  57           HZ2      LYS  57   2.326  14.934  -7.073
   13    HZ2  LYS  57           HZ3      LYS  57   1.971  14.730  -8.716

  No H/Q in entry =          13
  In of MODEL   18
    1    H    GLU  58           H        GLU  58   6.674   9.017 -11.182
    2    HA   GLU  58           HA       GLU  58   5.769   6.557  -9.849
    3    HB2  GLU  58           HB2      GLU  58   8.088   5.894 -11.237
    4    HB3  GLU  58           HB3      GLU  58   6.456   5.460 -11.719
    5    HG2  GLU  58           HG2      GLU  58   6.917   6.493 -13.633
    6    HG3  GLU  58           HG3      GLU  58   6.718   7.992 -12.729

  No H/Q in entry =           6
  In of MODEL   18
    1    H    MET  59           H        MET  59   6.423   7.326  -7.660
    2    HA   MET  59           HA       MET  59   9.061   8.525  -7.642
    3    HB2  MET  59           HB2      MET  59   6.608   8.665  -5.891
    4    HB3  MET  59           HB3      MET  59   8.165   9.342  -5.440
    5    HG2  MET  59           HG2      MET  59   7.997  10.785  -7.486
    6    HG3  MET  59           HG3      MET  59   6.339  10.197  -7.657
    7    HE3  MET  59           HE1      MET  59   6.819  10.016  -4.033
    8    HE2  MET  59           HE2      MET  59   7.069  11.661  -3.432
    9    HE1  MET  59           HE3      MET  59   8.334  10.858  -4.361

  No H/Q in entry =           9
  In of MODEL   18
    1    H    ILE  60           H        ILE  60  10.466   7.670  -6.186
    2    HA   ILE  60           HA       ILE  60  10.185   5.086  -5.226
    3    HB   ILE  60           HB       ILE  60  11.852   7.255  -3.969
    4   HG12  ILE  60          HG12      ILE  60  12.415   5.441  -6.316
    5   HG13  ILE  60          HG13      ILE  60  12.285   7.199  -6.343
    6   HG21  ILE  60          HG21      ILE  60  12.146   4.256  -4.003
    7   HG23  ILE  60          HG22      ILE  60  11.683   5.246  -2.618
    8   HG22  ILE  60          HG23      ILE  60  13.302   5.389  -3.304
    9   HD13  ILE  60          HD11      ILE  60  14.500   7.077  -6.246
   10   HD12  ILE  60          HD12      ILE  60  14.482   5.471  -5.519
   11   HD11  ILE  60          HD13      ILE  60  14.200   6.893  -4.518

  No H/Q in entry =          11
  In of MODEL   18
    1    H    LEU  61           H        LEU  61   8.945   4.310  -3.675
    2    HA   LEU  61           HA       LEU  61   7.987   6.166  -1.617
    3    HB2  LEU  61           HB2      LEU  61   5.845   5.294  -1.710
    4    HB3  LEU  61           HB3      LEU  61   6.330   5.343  -3.385
    5    HG   LEU  61           HG       LEU  61   5.117   3.359  -3.135
    6   HD13  LEU  61          HD11      LEU  61   6.647   1.580  -3.617
    7   HD12  LEU  61          HD12      LEU  61   7.989   2.520  -2.963
    8   HD11  LEU  61          HD13      LEU  61   7.160   3.063  -4.421
    9   HD23  LEU  61          HD21      LEU  61   6.144   1.624  -1.399
   10   HD22  LEU  61          HD22      LEU  61   4.817   2.726  -1.012
   11   HD21  LEU  61          HD23      LEU  61   6.468   3.132  -0.538

  No H/Q in entry =          11
  In of MODEL   18
    1    H    SER  62           H        SER  62   9.673   3.329  -2.346
    2    HA   SER  62           HA       SER  62   9.974   2.787   0.466
    3    HB2  SER  62           HB2      SER  62   7.923   1.554  -0.015
    4    HB3  SER  62           HB3      SER  62   8.714   0.725  -1.347
    5    HG   SER  62           HG       SER  62   9.081  -0.703   0.169

  No H/Q in entry =           5
  In of MODEL   18
    1    H    TYR  63           H        TYR  63  11.208   0.653   0.623
    2    HA   TYR  63           HA       TYR  63  13.180   0.069  -1.302
    3    HB2  TYR  63           HB2      TYR  63  14.340   1.213   1.248
    4    HB3  TYR  63           HB3      TYR  63  15.191   0.752  -0.207
    5    HD1  TYR  63           HD1      TYR  63  12.929   3.315   1.192
    6    HD2  TYR  63           HD2      TYR  63  15.804   2.362  -1.768
    7    HE1  TYR  63           HE1      TYR  63  13.097   5.700   0.609
    8    HE2  TYR  63           HE2      TYR  63  15.976   4.734  -2.384
    9    HH   TYR  63           HH       TYR  63  15.503   6.841  -1.711

  No H/Q in entry =           9
  In of MODEL   18
    1    H    LEU  64           H        LEU  64  14.632  -1.238  -0.465
    2    HA   LEU  64           HA       LEU  64  13.409  -3.356   1.115
    3    HB2  LEU  64           HB2      LEU  64  15.243  -3.880  -1.159
    4    HB3  LEU  64           HB3      LEU  64  14.181  -4.989  -0.326
    5    HG   LEU  64           HG       LEU  64  13.290  -2.781  -2.178
    6   HD11  LEU  64          HD11      LEU  64  14.491  -4.768  -3.168
    7   HD13  LEU  64          HD12      LEU  64  12.857  -4.474  -3.761
    8   HD12  LEU  64          HD13      LEU  64  13.150  -5.754  -2.585
    9   HD23  LEU  64          HD21      LEU  64  11.102  -4.012  -2.032
   10   HD22  LEU  64          HD22      LEU  64  11.566  -3.146  -0.567
   11   HD21  LEU  64          HD23      LEU  64  11.767  -4.896  -0.659

  No H/Q in entry =          11
  In of MODEL   18
    1    H    ASN  65           H        ASN  65  15.215  -5.138   1.214
    2    HA   ASN  65           HA       ASN  65  17.653  -3.934   2.199
    3    HB2  ASN  65           HB2      ASN  65  15.712  -5.368   3.913
    4    HB3  ASN  65           HB3      ASN  65  17.391  -5.862   4.088
    5   HD21  ASN  65          HD21      ASN  65  18.155  -3.002   3.293
    6   HD22  ASN  65          HD22      ASN  65  17.944  -2.104   4.747

  No H/Q in entry =           6
  In of MODEL   18
    1    H    GLN  66           H        GLN  66  19.327  -5.478   2.461
    2    HA   GLN  66           HA       GLN  66  19.768  -7.238   0.329
    3    HB2  GLN  66           HB2      GLN  66  21.084  -7.010   3.113
    4    HB3  GLN  66           HB3      GLN  66  21.721  -8.021   1.818
    5    HG2  GLN  66           HG2      GLN  66  22.145  -5.971   0.387
    6    HG3  GLN  66           HG3      GLN  66  21.388  -4.940   1.576
    7   HE22  GLN  66          HE21      GLN  66  24.972  -4.453   2.083
    8   HE21  GLN  66          HE22      GLN  66  23.623  -4.027   0.894

  No H/Q in entry =           8
  In of MODEL   18
    1    H    GLY  67           H        GLY  67  17.811  -8.536   0.384
    2    HA3  GLY  67           HA2      GLY  67  17.885 -11.088   0.805
    3    HA2  GLY  67           HA3      GLY  67  17.710 -10.565   2.473

  No H/Q in entry =           3
  In of MODEL   18
    1    H    ASP  68           H        ASP  68  16.153  -8.643   0.046
    2    HA   ASP  68           HA       ASP  68  13.549  -9.621   1.000
    3    HB2  ASP  68           HB2      ASP  68  14.410  -7.100   1.108
    4    HB3  ASP  68           HB3      ASP  68  13.852  -7.082  -0.559

  No H/Q in entry =           4
  In of MODEL   18
    1    H    PHE  69           H        PHE  69  11.963  -8.666  -1.065
    2    HA   PHE  69           HA       PHE  69  12.875 -10.289  -3.333
    3    HB2  PHE  69           HB2      PHE  69  10.094  -9.767  -2.294
    4    HB3  PHE  69           HB3      PHE  69  10.436 -10.595  -3.805
    5    HD1  PHE  69           HD1      PHE  69  11.112 -12.878  -3.833
    6    HD2  PHE  69           HD2      PHE  69  10.664 -10.806  -0.141
    7    HE1  PHE  69           HE1      PHE  69  11.179 -15.023  -2.627
    8    HE2  PHE  69           HE2      PHE  69  10.746 -12.949   1.073
    9    HZ   PHE  69           HZ       PHE  69  10.997 -15.059  -0.171

  No H/Q in entry =           9
  In of MODEL   18
    1    H    ILE  70           H        ILE  70  11.975  -9.658  -5.418
    2    HA   ILE  70           HA       ILE  70  11.263  -6.845  -5.768
    3    HB   ILE  70           HB       ILE  70  13.715  -8.206  -6.852
    4   HG12  ILE  70          HG12      ILE  70  13.120  -5.572  -5.539
    5   HG13  ILE  70          HG13      ILE  70  14.247  -6.828  -5.037
    6   HG21  ILE  70          HG21      ILE  70  12.467  -7.492  -8.814
    7   HG23  ILE  70          HG22      ILE  70  13.913  -6.508  -8.594
    8   HG22  ILE  70          HG23      ILE  70  12.336  -5.869  -8.148
    9   HD11  ILE  70          HD11      ILE  70  15.430  -6.221  -7.298
   10   HD13  ILE  70          HD12      ILE  70  15.686  -5.253  -5.846
   11   HD12  ILE  70          HD13      ILE  70  14.560  -4.698  -7.087

  No H/Q in entry =          11
  In of MODEL   18
    1    H    GLY  71           H        GLY  71   9.918  -6.586  -7.548
    2    HA3  GLY  71           HA2      GLY  71   8.529  -7.160  -9.286
    3    HA2  GLY  71           HA3      GLY  71   9.731  -8.362  -9.737

  No H/Q in entry =           3
  In of MODEL   18
    1    H    GLU  72           H        GLU  72   8.404  -8.339  -6.598
    2    HA   GLU  72           HA       GLU  72   7.408 -10.998  -6.871
    3    HB2  GLU  72           HB2      GLU  72   6.577 -10.075  -4.415
    4    HB3  GLU  72           HB3      GLU  72   8.096 -10.898  -4.720
    5    HG2  GLU  72           HG2      GLU  72   8.426  -8.891  -3.388
    6    HG3  GLU  72           HG3      GLU  72   9.238  -8.760  -4.944

  No H/Q in entry =           6
  In of MODEL   18
    1    H    LEU  73           H        LEU  73   6.330  -7.729  -6.758
    2    HA   LEU  73           HA       LEU  73   3.602  -8.040  -6.353
    3    HB2  LEU  73           HB2      LEU  73   5.327  -6.095  -7.796
    4    HB3  LEU  73           HB3      LEU  73   3.598  -6.021  -8.065
    5    HG   LEU  73           HG       LEU  73   5.158  -5.039  -5.841
    6   HD12  LEU  73          HD11      LEU  73   3.062  -3.786  -5.529
    7   HD11  LEU  73          HD12      LEU  73   2.330  -4.789  -6.787
    8   HD13  LEU  73          HD13      LEU  73   3.686  -3.731  -7.179
    9   HD23  LEU  73          HD21      LEU  73   2.693  -6.637  -5.134
   10   HD22  LEU  73          HD22      LEU  73   3.679  -5.665  -4.042
   11   HD21  LEU  73          HD23      LEU  73   4.346  -7.131  -4.761

  No H/Q in entry =          11
  In of MODEL   18
    1    H    GLY  74           H        GLY  74   5.556  -8.412  -9.248
    2    HA3  GLY  74           HA2      GLY  74   3.443  -8.642 -11.099
    3    HA2  GLY  74           HA3      GLY  74   5.071  -9.263 -11.315

  No H/Q in entry =           3
  In of MODEL   18
    1    H    LEU  75           H        LEU  75   4.496 -10.751  -8.658
    2    HA   LEU  75           HA       LEU  75   3.009 -12.944 -10.001
    3    HB2  LEU  75           HB2      LEU  75   4.693 -14.353  -9.619
    4    HB3  LEU  75           HB3      LEU  75   5.646 -12.966  -9.131
    5    HG   LEU  75           HG       LEU  75   4.269 -13.604  -6.831
    6   HD13  LEU  75          HD11      LEU  75   3.427 -15.654  -7.694
    7   HD12  LEU  75          HD12      LEU  75   4.738 -16.049  -6.580
    8   HD11  LEU  75          HD13      LEU  75   5.011 -16.115  -8.324
    9   HD22  LEU  75          HD21      LEU  75   6.564 -12.947  -6.854
   10   HD21  LEU  75          HD22      LEU  75   7.026 -14.367  -7.794
   11   HD23  LEU  75          HD23      LEU  75   6.485 -14.551  -6.123

  No H/Q in entry =          11
  In of MODEL   18
    1    H    PHE  76           H        PHE  76   3.343 -11.004  -7.246
    2    HA   PHE  76           HA       PHE  76   1.649 -12.644  -5.555
    3    HB2  PHE  76           HB2      PHE  76   3.344 -11.599  -4.319
    4    HB3  PHE  76           HB3      PHE  76   3.192 -10.088  -5.211
    5    HD1  PHE  76           HD1      PHE  76   1.126 -12.288  -3.078
    6    HD2  PHE  76           HD2      PHE  76   2.225  -8.325  -4.100
    7    HE1  PHE  76           HE1      PHE  76  -0.337 -11.430  -1.281
    8    HE2  PHE  76           HE2      PHE  76   0.771  -7.444  -2.322
    9    HZ   PHE  76           HZ       PHE  76  -0.515  -8.999  -0.908

  No H/Q in entry =           9
  In of MODEL   18
    1    H    GLU  77           H        GLU  77   1.619  -9.642  -7.341
    2    HA   GLU  77           HA       GLU  77  -1.031  -8.954  -6.439
    3    HB2  GLU  77           HB2      GLU  77   0.692  -7.246  -7.206
    4    HB3  GLU  77           HB3      GLU  77   0.317  -7.756  -8.852
    5    HG2  GLU  77           HG2      GLU  77  -2.158  -7.348  -7.932
    6    HG3  GLU  77           HG3      GLU  77  -1.282  -6.190  -6.937

  No H/Q in entry =           6
  In of MODEL   18
    1    H    GLU  78           H        GLU  78   0.360 -10.885  -8.641
    2    HA   GLU  78           HA       GLU  78  -0.171 -11.920 -10.609
    3    HB2  GLU  78           HB2      GLU  78  -2.046 -12.754  -9.085
    4    HB3  GLU  78           HB3      GLU  78  -3.060 -11.503  -9.793
    5    HG2  GLU  78           HG2      GLU  78  -2.029 -12.755 -11.999
    6    HG3  GLU  78           HG3      GLU  78  -2.242 -14.086 -10.864

  No H/Q in entry =           6
  In of MODEL   18
    1    H    GLY  79           H        GLY  79   0.474  -9.301 -10.693
    2    HA3  GLY  79           HA2      GLY  79  -1.366  -7.452 -11.812
    3    HA2  GLY  79           HA3      GLY  79   0.368  -7.309 -11.747

  No H/Q in entry =           3
  In of MODEL   18
    1    H    GLN  80           H        GLN  80   1.578  -8.630 -13.288
    2    HA   GLN  80           HA       GLN  80   2.087  -9.322 -15.315
    3    HB2  GLN  80           HB2      GLN  80  -0.847  -9.638 -15.912
    4    HB3  GLN  80           HB3      GLN  80   0.497 -10.399 -16.743
    5    HG2  GLN  80           HG2      GLN  80  -0.781 -11.082 -14.159
    6    HG3  GLN  80           HG3      GLN  80  -0.230 -12.129 -15.461
    7   HE21  GLN  80          HE21      GLN  80   0.193 -12.185 -12.550
    8   HE22  GLN  80          HE22      GLN  80   1.907 -12.218 -12.315

  No H/Q in entry =           8
  In of MODEL   18
    1    H    GLU  81           H        GLU  81   2.584  -7.017 -15.326
    2    HA   GLU  81           HA       GLU  81   2.480  -5.555 -17.468
    3    HB2  GLU  81           HB2      GLU  81  -0.208  -5.615 -16.649
    4    HB3  GLU  81           HB3      GLU  81   0.383  -4.023 -16.187
    5    HG2  GLU  81           HG2      GLU  81   1.257  -3.794 -18.534
    6    HG3  GLU  81           HG3      GLU  81   0.334  -5.245 -18.924

  No H/Q in entry =           6
  In of MODEL   18
    1    H    ARG  82           H        ARG  82   4.227  -5.720 -15.469
    2    HA   ARG  82           HA       ARG  82   5.612  -4.599 -14.104
    3    HB2  ARG  82           HB2      ARG  82   6.144  -2.871 -15.373
    4    HB3  ARG  82           HB3      ARG  82   4.499  -2.693 -15.941
    5    HG2  ARG  82           HG2      ARG  82   4.953  -1.622 -13.249
    6    HG3  ARG  82           HG3      ARG  82   5.915  -0.853 -14.509
    7    HD2  ARG  82           HD2      ARG  82   4.128   0.152 -15.442
    8    HD3  ARG  82           HD3      ARG  82   3.090  -1.254 -15.208
    9    HE   ARG  82           HE       ARG  82   3.618  -0.016 -12.724
   10   HH11  ARG  82          HH11      ARG  82   1.740   0.478 -15.653
   11   HH12  ARG  82          HH12      ARG  82   0.500   1.385 -14.845
   12   HH21  ARG  82          HH21      ARG  82   1.960   1.150 -11.665
   13   HH22  ARG  82          HH22      ARG  82   0.614   1.771 -12.572

  No H/Q in entry =          13
  In of MODEL   18
    1    H    SER  83           H        SER  83   2.769  -2.522 -13.750
    2    HA   SER  83           HA       SER  83   1.551  -1.814 -12.016
    3    HB2  SER  83           HB2      SER  83   2.639  -4.161 -10.468
    4    HB3  SER  83           HB3      SER  83   1.152  -3.269 -10.150
    5    HG   SER  83           HG       SER  83   0.464  -4.987 -11.258

  No H/Q in entry =           5
  In of MODEL   18
    1    H    ALA  84           H        ALA  84   4.934  -2.459 -11.224
    2    HA   ALA  84           HA       ALA  84   6.429  -0.710 -10.803
    3    HB2  ALA  84           HB1      ALA  84   4.728   1.046 -11.057
    4    HB1  ALA  84           HB2      ALA  84   5.826   1.341  -9.710
    5    HB3  ALA  84           HB3      ALA  84   4.195   0.745  -9.402

  No H/Q in entry =           5
  In of MODEL   18
    1    H    TRP  85           H        TRP  85   7.777  -0.343  -8.964
    2    HA   TRP  85           HA       TRP  85   7.489  -0.792  -6.431
    3    HB2  TRP  85           HB2      TRP  85   6.260  -2.909  -6.967
    4    HB3  TRP  85           HB3      TRP  85   7.737  -3.540  -7.680
    5    HD1  TRP  85           HD1      TRP  85   9.705  -4.192  -6.017
    6    HE1  TRP  85           HE1      TRP  85   9.684  -4.837  -3.518
    7    HE3  TRP  85           HE3      TRP  85   5.104  -2.392  -4.785
    8    HZ2  TRP  85           HZ2      TRP  85   7.926  -4.589  -1.315
    9    HZ3  TRP  85           HZ3      TRP  85   4.320  -2.624  -2.468
   10    HH2  TRP  85           HH2      TRP  85   5.701  -3.695  -0.773

  No H/Q in entry =          10
  In of MODEL   18
    1    H    VAL  86           H        VAL  86   9.291  -1.366  -9.276
    2    HA   VAL  86           HA       VAL  86  11.594  -1.170  -7.530
    3    HB   VAL  86           HB       VAL  86  12.578  -2.957  -9.427
    4   HG11  VAL  86          HG11      VAL  86  11.985  -2.832  -6.478
    5   HG13  VAL  86          HG12      VAL  86  13.545  -2.689  -7.298
    6   HG12  VAL  86          HG13      VAL  86  12.727  -4.248  -7.219
    7   HG21  VAL  86          HG21      VAL  86  10.114  -3.522  -9.628
    8   HG23  VAL  86          HG22      VAL  86  10.155  -3.922  -7.911
    9   HG22  VAL  86          HG23      VAL  86  11.139  -4.833  -9.052

  No H/Q in entry =           9
  In of MODEL   18
    1    H    ARG  87           H        ARG  87  13.454  -0.747  -7.936
    2    HA   ARG  87           HA       ARG  87  14.592   0.264 -10.264
    3    HB2  ARG  87           HB2      ARG  87  13.324   2.302  -9.885
    4    HB3  ARG  87           HB3      ARG  87  13.719   2.273  -8.176
    5    HG2  ARG  87           HG2      ARG  87  16.175   2.452  -9.070
    6    HG3  ARG  87           HG3      ARG  87  15.366   3.131 -10.488
    7    HD2  ARG  87           HD2      ARG  87  14.234   4.758  -9.066
    8    HD3  ARG  87           HD3      ARG  87  15.024   4.076  -7.647
    9    HE   ARG  87           HE       ARG  87  16.497   5.378  -9.844
   10   HH11  ARG  87          HH11      ARG  87  16.009   4.741  -6.437
   11   HH12  ARG  87          HH12      ARG  87  17.231   5.852  -5.906
   12   HH21  ARG  87          HH21      ARG  87  18.150   6.808  -9.160
   13   HH22  ARG  87          HH22      ARG  87  18.471   6.999  -7.469

  No H/Q in entry =          13
  In of MODEL   18
    1    H    ALA  88           H        ALA  88  16.898   0.675  -9.673
    2    HA   ALA  88           HA       ALA  88  17.624  -1.086  -7.529
    3    HB3  ALA  88           HB1      ALA  88  18.996  -1.404  -9.343
    4    HB2  ALA  88           HB2      ALA  88  19.983  -0.466  -8.218
    5    HB1  ALA  88           HB3      ALA  88  19.215   0.317  -9.609

  No H/Q in entry =           5
  In of MODEL   18
    1    H    LYS  89           H        LYS  89  18.705  -0.246  -5.366
    2    HA   LYS  89           HA       LYS  89  18.875   2.641  -5.543
    3    HB2  LYS  89           HB2      LYS  89  17.513   1.884  -3.712
    4    HB3  LYS  89           HB3      LYS  89  18.747   0.749  -3.193
    5    HG2  LYS  89           HG2      LYS  89  20.196   2.845  -2.822
    6    HG3  LYS  89           HG3      LYS  89  18.649   3.706  -2.857
    7    HD2  LYS  89           HD2      LYS  89  17.913   1.792  -1.227
    8    HD3  LYS  89           HD3      LYS  89  19.645   1.659  -0.933
    9    HE2  LYS  89           HE2      LYS  89  17.952   3.304   0.383
   10    HE3  LYS  89           HE3      LYS  89  19.695   3.524   0.271
   11    HZ3  LYS  89           HZ1      LYS  89  19.385   5.042  -1.563
   12    HZ2  LYS  89           HZ2      LYS  89  18.417   5.558  -0.280
   13    HZ1  LYS  89           HZ3      LYS  89  17.720   4.760  -1.592

  No H/Q in entry =          13
  In of MODEL   18
    1    H    THR  90           H        THR  90  20.620  -0.176  -4.292
    2    HA   THR  90           HA       THR  90  23.083   1.199  -5.056
    3    HB   THR  90           HB       THR  90  24.010  -0.701  -3.415
    4    HG1  THR  90           HG1      THR  90  22.051  -0.091  -1.705
    5   HG21  THR  90          HG21      THR  90  22.841   1.972  -2.644
    6   HG23  THR  90          HG22      THR  90  24.447   1.694  -3.316
    7   HG22  THR  90          HG23      THR  90  24.043   1.080  -1.713

  No H/Q in entry =           7
  In of MODEL   18
    1    H    ALA  91           H        ALA  91  24.800  -0.890  -5.017
    2    HA   ALA  91           HA       ALA  91  24.118  -2.441  -7.391
    3    HB1  ALA  91           HB1      ALA  91  26.495  -1.438  -6.849
    4    HB3  ALA  91           HB2      ALA  91  26.418  -3.103  -7.425
    5    HB2  ALA  91           HB3      ALA  91  26.620  -2.775  -5.706

  No H/Q in entry =           5
  In of MODEL   18
    1    H    CYS  92           H        CYS  92  22.928  -4.158  -7.060
    2    HA   CYS  92           HA       CYS  92  23.300  -5.604  -4.496
    3    HB2  CYS  92           HB2      CYS  92  20.964  -6.352  -6.064
    4    HB3  CYS  92           HB3      CYS  92  21.023  -5.722  -4.421
    5    HG   CYS  92           HG       CYS  92  21.559  -3.054  -5.898

  No H/Q in entry =           5
  In of MODEL   18
    1    H    GLU  93           H        GLU  93  22.083  -7.805  -5.086
    2    HA   GLU  93           HA       GLU  93  23.414  -9.258  -7.192
    3    HB2  GLU  93           HB2      GLU  93  23.867  -9.689  -4.233
    4    HB3  GLU  93           HB3      GLU  93  23.790 -11.083  -5.290
    5    HG2  GLU  93           HG2      GLU  93  25.697 -10.125  -6.576
    6    HG3  GLU  93           HG3      GLU  93  25.809  -8.851  -5.361

  No H/Q in entry =           6
  In of MODEL   18
    1    H    VAL  94           H        VAL  94  21.344  -9.829  -8.041
    2    HA   VAL  94           HA       VAL  94  19.397 -10.551  -5.965
    3    HB   VAL  94           HB       VAL  94  17.561 -10.012  -7.441
    4   HG12  VAL  94          HG11      VAL  94  18.647  -7.438  -7.770
    5   HG11  VAL  94          HG12      VAL  94  19.336  -8.124  -6.299
    6   HG13  VAL  94          HG13      VAL  94  17.584  -8.036  -6.499
    7   HG21  VAL  94          HG21      VAL  94  19.697  -9.291  -9.407
    8   HG23  VAL  94          HG22      VAL  94  18.066  -8.624  -9.500
    9   HG22  VAL  94          HG23      VAL  94  18.314 -10.366  -9.609

  No H/Q in entry =           9
  In of MODEL   18
    1    H    ALA  95           H        ALA  95  18.125 -12.260  -6.200
    2    HA   ALA  95           HA       ALA  95  19.156 -14.289  -8.011
    3    HB3  ALA  95           HB1      ALA  95  18.379 -14.336  -5.404
    4    HB2  ALA  95           HB2      ALA  95  18.393 -15.752  -6.454
    5    HB1  ALA  95           HB3      ALA  95  16.896 -14.850  -6.207

  No H/Q in entry =           5
  In of MODEL   18
    1    H    GLU  96           H        GLU  96  18.331 -13.538  -9.949
    2    HA   GLU  96           HA       GLU  96  15.410 -13.380  -9.947
    3    HB2  GLU  96           HB2      GLU  96  15.298 -11.717 -11.427
    4    HB3  GLU  96           HB3      GLU  96  16.825 -11.315 -10.657
    5    HG2  GLU  96           HG2      GLU  96  16.853 -12.998 -13.107
    6    HG3  GLU  96           HG3      GLU  96  16.505 -11.279 -13.269

  No H/Q in entry =           6
  In of MODEL   18
    1    H    ILE  97           H        ILE  97  14.268 -14.535 -10.808
    2    HA   ILE  97           HA       ILE  97  14.870 -15.985 -13.199
    3    HB   ILE  97           HB       ILE  97  13.945 -18.085 -12.216
    4   HG12  ILE  97          HG12      ILE  97  14.722 -16.870  -9.579
    5   HG13  ILE  97          HG13      ILE  97  13.063 -16.950 -10.150
    6   HG23  ILE  97          HG21      ILE  97  16.037 -18.894 -11.607
    7   HG22  ILE  97          HG22      ILE  97  16.580 -17.294 -11.088
    8   HG21  ILE  97          HG23      ILE  97  16.307 -17.622 -12.796
    9   HD11  ILE  97          HD11      ILE  97  13.314 -19.420 -10.329
   10   HD13  ILE  97          HD12      ILE  97  13.419 -18.795  -8.687
   11   HD12  ILE  97          HD13      ILE  97  14.884 -19.263  -9.545

  No H/Q in entry =          11
  In of MODEL   18
    1    H    SER  98           H        SER  98  12.720 -17.474 -13.407
    2    HA   SER  98           HA       SER  98  10.677 -15.391 -13.263
    3    HB2  SER  98           HB2      SER  98   9.583 -16.831 -15.082
    4    HB3  SER  98           HB3      SER  98  11.010 -15.892 -15.526
    5    HG   SER  98           HG       SER  98  11.785 -17.743 -16.141

  No H/Q in entry =           5
  In of MODEL   18
    1    H    TYR  99           H        TYR  99   8.699 -15.818 -12.740
    2    HA   TYR  99           HA       TYR  99   8.341 -17.532 -10.400
    3    HB2  TYR  99           HB2      TYR  99   6.169 -16.428 -10.119
    4    HB3  TYR  99           HB3      TYR  99   7.386 -15.212 -10.436
    5    HD1  TYR  99           HD1      TYR  99   5.847 -17.191 -13.191
    6    HD2  TYR  99           HD2      TYR  99   5.769 -13.504 -11.045
    7    HE1  TYR  99           HE1      TYR  99   4.369 -16.227 -14.895
    8    HE2  TYR  99           HE2      TYR  99   4.303 -12.545 -12.762
    9    HH   TYR  99           HH       TYR  99   3.370 -12.835 -14.772

  No H/Q in entry =           9
  In of MODEL   18
    1    H    LYS 100           H        LYS 100   8.058 -18.107 -13.832
    2    HA   LYS 100           HA       LYS 100   5.793 -19.776 -13.519
    3    HB2  LYS 100           HB2      LYS 100   6.655 -19.228 -15.764
    4    HB3  LYS 100           HB3      LYS 100   8.154 -20.073 -15.396
    5    HG2  LYS 100           HG2      LYS 100   6.961 -21.609 -16.669
    6    HG3  LYS 100           HG3      LYS 100   6.673 -22.127 -15.004
    7    HD2  LYS 100           HD2      LYS 100   4.526 -20.926 -15.021
    8    HD3  LYS 100           HD3      LYS 100   4.807 -20.469 -16.702
    9    HE2  LYS 100           HE2      LYS 100   3.352 -22.362 -16.694
   10    HE3  LYS 100           HE3      LYS 100   4.934 -22.899 -17.260
   11    HZ1  LYS 100           HZ1      LYS 100   4.078 -23.165 -14.437
   12    HZ3  LYS 100           HZ2      LYS 100   5.373 -23.928 -15.207
   13    HZ2  LYS 100           HZ3      LYS 100   3.789 -24.364 -15.589

  No H/Q in entry =          13
  In of MODEL   18
    1    H    LYS 101           H        LYS 101   9.292 -20.403 -13.400
    2    HA   LYS 101           HA       LYS 101   9.010 -23.052 -12.402
    3    HB2  LYS 101           HB2      LYS 101  10.959 -22.920 -13.559
    4    HB3  LYS 101           HB3      LYS 101  11.208 -21.230 -13.155
    5    HG2  LYS 101           HG2      LYS 101  12.186 -21.751 -11.099
    6    HG3  LYS 101           HG3      LYS 101  11.629 -23.424 -11.161
    7    HD2  LYS 101           HD2      LYS 101  13.827 -23.704 -11.784
    8    HD3  LYS 101           HD3      LYS 101  13.077 -23.479 -13.365
    9    HE2  LYS 101           HE2      LYS 101  13.691 -21.112 -13.320
   10    HE3  LYS 101           HE3      LYS 101  14.431 -21.330 -11.734
   11    HZ2  LYS 101           HZ1      LYS 101  15.401 -22.152 -14.364
   12    HZ1  LYS 101           HZ2      LYS 101  15.747 -23.172 -13.065
   13    HZ3  LYS 101           HZ3      LYS 101  16.260 -21.563 -13.031

  No H/Q in entry =          13
  In of MODEL   18
    1    H    PHE 102           H        PHE 102   9.689 -19.924 -10.928
    2    HA   PHE 102           HA       PHE 102  10.405 -20.941  -8.406
    3    HB2  PHE 102           HB2      PHE 102  10.948 -18.663  -9.146
    4    HB3  PHE 102           HB3      PHE 102   9.258 -18.227  -9.040
    5    HD1  PHE 102           HD1      PHE 102   9.883 -16.426  -7.420
    6    HD2  PHE 102           HD2      PHE 102  10.569 -20.503  -6.622
    7    HE1  PHE 102           HE1      PHE 102  10.117 -15.887  -5.063
    8    HE2  PHE 102           HE2      PHE 102  10.822 -19.994  -4.242
    9    HZ   PHE 102           HZ       PHE 102  10.601 -17.674  -3.440

  No H/Q in entry =           9
  In of MODEL   18
    1    H    ARG 103           H        ARG 103   7.358 -19.493  -9.531
    2    HA   ARG 103           HA       ARG 103   5.846 -19.771  -7.331
    3    HB2  ARG 103           HB2      ARG 103   4.015 -19.360  -8.594
    4    HB3  ARG 103           HB3      ARG 103   5.243 -18.981  -9.787
    5    HG2  ARG 103           HG2      ARG 103   4.631 -20.668 -11.126
    6    HG3  ARG 103           HG3      ARG 103   4.390 -21.788  -9.781
    7    HD2  ARG 103           HD2      ARG 103   2.500 -19.560 -10.528
    8    HD3  ARG 103           HD3      ARG 103   2.298 -21.242 -11.012
    9    HE   ARG 103           HE       ARG 103   2.446 -21.495  -8.368
   10   HH11  ARG 103          HH11      ARG 103   0.652 -19.200 -10.309
   11   HH12  ARG 103          HH12      ARG 103  -0.656 -19.073  -9.177
   12   HH21  ARG 103          HH21      ARG 103   0.715 -21.318  -6.854
   13   HH22  ARG 103          HH22      ARG 103  -0.616 -20.267  -7.219

  No H/Q in entry =          13
  In of MODEL   18
    1    H    GLN 104           H        GLN 104   7.042 -22.283  -9.264
    2    HA   GLN 104           HA       GLN 104   5.206 -24.255  -8.112
    3    HB2  GLN 104           HB2      GLN 104   7.378 -24.555 -10.172
    4    HB3  GLN 104           HB3      GLN 104   6.360 -25.874  -9.597
    5    HG2  GLN 104           HG2      GLN 104   4.388 -24.471 -10.316
    6    HG3  GLN 104           HG3      GLN 104   5.550 -23.441 -11.147
    7   HE21  GLN 104          HE21      GLN 104   5.605 -26.951 -10.807
    8   HE22  GLN 104          HE22      GLN 104   5.457 -27.290 -12.494

  No H/Q in entry =           8
  In of MODEL   18
    1    H    LEU 105           H        LEU 105   8.531 -23.256  -7.626
    2    HA   LEU 105           HA       LEU 105   8.940 -25.399  -5.654
    3    HB2  LEU 105           HB2      LEU 105  11.106 -24.645  -5.573
    4    HB3  LEU 105           HB3      LEU 105  10.670 -23.688  -6.968
    5    HG   LEU 105           HG       LEU 105  10.175 -21.786  -5.363
    6   HD13  LEU 105          HD11      LEU 105  11.127 -21.774  -3.220
    7   HD12  LEU 105          HD12      LEU 105  11.912 -23.333  -3.471
    8   HD11  LEU 105          HD13      LEU 105  10.153 -23.245  -3.293
    9   HD22  LEU 105          HD21      LEU 105  12.119 -21.703  -6.697
   10   HD21  LEU 105          HD22      LEU 105  12.915 -22.944  -5.731
   11   HD23  LEU 105          HD23      LEU 105  12.634 -21.344  -5.048

  No H/Q in entry =          11
  In of MODEL   18
    1    H    ILE 106           H        ILE 106   7.901 -21.801  -5.642
    2    HA   ILE 106           HA       ILE 106   7.336 -21.825  -2.935
    3    HB   ILE 106           HB       ILE 106   5.951 -19.926  -3.167
    4   HG12  ILE 106          HG12      ILE 106   5.638 -19.150  -5.706
    5   HG13  ILE 106          HG13      ILE 106   5.511 -20.894  -5.920
    6   HG21  ILE 106          HG21      ILE 106   8.479 -19.961  -3.857
    7   HG23  ILE 106          HG22      ILE 106   7.510 -18.488  -3.938
    8   HG22  ILE 106          HG23      ILE 106   7.811 -19.428  -5.400
    9   HD13  ILE 106          HD11      ILE 106   3.331 -20.335  -5.630
   10   HD12  ILE 106          HD12      ILE 106   3.701 -19.002  -4.540
   11   HD11  ILE 106          HD13      ILE 106   3.786 -20.663  -3.954

  No H/Q in entry =          11
  In of MODEL   18
    1    H    GLN 107           H        GLN 107   6.011 -23.788  -5.078
    2    HA   GLN 107           HA       GLN 107   3.382 -23.877  -3.819
    3    HB2  GLN 107           HB2      GLN 107   4.327 -24.748  -6.505
    4    HB3  GLN 107           HB3      GLN 107   3.057 -25.696  -5.751
    5    HG2  GLN 107           HG2      GLN 107   2.963 -22.761  -6.402
    6    HG3  GLN 107           HG3      GLN 107   2.104 -24.055  -7.230
    7   HE21  GLN 107          HE21      GLN 107   1.441 -25.443  -4.732
    8   HE22  GLN 107          HE22      GLN 107   0.197 -24.502  -3.993

  No H/Q in entry =           8
  In of MODEL   18
    1    H    VAL 108           H        VAL 108   6.414 -25.303  -4.009
    2    HA   VAL 108           HA       VAL 108   5.597 -27.939  -3.137
    3    HB   VAL 108           HB       VAL 108   7.731 -26.967  -4.600
    4   HG11  VAL 108          HG11      VAL 108   8.772 -27.714  -1.877
    5   HG13  VAL 108          HG12      VAL 108   8.909 -26.146  -2.671
    6   HG12  VAL 108          HG13      VAL 108   9.756 -27.546  -3.331
    7   HG22  VAL 108          HG21      VAL 108   8.558 -29.243  -4.574
    8   HG21  VAL 108          HG22      VAL 108   6.801 -29.194  -4.719
    9   HG23  VAL 108          HG23      VAL 108   7.547 -29.603  -3.175

  No H/Q in entry =           9
  In of MODEL   18
    1    H    ASN 109           H        ASN 109   6.591 -24.925  -1.895
    2    HA   ASN 109           HA       ASN 109   6.805 -26.013   0.833
    3    HB2  ASN 109           HB2      ASN 109   8.274 -23.707  -0.437
    4    HB3  ASN 109           HB3      ASN 109   8.267 -24.012   1.296
    5   HD21  ASN 109          HD21      ASN 109  10.359 -24.017  -0.860
    6   HD22  ASN 109          HD22      ASN 109  11.189 -25.516  -0.643

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   PRO 110           HA       PRO 110   3.228 -23.285   1.077
    2    HB2  PRO 110           HB2      PRO 110   2.365 -24.208   3.477
    3    HB3  PRO 110           HB3      PRO 110   2.156 -25.145   1.996
    4    HG2  PRO 110           HG2      PRO 110   4.203 -25.444   4.161
    5    HG3  PRO 110           HG3      PRO 110   3.304 -26.699   3.288
    6    HD2  PRO 110           HD2      PRO 110   5.875 -25.981   2.704
    7    HD3  PRO 110           HD3      PRO 110   4.751 -26.672   1.518

  No H/Q in entry =           7
  In of MODEL   18
    1    H    ASP 111           H        ASP 111   6.129 -23.107   2.772
    2    HA   ASP 111           HA       ASP 111   5.123 -20.796   4.244
    3    HB2  ASP 111           HB2      ASP 111   7.575 -21.036   5.281
    4    HB3  ASP 111           HB3      ASP 111   6.129 -21.779   5.956

  No H/Q in entry =           4
  In of MODEL   18
    1    H    ILE 112           H        ILE 112   6.704 -21.523   1.362
    2    HA   ILE 112           HA       ILE 112   8.748 -19.511   1.481
    3    HB   ILE 112           HB       ILE 112   7.803 -21.342  -0.722
    4   HG12  ILE 112          HG12      ILE 112   9.719 -21.316   1.351
    5   HG13  ILE 112          HG13      ILE 112   9.497 -22.537   0.112
    6   HG21  ILE 112          HG21      ILE 112   9.767 -19.050  -1.011
    7   HG23  ILE 112          HG22      ILE 112   8.209 -19.214  -1.825
    8   HG22  ILE 112          HG23      ILE 112   9.516 -20.345  -2.184
    9   HD13  ILE 112          HD11      ILE 112  11.765 -21.894   0.107
   10   HD12  ILE 112          HD12      ILE 112  11.345 -20.184   0.048
   11   HD11  ILE 112          HD13      ILE 112  11.022 -21.222  -1.340

  No H/Q in entry =          11
  In of MODEL   18
    1    H    LEU 113           H        LEU 113   5.692 -19.773  -0.269
    2    HA   LEU 113           HA       LEU 113   5.974 -17.116  -1.252
    3    HB2  LEU 113           HB2      LEU 113   4.733 -18.721  -2.534
    4    HB3  LEU 113           HB3      LEU 113   3.611 -18.979  -1.214
    5    HG   LEU 113           HG       LEU 113   3.165 -16.407  -1.508
    6   HD11  LEU 113          HD11      LEU 113   5.021 -16.278  -3.239
    7   HD13  LEU 113          HD12      LEU 113   3.478 -15.539  -3.664
    8   HD12  LEU 113          HD13      LEU 113   3.915 -17.112  -4.328
    9   HD22  LEU 113          HD21      LEU 113   1.335 -16.950  -3.005
   10   HD21  LEU 113          HD22      LEU 113   1.534 -18.202  -1.780
   11   HD23  LEU 113          HD23      LEU 113   2.110 -18.477  -3.423

  No H/Q in entry =          11
  In of MODEL   18
    1    H    MET 114           H        MET 114   4.836 -18.567   1.569
    2    HA   MET 114           HA       MET 114   3.181 -16.379   2.440
    3    HB2  MET 114           HB2      MET 114   3.524 -19.026   3.311
    4    HB3  MET 114           HB3      MET 114   4.105 -18.021   4.635
    5    HG2  MET 114           HG2      MET 114   1.412 -17.814   3.303
    6    HG3  MET 114           HG3      MET 114   1.738 -18.533   4.877
    7    HE1  MET 114           HE1      MET 114  -0.439 -16.796   5.312
    8    HE3  MET 114           HE2      MET 114  -0.272 -15.765   3.891
    9    HE2  MET 114           HE3      MET 114  -0.224 -15.057   5.504

  No H/Q in entry =           9
  In of MODEL   18
    1    H    ARG 115           H        ARG 115   6.474 -17.276   2.494
    2    HA   ARG 115           HA       ARG 115   7.334 -15.488   4.536
    3    HB2  ARG 115           HB2      ARG 115   8.612 -17.236   2.522
    4    HB3  ARG 115           HB3      ARG 115   9.519 -15.774   2.906
    5    HG2  ARG 115           HG2      ARG 115   8.471 -17.464   5.119
    6    HG3  ARG 115           HG3      ARG 115   9.908 -17.981   4.236
    7    HD2  ARG 115           HD2      ARG 115   9.812 -15.168   5.188
    8    HD3  ARG 115           HD3      ARG 115  10.038 -16.426   6.398
    9    HE   ARG 115           HE       ARG 115  12.047 -17.099   5.217
   10   HH11  ARG 115          HH11      ARG 115  10.726 -13.961   4.342
   11   HH12  ARG 115          HH12      ARG 115  12.231 -13.359   3.742
   12   HH21  ARG 115          HH21      ARG 115  14.023 -16.311   4.441
   13   HH22  ARG 115          HH22      ARG 115  14.112 -14.699   3.784

  No H/Q in entry =          13
  In of MODEL   18
    1    H    LEU 116           H        LEU 116   7.112 -15.416   0.962
    2    HA   LEU 116           HA       LEU 116   8.042 -12.853   0.564
    3    HB2  LEU 116           HB2      LEU 116   7.792 -14.333  -1.283
    4    HB3  LEU 116           HB3      LEU 116   6.090 -14.586  -0.939
    5    HG   LEU 116           HG       LEU 116   5.934 -12.000  -1.396
    6   HD11  LEU 116          HD11      LEU 116   8.542 -12.163  -1.694
    7   HD13  LEU 116          HD12      LEU 116   7.543 -11.026  -2.605
    8   HD12  LEU 116          HD13      LEU 116   8.059 -12.542  -3.348
    9   HD21  LEU 116          HD21      LEU 116   6.112 -14.170  -3.458
   10   HD23  LEU 116          HD22      LEU 116   5.734 -12.497  -3.891
   11   HD22  LEU 116          HD23      LEU 116   4.675 -13.390  -2.790

  No H/Q in entry =          11
  In of MODEL   18
    1    H    SER 117           H        SER 117   4.733 -13.980   1.093
    2    HA   SER 117           HA       SER 117   3.315 -11.676   0.605
    3    HB2  SER 117           HB2      SER 117   1.782 -12.666   2.525
    4    HB3  SER 117           HB3      SER 117   1.912 -13.457   0.955
    5    HG   SER 117           HG       SER 117   2.625 -14.355   3.394

  No H/Q in entry =           5
  In of MODEL   18
    1    H    ALA 118           H        ALA 118   4.811 -12.743   3.564
    2    HA   ALA 118           HA       ALA 118   3.968 -10.694   5.257
    3    HB2  ALA 118           HB1      ALA 118   5.021 -11.908   6.782
    4    HB1  ALA 118           HB2      ALA 118   6.574 -11.665   5.980
    5    HB3  ALA 118           HB3      ALA 118   5.522 -12.989   5.481

  No H/Q in entry =           5
  In of MODEL   18
    1    H    GLN 119           H        GLN 119   6.586 -10.802   2.943
    2    HA   GLN 119           HA       GLN 119   8.018  -8.588   4.022
    3    HB2  GLN 119           HB2      GLN 119   7.952  -9.400   1.109
    4    HB3  GLN 119           HB3      GLN 119   9.245  -8.577   1.970
    5    HG2  GLN 119           HG2      GLN 119   8.411 -11.332   2.765
    6    HG3  GLN 119           HG3      GLN 119   9.486 -11.082   1.395
    7   HE21  GLN 119          HE21      GLN 119  10.995  -8.957   2.310
    8   HE22  GLN 119          HE22      GLN 119  11.932  -9.479   3.673

  No H/Q in entry =           8
  In of MODEL   18
    1    H    MET 120           H        MET 120   6.067  -8.796   0.995
    2    HA   MET 120           HA       MET 120   5.540  -6.209   0.642
    3    HB2  MET 120           HB2      MET 120   3.945  -8.680   0.122
    4    HB3  MET 120           HB3      MET 120   3.278  -7.102  -0.301
    5    HG2  MET 120           HG2      MET 120   4.301  -7.470  -2.261
    6    HG3  MET 120           HG3      MET 120   5.737  -6.911  -1.402
    7    HE3  MET 120           HE1      MET 120   4.128 -10.621  -0.680
    8    HE2  MET 120           HE2      MET 120   4.509 -11.195  -2.303
    9    HE1  MET 120           HE3      MET 120   3.478  -9.783  -2.086

  No H/Q in entry =           9
  In of MODEL   18
    1    H    ALA 121           H        ALA 121   3.843  -8.290   2.891
    2    HA   ALA 121           HA       ALA 121   1.694  -6.536   3.417
    3    HB1  ALA 121           HB1      ALA 121   2.229  -9.100   4.036
    4    HB3  ALA 121           HB2      ALA 121   0.988  -8.132   4.831
    5    HB2  ALA 121           HB3      ALA 121   2.579  -8.320   5.580

  No H/Q in entry =           5
  In of MODEL   18
    1    H    ARG 122           H        ARG 122   4.967  -6.731   4.479
    2    HA   ARG 122           HA       ARG 122   4.598  -5.061   6.766
    3    HB2  ARG 122           HB2      ARG 122   6.771  -6.530   5.539
    4    HB3  ARG 122           HB3      ARG 122   7.288  -4.922   6.050
    5    HG2  ARG 122           HG2      ARG 122   7.546  -6.774   7.754
    6    HG3  ARG 122           HG3      ARG 122   6.696  -5.322   8.293
    7    HD2  ARG 122           HD2      ARG 122   4.546  -6.444   7.864
    8    HD3  ARG 122           HD3      ARG 122   5.416  -7.902   7.389
    9    HE   ARG 122           HE       ARG 122   5.565  -6.749  10.108
   10   HH11  ARG 122          HH11      ARG 122   5.252  -9.514   7.982
   11   HH12  ARG 122          HH12      ARG 122   5.146 -10.659   9.280
   12   HH21  ARG 122          HH21      ARG 122   5.437  -8.284  11.822
   13   HH22  ARG 122          HH22      ARG 122   5.248  -9.970  11.441

  No H/Q in entry =          13
  In of MODEL   18
    1    H    ARG 123           H        ARG 123   5.040  -4.676   3.462
    2    HA   ARG 123           HA       ARG 123   5.877  -1.936   3.497
    3    HB2  ARG 123           HB2      ARG 123   5.124  -3.911   1.363
    4    HB3  ARG 123           HB3      ARG 123   5.157  -2.195   0.979
    5    HG2  ARG 123           HG2      ARG 123   7.266  -3.474   0.459
    6    HG3  ARG 123           HG3      ARG 123   7.471  -2.030   1.449
    7    HD2  ARG 123           HD2      ARG 123   7.701  -3.335   3.435
    8    HD3  ARG 123           HD3      ARG 123   7.232  -4.808   2.591
    9    HE   ARG 123           HE       ARG 123   9.376  -5.013   1.788
   10   HH11  ARG 123          HH11      ARG 123   8.989  -1.829   3.210
   11   HH12  ARG 123          HH12      ARG 123  10.687  -1.492   3.214
   12   HH21  ARG 123          HH21      ARG 123  11.615  -4.585   1.844
   13   HH22  ARG 123          HH22      ARG 123  12.172  -3.048   2.438

  No H/Q in entry =          13
  In of MODEL   18
    1    H    LEU 124           H        LEU 124   2.968  -3.818   3.505
    2    HA   LEU 124           HA       LEU 124   1.107  -1.780   2.871
    3    HB2  LEU 124           HB2      LEU 124   1.001  -4.301   4.511
    4    HB3  LEU 124           HB3      LEU 124  -0.310  -3.153   4.656
    5    HG   LEU 124           HG       LEU 124  -0.294  -5.232   2.942
    6   HD12  LEU 124          HD11      LEU 124  -1.609  -2.648   2.167
    7   HD11  LEU 124          HD12      LEU 124  -2.128  -3.575   3.575
    8   HD13  LEU 124          HD13      LEU 124  -2.204  -4.297   1.968
    9   HD23  LEU 124          HD21      LEU 124   0.434  -2.906   1.201
   10   HD22  LEU 124          HD22      LEU 124   0.229  -4.603   0.755
   11   HD21  LEU 124          HD23      LEU 124   1.617  -4.106   1.724

  No H/Q in entry =          11
  In of MODEL   18
    1    H    GLN 125           H        GLN 125   2.772  -2.898   5.722
    2    HA   GLN 125           HA       GLN 125   1.560  -0.992   7.482
    3    HB2  GLN 125           HB2      GLN 125   2.409  -2.278   9.099
    4    HB3  GLN 125           HB3      GLN 125   2.985  -3.350   7.834
    5    HG2  GLN 125           HG2      GLN 125   5.148  -2.620   8.010
    6    HG3  GLN 125           HG3      GLN 125   4.680  -1.037   8.623
    7   HE21  GLN 125          HE21      GLN 125   3.444  -4.064   9.910
    8   HE22  GLN 125          HE22      GLN 125   4.248  -3.931  11.441

  No H/Q in entry =           8
  In of MODEL   18
    1    H    VAL 126           H        VAL 126   3.988  -0.588   5.059
    2    HA   VAL 126           HA       VAL 126   5.316   1.473   6.632
    3    HB   VAL 126           HB       VAL 126   6.616  -0.305   5.226
    4   HG12  VAL 126          HG11      VAL 126   5.989   1.628   3.005
    5   HG11  VAL 126          HG12      VAL 126   5.274   0.023   3.154
    6   HG13  VAL 126          HG13      VAL 126   7.015   0.195   2.923
    7   HG22  VAL 126          HG21      VAL 126   7.747   1.509   6.253
    8   HG21  VAL 126          HG22      VAL 126   7.158   2.637   5.031
    9   HG23  VAL 126          HG23      VAL 126   8.315   1.382   4.588

  No H/Q in entry =           9
  In of MODEL   18
    1    H    THR 127           H        THR 127   3.383   0.836   3.746
    2    HA   THR 127           HA       THR 127   3.220   3.633   2.978
    3    HB   THR 127           HB       THR 127   1.414   1.515   1.866
    4    HG1  THR 127           HG1      THR 127   3.348   0.442   1.733
    5   HG23  THR 127          HG21      THR 127   1.694   2.770  -0.197
    6   HG22  THR 127          HG22      THR 127   2.919   3.789   0.559
    7   HG21  THR 127          HG23      THR 127   1.245   3.865   1.109

  No H/Q in entry =           7
  In of MODEL   18
    1    H    SER 128           H        SER 128   1.677   2.058   5.709
    2    HA   SER 128           HA       SER 128  -0.850   3.125   4.753
    3    HB2  SER 128           HB2      SER 128  -0.212   1.067   6.879
    4    HB3  SER 128           HB3      SER 128  -1.779   1.865   6.766
    5    HG   SER 128           HG       SER 128  -0.547   0.096   4.944

  No H/Q in entry =           5
  In of MODEL   18
    1    H    GLU 129           H        GLU 129   1.902   3.834   6.371
    2    HA   GLU 129           HA       GLU 129   0.492   5.619   8.229
    3    HB2  GLU 129           HB2      GLU 129   2.986   4.042   8.889
    4    HB3  GLU 129           HB3      GLU 129   2.240   5.245   9.927
    5    HG2  GLU 129           HG2      GLU 129   0.159   3.749   9.829
    6    HG3  GLU 129           HG3      GLU 129   1.251   2.514   9.206

  No H/Q in entry =           6
  In of MODEL   18
    1    H    LYS 130           H        LYS 130   1.945   6.017   5.517
    2    HA   LYS 130           HA       LYS 130   3.490   8.279   6.489
    3    HB2  LYS 130           HB2      LYS 130   4.580   5.902   5.117
    4    HB3  LYS 130           HB3      LYS 130   5.092   7.444   4.449
    5    HG2  LYS 130           HG2      LYS 130   6.498   7.808   6.132
    6    HG3  LYS 130           HG3      LYS 130   5.272   7.423   7.339
    7    HD2  LYS 130           HD2      LYS 130   6.585   5.221   5.795
    8    HD3  LYS 130           HD3      LYS 130   7.433   5.967   7.150
    9    HE2  LYS 130           HE2      LYS 130   4.741   4.606   7.226
   10    HE3  LYS 130           HE3      LYS 130   6.248   4.001   7.911
   11    HZ3  LYS 130           HZ1      LYS 130   5.215   4.909   9.737
   12    HZ2  LYS 130           HZ2      LYS 130   4.511   6.178   8.866
   13    HZ1  LYS 130           HZ3      LYS 130   6.163   6.224   9.237

  No H/Q in entry =          13
  In of MODEL   18
    1    H    VAL 131           H        VAL 131   0.938   7.554   4.960
    2    HA   VAL 131           HA       VAL 131   1.206   8.392   2.302
    3    HB   VAL 131           HB       VAL 131  -1.025   7.826   4.160
    4   HG12  VAL 131          HG11      VAL 131  -1.540   9.432   1.662
    5   HG11  VAL 131          HG12      VAL 131  -1.691  10.041   3.309
    6   HG13  VAL 131          HG13      VAL 131  -2.753   8.749   2.746
    7   HG22  VAL 131          HG21      VAL 131  -1.785   6.444   2.350
    8   HG21  VAL 131          HG22      VAL 131  -0.052   6.192   2.576
    9   HG23  VAL 131          HG23      VAL 131  -0.635   7.193   1.241

  No H/Q in entry =           9
  In of MODEL   18
    1    H    GLY 132           H        GLY 132   1.040  10.069   5.253
    2    HA3  GLY 132           HA2      GLY 132   0.509  12.645   3.865
    3    HA2  GLY 132           HA3      GLY 132   0.069  12.353   5.538

  No H/Q in entry =           3
  In of MODEL   18
    1    H    ASN 133           H        ASN 133   3.023  10.959   4.894
    2    HA   ASN 133           HA       ASN 133   4.384  12.742   6.608
    3    HB2  ASN 133           HB2      ASN 133   4.782  10.187   5.917
    4    HB3  ASN 133           HB3      ASN 133   5.961  10.938   4.848
    5   HD21  ASN 133          HD21      ASN 133   5.942   9.310   7.498
    6   HD22  ASN 133          HD22      ASN 133   7.104  10.142   8.464

  No H/Q in entry =           6
  In of MODEL   18
    1    H    LEU 134           H        LEU 134   5.425  11.964   3.257
    2    HA   LEU 134           HA       LEU 134   6.770  14.511   3.079
    3    HB2  LEU 134           HB2      LEU 134   7.656  13.774   1.020
    4    HB3  LEU 134           HB3      LEU 134   7.714  12.438   2.149
    5    HG   LEU 134           HG       LEU 134   5.361  11.938   0.868
    6   HD12  LEU 134          HD11      LEU 134   7.276  13.004  -1.203
    7   HD11  LEU 134          HD12      LEU 134   5.807  13.829  -0.683
    8   HD13  LEU 134          HD13      LEU 134   5.700  12.268  -1.498
    9   HD22  LEU 134          HD21      LEU 134   7.162  10.370   1.373
   10   HD21  LEU 134          HD22      LEU 134   8.143  11.088   0.092
   11   HD23  LEU 134          HD23      LEU 134   6.656  10.225  -0.313

  No H/Q in entry =          11
  In of MODEL   18
    1    H    ALA 135           H        ALA 135   3.677  13.437   2.364
    2    HA   ALA 135           HA       ALA 135   3.139  15.023   0.038
    3    HB3  ALA 135           HB1      ALA 135   1.036  14.113   0.001
    4    HB2  ALA 135           HB2      ALA 135   0.954  13.905   1.750
    5    HB1  ALA 135           HB3      ALA 135   1.967  12.839   0.776

  No H/Q in entry =           5
  In of MODEL   18
    1    H    PHE 136           H        PHE 136   3.613  15.724   3.205
    2    HA   PHE 136           HA       PHE 136   1.715  17.908   3.440
    3    HB2  PHE 136           HB2      PHE 136   2.953  16.142   5.199
    4    HB3  PHE 136           HB3      PHE 136   3.692  17.704   5.543
    5    HD1  PHE 136           HD1      PHE 136   2.618  19.199   6.916
    6    HD2  PHE 136           HD2      PHE 136   0.386  16.077   5.088
    7    HE1  PHE 136           HE1      PHE 136   0.652  19.836   8.243
    8    HE2  PHE 136           HE2      PHE 136  -1.590  16.705   6.412
    9    HZ   PHE 136           HZ       PHE 136  -1.457  18.589   7.994

  No H/Q in entry =           9
  In of MODEL   18
    1    H    LEU 137           H        LEU 137   4.645  17.730   1.880
    2    HA   LEU 137           HA       LEU 137   6.336  19.169   1.359
    3    HB2  LEU 137           HB2      LEU 137   4.045  21.058   1.820
    4    HB3  LEU 137           HB3      LEU 137   5.618  21.636   1.304
    5    HG   LEU 137           HG       LEU 137   5.354  19.899  -0.621
    6   HD13  LEU 137          HD11      LEU 137   3.379  18.772   0.210
    7   HD12  LEU 137          HD12      LEU 137   3.008  19.592  -1.307
    8   HD11  LEU 137          HD13      LEU 137   2.485  20.293   0.224
    9   HD23  LEU 137          HD21      LEU 137   4.162  21.606  -1.954
   10   HD22  LEU 137          HD22      LEU 137   5.466  22.272  -0.971
   11   HD21  LEU 137          HD23      LEU 137   3.790  22.464  -0.460

  No H/Q in entry =          11
  In of MODEL   18
    1    H    ASP 138           H        ASP 138   6.712  18.242   3.692
    2    HA   ASP 138           HA       ASP 138   7.083  20.098   5.779
    3    HB2  ASP 138           HB2      ASP 138   6.470  17.744   6.167
    4    HB3  ASP 138           HB3      ASP 138   8.111  17.274   5.732

  No H/Q in entry =           4
  In of MODEL   18
    1    H    VAL 139           H        VAL 139   8.952  19.972   3.106
    2    HA   VAL 139           HA       VAL 139  11.542  19.484   3.496
    3    HB   VAL 139           HB       VAL 139  10.188  21.417   1.836
    4   HG12  VAL 139          HG11      VAL 139  12.996  22.259   2.570
    5   HG11  VAL 139          HG12      VAL 139  11.558  23.069   3.200
    6   HG13  VAL 139          HG13      VAL 139  11.880  23.065   1.465
    7   HG23  VAL 139          HG21      VAL 139  12.064  20.873   0.324
    8   HG22  VAL 139          HG22      VAL 139  11.301  19.442   1.017
    9   HG21  VAL 139          HG23      VAL 139  12.846  20.016   1.655

  No H/Q in entry =           9
  In of MODEL   18
    1    H    THR 140           H        THR 140   9.987  22.114   5.294
    2    HA   THR 140           HA       THR 140  12.130  23.645   6.088
    3    HB   THR 140           HB       THR 140  10.223  22.853   8.219
    4    HG1  THR 140           HG1      THR 140   8.495  23.774   7.183
    5   HG22  THR 140          HG21      THR 140  10.086  25.291   8.495
    6   HG21  THR 140          HG22      THR 140  11.133  25.501   7.090
    7   HG23  THR 140          HG23      THR 140  11.754  24.719   8.545

  No H/Q in entry =           7
  In of MODEL   18
    1    H    GLY 141           H        GLY 141  14.057  22.802   6.622
    2    HA3  GLY 141           HA2      GLY 141  15.746  21.645   7.604
    3    HA2  GLY 141           HA3      GLY 141  14.732  21.697   9.027

  No H/Q in entry =           3
  In of MODEL   18
    1    H    ARG 142           H        ARG 142  13.174  20.146   6.587
    2    HA   ARG 142           HA       ARG 142  13.022  17.734   7.892
    3    HB2  ARG 142           HB2      ARG 142  11.375  18.483   6.257
    4    HB3  ARG 142           HB3      ARG 142  12.563  18.284   4.975
    5    HG2  ARG 142           HG2      ARG 142  11.071  16.396   4.980
    6    HG3  ARG 142           HG3      ARG 142  12.687  15.882   5.472
    7    HD2  ARG 142           HD2      ARG 142  11.960  16.054   7.836
    8    HD3  ARG 142           HD3      ARG 142  10.336  16.411   7.262
    9    HE   ARG 142           HE       ARG 142  11.732  13.891   6.656
   10   HH11  ARG 142          HH11      ARG 142   8.874  15.650   7.681
   11   HH12  ARG 142          HH12      ARG 142   7.865  14.233   7.680
   12   HH21  ARG 142          HH21      ARG 142  10.406  12.039   6.668
   13   HH22  ARG 142          HH22      ARG 142   8.731  12.187   7.104

  No H/Q in entry =          13
  In of MODEL   18
    1    H    ILE 143           H        ILE 143  14.448  18.088   4.680
    2    HA   ILE 143           HA       ILE 143  15.605  16.119   3.959
    3    HB   ILE 143           HB       ILE 143  17.380  18.475   4.198
    4   HG12  ILE 143          HG12      ILE 143  14.795  18.415   2.622
    5   HG13  ILE 143          HG13      ILE 143  15.111  19.391   4.055
    6   HG22  ILE 143          HG21      ILE 143  17.636  18.061   1.744
    7   HG21  ILE 143          HG22      ILE 143  16.662  16.607   1.954
    8   HG23  ILE 143          HG23      ILE 143  18.208  16.759   2.785
    9   HD12  ILE 143          HD11      ILE 143  15.249  20.562   1.863
   10   HD11  ILE 143          HD12      ILE 143  16.730  19.646   1.569
   11   HD13  ILE 143          HD13      ILE 143  16.625  20.742   2.946

  No H/Q in entry =          11
  In of MODEL   18
    1    H    ALA 144           H        ALA 144  17.620  18.065   6.145
    2    HA   ALA 144           HA       ALA 144  19.749  16.233   6.195
    3    HB3  ALA 144           HB1      ALA 144  20.099  18.497   6.866
    4    HB2  ALA 144           HB2      ALA 144  20.422  17.462   8.257
    5    HB1  ALA 144           HB3      ALA 144  18.903  18.355   8.154

  No H/Q in entry =           5
  In of MODEL   18
    1    H    GLN 145           H        GLN 145  16.801  16.531   7.996
    2    HA   GLN 145           HA       GLN 145  17.521  14.768  10.098
    3    HB2  GLN 145           HB2      GLN 145  15.764  16.463  10.377
    4    HB3  GLN 145           HB3      GLN 145  14.789  15.658   9.155
    5    HG2  GLN 145           HG2      GLN 145  15.553  13.811  11.225
    6    HG3  GLN 145           HG3      GLN 145  14.758  15.227  11.908
    7   HE21  GLN 145          HE21      GLN 145  12.970  13.974  12.501
    8   HE22  GLN 145          HE22      GLN 145  11.812  13.438  11.338

  No H/Q in entry =           8
  In of MODEL   18
    1    H    THR 146           H        THR 146  16.425  14.248   6.703
    2    HA   THR 146           HA       THR 146  15.383  11.672   7.353
    3    HB   THR 146           HB       THR 146  15.986  12.863   4.650
    4    HG1  THR 146           HG1      THR 146  14.431  13.976   6.461
    5   HG23  THR 146          HG21      THR 146  14.084  11.513   3.930
    6   HG22  THR 146          HG22      THR 146  13.812  10.986   5.591
    7   HG21  THR 146          HG23      THR 146  15.279  10.502   4.742

  No H/Q in entry =           7
  In of MODEL   18
    1    H    LEU 147           H        LEU 147  18.288  13.145   7.125
    2    HA   LEU 147           HA       LEU 147  19.643  11.201   5.427
    3    HB2  LEU 147           HB2      LEU 147  20.797  13.720   6.621
    4    HB3  LEU 147           HB3      LEU 147  21.550  12.671   5.427
    5    HG   LEU 147           HG       LEU 147  19.164  14.471   5.044
    6   HD13  LEU 147          HD11      LEU 147  20.471  15.766   3.732
    7   HD12  LEU 147          HD12      LEU 147  21.494  14.420   3.234
    8   HD11  LEU 147          HD13      LEU 147  21.711  15.149   4.825
    9   HD23  LEU 147          HD21      LEU 147  19.202  13.580   2.683
   10   HD22  LEU 147          HD22      LEU 147  18.554  12.498   3.915
   11   HD21  LEU 147          HD23      LEU 147  20.188  12.253   3.300

  No H/Q in entry =          11
  In of MODEL   18
    1    H    LEU 148           H        LEU 148  19.134  12.421   8.574
    2    HA   LEU 148           HA       LEU 148  21.158  10.893   9.886
    3    HB2  LEU 148           HB2      LEU 148  18.638  11.833  11.223
    4    HB3  LEU 148           HB3      LEU 148  20.240  11.647  11.911
    5    HG   LEU 148           HG       LEU 148  19.296  13.813  10.052
    6   HD13  LEU 148          HD11      LEU 148  19.840  15.271  11.923
    7   HD12  LEU 148          HD12      LEU 148  20.312  13.866  12.878
    8   HD11  LEU 148          HD13      LEU 148  18.635  14.061  12.367
    9   HD23  LEU 148          HD21      LEU 148  21.572  14.774  10.293
   10   HD22  LEU 148          HD22      LEU 148  21.540  13.270   9.378
   11   HD21  LEU 148          HD23      LEU 148  22.091  13.269  11.055

  No H/Q in entry =          11
  In of MODEL   18
    1    H    ASN 149           H        ASN 149  17.952  10.434   8.711
    2    HA   ASN 149           HA       ASN 149  17.362   8.007  10.058
    3    HB2  ASN 149           HB2      ASN 149  15.686   9.386   8.766
    4    HB3  ASN 149           HB3      ASN 149  16.443   8.810   7.283
    5   HD21  ASN 149          HD21      ASN 149  14.389   8.024   9.940
    6   HD22  ASN 149          HD22      ASN 149  13.878   6.479   9.358

  No H/Q in entry =           6
  In of MODEL   18
    1    H    LEU 150           H        LEU 150  19.261   8.923   7.290
    2    HA   LEU 150           HA       LEU 150  19.788   6.247   6.370
    3    HB2  LEU 150           HB2      LEU 150  21.034   8.941   5.805
    4    HB3  LEU 150           HB3      LEU 150  21.740   7.459   5.161
    5    HG   LEU 150           HG       LEU 150  18.855   7.719   4.709
    6   HD11  LEU 150          HD11      LEU 150  20.729   9.800   3.735
    7   HD13  LEU 150          HD12      LEU 150  19.039   9.926   4.216
    8   HD12  LEU 150          HD13      LEU 150  19.460   9.219   2.660
    9   HD23  LEU 150          HD21      LEU 150  21.137   7.182   2.833
   10   HD22  LEU 150          HD22      LEU 150  19.431   6.802   2.589
   11   HD21  LEU 150          HD23      LEU 150  20.358   5.956   3.832

  No H/Q in entry =          11
  In of MODEL   18
    1    H    ALA 151           H        ALA 151  20.644   7.927   9.256
    2    HA   ALA 151           HA       ALA 151  23.281   6.691   9.265
    3    HB3  ALA 151           HB1      ALA 151  21.965   8.513  11.285
    4    HB1  ALA 151           HB2      ALA 151  23.197   8.983  10.114
    5    HB2  ALA 151           HB3      ALA 151  23.596   7.855  11.411

  No H/Q in entry =           5
  In of MODEL   18
    1    H    LYS 152           H        LYS 152  20.086   6.211   9.975
    2    HA   LYS 152           HA       LYS 152  20.490   4.302  12.124
    3    HB2  LYS 152           HB2      LYS 152  17.990   5.170  10.655
    4    HB3  LYS 152           HB3      LYS 152  18.017   4.123  12.070
    5    HG2  LYS 152           HG2      LYS 152  18.891   5.930  13.427
    6    HG3  LYS 152           HG3      LYS 152  18.991   6.976  12.011
    7    HD2  LYS 152           HD2      LYS 152  16.491   6.650  11.759
    8    HD3  LYS 152           HD3      LYS 152  16.520   5.907  13.359
    9    HE2  LYS 152           HE2      LYS 152  17.298   8.726  12.632
   10    HE3  LYS 152           HE3      LYS 152  15.925   8.215  13.611
   11    HZ3  LYS 152           HZ1      LYS 152  17.566   8.952  15.099
   12    HZ2  LYS 152           HZ2      LYS 152  18.798   8.103  14.315
   13    HZ1  LYS 152           HZ3      LYS 152  17.619   7.263  15.187

  No H/Q in entry =          13
  In of MODEL   18
    1    H    GLN 153           H        GLN 153  20.376   4.213   8.605
    2    HA   GLN 153           HA       GLN 153  19.592   1.412   8.727
    3    HB2  GLN 153           HB2      GLN 153  20.253   2.665   6.130
    4    HB3  GLN 153           HB3      GLN 153  18.913   1.616   6.563
    5    HG2  GLN 153           HG2      GLN 153  17.846   3.530   7.690
    6    HG3  GLN 153           HG3      GLN 153  19.157   4.546   7.093
    7   HE21  GLN 153          HE21      GLN 153  17.459   5.752   6.061
    8   HE22  GLN 153          HE22      GLN 153  16.833   5.219   4.542

  No H/Q in entry =           8
  In of MODEL   18
    1    HA   PRO 154           HA       PRO 154  23.551  -0.416   7.993
    2    HB2  PRO 154           HB2      PRO 154  23.186  -1.576   5.451
    3    HB3  PRO 154           HB3      PRO 154  22.923  -2.340   7.019
    4    HG2  PRO 154           HG2      PRO 154  20.969  -1.137   5.148
    5    HG3  PRO 154           HG3      PRO 154  20.757  -2.464   6.302
    6    HD2  PRO 154           HD2      PRO 154  19.748  -0.004   6.720
    7    HD3  PRO 154           HD3      PRO 154  20.304  -1.033   8.048

  No H/Q in entry =           7
  In of MODEL   18
    1    H    ASP 155           H        ASP 155  22.363   1.871   5.722
    2    HA   ASP 155           HA       ASP 155  24.651   1.913   3.991
    3    HB2  ASP 155           HB2      ASP 155  22.322   3.899   4.423
    4    HB3  ASP 155           HB3      ASP 155  23.649   4.248   3.322

  No H/Q in entry =           4
  In of MODEL   18
    1    H    ALA 156           H        ALA 156  24.291   3.461   7.367
    2    HA   ALA 156           HA       ALA 156  25.765   5.668   6.705
    3    HB3  ALA 156           HB1      ALA 156  25.795   4.123   9.291
    4    HB2  ALA 156           HB2      ALA 156  24.533   5.269   8.839
    5    HB1  ALA 156           HB3      ALA 156  26.194   5.825   9.058

  No H/Q in entry =           5
  In of MODEL   18
    1    H    MET 157           H        MET 157  27.682   5.682   5.779
    2    HA   MET 157           HA       MET 157  29.351   3.349   6.151
    3    HB2  MET 157           HB2      MET 157  28.606   4.761   4.030
    4    HB3  MET 157           HB3      MET 157  30.113   5.610   4.392
    5    HG2  MET 157           HG2      MET 157  30.885   2.992   4.519
    6    HG3  MET 157           HG3      MET 157  29.651   2.956   3.261
    7    HE3  MET 157           HE1      MET 157  32.800   6.068   3.474
    8    HE2  MET 157           HE2      MET 157  33.710   4.557   3.542
    9    HE1  MET 157           HE3      MET 157  32.432   4.870   4.716

  No H/Q in entry =           9
  In of MODEL   18
    1    H    THR 158           H        THR 158  30.367   3.713   8.350
    2    HA   THR 158           HA       THR 158  31.456   6.106   9.024
    3    HB   THR 158           HB       THR 158  33.069   4.774  10.457
    4    HG1  THR 158           HG1      THR 158  32.931   2.883   8.981
    5   HG23  THR 158          HG21      THR 158  30.944   5.549  11.347
    6   HG22  THR 158          HG22      THR 158  31.268   3.918  11.931
    7   HG21  THR 158          HG23      THR 158  30.107   4.172  10.630

  No H/Q in entry =           7
  In of MODEL   18
    1    H    HIS 159           H        HIS 159  33.525   6.918   9.148
    2    HA   HIS 159           HA       HIS 159  35.671   5.877   7.693
    3    HB2  HIS 159           HB2      HIS 159  35.713   7.044   5.708
    4    HB3  HIS 159           HB3      HIS 159  33.986   6.859   5.908
    5    HD1  HIS 159           HD1      HIS 159  36.326   9.257   4.901
    6    HD2  HIS 159           HD2      HIS 159  32.929   9.384   7.275
    7    HE1  HIS 159           HE1      HIS 159  35.571  11.653   4.866
    8    HE2  HIS 159           HE2      HIS 159  33.647  11.736   6.487

  No H/Q in entry =           8
  In of MODEL   18
    1    HA   PRO 160           HA       PRO 160  37.875   8.477  10.457
    2    HB2  PRO 160           HB2      PRO 160  39.866   9.616   8.967
    3    HB3  PRO 160           HB3      PRO 160  39.879   7.928   9.488
    4    HG2  PRO 160           HG2      PRO 160  39.040   9.088   6.855
    5    HG3  PRO 160           HG3      PRO 160  40.055   7.671   7.177
    6    HD2  PRO 160           HD2      PRO 160  37.478   7.408   6.522
    7    HD3  PRO 160           HD3      PRO 160  38.235   6.332   7.714

  No H/Q in entry =           7
  In of MODEL   18
    1    H    ASP 161           H        ASP 161  35.532   9.759   9.183
    2    HA   ASP 161           HA       ASP 161  35.933  12.387  10.069
    3    HB2  ASP 161           HB2      ASP 161  37.259  12.573   7.960
    4    HB3  ASP 161           HB3      ASP 161  35.827  12.120   7.046

  No H/Q in entry =           4
  In of MODEL   18
    1    H    GLY 162           H        GLY 162  34.159  10.207  10.392
    2    HA3  GLY 162           HA2      GLY 162  31.902  10.575  11.008
    3    HA2  GLY 162           HA3      GLY 162  31.713  11.551   9.557

  No H/Q in entry =           3
  In of MODEL   18
    1    H    MET 163           H        MET 163  29.858  10.160   9.385
    2    HA   MET 163           HA       MET 163  30.577   7.899   7.653
    3    HB2  MET 163           HB2      MET 163  28.719   6.532   8.577
    4    HB3  MET 163           HB3      MET 163  29.969   6.803   9.785
    5    HG2  MET 163           HG2      MET 163  28.520   8.738  10.588
    6    HG3  MET 163           HG3      MET 163  27.248   8.013   9.606
    7    HE2  MET 163           HE1      MET 163  25.853   6.789  12.873
    8    HE1  MET 163           HE2      MET 163  25.656   7.720  11.388
    9    HE3  MET 163           HE3      MET 163  26.640   8.357  12.704

  No H/Q in entry =           9
  In of MODEL   18
    1    H    GLN 164           H        GLN 164  29.649   8.108   5.932
    2    HA   GLN 164           HA       GLN 164  27.612  10.114   5.472
    3    HB2  GLN 164           HB2      GLN 164  28.527  10.198   3.233
    4    HB3  GLN 164           HB3      GLN 164  29.835  10.395   4.390
    5    HG2  GLN 164           HG2      GLN 164  29.580   7.627   3.873
    6    HG3  GLN 164           HG3      GLN 164  29.559   8.457   2.320
    7   HE21  GLN 164          HE21      GLN 164  31.554   7.884   1.624
    8   HE22  GLN 164          HE22      GLN 164  33.020   8.378   2.393

  No H/Q in entry =           8
  In of MODEL   18
    1    H    ILE 165           H        ILE 165  26.732   9.553   3.179
    2    HA   ILE 165           HA       ILE 165  25.927   6.998   2.506
    3    HB   ILE 165           HB       ILE 165  23.374   7.864   3.087
    4   HG12  ILE 165          HG12      ILE 165  23.695   8.109   5.737
    5   HG13  ILE 165          HG13      ILE 165  25.211   8.840   5.230
    6   HG21  ILE 165          HG21      ILE 165  25.138   6.053   4.689
    7   HG23  ILE 165          HG22      ILE 165  24.184   5.633   3.268
    8   HG22  ILE 165          HG23      ILE 165  23.376   6.090   4.776
    9   HD12  ILE 165          HD11      ILE 165  23.223  10.368   5.654
   10   HD11  ILE 165          HD12      ILE 165  22.591   9.766   4.123
   11   HD13  ILE 165          HD13      ILE 165  24.136  10.612   4.165

  No H/Q in entry =          11
  In of MODEL   18
    1    H    LYS 166           H        LYS 166  25.922   7.753   0.025
    2    HA   LYS 166           HA       LYS 166  25.432  10.437  -0.364
    3    HB2  LYS 166           HB2      LYS 166  27.122   9.497  -1.713
    4    HB3  LYS 166           HB3      LYS 166  26.303   7.951  -1.807
    5    HG2  LYS 166           HG2      LYS 166  24.555   9.358  -3.204
    6    HG3  LYS 166           HG3      LYS 166  25.968  10.382  -3.473
    7    HD2  LYS 166           HD2      LYS 166  25.762   7.423  -4.053
    8    HD3  LYS 166           HD3      LYS 166  25.773   8.722  -5.247
    9    HE2  LYS 166           HE2      LYS 166  28.023   9.221  -4.852
   10    HE3  LYS 166           HE3      LYS 166  28.036   8.375  -3.308
   11    HZ1  LYS 166           HZ1      LYS 166  27.569   6.898  -5.819
   12    HZ3  LYS 166           HZ2      LYS 166  28.155   6.323  -4.342
   13    HZ2  LYS 166           HZ3      LYS 166  29.143   7.280  -5.326

  No H/Q in entry =          13
  In of MODEL   18
    1    H    ILE 167           H        ILE 167  23.507  11.065  -0.470
    2    HA   ILE 167           HA       ILE 167  21.640   9.410  -1.995
    3    HB   ILE 167           HB       ILE 167  20.132  11.240  -0.554
    4   HG12  ILE 167          HG12      ILE 167  20.717  10.391   1.820
    5   HG13  ILE 167          HG13      ILE 167  22.285   9.988   1.139
    6   HG21  ILE 167          HG21      ILE 167  20.561   8.280  -0.186
    7   HG23  ILE 167          HG22      ILE 167  19.357   9.070  -1.203
    8   HG22  ILE 167          HG23      ILE 167  19.242   9.190   0.550
    9   HD11  ILE 167          HD11      ILE 167  21.102  12.736   0.989
   10   HD13  ILE 167          HD12      ILE 167  22.771  12.241   0.696
   11   HD12  ILE 167          HD13      ILE 167  22.109  12.186   2.330

  No H/Q in entry =          11
  In of MODEL   18
    1    H    THR 168           H        THR 168  21.453  10.321  -3.934
    2    HA   THR 168           HA       THR 168  22.080  13.009  -4.452
    3    HB   THR 168           HB       THR 168  20.328  12.537  -6.425
    4    HG1  THR 168           HG1      THR 168  19.758  10.490  -5.246
    5   HG22  THR 168          HG21      THR 168  22.140  11.478  -7.714
    6   HG21  THR 168          HG22      THR 168  23.022  11.179  -6.217
    7   HG23  THR 168          HG23      THR 168  22.731  12.834  -6.754

  No H/Q in entry =           7
  In of MODEL   18
    1    H    ARG 169           H        ARG 169  20.525  14.699  -4.798
    2    HA   ARG 169           HA       ARG 169  18.568  14.747  -2.680
    3    HB2  ARG 169           HB2      ARG 169  18.181  16.974  -4.446
    4    HB3  ARG 169           HB3      ARG 169  18.797  16.973  -2.811
    5    HG2  ARG 169           HG2      ARG 169  20.480  18.032  -3.962
    6    HG3  ARG 169           HG3      ARG 169  21.065  16.373  -3.862
    7    HD2  ARG 169           HD2      ARG 169  20.391  15.946  -6.133
    8    HD3  ARG 169           HD3      ARG 169  19.629  17.531  -6.242
    9    HE   ARG 169           HE       ARG 169  22.385  17.734  -5.557
   10   HH11  ARG 169          HH11      ARG 169  20.229  17.180  -8.261
   11   HH12  ARG 169          HH12      ARG 169  21.316  17.857  -9.430
   12   HH21  ARG 169          HH21      ARG 169  23.827  18.601  -7.103
   13   HH22  ARG 169          HH22      ARG 169  23.355  18.662  -8.774

  No H/Q in entry =          13
  In of MODEL   18
    1    H    GLN 170           H        GLN 170  18.648  13.829  -6.162
    2    HA   GLN 170           HA       GLN 170  16.099  13.960  -6.681
    3    HB2  GLN 170           HB2      GLN 170  18.229  11.944  -7.323
    4    HB3  GLN 170           HB3      GLN 170  16.576  11.652  -7.844
    5    HG2  GLN 170           HG2      GLN 170  17.470  12.687  -9.685
    6    HG3  GLN 170           HG3      GLN 170  16.735  14.042  -8.835
    7   HE21  GLN 170          HE21      GLN 170  18.853  14.100 -10.771
    8   HE22  GLN 170          HE22      GLN 170  20.229  14.798  -9.993

  No H/Q in entry =           8
  In of MODEL   18
    1    H    GLU 171           H        GLU 171  17.339  12.028  -3.820
    2    HA   GLU 171           HA       GLU 171  15.372  10.085  -4.332
    3    HB2  GLU 171           HB2      GLU 171  17.339  10.564  -2.067
    4    HB3  GLU 171           HB3      GLU 171  16.131   9.278  -2.048
    5    HG2  GLU 171           HG2      GLU 171  17.708   9.212  -4.458
    6    HG3  GLU 171           HG3      GLU 171  18.726   9.150  -3.027

  No H/Q in entry =           6
  In of MODEL   18
    1    H    ILE 172           H        ILE 172  16.410  12.899  -2.826
    2    HA   ILE 172           HA       ILE 172  14.551  13.186  -0.722
    3    HB   ILE 172           HB       ILE 172  16.184  15.367  -2.007
    4   HG12  ILE 172          HG12      ILE 172  17.697  13.535  -1.589
    5   HG13  ILE 172          HG13      ILE 172  17.923  14.714  -0.298
    6   HG22  ILE 172          HG21      ILE 172  15.545  14.998   0.895
    7   HG21  ILE 172          HG22      ILE 172  14.387  15.759  -0.193
    8   HG23  ILE 172          HG23      ILE 172  15.984  16.471   0.033
    9   HD13  ILE 172          HD11      ILE 172  16.587  13.352   1.198
   10   HD12  ILE 172          HD12      ILE 172  17.908  12.400   0.519
   11   HD11  ILE 172          HD13      ILE 172  16.267  12.208  -0.108

  No H/Q in entry =          11
  In of MODEL   18
    1    H    GLY 173           H        GLY 173  14.435  14.127  -4.321
    2    HA3  GLY 173           HA2      GLY 173  12.403  15.931  -4.054
    3    HA2  GLY 173           HA3      GLY 173  12.568  14.767  -5.372

  No H/Q in entry =           3
  In of MODEL   18
    1    H    GLN 174           H        GLN 174  12.424  12.554  -4.156
    2    HA   GLN 174           HA       GLN 174   9.639  12.083  -3.947
    3    HB2  GLN 174           HB2      GLN 174  11.792  10.032  -3.547
    4    HB3  GLN 174           HB3      GLN 174  10.203   9.827  -4.279
    5    HG2  GLN 174           HG2      GLN 174  12.448  11.436  -5.489
    6    HG3  GLN 174           HG3      GLN 174  12.105   9.757  -5.876
    7   HE21  GLN 174          HE21      GLN 174  10.717  12.999  -5.925
    8   HE22  GLN 174          HE22      GLN 174   9.688  12.726  -7.283

  No H/Q in entry =           8
  In of MODEL   18
    1    H    ILE 175           H        ILE 175  12.265  11.883  -1.588
    2    HA   ILE 175           HA       ILE 175  10.600  10.487   0.312
    3    HB   ILE 175           HB       ILE 175  13.257  11.797   0.838
    4   HG12  ILE 175          HG12      ILE 175  12.773   8.937  -0.013
    5   HG13  ILE 175          HG13      ILE 175  13.381  10.205  -1.078
    6   HG22  ILE 175          HG21      ILE 175  13.410  10.110   2.626
    7   HG21  ILE 175          HG22      ILE 175  11.798   9.534   2.204
    8   HG23  ILE 175          HG23      ILE 175  12.013  11.168   2.831
    9   HD12  ILE 175          HD11      ILE 175  14.717   9.160   1.404
   10   HD11  ILE 175          HD12      ILE 175  15.312  10.490   0.412
   11   HD13  ILE 175          HD13      ILE 175  15.206   8.862  -0.263

  No H/Q in entry =          11
  In of MODEL   18
    1    H    VAL 176           H        VAL 176  11.583  13.758  -0.333
    2    HA   VAL 176           HA       VAL 176  10.347  14.623   2.170
    3    HB   VAL 176           HB       VAL 176  12.119  16.161   0.272
    4   HG13  VAL 176          HG11      VAL 176  12.172  17.871   1.921
    5   HG12  VAL 176          HG12      VAL 176  11.206  16.901   3.031
    6   HG11  VAL 176          HG13      VAL 176  10.483  17.527   1.546
    7   HG21  VAL 176          HG21      VAL 176  13.247  14.339   1.496
    8   HG23  VAL 176          HG22      VAL 176  12.701  15.055   3.014
    9   HG22  VAL 176          HG23      VAL 176  13.815  15.940   1.969

  No H/Q in entry =           9
  In of MODEL   18
    1    H    GLY 177           H        GLY 177  10.107  14.957  -1.328
    2    HA3  GLY 177           HA2      GLY 177   7.831  15.113  -2.172
    3    HA2  GLY 177           HA3      GLY 177   7.494  16.261  -0.885

  No H/Q in entry =           3
  In of MODEL   18
    1    H    CYS 178           H        CYS 178  10.417  17.198  -1.734
    2    HA   CYS 178           HA       CYS 178   9.386  19.022  -3.822
    3    HB2  CYS 178           HB2      CYS 178  10.937  19.577  -1.334
    4    HB3  CYS 178           HB3      CYS 178  11.169  20.606  -2.745
    5    HG   CYS 178           HG       CYS 178   8.034  20.535  -2.587

  No H/Q in entry =           5
  In of MODEL   18
    1    H    SER 179           H        SER 179  11.011  19.841  -5.329
    2    HA   SER 179           HA       SER 179  12.712  17.803  -6.176
    3    HB2  SER 179           HB2      SER 179  13.283  20.601  -6.989
    4    HB3  SER 179           HB3      SER 179  13.013  19.177  -7.994
    5    HG   SER 179           HG       SER 179  11.302  20.657  -8.204

  No H/Q in entry =           5
  In of MODEL   18
    1    H    ARG 180           H        ARG 180  14.880  18.039  -6.440
    2    HA   ARG 180           HA       ARG 180  16.562  18.542  -4.395
    3    HB2  ARG 180           HB2      ARG 180  18.317  18.877  -6.289
    4    HB3  ARG 180           HB3      ARG 180  17.542  17.319  -6.082
    5    HG2  ARG 180           HG2      ARG 180  17.570  17.675  -8.382
    6    HG3  ARG 180           HG3      ARG 180  15.919  18.052  -7.896
    7    HD2  ARG 180           HD2      ARG 180  16.126  20.233  -8.444
    8    HD3  ARG 180           HD3      ARG 180  17.794  20.322  -7.883
    9    HE   ARG 180           HE       ARG 180  18.485  19.369  -9.986
   10   HH11  ARG 180          HH11      ARG 180  15.193  20.586  -9.849
   11   HH12  ARG 180          HH12      ARG 180  15.028  20.641 -11.579
   12   HH21  ARG 180          HH21      ARG 180  18.246  19.475 -12.262
   13   HH22  ARG 180          HH22      ARG 180  16.740  20.011 -12.938

  No H/Q in entry =          13
  In of MODEL   18
    1    H    GLU 181           H        GLU 181  14.675  20.869  -5.188
    2    HA   GLU 181           HA       GLU 181  16.642  22.936  -5.552
    3    HB2  GLU 181           HB2      GLU 181  13.945  22.541  -6.506
    4    HB3  GLU 181           HB3      GLU 181  14.347  24.194  -6.055
    5    HG2  GLU 181           HG2      GLU 181  15.619  24.473  -7.846
    6    HG3  GLU 181           HG3      GLU 181  16.447  22.937  -7.586

  No H/Q in entry =           6
  In of MODEL   18
    1    H    THR 182           H        THR 182  13.541  22.753  -3.897
    2    HA   THR 182           HA       THR 182  14.125  24.739  -1.923
    3    HB   THR 182           HB       THR 182  12.592  22.631  -0.677
    4    HG1  THR 182           HG1      THR 182  10.907  22.495  -2.305
    5   HG23  THR 182          HG21      THR 182  12.269  25.023  -0.243
    6   HG22  THR 182          HG22      THR 182  10.759  24.262  -0.746
    7   HG21  THR 182          HG23      THR 182  11.675  25.243  -1.888

  No H/Q in entry =           7
  In of MODEL   18
    1    H    VAL 183           H        VAL 183  14.301  21.234  -2.074
    2    HA   VAL 183           HA       VAL 183  16.007  20.756   0.148
    3    HB   VAL 183           HB       VAL 183  14.852  19.336  -2.197
    4   HG12  VAL 183          HG11      VAL 183  17.228  18.129  -0.825
    5   HG11  VAL 183          HG12      VAL 183  17.217  18.775  -2.467
    6   HG13  VAL 183          HG13      VAL 183  16.200  17.378  -2.058
    7   HG23  VAL 183          HG21      VAL 183  15.279  18.420   0.624
    8   HG22  VAL 183          HG22      VAL 183  14.276  17.640  -0.602
    9   HG21  VAL 183          HG23      VAL 183  13.832  19.236   0.021

  No H/Q in entry =           9
  In of MODEL   18
    1    H    GLY 184           H        GLY 184  16.553  21.654  -3.380
    2    HA3  GLY 184           HA2      GLY 184  19.232  21.298  -3.360
    3    HA2  GLY 184           HA3      GLY 184  18.393  22.572  -4.240

  No H/Q in entry =           3
  In of MODEL   18
    1    H    ARG 185           H        ARG 185  17.488  23.542  -1.207
    2    HA   ARG 185           HA       ARG 185  19.461  25.604  -1.363
    3    HB2  ARG 185           HB2      ARG 185  17.311  24.936   0.672
    4    HB3  ARG 185           HB3      ARG 185  18.361  26.340   0.786
    5    HG2  ARG 185           HG2      ARG 185  17.401  27.278  -1.207
    6    HG3  ARG 185           HG3      ARG 185  16.446  25.816  -1.477
    7    HD2  ARG 185           HD2      ARG 185  15.437  26.251   0.822
    8    HD3  ARG 185           HD3      ARG 185  16.166  27.854   0.715
    9    HE   ARG 185           HE       ARG 185  14.601  27.220  -1.592
   10   HH11  ARG 185          HH11      ARG 185  14.416  28.345   1.720
   11   HH12  ARG 185          HH12      ARG 185  12.917  29.185   1.482
   12   HH21  ARG 185          HH21      ARG 185  12.617  28.321  -1.903
   13   HH22  ARG 185          HH22      ARG 185  11.898  29.176  -0.573

  No H/Q in entry =          13
  In of MODEL   18
    1    H    ILE 186           H        ILE 186  18.466  22.858   0.318
    2    HA   ILE 186           HA       ILE 186  20.197  23.291   2.619
    3    HB   ILE 186           HB       ILE 186  18.216  21.170   2.004
    4   HG12  ILE 186          HG12      ILE 186  17.564  21.902   4.406
    5   HG13  ILE 186          HG13      ILE 186  18.679  23.235   4.147
    6   HG21  ILE 186          HG21      ILE 186  20.563  20.410   3.115
    7   HG23  ILE 186          HG22      ILE 186  19.011  19.650   3.470
    8   HG22  ILE 186          HG23      ILE 186  19.658  20.885   4.552
    9   HD11  ILE 186          HD11      ILE 186  16.379  22.663   2.305
   10   HD13  ILE 186          HD12      ILE 186  17.360  24.125   2.412
   11   HD12  ILE 186          HD13      ILE 186  16.252  23.711   3.717

  No H/Q in entry =          11
  In of MODEL   18
    1    H    LEU 187           H        LEU 187  20.125  21.085  -0.062
    2    HA   LEU 187           HA       LEU 187  22.384  19.660   0.823
    3    HB2  LEU 187           HB2      LEU 187  21.037  19.768  -1.837
    4    HB3  LEU 187           HB3      LEU 187  22.264  18.584  -1.363
    5    HG   LEU 187           HG       LEU 187  19.423  18.811  -0.497
    6   HD12  LEU 187          HD11      LEU 187  21.034  16.357  -0.310
    7   HD11  LEU 187          HD12      LEU 187  20.688  17.013  -1.916
    8   HD13  LEU 187          HD13      LEU 187  19.361  16.591  -0.830
    9   HD23  LEU 187          HD21      LEU 187  21.474  17.631   1.363
   10   HD22  LEU 187          HD22      LEU 187  19.731  17.697   1.602
   11   HD21  LEU 187          HD23      LEU 187  20.679  19.183   1.620

  No H/Q in entry =          11
  In of MODEL   18
    1    H    LYS 188           H        LYS 188  22.032  22.675  -0.318
    2    HA   LYS 188           HA       LYS 188  24.600  22.799  -1.748
    3    HB2  LYS 188           HB2      LYS 188  22.375  24.249  -2.306
    4    HB3  LYS 188           HB3      LYS 188  23.170  25.331  -1.170
    5    HG2  LYS 188           HG2      LYS 188  24.532  24.192  -3.601
    6    HG3  LYS 188           HG3      LYS 188  23.694  25.742  -3.591
    7    HD2  LYS 188           HD2      LYS 188  25.628  26.657  -2.936
    8    HD3  LYS 188           HD3      LYS 188  25.388  25.856  -1.383
    9    HE2  LYS 188           HE2      LYS 188  26.569  23.862  -2.305
   10    HE3  LYS 188           HE3      LYS 188  26.914  24.793  -3.760
   11    HZ3  LYS 188           HZ1      LYS 188  28.264  26.283  -2.530
   12    HZ2  LYS 188           HZ2      LYS 188  28.740  24.723  -2.080
   13    HZ1  LYS 188           HZ3      LYS 188  27.765  25.648  -1.038

  No H/Q in entry =          13
  In of MODEL   18
    1    H    MET 189           H        MET 189  22.957  23.561   1.278
    2    HA   MET 189           HA       MET 189  25.172  25.207   2.266
    3    HB2  MET 189           HB2      MET 189  24.020  24.918   4.557
    4    HB3  MET 189           HB3      MET 189  23.236  25.908   3.345
    5    HG2  MET 189           HG2      MET 189  21.977  23.685   2.807
    6    HG3  MET 189           HG3      MET 189  22.451  23.275   4.453
    7    HE1  MET 189           HE1      MET 189  21.307  26.536   2.593
    8    HE3  MET 189           HE2      MET 189  19.671  26.731   3.224
    9    HE2  MET 189           HE3      MET 189  20.064  25.348   2.201

  No H/Q in entry =           9
  In of MODEL   18
    1    H    LEU 190           H        LEU 190  24.257  21.888   2.208
    2    HA   LEU 190           HA       LEU 190  25.732  20.888   4.329
    3    HB2  LEU 190           HB2      LEU 190  25.472  19.608   1.630
    4    HB3  LEU 190           HB3      LEU 190  25.748  18.800   3.167
    5    HG   LEU 190           HG       LEU 190  23.283  20.100   2.149
    6   HD13  LEU 190          HD11      LEU 190  23.487  17.771   1.712
    7   HD12  LEU 190          HD12      LEU 190  22.312  17.982   3.011
    8   HD11  LEU 190          HD13      LEU 190  23.952  17.453   3.382
    9   HD22  LEU 190          HD21      LEU 190  23.374  21.139   4.199
   10   HD21  LEU 190          HD22      LEU 190  24.074  19.728   4.985
   11   HD23  LEU 190          HD23      LEU 190  22.381  19.710   4.490

  No H/Q in entry =          11
  In of MODEL   18
    1    H    GLU 191           H        GLU 191  26.919  21.327   0.939
    2    HA   GLU 191           HA       GLU 191  29.520  20.571   1.539
    3    HB2  GLU 191           HB2      GLU 191  28.651  20.606  -0.724
    4    HB3  GLU 191           HB3      GLU 191  28.302  22.321  -0.611
    5    HG2  GLU 191           HG2      GLU 191  30.799  22.672  -0.368
    6    HG3  GLU 191           HG3      GLU 191  30.978  20.984  -0.846

  No H/Q in entry =           6
  In of MODEL   18
    1    H    ASP 192           H        ASP 192  27.754  23.343   2.355
    2    HA   ASP 192           HA       ASP 192  30.126  25.029   2.518
    3    HB2  ASP 192           HB2      ASP 192  27.203  25.539   2.574
    4    HB3  ASP 192           HB3      ASP 192  28.197  26.607   3.557

  No H/Q in entry =           4
  In of MODEL   18
    1    H    GLN 193           H        GLN 193  28.655  22.753   4.158
    2    HA   GLN 193           HA       GLN 193  28.687  21.904   6.286
    3    HB2  GLN 193           HB2      GLN 193  30.996  23.797   6.316
    4    HB3  GLN 193           HB3      GLN 193  30.451  23.124   7.845
    5    HG2  GLN 193           HG2      GLN 193  32.114  21.664   7.185
    6    HG3  GLN 193           HG3      GLN 193  30.636  20.850   6.675
    7   HE21  GLN 193          HE21      GLN 193  30.174  20.668   4.492
    8   HE22  GLN 193          HE22      GLN 193  31.353  20.983   3.267

  No H/Q in entry =           8
  In of MODEL   18
    1    H    ASN 194           H        ASN 194  27.003  24.160   5.511
    2    HA   ASN 194           HA       ASN 194  26.706  25.641   8.014
    3    HB2  ASN 194           HB2      ASN 194  26.014  26.119   5.233
    4    HB3  ASN 194           HB3      ASN 194  24.633  26.389   6.292
    5   HD21  ASN 194          HD21      ASN 194  27.735  27.500   5.303
    6   HD22  ASN 194          HD22      ASN 194  27.744  28.956   6.230

  No H/Q in entry =           6
  In of MODEL   18
    1    H    LEU 195           H        LEU 195  25.889  22.704   7.044
    2    HA   LEU 195           HA       LEU 195  23.652  22.553   8.869
    3    HB2  LEU 195           HB2      LEU 195  22.921  23.276   6.446
    4    HB3  LEU 195           HB3      LEU 195  23.095  21.567   6.112
    5    HG   LEU 195           HG       LEU 195  21.462  22.100   8.482
    6   HD13  LEU 195          HD11      LEU 195  19.586  23.037   7.391
    7   HD12  LEU 195          HD12      LEU 195  20.346  22.885   5.804
    8   HD11  LEU 195          HD13      LEU 195  20.959  24.064   6.966
    9   HD23  LEU 195          HD21      LEU 195  19.931  20.599   7.132
   10   HD22  LEU 195          HD22      LEU 195  21.495  19.923   7.595
   11   HD21  LEU 195          HD23      LEU 195  21.238  20.505   5.951

  No H/Q in entry =          11
  In of MODEL   18
    1    H    ILE 196           H        ILE 196  25.891  20.968   6.698
    2    HA   ILE 196           HA       ILE 196  26.030  18.590   8.178
    3    HB   ILE 196           HB       ILE 196  25.230  18.035   5.335
    4   HG12  ILE 196          HG12      ILE 196  23.386  17.852   7.717
    5   HG13  ILE 196          HG13      ILE 196  23.292  19.137   6.516
    6   HG23  ILE 196          HG21      ILE 196  26.305  16.204   6.326
    7   HG22  ILE 196          HG22      ILE 196  24.595  15.856   6.573
    8   HG21  ILE 196          HG23      ILE 196  25.562  16.508   7.894
    9   HD13  ILE 196          HD11      ILE 196  22.276  17.832   5.041
   10   HD12  ILE 196          HD12      ILE 196  21.956  16.769   6.416
   11   HD11  ILE 196          HD13      ILE 196  23.351  16.472   5.367

  No H/Q in entry =          11
  In of MODEL   18
    1    H    SER 197           H        SER 197  27.096  17.346   5.542
    2    HA   SER 197           HA       SER 197  28.972  19.006   4.566
    3    HB2  SER 197           HB2      SER 197  30.325  18.852   6.443
    4    HB3  SER 197           HB3      SER 197  30.049  17.118   6.622
    5    HG   SER 197           HG       SER 197  31.539  16.737   5.162

  No H/Q in entry =           5
  In of MODEL   18
    1    H    ALA 198           H        ALA 198  27.977  18.345   2.842
    2    HA   ALA 198           HA       ALA 198  27.965  15.618   2.046
    3    HB2  ALA 198           HB1      ALA 198  27.371  18.003   0.298
    4    HB3  ALA 198           HB2      ALA 198  26.188  17.304   1.403
    5    HB1  ALA 198           HB3      ALA 198  26.837  16.336   0.080

  No H/Q in entry =           5
  In of MODEL   18
    1    H    HIS 199           H        HIS 199  29.762  14.724   1.545
    2    HA   HIS 199           HA       HIS 199  31.911  16.253   0.337
    3    HB2  HIS 199           HB2      HIS 199  32.126  14.349   2.172
    4    HB3  HIS 199           HB3      HIS 199  32.019  13.278   0.779
    5    HD1  HIS 199           HD1      HIS 199  34.391  15.176   2.739
    6    HD2  HIS 199           HD2      HIS 199  34.133  13.862  -1.201
    7    HE1  HIS 199           HE1      HIS 199  36.734  15.292   1.829
    8    HE2  HIS 199           HE2      HIS 199  36.523  14.647  -0.600

  No H/Q in entry =           8
  In of MODEL   18
    1    H    GLY 200           H        GLY 200  30.649  16.717  -1.531
    2    HA3  GLY 200           HA2      GLY 200  30.334  16.314  -3.816
    3    HA2  GLY 200           HA3      GLY 200  30.696  14.606  -3.541

  No H/Q in entry =           3
  In of MODEL   18
    1    H    LYS 201           H        LYS 201  28.928  13.393  -3.981
    2    HA   LYS 201           HA       LYS 201  26.301  14.475  -3.279
    3    HB2  LYS 201           HB2      LYS 201  26.911  11.930  -4.797
    4    HB3  LYS 201           HB3      LYS 201  25.368  12.773  -4.706
    5    HG2  LYS 201           HG2      LYS 201  26.978  14.724  -5.708
    6    HG3  LYS 201           HG3      LYS 201  27.697  13.277  -6.415
    7    HD2  LYS 201           HD2      LYS 201  25.300  12.641  -7.069
    8    HD3  LYS 201           HD3      LYS 201  24.896  14.320  -6.712
    9    HE2  LYS 201           HE2      LYS 201  27.098  13.542  -8.609
   10    HE3  LYS 201           HE3      LYS 201  25.431  13.767  -9.130
   11    HZ1  LYS 201           HZ1      LYS 201  25.826  16.040  -7.826
   12    HZ3  LYS 201           HZ2      LYS 201  26.164  15.856  -9.470
   13    HZ2  LYS 201           HZ3      LYS 201  27.411  15.747  -8.334

  No H/Q in entry =          13
  In of MODEL   18
    1    H    THR 202           H        THR 202  28.644  12.552  -2.081
    2    HA   THR 202           HA       THR 202  27.148  10.785  -0.412
    3    HB   THR 202           HB       THR 202  29.792  11.374   0.601
    4    HG1  THR 202           HG1      THR 202  30.617  11.933  -1.305
    5   HG21  THR 202          HG21      THR 202  28.460   9.231   0.790
    6   HG23  THR 202          HG22      THR 202  30.160   9.041   0.364
    7   HG22  THR 202          HG23      THR 202  28.919   8.898  -0.880

  No H/Q in entry =           7
  In of MODEL   18
    1    H    ILE 203           H        ILE 203  26.351  11.366   1.612
    2    HA   ILE 203           HA       ILE 203  27.056  14.069   2.440
    3    HB   ILE 203           HB       ILE 203  24.470  12.616   2.367
    4   HG12  ILE 203          HG12      ILE 203  25.304  15.475   1.852
    5   HG13  ILE 203          HG13      ILE 203  25.003  14.240   0.635
    6   HG21  ILE 203          HG21      ILE 203  24.935  13.262   4.779
    7   HG23  ILE 203          HG22      ILE 203  23.451  13.899   4.073
    8   HG22  ILE 203          HG23      ILE 203  24.864  14.940   4.240
    9   HD12  ILE 203          HD11      ILE 203  22.982  15.484   2.483
   10   HD11  ILE 203          HD12      ILE 203  22.641  14.174   1.357
   11   HD13  ILE 203          HD13      ILE 203  23.135  15.751   0.748

  No H/Q in entry =          11
  In of MODEL   18
    1    H    VAL 204           H        VAL 204  28.182  14.166   4.219
    2    HA   VAL 204           HA       VAL 204  28.195  11.868   6.083
    3    HB   VAL 204           HB       VAL 204  30.369  13.344   4.912
    4   HG11  VAL 204          HG11      VAL 204  30.094  13.788   7.877
    5   HG13  VAL 204          HG12      VAL 204  30.197  15.020   6.620
    6   HG12  VAL 204          HG13      VAL 204  31.597  14.004   6.981
    7   HG23  VAL 204          HG21      VAL 204  31.376  11.791   7.007
    8   HG22  VAL 204          HG22      VAL 204  31.236  11.348   5.307
    9   HG21  VAL 204          HG23      VAL 204  29.933  10.959   6.432

  No H/Q in entry =           9
  In of MODEL   18
    1    H    VAL 205           H        VAL 205  27.838  12.332   8.238
    2    HA   VAL 205           HA       VAL 205  26.820  14.936   8.878
    3    HB   VAL 205           HB       VAL 205  25.550  13.342  10.630
    4   HG13  VAL 205          HG11      VAL 205  23.619  13.210   9.097
    5   HG12  VAL 205          HG12      VAL 205  24.680  13.525   7.720
    6   HG11  VAL 205          HG13      VAL 205  24.426  14.771   8.948
    7   HG23  VAL 205          HG21      VAL 205  25.890  11.501   8.248
    8   HG22  VAL 205          HG22      VAL 205  24.917  11.182   9.688
    9   HG21  VAL 205          HG23      VAL 205  26.676  11.271   9.815

  No H/Q in entry =           9
  In of MODEL   18
    1    H    TYR 206           H        TYR 206  28.797  15.527   9.545
    2    HA   TYR 206           HA       TYR 206  30.963  14.212  10.504
    3    HB2  TYR 206           HB2      TYR 206  29.782  16.851  11.364
    4    HB3  TYR 206           HB3      TYR 206  31.269  16.252  12.084
    5    HD1  TYR 206           HD1      TYR 206  30.019  18.386   9.681
    6    HD2  TYR 206           HD2      TYR 206  32.990  15.373  10.194
    7    HE1  TYR 206           HE1      TYR 206  31.296  19.351   7.841
    8    HE2  TYR 206           HE2      TYR 206  34.294  16.315   8.347
    9    HH   TYR 206           HH       TYR 206  33.845  19.342   7.140

  No H/Q in entry =           9
  In of MODEL   18
    1    H    GLY 207           H        GLY 207  28.488  15.615  12.646
    2    HA3  GLY 207           HA2      GLY 207  28.062  13.421  14.287
    3    HA2  GLY 207           HA3      GLY 207  29.431  14.289  14.973

  No H/Q in entry =           3
  In of MODEL   18
    1    H    THR 208           H        THR 208  26.783  15.828  13.278
    2    HA   THR 208           HA       THR 208  25.602  16.755  15.780
    3    HB   THR 208           HB       THR 208  26.326  18.744  13.635
    4    HG1  THR 208           HG1      THR 208  27.856  17.822  15.838
    5   HG22  THR 208          HG21      THR 208  25.887  19.242  16.563
    6   HG21  THR 208          HG22      THR 208  24.542  19.174  15.429
    7   HG23  THR 208          HG23      THR 208  25.806  20.388  15.228

  No H/Q in entry =           7
  In of MODEL   18
    1    H    ARG 209           H        ARG 209  25.554  17.035  12.239
    2    HA   ARG 209           HA       ARG 209  22.923  16.057  11.961
    3    HB2  ARG 209           HB2      ARG 209  22.007  18.228  10.975
    4    HB3  ARG 209           HB3      ARG 209  22.112  18.156  12.729
    5    HG2  ARG 209           HG2      ARG 209  24.179  19.449  12.666
    6    HG3  ARG 209           HG3      ARG 209  24.089  19.509  10.904
    7    HD2  ARG 209           HD2      ARG 209  21.937  20.682  11.077
    8    HD3  ARG 209           HD3      ARG 209  22.083  20.661  12.833
    9    HE   ARG 209           HE       ARG 209  24.334  21.898  12.182
   10   HH11  ARG 209          HH11      ARG 209  21.098  22.346  10.951
   11   HH12  ARG 209          HH12      ARG 209  21.323  24.027  10.590
   12   HH21  ARG 209          HH21      ARG 209  24.645  24.115  11.725
   13   HH22  ARG 209          HH22      ARG 209  23.340  25.039  11.049

  No H/Q in entry =          13
  In of MODEL   19
    1    H1   VAL   1           H3       VAL   1 -31.086  -8.239  -1.887
    2    H2   VAL   1           H2       VAL   1 -32.285  -8.975  -0.952
    3    H3   VAL   1           H1       VAL   1 -32.461  -7.367  -1.434
    4    HA   VAL   1           HA       VAL   1 -30.664  -6.660  -0.072
    5    HB   VAL   1           HB       VAL   1 -32.548  -8.486   1.436
    6   HG13  VAL   1          HG11      VAL   1 -32.004  -7.239   3.424
    7   HG12  VAL   1          HG12      VAL   1 -30.916  -6.189   2.517
    8   HG11  VAL   1          HG13      VAL   1 -30.518  -7.893   2.737
    9   HG21  VAL   1          HG21      VAL   1 -32.675  -5.528   0.855
   10   HG23  VAL   1          HG22      VAL   1 -33.808  -6.423   1.866
   11   HG22  VAL   1          HG23      VAL   1 -33.696  -6.775   0.143

  No H/Q in entry =          11
  In of MODEL   19
    1    H    LEU   2           H        LEU   2 -31.189 -10.167   0.348
    2    HA   LEU   2           HA       LEU   2 -28.365 -10.374   1.150
    3    HB2  LEU   2           HB2      LEU   2 -30.765 -12.028   1.888
    4    HB3  LEU   2           HB3      LEU   2 -29.129 -12.612   2.124
    5    HG   LEU   2           HG       LEU   2 -30.224 -10.085   3.362
    6   HD13  LEU   2          HD11      LEU   2 -31.389 -12.000   4.258
    7   HD12  LEU   2          HD12      LEU   2 -30.251 -11.382   5.455
    8   HD11  LEU   2          HD13      LEU   2 -29.862 -12.836   4.536
    9   HD23  LEU   2          HD21      LEU   2 -28.217 -10.307   4.811
   10   HD22  LEU   2          HD22      LEU   2 -27.834  -9.986   3.119
   11   HD21  LEU   2          HD23      LEU   2 -27.658 -11.616   3.770

  No H/Q in entry =          11
  In of MODEL   19
    1    H    GLY   3           H        GLY   3 -27.641 -12.808   0.765
    2    HA3  GLY   3           HA2      GLY   3 -28.561 -13.896  -1.750
    3    HA2  GLY   3           HA3      GLY   3 -26.958 -13.170  -1.806

  No H/Q in entry =           3
  In of MODEL   19
    1    H    LYS   4           H        LYS   4 -26.759 -15.647  -2.425
    2    HA   LYS   4           HA       LYS   4 -25.934 -16.992   0.047
    3    HB2  LYS   4           HB2      LYS   4 -27.791 -17.905  -1.983
    4    HB3  LYS   4           HB3      LYS   4 -26.481 -19.052  -1.727
    5    HG2  LYS   4           HG2      LYS   4 -26.980 -19.183   0.615
    6    HG3  LYS   4           HG3      LYS   4 -28.173 -17.892   0.476
    7    HD2  LYS   4           HD2      LYS   4 -28.423 -20.436  -1.095
    8    HD3  LYS   4           HD3      LYS   4 -29.020 -20.310   0.562
    9    HE2  LYS   4           HE2      LYS   4 -30.443 -18.440  -0.081
   10    HE3  LYS   4           HE3      LYS   4 -29.824 -18.522  -1.730
   11    HZ1  LYS   4           HZ1      LYS   4 -30.688 -21.032  -1.337
   12    HZ3  LYS   4           HZ2      LYS   4 -31.605 -19.810  -2.063
   13    HZ2  LYS   4           HZ3      LYS   4 -31.811 -20.159  -0.421

  No H/Q in entry =          13
  In of MODEL   19
    1    HA   PRO   5           HA       PRO   5 -22.036 -17.038  -2.195
    2    HB2  PRO   5           HB2      PRO   5 -20.521 -18.084  -0.214
    3    HB3  PRO   5           HB3      PRO   5 -21.040 -16.395  -0.215
    4    HG2  PRO   5           HG2      PRO   5 -22.177 -18.728   1.273
    5    HG3  PRO   5           HG3      PRO   5 -21.895 -17.071   1.837
    6    HD2  PRO   5           HD2      PRO   5 -24.343 -17.985   1.062
    7    HD3  PRO   5           HD3      PRO   5 -23.846 -16.289   0.907

  No H/Q in entry =           7
  In of MODEL   19
    1    H    GLN   6           H        GLN   6 -22.898 -18.717  -3.635
    2    HA   GLN   6           HA       GLN   6 -22.163 -21.446  -2.807
    3    HB2  GLN   6           HB2      GLN   6 -23.679 -22.219  -4.600
    4    HB3  GLN   6           HB3      GLN   6 -24.501 -21.248  -3.387
    5    HG2  GLN   6           HG2      GLN   6 -24.339 -19.300  -4.908
    6    HG3  GLN   6           HG3      GLN   6 -23.649 -20.364  -6.133
    7   HE21  GLN   6          HE21      GLN   6 -26.508 -19.366  -4.498
    8   HE22  GLN   6          HE22      GLN   6 -27.625 -20.279  -5.448

  No H/Q in entry =           8
  In of MODEL   19
    1    H    THR   7           H        THR   7 -20.622 -19.102  -4.188
    2    HA   THR   7           HA       THR   7 -19.595 -20.623  -6.486
    3    HB   THR   7           HB       THR   7 -18.439 -18.293  -6.902
    4    HG1  THR   7           HG1      THR   7 -19.026 -17.139  -5.133
    5   HG23  THR   7          HG21      THR   7 -20.292 -17.604  -8.289
    6   HG22  THR   7          HG22      THR   7 -21.415 -18.586  -7.348
    7   HG21  THR   7          HG23      THR   7 -20.179 -19.363  -8.337

  No H/Q in entry =           7
  In of MODEL   19
    1    H    ASP   8           H        ASP   8 -18.850 -19.609  -3.300
    2    HA   ASP   8           HA       ASP   8 -15.994 -20.097  -3.804
    3    HB2  ASP   8           HB2      ASP   8 -17.310 -18.555  -1.564
    4    HB3  ASP   8           HB3      ASP   8 -15.578 -18.855  -1.697

  No H/Q in entry =           4
  In of MODEL   19
    1    HA   PRO   9           HA       PRO   9 -17.082 -23.887  -1.563
    2    HB2  PRO   9           HB2      PRO   9 -14.603 -24.905  -2.722
    3    HB3  PRO   9           HB3      PRO   9 -16.259 -25.475  -2.947
    4    HG2  PRO   9           HG2      PRO   9 -14.872 -24.237  -4.908
    5    HG3  PRO   9           HG3      PRO   9 -16.632 -24.091  -4.741
    6    HD2  PRO   9           HD2      PRO   9 -14.486 -22.168  -3.917
    7    HD3  PRO   9           HD3      PRO   9 -16.047 -21.848  -4.703

  No H/Q in entry =           7
  In of MODEL   19
    1    H    THR  10           H        THR  10 -13.775 -22.421  -1.665
    2    HA   THR  10           HA       THR  10 -12.984 -24.025   0.608
    3    HB   THR  10           HB       THR  10 -11.032 -22.162   0.462
    4    HG1  THR  10           HG1      THR  10 -10.700 -21.935  -1.922
    5   HG22  THR  10          HG21      THR  10  -9.799 -23.743  -0.983
    6   HG21  THR  10          HG22      THR  10 -11.313 -24.593  -1.301
    7   HG23  THR  10          HG23      THR  10 -10.655 -24.545   0.334

  No H/Q in entry =           7
  In of MODEL   19
    1    H    LEU  11           H        LEU  11 -14.334 -20.886  -0.073
    2    HA   LEU  11           HA       LEU  11 -13.769 -19.827   2.520
    3    HB2  LEU  11           HB2      LEU  11 -14.568 -18.771   0.082
    4    HB3  LEU  11           HB3      LEU  11 -15.913 -18.470   1.178
    5    HG   LEU  11           HG       LEU  11 -13.158 -17.901   2.132
    6   HD12  LEU  11          HD11      LEU  11 -14.727 -15.995   0.464
    7   HD11  LEU  11          HD12      LEU  11 -13.326 -16.909  -0.110
    8   HD13  LEU  11          HD13      LEU  11 -13.147 -15.747   1.209
    9   HD22  LEU  11          HD21      LEU  11 -14.193 -16.394   3.533
   10   HD21  LEU  11          HD22      LEU  11 -15.337 -17.744   3.451
   11   HD23  LEU  11          HD23      LEU  11 -15.627 -16.281   2.512

  No H/Q in entry =          11
  In of MODEL   19
    1    H    GLU  12           H        GLU  12 -16.237 -21.635   1.097
    2    HA   GLU  12           HA       GLU  12 -18.249 -21.300   3.135
    3    HB2  GLU  12           HB2      GLU  12 -18.211 -22.296   0.476
    4    HB3  GLU  12           HB3      GLU  12 -18.608 -23.670   1.501
    5    HG2  GLU  12           HG2      GLU  12 -20.042 -21.025   1.598
    6    HG3  GLU  12           HG3      GLU  12 -20.571 -22.405   0.637

  No H/Q in entry =           6
  In of MODEL   19
    1    H    TRP  13           H        TRP  13 -15.340 -22.794   2.758
    2    HA   TRP  13           HA       TRP  13 -15.961 -24.950   4.624
    3    HB2  TRP  13           HB2      TRP  13 -13.496 -24.224   3.034
    4    HB3  TRP  13           HB3      TRP  13 -13.407 -25.320   4.412
    5    HD1  TRP  13           HD1      TRP  13 -16.543 -26.344   3.287
    6    HE1  TRP  13           HE1      TRP  13 -16.447 -28.234   1.541
    7    HE3  TRP  13           HE3      TRP  13 -11.663 -25.878   1.898
    8    HZ2  TRP  13           HZ2      TRP  13 -14.535 -29.370  -0.198
    9    HZ3  TRP  13           HZ3      TRP  13 -10.768 -27.400   0.188
   10    HH2  TRP  13           HH2      TRP  13 -12.176 -29.110  -0.839

  No H/Q in entry =          10
  In of MODEL   19
    1    H    PHE  14           H        PHE  14 -15.025 -21.664   4.334
    2    HA   PHE  14           HA       PHE  14 -13.561 -21.461   6.836
    3    HB2  PHE  14           HB2      PHE  14 -12.573 -20.167   5.159
    4    HB3  PHE  14           HB3      PHE  14 -14.111 -19.554   4.600
    5    HD1  PHE  14           HD1      PHE  14 -14.690 -17.438   5.180
    6    HD2  PHE  14           HD2      PHE  14 -12.111 -19.574   7.760
    7    HE1  PHE  14           HE1      PHE  14 -14.565 -15.484   6.655
    8    HE2  PHE  14           HE2      PHE  14 -11.960 -17.626   9.237
    9    HZ   PHE  14           HZ       PHE  14 -13.197 -15.575   8.692

  No H/Q in entry =           9
  In of MODEL   19
    1    H    LEU  15           H        LEU  15 -16.658 -20.860   5.484
    2    HA   LEU  15           HA       LEU  15 -17.348 -18.762   7.402
    3    HB2  LEU  15           HB2      LEU  15 -19.029 -19.758   5.097
    4    HB3  LEU  15           HB3      LEU  15 -19.339 -18.358   6.106
    5    HG   LEU  15           HG       LEU  15 -17.010 -18.658   4.207
    6   HD12  LEU  15          HD11      LEU  15 -18.257 -16.660   3.166
    7   HD11  LEU  15          HD12      LEU  15 -19.650 -17.338   4.019
    8   HD13  LEU  15          HD13      LEU  15 -18.783 -18.312   2.830
    9   HD23  LEU  15          HD21      LEU  15 -17.857 -16.103   5.514
   10   HD22  LEU  15          HD22      LEU  15 -16.345 -16.495   4.705
   11   HD21  LEU  15          HD23      LEU  15 -16.700 -17.187   6.288

  No H/Q in entry =          11
  In of MODEL   19
    1    H    SER  16           H        SER  16 -17.256 -21.959   6.938
    2    HA   SER  16           HA       SER  16 -19.607 -22.561   8.607
    3    HB2  SER  16           HB2      SER  16 -18.937 -24.977   7.993
    4    HB3  SER  16           HB3      SER  16 -19.589 -24.007   6.671
    5    HG   SER  16           HG       SER  16 -17.783 -24.272   5.672

  No H/Q in entry =           5
  In of MODEL   19
    1    H    HIS  17           H        HIS  17 -16.467 -21.647   8.642
    2    HA   HIS  17           HA       HIS  17 -15.854 -23.285  10.982
    3    HB2  HIS  17           HB2      HIS  17 -14.216 -22.337   8.772
    4    HB3  HIS  17           HB3      HIS  17 -13.532 -21.926  10.340
    5    HD1  HIS  17           HD1      HIS  17 -13.672 -24.589   7.938
    6    HD2  HIS  17           HD2      HIS  17 -13.322 -24.350  12.075
    7    HE1  HIS  17           HE1      HIS  17 -12.711 -26.798   8.666
    8    HE2  HIS  17           HE2      HIS  17 -12.718 -26.701  11.185

  No H/Q in entry =           8
  In of MODEL   19
    1    H    CYS  18           H        CYS  18 -16.904 -20.231  10.032
    2    HA   CYS  18           HA       CYS  18 -15.604 -18.903  12.290
    3    HB2  CYS  18           HB2      CYS  18 -15.769 -16.864  11.085
    4    HB3  CYS  18           HB3      CYS  18 -15.067 -18.082  10.026
    5    HG   CYS  18           HG       CYS  18 -17.344 -16.097   9.319

  No H/Q in entry =           5
  In of MODEL   19
    1    H    HIS  19           H        HIS  19 -17.322 -16.608  11.653
    2    HA   HIS  19           HA       HIS  19 -19.970 -17.324  12.569
    3    HB2  HIS  19           HB2      HIS  19 -19.148 -16.967  14.725
    4    HB3  HIS  19           HB3      HIS  19 -17.962 -15.795  14.185
    5    HD1  HIS  19           HD1      HIS  19 -21.792 -15.835  14.306
    6    HD2  HIS  19           HD2      HIS  19 -18.553 -13.396  15.229
    7    HE1  HIS  19           HE1      HIS  19 -22.778 -13.716  15.239
    8    HE2  HIS  19           HE2      HIS  19 -20.801 -12.222  15.708

  No H/Q in entry =           8
  In of MODEL   19
    1    H    ILE  20           H        ILE  20 -20.590 -16.445  10.211
    2    HA   ILE  20           HA       ILE  20 -20.109 -13.658   9.721
    3    HB   ILE  20           HB       ILE  20 -22.552 -14.831   8.625
    4   HG12  ILE  20          HG12      ILE  20 -20.367 -16.530   8.678
    5   HG13  ILE  20          HG13      ILE  20 -21.729 -16.654   7.578
    6   HG23  ILE  20          HG21      ILE  20 -21.842 -13.731   6.620
    7   HG22  ILE  20          HG22      ILE  20 -20.265 -13.406   7.338
    8   HG21  ILE  20          HG23      ILE  20 -21.708 -12.651   8.008
    9   HD13  ILE  20          HD11      ILE  20 -20.500 -16.009   5.804
   10   HD12  ILE  20          HD12      ILE  20 -19.161 -16.559   6.811
   11   HD11  ILE  20          HD13      ILE  20 -19.561 -14.845   6.739

  No H/Q in entry =          11
  In of MODEL   19
    1    H    HIS  21           H        HIS  21 -21.020 -12.111  10.525
    2    HA   HIS  21           HA       HIS  21 -23.312 -11.166  10.583
    3    HB2  HIS  21           HB2      HIS  21 -24.498 -13.018  11.539
    4    HB3  HIS  21           HB3      HIS  21 -23.528 -12.953  13.001
    5    HD1  HIS  21           HD1      HIS  21 -25.438 -10.103  11.284
    6    HD2  HIS  21           HD2      HIS  21 -25.319 -12.234  14.863
    7    HE1  HIS  21           HE1      HIS  21 -27.069  -8.955  12.827
    8    HE2  HIS  21           HE2      HIS  21 -27.085 -10.353  14.924

  No H/Q in entry =           8
  In of MODEL   19
    1    H    LYS  22           H        LYS  22 -23.052  -9.277  10.912
    2    HA   LYS  22           HA       LYS  22 -21.003  -8.496  12.824
    3    HB2  LYS  22           HB2      LYS  22 -20.581  -8.078  10.311
    4    HB3  LYS  22           HB3      LYS  22 -21.668  -6.718  10.520
    5    HG2  LYS  22           HG2      LYS  22 -20.063  -6.199  12.556
    6    HG3  LYS  22           HG3      LYS  22 -18.931  -7.151  11.602
    7    HD2  LYS  22           HD2      LYS  22 -19.509  -5.655   9.666
    8    HD3  LYS  22           HD3      LYS  22 -20.349  -4.619  10.822
    9    HE2  LYS  22           HE2      LYS  22 -17.463  -5.411  11.144
   10    HE3  LYS  22           HE3      LYS  22 -17.959  -3.977  10.249
   11    HZ1  LYS  22           HZ1      LYS  22 -19.224  -3.383  12.378
   12    HZ3  LYS  22           HZ2      LYS  22 -17.545  -3.191  12.373
   13    HZ2  LYS  22           HZ3      LYS  22 -18.236  -4.535  13.134

  No H/Q in entry =          13
  In of MODEL   19
    1    H    TYR  23           H        TYR  23 -22.100  -5.733  11.752
    2    HA   TYR  23           HA       TYR  23 -24.223  -5.360  13.661
    3    HB2  TYR  23           HB2      TYR  23 -22.299  -3.336  14.244
    4    HB3  TYR  23           HB3      TYR  23 -23.117  -4.404  15.343
    5    HD1  TYR  23           HD1      TYR  23 -21.331  -6.822  13.916
    6    HD2  TYR  23           HD2      TYR  23 -20.550  -3.201  15.955
    7    HE1  TYR  23           HE1      TYR  23 -19.186  -7.736  14.643
    8    HE2  TYR  23           HE2      TYR  23 -18.372  -4.085  16.692
    9    HH   TYR  23           HH       TYR  23 -17.244  -7.298  15.643

  No H/Q in entry =           9
  In of MODEL   19
    1    HA   PRO  24           HA       PRO  24 -25.428  -1.699  11.391
    2    HB2  PRO  24           HB2      PRO  24 -24.962   0.342  13.292
    3    HB3  PRO  24           HB3      PRO  24 -26.477  -0.518  13.011
    4    HG2  PRO  24           HG2      PRO  24 -24.377  -1.002  15.066
    5    HG3  PRO  24           HG3      PRO  24 -26.136  -1.195  15.182
    6    HD2  PRO  24           HD2      PRO  24 -24.556  -3.319  14.958
    7    HD3  PRO  24           HD3      PRO  24 -26.103  -3.254  14.090

  No H/Q in entry =           7
  In of MODEL   19
    1    H    SER  25           H        SER  25 -24.426   0.168  10.174
    2    HA   SER  25           HA       SER  25 -21.592   0.087  10.194
    3    HB2  SER  25           HB2      SER  25 -22.382   2.509   9.047
    4    HB3  SER  25           HB3      SER  25 -21.873   1.033   8.243
    5    HG   SER  25           HG       SER  25 -24.348   2.122   8.383

  No H/Q in entry =           5
  In of MODEL   19
    1    H    LYS  26           H        LYS  26 -20.133   1.595  10.755
    2    HA   LYS  26           HA       LYS  26 -19.492   3.691  11.876
    3    HB2  LYS  26           HB2      LYS  26 -21.843   4.199  12.686
    4    HB3  LYS  26           HB3      LYS  26 -21.764   2.855  13.815
    5    HG2  LYS  26           HG2      LYS  26 -19.879   3.988  15.073
    6    HG3  LYS  26           HG3      LYS  26 -19.830   5.281  13.878
    7    HD2  LYS  26           HD2      LYS  26 -22.184   5.936  14.592
    8    HD3  LYS  26           HD3      LYS  26 -22.188   4.601  15.760
    9    HE2  LYS  26           HE2      LYS  26 -20.112   5.557  16.888
   10    HE3  LYS  26           HE3      LYS  26 -20.107   6.915  15.751
   11    HZ1  LYS  26           HZ1      LYS  26 -22.565   6.322  17.291
   12    HZ2  LYS  26           HZ2      LYS  26 -21.345   7.151  18.009
   13    HZ3  LYS  26           HZ3      LYS  26 -22.000   7.743  16.585

  No H/Q in entry =          13
  In of MODEL   19
    1    H    SER  27           H        SER  27 -19.925   0.453  12.404
    2    HA   SER  27           HA       SER  27 -18.582   0.360  14.938
    3    HB2  SER  27           HB2      SER  27 -18.865  -2.153  14.567
    4    HB3  SER  27           HB3      SER  27 -20.325  -1.196  14.806
    5    HG   SER  27           HG       SER  27 -20.930  -1.579  12.805

  No H/Q in entry =           5
  In of MODEL   19
    1    H    THR  28           H        THR  28 -16.577   0.847  14.788
    2    HA   THR  28           HA       THR  28 -14.834  -0.440  12.804
    3    HB   THR  28           HB       THR  28 -14.173   1.876  13.130
    4    HG1  THR  28           HG1      THR  28 -12.158   1.603  14.344
    5   HG23  THR  28          HG21      THR  28 -13.945   2.955  15.246
    6   HG22  THR  28          HG22      THR  28 -14.174   1.439  16.115
    7   HG21  THR  28          HG23      THR  28 -15.522   2.169  15.242

  No H/Q in entry =           7
  In of MODEL   19
    1    H    LEU  29           H        LEU  29 -12.963  -1.371  13.863
    2    HA   LEU  29           HA       LEU  29 -13.902  -3.172  15.938
    3    HB2  LEU  29           HB2      LEU  29 -12.657  -4.855  14.068
    4    HB3  LEU  29           HB3      LEU  29 -14.357  -4.832  14.474
    5    HG   LEU  29           HG       LEU  29 -12.995  -3.490  12.121
    6   HD13  LEU  29          HD11      LEU  29 -14.159  -5.013  10.780
    7   HD12  LEU  29          HD12      LEU  29 -15.200  -5.514  12.114
    8   HD11  LEU  29          HD13      LEU  29 -13.493  -5.974  12.104
    9   HD22  LEU  29          HD21      LEU  29 -14.968  -2.554  11.404
   10   HD21  LEU  29          HD22      LEU  29 -14.992  -2.234  13.141
   11   HD23  LEU  29          HD23      LEU  29 -15.947  -3.558  12.476

  No H/Q in entry =          11
  In of MODEL   19
    1    H    ILE  30           H        ILE  30 -11.364  -1.711  14.169
    2    HA   ILE  30           HA       ILE  30  -9.385  -2.229  16.007
    3    HB   ILE  30           HB       ILE  30  -8.136  -3.624  13.857
    4   HG12  ILE  30          HG12      ILE  30  -9.637  -5.819  14.628
    5   HG13  ILE  30          HG13      ILE  30 -10.849  -4.584  14.325
    6   HG21  ILE  30          HG21      ILE  30  -7.514  -3.567  16.269
    7   HG23  ILE  30          HG22      ILE  30  -7.469  -5.159  15.519
    8   HG22  ILE  30          HG23      ILE  30  -8.812  -4.726  16.573
    9   HD12  ILE  30          HD11      ILE  30  -9.009  -5.939  12.450
   10   HD11  ILE  30          HD12      ILE  30  -9.431  -4.261  12.115
   11   HD13  ILE  30          HD13      ILE  30 -10.702  -5.480  12.250

  No H/Q in entry =          11
  In of MODEL   19
    1    H    HIS  31           H        HIS  31  -8.586  -0.485  15.882
    2    HA   HIS  31           HA       HIS  31  -6.611   0.355  14.131
    3    HB2  HIS  31           HB2      HIS  31  -8.213   0.709  12.427
    4    HB3  HIS  31           HB3      HIS  31  -9.456   1.144  13.578
    5    HD1  HIS  31           HD1      HIS  31  -6.858   2.618  11.379
    6    HD2  HIS  31           HD2      HIS  31  -9.517   3.840  14.319
    7    HE1  HIS  31           HE1      HIS  31  -6.905   5.120  11.255
    8    HE2  HIS  31           HE2      HIS  31  -8.312   5.814  13.232

  No H/Q in entry =           8
  In of MODEL   19
    1    H    GLN  32           H        GLN  32  -6.570   0.263  16.874
    2    HA   GLN  32           HA       GLN  32  -6.426   3.127  17.503
    3    HB2  GLN  32           HB2      GLN  32  -8.724   2.224  18.230
    4    HB3  GLN  32           HB3      GLN  32  -7.849   1.317  19.457
    5    HG2  GLN  32           HG2      GLN  32  -6.907   3.946  19.648
    6    HG3  GLN  32           HG3      GLN  32  -8.652   4.082  19.453
    7   HE21  GLN  32          HE21      GLN  32  -8.987   1.401  20.740
    8   HE22  GLN  32          HE22      GLN  32  -8.781   1.692  22.431

  No H/Q in entry =           8
  In of MODEL   19
    1    H    GLY  33           H        GLY  33  -5.261  -0.002  17.722
    2    HA3  GLY  33           HA2      GLY  33  -2.910  -0.159  18.451
    3    HA2  GLY  33           HA3      GLY  33  -3.384   0.814  19.824

  No H/Q in entry =           3
  In of MODEL   19
    1    H    GLU  34           H        GLU  34  -5.648  -1.512  18.790
    2    HA   GLU  34           HA       GLU  34  -5.142  -3.257  21.089
    3    HB2  GLU  34           HB2      GLU  34  -7.424  -3.588  19.189
    4    HB3  GLU  34           HB3      GLU  34  -7.367  -3.904  20.908
    5    HG2  GLU  34           HG2      GLU  34  -8.669  -2.054  20.956
    6    HG3  GLU  34           HG3      GLU  34  -7.104  -1.245  20.958

  No H/Q in entry =           6
  In of MODEL   19
    1    H    LYS  35           H        LYS  35  -4.036  -4.953  20.728
    2    HA   LYS  35           HA       LYS  35  -2.925  -6.080  18.606
    3    HB2  LYS  35           HB2      LYS  35  -4.084  -7.326  21.056
    4    HB3  LYS  35           HB3      LYS  35  -3.473  -8.376  19.787
    5    HG2  LYS  35           HG2      LYS  35  -1.280  -7.481  19.983
    6    HG3  LYS  35           HG3      LYS  35  -1.842  -6.181  21.040
    7    HD2  LYS  35           HD2      LYS  35  -0.812  -7.779  22.460
    8    HD3  LYS  35           HD3      LYS  35  -2.549  -7.988  22.676
    9    HE2  LYS  35           HE2      LYS  35  -1.815  -9.688  20.564
   10    HE3  LYS  35           HE3      LYS  35  -0.574  -9.884  21.799
   11    HZ3  LYS  35           HZ1      LYS  35  -2.077 -11.359  22.573
   12    HZ2  LYS  35           HZ2      LYS  35  -3.407 -10.580  21.875
   13    HZ1  LYS  35           HZ3      LYS  35  -2.731  -9.990  23.315

  No H/Q in entry =          13
  In of MODEL   19
    1    H    ALA  36           H        ALA  36  -3.799  -6.356  16.629
    2    HA   ALA  36           HA       ALA  36  -6.389  -6.689  15.926
    3    HB3  ALA  36           HB1      ALA  36  -4.524  -6.362  14.387
    4    HB1  ALA  36           HB2      ALA  36  -5.613  -7.642  13.849
    5    HB2  ALA  36           HB3      ALA  36  -4.064  -8.054  14.587

  No H/Q in entry =           5
  In of MODEL   19
    1    H    GLU  37           H        GLU  37  -4.423  -9.629  15.604
    2    HA   GLU  37           HA       GLU  37  -4.783 -11.819  16.047
    3    HB2  GLU  37           HB2      GLU  37  -6.175 -10.507  18.313
    4    HB3  GLU  37           HB3      GLU  37  -6.405 -12.232  18.070
    5    HG2  GLU  37           HG2      GLU  37  -3.950 -12.514  18.106
    6    HG3  GLU  37           HG3      GLU  37  -3.805 -10.803  18.515

  No H/Q in entry =           6
  In of MODEL   19
    1    H    THR  38           H        THR  38  -7.974 -10.281  16.540
    2    HA   THR  38           HA       THR  38  -9.301 -12.705  15.566
    3    HB   THR  38           HB       THR  38 -10.579 -10.042  16.181
    4    HG1  THR  38           HG1      THR  38  -9.680 -10.242  18.079
    5   HG21  THR  38          HG21      THR  38 -12.006 -11.838  15.232
    6   HG23  THR  38          HG22      THR  38 -12.508 -11.310  16.837
    7   HG22  THR  38          HG23      THR  38 -11.640 -12.832  16.645

  No H/Q in entry =           7
  In of MODEL   19
    1    H    LEU  39           H        LEU  39 -10.123 -12.905  13.595
    2    HA   LEU  39           HA       LEU  39  -9.685 -10.701  11.748
    3    HB2  LEU  39           HB2      LEU  39  -8.654 -12.275  10.554
    4    HB3  LEU  39           HB3      LEU  39  -9.257 -13.545  11.600
    5    HG   LEU  39           HG       LEU  39 -11.291 -12.531   9.755
    6   HD12  LEU  39          HD11      LEU  39 -10.362 -13.662   7.765
    7   HD11  LEU  39          HD12      LEU  39  -8.827 -13.843   8.617
    8   HD13  LEU  39          HD13      LEU  39  -9.441 -12.234   8.238
    9   HD23  LEU  39          HD21      LEU  39 -11.280 -15.092   9.280
   10   HD22  LEU  39          HD22      LEU  39 -11.877 -14.481  10.823
   11   HD21  LEU  39          HD23      LEU  39 -10.253 -15.159  10.712

  No H/Q in entry =          11
  In of MODEL   19
    1    H    TYR  40           H        TYR  40 -11.349 -10.053  10.300
    2    HA   TYR  40           HA       TYR  40 -13.988 -11.214  10.866
    3    HB2  TYR  40           HB2      TYR  40 -13.615  -8.287  10.283
    4    HB3  TYR  40           HB3      TYR  40 -15.057  -9.098  10.854
    5    HD1  TYR  40           HD1      TYR  40 -11.646  -8.069  11.862
    6    HD2  TYR  40           HD2      TYR  40 -15.523  -9.223  13.146
    7    HE1  TYR  40           HE1      TYR  40 -11.103  -7.385  14.129
    8    HE2  TYR  40           HE2      TYR  40 -14.968  -8.556  15.445
    9    HH   TYR  40           HH       TYR  40 -12.984  -8.220  16.835

  No H/Q in entry =           9
  In of MODEL   19
    1    H    TYR  41           H        TYR  41 -14.818 -11.994   9.010
    2    HA   TYR  41           HA       TYR  41 -13.759 -10.941   6.493
    3    HB2  TYR  41           HB2      TYR  41 -13.900 -13.448   7.217
    4    HB3  TYR  41           HB3      TYR  41 -15.583 -13.297   6.731
    5    HD1  TYR  41           HD1      TYR  41 -15.219 -11.412   4.438
    6    HD2  TYR  41           HD2      TYR  41 -13.110 -14.874   5.604
    7    HE1  TYR  41           HE1      TYR  41 -14.555 -11.765   2.116
    8    HE2  TYR  41           HE2      TYR  41 -12.433 -15.257   3.318
    9    HH   TYR  41           HH       TYR  41 -13.224 -12.901   0.751

  No H/Q in entry =           9
  In of MODEL   19
    1    H    ILE  42           H        ILE  42 -14.970  -9.038   6.400
    2    HA   ILE  42           HA       ILE  42 -17.763  -8.840   6.637
    3    HB   ILE  42           HB       ILE  42 -16.448  -6.875   6.685
    4   HG12  ILE  42          HG12      ILE  42 -17.964  -6.956   4.082
    5   HG13  ILE  42          HG13      ILE  42 -18.574  -6.454   5.660
    6   HG22  ILE  42          HG21      ILE  42 -15.422  -7.595   3.950
    7   HG21  ILE  42          HG22      ILE  42 -14.521  -7.668   5.464
    8   HG23  ILE  42          HG23      ILE  42 -15.053  -6.113   4.830
    9   HD11  ILE  42          HD11      ILE  42 -16.414  -4.837   5.359
   10   HD13  ILE  42          HD12      ILE  42 -18.081  -4.399   4.974
   11   HD12  ILE  42          HD13      ILE  42 -17.004  -4.979   3.702

  No H/Q in entry =          11
  In of MODEL   19
    1    H    VAL  43           H        VAL  43 -18.964 -10.418   5.546
    2    HA   VAL  43           HA       VAL  43 -18.144 -10.863   2.780
    3    HB   VAL  43           HB       VAL  43 -19.274 -12.987   2.786
    4   HG13  VAL  43          HG11      VAL  43 -16.958 -12.867   3.417
    5   HG12  VAL  43          HG12      VAL  43 -17.773 -14.095   4.386
    6   HG11  VAL  43          HG13      VAL  43 -17.406 -12.515   5.087
    7   HG22  VAL  43          HG21      VAL  43 -21.053 -12.560   4.357
    8   HG21  VAL  43          HG22      VAL  43 -19.875 -12.361   5.659
    9   HG23  VAL  43          HG23      VAL  43 -20.076 -13.932   4.886

  No H/Q in entry =           9
  In of MODEL   19
    1    H    LYS  44           H        LYS  44 -20.340  -9.272   4.289
    2    HA   LYS  44           HA       LYS  44 -22.083  -8.665   2.148
    3    HB2  LYS  44           HB2      LYS  44 -22.849 -10.911   3.640
    4    HB3  LYS  44           HB3      LYS  44 -23.761  -9.595   4.358
    5    HG2  LYS  44           HG2      LYS  44 -23.780 -10.338   1.429
    6    HG3  LYS  44           HG3      LYS  44 -25.011 -10.783   2.612
    7    HD2  LYS  44           HD2      LYS  44 -25.830  -8.643   2.772
    8    HD3  LYS  44           HD3      LYS  44 -24.301  -7.907   2.284
    9    HE2  LYS  44           HE2      LYS  44 -24.646  -8.628   0.000
   10    HE3  LYS  44           HE3      LYS  44 -26.122  -9.474   0.462
   11    HZ1  LYS  44           HZ1      LYS  44 -25.845  -6.581   0.946
   12    HZ3  LYS  44           HZ2      LYS  44 -27.256  -7.504   0.779
   13    HZ2  LYS  44           HZ3      LYS  44 -26.306  -7.155  -0.578

  No H/Q in entry =          13
  In of MODEL   19
    1    H    GLY  45           H        GLY  45 -21.302  -6.748   2.682
    2    HA3  GLY  45           HA2      GLY  45 -22.641  -4.771   3.896
    3    HA2  GLY  45           HA3      GLY  45 -21.622  -5.406   5.197

  No H/Q in entry =           3
  In of MODEL   19
    1    H    SER  46           H        SER  46 -20.924  -2.877   4.241
    2    HA   SER  46           HA       SER  46 -18.312  -3.587   3.232
    3    HB2  SER  46           HB2      SER  46 -19.692  -2.962   1.289
    4    HB3  SER  46           HB3      SER  46 -20.056  -1.420   2.065
    5    HG   SER  46           HG       SER  46 -18.283  -0.728   1.220

  No H/Q in entry =           5
  In of MODEL   19
    1    H    VAL  47           H        VAL  47 -16.652  -2.219   3.823
    2    HA   VAL  47           HA       VAL  47 -17.413  -0.360   5.952
    3    HB   VAL  47           HB       VAL  47 -15.582  -1.033   7.377
    4   HG12  VAL  47          HG11      VAL  47 -17.145  -3.450   6.521
    5   HG11  VAL  47          HG12      VAL  47 -17.785  -2.166   7.545
    6   HG13  VAL  47          HG13      VAL  47 -16.431  -3.151   8.109
    7   HG21  VAL  47          HG21      VAL  47 -14.976  -2.921   5.143
    8   HG23  VAL  47          HG22      VAL  47 -14.474  -3.263   6.800
    9   HG22  VAL  47          HG23      VAL  47 -13.892  -1.809   5.982

  No H/Q in entry =           9
  In of MODEL   19
    1    H    ALA  48           H        ALA  48 -15.487   0.957   6.737
    2    HA   ALA  48           HA       ALA  48 -14.251   2.012   4.293
    3    HB1  ALA  48           HB1      ALA  48 -15.832   3.298   6.367
    4    HB3  ALA  48           HB2      ALA  48 -15.390   3.875   4.758
    5    HB2  ALA  48           HB3      ALA  48 -14.276   4.083   6.109

  No H/Q in entry =           5
  In of MODEL   19
    1    H    VAL  49           H        VAL  49 -12.346   1.208   4.368
    2    HA   VAL  49           HA       VAL  49 -10.814   0.650   6.658
    3    HB   VAL  49           HB       VAL  49 -10.060   0.971   3.746
    4   HG12  VAL  49          HG11      VAL  49  -8.461  -0.553   5.746
    5   HG11  VAL  49          HG12      VAL  49  -8.208   1.182   5.546
    6   HG13  VAL  49          HG13      VAL  49  -7.971   0.092   4.179
    7   HG21  VAL  49          HG21      VAL  49 -11.676  -0.792   4.242
    8   HG23  VAL  49          HG22      VAL  49 -10.565  -1.453   5.445
    9   HG22  VAL  49          HG23      VAL  49 -10.121  -1.457   3.735

  No H/Q in entry =           9
  In of MODEL   19
    1    H    LEU  50           H        LEU  50  -9.266   1.864   7.659
    2    HA   LEU  50           HA       LEU  50  -8.568   4.418   6.581
    3    HB2  LEU  50           HB2      LEU  50  -9.326   5.773   8.323
    4    HB3  LEU  50           HB3      LEU  50 -10.670   4.754   7.868
    5    HG   LEU  50           HG       LEU  50  -8.991   4.573  10.355
    6   HD13  LEU  50          HD11      LEU  50 -10.741   6.250  10.359
    7   HD12  LEU  50          HD12      LEU  50 -11.168   4.904  11.425
    8   HD11  LEU  50          HD13      LEU  50 -11.920   5.033   9.828
    9   HD22  LEU  50          HD21      LEU  50  -9.391   2.321   9.597
   10   HD21  LEU  50          HD22      LEU  50 -11.100   2.677   9.351
   11   HD23  LEU  50          HD23      LEU  50 -10.421   2.683  10.980

  No H/Q in entry =          11
  In of MODEL   19
    1    H    ILE  51           H        ILE  51  -6.710   5.332   7.330
    2    HA   ILE  51           HA       ILE  51  -5.082   3.433   8.878
    3    HB   ILE  51           HB       ILE  51  -3.153   4.510   7.547
    4   HG12  ILE  51          HG12      ILE  51  -4.120   4.907   5.117
    5   HG13  ILE  51          HG13      ILE  51  -5.554   5.391   6.011
    6   HG21  ILE  51          HG21      ILE  51  -5.127   2.543   6.421
    7   HG23  ILE  51          HG22      ILE  51  -3.664   2.205   7.346
    8   HG22  ILE  51          HG23      ILE  51  -3.543   2.836   5.703
    9   HD12  ILE  51          HD11      ILE  51  -2.816   6.610   6.143
   10   HD11  ILE  51          HD12      ILE  51  -4.121   7.006   7.261
   11   HD13  ILE  51          HD13      ILE  51  -4.303   7.342   5.539

  No H/Q in entry =          11
  In of MODEL   19
    1    H    LYS  52           H        LYS  52  -3.162   4.361   9.833
    2    HA   LYS  52           HA       LYS  52  -3.673   7.057  10.877
    3    HB2  LYS  52           HB2      LYS  52  -2.458   4.647  12.210
    4    HB3  LYS  52           HB3      LYS  52  -2.216   6.277  12.830
    5    HG2  LYS  52           HG2      LYS  52  -4.529   6.575  13.218
    6    HG3  LYS  52           HG3      LYS  52  -4.936   5.104  12.334
    7    HD2  LYS  52           HD2      LYS  52  -4.905   4.034  14.282
    8    HD3  LYS  52           HD3      LYS  52  -3.160   4.288  14.315
    9    HE2  LYS  52           HE2      LYS  52  -3.531   5.389  16.223
   10    HE3  LYS  52           HE3      LYS  52  -4.119   6.701  15.189
   11    HZ3  LYS  52           HZ1      LYS  52  -6.349   5.991  15.501
   12    HZ2  LYS  52           HZ2      LYS  52  -5.635   6.044  17.036
   13    HZ1  LYS  52           HZ3      LYS  52  -5.868   4.557  16.267

  No H/Q in entry =          13
  In of MODEL   19
    1    H    ASP  53           H        ASP  53  -1.923   8.489  11.016
    2    HA   ASP  53           HA       ASP  53   0.284   7.746   9.254
    3    HB2  ASP  53           HB2      ASP  53  -1.424   9.631   8.712
    4    HB3  ASP  53           HB3      ASP  53  -0.359  10.570   9.753

  No H/Q in entry =           4
  In of MODEL   19
    1    H    GLU  54           H        GLU  54   1.709  10.350   9.906
    2    HA   GLU  54           HA       GLU  54   3.175   9.069  12.092
    3    HB2  GLU  54           HB2      GLU  54   4.025  10.612   9.768
    4    HB3  GLU  54           HB3      GLU  54   4.656  11.287  11.268
    5    HG2  GLU  54           HG2      GLU  54   5.477   9.034  11.870
    6    HG3  GLU  54           HG3      GLU  54   4.991   8.476  10.269

  No H/Q in entry =           6
  In of MODEL   19
    1    H    GLU  55           H        GLU  55   0.768  11.376  11.607
    2    HA   GLU  55           HA       GLU  55   1.555  12.759  14.110
    3    HB2  GLU  55           HB2      GLU  55   0.564  14.791  13.402
    4    HB3  GLU  55           HB3      GLU  55   1.489  14.242  12.013
    5    HG2  GLU  55           HG2      GLU  55  -1.411  13.580  12.260
    6    HG3  GLU  55           HG3      GLU  55  -0.882  15.150  11.637

  No H/Q in entry =           6
  In of MODEL   19
    1    H    GLY  56           H        GLY  56  -0.038  10.298  13.211
    2    HA3  GLY  56           HA2      GLY  56  -1.726   9.165  14.316
    3    HA2  GLY  56           HA3      GLY  56  -2.055  10.626  15.229

  No H/Q in entry =           3
  In of MODEL   19
    1    H    LYS  57           H        LYS  57  -2.123  10.787  11.604
    2    HA   LYS  57           HA       LYS  57  -4.892  11.487  12.037
    3    HB2  LYS  57           HB2      LYS  57  -4.927  12.299   9.800
    4    HB3  LYS  57           HB3      LYS  57  -3.380  12.806  10.455
    5    HG2  LYS  57           HG2      LYS  57  -2.204  11.241   9.202
    6    HG3  LYS  57           HG3      LYS  57  -3.646  10.294   8.849
    7    HD2  LYS  57           HD2      LYS  57  -3.371  11.361   6.848
    8    HD3  LYS  57           HD3      LYS  57  -4.396  12.537   7.671
    9    HE2  LYS  57           HE2      LYS  57  -2.447  13.545   6.503
   10    HE3  LYS  57           HE3      LYS  57  -2.496  13.890   8.230
   11    HZ3  LYS  57           HZ1      LYS  57  -0.824  12.242   8.623
   12    HZ2  LYS  57           HZ2      LYS  57  -0.268  13.287   7.421
   13    HZ1  LYS  57           HZ3      LYS  57  -0.839  11.750   7.001

  No H/Q in entry =          13
  In of MODEL   19
    1    H    GLU  58           H        GLU  58  -6.456  10.082  11.793
    2    HA   GLU  58           HA       GLU  58  -5.867   7.513  10.554
    3    HB2  GLU  58           HB2      GLU  58  -8.024   7.087  12.160
    4    HB3  GLU  58           HB3      GLU  58  -6.367   6.772  12.650
    5    HG2  GLU  58           HG2      GLU  58  -6.320   9.142  13.534
    6    HG3  GLU  58           HG3      GLU  58  -8.068   9.156  13.300

  No H/Q in entry =           6
  In of MODEL   19
    1    H    MET  59           H        MET  59  -6.716   8.152   8.357
    2    HA   MET  59           HA       MET  59  -9.345   9.357   8.557
    3    HB2  MET  59           HB2      MET  59  -6.852   9.772   7.018
    4    HB3  MET  59           HB3      MET  59  -8.356   9.917   6.114
    5    HG2  MET  59           HG2      MET  59  -9.044  11.541   8.002
    6    HG3  MET  59           HG3      MET  59  -7.313  11.575   8.355
    7    HE2  MET  59           HE1      MET  59  -8.728  12.397   4.069
    8    HE1  MET  59           HE2      MET  59  -9.457  11.248   5.195
    9    HE3  MET  59           HE3      MET  59  -7.846  10.942   4.542

  No H/Q in entry =           9
  In of MODEL   19
    1    H    ILE  60           H        ILE  60 -10.869   8.580   7.164
    2    HA   ILE  60           HA       ILE  60 -10.814   5.973   6.253
    3    HB   ILE  60           HB       ILE  60 -12.354   8.176   4.863
    4   HG12  ILE  60          HG12      ILE  60 -12.742   8.459   7.245
    5   HG13  ILE  60          HG13      ILE  60 -14.180   7.784   6.489
    6   HG23  ILE  60          HG21      ILE  60 -12.481   6.062   3.744
    7   HG22  ILE  60          HG22      ILE  60 -14.028   6.380   4.528
    8   HG21  ILE  60          HG23      ILE  60 -12.891   5.243   5.249
    9   HD13  ILE  60          HD11      ILE  60 -13.630   5.593   7.335
   10   HD12  ILE  60          HD12      ILE  60 -13.677   6.764   8.652
   11   HD11  ILE  60          HD13      ILE  60 -12.128   6.211   8.019

  No H/Q in entry =          11
  In of MODEL   19
    1    H    LEU  61           H        LEU  61  -9.523   5.088   4.697
    2    HA   LEU  61           HA       LEU  61  -8.620   6.908   2.588
    3    HB2  LEU  61           HB2      LEU  61  -6.458   6.128   2.665
    4    HB3  LEU  61           HB3      LEU  61  -6.897   6.071   4.351
    5    HG   LEU  61           HG       LEU  61  -5.603   4.152   3.922
    6   HD11  LEU  61          HD11      LEU  61  -8.502   3.505   4.111
    7   HD13  LEU  61          HD12      LEU  61  -7.261   3.479   5.367
    8   HD12  LEU  61          HD13      LEU  61  -7.269   2.246   4.106
    9   HD23  LEU  61          HD21      LEU  61  -6.695   2.463   2.165
   10   HD22  LEU  61          HD22      LEU  61  -5.406   3.604   1.765
   11   HD21  LEU  61          HD23      LEU  61  -7.084   4.004   1.396

  No H/Q in entry =          11
  In of MODEL   19
    1    H    SER  62           H        SER  62 -10.285   4.053   3.391
    2    HA   SER  62           HA       SER  62 -10.845   3.550   0.661
    3    HB2  SER  62           HB2      SER  62  -8.553   2.532   0.930
    4    HB3  SER  62           HB3      SER  62  -9.282   1.383   2.044
    5    HG   SER  62           HG       SER  62  -9.205   0.517  -0.036

  No H/Q in entry =           5
  In of MODEL   19
    1    H    TYR  63           H        TYR  63 -11.692   1.085   0.601
    2    HA   TYR  63           HA       TYR  63 -13.344   0.260   2.664
    3    HB2  TYR  63           HB2      TYR  63 -15.351   0.621   0.797
    4    HB3  TYR  63           HB3      TYR  63 -15.200   1.548   2.277
    5    HD1  TYR  63           HD1      TYR  63 -14.997   3.857   2.161
    6    HD2  TYR  63           HD2      TYR  63 -14.219   1.520  -1.304
    7    HE1  TYR  63           HE1      TYR  63 -14.814   5.913   0.828
    8    HE2  TYR  63           HE2      TYR  63 -14.031   3.564  -2.652
    9    HH   TYR  63           HH       TYR  63 -14.972   5.974  -2.453

  No H/Q in entry =           9
  In of MODEL   19
    1    H    LEU  64           H        LEU  64 -14.728  -1.160   1.910
    2    HA   LEU  64           HA       LEU  64 -13.423  -3.244   0.366
    3    HB2  LEU  64           HB2      LEU  64 -15.140  -3.749   2.759
    4    HB3  LEU  64           HB3      LEU  64 -14.078  -4.857   1.925
    5    HG   LEU  64           HG       LEU  64 -13.267  -2.597   3.756
    6   HD11  LEU  64          HD11      LEU  64 -13.066  -5.596   3.851
    7   HD13  LEU  64          HD12      LEU  64 -13.948  -4.532   4.944
    8   HD12  LEU  64          HD13      LEU  64 -12.187  -4.524   4.939
    9   HD23  LEU  64          HD21      LEU  64 -10.950  -3.474   3.379
   10   HD22  LEU  64          HD22      LEU  64 -11.637  -2.612   2.000
   11   HD21  LEU  64          HD23      LEU  64 -11.575  -4.376   1.997

  No H/Q in entry =          11
  In of MODEL   19
    1    H    ASN  65           H        ASN  65 -15.085  -5.129   0.374
    2    HA   ASN  65           HA       ASN  65 -17.668  -4.162  -0.456
    3    HB2  ASN  65           HB2      ASN  65 -15.810  -4.744  -2.421
    4    HB3  ASN  65           HB3      ASN  65 -16.753  -6.230  -2.302
    5   HD21  ASN  65          HD21      ASN  65 -16.825  -2.842  -3.038
    6   HD22  ASN  65          HD22      ASN  65 -18.379  -2.826  -3.792

  No H/Q in entry =           6
  In of MODEL   19
    1    H    GLN  66           H        GLN  66 -19.210  -5.977  -0.675
    2    HA   GLN  66           HA       GLN  66 -19.295  -7.728   1.516
    3    HB2  GLN  66           HB2      GLN  66 -20.744  -7.775  -1.211
    4    HB3  GLN  66           HB3      GLN  66 -21.168  -8.834   0.132
    5    HG2  GLN  66           HG2      GLN  66 -21.835  -6.831   1.538
    6    HG3  GLN  66           HG3      GLN  66 -21.291  -5.732   0.294
    7   HE22  GLN  66          HE21      GLN  66 -24.926  -5.798  -0.062
    8   HE21  GLN  66          HE22      GLN  66 -23.607  -5.143   1.056

  No H/Q in entry =           8
  In of MODEL   19
    1    H    GLY  67           H        GLY  67 -17.283  -8.807   1.510
    2    HA3  GLY  67           HA2      GLY  67 -16.980 -11.361   1.141
    3    HA2  GLY  67           HA3      GLY  67 -16.916 -10.856  -0.544

  No H/Q in entry =           3
  In of MODEL   19
    1    H    ASP  68           H        ASP  68 -15.654  -8.649   1.747
    2    HA   ASP  68           HA       ASP  68 -12.930  -9.205   0.835
    3    HB2  ASP  68           HB2      ASP  68 -14.436  -6.767   1.467
    4    HB3  ASP  68           HB3      ASP  68 -12.868  -6.831   2.260

  No H/Q in entry =           4
  In of MODEL   19
    1    H    PHE  69           H        PHE  69 -11.326  -8.508   2.686
    2    HA   PHE  69           HA       PHE  69 -12.193 -10.003   5.034
    3    HB2  PHE  69           HB2      PHE  69  -9.380  -9.377   4.174
    4    HB3  PHE  69           HB3      PHE  69  -9.885 -10.511   5.415
    5    HD1  PHE  69           HD1      PHE  69 -10.303 -12.752   4.890
    6    HD2  PHE  69           HD2      PHE  69  -9.924  -9.891   1.755
    7    HE1  PHE  69           HE1      PHE  69 -10.188 -14.573   3.242
    8    HE2  PHE  69           HE2      PHE  69  -9.833 -11.714   0.106
    9    HZ   PHE  69           HZ       PHE  69  -9.954 -14.055   0.848

  No H/Q in entry =           9
  In of MODEL   19
    1    H    ILE  70           H        ILE  70 -11.103  -9.337   7.049
    2    HA   ILE  70           HA       ILE  70 -10.435  -6.512   7.281
    3    HB   ILE  70           HB       ILE  70 -12.771  -7.867   8.616
    4   HG12  ILE  70          HG12      ILE  70 -12.390  -5.228   7.195
    5   HG13  ILE  70          HG13      ILE  70 -13.340  -6.608   6.663
    6   HG21  ILE  70          HG21      ILE  70 -10.870  -6.225   9.939
    7   HG23  ILE  70          HG22      ILE  70 -12.383  -6.871  10.564
    8   HG22  ILE  70          HG23      ILE  70 -12.361  -5.302   9.771
    9   HD12  ILE  70          HD11      ILE  70 -13.956  -4.583   8.766
   10   HD11  ILE  70          HD12      ILE  70 -14.696  -6.184   8.833
   11   HD13  ILE  70          HD13      ILE  70 -14.952  -5.153   7.426

  No H/Q in entry =          11
  In of MODEL   19
    1    H    GLY  71           H        GLY  71  -9.021  -6.175   8.962
    2    HA3  GLY  71           HA2      GLY  71  -7.659  -6.658  10.779
    3    HA2  GLY  71           HA3      GLY  71  -8.586  -8.132  11.030

  No H/Q in entry =           3
  In of MODEL   19
    1    H    GLU  72           H        GLU  72  -7.471  -7.674   7.846
    2    HA   GLU  72           HA       GLU  72  -5.816  -9.999   8.026
    3    HB2  GLU  72           HB2      GLU  72  -5.417  -9.636   5.643
    4    HB3  GLU  72           HB3      GLU  72  -7.128  -9.492   6.004
    5    HG2  GLU  72           HG2      GLU  72  -5.434  -7.044   5.906
    6    HG3  GLU  72           HG3      GLU  72  -5.967  -7.804   4.410

  No H/Q in entry =           6
  In of MODEL   19
    1    H    LEU  73           H        LEU  73  -5.670  -6.682   7.980
    2    HA   LEU  73           HA       LEU  73  -2.940  -6.140   7.646
    3    HB2  LEU  73           HB2      LEU  73  -5.414  -4.795   7.914
    4    HB3  LEU  73           HB3      LEU  73  -4.324  -4.119   9.111
    5    HG   LEU  73           HG       LEU  73  -4.357  -2.948   6.889
    6   HD11  LEU  73          HD11      LEU  73  -1.975  -4.098   8.230
    7   HD13  LEU  73          HD12      LEU  73  -2.594  -2.442   8.255
    8   HD12  LEU  73          HD13      LEU  73  -1.766  -3.053   6.816
    9   HD22  LEU  73          HD21      LEU  73  -3.966  -4.066   4.997
   10   HD21  LEU  73          HD22      LEU  73  -3.969  -5.566   5.926
   11   HD23  LEU  73          HD23      LEU  73  -2.454  -4.706   5.644

  No H/Q in entry =          11
  In of MODEL   19
    1    H    GLY  74           H        GLY  74  -4.334  -7.739  10.102
    2    HA3  GLY  74           HA2      GLY  74  -2.231  -6.829  11.953
    3    HA2  GLY  74           HA3      GLY  74  -3.873  -7.099  12.520

  No H/Q in entry =           3
  In of MODEL   19
    1    H    LEU  75           H        LEU  75  -4.171  -9.399  10.677
    2    HA   LEU  75           HA       LEU  75  -3.017 -11.381  12.472
    3    HB2  LEU  75           HB2      LEU  75  -4.752 -12.731  11.855
    4    HB3  LEU  75           HB3      LEU  75  -5.464 -11.200  11.383
    5    HG   LEU  75           HG       LEU  75  -4.079 -11.873   9.124
    6   HD12  LEU  75          HD11      LEU  75  -4.659 -14.215   8.623
    7   HD11  LEU  75          HD12      LEU  75  -5.202 -14.428  10.286
    8   HD13  LEU  75          HD13      LEU  75  -3.506 -14.081   9.950
    9   HD21  LEU  75          HD21      LEU  75  -6.496 -11.105   9.502
   10   HD23  LEU  75          HD22      LEU  75  -6.895 -12.821   9.573
   11   HD22  LEU  75          HD23      LEU  75  -6.169 -12.145   8.114

  No H/Q in entry =          11
  In of MODEL   19
    1    H    PHE  76           H        PHE  76  -2.875 -10.372   9.143
    2    HA   PHE  76           HA       PHE  76  -0.954 -12.491   8.496
    3    HB2  PHE  76           HB2      PHE  76  -2.567 -12.698   6.868
    4    HB3  PHE  76           HB3      PHE  76  -3.021 -11.002   6.982
    5    HD1  PHE  76           HD1      PHE  76  -2.015  -9.343   5.609
    6    HD2  PHE  76           HD2      PHE  76  -0.640 -13.371   5.474
    7    HE1  PHE  76           HE1      PHE  76  -0.747  -8.843   3.559
    8    HE2  PHE  76           HE2      PHE  76   0.627 -12.872   3.422
    9    HZ   PHE  76           HZ       PHE  76   0.574 -10.605   2.465

  No H/Q in entry =           9
  In of MODEL   19
    1    H    GLU  77           H        GLU  77  -1.476  -9.070   8.748
    2    HA   GLU  77           HA       GLU  77   0.682  -8.175   7.177
    3    HB2  GLU  77           HB2      GLU  77  -1.258  -6.892   8.557
    4    HB3  GLU  77           HB3      GLU  77   0.064  -6.728   9.701
    5    HG2  GLU  77           HG2      GLU  77  -0.141  -5.661   6.907
    6    HG3  GLU  77           HG3      GLU  77   0.118  -4.782   8.413

  No H/Q in entry =           6
  In of MODEL   19
    1    H    GLU  78           H        GLU  78   0.197  -9.077  10.519
    2    HA   GLU  78           HA       GLU  78   1.579 -10.315  11.792
    3    HB2  GLU  78           HB2      GLU  78   3.410 -10.316   9.911
    4    HB3  GLU  78           HB3      GLU  78   4.061  -8.949  10.806
    5    HG2  GLU  78           HG2      GLU  78   3.496 -10.944  12.698
    6    HG3  GLU  78           HG3      GLU  78   4.298 -11.746  11.348

  No H/Q in entry =           6
  In of MODEL   19
    1    H    GLY  79           H        GLY  79   0.109  -8.017  11.952
    2    HA3  GLY  79           HA2      GLY  79   1.416  -5.760  13.093
    3    HA2  GLY  79           HA3      GLY  79  -0.291  -6.136  13.163

  No H/Q in entry =           3
  In of MODEL   19
    1    H    GLN  80           H        GLN  80  -0.930  -7.810  14.681
    2    HA   GLN  80           HA       GLN  80  -1.228  -8.419  16.787
    3    HB2  GLN  80           HB2      GLN  80   1.741  -8.665  17.067
    4    HB3  GLN  80           HB3      GLN  80   0.487  -9.594  17.869
    5    HG2  GLN  80           HG2      GLN  80   1.430  -9.792  15.030
    6    HG3  GLN  80           HG3      GLN  80   1.447 -11.029  16.281
    7   HE21  GLN  80          HE21      GLN  80   0.392 -11.278  13.664
    8   HE22  GLN  80          HE22      GLN  80  -1.301 -11.587  13.802

  No H/Q in entry =           8
  In of MODEL   19
    1    H    GLU  81           H        GLU  81  -1.713  -6.099  16.839
    2    HA   GLU  81           HA       GLU  81  -1.595  -4.709  18.969
    3    HB2  GLU  81           HB2      GLU  81   1.143  -4.706  18.177
    4    HB3  GLU  81           HB3      GLU  81   0.491  -3.091  17.913
    5    HG2  GLU  81           HG2      GLU  81   0.298  -2.646  20.086
    6    HG3  GLU  81           HG3      GLU  81  -0.227  -4.278  20.492

  No H/Q in entry =           6
  In of MODEL   19
    1    H    ARG  82           H        ARG  82  -3.437  -4.314  17.589
    2    HA   ARG  82           HA       ARG  82  -4.780  -2.816  16.517
    3    HB2  ARG  82           HB2      ARG  82  -4.148  -0.698  16.599
    4    HB3  ARG  82           HB3      ARG  82  -2.619  -1.282  17.172
    5    HG2  ARG  82           HG2      ARG  82  -2.389  -1.459  14.426
    6    HG3  ARG  82           HG3      ARG  82  -3.299   0.029  14.683
    7    HD2  ARG  82           HD2      ARG  82  -1.510   1.111  15.489
    8    HD3  ARG  82           HD3      ARG  82  -1.022  -0.255  16.489
    9    HE   ARG  82           HE       ARG  82   0.229  -1.113  14.682
   10   HH11  ARG  82          HH11      ARG  82  -1.198   2.009  13.976
   11   HH12  ARG  82          HH12      ARG  82  -0.174   2.319  12.600
   12   HH21  ARG  82          HH21      ARG  82   1.586  -0.694  12.872
   13   HH22  ARG  82          HH22      ARG  82   1.410   0.796  11.989

  No H/Q in entry =          13
  In of MODEL   19
    1    H    SER  83           H        SER  83  -5.167  -1.984  14.291
    2    HA   SER  83           HA       SER  83  -3.377  -2.758  12.293
    3    HB2  SER  83           HB2      SER  83  -4.993  -4.534  11.313
    4    HB3  SER  83           HB3      SER  83  -3.863  -4.985  12.589
    5    HG   SER  83           HG       SER  83  -6.639  -4.494  12.780

  No H/Q in entry =           5
  In of MODEL   19
    1    H    ALA  84           H        ALA  84  -3.997  -0.547  12.061
    2    HA   ALA  84           HA       ALA  84  -6.449   0.572  11.598
    3    HB3  ALA  84           HB1      ALA  84  -4.290   1.777  11.899
    4    HB2  ALA  84           HB2      ALA  84  -5.282   2.382  10.575
    5    HB1  ALA  84           HB3      ALA  84  -3.884   1.362  10.233

  No H/Q in entry =           5
  In of MODEL   19
    1    H    TRP  85           H        TRP  85  -7.880   0.403  10.022
    2    HA   TRP  85           HA       TRP  85  -7.608   0.012   7.472
    3    HB2  TRP  85           HB2      TRP  85  -6.161  -1.947   8.276
    4    HB3  TRP  85           HB3      TRP  85  -7.667  -2.729   8.718
    5    HD1  TRP  85           HD1      TRP  85  -8.908  -3.931   6.968
    6    HE1  TRP  85           HE1      TRP  85  -8.539  -4.488   4.468
    7    HE3  TRP  85           HE3      TRP  85  -5.088  -0.720   6.063
    8    HZ2  TRP  85           HZ2      TRP  85  -6.812  -3.613   2.385
    9    HZ3  TRP  85           HZ3      TRP  85  -4.118  -0.622   3.803
   10    HH2  TRP  85           HH2      TRP  85  -4.963  -2.040   2.003

  No H/Q in entry =          10
  In of MODEL   19
    1    H    VAL  86           H        VAL  86  -9.402  -0.236  10.344
    2    HA   VAL  86           HA       VAL  86 -11.744  -0.522   8.686
    3    HB   VAL  86           HB       VAL  86 -12.565  -2.230  10.671
    4   HG13  VAL  86          HG11      VAL  86 -13.367  -2.527   8.540
    5   HG12  VAL  86          HG12      VAL  86 -12.162  -3.813   8.612
    6   HG11  VAL  86          HG13      VAL  86 -11.782  -2.295   7.799
    7   HG22  VAL  86          HG21      VAL  86 -10.266  -2.601  11.358
    8   HG21  VAL  86          HG22      VAL  86  -9.789  -2.880   9.682
    9   HG23  VAL  86          HG23      VAL  86 -10.866  -4.019  10.494

  No H/Q in entry =           9
  In of MODEL   19
    1    H    ARG  87           H        ARG  87 -13.558   0.035   9.187
    2    HA   ARG  87           HA       ARG  87 -14.638   0.972  11.549
    3    HB2  ARG  87           HB2      ARG  87 -13.462   3.042  11.437
    4    HB3  ARG  87           HB3      ARG  87 -13.592   3.114   9.685
    5    HG2  ARG  87           HG2      ARG  87 -16.207   3.073  10.818
    6    HG3  ARG  87           HG3      ARG  87 -15.245   4.329  11.604
    7    HD2  ARG  87           HD2      ARG  87 -14.869   5.458   9.622
    8    HD3  ARG  87           HD3      ARG  87 -15.199   4.036   8.634
    9    HE   ARG  87           HE       ARG  87 -17.502   4.879  10.079
   10   HH11  ARG  87          HH11      ARG  87 -15.573   5.588   7.242
   11   HH12  ARG  87          HH12      ARG  87 -16.894   6.282   6.357
   12   HH21  ARG  87          HH21      ARG  87 -19.244   5.784   8.923
   13   HH22  ARG  87          HH22      ARG  87 -18.981   6.399   7.323

  No H/Q in entry =          13
  In of MODEL   19
    1    H    ALA  88           H        ALA  88 -16.590  -0.036  11.050
    2    HA   ALA  88           HA       ALA  88 -17.466  -0.825   8.856
    3    HB3  ALA  88           HB1      ALA  88 -18.981  -1.533  10.189
    4    HB2  ALA  88           HB2      ALA  88 -19.850  -0.026   9.922
    5    HB1  ALA  88           HB3      ALA  88 -18.729  -0.177  11.282

  No H/Q in entry =           5
  In of MODEL   19
    1    H    LYS  89           H        LYS  89 -18.574  -0.130   6.717
    2    HA   LYS  89           HA       LYS  89 -19.243   2.695   6.865
    3    HB2  LYS  89           HB2      LYS  89 -17.495   1.597   5.159
    4    HB3  LYS  89           HB3      LYS  89 -18.971   1.293   4.251
    5    HG2  LYS  89           HG2      LYS  89 -19.507   3.705   4.399
    6    HG3  LYS  89           HG3      LYS  89 -17.954   3.965   5.189
    7    HD2  LYS  89           HD2      LYS  89 -17.227   4.364   3.097
    8    HD3  LYS  89           HD3      LYS  89 -17.183   2.605   2.968
    9    HE2  LYS  89           HE2      LYS  89 -18.356   3.252   1.067
   10    HE3  LYS  89           HE3      LYS  89 -19.633   2.821   2.201
   11    HZ3  LYS  89           HZ1      LYS  89 -20.285   4.978   2.427
   12    HZ2  LYS  89           HZ2      LYS  89 -19.690   5.057   0.848
   13    HZ1  LYS  89           HZ3      LYS  89 -18.741   5.618   2.136

  No H/Q in entry =          13
  In of MODEL   19
    1    H    THR  90           H        THR  90 -20.480  -0.372   6.814
    2    HA   THR  90           HA       THR  90 -23.165   0.603   6.478
    3    HB   THR  90           HB       THR  90 -22.462  -1.792   4.786
    4    HG1  THR  90           HG1      THR  90 -21.918   0.894   4.249
    5   HG22  THR  90          HG21      THR  90 -24.451  -0.977   3.509
    6   HG21  THR  90          HG22      THR  90 -24.644   0.292   4.718
    7   HG23  THR  90          HG23      THR  90 -24.808  -1.402   5.182

  No H/Q in entry =           7
  In of MODEL   19
    1    H    ALA  91           H        ALA  91 -24.656  -1.432   6.971
    2    HA   ALA  91           HA       ALA  91 -23.553  -2.710   9.380
    3    HB2  ALA  91           HB1      ALA  91 -25.794  -3.824   9.508
    4    HB1  ALA  91           HB2      ALA  91 -26.240  -3.052   7.990
    5    HB3  ALA  91           HB3      ALA  91 -25.969  -2.068   9.429

  No H/Q in entry =           5
  In of MODEL   19
    1    H    CYS  92           H        CYS  92 -22.311  -4.355   9.078
    2    HA   CYS  92           HA       CYS  92 -22.672  -5.877   6.557
    3    HB2  CYS  92           HB2      CYS  92 -20.184  -6.376   8.017
    4    HB3  CYS  92           HB3      CYS  92 -20.400  -5.938   6.330
    5    HG   CYS  92           HG       CYS  92 -21.001  -3.173   7.675

  No H/Q in entry =           5
  In of MODEL   19
    1    H    GLU  93           H        GLU  93 -21.161  -7.906   7.182
    2    HA   GLU  93           HA       GLU  93 -22.227  -9.400   9.367
    3    HB2  GLU  93           HB2      GLU  93 -22.768 -10.114   6.442
    4    HB3  GLU  93           HB3      GLU  93 -22.936 -11.249   7.769
    5    HG2  GLU  93           HG2      GLU  93 -24.508  -8.700   7.544
    6    HG3  GLU  93           HG3      GLU  93 -25.072 -10.268   6.966

  No H/Q in entry =           6
  In of MODEL   19
    1    H    VAL  94           H        VAL  94 -20.168  -9.753  10.028
    2    HA   VAL  94           HA       VAL  94 -18.155 -10.275   7.966
    3    HB   VAL  94           HB       VAL  94 -16.472 -10.068   9.866
    4   HG12  VAL  94          HG11      VAL  94 -16.379  -7.627   9.806
    5   HG11  VAL  94          HG12      VAL  94 -17.989  -7.603   9.071
    6   HG13  VAL  94          HG13      VAL  94 -16.637  -8.343   8.213
    7   HG22  VAL  94          HG21      VAL  94 -17.644 -10.147  11.852
    8   HG21  VAL  94          HG22      VAL  94 -18.878  -9.024  11.285
    9   HG23  VAL  94          HG23      VAL  94 -17.255  -8.434  11.671

  No H/Q in entry =           9
  In of MODEL   19
    1    H    ALA  95           H        ALA  95 -17.079 -12.154   7.931
    2    HA   ALA  95           HA       ALA  95 -18.180 -14.211   9.681
    3    HB1  ALA  95           HB1      ALA  95 -17.310 -14.095   7.022
    4    HB2  ALA  95           HB2      ALA  95 -17.734 -15.549   7.918
    5    HB3  ALA  95           HB3      ALA  95 -16.057 -15.000   7.869

  No H/Q in entry =           5
  In of MODEL   19
    1    H    GLU  96           H        GLU  96 -17.328 -13.475  11.564
    2    HA   GLU  96           HA       GLU  96 -14.410 -13.263  11.599
    3    HB2  GLU  96           HB2      GLU  96 -14.458 -11.662  13.240
    4    HB3  GLU  96           HB3      GLU  96 -15.849 -11.223  12.253
    5    HG2  GLU  96           HG2      GLU  96 -16.893 -12.952  14.126
    6    HG3  GLU  96           HG3      GLU  96 -15.691 -12.048  15.038

  No H/Q in entry =           6
  In of MODEL   19
    1    H    ILE  97           H        ILE  97 -13.244 -14.162  12.860
    2    HA   ILE  97           HA       ILE  97 -14.005 -15.627  15.137
    3    HB   ILE  97           HB       ILE  97 -12.987 -17.782  14.234
    4   HG12  ILE  97          HG12      ILE  97 -14.054 -16.868  11.601
    5   HG13  ILE  97          HG13      ILE  97 -12.377 -16.581  12.046
    6   HG22  ILE  97          HG21      ILE  97 -15.709 -17.271  13.197
    7   HG21  ILE  97          HG22      ILE  97 -15.369 -17.251  14.924
    8   HG23  ILE  97          HG23      ILE  97 -15.055 -18.709  13.985
    9   HD13  ILE  97          HD11      ILE  97 -11.962 -18.914  12.260
   10   HD12  ILE  97          HD12      ILE  97 -12.735 -18.631  10.701
   11   HD11  ILE  97          HD13      ILE  97 -13.668 -19.292  12.043

  No H/Q in entry =          11
  In of MODEL   19
    1    H    SER  98           H        SER  98 -11.913 -17.146  15.555
    2    HA   SER  98           HA       SER  98  -9.805 -15.142  15.526
    3    HB2  SER  98           HB2      SER  98  -8.873 -17.087  17.161
    4    HB3  SER  98           HB3      SER  98  -9.852 -15.725  17.706
    5    HG   SER  98           HG       SER  98 -11.643 -16.995  17.702

  No H/Q in entry =           5
  In of MODEL   19
    1    H    TYR  99           H        TYR  99  -7.992 -15.400  14.730
    2    HA   TYR  99           HA       TYR  99  -7.619 -17.101  12.379
    3    HB2  TYR  99           HB2      TYR  99  -5.879 -15.629  11.736
    4    HB3  TYR  99           HB3      TYR  99  -7.039 -14.579  12.530
    5    HD1  TYR  99           HD1      TYR  99  -6.279 -15.251  15.410
    6    HD2  TYR  99           HD2      TYR  99  -3.930 -14.344  11.982
    7    HE1  TYR  99           HE1      TYR  99  -4.509 -14.366  16.862
    8    HE2  TYR  99           HE2      TYR  99  -2.163 -13.443  13.417
    9    HH   TYR  99           HH       TYR  99  -2.136 -12.419  15.921

  No H/Q in entry =           9
  In of MODEL   19
    1    H    LYS 100           H        LYS 100  -6.857 -17.429  15.737
    2    HA   LYS 100           HA       LYS 100  -4.469 -18.866  15.188
    3    HB2  LYS 100           HB2      LYS 100  -5.089 -18.275  17.508
    4    HB3  LYS 100           HB3      LYS 100  -6.483 -19.341  17.398
    5    HG2  LYS 100           HG2      LYS 100  -4.612 -21.120  16.803
    6    HG3  LYS 100           HG3      LYS 100  -3.614 -20.002  17.739
    7    HD2  LYS 100           HD2      LYS 100  -5.069 -20.186  19.628
    8    HD3  LYS 100           HD3      LYS 100  -6.240 -21.118  18.697
    9    HE2  LYS 100           HE2      LYS 100  -4.213 -22.740  18.356
   10    HE3  LYS 100           HE3      LYS 100  -3.600 -21.946  19.807
   11    HZ1  LYS 100           HZ1      LYS 100  -6.238 -23.290  19.574
   12    HZ3  LYS 100           HZ2      LYS 100  -5.614 -22.566  20.968
   13    HZ2  LYS 100           HZ3      LYS 100  -4.873 -23.942  20.328

  No H/Q in entry =          13
  In of MODEL   19
    1    H    LYS 101           H        LYS 101  -7.867 -19.874  15.525
    2    HA   LYS 101           HA       LYS 101  -7.398 -22.530  14.610
    3    HB2  LYS 101           HB2      LYS 101  -9.312 -22.854  15.686
    4    HB3  LYS 101           HB3      LYS 101  -9.445 -21.127  15.953
    5    HG2  LYS 101           HG2      LYS 101 -10.683 -20.901  13.854
    6    HG3  LYS 101           HG3      LYS 101 -10.554 -22.644  13.600
    7    HD2  LYS 101           HD2      LYS 101 -11.996 -23.138  15.341
    8    HD3  LYS 101           HD3      LYS 101 -11.709 -21.597  16.151
    9    HE2  LYS 101           HE2      LYS 101 -12.961 -20.434  14.436
   10    HE3  LYS 101           HE3      LYS 101 -13.187 -21.939  13.549
   11    HZ2  LYS 101           HZ1      LYS 101 -14.409 -21.098  16.095
   12    HZ1  LYS 101           HZ2      LYS 101 -14.301 -22.737  15.697
   13    HZ3  LYS 101           HZ3      LYS 101 -15.159 -21.680  14.693

  No H/Q in entry =          13
  In of MODEL   19
    1    H    PHE 102           H        PHE 102  -8.489 -19.546  13.071
    2    HA   PHE 102           HA       PHE 102  -9.405 -20.784  10.704
    3    HB2  PHE 102           HB2      PHE 102 -10.085 -18.535  11.229
    4    HB3  PHE 102           HB3      PHE 102  -8.435 -17.979  11.205
    5    HD1  PHE 102           HD1      PHE 102  -8.919 -16.261   9.576
    6    HD2  PHE 102           HD2      PHE 102  -9.623 -20.315   8.742
    7    HE1  PHE 102           HE1      PHE 102  -9.098 -15.694   7.219
    8    HE2  PHE 102           HE2      PHE 102  -9.826 -19.788   6.355
    9    HZ   PHE 102           HZ       PHE 102  -9.561 -17.465   5.578

  No H/Q in entry =           9
  In of MODEL   19
    1    H    ARG 103           H        ARG 103  -6.341 -19.192  11.553
    2    HA   ARG 103           HA       ARG 103  -4.962 -19.483   9.251
    3    HB2  ARG 103           HB2      ARG 103  -2.982 -19.168  10.408
    4    HB3  ARG 103           HB3      ARG 103  -4.178 -18.524  11.516
    5    HG2  ARG 103           HG2      ARG 103  -4.079 -20.535  12.852
    6    HG3  ARG 103           HG3      ARG 103  -2.946 -21.264  11.710
    7    HD2  ARG 103           HD2      ARG 103  -1.244 -19.745  12.268
    8    HD3  ARG 103           HD3      ARG 103  -2.369 -18.648  13.067
    9    HE   ARG 103           HE       ARG 103  -1.874 -21.320  14.183
   10   HH11  ARG 103          HH11      ARG 103  -1.691 -17.835  14.463
   11   HH12  ARG 103          HH12      ARG 103  -1.325 -17.858  16.155
   12   HH21  ARG 103          HH21      ARG 103  -1.391 -21.364  16.398
   13   HH22  ARG 103          HH22      ARG 103  -1.140 -19.881  17.261

  No H/Q in entry =          13
  In of MODEL   19
    1    H    GLN 104           H        GLN 104  -6.003 -21.946  11.312
    2    HA   GLN 104           HA       GLN 104  -4.226 -23.976  10.209
    3    HB2  GLN 104           HB2      GLN 104  -4.649 -25.165  12.029
    4    HB3  GLN 104           HB3      GLN 104  -5.431 -23.716  12.641
    5    HG2  GLN 104           HG2      GLN 104  -7.563 -24.543  12.240
    6    HG3  GLN 104           HG3      GLN 104  -6.988 -25.719  11.057
    7   HE21  GLN 104          HE21      GLN 104  -7.406 -25.016  14.424
    8   HE22  GLN 104          HE22      GLN 104  -7.078 -26.609  15.007

  No H/Q in entry =           8
  In of MODEL   19
    1    H    LEU 105           H        LEU 105  -7.558 -23.026   9.699
    2    HA   LEU 105           HA       LEU 105  -7.970 -25.161   7.731
    3    HB2  LEU 105           HB2      LEU 105 -10.131 -24.366   7.688
    4    HB3  LEU 105           HB3      LEU 105  -9.666 -23.339   9.026
    5    HG   LEU 105           HG       LEU 105  -9.162 -21.527   7.337
    6   HD11  LEU 105          HD11      LEU 105  -9.477 -23.503   5.441
    7   HD13  LEU 105          HD12      LEU 105  -9.498 -21.759   5.157
    8   HD12  LEU 105          HD13      LEU 105 -11.018 -22.630   5.408
    9   HD21  LEU 105          HD21      LEU 105 -11.909 -22.668   7.669
   10   HD23  LEU 105          HD22      LEU 105 -11.606 -21.126   6.863
   11   HD22  LEU 105          HD23      LEU 105 -11.159 -21.343   8.560

  No H/Q in entry =          11
  In of MODEL   19
    1    H    ILE 106           H        ILE 106  -6.948 -21.545   7.720
    2    HA   ILE 106           HA       ILE 106  -6.361 -21.486   5.018
    3    HB   ILE 106           HB       ILE 106  -5.217 -19.541   5.291
    4   HG12  ILE 106          HG12      ILE 106  -4.141 -20.454   7.954
    5   HG13  ILE 106          HG13      ILE 106  -3.295 -20.625   6.426
    6   HG22  ILE 106          HG21      ILE 106  -6.539 -19.738   7.978
    7   HG21  ILE 106          HG22      ILE 106  -7.347 -19.339   6.463
    8   HG23  ILE 106          HG23      ILE 106  -6.115 -18.257   7.117
    9   HD12  ILE 106          HD11      ILE 106  -2.580 -18.708   7.830
   10   HD11  ILE 106          HD12      ILE 106  -4.166 -17.989   7.542
   11   HD13  ILE 106          HD13      ILE 106  -3.078 -18.296   6.188

  No H/Q in entry =          11
  In of MODEL   19
    1    H    GLN 107           H        GLN 107  -5.000 -23.467   7.201
    2    HA   GLN 107           HA       GLN 107  -2.381 -23.516   5.943
    3    HB2  GLN 107           HB2      GLN 107  -1.437 -24.358   7.851
    4    HB3  GLN 107           HB3      GLN 107  -2.822 -23.576   8.595
    5    HG2  GLN 107           HG2      GLN 107  -4.020 -25.738   8.517
    6    HG3  GLN 107           HG3      GLN 107  -2.554 -26.489   7.890
    7   HE21  GLN 107          HE21      GLN 107  -4.008 -27.052  10.330
    8   HE22  GLN 107          HE22      GLN 107  -2.890 -26.822  11.626

  No H/Q in entry =           8
  In of MODEL   19
    1    H    VAL 108           H        VAL 108  -5.385 -24.994   6.076
    2    HA   VAL 108           HA       VAL 108  -4.540 -27.617   5.229
    3    HB   VAL 108           HB       VAL 108  -6.787 -26.608   6.461
    4   HG11  VAL 108          HG11      VAL 108  -7.576 -27.331   3.646
    5   HG13  VAL 108          HG12      VAL 108  -7.727 -25.750   4.412
    6   HG12  VAL 108          HG13      VAL 108  -8.689 -27.108   4.996
    7   HG21  VAL 108          HG21      VAL 108  -6.435 -29.242   5.061
    8   HG23  VAL 108          HG22      VAL 108  -7.680 -28.888   6.259
    9   HG22  VAL 108          HG23      VAL 108  -5.977 -28.840   6.715

  No H/Q in entry =           9
  In of MODEL   19
    1    H    ASN 109           H        ASN 109  -5.331 -24.586   3.803
    2    HA   ASN 109           HA       ASN 109  -4.942 -25.719   1.136
    3    HB2  ASN 109           HB2      ASN 109  -6.871 -24.151   0.383
    4    HB3  ASN 109           HB3      ASN 109  -7.267 -25.713   1.093
    5   HD21  ASN 109          HD21      ASN 109  -9.297 -24.995   1.739
    6   HD22  ASN 109          HD22      ASN 109  -9.504 -23.917   3.072

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   PRO 110           HA       PRO 110  -2.451 -22.002   0.988
    2    HB2  PRO 110           HB2      PRO 110  -1.332 -22.497  -1.417
    3    HB3  PRO 110           HB3      PRO 110  -0.888 -23.410   0.027
    4    HG2  PRO 110           HG2      PRO 110  -2.736 -24.175  -2.203
    5    HG3  PRO 110           HG3      PRO 110  -1.498 -25.152  -1.390
    6    HD2  PRO 110           HD2      PRO 110  -4.155 -25.301  -0.794
    7    HD3  PRO 110           HD3      PRO 110  -2.868 -25.646   0.376

  No H/Q in entry =           7
  In of MODEL   19
    1    H    ASP 111           H        ASP 111  -5.344 -22.361  -0.378
    2    HA   ASP 111           HA       ASP 111  -4.983 -20.075  -2.157
    3    HB2  ASP 111           HB2      ASP 111  -7.088 -20.560  -3.210
    4    HB3  ASP 111           HB3      ASP 111  -6.053 -21.979  -3.238

  No H/Q in entry =           4
  In of MODEL   19
    1    H    ILE 112           H        ILE 112  -5.883 -20.673   1.035
    2    HA   ILE 112           HA       ILE 112  -8.143 -18.867   1.046
    3    HB   ILE 112           HB       ILE 112  -6.827 -20.521   3.181
    4   HG12  ILE 112          HG12      ILE 112  -8.752 -20.865   1.260
    5   HG13  ILE 112          HG13      ILE 112  -8.518 -21.881   2.675
    6   HG21  ILE 112          HG21      ILE 112  -8.989 -18.439   3.613
    7   HG23  ILE 112          HG22      ILE 112  -7.360 -18.417   4.290
    8   HG22  ILE 112          HG23      ILE 112  -8.496 -19.675   4.772
    9   HD12  ILE 112          HD11      ILE 112 -10.483 -19.648   2.307
   10   HD11  ILE 112          HD12      ILE 112 -10.150 -20.402   3.866
   11   HD13  ILE 112          HD13      ILE 112 -10.813 -21.363   2.546

  No H/Q in entry =          11
  In of MODEL   19
    1    H    LEU 113           H        LEU 113  -4.968 -18.763   2.647
    2    HA   LEU 113           HA       LEU 113  -5.585 -15.994   3.240
    3    HB2  LEU 113           HB2      LEU 113  -4.524 -17.666   4.887
    4    HB3  LEU 113           HB3      LEU 113  -3.035 -17.312   4.026
    5    HG   LEU 113           HG       LEU 113  -3.698 -14.816   4.450
    6   HD11  LEU 113          HD11      LEU 113  -5.249 -16.229   6.609
    7   HD13  LEU 113          HD12      LEU 113  -5.917 -15.269   5.289
    8   HD12  LEU 113          HD13      LEU 113  -4.936 -14.495   6.535
    9   HD23  LEU 113          HD21      LEU 113  -2.882 -16.003   7.010
   10   HD22  LEU 113          HD22      LEU 113  -2.097 -14.772   6.022
   11   HD21  LEU 113          HD23      LEU 113  -1.915 -16.477   5.615

  No H/Q in entry =          11
  In of MODEL   19
    1    H    MET 114           H        MET 114  -4.077 -17.802   0.968
    2    HA   MET 114           HA       MET 114  -2.108 -15.914   0.087
    3    HB2  MET 114           HB2      MET 114  -1.701 -18.195  -0.485
    4    HB3  MET 114           HB3      MET 114  -3.328 -18.403  -1.118
    5    HG2  MET 114           HG2      MET 114  -1.865 -18.311  -2.962
    6    HG3  MET 114           HG3      MET 114  -2.742 -16.785  -2.919
    7    HE3  MET 114           HE1      MET 114   0.462 -15.183  -4.190
    8    HE2  MET 114           HE2      MET 114  -1.294 -15.040  -4.093
    9    HE1  MET 114           HE3      MET 114  -0.565 -16.487  -4.788

  No H/Q in entry =           9
  In of MODEL   19
    1    H    ARG 115           H        ARG 115  -5.468 -16.729  -0.620
    2    HA   ARG 115           HA       ARG 115  -5.674 -14.969  -2.867
    3    HB2  ARG 115           HB2      ARG 115  -7.920 -15.540  -3.009
    4    HB3  ARG 115           HB3      ARG 115  -7.257 -16.963  -2.226
    5    HG2  ARG 115           HG2      ARG 115  -8.201 -16.428  -0.174
    6    HG3  ARG 115           HG3      ARG 115  -8.412 -14.730  -0.604
    7    HD2  ARG 115           HD2      ARG 115 -10.494 -15.172  -1.240
    8    HD3  ARG 115           HD3      ARG 115  -9.870 -16.250  -2.487
    9    HE   ARG 115           HE       ARG 115 -10.779 -17.027   0.191
   10   HH11  ARG 115          HH11      ARG 115  -9.774 -17.914  -3.042
   11   HH12  ARG 115          HH12      ARG 115 -10.204 -19.580  -2.858
   12   HH21  ARG 115          HH21      ARG 115 -11.378 -19.220   0.419
   13   HH22  ARG 115          HH22      ARG 115 -11.134 -20.323  -0.898

  No H/Q in entry =          13
  In of MODEL   19
    1    H    LEU 116           H        LEU 116  -6.203 -14.806   0.615
    2    HA   LEU 116           HA       LEU 116  -7.328 -12.279   0.823
    3    HB2  LEU 116           HB2      LEU 116  -7.165 -13.569   2.792
    4    HB3  LEU 116           HB3      LEU 116  -5.450 -13.860   2.561
    5    HG   LEU 116           HG       LEU 116  -5.528 -11.134   2.809
    6   HD13  LEU 116          HD11      LEU 116  -7.076 -10.417   4.275
    7   HD12  LEU 116          HD12      LEU 116  -7.238 -11.992   5.054
    8   HD11  LEU 116          HD13      LEU 116  -8.014 -11.695   3.499
    9   HD22  LEU 116          HD21      LEU 116  -3.916 -12.536   3.903
   10   HD21  LEU 116          HD22      LEU 116  -5.162 -13.206   4.959
   11   HD23  LEU 116          HD23      LEU 116  -4.703 -11.506   5.101

  No H/Q in entry =          11
  In of MODEL   19
    1    H    SER 117           H        SER 117  -3.972 -13.250   0.607
    2    HA   SER 117           HA       SER 117  -2.600 -10.959   1.060
    3    HB2  SER 117           HB2      SER 117  -1.976 -13.070  -1.017
    4    HB3  SER 117           HB3      SER 117  -0.824 -11.898  -0.373
    5    HG   SER 117           HG       SER 117  -0.872 -14.047   0.653

  No H/Q in entry =           5
  In of MODEL   19
    1    H    ALA 118           H        ALA 118  -3.841 -12.086  -1.991
    2    HA   ALA 118           HA       ALA 118  -2.981 -10.016  -3.644
    3    HB2  ALA 118           HB1      ALA 118  -4.333 -10.954  -5.310
    4    HB1  ALA 118           HB2      ALA 118  -5.465 -11.619  -4.131
    5    HB3  ALA 118           HB3      ALA 118  -3.850 -12.310  -4.290

  No H/Q in entry =           5
  In of MODEL   19
    1    H    GLN 119           H        GLN 119  -5.807 -10.249  -1.573
    2    HA   GLN 119           HA       GLN 119  -7.267  -8.158  -2.807
    3    HB2  GLN 119           HB2      GLN 119  -7.295  -9.158   0.055
    4    HB3  GLN 119           HB3      GLN 119  -8.405  -7.946  -0.571
    5    HG2  GLN 119           HG2      GLN 119  -8.276 -10.866  -1.121
    6    HG3  GLN 119           HG3      GLN 119  -9.662  -9.853  -0.729
    7   HE21  GLN 119          HE21      GLN 119  -7.679 -11.141  -3.219
    8   HE22  GLN 119          HE22      GLN 119  -8.588 -10.535  -4.559

  No H/Q in entry =           8
  In of MODEL   19
    1    H    MET 120           H        MET 120  -5.347  -8.110   0.259
    2    HA   MET 120           HA       MET 120  -5.030  -5.497   0.571
    3    HB2  MET 120           HB2      MET 120  -3.402  -7.850   1.161
    4    HB3  MET 120           HB3      MET 120  -2.501  -6.339   1.145
    5    HG2  MET 120           HG2      MET 120  -3.661  -5.467   2.929
    6    HG3  MET 120           HG3      MET 120  -5.059  -6.509   2.664
    7    HE2  MET 120           HE1      MET 120  -3.373  -9.412   2.307
    8    HE1  MET 120           HE2      MET 120  -4.991  -9.033   2.895
    9    HE3  MET 120           HE3      MET 120  -3.871  -9.940   3.912

  No H/Q in entry =           9
  In of MODEL   19
    1    H    ALA 121           H        ALA 121  -3.035  -7.397  -1.677
    2    HA   ALA 121           HA       ALA 121  -1.248  -5.403  -2.393
    3    HB2  ALA 121           HB1      ALA 121  -2.191  -7.642  -4.166
    4    HB1  ALA 121           HB2      ALA 121  -1.031  -7.851  -2.855
    5    HB3  ALA 121           HB3      ALA 121  -0.641  -6.801  -4.218

  No H/Q in entry =           5
  In of MODEL   19
    1    H    ARG 122           H        ARG 122  -4.505  -6.066  -3.391
    2    HA   ARG 122           HA       ARG 122  -4.470  -4.407  -5.703
    3    HB2  ARG 122           HB2      ARG 122  -6.346  -6.108  -4.301
    4    HB3  ARG 122           HB3      ARG 122  -7.116  -4.602  -4.795
    5    HG2  ARG 122           HG2      ARG 122  -7.290  -6.476  -6.435
    6    HG3  ARG 122           HG3      ARG 122  -6.585  -4.989  -7.078
    7    HD2  ARG 122           HD2      ARG 122  -4.336  -6.109  -6.336
    8    HD3  ARG 122           HD3      ARG 122  -5.279  -7.597  -6.456
    9    HE   ARG 122           HE       ARG 122  -4.336  -5.919  -8.595
   10   HH11  ARG 122          HH11      ARG 122  -6.706  -8.349  -7.691
   11   HH12  ARG 122          HH12      ARG 122  -6.934  -8.901  -9.316
   12   HH21  ARG 122          HH21      ARG 122  -4.674  -6.618 -10.715
   13   HH22  ARG 122          HH22      ARG 122  -5.762  -7.937 -11.039

  No H/Q in entry =          13
  In of MODEL   19
    1    H    ARG 123           H        ARG 123  -5.171  -4.077  -2.390
    2    HA   ARG 123           HA       ARG 123  -6.172  -1.403  -2.593
    3    HB2  ARG 123           HB2      ARG 123  -5.571  -3.160  -0.210
    4    HB3  ARG 123           HB3      ARG 123  -6.239  -1.523  -0.097
    5    HG2  ARG 123           HG2      ARG 123  -8.175  -2.119  -1.300
    6    HG3  ARG 123           HG3      ARG 123  -7.479  -3.651  -1.808
    7    HD2  ARG 123           HD2      ARG 123  -7.525  -4.387   0.560
    8    HD3  ARG 123           HD3      ARG 123  -8.367  -2.888   0.964
    9    HE   ARG 123           HE       ARG 123  -9.533  -5.216  -0.120
   10   HH11  ARG 123          HH11      ARG 123  -9.673  -1.733  -0.428
   11   HH12  ARG 123          HH12      ARG 123 -11.303  -1.711  -1.011
   12   HH21  ARG 123          HH21      ARG 123 -11.670  -5.204  -0.930
   13   HH22  ARG 123          HH22      ARG 123 -12.423  -3.690  -1.326

  No H/Q in entry =          13
  In of MODEL   19
    1    H    LEU 124           H        LEU 124  -3.239  -3.034  -2.297
    2    HA   LEU 124           HA       LEU 124  -1.667  -0.841  -1.354
    3    HB2  LEU 124           HB2      LEU 124  -0.825  -3.025  -0.980
    4    HB3  LEU 124           HB3      LEU 124  -1.217  -3.538  -2.594
    5    HG   LEU 124           HG       LEU 124   0.672  -2.619  -3.505
    6   HD12  LEU 124          HD11      LEU 124   1.128  -1.062  -0.960
    7   HD11  LEU 124          HD12      LEU 124   0.537  -0.378  -2.477
    8   HD13  LEU 124          HD13      LEU 124   2.167  -1.050  -2.385
    9   HD21  LEU 124          HD21      LEU 124   1.291  -3.621  -0.768
   10   HD23  LEU 124          HD22      LEU 124   2.539  -3.257  -1.956
   11   HD22  LEU 124          HD23      LEU 124   1.333  -4.500  -2.297

  No H/Q in entry =          11
  In of MODEL   19
    1    H    GLN 125           H        GLN 125  -2.824  -2.263  -4.306
    2    HA   GLN 125           HA       GLN 125  -1.373  -0.569  -6.099
    3    HB2  GLN 125           HB2      GLN 125  -3.017  -2.869  -6.307
    4    HB3  GLN 125           HB3      GLN 125  -3.766  -1.614  -7.285
    5    HG2  GLN 125           HG2      GLN 125  -0.859  -2.287  -7.518
    6    HG3  GLN 125           HG3      GLN 125  -2.099  -3.163  -8.409
    7   HE21  GLN 125          HE21      GLN 125  -0.290  -0.250  -8.151
    8   HE22  GLN 125          HE22      GLN 125  -0.885   0.514  -9.589

  No H/Q in entry =           8
  In of MODEL   19
    1    H    VAL 126           H        VAL 126  -4.018  -0.083  -4.013
    2    HA   VAL 126           HA       VAL 126  -5.221   1.942  -5.736
    3    HB   VAL 126           HB       VAL 126  -6.594   0.253  -4.221
    4   HG13  VAL 126          HG11      VAL 126  -7.134   1.038  -2.032
    5   HG12  VAL 126          HG12      VAL 126  -6.130   2.472  -2.243
    6   HG11  VAL 126          HG13      VAL 126  -5.381   0.881  -2.138
    7   HG22  VAL 126          HG21      VAL 126  -7.761   1.826  -5.496
    8   HG21  VAL 126          HG22      VAL 126  -7.122   3.179  -4.561
    9   HG23  VAL 126          HG23      VAL 126  -8.303   2.086  -3.836

  No H/Q in entry =           9
  In of MODEL   19
    1    H    THR 127           H        THR 127  -3.258   1.370  -2.908
    2    HA   THR 127           HA       THR 127  -3.115   4.185  -2.176
    3    HB   THR 127           HB       THR 127  -1.345   2.004  -1.115
    4    HG1  THR 127           HG1      THR 127  -3.359   1.139  -0.755
    5   HG22  THR 127          HG21      THR 127  -2.486   4.496   0.157
    6   HG21  THR 127          HG22      THR 127  -0.845   4.313  -0.461
    7   HG23  THR 127          HG23      THR 127  -1.376   3.359   0.925

  No H/Q in entry =           7
  In of MODEL   19
    1    H    SER 128           H        SER 128  -1.623   2.568  -4.868
    2    HA   SER 128           HA       SER 128   0.956   3.551  -4.065
    3    HB2  SER 128           HB2      SER 128   0.099   1.482  -6.100
    4    HB3  SER 128           HB3      SER 128   1.707   2.196  -6.088
    5    HG   SER 128           HG       SER 128   0.491   0.712  -4.001

  No H/Q in entry =           5
  In of MODEL   19
    1    H    GLU 129           H        GLU 129  -1.834   3.807  -6.003
    2    HA   GLU 129           HA       GLU 129  -0.514   5.802  -7.720
    3    HB2  GLU 129           HB2      GLU 129  -2.885   4.107  -8.510
    4    HB3  GLU 129           HB3      GLU 129  -1.947   5.175  -9.546
    5    HG2  GLU 129           HG2      GLU 129   0.039   3.630  -8.842
    6    HG3  GLU 129           HG3      GLU 129  -1.247   2.489  -8.462

  No H/Q in entry =           6
  In of MODEL   19
    1    H    LYS 130           H        LYS 130  -2.025   6.021  -5.104
    2    HA   LYS 130           HA       LYS 130  -3.830   8.146  -5.984
    3    HB2  LYS 130           HB2      LYS 130  -5.166   6.189  -5.278
    4    HB3  LYS 130           HB3      LYS 130  -4.274   6.116  -3.769
    5    HG2  LYS 130           HG2      LYS 130  -5.177   8.420  -3.273
    6    HG3  LYS 130           HG3      LYS 130  -6.249   8.194  -4.655
    7    HD2  LYS 130           HD2      LYS 130  -6.319   5.895  -2.913
    8    HD3  LYS 130           HD3      LYS 130  -6.681   7.371  -2.017
    9    HE2  LYS 130           HE2      LYS 130  -8.102   6.241  -4.414
   10    HE3  LYS 130           HE3      LYS 130  -8.754   6.568  -2.810
   11    HZ3  LYS 130           HZ1      LYS 130  -9.510   8.270  -4.240
   12    HZ2  LYS 130           HZ2      LYS 130  -7.971   8.542  -4.882
   13    HZ1  LYS 130           HZ3      LYS 130  -8.308   8.971  -3.278

  No H/Q in entry =          13
  In of MODEL   19
    1    H    VAL 131           H        VAL 131  -1.011   7.499  -4.860
    2    HA   VAL 131           HA       VAL 131  -0.732   8.420  -2.276
    3    HB   VAL 131           HB       VAL 131   1.265   8.640  -4.534
    4   HG12  VAL 131          HG11      VAL 131   2.969   8.667  -2.747
    5   HG11  VAL 131          HG12      VAL 131   1.679   8.790  -1.550
    6   HG13  VAL 131          HG13      VAL 131   1.928  10.090  -2.717
    7   HG23  VAL 131          HG21      VAL 131   2.218   6.584  -3.491
    8   HG22  VAL 131          HG22      VAL 131   0.639   6.360  -4.248
    9   HG21  VAL 131          HG23      VAL 131   0.768   6.490  -2.492

  No H/Q in entry =           9
  In of MODEL   19
    1    H    GLY 132           H        GLY 132  -1.146  10.123  -5.257
    2    HA3  GLY 132           HA2      GLY 132  -0.486  12.700  -3.955
    3    HA2  GLY 132           HA3      GLY 132  -0.407  12.432  -5.684

  No H/Q in entry =           3
  In of MODEL   19
    1    H    ASN 133           H        ASN 133  -3.167  11.002  -4.340
    2    HA   ASN 133           HA       ASN 133  -4.871  12.837  -5.715
    3    HB2  ASN 133           HB2      ASN 133  -5.212  10.354  -4.157
    4    HB3  ASN 133           HB3      ASN 133  -6.576  11.460  -4.082
    5   HD21  ASN 133          HD21      ASN 133  -5.987  12.447  -6.850
    6   HD22  ASN 133          HD22      ASN 133  -6.546  11.184  -7.898

  No H/Q in entry =           6
  In of MODEL   19
    1    H    LEU 134           H        LEU 134  -4.626  12.005  -2.273
    2    HA   LEU 134           HA       LEU 134  -6.087  14.310  -1.455
    3    HB2  LEU 134           HB2      LEU 134  -4.642  12.143   0.033
    4    HB3  LEU 134           HB3      LEU 134  -5.231  13.569   0.871
    5    HG   LEU 134           HG       LEU 134  -7.512  13.083   0.037
    6   HD11  LEU 134          HD11      LEU 134  -6.206  10.581  -1.010
    7   HD13  LEU 134          HD12      LEU 134  -7.080  11.809  -1.925
    8   HD12  LEU 134          HD13      LEU 134  -7.946  10.773  -0.791
    9   HD23  LEU 134          HD21      LEU 134  -6.249  10.836   1.592
   10   HD22  LEU 134          HD22      LEU 134  -7.957  11.278   1.575
   11   HD21  LEU 134          HD23      LEU 134  -6.767  12.383   2.263

  No H/Q in entry =          11
  In of MODEL   19
    1    H    ALA 135           H        ALA 135  -2.812  13.798  -2.231
    2    HA   ALA 135           HA       ALA 135  -1.644  15.719  -0.427
    3    HB2  ALA 135           HB1      ALA 135  -0.295  15.084  -2.969
    4    HB1  ALA 135           HB2      ALA 135  -0.572  13.721  -1.877
    5    HB3  ALA 135           HB3      ALA 135   0.354  15.118  -1.326

  No H/Q in entry =           5
  In of MODEL   19
    1    H    PHE 136           H        PHE 136  -2.383  15.529  -3.862
    2    HA   PHE 136           HA       PHE 136  -1.735  18.248  -4.379
    3    HB2  PHE 136           HB2      PHE 136  -2.617  15.918  -5.912
    4    HB3  PHE 136           HB3      PHE 136  -3.322  17.426  -6.488
    5    HD1  PHE 136           HD1      PHE 136  -0.451  15.321  -6.520
    6    HD2  PHE 136           HD2      PHE 136  -1.716  19.361  -6.971
    7    HE1  PHE 136           HE1      PHE 136   1.635  15.838  -7.722
    8    HE2  PHE 136           HE2      PHE 136   0.366  19.882  -8.174
    9    HZ   PHE 136           HZ       PHE 136   2.043  18.120  -8.551

  No H/Q in entry =           9
  In of MODEL   19
    1    H    LEU 137           H        LEU 137  -3.090  19.900  -4.889
    2    HA   LEU 137           HA       LEU 137  -5.635  19.892  -3.447
    3    HB2  LEU 137           HB2      LEU 137  -4.244  22.223  -4.767
    4    HB3  LEU 137           HB3      LEU 137  -5.587  22.297  -3.640
    5    HG   LEU 137           HG       LEU 137  -2.847  21.246  -2.930
    6   HD12  LEU 137          HD11      LEU 137  -2.607  23.393  -1.719
    7   HD11  LEU 137          HD12      LEU 137  -4.082  23.955  -2.506
    8   HD13  LEU 137          HD13      LEU 137  -2.659  23.570  -3.474
    9   HD22  LEU 137          HD21      LEU 137  -4.583  20.343  -1.504
   10   HD21  LEU 137          HD22      LEU 137  -5.251  21.953  -1.245
   11   HD23  LEU 137          HD23      LEU 137  -3.656  21.549  -0.612

  No H/Q in entry =          11
  In of MODEL   19
    1    H    ASP 138           H        ASP 138  -6.049  18.339  -5.197
    2    HA   ASP 138           HA       ASP 138  -6.828  19.323  -7.729
    3    HB2  ASP 138           HB2      ASP 138  -6.275  16.732  -6.688
    4    HB3  ASP 138           HB3      ASP 138  -7.774  16.728  -7.629

  No H/Q in entry =           4
  In of MODEL   19
    1    H    VAL 139           H        VAL 139  -8.596  19.502  -4.893
    2    HA   VAL 139           HA       VAL 139 -11.071  18.516  -5.184
    3    HB   VAL 139           HB       VAL 139 -10.084  20.700  -3.732
    4   HG11  VAL 139          HG11      VAL 139 -11.207  22.097  -5.619
    5   HG13  VAL 139          HG12      VAL 139 -11.523  22.520  -3.936
    6   HG12  VAL 139          HG13      VAL 139 -12.716  21.598  -4.851
    7   HG23  VAL 139          HG21      VAL 139 -12.217  20.463  -2.484
    8   HG22  VAL 139          HG22      VAL 139 -11.413  18.928  -2.812
    9   HG21  VAL 139          HG23      VAL 139 -12.809  19.417  -3.776

  No H/Q in entry =           9
  In of MODEL   19
    1    H    THR 140           H        THR 140  -9.865  21.121  -7.258
    2    HA   THR 140           HA       THR 140 -12.331  21.730  -8.494
    3    HB   THR 140           HB       THR 140 -10.157  22.003 -10.336
    4    HG1  THR 140           HG1      THR 140  -8.617  22.073  -8.844
    5   HG23  THR 140          HG21      THR 140 -12.102  23.458 -10.273
    6   HG22  THR 140          HG22      THR 140 -10.628  24.398 -10.048
    7   HG21  THR 140          HG23      THR 140 -11.655  24.023  -8.664

  No H/Q in entry =           7
  In of MODEL   19
    1    H    GLY 141           H        GLY 141 -13.421  19.880  -9.130
    2    HA3  GLY 141           HA2      GLY 141 -14.008  18.532 -10.966
    3    HA2  GLY 141           HA3      GLY 141 -12.318  18.479 -11.444

  No H/Q in entry =           3
  In of MODEL   19
    1    H    ARG 142           H        ARG 142 -12.240  17.910  -8.174
    2    HA   ARG 142           HA       ARG 142 -12.147  15.027  -8.669
    3    HB2  ARG 142           HB2      ARG 142 -10.573  16.852  -7.085
    4    HB3  ARG 142           HB3      ARG 142 -11.170  15.526  -6.099
    5    HG2  ARG 142           HG2      ARG 142  -8.940  15.121  -7.107
    6    HG3  ARG 142           HG3      ARG 142 -10.152  13.907  -7.517
    7    HD2  ARG 142           HD2      ARG 142 -10.266  14.556  -9.708
    8    HD3  ARG 142           HD3      ARG 142  -9.809  16.221  -9.354
    9    HE   ARG 142           HE       ARG 142  -7.609  15.660  -9.642
   10   HH11  ARG 142          HH11      ARG 142  -9.496  12.717  -9.352
   11   HH12  ARG 142          HH12      ARG 142  -8.135  11.663  -9.632
   12   HH21  ARG 142          HH21      ARG 142  -5.835  14.272 -10.023
   13   HH22  ARG 142          HH22      ARG 142  -6.072  12.554 -10.023

  No H/Q in entry =          13
  In of MODEL   19
    1    H    ILE 143           H        ILE 143 -14.429  17.073  -7.630
    2    HA   ILE 143           HA       ILE 143 -15.286  15.556  -5.262
    3    HB   ILE 143           HB       ILE 143 -16.631  17.904  -6.563
    4   HG12  ILE 143          HG12      ILE 143 -14.772  18.111  -4.207
    5   HG13  ILE 143          HG13      ILE 143 -14.163  18.211  -5.854
    6   HG23  ILE 143          HG21      ILE 143 -18.059  16.746  -5.052
    7   HG22  ILE 143          HG22      ILE 143 -17.542  18.240  -4.269
    8   HG21  ILE 143          HG23      ILE 143 -16.805  16.704  -3.817
    9   HD11  ILE 143          HD11      ILE 143 -15.612  20.127  -6.266
   10   HD13  ILE 143          HD12      ILE 143 -14.502  20.408  -4.925
   11   HD12  ILE 143          HD13      ILE 143 -16.196  20.033  -4.605

  No H/Q in entry =          11
  In of MODEL   19
    1    H    ALA 144           H        ALA 144 -16.768  16.911  -8.123
    2    HA   ALA 144           HA       ALA 144 -18.909  15.125  -8.251
    3    HB2  ALA 144           HB1      ALA 144 -19.361  16.058 -10.449
    4    HB3  ALA 144           HB2      ALA 144 -17.756  16.788 -10.498
    5    HB1  ALA 144           HB3      ALA 144 -18.945  17.346  -9.320

  No H/Q in entry =           5
  In of MODEL   19
    1    H    GLN 145           H        GLN 145 -15.626  14.817  -8.963
    2    HA   GLN 145           HA       GLN 145 -15.742  13.041 -11.158
    3    HB2  GLN 145           HB2      GLN 145 -13.709  14.406 -10.269
    4    HB3  GLN 145           HB3      GLN 145 -13.488  13.028  -9.195
    5    HG2  GLN 145           HG2      GLN 145 -13.661  11.628 -11.367
    6    HG3  GLN 145           HG3      GLN 145 -13.289  13.152 -12.170
    7   HE21  GLN 145          HE21      GLN 145 -12.099  10.605 -10.162
    8   HE22  GLN 145          HE22      GLN 145 -10.433  11.056 -10.229

  No H/Q in entry =           8
  In of MODEL   19
    1    H    THR 146           H        THR 146 -15.493  12.460  -7.474
    2    HA   THR 146           HA       THR 146 -15.380   9.708  -7.964
    3    HB   THR 146           HB       THR 146 -15.935  11.156  -5.406
    4    HG1  THR 146           HG1      THR 146 -13.897  11.819  -5.298
    5   HG21  THR 146          HG21      THR 146 -16.027   8.675  -5.391
    6   HG23  THR 146          HG22      THR 146 -14.720   9.295  -4.381
    7   HG22  THR 146          HG23      THR 146 -14.363   8.632  -5.975

  No H/Q in entry =           7
  In of MODEL   19
    1    H    LEU 147           H        LEU 147 -17.696  11.995  -8.193
    2    HA   LEU 147           HA       LEU 147 -19.764  10.837  -6.519
    3    HB2  LEU 147           HB2      LEU 147 -19.285  13.342  -7.944
    4    HB3  LEU 147           HB3      LEU 147 -20.910  12.728  -8.187
    5    HG   LEU 147           HG       LEU 147 -19.977  12.716  -5.396
    6   HD11  LEU 147          HD11      LEU 147 -20.562  15.317  -6.803
    7   HD13  LEU 147          HD12      LEU 147 -19.012  14.837  -6.111
    8   HD12  LEU 147          HD13      LEU 147 -20.405  15.092  -5.061
    9   HD23  LEU 147          HD21      LEU 147 -22.467  13.920  -6.473
   10   HD22  LEU 147          HD22      LEU 147 -22.189  13.069  -4.959
   11   HD21  LEU 147          HD23      LEU 147 -22.259  12.172  -6.474

  No H/Q in entry =          11
  In of MODEL   19
    1    H    LEU 148           H        LEU 148 -18.661  11.196  -9.767
    2    HA   LEU 148           HA       LEU 148 -20.823   9.661 -10.915
    3    HB2  LEU 148           HB2      LEU 148 -18.303  10.395 -12.357
    4    HB3  LEU 148           HB3      LEU 148 -19.922  10.167 -13.003
    5    HG   LEU 148           HG       LEU 148 -19.036  12.448 -11.237
    6   HD13  LEU 148          HD11      LEU 148 -18.115  12.600 -13.458
    7   HD12  LEU 148          HD12      LEU 148 -19.379  13.807 -13.237
    8   HD11  LEU 148          HD13      LEU 148 -19.708  12.346 -14.168
    9   HD21  LEU 148          HD21      LEU 148 -21.446  11.666 -10.999
   10   HD23  LEU 148          HD22      LEU 148 -21.682  12.174 -12.670
   11   HD22  LEU 148          HD23      LEU 148 -21.214  13.356 -11.446

  No H/Q in entry =          11
  In of MODEL   19
    1    H    ASN 149           H        ASN 149 -17.711   9.164  -9.603
    2    HA   ASN 149           HA       ASN 149 -17.043   6.670 -10.745
    3    HB2  ASN 149           HB2      ASN 149 -15.351   7.837  -9.507
    4    HB3  ASN 149           HB3      ASN 149 -16.392   7.987  -8.098
    5   HD21  ASN 149          HD21      ASN 149 -14.236   5.952  -9.858
    6   HD22  ASN 149          HD22      ASN 149 -14.116   4.699  -8.671

  No H/Q in entry =           6
  In of MODEL   19
    1    H    LEU 150           H        LEU 150 -19.183   7.764  -8.285
    2    HA   LEU 150           HA       LEU 150 -19.864   5.162  -7.214
    3    HB2  LEU 150           HB2      LEU 150 -20.884   7.969  -6.885
    4    HB3  LEU 150           HB3      LEU 150 -21.776   6.603  -6.212
    5    HG   LEU 150           HG       LEU 150 -18.892   6.729  -5.581
    6   HD12  LEU 150          HD11      LEU 150 -20.839   8.555  -4.206
    7   HD11  LEU 150          HD12      LEU 150 -19.659   9.085  -5.404
    8   HD13  LEU 150          HD13      LEU 150 -19.114   8.378  -3.883
    9   HD22  LEU 150          HD21      LEU 150 -19.608   5.774  -3.540
   10   HD21  LEU 150          HD22      LEU 150 -20.567   5.005  -4.808
   11   HD23  LEU 150          HD23      LEU 150 -21.277   6.276  -3.811

  No H/Q in entry =          11
  In of MODEL   19
    1    H    ALA 151           H        ALA 151 -20.565   6.717 -10.210
    2    HA   ALA 151           HA       ALA 151 -23.285   5.629 -10.204
    3    HB3  ALA 151           HB1      ALA 151 -21.876   7.423 -12.199
    4    HB1  ALA 151           HB2      ALA 151 -23.108   7.919 -11.038
    5    HB2  ALA 151           HB3      ALA 151 -23.528   6.824 -12.354

  No H/Q in entry =           5
  In of MODEL   19
    1    H    LYS 152           H        LYS 152 -20.106   5.069 -10.953
    2    HA   LYS 152           HA       LYS 152 -20.618   3.151 -13.066
    3    HB2  LYS 152           HB2      LYS 152 -18.043   4.012 -11.726
    4    HB3  LYS 152           HB3      LYS 152 -18.148   2.943 -13.123
    5    HG2  LYS 152           HG2      LYS 152 -19.240   4.785 -14.376
    6    HG3  LYS 152           HG3      LYS 152 -18.970   5.837 -12.991
    7    HD2  LYS 152           HD2      LYS 152 -16.513   5.322 -13.227
    8    HD3  LYS 152           HD3      LYS 152 -16.904   4.537 -14.758
    9    HE2  LYS 152           HE2      LYS 152 -17.343   7.427 -14.018
   10    HE3  LYS 152           HE3      LYS 152 -16.205   6.793 -15.205
   11    HZ2  LYS 152           HZ1      LYS 152 -19.168   6.751 -15.383
   12    HZ1  LYS 152           HZ2      LYS 152 -18.144   5.968 -16.475
   13    HZ3  LYS 152           HZ3      LYS 152 -18.105   7.651 -16.340

  No H/Q in entry =          13
  In of MODEL   19
    1    H    GLN 153           H        GLN 153 -20.303   3.103  -9.551
    2    HA   GLN 153           HA       GLN 153 -19.561   0.300  -9.603
    3    HB2  GLN 153           HB2      GLN 153 -20.352   1.828  -7.149
    4    HB3  GLN 153           HB3      GLN 153 -19.198   0.518  -7.302
    5    HG2  GLN 153           HG2      GLN 153 -17.924   2.298  -8.760
    6    HG3  GLN 153           HG3      GLN 153 -18.869   3.401  -7.758
    7   HE21  GLN 153          HE21      GLN 153 -16.871   4.112  -6.829
    8   HE22  GLN 153          HE22      GLN 153 -16.100   3.163  -5.608

  No H/Q in entry =           8
  In of MODEL   19
    1    HA   PRO 154           HA       PRO 154 -23.605  -1.455  -8.840
    2    HB2  PRO 154           HB2      PRO 154 -23.264  -2.742  -6.402
    3    HB3  PRO 154           HB3      PRO 154 -22.841  -3.418  -7.979
    4    HG2  PRO 154           HG2      PRO 154 -21.098  -2.066  -5.965
    5    HG3  PRO 154           HG3      PRO 154 -20.756  -3.487  -6.970
    6    HD2  PRO 154           HD2      PRO 154 -19.752  -1.107  -7.589
    7    HD3  PRO 154           HD3      PRO 154 -20.329  -2.196  -8.859

  No H/Q in entry =           7
  In of MODEL   19
    1    H    ASP 155           H        ASP 155 -22.239   0.794  -6.765
    2    HA   ASP 155           HA       ASP 155 -24.329   1.021  -4.821
    3    HB2  ASP 155           HB2      ASP 155 -22.047   2.924  -5.670
    4    HB3  ASP 155           HB3      ASP 155 -23.240   3.385  -4.462

  No H/Q in entry =           4
  In of MODEL   19
    1    H    ALA 156           H        ALA 156 -24.146   2.430  -8.296
    2    HA   ALA 156           HA       ALA 156 -25.796   4.490  -7.544
    3    HB3  ALA 156           HB1      ALA 156 -24.702   3.323  -9.990
    4    HB2  ALA 156           HB2      ALA 156 -25.005   5.008  -9.570
    5    HB1  ALA 156           HB3      ALA 156 -26.320   4.000 -10.174

  No H/Q in entry =           5
  In of MODEL   19
    1    H    MET 157           H        MET 157 -27.767   4.353  -6.896
    2    HA   MET 157           HA       MET 157 -29.238   1.900  -7.524
    3    HB2  MET 157           HB2      MET 157 -30.474   2.267  -5.543
    4    HB3  MET 157           HB3      MET 157 -28.781   2.607  -5.178
    5    HG2  MET 157           HG2      MET 157 -29.195   4.979  -5.304
    6    HG3  MET 157           HG3      MET 157 -30.875   4.696  -5.762
    7    HE1  MET 157           HE1      MET 157 -32.714   3.743  -4.154
    8    HE3  MET 157           HE2      MET 157 -32.405   3.187  -2.509
    9    HE2  MET 157           HE3      MET 157 -31.746   2.295  -3.880

  No H/Q in entry =           9
  In of MODEL   19
    1    H    THR 158           H        THR 158 -31.690   2.236  -7.919
    2    HA   THR 158           HA       THR 158 -31.966   4.605  -9.670
    3    HB   THR 158           HB       THR 158 -33.926   3.231 -10.694
    4    HG1  THR 158           HG1      THR 158 -33.546   0.961 -10.588
    5   HG23  THR 158          HG21      THR 158 -32.448   2.299 -12.352
    6   HG22  THR 158          HG22      THR 158 -31.090   2.345 -11.230
    7   HG21  THR 158          HG23      THR 158 -31.797   3.849 -11.818

  No H/Q in entry =           7
  In of MODEL   19
    1    H    HIS 159           H        HIS 159 -33.813   5.747  -9.620
    2    HA   HIS 159           HA       HIS 159 -35.938   5.215  -7.704
    3    HB2  HIS 159           HB2      HIS 159 -33.813   6.881  -7.018
    4    HB3  HIS 159           HB3      HIS 159 -34.994   8.002  -7.677
    5    HD1  HIS 159           HD1      HIS 159 -35.963   9.101  -5.684
    6    HD2  HIS 159           HD2      HIS 159 -35.675   4.980  -5.204
    7    HE1  HIS 159           HE1      HIS 159 -37.048   8.600  -3.471
    8    HE2  HIS 159           HE2      HIS 159 -36.714   6.121  -3.130

  No H/Q in entry =           8
  In of MODEL   19
    1    HA   PRO 160           HA       PRO 160 -38.021   6.893 -11.264
    2    HB2  PRO 160           HB2      PRO 160 -40.226   8.091 -10.257
    3    HB3  PRO 160           HB3      PRO 160 -40.021   6.335 -10.284
    4    HG2  PRO 160           HG2      PRO 160 -39.564   8.254  -8.028
    5    HG3  PRO 160           HG3      PRO 160 -40.394   6.686  -8.010
    6    HD2  PRO 160           HD2      PRO 160 -37.833   6.980  -7.175
    7    HD3  PRO 160           HD3      PRO 160 -38.418   5.496  -7.953

  No H/Q in entry =           7
  In of MODEL   19
    1    H    ASP 161           H        ASP 161 -35.938   8.388 -11.054
    2    HA   ASP 161           HA       ASP 161 -36.490  10.903 -12.106
    3    HB2  ASP 161           HB2      ASP 161 -37.444  11.575  -9.970
    4    HB3  ASP 161           HB3      ASP 161 -36.045  10.962  -9.105

  No H/Q in entry =           4
  In of MODEL   19
    1    H    GLY 162           H        GLY 162 -34.340   8.656 -10.568
    2    HA3  GLY 162           HA2      GLY 162 -32.318   9.128 -12.364
    3    HA2  GLY 162           HA3      GLY 162 -31.996  10.162 -10.978

  No H/Q in entry =           3
  In of MODEL   19
    1    H    MET 163           H        MET 163 -30.033   8.798 -10.979
    2    HA   MET 163           HA       MET 163 -30.488   6.454  -9.297
    3    HB2  MET 163           HB2      MET 163 -28.515   5.346 -10.415
    4    HB3  MET 163           HB3      MET 163 -29.988   5.377 -11.379
    5    HG2  MET 163           HG2      MET 163 -28.993   7.504 -12.428
    6    HG3  MET 163           HG3      MET 163 -27.474   6.957 -11.723
    7    HE2  MET 163           HE1      MET 163 -27.557   3.834 -11.963
    8    HE1  MET 163           HE2      MET 163 -26.178   4.824 -12.439
    9    HE3  MET 163           HE3      MET 163 -26.806   3.600 -13.542

  No H/Q in entry =           9
  In of MODEL   19
    1    H    GLN 164           H        GLN 164 -29.612   6.790  -7.584
    2    HA   GLN 164           HA       GLN 164 -27.687   8.869  -7.092
    3    HB2  GLN 164           HB2      GLN 164 -28.837   8.001  -4.722
    4    HB3  GLN 164           HB3      GLN 164 -29.323   9.427  -5.631
    5    HG2  GLN 164           HG2      GLN 164 -30.937   7.980  -6.877
    6    HG3  GLN 164           HG3      GLN 164 -30.538   6.674  -5.763
    7   HE21  GLN 164          HE21      GLN 164 -32.457   6.482  -4.761
    8   HE22  GLN 164          HE22      GLN 164 -33.182   7.724  -3.801

  No H/Q in entry =           8
  In of MODEL   19
    1    H    ILE 165           H        ILE 165 -27.028   8.295  -4.781
    2    HA   ILE 165           HA       ILE 165 -26.006   5.857  -3.999
    3    HB   ILE 165           HB       ILE 165 -23.558   7.079  -4.153
    4   HG12  ILE 165          HG12      ILE 165 -23.702   7.334  -6.917
    5   HG13  ILE 165          HG13      ILE 165 -25.154   8.148  -6.346
    6   HG22  ILE 165          HG21      ILE 165 -24.107   5.376  -6.467
    7   HG21  ILE 165          HG22      ILE 165 -24.619   4.727  -4.911
    8   HG23  ILE 165          HG23      ILE 165 -22.935   5.190  -5.163
    9   HD13  ILE 165          HD11      ILE 165 -24.004   9.847  -5.450
   10   HD12  ILE 165          HD12      ILE 165 -22.767   9.327  -6.597
   11   HD11  ILE 165          HD13      ILE 165 -22.684   8.810  -4.916

  No H/Q in entry =          11
  In of MODEL   19
    1    H    LYS 166           H        LYS 166 -25.893   6.637  -1.349
    2    HA   LYS 166           HA       LYS 166 -26.457   9.402  -1.350
    3    HB2  LYS 166           HB2      LYS 166 -26.752   8.920   1.113
    4    HB3  LYS 166           HB3      LYS 166 -27.893   8.096   0.063
    5    HG2  LYS 166           HG2      LYS 166 -26.050   6.171   0.246
    6    HG3  LYS 166           HG3      LYS 166 -25.730   6.997   1.765
    7    HD2  LYS 166           HD2      LYS 166 -28.542   6.318   1.029
    8    HD3  LYS 166           HD3      LYS 166 -27.479   5.049   1.636
    9    HE2  LYS 166           HE2      LYS 166 -26.984   6.600   3.583
   10    HE3  LYS 166           HE3      LYS 166 -28.335   7.581   3.017
   11    HZ2  LYS 166           HZ1      LYS 166 -28.405   4.790   4.004
   12    HZ1  LYS 166           HZ2      LYS 166 -29.701   5.487   3.174
   13    HZ3  LYS 166           HZ3      LYS 166 -29.193   6.140   4.648

  No H/Q in entry =          13
  In of MODEL   19
    1    H    ILE 167           H        ILE 167 -24.738  10.820  -1.005
    2    HA   ILE 167           HA       ILE 167 -22.633   9.592   0.601
    3    HB   ILE 167           HB       ILE 167 -21.148  11.368  -0.752
    4   HG12  ILE 167          HG12      ILE 167 -22.964  10.080  -2.798
    5   HG13  ILE 167          HG13      ILE 167 -23.032  11.781  -2.346
    6   HG21  ILE 167          HG21      ILE 167 -20.679   9.010  -0.160
    7   HG23  ILE 167          HG22      ILE 167 -20.149   9.429  -1.788
    8   HG22  ILE 167          HG23      ILE 167 -21.630   8.501  -1.553
    9   HD13  ILE 167          HD11      ILE 167 -20.960  12.232  -3.297
   10   HD12  ILE 167          HD12      ILE 167 -21.741  11.143  -4.446
   11   HD11  ILE 167          HD13      ILE 167 -20.511  10.529  -3.342

  No H/Q in entry =          11
  In of MODEL   19
    1    H    THR 168           H        THR 168 -21.871  10.681   2.294
    2    HA   THR 168           HA       THR 168 -22.968  13.326   2.740
    3    HB   THR 168           HB       THR 168 -20.891  12.551   4.618
    4    HG1  THR 168           HG1      THR 168 -22.992  10.672   4.173
    5   HG21  THR 168          HG21      THR 168 -23.881  12.922   4.858
    6   HG23  THR 168          HG22      THR 168 -22.622  14.092   5.255
    7   HG22  THR 168          HG23      THR 168 -22.812  12.638   6.233

  No H/Q in entry =           7
  In of MODEL   19
    1    H    ARG 169           H        ARG 169 -21.298  15.067   3.275
    2    HA   ARG 169           HA       ARG 169 -19.341  15.162   1.135
    3    HB2  ARG 169           HB2      ARG 169 -18.664  17.265   2.837
    4    HB3  ARG 169           HB3      ARG 169 -19.710  17.391   1.440
    5    HG2  ARG 169           HG2      ARG 169 -20.938  18.443   3.076
    6    HG3  ARG 169           HG3      ARG 169 -21.636  16.826   3.055
    7    HD2  ARG 169           HD2      ARG 169 -20.881  16.336   5.136
    8    HD3  ARG 169           HD3      ARG 169 -19.394  17.250   4.929
    9    HE   ARG 169           HE       ARG 169 -21.407  19.128   5.030
   10   HH11  ARG 169          HH11      ARG 169 -20.176  16.654   7.195
   11   HH12  ARG 169          HH12      ARG 169 -20.645  17.504   8.630
   12   HH21  ARG 169          HH21      ARG 169 -22.012  20.237   6.901
   13   HH22  ARG 169          HH22      ARG 169 -21.704  19.545   8.463

  No H/Q in entry =          13
  In of MODEL   19
    1    H    GLN 170           H        GLN 170 -19.394  14.122   4.618
    2    HA   GLN 170           HA       GLN 170 -16.895  14.047   5.152
    3    HB2  GLN 170           HB2      GLN 170 -18.811  11.743   5.500
    4    HB3  GLN 170           HB3      GLN 170 -17.346  12.014   6.432
    5    HG2  GLN 170           HG2      GLN 170 -18.385  14.204   7.156
    6    HG3  GLN 170           HG3      GLN 170 -19.889  13.604   6.457
    7   HE21  GLN 170          HE21      GLN 170 -20.912  11.825   7.404
    8   HE22  GLN 170          HE22      GLN 170 -20.555  11.330   9.018

  No H/Q in entry =           8
  In of MODEL   19
    1    H    GLU 171           H        GLU 171 -18.204  12.269   2.200
    2    HA   GLU 171           HA       GLU 171 -16.268  10.281   2.685
    3    HB2  GLU 171           HB2      GLU 171 -18.303  10.818   0.500
    4    HB3  GLU 171           HB3      GLU 171 -17.069   9.558   0.342
    5    HG2  GLU 171           HG2      GLU 171 -18.553   9.463   2.842
    6    HG3  GLU 171           HG3      GLU 171 -19.560   9.254   1.416

  No H/Q in entry =           6
  In of MODEL   19
    1    H    ILE 172           H        ILE 172 -17.171  13.088   1.129
    2    HA   ILE 172           HA       ILE 172 -15.298  13.155  -1.038
    3    HB   ILE 172           HB       ILE 172 -16.942  15.386   0.177
    4   HG12  ILE 172          HG12      ILE 172 -18.435  13.540  -0.207
    5   HG13  ILE 172          HG13      ILE 172 -18.661  14.679  -1.529
    6   HG21  ILE 172          HG21      ILE 172 -15.148  15.800  -1.605
    7   HG23  ILE 172          HG22      ILE 172 -16.767  16.430  -1.911
    8   HG22  ILE 172          HG23      ILE 172 -16.230  14.949  -2.707
    9   HD12  ILE 172          HD11      ILE 172 -18.634  12.363  -2.300
   10   HD11  ILE 172          HD12      ILE 172 -17.002  12.177  -1.651
   11   HD13  ILE 172          HD13      ILE 172 -17.303  13.299  -2.980

  No H/Q in entry =          11
  In of MODEL   19
    1    H    GLY 173           H        GLY 173 -15.314  14.350   2.440
    2    HA3  GLY 173           HA2      GLY 173 -13.207  16.084   1.783
    3    HA2  GLY 173           HA3      GLY 173 -14.052  15.896   3.292

  No H/Q in entry =           3
  In of MODEL   19
    1    H    GLN 174           H        GLN 174 -13.539  13.005   2.600
    2    HA   GLN 174           HA       GLN 174 -11.082  12.604   4.118
    3    HB2  GLN 174           HB2      GLN 174 -13.627  11.191   3.793
    4    HB3  GLN 174           HB3      GLN 174 -12.228  10.134   3.682
    5    HG2  GLN 174           HG2      GLN 174 -13.205  10.358   5.958
    6    HG3  GLN 174           HG3      GLN 174 -11.487  10.741   5.843
    7   HE21  GLN 174          HE21      GLN 174 -14.294  12.740   5.011
    8   HE22  GLN 174          HE22      GLN 174 -13.934  14.000   6.141

  No H/Q in entry =           8
  In of MODEL   19
    1    H    ILE 175           H        ILE 175 -12.649  11.939   1.006
    2    HA   ILE 175           HA       ILE 175 -10.377  10.345   0.052
    3    HB   ILE 175           HB       ILE 175 -12.852  10.716  -1.601
    4   HG12  ILE 175          HG12      ILE 175 -12.679   8.410   0.269
    5   HG13  ILE 175          HG13      ILE 175 -13.160   9.961   0.946
    6   HG21  ILE 175          HG21      ILE 175 -10.824   9.556  -2.499
    7   HG23  ILE 175          HG22      ILE 175 -12.268   8.543  -2.461
    8   HG22  ILE 175          HG23      ILE 175 -11.019   8.345  -1.231
    9   HD12  ILE 175          HD11      ILE 175 -14.533   8.483  -1.287
   10   HD11  ILE 175          HD12      ILE 175 -14.992  10.081  -0.692
   11   HD13  ILE 175          HD13      ILE 175 -15.100   8.676   0.373

  No H/Q in entry =          11
  In of MODEL   19
    1    H    VAL 176           H        VAL 176 -11.815  13.474  -0.498
    2    HA   VAL 176           HA       VAL 176 -10.551  13.781  -3.081
    3    HB   VAL 176           HB       VAL 176 -12.040  15.798  -1.407
    4   HG12  VAL 176          HG11      VAL 176 -12.144  17.105  -3.500
    5   HG11  VAL 176          HG12      VAL 176 -11.024  15.957  -4.233
    6   HG13  VAL 176          HG13      VAL 176 -10.507  16.938  -2.864
    7   HG23  VAL 176          HG21      VAL 176 -13.835  15.490  -3.031
    8   HG22  VAL 176          HG22      VAL 176 -13.461  13.988  -2.183
    9   HG21  VAL 176          HG23      VAL 176 -12.895  14.230  -3.837

  No H/Q in entry =           9
  In of MODEL   19
    1    H    GLY 177           H        GLY 177 -10.229  15.433   0.055
    2    HA3  GLY 177           HA2      GLY 177  -7.634  15.588   0.473
    3    HA2  GLY 177           HA3      GLY 177  -7.780  16.690  -0.894

  No H/Q in entry =           3
  In of MODEL   19
    1    H    CYS 178           H        CYS 178 -10.538  17.311   0.056
    2    HA   CYS 178           HA       CYS 178  -9.725  19.323   2.064
    3    HB2  CYS 178           HB2      CYS 178 -11.718  19.594  -0.196
    4    HB3  CYS 178           HB3      CYS 178 -11.507  20.768   1.097
    5    HG   CYS 178           HG       CYS 178  -8.563  20.593   0.105

  No H/Q in entry =           5
  In of MODEL   19
    1    H    SER 179           H        SER 179 -11.356  19.777   3.634
    2    HA   SER 179           HA       SER 179 -12.871  17.504   4.292
    3    HB2  SER 179           HB2      SER 179 -13.812  19.053   6.121
    4    HB3  SER 179           HB3      SER 179 -12.091  18.698   6.158
    5    HG   SER 179           HG       SER 179 -13.190  21.066   6.142

  No H/Q in entry =           5
  In of MODEL   19
    1    H    ARG 180           H        ARG 180 -14.786  19.648   5.081
    2    HA   ARG 180           HA       ARG 180 -16.768  18.904   3.119
    3    HB2  ARG 180           HB2      ARG 180 -18.376  19.722   5.083
    4    HB3  ARG 180           HB3      ARG 180 -17.826  18.057   5.010
    5    HG2  ARG 180           HG2      ARG 180 -17.533  18.591   7.224
    6    HG3  ARG 180           HG3      ARG 180 -15.926  18.860   6.548
    7    HD2  ARG 180           HD2      ARG 180 -16.022  21.085   6.864
    8    HD3  ARG 180           HD3      ARG 180 -17.742  21.173   6.478
    9    HE   ARG 180           HE       ARG 180 -17.948  20.042   8.799
   10   HH11  ARG 180          HH11      ARG 180 -15.579  22.469   7.902
   11   HH12  ARG 180          HH12      ARG 180 -15.521  23.157   9.493
   12   HH21  ARG 180          HH21      ARG 180 -17.845  20.916  10.876
   13   HH22  ARG 180          HH22      ARG 180 -16.801  22.265  11.191

  No H/Q in entry =          13
  In of MODEL   19
    1    H    GLU 181           H        GLU 181 -14.472  20.952   3.848
    2    HA   GLU 181           HA       GLU 181 -15.583  23.438   4.503
    3    HB2  GLU 181           HB2      GLU 181 -12.985  22.354   3.835
    4    HB3  GLU 181           HB3      GLU 181 -13.179  23.949   3.125
    5    HG2  GLU 181           HG2      GLU 181 -12.142  23.724   5.453
    6    HG3  GLU 181           HG3      GLU 181 -13.310  25.002   5.150

  No H/Q in entry =           6
  In of MODEL   19
    1    H    THR 182           H        THR 182 -13.798  23.004   1.909
    2    HA   THR 182           HA       THR 182 -14.847  24.869   0.066
    3    HB   THR 182           HB       THR 182 -13.212  23.170  -1.468
    4    HG1  THR 182           HG1      THR 182 -11.490  23.669   0.518
    5   HG23  THR 182          HG21      THR 182 -11.725  25.068  -1.475
    6   HG22  THR 182          HG22      THR 182 -12.413  25.667   0.035
    7   HG21  THR 182          HG23      THR 182 -13.381  25.679  -1.438

  No H/Q in entry =           7
  In of MODEL   19
    1    H    VAL 183           H        VAL 183 -14.745  21.382   0.198
    2    HA   VAL 183           HA       VAL 183 -16.519  20.907  -1.987
    3    HB   VAL 183           HB       VAL 183 -14.943  19.475  -0.085
    4   HG13  VAL 183          HG11      VAL 183 -16.261  17.689   0.656
    5   HG12  VAL 183          HG12      VAL 183 -17.658  18.230  -0.290
    6   HG11  VAL 183          HG13      VAL 183 -17.124  19.164   1.108
    7   HG21  VAL 183          HG21      VAL 183 -14.903  19.184  -2.475
    8   HG23  VAL 183          HG22      VAL 183 -16.520  18.464  -2.417
    9   HG22  VAL 183          HG23      VAL 183 -15.160  17.652  -1.635

  No H/Q in entry =           9
  In of MODEL   19
    1    H    GLY 184           H        GLY 184 -16.956  21.609   1.596
    2    HA3  GLY 184           HA2      GLY 184 -19.565  21.103   1.777
    3    HA2  GLY 184           HA3      GLY 184 -18.757  22.460   2.543

  No H/Q in entry =           3
  In of MODEL   19
    1    H    ARG 185           H        ARG 185 -18.188  23.443  -0.520
    2    HA   ARG 185           HA       ARG 185 -20.493  25.152  -0.328
    3    HB2  ARG 185           HB2      ARG 185 -18.133  24.998  -2.236
    4    HB3  ARG 185           HB3      ARG 185 -19.476  26.115  -2.458
    5    HG2  ARG 185           HG2      ARG 185 -17.738  26.058  -0.010
    6    HG3  ARG 185           HG3      ARG 185 -17.439  27.096  -1.406
    7    HD2  ARG 185           HD2      ARG 185 -19.740  28.029  -1.090
    8    HD3  ARG 185           HD3      ARG 185 -19.845  27.113   0.412
    9    HE   ARG 185           HE       ARG 185 -17.663  28.451   0.927
   10   HH11  ARG 185          HH11      ARG 185 -20.528  29.630  -0.719
   11   HH12  ARG 185          HH12      ARG 185 -20.307  31.268  -0.193
   12   HH21  ARG 185          HH21      ARG 185 -17.360  30.607   1.603
   13   HH22  ARG 185          HH22      ARG 185 -18.499  31.827   1.125

  No H/Q in entry =          13
  In of MODEL   19
    1    H    ILE 186           H        ILE 186 -18.837  22.818  -2.114
    2    HA   ILE 186           HA       ILE 186 -20.293  22.849  -4.540
    3    HB   ILE 186           HB       ILE 186 -18.509  20.708  -3.415
    4   HG12  ILE 186          HG12      ILE 186 -17.862  23.286  -4.087
    5   HG13  ILE 186          HG13      ILE 186 -16.741  21.933  -4.102
    6   HG23  ILE 186          HG21      ILE 186 -18.323  19.867  -5.675
    7   HG22  ILE 186          HG22      ILE 186 -19.399  21.131  -6.267
    8   HG21  ILE 186          HG23      ILE 186 -20.017  19.882  -5.187
    9   HD11  ILE 186          HD11      ILE 186 -18.307  22.908  -6.482
   10   HD13  ILE 186          HD12      ILE 186 -17.094  21.626  -6.473
   11   HD12  ILE 186          HD13      ILE 186 -16.620  23.292  -6.136

  No H/Q in entry =          11
  In of MODEL   19
    1    H    LEU 187           H        LEU 187 -20.173  20.442  -2.049
    2    HA   LEU 187           HA       LEU 187 -22.159  18.864  -3.101
    3    HB2  LEU 187           HB2      LEU 187 -21.190  19.149  -0.303
    4    HB3  LEU 187           HB3      LEU 187 -22.159  17.799  -0.907
    5    HG   LEU 187           HG       LEU 187 -19.317  18.516  -1.535
    6   HD13  LEU 187          HD11      LEU 187 -18.855  16.536  -0.728
    7   HD12  LEU 187          HD12      LEU 187 -20.214  15.771  -1.564
    8   HD11  LEU 187          HD13      LEU 187 -20.476  16.613  -0.035
    9   HD22  LEU 187          HD21      LEU 187 -20.372  18.440  -3.739
   10   HD21  LEU 187          HD22      LEU 187 -21.077  16.871  -3.350
   11   HD23  LEU 187          HD23      LEU 187 -19.331  17.043  -3.482

  No H/Q in entry =          11
  In of MODEL   19
    1    H    LYS 188           H        LYS 188 -22.518  21.476  -0.657
    2    HA   LYS 188           HA       LYS 188 -25.256  21.276  -0.462
    3    HB2  LYS 188           HB2      LYS 188 -23.408  23.035   0.491
    4    HB3  LYS 188           HB3      LYS 188 -24.291  24.056  -0.635
    5    HG2  LYS 188           HG2      LYS 188 -25.679  22.402   1.457
    6    HG3  LYS 188           HG3      LYS 188 -25.083  24.030   1.779
    7    HD2  LYS 188           HD2      LYS 188 -26.997  24.824   0.962
    8    HD3  LYS 188           HD3      LYS 188 -26.529  24.205  -0.621
    9    HE2  LYS 188           HE2      LYS 188 -27.567  22.039  -0.042
   10    HE3  LYS 188           HE3      LYS 188 -28.093  22.726   1.493
   11    HZ2  LYS 188           HZ1      LYS 188 -28.916  23.671  -1.210
   12    HZ1  LYS 188           HZ2      LYS 188 -29.412  24.345   0.265
   13    HZ3  LYS 188           HZ3      LYS 188 -29.869  22.764  -0.133

  No H/Q in entry =          13
  In of MODEL   19
    1    H    MET 189           H        MET 189 -23.397  22.507  -3.186
    2    HA   MET 189           HA       MET 189 -25.553  23.933  -4.468
    3    HB2  MET 189           HB2      MET 189 -22.898  22.872  -5.410
    4    HB3  MET 189           HB3      MET 189 -24.087  23.414  -6.588
    5    HG2  MET 189           HG2      MET 189 -24.156  25.601  -5.367
    6    HG3  MET 189           HG3      MET 189 -22.782  25.034  -4.420
    7    HE3  MET 189           HE1      MET 189 -19.805  25.217  -6.704
    8    HE2  MET 189           HE2      MET 189 -20.653  23.719  -6.327
    9    HE1  MET 189           HE3      MET 189 -20.472  24.964  -5.090

  No H/Q in entry =           9
  In of MODEL   19
    1    H    LEU 190           H        LEU 190 -24.401  20.636  -4.384
    2    HA   LEU 190           HA       LEU 190 -25.747  19.553  -6.496
    3    HB2  LEU 190           HB2      LEU 190 -25.409  18.266  -3.808
    4    HB3  LEU 190           HB3      LEU 190 -25.561  17.444  -5.357
    5    HG   LEU 190           HG       LEU 190 -23.281  19.070  -4.320
    6   HD12  LEU 190          HD11      LEU 190 -22.053  16.965  -5.085
    7   HD11  LEU 190          HD12      LEU 190 -23.661  16.237  -5.174
    8   HD13  LEU 190          HD13      LEU 190 -23.061  16.856  -3.638
    9   HD21  LEU 190          HD21      LEU 190 -24.086  18.758  -7.070
   10   HD23  LEU 190          HD22      LEU 190 -22.452  18.175  -6.762
   11   HD22  LEU 190          HD23      LEU 190 -22.892  19.831  -6.343

  No H/Q in entry =          11
  In of MODEL   19
    1    H    GLU 191           H        GLU 191 -27.085  20.100  -3.232
    2    HA   GLU 191           HA       GLU 191 -29.607  19.034  -3.985
    3    HB2  GLU 191           HB2      GLU 191 -28.727  19.201  -1.648
    4    HB3  GLU 191           HB3      GLU 191 -28.933  20.943  -1.739
    5    HG2  GLU 191           HG2      GLU 191 -31.350  20.608  -2.076
    6    HG3  GLU 191           HG3      GLU 191 -31.110  18.873  -1.873

  No H/Q in entry =           6
  In of MODEL   19
    1    H    ASP 192           H        ASP 192 -28.035  21.923  -4.676
    2    HA   ASP 192           HA       ASP 192 -30.469  23.518  -4.898
    3    HB2  ASP 192           HB2      ASP 192 -27.545  24.172  -5.280
    4    HB3  ASP 192           HB3      ASP 192 -28.817  25.291  -5.753

  No H/Q in entry =           4
  In of MODEL   19
    1    H    GLN 193           H        GLN 193 -28.818  21.313  -6.530
    2    HA   GLN 193           HA       GLN 193 -28.785  20.460  -8.625
    3    HB2  GLN 193           HB2      GLN 193 -31.316  21.332  -8.337
    4    HB3  GLN 193           HB3      GLN 193 -30.823  22.337  -9.694
    5    HG2  GLN 193           HG2      GLN 193 -30.058  19.549 -10.010
    6    HG3  GLN 193           HG3      GLN 193 -31.796  19.772  -9.838
    7   HE21  GLN 193          HE21      GLN 193 -30.151  18.953 -12.143
    8   HE22  GLN 193          HE22      GLN 193 -30.550  20.058 -13.411

  No H/Q in entry =           8
  In of MODEL   19
    1    H    ASN 194           H        ASN 194 -27.194  22.782  -7.850
    2    HA   ASN 194           HA       ASN 194 -26.879  24.209 -10.395
    3    HB2  ASN 194           HB2      ASN 194 -26.859  25.344  -8.072
    4    HB3  ASN 194           HB3      ASN 194 -25.245  24.664  -7.898
    5   HD21  ASN 194          HD21      ASN 194 -27.235  26.884  -9.728
    6   HD22  ASN 194          HD22      ASN 194 -25.932  27.810 -10.379

  No H/Q in entry =           6
  In of MODEL   19
    1    H    LEU 195           H        LEU 195 -26.016  21.357  -9.271
    2    HA   LEU 195           HA       LEU 195 -23.691  21.150 -10.968
    3    HB2  LEU 195           HB2      LEU 195 -23.175  21.936  -8.447
    4    HB3  LEU 195           HB3      LEU 195 -23.199  20.206  -8.206
    5    HG   LEU 195           HG       LEU 195 -21.513  21.055 -10.453
    6   HD13  LEU 195          HD11      LEU 195 -21.086  22.948  -9.004
    7   HD12  LEU 195          HD12      LEU 195 -19.703  21.854  -8.965
    8   HD11  LEU 195          HD13      LEU 195 -20.850  21.875  -7.625
    9   HD22  LEU 195          HD21      LEU 195 -20.039  19.416  -9.550
   10   HD21  LEU 195          HD22      LEU 195 -21.676  18.765  -9.431
   11   HD23  LEU 195          HD23      LEU 195 -20.882  19.426  -8.001

  No H/Q in entry =          11
  In of MODEL   19
    1    H    ILE 196           H        ILE 196 -25.917  19.677  -8.699
    2    HA   ILE 196           HA       ILE 196 -26.184  17.231 -10.154
    3    HB   ILE 196           HB       ILE 196 -25.170  17.175  -7.289
    4   HG12  ILE 196          HG12      ILE 196 -23.851  16.176  -9.803
    5   HG13  ILE 196          HG13      ILE 196 -23.349  17.579  -8.855
    6   HG21  ILE 196          HG21      ILE 196 -26.186  15.014  -9.082
    7   HG23  ILE 196          HG22      ILE 196 -26.615  15.366  -7.407
    8   HG22  ILE 196          HG23      ILE 196 -25.043  14.663  -7.789
    9   HD13  ILE 196          HD11      ILE 196 -22.894  16.167  -6.965
   10   HD12  ILE 196          HD12      ILE 196 -21.993  15.607  -8.381
   11   HD11  ILE 196          HD13      ILE 196 -23.457  14.757  -7.862

  No H/Q in entry =          11
  In of MODEL   19
    1    H    SER 197           H        SER 197 -27.943  15.932  -8.560
    2    HA   SER 197           HA       SER 197 -29.350  17.905  -6.968
    3    HB2  SER 197           HB2      SER 197 -30.507  17.832  -9.098
    4    HB3  SER 197           HB3      SER 197 -30.659  16.080  -8.974
    5    HG   SER 197           HG       SER 197 -32.502  17.500  -8.316

  No H/Q in entry =           5
  In of MODEL   19
    1    H    ALA 198           H        ALA 198 -28.969  17.215  -4.964
    2    HA   ALA 198           HA       ALA 198 -29.078  14.364  -4.547
    3    HB2  ALA 198           HB1      ALA 198 -28.105  16.555  -2.726
    4    HB1  ALA 198           HB2      ALA 198 -27.076  15.667  -3.846
    5    HB3  ALA 198           HB3      ALA 198 -27.875  14.818  -2.522

  No H/Q in entry =           5
  In of MODEL   19
    1    H    HIS 199           H        HIS 199 -30.910  13.648  -3.920
    2    HA   HIS 199           HA       HIS 199 -32.912  15.342  -2.674
    3    HB2  HIS 199           HB2      HIS 199 -32.932  12.395  -3.393
    4    HB3  HIS 199           HB3      HIS 199 -34.297  13.251  -2.685
    5    HD1  HIS 199           HD1      HIS 199 -35.631  14.833  -4.230
    6    HD2  HIS 199           HD2      HIS 199 -32.479  12.906  -6.118
    7    HE1  HIS 199           HE1      HIS 199 -36.001  15.187  -6.686
    8    HE2  HIS 199           HE2      HIS 199 -34.240  13.783  -7.809

  No H/Q in entry =           8
  In of MODEL   19
    1    H    GLY 200           H        GLY 200 -31.740  15.874  -0.817
    2    HA3  GLY 200           HA2      GLY 200 -31.398  15.601   1.469
    3    HA2  GLY 200           HA3      GLY 200 -31.884  13.911   1.316

  No H/Q in entry =           3
  In of MODEL   19
    1    H    LYS 201           H        LYS 201 -30.210  12.586   1.854
    2    HA   LYS 201           HA       LYS 201 -27.510  13.481   1.220
    3    HB2  LYS 201           HB2      LYS 201 -26.816  11.421   2.534
    4    HB3  LYS 201           HB3      LYS 201 -27.637  12.681   3.434
    5    HG2  LYS 201           HG2      LYS 201 -29.271  10.464   2.328
    6    HG3  LYS 201           HG3      LYS 201 -28.241  10.133   3.720
    7    HD2  LYS 201           HD2      LYS 201 -30.403  12.232   3.526
    8    HD3  LYS 201           HD3      LYS 201 -30.455  10.750   4.476
    9    HE2  LYS 201           HE2      LYS 201 -28.462  11.618   5.741
   10    HE3  LYS 201           HE3      LYS 201 -28.685  13.151   4.904
   11    HZ1  LYS 201           HZ1      LYS 201 -30.958  13.218   5.824
   12    HZ3  LYS 201           HZ2      LYS 201 -29.757  13.263   7.015
   13    HZ2  LYS 201           HZ3      LYS 201 -30.612  11.833   6.730

  No H/Q in entry =          13
  In of MODEL   19
    1    H    THR 202           H        THR 202 -29.879  11.462   0.066
    2    HA   THR 202           HA       THR 202 -28.288   9.719  -1.529
    3    HB   THR 202           HB       THR 202 -30.808  10.018  -2.792
    4    HG1  THR 202           HG1      THR 202 -31.637  11.148  -1.041
    5   HG22  THR 202          HG21      THR 202 -30.141   7.971  -0.671
    6   HG21  THR 202          HG22      THR 202 -29.502   7.908  -2.313
    7   HG23  THR 202          HG23      THR 202 -31.239   7.796  -2.039

  No H/Q in entry =           7
  In of MODEL   19
    1    H    ILE 203           H        ILE 203 -27.108  10.468  -3.084
    2    HA   ILE 203           HA       ILE 203 -27.717  13.058  -4.227
    3    HB   ILE 203           HB       ILE 203 -25.290  11.364  -3.989
    4   HG12  ILE 203          HG12      ILE 203 -26.118  14.123  -3.212
    5   HG13  ILE 203          HG13      ILE 203 -25.314  12.886  -2.256
    6   HG22  ILE 203          HG21      ILE 203 -25.422  13.706  -5.875
    7   HG21  ILE 203          HG22      ILE 203 -25.560  12.027  -6.400
    8   HG23  ILE 203          HG23      ILE 203 -24.080  12.590  -5.627
    9   HD11  ILE 203          HD11      ILE 203 -24.028  14.466  -4.472
   10   HD13  ILE 203          HD12      ILE 203 -23.220  13.330  -3.374
   11   HD12  ILE 203          HD13      ILE 203 -23.883  14.840  -2.751

  No H/Q in entry =          11
  In of MODEL   19
    1    H    VAL 204           H        VAL 204 -28.664  13.177  -6.121
    2    HA   VAL 204           HA       VAL 204 -28.610  10.860  -7.943
    3    HB   VAL 204           HB       VAL 204 -30.619  13.103  -7.556
    4   HG12  VAL 204          HG11      VAL 204 -30.518  11.106  -9.801
    5   HG11  VAL 204          HG12      VAL 204 -30.206  12.836  -9.931
    6   HG13  VAL 204          HG13      VAL 204 -31.816  12.261  -9.497
    7   HG22  VAL 204          HG21      VAL 204 -30.952  11.213  -6.102
    8   HG21  VAL 204          HG22      VAL 204 -30.854  10.102  -7.468
    9   HG23  VAL 204          HG23      VAL 204 -32.207  11.225  -7.341

  No H/Q in entry =           9
  In of MODEL   19
    1    H    VAL 205           H        VAL 205 -27.032  11.160  -9.016
    2    HA   VAL 205           HA       VAL 205 -26.687  13.477 -10.788
    3    HB   VAL 205           HB       VAL 205 -24.838  11.953 -11.754
    4   HG11  VAL 205          HG11      VAL 205 -24.379  13.673  -9.989
    5   HG13  VAL 205          HG12      VAL 205 -23.241  12.328 -10.012
    6   HG12  VAL 205          HG13      VAL 205 -24.509  12.387  -8.787
    7   HG23  VAL 205          HG21      VAL 205 -25.443  10.240  -9.333
    8   HG22  VAL 205          HG22      VAL 205 -24.115  10.003 -10.470
    9   HG21  VAL 205          HG23      VAL 205 -25.782   9.796 -11.006

  No H/Q in entry =           9
  In of MODEL   19
    1    H    TYR 206           H        TYR 206 -28.753  13.279 -11.332
    2    HA   TYR 206           HA       TYR 206 -30.486  11.577 -12.251
    3    HB2  TYR 206           HB2      TYR 206 -29.407  13.783 -14.039
    4    HB3  TYR 206           HB3      TYR 206 -30.909  12.921 -14.334
    5    HD1  TYR 206           HD1      TYR 206 -29.285  15.560 -12.412
    6    HD2  TYR 206           HD2      TYR 206 -32.806  13.187 -12.796
    7    HE1  TYR 206           HE1      TYR 206 -30.513  17.184 -11.045
    8    HE2  TYR 206           HE2      TYR 206 -34.052  14.791 -11.425
    9    HH   TYR 206           HH       TYR 206 -33.777  16.545  -9.930

  No H/Q in entry =           9
  In of MODEL   19
    1    H    GLY 207           H        GLY 207 -27.657  12.301 -14.259
    2    HA3  GLY 207           HA2      GLY 207 -27.152   9.627 -15.007
    3    HA2  GLY 207           HA3      GLY 207 -28.045  10.437 -16.294

  No H/Q in entry =           3
  In of MODEL   19
    1    H    THR 208           H        THR 208 -27.184  12.736 -16.688
    2    HA   THR 208           HA       THR 208 -24.280  12.553 -17.067
    3    HB   THR 208           HB       THR 208 -25.600  12.871 -19.114
    4    HG1  THR 208           HG1      THR 208 -23.921  14.937 -18.223
    5   HG21  THR 208          HG21      THR 208 -26.631  15.373 -17.785
    6   HG23  THR 208          HG22      THR 208 -27.563  13.924 -18.162
    7   HG22  THR 208          HG23      THR 208 -26.915  14.920 -19.465

  No H/Q in entry =           7
  In of MODEL   19
    1    H    ARG 209           H        ARG 209 -25.572  13.174 -14.542
    2    HA   ARG 209           HA       ARG 209 -25.149  14.522 -12.745
    3    HB2  ARG 209           HB2      ARG 209 -23.785  16.283 -14.787
    4    HB3  ARG 209           HB3      ARG 209 -24.004  16.778 -13.116
    5    HG2  ARG 209           HG2      ARG 209 -22.389  15.406 -12.357
    6    HG3  ARG 209           HG3      ARG 209 -22.756  14.141 -13.534
    7    HD2  ARG 209           HD2      ARG 209 -20.527  15.322 -13.795
    8    HD3  ARG 209           HD3      ARG 209 -21.540  15.231 -15.234
    9    HE   ARG 209           HE       ARG 209 -22.244  17.608 -14.274
   10   HH11  ARG 209          HH11      ARG 209 -19.080  16.181 -14.715
   11   HH12  ARG 209          HH12      ARG 209 -18.283  17.706 -14.932
   12   HH21  ARG 209          HH21      ARG 209 -21.192  19.620 -14.584
   13   HH22  ARG 209          HH22      ARG 209 -19.478  19.652 -14.845

  No H/Q in entry =          13
  In of MODEL   19
    1    H1   VAL   1           H3       VAL   1  31.442  -8.586   1.768
    2    H2   VAL   1           H2       VAL   1  32.627  -8.505   0.566
    3    H3   VAL   1           H1       VAL   1  32.379  -7.190   1.597
    4    HA   VAL   1           HA       VAL   1  30.396  -6.593   0.634
    5    HB   VAL   1           HB       VAL   1  32.202  -7.616  -1.563
    6   HG12  VAL   1          HG11      VAL   1  31.057  -5.976  -3.020
    7   HG11  VAL   1          HG12      VAL   1  29.870  -5.716  -1.741
    8   HG13  VAL   1          HG13      VAL   1  30.009  -7.298  -2.505
    9   HG23  VAL   1          HG21      VAL   1  31.886  -4.863  -0.373
   10   HG22  VAL   1          HG22      VAL   1  32.989  -5.316  -1.672
   11   HG21  VAL   1          HG23      VAL   1  33.217  -5.973  -0.053

  No H/Q in entry =          11
  In of MODEL   19
    1    H    LEU   2           H        LEU   2  31.267  -9.905  -0.301
    2    HA   LEU   2           HA       LEU   2  28.527 -10.309  -1.258
    3    HB2  LEU   2           HB2      LEU   2  31.033 -11.950  -1.566
    4    HB3  LEU   2           HB3      LEU   2  29.449 -12.543  -2.028
    5    HG   LEU   2           HG       LEU   2  30.725 -10.062  -3.184
    6   HD12  LEU   2          HD11      LEU   2  30.529 -12.830  -4.362
    7   HD11  LEU   2          HD12      LEU   2  32.002 -12.082  -3.744
    8   HD13  LEU   2          HD13      LEU   2  31.189 -11.399  -5.153
    9   HD23  LEU   2          HD21      LEU   2  28.462 -11.649  -4.347
   10   HD22  LEU   2          HD22      LEU   2  28.952  -9.991  -4.697
   11   HD21  LEU   2          HD23      LEU   2  28.168 -10.374  -3.166

  No H/Q in entry =          11
  In of MODEL   19
    1    H    GLY   3           H        GLY   3  27.759 -12.683  -0.797
    2    HA3  GLY   3           HA2      GLY   3  28.436 -13.670   1.828
    3    HA2  GLY   3           HA3      GLY   3  26.858 -12.900   1.735

  No H/Q in entry =           3
  In of MODEL   19
    1    H    LYS   4           H        LYS   4  26.661 -15.380   2.470
    2    HA   LYS   4           HA       LYS   4  25.871 -16.808   0.029
    3    HB2  LYS   4           HB2      LYS   4  27.620 -17.688   2.193
    4    HB3  LYS   4           HB3      LYS   4  26.327 -18.829   1.833
    5    HG2  LYS   4           HG2      LYS   4  26.997 -18.712  -0.566
    6    HG3  LYS   4           HG3      LYS   4  28.387 -17.743  -0.073
    7    HD2  LYS   4           HD2      LYS   4  27.808 -20.466   1.063
    8    HD3  LYS   4           HD3      LYS   4  28.794 -20.221  -0.379
    9    HE2  LYS   4           HE2      LYS   4  30.239 -18.692   0.982
   10    HE3  LYS   4           HE3      LYS   4  29.325 -19.197   2.404
   11    HZ3  LYS   4           HZ1      LYS   4  31.342 -20.480   2.185
   12    HZ2  LYS   4           HZ2      LYS   4  30.906 -20.969   0.628
   13    HZ1  LYS   4           HZ3      LYS   4  30.001 -21.485   1.957

  No H/Q in entry =          13
  In of MODEL   19
    1    HA   PRO   5           HA       PRO   5  21.961 -16.904   2.184
    2    HB2  PRO   5           HB2      PRO   5  20.469 -17.943   0.218
    3    HB3  PRO   5           HB3      PRO   5  21.100 -16.294   0.121
    4    HG2  PRO   5           HG2      PRO   5  22.086 -18.784  -1.202
    5    HG3  PRO   5           HG3      PRO   5  21.978 -17.137  -1.849
    6    HD2  PRO   5           HD2      PRO   5  24.288 -18.305  -0.854
    7    HD3  PRO   5           HD3      PRO   5  24.015 -16.558  -1.004

  No H/Q in entry =           7
  In of MODEL   19
    1    H    GLN   6           H        GLN   6  23.277 -18.720   3.434
    2    HA   GLN   6           HA       GLN   6  22.283 -21.385   2.764
    3    HB2  GLN   6           HB2      GLN   6  23.788 -22.134   4.628
    4    HB3  GLN   6           HB3      GLN   6  24.607 -21.360   3.281
    5    HG2  GLN   6           HG2      GLN   6  24.947 -19.369   4.516
    6    HG3  GLN   6           HG3      GLN   6  23.860 -19.901   5.800
    7   HE21  GLN   6          HE21      GLN   6  24.591 -21.329   7.335
    8   HE22  GLN   6          HE22      GLN   6  26.254 -21.776   7.486

  No H/Q in entry =           8
  In of MODEL   19
    1    H    THR   7           H        THR   7  20.874 -18.961   4.164
    2    HA   THR   7           HA       THR   7  19.774 -20.500   6.418
    3    HB   THR   7           HB       THR   7  18.890 -18.184   7.123
    4    HG1  THR   7           HG1      THR   7  19.451 -16.577   5.871
    5   HG21  THR   7          HG21      THR   7  21.861 -18.742   7.145
    6   HG23  THR   7          HG22      THR   7  20.682 -19.356   8.304
    7   HG22  THR   7          HG23      THR   7  21.020 -17.627   8.221

  No H/Q in entry =           7
  In of MODEL   19
    1    H    ASP   8           H        ASP   8  19.090 -20.198   3.316
    2    HA   ASP   8           HA       ASP   8  16.222 -20.274   3.866
    3    HB2  ASP   8           HB2      ASP   8  17.172 -17.981   2.829
    4    HB3  ASP   8           HB3      ASP   8  16.906 -18.887   1.339

  No H/Q in entry =           4
  In of MODEL   19
    1    HA   PRO   9           HA       PRO   9  17.314 -23.863   1.359
    2    HB2  PRO   9           HB2      PRO   9  15.415 -25.495   2.329
    3    HB3  PRO   9           HB3      PRO   9  16.900 -25.140   3.220
    4    HG2  PRO   9           HG2      PRO   9  14.157 -23.993   3.567
    5    HG3  PRO   9           HG3      PRO   9  15.326 -24.496   4.800
    6    HD2  PRO   9           HD2      PRO   9  14.943 -21.894   4.042
    7    HD3  PRO   9           HD3      PRO   9  16.468 -22.513   4.702

  No H/Q in entry =           7
  In of MODEL   19
    1    H    THR  10           H        THR  10  14.049 -22.448   1.687
    2    HA   THR  10           HA       THR  10  13.046 -24.028  -0.531
    3    HB   THR  10           HB       THR  10  11.267 -21.918   0.023
    4    HG1  THR  10           HG1      THR  10  11.116 -22.406   2.428
    5   HG23  THR  10          HG21      THR  10   9.874 -23.667   1.016
    6   HG22  THR  10          HG22      THR  10  11.280 -24.728   1.114
    7   HG21  THR  10          HG23      THR  10  10.654 -24.236  -0.459

  No H/Q in entry =           7
  In of MODEL   19
    1    H    LEU  11           H        LEU  11  14.457 -20.872   0.138
    2    HA   LEU  11           HA       LEU  11  13.787 -19.857  -2.449
    3    HB2  LEU  11           HB2      LEU  11  14.755 -18.775  -0.044
    4    HB3  LEU  11           HB3      LEU  11  15.916 -18.381  -1.313
    5    HG   LEU  11           HG       LEU  11  12.954 -17.976  -1.574
    6   HD11  LEU  11          HD11      LEU  11  13.909 -16.549   0.176
    7   HD13  LEU  11          HD12      LEU  11  13.311 -15.669  -1.236
    8   HD12  LEU  11          HD13      LEU  11  15.047 -15.921  -1.022
    9   HD21  LEU  11          HD21      LEU  11  14.866 -18.171  -3.475
   10   HD23  LEU  11          HD22      LEU  11  14.805 -16.430  -3.191
   11   HD22  LEU  11          HD23      LEU  11  13.339 -17.305  -3.643

  No H/Q in entry =          11
  In of MODEL   19
    1    H    GLU  12           H        GLU  12  16.307 -21.631  -1.111
    2    HA   GLU  12           HA       GLU  12  18.226 -21.273  -3.226
    3    HB2  GLU  12           HB2      GLU  12  18.411 -22.186  -0.582
    4    HB3  GLU  12           HB3      GLU  12  18.693 -23.617  -1.568
    5    HG2  GLU  12           HG2      GLU  12  20.124 -21.125  -2.306
    6    HG3  GLU  12           HG3      GLU  12  20.646 -21.973  -0.853

  No H/Q in entry =           6
  In of MODEL   19
    1    H    TRP  13           H        TRP  13  15.371 -22.778  -2.756
    2    HA   TRP  13           HA       TRP  13  15.916 -24.972  -4.598
    3    HB2  TRP  13           HB2      TRP  13  13.476 -24.139  -3.009
    4    HB3  TRP  13           HB3      TRP  13  13.364 -25.298  -4.333
    5    HD1  TRP  13           HD1      TRP  13  16.496 -26.290  -3.189
    6    HE1  TRP  13           HE1      TRP  13  16.425 -28.088  -1.350
    7    HE3  TRP  13           HE3      TRP  13  11.632 -25.754  -1.743
    8    HZ2  TRP  13           HZ2      TRP  13  14.547 -29.135   0.473
    9    HZ3  TRP  13           HZ3      TRP  13  10.773 -27.191   0.058
   10    HH2  TRP  13           HH2      TRP  13  12.202 -28.848   1.142

  No H/Q in entry =          10
  In of MODEL   19
    1    H    PHE  14           H        PHE  14  15.007 -21.638  -4.365
    2    HA   PHE  14           HA       PHE  14  13.632 -21.486  -6.936
    3    HB2  PHE  14           HB2      PHE  14  12.575 -20.176  -5.302
    4    HB3  PHE  14           HB3      PHE  14  14.081 -19.555  -4.688
    5    HD1  PHE  14           HD1      PHE  14  14.741 -17.472  -5.272
    6    HD2  PHE  14           HD2      PHE  14  12.142 -19.517  -7.906
    7    HE1  PHE  14           HE1      PHE  14  14.650 -15.491  -6.712
    8    HE2  PHE  14           HE2      PHE  14  12.025 -17.539  -9.344
    9    HZ   PHE  14           HZ       PHE  14  13.287 -15.517  -8.753

  No H/Q in entry =           9
  In of MODEL   19
    1    H    LEU  15           H        LEU  15  16.675 -20.831  -5.470
    2    HA   LEU  15           HA       LEU  15  17.412 -18.700  -7.339
    3    HB2  LEU  15           HB2      LEU  15  19.018 -19.718  -4.983
    4    HB3  LEU  15           HB3      LEU  15  19.366 -18.308  -5.964
    5    HG   LEU  15           HG       LEU  15  16.979 -18.620  -4.142
    6   HD13  LEU  15          HD11      LEU  15  18.674 -18.263  -2.688
    7   HD12  LEU  15          HD12      LEU  15  18.258 -16.594  -3.101
    8   HD11  LEU  15          HD13      LEU  15  19.640 -17.383  -3.869
    9   HD21  LEU  15          HD21      LEU  15  16.863 -17.073  -6.268
   10   HD23  LEU  15          HD22      LEU  15  17.823 -15.997  -5.250
   11   HD22  LEU  15          HD23      LEU  15  16.244 -16.543  -4.707

  No H/Q in entry =          11
  In of MODEL   19
    1    H    SER  16           H        SER  16  17.378 -21.885  -6.897
    2    HA   SER  16           HA       SER  16  19.765 -22.452  -8.518
    3    HB2  SER  16           HB2      SER  16  19.107 -24.868  -7.924
    4    HB3  SER  16           HB3      SER  16  19.681 -23.889  -6.568
    5    HG   SER  16           HG       SER  16  17.829 -24.213  -5.671

  No H/Q in entry =           5
  In of MODEL   19
    1    H    HIS  17           H        HIS  17  16.590 -21.569  -8.640
    2    HA   HIS  17           HA       HIS  17  16.166 -23.199 -11.020
    3    HB2  HIS  17           HB2      HIS  17  14.324 -22.298  -8.932
    4    HB3  HIS  17           HB3      HIS  17  13.730 -22.072 -10.573
    5    HD1  HIS  17           HD1      HIS  17  14.028 -24.562  -7.969
    6    HD2  HIS  17           HD2      HIS  17  13.812 -24.602 -12.122
    7    HE1  HIS  17           HE1      HIS  17  13.388 -26.913  -8.592
    8    HE2  HIS  17           HE2      HIS  17  13.438 -26.956 -11.108

  No H/Q in entry =           8
  In of MODEL   19
    1    H    CYS  18           H        CYS  18  17.045 -20.091 -10.042
    2    HA   CYS  18           HA       CYS  18  15.739 -18.858 -12.349
    3    HB2  CYS  18           HB2      CYS  18  15.960 -16.720 -11.120
    4    HB3  CYS  18           HB3      CYS  18  14.924 -17.906 -10.345
    5    HG   CYS  18           HG       CYS  18  16.320 -16.451  -8.471

  No H/Q in entry =           5
  In of MODEL   19
    1    H    HIS  19           H        HIS  19  17.439 -16.463 -11.591
    2    HA   HIS  19           HA       HIS  19  20.095 -17.189 -12.528
    3    HB2  HIS  19           HB2      HIS  19  19.179 -16.846 -14.671
    4    HB3  HIS  19           HB3      HIS  19  18.102 -15.577 -14.122
    5    HD1  HIS  19           HD1      HIS  19  21.916 -15.903 -14.298
    6    HD2  HIS  19           HD2      HIS  19  18.843 -13.292 -15.292
    7    HE1  HIS  19           HE1      HIS  19  23.036 -13.881 -15.291
    8    HE2  HIS  19           HE2      HIS  19  21.164 -12.233 -15.666

  No H/Q in entry =           8
  In of MODEL   19
    1    H    ILE  20           H        ILE  20  20.713 -16.352 -10.185
    2    HA   ILE  20           HA       ILE  20  20.355 -13.623  -9.554
    3    HB   ILE  20           HB       ILE  20  22.062 -15.854  -8.588
    4   HG12  ILE  20          HG12      ILE  20  21.029 -14.614  -6.397
    5   HG13  ILE  20          HG13      ILE  20  19.799 -14.274  -7.607
    6   HG21  ILE  20          HG21      ILE  20  23.564 -13.884  -8.749
    7   HG23  ILE  20          HG22      ILE  20  23.364 -14.515  -7.115
    8   HG22  ILE  20          HG23      ILE  20  22.512 -13.051  -7.603
    9   HD12  ILE  20          HD11      ILE  20  20.789 -16.978  -6.745
   10   HD11  ILE  20          HD12      ILE  20  19.641 -16.695  -8.053
   11   HD13  ILE  20          HD13      ILE  20  19.216 -16.252  -6.398

  No H/Q in entry =          11
  In of MODEL   19
    1    H    HIS  21           H        HIS  21  21.150 -12.084 -10.449
    2    HA   HIS  21           HA       HIS  21  23.390 -11.023 -10.505
    3    HB2  HIS  21           HB2      HIS  21  24.694 -12.795 -11.470
    4    HB3  HIS  21           HB3      HIS  21  23.708 -12.821 -12.925
    5    HD1  HIS  21           HD1      HIS  21  25.505  -9.839 -11.248
    6    HD2  HIS  21           HD2      HIS  21  25.373 -11.954 -14.839
    7    HE1  HIS  21           HE1      HIS  21  27.050  -8.618 -12.835
    8    HE2  HIS  21           HE2      HIS  21  27.049  -9.995 -14.941

  No H/Q in entry =           8
  In of MODEL   19
    1    H    LYS  22           H        LYS  22  23.121  -9.176 -10.898
    2    HA   LYS  22           HA       LYS  22  21.108  -8.428 -12.856
    3    HB2  LYS  22           HB2      LYS  22  20.684  -8.068 -10.281
    4    HB3  LYS  22           HB3      LYS  22  21.607  -6.611 -10.565
    5    HG2  LYS  22           HG2      LYS  22  19.842  -6.515 -12.619
    6    HG3  LYS  22           HG3      LYS  22  18.885  -7.320 -11.382
    7    HD2  LYS  22           HD2      LYS  22  19.305  -5.537  -9.835
    8    HD3  LYS  22           HD3      LYS  22  20.366  -4.737 -10.997
    9    HE2  LYS  22           HE2      LYS  22  18.479  -4.466 -12.537
   10    HE3  LYS  22           HE3      LYS  22  17.416  -5.256 -11.371
   11    HZ3  LYS  22           HZ1      LYS  22  17.070  -3.272 -10.493
   12    HZ2  LYS  22           HZ2      LYS  22  18.225  -2.553 -11.503
   13    HZ1  LYS  22           HZ3      LYS  22  18.694  -3.219 -10.018

  No H/Q in entry =          13
  In of MODEL   19
    1    H    TYR  23           H        TYR  23  22.169  -5.661 -11.655
    2    HA   TYR  23           HA       TYR  23  24.389  -5.256 -13.398
    3    HB2  TYR  23           HB2      TYR  23  22.698  -3.270 -14.336
    4    HB3  TYR  23           HB3      TYR  23  23.380  -4.588 -15.244
    5    HD1  TYR  23           HD1      TYR  23  21.351  -6.647 -13.804
    6    HD2  TYR  23           HD2      TYR  23  20.924  -2.994 -15.889
    7    HE1  TYR  23           HE1      TYR  23  19.107  -7.336 -14.476
    8    HE2  TYR  23           HE2      TYR  23  18.649  -3.640 -16.562
    9    HH   TYR  23           HH       TYR  23  17.372  -5.836 -16.883

  No H/Q in entry =           9
  In of MODEL   19
    1    HA   PRO  24           HA       PRO  24  25.443  -1.425 -11.296
    2    HB2  PRO  24           HB2      PRO  24  24.564   0.434 -13.306
    3    HB3  PRO  24           HB3      PRO  24  26.215  -0.060 -12.931
    4    HG2  PRO  24           HG2      PRO  24  24.386  -1.039 -15.035
    5    HG3  PRO  24           HG3      PRO  24  26.158  -1.044 -14.990
    6    HD2  PRO  24           HD2      PRO  24  24.772  -3.304 -14.717
    7    HD3  PRO  24           HD3      PRO  24  26.240  -3.014 -13.758

  No H/Q in entry =           7
  In of MODEL   19
    1    H    SER  25           H        SER  25  24.362   0.319 -10.026
    2    HA   SER  25           HA       SER  25  21.539   0.142 -10.040
    3    HB2  SER  25           HB2      SER  25  22.283   2.616  -8.934
    4    HB3  SER  25           HB3      SER  25  21.769   1.158  -8.104
    5    HG   SER  25           HG       SER  25  24.174   2.274  -8.071

  No H/Q in entry =           5
  In of MODEL   19
    1    H    LYS  26           H        LYS  26  20.052   1.637 -10.630
    2    HA   LYS  26           HA       LYS  26  19.370   3.684 -11.800
    3    HB2  LYS  26           HB2      LYS  26  21.721   4.260 -12.561
    4    HB3  LYS  26           HB3      LYS  26  21.713   2.900 -13.675
    5    HG2  LYS  26           HG2      LYS  26  19.823   3.955 -14.990
    6    HG3  LYS  26           HG3      LYS  26  19.704   5.260 -13.813
    7    HD2  LYS  26           HD2      LYS  26  22.051   5.984 -14.480
    8    HD3  LYS  26           HD3      LYS  26  22.126   4.636 -15.631
    9    HE2  LYS  26           HE2      LYS  26  20.048   5.510 -16.819
   10    HE3  LYS  26           HE3      LYS  26  19.972   6.880 -15.700
   11    HZ1  LYS  26           HZ1      LYS  26  22.484   6.351 -17.175
   12    HZ2  LYS  26           HZ2      LYS  26  21.255   7.130 -17.931
   13    HZ3  LYS  26           HZ3      LYS  26  21.856   7.761 -16.499

  No H/Q in entry =          13
  In of MODEL   19
    1    H    SER  27           H        SER  27  19.938   0.457 -12.267
    2    HA   SER  27           HA       SER  27  18.671   0.193 -14.801
    3    HB2  SER  27           HB2      SER  27  18.807  -2.295 -14.176
    4    HB3  SER  27           HB3      SER  27  20.319  -1.426 -14.434
    5    HG   SER  27           HG       SER  27  20.829  -1.686 -12.411

  No H/Q in entry =           5
  In of MODEL   19
    1    H    THR  28           H        THR  28  16.713   0.843 -14.755
    2    HA   THR  28           HA       THR  28  14.735  -0.239 -12.873
    3    HB   THR  28           HB       THR  28  14.518   1.679 -15.237
    4    HG1  THR  28           HG1      THR  28  15.629   2.773 -13.714
    5   HG22  THR  28          HG21      THR  28  12.330   2.300 -14.329
    6   HG21  THR  28          HG22      THR  28  12.504   1.072 -13.077
    7   HG23  THR  28          HG23      THR  28  12.391   0.593 -14.770

  No H/Q in entry =           7
  In of MODEL   19
    1    H    LEU  29           H        LEU  29  13.019  -1.268 -13.884
    2    HA   LEU  29           HA       LEU  29  13.922  -3.146 -15.917
    3    HB2  LEU  29           HB2      LEU  29  12.623  -4.743 -14.024
    4    HB3  LEU  29           HB3      LEU  29  14.328  -4.774 -14.414
    5    HG   LEU  29           HG       LEU  29  12.963  -3.390 -12.090
    6   HD11  LEU  29          HD11      LEU  29  13.446  -5.862 -12.020
    7   HD13  LEU  29          HD12      LEU  29  14.156  -4.889 -10.727
    8   HD12  LEU  29          HD13      LEU  29  15.159  -5.430 -12.075
    9   HD21  LEU  29          HD21      LEU  29  14.892  -2.074 -13.040
   10   HD23  LEU  29          HD22      LEU  29  15.915  -3.417 -12.527
   11   HD22  LEU  29          HD23      LEU  29  14.974  -2.513 -11.334

  No H/Q in entry =          11
  In of MODEL   19
    1    H    ILE  30           H        ILE  30  11.358  -1.626 -14.190
    2    HA   ILE  30           HA       ILE  30   9.424  -2.043 -16.029
    3    HB   ILE  30           HB       ILE  30   8.022  -3.617 -14.184
    4   HG12  ILE  30          HG12      ILE  30   9.372  -5.808 -14.483
    5   HG13  ILE  30          HG13      ILE  30  10.763  -4.752 -14.678
    6   HG23  ILE  30          HG21      ILE  30   7.469  -3.650 -16.461
    7   HG22  ILE  30          HG22      ILE  30   8.016  -5.281 -16.072
    8   HG21  ILE  30          HG23      ILE  30   9.086  -4.178 -16.933
    9   HD13  ILE  30          HD11      ILE  30  10.714  -5.447 -12.427
   10   HD12  ILE  30          HD12      ILE  30   8.999  -5.052 -12.273
   11   HD11  ILE  30          HD13      ILE  30  10.188  -3.763 -12.454

  No H/Q in entry =          11
  In of MODEL   19
    1    H    HIS  31           H        HIS  31   8.544  -0.368 -15.826
    2    HA   HIS  31           HA       HIS  31   6.509   0.306 -14.072
    3    HB2  HIS  31           HB2      HIS  31   7.899   0.780 -12.260
    4    HB3  HIS  31           HB3      HIS  31   9.297   0.979 -13.288
    5    HD1  HIS  31           HD1      HIS  31   6.894   2.887 -11.294
    6    HD2  HIS  31           HD2      HIS  31   9.496   3.647 -14.442
    7    HE1  HIS  31           HE1      HIS  31   7.070   5.381 -11.448
    8    HE2  HIS  31           HE2      HIS  31   8.427   5.792 -13.541

  No H/Q in entry =           8
  In of MODEL   19
    1    H    GLN  32           H        GLN  32   6.620   0.342 -16.819
    2    HA   GLN  32           HA       GLN  32   6.366   3.225 -17.294
    3    HB2  GLN  32           HB2      GLN  32   8.718   2.510 -18.000
    4    HB3  GLN  32           HB3      GLN  32   7.948   1.552 -19.259
    5    HG2  GLN  32           HG2      GLN  32   6.789   4.043 -19.543
    6    HG3  GLN  32           HG3      GLN  32   8.466   4.409 -19.146
    7   HE21  GLN  32          HE21      GLN  32   9.378   1.886 -20.379
    8   HE22  GLN  32          HE22      GLN  32   9.326   2.165 -22.084

  No H/Q in entry =           8
  In of MODEL   19
    1    H    GLY  33           H        GLY  33   5.295   0.098 -17.567
    2    HA3  GLY  33           HA2      GLY  33   2.941  -0.049 -18.347
    3    HA2  GLY  33           HA3      GLY  33   3.462   0.920 -19.710

  No H/Q in entry =           3
  In of MODEL   19
    1    H    GLU  34           H        GLU  34   5.734  -1.330 -18.651
    2    HA   GLU  34           HA       GLU  34   5.386  -3.081 -20.971
    3    HB2  GLU  34           HB2      GLU  34   7.503  -3.535 -18.947
    4    HB3  GLU  34           HB3      GLU  34   7.605  -3.606 -20.689
    5    HG2  GLU  34           HG2      GLU  34   8.908  -1.773 -20.298
    6    HG3  GLU  34           HG3      GLU  34   7.343  -0.980 -20.452

  No H/Q in entry =           6
  In of MODEL   19
    1    H    LYS  35           H        LYS  35   4.195  -4.750 -20.683
    2    HA   LYS  35           HA       LYS  35   3.019  -5.909 -18.594
    3    HB2  LYS  35           HB2      LYS  35   4.127  -7.100 -21.105
    4    HB3  LYS  35           HB3      LYS  35   3.535  -8.193 -19.859
    5    HG2  LYS  35           HG2      LYS  35   1.369  -7.067 -19.894
    6    HG3  LYS  35           HG3      LYS  35   1.957  -5.983 -21.157
    7    HD2  LYS  35           HD2      LYS  35   0.663  -7.713 -22.199
    8    HD3  LYS  35           HD3      LYS  35   2.360  -7.989 -22.590
    9    HE2  LYS  35           HE2      LYS  35   1.892  -9.385 -20.209
   10    HE3  LYS  35           HE3      LYS  35   0.491  -9.706 -21.231
   11    HZ1  LYS  35           HZ1      LYS  35   3.194  -9.923 -22.366
   12    HZ3  LYS  35           HZ2      LYS  35   1.777 -10.720 -22.821
   13    HZ2  LYS  35           HZ3      LYS  35   2.594 -11.188 -21.412

  No H/Q in entry =          13
  In of MODEL   19
    1    H    ALA  36           H        ALA  36   3.867  -6.272 -16.625
    2    HA   ALA  36           HA       ALA  36   6.470  -6.649 -15.964
    3    HB1  ALA  36           HB1      ALA  36   4.714  -6.275 -14.365
    4    HB3  ALA  36           HB2      ALA  36   5.697  -7.667 -13.895
    5    HB2  ALA  36           HB3      ALA  36   4.107  -7.913 -14.618

  No H/Q in entry =           5
  In of MODEL   19
    1    H    GLU  37           H        GLU  37   4.503  -9.546 -15.504
    2    HA   GLU  37           HA       GLU  37   4.790 -11.741 -15.943
    3    HB2  GLU  37           HB2      GLU  37   6.197 -10.569 -18.299
    4    HB3  GLU  37           HB3      GLU  37   6.180 -12.306 -18.035
    5    HG2  GLU  37           HG2      GLU  37   3.680 -12.156 -17.915
    6    HG3  GLU  37           HG3      GLU  37   3.837 -10.491 -18.480

  No H/Q in entry =           6
  In of MODEL   19
    1    H    THR  38           H        THR  38   7.988 -10.217 -16.518
    2    HA   THR  38           HA       THR  38   9.281 -12.655 -15.525
    3    HB   THR  38           HB       THR  38  10.351 -10.044 -16.635
    4    HG1  THR  38           HG1      THR  38   9.407 -11.925 -17.976
    5   HG21  THR  38          HG21      THR  38  11.863 -11.013 -14.895
    6   HG23  THR  38          HG22      THR  38  12.575 -10.907 -16.504
    7   HG22  THR  38          HG23      THR  38  12.001 -12.460 -15.898

  No H/Q in entry =           7
  In of MODEL   19
    1    H    LEU  39           H        LEU  39  10.119 -12.836 -13.562
    2    HA   LEU  39           HA       LEU  39   9.724 -10.580 -11.776
    3    HB2  LEU  39           HB2      LEU  39   8.707 -12.071 -10.482
    4    HB3  LEU  39           HB3      LEU  39   9.175 -13.373 -11.557
    5    HG   LEU  39           HG       LEU  39  11.362 -12.494  -9.826
    6   HD11  LEU  39          HD11      LEU  39   8.756 -13.285  -8.616
    7   HD13  LEU  39          HD12      LEU  39   9.961 -12.128  -8.050
    8   HD12  LEU  39          HD13      LEU  39  10.256 -13.859  -7.884
    9   HD21  LEU  39          HD21      LEU  39  10.077 -15.079 -10.621
   10   HD23  LEU  39          HD22      LEU  39  11.311 -15.012  -9.363
   11   HD22  LEU  39          HD23      LEU  39  11.690 -14.476 -11.000

  No H/Q in entry =          11
  In of MODEL   19
    1    H    TYR  40           H        TYR  40  11.375  -9.980 -10.280
    2    HA   TYR  40           HA       TYR  40  14.012 -11.142 -10.869
    3    HB2  TYR  40           HB2      TYR  40  13.647  -8.212 -10.260
    4    HB3  TYR  40           HB3      TYR  40  15.094  -9.024 -10.826
    5    HD1  TYR  40           HD1      TYR  40  11.698  -7.983 -11.844
    6    HD2  TYR  40           HD2      TYR  40  15.585  -9.110 -13.126
    7    HE1  TYR  40           HE1      TYR  40  11.165  -7.253 -14.100
    8    HE2  TYR  40           HE2      TYR  40  15.043  -8.394 -15.418
    9    HH   TYR  40           HH       TYR  40  12.056  -6.693 -16.136

  No H/Q in entry =           9
  In of MODEL   19
    1    H    TYR  41           H        TYR  41  14.878 -11.909  -9.015
    2    HA   TYR  41           HA       TYR  41  13.812 -10.885  -6.486
    3    HB2  TYR  41           HB2      TYR  41  14.023 -13.389  -7.249
    4    HB3  TYR  41           HB3      TYR  41  15.699 -13.194  -6.741
    5    HD1  TYR  41           HD1      TYR  41  15.291 -11.353  -4.445
    6    HD2  TYR  41           HD2      TYR  41  13.210 -14.822  -5.658
    7    HE1  TYR  41           HE1      TYR  41  14.608 -11.727  -2.131
    8    HE2  TYR  41           HE2      TYR  41  12.532 -15.232  -3.382
    9    HH   TYR  41           HH       TYR  41  13.262 -12.874  -0.794

  No H/Q in entry =           9
  In of MODEL   19
    1    H    ILE  42           H        ILE  42  15.000  -8.950  -6.390
    2    HA   ILE  42           HA       ILE  42  17.786  -8.710  -6.651
    3    HB   ILE  42           HB       ILE  42  16.488  -6.738  -6.613
    4   HG12  ILE  42          HG12      ILE  42  17.974  -6.951  -4.001
    5   HG13  ILE  42          HG13      ILE  42  18.576  -6.322  -5.536
    6   HG22  ILE  42          HG21      ILE  42  15.496  -6.839  -3.867
    7   HG21  ILE  42          HG22      ILE  42  14.804  -8.053  -4.940
    8   HG23  ILE  42          HG23      ILE  42  14.693  -6.344  -5.355
    9   HD11  ILE  42          HD11      ILE  42  16.331  -4.811  -5.059
   10   HD13  ILE  42          HD12      ILE  42  18.003  -4.323  -4.785
   11   HD12  ILE  42          HD13      ILE  42  17.055  -5.005  -3.462

  No H/Q in entry =          11
  In of MODEL   19
    1    H    VAL  43           H        VAL  43  19.086 -10.204  -5.605
    2    HA   VAL  43           HA       VAL  43  18.280 -10.856  -2.883
    3    HB   VAL  43           HB       VAL  43  19.678 -12.909  -3.104
    4   HG12  VAL  43          HG11      VAL  43  17.417 -12.469  -5.036
    5   HG11  VAL  43          HG12      VAL  43  17.252 -12.852  -3.320
    6   HG13  VAL  43          HG13      VAL  43  17.957 -14.035  -4.423
    7   HG23  VAL  43          HG21      VAL  43  19.763 -13.475  -5.685
    8   HG22  VAL  43          HG22      VAL  43  21.130 -12.740  -4.840
    9   HG21  VAL  43          HG23      VAL  43  20.034 -11.739  -5.796

  No H/Q in entry =           9
  In of MODEL   19
    1    H    LYS  44           H        LYS  44  20.455  -9.133  -4.343
    2    HA   LYS  44           HA       LYS  44  22.147  -8.556  -2.171
    3    HB2  LYS  44           HB2      LYS  44  22.959 -10.757  -3.755
    4    HB3  LYS  44           HB3      LYS  44  23.907  -9.402  -4.336
    5    HG2  LYS  44           HG2      LYS  44  23.796 -10.396  -1.482
    6    HG3  LYS  44           HG3      LYS  44  25.098 -10.675  -2.639
    7    HD2  LYS  44           HD2      LYS  44  25.885  -8.545  -2.487
    8    HD3  LYS  44           HD3      LYS  44  24.294  -7.869  -2.123
    9    HE2  LYS  44           HE2      LYS  44  24.396  -8.730   0.127
   10    HE3  LYS  44           HE3      LYS  44  25.913  -9.559  -0.221
   11    HZ2  LYS  44           HZ1      LYS  44  26.017  -7.349   1.001
   12    HZ1  LYS  44           HZ2      LYS  44  25.669  -6.629  -0.487
   13    HZ3  LYS  44           HZ3      LYS  44  27.071  -7.563  -0.306

  No H/Q in entry =          13
  In of MODEL   19
    1    H    GLY  45           H        GLY  45  21.331  -6.691  -2.674
    2    HA3  GLY  45           HA2      GLY  45  22.627  -4.662  -3.846
    3    HA2  GLY  45           HA3      GLY  45  21.596  -5.273  -5.156

  No H/Q in entry =           3
  In of MODEL   19
    1    H    SER  46           H        SER  46  20.892  -2.796  -4.117
    2    HA   SER  46           HA       SER  46  18.291  -3.541  -3.108
    3    HB2  SER  46           HB2      SER  46  19.657  -2.857  -1.168
    4    HB3  SER  46           HB3      SER  46  19.987  -1.322  -1.969
    5    HG   SER  46           HG       SER  46  18.199  -0.654  -1.128

  No H/Q in entry =           5
  In of MODEL   19
    1    H    VAL  47           H        VAL  47  16.609  -2.197  -3.720
    2    HA   VAL  47           HA       VAL  47  17.395  -0.345  -5.845
    3    HB   VAL  47           HB       VAL  47  15.582  -1.020  -7.283
    4   HG13  VAL  47          HG11      VAL  47  16.471  -3.084  -8.037
    5   HG12  VAL  47          HG12      VAL  47  17.058  -3.486  -6.422
    6   HG11  VAL  47          HG13      VAL  47  17.818  -2.181  -7.336
    7   HG21  VAL  47          HG21      VAL  47  14.006  -1.774  -5.558
    8   HG23  VAL  47          HG22      VAL  47  15.025  -3.187  -5.278
    9   HG22  VAL  47          HG23      VAL  47  14.235  -2.969  -6.838

  No H/Q in entry =           9
  In of MODEL   19
    1    H    ALA  48           H        ALA  48  15.378   0.948  -6.658
    2    HA   ALA  48           HA       ALA  48  14.192   2.004  -4.188
    3    HB2  ALA  48           HB1      ALA  48  14.925   3.634  -6.611
    4    HB1  ALA  48           HB2      ALA  48  15.967   3.455  -5.200
    5    HB3  ALA  48           HB3      ALA  48  14.387   4.218  -5.037

  No H/Q in entry =           5
  In of MODEL   19
    1    H    VAL  49           H        VAL  49  12.265   1.233  -4.242
    2    HA   VAL  49           HA       VAL  49  10.754   0.696  -6.556
    3    HB   VAL  49           HB       VAL  49   9.932   0.950  -3.653
    4   HG13  VAL  49          HG11      VAL  49   7.862   0.146  -4.160
    5   HG12  VAL  49          HG12      VAL  49   8.415  -0.643  -5.636
    6   HG11  VAL  49          HG13      VAL  49   8.166   1.103  -5.611
    7   HG23  VAL  49          HG21      VAL  49  10.549  -1.423  -5.389
    8   HG22  VAL  49          HG22      VAL  49  10.017  -1.485  -3.704
    9   HG21  VAL  49          HG23      VAL  49  11.585  -0.780  -4.112

  No H/Q in entry =           9
  In of MODEL   19
    1    H    LEU  50           H        LEU  50   9.096   1.864  -7.472
    2    HA   LEU  50           HA       LEU  50   8.386   4.411  -6.440
    3    HB2  LEU  50           HB2      LEU  50   9.166   5.792  -8.150
    4    HB3  LEU  50           HB3      LEU  50  10.523   4.791  -7.689
    5    HG   LEU  50           HG       LEU  50   8.874   4.621 -10.194
    6   HD12  LEU  50          HD11      LEU  50  11.062   4.989 -11.230
    7   HD11  LEU  50          HD12      LEU  50  11.789   5.105  -9.622
    8   HD13  LEU  50          HD13      LEU  50  10.598   6.313 -10.154
    9   HD21  LEU  50          HD21      LEU  50   9.328   2.353  -9.384
   10   HD23  LEU  50          HD22      LEU  50  11.048   2.738  -9.288
   11   HD22  LEU  50          HD23      LEU  50  10.228   2.729 -10.851

  No H/Q in entry =          11
  In of MODEL   19
    1    H    ILE  51           H        ILE  51   6.575   5.339  -7.341
    2    HA   ILE  51           HA       ILE  51   5.022   3.413  -8.947
    3    HB   ILE  51           HB       ILE  51   3.046   4.604  -7.801
    4   HG12  ILE  51          HG12      ILE  51   3.723   5.110  -5.346
    5   HG13  ILE  51          HG13      ILE  51   5.335   5.362  -6.002
    6   HG21  ILE  51          HG21      ILE  51   4.830   2.515  -6.642
    7   HG23  ILE  51          HG22      ILE  51   3.251   2.345  -7.411
    8   HG22  ILE  51          HG23      ILE  51   3.376   3.022  -5.786
    9   HD13  ILE  51          HD11      ILE  51   4.329   7.482  -5.847
   10   HD12  ILE  51          HD12      ILE  51   2.828   6.908  -6.574
   11   HD11  ILE  51          HD13      ILE  51   4.285   7.055  -7.557

  No H/Q in entry =          11
  In of MODEL   19
    1    H    LYS  52           H        LYS  52   3.018   4.480  -9.753
    2    HA   LYS  52           HA       LYS  52   3.636   7.113 -10.907
    3    HB2  LYS  52           HB2      LYS  52   2.530   4.656 -12.223
    4    HB3  LYS  52           HB3      LYS  52   2.006   6.238 -12.793
    5    HG2  LYS  52           HG2      LYS  52   4.290   6.879 -13.240
    6    HG3  LYS  52           HG3      LYS  52   4.877   5.352 -12.580
    7    HD2  LYS  52           HD2      LYS  52   4.054   4.120 -14.384
    8    HD3  LYS  52           HD3      LYS  52   2.942   5.402 -14.867
    9    HE2  LYS  52           HE2      LYS  52   5.879   5.924 -14.894
   10    HE3  LYS  52           HE3      LYS  52   5.157   4.985 -16.205
   11    HZ3  LYS  52           HZ1      LYS  52   4.152   6.795 -17.046
   12    HZ2  LYS  52           HZ2      LYS  52   5.345   7.645 -16.190
   13    HZ1  LYS  52           HZ3      LYS  52   3.795   7.451 -15.531

  No H/Q in entry =          13
  In of MODEL   19
    1    H    ASP  53           H        ASP  53   1.897   8.574 -11.001
    2    HA   ASP  53           HA       ASP  53  -0.277   7.805  -9.230
    3    HB2  ASP  53           HB2      ASP  53   1.454   9.682  -8.708
    4    HB3  ASP  53           HB3      ASP  53   0.350  10.635  -9.686

  No H/Q in entry =           4
  In of MODEL   19
    1    H    GLU  54           H        GLU  54  -1.691  10.418  -9.846
    2    HA   GLU  54           HA       GLU  54  -3.202   9.196 -12.026
    3    HB2  GLU  54           HB2      GLU  54  -4.024  10.644  -9.643
    4    HB3  GLU  54           HB3      GLU  54  -4.673  11.370 -11.111
    5    HG2  GLU  54           HG2      GLU  54  -5.260   8.930 -11.730
    6    HG3  GLU  54           HG3      GLU  54  -5.122   8.653  -9.995

  No H/Q in entry =           6
  In of MODEL   19
    1    H    GLU  55           H        GLU  55  -0.807  11.500 -11.511
    2    HA   GLU  55           HA       GLU  55  -1.619  12.980 -13.956
    3    HB2  GLU  55           HB2      GLU  55  -0.589  14.964 -13.163
    4    HB3  GLU  55           HB3      GLU  55  -1.431  14.342 -11.752
    5    HG2  GLU  55           HG2      GLU  55   1.453  13.722 -12.253
    6    HG3  GLU  55           HG3      GLU  55   0.945  15.198 -11.421

  No H/Q in entry =           6
  In of MODEL   19
    1    H    GLY  56           H        GLY  56   0.012  10.408 -13.196
    2    HA3  GLY  56           HA2      GLY  56   1.687   9.367 -14.454
    3    HA2  GLY  56           HA3      GLY  56   1.995  10.901 -15.255

  No H/Q in entry =           3
  In of MODEL   19
    1    H    LYS  57           H        LYS  57   2.082  10.855 -11.656
    2    HA   LYS  57           HA       LYS  57   4.828  11.665 -11.889
    3    HB2  LYS  57           HB2      LYS  57   3.579  12.946 -10.364
    4    HB3  LYS  57           HB3      LYS  57   2.670  11.558  -9.799
    5    HG2  LYS  57           HG2      LYS  57   4.732  10.769  -8.641
    6    HG3  LYS  57           HG3      LYS  57   5.498  12.294  -9.093
    7    HD2  LYS  57           HD2      LYS  57   4.648  12.543  -6.864
    8    HD3  LYS  57           HD3      LYS  57   3.623  13.491  -7.941
    9    HE2  LYS  57           HE2      LYS  57   2.685  10.753  -7.605
   10    HE3  LYS  57           HE3      LYS  57   2.769  11.632  -6.083
   11    HZ2  LYS  57           HZ1      LYS  57   0.599  11.800  -7.297
   12    HZ1  LYS  57           HZ2      LYS  57   1.388  12.695  -8.497
   13    HZ3  LYS  57           HZ3      LYS  57   1.310  13.287  -6.919

  No H/Q in entry =          13
  In of MODEL   19
    1    H    GLU  58           H        GLU  58   6.423  10.182 -11.775
    2    HA   GLU  58           HA       GLU  58   5.849   7.593 -10.588
    3    HB2  GLU  58           HB2      GLU  58   8.021   7.213 -12.202
    4    HB3  GLU  58           HB3      GLU  58   6.371   6.845 -12.675
    5    HG2  GLU  58           HG2      GLU  58   6.244   9.172 -13.628
    6    HG3  GLU  58           HG3      GLU  58   7.982   9.292 -13.343

  No H/Q in entry =           6
  In of MODEL   19
    1    H    MET  59           H        MET  59   6.697   8.173  -8.368
    2    HA   MET  59           HA       MET  59   9.374   9.279  -8.536
    3    HB2  MET  59           HB2      MET  59   6.891  10.094  -7.250
    4    HB3  MET  59           HB3      MET  59   8.213   9.902  -6.101
    5    HG2  MET  59           HG2      MET  59   9.561  11.346  -7.733
    6    HG3  MET  59           HG3      MET  59   7.987  11.760  -8.418
    7    HE1  MET  59           HE1      MET  59   9.478  11.029  -4.976
    8    HE3  MET  59           HE2      MET  59   7.760  11.005  -4.573
    9    HE2  MET  59           HE3      MET  59   8.797  12.283  -3.937

  No H/Q in entry =           9
  In of MODEL   19
    1    H    ILE  60           H        ILE  60  10.759   8.542  -7.000
    2    HA   ILE  60           HA       ILE  60  10.646   5.953  -6.058
    3    HB   ILE  60           HB       ILE  60  12.129   8.183  -4.658
    4   HG12  ILE  60          HG12      ILE  60  12.559   8.348  -7.055
    5   HG13  ILE  60          HG13      ILE  60  13.993   7.777  -6.209
    6   HG21  ILE  60          HG21      ILE  60  12.607   5.221  -4.883
    7   HG23  ILE  60          HG22      ILE  60  12.258   6.157  -3.430
    8   HG22  ILE  60          HG23      ILE  60  13.802   6.357  -4.257
    9   HD13  ILE  60          HD11      ILE  60  13.681   6.577  -8.272
   10   HD12  ILE  60          HD12      ILE  60  12.060   6.096  -7.779
   11   HD11  ILE  60          HD13      ILE  60  13.463   5.489  -6.902

  No H/Q in entry =          11
  In of MODEL   19
    1    H    LEU  61           H        LEU  61   9.425   5.050  -4.487
    2    HA   LEU  61           HA       LEU  61   8.337   6.855  -2.438
    3    HB2  LEU  61           HB2      LEU  61   6.530   5.119  -2.166
    4    HB3  LEU  61           HB3      LEU  61   6.498   6.003  -3.670
    5    HG   LEU  61           HG       LEU  61   7.191   4.098  -4.923
    6   HD13  LEU  61          HD11      LEU  61   8.400   2.409  -4.171
    7   HD12  LEU  61          HD12      LEU  61   7.270   2.100  -2.853
    8   HD11  LEU  61          HD13      LEU  61   8.548   3.298  -2.657
    9   HD23  LEU  61          HD21      LEU  61   5.299   3.086  -2.827
   10   HD22  LEU  61          HD22      LEU  61   5.463   2.518  -4.491
   11   HD21  LEU  61          HD23      LEU  61   4.841   4.138  -4.166

  No H/Q in entry =          11
  In of MODEL   19
    1    H    SER  62           H        SER  62  10.381   4.236  -3.099
    2    HA   SER  62           HA       SER  62  11.208   3.870  -0.478
    3    HB2  SER  62           HB2      SER  62   8.831   2.834  -0.453
    4    HB3  SER  62           HB3      SER  62   9.583   1.517  -1.349
    5    HG   SER  62           HG       SER  62   9.740   0.991   0.777

  No H/Q in entry =           5
  In of MODEL   19
    1    H    TYR  63           H        TYR  63  11.803   1.224  -0.472
    2    HA   TYR  63           HA       TYR  63  13.372   0.372  -2.593
    3    HB2  TYR  63           HB2      TYR  63  15.394   0.550  -0.670
    4    HB3  TYR  63           HB3      TYR  63  15.329   1.521  -2.132
    5    HD1  TYR  63           HD1      TYR  63  15.308   3.836  -1.943
    6    HD2  TYR  63           HD2      TYR  63  14.174   1.465   1.397
    7    HE1  TYR  63           HE1      TYR  63  15.136   5.866  -0.573
    8    HE2  TYR  63           HE2      TYR  63  13.998   3.485   2.783
    9    HH   TYR  63           HH       TYR  63  14.751   6.689   1.447

  No H/Q in entry =           9
  In of MODEL   19
    1    H    LEU  64           H        LEU  64  14.710  -1.138  -1.787
    2    HA   LEU  64           HA       LEU  64  13.349  -3.173  -0.224
    3    HB2  LEU  64           HB2      LEU  64  15.022  -3.746  -2.625
    4    HB3  LEU  64           HB3      LEU  64  13.924  -4.808  -1.779
    5    HG   LEU  64           HG       LEU  64  13.166  -2.513  -3.584
    6   HD11  LEU  64          HD11      LEU  64  13.995  -4.739  -4.490
    7   HD13  LEU  64          HD12      LEU  64  12.434  -4.159  -5.066
    8   HD12  LEU  64          HD13      LEU  64  12.508  -5.424  -3.840
    9   HD23  LEU  64          HD21      LEU  64  10.841  -3.595  -3.240
   10   HD22  LEU  64          HD22      LEU  64  11.440  -2.487  -2.004
   11   HD21  LEU  64          HD23      LEU  64  11.522  -4.230  -1.740

  No H/Q in entry =          11
  In of MODEL   19
    1    H    ASN  65           H        ASN  65  15.007  -5.102  -0.256
    2    HA   ASN  65           HA       ASN  65  17.615  -4.147   0.570
    3    HB2  ASN  65           HB2      ASN  65  15.753  -4.862   2.525
    4    HB3  ASN  65           HB3      ASN  65  16.765  -6.298   2.343
    5   HD21  ASN  65          HD21      ASN  65  16.894  -2.811   2.798
    6   HD22  ASN  65          HD22      ASN  65  18.375  -2.795   3.691

  No H/Q in entry =           6
  In of MODEL   19
    1    H    GLN  66           H        GLN  66  19.169  -5.949   0.703
    2    HA   GLN  66           HA       GLN  66  19.253  -7.655  -1.513
    3    HB2  GLN  66           HB2      GLN  66  20.716  -7.750   1.205
    4    HB3  GLN  66           HB3      GLN  66  21.139  -8.780  -0.162
    5    HG2  GLN  66           HG2      GLN  66  21.788  -6.745  -1.530
    6    HG3  GLN  66           HG3      GLN  66  21.245  -5.675  -0.261
    7   HE22  GLN  66          HE21      GLN  66  24.882  -5.729   0.074
    8   HE21  GLN  66          HE22      GLN  66  23.554  -5.058  -1.023

  No H/Q in entry =           8
  In of MODEL   19
    1    H    GLY  67           H        GLY  67  17.265  -8.759  -1.539
    2    HA3  GLY  67           HA2      GLY  67  16.965 -11.293  -1.207
    3    HA2  GLY  67           HA3      GLY  67  16.909 -10.838   0.491

  No H/Q in entry =           3
  In of MODEL   19
    1    H    ASP  68           H        ASP  68  15.631  -8.570  -1.732
    2    HA   ASP  68           HA       ASP  68  12.926  -9.101  -0.786
    3    HB2  ASP  68           HB2      ASP  68  14.458  -6.709  -1.410
    4    HB3  ASP  68           HB3      ASP  68  12.957  -6.754  -2.322

  No H/Q in entry =           4
  In of MODEL   19
    1    H    PHE  69           H        PHE  69  11.275  -8.519  -2.572
    2    HA   PHE  69           HA       PHE  69  12.056 -10.018  -4.936
    3    HB2  PHE  69           HB2      PHE  69   9.301  -9.329  -3.931
    4    HB3  PHE  69           HB3      PHE  69   9.692 -10.437  -5.238
    5    HD1  PHE  69           HD1      PHE  69  10.234 -12.699  -4.798
    6    HD2  PHE  69           HD2      PHE  69   9.879  -9.933  -1.581
    7    HE1  PHE  69           HE1      PHE  69  10.239 -14.563  -3.195
    8    HE2  PHE  69           HE2      PHE  69   9.899 -11.799   0.022
    9    HZ   PHE  69           HZ       PHE  69  10.071 -14.113  -0.783

  No H/Q in entry =           9
  In of MODEL   19
    1    H    ILE  70           H        ILE  70  11.050  -9.327  -6.960
    2    HA   ILE  70           HA       ILE  70  10.387  -6.509  -7.198
    3    HB   ILE  70           HB       ILE  70  12.789  -7.833  -8.427
    4   HG12  ILE  70          HG12      ILE  70  12.251  -5.113  -7.221
    5   HG13  ILE  70          HG13      ILE  70  13.128  -6.442  -6.474
    6   HG22  ILE  70          HG21      ILE  70  11.529  -5.355  -9.575
    7   HG21  ILE  70          HG22      ILE  70  11.250  -6.960 -10.239
    8   HG23  ILE  70          HG23      ILE  70  12.878  -6.287 -10.216
    9   HD13  ILE  70          HD11      ILE  70  14.700  -4.831  -7.241
   10   HD12  ILE  70          HD12      ILE  70  13.975  -4.801  -8.844
   11   HD11  ILE  70          HD13      ILE  70  14.822  -6.244  -8.287

  No H/Q in entry =          11
  In of MODEL   19
    1    H    GLY  71           H        GLY  71   8.987  -6.151  -8.881
    2    HA3  GLY  71           HA2      GLY  71   7.650  -6.619 -10.702
    3    HA2  GLY  71           HA3      GLY  71   8.572  -8.093 -10.960

  No H/Q in entry =           3
  In of MODEL   19
    1    H    GLU  72           H        GLU  72   7.447  -7.665  -7.787
    2    HA   GLU  72           HA       GLU  72   5.800  -9.984  -7.959
    3    HB2  GLU  72           HB2      GLU  72   5.322  -9.547  -5.595
    4    HB3  GLU  72           HB3      GLU  72   7.045  -9.422  -5.904
    5    HG2  GLU  72           HG2      GLU  72   5.376  -6.957  -5.954
    6    HG3  GLU  72           HG3      GLU  72   5.818  -7.676  -4.408

  No H/Q in entry =           6
  In of MODEL   19
    1    H    LEU  73           H        LEU  73   5.618  -6.653  -7.952
    2    HA   LEU  73           HA       LEU  73   2.864  -6.156  -7.722
    3    HB2  LEU  73           HB2      LEU  73   5.334  -4.755  -7.942
    4    HB3  LEU  73           HB3      LEU  73   4.213  -4.084  -9.113
    5    HG   LEU  73           HG       LEU  73   4.188  -2.917  -6.933
    6   HD13  LEU  73          HD11      LEU  73   2.296  -2.623  -8.209
    7   HD12  LEU  73          HD12      LEU  73   1.636  -3.228  -6.685
    8   HD11  LEU  73          HD13      LEU  73   1.826  -4.317  -8.068
    9   HD22  LEU  73          HD21      LEU  73   4.474  -4.438  -5.229
   10   HD21  LEU  73          HD22      LEU  73   3.452  -5.653  -5.995
   11   HD23  LEU  73          HD23      LEU  73   2.715  -4.255  -5.202

  No H/Q in entry =          11
  In of MODEL   19
    1    H    GLY  74           H        GLY  74   4.342  -7.741 -10.118
    2    HA3  GLY  74           HA2      GLY  74   2.326  -6.805 -12.049
    3    HA2  GLY  74           HA3      GLY  74   3.980  -7.130 -12.550

  No H/Q in entry =           3
  In of MODEL   19
    1    H    LEU  75           H        LEU  75   4.198  -9.403 -10.708
    2    HA   LEU  75           HA       LEU  75   3.028 -11.377 -12.504
    3    HB2  LEU  75           HB2      LEU  75   4.760 -12.725 -11.900
    4    HB3  LEU  75           HB3      LEU  75   5.469 -11.211 -11.370
    5    HG   LEU  75           HG       LEU  75   4.031 -11.937  -9.164
    6   HD11  LEU  75          HD11      LEU  75   5.170 -14.468 -10.364
    7   HD13  LEU  75          HD12      LEU  75   3.466 -14.117 -10.076
    8   HD12  LEU  75          HD13      LEU  75   4.572 -14.295  -8.715
    9   HD21  LEU  75          HD21      LEU  75   6.421 -11.146  -9.387
   10   HD23  LEU  75          HD22      LEU  75   6.869 -12.831  -9.649
   11   HD22  LEU  75          HD23      LEU  75   6.122 -12.344  -8.126

  No H/Q in entry =          11
  In of MODEL   19
    1    H    PHE  76           H        PHE  76   2.872 -10.380  -9.166
    2    HA   PHE  76           HA       PHE  76   0.937 -12.492  -8.545
    3    HB2  PHE  76           HB2      PHE  76   2.546 -12.712  -6.912
    4    HB3  PHE  76           HB3      PHE  76   3.005 -11.017  -7.019
    5    HD1  PHE  76           HD1      PHE  76   1.907  -9.334  -5.698
    6    HD2  PHE  76           HD2      PHE  76   0.721 -13.416  -5.457
    7    HE1  PHE  76           HE1      PHE  76   0.646  -8.847  -3.643
    8    HE2  PHE  76           HE2      PHE  76  -0.541 -12.931  -3.401
    9    HZ   PHE  76           HZ       PHE  76  -0.582 -10.643  -2.493

  No H/Q in entry =           9
  In of MODEL   19
    1    H    GLU  77           H        GLU  77   1.481  -9.074  -8.761
    2    HA   GLU  77           HA       GLU  77  -0.673  -8.221  -7.170
    3    HB2  GLU  77           HB2      GLU  77   0.656  -6.426  -7.624
    4    HB3  GLU  77           HB3      GLU  77   1.080  -7.000  -9.226
    5    HG2  GLU  77           HG2      GLU  77  -0.147  -4.936  -9.375
    6    HG3  GLU  77           HG3      GLU  77  -1.100  -6.248 -10.061

  No H/Q in entry =           6
  In of MODEL   19
    1    H    GLU  78           H        GLU  78  -0.193  -9.013 -10.529
    2    HA   GLU  78           HA       GLU  78  -1.577 -10.238 -11.816
    3    HB2  GLU  78           HB2      GLU  78  -3.472 -10.173 -10.013
    4    HB3  GLU  78           HB3      GLU  78  -4.025  -8.759 -10.904
    5    HG2  GLU  78           HG2      GLU  78  -3.921 -10.240 -12.979
    6    HG3  GLU  78           HG3      GLU  78  -3.793 -11.591 -11.857

  No H/Q in entry =           6
  In of MODEL   19
    1    H    GLY  79           H        GLY  79  -0.022  -7.950 -11.944
    2    HA3  GLY  79           HA2      GLY  79  -1.269  -5.650 -13.075
    3    HA2  GLY  79           HA3      GLY  79   0.433  -6.059 -13.131

  No H/Q in entry =           3
  In of MODEL   19
    1    H    GLN  80           H        GLN  80   1.081  -7.696 -14.673
    2    HA   GLN  80           HA       GLN  80   1.301  -8.415 -16.785
    3    HB2  GLN  80           HB2      GLN  80  -1.577  -8.702 -16.222
    4    HB3  GLN  80           HB3      GLN  80  -1.096  -8.796 -17.906
    5    HG2  GLN  80           HG2      GLN  80  -1.261 -10.964 -16.568
    6    HG3  GLN  80           HG3      GLN  80   0.165 -10.713 -17.572
    7   HE21  GLN  80          HE21      GLN  80  -1.067 -10.907 -14.337
    8   HE22  GLN  80          HE22      GLN  80   0.464 -10.996 -13.540

  No H/Q in entry =           8
  In of MODEL   19
    1    H    GLU  81           H        GLU  81   1.893  -6.019 -16.830
    2    HA   GLU  81           HA       GLU  81   1.823  -4.635 -18.952
    3    HB2  GLU  81           HB2      GLU  81  -0.935  -4.723 -18.324
    4    HB3  GLU  81           HB3      GLU  81  -0.378  -3.076 -18.025
    5    HG2  GLU  81           HG2      GLU  81   0.196  -2.711 -20.212
    6    HG3  GLU  81           HG3      GLU  81   0.381  -4.428 -20.568

  No H/Q in entry =           6
  In of MODEL   19
    1    H    ARG  82           H        ARG  82   3.592  -4.219 -17.485
    2    HA   ARG  82           HA       ARG  82   4.877  -2.612 -16.493
    3    HB2  ARG  82           HB2      ARG  82   4.131  -0.526 -16.441
    4    HB3  ARG  82           HB3      ARG  82   2.636  -1.180 -17.048
    5    HG2  ARG  82           HG2      ARG  82   2.259  -1.530 -14.409
    6    HG3  ARG  82           HG3      ARG  82   3.307  -0.113 -14.392
    7    HD2  ARG  82           HD2      ARG  82   1.777   1.149 -15.683
    8    HD3  ARG  82           HD3      ARG  82   0.826  -0.282 -16.084
    9    HE   ARG  82           HE       ARG  82   0.732   1.255 -13.625
   10   HH11  ARG  82          HH11      ARG  82  -0.099  -1.740 -15.236
   11   HH12  ARG  82          HH12      ARG  82  -1.373  -2.135 -14.126
   12   HH21  ARG  82          HH21      ARG  82  -0.923   0.724 -12.119
   13   HH22  ARG  82          HH22      ARG  82  -1.829  -0.746 -12.350

  No H/Q in entry =          13
  In of MODEL   19
    1    H    SER  83           H        SER  83   5.333  -1.872 -14.262
    2    HA   SER  83           HA       SER  83   3.688  -2.983 -12.236
    3    HB2  SER  83           HB2      SER  83   5.947  -4.332 -11.528
    4    HB3  SER  83           HB3      SER  83   4.557  -5.043 -12.348
    5    HG   SER  83           HG       SER  83   7.037  -4.853 -13.233

  No H/Q in entry =           5
  In of MODEL   19
    1    H    ALA  84           H        ALA  84   3.989  -0.593 -11.986
    2    HA   ALA  84           HA       ALA  84   6.315   0.781 -11.472
    3    HB2  ALA  84           HB1      ALA  84   3.863   1.610 -11.704
    4    HB3  ALA  84           HB2      ALA  84   4.985   2.493 -10.672
    5    HB1  ALA  84           HB3      ALA  84   3.811   1.390  -9.953

  No H/Q in entry =           5
  In of MODEL   19
    1    H    TRP  85           H        TRP  85   7.813   0.442  -9.962
    2    HA   TRP  85           HA       TRP  85   7.527   0.054  -7.400
    3    HB2  TRP  85           HB2      TRP  85   6.106  -1.909  -8.321
    4    HB3  TRP  85           HB3      TRP  85   7.648  -2.678  -8.656
    5    HD1  TRP  85           HD1      TRP  85   8.672  -3.961  -6.865
    6    HE1  TRP  85           HE1      TRP  85   8.181  -4.463  -4.373
    7    HE3  TRP  85           HE3      TRP  85   5.039  -0.505  -6.140
    8    HZ2  TRP  85           HZ2      TRP  85   6.432  -3.447  -2.366
    9    HZ3  TRP  85           HZ3      TRP  85   4.002  -0.308  -3.919
   10    HH2  TRP  85           HH2      TRP  85   4.684  -1.749  -2.071

  No H/Q in entry =          10
  In of MODEL   19
    1    H    VAL  86           H        VAL  86   9.346  -0.174 -10.282
    2    HA   VAL  86           HA       VAL  86  11.665  -0.548  -8.615
    3    HB   VAL  86           HB       VAL  86  12.273  -2.132 -10.870
    4   HG12  VAL  86          HG11      VAL  86  12.519  -3.709  -8.804
    5   HG11  VAL  86          HG12      VAL  86  12.267  -2.218  -7.898
    6   HG13  VAL  86          HG13      VAL  86  13.619  -2.353  -9.031
    7   HG23  VAL  86          HG21      VAL  86  10.058  -3.179  -9.122
    8   HG22  VAL  86          HG22      VAL  86  10.774  -3.941 -10.543
    9   HG21  VAL  86          HG23      VAL  86   9.765  -2.506 -10.728

  No H/Q in entry =           9
  In of MODEL   19
    1    H    ARG  87           H        ARG  87  13.483   0.107  -9.041
    2    HA   ARG  87           HA       ARG  87  14.592   1.154 -11.396
    3    HB2  ARG  87           HB2      ARG  87  13.285   3.158 -11.098
    4    HB3  ARG  87           HB3      ARG  87  13.607   3.174  -9.369
    5    HG2  ARG  87           HG2      ARG  87  16.121   3.248 -10.554
    6    HG3  ARG  87           HG3      ARG  87  15.120   4.333 -11.527
    7    HD2  ARG  87           HD2      ARG  87  14.571   5.657  -9.684
    8    HD3  ARG  87           HD3      ARG  87  15.103   4.434  -8.534
    9    HE   ARG  87           HE       ARG  87  17.121   5.614 -10.269
   10   HH11  ARG  87          HH11      ARG  87  15.635   5.442  -7.104
   11   HH12  ARG  87          HH12      ARG  87  16.941   6.249  -6.298
   12   HH21  ARG  87          HH21      ARG  87  18.852   6.677  -9.210
   13   HH22  ARG  87          HH22      ARG  87  18.773   6.954  -7.502

  No H/Q in entry =          13
  In of MODEL   19
    1    H    ALA  88           H        ALA  88  16.531   0.092 -10.917
    2    HA   ALA  88           HA       ALA  88  17.417  -0.693  -8.718
    3    HB3  ALA  88           HB1      ALA  88  19.821   0.014  -9.816
    4    HB1  ALA  88           HB2      ALA  88  18.685  -0.122 -11.165
    5    HB2  ALA  88           HB3      ALA  88  18.902  -1.464 -10.049

  No H/Q in entry =           5
  In of MODEL   19
    1    H    LYS  89           H        LYS  89  18.567  -0.031  -6.615
    2    HA   LYS  89           HA       LYS  89  19.251   2.786  -6.758
    3    HB2  LYS  89           HB2      LYS  89  17.490   1.751  -5.081
    4    HB3  LYS  89           HB3      LYS  89  18.929   1.312  -4.171
    5    HG2  LYS  89           HG2      LYS  89  19.599   3.634  -4.043
    6    HG3  LYS  89           HG3      LYS  89  18.223   4.109  -5.043
    7    HD2  LYS  89           HD2      LYS  89  17.087   4.384  -3.144
    8    HD3  LYS  89           HD3      LYS  89  17.089   2.626  -2.996
    9    HE2  LYS  89           HE2      LYS  89  17.931   3.362  -0.952
   10    HE3  LYS  89           HE3      LYS  89  19.371   2.919  -1.869
   11    HZ1  LYS  89           HZ1      LYS  89  18.572   5.670  -2.222
   12    HZ3  LYS  89           HZ2      LYS  89  20.095   5.020  -1.860
   13    HZ2  LYS  89           HZ3      LYS  89  18.975   5.290  -0.623

  No H/Q in entry =          13
  In of MODEL   19
    1    H    THR  90           H        THR  90  20.485  -0.286  -6.647
    2    HA   THR  90           HA       THR  90  23.169   0.701  -6.276
    3    HB   THR  90           HB       THR  90  22.360  -1.665  -4.567
    4    HG1  THR  90           HG1      THR  90  21.992   1.058  -4.093
    5   HG22  THR  90          HG21      THR  90  24.402  -0.885  -3.285
    6   HG21  THR  90          HG22      THR  90  24.708   0.229  -4.620
    7   HG23  THR  90          HG23      THR  90  24.717  -1.512  -4.903

  No H/Q in entry =           7
  In of MODEL   19
    1    H    ALA  91           H        ALA  91  24.685  -1.312  -6.788
    2    HA   ALA  91           HA       ALA  91  23.628  -2.535  -9.236
    3    HB3  ALA  91           HB1      ALA  91  25.848  -3.661  -9.357
    4    HB2  ALA  91           HB2      ALA  91  26.257  -3.011  -7.773
    5    HB1  ALA  91           HB3      ALA  91  26.064  -1.921  -9.148

  No H/Q in entry =           5
  In of MODEL   19
    1    H    CYS  92           H        CYS  92  22.342  -4.194  -9.032
    2    HA   CYS  92           HA       CYS  92  22.614  -5.787  -6.540
    3    HB2  CYS  92           HB2      CYS  92  20.171  -6.305  -7.987
    4    HB3  CYS  92           HB3      CYS  92  20.351  -5.659  -6.360
    5    HG   CYS  92           HG       CYS  92  20.928  -3.022  -7.740

  No H/Q in entry =           5
  In of MODEL   19
    1    H    GLU  93           H        GLU  93  21.195  -7.812  -7.206
    2    HA   GLU  93           HA       GLU  93  22.263  -9.243  -9.422
    3    HB2  GLU  93           HB2      GLU  93  22.816 -10.112  -6.542
    4    HB3  GLU  93           HB3      GLU  93  23.135 -11.081  -7.970
    5    HG2  GLU  93           HG2      GLU  93  24.471  -8.442  -7.442
    6    HG3  GLU  93           HG3      GLU  93  25.130  -9.988  -6.912

  No H/Q in entry =           6
  In of MODEL   19
    1    H    VAL  94           H        VAL  94  20.187  -9.647 -10.037
    2    HA   VAL  94           HA       VAL  94  18.256 -10.235  -7.923
    3    HB   VAL  94           HB       VAL  94  16.508 -10.056  -9.731
    4   HG11  VAL  94          HG11      VAL  94  18.082  -7.588  -9.082
    5   HG13  VAL  94          HG12      VAL  94  16.707  -8.257  -8.200
    6   HG12  VAL  94          HG13      VAL  94  16.475  -7.590  -9.820
    7   HG23  VAL  94          HG21      VAL  94  17.243  -8.481 -11.638
    8   HG22  VAL  94          HG22      VAL  94  17.523 -10.220 -11.779
    9   HG21  VAL  94          HG23      VAL  94  18.849  -9.152 -11.331

  No H/Q in entry =           9
  In of MODEL   19
    1    H    ALA  95           H        ALA  95  17.152 -12.118  -7.929
    2    HA   ALA  95           HA       ALA  95  18.292 -14.130  -9.712
    3    HB1  ALA  95           HB1      ALA  95  17.553 -14.156  -7.059
    4    HB2  ALA  95           HB2      ALA  95  17.748 -15.591  -8.064
    5    HB3  ALA  95           HB3      ALA  95  16.149 -14.871  -7.845

  No H/Q in entry =           5
  In of MODEL   19
    1    H    GLU  96           H        GLU  96  17.400 -13.293 -11.575
    2    HA   GLU  96           HA       GLU  96  14.475 -13.204 -11.516
    3    HB2  GLU  96           HB2      GLU  96  14.377 -11.540 -13.044
    4    HB3  GLU  96           HB3      GLU  96  15.883 -11.129 -12.240
    5    HG2  GLU  96           HG2      GLU  96  16.009 -12.867 -14.632
    6    HG3  GLU  96           HG3      GLU  96  15.619 -11.167 -14.874

  No H/Q in entry =           6
  In of MODEL   19
    1    H    ILE  97           H        ILE  97  13.265 -14.062 -12.743
    2    HA   ILE  97           HA       ILE  97  13.997 -15.517 -15.038
    3    HB   ILE  97           HB       ILE  97  12.958 -17.656 -14.146
    4   HG12  ILE  97          HG12      ILE  97  14.046 -16.741 -11.519
    5   HG13  ILE  97          HG13      ILE  97  12.352 -16.524 -11.943
    6   HG23  ILE  97          HG21      ILE  97  15.005 -18.604 -13.943
    7   HG22  ILE  97          HG22      ILE  97  15.688 -17.188 -13.138
    8   HG21  ILE  97          HG23      ILE  97  15.327 -17.137 -14.861
    9   HD11  ILE  97          HD11      ILE  97  13.689 -19.200 -12.086
   10   HD13  ILE  97          HD12      ILE  97  11.967 -18.830 -12.063
   11   HD12  ILE  97          HD13      ILE  97  12.938 -18.596 -10.611

  No H/Q in entry =          11
  In of MODEL   19
    1    H    SER  98           H        SER  98  11.900 -16.974 -15.510
    2    HA   SER  98           HA       SER  98   9.833 -14.921 -15.437
    3    HB2  SER  98           HB2      SER  98   8.872 -16.632 -17.211
    4    HB3  SER  98           HB3      SER  98  10.103 -15.443 -17.647
    5    HG   SER  98           HG       SER  98  10.714 -17.520 -18.343

  No H/Q in entry =           5
  In of MODEL   19
    1    H    TYR  99           H        TYR  99   7.922 -15.242 -14.800
    2    HA   TYR  99           HA       TYR  99   7.526 -16.959 -12.466
    3    HB2  TYR  99           HB2      TYR  99   5.677 -15.631 -11.893
    4    HB3  TYR  99           HB3      TYR  99   6.834 -14.509 -12.581
    5    HD1  TYR  99           HD1      TYR  99   6.133 -15.236 -15.564
    6    HD2  TYR  99           HD2      TYR  99   3.800 -14.245 -12.149
    7    HE1  TYR  99           HE1      TYR  99   4.390 -14.297 -17.024
    8    HE2  TYR  99           HE2      TYR  99   2.066 -13.290 -13.589
    9    HH   TYR  99           HH       TYR  99   1.963 -12.306 -15.947

  No H/Q in entry =           9
  In of MODEL   19
    1    H    LYS 100           H        LYS 100   6.896 -17.362 -15.841
    2    HA   LYS 100           HA       LYS 100   4.576 -18.922 -15.380
    3    HB2  LYS 100           HB2      LYS 100   5.304 -18.301 -17.672
    4    HB3  LYS 100           HB3      LYS 100   6.730 -19.315 -17.481
    5    HG2  LYS 100           HG2      LYS 100   5.154 -21.255 -17.137
    6    HG3  LYS 100           HG3      LYS 100   3.857 -20.178 -17.666
    7    HD2  LYS 100           HD2      LYS 100   4.902 -19.858 -19.793
    8    HD3  LYS 100           HD3      LYS 100   6.349 -20.719 -19.267
    9    HE2  LYS 100           HE2      LYS 100   4.120 -22.417 -18.854
   10    HE3  LYS 100           HE3      LYS 100   4.003 -21.761 -20.485
   11    HZ1  LYS 100           HZ1      LYS 100   6.469 -23.002 -19.408
   12    HZ3  LYS 100           HZ2      LYS 100   6.133 -22.603 -21.016
   13    HZ2  LYS 100           HZ3      LYS 100   5.299 -23.864 -20.269

  No H/Q in entry =          13
  In of MODEL   19
    1    H    LYS 101           H        LYS 101   8.032 -19.763 -15.584
    2    HA   LYS 101           HA       LYS 101   7.621 -22.421 -14.643
    3    HB2  LYS 101           HB2      LYS 101   9.693 -22.809 -15.403
    4    HB3  LYS 101           HB3      LYS 101   9.520 -21.231 -16.150
    5    HG2  LYS 101           HG2      LYS 101  10.645 -20.258 -14.138
    6    HG3  LYS 101           HG3      LYS 101  10.984 -21.914 -13.621
    7    HD2  LYS 101           HD2      LYS 101  12.107 -22.311 -15.793
    8    HD3  LYS 101           HD3      LYS 101  11.863 -20.612 -16.196
    9    HE2  LYS 101           HE2      LYS 101  13.193 -19.967 -14.250
   10    HE3  LYS 101           HE3      LYS 101  13.436 -21.667 -13.853
   11    HZ3  LYS 101           HZ1      LYS 101  15.349 -20.944 -14.999
   12    HZ2  LYS 101           HZ2      LYS 101  14.446 -20.207 -16.224
   13    HZ1  LYS 101           HZ3      LYS 101  14.481 -21.891 -16.100

  No H/Q in entry =          13
  In of MODEL   19
    1    H    PHE 102           H        PHE 102   8.465 -19.391 -13.110
    2    HA   PHE 102           HA       PHE 102   9.455 -20.531 -10.714
    3    HB2  PHE 102           HB2      PHE 102   9.912 -18.205 -11.324
    4    HB3  PHE 102           HB3      PHE 102   8.215 -17.822 -11.160
    5    HD1  PHE 102           HD1      PHE 102   8.772 -16.080  -9.518
    6    HD2  PHE 102           HD2      PHE 102   9.681 -20.129  -8.855
    7    HE1  PHE 102           HE1      PHE 102   9.050 -15.585  -7.156
    8    HE2  PHE 102           HE2      PHE 102   9.984 -19.670  -6.468
    9    HZ   PHE 102           HZ       PHE 102   9.670 -17.386  -5.600

  No H/Q in entry =           9
  In of MODEL   19
    1    H    ARG 103           H        ARG 103   6.342 -19.100 -11.610
    2    HA   ARG 103           HA       ARG 103   4.923 -19.447  -9.328
    3    HB2  ARG 103           HB2      ARG 103   2.976 -19.176 -10.546
    4    HB3  ARG 103           HB3      ARG 103   4.178 -18.505 -11.632
    5    HG2  ARG 103           HG2      ARG 103   4.182 -20.621 -12.898
    6    HG3  ARG 103           HG3      ARG 103   2.911 -21.231 -11.834
    7    HD2  ARG 103           HD2      ARG 103   1.399 -19.514 -12.555
    8    HD3  ARG 103           HD3      ARG 103   2.672 -18.707 -13.467
    9    HE   ARG 103           HE       ARG 103   2.129 -21.424 -14.289
   10   HH11  ARG 103          HH11      ARG 103   1.309 -18.047 -14.746
   11   HH12  ARG 103          HH12      ARG 103   0.700 -18.282 -16.353
   12   HH21  ARG 103          HH21      ARG 103   1.335 -21.729 -16.409
   13   HH22  ARG 103          HH22      ARG 103   0.715 -20.369 -17.295

  No H/Q in entry =          13
  In of MODEL   19
    1    H    GLN 104           H        GLN 104   6.065 -21.873 -11.417
    2    HA   GLN 104           HA       GLN 104   4.309 -23.920 -10.333
    3    HB2  GLN 104           HB2      GLN 104   4.827 -25.184 -12.109
    4    HB3  GLN 104           HB3      GLN 104   5.351 -23.645 -12.774
    5    HG2  GLN 104           HG2      GLN 104   7.613 -24.149 -12.437
    6    HG3  GLN 104           HG3      GLN 104   7.238 -25.489 -11.352
    7   HE21  GLN 104          HE21      GLN 104   7.170 -24.404 -14.679
    8   HE22  GLN 104          HE22      GLN 104   7.120 -25.976 -15.394

  No H/Q in entry =           8
  In of MODEL   19
    1    H    LEU 105           H        LEU 105   7.620 -22.943  -9.836
    2    HA   LEU 105           HA       LEU 105   8.116 -25.098  -7.904
    3    HB2  LEU 105           HB2      LEU 105  10.259 -24.261  -7.863
    4    HB3  LEU 105           HB3      LEU 105   9.749 -23.238  -9.185
    5    HG   LEU 105           HG       LEU 105   9.231 -21.438  -7.499
    6   HD11  LEU 105          HD11      LEU 105   9.495 -23.343  -5.574
    7   HD13  LEU 105          HD12      LEU 105   9.653 -21.601  -5.318
    8   HD12  LEU 105          HD13      LEU 105  11.099 -22.589  -5.571
    9   HD23  LEU 105          HD21      LEU 105  11.688 -21.037  -6.984
   10   HD22  LEU 105          HD22      LEU 105  11.209 -21.158  -8.684
   11   HD21  LEU 105          HD23      LEU 105  11.981 -22.527  -7.885

  No H/Q in entry =          11
  In of MODEL   19
    1    H    ILE 106           H        ILE 106   7.059 -21.530  -7.803
    2    HA   ILE 106           HA       ILE 106   6.496 -21.524  -5.095
    3    HB   ILE 106           HB       ILE 106   5.365 -19.565  -5.324
    4   HG12  ILE 106          HG12      ILE 106   4.264 -20.512  -7.970
    5   HG13  ILE 106          HG13      ILE 106   3.403 -20.494  -6.439
    6   HG22  ILE 106          HG21      ILE 106   6.613 -19.655  -8.047
    7   HG21  ILE 106          HG22      ILE 106   7.526 -19.480  -6.549
    8   HG23  ILE 106          HG23      ILE 106   6.354 -18.245  -7.020
    9   HD11  ILE 106          HD11      ILE 106   4.457 -18.040  -7.799
   10   HD13  ILE 106          HD12      ILE 106   3.403 -18.126  -6.388
   11   HD12  ILE 106          HD13      ILE 106   2.809 -18.647  -7.964

  No H/Q in entry =          11
  In of MODEL   19
    1    H    GLN 107           H        GLN 107   5.132 -23.461  -7.305
    2    HA   GLN 107           HA       GLN 107   2.509 -23.541  -6.053
    3    HB2  GLN 107           HB2      GLN 107   1.594 -24.381  -7.973
    4    HB3  GLN 107           HB3      GLN 107   2.998 -23.622  -8.706
    5    HG2  GLN 107           HG2      GLN 107   4.174 -25.748  -8.682
    6    HG3  GLN 107           HG3      GLN 107   2.792 -26.516  -7.904
    7   HE21  GLN 107          HE21      GLN 107   4.078 -27.113 -10.447
    8   HE22  GLN 107          HE22      GLN 107   2.840 -26.989 -11.648

  No H/Q in entry =           8
  In of MODEL   19
    1    H    VAL 108           H        VAL 108   5.535 -24.991  -6.157
    2    HA   VAL 108           HA       VAL 108   4.715 -27.628  -5.317
    3    HB   VAL 108           HB       VAL 108   6.953 -26.601  -6.547
    4   HG11  VAL 108          HG11      VAL 108   7.680 -27.183  -3.690
    5   HG13  VAL 108          HG12      VAL 108   7.954 -25.697  -4.599
    6   HG12  VAL 108          HG13      VAL 108   8.844 -27.161  -5.015
    7   HG23  VAL 108          HG21      VAL 108   6.732 -29.223  -5.100
    8   HG22  VAL 108          HG22      VAL 108   7.859 -28.841  -6.403
    9   HG21  VAL 108          HG23      VAL 108   6.123 -28.867  -6.716

  No H/Q in entry =           9
  In of MODEL   19
    1    H    ASN 109           H        ASN 109   5.505 -24.594  -3.939
    2    HA   ASN 109           HA       ASN 109   5.077 -25.651  -1.247
    3    HB2  ASN 109           HB2      ASN 109   6.958 -24.007  -0.518
    4    HB3  ASN 109           HB3      ASN 109   7.409 -25.581  -1.167
    5   HD21  ASN 109          HD21      ASN 109   9.444 -24.761  -1.747
    6   HD22  ASN 109          HD22      ASN 109   9.645 -23.737  -3.125

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   PRO 110           HA       PRO 110   2.449 -22.011  -1.438
    2    HB2  PRO 110           HB2      PRO 110   1.165 -22.454   0.891
    3    HB3  PRO 110           HB3      PRO 110   0.859 -23.440  -0.542
    4    HG2  PRO 110           HG2      PRO 110   2.580 -24.046   1.836
    5    HG3  PRO 110           HG3      PRO 110   1.418 -25.097   1.000
    6    HD2  PRO 110           HD2      PRO 110   4.103 -25.200   0.569
    7    HD3  PRO 110           HD3      PRO 110   2.903 -25.616  -0.670

  No H/Q in entry =           7
  In of MODEL   19
    1    H    ASP 111           H        ASP 111   5.222 -22.320   0.241
    2    HA   ASP 111           HA       ASP 111   4.690 -20.013   1.930
    3    HB2  ASP 111           HB2      ASP 111   6.656 -20.488   3.180
    4    HB3  ASP 111           HB3      ASP 111   5.736 -21.978   3.014

  No H/Q in entry =           4
  In of MODEL   19
    1    H    ILE 112           H        ILE 112   5.826 -20.618  -1.139
    2    HA   ILE 112           HA       ILE 112   8.042 -18.780  -1.086
    3    HB   ILE 112           HB       ILE 112   6.807 -20.447  -3.254
    4   HG12  ILE 112          HG12      ILE 112   8.675 -20.776  -1.272
    5   HG13  ILE 112          HG13      ILE 112   8.500 -21.790  -2.697
    6   HG23  ILE 112          HG21      ILE 112   7.333 -18.353  -4.355
    7   HG22  ILE 112          HG22      ILE 112   8.520 -19.583  -4.793
    8   HG21  ILE 112          HG23      ILE 112   8.941 -18.330  -3.625
    9   HD12  ILE 112          HD11      ILE 112  10.817 -20.915  -2.074
   10   HD11  ILE 112          HD12      ILE 112  10.256 -19.377  -2.727
   11   HD13  ILE 112          HD13      ILE 112  10.306 -20.807  -3.756

  No H/Q in entry =          11
  In of MODEL   19
    1    H    LEU 113           H        LEU 113   4.863 -18.656  -2.674
    2    HA   LEU 113           HA       LEU 113   5.475 -15.892  -3.324
    3    HB2  LEU 113           HB2      LEU 113   4.323 -17.634  -4.874
    4    HB3  LEU 113           HB3      LEU 113   2.873 -17.175  -3.996
    5    HG   LEU 113           HG       LEU 113   3.550 -14.741  -4.576
    6   HD12  LEU 113          HD11      LEU 113   5.128 -16.228  -6.668
    7   HD11  LEU 113          HD12      LEU 113   5.805 -15.290  -5.338
    8   HD13  LEU 113          HD13      LEU 113   4.867 -14.486  -6.598
    9   HD22  LEU 113          HD21      LEU 113   2.190 -14.753  -6.454
   10   HD21  LEU 113          HD22      LEU 113   1.674 -16.195  -5.580
   11   HD23  LEU 113          HD23      LEU 113   2.746 -16.342  -6.972

  No H/Q in entry =          11
  In of MODEL   19
    1    H    MET 114           H        MET 114   4.087 -17.700  -0.983
    2    HA   MET 114           HA       MET 114   2.135 -15.837  -0.023
    3    HB2  MET 114           HB2      MET 114   2.070 -18.312   0.398
    4    HB3  MET 114           HB3      MET 114   3.469 -18.119   1.445
    5    HG2  MET 114           HG2      MET 114   1.371 -18.237   2.679
    6    HG3  MET 114           HG3      MET 114   2.222 -16.715   2.928
    7    HE1  MET 114           HE1      MET 114   0.520 -15.011   3.609
    8    HE3  MET 114           HE2      MET 114  -0.505 -16.396   3.978
    9    HE2  MET 114           HE3      MET 114  -1.164 -15.026   3.086

  No H/Q in entry =           9
  In of MODEL   19
    1    H    ARG 115           H        ARG 115   5.523 -16.618   0.564
    2    HA   ARG 115           HA       ARG 115   5.794 -14.825   2.778
    3    HB2  ARG 115           HB2      ARG 115   8.104 -15.307   2.771
    4    HB3  ARG 115           HB3      ARG 115   7.349 -16.806   2.255
    5    HG2  ARG 115           HG2      ARG 115   7.946 -16.387  -0.028
    6    HG3  ARG 115           HG3      ARG 115   8.537 -14.777   0.378
    7    HD2  ARG 115           HD2      ARG 115  10.430 -16.208   0.150
    8    HD3  ARG 115           HD3      ARG 115  10.227 -15.859   1.866
    9    HE   ARG 115           HE       ARG 115   8.863 -18.230   1.319
   10   HH11  ARG 115          HH11      ARG 115  12.148 -17.027   1.337
   11   HH12  ARG 115          HH12      ARG 115  12.863 -18.571   1.694
   12   HH21  ARG 115          HH21      ARG 115   9.782 -20.277   1.783
   13   HH22  ARG 115          HH22      ARG 115  11.515 -20.410   1.933

  No H/Q in entry =          13
  In of MODEL   19
    1    H    LEU 116           H        LEU 116   6.234 -14.712  -0.730
    2    HA   LEU 116           HA       LEU 116   7.352 -12.185  -0.985
    3    HB2  LEU 116           HB2      LEU 116   7.202 -13.556  -2.899
    4    HB3  LEU 116           HB3      LEU 116   5.487 -13.827  -2.672
    5    HG   LEU 116           HG       LEU 116   5.768 -11.058  -3.074
    6   HD11  LEU 116          HD11      LEU 116   7.681 -12.659  -4.663
    7   HD13  LEU 116          HD12      LEU 116   7.775 -10.985  -4.113
    8   HD12  LEU 116          HD13      LEU 116   6.764 -11.405  -5.496
    9   HD23  LEU 116          HD21      LEU 116   4.556 -11.505  -5.145
   10   HD22  LEU 116          HD22      LEU 116   3.875 -12.404  -3.785
   11   HD21  LEU 116          HD23      LEU 116   4.895 -13.229  -4.968

  No H/Q in entry =          11
  In of MODEL   19
    1    H    SER 117           H        SER 117   4.033 -13.182  -0.596
    2    HA   SER 117           HA       SER 117   2.615 -10.896  -1.066
    3    HB2  SER 117           HB2      SER 117   2.122 -13.049   0.991
    4    HB3  SER 117           HB3      SER 117   0.944 -11.808   0.564
    5    HG   SER 117           HG       SER 117   2.058 -13.779  -1.161

  No H/Q in entry =           5
  In of MODEL   19
    1    H    ALA 118           H        ALA 118   3.769 -12.039   2.024
    2    HA   ALA 118           HA       ALA 118   3.028  -9.951   3.660
    3    HB2  ALA 118           HB1      ALA 118   4.335 -10.931   5.305
    4    HB1  ALA 118           HB2      ALA 118   5.543 -11.492   4.147
    5    HB3  ALA 118           HB3      ALA 118   3.966 -12.278   4.228

  No H/Q in entry =           5
  In of MODEL   19
    1    H    GLN 119           H        GLN 119   5.820 -10.193   1.546
    2    HA   GLN 119           HA       GLN 119   7.317  -8.133   2.771
    3    HB2  GLN 119           HB2      GLN 119   7.303  -9.210  -0.046
    4    HB3  GLN 119           HB3      GLN 119   8.363  -7.899   0.450
    5    HG2  GLN 119           HG2      GLN 119   8.571 -10.763   0.924
    6    HG3  GLN 119           HG3      GLN 119   9.821  -9.522   0.914
    7   HE21  GLN 119          HE21      GLN 119   7.748 -11.465   2.816
    8   HE22  GLN 119          HE22      GLN 119   8.282 -10.912   4.366

  No H/Q in entry =           8
  In of MODEL   19
    1    H    MET 120           H        MET 120   5.378  -8.033  -0.258
    2    HA   MET 120           HA       MET 120   5.046  -5.392  -0.540
    3    HB2  MET 120           HB2      MET 120   3.470  -7.772  -1.177
    4    HB3  MET 120           HB3      MET 120   2.526  -6.291  -1.113
    5    HG2  MET 120           HG2      MET 120   3.687  -5.318  -2.867
    6    HG3  MET 120           HG3      MET 120   5.063  -6.409  -2.686
    7    HE1  MET 120           HE1      MET 120   4.750  -8.923  -2.767
    8    HE3  MET 120           HE2      MET 120   3.739  -9.758  -3.947
    9    HE2  MET 120           HE3      MET 120   3.061  -9.267  -2.396

  No H/Q in entry =           9
  In of MODEL   19
    1    H    ALA 121           H        ALA 121   3.258  -7.399   1.725
    2    HA   ALA 121           HA       ALA 121   1.307  -5.517   2.457
    3    HB3  ALA 121           HB1      ALA 121   0.814  -6.973   4.290
    4    HB1  ALA 121           HB2      ALA 121   2.389  -7.754   4.160
    5    HB2  ALA 121           HB3      ALA 121   1.191  -7.965   2.883

  No H/Q in entry =           5
  In of MODEL   19
    1    H    ARG 122           H        ARG 122   4.587  -6.078   3.463
    2    HA   ARG 122           HA       ARG 122   4.485  -4.420   5.760
    3    HB2  ARG 122           HB2      ARG 122   6.448  -6.028   4.358
    4    HB3  ARG 122           HB3      ARG 122   7.139  -4.496   4.897
    5    HG2  ARG 122           HG2      ARG 122   7.351  -6.398   6.515
    6    HG3  ARG 122           HG3      ARG 122   6.587  -4.942   7.163
    7    HD2  ARG 122           HD2      ARG 122   4.400  -6.152   6.320
    8    HD3  ARG 122           HD3      ARG 122   5.400  -7.593   6.523
    9    HE   ARG 122           HE       ARG 122   4.285  -5.900   8.576
   10   HH11  ARG 122          HH11      ARG 122   6.713  -8.328   7.846
   11   HH12  ARG 122          HH12      ARG 122   6.876  -8.835   9.498
   12   HH21  ARG 122          HH21      ARG 122   4.535  -6.563  10.736
   13   HH22  ARG 122          HH22      ARG 122   5.635  -7.853  11.132

  No H/Q in entry =          13
  In of MODEL   19
    1    H    ARG 123           H        ARG 123   5.132  -4.055   2.472
    2    HA   ARG 123           HA       ARG 123   6.125  -1.385   2.567
    3    HB2  ARG 123           HB2      ARG 123   5.089  -2.840   0.133
    4    HB3  ARG 123           HB3      ARG 123   6.313  -1.566   0.207
    5    HG2  ARG 123           HG2      ARG 123   7.430  -3.401   1.831
    6    HG3  ARG 123           HG3      ARG 123   6.553  -4.456   0.730
    7    HD2  ARG 123           HD2      ARG 123   7.767  -3.717  -1.114
    8    HD3  ARG 123           HD3      ARG 123   8.348  -2.278  -0.276
    9    HE   ARG 123           HE       ARG 123   9.433  -4.960  -0.133
   10   HH11  ARG 123          HH11      ARG 123   9.301  -1.811   1.398
   11   HH12  ARG 123          HH12      ARG 123  10.793  -2.017   2.248
   12   HH21  ARG 123          HH21      ARG 123  11.410  -5.233   0.972
   13   HH22  ARG 123          HH22      ARG 123  11.998  -3.962   1.995

  No H/Q in entry =          13
  In of MODEL   19
    1    H    LEU 124           H        LEU 124   3.140  -3.044   2.419
    2    HA   LEU 124           HA       LEU 124   1.468  -0.892   1.587
    3    HB2  LEU 124           HB2      LEU 124   1.196  -3.599   2.251
    4    HB3  LEU 124           HB3      LEU 124   0.316  -2.754   3.505
    5    HG   LEU 124           HG       LEU 124  -0.184  -2.487   0.559
    6   HD13  LEU 124          HD11      LEU 124  -0.757  -4.677   1.374
    7   HD12  LEU 124          HD12      LEU 124  -2.225  -3.744   1.073
    8   HD11  LEU 124          HD13      LEU 124  -1.637  -3.961   2.722
    9   HD23  LEU 124          HD21      LEU 124  -2.430  -1.671   1.826
   10   HD22  LEU 124          HD22      LEU 124  -1.176  -0.582   1.224
   11   HD21  LEU 124          HD23      LEU 124  -1.184  -1.070   2.921

  No H/Q in entry =          11
  In of MODEL   19
    1    H    GLN 125           H        GLN 125   2.722  -2.274   4.529
    2    HA   GLN 125           HA       GLN 125   1.394  -0.516   6.339
    3    HB2  GLN 125           HB2      GLN 125   3.151  -2.781   6.504
    4    HB3  GLN 125           HB3      GLN 125   3.791  -1.490   7.510
    5    HG2  GLN 125           HG2      GLN 125   0.951  -2.451   7.662
    6    HG3  GLN 125           HG3      GLN 125   2.257  -3.109   8.646
    7   HE21  GLN 125          HE21      GLN 125   0.154  -0.415   8.109
    8   HE22  GLN 125          HE22      GLN 125   0.574   0.469   9.535

  No H/Q in entry =           8
  In of MODEL   19
    1    H    VAL 126           H        VAL 126   3.901  -0.048   4.105
    2    HA   VAL 126           HA       VAL 126   5.212   1.971   5.734
    3    HB   VAL 126           HB       VAL 126   6.317   0.169   3.994
    4   HG11  VAL 126          HG11      VAL 126   5.971   2.726   2.432
    5   HG13  VAL 126          HG12      VAL 126   5.384   1.123   1.991
    6   HG12  VAL 126          HG13      VAL 126   7.117   1.448   2.026
    7   HG21  VAL 126          HG21      VAL 126   7.492   1.503   5.641
    8   HG23  VAL 126          HG22      VAL 126   7.362   2.916   4.593
    9   HG22  VAL 126          HG23      VAL 126   8.318   1.524   4.084

  No H/Q in entry =           9
  In of MODEL   19
    1    H    THR 127           H        THR 127   3.147   1.406   2.933
    2    HA   THR 127           HA       THR 127   3.012   4.267   2.304
    3    HB   THR 127           HB       THR 127   1.186   2.255   1.087
    4    HG1  THR 127           HG1      THR 127   3.181   1.201   0.908
    5   HG22  THR 127          HG21      THR 127   2.707   4.584  -0.094
    6   HG21  THR 127          HG22      THR 127   1.048   4.655   0.499
    7   HG23  THR 127          HG23      THR 127   1.444   3.645  -0.892

  No H/Q in entry =           7
  In of MODEL   19
    1    H    SER 128           H        SER 128   1.642   2.697   4.994
    2    HA   SER 128           HA       SER 128  -1.013   3.532   4.212
    3    HB2  SER 128           HB2      SER 128  -0.069   1.547   6.310
    4    HB3  SER 128           HB3      SER 128  -1.709   2.185   6.247
    5    HG   SER 128           HG       SER 128  -0.420   0.741   4.169

  No H/Q in entry =           5
  In of MODEL   19
    1    H    GLU 129           H        GLU 129   1.798   3.846   6.086
    2    HA   GLU 129           HA       GLU 129   0.496   5.859   7.802
    3    HB2  GLU 129           HB2      GLU 129   2.849   4.165   8.651
    4    HB3  GLU 129           HB3      GLU 129   1.826   5.181   9.664
    5    HG2  GLU 129           HG2      GLU 129  -0.073   3.593   8.831
    6    HG3  GLU 129           HG3      GLU 129   1.262   2.503   8.480

  No H/Q in entry =           6
  In of MODEL   19
    1    H    LYS 130           H        LYS 130   2.056   6.012   5.192
    2    HA   LYS 130           HA       LYS 130   3.924   8.092   6.075
    3    HB2  LYS 130           HB2      LYS 130   4.985   5.876   5.232
    4    HB3  LYS 130           HB3      LYS 130   4.362   6.333   3.658
    5    HG2  LYS 130           HG2      LYS 130   5.714   8.584   4.461
    6    HG3  LYS 130           HG3      LYS 130   6.710   7.270   5.084
    7    HD2  LYS 130           HD2      LYS 130   6.484   6.237   2.752
    8    HD3  LYS 130           HD3      LYS 130   5.898   7.822   2.243
    9    HE2  LYS 130           HE2      LYS 130   8.010   8.464   1.994
   10    HE3  LYS 130           HE3      LYS 130   8.221   8.303   3.738
   11    HZ2  LYS 130           HZ1      LYS 130   8.765   6.254   1.662
   12    HZ1  LYS 130           HZ2      LYS 130   8.737   5.915   3.319
   13    HZ3  LYS 130           HZ3      LYS 130   9.878   6.993   2.702

  No H/Q in entry =          13
  In of MODEL   19
    1    H    VAL 131           H        VAL 131   1.094   7.542   4.964
    2    HA   VAL 131           HA       VAL 131   0.819   8.464   2.369
    3    HB   VAL 131           HB       VAL 131  -1.093   8.585   4.706
    4   HG12  VAL 131          HG11      VAL 131  -1.690   9.085   1.793
    5   HG11  VAL 131          HG12      VAL 131  -1.728  10.288   3.082
    6   HG13  VAL 131          HG13      VAL 131  -2.884   8.956   3.084
    7   HG22  VAL 131          HG21      VAL 131  -2.154   6.675   3.614
    8   HG21  VAL 131          HG22      VAL 131  -0.468   6.339   4.009
    9   HG23  VAL 131          HG23      VAL 131  -0.926   6.717   2.347

  No H/Q in entry =           9
  In of MODEL   19
    1    H    GLY 132           H        GLY 132   1.052  10.114   5.409
    2    HA3  GLY 132           HA2      GLY 132   0.418  12.726   4.185
    3    HA2  GLY 132           HA3      GLY 132   0.479  12.398   5.906

  No H/Q in entry =           3
  In of MODEL   19
    1    H    ASN 133           H        ASN 133   3.162  11.028   4.447
    2    HA   ASN 133           HA       ASN 133   4.874  12.905   5.742
    3    HB2  ASN 133           HB2      ASN 133   5.311  10.454   4.086
    4    HB3  ASN 133           HB3      ASN 133   6.669  11.534   4.387
    5   HD21  ASN 133          HD21      ASN 133   7.514  11.682   6.465
    6   HD22  ASN 133          HD22      ASN 133   7.084  10.572   7.727

  No H/Q in entry =           6
  In of MODEL   19
    1    H    LEU 134           H        LEU 134   4.560  12.000   2.298
    2    HA   LEU 134           HA       LEU 134   6.025  14.306   1.468
    3    HB2  LEU 134           HB2      LEU 134   4.565  12.173  -0.046
    4    HB3  LEU 134           HB3      LEU 134   5.191  13.601  -0.854
    5    HG   LEU 134           HG       LEU 134   7.448  13.058   0.034
    6   HD12  LEU 134          HD11      LEU 134   7.852  10.760   0.812
    7   HD11  LEU 134          HD12      LEU 134   6.109  10.501   0.888
    8   HD13  LEU 134          HD13      LEU 134   6.870  11.706   1.929
    9   HD22  LEU 134          HD21      LEU 134   7.906  11.305  -1.563
   10   HD21  LEU 134          HD22      LEU 134   6.773  12.473  -2.241
   11   HD23  LEU 134          HD23      LEU 134   6.191  10.912  -1.662

  No H/Q in entry =          11
  In of MODEL   19
    1    H    ALA 135           H        ALA 135   2.758  13.815   2.285
    2    HA   ALA 135           HA       ALA 135   1.575  15.759   0.509
    3    HB2  ALA 135           HB1      ALA 135   0.158  15.256   2.989
    4    HB3  ALA 135           HB2      ALA 135   0.583  13.763   2.141
    5    HB1  ALA 135           HB3      ALA 135  -0.371  15.004   1.323

  No H/Q in entry =           5
  In of MODEL   19
    1    H    PHE 136           H        PHE 136   2.381  15.564   3.946
    2    HA   PHE 136           HA       PHE 136   1.703  18.284   4.460
    3    HB2  PHE 136           HB2      PHE 136   2.558  15.952   5.998
    4    HB3  PHE 136           HB3      PHE 136   3.272  17.453   6.584
    5    HD1  PHE 136           HD1      PHE 136   0.300  15.429   6.427
    6    HD2  PHE 136           HD2      PHE 136   1.760  19.345   7.221
    7    HE1  PHE 136           HE1      PHE 136  -1.791  15.965   7.611
    8    HE2  PHE 136           HE2      PHE 136  -0.325  19.889   8.406
    9    HZ   PHE 136           HZ       PHE 136  -2.104  18.198   8.602

  No H/Q in entry =           9
  In of MODEL   19
    1    H    LEU 137           H        LEU 137   3.063  19.934   5.021
    2    HA   LEU 137           HA       LEU 137   5.621  19.923   3.591
    3    HB2  LEU 137           HB2      LEU 137   4.217  22.278   4.848
    4    HB3  LEU 137           HB3      LEU 137   5.558  22.324   3.718
    5    HG   LEU 137           HG       LEU 137   2.796  21.293   3.059
    6   HD13  LEU 137          HD11      LEU 137   2.534  23.366   1.815
    7   HD12  LEU 137          HD12      LEU 137   4.114  23.911   2.378
    8   HD11  LEU 137          HD13      LEU 137   2.798  23.682   3.530
    9   HD22  LEU 137          HD21      LEU 137   4.541  20.271   1.690
   10   HD21  LEU 137          HD22      LEU 137   5.183  21.867   1.298
   11   HD23  LEU 137          HD23      LEU 137   3.578  21.400   0.736

  No H/Q in entry =          11
  In of MODEL   19
    1    H    ASP 138           H        ASP 138   5.954  18.402   5.422
    2    HA   ASP 138           HA       ASP 138   6.758  19.506   7.894
    3    HB2  ASP 138           HB2      ASP 138   6.011  16.914   7.084
    4    HB3  ASP 138           HB3      ASP 138   7.568  16.836   7.926

  No H/Q in entry =           4
  In of MODEL   19
    1    H    VAL 139           H        VAL 139   8.524  19.512   5.081
    2    HA   VAL 139           HA       VAL 139  10.960  18.439   5.386
    3    HB   VAL 139           HB       VAL 139  10.069  20.573   3.850
    4   HG11  VAL 139          HG11      VAL 139  12.500  21.500   5.393
    5   HG13  VAL 139          HG12      VAL 139  10.899  22.242   5.445
    6   HG12  VAL 139          HG13      VAL 139  11.840  22.272   3.951
    7   HG22  VAL 139          HG21      VAL 139  11.381  18.978   2.828
    8   HG21  VAL 139          HG22      VAL 139  12.633  19.067   4.069
    9   HG23  VAL 139          HG23      VAL 139  12.473  20.364   2.884

  No H/Q in entry =           9
  In of MODEL   19
    1    H    THR 140           H        THR 140   9.889  21.179   7.387
    2    HA   THR 140           HA       THR 140  12.396  21.618   8.629
    3    HB   THR 140           HB       THR 140  10.078  22.124  10.328
    4    HG1  THR 140           HG1      THR 140   8.778  22.837   8.823
    5   HG21  THR 140          HG21      THR 140  12.340  23.179  10.498
    6   HG23  THR 140          HG22      THR 140  11.008  24.332  10.423
    7   HG22  THR 140          HG23      THR 140  11.995  24.032   8.992

  No H/Q in entry =           7
  In of MODEL   19
    1    H    GLY 141           H        GLY 141  13.345  19.751   9.378
    2    HA3  GLY 141           HA2      GLY 141  13.759  18.433  11.320
    3    HA2  GLY 141           HA3      GLY 141  12.035  18.450  11.660

  No H/Q in entry =           3
  In of MODEL   19
    1    H    ARG 142           H        ARG 142  12.162  17.872   8.406
    2    HA   ARG 142           HA       ARG 142  12.079  14.984   8.862
    3    HB2  ARG 142           HB2      ARG 142  10.535  16.826   7.212
    4    HB3  ARG 142           HB3      ARG 142  11.058  15.389   6.344
    5    HG2  ARG 142           HG2      ARG 142   8.816  15.204   7.432
    6    HG3  ARG 142           HG3      ARG 142   9.972  13.951   7.880
    7    HD2  ARG 142           HD2      ARG 142  10.161  14.690  10.025
    8    HD3  ARG 142           HD3      ARG 142   9.864  16.373   9.589
    9    HE   ARG 142           HE       ARG 142   7.608  16.048   9.900
   10   HH11  ARG 142          HH11      ARG 142   9.234  12.944   9.978
   11   HH12  ARG 142          HH12      ARG 142   7.798  12.053  10.409
   12   HH21  ARG 142          HH21      ARG 142   5.741  14.904  10.477
   13   HH22  ARG 142          HH22      ARG 142   5.811  13.181  10.695

  No H/Q in entry =          13
  In of MODEL   19
    1    H    ILE 143           H        ILE 143  14.351  17.081   7.777
    2    HA   ILE 143           HA       ILE 143  15.184  15.571   5.398
    3    HB   ILE 143           HB       ILE 143  16.509  17.928   6.686
    4   HG12  ILE 143          HG12      ILE 143  14.640  18.136   4.337
    5   HG13  ILE 143          HG13      ILE 143  14.045  18.240   5.989
    6   HG21  ILE 143          HG21      ILE 143  16.690  16.794   3.913
    7   HG23  ILE 143          HG22      ILE 143  17.936  16.769   5.160
    8   HG22  ILE 143          HG23      ILE 143  17.444  18.299   4.433
    9   HD13  ILE 143          HD11      ILE 143  15.401  20.181   6.398
   10   HD12  ILE 143          HD12      ILE 143  14.416  20.430   4.956
   11   HD11  ILE 143          HD13      ILE 143  16.129  20.045   4.797

  No H/Q in entry =          11
  In of MODEL   19
    1    H    ALA 144           H        ALA 144  16.715  16.969   8.211
    2    HA   ALA 144           HA       ALA 144  18.850  15.171   8.288
    3    HB3  ALA 144           HB1      ALA 144  19.112  17.294   9.338
    4    HB2  ALA 144           HB2      ALA 144  19.220  16.066  10.598
    5    HB1  ALA 144           HB3      ALA 144  17.739  17.006  10.407

  No H/Q in entry =           5
  In of MODEL   19
    1    H    GLN 145           H        GLN 145  15.599  14.886   9.067
    2    HA   GLN 145           HA       GLN 145  15.709  13.146  11.283
    3    HB2  GLN 145           HB2      GLN 145  13.709  14.501  10.524
    4    HB3  GLN 145           HB3      GLN 145  13.496  13.298   9.256
    5    HG2  GLN 145           HG2      GLN 145  13.667  11.661  11.342
    6    HG3  GLN 145           HG3      GLN 145  13.048  13.089  12.168
    7   HE21  GLN 145          HE21      GLN 145  12.390  10.600   9.864
    8   HE22  GLN 145          HE22      GLN 145  10.695  10.897   9.720

  No H/Q in entry =           8
  In of MODEL   19
    1    H    THR 146           H        THR 146  15.451  12.509   7.614
    2    HA   THR 146           HA       THR 146  15.325   9.762   8.170
    3    HB   THR 146           HB       THR 146  15.813  11.166   5.564
    4    HG1  THR 146           HG1      THR 146  13.780  11.814   5.537
    5   HG21  THR 146          HG21      THR 146  15.990   8.660   5.647
    6   HG23  THR 146          HG22      THR 146  14.710   9.229   4.575
    7   HG22  THR 146          HG23      THR 146  14.306   8.603   6.174

  No H/Q in entry =           7
  In of MODEL   19
    1    H    LEU 147           H        LEU 147  17.641  12.027   8.332
    2    HA   LEU 147           HA       LEU 147  19.683  10.871   6.623
    3    HB2  LEU 147           HB2      LEU 147  19.243  13.366   8.095
    4    HB3  LEU 147           HB3      LEU 147  20.876  12.749   8.253
    5    HG   LEU 147           HG       LEU 147  19.882  12.760   5.495
    6   HD11  LEU 147          HD11      LEU 147  18.808  14.822   6.273
    7   HD13  LEU 147          HD12      LEU 147  20.137  15.150   5.162
    8   HD12  LEU 147          HD13      LEU 147  20.359  15.388   6.895
    9   HD22  LEU 147          HD21      LEU 147  22.126  12.241   5.919
   10   HD21  LEU 147          HD22      LEU 147  22.330  13.642   6.964
   11   HD23  LEU 147          HD23      LEU 147  22.114  13.862   5.230

  No H/Q in entry =          11
  In of MODEL   19
    1    H    LEU 148           H        LEU 148  18.628  11.212   9.888
    2    HA   LEU 148           HA       LEU 148  20.827   9.698  11.002
    3    HB2  LEU 148           HB2      LEU 148  18.306  10.344  12.482
    4    HB3  LEU 148           HB3      LEU 148  19.941  10.167  13.101
    5    HG   LEU 148           HG       LEU 148  18.947  12.443  11.388
    6   HD11  LEU 148          HD11      LEU 148  18.057  12.419  13.670
    7   HD13  LEU 148          HD12      LEU 148  19.142  13.778  13.379
    8   HD12  LEU 148          HD13      LEU 148  19.703  12.382  14.300
    9   HD23  LEU 148          HD21      LEU 148  21.599  12.266  12.818
   10   HD22  LEU 148          HD22      LEU 148  21.087  13.418  11.582
   11   HD21  LEU 148          HD23      LEU 148  21.391  11.737  11.149

  No H/Q in entry =          11
  In of MODEL   19
    1    H    ASN 149           H        ASN 149  17.645   9.174   9.779
    2    HA   ASN 149           HA       ASN 149  17.069   6.662  10.918
    3    HB2  ASN 149           HB2      ASN 149  15.498   8.131   9.543
    4    HB3  ASN 149           HB3      ASN 149  16.326   7.524   8.114
    5   HD21  ASN 149          HD21      ASN 149  14.201   6.761  10.738
    6   HD22  ASN 149          HD22      ASN 149  13.640   5.249  10.112

  No H/Q in entry =           6
  In of MODEL   19
    1    H    LEU 150           H        LEU 150  19.074   7.756   8.357
    2    HA   LEU 150           HA       LEU 150  19.743   5.199   7.240
    3    HB2  LEU 150           HB2      LEU 150  20.775   8.012   7.006
    4    HB3  LEU 150           HB3      LEU 150  21.680   6.675   6.305
    5    HG   LEU 150           HG       LEU 150  18.808   6.812   5.622
    6   HD13  LEU 150          HD11      LEU 150  19.106   8.499   3.928
    7   HD12  LEU 150          HD12      LEU 150  20.786   8.729   4.412
    8   HD11  LEU 150          HD13      LEU 150  19.484   9.172   5.514
    9   HD22  LEU 150          HD21      LEU 150  19.589   5.966   3.539
   10   HD21  LEU 150          HD22      LEU 150  20.467   5.116   4.815
   11   HD23  LEU 150          HD23      LEU 150  21.253   6.416   3.916

  No H/Q in entry =          11
  In of MODEL   19
    1    H    ALA 151           H        ALA 151  20.546   6.752  10.261
    2    HA   ALA 151           HA       ALA 151  23.221   5.572  10.181
    3    HB1  ALA 151           HB1      ALA 151  23.234   7.761  11.137
    4    HB2  ALA 151           HB2      ALA 151  23.412   6.616  12.469
    5    HB3  ALA 151           HB3      ALA 151  21.853   7.382  12.164

  No H/Q in entry =           5
  In of MODEL   19
    1    H    LYS 152           H        LYS 152  20.050   5.017  10.927
    2    HA   LYS 152           HA       LYS 152  20.511   3.076  13.041
    3    HB2  LYS 152           HB2      LYS 152  17.955   3.891  11.653
    4    HB3  LYS 152           HB3      LYS 152  18.069   2.901  13.103
    5    HG2  LYS 152           HG2      LYS 152  19.101   4.829  14.272
    6    HG3  LYS 152           HG3      LYS 152  18.831   5.800  12.825
    7    HD2  LYS 152           HD2      LYS 152  16.379   5.164  13.037
    8    HD3  LYS 152           HD3      LYS 152  16.782   4.561  14.646
    9    HE2  LYS 152           HE2      LYS 152  17.162   7.381  13.643
   10    HE3  LYS 152           HE3      LYS 152  15.923   6.833  14.770
   11    HZ3  LYS 152           HZ1      LYS 152  17.346   6.911  16.467
   12    HZ2  LYS 152           HZ2      LYS 152  18.345   7.828  15.459
   13    HZ1  LYS 152           HZ3      LYS 152  18.590   6.164  15.599

  No H/Q in entry =          13
  In of MODEL   19
    1    H    GLN 153           H        GLN 153  20.327   3.016   9.535
    2    HA   GLN 153           HA       GLN 153  19.546   0.207   9.653
    3    HB2  GLN 153           HB2      GLN 153  20.155   1.564   7.073
    4    HB3  GLN 153           HB3      GLN 153  18.898   0.400   7.455
    5    HG2  GLN 153           HG2      GLN 153  17.748   2.217   8.729
    6    HG3  GLN 153           HG3      GLN 153  18.930   3.326   8.031
    7   HE21  GLN 153          HE21      GLN 153  17.198   4.425   7.018
    8   HE22  GLN 153          HE22      GLN 153  16.476   3.797   5.580

  No H/Q in entry =           8
  In of MODEL   19
    1    HA   PRO 154           HA       PRO 154  23.587  -1.518   8.784
    2    HB2  PRO 154           HB2      PRO 154  23.276  -2.623   6.234
    3    HB3  PRO 154           HB3      PRO 154  22.906  -3.434   7.758
    4    HG2  PRO 154           HG2      PRO 154  21.085  -2.023   5.862
    5    HG3  PRO 154           HG3      PRO 154  20.799  -3.497   6.807
    6    HD2  PRO 154           HD2      PRO 154  19.733  -1.176   7.543
    7    HD3  PRO 154           HD3      PRO 154  20.360  -2.305   8.757

  No H/Q in entry =           7
  In of MODEL   19
    1    H    ASP 155           H        ASP 155  22.270   0.848   6.813
    2    HA   ASP 155           HA       ASP 155  24.394   1.089   4.879
    3    HB2  ASP 155           HB2      ASP 155  22.111   3.034   5.659
    4    HB3  ASP 155           HB3      ASP 155  23.254   3.337   4.356

  No H/Q in entry =           4
  In of MODEL   19
    1    H    ALA 156           H        ALA 156  24.133   2.496   8.358
    2    HA   ALA 156           HA       ALA 156  25.774   4.587   7.564
    3    HB3  ALA 156           HB1      ALA 156  26.039   3.802  10.324
    4    HB2  ALA 156           HB2      ALA 156  24.340   3.868   9.851
    5    HB1  ALA 156           HB3      ALA 156  25.373   5.284   9.642

  No H/Q in entry =           5
  In of MODEL   19
    1    H    MET 157           H        MET 157  27.790   4.435   7.036
    2    HA   MET 157           HA       MET 157  29.179   1.963   7.786
    3    HB2  MET 157           HB2      MET 157  30.561   2.274   5.847
    4    HB3  MET 157           HB3      MET 157  28.865   2.459   5.398
    5    HG2  MET 157           HG2      MET 157  29.103   4.849   5.331
    6    HG3  MET 157           HG3      MET 157  30.770   4.738   5.893
    7    HE2  MET 157           HE1      MET 157  31.984   2.301   4.182
    8    HE1  MET 157           HE2      MET 157  32.732   3.856   4.546
    9    HE3  MET 157           HE3      MET 157  32.670   3.276   2.882

  No H/Q in entry =           9
  In of MODEL   19
    1    H    THR 158           H        THR 158  31.643   2.296   8.149
    2    HA   THR 158           HA       THR 158  31.892   4.615   9.950
    3    HB   THR 158           HB       THR 158  33.879   3.221  10.908
    4    HG1  THR 158           HG1      THR 158  33.104   0.880  10.768
    5   HG23  THR 158          HG21      THR 158  32.379   2.132  12.521
    6   HG22  THR 158          HG22      THR 158  31.013   2.424  11.445
    7   HG21  THR 158          HG23      THR 158  31.867   3.784  12.175

  No H/Q in entry =           7
  In of MODEL   19
    1    H    HIS 159           H        HIS 159  33.681   5.806   9.924
    2    HA   HIS 159           HA       HIS 159  35.776   5.426   7.914
    3    HB2  HIS 159           HB2      HIS 159  33.610   7.088   7.475
    4    HB3  HIS 159           HB3      HIS 159  34.738   8.177   8.271
    5    HD1  HIS 159           HD1      HIS 159  35.978   9.491   6.638
    6    HD2  HIS 159           HD2      HIS 159  35.184   5.651   5.241
    7    HE1  HIS 159           HE1      HIS 159  36.924   9.404   4.303
    8    HE2  HIS 159           HE2      HIS 159  36.234   7.147   3.412

  No H/Q in entry =           8
  In of MODEL   19
    1    HA   PRO 160           HA       PRO 160  38.034   6.868  11.485
    2    HB2  PRO 160           HB2      PRO 160  40.158   8.179  10.431
    3    HB3  PRO 160           HB3      PRO 160  39.990   6.423  10.362
    4    HG2  PRO 160           HG2      PRO 160  39.424   8.463   8.250
    5    HG3  PRO 160           HG3      PRO 160  40.217   6.883   8.101
    6    HD2  PRO 160           HD2      PRO 160  37.608   7.313   7.433
    7    HD3  PRO 160           HD3      PRO 160  38.222   5.752   8.008

  No H/Q in entry =           7
  In of MODEL   19
    1    H    ASP 161           H        ASP 161  35.852   8.439  11.111
    2    HA   ASP 161           HA       ASP 161  36.446  10.860  12.398
    3    HB2  ASP 161           HB2      ASP 161  36.371  12.516  10.730
    4    HB3  ASP 161           HB3      ASP 161  37.370  11.267   9.996

  No H/Q in entry =           4
  In of MODEL   19
    1    H    GLY 162           H        GLY 162  34.262   8.748  10.740
    2    HA3  GLY 162           HA2      GLY 162  32.192   9.315  12.493
    3    HA2  GLY 162           HA3      GLY 162  31.938  10.283  11.051

  No H/Q in entry =           3
  In of MODEL   19
    1    H    MET 163           H        MET 163  29.952   8.889  11.154
    2    HA   MET 163           HA       MET 163  30.409   6.550   9.451
    3    HB2  MET 163           HB2      MET 163  28.105   5.894  10.872
    4    HB3  MET 163           HB3      MET 163  29.684   5.150  11.084
    5    HG2  MET 163           HG2      MET 163  30.184   6.872  12.820
    6    HG3  MET 163           HG3      MET 163  28.504   7.394  12.695
    7    HE1  MET 163           HE1      MET 163  26.476   5.863  13.136
    8    HE3  MET 163           HE2      MET 163  26.537   4.274  13.899
    9    HE2  MET 163           HE3      MET 163  27.059   4.469  12.225

  No H/Q in entry =           9
  In of MODEL   19
    1    H    GLN 164           H        GLN 164  29.537   6.957   7.727
    2    HA   GLN 164           HA       GLN 164  27.512   8.984   7.364
    3    HB2  GLN 164           HB2      GLN 164  28.494   9.006   5.045
    4    HB3  GLN 164           HB3      GLN 164  29.633   9.467   6.299
    5    HG2  GLN 164           HG2      GLN 164  29.693   6.628   5.819
    6    HG3  GLN 164           HG3      GLN 164  30.007   7.543   4.348
    7   HE21  GLN 164          HE21      GLN 164  30.767   8.678   7.554
    8   HE22  GLN 164          HE22      GLN 164  32.485   8.609   7.384

  No H/Q in entry =           8
  In of MODEL   19
    1    H    ILE 165           H        ILE 165  26.872   8.429   4.977
    2    HA   ILE 165           HA       ILE 165  26.004   5.902   4.196
    3    HB   ILE 165           HB       ILE 165  23.564   7.261   4.176
    4   HG12  ILE 165          HG12      ILE 165  23.458   7.297   6.935
    5   HG13  ILE 165          HG13      ILE 165  25.029   8.014   6.600
    6   HG21  ILE 165          HG21      ILE 165  24.534   4.806   4.944
    7   HG23  ILE 165          HG22      ILE 165  22.840   5.282   4.816
    8   HG22  ILE 165          HG23      ILE 165  23.675   5.394   6.366
    9   HD13  ILE 165          HD11      ILE 165  24.119   9.827   5.538
   10   HD12  ILE 165          HD12      ILE 165  22.912   9.496   6.781
   11   HD11  ILE 165          HD13      ILE 165  22.637   8.973   5.122

  No H/Q in entry =          11
  In of MODEL   19
    1    H    LYS 166           H        LYS 166  25.671   6.670   1.490
    2    HA   LYS 166           HA       LYS 166  26.511   9.382   1.495
    3    HB2  LYS 166           HB2      LYS 166  26.701   8.798  -1.027
    4    HB3  LYS 166           HB3      LYS 166  27.920   8.161   0.062
    5    HG2  LYS 166           HG2      LYS 166  26.288   6.069   0.099
    6    HG3  LYS 166           HG3      LYS 166  25.787   6.738  -1.447
    7    HD2  LYS 166           HD2      LYS 166  28.694   6.380  -0.864
    8    HD3  LYS 166           HD3      LYS 166  27.722   4.977  -1.301
    9    HE2  LYS 166           HE2      LYS 166  26.986   6.237  -3.339
   10    HE3  LYS 166           HE3      LYS 166  28.167   7.478  -2.923
   11    HZ3  LYS 166           HZ1      LYS 166  29.085   5.945  -4.525
   12    HZ2  LYS 166           HZ2      LYS 166  28.760   4.628  -3.523
   13    HZ1  LYS 166           HZ3      LYS 166  29.910   5.779  -3.061

  No H/Q in entry =          13
  In of MODEL   19
    1    H    ILE 167           H        ILE 167  24.830  10.903   1.110
    2    HA   ILE 167           HA       ILE 167  22.700   9.718  -0.499
    3    HB   ILE 167           HB       ILE 167  21.316  11.619   0.855
    4   HG12  ILE 167          HG12      ILE 167  23.043  10.110   2.835
    5   HG13  ILE 167          HG13      ILE 167  23.137  11.840   2.515
    6   HG21  ILE 167          HG21      ILE 167  20.617   9.365   0.152
    7   HG23  ILE 167          HG22      ILE 167  20.138   9.734   1.810
    8   HG22  ILE 167          HG23      ILE 167  21.521   8.683   1.503
    9   HD13  ILE 167          HD11      ILE 167  21.158  12.278   3.585
   10   HD12  ILE 167          HD12      ILE 167  21.799  10.947   4.550
   11   HD11  ILE 167          HD13      ILE 167  20.548  10.642   3.347

  No H/Q in entry =          11
  In of MODEL   19
    1    H    THR 168           H        THR 168  21.900  10.828  -2.161
    2    HA   THR 168           HA       THR 168  22.997  13.488  -2.584
    3    HB   THR 168           HB       THR 168  21.704  13.453  -4.722
    4    HG1  THR 168           HG1      THR 168  20.588  11.270  -3.503
    5   HG21  THR 168          HG21      THR 168  23.494  11.068  -4.240
    6   HG23  THR 168          HG22      THR 168  23.983  12.663  -4.810
    7   HG22  THR 168          HG23      THR 168  22.985  11.628  -5.832

  No H/Q in entry =           7
  In of MODEL   19
    1    H    ARG 169           H        ARG 169  21.322  15.188  -3.077
    2    HA   ARG 169           HA       ARG 169  19.387  15.219  -0.928
    3    HB2  ARG 169           HB2      ARG 169  18.754  17.396  -2.560
    4    HB3  ARG 169           HB3      ARG 169  19.768  17.435  -1.132
    5    HG2  ARG 169           HG2      ARG 169  20.999  18.538  -2.782
    6    HG3  ARG 169           HG3      ARG 169  21.735  16.947  -2.629
    7    HD2  ARG 169           HD2      ARG 169  20.929  16.233  -4.674
    8    HD3  ARG 169           HD3      ARG 169  19.624  17.417  -4.688
    9    HE   ARG 169           HE       ARG 169  22.222  18.622  -4.764
   10   HH11  ARG 169          HH11      ARG 169  19.780  17.093  -6.761
   11   HH12  ARG 169          HH12      ARG 169  20.227  17.960  -8.192
   12   HH21  ARG 169          HH21      ARG 169  22.812  19.758  -6.639
   13   HH22  ARG 169          HH22      ARG 169  21.952  19.479  -8.123

  No H/Q in entry =          13
  In of MODEL   19
    1    H    GLN 170           H        GLN 170  19.382  14.301  -4.460
    2    HA   GLN 170           HA       GLN 170  16.823  14.325  -4.893
    3    HB2  GLN 170           HB2      GLN 170  18.707  12.050  -5.559
    4    HB3  GLN 170           HB3      GLN 170  17.189  12.411  -6.371
    5    HG2  GLN 170           HG2      GLN 170  18.187  14.664  -6.932
    6    HG3  GLN 170           HG3      GLN 170  19.731  13.996  -6.403
    7   HE21  GLN 170          HE21      GLN 170  20.703  12.385  -7.613
    8   HE22  GLN 170          HE22      GLN 170  20.227  12.038  -9.235

  No H/Q in entry =           8
  In of MODEL   19
    1    H    GLU 171           H        GLU 171  18.178  12.420  -2.100
    2    HA   GLU 171           HA       GLU 171  16.254  10.424  -2.637
    3    HB2  GLU 171           HB2      GLU 171  18.370  10.852  -0.514
    4    HB3  GLU 171           HB3      GLU 171  17.111   9.619  -0.333
    5    HG2  GLU 171           HG2      GLU 171  18.425   9.525  -2.912
    6    HG3  GLU 171           HG3      GLU 171  19.549   9.322  -1.574

  No H/Q in entry =           6
  In of MODEL   19
    1    H    ILE 172           H        ILE 172  17.127  13.223  -1.036
    2    HA   ILE 172           HA       ILE 172  15.283  13.233   1.148
    3    HB   ILE 172           HB       ILE 172  16.825  15.511  -0.085
    4   HG12  ILE 172          HG12      ILE 172  18.369  13.694   0.249
    5   HG13  ILE 172          HG13      ILE 172  18.610  14.847   1.553
    6   HG21  ILE 172          HG21      ILE 172  15.068  15.884   1.730
    7   HG23  ILE 172          HG22      ILE 172  16.685  16.529   2.018
    8   HG22  ILE 172          HG23      ILE 172  16.178  15.035   2.806
    9   HD12  ILE 172          HD11      ILE 172  18.676  12.559   2.366
   10   HD11  ILE 172          HD12      ILE 172  17.048  12.287   1.735
   11   HD13  ILE 172          HD13      ILE 172  17.305  13.437   3.049

  No H/Q in entry =          11
  In of MODEL   19
    1    H    GLY 173           H        GLY 173  15.232  14.621  -2.280
    2    HA3  GLY 173           HA2      GLY 173  12.965  16.127  -1.504
    3    HA2  GLY 173           HA3      GLY 173  13.798  16.132  -3.030

  No H/Q in entry =           3
  In of MODEL   19
    1    H    GLN 174           H        GLN 174  13.523  13.135  -2.455
    2    HA   GLN 174           HA       GLN 174  11.087  12.660  -3.972
    3    HB2  GLN 174           HB2      GLN 174  13.697  11.345  -3.742
    4    HB3  GLN 174           HB3      GLN 174  12.349  10.224  -3.610
    5    HG2  GLN 174           HG2      GLN 174  13.197  10.488  -5.909
    6    HG3  GLN 174           HG3      GLN 174  11.492  10.898  -5.729
    7   HE21  GLN 174          HE21      GLN 174  14.288  12.883  -4.887
    8   HE22  GLN 174          HE22      GLN 174  13.941  14.149  -6.015

  No H/Q in entry =           8
  In of MODEL   19
    1    H    ILE 175           H        ILE 175  12.694  12.073  -0.886
    2    HA   ILE 175           HA       ILE 175  10.569  10.318   0.119
    3    HB   ILE 175           HB       ILE 175  13.169  11.058   1.469
    4   HG12  ILE 175          HG12      ILE 175  12.648   8.352   0.352
    5   HG13  ILE 175          HG13      ILE 175  13.041   9.645  -0.780
    6   HG21  ILE 175          HG21      ILE 175  10.886   9.898   2.571
    7   HG23  ILE 175          HG22      ILE 175  12.509   9.903   3.259
    8   HG22  ILE 175          HG23      ILE 175  11.977   8.546   2.267
    9   HD13  ILE 175          HD11      ILE 175  15.038   8.474  -0.189
   10   HD12  ILE 175          HD12      ILE 175  14.721   8.709   1.532
   11   HD11  ILE 175          HD13      ILE 175  15.098  10.095   0.507

  No H/Q in entry =          11
  In of MODEL   19
    1    H    VAL 176           H        VAL 176  12.040  13.439   0.913
    2    HA   VAL 176           HA       VAL 176  10.560  13.760   3.328
    3    HB   VAL 176           HB       VAL 176  11.984  15.917   1.778
    4   HG11  VAL 176          HG11      VAL 176  10.782  15.727   4.494
    5   HG13  VAL 176          HG12      VAL 176  10.680  17.029   3.311
    6   HG12  VAL 176          HG13      VAL 176  12.168  16.778   4.224
    7   HG22  VAL 176          HG21      VAL 176  13.864  15.549   3.278
    8   HG21  VAL 176          HG22      VAL 176  13.523  14.107   2.319
    9   HG23  VAL 176          HG23      VAL 176  13.025  14.179   4.010

  No H/Q in entry =           9
  In of MODEL   19
    1    H    GLY 177           H        GLY 177  10.319  15.212   0.102
    2    HA3  GLY 177           HA2      GLY 177   7.803  15.335  -0.451
    3    HA2  GLY 177           HA3      GLY 177   7.790  16.424   0.928

  No H/Q in entry =           3
  In of MODEL   19
    1    H    CYS 178           H        CYS 178  10.518  17.319   0.130
    2    HA   CYS 178           HA       CYS 178   9.611  19.368  -1.788
    3    HB2  CYS 178           HB2      CYS 178  11.439  19.624   0.594
    4    HB3  CYS 178           HB3      CYS 178  11.244  20.875  -0.628
    5    HG   CYS 178           HG       CYS 178   8.407  21.038  -0.067

  No H/Q in entry =           5
  In of MODEL   19
    1    H    SER 179           H        SER 179  11.168  20.006  -3.373
    2    HA   SER 179           HA       SER 179  12.822  17.881  -4.161
    3    HB2  SER 179           HB2      SER 179  13.576  20.450  -5.280
    4    HB3  SER 179           HB3      SER 179  12.815  19.075  -6.083
    5    HG   SER 179           HG       SER 179  11.137  20.351  -6.173

  No H/Q in entry =           5
  In of MODEL   19
    1    H    ARG 180           H        ARG 180  15.074  18.211  -4.550
    2    HA   ARG 180           HA       ARG 180  16.755  18.801  -2.519
    3    HB2  ARG 180           HB2      ARG 180  18.525  19.088  -4.350
    4    HB3  ARG 180           HB3      ARG 180  17.676  17.555  -4.254
    5    HG2  ARG 180           HG2      ARG 180  17.771  18.014  -6.529
    6    HG3  ARG 180           HG3      ARG 180  16.140  18.516  -6.076
    7    HD2  ARG 180           HD2      ARG 180  16.895  20.827  -5.918
    8    HD3  ARG 180           HD3      ARG 180  18.532  20.326  -6.345
    9    HE   ARG 180           HE       ARG 180  17.001  19.430  -8.413
   10   HH11  ARG 180          HH11      ARG 180  17.538  22.504  -6.867
   11   HH12  ARG 180          HH12      ARG 180  17.168  23.439  -8.274
   12   HH21  ARG 180          HH21      ARG 180  16.540  20.648 -10.306
   13   HH22  ARG 180          HH22      ARG 180  16.621  22.377 -10.248

  No H/Q in entry =          13
  In of MODEL   19
    1    H    GLU 181           H        GLU 181  14.761  20.942  -3.322
    2    HA   GLU 181           HA       GLU 181  16.283  23.209  -4.096
    3    HB2  GLU 181           HB2      GLU 181  13.434  22.532  -3.747
    4    HB3  GLU 181           HB3      GLU 181  13.901  24.227  -3.769
    5    HG2  GLU 181           HG2      GLU 181  14.909  22.435  -5.910
    6    HG3  GLU 181           HG3      GLU 181  13.229  22.974  -5.962

  No H/Q in entry =           6
  In of MODEL   19
    1    H    THR 182           H        THR 182  13.816  23.020  -1.860
    2    HA   THR 182           HA       THR 182  14.609  24.947   0.049
    3    HB   THR 182           HB       THR 182  13.083  22.974   1.439
    4    HG1  THR 182           HG1      THR 182  11.387  23.341  -0.559
    5   HG22  THR 182          HG21      THR 182  11.258  24.660   1.228
    6   HG21  THR 182          HG22      THR 182  12.266  25.560   0.094
    7   HG23  THR 182          HG23      THR 182  12.786  25.357   1.768

  No H/Q in entry =           7
  In of MODEL   19
    1    H    VAL 183           H        VAL 183  14.685  21.431  -0.047
    2    HA   VAL 183           HA       VAL 183  16.427  21.002   2.167
    3    HB   VAL 183           HB       VAL 183  14.918  19.550   0.216
    4   HG13  VAL 183          HG11      VAL 183  16.225  17.900  -0.640
    5   HG12  VAL 183          HG12      VAL 183  17.494  18.124   0.573
    6   HG11  VAL 183          HG13      VAL 183  17.323  19.287  -0.740
    7   HG23  VAL 183          HG21      VAL 183  16.412  18.542   2.602
    8   HG22  VAL 183          HG22      VAL 183  15.068  17.745   1.777
    9   HG21  VAL 183          HG23      VAL 183  14.804  19.279   2.615

  No H/Q in entry =           9
  In of MODEL   19
    1    H    GLY 184           H        GLY 184  16.902  21.739  -1.389
    2    HA3  GLY 184           HA2      GLY 184  19.528  21.233  -1.533
    3    HA2  GLY 184           HA3      GLY 184  18.717  22.566  -2.338

  No H/Q in entry =           3
  In of MODEL   19
    1    H    ARG 185           H        ARG 185  18.058  23.591   0.684
    2    HA   ARG 185           HA       ARG 185  20.345  25.340   0.567
    3    HB2  ARG 185           HB2      ARG 185  17.914  25.103   2.397
    4    HB3  ARG 185           HB3      ARG 185  19.239  26.211   2.729
    5    HG2  ARG 185           HG2      ARG 185  17.742  26.321   0.137
    6    HG3  ARG 185           HG3      ARG 185  17.140  27.124   1.588
    7    HD2  ARG 185           HD2      ARG 185  19.297  28.323   1.765
    8    HD3  ARG 185           HD3      ARG 185  19.794  27.595   0.238
    9    HE   ARG 185           HE       ARG 185  17.478  28.763  -0.436
   10   HH11  ARG 185          HH11      ARG 185  20.286  29.969   1.288
   11   HH12  ARG 185          HH12      ARG 185  20.025  31.615   0.815
   12   HH21  ARG 185          HH21      ARG 185  17.148  30.909  -1.077
   13   HH22  ARG 185          HH22      ARG 185  18.238  32.151  -0.543

  No H/Q in entry =          13
  In of MODEL   19
    1    H    ILE 186           H        ILE 186  18.677  22.920   2.300
    2    HA   ILE 186           HA       ILE 186  20.133  22.980   4.728
    3    HB   ILE 186           HB       ILE 186  18.385  20.797   3.630
    4   HG12  ILE 186          HG12      ILE 186  17.718  23.383   4.282
    5   HG13  ILE 186          HG13      ILE 186  16.605  22.024   4.277
    6   HG21  ILE 186          HG21      ILE 186  19.948  20.071   5.430
    7   HG23  ILE 186          HG22      ILE 186  18.245  19.946   5.871
    8   HG22  ILE 186          HG23      ILE 186  19.221  21.279   6.489
    9   HD11  ILE 186          HD11      ILE 186  18.147  22.940   6.693
   10   HD13  ILE 186          HD12      ILE 186  16.858  21.734   6.639
   11   HD12  ILE 186          HD13      ILE 186  16.495  23.430   6.310

  No H/Q in entry =          11
  In of MODEL   19
    1    H    LEU 187           H        LEU 187  20.065  20.589   2.226
    2    HA   LEU 187           HA       LEU 187  22.071  19.048   3.288
    3    HB2  LEU 187           HB2      LEU 187  21.100  19.321   0.488
    4    HB3  LEU 187           HB3      LEU 187  22.129  18.003   1.067
    5    HG   LEU 187           HG       LEU 187  19.263  18.590   1.715
    6   HD13  LEU 187          HD11      LEU 187  18.930  16.672   0.772
    7   HD12  LEU 187          HD12      LEU 187  20.103  15.886   1.838
    8   HD11  LEU 187          HD13      LEU 187  20.640  16.643   0.337
    9   HD22  LEU 187          HD21      LEU 187  20.275  18.578   3.922
   10   HD21  LEU 187          HD22      LEU 187  21.121  17.075   3.544
   11   HD23  LEU 187          HD23      LEU 187  19.364  17.092   3.659

  No H/Q in entry =          11
  In of MODEL   19
    1    H    LYS 188           H        LYS 188  22.423  21.661   0.867
    2    HA   LYS 188           HA       LYS 188  25.164  21.527   0.676
    3    HB2  LYS 188           HB2      LYS 188  23.268  23.252  -0.260
    4    HB3  LYS 188           HB3      LYS 188  24.138  24.280   0.870
    5    HG2  LYS 188           HG2      LYS 188  25.509  22.680  -1.275
    6    HG3  LYS 188           HG3      LYS 188  24.935  24.329  -1.518
    7    HD2  LYS 188           HD2      LYS 188  26.945  24.976  -0.774
    8    HD3  LYS 188           HD3      LYS 188  26.378  24.503   0.828
    9    HE2  LYS 188           HE2      LYS 188  27.296  22.251   0.470
   10    HE3  LYS 188           HE3      LYS 188  27.881  22.749  -1.115
   11    HZ2  LYS 188           HZ1      LYS 188  28.753  23.845   1.514
   12    HZ1  LYS 188           HZ2      LYS 188  29.261  24.422   0.005
   13    HZ3  LYS 188           HZ3      LYS 188  29.659  22.845   0.474

  No H/Q in entry =          13
  In of MODEL   19
    1    H    MET 189           H        MET 189  23.258  22.686   3.397
    2    HA   MET 189           HA       MET 189  25.340  24.185   4.708
    3    HB2  MET 189           HB2      MET 189  22.695  23.046   5.540
    4    HB3  MET 189           HB3      MET 189  23.826  23.531   6.794
    5    HG2  MET 189           HG2      MET 189  23.933  25.778   5.638
    6    HG3  MET 189           HG3      MET 189  22.557  25.240   4.679
    7    HE3  MET 189           HE1      MET 189  19.577  25.488   6.889
    8    HE2  MET 189           HE2      MET 189  20.342  23.945   6.516
    9    HE1  MET 189           HE3      MET 189  20.286  25.218   5.298

  No H/Q in entry =           9
  In of MODEL   19
    1    H    LEU 190           H        LEU 190  24.325  20.845   4.627
    2    HA   LEU 190           HA       LEU 190  25.694  19.805   6.742
    3    HB2  LEU 190           HB2      LEU 190  25.446  18.517   4.049
    4    HB3  LEU 190           HB3      LEU 190  25.561  17.702   5.604
    5    HG   LEU 190           HG       LEU 190  23.284  19.226   4.433
    6   HD12  LEU 190          HD11      LEU 190  22.072  17.139   5.247
    7   HD11  LEU 190          HD12      LEU 190  23.686  16.457   5.472
    8   HD13  LEU 190          HD13      LEU 190  23.164  16.971   3.868
    9   HD22  LEU 190          HD21      LEU 190  22.084  19.149   6.504
   10   HD21  LEU 190          HD22      LEU 190  23.579  20.065   6.694
   11   HD23  LEU 190          HD23      LEU 190  23.471  18.418   7.308

  No H/Q in entry =          11
  In of MODEL   19
    1    H    GLU 191           H        GLU 191  26.994  20.263   3.440
    2    HA   GLU 191           HA       GLU 191  29.530  19.244   4.145
    3    HB2  GLU 191           HB2      GLU 191  28.560  19.449   1.818
    4    HB3  GLU 191           HB3      GLU 191  28.836  21.180   1.920
    5    HG2  GLU 191           HG2      GLU 191  31.277  20.637   2.292
    6    HG3  GLU 191           HG3      GLU 191  30.878  18.982   1.831

  No H/Q in entry =           6
  In of MODEL   19
    1    H    ASP 192           H        ASP 192  27.943  22.140   4.862
    2    HA   ASP 192           HA       ASP 192  30.378  23.721   5.076
    3    HB2  ASP 192           HB2      ASP 192  27.453  24.333   5.345
    4    HB3  ASP 192           HB3      ASP 192  28.638  25.433   6.038

  No H/Q in entry =           4
  In of MODEL   19
    1    H    GLN 193           H        GLN 193  28.799  21.488   6.734
    2    HA   GLN 193           HA       GLN 193  28.837  20.650   8.849
    3    HB2  GLN 193           HB2      GLN 193  31.338  21.601   8.486
    4    HB3  GLN 193           HB3      GLN 193  30.841  22.631   9.818
    5    HG2  GLN 193           HG2      GLN 193  30.323  19.750  10.143
    6    HG3  GLN 193           HG3      GLN 193  32.014  20.244  10.126
    7   HE21  GLN 193          HE21      GLN 193  30.101  19.240  12.238
    8   HE22  GLN 193          HE22      GLN 193  30.277  20.364  13.542

  No H/Q in entry =           8
  In of MODEL   19
    1    H    ASN 194           H        ASN 194  27.095  22.766   8.113
    2    HA   ASN 194           HA       ASN 194  26.804  24.278  10.629
    3    HB2  ASN 194           HB2      ASN 194  26.774  25.455   8.360
    4    HB3  ASN 194           HB3      ASN 194  25.212  24.689   8.091
    5   HD21  ASN 194          HD21      ASN 194  26.977  27.001  10.027
    6   HD22  ASN 194          HD22      ASN 194  25.593  27.829  10.647

  No H/Q in entry =           6
  In of MODEL   19
    1    H    LEU 195           H        LEU 195  25.937  21.425   9.467
    2    HA   LEU 195           HA       LEU 195  23.637  21.197  11.207
    3    HB2  LEU 195           HB2      LEU 195  23.097  22.015   8.699
    4    HB3  LEU 195           HB3      LEU 195  23.109  20.288   8.440
    5    HG   LEU 195           HG       LEU 195  21.445  21.164  10.704
    6   HD13  LEU 195          HD11      LEU 195  21.006  23.014   9.212
    7   HD12  LEU 195          HD12      LEU 195  19.628  21.912   9.186
    8   HD11  LEU 195          HD13      LEU 195  20.785  21.910   7.855
    9   HD22  LEU 195          HD21      LEU 195  21.217  18.923  10.162
   10   HD21  LEU 195          HD22      LEU 195  21.339  19.224   8.430
   11   HD23  LEU 195          HD23      LEU 195  19.859  19.645   9.296

  No H/Q in entry =          11
  In of MODEL   19
    1    H    ILE 196           H        ILE 196  25.831  19.763   8.887
    2    HA   ILE 196           HA       ILE 196  26.070  17.266  10.277
    3    HB   ILE 196           HB       ILE 196  25.022  17.398   7.423
    4   HG12  ILE 196          HG12      ILE 196  23.798  16.148   9.875
    5   HG13  ILE 196          HG13      ILE 196  23.256  17.635   9.095
    6   HG22  ILE 196          HG21      ILE 196  24.973  14.878   7.614
    7   HG21  ILE 196          HG22      ILE 196  26.057  15.067   8.992
    8   HG23  ILE 196          HG23      ILE 196  26.553  15.629   7.395
    9   HD12  ILE 196          HD11      ILE 196  21.993  15.504   8.556
   10   HD11  ILE 196          HD12      ILE 196  23.426  15.048   7.622
   11   HD13  ILE 196          HD13      ILE 196  22.525  16.505   7.201

  No H/Q in entry =          11
  In of MODEL   19
    1    H    SER 197           H        SER 197  27.881  16.027   8.708
    2    HA   SER 197           HA       SER 197  29.190  18.065   7.101
    3    HB2  SER 197           HB2      SER 197  30.911  16.218   8.711
    4    HB3  SER 197           HB3      SER 197  31.285  17.806   8.030
    5    HG   SER 197           HG       SER 197  30.959  17.790  10.330

  No H/Q in entry =           5
  In of MODEL   19
    1    H    ALA 198           H        ALA 198  28.463  17.275   5.235
    2    HA   ALA 198           HA       ALA 198  28.962  14.525   4.663
    3    HB1  ALA 198           HB1      ALA 198  27.718  14.994   2.650
    4    HB2  ALA 198           HB2      ALA 198  27.777  16.725   2.976
    5    HB3  ALA 198           HB3      ALA 198  26.852  15.661   4.035

  No H/Q in entry =           5
  In of MODEL   19
    1    H    HIS 199           H        HIS 199  30.886  14.004   4.038
    2    HA   HIS 199           HA       HIS 199  32.626  15.951   2.773
    3    HB2  HIS 199           HB2      HIS 199  33.222  13.006   3.144
    4    HB3  HIS 199           HB3      HIS 199  34.372  14.308   2.878
    5    HD1  HIS 199           HD1      HIS 199  33.523  16.255   5.116
    6    HD2  HIS 199           HD2      HIS 199  33.910  12.146   5.605
    7    HE1  HIS 199           HE1      HIS 199  33.885  15.896   7.578
    8    HE2  HIS 199           HE2      HIS 199  34.215  13.403   7.845

  No H/Q in entry =           8
  In of MODEL   19
    1    H    GLY 200           H        GLY 200  31.543  16.359   0.866
    2    HA3  GLY 200           HA2      GLY 200  31.178  15.985  -1.406
    3    HA2  GLY 200           HA3      GLY 200  31.739  14.325  -1.193

  No H/Q in entry =           3
  In of MODEL   19
    1    H    LYS 201           H        LYS 201  30.113  12.905  -1.659
    2    HA   LYS 201           HA       LYS 201  27.399  13.696  -0.912
    3    HB2  LYS 201           HB2      LYS 201  26.738  11.601  -2.206
    4    HB3  LYS 201           HB3      LYS 201  27.411  12.934  -3.127
    5    HG2  LYS 201           HG2      LYS 201  29.577  11.309  -2.407
    6    HG3  LYS 201           HG3      LYS 201  28.296  10.227  -2.956
    7    HD2  LYS 201           HD2      LYS 201  29.604  10.855  -4.865
    8    HD3  LYS 201           HD3      LYS 201  28.044  11.673  -4.979
    9    HE2  LYS 201           HE2      LYS 201  29.229  13.644  -3.828
   10    HE3  LYS 201           HE3      LYS 201  30.723  12.815  -4.256
   11    HZ3  LYS 201           HZ1      LYS 201  30.146  12.944  -6.562
   12    HZ2  LYS 201           HZ2      LYS 201  30.030  14.495  -5.896
   13    HZ1  LYS 201           HZ3      LYS 201  28.628  13.601  -6.207

  No H/Q in entry =          13
  In of MODEL   19
    1    H    THR 202           H        THR 202  29.899  11.842   0.195
    2    HA   THR 202           HA       THR 202  28.461   9.965   1.782
    3    HB   THR 202           HB       THR 202  30.961  10.597   3.037
    4    HG1  THR 202           HG1      THR 202  31.715  11.587   1.203
    5   HG22  THR 202          HG21      THR 202  30.670   8.307   1.135
    6   HG21  THR 202          HG22      THR 202  29.689   8.348   2.600
    7   HG23  THR 202          HG23      THR 202  31.450   8.364   2.717

  No H/Q in entry =           7
  In of MODEL   19
    1    H    ILE 203           H        ILE 203  27.128  10.670   3.251
    2    HA   ILE 203           HA       ILE 203  27.559  13.271   4.452
    3    HB   ILE 203           HB       ILE 203  25.234  11.439   4.149
    4   HG12  ILE 203          HG12      ILE 203  26.024  14.131   3.213
    5   HG13  ILE 203          HG13      ILE 203  25.110  12.878   2.389
    6   HG22  ILE 203          HG21      ILE 203  24.000  13.211   5.592
    7   HG21  ILE 203          HG22      ILE 203  25.603  13.535   6.247
    8   HG23  ILE 203          HG23      ILE 203  24.901  11.923   6.389
    9   HD12  ILE 203          HD11      ILE 203  23.796  14.919   2.808
   10   HD11  ILE 203          HD12      ILE 203  24.025  14.679   4.545
   11   HD13  ILE 203          HD13      ILE 203  23.107  13.495   3.595

  No H/Q in entry =          11
  In of MODEL   19
    1    H    VAL 204           H        VAL 204  28.562  13.364   6.315
    2    HA   VAL 204           HA       VAL 204  28.614  11.037   8.110
    3    HB   VAL 204           HB       VAL 204  30.380  13.495   7.926
    4   HG11  VAL 204          HG11      VAL 204  29.818  12.442  10.234
    5   HG13  VAL 204          HG12      VAL 204  31.476  12.885   9.833
    6   HG12  VAL 204          HG13      VAL 204  30.959  11.202   9.723
    7   HG22  VAL 204          HG21      VAL 204  32.024  12.184   7.019
    8   HG21  VAL 204          HG22      VAL 204  30.586  11.464   6.296
    9   HG23  VAL 204          HG23      VAL 204  31.357  10.691   7.682

  No H/Q in entry =           9
  In of MODEL   19
    1    H    VAL 205           H        VAL 205  27.104  11.146   9.264
    2    HA   VAL 205           HA       VAL 205  26.643  13.393  11.122
    3    HB   VAL 205           HB       VAL 205  24.718  11.880  11.905
    4   HG11  VAL 205          HG11      VAL 205  24.354  13.745  10.306
    5   HG13  VAL 205          HG12      VAL 205  23.199  12.427  10.112
    6   HG12  VAL 205          HG13      VAL 205  24.541  12.598   8.976
    7   HG23  VAL 205          HG21      VAL 205  23.944  10.105  10.358
    8   HG22  VAL 205          HG22      VAL 205  25.500   9.735  11.099
    9   HG21  VAL 205          HG23      VAL 205  25.431  10.300   9.430

  No H/Q in entry =           9
  In of MODEL   19
    1    H    TYR 206           H        TYR 206  28.658  13.056  11.692
    2    HA   TYR 206           HA       TYR 206  30.266  11.272  12.636
    3    HB2  TYR 206           HB2      TYR 206  29.310  13.432  14.525
    4    HB3  TYR 206           HB3      TYR 206  30.836  12.567  14.643
    5    HD1  TYR 206           HD1      TYR 206  28.989  15.206  12.890
    6    HD2  TYR 206           HD2      TYR 206  32.653  13.040  13.101
    7    HE1  TYR 206           HE1      TYR 206  30.076  16.947  11.548
    8    HE2  TYR 206           HE2      TYR 206  33.762  14.765  11.755
    9    HH   TYR 206           HH       TYR 206  33.003  17.597  11.437

  No H/Q in entry =           9
  In of MODEL   19
    1    H    GLY 207           H        GLY 207  27.476  12.129  14.651
    2    HA3  GLY 207           HA2      GLY 207  26.805   9.495  15.354
    3    HA2  GLY 207           HA3      GLY 207  27.825  10.165  16.620

  No H/Q in entry =           3
  In of MODEL   19
    1    H    THR 208           H        THR 208  27.065  12.752  16.625
    2    HA   THR 208           HA       THR 208  24.196  12.693  17.267
    3    HB   THR 208           HB       THR 208  25.626  12.911  19.285
    4    HG1  THR 208           HG1      THR 208  24.239  15.326  18.672
    5   HG22  THR 208          HG21      THR 208  26.533  15.556  18.162
    6   HG21  THR 208          HG22      THR 208  27.504  14.086  18.112
    7   HG23  THR 208          HG23      THR 208  27.047  14.789  19.663

  No H/Q in entry =           7
  In of MODEL   19
    1    H    ARG 209           H        ARG 209  25.265  13.131  14.706
    2    HA   ARG 209           HA       ARG 209  25.150  14.540  12.924
    3    HB2  ARG 209           HB2      ARG 209  23.623  16.225  14.915
    4    HB3  ARG 209           HB3      ARG 209  23.901  16.739  13.257
    5    HG2  ARG 209           HG2      ARG 209  22.590  14.999  12.386
    6    HG3  ARG 209           HG3      ARG 209  22.576  14.134  13.924
    7    HD2  ARG 209           HD2      ARG 209  20.490  15.507  13.189
    8    HD3  ARG 209           HD3      ARG 209  21.029  15.556  14.867
    9    HE   ARG 209           HE       ARG 209  22.175  17.632  13.253
   10   HH11  ARG 209          HH11      ARG 209  19.354  16.701  15.096
   11   HH12  ARG 209          HH12      ARG 209  18.915  18.329  15.500
   12   HH21  ARG 209          HH21      ARG 209  21.589  19.785  13.749
   13   HH22  ARG 209          HH22      ARG 209  20.176  20.097  14.697

  No H/Q in entry =          13
  In of MODEL   20
    1    H1   VAL   1           H3       VAL   1 -25.632 -13.438   4.614
    2    H2   VAL   1           H2       VAL   1 -26.187 -11.843   4.508
    3    H3   VAL   1           H1       VAL   1 -27.083 -12.999   5.357
    4    HA   VAL   1           HA       VAL   1 -27.533 -14.222   3.356
    5    HB   VAL   1           HB       VAL   1 -29.165 -12.546   3.908
    6   HG12  VAL   1          HG11      VAL   1 -27.420 -10.557   2.465
    7   HG11  VAL   1          HG12      VAL   1 -27.692 -10.634   4.205
    8   HG13  VAL   1          HG13      VAL   1 -29.024 -10.234   3.121
    9   HG22  VAL   1          HG21      VAL   1 -29.562 -13.582   1.796
   10   HG21  VAL   1          HG22      VAL   1 -28.444 -12.487   0.985
   11   HG23  VAL   1          HG23      VAL   1 -29.962 -11.872   1.640

  No H/Q in entry =          11
  In of MODEL   20
    1    H    LEU   2           H        LEU   2 -26.864 -14.840   1.380
    2    HA   LEU   2           HA       LEU   2 -24.641 -13.367   0.183
    3    HB2  LEU   2           HB2      LEU   2 -25.751 -16.110  -0.424
    4    HB3  LEU   2           HB3      LEU   2 -24.361 -15.397  -1.216
    5    HG   LEU   2           HG       LEU   2 -24.549 -16.124   1.710
    6   HD11  LEU   2          HD11      LEU   2 -24.355 -17.958  -0.082
    7   HD13  LEU   2          HD12      LEU   2 -23.203 -17.965   1.252
    8   HD12  LEU   2          HD13      LEU   2 -22.719 -17.341  -0.325
    9   HD22  LEU   2          HD21      LEU   2 -23.120 -14.247   1.569
   10   HD21  LEU   2          HD22      LEU   2 -22.369 -14.836   0.087
   11   HD23  LEU   2          HD23      LEU   2 -22.063 -15.659   1.616

  No H/Q in entry =          11
  In of MODEL   20
    1    H    GLY   3           H        GLY   3 -26.338 -15.362  -1.996
    2    HA3  GLY   3           HA2      GLY   3 -27.931 -14.907  -3.629
    3    HA2  GLY   3           HA3      GLY   3 -28.080 -13.273  -3.006

  No H/Q in entry =           3
  In of MODEL   20
    1    H    LYS   4           H        LYS   4 -24.858 -14.145  -3.485
    2    HA   LYS   4           HA       LYS   4 -24.864 -12.922  -6.154
    3    HB2  LYS   4           HB2      LYS   4 -23.568 -12.013  -3.741
    4    HB3  LYS   4           HB3      LYS   4 -22.387 -12.310  -5.012
    5    HG2  LYS   4           HG2      LYS   4 -23.009 -10.062  -5.253
    6    HG3  LYS   4           HG3      LYS   4 -23.879 -10.923  -6.523
    7    HD2  LYS   4           HD2      LYS   4 -25.712 -11.056  -4.569
    8    HD3  LYS   4           HD3      LYS   4 -24.906  -9.556  -4.106
    9    HE2  LYS   4           HE2      LYS   4 -26.695  -8.943  -5.532
   10    HE3  LYS   4           HE3      LYS   4 -25.220  -8.786  -6.484
   11    HZ3  LYS   4           HZ1      LYS   4 -25.692 -10.911  -7.515
   12    HZ2  LYS   4           HZ2      LYS   4 -26.996  -9.864  -7.732
   13    HZ1  LYS   4           HZ3      LYS   4 -27.086 -11.099  -6.577

  No H/Q in entry =          13
  In of MODEL   20
    1    HA   PRO   5           HA       PRO   5 -22.631 -16.588  -7.296
    2    HB2  PRO   5           HB2      PRO   5 -21.759 -15.809  -9.744
    3    HB3  PRO   5           HB3      PRO   5 -23.435 -16.273  -9.424
    4    HG2  PRO   5           HG2      PRO   5 -22.228 -13.546  -9.639
    5    HG3  PRO   5           HG3      PRO   5 -23.774 -14.142 -10.270
    6    HD2  PRO   5           HD2      PRO   5 -23.576 -12.664  -7.996
    7    HD3  PRO   5           HD3      PRO   5 -24.844 -13.877  -8.255

  No H/Q in entry =           7
  In of MODEL   20
    1    H    GLN   6           H        GLN   6 -20.935 -16.563  -5.823
    2    HA   GLN   6           HA       GLN   6 -18.599 -14.929  -6.371
    3    HB2  GLN   6           HB2      GLN   6 -18.943 -17.065  -4.255
    4    HB3  GLN   6           HB3      GLN   6 -17.701 -15.823  -4.309
    5    HG2  GLN   6           HG2      GLN   6 -19.258 -14.112  -3.820
    6    HG3  GLN   6           HG3      GLN   6 -20.628 -15.189  -4.087
    7   HE21  GLN   6          HE21      GLN   6 -18.144 -14.202  -1.890
    8   HE22  GLN   6          HE22      GLN   6 -18.726 -15.076  -0.519

  No H/Q in entry =           8
  In of MODEL   20
    1    H    THR   7           H        THR   7 -19.508 -18.329  -6.264
    2    HA   THR   7           HA       THR   7 -18.783 -20.153  -7.406
    3    HB   THR   7           HB       THR   7 -16.807 -18.579  -9.021
    4    HG1  THR   7           HG1      THR   7 -18.605 -17.265  -9.152
    5   HG22  THR   7          HG21      THR   7 -18.752 -20.791  -9.701
    6   HG21  THR   7          HG22      THR   7 -17.037 -21.008  -9.358
    7   HG23  THR   7          HG23      THR   7 -17.542 -20.107 -10.786

  No H/Q in entry =           7
  In of MODEL   20
    1    H    ASP   8           H        ASP   8 -17.710 -19.548  -4.943
    2    HA   ASP   8           HA       ASP   8 -14.957 -20.514  -5.247
    3    HB2  ASP   8           HB2      ASP   8 -15.112 -18.122  -4.440
    4    HB3  ASP   8           HB3      ASP   8 -15.944 -18.725  -3.011

  No H/Q in entry =           4
  In of MODEL   20
    1    HA   PRO   9           HA       PRO   9 -17.134 -23.682  -2.862
    2    HB2  PRO   9           HB2      PRO   9 -15.121 -25.557  -3.637
    3    HB3  PRO   9           HB3      PRO   9 -16.782 -25.446  -4.217
    4    HG2  PRO   9           HG2      PRO   9 -14.510 -24.929  -5.724
    5    HG3  PRO   9           HG3      PRO   9 -16.151 -24.397  -6.124
    6    HD2  PRO   9           HD2      PRO   9 -13.898 -22.866  -4.923
    7    HD3  PRO   9           HD3      PRO   9 -15.199 -22.313  -6.000

  No H/Q in entry =           7
  In of MODEL   20
    1    H    THR  10           H        THR  10 -13.752 -22.771  -2.776
    2    HA   THR  10           HA       THR  10 -13.150 -24.383  -0.460
    3    HB   THR  10           HB       THR  10 -11.318 -22.182  -1.114
    4    HG1  THR  10           HG1      THR  10 -10.663 -23.079  -3.114
    5   HG23  THR  10          HG21      THR  10  -9.665 -23.970  -1.061
    6   HG22  THR  10          HG22      THR  10 -10.952 -25.177  -1.018
    7   HG21  THR  10          HG23      THR  10 -10.732 -24.073   0.340

  No H/Q in entry =           7
  In of MODEL   20
    1    H    LEU  11           H        LEU  11 -14.070 -20.997  -1.205
    2    HA   LEU  11           HA       LEU  11 -13.546 -20.252   1.484
    3    HB2  LEU  11           HB2      LEU  11 -13.653 -18.687  -0.519
    4    HB3  LEU  11           HB3      LEU  11 -15.396 -18.676  -0.237
    5    HG   LEU  11           HG       LEU  11 -14.579 -18.280   2.261
    6   HD12  LEU  11          HD11      LEU  11 -12.477 -16.811   0.718
    7   HD11  LEU  11          HD12      LEU  11 -12.194 -18.352   1.531
    8   HD13  LEU  11          HD13      LEU  11 -12.679 -16.937   2.469
    9   HD22  LEU  11          HD21      LEU  11 -16.124 -16.853   1.282
   10   HD21  LEU  11          HD22      LEU  11 -14.947 -16.240   0.118
   11   HD23  LEU  11          HD23      LEU  11 -14.785 -15.844   1.834

  No H/Q in entry =          11
  In of MODEL   20
    1    H    GLU  12           H        GLU  12 -15.913 -21.668  -0.094
    2    HA   GLU  12           HA       GLU  12 -18.266 -21.356   1.479
    3    HB2  GLU  12           HB2      GLU  12 -17.561 -22.557  -1.108
    4    HB3  GLU  12           HB3      GLU  12 -18.704 -23.522  -0.180
    5    HG2  GLU  12           HG2      GLU  12 -19.182 -20.596  -0.488
    6    HG3  GLU  12           HG3      GLU  12 -19.540 -21.679  -1.832

  No H/Q in entry =           6
  In of MODEL   20
    1    H    TRP  13           H        TRP  13 -15.934 -22.481   2.892
    2    HA   TRP  13           HA       TRP  13 -16.483 -24.932   3.463
    3    HB2  TRP  13           HB2      TRP  13 -14.081 -24.551   1.679
    4    HB3  TRP  13           HB3      TRP  13 -13.960 -25.642   3.055
    5    HD1  TRP  13           HD1      TRP  13 -17.236 -26.454   2.434
    6    HE1  TRP  13           HE1      TRP  13 -17.543 -28.287   0.654
    7    HE3  TRP  13           HE3      TRP  13 -12.659 -26.169   0.268
    8    HZ2  TRP  13           HZ2      TRP  13 -15.999 -29.452  -1.424
    9    HZ3  TRP  13           HZ3      TRP  13 -12.128 -27.657  -1.607
   10    HH2  TRP  13           HH2      TRP  13 -13.764 -29.270  -2.436

  No H/Q in entry =          10
  In of MODEL   20
    1    H    PHE  14           H        PHE  14 -14.725 -21.955   3.214
    2    HA   PHE  14           HA       PHE  14 -13.246 -22.117   5.678
    3    HB2  PHE  14           HB2      PHE  14 -12.281 -21.011   3.793
    4    HB3  PHE  14           HB3      PHE  14 -13.772 -20.211   3.391
    5    HD1  PHE  14           HD1      PHE  14 -14.477 -18.215   4.642
    6    HD2  PHE  14           HD2      PHE  14 -10.689 -20.025   5.240
    7    HE1  PHE  14           HE1      PHE  14 -13.659 -16.147   5.668
    8    HE2  PHE  14           HE2      PHE  14  -9.868 -17.981   6.262
    9    HZ   PHE  14           HZ       PHE  14 -11.345 -16.027   6.484

  No H/Q in entry =           9
  In of MODEL   20
    1    H    LEU  15           H        LEU  15 -15.471 -19.619   4.476
    2    HA   LEU  15           HA       LEU  15 -16.693 -18.685   6.451
    3    HB2  LEU  15           HB2      LEU  15 -18.393 -19.577   4.149
    4    HB3  LEU  15           HB3      LEU  15 -18.662 -18.206   5.201
    5    HG   LEU  15           HG       LEU  15 -16.466 -18.502   3.173
    6   HD12  LEU  15          HD11      LEU  15 -17.754 -16.346   2.407
    7   HD11  LEU  15          HD12      LEU  15 -19.074 -17.120   3.292
    8   HD13  LEU  15          HD13      LEU  15 -18.303 -17.960   1.947
    9   HD21  LEU  15          HD21      LEU  15 -16.004 -17.128   5.354
   10   HD23  LEU  15          HD22      LEU  15 -17.028 -15.929   4.557
   11   HD22  LEU  15          HD23      LEU  15 -15.555 -16.497   3.769

  No H/Q in entry =          11
  In of MODEL   20
    1    H    SER  16           H        SER  16 -16.947 -21.987   5.853
    2    HA   SER  16           HA       SER  16 -19.410 -22.144   7.487
    3    HB2  SER  16           HB2      SER  16 -18.923 -24.730   6.862
    4    HB3  SER  16           HB3      SER  16 -19.885 -23.676   5.827
    5    HG   SER  16           HG       SER  16 -18.438 -23.997   4.355

  No H/Q in entry =           5
  In of MODEL   20
    1    H    HIS  17           H        HIS  17 -16.333 -21.726   7.774
    2    HA   HIS  17           HA       HIS  17 -16.112 -23.344  10.198
    3    HB2  HIS  17           HB2      HIS  17 -14.039 -22.446   8.243
    4    HB3  HIS  17           HB3      HIS  17 -13.587 -22.765   9.912
    5    HD1  HIS  17           HD1      HIS  17 -12.482 -24.475   7.601
    6    HD2  HIS  17           HD2      HIS  17 -15.834 -25.459   9.843
    7    HE1  HIS  17           HE1      HIS  17 -12.718 -26.968   7.398
    8    HE2  HIS  17           HE2      HIS  17 -14.879 -27.499   8.573

  No H/Q in entry =           8
  In of MODEL   20
    1    H    CYS  18           H        CYS  18 -16.714 -20.200   9.168
    2    HA   CYS  18           HA       CYS  18 -15.353 -19.092  11.499
    3    HB2  CYS  18           HB2      CYS  18 -15.669 -16.864  10.266
    4    HB3  CYS  18           HB3      CYS  18 -14.442 -17.985   9.708
    5    HG   CYS  18           HG       CYS  18 -15.691 -16.707   7.586

  No H/Q in entry =           5
  In of MODEL   20
    1    H    HIS  19           H        HIS  19 -17.054 -16.611  10.811
    2    HA   HIS  19           HA       HIS  19 -19.702 -17.372  11.785
    3    HB2  HIS  19           HB2      HIS  19 -18.467 -16.894  13.849
    4    HB3  HIS  19           HB3      HIS  19 -17.903 -15.364  13.197
    5    HD1  HIS  19           HD1      HIS  19 -21.354 -16.916  13.857
    6    HD2  HIS  19           HD2      HIS  19 -19.285 -13.332  14.300
    7    HE1  HIS  19           HE1      HIS  19 -22.979 -15.317  14.916
    8    HE2  HIS  19           HE2      HIS  19 -21.652 -13.226  15.342

  No H/Q in entry =           8
  In of MODEL   20
    1    H    ILE  20           H        ILE  20 -20.315 -16.609   9.387
    2    HA   ILE  20           HA       ILE  20 -19.993 -13.815   8.764
    3    HB   ILE  20           HB       ILE  20 -22.448 -14.992   7.773
    4   HG12  ILE  20          HG12      ILE  20 -20.783 -16.993   7.959
    5   HG13  ILE  20          HG13      ILE  20 -21.684 -16.756   6.475
    6   HG22  ILE  20          HG21      ILE  20 -21.477 -14.240   5.602
    7   HG21  ILE  20          HG22      ILE  20 -20.095 -13.647   6.522
    8   HG23  ILE  20          HG23      ILE  20 -21.703 -12.999   6.833
    9   HD13  ILE  20          HD11      ILE  20 -19.826 -16.514   5.285
   10   HD12  ILE  20          HD12      ILE  20 -18.960 -17.094   6.709
   11   HD11  ILE  20          HD13      ILE  20 -19.145 -15.366   6.434

  No H/Q in entry =          11
  In of MODEL   20
    1    H    HIS  21           H        HIS  21 -20.878 -12.253   9.649
    2    HA   HIS  21           HA       HIS  21 -23.186 -11.362   9.706
    3    HB2  HIS  21           HB2      HIS  21 -24.036 -13.503  10.815
    4    HB3  HIS  21           HB3      HIS  21 -23.521 -12.769  12.329
    5    HD1  HIS  21           HD1      HIS  21 -25.224 -11.366  13.439
    6    HD2  HIS  21           HD2      HIS  21 -26.003 -11.773   9.373
    7    HE1  HIS  21           HE1      HIS  21 -27.443 -10.248  13.057
    8    HE2  HIS  21           HE2      HIS  21 -27.790 -10.328  10.561

  No H/Q in entry =           8
  In of MODEL   20
    1    H    LYS  22           H        LYS  22 -22.997  -9.500  10.072
    2    HA   LYS  22           HA       LYS  22 -21.072  -8.580  12.030
    3    HB2  LYS  22           HB2      LYS  22 -20.707  -8.255   9.411
    4    HB3  LYS  22           HB3      LYS  22 -21.576  -6.776   9.763
    5    HG2  LYS  22           HG2      LYS  22 -19.718  -6.987  11.808
    6    HG3  LYS  22           HG3      LYS  22 -18.854  -7.515  10.368
    7    HD2  LYS  22           HD2      LYS  22 -19.710  -5.450   9.241
    8    HD3  LYS  22           HD3      LYS  22 -20.259  -4.900  10.828
    9    HE2  LYS  22           HE2      LYS  22 -17.824  -5.358  11.574
   10    HE3  LYS  22           HE3      LYS  22 -17.456  -5.346   9.848
   11    HZ2  LYS  22           HZ1      LYS  22 -18.320  -3.146  11.579
   12    HZ1  LYS  22           HZ2      LYS  22 -18.795  -3.123   9.960
   13    HZ3  LYS  22           HZ3      LYS  22 -17.151  -3.162  10.355

  No H/Q in entry =          13
  In of MODEL   20
    1    H    TYR  23           H        TYR  23 -22.203  -5.911  10.801
    2    HA   TYR  23           HA       TYR  23 -24.529  -5.426  12.332
    3    HB2  TYR  23           HB2      TYR  23 -22.857  -3.450  13.382
    4    HB3  TYR  23           HB3      TYR  23 -23.659  -4.714  14.278
    5    HD1  TYR  23           HD1      TYR  23 -21.384  -6.742  12.864
    6    HD2  TYR  23           HD2      TYR  23 -21.353  -3.297  15.335
    7    HE1  TYR  23           HE1      TYR  23 -19.243  -7.458  13.760
    8    HE2  TYR  23           HE2      TYR  23 -19.177  -3.987  16.256
    9    HH   TYR  23           HH       TYR  23 -17.504  -6.884  15.047

  No H/Q in entry =           9
  In of MODEL   20
    1    HA   PRO  24           HA       PRO  24 -24.543  -1.733   9.604
    2    HB2  PRO  24           HB2      PRO  24 -25.464  -0.236  12.015
    3    HB3  PRO  24           HB3      PRO  24 -26.236  -0.338  10.429
    4    HG2  PRO  24           HG2      PRO  24 -27.264  -1.597  12.556
    5    HG3  PRO  24           HG3      PRO  24 -27.323  -2.314  10.938
    6    HD2  PRO  24           HD2      PRO  24 -25.565  -2.998  13.253
    7    HD3  PRO  24           HD3      PRO  24 -26.257  -4.056  12.006

  No H/Q in entry =           7
  In of MODEL   20
    1    H    SER  25           H        SER  25 -23.638   0.168   9.730
    2    HA   SER  25           HA       SER  25 -20.885  -0.194  10.339
    3    HB2  SER  25           HB2      SER  25 -21.228   2.123   8.875
    4    HB3  SER  25           HB3      SER  25 -20.791   0.526   8.276
    5    HG   SER  25           HG       SER  25 -22.728   1.592   7.344

  No H/Q in entry =           5
  In of MODEL   20
    1    H    LYS  26           H        LYS  26 -19.621   1.563  10.633
    2    HA   LYS  26           HA       LYS  26 -18.994   3.556  11.822
    3    HB2  LYS  26           HB2      LYS  26 -21.373   4.124  12.500
    4    HB3  LYS  26           HB3      LYS  26 -21.379   2.801  13.657
    5    HG2  LYS  26           HG2      LYS  26 -19.539   3.924  14.989
    6    HG3  LYS  26           HG3      LYS  26 -19.404   5.192  13.773
    7    HD2  LYS  26           HD2      LYS  26 -21.778   5.905  14.352
    8    HD3  LYS  26           HD3      LYS  26 -21.868   4.594  15.544
    9    HE2  LYS  26           HE2      LYS  26 -19.835   5.534  16.759
   10    HE3  LYS  26           HE3      LYS  26 -19.745   6.868  15.598
   11    HZ1  LYS  26           HZ1      LYS  26 -22.290   6.353  17.020
   12    HZ2  LYS  26           HZ2      LYS  26 -21.092   7.173  17.784
   13    HZ3  LYS  26           HZ3      LYS  26 -21.661   7.748  16.316

  No H/Q in entry =          13
  In of MODEL   20
    1    H    SER  27           H        SER  27 -19.528   0.376  12.177
    2    HA   SER  27           HA       SER  27 -18.215  -0.068  14.657
    3    HB2  SER  27           HB2      SER  27 -18.485  -2.512  13.614
    4    HB3  SER  27           HB3      SER  27 -19.861  -1.667  14.319
    5    HG   SER  27           HG       SER  27 -20.773  -1.748  12.426

  No H/Q in entry =           5
  In of MODEL   20
    1    H    THR  28           H        THR  28 -16.172   0.711  14.357
    2    HA   THR  28           HA       THR  28 -14.446  -0.608  12.380
    3    HB   THR  28           HB       THR  28 -13.902   1.772  12.685
    4    HG1  THR  28           HG1      THR  28 -11.812   1.542  13.901
    5   HG21  THR  28          HG21      THR  28 -14.843   1.357  15.314
    6   HG23  THR  28          HG22      THR  28 -14.328   2.873  14.574
    7   HG22  THR  28          HG23      THR  28 -13.164   1.879  15.450

  No H/Q in entry =           7
  In of MODEL   20
    1    H    LEU  29           H        LEU  29 -12.564  -1.595  13.453
    2    HA   LEU  29           HA       LEU  29 -13.507  -3.298  15.597
    3    HB2  LEU  29           HB2      LEU  29 -12.659  -5.172  13.759
    4    HB3  LEU  29           HB3      LEU  29 -14.333  -4.822  14.154
    5    HG   LEU  29           HG       LEU  29 -12.807  -3.598  11.837
    6   HD11  LEU  29          HD11      LEU  29 -13.133  -6.012  11.585
    7   HD13  LEU  29          HD12      LEU  29 -14.063  -5.061  10.421
    8   HD12  LEU  29          HD13      LEU  29 -14.871  -5.775  11.820
    9   HD21  LEU  29          HD21      LEU  29 -14.853  -2.406  12.796
   10   HD23  LEU  29          HD22      LEU  29 -15.769  -3.738  12.084
   11   HD22  LEU  29          HD23      LEU  29 -14.771  -2.702  11.057

  No H/Q in entry =          11
  In of MODEL   20
    1    H    ILE  30           H        ILE  30 -11.083  -1.646  15.018
    2    HA   ILE  30           HA       ILE  30  -9.002  -2.273  15.729
    3    HB   ILE  30           HB       ILE  30  -7.705  -3.586  13.616
    4   HG12  ILE  30          HG12      ILE  30  -8.567  -5.889  13.623
    5   HG13  ILE  30          HG13      ILE  30 -10.057  -5.339  14.374
    6   HG21  ILE  30          HG21      ILE  30  -7.052  -3.637  15.909
    7   HG23  ILE  30          HG22      ILE  30  -7.164  -5.276  15.272
    8   HG22  ILE  30          HG23      ILE  30  -8.433  -4.653  16.328
    9   HD12  ILE  30          HD11      ILE  30  -8.998  -4.676  11.656
   10   HD11  ILE  30          HD12      ILE  30 -10.413  -3.910  12.380
   11   HD13  ILE  30          HD13      ILE  30 -10.419  -5.646  12.053

  No H/Q in entry =          11
  In of MODEL   20
    1    H    HIS  31           H        HIS  31  -8.434  -0.523  15.594
    2    HA   HIS  31           HA       HIS  31  -6.538   0.421  13.807
    3    HB2  HIS  31           HB2      HIS  31  -8.182   0.845  12.189
    4    HB3  HIS  31           HB3      HIS  31  -9.430   1.117  13.389
    5    HD1  HIS  31           HD1      HIS  31  -7.070   2.851  11.185
    6    HD2  HIS  31           HD2      HIS  31  -9.469   3.764  14.435
    7    HE1  HIS  31           HE1      HIS  31  -7.073   5.347  11.340
    8    HE2  HIS  31           HE2      HIS  31  -8.286   5.824  13.495

  No H/Q in entry =           8
  In of MODEL   20
    1    H    GLN  32           H        GLN  32  -6.381   0.315  16.557
    2    HA   GLN  32           HA       GLN  32  -6.055   3.100  17.192
    3    HB2  GLN  32           HB2      GLN  32  -8.523   2.406  17.790
    4    HB3  GLN  32           HB3      GLN  32  -7.770   1.673  19.201
    5    HG2  GLN  32           HG2      GLN  32  -8.629   4.019  19.520
    6    HG3  GLN  32           HG3      GLN  32  -6.943   3.760  19.961
    7   HE21  GLN  32          HE21      GLN  32  -9.107   5.246  17.659
    8   HE22  GLN  32          HE22      GLN  32  -7.933   6.275  16.911

  No H/Q in entry =           8
  In of MODEL   20
    1    H    GLY  33           H        GLY  33  -5.305  -0.067  17.363
    2    HA3  GLY  33           HA2      GLY  33  -2.949  -0.413  18.036
    3    HA2  GLY  33           HA3      GLY  33  -3.361   0.489  19.486

  No H/Q in entry =           3
  In of MODEL   20
    1    H    GLU  34           H        GLU  34  -5.650  -1.701  18.122
    2    HA   GLU  34           HA       GLU  34  -5.437  -3.552  20.378
    3    HB2  GLU  34           HB2      GLU  34  -7.358  -3.783  18.080
    4    HB3  GLU  34           HB3      GLU  34  -7.570  -4.267  19.745
    5    HG2  GLU  34           HG2      GLU  34  -8.847  -2.422  19.848
    6    HG3  GLU  34           HG3      GLU  34  -7.295  -1.609  20.038

  No H/Q in entry =           6
  In of MODEL   20
    1    H    LYS  35           H        LYS  35  -4.388  -5.417  20.144
    2    HA   LYS  35           HA       LYS  35  -2.989  -6.231  17.924
    3    HB2  LYS  35           HB2      LYS  35  -3.964  -7.611  20.368
    4    HB3  LYS  35           HB3      LYS  35  -3.399  -8.624  19.044
    5    HG2  LYS  35           HG2      LYS  35  -1.276  -7.311  19.044
    6    HG3  LYS  35           HG3      LYS  35  -1.849  -6.499  20.506
    7    HD2  LYS  35           HD2      LYS  35  -0.923  -8.175  21.667
    8    HD3  LYS  35           HD3      LYS  35  -2.212  -9.204  21.039
    9    HE2  LYS  35           HE2      LYS  35  -0.497  -9.250  18.957
   10    HE3  LYS  35           HE3      LYS  35   0.636  -9.056  20.292
   11    HZ2  LYS  35           HZ1      LYS  35  -1.355 -11.232  19.925
   12    HZ1  LYS  35           HZ2      LYS  35  -0.467 -10.996  21.350
   13    HZ3  LYS  35           HZ3      LYS  35   0.335 -11.364  19.912

  No H/Q in entry =          13
  In of MODEL   20
    1    H    ALA  36           H        ALA  36  -3.747  -6.691  15.922
    2    HA   ALA  36           HA       ALA  36  -6.478  -7.495  15.575
    3    HB1  ALA  36           HB1      ALA  36  -5.664  -7.734  13.135
    4    HB2  ALA  36           HB2      ALA  36  -4.173  -6.998  13.732
    5    HB3  ALA  36           HB3      ALA  36  -5.699  -6.128  13.863

  No H/Q in entry =           5
  In of MODEL   20
    1    H    GLU  37           H        GLU  37  -6.685  -9.446  16.666
    2    HA   GLU  37           HA       GLU  37  -5.138 -11.710  15.601
    3    HB2  GLU  37           HB2      GLU  37  -6.653 -11.699  18.200
    4    HB3  GLU  37           HB3      GLU  37  -5.403 -12.819  17.677
    5    HG2  GLU  37           HG2      GLU  37  -3.975 -10.584  17.598
    6    HG3  GLU  37           HG3      GLU  37  -5.164 -10.089  18.799

  No H/Q in entry =           6
  In of MODEL   20
    1    H    THR  38           H        THR  38  -7.974 -10.348  15.021
    2    HA   THR  38           HA       THR  38  -9.344 -12.929  14.653
    3    HB   THR  38           HB       THR  38 -11.377 -11.092  14.623
    4    HG1  THR  38           HG1      THR  38 -10.801  -9.381  15.730
    5   HG21  THR  38          HG21      THR  38 -10.277 -12.650  16.964
    6   HG23  THR  38          HG22      THR  38 -11.480 -13.197  15.795
    7   HG22  THR  38          HG23      THR  38 -11.875 -11.902  16.926

  No H/Q in entry =           7
  In of MODEL   20
    1    H    LEU  39           H        LEU  39 -10.138 -13.342  12.589
    2    HA   LEU  39           HA       LEU  39  -9.538 -11.255  10.646
    3    HB2  LEU  39           HB2      LEU  39  -8.419 -13.122   9.872
    4    HB3  LEU  39           HB3      LEU  39  -9.720 -14.213  10.344
    5    HG   LEU  39           HG       LEU  39 -10.729 -12.291   8.476
    6   HD12  LEU  39          HD11      LEU  39  -9.447 -13.040   6.487
    7   HD11  LEU  39          HD12      LEU  39  -8.296 -13.831   7.559
    8   HD13  LEU  39          HD13      LEU  39  -8.486 -12.076   7.609
    9   HD21  LEU  39          HD21      LEU  39 -11.615 -14.551   9.052
   10   HD23  LEU  39          HD22      LEU  39 -10.281 -15.254   8.139
   11   HD22  LEU  39          HD23      LEU  39 -11.477 -14.247   7.320

  No H/Q in entry =          11
  In of MODEL   20
    1    H    TYR  40           H        TYR  40 -11.402 -10.093  10.661
    2    HA   TYR  40           HA       TYR  40 -13.890 -11.287  10.244
    3    HB2  TYR  40           HB2      TYR  40 -13.373  -8.342   9.810
    4    HB3  TYR  40           HB3      TYR  40 -14.841  -9.111  10.357
    5    HD1  TYR  40           HD1      TYR  40 -15.371  -8.992  12.569
    6    HD2  TYR  40           HD2      TYR  40 -11.272  -8.632  11.478
    7    HE1  TYR  40           HE1      TYR  40 -14.787  -8.467  14.895
    8    HE2  TYR  40           HE2      TYR  40 -10.681  -8.154  13.808
    9    HH   TYR  40           HH       TYR  40 -12.952  -8.527  16.389

  No H/Q in entry =           9
  In of MODEL   20
    1    H    TYR  41           H        TYR  41 -14.450 -12.197   8.346
    2    HA   TYR  41           HA       TYR  41 -13.429 -11.131   5.873
    3    HB2  TYR  41           HB2      TYR  41 -13.576 -13.582   6.358
    4    HB3  TYR  41           HB3      TYR  41 -15.328 -13.428   6.336
    5    HD1  TYR  41           HD1      TYR  41 -15.986 -11.864   4.062
    6    HD2  TYR  41           HD2      TYR  41 -12.842 -14.645   4.514
    7    HE1  TYR  41           HE1      TYR  41 -15.938 -12.179   1.644
    8    HE2  TYR  41           HE2      TYR  41 -12.761 -14.977   2.115
    9    HH   TYR  41           HH       TYR  41 -14.022 -14.654   0.145

  No H/Q in entry =           9
  In of MODEL   20
    1    H    ILE  42           H        ILE  42 -14.472  -9.207   5.525
    2    HA   ILE  42           HA       ILE  42 -17.212  -8.807   5.943
    3    HB   ILE  42           HB       ILE  42 -15.684  -6.969   5.771
    4   HG12  ILE  42          HG12      ILE  42 -17.569  -6.858   3.432
    5   HG13  ILE  42          HG13      ILE  42 -18.057  -6.670   5.118
    6   HG22  ILE  42          HG21      ILE  42 -14.763  -6.291   3.556
    7   HG21  ILE  42          HG22      ILE  42 -15.236  -7.876   2.946
    8   HG23  ILE  42          HG23      ILE  42 -14.052  -7.749   4.247
    9   HD13  ILE  42          HD11      ILE  42 -17.797  -4.504   4.481
   10   HD12  ILE  42          HD12      ILE  42 -16.450  -4.870   3.399
   11   HD11  ILE  42          HD13      ILE  42 -16.201  -4.861   5.143

  No H/Q in entry =          11
  In of MODEL   20
    1    H    VAL  43           H        VAL  43 -18.506 -10.339   5.125
    2    HA   VAL  43           HA       VAL  43 -18.057 -11.408   2.520
    3    HB   VAL  43           HB       VAL  43 -20.394 -11.974   4.331
    4   HG13  VAL  43          HG11      VAL  43 -20.638 -13.959   3.045
    5   HG12  VAL  43          HG12      VAL  43 -19.130 -13.644   2.179
    6   HG11  VAL  43          HG13      VAL  43 -20.539 -12.610   1.910
    7   HG21  VAL  43          HG21      VAL  43 -17.658 -13.210   4.141
    8   HG23  VAL  43          HG22      VAL  43 -19.025 -13.997   4.922
    9   HG22  VAL  43          HG23      VAL  43 -18.407 -12.470   5.554

  No H/Q in entry =           9
  In of MODEL   20
    1    H    LYS  44           H        LYS  44 -21.094 -10.376   3.790
    2    HA   LYS  44           HA       LYS  44 -21.659  -8.649   1.483
    3    HB2  LYS  44           HB2      LYS  44 -23.216 -10.490   2.752
    4    HB3  LYS  44           HB3      LYS  44 -23.568  -9.103   3.767
    5    HG2  LYS  44           HG2      LYS  44 -23.811  -8.615   0.879
    6    HG3  LYS  44           HG3      LYS  44 -24.953  -9.781   1.545
    7    HD2  LYS  44           HD2      LYS  44 -25.297  -7.957   3.385
    8    HD3  LYS  44           HD3      LYS  44 -24.629  -6.874   2.163
    9    HE2  LYS  44           HE2      LYS  44 -27.178  -8.434   2.133
   10    HE3  LYS  44           HE3      LYS  44 -26.903  -6.736   1.751
   11    HZ3  LYS  44           HZ1      LYS  44 -27.362  -7.934  -0.254
   12    HZ2  LYS  44           HZ2      LYS  44 -26.152  -9.067   0.077
   13    HZ1  LYS  44           HZ3      LYS  44 -25.737  -7.467  -0.274

  No H/Q in entry =          13
  In of MODEL   20
    1    H    GLY  45           H        GLY  45 -22.310  -6.503   1.945
    2    HA3  GLY  45           HA2      GLY  45 -22.341  -4.511   3.171
    3    HA2  GLY  45           HA3      GLY  45 -21.502  -5.328   4.484

  No H/Q in entry =           3
  In of MODEL   20
    1    H    SER  46           H        SER  46 -20.476  -2.903   3.503
    2    HA   SER  46           HA       SER  46 -17.905  -3.915   2.698
    3    HB2  SER  46           HB2      SER  46 -18.019  -3.153   0.592
    4    HB3  SER  46           HB3      SER  46 -19.688  -2.664   0.875
    5    HG   SER  46           HG       SER  46 -18.830  -0.684   1.731

  No H/Q in entry =           5
  In of MODEL   20
    1    H    VAL  47           H        VAL  47 -16.169  -2.275   3.155
    2    HA   VAL  47           HA       VAL  47 -17.192  -0.426   5.206
    3    HB   VAL  47           HB       VAL  47 -15.388  -0.935   6.754
    4   HG11  VAL  47          HG11      VAL  47 -17.021  -3.305   5.931
    5   HG13  VAL  47          HG12      VAL  47 -17.516  -2.019   7.034
    6   HG12  VAL  47          HG13      VAL  47 -16.207  -3.113   7.486
    7   HG22  VAL  47          HG21      VAL  47 -13.619  -1.781   5.497
    8   HG21  VAL  47          HG22      VAL  47 -14.653  -2.941   4.661
    9   HG23  VAL  47          HG23      VAL  47 -14.234  -3.197   6.356

  No H/Q in entry =           9
  In of MODEL   20
    1    H    ALA  48           H        ALA  48 -15.138   0.765   6.250
    2    HA   ALA  48           HA       ALA  48 -13.819   1.980   3.933
    3    HB3  ALA  48           HB1      ALA  48 -14.140   4.118   4.832
    4    HB1  ALA  48           HB2      ALA  48 -14.572   3.486   6.418
    5    HB2  ALA  48           HB3      ALA  48 -15.693   3.317   5.067

  No H/Q in entry =           5
  In of MODEL   20
    1    H    VAL  49           H        VAL  49 -11.953   1.067   4.082
    2    HA   VAL  49           HA       VAL  49 -10.554   0.436   6.460
    3    HB   VAL  49           HB       VAL  49  -9.789   0.567   3.543
    4   HG13  VAL  49          HG11      VAL  49  -7.632  -0.080   3.963
    5   HG12  VAL  49          HG12      VAL  49  -8.022  -0.704   5.565
    6   HG11  VAL  49          HG13      VAL  49  -7.910   1.036   5.301
    7   HG21  VAL  49          HG21      VAL  49 -11.281  -1.226   4.238
    8   HG23  VAL  49          HG22      VAL  49 -10.123  -1.704   5.483
    9   HG22  VAL  49          HG23      VAL  49  -9.699  -1.857   3.774

  No H/Q in entry =           9
  In of MODEL   20
    1    H    LEU  50           H        LEU  50  -9.088   1.662   7.543
    2    HA   LEU  50           HA       LEU  50  -8.258   4.155   6.425
    3    HB2  LEU  50           HB2      LEU  50  -9.061   5.562   8.097
    4    HB3  LEU  50           HB3      LEU  50 -10.406   4.549   7.626
    5    HG   LEU  50           HG       LEU  50  -8.813   4.436  10.163
    6   HD13  LEU  50          HD11      LEU  50 -10.529   6.085  10.137
    7   HD12  LEU  50          HD12      LEU  50 -11.089   4.710  11.102
    8   HD11  LEU  50          HD13      LEU  50 -11.687   4.926   9.452
    9   HD22  LEU  50          HD21      LEU  50  -9.158   2.162   9.480
   10   HD21  LEU  50          HD22      LEU  50 -10.858   2.484   9.135
   11   HD23  LEU  50          HD23      LEU  50 -10.260   2.559  10.796

  No H/Q in entry =          11
  In of MODEL   20
    1    H    ILE  51           H        ILE  51  -6.483   5.101   7.274
    2    HA   ILE  51           HA       ILE  51  -4.928   3.243   8.971
    3    HB   ILE  51           HB       ILE  51  -2.926   4.295   7.761
    4   HG12  ILE  51          HG12      ILE  51  -3.591   4.726   5.292
    5   HG13  ILE  51          HG13      ILE  51  -5.192   5.049   5.941
    6   HG21  ILE  51          HG21      ILE  51  -4.779   2.320   6.450
    7   HG23  ILE  51          HG22      ILE  51  -3.459   1.975   7.570
    8   HG22  ILE  51          HG23      ILE  51  -3.108   2.588   5.954
    9   HD13  ILE  51          HD11      ILE  51  -4.323   6.863   7.267
   10   HD12  ILE  51          HD12      ILE  51  -3.860   7.079   5.579
   11   HD11  ILE  51          HD13      ILE  51  -2.679   6.490   6.750

  No H/Q in entry =          11
  In of MODEL   20
    1    H    LYS  52           H        LYS  52  -2.846   4.431   9.647
    2    HA   LYS  52           HA       LYS  52  -3.595   7.031  10.784
    3    HB2  LYS  52           HB2      LYS  52  -2.384   4.629  12.083
    4    HB3  LYS  52           HB3      LYS  52  -1.843   6.216  12.620
    5    HG2  LYS  52           HG2      LYS  52  -4.049   6.851  13.231
    6    HG3  LYS  52           HG3      LYS  52  -4.731   5.408  12.481
    7    HD2  LYS  52           HD2      LYS  52  -3.810   3.995  14.154
    8    HD3  LYS  52           HD3      LYS  52  -2.789   5.297  14.780
    9    HE2  LYS  52           HE2      LYS  52  -5.694   5.813  14.715
   10    HE3  LYS  52           HE3      LYS  52  -5.145   4.595  15.868
   11    HZ1  LYS  52           HZ1      LYS  52  -3.412   6.694  16.188
   12    HZ3  LYS  52           HZ2      LYS  52  -4.704   6.292  17.205
   13    HZ2  LYS  52           HZ3      LYS  52  -4.925   7.440  15.977

  No H/Q in entry =          13
  In of MODEL   20
    1    H    ASP  53           H        ASP  53  -1.968   8.601  10.860
    2    HA   ASP  53           HA       ASP  53   0.193   8.129   8.988
    3    HB2  ASP  53           HB2      ASP  53  -1.433  10.207   9.132
    4    HB3  ASP  53           HB3      ASP  53  -0.196  10.781  10.241

  No H/Q in entry =           4
  In of MODEL   20
    1    H    GLU  54           H        GLU  54   2.039  10.125   9.897
    2    HA   GLU  54           HA       GLU  54   3.209   8.602  12.145
    3    HB2  GLU  54           HB2      GLU  54   4.612   9.172  10.028
    4    HB3  GLU  54           HB3      GLU  54   4.530  10.840  10.569
    5    HG2  GLU  54           HG2      GLU  54   6.546  10.189  11.430
    6    HG3  GLU  54           HG3      GLU  54   5.464   9.876  12.786

  No H/Q in entry =           6
  In of MODEL   20
    1    H    GLU  55           H        GLU  55   1.099  11.063  11.531
    2    HA   GLU  55           HA       GLU  55   1.855  12.553  13.978
    3    HB2  GLU  55           HB2      GLU  55   0.228  14.293  12.585
    4    HB3  GLU  55           HB3      GLU  55   1.989  14.383  12.623
    5    HG2  GLU  55           HG2      GLU  55   1.833  14.282  10.392
    6    HG3  GLU  55           HG3      GLU  55   1.581  12.552  10.659

  No H/Q in entry =           6
  In of MODEL   20
    1    H    GLY  56           H        GLY  56   0.072  10.176  13.017
    2    HA3  GLY  56           HA2      GLY  56  -1.703   9.237  14.166
    3    HA2  GLY  56           HA3      GLY  56  -1.948  10.766  14.980

  No H/Q in entry =           3
  In of MODEL   20
    1    H    LYS  57           H        LYS  57  -1.973  10.657  11.353
    2    HA   LYS  57           HA       LYS  57  -4.691  11.561  11.549
    3    HB2  LYS  57           HB2      LYS  57  -2.510  11.768   9.717
    4    HB3  LYS  57           HB3      LYS  57  -3.814  10.934   8.891
    5    HG2  LYS  57           HG2      LYS  57  -5.199  12.770   8.941
    6    HG3  LYS  57           HG3      LYS  57  -4.385  13.476  10.340
    7    HD2  LYS  57           HD2      LYS  57  -3.996  14.573   8.044
    8    HD3  LYS  57           HD3      LYS  57  -2.589  14.254   9.056
    9    HE2  LYS  57           HE2      LYS  57  -2.940  11.932   7.540
   10    HE3  LYS  57           HE3      LYS  57  -3.225  13.258   6.417
   11    HZ1  LYS  57           HZ1      LYS  57  -0.931  13.649   8.116
   12    HZ3  LYS  57           HZ2      LYS  57  -1.071  13.806   6.434
   13    HZ2  LYS  57           HZ3      LYS  57  -0.797  12.278   7.119

  No H/Q in entry =          13
  In of MODEL   20
    1    H    GLU  58           H        GLU  58  -6.303  10.041  11.610
    2    HA   GLU  58           HA       GLU  58  -5.725   7.407  10.543
    3    HB2  GLU  58           HB2      GLU  58  -7.889   7.114  12.186
    4    HB3  GLU  58           HB3      GLU  58  -6.234   6.771  12.659
    5    HG2  GLU  58           HG2      GLU  58  -6.187   9.269  13.347
    6    HG3  GLU  58           HG3      GLU  58  -7.945   9.118  13.330

  No H/Q in entry =           6
  In of MODEL   20
    1    H    MET  59           H        MET  59  -6.488   8.008   8.313
    2    HA   MET  59           HA       MET  59  -9.192   9.045   8.326
    3    HB2  MET  59           HB2      MET  59  -6.807   9.316   6.504
    4    HB3  MET  59           HB3      MET  59  -8.395   9.980   6.162
    5    HG2  MET  59           HG2      MET  59  -8.162  11.571   7.923
    6    HG3  MET  59           HG3      MET  59  -6.709  10.756   8.518
    7    HE1  MET  59           HE1      MET  59  -6.462  10.273   4.972
    8    HE3  MET  59           HE2      MET  59  -5.970  11.785   4.206
    9    HE2  MET  59           HE3      MET  59  -7.648  11.548   4.692

  No H/Q in entry =           9
  In of MODEL   20
    1    H    ILE  60           H        ILE  60 -10.496   8.047   6.811
    2    HA   ILE  60           HA       ILE  60 -10.047   5.475   5.936
    3    HB   ILE  60           HB       ILE  60 -11.628   7.442   4.317
    4   HG12  ILE  60          HG12      ILE  60 -12.221   6.258   7.013
    5   HG13  ILE  60          HG13      ILE  60 -12.390   7.928   6.474
    6   HG22  ILE  60          HG21      ILE  60 -12.030   4.517   4.922
    7   HG21  ILE  60          HG22      ILE  60 -11.339   5.173   3.437
    8   HG23  ILE  60          HG23      ILE  60 -13.020   5.510   3.851
    9   HD11  ILE  60          HD11      ILE  60 -14.018   6.088   4.963
   10   HD13  ILE  60          HD12      ILE  60 -14.449   7.597   5.775
   11   HD12  ILE  60          HD13      ILE  60 -14.384   6.088   6.688

  No H/Q in entry =          11
  In of MODEL   20
    1    H    LEU  61           H        LEU  61  -8.668   4.665   4.511
    2    HA   LEU  61           HA       LEU  61  -7.642   6.450   2.421
    3    HB2  LEU  61           HB2      LEU  61  -5.481   5.665   2.679
    4    HB3  LEU  61           HB3      LEU  61  -6.055   5.706   4.326
    5    HG   LEU  61           HG       LEU  61  -4.772   3.756   4.143
    6   HD11  LEU  61          HD11      LEU  61  -7.642   2.962   3.886
    7   HD13  LEU  61          HD12      LEU  61  -6.775   3.370   5.370
    8   HD12  LEU  61          HD13      LEU  61  -6.340   1.923   4.462
    9   HD23  LEU  61          HD21      LEU  61  -5.465   1.958   2.432
   10   HD22  LEU  61          HD22      LEU  61  -4.412   3.285   1.931
   11   HD21  LEU  61          HD23      LEU  61  -6.131   3.324   1.536

  No H/Q in entry =          11
  In of MODEL   20
    1    H    SER  62           H        SER  62  -9.334   3.645   3.207
    2    HA   SER  62           HA       SER  62  -9.577   2.962   0.434
    3    HB2  SER  62           HB2      SER  62  -7.459   1.833   1.066
    4    HB3  SER  62           HB3      SER  62  -8.353   0.923   2.278
    5    HG   SER  62           HG       SER  62  -8.456  -0.414   0.618

  No H/Q in entry =           5
  In of MODEL   20
    1    H    TYR  63           H        TYR  63 -10.778   0.784   0.328
    2    HA   TYR  63           HA       TYR  63 -12.698   0.196   2.320
    3    HB2  TYR  63           HB2      TYR  63 -14.097   1.070  -0.177
    4    HB3  TYR  63           HB3      TYR  63 -14.706   1.001   1.459
    5    HD1  TYR  63           HD1      TYR  63 -12.481   3.018  -0.730
    6    HD2  TYR  63           HD2      TYR  63 -15.064   2.942   2.624
    7    HE1  TYR  63           HE1      TYR  63 -12.403   5.468  -0.636
    8    HE2  TYR  63           HE2      TYR  63 -14.988   5.390   2.752
    9    HH   TYR  63           HH       TYR  63 -14.553   7.283   0.936

  No H/Q in entry =           9
  In of MODEL   20
    1    H    LEU  64           H        LEU  64 -14.150  -1.180   1.528
    2    HA   LEU  64           HA       LEU  64 -12.903  -3.305   0.003
    3    HB2  LEU  64           HB2      LEU  64 -14.700  -3.712   2.344
    4    HB3  LEU  64           HB3      LEU  64 -13.713  -4.893   1.520
    5    HG   LEU  64           HG       LEU  64 -12.769  -2.706   3.378
    6   HD12  LEU  64          HD11      LEU  64 -12.549  -5.714   3.515
    7   HD11  LEU  64          HD12      LEU  64 -13.696  -4.734   4.425
    8   HD13  LEU  64          HD13      LEU  64 -11.966  -4.566   4.718
    9   HD23  LEU  64          HD21      LEU  64 -10.516  -3.716   3.023
   10   HD22  LEU  64          HD22      LEU  64 -11.145  -2.839   1.626
   11   HD21  LEU  64          HD23      LEU  64 -11.187  -4.601   1.654

  No H/Q in entry =          11
  In of MODEL   20
    1    H    ASN  65           H        ASN  65 -14.579  -5.103  -0.137
    2    HA   ASN  65           HA       ASN  65 -17.088  -4.068  -1.163
    3    HB2  ASN  65           HB2      ASN  65 -15.273  -5.913  -2.735
    4    HB3  ASN  65           HB3      ASN  65 -16.954  -5.589  -3.139
    5   HD21  ASN  65          HD21      ASN  65 -17.525  -3.551  -3.926
    6   HD22  ASN  65          HD22      ASN  65 -16.353  -2.433  -4.520

  No H/Q in entry =           6
  In of MODEL   20
    1    H    GLN  66           H        GLN  66 -18.631  -5.804  -1.387
    2    HA   GLN  66           HA       GLN  66 -18.841  -7.589   0.769
    3    HB2  GLN  66           HB2      GLN  66 -20.263  -7.487  -1.971
    4    HB3  GLN  66           HB3      GLN  66 -20.742  -8.574  -0.669
    5    HG2  GLN  66           HG2      GLN  66 -21.345  -6.594   0.799
    6    HG3  GLN  66           HG3      GLN  66 -20.746  -5.477  -0.402
    7   HE22  GLN  66          HE21      GLN  66 -24.376  -5.388  -0.791
    8   HE21  GLN  66          HE22      GLN  66 -23.045  -4.823   0.360

  No H/Q in entry =           8
  In of MODEL   20
    1    H    GLY  67           H        GLY  67 -16.758  -8.652   0.636
    2    HA3  GLY  67           HA2      GLY  67 -16.643 -11.232   0.155
    3    HA2  GLY  67           HA3      GLY  67 -16.459 -10.617  -1.481

  No H/Q in entry =           3
  In of MODEL   20
    1    H    ASP  68           H        ASP  68 -15.210  -8.761   1.139
    2    HA   ASP  68           HA       ASP  68 -12.478  -9.426   0.299
    3    HB2  ASP  68           HB2      ASP  68 -13.592  -6.991   0.249
    4    HB3  ASP  68           HB3      ASP  68 -13.104  -7.005   1.938

  No H/Q in entry =           4
  In of MODEL   20
    1    H    PHE  69           H        PHE  69 -11.040  -8.598   2.466
    2    HA   PHE  69           HA       PHE  69 -12.182 -10.176   4.677
    3    HB2  PHE  69           HB2      PHE  69  -9.271  -9.982   3.927
    4    HB3  PHE  69           HB3      PHE  69  -9.965 -10.982   5.190
    5    HD1  PHE  69           HD1      PHE  69 -10.389 -13.190   4.753
    6    HD2  PHE  69           HD2      PHE  69 -10.120 -10.471   1.495
    7    HE1  PHE  69           HE1      PHE  69 -10.475 -15.078   3.174
    8    HE2  PHE  69           HE2      PHE  69 -10.226 -12.349  -0.090
    9    HZ   PHE  69           HZ       PHE  69 -10.395 -14.658   0.750

  No H/Q in entry =           9
  In of MODEL   20
    1    H    ILE  70           H        ILE  70 -11.182  -9.611   6.826
    2    HA   ILE  70           HA       ILE  70 -10.196  -6.858   6.948
    3    HB   ILE  70           HB       ILE  70 -12.584  -8.020   8.347
    4   HG12  ILE  70          HG12      ILE  70 -12.153  -5.485   6.772
    5   HG13  ILE  70          HG13      ILE  70 -13.153  -6.866   6.339
    6   HG21  ILE  70          HG21      ILE  70 -10.690  -5.968   9.322
    7   HG23  ILE  70          HG22      ILE  70 -11.682  -7.110  10.225
    8   HG22  ILE  70          HG23      ILE  70 -12.405  -5.646   9.563
    9   HD11  ILE  70          HD11      ILE  70 -14.499  -6.332   8.445
   10   HD13  ILE  70          HD12      ILE  70 -14.667  -5.244   7.064
   11   HD12  ILE  70          HD13      ILE  70 -13.655  -4.780   8.434

  No H/Q in entry =          11
  In of MODEL   20
    1    H    GLY  71           H        GLY  71  -8.836  -6.560   8.685
    2    HA3  GLY  71           HA2      GLY  71  -7.543  -7.086  10.541
    3    HA2  GLY  71           HA3      GLY  71  -8.558  -8.503  10.789

  No H/Q in entry =           3
  In of MODEL   20
    1    H    GLU  72           H        GLU  72  -7.375  -8.202   7.615
    2    HA   GLU  72           HA       GLU  72  -5.858 -10.578   7.906
    3    HB2  GLU  72           HB2      GLU  72  -5.230  -9.232   5.460
    4    HB3  GLU  72           HB3      GLU  72  -6.202 -10.676   5.688
    5    HG2  GLU  72           HG2      GLU  72  -7.574  -9.188   4.518
    6    HG3  GLU  72           HG3      GLU  72  -8.145  -9.127   6.183

  No H/Q in entry =           6
  In of MODEL   20
    1    H    LEU  73           H        LEU  73  -5.481  -7.208   7.602
    2    HA   LEU  73           HA       LEU  73  -2.733  -6.855   7.412
    3    HB2  LEU  73           HB2      LEU  73  -5.108  -5.282   8.004
    4    HB3  LEU  73           HB3      LEU  73  -3.699  -4.701   8.869
    5    HG   LEU  73           HG       LEU  73  -4.043  -3.552   6.711
    6   HD12  LEU  73          HD11      LEU  73  -1.720  -3.931   5.890
    7   HD11  LEU  73          HD12      LEU  73  -1.607  -5.259   7.050
    8   HD13  LEU  73          HD13      LEU  73  -1.860  -3.608   7.619
    9   HD21  LEU  73          HD21      LEU  73  -4.965  -5.541   5.508
   10   HD23  LEU  73          HD22      LEU  73  -3.327  -6.198   5.457
   11   HD22  LEU  73          HD23      LEU  73  -3.696  -4.684   4.633

  No H/Q in entry =          11
  In of MODEL   20
    1    H    GLY  74           H        GLY  74  -4.302  -8.358   9.877
    2    HA3  GLY  74           HA2      GLY  74  -2.345  -7.421  11.869
    3    HA2  GLY  74           HA3      GLY  74  -3.895  -8.148  12.255

  No H/Q in entry =           3
  In of MODEL   20
    1    H    LEU  75           H        LEU  75  -3.530 -10.193  10.117
    2    HA   LEU  75           HA       LEU  75  -1.736 -11.941  11.711
    3    HB2  LEU  75           HB2      LEU  75  -3.237 -13.616  11.447
    4    HB3  LEU  75           HB3      LEU  75  -4.337 -12.299  11.095
    5    HG   LEU  75           HG       LEU  75  -3.078 -12.942   8.664
    6   HD13  LEU  75          HD11      LEU  75  -3.679 -15.293   8.389
    7   HD12  LEU  75          HD12      LEU  75  -4.134 -15.382  10.091
    8   HD11  LEU  75          HD13      LEU  75  -2.455 -15.089   9.642
    9   HD21  LEU  75          HD21      LEU  75  -5.336 -12.021   9.044
   10   HD23  LEU  75          HD22      LEU  75  -5.858 -13.598   9.629
   11   HD22  LEU  75          HD23      LEU  75  -5.333 -13.407   7.956

  No H/Q in entry =          11
  In of MODEL   20
    1    H    PHE  76           H        PHE  76  -2.610 -10.919   8.550
    2    HA   PHE  76           HA       PHE  76  -0.743 -12.681   7.232
    3    HB2  PHE  76           HB2      PHE  76  -2.875 -12.380   6.177
    4    HB3  PHE  76           HB3      PHE  76  -2.731 -10.627   6.264
    5    HD1  PHE  76           HD1      PHE  76  -0.411 -13.265   5.144
    6    HD2  PHE  76           HD2      PHE  76  -2.621  -9.790   4.152
    7    HE1  PHE  76           HE1      PHE  76   0.585 -13.293   2.882
    8    HE2  PHE  76           HE2      PHE  76  -1.632  -9.785   1.895
    9    HZ   PHE  76           HZ       PHE  76  -0.032 -11.539   1.255

  No H/Q in entry =           9
  In of MODEL   20
    1    H    GLU  77           H        GLU  77  -1.219  -9.289   8.005
    2    HA   GLU  77           HA       GLU  77   1.025  -8.424   6.512
    3    HB2  GLU  77           HB2      GLU  77   0.161  -6.429   7.030
    4    HB3  GLU  77           HB3      GLU  77  -0.922  -7.170   8.189
    5    HG2  GLU  77           HG2      GLU  77   0.253  -5.454   9.308
    6    HG3  GLU  77           HG3      GLU  77   0.886  -6.986   9.891

  No H/Q in entry =           6
  In of MODEL   20
    1    H    GLU  78           H        GLU  78   0.434  -9.353   9.832
    2    HA   GLU  78           HA       GLU  78   1.729 -10.597  11.165
    3    HB2  GLU  78           HB2      GLU  78   3.566 -10.815   9.376
    4    HB3  GLU  78           HB3      GLU  78   4.236  -9.336  10.063
    5    HG2  GLU  78           HG2      GLU  78   4.346 -10.425  12.254
    6    HG3  GLU  78           HG3      GLU  78   3.735 -11.909  11.528

  No H/Q in entry =           6
  In of MODEL   20
    1    H    GLY  79           H        GLY  79   0.358  -8.196  11.171
    2    HA3  GLY  79           HA2      GLY  79   1.756  -5.969  12.241
    3    HA2  GLY  79           HA3      GLY  79   0.027  -6.227  12.209

  No H/Q in entry =           3
  In of MODEL   20
    1    H    GLN  80           H        GLN  80  -0.873  -7.667  13.793
    2    HA   GLN  80           HA       GLN  80  -1.308  -8.205  15.873
    3    HB2  GLN  80           HB2      GLN  80   1.579  -8.888  15.639
    4    HB3  GLN  80           HB3      GLN  80   0.797  -8.995  17.212
    5    HG2  GLN  80           HG2      GLN  80  -0.054 -10.962  16.676
    6    HG3  GLN  80           HG3      GLN  80  -0.895 -10.241  15.306
    7   HE21  GLN  80          HE21      GLN  80  -0.097 -10.515  13.257
    8   HE22  GLN  80          HE22      GLN  80   1.234 -11.561  12.897

  No H/Q in entry =           8
  In of MODEL   20
    1    H    GLU  81           H        GLU  81  -1.763  -5.952  15.908
    2    HA   GLU  81           HA       GLU  81  -1.542  -4.503  18.089
    3    HB2  GLU  81           HB2      GLU  81   1.077  -4.466  16.995
    4    HB3  GLU  81           HB3      GLU  81   0.382  -2.878  16.694
    5    HG2  GLU  81           HG2      GLU  81   1.060  -2.367  18.743
    6    HG3  GLU  81           HG3      GLU  81  -0.308  -3.332  19.300

  No H/Q in entry =           6
  In of MODEL   20
    1    H    ARG  82           H        ARG  82  -3.464  -4.655  16.336
    2    HA   ARG  82           HA       ARG  82  -4.923  -3.646  14.963
    3    HB2  ARG  82           HB2      ARG  82  -5.449  -1.882  16.175
    4    HB3  ARG  82           HB3      ARG  82  -3.792  -1.684  16.703
    5    HG2  ARG  82           HG2      ARG  82  -4.311  -0.675  13.994
    6    HG3  ARG  82           HG3      ARG  82  -5.245   0.125  15.255
    7    HD2  ARG  82           HD2      ARG  82  -3.441   1.180  16.092
    8    HD3  ARG  82           HD3      ARG  82  -2.416  -0.246  15.934
    9    HE   ARG  82           HE       ARG  82  -2.986   0.954  13.406
   10   HH11  ARG  82          HH11      ARG  82  -0.920   1.257  16.227
   11   HH12  ARG  82          HH12      ARG  82   0.383   1.992  15.348
   12   HH21  ARG  82          HH21      ARG  82  -1.243   1.888  12.245
   13   HH22  ARG  82          HH22      ARG  82   0.211   2.339  13.084

  No H/Q in entry =          13
  In of MODEL   20
    1    H    SER  83           H        SER  83  -2.078  -1.600  14.446
    2    HA   SER  83           HA       SER  83  -1.004  -0.838  12.649
    3    HB2  SER  83           HB2      SER  83  -2.134  -3.242  11.217
    4    HB3  SER  83           HB3      SER  83  -0.722  -2.294  10.744
    5    HG   SER  83           HG       SER  83   0.411  -3.472  12.040

  No H/Q in entry =           5
  In of MODEL   20
    1    H    ALA  84           H        ALA  84  -4.403  -1.523  12.126
    2    HA   ALA  84           HA       ALA  84  -5.979   0.159  11.763
    3    HB1  ALA  84           HB1      ALA  84  -4.255   1.944  11.940
    4    HB2  ALA  84           HB2      ALA  84  -5.510   2.254  10.743
    5    HB3  ALA  84           HB3      ALA  84  -3.914   1.714  10.225

  No H/Q in entry =           5
  In of MODEL   20
    1    H    TRP  85           H        TRP  85  -7.519   0.251  10.035
    2    HA   TRP  85           HA       TRP  85  -7.174  -0.179   7.488
    3    HB2  TRP  85           HB2      TRP  85  -5.711  -2.102   8.222
    4    HB3  TRP  85           HB3      TRP  85  -7.167  -2.915   8.767
    5    HD1  TRP  85           HD1      TRP  85  -8.506  -4.163   7.089
    6    HE1  TRP  85           HE1      TRP  85  -8.286  -4.707   4.569
    7    HE3  TRP  85           HE3      TRP  85  -4.794  -0.893   5.933
    8    HZ2  TRP  85           HZ2      TRP  85  -6.726  -3.816   2.384
    9    HZ3  TRP  85           HZ3      TRP  85  -3.983  -0.786   3.611
   10    HH2  TRP  85           HH2      TRP  85  -4.931  -2.218   1.875

  No H/Q in entry =          10
  In of MODEL   20
    1    H    VAL  86           H        VAL  86  -9.325  -0.276  10.208
    2    HA   VAL  86           HA       VAL  86 -11.334  -0.804   8.275
    3    HB   VAL  86           HB       VAL  86 -12.200  -2.730  10.133
    4   HG11  VAL  86          HG11      VAL  86 -11.402  -2.554   7.251
    5   HG13  VAL  86          HG12      VAL  86 -13.020  -2.694   7.946
    6   HG12  VAL  86          HG13      VAL  86 -11.925  -4.074   7.971
    7   HG22  VAL  86          HG21      VAL  86 -10.508  -4.297  10.162
    8   HG21  VAL  86          HG22      VAL  86  -9.609  -2.801  10.412
    9   HG23  VAL  86          HG23      VAL  86  -9.655  -3.549   8.815

  No H/Q in entry =           9
  In of MODEL   20
    1    H    ARG  87           H        ARG  87 -12.445   1.131   8.728
    2    HA   ARG  87           HA       ARG  87 -14.188   0.904  11.091
    3    HB2  ARG  87           HB2      ARG  87 -13.000   3.018  11.105
    4    HB3  ARG  87           HB3      ARG  87 -13.393   3.303   9.415
    5    HG2  ARG  87           HG2      ARG  87 -15.858   3.001  10.638
    6    HG3  ARG  87           HG3      ARG  87 -14.903   3.933  11.799
    7    HD2  ARG  87           HD2      ARG  87 -15.790   5.604  10.485
    8    HD3  ARG  87           HD3      ARG  87 -14.240   5.324   9.691
    9    HE   ARG  87           HE       ARG  87 -15.862   3.659   8.349
   10   HH11  ARG  87          HH11      ARG  87 -16.185   7.031   9.203
   11   HH12  ARG  87          HH12      ARG  87 -17.157   7.424   7.826
   12   HH21  ARG  87          HH21      ARG  87 -17.150   4.161   6.537
   13   HH22  ARG  87          HH22      ARG  87 -17.701   5.785   6.292

  No H/Q in entry =          13
  In of MODEL   20
    1    H    ALA  88           H        ALA  88 -16.127   0.070  10.630
    2    HA   ALA  88           HA       ALA  88 -16.989  -0.734   8.405
    3    HB1  ALA  88           HB1      ALA  88 -19.360   0.074   9.625
    4    HB3  ALA  88           HB2      ALA  88 -18.177  -0.371  10.860
    5    HB2  ALA  88           HB3      ALA  88 -18.592  -1.505   9.566

  No H/Q in entry =           5
  In of MODEL   20
    1    H    LYS  89           H        LYS  89 -18.170  -0.176   6.356
    2    HA   LYS  89           HA       LYS  89 -18.941   2.616   6.330
    3    HB2  LYS  89           HB2      LYS  89 -17.319   1.695   4.643
    4    HB3  LYS  89           HB3      LYS  89 -18.623   0.700   4.016
    5    HG2  LYS  89           HG2      LYS  89 -19.746   2.504   3.116
    6    HG3  LYS  89           HG3      LYS  89 -18.945   3.665   4.181
    7    HD2  LYS  89           HD2      LYS  89 -17.111   3.815   2.860
    8    HD3  LYS  89           HD3      LYS  89 -17.181   2.117   2.393
    9    HE2  LYS  89           HE2      LYS  89 -18.065   2.694   0.451
   10    HE3  LYS  89           HE3      LYS  89 -19.448   3.395   1.290
   11    HZ3  LYS  89           HZ1      LYS  89 -18.606   5.162   0.067
   12    HZ2  LYS  89           HZ2      LYS  89 -16.996   4.739   0.340
   13    HZ1  LYS  89           HZ3      LYS  89 -17.908   5.425   1.589

  No H/Q in entry =          13
  In of MODEL   20
    1    H    THR  90           H        THR  90 -20.156  -0.466   4.990
    2    HA   THR  90           HA       THR  90 -22.886   0.513   5.418
    3    HB   THR  90           HB       THR  90 -22.610  -1.931   3.844
    4    HG1  THR  90           HG1      THR  90 -21.615   0.510   2.763
    5   HG21  THR  90          HG21      THR  90 -23.917   0.752   3.398
    6   HG23  THR  90          HG22      THR  90 -24.699  -0.726   3.957
    7   HG22  THR  90          HG23      THR  90 -24.078  -0.626   2.309

  No H/Q in entry =           7
  In of MODEL   20
    1    H    ALA  91           H        ALA  91 -23.858  -0.671   7.559
    2    HA   ALA  91           HA       ALA  91 -23.366  -2.709   8.648
    3    HB1  ALA  91           HB1      ALA  91 -25.796  -1.811   8.201
    4    HB2  ALA  91           HB2      ALA  91 -25.563  -3.437   8.845
    5    HB3  ALA  91           HB3      ALA  91 -25.902  -3.204   7.129

  No H/Q in entry =           5
  In of MODEL   20
    1    H    CYS  92           H        CYS  92 -22.106  -4.398   8.280
    2    HA   CYS  92           HA       CYS  92 -22.540  -5.934   5.755
    3    HB2  CYS  92           HB2      CYS  92 -20.098  -6.614   7.134
    4    HB3  CYS  92           HB3      CYS  92 -20.256  -5.864   5.551
    5    HG   CYS  92           HG       CYS  92 -20.527  -3.253   6.776

  No H/Q in entry =           5
  In of MODEL   20
    1    H    GLU  93           H        GLU  93 -21.083  -8.018   6.439
    2    HA   GLU  93           HA       GLU  93 -22.142  -9.454   8.659
    3    HB2  GLU  93           HB2      GLU  93 -22.857 -10.138   5.791
    4    HB3  GLU  93           HB3      GLU  93 -22.887 -11.336   7.074
    5    HG2  GLU  93           HG2      GLU  93 -24.582  -9.996   8.248
    6    HG3  GLU  93           HG3      GLU  93 -24.573  -8.847   6.910

  No H/Q in entry =           6
  In of MODEL   20
    1    H    VAL  94           H        VAL  94 -20.047  -9.883   9.257
    2    HA   VAL  94           HA       VAL  94 -18.167 -10.553   7.109
    3    HB   VAL  94           HB       VAL  94 -16.337 -10.165   8.752
    4   HG11  VAL  94          HG11      VAL  94 -18.074  -8.127   7.629
    5   HG13  VAL  94          HG12      VAL  94 -16.318  -8.301   7.566
    6   HG12  VAL  94          HG13      VAL  94 -17.082  -7.554   8.969
    7   HG22  VAL  94          HG21      VAL  94 -17.189 -10.377  10.880
    8   HG21  VAL  94          HG22      VAL  94 -18.602  -9.386  10.528
    9   HG23  VAL  94          HG23      VAL  94 -17.015  -8.627  10.707

  No H/Q in entry =           9
  In of MODEL   20
    1    H    ALA  95           H        ALA  95 -16.891 -12.334   7.253
    2    HA   ALA  95           HA       ALA  95 -17.988 -14.371   9.048
    3    HB1  ALA  95           HB1      ALA  95 -17.220 -14.459   6.409
    4    HB2  ALA  95           HB2      ALA  95 -17.356 -15.861   7.468
    5    HB3  ALA  95           HB3      ALA  95 -15.791 -15.085   7.236

  No H/Q in entry =           5
  In of MODEL   20
    1    H    GLU  96           H        GLU  96 -17.157 -13.619  10.929
    2    HA   GLU  96           HA       GLU  96 -14.247 -13.312  10.965
    3    HB2  GLU  96           HB2      GLU  96 -14.451 -11.836  12.837
    4    HB3  GLU  96           HB3      GLU  96 -15.514 -11.271  11.553
    5    HG2  GLU  96           HG2      GLU  96 -17.438 -12.108  12.689
    6    HG3  GLU  96           HG3      GLU  96 -16.437 -12.955  13.867

  No H/Q in entry =           6
  In of MODEL   20
    1    H    ILE  97           H        ILE  97 -13.060 -14.358  12.059
    2    HA   ILE  97           HA       ILE  97 -13.833 -15.781  14.407
    3    HB   ILE  97           HB       ILE  97 -12.737 -17.871  13.531
    4   HG12  ILE  97          HG12      ILE  97 -13.573 -16.807  10.858
    5   HG13  ILE  97          HG13      ILE  97 -11.916 -16.705  11.448
    6   HG22  ILE  97          HG21      ILE  97 -15.375 -17.403  12.320
    7   HG21  ILE  97          HG22      ILE  97 -15.156 -17.389  14.069
    8   HG23  ILE  97          HG23      ILE  97 -14.736 -18.828  13.143
    9   HD13  ILE  97          HD11      ILE  97 -11.763 -19.098  11.576
   10   HD12  ILE  97          HD12      ILE  97 -12.271 -18.613   9.957
   11   HD11  ILE  97          HD13      ILE  97 -13.449 -19.263  11.096

  No H/Q in entry =          11
  In of MODEL   20
    1    H    SER  98           H        SER  98 -11.822 -17.209  14.996
    2    HA   SER  98           HA       SER  98  -9.710 -15.217  15.098
    3    HB2  SER  98           HB2      SER  98  -8.842 -17.130  16.763
    4    HB3  SER  98           HB3      SER  98  -9.977 -15.878  17.264
    5    HG   SER  98           HG       SER  98 -11.439 -17.357  17.530

  No H/Q in entry =           5
  In of MODEL   20
    1    H    TYR  99           H        TYR  99  -7.840 -15.446  14.340
    2    HA   TYR  99           HA       TYR  99  -7.385 -17.153  12.040
    3    HB2  TYR  99           HB2      TYR  99  -5.413 -15.804  11.626
    4    HB3  TYR  99           HB3      TYR  99  -6.751 -14.755  12.025
    5    HD1  TYR  99           HD1      TYR  99  -4.865 -16.456  14.717
    6    HD2  TYR  99           HD2      TYR  99  -5.277 -12.890  12.422
    7    HE1  TYR  99           HE1      TYR  99  -3.389 -15.281  16.287
    8    HE2  TYR  99           HE2      TYR  99  -3.802 -11.712  14.002
    9    HH   TYR  99           HH       TYR  99  -3.147 -12.047  16.537

  No H/Q in entry =           9
  In of MODEL   20
    1    H    LYS 100           H        LYS 100  -6.903 -17.666  15.377
    2    HA   LYS 100           HA       LYS 100  -4.542 -19.191  15.016
    3    HB2  LYS 100           HB2      LYS 100  -5.266 -18.777  17.263
    4    HB3  LYS 100           HB3      LYS 100  -6.867 -19.410  16.925
    5    HG2  LYS 100           HG2      LYS 100  -5.648 -21.645  16.517
    6    HG3  LYS 100           HG3      LYS 100  -4.328 -20.891  17.428
    7    HD2  LYS 100           HD2      LYS 100  -6.156 -20.261  19.127
    8    HD3  LYS 100           HD3      LYS 100  -7.132 -21.481  18.313
    9    HE2  LYS 100           HE2      LYS 100  -5.497 -23.182  18.832
   10    HE3  LYS 100           HE3      LYS 100  -4.429 -21.971  19.546
   11    HZ2  LYS 100           HZ1      LYS 100  -7.115 -22.752  20.543
   12    HZ1  LYS 100           HZ2      LYS 100  -6.176 -21.505  21.190
   13    HZ3  LYS 100           HZ3      LYS 100  -5.629 -23.102  21.274

  No H/Q in entry =          13
  In of MODEL   20
    1    H    LYS 101           H        LYS 101  -8.006 -20.054  14.895
    2    HA   LYS 101           HA       LYS 101  -7.551 -22.681  13.831
    3    HB2  LYS 101           HB2      LYS 101  -9.529 -22.728  14.975
    4    HB3  LYS 101           HB3      LYS 101  -9.866 -21.033  14.662
    5    HG2  LYS 101           HG2      LYS 101 -10.711 -21.514  12.502
    6    HG3  LYS 101           HG3      LYS 101 -10.180 -23.194  12.599
    7    HD2  LYS 101           HD2      LYS 101 -12.421 -23.416  13.103
    8    HD3  LYS 101           HD3      LYS 101 -11.730 -23.245  14.717
    9    HE2  LYS 101           HE2      LYS 101 -12.256 -20.827  14.641
   10    HE3  LYS 101           HE3      LYS 101 -13.021 -21.069  13.070
   11    HZ3  LYS 101           HZ1      LYS 101 -14.747 -22.267  14.007
   12    HZ2  LYS 101           HZ2      LYS 101 -14.478 -21.063  15.164
   13    HZ1  LYS 101           HZ3      LYS 101 -13.891 -22.625  15.420

  No H/Q in entry =          13
  In of MODEL   20
    1    H    PHE 102           H        PHE 102  -8.506 -19.577  12.626
    2    HA   PHE 102           HA       PHE 102  -9.118 -20.317   9.988
    3    HB2  PHE 102           HB2      PHE 102  -9.992 -18.332  10.407
    4    HB3  PHE 102           HB3      PHE 102  -8.748 -17.826  11.483
    5    HD1  PHE 102           HD1      PHE 102  -9.987 -17.731   8.121
    6    HD2  PHE 102           HD2      PHE 102  -6.618 -16.841  10.529
    7    HE1  PHE 102           HE1      PHE 102  -9.075 -16.305   6.331
    8    HE2  PHE 102           HE2      PHE 102  -5.707 -15.429   8.753
    9    HZ   PHE 102           HZ       PHE 102  -6.932 -15.160   6.646

  No H/Q in entry =           9
  In of MODEL   20
    1    H    ARG 103           H        ARG 103  -6.094 -20.348  11.410
    2    HA   ARG 103           HA       ARG 103  -4.791 -19.077   9.169
    3    HB2  ARG 103           HB2      ARG 103  -2.765 -18.945  10.325
    4    HB3  ARG 103           HB3      ARG 103  -3.937 -18.585  11.574
    5    HG2  ARG 103           HG2      ARG 103  -3.483 -20.470  12.739
    6    HG3  ARG 103           HG3      ARG 103  -3.090 -21.406  11.292
    7    HD2  ARG 103           HD2      ARG 103  -1.028 -19.982  11.073
    8    HD3  ARG 103           HD3      ARG 103  -1.390 -19.334  12.670
    9    HE   ARG 103           HE       ARG 103  -0.658 -21.298  13.608
   10   HH11  ARG 103          HH11      ARG 103  -0.943 -21.662  10.146
   11   HH12  ARG 103          HH12      ARG 103  -0.245 -23.247  10.119
   12   HH21  ARG 103          HH21      ARG 103   0.305 -23.374  13.585
   13   HH22  ARG 103          HH22      ARG 103   0.486 -24.219  12.079

  No H/Q in entry =          13
  In of MODEL   20
    1    H    GLN 104           H        GLN 104  -5.847 -21.851  10.666
    2    HA   GLN 104           HA       GLN 104  -4.010 -23.730   9.302
    3    HB2  GLN 104           HB2      GLN 104  -6.054 -24.033  11.503
    4    HB3  GLN 104           HB3      GLN 104  -5.376 -25.436  10.681
    5    HG2  GLN 104           HG2      GLN 104  -3.665 -23.355  11.992
    6    HG3  GLN 104           HG3      GLN 104  -4.305 -24.746  12.866
    7   HE21  GLN 104          HE21      GLN 104  -3.407 -26.738  12.545
    8   HE22  GLN 104          HE22      GLN 104  -1.991 -27.003  11.589

  No H/Q in entry =           8
  In of MODEL   20
    1    H    LEU 105           H        LEU 105  -7.286 -22.625   9.060
    2    HA   LEU 105           HA       LEU 105  -7.874 -24.733   7.078
    3    HB2  LEU 105           HB2      LEU 105 -10.051 -24.212   7.544
    4    HB3  LEU 105           HB3      LEU 105  -9.482 -23.038   8.708
    5    HG   LEU 105           HG       LEU 105  -9.303 -21.492   6.588
    6   HD11  LEU 105          HD11      LEU 105 -11.401 -23.552   5.858
    7   HD13  LEU 105          HD12      LEU 105  -9.942 -23.169   4.948
    8   HD12  LEU 105          HD13      LEU 105 -11.243 -21.984   5.071
    9   HD21  LEU 105          HD21      LEU 105 -11.784 -22.228   8.103
   10   HD23  LEU 105          HD22      LEU 105 -11.695 -20.831   7.024
   11   HD22  LEU 105          HD23      LEU 105 -10.646 -20.928   8.446

  No H/Q in entry =          11
  In of MODEL   20
    1    H    ILE 106           H        ILE 106  -5.964 -21.807   7.212
    2    HA   ILE 106           HA       ILE 106  -6.712 -21.112   4.485
    3    HB   ILE 106           HB       ILE 106  -5.522 -18.996   4.683
    4   HG12  ILE 106          HG12      ILE 106  -5.324 -18.368   7.351
    5   HG13  ILE 106          HG13      ILE 106  -4.782 -20.044   7.359
    6   HG22  ILE 106          HG21      ILE 106  -7.493 -19.095   6.926
    7   HG21  ILE 106          HG22      ILE 106  -7.982 -19.452   5.271
    8   HG23  ILE 106          HG23      ILE 106  -7.285 -17.879   5.668
    9   HD11  ILE 106          HD11      ILE 106  -3.258 -19.286   5.410
   10   HD13  ILE 106          HD12      ILE 106  -2.823 -18.883   7.080
   11   HD12  ILE 106          HD13      ILE 106  -3.570 -17.667   6.042

  No H/Q in entry =          11
  In of MODEL   20
    1    H    GLN 107           H        GLN 107  -4.829 -22.917   6.314
    2    HA   GLN 107           HA       GLN 107  -2.389 -22.668   4.697
    3    HB2  GLN 107           HB2      GLN 107  -2.709 -23.385   7.601
    4    HB3  GLN 107           HB3      GLN 107  -1.409 -24.121   6.678
    5    HG2  GLN 107           HG2      GLN 107  -1.847 -21.179   7.113
    6    HG3  GLN 107           HG3      GLN 107  -0.620 -22.184   7.878
    7   HE21  GLN 107          HE21      GLN 107  -0.126 -23.662   5.348
    8   HE22  GLN 107          HE22      GLN 107   0.799 -22.583   4.367

  No H/Q in entry =           8
  In of MODEL   20
    1    H    VAL 108           H        VAL 108  -5.127 -24.369   5.505
    2    HA   VAL 108           HA       VAL 108  -4.149 -27.017   4.976
    3    HB   VAL 108           HB       VAL 108  -6.344 -25.957   6.284
    4   HG12  VAL 108          HG11      VAL 108  -7.347 -27.276   3.777
    5   HG11  VAL 108          HG12      VAL 108  -7.540 -25.579   4.219
    6   HG13  VAL 108          HG13      VAL 108  -8.325 -26.835   5.178
    7   HG22  VAL 108          HG21      VAL 108  -7.004 -28.260   6.663
    8   HG21  VAL 108          HG22      VAL 108  -5.258 -28.051   6.790
    9   HG23  VAL 108          HG23      VAL 108  -5.956 -28.784   5.344

  No H/Q in entry =           9
  In of MODEL   20
    1    H    ASN 109           H        ASN 109  -5.506 -24.313   3.317
    2    HA   ASN 109           HA       ASN 109  -5.377 -25.786   0.762
    3    HB2  ASN 109           HB2      ASN 109  -7.229 -23.511   1.458
    4    HB3  ASN 109           HB3      ASN 109  -7.155 -24.336  -0.090
    5   HD21  ASN 109          HD21      ASN 109  -8.928 -24.025   2.552
    6   HD22  ASN 109          HD22      ASN 109  -9.668 -25.583   2.625

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   PRO 110           HA       PRO 110  -2.440 -22.514  -0.009
    2    HB2  PRO 110           HB2      PRO 110  -1.687 -23.351  -2.482
    3    HB3  PRO 110           HB3      PRO 110  -1.169 -24.194  -1.022
    4    HG2  PRO 110           HG2      PRO 110  -3.314 -24.910  -2.973
    5    HG3  PRO 110           HG3      PRO 110  -2.168 -25.965  -2.125
    6    HD2  PRO 110           HD2      PRO 110  -4.793 -25.580  -1.375
    7    HD3  PRO 110           HD3      PRO 110  -3.506 -26.122  -0.282

  No H/Q in entry =           7
  In of MODEL   20
    1    H    ASP 111           H        ASP 111  -5.506 -22.872  -1.385
    2    HA   ASP 111           HA       ASP 111  -5.059 -20.625  -3.135
    3    HB2  ASP 111           HB2      ASP 111  -7.210 -20.980  -4.131
    4    HB3  ASP 111           HB3      ASP 111  -6.215 -22.428  -4.236

  No H/Q in entry =           4
  In of MODEL   20
    1    H    ILE 112           H        ILE 112  -6.130 -21.201   0.054
    2    HA   ILE 112           HA       ILE 112  -8.332 -19.329   0.036
    3    HB   ILE 112           HB       ILE 112  -7.034 -20.928   2.249
    4   HG12  ILE 112          HG12      ILE 112  -8.876 -21.487   0.275
    5   HG13  ILE 112          HG13      ILE 112  -8.606 -22.429   1.730
    6   HG21  ILE 112          HG21      ILE 112  -9.248 -18.890   2.445
    7   HG23  ILE 112          HG22      ILE 112  -7.689 -18.881   3.273
    8   HG22  ILE 112          HG23      ILE 112  -8.900 -20.102   3.679
    9   HD13  ILE 112          HD11      ILE 112 -10.946 -22.014   1.400
   10   HD12  ILE 112          HD12      ILE 112 -10.655 -20.276   1.364
   11   HD11  ILE 112          HD13      ILE 112 -10.378 -21.188   2.849

  No H/Q in entry =          11
  In of MODEL   20
    1    H    LEU 113           H        LEU 113  -5.147 -19.473   1.470
    2    HA   LEU 113           HA       LEU 113  -5.302 -16.876   2.542
    3    HB2  LEU 113           HB2      LEU 113  -3.749 -18.384   3.482
    4    HB3  LEU 113           HB3      LEU 113  -2.995 -18.708   1.928
    5    HG   LEU 113           HG       LEU 113  -2.427 -16.178   1.956
    6   HD12  LEU 113          HD11      LEU 113  -2.505 -16.576   4.916
    7   HD11  LEU 113          HD12      LEU 113  -3.889 -15.907   4.053
    8   HD13  LEU 113          HD13      LEU 113  -2.329 -15.086   3.994
    9   HD22  LEU 113          HD21      LEU 113  -0.773 -17.897   2.002
   10   HD21  LEU 113          HD22      LEU 113  -1.077 -18.199   3.714
   11   HD23  LEU 113          HD23      LEU 113  -0.367 -16.669   3.200

  No H/Q in entry =          11
  In of MODEL   20
    1    H    MET 114           H        MET 114  -4.491 -18.215  -0.458
    2    HA   MET 114           HA       MET 114  -3.086 -16.013  -1.590
    3    HB2  MET 114           HB2      MET 114  -3.408 -18.662  -2.267
    4    HB3  MET 114           HB3      MET 114  -4.408 -17.846  -3.461
    5    HG2  MET 114           HG2      MET 114  -1.532 -17.183  -2.910
    6    HG3  MET 114           HG3      MET 114  -2.081 -18.262  -4.188
    7    HE1  MET 114           HE1      MET 114  -0.627 -16.831  -5.805
    8    HE3  MET 114           HE2      MET 114  -0.220 -15.504  -4.716
    9    HE2  MET 114           HE3      MET 114  -0.970 -15.166  -6.274

  No H/Q in entry =           9
  In of MODEL   20
    1    H    ARG 115           H        ARG 115  -6.382 -17.076  -1.372
    2    HA   ARG 115           HA       ARG 115  -7.443 -15.351  -3.351
    3    HB2  ARG 115           HB2      ARG 115  -8.550 -16.938  -1.054
    4    HB3  ARG 115           HB3      ARG 115  -9.571 -15.696  -1.789
    5    HG2  ARG 115           HG2      ARG 115  -8.235 -17.743  -3.493
    6    HG3  ARG 115           HG3      ARG 115  -9.682 -18.167  -2.585
    7    HD2  ARG 115           HD2      ARG 115 -11.018 -16.686  -3.791
    8    HD3  ARG 115           HD3      ARG 115  -9.636 -15.740  -4.347
    9    HE   ARG 115           HE       ARG 115  -9.432 -17.164  -6.120
   10   HH11  ARG 115          HH11      ARG 115 -11.439 -18.722  -3.698
   11   HH12  ARG 115          HH12      ARG 115 -11.722 -20.131  -4.667
   12   HH21  ARG 115          HH21      ARG 115  -9.854 -19.017  -7.410
   13   HH22  ARG 115          HH22      ARG 115 -10.839 -20.290  -6.768

  No H/Q in entry =          13
  In of MODEL   20
    1    H    LEU 116           H        LEU 116  -6.981 -15.203   0.200
    2    HA   LEU 116           HA       LEU 116  -7.873 -12.633   0.617
    3    HB2  LEU 116           HB2      LEU 116  -7.507 -14.098   2.450
    4    HB3  LEU 116           HB3      LEU 116  -5.850 -14.401   1.969
    5    HG   LEU 116           HG       LEU 116  -5.852 -11.685   2.430
    6   HD11  LEU 116          HD11      LEU 116  -8.182 -12.494   3.542
    7   HD13  LEU 116          HD12      LEU 116  -7.234 -11.090   4.048
    8   HD12  LEU 116          HD13      LEU 116  -7.059 -12.627   4.900
    9   HD22  LEU 116          HD21      LEU 116  -4.049 -12.991   3.184
   10   HD21  LEU 116          HD22      LEU 116  -5.096 -13.996   4.189
   11   HD23  LEU 116          HD23      LEU 116  -4.793 -12.313   4.640

  No H/Q in entry =          11
  In of MODEL   20
    1    H    SER 117           H        SER 117  -4.596 -13.761   0.040
    2    HA   SER 117           HA       SER 117  -3.193 -11.469   0.449
    3    HB2  SER 117           HB2      SER 117  -1.483 -12.486  -1.128
    4    HB3  SER 117           HB3      SER 117  -1.974 -13.463   0.247
    5    HG   SER 117           HG       SER 117  -2.823 -13.730  -2.450

  No H/Q in entry =           5
  In of MODEL   20
    1    H    ALA 118           H        ALA 118  -4.790 -12.520  -2.432
    2    HA   ALA 118           HA       ALA 118  -3.799 -10.580  -4.230
    3    HB2  ALA 118           HB1      ALA 118  -4.672 -12.195  -5.513
    4    HB3  ALA 118           HB2      ALA 118  -6.187 -11.314  -5.309
    5    HB1  ALA 118           HB3      ALA 118  -5.824 -12.694  -4.274

  No H/Q in entry =           5
  In of MODEL   20
    1    H    GLN 119           H        GLN 119  -6.442 -10.566  -1.930
    2    HA   GLN 119           HA       GLN 119  -7.799  -8.360  -3.092
    3    HB2  GLN 119           HB2      GLN 119  -7.768  -9.543  -0.320
    4    HB3  GLN 119           HB3      GLN 119  -8.664  -8.074  -0.678
    5    HG2  GLN 119           HG2      GLN 119  -9.115 -10.842  -1.736
    6    HG3  GLN 119           HG3      GLN 119 -10.217  -9.827  -0.811
    7   HE21  GLN 119          HE21      GLN 119 -10.774 -11.136  -3.264
    8   HE22  GLN 119          HE22      GLN 119 -11.140  -9.919  -4.433

  No H/Q in entry =           8
  In of MODEL   20
    1    H    MET 120           H        MET 120  -5.767  -8.495  -0.091
    2    HA   MET 120           HA       MET 120  -5.207  -5.910   0.163
    3    HB2  MET 120           HB2      MET 120  -3.842  -8.401   0.814
    4    HB3  MET 120           HB3      MET 120  -2.764  -7.013   0.737
    5    HG2  MET 120           HG2      MET 120  -3.705  -5.996   2.538
    6    HG3  MET 120           HG3      MET 120  -5.297  -6.699   2.242
    7    HE2  MET 120           HE1      MET 120  -4.417  -9.879   1.937
    8    HE1  MET 120           HE2      MET 120  -5.876  -9.152   2.610
    9    HE3  MET 120           HE3      MET 120  -4.936 -10.298   3.568

  No H/Q in entry =           9
  In of MODEL   20
    1    H    ALA 121           H        ALA 121  -3.617  -8.008  -2.170
    2    HA   ALA 121           HA       ALA 121  -1.567  -6.223  -2.904
    3    HB3  ALA 121           HB1      ALA 121  -1.000  -7.752  -4.507
    4    HB2  ALA 121           HB2      ALA 121  -2.676  -8.115  -4.915
    5    HB1  ALA 121           HB3      ALA 121  -1.961  -8.781  -3.446

  No H/Q in entry =           5
  In of MODEL   20
    1    H    ARG 122           H        ARG 122  -4.912  -6.469  -3.688
    2    HA   ARG 122           HA       ARG 122  -4.801  -4.829  -6.012
    3    HB2  ARG 122           HB2      ARG 122  -6.831  -6.272  -4.525
    4    HB3  ARG 122           HB3      ARG 122  -7.407  -4.691  -5.054
    5    HG2  ARG 122           HG2      ARG 122  -7.793  -6.621  -6.638
    6    HG3  ARG 122           HG3      ARG 122  -7.016  -5.187  -7.319
    7    HD2  ARG 122           HD2      ARG 122  -4.833  -6.495  -6.564
    8    HD3  ARG 122           HD3      ARG 122  -5.901  -7.882  -6.782
    9    HE   ARG 122           HE       ARG 122  -4.873  -6.096  -8.831
   10   HH11  ARG 122          HH11      ARG 122  -7.016  -8.739  -8.002
   11   HH12  ARG 122          HH12      ARG 122  -7.220  -9.260  -9.649
   12   HH21  ARG 122          HH21      ARG 122  -5.193  -6.744 -10.993
   13   HH22  ARG 122          HH22      ARG 122  -6.199  -8.116 -11.341

  No H/Q in entry =          13
  In of MODEL   20
    1    H    ARG 123           H        ARG 123  -5.134  -4.363  -2.686
    2    HA   ARG 123           HA       ARG 123  -5.979  -1.662  -2.734
    3    HB2  ARG 123           HB2      ARG 123  -5.038  -3.553  -0.576
    4    HB3  ARG 123           HB3      ARG 123  -5.238  -1.839  -0.252
    5    HG2  ARG 123           HG2      ARG 123  -7.182  -3.227   0.416
    6    HG3  ARG 123           HG3      ARG 123  -7.582  -1.946  -0.727
    7    HD2  ARG 123           HD2      ARG 123  -7.538  -3.582  -2.553
    8    HD3  ARG 123           HD3      ARG 123  -7.149  -4.855  -1.401
    9    HE   ARG 123           HE       ARG 123  -9.354  -4.933  -0.763
   10   HH11  ARG 123          HH11      ARG 123  -8.838  -2.023  -2.664
   11   HH12  ARG 123          HH12      ARG 123 -10.527  -1.719  -2.876
   12   HH21  ARG 123          HH21      ARG 123 -11.558  -4.559  -1.088
   13   HH22  ARG 123          HH22      ARG 123 -12.081  -3.165  -1.990

  No H/Q in entry =          13
  In of MODEL   20
    1    H    LEU 124           H        LEU 124  -3.033  -3.519  -2.697
    2    HA   LEU 124           HA       LEU 124  -1.222  -1.423  -2.150
    3    HB2  LEU 124           HB2      LEU 124  -1.134  -4.143  -2.999
    4    HB3  LEU 124           HB3      LEU 124  -0.227  -3.206  -4.165
    5    HG   LEU 124           HG       LEU 124   0.345  -3.613  -1.252
    6   HD11  LEU 124          HD11      LEU 124   1.889  -3.897  -3.780
    7   HD13  LEU 124          HD12      LEU 124   1.176  -5.213  -2.841
    8   HD12  LEU 124          HD13      LEU 124   2.499  -4.251  -2.163
    9   HD21  LEU 124          HD21      LEU 124   1.426  -1.490  -3.072
   10   HD23  LEU 124          HD22      LEU 124   2.298  -2.087  -1.660
   11   HD22  LEU 124          HD23      LEU 124   0.733  -1.289  -1.460

  No H/Q in entry =          11
  In of MODEL   20
    1    H    GLN 125           H        GLN 125  -2.908  -2.688  -4.904
    2    HA   GLN 125           HA       GLN 125  -1.740  -0.991  -6.871
    3    HB2  GLN 125           HB2      GLN 125  -3.408  -3.225  -6.863
    4    HB3  GLN 125           HB3      GLN 125  -4.408  -1.936  -7.514
    5    HG2  GLN 125           HG2      GLN 125  -1.705  -2.735  -8.548
    6    HG3  GLN 125           HG3      GLN 125  -3.248  -3.224  -9.238
    7   HE21  GLN 125          HE21      GLN 125  -0.901  -0.726  -8.980
    8   HE22  GLN 125          HE22      GLN 125  -1.637   0.381 -10.082

  No H/Q in entry =           8
  In of MODEL   20
    1    H    VAL 126           H        VAL 126  -4.105  -0.369  -4.369
    2    HA   VAL 126           HA       VAL 126  -5.345   1.705  -5.995
    3    HB   VAL 126           HB       VAL 126  -6.761   0.043  -4.580
    4   HG12  VAL 126          HG11      VAL 126  -5.957   1.892  -2.348
    5   HG11  VAL 126          HG12      VAL 126  -5.358   0.245  -2.533
    6   HG13  VAL 126          HG13      VAL 126  -7.078   0.533  -2.265
    7   HG22  VAL 126          HG21      VAL 126  -7.681   2.050  -5.572
    8   HG21  VAL 126          HG22      VAL 126  -7.104   3.002  -4.202
    9   HG23  VAL 126          HG23      VAL 126  -8.355   1.782  -3.963

  No H/Q in entry =           9
  In of MODEL   20
    1    H    THR 127           H        THR 127  -3.275   1.011  -3.258
    2    HA   THR 127           HA       THR 127  -3.132   3.788  -2.381
    3    HB   THR 127           HB       THR 127  -1.326   1.567  -1.469
    4    HG1  THR 127           HG1      THR 127  -3.448   0.753  -1.274
    5   HG22  THR 127          HG21      THR 127  -1.387   2.794   0.664
    6   HG21  THR 127          HG22      THR 127  -2.482   3.975  -0.053
    7   HG23  THR 127          HG23      THR 127  -0.833   3.821  -0.658

  No H/Q in entry =           7
  In of MODEL   20
    1    H    SER 128           H        SER 128  -1.576   2.151  -5.113
    2    HA   SER 128           HA       SER 128   0.920   3.295  -4.238
    3    HB2  SER 128           HB2      SER 128   0.269   1.120  -6.228
    4    HB3  SER 128           HB3      SER 128   1.830   1.930  -6.189
    5    HG   SER 128           HG       SER 128   0.640   0.253  -4.270

  No H/Q in entry =           5
  In of MODEL   20
    1    H    GLU 129           H        GLU 129  -1.756   3.389  -6.317
    2    HA   GLU 129           HA       GLU 129  -0.375   5.096  -8.280
    3    HB2  GLU 129           HB2      GLU 129  -1.955   2.914  -8.670
    4    HB3  GLU 129           HB3      GLU 129  -3.127   4.210  -8.840
    5    HG2  GLU 129           HG2      GLU 129  -1.831   5.207 -10.610
    6    HG3  GLU 129           HG3      GLU 129  -0.559   4.005 -10.392

  No H/Q in entry =           6
  In of MODEL   20
    1    H    LYS 130           H        LYS 130  -1.685   5.830  -5.541
    2    HA   LYS 130           HA       LYS 130  -2.782   8.305  -6.492
    3    HB2  LYS 130           HB2      LYS 130  -4.520   6.104  -5.520
    4    HB3  LYS 130           HB3      LYS 130  -4.867   7.704  -4.879
    5    HG2  LYS 130           HG2      LYS 130  -5.713   8.439  -6.826
    6    HG3  LYS 130           HG3      LYS 130  -4.507   7.590  -7.793
    7    HD2  LYS 130           HD2      LYS 130  -6.692   6.085  -6.395
    8    HD3  LYS 130           HD3      LYS 130  -6.984   6.858  -7.952
    9    HE2  LYS 130           HE2      LYS 130  -4.804   4.845  -7.400
   10    HE3  LYS 130           HE3      LYS 130  -6.356   4.469  -8.146
   11    HZ1  LYS 130           HZ1      LYS 130  -5.731   6.172  -9.884
   12    HZ3  LYS 130           HZ2      LYS 130  -4.840   4.733  -9.900
   13    HZ2  LYS 130           HZ3      LYS 130  -4.164   6.138  -9.239

  No H/Q in entry =          13
  In of MODEL   20
    1    H    VAL 131           H        VAL 131  -0.541   7.492  -4.891
    2    HA   VAL 131           HA       VAL 131  -1.071   7.705  -2.135
    3    HB   VAL 131           HB       VAL 131   1.484   8.444  -3.595
    4   HG13  VAL 131          HG11      VAL 131   2.577   8.580  -1.569
    5   HG12  VAL 131          HG12      VAL 131   1.340   7.650  -0.723
    6   HG11  VAL 131          HG13      VAL 131   1.018   9.319  -1.194
    7   HG21  VAL 131          HG21      VAL 131   0.464   5.882  -2.460
    8   HG23  VAL 131          HG22      VAL 131   2.195   6.217  -2.493
    9   HG22  VAL 131          HG23      VAL 131   1.273   6.183  -4.000

  No H/Q in entry =           9
  In of MODEL   20
    1    H    GLY 132           H        GLY 132   0.612   9.998  -4.201
    2    HA3  GLY 132           HA2      GLY 132  -0.004  12.240  -2.497
    3    HA2  GLY 132           HA3      GLY 132   0.977  12.273  -3.952

  No H/Q in entry =           3
  In of MODEL   20
    1    H    ASN 133           H        ASN 133  -2.136  10.855  -4.131
    2    HA   ASN 133           HA       ASN 133  -3.019  12.700  -6.085
    3    HB2  ASN 133           HB2      ASN 133  -3.699  10.182  -5.611
    4    HB3  ASN 133           HB3      ASN 133  -4.961  10.944  -4.647
    5   HD21  ASN 133          HD21      ASN 133  -3.449  11.117  -7.840
    6   HD22  ASN 133          HD22      ASN 133  -4.921  11.451  -8.697

  No H/Q in entry =           6
  In of MODEL   20
    1    H    LEU 134           H        LEU 134  -4.120  12.040  -2.729
    2    HA   LEU 134           HA       LEU 134  -5.750  14.390  -2.708
    3    HB2  LEU 134           HB2      LEU 134  -6.272  13.899  -0.454
    4    HB3  LEU 134           HB3      LEU 134  -6.236  12.393  -1.337
    5    HG   LEU 134           HG       LEU 134  -3.716  12.454  -0.305
    6   HD13  LEU 134          HD11      LEU 134  -4.118  14.449   1.000
    7   HD12  LEU 134          HD12      LEU 134  -4.015  13.059   2.085
    8   HD11  LEU 134          HD13      LEU 134  -5.589  13.744   1.674
    9   HD23  LEU 134          HD21      LEU 134  -4.628  10.835   1.327
   10   HD22  LEU 134          HD22      LEU 134  -5.249  10.571  -0.303
   11   HD21  LEU 134          HD23      LEU 134  -6.256  11.372   0.905

  No H/Q in entry =          11
  In of MODEL   20
    1    H    ALA 135           H        ALA 135  -2.480  13.905  -2.518
    2    HA   ALA 135           HA       ALA 135  -1.745  15.893  -0.561
    3    HB1  ALA 135           HB1      ALA 135  -0.294  13.946  -1.014
    4    HB3  ALA 135           HB2      ALA 135   0.543  15.471  -1.297
    5    HB2  ALA 135           HB3      ALA 135  -0.050  14.521  -2.662

  No H/Q in entry =           5
  In of MODEL   20
    1    H    PHE 136           H        PHE 136  -2.614  15.687  -3.828
    2    HA   PHE 136           HA       PHE 136  -1.326  17.939  -4.907
    3    HB2  PHE 136           HB2      PHE 136  -2.614  15.842  -5.946
    4    HB3  PHE 136           HB3      PHE 136  -3.922  17.016  -6.029
    5    HD1  PHE 136           HD1      PHE 136  -4.116  18.261  -7.941
    6    HD2  PHE 136           HD2      PHE 136  -0.289  16.744  -6.882
    7    HE1  PHE 136           HE1      PHE 136  -3.193  19.157 -10.031
    8    HE2  PHE 136           HE2      PHE 136   0.646  17.640  -8.977
    9    HZ   PHE 136           HZ       PHE 136  -0.809  18.849 -10.554

  No H/Q in entry =           9
  In of MODEL   20
    1    H    LEU 137           H        LEU 137  -3.898  17.851  -2.655
    2    HA   LEU 137           HA       LEU 137  -5.518  19.262  -1.958
    3    HB2  LEU 137           HB2      LEU 137  -3.140  21.082  -2.495
    4    HB3  LEU 137           HB3      LEU 137  -4.563  21.627  -1.612
    5    HG   LEU 137           HG       LEU 137  -3.094  19.141  -0.762
    6   HD13  LEU 137          HD11      LEU 137  -1.351  20.728  -0.809
    7   HD12  LEU 137          HD12      LEU 137  -1.881  20.612   0.871
    8   HD11  LEU 137          HD13      LEU 137  -2.381  21.982  -0.122
    9   HD22  LEU 137          HD21      LEU 137  -4.039  19.635   1.409
   10   HD21  LEU 137          HD22      LEU 137  -5.325  19.625   0.203
   11   HD23  LEU 137          HD23      LEU 137  -4.699  21.157   0.813

  No H/Q in entry =          11
  In of MODEL   20
    1    H    ASP 138           H        ASP 138  -5.996  18.544  -4.522
    2    HA   ASP 138           HA       ASP 138  -6.610  20.818  -6.080
    3    HB2  ASP 138           HB2      ASP 138  -5.520  19.241  -7.329
    4    HB3  ASP 138           HB3      ASP 138  -6.742  17.996  -7.028

  No H/Q in entry =           4
  In of MODEL   20
    1    H    VAL 139           H        VAL 139  -8.631  20.132  -3.784
    2    HA   VAL 139           HA       VAL 139 -11.029  19.335  -4.450
    3    HB   VAL 139           HB       VAL 139 -10.192  21.218  -2.558
    4   HG12  VAL 139          HG11      VAL 139 -12.695  22.214  -3.951
    5   HG11  VAL 139          HG12      VAL 139 -11.156  23.078  -3.907
    6   HG13  VAL 139          HG13      VAL 139 -12.065  22.810  -2.416
    7   HG23  VAL 139          HG21      VAL 139 -12.664  20.619  -1.826
    8   HG22  VAL 139          HG22      VAL 139 -11.377  19.409  -1.856
    9   HG21  VAL 139          HG23      VAL 139 -12.519  19.520  -3.193

  No H/Q in entry =           9
  In of MODEL   20
    1    H    THR 140           H        THR 140  -9.762  22.096  -6.321
    2    HA   THR 140           HA       THR 140 -11.953  23.324  -7.400
    3    HB   THR 140           HB       THR 140 -10.025  22.541  -9.458
    4    HG1  THR 140           HG1      THR 140  -8.442  22.451  -8.020
    5   HG22  THR 140          HG21      THR 140  -9.800  24.983  -9.669
    6   HG21  THR 140          HG22      THR 140 -10.796  25.190  -8.229
    7   HG23  THR 140          HG23      THR 140 -11.491  24.476  -9.684

  No H/Q in entry =           7
  In of MODEL   20
    1    H    GLY 141           H        GLY 141 -13.814  22.225  -7.927
    2    HA3  GLY 141           HA2      GLY 141 -15.337  20.913  -8.997
    3    HA2  GLY 141           HA3      GLY 141 -14.219  20.962 -10.345

  No H/Q in entry =           3
  In of MODEL   20
    1    H    ARG 142           H        ARG 142 -12.678  19.734  -7.752
    2    HA   ARG 142           HA       ARG 142 -12.330  17.238  -8.902
    3    HB2  ARG 142           HB2      ARG 142 -10.868  18.567  -7.186
    4    HB3  ARG 142           HB3      ARG 142 -11.813  17.679  -5.997
    5    HG2  ARG 142           HG2      ARG 142  -9.640  16.620  -6.573
    6    HG3  ARG 142           HG3      ARG 142 -11.045  15.580  -6.833
    7    HD2  ARG 142           HD2      ARG 142 -10.662  15.442  -9.030
    8    HD3  ARG 142           HD3      ARG 142 -10.404  17.178  -9.164
    9    HE   ARG 142           HE       ARG 142  -8.096  16.581  -8.194
   10   HH11  ARG 142          HH11      ARG 142  -9.945  14.585 -10.398
   11   HH12  ARG 142          HH12      ARG 142  -8.537  13.965 -11.208
   12   HH21  ARG 142          HH21      ARG 142  -6.247  15.752  -9.258
   13   HH22  ARG 142          HH22      ARG 142  -6.443  14.620 -10.557

  No H/Q in entry =          13
  In of MODEL   20
    1    H    ILE 143           H        ILE 143 -13.894  17.856  -5.679
    2    HA   ILE 143           HA       ILE 143 -14.815  15.730  -4.950
    3    HB   ILE 143           HB       ILE 143 -16.704  18.033  -5.226
    4   HG12  ILE 143          HG12      ILE 143 -15.399  18.300  -2.813
    5   HG13  ILE 143          HG13      ILE 143 -14.104  17.872  -3.926
    6   HG22  ILE 143          HG21      ILE 143 -17.123  17.201  -2.780
    7   HG21  ILE 143          HG22      ILE 143 -16.466  15.690  -3.413
    8   HG23  ILE 143          HG23      ILE 143 -17.897  16.407  -4.154
    9   HD12  ILE 143          HD11      ILE 143 -14.455  20.298  -3.685
   10   HD11  ILE 143          HD12      ILE 143 -16.074  20.095  -4.351
   11   HD13  ILE 143          HD13      ILE 143 -14.661  19.729  -5.342

  No H/Q in entry =          11
  In of MODEL   20
    1    H    ALA 144           H        ALA 144 -16.890  17.442  -7.251
    2    HA   ALA 144           HA       ALA 144 -18.833  15.402  -7.365
    3    HB3  ALA 144           HB1      ALA 144 -19.353  17.699  -7.960
    4    HB1  ALA 144           HB2      ALA 144 -19.683  16.630  -9.323
    5    HB2  ALA 144           HB3      ALA 144 -18.226  17.625  -9.314

  No H/Q in entry =           5
  In of MODEL   20
    1    H    GLN 145           H        GLN 145 -15.844  16.002  -9.034
    2    HA   GLN 145           HA       GLN 145 -16.305  14.303 -11.244
    3    HB2  GLN 145           HB2      GLN 145 -14.558  16.047 -11.227
    4    HB3  GLN 145           HB3      GLN 145 -13.686  15.158  -9.987
    5    HG2  GLN 145           HG2      GLN 145 -14.250  13.519 -12.310
    6    HG3  GLN 145           HG3      GLN 145 -13.331  14.967 -12.718
    7   HE21  GLN 145          HE21      GLN 145 -12.484  12.194 -12.772
    8   HE22  GLN 145          HE22      GLN 145 -11.132  12.077 -11.704

  No H/Q in entry =           8
  In of MODEL   20
    1    H    THR 146           H        THR 146 -15.278  13.706  -7.846
    2    HA   THR 146           HA       THR 146 -14.294  11.114  -8.479
    3    HB   THR 146           HB       THR 146 -15.083  12.206  -5.784
    4    HG1  THR 146           HG1      THR 146 -13.201  13.206  -7.478
    5   HG21  THR 146          HG21      THR 146 -14.363   9.823  -5.989
    6   HG23  THR 146          HG22      THR 146 -13.324  10.791  -4.944
    7   HG22  THR 146          HG23      THR 146 -12.799  10.391  -6.579

  No H/Q in entry =           7
  In of MODEL   20
    1    H    LEU 147           H        LEU 147 -17.127  12.419  -6.598
    2    HA   LEU 147           HA       LEU 147 -18.632  10.357  -6.354
    3    HB2  LEU 147           HB2      LEU 147 -19.923  12.757  -7.584
    4    HB3  LEU 147           HB3      LEU 147 -20.516  11.723  -6.295
    5    HG   LEU 147           HG       LEU 147 -18.296  13.751  -6.113
    6   HD11  LEU 147          HD11      LEU 147 -21.094  13.610  -5.100
    7   HD13  LEU 147          HD12      LEU 147 -20.270  14.927  -5.929
    8   HD12  LEU 147          HD13      LEU 147 -19.879  14.561  -4.250
    9   HD21  LEU 147          HD21      LEU 147 -19.238  11.752  -4.071
   10   HD23  LEU 147          HD22      LEU 147 -18.210  13.139  -3.713
   11   HD22  LEU 147          HD23      LEU 147 -17.634  11.869  -4.793

  No H/Q in entry =          11
  In of MODEL   20
    1    H    LEU 148           H        LEU 148 -18.001  11.768  -9.512
    2    HA   LEU 148           HA       LEU 148 -19.957  10.173 -10.847
    3    HB2  LEU 148           HB2      LEU 148 -17.464  11.374 -12.026
    4    HB3  LEU 148           HB3      LEU 148 -18.880  10.825 -12.903
    5    HG   LEU 148           HG       LEU 148 -18.507  13.271 -11.256
    6   HD11  LEU 148          HD11      LEU 148 -19.731  12.688 -13.933
    7   HD13  LEU 148          HD12      LEU 148 -18.153  13.410 -13.626
    8   HD12  LEU 148          HD13      LEU 148 -19.623  14.288 -13.200
    9   HD23  LEU 148          HD21      LEU 148 -21.039  13.603 -11.480
   10   HD22  LEU 148          HD22      LEU 148 -20.463  12.530 -10.205
   11   HD21  LEU 148          HD23      LEU 148 -21.119  11.854 -11.698

  No H/Q in entry =          11
  In of MODEL   20
    1    H    ASN 149           H        ASN 149 -16.667   9.719  -9.802
    2    HA   ASN 149           HA       ASN 149 -16.152   7.314 -11.227
    3    HB2  ASN 149           HB2      ASN 149 -14.463   8.720  -9.864
    4    HB3  ASN 149           HB3      ASN 149 -15.098   7.884  -8.451
    5   HD21  ASN 149          HD21      ASN 149 -12.820   7.814 -10.875
    6   HD22  ASN 149          HD22      ASN 149 -12.320   6.168 -10.723

  No H/Q in entry =           6
  In of MODEL   20
    1    H    LEU 150           H        LEU 150 -18.025   8.170  -8.442
    2    HA   LEU 150           HA       LEU 150 -18.447   5.500  -7.447
    3    HB2  LEU 150           HB2      LEU 150 -19.735   8.174  -6.959
    4    HB3  LEU 150           HB3      LEU 150 -20.473   6.705  -6.333
    5    HG   LEU 150           HG       LEU 150 -17.604   7.015  -5.732
    6   HD13  LEU 150          HD11      LEU 150 -17.796   9.168  -5.107
    7   HD12  LEU 150          HD12      LEU 150 -18.511   8.457  -3.662
    8   HD11  LEU 150          HD13      LEU 150 -19.546   9.084  -4.942
    9   HD21  LEU 150          HD21      LEU 150 -20.056   6.248  -4.178
   10   HD23  LEU 150          HD22      LEU 150 -18.414   6.222  -3.533
   11   HD22  LEU 150          HD23      LEU 150 -18.853   5.168  -4.883

  No H/Q in entry =          11
  In of MODEL   20
    1    H    ALA 151           H        ALA 151 -19.452   7.184 -10.380
    2    HA   ALA 151           HA       ALA 151 -22.028   5.813 -10.257
    3    HB2  ALA 151           HB1      ALA 151 -21.656   8.198 -11.250
    4    HB1  ALA 151           HB2      ALA 151 -22.722   7.062 -12.076
    5    HB3  ALA 151           HB3      ALA 151 -21.075   7.317 -12.662

  No H/Q in entry =           5
  In of MODEL   20
    1    H    LYS 152           H        LYS 152 -18.844   5.387 -11.039
    2    HA   LYS 152           HA       LYS 152 -19.232   3.409 -13.143
    3    HB2  LYS 152           HB2      LYS 152 -16.737   4.305 -11.671
    4    HB3  LYS 152           HB3      LYS 152 -16.761   3.235 -13.065
    5    HG2  LYS 152           HG2      LYS 152 -17.465   4.987 -14.502
    6    HG3  LYS 152           HG3      LYS 152 -17.787   6.061 -13.137
    7    HD2  LYS 152           HD2      LYS 152 -15.359   5.984 -12.583
    8    HD3  LYS 152           HD3      LYS 152 -15.095   5.046 -14.055
    9    HE2  LYS 152           HE2      LYS 152 -16.534   7.654 -14.219
   10    HE3  LYS 152           HE3      LYS 152 -14.779   7.650 -14.052
   11    HZ2  LYS 152           HZ1      LYS 152 -15.537   7.717 -16.375
   12    HZ1  LYS 152           HZ2      LYS 152 -16.273   6.209 -16.176
   13    HZ3  LYS 152           HZ3      LYS 152 -14.592   6.352 -16.046

  No H/Q in entry =          13
  In of MODEL   20
    1    H    GLN 153           H        GLN 153 -19.128   3.419  -9.627
    2    HA   GLN 153           HA       GLN 153 -18.307   0.617  -9.695
    3    HB2  GLN 153           HB2      GLN 153 -18.850   1.872  -7.091
    4    HB3  GLN 153           HB3      GLN 153 -17.476   0.910  -7.610
    5    HG2  GLN 153           HG2      GLN 153 -16.881   3.075  -8.951
    6    HG3  GLN 153           HG3      GLN 153 -17.908   3.825  -7.736
    7   HE21  GLN 153          HE21      GLN 153 -15.047   4.114  -8.186
    8   HE22  GLN 153          HE22      GLN 153 -14.283   3.651  -6.705

  No H/Q in entry =           8
  In of MODEL   20
    1    HA   PRO 154           HA       PRO 154 -22.205  -1.260  -8.812
    2    HB2  PRO 154           HB2      PRO 154 -21.799  -2.410  -6.299
    3    HB3  PRO 154           HB3      PRO 154 -21.424  -3.146  -7.859
    4    HG2  PRO 154           HG2      PRO 154 -19.632  -1.706  -5.961
    5    HG3  PRO 154           HG3      PRO 154 -19.296  -3.127  -6.967
    6    HD2  PRO 154           HD2      PRO 154 -18.379  -0.718  -7.642
    7    HD3  PRO 154           HD3      PRO 154 -18.966  -1.844  -8.881

  No H/Q in entry =           7
  In of MODEL   20
    1    H    ASP 155           H        ASP 155 -21.035   1.089  -6.598
    2    HA   ASP 155           HA       ASP 155 -23.290   1.062  -4.821
    3    HB2  ASP 155           HB2      ASP 155 -21.036   3.123  -5.303
    4    HB3  ASP 155           HB3      ASP 155 -22.351   3.431  -4.176

  No H/Q in entry =           4
  In of MODEL   20
    1    H    ALA 156           H        ALA 156 -23.040   2.527  -8.205
    2    HA   ALA 156           HA       ALA 156 -24.606   4.676  -7.527
    3    HB1  ALA 156           HB1      ALA 156 -24.461   3.220 -10.162
    4    HB2  ALA 156           HB2      ALA 156 -23.246   4.381  -9.625
    5    HB3  ALA 156           HB3      ALA 156 -24.911   4.901  -9.882

  No H/Q in entry =           5
  In of MODEL   20
    1    H    MET 157           H        MET 157 -26.535   4.577  -6.774
    2    HA   MET 157           HA       MET 157 -28.059   2.132  -7.189
    3    HB2  MET 157           HB2      MET 157 -27.411   3.363  -4.952
    4    HB3  MET 157           HB3      MET 157 -28.873   4.290  -5.306
    5    HG2  MET 157           HG2      MET 157 -29.999   2.021  -5.592
    6    HG3  MET 157           HG3      MET 157 -28.578   1.369  -4.779
    7    HE3  MET 157           HE1      MET 157 -31.021   4.508  -4.320
    8    HE2  MET 157           HE2      MET 157 -31.934   3.898  -2.940
    9    HE1  MET 157           HE3      MET 157 -31.969   3.029  -4.475

  No H/Q in entry =           9
  In of MODEL   20
    1    H    THR 158           H        THR 158 -30.445   2.405  -7.551
    2    HA   THR 158           HA       THR 158 -30.845   4.670  -9.387
    3    HB   THR 158           HB       THR 158 -32.870   3.063 -10.090
    4    HG1  THR 158           HG1      THR 158 -31.350   0.929 -10.117
    5   HG23  THR 158          HG21      THR 158 -31.304   3.927 -11.677
    6   HG22  THR 158          HG22      THR 158 -31.356   2.178 -11.894
    7   HG21  THR 158          HG23      THR 158 -30.008   2.921 -11.034

  No H/Q in entry =           7
  In of MODEL   20
    1    H    HIS 159           H        HIS 159 -32.623   5.815  -9.272
    2    HA   HIS 159           HA       HIS 159 -34.705   5.338  -7.295
    3    HB2  HIS 159           HB2      HIS 159 -33.043   6.783  -6.159
    4    HB3  HIS 159           HB3      HIS 159 -33.008   7.862  -7.541
    5    HD1  HIS 159           HD1      HIS 159 -34.725   7.237  -4.366
    6    HD2  HIS 159           HD2      HIS 159 -35.411   9.445  -7.820
    7    HE1  HIS 159           HE1      HIS 159 -36.476   8.932  -3.748
    8    HE2  HIS 159           HE2      HIS 159 -36.751  10.358  -5.810

  No H/Q in entry =           8
  In of MODEL   20
    1    HA   PRO 160           HA       PRO 160 -36.845   6.435 -11.017
    2    HB2  PRO 160           HB2      PRO 160 -39.153   7.546 -10.051
    3    HB3  PRO 160           HB3      PRO 160 -38.832   5.810 -10.114
    4    HG2  PRO 160           HG2      PRO 160 -38.543   7.702  -7.810
    5    HG3  PRO 160           HG3      PRO 160 -39.238   6.069  -7.840
    6    HD2  PRO 160           HD2      PRO 160 -36.749   6.512  -6.939
    7    HD3  PRO 160           HD3      PRO 160 -37.157   5.045  -7.852

  No H/Q in entry =           7
  In of MODEL   20
    1    H    ASP 161           H        ASP 161 -34.856   8.289 -10.602
    2    HA   ASP 161           HA       ASP 161 -35.717  10.543 -12.022
    3    HB2  ASP 161           HB2      ASP 161 -36.884  10.960  -9.780
    4    HB3  ASP 161           HB3      ASP 161 -35.282  11.276  -9.130

  No H/Q in entry =           4
  In of MODEL   20
    1    H    GLY 162           H        GLY 162 -33.342   8.938 -10.099
    2    HA3  GLY 162           HA2      GLY 162 -31.241   9.760 -11.741
    3    HA2  GLY 162           HA3      GLY 162 -31.210  10.690 -10.241

  No H/Q in entry =           3
  In of MODEL   20
    1    H    MET 163           H        MET 163 -29.055   9.242 -10.528
    2    HA   MET 163           HA       MET 163 -29.466   6.793  -8.924
    3    HB2  MET 163           HB2      MET 163 -27.390   7.026 -11.125
    4    HB3  MET 163           HB3      MET 163 -27.810   5.595 -10.197
    5    HG2  MET 163           HG2      MET 163 -29.830   5.306 -11.353
    6    HG3  MET 163           HG3      MET 163 -29.751   6.922 -12.054
    7    HE1  MET 163           HE1      MET 163 -27.657   3.616 -11.760
    8    HE3  MET 163           HE2      MET 163 -26.432   4.882 -11.845
    9    HE2  MET 163           HE3      MET 163 -26.613   3.738 -13.176

  No H/Q in entry =           9
  In of MODEL   20
    1    H    GLN 164           H        GLN 164 -28.486   7.004  -7.196
    2    HA   GLN 164           HA       GLN 164 -26.501   9.024  -6.743
    3    HB2  GLN 164           HB2      GLN 164 -27.313   8.883  -4.476
    4    HB3  GLN 164           HB3      GLN 164 -28.660   9.131  -5.573
    5    HG2  GLN 164           HG2      GLN 164 -28.120   6.316  -5.107
    6    HG3  GLN 164           HG3      GLN 164 -28.491   7.192  -3.625
    7   HE21  GLN 164          HE21      GLN 164 -29.702   5.962  -6.596
    8   HE22  GLN 164          HE22      GLN 164 -31.356   6.372  -6.336

  No H/Q in entry =           8
  In of MODEL   20
    1    H    ILE 165           H        ILE 165 -25.531   8.492  -4.603
    2    HA   ILE 165           HA       ILE 165 -24.526   5.980  -3.912
    3    HB   ILE 165           HB       ILE 165 -22.074   7.033  -4.470
    4   HG12  ILE 165          HG12      ILE 165 -22.464   7.534  -7.109
    5   HG13  ILE 165          HG13      ILE 165 -23.941   8.218  -6.440
    6   HG21  ILE 165          HG21      ILE 165 -23.454   4.822  -5.265
    7   HG23  ILE 165          HG22      ILE 165 -21.757   5.165  -5.607
    8   HG22  ILE 165          HG23      ILE 165 -22.995   5.571  -6.792
    9   HD11  ILE 165          HD11      ILE 165 -22.433   9.491  -4.842
   10   HD13  ILE 165          HD12      ILE 165 -22.424   9.984  -6.537
   11   HD12  ILE 165          HD13      ILE 165 -21.113   9.000  -5.902

  No H/Q in entry =          11
  In of MODEL   20
    1    H    LYS 166           H        LYS 166 -24.501   6.809  -1.356
    2    HA   LYS 166           HA       LYS 166 -24.203   9.557  -1.212
    3    HB2  LYS 166           HB2      LYS 166 -23.938   8.262   1.269
    4    HB3  LYS 166           HB3      LYS 166 -25.377   9.068   0.688
    5    HG2  LYS 166           HG2      LYS 166 -26.195   6.962  -0.230
    6    HG3  LYS 166           HG3      LYS 166 -24.713   6.153   0.282
    7    HD2  LYS 166           HD2      LYS 166 -25.240   6.612   2.611
    8    HD3  LYS 166           HD3      LYS 166 -26.694   7.488   2.126
    9    HE2  LYS 166           HE2      LYS 166 -27.775   5.544   1.419
   10    HE3  LYS 166           HE3      LYS 166 -26.269   4.637   1.301
   11    HZ2  LYS 166           HZ1      LYS 166 -27.673   4.029   3.229
   12    HZ1  LYS 166           HZ2      LYS 166 -27.436   5.580   3.861
   13    HZ3  LYS 166           HZ3      LYS 166 -26.123   4.538   3.664

  No H/Q in entry =          13
  In of MODEL   20
    1    H    ILE 167           H        ILE 167 -22.759  10.069   0.623
    2    HA   ILE 167           HA       ILE 167 -20.553   8.705   1.311
    3    HB   ILE 167           HB       ILE 167 -18.920  10.386   0.015
    4   HG12  ILE 167          HG12      ILE 167 -19.569   9.886  -2.506
    5   HG13  ILE 167          HG13      ILE 167 -21.200   9.888  -1.842
    6   HG22  ILE 167          HG21      ILE 167 -18.191   8.473  -1.347
    7   HG21  ILE 167          HG22      ILE 167 -19.674   7.626  -0.907
    8   HG23  ILE 167          HG23      ILE 167 -18.495   8.042   0.337
    9   HD13  ILE 167          HD11      ILE 167 -20.772  12.065  -2.626
   10   HD12  ILE 167          HD12      ILE 167 -19.199  12.117  -1.833
   11   HD11  ILE 167          HD13      ILE 167 -20.674  12.138  -0.867

  No H/Q in entry =          11
  In of MODEL   20
    1    H    THR 168           H        THR 168 -20.368   9.700   3.224
    2    HA   THR 168           HA       THR 168 -21.286  12.311   3.678
    3    HB   THR 168           HB       THR 168 -19.083  11.660   5.454
    4    HG1  THR 168           HG1      THR 168 -21.069   9.657   5.515
    5   HG22  THR 168          HG21      THR 168 -20.913  11.596   7.143
    6   HG21  THR 168          HG22      THR 168 -22.082  11.737   5.830
    7   HG23  THR 168          HG23      THR 168 -20.942  13.046   6.140

  No H/Q in entry =           7
  In of MODEL   20
    1    H    ARG 169           H        ARG 169 -19.901  14.178   4.024
    2    HA   ARG 169           HA       ARG 169 -18.033  14.426   1.860
    3    HB2  ARG 169           HB2      ARG 169 -17.555  16.713   3.094
    4    HB3  ARG 169           HB3      ARG 169 -18.996  16.510   2.133
    5    HG2  ARG 169           HG2      ARG 169 -19.664  15.760   4.772
    6    HG3  ARG 169           HG3      ARG 169 -18.755  17.269   4.851
    7    HD2  ARG 169           HD2      ARG 169 -20.252  18.268   3.200
    8    HD3  ARG 169           HD3      ARG 169 -21.192  16.780   3.151
    9    HE   ARG 169           HE       ARG 169 -21.765  17.189   5.497
   10   HH11  ARG 169          HH11      ARG 169 -20.564  19.920   3.637
   11   HH12  ARG 169          HH12      ARG 169 -21.279  21.106   4.678
   12   HH21  ARG 169          HH21      ARG 169 -22.705  18.751   6.858
   13   HH22  ARG 169          HH22      ARG 169 -22.501  20.437   6.510

  No H/Q in entry =          13
  In of MODEL   20
    1    H    GLN 170           H        GLN 170 -17.848  13.484   5.331
    2    HA   GLN 170           HA       GLN 170 -15.295  13.875   5.713
    3    HB2  GLN 170           HB2      GLN 170 -17.129  11.638   6.533
    4    HB3  GLN 170           HB3      GLN 170 -15.439  11.639   7.017
    5    HG2  GLN 170           HG2      GLN 170 -16.494  12.612   8.822
    6    HG3  GLN 170           HG3      GLN 170 -15.929  14.008   7.906
    7   HE21  GLN 170          HE21      GLN 170 -18.633  12.322   9.134
    8   HE22  GLN 170          HE22      GLN 170 -19.852  13.405   8.560

  No H/Q in entry =           8
  In of MODEL   20
    1    H    GLU 171           H        GLU 171 -16.461  11.765   2.991
    2    HA   GLU 171           HA       GLU 171 -14.346   9.978   3.472
    3    HB2  GLU 171           HB2      GLU 171 -16.377  10.310   1.230
    4    HB3  GLU 171           HB3      GLU 171 -15.136   9.053   1.256
    5    HG2  GLU 171           HG2      GLU 171 -16.319   8.650   3.644
    6    HG3  GLU 171           HG3      GLU 171 -17.680   9.252   2.706

  No H/Q in entry =           6
  In of MODEL   20
    1    H    ILE 172           H        ILE 172 -15.626  12.705   2.002
    2    HA   ILE 172           HA       ILE 172 -13.773  13.149  -0.083
    3    HB   ILE 172           HB       ILE 172 -15.542  15.265   1.098
    4   HG12  ILE 172          HG12      ILE 172 -16.923  13.210   0.910
    5   HG13  ILE 172          HG13      ILE 172 -17.408  14.427  -0.264
    6   HG22  ILE 172          HG21      ILE 172 -15.713  15.877  -1.297
    7   HG21  ILE 172          HG22      ILE 172 -14.638  14.534  -1.689
    8   HG23  ILE 172          HG23      ILE 172 -14.048  15.879  -0.711
    9   HD13  ILE 172          HD11      ILE 172 -16.329  13.237  -2.032
   10   HD12  ILE 172          HD12      ILE 172 -17.350  12.107  -1.142
   11   HD11  ILE 172          HD13      ILE 172 -15.605  12.103  -0.892

  No H/Q in entry =          11
  In of MODEL   20
    1    H    GLY 173           H        GLY 173 -13.841  14.107   3.588
    2    HA3  GLY 173           HA2      GLY 173 -12.059  16.106   3.393
    3    HA2  GLY 173           HA3      GLY 173 -12.131  14.913   4.677

  No H/Q in entry =           3
  In of MODEL   20
    1    H    GLN 174           H        GLN 174 -11.638  12.817   2.616
    2    HA   GLN 174           HA       GLN 174  -8.809  12.854   3.264
    3    HB2  GLN 174           HB2      GLN 174 -10.665  10.500   2.976
    4    HB3  GLN 174           HB3      GLN 174  -8.972  10.451   3.491
    5    HG2  GLN 174           HG2      GLN 174  -9.444  11.289   5.563
    6    HG3  GLN 174           HG3      GLN 174 -10.804  12.234   4.980
    7   HE21  GLN 174          HE21      GLN 174 -12.066  10.051   3.625
    8   HE22  GLN 174          HE22      GLN 174 -12.739   9.034   4.842

  No H/Q in entry =           8
  In of MODEL   20
    1    H    ILE 175           H        ILE 175 -11.166  11.827   0.865
    2    HA   ILE 175           HA       ILE 175  -9.346  10.660  -0.947
    3    HB   ILE 175           HB       ILE 175 -12.084  11.774  -1.573
    4   HG12  ILE 175          HG12      ILE 175 -11.482   8.903  -0.907
    5   HG13  ILE 175          HG13      ILE 175 -11.854  10.066   0.362
    6   HG22  ILE 175          HG21      ILE 175 -12.084  10.059  -3.351
    7   HG21  ILE 175          HG22      ILE 175 -10.410   9.675  -2.950
    8   HG23  ILE 175          HG23      ILE 175 -10.824  11.272  -3.575
    9   HD13  ILE 175          HD11      ILE 175 -14.027  10.402  -0.436
   10   HD12  ILE 175          HD12      ILE 175 -13.764   8.659  -0.517
   11   HD11  ILE 175          HD13      ILE 175 -13.669   9.637  -1.984

  No H/Q in entry =          11
  In of MODEL   20
    1    H    VAL 176           H        VAL 176 -10.580  13.912  -0.596
    2    HA   VAL 176           HA       VAL 176  -9.270  14.685  -3.083
    3    HB   VAL 176           HB       VAL 176 -10.928  16.441  -1.291
    4   HG11  VAL 176          HG11      VAL 176  -9.594  16.722  -3.878
    5   HG13  VAL 176          HG12      VAL 176 -10.153  17.961  -2.755
    6   HG12  VAL 176          HG13      VAL 176 -11.284  17.222  -3.892
    7   HG23  VAL 176          HG21      VAL 176 -12.808  15.920  -2.807
    8   HG22  VAL 176          HG22      VAL 176 -12.267  14.523  -1.875
    9   HG21  VAL 176          HG23      VAL 176 -11.813  14.681  -3.572

  No H/Q in entry =           9
  In of MODEL   20
    1    H    GLY 177           H        GLY 177  -9.094  15.202   0.393
    2    HA3  GLY 177           HA2      GLY 177  -6.798  15.488   1.236
    3    HA2  GLY 177           HA3      GLY 177  -6.551  16.620  -0.088

  No H/Q in entry =           3
  In of MODEL   20
    1    H    CYS 178           H        CYS 178  -9.560  17.287   0.780
    2    HA   CYS 178           HA       CYS 178  -8.724  19.298   2.795
    3    HB2  CYS 178           HB2      CYS 178 -10.888  19.653   0.729
    4    HB3  CYS 178           HB3      CYS 178 -10.216  20.880   1.795
    5    HG   CYS 178           HG       CYS 178  -7.807  21.091   0.517

  No H/Q in entry =           5
  In of MODEL   20
    1    H    SER 179           H        SER 179 -10.400  19.840   4.378
    2    HA   SER 179           HA       SER 179 -11.851  17.516   5.072
    3    HB2  SER 179           HB2      SER 179 -12.788  19.032   6.864
    4    HB3  SER 179           HB3      SER 179 -11.029  18.917   6.845
    5    HG   SER 179           HG       SER 179 -12.435  21.092   6.791

  No H/Q in entry =           5
  In of MODEL   20
    1    H    ARG 180           H        ARG 180 -14.081  17.740   5.554
    2    HA   ARG 180           HA       ARG 180 -15.774  18.181   3.488
    3    HB2  ARG 180           HB2      ARG 180 -17.405  18.512   5.697
    4    HB3  ARG 180           HB3      ARG 180 -17.011  17.003   4.893
    5    HG2  ARG 180           HG2      ARG 180 -16.658  16.582   7.147
    6    HG3  ARG 180           HG3      ARG 180 -15.042  16.831   6.488
    7    HD2  ARG 180           HD2      ARG 180 -15.318  19.264   7.232
    8    HD3  ARG 180           HD3      ARG 180 -16.697  18.688   8.170
    9    HE   ARG 180           HE       ARG 180 -13.884  18.007   8.607
   10   HH11  ARG 180          HH11      ARG 180 -17.225  17.819   9.624
   11   HH12  ARG 180          HH12      ARG 180 -16.846  17.136  11.170
   12   HH21  ARG 180          HH21      ARG 180 -13.383  17.116  10.659
   13   HH22  ARG 180          HH22      ARG 180 -14.670  16.746  11.759

  No H/Q in entry =          13
  In of MODEL   20
    1    H    GLU 181           H        GLU 181 -14.042  20.588   4.495
    2    HA   GLU 181           HA       GLU 181 -16.132  22.538   4.859
    3    HB2  GLU 181           HB2      GLU 181 -13.306  22.381   5.581
    4    HB3  GLU 181           HB3      GLU 181 -13.961  23.985   5.263
    5    HG2  GLU 181           HG2      GLU 181 -15.097  24.003   7.171
    6    HG3  GLU 181           HG3      GLU 181 -15.735  22.382   6.895

  No H/Q in entry =           6
  In of MODEL   20
    1    H    THR 182           H        THR 182 -13.119  22.614   3.050
    2    HA   THR 182           HA       THR 182 -13.927  24.511   1.093
    3    HB   THR 182           HB       THR 182 -12.236  22.451  -0.089
    4    HG1  THR 182           HG1      THR 182 -10.557  23.244   1.698
    5   HG21  THR 182          HG21      THR 182 -11.626  25.292   0.760
    6   HG23  THR 182          HG22      THR 182 -12.213  24.792  -0.826
    7   HG22  THR 182          HG23      THR 182 -10.612  24.292  -0.281

  No H/Q in entry =           7
  In of MODEL   20
    1    H    VAL 183           H        VAL 183 -13.836  21.036   1.205
    2    HA   VAL 183           HA       VAL 183 -15.511  20.450  -1.031
    3    HB   VAL 183           HB       VAL 183 -14.069  19.152   1.142
    4   HG12  VAL 183          HG11      VAL 183 -16.373  17.499   0.257
    5   HG11  VAL 183          HG12      VAL 183 -16.560  18.588   1.632
    6   HG13  VAL 183          HG13      VAL 183 -15.317  17.314   1.664
    7   HG21  VAL 183          HG21      VAL 183 -14.016  19.096  -1.504
    8   HG23  VAL 183          HG22      VAL 183 -14.917  17.610  -1.175
    9   HG22  VAL 183          HG23      VAL 183 -13.310  17.842  -0.481

  No H/Q in entry =           9
  In of MODEL   20
    1    H    GLY 184           H        GLY 184 -16.168  21.153   2.530
    2    HA3  GLY 184           HA2      GLY 184 -18.819  20.372   2.382
    3    HA2  GLY 184           HA3      GLY 184 -18.205  21.687   3.382

  No H/Q in entry =           3
  In of MODEL   20
    1    H    ARG 185           H        ARG 185 -17.227  23.258   1.372
    2    HA   ARG 185           HA       ARG 185 -19.183  24.942   0.561
    3    HB2  ARG 185           HB2      ARG 185 -16.889  24.195  -1.265
    4    HB3  ARG 185           HB3      ARG 185 -17.996  25.515  -1.600
    5    HG2  ARG 185           HG2      ARG 185 -16.129  25.296   0.746
    6    HG3  ARG 185           HG3      ARG 185 -15.953  26.359  -0.652
    7    HD2  ARG 185           HD2      ARG 185 -17.038  27.897   0.547
    8    HD3  ARG 185           HD3      ARG 185 -18.488  26.929   0.286
    9    HE   ARG 185           HE       ARG 185 -16.814  26.237   2.573
   10   HH11  ARG 185          HH11      ARG 185 -19.676  27.843   1.366
   11   HH12  ARG 185          HH12      ARG 185 -20.461  27.893   2.908
   12   HH21  ARG 185          HH21      ARG 185 -17.828  26.319   4.617
   13   HH22  ARG 185          HH22      ARG 185 -19.400  27.033   4.767

  No H/Q in entry =          13
  In of MODEL   20
    1    H    ILE 186           H        ILE 186 -18.024  22.274  -1.147
    2    HA   ILE 186           HA       ILE 186 -19.789  22.686  -3.430
    3    HB   ILE 186           HB       ILE 186 -17.665  20.680  -2.922
    4   HG12  ILE 186          HG12      ILE 186 -17.061  21.601  -5.283
    5   HG13  ILE 186          HG13      ILE 186 -18.239  22.852  -4.920
    6   HG22  ILE 186          HG21      ILE 186 -18.959  20.408  -5.516
    7   HG21  ILE 186          HG22      ILE 186 -19.975  19.903  -4.167
    8   HG23  ILE 186          HG23      ILE 186 -18.389  19.168  -4.400
    9   HD12  ILE 186          HD11      ILE 186 -15.877  23.471  -4.471
   10   HD11  ILE 186          HD12      ILE 186 -15.856  22.258  -3.189
   11   HD13  ILE 186          HD13      ILE 186 -16.953  23.634  -3.085

  No H/Q in entry =          11
  In of MODEL   20
    1    H    LEU 187           H        LEU 187 -19.518  20.321  -0.920
    2    HA   LEU 187           HA       LEU 187 -21.607  18.775  -1.912
    3    HB2  LEU 187           HB2      LEU 187 -20.361  19.031   0.784
    4    HB3  LEU 187           HB3      LEU 187 -21.510  17.753   0.337
    5    HG   LEU 187           HG       LEU 187 -18.690  18.161  -0.533
    6   HD11  LEU 187          HD11      LEU 187 -20.209  16.180   0.721
    7   HD13  LEU 187          HD12      LEU 187 -18.485  16.172   0.327
    8   HD12  LEU 187          HD13      LEU 187 -19.661  15.531  -0.826
    9   HD21  LEU 187          HD21      LEU 187 -20.740  16.927  -2.362
   10   HD23  LEU 187          HD22      LEU 187 -19.000  16.826  -2.571
   11   HD22  LEU 187          HD23      LEU 187 -19.808  18.389  -2.677

  No H/Q in entry =          11
  In of MODEL   20
    1    H    LYS 188           H        LYS 188 -21.648  21.336   0.595
    2    HA   LYS 188           HA       LYS 188 -24.311  21.457   0.973
    3    HB2  LYS 188           HB2      LYS 188 -22.330  22.976   1.827
    4    HB3  LYS 188           HB3      LYS 188 -22.902  24.060   0.566
    5    HG2  LYS 188           HG2      LYS 188 -24.838  22.938   2.542
    6    HG3  LYS 188           HG3      LYS 188 -23.803  24.291   2.993
    7    HD2  LYS 188           HD2      LYS 188 -24.932  25.748   1.692
    8    HD3  LYS 188           HD3      LYS 188 -25.160  24.570   0.397
    9    HE2  LYS 188           HE2      LYS 188 -26.927  23.488   1.738
   10    HE3  LYS 188           HE3      LYS 188 -26.725  24.732   2.971
   11    HZ1  LYS 188           HZ1      LYS 188 -27.470  25.308   0.149
   12    HZ3  LYS 188           HZ2      LYS 188 -27.477  26.386   1.460
   13    HZ2  LYS 188           HZ3      LYS 188 -28.594  25.119   1.407

  No H/Q in entry =          13
  In of MODEL   20
    1    H    MET 189           H        MET 189 -22.652  22.633  -1.979
    2    HA   MET 189           HA       MET 189 -25.021  24.071  -2.858
    3    HB2  MET 189           HB2      MET 189 -23.923  23.886  -5.221
    4    HB3  MET 189           HB3      MET 189 -23.271  24.987  -4.028
    5    HG2  MET 189           HG2      MET 189 -21.771  22.831  -3.539
    6    HG3  MET 189           HG3      MET 189 -22.104  22.600  -5.254
    7    HE3  MET 189           HE1      MET 189 -20.052  26.299  -3.436
    8    HE2  MET 189           HE2      MET 189 -20.432  24.828  -2.538
    9    HE1  MET 189           HE3      MET 189 -21.732  25.865  -3.120

  No H/Q in entry =           9
  In of MODEL   20
    1    H    LEU 190           H        LEU 190 -23.913  20.831  -2.940
    2    HA   LEU 190           HA       LEU 190 -25.382  19.797  -5.048
    3    HB2  LEU 190           HB2      LEU 190 -24.977  18.473  -2.394
    4    HB3  LEU 190           HB3      LEU 190 -25.220  17.688  -3.954
    5    HG   LEU 190           HG       LEU 190 -22.857  19.200  -2.965
    6   HD13  LEU 190          HD11      LEU 190 -22.657  16.975  -2.405
    7   HD12  LEU 190          HD12      LEU 190 -21.774  17.087  -3.930
    8   HD11  LEU 190          HD13      LEU 190 -23.411  16.430  -3.902
    9   HD22  LEU 190          HD21      LEU 190 -23.029  20.138  -5.055
   10   HD21  LEU 190          HD22      LEU 190 -23.632  18.651  -5.781
   11   HD23  LEU 190          HD23      LEU 190 -21.939  18.775  -5.304

  No H/Q in entry =          11
  In of MODEL   20
    1    H    GLU 191           H        GLU 191 -26.553  20.153  -1.623
    2    HA   GLU 191           HA       GLU 191 -29.116  19.199  -2.222
    3    HB2  GLU 191           HB2      GLU 191 -27.996  19.465   0.065
    4    HB3  GLU 191           HB3      GLU 191 -28.420  21.168  -0.049
    5    HG2  GLU 191           HG2      GLU 191 -30.815  20.423  -0.360
    6    HG3  GLU 191           HG3      GLU 191 -30.279  18.808   0.089

  No H/Q in entry =           6
  In of MODEL   20
    1    H    ASP 192           H        ASP 192 -27.551  22.025  -3.081
    2    HA   ASP 192           HA       ASP 192 -30.006  23.598  -3.192
    3    HB2  ASP 192           HB2      ASP 192 -27.108  24.286  -3.653
    4    HB3  ASP 192           HB3      ASP 192 -28.387  25.360  -4.203

  No H/Q in entry =           4
  In of MODEL   20
    1    H    GLN 193           H        GLN 193 -28.482  21.336  -4.802
    2    HA   GLN 193           HA       GLN 193 -28.483  20.422  -6.890
    3    HB2  GLN 193           HB2      GLN 193 -30.963  22.098  -6.932
    4    HB3  GLN 193           HB3      GLN 193 -30.427  21.322  -8.414
    5    HG2  GLN 193           HG2      GLN 193 -31.975  19.849  -7.475
    6    HG3  GLN 193           HG3      GLN 193 -30.398  19.159  -7.106
    7   HE21  GLN 193          HE21      GLN 193 -31.809  21.898  -5.462
    8   HE22  GLN 193          HE22      GLN 193 -31.996  21.117  -3.930

  No H/Q in entry =           8
  In of MODEL   20
    1    H    ASN 194           H        ASN 194 -27.057  22.961  -6.319
    2    HA   ASN 194           HA       ASN 194 -27.060  24.259  -8.942
    3    HB2  ASN 194           HB2      ASN 194 -26.957  25.493  -6.664
    4    HB3  ASN 194           HB3      ASN 194 -25.264  25.012  -6.647
    5   HD21  ASN 194          HD21      ASN 194 -27.667  26.983  -8.194
    6   HD22  ASN 194          HD22      ASN 194 -26.569  27.975  -9.085

  No H/Q in entry =           6
  In of MODEL   20
    1    H    LEU 195           H        LEU 195 -25.776  21.573  -7.781
    2    HA   LEU 195           HA       LEU 195 -23.538  21.621  -9.637
    3    HB2  LEU 195           HB2      LEU 195 -22.931  22.443  -7.206
    4    HB3  LEU 195           HB3      LEU 195 -22.928  20.726  -6.866
    5    HG   LEU 195           HG       LEU 195 -21.294  21.626  -9.180
    6   HD13  LEU 195          HD11      LEU 195 -19.478  22.358  -7.816
    7   HD12  LEU 195          HD12      LEU 195 -20.359  21.967  -6.339
    8   HD11  LEU 195          HD13      LEU 195 -20.897  23.302  -7.360
    9   HD23  LEU 195          HD21      LEU 195 -19.751  19.939  -8.034
   10   HD22  LEU 195          HD22      LEU 195 -21.238  19.322  -8.756
   11   HD21  LEU 195          HD23      LEU 195 -21.137  19.558  -7.011

  No H/Q in entry =          11
  In of MODEL   20
    1    H    ILE 196           H        ILE 196 -25.622  19.906  -7.472
    2    HA   ILE 196           HA       ILE 196 -25.665  17.534  -8.902
    3    HB   ILE 196           HB       ILE 196 -24.698  17.031  -6.093
    4   HG12  ILE 196          HG12      ILE 196 -23.030  16.724  -8.577
    5   HG13  ILE 196          HG13      ILE 196 -22.907  18.131  -7.524
    6   HG22  ILE 196          HG21      ILE 196 -24.134  14.814  -7.312
    7   HG21  ILE 196          HG22      ILE 196 -25.223  15.403  -8.567
    8   HG23  ILE 196          HG23      ILE 196 -25.819  15.143  -6.930
    9   HD11  ILE 196          HD11      ILE 196 -22.580  16.358  -5.669
   10   HD13  ILE 196          HD12      ILE 196 -21.238  16.801  -6.728
   11   HD12  ILE 196          HD13      ILE 196 -22.138  15.310  -7.020

  No H/Q in entry =          11
  In of MODEL   20
    1    H    SER 197           H        SER 197 -26.525  16.339  -6.224
    2    HA   SER 197           HA       SER 197 -28.594  17.809  -5.240
    3    HB2  SER 197           HB2      SER 197 -29.808  17.337  -7.248
    4    HB3  SER 197           HB3      SER 197 -29.479  15.611  -7.101
    5    HG   SER 197           HG       SER 197 -31.113  17.272  -5.489

  No H/Q in entry =           5
  In of MODEL   20
    1    H    ALA 198           H        ALA 198 -27.877  17.267  -3.220
    2    HA   ALA 198           HA       ALA 198 -27.334  14.464  -2.714
    3    HB3  ALA 198           HB1      ALA 198 -26.292  15.261  -0.647
    4    HB2  ALA 198           HB2      ALA 198 -26.813  16.910  -0.985
    5    HB1  ALA 198           HB3      ALA 198 -25.604  16.139  -2.012

  No H/Q in entry =           5
  In of MODEL   20
    1    H    HIS 199           H        HIS 199 -28.957  13.398  -1.989
    2    HA   HIS 199           HA       HIS 199 -31.256  14.733  -0.814
    3    HB2  HIS 199           HB2      HIS 199 -31.456  12.808  -2.480
    4    HB3  HIS 199           HB3      HIS 199 -30.831  11.759  -1.211
    5    HD1  HIS 199           HD1      HIS 199 -33.851  13.754  -2.173
    6    HD2  HIS 199           HD2      HIS 199 -32.643  11.118   0.807
    7    HE1  HIS 199           HE1      HIS 199 -35.939  13.169  -0.898
    8    HE2  HIS 199           HE2      HIS 199 -35.136  11.768   1.032

  No H/Q in entry =           8
  In of MODEL   20
    1    H    GLY 200           H        GLY 200 -29.696  15.453   0.908
    2    HA3  GLY 200           HA2      GLY 200 -29.484  15.326   3.245
    3    HA2  GLY 200           HA3      GLY 200 -29.842  13.607   3.171

  No H/Q in entry =           3
  In of MODEL   20
    1    H    LYS 201           H        LYS 201 -28.085  12.483   1.679
    2    HA   LYS 201           HA       LYS 201 -25.426  13.424   1.980
    3    HB2  LYS 201           HB2      LYS 201 -24.836  11.176   3.301
    4    HB3  LYS 201           HB3      LYS 201 -25.168  12.689   4.126
    5    HG2  LYS 201           HG2      LYS 201 -27.632  11.769   4.132
    6    HG3  LYS 201           HG3      LYS 201 -26.806  10.215   3.961
    7    HD2  LYS 201           HD2      LYS 201 -25.463  10.702   5.943
    8    HD3  LYS 201           HD3      LYS 201 -26.249  12.272   6.100
    9    HE2  LYS 201           HE2      LYS 201 -27.705  11.260   7.446
   10    HE3  LYS 201           HE3      LYS 201 -28.361  10.501   5.997
   11    HZ3  LYS 201           HZ1      LYS 201 -26.932   8.615   6.346
   12    HZ2  LYS 201           HZ2      LYS 201 -27.816   8.898   7.757
   13    HZ1  LYS 201           HZ3      LYS 201 -26.195   9.358   7.672

  No H/Q in entry =          13
  In of MODEL   20
    1    H    THR 202           H        THR 202 -27.788  11.292   0.976
    2    HA   THR 202           HA       THR 202 -26.210   9.607  -0.729
    3    HB   THR 202           HB       THR 202 -29.109  10.119  -1.242
    4    HG1  THR 202           HG1      THR 202 -29.602   8.701   0.592
    5   HG23  THR 202          HG21      THR 202 -29.142   7.985  -2.003
    6   HG22  THR 202          HG22      THR 202 -28.045   7.407  -0.752
    7   HG21  THR 202          HG23      THR 202 -27.405   8.255  -2.158

  No H/Q in entry =           7
  In of MODEL   20
    1    H    ILE 203           H        ILE 203 -25.290  10.445  -2.550
    2    HA   ILE 203           HA       ILE 203 -26.335  12.998  -3.418
    3    HB   ILE 203           HB       ILE 203 -23.680  11.711  -3.480
    4   HG12  ILE 203          HG12      ILE 203 -24.536  14.583  -3.122
    5   HG13  ILE 203          HG13      ILE 203 -24.487  13.409  -1.814
    6   HG21  ILE 203          HG21      ILE 203 -24.702  13.539  -5.623
    7   HG23  ILE 203          HG22      ILE 203 -23.673  12.113  -5.770
    8   HG22  ILE 203          HG23      ILE 203 -23.013  13.614  -5.124
    9   HD12  ILE 203          HD11      ILE 203 -22.525  15.045  -2.184
   10   HD11  ILE 203          HD12      ILE 203 -22.048  13.904  -3.440
   11   HD13  ILE 203          HD13      ILE 203 -22.196  13.363  -1.770

  No H/Q in entry =          11
  In of MODEL   20
    1    H    VAL 204           H        VAL 204 -27.422  13.221  -5.258
    2    HA   VAL 204           HA       VAL 204 -27.564  10.973  -7.148
    3    HB   VAL 204           HB       VAL 204 -29.664  12.805  -6.038
    4   HG11  VAL 204          HG11      VAL 204 -29.649  11.790  -8.872
    5   HG13  VAL 204          HG12      VAL 204 -29.760  13.464  -8.329
    6   HG12  VAL 204          HG13      VAL 204 -31.099  12.350  -8.039
    7   HG21  VAL 204          HG21      VAL 204 -29.584   9.946  -6.940
    8   HG23  VAL 204          HG22      VAL 204 -31.063  10.763  -6.442
    9   HG22  VAL 204          HG23      VAL 204 -29.742  10.559  -5.292

  No H/Q in entry =           9
  In of MODEL   20
    1    H    VAL 205           H        VAL 205 -25.929  11.687  -8.293
    2    HA   VAL 205           HA       VAL 205 -25.994  14.114  -9.810
    3    HB   VAL 205           HB       VAL 205 -24.490  12.676 -11.421
    4   HG11  VAL 205          HG11      VAL 205 -23.565  14.217  -9.737
    5   HG13  VAL 205          HG12      VAL 205 -22.571  12.766  -9.871
    6   HG12  VAL 205          HG13      VAL 205 -23.681  12.951  -8.509
    7   HG21  VAL 205          HG21      VAL 205 -24.719  10.777  -9.083
    8   HG23  VAL 205          HG22      VAL 205 -23.540  10.641 -10.388
    9   HG22  VAL 205          HG23      VAL 205 -25.267  10.465 -10.732

  No H/Q in entry =           9
  In of MODEL   20
    1    H    TYR 206           H        TYR 206 -28.027  14.364 -10.360
    2    HA   TYR 206           HA       TYR 206 -30.022  12.731 -11.274
    3    HB2  TYR 206           HB2      TYR 206 -29.217  15.497 -12.183
    4    HB3  TYR 206           HB3      TYR 206 -30.623  14.693 -12.852
    5    HD1  TYR 206           HD1      TYR 206 -29.451  16.883 -10.365
    6    HD2  TYR 206           HD2      TYR 206 -32.377  13.870 -11.099
    7    HE1  TYR 206           HE1      TYR 206 -30.839  17.818  -8.588
    8    HE2  TYR 206           HE2      TYR 206 -33.783  14.775  -9.303
    9    HH   TYR 206           HH       TYR 206 -33.174  17.843  -7.889

  No H/Q in entry =           9
  In of MODEL   20
    1    H    GLY 207           H        GLY 207 -27.767  14.507 -13.408
    2    HA3  GLY 207           HA2      GLY 207 -26.966  12.486 -15.044
    3    HA2  GLY 207           HA3      GLY 207 -28.537  12.940 -15.680

  No H/Q in entry =           3
  In of MODEL   20
    1    H    THR 208           H        THR 208 -26.040  14.990 -14.279
    2    HA   THR 208           HA       THR 208 -25.242  16.105 -16.833
    3    HB   THR 208           HB       THR 208 -26.274  18.113 -14.869
    4    HG1  THR 208           HG1      THR 208 -27.819  16.516 -16.612
    5   HG23  THR 208          HG21      THR 208 -26.551  19.466 -16.878
    6   HG22  THR 208          HG22      THR 208 -26.082  18.095 -17.882
    7   HG21  THR 208          HG23      THR 208 -24.912  18.825 -16.784

  No H/Q in entry =           7
  In of MODEL   20
    1    H    ARG 209           H        ARG 209 -25.293  16.450 -13.332
    2    HA   ARG 209           HA       ARG 209 -22.391  16.789 -13.271
    3    HB2  ARG 209           HB2      ARG 209 -24.474  18.640 -12.169
    4    HB3  ARG 209           HB3      ARG 209 -22.962  18.439 -11.303
    5    HG2  ARG 209           HG2      ARG 209 -21.723  19.220 -13.224
    6    HG3  ARG 209           HG3      ARG 209 -23.220  19.355 -14.155
    7    HD2  ARG 209           HD2      ARG 209 -23.938  21.195 -12.994
    8    HD3  ARG 209           HD3      ARG 209 -23.056  20.751 -11.535
    9    HE   ARG 209           HE       ARG 209 -21.084  21.335 -13.291
   10   HH11  ARG 209          HH11      ARG 209 -23.930  23.062 -12.219
   11   HH12  ARG 209          HH12      ARG 209 -23.226  24.626 -12.457
   12   HH21  ARG 209          HH21      ARG 209 -20.151  23.387 -13.591
   13   HH22  ARG 209          HH22      ARG 209 -21.073  24.812 -13.236

  No H/Q in entry =          13
  In of MODEL   20
    1    H1   VAL   1           H3       VAL   1  26.034 -11.793  -4.365
    2    H2   VAL   1           H2       VAL   1  27.107 -12.750  -5.257
    3    H3   VAL   1           H1       VAL   1  25.764 -13.458  -4.522
    4    HA   VAL   1           HA       VAL   1  27.648 -14.001  -3.238
    5    HB   VAL   1           HB       VAL   1  29.177 -12.278  -3.945
    6   HG13  VAL   1          HG11      VAL   1  27.651 -10.411  -4.185
    7   HG12  VAL   1          HG12      VAL   1  29.013  -9.961  -3.159
    8   HG11  VAL   1          HG13      VAL   1  27.447 -10.326  -2.435
    9   HG22  VAL   1          HG21      VAL   1  29.691 -13.298  -1.828
   10   HG21  VAL   1          HG22      VAL   1  28.650 -12.154  -0.981
   11   HG23  VAL   1          HG23      VAL   1  30.125 -11.590  -1.766

  No H/Q in entry =          11
  In of MODEL   20
    1    H    LEU   2           H        LEU   2  26.811 -14.726  -1.430
    2    HA   LEU   2           HA       LEU   2  24.748 -13.195  -0.065
    3    HB2  LEU   2           HB2      LEU   2  25.777 -15.974   0.522
    4    HB3  LEU   2           HB3      LEU   2  24.342 -15.237   1.204
    5    HG   LEU   2           HG       LEU   2  24.743 -16.000  -1.691
    6   HD13  LEU   2          HD11      LEU   2  23.995 -17.997  -1.095
    7   HD12  LEU   2          HD12      LEU   2  22.511 -17.253  -0.502
    8   HD11  LEU   2          HD13      LEU   2  23.880 -17.478   0.586
    9   HD22  LEU   2          HD21      LEU   2  23.373 -14.007  -1.530
   10   HD21  LEU   2          HD22      LEU   2  22.364 -14.772  -0.302
   11   HD23  LEU   2          HD23      LEU   2  22.372 -15.398  -1.950

  No H/Q in entry =          11
  In of MODEL   20
    1    H    GLY   3           H        GLY   3  26.221 -15.247   2.128
    2    HA3  GLY   3           HA2      GLY   3  27.957 -14.922   3.684
    3    HA2  GLY   3           HA3      GLY   3  28.166 -13.284   3.079

  No H/Q in entry =           3
  In of MODEL   20
    1    H    LYS   4           H        LYS   4  24.932 -14.068   3.590
    2    HA   LYS   4           HA       LYS   4  24.974 -12.791   6.238
    3    HB2  LYS   4           HB2      LYS   4  23.715 -11.912   3.819
    4    HB3  LYS   4           HB3      LYS   4  22.470 -12.298   4.999
    5    HG2  LYS   4           HG2      LYS   4  23.176  -9.933   5.055
    6    HG3  LYS   4           HG3      LYS   4  23.425 -10.768   6.588
    7    HD2  LYS   4           HD2      LYS   4  25.805 -11.132   5.179
    8    HD3  LYS   4           HD3      LYS   4  25.346  -9.457   4.869
    9    HE2  LYS   4           HE2      LYS   4  25.263  -8.966   7.200
   10    HE3  LYS   4           HE3      LYS   4  25.415 -10.670   7.623
   11    HZ2  LYS   4           HZ1      LYS   4  27.496  -9.451   7.916
   12    HZ1  LYS   4           HZ2      LYS   4  27.513  -9.062   6.271
   13    HZ3  LYS   4           HZ3      LYS   4  27.651 -10.673   6.760

  No H/Q in entry =          13
  In of MODEL   20
    1    HA   PRO   5           HA       PRO   5  22.777 -16.414   7.522
    2    HB2  PRO   5           HB2      PRO   5  21.833 -15.561   9.903
    3    HB3  PRO   5           HB3      PRO   5  23.546 -15.903   9.636
    4    HG2  PRO   5           HG2      PRO   5  22.119 -13.273   9.663
    5    HG3  PRO   5           HG3      PRO   5  23.689 -13.702  10.364
    6    HD2  PRO   5           HD2      PRO   5  23.411 -12.396   7.984
    7    HD3  PRO   5           HD3      PRO   5  24.789 -13.445   8.368

  No H/Q in entry =           7
  In of MODEL   20
    1    H    GLN   6           H        GLN   6  21.107 -16.522   5.986
    2    HA   GLN   6           HA       GLN   6  18.703 -14.938   6.409
    3    HB2  GLN   6           HB2      GLN   6  19.640 -16.833   4.281
    4    HB3  GLN   6           HB3      GLN   6  17.932 -16.429   4.402
    5    HG2  GLN   6           HG2      GLN   6  18.354 -14.136   3.991
    6    HG3  GLN   6           HG3      GLN   6  20.093 -14.355   4.180
    7   HE21  GLN   6          HE21      GLN   6  18.442 -13.319   1.941
    8   HE22  GLN   6          HE22      GLN   6  18.914 -14.254   0.569

  No H/Q in entry =           8
  In of MODEL   20
    1    H    THR   7           H        THR   7  19.635 -18.354   6.317
    2    HA   THR   7           HA       THR   7  18.864 -20.190   7.415
    3    HB   THR   7           HB       THR   7  16.867 -18.693   9.053
    4    HG1  THR   7           HG1      THR   7  18.623 -17.287   9.150
    5   HG21  THR   7          HG21      THR   7  18.915 -20.834   9.663
    6   HG23  THR   7          HG22      THR   7  17.191 -21.087   9.389
    7   HG22  THR   7          HG23      THR   7  17.736 -20.192  10.806

  No H/Q in entry =           7
  In of MODEL   20
    1    H    ASP   8           H        ASP   8  17.794 -19.520   4.945
    2    HA   ASP   8           HA       ASP   8  15.003 -20.373   5.282
    3    HB2  ASP   8           HB2      ASP   8  15.300 -17.983   4.450
    4    HB3  ASP   8           HB3      ASP   8  15.995 -18.677   2.988

  No H/Q in entry =           4
  In of MODEL   20
    1    HA   PRO   9           HA       PRO   9  17.045 -23.718   3.002
    2    HB2  PRO   9           HB2      PRO   9  14.983 -25.489   3.434
    3    HB3  PRO   9           HB3      PRO   9  16.377 -25.291   4.498
    4    HG2  PRO   9           HG2      PRO   9  13.607 -24.255   4.782
    5    HG3  PRO   9           HG3      PRO   9  14.751 -24.775   6.030
    6    HD2  PRO   9           HD2      PRO   9  14.206 -22.160   5.471
    7    HD3  PRO   9           HD3      PRO   9  15.749 -22.716   6.146

  No H/Q in entry =           7
  In of MODEL   20
    1    H    THR  10           H        THR  10  13.388 -23.849   2.748
    2    HA   THR  10           HA       THR  10  13.028 -24.408   0.371
    3    HB   THR  10           HB       THR  10  11.301 -22.167   0.944
    4    HG1  THR  10           HG1      THR  10  10.586 -22.984   2.975
    5   HG23  THR  10          HG21      THR  10   9.614 -23.914   0.923
    6   HG22  THR  10          HG22      THR  10  10.868 -25.153   1.010
    7   HG21  THR  10          HG23      THR  10  10.730 -24.138  -0.426

  No H/Q in entry =           7
  In of MODEL   20
    1    H    LEU  11           H        LEU  11  14.043 -21.148   1.192
    2    HA   LEU  11           HA       LEU  11  13.516 -20.268  -1.455
    3    HB2  LEU  11           HB2      LEU  11  13.649 -18.790   0.590
    4    HB3  LEU  11           HB3      LEU  11  15.393 -18.790   0.325
    5    HG   LEU  11           HG       LEU  11  14.653 -18.227  -2.152
    6   HD12  LEU  11          HD11      LEU  11  12.468 -16.860  -0.635
    7   HD11  LEU  11          HD12      LEU  11  12.232 -18.386  -1.489
    8   HD13  LEU  11          HD13      LEU  11  12.728 -16.943  -2.380
    9   HD22  LEU  11          HD21      LEU  11  16.108 -16.790  -1.108
   10   HD21  LEU  11          HD22      LEU  11  14.943 -16.357   0.145
   11   HD23  LEU  11          HD23      LEU  11  14.711 -15.788  -1.514

  No H/Q in entry =          11
  In of MODEL   20
    1    H    GLU  12           H        GLU  12  16.172 -21.666   0.035
    2    HA   GLU  12           HA       GLU  12  18.125 -21.119  -2.010
    3    HB2  GLU  12           HB2      GLU  12  18.189 -22.136   0.671
    4    HB3  GLU  12           HB3      GLU  12  18.891 -23.353  -0.390
    5    HG2  GLU  12           HG2      GLU  12  20.046 -21.045  -1.296
    6    HG3  GLU  12           HG3      GLU  12  19.934 -20.761   0.439

  No H/Q in entry =           6
  In of MODEL   20
    1    H    TRP  13           H        TRP  13  15.446 -22.955  -1.658
    2    HA   TRP  13           HA       TRP  13  16.369 -25.004  -3.538
    3    HB2  TRP  13           HB2      TRP  13  13.862 -24.757  -1.841
    4    HB3  TRP  13           HB3      TRP  13  13.960 -25.890  -3.191
    5    HD1  TRP  13           HD1      TRP  13  17.175 -26.482  -2.447
    6    HE1  TRP  13           HE1      TRP  13  17.612 -28.166  -0.552
    7    HE3  TRP  13           HE3      TRP  13  12.598 -26.352  -0.188
    8    HZ2  TRP  13           HZ2      TRP  13  16.202 -29.291   1.611
    9    HZ3  TRP  13           HZ3      TRP  13  12.221 -27.763   1.791
   10    HH2  TRP  13           HH2      TRP  13  13.987 -29.203   2.670

  No H/Q in entry =          10
  In of MODEL   20
    1    H    PHE  14           H        PHE  14  14.932 -21.974  -3.157
    2    HA   PHE  14           HA       PHE  14  13.296 -21.928  -5.568
    3    HB2  PHE  14           HB2      PHE  14  12.266 -20.943  -3.705
    4    HB3  PHE  14           HB3      PHE  14  13.721 -20.126  -3.216
    5    HD1  PHE  14           HD1      PHE  14  14.512 -18.152  -4.541
    6    HD2  PHE  14           HD2      PHE  14  10.653 -19.847  -5.028
    7    HE1  PHE  14           HE1      PHE  14  13.731 -16.062  -5.570
    8    HE2  PHE  14           HE2      PHE  14   9.868 -17.776  -6.061
    9    HZ   PHE  14           HZ       PHE  14  11.401 -15.872  -6.336

  No H/Q in entry =           9
  In of MODEL   20
    1    H    LEU  15           H        LEU  15  16.361 -20.793  -4.349
    2    HA   LEU  15           HA       LEU  15  16.608 -18.673  -6.354
    3    HB2  LEU  15           HB2      LEU  15  18.580 -19.394  -4.180
    4    HB3  LEU  15           HB3      LEU  15  18.639 -17.997  -5.233
    5    HG   LEU  15           HG       LEU  15  16.562 -18.498  -3.117
    6   HD13  LEU  15          HD11      LEU  15  18.381 -17.909  -1.878
    7   HD12  LEU  15          HD12      LEU  15  17.790 -16.298  -2.306
    8   HD11  LEU  15          HD13      LEU  15  19.122 -17.025  -3.210
    9   HD22  LEU  15          HD21      LEU  15  15.524 -16.557  -3.656
   10   HD21  LEU  15          HD22      LEU  15  16.066 -17.044  -5.266
   11   HD23  LEU  15          HD23      LEU  15  16.975 -15.837  -4.353

  No H/Q in entry =          11
  In of MODEL   20
    1    H    SER  16           H        SER  16  17.093 -21.861  -5.848
    2    HA   SER  16           HA       SER  16  19.550 -22.056  -7.461
    3    HB2  SER  16           HB2      SER  16  19.053 -24.594  -6.911
    4    HB3  SER  16           HB3      SER  16  19.772 -23.572  -5.663
    5    HG   SER  16           HG       SER  16  18.106 -24.106  -4.518

  No H/Q in entry =           5
  In of MODEL   20
    1    H    HIS  17           H        HIS  17  16.451 -21.479  -7.747
    2    HA   HIS  17           HA       HIS  17  16.142 -23.196 -10.063
    3    HB2  HIS  17           HB2      HIS  17  14.197 -22.373  -8.002
    4    HB3  HIS  17           HB3      HIS  17  13.607 -22.428  -9.662
    5    HD1  HIS  17           HD1      HIS  17  12.929 -24.465  -7.231
    6    HD2  HIS  17           HD2      HIS  17  15.430 -25.143 -10.473
    7    HE1  HIS  17           HE1      HIS  17  13.034 -26.962  -7.487
    8    HE2  HIS  17           HE2      HIS  17  14.775 -27.333  -9.273

  No H/Q in entry =           8
  In of MODEL   20
    1    H    CYS  18           H        CYS  18  16.697 -20.001  -9.145
    2    HA   CYS  18           HA       CYS  18  15.344 -18.992 -11.531
    3    HB2  CYS  18           HB2      CYS  18  15.633 -16.737 -10.299
    4    HB3  CYS  18           HB3      CYS  18  14.371 -17.849  -9.807
    5    HG   CYS  18           HG       CYS  18  15.537 -16.570  -7.630

  No H/Q in entry =           5
  In of MODEL   20
    1    H    HIS  19           H        HIS  19  17.043 -16.470 -10.766
    2    HA   HIS  19           HA       HIS  19  19.707 -17.264 -11.619
    3    HB2  HIS  19           HB2      HIS  19  18.634 -16.949 -13.767
    4    HB3  HIS  19           HB3      HIS  19  17.926 -15.428 -13.248
    5    HD1  HIS  19           HD1      HIS  19  21.541 -16.671 -13.362
    6    HD2  HIS  19           HD2      HIS  19  19.177 -13.482 -14.611
    7    HE1  HIS  19           HE1      HIS  19  23.112 -15.060 -14.492
    8    HE2  HIS  19           HE2      HIS  19  21.684 -13.075 -15.106

  No H/Q in entry =           8
  In of MODEL   20
    1    H    ILE  20           H        ILE  20  20.261 -16.393  -9.277
    2    HA   ILE  20           HA       ILE  20  19.954 -13.605  -8.753
    3    HB   ILE  20           HB       ILE  20  22.290 -14.946  -7.612
    4   HG12  ILE  20          HG12      ILE  20  19.729 -16.292  -7.759
    5   HG13  ILE  20          HG13      ILE  20  21.270 -16.893  -7.173
    6   HG22  ILE  20          HG21      ILE  20  21.370 -14.008  -5.533
    7   HG21  ILE  20          HG22      ILE  20  20.001 -13.385  -6.454
    8   HG23  ILE  20          HG23      ILE  20  21.631 -12.808  -6.797
    9   HD12  ILE  20          HD11      ILE  20  18.915 -16.050  -5.716
   10   HD11  ILE  20          HD12      ILE  20  20.386 -15.270  -5.127
   11   HD13  ILE  20          HD13      ILE  20  20.289 -17.028  -5.192

  No H/Q in entry =          11
  In of MODEL   20
    1    H    HIS  21           H        HIS  21  20.879 -12.060  -9.541
    2    HA   HIS  21           HA       HIS  21  23.138 -11.090  -9.528
    3    HB2  HIS  21           HB2      HIS  21  24.126 -13.216 -10.594
    4    HB3  HIS  21           HB3      HIS  21  23.622 -12.519 -12.131
    5    HD1  HIS  21           HD1      HIS  21  25.179 -10.862 -13.163
    6    HD2  HIS  21           HD2      HIS  21  26.119 -11.582  -9.171
    7    HE1  HIS  21           HE1      HIS  21  27.380  -9.717 -12.761
    8    HE2  HIS  21           HE2      HIS  21  28.018 -10.333 -10.410

  No H/Q in entry =           8
  In of MODEL   20
    1    H    LYS  22           H        LYS  22  22.935  -9.305  -9.953
    2    HA   LYS  22           HA       LYS  22  21.033  -8.406 -11.942
    3    HB2  LYS  22           HB2      LYS  22  20.458  -8.107  -9.420
    4    HB3  LYS  22           HB3      LYS  22  21.522  -6.719  -9.551
    5    HG2  LYS  22           HG2      LYS  22  19.895  -6.467 -11.755
    6    HG3  LYS  22           HG3      LYS  22  18.808  -7.090 -10.518
    7    HD2  LYS  22           HD2      LYS  22  19.595  -5.305  -9.005
    8    HD3  LYS  22           HD3      LYS  22  20.547  -4.639 -10.334
    9    HE2  LYS  22           HE2      LYS  22  18.187  -3.667  -9.830
   10    HE3  LYS  22           HE3      LYS  22  18.685  -3.932 -11.500
   11    HZ3  LYS  22           HZ1      LYS  22  17.398  -5.890 -11.618
   12    HZ2  LYS  22           HZ2      LYS  22  16.403  -4.721 -10.908
   13    HZ1  LYS  22           HZ3      LYS  22  17.120  -5.912  -9.949

  No H/Q in entry =          13
  In of MODEL   20
    1    H    TYR  23           H        TYR  23  22.156  -5.757 -10.648
    2    HA   TYR  23           HA       TYR  23  24.523  -5.272 -12.113
    3    HB2  TYR  23           HB2      TYR  23  22.902  -3.298 -13.258
    4    HB3  TYR  23           HB3      TYR  23  23.699  -4.597 -14.113
    5    HD1  TYR  23           HD1      TYR  23  21.458  -6.633 -12.821
    6    HD2  TYR  23           HD2      TYR  23  21.347  -3.083 -15.125
    7    HE1  TYR  23           HE1      TYR  23  19.312  -7.335 -13.709
    8    HE2  TYR  23           HE2      TYR  23  19.160  -3.753 -16.040
    9    HH   TYR  23           HH       TYR  23  17.681  -6.877 -15.151

  No H/Q in entry =           9
  In of MODEL   20
    1    HA   PRO  24           HA       PRO  24  24.468  -1.590  -9.347
    2    HB2  PRO  24           HB2      PRO  24  25.413  -0.039 -11.709
    3    HB3  PRO  24           HB3      PRO  24  26.179  -0.195 -10.124
    4    HG2  PRO  24           HG2      PRO  24  27.200  -1.387 -12.298
    5    HG3  PRO  24           HG3      PRO  24  27.270  -2.149 -10.699
    6    HD2  PRO  24           HD2      PRO  24  25.492  -2.760 -13.019
    7    HD3  PRO  24           HD3      PRO  24  26.204  -3.860 -11.821

  No H/Q in entry =           7
  In of MODEL   20
    1    H    SER  25           H        SER  25  23.638   0.378  -9.530
    2    HA   SER  25           HA       SER  25  20.879   0.091 -10.076
    3    HB2  SER  25           HB2      SER  25  21.329   2.522  -8.810
    4    HB3  SER  25           HB3      SER  25  20.840   1.000  -8.071
    5    HG   SER  25           HG       SER  25  22.961   2.229  -7.471

  No H/Q in entry =           5
  In of MODEL   20
    1    H    LYS  26           H        LYS  26  19.608   1.788 -10.518
    2    HA   LYS  26           HA       LYS  26  18.964   3.720 -11.786
    3    HB2  LYS  26           HB2      LYS  26  21.346   4.324 -12.421
    4    HB3  LYS  26           HB3      LYS  26  21.409   2.974 -13.544
    5    HG2  LYS  26           HG2      LYS  26  19.579   4.021 -14.947
    6    HG3  LYS  26           HG3      LYS  26  19.386   5.316 -13.768
    7    HD2  LYS  26           HD2      LYS  26  21.757   6.067 -14.307
    8    HD3  LYS  26           HD3      LYS  26  21.905   4.730 -15.463
    9    HE2  LYS  26           HE2      LYS  26  19.882   5.593 -16.750
   10    HE3  LYS  26           HE3      LYS  26  19.735   6.953 -15.626
   11    HZ1  LYS  26           HZ1      LYS  26  22.324   6.460 -16.973
   12    HZ2  LYS  26           HZ2      LYS  26  21.128   7.234 -17.786
   13    HZ3  LYS  26           HZ3      LYS  26  21.648   7.858 -16.320

  No H/Q in entry =          13
  In of MODEL   20
    1    H    SER  27           H        SER  27  19.533   0.524 -12.055
    2    HA   SER  27           HA       SER  27  18.258   0.051 -14.551
    3    HB2  SER  27           HB2      SER  27  18.496  -2.380 -13.417
    4    HB3  SER  27           HB3      SER  27  19.849  -1.575 -14.211
    5    HG   SER  27           HG       SER  27  20.822  -1.648 -12.344

  No H/Q in entry =           5
  In of MODEL   20
    1    H    THR  28           H        THR  28  16.201   0.804 -14.331
    2    HA   THR  28           HA       THR  28  14.481  -0.443 -12.298
    3    HB   THR  28           HB       THR  28  13.054   1.322 -12.634
    4    HG1  THR  28           HG1      THR  28  13.334   0.957 -15.449
    5   HG23  THR  28          HG21      THR  28  14.855   2.808 -12.770
    6   HG22  THR  28          HG22      THR  28  13.854   3.225 -14.162
    7   HG21  THR  28          HG23      THR  28  15.310   2.255 -14.379

  No H/Q in entry =           7
  In of MODEL   20
    1    H    LEU  29           H        LEU  29  12.661  -1.528 -13.361
    2    HA   LEU  29           HA       LEU  29  13.740  -3.300 -15.394
    3    HB2  LEU  29           HB2      LEU  29  12.381  -4.941 -13.528
    4    HB3  LEU  29           HB3      LEU  29  14.069  -5.016 -13.975
    5    HG   LEU  29           HG       LEU  29  12.817  -3.655 -11.578
    6   HD12  LEU  29          HD11      LEU  29  14.983  -5.726 -11.767
    7   HD11  LEU  29          HD12      LEU  29  13.277  -6.087 -11.474
    8   HD13  LEU  29          HD13      LEU  29  14.196  -5.130 -10.305
    9   HD23  LEU  29          HD21      LEU  29  15.739  -3.615 -12.229
   10   HD22  LEU  29          HD22      LEU  29  14.905  -2.825 -10.883
   11   HD21  LEU  29          HD23      LEU  29  14.649  -2.265 -12.538

  No H/Q in entry =          11
  In of MODEL   20
    1    H    ILE  30           H        ILE  30  11.138  -1.789 -13.845
    2    HA   ILE  30           HA       ILE  30   9.235  -2.252 -15.730
    3    HB   ILE  30           HB       ILE  30   7.849  -3.689 -13.672
    4   HG12  ILE  30          HG12      ILE  30   9.065  -5.957 -14.145
    5   HG13  ILE  30          HG13      ILE  30  10.480  -4.941 -14.384
    6   HG22  ILE  30          HG21      ILE  30   7.416  -5.295 -15.472
    7   HG21  ILE  30          HG22      ILE  30   8.632  -4.492 -16.464
    8   HG23  ILE  30          HG23      ILE  30   7.176  -3.623 -15.976
    9   HD11  ILE  30          HD11      ILE  30   9.953  -3.979 -12.092
   10   HD13  ILE  30          HD12      ILE  30  10.592  -5.621 -12.161
   11   HD12  ILE  30          HD13      ILE  30   8.866  -5.353 -11.902

  No H/Q in entry =          11
  In of MODEL   20
    1    H    HIS  31           H        HIS  31   8.626  -0.419 -15.538
    2    HA   HIS  31           HA       HIS  31   6.610   0.413 -13.803
    3    HB2  HIS  31           HB2      HIS  31   8.107   0.865 -12.062
    4    HB3  HIS  31           HB3      HIS  31   9.455   1.127 -13.149
    5    HD1  HIS  31           HD1      HIS  31   6.900   2.900 -11.170
    6    HD2  HIS  31           HD2      HIS  31   9.645   3.776 -14.154
    7    HE1  HIS  31           HE1      HIS  31   6.967   5.403 -11.315
    8    HE2  HIS  31           HE2      HIS  31   8.459   5.876 -13.288

  No H/Q in entry =           8
  In of MODEL   20
    1    H    GLN  32           H        GLN  32   6.488   0.372 -16.451
    2    HA   GLN  32           HA       GLN  32   6.251   3.149 -17.160
    3    HB2  GLN  32           HB2      GLN  32   8.527   1.566 -18.158
    4    HB3  GLN  32           HB3      GLN  32   7.586   2.323 -19.432
    5    HG2  GLN  32           HG2      GLN  32   8.707   3.836 -17.075
    6    HG3  GLN  32           HG3      GLN  32   9.544   3.656 -18.615
    7   HE21  GLN  32          HE21      GLN  32   8.893   4.866 -20.357
    8   HE22  GLN  32          HE22      GLN  32   7.709   6.124 -20.247

  No H/Q in entry =           8
  In of MODEL   20
    1    H    GLY  33           H        GLY  33   5.369  -0.011 -17.283
    2    HA3  GLY  33           HA2      GLY  33   3.023  -0.303 -18.010
    3    HA2  GLY  33           HA3      GLY  33   3.488   0.588 -19.449

  No H/Q in entry =           3
  In of MODEL   20
    1    H    GLU  34           H        GLU  34   5.777  -1.590 -18.135
    2    HA   GLU  34           HA       GLU  34   5.530  -3.466 -20.376
    3    HB2  GLU  34           HB2      GLU  34   7.463  -3.689 -18.077
    4    HB3  GLU  34           HB3      GLU  34   7.672  -4.189 -19.738
    5    HG2  GLU  34           HG2      GLU  34   8.948  -2.355 -19.886
    6    HG3  GLU  34           HG3      GLU  34   7.404  -1.515 -20.023

  No H/Q in entry =           6
  In of MODEL   20
    1    H    LYS  35           H        LYS  35   4.367  -5.246 -20.108
    2    HA   LYS  35           HA       LYS  35   3.008  -6.072 -17.876
    3    HB2  LYS  35           HB2      LYS  35   3.946  -7.480 -20.325
    4    HB3  LYS  35           HB3      LYS  35   3.329  -8.462 -19.003
    5    HG2  LYS  35           HG2      LYS  35   1.257  -7.095 -19.036
    6    HG3  LYS  35           HG3      LYS  35   1.876  -6.277 -20.473
    7    HD2  LYS  35           HD2      LYS  35   0.504  -7.927 -21.367
    8    HD3  LYS  35           HD3      LYS  35   2.102  -8.672 -21.446
    9    HE2  LYS  35           HE2      LYS  35   1.452  -9.593 -19.082
   10    HE3  LYS  35           HE3      LYS  35  -0.193  -9.271 -19.630
   11    HZ1  LYS  35           HZ1      LYS  35   0.371 -10.629 -21.638
   12    HZ3  LYS  35           HZ2      LYS  35   0.309 -11.496 -20.189
   13    HZ2  LYS  35           HZ3      LYS  35   1.810 -11.080 -20.861

  No H/Q in entry =          13
  In of MODEL   20
    1    H    ALA  36           H        ALA  36   3.734  -6.607 -15.911
    2    HA   ALA  36           HA       ALA  36   6.467  -7.340 -15.544
    3    HB2  ALA  36           HB1      ALA  36   4.143  -6.928 -13.720
    4    HB1  ALA  36           HB2      ALA  36   5.674  -6.059 -13.801
    5    HB3  ALA  36           HB3      ALA  36   5.618  -7.686 -13.122

  No H/Q in entry =           5
  In of MODEL   20
    1    H    GLU  37           H        GLU  37   6.508  -9.207 -16.878
    2    HA   GLU  37           HA       GLU  37   5.098 -11.569 -15.899
    3    HB2  GLU  37           HB2      GLU  37   6.842 -11.275 -18.348
    4    HB3  GLU  37           HB3      GLU  37   5.786 -12.629 -17.967
    5    HG2  GLU  37           HG2      GLU  37   3.969 -10.692 -17.922
    6    HG3  GLU  37           HG3      GLU  37   5.130  -9.939 -19.013

  No H/Q in entry =           6
  In of MODEL   20
    1    H    THR  38           H        THR  38   8.070 -10.074 -15.500
    2    HA   THR  38           HA       THR  38   9.327 -12.636 -14.798
    3    HB   THR  38           HB       THR  38  11.423 -10.914 -14.832
    4    HG1  THR  38           HG1      THR  38  10.950  -9.197 -15.967
    5   HG23  THR  38          HG21      THR  38  11.999 -11.882 -16.992
    6   HG22  THR  38          HG22      THR  38  10.324 -12.373 -17.237
    7   HG21  THR  38          HG23      THR  38  11.278 -13.104 -15.946

  No H/Q in entry =           7
  In of MODEL   20
    1    H    LEU  39           H        LEU  39  10.295 -12.851 -12.817
    2    HA   LEU  39           HA       LEU  39   9.713 -10.709 -10.887
    3    HB2  LEU  39           HB2      LEU  39   8.502 -12.401  -9.968
    4    HB3  LEU  39           HB3      LEU  39   9.440 -13.647 -10.768
    5    HG   LEU  39           HG       LEU  39  10.983 -12.280  -8.712
    6   HD13  LEU  39          HD11      LEU  39   8.912 -11.999  -7.557
    7   HD12  LEU  39          HD12      LEU  39   9.766 -13.358  -6.823
    8   HD11  LEU  39          HD13      LEU  39   8.422 -13.653  -7.927
    9   HD22  LEU  39          HD21      LEU  39  11.698 -14.342  -9.721
   10   HD21  LEU  39          HD22      LEU  39  10.201 -15.140  -9.239
   11   HD23  LEU  39          HD23      LEU  39  11.361 -14.624  -8.013

  No H/Q in entry =          11
  In of MODEL   20
    1    H    TYR  40           H        TYR  40  11.377 -10.041  -9.534
    2    HA   TYR  40           HA       TYR  40  13.992 -11.235 -10.105
    3    HB2  TYR  40           HB2      TYR  40  13.629  -8.276  -9.614
    4    HB3  TYR  40           HB3      TYR  40  15.015  -9.106 -10.295
    5    HD1  TYR  40           HD1      TYR  40  15.376  -8.845 -12.517
    6    HD2  TYR  40           HD2      TYR  40  11.375  -8.602 -11.130
    7    HE1  TYR  40           HE1      TYR  40  14.628  -8.258 -14.784
    8    HE2  TYR  40           HE2      TYR  40  10.607  -8.045 -13.394
    9    HH   TYR  40           HH       TYR  40  11.653  -6.978 -15.494

  No H/Q in entry =           9
  In of MODEL   20
    1    H    TYR  41           H        TYR  41  14.564 -12.168  -8.181
    2    HA   TYR  41           HA       TYR  41  13.565 -11.074  -5.716
    3    HB2  TYR  41           HB2      TYR  41  13.729 -13.549  -6.222
    4    HB3  TYR  41           HB3      TYR  41  15.476 -13.379  -6.114
    5    HD1  TYR  41           HD1      TYR  41  15.998 -11.795  -3.812
    6    HD2  TYR  41           HD2      TYR  41  12.920 -14.629  -4.414
    7    HE1  TYR  41           HE1      TYR  41  15.850 -12.131  -1.399
    8    HE2  TYR  41           HE2      TYR  41  12.746 -14.973  -2.015
    9    HH   TYR  41           HH       TYR  41  14.056 -14.685   0.004

  No H/Q in entry =           9
  In of MODEL   20
    1    H    ILE  42           H        ILE  42  14.612  -9.186  -5.293
    2    HA   ILE  42           HA       ILE  42  17.369  -8.799  -5.690
    3    HB   ILE  42           HB       ILE  42  15.833  -6.954  -5.537
    4   HG12  ILE  42          HG12      ILE  42  17.658  -6.757  -3.162
    5   HG13  ILE  42          HG13      ILE  42  18.237  -6.713  -4.830
    6   HG22  ILE  42          HG21      ILE  42  14.925  -6.258  -3.319
    7   HG21  ILE  42          HG22      ILE  42  15.376  -7.851  -2.715
    8   HG23  ILE  42          HG23      ILE  42  14.197  -7.703  -4.018
    9   HD11  ILE  42          HD11      ILE  42  16.415  -4.880  -5.093
   10   HD13  ILE  42          HD12      ILE  42  17.991  -4.494  -4.395
   11   HD12  ILE  42          HD13      ILE  42  16.594  -4.744  -3.345

  No H/Q in entry =          11
  In of MODEL   20
    1    H    VAL  43           H        VAL  43  18.538 -10.426  -4.897
    2    HA   VAL  43           HA       VAL  43  18.115 -11.532  -2.292
    3    HB   VAL  43           HB       VAL  43  20.286 -12.121  -4.293
    4   HG11  VAL  43          HG11      VAL  43  20.707 -12.868  -1.975
    5   HG13  VAL  43          HG12      VAL  43  20.563 -14.183  -3.141
    6   HG12  VAL  43          HG13      VAL  43  19.219 -13.816  -2.057
    7   HG23  VAL  43          HG21      VAL  43  18.839 -14.048  -4.884
    8   HG22  VAL  43          HG22      VAL  43  18.159 -12.482  -5.319
    9   HG21  VAL  43          HG23      VAL  43  17.563 -13.340  -3.896

  No H/Q in entry =           9
  In of MODEL   20
    1    H    LYS  44           H        LYS  44  19.925  -9.155  -3.559
    2    HA   LYS  44           HA       LYS  44  21.393  -8.309  -1.328
    3    HB2  LYS  44           HB2      LYS  44  22.896 -10.197  -1.895
    4    HB3  LYS  44           HB3      LYS  44  22.911  -9.703  -3.584
    5    HG2  LYS  44           HG2      LYS  44  24.984  -9.124  -2.463
    6    HG3  LYS  44           HG3      LYS  44  24.121  -7.678  -2.991
    7    HD2  LYS  44           HD2      LYS  44  23.367  -7.232  -0.780
    8    HD3  LYS  44           HD3      LYS  44  23.950  -8.795  -0.203
    9    HE2  LYS  44           HE2      LYS  44  25.649  -6.518  -1.217
   10    HE3  LYS  44           HE3      LYS  44  25.465  -7.004   0.466
   11    HZ2  LYS  44           HZ1      LYS  44  27.511  -7.850  -0.522
   12    HZ1  LYS  44           HZ2      LYS  44  26.618  -8.696  -1.681
   13    HZ3  LYS  44           HZ3      LYS  44  26.491  -9.112  -0.047

  No H/Q in entry =          13
  In of MODEL   20
    1    H    GLY  45           H        GLY  45  22.189  -6.272  -1.878
    2    HA3  GLY  45           HA2      GLY  45  22.335  -4.316  -3.188
    3    HA2  GLY  45           HA3      GLY  45  21.387  -5.118  -4.444

  No H/Q in entry =           3
  In of MODEL   20
    1    H    SER  46           H        SER  46  20.499  -2.644  -3.488
    2    HA   SER  46           HA       SER  46  17.930  -3.548  -2.598
    3    HB2  SER  46           HB2      SER  46  18.842  -2.917  -0.511
    4    HB3  SER  46           HB3      SER  46  19.629  -1.501  -1.206
    5    HG   SER  46           HG       SER  46  17.776  -0.434  -1.182

  No H/Q in entry =           5
  In of MODEL   20
    1    H    VAL  47           H        VAL  47  16.231  -2.125  -3.146
    2    HA   VAL  47           HA       VAL  47  17.103  -0.322  -5.285
    3    HB   VAL  47           HB       VAL  47  15.307  -0.968  -6.759
    4   HG11  VAL  47          HG11      VAL  47  16.999  -3.231  -5.760
    5   HG13  VAL  47          HG12      VAL  47  17.340  -2.146  -7.105
    6   HG12  VAL  47          HG13      VAL  47  16.027  -3.320  -7.229
    7   HG21  VAL  47          HG21      VAL  47  14.602  -2.919  -4.590
    8   HG23  VAL  47          HG22      VAL  47  14.011  -3.039  -6.248
    9   HG22  VAL  47          HG23      VAL  47  13.592  -1.637  -5.260

  No H/Q in entry =           9
  In of MODEL   20
    1    H    ALA  48           H        ALA  48  15.014   0.810  -6.236
    2    HA   ALA  48           HA       ALA  48  13.726   1.996  -3.890
    3    HB2  ALA  48           HB1      ALA  48  14.640   3.468  -6.362
    4    HB1  ALA  48           HB2      ALA  48  15.511   3.449  -4.828
    5    HB3  ALA  48           HB3      ALA  48  13.904   4.165  -4.920

  No H/Q in entry =           5
  In of MODEL   20
    1    H    VAL  49           H        VAL  49  11.885   1.060  -4.050
    2    HA   VAL  49           HA       VAL  49  10.459   0.452  -6.409
    3    HB   VAL  49           HB       VAL  49   9.744   0.579  -3.480
    4   HG13  VAL  49          HG11      VAL  49   7.584  -0.078  -3.863
    5   HG12  VAL  49          HG12      VAL  49   7.949  -0.689  -5.478
    6   HG11  VAL  49          HG13      VAL  49   7.837   1.048  -5.198
    7   HG23  VAL  49          HG21      VAL  49  10.056  -1.689  -5.428
    8   HG22  VAL  49          HG22      VAL  49   9.650  -1.848  -3.714
    9   HG21  VAL  49          HG23      VAL  49  11.226  -1.212  -4.193

  No H/Q in entry =           9
  In of MODEL   20
    1    H    LEU  50           H        LEU  50   9.090   1.738  -7.529
    2    HA   LEU  50           HA       LEU  50   8.208   4.199  -6.344
    3    HB2  LEU  50           HB2      LEU  50   8.995   5.616  -8.013
    4    HB3  LEU  50           HB3      LEU  50  10.346   4.598  -7.568
    5    HG   LEU  50           HG       LEU  50   8.720   4.527 -10.082
    6   HD13  LEU  50          HD11      LEU  50  10.449   6.156 -10.053
    7   HD12  LEU  50          HD12      LEU  50  10.995   4.789 -11.036
    8   HD11  LEU  50          HD13      LEU  50  11.602   4.983  -9.387
    9   HD22  LEU  50          HD21      LEU  50   9.057   2.233  -9.412
   10   HD21  LEU  50          HD22      LEU  50  10.774   2.537  -9.132
   11   HD23  LEU  50          HD23      LEU  50  10.109   2.636 -10.766

  No H/Q in entry =          11
  In of MODEL   20
    1    H    ILE  51           H        ILE  51   6.526   5.273  -7.362
    2    HA   ILE  51           HA       ILE  51   4.851   3.407  -8.935
    3    HB   ILE  51           HB       ILE  51   2.935   4.667  -7.781
    4   HG12  ILE  51          HG12      ILE  51   3.823   5.206  -5.326
    5   HG13  ILE  51          HG13      ILE  51   5.293   5.597  -6.208
    6   HG22  ILE  51          HG21      ILE  51   3.157   3.163  -5.767
    7   HG21  ILE  51          HG22      ILE  51   4.744   2.711  -6.391
    8   HG23  ILE  51          HG23      ILE  51   3.296   2.375  -7.340
    9   HD13  ILE  51          HD11      ILE  51   3.965   7.577  -5.828
   10   HD12  ILE  51          HD12      ILE  51   2.580   6.832  -6.626
   11   HD11  ILE  51          HD13      ILE  51   4.031   7.215  -7.552

  No H/Q in entry =          11
  In of MODEL   20
    1    H    LYS  52           H        LYS  52   2.861   4.719  -9.696
    2    HA   LYS  52           HA       LYS  52   3.626   7.322 -10.876
    3    HB2  LYS  52           HB2      LYS  52   2.143   5.080 -12.284
    4    HB3  LYS  52           HB3      LYS  52   2.398   6.692 -12.937
    5    HG2  LYS  52           HG2      LYS  52   4.776   6.331 -13.021
    6    HG3  LYS  52           HG3      LYS  52   4.599   4.757 -12.243
    7    HD2  LYS  52           HD2      LYS  52   4.477   3.904 -14.304
    8    HD3  LYS  52           HD3      LYS  52   2.870   4.626 -14.391
    9    HE2  LYS  52           HE2      LYS  52   3.795   5.531 -16.267
   10    HE3  LYS  52           HE3      LYS  52   4.253   6.766 -15.087
   11    HZ1  LYS  52           HZ1      LYS  52   6.115   4.560 -15.455
   12    HZ3  LYS  52           HZ2      LYS  52   6.424   6.208 -15.216
   13    HZ2  LYS  52           HZ3      LYS  52   5.977   5.640 -16.746

  No H/Q in entry =          13
  In of MODEL   20
    1    H    ASP  53           H        ASP  53   2.204   8.576  -9.450
    2    HA   ASP  53           HA       ASP  53  -0.123   8.180  -8.691
    3    HB2  ASP  53           HB2      ASP  53   1.424  10.329  -8.837
    4    HB3  ASP  53           HB3      ASP  53   0.093  10.836  -9.869

  No H/Q in entry =           4
  In of MODEL   20
    1    H    GLU  54           H        GLU  54  -1.909  10.183  -9.650
    2    HA   GLU  54           HA       GLU  54  -3.076   8.574 -11.784
    3    HB2  GLU  54           HB2      GLU  54  -4.533   9.105  -9.735
    4    HB3  GLU  54           HB3      GLU  54  -4.440  10.789 -10.221
    5    HG2  GLU  54           HG2      GLU  54  -6.508   9.978 -11.006
    6    HG3  GLU  54           HG3      GLU  54  -5.445  10.119 -12.405

  No H/Q in entry =           6
  In of MODEL   20
    1    H    GLU  55           H        GLU  55  -1.058  11.033 -11.244
    2    HA   GLU  55           HA       GLU  55  -1.798  12.614 -13.633
    3    HB2  GLU  55           HB2      GLU  55  -0.076  14.202 -12.168
    4    HB3  GLU  55           HB3      GLU  55  -1.827  14.397 -12.225
    5    HG2  GLU  55           HG2      GLU  55  -1.807  14.128 -10.016
    6    HG3  GLU  55           HG3      GLU  55  -1.393  12.433 -10.308

  No H/Q in entry =           6
  In of MODEL   20
    1    H    GLY  56           H        GLY  56   0.082  10.207 -12.698
    2    HA3  GLY  56           HA2      GLY  56   1.825   9.350 -13.989
    3    HA2  GLY  56           HA3      GLY  56   2.045  10.940 -14.696

  No H/Q in entry =           3
  In of MODEL   20
    1    H    LYS  57           H        LYS  57   2.074  10.766 -11.084
    2    HA   LYS  57           HA       LYS  57   4.788  11.666 -11.242
    3    HB2  LYS  57           HB2      LYS  57   2.629  11.796  -9.420
    4    HB3  LYS  57           HB3      LYS  57   3.869  10.838  -8.631
    5    HG2  LYS  57           HG2      LYS  57   5.306  12.595  -8.445
    6    HG3  LYS  57           HG3      LYS  57   4.668  13.414  -9.873
    7    HD2  LYS  57           HD2      LYS  57   4.153  14.471  -7.606
    8    HD3  LYS  57           HD3      LYS  57   2.793  14.229  -8.704
    9    HE2  LYS  57           HE2      LYS  57   2.967  11.869  -7.213
   10    HE3  LYS  57           HE3      LYS  57   3.232  13.166  -6.052
   11    HZ1  LYS  57           HZ1      LYS  57   1.053  13.635  -7.893
   12    HZ3  LYS  57           HZ2      LYS  57   1.111  13.832  -6.212
   13    HZ2  LYS  57           HZ3      LYS  57   0.817  12.298  -6.871

  No H/Q in entry =          13
  In of MODEL   20
    1    H    GLU  58           H        GLU  58   6.320  10.145 -11.609
    2    HA   GLU  58           HA       GLU  58   5.851   7.448 -10.664
    3    HB2  GLU  58           HB2      GLU  58   8.119   7.638 -12.371
    4    HB3  GLU  58           HB3      GLU  58   6.616   6.782 -12.663
    5    HG2  GLU  58           HG2      GLU  58   5.653   8.690 -13.715
    6    HG3  GLU  58           HG3      GLU  58   7.041   9.689 -13.267

  No H/Q in entry =           6
  In of MODEL   20
    1    H    MET  59           H        MET  59   6.602   8.160  -8.356
    2    HA   MET  59           HA       MET  59   9.431   8.769  -8.469
    3    HB2  MET  59           HB2      MET  59   7.582   9.553  -6.266
    4    HB3  MET  59           HB3      MET  59   9.149  10.221  -6.675
    5    HG2  MET  59           HG2      MET  59   8.237  11.479  -8.457
    6    HG3  MET  59           HG3      MET  59   6.697  10.623  -8.351
    7    HE3  MET  59           HE1      MET  59   6.414  11.918  -4.311
    8    HE2  MET  59           HE2      MET  59   7.762  10.910  -4.833
    9    HE1  MET  59           HE3      MET  59   6.111  10.460  -5.260

  No H/Q in entry =           9
  In of MODEL   20
    1    H    ILE  60           H        ILE  60  10.530   7.897  -6.799
    2    HA   ILE  60           HA       ILE  60   9.946   5.399  -5.856
    3    HB   ILE  60           HB       ILE  60  11.558   7.382  -4.279
    4   HG12  ILE  60          HG12      ILE  60  12.289   5.890  -6.800
    5   HG13  ILE  60          HG13      ILE  60  12.266   7.635  -6.554
    6   HG22  ILE  60          HG21      ILE  60  11.856   4.412  -4.682
    7   HG21  ILE  60          HG22      ILE  60  11.161   5.191  -3.261
    8   HG23  ILE  60          HG23      ILE  60  12.863   5.434  -3.656
    9   HD11  ILE  60          HD11      ILE  60  13.956   6.591  -4.605
   10   HD13  ILE  60          HD12      ILE  60  14.382   7.542  -6.031
   11   HD12  ILE  60          HD13      ILE  60  14.361   5.780  -6.117

  No H/Q in entry =          11
  In of MODEL   20
    1    H    LEU  61           H        LEU  61   8.622   4.618  -4.390
    2    HA   LEU  61           HA       LEU  61   7.553   6.436  -2.375
    3    HB2  LEU  61           HB2      LEU  61   5.391   5.607  -2.599
    4    HB3  LEU  61           HB3      LEU  61   5.953   5.708  -4.249
    5    HG   LEU  61           HG       LEU  61   4.658   3.747  -4.060
    6   HD13  LEU  61          HD11      LEU  61   6.598   3.500  -5.436
    7   HD12  LEU  61          HD12      LEU  61   6.206   1.981  -4.633
    8   HD11  LEU  61          HD13      LEU  61   7.547   2.966  -4.048
    9   HD21  LEU  61          HD21      LEU  61   6.159   3.256  -1.555
   10   HD23  LEU  61          HD22      LEU  61   5.579   1.876  -2.488
   11   HD22  LEU  61          HD23      LEU  61   4.436   3.090  -1.899

  No H/Q in entry =          11
  In of MODEL   20
    1    H    SER  62           H        SER  62   9.338   3.683  -3.111
    2    HA   SER  62           HA       SER  62   9.673   3.052  -0.352
    3    HB2  SER  62           HB2      SER  62   7.516   1.861  -1.039
    4    HB3  SER  62           HB3      SER  62   8.556   0.816  -2.002
    5    HG   SER  62           HG       SER  62   8.987   1.287   0.756

  No H/Q in entry =           5
  In of MODEL   20
    1    H    TYR  63           H        TYR  63  10.847   0.872  -0.255
    2    HA   TYR  63           HA       TYR  63  12.744   0.196  -2.234
    3    HB2  TYR  63           HB2      TYR  63  14.175   1.122   0.224
    4    HB3  TYR  63           HB3      TYR  63  14.756   1.060  -1.426
    5    HD1  TYR  63           HD1      TYR  63  12.611   3.068   0.857
    6    HD2  TYR  63           HD2      TYR  63  15.023   3.002  -2.631
    7    HE1  TYR  63           HE1      TYR  63  12.499   5.518   0.744
    8    HE2  TYR  63           HE2      TYR  63  14.911   5.447  -2.768
    9    HH   TYR  63           HH       TYR  63  14.511   7.356  -0.871

  No H/Q in entry =           9
  In of MODEL   20
    1    H    LEU  64           H        LEU  64  14.130  -1.141  -1.405
    2    HA   LEU  64           HA       LEU  64  12.873  -3.207   0.182
    3    HB2  LEU  64           HB2      LEU  64  14.652  -3.763  -2.122
    4    HB3  LEU  64           HB3      LEU  64  13.567  -4.845  -1.287
    5    HG   LEU  64           HG       LEU  64  12.774  -2.639  -3.196
    6   HD12  LEU  64          HD11      LEU  64  12.458  -5.630  -3.430
    7   HD11  LEU  64          HD12      LEU  64  13.789  -4.727  -4.147
    8   HD13  LEU  64          HD13      LEU  64  12.133  -4.414  -4.663
    9   HD21  LEU  64          HD21      LEU  64  11.091  -4.600  -1.636
   10   HD23  LEU  64          HD22      LEU  64  10.505  -3.608  -2.972
   11   HD22  LEU  64          HD23      LEU  64  11.077  -2.843  -1.487

  No H/Q in entry =          11
  In of MODEL   20
    1    H    ASN  65           H        ASN  65  14.559  -5.052   0.300
    2    HA   ASN  65           HA       ASN  65  17.111  -3.982   1.220
    3    HB2  ASN  65           HB2      ASN  65  15.229  -5.672   2.867
    4    HB3  ASN  65           HB3      ASN  65  16.963  -5.685   3.153
    5   HD21  ASN  65          HD21      ASN  65  17.964  -3.837   3.942
    6   HD22  ASN  65          HD22      ASN  65  17.075  -2.556   4.682

  No H/Q in entry =           6
  In of MODEL   20
    1    H    GLN  66           H        GLN  66  18.700  -5.678   1.430
    2    HA   GLN  66           HA       GLN  66  18.911  -7.475  -0.712
    3    HB2  GLN  66           HB2      GLN  66  20.332  -7.374   2.028
    4    HB3  GLN  66           HB3      GLN  66  20.826  -8.443   0.717
    5    HG2  GLN  66           HG2      GLN  66  21.399  -6.444  -0.734
    6    HG3  GLN  66           HG3      GLN  66  20.784  -5.344   0.475
    7   HE22  GLN  66          HE21      GLN  66  24.413  -5.205   0.865
    8   HE21  GLN  66          HE22      GLN  66  23.073  -4.651  -0.281

  No H/Q in entry =           8
  In of MODEL   20
    1    H    GLY  67           H        GLY  67  16.888  -8.596  -0.629
    2    HA3  GLY  67           HA2      GLY  67  16.759 -11.152  -0.135
    3    HA2  GLY  67           HA3      GLY  67  16.586 -10.554   1.506

  No H/Q in entry =           3
  In of MODEL   20
    1    H    ASP  68           H        ASP  68  15.284  -8.598  -1.006
    2    HA   ASP  68           HA       ASP  68  12.564  -9.228  -0.126
    3    HB2  ASP  68           HB2      ASP  68  13.965  -6.809  -0.973
    4    HB3  ASP  68           HB3      ASP  68  12.469  -7.046  -1.863

  No H/Q in entry =           4
  In of MODEL   20
    1    H    PHE  69           H        PHE  69  11.098  -8.445  -2.261
    2    HA   PHE  69           HA       PHE  69  12.072 -10.131  -4.456
    3    HB2  PHE  69           HB2      PHE  69   9.234  -9.787  -3.487
    4    HB3  PHE  69           HB3      PHE  69   9.730 -10.757  -4.864
    5    HD1  PHE  69           HD1      PHE  69  10.288 -13.006  -4.581
    6    HD2  PHE  69           HD2      PHE  69  10.096 -10.456  -1.179
    7    HE1  PHE  69           HE1      PHE  69  10.465 -14.966  -3.105
    8    HE2  PHE  69           HE2      PHE  69  10.286 -12.410   0.302
    9    HZ   PHE  69           HZ       PHE  69  10.463 -14.670  -0.660

  No H/Q in entry =           9
  In of MODEL   20
    1    H    ILE  70           H        ILE  70  11.040  -9.550  -6.555
    2    HA   ILE  70           HA       ILE  70  10.150  -6.780  -6.773
    3    HB   ILE  70           HB       ILE  70  12.571  -7.959  -8.139
    4   HG12  ILE  70          HG12      ILE  70  12.070  -5.377  -6.653
    5   HG13  ILE  70          HG13      ILE  70  13.100  -6.718  -6.157
    6   HG23  ILE  70          HG21      ILE  70  11.276  -7.104  -9.955
    7   HG22  ILE  70          HG22      ILE  70  12.529  -5.914  -9.611
    8   HG21  ILE  70          HG23      ILE  70  10.878  -5.637  -9.063
    9   HD11  ILE  70          HD11      ILE  70  14.530  -6.252  -8.150
   10   HD13  ILE  70          HD12      ILE  70  14.494  -4.957  -6.951
   11   HD12  ILE  70          HD13      ILE  70  13.557  -4.808  -8.439

  No H/Q in entry =          11
  In of MODEL   20
    1    H    GLY  71           H        GLY  71   8.785  -6.478  -8.533
    2    HA3  GLY  71           HA2      GLY  71   7.514  -7.040 -10.378
    3    HA2  GLY  71           HA3      GLY  71   8.500  -8.481 -10.573

  No H/Q in entry =           3
  In of MODEL   20
    1    H    GLU  72           H        GLU  72   7.269  -8.102  -7.441
    2    HA   GLU  72           HA       GLU  72   5.666 -10.439  -7.690
    3    HB2  GLU  72           HB2      GLU  72   5.102  -8.899  -5.320
    4    HB3  GLU  72           HB3      GLU  72   5.856 -10.479  -5.454
    5    HG2  GLU  72           HG2      GLU  72   7.449  -9.212  -4.357
    6    HG3  GLU  72           HG3      GLU  72   7.997  -9.181  -6.031

  No H/Q in entry =           6
  In of MODEL   20
    1    H    LEU  73           H        LEU  73   5.386  -7.063  -7.555
    2    HA   LEU  73           HA       LEU  73   2.626  -6.698  -7.361
    3    HB2  LEU  73           HB2      LEU  73   5.012  -5.126  -7.952
    4    HB3  LEU  73           HB3      LEU  73   3.585  -4.541  -8.788
    5    HG   LEU  73           HG       LEU  73   3.939  -3.415  -6.627
    6   HD12  LEU  73          HD11      LEU  73   1.642  -3.817  -5.779
    7   HD11  LEU  73          HD12      LEU  73   1.535  -5.183  -6.892
    8   HD13  LEU  73          HD13      LEU  73   1.730  -3.549  -7.520
    9   HD23  LEU  73          HD21      LEU  73   3.183  -4.940  -4.628
   10   HD22  LEU  73          HD22      LEU  73   4.873  -4.895  -5.132
   11   HD21  LEU  73          HD23      LEU  73   3.837  -6.229  -5.640

  No H/Q in entry =          11
  In of MODEL   20
    1    H    GLY  74           H        GLY  74   4.248  -8.198  -9.796
    2    HA3  GLY  74           HA2      GLY  74   2.292  -7.287 -11.800
    3    HA2  GLY  74           HA3      GLY  74   3.873  -7.949 -12.179

  No H/Q in entry =           3
  In of MODEL   20
    1    H    LEU  75           H        LEU  75   3.598 -10.081 -10.125
    2    HA   LEU  75           HA       LEU  75   1.892 -11.831 -11.802
    3    HB2  LEU  75           HB2      LEU  75   3.410 -13.478 -11.487
    4    HB3  LEU  75           HB3      LEU  75   4.475 -12.137 -11.073
    5    HG   LEU  75           HG       LEU  75   3.155 -12.784  -8.703
    6   HD12  LEU  75          HD11      LEU  75   4.173 -15.278 -10.079
    7   HD11  LEU  75          HD12      LEU  75   2.477 -14.898  -9.788
    8   HD13  LEU  75          HD13      LEU  75   3.566 -15.160  -8.426
    9   HD21  LEU  75          HD21      LEU  75   5.478 -11.985  -9.014
   10   HD23  LEU  75          HD22      LEU  75   5.927 -13.582  -9.613
   11   HD22  LEU  75          HD23      LEU  75   5.378 -13.387  -7.948

  No H/Q in entry =          11
  In of MODEL   20
    1    H    PHE  76           H        PHE  76   2.525 -10.820  -8.584
    2    HA   PHE  76           HA       PHE  76   0.617 -12.672  -7.441
    3    HB2  PHE  76           HB2      PHE  76   2.623 -12.553  -6.211
    4    HB3  PHE  76           HB3      PHE  76   2.706 -10.801  -6.357
    5    HD1  PHE  76           HD1      PHE  76   0.140 -13.173  -5.215
    6    HD2  PHE  76           HD2      PHE  76   2.512  -9.788  -4.328
    7    HE1  PHE  76           HE1      PHE  76  -0.962 -12.997  -3.004
    8    HE2  PHE  76           HE2      PHE  76   1.428  -9.574  -2.130
    9    HZ   PHE  76           HZ       PHE  76  -0.309 -11.175  -1.462

  No H/Q in entry =           9
  In of MODEL   20
    1    H    GLU  77           H        GLU  77   1.152  -9.255  -8.035
    2    HA   GLU  77           HA       GLU  77  -1.043  -8.388  -6.471
    3    HB2  GLU  77           HB2      GLU  77   0.755  -6.866  -7.215
    4    HB3  GLU  77           HB3      GLU  77   0.180  -7.016  -8.868
    5    HG2  GLU  77           HG2      GLU  77  -1.744  -6.134  -6.792
    6    HG3  GLU  77           HG3      GLU  77  -0.506  -4.993  -7.312

  No H/Q in entry =           6
  In of MODEL   20
    1    H    GLU  78           H        GLU  78  -0.526  -9.187  -9.831
    2    HA   GLU  78           HA       GLU  78  -1.899 -10.381 -11.123
    3    HB2  GLU  78           HB2      GLU  78  -3.803 -10.371  -9.369
    4    HB3  GLU  78           HB3      GLU  78  -4.353  -8.920 -10.202
    5    HG2  GLU  78           HG2      GLU  78  -4.517 -10.132 -12.286
    6    HG3  GLU  78           HG3      GLU  78  -3.877 -11.582 -11.521

  No H/Q in entry =           6
  In of MODEL   20
    1    H    GLY  79           H        GLY  79  -0.381  -8.022 -11.155
    2    HA3  GLY  79           HA2      GLY  79  -1.594  -5.706 -12.226
    3    HA2  GLY  79           HA3      GLY  79   0.102  -6.125 -12.270

  No H/Q in entry =           3
  In of MODEL   20
    1    H    GLN  80           H        GLN  80   0.748  -7.680 -13.838
    2    HA   GLN  80           HA       GLN  80   0.974  -8.435 -15.920
    3    HB2  GLN  80           HB2      GLN  80  -1.961  -8.069 -16.387
    4    HB3  GLN  80           HB3      GLN  80  -0.884  -9.274 -17.069
    5    HG2  GLN  80           HG2      GLN  80  -1.721  -9.163 -14.178
    6    HG3  GLN  80           HG3      GLN  80  -2.483 -10.165 -15.411
    7   HE21  GLN  80          HE21      GLN  80  -1.005 -10.806 -12.914
    8   HE22  GLN  80          HE22      GLN  80   0.230 -11.912 -13.400

  No H/Q in entry =           8
  In of MODEL   20
    1    H    GLU  81           H        GLU  81   1.797  -6.030 -15.893
    2    HA   GLU  81           HA       GLU  81   1.754  -4.612 -18.091
    3    HB2  GLU  81           HB2      GLU  81  -0.907  -4.532 -17.322
    4    HB3  GLU  81           HB3      GLU  81  -0.278  -2.997 -16.738
    5    HG2  GLU  81           HG2      GLU  81  -0.588  -2.182 -18.761
    6    HG3  GLU  81           HG3      GLU  81   0.713  -3.229 -19.327

  No H/Q in entry =           6
  In of MODEL   20
    1    H    ARG  82           H        ARG  82   3.652  -4.625 -16.289
    2    HA   ARG  82           HA       ARG  82   5.056  -3.507 -14.929
    3    HB2  ARG  82           HB2      ARG  82   5.475  -1.739 -16.191
    4    HB3  ARG  82           HB3      ARG  82   3.792  -1.570 -16.643
    5    HG2  ARG  82           HG2      ARG  82   4.347  -0.611 -13.940
    6    HG3  ARG  82           HG3      ARG  82   5.288   0.219 -15.177
    7    HD2  ARG  82           HD2      ARG  82   3.478   1.264 -16.036
    8    HD3  ARG  82           HD3      ARG  82   2.442  -0.148 -15.832
    9    HE   ARG  82           HE       ARG  82   3.128   1.188 -13.371
   10   HH11  ARG  82          HH11      ARG  82   0.840   1.090 -16.029
   11   HH12  ARG  82          HH12      ARG  82  -0.461   1.757 -15.096
   12   HH21  ARG  82          HH21      ARG  82   1.399   2.035 -12.140
   13   HH22  ARG  82          HH22      ARG  82  -0.157   2.277 -12.878

  No H/Q in entry =          13
  In of MODEL   20
    1    H    SER  83           H        SER  83   2.112  -1.585 -14.447
    2    HA   SER  83           HA       SER  83   0.945  -0.956 -12.647
    3    HB2  SER  83           HB2      SER  83   2.275  -3.270 -11.237
    4    HB3  SER  83           HB3      SER  83   0.806  -2.438 -10.731
    5    HG   SER  83           HG       SER  83  -0.031  -4.057 -11.834

  No H/Q in entry =           5
  In of MODEL   20
    1    H    ALA  84           H        ALA  84   4.373  -1.498 -11.978
    2    HA   ALA  84           HA       ALA  84   5.872   0.274 -11.623
    3    HB1  ALA  84           HB1      ALA  84   5.306   2.337 -10.597
    4    HB3  ALA  84           HB2      ALA  84   3.737   1.727 -10.078
    5    HB2  ALA  84           HB3      ALA  84   4.058   1.991 -11.792

  No H/Q in entry =           5
  In of MODEL   20
    1    H    TRP  85           H        TRP  85   7.377   0.316  -9.895
    2    HA   TRP  85           HA       TRP  85   7.053  -0.107  -7.346
    3    HB2  TRP  85           HB2      TRP  85   5.620  -2.077  -8.164
    4    HB3  TRP  85           HB3      TRP  85   7.139  -2.857  -8.579
    5    HD1  TRP  85           HD1      TRP  85   8.336  -4.068  -6.799
    6    HE1  TRP  85           HE1      TRP  85   7.979  -4.505  -4.270
    7    HE3  TRP  85           HE3      TRP  85   4.625  -0.705  -5.981
    8    HZ2  TRP  85           HZ2      TRP  85   6.321  -3.484  -2.204
    9    HZ3  TRP  85           HZ3      TRP  85   3.702  -0.472  -3.713
   10    HH2  TRP  85           HH2      TRP  85   4.532  -1.834  -1.865

  No H/Q in entry =          10
  In of MODEL   20
    1    H    VAL  86           H        VAL  86   9.019  -0.263 -10.131
    2    HA   VAL  86           HA       VAL  86  11.225  -0.614  -8.350
    3    HB   VAL  86           HB       VAL  86  12.048  -2.328 -10.434
    4   HG13  VAL  86          HG11      VAL  86  13.204  -2.502  -8.476
    5   HG12  VAL  86          HG12      VAL  86  12.022  -3.786  -8.225
    6   HG11  VAL  86          HG13      VAL  86  11.774  -2.210  -7.479
    7   HG22  VAL  86          HG21      VAL  86  10.577  -4.134 -10.204
    8   HG21  VAL  86          HG22      VAL  86   9.545  -2.739 -10.527
    9   HG23  VAL  86          HG23      VAL  86   9.703  -3.362  -8.884

  No H/Q in entry =           9
  In of MODEL   20
    1    H    ARG  87           H        ARG  87  13.079   0.020  -8.711
    2    HA   ARG  87           HA       ARG  87  14.237   1.080 -11.050
    3    HB2  ARG  87           HB2      ARG  87  12.829   3.042 -10.696
    4    HB3  ARG  87           HB3      ARG  87  13.284   3.093  -8.995
    5    HG2  ARG  87           HG2      ARG  87  15.701   3.167 -10.320
    6    HG3  ARG  87           HG3      ARG  87  14.644   4.184 -11.306
    7    HD2  ARG  87           HD2      ARG  87  15.240   5.772  -9.833
    8    HD3  ARG  87           HD3      ARG  87  13.985   5.032  -8.841
    9    HE   ARG  87           HE       ARG  87  16.068   3.614  -8.066
   10   HH11  ARG  87          HH11      ARG  87  15.862   7.051  -8.661
   11   HH12  ARG  87          HH12      ARG  87  17.028   7.468  -7.449
   12   HH21  ARG  87          HH21      ARG  87  17.608   4.149  -6.464
   13   HH22  ARG  87          HH22      ARG  87  18.015   5.809  -6.177

  No H/Q in entry =          13
  In of MODEL   20
    1    H    ALA  88           H        ALA  88  16.158   0.016 -10.529
    2    HA   ALA  88           HA       ALA  88  17.027  -0.705  -8.287
    3    HB2  ALA  88           HB1      ALA  88  19.407  -0.500  -9.125
    4    HB1  ALA  88           HB2      ALA  88  18.643   0.161 -10.574
    5    HB3  ALA  88           HB3      ALA  88  18.219  -1.446 -10.023

  No H/Q in entry =           5
  In of MODEL   20
    1    H    LYS  89           H        LYS  89  18.179  -0.005  -6.208
    2    HA   LYS  89           HA       LYS  89  18.841   2.805  -6.357
    3    HB2  LYS  89           HB2      LYS  89  17.110   2.315  -4.749
    4    HB3  LYS  89           HB3      LYS  89  18.057   1.011  -4.054
    5    HG2  LYS  89           HG2      LYS  89  19.552   2.492  -3.027
    6    HG3  LYS  89           HG3      LYS  89  19.007   3.854  -4.011
    7    HD2  LYS  89           HD2      LYS  89  17.112   4.169  -2.771
    8    HD3  LYS  89           HD3      LYS  89  17.018   2.474  -2.288
    9    HE2  LYS  89           HE2      LYS  89  18.184   2.835  -0.431
   10    HE3  LYS  89           HE3      LYS  89  19.403   3.782  -1.282
   11    HZ3  LYS  89           HZ1      LYS  89  18.438   5.286   0.193
   12    HZ2  LYS  89           HZ2      LYS  89  16.873   4.718  -0.075
   13    HZ1  LYS  89           HZ3      LYS  89  17.652   5.632  -1.269

  No H/Q in entry =          13
  In of MODEL   20
    1    H    THR  90           H        THR  90  20.094  -0.290  -6.129
    2    HA   THR  90           HA       THR  90  22.741   0.749  -5.742
    3    HB   THR  90           HB       THR  90  22.107  -1.622  -4.013
    4    HG1  THR  90           HG1      THR  90  21.450   1.075  -3.458
    5   HG21  THR  90          HG21      THR  90  24.076   0.663  -3.855
    6   HG23  THR  90          HG22      THR  90  24.428  -1.020  -4.247
    7   HG22  THR  90          HG23      THR  90  23.908  -0.585  -2.620

  No H/Q in entry =           7
  In of MODEL   20
    1    H    ALA  91           H        ALA  91  24.258  -1.208  -6.063
    2    HA   ALA  91           HA       ALA  91  23.401  -2.653  -8.443
    3    HB1  ALA  91           HB1      ALA  91  25.832  -1.797  -8.015
    4    HB3  ALA  91           HB2      ALA  91  25.663  -3.461  -8.572
    5    HB2  ALA  91           HB3      ALA  91  25.957  -3.128  -6.865

  No H/Q in entry =           5
  In of MODEL   20
    1    H    CYS  92           H        CYS  92  22.162  -4.281  -8.162
    2    HA   CYS  92           HA       CYS  92  22.462  -5.809  -5.641
    3    HB2  CYS  92           HB2      CYS  92  20.046  -6.378  -7.175
    4    HB3  CYS  92           HB3      CYS  92  20.187  -5.858  -5.501
    5    HG   CYS  92           HG       CYS  92  20.795  -3.150  -6.959

  No H/Q in entry =           5
  In of MODEL   20
    1    H    GLU  93           H        GLU  93  21.042  -7.925  -6.282
    2    HA   GLU  93           HA       GLU  93  22.145  -9.334  -8.498
    3    HB2  GLU  93           HB2      GLU  93  22.789 -10.070  -5.625
    4    HB3  GLU  93           HB3      GLU  93  22.900 -11.218  -6.952
    5    HG2  GLU  93           HG2      GLU  93  24.610  -9.821  -8.005
    6    HG3  GLU  93           HG3      GLU  93  24.501  -8.685  -6.659

  No H/Q in entry =           6
  In of MODEL   20
    1    H    VAL  94           H        VAL  94  20.085  -9.800  -9.159
    2    HA   VAL  94           HA       VAL  94  18.183 -10.484  -7.031
    3    HB   VAL  94           HB       VAL  94  16.386 -10.072  -8.744
    4   HG12  VAL  94          HG11      VAL  94  16.909  -7.463  -8.706
    5   HG11  VAL  94          HG12      VAL  94  18.082  -8.008  -7.505
    6   HG13  VAL  94          HG13      VAL  94  16.367  -8.363  -7.292
    7   HG22  VAL  94          HG21      VAL  94  17.420 -10.118 -10.822
    8   HG21  VAL  94          HG22      VAL  94  18.712  -9.034 -10.307
    9   HG23  VAL  94          HG23      VAL  94  17.078  -8.407 -10.547

  No H/Q in entry =           9
  In of MODEL   20
    1    H    ALA  95           H        ALA  95  16.935 -12.271  -7.227
    2    HA   ALA  95           HA       ALA  95  18.045 -14.216  -9.108
    3    HB2  ALA  95           HB1      ALA  95  15.865 -14.942  -7.226
    4    HB3  ALA  95           HB2      ALA  95  17.408 -14.505  -6.493
    5    HB1  ALA  95           HB3      ALA  95  17.325 -15.833  -7.652

  No H/Q in entry =           5
  In of MODEL   20
    1    H    GLU  96           H        GLU  96  17.228 -13.454 -10.951
    2    HA   GLU  96           HA       GLU  96  14.342 -13.031 -11.010
    3    HB2  GLU  96           HB2      GLU  96  14.647 -11.638 -12.944
    4    HB3  GLU  96           HB3      GLU  96  15.697 -11.085 -11.648
    5    HG2  GLU  96           HG2      GLU  96  17.583 -12.252 -12.733
    6    HG3  GLU  96           HG3      GLU  96  16.504 -12.707 -14.051

  No H/Q in entry =           6
  In of MODEL   20
    1    H    ILE  97           H        ILE  97  13.080 -14.012 -12.156
    2    HA   ILE  97           HA       ILE  97  13.817 -15.576 -14.422
    3    HB   ILE  97           HB       ILE  97  12.592 -17.588 -13.425
    4   HG12  ILE  97          HG12      ILE  97  13.697 -16.563 -10.858
    5   HG13  ILE  97          HG13      ILE  97  12.044 -16.205 -11.334
    6   HG22  ILE  97          HG21      ILE  97  15.308 -17.237 -12.365
    7   HG21  ILE  97          HG22      ILE  97  15.018 -17.257 -14.102
    8   HG23  ILE  97          HG23      ILE  97  14.554 -18.643 -13.118
    9   HD13  ILE  97          HD11      ILE  97  12.116 -18.141  -9.873
   10   HD12  ILE  97          HD12      ILE  97  13.217 -18.953 -10.986
   11   HD11  ILE  97          HD13      ILE  97  11.568 -18.595 -11.487

  No H/Q in entry =          11
  In of MODEL   20
    1    H    SER  98           H        SER  98  11.742 -16.876 -15.076
    2    HA   SER  98           HA       SER  98   9.683 -14.809 -15.208
    3    HB2  SER  98           HB2      SER  98   8.876 -16.648 -17.012
    4    HB3  SER  98           HB3      SER  98   9.999 -15.343 -17.400
    5    HG   SER  98           HG       SER  98  11.678 -16.726 -17.295

  No H/Q in entry =           5
  In of MODEL   20
    1    H    TYR  99           H        TYR  99   8.367 -15.202 -13.177
    2    HA   TYR  99           HA       TYR  99   7.374 -16.983 -11.970
    3    HB2  TYR  99           HB2      TYR  99   5.230 -15.858 -11.810
    4    HB3  TYR  99           HB3      TYR  99   6.536 -14.694 -11.948
    5    HD1  TYR  99           HD1      TYR  99   5.604 -16.347 -15.007
    6    HD2  TYR  99           HD2      TYR  99   4.728 -13.025 -12.527
    7    HE1  TYR  99           HE1      TYR  99   4.415 -15.315 -16.829
    8    HE2  TYR  99           HE2      TYR  99   3.479 -11.976 -14.371
    9    HH   TYR  99           HH       TYR  99   3.486 -12.136 -16.934

  No H/Q in entry =           9
  In of MODEL   20
    1    H    LYS 100           H        LYS 100   7.041 -17.634 -15.404
    2    HA   LYS 100           HA       LYS 100   4.679 -19.133 -14.928
    3    HB2  LYS 100           HB2      LYS 100   5.467 -18.588 -17.238
    4    HB3  LYS 100           HB3      LYS 100   6.846 -19.650 -16.979
    5    HG2  LYS 100           HG2      LYS 100   5.112 -21.472 -16.512
    6    HG3  LYS 100           HG3      LYS 100   3.957 -20.371 -17.266
    7    HD2  LYS 100           HD2      LYS 100   4.633 -21.591 -19.090
    8    HD3  LYS 100           HD3      LYS 100   5.780 -20.251 -19.145
    9    HE2  LYS 100           HE2      LYS 100   7.416 -21.633 -17.928
   10    HE3  LYS 100           HE3      LYS 100   6.275 -22.978 -17.953
   11    HZ2  LYS 100           HZ1      LYS 100   7.510 -21.672 -20.314
   12    HZ1  LYS 100           HZ2      LYS 100   6.341 -22.886 -20.393
   13    HZ3  LYS 100           HZ3      LYS 100   7.857 -23.216 -19.723

  No H/Q in entry =          13
  In of MODEL   20
    1    H    LYS 101           H        LYS 101   8.127 -19.780 -14.991
    2    HA   LYS 101           HA       LYS 101   8.030 -22.455 -14.069
    3    HB2  LYS 101           HB2      LYS 101   9.851 -21.122 -15.356
    4    HB3  LYS 101           HB3      LYS 101  10.374 -20.601 -13.762
    5    HG2  LYS 101           HG2      LYS 101  10.054 -23.379 -13.651
    6    HG3  LYS 101           HG3      LYS 101  10.918 -23.011 -15.139
    7    HD2  LYS 101           HD2      LYS 101  11.702 -21.940 -12.431
    8    HD3  LYS 101           HD3      LYS 101  12.396 -23.395 -13.145
    9    HE2  LYS 101           HE2      LYS 101  12.472 -20.671 -14.439
   10    HE3  LYS 101           HE3      LYS 101  13.774 -21.332 -13.449
   11    HZ3  LYS 101           HZ1      LYS 101  14.206 -21.681 -15.789
   12    HZ2  LYS 101           HZ2      LYS 101  12.743 -22.509 -15.977
   13    HZ1  LYS 101           HZ3      LYS 101  13.972 -23.166 -15.018

  No H/Q in entry =          13
  In of MODEL   20
    1    H    PHE 102           H        PHE 102   8.702 -19.389 -12.590
    2    HA   PHE 102           HA       PHE 102   9.432 -20.248 -10.047
    3    HB2  PHE 102           HB2      PHE 102  10.020 -18.136 -10.369
    4    HB3  PHE 102           HB3      PHE 102   8.699 -17.772 -11.403
    5    HD1  PHE 102           HD1      PHE 102  10.082 -17.386  -8.144
    6    HD2  PHE 102           HD2      PHE 102   6.441 -17.216 -10.326
    7    HE1  PHE 102           HE1      PHE 102   9.075 -16.021  -6.364
    8    HE2  PHE 102           HE2      PHE 102   5.432 -15.867  -8.547
    9    HZ   PHE 102           HZ       PHE 102   6.747 -15.263  -6.562

  No H/Q in entry =           9
  In of MODEL   20
    1    H    ARG 103           H        ARG 103   6.303 -18.976 -11.168
    2    HA   ARG 103           HA       ARG 103   4.865 -19.219  -8.915
    3    HB2  ARG 103           HB2      ARG 103   2.945 -19.024 -10.149
    4    HB3  ARG 103           HB3      ARG 103   4.134 -18.499 -11.324
    5    HG2  ARG 103           HG2      ARG 103   3.964 -20.464 -12.557
    6    HG3  ARG 103           HG3      ARG 103   3.215 -21.349 -11.225
    7    HD2  ARG 103           HD2      ARG 103   1.292 -19.674 -11.446
    8    HD3  ARG 103           HD3      ARG 103   2.008 -19.246 -12.998
    9    HE   ARG 103           HE       ARG 103   1.748 -21.699 -13.534
   10   HH11  ARG 103          HH11      ARG 103  -0.422 -20.021 -11.342
   11   HH12  ARG 103          HH12      ARG 103  -1.727 -21.131 -11.598
   12   HH21  ARG 103          HH21      ARG 103   0.025 -23.147 -13.856
   13   HH22  ARG 103          HH22      ARG 103  -1.475 -22.903 -13.018

  No H/Q in entry =          13
  In of MODEL   20
    1    H    GLN 104           H        GLN 104   6.058 -21.784 -10.798
    2    HA   GLN 104           HA       GLN 104   4.225 -23.747  -9.619
    3    HB2  GLN 104           HB2      GLN 104   6.338 -23.937 -11.746
    4    HB3  GLN 104           HB3      GLN 104   5.516 -25.357 -11.109
    5    HG2  GLN 104           HG2      GLN 104   4.098 -23.009 -12.335
    6    HG3  GLN 104           HG3      GLN 104   4.585 -24.440 -13.242
    7   HE21  GLN 104          HE21      GLN 104   4.012 -26.346 -11.186
    8   HE22  GLN 104          HE22      GLN 104   2.294 -26.425 -11.024

  No H/Q in entry =           8
  In of MODEL   20
    1    H    LEU 105           H        LEU 105   7.543 -22.816  -9.226
    2    HA   LEU 105           HA       LEU 105   8.049 -24.922  -7.229
    3    HB2  LEU 105           HB2      LEU 105  10.210 -24.161  -7.398
    4    HB3  LEU 105           HB3      LEU 105   9.650 -23.045  -8.627
    5    HG   LEU 105           HG       LEU 105   9.153 -21.435  -6.695
    6   HD13  LEU 105          HD11      LEU 105  10.342 -21.719  -4.656
    7   HD12  LEU 105          HD12      LEU 105  11.206 -23.125  -5.272
    8   HD11  LEU 105          HD13      LEU 105   9.478 -23.233  -4.934
    9   HD21  LEU 105          HD21      LEU 105  11.928 -22.222  -7.540
   10   HD23  LEU 105          HD22      LEU 105  11.580 -20.761  -6.612
   11   HD22  LEU 105          HD23      LEU 105  10.895 -20.968  -8.228

  No H/Q in entry =          11
  In of MODEL   20
    1    H    ILE 106           H        ILE 106   7.266 -21.271  -7.194
    2    HA   ILE 106           HA       ILE 106   6.850 -21.247  -4.490
    3    HB   ILE 106           HB       ILE 106   5.876 -19.136  -4.658
    4   HG12  ILE 106          HG12      ILE 106   5.532 -18.462  -7.312
    5   HG13  ILE 106          HG13      ILE 106   4.854 -20.087  -7.235
    6   HG21  ILE 106          HG21      ILE 106   8.278 -19.613  -5.454
    7   HG23  ILE 106          HG22      ILE 106   7.585 -18.019  -5.746
    8   HG22  ILE 106          HG23      ILE 106   7.662 -19.198  -7.054
    9   HD12  ILE 106          HD11      ILE 106   4.039 -17.663  -5.677
   10   HD11  ILE 106          HD12      ILE 106   3.504 -19.294  -5.270
   11   HD13  ILE 106          HD13      ILE 106   3.081 -18.587  -6.835

  No H/Q in entry =          11
  In of MODEL   20
    1    H    GLN 107           H        GLN 107   5.098 -23.036  -6.477
    2    HA   GLN 107           HA       GLN 107   2.668 -22.715  -4.893
    3    HB2  GLN 107           HB2      GLN 107   2.958 -23.426  -7.783
    4    HB3  GLN 107           HB3      GLN 107   1.645 -24.165  -6.875
    5    HG2  GLN 107           HG2      GLN 107   2.129 -21.204  -7.077
    6    HG3  GLN 107           HG3      GLN 107   0.988 -22.108  -8.073
    7   HE21  GLN 107          HE21      GLN 107   1.713 -21.000  -4.836
    8   HE22  GLN 107          HE22      GLN 107   0.117 -21.196  -4.205

  No H/Q in entry =           8
  In of MODEL   20
    1    H    VAL 108           H        VAL 108   5.335 -24.515  -5.612
    2    HA   VAL 108           HA       VAL 108   4.299 -27.131  -5.030
    3    HB   VAL 108           HB       VAL 108   6.516 -26.123  -6.363
    4   HG12  VAL 108          HG11      VAL 108   7.509 -27.480  -3.867
    5   HG11  VAL 108          HG12      VAL 108   7.716 -25.776  -4.278
    6   HG13  VAL 108          HG13      VAL 108   8.485 -27.021  -5.264
    7   HG22  VAL 108          HG21      VAL 108   7.085 -28.394  -6.815
    8   HG21  VAL 108          HG22      VAL 108   5.328 -28.228  -6.777
    9   HG23  VAL 108          HG23      VAL 108   6.177 -28.947  -5.407

  No H/Q in entry =           9
  In of MODEL   20
    1    H    ASN 109           H        ASN 109   5.609 -24.432  -3.423
    2    HA   ASN 109           HA       ASN 109   5.692 -25.877  -0.860
    3    HB2  ASN 109           HB2      ASN 109   7.409 -23.578  -1.788
    4    HB3  ASN 109           HB3      ASN 109   7.395 -24.200  -0.144
    5   HD21  ASN 109          HD21      ASN 109   9.296 -24.084  -2.595
    6   HD22  ASN 109          HD22      ASN 109  10.005 -25.659  -2.593

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   PRO 110           HA       PRO 110   2.522 -22.835  -0.057
    2    HB2  PRO 110           HB2      PRO 110   1.869 -23.711   2.421
    3    HB3  PRO 110           HB3      PRO 110   1.433 -24.620   0.972
    4    HG2  PRO 110           HG2      PRO 110   3.681 -25.072   2.896
    5    HG3  PRO 110           HG3      PRO 110   2.606 -26.259   2.132
    6    HD2  PRO 110           HD2      PRO 110   5.144 -25.705   1.261
    7    HD3  PRO 110           HD3      PRO 110   3.854 -26.327   0.214

  No H/Q in entry =           7
  In of MODEL   20
    1    H    ASP 111           H        ASP 111   5.603 -22.923   1.379
    2    HA   ASP 111           HA       ASP 111   4.966 -20.672   3.099
    3    HB2  ASP 111           HB2      ASP 111   7.190 -20.905   4.065
    4    HB3  ASP 111           HB3      ASP 111   6.229 -22.372   4.235

  No H/Q in entry =           4
  In of MODEL   20
    1    H    ILE 112           H        ILE 112   6.301 -21.339  -0.001
    2    HA   ILE 112           HA       ILE 112   8.348 -19.351  -0.017
    3    HB   ILE 112           HB       ILE 112   7.088 -20.982  -2.210
    4   HG12  ILE 112          HG12      ILE 112   8.973 -21.437  -0.252
    5   HG13  ILE 112          HG13      ILE 112   8.723 -22.408  -1.691
    6   HG23  ILE 112          HG21      ILE 112   7.655 -18.889  -3.233
    7   HG22  ILE 112          HG22      ILE 112   8.876 -20.084  -3.682
    8   HG21  ILE 112          HG23      ILE 112   9.239 -18.872  -2.452
    9   HD13  ILE 112          HD11      ILE 112  10.993 -22.004  -1.642
   10   HD12  ILE 112          HD12      ILE 112  10.776 -20.318  -1.177
   11   HD11  ILE 112          HD13      ILE 112  10.374 -20.842  -2.812

  No H/Q in entry =          11
  In of MODEL   20
    1    H    LEU 113           H        LEU 113   5.155 -19.501  -1.419
    2    HA   LEU 113           HA       LEU 113   5.333 -16.923  -2.519
    3    HB2  LEU 113           HB2      LEU 113   3.833 -18.400  -3.524
    4    HB3  LEU 113           HB3      LEU 113   3.058 -18.795  -2.001
    5    HG   LEU 113           HG       LEU 113   2.311 -16.340  -1.958
    6   HD12  LEU 113          HD11      LEU 113   2.662 -16.517  -4.929
    7   HD11  LEU 113          HD12      LEU 113   3.894 -15.785  -3.903
    8   HD13  LEU 113          HD13      LEU 113   2.264 -15.114  -3.939
    9   HD21  LEU 113          HD21      LEU 113   1.236 -18.257  -4.006
   10   HD23  LEU 113          HD22      LEU 113   0.378 -16.866  -3.346
   11   HD22  LEU 113          HD23      LEU 113   0.821 -18.209  -2.293

  No H/Q in entry =          11
  In of MODEL   20
    1    H    MET 114           H        MET 114   4.534 -18.191   0.475
    2    HA   MET 114           HA       MET 114   3.142 -15.957   1.591
    3    HB2  MET 114           HB2      MET 114   3.471 -18.618   2.295
    4    HB3  MET 114           HB3      MET 114   4.425 -17.761   3.500
    5    HG2  MET 114           HG2      MET 114   1.564 -17.137   2.847
    6    HG3  MET 114           HG3      MET 114   2.077 -18.197   4.156
    7    HE2  MET 114           HE1      MET 114   0.932 -15.136   6.238
    8    HE1  MET 114           HE2      MET 114   0.565 -16.768   5.679
    9    HE3  MET 114           HE3      MET 114   0.203 -15.381   4.651

  No H/Q in entry =           9
  In of MODEL   20
    1    H    ARG 115           H        ARG 115   6.409 -17.070   1.333
    2    HA   ARG 115           HA       ARG 115   7.561 -15.350   3.260
    3    HB2  ARG 115           HB2      ARG 115   8.564 -16.947   0.915
    4    HB3  ARG 115           HB3      ARG 115   9.631 -15.739   1.640
    5    HG2  ARG 115           HG2      ARG 115   8.325 -17.979   3.162
    6    HG3  ARG 115           HG3      ARG 115   9.927 -18.084   2.439
    7    HD2  ARG 115           HD2      ARG 115  10.867 -16.686   3.985
    8    HD3  ARG 115           HD3      ARG 115   9.366 -15.800   4.257
    9    HE   ARG 115           HE       ARG 115   8.665 -17.465   5.751
   10   HH11  ARG 115          HH11      ARG 115  11.839 -18.194   4.417
   11   HH12  ARG 115          HH12      ARG 115  12.186 -19.390   5.627
   12   HH21  ARG 115          HH21      ARG 115   9.149 -19.066   7.316
   13   HH22  ARG 115          HH22      ARG 115  10.679 -19.878   7.262

  No H/Q in entry =          13
  In of MODEL   20
    1    H    LEU 116           H        LEU 116   6.895 -15.218  -0.227
    2    HA   LEU 116           HA       LEU 116   7.867 -12.645  -0.689
    3    HB2  LEU 116           HB2      LEU 116   7.481 -14.100  -2.523
    4    HB3  LEU 116           HB3      LEU 116   5.813 -14.367  -2.051
    5    HG   LEU 116           HG       LEU 116   5.993 -11.613  -2.476
    6   HD12  LEU 116          HD11      LEU 116   6.995 -12.778  -4.979
    7   HD11  LEU 116          HD12      LEU 116   8.178 -12.520  -3.691
    8   HD13  LEU 116          HD13      LEU 116   7.214 -11.165  -4.294
    9   HD21  LEU 116          HD21      LEU 116   4.916 -13.844  -4.179
   10   HD23  LEU 116          HD22      LEU 116   4.676 -12.131  -4.544
   11   HD22  LEU 116          HD23      LEU 116   4.035 -12.816  -3.044

  No H/Q in entry =          11
  In of MODEL   20
    1    H    SER 117           H        SER 117   4.591 -13.757   0.028
    2    HA   SER 117           HA       SER 117   3.163 -11.462  -0.380
    3    HB2  SER 117           HB2      SER 117   1.608 -12.390   1.435
    4    HB3  SER 117           HB3      SER 117   1.915 -13.399   0.025
    5    HG   SER 117           HG       SER 117   2.516 -13.822   2.652

  No H/Q in entry =           5
  In of MODEL   20
    1    H    ALA 118           H        ALA 118   4.633 -12.530   2.595
    2    HA   ALA 118           HA       ALA 118   3.858 -10.514   4.309
    3    HB2  ALA 118           HB1      ALA 118   4.978 -11.751   5.759
    4    HB1  ALA 118           HB2      ALA 118   6.509 -11.371   4.967
    5    HB3  ALA 118           HB3      ALA 118   5.548 -12.747   4.420

  No H/Q in entry =           5
  In of MODEL   20
    1    H    GLN 119           H        GLN 119   6.519 -10.542   1.980
    2    HA   GLN 119           HA       GLN 119   7.807  -8.254   3.037
    3    HB2  GLN 119           HB2      GLN 119   7.793  -9.410   0.243
    4    HB3  GLN 119           HB3      GLN 119   8.754  -8.010   0.701
    5    HG2  GLN 119           HG2      GLN 119   9.054 -10.862   1.533
    6    HG3  GLN 119           HG3      GLN 119  10.254  -9.761   0.864
    7   HE21  GLN 119          HE21      GLN 119  10.321 -11.438   3.258
    8   HE22  GLN 119          HE22      GLN 119  10.649 -10.377   4.581

  No H/Q in entry =           8
  In of MODEL   20
    1    H    MET 120           H        MET 120   5.715  -8.527   0.108
    2    HA   MET 120           HA       MET 120   5.103  -5.926  -0.194
    3    HB2  MET 120           HB2      MET 120   3.842  -8.462  -0.851
    4    HB3  MET 120           HB3      MET 120   2.691  -7.136  -0.721
    5    HG2  MET 120           HG2      MET 120   3.533  -6.028  -2.515
    6    HG3  MET 120           HG3      MET 120   5.165  -6.652  -2.275
    7    HE1  MET 120           HE1      MET 120   5.503  -9.198  -2.210
    8    HE3  MET 120           HE2      MET 120   4.930 -10.253  -3.501
    9    HE2  MET 120           HE3      MET 120   3.949 -10.020  -2.056

  No H/Q in entry =           9
  In of MODEL   20
    1    H    ALA 121           H        ALA 121   3.639  -8.060   2.205
    2    HA   ALA 121           HA       ALA 121   1.531  -6.334   2.940
    3    HB1  ALA 121           HB1      ALA 121   1.980  -8.858   3.510
    4    HB3  ALA 121           HB2      ALA 121   1.069  -7.834   4.616
    5    HB2  ALA 121           HB3      ALA 121   2.771  -8.175   4.932

  No H/Q in entry =           5
  In of MODEL   20
    1    H    ARG 122           H        ARG 122   4.891  -6.587   3.788
    2    HA   ARG 122           HA       ARG 122   4.779  -4.829   6.012
    3    HB2  ARG 122           HB2      ARG 122   6.864  -6.215   4.476
    4    HB3  ARG 122           HB3      ARG 122   7.371  -4.655   5.125
    5    HG2  ARG 122           HG2      ARG 122   7.767  -6.696   6.585
    6    HG3  ARG 122           HG3      ARG 122   6.964  -5.314   7.338
    7    HD2  ARG 122           HD2      ARG 122   4.855  -6.698   6.322
    8    HD3  ARG 122           HD3      ARG 122   5.950  -8.007   6.776
    9    HE   ARG 122           HE       ARG 122   4.600  -6.125   8.543
   10   HH11  ARG 122          HH11      ARG 122   6.947  -8.721   8.227
   11   HH12  ARG 122          HH12      ARG 122   6.871  -9.156   9.908
   12   HH21  ARG 122          HH21      ARG 122   4.530  -6.657  10.716
   13   HH22  ARG 122          HH22      ARG 122   5.509  -7.956  11.333

  No H/Q in entry =          13
  In of MODEL   20
    1    H    ARG 123           H        ARG 123   4.950  -4.512   2.659
    2    HA   ARG 123           HA       ARG 123   5.757  -1.779   2.538
    3    HB2  ARG 123           HB2      ARG 123   4.641  -3.649   0.426
    4    HB3  ARG 123           HB3      ARG 123   5.154  -2.003   0.107
    5    HG2  ARG 123           HG2      ARG 123   6.700  -4.355   0.012
    6    HG3  ARG 123           HG3      ARG 123   7.231  -2.696  -0.247
    7    HD2  ARG 123           HD2      ARG 123   7.741  -2.455   2.100
    8    HD3  ARG 123           HD3      ARG 123   7.078  -4.050   2.440
    9    HE   ARG 123           HE       ARG 123   8.945  -4.953   1.081
   10   HH11  ARG 123          HH11      ARG 123   9.232  -1.731   2.424
   11   HH12  ARG 123          HH12      ARG 123  10.957  -1.794   2.534
   12   HH21  ARG 123          HH21      ARG 123  11.217  -5.065   1.286
   13   HH22  ARG 123          HH22      ARG 123  12.080  -3.699   1.923

  No H/Q in entry =          13
  In of MODEL   20
    1    H    LEU 124           H        LEU 124   2.886  -3.715   2.665
    2    HA   LEU 124           HA       LEU 124   0.953  -1.786   2.000
    3    HB2  LEU 124           HB2      LEU 124   1.075  -4.407   3.264
    4    HB3  LEU 124           HB3      LEU 124  -0.052  -3.369   4.103
    5    HG   LEU 124           HG       LEU 124  -0.591  -4.960   1.913
    6   HD11  LEU 124          HD11      LEU 124  -2.080  -2.587   2.992
    7   HD13  LEU 124          HD12      LEU 124  -2.157  -4.245   3.590
    8   HD12  LEU 124          HD13      LEU 124  -2.769  -3.860   1.982
    9   HD23  LEU 124          HD21      LEU 124  -0.787  -2.117   0.987
   10   HD22  LEU 124          HD22      LEU 124  -1.113  -3.599   0.085
   11   HD21  LEU 124          HD23      LEU 124   0.544  -3.184   0.535

  No H/Q in entry =          11
  In of MODEL   20
    1    H    GLN 125           H        GLN 125   2.699  -2.739   4.838
    2    HA   GLN 125           HA       GLN 125   1.410  -0.851   6.588
    3    HB2  GLN 125           HB2      GLN 125   3.076  -3.170   6.855
    4    HB3  GLN 125           HB3      GLN 125   3.783  -1.845   7.767
    5    HG2  GLN 125           HG2      GLN 125   0.895  -2.237   8.109
    6    HG3  GLN 125           HG3      GLN 125   1.928  -3.527   8.717
    7   HE21  GLN 125          HE21      GLN 125   2.962  -0.182   8.632
    8   HE22  GLN 125          HE22      GLN 125   2.941   0.061  10.343

  No H/Q in entry =           8
  In of MODEL   20
    1    H    VAL 126           H        VAL 126   3.992  -0.564   4.340
    2    HA   VAL 126           HA       VAL 126   5.422   1.288   6.036
    3    HB   VAL 126           HB       VAL 126   6.758  -0.130   4.492
    4   HG12  VAL 126          HG11      VAL 126   5.744   1.541   2.221
    5   HG11  VAL 126          HG12      VAL 126   4.995  -0.001   2.624
    6   HG13  VAL 126          HG13      VAL 126   6.698   0.059   2.165
    7   HG23  VAL 126          HG21      VAL 126   8.088   1.699   3.522
    8   HG22  VAL 126          HG22      VAL 126   7.659   1.975   5.215
    9   HG21  VAL 126          HG23      VAL 126   6.779   2.812   3.930

  No H/Q in entry =           9
  In of MODEL   20
    1    H    THR 127           H        THR 127   3.377   1.288   3.195
    2    HA   THR 127           HA       THR 127   3.515   4.131   2.857
    3    HB   THR 127           HB       THR 127   1.399   2.312   1.717
    4    HG1  THR 127           HG1      THR 127   3.381   2.455   0.000
    5   HG22  THR 127          HG21      THR 127   1.626   3.820  -0.233
    6   HG21  THR 127          HG22      THR 127   2.823   4.760   0.657
    7   HG23  THR 127          HG23      THR 127   1.158   4.684   1.232

  No H/Q in entry =           7
  In of MODEL   20
    1    H    SER 128           H        SER 128   0.938   1.962   3.555
    2    HA   SER 128           HA       SER 128  -1.141   3.023   4.520
    3    HB2  SER 128           HB2      SER 128   0.431   1.019   6.062
    4    HB3  SER 128           HB3      SER 128  -1.012   1.714   6.802
    5    HG   SER 128           HG       SER 128  -0.763   0.022   4.607

  No H/Q in entry =           5
  In of MODEL   20
    1    H    GLU 129           H        GLU 129   1.800   3.371   6.430
    2    HA   GLU 129           HA       GLU 129   0.361   5.128   8.254
    3    HB2  GLU 129           HB2      GLU 129   1.973   3.019   8.790
    4    HB3  GLU 129           HB3      GLU 129   3.119   4.343   8.910
    5    HG2  GLU 129           HG2      GLU 129   1.637   5.436  10.550
    6    HG3  GLU 129           HG3      GLU 129   0.571   4.032  10.476

  No H/Q in entry =           6
  In of MODEL   20
    1    H    LYS 130           H        LYS 130   1.837   5.707   5.553
    2    HA   LYS 130           HA       LYS 130   2.798   8.283   6.439
    3    HB2  LYS 130           HB2      LYS 130   4.625   6.102   5.606
    4    HB3  LYS 130           HB3      LYS 130   4.964   7.695   4.945
    5    HG2  LYS 130           HG2      LYS 130   5.723   8.479   6.902
    6    HG3  LYS 130           HG3      LYS 130   4.441   7.694   7.824
    7    HD2  LYS 130           HD2      LYS 130   6.688   6.085   6.664
    8    HD3  LYS 130           HD3      LYS 130   6.899   6.954   8.183
    9    HE2  LYS 130           HE2      LYS 130   4.721   4.937   7.636
   10    HE3  LYS 130           HE3      LYS 130   6.224   4.586   8.486
   11    HZ2  LYS 130           HZ1      LYS 130   4.029   6.387   9.353
   12    HZ1  LYS 130           HZ2      LYS 130   5.548   6.364  10.103
   13    HZ3  LYS 130           HZ3      LYS 130   4.573   4.976  10.123

  No H/Q in entry =          13
  In of MODEL   20
    1    H    VAL 131           H        VAL 131   0.651   7.331   4.700
    2    HA   VAL 131           HA       VAL 131   1.420   7.727   2.002
    3    HB   VAL 131           HB       VAL 131  -1.252   8.529   2.100
    4   HG11  VAL 131          HG11      VAL 131   0.303   6.559   0.887
    5   HG13  VAL 131          HG12      VAL 131  -1.360   7.009   0.507
    6   HG12  VAL 131          HG13      VAL 131  -1.038   5.705   1.653
    7   HG21  VAL 131          HG21      VAL 131  -1.427   7.857   4.415
    8   HG23  VAL 131          HG22      VAL 131  -0.826   6.247   4.014
    9   HG22  VAL 131          HG23      VAL 131  -2.380   6.795   3.379

  No H/Q in entry =           9
  In of MODEL   20
    1    H    GLY 132           H        GLY 132  -0.428   9.774   4.223
    2    HA3  GLY 132           HA2      GLY 132  -0.022  12.111   2.557
    3    HA2  GLY 132           HA3      GLY 132  -0.958  12.034   4.043

  No H/Q in entry =           3
  In of MODEL   20
    1    H    ASN 133           H        ASN 133   2.124  10.669   4.327
    2    HA   ASN 133           HA       ASN 133   2.965  12.504   6.257
    3    HB2  ASN 133           HB2      ASN 133   3.698  10.021   5.764
    4    HB3  ASN 133           HB3      ASN 133   4.961  10.804   4.820
    5   HD21  ASN 133          HD21      ASN 133   3.398  11.090   8.003
    6   HD22  ASN 133          HD22      ASN 133   4.874  11.361   8.872

  No H/Q in entry =           6
  In of MODEL   20
    1    H    LEU 134           H        LEU 134   4.173  12.013   2.884
    2    HA   LEU 134           HA       LEU 134   5.823  14.348   3.103
    3    HB2  LEU 134           HB2      LEU 134   6.025  14.205   0.622
    4    HB3  LEU 134           HB3      LEU 134   6.542  12.780   1.500
    5    HG   LEU 134           HG       LEU 134   3.822  12.413   0.774
    6   HD13  LEU 134          HD11      LEU 134   4.016  14.026  -0.954
    7   HD12  LEU 134          HD12      LEU 134   4.178  12.445  -1.719
    8   HD11  LEU 134          HD13      LEU 134   5.611  13.431  -1.413
    9   HD21  LEU 134          HD21      LEU 134   5.493  10.670   1.165
   10   HD23  LEU 134          HD22      LEU 134   6.368  11.200  -0.274
   11   HD22  LEU 134          HD23      LEU 134   4.751  10.505  -0.427

  No H/Q in entry =          11
  In of MODEL   20
    1    H    ALA 135           H        ALA 135   2.825  13.830   1.174
    2    HA   ALA 135           HA       ALA 135   1.852  15.990   0.540
    3    HB3  ALA 135           HB1      ALA 135  -0.370  15.388   1.140
    4    HB2  ALA 135           HB2      ALA 135   0.201  14.455   2.522
    5    HB1  ALA 135           HB3      ALA 135   0.537  13.895   0.884

  No H/Q in entry =           5
  In of MODEL   20
    1    H    PHE 136           H        PHE 136   2.501  15.566   3.957
    2    HA   PHE 136           HA       PHE 136   1.051  17.769   4.905
    3    HB2  PHE 136           HB2      PHE 136   2.325  15.760   6.060
    4    HB3  PHE 136           HB3      PHE 136   3.624  16.946   6.179
    5    HD1  PHE 136           HD1      PHE 136   3.584  18.605   7.815
    6    HD2  PHE 136           HD2      PHE 136   0.088  16.303   7.100
    7    HE1  PHE 136           HE1      PHE 136   2.565  19.553   9.832
    8    HE2  PHE 136           HE2      PHE 136  -0.950  17.249   9.124
    9    HZ   PHE 136           HZ       PHE 136   0.291  18.878  10.493

  No H/Q in entry =           9
  In of MODEL   20
    1    H    LEU 137           H        LEU 137   3.836  17.740   2.892
    2    HA   LEU 137           HA       LEU 137   5.340  19.234   2.156
    3    HB2  LEU 137           HB2      LEU 137   2.959  21.044   2.719
    4    HB3  LEU 137           HB3      LEU 137   4.383  21.584   1.830
    5    HG   LEU 137           HG       LEU 137   2.871  19.118   0.988
    6   HD11  LEU 137          HD11      LEU 137   1.245  20.904   1.086
    7   HD13  LEU 137          HD12      LEU 137   1.615  20.487  -0.589
    8   HD12  LEU 137          HD13      LEU 137   2.306  21.941   0.135
    9   HD23  LEU 137          HD21      LEU 137   3.815  19.643  -1.215
   10   HD22  LEU 137          HD22      LEU 137   5.080  19.434  -0.004
   11   HD21  LEU 137          HD23      LEU 137   4.623  21.053  -0.533

  No H/Q in entry =          11
  In of MODEL   20
    1    H    ASP 138           H        ASP 138   5.838  18.430   4.619
    2    HA   ASP 138           HA       ASP 138   6.378  20.629   6.327
    3    HB2  ASP 138           HB2      ASP 138   5.309  18.953   7.452
    4    HB3  ASP 138           HB3      ASP 138   6.540  17.749   7.052

  No H/Q in entry =           4
  In of MODEL   20
    1    H    VAL 139           H        VAL 139   8.475  20.054   3.995
    2    HA   VAL 139           HA       VAL 139  10.826  19.225   4.801
    3    HB   VAL 139           HB       VAL 139  10.221  20.690   2.672
    4   HG11  VAL 139          HG11      VAL 139  10.536  22.920   3.768
    5   HG13  VAL 139          HG12      VAL 139  11.668  22.609   2.449
    6   HG12  VAL 139          HG13      VAL 139  12.207  22.454   4.122
    7   HG21  VAL 139          HG21      VAL 139  12.360  19.295   3.835
    8   HG23  VAL 139          HG22      VAL 139  13.031  20.656   2.942
    9   HG22  VAL 139          HG23      VAL 139  11.976  19.496   2.128

  No H/Q in entry =           9
  In of MODEL   20
    1    H    THR 140           H        THR 140   9.526  21.965   6.645
    2    HA   THR 140           HA       THR 140  11.690  23.292   7.679
    3    HB   THR 140           HB       THR 140   9.883  22.446   9.800
    4    HG1  THR 140           HG1      THR 140   8.296  22.141   8.373
    5   HG23  THR 140          HG21      THR 140   9.475  24.853   9.966
    6   HG22  THR 140          HG22      THR 140  10.346  25.117   8.456
    7   HG21  THR 140          HG23      THR 140  11.203  24.513   9.874

  No H/Q in entry =           7
  In of MODEL   20
    1    H    GLY 141           H        GLY 141  13.610  22.179   8.077
    2    HA3  GLY 141           HA2      GLY 141  15.196  20.872   9.059
    3    HA2  GLY 141           HA3      GLY 141  14.177  20.934  10.493

  No H/Q in entry =           3
  In of MODEL   20
    1    H    ARG 142           H        ARG 142  12.690  19.697   7.760
    2    HA   ARG 142           HA       ARG 142  12.469  17.112   8.967
    3    HB2  ARG 142           HB2      ARG 142  10.610  18.557   7.991
    4    HB3  ARG 142           HB3      ARG 142  11.151  17.996   6.414
    5    HG2  ARG 142           HG2      ARG 142   9.307  16.657   7.145
    6    HG3  ARG 142           HG3      ARG 142  10.773  15.666   7.185
    7    HD2  ARG 142           HD2      ARG 142  10.616  15.372   9.394
    8    HD3  ARG 142           HD3      ARG 142  10.368  17.098   9.654
    9    HE   ARG 142           HE       ARG 142   8.020  16.776   9.375
   10   HH11  ARG 142          HH11      ARG 142   9.890  13.820   9.673
   11   HH12  ARG 142          HH12      ARG 142   8.503  12.817   9.960
   12   HH21  ARG 142          HH21      ARG 142   6.197  15.457   9.795
   13   HH22  ARG 142          HH22      ARG 142   6.403  13.753  10.042

  No H/Q in entry =          13
  In of MODEL   20
    1    H    ILE 143           H        ILE 143  14.907  17.961   7.380
    2    HA   ILE 143           HA       ILE 143  14.776  15.899   5.285
    3    HB   ILE 143           HB       ILE 143  16.885  18.012   5.411
    4   HG12  ILE 143          HG12      ILE 143  15.450  18.703   3.249
    5   HG13  ILE 143          HG13      ILE 143  14.160  18.026   4.240
    6   HG21  ILE 143          HG21      ILE 143  16.121  15.869   3.463
    7   HG23  ILE 143          HG22      ILE 143  17.698  16.197   4.182
    8   HG22  ILE 143          HG23      ILE 143  17.045  17.275   2.944
    9   HD11  ILE 143          HD11      ILE 143  15.751  19.719   5.853
   10   HD13  ILE 143          HD12      ILE 143  14.057  19.888   5.393
   11   HD12  ILE 143          HD13      ILE 143  15.323  20.574   4.375

  No H/Q in entry =          11
  In of MODEL   20
    1    H    ALA 144           H        ALA 144  17.113  17.430   7.433
    2    HA   ALA 144           HA       ALA 144  18.872  15.264   7.571
    3    HB1  ALA 144           HB1      ALA 144  18.398  17.480   9.564
    4    HB3  ALA 144           HB2      ALA 144  19.572  17.479   8.247
    5    HB2  ALA 144           HB3      ALA 144  19.762  16.362   9.598

  No H/Q in entry =           5
  In of MODEL   20
    1    H    GLN 145           H        GLN 145  15.892  15.980   9.101
    2    HA   GLN 145           HA       GLN 145  16.091  14.326  11.356
    3    HB2  GLN 145           HB2      GLN 145  14.384  16.173  10.788
    4    HB3  GLN 145           HB3      GLN 145  13.544  14.926   9.877
    5    HG2  GLN 145           HG2      GLN 145  14.266  14.188  12.621
    6    HG3  GLN 145           HG3      GLN 145  13.099  15.500  12.477
    7   HE21  GLN 145          HE21      GLN 145  12.763  12.797  13.490
    8   HE22  GLN 145          HE22      GLN 145  11.504  12.084  12.547

  No H/Q in entry =           8
  In of MODEL   20
    1    H    THR 146           H        THR 146  15.301  13.632   7.858
    2    HA   THR 146           HA       THR 146  14.317  11.060   8.576
    3    HB   THR 146           HB       THR 146  14.833  12.240   5.855
    4    HG1  THR 146           HG1      THR 146  13.016  13.024   7.726
    5   HG22  THR 146          HG21      THR 146  12.795  10.216   6.800
    6   HG21  THR 146          HG22      THR 146  14.290   9.830   5.948
    7   HG23  THR 146          HG23      THR 146  13.026  10.757   5.138

  No H/Q in entry =           7
  In of MODEL   20
    1    H    LEU 147           H        LEU 147  17.222  12.561   8.271
    2    HA   LEU 147           HA       LEU 147  18.502  10.596   6.548
    3    HB2  LEU 147           HB2      LEU 147  19.692  13.069   7.817
    4    HB3  LEU 147           HB3      LEU 147  20.504  11.989   6.690
    5    HG   LEU 147           HG       LEU 147  18.209  13.851   6.137
    6   HD11  LEU 147          HD11      LEU 147  21.041  13.635   5.189
    7   HD13  LEU 147          HD12      LEU 147  20.205  15.024   5.886
    8   HD12  LEU 147          HD13      LEU 147  19.821  14.493   4.249
    9   HD21  LEU 147          HD21      LEU 147  19.233  11.575   4.471
   10   HD23  LEU 147          HD22      LEU 147  18.294  12.913   3.810
   11   HD22  LEU 147          HD23      LEU 147  17.586  11.859   5.035

  No H/Q in entry =          11
  In of MODEL   20
    1    H    LEU 148           H        LEU 148  18.023  11.733   9.729
    2    HA   LEU 148           HA       LEU 148  19.967  10.075  10.997
    3    HB2  LEU 148           HB2      LEU 148  17.478  11.192  12.277
    4    HB3  LEU 148           HB3      LEU 148  18.971  10.718  13.066
    5    HG   LEU 148           HG       LEU 148  18.364  13.182  11.504
    6   HD11  LEU 148          HD11      LEU 148  19.689  12.588  14.128
    7   HD13  LEU 148          HD12      LEU 148  18.095  13.293  13.867
    8   HD12  LEU 148          HD13      LEU 148  19.542  14.200  13.429
    9   HD23  LEU 148          HD21      LEU 148  20.756  13.728  11.408
   10   HD22  LEU 148          HD22      LEU 148  20.360  12.323  10.418
   11   HD21  LEU 148          HD23      LEU 148  21.142  12.105  11.987

  No H/Q in entry =          11
  In of MODEL   20
    1    H    ASN 149           H        ASN 149  16.683   9.793   9.898
    2    HA   ASN 149           HA       ASN 149  16.009   7.367  11.175
    3    HB2  ASN 149           HB2      ASN 149  14.472   8.884   9.779
    4    HB3  ASN 149           HB3      ASN 149  15.164   8.098   8.363
    5   HD21  ASN 149          HD21      ASN 149  12.834   7.927  10.799
    6   HD22  ASN 149          HD22      ASN 149  12.253   6.335  10.466

  No H/Q in entry =           6
  In of MODEL   20
    1    H    LEU 150           H        LEU 150  17.975   8.210   8.448
    2    HA   LEU 150           HA       LEU 150  18.407   5.559   7.435
    3    HB2  LEU 150           HB2      LEU 150  19.691   8.249   7.029
    4    HB3  LEU 150           HB3      LEU 150  20.446   6.804   6.381
    5    HG   LEU 150           HG       LEU 150  17.584   7.162   5.726
    6   HD13  LEU 150          HD11      LEU 150  17.695   9.122   4.691
    7   HD12  LEU 150          HD12      LEU 150  19.099   8.589   3.770
    8   HD11  LEU 150          HD13      LEU 150  19.316   9.349   5.344
    9   HD22  LEU 150          HD21      LEU 150  18.277   6.202   3.653
   10   HD21  LEU 150          HD22      LEU 150  19.045   5.300   4.964
   11   HD23  LEU 150          HD23      LEU 150  19.976   6.480   4.040

  No H/Q in entry =          11
  In of MODEL   20
    1    H    ALA 151           H        ALA 151  19.535   7.296  10.324
    2    HA   ALA 151           HA       ALA 151  22.075   5.892  10.193
    3    HB2  ALA 151           HB1      ALA 151  22.438   6.934  12.445
    4    HB3  ALA 151           HB2      ALA 151  20.910   7.794  12.224
    5    HB1  ALA 151           HB3      ALA 151  22.258   8.082  11.120

  No H/Q in entry =           5
  In of MODEL   20
    1    H    LYS 152           H        LYS 152  18.927   5.427  10.998
    2    HA   LYS 152           HA       LYS 152  19.392   3.553  13.163
    3    HB2  LYS 152           HB2      LYS 152  16.839   4.422  11.799
    4    HB3  LYS 152           HB3      LYS 152  16.929   3.382  13.216
    5    HG2  LYS 152           HG2      LYS 152  17.984   5.212  14.470
    6    HG3  LYS 152           HG3      LYS 152  17.837   6.247  13.051
    7    HD2  LYS 152           HD2      LYS 152  15.345   5.789  13.148
    8    HD3  LYS 152           HD3      LYS 152  15.635   5.087  14.742
    9    HE2  LYS 152           HE2      LYS 152  16.851   7.314  15.239
   10    HE3  LYS 152           HE3      LYS 152  15.979   7.922  13.833
   11    HZ3  LYS 152           HZ1      LYS 152  14.600   8.434  15.599
   12    HZ2  LYS 152           HZ2      LYS 152  14.901   6.980  16.408
   13    HZ1  LYS 152           HZ3      LYS 152  13.928   6.990  15.028

  No H/Q in entry =          13
  In of MODEL   20
    1    H    GLN 153           H        GLN 153  19.216   3.406   9.677
    2    HA   GLN 153           HA       GLN 153  18.395   0.617   9.851
    3    HB2  GLN 153           HB2      GLN 153  18.901   1.850   7.215
    4    HB3  GLN 153           HB3      GLN 153  17.565   0.839   7.745
    5    HG2  GLN 153           HG2      GLN 153  16.910   2.997   9.078
    6    HG3  GLN 153           HG3      GLN 153  17.891   3.773   7.836
    7   HE21  GLN 153          HE21      GLN 153  15.061   4.038   8.276
    8   HE22  GLN 153          HE22      GLN 153  14.278   3.494   6.836

  No H/Q in entry =           8
  In of MODEL   20
    1    HA   PRO 154           HA       PRO 154  22.301  -1.241   8.833
    2    HB2  PRO 154           HB2      PRO 154  21.317  -1.968   6.121
    3    HB3  PRO 154           HB3      PRO 154  22.028  -2.993   7.373
    4    HG2  PRO 154           HG2      PRO 154  19.419  -3.058   6.903
    5    HG3  PRO 154           HG3      PRO 154  20.038  -3.135   8.564
    6    HD2  PRO 154           HD2      PRO 154  18.793  -0.845   7.105
    7    HD3  PRO 154           HD3      PRO 154  18.623  -1.325   8.805

  No H/Q in entry =           7
  In of MODEL   20
    1    H    ASP 155           H        ASP 155  21.110   1.184   6.687
    2    HA   ASP 155           HA       ASP 155  23.370   1.212   4.903
    3    HB2  ASP 155           HB2      ASP 155  21.063   3.214   5.384
    4    HB3  ASP 155           HB3      ASP 155  22.372   3.550   4.257

  No H/Q in entry =           4
  In of MODEL   20
    1    H    ALA 156           H        ALA 156  23.090   2.695   8.318
    2    HA   ALA 156           HA       ALA 156  24.661   4.820   7.570
    3    HB2  ALA 156           HB1      ALA 156  25.242   4.747  10.054
    4    HB3  ALA 156           HB2      ALA 156  24.123   3.387  10.163
    5    HB1  ALA 156           HB3      ALA 156  23.544   4.969   9.641

  No H/Q in entry =           5
  In of MODEL   20
    1    H    MET 157           H        MET 157  26.549   4.678   6.736
    2    HA   MET 157           HA       MET 157  28.102   2.278   7.173
    3    HB2  MET 157           HB2      MET 157  27.433   3.588   4.977
    4    HB3  MET 157           HB3      MET 157  28.942   4.441   5.321
    5    HG2  MET 157           HG2      MET 157  29.994   2.132   5.505
    6    HG3  MET 157           HG3      MET 157  28.514   1.533   4.758
    7    HE3  MET 157           HE1      MET 157  31.353   4.315   4.236
    8    HE2  MET 157           HE2      MET 157  32.012   3.636   2.747
    9    HE1  MET 157           HE3      MET 157  31.994   2.672   4.225

  No H/Q in entry =           9
  In of MODEL   20
    1    H    THR 158           H        THR 158  30.423   2.474   7.669
    2    HA   THR 158           HA       THR 158  30.822   4.776   9.447
    3    HB   THR 158           HB       THR 158  32.769   3.235  10.317
    4    HG1  THR 158           HG1      THR 158  31.758   0.978  10.246
    5   HG21  THR 158          HG21      THR 158  30.877   4.003  11.663
    6   HG23  THR 158          HG22      THR 158  31.246   2.314  12.008
    7   HG22  THR 158          HG23      THR 158  29.865   2.724  10.990

  No H/Q in entry =           7
  In of MODEL   20
    1    H    HIS 159           H        HIS 159  32.579   5.934   9.367
    2    HA   HIS 159           HA       HIS 159  34.744   5.413   7.507
    3    HB2  HIS 159           HB2      HIS 159  33.356   6.775   6.104
    4    HB3  HIS 159           HB3      HIS 159  32.836   7.769   7.455
    5    HD1  HIS 159           HD1      HIS 159  35.663   7.334   5.020
    6    HD2  HIS 159           HD2      HIS 159  34.495   9.924   8.058
    7    HE1  HIS 159           HE1      HIS 159  37.140   9.353   4.798
    8    HE2  HIS 159           HE2      HIS 159  36.401  10.925   6.619

  No H/Q in entry =           8
  In of MODEL   20
    1    HA   PRO 160           HA       PRO 160  36.705   6.683  11.274
    2    HB2  PRO 160           HB2      PRO 160  39.036   7.777  10.339
    3    HB3  PRO 160           HB3      PRO 160  38.731   6.042  10.475
    4    HG2  PRO 160           HG2      PRO 160  38.516   7.820   8.074
    5    HG3  PRO 160           HG3      PRO 160  39.216   6.197   8.207
    6    HD2  PRO 160           HD2      PRO 160  36.766   6.589   7.187
    7    HD3  PRO 160           HD3      PRO 160  37.146   5.161   8.175

  No H/Q in entry =           7
  In of MODEL   20
    1    H    ASP 161           H        ASP 161  34.733   8.524  10.638
    2    HA   ASP 161           HA       ASP 161  35.594  10.838  12.006
    3    HB2  ASP 161           HB2      ASP 161  36.637  11.028   9.582
    4    HB3  ASP 161           HB3      ASP 161  35.023  11.588   9.171

  No H/Q in entry =           4
  In of MODEL   20
    1    H    GLY 162           H        GLY 162  33.252   9.113  10.162
    2    HA3  GLY 162           HA2      GLY 162  31.138   9.957  11.749
    3    HA2  GLY 162           HA3      GLY 162  31.099  10.830  10.218

  No H/Q in entry =           3
  In of MODEL   20
    1    H    MET 163           H        MET 163  28.993   9.352  10.536
    2    HA   MET 163           HA       MET 163  29.474   6.918   8.961
    3    HB2  MET 163           HB2      MET 163  27.393   6.052  10.414
    4    HB3  MET 163           HB3      MET 163  29.050   5.722  10.902
    5    HG2  MET 163           HG2      MET 163  28.937   7.075  12.706
    6    HG3  MET 163           HG3      MET 163  27.877   8.236  11.912
    7    HE1  MET 163           HE1      MET 163  27.899   4.484  13.236
    8    HE3  MET 163           HE2      MET 163  26.953   4.474  11.748
    9    HE2  MET 163           HE3      MET 163  26.162   4.182  13.295

  No H/Q in entry =           9
  In of MODEL   20
    1    H    GLN 164           H        GLN 164  28.445   7.081   7.311
    2    HA   GLN 164           HA       GLN 164  26.425   9.082   6.910
    3    HB2  GLN 164           HB2      GLN 164  27.151   8.954   4.601
    4    HB3  GLN 164           HB3      GLN 164  28.527   9.246   5.653
    5    HG2  GLN 164           HG2      GLN 164  28.538   6.547   5.563
    6    HG3  GLN 164           HG3      GLN 164  27.897   6.925   3.965
    7   HE21  GLN 164          HE21      GLN 164  30.479   5.807   4.891
    8   HE22  GLN 164          HE22      GLN 164  31.683   6.804   4.160

  No H/Q in entry =           8
  In of MODEL   20
    1    H    ILE 165           H        ILE 165  25.445   8.489   4.762
    2    HA   ILE 165           HA       ILE 165  24.374   5.971   4.216
    3    HB   ILE 165           HB       ILE 165  21.960   7.146   4.699
    4   HG12  ILE 165          HG12      ILE 165  22.302   7.761   7.296
    5   HG13  ILE 165          HG13      ILE 165  23.852   8.308   6.663
    6   HG23  ILE 165          HG21      ILE 165  21.598   5.268   5.785
    7   HG22  ILE 165          HG22      ILE 165  22.634   5.787   7.113
    8   HG21  ILE 165          HG23      ILE 165  23.332   4.949   5.728
    9   HD11  ILE 165          HD11      ILE 165  22.607   9.666   5.001
   10   HD13  ILE 165          HD12      ILE 165  22.354  10.143   6.682
   11   HD12  ILE 165          HD13      ILE 165  21.124   9.212   5.836

  No H/Q in entry =          11
  In of MODEL   20
    1    H    LYS 166           H        LYS 166  24.190   6.637   1.605
    2    HA   LYS 166           HA       LYS 166  24.159   9.431   1.408
    3    HB2  LYS 166           HB2      LYS 166  24.518   8.867  -0.947
    4    HB3  LYS 166           HB3      LYS 166  25.662   7.980   0.050
    5    HG2  LYS 166           HG2      LYS 166  24.267   5.974  -0.124
    6    HG3  LYS 166           HG3      LYS 166  23.120   6.861  -1.128
    7    HD2  LYS 166           HD2      LYS 166  24.296   6.185  -2.897
    8    HD3  LYS 166           HD3      LYS 166  25.586   7.261  -2.358
    9    HE2  LYS 166           HE2      LYS 166  26.425   5.363  -0.931
   10    HE3  LYS 166           HE3      LYS 166  25.253   4.328  -1.743
   11    HZ2  LYS 166           HZ1      LYS 166  27.496   5.792  -3.021
   12    HZ1  LYS 166           HZ2      LYS 166  26.325   4.909  -3.861
   13    HZ3  LYS 166           HZ3      LYS 166  27.376   4.118  -2.802

  No H/Q in entry =          13
  In of MODEL   20
    1    H    ILE 167           H        ILE 167  22.763  10.018  -0.499
    2    HA   ILE 167           HA       ILE 167  20.470   8.771  -1.132
    3    HB   ILE 167           HB       ILE 167  18.961  10.615   0.102
    4   HG12  ILE 167          HG12      ILE 167  19.550  10.095   2.626
    5   HG13  ILE 167          HG13      ILE 167  21.183   9.971   1.978
    6   HG23  ILE 167          HG21      ILE 167  18.347   8.321  -0.196
    7   HG22  ILE 167          HG22      ILE 167  18.094   8.779   1.490
    8   HG21  ILE 167          HG23      ILE 167  19.500   7.814   1.038
    9   HD12  ILE 167          HD11      ILE 167  20.511  12.201   2.887
   10   HD11  ILE 167          HD12      ILE 167  19.418  12.344   1.512
   11   HD13  ILE 167          HD13      ILE 167  21.156  12.201   1.245

  No H/Q in entry =          11
  In of MODEL   20
    1    H    THR 168           H        THR 168  20.275   9.725  -3.119
    2    HA   THR 168           HA       THR 168  21.225  12.329  -3.611
    3    HB   THR 168           HB       THR 168  19.273  12.118  -5.486
    4    HG1  THR 168           HG1      THR 168  18.697  10.026  -4.387
    5   HG23  THR 168          HG21      THR 168  20.937  11.122  -6.971
    6   HG22  THR 168          HG22      THR 168  21.890  10.609  -5.581
    7   HG21  THR 168          HG23      THR 168  21.685  12.327  -5.922

  No H/Q in entry =           7
  In of MODEL   20
    1    H    ARG 169           H        ARG 169  19.862  14.206  -3.851
    2    HA   ARG 169           HA       ARG 169  18.039  14.466  -1.643
    3    HB2  ARG 169           HB2      ARG 169  17.670  16.806  -2.859
    4    HB3  ARG 169           HB3      ARG 169  19.105  16.507  -1.903
    5    HG2  ARG 169           HG2      ARG 169  19.371  15.810  -4.736
    6    HG3  ARG 169           HG3      ARG 169  19.126  17.530  -4.390
    7    HD2  ARG 169           HD2      ARG 169  21.015  17.523  -2.872
    8    HD3  ARG 169           HD3      ARG 169  21.243  15.793  -3.124
    9    HE   ARG 169           HE       ARG 169  21.994  16.245  -5.332
   10   HH11  ARG 169          HH11      ARG 169  21.459  19.155  -3.443
   11   HH12  ARG 169          HH12      ARG 169  22.435  20.147  -4.478
   12   HH21  ARG 169          HH21      ARG 169  23.261  17.560  -6.685
   13   HH22  ARG 169          HH22      ARG 169  23.448  19.245  -6.319

  No H/Q in entry =          13
  In of MODEL   20
    1    H    GLN 170           H        GLN 170  17.826  13.639  -5.156
    2    HA   GLN 170           HA       GLN 170  15.270  14.069  -5.539
    3    HB2  GLN 170           HB2      GLN 170  17.015  11.740  -6.367
    4    HB3  GLN 170           HB3      GLN 170  15.372  11.949  -6.955
    5    HG2  GLN 170           HG2      GLN 170  16.523  12.933  -8.652
    6    HG3  GLN 170           HG3      GLN 170  16.263  14.330  -7.614
    7   HE21  GLN 170          HE21      GLN 170  18.386  13.470  -9.615
    8   HE22  GLN 170          HE22      GLN 170  19.875  13.758  -8.783

  No H/Q in entry =           8
  In of MODEL   20
    1    H    GLU 171           H        GLU 171  16.409  11.950  -2.831
    2    HA   GLU 171           HA       GLU 171  14.317  10.121  -3.328
    3    HB2  GLU 171           HB2      GLU 171  16.373  10.424  -1.111
    4    HB3  GLU 171           HB3      GLU 171  15.114   9.186  -1.112
    5    HG2  GLU 171           HG2      GLU 171  16.214   8.751  -3.530
    6    HG3  GLU 171           HG3      GLU 171  17.614   9.361  -2.655

  No H/Q in entry =           6
  In of MODEL   20
    1    H    ILE 172           H        ILE 172  15.534  12.784  -1.778
    2    HA   ILE 172           HA       ILE 172  13.706  13.176   0.353
    3    HB   ILE 172           HB       ILE 172  15.493  15.290  -0.830
    4   HG12  ILE 172          HG12      ILE 172  16.892  13.328  -0.723
    5   HG13  ILE 172          HG13      ILE 172  17.286  14.337   0.667
    6   HG23  ILE 172          HG21      ILE 172  15.666  15.991   1.473
    7   HG22  ILE 172          HG22      ILE 172  14.791  14.562   2.018
    8   HG21  ILE 172          HG23      ILE 172  13.962  15.800   1.073
    9   HD12  ILE 172          HD11      ILE 172  17.140  11.919   1.184
   10   HD11  ILE 172          HD12      ILE 172  15.428  11.971   0.737
   11   HD13  ILE 172          HD13      ILE 172  16.013  12.907   2.119

  No H/Q in entry =          11
  In of MODEL   20
    1    H    GLY 173           H        GLY 173  13.698  14.203  -3.246
    2    HA3  GLY 173           HA2      GLY 173  11.903  16.244  -2.883
    3    HA2  GLY 173           HA3      GLY 173  11.952  15.148  -4.263

  No H/Q in entry =           3
  In of MODEL   20
    1    H    GLN 174           H        GLN 174  11.461  12.896  -3.217
    2    HA   GLN 174           HA       GLN 174   8.663  12.749  -3.129
    3    HB2  GLN 174           HB2      GLN 174  10.697  10.586  -2.649
    4    HB3  GLN 174           HB3      GLN 174   9.063  10.391  -3.287
    5    HG2  GLN 174           HG2      GLN 174   9.633  11.266  -5.348
    6    HG3  GLN 174           HG3      GLN 174  11.018  12.136  -4.718
    7   HE21  GLN 174          HE21      GLN 174  12.055   9.862  -3.248
    8   HE22  GLN 174          HE22      GLN 174  12.719   8.788  -4.421

  No H/Q in entry =           8
  In of MODEL   20
    1    H    ILE 175           H        ILE 175  11.045  11.657  -0.768
    2    HA   ILE 175           HA       ILE 175   9.195  10.624   1.073
    3    HB   ILE 175           HB       ILE 175  11.976  11.613   1.672
    4   HG12  ILE 175          HG12      ILE 175  11.230   8.805   0.868
    5   HG13  ILE 175          HG13      ILE 175  11.759  10.010  -0.303
    6   HG23  ILE 175          HG21      ILE 175  10.692  11.102   3.662
    7   HG22  ILE 175          HG22      ILE 175  11.924   9.864   3.415
    8   HG21  ILE 175          HG23      ILE 175  10.242   9.530   3.002
    9   HD11  ILE 175          HD11      ILE 175  13.855  10.267   0.970
   10   HD13  ILE 175          HD12      ILE 175  13.617   8.640   0.329
   11   HD12  ILE 175          HD13      ILE 175  13.327   8.967   2.038

  No H/Q in entry =          11
  In of MODEL   20
    1    H    VAL 176           H        VAL 176  10.585  13.817   0.705
    2    HA   VAL 176           HA       VAL 176   9.494  14.614   3.267
    3    HB   VAL 176           HB       VAL 176  11.228  16.161   1.372
    4   HG11  VAL 176          HG11      VAL 176  10.088  16.736   4.065
    5   HG13  VAL 176          HG12      VAL 176  10.208  17.782   2.647
    6   HG12  VAL 176          HG13      VAL 176  11.647  17.410   3.597
    7   HG23  VAL 176          HG21      VAL 176  13.005  15.650   2.980
    8   HG22  VAL 176          HG22      VAL 176  12.334  14.191   2.246
    9   HG21  VAL 176          HG23      VAL 176  11.879  14.643   3.890

  No H/Q in entry =           9
  In of MODEL   20
    1    H    GLY 177           H        GLY 177   9.091  15.370  -0.135
    2    HA3  GLY 177           HA2      GLY 177   6.736  15.876  -0.697
    3    HA2  GLY 177           HA3      GLY 177   6.764  16.992   0.662

  No H/Q in entry =           3
  In of MODEL   20
    1    H    CYS 178           H        CYS 178   9.455  16.989  -1.916
    2    HA   CYS 178           HA       CYS 178   8.654  19.304  -2.725
    3    HB2  CYS 178           HB2      CYS 178  10.194  20.906  -1.580
    4    HB3  CYS 178           HB3      CYS 178   8.924  20.305  -0.517
    5    HG   CYS 178           HG       CYS 178  11.314  18.221  -0.151

  No H/Q in entry =           5
  In of MODEL   20
    1    H    SER 179           H        SER 179  10.199  19.982  -4.369
    2    HA   SER 179           HA       SER 179  11.858  17.926  -5.235
    3    HB2  SER 179           HB2      SER 179  12.886  20.055  -6.524
    4    HB3  SER 179           HB3      SER 179  11.340  19.331  -6.970
    5    HG   SER 179           HG       SER 179  11.480  21.727  -6.590

  No H/Q in entry =           5
  In of MODEL   20
    1    H    ARG 180           H        ARG 180  14.073  17.919  -5.413
    2    HA   ARG 180           HA       ARG 180  15.690  18.353  -3.307
    3    HB2  ARG 180           HB2      ARG 180  17.214  18.773  -5.739
    4    HB3  ARG 180           HB3      ARG 180  17.305  17.483  -4.559
    5    HG2  ARG 180           HG2      ARG 180  16.701  16.214  -6.300
    6    HG3  ARG 180           HG3      ARG 180  15.079  16.738  -5.849
    7    HD2  ARG 180           HD2      ARG 180  15.244  18.585  -7.460
    8    HD3  ARG 180           HD3      ARG 180  16.851  18.025  -7.923
    9    HE   ARG 180           HE       ARG 180  15.477  15.850  -8.433
   10   HH11  ARG 180          HH11      ARG 180  14.649  19.168  -9.084
   11   HH12  ARG 180          HH12      ARG 180  13.653  18.794 -10.454
   12   HH21  ARG 180          HH21      ARG 180  14.168  15.331 -10.253
   13   HH22  ARG 180          HH22      ARG 180  13.372  16.607 -11.115

  No H/Q in entry =          13
  In of MODEL   20
    1    H    GLU 181           H        GLU 181  14.107  20.825  -4.377
    2    HA   GLU 181           HA       GLU 181  16.277  22.728  -4.509
    3    HB2  GLU 181           HB2      GLU 181  13.414  22.921  -5.300
    4    HB3  GLU 181           HB3      GLU 181  14.587  24.224  -5.467
    5    HG2  GLU 181           HG2      GLU 181  15.725  23.162  -7.145
    6    HG3  GLU 181           HG3      GLU 181  15.197  21.563  -6.626

  No H/Q in entry =           6
  In of MODEL   20
    1    H    THR 182           H        THR 182  13.164  22.458  -2.884
    2    HA   THR 182           HA       THR 182  13.709  24.500  -0.900
    3    HB   THR 182           HB       THR 182  12.053  22.168  -0.053
    4    HG1  THR 182           HG1      THR 182  10.443  23.544  -1.627
    5   HG23  THR 182          HG21      THR 182  10.480  23.902   0.648
    6   HG22  THR 182          HG22      THR 182  11.452  25.129  -0.163
    7   HG21  THR 182          HG23      THR 182  12.104  24.269   1.232

  No H/Q in entry =           7
  In of MODEL   20
    1    H    VAL 183           H        VAL 183  13.701  20.974  -0.970
    2    HA   VAL 183           HA       VAL 183  15.366  20.492   1.294
    3    HB   VAL 183           HB       VAL 183  13.906  19.126  -0.780
    4   HG13  VAL 183          HG11      VAL 183  15.168  17.369  -1.461
    5   HG12  VAL 183          HG12      VAL 183  16.280  17.493  -0.085
    6   HG11  VAL 183          HG13      VAL 183  16.405  18.643  -1.417
    7   HG22  VAL 183          HG21      VAL 183  13.430  17.631   0.854
    8   HG21  VAL 183          HG22      VAL 183  13.861  19.076   1.783
    9   HG23  VAL 183          HG23      VAL 183  15.030  17.771   1.585

  No H/Q in entry =           9
  In of MODEL   20
    1    H    GLY 184           H        GLY 184  16.073  21.207  -2.239
    2    HA3  GLY 184           HA2      GLY 184  18.737  20.442  -2.017
    3    HA2  GLY 184           HA3      GLY 184  18.131  21.721  -3.069

  No H/Q in entry =           3
  In of MODEL   20
    1    H    ARG 185           H        ARG 185  17.062  23.298  -1.058
    2    HA   ARG 185           HA       ARG 185  19.015  24.998  -0.190
    3    HB2  ARG 185           HB2      ARG 185  16.645  24.205   1.523
    4    HB3  ARG 185           HB3      ARG 185  17.756  25.485   1.980
    5    HG2  ARG 185           HG2      ARG 185  16.098  25.473  -0.532
    6    HG3  ARG 185           HG3      ARG 185  15.676  26.313   0.961
    7    HD2  ARG 185           HD2      ARG 185  16.748  28.049   0.045
    8    HD3  ARG 185           HD3      ARG 185  18.209  27.195   0.536
    9    HE   ARG 185           HE       ARG 185  17.256  26.415  -2.055
   10   HH11  ARG 185          HH11      ARG 185  19.189  28.696  -0.262
   11   HH12  ARG 185          HH12      ARG 185  20.118  29.196  -1.639
   12   HH21  ARG 185          HH21      ARG 185  18.487  27.044  -3.884
   13   HH22  ARG 185          HH22      ARG 185  19.726  28.249  -3.702

  No H/Q in entry =          13
  In of MODEL   20
    1    H    ILE 186           H        ILE 186  17.814  22.205   1.423
    2    HA   ILE 186           HA       ILE 186  19.619  22.618   3.675
    3    HB   ILE 186           HB       ILE 186  17.554  20.524   3.216
    4   HG12  ILE 186          HG12      ILE 186  16.954  21.516   5.563
    5   HG13  ILE 186          HG13      ILE 186  18.043  22.815   5.101
    6   HG22  ILE 186          HG21      ILE 186  19.308  20.580   5.646
    7   HG21  ILE 186          HG22      ILE 186  19.709  19.590   4.249
    8   HG23  ILE 186          HG23      ILE 186  18.202  19.315   5.117
    9   HD12  ILE 186          HD11      ILE 186  15.466  22.978   4.684
   10   HD11  ILE 186          HD12      ILE 186  15.864  22.066   3.227
   11   HD13  ILE 186          HD13      ILE 186  16.620  23.631   3.522

  No H/Q in entry =          11
  In of MODEL   20
    1    H    LEU 187           H        LEU 187  19.392  20.357   1.079
    2    HA   LEU 187           HA       LEU 187  21.562  18.807   1.950
    3    HB2  LEU 187           HB2      LEU 187  20.172  19.050  -0.687
    4    HB3  LEU 187           HB3      LEU 187  21.317  17.759  -0.257
    5    HG   LEU 187           HG       LEU 187  18.541  18.242   0.748
    6   HD11  LEU 187          HD11      LEU 187  20.088  16.075  -0.309
    7   HD13  LEU 187          HD12      LEU 187  18.333  16.298  -0.216
    8   HD12  LEU 187          HD13      LEU 187  19.219  15.642   1.164
    9   HD23  LEU 187          HD21      LEU 187  20.625  16.955   2.495
   10   HD22  LEU 187          HD22      LEU 187  18.900  17.032   2.819
   11   HD21  LEU 187          HD23      LEU 187  19.854  18.509   2.795

  No H/Q in entry =          11
  In of MODEL   20
    1    H    LYS 188           H        LYS 188  21.435  21.862   0.829
    2    HA   LYS 188           HA       LYS 188  23.945  21.764  -0.683
    3    HB2  LYS 188           HB2      LYS 188  21.961  23.272  -1.433
    4    HB3  LYS 188           HB3      LYS 188  22.445  24.311  -0.100
    5    HG2  LYS 188           HG2      LYS 188  24.506  23.452  -2.073
    6    HG3  LYS 188           HG3      LYS 188  23.362  24.717  -2.523
    7    HD2  LYS 188           HD2      LYS 188  24.142  26.175  -0.885
    8    HD3  LYS 188           HD3      LYS 188  24.848  24.871   0.073
    9    HE2  LYS 188           HE2      LYS 188  26.520  24.523  -1.722
   10    HE3  LYS 188           HE3      LYS 188  25.851  25.916  -2.570
   11    HZ3  LYS 188           HZ1      LYS 188  26.529  27.347  -0.830
   12    HZ2  LYS 188           HZ2      LYS 188  27.861  26.374  -1.197
   13    HZ1  LYS 188           HZ3      LYS 188  26.942  26.057   0.191

  No H/Q in entry =          13
  In of MODEL   20
    1    H    MET 189           H        MET 189  22.437  22.719   2.320
    2    HA   MET 189           HA       MET 189  24.756  24.216   3.235
    3    HB2  MET 189           HB2      MET 189  23.614  24.099   5.538
    4    HB3  MET 189           HB3      MET 189  22.872  25.066   4.281
    5    HG2  MET 189           HG2      MET 189  21.520  22.844   3.879
    6    HG3  MET 189           HG3      MET 189  21.948  22.574   5.567
    7    HE3  MET 189           HE1      MET 189  19.703  26.304   4.080
    8    HE2  MET 189           HE2      MET 189  19.739  24.838   3.100
    9    HE1  MET 189           HE3      MET 189  21.236  25.694   3.460

  No H/Q in entry =           9
  In of MODEL   20
    1    H    LEU 190           H        LEU 190  23.692  20.966   3.299
    2    HA   LEU 190           HA       LEU 190  25.181  19.929   5.395
    3    HB2  LEU 190           HB2      LEU 190  24.821  18.592   2.742
    4    HB3  LEU 190           HB3      LEU 190  25.008  17.832   4.315
    5    HG   LEU 190           HG       LEU 190  22.656  19.295   3.218
    6   HD13  LEU 190          HD11      LEU 190  22.615  17.019   2.706
    7   HD12  LEU 190          HD12      LEU 190  21.565  17.200   4.113
    8   HD11  LEU 190          HD13      LEU 190  23.200  16.570   4.306
    9   HD21  LEU 190          HD21      LEU 190  23.363  18.818   6.068
   10   HD23  LEU 190          HD22      LEU 190  21.680  18.856   5.544
   11   HD22  LEU 190          HD23      LEU 190  22.711  20.266   5.302

  No H/Q in entry =          11
  In of MODEL   20
    1    H    GLU 191           H        GLU 191  26.280  20.209   1.918
    2    HA   GLU 191           HA       GLU 191  28.852  19.311   2.446
    3    HB2  GLU 191           HB2      GLU 191  27.527  19.729   0.218
    4    HB3  GLU 191           HB3      GLU 191  28.241  21.331   0.323
    5    HG2  GLU 191           HG2      GLU 191  30.484  20.208   0.477
    6    HG3  GLU 191           HG3      GLU 191  29.668  18.695   0.089

  No H/Q in entry =           6
  In of MODEL   20
    1    H    ASP 192           H        ASP 192  27.308  22.186   3.312
    2    HA   ASP 192           HA       ASP 192  29.798  23.672   3.389
    3    HB2  ASP 192           HB2      ASP 192  26.930  24.410   3.658
    4    HB3  ASP 192           HB3      ASP 192  28.101  25.407   4.516

  No H/Q in entry =           4
  In of MODEL   20
    1    H    GLN 193           H        GLN 193  28.316  21.447   5.072
    2    HA   GLN 193           HA       GLN 193  28.399  20.559   7.148
    3    HB2  GLN 193           HB2      GLN 193  30.829  22.326   7.189
    4    HB3  GLN 193           HB3      GLN 193  30.359  21.412   8.616
    5    HG2  GLN 193           HG2      GLN 193  31.905  20.044   7.572
    6    HG3  GLN 193           HG3      GLN 193  30.355  19.375   7.069
    7   HE21  GLN 193          HE21      GLN 193  30.643  18.610   5.111
    8   HE22  GLN 193          HE22      GLN 193  31.350  19.470   3.784

  No H/Q in entry =           8
  In of MODEL   20
    1    H    ASN 194           H        ASN 194  26.840  23.001   6.618
    2    HA   ASN 194           HA       ASN 194  26.885  24.285   9.257
    3    HB2  ASN 194           HB2      ASN 194  26.720  25.586   7.043
    4    HB3  ASN 194           HB3      ASN 194  25.057  25.013   6.972
    5   HD21  ASN 194          HD21      ASN 194  24.207  27.072   7.150
    6   HD22  ASN 194          HD22      ASN 194  24.240  27.964   8.630

  No H/Q in entry =           6
  In of MODEL   20
    1    H    LEU 195           H        LEU 195  25.627  21.581   8.036
    2    HA   LEU 195           HA       LEU 195  23.419  21.553   9.950
    3    HB2  LEU 195           HB2      LEU 195  22.773  22.365   7.513
    4    HB3  LEU 195           HB3      LEU 195  22.789  20.648   7.188
    5    HG   LEU 195           HG       LEU 195  21.168  21.477   9.524
    6   HD13  LEU 195          HD11      LEU 195  19.333  22.272   8.192
    7   HD12  LEU 195          HD12      LEU 195  20.252  22.022   6.707
    8   HD11  LEU 195          HD13      LEU 195  20.749  23.269   7.851
    9   HD23  LEU 195          HD21      LEU 195  19.581  19.931   8.107
   10   HD22  LEU 195          HD22      LEU 195  20.902  19.246   9.058
   11   HD21  LEU 195          HD23      LEU 195  21.094  19.478   7.321

  No H/Q in entry =          11
  In of MODEL   20
    1    H    ILE 196           H        ILE 196  25.404  19.918   7.650
    2    HA   ILE 196           HA       ILE 196  25.590  17.515   9.041
    3    HB   ILE 196           HB       ILE 196  24.614  17.134   6.227
    4   HG12  ILE 196          HG12      ILE 196  23.023  16.693   8.744
    5   HG13  ILE 196          HG13      ILE 196  22.800  18.088   7.693
    6   HG21  ILE 196          HG21      ILE 196  26.024  15.382   7.400
    7   HG23  ILE 196          HG22      ILE 196  24.429  14.838   6.887
    8   HG22  ILE 196          HG23      ILE 196  24.719  15.239   8.576
    9   HD12  ILE 196          HD11      ILE 196  21.631  15.550   7.498
   10   HD11  ILE 196          HD12      ILE 196  22.741  15.717   6.131
   11   HD13  ILE 196          HD13      ILE 196  21.472  16.916   6.392

  No H/Q in entry =          11
  In of MODEL   20
    1    H    SER 197           H        SER 197  26.515  16.389   6.385
    2    HA   SER 197           HA       SER 197  28.447  17.971   5.300
    3    HB2  SER 197           HB2      SER 197  29.723  17.640   7.340
    4    HB3  SER 197           HB3      SER 197  29.561  15.895   7.170
    5    HG   SER 197           HG       SER 197  31.570  16.774   6.365

  No H/Q in entry =           5
  In of MODEL   20
    1    H    ALA 198           H        ALA 198  27.868  17.310   3.309
    2    HA   ALA 198           HA       ALA 198  27.385  14.487   2.952
    3    HB1  ALA 198           HB1      ALA 198  26.194  15.075   0.970
    4    HB2  ALA 198           HB2      ALA 198  26.806  16.727   1.010
    5    HB3  ALA 198           HB3      ALA 198  25.636  16.194   2.217

  No H/Q in entry =           5
  In of MODEL   20
    1    H    HIS 199           H        HIS 199  29.055  13.432   2.251
    2    HA   HIS 199           HA       HIS 199  31.257  14.803   0.943
    3    HB2  HIS 199           HB2      HIS 199  31.746  13.050   2.643
    4    HB3  HIS 199           HB3      HIS 199  30.906  11.868   1.651
    5    HD1  HIS 199           HD1      HIS 199  34.017  14.045   1.577
    6    HD2  HIS 199           HD2      HIS 199  32.442  10.655  -0.239
    7    HE1  HIS 199           HE1      HIS 199  35.902  13.056   0.245
    8    HE2  HIS 199           HE2      HIS 199  34.980  10.896  -0.661

  No H/Q in entry =           8
  In of MODEL   20
    1    H    GLY 200           H        GLY 200  29.817  15.445  -0.788
    2    HA3  GLY 200           HA2      GLY 200  29.342  15.203  -3.065
    3    HA2  GLY 200           HA3      GLY 200  29.674  13.474  -2.926

  No H/Q in entry =           3
  In of MODEL   20
    1    H    LYS 201           H        LYS 201  27.893  12.260  -3.189
    2    HA   LYS 201           HA       LYS 201  25.311  13.401  -2.413
    3    HB2  LYS 201           HB2      LYS 201  24.337  11.503  -3.702
    4    HB3  LYS 201           HB3      LYS 201  25.389  12.528  -4.668
    5    HG2  LYS 201           HG2      LYS 201  27.200  10.872  -4.393
    6    HG3  LYS 201           HG3      LYS 201  26.075   9.833  -3.518
    7    HD2  LYS 201           HD2      LYS 201  26.216   9.129  -5.836
    8    HD3  LYS 201           HD3      LYS 201  24.612   9.783  -5.502
    9    HE2  LYS 201           HE2      LYS 201  24.912  11.574  -6.861
   10    HE3  LYS 201           HE3      LYS 201  26.632  11.696  -6.502
   11    HZ1  LYS 201           HZ1      LYS 201  25.543   9.498  -8.156
   12    HZ3  LYS 201           HZ2      LYS 201  27.142  10.044  -8.051
   13    HZ2  LYS 201           HZ3      LYS 201  25.977  10.987  -8.830

  No H/Q in entry =          13
  In of MODEL   20
    1    H    THR 202           H        THR 202  27.654  11.416  -1.254
    2    HA   THR 202           HA       THR 202  26.085   9.760   0.500
    3    HB   THR 202           HB       THR 202  28.834  10.242   1.373
    4    HG1  THR 202           HG1      THR 202  29.561  10.528  -0.633
    5   HG23  THR 202          HG21      THR 202  28.994   7.860   1.338
    6   HG22  THR 202          HG22      THR 202  27.635   7.720   0.224
    7   HG21  THR 202          HG23      THR 202  27.362   8.251   1.883

  No H/Q in entry =           7
  In of MODEL   20
    1    H    ILE 203           H        ILE 203  25.539  10.353   2.665
    2    HA   ILE 203           HA       ILE 203  26.349  13.067   3.320
    3    HB   ILE 203           HB       ILE 203  23.709  11.753   3.380
    4   HG12  ILE 203          HG12      ILE 203  24.701  14.552   2.848
    5   HG13  ILE 203          HG13      ILE 203  24.254  13.348   1.646
    6   HG22  ILE 203          HG21      ILE 203  23.136  13.824   4.989
    7   HG21  ILE 203          HG22      ILE 203  24.750  13.429   5.582
    8   HG23  ILE 203          HG23      ILE 203  23.481  12.204   5.595
    9   HD12  ILE 203          HD11      ILE 203  22.468  14.838   3.532
   10   HD11  ILE 203          HD12      ILE 203  21.937  13.435   2.615
   11   HD13  ILE 203          HD13      ILE 203  22.479  14.883   1.771

  No H/Q in entry =          11
  In of MODEL   20
    1    H    VAL 204           H        VAL 204  27.518  13.249   5.088
    2    HA   VAL 204           HA       VAL 204  27.447  11.057   7.048
    3    HB   VAL 204           HB       VAL 204  29.733  11.817   5.633
    4   HG12  VAL 204          HG11      VAL 204  31.214  12.557   7.589
    5   HG11  VAL 204          HG12      VAL 204  29.717  13.123   8.333
    6   HG13  VAL 204          HG13      VAL 204  30.241  13.798   6.791
    7   HG23  VAL 204          HG21      VAL 204  30.649  10.629   7.929
    8   HG22  VAL 204          HG22      VAL 204  30.047   9.793   6.499
    9   HG21  VAL 204          HG23      VAL 204  28.964  10.126   7.855

  No H/Q in entry =           9
  In of MODEL   20
    1    H    VAL 205           H        VAL 205  26.095  11.778   8.249
    2    HA   VAL 205           HA       VAL 205  26.199  14.250   9.655
    3    HB   VAL 205           HB       VAL 205  24.928  12.866  11.457
    4   HG13  VAL 205          HG11      VAL 205  23.685  14.235   9.924
    5   HG12  VAL 205          HG12      VAL 205  22.872  12.674  10.024
    6   HG11  VAL 205          HG13      VAL 205  23.880  13.053   8.623
    7   HG21  VAL 205          HG21      VAL 205  25.039  10.809   9.243
    8   HG23  VAL 205          HG22      VAL 205  23.991  10.717  10.662
    9   HG22  VAL 205          HG23      VAL 205  25.746  10.652  10.855

  No H/Q in entry =           9
  In of MODEL   20
    1    H    TYR 206           H        TYR 206  27.447  14.277  11.852
    2    HA   TYR 206           HA       TYR 206  29.854  12.693  11.557
    3    HB2  TYR 206           HB2      TYR 206  29.376  15.435  12.761
    4    HB3  TYR 206           HB3      TYR 206  30.820  14.489  13.084
    5    HD1  TYR 206           HD1      TYR 206  29.201  16.800  10.874
    6    HD2  TYR 206           HD2      TYR 206  32.308  13.880  11.144
    7    HE1  TYR 206           HE1      TYR 206  30.298  17.773   8.973
    8    HE2  TYR 206           HE2      TYR 206  33.413  14.862   9.184
    9    HH   TYR 206           HH       TYR 206  33.016  17.744   8.116

  No H/Q in entry =           9
  In of MODEL   20
    1    H    GLY 207           H        GLY 207  27.780  14.470  13.824
    2    HA3  GLY 207           HA2      GLY 207  27.036  12.387  15.457
    3    HA2  GLY 207           HA3      GLY 207  28.568  12.954  16.098

  No H/Q in entry =           3
  In of MODEL   20
    1    H    THR 208           H        THR 208  26.119  15.001  14.597
    2    HA   THR 208           HA       THR 208  25.206  15.980  17.180
    3    HB   THR 208           HB       THR 208  26.406  17.909  15.180
    4    HG1  THR 208           HG1      THR 208  27.509  16.537  17.349
    5   HG22  THR 208          HG21      THR 208  26.166  19.540  17.010
    6   HG21  THR 208          HG22      THR 208  25.387  18.305  17.999
    7   HG23  THR 208          HG23      THR 208  24.609  18.871  16.521

  No H/Q in entry =           7
  In of MODEL   20
    1    H    ARG 209           H        ARG 209  25.167  16.398  13.672
    2    HA   ARG 209           HA       ARG 209  22.340  16.121  13.515
    3    HB2  ARG 209           HB2      ARG 209  22.183  18.389  12.218
    4    HB3  ARG 209           HB3      ARG 209  22.054  18.389  13.970
    5    HG2  ARG 209           HG2      ARG 209  24.096  19.388  14.260
    6    HG3  ARG 209           HG3      ARG 209  24.729  18.785  12.729
    7    HD2  ARG 209           HD2      ARG 209  24.384  21.174  12.595
    8    HD3  ARG 209           HD3      ARG 209  23.260  20.341  11.527
    9    HE   ARG 209           HE       ARG 209  21.888  20.717  13.876
   10   HH11  ARG 209          HH11      ARG 209  23.494  22.768  11.544
   11   HH12  ARG 209          HH12      ARG 209  22.450  24.124  11.813
   12   HH21  ARG 209          HH21      ARG 209  20.490  22.522  14.233
   13   HH22  ARG 209          HH22      ARG 209  20.742  23.979  13.330

  No H/Q in entry =          13