*HEADER TRANSCRIPTION 02-AUG-10 2XNF *TITLE THE MEDIATOR MED25 ACTIVATOR INTERACTION DOMAIN: STRUCTURE AND *TITLE 2 COOPERATIVE BINDING OF VP16 SUBDOMAINS *COMPND MOL_ID: 1; *COMPND 2 MOLECULE: MEDIATOR OF RNA POLYMERASE II TRANSCRIPTION SUBUNIT 25; *COMPND 3 CHAIN: A; *COMPND 4 FRAGMENT: MED25 ACID DOMAIN, RESIDUES 394-543; *COMPND 5 SYNONYM: MEDIATOR COMPLEX SUBUNIT 25, ACTIVATOR-RECRUITED COFACTOR 92 *COMPND 6 KDA COMPONENT, ARC92, ACTIVATOR INTERACTION DOMAIN-CONTAINING PROTEIN *COMPND 7 1, P78, MED25; *COMPND 8 ENGINEERED: YES *SOURCE MOL_ID: 1; *SOURCE 2 ORGANISM_SCIENTIFIC: HOMO SAPIENS; *SOURCE 3 ORGANISM_COMMON: HUMAN; *SOURCE 4 ORGANISM_TAXID: 9606; *SOURCE 5 EXPRESSION_SYSTEM: ESCHERICHIA COLI; *SOURCE 6 EXPRESSION_SYSTEM_TAXID: 562 *KEYWDS TRANSCRIPTION, ACTIVATED TRANSCRIPTION, MEDIATOR *EXPDTA SOLUTION NMR *AUTHOR E.VOJNIC,A.MOURAO,M.SEIZL,B.SIMON,L.WENZECK,L.LARIVIERE,S.BAUMLI, *AUTHOR 2 M.MEISTERERNST,M.SATTLER,P.CRAMER *REVDAT 1 09-MAR-11 2XNF 0 assi (( segid A and resid 101 and name HN )) (( segid A and resid 102 and name HN )) 2.705 0.905 0.905 assi ( segid A and resid 98 and name HE# ) (( segid A and resid 104 and name HN )) 2.950 1.150 1.150 assi ( segid A and resid 103 and name HB# ) (( segid A and resid 104 and name HN )) 2.755 0.955 0.955 assi (( segid A and resid 92 and name HB1 )) (( segid A and resid 93 and name HN )) 2.770 0.970 0.970 assi (( segid A and resid 99 and name HN )) (( segid A and resid 100 and name HN )) 2.960 1.160 1.160 assi (( segid A and resid 69 and name HG )) (( segid A and resid 70 and name HN )) 3.590 1.790 1.790 assi (( segid A and resid 144 and name HN )) (( segid A and resid 145 and name HN )) 2.705 0.905 0.905 assi (( segid A and resid 141 and name HA )) (( segid A and resid 144 and name HN )) 2.905 1.105 1.105 assi (( segid A and resid 143 and name HN )) (( segid A and resid 144 and name HN )) 2.855 1.055 1.055 assi ( segid A and resid 78 and name HE# ) (( segid A and resid 132 and name HN )) 3.000 1.200 1.200 assi ( segid A and resid 79 and name HG2#) (( segid A and resid 132 and name HN )) 2.885 1.085 1.085 assi (( segid A and resid 33 and name HA )) (( segid A and resid 34 and name HN )) 2.555 0.755 0.755 assi ( segid A and resid 32 and name HG2#) (( segid A and resid 34 and name HN )) 3.565 1.765 1.765 assi (( segid A and resid 33 and name HB1 )) (( segid A and resid 34 and name HN )) 2.945 1.145 1.145 assi (( segid A and resid 33 and name HB2 )) (( segid A and resid 34 and name HN )) 2.945 1.145 1.145 assi (( segid A and resid 11 and name HA )) (( segid A and resid 12 and name HN )) 2.555 0.755 0.755 assi (( segid A and resid 49 and name HN )) ( segid A and resid 49 and name HG2#) 2.920 1.120 1.120 assi ( segid A and resid 23 and name HB# ) (( segid A and resid 24 and name HN )) 3.185 1.385 1.385 assi (( segid A and resid 84 and name HN )) ( segid A and resid 84 and name HG2#) 2.940 1.140 1.140 assi ( segid A and resid 40 and name HD# ) (( segid A and resid 41 and name HN )) 3.160 1.360 1.360 assi (( segid A and resid 40 and name HA )) (( segid A and resid 41 and name HN )) 2.635 0.835 0.835 assi (( segid A and resid 7 and name HB2 )) (( segid A and resid 41 and name HN )) 3.125 1.325 1.325 assi (( segid A and resid 50 and name HN )) (( segid A and resid 51 and name HN )) 3.005 1.205 1.205 assi (( segid A and resid 148 and name HN )) (( segid A and resid 150 and name HN )) 3.130 1.330 1.330 assi (( segid A and resid 150 and name HN )) (( segid A and resid 150 and name HB )) 2.515 0.715 0.715 assi (( segid A and resid 149 and name HB )) (( segid A and resid 150 and name HN )) 2.820 1.020 1.020 assi (( segid A and resid 150 and name HN )) ( segid A and resid 150 and name HG2#) 2.775 0.975 0.975 assi ( segid A and resid 149 and name HD1#) (( segid A and resid 150 and name HN )) 3.210 1.410 1.410 assi (( segid A and resid 149 and name HA )) (( segid A and resid 150 and name HN )) 2.680 0.880 0.880 assi (( segid A and resid 94 and name HN )) (( segid A and resid 95 and name HN )) 2.915 1.115 1.115 assi (( segid A and resid 94 and name HB1 )) (( segid A and resid 95 and name HN )) 2.870 1.070 1.070 assi (( segid A and resid 94 and name HB2 )) (( segid A and resid 95 and name HN )) 3.055 1.255 1.255 assi (( segid A and resid 142 and name HB )) (( segid A and resid 143 and name HN )) 2.710 0.910 0.910 assi ( segid A and resid 142 and name HG1#) (( segid A and resid 143 and name HN )) 2.795 0.995 0.995 assi (( segid A and resid 16 and name HB2 )) (( segid A and resid 17 and name HN )) 3.040 1.240 1.240 assi (( segid A and resid 16 and name HB1 )) (( segid A and resid 17 and name HN )) 3.040 1.240 1.240 assi (( segid A and resid 78 and name HN )) (( segid A and resid 79 and name HN )) 3.235 1.435 1.435 assi (( segid A and resid 78 and name HA )) (( segid A and resid 79 and name HN )) 2.510 0.710 0.710 assi (( segid A and resid 78 and name HG2 )) (( segid A and resid 79 and name HN )) 3.310 1.510 1.510 assi ( segid A and resid 78 and name HE# ) (( segid A and resid 79 and name HN )) 3.085 1.285 1.285 assi (( segid A and resid 79 and name HN )) ( segid A and resid 79 and name HG2#) 2.635 0.835 0.835 assi (( segid A and resid 79 and name HN )) ( segid A and resid 79 and name HG1#) 2.895 1.095 1.095 assi (( segid A and resid 63 and name HN )) (( segid A and resid 64 and name HN )) 3.095 1.295 1.295 assi (( segid A and resid 10 and name HN )) (( segid A and resid 39 and name HN )) 3.110 1.310 1.310 assi (( segid A and resid 25 and name HN )) (( segid A and resid 25 and name HB )) 2.745 0.945 0.945 assi (( segid A and resid 10 and name HN )) (( segid A and resid 11 and name HN )) 3.070 1.270 1.270 assi (( segid A and resid 10 and name HA )) (( segid A and resid 11 and name HN )) 2.370 0.570 0.570 assi (( segid A and resid 10 and name HB2 )) (( segid A and resid 11 and name HN )) 3.165 1.365 1.365 assi (( segid A and resid 105 and name HA )) (( segid A and resid 106 and name HN )) 2.650 0.850 0.850 assi (( segid A and resid 106 and name HN )) (( segid A and resid 106 and name HB )) 2.810 1.010 1.010 assi (( segid A and resid 9 and name HN )) ( segid A and resid 9 and name HB# ) 2.730 0.930 0.930 assi (( segid A and resid 10 and name HE1 )) (( segid A and resid 54 and name HA )) 2.795 0.995 0.995 assi (( segid A and resid 10 and name HE1 )) (( segid A and resid 12 and name HA1 )) 2.930 1.130 1.130 assi (( segid A and resid 14 and name HN )) (( segid A and resid 14 and name HG )) 3.220 1.420 1.420 assi ( segid A and resid 57 and name HG2#) (( segid A and resid 58 and name HN )) 2.800 1.000 1.000 assi (( segid A and resid 105 and name HA )) (( segid A and resid 121 and name HN )) 3.145 1.345 1.345 assi (( segid A and resid 121 and name HN )) (( segid A and resid 121 and name HB1 )) 2.885 1.085 1.085 assi (( segid A and resid 121 and name HN )) (( segid A and resid 121 and name HB2 )) 2.885 1.085 1.085 assi (( segid A and resid 14 and name HA )) (( segid A and resid 15 and name HN )) 2.675 0.875 0.875 assi (( segid A and resid 15 and name HN )) (( segid A and resid 15 and name HB2 )) 2.785 0.985 0.985 assi (( segid A and resid 7 and name HA )) (( segid A and resid 8 and name HN )) 2.505 0.705 0.705 assi (( segid A and resid 8 and name HN )) (( segid A and resid 8 and name HB1 )) 2.625 0.825 0.825 assi (( segid A and resid 8 and name HN )) (( segid A and resid 8 and name HB2 )) 2.625 0.825 0.825 assi (( segid A and resid 32 and name HA )) (( segid A and resid 33 and name HN )) 2.590 0.790 0.790 assi (( segid A and resid 59 and name HA )) (( segid A and resid 60 and name HN )) 2.600 0.800 0.800 assi (( segid A and resid 59 and name HB2 )) (( segid A and resid 60 and name HN )) 3.575 1.775 1.775 assi (( segid A and resid 59 and name HB1 )) (( segid A and resid 60 and name HN )) 3.575 1.775 1.775 assi (( segid A and resid 60 and name HN )) (( segid A and resid 60 and name HB1 )) 2.930 1.130 1.130 assi (( segid A and resid 60 and name HN )) (( segid A and resid 60 and name HG )) 2.920 1.120 1.120 assi (( segid A and resid 60 and name HN )) (( segid A and resid 60 and name HB2 )) 2.930 1.130 1.130 assi (( segid A and resid 60 and name HN )) ( segid A and resid 60 and name HD1#) 2.960 1.160 1.160 assi (( segid A and resid 60 and name HN )) ( segid A and resid 60 and name HD2#) 2.960 1.160 1.160 assi (( segid A and resid 80 and name HA )) (( segid A and resid 81 and name HN )) 2.660 0.860 0.860 assi (( segid A and resid 49 and name HA )) (( segid A and resid 52 and name HE1 )) 3.210 1.410 1.410 assi (( segid A and resid 40 and name HN )) ( segid A and resid 40 and name HD# ) 3.125 1.325 1.325 assi ( segid A and resid 39 and name HG2#) (( segid A and resid 40 and name HN )) 3.155 1.355 1.355 assi ( segid A and resid 39 and name HG1#) (( segid A and resid 40 and name HN )) 3.155 1.355 1.355 assi (( segid A and resid 56 and name HN )) (( segid A and resid 57 and name HN )) 3.185 1.385 1.385 assi (( segid A and resid 55 and name HA )) (( segid A and resid 56 and name HN )) 2.625 0.825 0.825 assi (( segid A and resid 121 and name HA )) (( segid A and resid 122 and name HN )) 2.660 0.860 0.860 assi (( segid A and resid 121 and name HB1 )) (( segid A and resid 122 and name HN )) 3.415 1.615 1.615 assi (( segid A and resid 122 and name HN )) (( segid A and resid 122 and name HG )) 3.520 1.720 1.720 assi (( segid A and resid 121 and name HB2 )) (( segid A and resid 122 and name HN )) 3.415 1.615 1.615 assi (( segid A and resid 133 and name HN )) (( segid A and resid 133 and name HB2 )) 2.760 0.960 0.960 assi (( segid A and resid 58 and name HA )) (( segid A and resid 59 and name HN )) 2.665 0.865 0.865 assi (( segid A and resid 77 and name HA )) (( segid A and resid 78 and name HN )) 2.525 0.725 0.725 assi (( segid A and resid 134 and name HN )) (( segid A and resid 134 and name HB )) 2.885 1.085 1.085 assi (( segid A and resid 133 and name HB2 )) (( segid A and resid 134 and name HN )) 3.160 1.360 1.360 assi (( segid A and resid 133 and name HG )) (( segid A and resid 134 and name HN )) 3.270 1.470 1.470 assi (( segid A and resid 134 and name HN )) ( segid A and resid 134 and name HG2#) 2.760 0.960 0.960 assi (( segid A and resid 81 and name HA )) (( segid A and resid 82 and name HN )) 2.660 0.860 0.860 assi (( segid A and resid 81 and name HB1 )) (( segid A and resid 82 and name HN )) 3.150 1.350 1.350 assi (( segid A and resid 81 and name HB2 )) (( segid A and resid 82 and name HN )) 3.150 1.350 1.350 assi (( segid A and resid 130 and name HA )) (( segid A and resid 131 and name HN )) 2.585 0.785 0.785 assi (( segid A and resid 34 and name HA )) (( segid A and resid 35 and name HN )) 2.675 0.875 0.875 assi (( segid A and resid 35 and name HN )) (( segid A and resid 35 and name HB2 )) 2.755 0.955 0.955 assi (( segid A and resid 103 and name HN )) ( segid A and resid 103 and name HB# ) 2.890 1.090 1.090 assi (( segid A and resid 14 and name HN )) (( segid A and resid 35 and name HN )) 2.895 1.095 1.095 assi (( segid A and resid 56 and name HA )) (( segid A and 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(( segid A and resid 130 and name HN )) 3.015 1.215 1.215 assi ( segid A and resid 129 and name HD1#) (( segid A and resid 130 and name HN )) 2.970 1.170 1.170 assi (( segid A and resid 25 and name HB )) (( segid A and resid 26 and name HN )) 3.120 1.320 1.320 assi (( segid A and resid 51 and name HN )) (( segid A and resid 52 and name HN )) 2.945 1.145 1.145 assi (( segid A and resid 52 and name HN )) (( segid A and resid 52 and name HD1 )) 3.015 1.215 1.215 assi (( segid A and resid 52 and name HN )) (( segid A and resid 52 and name HB1 )) 2.855 1.055 1.055 assi (( segid A and resid 52 and name HN )) (( segid A and resid 52 and name HB2 )) 2.855 1.055 1.055 assi (( segid A and resid 51 and name HB1 )) (( segid A and resid 52 and name HN )) 3.310 1.510 1.510 assi (( segid A and resid 51 and name HB2 )) (( segid A and resid 52 and name HN )) 3.310 1.510 1.510 assi (( segid A and resid 95 and name HN )) ( segid A and resid 95 and name HD# ) 3.155 1.355 1.355 assi (( segid A and resid 64 and name HN )) (( segid A and resid 65 and name HN )) 2.610 0.810 0.810 assi (( segid A and resid 128 and name HN )) (( segid A and resid 129 and name HA )) 3.650 1.850 1.850 assi (( segid A and resid 66 and name HN )) (( segid A and resid 66 and name HB1 )) 2.740 0.940 0.940 assi (( segid A and resid 66 and name HN )) (( segid A and resid 66 and name HB2 )) 2.740 0.940 0.940 assi (( segid A and resid 66 and name HN )) ( segid A and resid 66 and name HD1#) 3.385 1.585 1.585 assi (( segid A and resid 66 and name HN )) ( segid A and resid 66 and name HD2#) 3.385 1.585 1.585 assi (( segid A and resid 65 and name HN )) (( segid A and resid 66 and name HN )) 2.615 0.815 0.815 assi (( segid A and resid 72 and name HN )) (( segid A and resid 72 and name HB1 )) 2.955 1.155 1.155 assi (( segid A and resid 72 and name HN )) (( segid A and resid 72 and name HB2 )) 2.955 1.155 1.155 assi (( segid A and resid 72 and name HN )) ( segid A and resid 72 and name HD1#) 3.300 1.500 1.500 assi (( segid A and resid 72 and name HN )) ( segid A and resid 72 and name HD2#) 3.300 1.500 1.500 assi (( segid A and resid 75 and name HN )) (( segid A and resid 76 and name HN )) 3.015 1.215 1.215 assi (( segid A and resid 75 and name HA )) (( segid A and resid 76 and name HN )) 2.630 0.830 0.830 assi (( segid A and resid 76 and name HN )) (( segid A and resid 76 and name HB1 )) 2.870 1.070 1.070 assi (( segid A and resid 28 and name HN )) (( segid A and resid 29 and name HN )) 3.180 1.380 1.380 assi (( segid A and resid 29 and name HN )) ( segid A and resid 29 and name HG2#) 3.050 1.250 1.250 assi (( segid A and resid 72 and name HB1 )) (( segid A and resid 73 and name HN )) 3.250 1.450 1.450 assi (( segid A and resid 112 and name HN )) ( segid A and resid 112 and name HB# ) 2.860 1.060 1.060 assi (( segid A and resid 94 and name HN )) (( segid A and resid 94 and name HB1 )) 2.800 1.000 1.000 assi (( segid A and resid 94 and name HN )) (( segid A and resid 94 and name HB2 )) 2.780 0.980 0.980 assi (( segid A and resid 46 and name HA )) (( segid A and resid 47 and name HN )) 2.550 0.750 0.750 assi (( segid A and resid 47 and name HN )) (( segid A and resid 47 and name HG )) 3.075 1.275 1.275 assi (( segid A and resid 83 and name HN )) ( segid A and resid 83 and name HD# ) 3.120 1.320 1.320 assi (( segid A and resid 94 and name HN )) (( segid A and resid 94 and name HG )) 3.050 1.250 1.250 assi (( segid A and resid 91 and name HN )) (( segid A and resid 92 and name HN )) 2.895 1.095 1.095 assi (( segid A and resid 91 and name HN )) (( segid A and resid 91 and name HB1 )) 2.860 1.060 1.060 assi (( segid A and resid 91 and name HN )) (( segid A and resid 91 and name HB2 )) 2.790 0.990 0.990 assi (( segid A and resid 43 and name HA )) (( segid A and resid 45 and name HN )) 2.860 1.060 1.060 assi (( segid A and resid 45 and name HN )) (( segid A and resid 45 and name HB1 )) 2.870 1.070 1.070 assi (( segid A and resid 45 and name HN )) (( segid A and resid 45 and name HB2 )) 2.870 1.070 1.070 assi ( segid A and resid 7 and name HD2#) (( segid A and resid 45 and name HN )) 3.450 1.650 1.650 assi (( segid A and resid 66 and name HG )) (( segid A and resid 67 and name HN )) 3.470 1.670 1.670 assi (( segid A and resid 67 and name HN )) ( segid A and resid 67 and name HG2#) 2.875 1.075 1.075 assi (( segid A and resid 31 and name HA )) (( segid A and resid 32 and name HN )) 2.390 0.590 0.590 assi (( segid A and resid 32 and name HN )) (( segid A and resid 32 and name HB )) 2.685 0.885 0.885 assi (( segid A and resid 32 and name HN )) (( segid A and resid 33 and name HN )) 3.345 1.545 1.545 assi (( segid A and resid 145 and name HA )) (( segid A and resid 148 and name HN )) 2.830 1.030 1.030 assi (( segid A and resid 148 and name HN )) (( segid A and resid 148 and name HB )) 2.540 0.740 0.740 assi (( segid A and resid 54 and name HN )) (( segid A and resid 55 and name HN )) 2.685 0.885 0.885 assi ( segid A and resid 53 and name HB# ) (( segid A and resid 55 and name HN )) 2.575 0.775 0.775 assi (( segid A and resid 92 and name HN )) (( segid A and resid 92 and name HB1 )) 2.590 0.790 0.790 assi (( segid A and resid 97 and name HN )) (( segid A and resid 97 and name HB )) 2.695 0.895 0.895 assi (( segid A and resid 97 and name HN )) (( segid A and resid 97 and name HG12)) 3.085 1.285 1.285 assi (( segid A and resid 9 and name HN )) (( segid A and resid 10 and name HN )) 2.625 0.825 0.825 assi (( segid A and resid 10 and name HN )) (( segid A and resid 39 and name HB )) 2.870 1.070 1.070 assi ( segid A and resid 9 and name HB# ) (( segid A and resid 10 and name HN )) 2.695 0.895 0.895 assi (( segid A and resid 97 and name HA )) (( segid A and resid 100 and name HN )) 2.810 1.010 1.010 assi (( segid A and resid 100 and name HN )) (( segid A and resid 101 and name HN )) 2.765 0.965 0.965 assi (( segid A and resid 142 and name HN )) (( segid A and resid 142 and name HB )) 2.590 0.790 0.790 assi (( segid A and resid 142 and name HN )) ( segid A and resid 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0.920 assi (( segid A and resid 60 and name HA )) (( segid A and resid 61 and name HN )) 2.675 0.875 0.875 assi (( segid A and resid 61 and name HN )) ( segid A and resid 61 and name HG2#) 2.950 1.150 1.150 assi (( segid A and resid 122 and name HB1 )) (( segid A and resid 123 and name HN )) 2.725 0.925 0.925 assi ( segid A and resid 98 and name HE# ) (( segid A and resid 123 and name HN )) 2.840 1.040 1.040 assi (( segid A and resid 122 and name HA )) (( segid A and resid 123 and name HN )) 2.615 0.815 0.815 assi (( segid A and resid 118 and name HN )) (( segid A and resid 118 and name HB )) 2.830 1.030 1.030 assi (( segid A and resid 145 and name HN )) (( segid A and resid 146 and name HN )) 2.810 1.010 1.010 assi ( segid A and resid 145 and name HG2#) (( segid A and resid 146 and name HN )) 2.820 1.020 1.020 assi (( segid A and resid 76 and name HA )) (( segid A and resid 77 and name HN )) 2.560 0.760 0.760 assi (( segid A and resid 8 and name HN )) (( segid A and resid 8 and name 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(segid A and resid 119 and name C ) 1.00 -131.79 15.25 2 ASSIGN (segid A and resid 119 and name N ) (segid A and resid 119 and name CA ) (segid A and resid 119 and name C ) (segid A and resid 120 and name N ) 1.00 145.31 10.67 2 ASSIGN (segid A and resid 119 and name C ) (segid A and resid 120 and name N ) (segid A and resid 120 and name CA ) (segid A and resid 120 and name C ) 1.00 -118.40 16.43 2 ASSIGN (segid A and resid 120 and name N ) (segid A and resid 120 and name CA ) (segid A and resid 120 and name C ) (segid A and resid 121 and name N ) 1.00 127.77 13.14 2 ASSIGN (segid A and resid 120 and name C ) (segid A and resid 121 and name N ) (segid A and resid 121 and name CA ) (segid A and resid 121 and name C ) 1.00 -115.22 19.05 2 ASSIGN (segid A and resid 121 and name N ) (segid A and resid 121 and name CA ) (segid A and resid 121 and name C ) (segid A and resid 122 and name N ) 1.00 129.72 11.02 2 ASSIGN (segid A and resid 121 and name C ) (segid A and resid 122 and name N ) (segid A and resid 122 and name CA ) (segid A and resid 122 and name C ) 1.00 -125.83 8.71 2 ASSIGN (segid A and resid 122 and name N ) (segid A and resid 122 and name CA ) (segid A and resid 122 and name C ) (segid A and resid 123 and name N ) 1.00 138.53 9.96 2 ASSIGN (segid A and resid 122 and name C ) (segid A and resid 123 and name N ) (segid A and resid 123 and name CA ) (segid A and resid 123 and name C ) 1.00 -100.00 24.00 2 ASSIGN (segid A and resid 123 and name N ) (segid A and resid 123 and name CA ) (segid A and resid 123 and name C ) (segid A and resid 124 and name N ) 1.00 141.00 25.00 2 ASSIGN (segid A and resid 123 and name C ) (segid A and resid 124 and name N ) (segid A and resid 124 and name CA ) (segid A and resid 124 and name C ) 1.00 -100.00 22.00 2 ASSIGN (segid A and resid 124 and name N ) (segid A and resid 124 and name CA ) (segid A and resid 124 and name C ) (segid A and resid 125 and name N ) 1.00 147.00 34.00 2 ASSIGN (segid A and resid 124 and name C ) (segid A and resid 125 and name N ) (segid A and resid 125 and name CA ) (segid A and resid 125 and name C ) 1.00 -62.00 5.00 2 ASSIGN (segid A and resid 125 and name N ) (segid A and resid 125 and name CA ) (segid A and resid 125 and name C ) (segid A and resid 126 and name N ) 1.00 -25.00 10.00 2 ASSIGN (segid A and resid 125 and name C ) (segid A and resid 126 and name N ) (segid A and resid 126 and name CA ) (segid A and resid 126 and name C ) 1.00 -75.15 11.71 2 ASSIGN (segid A and resid 126 and name N ) (segid A and resid 126 and name CA ) (segid A and resid 126 and name C ) (segid A and resid 127 and name N ) 1.00 -31.95 11.83 2 ASSIGN (segid A and resid 126 and name C ) (segid A and resid 127 and name N ) (segid A and resid 127 and name CA ) (segid A and resid 127 and name C ) 1.00 -93.30 12.54 2 ASSIGN (segid A and resid 127 and name N ) (segid A and resid 127 and name CA ) (segid A and resid 127 and name C ) (segid A and resid 128 and name N ) 1.00 -1.41 8.40 2 ASSIGN (segid A and resid 127 and name C ) (segid A and resid 128 and name N ) (segid A and resid 128 and name CA ) (segid A and resid 128 and name C ) 1.00 64.49 14.73 2 ASSIGN (segid A and resid 128 and name N ) (segid A and resid 128 and name CA ) (segid A and resid 128 and name C ) (segid A and resid 129 and name N ) 1.00 37.22 21.66 2 ASSIGN (segid A and resid 128 and name C ) (segid A and resid 129 and name N ) (segid A and resid 129 and name CA ) (segid A and resid 129 and name C ) 1.00 -131.38 13.31 2 ASSIGN (segid A and resid 129 and name N ) (segid A and resid 129 and name CA ) (segid A and resid 129 and name C ) (segid A and resid 130 and name N ) 1.00 159.03 7.48 2 ASSIGN (segid A and resid 129 and name C ) (segid A and resid 130 and name N ) (segid A and resid 130 and name CA ) (segid A and resid 130 and name C ) 1.00 -118.03 21.52 2 ASSIGN (segid A and resid 130 and name N ) (segid A and resid 130 and name CA ) (segid A and resid 130 and name C ) (segid A and resid 131 and name N ) 1.00 123.26 14.87 2 ASSIGN (segid A and resid 130 and name C ) (segid A and resid 131 and name N ) (segid A and resid 131 and name CA ) (segid A and resid 131 and name C ) 1.00 -125.21 16.46 2 ASSIGN (segid A and resid 131 and name N ) (segid A and resid 131 and name CA ) (segid A and resid 131 and name C ) (segid A and resid 132 and name N ) 1.00 152.81 12.91 2 ASSIGN (segid A and resid 131 and name C ) (segid A and resid 132 and name N ) (segid A and resid 132 and name CA ) (segid A and resid 132 and name C ) 1.00 -132.24 48.63 2 ASSIGN (segid A and resid 132 and name N ) (segid A and resid 132 and name CA ) (segid A and resid 132 and name C ) (segid A and resid 133 and name N ) 1.00 140.80 33.04 2 ASSIGN (segid A and resid 132 and name C ) (segid A and resid 133 and name N ) (segid A and resid 133 and name CA ) (segid A and resid 133 and name C ) 1.00 -102.47 10.26 2 ASSIGN (segid A and resid 133 and name N ) (segid A and resid 133 and name CA ) (segid A and resid 133 and name C ) (segid A and resid 134 and name N ) 1.00 129.60 9.35 2 ASSIGN (segid A and resid 133 and name C ) (segid A and resid 134 and name N ) (segid A and resid 134 and name CA ) (segid A and resid 134 and name C ) 1.00 -102.11 21.48 2 ASSIGN (segid A and resid 134 and name N ) (segid A and resid 134 and name CA ) (segid A and resid 134 and name C ) (segid A and resid 135 and name N ) 1.00 133.97 23.31 2 ASSIGN (segid A and resid 135 and name N ) (segid A and resid 135 and name CA ) (segid A and resid 135 and name C ) (segid A and resid 136 and name N ) 1.00 141.90 9.63 2 ASSIGN (segid A and resid 135 and name C ) (segid A and resid 136 and name N ) (segid A and resid 136 and name CA ) (segid A and resid 136 and name C ) 1.00 -64.39 12.80 2 ASSIGN (segid A and resid 136 and name N ) (segid A and resid 136 and name CA ) (segid A and resid 136 and name C ) (segid A and resid 137 and name N ) 1.00 -24.83 19.62 2 ASSIGN (segid A and resid 137 and name C ) (segid A and resid 138 and name N ) (segid A and resid 138 and name CA ) (segid A and resid 138 and name C ) 1.00 -57.31 9.04 2 ASSIGN (segid A and resid 138 and name N ) (segid A and resid 138 and name CA ) (segid A and resid 138 and name C ) (segid A and resid 139 and name N ) 1.00 -43.28 11.81 2 ASSIGN (segid A and resid 138 and name C ) (segid A and resid 139 and name N ) (segid A and resid 139 and name CA ) (segid A and resid 139 and name C ) 1.00 -62.17 3.49 2 ASSIGN (segid A and resid 139 and name N ) (segid A and resid 139 and name CA ) (segid A and resid 139 and name C ) (segid A and resid 140 and name N ) 1.00 -41.18 5.74 2 ASSIGN (segid A and resid 139 and name C ) (segid A and resid 140 and name N ) (segid A and resid 140 and name CA ) (segid A and resid 140 and name C ) 1.00 -67.95 8.46 2 ASSIGN (segid A and resid 140 and name N ) (segid A and resid 140 and name CA ) (segid A and resid 140 and name C ) (segid A and resid 141 and name N ) 1.00 -40.67 5.98 2 ASSIGN (segid A and resid 140 and name C ) (segid A and resid 141 and name N ) (segid A and resid 141 and name CA ) (segid A and resid 141 and name C ) 1.00 -65.99 4.37 2 ASSIGN (segid A and resid 141 and name N ) (segid A and resid 141 and name CA ) (segid A and resid 141 and name C ) (segid A and resid 142 and name N ) 1.00 -42.97 4.09 2 ASSIGN (segid A and resid 141 and name C ) (segid A and resid 142 and name N ) (segid A and resid 142 and name CA ) (segid A and resid 142 and name C ) 1.00 -64.03 5.51 2 ASSIGN (segid A and resid 142 and name N ) (segid A and resid 142 and name CA ) (segid A and resid 142 and name C ) (segid A and resid 143 and name N ) 1.00 -42.95 3.77 2 ASSIGN (segid A and resid 142 and name C ) (segid A and resid 143 and name N ) (segid A and resid 143 and name CA ) (segid A and resid 143 and name C ) 1.00 -63.47 5.68 2 ASSIGN (segid A and resid 143 and name N ) (segid A and resid 143 and name CA ) (segid A and resid 143 and name C ) (segid A and resid 144 and name N ) 1.00 -42.22 4.48 2 ASSIGN (segid A and resid 143 and name C ) (segid A and resid 144 and name N ) (segid A and resid 144 and name CA ) (segid A and resid 144 and name C ) 1.00 -63.14 9.00 2 ASSIGN (segid A and resid 144 and name N ) (segid A and resid 144 and name CA ) (segid A and resid 144 and name C ) (segid A and resid 145 and name N ) 1.00 -39.69 14.85 2 ASSIGN (segid A and resid 144 and name C ) (segid A and resid 145 and name N ) (segid A and resid 145 and name CA ) (segid A and resid 145 and name C ) 1.00 -67.24 8.63 2 ASSIGN (segid A and resid 145 and name N ) (segid A and resid 145 and name CA ) (segid A and resid 145 and name C ) (segid A and resid 146 and name N ) 1.00 -30.84 12.48 2 ASSIGN (segid A and resid 145 and name C ) (segid A and resid 146 and name N ) (segid A and resid 146 and name CA ) (segid A and resid 146 and name C ) 1.00 -59.30 2.76 2 ASSIGN (segid A and resid 146 and name N ) (segid A and resid 146 and name CA ) (segid A and resid 146 and name C ) (segid A and resid 147 and name N ) 1.00 -41.27 5.59 2 ASSIGN (segid A and resid 146 and name C ) (segid A and resid 147 and name N ) (segid A and resid 147 and name CA ) (segid A and resid 147 and name C ) 1.00 -64.20 7.33 2 ASSIGN (segid A and resid 147 and name N ) (segid A and resid 147 and name CA ) (segid A and resid 147 and name C ) (segid A and resid 148 and name N ) 1.00 -34.13 11.49 2 ASSIGN (segid A and resid 147 and name C ) (segid A and resid 148 and name N ) (segid A and resid 148 and name CA ) (segid A and resid 148 and name C ) 1.00 -65.81 4.69 2 ASSIGN (segid A and resid 148 and name N ) (segid A and resid 148 and name CA ) (segid A and resid 148 and name C ) (segid A and resid 149 and name N ) 1.00 -37.48 12.50 2 ASSIGN (segid A and resid 148 and name C ) (segid A and resid 149 and name N ) (segid A and resid 149 and name CA ) (segid A and resid 149 and name C ) 1.00 -69.98 9.51 2 ASSIGN (segid A and resid 149 and name N ) (segid A and resid 149 and name CA ) (segid A and resid 149 and name C ) (segid A and resid 150 and name N ) 1.00 -38.03 6.52 2 ASSIGN (segid A and resid 149 and name C ) (segid A and resid 150 and name N ) (segid A and resid 150 and name CA ) (segid A and resid 150 and name C ) 1.00 -67.71 8.74 2 ASSIGN (segid A and resid 150 and name N ) (segid A and resid 150 and name CA ) (segid A and resid 150 and name C ) (segid A and resid 151 and name N ) 1.00 -41.00 5.64 2 ASSIGN (segid A and resid 150 and name C ) (segid A and resid 151 and name N ) (segid A and resid 151 and name CA ) (segid A and resid 151 and name C ) 1.00 -63.62 3.69 2 ASSIGN (segid A and resid 151 and name N ) (segid A and resid 151 and name CA ) (segid A and resid 151 and name C ) (segid A and resid 152 and name N ) 1.00 -40.68 3.38 2 ASSIGN (segid A and resid 151 and name C ) (segid A and resid 152 and name N ) (segid A and resid 152 and name CA ) (segid A and resid 152 and name C ) 1.00 -64.98 9.06 2 ASSIGN (segid A and resid 152 and name N ) (segid A and resid 152 and name CA ) (segid A and resid 152 and name C ) (segid A and resid 153 and name N ) 1.00 -38.60 10.99 2 ASSIGN (segid A and resid 152 and name C ) (segid A and resid 153 and name N ) (segid A and resid 153 and name CA ) (segid A and resid 153 and name C ) 1.00 -66.62 8.16 2 ASSIGN (segid A and resid 153 and name N ) (segid A and resid 153 and name CA ) (segid A and resid 153 and name C ) (segid A and resid 154 and name N ) 1.00 -37.86 10.95 2 ASSIGN (segid A and resid 153 and name C ) (segid A and resid 154 and name N ) (segid A and resid 154 and name CA ) (segid A and resid 154 and name C ) 1.00 -76.25 20.92 2 ASSIGN (segid A and resid 154 and name N ) (segid A and resid 154 and name CA ) (segid A and resid 154 and name C ) (segid A and resid 155 and name N ) 1.00 -32.49 18.16 2 assi (( segid A and resid 10 and name HN )) (( segid A and resid 39 and name O )) 1.900 0.100 0.100 assi (( segid A and resid 10 and name N )) (( segid A and resid 39 and name O )) 2.850 0.150 0.150 assi (( segid A and resid 14 and name HN )) (( segid A and resid 35 and name O )) 1.900 0.100 0.100 assi (( segid A and resid 14 and name N )) (( segid A and resid 35 and name O )) 2.850 0.150 0.150 assi (( segid A and resid 16 and name HN )) (( segid A and resid 33 and name O )) 1.900 0.100 0.100 assi (( segid A and resid 16 and name N )) (( segid A and resid 33 and name O )) 2.850 0.150 0.150 assi (( segid A and resid 14 and name O )) (( segid A and resid 35 and name HN )) 1.900 0.100 0.100 assi (( segid A and resid 14 and name O )) (( segid A and resid 35 and name N )) 2.850 0.150 0.150 assi (( segid A and resid 12 and name O )) (( segid A and resid 37 and name HN )) 1.900 0.100 0.100 assi (( segid A and resid 12 and name O )) (( segid A and resid 37 and name N )) 2.850 0.150 0.150 assi (( segid A and resid 38 and name HN )) (( segid A and resid 82 and name O )) 1.900 0.100 0.100 assi (( segid A and resid 38 and name N )) (( segid A and resid 82 and name O )) 2.850 0.150 0.150 assi (( segid A and resid 40 and name HN )) (( segid A and resid 80 and name O )) 1.900 0.100 0.100 assi (( segid A and resid 40 and name N )) (( segid A and resid 80 and name O )) 2.850 0.150 0.150 assi (( segid A and resid 42 and name HN )) (( segid A and resid 78 and name O )) 1.900 0.100 0.100 assi (( segid A and resid 42 and name N )) (( segid A and resid 78 and name O )) 2.850 0.150 0.150 assi (( segid A and resid 59 and name HN )) (( segid A and resid 105 and name O )) 1.900 0.100 0.100 assi (( segid A and resid 59 and name N )) (( segid A and resid 105 and name O )) 2.850 0.150 0.150 assi (( segid A and resid 61 and name HN )) (( segid A and resid 103 and name O )) 1.900 0.100 0.100 assi (( segid A and resid 61 and name N )) (( segid A and resid 103 and name O )) 2.850 0.150 0.150 assi (( segid A and resid 42 and name O )) (( segid A and resid 78 and name HN )) 1.900 0.100 0.100 assi (( segid A and resid 42 and name O )) (( segid A and resid 78 and name N )) 2.850 0.150 0.150 assi (( segid A and resid 79 and name HN )) (( segid A and resid 132 and name O )) 1.900 0.100 0.100 assi (( segid A and resid 79 and name N )) (( segid A and resid 132 and name O )) 2.850 0.150 0.150 assi (( segid A and resid 38 and name O )) (( segid A and resid 82 and name HN )) 1.900 0.100 0.100 assi (( segid A and resid 38 and name O )) (( segid A and resid 82 and name N )) 2.850 0.150 0.150 assi (( segid A and resid 61 and name O )) (( segid A and resid 103 and name HN )) 1.900 0.100 0.100 assi (( segid A and resid 61 and name O )) (( segid A and resid 103 and name N )) 2.850 0.150 0.150 assi (( segid A and resid 104 and name HN )) (( segid A and resid 121 and name O )) 1.900 0.100 0.100 assi (( segid A and resid 104 and name N )) (( segid A and resid 121 and name O )) 2.850 0.150 0.150 assi (( segid A and resid 59 and name O )) (( segid A and resid 105 and name HN )) 1.900 0.100 0.100 assi (( segid A and resid 59 and name O )) (( segid A and resid 105 and name N )) 2.850 0.150 0.150 assi (( segid A and resid 106 and name HN )) (( segid A and resid 119 and name O )) 1.900 0.100 0.100 assi (( segid A and resid 106 and name N )) (( segid A and resid 119 and name O )) 2.850 0.150 0.150 assi (( segid A and resid 118 and name HN )) (( segid A and resid 135 and name O )) 1.900 0.100 0.100 assi (( segid A and resid 118 and name N )) (( segid A and resid 135 and name O )) 2.850 0.150 0.150 assi (( segid A and resid 106 and name O )) (( segid A and resid 119 and name HN )) 1.900 0.100 0.100 assi (( segid A and resid 106 and name O )) (( segid A and resid 119 and name N )) 2.850 0.150 0.150 assi (( segid A and resid 120 and name HN )) (( segid A and resid 133 and name O )) 1.900 0.100 0.100 assi (( segid A and resid 120 and name N )) (( segid A and resid 133 and name O )) 2.850 0.150 0.150 assi (( segid A and resid 104 and name O )) (( segid A and resid 121 and name HN )) 1.900 0.100 0.100 assi (( segid A and resid 104 and name O )) (( segid A and resid 121 and name N )) 2.850 0.150 0.150 assi (( segid A and resid 122 and name HN )) (( segid A and resid 131 and name O )) 1.900 0.100 0.100 assi (( segid A and resid 122 and name N )) (( segid A and resid 131 and name O )) 2.850 0.150 0.150 assi (( segid A and resid 79 and name HN )) (( segid A and resid 132 and name O )) 1.900 0.100 0.100 assi (( segid A and resid 79 and name N )) (( segid A and resid 132 and name O )) 2.850 0.150 0.150 assi (( segid A and resid 120 and name HN )) (( segid A and resid 133 and name O )) 1.900 0.100 0.100 assi (( segid A and resid 120 and name N )) (( segid A and resid 133 and name O )) 2.850 0.150 0.150 assi (( segid A and resid 13 and name HN )) (( segid A and resid 54 and name O )) 1.900 0.100 0.100 assi (( segid A and resid 13 and name N )) (( segid A and resid 54 and name O )) 2.850 0.150 0.150 assi (( segid A and resid 14 and name HN )) (( segid A and resid 35 and name O )) 1.900 0.100 0.100 assi (( segid A and resid 14 and name N )) (( segid A and resid 35 and name O )) 2.850 0.150 0.150 assi (( segid A and resid 15 and name HN )) (( segid A and resid 56 and name O )) 1.900 0.100 0.100 assi (( segid A and resid 15 and name N )) (( segid A and resid 56 and name O )) 2.850 0.150 0.150 assi (( segid A and resid 38 and name HN )) (( segid A and resid 82 and name O )) 1.900 0.100 0.100 assi (( segid A and resid 38 and name N )) (( segid A and resid 82 and name O )) 2.850 0.150 0.150 assi (( segid A and resid 57 and name HN )) (( segid A and resid 107 and name O )) 1.900 0.100 0.100 assi (( segid A and resid 57 and name N )) (( segid A and resid 107 and name O )) 2.850 0.150 0.150 assi (( segid A and resid 15 and name O )) (( segid A and resid 58 and name HN )) 1.900 0.100 0.100 assi (( segid A and resid 15 and name O )) (( segid A and resid 58 and name N )) 2.850 0.150 0.150 assi (( segid A and resid 81 and name HN )) (( segid A and resid 130 and name O )) 1.900 0.100 0.100 assi (( segid A and resid 81 and name N )) (( segid A and resid 130 and name O )) 2.850 0.150 0.150 assi (( segid A and resid 124 and name O )) (( segid A and resid 129 and name HN )) 1.900 0.100 0.100 assi (( segid A and resid 124 and name O )) (( segid A and resid 129 and name N )) 2.850 0.150 0.150 assi (( segid A and resid 81 and name O )) (( segid A and resid 130 and name HN )) 1.900 0.100 0.100 assi (( segid A and resid 81 and name O )) (( segid A and resid 130 and name N )) 2.850 0.150 0.150 assi (( segid A and resid 77 and name O )) (( segid A and resid 134 and name HN )) 1.900 0.100 0.100 assi (( segid A and resid 77 and name O )) (( segid A and resid 134 and name N )) 2.850 0.150 0.150 Entry H atom name Submitted Coord H atom name Start of MODEL 1 1 H1 MET 393 H3 MET 393 26.706 3.396 -2.188 2 H2 MET 393 H2 MET 393 27.988 2.347 -1.909 3 H3 MET 393 H MET 393 26.789 2.530 -0.756 4 HA MET 393 HA MET 393 28.695 3.724 -0.038 5 HB3 MET 393 1HB MET 393 29.746 4.098 -2.231 6 HB2 MET 393 2HB MET 393 29.585 5.613 -1.362 7 HG3 MET 393 1HG MET 393 27.669 6.227 -2.714 8 HG2 MET 393 2HG MET 393 27.742 4.693 -3.569 9 HE3 MET 393 1HE MET 393 30.964 7.991 -3.915 10 HE2 MET 393 2HE MET 393 30.786 6.993 -2.476 11 HE1 MET 393 3HE MET 393 29.514 8.133 -2.920 12 H SER 394 H SER 394 28.068 5.013 1.538 13 HA SER 394 HA SER 394 26.971 6.399 2.825 14 HB3 SER 394 1HB SER 394 26.024 7.741 0.282 15 HB2 SER 394 2HB SER 394 27.425 8.198 1.253 16 HG SER 394 HG SER 394 25.598 9.503 1.717 17 H VAL 395 H VAL 395 24.840 5.442 0.200 18 HA VAL 395 HA VAL 395 22.464 5.612 1.689 19 HB VAL 395 HB VAL 395 23.076 4.029 -0.817 20 HG12 VAL 395 HG11 VAL 395 20.653 4.013 -1.194 21 HG11 VAL 395 HG12 VAL 395 20.408 4.778 0.375 22 HG13 VAL 395 HG13 VAL 395 21.091 3.154 0.283 23 HG23 VAL 395 HG21 VAL 395 21.987 5.905 -1.973 24 HG22 VAL 395 HG22 VAL 395 23.436 6.408 -1.102 25 HG21 VAL 395 HG23 VAL 395 21.840 6.752 -0.433 26 H SER 396 H SER 396 22.318 4.481 3.505 27 HA SER 396 HA SER 396 22.495 1.582 3.295 28 HB3 SER 396 1HB SER 396 23.776 3.101 5.588 29 HB2 SER 396 2HB SER 396 24.676 2.518 4.191 30 HG SER 396 HG SER 396 24.608 0.580 4.917 31 H ASN 397 H ASN 397 20.902 4.403 4.496 32 HA ASN 397 HA ASN 397 19.533 3.090 6.657 33 HB3 ASN 397 1HB ASN 397 18.070 5.069 6.754 34 HB2 ASN 397 2HB ASN 397 18.739 5.656 5.243 35 HD21 ASN 397 HD21 ASN 397 19.453 5.076 8.604 36 HD22 ASN 397 HD22 ASN 397 20.763 6.204 8.696 37 H LYS 398 H LYS 398 18.667 4.169 3.435 38 HA LYS 398 HA LYS 398 16.922 1.959 3.189 39 HB3 LYS 398 1HB LYS 398 15.232 3.346 3.983 40 HB2 LYS 398 2HB LYS 398 15.056 3.469 2.247 41 HG3 LYS 398 1HG LYS 398 16.531 5.502 3.877 42 HG2 LYS 398 2HG LYS 398 14.811 5.603 3.541 43 HD3 LYS 398 1HD LYS 398 15.225 5.741 1.168 44 HD2 LYS 398 2HD LYS 398 16.961 5.537 1.442 45 HE3 LYS 398 1HE LYS 398 17.024 7.489 2.741 46 HE2 LYS 398 2HE LYS 398 15.277 7.719 2.594 47 HZ1 LYS 398 1HZ LYS 398 15.634 8.060 0.135 48 HZ3 LYS 398 2HZ LYS 398 17.302 7.949 0.405 49 HZ2 LYS 398 3HZ LYS 398 16.430 9.181 1.100 50 H LEU 399 H LEU 399 16.733 1.213 1.170 51 HA LEU 399 HA LEU 399 18.680 2.395 -0.689 52 HB3 LEU 399 1HB LEU 399 18.727 0.201 -1.758 53 HB2 LEU 399 2HB LEU 399 17.464 -0.373 -0.702 54 HG LEU 399 HG LEU 399 20.193 0.397 0.331 55 HD13 LEU 399 HD11 LEU 399 19.596 -0.974 2.240 56 HD12 LEU 399 HD12 LEU 399 18.015 -1.297 1.528 57 HD11 LEU 399 HD13 LEU 399 18.443 0.342 2.019 58 HD22 LEU 399 HD21 LEU 399 20.452 -1.365 -1.299 59 HD21 LEU 399 HD22 LEU 399 19.178 -2.301 -0.508 60 HD23 LEU 399 HD23 LEU 399 20.693 -1.973 0.339 61 H LEU 400 H LEU 400 17.989 3.098 -2.690 62 HA LEU 400 HA LEU 400 15.134 3.226 -3.112 63 HB3 LEU 400 1HB LEU 400 17.224 3.943 -5.155 64 HB2 LEU 400 2HB LEU 400 17.001 4.968 -3.757 65 HG LEU 400 HG LEU 400 14.631 5.328 -4.445 66 HD11 LEU 400 HD11 LEU 400 16.348 6.917 -4.951 67 HD13 LEU 400 HD12 LEU 400 15.161 6.846 -6.255 68 HD12 LEU 400 HD13 LEU 400 16.736 6.069 -6.449 69 HD22 LEU 400 HD21 LEU 400 13.962 4.786 -6.726 70 HD21 LEU 400 HD22 LEU 400 14.326 3.321 -5.810 71 HD23 LEU 400 HD23 LEU 400 15.491 3.940 -6.982 72 H ALA 401 H ALA 401 13.962 1.821 -4.147 73 HA ALA 401 HA ALA 401 15.434 -0.318 -5.500 74 HB2 ALA 401 1HB ALA 401 13.809 -1.871 -4.629 75 HB1 ALA 401 2HB ALA 401 12.930 -0.521 -3.891 76 HB3 ALA 401 3HB ALA 401 14.546 -0.920 -3.328 77 H TRP 402 H TRP 402 12.404 1.602 -5.546 78 HA TRP 402 HA TRP 402 12.047 0.822 -8.300 79 HB3 TRP 402 1HB TRP 402 9.984 0.226 -6.158 80 HB2 TRP 402 2HB TRP 402 10.927 -0.973 -7.020 81 HD1 TRP 402 HD TRP 402 10.451 -1.020 -9.801 82 HE3 TRP 402 3HE TRP 402 7.757 1.102 -6.059 83 HE1 TRP 402 HE1 TRP 402 8.180 -0.852 -10.992 84 HZ3 TRP 402 3HZ TRP 402 5.381 1.583 -6.421 85 HZ2 TRP 402 2HZ TRP 402 5.567 0.069 -10.400 86 HH2 TRP 402 HH TRP 402 4.304 1.073 -8.557 87 H SER 403 H SER 403 10.753 2.280 -9.368 88 HA SER 403 HA SER 403 9.477 4.358 -7.816 89 HB3 SER 403 1HB SER 403 10.405 6.075 -9.344 90 HB2 SER 403 2HB SER 403 11.341 4.800 -10.158 91 HG SER 403 HG SER 403 11.740 4.638 -7.565 92 H GLY 404 H GLY 404 7.405 4.403 -8.459 93 HA2 GLY 404 1HA GLY 404 6.280 2.633 -10.121 94 HA3 GLY 404 2HA GLY 404 6.667 3.963 -11.199 95 H VAL 405 H VAL 405 4.082 3.312 -10.920 96 HA VAL 405 HA VAL 405 3.088 5.605 -9.402 97 HB VAL 405 HB VAL 405 1.920 4.307 -11.889 98 HG11 VAL 405 HG11 VAL 405 1.111 6.834 -10.465 99 HG13 VAL 405 HG12 VAL 405 0.202 5.324 -10.508 100 HG12 VAL 405 HG13 VAL 405 0.441 6.252 -11.989 101 HG21 VAL 405 HG21 VAL 405 3.988 5.456 -12.435 102 HG23 VAL 405 HG22 VAL 405 3.415 6.916 -11.626 103 HG22 VAL 405 HG23 VAL 405 2.608 6.341 -13.086 104 H LEU 406 H LEU 406 1.329 5.271 -8.077 105 HA LEU 406 HA LEU 406 0.424 2.474 -7.764 106 HB3 LEU 406 1HB LEU 406 -0.179 3.111 -5.500 107 HB2 LEU 406 2HB LEU 406 0.338 4.753 -5.790 108 HG LEU 406 HG LEU 406 2.660 4.033 -5.918 109 HD13 LEU 406 HD11 LEU 406 2.918 3.485 -3.553 110 HD12 LEU 406 HD12 LEU 406 1.211 3.062 -3.461 111 HD11 LEU 406 HD13 LEU 406 1.688 4.726 -3.787 112 HD22 LEU 406 HD21 LEU 406 3.280 1.757 -5.292 113 HD21 LEU 406 HD22 LEU 406 2.297 1.754 -6.758 114 HD23 LEU 406 HD23 LEU 406 1.576 1.312 -5.209 115 H GLU 407 H GLU 407 -1.685 2.101 -7.827 116 HA GLU 407 HA GLU 407 -3.321 4.453 -8.162 117 HB3 GLU 407 1HB GLU 407 -4.874 2.766 -9.429 118 HB2 GLU 407 2HB GLU 407 -3.397 1.831 -9.621 119 HG3 GLU 407 1HG GLU 407 -2.321 3.794 -10.690 120 HG2 GLU 407 2HG GLU 407 -3.849 4.665 -10.488 121 H TRP 408 H TRP 408 -4.846 4.729 -6.803 122 HA TRP 408 HA TRP 408 -5.268 2.587 -4.873 123 HB3 TRP 408 1HB TRP 408 -3.911 4.249 -3.807 124 HB2 TRP 408 2HB TRP 408 -5.512 4.314 -3.102 125 HD1 TRP 408 HD TRP 408 -3.135 6.353 -5.292 126 HE3 TRP 408 3HE TRP 408 -7.554 5.789 -2.780 127 HE1 TRP 408 HE1 TRP 408 -3.903 8.801 -5.272 128 HZ3 TRP 408 3HZ TRP 408 -8.922 7.783 -2.340 129 HZ2 TRP 408 2HZ TRP 408 -6.099 10.310 -4.305 130 HH2 TRP 408 HH TRP 408 -8.210 9.994 -3.086 131 H GLN 409 H GLN 409 -7.165 2.150 -4.155 132 HA GLN 409 HA GLN 409 -9.374 3.657 -5.286 133 HB3 GLN 409 1HB GLN 409 -10.746 1.595 -4.981 134 HB2 GLN 409 2HB GLN 409 -9.304 0.740 -4.459 135 HG3 GLN 409 1HG GLN 409 -8.289 1.033 -6.632 136 HG2 GLN 409 2HG GLN 409 -9.648 2.017 -7.167 137 HE21 GLN 409 HE21 GLN 409 -11.579 1.042 -7.681 138 HE22 GLN 409 HE22 GLN 409 -11.723 -0.657 -7.936 139 H GLU 410 H GLU 410 -10.788 4.475 -4.003 140 HA GLU 410 HA GLU 410 -10.336 4.745 -1.189 141 HB3 GLU 410 1HB GLU 410 -12.449 5.620 -3.146 142 HB2 GLU 410 2HB GLU 410 -11.159 6.588 -2.469 143 HG3 GLU 410 1HG GLU 410 -12.217 6.682 -0.345 144 HG2 GLU 410 2HG GLU 410 -13.424 5.491 -0.832 145 H LYS 411 H LYS 411 -12.223 2.793 -3.285 146 HA LYS 411 HA LYS 411 -13.835 1.568 -1.210 147 HB3 LYS 411 1HB LYS 411 -14.803 3.210 -3.541 148 HB2 LYS 411 2HB LYS 411 -14.676 3.837 -1.930 149 HG3 LYS 411 1HG LYS 411 -16.411 2.078 -1.267 150 HG2 LYS 411 2HG LYS 411 -16.749 2.018 -3.007 151 HD3 LYS 411 1HD LYS 411 -16.713 4.507 -1.246 152 HD2 LYS 411 2HD LYS 411 -18.157 3.720 -1.872 153 HE3 LYS 411 1HE LYS 411 -17.834 4.496 -4.016 154 HE2 LYS 411 2HE LYS 411 -16.091 4.626 -3.840 155 HZ3 LYS 411 1HZ LYS 411 -17.283 6.761 -3.991 156 HZ2 LYS 411 2HZ LYS 411 -16.259 6.622 -2.698 157 HZ1 LYS 411 3HZ LYS 411 -17.924 6.542 -2.442 No H/Q in entry = 157 In of MODEL 1 1 HA PRO 412 HA PRO 412 -12.197 -1.089 -4.522 2 HB3 PRO 412 1HB PRO 412 -10.962 -1.804 -2.750 3 HB2 PRO 412 2HB PRO 412 -11.840 -3.285 -3.159 4 HG3 PRO 412 1HG PRO 412 -11.918 -2.229 -0.672 5 HG2 PRO 412 2HG PRO 412 -13.316 -3.044 -1.387 6 HD3 PRO 412 1HD PRO 412 -12.943 -0.206 -0.771 7 HD2 PRO 412 2HD PRO 412 -14.439 -1.084 -1.174 8 H LYS 413 H LYS 413 -15.147 -2.187 -2.882 9 HA LYS 413 HA LYS 413 -15.295 -4.760 -3.895 10 HB3 LYS 413 1HB LYS 413 -17.557 -2.984 -3.120 11 HB2 LYS 413 2HB LYS 413 -16.583 -3.940 -2.020 12 HG3 LYS 413 1HG LYS 413 -17.410 -6.001 -3.039 13 HG2 LYS 413 2HG LYS 413 -18.361 -5.058 -4.194 14 HD3 LYS 413 1HD LYS 413 -18.685 -4.875 -1.199 15 HD2 LYS 413 2HD LYS 413 -19.662 -5.923 -2.221 16 HE3 LYS 413 1HE LYS 413 -20.678 -4.120 -3.307 17 HE2 LYS 413 2HE LYS 413 -19.463 -2.965 -2.768 18 HZ2 LYS 413 1HZ LYS 413 -20.211 -3.177 -0.578 19 HZ1 LYS 413 2HZ LYS 413 -21.417 -4.312 -0.984 20 HZ3 LYS 413 3HZ LYS 413 -21.506 -2.722 -1.547 No H/Q in entry = 20 In of MODEL 1 1 HA PRO 414 HA PRO 414 -16.888 -4.042 -8.063 2 HB3 PRO 414 1HB PRO 414 -15.369 -5.323 -9.247 3 HB2 PRO 414 2HB PRO 414 -16.114 -6.783 -8.595 4 HG3 PRO 414 1HG PRO 414 -13.712 -5.323 -7.673 5 HG2 PRO 414 2HG PRO 414 -14.125 -7.037 -7.499 6 HD3 PRO 414 1HD PRO 414 -14.205 -5.351 -5.434 7 HD2 PRO 414 2HD PRO 414 -15.388 -6.672 -5.596 8 H ALA 415 H ALA 415 -19.026 -4.139 -7.727 9 HA ALA 415 HA ALA 415 -20.129 -6.380 -6.232 10 HB2 ALA 415 1HB ALA 415 -22.057 -5.015 -5.859 11 HB1 ALA 415 2HB ALA 415 -21.493 -3.827 -7.018 12 HB3 ALA 415 3HB ALA 415 -20.600 -4.082 -5.516 13 H SER 416 H SER 416 -19.661 -5.936 -9.404 14 HA SER 416 HA SER 416 -20.455 -6.797 -11.299 15 HB3 SER 416 1HB SER 416 -22.010 -8.716 -11.251 16 HB2 SER 416 2HB SER 416 -22.362 -8.382 -9.553 17 HG SER 416 HG SER 416 -20.797 -9.963 -9.695 18 H VAL 417 H VAL 417 -23.223 -6.042 -9.212 19 HA VAL 417 HA VAL 417 -24.761 -4.880 -11.330 20 HB VAL 417 HB VAL 417 -26.148 -3.859 -9.516 21 HG12 VAL 417 HG11 VAL 417 -26.894 -5.936 -8.450 22 HG11 VAL 417 HG12 VAL 417 -25.426 -6.737 -9.006 23 HG13 VAL 417 HG13 VAL 417 -26.607 -6.153 -10.177 24 HG23 VAL 417 HG21 VAL 417 -24.091 -5.042 -7.638 25 HG22 VAL 417 HG22 VAL 417 -25.608 -4.281 -7.151 26 HG21 VAL 417 HG23 VAL 417 -24.351 -3.325 -7.937 27 H ASP 418 H ASP 418 -22.128 -4.014 -9.532 28 HA ASP 418 HA ASP 418 -22.115 -1.261 -10.508 29 HB3 ASP 418 1HB ASP 418 -20.534 -2.594 -8.292 30 HB2 ASP 418 2HB ASP 418 -21.816 -1.413 -8.069 31 H ALA 419 H ALA 419 -21.507 -1.809 -12.562 32 HA ALA 419 HA ALA 419 -19.350 -3.624 -13.086 33 HB3 ALA 419 1HB ALA 419 -19.727 -3.051 -15.436 34 HB2 ALA 419 2HB ALA 419 -20.823 -1.757 -14.948 35 HB1 ALA 419 3HB ALA 419 -21.245 -3.440 -14.626 36 H ASN 420 H ASN 420 -19.861 -0.164 -13.059 37 HA ASN 420 HA ASN 420 -17.075 0.320 -13.718 38 HB3 ASN 420 1HB ASN 420 -17.734 2.748 -13.368 39 HB2 ASN 420 2HB ASN 420 -19.384 2.199 -13.150 40 HD21 ASN 420 HD21 ASN 420 -18.247 3.967 -15.107 41 HD22 ASN 420 HD22 ASN 420 -18.674 3.313 -16.650 42 H THR 421 H THR 421 -16.182 -0.675 -11.964 43 HA THR 421 HA THR 421 -17.083 -0.109 -9.369 44 HB THR 421 HB THR 421 -14.638 -1.624 -10.266 45 HG21 THR 421 HG21 THR 421 -14.461 -0.880 -7.907 46 HG23 THR 421 HG22 THR 421 -14.702 -2.624 -8.018 47 HG22 THR 421 HG23 THR 421 -16.048 -1.572 -7.579 48 HG1 THR 421 HG1 THR 421 -17.351 -2.160 -9.832 49 H LYS 422 H LYS 422 -16.987 2.054 -9.301 50 HA LYS 422 HA LYS 422 -16.337 3.975 -8.417 51 HB3 LYS 422 1HB LYS 422 -14.586 3.884 -6.600 52 HB2 LYS 422 2HB LYS 422 -14.333 2.201 -7.022 53 HG3 LYS 422 1HG LYS 422 -17.014 3.286 -6.156 54 HG2 LYS 422 2HG LYS 422 -15.838 2.610 -5.036 55 HD3 LYS 422 1HD LYS 422 -15.941 0.469 -6.079 56 HD2 LYS 422 2HD LYS 422 -16.968 1.086 -7.367 57 HE3 LYS 422 1HE LYS 422 -18.709 1.597 -5.699 58 HE2 LYS 422 2HE LYS 422 -17.682 0.902 -4.450 59 HZ1 LYS 422 1HZ LYS 422 -18.667 -0.553 -6.833 60 HZ3 LYS 422 2HZ LYS 422 -19.367 -0.644 -5.302 61 HZ2 LYS 422 3HZ LYS 422 -17.811 -1.240 -5.553 62 H LEU 423 H LEU 423 -14.158 5.311 -7.810 63 HA LEU 423 HA LEU 423 -12.785 5.473 -10.383 64 HB3 LEU 423 1HB LEU 423 -12.200 7.754 -9.704 65 HB2 LEU 423 2HB LEU 423 -13.030 7.518 -8.182 66 HG LEU 423 HG LEU 423 -15.168 7.310 -9.377 67 HD12 LEU 423 HD11 LEU 423 -15.341 9.623 -10.103 68 HD11 LEU 423 HD12 LEU 423 -13.580 9.764 -10.058 69 HD13 LEU 423 HD13 LEU 423 -14.484 9.469 -8.569 70 HD23 LEU 423 HD21 LEU 423 -15.288 7.888 -11.763 71 HD22 LEU 423 HD22 LEU 423 -14.384 6.403 -11.487 72 HD21 LEU 423 HD23 LEU 423 -13.525 7.903 -11.842 73 H THR 424 H THR 424 -10.681 5.192 -10.516 74 HA THR 424 HA THR 424 -9.204 4.575 -8.065 75 HB THR 424 HB THR 424 -8.439 3.907 -10.914 76 HG22 THR 424 HG21 THR 424 -7.621 2.723 -8.254 77 HG21 THR 424 HG22 THR 424 -6.660 3.825 -9.235 78 HG23 THR 424 HG23 THR 424 -7.033 2.206 -9.836 79 HG1 THR 424 HG1 THR 424 -10.244 2.625 -10.671 80 H ARG 425 H ARG 425 -7.317 5.799 -7.691 81 HA ARG 425 HA ARG 425 -6.774 7.843 -9.712 82 HB3 ARG 425 1HB ARG 425 -6.077 9.347 -7.833 83 HB2 ARG 425 2HB ARG 425 -6.708 8.153 -6.708 84 HG3 ARG 425 1HG ARG 425 -8.323 9.924 -7.007 85 HG2 ARG 425 2HG ARG 425 -8.933 8.414 -7.708 86 HD3 ARG 425 1HD ARG 425 -8.303 9.141 -9.920 87 HD2 ARG 425 2HD ARG 425 -7.634 10.640 -9.279 88 HE ARG 425 HE ARG 425 -10.179 10.717 -8.427 89 HH11 ARG 425 HH11 ARG 425 -8.755 10.187 -11.657 90 HH12 ARG 425 HH12 ARG 425 -10.079 10.856 -12.482 91 HH21 ARG 425 HH21 ARG 425 -12.013 11.630 -9.628 92 HH22 ARG 425 HH22 ARG 425 -11.943 11.667 -11.327 93 H SER 426 H SER 426 -4.680 8.416 -10.027 94 HA SER 426 HA SER 426 -2.779 6.395 -9.114 95 HB3 SER 426 1HB SER 426 -3.059 6.243 -11.484 96 HB2 SER 426 2HB SER 426 -1.511 7.025 -11.198 97 HG SER 426 HG SER 426 -3.362 8.936 -11.337 98 H LEU 427 H LEU 427 -0.800 6.993 -8.360 99 HA LEU 427 HA LEU 427 -0.112 9.811 -8.280 100 HB3 LEU 427 1HB LEU 427 -0.168 8.088 -5.797 101 HB2 LEU 427 2HB LEU 427 -1.492 9.138 -6.242 102 HG LEU 427 HG LEU 427 1.304 10.071 -5.581 103 HD13 LEU 427 HD11 LEU 427 0.315 12.300 -5.599 104 HD12 LEU 427 HD12 LEU 427 -1.240 11.618 -6.065 105 HD11 LEU 427 HD13 LEU 427 0.118 11.543 -7.179 106 HD23 LEU 427 HD21 LEU 427 -1.265 10.195 -3.999 107 HD22 LEU 427 HD22 LEU 427 0.274 10.921 -3.533 108 HD21 LEU 427 HD23 LEU 427 0.124 9.169 -3.637 No H/Q in entry = 108 In of MODEL 1 1 HA PRO 428 HA PRO 428 3.724 7.585 -9.118 2 HB3 PRO 428 1HB PRO 428 4.183 9.244 -10.655 3 HB2 PRO 428 2HB PRO 428 5.347 9.731 -9.419 4 HG3 PRO 428 1HG PRO 428 3.460 11.420 -10.320 5 HG2 PRO 428 2HG PRO 428 3.981 11.432 -8.628 6 HD3 PRO 428 1HD PRO 428 1.452 10.453 -9.804 7 HD2 PRO 428 2HD PRO 428 1.797 11.062 -8.175 8 H CYS 429 H CYS 429 5.436 6.878 -7.890 9 HA CYS 429 HA CYS 429 6.143 8.384 -5.498 10 HB3 CYS 429 1HB CYS 429 4.368 6.922 -4.762 11 HB2 CYS 429 2HB CYS 429 5.906 6.362 -4.109 12 HG CYS 429 HG CYS 429 4.886 4.982 -7.012 13 H GLN 430 H GLN 430 8.027 7.537 -4.448 14 HA GLN 430 HA GLN 430 9.808 5.941 -6.138 15 HB3 GLN 430 1HB GLN 430 11.634 7.170 -5.171 16 HB2 GLN 430 2HB GLN 430 10.599 7.879 -3.941 17 HG3 GLN 430 1HG GLN 430 9.494 9.239 -5.631 18 HG2 GLN 430 2HG GLN 430 10.493 8.514 -6.886 19 HE21 GLN 430 HE21 GLN 430 12.580 9.166 -7.130 20 HE22 GLN 430 HE22 GLN 430 13.243 10.532 -6.323 21 H VAL 431 H VAL 431 10.401 4.055 -5.113 22 HA VAL 431 HA VAL 431 9.517 3.767 -2.347 23 HB VAL 431 HB VAL 431 9.538 1.625 -4.499 24 HG11 VAL 431 HG11 VAL 431 9.943 0.707 -2.277 25 HG13 VAL 431 HG12 VAL 431 8.345 0.251 -2.864 26 HG12 VAL 431 HG13 VAL 431 8.511 1.530 -1.662 27 HG21 VAL 431 HG21 VAL 431 7.271 3.157 -3.259 28 HG23 VAL 431 HG22 VAL 431 7.074 1.745 -4.280 29 HG22 VAL 431 HG23 VAL 431 7.792 3.218 -4.943 30 H TYR 432 H TYR 432 10.927 3.288 -1.004 31 HA TYR 432 HA TYR 432 13.577 2.348 -1.835 32 HB3 TYR 432 1HB TYR 432 14.382 3.276 0.226 33 HB2 TYR 432 2HB TYR 432 12.750 3.630 0.773 34 HH TYR 432 HH TYR 432 14.126 8.829 -3.015 35 HD1 TYR 432 1HD TYR 432 15.266 4.578 -1.776 36 HE1 TYR 432 1HE TYR 432 15.468 6.870 -2.642 37 HE2 TYR 432 2HE TYR 432 11.942 7.964 -0.529 38 HD2 TYR 432 2HD TYR 432 11.757 5.675 0.339 39 H VAL 433 H VAL 433 14.491 0.754 -0.359 40 HA VAL 433 HA VAL 433 12.442 -0.622 1.188 41 HB VAL 433 HB VAL 433 13.464 -2.779 0.827 42 HG11 VAL 433 HG11 VAL 433 12.907 -1.398 -1.763 43 HG13 VAL 433 HG12 VAL 433 11.766 -2.245 -0.713 44 HG12 VAL 433 HG13 VAL 433 13.037 -3.140 -1.544 45 HG23 VAL 433 HG21 VAL 433 15.274 -3.147 -0.805 46 HG22 VAL 433 HG22 VAL 433 15.782 -2.217 0.593 47 HG21 VAL 433 HG23 VAL 433 15.485 -1.395 -0.951 48 H ASN 434 H ASN 434 12.929 -1.299 3.134 49 HA ASN 434 HA ASN 434 15.477 -0.345 4.051 50 HB3 ASN 434 1HB ASN 434 13.078 -1.049 5.829 51 HB2 ASN 434 2HB ASN 434 13.651 0.541 5.405 52 HD21 ASN 434 HD21 ASN 434 13.404 -0.928 8.011 53 HD22 ASN 434 HD22 ASN 434 14.969 -0.721 8.706 54 H HIS 435 H HIS 435 16.803 -1.366 4.966 55 HA HIS 435 HA HIS 435 18.013 -3.116 3.436 56 HB3 HIS 435 1HB HIS 435 19.146 -3.260 6.070 57 HB2 HIS 435 2HB HIS 435 18.644 -1.628 5.655 58 HD1 HIS 435 HD1 HIS 435 20.669 -0.386 4.831 59 HD2 HIS 435 2HD HIS 435 20.561 -4.322 3.470 60 HE1 HIS 435 1HE HIS 435 22.633 -0.652 3.288 61 H GLY 436 H GLY 436 18.796 -5.046 3.337 62 HA2 GLY 436 1HA GLY 436 17.974 -7.104 5.259 63 HA3 GLY 436 2HA GLY 436 19.447 -7.130 4.291 64 H GLU 437 H GLU 437 16.813 -5.937 2.732 65 HA GLU 437 HA GLU 437 15.737 -8.513 1.918 66 HB3 GLU 437 1HB GLU 437 13.802 -7.338 1.368 67 HB2 GLU 437 2HB GLU 437 14.654 -5.805 1.275 68 HG3 GLU 437 1HG GLU 437 13.237 -5.970 3.267 69 HG2 GLU 437 2HG GLU 437 14.931 -5.725 3.633 70 H ASN 438 H ASN 438 16.504 -9.325 0.055 71 HA ASN 438 HA ASN 438 17.293 -7.437 -2.059 72 HB3 ASN 438 1HB ASN 438 18.041 -10.367 -1.775 73 HB2 ASN 438 2HB ASN 438 19.088 -9.009 -1.371 74 HD21 ASN 438 HD21 ASN 438 17.645 -10.844 -3.965 75 HD22 ASN 438 HD22 ASN 438 18.566 -10.162 -5.245 76 H LEU 439 H LEU 439 15.626 -7.105 -3.371 77 HA LEU 439 HA LEU 439 14.394 -9.431 -4.574 78 HB3 LEU 439 1HB LEU 439 12.779 -8.667 -2.847 79 HB2 LEU 439 2HB LEU 439 12.152 -8.534 -4.470 80 HG LEU 439 HG LEU 439 12.553 -6.067 -4.396 81 HD12 LEU 439 HD11 LEU 439 10.817 -7.211 -2.229 82 HD11 LEU 439 HD12 LEU 439 10.376 -7.025 -3.928 83 HD13 LEU 439 HD13 LEU 439 10.673 -5.599 -2.927 84 HD21 LEU 439 HD21 LEU 439 13.140 -6.600 -1.476 85 HD23 LEU 439 HD22 LEU 439 12.829 -5.025 -2.193 86 HD22 LEU 439 HD23 LEU 439 14.270 -5.932 -2.666 87 H LYS 440 H LYS 440 13.489 -8.941 -6.684 88 HA LYS 440 HA LYS 440 14.865 -6.650 -7.832 89 HB3 LYS 440 1HB LYS 440 13.927 -9.191 -9.168 90 HB2 LYS 440 2HB LYS 440 15.586 -8.732 -8.826 91 HG3 LYS 440 1HG LYS 440 15.148 -6.715 -10.324 92 HG2 LYS 440 2HG LYS 440 13.699 -7.562 -10.843 93 HD3 LYS 440 1HD LYS 440 15.397 -8.039 -12.431 94 HD2 LYS 440 2HD LYS 440 15.156 -9.501 -11.475 95 HE3 LYS 440 1HE LYS 440 17.549 -9.000 -11.870 96 HE2 LYS 440 2HE LYS 440 17.140 -9.016 -10.158 97 HZ1 LYS 440 1HZ LYS 440 17.247 -6.502 -11.732 98 HZ3 LYS 440 2HZ LYS 440 18.591 -7.147 -10.975 99 HZ2 LYS 440 3HZ LYS 440 17.281 -6.663 -10.048 100 H THR 441 H THR 441 13.813 -4.953 -8.484 101 HA THR 441 HA THR 441 10.974 -4.995 -8.261 102 HB THR 441 HB THR 441 11.447 -2.479 -8.572 103 HG23 THR 441 HG21 THR 441 10.799 -3.509 -6.454 104 HG22 THR 441 HG22 THR 441 12.122 -2.373 -6.155 105 HG21 THR 441 HG23 THR 441 12.435 -4.106 -6.217 106 HG1 THR 441 HG1 THR 441 13.643 -2.021 -7.992 107 H GLU 442 H GLU 442 13.267 -5.069 -10.867 108 HA GLU 442 HA GLU 442 11.642 -3.877 -12.839 109 HB3 GLU 442 1HB GLU 442 12.892 -5.151 -14.534 110 HB2 GLU 442 2HB GLU 442 13.544 -6.202 -13.292 111 HG3 GLU 442 1HG GLU 442 14.096 -3.284 -13.153 112 HG2 GLU 442 2HG GLU 442 14.988 -4.293 -14.290 113 H GLN 443 H GLN 443 11.325 -6.740 -11.125 114 HA GLN 443 HA GLN 443 9.647 -8.122 -13.017 115 HB3 GLN 443 1HB GLN 443 9.387 -9.780 -11.199 116 HB2 GLN 443 2HB GLN 443 10.275 -8.714 -10.116 117 HG3 GLN 443 1HG GLN 443 12.221 -8.871 -11.651 118 HG2 GLN 443 2HG GLN 443 11.314 -10.030 -12.611 119 HE21 GLN 443 HE21 GLN 443 12.816 -11.626 -12.309 120 HE22 GLN 443 HE22 GLN 443 13.054 -12.426 -10.800 121 H TRP 444 H TRP 444 9.234 -5.604 -10.843 122 HA TRP 444 HA TRP 444 6.517 -6.197 -10.103 123 HB3 TRP 444 1HB TRP 444 6.591 -3.801 -9.250 124 HB2 TRP 444 2HB TRP 444 8.281 -3.775 -9.715 125 HD1 TRP 444 HD TRP 444 8.412 -7.017 -8.501 126 HE3 TRP 444 3HE TRP 444 7.193 -2.235 -7.199 127 HE1 TRP 444 HE1 TRP 444 8.862 -7.167 -5.989 128 HZ3 TRP 444 3HZ TRP 444 7.378 -1.560 -4.850 129 HZ2 TRP 444 2HZ TRP 444 8.719 -5.457 -3.722 130 HH2 TRP 444 HH TRP 444 8.140 -3.153 -3.134 No H/Q in entry = 130 In of MODEL 1 1 HA PRO 445 HA PRO 445 4.788 -4.073 -13.719 2 HB3 PRO 445 1HB PRO 445 2.534 -4.458 -13.488 3 HB2 PRO 445 2HB PRO 445 2.466 -3.626 -11.929 4 HG3 PRO 445 1HG PRO 445 3.251 -6.452 -12.547 5 HG2 PRO 445 2HG PRO 445 2.201 -5.854 -11.252 6 HD3 PRO 445 1HD PRO 445 4.704 -6.524 -10.745 7 HD2 PRO 445 2HD PRO 445 4.018 -5.057 -10.004 8 H GLN 446 H GLN 446 3.943 -1.842 -14.141 9 HA GLN 446 HA GLN 446 5.349 -0.041 -12.401 10 HB3 GLN 446 1HB GLN 446 4.794 1.710 -14.111 11 HB2 GLN 446 2HB GLN 446 3.995 0.450 -15.042 12 HG3 GLN 446 1HG GLN 446 6.088 -0.776 -15.209 13 HG2 GLN 446 2HG GLN 446 6.893 0.432 -14.211 14 HE21 GLN 446 HE21 GLN 446 8.375 0.915 -15.762 15 HE22 GLN 446 HE22 GLN 446 7.988 1.801 -17.192 16 H LYS 447 H LYS 447 2.204 -1.136 -12.563 17 HA LYS 447 HA LYS 447 1.412 1.010 -10.747 18 HB3 LYS 447 1HB LYS 447 -0.988 0.229 -11.337 19 HB2 LYS 447 2HB LYS 447 -0.268 -0.410 -12.795 20 HG3 LYS 447 1HG LYS 447 -0.053 2.461 -11.999 21 HG2 LYS 447 2HG LYS 447 -1.355 1.821 -12.991 22 HD3 LYS 447 1HD LYS 447 0.283 1.069 -14.648 23 HD2 LYS 447 2HD LYS 447 1.567 1.803 -13.681 24 HE3 LYS 447 1HE LYS 447 0.843 3.297 -15.473 25 HE2 LYS 447 2HE LYS 447 0.476 3.979 -13.890 26 HZ3 LYS 447 1HZ LYS 447 -1.446 2.624 -15.709 27 HZ2 LYS 447 2HZ LYS 447 -1.405 4.270 -15.362 28 HZ1 LYS 447 3HZ LYS 447 -1.841 3.163 -14.164 29 H LEU 448 H LEU 448 0.722 0.411 -8.854 30 HA LEU 448 HA LEU 448 0.282 -2.451 -8.378 31 HB3 LEU 448 1HB LEU 448 1.075 -2.117 -6.106 32 HB2 LEU 448 2HB LEU 448 1.278 -0.402 -6.391 33 HG LEU 448 HG LEU 448 3.138 -0.801 -7.860 34 HD13 LEU 448 HD11 LEU 448 4.736 -1.781 -6.317 35 HD12 LEU 448 HD12 LEU 448 3.408 -2.405 -5.341 36 HD11 LEU 448 HD13 LEU 448 3.637 -0.664 -5.511 37 HD22 LEU 448 HD21 LEU 448 2.482 -2.802 -8.983 38 HD21 LEU 448 HD22 LEU 448 2.480 -3.696 -7.477 39 HD23 LEU 448 HD23 LEU 448 4.017 -3.137 -8.163 40 H ILE 449 H ILE 449 -1.486 -2.960 -6.942 41 HA ILE 449 HA ILE 449 -3.547 -0.875 -7.105 42 HB ILE 449 HB ILE 449 -3.858 -3.841 -6.540 43 HG12 ILE 449 HG12 ILE 449 -4.358 -2.348 -9.133 44 HG21 ILE 449 HG21 ILE 449 -5.686 -2.495 -5.645 45 HG23 ILE 449 HG22 ILE 449 -6.245 -3.450 -7.019 46 HG22 ILE 449 HG23 ILE 449 -5.914 -1.729 -7.218 47 HD11 ILE 449 HD11 ILE 449 -4.528 -5.297 -8.546 48 HD13 ILE 449 HD12 ILE 449 -4.704 -4.544 -10.130 49 HD12 ILE 449 HD13 ILE 449 -5.892 -4.229 -8.867 50 HG13 ILE 449 HG11 ILE 449 -2.991 -3.413 -8.825 51 H MET 450 H MET 450 -3.894 0.208 -5.264 52 HA MET 450 HA MET 450 -3.556 -1.290 -2.778 53 HB3 MET 450 1HB MET 450 -1.707 0.188 -2.863 54 HB2 MET 450 2HB MET 450 -2.826 0.823 -1.664 55 HG3 MET 450 1HG MET 450 -3.670 2.368 -3.388 56 HG2 MET 450 2HG MET 450 -2.374 1.836 -4.456 57 HE3 MET 450 1HE MET 450 -1.816 4.260 -0.568 58 HE2 MET 450 2HE MET 450 -2.459 2.618 -0.551 59 HE1 MET 450 3HE MET 450 -3.369 3.916 -1.325 60 H GLN 451 H GLN 451 -5.051 -1.221 -1.344 61 HA GLN 451 HA GLN 451 -7.332 0.586 -1.757 62 HB3 GLN 451 1HB GLN 451 -7.291 -2.261 -0.729 63 HB2 GLN 451 2HB GLN 451 -8.103 -1.657 -2.167 64 HG3 GLN 451 1HG GLN 451 -8.815 -0.972 0.682 65 HG2 GLN 451 2HG GLN 451 -9.689 -2.106 -0.342 66 HE21 GLN 451 HE21 GLN 451 -10.480 0.443 0.999 67 HE22 GLN 451 HE22 GLN 451 -11.176 1.393 -0.259 68 H LEU 452 H LEU 452 -7.907 1.825 -0.114 69 HA LEU 452 HA LEU 452 -6.290 1.797 2.255 70 HB3 LEU 452 1HB LEU 452 -7.710 3.777 2.911 71 HB2 LEU 452 2HB LEU 452 -8.559 3.601 1.396 72 HG LEU 452 HG LEU 452 -6.864 5.418 1.451 73 HD12 LEU 452 HD11 LEU 452 -4.857 3.200 1.543 74 HD11 LEU 452 HD12 LEU 452 -5.196 4.377 2.810 75 HD13 LEU 452 HD13 LEU 452 -4.515 4.908 1.271 76 HD22 LEU 452 HD21 LEU 452 -5.876 4.959 -0.751 77 HD21 LEU 452 HD22 LEU 452 -7.584 4.523 -0.702 78 HD23 LEU 452 HD23 LEU 452 -6.348 3.267 -0.603 79 H ILE 453 H ILE 453 -6.698 0.442 3.755 80 HA ILE 453 HA ILE 453 -9.452 -0.083 4.511 81 HB ILE 453 HB ILE 453 -8.528 -2.284 5.468 82 HG12 ILE 453 HG12 ILE 453 -6.820 -3.195 3.878 83 HG21 ILE 453 HG21 ILE 453 -8.838 -1.908 2.512 84 HG23 ILE 453 HG22 ILE 453 -10.122 -2.217 3.684 85 HG22 ILE 453 HG23 ILE 453 -8.906 -3.453 3.356 86 HD12 ILE 453 HD11 ILE 453 -6.217 -2.966 6.218 87 HD11 ILE 453 HD12 ILE 453 -5.873 -1.252 5.980 88 HD13 ILE 453 HD13 ILE 453 -4.851 -2.473 5.211 89 HG13 ILE 453 HG11 ILE 453 -6.334 -1.547 3.551 No H/Q in entry = 89 In of MODEL 1 1 HA PRO 454 HA PRO 454 -8.418 1.638 8.405 2 HB3 PRO 454 1HB PRO 454 -10.525 1.284 9.225 3 HB2 PRO 454 2HB PRO 454 -9.733 0.058 10.220 4 HG3 PRO 454 1HG PRO 454 -11.741 -0.589 8.570 5 HG2 PRO 454 2HG PRO 454 -10.360 -1.676 8.808 6 HD3 PRO 454 1HD PRO 454 -10.967 0.130 6.512 7 HD2 PRO 454 2HD PRO 454 -10.243 -1.490 6.518 8 H GLN 455 H GLN 455 -6.635 1.606 9.486 9 HA GLN 455 HA GLN 455 -4.831 -0.532 9.651 10 HB3 GLN 455 1HB GLN 455 -4.915 2.082 11.171 11 HB2 GLN 455 2HB GLN 455 -4.215 1.855 9.586 12 HG3 GLN 455 1HG GLN 455 -2.559 0.313 10.580 13 HG2 GLN 455 2HG GLN 455 -3.209 0.715 12.171 14 HE21 GLN 455 HE21 GLN 455 -1.327 1.658 12.869 15 HE22 GLN 455 HE22 GLN 455 -0.735 3.161 12.262 16 H GLN 456 H GLN 456 -7.354 0.523 11.678 17 HA GLN 456 HA GLN 456 -6.709 -0.502 14.177 18 HB3 GLN 456 1HB GLN 456 -9.133 -0.610 14.573 19 HB2 GLN 456 2HB GLN 456 -9.413 -0.395 12.855 20 HG3 GLN 456 1HG GLN 456 -8.349 1.812 12.972 21 HG2 GLN 456 2HG GLN 456 -8.144 1.586 14.712 22 HE21 GLN 456 HE21 GLN 456 -9.439 3.337 15.196 23 HE22 GLN 456 HE22 GLN 456 -11.154 3.314 15.001 24 H LEU 457 H LEU 457 -8.165 -2.131 11.378 25 HA LEU 457 HA LEU 457 -8.473 -4.571 12.898 26 HB3 LEU 457 1HB LEU 457 -9.281 -5.503 10.648 27 HB2 LEU 457 2HB LEU 457 -9.221 -3.856 10.072 28 HG LEU 457 HG LEU 457 -10.938 -4.782 12.376 29 HD12 LEU 457 HD11 LEU 457 -10.964 -2.186 10.853 30 HD11 LEU 457 HD12 LEU 457 -10.406 -2.433 12.509 31 HD13 LEU 457 HD13 LEU 457 -12.110 -2.668 12.109 32 HD21 LEU 457 HD21 LEU 457 -11.648 -5.844 10.320 33 HD23 LEU 457 HD22 LEU 457 -11.688 -4.277 9.506 34 HD22 LEU 457 HD23 LEU 457 -12.811 -4.617 10.821 35 H LEU 458 H LEU 458 -6.043 -3.113 11.254 36 HA LEU 458 HA LEU 458 -4.888 -5.406 9.990 37 HB3 LEU 458 1HB LEU 458 -3.698 -2.711 10.647 38 HB2 LEU 458 2HB LEU 458 -4.539 -3.111 9.166 39 HG LEU 458 HG LEU 458 -1.959 -4.371 10.067 40 HD12 LEU 458 HD11 LEU 458 -3.473 -4.567 7.469 41 HD11 LEU 458 HD12 LEU 458 -3.301 -5.840 8.676 42 HD13 LEU 458 HD13 LEU 458 -1.893 -5.282 7.792 43 HD21 LEU 458 HD21 LEU 458 -1.671 -1.999 9.537 44 HD23 LEU 458 HD22 LEU 458 -2.473 -2.240 7.986 45 HD22 LEU 458 HD23 LEU 458 -0.924 -3.013 8.309 46 H THR 459 H THR 459 -4.915 -4.041 13.118 47 HA THR 459 HA THR 459 -2.521 -4.771 14.283 48 HB THR 459 HB THR 459 -5.244 -4.935 15.569 49 HG22 THR 459 HG21 THR 459 -2.542 -4.092 16.652 50 HG21 THR 459 HG22 THR 459 -3.360 -5.616 16.990 51 HG23 THR 459 HG23 THR 459 -4.053 -4.098 17.562 52 HG1 THR 459 HG1 THR 459 -5.447 -2.900 15.168 53 H THR 460 H THR 460 -5.299 -6.698 13.403 54 HA THR 460 HA THR 460 -4.896 -8.937 15.026 55 HB THR 460 HB THR 460 -6.188 -9.152 12.343 56 HG21 THR 460 HG21 THR 460 -7.000 -9.889 15.162 57 HG23 THR 460 HG22 THR 460 -6.276 -10.981 13.979 58 HG22 THR 460 HG23 THR 460 -7.880 -10.304 13.692 59 HG1 THR 460 HG1 THR 460 -7.278 -7.380 12.730 60 H LEU 461 H LEU 461 -3.330 -7.840 12.101 61 HA LEU 461 HA LEU 461 -2.313 -10.500 11.454 62 HB3 LEU 461 1HB LEU 461 -1.354 -9.303 9.421 63 HB2 LEU 461 2HB LEU 461 -2.258 -7.900 9.919 64 HG LEU 461 HG LEU 461 -3.538 -10.538 9.196 65 HD13 LEU 461 HD11 LEU 461 -5.603 -9.258 9.001 66 HD12 LEU 461 HD12 LEU 461 -4.751 -7.803 9.529 67 HD11 LEU 461 HD13 LEU 461 -4.922 -9.172 10.627 68 HD21 LEU 461 HD21 LEU 461 -3.167 -8.081 7.500 69 HD23 LEU 461 HD22 LEU 461 -4.132 -9.491 7.063 70 HD22 LEU 461 HD23 LEU 461 -2.387 -9.645 7.269 71 H GLY 462 H GLY 462 -1.540 -8.361 13.566 72 HA2 GLY 462 1HA GLY 462 0.352 -7.888 14.785 73 HA3 GLY 462 2HA GLY 462 0.868 -7.177 13.272 No H/Q in entry = 73 In of MODEL 1 1 HA PRO 463 HA PRO 463 3.580 -10.938 14.652 2 HB3 PRO 463 1HB PRO 463 2.456 -12.526 15.872 3 HB2 PRO 463 2HB PRO 463 2.533 -13.447 14.368 4 HG3 PRO 463 1HG PRO 463 0.188 -12.920 15.508 5 HG2 PRO 463 2HG PRO 463 0.372 -12.847 13.744 6 HD3 PRO 463 1HD PRO 463 0.260 -10.618 15.734 7 HD2 PRO 463 2HD PRO 463 -0.479 -10.722 14.122 8 H LEU 464 H LEU 464 1.471 -11.016 11.924 9 HA LEU 464 HA LEU 464 3.059 -12.817 10.347 10 HB3 LEU 464 1HB LEU 464 0.820 -10.950 9.542 11 HB2 LEU 464 2HB LEU 464 0.607 -12.600 10.068 12 HG LEU 464 HG LEU 464 1.963 -11.729 7.513 13 HD11 LEU 464 HD11 LEU 464 1.365 -14.499 8.568 14 HD13 LEU 464 HD12 LEU 464 2.967 -13.779 8.416 15 HD12 LEU 464 HD13 LEU 464 2.015 -14.118 6.974 16 HD21 LEU 464 HD21 LEU 464 -0.477 -11.444 7.530 17 HD23 LEU 464 HD22 LEU 464 -0.658 -13.136 8.005 18 HD22 LEU 464 HD23 LEU 464 0.032 -12.729 6.436 19 H PHE 465 H PHE 465 3.014 -9.463 11.025 20 HA PHE 465 HA PHE 465 4.494 -8.608 8.756 21 HB3 PHE 465 1HB PHE 465 4.983 -6.562 10.251 22 HB2 PHE 465 2HB PHE 465 3.877 -7.313 11.392 23 HZ PHE 465 HZ PHE 465 0.043 -5.000 7.731 24 HD1 PHE 465 1HD PHE 465 1.472 -7.362 10.966 25 HE1 PHE 465 1HE PHE 465 -0.389 -6.331 9.767 26 HE2 PHE 465 2HE PHE 465 2.326 -4.717 6.918 27 HD2 PHE 465 2HD PHE 465 4.187 -5.741 8.109 28 H ARG 466 H ARG 466 5.393 -10.388 11.452 29 HA ARG 466 HA ARG 466 8.049 -9.367 11.682 30 HB3 ARG 466 1HB ARG 466 8.513 -11.438 13.020 31 HB2 ARG 466 2HB ARG 466 6.851 -11.923 12.736 32 HG3 ARG 466 1HG ARG 466 7.207 -10.869 14.951 33 HG2 ARG 466 2HG ARG 466 6.013 -10.034 13.960 34 HD3 ARG 466 1HD ARG 466 7.602 -8.517 15.167 35 HD2 ARG 466 2HD ARG 466 7.559 -8.281 13.425 36 HE ARG 466 HE ARG 466 9.605 -10.093 14.044 37 HH11 ARG 466 HH11 ARG 466 8.906 -6.632 14.560 38 HH12 ARG 466 HH12 ARG 466 10.530 -6.155 14.434 39 HH21 ARG 466 HH21 ARG 466 11.854 -9.368 13.804 40 HH22 ARG 466 HH22 ARG 466 12.203 -7.712 13.959 41 H ASN 467 H ASN 467 6.622 -11.262 9.373 42 HA ASN 467 HA ASN 467 9.282 -11.827 8.412 43 HB3 ASN 467 1HB ASN 467 8.587 -14.049 8.869 44 HB2 ASN 467 2HB ASN 467 8.410 -13.879 7.142 45 HD21 ASN 467 HD21 ASN 467 5.854 -12.575 7.126 46 HD22 ASN 467 HD22 ASN 467 4.703 -13.746 7.656 47 H SER 468 H SER 468 9.397 -9.963 7.422 48 HA SER 468 HA SER 468 8.088 -9.769 4.876 49 HB3 SER 468 1HB SER 468 7.140 -7.545 5.315 50 HB2 SER 468 2HB SER 468 7.591 -7.692 7.019 51 HG SER 468 HG SER 468 6.277 -9.847 6.433 52 H ARG 469 H ARG 469 8.789 -7.696 3.806 53 HA ARG 469 HA ARG 469 11.674 -7.191 4.253 54 HB3 ARG 469 1HB ARG 469 11.914 -7.050 1.928 55 HB2 ARG 469 2HB ARG 469 10.274 -6.519 1.679 56 HG3 ARG 469 1HG ARG 469 9.634 -8.597 1.137 57 HG2 ARG 469 2HG ARG 469 10.273 -9.232 2.647 58 HD3 ARG 469 1HD ARG 469 11.975 -8.703 0.223 59 HD2 ARG 469 2HD ARG 469 11.247 -10.268 0.591 60 HE ARG 469 HE ARG 469 12.759 -9.099 2.733 61 HH11 ARG 469 HH11 ARG 469 13.086 -11.218 -0.121 62 HH12 ARG 469 HH12 ARG 469 14.377 -12.069 0.556 63 HH21 ARG 469 HH21 ARG 469 14.461 -10.178 3.552 64 HH22 ARG 469 HH22 ARG 469 15.223 -11.472 2.736 65 H MET 470 H MET 470 12.323 -4.616 4.303 66 HA MET 470 HA MET 470 9.735 -3.425 4.812 67 HB3 MET 470 1HB MET 470 11.144 -1.614 5.780 68 HB2 MET 470 2HB MET 470 12.503 -2.720 5.476 69 HG3 MET 470 1HG MET 470 11.986 -4.145 7.077 70 HG2 MET 470 2HG MET 470 10.288 -3.740 7.096 71 HE1 MET 470 1HE MET 470 9.437 -1.305 7.996 72 HE3 MET 470 2HE MET 470 10.660 -0.361 7.164 73 HE2 MET 470 3HE MET 470 10.439 -0.181 8.897 74 H VAL 471 H VAL 471 9.158 -1.470 3.928 75 HA VAL 471 HA VAL 471 10.804 -0.431 1.767 76 HB VAL 471 HB VAL 471 8.956 -0.178 0.292 77 HG11 VAL 471 HG11 VAL 471 8.875 -2.977 1.371 78 HG13 VAL 471 HG12 VAL 471 9.950 -2.356 0.120 79 HG12 VAL 471 HG13 VAL 471 8.216 -2.470 -0.184 80 HG22 VAL 471 HG21 VAL 471 7.239 0.395 1.861 81 HG21 VAL 471 HG22 VAL 471 7.226 -1.237 2.504 82 HG23 VAL 471 HG23 VAL 471 6.676 -0.931 0.837 83 H GLN 472 H GLN 472 10.251 1.714 1.214 84 HA GLN 472 HA GLN 472 8.580 3.163 3.086 85 HB3 GLN 472 1HB GLN 472 10.253 4.999 3.244 86 HB2 GLN 472 2HB GLN 472 11.415 3.991 2.403 87 HG3 GLN 472 1HG GLN 472 11.399 2.396 4.238 88 HG2 GLN 472 2HG GLN 472 10.189 3.362 5.081 89 HE21 GLN 472 HE21 GLN 472 11.542 3.665 6.852 90 HE22 GLN 472 HE22 GLN 472 12.905 4.704 6.782 91 H PHE 473 H PHE 473 7.458 4.683 2.151 92 HA PHE 473 HA PHE 473 7.816 5.015 -0.728 93 HB3 PHE 473 1HB PHE 473 5.350 5.742 -0.650 94 HB2 PHE 473 2HB PHE 473 5.327 5.037 0.965 95 HZ PHE 473 HZ PHE 473 4.534 0.199 -1.949 96 HD1 PHE 473 1HD PHE 473 5.168 4.354 -2.518 97 HE1 PHE 473 1HE PHE 473 4.586 2.148 -3.420 98 HE2 PHE 473 2HE PHE 473 5.092 0.444 0.440 99 HD2 PHE 473 2HD PHE 473 5.688 2.646 1.338 100 H HIS 474 H HIS 474 8.406 6.863 -1.394 101 HA HIS 474 HA HIS 474 7.712 9.307 0.077 102 HB3 HIS 474 1HB HIS 474 10.132 8.694 -1.670 103 HB2 HIS 474 2HB HIS 474 10.162 8.857 0.083 104 HD1 HIS 474 HD1 HIS 474 10.723 10.823 -2.937 105 HD2 HIS 474 2HD HIS 474 9.471 11.559 0.966 106 HE1 HIS 474 1HE HIS 474 11.059 13.266 -2.549 107 H PHE 475 H PHE 475 6.357 10.522 -1.166 108 HA PHE 475 HA PHE 475 5.826 9.423 -3.781 109 HB3 PHE 475 1HB PHE 475 3.832 11.002 -3.737 110 HB2 PHE 475 2HB PHE 475 4.246 11.272 -2.047 111 HZ PHE 475 HZ PHE 475 1.587 6.161 -1.529 112 HD1 PHE 475 1HD PHE 475 3.052 8.841 -4.488 113 HE1 PHE 475 1HE PHE 475 1.803 6.820 -3.892 114 HE2 PHE 475 2HE PHE 475 2.636 7.543 0.222 115 HD2 PHE 475 2HD PHE 475 3.885 9.561 -0.390 116 H THR 476 H THR 476 5.837 10.456 -5.652 117 HA THR 476 HA THR 476 7.534 12.742 -5.855 118 HB THR 476 HB THR 476 5.912 11.309 -7.987 119 HG22 THR 476 HG21 THR 476 7.666 12.140 -9.499 120 HG21 THR 476 HG22 THR 476 8.459 12.934 -8.136 121 HG23 THR 476 HG23 THR 476 6.864 13.473 -8.666 122 HG1 THR 476 HG1 THR 476 8.051 10.228 -8.304 123 H ASN 477 H ASN 477 6.514 14.480 -5.071 124 HA ASN 477 HA ASN 477 3.726 14.800 -5.166 125 HB3 ASN 477 1HB ASN 477 4.721 15.718 -3.256 126 HB2 ASN 477 2HB ASN 477 4.127 17.084 -4.181 127 HD21 ASN 477 HD21 ASN 477 5.587 18.500 -5.125 128 HD22 ASN 477 HD22 ASN 477 7.238 18.547 -4.676 129 H LYS 478 H LYS 478 3.371 14.521 -7.256 130 HA LYS 478 HA LYS 478 3.639 16.683 -9.130 131 HB3 LYS 478 1HB LYS 478 2.024 14.130 -9.007 132 HB2 LYS 478 2HB LYS 478 3.460 14.424 -9.949 133 HG3 LYS 478 1HG LYS 478 0.752 15.613 -10.510 134 HG2 LYS 478 2HG LYS 478 1.469 14.252 -11.351 135 HD3 LYS 478 1HD LYS 478 1.989 15.884 -12.846 136 HD2 LYS 478 2HD LYS 478 3.403 15.967 -11.819 137 HE3 LYS 478 1HE LYS 478 2.567 18.206 -12.303 138 HE2 LYS 478 2HE LYS 478 2.444 17.845 -10.584 139 HZ1 LYS 478 1HZ LYS 478 0.199 17.713 -12.533 140 HZ3 LYS 478 2HZ LYS 478 0.462 18.941 -11.418 141 HZ2 LYS 478 3HZ LYS 478 0.064 17.394 -10.875 142 H ASP 479 H ASP 479 1.103 15.283 -7.140 143 HA ASP 479 HA ASP 479 -0.349 17.801 -7.321 144 HB3 ASP 479 1HB ASP 479 -2.395 16.210 -6.941 145 HB2 ASP 479 2HB ASP 479 -1.329 15.017 -7.667 146 H LEU 480 H LEU 480 0.294 18.605 -5.437 147 HA LEU 480 HA LEU 480 0.460 17.180 -3.038 148 HB3 LEU 480 1HB LEU 480 0.347 19.461 -1.943 149 HB2 LEU 480 2HB LEU 480 0.185 20.126 -3.553 150 HG LEU 480 HG LEU 480 2.404 19.101 -4.132 151 HD11 LEU 480 HD11 LEU 480 2.389 20.972 -1.769 152 HD13 LEU 480 HD12 LEU 480 2.239 21.443 -3.464 153 HD12 LEU 480 HD13 LEU 480 3.734 20.714 -2.878 154 HD23 LEU 480 HD21 LEU 480 3.829 18.373 -2.266 155 HD22 LEU 480 HD22 LEU 480 2.443 17.314 -2.489 156 HD21 LEU 480 HD23 LEU 480 2.451 18.491 -1.175 157 H GLU 481 H GLU 481 -2.277 18.620 -4.606 158 HA GLU 481 HA GLU 481 -3.981 18.620 -2.354 159 HB3 GLU 481 1HB GLU 481 -5.839 18.510 -4.075 160 HB2 GLU 481 2HB GLU 481 -4.576 18.427 -5.298 161 HG3 GLU 481 1HG GLU 481 -5.347 20.672 -5.128 162 HG2 GLU 481 2HG GLU 481 -3.700 20.577 -4.505 163 H SER 482 H SER 482 -3.238 16.147 -4.779 164 HA SER 482 HA SER 482 -5.029 14.230 -3.782 165 HB3 SER 482 1HB SER 482 -3.704 12.623 -5.112 166 HB2 SER 482 2HB SER 482 -2.452 13.846 -5.332 167 HG SER 482 HG SER 482 -4.220 13.480 -6.990 168 H LEU 483 H LEU 483 -1.618 14.954 -3.100 169 HA LEU 483 HA LEU 483 -1.231 12.859 -1.252 170 HB3 LEU 483 1HB LEU 483 0.498 14.552 -0.201 171 HB2 LEU 483 2HB LEU 483 0.187 15.468 -1.654 172 HG LEU 483 HG LEU 483 2.238 14.118 -1.760 173 HD13 LEU 483 HD11 LEU 483 1.638 12.239 -0.423 174 HD12 LEU 483 HD12 LEU 483 2.105 11.685 -2.025 175 HD11 LEU 483 HD13 LEU 483 0.410 11.745 -1.580 176 HD22 LEU 483 HD21 LEU 483 1.146 14.711 -3.839 177 HD21 LEU 483 HD22 LEU 483 0.105 13.296 -3.715 178 HD23 LEU 483 HD23 LEU 483 1.842 13.092 -3.966 179 H LYS 484 H LYS 484 -2.223 16.197 -0.749 180 HA LYS 484 HA LYS 484 -2.430 16.235 2.007 181 HB3 LYS 484 1HB LYS 484 -4.247 17.557 0.013 182 HB2 LYS 484 2HB LYS 484 -2.660 18.157 0.454 183 HG3 LYS 484 1HG LYS 484 -3.393 18.557 2.724 184 HG2 LYS 484 2HG LYS 484 -4.974 17.863 2.357 185 HD3 LYS 484 1HD LYS 484 -3.817 20.248 0.932 186 HD2 LYS 484 2HD LYS 484 -4.889 20.374 2.324 187 HE3 LYS 484 1HE LYS 484 -6.652 19.232 1.116 188 HE2 LYS 484 2HE LYS 484 -5.590 18.967 -0.265 189 HZ3 LYS 484 1HZ LYS 484 -7.154 20.845 -0.491 190 HZ2 LYS 484 2HZ LYS 484 -5.547 21.179 -0.780 191 HZ1 LYS 484 3HZ LYS 484 -6.245 21.686 0.681 192 H GLY 485 H GLY 485 -4.901 15.313 -0.394 193 HA2 GLY 485 1HA GLY 485 -6.830 14.090 -0.203 194 HA3 GLY 485 2HA GLY 485 -6.954 14.712 1.439 195 H LEU 486 H LEU 486 -4.462 12.670 -0.051 196 HA LEU 486 HA LEU 486 -5.297 10.289 1.112 197 HB3 LEU 486 1HB LEU 486 -2.609 11.125 0.012 198 HB2 LEU 486 2HB LEU 486 -3.933 10.495 -0.937 199 HG LEU 486 HG LEU 486 -3.682 8.416 0.597 200 HD12 LEU 486 HD11 LEU 486 -2.043 7.485 -1.012 201 HD11 LEU 486 HD12 LEU 486 -1.671 9.118 -1.569 202 HD13 LEU 486 HD13 LEU 486 -3.279 8.436 -1.832 203 HD21 LEU 486 HD21 LEU 486 -2.044 9.380 2.102 204 HD23 LEU 486 HD22 LEU 486 -0.933 9.642 0.753 205 HD22 LEU 486 HD23 LEU 486 -1.363 8.001 1.244 206 H TYR 487 H TYR 487 -2.986 12.761 2.158 207 HA TYR 487 HA TYR 487 -1.871 11.535 4.407 208 HB3 TYR 487 1HB TYR 487 -1.888 13.964 5.375 209 HB2 TYR 487 2HB TYR 487 -2.468 14.410 3.785 210 HH TYR 487 HH TYR 487 3.447 14.179 1.512 211 HD1 TYR 487 1HD TYR 487 0.041 15.355 5.164 212 HE1 TYR 487 1HE TYR 487 2.354 15.587 4.374 213 HE2 TYR 487 2HE TYR 487 1.680 12.454 1.557 214 HD2 TYR 487 2HD TYR 487 -0.626 12.233 2.359 215 H ARG 488 H ARG 488 -4.881 13.296 4.062 216 HA ARG 488 HA ARG 488 -5.671 13.323 6.772 217 HB3 ARG 488 1HB ARG 488 -7.952 13.648 5.993 218 HB2 ARG 488 2HB ARG 488 -7.533 13.048 4.405 219 HG3 ARG 488 1HG ARG 488 -7.836 15.456 4.412 220 HG2 ARG 488 2HG ARG 488 -6.200 15.001 3.952 221 HD3 ARG 488 1HD ARG 488 -5.372 15.553 6.129 222 HD2 ARG 488 2HD ARG 488 -6.999 15.908 6.711 223 HE ARG 488 HE ARG 488 -6.929 17.614 4.787 224 HH11 ARG 488 HH11 ARG 488 -4.159 16.788 6.838 225 HH12 ARG 488 HH12 ARG 488 -3.442 18.332 6.736 226 HH21 ARG 488 HH21 ARG 488 -5.932 19.761 4.650 227 HH22 ARG 488 HH22 ARG 488 -4.473 20.052 5.477 228 H ILE 489 H ILE 489 -6.262 11.045 4.165 229 HA ILE 489 HA ILE 489 -7.925 9.288 5.630 230 HB ILE 489 HB ILE 489 -6.370 8.932 3.063 231 HG12 ILE 489 HG12 ILE 489 -9.304 9.481 3.557 232 HG22 ILE 489 HG21 ILE 489 -7.819 7.003 2.590 233 HG21 ILE 489 HG22 ILE 489 -8.440 7.082 4.244 234 HG23 ILE 489 HG23 ILE 489 -6.731 6.743 3.949 235 HD13 ILE 489 HD11 ILE 489 -7.821 9.350 0.948 236 HD12 ILE 489 HD12 ILE 489 -9.505 9.831 1.177 237 HD11 ILE 489 HD13 ILE 489 -8.999 8.175 1.532 238 HG13 ILE 489 HG11 ILE 489 -8.114 10.649 2.991 239 H MET 490 H MET 490 -4.488 9.006 4.651 240 HA MET 490 HA MET 490 -4.328 6.542 6.102 241 HB3 MET 490 1HB MET 490 -1.919 6.464 5.446 242 HB2 MET 490 2HB MET 490 -2.108 8.051 4.705 243 HG3 MET 490 1HG MET 490 -3.744 7.172 3.159 244 HG2 MET 490 2HG MET 490 -3.696 5.605 3.950 245 HE2 MET 490 1HE MET 490 -0.380 4.048 2.762 246 HE1 MET 490 2HE MET 490 -1.849 3.853 3.721 247 HE3 MET 490 3HE MET 490 -0.549 4.908 4.293 248 H GLY 491 H GLY 491 -3.737 9.802 6.893 249 HA2 GLY 491 1HA GLY 491 -2.861 10.753 8.789 250 HA3 GLY 491 2HA GLY 491 -2.157 9.199 9.213 251 H ASN 492 H ASN 492 -5.453 8.988 8.452 252 HA ASN 492 HA ASN 492 -6.368 9.479 11.181 253 HB3 ASN 492 1HB ASN 492 -7.975 8.631 8.746 254 HB2 ASN 492 2HB ASN 492 -7.693 10.300 9.207 255 HD21 ASN 492 HD21 ASN 492 -8.026 9.912 12.062 256 HD22 ASN 492 HD22 ASN 492 -9.697 9.588 12.317 257 H GLY 493 H GLY 493 -4.857 7.043 9.769 258 HA2 GLY 493 1HA GLY 493 -6.238 5.087 11.446 259 HA3 GLY 493 2HA GLY 493 -4.588 4.941 10.862 260 H PHE 494 H PHE 494 -5.504 5.729 8.126 261 HA PHE 494 HA PHE 494 -6.638 3.135 7.469 262 HB3 PHE 494 1HB PHE 494 -6.781 4.143 5.097 263 HB2 PHE 494 2HB PHE 494 -6.511 5.691 5.890 264 HZ PHE 494 HZ PHE 494 -12.112 4.983 7.135 265 HD1 PHE 494 1HD PHE 494 -8.303 6.866 6.821 266 HE1 PHE 494 1HE PHE 494 -10.701 6.995 7.340 267 HE2 PHE 494 2HE PHE 494 -11.092 2.842 6.423 268 HD2 PHE 494 2HD PHE 494 -8.711 2.736 5.922 269 H ALA 495 H ALA 495 -5.567 1.765 6.179 270 HA ALA 495 HA ALA 495 -2.741 2.348 5.708 271 HB1 ALA 495 1HB ALA 495 -4.083 -0.256 6.419 272 HB2 ALA 495 2HB ALA 495 -3.111 0.733 7.511 273 HB3 ALA 495 3HB ALA 495 -2.360 -0.031 6.111 274 H GLY 496 H GLY 496 -1.925 1.483 3.789 275 HA2 GLY 496 1HA GLY 496 -2.430 1.673 1.456 276 HA3 GLY 496 2HA GLY 496 -4.026 1.008 1.795 277 H CYS 497 H CYS 497 -4.292 -1.120 1.643 278 HA CYS 497 HA CYS 497 -1.964 -2.824 1.800 279 HB3 CYS 497 1HB CYS 497 -4.841 -3.580 1.186 280 HB2 CYS 497 2HB CYS 497 -4.099 -3.603 2.781 281 HG CYS 497 HG CYS 497 -2.073 -5.387 1.115 282 H VAL 498 H VAL 498 -0.766 -3.302 0.170 283 HA VAL 498 HA VAL 498 -1.609 -2.487 -2.497 284 HB VAL 498 HB VAL 498 1.134 -3.124 -1.412 285 HG13 VAL 498 HG11 VAL 498 1.030 -3.470 -3.808 286 HG12 VAL 498 HG12 VAL 498 1.976 -2.025 -3.460 287 HG11 VAL 498 HG13 VAL 498 0.314 -1.875 -4.028 288 HG23 VAL 498 HG21 VAL 498 -0.108 -0.418 -1.902 289 HG22 VAL 498 HG22 VAL 498 1.566 -0.713 -1.434 290 HG21 VAL 498 HG23 VAL 498 0.255 -1.139 -0.335 291 H HIS 499 H HIS 499 -2.156 -4.013 -3.790 292 HA HIS 499 HA HIS 499 -1.087 -6.708 -3.451 293 HB3 HIS 499 1HB HIS 499 -3.044 -7.349 -4.983 294 HB2 HIS 499 2HB HIS 499 -3.649 -5.720 -4.750 295 HD1 HIS 499 HD1 HIS 499 -4.378 -5.119 -2.158 296 HD2 HIS 499 2HD HIS 499 -3.786 -9.143 -3.054 297 HE1 HIS 499 1HE HIS 499 -5.523 -6.462 -0.330 298 H PHE 500 H PHE 500 0.005 -7.565 -5.187 299 HA PHE 500 HA PHE 500 0.738 -5.667 -7.248 300 HB3 PHE 500 1HB PHE 500 2.495 -7.322 -7.830 301 HB2 PHE 500 2HB PHE 500 1.879 -8.397 -6.586 302 HZ PHE 500 HZ PHE 500 5.227 -5.079 -3.257 303 HD1 PHE 500 1HD PHE 500 3.624 -5.216 -7.180 304 HE1 PHE 500 1HE PHE 500 5.098 -4.174 -5.529 305 HE2 PHE 500 2HE PHE 500 3.877 -7.049 -2.648 306 HD2 PHE 500 2HD PHE 500 2.415 -8.095 -4.327 No H/Q in entry = 306 In of MODEL 1 1 HA PRO 501 HA PRO 501 -1.962 -7.665 -10.232 2 HB3 PRO 501 1HB PRO 501 -1.590 -6.471 -12.193 3 HB2 PRO 501 2HB PRO 501 0.165 -6.658 -12.070 4 HG3 PRO 501 1HG PRO 501 -1.643 -4.737 -10.648 5 HG2 PRO 501 2HG PRO 501 -0.083 -4.430 -11.434 6 HD3 PRO 501 1HD PRO 501 -0.326 -4.739 -8.767 7 HD2 PRO 501 2HD PRO 501 1.120 -5.282 -9.637 8 H HIS 502 H HIS 502 -1.678 -9.367 -11.836 9 HA HIS 502 HA HIS 502 0.135 -11.313 -10.794 10 HB3 HIS 502 1HB HIS 502 -1.851 -11.471 -13.068 11 HB2 HIS 502 2HB HIS 502 -2.179 -11.899 -11.400 12 HD1 HIS 502 HD1 HIS 502 -1.003 -13.365 -14.562 13 HD2 HIS 502 2HD HIS 502 -0.733 -14.237 -10.505 14 HE1 HIS 502 1HE HIS 502 -0.319 -15.771 -14.409 15 H THR 503 H THR 503 1.964 -11.855 -11.554 16 HA THR 503 HA THR 503 2.740 -11.706 -14.265 17 HB THR 503 HB THR 503 3.203 -9.361 -13.757 18 HG22 THR 503 HG21 THR 503 4.766 -8.656 -11.977 19 HG21 THR 503 HG22 THR 503 4.863 -10.325 -11.413 20 HG23 THR 503 HG23 THR 503 3.338 -9.449 -11.317 21 HG1 THR 503 HG1 THR 503 5.683 -10.700 -13.630 22 H ALA 504 H ALA 504 3.629 -12.123 -10.878 23 HA ALA 504 HA ALA 504 5.520 -14.200 -11.489 24 HB2 ALA 504 1HB ALA 504 5.604 -14.431 -9.013 25 HB3 ALA 504 2HB ALA 504 4.278 -13.280 -8.881 26 HB1 ALA 504 3HB ALA 504 5.837 -12.758 -9.518 No H/Q in entry = 26 In of MODEL 1 1 HA PRO 505 HA PRO 505 2.930 -17.681 -12.034 2 HB3 PRO 505 1HB PRO 505 4.391 -19.317 -11.550 3 HB2 PRO 505 2HB PRO 505 3.731 -19.354 -9.917 4 HG3 PRO 505 1HG PRO 505 6.307 -18.699 -10.405 5 HG2 PRO 505 2HG PRO 505 5.384 -17.989 -9.069 6 HD3 PRO 505 1HD PRO 505 5.970 -16.839 -11.779 7 HD2 PRO 505 2HD PRO 505 6.107 -16.071 -10.184 8 H CYS 506 H CYS 506 2.927 -16.613 -8.643 9 HA CYS 506 HA CYS 506 0.280 -17.838 -8.414 10 HB3 CYS 506 1HB CYS 506 0.530 -17.772 -6.027 11 HB2 CYS 506 2HB CYS 506 1.968 -16.775 -6.133 12 HG CYS 506 HG CYS 506 1.627 -20.068 -6.908 13 H GLU 507 H GLU 507 1.720 -15.005 -6.823 14 HA GLU 507 HA GLU 507 0.037 -13.066 -8.052 15 HB3 GLU 507 1HB GLU 507 -0.639 -13.856 -5.186 16 HB2 GLU 507 2HB GLU 507 -1.623 -14.265 -6.575 17 HG3 GLU 507 1HG GLU 507 -1.947 -11.831 -6.993 18 HG2 GLU 507 2HG GLU 507 -1.125 -11.517 -5.465 19 H VAL 508 H VAL 508 2.773 -13.729 -7.323 20 HA VAL 508 HA VAL 508 4.675 -12.820 -6.647 21 HB VAL 508 HB VAL 508 3.160 -10.235 -6.105 22 HG12 VAL 508 HG11 VAL 508 5.330 -9.122 -6.473 23 HG11 VAL 508 HG12 VAL 508 6.098 -10.700 -6.649 24 HG13 VAL 508 HG13 VAL 508 5.375 -10.239 -5.109 25 HG22 VAL 508 HG21 VAL 508 3.804 -9.504 -8.353 26 HG21 VAL 508 HG22 VAL 508 2.792 -10.951 -8.420 27 HG23 VAL 508 HG23 VAL 508 4.535 -11.079 -8.658 28 H ARG 509 H ARG 509 3.006 -10.760 -4.407 29 HA ARG 509 HA ARG 509 3.154 -12.251 -2.058 30 HB3 ARG 509 1HB ARG 509 4.995 -10.792 -1.007 31 HB2 ARG 509 2HB ARG 509 5.401 -10.228 -2.619 32 HG3 ARG 509 1HG ARG 509 5.936 -12.571 -3.249 33 HG2 ARG 509 2HG ARG 509 5.689 -13.036 -1.572 34 HD3 ARG 509 1HD ARG 509 7.497 -11.524 -0.886 35 HD2 ARG 509 2HD ARG 509 7.750 -11.105 -2.583 36 HE ARG 509 HE ARG 509 7.829 -13.916 -2.042 37 HH11 ARG 509 HH11 ARG 509 9.807 -10.983 -2.167 38 HH12 ARG 509 HH12 ARG 509 11.268 -11.796 -2.471 39 HH21 ARG 509 HH21 ARG 509 9.865 -15.039 -2.444 40 HH22 ARG 509 HH22 ARG 509 11.301 -14.160 -2.619 41 H VAL 510 H VAL 510 2.984 -10.069 -0.277 42 HA VAL 510 HA VAL 510 1.680 -8.046 -1.886 43 HB VAL 510 HB VAL 510 -0.214 -7.837 -0.184 44 HG11 VAL 510 HG11 VAL 510 -0.597 -8.641 -2.462 45 HG13 VAL 510 HG12 VAL 510 -1.612 -9.515 -1.316 46 HG12 VAL 510 HG13 VAL 510 -0.160 -10.276 -1.965 47 HG21 VAL 510 HG21 VAL 510 0.652 -10.642 0.416 48 HG23 VAL 510 HG22 VAL 510 -0.891 -9.909 0.882 49 HG22 VAL 510 HG23 VAL 510 0.622 -9.271 1.539 50 H LEU 511 H LEU 511 1.209 -6.038 -0.726 51 HA LEU 511 HA LEU 511 3.357 -5.646 1.231 52 HB3 LEU 511 1HB LEU 511 2.786 -4.185 -1.337 53 HB2 LEU 511 2HB LEU 511 4.240 -4.977 -0.827 54 HG LEU 511 HG LEU 511 3.245 -2.386 0.343 55 HD13 LEU 511 HD11 LEU 511 5.289 -2.258 1.489 56 HD12 LEU 511 HD12 LEU 511 5.958 -3.620 0.623 57 HD11 LEU 511 HD13 LEU 511 4.672 -3.880 1.814 58 HD22 LEU 511 HD21 LEU 511 3.889 -2.100 -1.955 59 HD21 LEU 511 HD22 LEU 511 5.391 -2.981 -1.672 60 HD23 LEU 511 HD23 LEU 511 5.130 -1.422 -0.897 61 H MET 512 H MET 512 3.025 -4.030 2.782 62 HA MET 512 HA MET 512 0.330 -2.869 2.837 63 HB3 MET 512 1HB MET 512 2.231 -3.572 5.072 64 HB2 MET 512 2HB MET 512 0.716 -4.377 4.707 65 HG3 MET 512 1HG MET 512 1.090 -1.581 5.738 66 HG2 MET 512 2HG MET 512 0.422 -2.951 6.619 67 HE2 MET 512 1HE MET 512 -2.970 -3.534 4.750 68 HE1 MET 512 2HE MET 512 -1.846 -4.102 5.997 69 HE3 MET 512 3HE MET 512 -1.424 -4.254 4.298 70 H LEU 513 H LEU 513 0.138 -0.680 3.050 71 HA LEU 513 HA LEU 513 2.621 0.928 3.181 72 HB3 LEU 513 1HB LEU 513 0.046 1.915 2.022 73 HB2 LEU 513 2HB LEU 513 0.978 0.800 1.059 74 HG LEU 513 HG LEU 513 2.742 2.284 0.807 75 HD12 LEU 513 HD11 LEU 513 0.218 3.813 0.447 76 HD11 LEU 513 HD12 LEU 513 0.981 2.692 -0.685 77 HD13 LEU 513 HD13 LEU 513 1.779 4.208 -0.270 78 HD21 LEU 513 HD21 LEU 513 1.512 4.045 2.905 79 HD23 LEU 513 HD22 LEU 513 2.703 4.574 1.735 80 HD22 LEU 513 HD23 LEU 513 3.113 3.286 2.875 81 H LEU 514 H LEU 514 2.747 2.115 4.904 82 HA LEU 514 HA LEU 514 0.331 2.934 6.344 83 HB3 LEU 514 1HB LEU 514 1.762 2.652 8.408 84 HB2 LEU 514 2HB LEU 514 2.909 1.813 7.402 85 HG LEU 514 HG LEU 514 1.114 0.130 6.882 86 HD12 LEU 514 HD11 LEU 514 1.846 0.509 9.781 87 HD11 LEU 514 HD12 LEU 514 2.855 -0.258 8.553 88 HD13 LEU 514 HD13 LEU 514 1.325 -1.000 9.026 89 HD21 LEU 514 HD21 LEU 514 -0.300 1.579 9.113 90 HD23 LEU 514 HD22 LEU 514 -0.788 0.041 8.407 91 HD22 LEU 514 HD23 LEU 514 -0.815 1.505 7.428 92 H TYR 515 H TYR 515 0.417 5.039 7.069 93 HA TYR 515 HA TYR 515 2.713 6.578 6.138 94 HB3 TYR 515 1HB TYR 515 -0.019 7.489 7.087 95 HB2 TYR 515 2HB TYR 515 0.556 7.457 5.427 96 HH TYR 515 HH TYR 515 3.018 13.242 6.078 97 HD1 TYR 515 1HD TYR 515 3.135 8.748 5.469 98 HE1 TYR 515 1HE TYR 515 3.917 11.074 5.681 99 HE2 TYR 515 2HE TYR 515 0.443 12.035 7.949 100 HD2 TYR 515 2HD TYR 515 -0.339 9.704 7.740 101 H SER 516 H SER 516 4.263 7.145 7.486 102 HA SER 516 HA SER 516 3.548 7.252 10.304 103 HB3 SER 516 1HB SER 516 5.361 5.682 9.945 104 HB2 SER 516 2HB SER 516 6.035 7.115 10.711 105 HG SER 516 HG SER 516 6.127 7.369 8.014 106 H SER 517 H SER 517 3.048 9.152 10.895 107 HA SER 517 HA SER 517 3.608 11.529 9.519 108 HB3 SER 517 1HB SER 517 2.340 12.528 11.293 109 HB2 SER 517 2HB SER 517 2.620 11.131 12.340 110 HG SER 517 HG SER 517 0.685 10.708 11.514 111 H LYS 518 H LYS 518 5.032 9.840 12.199 112 HA LYS 518 HA LYS 518 6.579 11.885 13.321 113 HB3 LYS 518 1HB LYS 518 7.115 8.911 13.266 114 HB2 LYS 518 2HB LYS 518 6.122 9.752 14.446 115 HG3 LYS 518 1HG LYS 518 9.079 10.162 14.048 116 HG2 LYS 518 2HG LYS 518 8.338 9.200 15.330 117 HD3 LYS 518 1HD LYS 518 7.229 11.166 16.204 118 HD2 LYS 518 2HD LYS 518 7.879 12.147 14.889 119 HE3 LYS 518 1HE LYS 518 10.142 11.727 15.669 120 HE2 LYS 518 2HE LYS 518 9.510 10.726 16.975 121 HZ1 LYS 518 1HZ LYS 518 8.924 13.605 16.596 122 HZ3 LYS 518 2HZ LYS 518 10.001 12.950 17.745 123 HZ2 LYS 518 3HZ LYS 518 8.359 12.627 17.842 124 H LYS 519 H LYS 519 7.299 9.576 10.759 125 HA LYS 519 HA LYS 519 9.925 10.800 10.379 126 HB3 LYS 519 1HB LYS 519 10.320 8.985 8.784 127 HB2 LYS 519 2HB LYS 519 8.652 8.466 8.938 128 HG3 LYS 519 1HG LYS 519 10.093 6.984 10.175 129 HG2 LYS 519 2HG LYS 519 9.052 7.865 11.287 130 HD3 LYS 519 1HD LYS 519 10.862 9.359 11.878 131 HD2 LYS 519 2HD LYS 519 11.921 8.586 10.694 132 HE3 LYS 519 1HE LYS 519 11.747 6.471 11.920 133 HE2 LYS 519 2HE LYS 519 10.676 7.226 13.094 134 HZ3 LYS 519 1HZ LYS 519 12.950 7.077 13.897 135 HZ2 LYS 519 2HZ LYS 519 12.459 8.667 13.794 136 HZ1 LYS 519 3HZ LYS 519 13.495 8.034 12.621 137 H LYS 520 H LYS 520 6.804 11.287 9.466 138 HA LYS 520 HA LYS 520 5.683 12.487 7.969 139 HB3 LYS 520 1HB LYS 520 8.344 13.559 7.033 140 HB2 LYS 520 2HB LYS 520 7.593 14.085 8.528 141 HG3 LYS 520 1HG LYS 520 6.330 14.368 5.816 142 HG2 LYS 520 2HG LYS 520 7.230 15.638 6.652 143 HD3 LYS 520 1HD LYS 520 5.645 15.520 8.514 144 HD2 LYS 520 2HD LYS 520 4.742 14.277 7.658 145 HE3 LYS 520 1HE LYS 520 4.239 15.816 5.861 146 HE2 LYS 520 2HE LYS 520 5.244 17.058 6.601 147 HZ3 LYS 520 1HZ LYS 520 2.737 15.951 7.770 148 HZ2 LYS 520 2HZ LYS 520 2.940 17.479 7.090 149 HZ1 LYS 520 3HZ LYS 520 3.748 17.081 8.490 150 H ILE 521 H ILE 521 6.772 9.862 7.272 151 HA ILE 521 HA ILE 521 6.546 10.054 4.415 152 HB ILE 521 HB ILE 521 8.448 8.474 3.958 153 HG12 ILE 521 HG12 ILE 521 10.435 8.649 5.593 154 HG22 ILE 521 HG21 ILE 521 10.196 10.185 3.894 155 HG21 ILE 521 HG22 ILE 521 9.177 11.215 4.903 156 HG23 ILE 521 HG23 ILE 521 8.629 10.737 3.299 157 HD12 ILE 521 HD11 ILE 521 9.802 6.811 7.019 158 HD11 ILE 521 HD12 ILE 521 9.278 6.509 5.363 159 HD13 ILE 521 HD13 ILE 521 8.109 7.022 6.581 160 HG13 ILE 521 HG11 ILE 521 9.264 9.171 6.787 161 H PHE 522 H PHE 522 6.541 7.803 3.393 162 HA PHE 522 HA PHE 522 4.625 6.413 5.032 163 HB3 PHE 522 1HB PHE 522 4.060 5.372 2.826 164 HB2 PHE 522 2HB PHE 522 5.237 6.511 2.121 165 HZ PHE 522 HZ PHE 522 0.818 10.177 2.433 166 HD1 PHE 522 1HD PHE 522 4.890 8.954 2.284 167 HE1 PHE 522 1HE PHE 522 3.191 10.713 2.058 168 HE2 PHE 522 2HE PHE 522 0.157 7.883 3.026 169 HD2 PHE 522 2HD PHE 522 1.862 6.130 3.245 170 H MET 523 H MET 523 4.872 4.278 5.481 171 HA MET 523 HA MET 523 7.443 3.020 4.793 172 HB3 MET 523 1HB MET 523 7.560 3.894 7.102 173 HB2 MET 523 2HB MET 523 7.577 2.136 7.078 174 HG3 MET 523 1HG MET 523 5.207 2.103 7.676 175 HG2 MET 523 2HG MET 523 5.195 3.862 7.721 176 HE1 MET 523 1HE MET 523 4.165 3.796 10.168 177 HE3 MET 523 2HE MET 523 4.883 2.905 11.507 178 HE2 MET 523 3HE MET 523 4.186 2.033 10.141 179 H GLY 524 H GLY 524 7.268 0.593 5.061 180 HA2 GLY 524 1HA GLY 524 4.962 -0.413 3.922 181 HA3 GLY 524 2HA GLY 524 4.783 -0.563 5.663 182 H LEU 525 H LEU 525 4.787 -2.782 5.488 183 HA LEU 525 HA LEU 525 7.336 -3.935 4.711 184 HB3 LEU 525 1HB LEU 525 6.671 -5.864 6.314 185 HB2 LEU 525 2HB LEU 525 5.558 -4.701 7.000 186 HG LEU 525 HG LEU 525 8.509 -4.212 6.815 187 HD11 LEU 525 HD11 LEU 525 6.340 -2.953 8.498 188 HD13 LEU 525 HD12 LEU 525 7.218 -2.192 7.169 189 HD12 LEU 525 HD13 LEU 525 8.058 -2.613 8.669 190 HD23 LEU 525 HD21 LEU 525 8.621 -4.834 9.212 191 HD22 LEU 525 HD22 LEU 525 8.276 -6.180 8.141 192 HD21 LEU 525 HD23 LEU 525 6.975 -5.459 9.094 193 H ILE 526 H ILE 526 7.371 -5.670 3.424 194 HA ILE 526 HA ILE 526 4.746 -6.480 2.389 195 HB ILE 526 HB ILE 526 5.847 -5.558 0.563 196 HG12 ILE 526 HG12 ILE 526 6.543 -8.496 0.329 197 HG23 ILE 526 HG21 ILE 526 8.011 -5.213 1.496 198 HG22 ILE 526 HG22 ILE 526 8.175 -5.974 -0.090 199 HG21 ILE 526 HG23 ILE 526 8.357 -6.936 1.382 200 HD13 ILE 526 HD11 ILE 526 5.938 -6.506 -1.834 201 HD12 ILE 526 HD12 ILE 526 6.227 -8.234 -2.050 202 HD11 ILE 526 HD13 ILE 526 7.527 -7.180 -1.481 203 HG13 ILE 526 HG11 ILE 526 4.971 -7.785 -0.014 No H/Q in entry = 203 In of MODEL 1 1 HA PRO 527 HA PRO 527 5.651 -10.505 4.215 2 HB3 PRO 527 1HB PRO 527 3.609 -11.129 5.041 3 HB2 PRO 527 2HB PRO 527 2.801 -10.845 3.496 4 HG3 PRO 527 1HG PRO 527 3.531 -8.885 5.641 5 HG2 PRO 527 2HG PRO 527 2.017 -9.029 4.724 6 HD3 PRO 527 1HD PRO 527 3.808 -7.186 4.093 7 HD2 PRO 527 2HD PRO 527 2.952 -8.078 2.811 8 H TYR 528 H TYR 528 6.120 -12.313 3.292 9 HA TYR 528 HA TYR 528 6.350 -12.575 0.481 10 HB3 TYR 528 1HB TYR 528 7.380 -14.675 0.933 11 HB2 TYR 528 2HB TYR 528 6.636 -14.778 2.515 12 HH TYR 528 HH TYR 528 11.945 -12.651 4.938 13 HD1 TYR 528 1HD TYR 528 7.592 -13.781 4.418 14 HE1 TYR 528 1HE TYR 528 9.610 -12.887 5.486 15 HE2 TYR 528 2HE TYR 528 11.335 -12.203 1.663 16 HD2 TYR 528 2HD TYR 528 9.308 -13.111 0.584 17 H ASP 529 H ASP 529 4.338 -14.109 2.953 18 HA ASP 529 HA ASP 529 3.098 -15.800 0.981 19 HB3 ASP 529 1HB ASP 529 2.432 -15.561 3.914 20 HB2 ASP 529 2HB ASP 529 3.631 -16.668 3.246 21 H GLN 530 H GLN 530 1.837 -14.762 -0.279 22 HA GLN 530 HA GLN 530 0.213 -12.623 0.530 23 HB3 GLN 530 1HB GLN 530 0.905 -12.597 -1.744 24 HB2 GLN 530 2HB GLN 530 -0.834 -12.803 -1.753 25 HG3 GLN 530 1HG GLN 530 1.042 -15.125 -2.033 26 HG2 GLN 530 2HG GLN 530 0.512 -14.165 -3.405 27 HE21 GLN 530 HE21 GLN 530 -2.189 -13.741 -2.605 28 HE22 GLN 530 HE22 GLN 530 -2.986 -15.254 -2.654 29 H SER 531 H SER 531 -0.328 -16.049 0.493 30 HA SER 531 HA SER 531 -3.100 -16.133 0.290 31 HB3 SER 531 1HB SER 531 -2.879 -18.364 1.216 32 HB2 SER 531 2HB SER 531 -1.275 -17.965 1.831 33 HG SER 531 HG SER 531 -2.150 -18.408 -0.767 34 H GLY 532 H GLY 532 -1.056 -16.019 3.198 35 HA2 GLY 532 1HA GLY 532 -1.632 -15.724 5.414 36 HA3 GLY 532 2HA GLY 532 -3.302 -16.040 4.962 37 H PHE 533 H PHE 533 -1.210 -13.550 3.678 38 HA PHE 533 HA PHE 533 -2.236 -11.543 5.407 39 HB3 PHE 533 1HB PHE 533 -0.829 -11.042 2.788 40 HB2 PHE 533 2HB PHE 533 0.022 -11.502 4.257 41 HZ PHE 533 HZ PHE 533 -0.657 -5.901 5.436 42 HD1 PHE 533 1HD PHE 533 -1.763 -8.817 2.537 43 HE1 PHE 533 1HE PHE 533 -1.662 -6.475 3.253 44 HE2 PHE 533 2HE PHE 533 0.238 -7.674 6.873 45 HD2 PHE 533 2HD PHE 533 0.144 -10.006 6.143 46 H VAL 534 H VAL 534 -2.869 -12.373 1.982 47 HA VAL 534 HA VAL 534 -4.747 -10.340 1.543 48 HB VAL 534 HB VAL 534 -4.461 -13.049 0.163 49 HG13 VAL 534 HG11 VAL 534 -6.760 -12.213 -0.125 50 HG12 VAL 534 HG12 VAL 534 -5.858 -12.117 -1.639 51 HG11 VAL 534 HG13 VAL 534 -6.124 -10.664 -0.680 52 HG22 VAL 534 HG21 VAL 534 -3.448 -11.726 -1.634 53 HG21 VAL 534 HG22 VAL 534 -2.567 -11.546 -0.113 54 HG23 VAL 534 HG23 VAL 534 -3.647 -10.266 -0.662 55 H ASN 535 H ASN 535 -5.040 -13.632 2.793 56 HA ASN 535 HA ASN 535 -7.820 -13.843 2.980 57 HB3 ASN 535 1HB ASN 535 -5.687 -14.945 4.828 58 HB2 ASN 535 2HB ASN 535 -6.370 -15.752 3.424 59 HD21 ASN 535 HD21 ASN 535 -8.394 -16.642 3.550 60 HD22 ASN 535 HD22 ASN 535 -9.215 -16.923 5.039 61 H GLY 536 H GLY 536 -5.497 -12.519 5.303 62 HA2 GLY 536 1HA GLY 536 -5.774 -11.084 7.083 63 HA3 GLY 536 2HA GLY 536 -7.386 -11.765 7.262 64 H ILE 537 H ILE 537 -5.994 -10.015 4.534 65 HA ILE 537 HA ILE 537 -7.316 -7.581 5.084 66 HB ILE 537 HB ILE 537 -6.139 -8.590 2.475 67 HG12 ILE 537 HG12 ILE 537 -4.494 -8.399 4.263 68 HG21 ILE 537 HG21 ILE 537 -6.990 -5.788 3.211 69 HG23 ILE 537 HG22 ILE 537 -7.745 -6.826 1.998 70 HG22 ILE 537 HG23 ILE 537 -6.102 -6.234 1.756 71 HD11 ILE 537 HD11 ILE 537 -5.309 -5.512 4.520 72 HD13 ILE 537 HD12 ILE 537 -3.900 -6.262 5.264 73 HD12 ILE 537 HD13 ILE 537 -5.518 -6.766 5.746 74 HG13 ILE 537 HG11 ILE 537 -4.225 -7.160 3.046 75 H ARG 538 H ARG 538 -8.219 -10.371 3.153 76 HA ARG 538 HA ARG 538 -10.543 -9.456 1.919 77 HB3 ARG 538 1HB ARG 538 -11.366 -11.875 2.320 78 HB2 ARG 538 2HB ARG 538 -9.787 -12.129 3.031 79 HG3 ARG 538 1HG ARG 538 -9.495 -12.871 0.890 80 HG2 ARG 538 2HG ARG 538 -8.867 -11.230 0.806 81 HD3 ARG 538 1HD ARG 538 -11.681 -11.981 0.022 82 HD2 ARG 538 2HD ARG 538 -10.350 -11.930 -1.117 83 HE ARG 538 HE ARG 538 -10.149 -9.552 -0.591 84 HH11 ARG 538 HH11 ARG 538 -13.271 -11.067 0.234 85 HH12 ARG 538 HH12 ARG 538 -14.213 -9.809 -0.399 86 HH21 ARG 538 HH21 ARG 538 -11.542 -7.783 -1.512 87 HH22 ARG 538 HH22 ARG 538 -13.238 -7.923 -1.357 88 H GLN 539 H GLN 539 -10.036 -10.694 5.175 89 HA GLN 539 HA GLN 539 -12.702 -10.625 6.071 90 HB3 GLN 539 1HB GLN 539 -11.733 -10.566 8.345 91 HB2 GLN 539 2HB GLN 539 -10.155 -10.243 7.649 92 HG3 GLN 539 1HG GLN 539 -10.140 -12.407 6.577 93 HG2 GLN 539 2HG GLN 539 -11.757 -12.741 7.207 94 HE21 GLN 539 HE21 GLN 539 -12.031 -13.095 9.374 95 HE22 GLN 539 HE22 GLN 539 -10.737 -13.521 10.419 96 H VAL 540 H VAL 540 -10.080 -8.302 6.232 97 HA VAL 540 HA VAL 540 -11.457 -6.293 7.617 98 HB VAL 540 HB VAL 540 -9.173 -5.935 5.648 99 HG11 VAL 540 HG11 VAL 540 -10.134 -4.138 7.871 100 HG13 VAL 540 HG12 VAL 540 -10.274 -3.829 6.139 101 HG12 VAL 540 HG13 VAL 540 -8.683 -3.882 6.903 102 HG22 VAL 540 HG21 VAL 540 -8.563 -7.507 7.402 103 HG21 VAL 540 HG22 VAL 540 -9.100 -6.367 8.635 104 HG23 VAL 540 HG23 VAL 540 -7.709 -5.981 7.626 105 H ILE 541 H ILE 541 -11.012 -6.840 4.145 106 HA ILE 541 HA ILE 541 -12.408 -4.541 3.274 107 HB ILE 541 HB ILE 541 -12.038 -7.157 1.817 108 HG12 ILE 541 HG12 ILE 541 -10.350 -4.616 1.672 109 HG23 ILE 541 HG21 ILE 541 -12.422 -5.840 -0.258 110 HG22 ILE 541 HG22 ILE 541 -12.777 -4.424 0.731 111 HG21 ILE 541 HG23 ILE 541 -13.829 -5.836 0.806 112 HD13 ILE 541 HD11 ILE 541 -9.915 -7.234 0.272 113 HD12 ILE 541 HD12 ILE 541 -8.837 -5.836 0.267 114 HD11 ILE 541 HD13 ILE 541 -10.424 -5.732 -0.494 115 HG13 ILE 541 HG11 ILE 541 -9.890 -6.128 2.438 116 H THR 542 H THR 542 -13.529 -7.906 3.755 117 HA THR 542 HA THR 542 -16.115 -7.289 2.794 118 HB THR 542 HB THR 542 -15.235 -9.656 2.836 119 HG21 THR 542 HG21 THR 542 -14.238 -9.656 5.069 120 HG23 THR 542 HG22 THR 542 -15.400 -10.976 4.903 121 HG22 THR 542 HG23 THR 542 -15.839 -9.517 5.794 122 HG1 THR 542 HG1 THR 542 -17.593 -9.613 4.376 123 H ASN 543 H ASN 543 -14.679 -7.209 5.982 124 HA ASN 543 HA ASN 543 -17.072 -6.592 7.393 125 HB3 ASN 543 1HB ASN 543 -14.178 -5.967 8.048 126 HB2 ASN 543 2HB ASN 543 -15.120 -7.324 8.647 127 HD21 ASN 543 HD21 ASN 543 -14.467 -3.942 8.969 128 HD22 ASN 543 HD22 ASN 543 -15.345 -3.693 10.427 129 H LEU 544 H LEU 544 -14.606 -4.665 5.823 130 HA LEU 544 HA LEU 544 -15.516 -2.129 6.605 131 HB3 LEU 544 1HB LEU 544 -13.971 -2.922 4.143 132 HB2 LEU 544 2HB LEU 544 -13.261 -2.626 5.714 133 HG LEU 544 HG LEU 544 -14.667 -0.556 4.042 134 HD12 LEU 544 HD11 LEU 544 -13.727 1.036 5.652 135 HD11 LEU 544 HD12 LEU 544 -13.132 -0.313 6.626 136 HD13 LEU 544 HD13 LEU 544 -14.864 -0.078 6.409 137 HD21 LEU 544 HD21 LEU 544 -11.733 -1.017 4.560 138 HD23 LEU 544 HD22 LEU 544 -12.418 0.356 3.695 139 HD22 LEU 544 HD23 LEU 544 -12.572 -1.269 3.028 140 H GLU 545 H GLU 545 -16.233 -4.139 3.804 141 HA GLU 545 HA GLU 545 -17.945 -2.266 2.539 142 HB3 GLU 545 1HB GLU 545 -18.837 -4.436 1.425 143 HB2 GLU 545 2HB GLU 545 -17.471 -5.191 2.235 144 HG3 GLU 545 1HG GLU 545 -16.854 -4.596 -0.002 145 HG2 GLU 545 2HG GLU 545 -15.974 -3.586 1.148 146 H HIS 546 H HIS 546 -18.515 -4.867 4.806 147 HA HIS 546 HA HIS 546 -21.327 -4.740 4.747 148 HB3 HIS 546 1HB HIS 546 -19.508 -5.554 7.023 149 HB2 HIS 546 2HB HIS 546 -19.977 -6.613 5.707 150 HD1 HIS 546 HD1 HIS 546 -22.484 -7.453 5.696 151 HD2 HIS 546 2HD HIS 546 -21.332 -5.263 9.018 152 HE1 HIS 546 1HE HIS 546 -24.243 -7.877 7.446 153 H HIS 547 H HIS 547 -18.887 -3.111 6.626 154 HA HIS 547 HA HIS 547 -20.646 -1.602 8.284 155 HB3 HIS 547 1HB HIS 547 -17.788 -0.955 7.500 156 HB2 HIS 547 2HB HIS 547 -18.190 -2.163 8.703 157 HD1 HIS 547 HD1 HIS 547 -17.860 -1.304 11.000 158 HD2 HIS 547 2HD HIS 547 -19.120 1.666 8.384 159 HE1 HIS 547 1HE HIS 547 -17.968 0.798 12.352 160 H HIS 548 H HIS 548 -18.573 -0.709 5.547 161 HA HIS 548 HA HIS 548 -18.440 0.945 4.132 162 HB3 HIS 548 1HB HIS 548 -21.449 0.744 3.900 163 HB2 HIS 548 2HB HIS 548 -20.333 -0.400 3.166 164 HD1 HIS 548 HD1 HIS 548 -21.632 3.122 2.757 165 HD2 HIS 548 2HD HIS 548 -19.001 0.501 0.884 166 HE1 HIS 548 1HE HIS 548 -21.075 4.158 0.540 167 H HIS 549 H HIS 549 -17.666 2.555 5.391 168 HA HIS 549 HA HIS 549 -19.630 4.618 6.155 169 HB3 HIS 549 1HB HIS 549 -16.844 4.245 7.329 170 HB2 HIS 549 2HB HIS 549 -18.259 3.486 8.031 171 HD1 HIS 549 HD1 HIS 549 -20.071 5.140 9.164 172 HD2 HIS 549 2HD HIS 549 -16.458 6.882 8.043 173 HE1 HIS 549 1HE HIS 549 -19.934 7.327 10.386 174 H HIS 550 H HIS 550 -18.576 4.116 3.606 175 HA HIS 550 HA HIS 550 -16.581 6.221 3.138 176 HB3 HIS 550 1HB HIS 550 -16.243 5.207 0.957 177 HB2 HIS 550 2HB HIS 550 -17.608 4.126 1.201 178 HD1 HIS 550 HD1 HIS 550 -13.952 4.415 1.947 179 HD2 HIS 550 2HD HIS 550 -17.184 2.014 2.958 180 HE1 HIS 550 1HE HIS 550 -12.994 2.345 2.956 181 H HIS 551 H HIS 551 -17.036 7.701 1.402 182 HA HIS 551 HA HIS 551 -19.884 7.938 0.779 183 HB3 HIS 551 1HB HIS 551 -19.607 10.404 0.877 184 HB2 HIS 551 2HB HIS 551 -17.926 10.209 1.346 185 HD1 HIS 551 HD1 HIS 551 -17.458 9.452 3.837 186 HD2 HIS 551 2HD HIS 551 -21.464 10.015 2.897 187 HE1 HIS 551 1HE HIS 551 -18.699 9.385 6.023 No H/Q in entry = 187 In of MODEL 2 1 H1 MET 393 H3 MET 393 27.435 -0.893 -0.925 2 H2 MET 393 H2 MET 393 28.043 -1.444 -2.405 3 H3 MET 393 H MET 393 28.748 -0.129 -1.607 4 HA MET 393 HA MET 393 27.448 0.743 -3.361 5 HB3 MET 393 1HB MET 393 24.980 0.466 -3.291 6 HB2 MET 393 2HB MET 393 25.153 -0.671 -1.964 7 HG3 MET 393 1HG MET 393 24.732 -1.783 -4.092 8 HG2 MET 393 2HG MET 393 26.280 -2.248 -3.393 9 HE1 MET 393 1HE MET 393 25.501 -2.823 -6.420 10 HE3 MET 393 2HE MET 393 27.057 -3.263 -5.716 11 HE2 MET 393 3HE MET 393 26.997 -2.374 -7.239 No H/Q in entry = 11 In of MODEL 2 1 H SER 394 H SER 394 25.976 2.667 -2.946 2 HA SER 394 HA SER 394 26.719 3.724 -0.352 3 HB3 SER 394 1HB SER 394 26.119 5.885 -1.319 4 HB2 SER 394 2HB SER 394 25.491 5.074 -2.756 5 HG SER 394 HG SER 394 27.799 4.105 -2.654 No H/Q in entry = 5 In of MODEL 2 1 H VAL 395 H VAL 395 24.356 1.843 -1.025 2 HA VAL 395 HA VAL 395 22.227 3.446 0.097 3 HB VAL 395 HB VAL 395 20.763 1.406 -0.278 4 HG11 VAL 395 HG11 VAL 395 20.852 3.247 -1.892 5 HG13 VAL 395 HG12 VAL 395 20.635 1.701 -2.717 6 HG12 VAL 395 HG13 VAL 395 22.217 2.474 -2.701 7 HG22 VAL 395 HG21 VAL 395 21.583 -0.361 -1.785 8 HG21 VAL 395 HG22 VAL 395 22.519 -0.317 -0.291 9 HG23 VAL 395 HG23 VAL 395 23.187 0.371 -1.771 No H/Q in entry = 9 In of MODEL 2 1 H SER 396 H SER 396 23.103 3.773 2.073 2 HA SER 396 HA SER 396 23.605 1.437 3.746 3 HB3 SER 396 1HB SER 396 24.880 2.939 5.149 4 HB2 SER 396 2HB SER 396 24.309 4.332 4.225 5 HG SER 396 HG SER 396 26.383 3.683 3.561 No H/Q in entry = 5 In of MODEL 2 1 H ASN 397 H ASN 397 21.163 3.629 3.162 2 HA ASN 397 HA ASN 397 20.016 3.125 5.834 3 HB3 ASN 397 1HB ASN 397 18.958 5.341 5.860 4 HB2 ASN 397 2HB ASN 397 19.688 5.731 4.311 5 HD21 ASN 397 HD21 ASN 397 20.312 5.251 7.712 6 HD22 ASN 397 HD22 ASN 397 21.850 6.027 7.710 No H/Q in entry = 6 In of MODEL 2 1 H LYS 398 H LYS 398 19.278 4.313 2.597 2 HA LYS 398 HA LYS 398 17.056 2.506 2.581 3 HB3 LYS 398 1HB LYS 398 15.809 4.445 2.919 4 HB2 LYS 398 2HB LYS 398 15.791 4.316 1.173 5 HG3 LYS 398 1HG LYS 398 17.730 6.060 2.651 6 HG2 LYS 398 2HG LYS 398 16.158 6.622 2.096 7 HD3 LYS 398 1HD LYS 398 16.728 6.320 -0.170 8 HD2 LYS 398 2HD LYS 398 18.179 5.405 0.253 9 HE3 LYS 398 1HE LYS 398 18.789 7.625 -0.415 10 HE2 LYS 398 2HE LYS 398 19.113 7.335 1.298 11 HZ2 LYS 398 1HZ LYS 398 18.169 9.533 0.935 12 HZ1 LYS 398 2HZ LYS 398 17.146 8.615 1.887 13 HZ3 LYS 398 3HZ LYS 398 16.776 8.881 0.264 No H/Q in entry = 13 In of MODEL 2 1 H LEU 399 H LEU 399 16.761 1.355 0.817 2 HA LEU 399 HA LEU 399 18.926 1.534 -1.152 3 HB3 LEU 399 1HB LEU 399 18.320 -0.851 -1.638 4 HB2 LEU 399 2HB LEU 399 17.078 -0.766 -0.410 5 HG LEU 399 HG LEU 399 20.040 -0.628 0.236 6 HD12 LEU 399 HD11 LEU 399 17.664 -0.911 2.023 7 HD11 LEU 399 HD12 LEU 399 18.672 0.526 1.852 8 HD13 LEU 399 HD13 LEU 399 19.361 -0.963 2.501 9 HD22 LEU 399 HD21 LEU 399 19.729 -2.846 1.110 10 HD21 LEU 399 HD22 LEU 399 19.410 -2.817 -0.633 11 HD23 LEU 399 HD23 LEU 399 18.071 -2.864 0.528 No H/Q in entry = 11 In of MODEL 2 1 H LEU 400 H LEU 400 18.341 2.458 -3.073 2 HA LEU 400 HA LEU 400 15.664 2.822 -3.894 3 HB3 LEU 400 1HB LEU 400 18.183 2.823 -5.608 4 HB2 LEU 400 2HB LEU 400 17.629 4.199 -4.687 5 HG LEU 400 HG LEU 400 17.121 4.636 -6.968 6 HD12 LEU 400 HD11 LEU 400 15.656 2.018 -7.125 7 HD11 LEU 400 HD12 LEU 400 17.205 2.398 -7.870 8 HD13 LEU 400 HD13 LEU 400 15.747 3.242 -8.395 9 HD23 LEU 400 HD21 LEU 400 14.574 3.792 -5.594 10 HD22 LEU 400 HD22 LEU 400 14.692 4.902 -6.958 11 HD21 LEU 400 HD23 LEU 400 15.395 5.342 -5.405 No H/Q in entry = 11 In of MODEL 2 1 H ALA 401 H ALA 401 14.304 1.477 -4.823 2 HA ALA 401 HA ALA 401 15.422 -0.981 -5.951 3 HB3 ALA 401 1HB ALA 401 14.708 -1.347 -3.672 4 HB2 ALA 401 2HB ALA 401 13.741 -2.287 -4.826 5 HB1 ALA 401 3HB ALA 401 13.090 -0.805 -4.102 No H/Q in entry = 5 In of MODEL 2 1 H TRP 402 H TRP 402 12.464 1.087 -5.733 2 HA TRP 402 HA TRP 402 11.980 0.369 -8.488 3 HB3 TRP 402 1HB TRP 402 10.007 -0.245 -6.279 4 HB2 TRP 402 2HB TRP 402 10.861 -1.418 -7.260 5 HD1 TRP 402 HD TRP 402 10.170 -1.338 -10.004 6 HE3 TRP 402 3HE TRP 402 7.857 0.697 -5.979 7 HE1 TRP 402 HE1 TRP 402 7.790 -1.055 -10.993 8 HZ3 TRP 402 3HZ TRP 402 5.480 1.263 -6.120 9 HZ2 TRP 402 2HZ TRP 402 5.282 -0.091 -10.153 10 HH2 TRP 402 HH TRP 402 4.211 0.878 -8.175 No H/Q in entry = 10 In of MODEL 2 1 H SER 403 H SER 403 10.825 1.843 -9.580 2 HA SER 403 HA SER 403 9.779 4.162 -8.137 3 HB3 SER 403 1HB SER 403 11.346 4.105 -10.745 4 HB2 SER 403 2HB SER 403 11.964 4.697 -9.207 5 HG SER 403 HG SER 403 11.336 6.402 -10.415 No H/Q in entry = 5 In of MODEL 2 1 H GLY 404 H GLY 404 7.608 4.271 -8.550 2 HA2 GLY 404 1HA GLY 404 6.240 2.408 -9.963 3 HA3 GLY 404 2HA GLY 404 6.589 3.664 -11.141 No H/Q in entry = 3 In of MODEL 2 1 H VAL 405 H VAL 405 4.058 3.094 -10.658 2 HA VAL 405 HA VAL 405 3.119 5.484 -9.255 3 HB VAL 405 HB VAL 405 1.925 4.053 -11.648 4 HG13 VAL 405 HG11 VAL 405 0.451 5.991 -11.853 5 HG12 VAL 405 HG12 VAL 405 1.130 6.662 -10.371 6 HG11 VAL 405 HG13 VAL 405 0.220 5.150 -10.321 7 HG21 VAL 405 HG21 VAL 405 3.996 5.160 -12.267 8 HG23 VAL 405 HG22 VAL 405 3.415 6.673 -11.565 9 HG22 VAL 405 HG23 VAL 405 2.609 5.983 -12.975 No H/Q in entry = 9 In of MODEL 2 1 H LEU 406 H LEU 406 1.429 5.186 -7.855 2 HA LEU 406 HA LEU 406 0.337 2.473 -7.612 3 HB3 LEU 406 1HB LEU 406 -0.375 3.483 -5.272 4 HB2 LEU 406 2HB LEU 406 0.998 4.527 -5.544 5 HG LEU 406 HG LEU 406 1.104 1.516 -5.386 6 HD12 LEU 406 HD11 LEU 406 3.347 3.509 -5.554 7 HD11 LEU 406 HD12 LEU 406 2.846 2.396 -6.828 8 HD13 LEU 406 HD13 LEU 406 3.511 1.767 -5.319 9 HD21 LEU 406 HD21 LEU 406 1.932 3.623 -3.407 10 HD23 LEU 406 HD22 LEU 406 2.225 1.890 -3.246 11 HD22 LEU 406 HD23 LEU 406 0.574 2.509 -3.251 No H/Q in entry = 11 In of MODEL 2 1 H GLU 407 H GLU 407 -1.765 2.214 -7.564 2 HA GLU 407 HA GLU 407 -3.326 4.613 -8.051 3 HB3 GLU 407 1HB GLU 407 -4.899 3.045 -9.274 4 HB2 GLU 407 2HB GLU 407 -3.619 1.841 -9.187 5 HG3 GLU 407 1HG GLU 407 -2.117 3.395 -10.399 6 HG2 GLU 407 2HG GLU 407 -3.487 4.522 -10.435 No H/Q in entry = 6 In of MODEL 2 1 H TRP 408 H TRP 408 -4.839 5.003 -6.696 2 HA TRP 408 HA TRP 408 -5.689 2.888 -4.883 3 HB3 TRP 408 1HB TRP 408 -4.213 4.333 -3.619 4 HB2 TRP 408 2HB TRP 408 -5.859 4.584 -3.070 5 HD1 TRP 408 HD TRP 408 -3.239 6.339 -5.297 6 HE3 TRP 408 3HE TRP 408 -7.473 6.313 -2.431 7 HE1 TRP 408 HE1 TRP 408 -3.654 8.863 -5.168 8 HZ3 TRP 408 3HZ TRP 408 -8.501 8.463 -1.836 9 HZ2 TRP 408 2HZ TRP 408 -5.522 10.630 -3.989 10 HH2 TRP 408 HH TRP 408 -7.544 10.578 -2.599 No H/Q in entry = 10 In of MODEL 2 1 H GLN 409 H GLN 409 -7.764 3.160 -4.028 2 HA GLN 409 HA GLN 409 -9.501 4.363 -6.039 3 HB3 GLN 409 1HB GLN 409 -11.207 2.825 -5.206 4 HB2 GLN 409 2HB GLN 409 -10.101 2.250 -3.969 5 HG3 GLN 409 1HG GLN 409 -8.606 1.393 -5.715 6 HG2 GLN 409 2HG GLN 409 -9.736 1.952 -6.944 7 HE21 GLN 409 HE21 GLN 409 -9.165 -0.391 -4.450 8 HE22 GLN 409 HE22 GLN 409 -10.440 -1.452 -4.910 No H/Q in entry = 8 In of MODEL 2 1 H GLU 410 H GLU 410 -10.936 5.877 -5.517 2 HA GLU 410 HA GLU 410 -10.826 7.430 -3.146 3 HB3 GLU 410 1HB GLU 410 -12.937 8.407 -4.126 4 HB2 GLU 410 2HB GLU 410 -12.821 7.205 -5.394 5 HG3 GLU 410 1HG GLU 410 -11.868 8.987 -6.431 6 HG2 GLU 410 2HG GLU 410 -10.443 8.213 -5.742 No H/Q in entry = 6 In of MODEL 2 1 H LYS 411 H LYS 411 -12.123 4.462 -3.664 2 HA LYS 411 HA LYS 411 -13.746 3.115 -2.958 3 HB3 LYS 411 1HB LYS 411 -14.012 5.029 -0.597 4 HB2 LYS 411 2HB LYS 411 -12.927 3.650 -0.656 5 HG3 LYS 411 1HG LYS 411 -15.944 3.539 -0.678 6 HG2 LYS 411 2HG LYS 411 -14.890 3.131 0.676 7 HD3 LYS 411 1HD LYS 411 -13.904 1.307 -0.653 8 HD2 LYS 411 2HD LYS 411 -14.996 1.698 -1.983 9 HE3 LYS 411 1HE LYS 411 -16.918 1.225 -0.525 10 HE2 LYS 411 2HE LYS 411 -15.810 0.770 0.769 11 HZ2 LYS 411 1HZ LYS 411 -16.564 -1.196 -0.346 12 HZ1 LYS 411 2HZ LYS 411 -14.949 -1.007 -0.707 13 HZ3 LYS 411 3HZ LYS 411 -16.122 -0.601 -1.850 No H/Q in entry = 13 In of MODEL 2 1 HA PRO 412 HA PRO 412 -16.272 5.538 -5.695 2 HB3 PRO 412 1HB PRO 412 -17.187 3.974 -7.089 3 HB2 PRO 412 2HB PRO 412 -17.644 2.911 -5.755 4 HG3 PRO 412 1HG PRO 412 -14.973 3.315 -7.025 5 HG2 PRO 412 2HG PRO 412 -15.756 1.812 -6.499 6 HD3 PRO 412 1HD PRO 412 -13.845 3.115 -5.069 7 HD2 PRO 412 2HD PRO 412 -15.084 2.077 -4.341 No H/Q in entry = 7 In of MODEL 2 1 H LYS 413 H LYS 413 -17.401 6.937 -4.603 2 HA LYS 413 HA LYS 413 -19.960 6.082 -3.443 3 HB3 LYS 413 1HB LYS 413 -20.010 8.321 -2.418 4 HB2 LYS 413 2HB LYS 413 -18.529 8.752 -3.237 5 HG3 LYS 413 1HG LYS 413 -17.959 8.382 -0.991 6 HG2 LYS 413 2HG LYS 413 -17.358 6.998 -1.896 7 HD3 LYS 413 1HD LYS 413 -19.243 5.649 -1.158 8 HD2 LYS 413 2HD LYS 413 -19.909 7.036 -0.289 9 HE3 LYS 413 1HE LYS 413 -17.813 7.126 1.055 10 HE2 LYS 413 2HE LYS 413 -17.281 5.650 0.251 11 HZ2 LYS 413 1HZ LYS 413 -18.216 5.164 2.375 12 HZ1 LYS 413 2HZ LYS 413 -19.225 4.504 1.190 13 HZ3 LYS 413 3HZ LYS 413 -19.655 5.921 1.989 No H/Q in entry = 13 In of MODEL 2 1 HA PRO 414 HA PRO 414 -20.852 7.737 -7.669 2 HB3 PRO 414 1HB PRO 414 -22.399 6.267 -8.538 3 HB2 PRO 414 2HB PRO 414 -23.461 6.431 -7.136 4 HG3 PRO 414 1HG PRO 414 -21.049 4.690 -7.499 5 HG2 PRO 414 2HG PRO 414 -22.613 4.294 -6.764 6 HD3 PRO 414 1HD PRO 414 -20.487 4.840 -5.241 7 HD2 PRO 414 2HD PRO 414 -22.111 5.416 -4.799 No H/Q in entry = 7 In of MODEL 2 1 H ALA 415 H ALA 415 -21.207 9.846 -7.521 2 HA ALA 415 HA ALA 415 -22.952 11.018 -5.590 3 HB3 ALA 415 1HB ALA 415 -21.515 12.290 -7.921 4 HB2 ALA 415 2HB ALA 415 -20.870 12.108 -6.290 5 HB1 ALA 415 3HB ALA 415 -22.269 13.144 -6.576 No H/Q in entry = 5 In of MODEL 2 1 H SER 416 H SER 416 -23.484 9.543 -8.443 2 HA SER 416 HA SER 416 -25.328 9.111 -9.630 3 HB3 SER 416 1HB SER 416 -27.527 9.991 -8.954 4 HB2 SER 416 2HB SER 416 -26.729 11.131 -7.867 5 HG SER 416 HG SER 416 -25.696 8.928 -7.175 No H/Q in entry = 5 In of MODEL 2 1 H VAL 417 H VAL 417 -23.465 11.473 -9.968 2 HA VAL 417 HA VAL 417 -24.901 13.107 -11.903 3 HB VAL 417 HB VAL 417 -21.901 12.850 -11.440 4 HG12 VAL 417 HG11 VAL 417 -23.481 15.038 -12.796 5 HG11 VAL 417 HG12 VAL 417 -22.470 13.836 -13.594 6 HG13 VAL 417 HG13 VAL 417 -21.736 15.033 -12.534 7 HG22 VAL 417 HG21 VAL 417 -22.078 14.880 -10.071 8 HG21 VAL 417 HG22 VAL 417 -23.012 13.549 -9.389 9 HG23 VAL 417 HG23 VAL 417 -23.830 14.846 -10.256 No H/Q in entry = 9 In of MODEL 2 1 H ASP 418 H ASP 418 -22.750 10.463 -11.647 2 HA ASP 418 HA ASP 418 -23.203 9.649 -14.427 3 HB3 ASP 418 1HB ASP 418 -20.857 8.928 -12.624 4 HB2 ASP 418 2HB ASP 418 -20.779 10.194 -13.844 No H/Q in entry = 4 In of MODEL 2 1 H ALA 419 H ALA 419 -23.602 7.294 -14.535 2 HA ALA 419 HA ALA 419 -25.215 6.457 -12.336 3 HB3 ALA 419 1HB ALA 419 -25.798 5.929 -14.649 4 HB2 ALA 419 2HB ALA 419 -25.680 4.478 -13.646 5 HB1 ALA 419 3HB ALA 419 -24.372 4.898 -14.752 No H/Q in entry = 5 In of MODEL 2 1 H ASN 420 H ASN 420 -21.999 5.578 -13.485 2 HA ASN 420 HA ASN 420 -21.484 4.437 -10.952 3 HB3 ASN 420 1HB ASN 420 -22.414 2.410 -11.872 4 HB2 ASN 420 2HB ASN 420 -20.690 2.183 -11.734 5 HD21 ASN 420 HD21 ASN 420 -22.692 0.838 -13.343 6 HD22 ASN 420 HD22 ASN 420 -22.130 0.873 -14.969 No H/Q in entry = 6 In of MODEL 2 1 H THR 421 H THR 421 -19.537 4.816 -10.295 2 HA THR 421 HA THR 421 -17.573 5.501 -12.285 3 HB THR 421 HB THR 421 -18.606 7.623 -11.934 4 HG22 THR 421 HG21 THR 421 -18.333 7.195 -8.952 5 HG21 THR 421 HG22 THR 421 -19.837 7.179 -9.870 6 HG23 THR 421 HG23 THR 421 -18.914 8.676 -9.716 7 HG1 THR 421 HG1 THR 421 -16.333 7.659 -11.886 No H/Q in entry = 7 In of MODEL 2 1 H LYS 422 H LYS 422 -15.994 4.128 -11.792 2 HA LYS 422 HA LYS 422 -15.278 3.871 -8.977 3 HB3 LYS 422 1HB LYS 422 -14.114 2.120 -11.156 4 HB2 LYS 422 2HB LYS 422 -15.715 1.768 -10.525 5 HG3 LYS 422 1HG LYS 422 -14.154 0.367 -9.383 6 HG2 LYS 422 2HG LYS 422 -14.725 1.564 -8.244 7 HD3 LYS 422 1HD LYS 422 -12.457 1.500 -7.799 8 HD2 LYS 422 2HD LYS 422 -12.598 2.885 -8.882 9 HE3 LYS 422 1HE LYS 422 -10.705 1.605 -9.581 10 HE2 LYS 422 2HE LYS 422 -11.983 1.393 -10.777 11 HZ1 LYS 422 1HZ LYS 422 -11.399 -0.537 -8.595 12 HZ3 LYS 422 2HZ LYS 422 -10.835 -0.691 -10.159 13 HZ2 LYS 422 3HZ LYS 422 -12.490 -0.768 -9.861 No H/Q in entry = 13 In of MODEL 2 1 H LEU 423 H LEU 423 -14.324 5.883 -8.930 2 HA LEU 423 HA LEU 423 -12.328 6.580 -10.838 3 HB3 LEU 423 1HB LEU 423 -13.131 7.958 -8.284 4 HB2 LEU 423 2HB LEU 423 -13.804 8.274 -9.870 5 HG LEU 423 HG LEU 423 -10.932 8.771 -9.075 6 HD13 LEU 423 HD11 LEU 423 -11.136 8.272 -11.439 7 HD12 LEU 423 HD12 LEU 423 -10.785 9.981 -11.199 8 HD11 LEU 423 HD13 LEU 423 -12.422 9.467 -11.601 9 HD22 LEU 423 HD21 LEU 423 -12.447 10.300 -7.942 10 HD21 LEU 423 HD22 LEU 423 -13.218 10.684 -9.477 11 HD23 LEU 423 HD23 LEU 423 -11.533 11.130 -9.204 No H/Q in entry = 11 In of MODEL 2 1 H THR 424 H THR 424 -10.382 5.965 -10.801 2 HA THR 424 HA THR 424 -9.082 5.083 -8.330 3 HB THR 424 HB THR 424 -8.068 4.760 -11.117 4 HG23 THR 424 HG21 THR 424 -6.586 4.168 -9.280 5 HG22 THR 424 HG22 THR 424 -7.043 2.713 -10.169 6 HG21 THR 424 HG23 THR 424 -7.800 3.072 -8.616 7 HG1 THR 424 HG1 THR 424 -10.113 3.875 -11.215 No H/Q in entry = 7 In of MODEL 2 1 H ARG 425 H ARG 425 -7.220 6.225 -7.730 2 HA ARG 425 HA ARG 425 -6.483 8.408 -9.541 3 HB3 ARG 425 1HB ARG 425 -5.706 9.646 -7.577 4 HB2 ARG 425 2HB ARG 425 -6.170 8.311 -6.535 5 HG3 ARG 425 1HG ARG 425 -7.811 10.167 -6.487 6 HG2 ARG 425 2HG ARG 425 -8.475 8.624 -7.080 7 HD3 ARG 425 1HD ARG 425 -9.202 10.633 -8.377 8 HD2 ARG 425 2HD ARG 425 -8.488 9.323 -9.306 9 HE ARG 425 HE ARG 425 -6.961 11.704 -8.505 10 HH11 ARG 425 HH11 ARG 425 -7.939 9.359 -10.987 11 HH12 ARG 425 HH12 ARG 425 -7.094 10.095 -12.253 12 HH21 ARG 425 HH21 ARG 425 -5.700 12.678 -10.239 13 HH22 ARG 425 HH22 ARG 425 -5.744 12.039 -11.816 No H/Q in entry = 13 In of MODEL 2 1 H SER 426 H SER 426 -4.261 8.777 -9.865 2 HA SER 426 HA SER 426 -2.607 6.543 -9.026 3 HB3 SER 426 1HB SER 426 -3.028 6.097 -11.291 4 HB2 SER 426 2HB SER 426 -1.485 6.923 -11.306 5 HG SER 426 HG SER 426 -4.056 7.881 -11.954 No H/Q in entry = 5 In of MODEL 2 1 H LEU 427 H LEU 427 -0.689 7.032 -8.213 2 HA LEU 427 HA LEU 427 0.278 9.798 -8.444 3 HB3 LEU 427 1HB LEU 427 0.956 9.671 -6.065 4 HB2 LEU 427 2HB LEU 427 0.131 8.131 -5.940 5 HG LEU 427 HG LEU 427 -2.018 9.277 -6.425 6 HD11 LEU 427 HD11 LEU 427 -0.435 10.328 -4.091 7 HD13 LEU 427 HD12 LEU 427 -1.345 8.821 -4.150 8 HD12 LEU 427 HD13 LEU 427 -2.190 10.365 -4.239 9 HD23 LEU 427 HD21 LEU 427 -2.106 11.720 -6.261 10 HD22 LEU 427 HD22 LEU 427 -1.149 11.211 -7.648 11 HD21 LEU 427 HD23 LEU 427 -0.346 11.782 -6.184 No H/Q in entry = 11 In of MODEL 2 1 HA PRO 428 HA PRO 428 4.013 7.402 -9.266 2 HB3 PRO 428 1HB PRO 428 4.956 8.714 -10.872 3 HB2 PRO 428 2HB PRO 428 5.392 9.912 -9.657 4 HG3 PRO 428 1HG PRO 428 3.011 9.793 -11.427 5 HG2 PRO 428 2HG PRO 428 3.811 11.206 -10.723 6 HD3 PRO 428 1HD PRO 428 1.458 10.328 -9.846 7 HD2 PRO 428 2HD PRO 428 2.657 11.035 -8.734 No H/Q in entry = 7 In of MODEL 2 1 H CYS 429 H CYS 429 5.568 6.776 -7.869 2 HA CYS 429 HA CYS 429 6.501 8.636 -5.852 3 HB3 CYS 429 1HB CYS 429 4.663 7.554 -4.744 4 HB2 CYS 429 2HB CYS 429 6.164 6.905 -4.095 5 HG CYS 429 HG CYS 429 4.886 5.157 -6.651 No H/Q in entry = 5 In of MODEL 2 1 H GLN 430 H GLN 430 8.368 7.651 -4.630 2 HA GLN 430 HA GLN 430 9.728 5.722 -6.319 3 HB3 GLN 430 1HB GLN 430 11.850 6.744 -5.606 4 HB2 GLN 430 2HB GLN 430 10.971 7.913 -4.627 5 HG3 GLN 430 1HG GLN 430 10.008 8.907 -6.605 6 HG2 GLN 430 2HG GLN 430 10.728 7.667 -7.623 7 HE21 GLN 430 HE21 GLN 430 11.364 10.515 -5.723 8 HE22 GLN 430 HE22 GLN 430 12.910 10.823 -6.391 No H/Q in entry = 8 In of MODEL 2 1 H VAL 431 H VAL 431 10.350 3.928 -5.358 2 HA VAL 431 HA VAL 431 9.728 3.708 -2.523 3 HB VAL 431 HB VAL 431 9.662 1.572 -4.660 4 HG11 VAL 431 HG11 VAL 431 10.180 0.683 -2.451 5 HG13 VAL 431 HG12 VAL 431 8.559 0.204 -2.952 6 HG12 VAL 431 HG13 VAL 431 8.772 1.499 -1.776 7 HG21 VAL 431 HG21 VAL 431 7.433 3.096 -3.341 8 HG23 VAL 431 HG22 VAL 431 7.211 1.670 -4.340 9 HG22 VAL 431 HG23 VAL 431 7.887 3.146 -5.046 No H/Q in entry = 9 In of MODEL 2 1 H TYR 432 H TYR 432 11.283 3.405 -1.343 2 HA TYR 432 HA TYR 432 13.763 2.213 -2.314 3 HB3 TYR 432 1HB TYR 432 14.771 3.240 -0.337 4 HB2 TYR 432 2HB TYR 432 13.209 3.882 0.158 5 HH TYR 432 HH TYR 432 15.094 8.163 -4.471 6 HD1 TYR 432 1HD TYR 432 12.352 5.898 -0.751 7 HE1 TYR 432 1HE TYR 432 12.796 7.978 -1.999 8 HE2 TYR 432 2HE TYR 432 16.348 6.235 -3.591 9 HD2 TYR 432 2HD TYR 432 15.874 4.156 -2.332 No H/Q in entry = 9 In of MODEL 2 1 H VAL 433 H VAL 433 14.611 0.668 -0.725 2 HA VAL 433 HA VAL 433 12.397 -0.347 0.815 3 HB VAL 433 HB VAL 433 13.173 -2.648 0.493 4 HG12 VAL 433 HG11 VAL 433 12.852 -1.154 -2.082 5 HG11 VAL 433 HG12 VAL 433 11.552 -1.730 -1.052 6 HG13 VAL 433 HG13 VAL 433 12.612 -2.886 -1.864 7 HG22 VAL 433 HG21 VAL 433 14.937 -3.187 -1.100 8 HG21 VAL 433 HG22 VAL 433 15.575 -2.207 0.221 9 HG23 VAL 433 HG23 VAL 433 15.252 -1.471 -1.354 No H/Q in entry = 9 In of MODEL 2 1 H ASN 434 H ASN 434 12.816 -1.089 2.807 2 HA ASN 434 HA ASN 434 15.346 -0.182 3.847 3 HB3 ASN 434 1HB ASN 434 12.776 -0.728 5.356 4 HB2 ASN 434 2HB ASN 434 13.393 0.845 4.884 5 HD21 ASN 434 HD21 ASN 434 15.162 1.716 5.905 6 HD22 ASN 434 HD22 ASN 434 15.735 1.105 7.417 No H/Q in entry = 6 In of MODEL 2 1 H HIS 435 H HIS 435 16.673 -1.333 4.758 2 HA HIS 435 HA HIS 435 17.572 -3.521 3.825 3 HB3 HIS 435 1HB HIS 435 18.811 -3.991 5.976 4 HB2 HIS 435 2HB HIS 435 17.840 -2.731 6.721 5 HD1 HIS 435 HD1 HIS 435 21.036 -3.154 5.139 6 HD2 HIS 435 2HD HIS 435 18.160 -0.169 5.178 7 HE1 HIS 435 1HE HIS 435 22.224 -1.026 4.505 No H/Q in entry = 7 In of MODEL 2 1 H GLY 436 H GLY 436 17.364 -5.660 3.882 2 HA2 GLY 436 1HA GLY 436 15.312 -6.779 5.646 3 HA3 GLY 436 2HA GLY 436 16.641 -7.695 4.938 No H/Q in entry = 3 In of MODEL 2 1 H GLU 437 H GLU 437 15.532 -5.451 2.669 2 HA GLU 437 HA GLU 437 13.922 -7.480 1.438 3 HB3 GLU 437 1HB GLU 437 13.881 -4.489 1.076 4 HB2 GLU 437 2HB GLU 437 12.620 -5.408 1.879 5 HG3 GLU 437 1HG GLU 437 12.758 -6.734 -0.380 6 HG2 GLU 437 2HG GLU 437 13.403 -5.190 -0.927 No H/Q in entry = 6 In of MODEL 2 1 H ASN 438 H ASN 438 15.129 -8.497 0.000 2 HA ASN 438 HA ASN 438 16.744 -6.878 -1.828 3 HB3 ASN 438 1HB ASN 438 17.629 -9.485 -0.570 4 HB2 ASN 438 2HB ASN 438 18.302 -7.898 -0.218 5 HD21 ASN 438 HD21 ASN 438 19.547 -10.314 -1.276 6 HD22 ASN 438 HD22 ASN 438 20.305 -9.844 -2.753 No H/Q in entry = 6 In of MODEL 2 1 H LEU 439 H LEU 439 15.319 -7.076 -3.473 2 HA LEU 439 HA LEU 439 15.188 -9.738 -4.599 3 HB3 LEU 439 1HB LEU 439 12.988 -9.249 -3.429 4 HB2 LEU 439 2HB LEU 439 12.893 -9.728 -5.103 5 HG LEU 439 HG LEU 439 12.548 -7.342 -5.731 6 HD13 LEU 439 HD11 LEU 439 10.244 -7.296 -5.008 7 HD12 LEU 439 HD12 LEU 439 10.589 -8.523 -3.790 8 HD11 LEU 439 HD13 LEU 439 10.723 -8.917 -5.507 9 HD23 LEU 439 HD21 LEU 439 11.847 -5.767 -3.978 10 HD22 LEU 439 HD22 LEU 439 13.524 -6.265 -3.761 11 HD21 LEU 439 HD23 LEU 439 12.262 -6.955 -2.742 No H/Q in entry = 11 In of MODEL 2 1 H LYS 440 H LYS 440 14.801 -9.716 -6.870 2 HA LYS 440 HA LYS 440 15.830 -7.294 -8.104 3 HB3 LYS 440 1HB LYS 440 15.030 -9.857 -9.493 4 HB2 LYS 440 2HB LYS 440 16.565 -9.721 -8.655 5 HG3 LYS 440 1HG LYS 440 17.235 -7.900 -10.130 6 HG2 LYS 440 2HG LYS 440 15.690 -8.012 -10.973 7 HD3 LYS 440 1HD LYS 440 16.192 -10.174 -11.802 8 HD2 LYS 440 2HD LYS 440 17.559 -10.360 -10.705 9 HE3 LYS 440 1HE LYS 440 18.332 -9.938 -12.956 10 HE2 LYS 440 2HE LYS 440 18.768 -8.608 -11.894 11 HZ3 LYS 440 1HZ LYS 440 16.563 -8.640 -13.879 12 HZ2 LYS 440 2HZ LYS 440 18.002 -7.754 -13.953 13 HZ1 LYS 440 3HZ LYS 440 16.849 -7.368 -12.792 No H/Q in entry = 13 In of MODEL 2 1 H THR 441 H THR 441 14.265 -5.785 -8.455 2 HA THR 441 HA THR 441 11.477 -6.371 -8.536 3 HB THR 441 HB THR 441 11.460 -3.815 -9.065 4 HG22 THR 441 HG21 THR 441 11.938 -3.299 -6.694 5 HG21 THR 441 HG22 THR 441 12.650 -4.902 -6.498 6 HG23 THR 441 HG23 THR 441 10.929 -4.732 -6.866 7 HG1 THR 441 HG1 THR 441 13.442 -2.824 -8.492 No H/Q in entry = 7 In of MODEL 2 1 H GLU 442 H GLU 442 12.894 -7.559 -10.665 2 HA GLU 442 HA GLU 442 12.833 -6.163 -13.123 3 HB3 GLU 442 1HB GLU 442 12.980 -9.065 -12.427 4 HB2 GLU 442 2HB GLU 442 14.327 -7.984 -12.699 5 HG3 GLU 442 1HG GLU 442 13.639 -7.754 -15.040 6 HG2 GLU 442 2HG GLU 442 12.360 -8.938 -14.738 No H/Q in entry = 6 In of MODEL 2 1 H GLN 443 H GLN 443 10.638 -8.613 -11.723 2 HA GLN 443 HA GLN 443 8.898 -8.298 -14.031 3 HB3 GLN 443 1HB GLN 443 7.655 -10.207 -13.137 4 HB2 GLN 443 2HB GLN 443 8.666 -10.208 -11.700 5 HG3 GLN 443 1HG GLN 443 10.610 -10.782 -13.016 6 HG2 GLN 443 2HG GLN 443 9.678 -10.658 -14.500 7 HE21 GLN 443 HE21 GLN 443 7.329 -11.972 -13.438 8 HE22 GLN 443 HE22 GLN 443 7.761 -13.645 -13.328 No H/Q in entry = 8 In of MODEL 2 1 H TRP 444 H TRP 444 9.275 -6.389 -11.680 2 HA TRP 444 HA TRP 444 6.670 -6.238 -10.513 3 HB3 TRP 444 1HB TRP 444 7.567 -3.868 -9.864 4 HB2 TRP 444 2HB TRP 444 9.112 -4.514 -10.408 5 HD1 TRP 444 HD TRP 444 9.006 -7.413 -9.188 6 HE3 TRP 444 3HE TRP 444 7.523 -2.753 -7.747 7 HE1 TRP 444 HE1 TRP 444 9.118 -7.730 -6.654 8 HZ3 TRP 444 3HZ TRP 444 7.374 -2.230 -5.354 9 HZ2 TRP 444 2HZ TRP 444 8.635 -6.173 -4.303 10 HH2 TRP 444 HH TRP 444 7.924 -3.913 -3.662 No H/Q in entry = 10 In of MODEL 2 1 HA PRO 445 HA PRO 445 4.884 -3.941 -13.869 2 HB3 PRO 445 1HB PRO 445 2.846 -4.904 -13.323 3 HB2 PRO 445 2HB PRO 445 2.537 -3.327 -12.595 4 HG3 PRO 445 1HG PRO 445 2.408 -5.580 -11.159 5 HG2 PRO 445 2HG PRO 445 3.019 -4.065 -10.470 6 HD3 PRO 445 1HD PRO 445 4.505 -6.492 -11.326 7 HD2 PRO 445 2HD PRO 445 4.870 -5.334 -10.030 No H/Q in entry = 7 In of MODEL 2 1 H GLN 446 H GLN 446 4.110 -1.672 -14.118 2 HA GLN 446 HA GLN 446 5.607 0.023 -12.323 3 HB3 GLN 446 1HB GLN 446 5.020 1.856 -13.958 4 HB2 GLN 446 2HB GLN 446 4.252 0.612 -14.943 5 HG3 GLN 446 1HG GLN 446 6.508 1.064 -15.705 6 HG2 GLN 446 2HG GLN 446 6.371 -0.583 -15.088 7 HE21 GLN 446 HE21 GLN 446 6.625 2.343 -13.157 8 HE22 GLN 446 HE22 GLN 446 8.142 1.979 -12.441 No H/Q in entry = 8 In of MODEL 2 1 H LYS 447 H LYS 447 2.548 -1.104 -12.401 2 HA LYS 447 HA LYS 447 1.653 1.120 -10.721 3 HB3 LYS 447 1HB LYS 447 -0.674 0.565 -11.424 4 HB2 LYS 447 2HB LYS 447 0.006 -0.481 -12.657 5 HG3 LYS 447 1HG LYS 447 1.007 1.372 -13.780 6 HG2 LYS 447 2HG LYS 447 0.514 2.466 -12.478 7 HD3 LYS 447 1HD LYS 447 -1.839 1.840 -12.934 8 HD2 LYS 447 2HD LYS 447 -1.281 0.902 -14.316 9 HE3 LYS 447 1HE LYS 447 -0.475 2.852 -15.411 10 HE2 LYS 447 2HE LYS 447 -0.776 3.844 -13.982 11 HZ2 LYS 447 1HZ LYS 447 -3.123 3.408 -14.213 12 HZ1 LYS 447 2HZ LYS 447 -2.861 2.456 -15.574 13 HZ3 LYS 447 3HZ LYS 447 -2.519 4.121 -15.623 No H/Q in entry = 13 In of MODEL 2 1 H LEU 448 H LEU 448 0.998 0.583 -8.796 2 HA LEU 448 HA LEU 448 0.282 -2.209 -8.270 3 HB3 LEU 448 1HB LEU 448 1.032 -1.813 -5.922 4 HB2 LEU 448 2HB LEU 448 1.643 -0.245 -6.419 5 HG LEU 448 HG LEU 448 3.333 -1.305 -7.830 6 HD12 LEU 448 HD11 LEU 448 3.248 -2.538 -5.105 7 HD11 LEU 448 HD12 LEU 448 3.882 -0.943 -5.508 8 HD13 LEU 448 HD13 LEU 448 4.664 -2.390 -6.145 9 HD23 LEU 448 HD21 LEU 448 3.576 -3.716 -7.887 10 HD22 LEU 448 HD22 LEU 448 2.036 -3.217 -8.574 11 HD21 LEU 448 HD23 LEU 448 2.099 -3.894 -6.941 No H/Q in entry = 11 In of MODEL 2 1 H ILE 449 H ILE 449 -1.485 -2.568 -6.814 2 HA ILE 449 HA ILE 449 -3.341 -0.306 -6.970 3 HB ILE 449 HB ILE 449 -3.957 -3.267 -6.719 4 HG12 ILE 449 HG12 ILE 449 -4.221 -1.396 -9.090 5 HG21 ILE 449 HG21 ILE 449 -5.694 -1.873 -5.690 6 HG23 ILE 449 HG22 ILE 449 -6.287 -2.606 -7.184 7 HG22 ILE 449 HG23 ILE 449 -5.805 -0.911 -7.165 8 HD13 ILE 449 HD11 ILE 449 -4.741 -3.351 -10.413 9 HD12 ILE 449 HD12 ILE 449 -5.947 -3.110 -9.150 10 HD11 ILE 449 HD13 ILE 449 -4.714 -4.358 -8.965 11 HG13 ILE 449 HG11 ILE 449 -2.985 -2.634 -8.904 No H/Q in entry = 11 In of MODEL 2 1 H MET 450 H MET 450 -4.085 0.601 -5.207 2 HA MET 450 HA MET 450 -3.359 -0.520 -2.602 3 HB3 MET 450 1HB MET 450 -3.910 1.752 -1.762 4 HB2 MET 450 2HB MET 450 -4.236 2.245 -3.414 5 HG3 MET 450 1HG MET 450 -1.892 1.701 -3.992 6 HG2 MET 450 2HG MET 450 -1.597 1.383 -2.281 7 HE1 MET 450 1HE MET 450 -1.982 3.263 -0.363 8 HE3 MET 450 2HE MET 450 -3.549 3.746 -1.017 9 HE2 MET 450 3HE MET 450 -2.308 4.958 -0.728 No H/Q in entry = 9 In of MODEL 2 1 H GLN 451 H GLN 451 -4.850 -1.441 -1.417 2 HA GLN 451 HA GLN 451 -7.700 -0.782 -1.764 3 HB3 GLN 451 1HB GLN 451 -8.104 -2.884 -0.520 4 HB2 GLN 451 2HB GLN 451 -6.373 -3.131 -0.364 5 HG3 GLN 451 1HG GLN 451 -7.219 -4.583 -2.064 6 HG2 GLN 451 2HG GLN 451 -6.192 -3.363 -2.802 7 HE21 GLN 451 HE21 GLN 451 -7.138 -3.672 -4.804 8 HE22 GLN 451 HE22 GLN 451 -8.724 -3.110 -5.169 No H/Q in entry = 8 In of MODEL 2 1 H LEU 452 H LEU 452 -8.311 0.727 -0.269 2 HA LEU 452 HA LEU 452 -6.690 1.024 2.089 3 HB3 LEU 452 1HB LEU 452 -8.264 2.999 2.564 4 HB2 LEU 452 2HB LEU 452 -8.905 2.721 0.962 5 HG LEU 452 HG LEU 452 -6.004 3.357 1.511 6 HD11 LEU 452 HD11 LEU 452 -7.554 3.385 -1.067 7 HD13 LEU 452 HD12 LEU 452 -6.316 2.219 -0.589 8 HD12 LEU 452 HD13 LEU 452 -5.881 3.908 -0.851 9 HD23 LEU 452 HD21 LEU 452 -6.506 5.620 0.733 10 HD22 LEU 452 HD22 LEU 452 -7.363 5.219 2.220 11 HD21 LEU 452 HD23 LEU 452 -8.223 5.210 0.677 No H/Q in entry = 11 In of MODEL 2 1 H ILE 453 H ILE 453 -7.087 0.369 3.965 2 HA ILE 453 HA ILE 453 -9.757 -0.556 4.753 3 HB ILE 453 HB ILE 453 -8.614 -2.501 5.883 4 HG12 ILE 453 HG12 ILE 453 -6.283 -1.721 4.107 5 HG21 ILE 453 HG21 ILE 453 -8.475 -2.443 2.873 6 HG23 ILE 453 HG22 ILE 453 -9.882 -2.845 3.857 7 HG22 ILE 453 HG23 ILE 453 -8.469 -3.902 3.868 8 HD11 ILE 453 HD11 ILE 453 -6.500 -4.023 6.022 9 HD13 ILE 453 HD12 ILE 453 -5.056 -3.509 5.160 10 HD12 ILE 453 HD13 ILE 453 -6.442 -4.130 4.264 11 HG13 ILE 453 HG11 ILE 453 -6.328 -1.587 5.859 No H/Q in entry = 11 In of MODEL 2 1 HA PRO 454 HA PRO 454 -8.612 1.612 8.451 2 HB3 PRO 454 1HB PRO 454 -10.658 1.185 9.398 3 HB2 PRO 454 2HB PRO 454 -9.721 0.141 10.471 4 HG3 PRO 454 1HG PRO 454 -11.755 -0.806 8.972 5 HG2 PRO 454 2HG PRO 454 -10.321 -1.779 9.337 6 HD3 PRO 454 1HD PRO 454 -11.103 -0.465 6.797 7 HD2 PRO 454 2HD PRO 454 -10.150 -1.918 7.055 No H/Q in entry = 7 In of MODEL 2 1 H GLN 455 H GLN 455 -6.786 1.778 9.457 2 HA GLN 455 HA GLN 455 -4.797 -0.227 9.606 3 HB3 GLN 455 1HB GLN 455 -4.944 2.404 11.085 4 HB2 GLN 455 2HB GLN 455 -4.397 2.232 9.429 5 HG3 GLN 455 1HG GLN 455 -2.504 0.878 10.174 6 HG2 GLN 455 2HG GLN 455 -3.055 1.015 11.839 7 HE21 GLN 455 HE21 GLN 455 -3.830 3.784 11.650 8 HE22 GLN 455 HE22 GLN 455 -2.375 4.708 11.552 No H/Q in entry = 8 In of MODEL 2 1 H GLN 456 H GLN 456 -7.191 0.893 11.792 2 HA GLN 456 HA GLN 456 -6.183 -0.005 14.257 3 HB3 GLN 456 1HB GLN 456 -8.515 0.148 15.025 4 HB2 GLN 456 2HB GLN 456 -9.034 0.333 13.359 5 HG3 GLN 456 1HG GLN 456 -7.719 2.400 13.200 6 HG2 GLN 456 2HG GLN 456 -7.294 2.234 14.904 7 HE21 GLN 456 HE21 GLN 456 -8.888 2.503 16.457 8 HE22 GLN 456 HE22 GLN 456 -10.383 3.285 16.101 No H/Q in entry = 8 In of MODEL 2 1 H LEU 457 H LEU 457 -8.033 -1.657 11.759 2 HA LEU 457 HA LEU 457 -8.508 -3.949 13.455 3 HB3 LEU 457 1HB LEU 457 -9.179 -3.477 10.561 4 HB2 LEU 457 2HB LEU 457 -10.206 -3.027 11.902 5 HG LEU 457 HG LEU 457 -9.442 -5.846 11.156 6 HD11 LEU 457 HD11 LEU 457 -11.329 -4.786 13.261 7 HD13 LEU 457 HD12 LEU 457 -9.797 -5.611 13.553 8 HD12 LEU 457 HD13 LEU 457 -11.140 -6.483 12.816 9 HD22 LEU 457 HD21 LEU 457 -11.767 -6.041 10.478 10 HD21 LEU 457 HD22 LEU 457 -10.955 -4.773 9.555 11 HD23 LEU 457 HD23 LEU 457 -12.032 -4.349 10.879 No H/Q in entry = 11 In of MODEL 2 1 H LEU 458 H LEU 458 -5.998 -2.860 11.672 2 HA LEU 458 HA LEU 458 -5.190 -5.241 10.295 3 HB3 LEU 458 1HB LEU 458 -3.723 -2.674 10.887 4 HB2 LEU 458 2HB LEU 458 -4.674 -2.996 9.455 5 HG LEU 458 HG LEU 458 -2.145 -4.456 10.189 6 HD13 LEU 458 HD11 LEU 458 -2.252 -5.306 7.901 7 HD12 LEU 458 HD12 LEU 458 -3.795 -4.488 7.669 8 HD11 LEU 458 HD13 LEU 458 -3.657 -5.796 8.843 9 HD23 LEU 458 HD21 LEU 458 -2.609 -2.249 8.177 10 HD22 LEU 458 HD22 LEU 458 -1.109 -3.148 8.392 11 HD21 LEU 458 HD23 LEU 458 -1.703 -2.105 9.679 No H/Q in entry = 11 In of MODEL 2 1 H THR 459 H THR 459 -5.000 -4.147 13.482 2 HA THR 459 HA THR 459 -2.456 -4.798 14.341 3 HB THR 459 HB THR 459 -3.604 -4.951 16.592 4 HG22 THR 459 HG21 THR 459 -4.166 -2.551 16.609 5 HG21 THR 459 HG22 THR 459 -4.184 -2.544 14.846 6 HG23 THR 459 HG23 THR 459 -2.676 -2.845 15.710 7 HG1 THR 459 HG1 THR 459 -5.678 -5.197 16.525 No H/Q in entry = 7 In of MODEL 2 1 H THR 460 H THR 460 -5.234 -6.857 13.814 2 HA THR 460 HA THR 460 -4.482 -9.098 15.321 3 HB THR 460 HB THR 460 -5.991 -9.106 12.710 4 HG23 THR 460 HG21 THR 460 -7.146 -11.055 13.678 5 HG22 THR 460 HG22 THR 460 -6.149 -10.921 15.130 6 HG21 THR 460 HG23 THR 460 -5.404 -11.326 13.583 7 HG1 THR 460 HG1 THR 460 -7.487 -9.105 14.999 No H/Q in entry = 7 In of MODEL 2 1 H LEU 461 H LEU 461 -3.378 -7.908 12.202 2 HA LEU 461 HA LEU 461 -2.187 -10.448 11.488 3 HB3 LEU 461 1HB LEU 461 -1.404 -9.169 9.432 4 HB2 LEU 461 2HB LEU 461 -2.335 -7.816 10.018 5 HG LEU 461 HG LEU 461 -3.555 -10.497 9.347 6 HD13 LEU 461 HD11 LEU 461 -5.670 -9.290 9.290 7 HD12 LEU 461 HD12 LEU 461 -4.839 -7.810 9.775 8 HD11 LEU 461 HD13 LEU 461 -4.889 -9.196 10.871 9 HD21 LEU 461 HD21 LEU 461 -2.564 -9.558 7.342 10 HD23 LEU 461 HD22 LEU 461 -3.384 -8.024 7.636 11 HD22 LEU 461 HD23 LEU 461 -4.322 -9.471 7.265 No H/Q in entry = 11 In of MODEL 2 1 H GLY 462 H GLY 462 -1.336 -8.327 13.610 2 HA2 GLY 462 1HA GLY 462 0.628 -7.856 14.720 3 HA3 GLY 462 2HA GLY 462 1.112 -7.183 13.184 No H/Q in entry = 3 In of MODEL 2 1 HA PRO 463 HA PRO 463 3.658 -11.116 14.556 2 HB3 PRO 463 1HB PRO 463 2.525 -12.661 15.807 3 HB2 PRO 463 2HB PRO 463 2.337 -13.525 14.279 4 HG3 PRO 463 1HG PRO 463 0.207 -12.771 15.690 5 HG2 PRO 463 2HG PRO 463 0.216 -12.701 13.918 6 HD3 PRO 463 1HD PRO 463 0.597 -10.480 15.898 7 HD2 PRO 463 2HD PRO 463 -0.372 -10.497 14.410 No H/Q in entry = 7 In of MODEL 2 1 H LEU 464 H LEU 464 1.386 -11.143 11.931 2 HA LEU 464 HA LEU 464 2.838 -12.950 10.268 3 HB3 LEU 464 1HB LEU 464 0.692 -10.931 9.612 4 HB2 LEU 464 2HB LEU 464 0.416 -12.597 10.048 5 HG LEU 464 HG LEU 464 1.678 -11.613 7.486 6 HD13 LEU 464 HD11 LEU 464 2.709 -13.721 8.215 7 HD12 LEU 464 HD12 LEU 464 1.670 -13.966 6.810 8 HD11 LEU 464 HD13 LEU 464 1.106 -14.427 8.415 9 HD22 LEU 464 HD21 LEU 464 -0.317 -12.543 6.467 10 HD21 LEU 464 HD22 LEU 464 -0.759 -11.328 7.673 11 HD23 LEU 464 HD23 LEU 464 -0.911 -13.040 8.046 No H/Q in entry = 11 In of MODEL 2 1 H PHE 465 H PHE 465 2.862 -9.566 10.891 2 HA PHE 465 HA PHE 465 4.446 -8.754 8.657 3 HB3 PHE 465 1HB PHE 465 4.788 -6.645 10.045 4 HB2 PHE 465 2HB PHE 465 3.694 -7.367 11.212 5 HZ PHE 465 HZ PHE 465 -0.193 -5.311 7.500 6 HD1 PHE 465 1HD PHE 465 3.931 -6.300 7.691 7 HE1 PHE 465 1HE PHE 465 2.035 -5.358 6.468 8 HE2 PHE 465 2HE PHE 465 -0.518 -6.219 9.762 9 HD2 PHE 465 2HD PHE 465 1.379 -7.159 10.985 No H/Q in entry = 9 In of MODEL 2 1 H ARG 466 H ARG 466 5.281 -10.384 11.505 2 HA ARG 466 HA ARG 466 7.707 -9.064 12.057 3 HB3 ARG 466 1HB ARG 466 8.392 -11.148 13.275 4 HB2 ARG 466 2HB ARG 466 6.892 -11.882 12.731 5 HG3 ARG 466 1HG ARG 466 6.719 -11.079 15.030 6 HG2 ARG 466 2HG ARG 466 5.597 -10.234 13.966 7 HD3 ARG 466 1HD ARG 466 8.285 -9.097 14.704 8 HD2 ARG 466 2HD ARG 466 6.842 -8.806 15.670 9 HE ARG 466 HE ARG 466 5.914 -7.958 13.438 10 HH11 ARG 466 HH11 ARG 466 9.288 -7.487 14.461 11 HH12 ARG 466 HH12 ARG 466 9.470 -6.004 13.644 12 HH21 ARG 466 HH21 ARG 466 6.207 -5.907 12.301 13 HH22 ARG 466 HH22 ARG 466 7.703 -5.102 12.411 No H/Q in entry = 13 In of MODEL 2 1 H ASN 467 H ASN 467 7.098 -11.925 10.068 2 HA ASN 467 HA ASN 467 9.821 -11.603 9.074 3 HB3 ASN 467 1HB ASN 467 7.818 -13.730 8.246 4 HB2 ASN 467 2HB ASN 467 9.020 -13.946 9.519 5 HD21 ASN 467 HD21 ASN 467 8.675 -15.337 6.952 6 HD22 ASN 467 HD22 ASN 467 10.185 -15.195 6.139 No H/Q in entry = 6 In of MODEL 2 1 H SER 468 H SER 468 9.493 -9.644 8.112 2 HA SER 468 HA SER 468 8.430 -9.837 5.446 3 HB3 SER 468 1HB SER 468 7.171 -7.698 5.677 4 HB2 SER 468 2HB SER 468 7.502 -7.734 7.415 5 HG SER 468 HG SER 468 6.542 -10.061 6.886 No H/Q in entry = 5 In of MODEL 2 1 H ARG 469 H ARG 469 8.935 -7.701 4.306 2 HA ARG 469 HA ARG 469 11.733 -6.954 4.898 3 HB3 ARG 469 1HB ARG 469 12.145 -7.076 2.661 4 HB2 ARG 469 2HB ARG 469 10.520 -6.586 2.206 5 HG3 ARG 469 1HG ARG 469 9.730 -8.848 2.688 6 HG2 ARG 469 2HG ARG 469 11.374 -9.334 3.113 7 HD3 ARG 469 1HD ARG 469 10.707 -9.968 0.803 8 HD2 ARG 469 2HD ARG 469 12.131 -8.928 0.866 9 HE ARG 469 HE ARG 469 10.344 -7.086 0.507 10 HH11 ARG 469 HH11 ARG 469 10.425 -10.206 -1.136 11 HH12 ARG 469 HH12 ARG 469 9.724 -9.619 -2.564 12 HH21 ARG 469 HH21 ARG 469 9.535 -6.273 -1.353 13 HH22 ARG 469 HH22 ARG 469 9.151 -7.217 -2.712 No H/Q in entry = 13 In of MODEL 2 1 H MET 470 H MET 470 12.204 -4.455 4.710 2 HA MET 470 HA MET 470 9.601 -3.245 5.036 3 HB3 MET 470 1HB MET 470 10.895 -1.412 6.097 4 HB2 MET 470 2HB MET 470 12.321 -2.456 5.976 5 HG3 MET 470 1HG MET 470 11.575 -3.946 7.495 6 HG2 MET 470 2HG MET 470 9.912 -3.420 7.364 7 HE2 MET 470 1HE MET 470 10.078 0.085 9.181 8 HE1 MET 470 2HE MET 470 9.118 -0.987 8.150 9 HE3 MET 470 3HE MET 470 10.473 -0.103 7.480 No H/Q in entry = 9 In of MODEL 2 1 H VAL 471 H VAL 471 9.219 -1.256 4.080 2 HA VAL 471 HA VAL 471 11.067 -0.525 1.998 3 HB VAL 471 HB VAL 471 9.263 -0.098 0.408 4 HG13 VAL 471 HG11 VAL 471 8.599 -2.374 -0.125 5 HG12 VAL 471 HG12 VAL 471 9.072 -2.881 1.495 6 HG11 VAL 471 HG13 VAL 471 10.295 -2.311 0.369 7 HG23 VAL 471 HG21 VAL 471 6.969 -0.923 0.889 8 HG22 VAL 471 HG22 VAL 471 7.484 0.459 1.859 9 HG21 VAL 471 HG23 VAL 471 7.475 -1.153 2.572 No H/Q in entry = 9 In of MODEL 2 1 H GLN 472 H GLN 472 10.713 1.642 1.234 2 HA GLN 472 HA GLN 472 9.437 3.399 3.176 3 HB3 GLN 472 1HB GLN 472 11.422 4.962 2.722 4 HB2 GLN 472 2HB GLN 472 12.227 3.554 2.036 5 HG3 GLN 472 1HG GLN 472 11.836 2.393 4.230 6 HG2 GLN 472 2HG GLN 472 11.323 3.946 4.876 7 HE21 GLN 472 HE21 GLN 472 12.853 5.636 5.017 8 HE22 GLN 472 HE22 GLN 472 14.540 5.290 5.080 No H/Q in entry = 8 In of MODEL 2 1 H PHE 473 H PHE 473 8.022 4.614 2.213 2 HA PHE 473 HA PHE 473 8.158 4.928 -0.688 3 HB3 PHE 473 1HB PHE 473 5.654 5.628 -0.197 4 HB2 PHE 473 2HB PHE 473 5.912 4.616 1.217 5 HZ PHE 473 HZ PHE 473 5.010 0.469 -2.644 6 HD1 PHE 473 1HD PHE 473 6.843 2.222 0.776 7 HE1 PHE 473 1HE PHE 473 6.264 0.232 -0.553 8 HE2 PHE 473 2HE PHE 473 4.342 2.696 -3.424 9 HD2 PHE 473 2HD PHE 473 4.913 4.673 -2.111 No H/Q in entry = 9 In of MODEL 2 1 H HIS 474 H HIS 474 8.736 6.798 -1.375 2 HA HIS 474 HA HIS 474 7.711 9.151 0.007 3 HB3 HIS 474 1HB HIS 474 10.444 8.934 -1.296 4 HB2 HIS 474 2HB HIS 474 10.186 8.825 0.442 5 HD1 HIS 474 HD1 HIS 474 10.586 11.303 -2.295 6 HD2 HIS 474 2HD HIS 474 9.254 11.233 1.643 7 HE1 HIS 474 1HE HIS 474 10.508 13.668 -1.552 No H/Q in entry = 7 In of MODEL 2 1 H PHE 475 H PHE 475 6.540 10.313 -1.380 2 HA PHE 475 HA PHE 475 6.371 9.353 -4.051 3 HB3 PHE 475 1HB PHE 475 4.515 11.097 -4.246 4 HB2 PHE 475 2HB PHE 475 4.796 11.443 -2.546 5 HZ PHE 475 HZ PHE 475 1.543 6.664 -1.937 6 HD1 PHE 475 1HD PHE 475 4.593 9.448 -0.892 7 HE1 PHE 475 1HE PHE 475 3.082 7.615 -0.272 8 HE2 PHE 475 2HE PHE 475 1.516 7.553 -4.227 9 HD2 PHE 475 2HD PHE 475 3.027 9.388 -4.856 No H/Q in entry = 9 In of MODEL 2 1 H THR 476 H THR 476 6.764 10.481 -5.982 2 HA THR 476 HA THR 476 9.098 11.882 -6.201 3 HB THR 476 HB THR 476 6.739 12.049 -8.093 4 HG22 THR 476 HG21 THR 476 8.504 11.969 -9.814 5 HG21 THR 476 HG22 THR 476 9.730 11.856 -8.549 6 HG23 THR 476 HG23 THR 476 8.761 13.323 -8.713 7 HG1 THR 476 HG1 THR 476 8.111 9.949 -8.776 No H/Q in entry = 7 In of MODEL 2 1 H ASN 477 H ASN 477 5.792 13.041 -6.095 2 HA ASN 477 HA ASN 477 6.554 15.688 -4.934 3 HB3 ASN 477 1HB ASN 477 4.829 16.747 -6.009 4 HB2 ASN 477 2HB ASN 477 4.033 15.273 -6.492 5 HD21 ASN 477 HD21 ASN 477 4.587 14.321 -8.436 6 HD22 ASN 477 HD22 ASN 477 5.586 15.081 -9.615 No H/Q in entry = 6 In of MODEL 2 1 H LYS 478 H LYS 478 5.655 16.044 -3.238 2 HA LYS 478 HA LYS 478 4.284 14.002 -1.893 3 HB3 LYS 478 1HB LYS 478 3.730 15.808 -0.265 4 HB2 LYS 478 2HB LYS 478 4.544 16.943 -1.341 5 HG3 LYS 478 1HG LYS 478 6.607 15.590 -1.133 6 HG2 LYS 478 2HG LYS 478 5.774 14.547 0.016 7 HD3 LYS 478 1HD LYS 478 6.296 17.487 0.346 8 HD2 LYS 478 2HD LYS 478 7.129 16.177 1.187 9 HE3 LYS 478 1HE LYS 478 4.984 15.493 2.181 10 HE2 LYS 478 2HE LYS 478 4.206 16.860 1.386 11 HZ1 LYS 478 1HZ LYS 478 5.722 18.335 2.602 12 HZ3 LYS 478 2HZ LYS 478 6.349 17.005 3.425 13 HZ2 LYS 478 3HZ LYS 478 4.748 17.450 3.648 No H/Q in entry = 13 In of MODEL 2 1 H ASP 479 H ASP 479 3.400 15.762 -4.377 2 HA ASP 479 HA ASP 479 1.597 16.425 -5.461 3 HB3 ASP 479 1HB ASP 479 0.041 14.097 -4.445 4 HB2 ASP 479 2HB ASP 479 1.502 13.787 -5.388 No H/Q in entry = 4 In of MODEL 2 1 H LEU 480 H LEU 480 1.687 17.903 -4.115 2 HA LEU 480 HA LEU 480 0.612 18.270 -1.654 3 HB3 LEU 480 1HB LEU 480 0.776 20.604 -1.997 4 HB2 LEU 480 2HB LEU 480 0.518 20.436 -3.723 5 HG LEU 480 HG LEU 480 2.701 19.374 -3.976 6 HD13 LEU 480 HD11 LEU 480 4.166 21.139 -3.462 7 HD12 LEU 480 HD12 LEU 480 2.940 21.904 -2.427 8 HD11 LEU 480 HD13 LEU 480 2.659 21.716 -4.168 9 HD23 LEU 480 HD21 LEU 480 3.060 19.687 -0.989 10 HD22 LEU 480 HD22 LEU 480 4.275 19.135 -2.162 11 HD21 LEU 480 HD23 LEU 480 2.839 18.176 -1.885 No H/Q in entry = 11 In of MODEL 2 1 H GLU 481 H GLU 481 -1.277 18.753 -4.674 2 HA GLU 481 HA GLU 481 -3.611 19.363 -3.170 3 HB3 GLU 481 1HB GLU 481 -3.371 18.454 -6.034 4 HB2 GLU 481 2HB GLU 481 -3.427 20.120 -5.472 5 HG3 GLU 481 1HG GLU 481 -5.656 18.117 -5.156 6 HG2 GLU 481 2HG GLU 481 -5.562 19.335 -6.423 No H/Q in entry = 6 In of MODEL 2 1 H SER 482 H SER 482 -2.625 16.264 -4.807 2 HA SER 482 HA SER 482 -5.078 14.995 -4.041 3 HB3 SER 482 1HB SER 482 -4.234 13.039 -5.102 4 HB2 SER 482 2HB SER 482 -2.579 13.640 -5.008 5 HG SER 482 HG SER 482 -2.851 14.797 -6.613 No H/Q in entry = 5 In of MODEL 2 1 H LEU 483 H LEU 483 -1.721 14.721 -2.886 2 HA LEU 483 HA LEU 483 -2.405 12.608 -1.137 3 HB3 LEU 483 1HB LEU 483 -0.064 13.155 -0.167 4 HB2 LEU 483 2HB LEU 483 0.087 14.148 -1.601 5 HG LEU 483 HG LEU 483 -0.404 12.083 -2.972 6 HD12 LEU 483 HD11 LEU 483 1.827 11.138 -2.682 7 HD11 LEU 483 HD12 LEU 483 1.989 11.976 -1.138 8 HD13 LEU 483 HD13 LEU 483 1.881 12.898 -2.638 9 HD22 LEU 483 HD21 LEU 483 -1.505 10.769 -1.266 10 HD21 LEU 483 HD22 LEU 483 -0.039 10.762 -0.293 11 HD23 LEU 483 HD23 LEU 483 -0.068 9.933 -1.846 No H/Q in entry = 11 In of MODEL 2 1 H LYS 484 H LYS 484 -2.464 15.983 -0.820 2 HA LYS 484 HA LYS 484 -2.359 16.238 1.962 3 HB3 LYS 484 1HB LYS 484 -4.204 17.603 0.025 4 HB2 LYS 484 2HB LYS 484 -2.572 18.142 0.331 5 HG3 LYS 484 1HG LYS 484 -3.299 18.520 2.736 6 HG2 LYS 484 2HG LYS 484 -4.943 18.254 2.177 7 HD3 LYS 484 1HD LYS 484 -3.081 20.409 1.155 8 HD2 LYS 484 2HD LYS 484 -4.379 20.661 2.308 9 HE3 LYS 484 1HE LYS 484 -5.189 21.426 0.212 10 HE2 LYS 484 2HE LYS 484 -6.007 19.906 0.540 11 HZ3 LYS 484 1HZ LYS 484 -5.222 20.121 -1.813 12 HZ2 LYS 484 2HZ LYS 484 -4.670 18.784 -1.037 13 HZ1 LYS 484 3HZ LYS 484 -3.633 20.102 -1.235 No H/Q in entry = 13 In of MODEL 2 1 H GLY 485 H GLY 485 -5.043 15.305 -0.144 2 HA2 GLY 485 1HA GLY 485 -7.038 14.254 0.262 3 HA3 GLY 485 2HA GLY 485 -6.921 14.828 1.926 No H/Q in entry = 3 In of MODEL 2 1 H LEU 486 H LEU 486 -4.719 12.727 0.109 2 HA LEU 486 HA LEU 486 -5.631 10.303 1.235 3 HB3 LEU 486 1HB LEU 486 -2.769 10.344 0.547 4 HB2 LEU 486 2HB LEU 486 -3.804 10.971 -0.721 5 HG LEU 486 HG LEU 486 -4.931 8.891 -0.975 6 HD13 LEU 486 HD11 LEU 486 -3.135 7.353 -1.562 7 HD12 LEU 486 HD12 LEU 486 -2.000 8.341 -0.653 8 HD11 LEU 486 HD13 LEU 486 -2.788 9.002 -2.087 9 HD23 LEU 486 HD21 LEU 486 -3.407 7.885 1.408 10 HD22 LEU 486 HD22 LEU 486 -4.466 6.916 0.385 11 HD21 LEU 486 HD23 LEU 486 -5.139 8.223 1.366 No H/Q in entry = 11 In of MODEL 2 1 H TYR 487 H TYR 487 -3.005 12.508 2.185 2 HA TYR 487 HA TYR 487 -1.897 11.120 4.337 3 HB3 TYR 487 1HB TYR 487 -1.437 13.487 5.281 4 HB2 TYR 487 2HB TYR 487 -2.263 14.084 3.864 5 HH TYR 487 HH TYR 487 3.935 13.454 2.003 6 HD1 TYR 487 1HD TYR 487 0.375 15.029 4.432 7 HE1 TYR 487 1HE TYR 487 2.497 15.095 3.180 8 HE2 TYR 487 2HE TYR 487 1.324 11.613 1.030 9 HD2 TYR 487 2HD TYR 487 -0.786 11.544 2.283 No H/Q in entry = 9 In of MODEL 2 1 H ARG 488 H ARG 488 -4.681 13.250 4.174 2 HA ARG 488 HA ARG 488 -5.285 13.290 6.902 3 HB3 ARG 488 1HB ARG 488 -7.114 13.628 4.512 4 HB2 ARG 488 2HB ARG 488 -6.233 14.912 5.319 5 HG3 ARG 488 1HG ARG 488 -8.395 13.241 6.580 6 HG2 ARG 488 2HG ARG 488 -8.609 14.871 5.936 7 HD3 ARG 488 1HD ARG 488 -7.118 15.787 7.564 8 HD2 ARG 488 2HD ARG 488 -6.658 14.184 8.124 9 HE ARG 488 HE ARG 488 -9.391 14.396 8.384 10 HH11 ARG 488 HH11 ARG 488 -6.553 15.975 9.770 11 HH12 ARG 488 HH12 ARG 488 -7.280 16.269 11.287 12 HH21 ARG 488 HH21 ARG 488 -10.375 14.766 10.436 13 HH22 ARG 488 HH22 ARG 488 -9.525 15.579 11.671 No H/Q in entry = 13 In of MODEL 2 1 H ILE 489 H ILE 489 -6.472 11.263 4.253 2 HA ILE 489 HA ILE 489 -8.285 9.736 5.747 3 HB ILE 489 HB ILE 489 -6.814 9.005 3.200 4 HG12 ILE 489 HG12 ILE 489 -9.594 10.120 3.642 5 HG23 ILE 489 HG21 ILE 489 -7.632 6.986 4.287 6 HG22 ILE 489 HG22 ILE 489 -8.574 7.326 2.838 7 HG21 ILE 489 HG23 ILE 489 -9.240 7.693 4.431 8 HD13 ILE 489 HD11 ILE 489 -8.184 9.560 1.043 9 HD12 ILE 489 HD12 ILE 489 -9.762 10.333 1.238 10 HD11 ILE 489 HD13 ILE 489 -9.537 8.646 1.705 11 HG13 ILE 489 HG11 ILE 489 -8.217 11.011 3.007 No H/Q in entry = 11 In of MODEL 2 1 H MET 490 H MET 490 -4.938 9.018 4.824 2 HA MET 490 HA MET 490 -4.815 6.462 6.050 3 HB3 MET 490 1HB MET 490 -2.387 6.662 5.875 4 HB2 MET 490 2HB MET 490 -2.526 8.380 5.544 5 HG3 MET 490 1HG MET 490 -2.119 7.321 3.486 6 HG2 MET 490 2HG MET 490 -3.811 7.801 3.499 7 HE2 MET 490 1HE MET 490 -2.283 3.476 3.788 8 HE1 MET 490 2HE MET 490 -1.898 4.670 5.031 9 HE3 MET 490 3HE MET 490 -1.290 4.871 3.381 No H/Q in entry = 9 In of MODEL 2 1 H GLY 491 H GLY 491 -3.947 9.684 7.202 2 HA2 GLY 491 1HA GLY 491 -3.359 10.465 9.282 3 HA3 GLY 491 2HA GLY 491 -2.908 8.822 9.703 No H/Q in entry = 3 In of MODEL 2 1 H ASN 492 H ASN 492 -6.069 9.056 8.557 2 HA ASN 492 HA ASN 492 -7.279 9.540 11.155 3 HB3 ASN 492 1HB ASN 492 -8.576 8.913 8.474 4 HB2 ASN 492 2HB ASN 492 -8.231 10.533 9.046 5 HD21 ASN 492 HD21 ASN 492 -10.427 7.905 9.183 6 HD22 ASN 492 HD22 ASN 492 -11.579 8.659 10.209 No H/Q in entry = 6 In of MODEL 2 1 H GLY 493 H GLY 493 -5.688 7.087 10.052 2 HA2 GLY 493 1HA GLY 493 -7.359 5.180 11.513 3 HA3 GLY 493 2HA GLY 493 -5.627 5.041 11.249 No H/Q in entry = 3 In of MODEL 2 1 H PHE 494 H PHE 494 -5.901 5.672 8.367 2 HA PHE 494 HA PHE 494 -7.009 3.094 7.621 3 HB3 PHE 494 1HB PHE 494 -7.224 4.051 5.268 4 HB2 PHE 494 2HB PHE 494 -6.954 5.634 5.998 5 HZ PHE 494 HZ PHE 494 -12.524 4.912 7.431 6 HD1 PHE 494 1HD PHE 494 -9.083 2.624 6.388 7 HE1 PHE 494 1HE PHE 494 -11.461 2.727 6.964 8 HE2 PHE 494 2HE PHE 494 -11.179 6.973 7.310 9 HD2 PHE 494 2HD PHE 494 -8.795 6.851 6.727 No H/Q in entry = 9 In of MODEL 2 1 H ALA 495 H ALA 495 -5.927 1.809 6.212 2 HA ALA 495 HA ALA 495 -3.098 2.428 5.792 3 HB2 ALA 495 1HB ALA 495 -4.320 -0.230 6.560 4 HB1 ALA 495 2HB ALA 495 -3.397 0.821 7.633 5 HB3 ALA 495 3HB ALA 495 -2.604 0.082 6.249 No H/Q in entry = 5 In of MODEL 2 1 H GLY 496 H GLY 496 -2.240 1.372 3.906 2 HA2 GLY 496 1HA GLY 496 -2.855 1.621 1.568 3 HA3 GLY 496 2HA GLY 496 -4.367 0.811 1.957 No H/Q in entry = 3 In of MODEL 2 1 H CYS 497 H CYS 497 -4.440 -1.326 1.733 2 HA CYS 497 HA CYS 497 -2.003 -2.857 1.893 3 HB3 CYS 497 1HB CYS 497 -4.779 -3.786 1.119 4 HB2 CYS 497 2HB CYS 497 -4.178 -3.755 2.771 5 HG CYS 497 HG CYS 497 -1.938 -5.393 1.122 No H/Q in entry = 5 In of MODEL 2 1 H VAL 498 H VAL 498 -0.768 -3.234 0.218 2 HA VAL 498 HA VAL 498 -1.741 -2.345 -2.371 3 HB VAL 498 HB VAL 498 1.091 -2.784 -1.406 4 HG13 VAL 498 HG11 VAL 498 0.898 -3.091 -3.805 5 HG12 VAL 498 HG12 VAL 498 1.739 -1.579 -3.457 6 HG11 VAL 498 HG13 VAL 498 0.045 -1.557 -3.952 7 HG22 VAL 498 HG21 VAL 498 1.270 -0.340 -1.408 8 HG21 VAL 498 HG22 VAL 498 0.050 -0.912 -0.266 9 HG23 VAL 498 HG23 VAL 498 -0.442 -0.230 -1.818 No H/Q in entry = 9 In of MODEL 2 1 H HIS 499 H HIS 499 -2.210 -3.750 -3.732 2 HA HIS 499 HA HIS 499 -1.157 -6.453 -3.528 3 HB3 HIS 499 1HB HIS 499 -3.137 -7.005 -5.062 4 HB2 HIS 499 2HB HIS 499 -3.736 -5.393 -4.701 5 HD1 HIS 499 HD1 HIS 499 -4.408 -4.958 -2.095 6 HD2 HIS 499 2HD HIS 499 -3.719 -8.912 -3.188 7 HE1 HIS 499 1HE HIS 499 -5.443 -6.404 -0.291 No H/Q in entry = 7 In of MODEL 2 1 H PHE 500 H PHE 500 -0.320 -7.346 -5.367 2 HA PHE 500 HA PHE 500 0.629 -5.390 -7.311 3 HB3 PHE 500 1HB PHE 500 2.313 -7.150 -7.840 4 HB2 PHE 500 2HB PHE 500 1.609 -8.163 -6.595 5 HZ PHE 500 HZ PHE 500 5.156 -5.087 -3.227 6 HD1 PHE 500 1HD PHE 500 4.131 -5.801 -7.288 7 HE1 PHE 500 1HE PHE 500 5.666 -4.888 -5.623 8 HE2 PHE 500 2HE PHE 500 3.108 -6.223 -2.506 9 HD2 PHE 500 2HD PHE 500 1.569 -7.170 -4.186 No H/Q in entry = 9 In of MODEL 2 1 HA PRO 501 HA PRO 501 -1.983 -7.494 -10.404 2 HB3 PRO 501 1HB PRO 501 -1.821 -6.073 -12.254 3 HB2 PRO 501 2HB PRO 501 -0.056 -6.065 -12.186 4 HG3 PRO 501 1HG PRO 501 -2.026 -4.462 -10.596 5 HG2 PRO 501 2HG PRO 501 -0.527 -3.923 -11.381 6 HD3 PRO 501 1HD PRO 501 -0.647 -4.418 -8.743 7 HD2 PRO 501 2HD PRO 501 0.809 -4.794 -9.688 No H/Q in entry = 7 In of MODEL 2 1 H HIS 502 H HIS 502 -1.458 -9.482 -11.356 2 HA HIS 502 HA HIS 502 1.184 -10.329 -10.665 3 HB3 HIS 502 1HB HIS 502 0.391 -12.591 -11.600 4 HB2 HIS 502 2HB HIS 502 -1.200 -11.843 -11.653 5 HD1 HIS 502 HD1 HIS 502 1.100 -13.563 -9.381 6 HD2 HIS 502 2HD HIS 502 -2.150 -10.988 -9.031 7 HE1 HIS 502 1HE HIS 502 0.293 -13.773 -7.008 No H/Q in entry = 7 In of MODEL 2 1 H THR 503 H THR 503 2.721 -9.916 -11.797 2 HA THR 503 HA THR 503 2.729 -10.496 -14.672 3 HB THR 503 HB THR 503 4.843 -9.041 -13.032 4 HG22 THR 503 HG21 THR 503 5.545 -8.165 -15.223 5 HG21 THR 503 HG22 THR 503 4.261 -9.087 -16.005 6 HG23 THR 503 HG23 THR 503 5.588 -9.929 -15.206 7 HG1 THR 503 HG1 THR 503 3.794 -7.154 -14.136 No H/Q in entry = 7 In of MODEL 2 1 H ALA 504 H ALA 504 4.235 -11.009 -11.531 2 HA ALA 504 HA ALA 504 5.715 -13.315 -12.409 3 HB3 ALA 504 1HB ALA 504 5.141 -12.160 -9.662 4 HB1 ALA 504 2HB ALA 504 6.619 -11.929 -10.593 5 HB2 ALA 504 3HB ALA 504 6.210 -13.527 -9.967 No H/Q in entry = 5 In of MODEL 2 1 HA PRO 505 HA PRO 505 1.832 -15.533 -11.869 2 HB3 PRO 505 1HB PRO 505 2.284 -16.286 -14.003 3 HB2 PRO 505 2HB PRO 505 2.506 -17.789 -13.091 4 HG3 PRO 505 1HG PRO 505 4.462 -16.891 -14.647 5 HG2 PRO 505 2HG PRO 505 4.824 -17.564 -13.051 6 HD3 PRO 505 1HD PRO 505 4.807 -14.725 -13.951 7 HD2 PRO 505 2HD PRO 505 5.833 -15.509 -12.738 No H/Q in entry = 7 In of MODEL 2 1 H CYS 506 H CYS 506 4.735 -16.180 -10.255 2 HA CYS 506 HA CYS 506 3.433 -18.423 -8.904 3 HB3 CYS 506 1HB CYS 506 5.641 -19.201 -8.202 4 HB2 CYS 506 2HB CYS 506 6.405 -17.820 -8.967 5 HG CYS 506 HG CYS 506 6.779 -18.986 -11.190 No H/Q in entry = 5 In of MODEL 2 1 H GLU 507 H GLU 507 6.007 -16.197 -7.831 2 HA GLU 507 HA GLU 507 4.329 -15.625 -5.507 3 HB3 GLU 507 1HB GLU 507 7.319 -16.061 -5.623 4 HB2 GLU 507 2HB GLU 507 6.140 -17.112 -4.856 5 HG3 GLU 507 1HG GLU 507 5.621 -15.348 -3.237 6 HG2 GLU 507 2HG GLU 507 6.838 -14.325 -3.997 No H/Q in entry = 6 In of MODEL 2 1 H VAL 508 H VAL 508 3.765 -13.588 -5.497 2 HA VAL 508 HA VAL 508 5.658 -11.634 -6.615 3 HB VAL 508 HB VAL 508 3.404 -11.845 -7.765 4 HG12 VAL 508 HG11 VAL 508 2.362 -10.571 -5.254 5 HG11 VAL 508 HG12 VAL 508 1.953 -12.165 -5.880 6 HG13 VAL 508 HG13 VAL 508 1.474 -10.718 -6.770 7 HG23 VAL 508 HG21 VAL 508 4.161 -9.165 -6.624 8 HG22 VAL 508 HG22 VAL 508 3.115 -9.421 -8.022 9 HG21 VAL 508 HG23 VAL 508 4.807 -9.910 -8.087 No H/Q in entry = 9 In of MODEL 2 1 H ARG 509 H ARG 509 3.696 -12.543 -3.874 2 HA ARG 509 HA ARG 509 3.768 -12.014 -1.686 3 HB3 ARG 509 1HB ARG 509 5.609 -10.610 -0.779 4 HB2 ARG 509 2HB ARG 509 6.105 -10.227 -2.426 5 HG3 ARG 509 1HG ARG 509 6.092 -12.903 -2.543 6 HG2 ARG 509 2HG ARG 509 6.515 -12.704 -0.854 7 HD3 ARG 509 1HD ARG 509 8.519 -12.808 -2.161 8 HD2 ARG 509 2HD ARG 509 8.331 -11.151 -1.571 9 HE ARG 509 HE ARG 509 7.193 -10.863 -3.888 10 HH11 ARG 509 HH11 ARG 509 10.145 -12.760 -3.231 11 HH12 ARG 509 HH12 ARG 509 10.674 -12.689 -4.849 12 HH21 ARG 509 HH21 ARG 509 8.020 -10.795 -6.135 13 HH22 ARG 509 HH22 ARG 509 9.476 -11.580 -6.484 No H/Q in entry = 13 In of MODEL 2 1 H VAL 510 H VAL 510 3.298 -9.949 -0.181 2 HA VAL 510 HA VAL 510 2.167 -7.979 -1.986 3 HB VAL 510 HB VAL 510 0.084 -7.769 -0.578 4 HG12 VAL 510 HG11 VAL 510 -1.091 -9.635 -1.678 5 HG11 VAL 510 HG12 VAL 510 0.470 -10.346 -2.096 6 HG13 VAL 510 HG13 VAL 510 -0.001 -8.789 -2.775 7 HG22 VAL 510 HG21 VAL 510 0.785 -8.989 1.380 8 HG21 VAL 510 HG22 VAL 510 0.940 -10.470 0.416 9 HG23 VAL 510 HG23 VAL 510 -0.648 -9.715 0.647 No H/Q in entry = 9 In of MODEL 2 1 H LEU 511 H LEU 511 1.344 -5.973 -0.764 2 HA LEU 511 HA LEU 511 3.414 -5.432 1.242 3 HB3 LEU 511 1HB LEU 511 2.837 -4.125 -1.360 4 HB2 LEU 511 2HB LEU 511 4.347 -4.566 -0.623 5 HG LEU 511 HG LEU 511 2.701 -2.187 0.262 6 HD11 LEU 511 HD11 LEU 511 4.252 -3.054 1.973 7 HD13 LEU 511 HD12 LEU 511 4.641 -1.434 1.415 8 HD12 LEU 511 HD13 LEU 511 5.593 -2.797 0.846 9 HD21 LEU 511 HD21 LEU 511 3.399 -1.904 -2.024 10 HD23 LEU 511 HD22 LEU 511 5.064 -2.294 -1.587 11 HD22 LEU 511 HD23 LEU 511 4.305 -0.831 -0.960 No H/Q in entry = 11 In of MODEL 2 1 H MET 512 H MET 512 2.927 -4.018 2.850 2 HA MET 512 HA MET 512 0.193 -2.943 2.905 3 HB3 MET 512 1HB MET 512 2.024 -3.768 5.149 4 HB2 MET 512 2HB MET 512 0.517 -4.551 4.688 5 HG3 MET 512 1HG MET 512 0.874 -1.821 5.904 6 HG2 MET 512 2HG MET 512 0.172 -3.238 6.678 7 HE3 MET 512 1HE MET 512 -1.601 -4.420 4.312 8 HE2 MET 512 2HE MET 512 -3.156 -3.672 4.663 9 HE1 MET 512 3HE MET 512 -2.155 -4.292 5.981 No H/Q in entry = 9 In of MODEL 2 1 H LEU 513 H LEU 513 0.131 -0.814 2.638 2 HA LEU 513 HA LEU 513 2.560 0.729 3.111 3 HB3 LEU 513 1HB LEU 513 0.061 1.420 1.569 4 HB2 LEU 513 2HB LEU 513 1.530 0.785 0.860 5 HG LEU 513 HG LEU 513 1.304 3.413 2.293 6 HD12 LEU 513 HD11 LEU 513 3.523 3.801 1.229 7 HD11 LEU 513 HD12 LEU 513 3.551 2.090 0.802 8 HD13 LEU 513 HD13 LEU 513 3.512 2.580 2.496 9 HD21 LEU 513 HD21 LEU 513 1.437 2.799 -0.661 10 HD23 LEU 513 HD22 LEU 513 1.567 4.402 0.059 11 HD22 LEU 513 HD23 LEU 513 0.069 3.488 0.221 No H/Q in entry = 11 In of MODEL 2 1 H LEU 514 H LEU 514 2.677 1.921 4.810 2 HA LEU 514 HA LEU 514 0.233 2.780 6.168 3 HB3 LEU 514 1HB LEU 514 1.636 2.535 8.263 4 HB2 LEU 514 2HB LEU 514 2.800 1.687 7.276 5 HG LEU 514 HG LEU 514 0.931 0.053 6.710 6 HD13 LEU 514 HD11 LEU 514 1.202 -1.164 8.829 7 HD12 LEU 514 HD12 LEU 514 1.796 0.307 9.603 8 HD11 LEU 514 HD13 LEU 514 2.737 -0.460 8.324 9 HD21 LEU 514 HD21 LEU 514 -0.929 1.456 7.386 10 HD23 LEU 514 HD22 LEU 514 -0.350 1.436 9.053 11 HD22 LEU 514 HD23 LEU 514 -0.906 -0.056 8.291 No H/Q in entry = 11 In of MODEL 2 1 H TYR 515 H TYR 515 0.146 4.877 6.561 2 HA TYR 515 HA TYR 515 2.420 6.566 5.859 3 HB3 TYR 515 1HB TYR 515 -0.468 7.167 6.491 4 HB2 TYR 515 2HB TYR 515 0.298 7.232 4.911 5 HH TYR 515 HH TYR 515 1.137 13.184 7.615 6 HD1 TYR 515 1HD TYR 515 -1.078 9.257 7.231 7 HE1 TYR 515 1HE TYR 515 -0.626 11.648 7.575 8 HE2 TYR 515 2HE TYR 515 3.073 11.239 5.491 9 HD2 TYR 515 2HD TYR 515 2.613 8.856 5.148 No H/Q in entry = 9 In of MODEL 2 1 H SER 516 H SER 516 3.710 7.398 7.317 2 HA SER 516 HA SER 516 2.772 7.326 10.055 3 HB3 SER 516 1HB SER 516 4.890 6.170 9.777 4 HB2 SER 516 2HB SER 516 5.206 7.686 10.618 5 HG SER 516 HG SER 516 5.586 7.232 7.837 No H/Q in entry = 5 In of MODEL 2 1 H SER 517 H SER 517 1.831 9.068 10.610 2 HA SER 517 HA SER 517 1.878 11.475 9.210 3 HB3 SER 517 1HB SER 517 0.293 12.157 10.850 4 HB2 SER 517 2HB SER 517 0.853 10.928 11.990 5 HG SER 517 HG SER 517 -0.970 10.148 11.000 No H/Q in entry = 5 In of MODEL 2 1 H LYS 518 H LYS 518 3.506 10.299 12.071 2 HA LYS 518 HA LYS 518 4.444 12.862 12.881 3 HB3 LYS 518 1HB LYS 518 5.418 10.115 13.693 4 HB2 LYS 518 2HB LYS 518 4.172 11.047 14.508 5 HG3 LYS 518 1HG LYS 518 5.849 12.771 15.059 6 HG2 LYS 518 2HG LYS 518 7.089 11.798 14.279 7 HD3 LYS 518 1HD LYS 518 7.227 11.445 16.648 8 HD2 LYS 518 2HD LYS 518 6.629 9.971 15.890 9 HE3 LYS 518 1HE LYS 518 5.394 10.423 17.911 10 HE2 LYS 518 2HE LYS 518 4.330 10.573 16.522 11 HZ1 LYS 518 1HZ LYS 518 4.635 13.021 16.668 12 HZ3 LYS 518 2HZ LYS 518 5.546 12.802 18.073 13 HZ2 LYS 518 3HZ LYS 518 3.930 12.351 18.036 No H/Q in entry = 13 In of MODEL 2 1 H LYS 519 H LYS 519 5.595 10.431 10.709 2 HA LYS 519 HA LYS 519 8.194 11.775 10.558 3 HB3 LYS 519 1HB LYS 519 8.957 9.833 9.303 4 HB2 LYS 519 2HB LYS 519 7.319 9.202 9.222 5 HG3 LYS 519 1HG LYS 519 8.552 7.963 10.872 6 HG2 LYS 519 2HG LYS 519 7.329 8.931 11.684 7 HD3 LYS 519 1HD LYS 519 9.137 9.278 13.053 8 HD2 LYS 519 2HD LYS 519 9.259 10.665 11.985 9 HE3 LYS 519 1HE LYS 519 10.861 8.111 11.781 10 HE2 LYS 519 2HE LYS 519 11.452 9.664 12.347 11 HZ3 LYS 519 1HZ LYS 519 10.624 9.029 9.575 12 HZ2 LYS 519 2HZ LYS 519 12.173 9.316 10.129 13 HZ1 LYS 519 3HZ LYS 519 11.063 10.569 10.097 No H/Q in entry = 13 In of MODEL 2 1 H LYS 520 H LYS 520 5.187 11.792 9.136 2 HA LYS 520 HA LYS 520 4.239 12.648 7.313 3 HB3 LYS 520 1HB LYS 520 5.596 14.431 6.026 4 HB2 LYS 520 2HB LYS 520 6.808 14.240 7.278 5 HG3 LYS 520 1HG LYS 520 3.949 15.054 7.778 6 HG2 LYS 520 2HG LYS 520 5.293 16.170 7.612 7 HD3 LYS 520 1HD LYS 520 5.189 14.022 9.682 8 HD2 LYS 520 2HD LYS 520 4.594 15.653 9.970 9 HE3 LYS 520 1HE LYS 520 6.887 16.505 9.369 10 HE2 LYS 520 2HE LYS 520 7.434 14.828 9.324 11 HZ3 LYS 520 1HZ LYS 520 7.885 15.914 11.494 12 HZ2 LYS 520 2HZ LYS 520 6.889 14.587 11.659 13 HZ1 LYS 520 3HZ LYS 520 6.233 16.126 11.707 No H/Q in entry = 13 In of MODEL 2 1 H ILE 521 H ILE 521 5.526 10.161 7.016 2 HA ILE 521 HA ILE 521 5.891 10.173 4.152 3 HB ILE 521 HB ILE 521 7.956 8.713 4.202 4 HG12 ILE 521 HG12 ILE 521 9.597 9.309 6.106 5 HG21 ILE 521 HG21 ILE 521 8.045 10.869 3.278 6 HG23 ILE 521 HG22 ILE 521 9.528 10.573 4.188 7 HG22 ILE 521 HG23 ILE 521 8.263 11.602 4.865 8 HD11 ILE 521 HD11 ILE 521 7.310 7.499 6.817 9 HD13 ILE 521 HD12 ILE 521 8.883 7.550 7.613 10 HD12 ILE 521 HD13 ILE 521 8.763 7.033 5.932 11 HG13 ILE 521 HG11 ILE 521 8.172 9.785 7.016 No H/Q in entry = 11 In of MODEL 2 1 H PHE 522 H PHE 522 6.252 7.831 3.218 2 HA PHE 522 HA PHE 522 4.360 6.298 4.784 3 HB3 PHE 522 1HB PHE 522 4.001 5.067 2.625 4 HB2 PHE 522 2HB PHE 522 4.966 6.318 1.839 5 HZ PHE 522 HZ PHE 522 -0.068 9.124 2.002 6 HD1 PHE 522 1HD PHE 522 4.167 8.772 2.224 7 HE1 PHE 522 1HE PHE 522 2.181 10.146 1.908 8 HE2 PHE 522 2HE PHE 522 -0.289 6.708 2.412 9 HD2 PHE 522 2HD PHE 522 1.723 5.334 2.727 No H/Q in entry = 9 In of MODEL 2 1 H MET 523 H MET 523 4.758 4.291 5.332 2 HA MET 523 HA MET 523 7.396 3.172 4.747 3 HB3 MET 523 1HB MET 523 7.419 4.097 7.036 4 HB2 MET 523 2HB MET 523 7.455 2.339 7.078 5 HG3 MET 523 1HG MET 523 5.094 2.270 7.627 6 HG2 MET 523 2HG MET 523 4.999 4.024 7.531 7 HE3 MET 523 1HE MET 523 7.345 1.751 10.802 8 HE2 MET 523 2HE MET 523 7.911 1.850 9.138 9 HE1 MET 523 3HE MET 523 6.431 0.963 9.514 No H/Q in entry = 9 In of MODEL 2 1 H GLY 524 H GLY 524 7.314 0.765 4.914 2 HA2 GLY 524 1HA GLY 524 5.249 -0.319 3.575 3 HA3 GLY 524 2HA GLY 524 4.724 -0.391 5.244 No H/Q in entry = 3 In of MODEL 2 1 H LEU 525 H LEU 525 4.762 -2.605 5.245 2 HA LEU 525 HA LEU 525 7.378 -3.809 4.835 3 HB3 LEU 525 1HB LEU 525 6.466 -5.709 6.358 4 HB2 LEU 525 2HB LEU 525 5.311 -4.516 6.906 5 HG LEU 525 HG LEU 525 8.280 -4.161 7.054 6 HD13 LEU 525 HD11 LEU 525 7.067 -2.061 7.168 7 HD12 LEU 525 HD12 LEU 525 7.718 -2.434 8.769 8 HD11 LEU 525 HD13 LEU 525 6.010 -2.701 8.425 9 HD23 LEU 525 HD21 LEU 525 8.072 -4.687 9.473 10 HD22 LEU 525 HD22 LEU 525 7.759 -6.051 8.414 11 HD21 LEU 525 HD23 LEU 525 6.412 -5.203 9.176 No H/Q in entry = 11 In of MODEL 2 1 H ILE 526 H ILE 526 7.523 -5.537 3.519 2 HA ILE 526 HA ILE 526 5.013 -6.290 2.228 3 HB ILE 526 HB ILE 526 7.887 -6.619 1.319 4 HG12 ILE 526 HG12 ILE 526 5.707 -4.750 0.515 5 HG22 ILE 526 HG21 ILE 526 5.395 -7.385 -0.152 6 HG21 ILE 526 HG22 ILE 526 6.603 -8.475 0.533 7 HG23 ILE 526 HG23 ILE 526 7.038 -7.408 -0.806 8 HD13 ILE 526 HD11 ILE 526 8.397 -5.052 -0.821 9 HD12 ILE 526 HD12 ILE 526 7.160 -3.846 -1.209 10 HD11 ILE 526 HD13 ILE 526 6.871 -5.554 -1.549 11 HG13 ILE 526 HG11 ILE 526 7.263 -4.369 1.187 No H/Q in entry = 11 In of MODEL 2 1 HA PRO 527 HA PRO 527 5.625 -10.157 4.515 2 HB3 PRO 527 1HB PRO 527 3.514 -10.666 5.240 3 HB2 PRO 527 2HB PRO 527 2.836 -10.533 3.612 4 HG3 PRO 527 1HG PRO 527 3.413 -8.381 5.610 5 HG2 PRO 527 2HG PRO 527 1.982 -8.596 4.582 6 HD3 PRO 527 1HD PRO 527 3.856 -6.839 3.934 7 HD2 PRO 527 2HD PRO 527 3.105 -7.850 2.677 No H/Q in entry = 7 In of MODEL 2 1 H TYR 528 H TYR 528 6.190 -11.997 3.766 2 HA TYR 528 HA TYR 528 6.517 -12.456 1.007 3 HB3 TYR 528 1HB TYR 528 7.401 -14.677 1.738 4 HB2 TYR 528 2HB TYR 528 6.982 -14.250 3.384 5 HH TYR 528 HH TYR 528 12.833 -11.828 3.900 6 HD1 TYR 528 1HD TYR 528 8.306 -12.629 4.648 7 HE1 TYR 528 1HE TYR 528 10.537 -11.629 4.948 8 HE2 TYR 528 2HE TYR 528 11.520 -12.650 0.932 9 HD2 TYR 528 2HD TYR 528 9.296 -13.643 0.641 No H/Q in entry = 9 In of MODEL 2 1 H ASP 529 H ASP 529 4.459 -13.736 3.541 2 HA ASP 529 HA ASP 529 3.318 -15.783 1.895 3 HB3 ASP 529 1HB ASP 529 2.367 -14.777 4.580 4 HB2 ASP 529 2HB ASP 529 3.605 -16.010 4.361 No H/Q in entry = 4 In of MODEL 2 1 H GLN 530 H GLN 530 2.432 -14.804 0.193 2 HA GLN 530 HA GLN 530 0.753 -12.543 0.344 3 HB3 GLN 530 1HB GLN 530 2.028 -13.003 -1.692 4 HB2 GLN 530 2HB GLN 530 0.319 -12.893 -2.050 5 HG3 GLN 530 1HG GLN 530 0.142 -15.282 -2.268 6 HG2 GLN 530 2HG GLN 530 1.810 -15.488 -1.747 7 HE21 GLN 530 HE21 GLN 530 0.383 -16.225 -4.242 8 HE22 GLN 530 HE22 GLN 530 1.327 -15.575 -5.520 No H/Q in entry = 8 In of MODEL 2 1 H SER 531 H SER 531 0.088 -15.989 0.106 2 HA SER 531 HA SER 531 -2.625 -15.819 -0.487 3 HB3 SER 531 1HB SER 531 -2.698 -18.158 0.082 4 HB2 SER 531 2HB SER 531 -1.189 -18.012 0.980 5 HG SER 531 HG SER 531 -1.346 -17.240 -1.721 No H/Q in entry = 5 In of MODEL 2 1 H GLY 532 H GLY 532 -1.013 -16.121 2.718 2 HA2 GLY 532 1HA GLY 532 -1.911 -16.116 4.791 3 HA3 GLY 532 2HA GLY 532 -3.508 -16.283 4.073 No H/Q in entry = 3 In of MODEL 2 1 H PHE 533 H PHE 533 -1.153 -13.741 3.425 2 HA PHE 533 HA PHE 533 -2.273 -11.852 5.183 3 HB3 PHE 533 1HB PHE 533 -0.796 -11.226 2.619 4 HB2 PHE 533 2HB PHE 533 0.010 -11.705 4.107 5 HZ PHE 533 HZ PHE 533 -0.750 -6.134 5.371 6 HD1 PHE 533 1HD PHE 533 -0.021 -10.255 6.057 7 HE1 PHE 533 1HE PHE 533 0.035 -7.933 6.832 8 HE2 PHE 533 2HE PHE 533 -1.594 -6.658 3.119 9 HD2 PHE 533 2HD PHE 533 -1.657 -8.991 2.352 No H/Q in entry = 9 In of MODEL 2 1 H VAL 534 H VAL 534 -2.769 -12.395 1.701 2 HA VAL 534 HA VAL 534 -4.682 -10.363 1.333 3 HB VAL 534 HB VAL 534 -4.337 -12.962 -0.219 4 HG13 VAL 534 HG11 VAL 534 -5.625 -11.895 -2.015 5 HG12 VAL 534 HG12 VAL 534 -5.914 -10.495 -0.983 6 HG11 VAL 534 HG13 VAL 534 -6.605 -12.061 -0.557 7 HG22 VAL 534 HG21 VAL 534 -2.396 -11.492 -0.309 8 HG21 VAL 534 HG22 VAL 534 -3.420 -10.147 -0.808 9 HG23 VAL 534 HG23 VAL 534 -3.213 -11.538 -1.872 No H/Q in entry = 9 In of MODEL 2 1 H ASN 535 H ASN 535 -4.990 -13.716 2.353 2 HA ASN 535 HA ASN 535 -7.801 -13.868 2.347 3 HB3 ASN 535 1HB ASN 535 -5.851 -15.364 4.125 4 HB2 ASN 535 2HB ASN 535 -6.355 -15.874 2.518 5 HD21 ASN 535 HD21 ASN 535 -7.199 -15.752 5.864 6 HD22 ASN 535 HD22 ASN 535 -8.667 -16.624 5.729 No H/Q in entry = 6 In of MODEL 2 1 H GLY 536 H GLY 536 -5.502 -12.852 4.826 2 HA2 GLY 536 1HA GLY 536 -5.785 -11.667 6.765 3 HA3 GLY 536 2HA GLY 536 -7.399 -12.361 6.865 No H/Q in entry = 3 In of MODEL 2 1 H ILE 537 H ILE 537 -6.000 -10.337 4.342 2 HA ILE 537 HA ILE 537 -7.188 -7.917 5.120 3 HB ILE 537 HB ILE 537 -6.265 -8.787 2.363 4 HG12 ILE 537 HG12 ILE 537 -4.454 -8.799 3.963 5 HG21 ILE 537 HG21 ILE 537 -6.927 -6.011 3.336 6 HG23 ILE 537 HG22 ILE 537 -7.801 -6.932 2.110 7 HG22 ILE 537 HG23 ILE 537 -6.153 -6.387 1.797 8 HD13 ILE 537 HD11 ILE 537 -3.710 -6.796 5.134 9 HD12 ILE 537 HD12 ILE 537 -5.279 -7.347 5.710 10 HD11 ILE 537 HD13 ILE 537 -5.176 -5.956 4.628 11 HG13 ILE 537 HG11 ILE 537 -4.256 -7.432 2.878 No H/Q in entry = 11 In of MODEL 2 1 H ARG 538 H ARG 538 -8.373 -10.512 3.098 2 HA ARG 538 HA ARG 538 -10.643 -9.321 2.006 3 HB3 ARG 538 1HB ARG 538 -11.660 -11.662 2.122 4 HB2 ARG 538 2HB ARG 538 -10.142 -12.155 2.861 5 HG3 ARG 538 1HG ARG 538 -8.979 -11.229 0.853 6 HG2 ARG 538 2HG ARG 538 -10.567 -11.027 0.115 7 HD3 ARG 538 1HD ARG 538 -9.301 -13.587 1.034 8 HD2 ARG 538 2HD ARG 538 -9.595 -13.083 -0.631 9 HE ARG 538 HE ARG 538 -12.062 -13.111 0.566 10 HH11 ARG 538 HH11 ARG 538 -9.532 -15.492 -0.155 11 HH12 ARG 538 HH12 ARG 538 -10.586 -16.831 -0.136 12 HH21 ARG 538 HH21 ARG 538 -13.543 -15.010 0.508 13 HH22 ARG 538 HH22 ARG 538 -12.863 -16.546 0.230 No H/Q in entry = 13 In of MODEL 2 1 H GLN 539 H GLN 539 -10.178 -10.720 5.164 2 HA GLN 539 HA GLN 539 -12.875 -10.498 6.113 3 HB3 GLN 539 1HB GLN 539 -11.848 -10.863 8.300 4 HB2 GLN 539 2HB GLN 539 -10.258 -10.553 7.614 5 HG3 GLN 539 1HG GLN 539 -10.647 -12.541 6.108 6 HG2 GLN 539 2HG GLN 539 -12.066 -12.908 7.083 7 HE21 GLN 539 HE21 GLN 539 -9.104 -11.589 8.385 8 HE22 GLN 539 HE22 GLN 539 -8.633 -12.989 9.267 No H/Q in entry = 8 In of MODEL 2 1 H VAL 540 H VAL 540 -9.980 -8.498 6.370 2 HA VAL 540 HA VAL 540 -11.074 -6.473 7.987 3 HB VAL 540 HB VAL 540 -8.832 -6.206 5.949 4 HG11 VAL 540 HG11 VAL 540 -9.722 -4.058 6.751 5 HG13 VAL 540 HG12 VAL 540 -8.060 -4.333 7.272 6 HG12 VAL 540 HG13 VAL 540 -9.379 -4.549 8.413 7 HG21 VAL 540 HG21 VAL 540 -8.700 -6.942 8.874 8 HG23 VAL 540 HG22 VAL 540 -7.308 -6.631 7.835 9 HG22 VAL 540 HG23 VAL 540 -8.362 -8.009 7.512 No H/Q in entry = 9 In of MODEL 2 1 H ILE 541 H ILE 541 -10.840 -6.810 4.484 2 HA ILE 541 HA ILE 541 -12.011 -4.392 3.658 3 HB ILE 541 HB ILE 541 -12.106 -7.136 2.425 4 HG12 ILE 541 HG12 ILE 541 -10.313 -4.760 1.764 5 HG23 ILE 541 HG21 ILE 541 -13.944 -5.886 1.545 6 HG22 ILE 541 HG22 ILE 541 -12.720 -6.038 0.278 7 HG21 ILE 541 HG23 ILE 541 -12.907 -4.512 1.158 8 HD13 ILE 541 HD11 ILE 541 -10.254 -7.526 0.594 9 HD12 ILE 541 HD12 ILE 541 -9.098 -6.225 0.297 10 HD11 ILE 541 HD13 ILE 541 -10.765 -6.062 -0.249 11 HG13 ILE 541 HG11 ILE 541 -9.843 -6.224 2.610 No H/Q in entry = 11 In of MODEL 2 1 H THR 542 H THR 542 -13.413 -7.521 4.391 2 HA THR 542 HA THR 542 -16.058 -7.025 3.779 3 HB THR 542 HB THR 542 -14.735 -8.736 5.727 4 HG23 THR 542 HG21 THR 542 -16.744 -10.186 5.777 5 HG22 THR 542 HG22 THR 542 -17.622 -8.963 4.843 6 HG21 THR 542 HG23 THR 542 -17.039 -8.595 6.476 7 HG1 THR 542 HG1 THR 542 -14.208 -9.278 3.629 No H/Q in entry = 7 In of MODEL 2 1 H ASN 543 H ASN 543 -14.300 -6.574 6.801 2 HA ASN 543 HA ASN 543 -16.496 -5.548 8.282 3 HB3 ASN 543 1HB ASN 543 -14.711 -4.584 9.817 4 HB2 ASN 543 2HB ASN 543 -13.517 -5.244 8.714 5 HD21 ASN 543 HD21 ASN 543 -13.907 -5.859 11.507 6 HD22 ASN 543 HD22 ASN 543 -14.163 -7.552 11.602 No H/Q in entry = 6 In of MODEL 2 1 H LEU 544 H LEU 544 -13.947 -4.031 6.394 2 HA LEU 544 HA LEU 544 -14.526 -1.360 6.970 3 HB3 LEU 544 1HB LEU 544 -13.196 -2.624 4.563 4 HB2 LEU 544 2HB LEU 544 -12.401 -2.052 5.996 5 HG LEU 544 HG LEU 544 -11.839 -0.469 4.382 6 HD11 LEU 544 HD11 LEU 544 -14.686 -0.411 3.441 7 HD13 LEU 544 HD12 LEU 544 -13.309 -1.157 2.623 8 HD12 LEU 544 HD13 LEU 544 -13.372 0.595 2.823 9 HD21 LEU 544 HD21 LEU 544 -12.641 0.662 6.418 10 HD23 LEU 544 HD22 LEU 544 -14.265 0.695 5.745 11 HD22 LEU 544 HD23 LEU 544 -12.979 1.622 4.978 No H/Q in entry = 11 In of MODEL 2 1 H GLU 545 H GLU 545 -15.882 -3.480 4.509 2 HA GLU 545 HA GLU 545 -17.305 -1.598 3.012 3 HB3 GLU 545 1HB GLU 545 -18.883 -3.450 2.475 4 HB2 GLU 545 2HB GLU 545 -18.090 -4.433 3.691 5 HG3 GLU 545 1HG GLU 545 -17.323 -5.029 1.485 6 HG2 GLU 545 2HG GLU 545 -16.011 -4.349 2.442 No H/Q in entry = 6 In of MODEL 2 1 H HIS 546 H HIS 546 -18.031 -2.986 6.105 2 HA HIS 546 HA HIS 546 -20.697 -1.788 6.132 3 HB3 HIS 546 1HB HIS 546 -20.957 -3.035 8.270 4 HB2 HIS 546 2HB HIS 546 -19.333 -3.679 8.058 5 HD1 HIS 546 HD1 HIS 546 -19.010 -5.571 6.254 6 HD2 HIS 546 2HD HIS 546 -22.914 -4.167 6.646 7 HE1 HIS 546 1HE HIS 546 -20.473 -7.216 5.053 No H/Q in entry = 7 In of MODEL 2 1 H HIS 547 H HIS 547 -17.536 -1.283 7.245 2 HA HIS 547 HA HIS 547 -16.469 0.217 8.547 3 HB3 HIS 547 1HB HIS 547 -17.598 2.349 9.212 4 HB2 HIS 547 2HB HIS 547 -19.108 1.724 8.581 5 HD1 HIS 547 HD1 HIS 547 -19.680 2.767 6.429 6 HD2 HIS 547 2HD HIS 547 -15.580 2.290 6.878 7 HE1 HIS 547 1HE HIS 547 -18.634 3.816 4.403 No H/Q in entry = 7 In of MODEL 2 1 H HIS 548 H HIS 548 -16.616 1.320 10.817 2 HA HIS 548 HA HIS 548 -17.688 -0.645 12.637 3 HB3 HIS 548 1HB HIS 548 -16.678 0.765 14.426 4 HB2 HIS 548 2HB HIS 548 -16.263 1.983 13.229 5 HD1 HIS 548 HD1 HIS 548 -13.904 1.847 12.385 6 HD2 HIS 548 2HD HIS 548 -15.272 -1.795 13.853 7 HE1 HIS 548 1HE HIS 548 -11.948 0.274 12.271 No H/Q in entry = 7 In of MODEL 2 1 H HIS 549 H HIS 549 -19.830 -0.356 12.007 2 HA HIS 549 HA HIS 549 -21.108 2.219 12.523 3 HB3 HIS 549 1HB HIS 549 -21.558 1.104 10.366 4 HB2 HIS 549 2HB HIS 549 -23.032 1.299 11.298 5 HD1 HIS 549 HD1 HIS 549 -20.676 -1.401 10.087 6 HD2 HIS 549 2HD HIS 549 -24.350 -0.987 11.980 7 HE1 HIS 549 1HE HIS 549 -21.677 -3.719 10.204 No H/Q in entry = 7 In of MODEL 2 1 H HIS 550 H HIS 550 -20.254 0.124 14.541 2 HA HIS 550 HA HIS 550 -22.673 0.226 16.146 3 HB3 HIS 550 1HB HIS 550 -21.312 -2.413 15.482 4 HB2 HIS 550 2HB HIS 550 -22.912 -1.925 14.945 5 HD1 HIS 550 HD1 HIS 550 -21.843 -4.380 17.026 6 HD2 HIS 550 2HD HIS 550 -24.262 -1.065 17.743 7 HE1 HIS 550 1HE HIS 550 -23.133 -4.893 19.110 No H/Q in entry = 7 In of MODEL 2 1 H HIS 551 H HIS 551 -19.429 -1.209 16.008 2 HA HIS 551 HA HIS 551 -18.934 -0.058 18.611 3 HB3 HIS 551 1HB HIS 551 -18.947 -2.395 19.025 4 HB2 HIS 551 2HB HIS 551 -17.247 -1.987 18.885 5 HD1 HIS 551 HD1 HIS 551 -15.919 -3.035 16.893 6 HD2 HIS 551 2HD HIS 551 -19.954 -4.006 16.966 7 HE1 HIS 551 1HE HIS 551 -16.217 -4.921 15.247 8 H1 MET 393 H MET 393 26.356 1.186 11.455 9 H2 MET 393 H3 MET 393 26.706 2.479 12.473 10 H3 MET 393 H2 MET 393 27.618 1.063 12.535 11 HA MET 393 HA MET 393 25.784 -0.220 13.241 12 HB3 MET 393 1HB MET 393 26.220 2.243 14.939 13 HB2 MET 393 2HB MET 393 27.185 0.781 14.984 14 HG3 MET 393 1HG MET 393 24.313 1.089 15.803 15 HG2 MET 393 2HG MET 393 25.696 0.814 16.857 16 HE3 MET 393 1HE MET 393 27.321 -1.435 15.154 17 HE2 MET 393 2HE MET 393 26.685 -2.891 15.925 18 HE1 MET 393 3HE MET 393 27.087 -1.478 16.900 No H/Q in entry = 18 In of MODEL 3 1 H SER 394 H SER 394 24.785 3.248 13.385 2 HA SER 394 HA SER 394 22.157 2.278 12.623 3 HB3 SER 394 1HB SER 394 22.760 4.512 14.576 4 HB2 SER 394 2HB SER 394 22.199 2.898 15.019 5 HG SER 394 HG SER 394 20.753 4.997 14.374 No H/Q in entry = 5 In of MODEL 3 1 H VAL 395 H VAL 395 21.721 2.999 10.753 2 HA VAL 395 HA VAL 395 22.243 5.775 10.081 3 HB VAL 395 HB VAL 395 24.153 4.614 9.097 4 HG12 VAL 395 HG11 VAL 395 23.874 2.919 7.348 5 HG11 VAL 395 HG12 VAL 395 22.150 2.863 7.712 6 HG13 VAL 395 HG13 VAL 395 23.328 2.382 8.936 7 HG23 VAL 395 HG21 VAL 395 23.891 5.234 6.731 8 HG22 VAL 395 HG22 VAL 395 23.253 6.474 7.811 9 HG21 VAL 395 HG23 VAL 395 22.151 5.382 6.974 No H/Q in entry = 9 In of MODEL 3 1 H SER 396 H SER 396 20.508 2.771 9.515 2 HA SER 396 HA SER 396 18.495 2.276 8.713 3 HB3 SER 396 1HB SER 396 17.910 5.260 8.985 4 HB2 SER 396 2HB SER 396 17.797 4.122 10.322 5 HG SER 396 HG SER 396 16.318 2.976 8.739 No H/Q in entry = 5 In of MODEL 3 1 H ASN 397 H ASN 397 20.586 2.628 6.944 2 HA ASN 397 HA ASN 397 19.901 4.370 4.811 3 HB3 ASN 397 1HB ASN 397 22.277 3.594 5.272 4 HB2 ASN 397 2HB ASN 397 21.792 3.472 3.591 5 HD21 ASN 397 HD21 ASN 397 21.776 1.542 2.571 6 HD22 ASN 397 HD22 ASN 397 22.307 0.086 3.321 No H/Q in entry = 6 In of MODEL 3 1 H LYS 398 H LYS 398 19.248 3.757 2.732 2 HA LYS 398 HA LYS 398 17.650 1.338 2.759 3 HB3 LYS 398 1HB LYS 398 16.120 3.228 3.354 4 HB2 LYS 398 2HB LYS 398 15.656 2.355 1.910 5 HG3 LYS 398 1HG LYS 398 15.258 4.654 1.528 6 HG2 LYS 398 2HG LYS 398 16.606 4.131 0.526 7 HD3 LYS 398 1HD LYS 398 17.350 6.149 1.282 8 HD2 LYS 398 2HD LYS 398 18.072 4.969 2.367 9 HE3 LYS 398 1HE LYS 398 15.622 6.609 2.983 10 HE2 LYS 398 2HE LYS 398 17.241 6.959 3.587 11 HZ3 LYS 398 1HZ LYS 398 15.596 4.598 4.322 12 HZ2 LYS 398 2HZ LYS 398 15.956 5.924 5.262 13 HZ1 LYS 398 3HZ LYS 398 17.176 4.873 4.881 No H/Q in entry = 13 In of MODEL 3 1 H LEU 399 H LEU 399 17.010 0.667 0.731 2 HA LEU 399 HA LEU 399 19.081 1.242 -1.271 3 HB3 LEU 399 1HB LEU 399 18.690 -1.069 -2.076 4 HB2 LEU 399 2HB LEU 399 17.383 -1.250 -0.913 5 HG LEU 399 HG LEU 399 20.175 -0.857 0.129 6 HD12 LEU 399 HD11 LEU 399 17.785 -2.206 1.272 7 HD11 LEU 399 HD12 LEU 399 18.416 -0.612 1.695 8 HD13 LEU 399 HD13 LEU 399 19.379 -2.051 2.013 9 HD22 LEU 399 HD21 LEU 399 20.433 -3.227 0.256 10 HD21 LEU 399 HD22 LEU 399 20.330 -2.719 -1.436 11 HD23 LEU 399 HD23 LEU 399 18.940 -3.482 -0.648 No H/Q in entry = 11 In of MODEL 3 1 H LEU 400 H LEU 400 18.385 2.005 -3.271 2 HA LEU 400 HA LEU 400 15.628 2.663 -3.615 3 HB3 LEU 400 1HB LEU 400 17.900 2.710 -5.639 4 HB2 LEU 400 2HB LEU 400 17.511 4.024 -4.560 5 HG LEU 400 HG LEU 400 16.738 4.680 -6.687 6 HD13 LEU 400 HD11 LEU 400 16.729 2.570 -7.860 7 HD12 LEU 400 HD12 LEU 400 15.198 3.410 -8.090 8 HD11 LEU 400 HD13 LEU 400 15.299 2.055 -6.965 9 HD23 LEU 400 HD21 LEU 400 14.344 3.678 -5.149 10 HD22 LEU 400 HD22 LEU 400 14.320 4.917 -6.405 11 HD21 LEU 400 HD23 LEU 400 15.188 5.205 -4.896 No H/Q in entry = 11 In of MODEL 3 1 H ALA 401 H ALA 401 14.052 1.493 -4.560 2 HA ALA 401 HA ALA 401 14.908 -1.062 -5.701 3 HB2 ALA 401 1HB ALA 401 12.909 -2.054 -4.773 4 HB1 ALA 401 2HB ALA 401 12.447 -0.483 -4.099 5 HB3 ALA 401 3HB ALA 401 13.898 -1.298 -3.520 No H/Q in entry = 5 In of MODEL 3 1 H TRP 402 H TRP 402 12.022 1.081 -5.666 2 HA TRP 402 HA TRP 402 11.732 0.488 -8.508 3 HB3 TRP 402 1HB TRP 402 9.632 -0.048 -6.402 4 HB2 TRP 402 2HB TRP 402 10.484 -1.248 -7.341 5 HD1 TRP 402 HD TRP 402 9.956 -1.060 -10.143 6 HE3 TRP 402 3HE TRP 402 7.455 0.846 -6.159 7 HE1 TRP 402 HE1 TRP 402 7.632 -0.775 -11.226 8 HZ3 TRP 402 3HZ TRP 402 5.084 1.391 -6.379 9 HZ2 TRP 402 2HZ TRP 402 5.048 0.151 -10.452 10 HH2 TRP 402 HH TRP 402 3.901 1.060 -8.498 No H/Q in entry = 10 In of MODEL 3 1 H SER 403 H SER 403 10.683 2.029 -9.637 2 HA SER 403 HA SER 403 9.590 4.337 -8.214 3 HB3 SER 403 1HB SER 403 11.095 4.340 -10.863 4 HB2 SER 403 2HB SER 403 11.857 4.746 -9.333 5 HG SER 403 HG SER 403 11.291 6.635 -10.085 No H/Q in entry = 5 In of MODEL 3 1 H GLY 404 H GLY 404 7.438 4.524 -8.756 2 HA2 GLY 404 1HA GLY 404 6.138 2.576 -10.202 3 HA3 GLY 404 2HA GLY 404 6.460 3.878 -11.341 No H/Q in entry = 3 In of MODEL 3 1 H VAL 405 H VAL 405 3.867 3.211 -10.856 2 HA VAL 405 HA VAL 405 2.988 5.582 -9.399 3 HB VAL 405 HB VAL 405 1.656 4.190 -11.737 4 HG13 VAL 405 HG11 VAL 405 0.033 5.268 -10.277 5 HG12 VAL 405 HG12 VAL 405 0.156 6.150 -11.798 6 HG11 VAL 405 HG13 VAL 405 0.941 6.778 -10.348 7 HG22 VAL 405 HG21 VAL 405 2.260 6.176 -13.064 8 HG21 VAL 405 HG22 VAL 405 3.684 5.322 -12.470 9 HG23 VAL 405 HG23 VAL 405 3.158 6.809 -11.685 No H/Q in entry = 9 In of MODEL 3 1 H LEU 406 H LEU 406 1.394 5.327 -7.952 2 HA LEU 406 HA LEU 406 0.535 2.584 -7.417 3 HB3 LEU 406 1HB LEU 406 0.397 4.805 -5.436 4 HB2 LEU 406 2HB LEU 406 1.977 4.139 -5.785 5 HG LEU 406 HG LEU 406 -0.357 2.479 -4.859 6 HD13 LEU 406 HD11 LEU 406 1.334 0.783 -4.483 7 HD12 LEU 406 HD12 LEU 406 2.598 1.933 -4.911 8 HD11 LEU 406 HD13 LEU 406 1.493 1.384 -6.144 9 HD23 LEU 406 HD21 LEU 406 0.731 2.496 -2.666 10 HD22 LEU 406 HD22 LEU 406 0.240 4.118 -3.147 11 HD21 LEU 406 HD23 LEU 406 1.935 3.636 -3.272 No H/Q in entry = 11 In of MODEL 3 1 H GLU 407 H GLU 407 -1.676 2.317 -7.477 2 HA GLU 407 HA GLU 407 -3.212 4.771 -7.865 3 HB3 GLU 407 1HB GLU 407 -4.074 2.092 -8.935 4 HB2 GLU 407 2HB GLU 407 -2.866 3.012 -9.823 5 HG3 GLU 407 1HG GLU 407 -4.419 4.886 -9.958 6 HG2 GLU 407 2HG GLU 407 -5.644 3.960 -9.140 No H/Q in entry = 6 In of MODEL 3 1 H TRP 408 H TRP 408 -4.791 5.052 -6.437 2 HA TRP 408 HA TRP 408 -5.376 2.861 -4.592 3 HB3 TRP 408 1HB TRP 408 -3.606 4.208 -3.606 4 HB2 TRP 408 2HB TRP 408 -5.093 4.365 -2.684 5 HD1 TRP 408 HD TRP 408 -2.936 6.398 -5.180 6 HE3 TRP 408 3HE TRP 408 -6.660 6.000 -1.707 7 HE1 TRP 408 HE1 TRP 408 -3.407 8.899 -4.777 8 HZ3 TRP 408 3HZ TRP 408 -7.640 8.062 -0.798 9 HZ2 TRP 408 2HZ TRP 408 -5.091 10.479 -3.194 10 HH2 TRP 408 HH TRP 408 -6.870 10.251 -1.527 No H/Q in entry = 10 In of MODEL 3 1 H GLN 409 H GLN 409 -7.369 2.934 -3.647 2 HA GLN 409 HA GLN 409 -9.167 4.834 -4.904 3 HB3 GLN 409 1HB GLN 409 -9.843 2.225 -3.532 4 HB2 GLN 409 2HB GLN 409 -9.659 2.423 -5.265 5 HG3 GLN 409 1HG GLN 409 -11.773 3.635 -3.500 6 HG2 GLN 409 2HG GLN 409 -11.992 2.407 -4.745 7 HE21 GLN 409 HE21 GLN 409 -11.920 3.030 -6.919 8 HE22 GLN 409 HE22 GLN 409 -12.090 4.681 -7.394 No H/Q in entry = 8 In of MODEL 3 1 H GLU 410 H GLU 410 -10.244 6.220 -3.801 2 HA GLU 410 HA GLU 410 -9.441 6.809 -1.104 3 HB3 GLU 410 1HB GLU 410 -11.271 8.191 -3.085 4 HB2 GLU 410 2HB GLU 410 -9.587 8.556 -2.816 5 HG3 GLU 410 1HG GLU 410 -10.549 10.299 -1.734 6 HG2 GLU 410 2HG GLU 410 -10.368 9.162 -0.404 No H/Q in entry = 6 In of MODEL 3 1 H LYS 411 H LYS 411 -12.147 5.489 -2.755 2 HA LYS 411 HA LYS 411 -13.859 5.647 -0.403 3 HB3 LYS 411 1HB LYS 411 -15.647 5.046 -1.868 4 HB2 LYS 411 2HB LYS 411 -14.530 4.504 -3.115 5 HG3 LYS 411 1HG LYS 411 -13.800 6.784 -3.496 6 HG2 LYS 411 2HG LYS 411 -14.830 7.363 -2.190 7 HD3 LYS 411 1HD LYS 411 -15.919 5.915 -4.584 8 HD2 LYS 411 2HD LYS 411 -15.713 7.662 -4.542 9 HE3 LYS 411 1HE LYS 411 -17.347 6.075 -2.558 10 HE2 LYS 411 2HE LYS 411 -18.005 6.930 -3.948 11 HZ3 LYS 411 1HZ LYS 411 -18.205 8.217 -1.948 12 HZ2 LYS 411 2HZ LYS 411 -17.194 9.006 -3.035 13 HZ1 LYS 411 3HZ LYS 411 -16.545 8.206 -1.697 No H/Q in entry = 13 In of MODEL 3 1 HA PRO 412 HA PRO 412 -12.185 1.588 0.685 2 HB3 PRO 412 1HB PRO 412 -12.778 1.344 2.879 3 HB2 PRO 412 2HB PRO 412 -14.499 1.574 2.550 4 HG3 PRO 412 1HG PRO 412 -12.326 3.610 2.875 5 HG2 PRO 412 2HG PRO 412 -13.964 3.619 3.546 6 HD3 PRO 412 1HD PRO 412 -13.321 5.066 1.406 7 HD2 PRO 412 2HD PRO 412 -14.915 4.282 1.527 No H/Q in entry = 7 In of MODEL 3 1 H LYS 413 H LYS 413 -15.505 2.151 -0.192 2 HA LYS 413 HA LYS 413 -15.623 -0.476 -1.395 3 HB3 LYS 413 1HB LYS 413 -16.658 -0.899 0.783 4 HB2 LYS 413 2HB LYS 413 -17.872 -0.953 -0.484 5 HG3 LYS 413 1HG LYS 413 -18.474 1.411 0.116 6 HG2 LYS 413 2HG LYS 413 -17.430 1.232 1.530 7 HD3 LYS 413 1HD LYS 413 -18.763 -0.729 2.218 8 HD2 LYS 413 2HD LYS 413 -19.858 -0.441 0.864 9 HE3 LYS 413 1HE LYS 413 -20.814 0.483 2.854 10 HE2 LYS 413 2HE LYS 413 -20.327 1.808 1.796 11 HZ2 LYS 413 1HZ LYS 413 -19.677 2.279 4.045 12 HZ1 LYS 413 2HZ LYS 413 -18.270 2.001 3.164 13 HZ3 LYS 413 3HZ LYS 413 -18.895 0.816 4.182 No H/Q in entry = 13 In of MODEL 3 1 HA PRO 414 HA PRO 414 -17.780 2.010 -4.367 2 HB3 PRO 414 1HB PRO 414 -17.359 0.408 -5.982 3 HB2 PRO 414 2HB PRO 414 -19.082 0.077 -5.789 4 HG3 PRO 414 1HG PRO 414 -17.206 -1.818 -5.395 5 HG2 PRO 414 2HG PRO 414 -18.718 -1.770 -4.481 6 HD3 PRO 414 1HD PRO 414 -15.967 -1.088 -3.604 7 HD2 PRO 414 2HD PRO 414 -17.347 -1.654 -2.646 No H/Q in entry = 7 In of MODEL 3 1 H ALA 415 H ALA 415 -18.993 2.796 -2.573 2 HA ALA 415 HA ALA 415 -21.755 1.827 -2.289 3 HB3 ALA 415 1HB ALA 415 -20.516 2.316 -0.233 4 HB2 ALA 415 2HB ALA 415 -21.872 3.430 -0.412 5 HB1 ALA 415 3HB ALA 415 -20.232 3.968 -0.781 No H/Q in entry = 5 In of MODEL 3 1 H SER 416 H SER 416 -20.122 3.546 -4.311 2 HA SER 416 HA SER 416 -21.052 6.078 -4.474 3 HB3 SER 416 1HB SER 416 -20.393 5.913 -6.867 4 HB2 SER 416 2HB SER 416 -19.994 4.223 -6.541 5 HG SER 416 HG SER 416 -19.060 6.520 -5.270 No H/Q in entry = 5 In of MODEL 3 1 H VAL 417 H VAL 417 -22.911 6.777 -4.587 2 HA VAL 417 HA VAL 417 -24.652 5.957 -6.813 3 HB VAL 417 HB VAL 417 -25.455 7.590 -4.344 4 HG12 VAL 417 HG11 VAL 417 -27.154 6.146 -6.373 5 HG11 VAL 417 HG12 VAL 417 -26.898 7.888 -6.281 6 HG13 VAL 417 HG13 VAL 417 -27.752 7.054 -4.984 7 HG23 VAL 417 HG21 VAL 417 -26.561 5.587 -3.436 8 HG22 VAL 417 HG22 VAL 417 -24.814 5.376 -3.552 9 HG21 VAL 417 HG23 VAL 417 -25.877 4.626 -4.745 No H/Q in entry = 9 In of MODEL 3 1 H ASP 418 H ASP 418 -22.192 7.477 -6.376 2 HA ASP 418 HA ASP 418 -22.861 10.234 -7.029 3 HB3 ASP 418 1HB ASP 418 -21.538 10.128 -5.033 4 HB2 ASP 418 2HB ASP 418 -20.504 10.723 -6.323 No H/Q in entry = 4 In of MODEL 3 1 H ALA 419 H ALA 419 -22.208 11.082 -8.859 2 HA ALA 419 HA ALA 419 -20.870 9.425 -10.833 3 HB2 ALA 419 1HB ALA 419 -21.971 12.231 -11.041 4 HB1 ALA 419 2HB ALA 419 -22.814 10.756 -11.514 5 HB3 ALA 419 3HB ALA 419 -21.365 11.263 -12.383 No H/Q in entry = 5 In of MODEL 3 1 H ASN 420 H ASN 420 -20.261 12.072 -8.713 2 HA ASN 420 HA ASN 420 -17.948 13.179 -9.908 3 HB3 ASN 420 1HB ASN 420 -18.957 13.215 -7.070 4 HB2 ASN 420 2HB ASN 420 -19.124 14.477 -8.282 5 HD21 ASN 420 HD21 ASN 420 -17.979 14.512 -5.621 6 HD22 ASN 420 HD22 ASN 420 -16.371 15.095 -5.745 No H/Q in entry = 6 In of MODEL 3 1 H THR 421 H THR 421 -16.094 12.266 -10.202 2 HA THR 421 HA THR 421 -14.242 11.074 -10.027 3 HB THR 421 HB THR 421 -14.718 11.042 -7.030 4 HG21 THR 421 HG21 THR 421 -12.197 10.937 -8.710 5 HG23 THR 421 HG22 THR 421 -12.883 9.583 -7.811 6 HG22 THR 421 HG23 THR 421 -12.244 10.985 -6.951 7 HG1 THR 421 HG1 THR 421 -14.821 13.146 -8.103 No H/Q in entry = 7 In of MODEL 3 1 H LYS 422 H LYS 422 -14.916 9.305 -11.099 2 HA LYS 422 HA LYS 422 -15.913 7.096 -9.443 3 HB3 LYS 422 1HB LYS 422 -16.124 7.362 -12.440 4 HB2 LYS 422 2HB LYS 422 -17.339 8.007 -11.350 5 HG3 LYS 422 1HG LYS 422 -16.593 5.126 -11.208 6 HG2 LYS 422 2HG LYS 422 -17.666 5.694 -12.473 7 HD3 LYS 422 1HD LYS 422 -18.962 4.794 -10.609 8 HD2 LYS 422 2HD LYS 422 -19.272 6.507 -10.813 9 HE3 LYS 422 1HE LYS 422 -17.283 5.608 -8.760 10 HE2 LYS 422 2HE LYS 422 -19.005 5.552 -8.424 11 HZ2 LYS 422 1HZ LYS 422 -18.128 7.647 -7.621 12 HZ1 LYS 422 2HZ LYS 422 -19.169 7.907 -8.846 13 HZ3 LYS 422 3HZ LYS 422 -17.499 8.043 -9.133 No H/Q in entry = 13 In of MODEL 3 1 H LEU 423 H LEU 423 -13.122 8.224 -10.451 2 HA LEU 423 HA LEU 423 -12.090 5.657 -11.436 3 HB3 LEU 423 1HB LEU 423 -10.206 6.948 -12.339 4 HB2 LEU 423 2HB LEU 423 -10.944 8.423 -11.761 5 HG LEU 423 HG LEU 423 -12.806 8.123 -13.315 6 HD11 LEU 423 HD11 LEU 423 -10.087 7.941 -14.596 7 HD13 LEU 423 HD12 LEU 423 -10.888 9.411 -14.028 8 HD12 LEU 423 HD13 LEU 423 -11.557 8.504 -15.384 9 HD23 LEU 423 HD21 LEU 423 -12.687 6.381 -15.046 10 HD22 LEU 423 HD22 LEU 423 -12.858 5.697 -13.435 11 HD21 LEU 423 HD23 LEU 423 -11.286 5.679 -14.237 No H/Q in entry = 11 In of MODEL 3 1 H THR 424 H THR 424 -10.316 4.767 -10.485 2 HA THR 424 HA THR 424 -9.636 5.292 -7.814 3 HB THR 424 HB THR 424 -7.876 4.039 -9.867 4 HG22 THR 424 HG21 THR 424 -7.407 2.424 -8.059 5 HG21 THR 424 HG22 THR 424 -8.521 3.314 -7.009 6 HG23 THR 424 HG23 THR 424 -7.050 4.088 -7.613 7 HG1 THR 424 HG1 THR 424 -9.195 2.090 -9.468 No H/Q in entry = 7 In of MODEL 3 1 H ARG 425 H ARG 425 -7.649 6.374 -7.050 2 HA ARG 425 HA ARG 425 -6.843 8.532 -8.854 3 HB3 ARG 425 1HB ARG 425 -6.072 9.658 -6.891 4 HB2 ARG 425 2HB ARG 425 -6.182 8.185 -5.933 5 HG3 ARG 425 1HG ARG 425 -8.022 9.686 -5.396 6 HG2 ARG 425 2HG ARG 425 -8.574 8.193 -6.183 7 HD3 ARG 425 1HD ARG 425 -9.768 10.175 -7.016 8 HD2 ARG 425 2HD ARG 425 -8.909 9.281 -8.261 9 HE ARG 425 HE ARG 425 -7.160 11.021 -8.095 10 HH11 ARG 425 HH11 ARG 425 -10.313 11.894 -6.805 11 HH12 ARG 425 HH12 ARG 425 -10.331 13.464 -7.461 12 HH21 ARG 425 HH21 ARG 425 -7.144 13.192 -8.979 13 HH22 ARG 425 HH22 ARG 425 -8.434 14.236 -8.718 No H/Q in entry = 13 In of MODEL 3 1 H SER 426 H SER 426 -4.613 8.937 -9.285 2 HA SER 426 HA SER 426 -2.931 6.637 -8.704 3 HB3 SER 426 1HB SER 426 -3.810 6.464 -10.887 4 HB2 SER 426 2HB SER 426 -2.109 6.866 -11.048 5 HG SER 426 HG SER 426 -3.577 8.137 -12.426 No H/Q in entry = 5 In of MODEL 3 1 H LEU 427 H LEU 427 -0.938 7.087 -7.952 2 HA LEU 427 HA LEU 427 0.114 9.808 -8.200 3 HB3 LEU 427 1HB LEU 427 0.946 9.496 -5.807 4 HB2 LEU 427 2HB LEU 427 -0.245 8.220 -5.686 5 HG LEU 427 HG LEU 427 -2.005 9.924 -6.263 6 HD11 LEU 427 HD11 LEU 427 -0.308 10.445 -3.832 7 HD13 LEU 427 HD12 LEU 427 -1.574 9.223 -3.961 8 HD12 LEU 427 HD13 LEU 427 -1.989 10.937 -4.035 9 HD22 LEU 427 HD21 LEU 427 -0.626 11.567 -7.366 10 HD21 LEU 427 HD22 LEU 427 0.357 11.755 -5.923 11 HD23 LEU 427 HD23 LEU 427 -1.312 12.301 -5.913 No H/Q in entry = 11 In of MODEL 3 1 HA PRO 428 HA PRO 428 3.799 7.382 -9.128 2 HB3 PRO 428 1HB PRO 428 4.884 8.789 -10.568 3 HB2 PRO 428 2HB PRO 428 5.188 9.949 -9.273 4 HG3 PRO 428 1HG PRO 428 2.888 9.767 -11.153 5 HG2 PRO 428 2HG PRO 428 3.656 11.203 -10.458 6 HD3 PRO 428 1HD PRO 428 1.304 10.337 -9.601 7 HD2 PRO 428 2HD PRO 428 2.496 11.014 -8.463 No H/Q in entry = 7 In of MODEL 3 1 H CYS 429 H CYS 429 5.320 6.604 -7.755 2 HA CYS 429 HA CYS 429 6.205 8.242 -5.531 3 HB3 CYS 429 1HB CYS 429 4.306 7.127 -4.591 4 HB2 CYS 429 2HB CYS 429 5.749 6.332 -3.971 5 HG CYS 429 HG CYS 429 4.692 4.835 -6.724 No H/Q in entry = 5 In of MODEL 3 1 H GLN 430 H GLN 430 8.033 7.259 -4.414 2 HA GLN 430 HA GLN 430 9.544 5.438 -6.133 3 HB3 GLN 430 1HB GLN 430 11.574 6.494 -5.191 4 HB2 GLN 430 2HB GLN 430 10.570 7.611 -4.282 5 HG3 GLN 430 1HG GLN 430 9.742 8.586 -6.349 6 HG2 GLN 430 2HG GLN 430 10.689 7.430 -7.284 7 HE21 GLN 430 HE21 GLN 430 10.809 10.290 -5.276 8 HE22 GLN 430 HE22 GLN 430 12.426 10.697 -5.646 No H/Q in entry = 8 In of MODEL 3 1 H VAL 431 H VAL 431 10.171 3.627 -5.191 2 HA VAL 431 HA VAL 431 9.519 3.302 -2.364 3 HB VAL 431 HB VAL 431 9.547 1.205 -4.548 4 HG11 VAL 431 HG11 VAL 431 10.101 0.268 -2.375 5 HG13 VAL 431 HG12 VAL 431 8.501 -0.256 -2.892 6 HG12 VAL 431 HG13 VAL 431 8.660 1.007 -1.672 7 HG22 VAL 431 HG21 VAL 431 7.708 2.716 -4.890 8 HG21 VAL 431 HG22 VAL 431 7.274 2.612 -3.188 9 HG23 VAL 431 HG23 VAL 431 7.086 1.201 -4.220 No H/Q in entry = 9 In of MODEL 3 1 H TYR 432 H TYR 432 11.089 2.963 -1.126 2 HA TYR 432 HA TYR 432 13.645 1.932 -2.129 3 HB3 TYR 432 1HB TYR 432 14.567 2.832 -0.067 4 HB2 TYR 432 2HB TYR 432 12.972 3.336 0.456 5 HH TYR 432 HH TYR 432 14.773 8.167 -3.602 6 HD1 TYR 432 1HD TYR 432 11.967 5.338 -0.342 7 HE1 TYR 432 1HE TYR 432 12.314 7.556 -1.337 8 HE2 TYR 432 2HE TYR 432 16.073 6.251 -2.879 9 HD2 TYR 432 2HD TYR 432 15.692 4.014 -1.862 No H/Q in entry = 9 In of MODEL 3 1 H VAL 433 H VAL 433 14.573 0.253 -0.816 2 HA VAL 433 HA VAL 433 12.618 -1.057 0.921 3 HB VAL 433 HB VAL 433 13.718 -3.236 0.286 4 HG11 VAL 433 HG11 VAL 433 12.431 -1.705 -1.969 5 HG13 VAL 433 HG12 VAL 433 11.581 -2.633 -0.740 6 HG12 VAL 433 HG13 VAL 433 12.615 -3.452 -1.907 7 HG21 VAL 433 HG21 VAL 433 15.068 -1.477 -1.754 8 HG23 VAL 433 HG22 VAL 433 14.917 -3.207 -1.941 9 HG22 VAL 433 HG23 VAL 433 15.828 -2.554 -0.571 No H/Q in entry = 9 In of MODEL 3 1 H ASN 434 H ASN 434 13.324 -1.649 2.843 2 HA ASN 434 HA ASN 434 16.127 -1.307 3.430 3 HB3 ASN 434 1HB ASN 434 13.768 -1.445 5.335 4 HB2 ASN 434 2HB ASN 434 14.762 -0.058 4.965 5 HD21 ASN 434 HD21 ASN 434 14.212 -1.356 7.521 6 HD22 ASN 434 HD22 ASN 434 15.748 -1.702 8.208 No H/Q in entry = 6 In of MODEL 3 1 H HIS 435 H HIS 435 17.323 -2.762 3.975 2 HA HIS 435 HA HIS 435 17.856 -4.794 2.741 3 HB3 HIS 435 1HB HIS 435 19.172 -5.807 4.629 4 HB2 HIS 435 2HB HIS 435 18.394 -4.624 5.671 5 HD1 HIS 435 HD1 HIS 435 19.091 -2.111 5.375 6 HD2 HIS 435 2HD HIS 435 21.116 -4.814 2.940 7 HE1 HIS 435 1HE HIS 435 21.012 -0.849 4.357 No H/Q in entry = 7 In of MODEL 3 1 H GLY 436 H GLY 436 17.954 -7.115 2.813 2 HA2 GLY 436 1HA GLY 436 15.754 -8.459 4.272 3 HA3 GLY 436 2HA GLY 436 17.247 -9.249 3.776 No H/Q in entry = 3 In of MODEL 3 1 H GLU 437 H GLU 437 16.536 -7.280 1.377 2 HA GLU 437 HA GLU 437 14.439 -8.825 0.108 3 HB3 GLU 437 1HB GLU 437 14.279 -6.371 0.300 4 HB2 GLU 437 2HB GLU 437 14.178 -6.965 -1.348 5 HG3 GLU 437 1HG GLU 437 15.488 -4.946 -1.279 6 HG2 GLU 437 2HG GLU 437 16.510 -6.298 -1.733 No H/Q in entry = 6 In of MODEL 3 1 H ASN 438 H ASN 438 14.711 -9.970 -1.748 2 HA ASN 438 HA ASN 438 16.573 -8.998 -3.669 3 HB3 ASN 438 1HB ASN 438 16.645 -11.937 -2.874 4 HB2 ASN 438 2HB ASN 438 17.978 -10.796 -2.704 5 HD21 ASN 438 HD21 ASN 438 17.815 -13.300 -4.221 6 HD22 ASN 438 HD22 ASN 438 18.218 -12.905 -5.852 No H/Q in entry = 6 In of MODEL 3 1 H LEU 439 H LEU 439 14.880 -8.345 -4.692 2 HA LEU 439 HA LEU 439 13.481 -10.349 -6.169 3 HB3 LEU 439 1HB LEU 439 11.884 -9.775 -4.373 4 HB2 LEU 439 2HB LEU 439 11.307 -9.296 -5.950 5 HG LEU 439 HG LEU 439 11.738 -6.948 -5.462 6 HD11 LEU 439 HD11 LEU 439 10.116 -8.419 -3.409 7 HD13 LEU 439 HD12 LEU 439 9.567 -7.846 -4.987 8 HD12 LEU 439 HD13 LEU 439 10.022 -6.692 -3.721 9 HD23 LEU 439 HD21 LEU 439 12.254 -6.217 -3.190 10 HD22 LEU 439 HD22 LEU 439 13.592 -7.152 -3.859 11 HD21 LEU 439 HD23 LEU 439 12.494 -7.890 -2.686 No H/Q in entry = 11 In of MODEL 3 1 H LYS 440 H LYS 440 13.020 -9.620 -8.270 2 HA LYS 440 HA LYS 440 14.292 -7.065 -8.725 3 HB3 LYS 440 1HB LYS 440 15.376 -8.793 -10.004 4 HB2 LYS 440 2HB LYS 440 14.532 -7.699 -11.079 5 HG3 LYS 440 1HG LYS 440 12.819 -9.286 -11.511 6 HG2 LYS 440 2HG LYS 440 13.450 -10.373 -10.268 7 HD3 LYS 440 1HD LYS 440 14.104 -11.087 -12.527 8 HD2 LYS 440 2HD LYS 440 15.499 -10.681 -11.534 9 HE3 LYS 440 1HE LYS 440 15.520 -8.423 -12.618 10 HE2 LYS 440 2HE LYS 440 14.237 -8.977 -13.686 11 HZ1 LYS 440 1HZ LYS 440 15.747 -10.723 -14.474 12 HZ3 LYS 440 2HZ LYS 440 16.991 -10.036 -13.551 13 HZ2 LYS 440 3HZ LYS 440 16.272 -9.161 -14.799 No H/Q in entry = 13 In of MODEL 3 1 H THR 441 H THR 441 13.271 -5.362 -9.468 2 HA THR 441 HA THR 441 10.427 -5.434 -9.363 3 HB THR 441 HB THR 441 10.897 -2.911 -9.621 4 HG22 THR 441 HG21 THR 441 11.715 -2.809 -7.253 5 HG21 THR 441 HG22 THR 441 12.022 -4.547 -7.328 6 HG23 THR 441 HG23 THR 441 10.379 -3.938 -7.468 7 HG1 THR 441 HG1 THR 441 12.993 -2.372 -9.716 No H/Q in entry = 7 In of MODEL 3 1 H GLU 442 H GLU 442 12.598 -5.984 -11.675 2 HA GLU 442 HA GLU 442 11.720 -4.717 -14.021 3 HB3 GLU 442 1HB GLU 442 12.799 -7.496 -13.624 4 HB2 GLU 442 2HB GLU 442 13.775 -6.047 -13.736 5 HG3 GLU 442 1HG GLU 442 13.185 -5.727 -16.026 6 HG2 GLU 442 2HG GLU 442 12.022 -7.056 -15.953 No H/Q in entry = 6 In of MODEL 3 1 H GLN 443 H GLN 443 10.493 -7.395 -12.169 2 HA GLN 443 HA GLN 443 8.556 -8.130 -14.235 3 HB3 GLN 443 1HB GLN 443 9.943 -9.936 -13.374 4 HB2 GLN 443 2HB GLN 443 8.262 -10.187 -12.930 5 HG3 GLN 443 1HG GLN 443 8.663 -9.524 -10.688 6 HG2 GLN 443 2HG GLN 443 10.288 -8.972 -11.078 7 HE21 GLN 443 HE21 GLN 443 9.042 -11.935 -12.396 8 HE22 GLN 443 HE22 GLN 443 10.020 -12.987 -11.465 No H/Q in entry = 8 In of MODEL 3 1 H TRP 444 H TRP 444 8.556 -5.833 -12.236 2 HA TRP 444 HA TRP 444 6.094 -6.359 -10.775 3 HB3 TRP 444 1HB TRP 444 6.579 -3.879 -10.062 4 HB2 TRP 444 2HB TRP 444 8.191 -4.234 -10.652 5 HD1 TRP 444 HD TRP 444 8.198 -7.318 -9.477 6 HE3 TRP 444 3HE TRP 444 6.976 -2.592 -7.962 7 HE1 TRP 444 HE1 TRP 444 8.582 -7.603 -6.964 8 HZ3 TRP 444 3HZ TRP 444 7.111 -2.037 -5.578 9 HZ2 TRP 444 2HZ TRP 444 8.393 -5.997 -4.612 10 HH2 TRP 444 HH TRP 444 7.823 -3.732 -3.924 No H/Q in entry = 10 In of MODEL 3 1 HA PRO 445 HA PRO 445 3.737 -4.062 -13.853 2 HB3 PRO 445 1HB PRO 445 1.568 -4.321 -13.114 3 HB2 PRO 445 2HB PRO 445 1.904 -3.470 -11.605 4 HG3 PRO 445 1HG PRO 445 2.271 -6.357 -12.289 5 HG2 PRO 445 2HG PRO 445 1.686 -5.634 -10.782 6 HD3 PRO 445 1HD PRO 445 4.161 -6.575 -11.004 7 HD2 PRO 445 2HD PRO 445 3.824 -5.107 -10.059 No H/Q in entry = 7 In of MODEL 3 1 H GLN 446 H GLN 446 2.964 -1.798 -14.053 2 HA GLN 446 HA GLN 446 4.647 -0.199 -12.391 3 HB3 GLN 446 1HB GLN 446 5.505 0.262 -14.431 4 HB2 GLN 446 2HB GLN 446 4.377 1.599 -14.294 5 HG3 GLN 446 1HG GLN 446 3.554 -0.930 -15.532 6 HG2 GLN 446 2HG GLN 446 4.508 0.217 -16.480 7 HE21 GLN 446 HE21 GLN 446 1.769 -0.716 -16.867 8 HE22 GLN 446 HE22 GLN 446 0.773 0.689 -16.861 No H/Q in entry = 8 In of MODEL 3 1 H LYS 447 H LYS 447 1.478 -0.847 -12.653 2 HA LYS 447 HA LYS 447 0.886 1.373 -10.829 3 HB3 LYS 447 1HB LYS 447 -1.629 0.792 -11.530 4 HB2 LYS 447 2HB LYS 447 -0.860 0.323 -13.031 5 HG3 LYS 447 1HG LYS 447 -0.499 3.050 -11.845 6 HG2 LYS 447 2HG LYS 447 -1.822 2.658 -12.929 7 HD3 LYS 447 1HD LYS 447 -0.266 2.044 -14.667 8 HD2 LYS 447 2HD LYS 447 1.091 2.367 -13.589 9 HE3 LYS 447 1HE LYS 447 0.428 4.714 -13.439 10 HE2 LYS 447 2HE LYS 447 -0.962 4.393 -14.473 11 HZ3 LYS 447 1HZ LYS 447 1.060 5.371 -15.609 12 HZ2 LYS 447 2HZ LYS 447 0.352 4.031 -16.285 13 HZ1 LYS 447 3HZ LYS 447 1.771 3.834 -15.445 No H/Q in entry = 13 In of MODEL 3 1 H LEU 448 H LEU 448 0.752 0.574 -8.875 2 HA LEU 448 HA LEU 448 -0.307 -2.154 -8.515 3 HB3 LEU 448 1HB LEU 448 0.719 -2.157 -6.351 4 HB2 LEU 448 2HB LEU 448 1.089 -0.460 -6.445 5 HG LEU 448 HG LEU 448 2.770 -0.899 -8.154 6 HD12 LEU 448 HD11 LEU 448 3.066 -2.625 -5.746 7 HD11 LEU 448 HD12 LEU 448 3.442 -0.907 -5.870 8 HD13 LEU 448 HD13 LEU 448 4.366 -2.085 -6.806 9 HD21 LEU 448 HD21 LEU 448 2.023 -3.795 -7.822 10 HD23 LEU 448 HD22 LEU 448 3.387 -3.177 -8.751 11 HD22 LEU 448 HD23 LEU 448 1.739 -2.808 -9.259 No H/Q in entry = 11 In of MODEL 3 1 H ILE 449 H ILE 449 -1.987 -2.483 -6.915 2 HA ILE 449 HA ILE 449 -3.661 -0.085 -6.768 3 HB ILE 449 HB ILE 449 -4.459 -2.995 -6.486 4 HG12 ILE 449 HG12 ILE 449 -3.751 -2.565 -8.770 5 HG21 ILE 449 HG21 ILE 449 -5.974 -1.525 -5.275 6 HG23 ILE 449 HG22 ILE 449 -6.773 -2.184 -6.705 7 HG22 ILE 449 HG23 ILE 449 -6.182 -0.523 -6.712 8 HD12 ILE 449 HD11 ILE 449 -3.939 -0.146 -8.901 9 HD11 ILE 449 HD12 ILE 449 -5.695 -0.271 -8.825 10 HD13 ILE 449 HD13 ILE 449 -4.822 -0.927 -10.213 11 HG13 ILE 449 HG11 ILE 449 -5.501 -2.718 -8.729 No H/Q in entry = 11 In of MODEL 3 1 H MET 450 H MET 450 -3.914 0.865 -4.907 2 HA MET 450 HA MET 450 -3.375 -0.665 -2.460 3 HB3 MET 450 1HB MET 450 -3.113 2.312 -2.899 4 HB2 MET 450 2HB MET 450 -1.774 1.182 -2.780 5 HG3 MET 450 1HG MET 450 -2.560 0.645 -0.455 6 HG2 MET 450 2HG MET 450 -3.750 1.923 -0.622 7 HE1 MET 450 1HE MET 450 -3.132 4.515 -0.859 8 HE3 MET 450 2HE MET 450 -2.034 4.195 -2.207 9 HE2 MET 450 3HE MET 450 -1.480 5.128 -0.823 No H/Q in entry = 9 In of MODEL 3 1 H GLN 451 H GLN 451 -5.018 -1.072 -1.240 2 HA GLN 451 HA GLN 451 -7.434 0.586 -1.489 3 HB3 GLN 451 1HB GLN 451 -8.656 -1.333 -0.528 4 HB2 GLN 451 2HB GLN 451 -7.154 -2.238 -0.426 5 HG3 GLN 451 1HG GLN 451 -8.406 -2.995 -2.323 6 HG2 GLN 451 2HG GLN 451 -6.955 -2.164 -2.875 7 HE21 GLN 451 HE21 GLN 451 -9.453 -2.692 -4.289 8 HE22 GLN 451 HE22 GLN 451 -10.031 -1.148 -4.783 No H/Q in entry = 8 In of MODEL 3 1 H LEU 452 H LEU 452 -8.184 1.633 0.272 2 HA LEU 452 HA LEU 452 -6.395 1.641 2.552 3 HB3 LEU 452 1HB LEU 452 -7.529 3.724 3.172 4 HB2 LEU 452 2HB LEU 452 -8.639 3.517 1.828 5 HG LEU 452 HG LEU 452 -6.745 3.743 0.249 6 HD11 LEU 452 HD11 LEU 452 -8.022 5.720 0.915 7 HD13 LEU 452 HD12 LEU 452 -6.339 6.088 0.543 8 HD12 LEU 452 HD13 LEU 452 -6.863 5.995 2.220 9 HD22 LEU 452 HD21 LEU 452 -4.936 2.891 1.624 10 HD21 LEU 452 HD22 LEU 452 -5.114 4.247 2.736 11 HD23 LEU 452 HD23 LEU 452 -4.562 4.528 1.087 No H/Q in entry = 11 In of MODEL 3 1 H ILE 453 H ILE 453 -6.780 0.550 4.233 2 HA ILE 453 HA ILE 453 -9.526 -0.251 4.934 3 HB ILE 453 HB ILE 453 -8.538 -2.286 5.964 4 HG12 ILE 453 HG12 ILE 453 -5.946 -1.390 4.665 5 HG21 ILE 453 HG21 ILE 453 -7.866 -1.944 3.041 6 HG23 ILE 453 HG22 ILE 453 -9.420 -2.445 3.707 7 HG22 ILE 453 HG23 ILE 453 -8.010 -3.487 3.881 8 HD11 ILE 453 HD11 ILE 453 -6.475 -3.781 6.403 9 HD13 ILE 453 HD12 ILE 453 -4.904 -3.245 5.813 10 HD12 ILE 453 HD13 ILE 453 -6.130 -3.811 4.675 11 HG13 ILE 453 HG11 ILE 453 -6.281 -1.345 6.389 No H/Q in entry = 11 In of MODEL 3 1 HA PRO 454 HA PRO 454 -8.720 1.684 8.857 2 HB3 PRO 454 1HB PRO 454 -10.522 1.116 10.149 3 HB2 PRO 454 2HB PRO 454 -9.873 -0.503 10.422 4 HG3 PRO 454 1HG PRO 454 -11.724 0.449 8.282 5 HG2 PRO 454 2HG PRO 454 -11.633 -1.116 9.089 6 HD3 PRO 454 1HD PRO 454 -10.720 -0.775 6.601 7 HD2 PRO 454 2HD PRO 454 -9.915 -1.869 7.741 No H/Q in entry = 7 In of MODEL 3 1 H GLN 455 H GLN 455 -6.920 1.807 10.017 2 HA GLN 455 HA GLN 455 -4.912 -0.172 10.014 3 HB3 GLN 455 1HB GLN 455 -5.239 2.302 11.710 4 HB2 GLN 455 2HB GLN 455 -4.422 2.207 10.162 5 HG3 GLN 455 1HG GLN 455 -2.693 0.811 11.120 6 HG2 GLN 455 2HG GLN 455 -3.521 0.832 12.676 7 HE21 GLN 455 HE21 GLN 455 -3.519 2.730 13.900 8 HE22 GLN 455 HE22 GLN 455 -2.412 3.998 13.574 No H/Q in entry = 8 In of MODEL 3 1 H GLN 456 H GLN 456 -7.480 0.510 12.173 2 HA GLN 456 HA GLN 456 -6.487 -0.629 14.550 3 HB3 GLN 456 1HB GLN 456 -8.824 -0.670 15.303 4 HB2 GLN 456 2HB GLN 456 -9.377 -0.390 13.665 5 HG3 GLN 456 1HG GLN 456 -7.727 1.588 15.232 6 HG2 GLN 456 2HG GLN 456 -9.483 1.623 15.141 7 HE21 GLN 456 HE21 GLN 456 -7.514 3.633 14.238 8 HE22 GLN 456 HE22 GLN 456 -7.863 3.825 12.557 No H/Q in entry = 8 In of MODEL 3 1 H LEU 457 H LEU 457 -8.286 -1.937 11.831 2 HA LEU 457 HA LEU 457 -8.689 -4.519 13.033 3 HB3 LEU 457 1HB LEU 457 -9.564 -5.150 10.800 4 HB2 LEU 457 2HB LEU 457 -9.058 -3.592 10.189 5 HG LEU 457 HG LEU 457 -10.682 -2.459 11.597 6 HD11 LEU 457 HD11 LEU 457 -11.372 -3.199 9.382 7 HD13 LEU 457 HD12 LEU 457 -12.719 -3.253 10.516 8 HD12 LEU 457 HD13 LEU 457 -11.900 -4.741 10.047 9 HD23 LEU 457 HD21 LEU 457 -12.330 -3.749 12.898 10 HD22 LEU 457 HD22 LEU 457 -10.698 -3.973 13.517 11 HD21 LEU 457 HD23 LEU 457 -11.448 -5.231 12.532 No H/Q in entry = 11 In of MODEL 3 1 H LEU 458 H LEU 458 -6.100 -3.023 11.543 2 HA LEU 458 HA LEU 458 -5.016 -5.346 10.238 3 HB3 LEU 458 1HB LEU 458 -3.799 -2.648 10.811 4 HB2 LEU 458 2HB LEU 458 -4.647 -3.095 9.347 5 HG LEU 458 HG LEU 458 -2.078 -4.354 10.277 6 HD11 LEU 458 HD11 LEU 458 -3.422 -5.827 8.902 7 HD13 LEU 458 HD12 LEU 458 -1.992 -5.291 8.029 8 HD12 LEU 458 HD13 LEU 458 -3.565 -4.572 7.669 9 HD23 LEU 458 HD21 LEU 458 -2.551 -2.247 8.171 10 HD22 LEU 458 HD22 LEU 458 -1.018 -3.054 8.493 11 HD21 LEU 458 HD23 LEU 458 -1.737 -2.009 9.717 No H/Q in entry = 11 In of MODEL 3 1 H THR 459 H THR 459 -4.972 -4.002 13.387 2 HA THR 459 HA THR 459 -2.451 -4.663 14.348 3 HB THR 459 HB THR 459 -4.999 -4.793 15.975 4 HG23 THR 459 HG21 THR 459 -3.564 -3.882 17.757 5 HG22 THR 459 HG22 THR 459 -2.194 -3.859 16.652 6 HG21 THR 459 HG23 THR 459 -2.906 -5.396 17.140 7 HG1 THR 459 HG1 THR 459 -5.295 -2.854 15.321 No H/Q in entry = 7 In of MODEL 3 1 H THR 460 H THR 460 -5.253 -6.675 13.780 2 HA THR 460 HA THR 460 -4.679 -8.927 15.308 3 HB THR 460 HB THR 460 -5.989 -8.834 12.595 4 HG21 THR 460 HG21 THR 460 -6.452 -10.617 15.006 5 HG23 THR 460 HG22 THR 460 -5.662 -11.098 13.506 6 HG22 THR 460 HG23 THR 460 -7.370 -10.669 13.503 7 HG1 THR 460 HG1 THR 460 -6.778 -7.791 15.077 No H/Q in entry = 7 In of MODEL 3 1 H LEU 461 H LEU 461 -3.263 -7.762 12.303 2 HA LEU 461 HA LEU 461 -2.093 -10.350 11.662 3 HB3 LEU 461 1HB LEU 461 -1.204 -9.111 9.632 4 HB2 LEU 461 2HB LEU 461 -2.161 -7.745 10.144 5 HG LEU 461 HG LEU 461 -3.352 -10.434 9.466 6 HD12 LEU 461 HD11 LEU 461 -4.648 -7.735 9.763 7 HD11 LEU 461 HD12 LEU 461 -4.749 -9.087 10.892 8 HD13 LEU 461 HD13 LEU 461 -5.455 -9.234 9.279 9 HD21 LEU 461 HD21 LEU 461 -3.070 -7.999 7.721 10 HD23 LEU 461 HD22 LEU 461 -4.000 -9.444 7.324 11 HD22 LEU 461 HD23 LEU 461 -2.247 -9.543 7.505 No H/Q in entry = 11 In of MODEL 3 1 H GLY 462 H GLY 462 -1.330 -8.184 13.803 2 HA2 GLY 462 1HA GLY 462 0.575 -7.779 15.007 3 HA3 GLY 462 2HA GLY 462 1.174 -7.142 13.489 No H/Q in entry = 3 In of MODEL 3 1 HA PRO 463 HA PRO 463 3.351 -11.322 15.007 2 HB3 PRO 463 1HB PRO 463 1.998 -12.953 15.826 3 HB2 PRO 463 2HB PRO 463 1.909 -13.558 14.169 4 HG3 PRO 463 1HG PRO 463 -0.293 -12.796 15.489 5 HG2 PRO 463 2HG PRO 463 -0.106 -12.488 13.753 6 HD3 PRO 463 1HD PRO 463 0.311 -10.615 16.062 7 HD2 PRO 463 2HD PRO 463 -0.549 -10.337 14.532 No H/Q in entry = 7 In of MODEL 3 1 H LEU 464 H LEU 464 1.459 -11.013 12.073 2 HA LEU 464 HA LEU 464 3.155 -12.698 10.493 3 HB3 LEU 464 1HB LEU 464 0.989 -10.746 9.738 4 HB2 LEU 464 2HB LEU 464 0.765 -12.444 10.063 5 HG LEU 464 HG LEU 464 2.181 -11.266 7.668 6 HD13 LEU 464 HD11 LEU 464 3.269 -13.353 8.387 7 HD12 LEU 464 HD12 LEU 464 2.360 -13.583 6.892 8 HD11 LEU 464 HD13 LEU 464 1.696 -14.151 8.425 9 HD22 LEU 464 HD21 LEU 464 0.317 -12.225 6.451 10 HD21 LEU 464 HD22 LEU 464 -0.284 -11.122 7.705 11 HD23 LEU 464 HD23 LEU 464 -0.357 -12.857 7.953 No H/Q in entry = 11 In of MODEL 3 1 H PHE 465 H PHE 465 2.967 -9.326 11.253 2 HA PHE 465 HA PHE 465 4.726 -8.424 9.194 3 HB3 PHE 465 1HB PHE 465 4.863 -6.307 10.603 4 HB2 PHE 465 2HB PHE 465 3.735 -7.089 11.705 5 HZ PHE 465 HZ PHE 465 0.003 -5.375 7.643 6 HD1 PHE 465 1HD PHE 465 1.426 -6.961 11.317 7 HE1 PHE 465 1HE PHE 465 -0.430 -6.199 9.926 8 HE2 PHE 465 2HE PHE 465 2.294 -5.321 6.777 9 HD2 PHE 465 2HD PHE 465 4.147 -6.077 8.164 No H/Q in entry = 9 In of MODEL 3 1 H ARG 466 H ARG 466 5.264 -10.097 11.974 2 HA ARG 466 HA ARG 466 7.748 -8.999 12.817 3 HB3 ARG 466 1HB ARG 466 8.011 -11.099 14.079 4 HB2 ARG 466 2HB ARG 466 6.609 -11.751 13.244 5 HG3 ARG 466 1HG ARG 466 5.232 -9.959 14.207 6 HG2 ARG 466 2HG ARG 466 6.643 -9.382 15.099 7 HD3 ARG 466 1HD ARG 466 6.818 -11.563 16.190 8 HD2 ARG 466 2HD ARG 466 5.369 -12.094 15.346 9 HE ARG 466 HE ARG 466 4.792 -9.727 16.677 10 HH11 ARG 466 HH11 ARG 466 5.535 -13.131 17.440 11 HH12 ARG 466 HH12 ARG 466 4.789 -13.097 18.952 12 HH21 ARG 466 HH21 ARG 466 3.775 -9.700 18.808 13 HH22 ARG 466 HH22 ARG 466 3.805 -11.112 19.762 No H/Q in entry = 13 In of MODEL 3 1 H ASN 467 H ASN 467 6.893 -11.060 10.203 2 HA ASN 467 HA ASN 467 9.737 -11.479 9.653 3 HB3 ASN 467 1HB ASN 467 7.512 -13.467 9.123 4 HB2 ASN 467 2HB ASN 467 8.770 -13.650 10.341 5 HD21 ASN 467 HD21 ASN 467 8.114 -15.439 8.166 6 HD22 ASN 467 HD22 ASN 467 9.531 -15.575 7.204 No H/Q in entry = 6 In of MODEL 3 1 H SER 468 H SER 468 9.699 -9.632 8.399 2 HA SER 468 HA SER 468 8.815 -9.988 5.709 3 HB3 SER 468 1HB SER 468 7.512 -7.867 5.627 4 HB2 SER 468 2HB SER 468 7.634 -7.747 7.385 5 HG SER 468 HG SER 468 6.713 -10.141 6.909 No H/Q in entry = 5 In of MODEL 3 1 H ARG 469 H ARG 469 9.425 -7.983 4.449 2 HA ARG 469 HA ARG 469 11.914 -6.885 5.463 3 HB3 ARG 469 1HB ARG 469 12.493 -8.267 3.639 4 HB2 ARG 469 2HB ARG 469 12.611 -6.613 3.072 5 HG3 ARG 469 1HG ARG 469 10.524 -6.828 1.872 6 HG2 ARG 469 2HG ARG 469 10.334 -8.482 2.481 7 HD3 ARG 469 1HD ARG 469 12.585 -8.962 1.516 8 HD2 ARG 469 2HD ARG 469 12.506 -7.385 0.727 9 HE ARG 469 HE ARG 469 10.430 -8.299 -0.334 10 HH11 ARG 469 HH11 ARG 469 13.198 -10.330 0.649 11 HH12 ARG 469 HH12 ARG 469 13.005 -11.474 -0.582 12 HH21 ARG 469 HH21 ARG 469 10.181 -9.945 -2.112 13 HH22 ARG 469 HH22 ARG 469 11.275 -11.254 -2.152 No H/Q in entry = 13 In of MODEL 3 1 H MET 470 H MET 470 12.445 -4.627 4.893 2 HA MET 470 HA MET 470 9.919 -3.227 5.376 3 HB3 MET 470 1HB MET 470 11.717 -1.473 6.052 4 HB2 MET 470 2HB MET 470 12.790 -2.873 5.968 5 HG3 MET 470 1HG MET 470 12.349 -2.818 8.168 6 HG2 MET 470 2HG MET 470 11.200 -4.000 7.513 7 HE1 MET 470 1HE MET 470 11.586 -0.192 8.446 8 HE3 MET 470 2HE MET 470 9.896 0.300 8.501 9 HE2 MET 470 3HE MET 470 10.621 -0.117 6.962 No H/Q in entry = 9 In of MODEL 3 1 H VAL 471 H VAL 471 9.518 -1.307 4.266 2 HA VAL 471 HA VAL 471 11.314 -0.529 2.139 3 HB VAL 471 HB VAL 471 9.646 -0.457 0.449 4 HG12 VAL 471 HG11 VAL 471 9.191 -3.067 1.831 5 HG11 VAL 471 HG12 VAL 471 10.588 -2.688 0.871 6 HG13 VAL 471 HG13 VAL 471 8.985 -2.753 0.099 7 HG23 VAL 471 HG21 VAL 471 7.292 -1.118 0.831 8 HG22 VAL 471 HG22 VAL 471 7.779 0.351 1.693 9 HG21 VAL 471 HG23 VAL 471 7.642 -1.173 2.562 No H/Q in entry = 9 In of MODEL 3 1 H GLN 472 H GLN 472 10.702 1.573 1.301 2 HA GLN 472 HA GLN 472 9.152 3.183 3.176 3 HB3 GLN 472 1HB GLN 472 10.864 4.972 3.065 4 HB2 GLN 472 2HB GLN 472 11.911 3.900 2.148 5 HG3 GLN 472 1HG GLN 472 11.993 2.362 4.053 6 HG2 GLN 472 2HG GLN 472 10.968 3.454 4.975 7 HE21 GLN 472 HE21 GLN 472 11.806 5.359 5.736 8 HE22 GLN 472 HE22 GLN 472 13.488 5.679 5.796 No H/Q in entry = 8 In of MODEL 3 1 H PHE 473 H PHE 473 7.851 4.548 2.192 2 HA PHE 473 HA PHE 473 8.026 4.772 -0.722 3 HB3 PHE 473 1HB PHE 473 5.509 5.436 -0.326 4 HB2 PHE 473 2HB PHE 473 5.743 4.506 1.145 5 HZ PHE 473 HZ PHE 473 4.876 0.106 -2.451 6 HD1 PHE 473 1HD PHE 473 6.812 2.092 0.783 7 HE1 PHE 473 1HE PHE 473 6.234 0.020 -0.415 8 HE2 PHE 473 2HE PHE 473 4.091 2.269 -3.311 9 HD2 PHE 473 2HD PHE 473 4.662 4.338 -2.125 No H/Q in entry = 9 In of MODEL 3 1 H HIS 474 H HIS 474 8.663 6.635 -1.338 2 HA HIS 474 HA HIS 474 7.729 8.963 0.122 3 HB3 HIS 474 1HB HIS 474 9.628 10.191 -1.080 4 HB2 HIS 474 2HB HIS 474 10.226 8.613 -1.567 5 HD1 HIS 474 HD1 HIS 474 11.135 11.006 0.782 6 HD2 HIS 474 2HD HIS 474 10.211 6.982 1.098 7 HE1 HIS 474 1HE HIS 474 12.283 10.208 2.868 No H/Q in entry = 7 In of MODEL 3 1 H PHE 475 H PHE 475 6.270 10.111 -1.006 2 HA PHE 475 HA PHE 475 5.703 9.256 -3.715 3 HB3 PHE 475 1HB PHE 475 3.668 10.781 -3.385 4 HB2 PHE 475 2HB PHE 475 4.150 10.847 -1.696 5 HZ PHE 475 HZ PHE 475 1.548 5.676 -1.671 6 HD1 PHE 475 1HD PHE 475 2.141 9.201 -3.990 7 HE1 PHE 475 1HE PHE 475 0.924 7.121 -3.587 8 HE2 PHE 475 2HE PHE 475 3.381 6.353 -0.186 9 HD2 PHE 475 2HD PHE 475 4.594 8.453 -0.607 No H/Q in entry = 9 In of MODEL 3 1 H THR 476 H THR 476 5.466 10.692 -5.426 2 HA THR 476 HA THR 476 7.267 12.909 -5.214 3 HB THR 476 HB THR 476 6.835 13.220 -7.650 4 HG22 THR 476 HG21 THR 476 7.854 11.117 -8.423 5 HG21 THR 476 HG22 THR 476 7.470 10.369 -6.870 6 HG23 THR 476 HG23 THR 476 8.624 11.702 -6.948 7 HG1 THR 476 HG1 THR 476 5.076 10.985 -7.317 No H/Q in entry = 7 In of MODEL 3 1 H ASN 477 H ASN 477 6.665 15.017 -5.201 2 HA ASN 477 HA ASN 477 3.951 15.645 -4.524 3 HB3 ASN 477 1HB ASN 477 5.784 16.839 -3.397 4 HB2 ASN 477 2HB ASN 477 4.771 17.982 -4.257 5 HD21 ASN 477 HD21 ASN 477 6.458 19.493 -4.163 6 HD22 ASN 477 HD22 ASN 477 7.802 19.397 -5.240 No H/Q in entry = 6 In of MODEL 3 1 H LYS 478 H LYS 478 3.811 14.522 -6.816 2 HA LYS 478 HA LYS 478 3.869 16.280 -9.098 3 HB3 LYS 478 1HB LYS 478 2.628 13.537 -8.883 4 HB2 LYS 478 2HB LYS 478 4.353 13.772 -9.090 5 HG3 LYS 478 1HG LYS 478 2.275 14.768 -11.025 6 HG2 LYS 478 2HG LYS 478 3.164 13.250 -11.192 7 HD3 LYS 478 1HD LYS 478 5.278 14.496 -11.223 8 HD2 LYS 478 2HD LYS 478 4.396 16.016 -11.081 9 HE3 LYS 478 1HE LYS 478 5.004 15.669 -13.372 10 HE2 LYS 478 2HE LYS 478 3.258 15.534 -13.196 11 HZ1 LYS 478 1HZ LYS 478 5.132 13.230 -13.406 12 HZ3 LYS 478 2HZ LYS 478 4.123 13.791 -14.624 13 HZ2 LYS 478 3HZ LYS 478 3.467 13.113 -13.251 No H/Q in entry = 13 In of MODEL 3 1 H ASP 479 H ASP 479 1.480 14.777 -6.966 2 HA ASP 479 HA ASP 479 -0.503 16.737 -7.853 3 HB3 ASP 479 1HB ASP 479 -1.184 13.846 -7.264 4 HB2 ASP 479 2HB ASP 479 -0.975 14.450 -8.902 No H/Q in entry = 4 In of MODEL 3 1 H LEU 480 H LEU 480 -0.143 17.891 -6.023 2 HA LEU 480 HA LEU 480 -0.007 16.743 -3.451 3 HB3 LEU 480 1HB LEU 480 -0.323 19.124 -2.649 4 HB2 LEU 480 2HB LEU 480 -0.349 19.580 -4.341 5 HG LEU 480 HG LEU 480 1.942 18.640 -4.597 6 HD13 LEU 480 HD11 LEU 480 3.086 20.415 -3.371 7 HD12 LEU 480 HD12 LEU 480 1.641 20.684 -2.400 8 HD11 LEU 480 HD13 LEU 480 1.615 21.014 -4.135 9 HD22 LEU 480 HD21 LEU 480 1.886 16.970 -2.776 10 HD21 LEU 480 HD22 LEU 480 1.755 18.255 -1.595 11 HD23 LEU 480 HD23 LEU 480 3.222 18.094 -2.548 No H/Q in entry = 11 In of MODEL 3 1 H GLU 481 H GLU 481 -2.684 17.626 -5.399 2 HA GLU 481 HA GLU 481 -4.504 18.090 -3.255 3 HB3 GLU 481 1HB GLU 481 -6.277 17.802 -4.945 4 HB2 GLU 481 2HB GLU 481 -5.070 17.251 -6.099 5 HG3 GLU 481 1HG GLU 481 -5.733 19.574 -6.461 6 HG2 GLU 481 2HG GLU 481 -4.016 19.393 -6.115 No H/Q in entry = 6 In of MODEL 3 1 H SER 482 H SER 482 -3.710 15.260 -5.222 2 HA SER 482 HA SER 482 -5.567 13.598 -3.910 3 HB3 SER 482 1HB SER 482 -3.091 12.709 -5.390 4 HB2 SER 482 2HB SER 482 -4.546 13.228 -6.228 5 HG SER 482 HG SER 482 -5.642 11.599 -4.980 No H/Q in entry = 5 In of MODEL 3 1 H LEU 483 H LEU 483 -2.142 14.345 -3.481 2 HA LEU 483 HA LEU 483 -1.613 12.484 -1.451 3 HB3 LEU 483 1HB LEU 483 0.230 14.116 -0.780 4 HB2 LEU 483 2HB LEU 483 -0.330 15.126 -2.095 5 HG LEU 483 HG LEU 483 0.161 13.236 -3.673 6 HD11 LEU 483 HD11 LEU 483 2.448 14.240 -1.985 7 HD13 LEU 483 HD12 LEU 483 1.746 15.044 -3.395 8 HD12 LEU 483 HD13 LEU 483 2.598 13.513 -3.584 9 HD22 LEU 483 HD21 LEU 483 1.556 11.401 -2.887 10 HD21 LEU 483 HD22 LEU 483 0.031 11.410 -2.013 11 HD23 LEU 483 HD23 LEU 483 1.489 12.030 -1.246 No H/Q in entry = 11 In of MODEL 3 1 H LYS 484 H LYS 484 -2.740 15.828 -1.268 2 HA LYS 484 HA LYS 484 -2.780 16.215 1.465 3 HB3 LYS 484 1HB LYS 484 -4.747 17.147 -0.629 4 HB2 LYS 484 2HB LYS 484 -3.263 17.959 -0.168 5 HG3 LYS 484 1HG LYS 484 -4.153 18.482 2.003 6 HG2 LYS 484 2HG LYS 484 -5.610 17.541 1.659 7 HD3 LYS 484 1HD LYS 484 -6.130 19.054 -0.202 8 HD2 LYS 484 2HD LYS 484 -4.690 20.000 0.183 9 HE3 LYS 484 1HE LYS 484 -5.586 20.543 2.357 10 HE2 LYS 484 2HE LYS 484 -7.000 19.541 2.049 11 HZ2 LYS 484 1HZ LYS 484 -7.611 20.984 0.248 12 HZ1 LYS 484 2HZ LYS 484 -6.263 21.950 0.467 13 HZ3 LYS 484 3HZ LYS 484 -7.461 21.891 1.656 No H/Q in entry = 13 In of MODEL 3 1 H GLY 485 H GLY 485 -5.208 14.718 -0.608 2 HA2 GLY 485 1HA GLY 485 -7.053 13.413 -0.153 3 HA3 GLY 485 2HA GLY 485 -7.104 14.168 1.438 No H/Q in entry = 3 In of MODEL 3 1 H LEU 486 H LEU 486 -4.603 12.217 -0.144 2 HA LEU 486 HA LEU 486 -5.052 9.820 1.162 3 HB3 LEU 486 1HB LEU 486 -2.601 11.052 -0.063 4 HB2 LEU 486 2HB LEU 486 -3.730 9.954 -0.819 5 HG LEU 486 HG LEU 486 -1.759 9.277 1.334 6 HD11 LEU 486 HD11 LEU 486 -3.722 7.503 -0.121 7 HD13 LEU 486 HD12 LEU 486 -3.769 7.947 1.597 8 HD12 LEU 486 HD13 LEU 486 -2.442 6.963 0.973 9 HD21 LEU 486 HD21 LEU 486 -1.922 8.532 -1.563 10 HD23 LEU 486 HD22 LEU 486 -0.736 7.902 -0.417 11 HD22 LEU 486 HD23 LEU 486 -0.742 9.623 -0.831 No H/Q in entry = 11 In of MODEL 3 1 H TYR 487 H TYR 487 -2.917 12.506 2.026 2 HA TYR 487 HA TYR 487 -1.795 11.397 4.339 3 HB3 TYR 487 1HB TYR 487 -1.662 13.928 5.034 4 HB2 TYR 487 2HB TYR 487 -2.196 14.198 3.380 5 HH TYR 487 HH TYR 487 4.191 12.721 3.009 6 HD1 TYR 487 1HD TYR 487 -0.777 12.481 1.685 7 HE1 TYR 487 1HE TYR 487 1.506 12.283 0.896 8 HE2 TYR 487 2HE TYR 487 2.894 14.065 4.528 9 HD2 TYR 487 2HD TYR 487 0.569 14.258 5.290 No H/Q in entry = 9 In of MODEL 3 1 H ARG 488 H ARG 488 -4.758 13.201 3.864 2 HA ARG 488 HA ARG 488 -5.424 13.430 6.596 3 HB3 ARG 488 1HB ARG 488 -7.227 13.460 4.179 4 HB2 ARG 488 2HB ARG 488 -6.436 14.860 4.879 5 HG3 ARG 488 1HG ARG 488 -7.701 14.432 6.979 6 HG2 ARG 488 2HG ARG 488 -8.578 13.163 6.134 7 HD3 ARG 488 1HD ARG 488 -9.895 15.142 6.123 8 HD2 ARG 488 2HD ARG 488 -9.332 14.846 4.478 9 HE ARG 488 HE ARG 488 -7.494 16.536 5.229 10 HH11 ARG 488 HH11 ARG 488 -10.944 16.661 6.007 11 HH12 ARG 488 HH12 ARG 488 -11.030 18.356 6.110 12 HH21 ARG 488 HH21 ARG 488 -7.581 18.897 5.384 13 HH22 ARG 488 HH22 ARG 488 -9.050 19.654 5.780 No H/Q in entry = 13 In of MODEL 3 1 H ILE 489 H ILE 489 -6.287 11.075 4.135 2 HA ILE 489 HA ILE 489 -8.041 9.563 5.762 3 HB ILE 489 HB ILE 489 -6.432 8.599 3.369 4 HG12 ILE 489 HG12 ILE 489 -9.246 9.690 3.451 5 HG22 ILE 489 HG21 ILE 489 -8.313 6.976 3.148 6 HG21 ILE 489 HG22 ILE 489 -8.920 7.533 4.709 7 HG23 ILE 489 HG23 ILE 489 -7.346 6.745 4.602 8 HD13 ILE 489 HD11 ILE 489 -9.062 9.770 1.033 9 HD12 ILE 489 HD12 ILE 489 -8.907 8.119 1.658 10 HD11 ILE 489 HD13 ILE 489 -7.472 9.002 1.133 11 HG13 ILE 489 HG11 ILE 489 -7.840 10.611 2.926 No H/Q in entry = 11 In of MODEL 3 1 H MET 490 H MET 490 -4.619 9.227 4.992 2 HA MET 490 HA MET 490 -4.135 6.935 6.552 3 HB3 MET 490 1HB MET 490 -1.741 7.980 6.595 4 HB2 MET 490 2HB MET 490 -2.433 9.110 5.443 5 HG3 MET 490 1HG MET 490 -1.342 7.410 4.228 6 HG2 MET 490 2HG MET 490 -3.083 7.171 4.029 7 HE3 MET 490 1HE MET 490 -2.325 4.635 3.096 8 HE2 MET 490 2HE MET 490 -1.407 3.519 4.120 9 HE1 MET 490 3HE MET 490 -0.642 4.977 3.507 No H/Q in entry = 9 In of MODEL 3 1 H GLY 491 H GLY 491 -3.901 10.389 7.305 2 HA2 GLY 491 1HA GLY 491 -3.705 11.499 9.281 3 HA3 GLY 491 2HA GLY 491 -2.964 10.052 9.949 No H/Q in entry = 3 In of MODEL 3 1 H ASN 492 H ASN 492 -6.010 9.579 8.554 2 HA ASN 492 HA ASN 492 -7.528 10.065 10.958 3 HB3 ASN 492 1HB ASN 492 -8.378 8.836 8.316 4 HB2 ASN 492 2HB ASN 492 -8.444 10.550 8.681 5 HD21 ASN 492 HD21 ASN 492 -10.001 11.330 10.132 6 HD22 ASN 492 HD22 ASN 492 -11.408 10.390 10.497 No H/Q in entry = 6 In of MODEL 3 1 H GLY 493 H GLY 493 -5.521 7.635 9.932 2 HA2 GLY 493 1HA GLY 493 -6.765 5.822 11.870 3 HA3 GLY 493 2HA GLY 493 -5.080 5.797 11.374 No H/Q in entry = 3 In of MODEL 3 1 H PHE 494 H PHE 494 -5.831 5.966 8.519 2 HA PHE 494 HA PHE 494 -6.843 3.255 8.222 3 HB3 PHE 494 1HB PHE 494 -6.948 3.883 5.740 4 HB2 PHE 494 2HB PHE 494 -6.651 5.536 6.269 5 HZ PHE 494 HZ PHE 494 -12.280 5.159 7.565 6 HD1 PHE 494 1HD PHE 494 -8.436 6.884 6.937 7 HE1 PHE 494 1HE PHE 494 -10.827 7.152 7.408 8 HE2 PHE 494 2HE PHE 494 -11.298 2.912 7.252 9 HD2 PHE 494 2HD PHE 494 -8.923 2.673 6.785 No H/Q in entry = 9 In of MODEL 3 1 H ALA 495 H ALA 495 -5.755 1.926 6.574 2 HA ALA 495 HA ALA 495 -2.875 2.428 6.355 3 HB1 ALA 495 1HB ALA 495 -4.235 -0.220 6.938 4 HB2 ALA 495 2HB ALA 495 -3.322 0.737 8.100 5 HB3 ALA 495 3HB ALA 495 -2.502 0.037 6.708 No H/Q in entry = 5 In of MODEL 3 1 H GLY 496 H GLY 496 -1.955 1.412 4.431 2 HA2 GLY 496 1HA GLY 496 -2.456 1.830 2.104 3 HA3 GLY 496 2HA GLY 496 -4.034 1.105 2.389 No H/Q in entry = 3 In of MODEL 3 1 H CYS 497 H CYS 497 -4.267 -0.961 2.006 2 HA CYS 497 HA CYS 497 -1.958 -2.694 2.052 3 HB3 CYS 497 1HB CYS 497 -3.970 -3.643 2.970 4 HB2 CYS 497 2HB CYS 497 -3.617 -4.491 1.474 5 HG CYS 497 HG CYS 497 -5.816 -1.906 1.357 No H/Q in entry = 5 In of MODEL 3 1 H VAL 498 H VAL 498 -0.671 -2.929 0.326 2 HA VAL 498 HA VAL 498 -1.737 -2.073 -2.240 3 HB VAL 498 HB VAL 498 1.146 -2.452 -1.379 4 HG12 VAL 498 HG11 VAL 498 0.022 -1.296 -3.945 5 HG11 VAL 498 HG12 VAL 498 0.859 -2.833 -3.782 6 HG13 VAL 498 HG13 VAL 498 1.726 -1.331 -3.504 7 HG23 VAL 498 HG21 VAL 498 -0.443 0.068 -1.813 8 HG22 VAL 498 HG22 VAL 498 1.284 0.002 -1.471 9 HG21 VAL 498 HG23 VAL 498 0.118 -0.549 -0.263 No H/Q in entry = 9 In of MODEL 3 1 H HIS 499 H HIS 499 -2.224 -3.451 -3.583 2 HA HIS 499 HA HIS 499 -1.201 -6.164 -3.408 3 HB3 HIS 499 1HB HIS 499 -3.311 -6.717 -4.709 4 HB2 HIS 499 2HB HIS 499 -3.865 -5.084 -4.356 5 HD1 HIS 499 HD1 HIS 499 -4.162 -4.552 -1.671 6 HD2 HIS 499 2HD HIS 499 -3.843 -8.530 -2.816 7 HE1 HIS 499 1HE HIS 499 -4.967 -5.929 0.288 No H/Q in entry = 7 In of MODEL 3 1 H PHE 500 H PHE 500 -0.558 -7.033 -5.315 2 HA PHE 500 HA PHE 500 0.088 -5.095 -7.372 3 HB3 PHE 500 1HB PHE 500 1.790 -6.785 -8.054 4 HB2 PHE 500 2HB PHE 500 1.224 -7.846 -6.768 5 HZ PHE 500 HZ PHE 500 4.849 -4.572 -3.625 6 HD1 PHE 500 1HD PHE 500 1.304 -6.806 -4.341 7 HE1 PHE 500 1HE PHE 500 2.902 -5.779 -2.771 8 HE2 PHE 500 2HE PHE 500 5.205 -4.382 -6.045 9 HD2 PHE 500 2HD PHE 500 3.620 -5.376 -7.612 No H/Q in entry = 9 In of MODEL 3 1 HA PRO 501 HA PRO 501 -3.292 -6.852 -9.626 2 HB3 PRO 501 1HB PRO 501 -3.383 -5.086 -11.045 3 HB2 PRO 501 2HB PRO 501 -2.455 -6.096 -12.158 4 HG3 PRO 501 1HG PRO 501 -1.523 -3.732 -11.278 5 HG2 PRO 501 2HG PRO 501 -0.452 -5.108 -11.590 6 HD3 PRO 501 1HD PRO 501 -1.476 -4.054 -8.989 7 HD2 PRO 501 2HD PRO 501 0.132 -4.691 -9.400 No H/Q in entry = 7 In of MODEL 3 1 H HIS 502 H HIS 502 -3.373 -8.948 -9.758 2 HA HIS 502 HA HIS 502 -1.273 -10.469 -10.948 3 HB3 HIS 502 1HB HIS 502 -2.846 -12.429 -10.579 4 HB2 HIS 502 2HB HIS 502 -3.961 -11.286 -9.833 5 HD1 HIS 502 HD1 HIS 502 -1.035 -13.410 -9.034 6 HD2 HIS 502 2HD HIS 502 -2.948 -10.076 -7.448 7 HE1 HIS 502 1HE HIS 502 -0.235 -13.206 -6.662 No H/Q in entry = 7 In of MODEL 3 1 H THR 503 H THR 503 -1.129 -11.079 -12.854 2 HA THR 503 HA THR 503 -2.867 -11.581 -14.840 3 HB THR 503 HB THR 503 -3.751 -9.254 -14.636 4 HG23 THR 503 HG21 THR 503 -2.336 -7.292 -15.168 5 HG22 THR 503 HG22 THR 503 -0.925 -8.347 -15.267 6 HG21 THR 503 HG23 THR 503 -1.761 -8.140 -13.731 7 HG1 THR 503 HG1 THR 503 -3.602 -10.213 -16.713 No H/Q in entry = 7 In of MODEL 3 1 H ALA 504 H ALA 504 0.032 -10.149 -13.647 2 HA ALA 504 HA ALA 504 1.666 -10.969 -15.852 3 HB3 ALA 504 1HB ALA 504 2.332 -10.010 -13.049 4 HB2 ALA 504 2HB ALA 504 2.287 -9.012 -14.502 5 HB1 ALA 504 3HB ALA 504 3.512 -10.271 -14.334 No H/Q in entry = 5 In of MODEL 3 1 HA PRO 505 HA PRO 505 2.072 -15.144 -14.353 2 HB3 PRO 505 1HB PRO 505 3.012 -15.548 -16.426 3 HB2 PRO 505 2HB PRO 505 4.417 -15.882 -15.410 4 HG3 PRO 505 1HG PRO 505 4.580 -14.083 -17.353 5 HG2 PRO 505 2HG PRO 505 5.340 -13.770 -15.784 6 HD3 PRO 505 1HD PRO 505 2.839 -12.635 -16.940 7 HD2 PRO 505 2HD PRO 505 4.041 -11.877 -15.881 No H/Q in entry = 7 In of MODEL 3 1 H CYS 506 H CYS 506 3.854 -12.735 -13.086 2 HA CYS 506 HA CYS 506 5.798 -14.297 -11.630 3 HB3 CYS 506 1HB CYS 506 5.090 -11.358 -11.502 4 HB2 CYS 506 2HB CYS 506 6.414 -12.064 -12.417 5 HG CYS 506 HG CYS 506 8.047 -12.574 -10.415 No H/Q in entry = 5 In of MODEL 3 1 H GLU 507 H GLU 507 5.684 -14.795 -9.474 2 HA GLU 507 HA GLU 507 3.131 -14.385 -8.167 3 HB3 GLU 507 1HB GLU 507 5.558 -15.733 -6.985 4 HB2 GLU 507 2HB GLU 507 4.482 -16.594 -8.082 5 HG3 GLU 507 1HG GLU 507 3.607 -15.268 -5.522 6 HG2 GLU 507 2HG GLU 507 3.978 -16.988 -5.684 No H/Q in entry = 6 In of MODEL 3 1 H VAL 508 H VAL 508 3.132 -12.252 -7.705 2 HA VAL 508 HA VAL 508 5.508 -11.094 -6.528 3 HB VAL 508 HB VAL 508 2.909 -9.637 -6.983 4 HG11 VAL 508 HG11 VAL 508 4.587 -8.534 -5.624 5 HG13 VAL 508 HG12 VAL 508 4.389 -7.701 -7.166 6 HG12 VAL 508 HG13 VAL 508 5.782 -8.744 -6.903 7 HG21 VAL 508 HG21 VAL 508 3.506 -10.696 -9.120 8 HG23 VAL 508 HG22 VAL 508 5.128 -10.016 -9.006 9 HG22 VAL 508 HG23 VAL 508 3.739 -8.950 -9.195 No H/Q in entry = 9 In of MODEL 3 1 H ARG 509 H ARG 509 5.685 -10.462 -4.498 2 HA ARG 509 HA ARG 509 3.833 -11.586 -2.572 3 HB3 ARG 509 1HB ARG 509 5.515 -10.990 -0.928 4 HB2 ARG 509 2HB ARG 509 6.322 -9.925 -2.075 5 HG3 ARG 509 1HG ARG 509 7.522 -12.069 -1.748 6 HG2 ARG 509 2HG ARG 509 7.015 -11.821 -3.416 7 HD3 ARG 509 1HD ARG 509 4.996 -13.212 -2.929 8 HD2 ARG 509 2HD ARG 509 5.700 -13.596 -1.363 9 HE ARG 509 HE ARG 509 7.380 -14.137 -3.618 10 HH11 ARG 509 HH11 ARG 509 5.119 -15.488 -1.258 11 HH12 ARG 509 HH12 ARG 509 5.335 -17.103 -1.741 12 HH21 ARG 509 HH21 ARG 509 7.689 -16.313 -4.306 13 HH22 ARG 509 HH22 ARG 509 6.875 -17.607 -3.563 No H/Q in entry = 13 In of MODEL 3 1 H VAL 510 H VAL 510 3.394 -9.838 -0.573 2 HA VAL 510 HA VAL 510 2.264 -7.661 -2.169 3 HB VAL 510 HB VAL 510 0.319 -7.499 -0.605 4 HG11 VAL 510 HG11 VAL 510 0.640 -10.086 -2.106 5 HG13 VAL 510 HG12 VAL 510 0.092 -8.544 -2.764 6 HG12 VAL 510 HG13 VAL 510 -0.895 -9.397 -1.575 7 HG22 VAL 510 HG21 VAL 510 1.242 -8.677 1.298 8 HG21 VAL 510 HG22 VAL 510 1.310 -10.176 0.350 9 HG23 VAL 510 HG23 VAL 510 -0.249 -9.424 0.727 No H/Q in entry = 9 In of MODEL 3 1 H LEU 511 H LEU 511 1.552 -5.652 -0.809 2 HA LEU 511 HA LEU 511 3.601 -5.338 1.220 3 HB3 LEU 511 1HB LEU 511 3.413 -3.796 -1.363 4 HB2 LEU 511 2HB LEU 511 4.747 -4.569 -0.605 5 HG LEU 511 HG LEU 511 5.210 -2.238 -0.603 6 HD13 LEU 511 HD11 LEU 511 3.028 -1.324 -0.904 7 HD12 LEU 511 HD12 LEU 511 3.829 -0.556 0.469 8 HD11 LEU 511 HD13 LEU 511 2.577 -1.769 0.741 9 HD22 LEU 511 HD21 LEU 511 5.940 -3.307 1.440 10 HD21 LEU 511 HD22 LEU 511 4.357 -3.050 2.156 11 HD23 LEU 511 HD23 LEU 511 5.382 -1.671 1.780 No H/Q in entry = 11 In of MODEL 3 1 H MET 512 H MET 512 3.090 -4.215 2.951 2 HA MET 512 HA MET 512 0.428 -2.971 3.018 3 HB3 MET 512 1HB MET 512 2.252 -3.978 5.192 4 HB2 MET 512 2HB MET 512 0.689 -4.632 4.735 5 HG3 MET 512 1HG MET 512 1.243 -1.989 6.084 6 HG2 MET 512 2HG MET 512 0.480 -3.396 6.810 7 HE3 MET 512 1HE MET 512 -1.489 -4.315 4.417 8 HE2 MET 512 2HE MET 512 -2.966 -3.516 4.983 9 HE1 MET 512 3HE MET 512 -1.869 -4.281 6.138 No H/Q in entry = 9 In of MODEL 3 1 H LEU 513 H LEU 513 0.350 -0.824 2.974 2 HA LEU 513 HA LEU 513 2.825 0.599 3.535 3 HB3 LEU 513 1HB LEU 513 0.455 1.476 1.897 4 HB2 LEU 513 2HB LEU 513 1.898 0.742 1.233 5 HG LEU 513 HG LEU 513 1.767 3.377 2.687 6 HD11 LEU 513 HD11 LEU 513 4.017 1.806 1.489 7 HD13 LEU 513 HD12 LEU 513 3.891 2.432 3.145 8 HD12 LEU 513 HD13 LEU 513 4.113 3.524 1.776 9 HD21 LEU 513 HD21 LEU 513 0.779 3.450 0.450 10 HD23 LEU 513 HD22 LEU 513 2.242 2.726 -0.222 11 HD22 LEU 513 HD23 LEU 513 2.304 4.334 0.506 No H/Q in entry = 11 In of MODEL 3 1 H LEU 514 H LEU 514 2.903 1.831 5.209 2 HA LEU 514 HA LEU 514 0.432 2.746 6.442 3 HB3 LEU 514 1HB LEU 514 1.738 2.551 8.594 4 HB2 LEU 514 2HB LEU 514 2.942 1.656 7.692 5 HG LEU 514 HG LEU 514 1.018 0.060 7.074 6 HD11 LEU 514 HD11 LEU 514 2.807 -0.500 8.698 7 HD13 LEU 514 HD12 LEU 514 1.249 -1.156 9.202 8 HD12 LEU 514 HD13 LEU 514 1.884 0.297 9.974 9 HD22 LEU 514 HD21 LEU 514 -0.824 0.009 8.661 10 HD21 LEU 514 HD22 LEU 514 -0.802 1.515 7.748 11 HD23 LEU 514 HD23 LEU 514 -0.227 1.487 9.416 No H/Q in entry = 11 In of MODEL 3 1 H TYR 515 H TYR 515 0.591 4.768 7.397 2 HA TYR 515 HA TYR 515 2.666 6.441 6.206 3 HB3 TYR 515 1HB TYR 515 -0.055 6.994 7.332 4 HB2 TYR 515 2HB TYR 515 0.417 7.038 5.641 5 HH TYR 515 HH TYR 515 1.851 13.124 6.245 6 HD1 TYR 515 1HD TYR 515 2.421 8.727 5.143 7 HE1 TYR 515 1HE TYR 515 2.898 11.103 5.335 8 HE2 TYR 515 2HE TYR 515 0.193 11.371 8.626 9 HD2 TYR 515 2HD TYR 515 -0.272 8.984 8.416 No H/Q in entry = 9 In of MODEL 3 1 H SER 516 H SER 516 4.249 7.119 7.468 2 HA SER 516 HA SER 516 3.753 7.136 10.323 3 HB3 SER 516 1HB SER 516 5.862 6.094 9.738 4 HB2 SER 516 2HB SER 516 6.239 7.648 10.473 5 HG SER 516 HG SER 516 5.951 7.723 7.724 No H/Q in entry = 5 In of MODEL 3 1 H SER 517 H SER 517 2.863 8.845 11.083 2 HA SER 517 HA SER 517 2.502 11.210 9.638 3 HB3 SER 517 1HB SER 517 0.723 10.559 10.953 4 HB2 SER 517 2HB SER 517 1.447 11.848 11.919 5 HG SER 517 HG SER 517 0.958 9.485 12.757 No H/Q in entry = 5 In of MODEL 3 1 H LYS 518 H LYS 518 4.638 10.293 12.228 2 HA LYS 518 HA LYS 518 5.383 12.951 12.954 3 HB3 LYS 518 1HB LYS 518 6.886 10.380 13.462 4 HB2 LYS 518 2HB LYS 518 5.529 10.941 14.425 5 HG3 LYS 518 1HG LYS 518 6.780 12.882 15.146 6 HG2 LYS 518 2HG LYS 518 8.128 12.433 14.100 7 HD3 LYS 518 1HD LYS 518 8.565 11.802 16.426 8 HD2 LYS 518 2HD LYS 518 8.472 10.393 15.376 9 HE3 LYS 518 1HE LYS 518 6.160 9.998 16.110 10 HE2 LYS 518 2HE LYS 518 6.268 11.383 17.193 11 HZ3 LYS 518 1HZ LYS 518 6.634 9.281 18.334 12 HZ2 LYS 518 2HZ LYS 518 7.989 10.244 18.444 13 HZ1 LYS 518 3HZ LYS 518 7.971 8.949 17.382 No H/Q in entry = 13 In of MODEL 3 1 H LYS 519 H LYS 519 6.370 10.742 10.557 2 HA LYS 519 HA LYS 519 8.766 12.325 9.937 3 HB3 LYS 519 1HB LYS 519 9.440 10.371 8.572 4 HB2 LYS 519 2HB LYS 519 7.942 9.565 9.022 5 HG3 LYS 519 1HG LYS 519 8.641 9.677 11.390 6 HG2 LYS 519 2HG LYS 519 10.175 10.373 10.878 7 HD3 LYS 519 1HD LYS 519 10.656 8.356 9.573 8 HD2 LYS 519 2HD LYS 519 9.123 7.657 10.094 9 HE3 LYS 519 1HE LYS 519 9.874 7.834 12.437 10 HE2 LYS 519 2HE LYS 519 11.424 8.455 11.875 11 HZ1 LYS 519 1HZ LYS 519 11.783 6.357 10.705 12 HZ3 LYS 519 2HZ LYS 519 10.316 5.764 11.326 13 HZ2 LYS 519 3HZ LYS 519 11.569 6.146 12.364 No H/Q in entry = 13 In of MODEL 3 1 H LYS 520 H LYS 520 5.589 11.881 9.077 2 HA LYS 520 HA LYS 520 4.212 12.547 7.438 3 HB3 LYS 520 1HB LYS 520 4.927 14.472 6.012 4 HB2 LYS 520 2HB LYS 520 6.550 14.315 6.662 5 HG3 LYS 520 1HG LYS 520 5.443 16.119 7.795 6 HG2 LYS 520 2HG LYS 520 5.644 14.785 8.930 7 HD3 LYS 520 1HD LYS 520 3.328 14.115 8.578 8 HD2 LYS 520 2HD LYS 520 3.109 15.438 7.436 9 HE3 LYS 520 1HE LYS 520 2.195 16.079 9.582 10 HE2 LYS 520 2HE LYS 520 3.624 17.047 9.247 11 HZ2 LYS 520 1HZ LYS 520 4.909 15.692 10.743 12 HZ1 LYS 520 2HZ LYS 520 3.625 14.632 10.955 13 HZ3 LYS 520 3HZ LYS 520 3.513 16.195 11.560 No H/Q in entry = 13 In of MODEL 3 1 H ILE 521 H ILE 521 5.914 10.244 6.997 2 HA ILE 521 HA ILE 521 5.800 10.176 4.092 3 HB ILE 521 HB ILE 521 7.975 8.951 3.846 4 HG12 ILE 521 HG12 ILE 521 9.747 9.555 5.653 5 HG21 ILE 521 HG21 ILE 521 7.818 11.208 3.145 6 HG23 ILE 521 HG22 ILE 521 9.401 10.925 3.867 7 HG22 ILE 521 HG23 ILE 521 8.157 11.785 4.776 8 HD11 ILE 521 HD11 ILE 521 7.728 7.445 6.364 9 HD13 ILE 521 HD12 ILE 521 9.360 7.591 7.014 10 HD12 ILE 521 HD13 ILE 521 9.122 7.225 5.305 11 HG13 ILE 521 HG11 ILE 521 8.369 9.782 6.717 No H/Q in entry = 11 In of MODEL 3 1 H PHE 522 H PHE 522 6.259 7.787 3.197 2 HA PHE 522 HA PHE 522 4.450 6.294 4.894 3 HB3 PHE 522 1HB PHE 522 3.875 5.093 2.815 4 HB2 PHE 522 2HB PHE 522 4.937 6.182 1.914 5 HZ PHE 522 HZ PHE 522 0.224 9.516 2.088 6 HD1 PHE 522 1HD PHE 522 1.643 5.604 2.986 7 HE1 PHE 522 1HE PHE 522 -0.220 7.163 2.656 8 HE2 PHE 522 2HE PHE 522 2.539 10.299 1.834 9 HD2 PHE 522 2HD PHE 522 4.401 8.732 2.148 No H/Q in entry = 9 In of MODEL 3 1 H MET 523 H MET 523 4.897 4.225 5.432 2 HA MET 523 HA MET 523 7.514 3.126 4.720 3 HB3 MET 523 1HB MET 523 6.367 3.493 7.514 4 HB2 MET 523 2HB MET 523 7.752 4.331 6.862 5 HG3 MET 523 1HG MET 523 8.659 2.749 8.298 6 HG2 MET 523 2HG MET 523 8.896 2.083 6.689 7 HE3 MET 523 1HE MET 523 5.687 0.526 9.633 8 HE2 MET 523 2HE MET 523 5.522 2.067 8.803 9 HE1 MET 523 3HE MET 523 6.796 1.848 10.005 No H/Q in entry = 9 In of MODEL 3 1 H GLY 524 H GLY 524 7.447 0.817 4.607 2 HA2 GLY 524 1HA GLY 524 5.255 -0.373 3.713 3 HA3 GLY 524 2HA GLY 524 4.972 -0.425 5.435 No H/Q in entry = 3 In of MODEL 3 1 H LEU 525 H LEU 525 5.008 -2.718 5.264 2 HA LEU 525 HA LEU 525 7.657 -3.841 4.717 3 HB3 LEU 525 1HB LEU 525 7.021 -5.789 6.191 4 HB2 LEU 525 2HB LEU 525 5.648 -4.854 6.733 5 HG LEU 525 HG LEU 525 8.472 -3.899 7.055 6 HD13 LEU 525 HD11 LEU 525 7.492 -2.511 8.838 7 HD12 LEU 525 HD12 LEU 525 5.904 -3.212 8.524 8 HD11 LEU 525 HD13 LEU 525 6.682 -2.214 7.299 9 HD21 LEU 525 HD21 LEU 525 6.849 -5.570 8.971 10 HD23 LEU 525 HD22 LEU 525 8.355 -4.742 9.366 11 HD22 LEU 525 HD23 LEU 525 8.352 -6.027 8.166 No H/Q in entry = 11 In of MODEL 3 1 H ILE 526 H ILE 526 7.825 -5.587 3.408 2 HA ILE 526 HA ILE 526 5.367 -6.234 1.955 3 HB ILE 526 HB ILE 526 8.277 -6.694 1.313 4 HG12 ILE 526 HG12 ILE 526 6.233 -4.821 0.257 5 HG23 ILE 526 HG21 ILE 526 7.155 -8.602 0.476 6 HG22 ILE 526 HG22 ILE 526 7.678 -7.575 -0.855 7 HG21 ILE 526 HG23 ILE 526 5.972 -7.594 -0.371 8 HD13 ILE 526 HD11 ILE 526 7.778 -4.071 -1.459 9 HD12 ILE 526 HD12 ILE 526 7.303 -5.740 -1.753 10 HD11 ILE 526 HD13 ILE 526 8.896 -5.386 -1.064 11 HG13 ILE 526 HG11 ILE 526 7.799 -4.482 0.931 No H/Q in entry = 11 In of MODEL 3 1 HA PRO 527 HA PRO 527 5.483 -10.179 4.237 2 HB3 PRO 527 1HB PRO 527 3.294 -10.512 4.805 3 HB2 PRO 527 2HB PRO 527 2.746 -10.347 3.134 4 HG3 PRO 527 1HG PRO 527 3.323 -8.224 5.162 5 HG2 PRO 527 2HG PRO 527 1.970 -8.341 4.021 6 HD3 PRO 527 1HD PRO 527 4.003 -6.730 3.519 7 HD2 PRO 527 2HD PRO 527 3.300 -7.706 2.207 No H/Q in entry = 7 In of MODEL 3 1 H TYR 528 H TYR 528 6.098 -11.961 3.467 2 HA TYR 528 HA TYR 528 6.473 -12.474 0.690 3 HB3 TYR 528 1HB TYR 528 7.602 -14.498 1.435 4 HB2 TYR 528 2HB TYR 528 6.936 -14.298 3.051 5 HH TYR 528 HH TYR 528 12.227 -11.131 4.508 6 HD1 TYR 528 1HD TYR 528 9.255 -12.769 0.609 7 HE1 TYR 528 1HE TYR 528 11.220 -11.468 1.274 8 HE2 TYR 528 2HE TYR 528 9.993 -11.701 5.352 9 HD2 TYR 528 2HD TYR 528 8.025 -12.997 4.671 No H/Q in entry = 9 In of MODEL 3 1 H ASP 529 H ASP 529 4.437 -13.860 3.250 2 HA ASP 529 HA ASP 529 3.297 -15.647 1.314 3 HB3 ASP 529 1HB ASP 529 2.508 -15.269 4.212 4 HB2 ASP 529 2HB ASP 529 3.540 -16.545 3.559 No H/Q in entry = 4 In of MODEL 3 1 H GLN 530 H GLN 530 2.401 -14.514 -0.110 2 HA GLN 530 HA GLN 530 0.651 -12.396 0.424 3 HB3 GLN 530 1HB GLN 530 1.450 -11.996 -1.641 4 HB2 GLN 530 2HB GLN 530 0.015 -12.870 -2.136 5 HG3 GLN 530 1HG GLN 530 2.796 -14.013 -1.941 6 HG2 GLN 530 2HG GLN 530 1.961 -13.560 -3.416 7 HE21 GLN 530 HE21 GLN 530 0.382 -14.887 -4.246 8 HE22 GLN 530 HE22 GLN 530 0.148 -16.499 -3.697 No H/Q in entry = 8 In of MODEL 3 1 H SER 531 H SER 531 0.085 -15.786 -0.047 2 HA SER 531 HA SER 531 -2.646 -15.661 -0.634 3 HB3 SER 531 1HB SER 531 -1.158 -17.878 0.798 4 HB2 SER 531 2HB SER 531 -1.206 -17.671 -0.949 5 HG SER 531 HG SER 531 -3.071 -18.535 -1.000 No H/Q in entry = 5 In of MODEL 3 1 H GLY 532 H GLY 532 -1.027 -16.036 2.588 2 HA2 GLY 532 1HA GLY 532 -1.921 -16.008 4.652 3 HA3 GLY 532 2HA GLY 532 -3.522 -16.130 3.936 No H/Q in entry = 3 In of MODEL 3 1 H PHE 533 H PHE 533 -1.153 -13.643 3.259 2 HA PHE 533 HA PHE 533 -2.207 -11.746 5.073 3 HB3 PHE 533 1HB PHE 533 -0.711 -11.131 2.514 4 HB2 PHE 533 2HB PHE 533 0.080 -11.623 4.009 5 HZ PHE 533 HZ PHE 533 -0.619 -6.038 5.277 6 HD1 PHE 533 1HD PHE 533 -1.570 -8.878 2.253 7 HE1 PHE 533 1HE PHE 533 -1.486 -6.551 3.025 8 HE2 PHE 533 2HE PHE 533 0.166 -7.847 6.728 9 HD2 PHE 533 2HD PHE 533 0.089 -10.160 5.950 No H/Q in entry = 9 In of MODEL 3 1 H VAL 534 H VAL 534 -2.713 -12.263 1.596 2 HA VAL 534 HA VAL 534 -4.575 -10.164 1.300 3 HB VAL 534 HB VAL 534 -4.160 -12.644 -0.427 4 HG11 VAL 534 HG11 VAL 534 -5.680 -10.105 -1.043 5 HG13 VAL 534 HG12 VAL 534 -6.393 -11.695 -0.784 6 HG12 VAL 534 HG13 VAL 534 -5.348 -11.411 -2.179 7 HG22 VAL 534 HG21 VAL 534 -2.951 -11.121 -1.910 8 HG21 VAL 534 HG22 VAL 534 -2.210 -11.182 -0.309 9 HG23 VAL 534 HG23 VAL 534 -3.208 -9.801 -0.768 No H/Q in entry = 9 In of MODEL 3 1 H ASN 535 H ASN 535 -4.933 -13.593 2.080 2 HA ASN 535 HA ASN 535 -7.732 -13.739 2.043 3 HB3 ASN 535 1HB ASN 535 -5.812 -15.189 3.896 4 HB2 ASN 535 2HB ASN 535 -6.282 -15.728 2.295 5 HD21 ASN 535 HD21 ASN 535 -7.201 -15.568 5.632 6 HD22 ASN 535 HD22 ASN 535 -8.659 -16.472 5.460 No H/Q in entry = 6 In of MODEL 3 1 H GLY 536 H GLY 536 -5.518 -12.612 4.520 2 HA2 GLY 536 1HA GLY 536 -5.860 -11.477 6.482 3 HA3 GLY 536 2HA GLY 536 -7.485 -12.154 6.531 No H/Q in entry = 3 In of MODEL 3 1 H ILE 537 H ILE 537 -5.892 -10.087 4.146 2 HA ILE 537 HA ILE 537 -7.188 -7.726 4.985 3 HB ILE 537 HB ILE 537 -5.841 -8.294 2.331 4 HG12 ILE 537 HG12 ILE 537 -4.297 -8.560 4.189 5 HG22 ILE 537 HG21 ILE 537 -5.623 -5.838 2.163 6 HG21 ILE 537 HG22 ILE 537 -6.661 -5.680 3.581 7 HG23 ILE 537 HG23 ILE 537 -7.294 -6.399 2.099 8 HD13 ILE 537 HD11 ILE 537 -3.702 -6.731 5.677 9 HD12 ILE 537 HD12 ILE 537 -5.359 -7.258 5.943 10 HD11 ILE 537 HD13 ILE 537 -5.042 -5.773 5.045 11 HG13 ILE 537 HG11 ILE 537 -3.915 -7.097 3.298 No H/Q in entry = 11 In of MODEL 3 1 H ARG 538 H ARG 538 -8.037 -10.108 2.504 2 HA ARG 538 HA ARG 538 -10.116 -8.716 1.234 3 HB3 ARG 538 1HB ARG 538 -10.136 -11.679 1.862 4 HB2 ARG 538 2HB ARG 538 -9.286 -10.960 0.494 5 HG3 ARG 538 1HG ARG 538 -11.361 -10.187 -0.450 6 HG2 ARG 538 2HG ARG 538 -12.248 -10.693 0.984 7 HD3 ARG 538 1HD ARG 538 -12.645 -12.268 -0.719 8 HD2 ARG 538 2HD ARG 538 -11.631 -13.000 0.529 9 HE ARG 538 HE ARG 538 -9.755 -12.328 -1.183 10 HH11 ARG 538 HH11 ARG 538 -12.925 -13.713 -1.944 11 HH12 ARG 538 HH12 ARG 538 -12.378 -14.580 -3.309 12 HH21 ARG 538 HH21 ARG 538 -9.026 -13.549 -3.046 13 HH22 ARG 538 HH22 ARG 538 -10.126 -14.487 -3.936 No H/Q in entry = 13 In of MODEL 3 1 H GLN 539 H GLN 539 -10.168 -10.621 4.177 2 HA GLN 539 HA GLN 539 -12.907 -10.455 4.791 3 HB3 GLN 539 1HB GLN 539 -10.432 -10.725 6.494 4 HB2 GLN 539 2HB GLN 539 -11.483 -12.006 5.924 5 HG3 GLN 539 1HG GLN 539 -13.259 -11.253 7.380 6 HG2 GLN 539 2HG GLN 539 -12.250 -9.919 7.944 7 HE21 GLN 539 HE21 GLN 539 -13.398 -12.023 9.508 8 HE22 GLN 539 HE22 GLN 539 -12.070 -12.883 10.225 No H/Q in entry = 8 In of MODEL 3 1 H VAL 540 H VAL 540 -10.221 -8.293 5.523 2 HA VAL 540 HA VAL 540 -11.676 -6.489 7.151 3 HB VAL 540 HB VAL 540 -9.166 -5.945 5.524 4 HG13 VAL 540 HG11 VAL 540 -10.241 -3.897 6.263 5 HG12 VAL 540 HG12 VAL 540 -8.739 -4.165 7.155 6 HG11 VAL 540 HG13 VAL 540 -10.289 -4.504 7.918 7 HG23 VAL 540 HG21 VAL 540 -9.447 -6.874 8.381 8 HG22 VAL 540 HG22 VAL 540 -7.932 -6.434 7.590 9 HG21 VAL 540 HG23 VAL 540 -8.848 -7.836 7.030 No H/Q in entry = 9 In of MODEL 3 1 H ILE 541 H ILE 541 -10.798 -6.454 3.716 2 HA ILE 541 HA ILE 541 -12.038 -4.006 3.008 3 HB ILE 541 HB ILE 541 -11.542 -6.479 1.325 4 HG12 ILE 541 HG12 ILE 541 -9.909 -3.942 1.606 5 HG22 ILE 541 HG21 ILE 541 -11.709 -4.996 -0.637 6 HG21 ILE 541 HG22 ILE 541 -12.188 -3.668 0.427 7 HG23 ILE 541 HG23 ILE 541 -13.220 -5.092 0.269 8 HD12 ILE 541 HD11 ILE 541 -9.678 -4.870 -0.639 9 HD11 ILE 541 HD12 ILE 541 -9.266 -6.439 0.047 10 HD13 ILE 541 HD13 ILE 541 -8.200 -5.057 0.302 11 HG13 ILE 541 HG11 ILE 541 -9.502 -5.503 2.303 No H/Q in entry = 11 In of MODEL 3 1 H THR 542 H THR 542 -13.191 -7.326 2.876 2 HA THR 542 HA THR 542 -15.696 -6.726 1.967 3 HB THR 542 HB THR 542 -14.474 -8.996 3.298 4 HG22 THR 542 HG21 THR 542 -16.442 -10.415 2.720 5 HG21 THR 542 HG22 THR 542 -17.344 -8.947 2.304 6 HG23 THR 542 HG23 THR 542 -16.789 -9.225 3.964 7 HG1 THR 542 HG1 THR 542 -15.152 -8.155 0.757 No H/Q in entry = 7 In of MODEL 3 1 H ASN 543 H ASN 543 -14.471 -6.780 5.253 2 HA ASN 543 HA ASN 543 -16.990 -6.475 6.539 3 HB3 ASN 543 1HB ASN 543 -14.319 -5.338 7.441 4 HB2 ASN 543 2HB ASN 543 -14.879 -6.961 7.809 5 HD21 ASN 543 HD21 ASN 543 -17.661 -6.231 8.345 6 HD22 ASN 543 HD22 ASN 543 -17.655 -5.359 9.817 No H/Q in entry = 6 In of MODEL 3 1 H LEU 544 H LEU 544 -14.640 -4.175 5.252 2 HA LEU 544 HA LEU 544 -15.922 -1.763 5.798 3 HB3 LEU 544 1HB LEU 544 -14.714 -0.941 3.722 4 HB2 LEU 544 2HB LEU 544 -14.212 -2.595 3.476 5 HG LEU 544 HG LEU 544 -13.051 -2.534 5.656 6 HD13 LEU 544 HD11 LEU 544 -11.175 -1.341 4.765 7 HD12 LEU 544 HD12 LEU 544 -12.213 -0.312 3.804 8 HD11 LEU 544 HD13 LEU 544 -12.030 -2.006 3.375 9 HD23 LEU 544 HD21 LEU 544 -12.695 -0.321 6.677 10 HD22 LEU 544 HD22 LEU 544 -14.392 -0.760 6.690 11 HD21 LEU 544 HD23 LEU 544 -13.792 0.394 5.499 No H/Q in entry = 11 In of MODEL 3 1 H GLU 545 H GLU 545 -16.423 -4.051 3.176 2 HA GLU 545 HA GLU 545 -18.133 -2.505 1.557 3 HB3 GLU 545 1HB GLU 545 -18.816 -4.654 0.543 4 HB2 GLU 545 2HB GLU 545 -17.991 -5.511 1.831 5 HG3 GLU 545 1HG GLU 545 -15.855 -4.623 1.096 6 HG2 GLU 545 2HG GLU 545 -16.658 -3.709 -0.179 No H/Q in entry = 6 In of MODEL 3 1 H HIS 546 H HIS 546 -18.684 -4.302 4.427 2 HA HIS 546 HA HIS 546 -21.599 -4.291 4.120 3 HB3 HIS 546 1HB HIS 546 -19.871 -5.527 6.274 4 HB2 HIS 546 2HB HIS 546 -20.315 -6.352 4.794 5 HD1 HIS 546 HD1 HIS 546 -22.473 -7.629 4.784 6 HD2 HIS 546 2HD HIS 546 -22.117 -5.057 8.024 7 HE1 HIS 546 1HE HIS 546 -24.372 -8.191 6.320 No H/Q in entry = 7 In of MODEL 3 1 H HIS 547 H HIS 547 -19.022 -3.035 6.118 2 HA HIS 547 HA HIS 547 -20.587 -1.745 8.125 3 HB3 HIS 547 1HB HIS 547 -17.716 -1.307 7.230 4 HB2 HIS 547 2HB HIS 547 -18.221 -2.525 8.381 5 HD1 HIS 547 HD1 HIS 547 -17.221 1.031 8.195 6 HD2 HIS 547 2HD HIS 547 -19.019 -1.542 10.917 7 HE1 HIS 547 1HE HIS 547 -17.002 2.131 10.447 No H/Q in entry = 7 In of MODEL 3 1 H HIS 548 H HIS 548 -21.846 -0.040 7.670 2 HA HIS 548 HA HIS 548 -21.904 1.415 5.298 3 HB3 HIS 548 1HB HIS 548 -23.327 3.072 6.525 4 HB2 HIS 548 2HB HIS 548 -22.987 2.207 8.010 5 HD1 HIS 548 HD1 HIS 548 -25.390 1.521 8.477 6 HD2 HIS 548 2HD HIS 548 -24.007 0.299 4.751 7 HE1 HIS 548 1HE HIS 548 -27.169 0.009 7.538 No H/Q in entry = 7 In of MODEL 3 1 H HIS 549 H HIS 549 -21.206 2.959 8.377 2 HA HIS 549 HA HIS 549 -18.862 4.264 7.246 3 HB3 HIS 549 1HB HIS 549 -21.063 5.890 8.574 4 HB2 HIS 549 2HB HIS 549 -20.864 5.795 6.830 5 HD1 HIS 549 HD1 HIS 549 -19.284 7.484 5.785 6 HD2 HIS 549 2HD HIS 549 -18.797 7.162 9.904 7 HE1 HIS 549 1HE HIS 549 -17.693 9.317 6.449 No H/Q in entry = 7 In of MODEL 3 1 H HIS 550 H HIS 550 -21.051 3.909 10.033 2 HA HIS 550 HA HIS 550 -18.841 2.955 11.564 3 HB3 HIS 550 1HB HIS 550 -20.469 5.287 12.614 4 HB2 HIS 550 2HB HIS 550 -18.856 5.468 11.926 5 HD1 HIS 550 HD1 HIS 550 -20.601 4.476 15.063 6 HD2 HIS 550 2HD HIS 550 -16.780 4.287 13.444 7 HE1 HIS 550 1HE HIS 550 -19.058 3.896 16.966 No H/Q in entry = 7 In of MODEL 3 1 H HIS 551 H HIS 551 -19.526 1.447 12.929 2 HA HIS 551 HA HIS 551 -22.356 1.297 13.589 3 HB3 HIS 551 1HB HIS 551 -22.105 -1.226 13.549 4 HB2 HIS 551 2HB HIS 551 -20.548 -1.004 12.766 5 HD1 HIS 551 HD1 HIS 551 -24.059 -1.499 11.962 6 HD2 HIS 551 2HD HIS 551 -20.782 0.298 10.160 7 HE1 HIS 551 1HE HIS 551 -24.610 -1.321 9.518 No H/Q in entry = 7 In of MODEL 4 1 H1 MET 393 H3 MET 393 26.244 6.402 10.983 2 H2 MET 393 H2 MET 393 27.776 6.472 11.731 3 H3 MET 393 H MET 393 27.192 7.762 10.838 4 HA MET 393 HA MET 393 28.745 6.677 9.481 5 HB3 MET 393 1HB MET 393 28.356 4.364 8.745 6 HB2 MET 393 2HB MET 393 26.962 4.241 9.799 7 HG3 MET 393 1HG MET 393 28.892 3.103 10.723 8 HG2 MET 393 2HG MET 393 28.383 4.443 11.748 9 HE1 MET 393 1HE MET 393 31.176 3.004 12.030 10 HE3 MET 393 2HE MET 393 30.671 4.361 13.039 11 HE2 MET 393 3HE MET 393 32.244 4.391 12.238 No H/Q in entry = 11 In of MODEL 4 1 H SER 394 H SER 394 28.349 7.308 7.418 2 HA SER 394 HA SER 394 25.601 7.738 6.686 3 HB3 SER 394 1HB SER 394 26.527 8.926 4.759 4 HB2 SER 394 2HB SER 394 28.140 8.320 5.141 5 HG SER 394 HG SER 394 28.236 9.590 6.893 No H/Q in entry = 5 In of MODEL 4 1 H VAL 395 H VAL 395 25.003 5.539 6.595 2 HA VAL 395 HA VAL 395 26.143 4.062 4.349 3 HB VAL 395 HB VAL 395 25.089 2.037 5.287 4 HG11 VAL 395 HG11 VAL 395 26.739 3.559 7.288 5 HG13 VAL 395 HG12 VAL 395 27.345 2.543 5.978 6 HG12 VAL 395 HG13 VAL 395 26.454 1.822 7.321 7 HG21 VAL 395 HG21 VAL 395 23.146 3.082 6.368 8 HG23 VAL 395 HG22 VAL 395 24.217 3.807 7.574 9 HG22 VAL 395 HG23 VAL 395 24.037 2.058 7.493 No H/Q in entry = 9 In of MODEL 4 1 H SER 396 H SER 396 24.201 2.504 3.458 2 HA SER 396 HA SER 396 22.638 4.363 2.022 3 HB3 SER 396 1HB SER 396 21.849 2.470 0.837 4 HB2 SER 396 2HB SER 396 22.242 1.371 2.154 5 HG SER 396 HG SER 396 24.174 1.218 1.380 No H/Q in entry = 5 In of MODEL 4 1 H ASN 397 H ASN 397 21.920 1.839 4.415 2 HA ASN 397 HA ASN 397 20.237 1.430 5.863 3 HB3 ASN 397 1HB ASN 397 19.531 4.355 5.468 4 HB2 ASN 397 2HB ASN 397 20.555 3.703 6.738 5 HD21 ASN 397 HD21 ASN 397 19.605 2.593 8.473 6 HD22 ASN 397 HD22 ASN 397 17.918 2.722 8.806 No H/Q in entry = 6 In of MODEL 4 1 H LYS 398 H LYS 398 19.016 3.423 3.291 2 HA LYS 398 HA LYS 398 16.894 1.491 2.872 3 HB3 LYS 398 1HB LYS 398 15.894 3.632 3.298 4 HB2 LYS 398 2HB LYS 398 15.769 3.371 1.570 5 HG3 LYS 398 1HG LYS 398 17.999 4.993 2.746 6 HG2 LYS 398 2HG LYS 398 16.432 5.704 2.383 7 HD3 LYS 398 1HD LYS 398 16.656 5.342 0.086 8 HD2 LYS 398 2HD LYS 398 17.965 4.181 0.309 9 HE3 LYS 398 1HE LYS 398 18.815 6.295 -0.524 10 HE2 LYS 398 2HE LYS 398 19.409 5.898 1.092 11 HZ3 LYS 398 1HZ LYS 398 18.785 8.245 0.846 12 HZ2 LYS 398 2HZ LYS 398 17.919 7.492 2.058 13 HZ1 LYS 398 3HZ LYS 398 17.184 7.813 0.570 No H/Q in entry = 13 In of MODEL 4 1 H LEU 399 H LEU 399 16.778 0.466 0.971 2 HA LEU 399 HA LEU 399 18.981 0.966 -0.893 3 HB3 LEU 399 1HB LEU 399 18.843 -1.412 -1.493 4 HB2 LEU 399 2HB LEU 399 17.459 -1.621 -0.430 5 HG LEU 399 HG LEU 399 20.034 -0.811 0.827 6 HD13 LEU 399 HD11 LEU 399 19.199 -2.070 2.671 7 HD12 LEU 399 HD12 LEU 399 17.761 -2.499 1.745 8 HD11 LEU 399 HD13 LEU 399 18.067 -0.816 2.169 9 HD21 LEU 399 HD21 LEU 399 19.334 -3.622 0.016 10 HD23 LEU 399 HD22 LEU 399 20.660 -3.133 1.073 11 HD22 LEU 399 HD23 LEU 399 20.670 -2.661 -0.628 No H/Q in entry = 11 In of MODEL 4 1 H LEU 400 H LEU 400 18.462 1.264 -3.056 2 HA LEU 400 HA LEU 400 15.836 2.132 -3.673 3 HB3 LEU 400 1HB LEU 400 18.110 1.414 -5.556 4 HB2 LEU 400 2HB LEU 400 17.883 2.971 -4.808 5 HG LEU 400 HG LEU 400 17.264 3.219 -7.077 6 HD12 LEU 400 HD11 LEU 400 15.403 0.876 -6.818 7 HD11 LEU 400 HD12 LEU 400 16.923 0.907 -7.708 8 HD13 LEU 400 HD13 LEU 400 15.573 1.917 -8.233 9 HD23 LEU 400 HD21 LEU 400 14.729 2.976 -5.465 10 HD22 LEU 400 HD22 LEU 400 14.913 3.882 -6.968 11 HD21 LEU 400 HD23 LEU 400 15.797 4.379 -5.526 No H/Q in entry = 11 In of MODEL 4 1 H ALA 401 H ALA 401 14.099 1.044 -4.258 2 HA ALA 401 HA ALA 401 14.491 -1.773 -4.911 3 HB1 ALA 401 1HB ALA 401 12.098 -0.473 -3.650 4 HB3 ALA 401 2HB ALA 401 13.350 -1.378 -2.800 5 HB2 ALA 401 3HB ALA 401 12.312 -2.194 -3.968 No H/Q in entry = 5 In of MODEL 4 1 H TRP 402 H TRP 402 12.054 0.834 -5.481 2 HA TRP 402 HA TRP 402 11.814 0.113 -8.217 3 HB3 TRP 402 1HB TRP 402 9.753 -0.754 -6.175 4 HB2 TRP 402 2HB TRP 402 10.666 -1.790 -7.253 5 HD1 TRP 402 HD TRP 402 10.004 -1.569 -9.963 6 HE3 TRP 402 3HE TRP 402 7.593 0.239 -5.858 7 HE1 TRP 402 HE1 TRP 402 7.656 -1.240 -10.975 8 HZ3 TRP 402 3HZ TRP 402 5.205 0.804 -6.028 9 HZ2 TRP 402 2HZ TRP 402 5.123 -0.337 -10.133 10 HH2 TRP 402 HH TRP 402 3.998 0.526 -8.133 No H/Q in entry = 10 In of MODEL 4 1 H SER 403 H SER 403 10.513 1.667 -9.254 2 HA SER 403 HA SER 403 9.344 3.693 -7.523 3 HB3 SER 403 1HB SER 403 10.190 5.413 -9.017 4 HB2 SER 403 2HB SER 403 10.868 4.165 -10.087 5 HG SER 403 HG SER 403 11.695 3.809 -7.575 No H/Q in entry = 5 In of MODEL 4 1 H GLY 404 H GLY 404 7.199 3.800 -7.958 2 HA2 GLY 404 1HA GLY 404 5.865 2.089 -9.491 3 HA3 GLY 404 2HA GLY 404 6.269 3.355 -10.638 No H/Q in entry = 3 In of MODEL 4 1 H VAL 405 H VAL 405 3.716 2.815 -10.251 2 HA VAL 405 HA VAL 405 2.804 5.220 -8.865 3 HB VAL 405 HB VAL 405 1.597 3.775 -11.239 4 HG13 VAL 405 HG11 VAL 405 -0.103 4.899 -9.923 5 HG12 VAL 405 HG12 VAL 405 0.135 5.724 -11.463 6 HG11 VAL 405 HG13 VAL 405 0.820 6.401 -9.985 7 HG23 VAL 405 HG21 VAL 405 3.116 6.379 -11.174 8 HG22 VAL 405 HG22 VAL 405 2.296 5.706 -12.581 9 HG21 VAL 405 HG23 VAL 405 3.673 4.860 -11.874 No H/Q in entry = 9 In of MODEL 4 1 H LEU 406 H LEU 406 1.135 5.031 -7.467 2 HA LEU 406 HA LEU 406 0.054 2.336 -7.021 3 HB3 LEU 406 1HB LEU 406 -0.462 3.111 -4.749 4 HB2 LEU 406 2HB LEU 406 0.221 4.676 -5.112 5 HG LEU 406 HG LEU 406 2.446 3.716 -5.261 6 HD11 LEU 406 HD11 LEU 406 0.955 2.935 -2.772 7 HD13 LEU 406 HD12 LEU 406 1.659 4.511 -3.129 8 HD12 LEU 406 HD13 LEU 406 2.703 3.108 -2.909 9 HD22 LEU 406 HD21 LEU 406 1.889 1.501 -6.095 10 HD21 LEU 406 HD22 LEU 406 1.094 1.106 -4.568 11 HD23 LEU 406 HD23 LEU 406 2.836 1.376 -4.614 No H/Q in entry = 11 In of MODEL 4 1 H GLU 407 H GLU 407 -2.055 2.155 -7.371 2 HA GLU 407 HA GLU 407 -3.496 4.648 -7.816 3 HB3 GLU 407 1HB GLU 407 -4.005 2.026 -9.238 4 HB2 GLU 407 2HB GLU 407 -2.855 3.196 -9.855 5 HG3 GLU 407 1HG GLU 407 -4.761 4.855 -9.864 6 HG2 GLU 407 2HG GLU 407 -5.806 3.480 -9.580 No H/Q in entry = 6 In of MODEL 4 1 H TRP 408 H TRP 408 -5.242 4.903 -6.651 2 HA TRP 408 HA TRP 408 -6.246 2.659 -5.058 3 HB3 TRP 408 1HB TRP 408 -4.806 3.917 -3.580 4 HB2 TRP 408 2HB TRP 408 -6.470 4.227 -3.119 5 HD1 TRP 408 HD TRP 408 -3.473 5.977 -4.773 6 HE3 TRP 408 3HE TRP 408 -8.219 6.040 -2.845 7 HE1 TRP 408 HE1 TRP 408 -3.806 8.503 -4.595 8 HZ3 TRP 408 3HZ TRP 408 -9.262 8.216 -2.374 9 HZ2 TRP 408 2HZ TRP 408 -5.806 10.313 -3.744 10 HH2 TRP 408 HH TRP 408 -8.081 10.306 -2.814 No H/Q in entry = 10 In of MODEL 4 1 H GLN 409 H GLN 409 -8.439 2.821 -4.463 2 HA GLN 409 HA GLN 409 -9.902 4.438 -6.409 3 HB3 GLN 409 1HB GLN 409 -10.776 2.046 -4.803 4 HB2 GLN 409 2HB GLN 409 -10.279 2.032 -6.490 5 HG3 GLN 409 1HG GLN 409 -12.202 3.312 -7.131 6 HG2 GLN 409 2HG GLN 409 -12.641 3.583 -5.450 7 HE21 GLN 409 HE21 GLN 409 -14.633 2.693 -5.668 8 HE22 GLN 409 HE22 GLN 409 -14.868 0.982 -5.858 No H/Q in entry = 8 In of MODEL 4 1 H GLU 410 H GLU 410 -11.346 5.966 -5.830 2 HA GLU 410 HA GLU 410 -11.682 6.653 -3.075 3 HB3 GLU 410 1HB GLU 410 -13.283 8.334 -3.956 4 HB2 GLU 410 2HB GLU 410 -13.151 7.613 -5.552 5 HG3 GLU 410 1HG GLU 410 -10.822 8.244 -5.682 6 HG2 GLU 410 2HG GLU 410 -10.891 8.922 -4.057 No H/Q in entry = 6 In of MODEL 4 1 H LYS 411 H LYS 411 -12.943 5.457 -1.828 2 HA LYS 411 HA LYS 411 -15.159 3.978 -3.058 3 HB3 LYS 411 1HB LYS 411 -14.915 2.440 -1.110 4 HB2 LYS 411 2HB LYS 411 -13.496 3.349 -0.623 5 HG3 LYS 411 1HG LYS 411 -12.449 2.781 -2.805 6 HG2 LYS 411 2HG LYS 411 -13.832 1.745 -3.150 7 HD3 LYS 411 1HD LYS 411 -11.927 1.442 -0.825 8 HD2 LYS 411 2HD LYS 411 -11.949 0.443 -2.275 9 HE3 LYS 411 1HE LYS 411 -14.169 0.640 -0.236 10 HE2 LYS 411 2HE LYS 411 -13.033 -0.691 -0.402 11 HZ2 LYS 411 1HZ LYS 411 -15.068 -1.276 -1.417 12 HZ1 LYS 411 2HZ LYS 411 -13.949 -1.094 -2.655 13 HZ3 LYS 411 3HZ LYS 411 -15.107 0.099 -2.372 No H/Q in entry = 13 In of MODEL 4 1 HA PRO 412 HA PRO 412 -17.490 6.473 -0.055 2 HB3 PRO 412 1HB PRO 412 -18.404 8.060 -1.445 3 HB2 PRO 412 2HB PRO 412 -19.544 6.842 -2.022 4 HG3 PRO 412 1HG PRO 412 -17.058 7.827 -3.279 5 HG2 PRO 412 2HG PRO 412 -18.454 7.036 -4.027 6 HD3 PRO 412 1HD PRO 412 -16.093 5.779 -3.758 7 HD2 PRO 412 2HD PRO 412 -17.636 4.906 -3.597 No H/Q in entry = 7 In of MODEL 4 1 H LYS 413 H LYS 413 -19.549 4.984 -2.502 2 HA LYS 413 HA LYS 413 -19.862 2.487 -1.384 3 HB3 LYS 413 1HB LYS 413 -21.237 3.776 0.320 4 HB2 LYS 413 2HB LYS 413 -22.157 2.574 -0.562 5 HG3 LYS 413 1HG LYS 413 -23.033 4.330 -2.024 6 HG2 LYS 413 2HG LYS 413 -22.172 5.538 -1.070 7 HD3 LYS 413 1HD LYS 413 -23.465 5.025 0.871 8 HD2 LYS 413 2HD LYS 413 -24.212 3.646 0.063 9 HE3 LYS 413 1HE LYS 413 -25.720 5.580 0.116 10 HE2 LYS 413 2HE LYS 413 -25.285 5.134 -1.533 11 HZ3 LYS 413 1HZ LYS 413 -25.222 7.505 -1.221 12 HZ2 LYS 413 2HZ LYS 413 -23.692 6.945 -1.588 13 HZ1 LYS 413 3HZ LYS 413 -24.083 7.375 0.004 No H/Q in entry = 13 In of MODEL 4 1 HA PRO 414 HA PRO 414 -21.290 2.609 -5.607 2 HB3 PRO 414 1HB PRO 414 -20.257 0.659 -6.157 3 HB2 PRO 414 2HB PRO 414 -21.796 -0.132 -5.829 4 HG3 PRO 414 1HG PRO 414 -19.358 -0.331 -4.346 5 HG2 PRO 414 2HG PRO 414 -20.905 -1.115 -4.008 6 HD3 PRO 414 1HD PRO 414 -19.707 0.860 -2.470 7 HD2 PRO 414 2HD PRO 414 -21.402 0.346 -2.365 No H/Q in entry = 7 In of MODEL 4 1 H ALA 415 H ALA 415 -23.230 3.486 -5.889 2 HA ALA 415 HA ALA 415 -25.586 2.496 -4.594 3 HB3 ALA 415 1HB ALA 415 -25.313 4.545 -6.800 4 HB2 ALA 415 2HB ALA 415 -25.291 4.889 -5.070 5 HB1 ALA 415 3HB ALA 415 -26.754 4.259 -5.824 No H/Q in entry = 5 In of MODEL 4 1 H SER 416 H SER 416 -23.981 1.945 -7.564 2 HA SER 416 HA SER 416 -26.243 0.380 -8.582 3 HB3 SER 416 1HB SER 416 -25.336 0.803 -10.784 4 HB2 SER 416 2HB SER 416 -23.886 1.523 -10.089 5 HG SER 416 HG SER 416 -26.384 2.622 -9.433 No H/Q in entry = 5 In of MODEL 4 1 H VAL 417 H VAL 417 -25.401 -1.595 -9.846 2 HA VAL 417 HA VAL 417 -23.497 -3.011 -8.248 3 HB VAL 417 HB VAL 417 -24.778 -3.816 -10.892 4 HG13 VAL 417 HG11 VAL 417 -22.745 -5.078 -10.461 5 HG12 VAL 417 HG12 VAL 417 -24.161 -6.116 -10.272 6 HG11 VAL 417 HG13 VAL 417 -23.323 -5.500 -8.849 7 HG21 VAL 417 HG21 VAL 417 -26.443 -3.457 -9.153 8 HG23 VAL 417 HG22 VAL 417 -25.562 -4.531 -8.069 9 HG22 VAL 417 HG23 VAL 417 -26.305 -5.172 -9.537 No H/Q in entry = 9 In of MODEL 4 1 H ASP 418 H ASP 418 -21.488 -2.274 -8.418 2 HA ASP 418 HA ASP 418 -20.278 -2.166 -11.080 3 HB3 ASP 418 1HB ASP 418 -20.004 -0.067 -8.925 4 HB2 ASP 418 2HB ASP 418 -20.807 0.128 -10.479 No H/Q in entry = 4 In of MODEL 4 1 H ALA 419 H ALA 419 -18.276 -2.976 -11.176 2 HA ALA 419 HA ALA 419 -17.219 -4.234 -8.781 3 HB1 ALA 419 1HB ALA 419 -15.653 -5.354 -10.303 4 HB3 ALA 419 2HB ALA 419 -16.246 -4.372 -11.639 5 HB2 ALA 419 3HB ALA 419 -17.317 -5.537 -10.862 No H/Q in entry = 5 In of MODEL 4 1 H ASN 420 H ASN 420 -16.390 -1.759 -11.115 2 HA ASN 420 HA ASN 420 -15.023 -0.071 -9.477 3 HB3 ASN 420 1HB ASN 420 -13.087 -1.914 -10.928 4 HB2 ASN 420 2HB ASN 420 -13.188 -1.665 -9.193 5 HD21 ASN 420 HD21 ASN 420 -12.284 0.252 -8.292 6 HD22 ASN 420 HD22 ASN 420 -11.230 1.265 -9.201 No H/Q in entry = 6 In of MODEL 4 1 H THR 421 H THR 421 -16.484 1.061 -10.821 2 HA THR 421 HA THR 421 -15.028 2.085 -13.165 3 HB THR 421 HB THR 421 -18.053 2.178 -12.807 4 HG22 THR 421 HG21 THR 421 -16.295 2.426 -15.270 5 HG21 THR 421 HG22 THR 421 -17.069 3.774 -14.436 6 HG23 THR 421 HG23 THR 421 -18.055 2.553 -15.240 7 HG1 THR 421 HG1 THR 421 -17.596 0.074 -12.949 No H/Q in entry = 7 In of MODEL 4 1 H LYS 422 H LYS 422 -15.570 2.507 -10.134 2 HA LYS 422 HA LYS 422 -16.369 5.294 -9.986 3 HB3 LYS 422 1HB LYS 422 -15.784 5.075 -7.609 4 HB2 LYS 422 2HB LYS 422 -15.055 3.516 -7.909 5 HG3 LYS 422 1HG LYS 422 -17.130 3.118 -6.824 6 HG2 LYS 422 2HG LYS 422 -17.313 2.614 -8.495 7 HD3 LYS 422 1HD LYS 422 -18.210 5.345 -7.618 8 HD2 LYS 422 2HD LYS 422 -19.240 3.943 -7.384 9 HE3 LYS 422 1HE LYS 422 -18.196 4.837 -10.090 10 HE2 LYS 422 2HE LYS 422 -19.789 5.183 -9.431 11 HZ3 LYS 422 1HZ LYS 422 -19.801 3.299 -10.943 12 HZ2 LYS 422 2HZ LYS 422 -20.337 2.904 -9.422 13 HZ1 LYS 422 3HZ LYS 422 -18.800 2.417 -9.910 No H/Q in entry = 13 In of MODEL 4 1 H LEU 423 H LEU 423 -14.880 6.961 -9.364 2 HA LEU 423 HA LEU 423 -12.607 6.901 -10.963 3 HB3 LEU 423 1HB LEU 423 -12.011 9.064 -9.814 4 HB2 LEU 423 2HB LEU 423 -13.426 8.827 -8.811 5 HG LEU 423 HG LEU 423 -14.843 8.876 -10.858 6 HD13 LEU 423 HD11 LEU 423 -14.535 10.905 -9.566 7 HD12 LEU 423 HD12 LEU 423 -14.615 11.284 -11.284 8 HD11 LEU 423 HD13 LEU 423 -13.058 11.272 -10.453 9 HD23 LEU 423 HD21 LEU 423 -13.840 9.710 -12.943 10 HD22 LEU 423 HD22 LEU 423 -13.216 8.127 -12.499 11 HD21 LEU 423 HD23 LEU 423 -12.240 9.573 -12.219 No H/Q in entry = 11 In of MODEL 4 1 H THR 424 H THR 424 -10.865 5.887 -10.742 2 HA THR 424 HA THR 424 -9.756 5.350 -8.104 3 HB THR 424 HB THR 424 -8.778 4.311 -10.766 4 HG22 THR 424 HG21 THR 424 -8.718 3.070 -8.016 5 HG21 THR 424 HG22 THR 424 -7.426 4.038 -8.685 6 HG23 THR 424 HG23 THR 424 -7.853 2.497 -9.450 7 HG1 THR 424 HG1 THR 424 -11.155 3.875 -10.128 No H/Q in entry = 7 In of MODEL 4 1 H ARG 425 H ARG 425 -7.783 6.319 -7.582 2 HA ARG 425 HA ARG 425 -6.868 8.377 -9.489 3 HB3 ARG 425 1HB ARG 425 -6.157 9.645 -7.554 4 HB2 ARG 425 2HB ARG 425 -6.597 8.322 -6.484 5 HG3 ARG 425 1HG ARG 425 -8.301 10.014 -6.364 6 HG2 ARG 425 2HG ARG 425 -8.932 8.578 -7.187 7 HD3 ARG 425 1HD ARG 425 -8.634 9.610 -9.343 8 HD2 ARG 425 2HD ARG 425 -7.940 11.046 -8.582 9 HE ARG 425 HE ARG 425 -10.587 10.332 -7.667 10 HH11 ARG 425 HH11 ARG 425 -8.789 12.251 -10.067 11 HH12 ARG 425 HH12 ARG 425 -10.064 13.355 -10.288 12 HH21 ARG 425 HH21 ARG 425 -12.210 11.775 -7.941 13 HH22 ARG 425 HH22 ARG 425 -12.108 13.094 -9.035 No H/Q in entry = 13 In of MODEL 4 1 H SER 426 H SER 426 -4.640 8.603 -9.779 2 HA SER 426 HA SER 426 -3.070 6.348 -8.759 3 HB3 SER 426 1HB SER 426 -3.662 5.989 -11.055 4 HB2 SER 426 2HB SER 426 -1.960 6.319 -10.976 5 HG SER 426 HG SER 426 -2.763 8.634 -11.385 No H/Q in entry = 5 In of MODEL 4 1 H LEU 427 H LEU 427 -1.205 6.885 -7.773 2 HA LEU 427 HA LEU 427 -0.105 9.534 -8.293 3 HB3 LEU 427 1HB LEU 427 0.536 9.642 -5.861 4 HB2 LEU 427 2HB LEU 427 -0.493 8.248 -5.599 5 HG LEU 427 HG LEU 427 -2.448 9.567 -6.354 6 HD12 LEU 427 HD11 LEU 427 -0.844 10.875 -4.168 7 HD11 LEU 427 HD12 LEU 427 -1.874 9.460 -3.983 8 HD13 LEU 427 HD13 LEU 427 -2.586 11.022 -4.400 9 HD21 LEU 427 HD21 LEU 427 -1.285 11.120 -7.849 10 HD23 LEU 427 HD22 LEU 427 -0.480 11.858 -6.461 11 HD22 LEU 427 HD23 LEU 427 -2.230 11.977 -6.637 No H/Q in entry = 11 In of MODEL 4 1 HA PRO 428 HA PRO 428 3.589 7.007 -8.835 2 HB3 PRO 428 1HB PRO 428 4.666 8.224 -10.430 3 HB2 PRO 428 2HB PRO 428 4.978 9.534 -9.286 4 HG3 PRO 428 1HG PRO 428 2.620 9.087 -11.064 5 HG2 PRO 428 2HG PRO 428 3.420 10.610 -10.654 6 HD3 PRO 428 1HD PRO 428 1.135 9.985 -9.583 7 HD2 PRO 428 2HD PRO 428 2.409 10.705 -8.560 No H/Q in entry = 7 In of MODEL 4 1 H CYS 429 H CYS 429 5.293 6.459 -7.579 2 HA CYS 429 HA CYS 429 6.079 8.219 -5.412 3 HB3 CYS 429 1HB CYS 429 4.311 6.899 -4.456 4 HB2 CYS 429 2HB CYS 429 5.840 6.334 -3.801 5 HG CYS 429 HG CYS 429 4.710 4.699 -6.530 No H/Q in entry = 5 In of MODEL 4 1 H GLN 430 H GLN 430 7.933 7.282 -4.224 2 HA GLN 430 HA GLN 430 9.799 5.797 -5.948 3 HB3 GLN 430 1HB GLN 430 11.540 6.939 -4.643 4 HB2 GLN 430 2HB GLN 430 10.324 7.720 -3.653 5 HG3 GLN 430 1HG GLN 430 9.540 8.940 -5.678 6 HG2 GLN 430 2HG GLN 430 10.929 8.273 -6.539 7 HE21 GLN 430 HE21 GLN 430 13.006 8.962 -5.957 8 HE22 GLN 430 HE22 GLN 430 13.269 10.386 -5.017 No H/Q in entry = 8 In of MODEL 4 1 H VAL 431 H VAL 431 10.392 3.822 -5.016 2 HA VAL 431 HA VAL 431 9.637 3.416 -2.219 3 HB VAL 431 HB VAL 431 9.607 1.324 -4.393 4 HG13 VAL 431 HG11 VAL 431 8.334 -0.014 -2.786 5 HG12 VAL 431 HG12 VAL 431 8.514 1.268 -1.591 6 HG11 VAL 431 HG13 VAL 431 9.937 0.412 -2.183 7 HG22 VAL 431 HG21 VAL 431 7.896 2.929 -4.932 8 HG21 VAL 431 HG22 VAL 431 7.302 2.895 -3.277 9 HG23 VAL 431 HG23 VAL 431 7.131 1.471 -4.293 No H/Q in entry = 9 In of MODEL 4 1 H TYR 432 H TYR 432 11.222 2.941 -1.032 2 HA TYR 432 HA TYR 432 13.594 1.602 -2.118 3 HB3 TYR 432 1HB TYR 432 14.888 2.680 -0.318 4 HB2 TYR 432 2HB TYR 432 13.458 3.521 0.254 5 HH TYR 432 HH TYR 432 14.903 8.288 -3.508 6 HD1 TYR 432 1HD TYR 432 16.173 3.541 -2.111 7 HE1 TYR 432 1HE TYR 432 16.686 5.435 -3.589 8 HE2 TYR 432 2HE TYR 432 12.935 7.204 -2.610 9 HD2 TYR 432 2HD TYR 432 12.432 5.312 -1.138 No H/Q in entry = 9 In of MODEL 4 1 H VAL 433 H VAL 433 14.560 0.159 -0.482 2 HA VAL 433 HA VAL 433 12.514 -0.806 1.376 3 HB VAL 433 HB VAL 433 13.584 -3.103 1.077 4 HG13 VAL 433 HG11 VAL 433 11.426 -2.682 0.185 5 HG12 VAL 433 HG12 VAL 433 12.342 -3.581 -1.024 6 HG11 VAL 433 HG13 VAL 433 12.092 -1.843 -1.209 7 HG21 VAL 433 HG21 VAL 433 14.739 -1.757 -1.366 8 HG23 VAL 433 HG22 VAL 433 14.707 -3.497 -1.097 9 HG22 VAL 433 HG23 VAL 433 15.632 -2.452 -0.016 No H/Q in entry = 9 In of MODEL 4 1 H ASN 434 H ASN 434 13.128 -1.292 3.347 2 HA ASN 434 HA ASN 434 15.891 -0.790 4.016 3 HB3 ASN 434 1HB ASN 434 13.463 -0.844 5.844 4 HB2 ASN 434 2HB ASN 434 14.411 0.558 5.375 5 HD21 ASN 434 HD21 ASN 434 16.548 0.791 6.234 6 HD22 ASN 434 HD22 ASN 434 16.998 -0.026 7.681 No H/Q in entry = 6 In of MODEL 4 1 H HIS 435 H HIS 435 17.152 -2.143 4.841 2 HA HIS 435 HA HIS 435 17.704 -4.381 3.855 3 HB3 HIS 435 1HB HIS 435 19.023 -5.048 5.908 4 HB2 HIS 435 2HB HIS 435 18.263 -3.673 6.701 5 HD1 HIS 435 HD1 HIS 435 19.161 -1.327 6.136 6 HD2 HIS 435 2HD HIS 435 20.835 -4.369 3.859 7 HE1 HIS 435 1HE HIS 435 21.051 -0.297 4.840 No H/Q in entry = 7 In of MODEL 4 1 H GLY 436 H GLY 436 17.943 -6.656 4.544 2 HA2 GLY 436 1HA GLY 436 15.514 -7.700 5.874 3 HA3 GLY 436 2HA GLY 436 17.013 -8.607 5.640 No H/Q in entry = 3 In of MODEL 4 1 H GLU 437 H GLU 437 16.648 -6.803 3.074 2 HA GLU 437 HA GLU 437 14.781 -8.473 1.661 3 HB3 GLU 437 1HB GLU 437 14.023 -6.317 1.510 4 HB2 GLU 437 2HB GLU 437 14.875 -6.540 -0.006 5 HG3 GLU 437 1HG GLU 437 15.887 -5.049 2.408 6 HG2 GLU 437 2HG GLU 437 15.318 -4.345 0.901 No H/Q in entry = 6 In of MODEL 4 1 H ASN 438 H ASN 438 15.111 -8.993 -0.441 2 HA ASN 438 HA ASN 438 17.219 -8.434 -2.120 3 HB3 ASN 438 1HB ASN 438 17.282 -11.258 -0.964 4 HB2 ASN 438 2HB ASN 438 18.500 -10.041 -0.628 5 HD21 ASN 438 HD21 ASN 438 18.634 -8.999 -3.367 6 HD22 ASN 438 HD22 ASN 438 19.411 -10.211 -4.287 No H/Q in entry = 6 In of MODEL 4 1 H LEU 439 H LEU 439 15.481 -8.067 -3.408 2 HA LEU 439 HA LEU 439 14.231 -10.414 -4.498 3 HB3 LEU 439 1HB LEU 439 12.568 -9.654 -2.851 4 HB2 LEU 439 2HB LEU 439 11.971 -9.533 -4.483 5 HG LEU 439 HG LEU 439 12.328 -7.068 -4.415 6 HD13 LEU 439 HD11 LEU 439 10.155 -8.036 -3.993 7 HD12 LEU 439 HD12 LEU 439 10.419 -6.644 -2.930 8 HD11 LEU 439 HD13 LEU 439 10.570 -8.282 -2.298 9 HD23 LEU 439 HD21 LEU 439 12.809 -7.545 -1.471 10 HD22 LEU 439 HD22 LEU 439 12.635 -5.972 -2.253 11 HD21 LEU 439 HD23 LEU 439 14.021 -7.002 -2.626 No H/Q in entry = 11 In of MODEL 4 1 H LYS 440 H LYS 440 13.355 -10.045 -6.621 2 HA LYS 440 HA LYS 440 14.591 -7.726 -7.888 3 HB3 LYS 440 1HB LYS 440 14.116 -8.902 -10.030 4 HB2 LYS 440 2HB LYS 440 13.404 -10.227 -9.117 5 HG3 LYS 440 1HG LYS 440 15.529 -10.714 -8.089 6 HG2 LYS 440 2HG LYS 440 16.269 -9.338 -8.909 7 HD3 LYS 440 1HD LYS 440 15.786 -10.367 -11.072 8 HD2 LYS 440 2HD LYS 440 15.060 -11.750 -10.249 9 HE3 LYS 440 1HE LYS 440 17.176 -12.251 -9.180 10 HE2 LYS 440 2HE LYS 440 17.918 -10.848 -9.943 11 HZ1 LYS 440 1HZ LYS 440 16.792 -13.186 -11.379 12 HZ3 LYS 440 2HZ LYS 440 18.423 -12.899 -11.124 13 HZ2 LYS 440 3HZ LYS 440 17.527 -11.854 -12.104 No H/Q in entry = 13 In of MODEL 4 1 H THR 441 H THR 441 13.367 -6.097 -8.679 2 HA THR 441 HA THR 441 10.493 -6.247 -8.227 3 HB THR 441 HB THR 441 10.740 -3.723 -8.495 4 HG21 THR 441 HG21 THR 441 12.219 -5.134 -6.255 5 HG23 THR 441 HG22 THR 441 10.493 -4.759 -6.292 6 HG22 THR 441 HG23 THR 441 11.677 -3.458 -6.206 7 HG1 THR 441 HG1 THR 441 13.440 -4.064 -7.868 No H/Q in entry = 7 In of MODEL 4 1 H GLU 442 H GLU 442 12.030 -7.232 -10.677 2 HA GLU 442 HA GLU 442 11.372 -5.434 -12.814 3 HB3 GLU 442 1HB GLU 442 12.159 -7.268 -14.258 4 HB2 GLU 442 2HB GLU 442 12.275 -8.303 -12.843 5 HG3 GLU 442 1HG GLU 442 13.898 -6.709 -11.876 6 HG2 GLU 442 2HG GLU 442 13.852 -5.802 -13.386 No H/Q in entry = 6 In of MODEL 4 1 H GLN 443 H GLN 443 9.874 -8.112 -11.278 2 HA GLN 443 HA GLN 443 7.816 -8.338 -13.326 3 HB3 GLN 443 1HB GLN 443 8.293 -9.967 -10.806 4 HB2 GLN 443 2HB GLN 443 8.848 -10.406 -12.410 5 HG3 GLN 443 1HG GLN 443 6.005 -10.289 -11.446 6 HG2 GLN 443 2HG GLN 443 6.937 -11.720 -11.884 7 HE21 GLN 443 HE21 GLN 443 7.255 -12.201 -14.073 8 HE22 GLN 443 HE22 GLN 443 6.338 -11.412 -15.292 No H/Q in entry = 8 In of MODEL 4 1 H TRP 444 H TRP 444 8.331 -6.221 -11.071 2 HA TRP 444 HA TRP 444 5.803 -6.216 -9.722 3 HB3 TRP 444 1HB TRP 444 6.620 -3.862 -9.045 4 HB2 TRP 444 2HB TRP 444 8.146 -4.337 -9.779 5 HD1 TRP 444 HD TRP 444 8.110 -7.400 -8.651 6 HE3 TRP 444 3HE TRP 444 7.133 -2.699 -6.936 7 HE1 TRP 444 HE1 TRP 444 8.632 -7.758 -6.162 8 HZ3 TRP 444 3HZ TRP 444 7.414 -2.223 -4.548 9 HZ2 TRP 444 2HZ TRP 444 8.619 -6.243 -3.787 10 HH2 TRP 444 HH TRP 444 8.147 -3.963 -2.996 No H/Q in entry = 10 In of MODEL 4 1 HA PRO 445 HA PRO 445 3.699 -4.287 -13.177 2 HB3 PRO 445 1HB PRO 445 1.478 -4.460 -12.560 3 HB2 PRO 445 2HB PRO 445 1.756 -3.692 -10.994 4 HG3 PRO 445 1HG PRO 445 2.210 -6.532 -11.828 5 HG2 PRO 445 2HG PRO 445 1.483 -5.913 -10.338 6 HD3 PRO 445 1HD PRO 445 4.015 -6.770 -10.439 7 HD2 PRO 445 2HD PRO 445 3.544 -5.400 -9.405 No H/Q in entry = 7 In of MODEL 4 1 H GLN 446 H GLN 446 3.297 -2.049 -13.792 2 HA GLN 446 HA GLN 446 4.924 -0.263 -12.433 3 HB3 GLN 446 1HB GLN 446 3.030 -0.092 -14.757 4 HB2 GLN 446 2HB GLN 446 4.734 -0.510 -14.841 5 HG3 GLN 446 1HG GLN 446 3.595 2.014 -13.904 6 HG2 GLN 446 2HG GLN 446 4.259 1.710 -15.533 7 HE21 GLN 446 HE21 GLN 446 4.994 2.224 -12.188 8 HE22 GLN 446 HE22 GLN 446 6.711 2.423 -12.353 No H/Q in entry = 8 In of MODEL 4 1 H LYS 447 H LYS 447 1.563 -1.074 -12.433 2 HA LYS 447 HA LYS 447 1.059 1.104 -10.559 3 HB3 LYS 447 1HB LYS 447 -1.366 0.897 -11.219 4 HB2 LYS 447 2HB LYS 447 -0.832 -0.044 -12.598 5 HG3 LYS 447 1HG LYS 447 0.343 1.820 -13.509 6 HG2 LYS 447 2HG LYS 447 0.020 2.777 -12.056 7 HD3 LYS 447 1HD LYS 447 -2.392 2.541 -12.483 8 HD2 LYS 447 2HD LYS 447 -2.022 1.689 -13.979 9 HE3 LYS 447 1HE LYS 447 -0.893 3.642 -14.843 10 HE2 LYS 447 2HE LYS 447 -1.177 4.501 -13.325 11 HZ1 LYS 447 1HZ LYS 447 -3.542 4.272 -13.695 12 HZ3 LYS 447 2HZ LYS 447 -3.247 3.515 -15.187 13 HZ2 LYS 447 3HZ LYS 447 -2.796 5.134 -14.956 No H/Q in entry = 13 In of MODEL 4 1 H LEU 448 H LEU 448 0.630 0.418 -8.667 2 HA LEU 448 HA LEU 448 -0.336 -2.320 -8.299 3 HB3 LEU 448 1HB LEU 448 0.462 -2.058 -5.971 4 HB2 LEU 448 2HB LEU 448 1.036 -0.453 -6.366 5 HG LEU 448 HG LEU 448 2.742 -1.414 -7.874 6 HD11 LEU 448 HD11 LEU 448 3.294 -1.067 -5.573 7 HD13 LEU 448 HD12 LEU 448 4.107 -2.476 -6.256 8 HD12 LEU 448 HD13 LEU 448 2.724 -2.690 -5.186 9 HD23 LEU 448 HD21 LEU 448 1.609 -4.054 -7.025 10 HD22 LEU 448 HD22 LEU 448 3.035 -3.781 -8.024 11 HD21 LEU 448 HD23 LEU 448 1.439 -3.343 -8.633 No H/Q in entry = 11 In of MODEL 4 1 H ILE 449 H ILE 449 -2.095 -2.650 -6.842 2 HA ILE 449 HA ILE 449 -3.881 -0.333 -6.914 3 HB ILE 449 HB ILE 449 -4.533 -3.276 -6.555 4 HG12 ILE 449 HG12 ILE 449 -3.751 -2.817 -8.826 5 HG22 ILE 449 HG21 ILE 449 -6.393 -0.923 -6.907 6 HG21 ILE 449 HG22 ILE 449 -6.174 -1.869 -5.437 7 HG23 ILE 449 HG23 ILE 449 -6.883 -2.618 -6.869 8 HD13 ILE 449 HD11 ILE 449 -4.940 -1.354 -10.349 9 HD12 ILE 449 HD12 ILE 449 -4.205 -0.437 -9.038 10 HD11 ILE 449 HD13 ILE 449 -5.940 -0.764 -9.021 11 HG13 ILE 449 HG11 ILE 449 -5.475 -3.165 -8.831 No H/Q in entry = 11 In of MODEL 4 1 H MET 450 H MET 450 -4.205 0.684 -5.130 2 HA MET 450 HA MET 450 -3.704 -0.708 -2.596 3 HB3 MET 450 1HB MET 450 -3.362 2.210 -3.284 4 HB2 MET 450 2HB MET 450 -2.080 1.054 -2.963 5 HG3 MET 450 1HG MET 450 -2.909 0.814 -0.655 6 HG2 MET 450 2HG MET 450 -4.144 2.020 -0.986 7 HE2 MET 450 1HE MET 450 -1.949 5.240 -1.596 8 HE1 MET 450 2HE MET 450 -3.588 4.587 -1.584 9 HE3 MET 450 3HE MET 450 -2.448 4.096 -2.839 No H/Q in entry = 9 In of MODEL 4 1 H GLN 451 H GLN 451 -5.341 -0.874 -1.243 2 HA GLN 451 HA GLN 451 -7.599 0.931 -1.627 3 HB3 GLN 451 1HB GLN 451 -9.040 -0.906 -0.657 4 HB2 GLN 451 2HB GLN 451 -7.662 -1.981 -0.817 5 HG3 GLN 451 1HG GLN 451 -9.128 -2.335 -2.679 6 HG2 GLN 451 2HG GLN 451 -7.662 -1.559 -3.263 7 HE21 GLN 451 HE21 GLN 451 -10.320 -1.662 -4.456 8 HE22 GLN 451 HE22 GLN 451 -10.804 -0.036 -4.711 No H/Q in entry = 8 In of MODEL 4 1 H LEU 452 H LEU 452 -8.252 2.003 0.032 2 HA LEU 452 HA LEU 452 -6.549 1.984 2.360 3 HB3 LEU 452 1HB LEU 452 -7.673 4.090 2.908 4 HB2 LEU 452 2HB LEU 452 -8.811 3.831 1.600 5 HG LEU 452 HG LEU 452 -6.950 4.008 -0.032 6 HD11 LEU 452 HD11 LEU 452 -8.259 5.989 0.575 7 HD13 LEU 452 HD12 LEU 452 -6.596 6.374 0.137 8 HD12 LEU 452 HD13 LEU 452 -7.071 6.356 1.834 9 HD23 LEU 452 HD21 LEU 452 -4.762 4.845 0.719 10 HD22 LEU 452 HD22 LEU 452 -5.111 3.246 1.365 11 HD21 LEU 452 HD23 LEU 452 -5.282 4.668 2.395 No H/Q in entry = 11 In of MODEL 4 1 H ILE 453 H ILE 453 -7.022 1.114 4.180 2 HA ILE 453 HA ILE 453 -9.779 0.281 4.789 3 HB ILE 453 HB ILE 453 -8.798 -1.789 5.814 4 HG12 ILE 453 HG12 ILE 453 -6.275 -0.954 4.344 5 HG23 ILE 453 HG21 ILE 453 -9.845 -1.919 3.626 6 HG22 ILE 453 HG22 ILE 453 -8.453 -3.002 3.696 7 HG21 ILE 453 HG23 ILE 453 -8.327 -1.460 2.851 8 HD13 ILE 453 HD11 ILE 453 -6.691 -3.340 6.121 9 HD12 ILE 453 HD12 ILE 453 -5.184 -2.835 5.359 10 HD11 ILE 453 HD13 ILE 453 -6.534 -3.384 4.365 11 HG13 ILE 453 HG11 ILE 453 -6.486 -0.914 6.086 No H/Q in entry = 11 In of MODEL 4 1 HA PRO 454 HA PRO 454 -8.924 2.053 8.835 2 HB3 PRO 454 1HB PRO 454 -10.642 1.375 10.191 3 HB2 PRO 454 2HB PRO 454 -10.121 -0.309 10.129 4 HG3 PRO 454 1HG PRO 454 -11.983 1.158 8.315 5 HG2 PRO 454 2HG PRO 454 -11.986 -0.534 8.818 6 HD3 PRO 454 1HD PRO 454 -11.150 0.313 6.388 7 HD2 PRO 454 2HD PRO 454 -10.549 -1.166 7.143 No H/Q in entry = 7 In of MODEL 4 1 H GLN 455 H GLN 455 -7.092 2.018 9.993 2 HA GLN 455 HA GLN 455 -5.184 -0.018 9.721 3 HB3 GLN 455 1HB GLN 455 -5.273 2.325 11.645 4 HB2 GLN 455 2HB GLN 455 -4.587 2.345 10.039 5 HG3 GLN 455 1HG GLN 455 -2.714 2.249 11.388 6 HG2 GLN 455 2HG GLN 455 -2.938 0.567 10.919 7 HE21 GLN 455 HE21 GLN 455 -1.814 -0.216 12.668 8 HE22 GLN 455 HE22 GLN 455 -2.434 -0.172 14.276 No H/Q in entry = 8 In of MODEL 4 1 H GLN 456 H GLN 456 -7.578 0.523 12.166 2 HA GLN 456 HA GLN 456 -6.527 -1.082 14.186 3 HB3 GLN 456 1HB GLN 456 -9.415 -0.514 13.508 4 HB2 GLN 456 2HB GLN 456 -8.386 0.416 14.587 5 HG3 GLN 456 1HG GLN 456 -9.403 -2.372 15.034 6 HG2 GLN 456 2HG GLN 456 -9.902 -0.912 15.887 7 HE21 GLN 456 HE21 GLN 456 -8.806 -3.366 16.928 8 HE22 GLN 456 HE22 GLN 456 -7.374 -2.961 17.789 No H/Q in entry = 8 In of MODEL 4 1 H LEU 457 H LEU 457 -8.156 -2.029 11.242 2 HA LEU 457 HA LEU 457 -8.674 -4.715 12.153 3 HB3 LEU 457 1HB LEU 457 -9.397 -5.125 9.835 4 HB2 LEU 457 2HB LEU 457 -8.822 -3.537 9.374 5 HG LEU 457 HG LEU 457 -10.523 -2.503 10.831 6 HD12 LEU 457 HD11 LEU 457 -12.482 -3.097 9.500 7 HD11 LEU 457 HD12 LEU 457 -11.631 -4.511 8.877 8 HD13 LEU 457 HD13 LEU 457 -11.049 -2.888 8.498 9 HD23 LEU 457 HD21 LEU 457 -12.305 -3.889 11.790 10 HD22 LEU 457 HD22 LEU 457 -10.736 -4.260 12.501 11 HD21 LEU 457 HD23 LEU 457 -11.438 -5.341 11.296 No H/Q in entry = 11 In of MODEL 4 1 H LEU 458 H LEU 458 -6.004 -3.084 11.032 2 HA LEU 458 HA LEU 458 -4.687 -5.106 9.502 3 HB3 LEU 458 1HB LEU 458 -3.823 -2.506 10.779 4 HB2 LEU 458 2HB LEU 458 -4.256 -2.760 9.118 5 HG LEU 458 HG LEU 458 -2.099 -4.137 8.882 6 HD11 LEU 458 HD11 LEU 458 -1.999 -1.195 9.561 7 HD13 LEU 458 HD12 LEU 458 -2.429 -1.879 7.991 8 HD12 LEU 458 HD13 LEU 458 -0.794 -2.074 8.623 9 HD22 LEU 458 HD21 LEU 458 -1.624 -4.406 11.292 10 HD21 LEU 458 HD22 LEU 458 -1.478 -2.656 11.450 11 HD23 LEU 458 HD23 LEU 458 -0.321 -3.549 10.466 No H/Q in entry = 11 In of MODEL 4 1 H THR 459 H THR 459 -5.102 -4.523 12.843 2 HA THR 459 HA THR 459 -2.646 -5.307 13.891 3 HB THR 459 HB THR 459 -3.903 -5.704 16.029 4 HG22 THR 459 HG21 THR 459 -4.569 -3.340 16.301 5 HG21 THR 459 HG22 THR 459 -4.497 -3.124 14.555 6 HG23 THR 459 HG23 THR 459 -3.027 -3.487 15.459 7 HG1 THR 459 HG1 THR 459 -6.232 -4.639 14.841 No H/Q in entry = 7 In of MODEL 4 1 H THR 460 H THR 460 -5.069 -7.302 12.543 2 HA THR 460 HA THR 460 -4.493 -9.709 13.933 3 HB THR 460 HB THR 460 -6.597 -9.311 12.725 4 HG22 THR 460 HG21 THR 460 -6.716 -9.588 10.264 5 HG21 THR 460 HG22 THR 460 -4.955 -9.634 10.207 6 HG23 THR 460 HG23 THR 460 -5.779 -8.167 10.733 7 HG1 THR 460 HG1 THR 460 -5.782 -11.501 11.299 No H/Q in entry = 7 In of MODEL 4 1 H LEU 461 H LEU 461 -2.905 -8.019 11.452 2 HA LEU 461 HA LEU 461 -1.550 -10.339 10.346 3 HB3 LEU 461 1HB LEU 461 -0.507 -8.734 8.823 4 HB2 LEU 461 2HB LEU 461 -1.241 -7.420 9.714 5 HG LEU 461 HG LEU 461 -3.461 -8.153 9.022 6 HD12 LEU 461 HD11 LEU 461 -3.258 -7.621 6.666 7 HD11 LEU 461 HD12 LEU 461 -1.509 -7.828 6.772 8 HD13 LEU 461 HD13 LEU 461 -2.304 -6.543 7.684 9 HD22 LEU 461 HD21 LEU 461 -3.071 -10.558 8.815 10 HD21 LEU 461 HD22 LEU 461 -1.998 -10.277 7.444 11 HD23 LEU 461 HD23 LEU 461 -3.714 -9.898 7.313 No H/Q in entry = 11 In of MODEL 4 1 H GLY 462 H GLY 462 -1.119 -8.936 13.122 2 HA2 GLY 462 1HA GLY 462 0.618 -8.998 14.646 3 HA3 GLY 462 2HA GLY 462 1.389 -7.924 13.498 No H/Q in entry = 3 In of MODEL 4 1 HA PRO 463 HA PRO 463 3.549 -12.337 13.904 2 HB3 PRO 463 1HB PRO 463 2.140 -14.090 14.377 3 HB2 PRO 463 2HB PRO 463 2.184 -14.380 12.639 4 HG3 PRO 463 1HG PRO 463 -0.131 -13.907 13.889 5 HG2 PRO 463 2HG PRO 463 0.184 -13.263 12.269 6 HD3 PRO 463 1HD PRO 463 0.338 -11.878 14.921 7 HD2 PRO 463 2HD PRO 463 -0.375 -11.306 13.397 No H/Q in entry = 7 In of MODEL 4 1 H LEU 464 H LEU 464 1.692 -11.351 11.166 2 HA LEU 464 HA LEU 464 3.297 -12.675 9.202 3 HB3 LEU 464 1HB LEU 464 1.229 -10.498 8.950 4 HB2 LEU 464 2HB LEU 464 0.924 -12.214 8.845 5 HG LEU 464 HG LEU 464 2.494 -10.579 6.854 6 HD11 LEU 464 HD11 LEU 464 1.737 -13.509 6.829 7 HD13 LEU 464 HD12 LEU 464 3.371 -12.865 7.007 8 HD12 LEU 464 HD13 LEU 464 2.490 -12.628 5.501 9 HD22 LEU 464 HD21 LEU 464 0.119 -10.149 6.817 10 HD21 LEU 464 HD22 LEU 464 -0.208 -11.880 6.722 11 HD23 LEU 464 HD23 LEU 464 0.619 -11.067 5.394 No H/Q in entry = 11 In of MODEL 4 1 H PHE 465 H PHE 465 2.953 -9.338 10.362 2 HA PHE 465 HA PHE 465 5.004 -8.320 8.669 3 HB3 PHE 465 1HB PHE 465 4.942 -6.288 10.147 4 HB2 PHE 465 2HB PHE 465 3.757 -7.122 11.141 5 HZ PHE 465 HZ PHE 465 0.224 -5.249 6.984 6 HD1 PHE 465 1HD PHE 465 1.635 -6.362 10.840 7 HE1 PHE 465 1HE PHE 465 -0.169 -5.545 9.390 8 HE2 PHE 465 2HE PHE 465 2.428 -5.775 6.025 9 HD2 PHE 465 2HD PHE 465 4.229 -6.590 7.478 No H/Q in entry = 9 In of MODEL 4 1 H ARG 466 H ARG 466 5.131 -10.092 11.509 2 HA ARG 466 HA ARG 466 7.625 -9.076 12.441 3 HB3 ARG 466 1HB ARG 466 7.732 -11.224 13.780 4 HB2 ARG 466 2HB ARG 466 6.187 -11.650 13.047 5 HG3 ARG 466 1HG ARG 466 5.160 -9.679 14.014 6 HG2 ARG 466 2HG ARG 466 6.704 -9.213 14.731 7 HD3 ARG 466 1HD ARG 466 6.721 -11.325 15.995 8 HD2 ARG 466 2HD ARG 466 5.133 -11.701 15.324 9 HE ARG 466 HE ARG 466 4.889 -9.223 16.455 10 HH11 ARG 466 HH11 ARG 466 5.686 -12.480 17.619 11 HH12 ARG 466 HH12 ARG 466 5.137 -12.208 19.200 12 HH21 ARG 466 HH21 ARG 466 4.124 -8.842 18.641 13 HH22 ARG 466 HH22 ARG 466 4.246 -10.069 19.807 No H/Q in entry = 13 In of MODEL 4 1 H ASN 467 H ASN 467 6.765 -11.096 9.886 2 HA ASN 467 HA ASN 467 9.602 -11.617 9.431 3 HB3 ASN 467 1HB ASN 467 8.876 -13.683 8.127 4 HB2 ASN 467 2HB ASN 467 7.302 -13.507 8.886 5 HD21 ASN 467 HD21 ASN 467 10.425 -12.930 10.463 6 HD22 ASN 467 HD22 ASN 467 10.269 -14.234 11.573 No H/Q in entry = 6 In of MODEL 4 1 H SER 468 H SER 468 9.488 -9.584 8.398 2 HA SER 468 HA SER 468 8.802 -9.815 5.629 3 HB3 SER 468 1HB SER 468 7.477 -7.697 5.623 4 HB2 SER 468 2HB SER 468 7.500 -7.712 7.388 5 HG SER 468 HG SER 468 6.648 -10.057 6.797 No H/Q in entry = 5 In of MODEL 4 1 H ARG 469 H ARG 469 9.386 -7.734 4.532 2 HA ARG 469 HA ARG 469 11.858 -6.634 5.589 3 HB3 ARG 469 1HB ARG 469 12.515 -7.931 3.729 4 HB2 ARG 469 2HB ARG 469 12.490 -6.277 3.145 5 HG3 ARG 469 1HG ARG 469 10.429 -6.630 2.002 6 HG2 ARG 469 2HG ARG 469 10.272 -8.255 2.683 7 HD3 ARG 469 1HD ARG 469 12.370 -7.274 0.747 8 HD2 ARG 469 2HD ARG 469 11.083 -8.440 0.420 9 HE ARG 469 HE ARG 469 12.782 -9.226 2.577 10 HH11 ARG 469 HH11 ARG 469 12.460 -9.447 -0.959 11 HH12 ARG 469 HH12 ARG 469 13.523 -10.769 -1.095 12 HH21 ARG 469 HH21 ARG 469 14.274 -10.927 2.369 13 HH22 ARG 469 HH22 ARG 469 14.599 -11.654 0.876 No H/Q in entry = 13 In of MODEL 4 1 H MET 470 H MET 470 12.283 -4.282 5.143 2 HA MET 470 HA MET 470 9.663 -3.026 5.515 3 HB3 MET 470 1HB MET 470 11.369 -1.134 6.191 4 HB2 MET 470 2HB MET 470 12.465 -2.501 6.331 5 HG3 MET 470 1HG MET 470 11.728 -2.310 8.464 6 HG2 MET 470 2HG MET 470 10.642 -3.530 7.772 7 HE1 MET 470 1HE MET 470 11.015 0.247 8.790 8 HE3 MET 470 2HE MET 470 9.409 0.871 8.423 9 HE2 MET 470 3HE MET 470 10.480 0.388 7.114 No H/Q in entry = 9 In of MODEL 4 1 H VAL 471 H VAL 471 9.202 -1.093 4.483 2 HA VAL 471 HA VAL 471 10.839 -0.484 2.153 3 HB VAL 471 HB VAL 471 8.881 -0.086 0.804 4 HG12 VAL 471 HG11 VAL 471 7.914 -2.363 0.672 5 HG11 VAL 471 HG12 VAL 471 8.760 -2.749 2.177 6 HG13 VAL 471 HG13 VAL 471 9.672 -2.331 0.732 7 HG22 VAL 471 HG21 VAL 471 7.310 0.739 2.392 8 HG21 VAL 471 HG22 VAL 471 7.330 -0.782 3.268 9 HG23 VAL 471 HG23 VAL 471 6.601 -0.718 1.672 No H/Q in entry = 9 In of MODEL 4 1 H GLN 472 H GLN 472 10.450 1.635 1.319 2 HA GLN 472 HA GLN 472 9.642 3.637 3.300 3 HB3 GLN 472 1HB GLN 472 12.111 3.561 1.566 4 HB2 GLN 472 2HB GLN 472 12.101 3.311 3.300 5 HG3 GLN 472 1HG GLN 472 11.403 5.881 1.907 6 HG2 GLN 472 2HG GLN 472 12.926 5.526 2.711 7 HE21 GLN 472 HE21 GLN 472 11.140 7.650 3.289 8 HE22 GLN 472 HE22 GLN 472 10.627 7.432 4.923 No H/Q in entry = 8 In of MODEL 4 1 H PHE 473 H PHE 473 8.110 4.863 2.334 2 HA PHE 473 HA PHE 473 8.060 5.011 -0.588 3 HB3 PHE 473 1HB PHE 473 5.556 5.629 -0.067 4 HB2 PHE 473 2HB PHE 473 5.874 4.739 1.414 5 HZ PHE 473 HZ PHE 473 4.952 0.267 -2.062 6 HD1 PHE 473 1HD PHE 473 6.417 2.311 1.365 7 HE1 PHE 473 1HE PHE 473 5.846 0.235 0.212 8 HE2 PHE 473 2HE PHE 473 4.631 2.388 -3.217 9 HD2 PHE 473 2HD PHE 473 5.193 4.504 -2.084 No H/Q in entry = 9 In of MODEL 4 1 H HIS 474 H HIS 474 8.330 6.883 -1.401 2 HA HIS 474 HA HIS 474 7.429 9.276 0.043 3 HB3 HIS 474 1HB HIS 474 9.959 9.019 -1.623 4 HB2 HIS 474 2HB HIS 474 9.925 9.071 0.135 5 HD1 HIS 474 HD1 HIS 474 10.079 11.268 -2.809 6 HD2 HIS 474 2HD HIS 474 9.047 11.590 1.208 7 HE1 HIS 474 1HE HIS 474 10.143 13.736 -2.252 No H/Q in entry = 7 In of MODEL 4 1 H PHE 475 H PHE 475 5.986 10.323 -1.226 2 HA PHE 475 HA PHE 475 5.599 9.292 -3.882 3 HB3 PHE 475 1HB PHE 475 3.621 10.918 -3.888 4 HB2 PHE 475 2HB PHE 475 3.983 11.160 -2.180 5 HZ PHE 475 HZ PHE 475 1.195 6.107 -1.802 6 HD1 PHE 475 1HD PHE 475 2.425 9.060 -4.614 7 HE1 PHE 475 1HE PHE 475 1.107 7.063 -4.076 8 HE2 PHE 475 2HE PHE 475 2.603 7.162 -0.090 9 HD2 PHE 475 2HD PHE 475 3.917 9.161 -0.636 No H/Q in entry = 9 In of MODEL 4 1 H THR 476 H THR 476 5.391 10.587 -5.759 2 HA THR 476 HA THR 476 7.486 12.498 -5.904 3 HB THR 476 HB THR 476 6.752 12.808 -8.272 4 HG21 THR 476 HG21 THR 476 6.994 9.931 -7.369 5 HG23 THR 476 HG22 THR 476 8.336 11.026 -7.711 6 HG22 THR 476 HG23 THR 476 7.265 10.512 -9.012 7 HG1 THR 476 HG1 THR 476 4.542 11.463 -7.289 No H/Q in entry = 7 In of MODEL 4 1 H ASN 477 H ASN 477 7.388 14.665 -6.018 2 HA ASN 477 HA ASN 477 5.147 15.859 -4.677 3 HB3 ASN 477 1HB ASN 477 7.370 16.514 -3.988 4 HB2 ASN 477 2HB ASN 477 6.531 17.919 -4.627 5 HD21 ASN 477 HD21 ASN 477 9.176 15.703 -5.100 6 HD22 ASN 477 HD22 ASN 477 9.907 16.578 -6.382 No H/Q in entry = 6 In of MODEL 4 1 H LYS 478 H LYS 478 4.871 15.022 -7.558 2 HA LYS 478 HA LYS 478 4.552 17.377 -9.119 3 HB3 LYS 478 1HB LYS 478 3.385 14.617 -9.493 4 HB2 LYS 478 2HB LYS 478 4.816 15.289 -10.273 5 HG3 LYS 478 1HG LYS 478 3.394 16.946 -11.416 6 HG2 LYS 478 2HG LYS 478 1.982 16.259 -10.632 7 HD3 LYS 478 1HD LYS 478 2.058 15.411 -12.848 8 HD2 LYS 478 2HD LYS 478 2.475 14.094 -11.753 9 HE3 LYS 478 1HE LYS 478 4.829 14.410 -12.224 10 HE2 LYS 478 2HE LYS 478 4.448 15.777 -13.263 11 HZ2 LYS 478 1HZ LYS 478 3.223 14.299 -14.724 12 HZ1 LYS 478 2HZ LYS 478 3.545 12.983 -13.729 13 HZ3 LYS 478 3HZ LYS 478 4.804 13.740 -14.549 No H/Q in entry = 13 In of MODEL 4 1 H ASP 479 H ASP 479 2.215 15.360 -7.336 2 HA ASP 479 HA ASP 479 0.290 17.560 -7.690 3 HB3 ASP 479 1HB ASP 479 -0.582 14.723 -7.301 4 HB2 ASP 479 2HB ASP 479 -0.158 15.302 -8.901 No H/Q in entry = 4 In of MODEL 4 1 H LEU 480 H LEU 480 1.000 18.418 -5.796 2 HA LEU 480 HA LEU 480 1.084 17.022 -3.335 3 HB3 LEU 480 1HB LEU 480 1.285 19.271 -2.332 4 HB2 LEU 480 2HB LEU 480 0.951 19.981 -3.897 5 HG LEU 480 HG LEU 480 3.024 18.923 -4.779 6 HD12 LEU 480 HD11 LEU 480 3.436 20.631 -2.334 7 HD11 LEU 480 HD12 LEU 480 3.066 21.210 -3.962 8 HD13 LEU 480 HD13 LEU 480 4.594 20.387 -3.644 9 HD21 LEU 480 HD21 LEU 480 3.449 18.107 -1.899 10 HD23 LEU 480 HD22 LEU 480 4.644 17.989 -3.189 11 HD22 LEU 480 HD23 LEU 480 3.173 17.026 -3.266 No H/Q in entry = 11 In of MODEL 4 1 H GLU 481 H GLU 481 -1.411 18.533 -5.102 2 HA GLU 481 HA GLU 481 -3.207 18.879 -2.937 3 HB3 GLU 481 1HB GLU 481 -4.940 19.163 -4.731 4 HB2 GLU 481 2HB GLU 481 -3.651 18.848 -5.896 5 HG3 GLU 481 1HG GLU 481 -4.046 21.243 -5.584 6 HG2 GLU 481 2HG GLU 481 -2.418 20.760 -5.102 No H/Q in entry = 6 In of MODEL 4 1 H SER 482 H SER 482 -2.939 16.310 -5.395 2 HA SER 482 HA SER 482 -5.081 14.781 -4.384 3 HB3 SER 482 1HB SER 482 -4.037 12.876 -5.560 4 HB2 SER 482 2HB SER 482 -2.564 13.828 -5.766 5 HG SER 482 HG SER 482 -3.782 15.324 -6.961 No H/Q in entry = 5 In of MODEL 4 1 H LEU 483 H LEU 483 -1.687 14.975 -3.547 2 HA LEU 483 HA LEU 483 -1.623 12.853 -1.700 3 HB3 LEU 483 1HB LEU 483 0.385 14.088 -0.773 4 HB2 LEU 483 2HB LEU 483 0.069 15.326 -1.966 5 HG LEU 483 HG LEU 483 0.402 13.640 -3.764 6 HD11 LEU 483 HD11 LEU 483 2.681 13.918 -1.803 7 HD13 LEU 483 HD12 LEU 483 2.240 15.079 -3.055 8 HD12 LEU 483 HD13 LEU 483 2.832 13.482 -3.505 9 HD21 LEU 483 HD21 LEU 483 -0.193 11.646 -2.431 10 HD23 LEU 483 HD22 LEU 483 1.282 11.852 -1.492 11 HD22 LEU 483 HD23 LEU 483 1.375 11.483 -3.208 No H/Q in entry = 11 In of MODEL 4 1 H LYS 484 H LYS 484 -2.490 16.203 -1.413 2 HA LYS 484 HA LYS 484 -2.523 16.597 1.336 3 HB3 LYS 484 1HB LYS 484 -4.388 17.615 -0.791 4 HB2 LYS 484 2HB LYS 484 -2.867 18.345 -0.335 5 HG3 LYS 484 1HG LYS 484 -3.735 19.008 1.803 6 HG2 LYS 484 2HG LYS 484 -5.247 18.145 1.496 7 HD3 LYS 484 1HD LYS 484 -4.214 20.433 -0.190 8 HD2 LYS 484 2HD LYS 484 -5.401 20.614 1.102 9 HE3 LYS 484 1HE LYS 484 -6.946 19.162 -0.063 10 HE2 LYS 484 2HE LYS 484 -5.769 18.851 -1.338 11 HZ1 LYS 484 1HZ LYS 484 -6.925 21.514 -0.762 12 HZ3 LYS 484 2HZ LYS 484 -7.431 20.461 -1.974 13 HZ2 LYS 484 3HZ LYS 484 -5.878 21.106 -2.033 No H/Q in entry = 13 In of MODEL 4 1 H GLY 485 H GLY 485 -5.060 15.280 -0.757 2 HA2 GLY 485 1HA GLY 485 -6.991 14.133 -0.288 3 HA3 GLY 485 2HA GLY 485 -6.953 14.854 1.316 No H/Q in entry = 3 In of MODEL 4 1 H LEU 486 H LEU 486 -4.574 12.756 -0.257 2 HA LEU 486 HA LEU 486 -5.334 10.364 1.003 3 HB3 LEU 486 1HB LEU 486 -2.560 11.032 0.006 4 HB2 LEU 486 2HB LEU 486 -3.885 10.755 -1.093 5 HG LEU 486 HG LEU 486 -4.108 8.446 -0.132 6 HD11 LEU 486 HD11 LEU 486 -1.498 9.191 -1.439 7 HD13 LEU 486 HD12 LEU 486 -3.024 8.847 -2.257 8 HD12 LEU 486 HD13 LEU 486 -2.183 7.567 -1.389 9 HD22 LEU 486 HD21 LEU 486 -2.175 7.483 1.018 10 HD21 LEU 486 HD22 LEU 486 -2.887 8.786 1.973 11 HD23 LEU 486 HD23 LEU 486 -1.406 9.070 1.060 No H/Q in entry = 11 In of MODEL 4 1 H TYR 487 H TYR 487 -2.914 12.805 1.840 2 HA TYR 487 HA TYR 487 -1.804 11.584 4.088 3 HB3 TYR 487 1HB TYR 487 -1.493 14.122 4.827 4 HB2 TYR 487 2HB TYR 487 -2.054 14.415 3.193 5 HH TYR 487 HH TYR 487 3.715 13.473 0.966 6 HD1 TYR 487 1HD TYR 487 -0.775 13.122 1.296 7 HE1 TYR 487 1HE TYR 487 1.484 12.833 0.420 8 HE2 TYR 487 2HE TYR 487 3.048 13.524 4.327 9 HD2 TYR 487 2HD TYR 487 0.775 13.808 5.177 No H/Q in entry = 9 In of MODEL 4 1 H ARG 488 H ARG 488 -4.685 13.582 3.782 2 HA ARG 488 HA ARG 488 -5.219 13.745 6.561 3 HB3 ARG 488 1HB ARG 488 -7.055 14.148 4.168 4 HB2 ARG 488 2HB ARG 488 -6.138 15.396 4.968 5 HG3 ARG 488 1HG ARG 488 -8.265 15.792 5.772 6 HG2 ARG 488 2HG ARG 488 -7.582 14.805 7.061 7 HD3 ARG 488 1HD ARG 488 -8.652 12.817 6.127 8 HD2 ARG 488 2HD ARG 488 -9.314 13.797 4.824 9 HE ARG 488 HE ARG 488 -10.063 14.666 7.463 10 HH11 ARG 488 HH11 ARG 488 -10.947 12.814 4.583 11 HH12 ARG 488 HH12 ARG 488 -12.566 12.562 5.045 12 HH21 ARG 488 HH21 ARG 488 -12.318 14.330 8.118 13 HH22 ARG 488 HH22 ARG 488 -13.374 13.444 7.122 No H/Q in entry = 13 In of MODEL 4 1 H ILE 489 H ILE 489 -6.180 11.471 4.059 2 HA ILE 489 HA ILE 489 -7.971 9.986 5.692 3 HB ILE 489 HB ILE 489 -6.442 9.047 3.233 4 HG12 ILE 489 HG12 ILE 489 -9.257 10.137 3.490 5 HG22 ILE 489 HG21 ILE 489 -8.257 7.345 3.070 6 HG21 ILE 489 HG22 ILE 489 -8.840 7.866 4.647 7 HG23 ILE 489 HG23 ILE 489 -7.238 7.146 4.494 8 HD12 ILE 489 HD11 ILE 489 -9.344 10.110 1.069 9 HD11 ILE 489 HD12 ILE 489 -9.114 8.480 1.713 10 HD13 ILE 489 HD13 ILE 489 -7.752 9.347 1.009 11 HG13 ILE 489 HG11 ILE 489 -7.884 10.995 2.801 No H/Q in entry = 11 In of MODEL 4 1 H MET 490 H MET 490 -4.572 9.575 4.878 2 HA MET 490 HA MET 490 -4.120 7.222 6.368 3 HB3 MET 490 1HB MET 490 -1.697 8.203 6.411 4 HB2 MET 490 2HB MET 490 -2.369 9.374 5.294 5 HG3 MET 490 1HG MET 490 -1.348 7.671 4.026 6 HG2 MET 490 2HG MET 490 -3.095 7.482 3.850 7 HE3 MET 490 1HE MET 490 -2.524 4.967 2.866 8 HE2 MET 490 2HE MET 490 -1.600 3.782 3.800 9 HE1 MET 490 3HE MET 490 -0.806 5.226 3.184 No H/Q in entry = 9 In of MODEL 4 1 H GLY 491 H GLY 491 -3.931 10.617 7.247 2 HA2 GLY 491 1HA GLY 491 -3.615 11.644 9.267 3 HA3 GLY 491 2HA GLY 491 -2.937 10.145 9.876 No H/Q in entry = 3 In of MODEL 4 1 H ASN 492 H ASN 492 -5.970 9.627 8.505 2 HA ASN 492 HA ASN 492 -7.459 10.231 10.944 3 HB3 ASN 492 1HB ASN 492 -8.564 9.033 8.390 4 HB2 ASN 492 2HB ASN 492 -8.306 10.760 8.567 5 HD21 ASN 492 HD21 ASN 492 -10.288 8.066 9.533 6 HD22 ASN 492 HD22 ASN 492 -11.520 8.998 10.294 No H/Q in entry = 6 In of MODEL 4 1 H GLY 493 H GLY 493 -5.501 7.850 10.160 2 HA2 GLY 493 1HA GLY 493 -6.957 5.989 11.873 3 HA3 GLY 493 2HA GLY 493 -5.252 5.903 11.466 No H/Q in entry = 3 In of MODEL 4 1 H PHE 494 H PHE 494 -5.832 6.215 8.595 2 HA PHE 494 HA PHE 494 -6.947 3.568 8.122 3 HB3 PHE 494 1HB PHE 494 -7.145 4.346 5.716 4 HB2 PHE 494 2HB PHE 494 -6.760 5.962 6.302 5 HZ PHE 494 HZ PHE 494 -12.352 5.747 7.786 6 HD1 PHE 494 1HD PHE 494 -9.093 3.156 6.916 7 HE1 PHE 494 1HE PHE 494 -11.442 3.465 7.472 8 HE2 PHE 494 2HE PHE 494 -10.860 7.694 7.530 9 HD2 PHE 494 2HD PHE 494 -8.493 7.355 6.964 No H/Q in entry = 9 In of MODEL 4 1 H ALA 495 H ALA 495 -5.908 2.304 6.484 2 HA ALA 495 HA ALA 495 -3.050 2.835 6.156 3 HB2 ALA 495 1HB ALA 495 -3.385 1.157 7.917 4 HB3 ALA 495 2HB ALA 495 -2.681 0.426 6.478 5 HB1 ALA 495 3HB ALA 495 -4.400 0.212 6.827 No H/Q in entry = 5 In of MODEL 4 1 H GLY 496 H GLY 496 -2.217 1.617 4.246 2 HA2 GLY 496 1HA GLY 496 -2.817 1.996 1.905 3 HA3 GLY 496 2HA GLY 496 -4.379 1.283 2.292 No H/Q in entry = 3 In of MODEL 4 1 H CYS 497 H CYS 497 -4.606 -0.813 1.976 2 HA CYS 497 HA CYS 497 -2.283 -2.512 2.116 3 HB3 CYS 497 1HB CYS 497 -4.324 -3.453 3.023 4 HB2 CYS 497 2HB CYS 497 -3.905 -4.361 1.580 5 HG CYS 497 HG CYS 497 -6.173 -1.832 1.340 No H/Q in entry = 5 In of MODEL 4 1 H VAL 498 H VAL 498 -1.000 -2.909 0.441 2 HA VAL 498 HA VAL 498 -1.947 -2.021 -2.161 3 HB VAL 498 HB VAL 498 0.883 -2.515 -1.192 4 HG13 VAL 498 HG11 VAL 498 0.663 -2.855 -3.588 5 HG12 VAL 498 HG12 VAL 498 1.569 -1.379 -3.259 6 HG11 VAL 498 HG13 VAL 498 -0.117 -1.283 -3.759 7 HG23 VAL 498 HG21 VAL 498 -0.577 0.088 -1.635 8 HG22 VAL 498 HG22 VAL 498 1.132 -0.069 -1.233 9 HG21 VAL 498 HG23 VAL 498 -0.095 -0.581 -0.076 No H/Q in entry = 9 In of MODEL 4 1 H HIS 499 H HIS 499 -2.485 -3.498 -3.517 2 HA HIS 499 HA HIS 499 -1.341 -6.146 -3.235 3 HB3 HIS 499 1HB HIS 499 -3.419 -6.849 -4.603 4 HB2 HIS 499 2HB HIS 499 -4.097 -5.305 -4.096 5 HD1 HIS 499 HD1 HIS 499 -5.007 -5.180 -1.689 6 HD2 HIS 499 2HD HIS 499 -2.926 -8.674 -2.517 7 HE1 HIS 499 1HE HIS 499 -5.285 -6.701 0.329 No H/Q in entry = 7 In of MODEL 4 1 H PHE 500 H PHE 500 -0.516 -7.082 -4.876 2 HA PHE 500 HA PHE 500 0.129 -5.393 -7.152 3 HB3 PHE 500 1HB PHE 500 1.914 -7.062 -7.529 4 HB2 PHE 500 2HB PHE 500 1.353 -7.974 -6.143 5 HZ PHE 500 HZ PHE 500 4.888 -4.388 -3.338 6 HD1 PHE 500 1HD PHE 500 1.140 -6.298 -3.942 7 HE1 PHE 500 1HE PHE 500 2.718 -5.139 -2.465 8 HE2 PHE 500 2HE PHE 500 5.468 -4.807 -5.689 9 HD2 PHE 500 2HD PHE 500 3.891 -5.948 -7.159 No H/Q in entry = 9 In of MODEL 4 1 HA PRO 501 HA PRO 501 -2.916 -7.979 -9.316 2 HB3 PRO 501 1HB PRO 501 -3.385 -6.716 -11.213 3 HB2 PRO 501 2HB PRO 501 -1.676 -6.551 -11.623 4 HG3 PRO 501 1HG PRO 501 -3.328 -4.983 -9.680 5 HG2 PRO 501 2HG PRO 501 -2.127 -4.399 -10.846 6 HD3 PRO 501 1HD PRO 501 -1.565 -4.680 -8.233 7 HD2 PRO 501 2HD PRO 501 -0.345 -4.988 -9.486 No H/Q in entry = 7 In of MODEL 4 1 H HIS 502 H HIS 502 -2.092 -10.009 -9.351 2 HA HIS 502 HA HIS 502 0.586 -10.365 -10.242 3 HB3 HIS 502 1HB HIS 502 -0.072 -11.721 -8.356 4 HB2 HIS 502 2HB HIS 502 0.294 -12.782 -9.700 5 HD1 HIS 502 HD1 HIS 502 -1.495 -14.461 -10.381 6 HD2 HIS 502 2HD HIS 502 -2.898 -11.531 -7.788 7 HE1 HIS 502 1HE HIS 502 -3.800 -15.186 -9.687 No H/Q in entry = 7 In of MODEL 4 1 H THR 503 H THR 503 1.119 -10.403 -12.148 2 HA THR 503 HA THR 503 -0.590 -11.593 -14.169 3 HB THR 503 HB THR 503 0.197 -9.326 -14.645 4 HG21 THR 503 HG21 THR 503 3.003 -10.407 -14.372 5 HG23 THR 503 HG22 THR 503 2.212 -9.273 -13.277 6 HG22 THR 503 HG23 THR 503 2.576 -8.790 -14.935 7 HG1 THR 503 HG1 THR 503 1.886 -10.360 -16.425 No H/Q in entry = 7 In of MODEL 4 1 H ALA 504 H ALA 504 2.195 -12.038 -12.294 2 HA ALA 504 HA ALA 504 3.418 -14.111 -13.882 3 HB2 ALA 504 1HB ALA 504 4.980 -14.249 -11.977 4 HB3 ALA 504 2HB ALA 504 3.985 -13.091 -11.093 5 HB1 ALA 504 3HB ALA 504 4.815 -12.596 -12.566 No H/Q in entry = 5 In of MODEL 4 1 HA PRO 505 HA PRO 505 1.122 -17.320 -11.758 2 HB3 PRO 505 1HB PRO 505 1.756 -18.634 -13.571 3 HB2 PRO 505 2HB PRO 505 2.645 -19.465 -12.289 4 HG3 PRO 505 1HG PRO 505 3.914 -18.536 -14.445 5 HG2 PRO 505 2HG PRO 505 4.651 -18.438 -12.837 6 HD3 PRO 505 1HD PRO 505 3.473 -16.286 -14.508 7 HD2 PRO 505 2HD PRO 505 4.752 -16.195 -13.281 No H/Q in entry = 7 In of MODEL 4 1 H CYS 506 H CYS 506 4.235 -16.373 -10.835 2 HA CYS 506 HA CYS 506 4.302 -18.186 -8.549 3 HB3 CYS 506 1HB CYS 506 6.371 -16.159 -9.386 4 HB2 CYS 506 2HB CYS 506 6.350 -17.815 -9.974 5 HG CYS 506 HG CYS 506 7.002 -19.019 -7.658 No H/Q in entry = 5 In of MODEL 4 1 H GLU 507 H GLU 507 5.076 -17.089 -6.490 2 HA GLU 507 HA GLU 507 3.025 -15.466 -5.561 3 HB3 GLU 507 1HB GLU 507 4.565 -15.236 -3.527 4 HB2 GLU 507 2HB GLU 507 5.652 -16.307 -4.386 5 HG3 GLU 507 1HG GLU 507 2.863 -16.931 -3.469 6 HG2 GLU 507 2HG GLU 507 4.366 -17.575 -2.827 No H/Q in entry = 6 In of MODEL 4 1 H VAL 508 H VAL 508 2.814 -13.510 -6.455 2 HA VAL 508 HA VAL 508 5.055 -11.629 -6.403 3 HB VAL 508 HB VAL 508 2.129 -11.031 -6.988 4 HG11 VAL 508 HG11 VAL 508 3.508 -9.095 -6.435 5 HG13 VAL 508 HG12 VAL 508 3.042 -9.061 -8.137 6 HG12 VAL 508 HG13 VAL 508 4.671 -9.552 -7.678 7 HG23 VAL 508 HG21 VAL 508 4.315 -11.720 -8.960 8 HG22 VAL 508 HG22 VAL 508 2.691 -11.176 -9.378 9 HG21 VAL 508 HG23 VAL 508 2.921 -12.724 -8.570 No H/Q in entry = 9 In of MODEL 4 1 H ARG 509 H ARG 509 5.646 -10.908 -4.548 2 HA ARG 509 HA ARG 509 4.243 -11.258 -2.151 3 HB3 ARG 509 1HB ARG 509 5.908 -9.643 -1.177 4 HB2 ARG 509 2HB ARG 509 6.522 -9.375 -2.795 5 HG3 ARG 509 1HG ARG 509 6.513 -12.191 -1.923 6 HG2 ARG 509 2HG ARG 509 7.597 -11.112 -1.050 7 HD3 ARG 509 1HD ARG 509 8.916 -11.994 -2.732 8 HD2 ARG 509 2HD ARG 509 8.518 -10.374 -3.269 9 HE ARG 509 HE ARG 509 6.799 -12.417 -4.356 10 HH11 ARG 509 HH11 ARG 509 9.911 -10.788 -4.776 11 HH12 ARG 509 HH12 ARG 509 10.056 -11.101 -6.435 12 HH21 ARG 509 HH21 ARG 509 6.974 -12.891 -6.610 13 HH22 ARG 509 HH22 ARG 509 8.284 -12.334 -7.555 No H/Q in entry = 13 In of MODEL 4 1 H VAL 510 H VAL 510 3.321 -9.603 -0.687 2 HA VAL 510 HA VAL 510 2.110 -7.445 -2.271 3 HB VAL 510 HB VAL 510 -0.035 -7.763 -0.811 4 HG12 VAL 510 HG11 VAL 510 -0.896 -9.563 -2.160 5 HG11 VAL 510 HG12 VAL 510 0.740 -9.997 -2.662 6 HG13 VAL 510 HG13 VAL 510 0.048 -8.444 -3.142 7 HG22 VAL 510 HG21 VAL 510 1.029 -9.113 0.918 8 HG21 VAL 510 HG22 VAL 510 1.334 -10.383 -0.277 9 HG23 VAL 510 HG23 VAL 510 -0.327 -9.940 0.150 No H/Q in entry = 9 In of MODEL 4 1 H LEU 511 H LEU 511 1.268 -5.571 -0.748 2 HA LEU 511 HA LEU 511 3.291 -5.397 1.361 3 HB3 LEU 511 1HB LEU 511 3.068 -3.607 -1.063 4 HB2 LEU 511 2HB LEU 511 4.383 -4.673 -0.639 5 HG LEU 511 HG LEU 511 4.882 -3.120 1.314 6 HD12 LEU 511 HD11 LEU 511 5.150 -2.184 -1.551 7 HD11 LEU 511 HD12 LEU 511 6.204 -3.360 -0.773 8 HD13 LEU 511 HD13 LEU 511 6.181 -1.694 -0.210 9 HD23 LEU 511 HD21 LEU 511 3.236 -1.262 -0.422 10 HD22 LEU 511 HD22 LEU 511 4.175 -0.808 1.004 11 HD21 LEU 511 HD23 LEU 511 2.754 -1.836 1.171 No H/Q in entry = 11 In of MODEL 4 1 H MET 512 H MET 512 2.895 -3.916 3.023 2 HA MET 512 HA MET 512 0.200 -2.734 2.990 3 HB3 MET 512 1HB MET 512 2.018 -3.461 5.292 4 HB2 MET 512 2HB MET 512 0.515 -4.256 4.848 5 HG3 MET 512 1HG MET 512 0.787 -1.416 5.829 6 HG2 MET 512 2HG MET 512 0.257 -2.785 6.802 7 HE1 MET 512 1HE MET 512 -1.638 -4.440 5.092 8 HE3 MET 512 2HE MET 512 -3.205 -3.666 5.332 9 HE2 MET 512 3HE MET 512 -2.097 -3.858 6.692 No H/Q in entry = 9 In of MODEL 4 1 H LEU 513 H LEU 513 0.058 -0.570 2.833 2 HA LEU 513 HA LEU 513 2.514 0.936 3.234 3 HB3 LEU 513 1HB LEU 513 0.029 1.668 1.689 4 HB2 LEU 513 2HB LEU 513 1.525 1.083 0.990 5 HG LEU 513 HG LEU 513 1.146 3.708 2.439 6 HD13 LEU 513 HD11 LEU 513 3.339 2.959 2.900 7 HD12 LEU 513 HD12 LEU 513 3.468 4.113 1.546 8 HD11 LEU 513 HD13 LEU 513 3.545 2.389 1.250 9 HD22 LEU 513 HD21 LEU 513 1.598 4.707 0.271 10 HD21 LEU 513 HD22 LEU 513 0.173 3.666 0.185 11 HD23 LEU 513 HD23 LEU 513 1.718 3.109 -0.456 No H/Q in entry = 11 In of MODEL 4 1 H LEU 514 H LEU 514 2.664 2.288 4.826 2 HA LEU 514 HA LEU 514 0.283 3.204 6.234 3 HB3 LEU 514 1HB LEU 514 1.879 2.998 8.294 4 HB2 LEU 514 2HB LEU 514 2.801 1.976 7.239 5 HG LEU 514 HG LEU 514 0.826 0.494 6.956 6 HD11 LEU 514 HD11 LEU 514 2.623 0.017 8.595 7 HD13 LEU 514 HD12 LEU 514 1.054 -0.564 9.139 8 HD12 LEU 514 HD13 LEU 514 1.727 0.922 9.817 9 HD23 LEU 514 HD21 LEU 514 -0.990 0.675 8.571 10 HD22 LEU 514 HD22 LEU 514 -0.921 2.079 7.516 11 HD21 LEU 514 HD23 LEU 514 -0.312 2.186 9.173 No H/Q in entry = 11 In of MODEL 4 1 H TYR 515 H TYR 515 0.509 5.247 7.101 2 HA TYR 515 HA TYR 515 2.772 6.765 6.048 3 HB3 TYR 515 1HB TYR 515 0.063 7.593 7.045 4 HB2 TYR 515 2HB TYR 515 0.620 7.641 5.373 5 HH TYR 515 HH TYR 515 2.789 13.496 6.396 6 HD1 TYR 515 1HD TYR 515 0.046 9.567 8.217 7 HE1 TYR 515 1HE TYR 515 0.843 11.847 8.592 8 HE2 TYR 515 2HE TYR 515 3.640 11.373 5.406 9 HD2 TYR 515 2HD TYR 515 2.836 9.099 5.046 No H/Q in entry = 9 In of MODEL 4 1 H SER 516 H SER 516 4.272 7.480 7.438 2 HA SER 516 HA SER 516 3.612 7.305 10.274 3 HB3 SER 516 1HB SER 516 6.304 7.495 8.883 4 HB2 SER 516 2HB SER 516 5.605 6.023 9.560 5 HG SER 516 HG SER 516 5.925 6.722 11.536 No H/Q in entry = 5 In of MODEL 4 1 H SER 517 H SER 517 2.833 9.189 10.926 2 HA SER 517 HA SER 517 3.485 11.677 9.767 3 HB3 SER 517 1HB SER 517 2.252 11.170 12.492 4 HB2 SER 517 2HB SER 517 1.338 11.131 10.985 5 HG SER 517 HG SER 517 1.158 13.159 11.140 No H/Q in entry = 5 In of MODEL 4 1 H LYS 518 H LYS 518 4.909 9.661 12.125 2 HA LYS 518 HA LYS 518 6.398 11.479 13.667 3 HB3 LYS 518 1HB LYS 518 7.909 9.538 14.073 4 HB2 LYS 518 2HB LYS 518 7.057 8.649 12.830 5 HG3 LYS 518 1HG LYS 518 6.238 7.872 14.900 6 HG2 LYS 518 2HG LYS 518 4.977 8.881 14.192 7 HD3 LYS 518 1HD LYS 518 5.134 9.361 16.538 8 HD2 LYS 518 2HD LYS 518 5.690 10.758 15.620 9 HE3 LYS 518 1HE LYS 518 7.121 10.326 17.545 10 HE2 LYS 518 2HE LYS 518 8.022 10.151 16.048 11 HZ3 LYS 518 1HZ LYS 518 8.514 8.406 17.647 12 HZ2 LYS 518 2HZ LYS 518 7.868 7.736 16.258 13 HZ1 LYS 518 3HZ LYS 518 6.922 7.883 17.644 No H/Q in entry = 13 In of MODEL 4 1 H LYS 519 H LYS 519 7.111 9.796 10.660 2 HA LYS 519 HA LYS 519 9.599 11.328 10.364 3 HB3 LYS 519 1HB LYS 519 10.101 9.712 8.558 4 HB2 LYS 519 2HB LYS 519 8.570 8.920 8.877 5 HG3 LYS 519 1HG LYS 519 10.377 7.670 9.834 6 HG2 LYS 519 2HG LYS 519 9.321 8.305 11.098 7 HD3 LYS 519 1HD LYS 519 10.858 10.059 11.592 8 HD2 LYS 519 2HD LYS 519 11.888 9.612 10.230 9 HE3 LYS 519 1HE LYS 519 12.409 7.513 11.255 10 HE2 LYS 519 2HE LYS 519 11.280 7.818 12.570 11 HZ2 LYS 519 1HZ LYS 519 12.620 9.641 13.285 12 HZ1 LYS 519 2HZ LYS 519 13.718 9.426 12.014 13 HZ3 LYS 519 3HZ LYS 519 13.561 8.251 13.209 No H/Q in entry = 13 In of MODEL 4 1 H LYS 520 H LYS 520 6.434 11.532 9.485 2 HA LYS 520 HA LYS 520 5.166 12.558 7.929 3 HB3 LYS 520 1HB LYS 520 6.126 14.553 6.771 4 HB2 LYS 520 2HB LYS 520 7.713 14.117 7.385 5 HG3 LYS 520 1HG LYS 520 6.708 15.897 8.699 6 HG2 LYS 520 2HG LYS 520 6.947 14.444 9.672 7 HD3 LYS 520 1HD LYS 520 4.568 13.860 9.355 8 HD2 LYS 520 2HD LYS 520 4.337 15.344 8.435 9 HE3 LYS 520 1HE LYS 520 4.892 16.677 10.363 10 HE2 LYS 520 2HE LYS 520 5.300 15.227 11.281 11 HZ3 LYS 520 1HZ LYS 520 2.605 15.933 10.272 12 HZ2 LYS 520 2HZ LYS 520 3.119 16.013 11.881 13 HZ1 LYS 520 3HZ LYS 520 2.989 14.522 11.122 No H/Q in entry = 13 In of MODEL 4 1 H ILE 521 H ILE 521 6.362 10.153 7.209 2 HA ILE 521 HA ILE 521 6.289 10.356 4.321 3 HB ILE 521 HB ILE 521 8.247 8.778 4.032 4 HG12 ILE 521 HG12 ILE 521 10.092 9.024 5.777 5 HG23 ILE 521 HG21 ILE 521 9.940 10.535 4.008 6 HG22 ILE 521 HG22 ILE 521 8.858 11.565 4.942 7 HG21 ILE 521 HG23 ILE 521 8.399 11.048 3.319 8 HD12 ILE 521 HD11 ILE 521 9.354 7.303 7.301 9 HD11 ILE 521 HD12 ILE 521 8.916 6.878 5.643 10 HD13 ILE 521 HD13 ILE 521 7.691 7.493 6.748 11 HG13 ILE 521 HG11 ILE 521 8.855 9.646 6.855 No H/Q in entry = 11 In of MODEL 4 1 H PHE 522 H PHE 522 6.389 8.047 3.295 2 HA PHE 522 HA PHE 522 4.499 6.580 4.905 3 HB3 PHE 522 1HB PHE 522 3.985 5.444 2.770 4 HB2 PHE 522 2HB PHE 522 5.108 6.536 1.952 5 HZ PHE 522 HZ PHE 522 0.486 9.978 2.015 6 HD1 PHE 522 1HD PHE 522 4.634 9.059 2.139 7 HE1 PHE 522 1HE PHE 522 2.828 10.679 1.776 8 HE2 PHE 522 2HE PHE 522 -0.041 7.645 2.603 9 HD2 PHE 522 2HD PHE 522 1.766 6.032 2.965 No H/Q in entry = 9 In of MODEL 4 1 H MET 523 H MET 523 4.813 4.487 5.379 2 HA MET 523 HA MET 523 7.294 3.217 4.631 3 HB3 MET 523 1HB MET 523 8.076 4.117 6.669 4 HB2 MET 523 2HB MET 523 7.539 2.488 7.083 5 HG3 MET 523 1HG MET 523 5.893 4.921 7.592 6 HG2 MET 523 2HG MET 523 6.984 4.199 8.765 7 HE1 MET 523 1HE MET 523 6.663 1.792 9.836 8 HE3 MET 523 2HE MET 523 6.543 1.038 8.243 9 HE2 MET 523 3HE MET 523 5.309 0.731 9.459 No H/Q in entry = 9 In of MODEL 4 1 H GLY 524 H GLY 524 7.250 0.856 5.361 2 HA2 GLY 524 1HA GLY 524 4.906 -0.241 4.403 3 HA3 GLY 524 2HA GLY 524 4.817 -0.244 6.144 No H/Q in entry = 3 In of MODEL 4 1 H LEU 525 H LEU 525 4.815 -2.604 5.812 2 HA LEU 525 HA LEU 525 7.422 -3.607 5.011 3 HB3 LEU 525 1HB LEU 525 6.918 -5.687 6.333 4 HB2 LEU 525 2HB LEU 525 5.528 -4.864 7.006 5 HG LEU 525 HG LEU 525 8.292 -3.763 7.322 6 HD13 LEU 525 HD11 LEU 525 7.302 -2.733 9.339 7 HD12 LEU 525 HD12 LEU 525 5.763 -3.515 8.970 8 HD11 LEU 525 HD13 LEU 525 6.414 -2.287 7.879 9 HD23 LEU 525 HD21 LEU 525 8.378 -4.884 9.521 10 HD22 LEU 525 HD22 LEU 525 8.449 -5.989 8.158 11 HD21 LEU 525 HD23 LEU 525 6.946 -5.814 9.072 No H/Q in entry = 11 In of MODEL 4 1 H ILE 526 H ILE 526 7.522 -5.208 3.553 2 HA ILE 526 HA ILE 526 4.940 -5.823 2.362 3 HB ILE 526 HB ILE 526 6.296 -4.822 0.705 4 HG12 ILE 526 HG12 ILE 526 6.522 -7.800 0.223 5 HG23 ILE 526 HG21 ILE 526 8.513 -5.514 0.084 6 HG22 ILE 526 HG22 ILE 526 8.513 -6.701 1.394 7 HG21 ILE 526 HG23 ILE 526 8.442 -4.967 1.763 8 HD11 ILE 526 HD11 ILE 526 6.368 -5.556 -1.765 9 HD13 ILE 526 HD12 ILE 526 6.305 -7.279 -2.134 10 HD12 ILE 526 HD13 ILE 526 7.773 -6.578 -1.450 11 HG13 ILE 526 HG11 ILE 526 5.097 -6.825 -0.098 No H/Q in entry = 11 In of MODEL 4 1 HA PRO 527 HA PRO 527 5.468 -9.905 4.155 2 HB3 PRO 527 1HB PRO 527 3.314 -10.493 4.668 3 HB2 PRO 527 2HB PRO 527 2.722 -10.081 3.053 4 HG3 PRO 527 1HG PRO 527 3.316 -8.280 5.372 5 HG2 PRO 527 2HG PRO 527 1.894 -8.294 4.307 6 HD3 PRO 527 1HD PRO 527 3.832 -6.531 3.943 7 HD2 PRO 527 2HD PRO 527 3.056 -7.321 2.548 No H/Q in entry = 7 In of MODEL 4 1 H TYR 528 H TYR 528 6.246 -11.525 3.234 2 HA TYR 528 HA TYR 528 6.538 -11.907 0.431 3 HB3 TYR 528 1HB TYR 528 7.716 -13.894 1.011 4 HB2 TYR 528 2HB TYR 528 6.974 -13.954 2.601 5 HH TYR 528 HH TYR 528 12.118 -11.056 4.774 6 HD1 TYR 528 1HD TYR 528 9.400 -12.148 0.537 7 HE1 TYR 528 1HE TYR 528 11.321 -10.968 1.485 8 HE2 TYR 528 2HE TYR 528 9.819 -11.638 5.401 9 HD2 TYR 528 2HD TYR 528 7.896 -12.823 4.439 No H/Q in entry = 9 In of MODEL 4 1 H ASP 529 H ASP 529 4.596 -13.213 2.983 2 HA ASP 529 HA ASP 529 3.566 -15.362 1.385 3 HB3 ASP 529 1HB ASP 529 2.518 -14.538 4.072 4 HB2 ASP 529 2HB ASP 529 4.062 -15.368 3.927 No H/Q in entry = 4 In of MODEL 4 1 H GLN 530 H GLN 530 2.545 -14.238 -0.250 2 HA GLN 530 HA GLN 530 0.622 -12.249 0.277 3 HB3 GLN 530 1HB GLN 530 1.661 -12.153 -1.875 4 HB2 GLN 530 2HB GLN 530 -0.041 -12.465 -2.132 5 HG3 GLN 530 1HG GLN 530 2.003 -14.655 -2.204 6 HG2 GLN 530 2HG GLN 530 1.581 -13.682 -3.602 7 HE21 GLN 530 HE21 GLN 530 1.241 -16.544 -2.981 8 HE22 GLN 530 HE22 GLN 530 -0.423 -16.878 -3.298 No H/Q in entry = 8 In of MODEL 4 1 H SER 531 H SER 531 0.448 -15.673 -0.037 2 HA SER 531 HA SER 531 -2.297 -15.944 -0.217 3 HB3 SER 531 1HB SER 531 -1.197 -17.919 -0.652 4 HB2 SER 531 2HB SER 531 -1.673 -18.215 1.017 5 HG SER 531 HG SER 531 0.500 -17.360 1.604 No H/Q in entry = 5 In of MODEL 4 1 H GLY 532 H GLY 532 -0.239 -15.738 2.677 2 HA2 GLY 532 1HA GLY 532 -0.772 -15.454 4.853 3 HA3 GLY 532 2HA GLY 532 -2.419 -15.936 4.474 No H/Q in entry = 3 In of MODEL 4 1 H PHE 533 H PHE 533 -0.720 -13.212 2.995 2 HA PHE 533 HA PHE 533 -1.840 -11.254 4.747 3 HB3 PHE 533 1HB PHE 533 -0.742 -10.910 1.959 4 HB2 PHE 533 2HB PHE 533 0.220 -10.848 3.419 5 HZ PHE 533 HZ PHE 533 -1.544 -5.329 3.286 6 HD1 PHE 533 1HD PHE 533 -2.050 -9.014 1.239 7 HE1 PHE 533 1HE PHE 533 -2.390 -6.588 1.365 8 HE2 PHE 533 2HE PHE 533 -0.353 -6.507 5.107 9 HD2 PHE 533 2HD PHE 533 0.000 -8.933 4.970 No H/Q in entry = 9 In of MODEL 4 1 H VAL 534 H VAL 534 -2.655 -12.339 1.474 2 HA VAL 534 HA VAL 534 -4.824 -10.589 1.174 3 HB VAL 534 HB VAL 534 -4.220 -13.190 -0.299 4 HG11 VAL 534 HG11 VAL 534 -6.593 -12.585 -0.531 5 HG13 VAL 534 HG12 VAL 534 -5.724 -12.368 -2.053 6 HG12 VAL 534 HG13 VAL 534 -6.124 -10.967 -1.061 7 HG22 VAL 534 HG21 VAL 534 -2.461 -11.490 -0.561 8 HG21 VAL 534 HG22 VAL 534 -3.652 -10.306 -1.037 9 HG23 VAL 534 HG23 VAL 534 -3.348 -11.704 -2.068 No H/Q in entry = 9 In of MODEL 4 1 H ASN 535 H ASN 535 -4.563 -13.874 2.408 2 HA ASN 535 HA ASN 535 -7.282 -14.468 2.793 3 HB3 ASN 535 1HB ASN 535 -4.908 -15.231 4.534 4 HB2 ASN 535 2HB ASN 535 -5.432 -16.105 3.113 5 HD21 ASN 535 HD21 ASN 535 -5.669 -18.007 4.272 6 HD22 ASN 535 HD22 ASN 535 -6.970 -18.273 5.371 No H/Q in entry = 6 In of MODEL 4 1 H GLY 536 H GLY 536 -4.950 -12.842 4.958 2 HA2 GLY 536 1HA GLY 536 -5.244 -11.579 6.856 3 HA3 GLY 536 2HA GLY 536 -6.772 -12.422 7.084 No H/Q in entry = 3 In of MODEL 4 1 H ILE 537 H ILE 537 -5.688 -10.349 4.460 2 HA ILE 537 HA ILE 537 -7.219 -8.124 5.285 3 HB ILE 537 HB ILE 537 -5.884 -8.745 2.626 4 HG12 ILE 537 HG12 ILE 537 -4.359 -8.398 4.511 5 HG23 ILE 537 HG21 ILE 537 -7.670 -7.215 2.116 6 HG22 ILE 537 HG22 ILE 537 -6.145 -6.314 2.094 7 HG21 ILE 537 HG23 ILE 537 -7.228 -6.186 3.473 8 HD12 ILE 537 HD11 ILE 537 -5.637 -6.964 5.988 9 HD11 ILE 537 HD12 ILE 537 -5.649 -5.693 4.771 10 HD13 ILE 537 HD13 ILE 537 -4.131 -6.161 5.528 11 HG13 ILE 537 HG11 ILE 537 -4.221 -7.108 3.328 No H/Q in entry = 11 In of MODEL 4 1 H ARG 538 H ARG 538 -8.067 -10.970 3.536 2 HA ARG 538 HA ARG 538 -10.273 -9.980 2.121 3 HB3 ARG 538 1HB ARG 538 -9.995 -12.748 3.322 4 HB2 ARG 538 2HB ARG 538 -9.366 -12.263 1.752 5 HG3 ARG 538 1HG ARG 538 -11.699 -11.726 1.063 6 HG2 ARG 538 2HG ARG 538 -12.256 -12.385 2.594 7 HD3 ARG 538 1HD ARG 538 -11.354 -14.564 2.028 8 HD2 ARG 538 2HD ARG 538 -10.701 -13.913 0.524 9 HE ARG 538 HE ARG 538 -13.566 -13.744 1.059 10 HH11 ARG 538 HH11 ARG 538 -10.969 -15.240 -0.834 11 HH12 ARG 538 HH12 ARG 538 -11.983 -15.732 -2.106 12 HH21 ARG 538 HH21 ARG 538 -14.944 -14.396 -0.696 13 HH22 ARG 538 HH22 ARG 538 -14.317 -15.246 -2.033 No H/Q in entry = 13 In of MODEL 4 1 H GLN 539 H GLN 539 -10.007 -11.118 5.453 2 HA GLN 539 HA GLN 539 -12.743 -10.875 6.098 3 HB3 GLN 539 1HB GLN 539 -11.879 -10.544 8.494 4 HB2 GLN 539 2HB GLN 539 -10.272 -10.753 7.824 5 HG3 GLN 539 1HG GLN 539 -12.473 -12.795 7.699 6 HG2 GLN 539 2HG GLN 539 -11.146 -12.798 8.846 7 HE21 GLN 539 HE21 GLN 539 -9.097 -13.317 8.156 8 HE22 GLN 539 HE22 GLN 539 -8.797 -14.094 6.643 No H/Q in entry = 8 In of MODEL 4 1 H VAL 540 H VAL 540 -10.082 -8.657 6.111 2 HA VAL 540 HA VAL 540 -11.371 -6.465 7.325 3 HB VAL 540 HB VAL 540 -9.103 -6.441 5.307 4 HG12 VAL 540 HG11 VAL 540 -9.935 -4.348 7.306 5 HG11 VAL 540 HG12 VAL 540 -10.126 -4.250 5.555 6 HG13 VAL 540 HG13 VAL 540 -8.512 -4.274 6.267 7 HG23 VAL 540 HG21 VAL 540 -7.620 -6.319 7.275 8 HG22 VAL 540 HG22 VAL 540 -8.536 -7.824 7.211 9 HG21 VAL 540 HG23 VAL 540 -9.023 -6.545 8.322 No H/Q in entry = 9 In of MODEL 4 1 H ILE 541 H ILE 541 -10.849 -7.328 3.932 2 HA ILE 541 HA ILE 541 -12.130 -5.139 2.736 3 HB ILE 541 HB ILE 541 -11.829 -7.951 1.703 4 HG12 ILE 541 HG12 ILE 541 -10.169 -5.479 1.148 5 HG23 ILE 541 HG21 ILE 541 -12.176 -6.999 -0.566 6 HG22 ILE 541 HG22 ILE 541 -12.528 -5.432 0.166 7 HG21 ILE 541 HG23 ILE 541 -13.598 -6.799 0.461 8 HD11 ILE 541 HD11 ILE 541 -10.170 -6.985 -0.777 9 HD13 ILE 541 HD12 ILE 541 -9.684 -8.319 0.270 10 HD12 ILE 541 HD13 ILE 541 -8.599 -6.949 0.027 11 HG13 ILE 541 HG11 ILE 541 -9.707 -6.815 2.198 No H/Q in entry = 11 In of MODEL 4 1 H THR 542 H THR 542 -13.447 -8.341 3.598 2 HA THR 542 HA THR 542 -15.948 -7.740 2.451 3 HB THR 542 HB THR 542 -15.258 -10.101 2.805 4 HG23 THR 542 HG21 THR 542 -15.423 -11.151 5.024 5 HG22 THR 542 HG22 THR 542 -15.757 -9.572 5.739 6 HG21 THR 542 HG23 THR 542 -14.189 -9.888 4.997 7 HG1 THR 542 HG1 THR 542 -17.362 -10.529 4.220 No H/Q in entry = 7 In of MODEL 4 1 H ASN 543 H ASN 543 -14.691 -7.339 5.680 2 HA ASN 543 HA ASN 543 -17.144 -6.416 6.773 3 HB3 ASN 543 1HB ASN 543 -14.297 -6.096 7.734 4 HB2 ASN 543 2HB ASN 543 -15.504 -7.227 8.328 5 HD21 ASN 543 HD21 ASN 543 -14.230 -4.085 8.551 6 HD22 ASN 543 HD22 ASN 543 -15.249 -3.502 9.800 No H/Q in entry = 6 In of MODEL 4 1 H LEU 544 H LEU 544 -14.415 -4.777 5.278 2 HA LEU 544 HA LEU 544 -15.328 -2.152 5.810 3 HB3 LEU 544 1HB LEU 544 -13.410 -3.093 3.659 4 HB2 LEU 544 2HB LEU 544 -12.954 -2.824 5.318 5 HG LEU 544 HG LEU 544 -12.128 -0.958 4.175 6 HD11 LEU 544 HD11 LEU 544 -14.782 -0.637 2.808 7 HD13 LEU 544 HD12 LEU 544 -13.281 -1.212 2.073 8 HD12 LEU 544 HD13 LEU 544 -13.396 0.448 2.664 9 HD23 LEU 544 HD21 LEU 544 -14.780 -0.099 5.321 10 HD22 LEU 544 HD22 LEU 544 -13.388 0.944 5.037 11 HD21 LEU 544 HD23 LEU 544 -13.291 -0.351 6.229 No H/Q in entry = 11 In of MODEL 4 1 H GLU 545 H GLU 545 -15.857 -4.399 3.139 2 HA GLU 545 HA GLU 545 -17.207 -2.590 1.459 3 HB3 GLU 545 1HB GLU 545 -18.295 -4.734 0.518 4 HB2 GLU 545 2HB GLU 545 -17.241 -5.585 1.641 5 HG3 GLU 545 1HG GLU 545 -16.213 -5.503 -0.535 6 HG2 GLU 545 2HG GLU 545 -15.293 -4.498 0.587 No H/Q in entry = 6 In of MODEL 4 1 H HIS 546 H HIS 546 -18.254 -4.312 4.243 2 HA HIS 546 HA HIS 546 -21.042 -3.645 3.804 3 HB3 HIS 546 1HB HIS 546 -19.665 -4.678 6.315 4 HB2 HIS 546 2HB HIS 546 -20.328 -5.715 5.062 5 HD1 HIS 546 HD1 HIS 546 -22.859 -6.197 5.134 6 HD2 HIS 546 2HD HIS 546 -21.617 -3.347 7.893 7 HE1 HIS 546 1HE HIS 546 -24.812 -5.815 6.673 No H/Q in entry = 7 In of MODEL 4 1 H HIS 547 H HIS 547 -18.230 -2.451 5.324 2 HA HIS 547 HA HIS 547 -17.532 -0.524 6.165 3 HB3 HIS 547 1HB HIS 547 -20.258 0.728 5.694 4 HB2 HIS 547 2HB HIS 547 -19.068 0.558 4.406 5 HD1 HIS 547 HD1 HIS 547 -19.895 2.692 7.375 6 HD2 HIS 547 2HD HIS 547 -16.772 2.160 4.677 7 HE1 HIS 547 1HE HIS 547 -18.378 4.671 7.647 No H/Q in entry = 7 In of MODEL 4 1 H HIS 548 H HIS 548 -17.747 0.839 8.169 2 HA HIS 548 HA HIS 548 -19.681 -0.187 9.987 3 HB3 HIS 548 1HB HIS 548 -18.188 -2.014 10.177 4 HB2 HIS 548 2HB HIS 548 -18.006 -1.059 11.636 5 HD1 HIS 548 HD1 HIS 548 -15.602 -0.933 12.368 6 HD2 HIS 548 2HD HIS 548 -15.994 -1.118 8.230 7 HE1 HIS 548 1HE HIS 548 -13.278 -1.076 11.444 No H/Q in entry = 7 In of MODEL 4 1 H HIS 549 H HIS 549 -20.424 1.661 10.534 2 HA HIS 549 HA HIS 549 -18.646 3.549 11.900 3 HB3 HIS 549 1HB HIS 549 -20.783 4.890 12.275 4 HB2 HIS 549 2HB HIS 549 -21.614 3.717 11.269 5 HD1 HIS 549 HD1 HIS 549 -22.183 4.938 9.175 6 HD2 HIS 549 2HD HIS 549 -18.294 5.678 10.442 7 HE1 HIS 549 1HE HIS 549 -21.139 6.414 7.414 No H/Q in entry = 7 In of MODEL 4 1 H HIS 550 H HIS 550 -21.333 1.345 12.381 2 HA HIS 550 HA HIS 550 -22.156 0.214 14.064 3 HB3 HIS 550 1HB HIS 550 -20.839 0.017 16.249 4 HB2 HIS 550 2HB HIS 550 -19.605 0.999 15.469 5 HD1 HIS 550 HD1 HIS 550 -17.816 -0.353 14.259 6 HD2 HIS 550 2HD HIS 550 -21.407 -2.417 14.677 7 HE1 HIS 550 1HE HIS 550 -17.421 -2.649 13.355 No H/Q in entry = 7 In of MODEL 4 1 H HIS 551 H HIS 551 -22.148 3.293 13.880 2 HA HIS 551 HA HIS 551 -24.276 3.601 15.742 3 HB3 HIS 551 1HB HIS 551 -23.334 5.877 16.510 4 HB2 HIS 551 2HB HIS 551 -21.775 5.321 15.943 5 HD1 HIS 551 HD1 HIS 551 -20.359 4.262 17.764 6 HD2 HIS 551 2HD HIS 551 -24.419 4.003 18.540 7 HE1 HIS 551 1HE HIS 551 -20.567 3.278 20.065 No H/Q in entry = 7 In of MODEL 5 1 H1 MET 393 H3 MET 393 27.982 -1.387 7.773 2 H2 MET 393 H2 MET 393 27.335 -0.624 9.126 3 H3 MET 393 H MET 393 26.647 -0.367 7.610 4 HA MET 393 HA MET 393 27.892 1.518 8.176 5 HB3 MET 393 1HB MET 393 30.191 -0.428 8.515 6 HB2 MET 393 2HB MET 393 29.430 0.529 9.772 7 HG3 MET 393 1HG MET 393 31.014 1.582 7.460 8 HG2 MET 393 2HG MET 393 31.560 1.455 9.133 9 HE3 MET 393 1HE MET 393 32.285 4.002 8.997 10 HE2 MET 393 2HE MET 393 31.194 5.291 8.479 11 HE1 MET 393 3HE MET 393 31.695 4.051 7.336 No H/Q in entry = 11 In of MODEL 5 1 H SER 394 H SER 394 29.684 -1.022 6.311 2 HA SER 394 HA SER 394 30.318 0.679 4.188 3 HB3 SER 394 1HB SER 394 31.090 -1.345 3.129 4 HB2 SER 394 2HB SER 394 30.092 -2.332 4.202 5 HG SER 394 HG SER 394 32.057 -2.357 5.128 No H/Q in entry = 5 In of MODEL 5 1 H VAL 395 H VAL 395 27.701 -1.652 4.672 2 HA VAL 395 HA VAL 395 26.233 -0.325 2.559 3 HB VAL 395 HB VAL 395 27.066 -2.360 1.497 4 HG12 VAL 395 HG11 VAL 395 25.794 -3.922 3.728 5 HG11 VAL 395 HG12 VAL 395 27.520 -3.748 3.414 6 HG13 VAL 395 HG13 VAL 395 26.497 -4.617 2.267 7 HG21 VAL 395 HG21 VAL 395 24.837 -1.657 0.845 8 HG23 VAL 395 HG22 VAL 395 24.128 -2.616 2.144 9 HG22 VAL 395 HG23 VAL 395 24.949 -3.417 0.806 No H/Q in entry = 9 In of MODEL 5 1 H SER 396 H SER 396 24.722 0.663 3.618 2 HA SER 396 HA SER 396 22.979 -0.784 5.404 3 HB3 SER 396 1HB SER 396 23.303 0.879 7.209 4 HB2 SER 396 2HB SER 396 24.520 1.702 6.232 5 HG SER 396 HG SER 396 24.911 -0.967 6.510 No H/Q in entry = 5 In of MODEL 5 1 H ASN 397 H ASN 397 21.684 1.636 6.311 2 HA ASN 397 HA ASN 397 20.172 3.185 5.731 3 HB3 ASN 397 1HB ASN 397 20.474 4.494 3.594 4 HB2 ASN 397 2HB ASN 397 21.728 3.369 3.114 5 HD21 ASN 397 HD21 ASN 397 20.895 5.888 5.346 6 HD22 ASN 397 HD22 ASN 397 22.502 6.271 5.831 No H/Q in entry = 6 In of MODEL 5 1 H LYS 398 H LYS 398 19.037 3.609 3.097 2 HA LYS 398 HA LYS 398 17.669 1.081 2.885 3 HB3 LYS 398 1HB LYS 398 15.968 2.494 3.520 4 HB2 LYS 398 2HB LYS 398 15.801 2.547 1.777 5 HG3 LYS 398 1HG LYS 398 17.225 4.624 3.417 6 HG2 LYS 398 2HG LYS 398 15.562 4.752 2.868 7 HD3 LYS 398 1HD LYS 398 16.222 4.842 0.585 8 HD2 LYS 398 2HD LYS 398 17.898 4.463 1.001 9 HE3 LYS 398 1HE LYS 398 18.068 6.477 2.253 10 HE2 LYS 398 2HE LYS 398 16.382 6.892 1.926 11 HZ3 LYS 398 1HZ LYS 398 17.914 8.101 0.482 12 HZ2 LYS 398 2HZ LYS 398 16.922 7.120 -0.414 13 HZ1 LYS 398 3HZ LYS 398 18.530 6.667 -0.139 No H/Q in entry = 13 In of MODEL 5 1 H LEU 399 H LEU 399 17.031 0.292 0.899 2 HA LEU 399 HA LEU 399 19.024 0.880 -1.162 3 HB3 LEU 399 1HB LEU 399 18.541 -1.405 -1.990 4 HB2 LEU 399 2HB LEU 399 17.298 -1.569 -0.744 5 HG LEU 399 HG LEU 399 19.993 -1.109 0.281 6 HD11 LEU 399 HD11 LEU 399 18.073 -1.252 1.722 7 HD13 LEU 399 HD12 LEU 399 19.193 -2.589 1.979 8 HD12 LEU 399 HD13 LEU 399 17.700 -2.853 1.082 9 HD22 LEU 399 HD21 LEU 399 20.541 -3.442 0.079 10 HD21 LEU 399 HD22 LEU 399 20.361 -2.744 -1.531 11 HD23 LEU 399 HD23 LEU 399 19.073 -3.742 -0.845 No H/Q in entry = 11 In of MODEL 5 1 H LEU 400 H LEU 400 18.389 1.478 -3.188 2 HA LEU 400 HA LEU 400 15.710 2.300 -3.686 3 HB3 LEU 400 1HB LEU 400 18.062 1.899 -5.550 4 HB2 LEU 400 2HB LEU 400 17.571 3.407 -4.813 5 HG LEU 400 HG LEU 400 15.968 1.888 -6.870 6 HD12 LEU 400 HD11 LEU 400 14.622 3.924 -7.027 7 HD11 LEU 400 HD12 LEU 400 15.530 4.623 -5.687 8 HD13 LEU 400 HD13 LEU 400 14.534 3.191 -5.424 9 HD22 LEU 400 HD21 LEU 400 18.005 2.768 -7.845 10 HD21 LEU 400 HD22 LEU 400 17.668 4.357 -7.162 11 HD23 LEU 400 HD23 LEU 400 16.612 3.687 -8.405 No H/Q in entry = 11 In of MODEL 5 1 H ALA 401 H ALA 401 14.081 0.968 -4.094 2 HA ALA 401 HA ALA 401 14.762 -1.690 -5.105 3 HB1 ALA 401 1HB ALA 401 12.350 -0.824 -3.557 4 HB3 ALA 401 2HB ALA 401 13.779 -1.628 -2.904 5 HB2 ALA 401 3HB ALA 401 12.742 -2.472 -4.055 No H/Q in entry = 5 In of MODEL 5 1 H TRP 402 H TRP 402 12.149 0.808 -5.382 2 HA TRP 402 HA TRP 402 11.762 0.041 -8.099 3 HB3 TRP 402 1HB TRP 402 9.758 -0.708 -5.962 4 HB2 TRP 402 2HB TRP 402 10.642 -1.800 -7.013 5 HD1 TRP 402 HD TRP 402 9.944 -1.738 -9.686 6 HE3 TRP 402 3HE TRP 402 7.624 0.371 -5.689 7 HE1 TRP 402 HE1 TRP 402 7.589 -1.420 -10.692 8 HZ3 TRP 402 3HZ TRP 402 5.264 0.975 -5.867 9 HZ2 TRP 402 2HZ TRP 402 5.098 -0.413 -9.903 10 HH2 TRP 402 HH TRP 402 4.015 0.597 -7.955 No H/Q in entry = 10 In of MODEL 5 1 H SER 403 H SER 403 10.627 1.590 -9.142 2 HA SER 403 HA SER 403 9.319 3.644 -7.562 3 HB3 SER 403 1HB SER 403 10.218 5.335 -9.149 4 HB2 SER 403 2HB SER 403 11.104 4.038 -9.978 5 HG SER 403 HG SER 403 12.335 3.721 -8.212 No H/Q in entry = 5 In of MODEL 5 1 H GLY 404 H GLY 404 7.242 3.811 -8.177 2 HA2 GLY 404 1HA GLY 404 5.919 2.017 -9.639 3 HA3 GLY 404 2HA GLY 404 6.395 3.194 -10.857 No H/Q in entry = 3 In of MODEL 5 1 H VAL 405 H VAL 405 3.751 2.816 -10.456 2 HA VAL 405 HA VAL 405 2.984 5.230 -8.972 3 HB VAL 405 HB VAL 405 1.859 4.259 -11.626 4 HG12 VAL 405 HG11 VAL 405 1.206 6.741 -10.049 5 HG11 VAL 405 HG12 VAL 405 0.160 5.340 -10.263 6 HG13 VAL 405 HG13 VAL 405 0.586 6.345 -11.653 7 HG21 VAL 405 HG21 VAL 405 4.070 5.225 -11.895 8 HG23 VAL 405 HG22 VAL 405 3.566 6.663 -11.007 9 HG22 VAL 405 HG23 VAL 405 2.839 6.293 -12.569 No H/Q in entry = 9 In of MODEL 5 1 H LEU 406 H LEU 406 1.096 5.088 -7.788 2 HA LEU 406 HA LEU 406 -0.256 2.460 -7.720 3 HB3 LEU 406 1HB LEU 406 -1.039 3.490 -5.410 4 HB2 LEU 406 2HB LEU 406 0.412 4.448 -5.575 5 HG LEU 406 HG LEU 406 0.275 1.438 -5.319 6 HD11 LEU 406 HD11 LEU 406 2.118 2.045 -6.808 7 HD13 LEU 406 HD12 LEU 406 2.701 1.443 -5.258 8 HD12 LEU 406 HD13 LEU 406 2.725 3.171 -5.595 9 HD22 LEU 406 HD21 LEU 406 -0.134 2.628 -3.253 10 HD21 LEU 406 HD22 LEU 406 1.332 3.577 -3.488 11 HD23 LEU 406 HD23 LEU 406 1.441 1.837 -3.212 No H/Q in entry = 11 In of MODEL 5 1 H GLU 407 H GLU 407 -2.394 2.379 -7.848 2 HA GLU 407 HA GLU 407 -3.704 4.872 -8.625 3 HB3 GLU 407 1HB GLU 407 -5.164 3.475 -10.079 4 HB2 GLU 407 2HB GLU 407 -4.104 2.114 -9.749 5 HG3 GLU 407 1HG GLU 407 -2.228 3.314 -10.767 6 HG2 GLU 407 2HG GLU 407 -3.308 4.693 -11.038 No H/Q in entry = 6 In of MODEL 5 1 H TRP 408 H TRP 408 -5.848 5.123 -8.338 2 HA TRP 408 HA TRP 408 -7.262 3.555 -6.357 3 HB3 TRP 408 1HB TRP 408 -7.412 6.447 -5.698 4 HB2 TRP 408 2HB TRP 408 -5.802 5.834 -5.759 5 HD1 TRP 408 HD TRP 408 -5.039 4.391 -4.216 6 HE3 TRP 408 3HE TRP 408 -9.823 5.725 -4.732 7 HE1 TRP 408 HE1 TRP 408 -5.963 3.415 -1.890 8 HZ3 TRP 408 3HZ TRP 408 -11.476 5.188 -2.990 9 HZ2 TRP 408 2HZ TRP 408 -8.498 3.305 -0.597 10 HH2 TRP 408 HH TRP 408 -10.821 4.000 -0.964 No H/Q in entry = 10 In of MODEL 5 1 H GLN 409 H GLN 409 -9.610 4.420 -6.283 2 HA GLN 409 HA GLN 409 -10.297 5.365 -8.992 3 HB3 GLN 409 1HB GLN 409 -11.006 3.006 -8.484 4 HB2 GLN 409 2HB GLN 409 -12.315 4.090 -8.928 5 HG3 GLN 409 1HG GLN 409 -12.709 4.395 -6.434 6 HG2 GLN 409 2HG GLN 409 -11.637 3.018 -6.203 7 HE21 GLN 409 HE21 GLN 409 -14.660 4.091 -7.511 8 HE22 GLN 409 HE22 GLN 409 -15.390 2.556 -7.663 No H/Q in entry = 8 In of MODEL 5 1 H GLU 410 H GLU 410 -12.119 6.728 -9.184 2 HA GLU 410 HA GLU 410 -12.750 8.344 -6.889 3 HB3 GLU 410 1HB GLU 410 -14.365 9.424 -8.535 4 HB2 GLU 410 2HB GLU 410 -13.650 8.382 -9.755 5 HG3 GLU 410 1HG GLU 410 -12.672 10.540 -9.874 6 HG2 GLU 410 2HG GLU 410 -11.470 9.375 -9.316 No H/Q in entry = 6 In of MODEL 5 1 H LYS 411 H LYS 411 -14.611 8.420 -5.874 2 HA LYS 411 HA LYS 411 -16.521 7.773 -4.885 3 HB3 LYS 411 1HB LYS 411 -18.475 7.930 -6.258 4 HB2 LYS 411 2HB LYS 411 -17.555 7.549 -7.704 5 HG3 LYS 411 1HG LYS 411 -18.111 9.925 -7.582 6 HG2 LYS 411 2HG LYS 411 -16.371 9.662 -7.557 7 HD3 LYS 411 1HD LYS 411 -16.400 9.915 -5.096 8 HD2 LYS 411 2HD LYS 411 -18.123 10.288 -5.183 9 HE3 LYS 411 1HE LYS 411 -15.924 11.841 -6.547 10 HE2 LYS 411 2HE LYS 411 -16.711 12.324 -5.053 11 HZ3 LYS 411 1HZ LYS 411 -18.016 12.050 -7.709 12 HZ2 LYS 411 2HZ LYS 411 -17.671 13.483 -6.928 13 HZ1 LYS 411 3HZ LYS 411 -18.827 12.446 -6.291 No H/Q in entry = 13 In of MODEL 5 1 HA PRO 412 HA PRO 412 -16.034 3.174 -5.189 2 HB3 PRO 412 1HB PRO 412 -15.471 2.562 -3.018 3 HB2 PRO 412 2HB PRO 412 -16.688 3.632 -2.310 4 HG3 PRO 412 1HG PRO 412 -13.955 4.300 -3.354 5 HG2 PRO 412 2HG PRO 412 -14.735 4.830 -1.850 6 HD3 PRO 412 1HD PRO 412 -14.631 6.412 -4.024 7 HD2 PRO 412 2HD PRO 412 -16.033 6.409 -2.937 No H/Q in entry = 7 In of MODEL 5 1 H LYS 413 H LYS 413 -18.304 5.086 -3.243 2 HA LYS 413 HA LYS 413 -20.484 3.708 -4.559 3 HB3 LYS 413 1HB LYS 413 -20.336 2.495 -2.480 4 HB2 LYS 413 2HB LYS 413 -21.751 3.523 -2.407 5 HG3 LYS 413 1HG LYS 413 -20.467 5.141 -1.047 6 HG2 LYS 413 2HG LYS 413 -19.121 4.000 -1.032 7 HD3 LYS 413 1HD LYS 413 -20.523 2.333 0.053 8 HD2 LYS 413 2HD LYS 413 -21.898 3.435 -0.008 9 HE3 LYS 413 1HE LYS 413 -20.949 3.485 2.193 10 HE2 LYS 413 2HE LYS 413 -20.656 5.027 1.398 11 HZ2 LYS 413 1HZ LYS 413 -18.724 4.331 2.553 12 HZ1 LYS 413 2HZ LYS 413 -18.367 4.280 0.921 13 HZ3 LYS 413 3HZ LYS 413 -18.678 2.845 1.771 No H/Q in entry = 13 In of MODEL 5 1 HA PRO 414 HA PRO 414 -21.339 8.131 -4.799 2 HB3 PRO 414 1HB PRO 414 -21.555 8.393 -7.051 3 HB2 PRO 414 2HB PRO 414 -23.036 7.434 -7.056 4 HG3 PRO 414 1HG PRO 414 -20.225 6.585 -7.508 5 HG2 PRO 414 2HG PRO 414 -21.720 5.924 -8.189 6 HD3 PRO 414 1HD PRO 414 -20.360 4.649 -6.283 7 HD2 PRO 414 2HD PRO 414 -22.139 4.613 -6.325 No H/Q in entry = 7 In of MODEL 5 1 H ALA 415 H ALA 415 -23.116 9.293 -4.168 2 HA ALA 415 HA ALA 415 -25.347 7.856 -3.069 3 HB2 ALA 415 1HB ALA 415 -24.414 9.811 -1.917 4 HB3 ALA 415 2HB ALA 415 -26.105 10.085 -2.334 5 HB1 ALA 415 3HB ALA 415 -24.829 10.834 -3.291 No H/Q in entry = 5 In of MODEL 5 1 H SER 416 H SER 416 -24.541 9.379 -5.979 2 HA SER 416 HA SER 416 -27.242 9.723 -6.922 3 HB3 SER 416 1HB SER 416 -26.134 10.598 -8.916 4 HB2 SER 416 2HB SER 416 -24.584 9.973 -8.350 5 HG SER 416 HG SER 416 -24.401 11.593 -7.028 No H/Q in entry = 5 In of MODEL 5 1 H VAL 417 H VAL 417 -27.845 8.616 -9.015 2 HA VAL 417 HA VAL 417 -27.350 5.790 -8.809 3 HB VAL 417 HB VAL 417 -28.947 5.530 -10.649 4 HG11 VAL 417 HG11 VAL 417 -29.837 5.823 -8.420 5 HG13 VAL 417 HG12 VAL 417 -30.916 6.541 -9.618 6 HG12 VAL 417 HG13 VAL 417 -29.870 7.571 -8.642 7 HG21 VAL 417 HG21 VAL 417 -28.294 7.442 -12.037 8 HG23 VAL 417 HG22 VAL 417 -28.946 8.553 -10.834 9 HG22 VAL 417 HG23 VAL 417 -30.028 7.473 -11.711 No H/Q in entry = 9 In of MODEL 5 1 H ASP 418 H ASP 418 -25.866 8.309 -10.321 2 HA ASP 418 HA ASP 418 -24.498 6.579 -12.260 3 HB3 ASP 418 1HB ASP 418 -25.126 9.533 -12.474 4 HB2 ASP 418 2HB ASP 418 -25.971 8.256 -13.334 No H/Q in entry = 4 In of MODEL 5 1 H ALA 419 H ALA 419 -22.303 6.681 -12.162 2 HA ALA 419 HA ALA 419 -21.150 7.755 -9.775 3 HB2 ALA 419 1HB ALA 419 -19.788 6.399 -12.098 4 HB1 ALA 419 2HB ALA 419 -20.459 5.583 -10.686 5 HB3 ALA 419 3HB ALA 419 -19.096 6.687 -10.502 No H/Q in entry = 5 In of MODEL 5 1 H ASN 420 H ASN 420 -21.597 8.931 -12.919 2 HA ASN 420 HA ASN 420 -21.067 10.743 -14.031 3 HB3 ASN 420 1HB ASN 420 -20.099 11.790 -11.371 4 HB2 ASN 420 2HB ASN 420 -21.717 11.978 -12.032 5 HD21 ASN 420 HD21 ASN 420 -22.035 13.386 -13.777 6 HD22 ASN 420 HD22 ASN 420 -20.914 14.640 -14.141 No H/Q in entry = 6 In of MODEL 5 1 H THR 421 H THR 421 -18.306 10.545 -11.828 2 HA THR 421 HA THR 421 -16.630 10.265 -14.169 3 HB THR 421 HB THR 421 -15.000 11.807 -12.760 4 HG22 THR 421 HG21 THR 421 -15.738 13.721 -14.131 5 HG21 THR 421 HG22 THR 421 -17.242 12.876 -14.495 6 HG23 THR 421 HG23 THR 421 -15.705 12.236 -15.078 7 HG1 THR 421 HG1 THR 421 -17.505 12.988 -12.176 No H/Q in entry = 7 In of MODEL 5 1 H LYS 422 H LYS 422 -16.476 8.031 -13.551 2 HA LYS 422 HA LYS 422 -14.991 7.610 -11.122 3 HB3 LYS 422 1HB LYS 422 -16.618 5.885 -11.497 4 HB2 LYS 422 2HB LYS 422 -15.039 5.153 -11.704 5 HG3 LYS 422 1HG LYS 422 -15.324 5.362 -14.171 6 HG2 LYS 422 2HG LYS 422 -16.974 5.909 -13.879 7 HD3 LYS 422 1HD LYS 422 -15.845 3.257 -13.009 8 HD2 LYS 422 2HD LYS 422 -16.886 3.513 -14.403 9 HE3 LYS 422 1HE LYS 422 -18.661 4.345 -12.895 10 HE2 LYS 422 2HE LYS 422 -17.626 4.000 -11.515 11 HZ1 LYS 422 1HZ LYS 422 -17.634 1.654 -12.153 12 HZ3 LYS 422 2HZ LYS 422 -18.649 2.006 -13.449 13 HZ2 LYS 422 3HZ LYS 422 -19.205 2.219 -11.883 No H/Q in entry = 13 In of MODEL 5 1 H LEU 423 H LEU 423 -13.306 8.803 -11.583 2 HA LEU 423 HA LEU 423 -11.546 8.107 -13.795 3 HB3 LEU 423 1HB LEU 423 -10.302 10.100 -13.147 4 HB2 LEU 423 2HB LEU 423 -11.310 10.295 -11.730 5 HG LEU 423 HG LEU 423 -13.245 10.751 -13.162 6 HD11 LEU 423 HD11 LEU 423 -10.841 12.459 -13.770 7 HD13 LEU 423 HD12 LEU 423 -11.893 12.609 -12.365 8 HD12 LEU 423 HD13 LEU 423 -12.522 12.943 -13.978 9 HD23 LEU 423 HD21 LEU 423 -12.919 11.132 -15.562 10 HD22 LEU 423 HD22 LEU 423 -12.626 9.454 -15.116 11 HD21 LEU 423 HD23 LEU 423 -11.265 10.533 -15.427 No H/Q in entry = 11 In of MODEL 5 1 H THR 424 H THR 424 -9.373 7.529 -13.422 2 HA THR 424 HA THR 424 -8.955 6.181 -10.921 3 HB THR 424 HB THR 424 -7.036 6.481 -13.179 4 HG21 THR 424 HG21 THR 424 -6.182 5.487 -11.130 5 HG23 THR 424 HG22 THR 424 -6.239 4.272 -12.405 6 HG22 THR 424 HG23 THR 424 -7.473 4.287 -11.144 7 HG1 THR 424 HG1 THR 424 -8.634 4.176 -12.998 No H/Q in entry = 7 In of MODEL 5 1 H ARG 425 H ARG 425 -7.725 6.992 -9.382 2 HA ARG 425 HA ARG 425 -6.266 9.497 -9.832 3 HB3 ARG 425 1HB ARG 425 -6.168 9.563 -7.360 4 HB2 ARG 425 2HB ARG 425 -7.028 8.030 -7.297 5 HG3 ARG 425 1HG ARG 425 -8.651 9.690 -6.877 6 HG2 ARG 425 2HG ARG 425 -8.841 9.133 -8.558 7 HD3 ARG 425 1HD ARG 425 -7.715 11.041 -9.415 8 HD2 ARG 425 2HD ARG 425 -7.350 11.628 -7.790 9 HE ARG 425 HE ARG 425 -10.016 11.352 -7.806 10 HH11 ARG 425 HH11 ARG 425 -7.762 13.175 -9.858 11 HH12 ARG 425 HH12 ARG 425 -8.901 14.370 -10.276 12 HH21 ARG 425 HH21 ARG 425 -11.567 12.978 -8.443 13 HH22 ARG 425 HH22 ARG 425 -11.074 14.272 -9.468 No H/Q in entry = 13 In of MODEL 5 1 H SER 426 H SER 426 -4.024 9.432 -9.398 2 HA SER 426 HA SER 426 -3.013 6.898 -8.525 3 HB3 SER 426 1HB SER 426 -3.050 6.627 -10.928 4 HB2 SER 426 2HB SER 426 -1.371 6.869 -10.434 5 HG SER 426 HG SER 426 -2.563 8.102 -12.271 No H/Q in entry = 5 In of MODEL 5 1 H LEU 427 H LEU 427 -0.767 7.088 -7.940 2 HA LEU 427 HA LEU 427 0.239 9.787 -7.785 3 HB3 LEU 427 1HB LEU 427 -0.069 8.021 -5.364 4 HB2 LEU 427 2HB LEU 427 -1.153 9.330 -5.760 5 HG LEU 427 HG LEU 427 1.735 9.571 -4.936 6 HD13 LEU 427 HD11 LEU 427 1.244 11.255 -6.647 7 HD12 LEU 427 HD12 LEU 427 1.367 12.004 -5.056 8 HD11 LEU 427 HD13 LEU 427 -0.216 11.720 -5.782 9 HD21 LEU 427 HD21 LEU 427 0.144 9.096 -3.160 10 HD23 LEU 427 HD22 LEU 427 -0.849 10.461 -3.674 11 HD22 LEU 427 HD23 LEU 427 0.778 10.735 -3.046 No H/Q in entry = 11 In of MODEL 5 1 HA PRO 428 HA PRO 428 3.751 7.152 -8.869 2 HB3 PRO 428 1HB PRO 428 4.938 8.527 -10.263 3 HB2 PRO 428 2HB PRO 428 5.212 9.698 -8.972 4 HG3 PRO 428 1HG PRO 428 2.917 9.466 -10.871 5 HG2 PRO 428 2HG PRO 428 3.723 10.925 -10.262 6 HD3 PRO 428 1HD PRO 428 1.364 10.155 -9.327 7 HD2 PRO 428 2HD PRO 428 2.598 10.841 -8.234 No H/Q in entry = 7 In of MODEL 5 1 H CYS 429 H CYS 429 5.189 6.254 -7.535 2 HA CYS 429 HA CYS 429 5.893 7.709 -5.079 3 HB3 CYS 429 1HB CYS 429 5.184 5.996 -3.838 4 HB2 CYS 429 2HB CYS 429 5.815 4.801 -4.958 5 HG CYS 429 HG CYS 429 3.029 6.348 -6.079 No H/Q in entry = 5 In of MODEL 5 1 H GLN 430 H GLN 430 7.914 7.117 -4.226 2 HA GLN 430 HA GLN 430 9.660 5.492 -5.933 3 HB3 GLN 430 1HB GLN 430 11.501 6.723 -4.882 4 HB2 GLN 430 2HB GLN 430 10.364 7.621 -3.887 5 HG3 GLN 430 1HG GLN 430 9.414 8.594 -5.962 6 HG2 GLN 430 2HG GLN 430 10.693 7.798 -6.873 7 HE21 GLN 430 HE21 GLN 430 12.677 8.226 -4.747 8 HE22 GLN 430 HE22 GLN 430 13.072 9.886 -4.817 No H/Q in entry = 8 In of MODEL 5 1 H VAL 431 H VAL 431 10.311 3.619 -4.923 2 HA VAL 431 HA VAL 431 9.641 3.408 -2.092 3 HB VAL 431 HB VAL 431 9.542 1.166 -4.126 4 HG13 VAL 431 HG11 VAL 431 8.373 -0.077 -2.387 5 HG12 VAL 431 HG12 VAL 431 8.579 1.278 -1.281 6 HG11 VAL 431 HG13 VAL 431 9.992 0.403 -1.873 7 HG23 VAL 431 HG21 VAL 431 7.091 1.317 -3.920 8 HG22 VAL 431 HG22 VAL 431 7.808 2.753 -4.656 9 HG21 VAL 431 HG23 VAL 431 7.289 2.791 -2.973 No H/Q in entry = 9 In of MODEL 5 1 H TYR 432 H TYR 432 11.220 3.037 -0.905 2 HA TYR 432 HA TYR 432 13.663 1.800 -1.936 3 HB3 TYR 432 1HB TYR 432 14.805 2.994 -0.081 4 HB2 TYR 432 2HB TYR 432 13.278 3.750 0.364 5 HH TYR 432 HH TYR 432 15.248 7.181 -4.904 6 HD1 TYR 432 1HD TYR 432 15.990 3.683 -2.057 7 HE1 TYR 432 1HE TYR 432 16.455 5.505 -3.650 8 HE2 TYR 432 2HE TYR 432 12.780 7.375 -2.563 9 HD2 TYR 432 2HD TYR 432 12.335 5.546 -0.975 No H/Q in entry = 9 In of MODEL 5 1 H VAL 433 H VAL 433 14.622 0.312 -0.404 2 HA VAL 433 HA VAL 433 12.621 -0.627 1.506 3 HB VAL 433 HB VAL 433 13.432 -2.954 1.143 4 HG13 VAL 433 HG11 VAL 433 12.189 -3.344 -0.902 5 HG12 VAL 433 HG12 VAL 433 12.379 -1.649 -1.348 6 HG11 VAL 433 HG13 VAL 433 11.404 -2.070 0.044 7 HG21 VAL 433 HG21 VAL 433 14.911 -1.715 -1.180 8 HG23 VAL 433 HG22 VAL 433 14.656 -3.443 -0.968 9 HG22 VAL 433 HG23 VAL 433 15.617 -2.541 0.208 No H/Q in entry = 9 In of MODEL 5 1 H ASN 434 H ASN 434 13.246 -1.236 3.409 2 HA ASN 434 HA ASN 434 16.025 -0.777 4.009 3 HB3 ASN 434 1HB ASN 434 13.643 -0.864 5.917 4 HB2 ASN 434 2HB ASN 434 14.591 0.523 5.442 5 HD21 ASN 434 HD21 ASN 434 16.601 0.892 6.353 6 HD22 ASN 434 HD22 ASN 434 17.152 0.005 7.721 No H/Q in entry = 6 In of MODEL 5 1 H HIS 435 H HIS 435 17.292 -2.165 4.708 2 HA HIS 435 HA HIS 435 17.617 -4.411 3.544 3 HB3 HIS 435 1HB HIS 435 19.162 -5.069 5.597 4 HB2 HIS 435 2HB HIS 435 18.766 -3.433 6.093 5 HD1 HIS 435 HD1 HIS 435 19.871 -1.443 4.683 6 HD2 HIS 435 2HD HIS 435 20.750 -5.292 3.340 7 HE1 HIS 435 1HE HIS 435 21.773 -1.213 3.072 No H/Q in entry = 7 In of MODEL 5 1 H GLY 436 H GLY 436 18.003 -6.675 4.350 2 HA2 GLY 436 1HA GLY 436 15.821 -7.645 6.085 3 HA3 GLY 436 2HA GLY 436 17.288 -8.545 5.679 No H/Q in entry = 3 In of MODEL 5 1 H GLU 437 H GLU 437 16.473 -6.939 3.047 2 HA GLU 437 HA GLU 437 14.396 -8.698 2.063 3 HB3 GLU 437 1HB GLU 437 13.656 -6.556 1.736 4 HB2 GLU 437 2HB GLU 437 14.404 -6.911 0.193 5 HG3 GLU 437 1HG GLU 437 15.507 -5.191 2.405 6 HG2 GLU 437 2HG GLU 437 14.994 -4.684 0.804 No H/Q in entry = 6 In of MODEL 5 1 H ASN 438 H ASN 438 14.483 -9.526 -0.023 2 HA ASN 438 HA ASN 438 16.575 -8.951 -1.833 3 HB3 ASN 438 1HB ASN 438 16.251 -11.817 -0.854 4 HB2 ASN 438 2HB ASN 438 17.671 -10.824 -0.561 5 HD21 ASN 438 HD21 ASN 438 19.078 -10.373 -2.304 6 HD22 ASN 438 HD22 ASN 438 19.042 -11.310 -3.756 No H/Q in entry = 6 In of MODEL 5 1 H LEU 439 H LEU 439 14.977 -8.245 -3.133 2 HA LEU 439 HA LEU 439 13.307 -10.306 -4.230 3 HB3 LEU 439 1HB LEU 439 11.861 -9.239 -2.555 4 HB2 LEU 439 2HB LEU 439 11.271 -9.015 -4.179 5 HG LEU 439 HG LEU 439 12.085 -6.654 -4.126 6 HD11 LEU 439 HD11 LEU 439 9.784 -7.258 -3.665 7 HD13 LEU 439 HD12 LEU 439 10.284 -5.880 -2.685 8 HD12 LEU 439 HD13 LEU 439 10.169 -7.486 -1.960 9 HD22 LEU 439 HD21 LEU 439 13.781 -6.848 -2.340 10 HD21 LEU 439 HD22 LEU 439 12.490 -7.219 -1.188 11 HD23 LEU 439 HD23 LEU 439 12.546 -5.638 -1.967 No H/Q in entry = 11 In of MODEL 5 1 H LYS 440 H LYS 440 12.933 -10.075 -6.380 2 HA LYS 440 HA LYS 440 14.326 -7.842 -7.618 3 HB3 LYS 440 1HB LYS 440 13.898 -9.051 -9.753 4 HB2 LYS 440 2HB LYS 440 13.238 -10.388 -8.827 5 HG3 LYS 440 1HG LYS 440 15.386 -10.746 -7.754 6 HG2 LYS 440 2HG LYS 440 16.069 -9.371 -8.621 7 HD3 LYS 440 1HD LYS 440 14.934 -11.865 -9.914 8 HD2 LYS 440 2HD LYS 440 16.651 -11.526 -9.695 9 HE3 LYS 440 1HE LYS 440 16.486 -9.578 -11.124 10 HE2 LYS 440 2HE LYS 440 14.748 -9.804 -11.301 11 HZ1 LYS 440 1HZ LYS 440 15.217 -11.953 -12.351 12 HZ3 LYS 440 2HZ LYS 440 16.868 -11.556 -12.372 13 HZ2 LYS 440 3HZ LYS 440 15.747 -10.612 -13.208 No H/Q in entry = 13 In of MODEL 5 1 H THR 441 H THR 441 13.206 -6.122 -8.191 2 HA THR 441 HA THR 441 10.348 -6.261 -8.164 3 HB THR 441 HB THR 441 10.510 -3.773 -8.523 4 HG22 THR 441 HG21 THR 441 11.560 -3.344 -6.281 5 HG21 THR 441 HG22 THR 441 12.130 -5.011 -6.290 6 HG23 THR 441 HG23 THR 441 10.402 -4.673 -6.278 7 HG1 THR 441 HG1 THR 441 12.943 -3.203 -7.993 No H/Q in entry = 7 In of MODEL 5 1 H GLU 442 H GLU 442 12.447 -7.124 -10.341 2 HA GLU 442 HA GLU 442 11.738 -6.148 -12.843 3 HB3 GLU 442 1HB GLU 442 12.454 -8.969 -12.051 4 HB2 GLU 442 2HB GLU 442 13.615 -7.682 -12.287 5 HG3 GLU 442 1HG GLU 442 13.045 -7.554 -14.641 6 HG2 GLU 442 2HG GLU 442 11.841 -8.830 -14.420 No H/Q in entry = 6 In of MODEL 5 1 H GLN 443 H GLN 443 10.143 -8.437 -10.715 2 HA GLN 443 HA GLN 443 8.203 -9.204 -12.745 3 HB3 GLN 443 1HB GLN 443 7.323 -10.746 -11.033 4 HB2 GLN 443 2HB GLN 443 8.448 -10.087 -9.862 5 HG3 GLN 443 1HG GLN 443 9.220 -12.223 -10.732 6 HG2 GLN 443 2HG GLN 443 10.328 -10.922 -11.144 7 HE21 GLN 443 HE21 GLN 443 7.293 -11.468 -12.853 8 HE22 GLN 443 HE22 GLN 443 8.036 -11.962 -14.320 No H/Q in entry = 8 In of MODEL 5 1 H TRP 444 H TRP 444 8.505 -6.561 -10.977 2 HA TRP 444 HA TRP 444 5.810 -6.466 -9.925 3 HB3 TRP 444 1HB TRP 444 6.595 -4.140 -9.152 4 HB2 TRP 444 2HB TRP 444 8.199 -4.665 -9.634 5 HD1 TRP 444 HD TRP 444 7.698 -7.754 -8.486 6 HE3 TRP 444 3HE TRP 444 7.136 -2.893 -7.014 7 HE1 TRP 444 HE1 TRP 444 7.898 -8.067 -5.942 8 HZ3 TRP 444 3HZ TRP 444 7.225 -2.366 -4.624 9 HZ2 TRP 444 2HZ TRP 444 7.812 -6.507 -3.656 10 HH2 TRP 444 HH TRP 444 7.582 -4.156 -2.950 No H/Q in entry = 10 In of MODEL 5 1 HA PRO 445 HA PRO 445 4.480 -4.332 -13.620 2 HB3 PRO 445 1HB PRO 445 2.349 -5.164 -13.322 3 HB2 PRO 445 2HB PRO 445 2.028 -3.578 -12.618 4 HG3 PRO 445 1HG PRO 445 1.667 -5.857 -11.230 5 HG2 PRO 445 2HG PRO 445 2.198 -4.353 -10.461 6 HD3 PRO 445 1HD PRO 445 3.763 -6.790 -11.117 7 HD2 PRO 445 2HD PRO 445 3.952 -5.627 -9.789 No H/Q in entry = 7 In of MODEL 5 1 H GLN 446 H GLN 446 3.802 -2.127 -14.115 2 HA GLN 446 HA GLN 446 5.322 -0.240 -12.569 3 HB3 GLN 446 1HB GLN 446 4.647 1.370 -14.289 4 HB2 GLN 446 2HB GLN 446 3.525 0.190 -14.950 5 HG3 GLN 446 1HG GLN 446 5.421 -1.296 -15.449 6 HG2 GLN 446 2HG GLN 446 6.523 -0.047 -14.870 7 HE21 GLN 446 HE21 GLN 446 6.768 1.841 -16.065 8 HE22 GLN 446 HE22 GLN 446 6.291 1.931 -17.711 No H/Q in entry = 8 In of MODEL 5 1 H LYS 447 H LYS 447 2.017 -1.144 -12.802 2 HA LYS 447 HA LYS 447 1.259 1.139 -11.137 3 HB3 LYS 447 1HB LYS 447 -1.053 0.673 -11.890 4 HB2 LYS 447 2HB LYS 447 -0.415 -0.516 -13.005 5 HG3 LYS 447 1HG LYS 447 0.741 1.177 -14.252 6 HG2 LYS 447 2HG LYS 447 0.268 2.408 -13.069 7 HD3 LYS 447 1HD LYS 447 -2.110 1.819 -13.553 8 HD2 LYS 447 2HD LYS 447 -1.535 0.795 -14.863 9 HE3 LYS 447 1HE LYS 447 -0.688 2.633 -16.065 10 HE2 LYS 447 2HE LYS 447 -0.890 3.719 -14.684 11 HZ1 LYS 447 1HZ LYS 447 -3.115 2.395 -16.156 12 HZ3 LYS 447 2HZ LYS 447 -2.689 4.024 -16.295 13 HZ2 LYS 447 3HZ LYS 447 -3.242 3.416 -14.822 No H/Q in entry = 13 In of MODEL 5 1 H LEU 448 H LEU 448 0.594 0.718 -9.190 2 HA LEU 448 HA LEU 448 -0.278 -1.996 -8.539 3 HB3 LEU 448 1HB LEU 448 0.486 -1.553 -6.209 4 HB2 LEU 448 2HB LEU 448 1.208 -0.061 -6.770 5 HG LEU 448 HG LEU 448 2.869 -1.251 -8.048 6 HD13 LEU 448 HD11 LEU 448 3.995 -2.515 -6.364 7 HD12 LEU 448 HD12 LEU 448 2.525 -2.559 -5.390 8 HD11 LEU 448 HD13 LEU 448 3.327 -1.020 -5.707 9 HD21 LEU 448 HD21 LEU 448 1.367 -3.740 -7.336 10 HD23 LEU 448 HD22 LEU 448 2.892 -3.643 -8.216 11 HD22 LEU 448 HD23 LEU 448 1.422 -2.991 -8.935 No H/Q in entry = 11 In of MODEL 5 1 H ILE 449 H ILE 449 -1.968 -2.217 -7.039 2 HA ILE 449 HA ILE 449 -3.801 0.054 -7.225 3 HB ILE 449 HB ILE 449 -4.350 -2.842 -6.489 4 HG12 ILE 449 HG12 ILE 449 -4.831 -1.453 -9.137 5 HG22 ILE 449 HG21 ILE 449 -6.225 -0.586 -7.243 6 HG21 ILE 449 HG22 ILE 449 -6.021 -1.267 -5.628 7 HG23 ILE 449 HG23 ILE 449 -6.705 -2.252 -6.924 8 HD11 ILE 449 HD11 ILE 449 -6.414 -3.245 -8.723 9 HD13 ILE 449 HD12 ILE 449 -5.077 -4.358 -8.424 10 HD12 ILE 449 HD13 ILE 449 -5.293 -3.645 -10.024 11 HG13 ILE 449 HG11 ILE 449 -3.492 -2.551 -8.822 No H/Q in entry = 11 In of MODEL 5 1 H MET 450 H MET 450 -4.177 1.198 -5.411 2 HA MET 450 HA MET 450 -3.187 0.062 -2.897 3 HB3 MET 450 1HB MET 450 -3.877 2.933 -3.583 4 HB2 MET 450 2HB MET 450 -2.252 2.269 -3.570 5 HG3 MET 450 1HG MET 450 -2.493 1.808 -1.152 6 HG2 MET 450 2HG MET 450 -4.078 2.571 -1.189 7 HE1 MET 450 1HE MET 450 -3.814 5.235 -2.978 8 HE3 MET 450 2HE MET 450 -3.226 6.357 -1.764 9 HE2 MET 450 3HE MET 450 -4.479 5.213 -1.353 No H/Q in entry = 9 In of MODEL 5 1 H GLN 451 H GLN 451 -4.605 -0.463 -1.313 2 HA GLN 451 HA GLN 451 -7.365 0.454 -1.668 3 HB3 GLN 451 1HB GLN 451 -6.416 -2.197 -0.580 4 HB2 GLN 451 2HB GLN 451 -6.978 -1.948 -2.223 5 HG3 GLN 451 1HG GLN 451 -9.178 -1.289 -1.344 6 HG2 GLN 451 2HG GLN 451 -8.596 -1.636 0.287 7 HE21 GLN 451 HE21 GLN 451 -10.732 -2.848 -1.365 8 HE22 GLN 451 HE22 GLN 451 -10.379 -4.541 -1.352 No H/Q in entry = 8 In of MODEL 5 1 H LEU 452 H LEU 452 -7.927 1.742 -0.049 2 HA LEU 452 HA LEU 452 -6.308 1.761 2.353 3 HB3 LEU 452 1HB LEU 452 -7.454 3.881 2.880 4 HB2 LEU 452 2HB LEU 452 -8.453 3.696 1.456 5 HG LEU 452 HG LEU 452 -6.404 3.864 0.041 6 HD13 LEU 452 HD11 LEU 452 -6.012 6.226 0.333 7 HD12 LEU 452 HD12 LEU 452 -6.689 6.161 1.951 8 HD11 LEU 452 HD13 LEU 452 -7.729 5.872 0.550 9 HD23 LEU 452 HD21 LEU 452 -4.313 4.647 1.070 10 HD22 LEU 452 HD22 LEU 452 -4.758 3.031 1.601 11 HD21 LEU 452 HD23 LEU 452 -5.027 4.412 2.665 No H/Q in entry = 11 In of MODEL 5 1 H ILE 453 H ILE 453 -6.828 0.772 4.020 2 HA ILE 453 HA ILE 453 -9.597 -0.068 4.563 3 HB ILE 453 HB ILE 453 -8.547 -2.081 5.650 4 HG12 ILE 453 HG12 ILE 453 -6.031 -1.091 4.268 5 HG23 ILE 453 HG21 ILE 453 -9.521 -2.277 3.429 6 HG22 ILE 453 HG22 ILE 453 -8.088 -3.297 3.552 7 HG21 ILE 453 HG23 ILE 453 -8.004 -1.758 2.698 8 HD12 ILE 453 HD11 ILE 453 -4.863 -2.943 5.254 9 HD11 ILE 453 HD12 ILE 453 -6.141 -3.536 4.192 10 HD13 ILE 453 HD13 ILE 453 -6.360 -3.566 5.939 11 HG13 ILE 453 HG11 ILE 453 -6.300 -1.133 6.001 No H/Q in entry = 11 In of MODEL 5 1 HA PRO 454 HA PRO 454 -8.942 1.871 8.540 2 HB3 PRO 454 1HB PRO 454 -10.668 1.175 9.900 3 HB2 PRO 454 2HB PRO 454 -10.036 -0.471 9.975 4 HG3 PRO 454 1HG PRO 454 -11.780 0.800 7.895 5 HG2 PRO 454 2HG PRO 454 -11.915 -0.810 8.624 6 HD3 PRO 454 1HD PRO 454 -10.862 -0.536 6.190 7 HD2 PRO 454 2HD PRO 454 -10.127 -1.650 7.358 No H/Q in entry = 7 In of MODEL 5 1 H GLN 455 H GLN 455 -7.192 2.058 9.743 2 HA GLN 455 HA GLN 455 -5.039 0.256 9.569 3 HB3 GLN 455 1HB GLN 455 -5.473 2.560 11.461 4 HB2 GLN 455 2HB GLN 455 -4.828 2.689 9.838 5 HG3 GLN 455 1HG GLN 455 -2.865 1.463 10.461 6 HG2 GLN 455 2HG GLN 455 -3.518 1.183 12.077 7 HE21 GLN 455 HE21 GLN 455 -2.192 3.552 9.903 8 HE22 GLN 455 HE22 GLN 455 -1.842 4.732 11.109 No H/Q in entry = 8 In of MODEL 5 1 H GLN 456 H GLN 456 -7.431 0.809 12.024 2 HA GLN 456 HA GLN 456 -6.127 -0.541 14.129 3 HB3 GLN 456 1HB GLN 456 -8.296 -0.488 15.278 4 HB2 GLN 456 2HB GLN 456 -9.072 -0.018 13.773 5 HG3 GLN 456 1HG GLN 456 -7.912 2.074 13.754 6 HG2 GLN 456 2HG GLN 456 -6.944 1.595 15.148 7 HE21 GLN 456 HE21 GLN 456 -10.078 2.613 14.063 8 HE22 GLN 456 HE22 GLN 456 -10.730 2.954 15.612 No H/Q in entry = 8 In of MODEL 5 1 H LEU 457 H LEU 457 -7.835 -1.740 11.434 2 HA LEU 457 HA LEU 457 -8.505 -4.263 12.698 3 HB3 LEU 457 1HB LEU 457 -9.411 -4.852 10.472 4 HB2 LEU 457 2HB LEU 457 -8.827 -3.313 9.873 5 HG LEU 457 HG LEU 457 -10.375 -2.110 11.291 6 HD13 LEU 457 HD11 LEU 457 -12.454 -2.804 10.218 7 HD12 LEU 457 HD12 LEU 457 -11.691 -4.324 9.750 8 HD11 LEU 457 HD13 LEU 457 -11.102 -2.803 9.081 9 HD22 LEU 457 HD21 LEU 457 -10.469 -3.650 13.195 10 HD21 LEU 457 HD22 LEU 457 -11.322 -4.829 12.197 11 HD23 LEU 457 HD23 LEU 457 -12.085 -3.290 12.589 No H/Q in entry = 11 In of MODEL 5 1 H LEU 458 H LEU 458 -5.763 -2.963 11.466 2 HA LEU 458 HA LEU 458 -4.802 -5.229 9.973 3 HB3 LEU 458 1HB LEU 458 -3.432 -2.694 10.893 4 HB2 LEU 458 2HB LEU 458 -4.188 -2.982 9.334 5 HG LEU 458 HG LEU 458 -1.746 -4.438 10.293 6 HD12 LEU 458 HD11 LEU 458 -3.105 -4.316 7.610 7 HD11 LEU 458 HD12 LEU 458 -3.090 -5.693 8.715 8 HD13 LEU 458 HD13 LEU 458 -1.593 -5.153 7.965 9 HD22 LEU 458 HD21 LEU 458 -0.529 -3.019 8.692 10 HD21 LEU 458 HD22 LEU 458 -1.270 -2.053 9.965 11 HD23 LEU 458 HD23 LEU 458 -2.005 -2.116 8.369 No H/Q in entry = 11 In of MODEL 5 1 H THR 459 H THR 459 -4.959 -4.344 13.222 2 HA THR 459 HA THR 459 -2.605 -5.227 14.367 3 HB THR 459 HB THR 459 -5.401 -5.308 15.515 4 HG23 THR 459 HG21 THR 459 -3.733 -6.446 16.940 5 HG22 THR 459 HG22 THR 459 -4.266 -4.934 17.675 6 HG21 THR 459 HG23 THR 459 -2.699 -5.020 16.870 7 HG1 THR 459 HG1 THR 459 -3.450 -3.242 15.548 No H/Q in entry = 7 In of MODEL 5 1 H THR 460 H THR 460 -5.269 -7.177 13.096 2 HA THR 460 HA THR 460 -4.725 -9.488 14.627 3 HB THR 460 HB THR 460 -6.112 -10.588 12.775 4 HG21 THR 460 HG21 THR 460 -7.261 -8.216 14.255 5 HG23 THR 460 HG22 THR 460 -7.085 -9.847 14.908 6 HG22 THR 460 HG23 THR 460 -8.195 -9.543 13.570 7 HG1 THR 460 HG1 THR 460 -6.670 -9.374 11.134 No H/Q in entry = 7 In of MODEL 5 1 H LEU 461 H LEU 461 -3.179 -8.075 11.916 2 HA LEU 461 HA LEU 461 -1.965 -10.617 11.125 3 HB3 LEU 461 1HB LEU 461 -1.098 -9.362 9.198 4 HB2 LEU 461 2HB LEU 461 -1.857 -7.910 9.817 5 HG LEU 461 HG LEU 461 -4.066 -8.921 9.516 6 HD13 LEU 461 HD11 LEU 461 -3.145 -7.595 7.745 7 HD12 LEU 461 HD12 LEU 461 -4.090 -8.930 7.085 8 HD11 LEU 461 HD13 LEU 461 -2.324 -9.004 7.076 9 HD21 LEU 461 HD21 LEU 461 -3.464 -11.273 9.830 10 HD23 LEU 461 HD22 LEU 461 -2.560 -11.248 8.315 11 HD22 LEU 461 HD23 LEU 461 -4.308 -11.025 8.304 No H/Q in entry = 11 In of MODEL 5 1 H GLY 462 H GLY 462 -1.403 -8.623 13.455 2 HA2 GLY 462 1HA GLY 462 0.430 -8.213 14.800 3 HA3 GLY 462 2HA GLY 462 1.099 -7.499 13.343 No H/Q in entry = 3 In of MODEL 5 1 HA PRO 463 HA PRO 463 3.295 -11.656 14.740 2 HB3 PRO 463 1HB PRO 463 1.951 -13.266 15.622 3 HB2 PRO 463 2HB PRO 463 1.919 -13.933 13.988 4 HG3 PRO 463 1HG PRO 463 -0.332 -13.204 15.231 5 HG2 PRO 463 2HG PRO 463 -0.119 -12.945 13.490 6 HD3 PRO 463 1HD PRO 463 0.143 -10.989 15.740 7 HD2 PRO 463 2HD PRO 463 -0.639 -10.784 14.157 No H/Q in entry = 7 In of MODEL 5 1 H LEU 464 H LEU 464 1.469 -11.192 11.834 2 HA LEU 464 HA LEU 464 3.122 -12.922 10.246 3 HB3 LEU 464 1HB LEU 464 1.074 -10.860 9.425 4 HB2 LEU 464 2HB LEU 464 0.751 -12.557 9.696 5 HG LEU 464 HG LEU 464 2.426 -11.413 7.459 6 HD12 LEU 464 HD11 LEU 464 2.484 -13.715 6.616 7 HD11 LEU 464 HD12 LEU 464 1.671 -14.270 8.080 8 HD13 LEU 464 HD13 LEU 464 3.291 -13.584 8.176 9 HD22 LEU 464 HD21 LEU 464 0.624 -12.167 6.038 10 HD21 LEU 464 HD22 LEU 464 -0.017 -11.073 7.279 11 HD23 LEU 464 HD23 LEU 464 -0.237 -12.811 7.433 No H/Q in entry = 11 In of MODEL 5 1 H PHE 465 H PHE 465 2.893 -9.520 11.001 2 HA PHE 465 HA PHE 465 4.819 -8.618 9.126 3 HB3 PHE 465 1HB PHE 465 4.908 -6.544 10.616 4 HB2 PHE 465 2HB PHE 465 3.664 -7.322 11.586 5 HZ PHE 465 HZ PHE 465 0.362 -5.331 7.276 6 HD1 PHE 465 1HD PHE 465 1.417 -7.071 11.017 7 HE1 PHE 465 1HE PHE 465 -0.292 -6.188 9.498 8 HE2 PHE 465 2HE PHE 465 2.717 -5.359 6.596 9 HD2 PHE 465 2HD PHE 465 4.421 -6.246 8.120 No H/Q in entry = 9 In of MODEL 5 1 H ARG 466 H ARG 466 5.148 -10.320 11.960 2 HA ARG 466 HA ARG 466 7.582 -9.389 12.956 3 HB3 ARG 466 1HB ARG 466 7.932 -11.814 13.753 4 HB2 ARG 466 2HB ARG 466 6.347 -12.116 13.064 5 HG3 ARG 466 1HG ARG 466 5.342 -10.496 14.527 6 HG2 ARG 466 2HG ARG 466 6.924 -10.050 15.172 7 HD3 ARG 466 1HD ARG 466 7.188 -12.427 15.929 8 HD2 ARG 466 2HD ARG 466 5.506 -12.686 15.471 9 HE ARG 466 HE ARG 466 5.386 -10.539 17.082 10 HH11 ARG 466 HH11 ARG 466 6.590 -13.842 17.477 11 HH12 ARG 466 HH12 ARG 466 6.495 -13.797 19.189 12 HH21 ARG 466 HH21 ARG 466 5.239 -10.528 19.431 13 HH22 ARG 466 HH22 ARG 466 5.700 -11.922 20.294 No H/Q in entry = 13 In of MODEL 5 1 H ASN 467 H ASN 467 6.995 -11.359 10.151 2 HA ASN 467 HA ASN 467 9.873 -11.159 9.634 3 HB3 ASN 467 1HB ASN 467 8.154 -13.470 8.678 4 HB2 ASN 467 2HB ASN 467 9.176 -13.551 10.109 5 HD21 ASN 467 HD21 ASN 467 10.322 -15.260 9.129 6 HD22 ASN 467 HD22 ASN 467 11.515 -14.975 7.918 No H/Q in entry = 6 In of MODEL 5 1 H SER 468 H SER 468 9.733 -9.425 8.379 2 HA SER 468 HA SER 468 8.739 -9.768 5.769 3 HB3 SER 468 1HB SER 468 7.367 -7.651 5.782 4 HB2 SER 468 2HB SER 468 7.444 -7.670 7.548 5 HG SER 468 HG SER 468 6.674 -10.014 7.018 No H/Q in entry = 5 In of MODEL 5 1 H ARG 469 H ARG 469 9.087 -7.612 4.602 2 HA ARG 469 HA ARG 469 11.854 -6.845 5.168 3 HB3 ARG 469 1HB ARG 469 11.982 -6.523 2.710 4 HB2 ARG 469 2HB ARG 469 10.310 -7.059 2.575 5 HG3 ARG 469 1HG ARG 469 10.961 -9.210 3.579 6 HG2 ARG 469 2HG ARG 469 12.642 -8.688 3.572 7 HD3 ARG 469 1HD ARG 469 12.331 -10.060 1.698 8 HD2 ARG 469 2HD ARG 469 12.449 -8.409 1.090 9 HE ARG 469 HE ARG 469 9.835 -8.677 1.241 10 HH11 ARG 469 HH11 ARG 469 12.239 -11.056 0.072 11 HH12 ARG 469 HH12 ARG 469 11.219 -11.700 -1.106 12 HH21 ARG 469 HH21 ARG 469 8.411 -9.680 -0.451 13 HH22 ARG 469 HH22 ARG 469 9.102 -10.933 -1.404 No H/Q in entry = 13 In of MODEL 5 1 H MET 470 H MET 470 12.345 -4.419 4.924 2 HA MET 470 HA MET 470 9.864 -3.046 5.610 3 HB3 MET 470 1HB MET 470 11.544 -1.322 6.379 4 HB2 MET 470 2HB MET 470 12.771 -2.494 5.884 5 HG3 MET 470 1HG MET 470 12.629 -2.724 8.199 6 HG2 MET 470 2HG MET 470 11.817 -4.095 7.412 7 HE2 MET 470 1HE MET 470 10.050 -0.606 7.584 8 HE1 MET 470 2HE MET 470 11.088 -0.568 9.010 9 HE3 MET 470 3HE MET 470 9.334 -0.661 9.193 No H/Q in entry = 9 In of MODEL 5 1 H VAL 471 H VAL 471 9.241 -1.256 4.473 2 HA VAL 471 HA VAL 471 10.845 -0.490 2.166 3 HB VAL 471 HB VAL 471 8.965 -0.435 0.699 4 HG11 VAL 471 HG11 VAL 471 9.899 -2.668 0.942 5 HG13 VAL 471 HG12 VAL 471 8.168 -2.749 0.629 6 HG12 VAL 471 HG13 VAL 471 8.792 -2.980 2.264 7 HG23 VAL 471 HG21 VAL 471 6.666 -1.080 1.402 8 HG22 VAL 471 HG22 VAL 471 7.250 0.413 2.147 9 HG21 VAL 471 HG23 VAL 471 7.238 -1.082 3.075 No H/Q in entry = 9 In of MODEL 5 1 H GLN 472 H GLN 472 10.477 1.633 1.480 2 HA GLN 472 HA GLN 472 9.038 3.350 3.339 3 HB3 GLN 472 1HB GLN 472 11.827 3.800 2.248 4 HB2 GLN 472 2HB GLN 472 11.424 3.435 3.917 5 HG3 GLN 472 1HG GLN 472 10.170 5.570 4.032 6 HG2 GLN 472 2HG GLN 472 10.733 5.946 2.406 7 HE21 GLN 472 HE21 GLN 472 11.229 7.367 4.888 8 HE22 GLN 472 HE22 GLN 472 12.933 7.421 5.082 No H/Q in entry = 8 In of MODEL 5 1 H PHE 473 H PHE 473 7.769 4.701 2.344 2 HA PHE 473 HA PHE 473 7.911 4.901 -0.573 3 HB3 PHE 473 1HB PHE 473 5.414 5.593 -0.180 4 HB2 PHE 473 2HB PHE 473 5.626 4.709 1.324 5 HZ PHE 473 HZ PHE 473 4.770 0.236 -2.153 6 HD1 PHE 473 1HD PHE 473 6.422 2.258 1.204 7 HE1 PHE 473 1HE PHE 473 5.854 0.175 0.041 8 HE2 PHE 473 2HE PHE 473 4.257 2.381 -3.214 9 HD2 PHE 473 2HD PHE 473 4.816 4.473 -2.071 No H/Q in entry = 9 In of MODEL 5 1 H HIS 474 H HIS 474 8.359 6.785 -1.332 2 HA HIS 474 HA HIS 474 7.335 9.131 0.071 3 HB3 HIS 474 1HB HIS 474 9.976 9.045 -1.432 4 HB2 HIS 474 2HB HIS 474 9.847 8.958 0.324 5 HD1 HIS 474 HD1 HIS 474 10.099 11.397 -2.412 6 HD2 HIS 474 2HD HIS 474 8.651 11.325 1.481 7 HE1 HIS 474 1HE HIS 474 9.791 13.786 -1.736 No H/Q in entry = 7 In of MODEL 5 1 H PHE 475 H PHE 475 6.109 10.364 -1.223 2 HA PHE 475 HA PHE 475 5.876 9.500 -4.003 3 HB3 PHE 475 1HB PHE 475 3.744 10.743 -3.958 4 HB2 PHE 475 2HB PHE 475 4.094 11.203 -2.296 5 HZ PHE 475 HZ PHE 475 1.613 6.129 -1.228 6 HD1 PHE 475 1HD PHE 475 3.475 8.233 -4.411 7 HE1 PHE 475 1HE PHE 475 2.259 6.268 -3.583 8 HE2 PHE 475 2HE PHE 475 2.186 7.978 0.306 9 HD2 PHE 475 2HD PHE 475 3.392 9.927 -0.527 No H/Q in entry = 9 In of MODEL 5 1 H THR 476 H THR 476 5.411 11.282 -5.537 2 HA THR 476 HA THR 476 7.282 13.430 -5.131 3 HB THR 476 HB THR 476 7.245 12.310 -7.325 4 HG21 THR 476 HG21 THR 476 4.431 13.392 -7.583 5 HG23 THR 476 HG22 THR 476 4.874 11.693 -7.432 6 HG22 THR 476 HG23 THR 476 5.341 12.602 -8.870 7 HG1 THR 476 HG1 THR 476 7.535 14.103 -8.399 No H/Q in entry = 7 In of MODEL 5 1 H ASN 477 H ASN 477 6.713 15.648 -5.272 2 HA ASN 477 HA ASN 477 4.189 16.234 -3.939 3 HB3 ASN 477 1HB ASN 477 6.302 17.207 -3.074 4 HB2 ASN 477 2HB ASN 477 5.118 18.432 -3.501 5 HD21 ASN 477 HD21 ASN 477 6.565 20.059 -3.810 6 HD22 ASN 477 HD22 ASN 477 7.707 20.107 -5.102 No H/Q in entry = 6 In of MODEL 5 1 H LYS 478 H LYS 478 4.797 15.771 -6.957 2 HA LYS 478 HA LYS 478 4.054 18.118 -8.303 3 HB3 LYS 478 1HB LYS 478 3.512 16.645 -10.231 4 HB2 LYS 478 2HB LYS 478 3.759 15.253 -9.187 5 HG3 LYS 478 1HG LYS 478 5.726 15.661 -10.534 6 HG2 LYS 478 2HG LYS 478 6.079 15.930 -8.829 7 HD3 LYS 478 1HD LYS 478 5.800 18.359 -9.170 8 HD2 LYS 478 2HD LYS 478 5.518 18.067 -10.885 9 HE3 LYS 478 1HE LYS 478 7.737 16.999 -11.012 10 HE2 LYS 478 2HE LYS 478 7.988 17.421 -9.318 11 HZ2 LYS 478 1HZ LYS 478 7.797 19.743 -9.885 12 HZ1 LYS 478 2HZ LYS 478 7.511 19.369 -11.497 13 HZ3 LYS 478 3HZ LYS 478 9.018 19.032 -10.799 No H/Q in entry = 13 In of MODEL 5 1 H ASP 479 H ASP 479 2.082 15.534 -6.946 2 HA ASP 479 HA ASP 479 -0.243 17.175 -7.663 3 HB3 ASP 479 1HB ASP 479 -0.402 14.200 -7.217 4 HB2 ASP 479 2HB ASP 479 -0.087 14.880 -8.810 No H/Q in entry = 4 In of MODEL 5 1 H LEU 480 H LEU 480 -0.126 18.312 -5.767 2 HA LEU 480 HA LEU 480 -0.009 17.041 -3.263 3 HB3 LEU 480 1HB LEU 480 -0.833 19.261 -2.356 4 HB2 LEU 480 2HB LEU 480 -0.814 19.832 -4.009 5 HG LEU 480 HG LEU 480 1.613 19.464 -4.127 6 HD12 LEU 480 HD11 LEU 480 0.754 21.047 -1.711 7 HD11 LEU 480 HD12 LEU 480 0.762 21.628 -3.377 8 HD13 LEU 480 HD13 LEU 480 2.280 21.226 -2.572 9 HD22 LEU 480 HD21 LEU 480 1.813 17.582 -2.569 10 HD21 LEU 480 HD22 LEU 480 1.345 18.618 -1.231 11 HD23 LEU 480 HD23 LEU 480 2.862 18.903 -2.074 No H/Q in entry = 11 In of MODEL 5 1 H GLU 481 H GLU 481 -2.617 17.590 -5.409 2 HA GLU 481 HA GLU 481 -4.721 17.540 -3.545 3 HB3 GLU 481 1HB GLU 481 -6.126 16.678 -5.443 4 HB2 GLU 481 2HB GLU 481 -4.668 16.592 -6.417 5 HG3 GLU 481 1HG GLU 481 -5.968 18.606 -6.890 6 HG2 GLU 481 2HG GLU 481 -4.373 18.991 -6.245 No H/Q in entry = 6 In of MODEL 5 1 H SER 482 H SER 482 -3.244 14.873 -5.387 2 HA SER 482 HA SER 482 -4.735 12.848 -4.159 3 HB3 SER 482 1HB SER 482 -3.061 11.307 -5.119 4 HB2 SER 482 2HB SER 482 -1.990 12.681 -5.420 5 HG SER 482 HG SER 482 -3.469 13.520 -6.832 No H/Q in entry = 5 In of MODEL 5 1 H LEU 483 H LEU 483 -1.691 14.369 -3.254 2 HA LEU 483 HA LEU 483 -1.048 12.576 -1.145 3 HB3 LEU 483 1HB LEU 483 0.402 14.461 -0.328 4 HB2 LEU 483 2HB LEU 483 -0.154 15.392 -1.708 5 HG LEU 483 HG LEU 483 0.778 13.533 -3.173 6 HD11 LEU 483 HD11 LEU 483 2.656 15.058 -1.360 7 HD13 LEU 483 HD12 LEU 483 1.970 15.629 -2.892 8 HD12 LEU 483 HD13 LEU 483 3.110 14.289 -2.877 9 HD22 LEU 483 HD21 LEU 483 2.358 12.037 -2.205 10 HD21 LEU 483 HD22 LEU 483 0.848 11.845 -1.312 11 HD23 LEU 483 HD23 LEU 483 2.178 12.774 -0.625 No H/Q in entry = 11 In of MODEL 5 1 H LYS 484 H LYS 484 -2.593 15.731 -1.167 2 HA LYS 484 HA LYS 484 -2.880 16.212 1.547 3 HB3 LYS 484 1HB LYS 484 -4.616 16.881 -0.796 4 HB2 LYS 484 2HB LYS 484 -3.287 17.847 -0.188 5 HG3 LYS 484 1HG LYS 484 -4.545 18.364 1.827 6 HG2 LYS 484 2HG LYS 484 -5.887 17.371 1.247 7 HD3 LYS 484 1HD LYS 484 -4.768 19.828 -0.129 8 HD2 LYS 484 2HD LYS 484 -6.272 19.770 0.787 9 HE3 LYS 484 1HE LYS 484 -7.220 18.189 -0.802 10 HE2 LYS 484 2HE LYS 484 -5.707 18.148 -1.709 11 HZ1 LYS 484 1HZ LYS 484 -5.975 20.472 -2.213 12 HZ3 LYS 484 2HZ LYS 484 -7.479 20.496 -1.441 13 HZ2 LYS 484 3HZ LYS 484 -7.214 19.535 -2.815 No H/Q in entry = 13 In of MODEL 5 1 H GLY 485 H GLY 485 -5.096 14.543 -0.664 2 HA2 GLY 485 1HA GLY 485 -6.881 13.165 -0.267 3 HA3 GLY 485 2HA GLY 485 -7.046 13.950 1.302 No H/Q in entry = 3 In of MODEL 5 1 H LEU 486 H LEU 486 -4.346 12.117 -0.045 2 HA LEU 486 HA LEU 486 -4.884 9.663 1.232 3 HB3 LEU 486 1HB LEU 486 -2.074 10.463 0.684 4 HB2 LEU 486 2HB LEU 486 -3.171 10.489 -0.673 5 HG LEU 486 HG LEU 486 -3.630 8.113 -0.387 6 HD12 LEU 486 HD11 LEU 486 -1.439 7.278 -1.052 7 HD11 LEU 486 HD12 LEU 486 -0.721 8.809 -0.539 8 HD13 LEU 486 HD13 LEU 486 -1.893 8.776 -1.863 9 HD22 LEU 486 HD21 LEU 486 -3.300 7.885 2.006 10 HD21 LEU 486 HD22 LEU 486 -1.583 8.242 1.812 11 HD23 LEU 486 HD23 LEU 486 -2.257 6.758 1.132 No H/Q in entry = 11 In of MODEL 5 1 H TYR 487 H TYR 487 -2.828 12.401 2.131 2 HA TYR 487 HA TYR 487 -1.730 11.439 4.525 3 HB3 TYR 487 1HB TYR 487 -1.701 13.982 5.148 4 HB2 TYR 487 2HB TYR 487 -2.347 14.221 3.541 5 HH TYR 487 HH TYR 487 3.491 13.594 1.031 6 HD1 TYR 487 1HD TYR 487 -0.636 11.976 2.201 7 HE1 TYR 487 1HE TYR 487 1.630 12.051 1.272 8 HE2 TYR 487 2HE TYR 487 2.586 15.303 3.841 9 HD2 TYR 487 2HD TYR 487 0.302 15.225 4.778 No H/Q in entry = 9 In of MODEL 5 1 H ARG 488 H ARG 488 -4.758 13.115 3.882 2 HA ARG 488 HA ARG 488 -5.517 13.410 6.581 3 HB3 ARG 488 1HB ARG 488 -7.275 13.377 4.126 4 HB2 ARG 488 2HB ARG 488 -6.403 14.784 4.696 5 HG3 ARG 488 1HG ARG 488 -8.654 13.362 6.101 6 HG2 ARG 488 2HG ARG 488 -8.698 14.966 5.369 7 HD3 ARG 488 1HD ARG 488 -7.091 14.114 7.777 8 HD2 ARG 488 2HD ARG 488 -8.480 15.181 7.778 9 HE ARG 488 HE ARG 488 -6.573 16.307 6.084 10 HH11 ARG 488 HH11 ARG 488 -6.958 15.628 9.524 11 HH12 ARG 488 HH12 ARG 488 -5.784 16.763 10.025 12 HH21 ARG 488 HH21 ARG 488 -5.023 17.911 6.767 13 HH22 ARG 488 HH22 ARG 488 -4.703 18.126 8.428 No H/Q in entry = 13 In of MODEL 5 1 H ILE 489 H ILE 489 -6.320 11.032 4.107 2 HA ILE 489 HA ILE 489 -8.133 9.546 5.661 3 HB ILE 489 HB ILE 489 -6.442 8.600 3.320 4 HG12 ILE 489 HG12 ILE 489 -9.299 9.602 3.384 5 HG22 ILE 489 HG21 ILE 489 -8.219 6.871 3.058 6 HG21 ILE 489 HG22 ILE 489 -8.886 7.384 4.608 7 HG23 ILE 489 HG23 ILE 489 -7.266 6.693 4.529 8 HD12 ILE 489 HD11 ILE 489 -9.181 9.599 0.966 9 HD11 ILE 489 HD12 ILE 489 -8.938 7.976 1.628 10 HD13 ILE 489 HD13 ILE 489 -7.555 8.903 1.039 11 HG13 ILE 489 HG11 ILE 489 -7.913 10.530 2.820 No H/Q in entry = 11 In of MODEL 5 1 H MET 490 H MET 490 -4.665 9.067 5.077 2 HA MET 490 HA MET 490 -4.375 6.705 6.608 3 HB3 MET 490 1HB MET 490 -1.981 7.463 6.833 4 HB2 MET 490 2HB MET 490 -2.421 8.864 5.873 5 HG3 MET 490 1HG MET 490 -1.446 7.364 4.374 6 HG2 MET 490 2HG MET 490 -3.183 7.252 4.097 7 HE3 MET 490 1HE MET 490 -2.483 4.938 2.689 8 HE2 MET 490 2HE MET 490 -1.649 3.605 3.503 9 HE1 MET 490 3HE MET 490 -0.813 5.121 3.233 No H/Q in entry = 9 In of MODEL 5 1 H GLY 491 H GLY 491 -3.978 10.123 7.471 2 HA2 GLY 491 1HA GLY 491 -3.675 11.164 9.489 3 HA3 GLY 491 2HA GLY 491 -3.079 9.637 10.120 No H/Q in entry = 3 In of MODEL 5 1 H ASN 492 H ASN 492 -6.137 9.461 8.695 2 HA ASN 492 HA ASN 492 -7.694 10.067 11.064 3 HB3 ASN 492 1HB ASN 492 -8.584 8.875 8.416 4 HB2 ASN 492 2HB ASN 492 -8.432 10.598 8.698 5 HD21 ASN 492 HD21 ASN 492 -10.363 7.791 9.318 6 HD22 ASN 492 HD22 ASN 492 -11.722 8.631 9.962 No H/Q in entry = 6 In of MODEL 5 1 H GLY 493 H GLY 493 -5.791 7.538 10.259 2 HA2 GLY 493 1HA GLY 493 -7.428 5.728 11.883 3 HA3 GLY 493 2HA GLY 493 -5.694 5.604 11.640 No H/Q in entry = 3 In of MODEL 5 1 H PHE 494 H PHE 494 -5.934 5.971 8.742 2 HA PHE 494 HA PHE 494 -7.042 3.349 8.142 3 HB3 PHE 494 1HB PHE 494 -7.047 4.163 5.711 4 HB2 PHE 494 2HB PHE 494 -6.803 5.773 6.381 5 HZ PHE 494 HZ PHE 494 -12.485 5.232 7.382 6 HD1 PHE 494 1HD PHE 494 -8.647 7.048 7.027 7 HE1 PHE 494 1HE PHE 494 -11.065 7.249 7.406 8 HE2 PHE 494 2HE PHE 494 -11.450 3.021 6.977 9 HD2 PHE 494 2HD PHE 494 -9.049 2.850 6.601 No H/Q in entry = 9 In of MODEL 5 1 H ALA 495 H ALA 495 -5.917 2.188 6.406 2 HA ALA 495 HA ALA 495 -3.034 2.647 6.321 3 HB1 ALA 495 1HB ALA 495 -4.448 0.028 6.868 4 HB2 ALA 495 2HB ALA 495 -3.482 0.942 8.024 5 HB3 ALA 495 3HB ALA 495 -2.712 0.225 6.609 No H/Q in entry = 5 In of MODEL 5 1 H GLY 496 H GLY 496 -2.098 1.509 4.404 2 HA2 GLY 496 1HA GLY 496 -2.632 1.945 2.056 3 HA3 GLY 496 2HA GLY 496 -4.172 1.153 2.368 No H/Q in entry = 3 In of MODEL 5 1 H CYS 497 H CYS 497 -4.315 -0.929 2.038 2 HA CYS 497 HA CYS 497 -1.908 -2.536 2.068 3 HB3 CYS 497 1HB CYS 497 -4.739 -3.358 1.353 4 HB2 CYS 497 2HB CYS 497 -4.094 -3.406 2.990 5 HG CYS 497 HG CYS 497 -3.262 -5.395 0.344 No H/Q in entry = 5 In of MODEL 5 1 H VAL 498 H VAL 498 -0.746 -2.794 0.248 2 HA VAL 498 HA VAL 498 -2.030 -1.859 -2.175 3 HB VAL 498 HB VAL 498 0.911 -2.088 -1.522 4 HG13 VAL 498 HG11 VAL 498 1.287 -0.926 -3.667 5 HG12 VAL 498 HG12 VAL 498 -0.445 -0.987 -3.995 6 HG11 VAL 498 HG13 VAL 498 0.489 -2.478 -3.913 7 HG23 VAL 498 HG21 VAL 498 -0.865 0.320 -1.861 8 HG22 VAL 498 HG22 VAL 498 0.878 0.364 -1.582 9 HG21 VAL 498 HG23 VAL 498 -0.204 -0.280 -0.343 No H/Q in entry = 9 In of MODEL 5 1 H HIS 499 H HIS 499 -2.565 -3.160 -3.579 2 HA HIS 499 HA HIS 499 -1.516 -5.859 -3.537 3 HB3 HIS 499 1HB HIS 499 -3.718 -6.399 -4.762 4 HB2 HIS 499 2HB HIS 499 -4.268 -4.829 -4.183 5 HD1 HIS 499 HD1 HIS 499 -5.462 -4.939 -1.920 6 HD2 HIS 499 2HD HIS 499 -2.783 -8.060 -2.514 7 HE1 HIS 499 1HE HIS 499 -5.644 -6.471 0.094 No H/Q in entry = 7 In of MODEL 5 1 H PHE 500 H PHE 500 -1.010 -6.771 -5.399 2 HA PHE 500 HA PHE 500 -0.311 -4.909 -7.519 3 HB3 PHE 500 1HB PHE 500 1.216 -6.725 -8.215 4 HB2 PHE 500 2HB PHE 500 0.615 -7.730 -6.912 5 HZ PHE 500 HZ PHE 500 4.737 -4.954 -3.970 6 HD1 PHE 500 1HD PHE 500 3.335 -5.894 -7.850 7 HE1 PHE 500 1HE PHE 500 5.115 -5.136 -6.376 8 HE2 PHE 500 2HE PHE 500 2.558 -5.538 -3.021 9 HD2 PHE 500 2HD PHE 500 0.759 -6.345 -4.496 No H/Q in entry = 9 In of MODEL 5 1 HA PRO 501 HA PRO 501 -3.449 -6.822 -10.178 2 HB3 PRO 501 1HB PRO 501 -3.034 -5.930 -12.292 3 HB2 PRO 501 2HB PRO 501 -1.323 -6.367 -12.235 4 HG3 PRO 501 1HG PRO 501 -2.733 -4.029 -10.990 5 HG2 PRO 501 2HG PRO 501 -1.194 -4.060 -11.870 6 HD3 PRO 501 1HD PRO 501 -1.318 -4.008 -9.170 7 HD2 PRO 501 2HD PRO 501 -0.024 -4.859 -10.041 No H/Q in entry = 7 In of MODEL 5 1 H HIS 502 H HIS 502 -3.647 -8.979 -10.400 2 HA HIS 502 HA HIS 502 -1.352 -10.610 -9.887 3 HB3 HIS 502 1HB HIS 502 -4.165 -11.469 -10.589 4 HB2 HIS 502 2HB HIS 502 -3.647 -11.072 -8.958 5 HD1 HIS 502 HD1 HIS 502 -2.825 -13.009 -7.567 6 HD2 HIS 502 2HD HIS 502 -2.750 -13.831 -11.647 7 HE1 HIS 502 1HE HIS 502 -2.182 -15.432 -7.791 No H/Q in entry = 7 In of MODEL 5 1 H THR 503 H THR 503 -0.027 -11.171 -11.361 2 HA THR 503 HA THR 503 -0.990 -12.019 -13.952 3 HB THR 503 HB THR 503 -0.203 -9.735 -14.343 4 HG21 THR 503 HG21 THR 503 1.297 -9.444 -12.434 5 HG23 THR 503 HG22 THR 503 2.123 -9.024 -13.932 6 HG22 THR 503 HG23 THR 503 2.452 -10.569 -13.150 7 HG1 THR 503 HG1 THR 503 0.430 -11.531 -15.815 No H/Q in entry = 7 In of MODEL 5 1 H ALA 504 H ALA 504 1.818 -11.914 -11.737 2 HA ALA 504 HA ALA 504 2.693 -14.519 -12.608 3 HB1 ALA 504 1HB ALA 504 4.359 -12.863 -11.862 4 HB2 ALA 504 2HB ALA 504 4.355 -14.265 -10.792 5 HB3 ALA 504 3HB ALA 504 3.567 -12.767 -10.288 No H/Q in entry = 5 In of MODEL 5 1 HA PRO 505 HA PRO 505 -0.427 -16.299 -10.008 2 HB3 PRO 505 1HB PRO 505 -0.456 -18.107 -11.410 3 HB2 PRO 505 2HB PRO 505 0.379 -18.903 -10.073 4 HG3 PRO 505 1HG PRO 505 1.475 -18.794 -12.510 5 HG2 PRO 505 2HG PRO 505 2.467 -18.638 -11.049 6 HD3 PRO 505 1HD PRO 505 1.580 -16.533 -12.971 7 HD2 PRO 505 2HD PRO 505 3.095 -16.669 -12.051 No H/Q in entry = 7 In of MODEL 5 1 H CYS 506 H CYS 506 2.953 -17.009 -9.295 2 HA CYS 506 HA CYS 506 2.229 -17.121 -6.446 3 HB3 CYS 506 1HB CYS 506 2.523 -19.381 -7.085 4 HB2 CYS 506 2HB CYS 506 3.968 -18.910 -6.199 5 HG CYS 506 HG CYS 506 4.317 -20.615 -8.604 No H/Q in entry = 5 In of MODEL 5 1 H GLU 507 H GLU 507 4.256 -15.764 -8.818 2 HA GLU 507 HA GLU 507 6.408 -15.321 -6.920 3 HB3 GLU 507 1HB GLU 507 7.645 -14.297 -8.798 4 HB2 GLU 507 2HB GLU 507 6.269 -14.607 -9.843 5 HG3 GLU 507 1HG GLU 507 6.543 -16.938 -9.684 6 HG2 GLU 507 2HG GLU 507 7.689 -16.783 -8.356 No H/Q in entry = 6 In of MODEL 5 1 H VAL 508 H VAL 508 3.642 -13.888 -7.111 2 HA VAL 508 HA VAL 508 4.873 -11.273 -6.962 3 HB VAL 508 HB VAL 508 2.932 -11.477 -8.558 4 HG13 VAL 508 HG11 VAL 508 0.652 -11.487 -7.692 5 HG12 VAL 508 HG12 VAL 508 1.283 -11.805 -6.074 6 HG11 VAL 508 HG13 VAL 508 1.508 -12.993 -7.356 7 HG23 VAL 508 HG21 VAL 508 2.610 -9.524 -6.288 8 HG22 VAL 508 HG22 VAL 508 1.869 -9.358 -7.879 9 HG21 VAL 508 HG23 VAL 508 3.624 -9.317 -7.706 No H/Q in entry = 9 In of MODEL 5 1 H ARG 509 H ARG 509 4.556 -10.014 -5.203 2 HA ARG 509 HA ARG 509 3.739 -11.450 -2.791 3 HB3 ARG 509 1HB ARG 509 5.418 -9.870 -1.671 4 HB2 ARG 509 2HB ARG 509 6.016 -9.516 -3.283 5 HG3 ARG 509 1HG ARG 509 6.025 -12.235 -1.987 6 HG2 ARG 509 2HG ARG 509 7.398 -11.153 -2.069 7 HD3 ARG 509 1HD ARG 509 7.532 -11.363 -4.465 8 HD2 ARG 509 2HD ARG 509 6.034 -12.298 -4.504 9 HE ARG 509 HE ARG 509 7.608 -13.663 -2.802 10 HH11 ARG 509 HH11 ARG 509 8.055 -12.748 -6.214 11 HH12 ARG 509 HH12 ARG 509 9.169 -13.995 -6.519 12 HH21 ARG 509 HH21 ARG 509 9.056 -15.355 -3.261 13 HH22 ARG 509 HH22 ARG 509 9.736 -15.539 -4.817 No H/Q in entry = 13 In of MODEL 5 1 H VAL 510 H VAL 510 3.267 -9.502 -1.010 2 HA VAL 510 HA VAL 510 1.941 -7.433 -2.576 3 HB VAL 510 HB VAL 510 -0.020 -7.415 -1.015 4 HG12 VAL 510 HG11 VAL 510 -1.172 -9.370 -1.953 5 HG11 VAL 510 HG12 VAL 510 0.377 -9.987 -2.526 6 HG13 VAL 510 HG13 VAL 510 -0.265 -8.474 -3.171 7 HG21 VAL 510 HG21 VAL 510 1.093 -10.044 -0.050 8 HG23 VAL 510 HG22 VAL 510 -0.504 -9.370 0.318 9 HG22 VAL 510 HG23 VAL 510 0.946 -8.544 0.886 No H/Q in entry = 9 In of MODEL 5 1 H LEU 511 H LEU 511 1.354 -5.425 -1.021 2 HA LEU 511 HA LEU 511 3.427 -5.503 1.018 3 HB3 LEU 511 1HB LEU 511 4.282 -4.746 -1.208 4 HB2 LEU 511 2HB LEU 511 4.820 -3.851 0.125 5 HG LEU 511 HG LEU 511 2.599 -3.029 -1.816 6 HD12 LEU 511 HD11 LEU 511 4.123 -1.331 0.164 7 HD11 LEU 511 HD12 LEU 511 2.439 -1.828 0.311 8 HD13 LEU 511 HD13 LEU 511 2.927 -0.742 -0.990 9 HD22 LEU 511 HD21 LEU 511 4.222 -1.595 -2.896 10 HD21 LEU 511 HD22 LEU 511 4.745 -3.276 -2.953 11 HD23 LEU 511 HD23 LEU 511 5.478 -2.163 -1.799 No H/Q in entry = 11 In of MODEL 5 1 H MET 512 H MET 512 3.265 -3.910 2.667 2 HA MET 512 HA MET 512 0.585 -2.746 2.845 3 HB3 MET 512 1HB MET 512 2.580 -3.519 4.977 4 HB2 MET 512 2HB MET 512 1.045 -4.295 4.648 5 HG3 MET 512 1HG MET 512 1.495 -1.559 5.829 6 HG2 MET 512 2HG MET 512 0.842 -2.975 6.641 7 HE1 MET 512 1HE MET 512 -1.515 -4.057 6.029 8 HE3 MET 512 2HE MET 512 -1.152 -4.082 4.300 9 HE2 MET 512 3HE MET 512 -2.656 -3.364 4.876 No H/Q in entry = 9 In of MODEL 5 1 H LEU 513 H LEU 513 0.316 -0.604 3.053 2 HA LEU 513 HA LEU 513 2.704 1.092 3.177 3 HB3 LEU 513 1HB LEU 513 0.139 1.397 1.609 4 HB2 LEU 513 2HB LEU 513 1.724 1.086 0.944 5 HG LEU 513 HG LEU 513 0.873 3.632 2.318 6 HD13 LEU 513 HD11 LEU 513 3.200 3.217 2.692 7 HD12 LEU 513 HD12 LEU 513 3.006 4.482 1.461 8 HD11 LEU 513 HD13 LEU 513 3.438 2.845 0.985 9 HD21 LEU 513 HD21 LEU 513 -0.159 3.326 0.108 10 HD23 LEU 513 HD22 LEU 513 1.447 3.073 -0.587 11 HD22 LEU 513 HD23 LEU 513 1.029 4.627 0.122 No H/Q in entry = 11 In of MODEL 5 1 H LEU 514 H LEU 514 2.786 2.240 4.931 2 HA LEU 514 HA LEU 514 0.299 3.164 6.129 3 HB3 LEU 514 1HB LEU 514 1.605 2.964 8.294 4 HB2 LEU 514 2HB LEU 514 2.760 2.017 7.383 5 HG LEU 514 HG LEU 514 0.800 0.461 6.836 6 HD11 LEU 514 HD11 LEU 514 1.679 0.779 9.726 7 HD13 LEU 514 HD12 LEU 514 2.574 -0.089 8.479 8 HD12 LEU 514 HD13 LEU 514 1.001 -0.684 9.013 9 HD21 LEU 514 HD21 LEU 514 -0.396 2.010 9.126 10 HD23 LEU 514 HD22 LEU 514 -1.042 0.525 8.434 11 HD22 LEU 514 HD23 LEU 514 -0.976 1.993 7.460 No H/Q in entry = 11 In of MODEL 5 1 H TYR 515 H TYR 515 0.430 5.232 6.942 2 HA TYR 515 HA TYR 515 2.730 6.788 6.032 3 HB3 TYR 515 1HB TYR 515 -0.036 7.572 6.907 4 HB2 TYR 515 2HB TYR 515 0.577 7.583 5.257 5 HH TYR 515 HH TYR 515 2.574 13.484 5.998 6 HD1 TYR 515 1HD TYR 515 -0.413 9.688 7.699 7 HE1 TYR 515 1HE TYR 515 0.221 12.043 7.962 8 HE2 TYR 515 2HE TYR 515 3.633 11.377 5.486 9 HD2 TYR 515 2HD TYR 515 2.988 9.030 5.234 No H/Q in entry = 9 In of MODEL 5 1 H SER 516 H SER 516 4.211 7.361 7.483 2 HA SER 516 HA SER 516 3.386 7.333 10.260 3 HB3 SER 516 1HB SER 516 6.164 7.518 9.048 4 HB2 SER 516 2HB SER 516 5.439 6.048 9.703 5 HG SER 516 HG SER 516 5.524 6.876 11.718 No H/Q in entry = 5 In of MODEL 5 1 H SER 517 H SER 517 2.621 9.148 10.857 2 HA SER 517 HA SER 517 2.918 11.601 9.558 3 HB3 SER 517 1HB SER 517 1.634 12.450 11.441 4 HB2 SER 517 2HB SER 517 1.919 10.950 12.326 5 HG SER 517 HG SER 517 0.530 9.925 11.106 No H/Q in entry = 5 In of MODEL 5 1 H LYS 518 H LYS 518 4.646 10.048 12.129 2 HA LYS 518 HA LYS 518 5.813 12.425 13.215 3 HB3 LYS 518 1HB LYS 518 7.125 10.929 14.600 4 HB2 LYS 518 2HB LYS 518 6.770 9.576 13.546 5 HG3 LYS 518 1HG LYS 518 5.492 9.490 15.641 6 HG2 LYS 518 2HG LYS 518 4.453 9.578 14.228 7 HD3 LYS 518 1HD LYS 518 3.568 11.012 15.954 8 HD2 LYS 518 2HD LYS 518 4.141 11.995 14.614 9 HE3 LYS 518 1HE LYS 518 6.198 12.490 15.836 10 HE2 LYS 518 2HE LYS 518 5.637 11.499 17.183 11 HZ3 LYS 518 1HZ LYS 518 4.302 13.948 16.172 12 HZ2 LYS 518 2HZ LYS 518 5.218 13.838 17.575 13 HZ1 LYS 518 3HZ LYS 518 3.764 12.999 17.455 No H/Q in entry = 13 In of MODEL 5 1 H LYS 519 H LYS 519 6.831 9.892 10.981 2 HA LYS 519 HA LYS 519 9.372 11.198 10.552 3 HB3 LYS 519 1HB LYS 519 9.651 9.407 8.770 4 HB2 LYS 519 2HB LYS 519 8.134 8.727 9.312 5 HG3 LYS 519 1HG LYS 519 10.633 8.974 10.983 6 HG2 LYS 519 2HG LYS 519 10.063 7.511 10.195 7 HD3 LYS 519 1HD LYS 519 7.998 7.618 11.567 8 HD2 LYS 519 2HD LYS 519 8.707 8.972 12.442 9 HE3 LYS 519 1HE LYS 519 9.840 6.180 12.259 10 HE2 LYS 519 2HE LYS 519 9.048 6.897 13.659 11 HZ1 LYS 519 1HZ LYS 519 10.843 8.544 13.767 12 HZ3 LYS 519 2HZ LYS 519 11.622 7.775 12.480 13 HZ2 LYS 519 3HZ LYS 519 11.403 6.969 13.926 No H/Q in entry = 13 In of MODEL 5 1 H LYS 520 H LYS 520 6.246 11.574 9.463 2 HA LYS 520 HA LYS 520 5.200 12.762 7.906 3 HB3 LYS 520 1HB LYS 520 7.886 13.935 7.157 4 HB2 LYS 520 2HB LYS 520 7.023 14.431 8.604 5 HG3 LYS 520 1HG LYS 520 5.950 14.692 5.807 6 HG2 LYS 520 2HG LYS 520 6.737 15.986 6.712 7 HD3 LYS 520 1HD LYS 520 5.020 15.822 8.442 8 HD2 LYS 520 2HD LYS 520 4.241 14.519 7.552 9 HE3 LYS 520 1HE LYS 520 3.783 16.000 5.697 10 HE2 LYS 520 2HE LYS 520 4.676 17.305 6.472 11 HZ3 LYS 520 1HZ LYS 520 2.274 17.548 6.732 12 HZ2 LYS 520 2HZ LYS 520 3.045 17.356 8.227 13 HZ1 LYS 520 3HZ LYS 520 2.193 16.086 7.572 No H/Q in entry = 13 In of MODEL 5 1 H ILE 521 H ILE 521 6.315 10.150 7.270 2 HA ILE 521 HA ILE 521 6.291 10.286 4.388 3 HB ILE 521 HB ILE 521 8.299 8.794 4.092 4 HG12 ILE 521 HG12 ILE 521 10.138 9.070 5.881 5 HG22 ILE 521 HG21 ILE 521 8.893 11.550 5.109 6 HG21 ILE 521 HG22 ILE 521 8.398 11.105 3.480 7 HG23 ILE 521 HG23 ILE 521 9.962 10.571 4.103 8 HD11 ILE 521 HD11 ILE 521 9.104 6.875 5.587 9 HD13 ILE 521 HD12 ILE 521 7.814 7.344 6.693 10 HD12 ILE 521 HD13 ILE 521 9.471 7.214 7.278 11 HG13 ILE 521 HG11 ILE 521 8.836 9.551 6.958 No H/Q in entry = 11 In of MODEL 5 1 H PHE 522 H PHE 522 6.396 7.958 3.395 2 HA PHE 522 HA PHE 522 4.560 6.498 5.075 3 HB3 PHE 522 1HB PHE 522 4.065 5.302 2.934 4 HB2 PHE 522 2HB PHE 522 5.110 6.469 2.121 5 HZ PHE 522 HZ PHE 522 0.328 9.678 2.351 6 HD1 PHE 522 1HD PHE 522 1.816 5.768 3.125 7 HE1 PHE 522 1HE PHE 522 -0.072 7.294 2.844 8 HE2 PHE 522 2HE PHE 522 2.644 10.509 2.142 9 HD2 PHE 522 2HD PHE 522 4.524 8.965 2.422 No H/Q in entry = 9 In of MODEL 5 1 H MET 523 H MET 523 4.931 4.426 5.601 2 HA MET 523 HA MET 523 7.449 3.193 4.797 3 HB3 MET 523 1HB MET 523 6.520 3.538 7.659 4 HB2 MET 523 2HB MET 523 7.860 4.415 6.935 5 HG3 MET 523 1HG MET 523 9.092 2.332 6.648 6 HG2 MET 523 2HG MET 523 7.742 1.431 7.327 7 HE2 MET 523 1HE MET 523 7.720 2.648 11.055 8 HE1 MET 523 2HE MET 523 6.949 1.605 9.858 9 HE3 MET 523 3HE MET 523 6.798 3.357 9.733 No H/Q in entry = 9 In of MODEL 5 1 H GLY 524 H GLY 524 7.283 0.892 4.917 2 HA2 GLY 524 1HA GLY 524 4.953 -0.237 4.275 3 HA3 GLY 524 2HA GLY 524 4.877 -0.205 6.021 No H/Q in entry = 3 In of MODEL 5 1 H LEU 525 H LEU 525 4.823 -2.584 5.564 2 HA LEU 525 HA LEU 525 7.480 -3.595 4.967 3 HB3 LEU 525 1HB LEU 525 6.798 -5.682 6.274 4 HB2 LEU 525 2HB LEU 525 5.479 -4.727 6.914 5 HG LEU 525 HG LEU 525 8.365 -3.948 7.224 6 HD12 LEU 525 HD11 LEU 525 5.869 -3.147 8.762 7 HD11 LEU 525 HD12 LEU 525 6.741 -2.143 7.603 8 HD13 LEU 525 HD13 LEU 525 7.512 -2.608 9.119 9 HD22 LEU 525 HD21 LEU 525 8.216 -6.051 8.257 10 HD21 LEU 525 HD22 LEU 525 6.665 -5.664 9.009 11 HD23 LEU 525 HD23 LEU 525 8.136 -4.848 9.542 No H/Q in entry = 11 In of MODEL 5 1 H ILE 526 H ILE 526 7.659 -5.227 3.544 2 HA ILE 526 HA ILE 526 5.176 -5.672 2.067 3 HB ILE 526 HB ILE 526 6.985 -4.534 0.854 4 HG12 ILE 526 HG12 ILE 526 5.445 -6.056 -0.436 5 HG22 ILE 526 HG21 ILE 526 8.601 -6.980 1.247 6 HG21 ILE 526 HG22 ILE 526 8.885 -5.363 1.920 7 HG23 ILE 526 HG23 ILE 526 9.025 -5.639 0.171 8 HD13 ILE 526 HD11 ILE 526 6.327 -7.926 -1.586 9 HD12 ILE 526 HD12 ILE 526 6.155 -8.166 0.162 10 HD11 ILE 526 HD13 ILE 526 7.764 -7.899 -0.539 11 HG13 ILE 526 HG11 ILE 526 6.963 -5.676 -1.243 No H/Q in entry = 11 In of MODEL 5 1 HA PRO 527 HA PRO 527 5.389 -9.858 3.802 2 HB3 PRO 527 1HB PRO 527 3.191 -10.343 4.191 3 HB2 PRO 527 2HB PRO 527 2.714 -9.961 2.532 4 HG3 PRO 527 1HG PRO 527 3.238 -8.105 4.827 5 HG2 PRO 527 2HG PRO 527 1.878 -8.105 3.689 6 HD3 PRO 527 1HD PRO 527 3.854 -6.411 3.365 7 HD2 PRO 527 2HD PRO 527 3.194 -7.281 1.952 No H/Q in entry = 7 In of MODEL 5 1 H TYR 528 H TYR 528 6.057 -11.600 2.986 2 HA TYR 528 HA TYR 528 6.898 -12.001 0.336 3 HB3 TYR 528 1HB TYR 528 7.604 -14.190 1.093 4 HB2 TYR 528 2HB TYR 528 6.576 -14.074 2.505 5 HH TYR 528 HH TYR 528 11.387 -11.940 5.789 6 HD1 TYR 528 1HD TYR 528 7.139 -12.589 4.362 7 HE1 TYR 528 1HE TYR 528 8.990 -11.738 5.717 8 HE2 TYR 528 2HE TYR 528 11.658 -12.317 2.469 9 HD2 TYR 528 2HD TYR 528 9.814 -13.189 1.112 No H/Q in entry = 9 In of MODEL 5 1 H ASP 529 H ASP 529 4.230 -13.427 2.226 2 HA ASP 529 HA ASP 529 3.571 -14.998 -0.131 3 HB3 ASP 529 1HB ASP 529 2.489 -15.377 2.646 4 HB2 ASP 529 2HB ASP 529 3.880 -16.239 1.986 No H/Q in entry = 4 In of MODEL 5 1 H GLN 530 H GLN 530 2.096 -14.398 -1.374 2 HA GLN 530 HA GLN 530 0.397 -12.231 -0.859 3 HB3 GLN 530 1HB GLN 530 1.177 -12.746 -3.120 4 HB2 GLN 530 2HB GLN 530 -0.578 -12.739 -3.070 5 HG3 GLN 530 1HG GLN 530 -0.663 -15.133 -3.123 6 HG2 GLN 530 2HG GLN 530 1.081 -15.254 -2.962 7 HE21 GLN 530 HE21 GLN 530 -1.524 -14.486 -5.126 8 HE22 GLN 530 HE22 GLN 530 -0.566 -14.562 -6.573 No H/Q in entry = 8 In of MODEL 5 1 H SER 531 H SER 531 -0.127 -15.724 -0.707 2 HA SER 531 HA SER 531 -2.947 -15.603 -0.692 3 HB3 SER 531 1HB SER 531 -1.085 -17.774 0.284 4 HB2 SER 531 2HB SER 531 -1.736 -17.622 -1.346 5 HG SER 531 HG SER 531 -2.927 -19.096 -0.159 No H/Q in entry = 5 In of MODEL 5 1 H GLY 532 H GLY 532 -0.576 -15.988 1.913 2 HA2 GLY 532 1HA GLY 532 -0.771 -15.773 4.185 3 HA3 GLY 532 2HA GLY 532 -2.463 -16.205 3.991 No H/Q in entry = 3 In of MODEL 5 1 H PHE 533 H PHE 533 -0.745 -13.406 2.716 2 HA PHE 533 HA PHE 533 -1.741 -11.703 4.749 3 HB3 PHE 533 1HB PHE 533 -0.668 -10.824 2.083 4 HB2 PHE 533 2HB PHE 533 0.371 -11.318 3.408 5 HZ PHE 533 HZ PHE 533 -0.735 -5.938 5.180 6 HD1 PHE 533 1HD PHE 533 -1.524 -8.632 1.972 7 HE1 PHE 533 1HE PHE 533 -1.569 -6.353 2.900 8 HE2 PHE 533 2HE PHE 533 0.140 -7.794 6.519 9 HD2 PHE 533 2HD PHE 533 0.206 -10.053 5.574 No H/Q in entry = 9 In of MODEL 5 1 H VAL 534 H VAL 534 -2.673 -12.239 1.342 2 HA VAL 534 HA VAL 534 -4.611 -10.221 1.350 3 HB VAL 534 HB VAL 534 -4.420 -12.652 -0.481 4 HG11 VAL 534 HG11 VAL 534 -6.703 -11.742 -0.505 5 HG13 VAL 534 HG12 VAL 534 -5.872 -11.428 -2.032 6 HG12 VAL 534 HG13 VAL 534 -6.054 -10.136 -0.847 7 HG21 VAL 534 HG21 VAL 534 -2.491 -11.163 -0.614 8 HG23 VAL 534 HG22 VAL 534 -3.552 -9.785 -0.884 9 HG22 VAL 534 HG23 VAL 534 -3.452 -11.068 -2.088 No H/Q in entry = 9 In of MODEL 5 1 H ASN 535 H ASN 535 -4.776 -13.670 2.090 2 HA ASN 535 HA ASN 535 -7.566 -13.885 2.372 3 HB3 ASN 535 1HB ASN 535 -5.456 -15.446 3.904 4 HB2 ASN 535 2HB ASN 535 -5.978 -15.839 2.275 5 HD21 ASN 535 HD21 ASN 535 -6.737 -16.047 5.633 6 HD22 ASN 535 HD22 ASN 535 -8.171 -16.987 5.448 No H/Q in entry = 6 In of MODEL 5 1 H GLY 536 H GLY 536 -5.077 -12.832 4.607 2 HA2 GLY 536 1HA GLY 536 -5.197 -11.808 6.655 3 HA3 GLY 536 2HA GLY 536 -6.791 -12.524 6.868 No H/Q in entry = 3 In of MODEL 5 1 H ILE 537 H ILE 537 -5.525 -10.258 4.445 2 HA ILE 537 HA ILE 537 -6.793 -7.938 5.442 3 HB ILE 537 HB ILE 537 -5.689 -8.581 2.696 4 HG12 ILE 537 HG12 ILE 537 -4.060 -8.425 4.518 5 HG21 ILE 537 HG21 ILE 537 -6.720 -5.907 3.644 6 HG23 ILE 537 HG22 ILE 537 -7.378 -6.879 2.328 7 HG22 ILE 537 HG23 ILE 537 -5.772 -6.162 2.182 8 HD13 ILE 537 HD11 ILE 537 -3.563 -6.288 5.582 9 HD12 ILE 537 HD12 ILE 537 -5.140 -6.898 6.060 10 HD11 ILE 537 HD13 ILE 537 -5.020 -5.594 4.874 11 HG13 ILE 537 HG11 ILE 537 -3.849 -7.134 3.343 No H/Q in entry = 11 In of MODEL 5 1 H ARG 538 H ARG 538 -7.916 -10.454 3.363 2 HA ARG 538 HA ARG 538 -10.122 -9.295 2.172 3 HB3 ARG 538 1HB ARG 538 -9.745 -12.095 3.226 4 HB2 ARG 538 2HB ARG 538 -9.364 -11.520 1.613 5 HG3 ARG 538 1HG ARG 538 -11.753 -11.135 1.198 6 HG2 ARG 538 2HG ARG 538 -12.105 -11.783 2.805 7 HD3 ARG 538 1HD ARG 538 -10.956 -13.887 2.133 8 HD2 ARG 538 2HD ARG 538 -10.816 -13.222 0.506 9 HE ARG 538 HE ARG 538 -13.472 -13.114 1.378 10 HH11 ARG 538 HH11 ARG 538 -11.053 -15.351 0.104 11 HH12 ARG 538 HH12 ARG 538 -12.197 -16.513 -0.425 12 HH21 ARG 538 HH21 ARG 538 -15.057 -14.771 0.639 13 HH22 ARG 538 HH22 ARG 538 -14.455 -16.172 -0.122 No H/Q in entry = 13 In of MODEL 5 1 H GLN 539 H GLN 539 -9.799 -10.606 5.420 2 HA GLN 539 HA GLN 539 -12.512 -10.316 6.207 3 HB3 GLN 539 1HB GLN 539 -9.986 -10.234 7.860 4 HB2 GLN 539 2HB GLN 539 -10.908 -11.677 7.465 5 HG3 GLN 539 1HG GLN 539 -12.772 -10.900 8.768 6 HG2 GLN 539 2HG GLN 539 -11.964 -9.359 9.065 7 HE21 GLN 539 HE21 GLN 539 -10.215 -9.283 10.476 8 HE22 GLN 539 HE22 GLN 539 -9.900 -10.562 11.578 No H/Q in entry = 8 In of MODEL 5 1 H VAL 540 H VAL 540 -9.701 -8.205 6.338 2 HA VAL 540 HA VAL 540 -10.856 -6.109 7.825 3 HB VAL 540 HB VAL 540 -8.659 -5.870 5.748 4 HG13 VAL 540 HG11 VAL 540 -9.524 -3.738 6.392 5 HG12 VAL 540 HG12 VAL 540 -7.930 -3.938 7.143 6 HG11 VAL 540 HG13 VAL 540 -9.399 -4.155 8.093 7 HG23 VAL 540 HG21 VAL 540 -8.387 -6.454 8.699 8 HG22 VAL 540 HG22 VAL 540 -7.059 -6.193 7.569 9 HG21 VAL 540 HG23 VAL 540 -8.100 -7.605 7.396 No H/Q in entry = 9 In of MODEL 5 1 H ILE 541 H ILE 541 -10.576 -6.728 4.371 2 HA ILE 541 HA ILE 541 -11.809 -4.407 3.359 3 HB ILE 541 HB ILE 541 -11.838 -7.238 2.285 4 HG12 ILE 541 HG12 ILE 541 -10.037 -4.917 1.549 5 HG22 ILE 541 HG21 ILE 541 -12.337 -6.240 0.084 6 HG21 ILE 541 HG22 ILE 541 -12.519 -4.663 0.865 7 HG23 ILE 541 HG23 ILE 541 -13.613 -5.988 1.275 8 HD11 ILE 541 HD11 ILE 541 -9.878 -7.803 0.696 9 HD13 ILE 541 HD12 ILE 541 -8.706 -6.535 0.334 10 HD12 ILE 541 HD13 ILE 541 -10.336 -6.439 -0.326 11 HG13 ILE 541 HG11 ILE 541 -9.578 -6.266 2.583 No H/Q in entry = 11 In of MODEL 5 1 H THR 542 H THR 542 -13.116 -7.575 4.220 2 HA THR 542 HA THR 542 -15.754 -7.074 3.659 3 HB THR 542 HB THR 542 -14.345 -8.880 5.449 4 HG21 THR 542 HG21 THR 542 -16.594 -8.731 6.381 5 HG23 THR 542 HG22 THR 542 -16.385 -10.301 5.609 6 HG22 THR 542 HG23 THR 542 -17.299 -9.028 4.788 7 HG1 THR 542 HG1 THR 542 -15.384 -8.955 2.870 No H/Q in entry = 7 In of MODEL 5 1 H ASN 543 H ASN 543 -13.951 -6.647 6.671 2 HA ASN 543 HA ASN 543 -16.128 -5.763 8.232 3 HB3 ASN 543 1HB ASN 543 -14.347 -4.649 9.680 4 HB2 ASN 543 2HB ASN 543 -13.166 -5.241 8.523 5 HD21 ASN 543 HD21 ASN 543 -12.119 -6.478 10.110 6 HD22 ASN 543 HD22 ASN 543 -12.814 -7.927 10.713 No H/Q in entry = 6 In of MODEL 5 1 H LEU 544 H LEU 544 -13.779 -4.004 6.267 2 HA LEU 544 HA LEU 544 -14.563 -1.381 6.789 3 HB3 LEU 544 1HB LEU 544 -13.530 -2.655 4.254 4 HB2 LEU 544 2HB LEU 544 -12.571 -1.917 5.519 5 HG LEU 544 HG LEU 544 -14.469 -0.416 3.722 6 HD13 LEU 544 HD11 LEU 544 -14.170 0.678 5.853 7 HD12 LEU 544 HD12 LEU 544 -13.361 1.576 4.570 8 HD11 LEU 544 HD13 LEU 544 -12.418 0.592 5.679 9 HD22 LEU 544 HD21 LEU 544 -12.617 -1.315 2.442 10 HD21 LEU 544 HD22 LEU 544 -11.468 -0.655 3.603 11 HD23 LEU 544 HD23 LEU 544 -12.451 0.430 2.619 No H/Q in entry = 11 In of MODEL 5 1 H GLU 545 H GLU 545 -15.723 -3.620 4.307 2 HA GLU 545 HA GLU 545 -17.660 -1.927 3.187 3 HB3 GLU 545 1HB GLU 545 -18.655 -4.004 2.250 4 HB2 GLU 545 2HB GLU 545 -17.560 -4.944 3.253 5 HG3 GLU 545 1HG GLU 545 -15.648 -4.049 2.083 6 HG2 GLU 545 2HG GLU 545 -16.689 -2.997 1.129 No H/Q in entry = 6 In of MODEL 5 1 H HIS 546 H HIS 546 -17.818 -4.153 5.895 2 HA HIS 546 HA HIS 546 -20.628 -3.860 6.253 3 HB3 HIS 546 1HB HIS 546 -20.070 -4.821 8.611 4 HB2 HIS 546 2HB HIS 546 -18.478 -5.110 7.915 5 HD1 HIS 546 HD1 HIS 546 -18.426 -6.776 5.826 6 HD2 HIS 546 2HD HIS 546 -21.995 -6.561 7.900 7 HE1 HIS 546 1HE HIS 546 -19.777 -8.786 5.094 No H/Q in entry = 7 In of MODEL 5 1 H HIS 547 H HIS 547 -17.835 -2.220 7.579 2 HA HIS 547 HA HIS 547 -19.127 -0.642 9.499 3 HB3 HIS 547 1HB HIS 547 -17.371 1.111 8.960 4 HB2 HIS 547 2HB HIS 547 -16.815 0.069 7.667 5 HD1 HIS 547 HD1 HIS 547 -14.597 0.520 9.306 6 HD2 HIS 547 2HD HIS 547 -17.459 -2.216 10.524 7 HE1 HIS 547 1HE HIS 547 -13.465 -0.963 11.022 No H/Q in entry = 7 In of MODEL 5 1 H HIS 548 H HIS 548 -18.526 -0.124 6.081 2 HA HIS 548 HA HIS 548 -19.510 1.103 4.480 3 HB3 HIS 548 1HB HIS 548 -21.939 0.894 6.293 4 HB2 HIS 548 2HB HIS 548 -21.470 -0.308 5.111 5 HD1 HIS 548 HD1 HIS 548 -23.783 2.378 5.488 6 HD2 HIS 548 2HD HIS 548 -21.499 0.868 2.369 7 HE1 HIS 548 1HE HIS 548 -24.903 3.141 3.372 No H/Q in entry = 7 In of MODEL 5 1 H HIS 549 H HIS 549 -18.072 2.757 5.024 2 HA HIS 549 HA HIS 549 -18.765 4.778 6.917 3 HB3 HIS 549 1HB HIS 549 -16.769 5.977 6.010 4 HB2 HIS 549 2HB HIS 549 -16.600 4.719 4.795 5 HD1 HIS 549 HD1 HIS 549 -15.465 5.584 8.150 6 HD2 HIS 549 2HD HIS 549 -16.076 2.082 5.999 7 HE1 HIS 549 1HE HIS 549 -14.132 3.803 9.318 No H/Q in entry = 7 In of MODEL 5 1 H HIS 550 H HIS 550 -20.123 6.272 6.626 2 HA HIS 550 HA HIS 550 -21.587 7.730 5.868 3 HB3 HIS 550 1HB HIS 550 -19.433 8.810 4.844 4 HB2 HIS 550 2HB HIS 550 -20.997 9.393 4.315 5 HD1 HIS 550 HD1 HIS 550 -21.801 8.563 1.809 6 HD2 HIS 550 2HD HIS 550 -17.788 7.967 2.788 7 HE1 HIS 550 1HE HIS 550 -20.610 8.189 -0.338 No H/Q in entry = 7 In of MODEL 5 1 H HIS 551 H HIS 551 -23.179 8.304 4.203 2 HA HIS 551 HA HIS 551 -23.556 6.347 2.124 3 HB3 HIS 551 1HB HIS 551 -25.770 7.109 4.075 4 HB2 HIS 551 2HB HIS 551 -24.969 5.543 4.057 5 HD1 HIS 551 HD1 HIS 551 -27.854 7.271 2.678 6 HD2 HIS 551 2HD HIS 551 -25.421 4.108 1.527 7 HE1 HIS 551 1HE HIS 551 -29.146 5.990 0.938 No H/Q in entry = 7 In of MODEL 6 1 H1 MET 393 H2 MET 393 27.859 1.877 11.531 2 H2 MET 393 H MET 393 28.711 3.090 12.388 3 H3 MET 393 H3 MET 393 27.982 1.790 13.202 4 HA MET 393 HA MET 393 26.633 3.632 13.542 5 HB3 MET 393 1HB MET 393 27.289 4.922 11.516 6 HB2 MET 393 2HB MET 393 25.547 4.800 11.679 7 HG3 MET 393 1HG MET 393 25.556 2.967 10.021 8 HG2 MET 393 2HG MET 393 27.284 3.244 9.795 9 HE2 MET 393 1HE MET 393 25.732 4.670 6.501 10 HE1 MET 393 2HE MET 393 25.183 3.265 7.417 11 HE3 MET 393 3HE MET 393 26.908 3.547 7.184 No H/Q in entry = 11 In of MODEL 6 1 H SER 394 H SER 394 24.160 3.524 13.128 2 HA SER 394 HA SER 394 23.400 0.784 13.170 3 HB3 SER 394 1HB SER 394 22.272 2.275 14.656 4 HB2 SER 394 2HB SER 394 21.095 1.845 13.411 5 HG SER 394 HG SER 394 21.300 3.820 12.497 No H/Q in entry = 5 In of MODEL 6 1 H VAL 395 H VAL 395 21.773 -0.140 11.694 2 HA VAL 395 HA VAL 395 22.349 0.716 9.043 3 HB VAL 395 HB VAL 395 22.321 -1.699 9.508 4 HG11 VAL 395 HG11 VAL 395 20.561 -1.881 11.146 5 HG13 VAL 395 HG12 VAL 395 20.247 -2.965 9.792 6 HG12 VAL 395 HG13 VAL 395 19.360 -1.451 9.931 7 HG22 VAL 395 HG21 VAL 395 21.973 -0.998 7.223 8 HG21 VAL 395 HG22 VAL 395 20.237 -0.864 7.505 9 HG23 VAL 395 HG23 VAL 395 21.019 -2.445 7.557 No H/Q in entry = 9 In of MODEL 6 1 H SER 396 H SER 396 21.477 2.746 9.324 2 HA SER 396 HA SER 396 18.574 3.030 9.071 3 HB3 SER 396 1HB SER 396 19.033 5.394 9.488 4 HB2 SER 396 2HB SER 396 20.769 5.112 9.316 5 HG SER 396 HG SER 396 19.022 4.074 11.277 No H/Q in entry = 5 In of MODEL 6 1 H ASN 397 H ASN 397 20.190 1.829 7.055 2 HA ASN 397 HA ASN 397 20.393 3.775 4.887 3 HB3 ASN 397 1HB ASN 397 21.231 0.869 5.001 4 HB2 ASN 397 2HB ASN 397 22.294 2.236 5.299 5 HD21 ASN 397 HD21 ASN 397 22.190 0.071 3.200 6 HD22 ASN 397 HD22 ASN 397 22.301 0.924 1.710 No H/Q in entry = 6 In of MODEL 6 1 H LYS 398 H LYS 398 19.001 3.735 3.221 2 HA LYS 398 HA LYS 398 17.396 1.392 2.954 3 HB3 LYS 398 1HB LYS 398 15.658 2.718 3.660 4 HB2 LYS 398 2HB LYS 398 15.550 2.998 1.939 5 HG3 LYS 398 1HG LYS 398 16.883 4.840 3.900 6 HG2 LYS 398 2HG LYS 398 15.260 5.042 3.256 7 HD3 LYS 398 1HD LYS 398 16.089 5.373 1.046 8 HD2 LYS 398 2HD LYS 398 17.736 4.979 1.565 9 HE3 LYS 398 1HE LYS 398 17.681 6.830 3.095 10 HE2 LYS 398 2HE LYS 398 16.070 7.279 2.528 11 HZ2 LYS 398 1HZ LYS 398 17.000 7.720 0.335 12 HZ1 LYS 398 2HZ LYS 398 18.544 7.245 0.875 13 HZ3 LYS 398 3HZ LYS 398 17.807 8.610 1.508 No H/Q in entry = 13 In of MODEL 6 1 H LEU 399 H LEU 399 17.106 0.553 1.041 2 HA LEU 399 HA LEU 399 19.140 1.336 -0.893 3 HB3 LEU 399 1HB LEU 399 18.837 -0.972 -1.757 4 HB2 LEU 399 2HB LEU 399 17.504 -1.197 -0.630 5 HG LEU 399 HG LEU 399 20.257 -0.776 0.481 6 HD12 LEU 399 HD11 LEU 399 17.817 -2.124 1.522 7 HD11 LEU 399 HD12 LEU 399 18.414 -0.530 1.982 8 HD13 LEU 399 HD13 LEU 399 19.374 -1.968 2.332 9 HD21 LEU 399 HD21 LEU 399 18.992 -3.360 -0.346 10 HD23 LEU 399 HD22 LEU 399 20.469 -3.157 0.594 11 HD22 LEU 399 HD23 LEU 399 20.412 -2.618 -1.090 No H/Q in entry = 11 In of MODEL 6 1 H LEU 400 H LEU 400 18.535 2.059 -2.933 2 HA LEU 400 HA LEU 400 15.759 2.645 -3.419 3 HB3 LEU 400 1HB LEU 400 17.846 2.725 -5.574 4 HB2 LEU 400 2HB LEU 400 17.995 3.844 -4.241 5 HG LEU 400 HG LEU 400 15.846 4.849 -4.786 6 HD13 LEU 400 HD11 LEU 400 17.820 5.778 -5.768 7 HD12 LEU 400 HD12 LEU 400 16.466 5.909 -6.891 8 HD11 LEU 400 HD13 LEU 400 17.703 4.671 -7.135 9 HD23 LEU 400 HD21 LEU 400 15.767 2.956 -7.142 10 HD22 LEU 400 HD22 LEU 400 14.644 4.290 -6.838 11 HD21 LEU 400 HD23 LEU 400 14.710 2.919 -5.729 No H/Q in entry = 11 In of MODEL 6 1 H ALA 401 H ALA 401 14.301 1.292 -4.196 2 HA ALA 401 HA ALA 401 15.332 -1.182 -5.377 3 HB2 ALA 401 1HB ALA 401 13.436 -2.316 -4.415 4 HB1 ALA 401 2HB ALA 401 12.824 -0.780 -3.794 5 HB3 ALA 401 3HB ALA 401 14.338 -1.432 -3.182 No H/Q in entry = 5 In of MODEL 6 1 H TRP 402 H TRP 402 12.451 0.982 -5.508 2 HA TRP 402 HA TRP 402 12.105 0.281 -8.298 3 HB3 TRP 402 1HB TRP 402 10.168 -0.610 -6.155 4 HB2 TRP 402 2HB TRP 402 11.093 -1.626 -7.243 5 HD1 TRP 402 HD TRP 402 10.351 -1.456 -9.944 6 HE3 TRP 402 3HE TRP 402 7.954 0.206 -5.777 7 HE1 TRP 402 HE1 TRP 402 7.953 -1.290 -10.889 8 HZ3 TRP 402 3HZ TRP 402 5.541 0.613 -5.873 9 HZ2 TRP 402 2HZ TRP 402 5.388 -0.547 -9.973 10 HH2 TRP 402 HH TRP 402 4.278 0.248 -7.937 No H/Q in entry = 10 In of MODEL 6 1 H SER 403 H SER 403 10.751 1.692 -9.355 2 HA SER 403 HA SER 403 9.343 3.666 -7.756 3 HB3 SER 403 1HB SER 403 10.878 4.250 -10.317 4 HB2 SER 403 2HB SER 403 11.463 4.646 -8.704 5 HG SER 403 HG SER 403 9.246 5.741 -8.603 No H/Q in entry = 5 In of MODEL 6 1 H GLY 404 H GLY 404 7.249 3.874 -8.405 2 HA2 GLY 404 1HA GLY 404 5.955 1.964 -9.808 3 HA3 GLY 404 2HA GLY 404 6.382 3.164 -11.028 No H/Q in entry = 3 In of MODEL 6 1 H VAL 405 H VAL 405 3.766 2.723 -10.609 2 HA VAL 405 HA VAL 405 2.955 5.186 -9.221 3 HB VAL 405 HB VAL 405 1.644 3.869 -11.624 4 HG12 VAL 405 HG11 VAL 405 1.071 6.525 -10.323 5 HG11 VAL 405 HG12 VAL 405 0.047 5.090 -10.268 6 HG13 VAL 405 HG13 VAL 405 0.317 5.919 -11.799 7 HG23 VAL 405 HG21 VAL 405 3.354 6.352 -11.523 8 HG22 VAL 405 HG22 VAL 405 2.474 5.778 -12.937 9 HG21 VAL 405 HG23 VAL 405 3.791 4.814 -12.266 No H/Q in entry = 9 In of MODEL 6 1 H LEU 406 H LEU 406 1.274 5.041 -7.806 2 HA LEU 406 HA LEU 406 0.021 2.375 -7.428 3 HB3 LEU 406 1HB LEU 406 -0.398 3.045 -5.140 4 HB2 LEU 406 2HB LEU 406 0.281 4.623 -5.433 5 HG LEU 406 HG LEU 406 2.509 3.716 -5.572 6 HD13 LEU 406 HD11 LEU 406 2.719 2.989 -3.244 7 HD12 LEU 406 HD12 LEU 406 0.988 2.684 -3.184 8 HD11 LEU 406 HD13 LEU 406 1.580 4.327 -3.388 9 HD23 LEU 406 HD21 LEU 406 1.208 1.046 -5.049 10 HD22 LEU 406 HD22 LEU 406 2.946 1.354 -5.109 11 HD21 LEU 406 HD23 LEU 406 1.965 1.533 -6.566 No H/Q in entry = 11 In of MODEL 6 1 H GLU 407 H GLU 407 -2.070 2.242 -7.414 2 HA GLU 407 HA GLU 407 -3.605 4.715 -7.699 3 HB3 GLU 407 1HB GLU 407 -5.307 3.221 -8.829 4 HB2 GLU 407 2HB GLU 407 -4.085 1.958 -8.857 5 HG3 GLU 407 1HG GLU 407 -2.610 3.524 -10.159 6 HG2 GLU 407 2HG GLU 407 -3.998 4.633 -10.096 No H/Q in entry = 6 In of MODEL 6 1 H TRP 408 H TRP 408 -5.058 5.061 -6.182 2 HA TRP 408 HA TRP 408 -5.454 2.855 -4.301 3 HB3 TRP 408 1HB TRP 408 -3.836 4.157 -3.217 4 HB2 TRP 408 2HB TRP 408 -5.348 4.472 -2.388 5 HD1 TRP 408 HD TRP 408 -2.783 6.193 -4.651 6 HE3 TRP 408 3HE TRP 408 -7.053 6.278 -1.842 7 HE1 TRP 408 HE1 TRP 408 -3.077 8.734 -4.433 8 HZ3 TRP 408 3HZ TRP 408 -7.997 8.455 -1.193 9 HZ2 TRP 408 2HZ TRP 408 -4.885 10.544 -3.218 10 HH2 TRP 408 HH TRP 408 -6.931 10.544 -1.871 No H/Q in entry = 10 In of MODEL 6 1 H GLN 409 H GLN 409 -7.301 2.434 -3.538 2 HA GLN 409 HA GLN 409 -9.511 4.284 -4.045 3 HB3 GLN 409 1HB GLN 409 -10.884 2.089 -4.349 4 HB2 GLN 409 2HB GLN 409 -9.343 1.369 -4.742 5 HG3 GLN 409 1HG GLN 409 -10.587 3.647 -6.253 6 HG2 GLN 409 2HG GLN 409 -10.679 1.965 -6.724 7 HE21 GLN 409 HE21 GLN 409 -8.815 0.923 -7.481 8 HE22 GLN 409 HE22 GLN 409 -7.488 1.835 -8.112 No H/Q in entry = 8 In of MODEL 6 1 H GLU 410 H GLU 410 -11.046 4.346 -2.602 2 HA GLU 410 HA GLU 410 -12.157 2.576 -0.932 3 HB3 GLU 410 1HB GLU 410 -10.226 4.273 0.706 4 HB2 GLU 410 2HB GLU 410 -10.032 2.534 0.426 5 HG3 GLU 410 1HG GLU 410 -11.874 1.994 1.728 6 HG2 GLU 410 2HG GLU 410 -12.581 3.590 1.538 No H/Q in entry = 6 In of MODEL 6 1 H LYS 411 H LYS 411 -10.840 5.763 -0.234 2 HA LYS 411 HA LYS 411 -13.542 6.880 -0.444 3 HB3 LYS 411 1HB LYS 411 -12.688 8.674 1.079 4 HB2 LYS 411 2HB LYS 411 -11.252 7.706 1.324 5 HG3 LYS 411 1HG LYS 411 -12.654 5.902 2.209 6 HG2 LYS 411 2HG LYS 411 -14.046 6.988 2.107 7 HD3 LYS 411 1HD LYS 411 -12.917 8.571 3.588 8 HD2 LYS 411 2HD LYS 411 -11.520 7.492 3.676 9 HE3 LYS 411 1HE LYS 411 -14.302 6.985 4.696 10 HE2 LYS 411 2HE LYS 411 -12.816 7.133 5.635 11 HZ2 LYS 411 1HZ LYS 411 -13.279 4.817 5.437 12 HZ1 LYS 411 2HZ LYS 411 -12.038 5.106 4.297 13 HZ3 LYS 411 3HZ LYS 411 -13.609 4.967 3.807 No H/Q in entry = 13 In of MODEL 6 1 HA PRO 412 HA PRO 412 -11.183 9.386 -3.382 2 HB3 PRO 412 1HB PRO 412 -11.832 8.620 -5.467 3 HB2 PRO 412 2HB PRO 412 -13.486 9.153 -5.158 4 HG3 PRO 412 1HG PRO 412 -12.230 6.484 -4.705 5 HG2 PRO 412 2HG PRO 412 -13.901 6.878 -5.145 6 HD3 PRO 412 1HD PRO 412 -13.287 6.108 -2.662 7 HD2 PRO 412 2HD PRO 412 -14.478 7.402 -2.936 No H/Q in entry = 7 In of MODEL 6 1 H LYS 413 H LYS 413 -11.668 10.714 -1.655 2 HA LYS 413 HA LYS 413 -14.254 11.707 -1.057 3 HB3 LYS 413 1HB LYS 413 -11.592 12.859 -0.219 4 HB2 LYS 413 2HB LYS 413 -12.317 11.462 0.555 5 HG3 LYS 413 1HG LYS 413 -14.185 12.777 1.313 6 HG2 LYS 413 2HG LYS 413 -13.614 14.178 0.409 7 HD3 LYS 413 1HD LYS 413 -11.987 12.892 2.579 8 HD2 LYS 413 2HD LYS 413 -13.143 14.180 2.903 9 HE3 LYS 413 1HE LYS 413 -10.772 14.374 1.032 10 HE2 LYS 413 2HE LYS 413 -10.858 15.039 2.658 11 HZ1 LYS 413 1HZ LYS 413 -12.734 16.440 1.905 12 HZ3 LYS 413 2HZ LYS 413 -12.485 15.935 0.309 13 HZ2 LYS 413 3HZ LYS 413 -11.286 16.770 1.129 No H/Q in entry = 13 In of MODEL 6 1 HA PRO 414 HA PRO 414 -14.526 15.137 -3.946 2 HB3 PRO 414 1HB PRO 414 -16.569 15.804 -3.192 3 HB2 PRO 414 2HB PRO 414 -15.716 16.902 -2.100 4 HG3 PRO 414 1HG PRO 414 -17.339 14.963 -1.195 5 HG2 PRO 414 2HG PRO 414 -15.866 15.434 -0.321 6 HD3 PRO 414 1HD PRO 414 -16.316 13.102 -2.146 7 HD2 PRO 414 2HD PRO 414 -15.514 13.171 -0.563 No H/Q in entry = 7 In of MODEL 6 1 H ALA 415 H ALA 415 -12.799 16.305 -4.386 2 HA ALA 415 HA ALA 415 -11.146 17.302 -2.168 3 HB2 ALA 415 1HB ALA 415 -10.462 17.002 -5.097 4 HB1 ALA 415 2HB ALA 415 -10.019 15.880 -3.810 5 HB3 ALA 415 3HB ALA 415 -9.348 17.509 -3.830 No H/Q in entry = 5 In of MODEL 6 1 H SER 416 H SER 416 -12.837 18.332 -5.049 2 HA SER 416 HA SER 416 -13.058 20.975 -4.005 3 HB3 SER 416 1HB SER 416 -12.150 22.099 -6.047 4 HB2 SER 416 2HB SER 416 -11.597 20.530 -6.633 5 HG SER 416 HG SER 416 -10.819 20.930 -4.117 No H/Q in entry = 5 In of MODEL 6 1 H VAL 417 H VAL 417 -13.402 19.570 -7.323 2 HA VAL 417 HA VAL 417 -16.279 20.023 -7.059 3 HB VAL 417 HB VAL 417 -14.689 20.862 -9.506 4 HG12 VAL 417 HG11 VAL 417 -17.618 21.200 -8.885 5 HG11 VAL 417 HG12 VAL 417 -16.921 20.091 -10.064 6 HG13 VAL 417 HG13 VAL 417 -16.790 21.831 -10.309 7 HG23 VAL 417 HG21 VAL 417 -15.308 23.183 -8.927 8 HG22 VAL 417 HG22 VAL 417 -14.277 22.441 -7.704 9 HG21 VAL 417 HG23 VAL 417 -16.005 22.604 -7.413 No H/Q in entry = 9 In of MODEL 6 1 H ASP 418 H ASP 418 -16.413 17.821 -6.811 2 HA ASP 418 HA ASP 418 -16.444 16.369 -9.319 3 HB3 ASP 418 1HB ASP 418 -14.387 15.579 -8.314 4 HB2 ASP 418 2HB ASP 418 -15.579 14.294 -8.233 No H/Q in entry = 4 In of MODEL 6 1 H ALA 419 H ALA 419 -18.349 15.687 -9.711 2 HA ALA 419 HA ALA 419 -20.307 15.430 -7.585 3 HB2 ALA 419 1HB ALA 419 -21.931 15.190 -9.413 4 HB1 ALA 419 2HB ALA 419 -20.616 15.168 -10.582 5 HB3 ALA 419 3HB ALA 419 -20.932 16.626 -9.637 No H/Q in entry = 5 In of MODEL 6 1 H ASN 420 H ASN 420 -18.504 13.497 -9.837 2 HA ASN 420 HA ASN 420 -19.943 11.095 -9.194 3 HB3 ASN 420 1HB ASN 420 -19.093 11.383 -11.489 4 HB2 ASN 420 2HB ASN 420 -18.418 9.954 -10.742 5 HD21 ASN 420 HD21 ASN 420 -16.820 9.926 -12.284 6 HD22 ASN 420 HD22 ASN 420 -15.452 10.994 -12.209 No H/Q in entry = 6 In of MODEL 6 1 H THR 421 H THR 421 -18.887 9.223 -8.256 2 HA THR 421 HA THR 421 -17.172 10.191 -6.092 3 HB THR 421 HB THR 421 -18.896 7.723 -6.104 4 HG21 THR 421 HG21 THR 421 -17.578 9.235 -3.830 5 HG23 THR 421 HG22 THR 421 -17.069 7.663 -4.448 6 HG22 THR 421 HG23 THR 421 -18.633 7.834 -3.655 7 HG1 THR 421 HG1 THR 421 -19.303 10.370 -5.211 No H/Q in entry = 7 In of MODEL 6 1 H LYS 422 H LYS 422 -17.287 7.862 -8.559 2 HA LYS 422 HA LYS 422 -15.034 6.514 -7.312 3 HB3 LYS 422 1HB LYS 422 -16.465 5.602 -9.809 4 HB2 LYS 422 2HB LYS 422 -16.832 5.058 -8.177 5 HG3 LYS 422 1HG LYS 422 -14.482 4.204 -8.021 6 HG2 LYS 422 2HG LYS 422 -14.292 4.591 -9.731 7 HD3 LYS 422 1HD LYS 422 -16.126 3.079 -10.289 8 HD2 LYS 422 2HD LYS 422 -16.338 2.706 -8.579 9 HE3 LYS 422 1HE LYS 422 -15.081 0.933 -9.627 10 HE2 LYS 422 2HE LYS 422 -14.054 1.805 -8.497 11 HZ1 LYS 422 1HZ LYS 422 -13.047 2.991 -10.376 12 HZ3 LYS 422 2HZ LYS 422 -14.041 2.159 -11.447 13 HZ2 LYS 422 3HZ LYS 422 -12.903 1.323 -10.539 No H/Q in entry = 13 In of MODEL 6 1 H LEU 423 H LEU 423 -13.485 7.928 -7.491 2 HA LEU 423 HA LEU 423 -12.370 8.397 -10.163 3 HB3 LEU 423 1HB LEU 423 -10.910 10.086 -9.031 4 HB2 LEU 423 2HB LEU 423 -11.770 9.804 -7.541 5 HG LEU 423 HG LEU 423 -12.328 11.906 -8.741 6 HD12 LEU 423 HD11 LEU 423 -13.876 11.842 -10.608 7 HD11 LEU 423 HD12 LEU 423 -13.641 10.097 -10.720 8 HD13 LEU 423 HD13 LEU 423 -12.284 11.191 -10.988 9 HD23 LEU 423 HD21 LEU 423 -14.751 11.772 -8.367 10 HD22 LEU 423 HD22 LEU 423 -13.829 11.050 -7.046 11 HD21 LEU 423 HD23 LEU 423 -14.620 10.017 -8.238 No H/Q in entry = 11 In of MODEL 6 1 H THR 424 H THR 424 -10.293 7.683 -10.564 2 HA THR 424 HA THR 424 -9.111 5.898 -8.558 3 HB THR 424 HB THR 424 -8.136 6.389 -11.336 4 HG23 THR 424 HG21 THR 424 -7.360 4.048 -11.164 5 HG22 THR 424 HG22 THR 424 -8.054 3.955 -9.546 6 HG21 THR 424 HG23 THR 424 -6.718 5.059 -9.868 7 HG1 THR 424 HG1 THR 424 -10.426 4.989 -10.469 No H/Q in entry = 7 In of MODEL 6 1 H ARG 425 H ARG 425 -7.486 6.864 -7.368 2 HA ARG 425 HA ARG 425 -6.227 9.171 -8.666 3 HB3 ARG 425 1HB ARG 425 -5.513 9.912 -6.458 4 HB2 ARG 425 2HB ARG 425 -6.122 8.434 -5.726 5 HG3 ARG 425 1HG ARG 425 -7.672 10.230 -5.270 6 HG2 ARG 425 2HG ARG 425 -8.377 9.060 -6.409 7 HD3 ARG 425 1HD ARG 425 -8.979 11.254 -7.136 8 HD2 ARG 425 2HD ARG 425 -7.876 10.502 -8.277 9 HE ARG 425 HE ARG 425 -6.164 11.987 -6.854 10 HH11 ARG 425 HH11 ARG 425 -9.371 12.886 -8.214 11 HH12 ARG 425 HH12 ARG 425 -8.930 14.479 -8.518 12 HH21 ARG 425 HH21 ARG 425 -5.575 14.318 -7.397 13 HH22 ARG 425 HH22 ARG 425 -6.798 15.262 -8.071 No H/Q in entry = 13 In of MODEL 6 1 H SER 426 H SER 426 -3.980 9.254 -8.736 2 HA SER 426 HA SER 426 -2.625 6.791 -8.129 3 HB3 SER 426 1HB SER 426 -3.420 6.349 -10.326 4 HB2 SER 426 2HB SER 426 -1.700 6.702 -10.465 5 HG SER 426 HG SER 426 -3.452 8.835 -10.724 No H/Q in entry = 5 In of MODEL 6 1 H LEU 427 H LEU 427 -0.560 7.048 -7.691 2 HA LEU 427 HA LEU 427 0.640 9.660 -8.164 3 HB3 LEU 427 1HB LEU 427 1.589 9.554 -5.845 4 HB2 LEU 427 2HB LEU 427 0.473 8.246 -5.516 5 HG LEU 427 HG LEU 427 -1.415 9.824 -5.995 6 HD11 LEU 427 HD11 LEU 427 0.515 10.644 -3.827 7 HD13 LEU 427 HD12 LEU 427 -0.683 9.354 -3.711 8 HD12 LEU 427 HD13 LEU 427 -1.203 11.029 -3.875 9 HD21 LEU 427 HD21 LEU 427 0.828 11.845 -6.051 10 HD23 LEU 427 HD22 LEU 427 -0.884 12.237 -5.978 11 HD22 LEU 427 HD23 LEU 427 -0.233 11.424 -7.399 No H/Q in entry = 11 In of MODEL 6 1 HA PRO 428 HA PRO 428 4.039 6.894 -9.297 2 HB3 PRO 428 1HB PRO 428 5.151 8.174 -10.879 3 HB2 PRO 428 2HB PRO 428 5.252 9.563 -9.794 4 HG3 PRO 428 1HG PRO 428 2.973 8.678 -11.532 5 HG2 PRO 428 2HG PRO 428 3.629 10.306 -11.304 6 HD3 PRO 428 1HD PRO 428 1.408 9.529 -10.052 7 HD2 PRO 428 2HD PRO 428 2.602 10.550 -9.222 No H/Q in entry = 7 In of MODEL 6 1 H CYS 429 H CYS 429 5.756 6.343 -8.023 2 HA CYS 429 HA CYS 429 6.625 8.189 -5.947 3 HB3 CYS 429 1HB CYS 429 4.807 7.079 -4.883 4 HB2 CYS 429 2HB CYS 429 6.292 6.380 -4.253 5 HG CYS 429 HG CYS 429 4.779 4.835 -6.858 No H/Q in entry = 5 In of MODEL 6 1 H GLN 430 H GLN 430 8.441 7.345 -4.770 2 HA GLN 430 HA GLN 430 9.988 5.369 -6.257 3 HB3 GLN 430 1HB GLN 430 11.054 7.607 -6.376 4 HB2 GLN 430 2HB GLN 430 12.032 6.487 -5.446 5 HG3 GLN 430 1HG GLN 430 11.145 7.463 -3.375 6 HG2 GLN 430 2HG GLN 430 10.256 8.638 -4.341 7 HE21 GLN 430 HE21 GLN 430 11.393 10.336 -3.330 8 HE22 GLN 430 HE22 GLN 430 13.034 10.678 -3.711 No H/Q in entry = 8 In of MODEL 6 1 H VAL 431 H VAL 431 10.713 3.675 -5.116 2 HA VAL 431 HA VAL 431 9.918 3.549 -2.303 3 HB VAL 431 HB VAL 431 9.893 1.299 -4.312 4 HG11 VAL 431 HG11 VAL 431 10.191 0.550 -2.037 5 HG13 VAL 431 HG12 VAL 431 8.590 0.102 -2.630 6 HG12 VAL 431 HG13 VAL 431 8.772 1.468 -1.531 7 HG21 VAL 431 HG21 VAL 431 7.600 2.976 -3.329 8 HG23 VAL 431 HG22 VAL 431 7.427 1.485 -4.241 9 HG22 VAL 431 HG23 VAL 431 8.212 2.884 -4.981 No H/Q in entry = 9 In of MODEL 6 1 H TYR 432 H TYR 432 11.467 3.188 -1.055 2 HA TYR 432 HA TYR 432 13.958 1.926 -1.977 3 HB3 TYR 432 1HB TYR 432 14.977 2.826 -0.008 4 HB2 TYR 432 2HB TYR 432 13.437 3.363 0.636 5 HH TYR 432 HH TYR 432 14.832 8.335 -3.386 6 HD1 TYR 432 1HD TYR 432 15.884 3.985 -2.076 7 HE1 TYR 432 1HE TYR 432 16.279 6.234 -3.002 8 HE2 TYR 432 2HE TYR 432 12.992 7.731 -0.740 9 HD2 TYR 432 2HD TYR 432 12.616 5.486 0.183 No H/Q in entry = 9 In of MODEL 6 1 H VAL 433 H VAL 433 14.816 0.304 -0.487 2 HA VAL 433 HA VAL 433 12.758 -0.914 1.230 3 HB VAL 433 HB VAL 433 13.914 -3.114 0.847 4 HG13 VAL 433 HG11 VAL 433 11.909 -2.853 -0.298 5 HG12 VAL 433 HG12 VAL 433 13.050 -3.477 -1.488 6 HG11 VAL 433 HG13 VAL 433 12.619 -1.766 -1.490 7 HG21 VAL 433 HG21 VAL 433 15.362 -1.605 -1.326 8 HG23 VAL 433 HG22 VAL 433 15.301 -3.361 -1.200 9 HG22 VAL 433 HG23 VAL 433 16.065 -2.416 0.078 No H/Q in entry = 9 In of MODEL 6 1 H ASN 434 H ASN 434 13.365 -1.411 3.221 2 HA ASN 434 HA ASN 434 16.139 -0.920 3.925 3 HB3 ASN 434 1HB ASN 434 13.749 -1.249 5.754 4 HB2 ASN 434 2HB ASN 434 14.611 0.249 5.434 5 HD21 ASN 434 HD21 ASN 434 16.755 0.483 6.297 6 HD22 ASN 434 HD22 ASN 434 17.225 -0.418 7.682 No H/Q in entry = 6 In of MODEL 6 1 H HIS 435 H HIS 435 17.428 -2.334 4.579 2 HA HIS 435 HA HIS 435 17.840 -4.480 3.308 3 HB3 HIS 435 1HB HIS 435 19.351 -5.318 5.212 4 HB2 HIS 435 2HB HIS 435 18.784 -3.916 6.095 5 HD1 HIS 435 HD1 HIS 435 21.098 -4.906 3.366 6 HD2 HIS 435 2HD HIS 435 19.637 -1.420 5.078 7 HE1 HIS 435 1HE HIS 435 22.641 -3.067 2.629 No H/Q in entry = 7 In of MODEL 6 1 H GLY 436 H GLY 436 18.121 -6.814 3.875 2 HA2 GLY 436 1HA GLY 436 15.932 -7.862 5.560 3 HA3 GLY 436 2HA GLY 436 17.416 -8.754 5.201 No H/Q in entry = 3 In of MODEL 6 1 H GLU 437 H GLU 437 16.781 -7.150 2.588 2 HA GLU 437 HA GLU 437 14.622 -8.715 1.466 3 HB3 GLU 437 1HB GLU 437 14.028 -6.567 1.170 4 HB2 GLU 437 2HB GLU 437 14.941 -6.821 -0.311 5 HG3 GLU 437 1HG GLU 437 15.818 -5.335 2.160 6 HG2 GLU 437 2HG GLU 437 15.575 -4.691 0.544 No H/Q in entry = 6 In of MODEL 6 1 H ASN 438 H ASN 438 14.705 -9.401 -0.660 2 HA ASN 438 HA ASN 438 16.914 -9.069 -2.366 3 HB3 ASN 438 1HB ASN 438 17.627 -11.193 -1.074 4 HB2 ASN 438 2HB ASN 438 17.530 -11.390 -2.807 5 HD21 ASN 438 HD21 ASN 438 16.084 -12.301 0.223 6 HD22 ASN 438 HD22 ASN 438 15.194 -13.632 -0.398 No H/Q in entry = 6 In of MODEL 6 1 H LEU 439 H LEU 439 15.705 -8.148 -3.849 2 HA LEU 439 HA LEU 439 13.434 -9.650 -4.852 3 HB3 LEU 439 1HB LEU 439 12.425 -8.158 -3.234 4 HB2 LEU 439 2HB LEU 439 11.945 -7.724 -4.855 5 HG LEU 439 HG LEU 439 13.613 -5.803 -4.750 6 HD11 LEU 439 HD11 LEU 439 11.415 -5.866 -2.691 7 HD13 LEU 439 HD12 LEU 439 11.221 -5.497 -4.408 8 HD12 LEU 439 HD13 LEU 439 12.157 -4.419 -3.374 9 HD23 LEU 439 HD21 LEU 439 13.556 -6.475 -1.831 10 HD22 LEU 439 HD22 LEU 439 14.295 -5.050 -2.554 11 HD21 LEU 439 HD23 LEU 439 14.977 -6.658 -2.868 No H/Q in entry = 11 In of MODEL 6 1 H LYS 440 H LYS 440 13.154 -9.530 -6.989 2 HA LYS 440 HA LYS 440 14.735 -7.554 -8.471 3 HB3 LYS 440 1HB LYS 440 14.130 -8.972 -10.457 4 HB2 LYS 440 2HB LYS 440 13.283 -10.067 -9.379 5 HG3 LYS 440 1HG LYS 440 15.481 -10.405 -8.186 6 HG2 LYS 440 2HG LYS 440 16.235 -9.524 -9.512 7 HD3 LYS 440 1HD LYS 440 14.586 -12.020 -9.826 8 HD2 LYS 440 2HD LYS 440 16.343 -11.989 -9.794 9 HE3 LYS 440 1HE LYS 440 14.616 -10.616 -11.849 10 HE2 LYS 440 2HE LYS 440 15.434 -12.152 -12.071 11 HZ2 LYS 440 1HZ LYS 440 16.844 -10.680 -13.044 12 HZ1 LYS 440 2HZ LYS 440 17.557 -10.767 -11.510 13 HZ3 LYS 440 3HZ LYS 440 16.567 -9.445 -11.953 No H/Q in entry = 13 In of MODEL 6 1 H THR 441 H THR 441 13.549 -5.682 -8.670 2 HA THR 441 HA THR 441 10.700 -5.813 -8.535 3 HB THR 441 HB THR 441 10.901 -3.288 -8.682 4 HG23 THR 441 HG21 THR 441 10.722 -4.456 -6.577 5 HG22 THR 441 HG22 THR 441 11.928 -3.166 -6.386 6 HG21 THR 441 HG23 THR 441 12.433 -4.837 -6.608 7 HG1 THR 441 HG1 THR 441 13.214 -2.665 -8.189 No H/Q in entry = 7 In of MODEL 6 1 H GLU 442 H GLU 442 12.774 -6.179 -10.943 2 HA GLU 442 HA GLU 442 11.418 -4.976 -13.128 3 HB3 GLU 442 1HB GLU 442 13.758 -5.569 -13.274 4 HB2 GLU 442 2HB GLU 442 12.840 -6.488 -14.462 5 HG3 GLU 442 1HG GLU 442 12.954 -8.458 -13.149 6 HG2 GLU 442 2HG GLU 442 13.590 -7.565 -11.772 No H/Q in entry = 6 In of MODEL 6 1 H GLN 443 H GLN 443 10.758 -7.670 -11.158 2 HA GLN 443 HA GLN 443 9.001 -8.898 -13.155 3 HB3 GLN 443 1HB GLN 443 9.698 -9.945 -10.393 4 HB2 GLN 443 2HB GLN 443 10.668 -10.297 -11.812 5 HG3 GLN 443 1HG GLN 443 7.780 -11.069 -11.419 6 HG2 GLN 443 2HG GLN 443 9.166 -12.149 -11.294 7 HE21 GLN 443 HE21 GLN 443 6.852 -12.305 -13.120 8 HE22 GLN 443 HE22 GLN 443 7.537 -12.262 -14.693 No H/Q in entry = 8 In of MODEL 6 1 H TRP 444 H TRP 444 8.865 -6.407 -11.271 2 HA TRP 444 HA TRP 444 6.265 -6.906 -10.054 3 HB3 TRP 444 1HB TRP 444 6.619 -4.530 -9.183 4 HB2 TRP 444 2HB TRP 444 8.254 -4.648 -9.800 5 HD1 TRP 444 HD TRP 444 8.242 -7.901 -8.650 6 HE3 TRP 444 3HE TRP 444 7.506 -3.072 -7.169 7 HE1 TRP 444 HE1 TRP 444 8.876 -8.134 -6.161 8 HZ3 TRP 444 3HZ TRP 444 7.947 -2.470 -4.832 9 HZ2 TRP 444 2HZ TRP 444 9.057 -6.489 -3.898 10 HH2 TRP 444 HH TRP 444 8.731 -4.174 -3.218 No H/Q in entry = 10 In of MODEL 6 1 HA PRO 445 HA PRO 445 4.437 -4.616 -13.433 2 HB3 PRO 445 1HB PRO 445 2.401 -5.594 -12.937 3 HB2 PRO 445 2HB PRO 445 2.057 -4.026 -12.204 4 HG3 PRO 445 1HG PRO 445 1.936 -6.314 -10.799 5 HG2 PRO 445 2HG PRO 445 2.472 -4.790 -10.074 6 HD3 PRO 445 1HD PRO 445 4.064 -7.154 -10.869 7 HD2 PRO 445 2HD PRO 445 4.349 -5.972 -9.579 No H/Q in entry = 7 In of MODEL 6 1 H GLN 446 H GLN 446 3.913 -2.421 -13.837 2 HA GLN 446 HA GLN 446 5.337 -0.654 -12.067 3 HB3 GLN 446 1HB GLN 446 5.790 -0.432 -14.380 4 HB2 GLN 446 2HB GLN 446 5.017 1.048 -13.830 5 HG3 GLN 446 1HG GLN 446 2.965 0.410 -14.770 6 HG2 GLN 446 2HG GLN 446 3.584 -1.201 -15.131 7 HE21 GLN 446 HE21 GLN 446 2.449 0.745 -16.934 8 HE22 GLN 446 HE22 GLN 446 3.650 1.062 -18.125 No H/Q in entry = 8 In of MODEL 6 1 H LYS 447 H LYS 447 2.204 -1.587 -12.128 2 HA LYS 447 HA LYS 447 1.419 0.758 -10.599 3 HB3 LYS 447 1HB LYS 447 -0.975 0.302 -11.460 4 HB2 LYS 447 2HB LYS 447 -0.187 -0.533 -12.786 5 HG3 LYS 447 1HG LYS 447 0.954 1.506 -13.438 6 HG2 LYS 447 2HG LYS 447 0.229 2.356 -12.065 7 HD3 LYS 447 1HD LYS 447 -2.013 1.786 -12.979 8 HD2 LYS 447 2HD LYS 447 -1.205 1.120 -14.398 9 HE3 LYS 447 1HE LYS 447 -0.209 3.310 -14.859 10 HE2 LYS 447 2HE LYS 447 -1.058 3.973 -13.465 11 HZ3 LYS 447 1HZ LYS 447 -2.339 2.783 -15.857 12 HZ2 LYS 447 2HZ LYS 447 -2.259 4.425 -15.506 13 HZ1 LYS 447 3HZ LYS 447 -3.163 3.403 -14.527 No H/Q in entry = 13 In of MODEL 6 1 H LEU 448 H LEU 448 0.744 0.281 -8.712 2 HA LEU 448 HA LEU 448 -0.212 -2.445 -8.174 3 HB3 LEU 448 1HB LEU 448 0.669 -2.205 -5.915 4 HB2 LEU 448 2HB LEU 448 1.222 -0.589 -6.281 5 HG LEU 448 HG LEU 448 2.936 -1.459 -7.772 6 HD11 LEU 448 HD11 LEU 448 3.463 -1.228 -5.448 7 HD13 LEU 448 HD12 LEU 448 4.309 -2.589 -6.182 8 HD12 LEU 448 HD13 LEU 448 2.907 -2.877 -5.150 9 HD23 LEU 448 HD21 LEU 448 1.889 -4.172 -7.055 10 HD22 LEU 448 HD22 LEU 448 3.282 -3.810 -8.075 11 HD21 LEU 448 HD23 LEU 448 1.656 -3.386 -8.617 No H/Q in entry = 11 In of MODEL 6 1 H ILE 449 H ILE 449 -1.974 -2.595 -6.692 2 HA ILE 449 HA ILE 449 -3.431 -0.056 -6.598 3 HB ILE 449 HB ILE 449 -4.567 -2.870 -6.669 4 HG12 ILE 449 HG12 ILE 449 -4.711 -0.578 -8.645 5 HG22 ILE 449 HG21 ILE 449 -6.046 -0.234 -6.458 6 HG21 ILE 449 HG22 ILE 449 -5.936 -1.464 -5.199 7 HG23 ILE 449 HG23 ILE 449 -6.797 -1.813 -6.699 8 HD13 ILE 449 HD11 ILE 449 -5.788 -2.116 -10.173 9 HD12 ILE 449 HD12 ILE 449 -6.770 -1.871 -8.727 10 HD11 ILE 449 HD13 ILE 449 -5.830 -3.352 -8.916 11 HG13 ILE 449 HG11 ILE 449 -3.770 -2.048 -8.837 No H/Q in entry = 11 In of MODEL 6 1 H MET 450 H MET 450 -3.883 0.813 -4.774 2 HA MET 450 HA MET 450 -3.395 -0.743 -2.352 3 HB3 MET 450 1HB MET 450 -3.274 2.236 -2.783 4 HB2 MET 450 2HB MET 450 -1.890 1.184 -2.574 5 HG3 MET 450 1HG MET 450 -2.874 0.607 -0.294 6 HG2 MET 450 2HG MET 450 -4.001 1.929 -0.552 7 HE2 MET 450 1HE MET 450 -1.544 5.029 -0.690 8 HE1 MET 450 2HE MET 450 -3.221 4.500 -0.860 9 HE3 MET 450 3HE MET 450 -2.024 4.058 -2.080 No H/Q in entry = 9 In of MODEL 6 1 H GLN 451 H GLN 451 -5.084 -1.355 -1.343 2 HA GLN 451 HA GLN 451 -7.543 0.210 -1.562 3 HB3 GLN 451 1HB GLN 451 -7.065 -2.585 -0.475 4 HB2 GLN 451 2HB GLN 451 -7.796 -2.198 -2.029 5 HG3 GLN 451 1HG GLN 451 -8.935 -1.449 0.656 6 HG2 GLN 451 2HG GLN 451 -9.435 -2.838 -0.302 7 HE21 GLN 451 HE21 GLN 451 -10.828 -0.376 0.626 8 HE22 GLN 451 HE22 GLN 451 -11.566 0.262 -0.800 No H/Q in entry = 8 In of MODEL 6 1 H LEU 452 H LEU 452 -8.103 1.412 0.096 2 HA LEU 452 HA LEU 452 -6.409 1.385 2.435 3 HB3 LEU 452 1HB LEU 452 -7.549 3.457 3.007 4 HB2 LEU 452 2HB LEU 452 -8.691 3.224 1.705 5 HG LEU 452 HG LEU 452 -6.653 3.318 0.137 6 HD13 LEU 452 HD11 LEU 452 -8.229 5.136 0.272 7 HD12 LEU 452 HD12 LEU 452 -6.586 5.785 0.201 8 HD11 LEU 452 HD13 LEU 452 -7.454 5.732 1.732 9 HD22 LEU 452 HD21 LEU 452 -4.931 2.973 1.831 10 HD21 LEU 452 HD22 LEU 452 -5.407 4.471 2.629 11 HD23 LEU 452 HD23 LEU 452 -4.709 4.518 1.009 No H/Q in entry = 11 In of MODEL 6 1 H ILE 453 H ILE 453 -7.020 0.803 4.407 2 HA ILE 453 HA ILE 453 -9.756 -0.083 4.922 3 HB ILE 453 HB ILE 453 -8.838 -2.112 6.100 4 HG12 ILE 453 HG12 ILE 453 -6.265 -1.424 4.648 5 HG21 ILE 453 HG21 ILE 453 -8.337 -2.012 3.132 6 HG23 ILE 453 HG22 ILE 453 -9.850 -2.429 3.946 7 HG22 ILE 453 HG23 ILE 453 -8.448 -3.487 4.092 8 HD13 ILE 453 HD11 ILE 453 -6.826 -3.726 6.495 9 HD12 ILE 453 HD12 ILE 453 -5.269 -3.302 5.778 10 HD11 ILE 453 HD13 ILE 453 -6.600 -3.833 4.751 11 HG13 ILE 453 HG11 ILE 453 -6.521 -1.310 6.381 No H/Q in entry = 11 In of MODEL 6 1 HA PRO 454 HA PRO 454 -8.896 1.946 8.795 2 HB3 PRO 454 1HB PRO 454 -10.710 1.518 10.101 3 HB2 PRO 454 2HB PRO 454 -10.171 -0.135 10.393 4 HG3 PRO 454 1HG PRO 454 -11.917 0.950 8.223 5 HG2 PRO 454 2HG PRO 454 -12.011 -0.615 9.049 6 HD3 PRO 454 1HD PRO 454 -11.028 -0.409 6.567 7 HD2 PRO 454 2HD PRO 454 -10.333 -1.540 7.750 No H/Q in entry = 7 In of MODEL 6 1 H GLN 455 H GLN 455 -7.134 2.039 9.933 2 HA GLN 455 HA GLN 455 -5.267 -0.050 10.024 3 HB3 GLN 455 1HB GLN 455 -5.259 2.550 11.558 4 HB2 GLN 455 2HB GLN 455 -4.682 2.348 9.920 5 HG3 GLN 455 1HG GLN 455 -2.982 0.734 10.790 6 HG2 GLN 455 2HG GLN 455 -3.487 1.180 12.419 7 HE21 GLN 455 HE21 GLN 455 -3.275 3.435 9.682 8 HE22 GLN 455 HE22 GLN 455 -2.001 4.351 10.351 No H/Q in entry = 8 In of MODEL 6 1 H GLN 456 H GLN 456 -7.757 0.851 12.210 2 HA GLN 456 HA GLN 456 -6.848 -0.319 14.567 3 HB3 GLN 456 1HB GLN 456 -9.664 -0.188 13.491 4 HB2 GLN 456 2HB GLN 456 -8.850 1.092 14.377 5 HG3 GLN 456 1HG GLN 456 -8.732 -0.308 16.347 6 HG2 GLN 456 2HG GLN 456 -9.520 -1.621 15.471 7 HE21 GLN 456 HE21 GLN 456 -11.679 -1.453 14.974 8 HE22 GLN 456 HE22 GLN 456 -12.711 -0.285 15.717 No H/Q in entry = 8 In of MODEL 6 1 H LEU 457 H LEU 457 -8.300 -1.786 11.693 2 HA LEU 457 HA LEU 457 -8.584 -4.357 12.974 3 HB3 LEU 457 1HB LEU 457 -9.258 -5.106 10.604 4 HB2 LEU 457 2HB LEU 457 -9.179 -3.417 10.169 5 HG LEU 457 HG LEU 457 -11.035 -4.532 12.281 6 HD12 LEU 457 HD11 LEU 457 -11.020 -1.841 10.954 7 HD11 LEU 457 HD12 LEU 457 -10.486 -2.186 12.599 8 HD13 LEU 457 HD13 LEU 457 -12.181 -2.408 12.157 9 HD23 LEU 457 HD21 LEU 457 -11.610 -3.787 9.421 10 HD22 LEU 457 HD22 LEU 457 -12.811 -4.237 10.629 11 HD21 LEU 457 HD23 LEU 457 -11.614 -5.416 10.096 No H/Q in entry = 11 In of MODEL 6 1 H LEU 458 H LEU 458 -6.005 -2.807 11.972 2 HA LEU 458 HA LEU 458 -4.677 -4.704 10.314 3 HB3 LEU 458 1HB LEU 458 -3.670 -2.369 11.929 4 HB2 LEU 458 2HB LEU 458 -4.099 -2.355 10.240 5 HG LEU 458 HG LEU 458 -1.725 -3.740 11.456 6 HD13 LEU 458 HD11 LEU 458 -1.103 -4.261 9.156 7 HD12 LEU 458 HD12 LEU 458 -2.616 -3.555 8.590 8 HD11 LEU 458 HD13 LEU 458 -2.642 -5.012 9.584 9 HD22 LEU 458 HD21 LEU 458 -1.486 -1.329 11.345 10 HD21 LEU 458 HD22 LEU 458 -1.995 -1.337 9.658 11 HD23 LEU 458 HD23 LEU 458 -0.471 -2.088 10.115 No H/Q in entry = 11 In of MODEL 6 1 H THR 459 H THR 459 -5.345 -4.547 13.609 2 HA THR 459 HA THR 459 -3.109 -5.654 14.814 3 HB THR 459 HB THR 459 -4.820 -6.401 16.547 4 HG23 THR 459 HG21 THR 459 -5.270 -4.109 17.270 5 HG22 THR 459 HG22 THR 459 -4.870 -3.513 15.662 6 HG21 THR 459 HG23 THR 459 -3.618 -4.246 16.665 7 HG1 THR 459 HG1 THR 459 -6.817 -4.821 15.683 No H/Q in entry = 7 In of MODEL 6 1 H THR 460 H THR 460 -5.707 -7.146 13.005 2 HA THR 460 HA THR 460 -5.289 -9.809 13.833 3 HB THR 460 HB THR 460 -6.492 -8.851 11.242 4 HG23 THR 460 HG21 THR 460 -7.951 -10.815 11.542 5 HG22 THR 460 HG22 THR 460 -7.125 -11.208 13.047 6 HG21 THR 460 HG23 THR 460 -6.256 -11.301 11.513 7 HG1 THR 460 HG1 THR 460 -7.500 -8.896 13.897 No H/Q in entry = 7 In of MODEL 6 1 H LEU 461 H LEU 461 -3.518 -7.758 11.697 2 HA LEU 461 HA LEU 461 -2.452 -10.031 10.180 3 HB3 LEU 461 1HB LEU 461 -1.494 -8.299 8.686 4 HB2 LEU 461 2HB LEU 461 -2.306 -7.085 9.644 5 HG LEU 461 HG LEU 461 -3.323 -7.600 7.546 6 HD11 LEU 461 HD11 LEU 461 -2.978 -9.972 7.343 7 HD13 LEU 461 HD12 LEU 461 -4.705 -9.630 7.242 8 HD12 LEU 461 HD13 LEU 461 -4.029 -10.280 8.731 9 HD22 LEU 461 HD21 LEU 461 -4.698 -6.541 9.176 10 HD21 LEU 461 HD22 LEU 461 -5.043 -8.080 9.960 11 HD23 LEU 461 HD23 LEU 461 -5.697 -7.745 8.355 No H/Q in entry = 11 In of MODEL 6 1 H GLY 462 H GLY 462 -1.810 -8.546 12.789 2 HA2 GLY 462 1HA GLY 462 0.055 -8.668 14.252 3 HA3 GLY 462 2HA GLY 462 0.718 -7.542 13.087 No H/Q in entry = 3 In of MODEL 6 1 HA PRO 463 HA PRO 463 3.000 -11.937 13.268 2 HB3 PRO 463 1HB PRO 463 1.655 -13.739 13.615 3 HB2 PRO 463 2HB PRO 463 1.641 -13.903 11.856 4 HG3 PRO 463 1HG PRO 463 -0.628 -13.565 13.217 5 HG2 PRO 463 2HG PRO 463 -0.383 -12.788 11.640 6 HD3 PRO 463 1HD PRO 463 -0.121 -11.617 14.389 7 HD2 PRO 463 2HD PRO 463 -0.930 -10.941 12.955 No H/Q in entry = 7 In of MODEL 6 1 H LEU 464 H LEU 464 1.152 -10.844 10.465 2 HA LEU 464 HA LEU 464 2.903 -11.992 8.525 3 HB3 LEU 464 1HB LEU 464 1.852 -10.285 6.942 4 HB2 LEU 464 2HB LEU 464 0.879 -9.762 8.290 5 HG LEU 464 HG LEU 464 -0.290 -11.232 6.680 6 HD11 LEU 464 HD11 LEU 464 1.492 -12.708 6.079 7 HD13 LEU 464 HD12 LEU 464 0.098 -13.608 6.669 8 HD12 LEU 464 HD13 LEU 464 1.509 -13.397 7.705 9 HD21 LEU 464 HD21 LEU 464 -1.109 -10.998 8.949 10 HD23 LEU 464 HD22 LEU 464 -0.087 -12.342 9.472 11 HD22 LEU 464 HD23 LEU 464 -1.406 -12.620 8.326 No H/Q in entry = 11 In of MODEL 6 1 H PHE 465 H PHE 465 2.574 -8.823 9.979 2 HA PHE 465 HA PHE 465 4.725 -7.637 8.518 3 HB3 PHE 465 1HB PHE 465 4.498 -5.794 10.223 4 HB2 PHE 465 2HB PHE 465 3.236 -6.754 10.989 5 HZ PHE 465 HZ PHE 465 0.146 -4.496 6.688 6 HD1 PHE 465 1HD PHE 465 1.177 -7.322 9.676 7 HE1 PHE 465 1HE PHE 465 -0.465 -6.385 8.130 8 HE2 PHE 465 2HE PHE 465 2.424 -3.539 6.819 9 HD2 PHE 465 2HD PHE 465 4.047 -4.481 8.365 No H/Q in entry = 9 In of MODEL 6 1 H ARG 466 H ARG 466 4.551 -9.676 11.137 2 HA ARG 466 HA ARG 466 6.899 -8.893 12.525 3 HB3 ARG 466 1HB ARG 466 5.516 -11.577 12.430 4 HB2 ARG 466 2HB ARG 466 5.117 -10.276 13.536 5 HG3 ARG 466 1HG ARG 466 7.366 -10.439 14.507 6 HG2 ARG 466 2HG ARG 466 7.698 -11.799 13.432 7 HD3 ARG 466 1HD ARG 466 5.872 -13.051 14.426 8 HD2 ARG 466 2HD ARG 466 5.487 -11.663 15.448 9 HE ARG 466 HE ARG 466 8.137 -12.806 15.644 10 HH11 ARG 466 HH11 ARG 466 4.916 -12.399 17.069 11 HH12 ARG 466 HH12 ARG 466 5.376 -12.889 18.623 12 HH21 ARG 466 HH21 ARG 466 8.776 -13.508 17.800 13 HH22 ARG 466 HH22 ARG 466 7.613 -13.550 19.036 No H/Q in entry = 13 In of MODEL 6 1 H ASN 467 H ASN 467 6.238 -10.694 9.673 2 HA ASN 467 HA ASN 467 9.100 -11.268 9.400 3 HB3 ASN 467 1HB ASN 467 8.477 -13.179 7.911 4 HB2 ASN 467 2HB ASN 467 6.787 -12.905 8.295 5 HD21 ASN 467 HD21 ASN 467 5.970 -13.561 10.260 6 HD22 ASN 467 HD22 ASN 467 6.853 -14.588 11.324 No H/Q in entry = 6 In of MODEL 6 1 H SER 468 H SER 468 9.389 -9.235 8.374 2 HA SER 468 HA SER 468 8.440 -9.170 5.652 3 HB3 SER 468 1HB SER 468 7.493 -6.922 5.859 4 HB2 SER 468 2HB SER 468 7.707 -7.000 7.616 5 HG SER 468 HG SER 468 6.417 -9.169 6.858 No H/Q in entry = 5 In of MODEL 6 1 H ARG 469 H ARG 469 9.308 -7.432 4.473 2 HA ARG 469 HA ARG 469 11.931 -6.430 5.333 3 HB3 ARG 469 1HB ARG 469 12.192 -7.949 3.423 4 HB2 ARG 469 2HB ARG 469 12.467 -6.304 2.878 5 HG3 ARG 469 1HG ARG 469 10.187 -6.236 1.956 6 HG2 ARG 469 2HG ARG 469 9.947 -7.904 2.472 7 HD3 ARG 469 1HD ARG 469 12.000 -6.949 0.480 8 HD2 ARG 469 2HD ARG 469 10.507 -7.803 0.106 9 HE ARG 469 HE ARG 469 12.130 -9.246 1.947 10 HH11 ARG 469 HH11 ARG 469 11.547 -8.734 -1.516 11 HH12 ARG 469 HH12 ARG 469 12.486 -10.066 -2.010 12 HH21 ARG 469 HH21 ARG 469 13.375 -11.113 1.249 13 HH22 ARG 469 HH22 ARG 469 13.506 -11.491 -0.377 No H/Q in entry = 13 In of MODEL 6 1 H MET 470 H MET 470 12.387 -4.127 4.841 2 HA MET 470 HA MET 470 9.780 -2.817 5.120 3 HB3 MET 470 1HB MET 470 11.867 -1.037 5.545 4 HB2 MET 470 2HB MET 470 12.380 -2.557 6.283 5 HG3 MET 470 1HG MET 470 11.333 -1.469 8.003 6 HG2 MET 470 2HG MET 470 10.148 -2.599 7.333 7 HE2 MET 470 1HE MET 470 11.249 0.897 5.784 8 HE1 MET 470 2HE MET 470 11.280 1.154 7.532 9 HE3 MET 470 3HE MET 470 10.063 1.962 6.546 No H/Q in entry = 9 In of MODEL 6 1 H VAL 471 H VAL 471 9.295 -0.977 3.991 2 HA VAL 471 HA VAL 471 11.020 -0.213 1.794 3 HB VAL 471 HB VAL 471 9.099 0.012 0.270 4 HG13 VAL 471 HG11 VAL 471 10.350 -1.933 0.040 5 HG12 VAL 471 HG12 VAL 471 8.644 -2.397 -0.115 6 HG11 VAL 471 HG13 VAL 471 9.530 -2.713 1.389 7 HG22 VAL 471 HG21 VAL 471 7.263 0.282 1.792 8 HG21 VAL 471 HG22 VAL 471 7.530 -1.327 2.457 9 HG23 VAL 471 HG23 VAL 471 6.962 -1.153 0.802 No H/Q in entry = 9 In of MODEL 6 1 H GLN 472 H GLN 472 10.628 1.862 1.062 2 HA GLN 472 HA GLN 472 9.087 3.548 2.872 3 HB3 GLN 472 1HB GLN 472 11.923 4.084 1.984 4 HB2 GLN 472 2HB GLN 472 11.447 3.582 3.596 5 HG3 GLN 472 1HG GLN 472 10.108 5.668 3.775 6 HG2 GLN 472 2HG GLN 472 10.805 6.179 2.238 7 HE21 GLN 472 HE21 GLN 472 11.840 7.939 3.175 8 HE22 GLN 472 HE22 GLN 472 13.226 7.737 4.185 No H/Q in entry = 8 In of MODEL 6 1 H PHE 473 H PHE 473 7.844 4.837 1.827 2 HA PHE 473 HA PHE 473 8.166 5.114 -1.064 3 HB3 PHE 473 1HB PHE 473 5.674 5.743 -0.896 4 HB2 PHE 473 2HB PHE 473 5.751 5.006 0.692 5 HZ PHE 473 HZ PHE 473 5.116 0.207 -2.400 6 HD1 PHE 473 1HD PHE 473 6.710 2.558 0.770 7 HE1 PHE 473 1HE PHE 473 6.190 0.363 -0.204 8 HE2 PHE 473 2HE PHE 473 4.561 2.244 -3.637 9 HD2 PHE 473 2HD PHE 473 5.061 4.447 -2.660 No H/Q in entry = 9 In of MODEL 6 1 H HIS 474 H HIS 474 8.417 6.967 -1.885 2 HA HIS 474 HA HIS 474 7.466 9.389 -0.532 3 HB3 HIS 474 1HB HIS 474 10.006 9.112 -2.188 4 HB2 HIS 474 2HB HIS 474 9.972 9.257 -0.434 5 HD1 HIS 474 HD1 HIS 474 9.567 11.332 -3.575 6 HD2 HIS 474 2HD HIS 474 9.411 11.780 0.557 7 HE1 HIS 474 1HE HIS 474 9.686 13.791 -3.141 No H/Q in entry = 7 In of MODEL 6 1 H PHE 475 H PHE 475 6.029 10.390 -1.826 2 HA PHE 475 HA PHE 475 5.638 9.360 -4.530 3 HB3 PHE 475 1HB PHE 475 3.508 10.639 -4.430 4 HB2 PHE 475 2HB PHE 475 3.935 11.153 -2.807 5 HZ PHE 475 HZ PHE 475 1.638 6.022 -1.530 6 HD1 PHE 475 1HD PHE 475 3.550 9.782 -0.932 7 HE1 PHE 475 1HE PHE 475 2.438 7.801 -0.011 8 HE2 PHE 475 2HE PHE 475 1.957 6.257 -3.959 9 HD2 PHE 475 2HD PHE 475 3.062 8.245 -4.859 No H/Q in entry = 9 In of MODEL 6 1 H THR 476 H THR 476 5.091 10.933 -6.224 2 HA THR 476 HA THR 476 6.834 13.203 -6.102 3 HB THR 476 HB THR 476 6.627 11.956 -8.249 4 HG22 THR 476 HG21 THR 476 3.797 13.017 -8.307 5 HG21 THR 476 HG22 THR 476 4.257 11.330 -8.081 6 HG23 THR 476 HG23 THR 476 4.598 12.137 -9.613 7 HG1 THR 476 HG1 THR 476 6.971 13.767 -9.243 No H/Q in entry = 7 In of MODEL 6 1 H ASN 477 H ASN 477 6.216 15.283 -5.919 2 HA ASN 477 HA ASN 477 3.646 15.707 -4.637 3 HB3 ASN 477 1HB ASN 477 4.614 17.950 -4.066 4 HB2 ASN 477 2HB ASN 477 6.055 17.510 -4.966 5 HD21 ASN 477 HD21 ASN 477 4.201 16.873 -2.056 6 HD22 ASN 477 HD22 ASN 477 5.462 16.046 -1.238 No H/Q in entry = 6 In of MODEL 6 1 H LYS 478 H LYS 478 3.541 15.216 -7.409 2 HA LYS 478 HA LYS 478 3.103 17.728 -8.756 3 HB3 LYS 478 1HB LYS 478 2.516 14.886 -9.557 4 HB2 LYS 478 2HB LYS 478 3.793 15.942 -10.144 5 HG3 LYS 478 1HG LYS 478 2.008 17.418 -11.125 6 HG2 LYS 478 2HG LYS 478 0.819 16.215 -10.639 7 HD3 LYS 478 1HD LYS 478 1.295 15.843 -12.932 8 HD2 LYS 478 2HD LYS 478 2.052 14.542 -12.015 9 HE3 LYS 478 1HE LYS 478 3.613 15.304 -13.680 10 HE2 LYS 478 2HE LYS 478 4.165 15.800 -12.076 11 HZ2 LYS 478 1HZ LYS 478 3.490 18.014 -12.453 12 HZ1 LYS 478 2HZ LYS 478 2.650 17.605 -13.837 13 HZ3 LYS 478 3HZ LYS 478 4.330 17.550 -13.843 No H/Q in entry = 13 In of MODEL 6 1 H ASP 479 H ASP 479 1.005 15.106 -7.614 2 HA ASP 479 HA ASP 479 -1.243 16.944 -7.964 3 HB3 ASP 479 1HB ASP 479 -1.458 13.960 -7.531 4 HB2 ASP 479 2HB ASP 479 -1.280 14.662 -9.133 No H/Q in entry = 4 In of MODEL 6 1 H LEU 480 H LEU 480 -0.674 18.019 -6.147 2 HA LEU 480 HA LEU 480 -0.259 16.864 -3.634 3 HB3 LEU 480 1HB LEU 480 -0.630 19.213 -2.785 4 HB2 LEU 480 2HB LEU 480 -0.889 19.666 -4.459 5 HG LEU 480 HG LEU 480 1.404 18.848 -4.990 6 HD11 LEU 480 HD11 LEU 480 1.005 21.216 -4.525 7 HD13 LEU 480 HD12 LEU 480 2.588 20.702 -3.944 8 HD12 LEU 480 HD13 LEU 480 1.260 20.920 -2.805 9 HD23 LEU 480 HD21 LEU 480 2.940 18.468 -3.080 10 HD22 LEU 480 HD22 LEU 480 1.703 17.229 -3.221 11 HD21 LEU 480 HD23 LEU 480 1.552 18.488 -1.996 No H/Q in entry = 11 In of MODEL 6 1 H GLU 481 H GLU 481 -3.176 17.607 -5.255 2 HA GLU 481 HA GLU 481 -4.752 17.665 -2.923 3 HB3 GLU 481 1HB GLU 481 -5.781 18.690 -4.759 4 HB2 GLU 481 2HB GLU 481 -6.692 17.212 -4.502 5 HG3 GLU 481 1HG GLU 481 -6.471 17.111 -6.740 6 HG2 GLU 481 2HG GLU 481 -5.008 16.281 -6.172 No H/Q in entry = 6 In of MODEL 6 1 H SER 482 H SER 482 -3.714 15.029 -5.048 2 HA SER 482 HA SER 482 -5.243 13.081 -3.678 3 HB3 SER 482 1HB SER 482 -3.621 11.417 -4.652 4 HB2 SER 482 2HB SER 482 -2.671 12.780 -5.240 5 HG SER 482 HG SER 482 -4.188 13.352 -6.566 No H/Q in entry = 5 In of MODEL 6 1 H LEU 483 H LEU 483 -1.992 14.395 -3.191 2 HA LEU 483 HA LEU 483 -1.376 12.702 -1.022 3 HB3 LEU 483 1HB LEU 483 0.201 14.601 -0.274 4 HB2 LEU 483 2HB LEU 483 -0.282 15.422 -1.736 5 HG LEU 483 HG LEU 483 1.922 14.261 -1.822 6 HD13 LEU 483 HD11 LEU 483 1.998 11.860 -2.195 7 HD12 LEU 483 HD12 LEU 483 0.300 11.737 -1.775 8 HD11 LEU 483 HD13 LEU 483 1.467 12.268 -0.570 9 HD23 LEU 483 HD21 LEU 483 1.623 13.314 -4.062 10 HD22 LEU 483 HD22 LEU 483 0.794 14.861 -3.876 11 HD21 LEU 483 HD23 LEU 483 -0.125 13.356 -3.836 No H/Q in entry = 11 In of MODEL 6 1 H LYS 484 H LYS 484 -2.887 15.896 -1.107 2 HA LYS 484 HA LYS 484 -3.072 16.379 1.630 3 HB3 LYS 484 1HB LYS 484 -5.120 17.097 -0.478 4 HB2 LYS 484 2HB LYS 484 -3.635 17.981 -0.205 5 HG3 LYS 484 1HG LYS 484 -4.397 18.531 2.078 6 HG2 LYS 484 2HG LYS 484 -5.906 17.681 1.755 7 HD3 LYS 484 1HD LYS 484 -6.215 20.084 1.455 8 HD2 LYS 484 2HD LYS 484 -6.397 19.243 -0.080 9 HE3 LYS 484 1HE LYS 484 -4.143 19.877 -0.740 10 HE2 LYS 484 2HE LYS 484 -3.883 20.668 0.809 11 HZ2 LYS 484 1HZ LYS 484 -5.634 22.242 0.255 12 HZ1 LYS 484 2HZ LYS 484 -5.920 21.466 -1.197 13 HZ3 LYS 484 3HZ LYS 484 -4.458 22.252 -0.957 No H/Q in entry = 13 In of MODEL 6 1 H GLY 485 H GLY 485 -5.328 14.657 -0.484 2 HA2 GLY 485 1HA GLY 485 -7.054 13.236 -0.027 3 HA3 GLY 485 2HA GLY 485 -7.186 14.022 1.542 No H/Q in entry = 3 In of MODEL 6 1 H LEU 486 H LEU 486 -4.476 12.246 0.128 2 HA LEU 486 HA LEU 486 -4.881 9.791 1.447 3 HB3 LEU 486 1HB LEU 486 -2.120 10.679 0.761 4 HB2 LEU 486 2HB LEU 486 -3.280 10.650 -0.543 5 HG LEU 486 HG LEU 486 -3.630 8.257 -0.230 6 HD11 LEU 486 HD11 LEU 486 -0.737 9.026 -0.490 7 HD13 LEU 486 HD12 LEU 486 -1.941 8.984 -1.779 8 HD12 LEU 486 HD13 LEU 486 -1.440 7.489 -0.990 9 HD21 LEU 486 HD21 LEU 486 -1.513 8.470 1.900 10 HD23 LEU 486 HD22 LEU 486 -2.152 6.961 1.247 11 HD22 LEU 486 HD23 LEU 486 -3.206 8.053 2.151 No H/Q in entry = 11 In of MODEL 6 1 H TYR 487 H TYR 487 -2.859 12.614 2.264 2 HA TYR 487 HA TYR 487 -1.641 11.681 4.585 3 HB3 TYR 487 1HB TYR 487 -1.826 14.244 5.261 4 HB2 TYR 487 2HB TYR 487 -2.349 14.404 3.599 5 HH TYR 487 HH TYR 487 3.538 14.586 1.655 6 HD1 TYR 487 1HD TYR 487 -0.732 13.095 1.868 7 HE1 TYR 487 1HE TYR 487 1.572 13.247 1.098 8 HE2 TYR 487 2HE TYR 487 2.734 14.775 4.899 9 HD2 TYR 487 2HD TYR 487 0.399 14.623 5.651 No H/Q in entry = 9 In of MODEL 6 1 H ARG 488 H ARG 488 -4.778 13.265 4.150 2 HA ARG 488 HA ARG 488 -5.384 13.303 6.902 3 HB3 ARG 488 1HB ARG 488 -7.799 13.522 6.124 4 HB2 ARG 488 2HB ARG 488 -7.145 13.534 4.496 5 HG3 ARG 488 1HG ARG 488 -6.025 15.560 4.826 6 HG2 ARG 488 2HG ARG 488 -6.216 15.468 6.578 7 HD3 ARG 488 1HD ARG 488 -8.410 15.867 4.536 8 HD2 ARG 488 2HD ARG 488 -7.788 17.069 5.674 9 HE ARG 488 HE ARG 488 -8.684 14.754 7.046 10 HH11 ARG 488 HH11 ARG 488 -9.911 17.787 5.693 11 HH12 ARG 488 HH12 ARG 488 -11.439 17.625 6.455 12 HH21 ARG 488 HH21 ARG 488 -10.766 14.568 8.031 13 HH22 ARG 488 HH22 ARG 488 -11.939 15.776 7.749 No H/Q in entry = 13 In of MODEL 6 1 H ILE 489 H ILE 489 -6.172 11.019 4.346 2 HA ILE 489 HA ILE 489 -7.831 9.381 5.908 3 HB ILE 489 HB ILE 489 -6.146 8.643 3.491 4 HG12 ILE 489 HG12 ILE 489 -9.088 9.318 3.738 5 HG21 ILE 489 HG21 ILE 489 -8.314 7.092 4.886 6 HG23 ILE 489 HG22 ILE 489 -6.634 6.595 4.620 7 HG22 ILE 489 HG23 ILE 489 -7.750 6.747 3.263 8 HD12 ILE 489 HD11 ILE 489 -9.152 9.333 1.320 9 HD11 ILE 489 HD12 ILE 489 -8.708 7.734 1.923 10 HD13 ILE 489 HD13 ILE 489 -7.470 8.800 1.258 11 HG13 ILE 489 HG11 ILE 489 -7.838 10.369 3.084 No H/Q in entry = 11 In of MODEL 6 1 H MET 490 H MET 490 -4.366 9.155 5.255 2 HA MET 490 HA MET 490 -3.918 6.835 6.799 3 HB3 MET 490 1HB MET 490 -1.540 7.717 6.927 4 HB2 MET 490 2HB MET 490 -2.093 9.052 5.931 5 HG3 MET 490 1HG MET 490 -1.073 7.442 4.516 6 HG2 MET 490 2HG MET 490 -2.812 7.408 4.222 7 HE2 MET 490 1HE MET 490 -0.703 5.117 3.345 8 HE1 MET 490 2HE MET 490 -2.421 5.067 2.943 9 HE3 MET 490 3HE MET 490 -1.649 3.675 3.705 No H/Q in entry = 9 In of MODEL 6 1 H GLY 491 H GLY 491 -3.622 10.281 7.644 2 HA2 GLY 491 1HA GLY 491 -3.360 11.296 9.689 3 HA3 GLY 491 2HA GLY 491 -2.707 9.784 10.270 No H/Q in entry = 3 In of MODEL 6 1 H ASN 492 H ASN 492 -5.835 9.683 8.848 2 HA ASN 492 HA ASN 492 -7.362 10.170 11.250 3 HB3 ASN 492 1HB ASN 492 -8.412 8.860 8.750 4 HB2 ASN 492 2HB ASN 492 -8.036 10.572 8.759 5 HD21 ASN 492 HD21 ASN 492 -10.226 8.140 9.887 6 HD22 ASN 492 HD22 ASN 492 -11.424 9.235 10.476 No H/Q in entry = 6 In of MODEL 6 1 H GLY 493 H GLY 493 -5.486 7.646 10.326 2 HA2 GLY 493 1HA GLY 493 -6.992 5.853 12.087 3 HA3 GLY 493 2HA GLY 493 -5.281 5.727 11.722 No H/Q in entry = 3 In of MODEL 6 1 H PHE 494 H PHE 494 -5.753 6.007 8.812 2 HA PHE 494 HA PHE 494 -6.920 3.369 8.400 3 HB3 PHE 494 1HB PHE 494 -7.116 4.067 5.969 4 HB2 PHE 494 2HB PHE 494 -6.682 5.693 6.503 5 HZ PHE 494 HZ PHE 494 -12.236 5.663 8.117 6 HD1 PHE 494 1HD PHE 494 -8.345 7.147 7.245 7 HE1 PHE 494 1HE PHE 494 -10.683 7.561 7.863 8 HE2 PHE 494 2HE PHE 494 -11.415 3.359 7.749 9 HD2 PHE 494 2HD PHE 494 -9.076 2.981 7.125 No H/Q in entry = 9 In of MODEL 6 1 H ALA 495 H ALA 495 -5.897 2.100 6.634 2 HA ALA 495 HA ALA 495 -3.020 2.576 6.399 3 HB3 ALA 495 1HB ALA 495 -2.602 0.214 6.886 4 HB2 ALA 495 2HB ALA 495 -4.332 -0.028 7.188 5 HB1 ALA 495 3HB ALA 495 -3.386 1.006 8.258 No H/Q in entry = 5 In of MODEL 6 1 H GLY 496 H GLY 496 -2.146 1.582 4.461 2 HA2 GLY 496 1HA GLY 496 -2.804 1.769 2.138 3 HA3 GLY 496 2HA GLY 496 -4.308 0.971 2.575 No H/Q in entry = 3 In of MODEL 6 1 H CYS 497 H CYS 497 -4.442 -1.113 2.180 2 HA CYS 497 HA CYS 497 -2.033 -2.712 2.232 3 HB3 CYS 497 1HB CYS 497 -3.930 -3.791 3.241 4 HB2 CYS 497 2HB CYS 497 -3.612 -4.634 1.735 5 HG CYS 497 HG CYS 497 -5.870 -2.193 1.397 No H/Q in entry = 5 In of MODEL 6 1 H VAL 498 H VAL 498 -0.779 -2.939 0.503 2 HA VAL 498 HA VAL 498 -1.887 -2.111 -2.061 3 HB VAL 498 HB VAL 498 1.002 -2.349 -1.206 4 HG13 VAL 498 HG11 VAL 498 0.723 -2.603 -3.604 5 HG12 VAL 498 HG12 VAL 498 1.492 -1.060 -3.246 6 HG11 VAL 498 HG13 VAL 498 -0.215 -1.113 -3.678 7 HG21 VAL 498 HG21 VAL 498 -0.740 0.096 -1.424 8 HG23 VAL 498 HG22 VAL 498 1.002 0.122 -1.174 9 HG22 VAL 498 HG23 VAL 498 -0.058 -0.586 0.051 No H/Q in entry = 9 In of MODEL 6 1 H HIS 499 H HIS 499 -2.253 -3.535 -3.462 2 HA HIS 499 HA HIS 499 -1.057 -6.161 -3.171 3 HB3 HIS 499 1HB HIS 499 -3.110 -6.940 -4.461 4 HB2 HIS 499 2HB HIS 499 -3.782 -5.341 -4.158 5 HD1 HIS 499 HD1 HIS 499 -4.605 -4.842 -1.714 6 HD2 HIS 499 2HD HIS 499 -2.862 -8.570 -2.232 7 HE1 HIS 499 1HE HIS 499 -5.068 -6.147 0.393 No H/Q in entry = 7 In of MODEL 6 1 H PHE 500 H PHE 500 -0.234 -7.124 -4.855 2 HA PHE 500 HA PHE 500 0.423 -5.479 -7.172 3 HB3 PHE 500 1HB PHE 500 2.176 -7.155 -7.526 4 HB2 PHE 500 2HB PHE 500 1.615 -8.056 -6.139 5 HZ PHE 500 HZ PHE 500 5.342 -4.674 -3.395 6 HD1 PHE 500 1HD PHE 500 4.087 -5.928 -7.230 7 HE1 PHE 500 1HE PHE 500 5.748 -4.892 -5.788 8 HE2 PHE 500 2HE PHE 500 3.238 -5.514 -2.418 9 HD2 PHE 500 2HD PHE 500 1.571 -6.590 -3.870 No H/Q in entry = 9 In of MODEL 6 1 HA PRO 501 HA PRO 501 -2.111 -8.371 -9.639 2 HB3 PRO 501 1HB PRO 501 -1.974 -7.461 -11.790 3 HB2 PRO 501 2HB PRO 501 -0.216 -7.284 -11.692 4 HG3 PRO 501 1HG PRO 501 -2.366 -5.527 -10.565 5 HG2 PRO 501 2HG PRO 501 -0.890 -5.065 -11.431 6 HD3 PRO 501 1HD PRO 501 -1.077 -4.958 -8.741 7 HD2 PRO 501 2HD PRO 501 0.443 -5.357 -9.559 No H/Q in entry = 7 In of MODEL 6 1 H HIS 502 H HIS 502 -1.490 -10.466 -10.339 2 HA HIS 502 HA HIS 502 1.029 -11.241 -9.216 3 HB3 HIS 502 1HB HIS 502 0.349 -13.581 -9.792 4 HB2 HIS 502 2HB HIS 502 -1.099 -12.931 -10.549 5 HD1 HIS 502 HD1 HIS 502 0.454 -13.407 -7.119 6 HD2 HIS 502 2HD HIS 502 -3.139 -12.236 -8.855 7 HE1 HIS 502 1HE HIS 502 -1.234 -13.312 -5.250 No H/Q in entry = 7 In of MODEL 6 1 H THR 503 H THR 503 2.787 -11.247 -10.152 2 HA THR 503 HA THR 503 2.963 -11.702 -13.044 3 HB THR 503 HB THR 503 4.578 -9.644 -11.502 4 HG21 THR 503 HG21 THR 503 5.629 -10.487 -13.576 5 HG23 THR 503 HG22 THR 503 5.146 -8.800 -13.741 6 HG22 THR 503 HG23 THR 503 4.171 -10.072 -14.478 7 HG1 THR 503 HG1 THR 503 2.321 -9.078 -11.622 No H/Q in entry = 7 In of MODEL 6 1 H ALA 504 H ALA 504 4.708 -11.615 -9.917 2 HA ALA 504 HA ALA 504 6.772 -13.376 -10.882 3 HB2 ALA 504 1HB ALA 504 6.210 -12.381 -8.095 4 HB1 ALA 504 2HB ALA 504 7.292 -11.605 -9.253 5 HB3 ALA 504 3HB ALA 504 7.679 -13.205 -8.617 No H/Q in entry = 5 In of MODEL 6 1 HA PRO 505 HA PRO 505 4.266 -17.024 -9.799 2 HB3 PRO 505 1HB PRO 505 5.130 -18.625 -11.196 3 HB2 PRO 505 2HB PRO 505 6.754 -18.450 -10.524 4 HG3 PRO 505 1HG PRO 505 5.397 -16.850 -12.659 5 HG2 PRO 505 2HG PRO 505 7.061 -17.462 -12.610 6 HD3 PRO 505 1HD PRO 505 6.523 -14.920 -12.085 7 HD2 PRO 505 2HD PRO 505 7.752 -15.791 -11.135 No H/Q in entry = 7 In of MODEL 6 1 H CYS 506 H CYS 506 7.522 -16.318 -8.810 2 HA CYS 506 HA CYS 506 7.584 -18.189 -6.593 3 HB3 CYS 506 1HB CYS 506 9.490 -15.938 -7.331 4 HB2 CYS 506 2HB CYS 506 9.603 -17.577 -7.949 5 HG CYS 506 HG CYS 506 9.639 -17.210 -4.621 No H/Q in entry = 5 In of MODEL 6 1 H GLU 507 H GLU 507 5.441 -16.389 -6.591 2 HA GLU 507 HA GLU 507 4.184 -15.100 -5.326 3 HB3 GLU 507 1HB GLU 507 4.843 -14.755 -2.903 4 HB2 GLU 507 2HB GLU 507 6.302 -15.679 -3.260 5 HG3 GLU 507 1HG GLU 507 4.779 -17.489 -4.114 6 HG2 GLU 507 2HG GLU 507 3.444 -16.591 -3.403 No H/Q in entry = 6 In of MODEL 6 1 H VAL 508 H VAL 508 3.853 -13.191 -5.948 2 HA VAL 508 HA VAL 508 5.980 -11.333 -6.377 3 HB VAL 508 HB VAL 508 3.932 -11.441 -7.815 4 HG13 VAL 508 HG11 VAL 508 2.214 -11.796 -6.185 5 HG12 VAL 508 HG12 VAL 508 1.858 -10.336 -7.114 6 HG11 VAL 508 HG13 VAL 508 2.510 -10.209 -5.481 7 HG22 VAL 508 HG21 VAL 508 3.648 -9.011 -8.101 8 HG21 VAL 508 HG22 VAL 508 5.339 -9.473 -7.916 9 HG23 VAL 508 HG23 VAL 508 4.470 -8.751 -6.562 No H/Q in entry = 9 In of MODEL 6 1 H ARG 509 H ARG 509 3.710 -12.005 -3.875 2 HA ARG 509 HA ARG 509 3.669 -11.544 -1.711 3 HB3 ARG 509 1HB ARG 509 5.580 -10.455 -0.600 4 HB2 ARG 509 2HB ARG 509 6.188 -9.919 -2.175 5 HG3 ARG 509 1HG ARG 509 6.048 -12.429 -2.775 6 HG2 ARG 509 2HG ARG 509 5.995 -12.691 -1.040 7 HD3 ARG 509 1HD ARG 509 8.148 -11.985 -0.716 8 HD2 ARG 509 2HD ARG 509 8.163 -11.022 -2.201 9 HE ARG 509 HE ARG 509 7.770 -13.482 -3.127 10 HH11 ARG 509 HH11 ARG 509 10.209 -12.378 -0.797 11 HH12 ARG 509 HH12 ARG 509 11.399 -13.462 -1.357 12 HH21 ARG 509 HH21 ARG 509 9.375 -14.969 -3.838 13 HH22 ARG 509 HH22 ARG 509 10.922 -14.956 -3.123 No H/Q in entry = 13 In of MODEL 6 1 H VAL 510 H VAL 510 3.429 -9.471 -0.166 2 HA VAL 510 HA VAL 510 2.167 -7.470 -1.905 3 HB VAL 510 HB VAL 510 0.132 -7.463 -0.317 4 HG12 VAL 510 HG11 VAL 510 -0.940 -9.384 -1.338 5 HG11 VAL 510 HG12 VAL 510 0.628 -9.989 -1.871 6 HG13 VAL 510 HG13 VAL 510 0.000 -8.480 -2.528 7 HG23 VAL 510 HG21 VAL 510 -0.234 -9.500 0.956 8 HG22 VAL 510 HG22 VAL 510 1.171 -8.611 1.541 9 HG21 VAL 510 HG23 VAL 510 1.390 -10.060 0.545 No H/Q in entry = 9 In of MODEL 6 1 H LEU 511 H LEU 511 1.588 -5.404 -0.555 2 HA LEU 511 HA LEU 511 3.352 -5.387 1.741 3 HB3 LEU 511 1HB LEU 511 4.691 -4.657 -0.173 4 HB2 LEU 511 2HB LEU 511 4.634 -3.469 1.108 5 HG LEU 511 HG LEU 511 2.973 -3.160 -1.380 6 HD12 LEU 511 HD11 LEU 511 4.078 -1.173 0.615 7 HD11 LEU 511 HD12 LEU 511 2.408 -1.730 0.548 8 HD13 LEU 511 HD13 LEU 511 3.078 -0.791 -0.786 9 HD23 LEU 511 HD21 LEU 511 5.733 -2.069 -0.919 10 HD22 LEU 511 HD22 LEU 511 4.736 -1.888 -2.373 11 HD21 LEU 511 HD23 LEU 511 5.382 -3.465 -1.918 No H/Q in entry = 11 In of MODEL 6 1 H MET 512 H MET 512 2.912 -3.632 3.241 2 HA MET 512 HA MET 512 0.408 -2.286 2.538 3 HB3 MET 512 1HB MET 512 1.231 -3.247 5.270 4 HB2 MET 512 2HB MET 512 -0.207 -3.679 4.352 5 HG3 MET 512 1HG MET 512 -0.929 -1.266 4.553 6 HG2 MET 512 2HG MET 512 0.442 -1.035 5.636 7 HE3 MET 512 1HE MET 512 -3.233 -3.591 6.618 8 HE2 MET 512 2HE MET 512 -2.054 -4.079 5.405 9 HE1 MET 512 3HE MET 512 -3.034 -2.632 5.149 No H/Q in entry = 9 In of MODEL 6 1 H LEU 513 H LEU 513 0.303 -0.221 2.580 2 HA LEU 513 HA LEU 513 2.750 1.191 3.185 3 HB3 LEU 513 1HB LEU 513 0.271 2.106 1.735 4 HB2 LEU 513 2HB LEU 513 1.665 1.397 0.949 5 HG LEU 513 HG LEU 513 1.661 3.988 2.491 6 HD12 LEU 513 HD11 LEU 513 3.910 4.206 1.405 7 HD11 LEU 513 HD12 LEU 513 3.795 2.498 1.000 8 HD13 LEU 513 HD13 LEU 513 3.793 3.010 2.689 9 HD23 LEU 513 HD21 LEU 513 1.837 3.460 -0.472 10 HD22 LEU 513 HD22 LEU 513 1.976 5.034 0.316 11 HD21 LEU 513 HD23 LEU 513 0.451 4.157 0.369 No H/Q in entry = 11 In of MODEL 6 1 H LEU 514 H LEU 514 2.875 2.471 4.804 2 HA LEU 514 HA LEU 514 0.510 3.372 6.246 3 HB3 LEU 514 1HB LEU 514 1.986 3.026 8.325 4 HB2 LEU 514 2HB LEU 514 2.972 2.016 7.296 5 HG LEU 514 HG LEU 514 0.932 0.566 6.895 6 HD11 LEU 514 HD11 LEU 514 2.684 -0.056 8.502 7 HD13 LEU 514 HD12 LEU 514 1.085 -0.558 9.046 8 HD12 LEU 514 HD13 LEU 514 1.851 0.862 9.760 9 HD23 LEU 514 HD21 LEU 514 -0.891 0.766 8.488 10 HD22 LEU 514 HD22 LEU 514 -0.759 2.213 7.494 11 HD21 LEU 514 HD23 LEU 514 -0.166 2.227 9.158 No H/Q in entry = 11 In of MODEL 6 1 H TYR 515 H TYR 515 0.866 5.344 7.269 2 HA TYR 515 HA TYR 515 3.054 6.870 6.063 3 HB3 TYR 515 1HB TYR 515 0.416 7.659 7.260 4 HB2 TYR 515 2HB TYR 515 0.874 7.734 5.563 5 HH TYR 515 HH TYR 515 2.941 13.613 6.413 6 HD1 TYR 515 1HD TYR 515 0.228 9.678 8.274 7 HE1 TYR 515 1HE TYR 515 0.894 11.982 8.601 8 HE2 TYR 515 2HE TYR 515 3.901 11.486 5.559 9 HD2 TYR 515 2HD TYR 515 3.186 9.185 5.266 No H/Q in entry = 9 In of MODEL 6 1 H SER 516 H SER 516 4.768 7.359 7.312 2 HA SER 516 HA SER 516 4.351 7.287 10.189 3 HB3 SER 516 1HB SER 516 6.914 7.564 8.566 4 HB2 SER 516 2HB SER 516 6.325 6.058 9.264 5 HG SER 516 HG SER 516 6.961 6.676 11.201 No H/Q in entry = 5 In of MODEL 6 1 H SER 517 H SER 517 3.570 9.106 10.883 2 HA SER 517 HA SER 517 3.691 11.576 9.603 3 HB3 SER 517 1HB SER 517 2.385 12.291 11.410 4 HB2 SER 517 2HB SER 517 3.069 11.092 12.506 5 HG SER 517 HG SER 517 0.868 10.815 11.286 No H/Q in entry = 5 In of MODEL 6 1 H LYS 518 H LYS 518 5.549 10.067 12.148 2 HA LYS 518 HA LYS 518 6.841 12.414 13.037 3 HB3 LYS 518 1HB LYS 518 6.642 10.544 14.505 4 HB2 LYS 518 2HB LYS 518 8.348 10.892 14.266 5 HG3 LYS 518 1HG LYS 518 8.530 9.028 12.708 6 HG2 LYS 518 2HG LYS 518 6.815 8.679 12.905 7 HD3 LYS 518 1HD LYS 518 8.863 8.604 15.116 8 HD2 LYS 518 2HD LYS 518 8.247 7.191 14.260 9 HE3 LYS 518 1HE LYS 518 6.002 7.642 15.064 10 HE2 LYS 518 2HE LYS 518 6.561 9.109 15.871 11 HZ1 LYS 518 1HZ LYS 518 7.442 6.365 16.527 12 HZ3 LYS 518 2HZ LYS 518 6.358 7.296 17.415 13 HZ2 LYS 518 3HZ LYS 518 7.958 7.785 17.274 No H/Q in entry = 13 In of MODEL 6 1 H LYS 519 H LYS 519 7.611 10.108 10.546 2 HA LYS 519 HA LYS 519 10.193 11.405 10.073 3 HB3 LYS 519 1HB LYS 519 10.486 9.621 8.353 4 HB2 LYS 519 2HB LYS 519 8.927 8.966 8.818 5 HG3 LYS 519 1HG LYS 519 9.798 8.516 11.072 6 HG2 LYS 519 2HG LYS 519 11.380 9.110 10.551 7 HD3 LYS 519 1HD LYS 519 11.382 7.394 8.763 8 HD2 LYS 519 2HD LYS 519 9.862 6.765 9.390 9 HE3 LYS 519 1HE LYS 519 10.984 6.307 11.550 10 HE2 LYS 519 2HE LYS 519 12.509 6.820 10.828 11 HZ3 LYS 519 1HZ LYS 519 10.834 4.523 9.996 12 HZ2 LYS 519 2HZ LYS 519 12.355 4.422 10.695 13 HZ1 LYS 519 3HZ LYS 519 12.184 5.032 9.140 No H/Q in entry = 13 In of MODEL 6 1 H LYS 520 H LYS 520 7.016 11.667 9.168 2 HA LYS 520 HA LYS 520 5.811 12.671 7.559 3 HB3 LYS 520 1HB LYS 520 6.916 14.579 6.316 4 HB2 LYS 520 2HB LYS 520 8.418 14.142 7.110 5 HG3 LYS 520 1HG LYS 520 7.370 16.014 8.238 6 HG2 LYS 520 2HG LYS 520 7.411 14.599 9.290 7 HD3 LYS 520 1HD LYS 520 5.073 14.124 8.786 8 HD2 LYS 520 2HD LYS 520 5.018 15.486 7.671 9 HE3 LYS 520 1HE LYS 520 5.449 17.023 9.505 10 HE2 LYS 520 2HE LYS 520 5.558 15.670 10.628 11 HZ1 LYS 520 1HZ LYS 520 3.113 16.378 9.078 12 HZ3 LYS 520 2HZ LYS 520 3.389 16.772 10.678 13 HZ2 LYS 520 3HZ LYS 520 3.254 15.163 10.240 No H/Q in entry = 13 In of MODEL 6 1 H ILE 521 H ILE 521 6.804 10.192 6.906 2 HA ILE 521 HA ILE 521 6.828 10.376 4.023 3 HB ILE 521 HB ILE 521 8.657 8.632 3.775 4 HG12 ILE 521 HG12 ILE 521 10.529 8.790 5.530 5 HG23 ILE 521 HG21 ILE 521 9.015 10.828 2.981 6 HG22 ILE 521 HG22 ILE 521 10.499 10.242 3.742 7 HG21 ILE 521 HG23 ILE 521 9.460 11.384 4.594 8 HD12 ILE 521 HD11 ILE 521 9.236 6.724 5.385 9 HD11 ILE 521 HD12 ILE 521 8.019 7.412 6.457 10 HD13 ILE 521 HD13 ILE 521 9.657 7.122 7.052 11 HG13 ILE 521 HG11 ILE 521 9.321 9.485 6.596 No H/Q in entry = 11 In of MODEL 6 1 H PHE 522 H PHE 522 6.693 8.062 2.979 2 HA PHE 522 HA PHE 522 4.805 6.749 4.716 3 HB3 PHE 522 1HB PHE 522 4.042 5.658 2.613 4 HB2 PHE 522 2HB PHE 522 5.148 6.701 1.711 5 HZ PHE 522 HZ PHE 522 0.719 10.388 2.386 6 HD1 PHE 522 1HD PHE 522 4.806 9.271 1.985 7 HE1 PHE 522 1HE PHE 522 3.053 10.982 1.879 8 HE2 PHE 522 2HE PHE 522 0.149 8.070 2.991 9 HD2 PHE 522 2HD PHE 522 1.899 6.357 3.090 No H/Q in entry = 9 In of MODEL 6 1 H MET 523 H MET 523 5.015 4.626 5.166 2 HA MET 523 HA MET 523 7.576 3.371 4.457 3 HB3 MET 523 1HB MET 523 7.730 4.267 6.755 4 HB2 MET 523 2HB MET 523 7.730 2.506 6.741 5 HG3 MET 523 1HG MET 523 5.344 2.517 7.343 6 HG2 MET 523 2HG MET 523 5.390 4.274 7.421 7 HE3 MET 523 1HE MET 523 7.669 1.481 10.322 8 HE2 MET 523 2HE MET 523 8.152 1.683 8.640 9 HE1 MET 523 3HE MET 523 6.617 0.910 9.027 No H/Q in entry = 9 In of MODEL 6 1 H GLY 524 H GLY 524 7.417 0.966 4.811 2 HA2 GLY 524 1HA GLY 524 5.263 -0.106 3.571 3 HA3 GLY 524 2HA GLY 524 4.840 -0.107 5.273 No H/Q in entry = 3 In of MODEL 6 1 H LEU 525 H LEU 525 4.871 -2.291 5.397 2 HA LEU 525 HA LEU 525 7.465 -3.484 4.923 3 HB3 LEU 525 1HB LEU 525 6.716 -5.272 6.640 4 HB2 LEU 525 2HB LEU 525 5.510 -4.101 7.116 5 HG LEU 525 HG LEU 525 8.451 -3.489 7.155 6 HD12 LEU 525 HD11 LEU 525 7.784 -1.769 8.800 7 HD11 LEU 525 HD12 LEU 525 6.094 -2.240 8.607 8 HD13 LEU 525 HD13 LEU 525 6.982 -1.540 7.250 9 HD23 LEU 525 HD21 LEU 525 8.368 -3.935 9.594 10 HD22 LEU 525 HD22 LEU 525 8.204 -5.365 8.596 11 HD21 LEU 525 HD23 LEU 525 6.779 -4.668 9.374 No H/Q in entry = 11 In of MODEL 6 1 H ILE 526 H ILE 526 7.593 -5.339 3.829 2 HA ILE 526 HA ILE 526 5.175 -6.005 2.341 3 HB ILE 526 HB ILE 526 8.062 -6.742 1.885 4 HG12 ILE 526 HG12 ILE 526 6.322 -4.566 0.766 5 HG21 ILE 526 HG21 ILE 526 5.687 -7.297 0.133 6 HG23 ILE 526 HG22 ILE 526 6.665 -8.476 1.008 7 HG22 ILE 526 HG23 ILE 526 7.376 -7.558 -0.321 8 HD12 ILE 526 HD11 ILE 526 7.180 -5.726 -1.165 9 HD11 ILE 526 HD12 ILE 526 8.837 -5.580 -0.547 10 HD13 ILE 526 HD13 ILE 526 7.902 -4.132 -0.983 11 HG13 ILE 526 HG11 ILE 526 7.934 -4.477 1.425 No H/Q in entry = 11 In of MODEL 6 1 HA PRO 527 HA PRO 527 5.138 -9.841 4.797 2 HB3 PRO 527 1HB PRO 527 2.906 -10.219 5.183 3 HB2 PRO 527 2HB PRO 527 2.484 -9.975 3.483 4 HG3 PRO 527 1HG PRO 527 2.956 -7.934 5.629 5 HG2 PRO 527 2HG PRO 527 1.656 -8.002 4.422 6 HD3 PRO 527 1HD PRO 527 3.746 -6.401 4.068 7 HD2 PRO 527 2HD PRO 527 3.066 -7.315 2.702 No H/Q in entry = 7 In of MODEL 6 1 H TYR 528 H TYR 528 5.913 -11.555 4.008 2 HA TYR 528 HA TYR 528 6.273 -12.056 1.235 3 HB3 TYR 528 1HB TYR 528 7.392 -14.126 2.013 4 HB2 TYR 528 2HB TYR 528 6.865 -13.774 3.650 5 HH TYR 528 HH TYR 528 12.237 -10.529 4.328 6 HD1 TYR 528 1HD TYR 528 9.091 -12.750 0.948 7 HE1 TYR 528 1HE TYR 528 11.104 -11.404 1.286 8 HE2 TYR 528 2HE TYR 528 9.992 -10.735 5.331 9 HD2 TYR 528 2HD TYR 528 7.965 -12.088 4.981 No H/Q in entry = 9 In of MODEL 6 1 H ASP 529 H ASP 529 4.320 -13.445 3.806 2 HA ASP 529 HA ASP 529 3.194 -15.490 2.168 3 HB3 ASP 529 1HB ASP 529 1.534 -15.759 4.055 4 HB2 ASP 529 2HB ASP 529 2.302 -14.399 4.852 No H/Q in entry = 4 In of MODEL 6 1 H GLN 530 H GLN 530 2.471 -14.349 0.383 2 HA GLN 530 HA GLN 530 0.650 -12.204 0.568 3 HB3 GLN 530 1HB GLN 530 1.973 -12.478 -1.457 4 HB2 GLN 530 2HB GLN 530 0.267 -12.503 -1.854 5 HG3 GLN 530 1HG GLN 530 0.317 -14.917 -2.108 6 HG2 GLN 530 2HG GLN 530 2.018 -14.936 -1.635 7 HE21 GLN 530 HE21 GLN 530 0.700 -15.807 -4.136 8 HE22 GLN 530 HE22 GLN 530 1.525 -14.940 -5.369 No H/Q in entry = 8 In of MODEL 6 1 H SER 531 H SER 531 0.223 -15.654 0.109 2 HA SER 531 HA SER 531 -2.531 -15.651 -0.302 3 HB3 SER 531 1HB SER 531 -2.401 -18.014 0.180 4 HB2 SER 531 2HB SER 531 -0.865 -17.798 1.026 5 HG SER 531 HG SER 531 0.152 -17.667 -0.810 No H/Q in entry = 5 In of MODEL 6 1 H GLY 532 H GLY 532 -0.605 -15.875 2.661 2 HA2 GLY 532 1HA GLY 532 -1.182 -15.748 4.888 3 HA3 GLY 532 2HA GLY 532 -2.798 -16.250 4.425 No H/Q in entry = 3 In of MODEL 6 1 H PHE 533 H PHE 533 -0.971 -13.350 3.490 2 HA PHE 533 HA PHE 533 -2.296 -11.590 5.265 3 HB3 PHE 533 1HB PHE 533 -0.780 -11.059 2.708 4 HB2 PHE 533 2HB PHE 533 -0.099 -11.105 4.321 5 HZ PHE 533 HZ PHE 533 -1.617 -5.539 4.189 6 HD1 PHE 533 1HD PHE 533 -0.448 -9.271 5.894 7 HE1 PHE 533 1HE PHE 533 -0.719 -6.833 6.087 8 HE2 PHE 533 2HE PHE 533 -2.243 -6.681 2.114 9 HD2 PHE 533 2HD PHE 533 -1.974 -9.107 1.922 No H/Q in entry = 9 In of MODEL 6 1 H VAL 534 H VAL 534 -2.744 -12.260 1.784 2 HA VAL 534 HA VAL 534 -4.804 -10.388 1.420 3 HB VAL 534 HB VAL 534 -4.161 -12.872 -0.220 4 HG12 VAL 534 HG11 VAL 534 -5.896 -10.504 -0.963 5 HG11 VAL 534 HG12 VAL 534 -6.474 -12.134 -0.633 6 HG13 VAL 534 HG13 VAL 534 -5.453 -11.831 -2.036 7 HG21 VAL 534 HG21 VAL 534 -3.409 -9.966 -0.622 8 HG23 VAL 534 HG22 VAL 534 -3.066 -11.268 -1.754 9 HG22 VAL 534 HG23 VAL 534 -2.324 -11.269 -0.158 No H/Q in entry = 9 In of MODEL 6 1 H ASN 535 H ASN 535 -4.840 -13.764 2.369 2 HA ASN 535 HA ASN 535 -7.596 -14.282 2.201 3 HB3 ASN 535 1HB ASN 535 -5.608 -15.335 4.231 4 HB2 ASN 535 2HB ASN 535 -5.912 -16.037 2.650 5 HD21 ASN 535 HD21 ASN 535 -7.793 -17.177 2.295 6 HD22 ASN 535 HD22 ASN 535 -8.790 -17.727 3.595 No H/Q in entry = 6 In of MODEL 6 1 H GLY 536 H GLY 536 -5.665 -12.974 4.860 2 HA2 GLY 536 1HA GLY 536 -6.274 -11.954 6.831 3 HA3 GLY 536 2HA GLY 536 -7.881 -12.647 6.617 No H/Q in entry = 3 In of MODEL 6 1 H ILE 537 H ILE 537 -6.073 -10.483 4.505 2 HA ILE 537 HA ILE 537 -7.421 -8.141 5.226 3 HB ILE 537 HB ILE 537 -5.890 -8.834 2.714 4 HG12 ILE 537 HG12 ILE 537 -4.580 -8.686 4.772 5 HG22 ILE 537 HG21 ILE 537 -5.856 -6.411 2.192 6 HG21 ILE 537 HG22 ILE 537 -7.053 -6.150 3.459 7 HG23 ILE 537 HG23 ILE 537 -7.461 -7.129 2.050 8 HD11 ILE 537 HD11 ILE 537 -5.564 -5.854 4.974 9 HD13 ILE 537 HD12 ILE 537 -4.233 -6.545 5.891 10 HD12 ILE 537 HD13 ILE 537 -5.870 -7.155 6.131 11 HG13 ILE 537 HG11 ILE 537 -4.168 -7.395 3.653 No H/Q in entry = 11 In of MODEL 6 1 H ARG 538 H ARG 538 -8.205 -10.570 2.818 2 HA ARG 538 HA ARG 538 -10.262 -9.168 1.539 3 HB3 ARG 538 1HB ARG 538 -10.076 -12.143 2.051 4 HB2 ARG 538 2HB ARG 538 -9.364 -11.296 0.684 5 HG3 ARG 538 1HG ARG 538 -11.585 -10.666 -0.090 6 HG2 ARG 538 2HG ARG 538 -12.301 -11.489 1.295 7 HD3 ARG 538 1HD ARG 538 -11.412 -13.606 0.537 8 HD2 ARG 538 2HD ARG 538 -10.645 -12.806 -0.838 9 HE ARG 538 HE ARG 538 -13.441 -12.311 -0.655 10 HH11 ARG 538 HH11 ARG 538 -11.056 -14.671 -1.811 11 HH12 ARG 538 HH12 ARG 538 -12.036 -15.286 -3.047 12 HH21 ARG 538 HH21 ARG 538 -14.820 -13.180 -2.381 13 HH22 ARG 538 HH22 ARG 538 -14.200 -14.426 -3.364 No H/Q in entry = 13 In of MODEL 6 1 H GLN 539 H GLN 539 -10.246 -10.990 4.524 2 HA GLN 539 HA GLN 539 -13.064 -10.871 4.974 3 HB3 GLN 539 1HB GLN 539 -12.505 -11.576 7.256 4 HB2 GLN 539 2HB GLN 539 -10.807 -11.198 6.968 5 HG3 GLN 539 1HG GLN 539 -10.715 -12.930 5.251 6 HG2 GLN 539 2HG GLN 539 -12.405 -13.314 5.534 7 HE21 GLN 539 HE21 GLN 539 -10.050 -14.977 5.759 8 HE22 GLN 539 HE22 GLN 539 -10.046 -15.597 7.365 No H/Q in entry = 8 In of MODEL 6 1 H VAL 540 H VAL 540 -10.302 -8.886 5.837 2 HA VAL 540 HA VAL 540 -11.694 -6.959 7.356 3 HB VAL 540 HB VAL 540 -9.159 -6.585 5.708 4 HG13 VAL 540 HG11 VAL 540 -10.160 -4.441 6.292 5 HG12 VAL 540 HG12 VAL 540 -8.674 -4.697 7.206 6 HG11 VAL 540 HG13 VAL 540 -10.242 -4.922 7.984 7 HG22 VAL 540 HG21 VAL 540 -8.911 -8.369 7.345 8 HG21 VAL 540 HG22 VAL 540 -9.492 -7.301 8.623 9 HG23 VAL 540 HG23 VAL 540 -7.959 -6.961 7.824 No H/Q in entry = 9 In of MODEL 6 1 H ILE 541 H ILE 541 -11.018 -7.252 3.906 2 HA ILE 541 HA ILE 541 -12.102 -4.854 2.920 3 HB ILE 541 HB ILE 541 -12.168 -7.615 1.697 4 HG12 ILE 541 HG12 ILE 541 -9.896 -6.912 2.061 5 HG23 ILE 541 HG21 ILE 541 -13.837 -6.304 0.642 6 HG22 ILE 541 HG22 ILE 541 -12.497 -6.546 -0.483 7 HG21 ILE 541 HG23 ILE 541 -12.700 -4.988 0.334 8 HD11 ILE 541 HD11 ILE 541 -10.563 -4.449 0.513 9 HD13 ILE 541 HD12 ILE 541 -8.944 -4.981 0.997 10 HD12 ILE 541 HD13 ILE 541 -10.132 -4.529 2.228 11 HG13 ILE 541 HG11 ILE 541 -10.265 -6.846 0.342 No H/Q in entry = 11 In of MODEL 6 1 H THR 542 H THR 542 -13.541 -7.968 3.503 2 HA THR 542 HA THR 542 -16.139 -7.483 2.744 3 HB THR 542 HB THR 542 -14.926 -9.203 4.752 4 HG23 THR 542 HG21 THR 542 -16.904 -10.705 4.608 5 HG22 THR 542 HG22 THR 542 -17.707 -9.506 3.590 6 HG21 THR 542 HG23 THR 542 -17.315 -9.122 5.269 7 HG1 THR 542 HG1 THR 542 -14.168 -9.868 2.847 No H/Q in entry = 7 In of MODEL 6 1 H ASN 543 H ASN 543 -14.555 -7.113 5.873 2 HA ASN 543 HA ASN 543 -16.810 -6.173 7.295 3 HB3 ASN 543 1HB ASN 543 -15.113 -5.323 8.971 4 HB2 ASN 543 2HB ASN 543 -13.851 -5.874 7.878 5 HD21 ASN 543 HD21 ASN 543 -13.030 -7.370 9.369 6 HD22 ASN 543 HD22 ASN 543 -13.873 -8.826 9.720 No H/Q in entry = 6 In of MODEL 6 1 H LEU 544 H LEU 544 -14.295 -4.593 5.483 2 HA LEU 544 HA LEU 544 -14.807 -1.914 6.097 3 HB3 LEU 544 1HB LEU 544 -13.718 -3.276 3.644 4 HB2 LEU 544 2HB LEU 544 -12.809 -2.590 4.970 5 HG LEU 544 HG LEU 544 -14.448 -0.971 3.033 6 HD11 LEU 544 HD11 LEU 544 -12.424 -0.158 5.090 7 HD13 LEU 544 HD12 LEU 544 -14.170 0.102 5.170 8 HD12 LEU 544 HD13 LEU 544 -13.211 0.908 3.931 9 HD23 LEU 544 HD21 LEU 544 -11.477 -1.448 3.098 10 HD22 LEU 544 HD22 LEU 544 -12.330 -0.342 2.022 11 HD21 LEU 544 HD23 LEU 544 -12.602 -2.079 1.897 No H/Q in entry = 11 In of MODEL 6 1 H GLU 545 H GLU 545 -16.098 -3.985 3.543 2 HA GLU 545 HA GLU 545 -17.637 -2.023 2.225 3 HB3 GLU 545 1HB GLU 545 -18.812 -3.880 1.182 4 HB2 GLU 545 2HB GLU 545 -18.127 -4.987 2.360 5 HG3 GLU 545 1HG GLU 545 -15.900 -4.538 1.506 6 HG2 GLU 545 2HG GLU 545 -16.583 -3.419 0.323 No H/Q in entry = 6 In of MODEL 6 1 H HIS 546 H HIS 546 -18.332 -4.222 4.814 2 HA HIS 546 HA HIS 546 -21.126 -3.543 4.875 3 HB3 HIS 546 1HB HIS 546 -19.455 -5.284 6.698 4 HB2 HIS 546 2HB HIS 546 -20.412 -5.837 5.335 5 HD1 HIS 546 HD1 HIS 546 -20.636 -6.317 8.639 6 HD2 HIS 546 2HD HIS 546 -23.258 -4.481 6.009 7 HE1 HIS 546 1HE HIS 546 -22.899 -6.419 9.729 No H/Q in entry = 7 In of MODEL 6 1 H HIS 547 H HIS 547 -18.256 -2.839 6.839 2 HA HIS 547 HA HIS 547 -19.859 -0.932 8.382 3 HB3 HIS 547 1HB HIS 547 -18.140 -1.200 10.171 4 HB2 HIS 547 2HB HIS 547 -17.416 -2.494 9.233 5 HD1 HIS 547 HD1 HIS 547 -18.258 -4.833 9.728 6 HD2 HIS 547 2HD HIS 547 -20.869 -1.853 10.999 7 HE1 HIS 547 1HE HIS 547 -20.008 -5.972 11.111 No H/Q in entry = 7 In of MODEL 6 1 H HIS 548 H HIS 548 -19.476 0.966 7.423 2 HA HIS 548 HA HIS 548 -16.733 1.748 6.746 3 HB3 HIS 548 1HB HIS 548 -19.383 3.213 6.361 4 HB2 HIS 548 2HB HIS 548 -18.603 2.228 5.134 5 HD1 HIS 548 HD1 HIS 548 -19.003 5.649 5.981 6 HD2 HIS 548 2HD HIS 548 -15.848 3.349 4.593 7 HE1 HIS 548 1HE HIS 548 -17.345 7.268 5.000 No H/Q in entry = 7 In of MODEL 6 1 H HIS 549 H HIS 549 -17.034 1.259 9.357 2 HA HIS 549 HA HIS 549 -17.388 3.881 10.576 3 HB3 HIS 549 1HB HIS 549 -18.061 2.650 12.680 4 HB2 HIS 549 2HB HIS 549 -18.278 1.236 11.661 5 HD1 HIS 549 HD1 HIS 549 -19.939 4.344 12.707 6 HD2 HIS 549 2HD HIS 549 -20.334 1.477 9.727 7 HE1 HIS 549 1HE HIS 549 -22.264 4.626 11.766 No H/Q in entry = 7 In of MODEL 6 1 H HIS 550 H HIS 550 -15.871 4.634 11.642 2 HA HIS 550 HA HIS 550 -13.936 2.893 12.993 3 HB3 HIS 550 1HB HIS 550 -12.721 4.100 11.235 4 HB2 HIS 550 2HB HIS 550 -12.322 4.835 12.782 5 HD1 HIS 550 HD1 HIS 550 -13.010 7.295 13.146 6 HD2 HIS 550 2HD HIS 550 -14.248 5.713 9.521 7 HE1 HIS 550 1HE HIS 550 -13.868 9.232 11.792 No H/Q in entry = 7 In of MODEL 6 1 H HIS 551 H HIS 551 -16.570 4.301 13.340 2 HA HIS 551 HA HIS 551 -16.463 4.890 16.065 3 HB3 HIS 551 1HB HIS 551 -17.046 7.165 14.112 4 HB2 HIS 551 2HB HIS 551 -15.697 7.108 15.238 5 HD1 HIS 551 HD1 HIS 551 -19.156 8.271 14.972 6 HD2 HIS 551 2HD HIS 551 -16.542 7.225 18.024 7 HE1 HIS 551 1HE HIS 551 -20.123 9.236 17.061 No H/Q in entry = 7 In of MODEL 7 1 H1 MET 393 H2 MET 393 24.459 5.769 -0.769 2 H2 MET 393 H MET 393 23.989 7.360 -0.658 3 H3 MET 393 H3 MET 393 25.595 6.992 -1.041 4 HA MET 393 HA MET 393 25.873 5.970 1.136 5 HB3 MET 393 1HB MET 393 25.567 7.982 2.568 6 HB2 MET 393 2HB MET 393 24.669 8.748 1.275 7 HG3 MET 393 1HG MET 393 26.656 8.704 -0.143 8 HG2 MET 393 2HG MET 393 27.564 7.958 1.174 9 HE1 MET 393 1HE MET 393 28.131 9.168 3.475 10 HE3 MET 393 2HE MET 393 26.413 9.469 3.742 11 HE2 MET 393 3HE MET 393 27.565 10.785 3.891 No H/Q in entry = 11 In of MODEL 7 1 H SER 394 H SER 394 24.924 5.694 3.282 2 HA SER 394 HA SER 394 23.332 5.113 4.741 3 HB3 SER 394 1HB SER 394 21.502 6.855 3.055 4 HB2 SER 394 2HB SER 394 22.584 7.470 4.291 5 HG SER 394 HG SER 394 20.153 6.580 4.529 No H/Q in entry = 5 In of MODEL 7 1 H VAL 395 H VAL 395 23.888 3.311 2.706 2 HA VAL 395 HA VAL 395 21.547 2.401 1.352 3 HB VAL 395 HB VAL 395 23.948 2.050 0.579 4 HG11 VAL 395 HG11 VAL 395 24.937 1.233 2.623 5 HG13 VAL 395 HG12 VAL 395 25.138 0.057 1.325 6 HG12 VAL 395 HG13 VAL 395 23.912 -0.200 2.565 7 HG22 VAL 395 HG21 VAL 395 23.509 -0.116 -0.485 8 HG21 VAL 395 HG22 VAL 395 22.093 0.935 -0.540 9 HG23 VAL 395 HG23 VAL 395 22.172 -0.385 0.630 No H/Q in entry = 9 In of MODEL 7 1 H SER 396 H SER 396 22.625 1.997 4.540 2 HA SER 396 HA SER 396 21.238 -0.525 4.853 3 HB3 SER 396 1HB SER 396 21.999 -0.502 7.149 4 HB2 SER 396 2HB SER 396 22.487 1.185 7.031 5 HG SER 396 HG SER 396 23.934 0.495 5.358 No H/Q in entry = 5 In of MODEL 7 1 H ASN 397 H ASN 397 20.703 2.885 5.379 2 HA ASN 397 HA ASN 397 18.234 2.480 6.788 3 HB3 ASN 397 1HB ASN 397 17.804 4.946 6.105 4 HB2 ASN 397 2HB ASN 397 19.467 4.935 5.550 5 HD21 ASN 397 HD21 ASN 397 21.106 4.973 7.006 6 HD22 ASN 397 HD22 ASN 397 20.872 5.204 8.695 No H/Q in entry = 6 In of MODEL 7 1 H LYS 398 H LYS 398 19.156 3.218 3.448 2 HA LYS 398 HA LYS 398 16.681 2.049 2.638 3 HB3 LYS 398 1HB LYS 398 15.937 4.328 3.000 4 HB2 LYS 398 2HB LYS 398 15.926 3.974 1.286 5 HG3 LYS 398 1HG LYS 398 18.239 5.402 2.511 6 HG2 LYS 398 2HG LYS 398 16.766 6.261 2.057 7 HD3 LYS 398 1HD LYS 398 17.010 5.695 -0.222 8 HD2 LYS 398 2HD LYS 398 18.229 4.476 0.135 9 HE3 LYS 398 1HE LYS 398 19.305 6.382 -0.793 10 HE2 LYS 398 2HE LYS 398 19.711 6.199 0.914 11 HZ1 LYS 398 1HZ LYS 398 18.158 7.945 1.472 12 HZ3 LYS 398 2HZ LYS 398 17.708 8.135 -0.138 13 HZ2 LYS 398 3HZ LYS 398 19.280 8.507 0.349 No H/Q in entry = 13 In of MODEL 7 1 H LEU 399 H LEU 399 16.806 0.982 0.860 2 HA LEU 399 HA LEU 399 19.047 1.492 -0.983 3 HB3 LEU 399 1HB LEU 399 18.762 -0.809 -1.794 4 HB2 LEU 399 2HB LEU 399 17.368 -1.024 -0.765 5 HG LEU 399 HG LEU 399 20.082 -0.627 0.442 6 HD13 LEU 399 HD11 LEU 399 19.128 -1.829 2.312 7 HD12 LEU 399 HD12 LEU 399 17.635 -2.076 1.433 8 HD11 LEU 399 HD13 LEU 399 18.113 -0.443 1.909 9 HD21 LEU 399 HD21 LEU 399 18.865 -3.232 -0.464 10 HD23 LEU 399 HD22 LEU 399 20.304 -3.071 0.539 11 HD22 LEU 399 HD23 LEU 399 20.317 -2.472 -1.122 No H/Q in entry = 11 In of MODEL 7 1 H LEU 400 H LEU 400 18.405 1.997 -3.100 2 HA LEU 400 HA LEU 400 15.654 2.663 -3.507 3 HB3 LEU 400 1HB LEU 400 17.855 2.392 -5.590 4 HB2 LEU 400 2HB LEU 400 17.625 3.823 -4.620 5 HG LEU 400 HG LEU 400 16.771 4.268 -6.811 6 HD11 LEU 400 HD11 LEU 400 15.024 1.840 -6.547 7 HD13 LEU 400 HD12 LEU 400 16.380 2.046 -7.655 8 HD12 LEU 400 HD13 LEU 400 14.930 3.031 -7.842 9 HD22 LEU 400 HD21 LEU 400 14.447 4.857 -6.350 10 HD21 LEU 400 HD22 LEU 400 15.495 5.239 -4.985 11 HD23 LEU 400 HD23 LEU 400 14.458 3.813 -4.933 No H/Q in entry = 11 In of MODEL 7 1 H ALA 401 H ALA 401 14.077 1.307 -4.078 2 HA ALA 401 HA ALA 401 14.915 -1.372 -4.897 3 HB3 ALA 401 1HB ALA 401 13.776 -1.240 -2.762 4 HB2 ALA 401 2HB ALA 401 12.838 -2.171 -3.937 5 HB1 ALA 401 3HB ALA 401 12.376 -0.511 -3.546 No H/Q in entry = 5 In of MODEL 7 1 H TRP 402 H TRP 402 12.212 0.922 -5.406 2 HA TRP 402 HA TRP 402 12.053 0.071 -8.159 3 HB3 TRP 402 1HB TRP 402 9.952 -0.626 -6.108 4 HB2 TRP 402 2HB TRP 402 10.829 -1.703 -7.178 5 HD1 TRP 402 HD TRP 402 10.139 -1.513 -9.887 6 HE3 TRP 402 3HE TRP 402 7.818 0.305 -5.766 7 HE1 TRP 402 HE1 TRP 402 7.761 -1.210 -10.867 8 HZ3 TRP 402 3HZ TRP 402 5.446 0.852 -5.860 9 HZ2 TRP 402 2HZ TRP 402 5.212 -0.293 -9.955 10 HH2 TRP 402 HH TRP 402 4.159 0.565 -7.930 No H/Q in entry = 10 In of MODEL 7 1 H SER 403 H SER 403 11.003 1.536 -9.425 2 HA SER 403 HA SER 403 9.737 3.804 -8.102 3 HB3 SER 403 1HB SER 403 11.791 4.598 -9.090 4 HB2 SER 403 2HB SER 403 10.483 5.116 -10.150 5 HG SER 403 HG SER 403 12.342 3.014 -10.533 No H/Q in entry = 5 In of MODEL 7 1 H GLY 404 H GLY 404 7.626 4.112 -8.676 2 HA2 GLY 404 1HA GLY 404 6.190 2.136 -9.869 3 HA3 GLY 404 2HA GLY 404 6.628 3.216 -11.184 No H/Q in entry = 3 In of MODEL 7 1 H VAL 405 H VAL 405 4.038 2.859 -10.656 2 HA VAL 405 HA VAL 405 3.277 5.429 -9.501 3 HB VAL 405 HB VAL 405 1.950 3.890 -11.768 4 HG11 VAL 405 HG11 VAL 405 0.351 5.184 -10.469 5 HG13 VAL 405 HG12 VAL 405 0.567 5.894 -12.068 6 HG12 VAL 405 HG13 VAL 405 1.337 6.632 -10.667 7 HG21 VAL 405 HG21 VAL 405 4.065 4.841 -12.513 8 HG23 VAL 405 HG22 VAL 405 3.590 6.423 -11.894 9 HG22 VAL 405 HG23 VAL 405 2.710 5.704 -13.242 No H/Q in entry = 9 In of MODEL 7 1 H LEU 406 H LEU 406 1.678 5.291 -7.987 2 HA LEU 406 HA LEU 406 0.680 2.585 -7.458 3 HB3 LEU 406 1HB LEU 406 0.869 4.840 -5.487 4 HB2 LEU 406 2HB LEU 406 2.245 3.803 -5.796 5 HG LEU 406 HG LEU 406 -0.429 2.824 -4.815 6 HD11 LEU 406 HD11 LEU 406 2.257 1.494 -5.099 7 HD13 LEU 406 HD12 LEU 406 0.830 1.190 -6.071 8 HD12 LEU 406 HD13 LEU 406 0.831 0.761 -4.356 9 HD23 LEU 406 HD21 LEU 406 0.698 2.552 -2.657 10 HD22 LEU 406 HD22 LEU 406 0.636 4.243 -3.158 11 HD21 LEU 406 HD23 LEU 406 2.139 3.329 -3.319 No H/Q in entry = 11 In of MODEL 7 1 H GLU 407 H GLU 407 -1.459 2.329 -7.293 2 HA GLU 407 HA GLU 407 -3.020 4.723 -7.864 3 HB3 GLU 407 1HB GLU 407 -4.672 3.109 -8.830 4 HB2 GLU 407 2HB GLU 407 -3.456 1.851 -8.635 5 HG3 GLU 407 1HG GLU 407 -1.977 2.949 -10.143 6 HG2 GLU 407 2HG GLU 407 -3.060 4.354 -10.124 No H/Q in entry = 6 In of MODEL 7 1 H TRP 408 H TRP 408 -4.694 5.083 -6.488 2 HA TRP 408 HA TRP 408 -5.186 3.052 -4.449 3 HB3 TRP 408 1HB TRP 408 -3.730 4.520 -3.318 4 HB2 TRP 408 2HB TRP 408 -5.332 4.820 -2.676 5 HD1 TRP 408 HD TRP 408 -2.685 6.480 -4.923 6 HE3 TRP 408 3HE TRP 408 -7.074 6.584 -2.287 7 HE1 TRP 408 HE1 TRP 408 -3.096 9.015 -4.907 8 HZ3 TRP 408 3HZ TRP 408 -8.124 8.765 -1.838 9 HZ2 TRP 408 2HZ TRP 408 -5.013 10.830 -3.905 10 HH2 TRP 408 HH TRP 408 -7.116 10.841 -2.629 No H/Q in entry = 10 In of MODEL 7 1 H GLN 409 H GLN 409 -7.112 2.829 -3.573 2 HA GLN 409 HA GLN 409 -9.339 4.501 -4.510 3 HB3 GLN 409 1HB GLN 409 -10.630 2.445 -4.970 4 HB2 GLN 409 2HB GLN 409 -9.198 1.485 -4.647 5 HG3 GLN 409 1HG GLN 409 -8.072 2.636 -6.499 6 HG2 GLN 409 2HG GLN 409 -9.600 3.422 -6.910 7 HE21 GLN 409 HE21 GLN 409 -9.110 0.085 -5.843 8 HE22 GLN 409 HE22 GLN 409 -9.713 -0.621 -7.302 No H/Q in entry = 8 In of MODEL 7 1 H GLU 410 H GLU 410 -11.135 4.414 -3.067 2 HA GLU 410 HA GLU 410 -10.479 3.158 -0.563 3 HB3 GLU 410 1HB GLU 410 -10.934 5.300 0.117 4 HB2 GLU 410 2HB GLU 410 -12.534 4.612 0.275 5 HG3 GLU 410 1HG GLU 410 -11.620 6.252 -2.077 6 HG2 GLU 410 2HG GLU 410 -12.535 6.873 -0.715 No H/Q in entry = 6 In of MODEL 7 1 H LYS 411 H LYS 411 -13.353 3.518 -2.593 2 HA LYS 411 HA LYS 411 -15.177 2.241 -2.877 3 HB3 LYS 411 1HB LYS 411 -14.708 -0.084 -3.600 4 HB2 LYS 411 2HB LYS 411 -13.029 0.139 -3.129 5 HG3 LYS 411 1HG LYS 411 -12.863 2.000 -4.735 6 HG2 LYS 411 2HG LYS 411 -14.517 1.687 -5.237 7 HD3 LYS 411 1HD LYS 411 -12.207 -0.255 -5.500 8 HD2 LYS 411 2HD LYS 411 -12.894 0.702 -6.806 9 HE3 LYS 411 1HE LYS 411 -13.902 -1.358 -7.147 10 HE2 LYS 411 2HE LYS 411 -15.119 -0.493 -6.218 11 HZ2 LYS 411 1HZ LYS 411 -14.888 -2.710 -5.404 12 HZ1 LYS 411 2HZ LYS 411 -14.337 -1.697 -4.190 13 HZ3 LYS 411 3HZ LYS 411 -13.248 -2.535 -5.162 No H/Q in entry = 13 In of MODEL 7 1 HA PRO 412 HA PRO 412 -15.897 0.604 1.341 2 HB3 PRO 412 1HB PRO 412 -17.412 2.074 2.252 3 HB2 PRO 412 2HB PRO 412 -18.539 1.850 0.911 4 HG3 PRO 412 1HG PRO 412 -16.246 3.749 1.168 5 HG2 PRO 412 2HG PRO 412 -17.837 4.011 0.431 6 HD3 PRO 412 1HD PRO 412 -15.666 3.595 -1.080 7 HD2 PRO 412 2HD PRO 412 -17.243 2.914 -1.533 No H/Q in entry = 7 In of MODEL 7 1 H LYS 413 H LYS 413 -17.975 0.782 -1.476 2 HA LYS 413 HA LYS 413 -19.189 -1.791 -0.791 3 HB3 LYS 413 1HB LYS 413 -20.991 -1.170 -2.305 4 HB2 LYS 413 2HB LYS 413 -20.091 0.248 -2.839 5 HG3 LYS 413 1HG LYS 413 -21.848 0.907 -1.317 6 HG2 LYS 413 2HG LYS 413 -20.271 1.205 -0.591 7 HD3 LYS 413 1HD LYS 413 -21.567 0.291 1.128 8 HD2 LYS 413 2HD LYS 413 -20.534 -1.028 0.599 9 HE3 LYS 413 1HE LYS 413 -22.768 -1.860 0.937 10 HE2 LYS 413 2HE LYS 413 -22.411 -1.878 -0.790 11 HZ3 LYS 413 1HZ LYS 413 -24.626 -1.003 -0.330 12 HZ2 LYS 413 2HZ LYS 413 -23.664 0.194 -1.024 13 HZ1 LYS 413 3HZ LYS 413 -23.967 0.211 0.626 No H/Q in entry = 13 In of MODEL 7 1 HA PRO 414 HA PRO 414 -16.715 -4.093 -3.587 2 HB3 PRO 414 1HB PRO 414 -17.892 -6.018 -3.560 3 HB2 PRO 414 2HB PRO 414 -18.845 -5.414 -4.916 4 HG3 PRO 414 1HG PRO 414 -19.915 -5.902 -2.458 5 HG2 PRO 414 2HG PRO 414 -20.550 -4.680 -3.567 6 HD3 PRO 414 1HD PRO 414 -18.731 -4.327 -1.210 7 HD2 PRO 414 2HD PRO 414 -20.154 -3.376 -1.696 No H/Q in entry = 7 In of MODEL 7 1 H ALA 415 H ALA 415 -19.683 -3.236 -5.372 2 HA ALA 415 HA ALA 415 -17.952 -2.584 -7.649 3 HB2 ALA 415 1HB ALA 415 -20.943 -3.019 -7.580 4 HB1 ALA 415 2HB ALA 415 -19.742 -4.202 -8.094 5 HB3 ALA 415 3HB ALA 415 -19.972 -2.720 -9.020 No H/Q in entry = 5 In of MODEL 7 1 H SER 416 H SER 416 -20.070 -1.287 -5.322 2 HA SER 416 HA SER 416 -20.803 0.724 -4.749 3 HB3 SER 416 1HB SER 416 -19.588 2.759 -5.460 4 HB2 SER 416 2HB SER 416 -18.804 1.861 -6.759 5 HG SER 416 HG SER 416 -18.171 0.459 -4.728 No H/Q in entry = 5 In of MODEL 7 1 H VAL 417 H VAL 417 -20.195 1.603 -8.132 2 HA VAL 417 HA VAL 417 -22.925 0.992 -8.850 3 HB VAL 417 HB VAL 417 -21.795 3.816 -9.277 4 HG11 VAL 417 HG11 VAL 417 -24.395 2.635 -10.248 5 HG13 VAL 417 HG12 VAL 417 -23.006 3.057 -11.249 6 HG12 VAL 417 HG13 VAL 417 -23.906 4.321 -10.412 7 HG22 VAL 417 HG21 VAL 417 -23.698 4.611 -7.981 8 HG21 VAL 417 HG22 VAL 417 -22.763 3.462 -7.019 9 HG23 VAL 417 HG23 VAL 417 -24.272 2.958 -7.774 No H/Q in entry = 9 In of MODEL 7 1 H ASP 418 H ASP 418 -20.165 2.824 -10.130 2 HA ASP 418 HA ASP 418 -19.833 0.831 -12.240 3 HB3 ASP 418 1HB ASP 418 -20.118 3.818 -12.647 4 HB2 ASP 418 2HB ASP 418 -21.179 2.565 -13.271 No H/Q in entry = 4 In of MODEL 7 1 H ALA 419 H ALA 419 -17.726 0.493 -12.799 2 HA ALA 419 HA ALA 419 -15.775 1.264 -10.891 3 HB2 ALA 419 1HB ALA 419 -15.343 -0.097 -13.542 4 HB1 ALA 419 2HB ALA 419 -15.759 -0.916 -12.041 5 HB3 ALA 419 3HB ALA 419 -14.223 -0.064 -12.181 No H/Q in entry = 5 In of MODEL 7 1 H ASN 420 H ASN 420 -16.548 2.443 -14.102 2 HA ASN 420 HA ASN 420 -14.016 3.833 -14.254 3 HB3 ASN 420 1HB ASN 420 -16.354 4.022 -16.165 4 HB2 ASN 420 2HB ASN 420 -15.099 2.797 -16.275 5 HD21 ASN 420 HD21 ASN 420 -12.891 4.506 -15.587 6 HD22 ASN 420 HD22 ASN 420 -12.655 5.584 -16.906 No H/Q in entry = 6 In of MODEL 7 1 H THR 421 H THR 421 -17.122 4.432 -13.058 2 HA THR 421 HA THR 421 -17.009 7.270 -13.297 3 HB THR 421 HB THR 421 -18.712 5.664 -11.353 4 HG23 THR 421 HG21 THR 421 -20.205 7.618 -11.462 5 HG22 THR 421 HG22 THR 421 -19.082 8.413 -12.565 6 HG21 THR 421 HG23 THR 421 -18.600 8.091 -10.902 7 HG1 THR 421 HG1 THR 421 -18.860 5.231 -13.790 No H/Q in entry = 7 In of MODEL 7 1 H LYS 422 H LYS 422 -15.812 4.984 -11.143 2 HA LYS 422 HA LYS 422 -14.827 7.084 -9.359 3 HB3 LYS 422 1HB LYS 422 -13.843 4.964 -8.107 4 HB2 LYS 422 2HB LYS 422 -15.119 4.129 -8.976 5 HG3 LYS 422 1HG LYS 422 -16.792 5.554 -7.949 6 HG2 LYS 422 2HG LYS 422 -15.530 6.442 -7.092 7 HD3 LYS 422 1HD LYS 422 -14.833 4.235 -6.072 8 HD2 LYS 422 2HD LYS 422 -16.311 3.547 -6.743 9 HE3 LYS 422 1HE LYS 422 -16.785 4.120 -4.485 10 HE2 LYS 422 2HE LYS 422 -17.592 5.311 -5.497 11 HZ3 LYS 422 1HZ LYS 422 -15.032 5.711 -4.017 12 HZ2 LYS 422 2HZ LYS 422 -16.523 6.420 -3.675 13 HZ1 LYS 422 3HZ LYS 422 -15.703 6.845 -5.071 No H/Q in entry = 13 In of MODEL 7 1 H LEU 423 H LEU 423 -13.307 7.985 -10.575 2 HA LEU 423 HA LEU 423 -11.365 6.431 -11.945 3 HB3 LEU 423 1HB LEU 423 -10.184 8.600 -12.251 4 HB2 LEU 423 2HB LEU 423 -11.422 9.369 -11.288 5 HG LEU 423 HG LEU 423 -13.107 8.767 -12.974 6 HD11 LEU 423 HD11 LEU 423 -10.700 10.218 -14.063 7 HD13 LEU 423 HD12 LEU 423 -11.998 10.926 -13.100 8 HD12 LEU 423 HD13 LEU 423 -12.336 10.300 -14.714 9 HD22 LEU 423 HD21 LEU 423 -12.078 6.744 -13.873 10 HD21 LEU 423 HD22 LEU 423 -10.741 7.694 -14.520 11 HD23 LEU 423 HD23 LEU 423 -12.369 7.911 -15.161 No H/Q in entry = 11 In of MODEL 7 1 H THR 424 H THR 424 -9.877 5.390 -11.055 2 HA THR 424 HA THR 424 -9.025 5.497 -8.431 3 HB THR 424 HB THR 424 -7.540 4.715 -10.851 4 HG23 THR 424 HG21 THR 424 -6.198 4.535 -8.895 5 HG22 THR 424 HG22 THR 424 -6.667 2.887 -9.320 6 HG21 THR 424 HG23 THR 424 -7.486 3.732 -8.007 7 HG1 THR 424 HG1 THR 424 -9.148 2.807 -9.472 No H/Q in entry = 7 In of MODEL 7 1 H ARG 425 H ARG 425 -7.392 6.722 -7.534 2 HA ARG 425 HA ARG 425 -6.181 8.733 -9.232 3 HB3 ARG 425 1HB ARG 425 -5.299 9.570 -7.063 4 HB2 ARG 425 2HB ARG 425 -6.118 8.237 -6.257 5 HG3 ARG 425 1HG ARG 425 -7.534 10.153 -6.037 6 HG2 ARG 425 2HG ARG 425 -8.205 9.046 -7.274 7 HD3 ARG 425 1HD ARG 425 -7.430 10.335 -9.043 8 HD2 ARG 425 2HD ARG 425 -6.439 11.350 -8.001 9 HE ARG 425 HE ARG 425 -9.037 11.712 -7.191 10 HH11 ARG 425 HH11 ARG 425 -7.123 12.133 -10.118 11 HH12 ARG 425 HH12 ARG 425 -7.963 13.494 -10.694 12 HH21 ARG 425 HH21 ARG 425 -10.220 13.622 -7.956 13 HH22 ARG 425 HH22 ARG 425 -9.762 14.377 -9.414 No H/Q in entry = 13 In of MODEL 7 1 H SER 426 H SER 426 -3.979 8.782 -9.573 2 HA SER 426 HA SER 426 -2.485 6.470 -8.604 3 HB3 SER 426 1HB SER 426 -1.857 5.805 -10.737 4 HB2 SER 426 2HB SER 426 -2.159 7.393 -11.405 5 HG SER 426 HG SER 426 -3.813 5.262 -11.485 No H/Q in entry = 5 In of MODEL 7 1 H LEU 427 H LEU 427 -0.528 7.078 -7.958 2 HA LEU 427 HA LEU 427 0.470 9.713 -8.777 3 HB3 LEU 427 1HB LEU 427 1.236 10.068 -6.453 4 HB2 LEU 427 2HB LEU 427 0.428 8.591 -5.973 5 HG LEU 427 HG LEU 427 -1.751 9.618 -6.599 6 HD11 LEU 427 HD11 LEU 427 -0.098 11.158 -4.619 7 HD13 LEU 427 HD12 LEU 427 -0.971 9.658 -4.295 8 HD12 LEU 427 HD13 LEU 427 -1.860 11.135 -4.683 9 HD23 LEU 427 HD21 LEU 427 -1.839 12.044 -6.936 10 HD22 LEU 427 HD22 LEU 427 -0.960 11.234 -8.229 11 HD21 LEU 427 HD23 LEU 427 -0.076 12.102 -6.971 No H/Q in entry = 11 In of MODEL 7 1 HA PRO 428 HA PRO 428 4.184 7.234 -9.495 2 HB3 PRO 428 1HB PRO 428 5.506 8.655 -10.741 3 HB2 PRO 428 2HB PRO 428 5.364 9.956 -9.553 4 HG3 PRO 428 1HG PRO 428 3.478 9.156 -11.735 5 HG2 PRO 428 2HG PRO 428 3.981 10.781 -11.240 6 HD3 PRO 428 1HD PRO 428 1.621 9.716 -10.504 7 HD2 PRO 428 2HD PRO 428 2.516 10.809 -9.434 No H/Q in entry = 7 In of MODEL 7 1 H CYS 429 H CYS 429 5.696 6.553 -8.074 2 HA CYS 429 HA CYS 429 6.410 8.198 -5.805 3 HB3 CYS 429 1HB CYS 429 4.468 7.046 -4.984 4 HB2 CYS 429 2HB CYS 429 5.891 6.280 -4.282 5 HG CYS 429 HG CYS 429 5.005 4.808 -7.106 No H/Q in entry = 5 In of MODEL 7 1 H GLN 430 H GLN 430 8.253 7.346 -4.704 2 HA GLN 430 HA GLN 430 9.708 5.368 -6.260 3 HB3 GLN 430 1HB GLN 430 10.793 7.528 -6.556 4 HB2 GLN 430 2HB GLN 430 11.810 6.515 -5.549 5 HG3 GLN 430 1HG GLN 430 11.177 7.703 -3.584 6 HG2 GLN 430 2HG GLN 430 9.969 8.627 -4.475 7 HE21 GLN 430 HE21 GLN 430 10.927 10.613 -3.930 8 HE22 GLN 430 HE22 GLN 430 12.426 11.125 -4.597 No H/Q in entry = 8 In of MODEL 7 1 H VAL 431 H VAL 431 10.410 3.642 -5.184 2 HA VAL 431 HA VAL 431 9.664 3.540 -2.360 3 HB VAL 431 HB VAL 431 9.673 1.296 -4.387 4 HG12 VAL 431 HG11 VAL 431 8.656 1.369 -1.551 5 HG11 VAL 431 HG12 VAL 431 10.093 0.519 -2.112 6 HG13 VAL 431 HG13 VAL 431 8.494 0.015 -2.672 7 HG21 VAL 431 HG21 VAL 431 7.405 2.897 -3.238 8 HG23 VAL 431 HG22 VAL 431 7.213 1.428 -4.176 9 HG22 VAL 431 HG23 VAL 431 7.927 2.862 -4.922 No H/Q in entry = 9 In of MODEL 7 1 H TYR 432 H TYR 432 11.155 3.221 -1.056 2 HA TYR 432 HA TYR 432 13.720 2.059 -1.883 3 HB3 TYR 432 1HB TYR 432 14.634 3.086 0.081 4 HB2 TYR 432 2HB TYR 432 13.047 3.609 0.621 5 HH TYR 432 HH TYR 432 14.515 8.313 -3.707 6 HD1 TYR 432 1HD TYR 432 15.636 4.169 -1.935 7 HE1 TYR 432 1HE TYR 432 15.963 6.357 -3.035 8 HE2 TYR 432 2HE TYR 432 12.417 7.806 -1.168 9 HD2 TYR 432 2HD TYR 432 12.114 5.633 -0.077 No H/Q in entry = 9 In of MODEL 7 1 H VAL 433 H VAL 433 14.602 0.563 -0.311 2 HA VAL 433 HA VAL 433 12.562 -0.608 1.436 3 HB VAL 433 HB VAL 433 13.915 -2.791 1.300 4 HG13 VAL 433 HG11 VAL 433 11.876 -2.782 0.206 5 HG12 VAL 433 HG12 VAL 433 13.052 -3.484 -0.892 6 HG11 VAL 433 HG13 VAL 433 12.487 -1.822 -1.147 7 HG23 VAL 433 HG21 VAL 433 15.146 -1.445 -1.100 8 HG22 VAL 433 HG22 VAL 433 15.331 -3.142 -0.618 9 HG21 VAL 433 HG23 VAL 433 15.956 -1.858 0.414 No H/Q in entry = 9 In of MODEL 7 1 H ASN 434 H ASN 434 13.111 -0.968 3.442 2 HA ASN 434 HA ASN 434 15.721 -0.055 4.262 3 HB3 ASN 434 1HB ASN 434 13.224 -0.608 5.914 4 HB2 ASN 434 2HB ASN 434 13.916 0.951 5.530 5 HD21 ASN 434 HD21 ASN 434 15.768 1.648 6.568 6 HD22 ASN 434 HD22 ASN 434 16.314 0.956 8.041 No H/Q in entry = 6 In of MODEL 7 1 H HIS 435 H HIS 435 17.100 -1.254 5.111 2 HA HIS 435 HA HIS 435 17.659 -3.446 3.677 3 HB3 HIS 435 1HB HIS 435 19.186 -3.131 6.186 4 HB2 HIS 435 2HB HIS 435 19.071 -1.714 5.160 5 HD1 HIS 435 HD1 HIS 435 20.814 -1.546 3.306 6 HD2 HIS 435 2HD HIS 435 20.327 -5.432 4.709 7 HE1 HIS 435 1HE HIS 435 22.584 -2.916 2.197 No H/Q in entry = 7 In of MODEL 7 1 H GLY 436 H GLY 436 18.603 -5.476 4.488 2 HA2 GLY 436 1HA GLY 436 16.686 -6.792 6.259 3 HA3 GLY 436 2HA GLY 436 18.312 -7.386 5.916 No H/Q in entry = 3 In of MODEL 7 1 H GLU 437 H GLU 437 17.171 -6.041 3.137 2 HA GLU 437 HA GLU 437 16.022 -8.550 2.199 3 HB3 GLU 437 1HB GLU 437 14.429 -6.603 2.865 4 HB2 GLU 437 2HB GLU 437 14.130 -7.444 1.352 5 HG3 GLU 437 1HG GLU 437 15.682 -4.951 1.270 6 HG2 GLU 437 2HG GLU 437 13.924 -4.917 1.459 No H/Q in entry = 6 In of MODEL 7 1 H ASN 438 H ASN 438 16.199 -8.830 -0.063 2 HA ASN 438 HA ASN 438 17.467 -6.904 -1.765 3 HB3 ASN 438 1HB ASN 438 18.981 -8.746 -2.766 4 HB2 ASN 438 2HB ASN 438 18.702 -9.651 -1.294 5 HD21 ASN 438 HD21 ASN 438 20.296 -6.911 -2.681 6 HD22 ASN 438 HD22 ASN 438 21.354 -6.611 -1.351 No H/Q in entry = 6 In of MODEL 7 1 H LEU 439 H LEU 439 15.630 -6.795 -2.971 2 HA LEU 439 HA LEU 439 14.636 -9.353 -4.063 3 HB3 LEU 439 1HB LEU 439 13.115 -7.996 -2.500 4 HB2 LEU 439 2HB LEU 439 12.445 -8.658 -3.961 5 HG LEU 439 HG LEU 439 12.267 -6.542 -4.996 6 HD13 LEU 439 HD11 LEU 439 10.764 -5.374 -3.495 7 HD12 LEU 439 HD12 LEU 439 11.374 -6.336 -2.151 8 HD11 LEU 439 HD13 LEU 439 10.518 -7.121 -3.479 9 HD21 LEU 439 HD21 LEU 439 13.679 -5.307 -2.617 10 HD23 LEU 439 HD22 LEU 439 12.931 -4.418 -3.948 11 HD22 LEU 439 HD23 LEU 439 14.332 -5.447 -4.253 No H/Q in entry = 11 In of MODEL 7 1 H LYS 440 H LYS 440 13.759 -9.341 -6.199 2 HA LYS 440 HA LYS 440 14.884 -7.203 -7.825 3 HB3 LYS 440 1HB LYS 440 14.329 -8.678 -9.774 4 HB2 LYS 440 2HB LYS 440 13.941 -9.953 -8.626 5 HG3 LYS 440 1HG LYS 440 16.196 -10.070 -7.862 6 HG2 LYS 440 2HG LYS 440 16.637 -8.623 -8.769 7 HD3 LYS 440 1HD LYS 440 15.723 -11.237 -9.990 8 HD2 LYS 440 2HD LYS 440 17.396 -10.691 -9.897 9 HE3 LYS 440 1HE LYS 440 16.827 -8.725 -11.256 10 HE2 LYS 440 2HE LYS 440 15.169 -9.279 -11.392 11 HZ1 LYS 440 1HZ LYS 440 16.024 -11.302 -12.480 12 HZ3 LYS 440 2HZ LYS 440 17.565 -10.591 -12.514 13 HZ2 LYS 440 3HZ LYS 440 16.269 -9.862 -13.327 No H/Q in entry = 13 In of MODEL 7 1 H THR 441 H THR 441 13.594 -5.673 -8.421 2 HA THR 441 HA THR 441 10.713 -6.032 -8.320 3 HB THR 441 HB THR 441 10.805 -3.496 -8.579 4 HG23 THR 441 HG21 THR 441 10.484 -4.546 -6.402 5 HG22 THR 441 HG22 THR 441 11.602 -3.182 -6.207 6 HG21 THR 441 HG23 THR 441 12.212 -4.824 -6.264 7 HG1 THR 441 HG1 THR 441 12.908 -2.605 -8.102 No H/Q in entry = 7 In of MODEL 7 1 H GLU 442 H GLU 442 12.943 -6.654 -10.381 2 HA GLU 442 HA GLU 442 12.420 -5.298 -12.774 3 HB3 GLU 442 1HB GLU 442 13.509 -8.065 -12.356 4 HB2 GLU 442 2HB GLU 442 14.445 -6.606 -12.137 5 HG3 GLU 442 1HG GLU 442 13.912 -6.084 -14.556 6 HG2 GLU 442 2HG GLU 442 13.381 -7.764 -14.666 No H/Q in entry = 6 In of MODEL 7 1 H GLN 443 H GLN 443 10.759 -7.908 -11.212 2 HA GLN 443 HA GLN 443 9.109 -8.281 -13.602 3 HB3 GLN 443 1HB GLN 443 8.246 -10.341 -12.359 4 HB2 GLN 443 2HB GLN 443 9.589 -10.090 -11.250 5 HG3 GLN 443 1HG GLN 443 10.160 -11.743 -12.927 6 HG2 GLN 443 2HG GLN 443 11.163 -10.300 -13.100 7 HE21 GLN 443 HE21 GLN 443 10.866 -8.955 -14.901 8 HE22 GLN 443 HE22 GLN 443 9.997 -9.493 -16.283 No H/Q in entry = 8 In of MODEL 7 1 H TRP 444 H TRP 444 9.021 -6.167 -11.442 2 HA TRP 444 HA TRP 444 6.371 -6.604 -10.361 3 HB3 TRP 444 1HB TRP 444 6.815 -4.231 -9.439 4 HB2 TRP 444 2HB TRP 444 8.474 -4.517 -9.934 5 HD1 TRP 444 HD TRP 444 8.238 -7.737 -8.972 6 HE3 TRP 444 3HE TRP 444 7.338 -3.015 -7.285 7 HE1 TRP 444 HE1 TRP 444 8.530 -8.183 -6.495 8 HZ3 TRP 444 3HZ TRP 444 7.445 -2.555 -4.890 9 HZ2 TRP 444 2HZ TRP 444 8.411 -6.646 -4.044 10 HH2 TRP 444 HH TRP 444 7.979 -4.344 -3.284 No H/Q in entry = 10 In of MODEL 7 1 HA PRO 445 HA PRO 445 4.491 -4.258 -13.688 2 HB3 PRO 445 1HB PRO 445 2.232 -4.494 -13.266 3 HB2 PRO 445 2HB PRO 445 2.373 -3.728 -11.682 4 HG3 PRO 445 1HG PRO 445 2.834 -6.578 -12.465 5 HG2 PRO 445 2HG PRO 445 2.024 -5.933 -11.027 6 HD3 PRO 445 1HD PRO 445 4.517 -6.867 -10.931 7 HD2 PRO 445 2HD PRO 445 4.038 -5.453 -9.965 No H/Q in entry = 7 In of MODEL 7 1 H GLN 446 H GLN 446 3.910 -1.987 -14.007 2 HA GLN 446 HA GLN 446 5.448 -0.347 -12.207 3 HB3 GLN 446 1HB GLN 446 4.977 1.529 -13.823 4 HB2 GLN 446 2HB GLN 446 4.084 0.375 -14.798 5 HG3 GLN 446 1HG GLN 446 6.988 0.007 -14.165 6 HG2 GLN 446 2HG GLN 446 6.419 0.900 -15.563 7 HE21 GLN 446 HE21 GLN 446 6.830 -2.220 -14.174 8 HE22 GLN 446 HE22 GLN 446 6.387 -3.137 -15.563 No H/Q in entry = 8 In of MODEL 7 1 H LYS 447 H LYS 447 2.310 -1.315 -12.310 2 HA LYS 447 HA LYS 447 1.527 0.908 -10.583 3 HB3 LYS 447 1HB LYS 447 -0.854 0.424 -11.319 4 HB2 LYS 447 2HB LYS 447 -0.164 -0.473 -12.654 5 HG3 LYS 447 1HG LYS 447 0.843 1.503 -13.561 6 HG2 LYS 447 2HG LYS 447 0.346 2.438 -12.141 7 HD3 LYS 447 1HD LYS 447 -2.016 1.867 -12.677 8 HD2 LYS 447 2HD LYS 447 -1.450 1.116 -14.164 9 HE3 LYS 447 1HE LYS 447 -0.682 3.173 -15.027 10 HE2 LYS 447 2HE LYS 447 -0.920 3.991 -13.479 11 HZ1 LYS 447 1HZ LYS 447 -3.295 3.612 -13.694 12 HZ3 LYS 447 2HZ LYS 447 -3.090 2.875 -15.194 13 HZ2 LYS 447 3HZ LYS 447 -2.726 4.501 -15.003 No H/Q in entry = 13 In of MODEL 7 1 H LEU 448 H LEU 448 0.875 0.319 -8.676 2 HA LEU 448 HA LEU 448 0.012 -2.451 -8.253 3 HB3 LEU 448 1HB LEU 448 0.887 -2.300 -5.979 4 HB2 LEU 448 2HB LEU 448 1.424 -0.663 -6.265 5 HG LEU 448 HG LEU 448 3.097 -1.480 -7.864 6 HD13 LEU 448 HD11 LEU 448 4.542 -2.567 -6.299 7 HD12 LEU 448 HD12 LEU 448 3.177 -2.862 -5.225 8 HD11 LEU 448 HD13 LEU 448 3.692 -1.208 -5.567 9 HD22 LEU 448 HD21 LEU 448 3.502 -3.858 -8.117 10 HD21 LEU 448 HD22 LEU 448 1.886 -3.446 -8.685 11 HD23 LEU 448 HD23 LEU 448 2.100 -4.218 -7.112 No H/Q in entry = 11 In of MODEL 7 1 H ILE 449 H ILE 449 -1.738 -2.737 -6.731 2 HA ILE 449 HA ILE 449 -3.504 -0.390 -6.840 3 HB ILE 449 HB ILE 449 -4.209 -3.295 -6.354 4 HG12 ILE 449 HG12 ILE 449 -3.330 -3.040 -8.617 5 HG21 ILE 449 HG21 ILE 449 -5.858 -1.781 -5.412 6 HG23 ILE 449 HG22 ILE 449 -6.524 -2.605 -6.825 7 HG22 ILE 449 HG23 ILE 449 -5.985 -0.932 -6.955 8 HD11 ILE 449 HD11 ILE 449 -5.413 -0.921 -9.041 9 HD13 ILE 449 HD12 ILE 449 -4.409 -1.650 -10.294 10 HD12 ILE 449 HD13 ILE 449 -3.666 -0.672 -9.029 11 HG13 ILE 449 HG11 ILE 449 -5.064 -3.321 -8.677 No H/Q in entry = 11 In of MODEL 7 1 H MET 450 H MET 450 -3.804 0.708 -5.001 2 HA MET 450 HA MET 450 -3.455 -0.726 -2.474 3 HB3 MET 450 1HB MET 450 -3.176 2.232 -2.997 4 HB2 MET 450 2HB MET 450 -1.834 1.125 -2.814 5 HG3 MET 450 1HG MET 450 -2.782 0.595 -0.515 6 HG2 MET 450 2HG MET 450 -3.893 1.934 -0.757 7 HE3 MET 450 1HE MET 450 -2.005 4.112 -2.244 8 HE2 MET 450 2HE MET 450 -1.484 5.021 -0.822 9 HE1 MET 450 3HE MET 450 -3.153 4.471 -0.953 No H/Q in entry = 9 In of MODEL 7 1 H GLN 451 H GLN 451 -5.190 -1.120 -1.409 2 HA GLN 451 HA GLN 451 -7.555 0.586 -1.797 3 HB3 GLN 451 1HB GLN 451 -8.853 -1.284 -0.807 4 HB2 GLN 451 2HB GLN 451 -7.374 -2.218 -0.650 5 HG3 GLN 451 1HG GLN 451 -8.674 -2.948 -2.566 6 HG2 GLN 451 2HG GLN 451 -7.125 -2.279 -3.069 7 HE21 GLN 451 HE21 GLN 451 -10.571 -1.808 -3.059 8 HE22 GLN 451 HE22 GLN 451 -10.589 -0.534 -4.207 No H/Q in entry = 8 In of MODEL 7 1 H LEU 452 H LEU 452 -8.315 1.719 -0.121 2 HA LEU 452 HA LEU 452 -6.647 1.848 2.243 3 HB3 LEU 452 1HB LEU 452 -7.930 3.858 2.782 4 HB2 LEU 452 2HB LEU 452 -9.026 3.529 1.457 5 HG LEU 452 HG LEU 452 -7.177 3.862 -0.146 6 HD12 LEU 452 HD11 LEU 452 -7.516 6.138 1.780 7 HD11 LEU 452 HD12 LEU 452 -8.605 5.736 0.453 8 HD13 LEU 452 HD13 LEU 452 -6.953 6.263 0.115 9 HD21 LEU 452 HD21 LEU 452 -5.563 4.580 2.304 10 HD23 LEU 452 HD22 LEU 452 -5.052 4.819 0.635 11 HD22 LEU 452 HD23 LEU 452 -5.298 3.188 1.251 No H/Q in entry = 11 In of MODEL 7 1 H ILE 453 H ILE 453 -7.066 0.890 4.066 2 HA ILE 453 HA ILE 453 -9.808 0.032 4.712 3 HB ILE 453 HB ILE 453 -8.794 -2.048 5.722 4 HG12 ILE 453 HG12 ILE 453 -6.348 -1.180 4.151 5 HG21 ILE 453 HG21 ILE 453 -8.471 -1.730 2.739 6 HG23 ILE 453 HG22 ILE 453 -9.951 -2.165 3.592 7 HG22 ILE 453 HG23 ILE 453 -8.576 -3.268 3.599 8 HD11 ILE 453 HD11 ILE 453 -6.610 -3.601 4.064 9 HD13 ILE 453 HD12 ILE 453 -6.690 -3.653 5.827 10 HD12 ILE 453 HD13 ILE 453 -5.218 -3.108 5.024 11 HG13 ILE 453 HG11 ILE 453 -6.480 -1.225 5.902 No H/Q in entry = 11 In of MODEL 7 1 HA PRO 454 HA PRO 454 -9.032 1.822 8.757 2 HB3 PRO 454 1HB PRO 454 -10.590 0.977 10.216 3 HB2 PRO 454 2HB PRO 454 -10.020 -0.681 10.006 4 HG3 PRO 454 1HG PRO 454 -11.919 0.900 8.332 5 HG2 PRO 454 2HG PRO 454 -11.992 -0.807 8.799 6 HD3 PRO 454 1HD PRO 454 -11.186 0.028 6.358 7 HD2 PRO 454 2HD PRO 454 -10.570 -1.453 7.089 No H/Q in entry = 7 In of MODEL 7 1 H GLN 455 H GLN 455 -7.186 1.998 9.824 2 HA GLN 455 HA GLN 455 -5.097 0.107 9.769 3 HB3 GLN 455 1HB GLN 455 -5.442 2.578 11.481 4 HB2 GLN 455 2HB GLN 455 -4.741 2.534 9.879 5 HG3 GLN 455 1HG GLN 455 -2.892 1.142 10.751 6 HG2 GLN 455 2HG GLN 455 -3.572 1.300 12.368 7 HE21 GLN 455 HE21 GLN 455 -3.517 3.901 9.959 8 HE22 GLN 455 HE22 GLN 455 -2.430 4.900 10.840 No H/Q in entry = 8 In of MODEL 7 1 H GLN 456 H GLN 456 -7.664 0.585 11.951 2 HA GLN 456 HA GLN 456 -6.769 -0.462 14.386 3 HB3 GLN 456 1HB GLN 456 -9.134 -1.011 14.807 4 HB2 GLN 456 2HB GLN 456 -9.494 -0.731 13.115 5 HG3 GLN 456 1HG GLN 456 -8.745 1.626 13.411 6 HG2 GLN 456 2HG GLN 456 -8.626 1.303 15.141 7 HE21 GLN 456 HE21 GLN 456 -10.348 3.145 13.735 8 HE22 GLN 456 HE22 GLN 456 -11.969 2.741 14.117 No H/Q in entry = 8 In of MODEL 7 1 H LEU 457 H LEU 457 -8.007 -2.124 11.519 2 HA LEU 457 HA LEU 457 -8.222 -4.678 12.867 3 HB3 LEU 457 1HB LEU 457 -9.097 -5.455 10.709 4 HB2 LEU 457 2HB LEU 457 -8.664 -3.914 9.991 5 HG LEU 457 HG LEU 457 -10.304 -2.782 11.451 6 HD13 LEU 457 HD11 LEU 457 -11.004 -3.426 9.243 7 HD12 LEU 457 HD12 LEU 457 -12.336 -3.656 10.378 8 HD11 LEU 457 HD13 LEU 457 -11.411 -5.046 9.812 9 HD21 LEU 457 HD21 LEU 457 -11.018 -5.580 12.315 10 HD23 LEU 457 HD22 LEU 457 -11.935 -4.122 12.689 11 HD22 LEU 457 HD23 LEU 457 -10.308 -4.323 13.330 No H/Q in entry = 11 In of MODEL 7 1 H LEU 458 H LEU 458 -5.653 -3.117 11.868 2 HA LEU 458 HA LEU 458 -4.326 -5.078 10.225 3 HB3 LEU 458 1HB LEU 458 -3.343 -2.564 11.589 4 HB2 LEU 458 2HB LEU 458 -4.003 -2.640 9.984 5 HG LEU 458 HG LEU 458 -1.972 -4.070 9.344 6 HD12 LEU 458 HD11 LEU 458 -0.604 -2.058 9.079 7 HD11 LEU 458 HD12 LEU 458 -1.630 -1.211 10.239 8 HD13 LEU 458 HD13 LEU 458 -2.295 -1.745 8.695 9 HD23 LEU 458 HD21 LEU 458 0.025 -3.713 10.702 10 HD22 LEU 458 HD22 LEU 458 -1.197 -4.599 11.613 11 HD21 LEU 458 HD23 LEU 458 -0.934 -2.879 11.931 No H/Q in entry = 11 In of MODEL 7 1 H THR 459 H THR 459 -4.609 -4.381 13.621 2 HA THR 459 HA THR 459 -2.180 -5.288 14.611 3 HB THR 459 HB THR 459 -4.873 -5.459 15.970 4 HG21 THR 459 HG21 THR 459 -2.966 -6.438 17.227 5 HG23 THR 459 HG22 THR 459 -3.565 -4.970 17.998 6 HG22 THR 459 HG23 THR 459 -2.083 -4.923 17.045 7 HG1 THR 459 HG1 THR 459 -3.100 -3.304 15.430 No H/Q in entry = 7 In of MODEL 7 1 H THR 460 H THR 460 -5.013 -7.133 13.665 2 HA THR 460 HA THR 460 -4.340 -9.569 14.930 3 HB THR 460 HB THR 460 -6.139 -9.102 12.563 4 HG23 THR 460 HG21 THR 460 -7.411 -10.983 13.523 5 HG22 THR 460 HG22 THR 460 -6.236 -11.119 14.831 6 HG21 THR 460 HG23 THR 460 -5.756 -11.476 13.171 7 HG1 THR 460 HG1 THR 460 -7.686 -8.539 14.110 No H/Q in entry = 7 In of MODEL 7 1 H LEU 461 H LEU 461 -3.082 -8.046 12.120 2 HA LEU 461 HA LEU 461 -2.631 -10.423 10.547 3 HB3 LEU 461 1HB LEU 461 -1.406 -7.822 10.040 4 HB2 LEU 461 2HB LEU 461 -3.117 -7.832 9.957 5 HG LEU 461 HG LEU 461 -1.149 -9.377 8.264 6 HD12 LEU 461 HD11 LEU 461 -3.112 -10.201 6.995 7 HD11 LEU 461 HD12 LEU 461 -4.176 -9.494 8.210 8 HD13 LEU 461 HD13 LEU 461 -3.097 -10.817 8.644 9 HD22 LEU 461 HD21 LEU 461 -1.399 -7.043 7.679 10 HD21 LEU 461 HD22 LEU 461 -3.151 -7.230 7.626 11 HD23 LEU 461 HD23 LEU 461 -2.140 -8.063 6.448 No H/Q in entry = 11 In of MODEL 7 1 H GLY 462 H GLY 462 -1.268 -9.551 13.231 2 HA2 GLY 462 1HA GLY 462 0.702 -10.085 14.305 3 HA3 GLY 462 2HA GLY 462 1.317 -8.849 13.238 No H/Q in entry = 3 In of MODEL 7 1 HA PRO 463 HA PRO 463 3.080 -13.466 12.500 2 HB3 PRO 463 1HB PRO 463 1.881 -15.266 11.738 3 HB2 PRO 463 2HB PRO 463 0.970 -14.293 10.581 4 HG3 PRO 463 1HG PRO 463 0.498 -14.721 13.487 5 HG2 PRO 463 2HG PRO 463 -0.662 -14.533 12.151 6 HD3 PRO 463 1HD PRO 463 -0.035 -12.547 13.926 7 HD2 PRO 463 2HD PRO 463 -0.684 -12.286 12.297 No H/Q in entry = 7 In of MODEL 7 1 H LEU 464 H LEU 464 1.194 -11.858 10.006 2 HA LEU 464 HA LEU 464 2.962 -12.452 7.845 3 HB3 LEU 464 1HB LEU 464 1.764 -10.540 6.667 4 HB2 LEU 464 2HB LEU 464 0.814 -10.359 8.120 5 HG LEU 464 HG LEU 464 -0.340 -11.566 6.307 6 HD12 LEU 464 HD11 LEU 464 1.710 -13.709 6.748 7 HD11 LEU 464 HD12 LEU 464 1.515 -12.684 5.324 8 HD13 LEU 464 HD13 LEU 464 0.256 -13.837 5.752 9 HD23 LEU 464 HD21 LEU 464 -1.204 -13.418 7.660 10 HD22 LEU 464 HD22 LEU 464 -1.057 -11.927 8.593 11 HD21 LEU 464 HD23 LEU 464 0.138 -13.211 8.789 No H/Q in entry = 11 In of MODEL 7 1 H PHE 465 H PHE 465 2.830 -9.941 10.168 2 HA PHE 465 HA PHE 465 4.691 -8.276 8.793 3 HB3 PHE 465 1HB PHE 465 4.652 -6.958 11.003 4 HB2 PHE 465 2HB PHE 465 3.367 -8.072 11.480 5 HZ PHE 465 HZ PHE 465 0.398 -4.628 7.872 6 HD1 PHE 465 1HD PHE 465 1.050 -7.721 10.651 7 HE1 PHE 465 1HE PHE 465 -0.444 -6.333 9.362 8 HE2 PHE 465 2HE PHE 465 2.823 -4.252 7.647 9 HD2 PHE 465 2HD PHE 465 4.390 -5.627 8.930 No H/Q in entry = 9 In of MODEL 7 1 H ARG 466 H ARG 466 5.001 -10.980 10.672 2 HA ARG 466 HA ARG 466 7.601 -10.415 11.757 3 HB3 ARG 466 1HB ARG 466 7.701 -12.899 12.123 4 HB2 ARG 466 2HB ARG 466 6.139 -13.025 11.330 5 HG3 ARG 466 1HG ARG 466 5.869 -13.087 13.722 6 HG2 ARG 466 2HG ARG 466 5.154 -11.609 13.069 7 HD3 ARG 466 1HD ARG 466 7.135 -10.356 13.698 8 HD2 ARG 466 2HD ARG 466 7.893 -11.821 14.318 9 HE ARG 466 HE ARG 466 5.420 -11.418 15.552 10 HH11 ARG 466 HH11 ARG 466 8.691 -10.069 15.471 11 HH12 ARG 466 HH12 ARG 466 8.627 -9.488 17.078 12 HH21 ARG 466 HH21 ARG 466 5.353 -10.603 17.774 13 HH22 ARG 466 HH22 ARG 466 6.724 -9.818 18.403 No H/Q in entry = 13 In of MODEL 7 1 H ASN 467 H ASN 467 6.344 -12.094 8.923 2 HA ASN 467 HA ASN 467 9.052 -12.299 7.919 3 HB3 ASN 467 1HB ASN 467 7.964 -14.414 7.631 4 HB2 ASN 467 2HB ASN 467 8.017 -13.678 6.048 5 HD21 ASN 467 HD21 ASN 467 6.374 -15.024 5.329 6 HD22 ASN 467 HD22 ASN 467 4.722 -14.770 5.778 No H/Q in entry = 6 In of MODEL 7 1 H SER 468 H SER 468 9.216 -10.091 7.735 2 HA SER 468 HA SER 468 8.170 -9.101 5.223 3 HB3 SER 468 1HB SER 468 7.627 -6.940 6.292 4 HB2 SER 468 2HB SER 468 7.902 -7.695 7.866 5 HG SER 468 HG SER 468 6.245 -9.308 6.774 No H/Q in entry = 5 In of MODEL 7 1 H ARG 469 H ARG 469 9.136 -7.002 4.739 2 HA ARG 469 HA ARG 469 11.832 -6.442 5.639 3 HB3 ARG 469 1HB ARG 469 12.209 -7.879 3.703 4 HB2 ARG 469 2HB ARG 469 12.522 -6.209 3.245 5 HG3 ARG 469 1HG ARG 469 10.386 -6.064 2.137 6 HG2 ARG 469 2HG ARG 469 9.996 -7.714 2.629 7 HD3 ARG 469 1HD ARG 469 12.255 -6.864 0.820 8 HD2 ARG 469 2HD ARG 469 10.779 -7.693 0.342 9 HE ARG 469 HE ARG 469 11.949 -9.273 2.274 10 HH11 ARG 469 HH11 ARG 469 13.227 -7.983 -0.742 11 HH12 ARG 469 HH12 ARG 469 13.836 -9.487 -1.291 12 HH21 ARG 469 HH21 ARG 469 12.947 -11.305 1.598 13 HH22 ARG 469 HH22 ARG 469 13.730 -11.382 0.101 No H/Q in entry = 13 In of MODEL 7 1 H MET 470 H MET 470 12.356 -4.007 5.206 2 HA MET 470 HA MET 470 9.658 -2.931 5.277 3 HB3 MET 470 1HB MET 470 10.837 -0.935 6.333 4 HB2 MET 470 2HB MET 470 12.233 -2.033 6.430 5 HG3 MET 470 1HG MET 470 11.237 -3.462 7.884 6 HG2 MET 470 2HG MET 470 9.644 -2.789 7.584 7 HE2 MET 470 1HE MET 470 9.914 0.723 9.359 8 HE1 MET 470 2HE MET 470 8.922 -0.329 8.339 9 HE3 MET 470 3HE MET 470 10.362 0.432 7.684 No H/Q in entry = 9 In of MODEL 7 1 H VAL 471 H VAL 471 9.186 -0.985 4.309 2 HA VAL 471 HA VAL 471 10.980 -0.135 2.189 3 HB VAL 471 HB VAL 471 9.110 0.160 0.654 4 HG13 VAL 471 HG11 VAL 471 10.294 -1.829 0.376 5 HG12 VAL 471 HG12 VAL 471 8.581 -2.213 0.172 6 HG11 VAL 471 HG13 VAL 471 9.419 -2.633 1.675 7 HG23 VAL 471 HG21 VAL 471 6.930 -0.917 1.139 8 HG22 VAL 471 HG22 VAL 471 7.305 0.492 2.134 9 HG21 VAL 471 HG23 VAL 471 7.475 -1.127 2.808 No H/Q in entry = 9 In of MODEL 7 1 H GLN 472 H GLN 472 10.495 1.911 1.403 2 HA GLN 472 HA GLN 472 8.963 3.640 3.166 3 HB3 GLN 472 1HB GLN 472 10.785 5.341 3.020 4 HB2 GLN 472 2HB GLN 472 11.796 4.163 2.197 5 HG3 GLN 472 1HG GLN 472 11.657 2.711 4.195 6 HG2 GLN 472 2HG GLN 472 10.756 3.978 5.017 7 HE21 GLN 472 HE21 GLN 472 13.840 2.984 3.856 8 HE22 GLN 472 HE22 GLN 472 14.759 4.191 4.665 No H/Q in entry = 8 In of MODEL 7 1 H PHE 473 H PHE 473 7.618 4.736 2.007 2 HA PHE 473 HA PHE 473 7.970 4.847 -0.902 3 HB3 PHE 473 1HB PHE 473 5.401 5.455 -0.590 4 HB2 PHE 473 2HB PHE 473 5.656 4.552 0.906 5 HZ PHE 473 HZ PHE 473 4.905 0.018 -2.507 6 HD1 PHE 473 1HD PHE 473 6.601 2.167 0.763 7 HE1 PHE 473 1HE PHE 473 6.070 0.034 -0.355 8 HE2 PHE 473 2HE PHE 473 4.268 2.137 -3.573 9 HD2 PHE 473 2HD PHE 473 4.784 4.267 -2.470 No H/Q in entry = 9 In of MODEL 7 1 H HIS 474 H HIS 474 8.586 6.740 -1.578 2 HA HIS 474 HA HIS 474 7.552 9.136 -0.233 3 HB3 HIS 474 1HB HIS 474 9.473 10.325 -1.403 4 HB2 HIS 474 2HB HIS 474 10.060 8.760 -1.930 5 HD1 HIS 474 HD1 HIS 474 11.542 10.911 0.076 6 HD2 HIS 474 2HD HIS 474 9.796 7.260 1.070 7 HE1 HIS 474 1HE HIS 474 12.646 10.160 2.195 No H/Q in entry = 7 In of MODEL 7 1 H PHE 475 H PHE 475 6.071 10.200 -1.375 2 HA PHE 475 HA PHE 475 5.478 9.261 -4.076 3 HB3 PHE 475 1HB PHE 475 3.404 10.708 -3.727 4 HB2 PHE 475 2HB PHE 475 3.901 10.834 -2.052 5 HZ PHE 475 HZ PHE 475 1.278 5.697 -1.786 6 HD1 PHE 475 1HD PHE 475 1.344 9.692 -3.273 7 HE1 PHE 475 1HE PHE 475 0.099 7.676 -2.770 8 HE2 PHE 475 2HE PHE 475 3.660 5.816 -1.353 9 HD2 PHE 475 2HD PHE 475 4.920 7.881 -1.868 No H/Q in entry = 9 In of MODEL 7 1 H THR 476 H THR 476 4.888 10.816 -5.720 2 HA THR 476 HA THR 476 6.745 12.905 -5.937 3 HB THR 476 HB THR 476 5.814 11.756 -7.941 4 HG22 THR 476 HG21 THR 476 3.553 12.377 -8.750 5 HG21 THR 476 HG22 THR 476 3.250 13.188 -7.211 6 HG23 THR 476 HG23 THR 476 3.502 11.440 -7.254 7 HG1 THR 476 HG1 THR 476 6.621 13.892 -8.189 No H/Q in entry = 7 In of MODEL 7 1 H ASN 477 H ASN 477 6.540 15.017 -5.606 2 HA ASN 477 HA ASN 477 4.221 15.918 -4.068 3 HB3 ASN 477 1HB ASN 477 5.699 17.868 -3.506 4 HB2 ASN 477 2HB ASN 477 6.994 17.082 -4.405 5 HD21 ASN 477 HD21 ASN 477 5.086 17.028 -1.530 6 HD22 ASN 477 HD22 ASN 477 6.047 15.890 -0.666 No H/Q in entry = 6 In of MODEL 7 1 H LYS 478 H LYS 478 4.351 15.511 -6.947 2 HA LYS 478 HA LYS 478 4.470 17.879 -8.419 3 HB3 LYS 478 1HB LYS 478 2.571 15.581 -8.886 4 HB2 LYS 478 2HB LYS 478 4.272 15.480 -9.275 5 HG3 LYS 478 1HG LYS 478 2.332 17.474 -10.455 6 HG2 LYS 478 2HG LYS 478 2.856 15.984 -11.241 7 HD3 LYS 478 1HD LYS 478 4.658 18.288 -10.451 8 HD2 LYS 478 2HD LYS 478 4.100 17.926 -12.081 9 HE3 LYS 478 1HE LYS 478 5.251 15.766 -12.010 10 HE2 LYS 478 2HE LYS 478 5.814 16.109 -10.377 11 HZ3 LYS 478 1HZ LYS 478 6.524 17.623 -12.807 12 HZ2 LYS 478 2HZ LYS 478 7.519 16.563 -11.948 13 HZ1 LYS 478 3HZ LYS 478 7.013 18.021 -11.241 No H/Q in entry = 13 In of MODEL 7 1 H ASP 479 H ASP 479 1.690 16.233 -6.923 2 HA ASP 479 HA ASP 479 0.343 18.830 -6.796 3 HB3 ASP 479 1HB ASP 479 -1.015 16.199 -7.416 4 HB2 ASP 479 2HB ASP 479 -0.666 17.458 -8.597 No H/Q in entry = 4 In of MODEL 7 1 H LEU 480 H LEU 480 0.448 19.298 -4.752 2 HA LEU 480 HA LEU 480 0.609 17.368 -2.704 3 HB3 LEU 480 1HB LEU 480 0.451 19.255 -1.149 4 HB2 LEU 480 2HB LEU 480 0.057 20.322 -2.474 5 HG LEU 480 HG LEU 480 2.298 19.923 -3.447 6 HD12 LEU 480 HD11 LEU 480 2.340 20.774 -0.567 7 HD11 LEU 480 HD12 LEU 480 1.939 21.791 -1.949 8 HD13 LEU 480 HD13 LEU 480 3.574 21.139 -1.774 9 HD23 LEU 480 HD21 LEU 480 4.000 18.777 -2.085 10 HD22 LEU 480 HD22 LEU 480 2.740 17.694 -2.641 11 HD21 LEU 480 HD23 LEU 480 2.739 18.258 -0.963 No H/Q in entry = 11 In of MODEL 7 1 H GLU 481 H GLU 481 -2.085 18.836 -4.248 2 HA GLU 481 HA GLU 481 -3.916 18.525 -2.105 3 HB3 GLU 481 1HB GLU 481 -5.640 18.679 -4.041 4 HB2 GLU 481 2HB GLU 481 -4.243 19.012 -5.049 5 HG3 GLU 481 1HG GLU 481 -5.267 20.640 -2.733 6 HG2 GLU 481 2HG GLU 481 -5.223 21.091 -4.429 No H/Q in entry = 6 In of MODEL 7 1 H SER 482 H SER 482 -3.116 16.547 -4.891 2 HA SER 482 HA SER 482 -4.898 14.440 -4.375 3 HB3 SER 482 1HB SER 482 -3.428 13.096 -5.801 4 HB2 SER 482 2HB SER 482 -2.145 14.298 -5.639 5 HG SER 482 HG SER 482 -3.522 15.805 -6.661 No H/Q in entry = 5 In of MODEL 7 1 H LEU 483 H LEU 483 -1.726 15.209 -3.126 2 HA LEU 483 HA LEU 483 -1.361 12.763 -1.698 3 HB3 LEU 483 1HB LEU 483 0.414 14.006 -0.498 4 HB2 LEU 483 2HB LEU 483 -0.044 15.445 -1.384 5 HG LEU 483 HG LEU 483 0.596 14.336 -3.493 6 HD13 LEU 483 HD11 LEU 483 2.182 15.738 -2.288 7 HD12 LEU 483 HD12 LEU 483 3.004 14.388 -3.082 8 HD11 LEU 483 HD13 LEU 483 2.712 14.344 -1.346 9 HD23 LEU 483 HD21 LEU 483 1.578 12.126 -1.678 10 HD22 LEU 483 HD22 LEU 483 1.832 12.231 -3.415 11 HD21 LEU 483 HD23 LEU 483 0.212 11.997 -2.778 No H/Q in entry = 11 In of MODEL 7 1 H LYS 484 H LYS 484 -2.282 16.043 -0.729 2 HA LYS 484 HA LYS 484 -2.462 15.602 1.998 3 HB3 LYS 484 1HB LYS 484 -4.152 17.514 0.378 4 HB2 LYS 484 2HB LYS 484 -2.509 17.821 0.919 5 HG3 LYS 484 1HG LYS 484 -3.213 17.741 3.236 6 HG2 LYS 484 2HG LYS 484 -4.856 17.326 2.751 7 HD3 LYS 484 1HD LYS 484 -4.729 19.680 3.308 8 HD2 LYS 484 2HD LYS 484 -5.047 19.483 1.587 9 HE3 LYS 484 1HE LYS 484 -3.438 21.233 1.926 10 HE2 LYS 484 2HE LYS 484 -2.670 19.883 1.104 11 HZ3 LYS 484 1HZ LYS 484 -1.258 20.768 2.830 12 HZ2 LYS 484 2HZ LYS 484 -1.683 19.204 3.235 13 HZ1 LYS 484 3HZ LYS 484 -2.425 20.501 4.007 No H/Q in entry = 13 In of MODEL 7 1 H GLY 485 H GLY 485 -4.880 15.034 -0.495 2 HA2 GLY 485 1HA GLY 485 -6.803 13.776 -0.454 3 HA3 GLY 485 2HA GLY 485 -7.054 14.420 1.169 No H/Q in entry = 3 In of MODEL 7 1 H LEU 486 H LEU 486 -4.584 12.303 -0.237 2 HA LEU 486 HA LEU 486 -5.494 9.933 0.950 3 HB3 LEU 486 1HB LEU 486 -2.831 10.759 -0.183 4 HB2 LEU 486 2HB LEU 486 -4.142 10.002 -1.057 5 HG LEU 486 HG LEU 486 -2.502 8.735 1.108 6 HD13 LEU 486 HD11 LEU 486 -4.778 7.863 1.087 7 HD12 LEU 486 HD12 LEU 486 -3.643 6.666 0.454 8 HD11 LEU 486 HD13 LEU 486 -4.664 7.585 -0.656 9 HD23 LEU 486 HD21 LEU 486 -2.567 8.304 -1.860 10 HD22 LEU 486 HD22 LEU 486 -1.631 7.348 -0.706 11 HD21 LEU 486 HD23 LEU 486 -1.261 9.059 -0.945 No H/Q in entry = 11 In of MODEL 7 1 H TYR 487 H TYR 487 -3.013 12.281 1.822 2 HA TYR 487 HA TYR 487 -1.879 11.022 4.054 3 HB3 TYR 487 1HB TYR 487 -1.314 13.364 4.833 4 HB2 TYR 487 2HB TYR 487 -2.237 13.974 3.475 5 HH TYR 487 HH TYR 487 3.790 13.178 1.171 6 HD1 TYR 487 1HD TYR 487 0.424 14.915 3.723 7 HE1 TYR 487 1HE TYR 487 2.452 14.855 2.337 8 HE2 TYR 487 2HE TYR 487 1.088 11.223 0.560 9 HD2 TYR 487 2HD TYR 487 -0.899 11.291 1.937 No H/Q in entry = 9 In of MODEL 7 1 H ARG 488 H ARG 488 -4.592 13.239 3.820 2 HA ARG 488 HA ARG 488 -5.178 13.364 6.556 3 HB3 ARG 488 1HB ARG 488 -6.751 13.963 4.067 4 HB2 ARG 488 2HB ARG 488 -5.937 15.096 5.123 5 HG3 ARG 488 1HG ARG 488 -7.599 14.550 6.895 6 HG2 ARG 488 2HG ARG 488 -8.461 13.587 5.693 7 HD3 ARG 488 1HD ARG 488 -7.932 16.551 5.660 8 HD2 ARG 488 2HD ARG 488 -9.491 15.734 5.726 9 HE ARG 488 HE ARG 488 -7.694 15.597 3.404 10 HH11 ARG 488 HH11 ARG 488 -10.958 16.026 4.709 11 HH12 ARG 488 HH12 ARG 488 -11.696 16.206 3.189 12 HH21 ARG 488 HH21 ARG 488 -8.708 15.915 1.319 13 HH22 ARG 488 HH22 ARG 488 -10.370 16.165 1.197 No H/Q in entry = 13 In of MODEL 7 1 H ILE 489 H ILE 489 -6.321 11.216 3.998 2 HA ILE 489 HA ILE 489 -8.295 9.934 5.585 3 HB ILE 489 HB ILE 489 -6.825 8.871 3.152 4 HG12 ILE 489 HG12 ILE 489 -9.580 10.105 3.375 5 HG21 ILE 489 HG21 ILE 489 -9.315 7.850 4.522 6 HG23 ILE 489 HG22 ILE 489 -7.764 7.019 4.403 7 HG22 ILE 489 HG23 ILE 489 -8.735 7.295 2.955 8 HD13 ILE 489 HD11 ILE 489 -8.019 9.296 0.939 9 HD12 ILE 489 HD12 ILE 489 -9.596 10.104 0.949 10 HD11 ILE 489 HD13 ILE 489 -9.428 8.466 1.596 11 HG13 ILE 489 HG11 ILE 489 -8.155 10.926 2.744 No H/Q in entry = 11 In of MODEL 7 1 H MET 490 H MET 490 -4.957 9.039 4.771 2 HA MET 490 HA MET 490 -5.104 6.656 6.328 3 HB3 MET 490 1HB MET 490 -2.672 6.441 5.917 4 HB2 MET 490 2HB MET 490 -2.676 8.045 5.187 5 HG3 MET 490 1HG MET 490 -4.237 7.257 3.477 6 HG2 MET 490 2HG MET 490 -4.241 5.660 4.209 7 HE3 MET 490 1HE MET 490 -1.229 5.099 4.945 8 HE2 MET 490 2HE MET 490 -0.670 4.333 3.457 9 HE1 MET 490 3HE MET 490 -2.263 3.949 4.098 No H/Q in entry = 9 In of MODEL 7 1 H GLY 491 H GLY 491 -3.930 9.897 6.986 2 HA2 GLY 491 1HA GLY 491 -3.342 10.906 8.931 3 HA3 GLY 491 2HA GLY 491 -2.769 9.348 9.501 No H/Q in entry = 3 In of MODEL 7 1 H ASN 492 H ASN 492 -6.009 9.533 8.433 2 HA ASN 492 HA ASN 492 -7.219 10.184 10.972 3 HB3 ASN 492 1HB ASN 492 -8.517 9.095 8.455 4 HB2 ASN 492 2HB ASN 492 -8.171 10.793 8.700 5 HD21 ASN 492 HD21 ASN 492 -10.283 8.187 9.488 6 HD22 ASN 492 HD22 ASN 492 -11.449 9.129 10.335 No H/Q in entry = 6 In of MODEL 7 1 H GLY 493 H GLY 493 -5.598 7.579 10.092 2 HA2 GLY 493 1HA GLY 493 -7.206 5.841 11.831 3 HA3 GLY 493 2HA GLY 493 -5.495 5.648 11.487 No H/Q in entry = 3 In of MODEL 7 1 H PHE 494 H PHE 494 -5.940 6.021 8.608 2 HA PHE 494 HA PHE 494 -7.077 3.385 8.106 3 HB3 PHE 494 1HB PHE 494 -7.286 4.158 5.679 4 HB2 PHE 494 2HB PHE 494 -6.968 5.788 6.266 5 HZ PHE 494 HZ PHE 494 -12.570 5.389 7.681 6 HD1 PHE 494 1HD PHE 494 -9.186 2.905 6.970 7 HE1 PHE 494 1HE PHE 494 -11.558 3.139 7.498 8 HE2 PHE 494 2HE PHE 494 -11.164 7.385 7.325 9 HD2 PHE 494 2HD PHE 494 -8.785 7.126 6.791 No H/Q in entry = 9 In of MODEL 7 1 H ALA 495 H ALA 495 -5.997 2.154 6.416 2 HA ALA 495 HA ALA 495 -3.156 2.766 6.168 3 HB3 ALA 495 1HB ALA 495 -2.676 0.389 6.499 4 HB1 ALA 495 2HB ALA 495 -4.394 0.068 6.753 5 HB2 ALA 495 3HB ALA 495 -3.500 1.051 7.913 No H/Q in entry = 5 In of MODEL 7 1 H GLY 496 H GLY 496 -2.231 1.593 4.282 2 HA2 GLY 496 1HA GLY 496 -2.721 1.970 1.937 3 HA3 GLY 496 2HA GLY 496 -4.312 1.278 2.248 No H/Q in entry = 3 In of MODEL 7 1 H CYS 497 H CYS 497 -4.516 -0.745 1.681 2 HA CYS 497 HA CYS 497 -2.243 -2.517 2.058 3 HB3 CYS 497 1HB CYS 497 -5.073 -3.152 1.216 4 HB2 CYS 497 2HB CYS 497 -4.477 -3.222 2.871 5 HG CYS 497 HG CYS 497 -2.589 -5.036 0.826 No H/Q in entry = 5 In of MODEL 7 1 H VAL 498 H VAL 498 -0.921 -2.879 0.416 2 HA VAL 498 HA VAL 498 -1.852 -2.172 -2.248 3 HB VAL 498 HB VAL 498 0.973 -2.519 -1.199 4 HG12 VAL 498 HG11 VAL 498 1.687 -1.578 -3.359 5 HG11 VAL 498 HG12 VAL 498 0.015 -1.573 -3.904 6 HG13 VAL 498 HG13 VAL 498 0.828 -3.101 -3.570 7 HG23 VAL 498 HG21 VAL 498 1.135 -0.077 -1.500 8 HG22 VAL 498 HG22 VAL 498 -0.093 -0.528 -0.313 9 HG21 VAL 498 HG23 VAL 498 -0.571 -0.048 -1.938 No H/Q in entry = 9 In of MODEL 7 1 H HIS 499 H HIS 499 -2.347 -3.673 -3.523 2 HA HIS 499 HA HIS 499 -1.212 -6.326 -3.190 3 HB3 HIS 499 1HB HIS 499 -3.248 -7.015 -4.658 4 HB2 HIS 499 2HB HIS 499 -3.919 -5.456 -4.191 5 HD1 HIS 499 HD1 HIS 499 -5.261 -5.509 -1.988 6 HD2 HIS 499 2HD HIS 499 -2.556 -8.631 -2.353 7 HE1 HIS 499 1HE HIS 499 -5.537 -6.965 0.073 No H/Q in entry = 7 In of MODEL 7 1 H PHE 500 H PHE 500 -0.385 -7.344 -4.891 2 HA PHE 500 HA PHE 500 0.480 -5.580 -7.048 3 HB3 PHE 500 1HB PHE 500 2.312 -7.220 -7.296 4 HB2 PHE 500 2HB PHE 500 1.643 -8.157 -5.977 5 HZ PHE 500 HZ PHE 500 4.812 -4.522 -2.822 6 HD1 PHE 500 1HD PHE 500 4.105 -5.846 -6.788 7 HE1 PHE 500 1HE PHE 500 5.504 -4.691 -5.175 8 HE2 PHE 500 2HE PHE 500 2.705 -5.539 -2.100 9 HD2 PHE 500 2HD PHE 500 1.304 -6.736 -3.722 No H/Q in entry = 9 In of MODEL 7 1 HA PRO 501 HA PRO 501 -1.972 -8.307 -9.743 2 HB3 PRO 501 1HB PRO 501 -2.220 -7.004 -11.649 3 HB2 PRO 501 2HB PRO 501 -0.471 -6.866 -11.862 4 HG3 PRO 501 1HG PRO 501 -2.322 -5.201 -10.206 5 HG2 PRO 501 2HG PRO 501 -0.933 -4.698 -11.181 6 HD3 PRO 501 1HD PRO 501 -0.791 -4.899 -8.514 7 HD2 PRO 501 2HD PRO 501 0.594 -5.312 -9.547 No H/Q in entry = 7 In of MODEL 7 1 H HIS 502 H HIS 502 -1.047 -10.307 -9.676 2 HA HIS 502 HA HIS 502 1.797 -10.428 -10.185 3 HB3 HIS 502 1HB HIS 502 1.166 -11.460 -8.102 4 HB2 HIS 502 2HB HIS 502 1.798 -12.677 -9.187 5 HD1 HIS 502 HD1 HIS 502 0.161 -14.554 -9.998 6 HD2 HIS 502 2HD HIS 502 -1.517 -11.804 -7.383 7 HE1 HIS 502 1HE HIS 502 -1.937 -15.623 -9.125 No H/Q in entry = 7 In of MODEL 7 1 H THR 503 H THR 503 2.560 -10.863 -12.050 2 HA THR 503 HA THR 503 1.112 -12.274 -14.038 3 HB THR 503 HB THR 503 3.443 -12.182 -15.135 4 HG22 THR 503 HG21 THR 503 3.284 -9.768 -15.575 5 HG21 THR 503 HG22 THR 503 2.186 -9.593 -14.205 6 HG23 THR 503 HG23 THR 503 1.691 -10.522 -15.618 7 HG1 THR 503 HG1 THR 503 4.901 -10.757 -14.092 No H/Q in entry = 7 In of MODEL 7 1 H ALA 504 H ALA 504 4.103 -12.831 -12.317 2 HA ALA 504 HA ALA 504 3.939 -15.703 -12.565 3 HB2 ALA 504 1HB ALA 504 6.043 -15.688 -11.272 4 HB3 ALA 504 2HB ALA 504 5.872 -13.949 -11.031 5 HB1 ALA 504 3HB ALA 504 6.134 -14.592 -12.650 No H/Q in entry = 5 In of MODEL 7 1 HA PRO 505 HA PRO 505 1.573 -15.743 -8.741 2 HB3 PRO 505 1HB PRO 505 0.210 -17.245 -9.865 3 HB2 PRO 505 2HB PRO 505 0.952 -18.350 -8.702 4 HG3 PRO 505 1HG PRO 505 1.090 -18.804 -11.338 5 HG2 PRO 505 2HG PRO 505 2.443 -19.189 -10.259 6 HD3 PRO 505 1HD PRO 505 2.185 -17.010 -12.250 7 HD2 PRO 505 2HD PRO 505 3.645 -17.783 -11.601 No H/Q in entry = 7 In of MODEL 7 1 H CYS 506 H CYS 506 4.600 -16.854 -9.250 2 HA CYS 506 HA CYS 506 5.149 -18.638 -7.169 3 HB3 CYS 506 1HB CYS 506 7.462 -18.097 -7.566 4 HB2 CYS 506 2HB CYS 506 7.023 -16.559 -8.305 5 HG CYS 506 HG CYS 506 6.502 -19.682 -9.579 No H/Q in entry = 5 In of MODEL 7 1 H GLU 507 H GLU 507 6.206 -15.203 -7.183 2 HA GLU 507 HA GLU 507 4.777 -14.518 -4.893 3 HB3 GLU 507 1HB GLU 507 6.368 -15.821 -3.600 4 HB2 GLU 507 2HB GLU 507 6.618 -14.117 -3.278 5 HG3 GLU 507 1HG GLU 507 8.496 -14.240 -5.002 6 HG2 GLU 507 2HG GLU 507 8.358 -15.989 -4.831 No H/Q in entry = 6 In of MODEL 7 1 H VAL 508 H VAL 508 4.210 -12.601 -5.669 2 HA VAL 508 HA VAL 508 6.422 -10.832 -6.357 3 HB VAL 508 HB VAL 508 3.422 -10.262 -6.584 4 HG12 VAL 508 HG11 VAL 508 4.110 -8.431 -8.064 5 HG11 VAL 508 HG12 VAL 508 5.804 -8.837 -7.771 6 HG13 VAL 508 HG13 VAL 508 4.796 -8.253 -6.448 7 HG21 VAL 508 HG21 VAL 508 5.351 -11.147 -8.728 8 HG23 VAL 508 HG22 VAL 508 3.681 -10.649 -8.994 9 HG22 VAL 508 HG23 VAL 508 4.028 -12.106 -8.063 No H/Q in entry = 9 In of MODEL 7 1 H ARG 509 H ARG 509 4.303 -11.835 -3.974 2 HA ARG 509 HA ARG 509 4.133 -11.501 -1.764 3 HB3 ARG 509 1HB ARG 509 5.715 -9.968 -0.611 4 HB2 ARG 509 2HB ARG 509 6.250 -9.369 -2.178 5 HG3 ARG 509 1HG ARG 509 6.795 -11.829 -2.687 6 HG2 ARG 509 2HG ARG 509 6.691 -12.079 -0.952 7 HD3 ARG 509 1HD ARG 509 8.988 -11.672 -1.569 8 HD2 ARG 509 2HD ARG 509 8.380 -10.297 -0.641 9 HE ARG 509 HE ARG 509 8.208 -9.054 -2.626 10 HH11 ARG 509 HH11 ARG 509 9.833 -12.203 -3.180 11 HH12 ARG 509 HH12 ARG 509 10.747 -11.639 -4.485 12 HH21 ARG 509 HH21 ARG 509 9.501 -8.330 -4.492 13 HH22 ARG 509 HH22 ARG 509 10.543 -9.457 -5.255 No H/Q in entry = 13 In of MODEL 7 1 H VAL 510 H VAL 510 3.525 -9.459 -0.141 2 HA VAL 510 HA VAL 510 2.138 -7.549 -1.816 3 HB VAL 510 HB VAL 510 0.050 -7.723 -0.242 4 HG11 VAL 510 HG11 VAL 510 0.688 -9.951 -2.153 5 HG13 VAL 510 HG12 VAL 510 -0.061 -8.403 -2.559 6 HG12 VAL 510 HG13 VAL 510 -0.914 -9.564 -1.535 7 HG23 VAL 510 HG21 VAL 510 1.271 -10.425 0.236 8 HG22 VAL 510 HG22 VAL 510 -0.346 -9.849 0.697 9 HG21 VAL 510 HG23 VAL 510 1.079 -9.132 1.442 No H/Q in entry = 9 In of MODEL 7 1 H LEU 511 H LEU 511 1.251 -5.617 -0.398 2 HA LEU 511 HA LEU 511 3.273 -5.239 1.676 3 HB3 LEU 511 1HB LEU 511 3.062 -3.732 -0.917 4 HB2 LEU 511 2HB LEU 511 4.420 -4.470 -0.168 5 HG LEU 511 HG LEU 511 4.874 -2.150 -0.190 6 HD12 LEU 511 HD11 LEU 511 3.460 -0.433 0.761 7 HD11 LEU 511 HD12 LEU 511 2.204 -1.639 1.048 8 HD13 LEU 511 HD13 LEU 511 2.712 -1.262 -0.602 9 HD21 LEU 511 HD21 LEU 511 3.941 -2.839 2.578 10 HD23 LEU 511 HD22 LEU 511 4.935 -1.455 2.163 11 HD22 LEU 511 HD23 LEU 511 5.570 -3.073 1.938 No H/Q in entry = 11 In of MODEL 7 1 H MET 512 H MET 512 2.733 -4.054 3.393 2 HA MET 512 HA MET 512 0.077 -2.783 3.390 3 HB3 MET 512 1HB MET 512 1.887 -3.618 5.663 4 HB2 MET 512 2HB MET 512 0.347 -4.345 5.234 5 HG3 MET 512 1HG MET 512 0.738 -1.520 6.203 6 HG2 MET 512 2HG MET 512 0.210 -2.836 7.231 7 HE3 MET 512 1HE MET 512 -3.337 -3.635 5.855 8 HE2 MET 512 2HE MET 512 -2.143 -3.941 7.119 9 HE1 MET 512 3HE MET 512 -1.816 -4.447 5.461 No H/Q in entry = 9 In of MODEL 7 1 H LEU 513 H LEU 513 0.045 -0.644 3.156 2 HA LEU 513 HA LEU 513 2.519 0.809 3.678 3 HB3 LEU 513 1HB LEU 513 0.165 1.657 2.006 4 HB2 LEU 513 2HB LEU 513 1.530 0.779 1.352 5 HG LEU 513 HG LEU 513 1.659 3.513 2.622 6 HD13 LEU 513 HD11 LEU 513 3.725 2.387 2.981 7 HD12 LEU 513 HD12 LEU 513 3.951 3.462 1.580 8 HD11 LEU 513 HD13 LEU 513 3.710 1.745 1.341 9 HD23 LEU 513 HD21 LEU 513 1.889 2.670 -0.266 10 HD22 LEU 513 HD22 LEU 513 2.110 4.306 0.361 11 HD21 LEU 513 HD23 LEU 513 0.527 3.533 0.449 No H/Q in entry = 11 In of MODEL 7 1 H LEU 514 H LEU 514 2.580 2.165 5.246 2 HA LEU 514 HA LEU 514 0.097 3.143 6.442 3 HB3 LEU 514 1HB LEU 514 1.468 3.158 8.581 4 HB2 LEU 514 2HB LEU 514 2.637 2.181 7.724 5 HG LEU 514 HG LEU 514 0.804 0.465 7.362 6 HD11 LEU 514 HD11 LEU 514 2.522 0.220 9.114 7 HD13 LEU 514 HD12 LEU 514 0.963 -0.420 9.626 8 HD12 LEU 514 HD13 LEU 514 1.509 1.150 10.220 9 HD21 LEU 514 HD21 LEU 514 -0.608 2.195 9.386 10 HD23 LEU 514 HD22 LEU 514 -1.120 0.594 8.839 11 HD22 LEU 514 HD23 LEU 514 -1.094 1.943 7.708 No H/Q in entry = 11 In of MODEL 7 1 H TYR 515 H TYR 515 0.062 5.293 6.795 2 HA TYR 515 HA TYR 515 2.292 6.764 5.695 3 HB3 TYR 515 1HB TYR 515 -0.484 7.645 6.514 4 HB2 TYR 515 2HB TYR 515 0.108 7.404 4.874 5 HH TYR 515 HH TYR 515 2.143 13.381 4.764 6 HD1 TYR 515 1HD TYR 515 2.251 8.839 4.272 7 HE1 TYR 515 1HE TYR 515 2.981 11.169 4.185 8 HE2 TYR 515 2HE TYR 515 0.176 12.141 7.256 9 HD2 TYR 515 2HD TYR 515 -0.539 9.806 7.327 No H/Q in entry = 9 In of MODEL 7 1 H SER 516 H SER 516 3.809 7.653 6.940 2 HA SER 516 HA SER 516 3.226 7.943 9.775 3 HB3 SER 516 1HB SER 516 5.834 8.081 8.213 4 HB2 SER 516 2HB SER 516 5.292 6.707 9.170 5 HG SER 516 HG SER 516 6.597 7.723 10.499 No H/Q in entry = 5 In of MODEL 7 1 H SER 517 H SER 517 2.277 9.860 10.120 2 HA SER 517 HA SER 517 2.572 12.161 8.543 3 HB3 SER 517 1HB SER 517 1.339 13.259 10.349 4 HB2 SER 517 2HB SER 517 1.656 11.886 11.409 5 HG SER 517 HG SER 517 -0.218 12.214 9.495 No H/Q in entry = 5 In of MODEL 7 1 H LYS 518 H LYS 518 4.350 10.832 11.134 2 HA LYS 518 HA LYS 518 5.531 13.127 12.261 3 HB3 LYS 518 1HB LYS 518 7.126 11.569 13.249 4 HB2 LYS 518 2HB LYS 518 6.645 10.327 12.105 5 HG3 LYS 518 1HG LYS 518 4.401 10.285 13.077 6 HG2 LYS 518 2HG LYS 518 4.882 11.516 14.245 7 HD3 LYS 518 1HD LYS 518 6.563 10.021 15.166 8 HD2 LYS 518 2HD LYS 518 6.152 8.801 13.959 9 HE3 LYS 518 1HE LYS 518 5.132 8.273 16.092 10 HE2 LYS 518 2HE LYS 518 3.909 8.616 14.875 11 HZ3 LYS 518 1HZ LYS 518 3.385 9.636 16.987 12 HZ2 LYS 518 2HZ LYS 518 3.592 10.813 15.821 13 HZ1 LYS 518 3HZ LYS 518 4.808 10.531 16.967 No H/Q in entry = 13 In of MODEL 7 1 H LYS 519 H LYS 519 6.550 10.931 9.724 2 HA LYS 519 HA LYS 519 8.898 12.614 9.152 3 HB3 LYS 519 1HB LYS 519 9.797 10.689 8.031 4 HB2 LYS 519 2HB LYS 519 8.231 9.889 8.034 5 HG3 LYS 519 1HG LYS 519 9.660 8.842 9.629 6 HG2 LYS 519 2HG LYS 519 8.343 9.654 10.467 7 HD3 LYS 519 1HD LYS 519 9.887 11.567 10.894 8 HD2 LYS 519 2HD LYS 519 11.198 10.580 10.246 9 HE3 LYS 519 1HE LYS 519 9.474 9.984 12.659 10 HE2 LYS 519 2HE LYS 519 11.179 10.409 12.668 11 HZ2 LYS 519 1HZ LYS 519 11.693 8.326 11.553 12 HZ1 LYS 519 2HZ LYS 519 10.045 7.917 11.525 13 HZ3 LYS 519 3HZ LYS 519 10.839 8.055 12.987 No H/Q in entry = 13 In of MODEL 7 1 H LYS 520 H LYS 520 5.800 12.423 8.380 2 HA LYS 520 HA LYS 520 4.415 12.472 6.736 3 HB3 LYS 520 1HB LYS 520 4.655 14.804 7.101 4 HB2 LYS 520 2HB LYS 520 4.521 14.593 5.370 5 HG3 LYS 520 1HG LYS 520 7.110 15.050 6.806 6 HG2 LYS 520 2HG LYS 520 6.155 16.291 5.976 7 HD3 LYS 520 1HD LYS 520 6.266 14.988 3.954 8 HD2 LYS 520 2HD LYS 520 7.136 13.781 4.894 9 HE3 LYS 520 1HE LYS 520 9.038 15.220 5.135 10 HE2 LYS 520 2HE LYS 520 8.133 16.618 4.540 11 HZ1 LYS 520 1HZ LYS 520 8.895 14.251 2.901 12 HZ3 LYS 520 2HZ LYS 520 9.621 15.770 2.829 13 HZ2 LYS 520 3HZ LYS 520 8.025 15.578 2.378 No H/Q in entry = 13 In of MODEL 7 1 H ILE 521 H ILE 521 5.797 10.448 6.281 2 HA ILE 521 HA ILE 521 5.700 10.201 3.404 3 HB ILE 521 HB ILE 521 7.802 8.787 3.328 4 HG12 ILE 521 HG12 ILE 521 9.618 9.458 5.005 5 HG23 ILE 521 HG21 ILE 521 7.776 10.917 2.293 6 HG22 ILE 521 HG22 ILE 521 9.342 10.662 3.060 7 HG21 ILE 521 HG23 ILE 521 8.148 11.715 3.820 8 HD11 ILE 521 HD11 ILE 521 8.678 7.208 5.151 9 HD13 ILE 521 HD12 ILE 521 7.382 7.824 6.178 10 HD12 ILE 521 HD13 ILE 521 9.054 7.871 6.744 11 HG13 ILE 521 HG11 ILE 521 8.321 10.078 6.008 No H/Q in entry = 11 In of MODEL 7 1 H PHE 522 H PHE 522 5.955 7.770 2.765 2 HA PHE 522 HA PHE 522 4.145 6.479 4.633 3 HB3 PHE 522 1HB PHE 522 3.631 5.003 2.722 4 HB2 PHE 522 2HB PHE 522 4.752 5.962 1.738 5 HZ PHE 522 HZ PHE 522 0.155 9.308 1.105 6 HD1 PHE 522 1HD PHE 522 1.419 5.733 3.025 7 HE1 PHE 522 1HE PHE 522 -0.378 7.258 2.338 8 HE2 PHE 522 2HE PHE 522 2.507 9.830 0.554 9 HD2 PHE 522 2HD PHE 522 4.282 8.312 1.238 No H/Q in entry = 9 In of MODEL 7 1 H MET 523 H MET 523 4.610 4.589 5.524 2 HA MET 523 HA MET 523 7.256 3.408 5.020 3 HB3 MET 523 1HB MET 523 7.222 4.527 7.215 4 HB2 MET 523 2HB MET 523 7.296 2.783 7.423 5 HG3 MET 523 1HG MET 523 4.907 2.726 7.915 6 HG2 MET 523 2HG MET 523 4.814 4.468 7.699 7 HE1 MET 523 1HE MET 523 3.664 4.758 10.061 8 HE3 MET 523 2HE MET 523 4.330 4.106 11.557 9 HE2 MET 523 3HE MET 523 3.727 3.010 10.313 No H/Q in entry = 9 In of MODEL 7 1 H GLY 524 H GLY 524 7.243 1.089 4.989 2 HA2 GLY 524 1HA GLY 524 5.212 -0.134 3.820 3 HA3 GLY 524 2HA GLY 524 4.684 -0.169 5.481 No H/Q in entry = 3 In of MODEL 7 1 H LEU 525 H LEU 525 4.762 -2.385 5.536 2 HA LEU 525 HA LEU 525 7.393 -3.592 5.170 3 HB3 LEU 525 1HB LEU 525 6.364 -5.478 6.700 4 HB2 LEU 525 2HB LEU 525 5.306 -4.196 7.231 5 HG LEU 525 HG LEU 525 8.304 -4.052 7.394 6 HD13 LEU 525 HD11 LEU 525 7.859 -2.239 9.021 7 HD12 LEU 525 HD12 LEU 525 6.128 -2.420 8.736 8 HD11 LEU 525 HD13 LEU 525 7.183 -1.870 7.433 9 HD21 LEU 525 HD21 LEU 525 7.514 -5.889 8.772 10 HD23 LEU 525 HD22 LEU 525 6.338 -4.827 9.552 11 HD22 LEU 525 HD23 LEU 525 8.062 -4.555 9.782 No H/Q in entry = 11 In of MODEL 7 1 H ILE 526 H ILE 526 7.564 -5.269 3.775 2 HA ILE 526 HA ILE 526 5.077 -6.009 2.422 3 HB ILE 526 HB ILE 526 7.962 -6.492 1.633 4 HG12 ILE 526 HG12 ILE 526 5.978 -4.441 0.712 5 HG22 ILE 526 HG21 ILE 526 5.480 -7.074 0.071 6 HG21 ILE 526 HG22 ILE 526 6.595 -8.238 0.788 7 HG23 ILE 526 HG23 ILE 526 7.136 -7.202 -0.539 8 HD11 ILE 526 HD11 ILE 526 6.992 -5.350 -1.290 9 HD13 ILE 526 HD12 ILE 526 8.607 -5.053 -0.624 10 HD12 ILE 526 HD13 ILE 526 7.513 -3.703 -0.972 11 HG13 ILE 526 HG11 ILE 526 7.562 -4.184 1.409 No H/Q in entry = 11 In of MODEL 7 1 HA PRO 527 HA PRO 527 5.610 -9.957 4.643 2 HB3 PRO 527 1HB PRO 527 3.497 -10.452 5.362 3 HB2 PRO 527 2HB PRO 527 2.800 -10.221 3.754 4 HG3 PRO 527 1HG PRO 527 3.544 -8.169 5.817 5 HG2 PRO 527 2HG PRO 527 2.043 -8.304 4.874 6 HD3 PRO 527 1HD PRO 527 3.886 -6.584 4.136 7 HD2 PRO 527 2HD PRO 527 3.100 -7.599 2.901 No H/Q in entry = 7 In of MODEL 7 1 H TYR 528 H TYR 528 6.111 -11.761 3.818 2 HA TYR 528 HA TYR 528 6.347 -12.069 0.988 3 HB3 TYR 528 1HB TYR 528 7.557 -14.107 1.476 4 HB2 TYR 528 2HB TYR 528 7.000 -14.073 3.142 5 HH TYR 528 HH TYR 528 12.481 -11.018 4.020 6 HD1 TYR 528 1HD TYR 528 8.245 -11.245 1.134 7 HE1 TYR 528 1HE TYR 528 10.183 -9.923 1.764 8 HE2 TYR 528 2HE TYR 528 10.951 -12.586 4.988 9 HD2 TYR 528 2HD TYR 528 8.998 -13.915 4.334 No H/Q in entry = 9 In of MODEL 7 1 H ASP 529 H ASP 529 4.506 -13.633 3.529 2 HA ASP 529 HA ASP 529 3.434 -15.564 1.697 3 HB3 ASP 529 1HB ASP 529 2.517 -15.020 4.527 4 HB2 ASP 529 2HB ASP 529 3.804 -16.146 4.092 No H/Q in entry = 4 In of MODEL 7 1 H GLN 530 H GLN 530 2.426 -14.508 0.196 2 HA GLN 530 HA GLN 530 0.582 -12.490 0.755 3 HB3 GLN 530 1HB GLN 530 1.569 -12.229 -1.329 4 HB2 GLN 530 2HB GLN 530 -0.076 -12.685 -1.703 5 HG3 GLN 530 1HG GLN 530 2.150 -14.690 -1.721 6 HG2 GLN 530 2HG GLN 530 1.764 -13.699 -3.115 7 HE21 GLN 530 HE21 GLN 530 -0.130 -14.030 -4.223 8 HE22 GLN 530 HE22 GLN 530 -1.035 -15.484 -4.081 No H/Q in entry = 8 In of MODEL 7 1 H SER 531 H SER 531 0.147 -15.894 0.600 2 HA SER 531 HA SER 531 -2.608 -15.922 0.019 3 HB3 SER 531 1HB SER 531 -2.580 -18.208 0.832 4 HB2 SER 531 2HB SER 531 -1.062 -17.921 1.680 5 HG SER 531 HG SER 531 -0.791 -17.232 -0.911 No H/Q in entry = 5 In of MODEL 7 1 H GLY 532 H GLY 532 -0.905 -15.903 3.202 2 HA2 GLY 532 1HA GLY 532 -1.743 -15.660 5.303 3 HA3 GLY 532 2HA GLY 532 -3.351 -15.945 4.650 No H/Q in entry = 3 In of MODEL 7 1 H PHE 533 H PHE 533 -1.181 -13.463 3.540 2 HA PHE 533 HA PHE 533 -2.227 -11.373 5.145 3 HB3 PHE 533 1HB PHE 533 -0.826 -11.193 2.481 4 HB2 PHE 533 2HB PHE 533 -0.004 -11.319 4.026 5 HZ PHE 533 HZ PHE 533 -0.761 -5.594 3.926 6 HD1 PHE 533 1HD PHE 533 -2.026 -9.097 1.887 7 HE1 PHE 533 1HE PHE 533 -1.940 -6.651 2.058 8 HE2 PHE 533 2HE PHE 533 0.334 -6.987 5.632 9 HD2 PHE 533 2HD PHE 533 0.250 -9.457 5.444 No H/Q in entry = 9 In of MODEL 7 1 H VAL 534 H VAL 534 -2.822 -12.372 1.773 2 HA VAL 534 HA VAL 534 -4.708 -10.347 1.266 3 HB VAL 534 HB VAL 534 -4.335 -13.026 -0.137 4 HG13 VAL 534 HG11 VAL 534 -5.590 -12.045 -2.013 5 HG12 VAL 534 HG12 VAL 534 -5.895 -10.597 -1.053 6 HG11 VAL 534 HG13 VAL 534 -6.591 -12.139 -0.563 7 HG21 VAL 534 HG21 VAL 534 -3.367 -10.244 -0.830 8 HG23 VAL 534 HG22 VAL 534 -3.168 -11.669 -1.846 9 HG22 VAL 534 HG23 VAL 534 -2.374 -11.585 -0.276 No H/Q in entry = 9 In of MODEL 7 1 H ASN 535 H ASN 535 -5.059 -13.641 2.488 2 HA ASN 535 HA ASN 535 -7.904 -13.640 2.502 3 HB3 ASN 535 1HB ASN 535 -6.061 -15.158 4.366 4 HB2 ASN 535 2HB ASN 535 -6.506 -15.708 2.754 5 HD21 ASN 535 HD21 ASN 535 -6.995 -16.828 5.451 6 HD22 ASN 535 HD22 ASN 535 -8.706 -17.060 5.538 No H/Q in entry = 6 In of MODEL 7 1 H GLY 536 H GLY 536 -5.462 -12.711 4.882 2 HA2 GLY 536 1HA GLY 536 -5.576 -11.433 6.775 3 HA3 GLY 536 2HA GLY 536 -7.199 -12.078 7.006 No H/Q in entry = 3 In of MODEL 7 1 H ILE 537 H ILE 537 -5.789 -10.066 4.454 2 HA ILE 537 HA ILE 537 -7.075 -7.702 5.239 3 HB ILE 537 HB ILE 537 -5.959 -8.497 2.535 4 HG12 ILE 537 HG12 ILE 537 -4.291 -8.396 4.296 5 HG22 ILE 537 HG21 ILE 537 -5.972 -6.088 1.983 6 HG21 ILE 537 HG22 ILE 537 -6.874 -5.774 3.463 7 HG23 ILE 537 HG23 ILE 537 -7.595 -6.748 2.180 8 HD11 ILE 537 HD11 ILE 537 -5.191 -5.569 4.791 9 HD13 ILE 537 HD12 ILE 537 -3.725 -6.309 5.423 10 HD12 ILE 537 HD13 ILE 537 -5.297 -6.918 5.928 11 HG13 ILE 537 HG11 ILE 537 -4.070 -7.061 3.174 No H/Q in entry = 11 In of MODEL 7 1 H ARG 538 H ARG 538 -8.070 -10.267 3.035 2 HA ARG 538 HA ARG 538 -10.437 -9.119 2.077 3 HB3 ARG 538 1HB ARG 538 -9.917 -12.000 2.788 4 HB2 ARG 538 2HB ARG 538 -9.533 -11.244 1.249 5 HG3 ARG 538 1HG ARG 538 -11.924 -10.810 0.886 6 HG2 ARG 538 2HG ARG 538 -12.282 -11.630 2.408 7 HD3 ARG 538 1HD ARG 538 -12.612 -13.172 0.618 8 HD2 ARG 538 2HD ARG 538 -11.167 -13.612 1.554 9 HE ARG 538 HE ARG 538 -10.587 -11.971 -0.692 10 HH11 ARG 538 HH11 ARG 538 -11.054 -15.342 0.317 11 HH12 ARG 538 HH12 ARG 538 -10.226 -15.999 -1.022 12 HH21 ARG 538 HH21 ARG 538 -9.447 -12.896 -2.530 13 HH22 ARG 538 HH22 ARG 538 -9.259 -14.577 -2.661 No H/Q in entry = 13 In of MODEL 7 1 H GLN 539 H GLN 539 -9.795 -10.823 5.084 2 HA GLN 539 HA GLN 539 -12.435 -10.693 6.032 3 HB3 GLN 539 1HB GLN 539 -11.341 -11.103 8.295 4 HB2 GLN 539 2HB GLN 539 -9.809 -11.095 7.433 5 HG3 GLN 539 1HG GLN 539 -10.656 -12.920 6.001 6 HG2 GLN 539 2HG GLN 539 -12.119 -12.967 6.983 7 HE21 GLN 539 HE21 GLN 539 -8.780 -13.740 6.816 8 HE22 GLN 539 HE22 GLN 539 -8.739 -14.685 8.261 No H/Q in entry = 8 In of MODEL 7 1 H VAL 540 H VAL 540 -9.721 -8.522 6.254 2 HA VAL 540 HA VAL 540 -10.890 -6.631 8.013 3 HB VAL 540 HB VAL 540 -8.787 -6.208 5.854 4 HG12 VAL 540 HG11 VAL 540 -8.167 -4.176 7.121 5 HG11 VAL 540 HG12 VAL 540 -9.563 -4.431 8.162 6 HG13 VAL 540 HG13 VAL 540 -9.796 -4.085 6.449 7 HG23 VAL 540 HG21 VAL 540 -8.481 -6.662 8.821 8 HG22 VAL 540 HG22 VAL 540 -7.170 -6.315 7.694 9 HG21 VAL 540 HG23 VAL 540 -8.091 -7.816 7.546 No H/Q in entry = 9 In of MODEL 7 1 H ILE 541 H ILE 541 -10.707 -6.802 4.476 2 HA ILE 541 HA ILE 541 -12.178 -4.488 3.864 3 HB ILE 541 HB ILE 541 -12.059 -7.050 2.238 4 HG12 ILE 541 HG12 ILE 541 -10.183 -4.628 2.060 5 HG22 ILE 541 HG21 ILE 541 -12.680 -4.215 1.381 6 HG21 ILE 541 HG22 ILE 541 -13.823 -5.553 1.481 7 HG23 ILE 541 HG23 ILE 541 -12.519 -5.597 0.296 8 HD12 ILE 541 HD11 ILE 541 -8.912 -5.885 0.480 9 HD11 ILE 541 HD12 ILE 541 -10.551 -5.646 -0.130 10 HD13 ILE 541 HD13 ILE 541 -10.078 -7.208 0.540 11 HG13 ILE 541 HG11 ILE 541 -9.790 -6.204 2.721 No H/Q in entry = 11 In of MODEL 7 1 H THR 542 H THR 542 -13.215 -7.866 4.275 2 HA THR 542 HA THR 542 -15.896 -7.275 3.730 3 HB THR 542 HB THR 542 -14.785 -9.620 3.587 4 HG22 THR 542 HG21 THR 542 -15.712 -9.740 6.462 5 HG21 THR 542 HG22 THR 542 -14.035 -9.617 5.978 6 HG23 THR 542 HG23 THR 542 -14.972 -11.055 5.536 7 HG1 THR 542 HG1 THR 542 -17.058 -8.982 3.442 No H/Q in entry = 7 In of MODEL 7 1 H ASN 543 H ASN 543 -14.051 -7.242 6.713 2 HA ASN 543 HA ASN 543 -16.306 -6.911 8.402 3 HB3 ASN 543 1HB ASN 543 -13.511 -5.818 8.850 4 HB2 ASN 543 2HB ASN 543 -14.059 -7.413 9.353 5 HD21 ASN 543 HD21 ASN 543 -15.534 -7.572 11.099 6 HD22 ASN 543 HD22 ASN 543 -15.777 -6.275 12.189 No H/Q in entry = 6 In of MODEL 7 1 H LEU 544 H LEU 544 -14.216 -4.705 6.647 2 HA LEU 544 HA LEU 544 -15.335 -2.306 7.506 3 HB3 LEU 544 1HB LEU 544 -13.995 -2.984 4.872 4 HB2 LEU 544 2HB LEU 544 -13.176 -2.500 6.330 5 HG LEU 544 HG LEU 544 -13.045 -0.627 4.953 6 HD13 LEU 544 HD11 LEU 544 -14.591 -1.265 3.238 7 HD12 LEU 544 HD12 LEU 544 -14.894 0.393 3.763 8 HD11 LEU 544 HD13 LEU 544 -15.959 -0.911 4.298 9 HD22 LEU 544 HD21 LEU 544 -14.406 1.104 6.021 10 HD21 LEU 544 HD22 LEU 544 -13.751 -0.025 7.208 11 HD23 LEU 544 HD23 LEU 544 -15.442 -0.138 6.718 No H/Q in entry = 11 In of MODEL 7 1 H GLU 545 H GLU 545 -16.399 -4.541 5.024 2 HA GLU 545 HA GLU 545 -18.399 -3.033 3.781 3 HB3 GLU 545 1HB GLU 545 -19.522 -5.222 3.355 4 HB2 GLU 545 2HB GLU 545 -18.348 -5.975 4.414 5 HG3 GLU 545 1HG GLU 545 -16.552 -5.392 2.924 6 HG2 GLU 545 2HG GLU 545 -17.702 -4.589 1.853 No H/Q in entry = 6 In of MODEL 7 1 H HIS 546 H HIS 546 -18.424 -4.812 6.797 2 HA HIS 546 HA HIS 546 -21.267 -4.198 7.239 3 HB3 HIS 546 1HB HIS 546 -21.048 -5.729 9.198 4 HB2 HIS 546 2HB HIS 546 -19.361 -5.985 8.781 5 HD1 HIS 546 HD1 HIS 546 -22.418 -7.701 8.490 6 HD2 HIS 546 2HD HIS 546 -19.256 -7.002 5.897 7 HE1 HIS 546 1HE HIS 546 -22.546 -9.493 6.736 No H/Q in entry = 7 In of MODEL 7 1 H HIS 547 H HIS 547 -18.213 -3.102 8.009 2 HA HIS 547 HA HIS 547 -18.582 -2.219 10.675 3 HB3 HIS 547 1HB HIS 547 -16.563 -1.156 8.708 4 HB2 HIS 547 2HB HIS 547 -16.383 -2.737 9.453 5 HD1 HIS 547 HD1 HIS 547 -15.061 -2.785 11.536 6 HD2 HIS 547 2HD HIS 547 -16.628 0.980 10.761 7 HE1 HIS 547 1HE HIS 547 -14.134 -1.256 13.329 No H/Q in entry = 7 In of MODEL 7 1 H HIS 548 H HIS 548 -19.294 -0.329 11.396 2 HA HIS 548 HA HIS 548 -20.552 1.442 9.512 3 HB3 HIS 548 1HB HIS 548 -21.358 2.656 11.528 4 HB2 HIS 548 2HB HIS 548 -20.401 1.577 12.533 5 HD1 HIS 548 HD1 HIS 548 -21.365 -0.755 13.020 6 HD2 HIS 548 2HD HIS 548 -23.627 1.468 10.341 7 HE1 HIS 548 1HE HIS 548 -23.515 -2.024 12.707 No H/Q in entry = 7 In of MODEL 7 1 H HIS 549 H HIS 549 -18.966 2.363 8.416 2 HA HIS 549 HA HIS 549 -16.843 3.780 9.760 3 HB3 HIS 549 1HB HIS 549 -16.259 2.700 7.652 4 HB2 HIS 549 2HB HIS 549 -16.101 4.436 7.460 5 HD1 HIS 549 HD1 HIS 549 -17.303 5.469 5.461 6 HD2 HIS 549 2HD HIS 549 -18.635 1.639 6.366 7 HE1 HIS 549 1HE HIS 549 -18.862 4.811 3.604 No H/Q in entry = 7 In of MODEL 7 1 H HIS 550 H HIS 550 -16.464 6.149 8.858 2 HA HIS 550 HA HIS 550 -18.664 7.646 9.821 3 HB3 HIS 550 1HB HIS 550 -16.135 8.595 8.442 4 HB2 HIS 550 2HB HIS 550 -16.360 8.434 10.177 5 HD1 HIS 550 HD1 HIS 550 -17.960 10.248 11.336 6 HD2 HIS 550 2HD HIS 550 -16.997 10.971 7.360 7 HE1 HIS 550 1HE HIS 550 -18.558 12.645 10.892 No H/Q in entry = 7 In of MODEL 7 1 H HIS 551 H HIS 551 -20.380 7.450 8.696 2 HA HIS 551 HA HIS 551 -20.650 8.808 6.206 3 HB3 HIS 551 1HB HIS 551 -21.351 5.853 6.402 4 HB2 HIS 551 2HB HIS 551 -19.914 6.443 5.581 5 HD1 HIS 551 HD1 HIS 551 -20.166 6.931 3.131 6 HD2 HIS 551 2HD HIS 551 -23.810 6.826 5.121 7 HE1 HIS 551 1HE HIS 551 -21.937 7.092 1.365 No H/Q in entry = 7 In of MODEL 8 1 H1 MET 393 H3 MET 393 32.856 1.747 3.072 2 H2 MET 393 H2 MET 393 32.236 0.224 3.339 3 H3 MET 393 H MET 393 33.052 0.569 1.890 4 HA MET 393 HA MET 393 31.306 2.166 1.323 5 HB3 MET 393 1HB MET 393 29.436 0.577 0.999 6 HB2 MET 393 2HB MET 393 30.185 -0.543 2.112 7 HG3 MET 393 1HG MET 393 32.084 -0.788 0.592 8 HG2 MET 393 2HG MET 393 31.318 0.329 -0.534 9 HE1 MET 393 1HE MET 393 31.111 -3.192 1.197 10 HE3 MET 393 2HE MET 393 29.622 -3.848 0.514 11 HE2 MET 393 3HE MET 393 29.548 -2.504 1.647 No H/Q in entry = 11 In of MODEL 8 1 H SER 394 H SER 394 28.893 2.600 1.906 2 HA SER 394 HA SER 394 28.807 3.065 4.793 3 HB3 SER 394 1HB SER 394 27.330 4.507 2.556 4 HB2 SER 394 2HB SER 394 28.825 5.090 3.270 5 HG SER 394 HG SER 394 27.797 5.375 5.205 No H/Q in entry = 5 In of MODEL 8 1 H VAL 395 H VAL 395 26.856 2.458 5.848 2 HA VAL 395 HA VAL 395 25.435 0.351 4.486 3 HB VAL 395 HB VAL 395 24.990 1.455 7.279 4 HG13 VAL 395 HG11 VAL 395 23.025 0.297 6.415 5 HG12 VAL 395 HG12 VAL 395 23.788 -0.661 7.686 6 HG11 VAL 395 HG13 VAL 395 24.012 -1.100 5.993 7 HG21 VAL 395 HG21 VAL 395 27.223 0.491 7.028 8 HG23 VAL 395 HG22 VAL 395 26.506 -0.988 6.389 9 HG22 VAL 395 HG23 VAL 395 26.211 -0.518 8.062 No H/Q in entry = 9 In of MODEL 8 1 H SER 396 H SER 396 23.514 0.501 3.598 2 HA SER 396 HA SER 396 22.420 3.041 3.097 3 HB3 SER 396 1HB SER 396 20.786 1.771 1.804 4 HB2 SER 396 2HB SER 396 21.334 0.275 2.564 5 HG SER 396 HG SER 396 22.676 0.203 0.948 No H/Q in entry = 5 In of MODEL 8 1 H ASN 397 H ASN 397 21.060 4.130 4.403 2 HA ASN 397 HA ASN 397 19.725 2.896 6.628 3 HB3 ASN 397 1HB ASN 397 18.447 5.070 6.767 4 HB2 ASN 397 2HB ASN 397 19.294 5.606 5.330 5 HD21 ASN 397 HD21 ASN 397 20.915 3.767 7.876 6 HD22 ASN 397 HD22 ASN 397 21.864 5.095 8.415 No H/Q in entry = 6 In of MODEL 8 1 H LYS 398 H LYS 398 19.109 3.534 3.366 2 HA LYS 398 HA LYS 398 16.978 1.731 3.307 3 HB3 LYS 398 1HB LYS 398 15.559 3.582 3.861 4 HB2 LYS 398 2HB LYS 398 15.374 3.343 2.137 5 HG3 LYS 398 1HG LYS 398 17.238 5.403 3.263 6 HG2 LYS 398 2HG LYS 398 15.537 5.735 2.955 7 HD3 LYS 398 1HD LYS 398 15.777 5.357 0.640 8 HD2 LYS 398 2HD LYS 398 17.387 4.669 0.850 9 HE3 LYS 398 1HE LYS 398 17.566 6.892 0.000 10 HE2 LYS 398 2HE LYS 398 18.186 6.759 1.649 11 HZ1 LYS 398 1HZ LYS 398 15.490 7.851 0.988 12 HZ3 LYS 398 2HZ LYS 398 16.844 8.779 1.230 13 HZ2 LYS 398 3HZ LYS 398 16.236 7.870 2.501 No H/Q in entry = 13 In of MODEL 8 1 H LEU 399 H LEU 399 16.712 0.886 1.260 2 HA LEU 399 HA LEU 399 18.911 1.587 -0.582 3 HB3 LEU 399 1HB LEU 399 18.680 -0.724 -1.456 4 HB2 LEU 399 2HB LEU 399 17.318 -0.981 -0.378 5 HG LEU 399 HG LEU 399 20.007 -0.516 0.840 6 HD13 LEU 399 HD11 LEU 399 19.093 -1.785 2.626 7 HD12 LEU 399 HD12 LEU 399 17.581 -1.991 1.747 8 HD11 LEU 399 HD13 LEU 399 18.089 -0.382 2.267 9 HD21 LEU 399 HD21 LEU 399 18.890 -3.129 -0.138 10 HD23 LEU 399 HD22 LEU 399 20.316 -2.911 0.874 11 HD22 LEU 399 HD23 LEU 399 20.312 -2.305 -0.786 No H/Q in entry = 11 In of MODEL 8 1 H LEU 400 H LEU 400 18.365 2.203 -2.691 2 HA LEU 400 HA LEU 400 15.631 2.766 -3.294 3 HB3 LEU 400 1HB LEU 400 18.086 2.755 -5.061 4 HB2 LEU 400 2HB LEU 400 17.420 4.143 -4.231 5 HG LEU 400 HG LEU 400 16.072 2.643 -6.482 6 HD12 LEU 400 HD11 LEU 400 14.487 4.501 -6.520 7 HD11 LEU 400 HD12 LEU 400 15.260 5.190 -5.091 8 HD13 LEU 400 HD13 LEU 400 14.441 3.630 -4.988 9 HD23 LEU 400 HD21 LEU 400 16.547 4.635 -7.813 10 HD22 LEU 400 HD22 LEU 400 18.028 3.856 -7.253 11 HD21 LEU 400 HD23 LEU 400 17.446 5.323 -6.462 No H/Q in entry = 11 In of MODEL 8 1 H ALA 401 H ALA 401 14.159 1.395 -3.996 2 HA ALA 401 HA ALA 401 15.154 -1.148 -5.066 3 HB1 ALA 401 1HB ALA 401 12.611 -0.616 -3.572 4 HB3 ALA 401 2HB ALA 401 14.084 -1.309 -2.897 5 HB2 ALA 401 3HB ALA 401 13.183 -2.189 -4.140 No H/Q in entry = 5 In of MODEL 8 1 H TRP 402 H TRP 402 12.396 1.134 -5.323 2 HA TRP 402 HA TRP 402 12.133 0.442 -8.105 3 HB3 TRP 402 1HB TRP 402 10.080 -0.360 -6.031 4 HB2 TRP 402 2HB TRP 402 10.990 -1.417 -7.090 5 HD1 TRP 402 HD TRP 402 10.290 -1.388 -9.760 6 HE3 TRP 402 3HE TRP 402 8.004 0.761 -5.794 7 HE1 TRP 402 HE1 TRP 402 7.954 -1.049 -10.790 8 HZ3 TRP 402 3HZ TRP 402 5.661 1.401 -5.955 9 HZ2 TRP 402 2HZ TRP 402 5.440 0.011 -9.969 10 HH2 TRP 402 HH TRP 402 4.395 1.043 -8.022 No H/Q in entry = 10 In of MODEL 8 1 H SER 403 H SER 403 10.872 1.932 -9.204 2 HA SER 403 HA SER 403 9.705 4.093 -7.641 3 HB3 SER 403 1HB SER 403 11.778 4.987 -8.434 4 HB2 SER 403 2HB SER 403 10.543 5.598 -9.537 5 HG SER 403 HG SER 403 11.092 3.657 -10.817 No H/Q in entry = 5 In of MODEL 8 1 H GLY 404 H GLY 404 7.564 4.190 -8.121 2 HA2 GLY 404 1HA GLY 404 6.257 2.479 -9.725 3 HA3 GLY 404 2HA GLY 404 6.689 3.783 -10.820 No H/Q in entry = 3 In of MODEL 8 1 H VAL 405 H VAL 405 4.115 3.249 -10.501 2 HA VAL 405 HA VAL 405 3.178 5.584 -9.001 3 HB VAL 405 HB VAL 405 2.052 4.335 -11.524 4 HG12 VAL 405 HG11 VAL 405 1.241 6.867 -10.107 5 HG11 VAL 405 HG12 VAL 405 0.322 5.365 -10.165 6 HG13 VAL 405 HG13 VAL 405 0.591 6.291 -11.643 7 HG23 VAL 405 HG21 VAL 405 3.564 6.924 -11.196 8 HG22 VAL 405 HG22 VAL 405 2.806 6.357 -12.685 9 HG21 VAL 405 HG23 VAL 405 4.156 5.463 -11.986 No H/Q in entry = 9 In of MODEL 8 1 H LEU 406 H LEU 406 1.518 5.288 -7.603 2 HA LEU 406 HA LEU 406 0.351 2.599 -7.457 3 HB3 LEU 406 1HB LEU 406 -0.294 3.563 -5.064 4 HB2 LEU 406 2HB LEU 406 1.131 4.540 -5.336 5 HG LEU 406 HG LEU 406 1.068 1.541 -5.315 6 HD11 LEU 406 HD11 LEU 406 2.844 2.421 -6.736 7 HD13 LEU 406 HD12 LEU 406 3.489 1.653 -5.290 8 HD12 LEU 406 HD13 LEU 406 3.424 3.416 -5.400 9 HD22 LEU 406 HD21 LEU 406 2.225 1.737 -3.172 10 HD21 LEU 406 HD22 LEU 406 0.610 2.447 -3.131 11 HD23 LEU 406 HD23 LEU 406 2.027 3.489 -3.240 No H/Q in entry = 11 In of MODEL 8 1 H GLU 407 H GLU 407 -1.789 2.408 -7.372 2 HA GLU 407 HA GLU 407 -3.299 4.873 -7.808 3 HB3 GLU 407 1HB GLU 407 -3.954 2.126 -8.861 4 HB2 GLU 407 2HB GLU 407 -2.987 3.272 -9.770 5 HG3 GLU 407 1HG GLU 407 -4.885 4.839 -9.717 6 HG2 GLU 407 2HG GLU 407 -5.798 3.650 -8.857 No H/Q in entry = 6 In of MODEL 8 1 H TRP 408 H TRP 408 -4.876 5.214 -6.416 2 HA TRP 408 HA TRP 408 -5.380 3.071 -4.538 3 HB3 TRP 408 1HB TRP 408 -4.298 4.721 -3.263 4 HB2 TRP 408 2HB TRP 408 -5.993 4.892 -2.868 5 HD1 TRP 408 HD TRP 408 -3.338 6.651 -5.036 6 HE3 TRP 408 3HE TRP 408 -7.730 6.517 -2.451 7 HE1 TRP 408 HE1 TRP 408 -3.905 9.152 -5.100 8 HZ3 TRP 408 3HZ TRP 408 -8.927 8.623 -2.051 9 HZ2 TRP 408 2HZ TRP 408 -5.960 10.855 -4.146 10 HH2 TRP 408 HH TRP 408 -8.067 10.739 -2.878 No H/Q in entry = 10 In of MODEL 8 1 H GLN 409 H GLN 409 -7.224 2.397 -4.049 2 HA GLN 409 HA GLN 409 -9.512 3.386 -5.610 3 HB3 GLN 409 1HB GLN 409 -9.015 0.677 -4.356 4 HB2 GLN 409 2HB GLN 409 -8.708 1.067 -6.037 5 HG3 GLN 409 1HG GLN 409 -11.089 1.469 -6.398 6 HG2 GLN 409 2HG GLN 409 -11.410 1.085 -4.708 7 HE21 GLN 409 HE21 GLN 409 -9.471 -1.101 -4.638 8 HE22 GLN 409 HE22 GLN 409 -10.175 -2.403 -5.509 No H/Q in entry = 8 In of MODEL 8 1 H GLU 410 H GLU 410 -11.342 3.979 -4.574 2 HA GLU 410 HA GLU 410 -11.608 4.987 -2.069 3 HB3 GLU 410 1HB GLU 410 -14.064 4.589 -2.291 4 HB2 GLU 410 2HB GLU 410 -13.739 3.565 -3.675 5 HG3 GLU 410 1HG GLU 410 -14.446 5.659 -4.492 6 HG2 GLU 410 2HG GLU 410 -12.717 5.528 -4.808 No H/Q in entry = 6 In of MODEL 8 1 H LYS 411 H LYS 411 -12.865 1.800 -2.989 2 HA LYS 411 HA LYS 411 -12.133 0.595 -0.495 3 HB3 LYS 411 1HB LYS 411 -15.040 0.819 -1.346 4 HB2 LYS 411 2HB LYS 411 -14.340 1.765 -0.042 5 HG3 LYS 411 1HG LYS 411 -13.907 -0.230 1.237 6 HG2 LYS 411 2HG LYS 411 -14.450 -1.244 -0.097 7 HD3 LYS 411 1HD LYS 411 -16.203 0.717 1.352 8 HD2 LYS 411 2HD LYS 411 -16.124 -1.012 1.700 9 HE3 LYS 411 1HE LYS 411 -16.763 -1.455 -0.665 10 HE2 LYS 411 2HE LYS 411 -16.994 0.278 -0.882 11 HZ1 LYS 411 1HZ LYS 411 -18.678 0.219 0.867 12 HZ3 LYS 411 2HZ LYS 411 -18.409 -1.438 1.048 13 HZ2 LYS 411 3HZ LYS 411 -19.062 -0.859 -0.382 No H/Q in entry = 13 In of MODEL 8 1 HA PRO 412 HA PRO 412 -11.829 -2.862 -3.403 2 HB3 PRO 412 1HB PRO 412 -11.702 -4.789 -2.112 3 HB2 PRO 412 2HB PRO 412 -13.122 -4.355 -1.155 4 HG3 PRO 412 1HG PRO 412 -10.303 -3.386 -0.919 5 HG2 PRO 412 2HG PRO 412 -11.443 -3.830 0.361 6 HD3 PRO 412 1HD PRO 412 -10.923 -1.258 -0.377 7 HD2 PRO 412 2HD PRO 412 -12.454 -1.787 0.341 No H/Q in entry = 7 In of MODEL 8 1 H LYS 413 H LYS 413 -13.272 -2.760 -4.990 2 HA LYS 413 HA LYS 413 -15.050 -3.110 -6.270 3 HB3 LYS 413 1HB LYS 413 -17.020 -4.464 -5.456 4 HB2 LYS 413 2HB LYS 413 -16.209 -4.601 -3.907 5 HG3 LYS 413 1HG LYS 413 -14.354 -5.786 -4.961 6 HG2 LYS 413 2HG LYS 413 -15.156 -5.652 -6.529 7 HD3 LYS 413 1HD LYS 413 -17.101 -6.890 -5.563 8 HD2 LYS 413 2HD LYS 413 -16.175 -7.103 -4.085 9 HE3 LYS 413 1HE LYS 413 -15.384 -8.144 -6.804 10 HE2 LYS 413 2HE LYS 413 -16.094 -9.098 -5.505 11 HZ3 LYS 413 1HZ LYS 413 -13.452 -7.750 -5.418 12 HZ2 LYS 413 2HZ LYS 413 -13.737 -9.409 -5.554 13 HZ1 LYS 413 3HZ LYS 413 -14.151 -8.614 -4.142 No H/Q in entry = 13 In of MODEL 8 1 HA PRO 414 HA PRO 414 -17.621 0.334 -4.865 2 HB3 PRO 414 1HB PRO 414 -15.733 1.695 -4.668 3 HB2 PRO 414 2HB PRO 414 -16.381 2.299 -6.199 4 HG3 PRO 414 1HG PRO 414 -13.849 1.123 -5.834 5 HG2 PRO 414 2HG PRO 414 -14.653 1.383 -7.386 6 HD3 PRO 414 1HD PRO 414 -14.053 -1.117 -6.221 7 HD2 PRO 414 2HD PRO 414 -15.124 -0.823 -7.610 No H/Q in entry = 7 In of MODEL 8 1 H ALA 415 H ALA 415 -18.049 -1.611 -6.932 2 HA ALA 415 HA ALA 415 -18.373 -0.249 -9.456 3 HB3 ALA 415 1HB ALA 415 -17.578 -2.561 -9.388 4 HB2 ALA 415 2HB ALA 415 -19.063 -2.399 -10.328 5 HB1 ALA 415 3HB ALA 415 -19.119 -3.058 -8.695 No H/Q in entry = 5 In of MODEL 8 1 H SER 416 H SER 416 -20.463 -1.398 -6.877 2 HA SER 416 HA SER 416 -22.748 -0.562 -8.439 3 HB3 SER 416 1HB SER 416 -23.182 -2.641 -7.448 4 HB2 SER 416 2HB SER 416 -23.986 -1.499 -6.374 5 HG SER 416 HG SER 416 -22.872 -2.710 -5.041 No H/Q in entry = 5 In of MODEL 8 1 H VAL 417 H VAL 417 -21.392 0.081 -5.203 2 HA VAL 417 HA VAL 417 -22.588 2.752 -5.409 3 HB VAL 417 HB VAL 417 -21.897 1.296 -2.846 4 HG11 VAL 417 HG11 VAL 417 -23.464 3.823 -3.330 5 HG13 VAL 417 HG12 VAL 417 -21.850 3.703 -2.632 6 HG12 VAL 417 HG13 VAL 417 -23.241 3.050 -1.763 7 HG23 VAL 417 HG21 VAL 417 -24.315 0.988 -2.490 8 HG22 VAL 417 HG22 VAL 417 -23.731 0.113 -3.906 9 HG21 VAL 417 HG23 VAL 417 -24.617 1.622 -4.107 No H/Q in entry = 9 In of MODEL 8 1 H ASP 418 H ASP 418 -21.047 4.251 -5.655 2 HA ASP 418 HA ASP 418 -18.397 3.633 -4.570 3 HB3 ASP 418 1HB ASP 418 -18.393 3.796 -7.039 4 HB2 ASP 418 2HB ASP 418 -17.424 5.044 -6.260 No H/Q in entry = 4 In of MODEL 8 1 H ALA 419 H ALA 419 -17.300 5.269 -3.515 2 HA ALA 419 HA ALA 419 -19.061 7.245 -2.361 3 HB3 ALA 419 1HB ALA 419 -17.541 5.986 -0.906 4 HB2 ALA 419 2HB ALA 419 -17.187 7.712 -0.851 5 HB1 ALA 419 3HB ALA 419 -16.158 6.632 -1.791 No H/Q in entry = 5 In of MODEL 8 1 H ASN 420 H ASN 420 -16.122 7.119 -4.325 2 HA ASN 420 HA ASN 420 -16.899 9.462 -5.780 3 HB3 ASN 420 1HB ASN 420 -14.525 10.480 -5.515 4 HB2 ASN 420 2HB ASN 420 -14.418 9.540 -4.041 5 HD21 ASN 420 HD21 ASN 420 -15.437 10.201 -2.242 6 HD22 ASN 420 HD22 ASN 420 -16.259 11.706 -2.095 No H/Q in entry = 6 In of MODEL 8 1 H THR 421 H THR 421 -16.936 7.903 -7.499 2 HA THR 421 HA THR 421 -14.387 6.794 -8.226 3 HB THR 421 HB THR 421 -15.615 6.351 -10.475 4 HG22 THR 421 HG21 THR 421 -16.623 4.280 -9.557 5 HG21 THR 421 HG22 THR 421 -16.387 4.916 -7.928 6 HG23 THR 421 HG23 THR 421 -14.996 4.567 -8.948 7 HG1 THR 421 HG1 THR 421 -17.868 6.715 -8.775 No H/Q in entry = 7 In of MODEL 8 1 H LYS 422 H LYS 422 -16.222 8.325 -10.601 2 HA LYS 422 HA LYS 422 -15.779 9.887 -12.222 3 HB3 LYS 422 1HB LYS 422 -14.605 11.944 -11.600 4 HB2 LYS 422 2HB LYS 422 -13.956 11.159 -10.168 5 HG3 LYS 422 1HG LYS 422 -15.745 12.632 -9.542 6 HG2 LYS 422 2HG LYS 422 -16.226 10.958 -9.255 7 HD3 LYS 422 1HD LYS 422 -17.498 10.961 -11.348 8 HD2 LYS 422 2HD LYS 422 -17.042 12.642 -11.613 9 HE3 LYS 422 1HE LYS 422 -18.134 13.232 -9.470 10 HE2 LYS 422 2HE LYS 422 -18.659 11.558 -9.307 11 HZ3 LYS 422 1HZ LYS 422 -19.456 13.421 -11.470 12 HZ2 LYS 422 2HZ LYS 422 -20.416 12.885 -10.200 13 HZ1 LYS 422 3HZ LYS 422 -19.903 11.797 -11.368 No H/Q in entry = 13 In of MODEL 8 1 H LEU 423 H LEU 423 -12.784 9.604 -10.579 2 HA LEU 423 HA LEU 423 -11.392 8.470 -12.867 3 HB3 LEU 423 1HB LEU 423 -10.586 11.018 -11.446 4 HB2 LEU 423 2HB LEU 423 -11.194 10.939 -13.080 5 HG LEU 423 HG LEU 423 -8.611 9.667 -12.193 6 HD13 LEU 423 HD11 LEU 423 -8.127 9.548 -14.575 7 HD12 LEU 423 HD12 LEU 423 -9.710 10.229 -14.938 8 HD11 LEU 423 HD13 LEU 423 -9.587 8.648 -14.167 9 HD23 LEU 423 HD21 LEU 423 -7.502 11.548 -13.292 10 HD22 LEU 423 HD22 LEU 423 -8.480 12.077 -11.923 11 HD21 LEU 423 HD23 LEU 423 -9.068 12.310 -13.570 No H/Q in entry = 11 In of MODEL 8 1 H THR 424 H THR 424 -10.023 6.886 -11.992 2 HA THR 424 HA THR 424 -9.793 6.658 -9.145 3 HB THR 424 HB THR 424 -7.900 5.384 -11.002 4 HG21 THR 424 HG21 THR 424 -7.835 4.835 -8.634 5 HG23 THR 424 HG22 THR 424 -8.316 3.405 -9.548 6 HG22 THR 424 HG23 THR 424 -9.528 4.340 -8.673 7 HG1 THR 424 HG1 THR 424 -9.487 4.316 -12.063 No H/Q in entry = 7 In of MODEL 8 1 H ARG 425 H ARG 425 -7.758 7.108 -7.988 2 HA ARG 425 HA ARG 425 -6.193 8.891 -9.636 3 HB3 ARG 425 1HB ARG 425 -5.403 9.939 -7.470 4 HB2 ARG 425 2HB ARG 425 -6.672 9.019 -6.674 5 HG3 ARG 425 1HG ARG 425 -7.225 10.712 -9.016 6 HG2 ARG 425 2HG ARG 425 -7.179 11.483 -7.416 7 HD3 ARG 425 1HD ARG 425 -9.003 9.277 -8.387 8 HD2 ARG 425 2HD ARG 425 -9.464 10.944 -8.109 9 HE ARG 425 HE ARG 425 -8.479 10.073 -5.721 10 HH11 ARG 425 HH11 ARG 425 -11.154 9.047 -7.856 11 HH12 ARG 425 HH12 ARG 425 -12.119 8.452 -6.590 12 HH21 ARG 425 HH21 ARG 425 -9.834 9.179 -3.973 13 HH22 ARG 425 HH22 ARG 425 -11.293 8.438 -4.329 No H/Q in entry = 13 In of MODEL 8 1 H SER 426 H SER 426 -4.008 8.872 -9.588 2 HA SER 426 HA SER 426 -2.741 6.682 -8.246 3 HB3 SER 426 1HB SER 426 -3.397 5.727 -10.364 4 HB2 SER 426 2HB SER 426 -1.685 5.978 -10.414 5 HG SER 426 HG SER 426 -3.740 7.575 -11.575 No H/Q in entry = 5 In of MODEL 8 1 H LEU 427 H LEU 427 -0.598 7.208 -7.762 2 HA LEU 427 HA LEU 427 0.374 9.801 -8.720 3 HB3 LEU 427 1HB LEU 427 1.056 10.360 -6.393 4 HB2 LEU 427 2HB LEU 427 0.203 8.939 -5.829 5 HG LEU 427 HG LEU 427 -1.918 9.957 -6.763 6 HD13 LEU 427 HD11 LEU 427 -2.217 11.511 -4.920 7 HD12 LEU 427 HD12 LEU 427 -0.474 11.556 -4.670 8 HD11 LEU 427 HD13 LEU 427 -1.367 10.059 -4.384 9 HD22 LEU 427 HD21 LEU 427 -0.899 11.509 -8.350 10 HD21 LEU 427 HD22 LEU 427 -0.157 12.397 -7.018 11 HD23 LEU 427 HD23 LEU 427 -1.909 12.367 -7.190 No H/Q in entry = 11 In of MODEL 8 1 HA PRO 428 HA PRO 428 4.134 7.420 -9.047 2 HB3 PRO 428 1HB PRO 428 4.713 8.754 -10.834 3 HB2 PRO 428 2HB PRO 428 5.815 9.475 -9.657 4 HG3 PRO 428 1HG PRO 428 3.959 10.929 -10.966 5 HG2 PRO 428 2HG PRO 428 4.468 11.303 -9.312 6 HD3 PRO 428 1HD PRO 428 1.936 10.118 -10.281 7 HD2 PRO 428 2HD PRO 428 2.258 11.045 -8.803 No H/Q in entry = 7 In of MODEL 8 1 H CYS 429 H CYS 429 5.630 6.797 -7.615 2 HA CYS 429 HA CYS 429 6.553 8.643 -5.560 3 HB3 CYS 429 1HB CYS 429 4.657 7.578 -4.532 4 HB2 CYS 429 2HB CYS 429 6.122 6.900 -3.834 5 HG CYS 429 HG CYS 429 4.907 5.196 -6.459 No H/Q in entry = 5 In of MODEL 8 1 H GLN 430 H GLN 430 8.343 7.616 -4.290 2 HA GLN 430 HA GLN 430 9.924 5.792 -5.974 3 HB3 GLN 430 1HB GLN 430 11.902 6.806 -4.975 4 HB2 GLN 430 2HB GLN 430 10.914 7.788 -3.915 5 HG3 GLN 430 1HG GLN 430 11.872 9.121 -5.688 6 HG2 GLN 430 2HG GLN 430 10.118 9.092 -5.797 7 HE21 GLN 430 HE21 GLN 430 13.077 7.963 -7.270 8 HE22 GLN 430 HE22 GLN 430 12.359 7.569 -8.788 No H/Q in entry = 8 In of MODEL 8 1 H VAL 431 H VAL 431 10.467 3.903 -4.977 2 HA VAL 431 HA VAL 431 9.649 3.607 -2.190 3 HB VAL 431 HB VAL 431 9.676 1.521 -4.374 4 HG12 VAL 431 HG11 VAL 431 8.596 1.399 -1.556 5 HG11 VAL 431 HG12 VAL 431 10.036 0.572 -2.148 6 HG13 VAL 431 HG13 VAL 431 8.445 0.133 -2.774 7 HG21 VAL 431 HG21 VAL 431 7.411 3.074 -3.160 8 HG23 VAL 431 HG22 VAL 431 7.206 1.666 -4.184 9 HG22 VAL 431 HG23 VAL 431 7.959 3.127 -4.836 No H/Q in entry = 9 In of MODEL 8 1 H TYR 432 H TYR 432 11.087 3.144 -0.882 2 HA TYR 432 HA TYR 432 13.672 2.064 -1.752 3 HB3 TYR 432 1HB TYR 432 14.624 3.183 0.169 4 HB2 TYR 432 2HB TYR 432 13.035 3.708 0.709 5 HH TYR 432 HH TYR 432 14.514 8.038 -4.021 6 HD1 TYR 432 1HD TYR 432 15.636 4.173 -1.819 7 HE1 TYR 432 1HE TYR 432 15.906 6.256 -3.128 8 HE2 TYR 432 2HE TYR 432 12.222 7.704 -1.535 9 HD2 TYR 432 2HD TYR 432 11.983 5.627 -0.243 No H/Q in entry = 9 In of MODEL 8 1 H VAL 433 H VAL 433 14.603 0.611 -0.153 2 HA VAL 433 HA VAL 433 12.555 -0.682 1.493 3 HB VAL 433 HB VAL 433 13.775 -2.848 1.145 4 HG13 VAL 433 HG11 VAL 433 11.729 -2.527 0.020 5 HG12 VAL 433 HG12 VAL 433 12.847 -3.266 -1.128 6 HG11 VAL 433 HG13 VAL 433 12.480 -1.538 -1.227 7 HG23 VAL 433 HG21 VAL 433 15.154 -3.038 -0.914 8 HG22 VAL 433 HG22 VAL 433 15.876 -2.093 0.381 9 HG21 VAL 433 HG23 VAL 433 15.164 -1.269 -1.012 No H/Q in entry = 9 In of MODEL 8 1 H ASN 434 H ASN 434 13.053 -1.264 3.455 2 HA ASN 434 HA ASN 434 15.746 -0.703 4.383 3 HB3 ASN 434 1HB ASN 434 14.495 -1.424 6.708 4 HB2 ASN 434 2HB ASN 434 13.133 -0.761 5.782 5 HD21 ASN 434 HD21 ASN 434 16.144 0.013 7.300 6 HD22 ASN 434 HD22 ASN 434 15.922 1.715 7.217 No H/Q in entry = 6 In of MODEL 8 1 H HIS 435 H HIS 435 17.059 -2.125 5.097 2 HA HIS 435 HA HIS 435 17.503 -4.200 3.617 3 HB3 HIS 435 1HB HIS 435 19.031 -5.118 5.545 4 HB2 HIS 435 2HB HIS 435 18.566 -3.626 6.338 5 HD1 HIS 435 HD1 HIS 435 20.488 -4.853 3.331 6 HD2 HIS 435 2HD HIS 435 19.756 -1.347 5.413 7 HE1 HIS 435 1HE HIS 435 22.247 -3.209 2.564 No H/Q in entry = 7 In of MODEL 8 1 H GLY 436 H GLY 436 18.007 -6.556 4.301 2 HA2 GLY 436 1HA GLY 436 15.727 -7.711 5.774 3 HA3 GLY 436 2HA GLY 436 17.276 -8.521 5.519 No H/Q in entry = 3 In of MODEL 8 1 H GLU 437 H GLU 437 16.681 -6.869 2.865 2 HA GLU 437 HA GLU 437 14.896 -8.783 1.604 3 HB3 GLU 437 1HB GLU 437 14.012 -6.581 1.600 4 HB2 GLU 437 2HB GLU 437 14.485 -6.986 -0.039 5 HG3 GLU 437 1HG GLU 437 16.118 -5.237 1.794 6 HG2 GLU 437 2HG GLU 437 14.960 -4.633 0.621 No H/Q in entry = 6 In of MODEL 8 1 H ASN 438 H ASN 438 15.291 -9.417 -0.521 2 HA ASN 438 HA ASN 438 17.485 -8.377 -1.997 3 HB3 ASN 438 1HB ASN 438 17.365 -11.359 -1.390 4 HB2 ASN 438 2HB ASN 438 18.599 -10.267 -0.778 5 HD21 ASN 438 HD21 ASN 438 20.130 -9.465 -2.190 6 HD22 ASN 438 HD22 ASN 438 20.452 -10.193 -3.722 No H/Q in entry = 6 In of MODEL 8 1 H LEU 439 H LEU 439 15.916 -7.683 -3.383 2 HA LEU 439 HA LEU 439 14.675 -9.765 -4.940 3 HB3 LEU 439 1HB LEU 439 12.921 -9.118 -3.322 4 HB2 LEU 439 2HB LEU 439 12.477 -8.839 -4.983 5 HG LEU 439 HG LEU 439 12.908 -6.398 -4.653 6 HD13 LEU 439 HD11 LEU 439 10.675 -7.333 -4.550 7 HD12 LEU 439 HD12 LEU 439 10.855 -6.023 -3.387 8 HD11 LEU 439 HD13 LEU 439 10.891 -7.700 -2.839 9 HD22 LEU 439 HD21 LEU 439 14.399 -6.500 -2.696 10 HD21 LEU 439 HD22 LEU 439 13.078 -7.178 -1.738 11 HD23 LEU 439 HD23 LEU 439 12.958 -5.535 -2.359 No H/Q in entry = 11 In of MODEL 8 1 H LYS 440 H LYS 440 14.231 -9.213 -7.022 2 HA LYS 440 HA LYS 440 15.207 -6.598 -7.857 3 HB3 LYS 440 1HB LYS 440 15.209 -7.574 -10.157 4 HB2 LYS 440 2HB LYS 440 14.632 -9.097 -9.484 5 HG3 LYS 440 1HG LYS 440 16.691 -9.336 -8.203 6 HG2 LYS 440 2HG LYS 440 17.262 -7.776 -8.784 7 HD3 LYS 440 1HD LYS 440 18.347 -9.536 -10.023 8 HD2 LYS 440 2HD LYS 440 17.263 -8.645 -11.085 9 HE3 LYS 440 1HE LYS 440 15.579 -10.390 -10.859 10 HE2 LYS 440 2HE LYS 440 16.641 -11.284 -9.774 11 HZ1 LYS 440 1HZ LYS 440 17.322 -10.601 -12.577 12 HZ3 LYS 440 2HZ LYS 440 16.684 -12.071 -12.101 13 HZ2 LYS 440 3HZ LYS 440 18.199 -11.598 -11.537 No H/Q in entry = 13 In of MODEL 8 1 H THR 441 H THR 441 13.739 -5.164 -8.848 2 HA THR 441 HA THR 441 11.021 -5.844 -8.161 3 HB THR 441 HB THR 441 10.767 -3.301 -8.419 4 HG23 THR 441 HG21 THR 441 10.841 -4.427 -6.249 5 HG22 THR 441 HG22 THR 441 11.815 -2.954 -6.161 6 HG21 THR 441 HG23 THR 441 12.593 -4.518 -6.336 7 HG1 THR 441 HG1 THR 441 13.076 -2.444 -7.940 No H/Q in entry = 7 In of MODEL 8 1 H GLU 442 H GLU 442 12.397 -6.654 -10.680 2 HA GLU 442 HA GLU 442 11.066 -5.269 -12.803 3 HB3 GLU 442 1HB GLU 442 12.411 -7.986 -12.757 4 HB2 GLU 442 2HB GLU 442 13.194 -6.465 -13.143 5 HG3 GLU 442 1HG GLU 442 11.889 -6.217 -15.119 6 HG2 GLU 442 2HG GLU 442 10.930 -7.642 -14.718 No H/Q in entry = 6 In of MODEL 8 1 H GLN 443 H GLN 443 10.433 -7.959 -10.739 2 HA GLN 443 HA GLN 443 8.217 -9.123 -12.110 3 HB3 GLN 443 1HB GLN 443 8.995 -9.219 -9.181 4 HB2 GLN 443 2HB GLN 443 9.620 -10.278 -10.426 5 HG3 GLN 443 1HG GLN 443 6.751 -10.187 -9.564 6 HG2 GLN 443 2HG GLN 443 7.938 -11.362 -9.012 7 HE21 GLN 443 HE21 GLN 443 6.942 -13.114 -9.784 8 HE22 GLN 443 HE22 GLN 443 6.755 -13.477 -11.461 No H/Q in entry = 8 In of MODEL 8 1 H TRP 444 H TRP 444 8.602 -6.294 -10.338 2 HA TRP 444 HA TRP 444 5.876 -6.055 -9.399 3 HB3 TRP 444 1HB TRP 444 6.696 -3.768 -8.686 4 HB2 TRP 444 2HB TRP 444 8.285 -4.235 -9.265 5 HD1 TRP 444 HD TRP 444 7.984 -7.314 -7.938 6 HE3 TRP 444 3HE TRP 444 7.382 -2.401 -6.676 7 HE1 TRP 444 HE1 TRP 444 8.438 -7.491 -5.409 8 HZ3 TRP 444 3HZ TRP 444 7.682 -1.729 -4.343 9 HZ2 TRP 444 2HZ TRP 444 8.546 -5.764 -3.186 10 HH2 TRP 444 HH TRP 444 8.264 -3.393 -2.612 No H/Q in entry = 10 In of MODEL 8 1 HA PRO 445 HA PRO 445 4.824 -3.933 -13.284 2 HB3 PRO 445 1HB PRO 445 2.528 -4.153 -13.355 3 HB2 PRO 445 2HB PRO 445 2.328 -3.290 -11.827 4 HG3 PRO 445 1HG PRO 445 2.957 -6.171 -12.315 5 HG2 PRO 445 2HG PRO 445 1.802 -5.488 -11.172 6 HD3 PRO 445 1HD PRO 445 4.161 -6.344 -10.345 7 HD2 PRO 445 2HD PRO 445 3.527 -4.810 -9.701 No H/Q in entry = 7 In of MODEL 8 1 H GLN 446 H GLN 446 4.435 -1.674 -13.827 2 HA GLN 446 HA GLN 446 5.566 0.069 -11.876 3 HB3 GLN 446 1HB GLN 446 6.210 0.315 -14.191 4 HB2 GLN 446 2HB GLN 446 5.518 1.809 -13.579 5 HG3 GLN 446 1HG GLN 446 3.437 1.289 -14.623 6 HG2 GLN 446 2HG GLN 446 4.125 -0.223 -15.230 7 HE21 GLN 446 HE21 GLN 446 4.163 3.239 -15.497 8 HE22 GLN 446 HE22 GLN 446 4.979 3.323 -17.010 No H/Q in entry = 8 In of MODEL 8 1 H LYS 447 H LYS 447 2.511 -0.934 -12.373 2 HA LYS 447 HA LYS 447 1.350 1.375 -10.961 3 HB3 LYS 447 1HB LYS 447 -0.855 0.505 -11.834 4 HB2 LYS 447 2HB LYS 447 0.037 -0.617 -12.834 5 HG3 LYS 447 1HG LYS 447 -0.665 1.195 -14.203 6 HG2 LYS 447 2HG LYS 447 1.086 1.295 -14.003 7 HD3 LYS 447 1HD LYS 447 0.095 3.506 -13.829 8 HD2 LYS 447 2HD LYS 447 0.805 3.016 -12.296 9 HE3 LYS 447 1HE LYS 447 -1.353 4.126 -11.963 10 HE2 LYS 447 2HE LYS 447 -1.390 2.467 -11.394 11 HZ3 LYS 447 1HZ LYS 447 -3.395 3.089 -12.624 12 HZ2 LYS 447 2HZ LYS 447 -2.609 1.811 -13.343 13 HZ1 LYS 447 3HZ LYS 447 -2.490 3.351 -14.021 No H/Q in entry = 13 In of MODEL 8 1 H LEU 448 H LEU 448 0.864 0.834 -8.893 2 HA LEU 448 HA LEU 448 0.249 -1.991 -8.358 3 HB3 LEU 448 1HB LEU 448 1.011 -1.645 -6.037 4 HB2 LEU 448 2HB LEU 448 1.452 0.002 -6.435 5 HG LEU 448 HG LEU 448 3.248 -0.699 -7.806 6 HD12 LEU 448 HD11 LEU 448 3.236 -2.284 -5.257 7 HD11 LEU 448 HD12 LEU 448 3.702 -0.593 -5.440 8 HD13 LEU 448 HD13 LEU 448 4.659 -1.860 -6.206 9 HD22 LEU 448 HD21 LEU 448 2.261 -2.638 -8.866 10 HD21 LEU 448 HD22 LEU 448 2.292 -3.511 -7.336 11 HD23 LEU 448 HD23 LEU 448 3.807 -3.072 -8.133 No H/Q in entry = 11 In of MODEL 8 1 H ILE 449 H ILE 449 -1.496 -2.444 -6.875 2 HA ILE 449 HA ILE 449 -3.389 -0.215 -6.905 3 HB ILE 449 HB ILE 449 -3.914 -3.200 -6.658 4 HG12 ILE 449 HG12 ILE 449 -4.456 -1.312 -8.966 5 HG21 ILE 449 HG21 ILE 449 -5.595 -1.876 -5.462 6 HG23 ILE 449 HG22 ILE 449 -6.291 -2.602 -6.910 7 HG22 ILE 449 HG23 ILE 449 -5.861 -0.894 -6.902 8 HD13 ILE 449 HD11 ILE 449 -4.977 -3.290 -10.268 9 HD12 ILE 449 HD12 ILE 449 -6.082 -3.120 -8.906 10 HD11 ILE 449 HD13 ILE 449 -4.774 -4.301 -8.836 11 HG13 ILE 449 HG11 ILE 449 -3.139 -2.474 -8.903 No H/Q in entry = 11 In of MODEL 8 1 H MET 450 H MET 450 -3.682 0.774 -5.055 2 HA MET 450 HA MET 450 -3.325 -0.794 -2.619 3 HB3 MET 450 1HB MET 450 -1.623 0.901 -2.629 4 HB2 MET 450 2HB MET 450 -2.823 1.356 -1.432 5 HG3 MET 450 1HG MET 450 -3.819 2.872 -3.079 6 HG2 MET 450 2HG MET 450 -2.497 2.517 -4.183 7 HE2 MET 450 1HE MET 450 -2.559 3.128 -0.243 8 HE1 MET 450 2HE MET 450 -3.623 4.354 -0.939 9 HE3 MET 450 3HE MET 450 -2.095 4.828 -0.204 No H/Q in entry = 9 In of MODEL 8 1 H GLN 451 H GLN 451 -4.917 -0.982 -1.292 2 HA GLN 451 HA GLN 451 -7.388 0.514 -1.884 3 HB3 GLN 451 1HB GLN 451 -8.621 -1.453 -1.107 4 HB2 GLN 451 2HB GLN 451 -7.112 -2.267 -0.719 5 HG3 GLN 451 1HG GLN 451 -6.502 -2.253 -3.094 6 HG2 GLN 451 2HG GLN 451 -8.023 -1.456 -3.475 7 HE21 GLN 451 HE21 GLN 451 -6.526 -4.422 -2.495 8 HE22 GLN 451 HE22 GLN 451 -7.905 -5.421 -2.773 No H/Q in entry = 8 In of MODEL 8 1 H LEU 452 H LEU 452 -8.249 1.665 -0.237 2 HA LEU 452 HA LEU 452 -6.747 1.789 2.195 3 HB3 LEU 452 1HB LEU 452 -8.367 3.636 2.780 4 HB2 LEU 452 2HB LEU 452 -9.115 3.384 1.220 5 HG LEU 452 HG LEU 452 -7.566 5.339 1.358 6 HD12 LEU 452 HD11 LEU 452 -5.403 3.284 1.566 7 HD11 LEU 452 HD12 LEU 452 -5.898 4.438 2.806 8 HD13 LEU 452 HD13 LEU 452 -5.183 5.013 1.302 9 HD21 LEU 452 HD21 LEU 452 -8.107 4.387 -0.821 10 HD23 LEU 452 HD22 LEU 452 -6.783 3.233 -0.658 11 HD22 LEU 452 HD23 LEU 452 -6.441 4.961 -0.780 No H/Q in entry = 11 In of MODEL 8 1 H ILE 453 H ILE 453 -7.153 0.902 3.987 2 HA ILE 453 HA ILE 453 -9.788 -0.229 4.603 3 HB ILE 453 HB ILE 453 -8.557 -2.206 5.584 4 HG12 ILE 453 HG12 ILE 453 -6.231 -1.091 3.981 5 HG21 ILE 453 HG21 ILE 453 -8.351 -1.851 2.597 6 HG23 ILE 453 HG22 ILE 453 -9.749 -2.451 3.492 7 HG22 ILE 453 HG23 ILE 453 -8.260 -3.395 3.445 8 HD13 ILE 453 HD11 ILE 453 -6.303 -3.638 5.585 9 HD12 ILE 453 HD12 ILE 453 -4.911 -2.932 4.766 10 HD11 ILE 453 HD13 ILE 453 -6.277 -3.525 3.826 11 HG13 ILE 453 HG11 ILE 453 -6.323 -1.199 5.732 No H/Q in entry = 11 In of MODEL 8 1 HA PRO 454 HA PRO 454 -9.039 1.626 8.611 2 HB3 PRO 454 1HB PRO 454 -10.592 0.747 10.045 3 HB2 PRO 454 2HB PRO 454 -9.781 -0.818 10.071 4 HG3 PRO 454 1HG PRO 454 -11.911 0.175 8.249 5 HG2 PRO 454 2HG PRO 454 -11.618 -1.458 8.852 6 HD3 PRO 454 1HD PRO 454 -11.001 -0.718 6.329 7 HD2 PRO 454 2HD PRO 454 -10.067 -1.928 7.230 No H/Q in entry = 7 In of MODEL 8 1 H GLN 455 H GLN 455 -7.162 1.940 9.622 2 HA GLN 455 HA GLN 455 -4.959 0.181 9.457 3 HB3 GLN 455 1HB GLN 455 -5.241 2.489 11.394 4 HB2 GLN 455 2HB GLN 455 -5.023 2.752 9.681 5 HG3 GLN 455 1HG GLN 455 -2.906 3.048 10.597 6 HG2 GLN 455 2HG GLN 455 -2.863 1.460 9.859 7 HE21 GLN 455 HE21 GLN 455 -1.142 0.825 11.065 8 HE22 GLN 455 HE22 GLN 455 -1.264 0.437 12.736 No H/Q in entry = 8 In of MODEL 8 1 H GLN 456 H GLN 456 -7.466 0.527 11.706 2 HA GLN 456 HA GLN 456 -6.389 -0.262 14.140 3 HB3 GLN 456 1HB GLN 456 -8.647 -0.699 14.841 4 HB2 GLN 456 2HB GLN 456 -9.178 -0.867 13.177 5 HG3 GLN 456 1HG GLN 456 -9.864 1.272 14.120 6 HG2 GLN 456 2HG GLN 456 -8.759 1.490 12.770 7 HE21 GLN 456 HE21 GLN 456 -9.167 1.777 16.173 8 HE22 GLN 456 HE22 GLN 456 -7.759 2.728 16.470 No H/Q in entry = 8 In of MODEL 8 1 H LEU 457 H LEU 457 -7.442 -2.243 11.455 2 HA LEU 457 HA LEU 457 -7.364 -4.673 13.029 3 HB3 LEU 457 1HB LEU 457 -8.042 -5.756 10.894 4 HB2 LEU 457 2HB LEU 457 -8.049 -4.166 10.155 5 HG LEU 457 HG LEU 457 -9.778 -3.487 11.872 6 HD13 LEU 457 HD11 LEU 457 -10.395 -4.080 9.600 7 HD12 LEU 457 HD12 LEU 457 -11.588 -4.657 10.760 8 HD11 LEU 457 HD13 LEU 457 -10.428 -5.786 10.066 9 HD22 LEU 457 HD21 LEU 457 -10.985 -5.273 13.009 10 HD21 LEU 457 HD22 LEU 457 -9.300 -5.240 13.526 11 HD23 LEU 457 HD23 LEU 457 -9.847 -6.460 12.381 No H/Q in entry = 11 In of MODEL 8 1 H LEU 458 H LEU 458 -4.955 -2.939 11.937 2 HA LEU 458 HA LEU 458 -3.449 -4.781 10.388 3 HB3 LEU 458 1HB LEU 458 -2.441 -2.528 12.125 4 HB2 LEU 458 2HB LEU 458 -3.027 -2.327 10.489 5 HG LEU 458 HG LEU 458 -0.629 -3.990 11.251 6 HD11 LEU 458 HD11 LEU 458 -1.720 -3.099 8.609 7 HD13 LEU 458 HD12 LEU 458 -1.691 -4.754 9.236 8 HD12 LEU 458 HD13 LEU 458 -0.183 -3.927 8.848 9 HD21 LEU 458 HD21 LEU 458 -0.270 -1.595 11.655 10 HD23 LEU 458 HD22 LEU 458 -0.765 -1.283 9.982 11 HD22 LEU 458 HD23 LEU 458 0.691 -2.223 10.311 No H/Q in entry = 11 In of MODEL 8 1 H THR 459 H THR 459 -4.081 -4.462 13.747 2 HA THR 459 HA THR 459 -1.847 -5.721 14.861 3 HB THR 459 HB THR 459 -4.667 -5.787 15.936 4 HG23 THR 459 HG21 THR 459 -3.493 -5.528 18.091 5 HG22 THR 459 HG22 THR 459 -1.949 -5.459 17.242 6 HG21 THR 459 HG23 THR 459 -2.895 -6.946 17.231 7 HG1 THR 459 HG1 THR 459 -2.763 -3.665 15.964 No H/Q in entry = 7 In of MODEL 8 1 H THR 460 H THR 460 -4.766 -6.948 13.321 2 HA THR 460 HA THR 460 -4.682 -9.592 14.285 3 HB THR 460 HB THR 460 -5.904 -8.537 11.745 4 HG23 THR 460 HG21 THR 460 -6.019 -10.974 12.069 5 HG22 THR 460 HG22 THR 460 -7.620 -10.248 12.211 6 HG21 THR 460 HG23 THR 460 -6.739 -10.735 13.657 7 HG1 THR 460 HG1 THR 460 -6.975 -8.487 14.400 No H/Q in entry = 7 In of MODEL 8 1 H LEU 461 H LEU 461 -2.907 -7.878 11.895 2 HA LEU 461 HA LEU 461 -2.294 -10.250 10.303 3 HB3 LEU 461 1HB LEU 461 -1.262 -8.631 8.756 4 HB2 LEU 461 2HB LEU 461 -1.635 -7.346 9.894 5 HG LEU 461 HG LEU 461 -4.050 -7.809 9.586 6 HD11 LEU 461 HD11 LEU 461 -2.519 -7.224 7.061 7 HD13 LEU 461 HD12 LEU 461 -2.972 -6.057 8.305 8 HD12 LEU 461 HD13 LEU 461 -4.217 -6.852 7.349 9 HD23 LEU 461 HD21 LEU 461 -4.755 -9.199 7.694 10 HD22 LEU 461 HD22 LEU 461 -3.924 -10.150 8.920 11 HD21 LEU 461 HD23 LEU 461 -3.086 -9.700 7.436 No H/Q in entry = 11 In of MODEL 8 1 H GLY 462 H GLY 462 -1.206 -9.234 13.049 2 HA2 GLY 462 1HA GLY 462 0.695 -9.637 14.285 3 HA3 GLY 462 2HA GLY 462 1.445 -8.589 13.105 No H/Q in entry = 3 In of MODEL 8 1 HA PRO 463 HA PRO 463 2.981 -13.257 12.885 2 HB3 PRO 463 1HB PRO 463 1.382 -14.845 13.284 3 HB2 PRO 463 2HB PRO 463 1.306 -14.965 11.522 4 HG3 PRO 463 1HG PRO 463 -0.863 -14.348 12.954 5 HG2 PRO 463 2HG PRO 463 -0.558 -13.598 11.380 6 HD3 PRO 463 1HD PRO 463 -0.142 -12.470 14.127 7 HD2 PRO 463 2HD PRO 463 -0.792 -11.687 12.675 No H/Q in entry = 7 In of MODEL 8 1 H LEU 464 H LEU 464 1.280 -11.628 10.323 2 HA LEU 464 HA LEU 464 2.859 -12.920 8.275 3 HB3 LEU 464 1HB LEU 464 1.884 -11.124 6.756 4 HB2 LEU 464 2HB LEU 464 0.983 -10.548 8.137 5 HG LEU 464 HG LEU 464 -0.316 -11.934 6.518 6 HD13 LEU 464 HD11 LEU 464 -0.080 -14.343 6.516 7 HD12 LEU 464 HD12 LEU 464 1.365 -14.203 7.511 8 HD11 LEU 464 HD13 LEU 464 1.348 -13.524 5.880 9 HD22 LEU 464 HD21 LEU 464 -1.136 -11.674 8.803 10 HD21 LEU 464 HD22 LEU 464 -0.152 -13.043 9.320 11 HD23 LEU 464 HD23 LEU 464 -1.489 -13.296 8.200 No H/Q in entry = 11 In of MODEL 8 1 H PHE 465 H PHE 465 2.780 -9.856 9.937 2 HA PHE 465 HA PHE 465 5.027 -8.738 8.592 3 HB3 PHE 465 1HB PHE 465 4.988 -7.044 10.461 4 HB2 PHE 465 2HB PHE 465 3.643 -7.950 11.149 5 HZ PHE 465 HZ PHE 465 0.805 -5.092 7.024 6 HD1 PHE 465 1HD PHE 465 1.464 -7.646 10.355 7 HE1 PHE 465 1HE PHE 465 -0.074 -6.452 8.865 8 HE2 PHE 465 2HE PHE 465 3.227 -4.925 6.672 9 HD2 PHE 465 2HD PHE 465 4.759 -6.132 8.172 No H/Q in entry = 9 In of MODEL 8 1 H ARG 466 H ARG 466 4.693 -10.998 10.959 2 HA ARG 466 HA ARG 466 6.945 -10.862 12.571 3 HB3 ARG 466 1HB ARG 466 5.603 -13.273 11.334 4 HB2 ARG 466 2HB ARG 466 5.150 -12.499 12.835 5 HG3 ARG 466 1HG ARG 466 7.238 -13.186 13.860 6 HG2 ARG 466 2HG ARG 466 7.727 -13.928 12.328 7 HD3 ARG 466 1HD ARG 466 5.270 -14.699 13.880 8 HD2 ARG 466 2HD ARG 466 6.805 -15.559 13.968 9 HE ARG 466 HE ARG 466 6.110 -15.420 11.286 10 HH11 ARG 466 HH11 ARG 466 4.673 -16.855 14.201 11 HH12 ARG 466 HH12 ARG 466 4.043 -18.209 13.411 12 HH21 ARG 466 HH21 ARG 466 5.204 -17.253 10.174 13 HH22 ARG 466 HH22 ARG 466 4.291 -18.406 11.019 No H/Q in entry = 13 In of MODEL 8 1 H ASN 467 H ASN 467 6.638 -11.804 9.204 2 HA ASN 467 HA ASN 467 9.536 -11.730 8.973 3 HB3 ASN 467 1HB ASN 467 7.783 -13.904 7.802 4 HB2 ASN 467 2HB ASN 467 8.975 -14.124 9.073 5 HD21 ASN 467 HD21 ASN 467 8.829 -15.454 6.551 6 HD22 ASN 467 HD22 ASN 467 10.305 -15.125 5.729 No H/Q in entry = 6 In of MODEL 8 1 H SER 468 H SER 468 9.573 -9.840 7.918 2 HA SER 468 HA SER 468 8.451 -9.753 5.256 3 HB3 SER 468 1HB SER 468 7.349 -7.575 5.640 4 HB2 SER 468 2HB SER 468 7.746 -7.700 7.355 5 HG SER 468 HG SER 468 6.532 -9.942 6.653 No H/Q in entry = 5 In of MODEL 8 1 H ARG 469 H ARG 469 9.070 -7.671 4.194 2 HA ARG 469 HA ARG 469 11.815 -6.789 4.865 3 HB3 ARG 469 1HB ARG 469 12.137 -6.426 2.486 4 HB2 ARG 469 2HB ARG 469 10.457 -6.794 2.146 5 HG3 ARG 469 1HG ARG 469 10.804 -9.076 2.814 6 HG2 ARG 469 2HG ARG 469 12.502 -8.752 3.185 7 HD3 ARG 469 1HD ARG 469 12.804 -8.103 0.789 8 HD2 ARG 469 2HD ARG 469 11.146 -8.627 0.500 9 HE ARG 469 HE ARG 469 12.494 -10.671 1.806 10 HH11 ARG 469 HH11 ARG 469 12.580 -9.093 -1.378 11 HH12 ARG 469 HH12 ARG 469 13.143 -10.499 -2.171 12 HH21 ARG 469 HH21 ARG 469 13.285 -12.552 0.658 13 HH22 ARG 469 HH22 ARG 469 13.546 -12.500 -1.013 No H/Q in entry = 13 In of MODEL 8 1 H MET 470 H MET 470 12.201 -4.391 4.743 2 HA MET 470 HA MET 470 9.562 -3.192 5.088 3 HB3 MET 470 1HB MET 470 10.861 -1.343 6.129 4 HB2 MET 470 2HB MET 470 12.282 -2.387 5.924 5 HG3 MET 470 1HG MET 470 11.608 -3.918 7.425 6 HG2 MET 470 2HG MET 470 9.953 -3.349 7.435 7 HE1 MET 470 1HE MET 470 9.270 -0.962 8.384 8 HE3 MET 470 2HE MET 470 10.543 -0.070 7.566 9 HE2 MET 470 3HE MET 470 10.328 0.095 9.304 No H/Q in entry = 9 In of MODEL 8 1 H VAL 471 H VAL 471 9.099 -1.200 4.180 2 HA VAL 471 HA VAL 471 10.813 -0.325 1.983 3 HB VAL 471 HB VAL 471 8.886 -0.015 0.542 4 HG13 VAL 471 HG11 VAL 471 9.916 -2.129 0.231 5 HG12 VAL 471 HG12 VAL 471 8.170 -2.375 0.153 6 HG11 VAL 471 HG13 VAL 471 9.062 -2.813 1.610 7 HG23 VAL 471 HG21 VAL 471 6.681 -0.996 1.200 8 HG22 VAL 471 HG22 VAL 471 7.183 0.460 2.072 9 HG21 VAL 471 HG23 VAL 471 7.331 -1.112 2.844 No H/Q in entry = 9 In of MODEL 8 1 H GLN 472 H GLN 472 10.514 1.812 1.430 2 HA GLN 472 HA GLN 472 8.872 3.460 3.199 3 HB3 GLN 472 1HB GLN 472 10.549 5.277 2.973 4 HB2 GLN 472 2HB GLN 472 11.622 4.173 2.140 5 HG3 GLN 472 1HG GLN 472 11.922 2.859 4.113 6 HG2 GLN 472 2HG GLN 472 10.699 3.798 4.974 7 HE21 GLN 472 HE21 GLN 472 12.162 4.414 6.562 8 HE22 GLN 472 HE22 GLN 472 13.399 5.582 6.272 No H/Q in entry = 8 In of MODEL 8 1 H PHE 473 H PHE 473 7.592 4.738 2.138 2 HA PHE 473 HA PHE 473 7.888 4.968 -0.765 3 HB3 PHE 473 1HB PHE 473 5.323 5.533 -0.501 4 HB2 PHE 473 2HB PHE 473 5.529 4.645 1.013 5 HZ PHE 473 HZ PHE 473 5.013 0.115 -2.394 6 HD1 PHE 473 1HD PHE 473 6.451 2.277 0.968 7 HE1 PHE 473 1HE PHE 473 6.031 0.159 -0.160 8 HE2 PHE 473 2HE PHE 473 4.431 2.215 -3.506 9 HD2 PHE 473 2HD PHE 473 4.849 4.350 -2.391 No H/Q in entry = 9 In of MODEL 8 1 H HIS 474 H HIS 474 8.520 6.908 -1.320 2 HA HIS 474 HA HIS 474 7.351 9.158 0.139 3 HB3 HIS 474 1HB HIS 474 10.052 9.123 -1.248 4 HB2 HIS 474 2HB HIS 474 9.825 9.016 0.496 5 HD1 HIS 474 HD1 HIS 474 10.387 11.485 -2.130 6 HD2 HIS 474 2HD HIS 474 8.443 11.421 1.548 7 HE1 HIS 474 1HE HIS 474 10.145 13.877 -1.415 No H/Q in entry = 7 In of MODEL 8 1 H PHE 475 H PHE 475 6.065 10.328 -1.062 2 HA PHE 475 HA PHE 475 5.899 9.695 -3.836 3 HB3 PHE 475 1HB PHE 475 3.942 11.338 -3.786 4 HB2 PHE 475 2HB PHE 475 4.179 11.397 -2.041 5 HZ PHE 475 HZ PHE 475 1.403 6.301 -2.388 6 HD1 PHE 475 1HD PHE 475 2.726 9.591 -4.771 7 HE1 PHE 475 1HE PHE 475 1.401 7.530 -4.537 8 HE2 PHE 475 2HE PHE 475 2.720 7.147 -0.506 9 HD2 PHE 475 2HD PHE 475 4.043 9.204 -0.745 No H/Q in entry = 9 In of MODEL 8 1 H THR 476 H THR 476 5.833 11.260 -5.477 2 HA THR 476 HA THR 476 8.257 12.698 -5.471 3 HB THR 476 HB THR 476 7.446 13.276 -7.805 4 HG21 THR 476 HG21 THR 476 7.492 10.376 -6.934 5 HG23 THR 476 HG22 THR 476 8.913 11.354 -7.306 6 HG22 THR 476 HG23 THR 476 7.757 10.957 -8.577 7 HG1 THR 476 HG1 THR 476 5.510 11.274 -7.484 No H/Q in entry = 7 In of MODEL 8 1 H ASN 477 H ASN 477 5.191 13.612 -4.475 2 HA ASN 477 HA ASN 477 4.175 15.575 -3.899 3 HB3 ASN 477 1HB ASN 477 5.654 17.570 -3.489 4 HB2 ASN 477 2HB ASN 477 6.996 16.645 -4.148 5 HD21 ASN 477 HD21 ASN 477 8.151 16.744 -2.267 6 HD22 ASN 477 HD22 ASN 477 7.734 15.842 -0.867 No H/Q in entry = 6 In of MODEL 8 1 H LYS 478 H LYS 478 4.405 14.796 -6.699 2 HA LYS 478 HA LYS 478 4.709 17.106 -8.336 3 HB3 LYS 478 1HB LYS 478 3.503 15.840 -10.063 4 HB2 LYS 478 2HB LYS 478 3.100 14.616 -8.879 5 HG3 LYS 478 1HG LYS 478 4.888 13.796 -10.244 6 HG2 LYS 478 2HG LYS 478 5.494 14.085 -8.625 7 HD3 LYS 478 1HD LYS 478 5.832 16.193 -10.722 8 HD2 LYS 478 2HD LYS 478 6.922 14.814 -10.679 9 HE3 LYS 478 1HE LYS 478 7.610 15.351 -8.434 10 HE2 LYS 478 2HE LYS 478 6.500 16.698 -8.339 11 HZ1 LYS 478 1HZ LYS 478 8.773 16.483 -10.230 12 HZ3 LYS 478 2HZ LYS 478 8.736 17.400 -8.839 13 HZ2 LYS 478 3HZ LYS 478 7.723 17.798 -10.109 No H/Q in entry = 13 In of MODEL 8 1 H ASP 479 H ASP 479 1.805 15.664 -6.922 2 HA ASP 479 HA ASP 479 0.608 18.306 -7.248 3 HB3 ASP 479 1HB ASP 479 -0.922 15.714 -7.590 4 HB2 ASP 479 2HB ASP 479 -0.367 16.711 -8.934 No H/Q in entry = 4 In of MODEL 8 1 H LEU 480 H LEU 480 0.653 18.992 -5.296 2 HA LEU 480 HA LEU 480 0.756 17.358 -3.012 3 HB3 LEU 480 1HB LEU 480 0.637 19.465 -1.769 4 HB2 LEU 480 2HB LEU 480 0.240 20.305 -3.253 5 HG LEU 480 HG LEU 480 2.464 19.620 -4.170 6 HD13 LEU 480 HD11 LEU 480 3.756 21.205 -2.863 7 HD12 LEU 480 HD12 LEU 480 2.541 21.147 -1.586 8 HD11 LEU 480 HD13 LEU 480 2.130 21.817 -3.168 9 HD23 LEU 480 HD21 LEU 480 4.160 18.832 -2.575 10 HD22 LEU 480 HD22 LEU 480 2.872 17.654 -2.809 11 HD21 LEU 480 HD23 LEU 480 2.908 18.643 -1.347 No H/Q in entry = 11 In of MODEL 8 1 H GLU 481 H GLU 481 -1.897 18.999 -4.612 2 HA GLU 481 HA GLU 481 -3.613 18.746 -2.378 3 HB3 GLU 481 1HB GLU 481 -5.428 19.438 -3.889 4 HB2 GLU 481 2HB GLU 481 -4.321 19.286 -5.253 5 HG3 GLU 481 1HG GLU 481 -2.950 21.032 -4.426 6 HG2 GLU 481 2HG GLU 481 -3.829 21.094 -2.905 No H/Q in entry = 6 In of MODEL 8 1 H SER 482 H SER 482 -3.077 16.753 -5.223 2 HA SER 482 HA SER 482 -5.114 14.888 -4.663 3 HB3 SER 482 1HB SER 482 -3.852 13.355 -6.115 4 HB2 SER 482 2HB SER 482 -2.439 14.407 -6.003 5 HG SER 482 HG SER 482 -3.512 15.988 -7.078 No H/Q in entry = 5 In of MODEL 8 1 H LEU 483 H LEU 483 -1.789 15.198 -3.552 2 HA LEU 483 HA LEU 483 -1.665 12.820 -2.040 3 HB3 LEU 483 1HB LEU 483 0.174 14.033 -0.800 4 HB2 LEU 483 2HB LEU 483 -0.150 15.412 -1.826 5 HG LEU 483 HG LEU 483 0.407 13.969 -3.813 6 HD11 LEU 483 HD11 LEU 483 2.531 14.299 -1.692 7 HD13 LEU 483 HD12 LEU 483 2.034 15.520 -2.871 8 HD12 LEU 483 HD13 LEU 483 2.816 14.030 -3.409 9 HD22 LEU 483 HD21 LEU 483 1.606 11.895 -3.417 10 HD21 LEU 483 HD22 LEU 483 0.003 11.786 -2.684 11 HD23 LEU 483 HD23 LEU 483 1.414 12.093 -1.682 No H/Q in entry = 11 In of MODEL 8 1 H LYS 484 H LYS 484 -2.621 16.111 -1.226 2 HA LYS 484 HA LYS 484 -2.862 15.909 1.521 3 HB3 LYS 484 1HB LYS 484 -4.548 17.493 -0.421 4 HB2 LYS 484 2HB LYS 484 -3.071 18.027 0.358 5 HG3 LYS 484 1HG LYS 484 -4.217 17.942 2.545 6 HG2 LYS 484 2HG LYS 484 -5.710 17.494 1.719 7 HD3 LYS 484 1HD LYS 484 -5.594 19.587 0.422 8 HD2 LYS 484 2HD LYS 484 -4.140 20.034 1.310 9 HE3 LYS 484 1HE LYS 484 -6.001 21.185 2.294 10 HE2 LYS 484 2HE LYS 484 -5.463 19.942 3.420 11 HZ1 LYS 484 1HZ LYS 484 -7.793 19.699 1.597 12 HZ3 LYS 484 2HZ LYS 484 -7.871 20.052 3.219 13 HZ2 LYS 484 3HZ LYS 484 -7.311 18.539 2.738 No H/Q in entry = 13 In of MODEL 8 1 H GLY 485 H GLY 485 -5.221 15.017 -0.929 2 HA2 GLY 485 1HA GLY 485 -7.131 13.711 -0.812 3 HA3 GLY 485 2HA GLY 485 -7.333 14.337 0.817 No H/Q in entry = 3 In of MODEL 8 1 H LEU 486 H LEU 486 -4.740 12.353 -0.589 2 HA LEU 486 HA LEU 486 -5.566 9.927 0.568 3 HB3 LEU 486 1HB LEU 486 -2.900 10.840 -0.499 4 HB2 LEU 486 2HB LEU 486 -4.159 10.035 -1.410 5 HG LEU 486 HG LEU 486 -2.602 8.840 0.854 6 HD12 LEU 486 HD11 LEU 486 -4.568 7.567 -1.059 7 HD11 LEU 486 HD12 LEU 486 -4.823 7.857 0.666 8 HD13 LEU 486 HD13 LEU 486 -3.599 6.706 0.139 9 HD22 LEU 486 HD21 LEU 486 -1.510 7.479 -0.872 10 HD21 LEU 486 HD22 LEU 486 -1.193 9.204 -1.088 11 HD23 LEU 486 HD23 LEU 486 -2.377 8.385 -2.112 No H/Q in entry = 11 In of MODEL 8 1 H TYR 487 H TYR 487 -3.251 12.412 1.511 2 HA TYR 487 HA TYR 487 -2.156 11.163 3.776 3 HB3 TYR 487 1HB TYR 487 -1.680 13.549 4.557 4 HB2 TYR 487 2HB TYR 487 -2.492 14.089 3.099 5 HH TYR 487 HH TYR 487 3.683 13.118 1.314 6 HD1 TYR 487 1HD TYR 487 0.250 14.905 3.712 7 HE1 TYR 487 1HE TYR 487 2.372 14.789 2.482 8 HE2 TYR 487 2HE TYR 487 0.955 11.358 0.391 9 HD2 TYR 487 2HD TYR 487 -1.149 11.481 1.618 No H/Q in entry = 9 In of MODEL 8 1 H ARG 488 H ARG 488 -4.996 13.167 3.354 2 HA ARG 488 HA ARG 488 -5.666 13.321 6.082 3 HB3 ARG 488 1HB ARG 488 -7.478 13.519 3.655 4 HB2 ARG 488 2HB ARG 488 -6.560 14.852 4.318 5 HG3 ARG 488 1HG ARG 488 -8.743 15.225 5.064 6 HG2 ARG 488 2HG ARG 488 -7.918 14.554 6.464 7 HD3 ARG 488 1HD ARG 488 -10.157 13.593 6.205 8 HD2 ARG 488 2HD ARG 488 -8.902 12.365 6.040 9 HE ARG 488 HE ARG 488 -9.452 13.332 3.511 10 HH11 ARG 488 HH11 ARG 488 -11.271 11.522 5.996 11 HH12 ARG 488 HH12 ARG 488 -12.239 10.726 4.863 12 HH21 ARG 488 HH21 ARG 488 -10.790 12.240 2.014 13 HH22 ARG 488 HH22 ARG 488 -11.953 11.115 2.527 No H/Q in entry = 13 In of MODEL 8 1 H ILE 489 H ILE 489 -6.631 11.080 3.500 2 HA ILE 489 HA ILE 489 -8.461 9.591 5.051 3 HB ILE 489 HB ILE 489 -6.810 8.643 2.684 4 HG12 ILE 489 HG12 ILE 489 -9.643 9.693 2.805 5 HG21 ILE 489 HG21 ILE 489 -9.273 7.415 3.932 6 HG23 ILE 489 HG22 ILE 489 -7.648 6.730 3.925 7 HG22 ILE 489 HG23 ILE 489 -8.542 6.904 2.412 8 HD11 ILE 489 HD11 ILE 489 -8.020 8.874 0.410 9 HD13 ILE 489 HD12 ILE 489 -9.619 9.630 0.388 10 HD12 ILE 489 HD13 ILE 489 -9.413 8.018 1.077 11 HG13 ILE 489 HG11 ILE 489 -8.256 10.564 2.165 No H/Q in entry = 11 In of MODEL 8 1 H MET 490 H MET 490 -5.043 8.978 4.331 2 HA MET 490 HA MET 490 -5.047 6.630 5.953 3 HB3 MET 490 1HB MET 490 -2.617 6.546 5.530 4 HB2 MET 490 2HB MET 490 -2.715 8.126 4.755 5 HG3 MET 490 1HG MET 490 -4.181 7.230 3.053 6 HG2 MET 490 2HG MET 490 -4.207 5.668 3.858 7 HE2 MET 490 1HE MET 490 -0.635 4.308 3.275 8 HE1 MET 490 2HE MET 490 -2.247 3.981 3.915 9 HE3 MET 490 3HE MET 490 -1.208 5.179 4.694 No H/Q in entry = 9 In of MODEL 8 1 H GLY 491 H GLY 491 -4.063 9.952 6.458 2 HA2 GLY 491 1HA GLY 491 -3.514 11.081 8.323 3 HA3 GLY 491 2HA GLY 491 -2.832 9.599 8.964 No H/Q in entry = 3 In of MODEL 8 1 H ASN 492 H ASN 492 -6.108 9.568 7.950 2 HA ASN 492 HA ASN 492 -7.293 10.227 10.503 3 HB3 ASN 492 1HB ASN 492 -8.496 9.205 7.906 4 HB2 ASN 492 2HB ASN 492 -8.373 10.884 8.377 5 HD21 ASN 492 HD21 ASN 492 -10.204 8.004 8.646 6 HD22 ASN 492 HD22 ASN 492 -11.490 8.672 9.572 No H/Q in entry = 6 In of MODEL 8 1 H GLY 493 H GLY 493 -5.644 7.626 9.590 2 HA2 GLY 493 1HA GLY 493 -7.171 5.894 11.408 3 HA3 GLY 493 2HA GLY 493 -5.469 5.715 11.018 No H/Q in entry = 3 In of MODEL 8 1 H PHE 494 H PHE 494 -6.040 6.053 8.139 2 HA PHE 494 HA PHE 494 -7.103 3.375 7.718 3 HB3 PHE 494 1HB PHE 494 -7.376 4.095 5.290 4 HB2 PHE 494 2HB PHE 494 -7.107 5.741 5.852 5 HZ PHE 494 HZ PHE 494 -12.676 5.181 7.298 6 HD1 PHE 494 1HD PHE 494 -9.199 2.796 6.688 7 HE1 PHE 494 1HE PHE 494 -11.582 2.963 7.213 8 HE2 PHE 494 2HE PHE 494 -11.341 7.213 6.845 9 HD2 PHE 494 2HD PHE 494 -8.960 7.018 6.324 No H/Q in entry = 9 In of MODEL 8 1 H ALA 495 H ALA 495 -5.992 2.017 6.373 2 HA ALA 495 HA ALA 495 -3.189 2.736 5.888 3 HB1 ALA 495 1HB ALA 495 -3.447 1.083 7.698 4 HB3 ALA 495 2HB ALA 495 -2.655 0.389 6.294 5 HB2 ALA 495 3HB ALA 495 -4.362 0.041 6.608 No H/Q in entry = 5 In of MODEL 8 1 H GLY 496 H GLY 496 -2.302 1.540 4.021 2 HA2 GLY 496 1HA GLY 496 -2.937 1.835 1.668 3 HA3 GLY 496 2HA GLY 496 -4.440 1.010 2.077 No H/Q in entry = 3 In of MODEL 8 1 H CYS 497 H CYS 497 -4.473 -1.058 1.615 2 HA CYS 497 HA CYS 497 -2.009 -2.572 1.904 3 HB3 CYS 497 1HB CYS 497 -4.755 -3.552 1.085 4 HB2 CYS 497 2HB CYS 497 -4.123 -3.568 2.731 5 HG CYS 497 HG CYS 497 -1.824 -5.112 1.236 No H/Q in entry = 5 In of MODEL 8 1 H VAL 498 H VAL 498 -0.750 -3.136 0.272 2 HA VAL 498 HA VAL 498 -1.544 -2.208 -2.368 3 HB VAL 498 HB VAL 498 1.201 -2.910 -1.285 4 HG13 VAL 498 HG11 VAL 498 1.094 -3.305 -3.678 5 HG12 VAL 498 HG12 VAL 498 2.062 -1.868 -3.361 6 HG11 VAL 498 HG13 VAL 498 0.410 -1.704 -3.940 7 HG23 VAL 498 HG21 VAL 498 -0.015 -0.207 -1.857 8 HG22 VAL 498 HG22 VAL 498 1.655 -0.497 -1.369 9 HG21 VAL 498 HG23 VAL 498 0.334 -0.872 -0.261 No H/Q in entry = 9 In of MODEL 8 1 H HIS 499 H HIS 499 -2.138 -3.632 -3.694 2 HA HIS 499 HA HIS 499 -1.129 -6.359 -3.498 3 HB3 HIS 499 1HB HIS 499 -3.192 -6.897 -4.934 4 HB2 HIS 499 2HB HIS 499 -3.778 -5.295 -4.517 5 HD1 HIS 499 HD1 HIS 499 -4.510 -4.922 -1.963 6 HD2 HIS 499 2HD HIS 499 -3.482 -8.833 -2.938 7 HE1 HIS 499 1HE HIS 499 -5.553 -6.435 -0.187 No H/Q in entry = 7 In of MODEL 8 1 H PHE 500 H PHE 500 -0.116 -7.081 -5.230 2 HA PHE 500 HA PHE 500 0.621 -5.171 -7.246 3 HB3 PHE 500 1HB PHE 500 2.185 -6.949 -7.995 4 HB2 PHE 500 2HB PHE 500 1.487 -8.044 -6.810 5 HZ PHE 500 HZ PHE 500 5.219 -5.277 -3.350 6 HD1 PHE 500 1HD PHE 500 3.622 -5.124 -7.284 7 HE1 PHE 500 1HE PHE 500 5.228 -4.331 -5.612 8 HE2 PHE 500 2HE PHE 500 3.611 -7.032 -2.768 9 HD2 PHE 500 2HD PHE 500 2.001 -7.831 -4.458 No H/Q in entry = 9 In of MODEL 8 1 HA PRO 501 HA PRO 501 -2.494 -6.673 -10.126 2 HB3 PRO 501 1HB PRO 501 -2.457 -5.157 -11.856 3 HB2 PRO 501 2HB PRO 501 -0.742 -5.442 -12.178 4 HG3 PRO 501 1HG PRO 501 -2.028 -3.712 -10.112 5 HG2 PRO 501 2HG PRO 501 -0.634 -3.359 -11.144 6 HD3 PRO 501 1HD PRO 501 -0.354 -4.057 -8.582 7 HD2 PRO 501 2HD PRO 501 0.824 -4.599 -9.787 No H/Q in entry = 7 In of MODEL 8 1 H HIS 502 H HIS 502 0.324 -7.783 -9.796 2 HA HIS 502 HA HIS 502 0.099 -9.792 -11.940 3 HB3 HIS 502 1HB HIS 502 2.415 -10.582 -11.112 4 HB2 HIS 502 2HB HIS 502 2.503 -9.052 -10.250 5 HD1 HIS 502 HD1 HIS 502 4.667 -8.574 -11.827 6 HD2 HIS 502 2HD HIS 502 0.971 -8.748 -13.747 7 HE1 HIS 502 1HE HIS 502 5.027 -7.670 -14.128 No H/Q in entry = 7 In of MODEL 8 1 H THR 503 H THR 503 -0.972 -11.505 -11.359 2 HA THR 503 HA THR 503 -1.085 -12.192 -8.529 3 HB THR 503 HB THR 503 -3.201 -13.391 -9.331 4 HG23 THR 503 HG21 THR 503 -4.533 -11.315 -9.273 5 HG22 THR 503 HG22 THR 503 -3.067 -10.371 -9.544 6 HG21 THR 503 HG23 THR 503 -3.262 -11.283 -8.049 7 HG1 THR 503 HG1 THR 503 -3.544 -13.311 -11.384 No H/Q in entry = 7 In of MODEL 8 1 H ALA 504 H ALA 504 1.069 -13.002 -10.213 2 HA ALA 504 HA ALA 504 0.640 -15.650 -11.152 3 HB2 ALA 504 1HB ALA 504 3.231 -14.238 -10.500 4 HB3 ALA 504 2HB ALA 504 2.420 -14.234 -12.064 5 HB1 ALA 504 3HB ALA 504 3.077 -15.738 -11.414 No H/Q in entry = 5 In of MODEL 8 1 HA PRO 505 HA PRO 505 0.696 -17.619 -7.111 2 HB3 PRO 505 1HB PRO 505 -0.557 -19.319 -8.013 3 HB2 PRO 505 2HB PRO 505 0.976 -20.198 -7.993 4 HG3 PRO 505 1HG PRO 505 -0.363 -19.874 -10.268 5 HG2 PRO 505 2HG PRO 505 1.407 -19.735 -10.226 6 HD3 PRO 505 1HD PRO 505 -0.651 -17.576 -10.355 7 HD2 PRO 505 2HD PRO 505 0.904 -17.718 -11.207 No H/Q in entry = 7 In of MODEL 8 1 H CYS 506 H CYS 506 3.178 -17.490 -9.323 2 HA CYS 506 HA CYS 506 5.183 -19.012 -7.986 3 HB3 CYS 506 1HB CYS 506 6.711 -17.967 -9.556 4 HB2 CYS 506 2HB CYS 506 5.494 -16.757 -9.969 5 HG CYS 506 HG CYS 506 4.754 -20.028 -10.433 No H/Q in entry = 5 In of MODEL 8 1 H GLU 507 H GLU 507 3.624 -16.237 -7.154 2 HA GLU 507 HA GLU 507 3.685 -15.121 -5.245 3 HB3 GLU 507 1HB GLU 507 6.356 -16.396 -4.759 4 HB2 GLU 507 2HB GLU 507 4.805 -16.939 -4.149 5 HG3 GLU 507 1HG GLU 507 4.607 -14.945 -2.790 6 HG2 GLU 507 2HG GLU 507 6.119 -14.343 -3.462 No H/Q in entry = 6 In of MODEL 8 1 H VAL 508 H VAL 508 3.531 -13.227 -6.178 2 HA VAL 508 HA VAL 508 5.919 -11.607 -6.624 3 HB VAL 508 HB VAL 508 2.998 -10.778 -6.770 4 HG13 VAL 508 HG11 VAL 508 4.551 -8.907 -6.620 5 HG12 VAL 508 HG12 VAL 508 3.816 -8.968 -8.220 6 HG11 VAL 508 HG13 VAL 508 5.469 -9.537 -7.984 7 HG22 VAL 508 HG21 VAL 508 3.123 -11.129 -9.196 8 HG21 VAL 508 HG22 VAL 508 3.371 -12.636 -8.312 9 HG23 VAL 508 HG23 VAL 508 4.750 -11.789 -9.012 No H/Q in entry = 9 In of MODEL 8 1 H ARG 509 H ARG 509 3.705 -12.486 -4.239 2 HA ARG 509 HA ARG 509 3.571 -12.135 -2.001 3 HB3 ARG 509 1HB ARG 509 5.214 -10.700 -0.831 4 HB2 ARG 509 2HB ARG 509 5.767 -10.073 -2.385 5 HG3 ARG 509 1HG ARG 509 6.386 -12.382 -3.011 6 HG2 ARG 509 2HG ARG 509 6.032 -12.897 -1.365 7 HD3 ARG 509 1HD ARG 509 7.720 -11.322 -0.535 8 HD2 ARG 509 2HD ARG 509 8.078 -10.856 -2.195 9 HE ARG 509 HE ARG 509 8.407 -13.607 -1.183 10 HH11 ARG 509 HH11 ARG 509 9.554 -10.973 -3.269 11 HH12 ARG 509 HH12 ARG 509 11.059 -11.710 -3.583 12 HH21 ARG 509 HH21 ARG 509 10.471 -14.586 -1.602 13 HH22 ARG 509 HH22 ARG 509 11.604 -13.828 -2.613 No H/Q in entry = 13 In of MODEL 8 1 H VAL 510 H VAL 510 3.184 -9.963 -0.378 2 HA VAL 510 HA VAL 510 1.923 -7.974 -2.037 3 HB VAL 510 HB VAL 510 -0.126 -7.886 -0.507 4 HG11 VAL 510 HG11 VAL 510 0.155 -10.269 -2.334 5 HG13 VAL 510 HG12 VAL 510 -0.314 -8.637 -2.809 6 HG12 VAL 510 HG13 VAL 510 -1.373 -9.593 -1.768 7 HG21 VAL 510 HG21 VAL 510 0.740 -10.691 0.115 8 HG23 VAL 510 HG22 VAL 510 -0.837 -9.959 0.477 9 HG22 VAL 510 HG23 VAL 510 0.620 -9.330 1.252 No H/Q in entry = 9 In of MODEL 8 1 H LEU 511 H LEU 511 1.153 -6.041 -0.615 2 HA LEU 511 HA LEU 511 3.251 -5.711 1.402 3 HB3 LEU 511 1HB LEU 511 2.957 -4.336 -1.238 4 HB2 LEU 511 2HB LEU 511 4.353 -4.998 -0.444 5 HG LEU 511 HG LEU 511 3.107 -2.440 0.469 6 HD13 LEU 511 HD11 LEU 511 5.107 -2.114 1.654 7 HD12 LEU 511 HD12 LEU 511 5.889 -3.473 0.874 8 HD11 LEU 511 HD13 LEU 511 4.588 -3.757 2.041 9 HD22 LEU 511 HD21 LEU 511 4.879 -1.345 -0.766 10 HD21 LEU 511 HD22 LEU 511 3.808 -2.239 -1.843 11 HD23 LEU 511 HD23 LEU 511 5.394 -2.894 -1.425 No H/Q in entry = 11 In of MODEL 8 1 H MET 512 H MET 512 2.905 -4.087 2.943 2 HA MET 512 HA MET 512 0.209 -2.894 3.016 3 HB3 MET 512 1HB MET 512 2.167 -3.615 5.198 4 HB2 MET 512 2HB MET 512 0.571 -4.286 4.939 5 HG3 MET 512 1HG MET 512 1.203 -1.489 5.864 6 HG2 MET 512 2HG MET 512 0.583 -2.792 6.863 7 HE2 MET 512 1HE MET 512 -3.071 -3.211 5.613 8 HE1 MET 512 2HE MET 512 -1.797 -3.785 6.695 9 HE3 MET 512 3HE MET 512 -1.695 -4.093 4.956 No H/Q in entry = 9 In of MODEL 8 1 H LEU 513 H LEU 513 0.013 -0.672 3.241 2 HA LEU 513 HA LEU 513 2.492 0.895 3.332 3 HB3 LEU 513 1HB LEU 513 0.011 1.398 1.687 4 HB2 LEU 513 2HB LEU 513 1.515 0.782 1.048 5 HG LEU 513 HG LEU 513 1.133 3.517 2.257 6 HD11 LEU 513 HD11 LEU 513 3.480 2.168 0.980 7 HD13 LEU 513 HD12 LEU 513 3.373 2.811 2.627 8 HD12 LEU 513 HD13 LEU 513 3.347 3.897 1.223 9 HD23 LEU 513 HD21 LEU 513 1.490 2.655 -0.609 10 HD22 LEU 513 HD22 LEU 513 1.432 4.316 -0.031 11 HD21 LEU 513 HD23 LEU 513 0.004 3.285 0.104 No H/Q in entry = 11 In of MODEL 8 1 H LEU 514 H LEU 514 2.564 2.205 4.969 2 HA LEU 514 HA LEU 514 0.068 3.172 6.190 3 HB3 LEU 514 1HB LEU 514 1.391 3.142 8.296 4 HB2 LEU 514 2HB LEU 514 2.638 2.263 7.443 5 HG LEU 514 HG LEU 514 0.856 0.482 6.988 6 HD11 LEU 514 HD11 LEU 514 2.680 0.262 8.636 7 HD13 LEU 514 HD12 LEU 514 1.193 -0.495 9.198 8 HD12 LEU 514 HD13 LEU 514 1.680 1.077 9.839 9 HD23 LEU 514 HD21 LEU 514 -0.507 2.025 9.186 10 HD22 LEU 514 HD22 LEU 514 -0.999 0.453 8.557 11 HD21 LEU 514 HD23 LEU 514 -1.071 1.876 7.522 No H/Q in entry = 11 In of MODEL 8 1 H TYR 515 H TYR 515 0.081 5.357 6.679 2 HA TYR 515 HA TYR 515 2.423 6.828 5.771 3 HB3 TYR 515 1HB TYR 515 -0.339 7.849 6.513 4 HB2 TYR 515 2HB TYR 515 0.276 7.617 4.880 5 HH TYR 515 HH TYR 515 2.919 13.356 4.933 6 HD1 TYR 515 1HD TYR 515 2.805 8.840 4.721 7 HE1 TYR 515 1HE TYR 515 3.677 11.134 4.691 8 HE2 TYR 515 2HE TYR 515 0.327 12.404 7.032 9 HD2 TYR 515 2HD TYR 515 -0.523 10.109 7.050 No H/Q in entry = 9 In of MODEL 8 1 H SER 516 H SER 516 3.848 7.609 7.149 2 HA SER 516 HA SER 516 3.048 7.770 9.951 3 HB3 SER 516 1HB SER 516 5.426 7.527 10.434 4 HB2 SER 516 2HB SER 516 5.809 7.643 8.714 5 HG SER 516 HG SER 516 4.338 5.789 8.528 No H/Q in entry = 5 In of MODEL 8 1 H SER 517 H SER 517 2.480 9.749 10.432 2 HA SER 517 HA SER 517 2.887 11.974 8.770 3 HB3 SER 517 1HB SER 517 1.601 13.178 10.410 4 HB2 SER 517 2HB SER 517 1.829 11.887 11.591 5 HG SER 517 HG SER 517 0.385 10.695 10.595 No H/Q in entry = 5 In of MODEL 8 1 H LYS 518 H LYS 518 4.477 10.942 11.769 2 HA LYS 518 HA LYS 518 5.777 13.478 12.102 3 HB3 LYS 518 1HB LYS 518 6.422 10.826 13.411 4 HB2 LYS 518 2HB LYS 518 5.271 11.996 14.031 5 HG3 LYS 518 1HG LYS 518 8.245 12.445 13.729 6 HG2 LYS 518 2HG LYS 518 7.397 12.111 15.240 7 HD3 LYS 518 1HD LYS 518 6.089 14.192 14.931 8 HD2 LYS 518 2HD LYS 518 7.016 14.534 13.467 9 HE3 LYS 518 1HE LYS 518 8.180 14.268 16.232 10 HE2 LYS 518 2HE LYS 518 7.847 15.788 15.416 11 HZ3 LYS 518 1HZ LYS 518 10.153 15.178 15.244 12 HZ2 LYS 518 2HZ LYS 518 9.480 15.219 13.723 13 HZ1 LYS 518 3HZ LYS 518 9.792 13.739 14.465 No H/Q in entry = 13 In of MODEL 8 1 H LYS 519 H LYS 519 6.458 10.521 10.548 2 HA LYS 519 HA LYS 519 9.255 11.157 10.088 3 HB3 LYS 519 1HB LYS 519 9.271 9.045 8.810 4 HB2 LYS 519 2HB LYS 519 7.539 8.896 9.059 5 HG3 LYS 519 1HG LYS 519 7.924 8.777 11.484 6 HG2 LYS 519 2HG LYS 519 9.664 8.837 11.181 7 HD3 LYS 519 1HD LYS 519 9.453 6.793 9.806 8 HD2 LYS 519 2HD LYS 519 7.751 6.703 10.260 9 HE3 LYS 519 1HE LYS 519 9.039 5.232 11.678 10 HE2 LYS 519 2HE LYS 519 8.410 6.573 12.631 11 HZ1 LYS 519 1HZ LYS 519 10.610 7.653 12.411 12 HZ3 LYS 519 2HZ LYS 519 11.182 6.304 11.605 13 HZ2 LYS 519 3HZ LYS 519 10.687 6.180 13.208 No H/Q in entry = 13 In of MODEL 8 1 H LYS 520 H LYS 520 6.303 11.910 8.792 2 HA LYS 520 HA LYS 520 5.465 12.826 6.925 3 HB3 LYS 520 1HB LYS 520 6.992 14.283 5.589 4 HB2 LYS 520 2HB LYS 520 8.342 13.652 6.513 5 HG3 LYS 520 1HG LYS 520 7.683 15.820 7.365 6 HG2 LYS 520 2HG LYS 520 7.360 14.573 8.568 7 HD3 LYS 520 1HD LYS 520 4.999 14.542 7.896 8 HD2 LYS 520 2HD LYS 520 5.328 15.793 6.700 9 HE3 LYS 520 1HE LYS 520 6.018 17.311 8.487 10 HE2 LYS 520 2HE LYS 520 5.698 16.054 9.679 11 HZ1 LYS 520 1HZ LYS 520 3.650 17.272 7.907 12 HZ3 LYS 520 2HZ LYS 520 3.889 17.656 9.504 13 HZ2 LYS 520 3HZ LYS 520 3.351 16.119 9.099 No H/Q in entry = 13 In of MODEL 8 1 H ILE 521 H ILE 521 6.252 10.072 6.791 2 HA ILE 521 HA ILE 521 6.386 9.851 3.919 3 HB ILE 521 HB ILE 521 8.109 7.997 3.989 4 HG12 ILE 521 HG12 ILE 521 9.975 8.381 5.737 5 HG22 ILE 521 HG21 ILE 521 10.037 9.496 3.771 6 HG21 ILE 521 HG22 ILE 521 8.994 10.821 4.308 7 HG23 ILE 521 HG23 ILE 521 8.611 9.924 2.837 8 HD12 ILE 521 HD11 ILE 521 8.665 6.329 5.812 9 HD11 ILE 521 HD12 ILE 521 7.424 7.155 6.752 10 HD13 ILE 521 HD13 ILE 521 9.036 6.925 7.431 11 HG13 ILE 521 HG11 ILE 521 8.747 9.216 6.672 No H/Q in entry = 11 In of MODEL 8 1 H PHE 522 H PHE 522 6.163 7.620 3.168 2 HA PHE 522 HA PHE 522 4.247 6.295 4.887 3 HB3 PHE 522 1HB PHE 522 3.769 5.030 2.768 4 HB2 PHE 522 2HB PHE 522 4.907 6.131 1.965 5 HZ PHE 522 HZ PHE 522 0.313 9.522 1.654 6 HD1 PHE 522 1HD PHE 522 1.539 5.658 2.928 7 HE1 PHE 522 1HE PHE 522 -0.248 7.256 2.408 8 HE2 PHE 522 2HE PHE 522 2.671 10.190 1.423 9 HD2 PHE 522 2HD PHE 522 4.453 8.584 1.939 No H/Q in entry = 9 In of MODEL 8 1 H MET 523 H MET 523 4.652 4.240 5.526 2 HA MET 523 HA MET 523 7.212 3.054 4.756 3 HB3 MET 523 1HB MET 523 6.165 3.332 7.583 4 HB2 MET 523 2HB MET 523 7.497 4.257 6.908 5 HG3 MET 523 1HG MET 523 8.788 2.202 6.621 6 HG2 MET 523 2HG MET 523 7.464 1.278 7.322 7 HE1 MET 523 1HE MET 523 6.678 1.491 9.836 8 HE3 MET 523 2HE MET 523 6.463 3.237 9.682 9 HE2 MET 523 3HE MET 523 7.404 2.576 11.017 No H/Q in entry = 9 In of MODEL 8 1 H GLY 524 H GLY 524 7.102 0.797 4.684 2 HA2 GLY 524 1HA GLY 524 4.932 -0.407 3.872 3 HA3 GLY 524 2HA GLY 524 4.631 -0.390 5.588 No H/Q in entry = 3 In of MODEL 8 1 H LEU 525 H LEU 525 4.699 -2.672 5.532 2 HA LEU 525 HA LEU 525 7.318 -3.813 4.958 3 HB3 LEU 525 1HB LEU 525 6.471 -5.749 6.504 4 HB2 LEU 525 2HB LEU 525 5.370 -4.527 7.115 5 HG LEU 525 HG LEU 525 8.360 -4.275 7.176 6 HD11 LEU 525 HD11 LEU 525 6.191 -2.696 8.574 7 HD13 LEU 525 HD12 LEU 525 7.230 -2.118 7.270 8 HD12 LEU 525 HD13 LEU 525 7.922 -2.509 8.850 9 HD23 LEU 525 HD21 LEU 525 8.188 -4.766 9.585 10 HD22 LEU 525 HD22 LEU 525 7.716 -6.132 8.583 11 HD21 LEU 525 HD23 LEU 525 6.482 -5.144 9.368 No H/Q in entry = 11 In of MODEL 8 1 H ILE 526 H ILE 526 7.421 -5.558 3.658 2 HA ILE 526 HA ILE 526 4.864 -6.311 2.451 3 HB ILE 526 HB ILE 526 6.186 -5.399 0.740 4 HG12 ILE 526 HG12 ILE 526 6.570 -8.393 0.515 5 HG23 ILE 526 HG21 ILE 526 8.466 -5.996 0.214 6 HG22 ILE 526 HG22 ILE 526 8.509 -7.046 1.639 7 HG21 ILE 526 HG23 ILE 526 8.304 -5.296 1.830 8 HD11 ILE 526 HD11 ILE 526 7.854 -7.235 -1.169 9 HD13 ILE 526 HD12 ILE 526 6.403 -6.337 -1.659 10 HD12 ILE 526 HD13 ILE 526 6.480 -8.090 -1.880 11 HG13 ILE 526 HG11 ILE 526 5.128 -7.502 0.047 No H/Q in entry = 11 In of MODEL 8 1 HA PRO 527 HA PRO 527 5.559 -10.325 4.358 2 HB3 PRO 527 1HB PRO 527 3.480 -10.849 5.139 3 HB2 PRO 527 2HB PRO 527 2.737 -10.637 3.548 4 HG3 PRO 527 1HG PRO 527 3.392 -8.585 5.624 5 HG2 PRO 527 2HG PRO 527 1.927 -8.749 4.637 6 HD3 PRO 527 1HD PRO 527 3.759 -6.959 4.007 7 HD2 PRO 527 2HD PRO 527 2.988 -7.923 2.723 No H/Q in entry = 7 In of MODEL 8 1 H TYR 528 H TYR 528 6.059 -12.122 3.492 2 HA TYR 528 HA TYR 528 6.366 -12.475 0.696 3 HB3 TYR 528 1HB TYR 528 7.256 -14.681 1.315 4 HB2 TYR 528 2HB TYR 528 6.726 -14.425 2.967 5 HH TYR 528 HH TYR 528 12.388 -11.994 4.102 6 HD1 TYR 528 1HD TYR 528 7.899 -12.880 4.448 7 HE1 TYR 528 1HE TYR 528 10.074 -11.863 4.982 8 HE2 TYR 528 2HE TYR 528 11.351 -12.554 0.990 9 HD2 TYR 528 2HD TYR 528 9.196 -13.555 0.467 No H/Q in entry = 9 In of MODEL 8 1 H ASP 529 H ASP 529 4.301 -13.955 3.163 2 HA ASP 529 HA ASP 529 3.235 -15.782 1.215 3 HB3 ASP 529 1HB ASP 529 2.342 -15.431 4.068 4 HB2 ASP 529 2HB ASP 529 3.634 -16.517 3.554 No H/Q in entry = 4 In of MODEL 8 1 H GLN 530 H GLN 530 1.975 -14.978 -0.171 2 HA GLN 530 HA GLN 530 0.306 -12.765 0.239 3 HB3 GLN 530 1HB GLN 530 1.225 -13.467 -1.960 4 HB2 GLN 530 2HB GLN 530 -0.497 -13.137 -1.984 5 HG3 GLN 530 1HG GLN 530 -1.045 -15.414 -2.124 6 HG2 GLN 530 2HG GLN 530 0.582 -15.923 -1.702 7 HE21 GLN 530 HE21 GLN 530 2.156 -15.892 -3.228 8 HE22 GLN 530 HE22 GLN 530 1.819 -15.697 -4.917 No H/Q in entry = 8 In of MODEL 8 1 H SER 531 H SER 531 -0.265 -16.243 0.557 2 HA SER 531 HA SER 531 -3.051 -16.077 0.301 3 HB3 SER 531 1HB SER 531 -1.937 -18.197 -0.062 4 HB2 SER 531 2HB SER 531 -3.115 -18.374 1.232 5 HG SER 531 HG SER 531 -0.513 -17.759 2.104 No H/Q in entry = 5 In of MODEL 8 1 H GLY 532 H GLY 532 -1.017 -16.140 3.215 2 HA2 GLY 532 1HA GLY 532 -1.568 -15.767 5.393 3 HA3 GLY 532 2HA GLY 532 -3.247 -16.071 4.970 No H/Q in entry = 3 In of MODEL 8 1 H PHE 533 H PHE 533 -1.155 -13.604 3.583 2 HA PHE 533 HA PHE 533 -2.167 -11.566 5.283 3 HB3 PHE 533 1HB PHE 533 -0.774 -11.143 2.645 4 HB2 PHE 533 2HB PHE 533 0.077 -11.495 4.145 5 HZ PHE 533 HZ PHE 533 -0.774 -5.849 4.975 6 HD1 PHE 533 1HD PHE 533 -1.601 -8.956 2.186 7 HE1 PHE 533 1HE PHE 533 -1.570 -6.565 2.760 8 HE2 PHE 533 2HE PHE 533 -0.013 -7.512 6.600 9 HD2 PHE 533 2HD PHE 533 -0.036 -9.891 6.024 No H/Q in entry = 9 In of MODEL 8 1 H VAL 534 H VAL 534 -2.864 -12.443 1.881 2 HA VAL 534 HA VAL 534 -4.729 -10.374 1.500 3 HB VAL 534 HB VAL 534 -4.530 -13.063 0.071 4 HG11 VAL 534 HG11 VAL 534 -6.793 -12.121 -0.165 5 HG13 VAL 534 HG12 VAL 534 -5.913 -12.074 -1.691 6 HG12 VAL 534 HG13 VAL 534 -6.099 -10.603 -0.736 7 HG22 VAL 534 HG21 VAL 534 -2.569 -11.639 -0.208 8 HG21 VAL 534 HG22 VAL 534 -3.593 -10.298 -0.711 9 HG23 VAL 534 HG23 VAL 534 -3.475 -11.742 -1.716 No H/Q in entry = 9 In of MODEL 8 1 H ASN 535 H ASN 535 -5.018 -13.676 2.676 2 HA ASN 535 HA ASN 535 -7.791 -13.904 2.992 3 HB3 ASN 535 1HB ASN 535 -5.566 -15.041 4.704 4 HB2 ASN 535 2HB ASN 535 -6.216 -15.784 3.256 5 HD21 ASN 535 HD21 ASN 535 -6.679 -15.259 6.625 6 HD22 ASN 535 HD22 ASN 535 -8.038 -16.305 6.796 No H/Q in entry = 6 In of MODEL 8 1 H GLY 536 H GLY 536 -5.314 -12.565 5.099 2 HA2 GLY 536 1HA GLY 536 -5.418 -11.235 6.963 3 HA3 GLY 536 2HA GLY 536 -7.013 -11.916 7.271 No H/Q in entry = 3 In of MODEL 8 1 H ILE 537 H ILE 537 -5.832 -10.100 4.489 2 HA ILE 537 HA ILE 537 -7.057 -7.657 5.113 3 HB ILE 537 HB ILE 537 -6.376 -8.775 2.368 4 HG12 ILE 537 HG12 ILE 537 -4.421 -8.570 3.801 5 HG22 ILE 537 HG21 ILE 537 -6.412 -6.421 1.594 6 HG21 ILE 537 HG22 ILE 537 -7.053 -5.941 3.162 7 HG23 ILE 537 HG23 ILE 537 -7.996 -6.997 2.110 8 HD13 ILE 537 HD11 ILE 537 -3.638 -6.427 4.637 9 HD12 ILE 537 HD12 ILE 537 -5.158 -6.889 5.397 10 HD11 ILE 537 HD13 ILE 537 -5.144 -5.666 4.123 11 HG13 ILE 537 HG11 ILE 537 -4.371 -7.362 2.529 No H/Q in entry = 11 In of MODEL 8 1 H ARG 538 H ARG 538 -8.289 -10.486 3.430 2 HA ARG 538 HA ARG 538 -10.732 -9.475 2.543 3 HB3 ARG 538 1HB ARG 538 -10.175 -12.235 3.628 4 HB2 ARG 538 2HB ARG 538 -9.953 -11.727 1.961 5 HG3 ARG 538 1HG ARG 538 -12.582 -11.852 3.440 6 HG2 ARG 538 2HG ARG 538 -11.977 -12.995 2.234 7 HD3 ARG 538 1HD ARG 538 -12.104 -11.395 0.494 8 HD2 ARG 538 2HD ARG 538 -12.420 -10.083 1.631 9 HE ARG 538 HE ARG 538 -14.437 -11.942 1.963 10 HH11 ARG 538 HH11 ARG 538 -13.284 -9.922 -0.700 11 HH12 ARG 538 HH12 ARG 538 -14.827 -9.666 -1.354 12 HH21 ARG 538 HH21 ARG 538 -16.564 -11.511 1.098 13 HH22 ARG 538 HH22 ARG 538 -16.742 -10.517 -0.270 No H/Q in entry = 13 In of MODEL 8 1 H GLN 539 H GLN 539 -9.816 -10.618 5.714 2 HA GLN 539 HA GLN 539 -12.373 -10.421 6.965 3 HB3 GLN 539 1HB GLN 539 -9.562 -10.297 8.056 4 HB2 GLN 539 2HB GLN 539 -10.539 -11.744 7.896 5 HG3 GLN 539 1HG GLN 539 -12.082 -10.916 9.580 6 HG2 GLN 539 2HG GLN 539 -11.130 -9.439 9.736 7 HE21 GLN 539 HE21 GLN 539 -8.591 -10.893 9.428 8 HE22 GLN 539 HE22 GLN 539 -8.340 -11.718 10.911 No H/Q in entry = 8 In of MODEL 8 1 H VAL 540 H VAL 540 -9.622 -8.237 6.616 2 HA VAL 540 HA VAL 540 -10.623 -6.098 8.146 3 HB VAL 540 HB VAL 540 -8.708 -5.970 5.789 4 HG11 VAL 540 HG11 VAL 540 -9.591 -3.802 6.392 5 HG13 VAL 540 HG12 VAL 540 -7.878 -3.919 6.820 6 HG12 VAL 540 HG13 VAL 540 -9.110 -4.047 8.071 7 HG23 VAL 540 HG21 VAL 540 -6.910 -6.071 7.467 8 HG22 VAL 540 HG22 VAL 540 -7.897 -7.532 7.472 9 HG21 VAL 540 HG23 VAL 540 -8.118 -6.316 8.728 No H/Q in entry = 9 In of MODEL 8 1 H ILE 541 H ILE 541 -10.804 -6.816 4.714 2 HA ILE 541 HA ILE 541 -12.250 -4.599 3.792 3 HB ILE 541 HB ILE 541 -12.311 -7.475 2.876 4 HG12 ILE 541 HG12 ILE 541 -10.611 -5.142 1.793 5 HG22 ILE 541 HG21 ILE 541 -13.185 -6.666 0.713 6 HG21 ILE 541 HG22 ILE 541 -13.387 -5.060 1.437 7 HG23 ILE 541 HG23 ILE 541 -14.278 -6.445 2.079 8 HD11 ILE 541 HD11 ILE 541 -11.297 -6.646 -0.036 9 HD13 ILE 541 HD12 ILE 541 -10.646 -7.999 0.884 10 HD12 ILE 541 HD13 ILE 541 -9.576 -6.708 0.343 11 HG13 ILE 541 HG11 ILE 541 -10.074 -6.532 2.697 No H/Q in entry = 11 In of MODEL 8 1 H THR 542 H THR 542 -13.308 -7.691 5.060 2 HA THR 542 HA THR 542 -16.062 -7.405 4.761 3 HB THR 542 HB THR 542 -14.381 -8.914 6.595 4 HG22 THR 542 HG21 THR 542 -17.323 -9.419 6.061 5 HG21 THR 542 HG22 THR 542 -16.617 -8.846 7.576 6 HG23 THR 542 HG23 THR 542 -16.257 -10.473 6.999 7 HG1 THR 542 HG1 THR 542 -14.033 -9.601 4.570 No H/Q in entry = 7 In of MODEL 8 1 H ASN 543 H ASN 543 -13.908 -6.563 7.435 2 HA ASN 543 HA ASN 543 -15.923 -5.743 9.260 3 HB3 ASN 543 1HB ASN 543 -13.027 -4.908 9.073 4 HB2 ASN 543 2HB ASN 543 -13.643 -6.267 9.999 5 HD21 ASN 543 HD21 ASN 543 -14.740 -5.880 11.907 6 HD22 ASN 543 HD22 ASN 543 -14.696 -4.351 12.710 No H/Q in entry = 6 In of MODEL 8 1 H LEU 544 H LEU 544 -14.058 -4.099 6.805 2 HA LEU 544 HA LEU 544 -14.958 -1.477 7.314 3 HB3 LEU 544 1HB LEU 544 -13.971 -2.755 4.760 4 HB2 LEU 544 2HB LEU 544 -12.968 -2.008 5.981 5 HG LEU 544 HG LEU 544 -14.953 -0.551 4.235 6 HD13 LEU 544 HD11 LEU 544 -14.696 0.528 6.407 7 HD12 LEU 544 HD12 LEU 544 -13.930 1.478 5.135 8 HD11 LEU 544 HD13 LEU 544 -12.942 0.503 6.223 9 HD22 LEU 544 HD21 LEU 544 -12.969 0.378 3.161 10 HD21 LEU 544 HD22 LEU 544 -13.034 -1.376 2.986 11 HD23 LEU 544 HD23 LEU 544 -11.941 -0.647 4.165 No H/Q in entry = 11 In of MODEL 8 1 H GLU 545 H GLU 545 -16.315 -4.164 5.592 2 HA GLU 545 HA GLU 545 -18.410 -2.735 4.329 3 HB3 GLU 545 1HB GLU 545 -19.460 -5.068 4.167 4 HB2 GLU 545 2HB GLU 545 -17.951 -5.639 4.875 5 HG3 GLU 545 1HG GLU 545 -17.830 -5.813 2.491 6 HG2 GLU 545 2HG GLU 545 -16.721 -4.555 3.040 No H/Q in entry = 6 In of MODEL 8 1 H HIS 546 H HIS 546 -18.025 -4.068 7.478 2 HA HIS 546 HA HIS 546 -20.817 -3.775 8.149 3 HB3 HIS 546 1HB HIS 546 -20.106 -4.225 10.472 4 HB2 HIS 546 2HB HIS 546 -18.420 -4.055 9.997 5 HD1 HIS 546 HD1 HIS 546 -17.673 -6.435 10.541 6 HD2 HIS 546 2HD HIS 546 -20.943 -6.268 7.995 7 HE1 HIS 546 1HE HIS 546 -18.017 -8.779 9.682 No H/Q in entry = 7 In of MODEL 8 1 H HIS 547 H HIS 547 -17.806 -2.115 8.683 2 HA HIS 547 HA HIS 547 -17.194 -0.029 9.112 3 HB3 HIS 547 1HB HIS 547 -19.768 0.707 7.705 4 HB2 HIS 547 2HB HIS 547 -18.250 0.335 6.902 5 HD1 HIS 547 HD1 HIS 547 -20.175 3.165 7.864 6 HD2 HIS 547 2HD HIS 547 -16.131 2.225 7.885 7 HE1 HIS 547 1HE HIS 547 -18.940 5.366 7.974 No H/Q in entry = 7 In of MODEL 8 1 H HIS 548 H HIS 548 -17.303 -0.216 11.334 2 HA HIS 548 HA HIS 548 -19.688 0.840 12.578 3 HB3 HIS 548 1HB HIS 548 -17.164 -0.203 13.896 4 HB2 HIS 548 2HB HIS 548 -18.609 -1.162 13.611 5 HD1 HIS 548 HD1 HIS 548 -20.745 -0.522 15.076 6 HD2 HIS 548 2HD HIS 548 -17.218 1.403 16.129 7 HE1 HIS 548 1HE HIS 548 -21.151 0.492 17.341 No H/Q in entry = 7 In of MODEL 8 1 H HIS 549 H HIS 549 -19.593 2.883 11.866 2 HA HIS 549 HA HIS 549 -17.326 4.523 12.554 3 HB3 HIS 549 1HB HIS 549 -18.534 5.086 10.481 4 HB2 HIS 549 2HB HIS 549 -18.612 6.425 11.612 5 HD1 HIS 549 HD1 HIS 549 -20.928 7.482 11.861 6 HD2 HIS 549 2HD HIS 549 -21.071 3.526 10.530 7 HE1 HIS 549 1HE HIS 549 -23.318 6.988 11.392 No H/Q in entry = 7 In of MODEL 8 1 H HIS 550 H HIS 550 -17.274 6.061 14.131 2 HA HIS 550 HA HIS 550 -18.644 5.495 16.495 3 HB3 HIS 550 1HB HIS 550 -16.488 6.664 16.555 4 HB2 HIS 550 2HB HIS 550 -17.698 7.610 17.400 5 HD1 HIS 550 HD1 HIS 550 -18.030 9.992 16.662 6 HD2 HIS 550 2HD HIS 550 -15.760 7.791 13.980 7 HE1 HIS 550 1HE HIS 550 -17.149 11.645 14.975 No H/Q in entry = 7 In of MODEL 8 1 H HIS 551 H HIS 551 -19.161 8.200 14.265 2 HA HIS 551 HA HIS 551 -21.897 8.055 14.162 3 HB3 HIS 551 1HB HIS 551 -20.947 10.310 15.982 4 HB2 HIS 551 2HB HIS 551 -21.701 8.851 16.599 5 HD1 HIS 551 HD1 HIS 551 -22.545 12.184 15.277 6 HD2 HIS 551 2HD HIS 551 -24.438 8.523 15.798 7 HE1 HIS 551 1HE HIS 551 -25.021 12.648 15.145 No H/Q in entry = 7 In of MODEL 9 1 H1 MET 393 H MET 393 25.903 1.221 -6.154 2 H2 MET 393 H3 MET 393 27.407 0.499 -6.451 3 H3 MET 393 H2 MET 393 26.905 0.833 -4.865 4 HA MET 393 HA MET 393 28.478 2.476 -5.540 5 HB3 MET 393 1HB MET 393 26.398 3.280 -7.617 6 HB2 MET 393 2HB MET 393 27.696 2.187 -8.024 7 HG3 MET 393 1HG MET 393 28.343 4.268 -8.852 8 HG2 MET 393 2HG MET 393 29.318 3.985 -7.426 9 HE3 MET 393 1HE MET 393 28.972 7.863 -7.497 10 HE2 MET 393 2HE MET 393 29.062 6.791 -8.893 11 HE1 MET 393 3HE MET 393 30.091 6.500 -7.492 No H/Q in entry = 11 In of MODEL 9 1 H SER 394 H SER 394 28.078 4.678 -4.708 2 HA SER 394 HA SER 394 27.078 6.316 -3.535 3 HB3 SER 394 1HB SER 394 24.660 6.680 -3.614 4 HB2 SER 394 2HB SER 394 24.411 5.040 -4.213 5 HG SER 394 HG SER 394 26.063 6.822 -5.633 No H/Q in entry = 5 In of MODEL 9 1 H VAL 395 H VAL 395 25.139 3.414 -2.877 2 HA VAL 395 HA VAL 395 24.542 2.312 -1.024 3 HB VAL 395 HB VAL 395 26.975 3.551 0.313 4 HG11 VAL 395 HG11 VAL 395 25.365 1.111 1.037 5 HG13 VAL 395 HG12 VAL 395 25.408 2.633 1.930 6 HG12 VAL 395 HG13 VAL 395 26.853 1.621 1.826 7 HG22 VAL 395 HG21 VAL 395 28.149 1.493 -0.242 8 HG21 VAL 395 HG22 VAL 395 27.564 2.284 -1.711 9 HG23 VAL 395 HG23 VAL 395 26.711 0.886 -1.053 No H/Q in entry = 9 In of MODEL 9 1 H SER 396 H SER 396 22.643 3.252 -0.566 2 HA SER 396 HA SER 396 22.641 5.637 1.091 3 HB3 SER 396 1HB SER 396 20.260 5.725 0.583 4 HB2 SER 396 2HB SER 396 20.346 4.162 -0.231 5 HG SER 396 HG SER 396 21.987 6.315 -1.030 No H/Q in entry = 5 In of MODEL 9 1 H ASN 397 H ASN 397 20.669 5.468 2.754 2 HA ASN 397 HA ASN 397 21.429 3.499 4.655 3 HB3 ASN 397 1HB ASN 397 19.076 5.407 4.627 4 HB2 ASN 397 2HB ASN 397 20.654 5.730 5.330 5 HD21 ASN 397 HD21 ASN 397 17.675 4.142 5.715 6 HD22 ASN 397 HD22 ASN 397 17.908 3.604 7.345 No H/Q in entry = 6 In of MODEL 9 1 H LYS 398 H LYS 398 18.575 3.986 2.616 2 HA LYS 398 HA LYS 398 17.962 1.167 2.948 3 HB3 LYS 398 1HB LYS 398 15.741 1.771 2.001 4 HB2 LYS 398 2HB LYS 398 16.223 3.460 2.035 5 HG3 LYS 398 1HG LYS 398 16.401 3.405 4.419 6 HG2 LYS 398 2HG LYS 398 16.022 1.676 4.436 7 HD3 LYS 398 1HD LYS 398 13.863 2.155 3.422 8 HD2 LYS 398 2HD LYS 398 14.301 3.872 3.411 9 HE3 LYS 398 1HE LYS 398 14.146 2.257 5.960 10 HE2 LYS 398 2HE LYS 398 12.758 3.129 5.321 11 HZ2 LYS 398 1HZ LYS 398 13.996 5.178 5.476 12 HZ1 LYS 398 2HZ LYS 398 15.346 4.383 6.079 13 HZ3 LYS 398 3HZ LYS 398 13.935 4.434 6.990 No H/Q in entry = 13 In of MODEL 9 1 H LEU 399 H LEU 399 17.179 0.201 0.885 2 HA LEU 399 HA LEU 399 19.146 0.962 -1.111 3 HB3 LEU 399 1HB LEU 399 18.741 -1.239 -2.129 4 HB2 LEU 399 2HB LEU 399 17.390 -1.496 -1.019 5 HG LEU 399 HG LEU 399 20.020 -1.108 0.220 6 HD11 LEU 399 HD11 LEU 399 18.008 -1.328 1.541 7 HD13 LEU 399 HD12 LEU 399 19.100 -2.687 1.784 8 HD12 LEU 399 HD13 LEU 399 17.666 -2.883 0.778 9 HD22 LEU 399 HD21 LEU 399 20.514 -3.433 0.038 10 HD21 LEU 399 HD22 LEU 399 20.537 -2.686 -1.572 11 HD23 LEU 399 HD23 LEU 399 19.161 -3.686 -1.057 No H/Q in entry = 11 In of MODEL 9 1 H LEU 400 H LEU 400 18.607 2.148 -2.797 2 HA LEU 400 HA LEU 400 15.959 2.876 -3.466 3 HB3 LEU 400 1HB LEU 400 18.485 2.930 -5.137 4 HB2 LEU 400 2HB LEU 400 17.882 4.239 -4.141 5 HG LEU 400 HG LEU 400 16.547 3.177 -6.637 6 HD12 LEU 400 HD11 LEU 400 15.818 5.528 -4.898 7 HD11 LEU 400 HD12 LEU 400 14.911 4.022 -5.050 8 HD13 LEU 400 HD13 LEU 400 15.057 5.102 -6.430 9 HD21 LEU 400 HD21 LEU 400 18.064 5.734 -6.135 10 HD23 LEU 400 HD22 LEU 400 17.204 5.322 -7.618 11 HD22 LEU 400 HD23 LEU 400 18.605 4.374 -7.120 No H/Q in entry = 11 In of MODEL 9 1 H ALA 401 H ALA 401 14.448 1.636 -4.336 2 HA ALA 401 HA ALA 401 15.403 -0.729 -5.769 3 HB3 ALA 401 1HB ALA 401 14.570 -1.224 -3.550 4 HB2 ALA 401 2HB ALA 401 13.588 -1.982 -4.809 5 HB1 ALA 401 3HB ALA 401 13.015 -0.524 -3.985 No H/Q in entry = 5 In of MODEL 9 1 H TRP 402 H TRP 402 12.517 1.437 -5.475 2 HA TRP 402 HA TRP 402 12.023 0.822 -8.271 3 HB3 TRP 402 1HB TRP 402 10.109 0.136 -6.047 4 HB2 TRP 402 2HB TRP 402 10.957 -0.994 -7.076 5 HD1 TRP 402 HD TRP 402 10.217 -0.777 -9.830 6 HE3 TRP 402 3HE TRP 402 7.917 0.867 -5.618 7 HE1 TRP 402 HE1 TRP 402 7.797 -0.612 -10.723 8 HZ3 TRP 402 3HZ TRP 402 5.495 1.278 -5.649 9 HZ2 TRP 402 2HZ TRP 402 5.241 0.134 -9.743 10 HH2 TRP 402 HH TRP 402 4.185 0.922 -7.681 No H/Q in entry = 10 In of MODEL 9 1 H SER 403 H SER 403 11.283 2.493 -9.307 2 HA SER 403 HA SER 403 9.871 4.607 -7.865 3 HB3 SER 403 1HB SER 403 11.242 4.630 -10.578 4 HB2 SER 403 2HB SER 403 11.947 5.301 -9.109 5 HG SER 403 HG SER 403 9.915 6.265 -10.733 No H/Q in entry = 5 In of MODEL 9 1 H GLY 404 H GLY 404 7.682 4.508 -8.219 2 HA2 GLY 404 1HA GLY 404 6.411 2.514 -9.467 3 HA3 GLY 404 2HA GLY 404 6.721 3.638 -10.782 No H/Q in entry = 3 In of MODEL 9 1 H VAL 405 H VAL 405 4.199 3.058 -10.285 2 HA VAL 405 HA VAL 405 3.192 5.457 -8.964 3 HB VAL 405 HB VAL 405 2.179 4.159 -11.521 4 HG12 VAL 405 HG11 VAL 405 0.714 6.106 -11.717 5 HG11 VAL 405 HG12 VAL 405 1.277 6.684 -10.148 6 HG13 VAL 405 HG13 VAL 405 0.373 5.173 -10.260 7 HG23 VAL 405 HG21 VAL 405 2.947 6.197 -12.665 8 HG22 VAL 405 HG22 VAL 405 4.280 5.308 -11.930 9 HG21 VAL 405 HG23 VAL 405 3.656 6.764 -11.155 No H/Q in entry = 9 In of MODEL 9 1 H LEU 406 H LEU 406 1.348 5.150 -7.768 2 HA LEU 406 HA LEU 406 0.425 2.366 -7.494 3 HB3 LEU 406 1HB LEU 406 -0.369 3.040 -5.284 4 HB2 LEU 406 2HB LEU 406 0.241 4.655 -5.539 5 HG LEU 406 HG LEU 406 2.534 3.836 -5.479 6 HD11 LEU 406 HD11 LEU 406 0.825 2.945 -3.161 7 HD13 LEU 406 HD12 LEU 406 1.440 4.571 -3.439 8 HD12 LEU 406 HD13 LEU 406 2.560 3.255 -3.092 9 HD23 LEU 406 HD21 LEU 406 2.992 1.520 -4.812 10 HD22 LEU 406 HD22 LEU 406 2.158 1.581 -6.363 11 HD21 LEU 406 HD23 LEU 406 1.269 1.156 -4.897 No H/Q in entry = 11 In of MODEL 9 1 H GLU 407 H GLU 407 -1.645 1.992 -7.763 2 HA GLU 407 HA GLU 407 -3.293 4.299 -8.245 3 HB3 GLU 407 1HB GLU 407 -4.683 2.484 -9.606 4 HB2 GLU 407 2HB GLU 407 -3.116 1.702 -9.687 5 HG3 GLU 407 1HG GLU 407 -2.133 3.664 -10.682 6 HG2 GLU 407 2HG GLU 407 -3.664 4.520 -10.432 No H/Q in entry = 6 In of MODEL 9 1 H TRP 408 H TRP 408 -4.957 4.496 -6.998 2 HA TRP 408 HA TRP 408 -5.612 2.252 -5.253 3 HB3 TRP 408 1HB TRP 408 -4.290 3.730 -3.931 4 HB2 TRP 408 2HB TRP 408 -5.956 3.894 -3.397 5 HD1 TRP 408 HD TRP 408 -3.227 5.824 -5.277 6 HE3 TRP 408 3HE TRP 408 -7.871 5.532 -3.147 7 HE1 TRP 408 HE1 TRP 408 -3.816 8.317 -5.231 8 HZ3 TRP 408 3HZ TRP 408 -9.113 7.619 -2.759 9 HZ2 TRP 408 2HZ TRP 408 -5.948 9.957 -4.403 10 HH2 TRP 408 HH TRP 408 -8.169 9.782 -3.374 No H/Q in entry = 10 In of MODEL 9 1 H GLN 409 H GLN 409 -7.643 2.102 -4.508 2 HA GLN 409 HA GLN 409 -9.662 3.849 -5.608 3 HB3 GLN 409 1HB GLN 409 -9.627 0.837 -5.929 4 HB2 GLN 409 2HB GLN 409 -9.337 1.983 -7.221 5 HG3 GLN 409 1HG GLN 409 -11.674 2.863 -6.765 6 HG2 GLN 409 2HG GLN 409 -11.903 1.393 -5.810 7 HE21 GLN 409 HE21 GLN 409 -11.737 -0.616 -6.875 8 HE22 GLN 409 HE22 GLN 409 -11.984 -0.744 -8.579 No H/Q in entry = 8 In of MODEL 9 1 H GLU 410 H GLU 410 -11.507 3.858 -4.267 2 HA GLU 410 HA GLU 410 -10.995 2.647 -1.645 3 HB3 GLU 410 1HB GLU 410 -10.533 5.021 -1.595 4 HB2 GLU 410 2HB GLU 410 -11.995 4.678 -0.675 5 HG3 GLU 410 1HG GLU 410 -13.361 5.426 -2.537 6 HG2 GLU 410 2HG GLU 410 -11.912 5.710 -3.496 No H/Q in entry = 6 In of MODEL 9 1 H LYS 411 H LYS 411 -13.027 2.748 -0.278 2 HA LYS 411 HA LYS 411 -15.402 2.024 -1.848 3 HB3 LYS 411 1HB LYS 411 -16.005 0.561 0.065 4 HB2 LYS 411 2HB LYS 411 -14.472 0.952 0.825 5 HG3 LYS 411 1HG LYS 411 -14.275 -1.198 -0.134 6 HG2 LYS 411 2HG LYS 411 -13.304 -0.085 -1.096 7 HD3 LYS 411 1HD LYS 411 -15.088 0.055 -2.762 8 HD2 LYS 411 2HD LYS 411 -16.070 -1.059 -1.810 9 HE3 LYS 411 1HE LYS 411 -14.981 -2.275 -3.586 10 HE2 LYS 411 2HE LYS 411 -14.296 -2.763 -2.038 11 HZ2 LYS 411 1HZ LYS 411 -12.554 -2.432 -3.632 12 HZ1 LYS 411 2HZ LYS 411 -12.412 -1.240 -2.467 13 HZ3 LYS 411 3HZ LYS 411 -13.092 -0.886 -3.983 No H/Q in entry = 13 In of MODEL 9 1 HA PRO 412 HA PRO 412 -16.851 5.628 0.572 2 HB3 PRO 412 1HB PRO 412 -18.417 6.579 -0.861 3 HB2 PRO 412 2HB PRO 412 -19.328 5.072 -0.971 4 HG3 PRO 412 1HG PRO 412 -16.965 5.981 -2.563 5 HG2 PRO 412 2HG PRO 412 -18.406 5.098 -3.097 6 HD3 PRO 412 1HD PRO 412 -16.053 3.861 -2.708 7 HD2 PRO 412 2HD PRO 412 -17.597 3.063 -2.339 No H/Q in entry = 7 In of MODEL 9 1 H LYS 413 H LYS 413 -19.081 3.129 -0.444 2 HA LYS 413 HA LYS 413 -19.273 1.419 1.607 3 HB3 LYS 413 1HB LYS 413 -21.465 3.527 1.868 4 HB2 LYS 413 2HB LYS 413 -20.132 3.374 3.007 5 HG3 LYS 413 1HG LYS 413 -20.893 1.098 3.581 6 HG2 LYS 413 2HG LYS 413 -22.226 1.277 2.452 7 HD3 LYS 413 1HD LYS 413 -21.809 3.045 4.856 8 HD2 LYS 413 2HD LYS 413 -22.897 1.658 4.801 9 HE3 LYS 413 1HE LYS 413 -24.112 2.696 2.953 10 HE2 LYS 413 2HE LYS 413 -23.043 4.094 3.054 11 HZ2 LYS 413 1HZ LYS 413 -23.850 4.539 5.276 12 HZ1 LYS 413 2HZ LYS 413 -24.845 3.186 5.215 13 HZ3 LYS 413 3HZ LYS 413 -25.148 4.467 4.191 No H/Q in entry = 13 In of MODEL 9 1 HA PRO 414 HA PRO 414 -21.773 -0.014 -1.830 2 HB3 PRO 414 1HB PRO 414 -22.142 -2.243 -1.404 3 HB2 PRO 414 2HB PRO 414 -23.002 -1.893 0.096 4 HG3 PRO 414 1HG PRO 414 -20.083 -2.269 -0.369 5 HG2 PRO 414 2HG PRO 414 -21.069 -2.729 1.025 6 HD3 PRO 414 1HD PRO 414 -19.428 -0.575 1.014 7 HD2 PRO 414 2HD PRO 414 -20.915 -0.649 1.978 No H/Q in entry = 7 In of MODEL 9 1 H ALA 415 H ALA 415 -23.272 1.553 -2.204 2 HA ALA 415 HA ALA 415 -25.502 1.947 -0.371 3 HB1 ALA 415 1HB ALA 415 -24.437 3.935 -1.345 4 HB3 ALA 415 2HB ALA 415 -26.113 3.806 -1.874 5 HB2 ALA 415 3HB ALA 415 -24.805 3.343 -2.965 No H/Q in entry = 5 In of MODEL 9 1 H SER 416 H SER 416 -24.618 0.091 -2.911 2 HA SER 416 HA SER 416 -27.328 -0.854 -3.276 3 HB3 SER 416 1HB SER 416 -25.349 -0.437 -5.547 4 HB2 SER 416 2HB SER 416 -26.672 0.672 -5.197 5 HG SER 416 HG SER 416 -26.841 -1.238 -6.786 No H/Q in entry = 5 In of MODEL 9 1 H VAL 417 H VAL 417 -26.564 -2.958 -4.997 2 HA VAL 417 HA VAL 417 -25.207 -4.622 -3.113 3 HB VAL 417 HB VAL 417 -27.040 -5.580 -4.434 4 HG11 VAL 417 HG11 VAL 417 -25.293 -5.193 -6.850 5 HG13 VAL 417 HG12 VAL 417 -26.819 -4.373 -6.506 6 HG12 VAL 417 HG13 VAL 417 -26.798 -6.109 -6.818 7 HG21 VAL 417 HG21 VAL 417 -24.398 -6.890 -5.054 8 HG23 VAL 417 HG22 VAL 417 -25.971 -7.670 -5.190 9 HG22 VAL 417 HG23 VAL 417 -25.383 -7.143 -3.612 No H/Q in entry = 9 In of MODEL 9 1 H ASP 418 H ASP 418 -24.336 -3.060 -6.116 2 HA ASP 418 HA ASP 418 -21.664 -4.229 -6.003 3 HB3 ASP 418 1HB ASP 418 -22.856 -2.349 -8.051 4 HB2 ASP 418 2HB ASP 418 -22.848 -4.101 -8.199 No H/Q in entry = 4 In of MODEL 9 1 H ALA 419 H ALA 419 -20.170 -3.214 -4.924 2 HA ALA 419 HA ALA 419 -20.599 -0.503 -3.995 3 HB3 ALA 419 1HB ALA 419 -19.892 -2.253 -2.448 4 HB1 ALA 419 2HB ALA 419 -18.747 -0.912 -2.504 5 HB2 ALA 419 3HB ALA 419 -18.380 -2.424 -3.336 No H/Q in entry = 5 In of MODEL 9 1 H ASN 420 H ASN 420 -19.241 -1.681 -6.766 2 HA ASN 420 HA ASN 420 -16.852 -0.066 -6.610 3 HB3 ASN 420 1HB ASN 420 -17.795 -1.855 -8.867 4 HB2 ASN 420 2HB ASN 420 -16.617 -2.286 -7.638 5 HD21 ASN 420 HD21 ASN 420 -17.133 -0.564 -10.597 6 HD22 ASN 420 HD22 ASN 420 -15.491 -0.148 -10.885 No H/Q in entry = 6 In of MODEL 9 1 H THR 421 H THR 421 -17.965 1.841 -6.365 2 HA THR 421 HA THR 421 -18.442 3.015 -8.950 3 HB THR 421 HB THR 421 -20.676 2.832 -8.080 4 HG21 THR 421 HG21 THR 421 -19.701 4.182 -5.554 5 HG23 THR 421 HG22 THR 421 -20.197 2.498 -5.701 6 HG22 THR 421 HG23 THR 421 -21.382 3.788 -5.912 7 HG1 THR 421 HG1 THR 421 -20.669 4.719 -9.010 No H/Q in entry = 7 In of MODEL 9 1 H LYS 422 H LYS 422 -16.214 3.374 -8.721 2 HA LYS 422 HA LYS 422 -15.638 6.010 -7.940 3 HB3 LYS 422 1HB LYS 422 -13.871 3.950 -6.640 4 HB2 LYS 422 2HB LYS 422 -15.357 4.376 -5.809 5 HG3 LYS 422 1HG LYS 422 -13.272 6.399 -6.628 6 HG2 LYS 422 2HG LYS 422 -13.337 5.627 -5.041 7 HD3 LYS 422 1HD LYS 422 -15.644 6.502 -4.749 8 HD2 LYS 422 2HD LYS 422 -15.505 7.325 -6.299 9 HE3 LYS 422 1HE LYS 422 -13.696 7.841 -3.952 10 HE2 LYS 422 2HE LYS 422 -15.119 8.799 -4.326 11 HZ2 LYS 422 1HZ LYS 422 -13.136 9.837 -5.157 12 HZ1 LYS 422 2HZ LYS 422 -14.096 9.387 -6.464 13 HZ3 LYS 422 3HZ LYS 422 -12.734 8.483 -6.063 No H/Q in entry = 13 In of MODEL 9 1 H LEU 423 H LEU 423 -13.298 6.336 -8.748 2 HA LEU 423 HA LEU 423 -12.682 4.253 -10.697 3 HB3 LEU 423 1HB LEU 423 -11.617 6.043 -12.046 4 HB2 LEU 423 2HB LEU 423 -12.187 7.227 -10.889 5 HG LEU 423 HG LEU 423 -14.512 6.704 -11.482 6 HD11 LEU 423 HD11 LEU 423 -13.362 8.468 -12.695 7 HD13 LEU 423 HD12 LEU 423 -14.502 7.620 -13.742 8 HD12 LEU 423 HD13 LEU 423 -12.776 7.285 -13.864 9 HD23 LEU 423 HD21 LEU 423 -14.994 5.267 -13.423 10 HD22 LEU 423 HD22 LEU 423 -14.281 4.363 -12.094 11 HD21 LEU 423 HD23 LEU 423 -13.292 4.804 -13.490 No H/Q in entry = 11 In of MODEL 9 1 H THR 424 H THR 424 -10.460 3.864 -11.086 2 HA THR 424 HA THR 424 -8.947 3.922 -8.658 3 HB THR 424 HB THR 424 -7.984 3.057 -11.377 4 HG22 THR 424 HG21 THR 424 -7.462 2.003 -8.601 5 HG21 THR 424 HG22 THR 424 -6.457 3.159 -9.464 6 HG23 THR 424 HG23 THR 424 -6.637 1.512 -10.093 7 HG1 THR 424 HG1 THR 424 -10.076 1.977 -9.867 No H/Q in entry = 7 In of MODEL 9 1 H ARG 425 H ARG 425 -7.328 5.393 -8.210 2 HA ARG 425 HA ARG 425 -6.575 7.200 -10.387 3 HB3 ARG 425 1HB ARG 425 -6.343 9.001 -8.669 4 HB2 ARG 425 2HB ARG 425 -7.070 7.911 -7.501 5 HG3 ARG 425 1HG ARG 425 -8.708 9.506 -8.438 6 HG2 ARG 425 2HG ARG 425 -9.114 7.826 -8.805 7 HD3 ARG 425 1HD ARG 425 -8.277 8.026 -11.024 8 HD2 ARG 425 2HD ARG 425 -7.636 9.633 -10.708 9 HE ARG 425 HE ARG 425 -10.167 10.069 -10.246 10 HH11 ARG 425 HH11 ARG 425 -8.784 8.134 -12.885 11 HH12 ARG 425 HH12 ARG 425 -9.996 8.560 -13.998 12 HH21 ARG 425 HH21 ARG 425 -11.792 10.642 -11.765 13 HH22 ARG 425 HH22 ARG 425 -11.755 10.027 -13.355 No H/Q in entry = 13 In of MODEL 9 1 H SER 426 H SER 426 -4.493 8.027 -10.422 2 HA SER 426 HA SER 426 -2.629 6.184 -9.165 3 HB3 SER 426 1HB SER 426 -2.540 5.718 -11.406 4 HB2 SER 426 2HB SER 426 -1.260 6.888 -11.215 5 HG SER 426 HG SER 426 -2.457 8.368 -12.324 No H/Q in entry = 5 In of MODEL 9 1 H LEU 427 H LEU 427 -0.871 6.859 -8.162 2 HA LEU 427 HA LEU 427 -0.041 9.653 -8.318 3 HB3 LEU 427 1HB LEU 427 0.506 9.461 -5.828 4 HB2 LEU 427 2HB LEU 427 -0.534 8.049 -5.819 5 HG LEU 427 HG LEU 427 -2.410 9.510 -6.609 6 HD13 LEU 427 HD11 LEU 427 -2.204 8.949 -4.273 7 HD12 LEU 427 HD12 LEU 427 -2.711 10.638 -4.423 8 HD11 LEU 427 HD13 LEU 427 -1.032 10.237 -4.039 9 HD23 LEU 427 HD21 LEU 427 -0.427 11.709 -6.032 10 HD22 LEU 427 HD22 LEU 427 -2.141 11.917 -6.391 11 HD21 LEU 427 HD23 LEU 427 -1.059 11.277 -7.622 No H/Q in entry = 11 In of MODEL 9 1 HA PRO 428 HA PRO 428 3.840 7.424 -8.914 2 HB3 PRO 428 1HB PRO 428 4.892 8.839 -10.362 3 HB2 PRO 428 2HB PRO 428 5.112 10.042 -9.091 4 HG3 PRO 428 1HG PRO 428 2.887 9.733 -11.043 5 HG2 PRO 428 2HG PRO 428 3.571 11.212 -10.342 6 HD3 PRO 428 1HD PRO 428 1.226 10.277 -9.560 7 HD2 PRO 428 2HD PRO 428 2.353 11.004 -8.386 No H/Q in entry = 7 In of MODEL 9 1 H CYS 429 H CYS 429 5.639 6.971 -7.646 2 HA CYS 429 HA CYS 429 6.151 8.602 -5.309 3 HB3 CYS 429 1HB CYS 429 4.380 7.158 -4.565 4 HB2 CYS 429 2HB CYS 429 5.860 6.618 -3.802 5 HG CYS 429 HG CYS 429 5.006 5.112 -6.708 No H/Q in entry = 5 In of MODEL 9 1 H GLN 430 H GLN 430 8.031 7.729 -4.097 2 HA GLN 430 HA GLN 430 9.977 6.312 -5.795 3 HB3 GLN 430 1HB GLN 430 11.689 7.480 -4.382 4 HB2 GLN 430 2HB GLN 430 10.399 8.370 -3.598 5 HG3 GLN 430 1HG GLN 430 11.490 9.749 -5.243 6 HG2 GLN 430 2HG GLN 430 9.823 9.423 -5.724 7 HE21 GLN 430 HE21 GLN 430 9.442 8.107 -7.459 8 HE22 GLN 430 HE22 GLN 430 10.634 7.650 -8.606 No H/Q in entry = 8 In of MODEL 9 1 H VAL 431 H VAL 431 10.705 4.396 -4.920 2 HA VAL 431 HA VAL 431 9.954 3.883 -2.141 3 HB VAL 431 HB VAL 431 9.868 1.903 -4.418 4 HG13 VAL 431 HG11 VAL 431 8.727 0.434 -2.816 5 HG12 VAL 431 HG12 VAL 431 8.959 1.638 -1.552 6 HG11 VAL 431 HG13 VAL 431 10.355 0.846 -2.282 7 HG23 VAL 431 HG21 VAL 431 7.401 2.013 -4.102 8 HG22 VAL 431 HG22 VAL 431 8.118 3.499 -4.721 9 HG21 VAL 431 HG23 VAL 431 7.653 3.385 -3.028 No H/Q in entry = 9 In of MODEL 9 1 H TYR 432 H TYR 432 11.499 3.413 -0.941 2 HA TYR 432 HA TYR 432 13.982 2.192 -1.953 3 HB3 TYR 432 1HB TYR 432 14.988 2.963 0.167 4 HB2 TYR 432 2HB TYR 432 13.457 3.669 0.651 5 HH TYR 432 HH TYR 432 15.554 8.978 -2.046 6 HD1 TYR 432 1HD TYR 432 12.788 5.794 -0.116 7 HE1 TYR 432 1HE TYR 432 13.407 7.921 -1.219 8 HE2 TYR 432 2HE TYR 432 16.889 6.031 -2.811 9 HD2 TYR 432 2HD TYR 432 16.226 3.918 -1.688 No H/Q in entry = 9 In of MODEL 9 1 H VAL 433 H VAL 433 14.782 0.436 -0.579 2 HA VAL 433 HA VAL 433 12.638 -0.691 1.061 3 HB VAL 433 HB VAL 433 13.477 -2.970 0.494 4 HG12 VAL 433 HG11 VAL 433 12.681 -1.349 -1.915 5 HG11 VAL 433 HG12 VAL 433 11.587 -2.033 -0.723 6 HG13 VAL 433 HG13 VAL 433 12.542 -3.100 -1.753 7 HG23 VAL 433 HG21 VAL 433 14.932 -3.210 -1.525 8 HG22 VAL 433 HG22 VAL 433 15.738 -2.520 -0.120 9 HG21 VAL 433 HG23 VAL 433 15.227 -1.472 -1.445 No H/Q in entry = 9 In of MODEL 9 1 H ASN 434 H ASN 434 13.153 -1.472 2.983 2 HA ASN 434 HA ASN 434 15.892 -1.021 3.802 3 HB3 ASN 434 1HB ASN 434 13.429 -1.295 5.614 4 HB2 ASN 434 2HB ASN 434 14.319 0.147 5.236 5 HD21 ASN 434 HD21 ASN 434 13.803 -1.280 7.835 6 HD22 ASN 434 HD22 ASN 434 15.384 -1.416 8.504 No H/Q in entry = 6 In of MODEL 9 1 H HIS 435 H HIS 435 17.111 -2.450 4.525 2 HA HIS 435 HA HIS 435 17.502 -4.587 3.076 3 HB3 HIS 435 1HB HIS 435 19.075 -5.436 4.856 4 HB2 HIS 435 2HB HIS 435 18.533 -4.093 5.843 5 HD1 HIS 435 HD1 HIS 435 21.181 -4.924 3.558 6 HD2 HIS 435 2HD HIS 435 18.975 -1.496 4.362 7 HE1 HIS 435 1HE HIS 435 22.570 -2.987 2.765 No H/Q in entry = 7 In of MODEL 9 1 H GLY 436 H GLY 436 17.619 -6.805 3.310 2 HA2 GLY 436 1HA GLY 436 15.768 -8.054 5.251 3 HA3 GLY 436 2HA GLY 436 17.161 -8.873 4.540 No H/Q in entry = 3 In of MODEL 9 1 H GLU 437 H GLU 437 15.987 -6.992 2.235 2 HA GLU 437 HA GLU 437 13.604 -8.357 1.452 3 HB3 GLU 437 1HB GLU 437 14.112 -5.886 1.299 4 HB2 GLU 437 2HB GLU 437 13.399 -6.642 -0.112 5 HG3 GLU 437 1HG GLU 437 15.142 -4.980 -0.655 6 HG2 GLU 437 2HG GLU 437 15.461 -6.572 -1.319 No H/Q in entry = 6 In of MODEL 9 1 H ASN 438 H ASN 438 13.323 -9.359 -0.573 2 HA ASN 438 HA ASN 438 15.594 -9.673 -2.361 3 HB3 ASN 438 1HB ASN 438 14.636 -12.086 -2.834 4 HB2 ASN 438 2HB ASN 438 14.010 -11.962 -1.203 5 HD21 ASN 438 HD21 ASN 438 17.152 -10.665 -2.213 6 HD22 ASN 438 HD22 ASN 438 18.056 -11.771 -1.260 No H/Q in entry = 6 In of MODEL 9 1 H LEU 439 H LEU 439 14.684 -8.273 -3.772 2 HA LEU 439 HA LEU 439 12.516 -9.388 -5.263 3 HB3 LEU 439 1HB LEU 439 11.140 -7.896 -4.146 4 HB2 LEU 439 2HB LEU 439 11.498 -7.087 -5.641 5 HG LEU 439 HG LEU 439 11.431 -5.386 -4.036 6 HD13 LEU 439 HD11 LEU 439 11.494 -6.702 -2.085 7 HD12 LEU 439 HD12 LEU 439 12.665 -5.376 -1.974 8 HD11 LEU 439 HD13 LEU 439 13.217 -7.024 -2.309 9 HD21 LEU 439 HD21 LEU 439 13.444 -5.235 -5.508 10 HD23 LEU 439 HD22 LEU 439 14.376 -5.961 -4.198 11 HD22 LEU 439 HD23 LEU 439 13.598 -4.397 -3.964 No H/Q in entry = 11 In of MODEL 9 1 H LYS 440 H LYS 440 12.661 -9.164 -7.424 2 HA LYS 440 HA LYS 440 14.794 -7.394 -8.355 3 HB3 LYS 440 1HB LYS 440 13.221 -9.405 -9.993 4 HB2 LYS 440 2HB LYS 440 14.654 -9.873 -9.100 5 HG3 LYS 440 1HG LYS 440 14.572 -7.843 -11.323 6 HG2 LYS 440 2HG LYS 440 15.151 -9.507 -11.461 7 HD3 LYS 440 1HD LYS 440 16.817 -8.941 -9.647 8 HD2 LYS 440 2HD LYS 440 16.359 -7.259 -9.861 9 HE3 LYS 440 1HE LYS 440 17.551 -9.067 -11.961 10 HE2 LYS 440 2HE LYS 440 18.377 -7.758 -11.127 11 HZ3 LYS 440 1HZ LYS 440 16.160 -7.476 -13.078 12 HZ2 LYS 440 2HZ LYS 440 17.748 -7.025 -13.271 13 HZ1 LYS 440 3HZ LYS 440 16.791 -6.197 -12.163 No H/Q in entry = 13 In of MODEL 9 1 H THR 441 H THR 441 13.937 -5.357 -8.654 2 HA THR 441 HA THR 441 11.143 -4.965 -8.853 3 HB THR 441 HB THR 441 11.903 -2.521 -9.225 4 HG23 THR 441 HG21 THR 441 11.080 -3.356 -7.093 5 HG22 THR 441 HG22 THR 441 12.503 -2.340 -6.805 6 HG21 THR 441 HG23 THR 441 12.641 -4.092 -6.762 7 HG1 THR 441 HG1 THR 441 14.044 -2.148 -8.690 No H/Q in entry = 7 In of MODEL 9 1 H GLU 442 H GLU 442 13.466 -5.558 -11.097 2 HA GLU 442 HA GLU 442 12.396 -4.359 -13.420 3 HB3 GLU 442 1HB GLU 442 14.020 -6.852 -12.986 4 HB2 GLU 442 2HB GLU 442 14.651 -5.240 -13.247 5 HG3 GLU 442 1HG GLU 442 13.851 -5.245 -15.519 6 HG2 GLU 442 2HG GLU 442 13.137 -6.843 -15.270 No H/Q in entry = 6 In of MODEL 9 1 H GLN 443 H GLN 443 11.455 -7.091 -11.481 2 HA GLN 443 HA GLN 443 9.627 -8.062 -13.556 3 HB3 GLN 443 1HB GLN 443 10.377 -9.379 -10.931 4 HB2 GLN 443 2HB GLN 443 11.251 -9.665 -12.423 5 HG3 GLN 443 1HG GLN 443 9.133 -10.516 -13.428 6 HG2 GLN 443 2HG GLN 443 8.379 -10.361 -11.845 7 HE21 GLN 443 HE21 GLN 443 10.828 -11.201 -10.434 8 HE22 GLN 443 HE22 GLN 443 10.928 -12.904 -10.700 No H/Q in entry = 8 In of MODEL 9 1 H TRP 444 H TRP 444 9.566 -5.727 -11.526 2 HA TRP 444 HA TRP 444 7.090 -6.313 -10.142 3 HB3 TRP 444 1HB TRP 444 7.466 -3.814 -9.405 4 HB2 TRP 444 2HB TRP 444 9.105 -4.109 -9.949 5 HD1 TRP 444 HD TRP 444 9.236 -7.176 -8.782 6 HE3 TRP 444 3HE TRP 444 7.684 -2.553 -7.274 7 HE1 TRP 444 HE1 TRP 444 9.551 -7.464 -6.255 8 HZ3 TRP 444 3HZ TRP 444 7.700 -2.015 -4.877 9 HZ2 TRP 444 2HZ TRP 444 9.180 -5.896 -3.891 10 HH2 TRP 444 HH TRP 444 8.439 -3.656 -3.222 No H/Q in entry = 10 In of MODEL 9 1 HA PRO 445 HA PRO 445 4.774 -4.060 -13.264 2 HB3 PRO 445 1HB PRO 445 2.598 -4.573 -12.693 3 HB2 PRO 445 2HB PRO 445 2.740 -3.717 -11.154 4 HG3 PRO 445 1HG PRO 445 3.414 -6.547 -11.828 5 HG2 PRO 445 2HG PRO 445 2.664 -5.906 -10.359 6 HD3 PRO 445 1HD PRO 445 5.208 -6.615 -10.393 7 HD2 PRO 445 2HD PRO 445 4.693 -5.161 -9.503 No H/Q in entry = 7 In of MODEL 9 1 H GLN 446 H GLN 446 4.481 -1.873 -13.632 2 HA GLN 446 HA GLN 446 5.667 -0.113 -11.701 3 HB3 GLN 446 1HB GLN 446 5.291 1.662 -13.478 4 HB2 GLN 446 2HB GLN 446 4.645 0.391 -14.500 5 HG3 GLN 446 1HG GLN 446 7.436 0.410 -13.367 6 HG2 GLN 446 2HG GLN 446 7.014 0.967 -14.980 7 HE21 GLN 446 HE21 GLN 446 8.804 -1.172 -14.162 8 HE22 GLN 446 HE22 GLN 446 8.222 -2.604 -14.924 No H/Q in entry = 8 In of MODEL 9 1 H LYS 447 H LYS 447 2.666 -1.255 -12.146 2 HA LYS 447 HA LYS 447 1.436 1.008 -10.745 3 HB3 LYS 447 1HB LYS 447 -0.717 0.243 -11.768 4 HB2 LYS 447 2HB LYS 447 0.237 -0.785 -12.823 5 HG3 LYS 447 1HG LYS 447 1.399 1.193 -13.665 6 HG2 LYS 447 2HG LYS 447 0.315 2.197 -12.689 7 HD3 LYS 447 1HD LYS 447 -1.593 1.126 -13.819 8 HD2 LYS 447 2HD LYS 447 -0.460 0.275 -14.862 9 HE3 LYS 447 1HE LYS 447 -1.183 2.167 -16.056 10 HE2 LYS 447 2HE LYS 447 0.467 2.470 -15.467 11 HZ3 LYS 447 1HZ LYS 447 -1.198 4.320 -15.201 12 HZ2 LYS 447 2HZ LYS 447 -0.237 3.929 -13.893 13 HZ1 LYS 447 3HZ LYS 447 -1.857 3.387 -13.928 No H/Q in entry = 13 In of MODEL 9 1 H LEU 448 H LEU 448 0.899 0.361 -8.750 2 HA LEU 448 HA LEU 448 0.131 -2.449 -8.301 3 HB3 LEU 448 1HB LEU 448 0.897 -2.185 -6.005 4 HB2 LEU 448 2HB LEU 448 1.299 -0.509 -6.307 5 HG LEU 448 HG LEU 448 3.129 -1.158 -7.754 6 HD13 LEU 448 HD11 LEU 448 4.565 -2.195 -6.138 7 HD12 LEU 448 HD12 LEU 448 3.163 -2.623 -5.157 8 HD11 LEU 448 HD13 LEU 448 3.570 -0.926 -5.425 9 HD22 LEU 448 HD21 LEU 448 3.746 -3.483 -8.063 10 HD21 LEU 448 HD22 LEU 448 2.143 -3.176 -8.728 11 HD23 LEU 448 HD23 LEU 448 2.315 -3.997 -7.173 No H/Q in entry = 11 In of MODEL 9 1 H ILE 449 H ILE 449 -1.679 -2.800 -6.869 2 HA ILE 449 HA ILE 449 -3.511 -0.512 -6.980 3 HB ILE 449 HB ILE 449 -4.122 -3.461 -6.632 4 HG12 ILE 449 HG12 ILE 449 -3.310 -2.985 -8.894 5 HG21 ILE 449 HG21 ILE 449 -6.016 -1.139 -7.004 6 HG23 ILE 449 HG22 ILE 449 -5.810 -2.100 -5.540 7 HG22 ILE 449 HG23 ILE 449 -6.478 -2.842 -6.992 8 HD11 ILE 449 HD11 ILE 449 -5.530 -0.971 -9.118 9 HD13 ILE 449 HD12 ILE 449 -4.515 -1.548 -10.438 10 HD12 ILE 449 HD13 ILE 449 -3.801 -0.620 -9.122 11 HG13 ILE 449 HG11 ILE 449 -5.027 -3.368 -8.927 No H/Q in entry = 11 In of MODEL 9 1 H MET 450 H MET 450 -4.004 0.487 -5.187 2 HA MET 450 HA MET 450 -3.519 -0.898 -2.638 3 HB3 MET 450 1HB MET 450 -3.362 2.067 -3.203 4 HB2 MET 450 2HB MET 450 -1.998 0.994 -2.936 5 HG3 MET 450 1HG MET 450 -2.830 0.570 -0.640 6 HG2 MET 450 2HG MET 450 -4.120 1.725 -0.926 7 HE3 MET 450 1HE MET 450 -2.595 4.023 -2.603 8 HE2 MET 450 2HE MET 450 -2.139 5.099 -1.283 9 HE1 MET 450 3HE MET 450 -3.731 4.342 -1.290 No H/Q in entry = 9 In of MODEL 9 1 H GLN 451 H GLN 451 -5.064 -1.051 -1.188 2 HA GLN 451 HA GLN 451 -7.640 0.297 -1.696 3 HB3 GLN 451 1HB GLN 451 -7.199 -2.303 -0.215 4 HB2 GLN 451 2HB GLN 451 -7.536 -2.258 -1.934 5 HG3 GLN 451 1HG GLN 451 -9.357 -1.169 0.209 6 HG2 GLN 451 2HG GLN 451 -9.527 -2.748 -0.558 7 HE21 GLN 451 HE21 GLN 451 -8.711 -1.758 -3.172 8 HE22 GLN 451 HE22 GLN 451 -10.031 -0.854 -3.789 No H/Q in entry = 8 In of MODEL 9 1 H LEU 452 H LEU 452 -8.338 1.562 -0.021 2 HA LEU 452 HA LEU 452 -6.613 1.808 2.288 3 HB3 LEU 452 1HB LEU 452 -8.056 3.787 2.828 4 HB2 LEU 452 2HB LEU 452 -9.007 3.445 1.405 5 HG LEU 452 HG LEU 452 -7.405 5.332 1.173 6 HD12 LEU 452 HD11 LEU 452 -5.278 3.222 1.310 7 HD11 LEU 452 HD12 LEU 452 -5.572 4.513 2.472 8 HD13 LEU 452 HD13 LEU 452 -5.040 4.906 0.840 9 HD21 LEU 452 HD21 LEU 452 -8.239 4.231 -0.835 10 HD23 LEU 452 HD22 LEU 452 -6.940 3.041 -0.742 11 HD22 LEU 452 HD23 LEU 452 -6.562 4.732 -1.060 No H/Q in entry = 11 In of MODEL 9 1 H ILE 453 H ILE 453 -7.032 1.003 4.210 2 HA ILE 453 HA ILE 453 -9.727 0.000 4.839 3 HB ILE 453 HB ILE 453 -8.623 -1.999 5.873 4 HG12 ILE 453 HG12 ILE 453 -6.215 -1.073 4.282 5 HG23 ILE 453 HG21 ILE 453 -8.347 -3.242 3.767 6 HG22 ILE 453 HG22 ILE 453 -8.312 -1.716 2.885 7 HG21 ILE 453 HG23 ILE 453 -9.774 -2.205 3.748 8 HD11 ILE 453 HD11 ILE 453 -6.376 -3.503 4.259 9 HD13 ILE 453 HD12 ILE 453 -6.460 -3.510 6.023 10 HD12 ILE 453 HD13 ILE 453 -5.011 -2.925 5.209 11 HG13 ILE 453 HG11 ILE 453 -6.346 -1.075 6.032 No H/Q in entry = 11 In of MODEL 9 1 HA PRO 454 HA PRO 454 -8.896 1.768 8.912 2 HB3 PRO 454 1HB PRO 454 -10.491 0.937 10.340 3 HB2 PRO 454 2HB PRO 454 -9.904 -0.716 10.157 4 HG3 PRO 454 1HG PRO 454 -11.800 0.827 8.451 5 HG2 PRO 454 2HG PRO 454 -11.869 -0.873 8.941 6 HD3 PRO 454 1HD PRO 454 -11.056 -0.095 6.498 7 HD2 PRO 454 2HD PRO 454 -10.389 -1.530 7.261 No H/Q in entry = 7 In of MODEL 9 1 H GLN 455 H GLN 455 -7.041 1.866 9.963 2 HA GLN 455 HA GLN 455 -4.991 -0.059 9.826 3 HB3 GLN 455 1HB GLN 455 -5.316 2.303 11.667 4 HB2 GLN 455 2HB GLN 455 -4.570 2.336 10.078 5 HG3 GLN 455 1HG GLN 455 -2.757 0.946 10.845 6 HG2 GLN 455 2HG GLN 455 -3.523 0.770 12.421 7 HE21 GLN 455 HE21 GLN 455 -4.376 3.540 12.564 8 HE22 GLN 455 HE22 GLN 455 -2.959 4.461 12.873 No H/Q in entry = 8 In of MODEL 9 1 H GLN 456 H GLN 456 -7.512 0.521 12.143 2 HA GLN 456 HA GLN 456 -6.476 -0.663 14.418 3 HB3 GLN 456 1HB GLN 456 -9.332 -0.611 13.460 4 HB2 GLN 456 2HB GLN 456 -8.541 0.607 14.448 5 HG3 GLN 456 1HG GLN 456 -8.320 -0.967 16.273 6 HG2 GLN 456 2HG GLN 456 -9.012 -2.248 15.283 7 HE21 GLN 456 HE21 GLN 456 -10.673 -2.597 16.715 8 HE22 GLN 456 HE22 GLN 456 -11.990 -1.492 16.864 No H/Q in entry = 8 In of MODEL 9 1 H LEU 457 H LEU 457 -8.076 -2.105 11.691 2 HA LEU 457 HA LEU 457 -8.459 -4.677 12.891 3 HB3 LEU 457 1HB LEU 457 -9.289 -5.307 10.705 4 HB2 LEU 457 2HB LEU 457 -8.653 -3.820 10.026 5 HG LEU 457 HG LEU 457 -10.230 -2.529 11.411 6 HD11 LEU 457 HD11 LEU 457 -11.475 -4.655 9.684 7 HD13 LEU 457 HD12 LEU 457 -10.904 -3.053 9.177 8 HD12 LEU 457 HD13 LEU 457 -12.287 -3.200 10.248 9 HD23 LEU 457 HD21 LEU 457 -12.055 -3.701 12.561 10 HD22 LEU 457 HD22 LEU 457 -10.485 -4.051 13.277 11 HD21 LEU 457 HD23 LEU 457 -11.260 -5.241 12.230 No H/Q in entry = 11 In of MODEL 9 1 H LEU 458 H LEU 458 -5.808 -3.151 11.606 2 HA LEU 458 HA LEU 458 -4.642 -5.227 10.095 3 HB3 LEU 458 1HB LEU 458 -3.380 -2.819 11.391 4 HB2 LEU 458 2HB LEU 458 -4.079 -2.872 9.787 5 HG LEU 458 HG LEU 458 -1.648 -4.415 10.672 6 HD12 LEU 458 HD11 LEU 458 -1.408 -4.909 8.288 7 HD11 LEU 458 HD12 LEU 458 -2.970 -4.132 7.988 8 HD13 LEU 458 HD13 LEU 458 -2.881 -5.588 8.972 9 HD21 LEU 458 HD21 LEU 458 -1.227 -2.010 10.545 10 HD23 LEU 458 HD22 LEU 458 -1.908 -1.968 8.918 11 HD22 LEU 458 HD23 LEU 458 -0.420 -2.865 9.233 No H/Q in entry = 11 In of MODEL 9 1 H THR 459 H THR 459 -4.956 -4.728 13.450 2 HA THR 459 HA THR 459 -2.584 -5.876 14.365 3 HB THR 459 HB THR 459 -4.104 -4.623 15.859 4 HG22 THR 459 HG21 THR 459 -6.092 -5.748 16.772 5 HG21 THR 459 HG22 THR 459 -5.758 -7.096 15.654 6 HG23 THR 459 HG23 THR 459 -6.172 -5.504 15.012 7 HG1 THR 459 HG1 THR 459 -3.968 -6.154 17.650 No H/Q in entry = 7 In of MODEL 9 1 H THR 460 H THR 460 -5.371 -7.345 12.958 2 HA THR 460 HA THR 460 -5.079 -9.986 13.917 3 HB THR 460 HB THR 460 -6.315 -9.101 11.319 4 HG22 THR 460 HG21 THR 460 -7.074 -11.259 13.317 5 HG21 THR 460 HG22 THR 460 -6.291 -11.535 11.762 6 HG23 THR 460 HG23 THR 460 -7.935 -10.905 11.820 7 HG1 THR 460 HG1 THR 460 -7.654 -7.943 12.443 No H/Q in entry = 7 In of MODEL 9 1 H LEU 461 H LEU 461 -3.356 -8.120 11.567 2 HA LEU 461 HA LEU 461 -2.480 -10.448 10.029 3 HB3 LEU 461 1HB LEU 461 -1.319 -8.674 8.652 4 HB2 LEU 461 2HB LEU 461 -2.173 -7.501 9.621 5 HG LEU 461 HG LEU 461 -3.125 -7.859 7.473 6 HD13 LEU 461 HD11 LEU 461 -4.343 -9.907 6.895 7 HD12 LEU 461 HD12 LEU 461 -3.808 -10.641 8.402 8 HD11 LEU 461 HD13 LEU 461 -2.625 -10.207 7.165 9 HD21 LEU 461 HD21 LEU 461 -4.954 -8.695 9.717 10 HD23 LEU 461 HD22 LEU 461 -5.508 -8.149 8.136 11 HD22 LEU 461 HD23 LEU 461 -4.617 -7.049 9.186 No H/Q in entry = 11 In of MODEL 9 1 H GLY 462 H GLY 462 -1.696 -9.115 12.656 2 HA2 GLY 462 1HA GLY 462 0.148 -9.408 14.125 3 HA3 GLY 462 2HA GLY 462 0.911 -8.332 12.976 No H/Q in entry = 3 In of MODEL 9 1 HA PRO 463 HA PRO 463 2.784 -12.882 13.106 2 HB3 PRO 463 1HB PRO 463 1.319 -14.590 13.370 3 HB2 PRO 463 2HB PRO 463 1.315 -14.691 11.607 4 HG3 PRO 463 1HG PRO 463 -0.939 -14.227 12.966 5 HG2 PRO 463 2HG PRO 463 -0.623 -13.445 11.407 6 HD3 PRO 463 1HD PRO 463 -0.335 -12.325 14.172 7 HD2 PRO 463 2HD PRO 463 -1.046 -11.583 12.724 No H/Q in entry = 7 In of MODEL 9 1 H LEU 464 H LEU 464 1.233 -11.429 10.316 2 HA LEU 464 HA LEU 464 2.881 -12.790 8.384 3 HB3 LEU 464 1HB LEU 464 2.021 -10.963 6.809 4 HB2 LEU 464 2HB LEU 464 1.048 -10.408 8.145 5 HG LEU 464 HG LEU 464 -0.193 -11.743 6.496 6 HD11 LEU 464 HD11 LEU 464 1.501 -13.262 5.796 7 HD13 LEU 464 HD12 LEU 464 0.083 -14.139 6.365 8 HD12 LEU 464 HD13 LEU 464 1.517 -14.034 7.382 9 HD23 LEU 464 HD21 LEU 464 -0.048 -13.004 9.227 10 HD22 LEU 464 HD22 LEU 464 -1.370 -13.196 8.072 11 HD21 LEU 464 HD23 LEU 464 -1.029 -11.611 8.771 No H/Q in entry = 11 In of MODEL 9 1 H PHE 465 H PHE 465 2.956 -9.789 10.084 2 HA PHE 465 HA PHE 465 4.998 -8.593 8.545 3 HB3 PHE 465 1HB PHE 465 5.132 -6.940 10.445 4 HB2 PHE 465 2HB PHE 465 3.906 -7.903 11.264 5 HZ PHE 465 HZ PHE 465 0.485 -4.998 7.609 6 HD1 PHE 465 1HD PHE 465 1.594 -7.647 10.729 7 HE1 PHE 465 1HE PHE 465 -0.131 -6.456 9.493 8 HE2 PHE 465 2HE PHE 465 2.840 -4.741 6.980 9 HD2 PHE 465 2HD PHE 465 4.569 -5.930 8.206 No H/Q in entry = 9 In of MODEL 9 1 H ARG 466 H ARG 466 5.138 -11.028 10.792 2 HA ARG 466 HA ARG 466 7.619 -10.557 12.051 3 HB3 ARG 466 1HB ARG 466 7.676 -12.993 12.476 4 HB2 ARG 466 2HB ARG 466 6.329 -13.206 11.369 5 HG3 ARG 466 1HG ARG 466 5.616 -13.276 13.704 6 HG2 ARG 466 2HG ARG 466 4.874 -11.931 12.834 7 HD3 ARG 466 1HD ARG 466 6.493 -10.394 13.798 8 HD2 ARG 466 2HD ARG 466 7.287 -11.719 14.638 9 HE ARG 466 HE ARG 466 4.717 -11.851 15.476 10 HH11 ARG 466 HH11 ARG 466 7.173 -9.302 15.460 11 HH12 ARG 466 HH12 ARG 466 6.610 -8.524 16.870 12 HH21 ARG 466 HH21 ARG 466 3.910 -10.732 17.465 13 HH22 ARG 466 HH22 ARG 466 4.735 -9.334 17.985 No H/Q in entry = 13 In of MODEL 9 1 H ASN 467 H ASN 467 6.810 -11.972 8.934 2 HA ASN 467 HA ASN 467 9.649 -11.773 8.231 3 HB3 ASN 467 1HB ASN 467 9.190 -13.581 6.459 4 HB2 ASN 467 2HB ASN 467 7.757 -13.977 7.394 5 HD21 ASN 467 HD21 ASN 467 11.240 -13.970 7.362 6 HD22 ASN 467 HD22 ASN 467 11.454 -15.046 8.682 No H/Q in entry = 6 In of MODEL 9 1 H SER 468 H SER 468 9.491 -9.821 7.505 2 HA SER 468 HA SER 468 8.186 -9.542 4.956 3 HB3 SER 468 1HB SER 468 7.250 -7.373 5.615 4 HB2 SER 468 2HB SER 468 7.812 -7.639 7.271 5 HG SER 468 HG SER 468 6.429 -9.765 6.627 No H/Q in entry = 5 In of MODEL 9 1 H ARG 469 H ARG 469 8.982 -7.713 3.884 2 HA ARG 469 HA ARG 469 11.713 -6.889 4.619 3 HB3 ARG 469 1HB ARG 469 11.639 -8.252 2.567 4 HB2 ARG 469 2HB ARG 469 12.073 -6.587 2.193 5 HG3 ARG 469 1HG ARG 469 9.816 -6.139 1.455 6 HG2 ARG 469 2HG ARG 469 9.334 -7.784 1.889 7 HD3 ARG 469 1HD ARG 469 10.862 -8.696 0.251 8 HD2 ARG 469 2HD ARG 469 11.411 -7.066 -0.131 9 HE ARG 469 HE ARG 469 8.894 -6.766 -0.632 10 HH11 ARG 469 HH11 ARG 469 10.825 -9.653 -1.409 11 HH12 ARG 469 HH12 ARG 469 10.033 -9.963 -2.862 12 HH21 ARG 469 HH21 ARG 469 7.760 -7.249 -2.684 13 HH22 ARG 469 HH22 ARG 469 8.280 -8.609 -3.582 No H/Q in entry = 13 In of MODEL 9 1 H MET 470 H MET 470 12.204 -4.564 4.413 2 HA MET 470 HA MET 470 9.647 -3.229 4.776 3 HB3 MET 470 1HB MET 470 11.167 -1.464 5.798 4 HB2 MET 470 2HB MET 470 12.405 -2.731 5.591 5 HG3 MET 470 1HG MET 470 11.537 -4.139 7.077 6 HG2 MET 470 2HG MET 470 9.982 -3.332 7.115 7 HE3 MET 470 1HE MET 470 10.944 -0.211 7.292 8 HE2 MET 470 2HE MET 470 10.821 -0.007 9.039 9 HE1 MET 470 3HE MET 470 9.609 -0.937 8.162 No H/Q in entry = 9 In of MODEL 9 1 H VAL 471 H VAL 471 9.272 -1.208 3.929 2 HA VAL 471 HA VAL 471 10.959 -0.332 1.706 3 HB VAL 471 HB VAL 471 9.000 0.159 0.356 4 HG11 VAL 471 HG11 VAL 471 8.909 -2.677 1.338 5 HG13 VAL 471 HG12 VAL 471 9.898 -2.053 0.017 6 HG12 VAL 471 HG13 VAL 471 8.144 -2.086 -0.132 7 HG23 VAL 471 HG21 VAL 471 6.745 -0.632 1.079 8 HG22 VAL 471 HG22 VAL 471 7.424 0.694 2.035 9 HG21 VAL 471 HG23 VAL 471 7.459 -0.939 2.671 No H/Q in entry = 9 In of MODEL 9 1 H GLN 472 H GLN 472 10.587 1.874 1.166 2 HA GLN 472 HA GLN 472 9.149 3.466 3.140 3 HB3 GLN 472 1HB GLN 472 11.858 4.170 1.978 4 HB2 GLN 472 2HB GLN 472 11.558 3.713 3.651 5 HG3 GLN 472 1HG GLN 472 10.153 5.703 3.938 6 HG2 GLN 472 2HG GLN 472 10.426 6.146 2.260 7 HE21 GLN 472 HE21 GLN 472 11.326 8.106 2.781 8 HE22 GLN 472 HE22 GLN 472 12.891 8.246 3.484 No H/Q in entry = 8 In of MODEL 9 1 H PHE 473 H PHE 473 7.736 4.642 2.176 2 HA PHE 473 HA PHE 473 7.987 5.101 -0.700 3 HB3 PHE 473 1HB PHE 473 5.436 5.668 -0.345 4 HB2 PHE 473 2HB PHE 473 5.642 4.667 1.086 5 HZ PHE 473 HZ PHE 473 5.131 0.444 -2.771 6 HD1 PHE 473 1HD PHE 473 4.853 4.656 -2.310 7 HE1 PHE 473 1HE PHE 473 4.436 2.633 -3.630 8 HE2 PHE 473 2HE PHE 473 6.248 0.282 -0.599 9 HD2 PHE 473 2HD PHE 473 6.659 2.308 0.738 No H/Q in entry = 9 In of MODEL 9 1 H HIS 474 H HIS 474 8.127 7.060 -1.385 2 HA HIS 474 HA HIS 474 7.132 9.233 0.290 3 HB3 HIS 474 1HB HIS 474 9.669 9.377 -1.379 4 HB2 HIS 474 2HB HIS 474 9.672 9.126 0.364 5 HD1 HIS 474 HD1 HIS 474 9.466 11.815 -2.193 6 HD2 HIS 474 2HD HIS 474 8.682 11.351 1.867 7 HE1 HIS 474 1HE HIS 474 9.321 14.126 -1.242 No H/Q in entry = 7 In of MODEL 9 1 H PHE 475 H PHE 475 5.690 10.348 -0.840 2 HA PHE 475 HA PHE 475 5.339 9.664 -3.626 3 HB3 PHE 475 1HB PHE 475 3.269 11.111 -3.373 4 HB2 PHE 475 2HB PHE 475 3.648 11.164 -1.655 5 HZ PHE 475 HZ PHE 475 1.177 5.957 -1.856 6 HD1 PHE 475 1HD PHE 475 2.333 9.197 -4.359 7 HE1 PHE 475 1HE PHE 475 1.151 7.094 -4.062 8 HE2 PHE 475 2HE PHE 475 2.404 6.976 0.016 9 HD2 PHE 475 2HD PHE 475 3.586 9.099 -0.306 No H/Q in entry = 9 In of MODEL 9 1 H THR 476 H THR 476 5.105 11.218 -5.258 2 HA THR 476 HA THR 476 6.965 13.327 -4.896 3 HB THR 476 HB THR 476 6.955 12.106 -7.031 4 HG22 THR 476 HG21 THR 476 4.222 13.316 -7.489 5 HG21 THR 476 HG22 THR 476 4.562 11.603 -7.239 6 HG23 THR 476 HG23 THR 476 5.155 12.418 -8.685 7 HG1 THR 476 HG1 THR 476 7.443 14.455 -6.874 No H/Q in entry = 7 In of MODEL 9 1 H ASN 477 H ASN 477 6.527 15.214 -4.196 2 HA ASN 477 HA ASN 477 3.824 15.971 -3.575 3 HB3 ASN 477 1HB ASN 477 4.920 17.962 -2.478 4 HB2 ASN 477 2HB ASN 477 6.466 17.318 -3.017 5 HD21 ASN 477 HD21 ASN 477 7.359 15.568 -1.979 6 HD22 ASN 477 HD22 ASN 477 6.714 14.916 -0.522 No H/Q in entry = 6 In of MODEL 9 1 H LYS 478 H LYS 478 4.269 15.887 -6.327 2 HA LYS 478 HA LYS 478 4.431 18.637 -7.210 3 HB3 LYS 478 1HB LYS 478 4.014 17.735 -9.460 4 HB2 LYS 478 2HB LYS 478 3.871 16.120 -8.766 5 HG3 LYS 478 1HG LYS 478 6.160 16.143 -8.063 6 HG2 LYS 478 2HG LYS 478 6.332 17.841 -8.495 7 HD3 LYS 478 1HD LYS 478 5.750 15.643 -10.468 8 HD2 LYS 478 2HD LYS 478 7.357 16.293 -10.143 9 HE3 LYS 478 1HE LYS 478 5.004 17.897 -11.109 10 HE2 LYS 478 2HE LYS 478 6.298 17.307 -12.149 11 HZ2 LYS 478 1HZ LYS 478 6.637 19.602 -11.551 12 HZ1 LYS 478 2HZ LYS 478 7.867 18.698 -10.864 13 HZ3 LYS 478 3HZ LYS 478 6.585 19.262 -9.913 No H/Q in entry = 13 In of MODEL 9 1 H ASP 479 H ASP 479 1.992 16.172 -6.698 2 HA ASP 479 HA ASP 479 -0.012 18.257 -7.202 3 HB3 ASP 479 1HB ASP 479 -0.616 15.302 -7.226 4 HB2 ASP 479 2HB ASP 479 -0.116 16.152 -8.691 No H/Q in entry = 4 In of MODEL 9 1 H LEU 480 H LEU 480 0.088 19.063 -5.201 2 HA LEU 480 HA LEU 480 0.077 17.529 -2.831 3 HB3 LEU 480 1HB LEU 480 -0.403 19.693 -1.699 4 HB2 LEU 480 2HB LEU 480 -0.540 20.436 -3.279 5 HG LEU 480 HG LEU 480 1.821 19.871 -3.734 6 HD12 LEU 480 HD11 LEU 480 1.350 21.418 -1.191 7 HD11 LEU 480 HD12 LEU 480 1.221 22.048 -2.834 8 HD13 LEU 480 HD13 LEU 480 2.783 21.512 -2.216 9 HD22 LEU 480 HD21 LEU 480 2.064 17.919 -2.294 10 HD21 LEU 480 HD22 LEU 480 1.803 18.920 -0.868 11 HD23 LEU 480 HD23 LEU 480 3.243 19.155 -1.854 No H/Q in entry = 11 In of MODEL 9 1 H GLU 481 H GLU 481 -2.485 18.738 -4.825 2 HA GLU 481 HA GLU 481 -4.448 18.559 -2.797 3 HB3 GLU 481 1HB GLU 481 -4.965 20.072 -4.521 4 HB2 GLU 481 2HB GLU 481 -6.122 18.760 -4.669 5 HG3 GLU 481 1HG GLU 481 -4.751 17.786 -6.411 6 HG2 GLU 481 2HG GLU 481 -3.664 19.161 -6.310 No H/Q in entry = 6 In of MODEL 9 1 H SER 482 H SER 482 -3.487 16.290 -5.384 2 HA SER 482 HA SER 482 -5.480 14.408 -4.768 3 HB3 SER 482 1HB SER 482 -2.732 13.815 -5.881 4 HB2 SER 482 2HB SER 482 -4.018 14.506 -6.861 5 HG SER 482 HG SER 482 -5.153 12.712 -6.715 No H/Q in entry = 5 In of MODEL 9 1 H LEU 483 H LEU 483 -2.154 14.875 -3.698 2 HA LEU 483 HA LEU 483 -1.995 12.626 -2.019 3 HB3 LEU 483 1HB LEU 483 -0.136 13.902 -0.893 4 HB2 LEU 483 2HB LEU 483 -0.490 15.224 -1.979 5 HG LEU 483 HG LEU 483 0.077 13.776 -3.906 6 HD13 LEU 483 HD11 LEU 483 1.755 15.227 -2.897 7 HD12 LEU 483 HD12 LEU 483 2.481 13.734 -3.492 8 HD11 LEU 483 HD13 LEU 483 2.194 13.949 -1.765 9 HD23 LEU 483 HD21 LEU 483 0.932 11.797 -1.788 10 HD22 LEU 483 HD22 LEU 483 1.114 11.601 -3.530 11 HD21 LEU 483 HD23 LEU 483 -0.486 11.623 -2.805 No H/Q in entry = 11 In of MODEL 9 1 H LYS 484 H LYS 484 -3.338 15.765 -1.534 2 HA LYS 484 HA LYS 484 -3.345 15.976 1.240 3 HB3 LYS 484 1HB LYS 484 -5.467 16.897 -0.702 4 HB2 LYS 484 2HB LYS 484 -4.012 17.785 -0.291 5 HG3 LYS 484 1HG LYS 484 -4.792 18.003 2.015 6 HG2 LYS 484 2HG LYS 484 -6.265 17.125 1.591 7 HD3 LYS 484 1HD LYS 484 -6.808 18.860 -0.062 8 HD2 LYS 484 2HD LYS 484 -5.339 19.731 0.384 9 HE3 LYS 484 1HE LYS 484 -6.172 20.002 2.654 10 HE2 LYS 484 2HE LYS 484 -7.639 19.128 2.223 11 HZ3 LYS 484 1HZ LYS 484 -7.962 21.546 2.160 12 HZ2 LYS 484 2HZ LYS 484 -8.188 20.860 0.651 13 HZ1 LYS 484 3HZ LYS 484 -6.762 21.678 0.987 No H/Q in entry = 13 In of MODEL 9 1 H GLY 485 H GLY 485 -5.730 14.458 -0.877 2 HA2 GLY 485 1HA GLY 485 -7.419 12.967 -0.429 3 HA3 GLY 485 2HA GLY 485 -7.504 13.675 1.179 No H/Q in entry = 3 In of MODEL 9 1 H LEU 486 H LEU 486 -4.790 12.008 -0.371 2 HA LEU 486 HA LEU 486 -5.165 9.542 0.927 3 HB3 LEU 486 1HB LEU 486 -2.545 10.666 -0.090 4 HB2 LEU 486 2HB LEU 486 -3.789 10.099 -1.174 5 HG LEU 486 HG LEU 486 -3.590 7.843 -0.082 6 HD11 LEU 486 HD11 LEU 486 -1.185 8.979 -1.504 7 HD13 LEU 486 HD12 LEU 486 -2.636 8.302 -2.252 8 HD12 LEU 486 HD13 LEU 486 -1.547 7.261 -1.337 9 HD21 LEU 486 HD21 LEU 486 -2.433 8.494 1.967 10 HD23 LEU 486 HD22 LEU 486 -1.038 9.025 1.029 11 HD22 LEU 486 HD23 LEU 486 -1.483 7.316 1.065 No H/Q in entry = 11 In of MODEL 9 1 H TYR 487 H TYR 487 -3.137 12.361 1.657 2 HA TYR 487 HA TYR 487 -1.943 11.406 3.995 3 HB3 TYR 487 1HB TYR 487 -1.901 13.970 4.581 4 HB2 TYR 487 2HB TYR 487 -2.454 14.144 2.921 5 HH TYR 487 HH TYR 487 3.495 13.614 0.926 6 HD1 TYR 487 1HD TYR 487 -1.006 12.848 1.116 7 HE1 TYR 487 1HE TYR 487 1.306 12.722 0.324 8 HE2 TYR 487 2HE TYR 487 2.658 13.819 4.220 9 HD2 TYR 487 2HD TYR 487 0.348 13.942 4.983 No H/Q in entry = 9 In of MODEL 9 1 H ARG 488 H ARG 488 -4.989 13.113 3.498 2 HA ARG 488 HA ARG 488 -5.663 13.351 6.207 3 HB3 ARG 488 1HB ARG 488 -8.042 13.529 5.406 4 HB2 ARG 488 2HB ARG 488 -7.470 13.192 3.789 5 HG3 ARG 488 1HG ARG 488 -7.837 15.556 4.029 6 HG2 ARG 488 2HG ARG 488 -6.116 15.250 3.837 7 HD3 ARG 488 1HD ARG 488 -7.434 15.699 6.515 8 HD2 ARG 488 2HD ARG 488 -6.690 16.974 5.563 9 HE ARG 488 HE ARG 488 -4.592 15.787 5.766 10 HH11 ARG 488 HH11 ARG 488 -7.110 15.021 8.156 11 HH12 ARG 488 HH12 ARG 488 -6.028 14.479 9.342 12 HH21 ARG 488 HH21 ARG 488 -3.101 15.021 7.426 13 HH22 ARG 488 HH22 ARG 488 -3.716 14.500 8.927 No H/Q in entry = 13 In of MODEL 9 1 H ILE 489 H ILE 489 -6.533 10.873 3.848 2 HA ILE 489 HA ILE 489 -8.024 9.222 5.561 3 HB ILE 489 HB ILE 489 -6.362 8.502 3.120 4 HG12 ILE 489 HG12 ILE 489 -9.346 8.905 3.441 5 HG22 ILE 489 HG21 ILE 489 -7.664 6.413 2.999 6 HG21 ILE 489 HG22 ILE 489 -8.367 6.780 4.578 7 HG23 ILE 489 HG23 ILE 489 -6.632 6.499 4.424 8 HD12 ILE 489 HD11 ILE 489 -8.884 7.299 1.679 9 HD11 ILE 489 HD12 ILE 489 -7.753 8.429 0.934 10 HD13 ILE 489 HD13 ILE 489 -9.473 8.823 1.016 11 HG13 ILE 489 HG11 ILE 489 -8.234 10.051 2.709 No H/Q in entry = 11 In of MODEL 9 1 H MET 490 H MET 490 -4.574 9.183 4.847 2 HA MET 490 HA MET 490 -3.919 7.006 6.514 3 HB3 MET 490 1HB MET 490 -1.604 8.130 6.510 4 HB2 MET 490 2HB MET 490 -2.322 9.290 5.408 5 HG3 MET 490 1HG MET 490 -1.192 7.654 4.108 6 HG2 MET 490 2HG MET 490 -2.925 7.399 3.907 7 HE2 MET 490 1HE MET 490 -1.324 3.753 3.792 8 HE1 MET 490 2HE MET 490 -0.590 5.235 3.186 9 HE3 MET 490 3HE MET 490 -2.302 4.911 2.884 No H/Q in entry = 9 In of MODEL 9 1 H GLY 491 H GLY 491 -3.969 10.499 7.131 2 HA2 GLY 491 1HA GLY 491 -3.857 11.701 9.066 3 HA3 GLY 491 2HA GLY 491 -2.976 10.365 9.776 No H/Q in entry = 3 In of MODEL 9 1 H ASN 492 H ASN 492 -6.098 9.807 8.412 2 HA ASN 492 HA ASN 492 -7.625 10.167 10.817 3 HB3 ASN 492 1HB ASN 492 -9.466 8.943 9.522 4 HB2 ASN 492 2HB ASN 492 -8.327 8.840 8.201 5 HD21 ASN 492 HD21 ASN 492 -9.741 9.956 6.889 6 HD22 ASN 492 HD22 ASN 492 -9.872 11.672 6.977 No H/Q in entry = 6 In of MODEL 9 1 H GLY 493 H GLY 493 -5.498 7.779 9.908 2 HA2 GLY 493 1HA GLY 493 -6.685 6.048 11.947 3 HA3 GLY 493 2HA GLY 493 -5.014 5.999 11.414 No H/Q in entry = 3 In of MODEL 9 1 H PHE 494 H PHE 494 -5.843 6.073 8.583 2 HA PHE 494 HA PHE 494 -6.888 3.369 8.384 3 HB3 PHE 494 1HB PHE 494 -7.156 3.939 5.926 4 HB2 PHE 494 2HB PHE 494 -6.764 5.600 6.368 5 HZ PHE 494 HZ PHE 494 -12.308 5.503 8.004 6 HD1 PHE 494 1HD PHE 494 -9.093 2.855 7.151 7 HE1 PHE 494 1HE PHE 494 -11.421 3.200 7.739 8 HE2 PHE 494 2HE PHE 494 -10.797 7.427 7.667 9 HD2 PHE 494 2HD PHE 494 -8.445 7.039 7.077 No H/Q in entry = 9 In of MODEL 9 1 H ALA 495 H ALA 495 -5.872 2.052 6.671 2 HA ALA 495 HA ALA 495 -3.005 2.551 6.382 3 HB1 ALA 495 1HB ALA 495 -4.395 -0.086 6.911 4 HB2 ALA 495 2HB ALA 495 -3.424 0.818 8.074 5 HB3 ALA 495 3HB ALA 495 -2.665 0.139 6.640 No H/Q in entry = 5 In of MODEL 9 1 H GLY 496 H GLY 496 -2.142 1.470 4.431 2 HA2 GLY 496 1HA GLY 496 -2.695 1.910 2.089 3 HA3 GLY 496 2HA GLY 496 -4.256 1.168 2.414 No H/Q in entry = 3 In of MODEL 9 1 H CYS 497 H CYS 497 -4.454 -0.928 2.045 2 HA CYS 497 HA CYS 497 -2.108 -2.613 2.115 3 HB3 CYS 497 1HB CYS 497 -4.058 -3.630 3.055 4 HB2 CYS 497 2HB CYS 497 -3.738 -4.460 1.538 5 HG CYS 497 HG CYS 497 -5.938 -1.905 1.410 No H/Q in entry = 5 In of MODEL 9 1 H VAL 498 H VAL 498 -0.858 -2.944 0.457 2 HA VAL 498 HA VAL 498 -1.817 -2.110 -2.173 3 HB VAL 498 HB VAL 498 1.041 -2.437 -1.223 4 HG11 VAL 498 HG11 VAL 498 -0.069 -1.194 -3.737 5 HG13 VAL 498 HG12 VAL 498 0.810 -2.715 -3.627 6 HG12 VAL 498 HG13 VAL 498 1.630 -1.198 -3.272 7 HG22 VAL 498 HG21 VAL 498 -0.014 -0.598 -0.027 8 HG21 VAL 498 HG22 VAL 498 -0.567 0.095 -1.551 9 HG23 VAL 498 HG23 VAL 498 1.157 0.020 -1.190 No H/Q in entry = 9 In of MODEL 9 1 H HIS 499 H HIS 499 -2.192 -3.639 -3.545 2 HA HIS 499 HA HIS 499 -0.912 -6.220 -3.139 3 HB3 HIS 499 1HB HIS 499 -2.875 -7.113 -4.514 4 HB2 HIS 499 2HB HIS 499 -3.627 -5.538 -4.279 5 HD1 HIS 499 HD1 HIS 499 -4.577 -5.021 -1.884 6 HD2 HIS 499 2HD HIS 499 -2.747 -8.731 -2.252 7 HE1 HIS 499 1HE HIS 499 -5.119 -6.306 0.226 No H/Q in entry = 7 In of MODEL 9 1 H PHE 500 H PHE 500 0.146 -7.088 -4.757 2 HA PHE 500 HA PHE 500 0.753 -5.394 -7.050 3 HB3 PHE 500 1HB PHE 500 2.637 -6.946 -7.372 4 HB2 PHE 500 2HB PHE 500 2.072 -7.934 -6.045 5 HZ PHE 500 HZ PHE 500 5.355 -4.349 -2.977 6 HD1 PHE 500 1HD PHE 500 4.386 -5.490 -6.947 7 HE1 PHE 500 1HE PHE 500 5.869 -4.356 -5.378 8 HE2 PHE 500 2HE PHE 500 3.346 -5.508 -2.155 9 HD2 PHE 500 2HD PHE 500 1.873 -6.663 -3.731 No H/Q in entry = 9 In of MODEL 9 1 HA PRO 501 HA PRO 501 -1.571 -8.454 -9.494 2 HB3 PRO 501 1HB PRO 501 -1.837 -7.410 -11.553 3 HB2 PRO 501 2HB PRO 501 -0.092 -7.224 -11.761 4 HG3 PRO 501 1HG PRO 501 -2.037 -5.452 -10.335 5 HG2 PRO 501 2HG PRO 501 -0.649 -5.007 -11.340 6 HD3 PRO 501 1HD PRO 501 -0.553 -4.901 -8.659 7 HD2 PRO 501 2HD PRO 501 0.867 -5.353 -9.618 No H/Q in entry = 7 In of MODEL 9 1 H HIS 502 H HIS 502 -0.381 -10.179 -8.741 2 HA HIS 502 HA HIS 502 2.411 -10.395 -9.269 3 HB3 HIS 502 1HB HIS 502 1.512 -11.117 -7.099 4 HB2 HIS 502 2HB HIS 502 2.409 -12.398 -7.895 5 HD1 HIS 502 HD1 HIS 502 1.344 -14.603 -7.939 6 HD2 HIS 502 2HD HIS 502 -1.418 -11.546 -7.415 7 HE1 HIS 502 1HE HIS 502 -0.897 -15.735 -7.575 No H/Q in entry = 7 In of MODEL 9 1 H THR 503 H THR 503 3.452 -11.417 -10.734 2 HA THR 503 HA THR 503 2.085 -12.836 -12.825 3 HB THR 503 HB THR 503 5.066 -12.620 -12.423 4 HG22 THR 503 HG21 THR 503 3.307 -12.617 -14.893 5 HG21 THR 503 HG22 THR 503 4.245 -13.988 -14.305 6 HG23 THR 503 HG23 THR 503 5.067 -12.538 -14.882 7 HG1 THR 503 HG1 THR 503 3.174 -10.677 -13.216 No H/Q in entry = 7 In of MODEL 9 1 H ALA 504 H ALA 504 4.548 -13.491 -10.367 2 HA ALA 504 HA ALA 504 4.589 -16.310 -10.913 3 HB3 ALA 504 1HB ALA 504 6.036 -14.641 -8.858 4 HB1 ALA 504 2HB ALA 504 6.659 -15.106 -10.441 5 HB2 ALA 504 3HB ALA 504 6.354 -16.337 -9.219 No H/Q in entry = 5 In of MODEL 9 1 HA PRO 505 HA PRO 505 1.809 -17.099 -7.485 2 HB3 PRO 505 1HB PRO 505 1.150 -18.899 -8.766 3 HB2 PRO 505 2HB PRO 505 1.907 -19.775 -7.432 4 HG3 PRO 505 1HG PRO 505 2.671 -20.091 -10.017 5 HG2 PRO 505 2HG PRO 505 3.790 -20.269 -8.657 6 HD3 PRO 505 1HD PRO 505 3.680 -18.182 -10.697 7 HD2 PRO 505 2HD PRO 505 4.979 -18.544 -9.545 No H/Q in entry = 7 In of MODEL 9 1 H CYS 506 H CYS 506 5.176 -18.131 -7.366 2 HA CYS 506 HA CYS 506 4.886 -18.578 -4.479 3 HB3 CYS 506 1HB CYS 506 6.999 -19.805 -6.294 4 HB2 CYS 506 2HB CYS 506 5.487 -20.605 -5.912 5 HG CYS 506 HG CYS 506 7.811 -21.594 -4.489 No H/Q in entry = 5 In of MODEL 9 1 H GLU 507 H GLU 507 5.438 -16.174 -6.230 2 HA GLU 507 HA GLU 507 7.341 -14.968 -4.561 3 HB3 GLU 507 1HB GLU 507 8.033 -15.216 -7.520 4 HB2 GLU 507 2HB GLU 507 8.855 -16.089 -6.241 5 HG3 GLU 507 1HG GLU 507 8.909 -13.127 -6.768 6 HG2 GLU 507 2HG GLU 507 10.250 -14.266 -6.834 No H/Q in entry = 6 In of MODEL 9 1 H VAL 508 H VAL 508 7.502 -12.629 -5.256 2 HA VAL 508 HA VAL 508 6.513 -10.659 -5.539 3 HB VAL 508 HB VAL 508 4.454 -12.015 -7.329 4 HG13 VAL 508 HG11 VAL 508 3.647 -9.883 -6.453 5 HG12 VAL 508 HG12 VAL 508 4.029 -9.697 -8.168 6 HG11 VAL 508 HG13 VAL 508 5.143 -9.092 -6.945 7 HG21 VAL 508 HG21 VAL 508 6.705 -12.223 -8.269 8 HG23 VAL 508 HG22 VAL 508 6.947 -10.483 -8.104 9 HG22 VAL 508 HG23 VAL 508 5.739 -11.101 -9.230 No H/Q in entry = 9 In of MODEL 9 1 H ARG 509 H ARG 509 5.928 -10.136 -3.721 2 HA ARG 509 HA ARG 509 3.960 -11.719 -2.237 3 HB3 ARG 509 1HB ARG 509 5.133 -11.021 -0.314 4 HB2 ARG 509 2HB ARG 509 5.894 -9.692 -1.177 5 HG3 ARG 509 1HG ARG 509 7.472 -11.529 -0.725 6 HG2 ARG 509 2HG ARG 509 7.260 -11.237 -2.447 7 HD3 ARG 509 1HD ARG 509 5.655 -13.115 -2.544 8 HD2 ARG 509 2HD ARG 509 6.011 -13.475 -0.855 9 HE ARG 509 HE ARG 509 8.214 -13.373 -2.769 10 HH11 ARG 509 HH11 ARG 509 6.073 -15.401 -0.752 11 HH12 ARG 509 HH12 ARG 509 7.077 -16.777 -0.915 12 HH21 ARG 509 HH21 ARG 509 9.546 -15.241 -2.913 13 HH22 ARG 509 HH22 ARG 509 9.080 -16.684 -2.117 No H/Q in entry = 13 In of MODEL 9 1 H VAL 510 H VAL 510 3.302 -9.800 -0.191 2 HA VAL 510 HA VAL 510 2.020 -7.751 -1.864 3 HB VAL 510 HB VAL 510 -0.036 -7.848 -0.391 4 HG13 VAL 510 HG11 VAL 510 -0.044 -8.876 -2.597 5 HG12 VAL 510 HG12 VAL 510 -0.974 -9.855 -1.460 6 HG11 VAL 510 HG13 VAL 510 0.653 -10.348 -1.924 7 HG21 VAL 510 HG21 VAL 510 1.240 -10.404 0.546 8 HG23 VAL 510 HG22 VAL 510 -0.424 -9.887 0.856 9 HG22 VAL 510 HG23 VAL 510 0.925 -8.958 1.522 No H/Q in entry = 9 In of MODEL 9 1 H LEU 511 H LEU 511 1.139 -5.803 -0.457 2 HA LEU 511 HA LEU 511 3.277 -5.269 1.491 3 HB3 LEU 511 1HB LEU 511 2.657 -3.897 -1.070 4 HB2 LEU 511 2HB LEU 511 4.172 -4.397 -0.400 5 HG LEU 511 HG LEU 511 2.617 -2.008 0.618 6 HD12 LEU 511 HD11 LEU 511 5.517 -2.697 1.042 7 HD11 LEU 511 HD12 LEU 511 4.234 -2.978 2.215 8 HD13 LEU 511 HD13 LEU 511 4.619 -1.336 1.713 9 HD23 LEU 511 HD21 LEU 511 4.896 -2.113 -1.331 10 HD22 LEU 511 HD22 LEU 511 4.186 -0.652 -0.637 11 HD21 LEU 511 HD23 LEU 511 3.225 -1.686 -1.690 No H/Q in entry = 11 In of MODEL 9 1 H MET 512 H MET 512 2.860 -3.884 3.122 2 HA MET 512 HA MET 512 0.167 -2.711 3.328 3 HB3 MET 512 1HB MET 512 2.139 -3.565 5.433 4 HB2 MET 512 2HB MET 512 0.584 -4.301 5.106 5 HG3 MET 512 1HG MET 512 1.109 -1.570 6.264 6 HG2 MET 512 2HG MET 512 0.431 -2.956 7.107 7 HE3 MET 512 1HE MET 512 -1.592 -3.942 4.591 8 HE2 MET 512 2HE MET 512 -3.047 -3.365 5.436 9 HE1 MET 512 3HE MET 512 -1.710 -4.103 6.332 No H/Q in entry = 9 In of MODEL 9 1 H LEU 513 H LEU 513 0.144 -0.558 3.105 2 HA LEU 513 HA LEU 513 2.638 0.911 3.532 3 HB3 LEU 513 1HB LEU 513 0.185 1.660 1.939 4 HB2 LEU 513 2HB LEU 513 1.645 0.978 1.259 5 HG LEU 513 HG LEU 513 1.458 3.655 2.634 6 HD12 LEU 513 HD11 LEU 513 3.717 3.962 1.681 7 HD11 LEU 513 HD12 LEU 513 3.725 2.253 1.240 8 HD13 LEU 513 HD13 LEU 513 3.636 2.730 2.936 9 HD21 LEU 513 HD21 LEU 513 0.299 3.636 0.483 10 HD23 LEU 513 HD22 LEU 513 1.731 2.953 -0.289 11 HD22 LEU 513 HD23 LEU 513 1.788 4.578 0.391 No H/Q in entry = 11 In of MODEL 9 1 H LEU 514 H LEU 514 2.777 2.245 5.122 2 HA LEU 514 HA LEU 514 0.369 3.258 6.431 3 HB3 LEU 514 1HB LEU 514 1.664 2.987 8.574 4 HB2 LEU 514 2HB LEU 514 2.800 2.006 7.671 5 HG LEU 514 HG LEU 514 0.842 0.483 7.112 6 HD12 LEU 514 HD11 LEU 514 1.588 0.829 10.030 7 HD11 LEU 514 HD12 LEU 514 2.528 -0.067 8.834 8 HD13 LEU 514 HD13 LEU 514 0.926 -0.635 9.300 9 HD21 LEU 514 HD21 LEU 514 -0.440 2.104 9.304 10 HD23 LEU 514 HD22 LEU 514 -1.067 0.599 8.627 11 HD22 LEU 514 HD23 LEU 514 -0.946 2.034 7.615 No H/Q in entry = 11 In of MODEL 9 1 H TYR 515 H TYR 515 0.681 5.283 7.390 2 HA TYR 515 HA TYR 515 2.973 6.746 6.278 3 HB3 TYR 515 1HB TYR 515 0.245 7.648 7.148 4 HB2 TYR 515 2HB TYR 515 0.835 7.551 5.495 5 HH TYR 515 HH TYR 515 2.508 13.516 7.672 6 HD1 TYR 515 1HD TYR 515 -0.149 9.828 7.709 7 HE1 TYR 515 1HE TYR 515 0.514 12.164 7.845 8 HE2 TYR 515 2HE TYR 515 4.054 11.271 5.597 9 HD2 TYR 515 2HD TYR 515 3.355 8.924 5.472 No H/Q in entry = 9 In of MODEL 9 1 H SER 516 H SER 516 4.477 7.540 7.607 2 HA SER 516 HA SER 516 3.815 7.674 10.447 3 HB3 SER 516 1HB SER 516 6.210 7.514 10.813 4 HB2 SER 516 2HB SER 516 6.512 7.629 9.077 5 HG SER 516 HG SER 516 4.757 5.640 9.786 No H/Q in entry = 5 In of MODEL 9 1 H SER 517 H SER 517 3.220 9.665 10.972 2 HA SER 517 HA SER 517 3.545 11.918 9.381 3 HB3 SER 517 1HB SER 517 1.606 11.711 10.645 4 HB2 SER 517 2HB SER 517 2.538 12.944 11.504 5 HG SER 517 HG SER 517 1.759 11.405 12.942 No H/Q in entry = 5 In of MODEL 9 1 H LYS 518 H LYS 518 5.250 10.735 12.203 2 HA LYS 518 HA LYS 518 6.500 13.225 12.807 3 HB3 LYS 518 1HB LYS 518 7.812 11.996 14.462 4 HB2 LYS 518 2HB LYS 518 7.276 10.473 13.764 5 HG3 LYS 518 1HG LYS 518 6.059 11.030 15.822 6 HG2 LYS 518 2HG LYS 518 4.989 10.936 14.421 7 HD3 LYS 518 1HD LYS 518 5.037 13.376 14.224 8 HD2 LYS 518 2HD LYS 518 6.076 13.472 15.645 9 HE3 LYS 518 1HE LYS 518 3.286 12.329 15.591 10 HE2 LYS 518 2HE LYS 518 3.724 13.929 16.183 11 HZ3 LYS 518 1HZ LYS 518 3.492 12.361 17.987 12 HZ2 LYS 518 2HZ LYS 518 5.077 12.907 17.882 13 HZ1 LYS 518 3HZ LYS 518 4.680 11.362 17.330 No H/Q in entry = 13 In of MODEL 9 1 H LYS 519 H LYS 519 7.506 10.476 10.902 2 HA LYS 519 HA LYS 519 10.038 11.845 10.432 3 HB3 LYS 519 1HB LYS 519 10.664 9.747 9.142 4 HB2 LYS 519 2HB LYS 519 9.154 9.048 9.709 5 HG3 LYS 519 1HG LYS 519 9.895 9.296 12.023 6 HG2 LYS 519 2HG LYS 519 11.396 10.034 11.472 7 HD3 LYS 519 1HD LYS 519 11.839 7.729 12.007 8 HD2 LYS 519 2HD LYS 519 11.942 7.926 10.258 9 HE3 LYS 519 1HE LYS 519 9.665 7.051 10.028 10 HE2 LYS 519 2HE LYS 519 9.576 6.828 11.770 11 HZ2 LYS 519 1HZ LYS 519 10.091 4.770 10.683 12 HZ1 LYS 519 2HZ LYS 519 11.413 5.231 11.616 13 HZ3 LYS 519 3HZ LYS 519 11.451 5.424 9.943 No H/Q in entry = 13 In of MODEL 9 1 H LYS 520 H LYS 520 7.023 11.866 9.265 2 HA LYS 520 HA LYS 520 5.980 12.641 7.508 3 HB3 LYS 520 1HB LYS 520 8.658 13.896 6.836 4 HB2 LYS 520 2HB LYS 520 7.512 14.538 8.005 5 HG3 LYS 520 1HG LYS 520 7.058 14.268 5.053 6 HG2 LYS 520 2HG LYS 520 7.376 15.767 5.935 7 HD3 LYS 520 1HD LYS 520 5.313 15.527 7.166 8 HD2 LYS 520 2HD LYS 520 5.029 13.952 6.433 9 HE3 LYS 520 1HE LYS 520 5.165 16.567 4.950 10 HE2 LYS 520 2HE LYS 520 3.689 15.688 5.357 11 HZ1 LYS 520 1HZ LYS 520 5.881 14.652 3.642 12 HZ3 LYS 520 2HZ LYS 520 4.442 15.267 3.075 13 HZ2 LYS 520 3HZ LYS 520 4.438 13.845 3.961 No H/Q in entry = 13 In of MODEL 9 1 H ILE 521 H ILE 521 6.859 10.044 7.228 2 HA ILE 521 HA ILE 521 7.133 9.866 4.359 3 HB ILE 521 HB ILE 521 8.846 8.011 4.498 4 HG12 ILE 521 HG12 ILE 521 10.531 8.268 6.440 5 HG22 ILE 521 HG21 ILE 521 10.783 9.491 4.511 6 HG21 ILE 521 HG22 ILE 521 9.758 10.781 5.143 7 HG23 ILE 521 HG23 ILE 521 9.433 10.094 3.549 8 HD11 ILE 521 HD11 ILE 521 9.173 6.251 6.297 9 HD13 ILE 521 HD12 ILE 521 7.876 7.062 7.177 10 HD12 ILE 521 HD13 ILE 521 9.427 6.763 7.964 11 HG13 ILE 521 HG11 ILE 521 9.235 9.093 7.293 No H/Q in entry = 11 In of MODEL 9 1 H PHE 522 H PHE 522 6.843 7.593 3.559 2 HA PHE 522 HA PHE 522 4.801 6.388 5.234 3 HB3 PHE 522 1HB PHE 522 4.098 5.279 3.118 4 HB2 PHE 522 2HB PHE 522 5.345 6.201 2.272 5 HZ PHE 522 HZ PHE 522 1.208 10.226 2.245 6 HD1 PHE 522 1HD PHE 522 1.969 6.183 3.345 7 HE1 PHE 522 1HE PHE 522 0.388 8.020 2.945 8 HE2 PHE 522 2HE PHE 522 3.623 10.595 1.938 9 HD2 PHE 522 2HD PHE 522 5.204 8.753 2.335 No H/Q in entry = 9 In of MODEL 9 1 H MET 523 H MET 523 5.058 4.389 5.915 2 HA MET 523 HA MET 523 7.578 3.031 5.252 3 HB3 MET 523 1HB MET 523 7.433 3.748 7.620 4 HB2 MET 523 2HB MET 523 7.504 1.999 7.448 5 HG3 MET 523 1HG MET 523 5.078 1.866 7.790 6 HG2 MET 523 2HG MET 523 5.013 3.611 7.998 7 HE1 MET 523 1HE MET 523 6.278 0.210 9.514 8 HE3 MET 523 2HE MET 523 7.123 0.752 10.963 9 HE2 MET 523 3HE MET 523 7.791 1.109 9.372 No H/Q in entry = 9 In of MODEL 9 1 H GLY 524 H GLY 524 7.399 0.686 5.157 2 HA2 GLY 524 1HA GLY 524 5.429 -0.225 3.608 3 HA3 GLY 524 2HA GLY 524 4.780 -0.422 5.223 No H/Q in entry = 3 In of MODEL 9 1 H LEU 525 H LEU 525 4.847 -2.558 5.349 2 HA LEU 525 HA LEU 525 7.414 -3.830 4.841 3 HB3 LEU 525 1HB LEU 525 6.402 -5.685 6.431 4 HB2 LEU 525 2HB LEU 525 5.428 -4.357 7.015 5 HG LEU 525 HG LEU 525 8.436 -4.371 7.022 6 HD11 LEU 525 HD11 LEU 525 6.444 -2.552 8.402 7 HD13 LEU 525 HD12 LEU 525 7.486 -2.116 7.048 8 HD12 LEU 525 HD13 LEU 525 8.192 -2.498 8.618 9 HD21 LEU 525 HD21 LEU 525 6.521 -4.971 9.272 10 HD23 LEU 525 HD22 LEU 525 8.259 -4.761 9.445 11 HD22 LEU 525 HD23 LEU 525 7.627 -6.109 8.505 No H/Q in entry = 11 In of MODEL 9 1 H ILE 526 H ILE 526 7.453 -5.540 3.525 2 HA ILE 526 HA ILE 526 4.881 -6.223 2.292 3 HB ILE 526 HB ILE 526 7.719 -6.589 1.301 4 HG12 ILE 526 HG12 ILE 526 5.614 -4.600 0.618 5 HG23 ILE 526 HG21 ILE 526 6.391 -8.357 0.457 6 HG22 ILE 526 HG22 ILE 526 6.804 -7.231 -0.843 7 HG21 ILE 526 HG23 ILE 526 5.181 -7.218 -0.138 8 HD13 ILE 526 HD11 ILE 526 8.233 -5.002 -0.852 9 HD12 ILE 526 HD12 ILE 526 7.040 -3.724 -1.136 10 HD11 ILE 526 HD13 ILE 526 6.645 -5.399 -1.506 11 HG13 ILE 526 HG11 ILE 526 7.213 -4.315 1.238 No H/Q in entry = 11 In of MODEL 9 1 HA PRO 527 HA PRO 527 5.613 -10.142 4.520 2 HB3 PRO 527 1HB PRO 527 3.538 -10.686 5.321 3 HB2 PRO 527 2HB PRO 527 2.783 -10.518 3.732 4 HG3 PRO 527 1HG PRO 527 3.460 -8.403 5.741 5 HG2 PRO 527 2HG PRO 527 1.973 -8.606 4.789 6 HD3 PRO 527 1HD PRO 527 3.799 -6.825 4.064 7 HD2 PRO 527 2HD PRO 527 2.987 -7.822 2.837 No H/Q in entry = 7 In of MODEL 9 1 H TYR 528 H TYR 528 6.294 -11.866 3.668 2 HA TYR 528 HA TYR 528 6.221 -12.354 0.867 3 HB3 TYR 528 1HB TYR 528 7.548 -14.432 1.507 4 HB2 TYR 528 2HB TYR 528 7.492 -13.831 3.156 5 HH TYR 528 HH TYR 528 12.688 -10.597 1.712 6 HD1 TYR 528 1HD TYR 528 8.778 -11.845 3.810 7 HE1 TYR 528 1HE TYR 528 10.758 -10.469 3.357 8 HE2 TYR 528 2HE TYR 528 10.855 -11.956 -0.651 9 HD2 TYR 528 2HD TYR 528 8.882 -13.324 -0.173 No H/Q in entry = 9 In of MODEL 9 1 H ASP 529 H ASP 529 4.485 -13.581 3.604 2 HA ASP 529 HA ASP 529 3.383 -15.766 2.021 3 HB3 ASP 529 1HB ASP 529 2.596 -14.932 4.835 4 HB2 ASP 529 2HB ASP 529 3.887 -16.071 4.496 No H/Q in entry = 4 In of MODEL 9 1 H GLN 530 H GLN 530 2.303 -14.677 0.455 2 HA GLN 530 HA GLN 530 0.614 -12.477 1.000 3 HB3 GLN 530 1HB GLN 530 1.506 -12.746 -1.240 4 HB2 GLN 530 2HB GLN 530 -0.247 -12.739 -1.297 5 HG3 GLN 530 1HG GLN 530 -0.146 -15.257 -1.388 6 HG2 GLN 530 2HG GLN 530 1.593 -15.090 -1.626 7 HE21 GLN 530 HE21 GLN 530 2.368 -14.227 -3.582 8 HE22 GLN 530 HE22 GLN 530 1.351 -14.059 -4.951 No H/Q in entry = 8 In of MODEL 9 1 H SER 531 H SER 531 0.115 -15.901 0.978 2 HA SER 531 HA SER 531 -2.594 -16.021 0.560 3 HB3 SER 531 1HB SER 531 -1.555 -18.021 0.312 4 HB2 SER 531 2HB SER 531 -2.121 -18.226 1.974 5 HG SER 531 HG SER 531 0.010 -17.404 2.650 No H/Q in entry = 5 In of MODEL 9 1 H GLY 532 H GLY 532 -0.857 -15.864 3.700 2 HA2 GLY 532 1HA GLY 532 -1.714 -15.618 5.819 3 HA3 GLY 532 2HA GLY 532 -3.314 -15.944 5.165 No H/Q in entry = 3 In of MODEL 9 1 H PHE 533 H PHE 533 -1.175 -13.471 3.973 2 HA PHE 533 HA PHE 533 -2.199 -11.406 5.604 3 HB3 PHE 533 1HB PHE 533 -0.836 -11.098 2.930 4 HB2 PHE 533 2HB PHE 533 0.034 -11.379 4.428 5 HZ PHE 533 HZ PHE 533 -0.775 -5.702 4.979 6 HD1 PHE 533 1HD PHE 533 -1.599 -8.935 2.346 7 HE1 PHE 533 1HE PHE 533 -1.551 -6.522 2.794 8 HE2 PHE 533 2HE PHE 533 -0.049 -7.283 6.700 9 HD2 PHE 533 2HD PHE 533 -0.094 -9.684 6.249 No H/Q in entry = 9 In of MODEL 9 1 H VAL 534 H VAL 534 -2.816 -12.378 2.245 2 HA VAL 534 HA VAL 534 -4.711 -10.388 1.733 3 HB VAL 534 HB VAL 534 -4.334 -13.107 0.408 4 HG11 VAL 534 HG11 VAL 534 -6.635 -12.296 0.021 5 HG13 VAL 534 HG12 VAL 534 -5.676 -12.227 -1.457 6 HG12 VAL 534 HG13 VAL 534 -5.992 -10.754 -0.544 7 HG23 VAL 534 HG21 VAL 534 -3.266 -11.791 -1.377 8 HG22 VAL 534 HG22 VAL 534 -2.439 -11.605 0.168 9 HG21 VAL 534 HG23 VAL 534 -3.493 -10.323 -0.424 No H/Q in entry = 9 In of MODEL 9 1 H ASN 535 H ASN 535 -5.040 -13.656 3.018 2 HA ASN 535 HA ASN 535 -7.839 -13.834 3.122 3 HB3 ASN 535 1HB ASN 535 -5.740 -15.008 4.964 4 HB2 ASN 535 2HB ASN 535 -6.495 -15.791 3.586 5 HD21 ASN 535 HD21 ASN 535 -6.344 -16.692 6.325 6 HD22 ASN 535 HD22 ASN 535 -7.968 -16.907 6.861 No H/Q in entry = 6 In of MODEL 9 1 H GLY 536 H GLY 536 -5.581 -12.501 5.514 2 HA2 GLY 536 1HA GLY 536 -5.965 -11.188 7.378 3 HA3 GLY 536 2HA GLY 536 -7.611 -11.805 7.384 No H/Q in entry = 3 In of MODEL 9 1 H ILE 537 H ILE 537 -5.883 -9.985 4.897 2 HA ILE 537 HA ILE 537 -7.076 -7.508 5.464 3 HB ILE 537 HB ILE 537 -5.754 -8.507 2.930 4 HG12 ILE 537 HG12 ILE 537 -4.262 -8.365 4.848 5 HG22 ILE 537 HG21 ILE 537 -5.560 -6.148 2.239 6 HG21 ILE 537 HG22 ILE 537 -6.605 -5.694 3.587 7 HG23 ILE 537 HG23 ILE 537 -7.233 -6.707 2.291 8 HD11 ILE 537 HD11 ILE 537 -5.020 -5.461 5.035 9 HD13 ILE 537 HD12 ILE 537 -3.684 -6.238 5.879 10 HD12 ILE 537 HD13 ILE 537 -5.343 -6.703 6.248 11 HG13 ILE 537 HG11 ILE 537 -3.855 -7.138 3.660 No H/Q in entry = 11 In of MODEL 9 1 H ARG 538 H ARG 538 -8.115 -10.149 3.393 2 HA ARG 538 HA ARG 538 -10.123 -8.862 1.996 3 HB3 ARG 538 1HB ARG 538 -11.344 -11.101 2.061 4 HB2 ARG 538 2HB ARG 538 -9.970 -11.681 2.987 5 HG3 ARG 538 1HG ARG 538 -8.479 -11.209 1.161 6 HG2 ARG 538 2HG ARG 538 -9.809 -10.509 0.225 7 HD3 ARG 538 1HD ARG 538 -9.600 -13.342 1.196 8 HD2 ARG 538 2HD ARG 538 -9.379 -12.791 -0.474 9 HE ARG 538 HE ARG 538 -11.787 -11.914 -0.096 10 HH11 ARG 538 HH11 ARG 538 -10.523 -15.035 0.997 11 HH12 ARG 538 HH12 ARG 538 -12.064 -15.761 1.053 12 HH21 ARG 538 HH21 ARG 538 -13.894 -12.947 0.029 13 HH22 ARG 538 HH22 ARG 538 -13.982 -14.581 0.485 No H/Q in entry = 13 In of MODEL 9 1 H GLN 539 H GLN 539 -10.288 -10.383 5.164 2 HA GLN 539 HA GLN 539 -13.017 -9.857 5.677 3 HB3 GLN 539 1HB GLN 539 -10.705 -10.162 7.600 4 HB2 GLN 539 2HB GLN 539 -11.687 -11.473 6.962 5 HG3 GLN 539 1HG GLN 539 -13.637 -10.612 8.103 6 HG2 GLN 539 2HG GLN 539 -12.718 -9.216 8.658 7 HE21 GLN 539 HE21 GLN 539 -11.405 -12.447 8.568 8 HE22 GLN 539 HE22 GLN 539 -11.288 -12.651 10.264 No H/Q in entry = 8 In of MODEL 9 1 H VAL 540 H VAL 540 -10.057 -8.076 6.281 2 HA VAL 540 HA VAL 540 -11.126 -5.977 7.793 3 HB VAL 540 HB VAL 540 -8.722 -5.931 5.936 4 HG13 VAL 540 HG11 VAL 540 -9.478 -3.692 6.435 5 HG12 VAL 540 HG12 VAL 540 -7.959 -4.022 7.292 6 HG11 VAL 540 HG13 VAL 540 -9.494 -4.060 8.154 7 HG21 VAL 540 HG21 VAL 540 -8.905 -6.429 8.908 8 HG23 VAL 540 HG22 VAL 540 -7.411 -6.285 7.984 9 HG22 VAL 540 HG23 VAL 540 -8.518 -7.621 7.667 No H/Q in entry = 9 In of MODEL 9 1 H ILE 541 H ILE 541 -10.570 -6.225 4.299 2 HA ILE 541 HA ILE 541 -11.585 -3.701 3.552 3 HB ILE 541 HB ILE 541 -11.634 -6.297 2.016 4 HG12 ILE 541 HG12 ILE 541 -9.642 -4.014 1.902 5 HG23 ILE 541 HG21 ILE 541 -11.856 -4.898 -0.018 6 HG22 ILE 541 HG22 ILE 541 -11.988 -3.464 1.010 7 HG21 ILE 541 HG23 ILE 541 -13.215 -4.734 1.100 8 HD13 ILE 541 HD11 ILE 541 -9.526 -6.682 0.517 9 HD12 ILE 541 HD12 ILE 541 -8.279 -5.436 0.501 10 HD11 ILE 541 HD13 ILE 541 -9.842 -5.135 -0.267 11 HG13 ILE 541 HG11 ILE 541 -9.369 -5.570 2.677 No H/Q in entry = 11 In of MODEL 9 1 H THR 542 H THR 542 -13.142 -6.852 3.808 2 HA THR 542 HA THR 542 -15.660 -6.124 2.926 3 HB THR 542 HB THR 542 -14.617 -8.199 4.666 4 HG23 THR 542 HG21 THR 542 -16.679 -9.541 4.295 5 HG22 THR 542 HG22 THR 542 -17.409 -8.145 3.492 6 HG21 THR 542 HG23 THR 542 -16.993 -8.067 5.208 7 HG1 THR 542 HG1 THR 542 -14.521 -7.803 2.116 No H/Q in entry = 7 In of MODEL 9 1 H ASN 543 H ASN 543 -14.267 -6.156 6.179 2 HA ASN 543 HA ASN 543 -16.637 -5.344 7.526 3 HB3 ASN 543 1HB ASN 543 -13.739 -5.050 8.409 4 HB2 ASN 543 2HB ASN 543 -14.789 -6.412 8.764 5 HD21 ASN 543 HD21 ASN 543 -13.415 -4.817 10.670 6 HD22 ASN 543 HD22 ASN 543 -14.580 -4.060 11.680 No H/Q in entry = 6 In of MODEL 9 1 H LEU 544 H LEU 544 -13.980 -3.611 6.065 2 HA LEU 544 HA LEU 544 -14.695 -1.026 6.860 3 HB3 LEU 544 1HB LEU 544 -13.206 -2.050 4.430 4 HB2 LEU 544 2HB LEU 544 -12.498 -1.592 5.948 5 HG LEU 544 HG LEU 544 -11.884 0.133 4.499 6 HD11 LEU 544 HD11 LEU 544 -14.684 0.224 3.458 7 HD13 LEU 544 HD12 LEU 544 -13.257 -0.423 2.642 8 HD12 LEU 544 HD13 LEU 544 -13.368 1.309 2.989 9 HD23 LEU 544 HD21 LEU 544 -14.391 1.158 5.827 10 HD22 LEU 544 HD22 LEU 544 -13.049 2.144 5.249 11 HD21 LEU 544 HD23 LEU 544 -12.809 1.031 6.594 No H/Q in entry = 11 In of MODEL 9 1 H GLU 545 H GLU 545 -15.821 -3.043 4.201 2 HA GLU 545 HA GLU 545 -17.367 -0.988 2.966 3 HB3 GLU 545 1HB GLU 545 -18.413 -2.832 1.693 4 HB2 GLU 545 2HB GLU 545 -17.563 -3.986 2.705 5 HG3 GLU 545 1HG GLU 545 -15.426 -3.139 1.892 6 HG2 GLU 545 2HG GLU 545 -16.282 -1.989 0.863 No H/Q in entry = 6 In of MODEL 9 1 H HIS 546 H HIS 546 -18.208 -3.728 5.069 2 HA HIS 546 HA HIS 546 -20.993 -3.062 5.082 3 HB3 HIS 546 1HB HIS 546 -21.164 -4.765 6.922 4 HB2 HIS 546 2HB HIS 546 -19.423 -4.967 6.809 5 HD1 HIS 546 HD1 HIS 546 -19.162 -7.235 5.823 6 HD2 HIS 546 2HD HIS 546 -21.989 -4.944 3.828 7 HE1 HIS 546 1HE HIS 546 -19.901 -8.608 3.841 No H/Q in entry = 7 In of MODEL 9 1 H HIS 547 H HIS 547 -18.417 -2.743 7.477 2 HA HIS 547 HA HIS 547 -18.101 -1.504 9.254 3 HB3 HIS 547 1HB HIS 547 -20.367 0.202 8.177 4 HB2 HIS 547 2HB HIS 547 -18.653 0.446 7.885 5 HD1 HIS 547 HD1 HIS 547 -21.345 1.316 10.280 6 HD2 HIS 547 2HD HIS 547 -17.191 1.370 10.181 7 HE1 HIS 547 1HE HIS 547 -20.629 2.818 12.138 No H/Q in entry = 7 In of MODEL 9 1 H HIS 548 H HIS 548 -21.599 -1.356 8.981 2 HA HIS 548 HA HIS 548 -23.293 -1.675 10.408 3 HB3 HIS 548 1HB HIS 548 -23.119 -3.573 12.105 4 HB2 HIS 548 2HB HIS 548 -21.457 -3.789 11.589 5 HD1 HIS 548 HD1 HIS 548 -24.993 -4.339 10.376 6 HD2 HIS 548 2HD HIS 548 -21.078 -5.084 9.204 7 HE1 HIS 548 1HE HIS 548 -25.135 -5.950 8.461 No H/Q in entry = 7 In of MODEL 9 1 H HIS 549 H HIS 549 -20.733 -2.244 12.772 2 HA HIS 549 HA HIS 549 -20.868 0.392 13.775 3 HB3 HIS 549 1HB HIS 549 -22.886 -0.441 14.900 4 HB2 HIS 549 2HB HIS 549 -21.617 -0.186 16.079 5 HD1 HIS 549 HD1 HIS 549 -21.431 -1.996 17.775 6 HD2 HIS 549 2HD HIS 549 -23.013 -3.383 14.193 7 HE1 HIS 549 1HE HIS 549 -22.009 -4.418 18.154 No H/Q in entry = 7 In of MODEL 9 1 H HIS 550 H HIS 550 -18.926 0.865 14.592 2 HA HIS 550 HA HIS 550 -17.117 -1.375 14.709 3 HB3 HIS 550 1HB HIS 550 -16.202 0.375 13.366 4 HB2 HIS 550 2HB HIS 550 -15.248 0.331 14.835 5 HD1 HIS 550 HD1 HIS 550 -17.476 2.593 12.867 6 HD2 HIS 550 2HD HIS 550 -15.505 2.571 16.527 7 HE1 HIS 550 1HE HIS 550 -17.489 4.960 13.683 No H/Q in entry = 7 In of MODEL 9 1 H HIS 551 H HIS 551 -17.806 -2.338 16.476 2 HA HIS 551 HA HIS 551 -17.639 -0.997 19.027 3 HB3 HIS 551 1HB HIS 551 -18.269 -3.881 18.313 4 HB2 HIS 551 2HB HIS 551 -19.458 -2.617 18.586 5 HD1 HIS 551 HD1 HIS 551 -17.703 -5.263 20.323 6 HD2 HIS 551 2HD HIS 551 -19.440 -1.635 21.343 7 HE1 HIS 551 1HE HIS 551 -18.051 -5.339 22.823 No H/Q in entry = 7 In of MODEL 10 1 H1 MET 393 H MET 393 27.298 0.512 -4.365 2 H2 MET 393 H3 MET 393 28.219 -0.860 -3.996 3 H3 MET 393 H2 MET 393 26.591 -1.002 -4.310 4 HA MET 393 HA MET 393 26.932 -1.238 -2.043 5 HB3 MET 393 1HB MET 393 28.989 -0.073 -1.680 6 HB2 MET 393 2HB MET 393 27.785 0.715 -0.680 7 HG3 MET 393 1HG MET 393 27.593 2.524 -2.302 8 HG2 MET 393 2HG MET 393 28.815 1.750 -3.310 9 HE3 MET 393 1HE MET 393 30.860 0.640 -1.071 10 HE2 MET 393 2HE MET 393 32.012 1.973 -1.028 11 HE1 MET 393 3HE MET 393 31.363 1.419 -2.572 No H/Q in entry = 11 In of MODEL 10 1 H SER 394 H SER 394 24.721 -1.415 -2.234 2 HA SER 394 HA SER 394 23.229 1.090 -1.886 3 HB3 SER 394 1HB SER 394 21.284 -0.125 -2.813 4 HB2 SER 394 2HB SER 394 22.278 -1.569 -3.003 5 HG SER 394 HG SER 394 22.634 0.936 -4.279 No H/Q in entry = 5 In of MODEL 10 1 H VAL 395 H VAL 395 24.532 -1.245 -0.116 2 HA VAL 395 HA VAL 395 22.203 -1.898 1.529 3 HB VAL 395 HB VAL 395 25.071 -2.901 1.741 4 HG13 VAL 395 HG11 VAL 395 24.158 -4.804 2.962 5 HG12 VAL 395 HG12 VAL 395 22.549 -4.086 2.877 6 HG11 VAL 395 HG13 VAL 395 23.829 -3.278 3.780 7 HG21 VAL 395 HG21 VAL 395 24.208 -3.477 -0.436 8 HG23 VAL 395 HG22 VAL 395 22.765 -4.183 0.288 9 HG22 VAL 395 HG23 VAL 395 24.345 -4.927 0.560 No H/Q in entry = 9 In of MODEL 10 1 H SER 396 H SER 396 24.023 0.631 1.233 2 HA SER 396 HA SER 396 25.368 1.158 3.617 3 HB3 SER 396 1HB SER 396 25.472 3.403 2.805 4 HB2 SER 396 2HB SER 396 24.078 3.135 1.753 5 HG SER 396 HG SER 396 26.460 1.640 1.601 No H/Q in entry = 5 In of MODEL 10 1 H ASN 397 H ASN 397 21.974 1.467 2.807 2 HA ASN 397 HA ASN 397 21.132 1.857 5.481 3 HB3 ASN 397 1HB ASN 397 21.029 4.309 3.684 4 HB2 ASN 397 2HB ASN 397 21.958 4.157 5.162 5 HD21 ASN 397 HD21 ASN 397 19.984 6.107 4.461 6 HD22 ASN 397 HD22 ASN 397 18.765 6.051 5.674 No H/Q in entry = 6 In of MODEL 10 1 H LYS 398 H LYS 398 20.017 3.189 2.433 2 HA LYS 398 HA LYS 398 17.749 1.381 2.539 3 HB3 LYS 398 1HB LYS 398 16.648 3.397 2.764 4 HB2 LYS 398 2HB LYS 398 16.657 3.239 1.025 5 HG3 LYS 398 1HG LYS 398 18.550 4.966 2.639 6 HG2 LYS 398 2HG LYS 398 17.155 5.542 1.745 7 HD3 LYS 398 1HD LYS 398 19.492 4.172 0.465 8 HD2 LYS 398 2HD LYS 398 19.355 5.928 0.590 9 HE3 LYS 398 1HE LYS 398 17.211 5.763 -0.697 10 HE2 LYS 398 2HE LYS 398 17.552 4.051 -0.936 11 HZ1 LYS 398 1HZ LYS 398 19.646 4.700 -2.051 12 HZ3 LYS 398 2HZ LYS 398 19.220 6.318 -1.891 13 HZ2 LYS 398 3HZ LYS 398 18.306 5.316 -2.850 No H/Q in entry = 13 In of MODEL 10 1 H LEU 399 H LEU 399 17.153 0.355 0.692 2 HA LEU 399 HA LEU 399 19.216 0.384 -1.380 3 HB3 LEU 399 1HB LEU 399 18.542 -1.923 -1.869 4 HB2 LEU 399 2HB LEU 399 17.211 -1.755 -0.750 5 HG LEU 399 HG LEU 399 20.021 -1.601 0.366 6 HD11 LEU 399 HD11 LEU 399 17.541 -2.527 1.600 7 HD13 LEU 399 HD12 LEU 399 18.403 -1.009 1.862 8 HD12 LEU 399 HD13 LEU 399 19.154 -2.546 2.300 9 HD23 LEU 399 HD21 LEU 399 20.107 -3.945 0.765 10 HD22 LEU 399 HD22 LEU 399 20.130 -3.621 -0.969 11 HD21 LEU 399 HD23 LEU 399 18.650 -4.217 -0.199 No H/Q in entry = 11 In of MODEL 10 1 H LEU 400 H LEU 400 18.549 1.361 -3.219 2 HA LEU 400 HA LEU 400 15.821 2.007 -3.740 3 HB3 LEU 400 1HB LEU 400 18.241 2.027 -5.551 4 HB2 LEU 400 2HB LEU 400 17.633 3.389 -4.634 5 HG LEU 400 HG LEU 400 16.161 2.043 -6.909 6 HD12 LEU 400 HD11 LEU 400 15.550 4.591 -5.436 7 HD11 LEU 400 HD12 LEU 400 14.649 3.080 -5.320 8 HD13 LEU 400 HD13 LEU 400 14.679 3.975 -6.840 9 HD21 LEU 400 HD21 LEU 400 17.715 4.617 -6.848 10 HD23 LEU 400 HD22 LEU 400 16.709 4.070 -8.186 11 HD22 LEU 400 HD23 LEU 400 18.144 3.151 -7.729 No H/Q in entry = 11 In of MODEL 10 1 H ALA 401 H ALA 401 14.303 0.738 -4.531 2 HA ALA 401 HA ALA 401 15.213 -1.679 -5.919 3 HB1 ALA 401 1HB ALA 401 12.846 -1.433 -4.102 4 HB3 ALA 401 2HB ALA 401 14.401 -2.147 -3.677 5 HB2 ALA 401 3HB ALA 401 13.392 -2.899 -4.919 No H/Q in entry = 5 In of MODEL 10 1 H TRP 402 H TRP 402 12.481 0.662 -5.653 2 HA TRP 402 HA TRP 402 11.909 0.086 -8.439 3 HB3 TRP 402 1HB TRP 402 9.905 -0.414 -6.231 4 HB2 TRP 402 2HB TRP 402 10.709 -1.637 -7.192 5 HD1 TRP 402 HD TRP 402 10.108 -1.430 -9.984 6 HE3 TRP 402 3HE TRP 402 7.735 0.490 -5.928 7 HE1 TRP 402 HE1 TRP 402 7.748 -1.097 -11.000 8 HZ3 TRP 402 3HZ TRP 402 5.363 1.082 -6.095 9 HZ2 TRP 402 2HZ TRP 402 5.232 -0.147 -10.175 10 HH2 TRP 402 HH TRP 402 4.131 0.774 -8.187 No H/Q in entry = 10 In of MODEL 10 1 H SER 403 H SER 403 10.737 1.666 -9.419 2 HA SER 403 HA SER 403 9.715 3.850 -7.818 3 HB3 SER 403 1HB SER 403 11.779 4.792 -8.581 4 HB2 SER 403 2HB SER 403 10.564 5.403 -9.702 5 HG SER 403 HG SER 403 11.526 3.048 -10.570 No H/Q in entry = 5 In of MODEL 10 1 H GLY 404 H GLY 404 7.617 4.093 -8.282 2 HA2 GLY 404 1HA GLY 404 6.225 2.321 -9.731 3 HA3 GLY 404 2HA GLY 404 6.635 3.553 -10.914 No H/Q in entry = 3 In of MODEL 10 1 H VAL 405 H VAL 405 4.073 3.089 -10.446 2 HA VAL 405 HA VAL 405 3.286 5.507 -9.028 3 HB VAL 405 HB VAL 405 2.115 4.255 -11.531 4 HG11 VAL 405 HG11 VAL 405 0.464 5.328 -10.164 5 HG13 VAL 405 HG12 VAL 405 0.708 6.215 -11.676 6 HG12 VAL 405 HG13 VAL 405 1.389 6.829 -10.161 7 HG23 VAL 405 HG21 VAL 405 3.703 6.798 -11.209 8 HG22 VAL 405 HG22 VAL 405 2.937 6.248 -12.696 9 HG21 VAL 405 HG23 VAL 405 4.254 5.314 -11.986 No H/Q in entry = 9 In of MODEL 10 1 H LEU 406 H LEU 406 1.456 5.357 -7.744 2 HA LEU 406 HA LEU 406 0.353 2.652 -7.233 3 HB3 LEU 406 1HB LEU 406 -0.216 3.523 -5.023 4 HB2 LEU 406 2HB LEU 406 0.424 5.088 -5.455 5 HG LEU 406 HG LEU 406 2.677 4.161 -5.548 6 HD13 LEU 406 HD11 LEU 406 2.912 3.813 -3.132 7 HD12 LEU 406 HD12 LEU 406 1.172 3.581 -3.000 8 HD11 LEU 406 HD13 LEU 406 1.816 5.146 -3.491 9 HD23 LEU 406 HD21 LEU 406 3.087 1.890 -4.710 10 HD22 LEU 406 HD22 LEU 406 2.110 1.875 -6.175 11 HD21 LEU 406 HD23 LEU 406 1.346 1.620 -4.604 No H/Q in entry = 11 In of MODEL 10 1 H GLU 407 H GLU 407 -1.866 2.461 -7.485 2 HA GLU 407 HA GLU 407 -3.251 4.953 -8.171 3 HB3 GLU 407 1HB GLU 407 -3.808 2.196 -9.273 4 HB2 GLU 407 2HB GLU 407 -2.785 3.374 -10.076 5 HG3 GLU 407 1HG GLU 407 -4.689 4.906 -10.220 6 HG2 GLU 407 2HG GLU 407 -5.655 3.711 -9.396 No H/Q in entry = 6 In of MODEL 10 1 H TRP 408 H TRP 408 -5.230 5.361 -7.170 2 HA TRP 408 HA TRP 408 -6.275 3.294 -5.414 3 HB3 TRP 408 1HB TRP 408 -4.591 4.369 -4.056 4 HB2 TRP 408 2HB TRP 408 -6.186 4.711 -3.410 5 HD1 TRP 408 HD TRP 408 -3.554 6.509 -5.639 6 HE3 TRP 408 3HE TRP 408 -7.369 6.465 -2.237 7 HE1 TRP 408 HE1 TRP 408 -3.592 8.996 -5.041 8 HZ3 TRP 408 3HZ TRP 408 -8.004 8.578 -1.159 9 HZ2 TRP 408 2HZ TRP 408 -5.029 10.730 -3.332 10 HH2 TRP 408 HH TRP 408 -6.860 10.666 -1.693 No H/Q in entry = 10 In of MODEL 10 1 H GLN 409 H GLN 409 -8.261 3.700 -4.460 2 HA GLN 409 HA GLN 409 -9.995 5.608 -5.850 3 HB3 GLN 409 1HB GLN 409 -10.712 3.382 -6.376 4 HB2 GLN 409 2HB GLN 409 -11.847 4.006 -5.192 5 HG3 GLN 409 1HG GLN 409 -10.721 2.750 -3.429 6 HG2 GLN 409 2HG GLN 409 -9.568 2.125 -4.609 7 HE21 GLN 409 HE21 GLN 409 -12.784 1.915 -3.390 8 HE22 GLN 409 HE22 GLN 409 -13.241 0.509 -4.264 No H/Q in entry = 8 In of MODEL 10 1 H GLU 410 H GLU 410 -11.839 6.464 -4.436 2 HA GLU 410 HA GLU 410 -10.733 6.851 -1.744 3 HB3 GLU 410 1HB GLU 410 -11.852 8.968 -3.570 4 HB2 GLU 410 2HB GLU 410 -10.175 8.702 -3.135 5 HG3 GLU 410 1HG GLU 410 -10.502 9.411 -0.921 6 HG2 GLU 410 2HG GLU 410 -12.254 9.476 -1.127 No H/Q in entry = 6 In of MODEL 10 1 H LYS 411 H LYS 411 -13.712 8.381 -2.990 2 HA LYS 411 HA LYS 411 -15.096 7.327 -0.638 3 HB3 LYS 411 1HB LYS 411 -16.833 8.993 -1.209 4 HB2 LYS 411 2HB LYS 411 -15.965 9.402 -2.671 5 HG3 LYS 411 1HG LYS 411 -14.156 10.360 -1.417 6 HG2 LYS 411 2HG LYS 411 -14.875 9.820 0.103 7 HD3 LYS 411 1HD LYS 411 -16.813 11.248 -0.293 8 HD2 LYS 411 2HD LYS 411 -16.137 11.758 -1.840 9 HE3 LYS 411 1HE LYS 411 -14.753 12.205 0.795 10 HE2 LYS 411 2HE LYS 411 -15.827 13.384 0.055 11 HZ3 LYS 411 1HZ LYS 411 -13.487 13.800 -0.397 12 HZ2 LYS 411 2HZ LYS 411 -14.399 13.580 -1.799 13 HZ1 LYS 411 3HZ LYS 411 -13.367 12.360 -1.282 No H/Q in entry = 13 In of MODEL 10 1 HA PRO 412 HA PRO 412 -17.683 4.545 -3.055 2 HB3 PRO 412 1HB PRO 412 -19.044 3.996 -1.274 3 HB2 PRO 412 2HB PRO 412 -20.195 5.105 -2.023 4 HG3 PRO 412 1HG PRO 412 -19.288 5.485 0.483 5 HG2 PRO 412 2HG PRO 412 -19.654 6.840 -0.601 6 HD3 PRO 412 1HD PRO 412 -17.010 5.692 0.173 7 HD2 PRO 412 2HD PRO 412 -17.469 7.382 -0.104 No H/Q in entry = 7 In of MODEL 10 1 H LYS 413 H LYS 413 -19.087 7.765 -2.489 2 HA LYS 413 HA LYS 413 -19.859 7.898 -5.316 3 HB3 LYS 413 1HB LYS 413 -21.497 9.628 -4.603 4 HB2 LYS 413 2HB LYS 413 -21.073 9.319 -2.927 5 HG3 LYS 413 1HG LYS 413 -21.922 7.070 -3.090 6 HG2 LYS 413 2HG LYS 413 -22.264 7.288 -4.801 7 HD3 LYS 413 1HD LYS 413 -23.789 9.186 -4.156 8 HD2 LYS 413 2HD LYS 413 -23.536 8.733 -2.469 9 HE3 LYS 413 1HE LYS 413 -24.411 6.487 -2.967 10 HE2 LYS 413 2HE LYS 413 -24.713 6.996 -4.625 11 HZ1 LYS 413 1HZ LYS 413 -26.270 8.669 -3.775 12 HZ3 LYS 413 2HZ LYS 413 -25.967 8.130 -2.203 13 HZ2 LYS 413 3HZ LYS 413 -26.703 7.110 -3.302 No H/Q in entry = 13 In of MODEL 10 1 HA PRO 414 HA PRO 414 -16.607 10.929 -5.204 2 HB3 PRO 414 1HB PRO 414 -15.924 10.075 -7.223 3 HB2 PRO 414 2HB PRO 414 -16.617 11.576 -7.841 4 HG3 PRO 414 1HG PRO 414 -17.447 9.137 -8.679 5 HG2 PRO 414 2HG PRO 414 -18.515 10.543 -8.612 6 HD3 PRO 414 1HD PRO 414 -18.477 8.148 -6.911 7 HD2 PRO 414 2HD PRO 414 -19.785 9.314 -7.185 No H/Q in entry = 7 In of MODEL 10 1 H ALA 415 H ALA 415 -19.286 11.791 -7.332 2 HA ALA 415 HA ALA 415 -19.044 14.595 -6.580 3 HB3 ALA 415 1HB ALA 415 -19.222 14.029 -8.945 4 HB2 ALA 415 2HB ALA 415 -20.634 14.958 -8.424 5 HB1 ALA 415 3HB ALA 415 -20.755 13.216 -8.641 No H/Q in entry = 5 In of MODEL 10 1 H SER 416 H SER 416 -20.452 12.005 -5.315 2 HA SER 416 HA SER 416 -22.068 11.528 -3.876 3 HB3 SER 416 1HB SER 416 -23.208 13.318 -2.632 4 HB2 SER 416 2HB SER 416 -22.665 14.491 -3.835 5 HG SER 416 HG SER 416 -21.412 13.693 -1.663 No H/Q in entry = 5 In of MODEL 10 1 H VAL 417 H VAL 417 -23.272 13.879 -6.265 2 HA VAL 417 HA VAL 417 -25.818 12.588 -6.481 3 HB VAL 417 HB VAL 417 -26.173 13.994 -8.498 4 HG11 VAL 417 HG11 VAL 417 -24.978 15.491 -6.177 5 HG13 VAL 417 HG12 VAL 417 -26.651 14.948 -6.326 6 HG12 VAL 417 HG13 VAL 417 -26.023 16.190 -7.413 7 HG23 VAL 417 HG21 VAL 417 -24.466 15.620 -9.206 8 HG22 VAL 417 HG22 VAL 417 -23.909 13.959 -9.419 9 HG21 VAL 417 HG23 VAL 417 -23.327 14.915 -8.057 No H/Q in entry = 9 In of MODEL 10 1 H ASP 418 H ASP 418 -22.737 11.990 -7.576 2 HA ASP 418 HA ASP 418 -23.573 10.131 -9.698 3 HB3 ASP 418 1HB ASP 418 -20.755 10.786 -8.815 4 HB2 ASP 418 2HB ASP 418 -21.598 11.742 -10.029 No H/Q in entry = 4 In of MODEL 10 1 H ALA 419 H ALA 419 -23.260 7.935 -9.337 2 HA ALA 419 HA ALA 419 -23.260 7.336 -6.523 3 HB2 ALA 419 1HB ALA 419 -24.285 5.258 -7.093 4 HB1 ALA 419 2HB ALA 419 -23.960 5.523 -8.803 5 HB3 ALA 419 3HB ALA 419 -25.089 6.575 -7.948 No H/Q in entry = 5 In of MODEL 10 1 H ASN 420 H ASN 420 -21.020 6.814 -9.168 2 HA ASN 420 HA ASN 420 -19.646 4.841 -7.453 3 HB3 ASN 420 1HB ASN 420 -18.943 3.629 -9.561 4 HB2 ASN 420 2HB ASN 420 -20.166 4.561 -10.403 5 HD21 ASN 420 HD21 ASN 420 -21.391 2.803 -10.955 6 HD22 ASN 420 HD22 ASN 420 -22.264 1.877 -9.783 No H/Q in entry = 6 In of MODEL 10 1 H THR 421 H THR 421 -17.729 5.586 -6.888 2 HA THR 421 HA THR 421 -16.291 7.428 -8.538 3 HB THR 421 HB THR 421 -15.230 5.897 -6.144 4 HG22 THR 421 HG21 THR 421 -13.699 7.814 -5.934 5 HG21 THR 421 HG22 THR 421 -14.408 8.542 -7.377 6 HG23 THR 421 HG23 THR 421 -13.515 7.030 -7.503 7 HG1 THR 421 HG1 THR 421 -16.276 7.200 -4.938 No H/Q in entry = 7 In of MODEL 10 1 H LYS 422 H LYS 422 -16.118 6.226 -10.468 2 HA LYS 422 HA LYS 422 -14.210 4.027 -10.305 3 HB3 LYS 422 1HB LYS 422 -14.788 3.556 -12.687 4 HB2 LYS 422 2HB LYS 422 -15.934 4.886 -12.638 5 HG3 LYS 422 1HG LYS 422 -17.000 2.673 -12.375 6 HG2 LYS 422 2HG LYS 422 -17.279 3.741 -10.998 7 HD3 LYS 422 1HD LYS 422 -15.498 2.605 -9.745 8 HD2 LYS 422 2HD LYS 422 -15.193 1.543 -11.117 9 HE3 LYS 422 1HE LYS 422 -17.812 1.713 -9.642 10 HE2 LYS 422 2HE LYS 422 -16.559 0.532 -9.294 11 HZ2 LYS 422 1HZ LYS 422 -16.796 -0.361 -11.514 12 HZ1 LYS 422 2HZ LYS 422 -17.972 0.790 -11.901 13 HZ3 LYS 422 3HZ LYS 422 -18.282 -0.367 -10.729 No H/Q in entry = 13 In of MODEL 10 1 H LEU 423 H LEU 423 -14.006 7.144 -10.373 2 HA LEU 423 HA LEU 423 -11.978 7.397 -12.396 3 HB3 LEU 423 1HB LEU 423 -11.515 9.625 -11.304 4 HB2 LEU 423 2HB LEU 423 -12.757 9.264 -10.131 5 HG LEU 423 HG LEU 423 -13.419 10.877 -11.880 6 HD12 LEU 423 HD11 LEU 423 -13.272 8.525 -13.730 7 HD11 LEU 423 HD12 LEU 423 -12.272 9.977 -13.773 8 HD13 LEU 423 HD13 LEU 423 -14.002 10.085 -14.102 9 HD23 LEU 423 HD21 LEU 423 -15.041 8.339 -11.802 10 HD22 LEU 423 HD22 LEU 423 -15.630 9.925 -12.303 11 HD21 LEU 423 HD23 LEU 423 -15.115 9.660 -10.635 No H/Q in entry = 11 In of MODEL 10 1 H THR 424 H THR 424 -10.225 6.263 -12.006 2 HA THR 424 HA THR 424 -9.309 6.157 -9.248 3 HB THR 424 HB THR 424 -8.300 4.316 -11.369 4 HG21 THR 424 HG21 THR 424 -7.329 4.538 -9.072 5 HG23 THR 424 HG22 THR 424 -7.846 2.904 -9.490 6 HG22 THR 424 HG23 THR 424 -8.843 3.906 -8.428 7 HG1 THR 424 HG1 THR 424 -10.801 4.488 -10.960 No H/Q in entry = 7 In of MODEL 10 1 H ARG 425 H ARG 425 -7.695 7.339 -8.845 2 HA ARG 425 HA ARG 425 -5.943 8.204 -11.000 3 HB3 ARG 425 1HB ARG 425 -6.911 10.195 -10.511 4 HB2 ARG 425 2HB ARG 425 -5.601 10.229 -9.338 5 HG3 ARG 425 1HG ARG 425 -8.368 9.277 -8.795 6 HG2 ARG 425 2HG ARG 425 -7.796 10.911 -8.407 7 HD3 ARG 425 1HD ARG 425 -6.050 9.888 -7.035 8 HD2 ARG 425 2HD ARG 425 -6.735 8.313 -7.394 9 HE ARG 425 HE ARG 425 -8.496 8.659 -6.061 10 HH11 ARG 425 HH11 ARG 425 -6.611 11.667 -6.120 11 HH12 ARG 425 HH12 ARG 425 -7.497 12.381 -4.849 12 HH21 ARG 425 HH21 ARG 425 -9.664 9.690 -4.360 13 HH22 ARG 425 HH22 ARG 425 -9.240 11.209 -3.770 No H/Q in entry = 13 In of MODEL 10 1 H SER 426 H SER 426 -3.769 8.810 -10.386 2 HA SER 426 HA SER 426 -2.883 6.881 -8.425 3 HB3 SER 426 1HB SER 426 -2.961 5.766 -10.505 4 HB2 SER 426 2HB SER 426 -1.294 5.997 -10.100 5 HG SER 426 HG SER 426 -2.232 8.115 -11.548 No H/Q in entry = 5 In of MODEL 10 1 H LEU 427 H LEU 427 -0.581 7.106 -7.847 2 HA LEU 427 HA LEU 427 0.414 9.903 -7.980 3 HB3 LEU 427 1HB LEU 427 1.054 9.703 -5.672 4 HB2 LEU 427 2HB LEU 427 0.569 8.024 -5.635 5 HG LEU 427 HG LEU 427 -1.762 8.677 -5.867 6 HD12 LEU 427 HD11 LEU 427 -2.008 9.687 -3.616 7 HD11 LEU 427 HD12 LEU 427 -0.263 9.929 -3.576 8 HD13 LEU 427 HD13 LEU 427 -0.923 8.301 -3.675 9 HD23 LEU 427 HD21 LEU 427 -2.411 11.043 -5.564 10 HD22 LEU 427 HD22 LEU 427 -1.539 10.769 -7.070 11 HD21 LEU 427 HD23 LEU 427 -0.715 11.510 -5.698 No H/Q in entry = 11 In of MODEL 10 1 HA PRO 428 HA PRO 428 4.186 7.664 -9.092 2 HB3 PRO 428 1HB PRO 428 4.511 9.422 -10.575 3 HB2 PRO 428 2HB PRO 428 5.793 9.803 -9.415 4 HG3 PRO 428 1HG PRO 428 3.887 11.602 -10.016 5 HG2 PRO 428 2HG PRO 428 4.553 11.459 -8.382 6 HD3 PRO 428 1HD PRO 428 1.891 10.683 -9.375 7 HD2 PRO 428 2HD PRO 428 2.418 11.089 -7.735 No H/Q in entry = 7 In of MODEL 10 1 H CYS 429 H CYS 429 5.759 6.747 -7.767 2 HA CYS 429 HA CYS 429 6.770 8.295 -5.515 3 HB3 CYS 429 1HB CYS 429 4.870 7.153 -4.589 4 HB2 CYS 429 2HB CYS 429 6.339 6.388 -3.995 5 HG CYS 429 HG CYS 429 5.116 5.000 -6.776 No H/Q in entry = 5 In of MODEL 10 1 H GLN 430 H GLN 430 8.595 7.261 -4.459 2 HA GLN 430 HA GLN 430 10.047 5.363 -6.149 3 HB3 GLN 430 1HB GLN 430 12.104 6.320 -5.168 4 HB2 GLN 430 2HB GLN 430 11.135 7.447 -4.230 5 HG3 GLN 430 1HG GLN 430 10.383 8.540 -6.243 6 HG2 GLN 430 2HG GLN 430 11.266 7.380 -7.232 7 HE21 GLN 430 HE21 GLN 430 11.536 10.140 -5.130 8 HE22 GLN 430 HE22 GLN 430 13.179 10.471 -5.489 No H/Q in entry = 8 In of MODEL 10 1 H VAL 431 H VAL 431 10.595 3.488 -5.155 2 HA VAL 431 HA VAL 431 9.798 3.242 -2.355 3 HB VAL 431 HB VAL 431 9.608 1.141 -4.516 4 HG12 VAL 431 HG11 VAL 431 8.593 1.126 -1.677 5 HG11 VAL 431 HG12 VAL 431 9.946 0.188 -2.301 6 HG13 VAL 431 HG13 VAL 431 8.311 -0.132 -2.881 7 HG23 VAL 431 HG21 VAL 431 7.153 1.472 -4.289 8 HG22 VAL 431 HG22 VAL 431 8.010 2.853 -4.974 9 HG21 VAL 431 HG23 VAL 431 7.490 2.887 -3.290 No H/Q in entry = 9 In of MODEL 10 1 H TYR 432 H TYR 432 11.268 2.673 -1.097 2 HA TYR 432 HA TYR 432 13.751 1.439 -2.084 3 HB3 TYR 432 1HB TYR 432 14.832 2.394 -0.161 4 HB2 TYR 432 2HB TYR 432 13.289 2.891 0.528 5 HH TYR 432 HH TYR 432 14.237 8.395 -2.382 6 HD1 TYR 432 1HD TYR 432 12.472 5.019 0.127 7 HE1 TYR 432 1HE TYR 432 12.621 7.175 -1.036 8 HE2 TYR 432 2HE TYR 432 15.619 5.554 -3.588 9 HD2 TYR 432 2HD TYR 432 15.450 3.388 -2.390 No H/Q in entry = 9 In of MODEL 10 1 H VAL 433 H VAL 433 14.603 -0.207 -0.699 2 HA VAL 433 HA VAL 433 12.579 -1.420 1.052 3 HB VAL 433 HB VAL 433 13.463 -3.637 0.516 4 HG11 VAL 433 HG11 VAL 433 12.726 -2.107 -1.948 5 HG13 VAL 433 HG12 VAL 433 11.636 -2.946 -0.842 6 HG12 VAL 433 HG13 VAL 433 12.776 -3.860 -1.822 7 HG21 VAL 433 HG21 VAL 433 15.285 -2.262 -1.460 8 HG23 VAL 433 HG22 VAL 433 15.076 -4.008 -1.296 9 HG22 VAL 433 HG23 VAL 433 15.778 -3.077 0.027 No H/Q in entry = 9 In of MODEL 10 1 H ASN 434 H ASN 434 13.279 -1.897 3.026 2 HA ASN 434 HA ASN 434 16.119 -1.656 3.509 3 HB3 ASN 434 1HB ASN 434 15.481 -2.144 5.935 4 HB2 ASN 434 2HB ASN 434 13.805 -2.020 5.429 5 HD21 ASN 434 HD21 ASN 434 16.340 0.029 4.145 6 HD22 ASN 434 HD22 ASN 434 15.786 1.480 4.895 No H/Q in entry = 6 In of MODEL 10 1 H HIS 435 H HIS 435 17.275 -3.368 3.933 2 HA HIS 435 HA HIS 435 16.447 -5.243 2.165 3 HB3 HIS 435 1HB HIS 435 18.561 -4.540 1.960 4 HB2 HIS 435 2HB HIS 435 18.628 -6.254 2.236 5 HD1 HIS 435 HD1 HIS 435 19.758 -3.049 3.753 6 HD2 HIS 435 2HD HIS 435 19.590 -7.036 4.314 7 HE1 HIS 435 1HE HIS 435 21.589 -3.435 5.303 No H/Q in entry = 7 In of MODEL 10 1 H GLY 436 H GLY 436 17.714 -7.615 2.736 2 HA2 GLY 436 1HA GLY 436 15.758 -8.800 4.588 3 HA3 GLY 436 2HA GLY 436 17.266 -9.564 4.044 No H/Q in entry = 3 In of MODEL 10 1 H GLU 437 H GLU 437 15.887 -7.586 1.801 2 HA GLU 437 HA GLU 437 14.735 -9.669 0.191 3 HB3 GLU 437 1HB GLU 437 13.974 -6.804 0.728 4 HB2 GLU 437 2HB GLU 437 12.991 -8.206 1.070 5 HG3 GLU 437 1HG GLU 437 13.864 -7.283 -1.587 6 HG2 GLU 437 2HG GLU 437 12.295 -6.917 -0.880 No H/Q in entry = 6 In of MODEL 10 1 H ASN 438 H ASN 438 15.374 -9.373 -1.918 2 HA ASN 438 HA ASN 438 16.702 -7.062 -2.904 3 HB3 ASN 438 1HB ASN 438 18.289 -9.660 -2.839 4 HB2 ASN 438 2HB ASN 438 18.657 -8.255 -1.839 5 HD21 ASN 438 HD21 ASN 438 20.175 -9.628 -4.038 6 HD22 ASN 438 HD22 ASN 438 20.539 -8.363 -5.150 No H/Q in entry = 6 In of MODEL 10 1 H LEU 439 H LEU 439 15.358 -6.977 -4.598 2 HA LEU 439 HA LEU 439 15.187 -9.378 -6.199 3 HB3 LEU 439 1HB LEU 439 13.170 -9.234 -4.682 4 HB2 LEU 439 2HB LEU 439 12.830 -9.382 -6.385 5 HG LEU 439 HG LEU 439 12.257 -7.001 -6.491 6 HD13 LEU 439 HD11 LEU 439 10.157 -7.206 -5.283 7 HD12 LEU 439 HD12 LEU 439 10.802 -8.589 -4.400 8 HD11 LEU 439 HD13 LEU 439 10.565 -8.687 -6.147 9 HD21 LEU 439 HD21 LEU 439 12.597 -7.052 -3.480 10 HD23 LEU 439 HD22 LEU 439 11.899 -5.730 -4.415 11 HD22 LEU 439 HD23 LEU 439 13.602 -6.145 -4.611 No H/Q in entry = 11 In of MODEL 10 1 H LYS 440 H LYS 440 14.776 -8.981 -8.387 2 HA LYS 440 HA LYS 440 14.980 -6.193 -9.103 3 HB3 LYS 440 1HB LYS 440 16.552 -7.517 -10.335 4 HB2 LYS 440 2HB LYS 440 15.315 -6.986 -11.449 5 HG3 LYS 440 1HG LYS 440 14.250 -9.214 -11.264 6 HG2 LYS 440 2HG LYS 440 15.644 -9.737 -10.301 7 HD3 LYS 440 1HD LYS 440 17.132 -9.137 -12.121 8 HD2 LYS 440 2HD LYS 440 15.760 -8.582 -13.078 9 HE3 LYS 440 1HE LYS 440 14.837 -10.912 -12.888 10 HE2 LYS 440 2HE LYS 440 16.418 -11.382 -12.251 11 HZ2 LYS 440 1HZ LYS 440 16.347 -11.727 -14.646 12 HZ1 LYS 440 2HZ LYS 440 17.414 -10.471 -14.280 13 HZ3 LYS 440 3HZ LYS 440 15.861 -10.109 -14.846 No H/Q in entry = 13 In of MODEL 10 1 H THR 441 H THR 441 13.372 -5.066 -9.800 2 HA THR 441 HA THR 441 10.822 -6.286 -9.405 3 HB THR 441 HB THR 441 10.109 -3.807 -9.508 4 HG21 THR 441 HG21 THR 441 10.386 -5.162 -7.454 5 HG23 THR 441 HG22 THR 441 10.900 -3.503 -7.194 6 HG22 THR 441 HG23 THR 441 12.101 -4.768 -7.441 7 HG1 THR 441 HG1 THR 441 12.407 -2.779 -8.792 No H/Q in entry = 7 In of MODEL 10 1 H GLU 442 H GLU 442 12.016 -7.078 -11.813 2 HA GLU 442 HA GLU 442 10.734 -5.746 -14.036 3 HB3 GLU 442 1HB GLU 442 11.425 -7.680 -15.357 4 HB2 GLU 442 2HB GLU 442 11.831 -8.558 -13.898 5 HG3 GLU 442 1HG GLU 442 13.681 -7.114 -13.451 6 HG2 GLU 442 2HG GLU 442 13.212 -6.038 -14.769 No H/Q in entry = 6 In of MODEL 10 1 H GLN 443 H GLN 443 9.923 -8.058 -11.709 2 HA GLN 443 HA GLN 443 7.697 -9.226 -13.163 3 HB3 GLN 443 1HB GLN 443 7.454 -10.641 -11.178 4 HB2 GLN 443 2HB GLN 443 8.652 -9.673 -10.329 5 HG3 GLN 443 1HG GLN 443 9.648 -11.729 -11.119 6 HG2 GLN 443 2HG GLN 443 10.346 -10.352 -11.969 7 HE21 GLN 443 HE21 GLN 443 10.999 -11.540 -13.745 8 HE22 GLN 443 HE22 GLN 443 9.870 -12.196 -14.867 No H/Q in entry = 8 In of MODEL 10 1 H TRP 444 H TRP 444 8.173 -6.422 -11.600 2 HA TRP 444 HA TRP 444 5.591 -6.322 -10.264 3 HB3 TRP 444 1HB TRP 444 6.453 -4.043 -9.536 4 HB2 TRP 444 2HB TRP 444 8.002 -4.517 -10.207 5 HD1 TRP 444 HD TRP 444 7.796 -7.605 -9.028 6 HE3 TRP 444 3HE TRP 444 7.078 -2.803 -7.467 7 HE1 TRP 444 HE1 TRP 444 8.320 -7.914 -6.544 8 HZ3 TRP 444 3HZ TRP 444 7.418 -2.261 -5.102 9 HZ2 TRP 444 2HZ TRP 444 8.447 -6.325 -4.214 10 HH2 TRP 444 HH TRP 444 8.089 -3.987 -3.497 No H/Q in entry = 10 In of MODEL 10 1 HA PRO 445 HA PRO 445 4.167 -3.936 -13.827 2 HB3 PRO 445 1HB PRO 445 1.874 -4.042 -13.579 3 HB2 PRO 445 2HB PRO 445 1.944 -3.200 -12.030 4 HG3 PRO 445 1HG PRO 445 2.198 -6.113 -12.621 5 HG2 PRO 445 2HG PRO 445 1.376 -5.313 -11.272 6 HD3 PRO 445 1HD PRO 445 3.747 -6.477 -10.965 7 HD2 PRO 445 2HD PRO 445 3.359 -4.960 -10.116 No H/Q in entry = 7 In of MODEL 10 1 H GLN 446 H GLN 446 3.687 -1.582 -14.111 2 HA GLN 446 HA GLN 446 5.319 -0.054 -12.292 3 HB3 GLN 446 1HB GLN 446 4.866 1.836 -13.850 4 HB2 GLN 446 2HB GLN 446 3.850 0.760 -14.795 5 HG3 GLN 446 1HG GLN 446 5.754 -0.666 -15.257 6 HG2 GLN 446 2HG GLN 446 6.785 0.367 -14.270 7 HE21 GLN 446 HE21 GLN 446 7.021 -0.308 -17.068 8 HE22 GLN 446 HE22 GLN 446 7.026 1.194 -17.911 No H/Q in entry = 8 In of MODEL 10 1 H LYS 447 H LYS 447 2.190 -0.951 -12.357 2 HA LYS 447 HA LYS 447 1.364 1.312 -10.692 3 HB3 LYS 447 1HB LYS 447 -0.919 0.992 -11.526 4 HB2 LYS 447 2HB LYS 447 -0.340 -0.233 -12.645 5 HG3 LYS 447 1HG LYS 447 1.045 1.453 -13.761 6 HG2 LYS 447 2HG LYS 447 0.426 2.679 -12.655 7 HD3 LYS 447 1HD LYS 447 -1.215 1.061 -14.599 8 HD2 LYS 447 2HD LYS 447 -0.750 2.754 -14.785 9 HE3 LYS 447 1HE LYS 447 -1.968 3.259 -12.678 10 HE2 LYS 447 2HE LYS 447 -2.529 1.588 -12.661 11 HZ1 LYS 447 1HZ LYS 447 -3.069 3.531 -14.807 12 HZ3 LYS 447 2HZ LYS 447 -4.122 3.106 -13.569 13 HZ2 LYS 447 3HZ LYS 447 -3.687 1.946 -14.720 No H/Q in entry = 13 In of MODEL 10 1 H LEU 448 H LEU 448 0.808 0.712 -8.749 2 HA LEU 448 HA LEU 448 0.012 -2.072 -8.279 3 HB3 LEU 448 1HB LEU 448 0.767 -1.741 -5.935 4 HB2 LEU 448 2HB LEU 448 1.366 -0.160 -6.383 5 HG LEU 448 HG LEU 448 3.081 -1.144 -7.786 6 HD13 LEU 448 HD11 LEU 448 4.378 -2.326 -6.154 7 HD12 LEU 448 HD12 LEU 448 2.948 -2.524 -5.144 8 HD11 LEU 448 HD13 LEU 448 3.591 -0.911 -5.458 9 HD21 LEU 448 HD21 LEU 448 1.836 -3.795 -7.101 10 HD23 LEU 448 HD22 LEU 448 3.337 -3.553 -7.992 11 HD22 LEU 448 HD23 LEU 448 1.810 -3.018 -8.686 No H/Q in entry = 11 In of MODEL 10 1 H ILE 449 H ILE 449 -1.704 -2.484 -6.720 2 HA ILE 449 HA ILE 449 -3.669 -0.331 -6.967 3 HB ILE 449 HB ILE 449 -4.020 -3.271 -6.314 4 HG12 ILE 449 HG12 ILE 449 -3.296 -2.948 -8.635 5 HG21 ILE 449 HG21 ILE 449 -5.797 -1.948 -5.316 6 HG23 ILE 449 HG22 ILE 449 -6.428 -2.894 -6.667 7 HG22 ILE 449 HG23 ILE 449 -6.117 -1.174 -6.869 8 HD12 ILE 449 HD11 ILE 449 -4.032 -0.671 -9.072 9 HD11 ILE 449 HD12 ILE 449 -5.713 -1.198 -8.981 10 HD13 ILE 449 HD13 ILE 449 -4.669 -1.804 -10.266 11 HG13 ILE 449 HG11 ILE 449 -4.964 -3.495 -8.576 No H/Q in entry = 11 In of MODEL 10 1 H MET 450 H MET 450 -4.167 0.814 -5.250 2 HA MET 450 HA MET 450 -3.356 -0.109 -2.584 3 HB3 MET 450 1HB MET 450 -3.833 2.233 -1.928 4 HB2 MET 450 2HB MET 450 -4.253 2.566 -3.600 5 HG3 MET 450 1HG MET 450 -1.950 2.028 -4.271 6 HG2 MET 450 2HG MET 450 -1.536 1.799 -2.573 7 HE2 MET 450 1HE MET 450 -2.167 5.446 -1.156 8 HE1 MET 450 2HE MET 450 -1.809 3.771 -0.733 9 HE3 MET 450 3HE MET 450 -3.416 4.214 -1.305 No H/Q in entry = 9 In of MODEL 10 1 H GLN 451 H GLN 451 -4.903 -1.043 -1.413 2 HA GLN 451 HA GLN 451 -7.673 -0.196 -1.857 3 HB3 GLN 451 1HB GLN 451 -8.335 -2.356 -0.981 4 HB2 GLN 451 2HB GLN 451 -6.665 -2.743 -0.585 5 HG3 GLN 451 1HG GLN 451 -6.090 -2.737 -2.954 6 HG2 GLN 451 2HG GLN 451 -7.749 -2.319 -3.363 7 HE21 GLN 451 HE21 GLN 451 -8.936 -4.050 -1.399 8 HE22 GLN 451 HE22 GLN 451 -8.720 -5.656 -1.998 No H/Q in entry = 8 In of MODEL 10 1 H LEU 452 H LEU 452 -8.334 1.157 -0.378 2 HA LEU 452 HA LEU 452 -6.938 1.515 2.089 3 HB3 LEU 452 1HB LEU 452 -8.607 3.285 2.498 4 HB2 LEU 452 2HB LEU 452 -9.474 2.780 1.063 5 HG LEU 452 HG LEU 452 -7.543 3.422 -0.327 6 HD13 LEU 452 HD11 LEU 452 -9.300 5.025 0.006 7 HD12 LEU 452 HD12 LEU 452 -7.739 5.856 -0.013 8 HD11 LEU 452 HD13 LEU 452 -8.566 5.557 1.517 9 HD22 LEU 452 HD21 LEU 452 -5.743 3.089 1.292 10 HD21 LEU 452 HD22 LEU 452 -6.365 4.411 2.275 11 HD23 LEU 452 HD23 LEU 452 -5.717 4.739 0.668 No H/Q in entry = 11 In of MODEL 10 1 H ILE 453 H ILE 453 -7.350 0.684 3.946 2 HA ILE 453 HA ILE 453 -9.952 -0.492 4.582 3 HB ILE 453 HB ILE 453 -8.763 -2.387 5.711 4 HG12 ILE 453 HG12 ILE 453 -6.338 -1.400 4.188 5 HG21 ILE 453 HG21 ILE 453 -8.322 -2.218 2.736 6 HG23 ILE 453 HG22 ILE 453 -9.783 -2.771 3.553 7 HG22 ILE 453 HG23 ILE 453 -8.291 -3.702 3.689 8 HD12 ILE 453 HD11 ILE 453 -6.344 -3.824 4.325 9 HD11 ILE 453 HD12 ILE 453 -6.570 -3.722 6.075 10 HD13 ILE 453 HD13 ILE 453 -5.093 -3.104 5.338 11 HG13 ILE 453 HG11 ILE 453 -6.560 -1.286 5.930 No H/Q in entry = 11 In of MODEL 10 1 HA PRO 454 HA PRO 454 -9.127 1.658 8.402 2 HB3 PRO 454 1HB PRO 454 -10.818 1.053 9.810 3 HB2 PRO 454 2HB PRO 454 -10.105 -0.538 10.075 4 HG3 PRO 454 1HG PRO 454 -12.047 0.353 8.001 5 HG2 PRO 454 2HG PRO 454 -11.946 -1.203 8.841 6 HD3 PRO 454 1HD PRO 454 -11.118 -0.942 6.307 7 HD2 PRO 454 2HD PRO 454 -10.242 -1.978 7.454 No H/Q in entry = 7 In of MODEL 10 1 H GLN 455 H GLN 455 -7.287 1.920 9.426 2 HA GLN 455 HA GLN 455 -5.215 0.010 9.567 3 HB3 GLN 455 1HB GLN 455 -5.546 2.648 11.020 4 HB2 GLN 455 2HB GLN 455 -4.782 2.423 9.456 5 HG3 GLN 455 1HG GLN 455 -3.023 1.082 10.521 6 HG2 GLN 455 2HG GLN 455 -3.773 1.376 12.089 7 HE21 GLN 455 HE21 GLN 455 -3.684 3.457 12.974 8 HE22 GLN 455 HE22 GLN 455 -2.557 4.623 12.423 No H/Q in entry = 8 In of MODEL 10 1 H GLN 456 H GLN 456 -7.763 0.804 11.634 2 HA GLN 456 HA GLN 456 -6.912 0.022 14.169 3 HB3 GLN 456 1HB GLN 456 -9.273 -0.294 14.668 4 HB2 GLN 456 2HB GLN 456 -9.646 -0.331 12.955 5 HG3 GLN 456 1HG GLN 456 -8.904 1.990 12.746 6 HG2 GLN 456 2HG GLN 456 -8.576 2.030 14.479 7 HE21 GLN 456 HE21 GLN 456 -10.055 3.642 14.822 8 HE22 GLN 456 HE22 GLN 456 -11.753 3.398 14.761 No H/Q in entry = 8 In of MODEL 10 1 H LEU 457 H LEU 457 -8.136 -1.912 11.480 2 HA LEU 457 HA LEU 457 -8.356 -4.308 13.101 3 HB3 LEU 457 1HB LEU 457 -9.298 -5.319 11.106 4 HB2 LEU 457 2HB LEU 457 -8.838 -3.920 10.159 5 HG LEU 457 HG LEU 457 -10.447 -2.536 11.343 6 HD11 LEU 457 HD11 LEU 457 -11.643 -5.099 10.324 7 HD13 LEU 457 HD12 LEU 457 -11.248 -3.658 9.382 8 HD12 LEU 457 HD13 LEU 457 -12.524 -3.597 10.594 9 HD23 LEU 457 HD21 LEU 457 -12.045 -3.540 12.934 10 HD22 LEU 457 HD22 LEU 457 -10.391 -3.545 13.535 11 HD21 LEU 457 HD23 LEU 457 -11.100 -5.033 12.909 No H/Q in entry = 11 In of MODEL 10 1 H LEU 458 H LEU 458 -5.854 -2.800 11.680 2 HA LEU 458 HA LEU 458 -4.627 -4.853 10.132 3 HB3 LEU 458 1HB LEU 458 -3.549 -2.283 11.288 4 HB2 LEU 458 2HB LEU 458 -4.319 -2.450 9.741 5 HG LEU 458 HG LEU 458 -2.320 -3.929 9.057 6 HD11 LEU 458 HD11 LEU 458 -1.960 -1.012 9.716 7 HD13 LEU 458 HD12 LEU 458 -2.747 -1.657 8.274 8 HD12 LEU 458 HD13 LEU 458 -1.022 -1.924 8.535 9 HD22 LEU 458 HD21 LEU 458 -0.234 -3.456 10.243 10 HD21 LEU 458 HD22 LEU 458 -1.380 -4.246 11.328 11 HD23 LEU 458 HD23 LEU 458 -1.112 -2.507 11.446 No H/Q in entry = 11 In of MODEL 10 1 H THR 459 H THR 459 -4.681 -4.071 13.488 2 HA THR 459 HA THR 459 -2.214 -4.866 14.420 3 HB THR 459 HB THR 459 -4.845 -5.273 15.847 4 HG22 THR 459 HG21 THR 459 -2.099 -4.424 16.816 5 HG21 THR 459 HG22 THR 459 -2.808 -6.022 17.038 6 HG23 THR 459 HG23 THR 459 -3.533 -4.617 17.824 7 HG1 THR 459 HG1 THR 459 -5.040 -3.152 15.952 No H/Q in entry = 7 In of MODEL 10 1 H THR 460 H THR 460 -4.977 -6.834 13.513 2 HA THR 460 HA THR 460 -4.203 -9.211 14.825 3 HB THR 460 HB THR 460 -6.048 -8.877 12.471 4 HG21 THR 460 HG21 THR 460 -5.553 -11.206 13.130 5 HG23 THR 460 HG22 THR 460 -7.222 -10.776 13.501 6 HG22 THR 460 HG23 THR 460 -6.018 -10.829 14.789 7 HG1 THR 460 HG1 THR 460 -7.513 -8.848 14.514 No H/Q in entry = 7 In of MODEL 10 1 H LEU 461 H LEU 461 -3.102 -7.711 11.927 2 HA LEU 461 HA LEU 461 -2.359 -10.177 10.582 3 HB3 LEU 461 1HB LEU 461 -1.292 -8.544 8.948 4 HB2 LEU 461 2HB LEU 461 -2.044 -7.279 9.892 5 HG LEU 461 HG LEU 461 -3.214 -7.765 7.894 6 HD13 LEU 461 HD11 LEU 461 -4.493 -9.848 7.577 7 HD12 LEU 461 HD12 LEU 461 -3.734 -10.514 9.021 8 HD11 LEU 461 HD13 LEU 461 -2.751 -10.120 7.609 9 HD22 LEU 461 HD21 LEU 461 -5.513 -8.015 8.800 10 HD21 LEU 461 HD22 LEU 461 -4.527 -6.877 9.717 11 HD23 LEU 461 HD23 LEU 461 -4.816 -8.496 10.344 No H/Q in entry = 11 In of MODEL 10 1 H GLY 462 H GLY 462 -1.213 -8.542 12.966 2 HA2 GLY 462 1HA GLY 462 0.727 -8.856 14.278 3 HA3 GLY 462 2HA GLY 462 1.452 -7.993 12.944 No H/Q in entry = 3 In of MODEL 10 1 HA PRO 463 HA PRO 463 2.839 -12.783 13.482 2 HB3 PRO 463 1HB PRO 463 1.221 -14.363 13.666 3 HB2 PRO 463 2HB PRO 463 1.082 -14.338 11.908 4 HG3 PRO 463 1HG PRO 463 -0.969 -13.636 13.518 5 HG2 PRO 463 2HG PRO 463 -0.708 -12.883 11.937 6 HD3 PRO 463 1HD PRO 463 0.031 -11.857 14.657 7 HD2 PRO 463 2HD PRO 463 -0.757 -11.006 13.310 No H/Q in entry = 7 In of MODEL 10 1 H LEU 464 H LEU 464 1.269 -11.493 10.587 2 HA LEU 464 HA LEU 464 2.976 -12.899 8.764 3 HB3 LEU 464 1HB LEU 464 2.032 -11.305 7.048 4 HB2 LEU 464 2HB LEU 464 1.137 -10.545 8.341 5 HG LEU 464 HG LEU 464 -0.189 -12.075 6.890 6 HD11 LEU 464 HD11 LEU 464 1.415 -13.755 6.456 7 HD13 LEU 464 HD12 LEU 464 -0.036 -14.462 7.174 8 HD12 LEU 464 HD13 LEU 464 1.416 -14.252 8.152 9 HD21 LEU 464 HD21 LEU 464 -1.014 -11.522 9.122 10 HD23 LEU 464 HD22 LEU 464 -0.088 -12.860 9.801 11 HD22 LEU 464 HD23 LEU 464 -1.426 -13.183 8.699 No H/Q in entry = 11 In of MODEL 10 1 H PHE 465 H PHE 465 2.901 -9.736 10.214 2 HA PHE 465 HA PHE 465 5.035 -8.624 8.711 3 HB3 PHE 465 1HB PHE 465 5.086 -6.871 10.518 4 HB2 PHE 465 2HB PHE 465 3.831 -7.775 11.349 5 HZ PHE 465 HZ PHE 465 0.518 -4.955 7.551 6 HD1 PHE 465 1HD PHE 465 1.583 -7.378 10.867 7 HE1 PHE 465 1HE PHE 465 -0.116 -6.193 9.571 8 HE2 PHE 465 2HE PHE 465 2.873 -4.904 6.827 9 HD2 PHE 465 2HD PHE 465 4.575 -6.096 8.129 No H/Q in entry = 9 In of MODEL 10 1 H ARG 466 H ARG 466 4.975 -10.912 11.148 2 HA ARG 466 HA ARG 466 7.422 -10.271 12.447 3 HB3 ARG 466 1HB ARG 466 7.397 -12.540 13.372 4 HB2 ARG 466 2HB ARG 466 6.104 -12.983 12.277 5 HG3 ARG 466 1HG ARG 466 5.387 -12.532 14.615 6 HG2 ARG 466 2HG ARG 466 4.551 -11.580 13.388 7 HD3 ARG 466 1HD ARG 466 5.145 -10.271 15.381 8 HD2 ARG 466 2HD ARG 466 5.849 -9.637 13.905 9 HE ARG 466 HE ARG 466 7.797 -11.225 14.921 10 HH11 ARG 466 HH11 ARG 466 5.888 -8.590 16.281 11 HH12 ARG 466 HH12 ARG 466 7.130 -7.967 17.244 12 HH21 ARG 466 HH21 ARG 466 9.549 -10.381 16.210 13 HH22 ARG 466 HH22 ARG 466 9.315 -8.983 17.159 No H/Q in entry = 13 In of MODEL 10 1 H ASN 467 H ASN 467 6.800 -11.473 9.377 2 HA ASN 467 HA ASN 467 9.622 -11.568 9.036 3 HB3 ASN 467 1HB ASN 467 9.082 -14.017 9.260 4 HB2 ASN 467 2HB ASN 467 9.818 -13.610 7.737 5 HD21 ASN 467 HD21 ASN 467 6.282 -13.221 8.286 6 HD22 ASN 467 HD22 ASN 467 5.922 -14.478 7.152 No H/Q in entry = 6 In of MODEL 10 1 H SER 468 H SER 468 9.699 -9.761 8.014 2 HA SER 468 HA SER 468 8.516 -9.687 5.404 3 HB3 SER 468 1HB SER 468 7.453 -7.483 5.801 4 HB2 SER 468 2HB SER 468 7.828 -7.647 7.519 5 HG SER 468 HG SER 468 6.634 -9.868 6.802 No H/Q in entry = 5 In of MODEL 10 1 H ARG 469 H ARG 469 9.059 -7.675 4.358 2 HA ARG 469 HA ARG 469 11.832 -6.769 4.803 3 HB3 ARG 469 1HB ARG 469 11.726 -7.968 2.730 4 HB2 ARG 469 2HB ARG 469 11.654 -6.257 2.301 5 HG3 ARG 469 1HG ARG 469 9.169 -6.497 2.312 6 HG2 ARG 469 2HG ARG 469 9.395 -8.237 2.434 7 HD3 ARG 469 1HD ARG 469 9.067 -7.898 0.188 8 HD2 ARG 469 2HD ARG 469 10.815 -8.038 0.349 9 HE ARG 469 HE ARG 469 10.248 -5.366 0.555 10 HH11 ARG 469 HH11 ARG 469 10.167 -7.905 -1.860 11 HH12 ARG 469 HH12 ARG 469 9.920 -6.908 -3.212 12 HH21 ARG 469 HH21 ARG 469 9.989 -3.881 -1.306 13 HH22 ARG 469 HH22 ARG 469 9.840 -4.520 -2.879 No H/Q in entry = 13 In of MODEL 10 1 H MET 470 H MET 470 12.212 -4.525 4.632 2 HA MET 470 HA MET 470 9.709 -3.125 5.216 3 HB3 MET 470 1HB MET 470 11.916 -1.469 5.666 4 HB2 MET 470 2HB MET 470 12.388 -3.079 6.226 5 HG3 MET 470 1HG MET 470 11.503 -2.051 8.095 6 HG2 MET 470 2HG MET 470 10.299 -3.171 7.435 7 HE2 MET 470 1HE MET 470 11.161 0.418 5.931 8 HE1 MET 470 2HE MET 470 11.379 0.627 7.669 9 HE3 MET 470 3HE MET 470 10.044 1.433 6.848 No H/Q in entry = 9 In of MODEL 10 1 H VAL 471 H VAL 471 9.229 -1.208 4.140 2 HA VAL 471 HA VAL 471 10.977 -0.488 1.960 3 HB VAL 471 HB VAL 471 9.177 -0.294 0.344 4 HG11 VAL 471 HG11 VAL 471 10.319 -2.396 0.400 5 HG13 VAL 471 HG12 VAL 471 8.631 -2.630 -0.075 6 HG12 VAL 471 HG13 VAL 471 9.164 -3.024 1.568 7 HG21 VAL 471 HG21 VAL 471 7.364 -1.396 2.475 8 HG23 VAL 471 HG22 VAL 471 6.932 -1.225 0.781 9 HG22 VAL 471 HG23 VAL 471 7.293 0.213 1.749 No H/Q in entry = 9 In of MODEL 10 1 H GLN 472 H GLN 472 10.690 1.593 1.256 2 HA GLN 472 HA GLN 472 9.181 3.302 3.093 3 HB3 GLN 472 1HB GLN 472 11.937 3.855 1.972 4 HB2 GLN 472 2HB GLN 472 11.607 3.367 3.625 5 HG3 GLN 472 1HG GLN 472 10.334 5.419 3.983 6 HG2 GLN 472 2HG GLN 472 10.669 5.914 2.325 7 HE21 GLN 472 HE21 GLN 472 12.740 6.575 1.780 8 HE22 GLN 472 HE22 GLN 472 13.902 6.987 2.989 No H/Q in entry = 8 In of MODEL 10 1 H PHE 473 H PHE 473 7.901 4.670 2.080 2 HA PHE 473 HA PHE 473 8.165 4.909 -0.813 3 HB3 PHE 473 1HB PHE 473 5.700 5.726 -0.505 4 HB2 PHE 473 2HB PHE 473 5.832 4.876 1.034 5 HZ PHE 473 HZ PHE 473 4.977 0.338 -2.369 6 HD1 PHE 473 1HD PHE 473 6.646 2.410 0.943 7 HE1 PHE 473 1HE PHE 473 6.067 0.305 -0.175 8 HE2 PHE 473 2HE PHE 473 4.464 2.468 -3.445 9 HD2 PHE 473 2HD PHE 473 5.022 4.572 -2.334 No H/Q in entry = 9 In of MODEL 10 1 H HIS 474 H HIS 474 8.928 6.652 -1.456 2 HA HIS 474 HA HIS 474 8.422 9.156 -0.013 3 HB3 HIS 474 1HB HIS 474 10.867 8.383 -1.639 4 HB2 HIS 474 2HB HIS 474 10.792 8.209 0.104 5 HD1 HIS 474 HD1 HIS 474 12.043 10.524 -2.351 6 HD2 HIS 474 2HD HIS 474 10.241 10.837 1.386 7 HE1 HIS 474 1HE HIS 474 12.685 12.761 -1.457 No H/Q in entry = 7 In of MODEL 10 1 H PHE 475 H PHE 475 7.272 10.473 -1.318 2 HA PHE 475 HA PHE 475 6.943 9.697 -4.088 3 HB3 PHE 475 1HB PHE 475 5.105 11.438 -4.071 4 HB2 PHE 475 2HB PHE 475 5.452 11.700 -2.366 5 HZ PHE 475 HZ PHE 475 2.160 6.927 -1.871 6 HD1 PHE 475 1HD PHE 475 3.619 9.705 -4.743 7 HE1 PHE 475 1HE PHE 475 2.131 7.846 -4.142 8 HE2 PHE 475 2HE PHE 475 3.684 7.853 -0.191 9 HD2 PHE 475 2HD PHE 475 5.188 9.703 -0.771 No H/Q in entry = 9 In of MODEL 10 1 H THR 476 H THR 476 7.058 11.354 -5.795 2 HA THR 476 HA THR 476 9.456 12.855 -5.534 3 HB THR 476 HB THR 476 8.736 13.596 -7.913 4 HG22 THR 476 HG21 THR 476 8.845 10.629 -7.336 5 HG21 THR 476 HG22 THR 476 10.252 11.673 -7.484 6 HG23 THR 476 HG23 THR 476 9.209 11.397 -8.881 7 HG1 THR 476 HG1 THR 476 7.017 12.309 -8.756 No H/Q in entry = 7 In of MODEL 10 1 H ASN 477 H ASN 477 6.395 14.030 -6.740 2 HA ASN 477 HA ASN 477 6.380 16.349 -4.831 3 HB3 ASN 477 1HB ASN 477 4.458 17.089 -5.931 4 HB2 ASN 477 2HB ASN 477 4.307 15.649 -6.939 5 HD21 ASN 477 HD21 ASN 477 4.332 16.723 -8.873 6 HD22 ASN 477 HD22 ASN 477 5.706 17.562 -9.488 No H/Q in entry = 6 In of MODEL 10 1 H LYS 478 H LYS 478 5.156 16.465 -3.337 2 HA LYS 478 HA LYS 478 3.983 14.061 -2.387 3 HB3 LYS 478 1HB LYS 478 3.023 15.843 -0.648 4 HB2 LYS 478 2HB LYS 478 4.295 16.839 -1.325 5 HG3 LYS 478 1HG LYS 478 4.618 14.203 0.102 6 HG2 LYS 478 2HG LYS 478 5.103 15.785 0.679 7 HD3 LYS 478 1HD LYS 478 6.296 14.402 -1.720 8 HD2 LYS 478 2HD LYS 478 6.995 14.424 -0.104 9 HE3 LYS 478 1HE LYS 478 7.204 16.857 -0.204 10 HE2 LYS 478 2HE LYS 478 6.507 16.847 -1.823 11 HZ3 LYS 478 1HZ LYS 478 9.042 15.534 -1.025 12 HZ2 LYS 478 2HZ LYS 478 8.936 16.967 -1.886 13 HZ1 LYS 478 3HZ LYS 478 8.422 15.521 -2.586 No H/Q in entry = 13 In of MODEL 10 1 H ASP 479 H ASP 479 3.217 16.087 -4.692 2 HA ASP 479 HA ASP 479 1.433 16.999 -5.716 3 HB3 ASP 479 1HB ASP 479 0.038 14.344 -5.277 4 HB2 ASP 479 2HB ASP 479 1.410 14.481 -6.376 No H/Q in entry = 4 In of MODEL 10 1 H LEU 480 H LEU 480 1.369 18.201 -4.204 2 HA LEU 480 HA LEU 480 0.352 18.129 -1.709 3 HB3 LEU 480 1HB LEU 480 0.476 20.503 -1.682 4 HB2 LEU 480 2HB LEU 480 0.276 20.580 -3.426 5 HG LEU 480 HG LEU 480 2.466 19.510 -3.740 6 HD12 LEU 480 HD11 LEU 480 2.665 21.853 -1.915 7 HD11 LEU 480 HD12 LEU 480 2.406 21.864 -3.670 8 HD13 LEU 480 HD13 LEU 480 3.900 21.206 -3.008 9 HD22 LEU 480 HD21 LEU 480 2.522 18.097 -1.781 10 HD21 LEU 480 HD22 LEU 480 2.689 19.496 -0.720 11 HD23 LEU 480 HD23 LEU 480 3.958 19.091 -1.892 No H/Q in entry = 11 In of MODEL 10 1 H GLU 481 H GLU 481 -1.684 18.860 -4.538 2 HA GLU 481 HA GLU 481 -3.971 19.427 -2.910 3 HB3 GLU 481 1HB GLU 481 -3.819 18.579 -5.808 4 HB2 GLU 481 2HB GLU 481 -3.815 20.233 -5.232 5 HG3 GLU 481 1HG GLU 481 -6.089 18.272 -5.008 6 HG2 GLU 481 2HG GLU 481 -5.980 19.612 -6.141 No H/Q in entry = 6 In of MODEL 10 1 H SER 482 H SER 482 -2.896 16.516 -4.671 2 HA SER 482 HA SER 482 -5.228 15.013 -4.029 3 HB3 SER 482 1HB SER 482 -4.107 13.157 -5.084 4 HB2 SER 482 2HB SER 482 -2.565 14.008 -5.009 5 HG SER 482 HG SER 482 -3.091 15.224 -6.566 No H/Q in entry = 5 In of MODEL 10 1 H LEU 483 H LEU 483 -1.866 14.935 -2.772 2 HA LEU 483 HA LEU 483 -2.625 12.814 -1.032 3 HB3 LEU 483 1HB LEU 483 -0.371 13.210 0.091 4 HB2 LEU 483 2HB LEU 483 -0.056 14.340 -1.208 5 HG LEU 483 HG LEU 483 -0.700 11.426 -1.664 6 HD12 LEU 483 HD11 LEU 483 0.293 11.822 -3.873 7 HD11 LEU 483 HD12 LEU 483 0.419 13.530 -3.461 8 HD13 LEU 483 HD13 LEU 483 -1.171 12.768 -3.578 9 HD23 LEU 483 HD21 LEU 483 1.702 11.116 -2.083 10 HD22 LEU 483 HD22 LEU 483 1.365 11.542 -0.411 11 HD21 LEU 483 HD23 LEU 483 1.999 12.759 -1.520 No H/Q in entry = 11 In of MODEL 10 1 H LYS 484 H LYS 484 -2.851 16.191 -0.772 2 HA LYS 484 HA LYS 484 -2.855 16.328 2.045 3 HB3 LYS 484 1HB LYS 484 -4.480 17.966 0.088 4 HB2 LYS 484 2HB LYS 484 -2.846 18.345 0.591 5 HG3 LYS 484 1HG LYS 484 -3.765 18.487 2.953 6 HG2 LYS 484 2HG LYS 484 -5.368 18.455 2.215 7 HD3 LYS 484 1HD LYS 484 -4.757 20.417 0.862 8 HD2 LYS 484 2HD LYS 484 -3.194 20.459 1.675 9 HE3 LYS 484 1HE LYS 484 -4.584 22.068 2.766 10 HE2 LYS 484 2HE LYS 484 -4.425 20.690 3.844 11 HZ2 LYS 484 1HZ LYS 484 -6.593 19.908 3.149 12 HZ1 LYS 484 2HZ LYS 484 -6.727 21.206 2.065 13 HZ3 LYS 484 3HZ LYS 484 -6.705 21.491 3.716 No H/Q in entry = 13 In of MODEL 10 1 H GLY 485 H GLY 485 -5.254 15.370 -0.286 2 HA2 GLY 485 1HA GLY 485 -7.238 14.242 -0.064 3 HA3 GLY 485 2HA GLY 485 -7.393 14.945 1.546 No H/Q in entry = 3 In of MODEL 10 1 H LEU 486 H LEU 486 -4.921 12.856 0.117 2 HA LEU 486 HA LEU 486 -5.701 10.435 1.253 3 HB3 LEU 486 1HB LEU 486 -3.016 11.399 0.306 4 HB2 LEU 486 2HB LEU 486 -4.228 10.609 -0.679 5 HG LEU 486 HG LEU 486 -2.730 9.373 1.591 6 HD11 LEU 486 HD11 LEU 486 -4.640 8.140 -0.399 7 HD13 LEU 486 HD12 LEU 486 -4.909 8.339 1.337 8 HD12 LEU 486 HD13 LEU 486 -3.663 7.235 0.758 9 HD21 LEU 486 HD21 LEU 486 -2.389 9.030 -1.386 10 HD23 LEU 486 HD22 LEU 486 -1.574 8.067 -0.162 11 HD22 LEU 486 HD23 LEU 486 -1.251 9.793 -0.278 No H/Q in entry = 11 In of MODEL 10 1 H TYR 487 H TYR 487 -3.458 12.922 2.403 2 HA TYR 487 HA TYR 487 -2.451 11.544 4.614 3 HB3 TYR 487 1HB TYR 487 -2.030 13.890 5.565 4 HB2 TYR 487 2HB TYR 487 -2.760 14.513 4.096 5 HH TYR 487 HH TYR 487 3.549 13.404 2.596 6 HD1 TYR 487 1HD TYR 487 -1.300 11.919 2.609 7 HE1 TYR 487 1HE TYR 487 0.860 11.846 1.510 8 HE2 TYR 487 2HE TYR 487 2.130 15.278 3.687 9 HD2 TYR 487 2HD TYR 487 -0.066 15.345 4.829 No H/Q in entry = 9 In of MODEL 10 1 H ARG 488 H ARG 488 -5.319 13.540 4.253 2 HA ARG 488 HA ARG 488 -6.066 13.424 6.973 3 HB3 ARG 488 1HB ARG 488 -7.787 13.852 4.520 4 HB2 ARG 488 2HB ARG 488 -7.021 15.110 5.477 5 HG3 ARG 488 1HG ARG 488 -8.395 14.512 7.391 6 HG2 ARG 488 2HG ARG 488 -9.139 13.210 6.467 7 HD3 ARG 488 1HD ARG 488 -10.005 14.881 4.869 8 HD2 ARG 488 2HD ARG 488 -9.347 16.158 5.898 9 HE ARG 488 HE ARG 488 -10.859 14.556 7.519 10 HH11 ARG 488 HH11 ARG 488 -11.482 16.631 4.715 11 HH12 ARG 488 HH12 ARG 488 -13.110 16.934 5.132 12 HH21 ARG 488 HH21 ARG 488 -13.088 14.975 8.070 13 HH22 ARG 488 HH22 ARG 488 -14.038 15.974 7.080 No H/Q in entry = 13 In of MODEL 10 1 H ILE 489 H ILE 489 -6.736 11.376 4.200 2 HA ILE 489 HA ILE 489 -8.624 9.665 5.428 3 HB ILE 489 HB ILE 489 -6.697 9.065 3.161 4 HG12 ILE 489 HG12 ILE 489 -9.591 9.941 3.141 5 HG21 ILE 489 HG21 ILE 489 -7.507 6.989 4.163 6 HG23 ILE 489 HG22 ILE 489 -8.218 7.237 2.569 7 HG22 ILE 489 HG23 ILE 489 -9.173 7.555 4.016 8 HD11 ILE 489 HD11 ILE 489 -7.759 9.426 0.816 9 HD13 ILE 489 HD12 ILE 489 -9.382 10.119 0.742 10 HD12 ILE 489 HD13 ILE 489 -9.156 8.451 1.280 11 HG13 ILE 489 HG11 ILE 489 -8.205 10.923 2.693 No H/Q in entry = 11 In of MODEL 10 1 H MET 490 H MET 490 -5.137 9.338 4.983 2 HA MET 490 HA MET 490 -4.852 6.939 6.440 3 HB3 MET 490 1HB MET 490 -2.441 7.819 6.715 4 HB2 MET 490 2HB MET 490 -2.963 9.133 5.677 5 HG3 MET 490 1HG MET 490 -1.891 7.543 4.286 6 HG2 MET 490 2HG MET 490 -3.619 7.418 3.971 7 HE1 MET 490 1HE MET 490 -2.841 5.005 2.747 8 HE3 MET 490 2HE MET 490 -2.113 3.695 3.685 9 HE2 MET 490 3HE MET 490 -1.187 5.144 3.357 No H/Q in entry = 9 In of MODEL 10 1 H GLY 491 H GLY 491 -4.832 10.314 7.418 2 HA2 GLY 491 1HA GLY 491 -4.712 11.311 9.458 3 HA3 GLY 491 2HA GLY 491 -4.036 9.829 10.098 No H/Q in entry = 3 In of MODEL 10 1 H ASN 492 H ASN 492 -6.968 9.432 8.425 2 HA ASN 492 HA ASN 492 -8.723 9.822 10.691 3 HB3 ASN 492 1HB ASN 492 -9.353 8.563 7.997 4 HB2 ASN 492 2HB ASN 492 -9.414 10.290 8.301 5 HD21 ASN 492 HD21 ASN 492 -10.600 10.107 10.922 6 HD22 ASN 492 HD22 ASN 492 -12.231 9.606 10.696 No H/Q in entry = 6 In of MODEL 10 1 H GLY 493 H GLY 493 -6.574 7.512 9.910 2 HA2 GLY 493 1HA GLY 493 -8.015 5.539 11.523 3 HA3 GLY 493 2HA GLY 493 -6.275 5.588 11.280 No H/Q in entry = 3 In of MODEL 10 1 H PHE 494 H PHE 494 -6.599 5.943 8.366 2 HA PHE 494 HA PHE 494 -7.506 3.245 7.753 3 HB3 PHE 494 1HB PHE 494 -7.470 4.041 5.337 4 HB2 PHE 494 2HB PHE 494 -7.275 5.668 5.985 5 HZ PHE 494 HZ PHE 494 -12.965 5.055 6.805 6 HD1 PHE 494 1HD PHE 494 -9.460 2.693 6.332 7 HE1 PHE 494 1HE PHE 494 -11.878 2.842 6.612 8 HE2 PHE 494 2HE PHE 494 -11.590 7.098 6.711 9 HD2 PHE 494 2HD PHE 494 -9.160 6.928 6.424 No H/Q in entry = 9 In of MODEL 10 1 H ALA 495 H ALA 495 -6.297 2.098 6.120 2 HA ALA 495 HA ALA 495 -3.468 2.755 5.940 3 HB2 ALA 495 1HB ALA 495 -4.635 0.052 6.664 4 HB1 ALA 495 2HB ALA 495 -3.739 1.107 7.756 5 HB3 ALA 495 3HB ALA 495 -2.928 0.395 6.367 No H/Q in entry = 5 In of MODEL 10 1 H GLY 496 H GLY 496 -2.522 1.526 4.083 2 HA2 GLY 496 1HA GLY 496 -3.167 1.827 1.714 3 HA3 GLY 496 2HA GLY 496 -4.641 0.962 2.133 No H/Q in entry = 3 In of MODEL 10 1 H CYS 497 H CYS 497 -4.654 -1.177 1.946 2 HA CYS 497 HA CYS 497 -2.150 -2.608 2.062 3 HB3 CYS 497 1HB CYS 497 -4.915 -3.667 1.407 4 HB2 CYS 497 2HB CYS 497 -4.253 -3.583 3.036 5 HG CYS 497 HG CYS 497 -2.028 -5.157 1.306 No H/Q in entry = 5 In of MODEL 10 1 H VAL 498 H VAL 498 -0.980 -3.022 0.340 2 HA VAL 498 HA VAL 498 -2.117 -2.247 -2.221 3 HB VAL 498 HB VAL 498 0.786 -2.457 -1.396 4 HG13 VAL 498 HG11 VAL 498 1.265 -1.342 -3.541 5 HG12 VAL 498 HG12 VAL 498 -0.445 -1.421 -3.950 6 HG11 VAL 498 HG13 VAL 498 0.483 -2.906 -3.774 7 HG23 VAL 498 HG21 VAL 498 0.787 0.003 -1.544 8 HG22 VAL 498 HG22 VAL 498 -0.305 -0.595 -0.297 9 HG21 VAL 498 HG23 VAL 498 -0.954 -0.037 -1.839 No H/Q in entry = 9 In of MODEL 10 1 H HIS 499 H HIS 499 -2.600 -3.735 -3.515 2 HA HIS 499 HA HIS 499 -1.249 -6.297 -3.322 3 HB3 HIS 499 1HB HIS 499 -3.244 -7.166 -4.698 4 HB2 HIS 499 2HB HIS 499 -4.036 -5.644 -4.318 5 HD1 HIS 499 HD1 HIS 499 -5.530 -5.822 -2.312 6 HD2 HIS 499 2HD HIS 499 -2.375 -8.505 -2.133 7 HE1 HIS 499 1HE HIS 499 -5.803 -7.140 -0.150 No H/Q in entry = 7 In of MODEL 10 1 H PHE 500 H PHE 500 -0.499 -7.212 -5.170 2 HA PHE 500 HA PHE 500 0.283 -5.248 -7.161 3 HB3 PHE 500 1HB PHE 500 2.049 -6.901 -7.699 4 HB2 PHE 500 2HB PHE 500 1.411 -7.961 -6.457 5 HZ PHE 500 HZ PHE 500 4.816 -4.724 -3.095 6 HD1 PHE 500 1HD PHE 500 1.230 -6.799 -4.049 7 HE1 PHE 500 1HE PHE 500 2.734 -5.798 -2.376 8 HE2 PHE 500 2HE PHE 500 5.396 -4.650 -5.476 9 HD2 PHE 500 2HD PHE 500 3.904 -5.635 -7.140 No H/Q in entry = 9 In of MODEL 10 1 HA PRO 501 HA PRO 501 -2.389 -7.374 -10.146 2 HB3 PRO 501 1HB PRO 501 -2.313 -5.985 -11.992 3 HB2 PRO 501 2HB PRO 501 -0.551 -6.009 -12.050 4 HG3 PRO 501 1HG PRO 501 -2.380 -4.344 -10.361 5 HG2 PRO 501 2HG PRO 501 -0.904 -3.864 -11.217 6 HD3 PRO 501 1HD PRO 501 -0.947 -4.340 -8.571 7 HD2 PRO 501 2HD PRO 501 0.477 -4.724 -9.555 No H/Q in entry = 7 In of MODEL 10 1 H HIS 502 H HIS 502 -1.951 -8.878 -11.975 2 HA HIS 502 HA HIS 502 0.140 -10.642 -11.116 3 HB3 HIS 502 1HB HIS 502 -1.765 -11.045 -13.430 4 HB2 HIS 502 2HB HIS 502 -2.180 -11.397 -11.757 5 HD1 HIS 502 HD1 HIS 502 -1.240 -13.543 -10.726 6 HD2 HIS 502 2HD HIS 502 0.079 -12.834 -14.601 7 HE1 HIS 502 1HE HIS 502 -0.046 -15.642 -11.452 No H/Q in entry = 7 In of MODEL 10 1 H THR 503 H THR 503 2.072 -10.630 -11.853 2 HA THR 503 HA THR 503 2.688 -10.411 -14.658 3 HB THR 503 HB THR 503 4.060 -8.549 -12.662 4 HG22 THR 503 HG21 THR 503 4.333 -8.787 -15.670 5 HG21 THR 503 HG22 THR 503 5.530 -9.321 -14.490 6 HG23 THR 503 HG23 THR 503 5.161 -7.604 -14.653 7 HG1 THR 503 HG1 THR 503 1.819 -8.288 -14.128 No H/Q in entry = 7 In of MODEL 10 1 H ALA 504 H ALA 504 3.950 -10.589 -11.352 2 HA ALA 504 HA ALA 504 6.162 -12.228 -11.834 3 HB3 ALA 504 1HB ALA 504 4.396 -12.065 -9.381 4 HB1 ALA 504 2HB ALA 504 5.778 -11.024 -9.717 5 HB2 ALA 504 3HB ALA 504 6.020 -12.748 -9.427 No H/Q in entry = 5 In of MODEL 10 1 HA PRO 505 HA PRO 505 4.612 -16.226 -12.940 2 HB3 PRO 505 1HB PRO 505 6.173 -17.828 -12.356 3 HB2 PRO 505 2HB PRO 505 6.126 -17.388 -10.648 4 HG3 PRO 505 1HG PRO 505 7.550 -16.041 -12.917 5 HG2 PRO 505 2HG PRO 505 8.158 -16.443 -11.305 6 HD3 PRO 505 1HD PRO 505 7.339 -13.962 -11.936 7 HD2 PRO 505 2HD PRO 505 7.081 -14.649 -10.316 No H/Q in entry = 7 In of MODEL 10 1 H CYS 506 H CYS 506 4.509 -15.555 -9.483 2 HA CYS 506 HA CYS 506 1.810 -16.107 -9.140 3 HB3 CYS 506 1HB CYS 506 3.570 -18.339 -8.052 4 HB2 CYS 506 2HB CYS 506 2.580 -18.507 -9.494 5 HG CYS 506 HG CYS 506 0.176 -17.978 -8.036 No H/Q in entry = 5 In of MODEL 10 1 H GLU 507 H GLU 507 4.970 -16.472 -7.579 2 HA GLU 507 HA GLU 507 4.042 -15.270 -5.155 3 HB3 GLU 507 1HB GLU 507 6.818 -15.978 -6.114 4 HB2 GLU 507 2HB GLU 507 5.755 -17.004 -5.159 5 HG3 GLU 507 1HG GLU 507 5.835 -15.383 -3.339 6 HG2 GLU 507 2HG GLU 507 6.974 -14.413 -4.275 No H/Q in entry = 6 In of MODEL 10 1 H VAL 508 H VAL 508 3.500 -13.222 -5.339 2 HA VAL 508 HA VAL 508 5.388 -11.391 -6.676 3 HB VAL 508 HB VAL 508 3.083 -11.562 -7.650 4 HG13 VAL 508 HG11 VAL 508 1.741 -11.862 -5.704 5 HG12 VAL 508 HG12 VAL 508 1.216 -10.415 -6.563 6 HG11 VAL 508 HG13 VAL 508 2.188 -10.266 -5.098 7 HG22 VAL 508 HG21 VAL 508 2.785 -9.139 -7.935 8 HG21 VAL 508 HG22 VAL 508 4.473 -9.633 -8.086 9 HG23 VAL 508 HG23 VAL 508 3.910 -8.862 -6.607 No H/Q in entry = 9 In of MODEL 10 1 H ARG 509 H ARG 509 3.747 -12.162 -3.739 2 HA ARG 509 HA ARG 509 4.034 -11.558 -1.591 3 HB3 ARG 509 1HB ARG 509 5.955 -10.157 -0.885 4 HB2 ARG 509 2HB ARG 509 6.240 -9.691 -2.564 5 HG3 ARG 509 1HG ARG 509 6.556 -12.115 -3.073 6 HG2 ARG 509 2HG ARG 509 6.477 -12.435 -1.350 7 HD3 ARG 509 1HD ARG 509 8.465 -11.134 -0.954 8 HD2 ARG 509 2HD ARG 509 8.528 -10.664 -2.661 9 HE ARG 509 HE ARG 509 8.392 -13.435 -2.511 10 HH11 ARG 509 HH11 ARG 509 10.888 -10.922 -1.744 11 HH12 ARG 509 HH12 ARG 509 12.120 -12.047 -1.884 12 HH21 ARG 509 HH21 ARG 509 10.126 -14.815 -2.786 13 HH22 ARG 509 HH22 ARG 509 11.734 -14.286 -2.465 No H/Q in entry = 13 In of MODEL 10 1 H VAL 510 H VAL 510 3.284 -9.743 -0.095 2 HA VAL 510 HA VAL 510 2.045 -7.750 -1.836 3 HB VAL 510 HB VAL 510 -0.053 -7.768 -0.525 4 HG11 VAL 510 HG11 VAL 510 0.690 -10.342 -1.901 5 HG13 VAL 510 HG12 VAL 510 -0.029 -8.905 -2.642 6 HG12 VAL 510 HG13 VAL 510 -0.954 -9.868 -1.487 7 HG21 VAL 510 HG21 VAL 510 0.728 -8.783 1.516 8 HG23 VAL 510 HG22 VAL 510 1.043 -10.303 0.652 9 HG22 VAL 510 HG23 VAL 510 -0.614 -9.690 0.809 No H/Q in entry = 9 In of MODEL 10 1 H LEU 511 H LEU 511 1.124 -5.807 -0.621 2 HA LEU 511 HA LEU 511 3.210 -5.160 1.341 3 HB3 LEU 511 1HB LEU 511 2.388 -3.870 -1.187 4 HB2 LEU 511 2HB LEU 511 3.972 -4.233 -0.574 5 HG LEU 511 HG LEU 511 2.249 -1.976 0.469 6 HD11 LEU 511 HD11 LEU 511 3.912 -2.745 2.083 7 HD13 LEU 511 HD12 LEU 511 4.258 -1.127 1.480 8 HD12 LEU 511 HD13 LEU 511 5.184 -2.500 0.881 9 HD23 LEU 511 HD21 LEU 511 4.503 -1.922 -1.505 10 HD22 LEU 511 HD22 LEU 511 3.703 -0.513 -0.802 11 HD21 LEU 511 HD23 LEU 511 2.800 -1.612 -1.843 No H/Q in entry = 11 In of MODEL 10 1 H MET 512 H MET 512 2.686 -3.954 3.059 2 HA MET 512 HA MET 512 -0.041 -2.859 3.206 3 HB3 MET 512 1HB MET 512 1.950 -3.563 5.360 4 HB2 MET 512 2HB MET 512 0.441 -4.396 5.023 5 HG3 MET 512 1HG MET 512 0.763 -1.581 6.062 6 HG2 MET 512 2HG MET 512 0.222 -2.973 6.989 7 HE3 MET 512 1HE MET 512 -1.750 -4.410 4.882 8 HE2 MET 512 2HE MET 512 -3.265 -3.754 5.508 9 HE1 MET 512 3HE MET 512 -1.971 -4.218 6.618 No H/Q in entry = 9 In of MODEL 10 1 H LEU 513 H LEU 513 -0.080 -0.719 2.755 2 HA LEU 513 HA LEU 513 2.381 0.776 3.194 3 HB3 LEU 513 1HB LEU 513 -0.035 1.471 1.528 4 HB2 LEU 513 2HB LEU 513 1.435 0.756 0.905 5 HG LEU 513 HG LEU 513 1.232 3.477 2.183 6 HD13 LEU 513 HD11 LEU 513 3.394 2.573 2.574 7 HD12 LEU 513 HD12 LEU 513 3.529 3.729 1.232 8 HD11 LEU 513 HD13 LEU 513 3.508 2.002 0.914 9 HD21 LEU 513 HD21 LEU 513 1.542 2.671 -0.706 10 HD23 LEU 513 HD22 LEU 513 1.661 4.311 -0.086 11 HD22 LEU 513 HD23 LEU 513 0.129 3.438 0.029 No H/Q in entry = 11 In of MODEL 10 1 H LEU 514 H LEU 514 2.497 2.142 4.758 2 HA LEU 514 HA LEU 514 0.048 3.115 6.001 3 HB3 LEU 514 1HB LEU 514 1.388 3.015 8.139 4 HB2 LEU 514 2HB LEU 514 2.541 2.031 7.255 5 HG LEU 514 HG LEU 514 0.591 0.462 6.763 6 HD13 LEU 514 HD11 LEU 514 0.757 -0.605 8.978 7 HD12 LEU 514 HD12 LEU 514 1.398 0.890 9.652 8 HD11 LEU 514 HD13 LEU 514 2.340 -0.016 8.467 9 HD21 LEU 514 HD21 LEU 514 -0.647 2.110 8.955 10 HD23 LEU 514 HD22 LEU 514 -1.277 0.591 8.323 11 HD22 LEU 514 HD23 LEU 514 -1.193 2.009 7.281 No H/Q in entry = 11 In of MODEL 10 1 H TYR 515 H TYR 515 0.203 5.132 6.888 2 HA TYR 515 HA TYR 515 2.247 6.789 5.654 3 HB3 TYR 515 1HB TYR 515 -0.469 7.292 6.808 4 HB2 TYR 515 2HB TYR 515 0.023 7.396 5.125 5 HH TYR 515 HH TYR 515 1.326 13.494 5.899 6 HD1 TYR 515 1HD TYR 515 -0.854 9.273 7.837 7 HE1 TYR 515 1HE TYR 515 -0.467 11.645 8.126 8 HE2 TYR 515 2HE TYR 515 2.523 11.461 5.031 9 HD2 TYR 515 2HD TYR 515 2.086 9.106 4.785 No H/Q in entry = 9 In of MODEL 10 1 H SER 516 H SER 516 3.801 7.710 6.866 2 HA SER 516 HA SER 516 3.431 7.622 9.745 3 HB3 SER 516 1HB SER 516 5.920 8.123 8.073 4 HB2 SER 516 2HB SER 516 5.521 6.603 8.873 5 HG SER 516 HG SER 516 5.962 7.446 10.776 No H/Q in entry = 5 In of MODEL 10 1 H SER 517 H SER 517 2.474 9.373 10.422 2 HA SER 517 HA SER 517 2.413 11.835 9.061 3 HB3 SER 517 1HB SER 517 0.522 11.199 10.371 4 HB2 SER 517 2HB SER 517 1.240 12.605 11.157 5 HG SER 517 HG SER 517 0.988 10.018 12.016 No H/Q in entry = 5 In of MODEL 10 1 H LYS 518 H LYS 518 4.586 10.437 11.236 2 HA LYS 518 HA LYS 518 5.616 12.717 12.558 3 HB3 LYS 518 1HB LYS 518 7.559 11.330 13.060 4 HB2 LYS 518 2HB LYS 518 7.080 10.172 11.830 5 HG3 LYS 518 1HG LYS 518 6.517 9.286 13.982 6 HG2 LYS 518 2HG LYS 518 5.043 9.694 13.109 7 HD3 LYS 518 1HD LYS 518 4.913 11.819 14.350 8 HD2 LYS 518 2HD LYS 518 6.322 11.322 15.287 9 HE3 LYS 518 1HE LYS 518 4.268 10.861 16.496 10 HE2 LYS 518 2HE LYS 518 5.107 9.364 16.093 11 HZ3 LYS 518 1HZ LYS 518 2.710 9.226 15.688 12 HZ2 LYS 518 2HZ LYS 518 3.580 9.008 14.274 13 HZ1 LYS 518 3HZ LYS 518 2.814 10.485 14.572 No H/Q in entry = 13 In of MODEL 10 1 H LYS 519 H LYS 519 6.517 11.057 9.610 2 HA LYS 519 HA LYS 519 8.463 13.179 9.049 3 HB3 LYS 519 1HB LYS 519 9.398 11.594 7.393 4 HB2 LYS 519 2HB LYS 519 8.168 10.429 7.873 5 HG3 LYS 519 1HG LYS 519 9.096 10.311 10.108 6 HG2 LYS 519 2HG LYS 519 10.342 11.477 9.661 7 HD3 LYS 519 1HD LYS 519 11.145 9.928 7.914 8 HD2 LYS 519 2HD LYS 519 9.903 8.771 8.391 9 HE3 LYS 519 1HE LYS 519 12.030 8.147 9.339 10 HE2 LYS 519 2HE LYS 519 10.897 8.584 10.608 11 HZ3 LYS 519 1HZ LYS 519 13.095 10.297 9.565 12 HZ2 LYS 519 2HZ LYS 519 13.042 9.506 11.041 13 HZ1 LYS 519 3HZ LYS 519 11.974 10.762 10.752 No H/Q in entry = 13 In of MODEL 10 1 H LYS 520 H LYS 520 5.359 12.201 8.253 2 HA LYS 520 HA LYS 520 3.822 12.756 6.710 3 HB3 LYS 520 1HB LYS 520 4.431 14.615 4.989 4 HB2 LYS 520 2HB LYS 520 5.893 14.815 5.927 5 HG3 LYS 520 1HG LYS 520 3.085 15.206 6.949 6 HG2 LYS 520 2HG LYS 520 4.232 16.471 6.524 7 HD3 LYS 520 1HD LYS 520 5.742 15.704 8.296 8 HD2 LYS 520 2HD LYS 520 4.559 14.480 8.752 9 HE3 LYS 520 1HE LYS 520 4.312 16.348 10.232 10 HE2 LYS 520 2HE LYS 520 2.915 16.305 9.157 11 HZ2 LYS 520 1HZ LYS 520 3.738 18.546 9.382 12 HZ1 LYS 520 2HZ LYS 520 3.985 18.026 7.798 13 HZ3 LYS 520 3HZ LYS 520 5.272 18.069 8.886 No H/Q in entry = 13 In of MODEL 10 1 H ILE 521 H ILE 521 5.568 10.620 6.320 2 HA ILE 521 HA ILE 521 5.389 10.373 3.449 3 HB ILE 521 HB ILE 521 7.632 9.237 3.201 4 HG12 ILE 521 HG12 ILE 521 9.450 10.052 4.805 5 HG21 ILE 521 HG21 ILE 521 7.619 12.168 3.800 6 HG23 ILE 521 HG22 ILE 521 7.312 11.378 2.250 7 HG22 ILE 521 HG23 ILE 521 8.922 11.321 2.971 8 HD11 ILE 521 HD11 ILE 521 7.457 8.162 6.020 9 HD13 ILE 521 HD12 ILE 521 9.137 8.382 6.510 10 HD12 ILE 521 HD13 ILE 521 8.765 7.716 4.919 11 HG13 ILE 521 HG11 ILE 521 8.144 10.499 5.887 No H/Q in entry = 11 In of MODEL 10 1 H PHE 522 H PHE 522 6.066 7.930 2.757 2 HA PHE 522 HA PHE 522 4.259 6.573 4.569 3 HB3 PHE 522 1HB PHE 522 3.653 5.171 2.572 4 HB2 PHE 522 2HB PHE 522 4.569 6.320 1.588 5 HZ PHE 522 HZ PHE 522 -0.311 9.364 2.047 6 HD1 PHE 522 1HD PHE 522 3.897 8.855 1.941 7 HE1 PHE 522 1HE PHE 522 1.957 10.285 1.721 8 HE2 PHE 522 2HE PHE 522 -0.593 6.984 2.580 9 HD2 PHE 522 2HD PHE 522 1.384 5.529 2.798 No H/Q in entry = 9 In of MODEL 10 1 H MET 523 H MET 523 4.631 4.535 5.221 2 HA MET 523 HA MET 523 7.243 3.321 4.596 3 HB3 MET 523 1HB MET 523 7.145 2.433 6.971 4 HB2 MET 523 2HB MET 523 5.843 3.570 7.269 5 HG3 MET 523 1HG MET 523 7.840 4.503 8.137 6 HG2 MET 523 2HG MET 523 7.386 5.418 6.703 7 HE1 MET 523 1HE MET 523 9.848 6.455 6.764 8 HE3 MET 523 2HE MET 523 11.318 5.488 6.715 9 HE2 MET 523 3HE MET 523 10.277 5.442 8.141 No H/Q in entry = 9 In of MODEL 10 1 H GLY 524 H GLY 524 7.159 0.925 4.864 2 HA2 GLY 524 1HA GLY 524 4.976 -0.192 3.699 3 HA3 GLY 524 2HA GLY 524 4.645 -0.255 5.414 No H/Q in entry = 3 In of MODEL 10 1 H LEU 525 H LEU 525 4.722 -2.470 5.410 2 HA LEU 525 HA LEU 525 7.310 -3.614 4.758 3 HB3 LEU 525 1HB LEU 525 6.668 -5.536 6.334 4 HB2 LEU 525 2HB LEU 525 5.430 -4.472 6.957 5 HG LEU 525 HG LEU 525 8.350 -3.763 7.005 6 HD11 LEU 525 HD11 LEU 525 5.975 -2.739 8.597 7 HD13 LEU 525 HD12 LEU 525 6.804 -1.885 7.292 8 HD12 LEU 525 HD13 LEU 525 7.650 -2.216 8.798 9 HD22 LEU 525 HD21 LEU 525 8.114 -5.805 8.247 10 HD21 LEU 525 HD22 LEU 525 6.731 -5.163 9.133 11 HD23 LEU 525 HD23 LEU 525 8.336 -4.469 9.374 No H/Q in entry = 11 In of MODEL 10 1 H ILE 526 H ILE 526 7.370 -5.378 3.509 2 HA ILE 526 HA ILE 526 4.779 -6.115 2.357 3 HB ILE 526 HB ILE 526 7.576 -6.301 1.187 4 HG12 ILE 526 HG12 ILE 526 5.252 -4.522 0.653 5 HG22 ILE 526 HG21 ILE 526 6.608 -7.072 -0.879 6 HG21 ILE 526 HG22 ILE 526 5.031 -7.192 -0.085 7 HG23 ILE 526 HG23 ILE 526 6.372 -8.204 0.456 8 HD13 ILE 526 HD11 ILE 526 7.789 -4.710 -0.991 9 HD12 ILE 526 HD12 ILE 526 6.495 -3.524 -1.200 10 HD11 ILE 526 HD13 ILE 526 6.202 -5.227 -1.551 11 HG13 ILE 526 HG11 ILE 526 6.859 -4.093 1.156 No H/Q in entry = 11 In of MODEL 10 1 HA PRO 527 HA PRO 527 5.719 -9.994 4.516 2 HB3 PRO 527 1HB PRO 527 3.672 -10.687 5.288 3 HB2 PRO 527 2HB PRO 527 2.909 -10.487 3.704 4 HG3 PRO 527 1HG PRO 527 3.509 -8.424 5.793 5 HG2 PRO 527 2HG PRO 527 2.027 -8.655 4.845 6 HD3 PRO 527 1HD PRO 527 3.790 -6.780 4.179 7 HD2 PRO 527 2HD PRO 527 2.978 -7.745 2.926 No H/Q in entry = 7 In of MODEL 10 1 H TYR 528 H TYR 528 6.555 -11.636 3.629 2 HA TYR 528 HA TYR 528 6.487 -12.331 0.863 3 HB3 TYR 528 1HB TYR 528 7.810 -14.294 1.590 4 HB2 TYR 528 2HB TYR 528 7.395 -13.966 3.257 5 HH TYR 528 HH TYR 528 12.572 -10.045 2.152 6 HD1 TYR 528 1HD TYR 528 8.399 -12.078 4.461 7 HE1 TYR 528 1HE TYR 528 10.445 -10.767 4.764 8 HE2 TYR 528 2HE TYR 528 11.665 -11.761 0.806 9 HD2 TYR 528 2HD TYR 528 9.611 -13.089 0.515 No H/Q in entry = 9 In of MODEL 10 1 H ASP 529 H ASP 529 5.023 -13.335 3.839 2 HA ASP 529 HA ASP 529 3.559 -15.565 2.862 3 HB3 ASP 529 1HB ASP 529 2.252 -15.182 5.070 4 HB2 ASP 529 2HB ASP 529 3.509 -14.004 5.416 No H/Q in entry = 4 In of MODEL 10 1 H GLN 530 H GLN 530 2.901 -14.274 1.071 2 HA GLN 530 HA GLN 530 0.905 -12.310 1.290 3 HB3 GLN 530 1HB GLN 530 2.303 -12.376 -0.647 4 HB2 GLN 530 2HB GLN 530 0.645 -12.625 -1.161 5 HG3 GLN 530 1HG GLN 530 1.020 -14.778 -1.819 6 HG2 GLN 530 2HG GLN 530 2.302 -15.024 -0.635 7 HE21 GLN 530 HE21 GLN 530 4.377 -14.392 -1.090 8 HE22 GLN 530 HE22 GLN 530 4.891 -14.037 -2.687 No H/Q in entry = 8 In of MODEL 10 1 H SER 531 H SER 531 0.741 -15.797 0.934 2 HA SER 531 HA SER 531 -1.981 -15.969 0.290 3 HB3 SER 531 1HB SER 531 -1.728 -18.309 0.785 4 HB2 SER 531 2HB SER 531 -0.301 -17.984 1.781 5 HG SER 531 HG SER 531 -0.606 -17.687 -1.011 No H/Q in entry = 5 In of MODEL 10 1 H GLY 532 H GLY 532 -0.298 -16.010 3.417 2 HA2 GLY 532 1HA GLY 532 -1.116 -15.925 5.558 3 HA3 GLY 532 2HA GLY 532 -2.702 -16.355 4.926 No H/Q in entry = 3 In of MODEL 10 1 H PHE 533 H PHE 533 -0.642 -13.608 4.099 2 HA PHE 533 HA PHE 533 -1.927 -11.737 5.747 3 HB3 PHE 533 1HB PHE 533 -0.435 -11.175 3.191 4 HB2 PHE 533 2HB PHE 533 0.349 -11.504 4.728 5 HZ PHE 533 HZ PHE 533 -0.727 -5.938 5.603 6 HD1 PHE 533 1HD PHE 533 -0.011 -9.975 6.634 7 HE1 PHE 533 1HE PHE 533 -0.085 -7.613 7.251 8 HE2 PHE 533 2HE PHE 533 -1.304 -6.621 3.300 9 HD2 PHE 533 2HD PHE 533 -1.236 -9.004 2.688 No H/Q in entry = 9 In of MODEL 10 1 H VAL 534 H VAL 534 -2.358 -12.456 2.274 2 HA VAL 534 HA VAL 534 -4.294 -10.503 1.832 3 HB VAL 534 HB VAL 534 -3.844 -13.136 0.357 4 HG13 VAL 534 HG11 VAL 534 -6.144 -12.346 -0.043 5 HG12 VAL 534 HG12 VAL 534 -5.147 -12.154 -1.488 6 HG11 VAL 534 HG13 VAL 534 -5.518 -10.757 -0.485 7 HG23 VAL 534 HG21 VAL 534 -2.778 -11.704 -1.320 8 HG22 VAL 534 HG22 VAL 534 -1.979 -11.584 0.248 9 HG21 VAL 534 HG23 VAL 534 -3.058 -10.297 -0.292 No H/Q in entry = 9 In of MODEL 10 1 H ASN 535 H ASN 535 -4.517 -13.832 2.926 2 HA ASN 535 HA ASN 535 -7.320 -14.081 2.892 3 HB3 ASN 535 1HB ASN 535 -5.197 -15.510 4.499 4 HB2 ASN 535 2HB ASN 535 -5.997 -16.071 3.039 5 HD21 ASN 535 HD21 ASN 535 -6.097 -15.951 6.430 6 HD22 ASN 535 HD22 ASN 535 -7.584 -16.788 6.644 No H/Q in entry = 6 In of MODEL 10 1 H GLY 536 H GLY 536 -5.122 -12.855 5.355 2 HA2 GLY 536 1HA GLY 536 -5.546 -11.716 7.307 3 HA3 GLY 536 2HA GLY 536 -7.149 -12.443 7.321 No H/Q in entry = 3 In of MODEL 10 1 H ILE 537 H ILE 537 -5.539 -10.326 4.978 2 HA ILE 537 HA ILE 537 -6.907 -7.967 5.660 3 HB ILE 537 HB ILE 537 -5.496 -8.754 3.100 4 HG12 ILE 537 HG12 ILE 537 -4.049 -8.606 5.050 5 HG21 ILE 537 HG21 ILE 537 -6.508 -6.019 3.866 6 HG23 ILE 537 HG22 ILE 537 -7.107 -7.022 2.547 7 HG22 ILE 537 HG23 ILE 537 -5.464 -6.374 2.489 8 HD13 ILE 537 HD11 ILE 537 -3.636 -6.470 6.176 9 HD12 ILE 537 HD12 ILE 537 -5.240 -7.104 6.510 10 HD11 ILE 537 HD13 ILE 537 -5.038 -5.781 5.359 11 HG13 ILE 537 HG11 ILE 537 -3.705 -7.299 3.924 No H/Q in entry = 11 In of MODEL 10 1 H ARG 538 H ARG 538 -7.716 -10.533 3.437 2 HA ARG 538 HA ARG 538 -9.765 -9.369 1.979 3 HB3 ARG 538 1HB ARG 538 -9.674 -12.201 3.030 4 HB2 ARG 538 2HB ARG 538 -8.812 -11.641 1.606 5 HG3 ARG 538 1HG ARG 538 -10.887 -11.153 0.498 6 HG2 ARG 538 2HG ARG 538 -11.799 -11.618 1.934 7 HD3 ARG 538 1HD ARG 538 -10.929 -13.886 1.751 8 HD2 ARG 538 2HD ARG 538 -9.994 -13.418 0.331 9 HE ARG 538 HE ARG 538 -12.584 -12.726 -0.199 10 HH11 ARG 538 HH11 ARG 538 -10.941 -15.738 0.608 11 HH12 ARG 538 HH12 ARG 538 -11.908 -16.726 -0.382 12 HH21 ARG 538 HH21 ARG 538 -13.933 -14.051 -1.559 13 HH22 ARG 538 HH22 ARG 538 -13.670 -15.719 -1.654 No H/Q in entry = 13 In of MODEL 10 1 H GLN 539 H GLN 539 -9.842 -10.887 5.147 2 HA GLN 539 HA GLN 539 -12.627 -10.641 5.631 3 HB3 GLN 539 1HB GLN 539 -10.276 -10.853 7.511 4 HB2 GLN 539 2HB GLN 539 -11.241 -12.180 6.890 5 HG3 GLN 539 1HG GLN 539 -13.195 -11.321 8.112 6 HG2 GLN 539 2HG GLN 539 -12.211 -10.005 8.741 7 HE21 GLN 539 HE21 GLN 539 -11.066 -13.269 8.310 8 HE22 GLN 539 HE22 GLN 539 -10.872 -13.619 9.982 No H/Q in entry = 8 In of MODEL 10 1 H VAL 540 H VAL 540 -9.846 -8.611 6.353 2 HA VAL 540 HA VAL 540 -11.174 -6.630 7.835 3 HB VAL 540 HB VAL 540 -8.732 -6.324 6.049 4 HG12 VAL 540 HG11 VAL 540 -9.697 -4.581 8.310 5 HG11 VAL 540 HG12 VAL 540 -9.707 -4.163 6.597 6 HG13 VAL 540 HG13 VAL 540 -8.171 -4.384 7.445 7 HG23 VAL 540 HG21 VAL 540 -8.924 -6.923 9.001 8 HG22 VAL 540 HG22 VAL 540 -7.429 -6.624 8.114 9 HG21 VAL 540 HG23 VAL 540 -8.405 -8.044 7.744 No H/Q in entry = 9 In of MODEL 10 1 H ILE 541 H ILE 541 -10.511 -6.902 4.381 2 HA ILE 541 HA ILE 541 -11.695 -4.486 3.511 3 HB ILE 541 HB ILE 541 -11.473 -7.134 2.045 4 HG12 ILE 541 HG12 ILE 541 -9.664 -4.713 1.886 5 HG21 ILE 541 HG21 ILE 541 -11.979 -4.366 0.933 6 HG23 ILE 541 HG22 ILE 541 -13.124 -5.708 0.976 7 HG22 ILE 541 HG23 ILE 541 -11.681 -5.816 -0.030 8 HD13 ILE 541 HD11 ILE 541 -9.255 -7.485 0.801 9 HD12 ILE 541 HD12 ILE 541 -8.121 -6.136 0.708 10 HD11 ILE 541 HD13 ILE 541 -9.657 -6.061 -0.153 11 HG13 ILE 541 HG11 ILE 541 -9.316 -6.153 2.835 No H/Q in entry = 11 In of MODEL 10 1 H THR 542 H THR 542 -13.007 -7.757 3.823 2 HA THR 542 HA THR 542 -15.549 -7.113 2.935 3 HB THR 542 HB THR 542 -14.326 -9.308 4.383 4 HG22 THR 542 HG21 THR 542 -17.250 -9.265 3.544 5 HG21 THR 542 HG22 THR 542 -16.623 -9.358 5.197 6 HG23 THR 542 HG23 THR 542 -16.366 -10.699 4.089 7 HG1 THR 542 HG1 THR 542 -15.116 -8.687 1.822 No H/Q in entry = 7 In of MODEL 10 1 H ASN 543 H ASN 543 -14.137 -7.161 6.152 2 HA ASN 543 HA ASN 543 -16.536 -6.744 7.588 3 HB3 ASN 543 1HB ASN 543 -13.788 -5.770 8.406 4 HB2 ASN 543 2HB ASN 543 -14.283 -7.450 8.567 5 HD21 ASN 543 HD21 ASN 543 -16.976 -6.979 9.367 6 HD22 ASN 543 HD22 ASN 543 -16.931 -6.314 10.949 No H/Q in entry = 6 In of MODEL 10 1 H LEU 544 H LEU 544 -14.176 -4.630 6.085 2 HA LEU 544 HA LEU 544 -15.212 -2.142 6.838 3 HB3 LEU 544 1HB LEU 544 -13.775 -3.008 4.329 4 HB2 LEU 544 2HB LEU 544 -13.042 -2.367 5.782 5 HG LEU 544 HG LEU 544 -14.881 -0.786 3.989 6 HD11 LEU 544 HD11 LEU 544 -14.820 0.031 6.261 7 HD13 LEU 544 HD12 LEU 544 -14.003 1.148 5.169 8 HD12 LEU 544 HD13 LEU 544 -13.057 0.083 6.208 9 HD22 LEU 544 HD21 LEU 544 -12.888 -1.389 2.763 10 HD21 LEU 544 HD22 LEU 544 -11.879 -0.846 4.098 11 HD23 LEU 544 HD23 LEU 544 -12.836 0.324 3.185 No H/Q in entry = 11 In of MODEL 10 1 H GLU 545 H GLU 545 -15.977 -4.288 4.127 2 HA GLU 545 HA GLU 545 -17.846 -2.644 2.838 3 HB3 GLU 545 1HB GLU 545 -18.677 -4.716 1.777 4 HB2 GLU 545 2HB GLU 545 -17.729 -5.666 2.914 5 HG3 GLU 545 1HG GLU 545 -15.677 -4.684 2.017 6 HG2 GLU 545 2HG GLU 545 -16.630 -3.764 0.858 No H/Q in entry = 6 In of MODEL 10 1 H HIS 546 H HIS 546 -18.147 -4.687 5.618 2 HA HIS 546 HA HIS 546 -21.026 -4.447 5.697 3 HB3 HIS 546 1HB HIS 546 -20.757 -5.456 8.034 4 HB2 HIS 546 2HB HIS 546 -19.057 -5.651 7.637 5 HD1 HIS 546 HD1 HIS 546 -22.437 -7.037 6.812 6 HD2 HIS 546 2HD HIS 546 -18.450 -7.680 5.870 7 HE1 HIS 546 1HE HIS 546 -22.354 -9.264 5.648 No H/Q in entry = 7 In of MODEL 10 1 H HIS 547 H HIS 547 -18.315 -3.157 7.542 2 HA HIS 547 HA HIS 547 -19.902 -1.652 9.328 3 HB3 HIS 547 1HB HIS 547 -16.996 -1.245 8.573 4 HB2 HIS 547 2HB HIS 547 -17.572 -2.351 9.806 5 HD1 HIS 547 HD1 HIS 547 -15.743 0.484 9.977 6 HD2 HIS 547 2HD HIS 547 -19.518 -0.373 11.484 7 HE1 HIS 547 1HE HIS 547 -16.097 2.050 11.904 No H/Q in entry = 7 In of MODEL 10 1 H HIS 548 H HIS 548 -18.262 -0.746 6.309 2 HA HIS 548 HA HIS 548 -19.581 1.865 6.446 3 HB3 HIS 548 1HB HIS 548 -17.967 2.453 4.569 4 HB2 HIS 548 2HB HIS 548 -17.141 0.948 4.916 5 HD1 HIS 548 HD1 HIS 548 -16.536 4.285 5.451 6 HD2 HIS 548 2HD HIS 548 -16.645 1.019 8.012 7 HE1 HIS 548 1HE HIS 548 -15.074 4.883 7.409 No H/Q in entry = 7 In of MODEL 10 1 H HIS 549 H HIS 549 -21.560 1.429 5.575 2 HA HIS 549 HA HIS 549 -21.389 0.889 2.761 3 HB3 HIS 549 1HB HIS 549 -22.178 -1.257 3.611 4 HB2 HIS 549 2HB HIS 549 -23.481 -0.488 2.738 5 HD1 HIS 549 HD1 HIS 549 -22.559 -1.575 6.240 6 HD2 HIS 549 2HD HIS 549 -25.760 0.096 4.170 7 HE1 HIS 549 1HE HIS 549 -24.522 -1.705 7.768 No H/Q in entry = 7 In of MODEL 10 1 H HIS 550 H HIS 550 -21.394 2.996 2.467 2 HA HIS 550 HA HIS 550 -23.764 4.517 3.223 3 HB3 HIS 550 1HB HIS 550 -22.545 6.456 2.301 4 HB2 HIS 550 2HB HIS 550 -21.266 5.386 1.734 5 HD1 HIS 550 HD1 HIS 550 -19.357 4.979 3.357 6 HD2 HIS 550 2HD HIS 550 -22.755 6.504 5.207 7 HE1 HIS 550 1HE HIS 550 -18.707 5.439 5.740 No H/Q in entry = 7 In of MODEL 10 1 H HIS 551 H HIS 551 -22.494 2.714 0.659 2 HA HIS 551 HA HIS 551 -24.816 3.084 -0.906 3 HB3 HIS 551 1HB HIS 551 -22.107 3.780 -2.086 4 HB2 HIS 551 2HB HIS 551 -23.349 4.968 -1.702 5 HD1 HIS 551 HD1 HIS 551 -22.093 3.296 -4.549 6 HD2 HIS 551 2HD HIS 551 -25.911 4.080 -3.115 7 HE1 HIS 551 1HE HIS 551 -23.626 3.105 -6.522 No H/Q in entry = 7