*HEADER CELL CYCLE 24-MAR-04 1SSF *TITLE SOLUTION STRUCTURE OF THE MOUSE 53BP1 FRAGMENT (RESIDUES *TITLE 2 1463-1617) *COMPND MOL_ID: 1; *COMPND 2 MOLECULE: TRANSFORMATION RELATED PROTEIN 53 BINDING *COMPND 3 PROTEIN 1; *COMPND 4 CHAIN: A; *COMPND 5 FRAGMENT: RESIDUES 1463-1617; *COMPND 6 SYNONYM: MURINE P53-BINDING PROTEIN; *COMPND 7 ENGINEERED: YES *SOURCE MOL_ID: 1; *SOURCE 2 ORGANISM_SCIENTIFIC: MUS MUSCULUS; *SOURCE 3 ORGANISM_COMMON: MOUSE; *SOURCE 4 EXPRESSION_SYSTEM: ESCHERICHIA COLI; *SOURCE 5 EXPRESSION_SYSTEM_COMMON: BACTERIA; *SOURCE 6 EXPRESSION_SYSTEM_STRAIN: BL21-GOLD(DE3); *SOURCE 7 EXPRESSION_SYSTEM_VECTOR_TYPE: PLASMID; *SOURCE 8 EXPRESSION_SYSTEM_PLASMID: PDEST15 *KEYWDS TUDOR DOMAINS, TANDEM, SH3-LIKE FOLD, BETA BARREL, ALPHA- *KEYWDS 2 HELIX *EXPDTA NMR, 10 STRUCTURES *AUTHOR G.CHARIER, J.COUPRIE, B.ALPHA-BAZIN, V.MEYER, E.QUEMENEUR, *AUTHOR 2 R.GUEROIS, I.CALLEBAUT, B.GILQUIN, S.ZINN-JUSTIN *REVDAT 1 14-SEP-04 1SSF 0 ! peak number c 3245 F1= 4.717 F2= 1.993 null null d= 3.1 assi (( resid 100 and name HA )) (( resid 100 and name HB1 )) 3.1 1.20 1.20 ! peak number c 3244 F1= 4.714 F2= 2.134 null null d= 3.3 assi (( resid 100 and name HA )) (( resid 100 and name HB2 )) 3.3 1.36 1.36 ! peak number c 3251 F1= 4.710 F2= 2.364 null null d= 3.5 assi (( resid 100 and name HA )) (( resid 100 and name HG1 )) 3.5 1.58 1.58 ! peak number c 3252 F1= 4.707 F2= 2.288 null null d= 3.5 assi (( resid 100 and name HA )) (( resid 100 and name HG2 )) 3.5 1.49 1.49 ! peak number n 740 F1= 4.735 F2= 7.835 null null d= 2.6 assi (( resid 100 and name HA )) (( resid 100 and name HN )) 2.6 0.65 0.65 ! peak number c 3806 F1= 4.710 F2= 1.364 null null d= 4.4 assi (( resid 100 and name HA )) (( resid 101 and name HB2 )) 4.4 2.42 2.42 ! peak number c 394 F1= 5.042 F2= 4.707 null null d= 4.7 assi (( resid 100 and name HA )) (( resid 96 and name HA )) 4.7 1.18 1.18 ! peak number n 69 F1= 4.753 F2= 8.889 null null d= 3.4 assi (( resid 100 and name HA )) (( resid 97 and name HN )) 3.4 0.85 0.85 ! peak number c 3247 F1= 2.020 F2= 2.134 null null d= 2.3 assi (( resid 100 and name HB1 )) (( resid 100 and name HB2 )) 2.29 0.66 0.66 ! peak number c 3246 F1= 2.333 F2= 1.994 null null d= 2.6 assi (( resid 100 and name HB1 )) (( resid 100 and name HG1 )) 2.6 0.85 0.85 ! peak number n 729 F1= 2.031 F2= 7.836 null null d= 2.6 assi (( resid 100 and name HB1 )) (( resid 100 and name HN )) 2.6 0.85 0.85 ! peak number n 1105 F1= 2.033 F2= 8.727 null null d= 3.4 assi (( resid 100 and name HB1 )) (( resid 101 and name HN )) 3.4 1.44 1.44 ! peak number c 3248 F1= 2.337 F2= 2.136 null null d= 2.7 assi (( resid 100 and name HB2 )) (( resid 100 and name HG1 )) 2.7 0.91 0.91 ! peak number n 730 F1= 2.176 F2= 7.836 null null d= 2.9 assi (( resid 100 and name HB2 )) (( resid 100 and name HN )) 2.9 1.05 1.05 ! peak number n 1106 F1= 2.162 F2= 8.724 null null d= 3.5 assi (( resid 100 and name HB2 )) (( resid 101 and name HN )) 3.5 1.53 1.53 ! peak number c 3877 F1= 8.679 F2= 2.126 null null d= 4.5 assi (( resid 100 and name HB2 )) (( resid 99 and name HN )) 4.5 2.53 2.53 ! peak number n 1242 F1= 6.898 F2= 7.594 null null d= 2.0 assi (( resid 100 and name HE21 )) (( resid 100 and name HE22 )) 2 0.50 0.50 ! peak number c 3253 F1= 7.579 F2= 2.365 null null d= 4.0 assi (( resid 100 and name HE21 )) (( resid 100 and name HG1 )) 4 2.00 2.00 ! peak number c 3254 F1= 7.587 F2= 2.276 null null d= 4.2 assi (( resid 100 and name HE21 )) (( resid 100 and name HG2 )) 4.2 2.20 2.20 ! peak number n 1246 F1= 2.883 F2= 7.591 null null d= 3.6 assi (( resid 100 and name HE21 )) (( resid 97 and name HE* )) 3.6 1.62 1.62 ! peak number c 2137 F1= 7.586 F2= 1.486 null null d= 3.2 assi (( resid 100 and name HE21 )) (( resid 97 and name HG2 )) 3.2 1.28 1.28 ! peak number n 1250 F1= 2.292 F2= 6.898 null null d= 4.0 assi (( resid 100 and name HE22 )) (( resid 100 and name HG1 )) 4 2.00 2.00 ! peak number n 1251 F1= 2.399 F2= 6.897 null null d= 4.1 assi (( resid 100 and name HE22 )) (( resid 100 and name HG2 )) 4.09 2.10 2.10 ! peak number n 1252 F1= 2.768 F2= 6.904 null null d= 4.2 assi (( resid 100 and name HE22 )) (( resid 101 and name HD* )) 4.2 2.21 2.21 ! peak number n 731 F1= 2.304 F2= 7.836 null null d= 3.0 assi (( resid 100 and name HG1 )) (( resid 100 and name HN )) 3 1.12 1.12 ! peak number c 3257 F1= 8.683 F2= 2.363 null null d= 3.8 assi (( resid 100 and name HG1 )) (( resid 99 and name HN )) 3.8 1.81 1.81 ! peak number n 732 F1= 2.405 F2= 7.836 null null d= 3.2 assi (( resid 100 and name HG2 )) (( resid 100 and name HN )) 3.2 1.28 1.28 ! peak number c 3258 F1= 8.695 F2= 2.275 null null d= 4.6 assi (( resid 100 and name HG2 )) (( resid 101 and name HN )) 4.59 2.59 2.59 ! peak number n 735 F1= 5.079 F2= 7.835 null null d= 4.3 assi (( resid 100 and name HN )) (( resid 96 and name HA )) 4.3 1.07 1.07 ! peak number n 727 F1= 1.735 F2= 7.837 null null d= 3.8 assi (( resid 100 and name HN )) (( resid 96 and name HG1 )) 3.8 1.80 1.80 ! peak number n 728 F1= 1.930 F2= 7.837 null null d= 3.5 assi (( resid 100 and name HN )) (( resid 97 and name HB2 )) 3.5 1.53 1.53 ! peak number n 66 F1= 7.831 F2= 8.888 null null d= 3.1 assi (( resid 100 and name HN )) (( resid 97 and name HN )) 3.1 0.77 0.77 ! peak number n 733 F1= 3.613 F2= 7.835 null null d= 3.4 assi (( resid 100 and name HN )) (( resid 99 and name HA1 )) 3.4 0.85 0.85 ! peak number n 734 F1= 4.135 F2= 7.837 null null d= 3.5 assi (( resid 100 and name HN )) (( resid 99 and name HA2 )) 3.5 0.88 0.88 ! peak number n 270 F1= 7.828 F2= 8.707 null null d= 3.0 assi (( resid 100 and name HN )) (( resid 99 and name HN )) 3 0.76 0.76 ! peak number c 3262 F1= 5.183 F2= 1.256 null null d= 4.2 assi (( resid 101 and name HA )) (( resid 101 and name HB1 )) 4.2 2.15 2.15 ! peak number c 3261 F1= 5.189 F2= 1.370 null null d= 3.9 assi (( resid 101 and name HA )) (( resid 101 and name HB2 )) 3.9 1.95 1.95 ! peak number c 3275 F1= 5.174 F2= 2.778 null null d= 4.3 assi (( resid 101 and name HA )) (( resid 101 and name HD* )) 4.3 2.37 2.37 ! peak number c 3173 F1= 5.186 F2= 1.011 null null d= 4.2 assi (( resid 101 and name HA )) (( resid 101 and name HG1 )) 4.2 2.21 2.21 ! peak number c 3271 F1= 5.176 F2= 1.491 null null d= 3.8 assi (( resid 101 and name HA )) (( resid 101 and name HG2 )) 3.8 1.76 1.76 ! peak number n 1108 F1= 5.214 F2= 8.726 null null d= 3.8 assi (( resid 101 and name HA )) (( resid 101 and name HN )) 3.8 0.95 0.95 ! peak number c 398 F1= 1.652 F2= 5.201 null null d= 4.7 assi (( resid 101 and name HA )) (( resid 102 and name HB* )) 4.7 2.76 2.76 ! peak number n 1161 F1= 5.215 F2= 8.055 null null d= 2.8 assi (( resid 101 and name HA )) (( resid 102 and name HN )) 2.8 0.70 0.70 ! peak number c 3196 F1= 5.207 F2= 0.399 null null d= 4.3 assi (( resid 101 and name HA )) (( resid 95 and name HD1* )) 4.3 2.31 2.31 ! peak number c 224 F1= 5.190 F2= 5.060 null null d= 3.8 assi (( resid 101 and name HA )) (( resid 96 and name HA )) 3.8 0.94 0.94 ! peak number n 67 F1= 5.201 F2= 8.883 null null d= 3.3 assi (( resid 101 and name HA )) (( resid 97 and name HN )) 3.3 0.82 0.82 ! peak number c 3264 F1= 2.766 F2= 1.243 null null d= 3.6 assi (( resid 101 and name HB1 )) (( resid 101 and name HD* )) 3.6 1.62 1.62 ! peak number c 3169 F1= 1.225 F2= 1.015 null null d= 3.6 assi (( resid 101 and name HB1 )) (( resid 101 and name HG1 )) 3.6 1.67 1.67 ! peak number c 3267 F1= 8.698 F2= 1.256 null null d= 4.0 assi (( resid 101 and name HB1 )) (( resid 101 and name HN )) 4 2.00 2.00 ! peak number c 3266 F1= 8.050 F2= 1.252 null null d= 4.8 assi (( resid 101 and name HB1 )) (( resid 102 and name HN )) 4.8 2.88 2.88 ! peak number c 220 F1= 1.295 F2= 5.074 null null d= 4.4 assi (( resid 101 and name HB1 )) (( resid 96 and name HA )) 4.4 2.42 2.42 ! peak number c 3263 F1= 2.766 F2= 1.362 null null d= 3.9 assi (( resid 101 and name HB2 )) (( resid 101 and name HD* )) 3.9 1.90 1.90 ! peak number c 3270 F1= 1.031 F2= 1.363 null null d= 4.1 assi (( resid 101 and name HB2 )) (( resid 101 and name HG1 )) 4.09 2.10 2.10 ! peak number c 3268 F1= 8.709 F2= 1.381 null null d= 4.5 assi (( resid 101 and name HB2 )) (( resid 101 and name HN )) 4.5 2.48 2.48 ! peak number c 3265 F1= 8.025 F2= 1.383 null null d= 4.5 assi (( resid 101 and name HB2 )) (( resid 102 and name HN )) 4.5 2.53 2.53 ! peak number c 1280 F1= 1.362 F2= 7.021 null null d= 5.2 assi (( resid 101 and name HB2 )) (( resid 103 and name HZ2 )) 5.2 3.38 3.38 ! peak number c 3172 F1= 2.799 F2= 1.006 null null d= 3.5 assi (( resid 101 and name HD* )) (( resid 101 and name HG1 )) 3.5 1.53 1.53 ! peak number c 3274 F1= 1.506 F2= 2.786 null null d= 3.4 assi (( resid 101 and name HD* )) (( resid 101 and name HG2 )) 3.4 1.44 1.44 ! peak number c 3861 F1= 1.918 F2= 2.784 null null d= 4.5 assi (( resid 101 and name HD* )) (( resid 96 and name HB2 )) 4.5 2.53 2.53 ! peak number c 3170 F1= 1.492 F2= 1.013 null null d= 3.4 assi (( resid 101 and name HG1 )) (( resid 101 and name HG2 )) 3.4 1.44 1.44 ! peak number n 1110 F1= 1.039 F2= 8.735 null null d= 3.8 assi (( resid 101 and name HG1 )) (( resid 101 and name HN )) 3.8 1.80 1.80 ! peak number n 1104 F1= 1.531 F2= 8.721 null null d= 3.9 assi (( resid 101 and name HG2 )) (( resid 101 and name HN )) 3.9 1.90 1.90 ! peak number c 3281 F1= 4.402 F2= 1.651 null null d= 2.9 assi (( resid 102 and name HA )) (( resid 102 and name HB* )) 2.9 1.05 1.05 ! peak number c 2251 F1= 4.361 F2= 1.576 null null d= 3.9 assi (( resid 102 and name HA )) (( resid 102 and name HD* )) 3.9 1.90 1.90 ! peak number c 406 F1= 2.839 F2= 4.387 null null d= 4.6 assi (( resid 102 and name HA )) (( resid 102 and name HE* )) 4.59 2.64 2.64 ! peak number c 403 F1= 1.224 F2= 4.399 null null d= 3.5 assi (( resid 102 and name HA )) (( resid 102 and name HG1 )) 3.5 1.53 1.53 ! peak number c 404 F1= 1.360 F2= 4.402 null null d= 3.8 assi (( resid 102 and name HA )) (( resid 102 and name HG2 )) 3.8 1.80 1.80 ! peak number n 1159 F1= 4.423 F2= 8.053 null null d= 3.3 assi (( resid 102 and name HA )) (( resid 102 and name HN )) 3.3 0.82 0.82 ! peak number c 1275 F1= 4.384 F2= 7.321 null null d= 5.8 dist trop loin ! peak number n 964 F1= 4.419 F2= 8.449 null null d= 2.4 assi (( resid 102 and name HA )) (( resid 103 and name HN )) 2.4 0.60 0.60 ! peak number c 3277 F1= 2.854 F2= 1.657 null null d= 3.3 assi (( resid 102 and name HB* )) (( resid 102 and name HE* )) 3.3 1.36 1.36 ! peak number c 3276 F1= 1.225 F2= 1.658 null null d= 2.9 assi (( resid 102 and name HB* )) (( resid 102 and name HG1 )) 2.9 1.05 1.05 ! peak number c 3278 F1= 1.388 F2= 1.657 null null d= 3.0 assi (( resid 102 and name HB* )) (( resid 102 and name HG2 )) 3 1.12 1.12 ! peak number c 3286 F1= 8.038 F2= 1.649 null null d= 3.3 assi (( resid 102 and name HB* )) (( resid 102 and name HN )) 3.3 1.36 1.36 ! peak number c 3287 F1= 8.428 F2= 1.651 null null d= 3.0 assi (( resid 102 and name HB* )) (( resid 103 and name HN )) 3 1.12 1.12 ! peak number c 3845 F1= 3.056 F2= 1.664 null null d= 5.2 assi (( resid 102 and name HB* )) (( resid 104 and name HB2) or ( resid 103 and name HB2 )) 5.2 3.38 3.38 ! peak number c 3285 F1= 7.185 F2= 1.654 null null d= 4.3 assi (( resid 102 and name HB* )) (( resid 104 and name HD* )) 4.3 2.31 2.31 ! peak number c 1268 F1= 1.639 F2= 6.639 null null d= 3.1 assi (( resid 102 and name HB* )) (( resid 104 and name HE* )) 3.1 1.20 1.20 ! peak number c 3282 F1= 4.713 F2= 1.666 null null d= 4.2 assi (( resid 102 and name HB* )) (( resid 95 and name HA )) 4.2 2.21 2.21 ! peak number c 3279 F1= 0.405 F2= 1.651 null null d= 4.4 assi (( resid 102 and name HB* )) (( resid 95 and name HD1* )) 4.4 2.42 2.42 ! peak number c 3839 F1= 1.907 F2= 1.636 null null d= 3.2 assi (( resid 102 and name HB* )) (( resid 96 and name HB2) or ( resid 108 and name HB* )) 3.2 1.28 1.28 ! peak number c 3150 F1= 1.598 F2= 2.856 null null d= 2.2 assi (( resid 102 and name HD* )) (( resid 102 and name HE* )) 2.2 0.61 0.61 ! peak number c 2255 F1= 1.361 F2= 1.569 null null d= 2.0 assi (( resid 102 and name HD* )) (( resid 102 and name HG2 )) 2 0.50 0.50 ! peak number c 2385 F1= 2.232 F2= 1.569 null null d= 3.0 assi (( resid 102 and name HD* )) (( resid 98 and name HB2 )) 3 1.12 1.12 ! peak number n 959 F1= 1.245 F2= 8.450 null null d= 3.3 assi (( resid 102 and name HG1 )) (( resid 103 and name HN )) 3.3 1.36 1.36 ! peak number c 1267 F1= 1.200 F2= 6.638 null null d= 4.3 assi (( resid 102 and name HG1 )) (( resid 104 and name HE* )) 4.3 2.31 2.31 ! peak number n 1163 F1= 1.278 F2= 8.049 null null d= 3.4 assi (( resid 102 and name HG1) or ( resid 101 and name HB1 )) (( resid 102 and name HN )) 3.4 1.44 1.44 ! peak number n 960 F1= 1.377 F2= 8.444 null null d= 3.9 assi (( resid 102 and name HG2 )) (( resid 103 and name HN )) 3.9 1.90 1.90 ! peak number c 1273 F1= 8.039 F2= 6.640 null null d= 4.6 assi (( resid 102 and name HN )) (( resid 104 and name HE* )) 4.59 2.64 2.64 ! peak number n 1170 F1= 8.991 F2= 8.056 null null d= 3.3 assi (( resid 102 and name HN )) (( resid 95 and name HN )) 3.3 0.84 0.84 ! peak number n 1160 F1= 5.085 F2= 8.052 null null d= 3.5 assi (( resid 102 and name HN )) (( resid 96 and name HA )) 3.5 0.88 0.88 ! peak number n 1169 F1= 8.872 F2= 8.071 null null d= 3.7 assi (( resid 102 and name HN )) (( resid 97 and name HN )) 3.7 0.93 0.93 ! peak number c 3291 F1= 5.583 F2= 2.928 null null d= 4.1 assi (( resid 103 and name HA )) (( resid 103 and name HB1 )) 4.09 2.10 2.10 ! peak number c 3290 F1= 5.582 F2= 3.055 null null d= 4.3 assi (( resid 103 and name HA )) (( resid 103 and name HB2 )) 4.3 2.31 2.31 ! peak number c 1111 F1= 5.569 F2= 7.295 null null d= 4.9 assi (( resid 103 and name HA )) (( resid 103 and name HE3 )) 4.9 3.00 3.00 ! peak number n 965 F1= 5.590 F2= 8.447 null null d= 3.3 assi (( resid 103 and name HA )) (( resid 103 and name HN )) 3.3 0.82 0.82 ! peak number n 1127 F1= 5.591 F2= 10.007 null null d= 2.8 assi (( resid 103 and name HA )) (( resid 104 and name HN )) 2.8 0.70 0.70 ! peak number c 367 F1= 5.569 F2= 4.125 null null d= 3.6 assi (( resid 103 and name HA )) (( resid 94 and name HA )) 3.6 0.90 0.90 ! peak number c 410 F1= 2.699 F2= 5.591 null null d= 4.7 assi (( resid 103 and name HA )) (( resid 94 and name HB2) or ( resid 92 and name HB1) or ( resid 104 and name HB1 )) 4.7 2.76 2.76 ! peak number n 31 F1= 5.594 F2= 8.993 null null d= 3.6 assi (( resid 103 and name HA )) (( resid 95 and name HN )) 3.6 0.90 0.90 ! peak number c 1106 F1= 2.920 F2= 7.327 null null d= 4.0 assi (( resid 103 and name HB1 )) (( resid 103 and name HD1 )) 4 2.00 2.00 ! peak number c 3289 F1= 7.302 F2= 2.926 null null d= 3.7 assi (( resid 103 and name HB1 )) (( resid 103 and name HE3 )) 3.7 1.71 1.71 ! peak number n 962 F1= 2.964 F2= 8.450 null null d= 3.3 assi (( resid 103 and name HB1 )) (( resid 103 and name HN )) 3.3 1.36 1.36 ! peak number c 368 F1= 2.920 F2= 4.113 null null d= 5.5 dist trop loin ! peak number c 1107 F1= 3.046 F2= 7.329 null null d= 3.9 assi (( resid 103 and name HB2 )) (( resid 103 and name HD1 )) 3.9 1.95 1.95 ! peak number c 3856 F1= 8.416 F2= 3.054 null null d= 3.4 assi (( resid 103 and name HB2 )) (( resid 103 and name HN )) 3.4 1.40 1.40 ! peak number c 1104 F1= 10.240 F2= 7.329 null null d= 5.4 dist trop loin ! peak number c 1274 F1= 8.440 F2= 7.327 null null d= 3.5 assi (( resid 103 and name HD1 )) (( resid 103 and name HN )) 3.5 1.58 1.58 ! peak number c 1126 F1= 7.278 F2= 7.506 null null d= 5.8 dist trop loin ! peak number c 1108 F1= 6.724 F2= 7.292 null null d= 4.2 assi (( resid 103 and name HE3 )) (( resid 103 and name HZ3 )) 4.2 2.15 2.15 ! peak number c 1278 F1= 9.986 F2= 7.287 null null d= 4.2 assi (( resid 103 and name HE3 )) (( resid 104 and name HN )) 4.2 2.15 2.15 ! peak number c 1277 F1= 5.267 F2= 7.291 null null d= 5.0 assi (( resid 103 and name HE3 )) (( resid 92 and name HA )) 5 3.12 3.12 ! peak number c 1276 F1= 2.692 F2= 7.291 null null d= 3.9 assi (( resid 103 and name HE3 )) (( resid 92 and name HB1 )) 3.9 1.90 1.90 ! peak number c 1112 F1= 2.938 F2= 7.289 null null d= 3.4 assi (( resid 103 and name HE3 )) (( resid 92 and name HB2 )) 3.4 1.44 1.44 ! peak number c 1109 F1= 6.913 F2= 7.291 null null d= 5.2 assi (( resid 103 and name HE3 )) (( resid 92 and name HD* )) 5.2 3.38 3.38 ! peak number c 1124 F1= 7.021 F2= 7.497 null null d= 3.2 assi (( resid 103 and name HH2 )) (( resid 103 and name HZ2 )) 3.2 1.28 1.28 ! peak number c 1125 F1= 6.725 F2= 7.500 null null d= 4.5 assi (( resid 103 and name HH2 )) (( resid 103 and name HZ3 )) 4.5 2.53 2.53 ! peak number c 3090 F1= 7.472 F2= 2.336 null null d= 5.2 assi (( resid 103 and name HH2 )) (( resid 85 and name HD1 )) 5.2 3.38 3.38 ! peak number c 1283 F1= 1.939 F2= 7.494 null null d= 5.0 assi (( resid 103 and name HH2 )) (( resid 85 and name HD2 )) 5 3.12 3.12 ! peak number c 3805 F1= 7.013 F2= 1.408 null null d= 4.2 assi (( resid 103 and name HZ2 )) (( resid 85 and name HB1 )) 4.2 2.21 2.21 ! peak number c 1310 F1= 7.048 F2= 6.893 null null d= 3.6 assi (( resid 103 and name HZ2 )) (( resid 92 and name HD* )) 3.6 1.62 1.62 ! peak number n 978 F1= 6.738 F2= 9.180 null null d= 3.1 assi (( resid 103 and name HZ3 )) (( resid 85 and name HN )) 3.1 1.20 1.20 ! peak number c 1116 F1= 6.918 F2= 6.753 null null d= 2.9 assi (( resid 103 and name HZ3 )) (( resid 92 and name HD* )) 2.9 1.05 1.05 ! peak number n 831 F1= 6.726 F2= 8.330 null null d= 3.7 assi (( resid 103 and name HZ3 )) (( resid 94 and name HN )) 3.7 1.71 1.71 ! peak number c 3297 F1= 4.954 F2= 2.673 null null d= 4.0 assi (( resid 104 and name HA )) (( resid 104 and name HB1 )) 4 2.00 2.00 ! peak number c 3296 F1= 4.959 F2= 3.069 null null d= 3.7 assi (( resid 104 and name HA )) (( resid 104 and name HB2 )) 3.7 1.71 1.71 ! peak number c 1060 F1= 4.973 F2= 7.196 null null d= 4.0 assi (( resid 104 and name HA )) (( resid 104 and name HD* )) 4 2.00 2.00 ! peak number c 1270 F1= 4.996 F2= 6.644 null null d= 5.8 dist trop loin ! peak number n 1126 F1= 4.992 F2= 10.008 null null d= 3.3 assi (( resid 104 and name HA )) (( resid 104 and name HN )) 3.3 0.82 0.82 ! peak number n 1111 F1= 4.989 F2= 9.132 null null d= 2.5 assi (( resid 104 and name HA )) (( resid 105 and name HN )) 2.5 0.62 0.62 ! peak number c 414 F1= 1.935 F2= 4.969 null null d= 4.0 assi (( resid 104 and name HA )) (( resid 108 and name HB*) or ( resid 105 and name HB2 )) 4 2.00 2.00 ! peak number n 1067 F1= 4.990 F2= 8.163 null null d= 4.1 assi (( resid 104 and name HA )) (( resid 108 and name HN )) 4.09 1.02 1.02 ! peak number c 415 F1= 0.254 F2= 4.972 null null d= 4.5 assi (( resid 104 and name HA )) (( resid 109 and name HG1* )) 4.5 2.53 2.53 ! peak number c 417 F1= 0.700 F2= 4.961 null null d= 4.7 assi (( resid 104 and name HA )) (( resid 109 and name HG2* )) 4.7 2.76 2.76 ! peak number c 412 F1= 2.949 F2= 4.974 null null d= 5.1 assi (( resid 104 and name HA )) (( resid 92 and name HB2) or ( resid 103 and name HB1 )) 5.09 3.25 3.25 ! peak number c 416 F1= 0.395 F2= 4.978 null null d= 4.4 assi (( resid 104 and name HA )) (( resid 95 and name HD1* )) 4.4 2.42 2.42 ! peak number c 3298 F1= 3.094 F2= 2.686 null null d= 4.0 assi (( resid 104 and name HB1 )) (( resid 104 and name HB2 )) 4 2.05 2.05 ! peak number c 1058 F1= 2.689 F2= 7.196 null null d= 3.8 assi (( resid 104 and name HB1 )) (( resid 104 and name HD* )) 3.8 1.76 1.76 ! peak number c 3293 F1= 9.972 F2= 2.685 null null d= 3.8 assi (( resid 104 and name HB1 )) (( resid 104 and name HN )) 3.8 1.81 1.81 ! peak number n 1120 F1= 2.717 F2= 9.131 null null d= 3.4 assi (( resid 104 and name HB1 )) (( resid 105 and name HN )) 3.4 1.44 1.44 ! peak number c 3300 F1= 1.933 F2= 2.682 null null d= 3.5 assi (( resid 104 and name HB1 )) (( resid 108 and name HB* )) 3.5 1.58 1.58 ! peak number c 3377 F1= 2.693 F2= 0.697 null null d= 3.5 assi (( resid 104 and name HB1 )) (( resid 109 and name HG2* )) 3.5 1.49 1.49 ! peak number c 1263 F1= 3.091 F2= 7.199 null null d= 3.5 assi (( resid 104 and name HB2 )) (( resid 104 and name HD* )) 3.5 1.58 1.58 ! peak number c 3292 F1= 9.982 F2= 3.066 null null d= 3.8 assi (( resid 104 and name HB2 )) (( resid 104 and name HN )) 3.8 1.76 1.76 ! peak number c 424 F1= 3.069 F2= 3.997 null null d= 5.4 dist trop loin ! peak number c 3307 F1= 3.069 F2= 1.790 null null d= 4.2 assi (( resid 104 and name HB2 )) (( resid 105 and name HB1 )) 4.2 2.21 2.21 ! peak number c 3310 F1= 3.068 F2= 1.952 null null d= 4.3 assi (( resid 104 and name HB2 )) (( resid 105 and name HB2 )) 4.3 2.31 2.31 ! peak number n 1114 F1= 3.103 F2= 9.129 null null d= 3.1 assi (( resid 104 and name HB2 )) (( resid 105 and name HN )) 3.1 1.20 1.20 ! peak number c 3333 F1= 3.069 F2= 2.568 null null d= 4.4 assi (( resid 104 and name HB2 )) (( resid 107 and name HG1 )) 4.4 2.42 2.42 ! peak number c 3332 F1= 3.067 F2= 2.689 null null d= 4.2 assi (( resid 104 and name HB2 )) (( resid 107 and name HG2 )) 4.2 2.21 2.21 ! peak number c 3302 F1= 1.911 F2= 3.072 null null d= 3.4 assi (( resid 104 and name HB2 )) (( resid 108 and name HB* )) 3.4 1.40 1.40 ! peak number c 3375 F1= 3.071 F2= 0.695 null null d= 3.5 assi (( resid 104 and name HB2 )) (( resid 109 and name HG2* )) 3.5 1.53 1.53 ! peak number c 1062 F1= 6.623 F2= 7.198 null null d= 2.8 assi (( resid 104 and name HD* )) (( resid 104 and name HE* )) 2.8 0.98 0.98 ! peak number c 1061 F1= 9.999 F2= 7.196 null null d= 3.7 assi (( resid 104 and name HD* )) (( resid 104 and name HN )) 3.7 1.67 1.67 ! peak number n 1218 F1= 7.199 F2= 9.135 null null d= 3.5 assi (( resid 104 and name HD* )) (( resid 105 and name HN )) 3.5 1.53 1.53 ! peak number c 1261 F1= 1.937 F2= 7.196 null null d= 3.2 assi (( resid 104 and name HD* )) (( resid 108 and name HB* )) 3.2 1.32 1.32 ! peak number c 2887 F1= 7.174 F2= 0.404 null null d= 3.8 assi (( resid 104 and name HD* )) (( resid 69 and name HB* )) 3.8 1.80 1.80 ! peak number c 1262 F1= 2.886 F2= 7.193 null null d= 4.9 assi (( resid 104 and name HD* )) (( resid 93 and name HB* )) 4.9 3.00 3.00 ! peak number c 3165 F1= 7.182 F2= 2.005 null null d= 3.4 assi (( resid 104 and name HD* )) (( resid 95 and name HB )) 3.4 1.44 1.44 ! peak number c 1260 F1= 0.395 F2= 7.196 null null d= 3.2 assi (( resid 104 and name HD* )) (( resid 95 and name HD1*) or ( resid 69 and name HB* )) 3.2 1.28 1.28 ! peak number c 3174 F1= 7.175 F2= 1.002 null null d= 4.0 assi (( resid 104 and name HD* )) (( resid 95 and name HG11 )) 4 2.00 2.00 ! peak number c 3175 F1= 7.177 F2= 1.171 null null d= 3.8 assi (( resid 104 and name HD* )) (( resid 95 and name HG12 )) 3.8 1.80 1.80 ! peak number n 33 F1= 7.192 F2= 8.994 null null d= 3.7 assi (( resid 104 and name HD* )) (( resid 95 and name HN )) 3.7 1.71 1.71 ! peak number c 1266 F1= 0.394 F2= 6.640 null null d= 3.4 assi (( resid 104 and name HE* )) (( resid 69 and name HB* )) 3.4 1.45 1.45 ! peak number c 1269 F1= 1.986 F2= 6.639 null null d= 3.5 assi (( resid 104 and name HE* )) (( resid 95 and name HB )) 3.5 1.49 1.49 ! peak number c 3697 F1= 6.618 F2= 0.397 null null d= 4.7 assi (( resid 104 and name HE* )) (( resid 95 and name HD1* )) 4.7 2.76 2.76 ! peak number c 3186 F1= 6.620 F2= 0.385 null null d= 3.7 assi (( resid 104 and name HE* )) (( resid 95 and name HG2* )) 3.7 1.71 1.71 ! peak number c 1272 F1= 8.986 F2= 6.640 null null d= 3.8 assi (( resid 104 and name HE* )) (( resid 95 and name HN )) 3.8 1.85 1.85 ! peak number n 1132 F1= 9.123 F2= 9.997 null null d= 4.3 assi (( resid 104 and name HN )) (( resid 105 and name HN )) 4.3 1.07 1.07 ! peak number n 1122 F1= 2.944 F2= 10.006 null null d= 3.2 assi (( resid 104 and name HN )) (( resid 92 and name HB2) or ( resid 103 and name HB1 )) 3.2 1.28 1.28 ! peak number n 1131 F1= 9.889 F2= 10.005 null null d= 3.9 assi (( resid 104 and name HN )) (( resid 93 and name HN )) 3.9 0.98 0.98 ! peak number n 1291 F1= 4.141 F2= 10.012 null null d= 5.3 assi (( resid 104 and name HN )) (( resid 94 and name HA )) 5.3 1.32 1.32 ! peak number n 1125 F1= 0.442 F2= 10.002 null null d= 3.9 assi (( resid 104 and name HN )) (( resid 95 and name HD1* )) 3.9 1.90 1.90 ! peak number n 1124 F1= 1.054 F2= 10.004 null null d= 4.1 assi (( resid 104 and name HN )) (( resid 95 and name HG11 )) 4.09 2.10 2.10 ! peak number c 3305 F1= 3.998 F2= 1.793 null null d= 3.8 assi (( resid 105 and name HA )) (( resid 105 and name HB1 )) 3.8 1.80 1.80 ! peak number c 3306 F1= 3.996 F2= 1.952 null null d= 3.2 assi (( resid 105 and name HA )) (( resid 105 and name HB2 )) 3.2 1.32 1.32 ! peak number n 1118 F1= 4.025 F2= 9.132 null null d= 3.3 assi (( resid 105 and name HA )) (( resid 105 and name HN )) 3.3 0.82 0.82 ! peak number c 359 F1= 3.988 F2= 5.293 null null d= 3.5 assi (( resid 105 and name HA )) (( resid 92 and name HA )) 3.5 0.89 0.89 ! peak number c 423 F1= 2.969 F2= 4.000 null null d= 5.7 dist trop loin ! peak number c 1300 F1= 3.984 F2= 6.752 null null d= 5.1 assi (( resid 105 and name HA )) (( resid 93 and name HE* )) 5.09 3.25 3.25 ! peak number n 1282 F1= 4.030 F2= 9.909 null null d= 3.7 assi (( resid 105 and name HA )) (( resid 93 and name HN )) 3.7 0.93 0.93 ! peak number c 3304 F1= 9.111 F2= 1.789 null null d= 3.3 assi (( resid 105 and name HB1 )) (( resid 105 and name HN )) 3.3 1.36 1.36 ! peak number n 936 F1= 1.819 F2= 7.929 null null d= 3.3 assi (( resid 105 and name HB1 )) (( resid 106 and name HN )) 3.3 1.36 1.36 ! peak number c 3324 F1= 1.772 F2= 2.567 null null d= 4.9 assi (( resid 105 and name HB1 )) (( resid 107 and name HG1 )) 4.9 3.00 3.00 ! peak number c 3323 F1= 1.776 F2= 2.686 null null d= 4.9 assi (( resid 105 and name HB1 )) (( resid 107 and name HG2 )) 4.9 3.00 3.00 ! peak number n 392 F1= 1.802 F2= 8.859 null null d= 3.4 assi (( resid 105 and name HB1 )) (( resid 107 and name HN )) 3.4 1.44 1.44 ! peak number c 3303 F1= 9.121 F2= 1.959 null null d= 3.2 assi (( resid 105 and name HB2 )) (( resid 105 and name HN )) 3.2 1.28 1.28 ! peak number c 3325 F1= 1.950 F2= 2.566 null null d= 4.4 assi (( resid 105 and name HB2 )) (( resid 107 and name HG1 )) 4.4 2.42 2.42 ! peak number c 3309 F1= 2.669 F2= 1.952 null null d= 4.4 assi (( resid 105 and name HB2 )) (( resid 107 and name HG2 )) 4.4 2.42 2.42 ! peak number c 362 F1= 1.980 F2= 5.299 null null d= 5.6 dist trop loin ! peak number c 3341 F1= 9.105 F2= 1.924 null null d= 3.8 assi (( resid 105 and name HN )) (( resid 108 and name HB* )) 3.8 1.80 1.80 ! peak number n 1116 F1= 1.516 F2= 9.133 null null d= 3.2 assi (( resid 105 and name HN )) (( resid 91 and name HB1 )) 3.2 1.28 1.28 ! peak number n 1217 F1= 6.889 F2= 9.135 null null d= 4.2 assi (( resid 105 and name HN )) (( resid 92 and name HD* )) 4.2 2.21 2.21 ! peak number c 427 F1= 1.955 F2= 4.048 null null d= 4.7 assi (( resid 106 and name HA )) (( resid 106 and name HB1 )) 4.7 2.76 2.76 ! peak number c 426 F1= 0.479 F2= 4.036 null null d= 4.4 assi (( resid 106 and name HA )) (( resid 91 and name HD1* )) 4.4 2.42 2.42 ! peak number c 1292 F1= 4.046 F2= 7.144 null null d= 4.7 assi (( resid 106 and name HA )) (( resid 93 and name HD* )) 4.7 2.76 2.76 ! peak number n 940 F1= 4.032 F2= 7.928 null null d= 2.7 assi (( resid 106 and name HA) or ( resid 105 and name HA )) (( resid 106 and name HN )) 2.7 0.91 0.91 ! peak number c 3133 F1= 7.954 F2= 1.993 null null d= 3.3 assi (( resid 106 and name HB1 )) (( resid 106 and name HN )) 3.3 1.36 1.36 ! peak number c 3356 F1= 0.463 F2= 1.961 null null d= 4.2 assi (( resid 106 and name HB1 )) (( resid 91 and name HD1* )) 4.2 2.21 2.21 ! peak number n 937 F1= 1.992 F2= 7.926 null null d= 2.9 assi (( resid 106 and name HB1) or ( resid 105 and name HB2 )) (( resid 106 and name HN )) 2.9 1.05 1.05 ! peak number n 393 F1= 1.995 F2= 8.864 null null d= 3.0 assi (( resid 106 and name HB1) or ( resid 105 and name HB2 )) (( resid 107 and name HN )) 3 1.12 1.12 ! peak number c 2493 F1= 2.157 F2= 2.988 null null d= 3.4 assi (( resid 106 and name HB2 )) (( resid 43 and name HB1 )) 3.4 1.44 1.44 ! peak number c 2503 F1= 2.125 F2= 2.620 null null d= 4.4 assi (( resid 106 and name HB2 )) (( resid 44 and name HB2 )) 4.4 2.42 2.42 ! peak number c 3878 F1= 2.878 F2= 2.134 null null d= 5.1 assi (( resid 106 and name HB2) or ( resid 100 and name HB2 )) (( resid 93 and name HB2) or ( resid 102 and name HE* )) 5.09 3.25 3.25 ! peak number n 401 F1= 7.916 F2= 8.866 null null d= 3.8 assi (( resid 106 and name HN )) (( resid 107 and name HN )) 3.8 0.96 0.96 ! peak number n 941 F1= 5.314 F2= 7.930 null null d= 3.7 assi (( resid 106 and name HN )) (( resid 92 and name HA )) 3.7 0.93 0.93 ! peak number n 943 F1= 7.139 F2= 7.933 null null d= 3.7 assi (( resid 106 and name HN )) (( resid 93 and name HD* )) 3.7 1.71 1.71 ! peak number c 3317 F1= 4.615 F2= 2.227 null null d= 3.7 assi (( resid 107 and name HA )) (( resid 107 and name HB1 )) 3.7 1.67 1.67 ! peak number c 3319 F1= 4.619 F2= 2.409 null null d= 3.7 assi (( resid 107 and name HA )) (( resid 107 and name HB2 )) 3.7 1.71 1.71 ! peak number c 3334 F1= 4.593 F2= 2.560 null null d= 4.8 assi (( resid 107 and name HA )) (( resid 107 and name HG1 )) 4.8 2.94 2.94 ! peak number c 3335 F1= 4.573 F2= 2.695 null null d= 4.3 assi (( resid 107 and name HA )) (( resid 107 and name HG2 )) 4.3 2.37 2.37 ! peak number n 398 F1= 4.616 F2= 8.866 null null d= 3.2 assi (( resid 107 and name HA )) (( resid 107 and name HN )) 3.2 0.80 0.80 ! peak number c 3312 F1= 2.217 F2= 2.405 null null d= 2.7 assi (( resid 107 and name HB1 )) (( resid 107 and name HB2 )) 2.7 0.91 0.91 ! peak number c 3327 F1= 2.200 F2= 2.688 null null d= 3.3 assi (( resid 107 and name HB1 )) (( resid 107 and name HG2 )) 3.3 1.36 1.36 ! peak number c 3322 F1= 8.801 F2= 2.227 null null d= 3.6 assi (( resid 107 and name HB1 )) (( resid 107 and name HN )) 3.6 1.62 1.62 ! peak number c 3316 F1= 2.967 F2= 2.234 null null d= 4.6 assi (( resid 107 and name HB1 )) (( resid 44 and name HB1 )) 4.59 2.64 2.64 ! peak number c 3314 F1= 2.646 F2= 2.233 null null d= 3.4 assi (( resid 107 and name HB1 )) (( resid 44 and name HB2 )) 3.4 1.44 1.44 ! peak number c 3313 F1= 2.662 F2= 2.408 null null d= 3.1 assi (( resid 107 and name HB2 )) (( resid 107 and name HG2 )) 3.1 1.20 1.20 ! peak number c 3321 F1= 8.842 F2= 2.404 null null d= 3.5 assi (( resid 107 and name HB2 )) (( resid 107 and name HN )) 3.5 1.49 1.49 ! peak number c 2759 F1= 3.342 F2= 2.389 null null d= 3.8 assi (( resid 107 and name HB2 )) (( resid 42 and name HB1 )) 3.8 1.80 1.80 ! peak number c 3315 F1= 2.993 F2= 2.410 null null d= 4.2 assi (( resid 107 and name HB2 )) (( resid 43 and name HB1 )) 4.2 2.21 2.21 ! peak number c 3328 F1= 2.698 F2= 2.565 null null d= 2.5 assi (( resid 107 and name HG1 )) (( resid 107 and name HG2 )) 2.5 0.78 0.78 ! peak number c 3338 F1= 8.851 F2= 2.563 null null d= 3.5 assi (( resid 107 and name HG1 )) (( resid 107 and name HN )) 3.5 1.58 1.58 ! peak number c 3337 F1= 8.150 F2= 2.566 null null d= 5.3 assi (( resid 107 and name HG1 )) (( resid 108 and name HN )) 5.3 3.51 3.51 ! peak number c 3331 F1= 2.962 F2= 2.565 null null d= 4.4 assi (( resid 107 and name HG1 )) (( resid 44 and name HB1 )) 4.4 2.42 2.42 ! peak number c 3339 F1= 8.833 F2= 2.690 null null d= 3.4 assi (( resid 107 and name HG2 )) (( resid 107 and name HN )) 3.4 1.40 1.40 ! peak number c 3336 F1= 8.149 F2= 2.697 null null d= 5.0 assi (( resid 107 and name HG2 )) (( resid 108 and name HN )) 5 3.12 3.12 ! peak number n 1070 F1= 8.869 F2= 8.172 null null d= 3.3 assi (( resid 107 and name HN )) (( resid 108 and name HN )) 3.3 0.82 0.82 ! peak number c 3345 F1= 4.589 F2= 1.926 null null d= 2.8 assi (( resid 108 and name HA )) (( resid 108 and name HB* )) 2.8 0.98 0.98 ! peak number n 687 F1= 4.611 F2= 7.483 null null d= 2.9 assi (( resid 108 and name HA )) (( resid 109 and name HN )) 2.9 0.72 0.72 ! peak number c 434 F1= 1.457 F2= 4.591 null null d= 4.3 assi (( resid 108 and name HA )) (( resid 70 and name HB1 )) 4.3 2.31 2.31 ! peak number c 435 F1= 1.579 F2= 4.590 null null d= 4.9 assi (( resid 108 and name HA )) (( resid 70 and name HB2 )) 4.9 3.00 3.00 ! peak number c 432 F1= 0.525 F2= 4.592 null null d= 3.7 assi (( resid 108 and name HA )) (( resid 70 and name HD1* )) 3.7 1.71 1.71 ! peak number c 433 F1= 1.369 F2= 4.590 null null d= 5.0 assi (( resid 108 and name HA )) (( resid 70 and name HG )) 5 3.12 3.12 ! peak number c 3342 F1= 8.163 F2= 1.925 null null d= 2.7 assi (( resid 108 and name HB* )) (( resid 108 and name HN )) 2.7 0.91 0.91 ! peak number c 3352 F1= 0.682 F2= 1.929 null null d= 3.2 assi (( resid 108 and name HB* )) (( resid 109 and name HG2* )) 3.2 1.28 1.28 ! peak number c 3343 F1= 7.452 F2= 1.925 null null d= 3.7 assi (( resid 108 and name HB* )) (( resid 109 and name HN )) 3.7 1.71 1.71 ! peak number c 3347 F1= 4.974 F2= 1.923 null null d= 3.2 assi (( resid 108 and name HB* )) (( resid 69 and name HA) or ( resid 104 and name HA )) 3.2 1.28 1.28 ! peak number c 2909 F1= 1.911 F2= 1.454 null null d= 3.8 assi (( resid 108 and name HB* )) (( resid 70 and name HB1 )) 3.8 1.76 1.76 ! peak number c 2908 F1= 1.929 F2= 1.570 null null d= 3.8 assi (( resid 108 and name HB* )) (( resid 70 and name HB2 )) 3.8 1.80 1.80 ! peak number c 2925 F1= 1.926 F2= 0.529 null null d= 3.6 assi (( resid 108 and name HB* )) (( resid 70 and name HD1* )) 3.6 1.62 1.62 ! peak number c 3340 F1= 8.950 F2= 1.925 null null d= 3.6 assi (( resid 108 and name HB* )) (( resid 70 and name HN )) 3.6 1.62 1.62 ! peak number n 1063 F1= 0.720 F2= 8.165 null null d= 3.4 assi (( resid 108 and name HN )) (( resid 109 and name HG2* )) 3.4 1.44 1.44 ! peak number n 1068 F1= 7.478 F2= 8.169 null null d= 2.7 assi (( resid 108 and name HN )) (( resid 109 and name HN )) 2.7 0.68 0.68 ! peak number c 3380 F1= 4.389 F2= 1.964 null null d= 4.5 assi (( resid 109 and name HA )) (( resid 109 and name HB )) 4.5 2.53 2.53 ! peak number c 108 F1= 0.216 F2= 4.375 null null d= 3.8 assi (( resid 109 and name HA )) (( resid 109 and name HG1* )) 3.8 1.76 1.76 ! peak number c 110 F1= 0.685 F2= 4.378 null null d= 3.6 assi (( resid 109 and name HA )) (( resid 109 and name HG2* )) 3.6 1.62 1.62 ! peak number n 686 F1= 4.390 F2= 7.490 null null d= 3.3 assi (( resid 109 and name HA )) (( resid 109 and name HN )) 3.3 0.82 0.82 ! peak number n 199 F1= 4.392 F2= 9.001 null null d= 2.8 assi (( resid 109 and name HA )) (( resid 110 and name HN )) 2.8 0.70 0.70 ! peak number c 111 F1= 5.001 F2= 4.376 null null d= 3.8 assi (( resid 109 and name HA )) (( resid 69 and name HA )) 3.8 0.94 0.94 ! peak number c 2891 F1= 4.368 F2= 0.404 null null d= 4.3 assi (( resid 109 and name HA )) (( resid 69 and name HB* )) 4.3 2.31 2.31 ! peak number n 1279 F1= 4.390 F2= 8.975 null null d= 3.8 assi (( resid 109 and name HA )) (( resid 70 and name HN )) 3.8 0.95 0.95 ! peak number c 3200 F1= 4.380 F2= 0.401 null null d= 5.0 assi (( resid 109 and name HA )) (( resid 95 and name HD1* )) 5 3.12 3.12 ! peak number c 3354 F1= 0.221 F2= 1.956 null null d= 3.0 assi (( resid 109 and name HB )) (( resid 109 and name HG1* )) 3 1.16 1.16 ! peak number c 3355 F1= 0.700 F2= 1.957 null null d= 2.9 assi (( resid 109 and name HB )) (( resid 109 and name HG2* )) 2.9 1.05 1.05 ! peak number c 3359 F1= 7.477 F2= 1.956 null null d= 3.2 assi (( resid 109 and name HB )) (( resid 109 and name HN )) 3.2 1.32 1.32 ! peak number c 2893 F1= 1.969 F2= 0.399 null null d= 3.8 assi (( resid 109 and name HB )) (( resid 69 and name HB* )) 3.8 1.80 1.80 ! peak number c 1286 F1= 1.937 F2= 7.135 null null d= 4.2 assi (( resid 109 and name HB )) (( resid 93 and name HD* )) 4.2 2.20 2.20 ! peak number c 3182 F1= 1.977 F2= 0.384 null null d= 2.9 assi (( resid 109 and name HB )) (( resid 95 and name HG2* )) 2.9 1.05 1.05 ! peak number c 3363 F1= 0.719 F2= 0.211 null null d= 2.6 assi (( resid 109 and name HG1* )) (( resid 109 and name HG2* )) 2.6 0.85 0.85 ! peak number c 3367 F1= 7.467 F2= 0.213 null null d= 3.8 assi (( resid 109 and name HG1* )) (( resid 109 and name HN )) 3.8 1.76 1.76 ! peak number c 3370 F1= 8.973 F2= 0.211 null null d= 3.4 assi (( resid 109 and name HG1* )) (( resid 110 and name HN )) 3.4 1.44 1.44 ! peak number c 3818 F1= 0.193 F2= 1.437 null null d= 5.6 dist trop loin ! peak number c 3362 F1= 0.456 F2= 0.210 null null d= 2.6 assi (( resid 109 and name HG1* )) (( resid 67 and name HG2* )) 2.6 0.85 0.85 ! peak number c 3369 F1= 8.805 F2= 0.214 null null d= 4.1 assi (( resid 109 and name HG1* )) (( resid 67 and name HN) or ( resid 107 and name HN )) 4.09 2.10 2.10 ! peak number n 584 F1= 0.240 F2= 8.843 null null d= 3.9 assi (( resid 109 and name HG1* )) (( resid 68 and name HN )) 3.9 1.90 1.90 ! peak number c 283 F1= 0.244 F2= 5.011 null null d= 4.0 assi (( resid 109 and name HG1* )) (( resid 69 and name HA )) 4 1.95 1.95 ! peak number c 3368 F1= 7.122 F2= 0.215 null null d= 3.9 assi (( resid 109 and name HG1* )) (( resid 93 and name HD* )) 3.9 1.90 1.90 ! peak number c 299 F1= 0.252 F2= 4.675 null null d= 3.2 assi (( resid 109 and name HG1* )) (( resid 95 and name HA )) 3.2 1.32 1.32 ! peak number c 3690 F1= 1.021 F2= 0.213 null null d= 4.0 assi (( resid 109 and name HG1* )) (( resid 95 and name HG11 )) 4 2.00 2.00 ! peak number c 3371 F1= 7.445 F2= 0.691 null null d= 3.0 assi (( resid 109 and name HG2* )) (( resid 109 and name HN )) 3 1.16 1.16 ! peak number c 286 F1= 0.692 F2= 5.004 null null d= 4.8 assi (( resid 109 and name HG2* )) (( resid 69 and name HA )) 4.8 2.88 2.88 ! peak number c 3374 F1= 5.252 F2= 0.681 null null d= 3.8 assi (( resid 109 and name HG2* )) (( resid 93 and name HA )) 3.8 1.80 1.80 ! peak number c 3376 F1= 2.855 F2= 0.698 null null d= 3.6 assi (( resid 109 and name HG2* )) (( resid 93 and name HB1 )) 3.6 1.62 1.62 ! peak number c 3895 F1= 0.714 F2= 2.891 null null d= 4.4 assi (( resid 109 and name HG2* )) (( resid 93 and name HB2 )) 4.4 2.42 2.42 ! peak number c 1288 F1= 0.703 F2= 7.139 null null d= 3.1 assi (( resid 109 and name HG2* )) (( resid 93 and name HD* )) 3.1 1.24 1.24 ! peak number n 644 F1= 0.739 F2= 9.899 null null d= 3.9 assi (( resid 109 and name HG2* )) (( resid 93 and name HN )) 3.9 1.90 1.90 ! peak number c 2103 F1= 0.414 F2= 0.685 null null d= 2.3 assi (( resid 109 and name HG2* )) (( resid 95 and name HD1* )) 2.29 0.66 0.66 ! peak number c 3372 F1= 8.980 F2= 0.697 null null d= 3.6 assi (( resid 109 and name HG2* )) (( resid 95 and name HN) or ( resid 70 and name HN) or ( resid 110 and name HN )) 3.6 1.62 1.62 ! peak number n 1224 F1= 0.530 F2= 7.484 null null d= 4.1 assi (( resid 109 and name HN )) (( resid 70 and name HD1* )) 4.09 2.10 2.10 ! peak number n 691 F1= 8.984 F2= 7.481 null null d= 4.1 assi (( resid 109 and name HN )) (( resid 70 and name HN) or ( resid 110 and name HN )) 4.09 2.10 2.10 ! peak number c 2037 F1= 3.261 F2= 1.956 null null d= 3.6 assi (( resid 10 and name HA )) (( resid 10 and name HB )) 3.6 1.62 1.62 ! peak number c 31 F1= 0.868 F2= 3.255 null null d= 3.4 assi (( resid 10 and name HA )) (( resid 10 and name HG1* )) 3.4 1.44 1.44 ! peak number c 32 F1= 0.994 F2= 3.256 null null d= 3.0 assi (( resid 10 and name HA )) (( resid 10 and name HG2* )) 3 1.12 1.12 ! peak number c 2033 F1= 7.603 F2= 3.243 null null d= 3.4 assi (( resid 10 and name HA )) (( resid 10 and name HN )) 3.4 0.84 0.84 ! peak number c 33 F1= 4.378 F2= 3.265 null null d= 4.8 assi (( resid 10 and name HA )) (( resid 11 and name HA2 )) 4.8 1.20 1.20 ! peak number c 2034 F1= 8.926 F2= 3.239 null null d= 3.2 assi (( resid 10 and name HA )) (( resid 11 and name HN )) 3.2 0.81 0.81 ! peak number n 853 F1= 3.269 F2= 7.595 null null d= 3.3 assi (( resid 10 and name HA )) (( resid 12 and name HN )) 3.3 0.82 0.82 ! peak number c 34 F1= 4.641 F2= 3.258 null null d= 5.5 dist trop loin ! peak number c 2035 F1= 0.864 F2= 1.958 null null d= 2.7 assi (( resid 10 and name HB )) (( resid 10 and name HG1* )) 2.7 0.91 0.91 ! peak number c 2036 F1= 1.019 F2= 1.958 null null d= 2.7 assi (( resid 10 and name HB )) (( resid 10 and name HG2* )) 2.7 0.91 0.91 ! peak number c 2039 F1= 7.635 F2= 1.960 null null d= 2.7 assi (( resid 10 and name HB )) (( resid 10 and name HN )) 2.7 0.91 0.91 ! peak number c 2038 F1= 4.409 F2= 1.959 null null d= 3.7 assi (( resid 10 and name HB )) (( resid 31 and name HA )) 3.7 1.71 1.71 ! peak number n 624 F1= 0.894 F2= 7.669 null null d= 2.7 assi (( resid 10 and name HG1* )) (( resid 10 and name HN )) 2.7 0.91 0.91 ! peak number n 504 F1= 0.889 F2= 8.926 null null d= 2.8 assi (( resid 10 and name HG1* )) (( resid 11 and name HN )) 2.8 0.98 0.98 ! peak number c 119 F1= 0.842 F2= 4.421 null null d= 3.7 assi (( resid 10 and name HG1* )) (( resid 31 and name HA )) 3.7 1.71 1.71 ! peak number c 2267 F1= 0.861 F2= 1.834 null null d= 4.3 assi (( resid 10 and name HG1* )) (( resid 31 and name HB2 )) 4.3 2.31 2.31 ! peak number c 11 F1= 0.868 F2= 4.658 null null d= 4.2 assi (( resid 10 and name HG1* )) (( resid 7 and name HA )) 4.2 2.21 2.21 ! peak number c 21 F1= 0.873 F2= 4.387 null null d= 5.0 assi (( resid 10 and name HG1* )) (( resid 8 and name HA )) 5 3.12 3.12 ! peak number n 625 F1= 1.033 F2= 7.667 null null d= 2.4 assi (( resid 10 and name HG2* )) (( resid 10 and name HN )) 2.4 0.72 0.72 ! peak number n 505 F1= 1.019 F2= 8.923 null null d= 2.9 assi (( resid 10 and name HG2* )) (( resid 11 and name HN )) 2.9 1.05 1.05 ! peak number c 120 F1= 1.003 F2= 4.422 null null d= 3.2 assi (( resid 10 and name HG2* )) (( resid 31 and name HA )) 3.2 1.28 1.28 ! peak number c 2269 F1= 1.027 F2= 1.839 null null d= 4.3 assi (( resid 10 and name HG2* )) (( resid 31 and name HB2 )) 4.3 2.31 2.31 ! peak number n 102 F1= 1.040 F2= 9.036 null null d= 2.9 assi (( resid 10 and name HG2* )) (( resid 32 and name HN )) 2.9 1.05 1.05 ! peak number c 12 F1= 0.998 F2= 4.657 null null d= 3.7 assi (( resid 10 and name HG2* )) (( resid 7 and name HA )) 3.7 1.71 1.71 ! peak number c 27 F1= 1.008 F2= 4.639 null null d= 3.4 assi (( resid 10 and name HG2* )) (( resid 9 and name HA )) 3.4 1.44 1.44 ! peak number n 1032 F1= 1.036 F2= 8.756 null null d= 3.2 assi (( resid 10 and name HG2* )) (( resid 9 and name HN )) 3.2 1.28 1.28 ! peak number n 508 F1= 7.667 F2= 8.934 null null d= 3.8 assi (( resid 10 and name HN )) (( resid 11 and name HN )) 3.8 0.94 0.94 ! peak number n 629 F1= 4.415 F2= 7.670 null null d= 3.7 assi (( resid 10 and name HN )) (( resid 8 and name HA )) 3.7 0.93 0.93 ! peak number n 630 F1= 4.657 F2= 7.669 null null d= 3.5 assi (( resid 10 and name HN )) (( resid 9 and name HA )) 3.5 0.88 0.88 ! peak number n 628 F1= 2.705 F2= 7.668 null null d= 3.7 assi (( resid 10 and name HN )) (( resid 9 and name HB1 )) 3.7 1.71 1.71 ! peak number c 2019 F1= 7.632 F2= 3.200 null null d= 4.4 assi (( resid 10 and name HN )) (( resid 9 and name HB2 )) 4.4 2.42 2.42 ! peak number n 1034 F1= 7.663 F2= 8.755 null null d= 3.1 assi (( resid 10 and name HN )) (( resid 9 and name HN )) 3.1 0.78 0.78 ! peak number c 3383 F1= 4.842 F2= 1.699 null null d= 4.2 assi (( resid 110 and name HA )) (( resid 110 and name HB )) 4.2 2.15 2.15 ! peak number c 3396 F1= 4.817 F2= 0.003 null null d= 4.6 assi (( resid 110 and name HA )) (( resid 110 and name HD1* )) 4.59 2.64 2.64 ! peak number c 2750 F1= 4.828 F2= 0.631 null null d= 3.0 assi (( resid 110 and name HA )) (( resid 110 and name HG2* )) 3 1.16 1.16 ! peak number n 201 F1= 4.874 F2= 9.000 null null d= 3.4 assi (( resid 110 and name HA )) (( resid 110 and name HN )) 3.4 0.85 0.85 ! peak number c 439 F1= 0.496 F2= 4.852 null null d= 4.8 assi (( resid 110 and name HA )) (( resid 111 and name HD1* )) 4.8 2.88 2.88 ! peak number n 496 F1= 4.874 F2= 8.239 null null d= 2.9 assi (( resid 110 and name HA )) (( resid 111 and name HN )) 2.9 0.72 0.72 ! peak number c 443 F1= 5.071 F2= 4.851 null null d= 5.0 assi (( resid 110 and name HA )) (( resid 25 and name HA )) 5 1.25 1.25 ! peak number c 3385 F1= 0.001 F2= 1.693 null null d= 3.5 assi (( resid 110 and name HB )) (( resid 110 and name HD1* )) 3.5 1.53 1.53 ! peak number c 2751 F1= 1.706 F2= 0.628 null null d= 3.1 assi (( resid 110 and name HB )) (( resid 110 and name HG2* )) 3.1 1.20 1.20 ! peak number n 205 F1= 1.732 F2= 9.003 null null d= 4.3 assi (( resid 110 and name HB )) (( resid 110 and name HN )) 4.3 2.31 2.31 ! peak number c 3430 F1= 1.713 F2= 0.462 null null d= 3.2 assi (( resid 110 and name HB )) (( resid 111 and name HD1* )) 3.2 1.28 1.28 ! peak number c 3886 F1= 8.251 F2= 1.715 null null d= 3.2 assi (( resid 110 and name HB )) (( resid 111 and name HN )) 3.2 1.32 1.32 ! peak number c 3586 F1= 0.303 F2= 1.727 null null d= 3.5 assi (( resid 110 and name HB )) (( resid 67 and name HG1* )) 3.5 1.53 1.53 ! peak number c 3766 F1= 1.698 F2= 0.936 null null d= 3.6 assi (( resid 110 and name HB )) (( resid 68 and name HG2* )) 3.6 1.62 1.62 ! peak number c 3389 F1= 0.796 F2= 0.002 null null d= 3.3 assi (( resid 110 and name HD1* )) (( resid 110 and name HG11 )) 3.3 1.36 1.36 ! peak number c 3401 F1= 0.614 F2= 0.003 null null d= 2.5 assi (( resid 110 and name HD1* )) (( resid 110 and name HG12 )) 2.5 0.78 0.78 ! peak number c 2752 F1= 0.009 F2= 0.625 null null d= 2.8 assi (( resid 110 and name HD1* )) (( resid 110 and name HG2* )) 2.8 0.98 0.98 ! peak number c 3400 F1= 8.969 F2= 0.002 null null d= 3.8 assi (( resid 110 and name HD1* )) (( resid 110 and name HN )) 3.8 1.80 1.80 ! peak number c 2197 F1= 0.021 F2= 2.242 null null d= 4.9 assi (( resid 110 and name HD1* )) (( resid 23 and name HB1 )) 4.9 3.00 3.00 ! peak number c 3393 F1= 2.501 F2= 0.002 null null d= 4.4 assi (( resid 110 and name HD1* )) (( resid 23 and name HB2 )) 4.4 2.42 2.42 ! peak number c 1176 F1= 0.008 F2= 6.807 null null d= 4.7 assi (( resid 110 and name HD1* )) (( resid 23 and name HD* )) 4.7 2.70 2.70 ! peak number c 1180 F1= 0.007 F2= 6.533 null null d= 4.2 assi (( resid 110 and name HD1* )) (( resid 23 and name HE* )) 4.2 2.15 2.15 ! peak number c 1196 F1= 0.009 F2= 7.168 null null d= 6.3 dist trop loin ! peak number c 1198 F1= 0.010 F2= 6.575 null null d= 4.3 assi (( resid 110 and name HD1* )) (( resid 25 and name HE* )) 4.3 2.31 2.31 ! peak number c 3394 F1= 3.830 F2= 0.002 null null d= 3.9 assi (( resid 110 and name HD1* )) (( resid 68 and name HB )) 3.9 1.90 1.90 ! peak number c 2875 F1= 0.006 F2= 0.934 null null d= 3.0 assi (( resid 110 and name HD1* )) (( resid 68 and name HG2* )) 3 1.16 1.16 ! peak number c 2929 F1= 0.012 F2= 0.521 null null d= 3.0 assi (( resid 110 and name HD1* )) (( resid 70 and name HD1* )) 3 1.12 1.12 ! peak number c 2930 F1= 0.010 F2= 0.564 null null d= 2.9 assi (( resid 110 and name HD1* )) (( resid 70 and name HD2* )) 2.9 1.05 1.05 ! peak number c 1229 F1= 0.009 F2= 6.961 null null d= 5.0 assi (( resid 110 and name HD1* )) (( resid 76 and name HD* )) 5 3.12 3.12 ! peak number c 1224 F1= 0.006 F2= 7.079 null null d= 4.3 assi (( resid 110 and name HD1* )) (( resid 76 and name HE* )) 4.3 2.31 2.31 ! peak number c 3395 F1= 4.670 F2= 0.003 null null d= 3.8 assi (( resid 110 and name HD1* )) (( resid 77 and name HA) or ( resid 67 and name HA )) 3.8 1.80 1.80 ! peak number n 198 F1= 0.751 F2= 8.999 null null d= 3.3 assi (( resid 110 and name HG11 )) (( resid 110 and name HN )) 3.3 1.36 1.36 ! peak number n 197 F1= 0.653 F2= 8.998 null null d= 2.9 assi (( resid 110 and name HG12 )) (( resid 110 and name HN )) 2.9 1.05 1.05 ! peak number c 3386 F1= 8.242 F2= 0.646 null null d= 4.3 assi (( resid 110 and name HG12 )) (( resid 111 and name HN )) 4.3 2.31 2.31 ! peak number c 2876 F1= 0.618 F2= 0.926 null null d= 3.0 assi (( resid 110 and name HG12 )) (( resid 68 and name HG2* )) 3 1.12 1.12 ! peak number c 2746 F1= 8.231 F2= 0.629 null null d= 3.5 assi (( resid 110 and name HG2* )) (( resid 111 and name HN )) 3.5 1.53 1.53 ! peak number c 2749 F1= 5.101 F2= 0.629 null null d= 3.6 assi (( resid 110 and name HG2* )) (( resid 25 and name HA )) 3.6 1.62 1.62 ! peak number c 1190 F1= 0.621 F2= 7.165 null null d= 3.2 assi (( resid 110 and name HG2* )) (( resid 25 and name HD* )) 3.2 1.32 1.32 ! peak number c 2748 F1= 6.558 F2= 0.618 null null d= 3.9 assi (( resid 110 and name HG2* )) (( resid 25 and name HE* )) 3.9 1.90 1.90 ! peak number c 3716 F1= 9.585 F2= 0.625 null null d= 4.2 assi (( resid 110 and name HG2* )) (( resid 26 and name HN )) 4.2 2.15 2.15 ! peak number c 2198 F1= 0.622 F2= 2.251 null null d= 4.2 assi (( resid 110 and name HG2*) or ( resid 110 and name HG12 )) (( resid 23 and name HB1 )) 4.2 2.21 2.21 ! peak number c 2199 F1= 0.615 F2= 2.498 null null d= 4.5 assi (( resid 110 and name HG2*) or ( resid 110 and name HG12 )) (( resid 23 and name HB2 )) 4.5 2.53 2.53 ! peak number c 3763 F1= 8.972 F2= 0.932 null null d= 3.6 assi (( resid 110 and name HN )) (( resid 68 and name HG2* )) 3.6 1.62 1.62 ! peak number n 204 F1= 5.013 F2= 9.008 null null d= 3.9 assi (( resid 110 and name HN )) (( resid 69 and name HA )) 3.9 0.97 0.97 ! peak number n 200 F1= 4.609 F2= 8.989 null null d= 3.8 assi (( resid 110 and name HN )) (( resid 70 and name HA) or ( resid 108 and name HA )) 3.8 1.80 1.80 ! peak number n 196 F1= 0.445 F2= 8.997 null null d= 4.1 assi (( resid 110 and name HN )) (( resid 95 and name HG2*) or ( resid 95 and name HD1*) or ( resid 69 and name HB* )) 4.09 2.10 2.10 ! peak number c 3140 F1= 5.348 F2= 1.452 null null d= 4.4 assi (( resid 111 and name HA )) (( resid 111 and name HB1 )) 4.4 2.42 2.42 ! peak number c 3139 F1= 5.342 F2= 1.550 null null d= 5.2 assi (( resid 111 and name HA )) (( resid 111 and name HB2 )) 5.2 3.32 3.32 ! peak number c 3422 F1= 5.363 F2= 0.465 null null d= 3.7 assi (( resid 111 and name HA )) (( resid 111 and name HD1* )) 3.7 1.71 1.71 ! peak number c 3439 F1= 5.367 F2= 0.673 null null d= 3.7 assi (( resid 111 and name HA )) (( resid 111 and name HD2* )) 3.7 1.67 1.67 ! peak number c 3404 F1= 5.361 F2= 1.435 null null d= 4.8 assi (( resid 111 and name HA )) (( resid 111 and name HG )) 4.8 2.88 2.88 ! peak number n 712 F1= 5.384 F2= 9.023 null null d= 3.1 assi (( resid 111 and name HA )) (( resid 112 and name HN )) 3.1 0.78 0.78 ! peak number c 445 F1= 2.259 F2= 5.367 null null d= 4.9 assi (( resid 111 and name HA )) (( resid 23 and name HB1) or ( resid 115 and name HB2 )) 4.9 3.00 3.00 ! peak number c 448 F1= 0.469 F2= 5.365 null null d= 4.0 assi (( resid 111 and name HA )) (( resid 61 and name HG1*) or ( resid 111 and name HD1* )) 4 2.00 2.00 ! peak number c 277 F1= 5.366 F2= 4.666 null null d= 5.1 assi (( resid 111 and name HA )) (( resid 67 and name HA )) 5.09 1.26 1.26 ! peak number n 579 F1= 5.387 F2= 8.850 null null d= 4.0 assi (( resid 111 and name HA )) (( resid 68 and name HN )) 4 1.00 1.00 ! peak number c 3416 F1= 1.480 F2= 0.467 null null d= 2.5 assi (( resid 111 and name HB1 )) (( resid 111 and name HD1* )) 2.5 0.78 0.78 ! peak number c 3433 F1= 1.477 F2= 0.675 null null d= 3.2 assi (( resid 111 and name HB1 )) (( resid 111 and name HD2* )) 3.2 1.28 1.28 ! peak number n 494 F1= 1.482 F2= 8.232 null null d= 3.6 assi (( resid 111 and name HB1 )) (( resid 111 and name HN )) 3.6 1.62 1.62 ! peak number n 717 F1= 1.471 F2= 9.015 null null d= 3.5 assi (( resid 111 and name HB1 )) (( resid 112 and name HN )) 3.5 1.53 1.53 ! peak number c 2870 F1= 1.498 F2= 0.470 null null d= 3.6 assi (( resid 111 and name HB1 )) (( resid 67 and name HG2* )) 3.6 1.62 1.62 ! peak number n 719 F1= 1.551 F2= 9.010 null null d= 3.9 assi (( resid 111 and name HB2 )) (( resid 112 and name HN )) 3.9 1.90 1.90 ! peak number c 3414 F1= 0.674 F2= 0.472 null null d= 2.4 assi (( resid 111 and name HD1* )) (( resid 111 and name HD2* )) 2.4 0.72 0.72 ! peak number c 3406 F1= 0.462 F2= 1.439 null null d= 2.6 assi (( resid 111 and name HD1* )) (( resid 111 and name HG )) 2.6 0.85 0.85 ! peak number c 3425 F1= 8.222 F2= 0.463 null null d= 3.8 assi (( resid 111 and name HD1* )) (( resid 111 and name HN )) 3.8 1.80 1.80 ! peak number c 3427 F1= 2.866 F2= 0.463 null null d= 3.3 assi (( resid 111 and name HD1* )) (( resid 116 and name HA1 )) 3.3 1.36 1.36 ! peak number c 3419 F1= 3.251 F2= 0.468 null null d= 3.3 assi (( resid 111 and name HD1* )) (( resid 116 and name HA2 )) 3.3 1.36 1.36 ! peak number c 3426 F1= 9.162 F2= 0.469 null null d= 3.6 assi (( resid 111 and name HD1* )) (( resid 116 and name HN )) 3.6 1.62 1.62 ! peak number c 2115 F1= 0.442 F2= 1.869 null null d= 3.9 assi (( resid 111 and name HD1* )) (( resid 15 and name HB )) 3.9 1.90 1.90 ! peak number c 2127 F1= 0.470 F2= 0.806 null null d= 2.5 assi (( resid 111 and name HD1* )) (( resid 15 and name HG2*) or ( resid 15 and name HG1* )) 2.5 0.81 0.81 ! peak number c 3415 F1= 1.136 F2= 0.485 null null d= 2.8 assi (( resid 111 and name HD1* )) (( resid 17 and name HG1 )) 2.8 0.98 0.98 ! peak number c 3420 F1= 4.626 F2= 0.476 null null d= 4.5 assi (( resid 111 and name HD1* )) (( resid 23 and name HA )) 4.5 2.53 2.53 ! peak number c 3428 F1= 2.543 F2= 0.471 null null d= 4.2 assi (( resid 111 and name HD1* )) (( resid 24 and name HB1 )) 4.2 2.21 2.21 ! peak number c 3418 F1= 3.000 F2= 0.469 null null d= 3.4 assi (( resid 111 and name HD1* )) (( resid 24 and name HB2 )) 3.4 1.44 1.44 ! peak number c 3424 F1= 7.099 F2= 0.477 null null d= 3.2 assi (( resid 111 and name HD1* )) (( resid 24 and name HD* )) 3.2 1.28 1.28 ! peak number c 3423 F1= 7.278 F2= 0.463 null null d= 3.6 assi (( resid 111 and name HD1* )) (( resid 24 and name HE* )) 3.6 1.62 1.62 ! peak number c 2711 F1= 0.488 F2= 1.798 null null d= 3.3 assi (( resid 111 and name HD1* )) (( resid 60 and name HB1 )) 3.3 1.36 1.36 ! peak number c 2710 F1= 0.484 F2= 1.959 null null d= 3.3 assi (( resid 111 and name HD1* )) (( resid 60 and name HB2 )) 3.3 1.36 1.36 ! peak number c 2722 F1= 0.458 F2= 1.087 null null d= 4.3 assi (( resid 111 and name HD1* )) (( resid 60 and name HG* )) 4.3 2.31 2.31 ! peak number n 493 F1= 0.662 F2= 8.237 null null d= 3.0 assi (( resid 111 and name HD2* )) (( resid 111 and name HN )) 3 1.12 1.12 ! peak number c 3435 F1= 2.285 F2= 0.674 null null d= 3.2 assi (( resid 111 and name HD2* )) (( resid 115 and name HB2 )) 3.2 1.28 1.28 ! peak number c 3723 F1= 2.840 F2= 0.679 null null d= 5.1 assi (( resid 111 and name HD2* )) (( resid 116 and name HA1 )) 5.09 3.25 3.25 ! peak number c 3724 F1= 3.233 F2= 0.665 null null d= 4.6 assi (( resid 111 and name HD2* )) (( resid 116 and name HA2 )) 4.59 2.64 2.64 ! peak number c 3442 F1= 9.164 F2= 0.675 null null d= 3.8 assi (( resid 111 and name HD2* )) (( resid 116 and name HN )) 3.8 1.80 1.80 ! peak number c 3588 F1= 0.666 F2= 1.353 null null d= 3.5 assi (( resid 111 and name HD2* )) (( resid 125 and name HB2 )) 3.5 1.53 1.53 ! peak number c 3431 F1= 0.248 F2= 0.671 null null d= 3.1 assi (( resid 111 and name HD2* )) (( resid 125 and name HD2* )) 3.1 1.20 1.20 ! peak number c 3789 F1= 0.670 F2= 1.246 null null d= 3.6 assi (( resid 111 and name HD2* )) (( resid 125 and name HG )) 3.6 1.62 1.62 ! peak number c 3436 F1= 1.864 F2= 0.676 null null d= 3.3 assi (( resid 111 and name HD2* )) (( resid 15 and name HB )) 3.3 1.36 1.36 ! peak number c 2171 F1= 0.696 F2= 2.727 null null d= 3.5 assi (( resid 111 and name HD2* )) (( resid 17 and name HE1 )) 3.5 1.53 1.53 ! peak number c 1134 F1= 0.688 F2= 7.145 null null d= 4.2 assi (( resid 111 and name HD2* )) (( resid 24 and name HD* )) 4.2 2.21 2.21 ! peak number c 3438 F1= 4.661 F2= 0.680 null null d= 3.1 assi (( resid 111 and name HD2* )) (( resid 60 and name HA )) 3.1 1.20 1.20 ! peak number c 2712 F1= 0.667 F2= 1.797 null null d= 4.1 assi (( resid 111 and name HD2* )) (( resid 60 and name HB1 )) 4.09 2.10 2.10 ! peak number c 2709 F1= 0.687 F2= 1.972 null null d= 4.3 assi (( resid 111 and name HD2* )) (( resid 60 and name HB2 )) 4.3 2.31 2.31 ! peak number c 3434 F1= 1.080 F2= 0.671 null null d= 3.1 assi (( resid 111 and name HD2* )) (( resid 60 and name HG* )) 3.1 1.20 1.20 ! peak number c 3437 F1= 3.886 F2= 0.668 null null d= 4.1 assi (( resid 111 and name HD2* )) (( resid 61 and name HA )) 4.09 2.10 2.10 ! peak number c 3432 F1= 0.475 F2= 0.674 null null d= 2.4 assi (( resid 111 and name HD2* )) (( resid 61 and name HG1*) or ( resid 111 and name HD1* )) 2.4 0.72 0.72 ! peak number c 3441 F1= 8.998 F2= 0.684 null null d= 3.7 assi (( resid 111 and name HD2* )) (( resid 61 and name HN) or ( resid 112 and name HN )) 3.7 1.71 1.71 ! peak number c 275 F1= 0.686 F2= 4.681 null null d= 3.9 assi (( resid 111 and name HD2* )) (( resid 67 and name HA )) 3.9 1.90 1.90 ! peak number c 3440 F1= 8.835 F2= 0.676 null null d= 3.8 assi (( resid 111 and name HD2* )) (( resid 68 and name HN )) 3.8 1.80 1.80 ! peak number n 582 F1= 0.710 F2= 8.850 null null d= 4.0 assi (( resid 111 and name HD2*) or ( resid 109 and name HG2* )) (( resid 68 and name HN )) 4 2.00 2.00 ! peak number c 3410 F1= 8.241 F2= 1.448 null null d= 4.8 assi (( resid 111 and name HG )) (( resid 111 and name HN )) 4.8 2.88 2.88 ! peak number c 2126 F1= 1.467 F2= 0.813 null null d= 2.8 assi (( resid 111 and name HG )) (( resid 15 and name HG2*) or ( resid 15 and name HG1* )) 2.8 0.98 0.98 ! peak number c 3405 F1= 2.549 F2= 1.425 null null d= 4.3 assi (( resid 111 and name HG )) (( resid 24 and name HB1 )) 4.3 2.31 2.31 ! peak number n 498 F1= 7.108 F2= 8.245 null null d= 3.7 assi (( resid 111 and name HN )) (( resid 24 and name HD* )) 3.7 1.71 1.71 ! peak number n 500 F1= 9.644 F2= 8.235 null null d= 3.8 assi (( resid 111 and name HN )) (( resid 24 and name HN )) 3.8 0.95 0.95 ! peak number c 450 F1= 4.046 F2= 3.830 null null d= 3.6 assi (( resid 112 and name HA )) (( resid 112 and name HB* )) 3.6 1.62 1.62 ! peak number n 714 F1= 3.860 F2= 9.024 null null d= 3.5 assi (( resid 112 and name HA )) (( resid 112 and name HN )) 3.5 0.88 0.88 ! peak number c 3445 F1= 3.847 F2= 1.607 null null d= 3.8 assi (( resid 112 and name HA )) (( resid 113 and name HB* )) 3.8 1.80 1.80 ! peak number n 1046 F1= 3.868 F2= 8.210 null null d= 3.2 assi (( resid 112 and name HA )) (( resid 113 and name HN )) 3.2 0.80 0.80 ! peak number n 1047 F1= 4.094 F2= 8.218 null null d= 3.2 assi (( resid 112 and name HB* )) (( resid 113 and name HN )) 3.2 1.28 1.28 ! peak number c 1186 F1= 4.065 F2= 6.536 null null d= 5.1 assi (( resid 112 and name HB* )) (( resid 23 and name HE* )) 5.09 3.25 3.25 ! peak number c 2880 F1= 4.035 F2= 0.931 null null d= 2.9 assi (( resid 112 and name HB* )) (( resid 68 and name HG2* )) 2.9 1.05 1.05 ! peak number n 715 F1= 2.286 F2= 9.025 null null d= 3.2 assi (( resid 112 and name HN )) (( resid 115 and name HB2 )) 3.2 1.28 1.28 ! peak number n 710 F1= 9.174 F2= 9.017 null null d= 4.1 assi (( resid 112 and name HN )) (( resid 116 and name HN )) 4.09 1.02 1.02 ! peak number n 718 F1= 0.718 F2= 9.018 null null d= 4.0 assi (( resid 112 and name HN )) (( resid 61 and name HD1* )) 4 2.00 2.00 ! peak number n 586 F1= 9.026 F2= 8.845 null null d= 4.2 assi (( resid 112 and name HN) or ( resid 110 and name HN )) (( resid 68 and name HN )) 4.2 2.21 2.21 ! peak number c 3446 F1= 4.177 F2= 1.605 null null d= 3.1 assi (( resid 113 and name HA )) (( resid 113 and name HB* )) 3.1 1.24 1.24 ! peak number c 3460 F1= 4.191 F2= 0.958 null null d= 3.1 assi (( resid 113 and name HA )) (( resid 113 and name HD1* )) 3.1 1.20 1.20 ! peak number c 3471 F1= 4.205 F2= 0.867 null null d= 3.8 assi (( resid 113 and name HA )) (( resid 113 and name HD2* )) 3.8 1.76 1.76 ! peak number n 1048 F1= 4.207 F2= 8.214 null null d= 3.0 assi (( resid 113 and name HA )) (( resid 113 and name HN )) 3 0.75 0.75 ! peak number n 515 F1= 4.216 F2= 8.409 null null d= 4.1 assi (( resid 113 and name HA )) (( resid 114 and name HN )) 4.09 1.02 1.02 ! peak number n 510 F1= 1.629 F2= 8.413 null null d= 2.6 assi (( resid 113 and name HB1 )) (( resid 114 and name HN )) 2.6 0.85 0.85 ! peak number c 3462 F1= 1.610 F2= 0.960 null null d= 2.4 assi (( resid 113 and name HB* )) (( resid 113 and name HD1* )) 2.4 0.72 0.72 ! peak number c 3443 F1= 0.877 F2= 1.602 null null d= 2.5 assi (( resid 113 and name HB* )) (( resid 113 and name HD2* )) 2.5 0.81 0.81 ! peak number c 3448 F1= 8.178 F2= 1.608 null null d= 3.2 assi (( resid 113 and name HB* )) (( resid 113 and name HN )) 3.2 1.28 1.28 ! peak number c 3449 F1= 8.385 F2= 1.595 null null d= 3.3 assi (( resid 113 and name HB* )) (( resid 114 and name HN )) 3.3 1.36 1.36 ! peak number c 3447 F1= 3.001 F2= 1.611 null null d= 4.3 assi (( resid 113 and name HB* )) (( resid 117 and name HB2 )) 4.3 2.31 2.31 ! peak number c 3837 F1= 1.915 F2= 1.622 null null d= 3.8 assi (( resid 113 and name HB* )) (( resid 120 and name HB2 )) 3.8 1.80 1.80 ! peak number c 3836 F1= 7.236 F2= 1.610 null null d= 4.3 assi (( resid 113 and name HB* )) (( resid 24 and name HZ )) 4.3 2.31 2.31 ! peak number n 1054 F1= 1.630 F2= 8.209 null null d= 2.6 assi (( resid 113 and name HB2) or ( resid 113 and name HB1 )) (( resid 113 and name HN )) 2.6 0.85 0.85 ! peak number c 3457 F1= 8.177 F2= 0.958 null null d= 3.8 assi (( resid 113 and name HD1* )) (( resid 113 and name HN )) 3.8 1.76 1.76 ! peak number c 3458 F1= 8.402 F2= 0.961 null null d= 4.6 assi (( resid 113 and name HD1* )) (( resid 114 and name HN )) 4.59 2.64 2.64 ! peak number c 3454 F1= 6.746 F2= 0.960 null null d= 4.3 assi (( resid 113 and name HD1* )) (( resid 117 and name HD21 )) 4.3 2.31 2.31 ! peak number c 3456 F1= 7.647 F2= 0.960 null null d= 4.0 assi (( resid 113 and name HD1* )) (( resid 117 and name HD22 )) 4 2.00 2.00 ! peak number c 3771 F1= 1.913 F2= 0.959 null null d= 4.5 assi (( resid 113 and name HD1* )) (( resid 120 and name HB2 )) 4.5 2.53 2.53 ! peak number c 3459 F1= 4.763 F2= 0.960 null null d= 3.4 assi (( resid 113 and name HD1* )) (( resid 21 and name HA) or ( resid 17 and name HA )) 3.4 1.44 1.44 ! peak number c 3455 F1= 7.240 F2= 0.958 null null d= 3.1 assi (( resid 113 and name HD1* )) (( resid 24 and name HZ )) 3.1 1.20 1.20 ! peak number c 3465 F1= 8.186 F2= 0.867 null null d= 3.8 assi (( resid 113 and name HD2* )) (( resid 113 and name HN )) 3.8 1.76 1.76 ! peak number c 2846 F1= 0.886 F2= 2.255 null null d= 3.3 assi (( resid 113 and name HD2* )) (( resid 114 and name HG* )) 3.3 1.36 1.36 ! peak number c 3464 F1= 8.399 F2= 0.862 null null d= 3.8 assi (( resid 113 and name HD2* )) (( resid 114 and name HN )) 3.8 1.80 1.80 ! peak number c 3467 F1= 6.760 F2= 0.866 null null d= 4.4 assi (( resid 113 and name HD2* )) (( resid 117 and name HD21 )) 4.4 2.42 2.42 ! peak number c 3470 F1= 4.762 F2= 0.863 null null d= 3.5 assi (( resid 113 and name HD2* )) (( resid 21 and name HA )) 3.5 1.53 1.53 ! peak number c 3468 F1= 2.772 F2= 0.868 null null d= 3.5 assi (( resid 113 and name HD2* )) (( resid 21 and name HB* )) 3.5 1.53 1.53 ! peak number c 3757 F1= 7.379 F2= 0.857 null null d= 4.6 assi (( resid 113 and name HD2* )) (( resid 21 and name HD21 )) 4.59 2.64 2.64 ! peak number c 2507 F1= 0.851 F2= 3.603 null null d= 3.0 assi (( resid 113 and name HD2* )) (( resid 22 and name HA1 )) 3 1.16 1.16 ! peak number c 3758 F1= 2.275 F2= 0.863 null null d= 4.5 assi (( resid 113 and name HD2* )) (( resid 23 and name HB1) or ( resid 114 and name HG* )) 4.5 2.53 2.53 ! peak number c 3466 F1= 7.231 F2= 0.859 null null d= 3.9 assi (( resid 113 and name HD2* )) (( resid 24 and name HZ )) 3.9 1.90 1.90 ! peak number c 26 F1= 0.871 F2= 4.646 null null d= 4.2 assi (( resid 113 and name HD2*) or ( resid 10 and name HG1* )) (( resid 9 and name HA) or ( resid 23 and name HA )) 4.2 2.21 2.21 ! peak number c 3834 F1= 8.165 F2= 1.577 null null d= 3.9 assi (( resid 113 and name HG )) (( resid 113 and name HN )) 3.9 1.90 1.90 ! peak number c 3450 F1= 8.377 F2= 1.569 null null d= 4.1 assi (( resid 113 and name HG )) (( resid 114 and name HN )) 4.09 2.10 2.10 ! peak number c 81 F1= 1.581 F2= 3.741 null null d= 5.0 assi (( resid 113 and name HG )) (( resid 22 and name HA2 )) 5 3.12 3.12 ! peak number c 82 F1= 1.583 F2= 3.652 null null d= 4.6 assi (( resid 113 and name HG) or ( resid 113 and name HB* )) (( resid 22 and name HA1 )) 4.59 2.64 2.64 ! peak number n 1049 F1= 8.408 F2= 8.216 null null d= 3.5 assi (( resid 113 and name HN )) (( resid 114 and name HN )) 3.5 0.86 0.86 ! peak number c 1179 F1= 8.171 F2= 6.809 null null d= 5.4 dist trop loin ! peak number c 1187 F1= 8.204 F2= 6.534 null null d= 4.9 assi (( resid 113 and name HN )) (( resid 23 and name HE* )) 4.9 3.00 3.00 ! peak number n 1057 F1= 7.269 F2= 8.218 null null d= 4.4 assi (( resid 113 and name HN )) (( resid 24 and name HZ) or ( resid 23 and name HN )) 4.4 2.42 2.42 ! peak number c 3476 F1= 4.008 F2= 1.858 null null d= 3.3 assi (( resid 114 and name HA )) (( resid 114 and name HB1 )) 3.3 1.40 1.40 ! peak number c 3478 F1= 4.011 F2= 1.961 null null d= 3.2 assi (( resid 114 and name HA )) (( resid 114 and name HB2 )) 3.2 1.24 1.24 ! peak number c 2841 F1= 4.006 F2= 2.254 null null d= 3.1 assi (( resid 114 and name HA )) (( resid 114 and name HG* )) 3.1 1.20 1.20 ! peak number n 514 F1= 4.034 F2= 8.410 null null d= 2.9 assi (( resid 114 and name HA )) (( resid 114 and name HN )) 2.9 0.72 0.72 ! peak number n 620 F1= 4.027 F2= 7.593 null null d= 3.7 assi (( resid 114 and name HA )) (( resid 115 and name HN )) 3.7 0.93 0.93 ! peak number c 240 F1= 4.011 F2= 4.503 null null d= 5.0 assi (( resid 114 and name HA )) (( resid 117 and name HA )) 5 1.25 1.25 ! peak number c 3506 F1= 4.001 F2= 2.838 null null d= 3.8 assi (( resid 114 and name HA )) (( resid 117 and name HB1 )) 3.8 1.80 1.80 ! peak number c 3507 F1= 4.000 F2= 3.012 null null d= 3.9 assi (( resid 114 and name HA )) (( resid 117 and name HB2 )) 3.9 1.90 1.90 ! peak number n 890 F1= 4.028 F2= 8.569 null null d= 3.3 assi (( resid 114 and name HA )) (( resid 117 and name HN )) 3.3 0.82 0.82 ! peak number c 3479 F1= 2.256 F2= 1.838 null null d= 3.2 assi (( resid 114 and name HB1 )) (( resid 114 and name HG* )) 3.2 1.28 1.28 ! peak number c 3473 F1= 8.378 F2= 1.851 null null d= 3.0 assi (( resid 114 and name HB1 )) (( resid 114 and name HN )) 3 1.09 1.09 ! peak number c 3475 F1= 7.587 F2= 1.853 null null d= 3.7 assi (( resid 114 and name HB1 )) (( resid 115 and name HN )) 3.7 1.67 1.67 ! peak number c 3480 F1= 2.264 F2= 1.971 null null d= 2.4 assi (( resid 114 and name HB2 )) (( resid 114 and name HG* )) 2.4 0.72 0.72 ! peak number c 3472 F1= 8.383 F2= 1.962 null null d= 2.9 assi (( resid 114 and name HB2 )) (( resid 114 and name HN )) 2.9 1.05 1.05 ! peak number c 3474 F1= 7.595 F2= 1.957 null null d= 3.6 assi (( resid 114 and name HB2 )) (( resid 115 and name HN )) 3.6 1.62 1.62 ! peak number n 513 F1= 2.283 F2= 8.408 null null d= 3.0 assi (( resid 114 and name HG* )) (( resid 114 and name HN )) 3 1.12 1.12 ! peak number c 2840 F1= 4.226 F2= 2.254 null null d= 3.1 assi (( resid 114 and name HG* )) (( resid 118 and name HA )) 3.1 1.20 1.20 ! peak number c 3535 F1= 2.237 F2= 3.259 null null d= 4.2 assi (( resid 114 and name HG* )) (( resid 118 and name HD* )) 4.2 2.21 2.21 ! peak number n 516 F1= 7.590 F2= 8.411 null null d= 3.2 assi (( resid 114 and name HN )) (( resid 115 and name HN )) 3.2 0.79 0.79 ! peak number c 3483 F1= 2.289 F2= 3.926 null null d= 3.2 assi (( resid 115 and name HA )) (( resid 115 and name HB2 )) 3.2 1.32 1.32 ! peak number n 619 F1= 3.947 F2= 7.594 null null d= 3.2 assi (( resid 115 and name HA )) (( resid 115 and name HN )) 3.2 0.80 0.80 ! peak number c 461 F1= 1.969 F2= 3.927 null null d= 3.6 assi (( resid 115 and name HA )) (( resid 118 and name HB2) or ( resid 115 and name HB1 )) 3.6 1.62 1.62 ! peak number c 3531 F1= 3.950 F2= 3.260 null null d= 4.0 assi (( resid 115 and name HA )) (( resid 118 and name HD* )) 4 2.05 2.05 ! peak number n 616 F1= 1.993 F2= 7.592 null null d= 3.2 assi (( resid 115 and name HB1 )) (( resid 115 and name HN )) 3.2 1.28 1.28 ! peak number c 3643 F1= 0.614 F2= 1.978 null null d= 3.4 assi (( resid 115 and name HB1 )) (( resid 61 and name HD1* )) 3.4 1.44 1.44 ! peak number n 617 F1= 2.293 F2= 7.591 null null d= 2.8 assi (( resid 115 and name HB2 )) (( resid 115 and name HN )) 2.8 0.98 0.98 ! peak number n 286 F1= 2.294 F2= 9.185 null null d= 3.4 assi (( resid 115 and name HB2 )) (( resid 116 and name HN )) 3.4 1.44 1.44 ! peak number c 2654 F1= 2.285 F2= 0.646 null null d= 3.3 assi (( resid 115 and name HB2 )) (( resid 61 and name HD1* )) 3.3 1.36 1.36 ! peak number n 334 F1= 5.565 F2= 8.353 null null d= 3.3 assi (( resid 115 and name HE21 )) (( resid 115 and name HE22 )) 3.3 1.36 1.36 ! peak number c 2733 F1= 5.554 F2= 0.788 null null d= 3.4 assi (( resid 115 and name HE21 )) (( resid 61 and name HG2* )) 3.4 1.44 1.44 ! peak number c 2755 F1= 5.562 F2= 2.386 null null d= 4.3 assi (( resid 115 and name HE21 )) (( resid 62 and name HB2 )) 4.3 2.31 2.31 ! peak number c 3935 F1= 5.565 F2= 1.902 null null d= 4.4 assi (( resid 115 and name HE21 )) (( resid 62 and name HG1 )) 4.4 2.42 2.42 ! peak number c 3934 F1= 5.556 F2= 1.837 null null d= 5.0 assi (( resid 115 and name HE21 )) (( resid 62 and name HG2 )) 5 3.12 3.12 ! peak number c 2821 F1= 5.559 F2= 3.605 null null d= 3.8 assi (( resid 115 and name HE21 )) (( resid 65 and name HB )) 3.8 1.80 1.80 ! peak number c 2826 F1= 5.553 F2= 1.065 null null d= 3.2 assi (( resid 115 and name HE21 )) (( resid 65 and name HG2* )) 3.2 1.28 1.28 ! peak number c 2864 F1= 5.539 F2= 0.457 null null d= 4.1 assi (( resid 115 and name HE21 )) (( resid 67 and name HG2* )) 4.09 2.10 2.10 ! peak number c 2972 F1= 5.536 F2= 1.317 null null d= 3.6 assi (( resid 115 and name HE21 )) (( resid 78 and name HB* )) 3.6 1.62 1.62 ! peak number c 2843 F1= 8.379 F2= 2.251 null null d= 3.1 assi (( resid 115 and name HE22 )) (( resid 66 and name HG1 )) 3.1 1.20 1.20 ! peak number c 2852 F1= 8.366 F2= 0.302 null null d= 3.4 assi (( resid 115 and name HE22 )) (( resid 67 and name HG1* )) 3.4 1.44 1.44 ! peak number c 2973 F1= 8.343 F2= 1.315 null null d= 3.0 assi (( resid 115 and name HE22 )) (( resid 78 and name HB* )) 3 1.12 1.12 ! peak number n 618 F1= 2.410 F2= 7.592 null null d= 3.6 assi (( resid 115 and name HG2 )) (( resid 115 and name HN )) 3.6 1.62 1.62 ! peak number n 290 F1= 7.586 F2= 9.173 null null d= 3.5 assi (( resid 115 and name HN )) (( resid 116 and name HN )) 3.5 0.89 0.89 ! peak number c 3518 F1= 7.591 F2= 1.952 null null d= 3.7 assi (( resid 115 and name HN )) (( resid 118 and name HG2 )) 3.7 1.71 1.71 ! peak number c 3481 F1= 7.604 F2= 2.255 null null d= 4.6 assi (( resid 115 and name HN) or ( resid 100 and name HE21 )) (( resid 98 and name HG*) or ( resid 114 and name HG* )) 4.59 2.64 2.64 ! peak number c 3485 F1= 9.179 F2= 2.843 null null d= 3.4 assi (( resid 116 and name HA1 )) (( resid 116 and name HN )) 3.4 0.85 0.85 ! peak number c 3486 F1= 8.559 F2= 2.838 null null d= 5.6 dist trop loin ! peak number c 3494 F1= 0.152 F2= 2.843 null null d= 4.8 assi (( resid 116 and name HA1 )) (( resid 56 and name HD2* )) 4.8 2.88 2.88 ! peak number c 3493 F1= 0.467 F2= 2.854 null null d= 4.4 assi (( resid 116 and name HA1 )) (( resid 61 and name HG1*) or ( resid 111 and name HD1* )) 4.4 2.42 2.42 ! peak number c 3484 F1= 9.160 F2= 3.227 null null d= 3.5 assi (( resid 116 and name HA2 )) (( resid 116 and name HN )) 3.5 0.88 0.88 ! peak number c 3487 F1= 8.575 F2= 3.231 null null d= 4.7 assi (( resid 116 and name HA2 )) (( resid 117 and name HN )) 4.7 1.16 1.16 ! peak number c 3553 F1= 3.259 F2= 0.733 null null d= 3.5 assi (( resid 116 and name HA2 )) (( resid 119 and name HD1* )) 3.5 1.53 1.53 ! peak number c 3488 F1= 7.239 F2= 3.238 null null d= 3.9 assi (( resid 116 and name HA2 )) (( resid 24 and name HZ) or ( resid 118 and name HN )) 3.9 1.90 1.90 ! peak number c 3495 F1= 0.135 F2= 3.235 null null d= 5.3 assi (( resid 116 and name HA2 )) (( resid 56 and name HD2* )) 5.3 3.51 3.51 ! peak number c 3492 F1= 0.467 F2= 3.223 null null d= 4.2 assi (( resid 116 and name HA2 )) (( resid 61 and name HG1* )) 4.2 2.26 2.26 ! peak number n 291 F1= 8.573 F2= 9.178 null null d= 3.0 assi (( resid 116 and name HN )) (( resid 117 and name HN )) 3 0.76 0.76 ! peak number n 289 F1= 7.255 F2= 9.185 null null d= 3.6 assi (( resid 116 and name HN )) (( resid 24 and name HZ) or ( resid 118 and name HN )) 3.6 1.62 1.62 ! peak number c 3505 F1= 4.484 F2= 2.843 null null d= 3.6 assi (( resid 117 and name HA )) (( resid 117 and name HB1 )) 3.6 1.62 1.62 ! peak number c 3504 F1= 4.481 F2= 2.999 null null d= 3.8 assi (( resid 117 and name HA )) (( resid 117 and name HB2 )) 3.8 1.80 1.80 ! peak number n 891 F1= 4.513 F2= 8.569 null null d= 2.9 assi (( resid 117 and name HA )) (( resid 117 and name HN )) 2.9 0.72 0.72 ! peak number c 475 F1= 4.480 F2= 4.225 null null d= 3.8 assi (( resid 117 and name HA )) (( resid 118 and name HA )) 3.8 0.95 0.95 ! peak number n 535 F1= 4.529 F2= 7.255 null null d= 4.0 assi (( resid 117 and name HA )) (( resid 118 and name HN )) 4 1.00 1.00 ! peak number c 480 F1= 4.489 F2= 3.592 null null d= 4.1 assi (( resid 117 and name HA )) (( resid 120 and name HA )) 4.09 1.02 1.02 ! peak number n 900 F1= 4.505 F2= 7.346 null null d= 4.0 assi (( resid 117 and name HA )) (( resid 120 and name HN )) 4 1.00 1.00 ! peak number c 3508 F1= 2.997 F2= 2.839 null null d= 2.5 assi (( resid 117 and name HB1 )) (( resid 117 and name HB2 )) 2.5 0.81 0.81 ! peak number c 3503 F1= 6.759 F2= 2.842 null null d= 4.5 assi (( resid 117 and name HB1 )) (( resid 117 and name HD21 )) 4.5 2.53 2.53 ! peak number c 3499 F1= 7.648 F2= 2.842 null null d= 3.9 assi (( resid 117 and name HB1 )) (( resid 117 and name HD22 )) 3.9 1.90 1.90 ! peak number c 3497 F1= 8.543 F2= 2.837 null null d= 3.4 assi (( resid 117 and name HB1 )) (( resid 117 and name HN )) 3.4 1.44 1.44 ! peak number c 3500 F1= 7.257 F2= 2.836 null null d= 3.8 assi (( resid 117 and name HB1 )) (( resid 118 and name HN )) 3.8 1.76 1.76 ! peak number c 3511 F1= 1.915 F2= 2.842 null null d= 4.2 assi (( resid 117 and name HB1 )) (( resid 120 and name HB2 )) 4.2 2.21 2.21 ! peak number c 3880 F1= 2.864 F2= 2.138 null null d= 3.9 assi (( resid 117 and name HB1 )) (( resid 121 and name HG1 )) 3.9 1.90 1.90 ! peak number n 887 F1= 2.876 F2= 8.569 null null d= 2.6 assi (( resid 117 and name HB1) or ( resid 116 and name HA1 )) (( resid 117 and name HN )) 2.6 0.85 0.85 ! peak number c 3502 F1= 6.752 F2= 2.993 null null d= 4.5 assi (( resid 117 and name HB2 )) (( resid 117 and name HD21 )) 4.5 2.53 2.53 ! peak number c 3498 F1= 7.656 F2= 3.002 null null d= 3.9 assi (( resid 117 and name HB2 )) (( resid 117 and name HD22 )) 3.9 1.90 1.90 ! peak number c 3496 F1= 8.548 F2= 2.999 null null d= 3.0 assi (( resid 117 and name HB2 )) (( resid 117 and name HN )) 3 1.16 1.16 ! peak number c 3501 F1= 7.246 F2= 3.001 null null d= 4.0 assi (( resid 117 and name HB2 )) (( resid 118 and name HN )) 4 2.05 2.05 ! peak number c 3510 F1= 1.898 F2= 3.009 null null d= 4.3 assi (( resid 117 and name HB2 )) (( resid 120 and name HB2 )) 4.3 2.31 2.31 ! peak number n 1226 F1= 6.772 F2= 7.687 null null d= 2.6 assi (( resid 117 and name HD21 )) (( resid 117 and name HD22 )) 2.6 0.85 0.85 ! peak number n 892 F1= 1.998 F2= 8.569 null null d= 4.0 assi (( resid 117 and name HN )) (( resid 118 and name HB2) or ( resid 115 and name HB1) or ( resid 114 and name HB2 )) 4 2.00 2.00 ! peak number n 538 F1= 8.569 F2= 7.257 null null d= 3.1 assi (( resid 117 and name HN )) (( resid 118 and name HN )) 3.1 0.77 0.77 ! peak number n 893 F1= 1.904 F2= 8.570 null null d= 3.5 assi (( resid 117 and name HN )) (( resid 120 and name HB2) or ( resid 118 and name HG2 )) 3.5 1.53 1.53 ! peak number c 472 F1= 1.905 F2= 4.220 null null d= 2.9 assi (( resid 118 and name HA )) (( resid 118 and name HB1 )) 2.9 1.05 1.05 ! peak number c 2833 F1= 4.204 F2= 1.971 null null d= 2.9 assi (( resid 118 and name HA )) (( resid 118 and name HB2 )) 2.9 1.05 1.05 ! peak number c 3530 F1= 4.209 F2= 3.264 null null d= 3.5 assi (( resid 118 and name HA )) (( resid 118 and name HD* )) 3.5 1.53 1.53 ! peak number c 471 F1= 1.754 F2= 4.223 null null d= 3.2 assi (( resid 118 and name HA )) (( resid 118 and name HG1 )) 3.2 1.28 1.28 ! peak number n 534 F1= 4.243 F2= 7.258 null null d= 2.8 assi (( resid 118 and name HA )) (( resid 118 and name HN )) 2.8 0.70 0.70 ! peak number c 3514 F1= 3.275 F2= 1.906 null null d= 3.2 assi (( resid 118 and name HB1 )) (( resid 118 and name HD* )) 3.2 1.28 1.28 ! peak number c 2834 F1= 3.274 F2= 1.972 null null d= 3.1 assi (( resid 118 and name HB2 )) (( resid 118 and name HD* )) 3.1 1.20 1.20 ! peak number c 2831 F1= 7.263 F2= 1.992 null null d= 3.2 assi (( resid 118 and name HB2 )) (( resid 118 and name HN )) 3.2 1.24 1.24 ! peak number c 3522 F1= 3.265 F2= 1.740 null null d= 2.9 assi (( resid 118 and name HD* )) (( resid 118 and name HG1 )) 2.9 1.05 1.05 ! peak number c 3533 F1= 1.948 F2= 3.262 null null d= 2.4 assi (( resid 118 and name HD* )) (( resid 118 and name HG2 )) 2.4 0.72 0.72 ! peak number n 532 F1= 3.293 F2= 7.258 null null d= 3.4 assi (( resid 118 and name HD* )) (( resid 118 and name HN )) 3.4 1.44 1.44 ! peak number c 3536 F1= 0.811 F2= 3.261 null null d= 4.5 assi (( resid 118 and name HD* )) (( resid 119 and name HD2* )) 4.5 2.53 2.53 ! peak number c 3881 F1= 3.235 F2= 2.140 null null d= 4.6 assi (( resid 118 and name HD* )) (( resid 121 and name HG1 )) 4.59 2.64 2.64 ! peak number c 3528 F1= 7.279 F2= 3.266 null null d= 3.3 assi (( resid 118 and name HD* )) (( resid 122 and name HE22 )) 3.3 1.36 1.36 ! peak number c 3931 F1= 3.278 F2= 1.905 null null d= 3.8 assi (( resid 118 and name HD* )) (( resid 62 and name HG1) or ( resid 118 and name HG2 )) 3.8 1.80 1.80 ! peak number c 479 F1= 3.243 F2= 4.669 null null d= 5.3 assi (( resid 118 and name HD*) or ( resid 116 and name HA2 )) (( resid 119 and name HA )) 5.3 3.51 3.51 ! peak number c 3517 F1= 7.239 F2= 1.739 null null d= 3.0 assi (( resid 118 and name HG1 )) (( resid 118 and name HN )) 3 1.12 1.12 ! peak number c 2785 F1= 7.320 F2= 1.743 null null d= 3.2 assi (( resid 118 and name HG1 )) (( resid 119 and name HN )) 3.2 1.28 1.28 ! peak number c 3521 F1= 3.532 F2= 1.732 null null d= 4.2 assi (( resid 118 and name HG1 )) (( resid 120 and name HA )) 4.2 2.21 2.21 ! peak number c 3516 F1= 7.241 F2= 1.937 null null d= 3.6 assi (( resid 118 and name HG2 )) (( resid 118 and name HN )) 3.6 1.62 1.62 ! peak number n 541 F1= 1.940 F2= 7.377 null null d= 3.2 assi (( resid 118 and name HG2 )) (( resid 119 and name HN )) 3.2 1.28 1.28 ! peak number c 3527 F1= 0.618 F2= 1.947 null null d= 3.4 assi (( resid 118 and name HG2 )) (( resid 61 and name HD1* )) 3.4 1.44 1.44 ! peak number n 528 F1= 1.914 F2= 7.258 null null d= 2.7 assi (( resid 118 and name HG2) or ( resid 118 and name HB1 )) (( resid 118 and name HN )) 2.7 0.91 0.91 ! peak number n 537 F1= 7.362 F2= 7.259 null null d= 2.8 assi (( resid 118 and name HN )) (( resid 119 and name HN )) 2.8 0.70 0.70 ! peak number c 3542 F1= 4.675 F2= 1.714 null null d= 4.1 assi (( resid 119 and name HA )) (( resid 119 and name HB1 )) 4.09 2.10 2.10 ! peak number c 3543 F1= 4.665 F2= 1.771 null null d= 3.9 assi (( resid 119 and name HA )) (( resid 119 and name HB2 )) 3.9 1.90 1.90 ! peak number c 476 F1= 0.733 F2= 4.665 null null d= 4.1 assi (( resid 119 and name HA )) (( resid 119 and name HD1* )) 4.09 2.10 2.10 ! peak number c 2478 F1= 4.674 F2= 0.836 null null d= 3.0 assi (( resid 119 and name HA )) (( resid 119 and name HD2* )) 3 1.12 1.12 ! peak number c 478 F1= 1.713 F2= 4.667 null null d= 3.2 assi (( resid 119 and name HA )) (( resid 119 and name HG) or ( resid 119 and name HB1 )) 3.2 1.28 1.28 ! peak number n 546 F1= 4.685 F2= 7.377 null null d= 3.2 assi (( resid 119 and name HA )) (( resid 119 and name HN )) 3.2 0.80 0.80 ! peak number n 902 F1= 4.663 F2= 7.342 null null d= 4.0 assi (( resid 119 and name HA )) (( resid 120 and name HN )) 4 1.00 1.00 ! peak number c 1255 F1= 4.663 F2= 7.250 null null d= 4.4 assi (( resid 119 and name HA )) (( resid 123 and name HD* )) 4.4 2.42 2.42 ! peak number c 3550 F1= 1.722 F2= 0.728 null null d= 2.7 assi (( resid 119 and name HB1 )) (( resid 119 and name HD1* )) 2.7 0.91 0.91 ! peak number c 3540 F1= 0.816 F2= 1.716 null null d= 3.1 assi (( resid 119 and name HB1 )) (( resid 119 and name HD2* )) 3.1 1.20 1.20 ! peak number n 539 F1= 1.739 F2= 7.377 null null d= 2.9 assi (( resid 119 and name HB1 )) (( resid 119 and name HN )) 2.9 1.05 1.05 ! peak number c 3545 F1= 7.294 F2= 1.702 null null d= 3.4 assi (( resid 119 and name HB1 )) (( resid 120 and name HN) or ( resid 119 and name HN )) 3.4 1.44 1.44 ! peak number c 3871 F1= 1.727 F2= 2.553 null null d= 4.0 assi (( resid 119 and name HB1 )) (( resid 123 and name HB1 )) 4 2.00 2.00 ! peak number c 3538 F1= 0.145 F2= 1.715 null null d= 4.4 assi (( resid 119 and name HB1 )) (( resid 56 and name HD2* )) 4.4 2.42 2.42 ! peak number c 3544 F1= 7.295 F2= 1.785 null null d= 3.2 assi (( resid 119 and name HB2 )) (( resid 119 and name HN )) 3.2 1.28 1.28 ! peak number n 904 F1= 1.835 F2= 7.347 null null d= 2.9 assi (( resid 119 and name HB2 )) (( resid 120 and name HN )) 2.9 1.05 1.05 ! peak number c 3539 F1= 0.138 F2= 1.774 null null d= 4.1 assi (( resid 119 and name HB2 )) (( resid 56 and name HD2* )) 4.09 2.10 2.10 ! peak number c 3541 F1= 0.781 F2= 1.779 null null d= 3.2 assi (( resid 119 and name HB2 )) (( resid 61 and name HG2* )) 3.2 1.28 1.28 ! peak number c 3552 F1= 7.285 F2= 0.733 null null d= 3.7 assi (( resid 119 and name HD1* )) (( resid 119 and name HN )) 3.7 1.71 1.71 ! peak number c 3728 F1= 3.558 F2= 0.736 null null d= 4.0 assi (( resid 119 and name HD1* )) (( resid 120 and name HA )) 4 2.00 2.00 ! peak number c 3730 F1= 0.146 F2= 0.732 null null d= 3.2 assi (( resid 119 and name HD1* )) (( resid 56 and name HD2* )) 3.2 1.28 1.28 ! peak number c 2173 F1= 0.709 F2= 2.608 null null d= 3.2 assi (( resid 119 and name HD1* )) (( resid 59 and name HB1 )) 3.2 1.28 1.28 ! peak number c 3551 F1= 0.508 F2= 0.735 null null d= 2.5 assi (( resid 119 and name HD1* )) (( resid 61 and name HG1* )) 2.5 0.78 0.78 ! peak number c 3548 F1= 0.860 F2= 1.693 null null d= 2.8 assi (( resid 119 and name HD2* )) (( resid 119 and name HG )) 2.8 0.98 0.98 ! peak number c 2482 F1= 7.278 F2= 0.832 null null d= 3.3 assi (( resid 119 and name HD2* )) (( resid 119 and name HN )) 3.3 1.40 1.40 ! peak number c 1252 F1= 0.810 F2= 7.250 null null d= 3.9 assi (( resid 119 and name HD2* )) (( resid 123 and name HD* )) 3.9 1.90 1.90 ! peak number c 2481 F1= 6.821 F2= 0.828 null null d= 3.4 assi (( resid 119 and name HD2* )) (( resid 123 and name HE* )) 3.4 1.44 1.44 ! peak number c 3596 F1= 0.830 F2= 1.355 null null d= 4.3 assi (( resid 119 and name HD2* )) (( resid 125 and name HB2 )) 4.3 2.31 2.31 ! peak number c 2469 F1= 0.570 F2= 0.840 null null d= 3.1 assi (( resid 119 and name HD2* )) (( resid 56 and name HD1* )) 3.1 1.20 1.20 ! peak number c 2466 F1= 0.140 F2= 0.830 null null d= 3.8 assi (( resid 119 and name HD2* )) (( resid 56 and name HD2* )) 3.8 1.80 1.80 ! peak number c 2467 F1= 0.463 F2= 0.832 null null d= 3.2 assi (( resid 119 and name HD2* )) (( resid 61 and name HG1* )) 3.2 1.28 1.28 ! peak number c 2475 F1= 3.310 F2= 0.832 null null d= 3.8 assi (( resid 119 and name HD2* )) (( resid 62 and name HD1 )) 3.8 1.80 1.80 ! peak number c 3924 F1= 0.817 F2= 1.904 null null d= 3.5 assi (( resid 119 and name HD2* )) (( resid 62 and name HG1) or ( resid 118 and name HG2 )) 3.5 1.53 1.53 ! peak number c 3546 F1= 7.313 F2= 1.687 null null d= 3.0 assi (( resid 119 and name HG )) (( resid 120 and name HN) or ( resid 119 and name HN )) 3 1.12 1.12 ! peak number c 3219 F1= 1.661 F2= 1.947 null null d= 2.2 assi (( resid 119 and name HG )) (( resid 122 and name HG2 )) 2.2 0.61 0.61 ! peak number c 491 F1= 1.719 F2= 4.795 null null d= 5.0 assi (( resid 119 and name HG )) (( resid 123 and name HA )) 5 3.12 3.12 ! peak number c 1254 F1= 1.708 F2= 7.248 null null d= 3.0 assi (( resid 119 and name HG )) (( resid 123 and name HD* )) 3 1.12 1.12 ! peak number c 3549 F1= 0.502 F2= 1.693 null null d= 3.8 assi (( resid 119 and name HG )) (( resid 61 and name HG1* )) 3.8 1.80 1.80 ! peak number c 42 F1= 4.388 F2= 3.617 null null d= 2.5 assi (( resid 11 and name HA1 )) (( resid 11 and name HA2 )) 2.5 0.62 0.62 ! peak number n 502 F1= 3.631 F2= 8.920 null null d= 3.0 assi (( resid 11 and name HA1 )) (( resid 11 and name HN )) 3 0.75 0.75 ! peak number n 854 F1= 3.628 F2= 7.595 null null d= 3.5 assi (( resid 11 and name HA1 )) (( resid 12 and name HN )) 3.5 0.88 0.88 ! peak number n 503 F1= 4.424 F2= 8.931 null null d= 2.8 assi (( resid 11 and name HA2 )) (( resid 11 and name HN )) 2.8 0.70 0.70 ! peak number n 856 F1= 4.421 F2= 7.599 null null d= 3.0 assi (( resid 11 and name HA2 )) (( resid 12 and name HN )) 3 0.75 0.75 ! peak number n 506 F1= 7.601 F2= 8.930 null null d= 3.1 assi (( resid 11 and name HN )) (( resid 12 and name HN )) 3.1 0.78 0.78 ! peak number c 3558 F1= 3.554 F2= 1.758 null null d= 4.4 assi (( resid 120 and name HA )) (( resid 120 and name HB1 )) 4.4 2.42 2.42 ! peak number c 3557 F1= 3.584 F2= 1.890 null null d= 3.2 assi (( resid 120 and name HA )) (( resid 120 and name HB2 )) 3.2 1.32 1.32 ! peak number n 899 F1= 3.604 F2= 7.347 null null d= 3.3 assi (( resid 120 and name HA )) (( resid 120 and name HN )) 3.3 0.82 0.82 ! peak number n 1277 F1= 3.594 F2= 8.148 null null d= 5.0 assi (( resid 120 and name HA )) (( resid 123 and name HN )) 5 1.25 1.25 ! peak number c 6 F1= 3.581 F2= 3.976 null null d= 3.6 assi (( resid 120 and name HA )) (( resid 124 and name HA1 )) 3.6 0.90 0.90 ! peak number n 340 F1= 3.613 F2= 8.374 null null d= 3.3 assi (( resid 120 and name HA )) (( resid 124 and name HN )) 3.3 0.82 0.82 ! peak number c 482 F1= 1.754 F2= 3.572 null null d= 3.4 assi (( resid 120 and name HA )) (( resid 125 and name HB1 )) 3.4 1.44 1.44 ! peak number n 303 F1= 3.630 F2= 8.053 null null d= 3.3 assi (( resid 120 and name HA )) (( resid 126 and name HN )) 3.3 0.82 0.82 ! peak number c 483 F1= 0.546 F2= 3.580 null null d= 3.4 assi (( resid 120 and name HA )) (( resid 56 and name HD1* )) 3.4 1.44 1.44 ! peak number c 3555 F1= 7.322 F2= 1.759 null null d= 3.8 assi (( resid 120 and name HB1 )) (( resid 120 and name HN )) 3.8 1.80 1.80 ! peak number n 897 F1= 1.734 F2= 7.352 null null d= 3.3 assi (( resid 120 and name HB1) or ( resid 119 and name HB1 )) (( resid 120 and name HN )) 3.3 1.36 1.36 ! peak number c 3554 F1= 7.327 F2= 1.884 null null d= 2.9 assi (( resid 120 and name HB2 )) (( resid 120 and name HN )) 2.9 1.02 1.02 ! peak number c 3625 F1= 1.887 F2= 0.263 null null d= 3.4 assi (( resid 120 and name HB2 )) (( resid 125 and name HD2* )) 3.4 1.44 1.44 ! peak number c 3560 F1= 0.556 F2= 1.891 null null d= 3.8 assi (( resid 120 and name HB2 )) (( resid 56 and name HD1* )) 3.8 1.80 1.80 ! peak number n 1276 F1= 8.664 F2= 7.350 null null d= 4.6 assi (( resid 120 and name HN )) (( resid 121 and name HN )) 4.59 1.15 1.15 ! peak number c 3562 F1= 3.824 F2= 1.965 null null d= 3.0 assi (( resid 121 and name HA )) (( resid 121 and name HB* )) 3 1.16 1.16 ! peak number c 2946 F1= 3.844 F2= 2.134 null null d= 3.0 assi (( resid 121 and name HA )) (( resid 121 and name HG1 )) 3 1.12 1.12 ! peak number c 3567 F1= 3.839 F2= 2.200 null null d= 2.9 assi (( resid 121 and name HA )) (( resid 121 and name HG2 )) 2.9 1.05 1.05 ! peak number c 485 F1= 2.161 F2= 3.837 null null d= 2.9 assi (( resid 121 and name HA )) (( resid 121 and name HG* )) 2.9 1.05 1.05 ! peak number n 1205 F1= 3.867 F2= 8.694 null null d= 3.3 assi (( resid 121 and name HA )) (( resid 121 and name HN )) 3.3 0.82 0.82 ! peak number n 417 F1= 3.867 F2= 7.907 null null d= 3.7 assi (( resid 121 and name HA )) (( resid 122 and name HN )) 3.7 0.93 0.93 ! peak number n 1207 F1= 1.984 F2= 8.695 null null d= 2.7 assi (( resid 121 and name HB1 )) (( resid 121 and name HN )) 2.7 0.91 0.91 ! peak number c 3566 F1= 2.182 F2= 1.966 null null d= 2.3 assi (( resid 121 and name HB* )) (( resid 121 and name HG2 )) 2.29 0.66 0.66 ! peak number c 3565 F1= 8.643 F2= 1.962 null null d= 3.0 assi (( resid 121 and name HB* )) (( resid 121 and name HN )) 3 1.12 1.12 ! peak number c 3564 F1= 7.901 F2= 1.960 null null d= 3.1 assi (( resid 121 and name HB* )) (( resid 122 and name HN )) 3.1 1.20 1.20 ! peak number c 507 F1= 1.944 F2= 3.911 null null d= 4.3 assi (( resid 121 and name HB* )) (( resid 126 and name HA1 )) 4.3 2.31 2.31 ! peak number c 2944 F1= 8.652 F2= 2.132 null null d= 3.6 assi (( resid 121 and name HG1 )) (( resid 121 and name HN )) 3.6 1.62 1.62 ! peak number c 3568 F1= 8.637 F2= 2.198 null null d= 3.6 assi (( resid 121 and name HG2 )) (( resid 121 and name HN )) 3.6 1.62 1.62 ! peak number c 3838 F1= 2.178 F2= 1.621 null null d= 3.7 assi (( resid 121 and name HG2 )) (( resid 122 and name HG1 )) 3.7 1.71 1.71 ! peak number n 415 F1= 2.236 F2= 7.902 null null d= 4.0 assi (( resid 121 and name HG2 )) (( resid 122 and name HN )) 4 2.00 2.00 ! peak number n 1203 F1= 7.904 F2= 8.694 null null d= 3.5 assi (( resid 121 and name HN )) (( resid 122 and name HN )) 3.5 0.88 0.88 ! peak number c 3578 F1= 4.083 F2= 1.374 null null d= 3.0 assi (( resid 122 and name HA )) (( resid 122 and name HB1 )) 3 1.12 1.12 ! peak number c 3576 F1= 4.077 F2= 1.720 null null d= 3.0 assi (( resid 122 and name HA )) (( resid 122 and name HB2 )) 3 1.16 1.16 ! peak number c 3215 F1= 4.083 F2= 1.627 null null d= 3.2 assi (( resid 122 and name HA )) (( resid 122 and name HG1 )) 3.2 1.32 1.32 ! peak number c 3214 F1= 4.086 F2= 1.950 null null d= 3.1 assi (( resid 122 and name HA )) (( resid 122 and name HG2 )) 3.1 1.20 1.20 ! peak number n 416 F1= 4.113 F2= 7.908 null null d= 2.7 assi (( resid 122 and name HA )) (( resid 122 and name HN )) 2.7 0.68 0.68 ! peak number n 383 F1= 4.112 F2= 8.148 null null d= 3.1 assi (( resid 122 and name HA )) (( resid 123 and name HN )) 3.1 0.78 0.78 ! peak number c 3581 F1= 1.706 F2= 1.367 null null d= 3.0 assi (( resid 122 and name HB1 )) (( resid 122 and name HB2 )) 3 1.09 1.09 ! peak number c 3575 F1= 6.813 F2= 1.365 null null d= 4.1 assi (( resid 122 and name HB1 )) (( resid 122 and name HE21 )) 4.09 2.10 2.10 ! peak number c 3217 F1= 1.389 F2= 1.623 null null d= 2.7 assi (( resid 122 and name HB1 )) (( resid 122 and name HG1 )) 2.7 0.91 0.91 ! peak number c 3216 F1= 1.399 F2= 1.948 null null d= 3.0 assi (( resid 122 and name HB1 )) (( resid 122 and name HG2 )) 3 1.12 1.12 ! peak number c 3572 F1= 7.889 F2= 1.368 null null d= 3.1 assi (( resid 122 and name HB1 )) (( resid 122 and name HN )) 3.1 1.20 1.20 ! peak number c 1253 F1= 1.373 F2= 7.249 null null d= 4.3 assi (( resid 122 and name HB1 )) (( resid 123 and name HD* )) 4.3 2.37 2.37 ! peak number c 1249 F1= 1.364 F2= 6.825 null null d= 3.7 assi (( resid 122 and name HB1 )) (( resid 123 and name HE* )) 3.7 1.71 1.71 ! peak number c 3571 F1= 8.123 F2= 1.369 null null d= 3.5 assi (( resid 122 and name HB1 )) (( resid 123 and name HN )) 3.5 1.58 1.58 ! peak number c 3574 F1= 6.795 F2= 1.737 null null d= 3.8 assi (( resid 122 and name HB2 )) (( resid 122 and name HE21 )) 3.8 1.80 1.80 ! peak number c 3569 F1= 7.885 F2= 1.716 null null d= 3.0 assi (( resid 122 and name HB2 )) (( resid 122 and name HN )) 3 1.09 1.09 ! peak number c 3577 F1= 4.760 F2= 1.715 null null d= 4.5 assi (( resid 122 and name HB2 )) (( resid 123 and name HA )) 4.5 2.53 2.53 ! peak number c 2082 F1= 7.268 F2= 1.723 null null d= 3.7 assi (( resid 122 and name HB2 )) (( resid 123 and name HD*) or ( resid 122 and name HE22 )) 3.7 1.71 1.71 ! peak number c 1248 F1= 1.698 F2= 6.830 null null d= 3.1 assi (( resid 122 and name HB2 )) (( resid 123 and name HE* )) 3.1 1.20 1.20 ! peak number c 3570 F1= 8.116 F2= 1.715 null null d= 4.0 assi (( resid 122 and name HB2 )) (( resid 123 and name HN )) 4 2.00 2.00 ! peak number n 378 F1= 1.745 F2= 8.149 null null d= 3.0 assi (( resid 122 and name HB2) or ( resid 119 and name HB1 )) (( resid 123 and name HN )) 3 1.12 1.12 ! peak number n 1230 F1= 6.731 F2= 7.348 null null d= 1.9 assi (( resid 122 and name HE21 )) (( resid 122 and name HE22 )) 1.9 0.48 0.48 ! peak number c 3211 F1= 6.784 F2= 1.623 null null d= 3.9 assi (( resid 122 and name HE21 )) (( resid 122 and name HG1 )) 3.9 1.90 1.90 ! peak number c 3212 F1= 6.763 F2= 1.950 null null d= 3.9 assi (( resid 122 and name HE21 )) (( resid 122 and name HG2 )) 3.9 1.90 1.90 ! peak number n 1232 F1= 6.843 F2= 6.735 null null d= 3.7 assi (( resid 122 and name HE21 )) (( resid 123 and name HE* )) 3.7 1.71 1.71 ! peak number c 3210 F1= 7.287 F2= 1.629 null null d= 3.4 assi (( resid 122 and name HE22 )) (( resid 122 and name HG1 )) 3.4 1.40 1.40 ! peak number c 3213 F1= 7.288 F2= 1.952 null null d= 3.5 assi (( resid 122 and name HE22 )) (( resid 122 and name HG2 )) 3.5 1.58 1.58 ! peak number n 1231 F1= 6.839 F2= 7.349 null null d= 3.3 assi (( resid 122 and name HE22 )) (( resid 123 and name HE* )) 3.3 1.36 1.36 ! peak number c 3218 F1= 1.948 F2= 1.627 null null d= 2.4 assi (( resid 122 and name HG1 )) (( resid 122 and name HG2 )) 2.4 0.72 0.72 ! peak number c 3208 F1= 7.887 F2= 1.630 null null d= 3.8 assi (( resid 122 and name HG1 )) (( resid 122 and name HN )) 3.8 1.80 1.80 ! peak number c 3209 F1= 8.120 F2= 1.630 null null d= 4.8 assi (( resid 122 and name HG1 )) (( resid 123 and name HN )) 4.8 2.88 2.88 ! peak number c 3207 F1= 7.902 F2= 1.950 null null d= 3.0 assi (( resid 122 and name HG2 )) (( resid 122 and name HN )) 3 1.16 1.16 ! peak number c 3206 F1= 8.135 F2= 1.954 null null d= 4.3 assi (( resid 122 and name HG2 )) (( resid 123 and name HN )) 4.3 2.31 2.31 ! peak number n 418 F1= 7.250 F2= 7.909 null null d= 3.5 assi (( resid 122 and name HN )) (( resid 123 and name HD* )) 3.5 1.53 1.53 ! peak number c 1257 F1= 7.919 F2= 6.830 null null d= 4.4 assi (( resid 122 and name HN )) (( resid 123 and name HE* )) 4.4 2.42 2.42 ! peak number n 391 F1= 7.910 F2= 8.146 null null d= 2.8 assi (( resid 122 and name HN )) (( resid 123 and name HN )) 2.8 0.71 0.71 ! peak number c 2218 F1= 4.786 F2= 2.536 null null d= 4.0 assi (( resid 123 and name HA )) (( resid 123 and name HB1 )) 4 2.05 2.05 ! peak number c 2217 F1= 4.794 F2= 3.117 null null d= 3.6 assi (( resid 123 and name HA )) (( resid 123 and name HB2 )) 3.6 1.62 1.62 ! peak number c 1027 F1= 4.783 F2= 7.250 null null d= 3.3 assi (( resid 123 and name HA )) (( resid 123 and name HD* )) 3.3 1.36 1.36 ! peak number n 382 F1= 4.807 F2= 8.144 null null d= 2.9 assi (( resid 123 and name HA )) (( resid 123 and name HN )) 2.9 0.72 0.72 ! peak number c 2219 F1= 3.126 F2= 2.550 null null d= 3.7 assi (( resid 123 and name HB1 )) (( resid 123 and name HB2 )) 3.7 1.67 1.67 ! peak number c 1028 F1= 2.552 F2= 7.250 null null d= 4.0 assi (( resid 123 and name HB1 )) (( resid 123 and name HD* )) 4 2.00 2.00 ! peak number c 2214 F1= 8.116 F2= 2.541 null null d= 3.8 assi (( resid 123 and name HB1 )) (( resid 123 and name HN )) 3.8 1.76 1.76 ! peak number c 3870 F1= 8.364 F2= 2.534 null null d= 4.7 assi (( resid 123 and name HB1 )) (( resid 124 and name HN )) 4.7 2.76 2.76 ! peak number c 1029 F1= 3.111 F2= 7.250 null null d= 3.6 assi (( resid 123 and name HB2 )) (( resid 123 and name HD* )) 3.6 1.62 1.62 ! peak number c 1251 F1= 3.109 F2= 6.822 null null d= 4.1 assi (( resid 123 and name HB2 )) (( resid 123 and name HE* )) 4.09 2.10 2.10 ! peak number c 2213 F1= 8.112 F2= 3.114 null null d= 3.6 assi (( resid 123 and name HB2 )) (( resid 123 and name HN )) 3.6 1.62 1.62 ! peak number c 3110 F1= 3.130 F2= 2.820 null null d= 3.1 assi (( resid 123 and name HB2 )) (( resid 59 and name HB2 )) 3.1 1.20 1.20 ! peak number c 1024 F1= 6.823 F2= 7.249 null null d= 2.8 assi (( resid 123 and name HD* )) (( resid 123 and name HE* )) 2.8 0.98 0.98 ! peak number c 1026 F1= 8.127 F2= 7.249 null null d= 3.3 assi (( resid 123 and name HD* )) (( resid 123 and name HN )) 3.3 1.36 1.36 ! peak number c 1256 F1= 7.264 F2= 6.835 null null d= 2.5 assi (( resid 123 and name HD*) or ( resid 122 and name HE22 )) (( resid 123 and name HE* )) 2.5 0.78 0.78 ! peak number c 1032 F1= 8.136 F2= 6.834 null null d= 4.2 assi (( resid 123 and name HE* )) (( resid 123 and name HN )) 4.2 2.15 2.15 ! peak number c 1050 F1= 8.352 F2= 6.826 null null d= 5.4 dist trop loin ! peak number c 1250 F1= 0.816 F2= 6.833 null null d= 3.4 assi (( resid 123 and name HE* )) (( resid 61 and name HG2*) or ( resid 119 and name HD2* )) 3.4 1.44 1.44 ! peak number c 1247 F1= 1.871 F2= 6.828 null null d= 3.6 assi (( resid 123 and name HE* )) (( resid 62 and name HG1 )) 3.6 1.67 1.67 ! peak number c 3937 F1= 6.822 F2= 1.841 null null d= 4.3 assi (( resid 123 and name HE* )) (( resid 62 and name HG2 )) 4.3 2.31 2.31 ! peak number n 346 F1= 8.143 F2= 8.375 null null d= 3.0 assi (( resid 123 and name HN )) (( resid 124 and name HN )) 3 0.75 0.75 ! peak number c 3583 F1= 8.353 F2= 3.960 null null d= 3.0 assi (( resid 124 and name HA1 )) (( resid 124 and name HN )) 3 0.75 0.75 ! peak number n 240 F1= 3.996 F2= 8.337 null null d= 3.1 assi (( resid 124 and name HA1 )) (( resid 125 and name HN )) 3.1 0.78 0.78 ! peak number c 5 F1= 0.567 F2= 3.992 null null d= 4.1 assi (( resid 124 and name HA1 )) (( resid 56 and name HD1* )) 4.09 2.10 2.10 ! peak number c 9 F1= 4.638 F2= 3.986 null null d= 4.7 assi (( resid 124 and name HA1 )) (( resid 60 and name HA )) 4.7 1.18 1.18 ! peak number n 342 F1= 4.512 F2= 8.373 null null d= 3.0 assi (( resid 124 and name HA2 )) (( resid 124 and name HN )) 3 0.75 0.75 ! peak number n 242 F1= 4.509 F2= 8.337 null null d= 3.0 assi (( resid 124 and name HA2 )) (( resid 125 and name HN )) 3 0.75 0.75 ! peak number c 498 F1= 0.550 F2= 4.499 null null d= 4.4 assi (( resid 124 and name HA2 )) (( resid 56 and name HD1* )) 4.4 2.42 2.42 ! peak number c 2684 F1= 4.471 F2= 0.762 null null d= 4.0 assi (( resid 124 and name HA2 )) (( resid 57 and name HD2* )) 4 2.00 2.00 ! peak number c 3691 F1= 4.503 F2= 0.256 null null d= 4.7 assi (( resid 124 and name HA2) or ( resid 117 and name HA )) (( resid 125 and name HD2* )) 4.7 2.76 2.76 ! peak number n 347 F1= 0.585 F2= 8.374 null null d= 3.4 assi (( resid 124 and name HN )) (( resid 56 and name HD1* )) 3.4 1.44 1.44 ! peak number c 504 F1= 1.731 F2= 4.181 null null d= 3.9 assi (( resid 125 and name HA )) (( resid 125 and name HB1 )) 3.9 1.90 1.90 ! peak number c 3591 F1= 4.179 F2= 1.367 null null d= 3.8 assi (( resid 125 and name HA )) (( resid 125 and name HB2 )) 3.8 1.76 1.76 ! peak number c 3610 F1= 4.166 F2= 0.351 null null d= 3.5 assi (( resid 125 and name HA )) (( resid 125 and name HD1* )) 3.5 1.58 1.58 ! peak number c 3622 F1= 4.157 F2= 0.256 null null d= 4.0 assi (( resid 125 and name HA )) (( resid 125 and name HD2* )) 4 2.00 2.00 ! peak number c 3601 F1= 4.169 F2= 1.233 null null d= 4.0 assi (( resid 125 and name HA )) (( resid 125 and name HG )) 4 2.00 2.00 ! peak number n 241 F1= 4.204 F2= 8.337 null null d= 3.1 assi (( resid 125 and name HA )) (( resid 125 and name HN )) 3.1 0.78 0.78 ! peak number c 3589 F1= 1.703 F2= 1.361 null null d= 2.9 assi (( resid 125 and name HB1 )) (( resid 125 and name HB2 )) 2.9 1.02 1.02 ! peak number c 3613 F1= 1.721 F2= 0.354 null null d= 3.6 assi (( resid 125 and name HB1 )) (( resid 125 and name HD1* )) 3.6 1.62 1.62 ! peak number n 247 F1= 1.763 F2= 8.337 null null d= 3.2 assi (( resid 125 and name HB1 )) (( resid 125 and name HN )) 3.2 1.28 1.28 ! peak number c 3593 F1= 8.061 F2= 1.711 null null d= 4.0 assi (( resid 125 and name HB1 )) (( resid 126 and name HN )) 4 2.00 2.00 ! peak number c 3384 F1= 3.008 F2= 1.715 null null d= 4.7 assi (( resid 125 and name HB1) or ( resid 110 and name HB )) (( resid 24 and name HB2) or ( resid 117 and name HB2 )) 4.7 2.76 2.76 ! peak number c 3592 F1= 4.209 F2= 1.730 null null d= 3.5 assi (( resid 125 and name HB1) or ( resid 110 and name HB )) (( resid 26 and name HB1) or ( resid 113 and name HA )) 3.5 1.53 1.53 ! peak number c 3626 F1= 1.728 F2= 0.261 null null d= 3.3 assi (( resid 125 and name HB1) or ( resid 119 and name HB1 )) (( resid 125 and name HD2* )) 3.3 1.36 1.36 ! peak number n 308 F1= 1.768 F2= 8.054 null null d= 3.4 assi (( resid 125 and name HB1) or ( resid 120 and name HB1 )) (( resid 126 and name HN )) 3.4 1.44 1.44 ! peak number c 3587 F1= 0.291 F2= 1.351 null null d= 3.1 assi (( resid 125 and name HB2 )) (( resid 125 and name HD2* )) 3.1 1.24 1.24 ! peak number c 3597 F1= 1.246 F2= 1.351 null null d= 3.3 assi (( resid 125 and name HB2 )) (( resid 125 and name HG )) 3.3 1.36 1.36 ! peak number c 3595 F1= 8.336 F2= 1.357 null null d= 3.3 assi (( resid 125 and name HB2 )) (( resid 125 and name HN )) 3.3 1.40 1.40 ! peak number c 3594 F1= 8.052 F2= 1.353 null null d= 4.2 assi (( resid 125 and name HB2 )) (( resid 126 and name HN )) 4.2 2.26 2.26 ! peak number c 3803 F1= 4.291 F2= 1.369 null null d= 4.3 assi (( resid 125 and name HB2 )) (( resid 58 and name HA )) 4.3 2.31 2.31 ! peak number c 3604 F1= 0.350 F2= 1.258 null null d= 3.1 assi (( resid 125 and name HD1* )) (( resid 125 and name HG )) 3.1 1.20 1.20 ! peak number c 3605 F1= 8.320 F2= 0.354 null null d= 4.5 assi (( resid 125 and name HD1* )) (( resid 125 and name HN )) 4.5 2.53 2.53 ! peak number c 3606 F1= 8.033 F2= 0.354 null null d= 4.4 assi (( resid 125 and name HD1* )) (( resid 126 and name HN )) 4.4 2.42 2.42 ! peak number c 3607 F1= 7.233 F2= 0.355 null null d= 3.2 assi (( resid 125 and name HD1* )) (( resid 24 and name HZ )) 3.2 1.28 1.28 ! peak number c 3608 F1= 6.846 F2= 0.353 null null d= 5.0 assi (( resid 125 and name HD1* )) (( resid 38 and name HD* )) 5 3.12 3.12 ! peak number c 3609 F1= 6.608 F2= 0.353 null null d= 3.9 assi (( resid 125 and name HD1* )) (( resid 38 and name HE* )) 3.9 1.90 1.90 ! peak number c 3611 F1= 3.795 F2= 0.349 null null d= 3.9 assi (( resid 125 and name HD1* )) (( resid 52 and name HA1 )) 3.9 1.90 1.90 ! peak number c 3612 F1= 1.865 F2= 0.353 null null d= 3.7 assi (( resid 125 and name HD1* )) (( resid 58 and name HB1) or ( resid 15 and name HB )) 3.7 1.71 1.71 ! peak number c 3616 F1= 8.323 F2= 0.263 null null d= 4.2 assi (( resid 125 and name HD2* )) (( resid 125 and name HN )) 4.2 2.21 2.21 ! peak number c 3617 F1= 8.062 F2= 0.265 null null d= 5.7 dist trop loin ! peak number c 3618 F1= 7.214 F2= 0.260 null null d= 3.4 assi (( resid 125 and name HD2* )) (( resid 24 and name HZ )) 3.4 1.44 1.44 ! peak number c 3620 F1= 6.861 F2= 0.251 null null d= 5.2 assi (( resid 125 and name HD2* )) (( resid 38 and name HD* )) 5.2 3.38 3.38 ! peak number c 3619 F1= 6.603 F2= 0.258 null null d= 4.6 assi (( resid 125 and name HD2* )) (( resid 38 and name HE* )) 4.59 2.64 2.64 ! peak number c 3624 F1= 3.793 F2= 0.260 null null d= 4.9 assi (( resid 125 and name HD2* )) (( resid 52 and name HA1 )) 4.9 3.00 3.00 ! peak number c 3621 F1= 7.522 F2= 0.265 null null d= 5.3 assi (( resid 125 and name HD2* )) (( resid 55 and name HN )) 5.3 3.51 3.51 ! peak number c 3623 F1= 4.419 F2= 0.277 null null d= 4.1 assi (( resid 125 and name HD2* )) (( resid 57 and name HA) or ( resid 55 and name HA )) 4.09 2.10 2.10 ! peak number c 2687 F1= 0.255 F2= 0.773 null null d= 3.3 assi (( resid 125 and name HD2* )) (( resid 57 and name HD2* )) 3.3 1.36 1.36 ! peak number c 3628 F1= 0.640 F2= 0.262 null null d= 2.4 assi (( resid 125 and name HD2* )) (( resid 61 and name HD1* )) 2.4 0.72 0.72 ! peak number c 2744 F1= 0.257 F2= 0.791 null null d= 3.4 assi (( resid 125 and name HD2* )) (( resid 61 and name HG2* )) 3.4 1.44 1.44 ! peak number c 3603 F1= 8.322 F2= 1.233 null null d= 4.3 assi (( resid 125 and name HG )) (( resid 125 and name HN )) 4.3 2.37 2.37 ! peak number c 3036 F1= 1.228 F2= 1.896 null null d= 3.3 assi (( resid 125 and name HG) or ( resid 101 and name HB1 )) (( resid 96 and name HB2) or ( resid 15 and name HB )) 3.3 1.36 1.36 ! peak number n 244 F1= 8.056 F2= 8.337 null null d= 3.6 assi (( resid 125 and name HN )) (( resid 126 and name HN )) 3.6 0.90 0.90 ! peak number n 248 F1= 0.584 F2= 8.341 null null d= 3.6 assi (( resid 125 and name HN )) (( resid 56 and name HD1* )) 3.6 1.62 1.62 ! peak number c 3884 F1= 8.327 F2= 0.764 null null d= 4.8 assi (( resid 125 and name HN )) (( resid 57 and name HD2* )) 4.8 2.88 2.88 ! peak number c 3629 F1= 3.884 F2= 4.139 null null d= 3.0 assi (( resid 126 and name HA1 )) (( resid 126 and name HA2 )) 3 0.76 0.76 ! peak number c 3632 F1= 8.039 F2= 3.902 null null d= 3.1 assi (( resid 126 and name HA1 )) (( resid 126 and name HN )) 3.1 0.79 0.79 ! peak number c 3646 F1= 3.903 F2= 3.599 null null d= 3.0 assi (( resid 126 and name HA1 )) (( resid 127 and name HD* )) 3 1.12 1.12 ! peak number c 3631 F1= 8.042 F2= 4.140 null null d= 3.3 assi (( resid 126 and name HA2 )) (( resid 126 and name HN )) 3.3 0.82 0.82 ! peak number c 3647 F1= 4.147 F2= 3.598 null null d= 2.9 assi (( resid 126 and name HA2 )) (( resid 127 and name HD* )) 2.9 1.05 1.05 ! peak number c 508 F1= 1.952 F2= 4.158 null null d= 5.6 dist trop loin ! peak number n 910 F1= 4.184 F2= 8.260 null null d= 2.8 assi (( resid 126 and name HA2 )) (( resid 128 and name HN )) 2.8 0.70 0.70 ! peak number n 305 F1= 4.193 F2= 8.054 null null d= 2.6 assi (( resid 126 and name HA2) or ( resid 125 and name HA )) (( resid 126 and name HN )) 2.6 0.85 0.85 ! peak number c 3648 F1= 8.037 F2= 3.597 null null d= 3.8 assi (( resid 126 and name HN )) (( resid 127 and name HD* )) 3.8 1.80 1.80 ! peak number n 306 F1= 4.321 F2= 8.052 null null d= 3.9 assi (( resid 126 and name HN )) (( resid 53 and name HA )) 3.9 0.97 0.97 ! peak number c 3635 F1= 4.457 F2= 1.812 null null d= 3.1 assi (( resid 127 and name HA )) (( resid 127 and name HB1 )) 3.1 1.20 1.20 ! peak number c 3634 F1= 4.453 F2= 2.216 null null d= 3.0 assi (( resid 127 and name HA )) (( resid 127 and name HB2 )) 3 1.12 1.12 ! peak number c 511 F1= 1.952 F2= 4.462 null null d= 3.1 assi (( resid 127 and name HA )) (( resid 127 and name HG* )) 3.1 1.20 1.20 ! peak number c 3638 F1= 2.223 F2= 1.805 null null d= 2.5 assi (( resid 127 and name HB1 )) (( resid 127 and name HB2 )) 2.5 0.81 0.81 ! peak number c 3637 F1= 3.601 F2= 1.809 null null d= 3.6 assi (( resid 127 and name HB1 )) (( resid 127 and name HD* )) 3.6 1.62 1.62 ! peak number c 3642 F1= 8.291 F2= 1.812 null null d= 4.9 assi (( resid 127 and name HB1 )) (( resid 128 and name HN )) 4.9 3.00 3.00 ! peak number c 3633 F1= 3.602 F2= 2.218 null null d= 3.5 assi (( resid 127 and name HB2 )) (( resid 127 and name HD* )) 3.5 1.53 1.53 ! peak number c 3875 F1= 1.972 F2= 2.215 null null d= 2.7 assi (( resid 127 and name HB2 )) (( resid 127 and name HG* )) 2.7 0.91 0.91 ! peak number c 3641 F1= 8.299 F2= 2.214 null null d= 4.4 assi (( resid 127 and name HB2 )) (( resid 128 and name HN )) 4.4 2.42 2.42 ! peak number c 3644 F1= 1.971 F2= 3.602 null null d= 2.8 assi (( resid 127 and name HD* )) (( resid 127 and name HG* )) 2.8 0.98 0.98 ! peak number c 2346 F1= 1.969 F2= 3.870 null null d= 3.7 assi (( resid 127 and name HG* )) (( resid 35 and name HA )) 3.7 1.71 1.71 ! peak number c 3520 F1= 3.679 F2= 1.936 null null d= 3.2 assi (( resid 127 and name HG* )) (( resid 36 and name HA1 )) 3.2 1.28 1.28 ! peak number n 435 F1= 1.969 F2= 7.962 null null d= 3.1 assi (( resid 127 and name HG* )) (( resid 53 and name HN )) 3.1 1.20 1.20 ! peak number c 3655 F1= 4.526 F2= 2.998 null null d= 3.4 assi (( resid 128 and name HA )) (( resid 128 and name HB1 )) 3.4 1.44 1.44 ! peak number c 3654 F1= 4.516 F2= 3.058 null null d= 3.4 assi (( resid 128 and name HA )) (( resid 128 and name HB2 )) 3.4 1.44 1.44 ! peak number c 513 F1= 3.027 F2= 4.531 null null d= 2.8 assi (( resid 128 and name HA )) (( resid 128 and name HB* )) 2.8 0.98 0.98 ! peak number c 1045 F1= 4.534 F2= 7.126 null null d= 3.6 assi (( resid 128 and name HA )) (( resid 128 and name HD* )) 3.6 1.62 1.62 ! peak number c 1048 F1= 4.528 F2= 6.826 null null d= 5.1 assi (( resid 128 and name HA )) (( resid 128 and name HE* )) 5.09 3.25 3.25 ! peak number n 215 F1= 4.552 F2= 8.072 null null d= 2.8 assi (( resid 128 and name HA )) (( resid 129 and name HN )) 2.8 0.70 0.70 ! peak number c 3653 F1= 7.120 F2= 3.007 null null d= 3.3 assi (( resid 128 and name HB1 )) (( resid 128 and name HD* )) 3.3 1.36 1.36 ! peak number c 3651 F1= 8.296 F2= 3.002 null null d= 3.9 assi (( resid 128 and name HB1 )) (( resid 128 and name HN )) 3.9 1.90 1.90 ! peak number n 218 F1= 3.030 F2= 8.069 null null d= 3.6 assi (( resid 128 and name HB1 )) (( resid 129 and name HN )) 3.6 1.62 1.62 ! peak number c 3857 F1= 4.706 F2= 3.014 null null d= 4.4 assi (( resid 128 and name HB1 )) (( resid 51 and name HA )) 4.4 2.42 2.42 ! peak number c 2623 F1= 3.018 F2= 1.011 null null d= 3.3 assi (( resid 128 and name HB1 )) (( resid 51 and name HD2* )) 3.3 1.36 1.36 ! peak number c 3652 F1= 7.122 F2= 3.060 null null d= 3.5 assi (( resid 128 and name HB2 )) (( resid 128 and name HD* )) 3.5 1.53 1.53 ! peak number c 3650 F1= 8.300 F2= 3.051 null null d= 4.1 assi (( resid 128 and name HB2 )) (( resid 128 and name HN )) 4.09 2.10 2.10 ! peak number c 3879 F1= 3.044 F2= 2.139 null null d= 4.6 assi (( resid 128 and name HB2 )) (( resid 129 and name HG* )) 4.59 2.64 2.64 ! peak number n 222 F1= 3.105 F2= 8.073 null null d= 4.4 assi (( resid 128 and name HB2 )) (( resid 129 and name HN )) 4.4 2.42 2.42 ! peak number c 1243 F1= 6.816 F2= 7.127 null null d= 2.4 assi (( resid 128 and name HD* )) (( resid 128 and name HE* )) 2.4 0.72 0.72 ! peak number c 1046 F1= 8.302 F2= 7.126 null null d= 3.8 assi (( resid 128 and name HD* )) (( resid 128 and name HN )) 3.8 1.80 1.80 ! peak number c 1244 F1= 4.208 F2= 7.125 null null d= 5.0 assi (( resid 128 and name HD* )) (( resid 129 and name HA )) 5 3.12 3.12 ! peak number c 1242 F1= 8.068 F2= 7.124 null null d= 4.6 assi (( resid 128 and name HD* )) (( resid 129 and name HN )) 4.59 2.64 2.64 ! peak number c 1246 F1= 4.223 F2= 6.826 null null d= 4.3 assi (( resid 128 and name HE* )) (( resid 129 and name HA )) 4.3 2.31 2.31 ! peak number n 920 F1= 1.901 F2= 8.294 null null d= 3.5 assi (( resid 128 and name HN )) (( resid 53 and name HB2 )) 3.5 1.53 1.53 ! peak number c 518 F1= 1.831 F2= 4.224 null null d= 3.1 assi (( resid 129 and name HA )) (( resid 129 and name HB1 )) 3.1 1.20 1.20 ! peak number c 517 F1= 1.934 F2= 4.224 null null d= 3.1 assi (( resid 129 and name HA )) (( resid 129 and name HB2 )) 3.1 1.20 1.20 ! peak number c 3661 F1= 4.217 F2= 2.156 null null d= 3.2 assi (( resid 129 and name HA )) (( resid 129 and name HG* )) 3.2 1.24 1.24 ! peak number n 214 F1= 4.252 F2= 8.072 null null d= 3.9 assi (( resid 129 and name HA )) (( resid 129 and name HN )) 3.9 0.97 0.97 ! peak number c 3513 F1= 4.204 F2= 1.910 null null d= 3.2 assi (( resid 129 and name HA) or ( resid 118 and name HA )) (( resid 129 and name HB2) or ( resid 118 and name HB1 )) 3.2 1.28 1.28 ! peak number c 3659 F1= 4.213 F2= 1.942 null null d= 3.4 assi (( resid 129 and name HA) or ( resid 118 and name HA )) (( resid 129 and name HB2) or ( resid 118 and name HB2 )) 3.4 1.44 1.44 ! peak number c 3660 F1= 2.157 F2= 1.840 null null d= 2.6 assi (( resid 129 and name HB1 )) (( resid 129 and name HG* )) 2.6 0.85 0.85 ! peak number c 3657 F1= 8.065 F2= 1.833 null null d= 3.5 assi (( resid 129 and name HB1 )) (( resid 129 and name HN )) 3.5 1.58 1.58 ! peak number c 3656 F1= 8.056 F2= 1.943 null null d= 3.7 assi (( resid 129 and name HB2 )) (( resid 129 and name HN )) 3.7 1.71 1.71 ! peak number c 3662 F1= 8.058 F2= 2.156 null null d= 3.9 assi (( resid 129 and name HG* )) (( resid 129 and name HN )) 3.9 1.85 1.85 ! peak number c 2045 F1= 4.256 F2= 1.462 null null d= 3.8 assi (( resid 12 and name HA )) (( resid 12 and name HB1 )) 3.8 1.80 1.80 ! peak number c 3899 F1= 4.259 F2= 1.723 null null d= 3.4 assi (( resid 12 and name HA )) (( resid 12 and name HB2 )) 3.4 1.44 1.44 ! peak number c 47 F1= 1.473 F2= 4.266 null null d= 3.7 assi (( resid 12 and name HA )) (( resid 12 and name HG) or ( resid 12 and name HB1 )) 3.7 1.71 1.71 ! peak number n 855 F1= 4.294 F2= 7.599 null null d= 3.0 assi (( resid 12 and name HA )) (( resid 12 and name HN )) 3 0.75 0.75 ! peak number c 43 F1= 0.685 F2= 4.256 null null d= 4.5 assi (( resid 12 and name HA )) (( resid 14 and name HG2* )) 4.5 2.53 2.53 ! peak number c 2047 F1= 1.444 F2= 1.726 null null d= 2.8 assi (( resid 12 and name HB1 )) (( resid 12 and name HB2 )) 2.8 0.98 0.98 ! peak number c 2041 F1= 7.581 F2= 1.468 null null d= 3.3 assi (( resid 12 and name HB1 )) (( resid 12 and name HN )) 3.3 1.36 1.36 ! peak number c 2042 F1= 8.281 F2= 1.474 null null d= 4.0 assi (( resid 12 and name HB1 )) (( resid 13 and name HN )) 4 2.00 2.00 ! peak number c 2068 F1= 1.725 F2= 0.542 null null d= 2.8 assi (( resid 12 and name HB2 )) (( resid 12 and name HD1* )) 2.8 0.98 0.98 ! peak number c 2073 F1= 1.750 F2= 0.129 null null d= 3.0 assi (( resid 12 and name HB2 )) (( resid 12 and name HD2* )) 3 1.12 1.12 ! peak number c 2040 F1= 7.578 F2= 1.720 null null d= 3.2 assi (( resid 12 and name HB2 )) (( resid 12 and name HN )) 3.2 1.28 1.28 ! peak number n 96 F1= 1.769 F2= 9.366 null null d= 3.8 assi (( resid 12 and name HB2 )) (( resid 57 and name HN )) 3.8 1.80 1.80 ! peak number c 3382 F1= 4.658 F2= 1.720 null null d= 4.1 assi (( resid 12 and name HB2 )) (( resid 9 and name HA )) 4.09 2.10 2.10 ! peak number c 2070 F1= 0.132 F2= 0.545 null null d= 2.5 assi (( resid 12 and name HD1* )) (( resid 12 and name HD2* )) 2.5 0.81 0.81 ! peak number c 2053 F1= 0.518 F2= 1.466 null null d= 3.3 assi (( resid 12 and name HD1* )) (( resid 12 and name HG )) 3.3 1.36 1.36 ! peak number n 850 F1= 0.554 F2= 7.601 null null d= 3.5 assi (( resid 12 and name HD1* )) (( resid 12 and name HN )) 3.5 1.53 1.53 ! peak number n 1179 F1= 0.565 F2= 8.247 null null d= 4.1 assi (( resid 12 and name HD1* )) (( resid 29 and name HN )) 4.09 2.10 2.10 ! peak number c 2060 F1= 9.373 F2= 0.543 null null d= 3.5 assi (( resid 12 and name HD1* )) (( resid 57 and name HN )) 3.5 1.53 1.53 ! peak number c 3705 F1= 8.114 F2= 0.540 null null d= 4.7 assi (( resid 12 and name HD1* )) (( resid 8 and name HN) or ( resid 59 and name HN )) 4.7 2.76 2.76 ! peak number c 2016 F1= 0.555 F2= 2.677 null null d= 3.8 assi (( resid 12 and name HD1* )) (( resid 9 and name HB1 )) 3.8 1.80 1.80 ! peak number c 2023 F1= 0.531 F2= 3.200 null null d= 3.6 assi (( resid 12 and name HD1* )) (( resid 9 and name HB2 )) 3.6 1.62 1.62 ! peak number c 2062 F1= 7.280 F2= 0.543 null null d= 2.9 assi (( resid 12 and name HD1* )) (( resid 9 and name HE* )) 2.9 1.05 1.05 ! peak number c 2052 F1= 0.140 F2= 1.467 null null d= 3.0 assi (( resid 12 and name HD2* )) (( resid 12 and name HG )) 3 1.16 1.16 ! peak number c 2075 F1= 0.803 F2= 0.132 null null d= 2.9 assi (( resid 12 and name HD2* )) (( resid 57 and name HD2* )) 2.9 1.05 1.05 ! peak number c 3688 F1= 2.847 F2= 0.135 null null d= 4.2 assi (( resid 12 and name HD2* )) (( resid 86 and name HE*) or ( resid 59 and name HB2 )) 4.2 2.21 2.21 ! peak number c 2077 F1= 3.222 F2= 0.135 null null d= 3.7 assi (( resid 12 and name HD2* )) (( resid 9 and name HB2 )) 3.7 1.71 1.71 ! peak number c 2079 F1= 7.264 F2= 0.132 null null d= 3.1 assi (( resid 12 and name HD2* )) (( resid 9 and name HE* )) 3.1 1.20 1.20 ! peak number c 2059 F1= 4.007 F2= 1.478 null null d= 4.3 assi (( resid 12 and name HG )) (( resid 124 and name HA1 )) 4.3 2.31 2.31 ! peak number n 851 F1= 0.691 F2= 7.601 null null d= 3.9 assi (( resid 12 and name HN )) (( resid 14 and name HG2* )) 3.9 1.90 1.90 ! peak number n 859 F1= 8.268 F2= 7.601 null null d= 3.6 assi (( resid 12 and name HN )) (( resid 29 and name HN )) 3.6 0.90 0.90 ! peak number n 857 F1= 4.646 F2= 7.596 null null d= 3.7 assi (( resid 12 and name HN )) (( resid 9 and name HA )) 3.7 0.93 0.93 ! peak number c 527 F1= 1.868 F2= 4.720 null null d= 4.0 assi (( resid 13 and name HA )) (( resid 13 and name HB2 )) 4 2.00 2.00 ! peak number c 2100 F1= 4.718 F2= 0.690 null null d= 2.7 assi (( resid 13 and name HA )) (( resid 14 and name HG2* )) 2.7 0.91 0.91 ! peak number c 102 F1= 4.721 F2= 5.294 null null d= 3.7 assi (( resid 13 and name HA )) (( resid 28 and name HA )) 3.7 0.93 0.93 ! peak number c 526 F1= 1.522 F2= 4.721 null null d= 4.0 assi (( resid 13 and name HA )) (( resid 28 and name HB1 )) 4 2.00 2.00 ! peak number n 919 F1= 1.758 F2= 8.292 null null d= 3.0 assi (( resid 13 and name HB1 )) (( resid 13 and name HN )) 3 1.12 1.12 ! peak number n 955 F1= 1.857 F2= 8.321 null null d= 3.7 assi (( resid 13 and name HB2 )) (( resid 13 and name HN )) 3.7 1.71 1.71 ! peak number c 107 F1= 1.868 F2= 5.294 null null d= 4.7 assi (( resid 13 and name HB2 )) (( resid 28 and name HA )) 4.7 2.76 2.76 ! peak number c 3827 F1= 1.904 F2= 1.495 null null d= 4.9 assi (( resid 13 and name HB2 )) (( resid 28 and name HB1 )) 4.9 3.00 3.00 ! peak number n 950 F1= 4.473 F2= 8.324 null null d= 2.9 assi (( resid 13 and name HN )) (( resid 57 and name HA )) 2.9 0.72 0.72 ! peak number n 957 F1= 7.132 F2= 8.319 null null d= 3.8 assi (( resid 13 and name HN )) (( resid 9 and name HD* )) 3.8 1.80 1.80 ! peak number c 2085 F1= 4.943 F2= 2.290 null null d= 3.4 assi (( resid 14 and name HA )) (( resid 14 and name HB )) 3.4 1.44 1.44 ! peak number c 2093 F1= 4.952 F2= 0.363 null null d= 3.6 assi (( resid 14 and name HA )) (( resid 14 and name HG1* )) 3.6 1.62 1.62 ! peak number c 2101 F1= 4.969 F2= 0.676 null null d= 2.8 assi (( resid 14 and name HA )) (( resid 14 and name HG2* )) 2.8 1.02 1.02 ! peak number n 364 F1= 4.989 F2= 8.326 null null d= 3.4 assi (( resid 14 and name HA )) (( resid 14 and name HN )) 3.4 0.85 0.85 ! peak number c 2122 F1= 4.948 F2= 0.808 null null d= 3.1 assi (( resid 14 and name HA )) (( resid 15 and name HG1* )) 3.1 1.20 1.20 ! peak number n 427 F1= 4.973 F2= 8.607 null null d= 2.9 assi (( resid 14 and name HA )) (( resid 15 and name HN )) 2.9 0.72 0.72 ! peak number c 235 F1= 4.948 F2= 4.433 null null d= 4.0 assi (( resid 14 and name HA )) (( resid 57 and name HA )) 4 1.00 1.00 ! peak number n 673 F1= 4.967 F2= 7.406 null null d= 3.1 assi (( resid 14 and name HA )) (( resid 58 and name HN )) 3.1 0.78 0.78 ! peak number c 2083 F1= 0.375 F2= 2.291 null null d= 3.4 assi (( resid 14 and name HB )) (( resid 14 and name HG1* )) 3.4 1.40 1.40 ! peak number c 2084 F1= 0.661 F2= 2.289 null null d= 3.0 assi (( resid 14 and name HB )) (( resid 14 and name HG2* )) 3 1.09 1.09 ! peak number c 2086 F1= 8.587 F2= 2.275 null null d= 3.0 assi (( resid 14 and name HB )) (( resid 15 and name HN )) 3 1.16 1.16 ! peak number n 675 F1= 2.313 F2= 7.413 null null d= 3.8 assi (( resid 14 and name HB )) (( resid 58 and name HN )) 3.8 1.80 1.80 ! peak number c 2087 F1= 0.667 F2= 0.363 null null d= 2.4 assi (( resid 14 and name HG1* )) (( resid 14 and name HG2* )) 2.4 0.72 0.72 ! peak number c 2095 F1= 8.300 F2= 0.364 null null d= 3.0 assi (( resid 14 and name HG1* )) (( resid 14 and name HN )) 3 1.12 1.12 ! peak number c 54 F1= 0.389 F2= 5.200 null null d= 4.9 assi (( resid 14 and name HG1* )) (( resid 15 and name HA )) 4.9 3.00 3.00 ! peak number c 2096 F1= 8.583 F2= 0.364 null null d= 3.3 assi (( resid 14 and name HG1* )) (( resid 15 and name HN )) 3.3 1.40 1.40 ! peak number c 94 F1= 0.394 F2= 4.468 null null d= 4.6 assi (( resid 14 and name HG1* )) (( resid 27 and name HA1 )) 4.59 2.64 2.64 ! peak number n 375 F1= 0.399 F2= 8.550 null null d= 3.5 assi (( resid 14 and name HG1* )) (( resid 27 and name HN )) 3.5 1.53 1.53 ! peak number c 2094 F1= 5.270 F2= 0.360 null null d= 3.6 assi (( resid 14 and name HG1* )) (( resid 28 and name HA )) 3.6 1.62 1.62 ! peak number c 2088 F1= 1.503 F2= 0.365 null null d= 4.0 assi (( resid 14 and name HG1* )) (( resid 28 and name HB1 )) 4 1.95 1.95 ! peak number c 3817 F1= 0.373 F2= 1.436 null null d= 4.5 assi (( resid 14 and name HG1* )) (( resid 28 and name HB2 )) 4.5 2.53 2.53 ! peak number n 772 F1= 0.410 F2= 8.226 null null d= 3.3 assi (( resid 14 and name HG1* )) (( resid 28 and name HN )) 3.3 1.36 1.36 ! peak number n 1180 F1= 0.407 F2= 8.249 null null d= 3.6 assi (( resid 14 and name HG1* )) (( resid 29 and name HN )) 3.6 1.62 1.62 ! peak number c 2091 F1= 4.441 F2= 0.354 null null d= 3.8 assi (( resid 14 and name HG1* )) (( resid 55 and name HA )) 3.8 1.80 1.80 ! peak number c 3695 F1= 1.864 F2= 0.365 null null d= 3.9 assi (( resid 14 and name HG1* )) (( resid 55 and name HB )) 3.9 1.90 1.90 ! peak number c 2097 F1= 9.147 F2= 0.365 null null d= 4.4 assi (( resid 14 and name HG1* )) (( resid 56 and name HN )) 4.4 2.42 2.42 ! peak number c 2090 F1= 1.615 F2= 0.365 null null d= 3.8 assi (( resid 14 and name HG1* )) (( resid 57 and name HB2) or ( resid 41 and name HB2 )) 3.8 1.80 1.80 ! peak number c 2098 F1= 8.298 F2= 0.667 null null d= 3.2 assi (( resid 14 and name HG2* )) (( resid 14 and name HN )) 3.2 1.24 1.24 ! peak number c 3726 F1= 8.583 F2= 0.659 null null d= 3.0 assi (( resid 14 and name HG2* )) (( resid 15 and name HN )) 3 1.16 1.16 ! peak number c 2105 F1= 1.533 F2= 0.669 null null d= 4.0 assi (( resid 14 and name HG2* )) (( resid 28 and name HB1 )) 4 2.00 2.00 ! peak number n 1178 F1= 0.690 F2= 8.247 null null d= 3.1 assi (( resid 14 and name HG2* )) (( resid 29 and name HN )) 3.1 1.20 1.20 ! peak number c 232 F1= 0.678 F2= 4.429 null null d= 2.9 assi (( resid 14 and name HG2* )) (( resid 57 and name HA )) 2.9 1.05 1.05 ! peak number c 2099 F1= 4.417 F2= 0.677 null null d= 2.8 assi (( resid 14 and name HG2* )) (( resid 57 and name HA) or ( resid 29 and name HA )) 2.8 0.98 0.98 ! peak number n 92 F1= 0.708 F2= 9.368 null null d= 3.3 assi (( resid 14 and name HG2* )) (( resid 57 and name HN )) 3.3 1.36 1.36 ! peak number n 677 F1= 0.702 F2= 7.407 null null d= 2.8 assi (( resid 14 and name HG2* )) (( resid 58 and name HN )) 2.8 0.98 0.98 ! peak number n 365 F1= 5.306 F2= 8.323 null null d= 3.0 assi (( resid 14 and name HN )) (( resid 28 and name HA )) 3 0.75 0.75 ! peak number n 361 F1= 1.556 F2= 8.322 null null d= 3.6 assi (( resid 14 and name HN )) (( resid 28 and name HB1 )) 3.6 1.62 1.62 ! peak number n 362 F1= 1.908 F2= 8.324 null null d= 3.6 assi (( resid 14 and name HN )) (( resid 58 and name HB1 )) 3.6 1.62 1.62 ! peak number c 2110 F1= 5.190 F2= 1.870 null null d= 3.8 assi (( resid 15 and name HA )) (( resid 15 and name HB )) 3.8 1.80 1.80 ! peak number c 2121 F1= 5.199 F2= 0.809 null null d= 3.3 assi (( resid 15 and name HA )) (( resid 15 and name HG2* )) 3.3 1.36 1.36 ! peak number n 429 F1= 5.207 F2= 8.600 null null d= 4.1 assi (( resid 15 and name HA )) (( resid 15 and name HN )) 4.09 1.02 1.02 ! peak number n 139 F1= 5.225 F2= 9.946 null null d= 2.8 assi (( resid 15 and name HA )) (( resid 16 and name HN )) 2.8 0.70 0.70 ! peak number c 57 F1= 4.960 F2= 5.198 null null d= 3.9 assi (( resid 15 and name HA )) (( resid 26 and name HA )) 3.9 0.96 0.96 ! peak number n 372 F1= 5.220 F2= 8.551 null null d= 3.6 assi (( resid 15 and name HA )) (( resid 27 and name HN )) 3.6 0.90 0.90 ! peak number c 2114 F1= 0.829 F2= 1.865 null null d= 2.7 assi (( resid 15 and name HB )) (( resid 15 and name HG2*) or ( resid 15 and name HG1* )) 2.7 0.88 0.88 ! peak number c 2108 F1= 8.589 F2= 1.864 null null d= 4.1 assi (( resid 15 and name HB )) (( resid 15 and name HN )) 4.09 2.10 2.10 ! peak number c 2107 F1= 9.931 F2= 1.864 null null d= 3.7 assi (( resid 15 and name HB )) (( resid 16 and name HN )) 3.7 1.71 1.71 ! peak number c 2109 F1= 7.109 F2= 1.862 null null d= 4.7 assi (( resid 15 and name HB )) (( resid 24 and name HD* )) 4.7 2.76 2.76 ! peak number c 2111 F1= 4.793 F2= 1.869 null null d= 4.0 assi (( resid 15 and name HB )) (( resid 56 and name HA) or ( resid 17 and name HA )) 4 2.00 2.00 ! peak number c 3949 F1= 0.567 F2= 1.866 null null d= 4.5 assi (( resid 15 and name HB )) (( resid 56 and name HD1*) or ( resid 12 and name HD1* )) 4.5 2.53 2.53 ! peak number c 3948 F1= 0.141 F2= 1.869 null null d= 4.6 assi (( resid 15 and name HB )) (( resid 56 and name HD2* )) 4.59 2.64 2.64 ! peak number c 2118 F1= 8.585 F2= 0.805 null null d= 3.2 assi (( resid 15 and name HG1* )) (( resid 15 and name HN )) 3.2 1.32 1.32 ! peak number c 3950 F1= 0.145 F2= 0.807 null null d= 3.1 assi (( resid 15 and name HG1* )) (( resid 56 and name HD2* )) 3.1 1.20 1.20 ! peak number c 2696 F1= 0.812 F2= 2.186 null null d= 3.5 assi (( resid 15 and name HG1* )) (( resid 58 and name HB2 )) 3.5 1.53 1.53 ! peak number c 2119 F1= 7.384 F2= 0.802 null null d= 3.7 assi (( resid 15 and name HG1* )) (( resid 58 and name HN )) 3.7 1.71 1.71 ! peak number c 2664 F1= 0.831 F2= 0.983 null null d= 4.0 assi (( resid 15 and name HG1*) or ( resid 119 and name HD2* )) (( resid 56 and name HB1 )) 4 2.00 2.00 ! peak number c 2663 F1= 0.814 F2= 1.947 null null d= 4.2 assi (( resid 15 and name HG1*) or ( resid 119 and name HD2* )) (( resid 56 and name HB2 )) 4.2 2.21 2.21 ! peak number n 134 F1= 0.865 F2= 9.947 null null d= 3.1 assi (( resid 15 and name HG2* )) (( resid 16 and name HN )) 3.1 1.20 1.20 ! peak number c 204 F1= 0.837 F2= 4.606 null null d= 4.7 assi (( resid 15 and name HG2* )) (( resid 24 and name HA )) 4.7 2.76 2.76 ! peak number c 3743 F1= 2.523 F2= 0.802 null null d= 3.5 assi (( resid 15 and name HG2* )) (( resid 24 and name HB1 )) 3.5 1.53 1.53 ! peak number c 2117 F1= 9.150 F2= 0.808 null null d= 3.6 assi (( resid 15 and name HG2* )) (( resid 25 and name HN )) 3.6 1.62 1.62 ! peak number c 92 F1= 0.843 F2= 4.979 null null d= 3.4 assi (( resid 15 and name HG2* )) (( resid 26 and name HA )) 3.4 1.44 1.44 ! peak number c 263 F1= 0.844 F2= 4.147 null null d= 3.9 assi (( resid 15 and name HG2* )) (( resid 26 and name HB1 )) 3.9 1.90 1.90 ! peak number n 479 F1= 0.861 F2= 9.602 null null d= 3.6 assi (( resid 15 and name HG2* )) (( resid 26 and name HN )) 3.6 1.62 1.62 ! peak number n 374 F1= 0.874 F2= 8.553 null null d= 3.3 assi (( resid 15 and name HG2* )) (( resid 27 and name HN )) 3.3 1.36 1.36 ! peak number c 2120 F1= 7.091 F2= 0.808 null null d= 3.8 assi (( resid 15 and name HG2*) or ( resid 15 and name HG1* )) (( resid 24 and name HD* )) 3.8 1.80 1.80 ! peak number c 2652 F1= 8.597 F2= 0.649 null null d= 4.2 assi (( resid 15 and name HN )) (( resid 55 and name HD1* )) 4.2 2.21 2.21 ! peak number n 681 F1= 8.619 F2= 7.414 null null d= 3.7 assi (( resid 15 and name HN )) (( resid 58 and name HN )) 3.7 0.93 0.93 ! peak number c 2130 F1= 1.498 F2= 5.903 null null d= 3.6 assi (( resid 16 and name HA )) (( resid 16 and name HB* )) 3.6 1.59 1.59 ! peak number n 142 F1= 5.913 F2= 9.936 null null d= 3.8 assi (( resid 16 and name HA )) (( resid 16 and name HN )) 3.8 0.95 0.95 ! peak number c 62 F1= 4.792 F2= 5.896 null null d= 5.8 dist trop loin ! peak number c 2132 F1= 8.059 F2= 5.899 null null d= 3.5 assi (( resid 16 and name HA )) (( resid 17 and name HN )) 3.5 0.88 0.88 ! peak number c 2131 F1= 7.123 F2= 5.898 null null d= 4.5 assi (( resid 16 and name HA )) (( resid 24 and name HD* )) 4.5 2.53 2.53 ! peak number c 58 F1= 0.395 F2= 5.903 null null d= 4.7 assi (( resid 16 and name HA )) (( resid 40 and name HD1*) or ( resid 14 and name HG1* )) 4.7 2.76 2.76 ! peak number c 227 F1= 5.914 F2= 4.484 null null d= 4.6 assi (( resid 16 and name HA )) (( resid 55 and name HA )) 4.59 1.15 1.15 ! peak number c 59 F1= 0.639 F2= 5.903 null null d= 4.1 assi (( resid 16 and name HA )) (( resid 55 and name HD1* )) 4.09 2.10 2.10 ! peak number c 2133 F1= 9.929 F2= 1.490 null null d= 3.3 assi (( resid 16 and name HB* )) (( resid 16 and name HN )) 3.3 1.36 1.36 ! peak number c 2139 F1= 4.773 F2= 1.493 null null d= 4.0 assi (( resid 16 and name HB* )) (( resid 17 and name HA )) 4 2.00 2.00 ! peak number c 2135 F1= 8.066 F2= 1.488 null null d= 3.4 assi (( resid 16 and name HB* )) (( resid 17 and name HN )) 3.4 1.40 1.40 ! peak number c 3826 F1= 7.282 F2= 1.493 null null d= 4.7 assi (( resid 16 and name HB* )) (( resid 18 and name HE3 )) 4.7 2.76 2.76 ! peak number c 2134 F1= 9.123 F2= 1.492 null null d= 3.9 assi (( resid 16 and name HB* )) (( resid 25 and name HN )) 3.9 1.90 1.90 ! peak number c 2140 F1= 4.493 F2= 1.486 null null d= 3.2 assi (( resid 16 and name HB* )) (( resid 26 and name HB2 )) 3.2 1.28 1.28 ! peak number c 1164 F1= 1.474 F2= 7.348 null null d= 5.4 dist trop loin ! peak number c 1161 F1= 1.471 F2= 7.598 null null d= 4.4 assi (( resid 16 and name HB* )) (( resid 42 and name HE* )) 4.4 2.42 2.42 ! peak number c 1174 F1= 1.479 F2= 7.106 null null d= 3.8 assi (( resid 16 and name HB* )) (( resid 42 and name HZ )) 3.8 1.76 1.76 ! peak number c 226 F1= 1.498 F2= 4.468 null null d= 5.6 dist trop loin ! peak number c 378 F1= 1.507 F2= 5.058 null null d= 4.6 assi (( resid 16 and name HB*) or ( resid 101 and name HG2 )) (( resid 96 and name HA) or ( resid 54 and name HA )) 4.59 2.64 2.64 ! peak number n 137 F1= 4.595 F2= 9.946 null null d= 3.4 assi (( resid 16 and name HN )) (( resid 24 and name HA )) 3.4 0.85 0.85 ! peak number c 1194 F1= 9.979 F2= 7.165 null null d= 5.0 assi (( resid 16 and name HN )) (( resid 25 and name HD* )) 5 3.12 3.12 ! peak number n 843 F1= 9.947 F2= 9.100 null null d= 3.7 assi (( resid 16 and name HN )) (( resid 25 and name HN )) 3.7 0.93 0.93 ! peak number n 138 F1= 4.981 F2= 9.948 null null d= 3.7 assi (( resid 16 and name HN )) (( resid 26 and name HA )) 3.7 0.93 0.93 ! peak number c 2153 F1= 4.776 F2= 0.927 null null d= 3.8 assi (( resid 17 and name HA )) (( resid 17 and name HB1 )) 3.8 1.85 1.85 ! peak number c 2154 F1= 4.781 F2= 0.456 null null d= 4.4 assi (( resid 17 and name HA )) (( resid 17 and name HB2 )) 4.4 2.42 2.42 ! peak number n 1216 F1= 4.775 F2= 8.098 null null d= 3.5 assi (( resid 17 and name HA )) (( resid 17 and name HN )) 3.5 0.88 0.88 ! peak number c 1138 F1= 4.746 F2= 6.454 null null d= 5.4 dist trop loin ! peak number c 1139 F1= 4.723 F2= 7.286 null null d= 6.6 dist trop loin ! peak number c 65 F1= 4.584 F2= 4.786 null null d= 3.8 assi (( resid 17 and name HA )) (( resid 24 and name HA )) 3.8 0.95 0.95 ! peak number c 2147 F1= 0.921 F2= 0.456 null null d= 3.1 assi (( resid 17 and name HB1 )) (( resid 17 and name HB2 )) 3.1 1.20 1.20 ! peak number c 2170 F1= 0.914 F2= 2.727 null null d= 2.9 assi (( resid 17 and name HB1 )) (( resid 17 and name HE1 )) 2.9 1.05 1.05 ! peak number c 2172 F1= 0.911 F2= 2.612 null null d= 2.9 assi (( resid 17 and name HB1 )) (( resid 17 and name HE2 )) 2.9 1.05 1.05 ! peak number c 2160 F1= 8.070 F2= 0.937 null null d= 3.6 assi (( resid 17 and name HB1 )) (( resid 17 and name HN )) 3.6 1.62 1.62 ! peak number c 2193 F1= 0.908 F2= 2.764 null null d= 3.6 assi (( resid 17 and name HB1 )) (( resid 21 and name HB* )) 3.6 1.62 1.62 ! peak number c 2155 F1= 7.232 F2= 0.928 null null d= 4.6 assi (( resid 17 and name HB1 )) (( resid 24 and name HZ )) 4.59 2.64 2.64 ! peak number c 2161 F1= 5.040 F2= 0.925 null null d= 5.6 dist trop loin ! peak number c 2152 F1= 3.380 F2= 0.923 null null d= 4.8 assi (( resid 17 and name HB1 )) (( resid 54 and name HB2 )) 4.8 2.88 2.88 ! peak number c 2149 F1= 0.667 F2= 0.938 null null d= 3.4 assi (( resid 17 and name HB1 )) (( resid 55 and name HD1* )) 3.4 1.44 1.44 ! peak number c 2167 F1= 0.465 F2= 2.728 null null d= 5.1 assi (( resid 17 and name HB2 )) (( resid 17 and name HE1 )) 5.09 3.25 3.25 ! peak number c 2174 F1= 0.467 F2= 2.608 null null d= 4.3 assi (( resid 17 and name HB2 )) (( resid 17 and name HE2 )) 4.3 2.31 2.31 ! peak number c 2150 F1= 1.145 F2= 0.454 null null d= 4.7 assi (( resid 17 and name HB2 )) (( resid 17 and name HG1 )) 4.7 2.76 2.76 ! peak number c 2157 F1= 8.080 F2= 0.461 null null d= 3.9 assi (( resid 17 and name HB2 )) (( resid 17 and name HN )) 3.9 1.90 1.90 ! peak number c 3701 F1= 4.574 F2= 0.455 null null d= 4.6 assi (( resid 17 and name HB2 )) (( resid 24 and name HA )) 4.59 2.64 2.64 ! peak number c 2156 F1= 7.221 F2= 0.457 null null d= 4.6 assi (( resid 17 and name HB2 )) (( resid 24 and name HZ )) 4.59 2.64 2.64 ! peak number c 2162 F1= 5.060 F2= 0.446 null null d= 5.4 dist trop loin ! peak number c 2151 F1= 3.382 F2= 0.452 null null d= 4.7 assi (( resid 17 and name HB2 )) (( resid 54 and name HB2 )) 4.7 2.76 2.76 ! peak number c 2146 F1= 0.663 F2= 0.457 null null d= 3.1 assi (( resid 17 and name HB2 )) (( resid 55 and name HD1* )) 3.1 1.20 1.20 ! peak number c 2169 F1= 1.153 F2= 2.733 null null d= 4.1 assi (( resid 17 and name HE1 )) (( resid 17 and name HG1 )) 4.09 2.10 2.10 ! peak number c 2177 F1= 7.227 F2= 2.726 null null d= 4.0 assi (( resid 17 and name HE1 )) (( resid 24 and name HZ )) 4 2.00 2.00 ! peak number c 2168 F1= 1.139 F2= 2.609 null null d= 3.4 assi (( resid 17 and name HE2 )) (( resid 17 and name HG1 )) 3.4 1.44 1.44 ! peak number c 2178 F1= 7.240 F2= 2.610 null null d= 3.8 assi (( resid 17 and name HE2 )) (( resid 24 and name HZ )) 3.8 1.80 1.80 ! peak number n 1214 F1= 7.106 F2= 8.092 null null d= 3.8 assi (( resid 17 and name HN )) (( resid 42 and name HZ) or ( resid 24 and name HD* )) 3.8 1.80 1.80 ! peak number n 1210 F1= 0.669 F2= 8.105 null null d= 3.6 assi (( resid 17 and name HN )) (( resid 55 and name HD1* )) 3.6 1.62 1.62 ! peak number c 68 F1= 2.973 F2= 5.005 null null d= 3.9 assi (( resid 18 and name HA )) (( resid 18 and name HB1 )) 3.9 1.90 1.90 ! peak number c 67 F1= 3.679 F2= 5.001 null null d= 3.4 assi (( resid 18 and name HA )) (( resid 18 and name HB2 )) 3.4 1.44 1.44 ! peak number n 576 F1= 5.033 F2= 7.788 null null d= 4.3 assi (( resid 18 and name HA )) (( resid 19 and name HN )) 4.3 1.07 1.07 ! peak number c 70 F1= 1.290 F2= 5.004 null null d= 4.6 assi (( resid 18 and name HA )) (( resid 50 and name HG1* )) 4.59 2.64 2.64 ! peak number c 69 F1= 1.099 F2= 5.005 null null d= 4.6 assi (( resid 18 and name HA )) (( resid 50 and name HG2* )) 4.59 2.64 2.64 ! peak number c 2179 F1= 3.691 F2= 2.972 null null d= 3.0 assi (( resid 18 and name HB1 )) (( resid 18 and name HB2 )) 3 1.16 1.16 ! peak number c 1092 F1= 2.955 F2= 6.450 null null d= 4.4 assi (( resid 18 and name HB1 )) (( resid 18 and name HD1 )) 4.4 2.42 2.42 ! peak number c 1096 F1= 2.973 F2= 7.294 null null d= 5.5 dist trop loin ! peak number c 1098 F1= 2.956 F2= 6.739 null null d= 5.9 dist trop loin ! peak number c 2182 F1= 1.058 F2= 2.971 null null d= 4.0 assi (( resid 18 and name HB1 )) (( resid 50 and name HG2* )) 4 2.00 2.00 ! peak number c 1093 F1= 3.700 F2= 6.455 null null d= 4.9 assi (( resid 18 and name HB2 )) (( resid 18 and name HD1 )) 4.9 3.00 3.00 ! peak number c 1097 F1= 3.665 F2= 7.300 null null d= 6.0 dist trop loin ! peak number c 1099 F1= 3.669 F2= 6.753 null null d= 5.6 dist trop loin ! peak number c 2184 F1= 6.737 F2= 3.718 null null d= 3.8 assi (( resid 18 and name HB2 )) (( resid 18 and name HZ3) or ( resid 18 and name HH2 )) 3.8 1.80 1.80 ! peak number c 1091 F1= 9.157 F2= 6.453 null null d= 3.0 assi (( resid 18 and name HD1 )) (( resid 18 and name HE1 )) 3 1.16 1.16 ! peak number c 1136 F1= 7.122 F2= 6.453 null null d= 4.2 assi (( resid 18 and name HD1 )) (( resid 42 and name HZ )) 4.2 2.21 2.21 ! peak number c 1119 F1= 9.158 F2= 6.945 null null d= 3.4 assi (( resid 18 and name HE1 )) (( resid 18 and name HZ2 )) 3.4 1.44 1.44 ! peak number n 21 F1= 6.574 F2= 9.159 null null d= 3.5 assi (( resid 18 and name HE1 )) (( resid 46 and name HD* )) 3.5 1.53 1.53 ! peak number c 2650 F1= 9.161 F2= 0.643 null null d= 3.4 assi (( resid 18 and name HE1) or ( resid 116 and name HN )) (( resid 61 and name HD1*) or ( resid 55 and name HD1* )) 3.4 1.44 1.44 ! peak number c 1102 F1= 6.936 F2= 7.290 null null d= 5.7 dist trop loin ! peak number c 1094 F1= 6.739 F2= 7.292 null null d= 3.1 assi (( resid 18 and name HE3 )) (( resid 18 and name HZ3 )) 3.1 1.20 1.20 ! peak number c 1206 F1= 7.285 F2= 6.131 null null d= 4.6 assi (( resid 18 and name HE3 )) (( resid 46 and name HE* )) 4.59 2.64 2.64 ! peak number c 2637 F1= 7.281 F2= 3.143 null null d= 4.0 assi (( resid 18 and name HE3 )) (( resid 53 and name HE* )) 4 2.00 2.00 ! peak number c 1120 F1= 6.751 F2= 6.945 null null d= 2.9 assi (( resid 18 and name HH2 )) (( resid 18 and name HZ2 )) 2.9 1.05 1.05 ! peak number c 1208 F1= 6.734 F2= 6.133 null null d= 4.4 assi (( resid 18 and name HH2 )) (( resid 46 and name HE* )) 4.4 2.42 2.42 ! peak number c 3123 F1= 6.739 F2= 2.045 null null d= 3.3 assi (( resid 18 and name HH2 )) (( resid 50 and name HB )) 3.3 1.36 1.36 ! peak number c 1141 F1= 7.110 F2= 6.948 null null d= 5.0 assi (( resid 18 and name HZ2 )) (( resid 42 and name HZ )) 5 3.12 3.12 ! peak number c 1210 F1= 6.758 F2= 6.574 null null d= 4.1 assi (( resid 18 and name HZ3) or ( resid 18 and name HH2 )) (( resid 46 and name HD* )) 4.09 2.10 2.10 ! peak number c 2189 F1= 4.570 F2= 3.193 null null d= 3.6 assi (( resid 19 and name HA )) (( resid 19 and name HB1 )) 3.6 1.62 1.62 ! peak number c 2187 F1= 4.583 F2= 3.515 null null d= 3.5 assi (( resid 19 and name HA )) (( resid 19 and name HB2 )) 3.5 1.58 1.58 ! peak number n 575 F1= 4.624 F2= 7.791 null null d= 4.0 assi (( resid 19 and name HA )) (( resid 19 and name HN )) 4 1.00 1.00 ! peak number c 2185 F1= 3.534 F2= 3.193 null null d= 3.0 assi (( resid 19 and name HB1 )) (( resid 19 and name HB2 )) 3 1.09 1.09 ! peak number c 2192 F1= 7.761 F2= 3.193 null null d= 5.2 assi (( resid 19 and name HB1 )) (( resid 19 and name HN )) 5.2 3.38 3.38 ! peak number c 2191 F1= 7.798 F2= 3.530 null null d= 4.5 assi (( resid 19 and name HB2 )) (( resid 19 and name HN )) 4.5 2.53 2.53 ! peak number c 2194 F1= 4.785 F2= 2.769 null null d= 2.7 assi (( resid 21 and name HA )) (( resid 21 and name HB* )) 2.7 0.91 0.91 ! peak number c 2978 F1= 4.777 F2= 3.602 null null d= 3.8 assi (( resid 21 and name HA )) (( resid 22 and name HA1 )) 3.8 0.95 0.95 ! peak number c 2196 F1= 7.379 F2= 2.769 null null d= 3.4 assi (( resid 21 and name HB* )) (( resid 21 and name HD21 )) 3.4 1.44 1.44 ! peak number c 2195 F1= 6.823 F2= 2.765 null null d= 3.4 assi (( resid 21 and name HB* )) (( resid 21 and name HD22 )) 3.4 1.44 1.44 ! peak number n 1238 F1= 6.853 F2= 7.392 null null d= 2.8 assi (( resid 21 and name HD21 )) (( resid 21 and name HD22 )) 2.8 0.98 0.98 ! peak number c 1183 F1= 3.661 F2= 6.532 null null d= 4.2 assi (( resid 22 and name HA1 )) (( resid 23 and name HE* )) 4.2 2.21 2.21 ! peak number n 404 F1= 3.637 F2= 7.284 null null d= 3.2 assi (( resid 22 and name HA1 )) (( resid 23 and name HN )) 3.2 0.80 0.80 ! peak number n 300 F1= 3.769 F2= 7.424 null null d= 3.9 assi (( resid 22 and name HA2 )) (( resid 22 and name HN )) 3.9 0.97 0.97 ! peak number n 405 F1= 3.759 F2= 7.282 null null d= 3.0 assi (( resid 22 and name HA2 )) (( resid 23 and name HN )) 3 0.75 0.75 ! peak number c 2203 F1= 4.619 F2= 2.251 null null d= 5.3 assi (( resid 23 and name HA )) (( resid 23 and name HB1 )) 5.3 3.51 3.51 ! peak number c 200 F1= 2.512 F2= 4.625 null null d= 4.8 assi (( resid 23 and name HA )) (( resid 23 and name HB2 )) 4.8 2.88 2.88 ! peak number c 1175 F1= 4.633 F2= 6.807 null null d= 5.0 assi (( resid 23 and name HA )) (( resid 23 and name HD* )) 5 3.12 3.12 ! peak number n 406 F1= 4.630 F2= 7.290 null null d= 3.2 assi (( resid 23 and name HA )) (( resid 23 and name HN )) 3.2 0.80 0.80 ! peak number c 1189 F1= 4.609 F2= 7.316 null null d= 6.5 dist trop loin ! peak number n 552 F1= 4.630 F2= 9.653 null null d= 2.9 assi (( resid 23 and name HA )) (( resid 24 and name HN )) 2.9 0.72 0.72 ! peak number c 2201 F1= 2.245 F2= 2.501 null null d= 4.3 assi (( resid 23 and name HB1 )) (( resid 23 and name HB2 )) 4.3 2.31 2.31 ! peak number c 1006 F1= 2.260 F2= 6.809 null null d= 4.5 assi (( resid 23 and name HB1 )) (( resid 23 and name HD* )) 4.5 2.59 2.59 ! peak number c 1003 F1= 2.243 F2= 6.535 null null d= 5.0 assi (( resid 23 and name HB1 )) (( resid 23 and name HE* )) 5 3.19 3.19 ! peak number n 402 F1= 2.284 F2= 7.288 null null d= 3.3 assi (( resid 23 and name HB1 )) (( resid 23 and name HN )) 3.3 1.36 1.36 ! peak number n 553 F1= 2.271 F2= 9.648 null null d= 3.3 assi (( resid 23 and name HB1 )) (( resid 24 and name HN )) 3.3 1.36 1.36 ! peak number c 2210 F1= 7.243 F2= 2.249 null null d= 4.3 assi (( resid 23 and name HB1 )) (( resid 24 and name HZ )) 4.3 2.31 2.31 ! peak number c 1200 F1= 2.250 F2= 6.577 null null d= 5.3 assi (( resid 23 and name HB1 )) (( resid 25 and name HE* )) 5.3 3.51 3.51 ! peak number c 2208 F1= 6.798 F2= 2.500 null null d= 4.4 assi (( resid 23 and name HB2 )) (( resid 23 and name HD* )) 4.4 2.42 2.42 ! peak number c 3922 F1= 7.267 F2= 2.495 null null d= 3.8 assi (( resid 23 and name HB2 )) (( resid 23 and name HN )) 3.8 1.76 1.76 ! peak number c 2212 F1= 9.622 F2= 2.494 null null d= 4.8 assi (( resid 23 and name HB2 )) (( resid 24 and name HN )) 4.8 2.88 2.88 ! peak number c 1201 F1= 2.506 F2= 6.576 null null d= 4.4 assi (( resid 23 and name HB2 )) (( resid 25 and name HE* )) 4.4 2.42 2.42 ! peak number c 2205 F1= 6.553 F2= 2.497 null null d= 4.9 assi (( resid 23 and name HB2 )) (( resid 25 and name HE*) or ( resid 23 and name HE* )) 4.9 3.00 3.00 ! peak number c 1001 F1= 6.798 F2= 6.536 null null d= 2.5 assi (( resid 23 and name HD* )) (( resid 23 and name HE* )) 2.5 0.75 0.75 ! peak number c 1177 F1= 7.281 F2= 6.803 null null d= 4.0 assi (( resid 23 and name HD* )) (( resid 23 and name HN )) 4 1.95 1.95 ! peak number c 1184 F1= 3.835 F2= 6.533 null null d= 3.8 assi (( resid 23 and name HE* )) (( resid 68 and name HB) or ( resid 112 and name HA )) 3.8 1.80 1.80 ! peak number c 1182 F1= 0.926 F2= 6.536 null null d= 3.7 assi (( resid 23 and name HE* )) (( resid 68 and name HG2* )) 3.7 1.71 1.71 ! peak number n 550 F1= 7.267 F2= 9.655 null null d= 3.8 assi (( resid 23 and name HN )) (( resid 24 and name HN )) 3.8 0.95 0.95 ! peak number n 408 F1= 6.568 F2= 7.285 null null d= 3.3 assi (( resid 23 and name HN )) (( resid 25 and name HE*) or ( resid 23 and name HE* )) 3.3 1.36 1.36 ! peak number c 1191 F1= 4.559 F2= 7.167 null null d= 4.9 assi (( resid 24 and name HA )) (( resid 25 and name HD* )) 4.9 3.00 3.00 ! peak number n 837 F1= 4.593 F2= 9.099 null null d= 3.0 assi (( resid 24 and name HA )) (( resid 25 and name HN )) 3 0.75 0.75 ! peak number c 203 F1= 0.653 F2= 4.597 null null d= 4.3 assi (( resid 24 and name HA) or ( resid 23 and name HA )) (( resid 55 and name HD1*) or ( resid 111 and name HD2*) or ( resid 110 and name HG2*) or ( resid 110 and name HG12 )) 4.3 2.31 2.31 ! peak number c 3951 F1= 0.554 F2= 2.552 null null d= 4.8 assi (( resid 24 and name HB1) or ( resid 123 and name HB1 )) (( resid 56 and name HD1* )) 4.8 2.88 2.88 ! peak number n 554 F1= 2.555 F2= 9.647 null null d= 3.6 assi (( resid 24 and name HB1) or ( resid 23 and name HB2 )) (( resid 24 and name HN )) 3.6 1.62 1.62 ! peak number c 1202 F1= 2.998 F2= 6.577 null null d= 4.5 assi (( resid 24 and name HB2 )) (( resid 25 and name HE* )) 4.5 2.53 2.53 ! peak number n 551 F1= 7.106 F2= 9.653 null null d= 3.1 assi (( resid 24 and name HD* )) (( resid 24 and name HN )) 3.1 1.20 1.20 ! peak number c 2701 F1= 7.095 F2= 1.786 null null d= 3.7 assi (( resid 24 and name HD* )) (( resid 60 and name HB1 )) 3.7 1.71 1.71 ! peak number c 2698 F1= 7.098 F2= 1.958 null null d= 3.7 assi (( resid 24 and name HD* )) (( resid 60 and name HB2 )) 3.7 1.71 1.71 ! peak number c 2732 F1= 7.097 F2= 0.783 null null d= 4.1 assi (( resid 24 and name HD* )) (( resid 61 and name HG2* )) 4.09 2.10 2.10 ! peak number c 1132 F1= 0.292 F2= 7.145 null null d= 4.9 assi (( resid 24 and name HD* )) (( resid 67 and name HG1* )) 4.9 3.00 3.00 ! peak number c 86 F1= 3.026 F2= 5.089 null null d= 4.5 assi (( resid 25 and name HA )) (( resid 25 and name HB1 )) 4.5 2.53 2.53 ! peak number c 87 F1= 3.456 F2= 5.087 null null d= 4.2 assi (( resid 25 and name HA )) (( resid 25 and name HB2 )) 4.2 2.21 2.21 ! peak number c 1055 F1= 5.069 F2= 7.166 null null d= 4.0 assi (( resid 25 and name HA )) (( resid 25 and name HD* )) 4 2.00 2.00 ! peak number n 839 F1= 5.107 F2= 9.102 null null d= 3.9 assi (( resid 25 and name HA )) (( resid 25 and name HN )) 3.9 0.97 0.97 ! peak number n 476 F1= 5.103 F2= 9.604 null null d= 2.8 assi (( resid 25 and name HA )) (( resid 26 and name HN )) 2.8 0.70 0.70 ! peak number c 1056 F1= 3.025 F2= 7.166 null null d= 3.4 assi (( resid 25 and name HB1 )) (( resid 25 and name HD* )) 3.4 1.44 1.44 ! peak number n 835 F1= 3.065 F2= 9.101 null null d= 3.6 assi (( resid 25 and name HB1 )) (( resid 25 and name HN )) 3.6 1.62 1.62 ! peak number n 477 F1= 3.066 F2= 9.605 null null d= 3.9 assi (( resid 25 and name HB1 )) (( resid 26 and name HN )) 3.9 1.90 1.90 ! peak number c 1160 F1= 3.014 F2= 7.353 null null d= 4.9 assi (( resid 25 and name HB1 )) (( resid 42 and name HD* )) 4.9 3.00 3.00 ! peak number c 1159 F1= 3.015 F2= 7.600 null null d= 4.5 assi (( resid 25 and name HB1 )) (( resid 42 and name HE* )) 4.5 2.53 2.53 ! peak number c 1057 F1= 3.451 F2= 7.163 null null d= 3.9 assi (( resid 25 and name HB2 )) (( resid 25 and name HD* )) 3.9 1.85 1.85 ! peak number c 1052 F1= 3.450 F2= 6.568 null null d= 5.7 dist trop loin ! peak number c 2222 F1= 9.143 F2= 3.447 null null d= 4.0 assi (( resid 25 and name HB2 )) (( resid 25 and name HN )) 4 1.95 1.95 ! peak number c 2221 F1= 9.608 F2= 3.444 null null d= 4.0 assi (( resid 25 and name HB2 )) (( resid 26 and name HN )) 4 2.00 2.00 ! peak number c 1192 F1= 6.579 F2= 7.167 null null d= 2.8 assi (( resid 25 and name HD* )) (( resid 25 and name HE* )) 2.8 0.95 0.95 ! peak number c 1054 F1= 9.112 F2= 7.170 null null d= 3.5 assi (( resid 25 and name HD* )) (( resid 25 and name HN )) 3.5 1.49 1.49 ! peak number c 1193 F1= 9.620 F2= 7.163 null null d= 5.2 assi (( resid 25 and name HD* )) (( resid 26 and name HN )) 5.2 3.38 3.38 ! peak number c 1265 F1= 8.984 F2= 7.193 null null d= 4.6 assi (( resid 25 and name HD*) or ( resid 104 and name HD* )) (( resid 95 and name HN) or ( resid 110 and name HN )) 4.59 2.64 2.64 ! peak number c 1053 F1= 9.112 F2= 6.571 null null d= 4.8 assi (( resid 25 and name HE* )) (( resid 25 and name HN )) 4.8 2.82 2.82 ! peak number c 91 F1= 4.168 F2= 4.967 null null d= 4.2 assi (( resid 26 and name HA )) (( resid 26 and name HB1 )) 4.2 2.21 2.21 ! peak number c 90 F1= 4.431 F2= 4.972 null null d= 3.9 assi (( resid 26 and name HA )) (( resid 26 and name HB2 )) 3.9 1.90 1.90 ! peak number n 475 F1= 4.984 F2= 9.602 null null d= 3.7 assi (( resid 26 and name HA )) (( resid 26 and name HN )) 3.7 0.93 0.93 ! peak number n 371 F1= 4.985 F2= 8.550 null null d= 2.9 assi (( resid 26 and name HA )) (( resid 27 and name HN )) 2.9 0.72 0.72 ! peak number n 472 F1= 4.213 F2= 9.609 null null d= 3.9 assi (( resid 26 and name HB1 )) (( resid 26 and name HN )) 3.9 1.90 1.90 ! peak number n 367 F1= 4.190 F2= 8.552 null null d= 3.8 assi (( resid 26 and name HB1 )) (( resid 27 and name HN )) 3.8 1.80 1.80 ! peak number n 473 F1= 4.457 F2= 9.606 null null d= 3.8 assi (( resid 26 and name HB2 )) (( resid 26 and name HN )) 3.8 1.80 1.80 ! peak number n 368 F1= 4.480 F2= 8.551 null null d= 3.5 assi (( resid 27 and name HA1 )) (( resid 27 and name HN )) 3.5 0.88 0.88 ! peak number n 762 F1= 4.501 F2= 8.230 null null d= 3.0 assi (( resid 27 and name HA1 )) (( resid 28 and name HN )) 3 0.75 0.75 ! peak number c 175 F1= 4.474 F2= 4.845 null null d= 3.9 assi (( resid 27 and name HA1 )) (( resid 42 and name HA )) 3.9 0.99 0.99 ! peak number n 1137 F1= 4.488 F2= 8.785 null null d= 3.7 assi (( resid 27 and name HA1) or ( resid 26 and name HB2 )) (( resid 43 and name HN )) 3.7 1.71 1.71 ! peak number n 373 F1= 3.650 F2= 8.551 null null d= 3.5 assi (( resid 27 and name HA2 )) (( resid 27 and name HN )) 3.5 0.88 0.88 ! peak number c 2224 F1= 8.222 F2= 3.624 null null d= 3.4 assi (( resid 27 and name HA2 )) (( resid 28 and name HN )) 3.4 0.85 0.85 ! peak number n 1136 F1= 3.646 F2= 8.789 null null d= 3.2 assi (( resid 27 and name HA2 )) (( resid 43 and name HN )) 3.2 0.80 0.80 ! peak number n 370 F1= 4.859 F2= 8.550 null null d= 4.0 assi (( resid 27 and name HN )) (( resid 42 and name HA )) 4 1.00 1.00 ! peak number c 106 F1= 1.521 F2= 5.297 null null d= 3.7 assi (( resid 28 and name HA )) (( resid 28 and name HB1 )) 3.7 1.71 1.71 ! peak number c 105 F1= 1.447 F2= 5.292 null null d= 3.6 assi (( resid 28 and name HA )) (( resid 28 and name HB2 )) 3.6 1.62 1.62 ! peak number c 104 F1= 1.211 F2= 5.294 null null d= 3.7 assi (( resid 28 and name HA )) (( resid 28 and name HG* )) 3.7 1.71 1.71 ! peak number n 777 F1= 5.311 F2= 8.227 null null d= 3.3 assi (( resid 28 and name HA )) (( resid 28 and name HN )) 3.3 0.82 0.82 ! peak number n 1172 F1= 5.305 F2= 8.246 null null d= 2.8 assi (( resid 28 and name HA )) (( resid 29 and name HN )) 2.8 0.70 0.70 ! peak number c 103 F1= 4.588 F2= 5.294 null null d= 4.9 assi (( resid 28 and name HA )) (( resid 43 and name HA )) 4.9 1.23 1.23 ! peak number c 2232 F1= 2.830 F2= 1.498 null null d= 4.5 assi (( resid 28 and name HB1 )) (( resid 28 and name HE* )) 4.5 2.53 2.53 ! peak number c 2228 F1= 1.222 F2= 1.502 null null d= 2.6 assi (( resid 28 and name HB1 )) (( resid 28 and name HG* )) 2.6 0.84 0.84 ! peak number n 770 F1= 1.543 F2= 8.228 null null d= 3.0 assi (( resid 28 and name HB1 )) (( resid 28 and name HN )) 3 1.12 1.12 ! peak number c 2239 F1= 8.221 F2= 1.518 null null d= 3.3 assi (( resid 28 and name HB1 )) (( resid 29 and name HN) or ( resid 28 and name HN )) 3.3 1.36 1.36 ! peak number c 2240 F1= 8.435 F2= 1.525 null null d= 5.7 dist trop loin ! peak number n 1175 F1= 1.530 F2= 8.246 null null d= 3.6 assi (( resid 28 and name HB1) or ( resid 12 and name HB1 )) (( resid 29 and name HN )) 3.6 1.62 1.62 ! peak number c 2233 F1= 2.830 F2= 1.436 null null d= 3.8 assi (( resid 28 and name HB2 )) (( resid 28 and name HE* )) 3.8 1.80 1.80 ! peak number c 3815 F1= 1.225 F2= 1.447 null null d= 3.0 assi (( resid 28 and name HB2 )) (( resid 28 and name HG* )) 3 1.12 1.12 ! peak number c 2238 F1= 8.227 F2= 1.438 null null d= 3.2 assi (( resid 28 and name HB2 )) (( resid 28 and name HN )) 3.2 1.32 1.32 ! peak number c 2241 F1= 8.450 F2= 1.449 null null d= 4.6 assi (( resid 28 and name HB2 )) (( resid 41 and name HN )) 4.59 2.64 2.64 ! peak number c 2247 F1= 8.367 F2= 1.575 null null d= 4.1 assi (( resid 28 and name HD* )) (( resid 44 and name HN )) 4.09 2.10 2.10 ! peak number c 2244 F1= 2.821 F2= 1.199 null null d= 3.4 assi (( resid 28 and name HE* )) (( resid 28 and name HG* )) 3.4 1.44 1.44 ! peak number c 2485 F1= 2.844 F2= 3.483 null null d= 4.0 assi (( resid 28 and name HE* )) (( resid 42 and name HB2 )) 4 2.00 2.00 ! peak number c 2242 F1= 8.232 F2= 1.201 null null d= 3.3 assi (( resid 28 and name HG* )) (( resid 28 and name HN )) 3.3 1.36 1.36 ! peak number n 769 F1= 0.213 F2= 8.246 null null d= 3.5 assi (( resid 28 and name HN )) (( resid 40 and name HD2* )) 3.5 1.58 1.58 ! peak number n 1013 F1= 8.227 F2= 8.453 null null d= 3.6 assi (( resid 28 and name HN )) (( resid 41 and name HN )) 3.6 0.89 0.89 ! peak number n 764 F1= 4.845 F2= 8.229 null null d= 3.5 assi (( resid 28 and name HN )) (( resid 42 and name HA )) 3.5 0.88 0.88 ! peak number n 1142 F1= 8.208 F2= 8.786 null null d= 4.1 assi (( resid 28 and name HN )) (( resid 43 and name HN )) 4.09 1.02 1.02 ! peak number n 783 F1= 4.380 F2= 7.643 null null d= 3.4 assi (( resid 29 and name HA )) (( resid 31 and name HN )) 3.4 0.85 0.85 ! peak number c 109 F1= 0.409 F2= 4.372 null null d= 3.6 assi (( resid 29 and name HA) or ( resid 109 and name HA )) (( resid 95 and name HG2*) or ( resid 95 and name HD1*) or ( resid 14 and name HG1* )) 3.6 1.62 1.62 ! peak number c 3912 F1= 8.218 F2= 0.400 null null d= 4.0 assi (( resid 29 and name HN) or ( resid 28 and name HN )) (( resid 40 and name HD1* )) 4 2.00 2.00 ! peak number c 113 F1= 4.151 F2= 4.630 null null d= 3.1 assi (( resid 30 and name HA )) (( resid 30 and name HB )) 3.1 1.24 1.24 ! peak number c 118 F1= 1.224 F2= 4.625 null null d= 3.1 assi (( resid 30 and name HA )) (( resid 30 and name HG2* )) 3.1 1.20 1.20 ! peak number n 911 F1= 4.655 F2= 8.265 null null d= 3.4 assi (( resid 30 and name HA )) (( resid 30 and name HN )) 3.4 0.85 0.85 ! peak number n 784 F1= 4.644 F2= 7.641 null null d= 3.4 assi (( resid 30 and name HA )) (( resid 31 and name HN )) 3.4 0.85 0.85 ! peak number c 2259 F1= 4.167 F2= 1.226 null null d= 2.6 assi (( resid 30 and name HB )) (( resid 30 and name HG2* )) 2.6 0.85 0.85 ! peak number n 781 F1= 4.228 F2= 7.643 null null d= 3.7 assi (( resid 30 and name HB )) (( resid 31 and name HN )) 3.7 1.71 1.71 ! peak number c 2257 F1= 8.253 F2= 1.220 null null d= 4.4 assi (( resid 30 and name HG2* )) (( resid 30 and name HN )) 4.4 2.42 2.42 ! peak number c 3785 F1= 1.833 F2= 1.218 null null d= 4.4 assi (( resid 30 and name HG2* )) (( resid 31 and name HB2 )) 4.4 2.42 2.42 ! peak number c 3787 F1= 1.502 F2= 1.218 null null d= 3.7 assi (( resid 30 and name HG2* )) (( resid 31 and name HG* )) 3.7 1.71 1.71 ! peak number c 3783 F1= 4.781 F2= 1.202 null null d= 3.8 assi (( resid 30 and name HG2* )) (( resid 40 and name HA )) 3.8 1.80 1.80 ! peak number c 3786 F1= 1.610 F2= 1.217 null null d= 3.5 assi (( resid 30 and name HG2* )) (( resid 41 and name HB2) or ( resid 39 and name HD2) or ( resid 31 and name HB1 )) 3.5 1.53 1.53 ! peak number n 908 F1= 1.243 F2= 8.256 null null d= 3.8 assi (( resid 30 and name HN )) (( resid 39 and name HG* )) 3.8 1.80 1.80 ! peak number c 122 F1= 1.637 F2= 4.426 null null d= 3.4 assi (( resid 31 and name HA )) (( resid 31 and name HB1 )) 3.4 1.40 1.40 ! peak number c 123 F1= 1.853 F2= 4.422 null null d= 3.5 assi (( resid 31 and name HA )) (( resid 31 and name HB2 )) 3.5 1.53 1.53 ! peak number c 124 F1= 3.098 F2= 4.426 null null d= 4.0 assi (( resid 31 and name HA )) (( resid 31 and name HD* )) 4 2.00 2.00 ! peak number c 121 F1= 1.482 F2= 4.422 null null d= 3.5 assi (( resid 31 and name HA )) (( resid 31 and name HG* )) 3.5 1.53 1.53 ! peak number n 782 F1= 4.438 F2= 7.642 null null d= 3.1 assi (( resid 31 and name HA )) (( resid 31 and name HN )) 3.1 0.78 0.78 ! peak number c 2299 F1= 4.409 F2= 2.960 null null d= 4.2 assi (( resid 31 and name HA )) (( resid 32 and name HB1 )) 4.2 2.21 2.21 ! peak number n 108 F1= 4.440 F2= 9.035 null null d= 2.5 assi (( resid 31 and name HA )) (( resid 32 and name HN )) 2.5 0.62 0.62 ! peak number c 2270 F1= 1.626 F2= 1.840 null null d= 2.7 assi (( resid 31 and name HB1 )) (( resid 31 and name HB2 )) 2.7 0.88 0.88 ! peak number c 2275 F1= 3.112 F2= 1.613 null null d= 2.8 assi (( resid 31 and name HB1 )) (( resid 31 and name HD* )) 2.8 1.02 1.02 ! peak number c 2283 F1= 7.606 F2= 1.616 null null d= 4.0 assi (( resid 31 and name HB1 )) (( resid 31 and name HN )) 4 2.05 2.05 ! peak number n 104 F1= 1.666 F2= 9.036 null null d= 2.9 assi (( resid 31 and name HB1 )) (( resid 32 and name HN )) 2.9 1.05 1.05 ! peak number c 2264 F1= 0.627 F2= 1.616 null null d= 3.8 assi (( resid 31 and name HB1 )) (( resid 33 and name HG1* )) 3.8 1.80 1.80 ! peak number c 2265 F1= 0.839 F2= 1.609 null null d= 4.2 assi (( resid 31 and name HB1 )) (( resid 33 and name HG2* )) 4.2 2.21 2.21 ! peak number c 2274 F1= 2.832 F2= 1.614 null null d= 3.5 assi (( resid 31 and name HB1 )) (( resid 39 and name HE2 )) 3.5 1.49 1.49 ! peak number c 2408 F1= 1.628 F2= 1.246 null null d= 2.6 assi (( resid 31 and name HB1 )) (( resid 39 and name HG* )) 2.6 0.85 0.85 ! peak number n 208 F1= 1.649 F2= 9.074 null null d= 3.4 assi (( resid 31 and name HB1 )) (( resid 39 and name HN )) 3.4 1.44 1.44 ! peak number c 2285 F1= 9.050 F2= 1.614 null null d= 3.7 assi (( resid 31 and name HB1 )) (( resid 39 and name HN) or ( resid 32 and name HN )) 3.7 1.71 1.71 ! peak number c 2276 F1= 3.117 F2= 1.841 null null d= 3.5 assi (( resid 31 and name HB2 )) (( resid 31 and name HD* )) 3.5 1.53 1.53 ! peak number c 2282 F1= 7.613 F2= 1.835 null null d= 3.8 assi (( resid 31 and name HB2 )) (( resid 31 and name HN )) 3.8 1.80 1.80 ! peak number c 2284 F1= 9.028 F2= 1.836 null null d= 3.5 assi (( resid 31 and name HB2 )) (( resid 32 and name HN )) 3.5 1.58 1.58 ! peak number c 2268 F1= 0.619 F2= 1.838 null null d= 4.2 assi (( resid 31 and name HB2 )) (( resid 33 and name HG1* )) 4.2 2.21 2.21 ! peak number c 2423 F1= 1.813 F2= 2.857 null null d= 4.7 assi (( resid 31 and name HB2 )) (( resid 39 and name HE2 )) 4.7 2.76 2.76 ! peak number c 2289 F1= 3.114 F2= 1.484 null null d= 2.9 assi (( resid 31 and name HD* )) (( resid 31 and name HG* )) 2.9 1.05 1.05 ! peak number c 2331 F1= 3.111 F2= 0.620 null null d= 4.0 assi (( resid 31 and name HD* )) (( resid 33 and name HG1* )) 4 2.00 2.00 ! peak number c 2291 F1= 0.829 F2= 3.106 null null d= 3.2 assi (( resid 31 and name HD* )) (( resid 33 and name HG2* )) 3.2 1.24 1.24 ! peak number c 2286 F1= 9.034 F2= 1.475 null null d= 3.3 assi (( resid 31 and name HG* )) (( resid 32 and name HN )) 3.3 1.40 1.40 ! peak number c 3156 F1= 2.850 F2= 1.499 null null d= 3.1 assi (( resid 31 and name HG* )) (( resid 39 and name HE2 )) 3.1 1.20 1.20 ! peak number c 3718 F1= 7.610 F2= 0.623 null null d= 4.2 assi (( resid 31 and name HN )) (( resid 33 and name HG1* )) 4.2 2.21 2.21 ! peak number n 792 F1= 0.870 F2= 7.642 null null d= 3.6 assi (( resid 31 and name HN )) (( resid 33 and name HG2*) or ( resid 10 and name HG1* )) 3.6 1.62 1.62 ! peak number n 786 F1= 4.835 F2= 7.640 null null d= 3.5 assi (( resid 31 and name HN )) (( resid 39 and name HA) or ( resid 38 and name HA )) 3.5 1.53 1.53 ! peak number c 2404 F1= 7.619 F2= 1.481 null null d= 4.8 assi (( resid 31 and name HN )) (( resid 39 and name HB1 )) 4.8 2.88 2.88 ! peak number n 790 F1= 1.522 F2= 7.643 null null d= 3.3 assi (( resid 31 and name HN )) (( resid 39 and name HB1) or ( resid 31 and name HG* )) 3.3 1.36 1.36 ! peak number c 2393 F1= 7.601 F2= 1.701 null null d= 4.0 assi (( resid 31 and name HN )) (( resid 39 and name HB2 )) 4 2.05 2.05 ! peak number c 3791 F1= 7.603 F2= 1.247 null null d= 4.9 assi (( resid 31 and name HN )) (( resid 39 and name HG* )) 4.9 3.00 3.00 ! peak number n 1287 F1= 7.642 F2= 9.070 null null d= 3.5 assi (( resid 31 and name HN )) (( resid 39 and name HN )) 3.5 0.86 0.86 ! peak number c 2446 F1= 7.590 F2= 0.998 null null d= 4.5 assi (( resid 31 and name HN )) (( resid 40 and name HB1 )) 4.5 2.53 2.53 ! peak number c 2447 F1= 7.591 F2= 1.422 null null d= 5.0 assi (( resid 31 and name HN )) (( resid 40 and name HB2 )) 5 3.12 3.12 ! peak number c 3911 F1= 7.595 F2= 0.402 null null d= 4.1 assi (( resid 31 and name HN )) (( resid 40 and name HD1* )) 4.09 2.10 2.10 ! peak number c 15 F1= 2.973 F2= 4.676 null null d= 3.6 assi (( resid 32 and name HA )) (( resid 32 and name HB1 )) 3.6 1.62 1.62 ! peak number c 14 F1= 2.536 F2= 4.676 null null d= 3.9 assi (( resid 32 and name HA )) (( resid 32 and name HB2 )) 3.9 1.90 1.90 ! peak number n 109 F1= 4.748 F2= 9.038 null null d= 2.8 assi (( resid 32 and name HA )) (( resid 32 and name HN )) 2.8 0.70 0.70 ! peak number n 993 F1= 4.720 F2= 7.414 null null d= 2.8 assi (( resid 32 and name HA )) (( resid 33 and name HN )) 2.8 0.70 0.70 ! peak number c 2370 F1= 4.685 F2= 1.598 null null d= 4.8 assi (( resid 32 and name HA )) (( resid 37 and name HB2 )) 4.8 2.88 2.88 ! peak number c 19 F1= 4.799 F2= 4.661 null null d= 3.5 assi (( resid 32 and name HA )) (( resid 38 and name HA )) 3.5 0.89 0.89 ! peak number c 2300 F1= 2.536 F2= 2.974 null null d= 2.5 assi (( resid 32 and name HB1 )) (( resid 32 and name HB2 )) 2.5 0.75 0.75 ! peak number c 2294 F1= 9.019 F2= 2.969 null null d= 3.0 assi (( resid 32 and name HB1 )) (( resid 32 and name HN )) 3 1.12 1.12 ! peak number n 995 F1= 2.998 F2= 7.413 null null d= 3.8 assi (( resid 32 and name HB1 )) (( resid 33 and name HN )) 3.8 1.80 1.80 ! peak number c 2295 F1= 9.032 F2= 2.523 null null d= 3.1 assi (( resid 32 and name HB2 )) (( resid 32 and name HN )) 3.1 1.20 1.20 ! peak number c 3872 F1= 7.384 F2= 2.527 null null d= 4.5 assi (( resid 32 and name HB2 )) (( resid 33 and name HN )) 4.5 2.53 2.53 ! peak number c 131 F1= 2.044 F2= 4.112 null null d= 3.0 assi (( resid 33 and name HA )) (( resid 33 and name HB )) 3 1.12 1.12 ! peak number c 129 F1= 0.624 F2= 4.108 null null d= 3.1 assi (( resid 33 and name HA )) (( resid 33 and name HG1* )) 3.1 1.20 1.20 ! peak number c 130 F1= 0.817 F2= 4.110 null null d= 3.1 assi (( resid 33 and name HA )) (( resid 33 and name HG2* )) 3.1 1.20 1.20 ! peak number n 992 F1= 4.136 F2= 7.413 null null d= 3.3 assi (( resid 33 and name HA )) (( resid 33 and name HN )) 3.3 0.82 0.82 ! peak number n 349 F1= 4.122 F2= 7.891 null null d= 3.0 assi (( resid 33 and name HA )) (( resid 34 and name HN )) 3 0.75 0.75 ! peak number c 2305 F1= 0.635 F2= 2.030 null null d= 2.8 assi (( resid 33 and name HB )) (( resid 33 and name HG1* )) 2.8 0.98 0.98 ! peak number c 2306 F1= 0.837 F2= 2.029 null null d= 2.8 assi (( resid 33 and name HB )) (( resid 33 and name HG2* )) 2.8 0.95 0.95 ! peak number c 2310 F1= 7.405 F2= 2.032 null null d= 3.3 assi (( resid 33 and name HB )) (( resid 33 and name HN )) 3.3 1.36 1.36 ! peak number c 2308 F1= 1.391 F2= 2.033 null null d= 4.3 assi (( resid 33 and name HB )) (( resid 37 and name HB1 )) 4.3 2.31 2.31 ! peak number c 2307 F1= 1.609 F2= 2.033 null null d= 3.7 assi (( resid 33 and name HB )) (( resid 37 and name HB2 )) 3.7 1.71 1.71 ! peak number c 3243 F1= 7.853 F2= 2.004 null null d= 3.1 assi (( resid 33 and name HB) or ( resid 100 and name HB1 )) (( resid 34 and name HN) or ( resid 100 and name HN )) 3.1 1.20 1.20 ! peak number c 2339 F1= 0.837 F2= 0.621 null null d= 2.5 assi (( resid 33 and name HG1* )) (( resid 33 and name HG2* )) 2.5 0.78 0.78 ! peak number c 2326 F1= 7.412 F2= 0.621 null null d= 2.9 assi (( resid 33 and name HG1* )) (( resid 33 and name HN )) 2.9 1.05 1.05 ! peak number c 2327 F1= 7.862 F2= 0.619 null null d= 3.2 assi (( resid 33 and name HG1* )) (( resid 34 and name HN )) 3.2 1.28 1.28 ! peak number c 2337 F1= 1.409 F2= 0.620 null null d= 3.2 assi (( resid 33 and name HG1* )) (( resid 37 and name HB1 )) 3.2 1.28 1.28 ! peak number c 2336 F1= 1.613 F2= 0.620 null null d= 3.0 assi (( resid 33 and name HG1* )) (( resid 37 and name HB2 )) 3 1.09 1.09 ! peak number c 2252 F1= 0.624 F2= 1.561 null null d= 3.2 assi (( resid 33 and name HG1* )) (( resid 37 and name HD* )) 3.2 1.28 1.28 ! peak number c 2332 F1= 2.890 F2= 0.619 null null d= 3.7 assi (( resid 33 and name HG1* )) (( resid 37 and name HE2 )) 3.7 1.71 1.71 ! peak number c 3103 F1= 0.613 F2= 1.303 null null d= 3.8 assi (( resid 33 and name HG1* )) (( resid 37 and name HG1 )) 3.8 1.80 1.80 ! peak number c 3782 F1= 0.614 F2= 1.203 null null d= 4.6 assi (( resid 33 and name HG1* )) (( resid 37 and name HG2 )) 4.59 2.64 2.64 ! peak number n 799 F1= 0.653 F2= 7.367 null null d= 3.4 assi (( resid 33 and name HG1* )) (( resid 37 and name HN )) 3.4 1.44 1.44 ! peak number c 157 F1= 0.615 F2= 4.806 null null d= 3.7 assi (( resid 33 and name HG1* )) (( resid 38 and name HA )) 3.7 1.71 1.71 ! peak number c 2387 F1= 0.600 F2= 2.365 null null d= 3.6 assi (( resid 33 and name HG1* )) (( resid 38 and name HB1 )) 3.6 1.62 1.62 ! peak number c 3717 F1= 8.822 F2= 0.619 null null d= 4.1 assi (( resid 33 and name HG1* )) (( resid 38 and name HN )) 4.09 2.10 2.10 ! peak number c 2400 F1= 0.619 F2= 1.481 null null d= 3.8 assi (( resid 33 and name HG1* )) (( resid 39 and name HB1 )) 3.8 1.80 1.80 ! peak number c 2403 F1= 0.626 F2= 1.701 null null d= 4.5 assi (( resid 33 and name HG1* )) (( resid 39 and name HB2 )) 4.5 2.53 2.53 ! peak number c 2428 F1= 0.612 F2= 2.703 null null d= 4.4 assi (( resid 33 and name HG1* )) (( resid 39 and name HE1 )) 4.4 2.42 2.42 ! peak number c 2419 F1= 0.616 F2= 2.855 null null d= 4.8 assi (( resid 33 and name HG1* )) (( resid 39 and name HE2 )) 4.8 2.88 2.88 ! peak number c 2338 F1= 1.249 F2= 0.619 null null d= 3.4 assi (( resid 33 and name HG1* )) (( resid 39 and name HG* )) 3.4 1.44 1.44 ! peak number c 2328 F1= 9.052 F2= 0.621 null null d= 3.2 assi (( resid 33 and name HG1* )) (( resid 39 and name HN )) 3.2 1.24 1.24 ! peak number c 3901 F1= 0.611 F2= 0.398 null null d= 2.9 assi (( resid 33 and name HG1* )) (( resid 40 and name HD1* )) 2.9 1.05 1.05 ! peak number c 3797 F1= 0.592 F2= 1.269 null null d= 4.5 assi (( resid 33 and name HG1* )) (( resid 40 and name HG )) 4.5 2.53 2.53 ! peak number c 2340 F1= 5.572 F2= 0.619 null null d= 4.2 assi (( resid 33 and name HG1* )) (( resid 49 and name HA )) 4.2 2.21 2.21 ! peak number c 2590 F1= 0.614 F2= 1.276 null null d= 2.8 assi (( resid 33 and name HG1* )) (( resid 50 and name HG1* )) 2.8 0.98 0.98 ! peak number c 3715 F1= 9.576 F2= 0.618 null null d= 4.7 assi (( resid 33 and name HG1* )) (( resid 50 and name HN )) 4.7 2.76 2.76 ! peak number c 219 F1= 0.594 F2= 3.795 null null d= 4.1 assi (( resid 33 and name HG1* )) (( resid 52 and name HA1 )) 4.09 2.10 2.10 ! peak number c 2630 F1= 0.594 F2= 4.157 null null d= 3.7 assi (( resid 33 and name HG1* )) (( resid 52 and name HA2 )) 3.7 1.71 1.71 ! peak number c 2315 F1= 7.393 F2= 0.819 null null d= 3.5 assi (( resid 33 and name HG2* )) (( resid 33 and name HN )) 3.5 1.58 1.58 ! peak number c 132 F1= 0.845 F2= 4.270 null null d= 5.4 dist trop loin ! peak number n 354 F1= 0.856 F2= 7.886 null null d= 3.6 assi (( resid 33 and name HG2* )) (( resid 34 and name HN )) 3.6 1.62 1.62 ! peak number c 2401 F1= 0.831 F2= 1.485 null null d= 3.4 assi (( resid 33 and name HG2* )) (( resid 39 and name HB1 )) 3.4 1.44 1.44 ! peak number c 2402 F1= 0.839 F2= 1.701 null null d= 4.6 assi (( resid 33 and name HG2* )) (( resid 39 and name HB2 )) 4.59 2.64 2.64 ! peak number c 3746 F1= 9.058 F2= 0.820 null null d= 3.4 assi (( resid 33 and name HG2* )) (( resid 39 and name HN )) 3.4 1.44 1.44 ! peak number n 994 F1= 4.825 F2= 7.417 null null d= 3.5 assi (( resid 33 and name HN )) (( resid 38 and name HA )) 3.5 0.88 0.88 ! peak number n 999 F1= 6.866 F2= 7.415 null null d= 3.6 assi (( resid 33 and name HN )) (( resid 38 and name HD* )) 3.6 1.62 1.62 ! peak number n 1002 F1= 9.056 F2= 7.414 null null d= 3.6 assi (( resid 33 and name HN )) (( resid 39 and name HN )) 3.6 0.90 0.90 ! peak number c 135 F1= 3.706 F2= 4.276 null null d= 2.8 assi (( resid 34 and name HA1 )) (( resid 34 and name HA2 )) 2.8 0.71 0.71 ! peak number c 2342 F1= 7.898 F2= 4.262 null null d= 2.9 assi (( resid 34 and name HA1 )) (( resid 34 and name HN )) 2.9 0.71 0.71 ! peak number c 138 F1= 3.907 F2= 4.283 null null d= 5.4 dist trop loin ! peak number c 2357 F1= 4.269 F2= 1.349 null null d= 3.3 assi (( resid 34 and name HA1 )) (( resid 35 and name HB* )) 3.3 1.36 1.36 ! peak number c 133 F1= 1.335 F2= 4.280 null null d= 4.8 assi (( resid 34 and name HA1 )) (( resid 37 and name HG1 )) 4.8 2.88 2.88 ! peak number c 2343 F1= 7.873 F2= 3.697 null null d= 2.9 assi (( resid 34 and name HA2 )) (( resid 34 and name HN )) 2.9 0.73 0.73 ! peak number c 137 F1= 3.898 F2= 3.710 null null d= 4.8 assi (( resid 34 and name HA2 )) (( resid 35 and name HA )) 4.8 1.21 1.21 ! peak number n 885 F1= 3.731 F2= 8.627 null null d= 3.9 assi (( resid 34 and name HA2 )) (( resid 35 and name HN )) 3.9 0.97 0.97 ! peak number c 134 F1= 1.307 F2= 3.708 null null d= 5.2 assi (( resid 34 and name HA2 )) (( resid 37 and name HG1 )) 5.2 3.38 3.38 ! peak number c 140 F1= 1.325 F2= 3.891 null null d= 2.8 assi (( resid 35 and name HA )) (( resid 35 and name HB* )) 2.8 0.98 0.98 ! peak number n 886 F1= 3.917 F2= 8.625 null null d= 3.4 assi (( resid 35 and name HA )) (( resid 35 and name HN )) 3.4 0.85 0.85 ! peak number n 274 F1= 3.917 F2= 8.289 null null d= 3.2 assi (( resid 35 and name HA )) (( resid 36 and name HN )) 3.2 0.80 0.80 ! peak number c 139 F1= 1.199 F2= 3.888 null null d= 5.0 assi (( resid 35 and name HA )) (( resid 37 and name HG2 )) 5 3.12 3.12 ! peak number c 2349 F1= 8.632 F2= 1.330 null null d= 3.7 assi (( resid 35 and name HB* )) (( resid 35 and name HN )) 3.7 1.71 1.71 ! peak number c 2355 F1= 3.678 F2= 1.331 null null d= 3.6 assi (( resid 35 and name HB* )) (( resid 36 and name HA1) or ( resid 34 and name HA2 )) 3.6 1.62 1.62 ! peak number c 2350 F1= 8.319 F2= 1.328 null null d= 3.8 assi (( resid 35 and name HB* )) (( resid 36 and name HN )) 3.8 1.80 1.80 ! peak number c 3802 F1= 4.932 F2= 1.334 null null d= 4.8 assi (( resid 35 and name HB* )) (( resid 37 and name HA )) 4.8 2.88 2.88 ! peak number c 2356 F1= 2.869 F2= 1.332 null null d= 3.6 assi (( resid 35 and name HB* )) (( resid 37 and name HE1 )) 3.6 1.62 1.62 ! peak number c 2351 F1= 7.344 F2= 1.334 null null d= 3.9 assi (( resid 35 and name HB* )) (( resid 37 and name HN )) 3.9 1.90 1.90 ! peak number n 884 F1= 1.355 F2= 8.630 null null d= 3.2 assi (( resid 35 and name HN )) (( resid 37 and name HG1) or ( resid 35 and name HB* )) 3.2 1.28 1.28 ! peak number c 145 F1= 4.086 F2= 3.646 null null d= 2.5 assi (( resid 36 and name HA1 )) (( resid 36 and name HA2 )) 2.5 0.64 0.64 ! peak number c 2358 F1= 8.304 F2= 3.651 null null d= 3.1 assi (( resid 36 and name HA1 )) (( resid 36 and name HN )) 3.1 0.78 0.78 ! peak number n 805 F1= 3.672 F2= 7.371 null null d= 3.0 assi (( resid 36 and name HA1 )) (( resid 37 and name HN )) 3 0.75 0.75 ! peak number c 2359 F1= 8.309 F2= 4.086 null null d= 3.2 assi (( resid 36 and name HA2 )) (( resid 36 and name HN )) 3.2 0.81 0.81 ! peak number n 806 F1= 4.117 F2= 7.371 null null d= 3.1 assi (( resid 36 and name HA2 )) (( resid 37 and name HN )) 3.1 0.78 0.78 ! peak number c 148 F1= 0.944 F2= 4.099 null null d= 4.4 assi (( resid 36 and name HA2 )) (( resid 51 and name HD1* )) 4.4 2.42 2.42 ! peak number n 277 F1= 1.356 F2= 8.291 null null d= 3.6 assi (( resid 36 and name HN )) (( resid 37 and name HG1) or ( resid 35 and name HB* )) 3.6 1.62 1.62 ! peak number n 278 F1= 7.368 F2= 8.285 null null d= 2.9 assi (( resid 36 and name HN )) (( resid 37 and name HN )) 2.9 0.72 0.72 ! peak number c 152 F1= 1.389 F2= 4.946 null null d= 4.0 assi (( resid 37 and name HA )) (( resid 37 and name HB1 )) 4 1.95 1.95 ! peak number c 153 F1= 1.603 F2= 4.944 null null d= 3.6 assi (( resid 37 and name HA )) (( resid 37 and name HB2 )) 3.6 1.62 1.62 ! peak number c 2249 F1= 4.931 F2= 1.563 null null d= 3.4 assi (( resid 37 and name HA )) (( resid 37 and name HD* )) 3.4 1.44 1.44 ! peak number c 151 F1= 1.306 F2= 4.947 null null d= 3.6 assi (( resid 37 and name HA )) (( resid 37 and name HG1 )) 3.6 1.62 1.62 ! peak number n 808 F1= 4.955 F2= 7.376 null null d= 3.0 assi (( resid 37 and name HA )) (( resid 37 and name HN )) 3 0.75 0.75 ! peak number n 747 F1= 4.957 F2= 8.836 null null d= 2.7 assi (( resid 37 and name HA )) (( resid 38 and name HN )) 2.7 0.68 0.68 ! peak number c 149 F1= 0.957 F2= 4.945 null null d= 3.4 assi (( resid 37 and name HA )) (( resid 51 and name HD1* )) 3.4 1.40 1.40 ! peak number n 1292 F1= 4.961 F2= 8.997 null null d= 4.5 assi (( resid 37 and name HA )) (( resid 52 and name HN )) 4.5 1.12 1.12 ! peak number c 2365 F1= 1.375 F2= 1.608 null null d= 2.7 assi (( resid 37 and name HB1 )) (( resid 37 and name HB2 )) 2.7 0.91 0.91 ! peak number c 2377 F1= 2.898 F2= 1.391 null null d= 4.3 assi (( resid 37 and name HB1 )) (( resid 37 and name HE2 )) 4.3 2.31 2.31 ! peak number c 2374 F1= 7.375 F2= 1.394 null null d= 3.2 assi (( resid 37 and name HB1 )) (( resid 37 and name HN )) 3.2 1.28 1.28 ! peak number c 2376 F1= 8.836 F2= 1.403 null null d= 3.8 assi (( resid 37 and name HB1 )) (( resid 38 and name HN )) 3.8 1.76 1.76 ! peak number c 2559 F1= 1.398 F2= 2.586 null null d= 4.1 assi (( resid 37 and name HB1 )) (( resid 49 and name HB2 )) 4.09 2.10 2.10 ! peak number c 3811 F1= 1.069 F2= 1.392 null null d= 3.8 assi (( resid 37 and name HB1 )) (( resid 50 and name HG2* )) 3.8 1.80 1.80 ! peak number c 2371 F1= 4.723 F2= 1.391 null null d= 4.8 assi (( resid 37 and name HB1 )) (( resid 51 and name HA )) 4.8 2.88 2.88 ! peak number c 2607 F1= 1.370 F2= 1.734 null null d= 3.8 assi (( resid 37 and name HB1 )) (( resid 51 and name HB1 )) 3.8 1.80 1.80 ! peak number n 327 F1= 1.445 F2= 8.979 null null d= 4.0 assi (( resid 37 and name HB1 )) (( resid 52 and name HN )) 4 2.00 2.00 ! peak number c 2379 F1= 1.550 F2= 1.627 null null d= 3.2 assi (( resid 37 and name HB2 )) (( resid 37 and name HD* )) 3.2 1.28 1.28 ! peak number c 2367 F1= 2.854 F2= 1.607 null null d= 3.5 assi (( resid 37 and name HB2 )) (( resid 37 and name HE1 )) 3.5 1.53 1.53 ! peak number c 2383 F1= 1.602 F2= 1.323 null null d= 2.4 assi (( resid 37 and name HB2 )) (( resid 37 and name HG1 )) 2.4 0.72 0.72 ! peak number c 2382 F1= 1.603 F2= 1.207 null null d= 2.4 assi (( resid 37 and name HB2 )) (( resid 37 and name HG2 )) 2.4 0.72 0.72 ! peak number c 2373 F1= 7.356 F2= 1.613 null null d= 3.0 assi (( resid 37 and name HB2 )) (( resid 37 and name HN )) 3 1.12 1.12 ! peak number c 2375 F1= 8.829 F2= 1.611 null null d= 3.8 assi (( resid 37 and name HB2 )) (( resid 38 and name HN )) 3.8 1.76 1.76 ! peak number c 2560 F1= 1.604 F2= 2.587 null null d= 3.7 assi (( resid 37 and name HB2 )) (( resid 49 and name HB2 )) 3.7 1.71 1.71 ! peak number c 2618 F1= 1.608 F2= 0.951 null null d= 2.7 assi (( resid 37 and name HB2 )) (( resid 51 and name HD1* )) 2.7 0.91 0.91 ! peak number c 2557 F1= 1.555 F2= 2.199 null null d= 3.3 assi (( resid 37 and name HD* )) (( resid 49 and name HB1 )) 3.3 1.36 1.36 ! peak number c 2384 F1= 2.585 F2= 1.568 null null d= 3.9 assi (( resid 37 and name HD* )) (( resid 49 and name HB2 )) 3.9 1.90 1.90 ! peak number c 2253 F1= 0.928 F2= 1.556 null null d= 3.3 assi (( resid 37 and name HD* )) (( resid 51 and name HD1* )) 3.3 1.36 1.36 ! peak number c 2256 F1= 2.852 F2= 1.559 null null d= 2.3 assi (( resid 37 and name HD*) or ( resid 28 and name HD*) or ( resid 102 and name HD* )) (( resid 37 and name HE1) or ( resid 28 and name HE*) or ( resid 102 and name HE* )) 2.29 0.66 0.66 ! peak number c 2380 F1= 2.855 F2= 1.328 null null d= 3.2 assi (( resid 37 and name HE1 )) (( resid 37 and name HG1 )) 3.2 1.28 1.28 ! peak number c 2381 F1= 2.859 F2= 1.203 null null d= 3.2 assi (( resid 37 and name HE1 )) (( resid 37 and name HG2 )) 3.2 1.28 1.28 ! peak number c 2617 F1= 2.879 F2= 0.949 null null d= 3.2 assi (( resid 37 and name HE2) or ( resid 37 and name HE1 )) (( resid 51 and name HD1* )) 3.2 1.28 1.28 ! peak number c 3780 F1= 1.338 F2= 1.211 null null d= 2.4 assi (( resid 37 and name HG1 )) (( resid 37 and name HG2 )) 2.4 0.72 0.72 ! peak number n 802 F1= 1.349 F2= 7.372 null null d= 2.7 assi (( resid 37 and name HG1 )) (( resid 37 and name HN )) 2.7 0.91 0.91 ! peak number c 2608 F1= 1.345 F2= 1.840 null null d= 3.9 assi (( resid 37 and name HG1 )) (( resid 51 and name HB2 )) 3.9 1.90 1.90 ! peak number c 2620 F1= 1.327 F2= 0.951 null null d= 2.7 assi (( resid 37 and name HG1 )) (( resid 51 and name HD1* )) 2.7 0.91 0.91 ! peak number n 328 F1= 1.357 F2= 8.985 null null d= 4.1 assi (( resid 37 and name HG1 )) (( resid 52 and name HN )) 4.09 2.10 2.10 ! peak number n 800 F1= 1.168 F2= 7.371 null null d= 3.7 assi (( resid 37 and name HG2 )) (( resid 37 and name HN )) 3.7 1.71 1.71 ! peak number n 811 F1= 8.859 F2= 7.373 null null d= 3.7 assi (( resid 37 and name HN )) (( resid 38 and name HN )) 3.7 0.93 0.93 ! peak number c 1148 F1= 7.383 F2= 6.872 null null d= 4.7 assi (( resid 37 and name HN) or ( resid 33 and name HN )) (( resid 38 and name HD* )) 4.7 2.76 2.76 ! peak number c 156 F1= 2.370 F2= 4.800 null null d= 4.2 assi (( resid 38 and name HA )) (( resid 38 and name HB1 )) 4.2 2.15 2.15 ! peak number c 155 F1= 2.945 F2= 4.804 null null d= 4.1 assi (( resid 38 and name HA )) (( resid 38 and name HB2 )) 4.09 2.10 2.10 ! peak number n 746 F1= 4.827 F2= 8.832 null null d= 3.5 assi (( resid 38 and name HA )) (( resid 38 and name HN )) 3.5 0.88 0.88 ! peak number n 211 F1= 4.832 F2= 9.068 null null d= 2.7 assi (( resid 38 and name HA )) (( resid 39 and name HN )) 2.7 0.68 0.68 ! peak number c 2667 F1= 4.832 F2= 1.950 null null d= 4.6 assi (( resid 38 and name HA )) (( resid 56 and name HB2 )) 4.59 2.64 2.64 ! peak number c 1007 F1= 2.362 F2= 6.872 null null d= 3.9 assi (( resid 38 and name HB1 )) (( resid 38 and name HD* )) 3.9 1.90 1.90 ! peak number c 1010 F1= 2.364 F2= 6.615 null null d= 5.6 dist trop loin ! peak number n 753 F1= 2.395 F2= 8.833 null null d= 3.6 assi (( resid 38 and name HB1 )) (( resid 38 and name HN )) 3.6 1.62 1.62 ! peak number c 3906 F1= 2.340 F2= 0.397 null null d= 3.6 assi (( resid 38 and name HB1 )) (( resid 40 and name HD1* )) 3.6 1.62 1.62 ! peak number c 1158 F1= 2.958 F2= 6.608 null null d= 4.4 assi (( resid 38 and name HB2 )) (( resid 38 and name HE* )) 4.4 2.42 2.42 ! peak number n 754 F1= 2.966 F2= 8.836 null null d= 3.9 assi (( resid 38 and name HB2 )) (( resid 38 and name HN )) 3.9 1.90 1.90 ! peak number c 2386 F1= 0.410 F2= 2.930 null null d= 3.3 assi (( resid 38 and name HB2 )) (( resid 40 and name HD1* )) 3.3 1.36 1.36 ! peak number c 1146 F1= 6.606 F2= 6.872 null null d= 2.8 assi (( resid 38 and name HD* )) (( resid 38 and name HE* )) 2.8 0.95 0.95 ! peak number c 1147 F1= 8.820 F2= 6.872 null null d= 3.9 assi (( resid 38 and name HD* )) (( resid 38 and name HN )) 3.9 1.90 1.90 ! peak number c 1008 F1= 9.056 F2= 6.868 null null d= 3.7 assi (( resid 38 and name HD* )) (( resid 39 and name HN )) 3.7 1.71 1.71 ! peak number c 1142 F1= 0.370 F2= 6.868 null null d= 4.5 assi (( resid 38 and name HD* )) (( resid 40 and name HD1* )) 4.5 2.53 2.53 ! peak number c 1145 F1= 4.716 F2= 6.874 null null d= 3.3 assi (( resid 38 and name HD* )) (( resid 51 and name HA )) 3.3 1.36 1.36 ! peak number n 330 F1= 6.863 F2= 8.990 null null d= 4.1 assi (( resid 38 and name HD* )) (( resid 52 and name HN )) 4.09 2.10 2.10 ! peak number c 1306 F1= 1.980 F2= 6.890 null null d= 3.8 assi (( resid 38 and name HD* )) (( resid 56 and name HB2 )) 3.8 1.80 1.80 ! peak number c 1143 F1= 0.589 F2= 6.872 null null d= 3.3 assi (( resid 38 and name HD* )) (( resid 56 and name HD1* )) 3.3 1.36 1.36 ! peak number n 752 F1= 6.618 F2= 8.838 null null d= 4.9 assi (( resid 38 and name HE* )) (( resid 38 and name HN )) 4.9 3.00 3.00 ! peak number c 1154 F1= 0.952 F2= 6.616 null null d= 5.1 assi (( resid 38 and name HE* )) (( resid 51 and name HD1*) or ( resid 40 and name HB1) or ( resid 10 and name HG2* )) 5.09 3.25 3.25 ! peak number c 1157 F1= 9.025 F2= 6.609 null null d= 4.3 assi (( resid 38 and name HE* )) (( resid 51 and name HN) or ( resid 32 and name HN )) 4.3 2.31 2.31 ! peak number c 1155 F1= 3.772 F2= 6.614 null null d= 4.6 assi (( resid 38 and name HE* )) (( resid 52 and name HA1 )) 4.59 2.64 2.64 ! peak number n 331 F1= 6.618 F2= 8.997 null null d= 4.2 assi (( resid 38 and name HE* )) (( resid 52 and name HN )) 4.2 2.21 2.21 ! peak number c 1153 F1= 0.571 F2= 6.612 null null d= 4.2 assi (( resid 38 and name HE* )) (( resid 56 and name HD1* )) 4.2 2.21 2.21 ! peak number n 743 F1= 1.333 F2= 8.835 null null d= 3.9 assi (( resid 38 and name HN )) (( resid 50 and name HG1* )) 3.9 1.90 1.90 ! peak number n 252 F1= 8.837 F2= 9.613 null null d= 3.4 assi (( resid 38 and name HN )) (( resid 50 and name HN )) 3.4 0.85 0.85 ! peak number n 744 F1= 0.989 F2= 8.836 null null d= 3.6 assi (( resid 38 and name HN )) (( resid 56 and name HB1) or ( resid 51 and name HD1* )) 3.6 1.62 1.62 ! peak number c 523 F1= 1.494 F2= 4.861 null null d= 4.7 assi (( resid 39 and name HA )) (( resid 39 and name HB1 )) 4.7 2.76 2.76 ! peak number c 2394 F1= 4.841 F2= 1.706 null null d= 4.3 assi (( resid 39 and name HA )) (( resid 39 and name HB2 )) 4.3 2.31 2.31 ! peak number c 525 F1= 1.362 F2= 4.869 null null d= 5.4 dist trop loin ! peak number c 524 F1= 1.614 F2= 4.861 null null d= 4.7 assi (( resid 39 and name HA )) (( resid 39 and name HD2 )) 4.7 2.76 2.76 ! peak number c 522 F1= 1.250 F2= 4.868 null null d= 3.6 assi (( resid 39 and name HA )) (( resid 39 and name HG* )) 3.6 1.62 1.62 ! peak number n 6 F1= 4.875 F2= 9.089 null null d= 2.7 assi (( resid 39 and name HA )) (( resid 40 and name HN )) 2.7 0.68 0.68 ! peak number c 2531 F1= 4.830 F2= 2.097 null null d= 3.9 assi (( resid 39 and name HA )) (( resid 47 and name HG2 )) 3.9 1.90 1.90 ! peak number n 693 F1= 4.854 F2= 8.477 null null d= 3.5 assi (( resid 39 and name HA )) (( resid 48 and name HN )) 3.5 0.88 0.88 ! peak number c 160 F1= 5.571 F2= 4.859 null null d= 3.3 assi (( resid 39 and name HA )) (( resid 49 and name HA )) 3.3 0.82 0.82 ! peak number c 2553 F1= 4.830 F2= 2.190 null null d= 4.6 assi (( resid 39 and name HA )) (( resid 49 and name HB1 )) 4.59 2.64 2.64 ! peak number n 250 F1= 4.870 F2= 9.606 null null d= 3.3 assi (( resid 39 and name HA )) (( resid 50 and name HN )) 3.3 0.82 0.82 ! peak number c 2453 F1= 4.830 F2= 1.267 null null d= 4.5 assi (( resid 39 and name HA) or ( resid 38 and name HA )) (( resid 40 and name HG )) 4.5 2.53 2.53 ! peak number c 2398 F1= 1.686 F2= 1.479 null null d= 3.9 assi (( resid 39 and name HB1 )) (( resid 39 and name HB2 )) 3.9 1.90 1.90 ! peak number c 3825 F1= 2.671 F2= 1.492 null null d= 4.2 assi (( resid 39 and name HB1 )) (( resid 39 and name HE1 )) 4.2 2.21 2.21 ! peak number c 3824 F1= 2.868 F2= 1.493 null null d= 4.4 assi (( resid 39 and name HB1 )) (( resid 39 and name HE2 )) 4.4 2.42 2.42 ! peak number c 2397 F1= 1.267 F2= 1.482 null null d= 3.2 assi (( resid 39 and name HB1 )) (( resid 39 and name HG* )) 3.2 1.28 1.28 ! peak number c 2392 F1= 9.054 F2= 1.482 null null d= 3.4 assi (( resid 39 and name HB1 )) (( resid 39 and name HN )) 3.4 1.44 1.44 ! peak number c 2395 F1= 4.791 F2= 1.474 null null d= 4.2 assi (( resid 39 and name HB1 )) (( resid 40 and name HA )) 4.2 2.21 2.21 ! peak number c 2396 F1= 1.245 F2= 1.701 null null d= 3.3 assi (( resid 39 and name HB2 )) (( resid 39 and name HG* )) 3.3 1.36 1.36 ! peak number c 2391 F1= 9.058 F2= 1.701 null null d= 3.7 assi (( resid 39 and name HB2 )) (( resid 39 and name HN )) 3.7 1.67 1.67 ! peak number c 2411 F1= 1.371 F2= 1.586 null null d= 2.7 assi (( resid 39 and name HD1 )) (( resid 39 and name HD2 )) 2.7 0.91 0.91 ! peak number c 2413 F1= 2.703 F2= 1.353 null null d= 3.2 assi (( resid 39 and name HD1 )) (( resid 39 and name HE1 )) 3.2 1.32 1.32 ! peak number c 2414 F1= 2.862 F2= 1.355 null null d= 3.2 assi (( resid 39 and name HD1 )) (( resid 39 and name HE2 )) 3.2 1.24 1.24 ! peak number c 2417 F1= 1.238 F2= 1.365 null null d= 3.2 assi (( resid 39 and name HD1 )) (( resid 39 and name HG* )) 3.2 1.28 1.28 ! peak number c 2558 F1= 1.350 F2= 2.198 null null d= 4.4 assi (( resid 39 and name HD1 )) (( resid 49 and name HB1 )) 4.4 2.42 2.42 ! peak number c 2415 F1= 2.685 F2= 1.611 null null d= 3.5 assi (( resid 39 and name HD2 )) (( resid 39 and name HE1 )) 3.5 1.49 1.49 ! peak number c 2416 F1= 2.865 F2= 1.591 null null d= 3.6 assi (( resid 39 and name HD2 )) (( resid 39 and name HE2 )) 3.6 1.62 1.62 ! peak number c 2418 F1= 1.245 F2= 1.576 null null d= 2.4 assi (( resid 39 and name HD2 )) (( resid 39 and name HG* )) 2.4 0.72 0.72 ! peak number c 2429 F1= 2.698 F2= 2.859 null null d= 2.4 assi (( resid 39 and name HE1 )) (( resid 39 and name HE2 )) 2.4 0.72 0.72 ! peak number c 2406 F1= 2.688 F2= 1.241 null null d= 3.8 assi (( resid 39 and name HE1 )) (( resid 39 and name HG* )) 3.8 1.80 1.80 ! peak number c 2433 F1= 9.052 F2= 2.694 null null d= 4.0 assi (( resid 39 and name HE1 )) (( resid 40 and name HN )) 4 2.00 2.00 ! peak number c 2427 F1= 0.822 F2= 2.694 null null d= 4.4 assi (( resid 39 and name HE1 )) (( resid 41 and name HG )) 4.4 2.42 2.42 ! peak number c 2424 F1= 1.812 F2= 2.698 null null d= 4.3 assi (( resid 39 and name HE1 )) (( resid 47 and name HB2) or ( resid 31 and name HB2 )) 4.3 2.31 2.31 ! peak number c 2960 F1= 2.108 F2= 2.729 null null d= 3.6 assi (( resid 39 and name HE1 )) (( resid 47 and name HG2 )) 3.6 1.62 1.62 ! peak number c 2430 F1= 4.754 F2= 2.870 null null d= 3.4 assi (( resid 39 and name HE2 )) (( resid 40 and name HA )) 3.4 1.44 1.44 ! peak number c 2432 F1= 9.059 F2= 2.856 null null d= 5.1 assi (( resid 39 and name HE2 )) (( resid 40 and name HN) or ( resid 39 and name HN )) 5.09 3.25 3.25 ! peak number c 2420 F1= 0.829 F2= 2.860 null null d= 4.7 assi (( resid 39 and name HE2 )) (( resid 41 and name HG) or ( resid 33 and name HG2* )) 4.7 2.76 2.76 ! peak number c 3888 F1= 2.861 F2= 1.905 null null d= 4.7 assi (( resid 39 and name HE2 )) (( resid 47 and name HG1 )) 4.7 2.76 2.76 ! peak number c 2407 F1= 4.786 F2= 1.239 null null d= 3.0 assi (( resid 39 and name HG* )) (( resid 40 and name HA )) 3 1.12 1.12 ! peak number c 2409 F1= 9.063 F2= 1.247 null null d= 3.2 assi (( resid 39 and name HG* )) (( resid 40 and name HN) or ( resid 39 and name HN )) 3.2 1.28 1.28 ! peak number c 3793 F1= 2.121 F2= 1.248 null null d= 4.2 assi (( resid 39 and name HG* )) (( resid 47 and name HG2 )) 4.2 2.21 2.21 ! peak number c 3790 F1= 8.462 F2= 1.245 null null d= 4.8 assi (( resid 39 and name HG* )) (( resid 48 and name HN )) 4.8 2.88 2.88 ! peak number c 3792 F1= 5.587 F2= 1.247 null null d= 4.0 assi (( resid 39 and name HG* )) (( resid 49 and name HA )) 4 2.00 2.00 ! peak number c 3795 F1= 9.577 F2= 1.261 null null d= 4.9 assi (( resid 39 and name HG* )) (( resid 50 and name HN )) 4.9 3.00 3.00 ! peak number c 2272 F1= 1.238 F2= 1.841 null null d= 4.6 assi (( resid 39 and name HG*) or ( resid 30 and name HG2*) or ( resid 102 and name HG1 )) (( resid 97 and name HB*) or ( resid 31 and name HB2 )) 4.59 2.64 2.64 ! peak number c 167 F1= 0.973 F2= 4.764 null null d= 3.8 assi (( resid 40 and name HA )) (( resid 40 and name HB1 )) 3.8 1.81 1.81 ! peak number c 170 F1= 1.418 F2= 4.780 null null d= 4.0 assi (( resid 40 and name HA )) (( resid 40 and name HB2 )) 4 1.95 1.95 ! peak number c 3909 F1= 4.778 F2= 0.399 null null d= 3.0 assi (( resid 40 and name HA )) (( resid 40 and name HD1* )) 3 1.12 1.12 ! peak number c 166 F1= 0.402 F2= 4.767 null null d= 3.7 assi (( resid 40 and name HA )) (( resid 40 and name HD1*) or ( resid 14 and name HG1* )) 3.7 1.71 1.71 ! peak number c 165 F1= 0.169 F2= 4.771 null null d= 4.5 assi (( resid 40 and name HA )) (( resid 40 and name HD2* )) 4.5 2.53 2.53 ! peak number c 169 F1= 1.264 F2= 4.775 null null d= 4.8 assi (( resid 40 and name HA )) (( resid 40 and name HG) or ( resid 39 and name HG* )) 4.8 2.88 2.88 ! peak number n 5 F1= 4.783 F2= 9.093 null null d= 2.9 assi (( resid 40 and name HA )) (( resid 40 and name HN )) 2.9 0.72 0.72 ! peak number n 1285 F1= 4.795 F2= 8.454 null null d= 2.9 assi (( resid 40 and name HA )) (( resid 41 and name HN )) 2.9 0.72 0.72 ! peak number c 79 F1= 0.870 F2= 4.793 null null d= 3.6 assi (( resid 40 and name HA) or ( resid 21 and name HA )) (( resid 41 and name HG) or ( resid 113 and name HD2* )) 3.6 1.62 1.62 ! peak number c 2436 F1= 1.023 F2= 1.422 null null d= 2.8 assi (( resid 40 and name HB1 )) (( resid 40 and name HB2 )) 2.8 0.95 0.95 ! peak number c 2438 F1= 0.403 F2= 1.005 null null d= 3.3 assi (( resid 40 and name HB1 )) (( resid 40 and name HD1* )) 3.3 1.40 1.40 ! peak number c 2439 F1= 0.162 F2= 1.006 null null d= 4.0 assi (( resid 40 and name HB1 )) (( resid 40 and name HD2* )) 4 2.00 2.00 ! peak number c 2448 F1= 1.272 F2= 1.004 null null d= 3.3 assi (( resid 40 and name HB1 )) (( resid 40 and name HG )) 3.3 1.36 1.36 ! peak number c 2444 F1= 9.068 F2= 1.006 null null d= 3.5 assi (( resid 40 and name HB1 )) (( resid 40 and name HN )) 3.5 1.58 1.58 ! peak number c 2445 F1= 8.435 F2= 1.005 null null d= 3.9 assi (( resid 40 and name HB1 )) (( resid 41 and name HN )) 3.9 1.90 1.90 ! peak number c 2435 F1= 0.402 F2= 1.421 null null d= 3.6 assi (( resid 40 and name HB2 )) (( resid 40 and name HD1* )) 3.6 1.62 1.62 ! peak number c 2434 F1= 0.172 F2= 1.418 null null d= 4.3 assi (( resid 40 and name HB2 )) (( resid 40 and name HD2* )) 4.3 2.31 2.31 ! peak number c 3813 F1= 1.302 F2= 1.421 null null d= 3.1 assi (( resid 40 and name HB2 )) (( resid 40 and name HG )) 3.1 1.20 1.20 ! peak number c 2443 F1= 9.072 F2= 1.412 null null d= 3.3 assi (( resid 40 and name HB2 )) (( resid 40 and name HN )) 3.3 1.36 1.36 ! peak number c 2442 F1= 8.439 F2= 1.425 null null d= 4.0 assi (( resid 40 and name HB2 )) (( resid 41 and name HN )) 4 2.00 2.00 ! peak number c 3900 F1= 0.194 F2= 0.398 null null d= 2.8 assi (( resid 40 and name HD1* )) (( resid 40 and name HD2* )) 2.8 0.98 0.98 ! peak number c 2450 F1= 0.409 F2= 1.273 null null d= 3.0 assi (( resid 40 and name HD1* )) (( resid 40 and name HG )) 3 1.12 1.12 ! peak number c 3914 F1= 9.067 F2= 0.400 null null d= 3.7 assi (( resid 40 and name HD1* )) (( resid 40 and name HN )) 3.7 1.71 1.71 ! peak number c 3916 F1= 1.649 F2= 0.398 null null d= 3.1 assi (( resid 40 and name HD1* )) (( resid 41 and name HB2 )) 3.1 1.20 1.20 ! peak number c 3910 F1= 7.082 F2= 0.400 null null d= 5.0 assi (( resid 40 and name HD1* )) (( resid 42 and name HZ )) 5 3.12 3.12 ! peak number c 3917 F1= 1.915 F2= 0.398 null null d= 3.8 assi (( resid 40 and name HD1* )) (( resid 47 and name HG1 )) 3.8 1.80 1.80 ! peak number c 202 F1= 0.417 F2= 4.611 null null d= 4.8 assi (( resid 40 and name HD1* )) (( resid 48 and name HA )) 4.8 2.88 2.88 ! peak number c 3907 F1= 2.934 F2= 0.398 null null d= 4.0 assi (( resid 40 and name HD1* )) (( resid 48 and name HB2 )) 4 2.00 2.00 ! peak number c 3913 F1= 8.435 F2= 0.400 null null d= 3.8 assi (( resid 40 and name HD1* )) (( resid 49 and name HN) or ( resid 41 and name HN )) 3.8 1.76 1.76 ! peak number c 3905 F1= 2.071 F2= 0.398 null null d= 3.2 assi (( resid 40 and name HD1* )) (( resid 50 and name HB) or ( resid 47 and name HG2 )) 3.2 1.28 1.28 ! peak number c 2589 F1= 0.405 F2= 1.274 null null d= 3.2 assi (( resid 40 and name HD1* )) (( resid 50 and name HG1* )) 3.2 1.28 1.28 ! peak number c 3915 F1= 9.561 F2= 0.398 null null d= 3.9 assi (( resid 40 and name HD1* )) (( resid 50 and name HN )) 3.9 1.90 1.90 ! peak number c 2449 F1= 0.184 F2= 1.271 null null d= 3.3 assi (( resid 40 and name HD2* )) (( resid 40 and name HG )) 3.3 1.36 1.36 ! peak number n 1009 F1= 0.208 F2= 8.452 null null d= 3.6 assi (( resid 40 and name HD2* )) (( resid 41 and name HN )) 3.6 1.62 1.62 ! peak number c 1167 F1= 0.181 F2= 7.598 null null d= 5.9 dist trop loin ! peak number c 2588 F1= 0.192 F2= 1.275 null null d= 3.6 assi (( resid 40 and name HD2* )) (( resid 50 and name HG1* )) 3.6 1.62 1.62 ! peak number c 2600 F1= 0.197 F2= 1.074 null null d= 3.3 assi (( resid 40 and name HD2* )) (( resid 50 and name HG2* )) 3.3 1.36 1.36 ! peak number c 3598 F1= 9.050 F2= 1.263 null null d= 3.8 assi (( resid 40 and name HG )) (( resid 40 and name HN )) 3.8 1.80 1.80 ! peak number c 2452 F1= 8.425 F2= 1.274 null null d= 4.5 assi (( resid 40 and name HG )) (( resid 41 and name HN )) 4.5 2.53 2.53 ! peak number c 2529 F1= 1.288 F2= 2.103 null null d= 4.0 assi (( resid 40 and name HG )) (( resid 47 and name HG2 )) 4 2.00 2.00 ! peak number n 705 F1= 1.284 F2= 8.470 null null d= 3.7 assi (( resid 40 and name HG )) (( resid 48 and name HN )) 3.7 1.71 1.71 ! peak number c 2451 F1= 1.044 F2= 1.265 null null d= 3.5 assi (( resid 40 and name HG )) (( resid 50 and name HG2* )) 3.5 1.53 1.53 ! peak number c 3600 F1= 9.591 F2= 1.263 null null d= 5.3 assi (( resid 40 and name HG )) (( resid 50 and name HN )) 5.3 3.51 3.51 ! peak number c 2454 F1= 4.732 F2= 1.261 null null d= 4.7 assi (( resid 40 and name HG )) (( resid 51 and name HA )) 4.7 2.76 2.76 ! peak number c 206 F1= 1.246 F2= 5.584 null null d= 4.3 assi (( resid 40 and name HG) or ( resid 39 and name HG* )) (( resid 49 and name HA )) 4.3 2.31 2.31 ! peak number n 699 F1= 9.088 F2= 8.481 null null d= 3.3 assi (( resid 40 and name HN )) (( resid 48 and name HN )) 3.3 0.84 0.84 ! peak number n 7 F1= 5.603 F2= 9.093 null null d= 2.9 assi (( resid 40 and name HN )) (( resid 49 and name HA )) 2.9 0.72 0.72 ! peak number n 1267 F1= 9.601 F2= 9.089 null null d= 3.7 assi (( resid 40 and name HN )) (( resid 50 and name HN )) 3.7 0.93 0.93 ! peak number c 173 F1= 1.384 F2= 4.820 null null d= 4.2 assi (( resid 41 and name HA )) (( resid 41 and name HB1 )) 4.2 2.15 2.15 ! peak number c 2457 F1= 4.784 F2= 1.644 null null d= 3.6 assi (( resid 41 and name HA )) (( resid 41 and name HB2 )) 3.6 1.62 1.62 ! peak number c 172 F1= 0.842 F2= 4.827 null null d= 3.0 assi (( resid 41 and name HA )) (( resid 41 and name HG )) 3 1.12 1.12 ! peak number c 2487 F1= 4.795 F2= 3.366 null null d= 5.1 assi (( resid 41 and name HA )) (( resid 42 and name HB1 )) 5.09 3.25 3.25 ! peak number c 2488 F1= 4.763 F2= 3.487 null null d= 4.1 assi (( resid 41 and name HA )) (( resid 42 and name HB2 )) 4.09 2.10 2.10 ! peak number c 1085 F1= 4.819 F2= 7.345 null null d= 4.9 assi (( resid 41 and name HA )) (( resid 42 and name HD* )) 4.9 3.00 3.00 ! peak number c 1084 F1= 4.801 F2= 7.597 null null d= 5.9 dist trop loin ! peak number c 2532 F1= 4.786 F2= 1.909 null null d= 3.7 assi (( resid 41 and name HA )) (( resid 47 and name HG1 )) 3.7 1.71 1.71 ! peak number c 2545 F1= 4.772 F2= 2.638 null null d= 4.1 assi (( resid 41 and name HA )) (( resid 48 and name HB1 )) 4.09 2.10 2.10 ! peak number c 2546 F1= 4.775 F2= 2.913 null null d= 4.1 assi (( resid 41 and name HA) or ( resid 40 and name HA )) (( resid 48 and name HB2 )) 4.09 2.10 2.10 ! peak number c 201 F1= 4.799 F2= 4.626 null null d= 4.3 assi (( resid 41 and name HA) or ( resid 40 and name HA) or ( resid 17 and name HA )) (( resid 48 and name HA) or ( resid 23 and name HA )) 4.3 2.31 2.31 ! peak number c 2464 F1= 1.394 F2= 1.644 null null d= 3.1 assi (( resid 41 and name HB1 )) (( resid 41 and name HB2 )) 3.1 1.20 1.20 ! peak number c 2461 F1= 0.838 F2= 1.368 null null d= 2.6 assi (( resid 41 and name HB1 )) (( resid 41 and name HG )) 2.6 0.84 0.84 ! peak number c 2456 F1= 8.426 F2= 1.367 null null d= 3.5 assi (( resid 41 and name HB1 )) (( resid 41 and name HN )) 3.5 1.53 1.53 ! peak number n 37 F1= 1.414 F2= 9.737 null null d= 3.3 assi (( resid 41 and name HB1 )) (( resid 42 and name HN )) 3.3 1.36 1.36 ! peak number c 2460 F1= 0.836 F2= 1.643 null null d= 2.5 assi (( resid 41 and name HB2 )) (( resid 41 and name HG )) 2.5 0.75 0.75 ! peak number c 2455 F1= 8.436 F2= 1.651 null null d= 3.6 assi (( resid 41 and name HB2 )) (( resid 41 and name HN )) 3.6 1.62 1.62 ! peak number n 1004 F1= 0.872 F2= 8.448 null null d= 3.3 assi (( resid 41 and name HG )) (( resid 41 and name HN )) 3.3 1.36 1.36 ! peak number c 2484 F1= 9.721 F2= 0.839 null null d= 3.0 assi (( resid 41 and name HG )) (( resid 42 and name HN )) 3 1.12 1.12 ! peak number c 2476 F1= 3.594 F2= 0.834 null null d= 3.3 assi (( resid 41 and name HG )) (( resid 45 and name HA1 )) 3.3 1.36 1.36 ! peak number c 38 F1= 0.846 F2= 4.392 null null d= 3.4 assi (( resid 41 and name HG )) (( resid 45 and name HA2 )) 3.4 1.44 1.44 ! peak number n 316 F1= 0.877 F2= 8.431 null null d= 3.1 assi (( resid 41 and name HG )) (( resid 45 and name HN )) 3.1 1.20 1.20 ! peak number c 2483 F1= 8.430 F2= 0.837 null null d= 3.1 assi (( resid 41 and name HG )) (( resid 45 and name HN) or ( resid 41 and name HN )) 3.1 1.20 1.20 ! peak number n 1146 F1= 0.855 F2= 7.826 null null d= 3.4 assi (( resid 41 and name HG )) (( resid 46 and name HN )) 3.4 1.44 1.44 ! peak number c 192 F1= 0.841 F2= 5.641 null null d= 3.6 assi (( resid 41 and name HG )) (( resid 47 and name HA )) 3.6 1.67 1.67 ! peak number c 2516 F1= 0.824 F2= 1.770 null null d= 3.1 assi (( resid 41 and name HG )) (( resid 47 and name HB1 )) 3.1 1.20 1.20 ! peak number c 2473 F1= 1.853 F2= 0.833 null null d= 2.3 assi (( resid 41 and name HG )) (( resid 47 and name HB2 )) 2.29 0.66 0.66 ! peak number c 2525 F1= 0.825 F2= 1.906 null null d= 3.9 assi (( resid 41 and name HG )) (( resid 47 and name HG1 )) 3.9 1.90 1.90 ! peak number c 2472 F1= 2.104 F2= 0.835 null null d= 3.5 assi (( resid 41 and name HG )) (( resid 47 and name HG2 )) 3.5 1.58 1.58 ! peak number n 703 F1= 0.867 F2= 8.476 null null d= 3.5 assi (( resid 41 and name HG )) (( resid 48 and name HN )) 3.5 1.53 1.53 ! peak number c 178 F1= 3.469 F2= 4.840 null null d= 4.9 assi (( resid 42 and name HA )) (( resid 42 and name HB2 )) 4.9 3.00 3.00 ! peak number n 40 F1= 4.844 F2= 9.734 null null d= 2.7 assi (( resid 42 and name HA )) (( resid 42 and name HN )) 2.7 0.68 0.68 ! peak number n 1140 F1= 4.859 F2= 8.790 null null d= 3.0 assi (( resid 42 and name HA )) (( resid 43 and name HN )) 3 0.75 0.75 ! peak number n 564 F1= 4.851 F2= 8.387 null null d= 3.5 assi (( resid 42 and name HA )) (( resid 44 and name HN )) 3.5 0.88 0.88 ! peak number c 2490 F1= 7.341 F2= 3.374 null null d= 3.8 assi (( resid 42 and name HB1 )) (( resid 42 and name HD* )) 3.8 1.80 1.80 ! peak number c 2492 F1= 9.723 F2= 3.361 null null d= 4.0 assi (( resid 42 and name HB1 )) (( resid 42 and name HN )) 4 2.00 2.00 ! peak number n 559 F1= 3.411 F2= 8.385 null null d= 4.2 assi (( resid 42 and name HB1 )) (( resid 44 and name HN )) 4.2 2.21 2.21 ! peak number c 2486 F1= 2.877 F2= 3.343 null null d= 4.6 assi (( resid 42 and name HB1 )) (( resid 46 and name HB2 )) 4.59 2.64 2.64 ! peak number n 1149 F1= 3.404 F2= 7.826 null null d= 3.8 assi (( resid 42 and name HB1 )) (( resid 46 and name HN )) 3.8 1.80 1.80 ! peak number c 1087 F1= 3.447 F2= 7.347 null null d= 3.6 assi (( resid 42 and name HB2 )) (( resid 42 and name HD* )) 3.6 1.67 1.67 ! peak number c 2491 F1= 9.704 F2= 3.480 null null d= 4.0 assi (( resid 42 and name HB2 )) (( resid 42 and name HN )) 4 2.00 2.00 ! peak number n 1135 F1= 3.516 F2= 8.788 null null d= 3.3 assi (( resid 42 and name HB2 )) (( resid 43 and name HN )) 3.3 1.36 1.36 ! peak number n 560 F1= 3.524 F2= 8.389 null null d= 3.7 assi (( resid 42 and name HB2 )) (( resid 44 and name HN )) 3.7 1.71 1.71 ! peak number c 1086 F1= 3.455 F2= 7.596 null null d= 4.5 assi (( resid 42 and name HB2) or ( resid 25 and name HB2 )) (( resid 42 and name HE* )) 4.5 2.53 2.53 ! peak number c 1079 F1= 7.344 F2= 7.597 null null d= 3.2 assi (( resid 42 and name HD* )) (( resid 42 and name HE* )) 3.2 1.24 1.24 ! peak number c 1171 F1= 9.719 F2= 7.347 null null d= 4.0 assi (( resid 42 and name HD* )) (( resid 42 and name HN )) 4 2.05 2.05 ! peak number c 1076 F1= 7.311 F2= 7.103 null null d= 4.8 assi (( resid 42 and name HD* )) (( resid 42 and name HZ )) 4.8 2.88 2.88 ! peak number n 1141 F1= 7.357 F2= 8.783 null null d= 3.5 assi (( resid 42 and name HD* )) (( resid 43 and name HN )) 3.5 1.53 1.53 ! peak number n 568 F1= 7.356 F2= 8.391 null null d= 4.1 assi (( resid 42 and name HD* )) (( resid 44 and name HN )) 4.09 2.10 2.10 ! peak number c 1170 F1= 6.567 F2= 7.347 null null d= 5.6 dist trop loin ! peak number n 1154 F1= 7.346 F2= 7.823 null null d= 3.9 assi (( resid 42 and name HD* )) (( resid 46 and name HN )) 3.9 1.90 1.90 ! peak number n 695 F1= 7.346 F2= 8.480 null null d= 3.7 assi (( resid 42 and name HD* )) (( resid 48 and name HN )) 3.7 1.71 1.71 ! peak number c 1077 F1= 7.593 F2= 7.106 null null d= 3.7 assi (( resid 42 and name HE* )) (( resid 42 and name HZ )) 3.7 1.71 1.71 ! peak number c 1169 F1= 4.509 F2= 7.597 null null d= 6.8 dist trop loin ! peak number c 1162 F1= 1.293 F2= 7.596 null null d= 5.5 dist trop loin ! peak number n 1145 F1= 9.720 F2= 8.775 null null d= 4.3 assi (( resid 42 and name HN )) (( resid 43 and name HN )) 4.3 1.07 1.07 ! peak number n 43 F1= 8.458 F2= 9.741 null null d= 3.5 assi (( resid 42 and name HN )) (( resid 45 and name HN) or ( resid 41 and name HN )) 3.5 1.53 1.53 ! peak number n 1158 F1= 9.726 F2= 7.815 null null d= 3.8 assi (( resid 42 and name HN )) (( resid 46 and name HN )) 3.8 0.95 0.95 ! peak number n 41 F1= 5.649 F2= 9.736 null null d= 3.8 assi (( resid 42 and name HN )) (( resid 47 and name HA )) 3.8 0.95 0.95 ! peak number c 2576 F1= 7.087 F2= 1.276 null null d= 4.6 assi (( resid 42 and name HZ )) (( resid 50 and name HG1* )) 4.59 2.64 2.64 ! peak number c 1173 F1= 1.272 F2= 7.103 null null d= 5.0 assi (( resid 42 and name HZ )) (( resid 50 and name HG1*) or ( resid 40 and name HG )) 5 3.12 3.12 ! peak number c 1172 F1= 1.065 F2= 7.106 null null d= 4.0 assi (( resid 42 and name HZ )) (( resid 50 and name HG2* )) 4 2.05 2.05 ! peak number c 180 F1= 3.012 F2= 4.571 null null d= 2.9 assi (( resid 43 and name HA )) (( resid 43 and name HB1 )) 2.9 1.05 1.05 ! peak number c 179 F1= 2.900 F2= 4.570 null null d= 3.3 assi (( resid 43 and name HA )) (( resid 43 and name HB2 )) 3.3 1.36 1.36 ! peak number n 1138 F1= 4.587 F2= 8.787 null null d= 3.1 assi (( resid 43 and name HA )) (( resid 43 and name HN )) 3.1 0.78 0.78 ! peak number c 2497 F1= 8.785 F2= 3.005 null null d= 3.8 assi (( resid 43 and name HB1 )) (( resid 43 and name HN )) 3.8 1.76 1.76 ! peak number c 2498 F1= 8.770 F2= 2.918 null null d= 3.9 assi (( resid 43 and name HB2 )) (( resid 43 and name HN )) 3.9 1.85 1.85 ! peak number n 1143 F1= 8.391 F2= 8.788 null null d= 3.3 assi (( resid 43 and name HN )) (( resid 44 and name HN )) 3.3 0.82 0.82 ! peak number c 184 F1= 2.981 F2= 4.597 null null d= 3.9 assi (( resid 44 and name HA )) (( resid 44 and name HB1 )) 3.9 1.90 1.90 ! peak number c 185 F1= 2.596 F2= 4.599 null null d= 3.0 assi (( resid 44 and name HA )) (( resid 44 and name HB2 )) 3 1.12 1.12 ! peak number n 562 F1= 4.595 F2= 8.389 null null d= 2.8 assi (( resid 44 and name HA )) (( resid 44 and name HN )) 2.8 0.70 0.70 ! peak number n 315 F1= 4.599 F2= 8.430 null null d= 3.1 assi (( resid 44 and name HA) or ( resid 43 and name HA )) (( resid 45 and name HN )) 3.1 1.20 1.20 ! peak number c 2494 F1= 2.640 F2= 2.987 null null d= 2.7 assi (( resid 44 and name HB1 )) (( resid 44 and name HB2 )) 2.7 0.91 0.91 ! peak number n 318 F1= 2.984 F2= 8.434 null null d= 3.6 assi (( resid 44 and name HB1 )) (( resid 45 and name HN )) 3.6 1.62 1.62 ! peak number c 2496 F1= 8.382 F2= 2.997 null null d= 3.1 assi (( resid 44 and name HB1) or ( resid 43 and name HB1 )) (( resid 44 and name HN )) 3.1 1.24 1.24 ! peak number c 2504 F1= 8.382 F2= 2.623 null null d= 3.2 assi (( resid 44 and name HB2 )) (( resid 44 and name HN )) 3.2 1.32 1.32 ! peak number n 561 F1= 3.637 F2= 8.390 null null d= 4.0 assi (( resid 44 and name HN )) (( resid 45 and name HA1) or ( resid 27 and name HA2 )) 4 2.00 2.00 ! peak number n 569 F1= 7.814 F2= 8.386 null null d= 4.3 assi (( resid 44 and name HN )) (( resid 46 and name HN )) 4.3 1.07 1.07 ! peak number n 313 F1= 3.647 F2= 8.431 null null d= 2.6 assi (( resid 45 and name HA1 )) (( resid 45 and name HN )) 2.6 0.65 0.65 ! peak number n 1150 F1= 3.650 F2= 7.826 null null d= 3.4 assi (( resid 45 and name HA1 )) (( resid 46 and name HN )) 3.4 0.85 0.85 ! peak number n 314 F1= 4.421 F2= 8.427 null null d= 2.7 assi (( resid 45 and name HA2 )) (( resid 45 and name HN )) 2.7 0.68 0.68 ! peak number n 1151 F1= 4.413 F2= 7.822 null null d= 3.6 assi (( resid 45 and name HA2 )) (( resid 46 and name HN )) 3.6 0.90 0.90 ! peak number n 1157 F1= 8.414 F2= 7.822 null null d= 2.8 assi (( resid 45 and name HN )) (( resid 46 and name HN )) 2.8 0.71 0.71 ! peak number c 188 F1= 2.765 F2= 4.493 null null d= 4.0 assi (( resid 46 and name HA )) (( resid 46 and name HB1 )) 4 2.00 2.00 ! peak number c 189 F1= 2.908 F2= 4.493 null null d= 3.6 assi (( resid 46 and name HA )) (( resid 46 and name HB2 )) 3.6 1.62 1.62 ! peak number c 1013 F1= 4.496 F2= 6.570 null null d= 3.3 assi (( resid 46 and name HA )) (( resid 46 and name HD* )) 3.3 1.36 1.36 ! peak number c 1019 F1= 4.510 F2= 6.134 null null d= 4.8 assi (( resid 46 and name HA )) (( resid 46 and name HE* )) 4.8 2.88 2.88 ! peak number n 1152 F1= 4.520 F2= 7.824 null null d= 3.0 assi (( resid 46 and name HA )) (( resid 46 and name HN )) 3 0.75 0.75 ! peak number n 77 F1= 4.519 F2= 7.503 null null d= 2.4 assi (( resid 46 and name HA )) (( resid 47 and name HN )) 2.4 0.60 0.60 ! peak number c 1014 F1= 2.791 F2= 6.570 null null d= 3.3 assi (( resid 46 and name HB1 )) (( resid 46 and name HD* )) 3.3 1.36 1.36 ! peak number c 2510 F1= 7.797 F2= 2.775 null null d= 3.3 assi (( resid 46 and name HB1 )) (( resid 46 and name HN )) 3.3 1.40 1.40 ! peak number n 1222 F1= 2.807 F2= 7.500 null null d= 3.7 assi (( resid 46 and name HB1 )) (( resid 47 and name HN )) 3.7 1.71 1.71 ! peak number c 1015 F1= 2.930 F2= 6.570 null null d= 3.6 assi (( resid 46 and name HB2 )) (( resid 46 and name HD* )) 3.6 1.62 1.62 ! peak number c 1020 F1= 2.919 F2= 6.136 null null d= 3.6 assi (( resid 46 and name HB2 )) (( resid 46 and name HE* )) 3.6 1.62 1.62 ! peak number n 1148 F1= 2.926 F2= 7.823 null null d= 2.9 assi (( resid 46 and name HB2 )) (( resid 46 and name HN )) 2.9 1.05 1.05 ! peak number n 76 F1= 2.936 F2= 7.503 null null d= 3.3 assi (( resid 46 and name HB2 )) (( resid 47 and name HN )) 3.3 1.36 1.36 ! peak number c 1011 F1= 6.126 F2= 6.570 null null d= 2.6 assi (( resid 46 and name HD* )) (( resid 46 and name HE* )) 2.6 0.85 0.85 ! peak number c 1016 F1= 7.803 F2= 6.571 null null d= 3.6 assi (( resid 46 and name HD* )) (( resid 46 and name HN )) 3.6 1.67 1.67 ! peak number c 1204 F1= 7.496 F2= 6.571 null null d= 3.4 assi (( resid 46 and name HD* )) (( resid 47 and name HN )) 3.4 1.40 1.40 ! peak number n 1284 F1= 6.128 F2= 7.503 null null d= 3.9 assi (( resid 46 and name HE* )) (( resid 47 and name HN )) 3.9 1.90 1.90 ! peak number c 1211 F1= 2.627 F2= 6.133 null null d= 4.3 assi (( resid 46 and name HE* )) (( resid 48 and name HB1 )) 4.3 2.37 2.37 ! peak number n 1155 F1= 7.495 F2= 7.821 null null d= 3.7 assi (( resid 46 and name HN )) (( resid 47 and name HN )) 3.7 0.93 0.93 ! peak number c 193 F1= 1.757 F2= 5.639 null null d= 3.5 assi (( resid 47 and name HA )) (( resid 47 and name HB1 )) 3.5 1.58 1.58 ! peak number c 195 F1= 1.851 F2= 5.642 null null d= 3.5 assi (( resid 47 and name HA )) (( resid 47 and name HB2 )) 3.5 1.58 1.58 ! peak number c 197 F1= 1.917 F2= 5.645 null null d= 4.5 assi (( resid 47 and name HA )) (( resid 47 and name HG1 )) 4.5 2.53 2.53 ! peak number c 194 F1= 2.107 F2= 5.641 null null d= 4.0 assi (( resid 47 and name HA )) (( resid 47 and name HG2 )) 4 1.95 1.95 ! peak number n 78 F1= 5.647 F2= 7.504 null null d= 3.2 assi (( resid 47 and name HA )) (( resid 47 and name HN )) 3.2 0.80 0.80 ! peak number n 692 F1= 5.650 F2= 8.478 null null d= 2.4 assi (( resid 47 and name HA )) (( resid 48 and name HN )) 2.4 0.60 0.60 ! peak number c 2524 F1= 2.102 F2= 1.759 null null d= 3.5 assi (( resid 47 and name HB1 )) (( resid 47 and name HG2 )) 3.5 1.53 1.53 ! peak number c 2519 F1= 7.490 F2= 1.758 null null d= 3.4 assi (( resid 47 and name HB1 )) (( resid 47 and name HN )) 3.4 1.44 1.44 ! peak number c 2522 F1= 8.466 F2= 1.760 null null d= 3.6 assi (( resid 47 and name HB1 )) (( resid 48 and name HN )) 3.6 1.67 1.67 ! peak number c 2523 F1= 2.100 F2= 1.821 null null d= 3.0 assi (( resid 47 and name HB2 )) (( resid 47 and name HG2 )) 3 1.12 1.12 ! peak number c 2520 F1= 7.493 F2= 1.835 null null d= 3.3 assi (( resid 47 and name HB2 )) (( resid 47 and name HN )) 3.3 1.36 1.36 ! peak number c 2521 F1= 8.477 F2= 1.823 null null d= 3.8 assi (( resid 47 and name HB2 )) (( resid 48 and name HN )) 3.8 1.76 1.76 ! peak number c 2528 F1= 2.101 F2= 1.905 null null d= 2.7 assi (( resid 47 and name HG1 )) (( resid 47 and name HG2 )) 2.7 0.88 0.88 ! peak number c 2536 F1= 8.452 F2= 1.911 null null d= 3.7 assi (( resid 47 and name HG1 )) (( resid 48 and name HN )) 3.7 1.71 1.71 ! peak number c 2538 F1= 7.504 F2= 2.103 null null d= 4.3 assi (( resid 47 and name HG2 )) (( resid 47 and name HN )) 4.3 2.31 2.31 ! peak number c 2537 F1= 8.466 F2= 2.095 null null d= 3.8 assi (( resid 47 and name HG2 )) (( resid 48 and name HN )) 3.8 1.76 1.76 ! peak number n 696 F1= 7.499 F2= 8.475 null null d= 4.0 assi (( resid 47 and name HN )) (( resid 48 and name HN )) 4 1.00 1.00 ! peak number c 198 F1= 2.623 F2= 4.626 null null d= 3.2 assi (( resid 48 and name HA )) (( resid 48 and name HB1 )) 3.2 1.24 1.24 ! peak number c 199 F1= 2.897 F2= 4.623 null null d= 3.1 assi (( resid 48 and name HA )) (( resid 48 and name HB2 )) 3.1 1.20 1.20 ! peak number n 694 F1= 4.646 F2= 8.479 null null d= 3.1 assi (( resid 48 and name HA )) (( resid 48 and name HN )) 3.1 0.78 0.78 ! peak number n 1018 F1= 4.641 F2= 8.434 null null d= 2.5 assi (( resid 48 and name HA )) (( resid 49 and name HN )) 2.5 0.62 0.62 ! peak number c 2539 F1= 2.636 F2= 2.903 null null d= 2.6 assi (( resid 48 and name HB1 )) (( resid 48 and name HB2 )) 2.6 0.85 0.85 ! peak number c 2544 F1= 8.420 F2= 2.626 null null d= 3.3 assi (( resid 48 and name HB1 )) (( resid 49 and name HN )) 3.3 1.36 1.36 ! peak number c 2543 F1= 8.430 F2= 2.904 null null d= 2.9 assi (( resid 48 and name HB2 )) (( resid 49 and name HN )) 2.9 1.05 1.05 ! peak number c 2586 F1= 2.905 F2= 1.276 null null d= 3.2 assi (( resid 48 and name HB2 )) (( resid 50 and name HG1* )) 3.2 1.28 1.28 ! peak number c 2587 F1= 2.929 F2= 1.076 null null d= 3.5 assi (( resid 48 and name HB2 )) (( resid 50 and name HG2* )) 3.5 1.53 1.53 ! peak number c 2554 F1= 2.903 F2= 2.197 null null d= 3.8 assi (( resid 48 and name HB2) or ( resid 37 and name HE2 )) (( resid 49 and name HB1 )) 3.8 1.80 1.80 ! peak number c 207 F1= 2.196 F2= 5.578 null null d= 4.0 assi (( resid 49 and name HA )) (( resid 49 and name HB1 )) 4 2.00 2.00 ! peak number c 208 F1= 2.600 F2= 5.584 null null d= 4.0 assi (( resid 49 and name HA )) (( resid 49 and name HB2 )) 4 2.05 2.05 ! peak number n 1020 F1= 5.587 F2= 8.435 null null d= 3.1 assi (( resid 49 and name HA )) (( resid 49 and name HN )) 3.1 0.78 0.78 ! peak number n 251 F1= 5.593 F2= 9.612 null null d= 2.5 assi (( resid 49 and name HA )) (( resid 50 and name HN )) 2.5 0.62 0.62 ! peak number c 2556 F1= 2.189 F2= 2.593 null null d= 3.0 assi (( resid 49 and name HB1 )) (( resid 49 and name HB2 )) 3 1.12 1.12 ! peak number c 2548 F1= 8.423 F2= 2.196 null null d= 3.2 assi (( resid 49 and name HB1 )) (( resid 49 and name HN )) 3.2 1.32 1.32 ! peak number c 2550 F1= 9.585 F2= 2.198 null null d= 3.8 assi (( resid 49 and name HB1 )) (( resid 50 and name HN )) 3.8 1.80 1.80 ! peak number c 2547 F1= 8.420 F2= 2.595 null null d= 3.4 assi (( resid 49 and name HB2 )) (( resid 49 and name HN )) 3.4 1.44 1.44 ! peak number c 3867 F1= 4.573 F2= 2.581 null null d= 3.0 assi (( resid 49 and name HB2 )) (( resid 50 and name HA )) 3 1.12 1.12 ! peak number c 2549 F1= 9.588 F2= 2.608 null null d= 3.8 assi (( resid 49 and name HB2 )) (( resid 50 and name HN )) 3.8 1.80 1.80 ! peak number n 1025 F1= 2.640 F2= 8.431 null null d= 2.5 assi (( resid 49 and name HB2) or ( resid 48 and name HB1 )) (( resid 49 and name HN )) 2.5 0.78 0.78 ! peak number n 1006 F1= 1.132 F2= 8.448 null null d= 3.0 assi (( resid 49 and name HN )) (( resid 50 and name HG2* )) 3 1.12 1.12 ! peak number n 1022 F1= 9.613 F2= 8.427 null null d= 3.5 assi (( resid 49 and name HN )) (( resid 50 and name HN )) 3.5 0.88 0.88 ! peak number n 1010 F1= 1.295 F2= 8.451 null null d= 3.8 assi (( resid 49 and name HN) or ( resid 41 and name HN )) (( resid 50 and name HG1*) or ( resid 40 and name HG )) 3.8 1.80 1.80 ! peak number c 211 F1= 2.055 F2= 4.562 null null d= 3.9 assi (( resid 50 and name HA )) (( resid 50 and name HB )) 3.9 1.85 1.85 ! peak number c 210 F1= 1.286 F2= 4.557 null null d= 3.0 assi (( resid 50 and name HA )) (( resid 50 and name HG1* )) 3 1.16 1.16 ! peak number c 209 F1= 1.088 F2= 4.560 null null d= 3.0 assi (( resid 50 and name HA )) (( resid 50 and name HG2* )) 3 1.09 1.09 ! peak number n 249 F1= 4.585 F2= 9.610 null null d= 3.2 assi (( resid 50 and name HA )) (( resid 50 and name HN )) 3.2 0.80 0.80 ! peak number n 149 F1= 4.590 F2= 9.014 null null d= 2.5 assi (( resid 50 and name HA )) (( resid 51 and name HN )) 2.5 0.62 0.62 ! peak number c 2564 F1= 1.278 F2= 2.055 null null d= 2.8 assi (( resid 50 and name HB )) (( resid 50 and name HG1* )) 2.8 1.02 1.02 ! peak number c 2563 F1= 1.080 F2= 2.058 null null d= 2.8 assi (( resid 50 and name HB )) (( resid 50 and name HG2* )) 2.8 0.98 0.98 ! peak number c 2569 F1= 9.600 F2= 2.055 null null d= 3.2 assi (( resid 50 and name HB )) (( resid 50 and name HN )) 3.2 1.32 1.32 ! peak number c 3776 F1= 2.075 F2= 1.005 null null d= 4.4 assi (( resid 50 and name HB )) (( resid 51 and name HD2* )) 4.4 2.42 2.42 ! peak number c 2568 F1= 9.001 F2= 2.059 null null d= 3.5 assi (( resid 50 and name HB )) (( resid 51 and name HN )) 3.5 1.58 1.58 ! peak number c 2591 F1= 1.082 F2= 1.271 null null d= 2.5 assi (( resid 50 and name HG1* )) (( resid 50 and name HG2* )) 2.5 0.78 0.78 ! peak number c 2570 F1= 9.595 F2= 1.272 null null d= 3.6 assi (( resid 50 and name HG1* )) (( resid 50 and name HN )) 3.6 1.67 1.67 ! peak number c 2573 F1= 9.008 F2= 1.275 null null d= 3.0 assi (( resid 50 and name HG1* )) (( resid 51 and name HN )) 3 1.09 1.09 ! peak number c 2581 F1= 5.041 F2= 1.275 null null d= 3.7 assi (( resid 50 and name HG1* )) (( resid 54 and name HA) or ( resid 18 and name HA )) 3.7 1.71 1.71 ! peak number c 3149 F1= 1.299 F2= 2.857 null null d= 2.6 assi (( resid 50 and name HG1* )) (( resid 54 and name HB1 )) 2.6 0.85 0.85 ! peak number c 2585 F1= 3.388 F2= 1.275 null null d= 3.6 assi (( resid 50 and name HG1* )) (( resid 54 and name HB2 )) 3.6 1.62 1.62 ! peak number c 2574 F1= 8.135 F2= 1.270 null null d= 3.8 assi (( resid 50 and name HG1* )) (( resid 54 and name HN )) 3.8 1.76 1.76 ! peak number c 2593 F1= 1.868 F2= 1.276 null null d= 2.9 assi (( resid 50 and name HG1* )) (( resid 55 and name HB )) 2.9 1.05 1.05 ! peak number c 2575 F1= 7.544 F2= 1.271 null null d= 3.8 assi (( resid 50 and name HG1* )) (( resid 55 and name HN )) 3.8 1.85 1.85 ! peak number c 2580 F1= 4.775 F2= 1.277 null null d= 3.8 assi (( resid 50 and name HG1* )) (( resid 56 and name HA) or ( resid 40 and name HA )) 3.8 1.80 1.80 ! peak number c 2657 F1= 1.290 F2= 0.652 null null d= 3.6 assi (( resid 50 and name HG1*) or ( resid 40 and name HG )) (( resid 55 and name HD1* )) 3.6 1.62 1.62 ! peak number c 2571 F1= 9.590 F2= 1.084 null null d= 3.1 assi (( resid 50 and name HG2* )) (( resid 50 and name HN )) 3.1 1.24 1.24 ! peak number c 2572 F1= 9.023 F2= 1.077 null null d= 3.5 assi (( resid 50 and name HG2* )) (( resid 51 and name HN )) 3.5 1.53 1.53 ! peak number c 215 F1= 1.826 F2= 4.720 null null d= 3.9 assi (( resid 51 and name HA )) (( resid 51 and name HB2 )) 3.9 1.90 1.90 ! peak number c 214 F1= 0.962 F2= 4.718 null null d= 3.2 assi (( resid 51 and name HA )) (( resid 51 and name HD1* )) 3.2 1.28 1.28 ! peak number n 150 F1= 4.749 F2= 9.009 null null d= 3.5 assi (( resid 51 and name HA )) (( resid 51 and name HN )) 3.5 0.88 0.88 ! peak number n 323 F1= 4.742 F2= 8.995 null null d= 3.0 assi (( resid 51 and name HA )) (( resid 52 and name HN )) 3 0.75 0.75 ! peak number c 2606 F1= 1.841 F2= 1.740 null null d= 2.8 assi (( resid 51 and name HB1 )) (( resid 51 and name HB2 )) 2.8 0.98 0.98 ! peak number c 2610 F1= 0.980 F2= 1.735 null null d= 3.0 assi (( resid 51 and name HB1 )) (( resid 51 and name HD2*) or ( resid 51 and name HD1* )) 3 1.12 1.12 ! peak number n 146 F1= 1.769 F2= 9.014 null null d= 3.4 assi (( resid 51 and name HB1 )) (( resid 51 and name HN )) 3.4 1.44 1.44 ! peak number c 2601 F1= 8.999 F2= 1.746 null null d= 3.4 assi (( resid 51 and name HB1 )) (( resid 52 and name HN )) 3.4 1.44 1.44 ! peak number n 433 F1= 1.767 F2= 7.963 null null d= 3.5 assi (( resid 51 and name HB1 )) (( resid 53 and name HN )) 3.5 1.53 1.53 ! peak number c 2609 F1= 0.985 F2= 1.837 null null d= 2.8 assi (( resid 51 and name HB2 )) (( resid 51 and name HD2* )) 2.8 0.95 0.95 ! peak number c 2602 F1= 9.008 F2= 1.842 null null d= 3.4 assi (( resid 51 and name HB2 )) (( resid 51 and name HN )) 3.4 1.44 1.44 ! peak number n 326 F1= 1.850 F2= 8.990 null null d= 3.1 assi (( resid 51 and name HB2 )) (( resid 52 and name HN )) 3.1 1.20 1.20 ! peak number c 2603 F1= 7.934 F2= 1.848 null null d= 4.6 assi (( resid 51 and name HB2 )) (( resid 53 and name HN )) 4.59 2.64 2.64 ! peak number c 2293 F1= 1.843 F2= 3.113 null null d= 2.7 assi (( resid 51 and name HB2) or ( resid 31 and name HB2 )) (( resid 53 and name HE*) or ( resid 31 and name HD* )) 2.7 0.91 0.91 ! peak number c 2613 F1= 0.977 F2= 1.841 null null d= 2.5 assi (( resid 51 and name HD1* )) (( resid 51 and name HG )) 2.5 0.75 0.75 ! peak number c 2614 F1= 8.987 F2= 0.951 null null d= 3.0 assi (( resid 51 and name HD1* )) (( resid 51 and name HN )) 3 1.12 1.12 ! peak number c 2625 F1= 8.992 F2= 1.003 null null d= 3.3 assi (( resid 51 and name HD2* )) (( resid 52 and name HN )) 3.3 1.40 1.40 ! peak number c 2622 F1= 1.640 F2= 1.003 null null d= 2.8 assi (( resid 51 and name HD2* )) (( resid 53 and name HD* )) 2.8 0.98 0.98 ! peak number c 2666 F1= 1.029 F2= 1.934 null null d= 4.3 assi (( resid 51 and name HD2*) or ( resid 40 and name HB1 )) (( resid 56 and name HB2 )) 4.3 2.31 2.31 ! peak number c 2611 F1= 8.990 F2= 1.843 null null d= 3.2 assi (( resid 51 and name HG )) (( resid 51 and name HN )) 3.2 1.28 1.28 ! peak number n 147 F1= 1.878 F2= 9.012 null null d= 2.6 assi (( resid 51 and name HG) or ( resid 51 and name HB2 )) (( resid 51 and name HN )) 2.6 0.85 0.85 ! peak number c 2631 F1= 9.038 F2= 1.638 null null d= 3.4 assi (( resid 51 and name HN )) (( resid 53 and name HD* )) 3.4 1.44 1.44 ! peak number c 2290 F1= 9.033 F2= 3.102 null null d= 3.6 assi (( resid 51 and name HN) or ( resid 32 and name HN )) (( resid 53 and name HE*) or ( resid 31 and name HD* )) 3.6 1.62 1.62 ! peak number c 2627 F1= 8.979 F2= 3.783 null null d= 3.6 assi (( resid 52 and name HA1 )) (( resid 52 and name HN )) 3.6 0.90 0.90 ! peak number c 2626 F1= 8.983 F2= 4.153 null null d= 3.5 assi (( resid 52 and name HA2 )) (( resid 52 and name HN )) 3.5 0.88 0.88 ! peak number n 483 F1= 4.187 F2= 7.944 null null d= 3.0 assi (( resid 52 and name HA2 )) (( resid 53 and name HN )) 3 0.75 0.75 ! peak number c 2683 F1= 4.164 F2= 0.764 null null d= 3.9 assi (( resid 52 and name HA2) or ( resid 125 and name HA )) (( resid 57 and name HD2* )) 3.9 1.90 1.90 ! peak number n 440 F1= 9.004 F2= 7.963 null null d= 3.5 assi (( resid 52 and name HN )) (( resid 53 and name HN )) 3.5 0.88 0.88 ! peak number n 329 F1= 0.641 F2= 8.999 null null d= 4.1 assi (( resid 52 and name HN )) (( resid 55 and name HD1*) or ( resid 33 and name HG1* )) 4.09 2.10 2.10 ! peak number n 432 F1= 4.330 F2= 7.964 null null d= 3.1 assi (( resid 53 and name HA )) (( resid 53 and name HN )) 3.1 0.78 0.78 ! peak number c 3739 F1= 4.367 F2= 0.776 null null d= 3.9 assi (( resid 53 and name HA )) (( resid 57 and name HD2* )) 3.9 1.90 1.90 ! peak number n 434 F1= 1.876 F2= 7.962 null null d= 2.8 assi (( resid 53 and name HB2 )) (( resid 53 and name HN )) 2.8 0.98 0.98 ! peak number n 984 F1= 1.885 F2= 8.149 null null d= 3.2 assi (( resid 53 and name HB2) or ( resid 51 and name HB2 )) (( resid 54 and name HN )) 3.2 1.28 1.28 ! peak number c 2635 F1= 3.115 F2= 1.642 null null d= 2.7 assi (( resid 53 and name HD* )) (( resid 53 and name HE* )) 2.7 0.91 0.91 ! peak number n 439 F1= 8.146 F2= 7.963 null null d= 3.5 assi (( resid 53 and name HN )) (( resid 54 and name HN )) 3.5 0.86 0.86 ! peak number c 222 F1= 2.861 F2= 5.075 null null d= 3.7 assi (( resid 54 and name HA )) (( resid 54 and name HB1 )) 3.7 1.71 1.71 ! peak number c 223 F1= 3.384 F2= 5.078 null null d= 4.3 assi (( resid 54 and name HA )) (( resid 54 and name HB2 )) 4.3 2.37 2.37 ! peak number n 981 F1= 5.090 F2= 8.146 null null d= 3.2 assi (( resid 54 and name HA )) (( resid 54 and name HN )) 3.2 0.80 0.80 ! peak number n 610 F1= 5.099 F2= 7.549 null null d= 3.3 assi (( resid 54 and name HA )) (( resid 55 and name HN )) 3.3 0.82 0.82 ! peak number c 3151 F1= 3.377 F2= 2.850 null null d= 3.7 assi (( resid 54 and name HB1 )) (( resid 54 and name HB2 )) 3.7 1.71 1.71 ! peak number c 2639 F1= 8.140 F2= 2.864 null null d= 3.2 assi (( resid 54 and name HB1 )) (( resid 54 and name HN )) 3.2 1.32 1.32 ! peak number c 2638 F1= 8.133 F2= 3.382 null null d= 3.5 assi (( resid 54 and name HB2 )) (( resid 54 and name HN )) 3.5 1.53 1.53 ! peak number n 612 F1= 8.141 F2= 7.543 null null d= 3.1 assi (( resid 54 and name HN )) (( resid 55 and name HN )) 3.1 0.78 0.78 ! peak number c 225 F1= 0.637 F2= 4.466 null null d= 3.4 assi (( resid 55 and name HA )) (( resid 55 and name HD1* )) 3.4 1.45 1.45 ! peak number n 608 F1= 4.504 F2= 7.552 null null d= 3.1 assi (( resid 55 and name HA )) (( resid 55 and name HN )) 3.1 0.78 0.78 ! peak number n 165 F1= 4.498 F2= 9.156 null null d= 3.0 assi (( resid 55 and name HA )) (( resid 56 and name HN )) 3 0.75 0.75 ! peak number c 2643 F1= 0.651 F2= 1.863 null null d= 2.6 assi (( resid 55 and name HB )) (( resid 55 and name HD1* )) 2.6 0.85 0.85 ! peak number c 2648 F1= 7.538 F2= 1.866 null null d= 3.0 assi (( resid 55 and name HB )) (( resid 55 and name HN )) 3 1.16 1.16 ! peak number c 2647 F1= 4.782 F2= 1.861 null null d= 4.1 assi (( resid 55 and name HB )) (( resid 56 and name HA )) 4.09 2.10 2.10 ! peak number c 2651 F1= 7.536 F2= 0.647 null null d= 3.9 assi (( resid 55 and name HD1* )) (( resid 55 and name HN )) 3.9 1.90 1.90 ! peak number n 163 F1= 0.674 F2= 9.158 null null d= 2.9 assi (( resid 55 and name HD1*) or ( resid 14 and name HG2* )) (( resid 56 and name HN )) 2.9 1.05 1.05 ! peak number c 2668 F1= 4.785 F2= 0.998 null null d= 4.6 assi (( resid 56 and name HA )) (( resid 56 and name HB1 )) 4.59 2.64 2.64 ! peak number n 169 F1= 4.808 F2= 9.150 null null d= 3.6 assi (( resid 56 and name HA )) (( resid 56 and name HN )) 3.6 0.90 0.90 ! peak number n 99 F1= 4.813 F2= 9.374 null null d= 2.7 assi (( resid 56 and name HA )) (( resid 57 and name HN )) 2.7 0.68 0.68 ! peak number c 2665 F1= 1.932 F2= 0.991 null null d= 3.8 assi (( resid 56 and name HB1 )) (( resid 56 and name HB2 )) 3.8 1.80 1.80 ! peak number c 2661 F1= 0.561 F2= 0.989 null null d= 3.9 assi (( resid 56 and name HB1 )) (( resid 56 and name HD1* )) 3.9 1.90 1.90 ! peak number c 2660 F1= 0.141 F2= 0.986 null null d= 4.1 assi (( resid 56 and name HB1 )) (( resid 56 and name HD2* )) 4.09 2.10 2.10 ! peak number c 22 F1= 1.010 F2= 4.392 null null d= 4.2 assi (( resid 56 and name HB1) or ( resid 10 and name HG2* )) (( resid 8 and name HA) or ( resid 53 and name HA )) 4.2 2.21 2.21 ! peak number c 1130 F1= 0.996 F2= 7.145 null null d= 3.9 assi (( resid 56 and name HB1) or ( resid 10 and name HG2* )) (( resid 9 and name HD*) or ( resid 24 and name HD* )) 3.9 1.90 1.90 ! peak number c 1129 F1= 0.964 F2= 7.280 null null d= 4.0 assi (( resid 56 and name HB1) or ( resid 10 and name HG2* )) (( resid 9 and name HE* )) 4 2.00 2.00 ! peak number c 2662 F1= 0.542 F2= 1.959 null null d= 3.9 assi (( resid 56 and name HB2 )) (( resid 56 and name HD1* )) 3.9 1.90 1.90 ! peak number c 2659 F1= 0.138 F2= 1.959 null null d= 3.9 assi (( resid 56 and name HB2 )) (( resid 56 and name HD2* )) 3.9 1.90 1.90 ! peak number n 168 F1= 1.989 F2= 9.160 null null d= 3.9 assi (( resid 56 and name HB2 )) (( resid 56 and name HN )) 3.9 1.90 1.90 ! peak number n 1296 F1= 0.592 F2= 9.162 null null d= 4.0 assi (( resid 56 and name HD1* )) (( resid 56 and name HN )) 4 2.00 2.00 ! peak number n 167 F1= 1.883 F2= 9.162 null null d= 3.7 assi (( resid 56 and name HN )) (( resid 58 and name HB1) or ( resid 55 and name HB) or ( resid 15 and name HB )) 3.7 1.71 1.71 ! peak number c 234 F1= 1.868 F2= 4.424 null null d= 3.6 assi (( resid 57 and name HA )) (( resid 57 and name HB1 )) 3.6 1.62 1.62 ! peak number c 2672 F1= 4.437 F2= 1.632 null null d= 4.5 assi (( resid 57 and name HA )) (( resid 57 and name HB2 )) 4.5 2.53 2.53 ! peak number c 236 F1= 0.787 F2= 4.419 null null d= 4.1 assi (( resid 57 and name HA )) (( resid 57 and name HD2* )) 4.09 2.10 2.10 ! peak number c 233 F1= 1.590 F2= 4.426 null null d= 4.6 assi (( resid 57 and name HA )) (( resid 57 and name HG )) 4.59 2.64 2.64 ! peak number n 98 F1= 4.453 F2= 9.370 null null d= 3.2 assi (( resid 57 and name HA )) (( resid 57 and name HN )) 3.2 0.80 0.80 ! peak number n 671 F1= 4.441 F2= 7.405 null null d= 2.5 assi (( resid 57 and name HA )) (( resid 58 and name HN )) 2.5 0.62 0.62 ! peak number c 2644 F1= 1.638 F2= 1.859 null null d= 2.9 assi (( resid 57 and name HB1 )) (( resid 57 and name HB2 )) 2.9 1.02 1.02 ! peak number c 2686 F1= 1.864 F2= 0.773 null null d= 3.1 assi (( resid 57 and name HB1 )) (( resid 57 and name HD2* )) 3.1 1.20 1.20 ! peak number c 2649 F1= 9.357 F2= 1.859 null null d= 3.4 assi (( resid 57 and name HB1 )) (( resid 57 and name HN )) 3.4 1.45 1.45 ! peak number c 2670 F1= 0.726 F2= 1.636 null null d= 3.3 assi (( resid 57 and name HB2 )) (( resid 57 and name HD1* )) 3.3 1.36 1.36 ! peak number c 2673 F1= 9.363 F2= 1.628 null null d= 3.7 assi (( resid 57 and name HB2 )) (( resid 57 and name HN )) 3.7 1.67 1.67 ! peak number c 28 F1= 1.637 F2= 4.651 null null d= 4.5 assi (( resid 57 and name HB2 )) (( resid 9 and name HA )) 4.5 2.53 2.53 ! peak number c 1128 F1= 0.704 F2= 7.284 null null d= 4.0 assi (( resid 57 and name HD1* )) (( resid 9 and name HE* )) 4 2.00 2.00 ! peak number c 2685 F1= 1.587 F2= 0.777 null null d= 2.9 assi (( resid 57 and name HD2* )) (( resid 57 and name HG )) 2.9 1.05 1.05 ! peak number c 3883 F1= 9.345 F2= 0.771 null null d= 4.1 assi (( resid 57 and name HD2* )) (( resid 57 and name HN )) 4.09 2.10 2.10 ! peak number c 2682 F1= 7.250 F2= 0.772 null null d= 3.3 assi (( resid 57 and name HD2* )) (( resid 9 and name HZ) or ( resid 9 and name HE* )) 3.3 1.36 1.36 ! peak number n 94 F1= 1.585 F2= 9.375 null null d= 3.2 assi (( resid 57 and name HG )) (( resid 57 and name HN )) 3.2 1.28 1.28 ! peak number n 682 F1= 9.369 F2= 7.405 null null d= 4.2 assi (( resid 57 and name HN )) (( resid 58 and name HN )) 4.2 1.05 1.05 ! peak number c 2693 F1= 4.276 F2= 1.832 null null d= 3.1 assi (( resid 58 and name HA )) (( resid 58 and name HB1 )) 3.1 1.20 1.20 ! peak number c 2692 F1= 4.261 F2= 2.185 null null d= 3.3 assi (( resid 58 and name HA )) (( resid 58 and name HB2 )) 3.3 1.36 1.36 ! peak number n 670 F1= 4.275 F2= 7.413 null null d= 3.1 assi (( resid 58 and name HA )) (( resid 58 and name HN )) 3.1 0.78 0.78 ! peak number n 1064 F1= 4.277 F2= 8.152 null null d= 2.4 assi (( resid 58 and name HA )) (( resid 59 and name HN )) 2.4 0.60 0.60 ! peak number c 2694 F1= 2.185 F2= 1.834 null null d= 2.7 assi (( resid 58 and name HB1 )) (( resid 58 and name HB2 )) 2.7 0.91 0.91 ! peak number c 2691 F1= 7.385 F2= 1.838 null null d= 3.5 assi (( resid 58 and name HB1 )) (( resid 58 and name HN )) 3.5 1.49 1.49 ! peak number c 2690 F1= 8.103 F2= 1.837 null null d= 3.9 assi (( resid 58 and name HB1 )) (( resid 59 and name HN )) 3.9 1.85 1.85 ! peak number c 2688 F1= 7.384 F2= 2.185 null null d= 3.9 assi (( resid 58 and name HB2 )) (( resid 58 and name HN )) 3.9 1.90 1.90 ! peak number c 2689 F1= 8.117 F2= 2.190 null null d= 4.0 assi (( resid 58 and name HB2 )) (( resid 59 and name HN )) 4 2.05 2.05 ! peak number c 2697 F1= 1.079 F2= 2.183 null null d= 3.8 assi (( resid 58 and name HB2 )) (( resid 60 and name HG* )) 3.8 1.80 1.80 ! peak number c 3876 F1= 0.517 F2= 2.183 null null d= 4.9 assi (( resid 58 and name HB2 )) (( resid 61 and name HG1* )) 4.9 3.00 3.00 ! peak number n 1065 F1= 4.491 F2= 8.151 null null d= 3.6 assi (( resid 59 and name HA )) (( resid 59 and name HN )) 3.6 0.90 0.90 ! peak number c 246 F1= 4.477 F2= 4.637 null null d= 3.8 assi (( resid 59 and name HA )) (( resid 60 and name HA )) 3.8 0.95 0.95 ! peak number c 237 F1= 3.278 F2= 4.493 null null d= 4.3 assi (( resid 59 and name HA )) (( resid 60 and name HD* )) 4.3 2.31 2.31 ! peak number c 1324 F1= 4.480 F2= 7.602 null null d= 3.8 assi (( resid 59 and name HA )) (( resid 84 and name HE1 )) 3.8 1.80 1.80 ! peak number c 238 F1= 3.012 F2= 4.494 null null d= 3.7 assi (( resid 59 and name HA) or ( resid 117 and name HA )) (( resid 59 and name HB1) or ( resid 117 and name HB2 )) 3.7 1.71 1.71 ! peak number c 239 F1= 2.839 F2= 4.497 null null d= 3.6 assi (( resid 59 and name HA) or ( resid 117 and name HA )) (( resid 59 and name HB2) or ( resid 117 and name HB1 )) 3.6 1.62 1.62 ! peak number n 1062 F1= 2.555 F2= 8.151 null null d= 2.9 assi (( resid 59 and name HB1 )) (( resid 59 and name HN )) 2.9 1.05 1.05 ! peak number c 3024 F1= 2.584 F2= 1.003 null null d= 3.4 assi (( resid 59 and name HB1 )) (( resid 81 and name HG2* )) 3.4 1.44 1.44 ! peak number c 3106 F1= 0.909 F2= 2.822 null null d= 2.8 assi (( resid 59 and name HB2 )) (( resid 63 and name HD2* )) 2.8 0.98 0.98 ! peak number n 1066 F1= 4.617 F2= 8.169 null null d= 3.2 assi (( resid 59 and name HN) or ( resid 108 and name HN )) (( resid 60 and name HA) or ( resid 108 and name HA )) 3.2 1.32 1.32 ! peak number c 2278 F1= 4.666 F2= 1.828 null null d= 3.5 assi (( resid 60 and name HA )) (( resid 60 and name HB1 )) 3.5 1.58 1.58 ! peak number c 243 F1= 1.826 F2= 4.625 null null d= 5.1 assi (( resid 60 and name HA )) (( resid 60 and name HB1) or ( resid 58 and name HB1 )) 5.09 3.25 3.25 ! peak number c 244 F1= 1.966 F2= 4.617 null null d= 4.1 assi (( resid 60 and name HA )) (( resid 60 and name HB2 )) 4.09 2.10 2.10 ! peak number c 242 F1= 1.082 F2= 4.613 null null d= 4.0 assi (( resid 60 and name HA )) (( resid 60 and name HG* )) 4 2.00 2.00 ! peak number c 241 F1= 0.507 F2= 4.616 null null d= 4.8 assi (( resid 60 and name HA )) (( resid 61 and name HG1* )) 4.8 2.88 2.88 ! peak number n 1200 F1= 4.635 F2= 9.008 null null d= 3.6 assi (( resid 60 and name HA )) (( resid 61 and name HN )) 3.6 0.90 0.90 ! peak number c 2707 F1= 3.284 F2= 1.802 null null d= 3.8 assi (( resid 60 and name HB1 )) (( resid 60 and name HD* )) 3.8 1.80 1.80 ! peak number c 2713 F1= 1.081 F2= 1.791 null null d= 3.2 assi (( resid 60 and name HB1 )) (( resid 60 and name HG* )) 3.2 1.28 1.28 ! peak number n 1198 F1= 1.825 F2= 8.997 null null d= 3.6 assi (( resid 60 and name HB1 )) (( resid 61 and name HN )) 3.6 1.62 1.62 ! peak number c 2706 F1= 3.291 F2= 1.954 null null d= 3.8 assi (( resid 60 and name HB2 )) (( resid 60 and name HD* )) 3.8 1.80 1.80 ! peak number c 2708 F1= 1.071 F2= 1.954 null null d= 3.2 assi (( resid 60 and name HB2 )) (( resid 60 and name HG* )) 3.2 1.32 1.32 ! peak number c 2703 F1= 8.991 F2= 1.947 null null d= 4.6 assi (( resid 60 and name HB2 )) (( resid 61 and name HN )) 4.59 2.64 2.64 ! peak number c 3738 F1= 1.949 F2= 0.766 null null d= 3.5 assi (( resid 60 and name HB2 )) (( resid 81 and name HG1* )) 3.5 1.53 1.53 ! peak number c 1315 F1= 1.968 F2= 7.095 null null d= 4.7 assi (( resid 60 and name HB2 )) (( resid 84 and name HD2 )) 4.7 2.76 2.76 ! peak number c 2719 F1= 3.278 F2= 1.071 null null d= 2.5 assi (( resid 60 and name HD* )) (( resid 60 and name HG* )) 2.5 0.78 0.78 ! peak number c 2714 F1= 8.993 F2= 1.069 null null d= 5.0 assi (( resid 60 and name HG* )) (( resid 61 and name HN )) 5 3.12 3.12 ! peak number c 2715 F1= 7.590 F2= 1.071 null null d= 4.5 assi (( resid 60 and name HG* )) (( resid 84 and name HE1 )) 4.5 2.53 2.53 ! peak number c 2716 F1= 7.131 F2= 1.077 null null d= 4.9 assi (( resid 60 and name HG* )) (( resid 93 and name HD*) or ( resid 84 and name HD2 )) 4.9 3.00 3.00 ! peak number c 2726 F1= 3.887 F2= 1.528 null null d= 4.7 assi (( resid 61 and name HA )) (( resid 61 and name HB )) 4.7 2.76 2.76 ! peak number c 247 F1= 0.483 F2= 3.869 null null d= 4.7 assi (( resid 61 and name HA )) (( resid 61 and name HG1* )) 4.7 2.76 2.76 ! peak number c 248 F1= 0.797 F2= 3.872 null null d= 3.7 assi (( resid 61 and name HA )) (( resid 61 and name HG2* )) 3.7 1.71 1.71 ! peak number c 3944 F1= 3.874 F2= 3.310 null null d= 4.2 assi (( resid 61 and name HA )) (( resid 62 and name HD1 )) 4.2 2.21 2.21 ! peak number c 3943 F1= 3.865 F2= 3.500 null null d= 4.0 assi (( resid 61 and name HA )) (( resid 62 and name HD2 )) 4 2.00 2.00 ! peak number c 2867 F1= 3.876 F2= 0.465 null null d= 4.6 assi (( resid 61 and name HA )) (( resid 67 and name HG2* )) 4.59 2.64 2.64 ! peak number c 2723 F1= 0.492 F2= 1.542 null null d= 3.1 assi (( resid 61 and name HB )) (( resid 61 and name HG1* )) 3.1 1.20 1.20 ! peak number c 2724 F1= 0.771 F2= 1.540 null null d= 3.1 assi (( resid 61 and name HB )) (( resid 61 and name HG2* )) 3.1 1.20 1.20 ! peak number c 2729 F1= 8.988 F2= 1.544 null null d= 3.7 assi (( resid 61 and name HB )) (( resid 61 and name HN )) 3.7 1.71 1.71 ! peak number c 3833 F1= 1.054 F2= 1.542 null null d= 4.4 assi (( resid 61 and name HB )) (( resid 65 and name HG2*) or ( resid 60 and name HG* )) 4.4 2.42 2.42 ! peak number c 2727 F1= 4.682 F2= 1.531 null null d= 4.2 assi (( resid 61 and name HB )) (( resid 67 and name HA) or ( resid 60 and name HA )) 4.2 2.21 2.21 ! peak number c 3775 F1= 1.538 F2= 1.005 null null d= 3.7 assi (( resid 61 and name HB )) (( resid 81 and name HG2* )) 3.7 1.71 1.71 ! peak number c 1313 F1= 1.535 F2= 7.098 null null d= 5.1 assi (( resid 61 and name HB )) (( resid 84 and name HD2 )) 5.09 3.25 3.25 ! peak number c 2728 F1= 7.104 F2= 1.534 null null d= 3.7 assi (( resid 61 and name HB )) (( resid 93 and name HD*) or ( resid 24 and name HD* )) 3.7 1.71 1.71 ! peak number c 2656 F1= 1.500 F2= 0.647 null null d= 3.0 assi (( resid 61 and name HB) or ( resid 16 and name HB* )) (( resid 61 and name HD1*) or ( resid 55 and name HD1* )) 3 1.12 1.12 ! peak number c 2745 F1= 9.002 F2= 0.619 null null d= 3.4 assi (( resid 61 and name HD1* )) (( resid 61 and name HN )) 3.4 1.44 1.44 ! peak number c 2655 F1= 1.896 F2= 0.647 null null d= 2.8 assi (( resid 61 and name HD1* )) (( resid 62 and name HG1 )) 2.8 0.98 0.98 ! peak number c 2658 F1= 0.326 F2= 0.647 null null d= 2.6 assi (( resid 61 and name HD1* )) (( resid 67 and name HG1*) or ( resid 125 and name HD1* )) 2.6 0.85 0.85 ! peak number n 1196 F1= 0.707 F2= 8.997 null null d= 3.4 assi (( resid 61 and name HD1*) or ( resid 111 and name HD2* )) (( resid 61 and name HN )) 3.4 1.44 1.44 ! peak number c 2743 F1= 0.479 F2= 0.788 null null d= 2.4 assi (( resid 61 and name HG1* )) (( resid 61 and name HG2* )) 2.4 0.72 0.72 ! peak number n 1194 F1= 0.521 F2= 9.000 null null d= 3.3 assi (( resid 61 and name HG1* )) (( resid 61 and name HN )) 3.3 1.36 1.36 ! peak number c 2730 F1= 8.991 F2= 0.790 null null d= 3.7 assi (( resid 61 and name HG2* )) (( resid 61 and name HN )) 3.7 1.71 1.71 ! peak number c 2766 F1= 0.781 F2= 2.388 null null d= 3.8 assi (( resid 61 and name HG2* )) (( resid 62 and name HB2 )) 3.8 1.80 1.80 ! peak number c 3918 F1= 3.324 F2= 0.786 null null d= 3.5 assi (( resid 61 and name HG2* )) (( resid 62 and name HD1 )) 3.5 1.49 1.49 ! peak number c 3940 F1= 0.779 F2= 3.502 null null d= 3.7 assi (( resid 61 and name HG2* )) (( resid 62 and name HD2 )) 3.7 1.71 1.71 ! peak number c 2740 F1= 1.851 F2= 0.788 null null d= 2.9 assi (( resid 61 and name HG2* )) (( resid 62 and name HG2 )) 2.9 1.05 1.05 ! peak number c 2735 F1= 4.132 F2= 0.777 null null d= 4.2 assi (( resid 61 and name HG2* )) (( resid 65 and name HA )) 4.2 2.21 2.21 ! peak number c 2737 F1= 3.584 F2= 0.785 null null d= 3.2 assi (( resid 61 and name HG2* )) (( resid 65 and name HB )) 3.2 1.28 1.28 ! peak number c 2598 F1= 0.772 F2= 1.062 null null d= 2.4 assi (( resid 61 and name HG2* )) (( resid 65 and name HG2* )) 2.4 0.69 0.69 ! peak number c 2731 F1= 7.279 F2= 0.783 null null d= 3.5 assi (( resid 61 and name HG2* )) (( resid 65 and name HN )) 3.5 1.53 1.53 ! peak number c 3741 F1= 8.578 F2= 0.795 null null d= 5.0 assi (( resid 61 and name HG2* )) (( resid 66 and name HN )) 5 3.12 3.12 ! peak number c 2734 F1= 4.688 F2= 0.778 null null d= 4.0 assi (( resid 61 and name HG2* )) (( resid 67 and name HA )) 4 2.00 2.00 ! peak number c 2859 F1= 0.757 F2= 0.302 null null d= 2.8 assi (( resid 61 and name HG2* )) (( resid 67 and name HG1* )) 2.8 0.98 0.98 ! peak number c 2739 F1= 2.186 F2= 0.788 null null d= 4.1 assi (( resid 61 and name HG2* )) (( resid 81 and name HB )) 4.09 2.10 2.10 ! peak number c 3742 F1= 8.409 F2= 0.783 null null d= 5.0 assi (( resid 61 and name HG2* )) (( resid 81 and name HN )) 5 3.12 3.12 ! peak number c 2862 F1= 8.972 F2= 0.301 null null d= 3.5 assi (( resid 61 and name HN )) (( resid 67 and name HG1* )) 3.5 1.53 1.53 ! peak number c 2861 F1= 8.977 F2= 0.456 null null d= 4.4 assi (( resid 61 and name HN )) (( resid 67 and name HG2* )) 4.4 2.42 2.42 ! peak number c 3731 F1= 9.000 F2= 0.763 null null d= 4.6 assi (( resid 61 and name HN )) (( resid 81 and name HG1* )) 4.59 2.64 2.64 ! peak number c 3034 F1= 8.981 F2= 1.002 null null d= 3.0 assi (( resid 61 and name HN )) (( resid 81 and name HG2* )) 3 1.12 1.12 ! peak number c 1318 F1= 9.006 F2= 7.105 null null d= 4.0 assi (( resid 61 and name HN )) (( resid 84 and name HD2 )) 4 2.05 2.05 ! peak number c 251 F1= 1.907 F2= 4.494 null null d= 3.2 assi (( resid 62 and name HA )) (( resid 62 and name HB1 )) 3.2 1.28 1.28 ! peak number c 250 F1= 2.390 F2= 4.483 null null d= 3.0 assi (( resid 62 and name HA )) (( resid 62 and name HB2 )) 3 1.16 1.16 ! peak number c 3933 F1= 4.467 F2= 1.901 null null d= 4.1 assi (( resid 62 and name HA )) (( resid 62 and name HG1 )) 4.09 2.10 2.10 ! peak number c 3932 F1= 4.469 F2= 1.837 null null d= 5.2 assi (( resid 62 and name HA )) (( resid 62 and name HG2 )) 5.2 3.38 3.38 ! peak number n 879 F1= 4.500 F2= 8.488 null null d= 2.7 assi (( resid 62 and name HA )) (( resid 63 and name HN )) 2.7 0.68 0.68 ! peak number c 509 F1= 3.613 F2= 4.456 null null d= 4.1 assi (( resid 62 and name HA) or ( resid 127 and name HA )) (( resid 65 and name HB) or ( resid 127 and name HD* )) 4.09 2.10 2.10 ! peak number c 3819 F1= 4.467 F2= 1.451 null null d= 4.2 assi (( resid 62 and name HA) or ( resid 57 and name HA )) (( resid 63 and name HB1) or ( resid 12 and name HB1 )) 4.2 2.21 2.21 ! peak number c 2792 F1= 4.482 F2= 0.615 null null d= 3.9 assi (( resid 62 and name HA) or ( resid 59 and name HA )) (( resid 63 and name HD1* )) 3.9 1.90 1.90 ! peak number c 3848 F1= 4.472 F2= 1.731 null null d= 3.6 assi (( resid 62 and name HA) or ( resid 59 and name HA) or ( resid 117 and name HA )) (( resid 63 and name HG) or ( resid 118 and name HG1 )) 3.6 1.62 1.62 ! peak number c 2763 F1= 2.396 F2= 1.906 null null d= 2.6 assi (( resid 62 and name HB1 )) (( resid 62 and name HB2 )) 2.6 0.88 0.88 ! peak number c 3923 F1= 3.330 F2= 1.905 null null d= 4.3 assi (( resid 62 and name HB1 )) (( resid 62 and name HD1 )) 4.3 2.31 2.31 ! peak number c 2753 F1= 8.481 F2= 1.899 null null d= 3.4 assi (( resid 62 and name HB1 )) (( resid 63 and name HN )) 3.4 1.40 1.40 ! peak number c 3926 F1= 2.408 F2= 1.899 null null d= 4.0 assi (( resid 62 and name HB2 )) (( resid 62 and name HG1 )) 4 2.00 2.00 ! peak number c 3927 F1= 2.383 F2= 1.839 null null d= 4.0 assi (( resid 62 and name HB2 )) (( resid 62 and name HG2 )) 4 2.00 2.00 ! peak number c 2754 F1= 8.475 F2= 2.389 null null d= 3.4 assi (( resid 62 and name HB2 )) (( resid 63 and name HN )) 3.4 1.44 1.44 ! peak number c 3942 F1= 3.320 F2= 3.500 null null d= 3.8 assi (( resid 62 and name HD1 )) (( resid 62 and name HD2 )) 3.8 1.76 1.76 ! peak number c 3946 F1= 1.880 F2= 3.317 null null d= 3.6 assi (( resid 62 and name HD1 )) (( resid 62 and name HG1 )) 3.6 1.62 1.62 ! peak number c 3929 F1= 3.529 F2= 1.903 null null d= 3.6 assi (( resid 62 and name HD2 )) (( resid 62 and name HG1 )) 3.6 1.62 1.62 ! peak number c 3938 F1= 8.471 F2= 1.901 null null d= 4.6 assi (( resid 62 and name HG1 )) (( resid 63 and name HN )) 4.59 2.64 2.64 ! peak number c 3939 F1= 8.477 F2= 1.837 null null d= 5.6 dist trop loin ! peak number c 257 F1= 1.473 F2= 3.680 null null d= 4.1 assi (( resid 63 and name HA )) (( resid 63 and name HB1 )) 4.09 2.10 2.10 ! peak number c 258 F1= 1.663 F2= 3.685 null null d= 4.0 assi (( resid 63 and name HA )) (( resid 63 and name HB2 )) 4 1.95 1.95 ! peak number c 252 F1= 0.626 F2= 3.680 null null d= 3.2 assi (( resid 63 and name HA )) (( resid 63 and name HD1* )) 3.2 1.32 1.32 ! peak number c 256 F1= 0.924 F2= 3.691 null null d= 4.0 assi (( resid 63 and name HA )) (( resid 63 and name HD2* )) 4 1.95 1.95 ! peak number c 259 F1= 1.718 F2= 3.680 null null d= 3.9 assi (( resid 63 and name HA )) (( resid 63 and name HG )) 3.9 1.95 1.95 ! peak number n 878 F1= 3.699 F2= 8.480 null null d= 3.4 assi (( resid 63 and name HA )) (( resid 63 and name HN )) 3.4 0.85 0.85 ! peak number n 448 F1= 3.689 F2= 9.368 null null d= 2.7 assi (( resid 63 and name HA )) (( resid 64 and name HN )) 2.7 0.68 0.68 ! peak number c 254 F1= 0.871 F2= 3.679 null null d= 4.4 assi (( resid 63 and name HA )) (( resid 80 and name HG2* )) 4.4 2.42 2.42 ! peak number c 2993 F1= 3.671 F2= 2.189 null null d= 4.5 assi (( resid 63 and name HA )) (( resid 81 and name HB )) 4.5 2.53 2.53 ! peak number c 253 F1= 0.762 F2= 3.683 null null d= 5.1 assi (( resid 63 and name HA )) (( resid 81 and name HG1* )) 5.09 3.25 3.25 ! peak number c 255 F1= 1.023 F2= 3.678 null null d= 3.5 assi (( resid 63 and name HA )) (( resid 81 and name HG2* )) 3.5 1.53 1.53 ! peak number c 2046 F1= 1.662 F2= 1.456 null null d= 2.5 assi (( resid 63 and name HB1 )) (( resid 63 and name HB2 )) 2.5 0.78 0.78 ! peak number c 2796 F1= 1.455 F2= 0.616 null null d= 2.8 assi (( resid 63 and name HB1 )) (( resid 63 and name HD1* )) 2.8 0.98 0.98 ! peak number c 2779 F1= 0.913 F2= 1.454 null null d= 2.9 assi (( resid 63 and name HB1 )) (( resid 63 and name HD2* )) 2.9 1.05 1.05 ! peak number c 2776 F1= 8.483 F2= 1.458 null null d= 3.5 assi (( resid 63 and name HB1 )) (( resid 63 and name HN )) 3.5 1.53 1.53 ! peak number c 2775 F1= 9.348 F2= 1.452 null null d= 3.9 assi (( resid 63 and name HB1 )) (( resid 64 and name HN )) 3.9 1.90 1.90 ! peak number c 1326 F1= 1.483 F2= 7.602 null null d= 6.0 dist trop loin ! peak number c 2778 F1= 0.645 F2= 1.455 null null d= 3.4 assi (( resid 63 and name HB1) or ( resid 12 and name HB1 )) (( resid 63 and name HD1*) or ( resid 14 and name HG2* )) 3.4 1.44 1.44 ! peak number c 3841 F1= 8.475 F2= 1.657 null null d= 3.2 assi (( resid 63 and name HB2 )) (( resid 63 and name HN )) 3.2 1.32 1.32 ! peak number c 2774 F1= 9.352 F2= 1.656 null null d= 4.7 assi (( resid 63 and name HB2 )) (( resid 64 and name HN )) 4.7 2.76 2.76 ! peak number c 2797 F1= 0.920 F2= 0.617 null null d= 2.2 assi (( resid 63 and name HD1* )) (( resid 63 and name HD2* )) 2.2 0.63 0.63 ! peak number c 2795 F1= 1.717 F2= 0.613 null null d= 2.8 assi (( resid 63 and name HD1* )) (( resid 63 and name HG )) 2.8 0.98 0.98 ! peak number c 2789 F1= 8.476 F2= 0.617 null null d= 3.5 assi (( resid 63 and name HD1* )) (( resid 63 and name HN )) 3.5 1.53 1.53 ! peak number c 2788 F1= 9.371 F2= 0.614 null null d= 3.4 assi (( resid 63 and name HD1* )) (( resid 64 and name HN )) 3.4 1.45 1.45 ! peak number c 231 F1= 0.622 F2= 4.748 null null d= 4.0 assi (( resid 63 and name HD1* )) (( resid 82 and name HA )) 4 1.95 1.95 ! peak number c 3714 F1= 1.905 F2= 0.612 null null d= 3.4 assi (( resid 63 and name HD1* )) (( resid 82 and name HB1 )) 3.4 1.44 1.44 ! peak number c 2793 F1= 4.054 F2= 0.617 null null d= 2.9 assi (( resid 63 and name HD1* )) (( resid 83 and name HA* )) 2.9 1.05 1.05 ! peak number n 296 F1= 0.647 F2= 7.466 null null d= 3.5 assi (( resid 63 and name HD1* )) (( resid 83 and name HN )) 3.5 1.53 1.53 ! peak number c 329 F1= 0.659 F2= 5.796 null null d= 4.2 assi (( resid 63 and name HD1* )) (( resid 84 and name HA )) 4.2 2.21 2.21 ! peak number c 3713 F1= 2.880 F2= 0.617 null null d= 4.5 assi (( resid 63 and name HD1* )) (( resid 84 and name HB1) or ( resid 64 and name HB1 )) 4.5 2.53 2.53 ! peak number c 1320 F1= 0.611 F2= 7.602 null null d= 3.5 assi (( resid 63 and name HD1* )) (( resid 84 and name HE1 )) 3.5 1.58 1.58 ! peak number n 591 F1= 0.650 F2= 8.618 null null d= 3.3 assi (( resid 63 and name HD1* )) (( resid 84 and name HN )) 3.3 1.36 1.36 ! peak number c 2806 F1= 1.716 F2= 0.905 null null d= 2.6 assi (( resid 63 and name HD2* )) (( resid 63 and name HG )) 2.6 0.84 0.84 ! peak number c 2799 F1= 8.476 F2= 0.902 null null d= 3.2 assi (( resid 63 and name HD2* )) (( resid 63 and name HN )) 3.2 1.32 1.32 ! peak number c 2798 F1= 9.363 F2= 0.902 null null d= 3.8 assi (( resid 63 and name HD2* )) (( resid 64 and name HN )) 3.8 1.85 1.85 ! peak number c 1321 F1= 0.907 F2= 7.602 null null d= 4.2 assi (( resid 63 and name HD2* )) (( resid 84 and name HE1 )) 4.2 2.26 2.26 ! peak number c 2802 F1= 4.080 F2= 0.899 null null d= 3.6 assi (( resid 63 and name HD2*) or ( resid 113 and name HD2* )) (( resid 83 and name HA*) or ( resid 112 and name HB* )) 3.6 1.62 1.62 ! peak number c 2787 F1= 8.476 F2= 1.732 null null d= 2.9 assi (( resid 63 and name HG )) (( resid 63 and name HN )) 2.9 1.05 1.05 ! peak number c 3847 F1= 9.348 F2= 1.731 null null d= 4.8 assi (( resid 63 and name HG )) (( resid 64 and name HN )) 4.8 2.88 2.88 ! peak number c 3774 F1= 1.707 F2= 1.005 null null d= 3.6 assi (( resid 63 and name HG )) (( resid 81 and name HG2* )) 3.6 1.62 1.62 ! peak number c 1323 F1= 1.729 F2= 7.602 null null d= 3.5 assi (( resid 63 and name HG )) (( resid 84 and name HE1 )) 3.5 1.53 1.53 ! peak number n 451 F1= 8.495 F2= 9.360 null null d= 3.8 assi (( resid 63 and name HN )) (( resid 64 and name HN )) 3.8 0.95 0.95 ! peak number c 1325 F1= 8.466 F2= 7.602 null null d= 3.5 assi (( resid 63 and name HN )) (( resid 84 and name HE1 )) 3.5 1.53 1.53 ! peak number c 260 F1= 2.850 F2= 4.227 null null d= 3.1 assi (( resid 64 and name HA )) (( resid 64 and name HB1 )) 3.1 1.24 1.24 ! peak number c 261 F1= 2.959 F2= 4.224 null null d= 3.2 assi (( resid 64 and name HA )) (( resid 64 and name HB2 )) 3.2 1.32 1.32 ! peak number n 449 F1= 4.247 F2= 9.366 null null d= 2.8 assi (( resid 64 and name HA )) (( resid 64 and name HN )) 2.8 0.70 0.70 ! peak number n 466 F1= 4.255 F2= 7.300 null null d= 3.1 assi (( resid 64 and name HA )) (( resid 65 and name HN )) 3.1 0.78 0.78 ! peak number c 262 F1= 0.772 F2= 4.224 null null d= 3.2 assi (( resid 64 and name HA )) (( resid 80 and name HG1* )) 3.2 1.28 1.28 ! peak number c 2811 F1= 2.957 F2= 2.864 null null d= 2.5 assi (( resid 64 and name HB1 )) (( resid 64 and name HB2 )) 2.5 0.78 0.78 ! peak number c 2818 F1= 9.351 F2= 2.859 null null d= 4.0 assi (( resid 64 and name HB1 )) (( resid 64 and name HN )) 4 2.00 2.00 ! peak number c 2816 F1= 7.294 F2= 2.849 null null d= 4.6 assi (( resid 64 and name HB1 )) (( resid 65 and name HN )) 4.59 2.64 2.64 ! peak number c 2810 F1= 0.782 F2= 2.853 null null d= 4.1 assi (( resid 64 and name HB1 )) (( resid 81 and name HG1*) or ( resid 61 and name HG2* )) 4.09 2.10 2.10 ! peak number c 2817 F1= 9.356 F2= 2.953 null null d= 3.8 assi (( resid 64 and name HB2 )) (( resid 64 and name HN )) 3.8 1.80 1.80 ! peak number c 2815 F1= 7.276 F2= 2.949 null null d= 4.4 assi (( resid 64 and name HB2 )) (( resid 65 and name HN )) 4.4 2.42 2.42 ! peak number c 2809 F1= 0.777 F2= 2.953 null null d= 3.8 assi (( resid 64 and name HB2 )) (( resid 81 and name HG1*) or ( resid 61 and name HG2* )) 3.8 1.80 1.80 ! peak number c 3025 F1= 2.959 F2= 1.007 null null d= 3.2 assi (( resid 64 and name HB2 )) (( resid 81 and name HG2* )) 3.2 1.28 1.28 ! peak number n 450 F1= 7.302 F2= 9.365 null null d= 3.0 assi (( resid 64 and name HN )) (( resid 65 and name HN )) 3 0.76 0.76 ! peak number n 442 F1= 0.807 F2= 9.365 null null d= 3.0 assi (( resid 64 and name HN )) (( resid 80 and name HG1*) or ( resid 61 and name HG2* )) 3 1.12 1.12 ! peak number c 2996 F1= 9.369 F2= 2.186 null null d= 4.2 assi (( resid 64 and name HN )) (( resid 81 and name HB )) 4.2 2.26 2.26 ! peak number n 444 F1= 1.038 F2= 9.361 null null d= 3.4 assi (( resid 64 and name HN )) (( resid 81 and name HG1* )) 3.4 1.44 1.44 ! peak number c 266 F1= 3.612 F2= 4.136 null null d= 4.0 assi (( resid 65 and name HA )) (( resid 65 and name HB )) 4 2.00 2.00 ! peak number c 265 F1= 1.063 F2= 4.141 null null d= 3.0 assi (( resid 65 and name HA )) (( resid 65 and name HG2* )) 3 1.12 1.12 ! peak number n 465 F1= 4.157 F2= 7.300 null null d= 2.9 assi (( resid 65 and name HA )) (( resid 65 and name HN )) 2.9 0.72 0.72 ! peak number n 50 F1= 4.166 F2= 8.616 null null d= 2.4 assi (( resid 65 and name HA )) (( resid 66 and name HN )) 2.4 0.60 0.60 ! peak number c 264 F1= 0.785 F2= 4.143 null null d= 3.7 assi (( resid 65 and name HA )) (( resid 80 and name HG1*) or ( resid 61 and name HG2* )) 3.7 1.71 1.71 ! peak number n 1186 F1= 4.157 F2= 8.415 null null d= 3.5 assi (( resid 65 and name HA )) (( resid 81 and name HN )) 3.5 0.88 0.88 ! peak number c 2820 F1= 1.056 F2= 3.604 null null d= 3.4 assi (( resid 65 and name HB )) (( resid 65 and name HG2* )) 3.4 1.44 1.44 ! peak number c 2822 F1= 7.288 F2= 3.609 null null d= 3.5 assi (( resid 65 and name HB )) (( resid 65 and name HN )) 3.5 1.49 1.49 ! peak number c 2823 F1= 8.582 F2= 3.606 null null d= 5.2 assi (( resid 65 and name HB )) (( resid 66 and name HN )) 5.2 3.38 3.38 ! peak number c 2868 F1= 3.627 F2= 0.455 null null d= 3.8 assi (( resid 65 and name HB )) (( resid 67 and name HG2* )) 3.8 1.80 1.80 ! peak number c 3008 F1= 3.622 F2= 0.768 null null d= 3.3 assi (( resid 65 and name HB )) (( resid 81 and name HG1* )) 3.3 1.36 1.36 ! peak number n 462 F1= 1.083 F2= 7.300 null null d= 2.9 assi (( resid 65 and name HG2* )) (( resid 65 and name HN )) 2.9 1.05 1.05 ! peak number c 2583 F1= 4.747 F2= 1.073 null null d= 2.9 assi (( resid 65 and name HG2* )) (( resid 66 and name HA )) 2.9 1.05 1.05 ! peak number c 3512 F1= 1.031 F2= 1.965 null null d= 3.5 assi (( resid 65 and name HG2* )) (( resid 66 and name HB* )) 3.5 1.53 1.53 ! peak number c 2824 F1= 8.587 F2= 1.063 null null d= 3.0 assi (( resid 65 and name HG2* )) (( resid 66 and name HN )) 3 1.09 1.09 ! peak number c 2858 F1= 1.041 F2= 0.304 null null d= 3.7 assi (( resid 65 and name HG2* )) (( resid 67 and name HG1* )) 3.7 1.71 1.71 ! peak number c 2599 F1= 0.456 F2= 1.068 null null d= 2.6 assi (( resid 65 and name HG2* )) (( resid 67 and name HG2* )) 2.6 0.84 0.84 ! peak number c 2825 F1= 7.287 F2= 1.061 null null d= 3.1 assi (( resid 65 and name HG2*) or ( resid 50 and name HG2* )) (( resid 65 and name HN) or ( resid 18 and name HE3 )) 3.1 1.20 1.20 ! peak number n 471 F1= 8.608 F2= 7.306 null null d= 4.0 assi (( resid 65 and name HN )) (( resid 66 and name HN )) 4 1.01 1.01 ! peak number n 459 F1= 0.485 F2= 7.302 null null d= 3.8 assi (( resid 65 and name HN )) (( resid 67 and name HG2* )) 3.8 1.80 1.80 ! peak number n 460 F1= 0.806 F2= 7.298 null null d= 2.7 assi (( resid 65 and name HN )) (( resid 80 and name HG1*) or ( resid 61 and name HG2* )) 2.7 0.91 0.91 ! peak number n 461 F1= 0.918 F2= 7.302 null null d= 3.7 assi (( resid 65 and name HN )) (( resid 80 and name HG2* )) 3.7 1.71 1.71 ! peak number c 2994 F1= 7.286 F2= 2.187 null null d= 3.5 assi (( resid 65 and name HN )) (( resid 81 and name HB )) 3.5 1.53 1.53 ! peak number n 118 F1= 7.295 F2= 8.407 null null d= 3.5 assi (( resid 65 and name HN )) (( resid 81 and name HN )) 3.5 0.89 0.89 ! peak number c 269 F1= 1.965 F2= 4.759 null null d= 3.2 assi (( resid 66 and name HA )) (( resid 66 and name HB* )) 3.2 1.32 1.32 ! peak number c 272 F1= 2.289 F2= 4.770 null null d= 4.2 assi (( resid 66 and name HA )) (( resid 66 and name HG1 )) 4.2 2.21 2.21 ! peak number c 2838 F1= 4.740 F2= 2.358 null null d= 3.3 assi (( resid 66 and name HA )) (( resid 66 and name HG2 )) 3.3 1.36 1.36 ! peak number n 55 F1= 4.764 F2= 8.617 null null d= 2.8 assi (( resid 66 and name HA )) (( resid 66 and name HN )) 2.8 0.70 0.70 ! peak number n 666 F1= 4.778 F2= 8.811 null null d= 2.8 assi (( resid 66 and name HA )) (( resid 67 and name HN )) 2.8 0.70 0.70 ! peak number c 268 F1= 4.921 F2= 4.749 null null d= 3.5 assi (( resid 66 and name HA )) (( resid 80 and name HA )) 3.5 0.88 0.88 ! peak number c 270 F1= 0.890 F2= 4.756 null null d= 4.3 assi (( resid 66 and name HA )) (( resid 80 and name HG2* )) 4.3 2.31 2.31 ! peak number c 2836 F1= 2.274 F2= 1.976 null null d= 2.2 assi (( resid 66 and name HB* )) (( resid 66 and name HG1 )) 2.2 0.61 0.61 ! peak number c 2829 F1= 8.586 F2= 1.965 null null d= 2.8 assi (( resid 66 and name HB* )) (( resid 66 and name HN )) 2.8 0.95 0.95 ! peak number c 2830 F1= 8.790 F2= 1.964 null null d= 3.5 assi (( resid 66 and name HB* )) (( resid 67 and name HN )) 3.5 1.53 1.53 ! peak number c 3798 F1= 1.992 F2= 1.310 null null d= 4.4 assi (( resid 66 and name HB* )) (( resid 78 and name HB* )) 4.4 2.42 2.42 ! peak number c 316 F1= 1.966 F2= 4.935 null null d= 4.3 assi (( resid 66 and name HB* )) (( resid 80 and name HA )) 4.3 2.31 2.31 ! peak number c 2835 F1= 0.836 F2= 1.972 null null d= 2.7 assi (( resid 66 and name HB* )) (( resid 80 and name HG2* )) 2.7 0.91 0.91 ! peak number n 48 F1= 2.223 F2= 8.615 null null d= 3.8 assi (( resid 66 and name HG1 )) (( resid 66 and name HN )) 3.8 1.80 1.80 ! peak number n 661 F1= 2.227 F2= 8.815 null null d= 3.7 assi (( resid 66 and name HG1 )) (( resid 67 and name HN )) 3.7 1.71 1.71 ! peak number c 2969 F1= 2.248 F2= 1.313 null null d= 3.5 assi (( resid 66 and name HG1 )) (( resid 78 and name HB* )) 3.5 1.53 1.53 ! peak number c 3700 F1= 2.271 F2= 0.464 null null d= 3.8 assi (( resid 66 and name HG1) or ( resid 115 and name HB2 )) (( resid 67 and name HG2* )) 3.8 1.80 1.80 ! peak number n 49 F1= 2.331 F2= 8.615 null null d= 3.7 assi (( resid 66 and name HG2 )) (( resid 66 and name HN )) 3.7 1.71 1.71 ! peak number n 660 F1= 2.313 F2= 8.820 null null d= 4.1 assi (( resid 66 and name HG2 )) (( resid 67 and name HN )) 4.09 2.10 2.10 ! peak number c 3874 F1= 8.539 F2= 2.367 null null d= 4.8 assi (( resid 66 and name HG2 )) (( resid 78 and name HN )) 4.8 2.88 2.88 ! peak number n 54 F1= 8.812 F2= 8.617 null null d= 4.4 assi (( resid 66 and name HN )) (( resid 67 and name HN )) 4.4 1.10 1.10 ! peak number n 45 F1= 0.805 F2= 8.612 null null d= 3.5 assi (( resid 66 and name HN )) (( resid 80 and name HG1*) or ( resid 61 and name HG2* )) 3.5 1.53 1.53 ! peak number c 276 F1= 2.067 F2= 4.677 null null d= 3.8 assi (( resid 67 and name HA )) (( resid 67 and name HB )) 3.8 1.85 1.85 ! peak number c 273 F1= 0.278 F2= 4.678 null null d= 3.9 assi (( resid 67 and name HA )) (( resid 67 and name HG1* )) 3.9 1.90 1.90 ! peak number c 274 F1= 0.456 F2= 4.683 null null d= 3.1 assi (( resid 67 and name HA )) (( resid 67 and name HG2* )) 3.1 1.20 1.20 ! peak number n 656 F1= 4.693 F2= 8.804 null null d= 3.1 assi (( resid 67 and name HA )) (( resid 67 and name HN )) 3.1 0.78 0.78 ! peak number c 2855 F1= 2.051 F2= 0.304 null null d= 3.2 assi (( resid 67 and name HB )) (( resid 67 and name HG1* )) 3.2 1.28 1.28 ! peak number c 2849 F1= 0.455 F2= 2.059 null null d= 3.0 assi (( resid 67 and name HB )) (( resid 67 and name HG2* )) 3 1.12 1.12 ! peak number c 2874 F1= 2.068 F2= 0.908 null null d= 2.5 assi (( resid 67 and name HB )) (( resid 68 and name HG2* )) 2.5 0.78 0.78 ! peak number c 2847 F1= 8.834 F2= 2.063 null null d= 3.3 assi (( resid 67 and name HB )) (( resid 68 and name HN )) 3.3 1.33 1.33 ! peak number n 1274 F1= 2.070 F2= 8.407 null null d= 3.4 assi (( resid 67 and name HB )) (( resid 81 and name HN )) 3.4 1.44 1.44 ! peak number c 2873 F1= 0.279 F2= 0.458 null null d= 2.6 assi (( resid 67 and name HG1* )) (( resid 67 and name HG2* )) 2.6 0.85 0.85 ! peak number c 2851 F1= 8.805 F2= 0.300 null null d= 3.0 assi (( resid 67 and name HG1* )) (( resid 67 and name HN )) 3 1.12 1.12 ! peak number c 2854 F1= 4.710 F2= 0.299 null null d= 3.1 assi (( resid 67 and name HG1* )) (( resid 68 and name HA) or ( resid 66 and name HA )) 3.1 1.20 1.20 ! peak number n 583 F1= 0.339 F2= 8.844 null null d= 3.0 assi (( resid 67 and name HG1* )) (( resid 68 and name HN )) 3 1.12 1.12 ! peak number c 3694 F1= 5.208 F2= 0.301 null null d= 4.4 assi (( resid 67 and name HG1* )) (( resid 78 and name HA )) 4.4 2.42 2.42 ! peak number c 2853 F1= 4.936 F2= 0.299 null null d= 3.8 assi (( resid 67 and name HG1* )) (( resid 80 and name HA )) 3.8 1.80 1.80 ! peak number c 2860 F1= 8.808 F2= 0.455 null null d= 3.3 assi (( resid 67 and name HG2* )) (( resid 67 and name HN )) 3.3 1.36 1.36 ! peak number n 581 F1= 0.485 F2= 8.850 null null d= 3.0 assi (( resid 67 and name HG2* )) (( resid 68 and name HN )) 3 1.12 1.12 ! peak number c 2865 F1= 4.923 F2= 0.457 null null d= 4.3 assi (( resid 67 and name HG2* )) (( resid 80 and name HA )) 4.3 2.31 2.31 ! peak number c 2872 F1= 0.770 F2= 0.457 null null d= 2.2 assi (( resid 67 and name HG2* )) (( resid 81 and name HG1*) or ( resid 61 and name HG2* )) 2.2 0.61 0.61 ! peak number c 3022 F1= 0.447 F2= 1.006 null null d= 3.1 assi (( resid 67 and name HG2* )) (( resid 81 and name HG2* )) 3.1 1.20 1.20 ! peak number c 2863 F1= 8.373 F2= 0.455 null null d= 4.6 assi (( resid 67 and name HG2* )) (( resid 81 and name HN )) 4.59 2.64 2.64 ! peak number n 1269 F1= 8.825 F2= 8.364 null null d= 4.1 assi (( resid 67 and name HN )) (( resid 79 and name HN )) 4.09 1.02 1.02 ! peak number c 3732 F1= 8.798 F2= 0.776 null null d= 4.6 assi (( resid 67 and name HN )) (( resid 81 and name HG1* )) 4.59 2.64 2.64 ! peak number n 659 F1= 8.391 F2= 8.821 null null d= 3.6 assi (( resid 67 and name HN )) (( resid 81 and name HN) or ( resid 79 and name HN )) 3.6 1.62 1.62 ! peak number c 279 F1= 3.807 F2= 4.705 null null d= 4.8 assi (( resid 68 and name HA )) (( resid 68 and name HB )) 4.8 2.88 2.88 ! peak number c 281 F1= 0.942 F2= 4.706 null null d= 3.0 assi (( resid 68 and name HA )) (( resid 68 and name HG2* )) 3 1.16 1.16 ! peak number c 2890 F1= 4.710 F2= 0.405 null null d= 3.5 assi (( resid 68 and name HA )) (( resid 69 and name HB* )) 3.5 1.53 1.53 ! peak number n 60 F1= 4.730 F2= 8.765 null null d= 2.5 assi (( resid 68 and name HA )) (( resid 69 and name HN )) 2.5 0.62 0.62 ! peak number c 280 F1= 1.309 F2= 4.706 null null d= 3.3 assi (( resid 68 and name HA )) (( resid 78 and name HB* )) 3.3 1.36 1.36 ! peak number n 578 F1= 4.708 F2= 8.847 null null d= 2.6 assi (( resid 68 and name HA) or ( resid 67 and name HA )) (( resid 68 and name HN )) 2.6 0.85 0.85 ! peak number c 2879 F1= 3.829 F2= 0.934 null null d= 3.0 assi (( resid 68 and name HB )) (( resid 68 and name HG2* )) 3 1.12 1.12 ! peak number n 577 F1= 3.843 F2= 8.847 null null d= 3.6 assi (( resid 68 and name HB )) (( resid 68 and name HN )) 3.6 1.62 1.62 ! peak number n 59 F1= 3.868 F2= 8.769 null null d= 4.0 assi (( resid 68 and name HB )) (( resid 69 and name HN )) 4 2.00 2.00 ! peak number c 2966 F1= 3.834 F2= 2.888 null null d= 4.4 assi (( resid 68 and name HB )) (( resid 76 and name HB* )) 4.4 2.42 2.42 ! peak number c 2884 F1= 0.422 F2= 0.932 null null d= 3.3 assi (( resid 68 and name HG2* )) (( resid 69 and name HB* )) 3.3 1.36 1.36 ! peak number c 2883 F1= 8.766 F2= 0.925 null null d= 3.0 assi (( resid 68 and name HG2* )) (( resid 69 and name HN )) 3 1.09 1.09 ! peak number c 2931 F1= 0.929 F2= 0.558 null null d= 3.6 assi (( resid 68 and name HG2* )) (( resid 70 and name HD1* )) 3.6 1.62 1.62 ! peak number c 2878 F1= 2.916 F2= 0.930 null null d= 3.1 assi (( resid 68 and name HG2* )) (( resid 76 and name HB* )) 3.1 1.24 1.24 ! peak number c 1227 F1= 0.922 F2= 6.961 null null d= 3.9 assi (( resid 68 and name HG2* )) (( resid 76 and name HD* )) 3.9 1.95 1.95 ! peak number c 1226 F1= 0.931 F2= 7.074 null null d= 5.2 assi (( resid 68 and name HG2* )) (( resid 76 and name HE* )) 5.2 3.38 3.38 ! peak number c 3764 F1= 8.442 F2= 0.924 null null d= 3.8 assi (( resid 68 and name HG2* )) (( resid 77 and name HN )) 3.8 1.76 1.76 ! peak number c 313 F1= 0.945 F2= 5.184 null null d= 4.9 assi (( resid 68 and name HG2* )) (( resid 78 and name HA )) 4.9 3.00 3.00 ! peak number c 3800 F1= 0.929 F2= 1.306 null null d= 4.1 assi (( resid 68 and name HG2* )) (( resid 78 and name HB* )) 4.09 2.10 2.10 ! peak number c 2877 F1= 1.347 F2= 0.939 null null d= 3.2 assi (( resid 68 and name HG2* )) (( resid 78 and name HB*) or ( resid 70 and name HG )) 3.2 1.28 1.28 ! peak number c 284 F1= 0.412 F2= 5.009 null null d= 3.0 assi (( resid 69 and name HA )) (( resid 69 and name HB* )) 3 1.12 1.12 ! peak number n 61 F1= 5.009 F2= 8.755 null null d= 3.3 assi (( resid 69 and name HA )) (( resid 69 and name HN )) 3.3 0.82 0.82 ! peak number c 2902 F1= 4.990 F2= 1.451 null null d= 5.0 assi (( resid 69 and name HA )) (( resid 70 and name HB1 )) 5 3.12 3.12 ! peak number c 2901 F1= 4.974 F2= 1.568 null null d= 4.2 assi (( resid 69 and name HA )) (( resid 70 and name HB2 )) 4.2 2.21 2.21 ! peak number c 285 F1= 0.546 F2= 5.009 null null d= 4.6 assi (( resid 69 and name HA )) (( resid 70 and name HD2*) or ( resid 70 and name HD1* )) 4.59 2.64 2.64 ! peak number c 3804 F1= 5.019 F2= 1.363 null null d= 4.7 assi (( resid 69 and name HA )) (( resid 70 and name HG )) 4.7 2.76 2.76 ! peak number n 160 F1= 5.021 F2= 8.973 null null d= 2.7 assi (( resid 69 and name HA )) (( resid 70 and name HN )) 2.7 0.68 0.68 ! peak number c 3197 F1= 4.982 F2= 0.399 null null d= 3.9 assi (( resid 69 and name HA )) (( resid 95 and name HD1* )) 3.9 1.90 1.90 ! peak number c 3191 F1= 4.975 F2= 0.390 null null d= 3.8 assi (( resid 69 and name HA )) (( resid 95 and name HG2* )) 3.8 1.80 1.80 ! peak number c 2885 F1= 8.742 F2= 0.402 null null d= 3.0 assi (( resid 69 and name HB* )) (( resid 69 and name HN )) 3 1.12 1.12 ! peak number c 2886 F1= 8.951 F2= 0.400 null null d= 3.1 assi (( resid 69 and name HB* )) (( resid 70 and name HN )) 3.1 1.20 1.20 ! peak number c 2892 F1= 2.912 F2= 0.401 null null d= 3.8 assi (( resid 69 and name HB* )) (( resid 76 and name HB* )) 3.8 1.80 1.80 ! peak number c 3699 F1= 5.183 F2= 0.398 null null d= 4.6 assi (( resid 69 and name HB* )) (( resid 78 and name HA )) 4.59 2.64 2.64 ! peak number c 2894 F1= 1.349 F2= 0.399 null null d= 3.8 assi (( resid 69 and name HB* )) (( resid 97 and name HG1 )) 3.8 1.80 1.80 ! peak number c 2144 F1= 0.402 F2= 1.489 null null d= 2.9 assi (( resid 69 and name HB* )) (( resid 97 and name HG2 )) 2.9 1.05 1.05 ! peak number n 456 F1= 8.770 F2= 8.452 null null d= 3.8 assi (( resid 69 and name HN )) (( resid 77 and name HN )) 3.8 0.95 0.95 ! peak number n 62 F1= 5.192 F2= 8.763 null null d= 3.4 assi (( resid 69 and name HN )) (( resid 78 and name HA )) 3.4 0.85 0.85 ! peak number n 58 F1= 1.353 F2= 8.765 null null d= 3.6 assi (( resid 69 and name HN )) (( resid 97 and name HG1) or ( resid 78 and name HB* )) 3.6 1.62 1.62 ! peak number c 290 F1= 1.449 F2= 4.628 null null d= 4.8 assi (( resid 70 and name HA )) (( resid 70 and name HB1 )) 4.8 2.88 2.88 ! peak number c 288 F1= 1.577 F2= 4.625 null null d= 4.4 assi (( resid 70 and name HA )) (( resid 70 and name HB2 )) 4.4 2.42 2.42 ! peak number c 287 F1= 0.528 F2= 4.624 null null d= 3.2 assi (( resid 70 and name HA )) (( resid 70 and name HD1* )) 3.2 1.32 1.32 ! peak number c 292 F1= 0.565 F2= 4.628 null null d= 3.2 assi (( resid 70 and name HA )) (( resid 70 and name HD2* )) 3.2 1.28 1.28 ! peak number c 2913 F1= 4.615 F2= 1.364 null null d= 4.4 assi (( resid 70 and name HA )) (( resid 70 and name HG )) 4.4 2.42 2.42 ! peak number n 652 F1= 4.641 F2= 8.494 null null d= 2.4 assi (( resid 70 and name HA )) (( resid 71 and name HN )) 2.4 0.60 0.60 ! peak number c 308 F1= 4.634 F2= 4.080 null null d= 6.0 dist trop loin ! peak number c 2964 F1= 4.648 F2= 2.906 null null d= 3.4 assi (( resid 70 and name HA )) (( resid 76 and name HB* )) 3.4 1.44 1.44 ! peak number c 2903 F1= 4.612 F2= 1.453 null null d= 3.6 assi (( resid 70 and name HA) or ( resid 108 and name HA )) (( resid 70 and name HB1 )) 3.6 1.62 1.62 ! peak number c 2900 F1= 4.606 F2= 1.569 null null d= 3.3 assi (( resid 70 and name HA) or ( resid 108 and name HA )) (( resid 70 and name HB2 )) 3.3 1.36 1.36 ! peak number n 158 F1= 4.615 F2= 8.972 null null d= 3.0 assi (( resid 70 and name HA) or ( resid 108 and name HA )) (( resid 70 and name HN )) 3 1.12 1.12 ! peak number c 2899 F1= 1.574 F2= 1.460 null null d= 2.7 assi (( resid 70 and name HB1 )) (( resid 70 and name HB2 )) 2.7 0.91 0.91 ! peak number c 2897 F1= 0.549 F2= 1.456 null null d= 3.1 assi (( resid 70 and name HB1 )) (( resid 70 and name HD2*) or ( resid 70 and name HD1* )) 3.1 1.20 1.20 ! peak number c 3821 F1= 1.347 F2= 1.443 null null d= 3.3 assi (( resid 70 and name HB1 )) (( resid 70 and name HG )) 3.3 1.36 1.36 ! peak number c 2906 F1= 8.951 F2= 1.459 null null d= 3.7 assi (( resid 70 and name HB1 )) (( resid 70 and name HN )) 3.7 1.71 1.71 ! peak number n 648 F1= 1.492 F2= 8.488 null null d= 3.7 assi (( resid 70 and name HB1 )) (( resid 71 and name HN )) 3.7 1.71 1.71 ! peak number c 2905 F1= 8.477 F2= 1.467 null null d= 4.7 assi (( resid 70 and name HB1 )) (( resid 77 and name HN )) 4.7 2.76 2.76 ! peak number c 2927 F1= 1.571 F2= 0.515 null null d= 2.8 assi (( resid 70 and name HB2 )) (( resid 70 and name HD1* )) 2.8 0.98 0.98 ! peak number c 2933 F1= 1.555 F2= 0.565 null null d= 2.7 assi (( resid 70 and name HB2 )) (( resid 70 and name HD2* )) 2.7 0.91 0.91 ! peak number c 2896 F1= 0.554 F2= 1.570 null null d= 3.0 assi (( resid 70 and name HB2 )) (( resid 70 and name HD2*) or ( resid 70 and name HD1* )) 3 1.12 1.12 ! peak number c 2898 F1= 1.391 F2= 1.570 null null d= 2.9 assi (( resid 70 and name HB2 )) (( resid 70 and name HG )) 2.9 1.05 1.05 ! peak number c 2907 F1= 8.950 F2= 1.568 null null d= 3.5 assi (( resid 70 and name HB2 )) (( resid 70 and name HN )) 3.5 1.53 1.53 ! peak number c 2904 F1= 8.465 F2= 1.573 null null d= 3.9 assi (( resid 70 and name HB2 )) (( resid 71 and name HN )) 3.9 1.90 1.90 ! peak number c 2926 F1= 1.385 F2= 0.523 null null d= 2.6 assi (( resid 70 and name HD1* )) (( resid 70 and name HG )) 2.6 0.85 0.85 ! peak number c 2919 F1= 8.959 F2= 0.519 null null d= 3.7 assi (( resid 70 and name HD1* )) (( resid 70 and name HN )) 3.7 1.71 1.71 ! peak number c 3702 F1= 4.831 F2= 0.517 null null d= 4.2 assi (( resid 70 and name HD1* )) (( resid 71 and name HA )) 4.2 2.21 2.21 ! peak number c 2918 F1= 8.468 F2= 0.520 null null d= 3.7 assi (( resid 70 and name HD1* )) (( resid 71 and name HN )) 3.7 1.71 1.71 ! peak number c 2922 F1= 4.052 F2= 0.527 null null d= 4.0 assi (( resid 70 and name HD1* )) (( resid 76 and name HA )) 4 2.00 2.00 ! peak number c 2923 F1= 2.919 F2= 0.519 null null d= 4.0 assi (( resid 70 and name HD1* )) (( resid 76 and name HB* )) 4 2.00 2.00 ! peak number c 1228 F1= 0.558 F2= 6.962 null null d= 4.4 assi (( resid 70 and name HD1* )) (( resid 76 and name HD* )) 4.4 2.42 2.42 ! peak number c 1225 F1= 0.560 F2= 7.078 null null d= 4.0 assi (( resid 70 and name HD1* )) (( resid 76 and name HE* )) 4 2.00 2.00 ! peak number c 1241 F1= 0.542 F2= 7.154 null null d= 6.2 dist trop loin ! peak number c 301 F1= 0.528 F2= 4.671 null null d= 3.8 assi (( resid 70 and name HD1* )) (( resid 77 and name HA) or ( resid 73 and name HA )) 3.8 1.80 1.80 ! peak number c 2932 F1= 1.377 F2= 0.567 null null d= 2.8 assi (( resid 70 and name HD2* )) (( resid 70 and name HG )) 2.8 0.98 0.98 ! peak number c 2939 F1= 8.951 F2= 0.559 null null d= 3.7 assi (( resid 70 and name HD2* )) (( resid 70 and name HN )) 3.7 1.67 1.67 ! peak number c 2936 F1= 4.813 F2= 0.561 null null d= 3.3 assi (( resid 70 and name HD2* )) (( resid 71 and name HA )) 3.3 1.36 1.36 ! peak number n 646 F1= 0.580 F2= 8.491 null null d= 2.8 assi (( resid 70 and name HD2* )) (( resid 71 and name HN )) 2.8 0.98 0.98 ! peak number c 3710 F1= 4.047 F2= 0.568 null null d= 4.6 assi (( resid 70 and name HD2* )) (( resid 76 and name HA )) 4.59 2.64 2.64 ! peak number c 2937 F1= 7.071 F2= 0.572 null null d= 3.2 assi (( resid 70 and name HD2* )) (( resid 76 and name HE* )) 3.2 1.28 1.28 ! peak number c 2914 F1= 0.558 F2= 1.364 null null d= 2.7 assi (( resid 70 and name HD2*) or ( resid 70 and name HD1* )) (( resid 70 and name HG )) 2.7 0.91 0.91 ! peak number c 2938 F1= 8.468 F2= 0.559 null null d= 3.7 assi (( resid 70 and name HD2*) or ( resid 70 and name HD1* )) (( resid 71 and name HN )) 3.7 1.71 1.71 ! peak number c 2924 F1= 2.124 F2= 0.530 null null d= 3.6 assi (( resid 70 and name HD2*) or ( resid 70 and name HD1* )) (( resid 72 and name HG* )) 3.6 1.62 1.62 ! peak number c 1217 F1= 0.534 F2= 7.048 null null d= 5.7 dist trop loin ! peak number c 2934 F1= 2.915 F2= 0.559 null null d= 3.4 assi (( resid 70 and name HD2*) or ( resid 70 and name HD1* )) (( resid 76 and name HB* )) 3.4 1.44 1.44 ! peak number c 2910 F1= 8.950 F2= 1.370 null null d= 3.5 assi (( resid 70 and name HG )) (( resid 70 and name HN )) 3.5 1.53 1.53 ! peak number n 647 F1= 1.393 F2= 8.490 null null d= 3.3 assi (( resid 70 and name HG )) (( resid 71 and name HN )) 3.3 1.36 1.36 ! peak number c 2911 F1= 8.450 F2= 1.373 null null d= 4.4 assi (( resid 70 and name HG )) (( resid 77 and name HN) or ( resid 71 and name HN )) 4.4 2.42 2.42 ! peak number c 486 F1= 1.372 F2= 4.085 null null d= 3.1 assi (( resid 70 and name HG) or ( resid 122 and name HB1 )) (( resid 76 and name HA) or ( resid 122 and name HA )) 3.1 1.20 1.20 ! peak number c 158 F1= 4.006 F2= 4.799 null null d= 3.0 assi (( resid 71 and name HA )) (( resid 71 and name HB1 )) 3 1.12 1.12 ! peak number c 159 F1= 4.151 F2= 4.799 null null d= 3.0 assi (( resid 71 and name HA )) (( resid 71 and name HB2 )) 3 1.12 1.12 ! peak number n 653 F1= 4.824 F2= 8.494 null null d= 3.0 assi (( resid 71 and name HA )) (( resid 71 and name HN )) 3 0.75 0.75 ! peak number c 1232 F1= 4.816 F2= 6.965 null null d= 4.5 assi (( resid 71 and name HA )) (( resid 76 and name HD* )) 4.5 2.53 2.53 ! peak number c 1233 F1= 4.810 F2= 7.080 null null d= 5.0 assi (( resid 71 and name HA )) (( resid 76 and name HE* )) 5 3.12 3.12 ! peak number c 2963 F1= 4.813 F2= 2.907 null null d= 3.1 assi (( resid 71 and name HA) or ( resid 42 and name HA )) (( resid 76 and name HB*) or ( resid 43 and name HB2 )) 3.1 1.20 1.20 ! peak number n 651 F1= 4.190 F2= 8.486 null null d= 3.7 assi (( resid 71 and name HB2 )) (( resid 71 and name HN )) 3.7 1.71 1.71 ! peak number n 650 F1= 4.052 F2= 8.491 null null d= 3.2 assi (( resid 71 and name HN )) (( resid 76 and name HA) or ( resid 71 and name HB1 )) 3.2 1.28 1.28 ! peak number c 295 F1= 2.073 F2= 4.048 null null d= 2.9 assi (( resid 72 and name HA )) (( resid 72 and name HB* )) 2.9 1.05 1.05 ! peak number c 296 F1= 2.141 F2= 4.046 null null d= 3.5 assi (( resid 72 and name HA )) (( resid 72 and name HG* )) 3.5 1.53 1.53 ! peak number n 813 F1= 4.077 F2= 7.905 null null d= 3.1 assi (( resid 72 and name HA )) (( resid 73 and name HN )) 3.1 0.78 0.78 ! peak number c 1222 F1= 4.078 F2= 6.780 null null d= 5.2 assi (( resid 72 and name HA )) (( resid 75 and name HE* )) 5.2 3.38 3.38 ! peak number c 1216 F1= 2.059 F2= 7.047 null null d= 5.9 dist trop loin ! peak number n 487 F1= 2.049 F2= 7.946 null null d= 2.8 assi (( resid 72 and name HB* )) (( resid 76 and name HN )) 2.8 0.98 0.98 ! peak number c 2940 F1= 8.464 F2= 2.043 null null d= 4.4 assi (( resid 72 and name HB* )) (( resid 77 and name HN) or ( resid 71 and name HN )) 4.4 2.42 2.42 ! peak number n 816 F1= 2.108 F2= 7.908 null null d= 3.3 assi (( resid 72 and name HG1 )) (( resid 73 and name HN )) 3.3 1.36 1.36 ! peak number n 524 F1= 2.133 F2= 8.296 null null d= 3.0 assi (( resid 72 and name HG2 )) (( resid 75 and name HN )) 3 1.12 1.12 ! peak number n 488 F1= 2.149 F2= 7.943 null null d= 2.8 assi (( resid 72 and name HG2 )) (( resid 76 and name HN )) 2.8 0.98 0.98 ! peak number c 2943 F1= 7.904 F2= 2.131 null null d= 3.2 assi (( resid 72 and name HG* )) (( resid 73 and name HN )) 3.2 1.28 1.28 ! peak number c 2947 F1= 2.701 F2= 2.135 null null d= 3.3 assi (( resid 72 and name HG* )) (( resid 75 and name HB* )) 3.3 1.36 1.36 ! peak number c 2945 F1= 4.059 F2= 2.125 null null d= 2.7 assi (( resid 72 and name HG* )) (( resid 76 and name HA) or ( resid 72 and name HA )) 2.7 0.91 0.91 ! peak number c 2514 F1= 4.679 F2= 2.931 null null d= 2.8 assi (( resid 73 and name HA )) (( resid 73 and name HB* )) 2.8 0.95 0.95 ! peak number n 814 F1= 4.668 F2= 7.911 null null d= 3.5 assi (( resid 73 and name HA )) (( resid 73 and name HN )) 3.5 0.88 0.88 ! peak number c 1213 F1= 4.679 F2= 7.051 null null d= 3.5 assi (( resid 73 and name HA )) (( resid 75 and name HD* )) 3.5 1.53 1.53 ! peak number c 1231 F1= 4.687 F2= 6.962 null null d= 4.2 assi (( resid 73 and name HA )) (( resid 76 and name HD* )) 4.2 2.21 2.21 ! peak number c 1230 F1= 4.670 F2= 7.080 null null d= 5.2 assi (( resid 73 and name HA )) (( resid 76 and name HE* )) 5.2 3.38 3.38 ! peak number n 812 F1= 2.965 F2= 7.906 null null d= 2.9 assi (( resid 73 and name HB1 )) (( resid 73 and name HN )) 2.9 1.05 1.05 ! peak number c 2953 F1= 7.883 F2= 2.922 null null d= 3.0 assi (( resid 73 and name HB* )) (( resid 73 and name HN )) 3 1.12 1.12 ! peak number c 1212 F1= 2.935 F2= 7.051 null null d= 3.0 assi (( resid 73 and name HB* )) (( resid 75 and name HD* )) 3 1.16 1.16 ! peak number c 2948 F1= 6.765 F2= 2.924 null null d= 4.7 assi (( resid 73 and name HB* )) (( resid 75 and name HE* )) 4.7 2.76 2.76 ! peak number c 2951 F1= 8.271 F2= 2.932 null null d= 3.4 assi (( resid 73 and name HB* )) (( resid 75 and name HN )) 3.4 1.44 1.44 ! peak number c 1223 F1= 7.900 F2= 6.784 null null d= 4.6 assi (( resid 73 and name HN )) (( resid 75 and name HE* )) 4.59 2.64 2.64 ! peak number c 302 F1= 2.105 F2= 4.150 null null d= 2.7 assi (( resid 74 and name HA )) (( resid 74 and name HB* )) 2.7 0.91 0.91 ! peak number c 2839 F1= 4.162 F2= 2.359 null null d= 2.9 assi (( resid 74 and name HA )) (( resid 74 and name HG* )) 2.9 1.05 1.05 ! peak number c 307 F1= 4.169 F2= 4.557 null null d= 3.7 assi (( resid 74 and name HA )) (( resid 75 and name HA )) 3.7 0.93 0.93 ! peak number c 2959 F1= 4.147 F2= 2.738 null null d= 3.8 assi (( resid 74 and name HA )) (( resid 75 and name HB* )) 3.8 1.80 1.80 ! peak number n 521 F1= 4.183 F2= 8.299 null null d= 3.1 assi (( resid 74 and name HA )) (( resid 75 and name HN )) 3.1 0.78 0.78 ! peak number c 2844 F1= 2.127 F2= 2.359 null null d= 2.2 assi (( resid 74 and name HB2 )) (( resid 74 and name HG* )) 2.2 0.61 0.61 ! peak number c 2954 F1= 2.742 F2= 2.357 null null d= 3.6 assi (( resid 74 and name HG* )) (( resid 75 and name HB* )) 3.6 1.62 1.62 ! peak number c 2842 F1= 8.292 F2= 2.357 null null d= 3.8 assi (( resid 74 and name HG* )) (( resid 75 and name HN )) 3.8 1.80 1.80 ! peak number c 2958 F1= 4.566 F2= 2.726 null null d= 2.4 assi (( resid 75 and name HA )) (( resid 75 and name HB* )) 2.4 0.72 0.72 ! peak number n 520 F1= 4.579 F2= 8.297 null null d= 2.9 assi (( resid 75 and name HA )) (( resid 75 and name HN )) 2.9 0.72 0.72 ! peak number n 485 F1= 4.575 F2= 7.944 null null d= 3.0 assi (( resid 75 and name HA )) (( resid 76 and name HN )) 3 0.75 0.75 ! peak number c 1042 F1= 2.744 F2= 7.049 null null d= 4.6 assi (( resid 75 and name HB* )) (( resid 75 and name HD* )) 4.59 2.64 2.64 ! peak number c 1221 F1= 2.729 F2= 6.782 null null d= 5.0 assi (( resid 75 and name HB* )) (( resid 75 and name HE* )) 5 3.12 3.12 ! peak number c 2956 F1= 8.268 F2= 2.726 null null d= 3.2 assi (( resid 75 and name HB* )) (( resid 75 and name HN )) 3.2 1.28 1.28 ! peak number c 2957 F1= 7.915 F2= 2.727 null null d= 3.4 assi (( resid 75 and name HB* )) (( resid 76 and name HN )) 3.4 1.44 1.44 ! peak number c 1214 F1= 6.773 F2= 7.051 null null d= 2.5 assi (( resid 75 and name HD* )) (( resid 75 and name HE* )) 2.5 0.80 0.80 ! peak number c 1043 F1= 8.278 F2= 7.051 null null d= 4.3 assi (( resid 75 and name HD* )) (( resid 75 and name HN )) 4.3 2.31 2.31 ! peak number c 1215 F1= 7.902 F2= 7.055 null null d= 4.0 assi (( resid 75 and name HD* )) (( resid 76 and name HN) or ( resid 73 and name HN )) 4 2.00 2.00 ! peak number c 2961 F1= 8.281 F2= 2.911 null null d= 3.3 assi (( resid 75 and name HN )) (( resid 76 and name HB* )) 3.3 1.36 1.36 ! peak number c 1235 F1= 8.269 F2= 6.962 null null d= 5.1 assi (( resid 75 and name HN )) (( resid 76 and name HD* )) 5.09 3.25 3.25 ! peak number c 1234 F1= 8.291 F2= 7.080 null null d= 5.6 dist trop loin ! peak number n 491 F1= 8.294 F2= 7.944 null null d= 3.1 assi (( resid 75 and name HN )) (( resid 76 and name HN )) 3.1 0.78 0.78 ! peak number n 525 F1= 7.931 F2= 8.301 null null d= 3.3 assi (( resid 75 and name HN )) (( resid 76 and name HN) or ( resid 73 and name HN )) 3.3 1.36 1.36 ! peak number n 482 F1= 4.068 F2= 7.943 null null d= 2.6 assi (( resid 76 and name HA )) (( resid 76 and name HN )) 2.6 0.65 0.65 ! peak number c 490 F1= 3.846 F2= 4.086 null null d= 4.5 assi (( resid 76 and name HA) or ( resid 122 and name HA )) (( resid 77 and name HB*) or ( resid 121 and name HA )) 4.5 2.53 2.53 ! peak number c 1041 F1= 2.908 F2= 6.961 null null d= 3.3 assi (( resid 76 and name HB* )) (( resid 76 and name HD* )) 3.3 1.36 1.36 ! peak number c 1040 F1= 2.904 F2= 7.076 null null d= 3.8 assi (( resid 76 and name HB* )) (( resid 76 and name HE* )) 3.8 1.80 1.80 ! peak number c 2499 F1= 8.432 F2= 2.919 null null d= 3.7 assi (( resid 76 and name HB* )) (( resid 77 and name HN )) 3.7 1.71 1.71 ! peak number c 1237 F1= 7.892 F2= 6.961 null null d= 6.1 dist trop loin ! peak number c 1239 F1= 8.460 F2= 6.961 null null d= 5.6 dist trop loin ! peak number c 1236 F1= 7.909 F2= 7.079 null null d= 6.4 dist trop loin ! peak number c 1238 F1= 8.448 F2= 7.075 null null d= 5.9 dist trop loin ! peak number c 309 F1= 3.840 F2= 4.695 null null d= 2.6 assi (( resid 77 and name HA )) (( resid 77 and name HB* )) 2.6 0.85 0.85 ! peak number n 458 F1= 4.661 F2= 8.452 null null d= 4.1 assi (( resid 77 and name HA )) (( resid 77 and name HN )) 4.09 1.02 1.02 ! peak number c 2971 F1= 5.179 F2= 1.318 null null d= 3.2 assi (( resid 78 and name HA )) (( resid 78 and name HB* )) 3.2 1.28 1.28 ! peak number n 282 F1= 5.193 F2= 8.374 null null d= 3.1 assi (( resid 78 and name HA )) (( resid 79 and name HN )) 3.1 0.78 0.78 ! peak number c 2974 F1= 8.530 F2= 1.316 null null d= 3.2 assi (( resid 78 and name HB* )) (( resid 78 and name HN )) 3.2 1.28 1.28 ! peak number n 284 F1= 1.353 F2= 8.374 null null d= 3.3 assi (( resid 78 and name HB* )) (( resid 79 and name HN )) 3.3 1.36 1.36 ! peak number c 2968 F1= 0.383 F2= 1.316 null null d= 3.3 assi (( resid 78 and name HB* )) (( resid 95 and name HG2*) or ( resid 69 and name HB* )) 3.3 1.36 1.36 ! peak number n 280 F1= 4.433 F2= 8.380 null null d= 4.1 assi (( resid 79 and name HA1 )) (( resid 79 and name HN )) 4.09 1.02 1.02 ! peak number c 2987 F1= 4.416 F2= 0.849 null null d= 2.9 assi (( resid 79 and name HA1 )) (( resid 80 and name HG2* )) 2.9 1.05 1.05 ! peak number n 597 F1= 4.431 F2= 8.260 null null d= 2.8 assi (( resid 79 and name HA1 )) (( resid 80 and name HN )) 2.8 0.70 0.70 ! peak number c 3184 F1= 4.407 F2= 0.384 null null d= 3.3 assi (( resid 79 and name HA1 )) (( resid 95 and name HG2* )) 3.3 1.36 1.36 ! peak number c 35 F1= 0.396 F2= 4.404 null null d= 3.7 assi (( resid 79 and name HA1 )) (( resid 95 and name HG2*) or ( resid 69 and name HB* )) 3.7 1.71 1.71 ! peak number c 41 F1= 3.610 F2= 4.401 null null d= 2.6 assi (( resid 79 and name HA1) or ( resid 11 and name HA2 )) (( resid 79 and name HA2) or ( resid 11 and name HA1 )) 2.6 0.85 0.85 ! peak number c 187 F1= 4.389 F2= 3.622 null null d= 3.0 assi (( resid 79 and name HA1) or ( resid 45 and name HA2 )) (( resid 79 and name HA2) or ( resid 45 and name HA1 )) 3 1.12 1.12 ! peak number c 2509 F1= 8.416 F2= 4.396 null null d= 2.8 assi (( resid 79 and name HA1) or ( resid 45 and name HA2 )) (( resid 79 and name HN) or ( resid 45 and name HN )) 2.8 0.98 0.98 ! peak number c 186 F1= 3.607 F2= 4.398 null null d= 2.6 assi (( resid 79 and name HA1) or ( resid 45 and name HA2) or ( resid 11 and name HA2 )) (( resid 79 and name HA2) or ( resid 45 and name HA1) or ( resid 11 and name HA1 )) 2.6 0.85 0.85 ! peak number c 2985 F1= 3.611 F2= 0.856 null null d= 3.5 assi (( resid 79 and name HA2 )) (( resid 80 and name HG2* )) 3.5 1.53 1.53 ! peak number n 598 F1= 3.599 F2= 8.264 null null d= 3.1 assi (( resid 79 and name HA2 )) (( resid 80 and name HN )) 3.1 0.78 0.78 ! peak number c 3183 F1= 3.582 F2= 0.385 null null d= 3.5 assi (( resid 79 and name HA2 )) (( resid 95 and name HG2* )) 3.5 1.53 1.53 ! peak number c 36 F1= 0.409 F2= 3.599 null null d= 4.5 assi (( resid 79 and name HA2 )) (( resid 95 and name HG2*) or ( resid 69 and name HB* )) 4.5 2.53 2.53 ! peak number c 2977 F1= 4.620 F2= 3.603 null null d= 3.5 assi (( resid 79 and name HA2 )) (( resid 97 and name HA )) 3.5 0.88 0.88 ! peak number c 3227 F1= 3.592 F2= 1.861 null null d= 4.8 assi (( resid 79 and name HA2 )) (( resid 97 and name HB* )) 4.8 2.88 2.88 ! peak number c 2508 F1= 8.419 F2= 3.611 null null d= 3.2 assi (( resid 79 and name HA2) or ( resid 45 and name HA1 )) (( resid 79 and name HN) or ( resid 45 and name HN )) 3.2 1.28 1.28 ! peak number n 285 F1= 0.438 F2= 8.375 null null d= 3.7 assi (( resid 79 and name HN )) (( resid 95 and name HG2*) or ( resid 69 and name HB* )) 3.7 1.71 1.71 ! peak number c 16 F1= 2.671 F2= 4.653 null null d= 2.7 assi (( resid 7 and name HA )) (( resid 7 and name HB* )) 2.7 0.88 0.88 ! peak number c 18 F1= 4.369 F2= 4.658 null null d= 4.1 assi (( resid 7 and name HA )) (( resid 8 and name HA )) 4.09 1.02 1.02 ! peak number c 2011 F1= 6.912 F2= 2.666 null null d= 4.2 assi (( resid 7 and name HB* )) (( resid 7 and name HD21 )) 4.2 2.15 2.15 ! peak number c 2009 F1= 7.547 F2= 2.674 null null d= 3.3 assi (( resid 7 and name HB* )) (( resid 7 and name HD22 )) 3.3 1.36 1.36 ! peak number c 2015 F1= 4.375 F2= 2.667 null null d= 4.0 assi (( resid 7 and name HB* )) (( resid 8 and name HA )) 4 2.00 2.00 ! peak number n 1262 F1= 6.917 F2= 7.554 null null d= 2.2 assi (( resid 7 and name HD21 )) (( resid 7 and name HD22 )) 2.2 0.63 0.63 ! peak number n 1245 F1= 7.588 F2= 6.895 null null d= 2.0 assi (( resid 7 and name HD21) or ( resid 100 and name HE22 )) (( resid 7 and name HD22) or ( resid 100 and name HE21 )) 2 0.50 0.50 ! peak number c 2981 F1= 4.936 F2= 1.745 null null d= 4.2 assi (( resid 80 and name HA )) (( resid 80 and name HB )) 4.2 2.26 2.26 ! peak number c 318 F1= 0.767 F2= 4.933 null null d= 3.4 assi (( resid 80 and name HA )) (( resid 80 and name HG1* )) 3.4 1.44 1.44 ! peak number c 319 F1= 0.887 F2= 4.933 null null d= 3.4 assi (( resid 80 and name HA )) (( resid 80 and name HG2* )) 3.4 1.44 1.44 ! peak number n 599 F1= 4.945 F2= 8.262 null null d= 3.3 assi (( resid 80 and name HA )) (( resid 80 and name HN )) 3.3 0.82 0.82 ! peak number c 315 F1= 2.218 F2= 4.942 null null d= 5.4 dist trop loin ! peak number c 3005 F1= 4.945 F2= 0.768 null null d= 3.7 assi (( resid 80 and name HA )) (( resid 81 and name HG1* )) 3.7 1.71 1.71 ! peak number n 117 F1= 4.947 F2= 8.409 null null d= 2.6 assi (( resid 80 and name HA )) (( resid 81 and name HN )) 2.6 0.65 0.65 ! peak number c 2980 F1= 0.827 F2= 1.746 null null d= 2.5 assi (( resid 80 and name HB )) (( resid 80 and name HG2*) or ( resid 80 and name HG1* )) 2.5 0.78 0.78 ! peak number c 2982 F1= 8.271 F2= 1.748 null null d= 3.2 assi (( resid 80 and name HB )) (( resid 80 and name HN )) 3.2 1.24 1.24 ! peak number c 2983 F1= 9.373 F2= 1.746 null null d= 3.9 assi (( resid 80 and name HB )) (( resid 96 and name HN )) 3.9 1.90 1.90 ! peak number c 381 F1= 1.750 F2= 4.597 null null d= 3.6 assi (( resid 80 and name HB )) (( resid 97 and name HA )) 3.6 1.62 1.62 ! peak number n 594 F1= 0.805 F2= 8.268 null null d= 3.3 assi (( resid 80 and name HG1* )) (( resid 80 and name HN )) 3.3 1.36 1.36 ! peak number n 112 F1= 0.803 F2= 8.409 null null d= 2.5 assi (( resid 80 and name HG1* )) (( resid 81 and name HN )) 2.5 0.78 0.78 ! peak number c 3756 F1= 2.610 F2= 0.851 null null d= 4.2 assi (( resid 80 and name HG1* )) (( resid 82 and name HE2 )) 4.2 2.21 2.21 ! peak number n 83 F1= 0.803 F2= 9.476 null null d= 3.9 assi (( resid 80 and name HG1* )) (( resid 82 and name HN )) 3.9 1.90 1.90 ! peak number c 2765 F1= 0.824 F2= 1.890 null null d= 3.3 assi (( resid 80 and name HG1* )) (( resid 96 and name HB2 )) 3.3 1.36 1.36 ! peak number n 595 F1= 0.921 F2= 8.264 null null d= 2.8 assi (( resid 80 and name HG2* )) (( resid 80 and name HN )) 2.8 0.98 0.98 ! peak number n 602 F1= 8.387 F2= 8.265 null null d= 3.5 assi (( resid 80 and name HN )) (( resid 81 and name HN) or ( resid 79 and name HN )) 3.5 1.53 1.53 ! peak number n 600 F1= 4.662 F2= 8.265 null null d= 3.5 assi (( resid 80 and name HN )) (( resid 95 and name HA )) 3.5 0.88 0.88 ! peak number c 3188 F1= 8.276 F2= 0.384 null null d= 3.0 assi (( resid 80 and name HN )) (( resid 95 and name HG2* )) 3 1.12 1.12 ! peak number n 18 F1= 8.265 F2= 9.387 null null d= 3.4 assi (( resid 80 and name HN )) (( resid 96 and name HN )) 3.4 0.85 0.85 ! peak number c 3007 F1= 3.983 F2= 0.768 null null d= 3.5 assi (( resid 81 and name HA )) (( resid 81 and name HG1* )) 3.5 1.49 1.49 ! peak number c 3028 F1= 3.988 F2= 1.014 null null d= 3.6 assi (( resid 81 and name HA )) (( resid 81 and name HG2* )) 3.6 1.67 1.67 ! peak number n 120 F1= 4.003 F2= 8.410 null null d= 4.0 assi (( resid 81 and name HA )) (( resid 81 and name HN )) 4 1.00 1.00 ! peak number n 86 F1= 4.003 F2= 9.480 null null d= 2.9 assi (( resid 81 and name HA )) (( resid 82 and name HN )) 2.9 0.72 0.72 ! peak number c 310 F1= 3.994 F2= 4.685 null null d= 3.7 assi (( resid 81 and name HA )) (( resid 95 and name HA )) 3.7 0.93 0.93 ! peak number c 3199 F1= 3.996 F2= 0.399 null null d= 3.3 assi (( resid 81 and name HA )) (( resid 95 and name HD1* )) 3.3 1.36 1.36 ! peak number c 322 F1= 0.407 F2= 3.983 null null d= 3.5 assi (( resid 81 and name HA )) (( resid 95 and name HG2* )) 3.5 1.53 1.53 ! peak number n 15 F1= 4.022 F2= 9.400 null null d= 4.0 assi (( resid 81 and name HA )) (( resid 96 and name HN )) 4 1.00 1.00 ! peak number c 2991 F1= 0.765 F2= 2.188 null null d= 3.0 assi (( resid 81 and name HB )) (( resid 81 and name HG1* )) 3 1.12 1.12 ! peak number c 2992 F1= 1.015 F2= 2.187 null null d= 3.2 assi (( resid 81 and name HB )) (( resid 81 and name HG2* )) 3.2 1.28 1.28 ! peak number c 2995 F1= 8.397 F2= 2.187 null null d= 3.4 assi (( resid 81 and name HB )) (( resid 81 and name HN )) 3.4 1.40 1.40 ! peak number c 3021 F1= 1.017 F2= 0.766 null null d= 2.4 assi (( resid 81 and name HG1* )) (( resid 81 and name HG2* )) 2.4 0.72 0.72 ! peak number c 3001 F1= 8.383 F2= 0.768 null null d= 3.1 assi (( resid 81 and name HG1* )) (( resid 81 and name HN )) 3.1 1.20 1.20 ! peak number c 2997 F1= 9.415 F2= 0.769 null null d= 3.7 assi (( resid 81 and name HG1* )) (( resid 82 and name HN )) 3.7 1.71 1.71 ! peak number c 3734 F1= 7.470 F2= 0.770 null null d= 4.4 assi (( resid 81 and name HG1* )) (( resid 83 and name HN )) 4.4 2.42 2.42 ! peak number c 3733 F1= 8.578 F2= 0.770 null null d= 4.9 assi (( resid 81 and name HG1* )) (( resid 84 and name HN )) 4.9 3.00 3.00 ! peak number c 3737 F1= 2.854 F2= 0.764 null null d= 3.6 assi (( resid 81 and name HG1* )) (( resid 93 and name HB1 )) 3.6 1.62 1.62 ! peak number c 3736 F1= 4.178 F2= 0.768 null null d= 4.5 assi (( resid 81 and name HG1* )) (( resid 94 and name HA) or ( resid 65 and name HA )) 4.5 2.53 2.53 ! peak number c 3006 F1= 4.717 F2= 0.767 null null d= 3.4 assi (( resid 81 and name HG1* )) (( resid 95 and name HA) or ( resid 82 and name HA )) 3.4 1.44 1.44 ! peak number c 3179 F1= 0.773 F2= 0.396 null null d= 3.6 assi (( resid 81 and name HG1* )) (( resid 95 and name HG2* )) 3.6 1.62 1.62 ! peak number c 374 F1= 0.769 F2= 4.659 null null d= 5.5 dist trop loin ! peak number c 3772 F1= 8.378 F2= 1.014 null null d= 3.8 assi (( resid 81 and name HG2* )) (( resid 81 and name HN )) 3.8 1.80 1.80 ! peak number c 3030 F1= 4.703 F2= 1.009 null null d= 2.8 assi (( resid 81 and name HG2* )) (( resid 82 and name HA )) 2.8 0.98 0.98 ! peak number c 3035 F1= 9.422 F2= 1.010 null null d= 3.2 assi (( resid 81 and name HG2* )) (( resid 82 and name HN )) 3.2 1.28 1.28 ! peak number c 3032 F1= 7.444 F2= 1.012 null null d= 3.7 assi (( resid 81 and name HG2* )) (( resid 83 and name HN )) 3.7 1.71 1.71 ! peak number c 1316 F1= 1.036 F2= 7.094 null null d= 5.2 assi (( resid 81 and name HG2* )) (( resid 84 and name HD2 )) 5.2 3.38 3.38 ! peak number c 1322 F1= 1.035 F2= 7.604 null null d= 4.6 assi (( resid 81 and name HG2* )) (( resid 84 and name HE1 )) 4.59 2.64 2.64 ! peak number c 3031 F1= 7.126 F2= 1.014 null null d= 3.5 assi (( resid 81 and name HG2* )) (( resid 93 and name HD* )) 3.5 1.53 1.53 ! peak number c 228 F1= 1.865 F2= 4.747 null null d= 3.5 assi (( resid 82 and name HA )) (( resid 82 and name HB1 )) 3.5 1.58 1.58 ! peak number c 230 F1= 1.202 F2= 4.751 null null d= 4.2 assi (( resid 82 and name HA )) (( resid 82 and name HB2 )) 4.2 2.21 2.21 ! peak number n 87 F1= 4.761 F2= 9.478 null null d= 3.2 assi (( resid 82 and name HA )) (( resid 82 and name HN )) 3.2 0.80 0.80 ! peak number n 295 F1= 4.756 F2= 7.463 null null d= 3.2 assi (( resid 82 and name HA )) (( resid 83 and name HN )) 3.2 0.80 0.80 ! peak number c 3037 F1= 1.887 F2= 1.165 null null d= 3.2 assi (( resid 82 and name HB1 )) (( resid 82 and name HB2 )) 3.2 1.28 1.28 ! peak number c 3040 F1= 9.452 F2= 1.897 null null d= 4.0 assi (( resid 82 and name HB1 )) (( resid 82 and name HN )) 4 2.00 2.00 ! peak number c 3042 F1= 2.790 F2= 1.161 null null d= 4.5 assi (( resid 82 and name HB2 )) (( resid 82 and name HE1 )) 4.5 2.53 2.53 ! peak number c 3041 F1= 9.468 F2= 1.173 null null d= 4.0 assi (( resid 82 and name HB2 )) (( resid 82 and name HN )) 4 2.00 2.00 ! peak number c 3043 F1= 1.500 F2= 1.166 null null d= 4.4 assi (( resid 82 and name HB2 )) (( resid 94 and name HB1) or ( resid 101 and name HG2 )) 4.4 2.42 2.42 ! peak number n 299 F1= 9.479 F2= 7.463 null null d= 3.2 assi (( resid 82 and name HN )) (( resid 83 and name HN )) 3.2 0.80 0.80 ! peak number c 3192 F1= 9.425 F2= 0.401 null null d= 3.6 assi (( resid 82 and name HN )) (( resid 95 and name HD1* )) 3.6 1.62 1.62 ! peak number n 82 F1= 0.432 F2= 9.480 null null d= 3.6 assi (( resid 82 and name HN )) (( resid 95 and name HG2*) or ( resid 95 and name HD1* )) 3.6 1.62 1.62 ! peak number n 293 F1= 4.006 F2= 7.464 null null d= 3.0 assi (( resid 83 and name HA1 )) (( resid 83 and name HN )) 3 0.75 0.75 ! peak number n 294 F1= 4.101 F2= 7.464 null null d= 2.8 assi (( resid 83 and name HA2 )) (( resid 83 and name HN )) 2.8 0.70 0.70 ! peak number n 588 F1= 4.085 F2= 8.620 null null d= 2.4 assi (( resid 83 and name HA2 )) (( resid 84 and name HN )) 2.4 0.60 0.60 ! peak number c 1317 F1= 4.041 F2= 7.098 null null d= 4.1 assi (( resid 83 and name HA* )) (( resid 84 and name HD2 )) 4.09 2.10 2.10 ! peak number c 3154 F1= 4.058 F2= 1.483 null null d= 5.0 assi (( resid 83 and name HA* )) (( resid 94 and name HB1 )) 5 3.12 3.12 ! peak number n 833 F1= 7.470 F2= 8.328 null null d= 3.5 assi (( resid 83 and name HN) or ( resid 103 and name HH2 )) (( resid 94 and name HN )) 3.5 1.53 1.53 ! peak number c 1294 F1= 7.444 F2= 7.128 null null d= 3.8 assi (( resid 83 and name HN) or ( resid 109 and name HN )) (( resid 93 and name HD* )) 3.8 1.80 1.80 ! peak number c 3052 F1= 5.780 F2= 2.886 null null d= 3.8 assi (( resid 84 and name HA )) (( resid 84 and name HB1 )) 3.8 1.80 1.80 ! peak number c 3045 F1= 3.025 F2= 5.777 null null d= 3.8 assi (( resid 84 and name HA )) (( resid 84 and name HB2 )) 3.8 1.81 1.81 ! peak number n 587 F1= 5.805 F2= 8.623 null null d= 3.4 assi (( resid 84 and name HA )) (( resid 84 and name HN )) 3.4 0.85 0.85 ! peak number c 3046 F1= 9.158 F2= 5.774 null null d= 3.1 assi (( resid 84 and name HA )) (( resid 85 and name HN )) 3.1 0.78 0.78 ! peak number c 328 F1= 0.498 F2= 5.793 null null d= 5.1 assi (( resid 84 and name HA )) (( resid 91 and name HD1* )) 5.09 3.25 3.25 ! peak number c 325 F1= 5.227 F2= 5.793 null null d= 4.2 assi (( resid 84 and name HA )) (( resid 93 and name HA )) 4.2 1.06 1.06 ! peak number c 3044 F1= 2.891 F2= 5.777 null null d= 3.9 assi (( resid 84 and name HA )) (( resid 93 and name HB2) or ( resid 84 and name HB1 )) 3.9 1.90 1.90 ! peak number c 327 F1= 2.886 F2= 5.795 null null d= 3.3 assi (( resid 84 and name HA )) (( resid 93 and name HB*) or ( resid 84 and name HB1 )) 3.3 1.36 1.36 ! peak number c 3050 F1= 3.015 F2= 2.886 null null d= 2.9 assi (( resid 84 and name HB1 )) (( resid 84 and name HB2 )) 2.9 1.05 1.05 ! peak number c 3056 F1= 8.600 F2= 2.875 null null d= 3.8 assi (( resid 84 and name HB1 )) (( resid 84 and name HN )) 3.8 1.80 1.80 ! peak number c 3054 F1= 9.173 F2= 2.885 null null d= 3.7 assi (( resid 84 and name HB1 )) (( resid 85 and name HN )) 3.7 1.71 1.71 ! peak number c 3048 F1= 0.647 F2= 2.888 null null d= 4.1 assi (( resid 84 and name HB1 )) (( resid 91 and name HD2*) or ( resid 63 and name HD1* )) 4.09 2.10 2.10 ! peak number c 365 F1= 2.861 F2= 5.229 null null d= 3.4 assi (( resid 84 and name HB1 )) (( resid 93 and name HA )) 3.4 1.44 1.44 ! peak number n 830 F1= 2.921 F2= 8.334 null null d= 3.6 assi (( resid 84 and name HB1 )) (( resid 94 and name HN )) 3.6 1.62 1.62 ! peak number c 3055 F1= 8.605 F2= 3.014 null null d= 4.4 assi (( resid 84 and name HB2 )) (( resid 84 and name HN )) 4.4 2.42 2.42 ! peak number c 3053 F1= 9.172 F2= 3.015 null null d= 3.9 assi (( resid 84 and name HB2 )) (( resid 85 and name HN )) 3.9 1.85 1.85 ! peak number c 3047 F1= 0.654 F2= 3.017 null null d= 4.1 assi (( resid 84 and name HB2 )) (( resid 91 and name HD2* )) 4.09 2.10 2.10 ! peak number c 364 F1= 3.054 F2= 5.230 null null d= 4.4 assi (( resid 84 and name HB2 )) (( resid 93 and name HA )) 4.4 2.42 2.42 ! peak number c 3049 F1= 2.851 F2= 3.004 null null d= 3.2 assi (( resid 84 and name HB2 )) (( resid 93 and name HB1 )) 3.2 1.28 1.28 ! peak number c 1047 F1= 3.029 F2= 7.127 null null d= 3.0 assi (( resid 84 and name HB2) or ( resid 128 and name HB* )) (( resid 93 and name HD*) or ( resid 128 and name HD* )) 3 1.12 1.12 ! peak number c 3195 F1= 7.172 F2= 0.403 null null d= 3.1 assi (( resid 84 and name HD2) or ( resid 104 and name HD* )) (( resid 95 and name HD1* )) 3.1 1.20 1.20 ! peak number c 3187 F1= 7.175 F2= 0.385 null null d= 3.8 assi (( resid 84 and name HD2) or ( resid 104 and name HD* )) (( resid 95 and name HG2* )) 3.8 1.80 1.80 ! peak number c 3066 F1= 4.679 F2= 1.396 null null d= 3.5 assi (( resid 85 and name HA )) (( resid 85 and name HB1 )) 3.5 1.53 1.53 ! peak number c 3065 F1= 4.680 F2= 1.584 null null d= 3.1 assi (( resid 85 and name HA )) (( resid 85 and name HB2 )) 3.1 1.20 1.20 ! peak number c 3088 F1= 4.728 F2= 2.339 null null d= 4.5 assi (( resid 85 and name HA )) (( resid 85 and name HD1 )) 4.5 2.53 2.53 ! peak number c 3089 F1= 4.727 F2= 1.928 null null d= 4.6 assi (( resid 85 and name HA )) (( resid 85 and name HD2 )) 4.59 2.64 2.64 ! peak number c 331 F1= 1.093 F2= 4.666 null null d= 4.4 assi (( resid 85 and name HA )) (( resid 85 and name HG1 )) 4.4 2.42 2.42 ! peak number c 330 F1= 0.979 F2= 4.667 null null d= 4.4 assi (( resid 85 and name HA )) (( resid 85 and name HG2 )) 4.4 2.42 2.42 ! peak number n 976 F1= 4.694 F2= 9.176 null null d= 3.2 assi (( resid 85 and name HA )) (( resid 85 and name HN )) 3.2 0.80 0.80 ! peak number n 178 F1= 4.670 F2= 8.740 null null d= 2.6 assi (( resid 85 and name HA )) (( resid 86 and name HN )) 2.6 0.65 0.65 ! peak number c 2279 F1= 4.696 F2= 1.625 null null d= 3.6 assi (( resid 85 and name HA) or ( resid 32 and name HA )) (( resid 86 and name HB*) or ( resid 31 and name HB1 )) 3.6 1.62 1.62 ! peak number c 3062 F1= 1.606 F2= 1.392 null null d= 2.8 assi (( resid 85 and name HB1 )) (( resid 85 and name HB2 )) 2.8 0.98 0.98 ! peak number c 3060 F1= 2.354 F2= 1.397 null null d= 3.8 assi (( resid 85 and name HB1 )) (( resid 85 and name HD1 )) 3.8 1.85 1.85 ! peak number c 3061 F1= 1.938 F2= 1.382 null null d= 3.6 assi (( resid 85 and name HB1 )) (( resid 85 and name HD2 )) 3.6 1.62 1.62 ! peak number c 3064 F1= 1.115 F2= 1.388 null null d= 3.7 assi (( resid 85 and name HB1 )) (( resid 85 and name HG1 )) 3.7 1.71 1.71 ! peak number c 3068 F1= 9.160 F2= 1.380 null null d= 3.8 assi (( resid 85 and name HB1 )) (( resid 85 and name HN )) 3.8 1.80 1.80 ! peak number n 176 F1= 1.420 F2= 8.743 null null d= 4.0 assi (( resid 85 and name HB1 )) (( resid 86 and name HN )) 4 2.00 2.00 ! peak number c 3808 F1= 2.965 F2= 1.393 null null d= 4.7 assi (( resid 85 and name HB1 )) (( resid 92 and name HB2 )) 4.7 2.76 2.76 ! peak number c 1299 F1= 1.382 F2= 6.750 null null d= 4.0 assi (( resid 85 and name HB1 )) (( resid 92 and name HE* )) 4 2.00 2.00 ! peak number c 3059 F1= 2.357 F2= 1.583 null null d= 3.5 assi (( resid 85 and name HB2 )) (( resid 85 and name HD1 )) 3.5 1.53 1.53 ! peak number c 3085 F1= 1.595 F2= 1.929 null null d= 3.2 assi (( resid 85 and name HB2 )) (( resid 85 and name HD2 )) 3.2 1.28 1.28 ! peak number c 3058 F1= 1.135 F2= 1.583 null null d= 3.3 assi (( resid 85 and name HB2 )) (( resid 85 and name HG1 )) 3.3 1.36 1.36 ! peak number c 3057 F1= 1.012 F2= 1.584 null null d= 3.3 assi (( resid 85 and name HB2 )) (( resid 85 and name HG2 )) 3.3 1.36 1.36 ! peak number c 3067 F1= 9.163 F2= 1.572 null null d= 4.1 assi (( resid 85 and name HB2 )) (( resid 85 and name HN )) 4.09 2.10 2.10 ! peak number c 3224 F1= 8.742 F2= 1.584 null null d= 3.5 assi (( resid 85 and name HB2 )) (( resid 86 and name HN )) 3.5 1.58 1.58 ! peak number c 3086 F1= 2.343 F2= 1.927 null null d= 2.5 assi (( resid 85 and name HD1 )) (( resid 85 and name HD2 )) 2.5 0.78 0.78 ! peak number c 3079 F1= 1.120 F2= 2.337 null null d= 3.5 assi (( resid 85 and name HD1 )) (( resid 85 and name HG1 )) 3.5 1.53 1.53 ! peak number c 3078 F1= 1.015 F2= 2.337 null null d= 3.2 assi (( resid 85 and name HD1 )) (( resid 85 and name HG2 )) 3.2 1.28 1.28 ! peak number c 3081 F1= 1.125 F2= 1.928 null null d= 3.5 assi (( resid 85 and name HD2 )) (( resid 85 and name HG1 )) 3.5 1.53 1.53 ! peak number c 3080 F1= 1.009 F2= 1.928 null null d= 3.3 assi (( resid 85 and name HD2 )) (( resid 85 and name HG2 )) 3.3 1.36 1.36 ! peak number n 1190 F1= 1.901 F2= 8.412 null null d= 3.7 assi (( resid 85 and name HD2 )) (( resid 91 and name HN )) 3.7 1.71 1.71 ! peak number n 970 F1= 1.129 F2= 9.175 null null d= 3.8 assi (( resid 85 and name HG1 )) (( resid 85 and name HN )) 3.8 1.80 1.80 ! peak number n 969 F1= 1.003 F2= 9.174 null null d= 4.1 assi (( resid 85 and name HG2 )) (( resid 85 and name HN )) 4.09 2.10 2.10 ! peak number c 3074 F1= 1.660 F2= 1.006 null null d= 3.2 assi (( resid 85 and name HG2 )) (( resid 86 and name HB* )) 3.2 1.28 1.28 ! peak number c 1144 F1= 0.957 F2= 6.874 null null d= 3.5 assi (( resid 85 and name HG2 )) (( resid 92 and name HD* )) 3.5 1.53 1.53 ! peak number c 3072 F1= 7.150 F2= 1.011 null null d= 3.6 assi (( resid 85 and name HG2 )) (( resid 93 and name HD* )) 3.6 1.62 1.62 ! peak number c 3070 F1= 8.272 F2= 1.012 null null d= 4.5 assi (( resid 85 and name HG2 )) (( resid 94 and name HN )) 4.5 2.53 2.53 ! peak number n 968 F1= 0.678 F2= 9.178 null null d= 3.3 assi (( resid 85 and name HN )) (( resid 91 and name HD2* )) 3.3 1.36 1.36 ! peak number n 1281 F1= 5.236 F2= 9.174 null null d= 4.0 assi (( resid 85 and name HN )) (( resid 93 and name HA )) 4 1.00 1.00 ! peak number c 3092 F1= 1.658 F2= 5.301 null null d= 3.2 assi (( resid 86 and name HA )) (( resid 86 and name HB* )) 3.2 1.31 1.31 ! peak number c 340 F1= 1.579 F2= 5.326 null null d= 3.4 assi (( resid 86 and name HA )) (( resid 86 and name HD*) or ( resid 85 and name HB2 )) 3.4 1.44 1.44 ! peak number c 3112 F1= 5.302 F2= 2.824 null null d= 5.2 assi (( resid 86 and name HA )) (( resid 86 and name HE* )) 5.2 3.38 3.38 ! peak number c 3100 F1= 5.300 F2= 1.189 null null d= 3.9 assi (( resid 86 and name HA )) (( resid 86 and name HG1 )) 3.9 1.90 1.90 ! peak number c 3099 F1= 5.307 F2= 1.304 null null d= 4.0 assi (( resid 86 and name HA )) (( resid 86 and name HG2 )) 4 1.95 1.95 ! peak number n 180 F1= 5.327 F2= 8.743 null null d= 3.9 assi (( resid 86 and name HA )) (( resid 86 and name HN )) 3.9 0.97 0.97 ! peak number c 3093 F1= 8.767 F2= 5.302 null null d= 3.0 assi (( resid 86 and name HA )) (( resid 87 and name HN )) 3 0.75 0.75 ! peak number n 1085 F1= 5.337 F2= 7.957 null null d= 3.9 assi (( resid 86 and name HA )) (( resid 90 and name HN )) 3.9 0.97 0.97 ! peak number c 341 F1= 4.856 F2= 5.325 null null d= 3.7 assi (( resid 86 and name HA )) (( resid 91 and name HA )) 3.7 0.93 0.93 ! peak number c 336 F1= 0.656 F2= 5.325 null null d= 4.3 assi (( resid 86 and name HA )) (( resid 91 and name HD2* )) 4.3 2.31 2.31 ! peak number c 3136 F1= 5.309 F2= 1.124 null null d= 4.2 assi (( resid 86 and name HA )) (( resid 91 and name HG )) 4.2 2.21 2.21 ! peak number c 337 F1= 1.178 F2= 5.324 null null d= 4.4 assi (( resid 86 and name HA )) (( resid 91 and name HG) or ( resid 86 and name HG1 )) 4.4 2.42 2.42 ! peak number c 2248 F1= 5.307 F2= 1.564 null null d= 3.6 assi (( resid 86 and name HA) or ( resid 28 and name HA )) (( resid 86 and name HD*) or ( resid 28 and name HD* )) 3.6 1.62 1.62 ! peak number n 179 F1= 1.696 F2= 8.744 null null d= 3.2 assi (( resid 86 and name HB1 )) (( resid 86 and name HN )) 3.2 1.28 1.28 ! peak number n 193 F1= 1.705 F2= 8.782 null null d= 3.2 assi (( resid 86 and name HB1 )) (( resid 87 and name HN )) 3.2 1.28 1.28 ! peak number n 183 F1= 1.633 F2= 8.783 null null d= 3.1 assi (( resid 86 and name HB2 )) (( resid 87 and name HN )) 3.1 1.20 1.20 ! peak number c 3098 F1= 1.174 F2= 1.623 null null d= 3.1 assi (( resid 86 and name HB* )) (( resid 86 and name HG1 )) 3.1 1.20 1.20 ! peak number c 3097 F1= 1.311 F2= 1.624 null null d= 2.9 assi (( resid 86 and name HB* )) (( resid 86 and name HG2 )) 2.9 1.05 1.05 ! peak number c 3094 F1= 8.755 F2= 1.635 null null d= 3.3 assi (( resid 86 and name HB* )) (( resid 86 and name HN )) 3.3 1.36 1.36 ! peak number c 2281 F1= 4.845 F2= 1.616 null null d= 3.9 assi (( resid 86 and name HB*) or ( resid 31 and name HB1 )) (( resid 91 and name HA) or ( resid 39 and name HA )) 3.9 1.90 1.90 ! peak number c 3108 F1= 1.563 F2= 2.826 null null d= 2.2 assi (( resid 86 and name HD* )) (( resid 86 and name HE* )) 2.2 0.61 0.61 ! peak number c 2246 F1= 8.790 F2= 1.566 null null d= 3.7 assi (( resid 86 and name HD* )) (( resid 86 and name HN )) 3.7 1.71 1.71 ! peak number c 2254 F1= 1.217 F2= 1.568 null null d= 2.1 assi (( resid 86 and name HD*) or ( resid 37 and name HD*) or ( resid 28 and name HD*) or ( resid 102 and name HD* )) (( resid 86 and name HG1) or ( resid 37 and name HG2) or ( resid 28 and name HG*) or ( resid 102 and name HG1 )) 2.1 0.55 0.55 ! peak number c 3107 F1= 1.211 F2= 2.824 null null d= 2.4 assi (( resid 86 and name HE* )) (( resid 86 and name HG1 )) 2.4 0.72 0.72 ! peak number c 3105 F1= 0.650 F2= 2.824 null null d= 3.2 assi (( resid 86 and name HE*) or ( resid 59 and name HB2 )) (( resid 91 and name HD2*) or ( resid 61 and name HD1* )) 3.2 1.28 1.28 ! peak number c 3102 F1= 8.759 F2= 1.186 null null d= 4.1 assi (( resid 86 and name HG1 )) (( resid 86 and name HN )) 4.09 2.10 2.10 ! peak number c 3101 F1= 8.764 F2= 1.308 null null d= 3.5 assi (( resid 86 and name HG2 )) (( resid 86 and name HN )) 3.5 1.58 1.58 ! peak number c 3118 F1= 4.527 F2= 1.922 null null d= 3.3 assi (( resid 87 and name HA )) (( resid 87 and name HB1 )) 3.3 1.36 1.36 ! peak number c 3117 F1= 4.543 F2= 1.745 null null d= 3.2 assi (( resid 87 and name HA )) (( resid 87 and name HB2 )) 3.2 1.28 1.28 ! peak number c 345 F1= 2.043 F2= 4.539 null null d= 2.8 assi (( resid 87 and name HA )) (( resid 87 and name HG* )) 2.8 0.98 0.98 ! peak number n 187 F1= 4.562 F2= 8.780 null null d= 3.4 assi (( resid 87 and name HA )) (( resid 87 and name HN )) 3.4 0.85 0.85 ! peak number c 3126 F1= 4.570 F2= 2.044 null null d= 2.8 assi (( resid 87 and name HA) or ( resid 50 and name HA )) (( resid 87 and name HG*) or ( resid 50 and name HB )) 2.8 0.98 0.98 ! peak number c 3119 F1= 1.731 F2= 1.931 null null d= 2.4 assi (( resid 87 and name HB1 )) (( resid 87 and name HB2 )) 2.4 0.72 0.72 ! peak number c 3113 F1= 8.755 F2= 1.927 null null d= 3.5 assi (( resid 87 and name HB1 )) (( resid 87 and name HN )) 3.5 1.58 1.58 ! peak number c 3116 F1= 6.758 F2= 1.946 null null d= 3.1 assi (( resid 87 and name HB1 )) (( resid 92 and name HE* )) 3.1 1.20 1.20 ! peak number c 2565 F1= 1.763 F2= 2.047 null null d= 2.6 assi (( resid 87 and name HB2 )) (( resid 87 and name HG* )) 2.6 0.85 0.85 ! peak number c 3114 F1= 8.784 F2= 1.752 null null d= 3.9 assi (( resid 87 and name HB2 )) (( resid 87 and name HN )) 3.9 1.85 1.85 ! peak number c 3120 F1= 1.966 F2= 1.759 null null d= 2.4 assi (( resid 87 and name HB2 )) (( resid 90 and name HB* )) 2.4 0.72 0.72 ! peak number c 1297 F1= 1.761 F2= 6.750 null null d= 3.5 assi (( resid 87 and name HB2 )) (( resid 92 and name HE* )) 3.5 1.53 1.53 ! peak number n 186 F1= 2.071 F2= 8.782 null null d= 3.1 assi (( resid 87 and name HN )) (( resid 90 and name HG* )) 3.1 1.20 1.20 ! peak number c 3121 F1= 8.770 F2= 2.043 null null d= 3.9 assi (( resid 87 and name HN )) (( resid 90 and name HG*) or ( resid 87 and name HG* )) 3.9 1.90 1.90 ! peak number n 1093 F1= 8.776 F2= 7.952 null null d= 3.5 assi (( resid 87 and name HN )) (( resid 90 and name HN )) 3.5 0.86 0.86 ! peak number n 189 F1= 4.883 F2= 8.786 null null d= 3.6 assi (( resid 87 and name HN )) (( resid 91 and name HA )) 3.6 0.90 0.90 ! peak number c 1072 F1= 8.771 F2= 6.747 null null d= 5.0 assi (( resid 87 and name HN )) (( resid 92 and name HE* )) 5 3.12 3.12 ! peak number c 3130 F1= 4.185 F2= 3.658 null null d= 2.6 assi (( resid 89 and name HA1 )) (( resid 89 and name HA2 )) 2.6 0.66 0.66 ! peak number n 1086 F1= 3.687 F2= 7.954 null null d= 4.2 assi (( resid 89 and name HA1 )) (( resid 90 and name HN )) 4.2 1.05 1.05 ! peak number c 349 F1= 4.615 F2= 3.655 null null d= 4.8 assi (( resid 89 and name HA1) or ( resid 22 and name HA1 )) (( resid 90 and name HA) or ( resid 23 and name HA )) 4.8 2.88 2.88 ! peak number c 348 F1= 4.589 F2= 4.178 null null d= 4.5 assi (( resid 89 and name HA2 )) (( resid 90 and name HA )) 4.5 1.12 1.12 ! peak number n 1082 F1= 4.188 F2= 7.954 null null d= 3.3 assi (( resid 89 and name HA2 )) (( resid 90 and name HN )) 3.3 0.82 0.82 ! peak number c 23 F1= 3.662 F2= 4.388 null null d= 2.8 assi (( resid 8 and name HA )) (( resid 8 and name HB1 )) 2.8 0.98 0.98 ! peak number c 24 F1= 3.764 F2= 4.387 null null d= 2.7 assi (( resid 8 and name HA )) (( resid 8 and name HB2 )) 2.7 0.91 0.91 ! peak number n 1028 F1= 4.413 F2= 8.758 null null d= 2.9 assi (( resid 8 and name HA )) (( resid 9 and name HN )) 2.9 0.72 0.72 ! peak number n 1027 F1= 3.798 F2= 8.756 null null d= 3.7 assi (( resid 8 and name HB2 )) (( resid 9 and name HN )) 3.7 1.71 1.71 ! peak number c 3132 F1= 4.590 F2= 2.009 null null d= 3.2 assi (( resid 90 and name HA )) (( resid 90 and name HB* )) 3.2 1.28 1.28 ! peak number c 350 F1= 2.059 F2= 4.605 null null d= 2.8 assi (( resid 90 and name HA )) (( resid 90 and name HG* )) 2.8 0.98 0.98 ! peak number n 1083 F1= 4.619 F2= 7.953 null null d= 2.9 assi (( resid 90 and name HA )) (( resid 90 and name HN )) 2.9 0.72 0.72 ! peak number c 352 F1= 4.841 F2= 4.601 null null d= 3.9 assi (( resid 90 and name HA )) (( resid 91 and name HA )) 3.9 0.97 0.97 ! peak number n 115 F1= 4.616 F2= 8.407 null null d= 2.6 assi (( resid 90 and name HA )) (( resid 91 and name HN )) 2.6 0.65 0.65 ! peak number c 1220 F1= 4.571 F2= 6.778 null null d= 5.0 assi (( resid 90 and name HA) or ( resid 75 and name HA )) (( resid 92 and name HE*) or ( resid 75 and name HE* )) 5 3.06 3.06 ! peak number n 1087 F1= 2.030 F2= 7.953 null null d= 2.7 assi (( resid 90 and name HB1 )) (( resid 90 and name HN )) 2.7 0.91 0.91 ! peak number n 113 F1= 2.020 F2= 8.404 null null d= 3.1 assi (( resid 90 and name HB1 )) (( resid 91 and name HN )) 3.1 1.20 1.20 ! peak number n 1094 F1= 1.965 F2= 7.953 null null d= 3.4 assi (( resid 90 and name HB2) or ( resid 87 and name HB1 )) (( resid 90 and name HN )) 3.4 1.44 1.44 ! peak number c 3134 F1= 8.384 F2= 1.988 null null d= 3.7 assi (( resid 90 and name HB* )) (( resid 91 and name HN )) 3.7 1.71 1.71 ! peak number c 1298 F1= 1.981 F2= 6.749 null null d= 2.8 assi (( resid 90 and name HB* )) (( resid 92 and name HE* )) 2.8 0.98 0.98 ! peak number c 3124 F1= 7.948 F2= 2.044 null null d= 2.9 assi (( resid 90 and name HG* )) (( resid 90 and name HN )) 2.9 1.02 1.02 ! peak number c 3122 F1= 8.382 F2= 2.039 null null d= 3.7 assi (( resid 90 and name HG* )) (( resid 91 and name HN )) 3.7 1.71 1.71 ! peak number c 3125 F1= 6.894 F2= 2.043 null null d= 3.9 assi (( resid 90 and name HG* )) (( resid 92 and name HD* )) 3.9 1.90 1.90 ! peak number n 1092 F1= 8.398 F2= 7.953 null null d= 4.0 assi (( resid 90 and name HN )) (( resid 91 and name HN )) 4 1.00 1.00 ! peak number n 1089 F1= 6.736 F2= 7.945 null null d= 4.2 assi (( resid 90 and name HN )) (( resid 92 and name HE* )) 4.2 2.21 2.21 ! peak number c 358 F1= 1.560 F2= 4.863 null null d= 4.7 assi (( resid 91 and name HA )) (( resid 91 and name HB1 )) 4.7 2.76 2.76 ! peak number c 357 F1= 1.314 F2= 4.880 null null d= 5.1 assi (( resid 91 and name HA )) (( resid 91 and name HB2 )) 5.09 3.25 3.25 ! peak number c 354 F1= 0.492 F2= 4.870 null null d= 5.2 assi (( resid 91 and name HA )) (( resid 91 and name HD1* )) 5.2 3.38 3.38 ! peak number c 355 F1= 0.655 F2= 4.871 null null d= 3.6 assi (( resid 91 and name HA )) (( resid 91 and name HD2* )) 3.6 1.62 1.62 ! peak number c 3137 F1= 4.847 F2= 1.140 null null d= 4.0 assi (( resid 91 and name HA )) (( resid 91 and name HG )) 4 1.95 1.95 ! peak number c 1151 F1= 4.865 F2= 6.879 null null d= 4.5 assi (( resid 91 and name HA )) (( resid 92 and name HD* )) 4.5 2.48 2.48 ! peak number n 236 F1= 4.891 F2= 9.304 null null d= 2.9 assi (( resid 91 and name HA )) (( resid 92 and name HN )) 2.9 0.72 0.72 ! peak number n 234 F1= 1.537 F2= 9.309 null null d= 4.1 assi (( resid 91 and name HB1 )) (( resid 92 and name HN )) 4.09 2.10 2.10 ! peak number c 3402 F1= 0.515 F2= 1.544 null null d= 3.4 assi (( resid 91 and name HB1) or ( resid 111 and name HB2 )) (( resid 91 and name HD1*) or ( resid 61 and name HG1* )) 3.4 1.44 1.44 ! peak number n 1192 F1= 1.340 F2= 8.412 null null d= 3.2 assi (( resid 91 and name HB2 )) (( resid 91 and name HN )) 3.2 1.28 1.28 ! peak number n 233 F1= 1.353 F2= 9.304 null null d= 4.4 assi (( resid 91 and name HB2 )) (( resid 92 and name HN )) 4.4 2.42 2.42 ! peak number c 3403 F1= 0.508 F2= 1.470 null null d= 3.3 assi (( resid 91 and name HB2) or ( resid 111 and name HB1 )) (( resid 91 and name HD1*) or ( resid 61 and name HG1* )) 3.3 1.36 1.36 ! peak number c 3076 F1= 0.472 F2= 1.131 null null d= 2.9 assi (( resid 91 and name HD1* )) (( resid 91 and name HG )) 2.9 1.05 1.05 ! peak number c 3138 F1= 0.665 F2= 1.136 null null d= 3.3 assi (( resid 91 and name HD2* )) (( resid 91 and name HG )) 3.3 1.36 1.36 ! peak number n 231 F1= 0.682 F2= 9.305 null null d= 3.0 assi (( resid 91 and name HD2* )) (( resid 92 and name HN )) 3 1.12 1.12 ! peak number c 3135 F1= 9.289 F2= 1.128 null null d= 4.0 assi (( resid 91 and name HG )) (( resid 92 and name HN )) 4 2.00 2.00 ! peak number n 232 F1= 1.158 F2= 9.302 null null d= 3.8 assi (( resid 91 and name HG) or ( resid 85 and name HG1 )) (( resid 92 and name HN )) 3.8 1.80 1.80 ! peak number c 3148 F1= 5.283 F2= 2.683 null null d= 4.2 assi (( resid 92 and name HA )) (( resid 92 and name HB1 )) 4.2 2.20 2.20 ! peak number c 360 F1= 2.970 F2= 5.298 null null d= 4.0 assi (( resid 92 and name HA )) (( resid 92 and name HB2 )) 4 2.00 2.00 ! peak number c 1308 F1= 5.289 F2= 6.894 null null d= 3.9 assi (( resid 92 and name HA )) (( resid 92 and name HD* )) 3.9 1.90 1.90 ! peak number c 1071 F1= 5.298 F2= 6.750 null null d= 5.5 dist trop loin ! peak number n 237 F1= 5.327 F2= 9.302 null null d= 3.4 assi (( resid 92 and name HA) or ( resid 86 and name HA )) (( resid 92 and name HN )) 3.4 1.44 1.44 ! peak number c 1067 F1= 2.698 F2= 6.894 null null d= 3.9 assi (( resid 92 and name HB1 )) (( resid 92 and name HD* )) 3.9 1.95 1.95 ! peak number c 3141 F1= 9.269 F2= 2.691 null null d= 3.8 assi (( resid 92 and name HB1 )) (( resid 92 and name HN )) 3.8 1.85 1.85 ! peak number c 3144 F1= 9.946 F2= 2.705 null null d= 3.8 assi (( resid 92 and name HB1 )) (( resid 93 and name HN )) 3.8 1.76 1.76 ! peak number c 3859 F1= 6.861 F2= 2.987 null null d= 4.4 assi (( resid 92 and name HB2 )) (( resid 92 and name HD* )) 4.4 2.42 2.42 ! peak number c 3147 F1= 5.254 F2= 2.971 null null d= 3.9 assi (( resid 92 and name HB2 )) (( resid 93 and name HA )) 3.9 1.90 1.90 ! peak number c 3145 F1= 9.932 F2= 2.967 null null d= 3.9 assi (( resid 92 and name HB2 )) (( resid 93 and name HN )) 3.9 1.90 1.90 ! peak number c 1066 F1= 2.949 F2= 6.888 null null d= 3.3 assi (( resid 92 and name HB2) or ( resid 38 and name HB2 )) (( resid 92 and name HD*) or ( resid 38 and name HD* )) 3.3 1.36 1.36 ! peak number c 1070 F1= 2.965 F2= 6.746 null null d= 4.5 assi (( resid 92 and name HB2) or ( resid 73 and name HB* )) (( resid 92 and name HE*) or ( resid 75 and name HE* )) 4.5 2.53 2.53 ! peak number c 1218 F1= 2.923 F2= 6.780 null null d= 3.6 assi (( resid 92 and name HB2) or ( resid 73 and name HB*) or ( resid 103 and name HB1 )) (( resid 92 and name HE*) or ( resid 75 and name HE* )) 3.6 1.62 1.62 ! peak number c 1068 F1= 6.742 F2= 6.895 null null d= 2.7 assi (( resid 92 and name HD* )) (( resid 92 and name HE* )) 2.7 0.91 0.91 ! peak number c 1064 F1= 9.298 F2= 6.899 null null d= 3.5 assi (( resid 92 and name HD* )) (( resid 92 and name HN )) 3.5 1.58 1.58 ! peak number c 1302 F1= 9.307 F2= 6.747 null null d= 6.0 dist trop loin ! peak number c 3894 F1= 5.244 F2= 2.823 null null d= 4.4 assi (( resid 93 and name HA )) (( resid 93 and name HB1 )) 4.4 2.42 2.42 ! peak number c 3893 F1= 5.228 F2= 2.894 null null d= 4.4 assi (( resid 93 and name HA )) (( resid 93 and name HB2 )) 4.4 2.42 2.42 ! peak number c 1293 F1= 5.226 F2= 7.140 null null d= 4.3 assi (( resid 93 and name HA )) (( resid 93 and name HD* )) 4.3 2.31 2.31 ! peak number n 827 F1= 5.239 F2= 8.332 null null d= 2.9 assi (( resid 93 and name HA )) (( resid 94 and name HN )) 2.9 0.72 0.72 ! peak number c 366 F1= 0.399 F2= 5.229 null null d= 4.2 assi (( resid 93 and name HA )) (( resid 95 and name HD1* )) 4.2 2.21 2.21 ! peak number c 3891 F1= 7.122 F2= 2.828 null null d= 3.9 assi (( resid 93 and name HB1 )) (( resid 93 and name HD* )) 3.9 1.90 1.90 ! peak number c 3897 F1= 0.413 F2= 2.825 null null d= 3.8 assi (( resid 93 and name HB1 )) (( resid 95 and name HD1* )) 3.8 1.80 1.80 ! peak number c 3176 F1= 2.851 F2= 1.174 null null d= 5.2 assi (( resid 93 and name HB1 )) (( resid 95 and name HG12 )) 5.2 3.38 3.38 ! peak number c 3892 F1= 7.123 F2= 2.894 null null d= 4.1 assi (( resid 93 and name HB2 )) (( resid 93 and name HD* )) 4.09 2.10 2.10 ! peak number c 3201 F1= 2.862 F2= 0.399 null null d= 3.7 assi (( resid 93 and name HB2 )) (( resid 95 and name HD1* )) 3.7 1.67 1.67 ! peak number c 3696 F1= 2.906 F2= 0.388 null null d= 4.1 assi (( resid 93 and name HB2 )) (( resid 95 and name HG2* )) 4.09 2.10 2.10 ! peak number c 1285 F1= 2.856 F2= 7.136 null null d= 3.4 assi (( resid 93 and name HB* )) (( resid 93 and name HD* )) 3.4 1.44 1.44 ! peak number n 635 F1= 2.840 F2= 9.897 null null d= 3.2 assi (( resid 93 and name HB* )) (( resid 93 and name HN )) 3.2 1.28 1.28 ! peak number c 1295 F1= 9.921 F2= 7.142 null null d= 4.3 assi (( resid 93 and name HD* )) (( resid 93 and name HN )) 4.3 2.31 2.31 ! peak number n 832 F1= 7.133 F2= 8.324 null null d= 3.9 assi (( resid 93 and name HD* )) (( resid 94 and name HN )) 3.9 1.90 1.90 ! peak number c 1287 F1= 0.430 F2= 7.143 null null d= 3.6 assi (( resid 93 and name HD* )) (( resid 95 and name HD1* )) 3.6 1.62 1.62 ! peak number c 1289 F1= 1.013 F2= 7.142 null null d= 4.2 assi (( resid 93 and name HD*) or ( resid 128 and name HD* )) (( resid 95 and name HG11) or ( resid 81 and name HG2*) or ( resid 51 and name HD2* )) 4.2 2.21 2.21 ! peak number c 1296 F1= 1.487 F2= 6.751 null null d= 4.1 assi (( resid 93 and name HE*) or ( resid 92 and name HE* )) (( resid 94 and name HB1 )) 4.09 2.10 2.10 ! peak number n 643 F1= 0.438 F2= 9.898 null null d= 3.8 assi (( resid 93 and name HN )) (( resid 95 and name HD1* )) 3.8 1.80 1.80 ! peak number c 3153 F1= 4.155 F2= 1.482 null null d= 4.8 assi (( resid 94 and name HA )) (( resid 94 and name HB1 )) 4.8 2.94 2.94 ! peak number c 3158 F1= 4.157 F2= 2.654 null null d= 4.0 assi (( resid 94 and name HA )) (( resid 94 and name HB2 )) 4 1.95 1.95 ! peak number n 826 F1= 4.133 F2= 8.326 null null d= 3.3 assi (( resid 94 and name HA )) (( resid 94 and name HN )) 3.3 0.82 0.82 ! peak number n 28 F1= 4.137 F2= 8.990 null null d= 2.8 assi (( resid 94 and name HA )) (( resid 95 and name HN )) 2.8 0.70 0.70 ! peak number n 829 F1= 1.518 F2= 8.334 null null d= 3.2 assi (( resid 94 and name HB1 )) (( resid 94 and name HN )) 3.2 1.28 1.28 ! peak number n 828 F1= 2.706 F2= 8.332 null null d= 3.6 assi (( resid 94 and name HB2 )) (( resid 94 and name HN )) 3.6 1.62 1.62 ! peak number c 3167 F1= 4.697 F2= 2.004 null null d= 5.6 dist trop loin ! peak number c 3198 F1= 4.678 F2= 0.403 null null d= 3.0 assi (( resid 95 and name HA )) (( resid 95 and name HD1* )) 3 1.12 1.12 ! peak number c 375 F1= 1.011 F2= 4.667 null null d= 5.0 assi (( resid 95 and name HA )) (( resid 95 and name HG11 )) 5 3.12 3.12 ! peak number c 300 F1= 0.396 F2= 4.666 null null d= 3.0 assi (( resid 95 and name HA )) (( resid 95 and name HG2* )) 3 1.09 1.09 ! peak number n 30 F1= 4.668 F2= 8.997 null null d= 3.5 assi (( resid 95 and name HA )) (( resid 95 and name HN )) 3.5 0.88 0.88 ! peak number n 16 F1= 4.678 F2= 9.385 null null d= 2.8 assi (( resid 95 and name HA )) (( resid 96 and name HN )) 2.8 0.70 0.70 ! peak number c 3202 F1= 1.998 F2= 0.401 null null d= 3.0 assi (( resid 95 and name HB )) (( resid 95 and name HD1* )) 3 1.12 1.12 ! peak number c 3171 F1= 2.018 F2= 1.012 null null d= 3.6 assi (( resid 95 and name HB )) (( resid 95 and name HG11 )) 3.6 1.62 1.62 ! peak number c 3163 F1= 1.186 F2= 1.993 null null d= 4.5 assi (( resid 95 and name HB )) (( resid 95 and name HG12 )) 4.5 2.48 2.48 ! peak number c 3159 F1= 0.405 F2= 1.999 null null d= 2.9 assi (( resid 95 and name HB )) (( resid 95 and name HG2*) or ( resid 69 and name HB* )) 2.9 1.05 1.05 ! peak number c 3166 F1= 8.965 F2= 2.005 null null d= 3.6 assi (( resid 95 and name HB )) (( resid 95 and name HN )) 3.6 1.67 1.67 ! peak number c 3168 F1= 0.406 F2= 1.013 null null d= 2.8 assi (( resid 95 and name HD1* )) (( resid 95 and name HG11 )) 2.8 0.98 0.98 ! peak number c 3178 F1= 0.385 F2= 1.174 null null d= 3.0 assi (( resid 95 and name HD1* )) (( resid 95 and name HG12 )) 3 1.09 1.09 ! peak number c 3193 F1= 8.970 F2= 0.400 null null d= 3.4 assi (( resid 95 and name HD1* )) (( resid 95 and name HN )) 3.4 1.44 1.44 ! peak number c 3180 F1= 0.989 F2= 0.385 null null d= 3.2 assi (( resid 95 and name HG11 )) (( resid 95 and name HG2* )) 3.2 1.28 1.28 ! peak number n 27 F1= 1.053 F2= 8.980 null null d= 3.7 assi (( resid 95 and name HG11 )) (( resid 95 and name HN )) 3.7 1.71 1.71 ! peak number c 3181 F1= 1.188 F2= 0.388 null null d= 3.2 assi (( resid 95 and name HG12 )) (( resid 95 and name HG2* )) 3.2 1.28 1.28 ! peak number n 25 F1= 1.205 F2= 8.992 null null d= 3.8 assi (( resid 95 and name HG12 )) (( resid 95 and name HN )) 3.8 1.80 1.80 ! peak number c 3189 F1= 8.954 F2= 0.383 null null d= 3.8 assi (( resid 95 and name HG2* )) (( resid 95 and name HN )) 3.8 1.80 1.80 ! peak number c 3190 F1= 9.372 F2= 0.384 null null d= 3.1 assi (( resid 95 and name HG2* )) (( resid 96 and name HN )) 3.1 1.20 1.20 ! peak number c 221 F1= 1.907 F2= 5.065 null null d= 4.3 assi (( resid 96 and name HA )) (( resid 96 and name HB2 )) 4.3 2.31 2.31 ! peak number n 68 F1= 5.078 F2= 8.887 null null d= 2.7 assi (( resid 96 and name HA )) (( resid 97 and name HN )) 2.7 0.68 0.68 ! peak number c 3220 F1= 9.367 F2= 1.584 null null d= 4.2 assi (( resid 96 and name HB1 )) (( resid 96 and name HN )) 4.2 2.26 2.26 ! peak number n 13 F1= 1.962 F2= 9.378 null null d= 2.9 assi (( resid 96 and name HB2 )) (( resid 96 and name HN )) 2.9 1.05 1.05 ! peak number n 12 F1= 1.754 F2= 9.372 null null d= 3.7 assi (( resid 96 and name HG1 )) (( resid 96 and name HN )) 3.7 1.71 1.71 ! peak number n 72 F1= 1.742 F2= 8.891 null null d= 3.2 assi (( resid 96 and name HG1 )) (( resid 97 and name HN )) 3.2 1.28 1.28 ! peak number n 269 F1= 1.729 F2= 8.715 null null d= 3.9 assi (( resid 96 and name HG1 )) (( resid 99 and name HN )) 3.9 1.90 1.90 ! peak number c 3226 F1= 4.618 F2= 1.879 null null d= 3.3 assi (( resid 97 and name HA )) (( resid 97 and name HB* )) 3.3 1.36 1.36 ! peak number c 382 F1= 1.611 F2= 4.601 null null d= 4.8 assi (( resid 97 and name HA )) (( resid 97 and name HD* )) 4.8 2.88 2.88 ! peak number c 384 F1= 1.348 F2= 4.601 null null d= 4.2 assi (( resid 97 and name HA )) (( resid 97 and name HG1 )) 4.2 2.21 2.21 ! peak number c 383 F1= 1.489 F2= 4.599 null null d= 3.8 assi (( resid 97 and name HA )) (( resid 97 and name HG2 )) 3.8 1.80 1.80 ! peak number n 70 F1= 4.623 F2= 8.883 null null d= 3.3 assi (( resid 97 and name HA )) (( resid 97 and name HN )) 3.3 0.82 0.82 ! peak number c 387 F1= 4.584 F2= 3.903 null null d= 4.9 assi (( resid 97 and name HA )) (( resid 98 and name HA )) 4.9 1.23 1.23 ! peak number n 264 F1= 4.643 F2= 8.712 null null d= 3.6 assi (( resid 97 and name HA )) (( resid 99 and name HN )) 3.6 0.90 0.90 ! peak number n 71 F1= 1.934 F2= 8.889 null null d= 2.6 assi (( resid 97 and name HB2 )) (( resid 97 and name HN )) 2.6 0.85 0.85 ! peak number n 268 F1= 1.944 F2= 8.712 null null d= 3.2 assi (( resid 97 and name HB2 )) (( resid 99 and name HN )) 3.2 1.28 1.28 ! peak number c 3228 F1= 2.941 F2= 1.851 null null d= 4.4 assi (( resid 97 and name HB* )) (( resid 97 and name HE* )) 4.4 2.42 2.42 ! peak number c 3229 F1= 1.356 F2= 1.866 null null d= 3.1 assi (( resid 97 and name HB* )) (( resid 97 and name HG1 )) 3.1 1.20 1.20 ! peak number c 3225 F1= 8.873 F2= 1.862 null null d= 3.5 assi (( resid 97 and name HB* )) (( resid 97 and name HN )) 3.5 1.53 1.53 ! peak number c 3849 F1= 2.238 F2= 1.848 null null d= 4.0 assi (( resid 97 and name HB* )) (( resid 98 and name HB2 )) 4 2.00 2.00 ! peak number n 73 F1= 1.632 F2= 8.885 null null d= 3.4 assi (( resid 97 and name HD*) or ( resid 96 and name HB1 )) (( resid 97 and name HN )) 3.4 1.44 1.44 ! peak number c 3231 F1= 2.937 F2= 1.355 null null d= 3.2 assi (( resid 97 and name HE* )) (( resid 97 and name HG1 )) 3.2 1.28 1.28 ! peak number c 3230 F1= 2.929 F2= 1.473 null null d= 3.1 assi (( resid 97 and name HE* )) (( resid 97 and name HG2 )) 3.1 1.20 1.20 ! peak number c 3233 F1= 2.279 F2= 1.351 null null d= 3.4 assi (( resid 97 and name HG1 )) (( resid 98 and name HB2 )) 3.4 1.44 1.44 ! peak number c 3232 F1= 2.289 F2= 1.473 null null d= 3.3 assi (( resid 97 and name HG2 )) (( resid 98 and name HB2 )) 3.3 1.36 1.36 ! peak number n 272 F1= 8.900 F2= 8.706 null null d= 3.6 assi (( resid 97 and name HN )) (( resid 99 and name HN )) 3.6 0.90 0.90 ! peak number c 385 F1= 1.998 F2= 3.903 null null d= 2.8 assi (( resid 98 and name HA )) (( resid 98 and name HB1 )) 2.8 0.98 0.98 ! peak number c 386 F1= 2.258 F2= 3.903 null null d= 2.4 assi (( resid 98 and name HA )) (( resid 98 and name HG*) or ( resid 98 and name HB2 )) 2.4 0.72 0.72 ! peak number n 262 F1= 3.920 F2= 8.708 null null d= 3.0 assi (( resid 98 and name HA )) (( resid 99 and name HN )) 3 0.75 0.75 ! peak number c 3237 F1= 3.900 F2= 1.989 null null d= 3.9 assi (( resid 98 and name HA) or ( resid 115 and name HA )) (( resid 98 and name HB1) or ( resid 115 and name HB1 )) 3.9 1.90 1.90 ! peak number c 3234 F1= 3.900 F2= 2.278 null null d= 3.4 assi (( resid 98 and name HA) or ( resid 115 and name HA )) (( resid 98 and name HB2) or ( resid 115 and name HB2 )) 3.4 1.44 1.44 ! peak number c 2845 F1= 2.015 F2= 2.251 null null d= 1.8 assi (( resid 98 and name HB1 )) (( resid 98 and name HG* )) 1.8 0.41 0.41 ! peak number n 267 F1= 2.040 F2= 8.700 null null d= 3.5 assi (( resid 98 and name HB1 )) (( resid 99 and name HN )) 3.5 1.53 1.53 ! peak number c 3235 F1= 1.970 F2= 2.261 null null d= 2.3 assi (( resid 98 and name HB1) or ( resid 115 and name HB1 )) (( resid 98 and name HB2) or ( resid 115 and name HB2 )) 2.29 0.66 0.66 ! peak number c 146 F1= 3.567 F2= 4.104 null null d= 2.7 assi (( resid 99 and name HA1 )) (( resid 99 and name HA2 )) 2.7 0.68 0.68 ! peak number c 3240 F1= 8.686 F2= 3.573 null null d= 3.0 assi (( resid 99 and name HA1 )) (( resid 99 and name HN )) 3 0.75 0.75 ! peak number c 3241 F1= 8.662 F2= 4.105 null null d= 2.9 assi (( resid 99 and name HA2 )) (( resid 99 and name HN )) 2.9 0.71 0.71 ! peak number c 30 F1= 2.697 F2= 4.637 null null d= 3.9 assi (( resid 9 and name HA )) (( resid 9 and name HB1 )) 3.9 1.90 1.90 ! peak number c 2021 F1= 4.657 F2= 3.203 null null d= 3.3 assi (( resid 9 and name HA )) (( resid 9 and name HB2 )) 3.3 1.36 1.36 ! peak number c 1037 F1= 4.652 F2= 7.144 null null d= 4.9 assi (( resid 9 and name HA )) (( resid 9 and name HD* )) 4.9 3.00 3.00 ! peak number n 1029 F1= 4.652 F2= 8.757 null null d= 3.6 assi (( resid 9 and name HA )) (( resid 9 and name HN )) 3.6 0.90 0.90 ! peak number c 1036 F1= 4.659 F2= 7.286 null null d= 4.7 assi (( resid 9 and name HA) or ( resid 32 and name HA )) (( resid 9 and name HE* )) 4.7 2.76 2.76 ! peak number c 2013 F1= 3.217 F2= 2.679 null null d= 2.8 assi (( resid 9 and name HB1 )) (( resid 9 and name HB2 )) 2.8 0.98 0.98 ! peak number c 1039 F1= 2.678 F2= 7.150 null null d= 3.9 assi (( resid 9 and name HB1 )) (( resid 9 and name HD* )) 3.9 1.90 1.90 ! peak number c 1034 F1= 2.683 F2= 7.293 null null d= 5.1 assi (( resid 9 and name HB1 )) (( resid 9 and name HE* )) 5.09 3.25 3.25 ! peak number c 2008 F1= 8.745 F2= 2.692 null null d= 3.8 assi (( resid 9 and name HB1 )) (( resid 9 and name HN )) 3.8 1.85 1.85 ! peak number c 1038 F1= 3.210 F2= 7.150 null null d= 3.9 assi (( resid 9 and name HB2 )) (( resid 9 and name HD* )) 3.9 1.90 1.90 ! peak number c 2018 F1= 8.732 F2= 3.205 null null d= 4.0 assi (( resid 9 and name HB2 )) (( resid 9 and name HN )) 4 2.00 2.00 ! peak number c 1035 F1= 3.234 F2= 7.290 null null d= 5.2 assi (( resid 9 and name HB2) or ( resid 116 and name HA2 )) (( resid 9 and name HE*) or ( resid 24 and name HE* )) 5.2 1.30 1.30 Entry H atom name Submitted Coord H atom name Start of MODEL 1 1 H ASN 7 HN ASN 7 -14.523 17.492 -4.121 2 HA ASN 7 HA ASN 7 -15.307 15.134 -2.853 3 1HB ASN 7 HB2 ASN 7 -16.880 15.316 -4.931 4 2HB ASN 7 HB1 ASN 7 -15.428 15.059 -5.960 5 1HD2 ASN 7 HD21 ASN 7 -17.447 13.227 -6.212 6 2HD2 ASN 7 HD22 ASN 7 -16.958 11.717 -5.385 7 H SER 8 HN SER 8 -13.441 13.484 -3.282 8 HA SER 8 HA SER 8 -11.126 14.331 -4.682 9 1HB SER 8 HB1 SER 8 -10.988 14.884 -1.672 10 2HB SER 8 HB2 SER 8 -9.506 14.694 -2.696 11 HG SER 8 HG SER 8 -11.463 16.452 -3.609 12 H PHE 9 HN PHE 9 -9.986 12.806 -1.830 13 HA PHE 9 HA PHE 9 -9.983 10.157 -3.209 14 1HB PHE 9 HB2 PHE 9 -7.768 9.754 -2.228 15 2HB PHE 9 HB1 PHE 9 -7.660 10.897 -3.499 16 HD1 PHE 9 HD1 PHE 9 -7.342 10.031 -0.073 17 HD2 PHE 9 HD2 PHE 9 -7.080 13.340 -2.741 18 HE1 PHE 9 HE1 PHE 9 -5.586 10.893 1.232 19 HE2 PHE 9 HE2 PHE 9 -5.468 14.404 -1.225 20 HZ PHE 9 HZ PHE 9 -4.648 13.186 0.764 21 H VAL 10 HN VAL 10 -12.118 10.980 -1.547 22 HA VAL 10 HA VAL 10 -11.713 9.486 0.869 23 HB VAL 10 HB VAL 10 -13.838 9.954 1.496 24 1HG1 VAL 10 HG11 VAL 10 -13.578 12.399 1.302 25 2HG1 VAL 10 HG12 VAL 10 -12.799 12.202 -0.313 26 3HG1 VAL 10 HG13 VAL 10 -11.911 11.664 1.148 27 1HG2 VAL 10 HG21 VAL 10 -14.372 10.820 -1.427 28 2HG2 VAL 10 HG22 VAL 10 -15.452 11.097 0.005 29 3HG2 VAL 10 HG23 VAL 10 -15.160 9.414 -0.574 30 H GLY 11 HN GLY 11 -11.605 8.082 -1.937 31 1HA GLY 11 HA2 GLY 11 -12.514 5.449 -0.975 32 2HA GLY 11 HA1 GLY 11 -12.970 6.086 -2.680 33 H LEU 12 HN LEU 12 -10.006 6.836 -1.087 34 HA LEU 12 HA LEU 12 -8.234 6.120 -3.053 35 1HB LEU 12 HB1 LEU 12 -8.062 8.018 -2.047 36 2HB LEU 12 HB2 LEU 12 -8.428 7.467 -0.383 37 HG LEU 12 HG LEU 12 -5.972 8.550 -0.680 38 1HD1 LEU 12 HD21 LEU 12 -5.630 7.033 1.317 39 2HD1 LEU 12 HD22 LEU 12 -7.027 6.079 0.741 40 3HD1 LEU 12 HD23 LEU 12 -7.204 7.792 1.239 41 1HD2 LEU 12 HD11 LEU 12 -4.519 7.559 -1.675 42 2HD2 LEU 12 HD12 LEU 12 -5.869 6.988 -2.703 43 3HD2 LEU 12 HD13 LEU 12 -5.278 5.912 -1.254 44 H ARG 13 HN ARG 13 -6.024 5.062 -2.453 45 HA ARG 13 HA ARG 13 -6.433 2.171 -2.097 46 1HB ARG 13 HB2 ARG 13 -4.460 3.795 -3.783 47 2HB ARG 13 HB1 ARG 13 -4.452 2.013 -3.598 48 1HG ARG 13 HG2 ARG 13 -6.746 1.909 -4.615 49 2HG ARG 13 HG1 ARG 13 -6.712 3.692 -4.853 50 1HD ARG 13 HD2 ARG 13 -4.669 3.465 -6.308 51 2HD ARG 13 HD1 ARG 13 -4.692 1.667 -6.039 52 HE ARG 13 HE ARG 13 -7.245 2.701 -7.092 53 1HH1 ARG 13 HH11 ARG 13 -3.943 1.683 -8.025 54 2HH1 ARG 13 HH12 ARG 13 -4.363 1.369 -9.676 55 1HH2 ARG 13 HH21 ARG 13 -7.781 2.279 -9.320 56 2HH2 ARG 13 HH22 ARG 13 -6.568 1.713 -10.419 57 H VAL 14 HN VAL 14 -5.285 1.486 0.051 58 HA VAL 14 HA VAL 14 -3.167 3.386 0.852 59 HB VAL 14 HB VAL 14 -3.848 3.516 3.105 60 1HG1 VAL 14 HG21 VAL 14 -5.652 5.059 2.666 61 2HG1 VAL 14 HG22 VAL 14 -6.190 4.111 1.210 62 3HG1 VAL 14 HG23 VAL 14 -4.656 5.026 1.161 63 1HG2 VAL 14 HG11 VAL 14 -5.260 1.550 3.588 64 2HG2 VAL 14 HG12 VAL 14 -6.462 2.151 2.362 65 3HG2 VAL 14 HG13 VAL 14 -6.141 3.089 3.826 66 H VAL 15 HN VAL 15 -1.923 2.848 2.726 67 HA VAL 15 HA VAL 15 -0.815 0.122 2.559 68 HB VAL 15 HB VAL 15 1.331 1.327 3.399 69 1HG1 VAL 15 HG21 VAL 15 0.277 1.614 0.521 70 2HG1 VAL 15 HG22 VAL 15 0.995 0.122 1.263 71 3HG1 VAL 15 HG23 VAL 15 2.007 1.619 1.043 72 1HG2 VAL 15 HG11 VAL 15 1.487 3.679 2.837 73 2HG2 VAL 15 HG12 VAL 15 0.062 3.541 3.851 74 3HG2 VAL 15 HG13 VAL 15 -0.107 3.721 2.062 75 H ALA 16 HN ALA 16 -0.163 -0.773 4.533 76 HA ALA 16 HA ALA 16 -1.402 0.413 6.921 77 1HB ALA 16 HB1 ALA 16 -1.634 -2.369 5.565 78 2HB ALA 16 HB2 ALA 16 -2.925 -1.240 5.959 79 3HB ALA 16 HB3 ALA 16 -2.086 -2.113 7.295 80 H LYS 17 HN LYS 17 0.143 1.003 8.198 81 HA LYS 17 HA LYS 17 2.157 -0.922 9.145 82 1HB LYS 17 HB2 LYS 17 3.000 1.855 9.540 83 2HB LYS 17 HB1 LYS 17 3.801 0.520 8.677 84 1HG LYS 17 HG1 LYS 17 3.151 1.456 6.490 85 2HG LYS 17 HG2 LYS 17 1.682 2.123 7.188 86 1HD LYS 17 HD1 LYS 17 2.669 4.070 7.076 87 2HD LYS 17 HD2 LYS 17 3.381 3.637 8.648 88 1HE LYS 17 HE2 LYS 17 5.447 2.777 7.467 89 2HE LYS 17 HE1 LYS 17 4.685 3.224 5.868 90 1HZ LYS 17 HZ1 LYS 17 6.242 4.877 6.677 91 2HZ LYS 17 HZ2 LYS 17 5.362 5.080 8.116 92 3HZ LYS 17 HZ3 LYS 17 4.670 5.517 6.627 93 H TRP 18 HN TRP 18 1.640 -1.212 11.440 94 HA TRP 18 HA TRP 18 -0.085 0.865 12.678 95 1HB TRP 18 HB2 TRP 18 0.576 -1.903 13.749 96 2HB TRP 18 HB1 TRP 18 -0.411 -0.658 14.559 97 HD1 TRP 18 HD1 TRP 18 -0.838 -3.465 11.942 98 HE1 TRP 18 HE1 TRP 18 -3.380 -3.413 11.289 99 HE3 TRP 18 HE3 TRP 18 -2.046 1.036 13.964 100 HZ2 TRP 18 HZ2 TRP 18 -5.516 -1.610 11.550 101 HZ3 TRP 18 HZ3 TRP 18 -4.326 1.688 14.012 102 HH2 TRP 18 HH2 TRP 18 -6.062 0.465 12.754 103 H SER 19 HN SER 19 3.067 -0.778 13.466 104 HA SER 19 HA SER 19 3.979 1.728 14.734 105 1HB SER 19 HB1 SER 19 5.638 0.284 15.995 106 2HB SER 19 HB2 SER 19 3.930 -0.068 16.407 107 HG SER 19 HG SER 19 5.820 -1.724 15.164 108 H SER 20 HN SER 20 6.116 2.516 13.882 109 HA SER 20 HA SER 20 6.706 1.426 11.219 110 1HB SER 20 HB1 SER 20 7.883 3.772 12.774 111 2HB SER 20 HB2 SER 20 8.633 3.149 11.247 112 HG SER 20 HG SER 20 6.954 4.868 11.038 113 H ASN 21 HN ASN 21 7.551 -0.385 11.192 114 HA ASN 21 HA ASN 21 9.838 -1.230 12.857 115 1HB ASN 21 HB1 ASN 21 7.069 -2.173 12.235 116 2HB ASN 21 HB2 ASN 21 8.236 -3.518 12.020 117 1HD2 ASN 21 HD21 ASN 21 9.785 -3.970 13.836 118 2HD2 ASN 21 HD22 ASN 21 9.223 -3.712 15.484 119 H GLY 22 HN GLY 22 9.241 -0.153 10.106 120 1HA GLY 22 HA2 GLY 22 10.784 -0.005 8.412 121 2HA GLY 22 HA1 GLY 22 11.299 -1.671 8.684 122 H TYR 23 HN TYR 23 8.178 -2.455 8.385 123 HA TYR 23 HA TYR 23 7.825 -1.824 5.606 124 1HB TYR 23 HB2 TYR 23 7.206 -4.377 5.107 125 2HB TYR 23 HB1 TYR 23 8.798 -3.602 4.863 126 HD1 TYR 23 HD1 TYR 23 10.586 -4.734 5.601 127 HD2 TYR 23 HD2 TYR 23 6.872 -5.365 7.595 128 HE1 TYR 23 HE1 TYR 23 11.554 -6.623 6.774 129 HE2 TYR 23 HE2 TYR 23 7.881 -7.225 8.864 130 HH TYR 23 HH TYR 23 10.205 -8.918 7.980 131 H PHE 24 HN PHE 24 5.851 -2.083 4.558 132 HA PHE 24 HA PHE 24 3.508 -2.078 6.362 133 1HB PHE 24 HB1 PHE 24 2.775 -0.597 3.949 134 2HB PHE 24 HB2 PHE 24 2.634 -0.207 5.657 135 HD1 PHE 24 HD1 PHE 24 3.442 1.492 2.890 136 HD2 PHE 24 HD2 PHE 24 5.431 0.177 6.478 137 HE1 PHE 24 HE1 PHE 24 5.314 2.897 2.425 138 HE2 PHE 24 HE2 PHE 24 7.370 1.466 5.878 139 HZ PHE 24 HZ PHE 24 7.298 2.823 3.843 140 H TYR 25 HN TYR 25 1.687 -2.808 5.727 141 HA TYR 25 HA TYR 25 1.414 -4.813 3.641 142 1HB TYR 25 HB1 TYR 25 -0.031 -4.227 6.331 143 2HB TYR 25 HB2 TYR 25 -0.592 -5.498 5.163 144 HD1 TYR 25 HD1 TYR 25 1.999 -4.648 7.641 145 HD2 TYR 25 HD2 TYR 25 0.898 -7.285 4.471 146 HE1 TYR 25 HE1 TYR 25 3.946 -6.068 8.136 147 HE2 TYR 25 HE2 TYR 25 2.832 -8.693 4.957 148 HH TYR 25 HH TYR 25 4.641 -8.965 6.168 149 H SER 26 HN SER 26 -1.248 -4.720 3.171 150 HA SER 26 HA SER 26 -1.689 -2.073 1.945 151 1HB SER 26 HB1 SER 26 -1.299 -4.084 0.505 152 2HB SER 26 HB2 SER 26 -2.781 -4.770 1.264 153 HG SER 26 HG SER 26 -2.637 -2.232 -0.137 154 H GLY 27 HN GLY 27 -3.630 -1.082 1.895 155 1HA GLY 27 HA2 GLY 27 -5.959 -1.973 3.333 156 2HA GLY 27 HA1 GLY 27 -5.188 -0.405 3.739 157 H LYS 28 HN LYS 28 -7.953 -0.469 2.851 158 HA LYS 28 HA LYS 28 -7.584 1.195 0.480 159 1HB LYS 28 HB1 LYS 28 -9.667 0.362 -0.619 160 2HB LYS 28 HB2 LYS 28 -8.374 -0.872 -0.529 161 1HG LYS 28 HG2 LYS 28 -9.474 -1.914 1.469 162 2HG LYS 28 HG1 LYS 28 -10.823 -0.748 1.343 163 1HD LYS 28 HD1 LYS 28 -11.363 -1.590 -0.945 164 2HD LYS 28 HD2 LYS 28 -9.949 -2.705 -0.883 165 1HE LYS 28 HE2 LYS 28 -11.020 -3.910 1.079 166 2HE LYS 28 HE1 LYS 28 -12.446 -2.801 0.947 167 1HZ LYS 28 HZ1 LYS 28 -12.815 -4.877 -0.166 168 2HZ LYS 28 HZ2 LYS 28 -11.457 -4.651 -1.160 169 3HZ LYS 28 HZ3 LYS 28 -12.788 -3.605 -1.291 170 H ILE 29 HN ILE 29 -8.752 3.458 0.643 171 HA ILE 29 HA ILE 29 -10.230 3.410 3.212 172 HB ILE 29 HB ILE 29 -10.310 5.475 3.617 173 1HG1 ILE 29 HG12 ILE 29 -9.489 6.203 0.784 174 2HG1 ILE 29 HG11 ILE 29 -11.143 6.375 1.439 175 1HG2 ILE 29 HG21 ILE 29 -7.727 4.859 2.162 176 2HG2 ILE 29 HG22 ILE 29 -8.099 4.344 3.828 177 3HG2 ILE 29 HG23 ILE 29 -7.893 6.093 3.436 178 1HD1 ILE 29 HD11 ILE 29 -10.238 7.813 3.330 179 2HD1 ILE 29 HD12 ILE 29 -10.052 8.558 1.710 180 3HD1 ILE 29 HD13 ILE 29 -8.656 7.816 2.529 181 H THR 30 HN THR 30 -12.176 4.371 3.706 182 HA THR 30 HA THR 30 -14.368 3.863 1.766 183 HB THR 30 HB THR 30 -14.493 3.712 4.826 184 HG1 THR 30 HG1 THR 30 -13.290 2.068 3.632 185 1HG2 THR 30 HG21 THR 30 -16.494 2.920 2.591 186 2HG2 THR 30 HG22 THR 30 -16.750 4.249 3.786 187 3HG2 THR 30 HG23 THR 30 -16.677 2.543 4.338 188 H ARG 31 HN ARG 31 -12.996 6.277 4.264 189 HA ARG 31 HA ARG 31 -14.467 8.344 2.920 190 1HB ARG 31 HB1 ARG 31 -15.004 7.741 5.929 191 2HB ARG 31 HB2 ARG 31 -15.466 9.260 5.081 192 1HG ARG 31 HG2 ARG 31 -17.083 7.985 3.673 193 2HG ARG 31 HG1 ARG 31 -16.641 6.481 4.562 194 1HD ARG 31 HD2 ARG 31 -17.378 7.511 6.725 195 2HD ARG 31 HD1 ARG 31 -17.869 9.019 5.831 196 HE ARG 31 HE ARG 31 -19.098 6.760 4.536 197 1HH1 ARG 31 HH11 ARG 31 -19.302 8.508 7.649 198 2HH1 ARG 31 HH12 ARG 31 -20.970 8.115 7.910 199 1HH2 ARG 31 HH21 ARG 31 -21.335 6.245 4.908 200 2HH2 ARG 31 HH22 ARG 31 -22.138 6.813 6.334 201 H ASP 32 HN ASP 32 -13.566 10.501 4.002 202 HA ASP 32 HA ASP 32 -10.843 9.993 5.078 203 1HB ASP 32 HB2 ASP 32 -11.138 11.491 3.075 204 2HB ASP 32 HB1 ASP 32 -12.088 12.625 4.090 205 H VAL 33 HN VAL 33 -10.355 10.426 7.273 206 HA VAL 33 HA VAL 33 -12.434 11.778 8.912 207 HB VAL 33 HB VAL 33 -11.054 10.722 10.908 208 1HG1 VAL 33 HG21 VAL 33 -13.494 10.615 10.444 209 2HG1 VAL 33 HG22 VAL 33 -12.853 9.041 11.040 210 3HG1 VAL 33 HG23 VAL 33 -13.218 9.255 9.292 211 1HG2 VAL 33 HG11 VAL 33 -9.970 8.584 10.620 212 2HG2 VAL 33 HG12 VAL 33 -9.556 9.306 9.104 213 3HG2 VAL 33 HG13 VAL 33 -10.936 8.186 9.204 214 H GLY 34 HN GLY 34 -11.904 13.758 9.630 215 1HA GLY 34 HA2 GLY 34 -10.884 15.723 9.655 216 2HA GLY 34 HA1 GLY 34 -9.818 14.801 10.766 217 H ALA 35 HN ALA 35 -8.030 16.142 10.559 218 HA ALA 35 HA ALA 35 -6.626 16.183 7.935 219 1HB ALA 35 HB1 ALA 35 -6.296 17.959 10.452 220 2HB ALA 35 HB2 ALA 35 -7.098 18.476 8.926 221 3HB ALA 35 HB3 ALA 35 -5.341 18.090 8.928 222 H GLY 36 HN GLY 36 -5.385 14.643 7.646 223 1HA GLY 36 HA2 GLY 36 -3.409 13.562 7.985 224 2HA GLY 36 HA1 GLY 36 -3.577 13.696 9.769 225 H LYS 37 HN LYS 37 -6.643 12.732 9.031 226 HA LYS 37 HA LYS 37 -5.830 9.902 9.296 227 1HB LYS 37 HB2 LYS 37 -8.320 10.054 10.455 228 2HB LYS 37 HB1 LYS 37 -6.766 9.859 11.249 229 1HG LYS 37 HG2 LYS 37 -6.652 12.335 11.649 230 2HG LYS 37 HG1 LYS 37 -8.137 12.574 10.711 231 1HD LYS 37 HD1 LYS 37 -9.408 11.116 12.293 232 2HD LYS 37 HD2 LYS 37 -7.914 10.906 13.275 233 1HE LYS 37 HE2 LYS 37 -7.837 13.362 13.730 234 2HE LYS 37 HE1 LYS 37 -9.299 13.619 12.694 235 1HZ LYS 37 HZ1 LYS 37 -9.842 13.529 15.017 236 2HZ LYS 37 HZ2 LYS 37 -9.170 11.975 15.168 237 3HZ LYS 37 HZ3 LYS 37 -10.540 12.216 14.195 238 H TYR 38 HN TYR 38 -7.338 8.244 8.760 239 HA TYR 38 HA TYR 38 -8.791 8.633 6.247 240 1HB TYR 38 HB1 TYR 38 -6.444 6.699 6.746 241 2HB TYR 38 HB2 TYR 38 -7.552 6.612 5.326 242 HD1 TYR 38 HD1 TYR 38 -4.610 8.063 6.621 243 HD2 TYR 38 HD2 TYR 38 -7.849 8.996 4.081 244 HE1 TYR 38 HE1 TYR 38 -3.182 9.742 5.492 245 HE2 TYR 38 HE2 TYR 38 -6.584 10.877 3.168 246 HH TYR 38 HH TYR 38 -3.174 11.426 3.756 247 H LYS 39 HN LYS 39 -10.794 7.138 6.209 248 HA LYS 39 HA LYS 39 -11.177 5.230 8.489 249 1HB LYS 39 HB1 LYS 39 -12.898 6.910 8.779 250 2HB LYS 39 HB2 LYS 39 -12.949 7.284 7.035 251 1HG LYS 39 HG1 LYS 39 -15.013 6.201 7.680 252 2HG LYS 39 HG2 LYS 39 -14.110 5.136 6.553 253 1HD LYS 39 HD2 LYS 39 -13.346 3.747 8.551 254 2HD LYS 39 HD1 LYS 39 -14.394 4.750 9.606 255 1HE LYS 39 HE2 LYS 39 -15.311 3.170 7.116 256 2HE LYS 39 HE1 LYS 39 -15.472 2.580 8.824 257 1HZ LYS 39 HZ1 LYS 39 -16.880 4.479 9.283 258 2HZ LYS 39 HZ2 LYS 39 -17.503 3.545 8.009 259 3HZ LYS 39 HZ3 LYS 39 -16.733 5.022 7.681 260 H LEU 40 HN LEU 40 -10.692 3.484 7.987 261 HA LEU 40 HA LEU 40 -10.873 2.742 5.151 262 1HB LEU 40 HB1 LEU 40 -8.460 2.289 5.117 263 2HB LEU 40 HB2 LEU 40 -8.694 3.909 5.831 264 HG LEU 40 HG LEU 40 -7.245 3.176 7.338 265 1HD1 LEU 40 HD11 LEU 40 -9.033 3.633 8.798 266 2HD1 LEU 40 HD12 LEU 40 -7.921 2.380 9.418 267 3HD1 LEU 40 HD13 LEU 40 -9.498 1.849 8.714 268 1HD2 LEU 40 HD21 LEU 40 -8.264 0.239 7.263 269 2HD2 LEU 40 HD22 LEU 40 -6.668 0.820 7.817 270 3HD2 LEU 40 HD23 LEU 40 -7.106 0.828 6.043 271 H LEU 41 HN LEU 41 -10.370 0.631 4.451 272 HA LEU 41 HA LEU 41 -10.692 -1.295 6.674 273 1HB LEU 41 HB2 LEU 41 -12.673 -0.461 5.812 274 2HB LEU 41 HB1 LEU 41 -12.348 -0.859 4.081 275 HG LEU 41 HG LEU 41 -12.571 -3.062 6.237 276 1HD1 LEU 41 HD11 LEU 41 -14.929 -3.455 5.459 277 2HD1 LEU 41 HD12 LEU 41 -14.839 -2.019 4.375 278 3HD1 LEU 41 HD13 LEU 41 -14.777 -1.814 6.156 279 1HD2 LEU 41 HD21 LEU 41 -12.884 -2.917 3.125 280 2HD2 LEU 41 HD22 LEU 41 -13.275 -4.379 4.075 281 3HD2 LEU 41 HD23 LEU 41 -11.585 -3.765 4.024 282 H PHE 42 HN PHE 42 -9.336 -3.135 6.432 283 HA PHE 42 HA PHE 42 -7.236 -2.778 4.503 284 1HB PHE 42 HB2 PHE 42 -7.905 -5.235 6.225 285 2HB PHE 42 HB1 PHE 42 -6.581 -5.279 4.992 286 HD1 PHE 42 HD1 PHE 42 -4.764 -5.567 6.228 287 HD2 PHE 42 HD2 PHE 42 -7.361 -2.365 7.389 288 HE1 PHE 42 HE1 PHE 42 -3.089 -4.758 7.808 289 HE2 PHE 42 HE2 PHE 42 -5.661 -1.555 8.917 290 HZ PHE 42 HZ PHE 42 -3.492 -2.700 9.098 291 H ASP 43 HN ASP 43 -6.669 -4.135 2.519 292 HA ASP 43 HA ASP 43 -8.745 -4.484 0.727 293 1HB ASP 43 HB2 ASP 43 -7.113 -5.346 -0.837 294 2HB ASP 43 HB1 ASP 43 -6.414 -3.989 0.100 295 H ASP 44 HN ASP 44 -7.990 -6.439 3.124 296 HA ASP 44 HA ASP 44 -9.286 -8.898 2.239 297 1HB ASP 44 HB1 ASP 44 -7.677 -10.088 3.646 298 2HB ASP 44 HB2 ASP 44 -6.833 -8.930 2.509 299 H GLY 45 HN GLY 45 -10.171 -6.066 4.055 300 1HA GLY 45 HA2 GLY 45 -12.147 -5.883 4.901 301 2HA GLY 45 HA1 GLY 45 -12.284 -7.678 5.269 302 H TYR 46 HN TYR 46 -9.923 -5.226 6.545 303 HA TYR 46 HA TYR 46 -11.167 -5.692 9.233 304 1HB TYR 46 HB1 TYR 46 -8.933 -6.900 8.875 305 2HB TYR 46 HB2 TYR 46 -8.150 -5.298 8.689 306 HD1 TYR 46 HD1 TYR 46 -10.044 -7.508 11.020 307 HD2 TYR 46 HD2 TYR 46 -7.633 -4.008 10.664 308 HE1 TYR 46 HE1 TYR 46 -9.799 -7.420 13.465 309 HE2 TYR 46 HE2 TYR 46 -7.372 -3.933 13.106 310 HH TYR 46 HH TYR 46 -7.829 -4.982 15.090 311 H GLU 47 HN GLU 47 -12.393 -3.803 9.487 312 HA GLU 47 HA GLU 47 -11.163 -1.277 8.690 313 1HB GLU 47 HB1 GLU 47 -13.063 -1.537 7.520 314 2HB GLU 47 HB2 GLU 47 -14.031 -2.165 8.791 315 1HG GLU 47 HG1 GLU 47 -14.148 0.280 9.706 316 2HG GLU 47 HG2 GLU 47 -12.960 0.793 8.432 317 H CYS 48 HN CYS 48 -11.327 0.727 9.524 318 HA CYS 48 HA CYS 48 -11.760 0.966 12.351 319 1HB CYS 48 HB2 CYS 48 -9.150 1.551 12.579 320 2HB CYS 48 HB1 CYS 48 -9.730 -0.151 12.754 321 HG CYS 48 HG CYS 48 -9.013 -0.979 10.466 322 H ASP 49 HN ASP 49 -10.649 3.269 12.938 323 HA ASP 49 HA ASP 49 -10.386 4.888 10.496 324 1HB ASP 49 HB2 ASP 49 -11.169 6.290 13.176 325 2HB ASP 49 HB1 ASP 49 -11.201 6.887 11.496 326 H VAL 50 HN VAL 50 -8.308 6.011 10.717 327 HA VAL 50 HA VAL 50 -6.962 5.874 13.279 328 HB VAL 50 HB VAL 50 -4.846 4.914 12.026 329 1HG1 VAL 50 HG21 VAL 50 -6.313 3.619 13.526 330 2HG1 VAL 50 HG22 VAL 50 -5.480 2.673 12.213 331 3HG1 VAL 50 HG23 VAL 50 -7.243 3.050 12.081 332 1HG2 VAL 50 HG11 VAL 50 -5.695 3.530 9.919 333 2HG2 VAL 50 HG12 VAL 50 -5.199 5.260 9.723 334 3HG2 VAL 50 HG13 VAL 50 -6.939 4.843 9.744 335 H LEU 51 HN LEU 51 -4.778 7.026 13.154 336 HA LEU 51 HA LEU 51 -4.899 9.218 11.265 337 1HB LEU 51 HB2 LEU 51 -4.477 9.316 13.879 338 2HB LEU 51 HB1 LEU 51 -2.829 8.688 13.540 339 HG LEU 51 HG LEU 51 -2.914 11.054 14.018 340 1HD1 LEU 51 HD21 LEU 51 -2.305 10.893 10.989 341 2HD1 LEU 51 HD22 LEU 51 -1.187 10.407 12.323 342 3HD1 LEU 51 HD23 LEU 51 -1.727 12.112 12.162 343 1HD2 LEU 51 HD11 LEU 51 -4.120 12.731 12.611 344 2HD2 LEU 51 HD12 LEU 51 -5.245 11.520 13.343 345 3HD2 LEU 51 HD13 LEU 51 -4.788 11.393 11.609 346 H GLY 52 HN GLY 52 -3.374 9.773 9.818 347 1HA GLY 52 HA2 GLY 52 -3.529 7.609 8.258 348 2HA GLY 52 HA1 GLY 52 -2.767 9.141 7.776 349 H LYS 53 HN LYS 53 -0.537 9.017 9.732 350 HA LYS 53 HA LYS 53 1.464 8.141 7.989 351 1HB LYS 53 HB1 LYS 53 2.954 8.480 10.053 352 2HB LYS 53 HB2 LYS 53 1.956 9.853 9.536 353 1HG LYS 53 HG1 LYS 53 2.184 9.561 12.021 354 2HG LYS 53 HG2 LYS 53 0.513 9.735 11.427 355 1HD LYS 53 HD2 LYS 53 0.012 7.395 11.814 356 2HD LYS 53 HD1 LYS 53 1.761 6.998 12.039 357 1HE LYS 53 HE2 LYS 53 0.428 6.846 14.117 358 2HE LYS 53 HE1 LYS 53 1.801 8.032 14.243 359 1HZ LYS 53 HZ1 LYS 53 0.220 9.807 13.863 360 2HZ LYS 53 HZ2 LYS 53 -0.203 8.877 15.220 361 3HZ LYS 53 HZ3 LYS 53 -1.058 8.694 13.764 362 H ASP 54 HN ASP 54 -0.548 6.229 9.576 363 HA ASP 54 HA ASP 54 0.946 3.754 9.860 364 1HB ASP 54 HB1 ASP 54 -1.742 4.767 11.072 365 2HB ASP 54 HB2 ASP 54 -1.233 3.051 11.167 366 H ILE 55 HN ILE 55 -2.528 4.704 9.083 367 HA ILE 55 HA ILE 55 -2.226 3.101 6.634 368 HB ILE 55 HB ILE 55 -4.747 3.198 8.217 369 1HG1 ILE 55 HG11 ILE 55 -4.610 0.932 8.646 370 2HG1 ILE 55 HG12 ILE 55 -3.358 0.624 7.430 371 1HG2 ILE 55 HG21 ILE 55 -5.085 1.314 6.268 372 2HG2 ILE 55 HG22 ILE 55 -3.936 2.315 5.396 373 3HG2 ILE 55 HG23 ILE 55 -5.482 3.057 5.967 374 1HD1 ILE 55 HD11 ILE 55 -2.695 0.238 9.887 375 2HD1 ILE 55 HD12 ILE 55 -2.749 2.013 10.128 376 3HD1 ILE 55 HD13 ILE 55 -1.558 1.253 8.991 377 H LEU 56 HN LEU 56 -1.909 4.380 5.025 378 HA LEU 56 HA LEU 56 -3.647 6.708 4.556 379 1HB LEU 56 HB2 LEU 56 -1.874 8.287 3.981 380 2HB LEU 56 HB1 LEU 56 -1.889 7.751 5.626 381 HG LEU 56 HG LEU 56 -0.073 6.020 5.000 382 1HD1 LEU 56 HD21 LEU 56 1.351 6.759 2.842 383 2HD1 LEU 56 HD22 LEU 56 -0.118 7.598 2.329 384 3HD1 LEU 56 HD23 LEU 56 -0.078 5.841 2.544 385 1HD2 LEU 56 HD11 LEU 56 0.161 8.387 6.106 386 2HD2 LEU 56 HD12 LEU 56 0.809 8.894 4.538 387 3HD2 LEU 56 HD13 LEU 56 1.628 7.608 5.460 388 H LEU 57 HN LEU 57 -3.581 7.980 2.639 389 HA LEU 57 HA LEU 57 -3.995 6.801 0.289 390 1HB LEU 57 HB2 LEU 57 -4.137 9.133 -0.397 391 2HB LEU 57 HB1 LEU 57 -4.600 9.068 1.321 392 HG LEU 57 HG LEU 57 -3.557 11.031 1.253 393 1HD1 LEU 57 HD21 LEU 57 -1.147 9.327 1.972 394 2HD1 LEU 57 HD22 LEU 57 -2.449 9.890 3.043 395 3HD1 LEU 57 HD23 LEU 57 -1.329 11.085 2.292 396 1HD2 LEU 57 HD11 LEU 57 -1.735 11.878 -0.025 397 2HD2 LEU 57 HD12 LEU 57 -2.906 11.039 -1.112 398 3HD2 LEU 57 HD13 LEU 57 -1.339 10.268 -0.699 399 H CYS 58 HN CYS 58 -2.834 5.567 -0.834 400 HA CYS 58 HA CYS 58 -0.248 6.393 -1.716 401 1HB CYS 58 HB1 CYS 58 -1.024 4.530 0.265 402 2HB CYS 58 HB2 CYS 58 -0.920 3.489 -1.148 403 HG CYS 58 HG CYS 58 1.635 4.532 -1.742 404 H ASP 59 HN ASP 59 0.138 4.978 -3.470 405 HA ASP 59 HA ASP 59 -1.942 4.856 -5.581 406 1HB ASP 59 HB2 ASP 59 0.544 5.753 -6.207 407 2HB ASP 59 HB1 ASP 59 0.904 4.006 -6.339 408 HA PRO 60 HA PRO 60 0.335 3.135 -2.542 409 1HB PRO 60 HB2 PRO 60 2.015 0.844 -2.403 410 2HB PRO 60 HB1 PRO 60 0.551 1.124 -1.461 411 1HG PRO 60 HG2 PRO 60 0.878 -0.345 -4.099 412 2HG PRO 60 HG1 PRO 60 -0.113 -0.847 -2.679 413 1HD PRO 60 HD1 PRO 60 -1.375 0.246 -4.817 414 2HD PRO 60 HD2 PRO 60 -1.797 0.843 -3.160 415 H ILE 61 HN ILE 61 2.579 1.449 -4.762 416 HA ILE 61 HA ILE 61 4.097 3.954 -4.365 417 HB ILE 61 HB ILE 61 4.519 1.086 -3.646 418 1HG1 ILE 61 HG12 ILE 61 4.147 3.757 -2.424 419 2HG1 ILE 61 HG11 ILE 61 3.952 2.163 -1.764 420 1HG2 ILE 61 HG21 ILE 61 6.637 1.669 -5.030 421 2HG2 ILE 61 HG22 ILE 61 6.889 1.317 -3.291 422 3HG2 ILE 61 HG23 ILE 61 6.956 3.005 -3.849 423 1HD1 ILE 61 HD11 ILE 61 6.491 3.914 -1.937 424 2HD1 ILE 61 HD12 ILE 61 6.578 2.186 -1.395 425 3HD1 ILE 61 HD13 ILE 61 5.616 3.382 -0.453 426 HA PRO 62 HA PRO 62 5.255 4.979 -8.223 427 1HB PRO 62 HB2 PRO 62 8.211 4.106 -7.488 428 2HB PRO 62 HB1 PRO 62 7.663 5.682 -8.230 429 1HG PRO 62 HG1 PRO 62 8.141 4.881 -5.439 430 2HG PRO 62 HG2 PRO 62 7.510 6.467 -5.991 431 1HD PRO 62 HD2 PRO 62 6.052 4.643 -4.517 432 2HD PRO 62 HD1 PRO 62 5.292 5.770 -5.710 433 H LEU 63 HN LEU 63 4.961 4.102 -10.146 434 HA LEU 63 HA LEU 63 5.128 1.558 -11.023 435 1HB LEU 63 HB1 LEU 63 4.560 4.197 -12.448 436 2HB LEU 63 HB2 LEU 63 4.165 2.569 -13.101 437 HG LEU 63 HG LEU 63 3.205 2.448 -10.423 438 1HD1 LEU 63 HD21 LEU 63 1.702 4.301 -9.987 439 2HD1 LEU 63 HD22 LEU 63 2.147 5.110 -11.540 440 3HD1 LEU 63 HD23 LEU 63 3.331 4.993 -10.194 441 1HD2 LEU 63 HD11 LEU 63 1.020 2.265 -11.613 442 2HD2 LEU 63 HD12 LEU 63 2.412 1.316 -12.291 443 3HD2 LEU 63 HD13 LEU 63 1.856 2.818 -13.125 444 H ASP 64 HN ASP 64 7.486 2.236 -10.375 445 HA ASP 64 HA ASP 64 9.351 1.142 -12.418 446 1HB ASP 64 HB2 ASP 64 9.167 3.672 -10.689 447 2HB ASP 64 HB1 ASP 64 10.828 3.200 -11.249 448 H THR 65 HN THR 65 7.966 0.027 -9.730 449 HA THR 65 HA THR 65 10.274 0.445 -7.903 450 HB THR 65 HB THR 65 7.459 0.093 -6.956 451 HG1 THR 65 HG1 THR 65 7.975 2.132 -7.559 452 1HG2 THR 65 HG21 THR 65 9.054 -1.018 -5.345 453 2HG2 THR 65 HG22 THR 65 8.618 0.583 -4.717 454 3HG2 THR 65 HG23 THR 65 10.203 0.368 -5.528 455 H GLU 66 HN GLU 66 11.491 -0.985 -8.140 456 HA GLU 66 HA GLU 66 10.985 -3.816 -7.675 457 1HB GLU 66 HB1 GLU 66 13.121 -2.782 -8.626 458 2HB GLU 66 HB2 GLU 66 13.376 -1.949 -7.068 459 1HG GLU 66 HG2 GLU 66 14.904 -3.658 -6.935 460 2HG GLU 66 HG1 GLU 66 13.547 -4.359 -6.003 461 H VAL 67 HN VAL 67 9.525 -3.970 -6.117 462 HA VAL 67 HA VAL 67 9.740 -3.176 -3.302 463 HB VAL 67 HB VAL 67 7.159 -4.297 -3.630 464 1HG1 VAL 67 HG11 VAL 67 6.440 -2.030 -3.049 465 2HG1 VAL 67 HG12 VAL 67 8.093 -1.385 -3.380 466 3HG1 VAL 67 HG13 VAL 67 7.845 -2.619 -2.076 467 1HG2 VAL 67 HG21 VAL 67 7.373 -2.266 -5.769 468 2HG2 VAL 67 HG22 VAL 67 6.019 -3.349 -5.299 469 3HG2 VAL 67 HG23 VAL 67 7.451 -4.052 -6.143 470 H THR 68 HN THR 68 8.419 -4.885 -1.980 471 HA THR 68 HA THR 68 9.948 -7.375 -2.592 472 HB THR 68 HB THR 68 10.765 -6.307 -0.702 473 HG1 THR 68 HG1 THR 68 10.333 -7.847 0.842 474 1HG2 THR 68 HG21 THR 68 9.201 -5.836 1.228 475 2HG2 THR 68 HG22 THR 68 7.868 -6.505 0.183 476 3HG2 THR 68 HG23 THR 68 8.651 -4.974 -0.295 477 H ALA 69 HN ALA 69 8.976 -9.339 -2.657 478 HA ALA 69 HA ALA 69 6.043 -9.385 -3.026 479 1HB ALA 69 HB1 ALA 69 6.600 -11.236 -4.656 480 2HB ALA 69 HB2 ALA 69 8.360 -10.960 -4.256 481 3HB ALA 69 HB3 ALA 69 7.408 -9.659 -5.043 482 H LEU 70 HN LEU 70 4.806 -11.040 -1.955 483 HA LEU 70 HA LEU 70 5.912 -11.845 0.468 484 1HB LEU 70 HB2 LEU 70 3.473 -11.420 -0.141 485 2HB LEU 70 HB1 LEU 70 3.469 -13.188 -0.414 486 HG LEU 70 HG LEU 70 2.712 -12.776 1.797 487 1HD1 LEU 70 HD21 LEU 70 4.127 -13.832 3.417 488 2HD1 LEU 70 HD22 LEU 70 5.604 -13.408 2.520 489 3HD1 LEU 70 HD23 LEU 70 4.459 -14.641 1.840 490 1HD2 LEU 70 HD11 LEU 70 5.139 -11.010 2.426 491 2HD2 LEU 70 HD12 LEU 70 3.743 -11.346 3.507 492 3HD2 LEU 70 HD13 LEU 70 3.494 -10.386 1.993 493 H SER 71 HN SER 71 7.344 -12.885 0.613 494 HA SER 71 HA SER 71 7.769 -15.691 0.434 495 1HB SER 71 HB1 SER 71 10.305 -15.133 -0.108 496 2HB SER 71 HB2 SER 71 9.126 -15.234 -1.453 497 HG SER 71 HG SER 71 8.916 -12.837 -1.125 498 H GLU 72 HN GLU 72 9.610 -15.909 2.266 499 HA GLU 72 HA GLU 72 8.582 -15.434 4.593 500 1HB GLU 72 HB1 GLU 72 11.436 -15.331 5.076 501 2HB GLU 72 HB2 GLU 72 10.348 -16.760 5.071 502 1HG GLU 72 HG2 GLU 72 11.669 -15.488 2.580 503 2HG GLU 72 HG1 GLU 72 12.484 -16.636 3.717 504 H ASP 73 HN ASP 73 9.279 -14.560 6.544 505 HA ASP 73 HA ASP 73 8.432 -12.025 6.771 506 1HB ASP 73 HB2 ASP 73 8.363 -13.928 8.460 507 2HB ASP 73 HB1 ASP 73 9.998 -13.447 8.996 508 H GLU 74 HN GLU 74 11.927 -12.738 7.375 509 HA GLU 74 HA GLU 74 12.470 -9.827 7.113 510 1HB GLU 74 HB2 GLU 74 14.454 -11.866 8.242 511 2HB GLU 74 HB1 GLU 74 14.391 -10.081 8.449 512 1HG GLU 74 HG2 GLU 74 12.276 -10.430 9.861 513 2HG GLU 74 HG1 GLU 74 12.498 -12.215 9.646 514 H TYR 75 HN TYR 75 12.334 -12.644 5.413 515 HA TYR 75 HA TYR 75 14.906 -12.295 4.005 516 1HB TYR 75 HB2 TYR 75 13.376 -14.892 4.483 517 2HB TYR 75 HB1 TYR 75 15.070 -14.710 3.909 518 HD1 TYR 75 HD1 TYR 75 12.771 -14.750 6.786 519 HD2 TYR 75 HD2 TYR 75 16.760 -13.880 5.530 520 HE1 TYR 75 HE1 TYR 75 13.537 -14.878 9.121 521 HE2 TYR 75 HE2 TYR 75 17.501 -13.934 7.876 522 HH TYR 75 HH TYR 75 15.358 -14.837 10.527 523 H PHE 76 HN PHE 76 11.775 -11.737 3.374 524 HA PHE 76 HA PHE 76 11.206 -12.736 0.904 525 1HB PHE 76 HB2 PHE 76 9.765 -10.511 0.499 526 2HB PHE 76 HB1 PHE 76 9.392 -11.832 1.575 527 HD1 PHE 76 HD1 PHE 76 7.874 -10.791 2.771 528 HD2 PHE 76 HD2 PHE 76 11.794 -9.121 2.608 529 HE1 PHE 76 HE1 PHE 76 7.231 -9.200 4.499 530 HE2 PHE 76 HE2 PHE 76 11.169 -7.542 4.379 531 HZ PHE 76 HZ PHE 76 8.863 -7.539 5.289 532 H SER 77 HN SER 77 10.915 -11.881 -1.226 533 HA SER 77 HA SER 77 13.483 -10.579 -2.130 534 1HB SER 77 HB1 SER 77 11.885 -12.841 -3.451 535 2HB SER 77 HB2 SER 77 13.385 -12.081 -4.125 536 HG SER 77 HG SER 77 13.337 -13.118 -1.502 537 H ALA 78 HN ALA 78 13.527 -9.318 -4.075 538 HA ALA 78 HA ALA 78 11.048 -7.877 -4.452 539 1HB ALA 78 HB1 ALA 78 12.365 -5.923 -5.150 540 2HB ALA 78 HB2 ALA 78 13.872 -6.918 -5.105 541 3HB ALA 78 HB3 ALA 78 12.920 -6.565 -3.607 542 H GLY 79 HN GLY 79 10.259 -6.840 -6.176 543 1HA GLY 79 HA2 GLY 79 10.806 -7.617 -8.875 544 2HA GLY 79 HA1 GLY 79 9.180 -8.261 -8.147 545 H VAL 80 HN VAL 80 9.089 -6.454 -10.248 546 HA VAL 80 HA VAL 80 9.090 -3.776 -9.140 547 HB VAL 80 HB VAL 80 9.218 -5.054 -11.872 548 1HG1 VAL 80 HG11 VAL 80 9.804 -2.736 -12.753 549 2HG1 VAL 80 HG12 VAL 80 9.463 -2.012 -11.144 550 3HG1 VAL 80 HG13 VAL 80 8.129 -2.689 -12.133 551 1HG2 VAL 80 HG21 VAL 80 11.524 -4.067 -11.740 552 2HG2 VAL 80 HG22 VAL 80 11.211 -5.227 -10.369 553 3HG2 VAL 80 HG23 VAL 80 11.114 -3.416 -10.116 554 H VAL 81 HN VAL 81 7.138 -2.712 -8.481 555 HA VAL 81 HA VAL 81 4.674 -3.426 -9.876 556 HB VAL 81 HB VAL 81 3.474 -1.758 -8.868 557 1HG1 VAL 81 HG11 VAL 81 4.748 -3.087 -7.128 558 2HG1 VAL 81 HG12 VAL 81 4.320 -1.405 -6.579 559 3HG1 VAL 81 HG13 VAL 81 5.979 -1.722 -7.150 560 1HG2 VAL 81 HG21 VAL 81 4.306 0.352 -9.696 561 2HG2 VAL 81 HG22 VAL 81 5.948 0.134 -8.987 562 3HG2 VAL 81 HG23 VAL 81 4.519 0.427 -7.944 563 H LYS 82 HN LYS 82 3.834 -2.885 -11.828 564 HA LYS 82 HA LYS 82 4.976 -0.655 -13.417 565 1HB LYS 82 HB2 LYS 82 4.503 -3.506 -14.469 566 2HB LYS 82 HB1 LYS 82 4.806 -2.058 -15.505 567 1HG LYS 82 HG2 LYS 82 7.029 -1.741 -14.402 568 2HG LYS 82 HG1 LYS 82 6.758 -3.269 -13.487 569 1HD LYS 82 HD2 LYS 82 6.555 -4.556 -15.594 570 2HD LYS 82 HD1 LYS 82 6.741 -3.048 -16.561 571 1HE LYS 82 HE2 LYS 82 9.064 -2.734 -15.660 572 2HE LYS 82 HE1 LYS 82 8.886 -4.237 -14.667 573 1HZ LYS 82 HZ1 LYS 82 8.747 -4.068 -17.633 574 2HZ LYS 82 HZ2 LYS 82 8.576 -5.477 -16.699 575 3HZ LYS 82 HZ3 LYS 82 10.053 -4.639 -16.709 576 H GLY 83 HN GLY 83 2.152 -3.096 -13.244 577 1HA GLY 83 HA2 GLY 83 0.443 -0.790 -14.073 578 2HA GLY 83 HA1 GLY 83 0.379 -2.424 -14.834 579 H HIS 84 HN HIS 84 -1.367 -0.522 -12.732 580 HA HIS 84 HA HIS 84 -2.419 -2.896 -11.437 581 1HB HIS 84 HB1 HIS 84 -2.437 -1.425 -9.174 582 2HB HIS 84 HB2 HIS 84 -1.117 -2.513 -9.679 583 HD1 HIS 84 HD1 HIS 84 -1.572 1.305 -9.727 584 HD2 HIS 84 HD2 HIS 84 1.238 -1.781 -9.383 585 HE1 HIS 84 HE1 HIS 84 0.704 2.362 -9.264 586 H ARG 85 HN ARG 85 -4.442 -2.696 -10.278 587 HA ARG 85 HA ARG 85 -6.030 -0.384 -11.183 588 1HB ARG 85 HB2 ARG 85 -7.530 -1.855 -12.486 589 2HB ARG 85 HB1 ARG 85 -5.872 -2.154 -13.083 590 1HG ARG 85 HG1 ARG 85 -6.171 -4.387 -12.684 591 2HG ARG 85 HG2 ARG 85 -6.165 -4.016 -10.918 592 1HD ARG 85 HD2 ARG 85 -8.186 -5.262 -11.347 593 2HD ARG 85 HD1 ARG 85 -8.712 -3.569 -11.087 594 HE ARG 85 HE ARG 85 -8.465 -5.011 -13.764 595 1HH1 ARG 85 HH11 ARG 85 -9.917 -2.337 -11.872 596 2HH1 ARG 85 HH12 ARG 85 -11.053 -1.920 -13.113 597 1HH2 ARG 85 HH21 ARG 85 -9.994 -4.433 -15.388 598 2HH2 ARG 85 HH22 ARG 85 -11.098 -3.122 -15.129 599 H LYS 86 HN LYS 86 -8.263 -0.502 -10.148 600 HA LYS 86 HA LYS 86 -8.587 -2.803 -8.354 601 1HB LYS 86 HB2 LYS 86 -7.443 -1.299 -7.025 602 2HB LYS 86 HB1 LYS 86 -8.425 0.129 -7.503 603 1HG LYS 86 HG2 LYS 86 -10.431 -0.821 -6.306 604 2HG LYS 86 HG1 LYS 86 -9.476 -2.288 -5.868 605 1HD LYS 86 HD2 LYS 86 -7.825 -0.758 -4.659 606 2HD LYS 86 HD1 LYS 86 -8.892 0.639 -5.000 607 1HE LYS 86 HE2 LYS 86 -9.649 -1.866 -3.335 608 2HE LYS 86 HE1 LYS 86 -9.240 -0.218 -2.702 609 1HZ LYS 86 HZ1 LYS 86 -11.596 -0.593 -2.790 610 2HZ LYS 86 HZ2 LYS 86 -11.536 -0.892 -4.461 611 3HZ LYS 86 HZ3 LYS 86 -11.151 0.649 -3.862 612 H GLU 87 HN GLU 87 -10.513 -3.656 -8.637 613 HA GLU 87 HA GLU 87 -12.584 -2.233 -10.165 614 1HB GLU 87 HB2 GLU 87 -11.407 -4.428 -10.999 615 2HB GLU 87 HB1 GLU 87 -12.118 -5.236 -9.612 616 1HG GLU 87 HG2 GLU 87 -14.445 -4.681 -10.498 617 2HG GLU 87 HG1 GLU 87 -13.684 -3.806 -11.880 618 H SER 88 HN SER 88 -14.864 -2.699 -9.300 619 HA SER 88 HA SER 88 -15.131 -2.262 -6.569 620 1HB SER 88 HB2 SER 88 -17.262 -3.148 -8.585 621 2HB SER 88 HB1 SER 88 -17.541 -2.290 -7.013 622 HG SER 88 HG SER 88 -17.475 -0.842 -8.797 623 H GLY 89 HN GLY 89 -13.797 -4.226 -5.948 624 1HA GLY 89 HA2 GLY 89 -14.246 -5.832 -4.216 625 2HA GLY 89 HA1 GLY 89 -15.492 -6.587 -5.268 626 H GLU 90 HN GLU 90 -12.460 -5.572 -6.969 627 HA GLU 90 HA GLU 90 -11.235 -8.136 -6.530 628 1HB GLU 90 HB2 GLU 90 -12.760 -8.536 -8.451 629 2HB GLU 90 HB1 GLU 90 -12.123 -7.089 -9.304 630 1HG GLU 90 HG2 GLU 90 -9.951 -8.023 -9.526 631 2HG GLU 90 HG1 GLU 90 -10.317 -9.409 -8.423 632 H LEU 91 HN LEU 91 -8.874 -7.791 -6.611 633 HA LEU 91 HA LEU 91 -8.088 -5.004 -7.262 634 1HB LEU 91 HB2 LEU 91 -8.468 -5.924 -4.715 635 2HB LEU 91 HB1 LEU 91 -6.852 -6.630 -4.962 636 HG LEU 91 HG LEU 91 -7.739 -3.679 -5.014 637 1HD1 LEU 91 HD11 LEU 91 -7.462 -4.748 -2.820 638 2HD1 LEU 91 HD12 LEU 91 -6.120 -3.574 -3.066 639 3HD1 LEU 91 HD13 LEU 91 -5.815 -5.335 -3.258 640 1HD2 LEU 91 HD21 LEU 91 -4.978 -4.769 -5.833 641 2HD2 LEU 91 HD22 LEU 91 -5.316 -3.058 -5.352 642 3HD2 LEU 91 HD23 LEU 91 -6.100 -3.736 -6.799 643 H TYR 92 HN TYR 92 -6.175 -4.952 -8.711 644 HA TYR 92 HA TYR 92 -4.370 -7.132 -8.088 645 1HB TYR 92 HB1 TYR 92 -4.052 -7.971 -10.525 646 2HB TYR 92 HB2 TYR 92 -5.291 -8.627 -9.467 647 HD1 TYR 92 HD1 TYR 92 -4.721 -7.023 -12.646 648 HD2 TYR 92 HD2 TYR 92 -7.707 -8.111 -9.826 649 HE1 TYR 92 HE1 TYR 92 -6.338 -7.055 -14.422 650 HE2 TYR 92 HE2 TYR 92 -9.391 -7.999 -11.620 651 HH TYR 92 HH TYR 92 -8.489 -7.464 -14.991 652 H TYR 93 HN TYR 93 -2.448 -6.788 -8.001 653 HA TYR 93 HA TYR 93 -1.363 -4.342 -9.175 654 1HB TYR 93 HB2 TYR 93 -1.292 -5.506 -6.462 655 2HB TYR 93 HB1 TYR 93 0.335 -5.698 -7.065 656 HD1 TYR 93 HD1 TYR 93 1.777 -3.926 -6.219 657 HD2 TYR 93 HD2 TYR 93 -2.315 -3.052 -7.321 658 HE1 TYR 93 HE1 TYR 93 2.231 -1.628 -6.033 659 HE2 TYR 93 HE2 TYR 93 -1.786 -0.663 -7.023 660 HH TYR 93 HH TYR 93 0.975 0.379 -7.578 661 H SER 94 HN SER 94 0.040 -4.755 -11.026 662 HA SER 94 HA SER 94 1.033 -7.505 -11.273 663 1HB SER 94 HB2 SER 94 1.828 -7.160 -13.510 664 2HB SER 94 HB1 SER 94 0.090 -6.959 -13.342 665 HG SER 94 HG SER 94 0.536 -4.630 -13.218 666 H ILE 95 HN ILE 95 2.609 -7.974 -10.355 667 HA ILE 95 HA ILE 95 4.869 -6.156 -9.747 668 HB ILE 95 HB ILE 95 4.411 -8.999 -8.698 669 1HG1 ILE 95 HG12 ILE 95 2.251 -7.930 -8.282 670 2HG1 ILE 95 HG11 ILE 95 3.187 -8.176 -6.813 671 1HG2 ILE 95 HG21 ILE 95 5.538 -7.966 -6.658 672 2HG2 ILE 95 HG22 ILE 95 5.793 -6.452 -7.569 673 3HG2 ILE 95 HG23 ILE 95 6.600 -7.977 -8.126 674 1HD1 ILE 95 HD11 ILE 95 2.244 -6.019 -6.536 675 2HD1 ILE 95 HD12 ILE 95 2.597 -5.501 -8.224 676 3HD1 ILE 95 HD13 ILE 95 3.916 -5.629 -7.016 677 H GLU 96 HN GLU 96 6.511 -6.240 -11.355 678 HA GLU 96 HA GLU 96 6.557 -8.664 -13.031 679 1HB GLU 96 HB1 GLU 96 6.602 -6.559 -14.205 680 2HB GLU 96 HB2 GLU 96 8.179 -6.136 -13.474 681 1HG GLU 96 HG2 GLU 96 7.776 -8.801 -14.998 682 2HG GLU 96 HG1 GLU 96 7.967 -7.292 -15.914 683 H LYS 97 HN LYS 97 7.507 -10.342 -12.596 684 HA LYS 97 HA LYS 97 9.851 -10.206 -10.704 685 1HB LYS 97 HB1 LYS 97 7.588 -10.266 -9.501 686 2HB LYS 97 HB2 LYS 97 7.146 -11.614 -10.622 687 1HG LYS 97 HG2 LYS 97 7.504 -12.480 -8.361 688 2HG LYS 97 HG1 LYS 97 8.732 -13.148 -9.443 689 1HD LYS 97 HD2 LYS 97 10.310 -11.226 -8.575 690 2HD LYS 97 HD1 LYS 97 9.090 -11.014 -7.263 691 1HE LYS 97 HE2 LYS 97 9.345 -13.447 -6.658 692 2HE LYS 97 HE1 LYS 97 10.532 -13.648 -8.011 693 1HZ LYS 97 HZ1 LYS 97 11.957 -12.045 -6.926 694 2HZ LYS 97 HZ2 LYS 97 11.603 -13.338 -5.882 695 3HZ LYS 97 HZ3 LYS 97 10.839 -11.836 -5.664 696 H GLU 98 HN GLU 98 11.382 -11.772 -11.158 697 HA GLU 98 HA GLU 98 12.436 -13.532 -11.904 698 1HB GLU 98 HB1 GLU 98 10.872 -14.690 -10.416 699 2HB GLU 98 HB2 GLU 98 9.651 -14.861 -11.750 700 1HG GLU 98 HG2 GLU 98 10.865 -16.922 -11.116 701 2HG GLU 98 HG1 GLU 98 11.188 -16.518 -12.845 702 H GLY 99 HN GLY 99 10.554 -11.865 -13.761 703 1HA GLY 99 HA2 GLY 99 11.387 -11.323 -15.998 704 2HA GLY 99 HA1 GLY 99 11.415 -13.084 -16.371 705 H GLN 100 HN GLN 100 8.738 -12.669 -14.478 706 HA GLN 100 HA GLN 100 6.959 -11.900 -16.647 707 1HB GLN 100 HB2 GLN 100 5.481 -13.950 -16.171 708 2HB GLN 100 HB1 GLN 100 7.059 -14.269 -16.942 709 1HG GLN 100 HG2 GLN 100 6.806 -16.021 -15.440 710 2HG GLN 100 HG1 GLN 100 8.009 -14.966 -14.648 711 1HE2 GLN 100 HE21 GLN 100 7.356 -13.833 -12.655 712 2HE2 GLN 100 HE22 GLN 100 5.787 -14.223 -11.913 713 H ARG 101 HN ARG 101 4.554 -11.819 -15.921 714 HA ARG 101 HA ARG 101 4.714 -9.966 -13.677 715 1HB ARG 101 HB2 ARG 101 2.472 -10.216 -15.778 716 2HB ARG 101 HB1 ARG 101 2.695 -8.937 -14.531 717 1HG ARG 101 HG1 ARG 101 3.369 -7.857 -16.419 718 2HG ARG 101 HG2 ARG 101 4.932 -8.371 -15.706 719 1HD ARG 101 HD1 ARG 101 4.938 -10.344 -17.406 720 2HD ARG 101 HD2 ARG 101 3.410 -9.673 -18.078 721 HE ARG 101 HE ARG 101 4.567 -7.720 -18.875 722 1HH1 ARG 101 HH11 ARG 101 6.837 -10.048 -17.372 723 2HH1 ARG 101 HH12 ARG 101 8.245 -9.290 -18.036 724 1HH2 ARG 101 HH21 ARG 101 6.472 -6.728 -19.738 725 2HH2 ARG 101 HH22 ARG 101 8.036 -7.386 -19.392 726 H LYS 102 HN LYS 102 3.946 -10.303 -11.778 727 HA LYS 102 HA LYS 102 1.953 -12.555 -11.477 728 1HB LYS 102 HB1 LYS 102 4.116 -11.414 -9.688 729 2HB LYS 102 HB2 LYS 102 2.685 -12.166 -8.917 730 1HG LYS 102 HG2 LYS 102 3.079 -14.292 -9.817 731 2HG LYS 102 HG1 LYS 102 4.020 -13.685 -11.211 732 1HD LYS 102 HD1 LYS 102 6.026 -13.409 -9.942 733 2HD LYS 102 HD2 LYS 102 5.133 -13.472 -8.365 734 1HE LYS 102 HE1 LYS 102 4.652 -15.903 -8.737 735 2HE LYS 102 HE2 LYS 102 5.496 -15.833 -10.339 736 1HZ LYS 102 HZ1 LYS 102 7.510 -15.212 -9.191 737 2HZ LYS 102 HZ2 LYS 102 6.903 -16.688 -8.609 738 3HZ LYS 102 HZ3 LYS 102 6.720 -15.272 -7.688 739 H TRP 103 HN TRP 103 -0.119 -11.852 -11.451 740 HA TRP 103 HA TRP 103 -0.644 -9.097 -10.602 741 1HB TRP 103 HB2 TRP 103 -2.330 -11.231 -12.115 742 2HB TRP 103 HB1 TRP 103 -3.058 -9.721 -11.491 743 HD1 TRP 103 HD1 TRP 103 -1.452 -10.960 -14.657 744 HE1 TRP 103 HE1 TRP 103 -1.470 -8.967 -16.317 745 HE3 TRP 103 HE3 TRP 103 -2.313 -7.199 -11.384 746 HZ2 TRP 103 HZ2 TRP 103 -2.035 -6.221 -16.237 747 HZ3 TRP 103 HZ3 TRP 103 -2.688 -4.927 -12.222 748 HH2 TRP 103 HH2 TRP 103 -2.530 -4.431 -14.620 749 H TYR 104 HN TYR 104 -0.882 -9.018 -8.468 750 HA TYR 104 HA TYR 104 -2.379 -11.130 -6.876 751 1HB TYR 104 HB2 TYR 104 -0.151 -9.326 -5.882 752 2HB TYR 104 HB1 TYR 104 -1.006 -10.670 -5.049 753 HD1 TYR 104 HD1 TYR 104 -0.938 -12.905 -6.942 754 HD2 TYR 104 HD2 TYR 104 2.035 -10.015 -5.911 755 HE1 TYR 104 HE1 TYR 104 0.779 -14.622 -7.108 756 HE2 TYR 104 HE2 TYR 104 3.752 -11.753 -6.049 757 HH TYR 104 HH TYR 104 3.040 -15.076 -6.978 758 H LYS 105 HN LYS 105 -4.122 -10.280 -5.490 759 HA LYS 105 HA LYS 105 -4.510 -7.490 -5.415 760 1HB LYS 105 HB1 LYS 105 -6.029 -8.026 -3.489 761 2HB LYS 105 HB2 LYS 105 -6.453 -8.902 -4.990 762 1HG LYS 105 HG2 LYS 105 -5.711 -11.013 -4.119 763 2HG LYS 105 HG1 LYS 105 -4.853 -10.254 -2.731 764 1HD LYS 105 HD1 LYS 105 -6.969 -9.451 -1.775 765 2HD LYS 105 HD2 LYS 105 -7.889 -10.094 -3.184 766 1HE LYS 105 HE2 LYS 105 -7.252 -12.434 -2.569 767 2HE LYS 105 HE1 LYS 105 -6.225 -11.818 -1.212 768 1HZ LYS 105 HZ1 LYS 105 -8.203 -10.878 -0.218 769 2HZ LYS 105 HZ2 LYS 105 -8.351 -12.555 -0.446 770 3HZ LYS 105 HZ3 LYS 105 -9.166 -11.483 -1.482 771 H ARG 106 HN ARG 106 -3.695 -6.096 -4.096 772 HA ARG 106 HA ARG 106 -1.281 -5.825 -3.679 773 1HB ARG 106 HB2 ARG 106 -3.471 -4.711 -1.879 774 2HB ARG 106 HB1 ARG 106 -1.789 -3.998 -1.960 775 1HG ARG 106 HG1 ARG 106 -1.995 -3.843 -4.480 776 2HG ARG 106 HG2 ARG 106 -3.758 -3.988 -4.256 777 1HD ARG 106 HD2 ARG 106 -1.952 -1.917 -2.846 778 2HD ARG 106 HD1 ARG 106 -2.790 -1.608 -4.411 779 HE ARG 106 HE ARG 106 -4.104 -2.114 -1.703 780 1HH1 ARG 106 HH11 ARG 106 -4.329 -0.794 -5.021 781 2HH1 ARG 106 HH12 ARG 106 -5.822 0.033 -4.724 782 1HH2 ARG 106 HH21 ARG 106 -6.098 -0.990 -1.334 783 2HH2 ARG 106 HH22 ARG 106 -6.840 -0.083 -2.611 784 H MET 107 HN MET 107 -2.812 -7.683 -1.198 785 HA MET 107 HA MET 107 -0.857 -7.428 0.845 786 1HB MET 107 HB1 MET 107 -2.022 -9.269 1.961 787 2HB MET 107 HB2 MET 107 -3.181 -8.042 1.360 788 1HG MET 107 HG2 MET 107 -3.359 -9.643 -0.778 789 2HG MET 107 HG1 MET 107 -2.574 -10.867 0.268 790 1HE MET 107 HE1 MET 107 -3.454 -11.684 2.500 791 2HE MET 107 HE2 MET 107 -5.075 -11.341 3.184 792 3HE MET 107 HE3 MET 107 -3.829 -10.059 3.196 793 H ALA 108 HN ALA 108 -0.589 -9.272 -2.234 794 HA ALA 108 HA ALA 108 1.529 -10.853 -0.991 795 1HB ALA 108 HB1 ALA 108 0.627 -10.981 -3.913 796 2HB ALA 108 HB2 ALA 108 -0.098 -12.027 -2.643 797 3HB ALA 108 HB3 ALA 108 1.644 -12.167 -3.101 798 H VAL 109 HN VAL 109 1.517 -7.924 -1.591 799 HA VAL 109 HA VAL 109 4.279 -7.862 -2.041 800 HB VAL 109 HB VAL 109 4.395 -5.662 -3.058 801 1HG1 VAL 109 HG11 VAL 109 3.174 -7.813 -4.826 802 2HG1 VAL 109 HG12 VAL 109 4.843 -7.872 -4.159 803 3HG1 VAL 109 HG13 VAL 109 4.401 -6.531 -5.238 804 1HG2 VAL 109 HG21 VAL 109 2.507 -4.788 -4.366 805 2HG2 VAL 109 HG22 VAL 109 1.974 -4.941 -2.657 806 3HG2 VAL 109 HG23 VAL 109 1.450 -6.171 -3.866 807 H ILE 110 HN ILE 110 5.148 -6.530 -1.124 808 HA ILE 110 HA ILE 110 4.057 -5.056 1.228 809 HB ILE 110 HB ILE 110 6.711 -6.229 1.851 810 1HG1 ILE 110 HG11 ILE 110 5.480 -8.368 2.798 811 2HG1 ILE 110 HG12 ILE 110 4.293 -8.127 1.506 812 1HG2 ILE 110 HG21 ILE 110 4.100 -5.993 3.413 813 2HG2 ILE 110 HG22 ILE 110 5.584 -4.966 3.527 814 3HG2 ILE 110 HG23 ILE 110 5.630 -6.672 4.060 815 1HD1 ILE 110 HD11 ILE 110 6.093 -8.407 -0.203 816 2HD1 ILE 110 HD12 ILE 110 6.174 -9.771 0.963 817 3HD1 ILE 110 HD13 ILE 110 7.361 -8.434 1.079 818 H LEU 111 HN LEU 111 5.676 -3.424 2.028 819 HA LEU 111 HA LEU 111 7.932 -2.809 0.254 820 1HB LEU 111 HB2 LEU 111 7.150 -0.242 0.424 821 2HB LEU 111 HB1 LEU 111 6.615 -1.300 -0.892 822 HG LEU 111 HG LEU 111 4.436 -1.651 0.025 823 1HD1 LEU 111 HD11 LEU 111 4.901 -1.777 2.482 824 2HD1 LEU 111 HD12 LEU 111 3.740 -0.428 2.171 825 3HD1 LEU 111 HD13 LEU 111 5.502 -0.098 2.442 826 1HD2 LEU 111 HD21 LEU 111 5.189 0.502 -1.036 827 2HD2 LEU 111 HD22 LEU 111 5.077 1.322 0.624 828 3HD2 LEU 111 HD23 LEU 111 3.602 0.617 -0.151 829 H SER 112 HN SER 112 9.520 -1.415 1.268 830 HA SER 112 HA SER 112 9.332 -1.537 4.222 831 1HB SER 112 HB2 SER 112 11.736 -1.420 4.347 832 2HB SER 112 HB1 SER 112 11.173 -2.804 3.361 833 HG SER 112 HG SER 112 11.795 -1.662 1.480 834 H LEU 113 HN LEU 113 10.338 0.465 5.455 835 HA LEU 113 HA LEU 113 8.944 2.860 4.826 836 1HB LEU 113 HB2 LEU 113 11.548 3.086 6.363 837 2HB LEU 113 HB1 LEU 113 10.163 4.213 6.236 838 HG LEU 113 HG LEU 113 9.694 1.399 7.317 839 1HD1 LEU 113 HD21 LEU 113 11.209 3.619 8.823 840 2HD1 LEU 113 HD22 LEU 113 11.903 2.077 8.255 841 3HD1 LEU 113 HD23 LEU 113 10.621 2.026 9.550 842 1HD2 LEU 113 HD11 LEU 113 7.775 3.031 7.299 843 2HD2 LEU 113 HD12 LEU 113 8.697 4.087 8.428 844 3HD2 LEU 113 HD13 LEU 113 8.219 2.425 8.943 845 H GLU 114 HN GLU 114 12.441 2.388 4.153 846 HA GLU 114 HA GLU 114 12.393 4.958 2.896 847 1HB GLU 114 HB2 GLU 114 14.597 3.538 3.735 848 2HB GLU 114 HB1 GLU 114 14.864 3.943 2.005 849 1HG GLU 114 HG1 GLU 114 14.000 6.350 2.503 850 2HG GLU 114 HG2 GLU 114 13.894 5.790 4.266 851 H GLN 115 HN GLN 115 11.446 2.097 1.423 852 HA GLN 115 HA GLN 115 11.400 3.223 -1.270 853 1HB GLN 115 HB2 GLN 115 9.980 0.788 -0.050 854 2HB GLN 115 HB1 GLN 115 10.040 1.235 -1.839 855 1HG GLN 115 HG1 GLN 115 12.564 0.948 -1.757 856 2HG GLN 115 HG2 GLN 115 12.438 0.455 -0.026 857 1HE2 GLN 115 HE21 GLN 115 11.039 -0.398 -3.337 858 2HE2 GLN 115 HE22 GLN 115 11.376 -2.077 -3.050 859 H GLY 116 HN GLY 116 9.700 3.531 1.561 860 1HA GLY 116 HA2 GLY 116 7.079 4.447 0.666 861 2HA GLY 116 HA1 GLY 116 7.705 4.171 2.301 862 H ASN 117 HN ASN 117 10.028 5.535 2.427 863 HA ASN 117 HA ASN 117 9.238 8.183 2.968 864 1HB ASN 117 HB2 ASN 117 12.102 7.125 3.125 865 2HB ASN 117 HB1 ASN 117 11.483 8.649 3.872 866 1HD2 ASN 117 HD21 ASN 117 8.888 7.492 4.641 867 2HD2 ASN 117 HD22 ASN 117 9.271 6.544 6.075 868 H ARG 118 HN ARG 118 10.891 6.865 0.257 869 HA ARG 118 HA ARG 118 12.092 9.097 -0.715 870 1HB ARG 118 HB2 ARG 118 11.934 7.919 -2.987 871 2HB ARG 118 HB1 ARG 118 12.619 6.957 -1.651 872 1HG ARG 118 HG2 ARG 118 10.665 5.608 -1.411 873 2HG ARG 118 HG1 ARG 118 9.601 6.679 -2.301 874 1HD ARG 118 HD1 ARG 118 9.963 4.931 -3.773 875 2HD ARG 118 HD2 ARG 118 10.947 6.330 -4.408 876 HE ARG 118 HE ARG 118 12.848 5.067 -2.930 877 1HH1 ARG 118 HH11 ARG 118 10.456 3.593 -5.149 878 2HH1 ARG 118 HH12 ARG 118 11.459 2.231 -5.530 879 1HH2 ARG 118 HH21 ARG 118 14.167 3.232 -3.459 880 2HH2 ARG 118 HH22 ARG 118 13.589 2.025 -4.559 881 H LEU 119 HN LEU 119 8.912 7.829 -0.855 882 HA LEU 119 HA LEU 119 7.291 9.483 -2.603 883 1HB LEU 119 HB1 LEU 119 6.927 7.057 -2.729 884 2HB LEU 119 HB2 LEU 119 6.840 6.868 -1.010 885 HG LEU 119 HG LEU 119 4.898 8.648 -2.543 886 1HD1 LEU 119 HD11 LEU 119 4.944 6.280 -3.607 887 2HD1 LEU 119 HD12 LEU 119 3.363 6.601 -2.788 888 3HD1 LEU 119 HD13 LEU 119 4.605 5.604 -1.964 889 1HD2 LEU 119 HD21 LEU 119 4.350 8.775 -0.224 890 2HD2 LEU 119 HD22 LEU 119 4.864 7.052 0.080 891 3HD2 LEU 119 HD23 LEU 119 3.293 7.437 -0.751 892 H ARG 120 HN ARG 120 7.544 8.745 0.917 893 HA ARG 120 HA ARG 120 5.293 9.566 1.662 894 1HB ARG 120 HB1 ARG 120 6.301 9.860 4.032 895 2HB ARG 120 HB2 ARG 120 7.291 8.611 3.231 896 1HG ARG 120 HG1 ARG 120 8.994 9.916 4.030 897 2HG ARG 120 HG2 ARG 120 8.685 10.951 2.602 898 1HD ARG 120 HD2 ARG 120 7.154 12.372 4.169 899 2HD ARG 120 HD1 ARG 120 7.730 11.323 5.533 900 HE ARG 120 HE ARG 120 10.081 12.144 4.226 901 1HH1 ARG 120 HH11 ARG 120 7.323 13.858 5.726 902 2HH1 ARG 120 HH12 ARG 120 8.248 15.269 6.122 903 1HH2 ARG 120 HH21 ARG 120 11.299 14.048 4.764 904 2HH2 ARG 120 HH22 ARG 120 10.534 15.378 5.569 905 H GLU 121 HN GLU 121 7.501 11.940 0.768 906 HA GLU 121 HA GLU 121 6.147 14.280 1.802 907 1HB GLU 121 HB2 GLU 121 8.149 15.412 0.701 908 2HB GLU 121 HB1 GLU 121 8.534 14.201 1.961 909 1HG GLU 121 HG1 GLU 121 9.104 12.464 0.176 910 2HG GLU 121 HG2 GLU 121 8.727 13.700 -1.081 911 H GLN 122 HN GLN 122 6.368 12.470 -1.267 912 HA GLN 122 HA GLN 122 5.064 14.584 -2.797 913 1HB GLN 122 HB2 GLN 122 5.787 13.294 -4.822 914 2HB GLN 122 HB1 GLN 122 7.101 13.991 -3.823 915 1HG GLN 122 HG1 GLN 122 7.616 11.810 -2.838 916 2HG GLN 122 HG2 GLN 122 6.298 10.972 -3.741 917 1HE2 GLN 122 HE21 GLN 122 9.486 10.935 -3.664 918 2HE2 GLN 122 HE22 GLN 122 9.877 10.944 -5.385 919 H TYR 123 HN TYR 123 4.535 11.032 -1.871 920 HA TYR 123 HA TYR 123 1.796 11.535 -3.083 921 1HB TYR 123 HB1 TYR 123 2.925 8.744 -3.376 922 2HB TYR 123 HB2 TYR 123 1.582 9.518 -4.257 923 HD1 TYR 123 HD1 TYR 123 4.699 8.316 -4.512 924 HD2 TYR 123 HD2 TYR 123 2.516 11.768 -5.669 925 HE1 TYR 123 HE1 TYR 123 6.309 8.676 -6.086 926 HE2 TYR 123 HE2 TYR 123 4.116 12.116 -7.497 927 HH TYR 123 HH TYR 123 6.958 11.207 -7.481 928 H GLY 124 HN GLY 124 2.844 10.751 0.319 929 1HA GLY 124 HA2 GLY 124 0.393 10.106 0.754 930 2HA GLY 124 HA1 GLY 124 0.984 8.498 0.242 931 H LEU 125 HN LEU 125 3.375 8.172 1.337 932 HA LEU 125 HA LEU 125 2.774 7.594 3.810 933 1HB LEU 125 HB2 LEU 125 5.030 6.758 2.248 934 2HB LEU 125 HB1 LEU 125 5.481 6.817 3.988 935 HG LEU 125 HG LEU 125 4.768 4.745 3.721 936 1HD1 LEU 125 HD11 LEU 125 1.984 5.846 4.491 937 2HD1 LEU 125 HD12 LEU 125 3.347 5.685 5.561 938 3HD1 LEU 125 HD13 LEU 125 2.634 4.228 4.768 939 1HD2 LEU 125 HD21 LEU 125 4.261 5.115 1.279 940 2HD2 LEU 125 HD22 LEU 125 2.570 5.531 1.738 941 3HD2 LEU 125 HD23 LEU 125 3.249 3.887 2.054 942 H GLY 126 HN GLY 126 2.774 10.461 3.707 943 1HA GLY 126 HA2 GLY 126 2.431 10.441 6.483 944 2HA GLY 126 HA1 GLY 126 3.990 11.293 6.199 945 HA PRO 127 HA PRO 127 0.852 14.500 4.795 946 1HB PRO 127 HB2 PRO 127 -1.767 14.517 5.549 947 2HB PRO 127 HB1 PRO 127 -1.209 13.367 4.276 948 1HG PRO 127 HG2 PRO 127 -1.595 12.800 7.267 949 2HG PRO 127 HG1 PRO 127 -2.313 11.913 5.901 950 1HD PRO 127 HD1 PRO 127 0.153 11.123 7.090 951 2HD PRO 127 HD2 PRO 127 -0.182 10.864 5.319 952 H TYR 128 HN TYR 128 0.736 13.139 7.989 953 HA TYR 128 HA TYR 128 0.880 15.716 9.392 954 1HB TYR 128 HB2 TYR 128 -1.261 14.189 9.608 955 2HB TYR 128 HB1 TYR 128 -0.245 13.081 10.584 956 HD1 TYR 128 HD1 TYR 128 0.148 13.654 12.874 957 HD2 TYR 128 HD2 TYR 128 -1.523 16.586 10.267 958 HE1 TYR 128 HE1 TYR 128 -0.372 15.065 14.805 959 HE2 TYR 128 HE2 TYR 128 -2.042 18.006 12.210 960 HH TYR 128 HH TYR 128 -1.419 16.943 15.522 961 H GLU 129 HN GLU 129 2.227 15.668 11.361 962 HA GLU 129 HA GLU 129 4.573 13.904 11.124 963 1HB GLU 129 HB2 GLU 129 5.772 15.682 12.363 964 2HB GLU 129 HB1 GLU 129 5.024 16.275 10.851 965 1HG GLU 129 HG1 GLU 129 3.112 17.270 12.141 966 2HG GLU 129 HG2 GLU 129 3.859 16.713 13.684 Start of MODEL 2 1 H ASN 7 HN ASN 7 -17.857 9.952 -3.459 2 HA ASN 7 HA ASN 7 -15.998 8.410 -3.983 3 1HB ASN 7 HB2 ASN 7 -17.107 10.072 -6.357 4 2HB ASN 7 HB1 ASN 7 -16.330 8.441 -6.515 5 1HD2 ASN 7 HD21 ASN 7 -18.928 8.954 -7.421 6 2HD2 ASN 7 HD22 ASN 7 -20.033 7.978 -6.406 7 H SER 8 HN SER 8 -15.254 11.466 -3.533 8 HA SER 8 HA SER 8 -13.038 11.905 -5.366 9 1HB SER 8 HB2 SER 8 -13.923 13.586 -2.958 10 2HB SER 8 HB1 SER 8 -12.649 14.048 -4.146 11 HG SER 8 HG SER 8 -15.328 13.408 -4.860 12 H PHE 9 HN PHE 9 -12.012 9.876 -4.743 13 HA PHE 9 HA PHE 9 -10.326 8.742 -4.078 14 1HB PHE 9 HB1 PHE 9 -8.257 9.498 -3.709 15 2HB PHE 9 HB2 PHE 9 -9.029 10.948 -4.430 16 HD1 PHE 9 HD1 PHE 9 -7.759 9.393 -1.323 17 HD2 PHE 9 HD2 PHE 9 -9.221 12.973 -3.115 18 HE1 PHE 9 HE1 PHE 9 -6.967 10.684 0.611 19 HE2 PHE 9 HE2 PHE 9 -8.444 14.265 -1.180 20 HZ PHE 9 HZ PHE 9 -7.332 13.126 0.701 21 H VAL 10 HN VAL 10 -12.478 9.536 -1.787 22 HA VAL 10 HA VAL 10 -11.311 8.128 0.344 23 HB VAL 10 HB VAL 10 -13.205 8.350 1.540 24 1HG1 VAL 10 HG11 VAL 10 -11.899 10.385 0.572 25 2HG1 VAL 10 HG12 VAL 10 -13.578 10.758 1.178 26 3HG1 VAL 10 HG13 VAL 10 -13.274 10.580 -0.575 27 1HG2 VAL 10 HG21 VAL 10 -15.392 9.067 0.488 28 2HG2 VAL 10 HG22 VAL 10 -14.962 7.363 0.097 29 3HG2 VAL 10 HG23 VAL 10 -14.705 8.656 -1.155 30 H GLY 11 HN GLY 11 -11.823 6.646 -2.350 31 1HA GLY 11 HA2 GLY 11 -12.081 3.940 -1.145 32 2HA GLY 11 HA1 GLY 11 -12.672 4.421 -2.854 33 H LEU 12 HN LEU 12 -9.715 5.801 -1.628 34 HA LEU 12 HA LEU 12 -8.137 4.606 -3.608 35 1HB LEU 12 HB1 LEU 12 -6.991 6.350 -3.802 36 2HB LEU 12 HB2 LEU 12 -7.926 7.044 -2.421 37 HG LEU 12 HG LEU 12 -5.117 6.154 -1.886 38 1HD1 LEU 12 HD21 LEU 12 -4.812 8.053 -3.019 39 2HD1 LEU 12 HD22 LEU 12 -5.704 8.874 -1.690 40 3HD1 LEU 12 HD23 LEU 12 -6.551 8.424 -3.196 41 1HD2 LEU 12 HD11 LEU 12 -7.659 7.248 -0.426 42 2HD2 LEU 12 HD12 LEU 12 -6.069 7.292 0.305 43 3HD2 LEU 12 HD13 LEU 12 -6.771 5.722 -0.038 44 H ARG 13 HN ARG 13 -5.734 4.335 -3.055 45 HA ARG 13 HA ARG 13 -5.798 1.540 -2.202 46 1HB ARG 13 HB2 ARG 13 -3.644 3.009 -3.880 47 2HB ARG 13 HB1 ARG 13 -3.925 1.254 -3.721 48 1HG ARG 13 HG1 ARG 13 -4.759 1.717 -5.835 49 2HG ARG 13 HG2 ARG 13 -6.233 1.661 -4.831 50 1HD ARG 13 HD2 ARG 13 -6.161 3.444 -6.658 51 2HD ARG 13 HD1 ARG 13 -6.467 4.121 -5.013 52 HE ARG 13 HE ARG 13 -3.605 4.098 -5.615 53 1HH1 ARG 13 HH11 ARG 13 -6.629 5.864 -6.339 54 2HH1 ARG 13 HH12 ARG 13 -5.836 7.382 -6.601 55 1HH2 ARG 13 HH21 ARG 13 -2.563 6.155 -5.970 56 2HH2 ARG 13 HH22 ARG 13 -3.502 7.548 -6.388 57 H VAL 14 HN VAL 14 -4.775 0.967 -0.191 58 HA VAL 14 HA VAL 14 -3.110 3.136 0.929 59 HB VAL 14 HB VAL 14 -5.588 1.683 1.832 60 1HG1 VAL 14 HG11 VAL 14 -3.692 3.182 3.698 61 2HG1 VAL 14 HG12 VAL 14 -4.179 1.477 3.841 62 3HG1 VAL 14 HG13 VAL 14 -5.403 2.776 4.077 63 1HG2 VAL 14 HG21 VAL 14 -6.001 4.262 2.527 64 2HG2 VAL 14 HG22 VAL 14 -6.437 3.540 0.943 65 3HG2 VAL 14 HG23 VAL 14 -4.925 4.478 1.093 66 H VAL 15 HN VAL 15 -1.755 2.686 2.600 67 HA VAL 15 HA VAL 15 -0.510 0.020 2.727 68 HB VAL 15 HB VAL 15 1.636 1.556 3.407 69 1HG1 VAL 15 HG21 VAL 15 0.429 1.316 0.565 70 2HG1 VAL 15 HG22 VAL 15 1.168 -0.046 1.489 71 3HG1 VAL 15 HG23 VAL 15 2.189 1.382 1.012 72 1HG2 VAL 15 HG11 VAL 15 1.501 3.763 2.397 73 2HG2 VAL 15 HG12 VAL 15 0.396 3.624 3.767 74 3HG2 VAL 15 HG13 VAL 15 -0.210 3.615 2.077 75 H ALA 16 HN ALA 16 -0.143 -0.763 4.690 76 HA ALA 16 HA ALA 16 -1.453 0.621 6.933 77 1HB ALA 16 HB1 ALA 16 -2.441 -1.712 7.315 78 2HB ALA 16 HB2 ALA 16 -1.533 -2.313 5.871 79 3HB ALA 16 HB3 ALA 16 -2.806 -1.137 5.642 80 H LYS 17 HN LYS 17 0.086 1.301 8.183 81 HA LYS 17 HA LYS 17 2.144 -0.571 9.152 82 1HB LYS 17 HB2 LYS 17 3.239 2.049 9.174 83 2HB LYS 17 HB1 LYS 17 3.711 0.670 8.147 84 1HG LYS 17 HG1 LYS 17 2.978 1.939 6.191 85 2HG LYS 17 HG2 LYS 17 1.471 2.267 6.950 86 1HD LYS 17 HD1 LYS 17 2.316 4.387 6.804 87 2HD LYS 17 HD2 LYS 17 2.630 3.964 8.509 88 1HE LYS 17 HE2 LYS 17 5.045 3.432 7.917 89 2HE LYS 17 HE1 LYS 17 4.685 3.959 6.214 90 1HZ LYS 17 HZ1 LYS 17 5.689 5.693 7.513 91 2HZ LYS 17 HZ2 LYS 17 4.433 5.634 8.655 92 3HZ LYS 17 HZ3 LYS 17 4.107 6.119 7.061 93 H TRP 18 HN TRP 18 1.907 -0.719 11.395 94 HA TRP 18 HA TRP 18 0.704 1.545 12.839 95 1HB TRP 18 HB2 TRP 18 1.057 -1.296 13.828 96 2HB TRP 18 HB1 TRP 18 0.362 0.085 14.722 97 HD1 TRP 18 HD1 TRP 18 -0.662 -2.490 11.962 98 HE1 TRP 18 HE1 TRP 18 -3.222 -2.139 11.617 99 HE3 TRP 18 HE3 TRP 18 -1.141 1.931 14.396 100 HZ2 TRP 18 HZ2 TRP 18 -5.168 -0.283 12.482 101 HZ3 TRP 18 HZ3 TRP 18 -3.340 2.750 14.884 102 HH2 TRP 18 HH2 TRP 18 -5.351 1.701 13.919 103 H SER 19 HN SER 19 3.335 -0.629 14.019 104 HA SER 19 HA SER 19 4.755 1.761 15.010 105 1HB SER 19 HB2 SER 19 4.860 -1.157 16.014 106 2HB SER 19 HB1 SER 19 5.677 0.270 16.757 107 HG SER 19 HG SER 19 3.492 1.146 16.977 108 H SER 20 HN SER 20 7.185 1.816 14.716 109 HA SER 20 HA SER 20 7.882 0.974 12.153 110 1HB SER 20 HB1 SER 20 9.726 1.912 14.400 111 2HB SER 20 HB2 SER 20 10.140 1.843 12.634 112 HG SER 20 HG SER 20 9.371 3.910 13.230 113 H ASN 21 HN ASN 21 8.090 -0.907 11.471 114 HA ASN 21 HA ASN 21 9.496 -3.071 12.847 115 1HB ASN 21 HB2 ASN 21 6.883 -3.085 12.675 116 2HB ASN 21 HB1 ASN 21 7.023 -2.728 10.939 117 1HD2 ASN 21 HD21 ASN 21 8.251 -5.425 13.115 118 2HD2 ASN 21 HD22 ASN 21 7.656 -6.683 12.036 119 H GLY 22 HN GLY 22 9.664 -1.076 10.367 120 1HA GLY 22 HA2 GLY 22 11.269 -1.010 8.720 121 2HA GLY 22 HA1 GLY 22 11.383 -2.768 8.708 122 H TYR 23 HN TYR 23 8.213 -2.824 8.593 123 HA TYR 23 HA TYR 23 7.835 -1.698 5.977 124 1HB TYR 23 HB2 TYR 23 6.901 -3.850 4.929 125 2HB TYR 23 HB1 TYR 23 8.629 -3.404 5.005 126 HD1 TYR 23 HD1 TYR 23 6.026 -5.737 5.884 127 HD2 TYR 23 HD2 TYR 23 10.066 -4.675 6.760 128 HE1 TYR 23 HE1 TYR 23 6.430 -7.959 6.801 129 HE2 TYR 23 HE2 TYR 23 10.411 -6.812 7.834 130 HH TYR 23 HH TYR 23 8.397 -9.480 7.354 131 H PHE 24 HN PHE 24 5.848 -1.952 4.833 132 HA PHE 24 HA PHE 24 3.551 -1.645 6.649 133 1HB PHE 24 HB1 PHE 24 3.044 -0.443 3.976 134 2HB PHE 24 HB2 PHE 24 2.662 0.094 5.590 135 HD1 PHE 24 HD1 PHE 24 5.278 0.456 6.805 136 HD2 PHE 24 HD2 PHE 24 3.907 1.802 2.922 137 HE1 PHE 24 HE1 PHE 24 7.073 2.013 6.674 138 HE2 PHE 24 HE2 PHE 24 5.578 3.390 2.978 139 HZ PHE 24 HZ PHE 24 7.450 3.283 4.695 140 H TYR 25 HN TYR 25 1.864 -2.659 6.148 141 HA TYR 25 HA TYR 25 1.733 -4.845 4.267 142 1HB TYR 25 HB2 TYR 25 0.064 -4.094 6.802 143 2HB TYR 25 HB1 TYR 25 -0.040 -5.658 5.890 144 HD1 TYR 25 HD1 TYR 25 2.028 -3.621 8.230 145 HD2 TYR 25 HD2 TYR 25 1.781 -7.309 6.097 146 HE1 TYR 25 HE1 TYR 25 4.021 -4.417 9.381 147 HE2 TYR 25 HE2 TYR 25 3.734 -8.130 7.330 148 HH TYR 25 HH TYR 25 5.672 -6.037 9.464 149 H SER 26 HN SER 26 -0.931 -4.899 3.796 150 HA SER 26 HA SER 26 -1.496 -2.502 2.260 151 1HB SER 26 HB2 SER 26 -2.801 -4.064 0.997 152 2HB SER 26 HB1 SER 26 -1.050 -4.633 1.175 153 HG SER 26 HG SER 26 -3.196 -5.561 2.868 154 H GLY 27 HN GLY 27 -3.413 -1.374 2.274 155 1HA GLY 27 HA2 GLY 27 -5.608 -2.097 4.062 156 2HA GLY 27 HA1 GLY 27 -4.786 -0.505 4.133 157 H LYS 28 HN LYS 28 -7.814 -0.513 3.481 158 HA LYS 28 HA LYS 28 -7.360 0.770 0.876 159 1HB LYS 28 HB2 LYS 28 -10.030 -0.568 1.563 160 2HB LYS 28 HB1 LYS 28 -9.523 0.294 0.053 161 1HG LYS 28 HG2 LYS 28 -7.966 -1.570 -0.475 162 2HG LYS 28 HG1 LYS 28 -8.497 -2.441 0.998 163 1HD LYS 28 HD1 LYS 28 -10.355 -1.585 -1.317 164 2HD LYS 28 HD2 LYS 28 -9.660 -3.223 -1.086 165 1HE LYS 28 HE2 LYS 28 -10.896 -3.381 1.150 166 2HE LYS 28 HE1 LYS 28 -11.681 -1.796 0.779 167 1HZ LYS 28 HZ1 LYS 28 -13.052 -3.641 0.165 168 2HZ LYS 28 HZ2 LYS 28 -11.854 -4.262 -0.866 169 3HZ LYS 28 HZ3 LYS 28 -12.587 -2.772 -1.217 170 H ILE 29 HN ILE 29 -9.124 2.725 0.819 171 HA ILE 29 HA ILE 29 -9.643 3.544 3.633 172 HB ILE 29 HB ILE 29 -8.212 5.050 2.618 173 1HG1 ILE 29 HG11 ILE 29 -11.018 6.285 2.866 174 2HG1 ILE 29 HG12 ILE 29 -9.868 5.958 4.211 175 1HG2 ILE 29 HG21 ILE 29 -10.287 4.960 0.381 176 2HG2 ILE 29 HG22 ILE 29 -8.532 4.701 0.327 177 3HG2 ILE 29 HG23 ILE 29 -9.186 6.357 0.550 178 1HD1 ILE 29 HD11 ILE 29 -8.217 7.534 3.060 179 2HD1 ILE 29 HD12 ILE 29 -9.756 8.316 3.574 180 3HD1 ILE 29 HD13 ILE 29 -9.494 7.917 1.855 181 H THR 30 HN THR 30 -11.729 4.422 4.186 182 HA THR 30 HA THR 30 -13.974 3.612 2.415 183 HB THR 30 HB THR 30 -13.946 3.623 5.475 184 HG1 THR 30 HG1 THR 30 -13.070 1.753 4.784 185 1HG2 THR 30 HG21 THR 30 -16.158 3.019 3.391 186 2HG2 THR 30 HG22 THR 30 -16.231 4.277 4.685 187 3HG2 THR 30 HG23 THR 30 -16.251 2.541 5.122 188 H ARG 31 HN ARG 31 -12.784 6.189 4.816 189 HA ARG 31 HA ARG 31 -14.239 8.168 3.241 190 1HB ARG 31 HB1 ARG 31 -14.728 7.786 6.267 191 2HB ARG 31 HB2 ARG 31 -15.224 9.228 5.316 192 1HG ARG 31 HG2 ARG 31 -16.866 7.902 4.058 193 2HG ARG 31 HG1 ARG 31 -16.314 6.399 4.878 194 1HD ARG 31 HD1 ARG 31 -16.917 7.362 7.113 195 2HD ARG 31 HD2 ARG 31 -17.574 8.843 6.288 196 HE ARG 31 HE ARG 31 -18.839 6.679 4.995 197 1HH1 ARG 31 HH11 ARG 31 -18.635 7.836 8.373 198 2HH1 ARG 31 HH12 ARG 31 -20.200 7.237 8.812 199 1HH2 ARG 31 HH21 ARG 31 -20.940 5.885 5.607 200 2HH2 ARG 31 HH22 ARG 31 -21.525 6.115 7.222 201 H ASP 32 HN ASP 32 -13.215 10.407 3.962 202 HA ASP 32 HA ASP 32 -10.552 9.989 5.200 203 1HB ASP 32 HB2 ASP 32 -9.996 12.264 4.609 204 2HB ASP 32 HB1 ASP 32 -10.508 11.308 3.183 205 H VAL 33 HN VAL 33 -9.938 10.887 7.338 206 HA VAL 33 HA VAL 33 -12.198 12.126 8.817 207 HB VAL 33 HB VAL 33 -10.738 11.400 10.917 208 1HG1 VAL 33 HG21 VAL 33 -13.197 11.187 10.513 209 2HG1 VAL 33 HG22 VAL 33 -12.512 9.704 11.269 210 3HG1 VAL 33 HG23 VAL 33 -12.906 9.711 9.517 211 1HG2 VAL 33 HG11 VAL 33 -10.613 8.711 9.442 212 2HG2 VAL 33 HG12 VAL 33 -9.740 9.190 10.884 213 3HG2 VAL 33 HG13 VAL 33 -9.205 9.796 9.354 214 H GLY 34 HN GLY 34 -11.939 14.126 9.177 215 1HA GLY 34 HA2 GLY 34 -11.237 16.182 8.697 216 2HA GLY 34 HA1 GLY 34 -10.254 15.788 10.139 217 H ALA 35 HN ALA 35 -8.324 16.686 10.029 218 HA ALA 35 HA ALA 35 -6.754 16.750 7.516 219 1HB ALA 35 HB1 ALA 35 -5.492 18.619 8.627 220 2HB ALA 35 HB2 ALA 35 -6.538 18.478 10.094 221 3HB ALA 35 HB3 ALA 35 -7.233 19.056 8.536 222 H GLY 36 HN GLY 36 -5.245 15.358 7.339 223 1HA GLY 36 HA2 GLY 36 -3.370 14.273 7.882 224 2HA GLY 36 HA1 GLY 36 -3.613 14.607 9.624 225 H LYS 37 HN LYS 37 -6.519 13.180 8.532 226 HA LYS 37 HA LYS 37 -5.488 10.475 9.075 227 1HB LYS 37 HB2 LYS 37 -7.842 10.482 10.532 228 2HB LYS 37 HB1 LYS 37 -6.213 10.542 11.176 229 1HG LYS 37 HG1 LYS 37 -6.308 12.951 11.498 230 2HG LYS 37 HG2 LYS 37 -7.820 13.092 10.551 231 1HD LYS 37 HD1 LYS 37 -8.999 11.615 12.231 232 2HD LYS 37 HD2 LYS 37 -7.492 11.573 13.205 233 1HE LYS 37 HE2 LYS 37 -9.059 13.222 14.137 234 2HE LYS 37 HE1 LYS 37 -7.613 14.099 13.464 235 1HZ LYS 37 HZ1 LYS 37 -8.904 14.569 11.492 236 2HZ LYS 37 HZ2 LYS 37 -9.666 15.167 12.885 237 3HZ LYS 37 HZ3 LYS 37 -10.252 13.761 12.134 238 H TYR 38 HN TYR 38 -7.029 8.748 8.789 239 HA TYR 38 HA TYR 38 -8.854 9.034 6.536 240 1HB TYR 38 HB1 TYR 38 -6.459 7.066 6.624 241 2HB TYR 38 HB2 TYR 38 -7.727 7.104 5.343 242 HD1 TYR 38 HD1 TYR 38 -4.583 8.380 6.366 243 HD2 TYR 38 HD2 TYR 38 -8.072 9.575 4.304 244 HE1 TYR 38 HE1 TYR 38 -3.211 9.988 5.030 245 HE2 TYR 38 HE2 TYR 38 -6.858 11.366 3.222 246 HH TYR 38 HH TYR 38 -4.970 12.443 2.978 247 H LYS 39 HN LYS 39 -10.606 7.347 6.559 248 HA LYS 39 HA LYS 39 -10.881 5.585 8.936 249 1HB LYS 39 HB1 LYS 39 -12.652 7.227 9.219 250 2HB LYS 39 HB2 LYS 39 -12.712 7.578 7.473 251 1HG LYS 39 HG1 LYS 39 -14.759 6.498 8.098 252 2HG LYS 39 HG2 LYS 39 -13.849 5.406 7.008 253 1HD LYS 39 HD2 LYS 39 -13.112 4.089 9.111 254 2HD LYS 39 HD1 LYS 39 -14.258 5.109 10.044 255 1HE LYS 39 HE2 LYS 39 -14.925 3.296 7.616 256 2HE LYS 39 HE1 LYS 39 -15.339 2.952 9.341 257 1HZ LYS 39 HZ1 LYS 39 -17.201 3.807 8.132 258 2HZ LYS 39 HZ2 LYS 39 -16.357 5.225 7.726 259 3HZ LYS 39 HZ3 LYS 39 -16.738 4.899 9.348 260 H LEU 40 HN LEU 40 -10.350 3.828 8.402 261 HA LEU 40 HA LEU 40 -10.546 3.159 5.522 262 1HB LEU 40 HB1 LEU 40 -8.086 2.887 5.486 263 2HB LEU 40 HB2 LEU 40 -8.445 4.428 6.298 264 HG LEU 40 HG LEU 40 -6.869 3.632 7.677 265 1HD1 LEU 40 HD11 LEU 40 -9.145 2.332 9.102 266 2HD1 LEU 40 HD12 LEU 40 -8.628 4.105 9.209 267 3HD1 LEU 40 HD13 LEU 40 -7.546 2.791 9.808 268 1HD2 LEU 40 HD21 LEU 40 -7.973 0.714 7.576 269 2HD2 LEU 40 HD22 LEU 40 -6.373 1.250 8.139 270 3HD2 LEU 40 HD23 LEU 40 -6.819 1.318 6.366 271 H LEU 41 HN LEU 41 -10.349 1.015 4.762 272 HA LEU 41 HA LEU 41 -10.527 -0.943 6.940 273 1HB LEU 41 HB2 LEU 41 -12.581 -0.118 6.750 274 2HB LEU 41 HB1 LEU 41 -12.743 -0.382 4.951 275 HG LEU 41 HG LEU 41 -12.257 -2.654 6.960 276 1HD1 LEU 41 HD11 LEU 41 -14.710 -3.138 6.897 277 2HD1 LEU 41 HD12 LEU 41 -14.978 -1.892 5.621 278 3HD1 LEU 41 HD13 LEU 41 -14.564 -1.385 7.286 279 1HD2 LEU 41 HD21 LEU 41 -13.348 -4.054 5.053 280 2HD2 LEU 41 HD22 LEU 41 -11.771 -3.336 4.591 281 3HD2 LEU 41 HD23 LEU 41 -13.293 -2.592 4.019 282 H PHE 42 HN PHE 42 -9.149 -2.502 6.616 283 HA PHE 42 HA PHE 42 -7.486 -2.456 4.296 284 1HB PHE 42 HB2 PHE 42 -7.741 -4.790 6.277 285 2HB PHE 42 HB1 PHE 42 -6.447 -4.637 5.027 286 HD1 PHE 42 HD1 PHE 42 -7.186 -1.488 7.012 287 HD2 PHE 42 HD2 PHE 42 -5.022 -5.162 6.778 288 HE1 PHE 42 HE1 PHE 42 -5.749 -0.772 8.819 289 HE2 PHE 42 HE2 PHE 42 -3.535 -4.392 8.561 290 HZ PHE 42 HZ PHE 42 -3.912 -2.180 9.596 291 H ASP 43 HN ASP 43 -7.139 -4.082 2.539 292 HA ASP 43 HA ASP 43 -9.464 -4.976 1.276 293 1HB ASP 43 HB2 ASP 43 -8.033 -5.973 -0.444 294 2HB ASP 43 HB1 ASP 43 -7.515 -4.326 0.002 295 H ASP 44 HN ASP 44 -8.250 -6.315 3.880 296 HA ASP 44 HA ASP 44 -9.276 -9.031 3.498 297 1HB ASP 44 HB1 ASP 44 -7.608 -9.763 5.188 298 2HB ASP 44 HB2 ASP 44 -6.866 -8.987 3.725 299 H GLY 45 HN GLY 45 -10.183 -5.943 4.880 300 1HA GLY 45 HA2 GLY 45 -12.111 -5.626 5.751 301 2HA GLY 45 HA1 GLY 45 -12.229 -7.345 6.410 302 H TYR 46 HN TYR 46 -9.473 -5.236 7.236 303 HA TYR 46 HA TYR 46 -10.618 -5.071 9.974 304 1HB TYR 46 HB1 TYR 46 -8.460 -6.270 9.916 305 2HB TYR 46 HB2 TYR 46 -7.676 -4.833 9.155 306 HD1 TYR 46 HD1 TYR 46 -6.906 -3.102 10.498 307 HD2 TYR 46 HD2 TYR 46 -9.655 -5.864 12.209 308 HE1 TYR 46 HE1 TYR 46 -6.850 -1.846 12.601 309 HE2 TYR 46 HE2 TYR 46 -9.555 -4.633 14.347 310 HH TYR 46 HH TYR 46 -7.946 -1.496 14.548 311 H GLU 47 HN GLU 47 -11.699 -3.255 10.368 312 HA GLU 47 HA GLU 47 -10.835 -0.764 9.098 313 1HB GLU 47 HB2 GLU 47 -13.161 -1.496 8.741 314 2HB GLU 47 HB1 GLU 47 -13.511 -1.409 10.463 315 1HG GLU 47 HG2 GLU 47 -12.362 1.180 9.245 316 2HG GLU 47 HG1 GLU 47 -13.923 0.608 8.531 317 H CYS 48 HN CYS 48 -10.752 1.182 10.161 318 HA CYS 48 HA CYS 48 -11.014 1.440 12.996 319 1HB CYS 48 HB1 CYS 48 -8.690 0.178 12.705 320 2HB CYS 48 HB2 CYS 48 -8.089 1.717 12.027 321 HG CYS 48 HG CYS 48 -9.468 1.125 15.011 322 H ASP 49 HN ASP 49 -9.859 3.892 13.422 323 HA ASP 49 HA ASP 49 -9.893 5.336 10.843 324 1HB ASP 49 HB2 ASP 49 -10.522 6.823 13.531 325 2HB ASP 49 HB1 ASP 49 -10.651 7.419 11.852 326 H VAL 50 HN VAL 50 -7.864 6.584 10.797 327 HA VAL 50 HA VAL 50 -6.296 6.644 13.249 328 HB VAL 50 HB VAL 50 -4.245 5.675 11.897 329 1HG1 VAL 50 HG21 VAL 50 -6.574 3.730 12.226 330 2HG1 VAL 50 HG22 VAL 50 -5.558 4.399 13.558 331 3HG1 VAL 50 HG23 VAL 50 -4.792 3.407 12.242 332 1HG2 VAL 50 HG11 VAL 50 -4.707 5.883 9.621 333 2HG2 VAL 50 HG12 VAL 50 -6.454 5.576 9.760 334 3HG2 VAL 50 HG13 VAL 50 -5.291 4.194 9.868 335 H LEU 51 HN LEU 51 -4.194 7.823 12.951 336 HA LEU 51 HA LEU 51 -4.349 9.977 10.980 337 1HB LEU 51 HB2 LEU 51 -2.437 9.219 13.357 338 2HB LEU 51 HB1 LEU 51 -1.916 10.487 12.201 339 HG LEU 51 HG LEU 51 -2.680 11.371 14.339 340 1HD1 LEU 51 HD21 LEU 51 -4.296 12.259 11.885 341 2HD1 LEU 51 HD22 LEU 51 -2.608 12.742 12.279 342 3HD1 LEU 51 HD23 LEU 51 -3.968 13.263 13.346 343 1HD2 LEU 51 HD11 LEU 51 -5.058 11.578 14.923 344 2HD2 LEU 51 HD12 LEU 51 -4.600 9.841 14.843 345 3HD2 LEU 51 HD13 LEU 51 -5.540 10.588 13.496 346 H GLY 52 HN GLY 52 -2.967 10.528 9.432 347 1HA GLY 52 HA2 GLY 52 -3.410 8.322 7.955 348 2HA GLY 52 HA1 GLY 52 -2.566 9.745 7.309 349 H LYS 53 HN LYS 53 -0.227 9.523 8.910 350 HA LYS 53 HA LYS 53 1.572 8.015 7.441 351 1HB LYS 53 HB1 LYS 53 3.067 8.658 9.561 352 2HB LYS 53 HB2 LYS 53 2.411 9.895 8.479 353 1HG LYS 53 HG1 LYS 53 2.269 10.611 10.794 354 2HG LYS 53 HG2 LYS 53 0.680 10.573 10.000 355 1HD LYS 53 HD2 LYS 53 0.369 9.874 12.279 356 2HD LYS 53 HD1 LYS 53 0.147 8.425 11.254 357 1HE LYS 53 HE2 LYS 53 1.382 7.824 13.285 358 2HE LYS 53 HE1 LYS 53 2.488 7.651 11.879 359 1HZ LYS 53 HZ1 LYS 53 2.370 9.972 13.735 360 2HZ LYS 53 HZ2 LYS 53 3.409 9.818 12.400 361 3HZ LYS 53 HZ3 LYS 53 3.545 8.745 13.709 362 H ASP 54 HN ASP 54 -0.548 6.385 8.632 363 HA ASP 54 HA ASP 54 0.866 4.149 9.765 364 1HB ASP 54 HB1 ASP 54 -1.874 5.177 10.830 365 2HB ASP 54 HB2 ASP 54 -1.158 3.576 11.231 366 H ILE 55 HN ILE 55 -2.535 5.083 8.824 367 HA ILE 55 HA ILE 55 -2.265 3.146 6.603 368 HB ILE 55 HB ILE 55 -4.874 3.195 7.991 369 1HG1 ILE 55 HG11 ILE 55 -3.376 2.977 9.966 370 2HG1 ILE 55 HG12 ILE 55 -4.508 1.660 9.633 371 1HG2 ILE 55 HG21 ILE 55 -4.789 1.873 6.036 372 2HG2 ILE 55 HG22 ILE 55 -4.459 0.642 7.305 373 3HG2 ILE 55 HG23 ILE 55 -3.134 1.306 6.303 374 1HD1 ILE 55 HD11 ILE 55 -1.441 1.465 9.158 375 2HD1 ILE 55 HD12 ILE 55 -2.655 0.168 8.869 376 3HD1 ILE 55 HD13 ILE 55 -2.352 0.818 10.517 377 H LEU 56 HN LEU 56 -2.090 4.398 4.982 378 HA LEU 56 HA LEU 56 -4.015 6.523 4.328 379 1HB LEU 56 HB1 LEU 56 -2.259 8.089 3.606 380 2HB LEU 56 HB2 LEU 56 -2.179 7.593 5.281 381 HG LEU 56 HG LEU 56 -0.319 5.960 4.688 382 1HD1 LEU 56 HD21 LEU 56 -0.111 7.490 1.978 383 2HD1 LEU 56 HD22 LEU 56 -0.448 5.757 2.088 384 3HD1 LEU 56 HD23 LEU 56 1.081 6.338 2.545 385 1HD2 LEU 56 HD11 LEU 56 -0.381 8.671 5.304 386 2HD2 LEU 56 HD12 LEU 56 0.501 8.687 3.768 387 3HD2 LEU 56 HD13 LEU 56 1.142 7.726 5.136 388 H LEU 57 HN LEU 57 -4.140 7.595 2.042 389 HA LEU 57 HA LEU 57 -4.098 6.243 -0.179 390 1HB LEU 57 HB1 LEU 57 -3.876 8.566 -1.087 391 2HB LEU 57 HB2 LEU 57 -4.848 8.711 0.408 392 HG LEU 57 HG LEU 57 -2.136 9.815 -0.389 393 1HD1 LEU 57 HD11 LEU 57 -4.608 11.109 0.879 394 2HD1 LEU 57 HD12 LEU 57 -4.211 11.090 -0.882 395 3HD1 LEU 57 HD13 LEU 57 -3.131 11.949 0.281 396 1HD2 LEU 57 HD21 LEU 57 -1.795 10.730 1.912 397 2HD2 LEU 57 HD22 LEU 57 -1.599 8.950 1.827 398 3HD2 LEU 57 HD23 LEU 57 -3.137 9.657 2.488 399 H CYS 58 HN CYS 58 -2.589 5.077 -1.074 400 HA CYS 58 HA CYS 58 0.064 6.207 -1.542 401 1HB CYS 58 HB1 CYS 58 -0.727 4.251 0.218 402 2HB CYS 58 HB2 CYS 58 -0.562 3.243 -1.231 403 HG CYS 58 HG CYS 58 1.580 3.434 0.477 404 H ASP 59 HN ASP 59 0.595 4.966 -3.520 405 HA ASP 59 HA ASP 59 -1.466 4.672 -5.606 406 1HB ASP 59 HB2 ASP 59 1.220 5.617 -5.938 407 2HB ASP 59 HB1 ASP 59 1.250 3.984 -6.671 408 HA PRO 60 HA PRO 60 0.888 3.252 -2.724 409 1HB PRO 60 HB2 PRO 60 2.443 0.781 -2.453 410 2HB PRO 60 HB1 PRO 60 1.504 1.723 -1.319 411 1HG PRO 60 HG1 PRO 60 0.435 -0.556 -2.219 412 2HG PRO 60 HG2 PRO 60 -0.583 0.889 -1.893 413 1HD PRO 60 HD2 PRO 60 0.557 0.009 -4.603 414 2HD PRO 60 HD1 PRO 60 -1.186 0.376 -4.178 415 H ILE 61 HN ILE 61 3.125 1.334 -4.642 416 HA ILE 61 HA ILE 61 4.850 3.615 -4.162 417 HB ILE 61 HB ILE 61 5.037 0.650 -4.372 418 1HG1 ILE 61 HG12 ILE 61 4.224 2.166 -2.305 419 2HG1 ILE 61 HG11 ILE 61 5.509 0.939 -2.062 420 1HG2 ILE 61 HG21 ILE 61 7.388 1.057 -3.371 421 2HG2 ILE 61 HG22 ILE 61 7.366 2.700 -4.004 422 3HG2 ILE 61 HG23 ILE 61 7.348 1.326 -5.192 423 1HD1 ILE 61 HD11 ILE 61 6.416 3.793 -2.693 424 2HD1 ILE 61 HD12 ILE 61 7.054 2.542 -1.614 425 3HD1 ILE 61 HD13 ILE 61 5.614 3.500 -1.113 426 HA PRO 62 HA PRO 62 5.197 5.277 -7.997 427 1HB PRO 62 HB2 PRO 62 8.255 5.268 -7.702 428 2HB PRO 62 HB1 PRO 62 7.157 6.656 -8.077 429 1HG PRO 62 HG1 PRO 62 8.033 6.325 -5.413 430 2HG PRO 62 HG2 PRO 62 6.277 6.561 -5.714 431 1HD PRO 62 HD1 PRO 62 7.715 4.028 -5.348 432 2HD PRO 62 HD2 PRO 62 6.318 4.734 -4.515 433 H LEU 63 HN LEU 63 4.667 4.376 -9.835 434 HA LEU 63 HA LEU 63 4.816 1.956 -10.548 435 1HB LEU 63 HB1 LEU 63 4.142 4.548 -11.933 436 2HB LEU 63 HB2 LEU 63 3.832 3.012 -12.809 437 HG LEU 63 HG LEU 63 2.961 2.858 -9.957 438 1HD1 LEU 63 HD21 LEU 63 2.396 5.255 -10.210 439 2HD1 LEU 63 HD22 LEU 63 0.954 4.226 -10.105 440 3HD1 LEU 63 HD23 LEU 63 1.455 4.885 -11.714 441 1HD2 LEU 63 HD11 LEU 63 1.681 2.310 -12.703 442 2HD2 LEU 63 HD12 LEU 63 0.988 1.817 -11.109 443 3HD2 LEU 63 HD13 LEU 63 2.575 1.162 -11.651 444 H ASP 64 HN ASP 64 7.587 2.496 -10.526 445 HA ASP 64 HA ASP 64 8.192 0.234 -12.123 446 1HB ASP 64 HB2 ASP 64 8.004 1.808 -13.814 447 2HB ASP 64 HB1 ASP 64 9.372 2.820 -13.196 448 H THR 65 HN THR 65 8.196 0.501 -9.562 449 HA THR 65 HA THR 65 10.863 1.011 -8.629 450 HB THR 65 HB THR 65 8.324 1.732 -7.153 451 HG1 THR 65 HG1 THR 65 8.827 3.278 -8.449 452 1HG2 THR 65 HG21 THR 65 9.915 2.666 -5.418 453 2HG2 THR 65 HG22 THR 65 11.288 1.866 -6.264 454 3HG2 THR 65 HG23 THR 65 9.986 0.870 -5.493 455 H GLU 66 HN GLU 66 11.744 -0.250 -7.710 456 HA GLU 66 HA GLU 66 11.021 -2.911 -7.373 457 1HB GLU 66 HB2 GLU 66 13.390 -1.669 -5.937 458 2HB GLU 66 HB1 GLU 66 13.112 -3.414 -6.280 459 1HG GLU 66 HG2 GLU 66 13.212 -2.922 -8.750 460 2HG GLU 66 HG1 GLU 66 13.545 -1.184 -8.367 461 H VAL 67 HN VAL 67 9.252 -3.234 -6.184 462 HA VAL 67 HA VAL 67 9.305 -2.744 -3.232 463 HB VAL 67 HB VAL 67 6.683 -3.595 -3.728 464 1HG1 VAL 67 HG11 VAL 67 7.970 -0.926 -2.988 465 2HG1 VAL 67 HG12 VAL 67 7.546 -2.312 -1.890 466 3HG1 VAL 67 HG13 VAL 67 6.229 -1.427 -2.678 467 1HG2 VAL 67 HG21 VAL 67 7.428 -1.255 -5.610 468 2HG2 VAL 67 HG22 VAL 67 5.770 -1.823 -5.174 469 3HG2 VAL 67 HG23 VAL 67 6.847 -2.898 -6.134 470 H THR 68 HN THR 68 7.931 -4.417 -2.077 471 HA THR 68 HA THR 68 9.393 -6.938 -2.701 472 HB THR 68 HB THR 68 10.229 -5.961 -0.773 473 HG1 THR 68 HG1 THR 68 9.577 -7.583 0.774 474 1HG2 THR 68 HG21 THR 68 8.078 -4.612 -0.420 475 2HG2 THR 68 HG22 THR 68 8.671 -5.428 1.108 476 3HG2 THR 68 HG23 THR 68 7.317 -6.125 0.114 477 H ALA 69 HN ALA 69 8.578 -8.799 -2.934 478 HA ALA 69 HA ALA 69 5.638 -8.953 -3.343 479 1HB ALA 69 HB1 ALA 69 6.409 -10.899 -4.826 480 2HB ALA 69 HB2 ALA 69 8.108 -10.501 -4.287 481 3HB ALA 69 HB3 ALA 69 7.171 -9.295 -5.216 482 H LEU 70 HN LEU 70 4.310 -10.547 -2.249 483 HA LEU 70 HA LEU 70 5.489 -11.607 0.081 484 1HB LEU 70 HB2 LEU 70 2.716 -11.609 -0.671 485 2HB LEU 70 HB1 LEU 70 3.258 -13.046 0.258 486 HG LEU 70 HG LEU 70 2.495 -11.355 1.751 487 1HD1 LEU 70 HD21 LEU 70 4.275 -11.266 3.407 488 2HD1 LEU 70 HD22 LEU 70 5.547 -11.498 2.183 489 3HD1 LEU 70 HD23 LEU 70 4.433 -12.849 2.552 490 1HD2 LEU 70 HD11 LEU 70 4.803 -9.546 0.806 491 2HD2 LEU 70 HD12 LEU 70 3.530 -9.177 2.036 492 3HD2 LEU 70 HD13 LEU 70 3.062 -9.347 0.307 493 H SER 71 HN SER 71 6.739 -12.815 0.255 494 HA SER 71 HA SER 71 7.085 -15.506 -0.547 495 1HB SER 71 HB1 SER 71 8.423 -14.212 -2.229 496 2HB SER 71 HB2 SER 71 9.051 -13.145 -0.948 497 HG SER 71 HG SER 71 10.609 -14.606 -1.275 498 H GLU 72 HN GLU 72 8.811 -16.087 1.341 499 HA GLU 72 HA GLU 72 7.647 -16.042 3.716 500 1HB GLU 72 HB1 GLU 72 9.535 -17.417 3.117 501 2HB GLU 72 HB2 GLU 72 10.583 -15.957 2.871 502 1HG GLU 72 HG2 GLU 72 10.738 -15.465 5.108 503 2HG GLU 72 HG1 GLU 72 9.469 -16.674 5.632 504 H ASP 73 HN ASP 73 7.651 -15.053 5.737 505 HA ASP 73 HA ASP 73 6.982 -12.574 5.857 506 1HB ASP 73 HB2 ASP 73 8.142 -14.073 8.259 507 2HB ASP 73 HB1 ASP 73 6.965 -12.705 8.353 508 H GLU 74 HN GLU 74 10.389 -13.126 7.063 509 HA GLU 74 HA GLU 74 10.711 -10.183 6.669 510 1HB GLU 74 HB2 GLU 74 10.886 -10.874 9.011 511 2HB GLU 74 HB1 GLU 74 12.193 -12.035 8.593 512 1HG GLU 74 HG2 GLU 74 13.694 -10.155 7.956 513 2HG GLU 74 HG1 GLU 74 12.342 -8.974 8.182 514 H TYR 75 HN TYR 75 11.096 -13.028 5.038 515 HA TYR 75 HA TYR 75 13.846 -12.419 4.088 516 1HB TYR 75 HB2 TYR 75 12.642 -15.208 4.305 517 2HB TYR 75 HB1 TYR 75 14.345 -14.738 3.997 518 HD1 TYR 75 HD1 TYR 75 15.774 -14.170 5.778 519 HD2 TYR 75 HD2 TYR 75 11.618 -14.664 6.657 520 HE1 TYR 75 HE1 TYR 75 16.248 -14.059 8.181 521 HE2 TYR 75 HE2 TYR 75 12.114 -14.633 9.032 522 HH TYR 75 HH TYR 75 15.369 -14.100 10.281 523 H PHE 76 HN PHE 76 10.949 -12.082 3.152 524 HA PHE 76 HA PHE 76 10.474 -12.803 0.560 525 1HB PHE 76 HB2 PHE 76 9.011 -10.701 0.423 526 2HB PHE 76 HB1 PHE 76 8.764 -11.840 1.773 527 HD1 PHE 76 HD1 PHE 76 7.440 -10.195 2.686 528 HD2 PHE 76 HD2 PHE 76 11.649 -9.524 2.347 529 HE1 PHE 76 HE1 PHE 76 7.289 -8.349 4.263 530 HE2 PHE 76 HE2 PHE 76 11.473 -7.633 3.848 531 HZ PHE 76 HZ PHE 76 9.292 -6.988 4.764 532 H SER 77 HN SER 77 10.375 -11.398 -1.542 533 HA SER 77 HA SER 77 13.012 -9.995 -1.823 534 1HB SER 77 HB1 SER 77 13.268 -11.158 -4.056 535 2HB SER 77 HB2 SER 77 13.309 -12.237 -2.635 536 HG SER 77 HG SER 77 11.239 -11.934 -4.523 537 H ALA 78 HN ALA 78 13.333 -8.497 -3.464 538 HA ALA 78 HA ALA 78 10.950 -7.078 -4.176 539 1HB ALA 78 HB1 ALA 78 13.789 -6.052 -4.615 540 2HB ALA 78 HB2 ALA 78 12.755 -5.705 -3.183 541 3HB ALA 78 HB3 ALA 78 12.269 -5.085 -4.761 542 H GLY 79 HN GLY 79 10.151 -6.430 -5.899 543 1HA GLY 79 HA2 GLY 79 11.033 -7.359 -8.536 544 2HA GLY 79 HA1 GLY 79 9.265 -7.655 -7.895 545 H VAL 80 HN VAL 80 8.824 -6.144 -9.768 546 HA VAL 80 HA VAL 80 9.145 -3.323 -8.744 547 HB VAL 80 HB VAL 80 9.461 -4.776 -11.389 548 1HG1 VAL 80 HG11 VAL 80 7.971 -2.886 -12.079 549 2HG1 VAL 80 HG12 VAL 80 9.657 -2.511 -12.553 550 3HG1 VAL 80 HG13 VAL 80 8.950 -1.723 -11.100 551 1HG2 VAL 80 HG21 VAL 80 11.572 -3.421 -11.349 552 2HG2 VAL 80 HG22 VAL 80 11.358 -4.391 -9.822 553 3HG2 VAL 80 HG23 VAL 80 10.998 -2.598 -9.846 554 H VAL 81 HN VAL 81 7.479 -2.033 -8.437 555 HA VAL 81 HA VAL 81 4.868 -3.031 -9.375 556 HB VAL 81 HB VAL 81 5.042 -1.514 -7.315 557 1HG1 VAL 81 HG21 VAL 81 5.378 0.954 -7.743 558 2HG1 VAL 81 HG22 VAL 81 6.099 0.646 -9.339 559 3HG1 VAL 81 HG23 VAL 81 6.911 0.021 -7.852 560 1HG2 VAL 81 HG11 VAL 81 2.956 -1.445 -8.801 561 2HG2 VAL 81 HG12 VAL 81 3.690 0.051 -9.581 562 3HG2 VAL 81 HG13 VAL 81 3.290 0.048 -7.808 563 H LYS 82 HN LYS 82 3.994 -2.634 -11.432 564 HA LYS 82 HA LYS 82 5.473 -0.652 -13.079 565 1HB LYS 82 HB2 LYS 82 5.883 -3.219 -13.464 566 2HB LYS 82 HB1 LYS 82 4.281 -3.164 -14.277 567 1HG LYS 82 HG2 LYS 82 5.176 -1.386 -15.837 568 2HG LYS 82 HG1 LYS 82 6.713 -1.342 -14.906 569 1HD LYS 82 HD2 LYS 82 7.052 -3.820 -15.509 570 2HD LYS 82 HD1 LYS 82 5.600 -3.675 -16.564 571 1HE LYS 82 HE2 LYS 82 6.737 -1.835 -17.874 572 2HE LYS 82 HE1 LYS 82 8.213 -2.037 -16.842 573 1HZ LYS 82 HZ1 LYS 82 8.358 -4.312 -17.611 574 2HZ LYS 82 HZ2 LYS 82 8.388 -3.215 -18.908 575 3HZ LYS 82 HZ3 LYS 82 6.981 -4.109 -18.584 576 H GLY 83 HN GLY 83 2.275 -2.256 -12.531 577 1HA GLY 83 HA2 GLY 83 0.930 0.178 -13.350 578 2HA GLY 83 HA1 GLY 83 0.750 -1.252 -14.443 579 H HIS 84 HN HIS 84 -1.299 0.235 -12.573 580 HA HIS 84 HA HIS 84 -2.359 -2.232 -11.511 581 1HB HIS 84 HB1 HIS 84 -2.809 -0.950 -9.196 582 2HB HIS 84 HB2 HIS 84 -1.302 -1.828 -9.554 583 HD1 HIS 84 HD1 HIS 84 -2.298 1.948 -9.558 584 HD2 HIS 84 HD2 HIS 84 0.879 -0.708 -8.932 585 HE1 HIS 84 HE1 HIS 84 -0.209 3.285 -8.754 586 H ARG 85 HN ARG 85 -4.458 -2.486 -10.732 587 HA ARG 85 HA ARG 85 -6.239 -0.368 -11.713 588 1HB ARG 85 HB2 ARG 85 -7.331 -1.805 -13.185 589 2HB ARG 85 HB1 ARG 85 -5.672 -2.457 -13.351 590 1HG ARG 85 HG1 ARG 85 -6.675 -4.458 -13.024 591 2HG ARG 85 HG2 ARG 85 -6.542 -4.053 -11.272 592 1HD ARG 85 HD2 ARG 85 -8.781 -4.858 -11.618 593 2HD ARG 85 HD1 ARG 85 -8.960 -3.081 -11.441 594 HE ARG 85 HE ARG 85 -9.073 -4.694 -14.020 595 1HH1 ARG 85 HH11 ARG 85 -9.797 -1.619 -12.330 596 2HH1 ARG 85 HH12 ARG 85 -10.798 -1.014 -13.610 597 1HH2 ARG 85 HH21 ARG 85 -10.412 -3.859 -15.700 598 2HH2 ARG 85 HH22 ARG 85 -11.150 -2.300 -15.543 599 H LYS 86 HN LYS 86 -8.151 -0.300 -10.372 600 HA LYS 86 HA LYS 86 -8.492 -2.592 -8.579 601 1HB LYS 86 HB2 LYS 86 -7.094 -1.217 -7.321 602 2HB LYS 86 HB1 LYS 86 -7.976 0.299 -7.713 603 1HG LYS 86 HG2 LYS 86 -9.958 -0.477 -6.366 604 2HG LYS 86 HG1 LYS 86 -9.109 -2.030 -6.007 605 1HD LYS 86 HD2 LYS 86 -7.262 -0.674 -4.892 606 2HD LYS 86 HD1 LYS 86 -8.215 0.817 -5.221 607 1HE LYS 86 HE2 LYS 86 -10.099 -0.061 -3.795 608 2HE LYS 86 HE1 LYS 86 -9.116 -1.543 -3.438 609 1HZ LYS 86 HZ1 LYS 86 -8.920 0.101 -1.721 610 2HZ LYS 86 HZ2 LYS 86 -8.358 1.267 -2.821 611 3HZ LYS 86 HZ3 LYS 86 -7.425 -0.114 -2.497 612 H GLU 87 HN GLU 87 -10.496 -3.261 -8.738 613 HA GLU 87 HA GLU 87 -12.599 -1.468 -9.798 614 1HB GLU 87 HB2 GLU 87 -11.574 -3.243 -11.390 615 2HB GLU 87 HB1 GLU 87 -12.296 -4.486 -10.350 616 1HG GLU 87 HG2 GLU 87 -14.589 -3.627 -10.846 617 2HG GLU 87 HG1 GLU 87 -13.890 -2.198 -11.697 618 H SER 88 HN SER 88 -14.834 -2.250 -8.966 619 HA SER 88 HA SER 88 -14.867 -2.453 -6.197 620 1HB SER 88 HB2 SER 88 -17.371 -2.630 -6.512 621 2HB SER 88 HB1 SER 88 -16.603 -1.310 -7.450 622 HG SER 88 HG SER 88 -17.169 -3.895 -8.461 623 H GLY 89 HN GLY 89 -13.531 -4.336 -5.787 624 1HA GLY 89 HA2 GLY 89 -13.786 -6.291 -4.483 625 2HA GLY 89 HA1 GLY 89 -15.008 -6.911 -5.647 626 H GLU 90 HN GLU 90 -12.387 -5.446 -7.462 627 HA GLU 90 HA GLU 90 -10.968 -7.977 -7.665 628 1HB GLU 90 HB2 GLU 90 -11.372 -6.165 -10.098 629 2HB GLU 90 HB1 GLU 90 -11.061 -7.905 -9.946 630 1HG GLU 90 HG2 GLU 90 -13.735 -6.477 -9.400 631 2HG GLU 90 HG1 GLU 90 -13.263 -7.253 -10.947 632 H LEU 91 HN LEU 91 -8.917 -7.458 -6.867 633 HA LEU 91 HA LEU 91 -7.918 -4.703 -7.338 634 1HB LEU 91 HB2 LEU 91 -8.312 -6.159 -4.946 635 2HB LEU 91 HB1 LEU 91 -6.592 -6.552 -5.223 636 HG LEU 91 HG LEU 91 -7.894 -3.718 -5.290 637 1HD1 LEU 91 HD11 LEU 91 -6.547 -5.175 -2.950 638 2HD1 LEU 91 HD12 LEU 91 -8.264 -4.660 -3.088 639 3HD1 LEU 91 HD13 LEU 91 -6.955 -3.413 -2.975 640 1HD2 LEU 91 HD21 LEU 91 -5.556 -2.863 -4.861 641 2HD2 LEU 91 HD22 LEU 91 -5.778 -3.625 -6.473 642 3HD2 LEU 91 HD23 LEU 91 -4.914 -4.520 -5.170 643 H TYR 92 HN TYR 92 -6.122 -4.756 -9.054 644 HA TYR 92 HA TYR 92 -4.327 -6.935 -8.345 645 1HB TYR 92 HB2 TYR 92 -4.205 -7.944 -10.766 646 2HB TYR 92 HB1 TYR 92 -5.417 -8.501 -9.607 647 HD1 TYR 92 HD1 TYR 92 -4.948 -6.933 -12.811 648 HD2 TYR 92 HD2 TYR 92 -7.827 -7.959 -9.865 649 HE1 TYR 92 HE1 TYR 92 -6.671 -6.815 -14.499 650 HE2 TYR 92 HE2 TYR 92 -9.609 -7.722 -11.544 651 HH TYR 92 HH TYR 92 -8.899 -6.933 -14.915 652 H TYR 93 HN TYR 93 -2.411 -6.566 -8.354 653 HA TYR 93 HA TYR 93 -1.414 -4.173 -9.750 654 1HB TYR 93 HB1 TYR 93 -0.597 -5.475 -7.105 655 2HB TYR 93 HB2 TYR 93 0.525 -4.438 -8.050 656 HD1 TYR 93 HD1 TYR 93 -3.154 -4.110 -7.197 657 HD2 TYR 93 HD2 TYR 93 0.775 -2.281 -7.023 658 HE1 TYR 93 HE1 TYR 93 -4.146 -2.001 -6.639 659 HE2 TYR 93 HE2 TYR 93 -0.318 -0.195 -6.541 660 HH TYR 93 HH TYR 93 -2.275 0.961 -6.239 661 H SER 94 HN SER 94 -0.009 -4.447 -11.398 662 HA SER 94 HA SER 94 0.868 -7.153 -12.079 663 1HB SER 94 HB2 SER 94 1.477 -6.261 -14.297 664 2HB SER 94 HB1 SER 94 -0.222 -5.945 -13.898 665 HG SER 94 HG SER 94 0.710 -3.740 -13.170 666 H ILE 95 HN ILE 95 2.398 -7.679 -10.781 667 HA ILE 95 HA ILE 95 4.572 -5.787 -10.097 668 HB ILE 95 HB ILE 95 3.638 -8.437 -8.905 669 1HG1 ILE 95 HG11 ILE 95 1.904 -6.765 -8.632 670 2HG1 ILE 95 HG12 ILE 95 2.732 -6.982 -7.106 671 1HG2 ILE 95 HG21 ILE 95 5.049 -7.828 -6.944 672 2HG2 ILE 95 HG22 ILE 95 5.644 -6.357 -7.751 673 3HG2 ILE 95 HG23 ILE 95 6.112 -7.970 -8.397 674 1HD1 ILE 95 HD11 ILE 95 2.990 -4.562 -9.015 675 2HD1 ILE 95 HD12 ILE 95 4.132 -4.845 -7.648 676 3HD1 ILE 95 HD13 ILE 95 2.408 -4.589 -7.309 677 H GLU 96 HN GLU 96 6.402 -5.911 -11.187 678 HA GLU 96 HA GLU 96 6.649 -8.250 -13.015 679 1HB GLU 96 HB1 GLU 96 6.944 -5.925 -13.907 680 2HB GLU 96 HB2 GLU 96 8.497 -5.821 -13.003 681 1HG GLU 96 HG2 GLU 96 9.424 -7.738 -14.305 682 2HG GLU 96 HG1 GLU 96 7.818 -8.019 -15.074 683 H LYS 97 HN LYS 97 7.659 -10.090 -12.533 684 HA LYS 97 HA LYS 97 9.584 -9.917 -10.215 685 1HB LYS 97 HB1 LYS 97 6.926 -10.156 -9.852 686 2HB LYS 97 HB2 LYS 97 7.151 -11.768 -10.545 687 1HG LYS 97 HG1 LYS 97 8.226 -10.587 -7.885 688 2HG LYS 97 HG2 LYS 97 6.933 -11.823 -8.132 689 1HD LYS 97 HD2 LYS 97 8.784 -13.406 -8.933 690 2HD LYS 97 HD1 LYS 97 9.971 -12.155 -8.384 691 1HE LYS 97 HE2 LYS 97 8.831 -12.258 -6.068 692 2HE LYS 97 HE1 LYS 97 7.844 -13.641 -6.711 693 1HZ LYS 97 HZ1 LYS 97 9.896 -14.831 -7.107 694 2HZ LYS 97 HZ2 LYS 97 9.758 -14.379 -5.475 695 3HZ LYS 97 HZ3 LYS 97 10.811 -13.534 -6.506 696 H GLU 98 HN GLU 98 11.315 -11.249 -10.522 697 HA GLU 98 HA GLU 98 12.618 -12.898 -11.174 698 1HB GLU 98 HB2 GLU 98 9.949 -14.209 -10.731 699 2HB GLU 98 HB1 GLU 98 11.255 -15.233 -11.595 700 1HG GLU 98 HG2 GLU 98 12.815 -14.878 -9.859 701 2HG GLU 98 HG1 GLU 98 11.639 -13.899 -8.883 702 H GLY 99 HN GLY 99 10.836 -11.447 -13.304 703 1HA GLY 99 HA2 GLY 99 11.945 -10.977 -15.451 704 2HA GLY 99 HA1 GLY 99 12.000 -12.755 -15.737 705 H GLN 100 HN GLN 100 9.218 -12.597 -14.216 706 HA GLN 100 HA GLN 100 7.585 -11.872 -16.533 707 1HB GLN 100 HB2 GLN 100 6.146 -13.928 -16.034 708 2HB GLN 100 HB1 GLN 100 7.807 -14.251 -16.601 709 1HG GLN 100 HG2 GLN 100 7.500 -15.864 -14.979 710 2HG GLN 100 HG1 GLN 100 8.506 -14.664 -14.121 711 1HE2 GLN 100 HE21 GLN 100 7.538 -13.529 -12.282 712 2HE2 GLN 100 HE22 GLN 100 5.867 -13.886 -11.797 713 H ARG 101 HN ARG 101 5.113 -11.806 -15.993 714 HA ARG 101 HA ARG 101 5.028 -9.770 -13.895 715 1HB ARG 101 HB2 ARG 101 4.314 -9.482 -16.434 716 2HB ARG 101 HB1 ARG 101 2.841 -10.356 -15.973 717 1HG ARG 101 HG2 ARG 101 2.307 -8.024 -15.805 718 2HG ARG 101 HG1 ARG 101 2.510 -8.559 -14.104 719 1HD ARG 101 HD1 ARG 101 3.658 -6.365 -14.422 720 2HD ARG 101 HD2 ARG 101 4.862 -7.661 -14.104 721 HE ARG 101 HE ARG 101 5.720 -7.439 -16.267 722 1HH1 ARG 101 HH11 ARG 101 2.641 -5.617 -16.098 723 2HH1 ARG 101 HH12 ARG 101 2.822 -4.922 -17.675 724 1HH2 ARG 101 HH21 ARG 101 5.929 -6.500 -18.371 725 2HH2 ARG 101 HH22 ARG 101 4.713 -5.429 -18.980 726 H LYS 102 HN LYS 102 4.018 -10.018 -11.972 727 HA LYS 102 HA LYS 102 2.172 -12.403 -11.751 728 1HB LYS 102 HB2 LYS 102 4.112 -11.187 -9.796 729 2HB LYS 102 HB1 LYS 102 2.587 -11.839 -9.110 730 1HG LYS 102 HG2 LYS 102 2.951 -14.028 -9.865 731 2HG LYS 102 HG1 LYS 102 4.078 -13.538 -11.169 732 1HD LYS 102 HD2 LYS 102 5.921 -13.214 -9.626 733 2HD LYS 102 HD1 LYS 102 4.823 -13.333 -8.195 734 1HE LYS 102 HE2 LYS 102 4.386 -15.741 -8.734 735 2HE LYS 102 HE1 LYS 102 5.440 -15.610 -10.201 736 1HZ LYS 102 HZ1 LYS 102 7.282 -15.067 -8.764 737 2HZ LYS 102 HZ2 LYS 102 6.595 -16.561 -8.342 738 3HZ LYS 102 HZ3 LYS 102 6.298 -15.190 -7.386 739 H TRP 103 HN TRP 103 -0.005 -11.964 -11.588 740 HA TRP 103 HA TRP 103 -0.693 -9.128 -11.104 741 1HB TRP 103 HB2 TRP 103 -2.177 -11.483 -12.431 742 2HB TRP 103 HB1 TRP 103 -3.039 -10.003 -11.897 743 HD1 TRP 103 HD1 TRP 103 -1.155 -11.240 -14.946 744 HE1 TRP 103 HE1 TRP 103 -1.430 -9.376 -16.727 745 HE3 TRP 103 HE3 TRP 103 -2.474 -7.427 -11.886 746 HZ2 TRP 103 HZ2 TRP 103 -2.155 -6.641 -16.769 747 HZ3 TRP 103 HZ3 TRP 103 -3.029 -5.232 -12.848 748 HH2 TRP 103 HH2 TRP 103 -2.879 -4.858 -15.265 749 H TYR 104 HN TYR 104 -0.711 -8.841 -9.141 750 HA TYR 104 HA TYR 104 -1.612 -10.838 -7.077 751 1HB TYR 104 HB1 TYR 104 0.513 -8.610 -7.303 752 2HB TYR 104 HB2 TYR 104 -0.005 -9.168 -5.677 753 HD1 TYR 104 HD1 TYR 104 2.698 -9.047 -6.718 754 HD2 TYR 104 HD2 TYR 104 -0.048 -12.293 -6.469 755 HE1 TYR 104 HE1 TYR 104 4.531 -10.525 -6.179 756 HE2 TYR 104 HE2 TYR 104 1.781 -13.769 -5.857 757 HH TYR 104 HH TYR 104 4.004 -13.621 -4.764 758 H LYS 105 HN LYS 105 -3.686 -10.162 -5.962 759 HA LYS 105 HA LYS 105 -4.520 -7.578 -5.921 760 1HB LYS 105 HB2 LYS 105 -5.079 -9.827 -3.803 761 2HB LYS 105 HB1 LYS 105 -6.190 -8.524 -4.355 762 1HG LYS 105 HG2 LYS 105 -6.330 -9.748 -6.602 763 2HG LYS 105 HG1 LYS 105 -5.349 -11.072 -5.876 764 1HD LYS 105 HD1 LYS 105 -7.043 -11.356 -4.071 765 2HD LYS 105 HD2 LYS 105 -8.020 -10.019 -4.767 766 1HE LYS 105 HE2 LYS 105 -8.331 -11.332 -6.896 767 2HE LYS 105 HE1 LYS 105 -7.367 -12.693 -6.190 768 1HZ LYS 105 HZ1 LYS 105 -9.003 -12.869 -4.441 769 2HZ LYS 105 HZ2 LYS 105 -9.719 -13.040 -5.972 770 3HZ LYS 105 HZ3 LYS 105 -9.907 -11.592 -5.103 771 H ARG 106 HN ARG 106 -4.395 -6.116 -4.192 772 HA ARG 106 HA ARG 106 -2.184 -5.206 -3.523 773 1HB ARG 106 HB1 ARG 106 -4.516 -4.274 -2.965 774 2HB ARG 106 HB2 ARG 106 -4.381 -5.062 -1.365 775 1HG ARG 106 HG1 ARG 106 -3.894 -2.740 -1.106 776 2HG ARG 106 HG2 ARG 106 -2.308 -3.549 -0.971 777 1HD ARG 106 HD1 ARG 106 -3.433 -2.067 -3.448 778 2HD ARG 106 HD2 ARG 106 -2.305 -1.355 -2.241 779 HE ARG 106 HE ARG 106 -1.577 -2.837 -4.551 780 1HH1 ARG 106 HH11 ARG 106 -0.642 -2.867 -1.088 781 2HH1 ARG 106 HH12 ARG 106 1.034 -3.145 -1.429 782 1HH2 ARG 106 HH21 ARG 106 0.660 -3.172 -4.954 783 2HH2 ARG 106 HH22 ARG 106 1.776 -3.321 -3.637 784 H MET 107 HN MET 107 -3.473 -7.447 -1.151 785 HA MET 107 HA MET 107 -1.374 -7.321 0.729 786 1HB MET 107 HB1 MET 107 -2.424 -9.285 1.804 787 2HB MET 107 HB2 MET 107 -3.566 -7.956 1.427 788 1HG MET 107 HG2 MET 107 -4.138 -9.319 -0.759 789 2HG MET 107 HG1 MET 107 -3.260 -10.679 0.013 790 1HE MET 107 HE1 MET 107 -5.868 -11.860 -0.438 791 2HE MET 107 HE2 MET 107 -6.420 -10.230 -0.967 792 3HE MET 107 HE3 MET 107 -7.346 -11.133 0.285 793 H ALA 108 HN ALA 108 -1.131 -8.801 -2.358 794 HA ALA 108 HA ALA 108 1.072 -10.477 -1.390 795 1HB ALA 108 HB1 ALA 108 -0.467 -11.718 -2.926 796 2HB ALA 108 HB2 ALA 108 1.056 -11.431 -3.853 797 3HB ALA 108 HB3 ALA 108 -0.374 -10.390 -4.123 798 H VAL 109 HN VAL 109 1.014 -7.520 -2.127 799 HA VAL 109 HA VAL 109 3.749 -7.330 -2.691 800 HB VAL 109 HB VAL 109 3.009 -5.028 -4.021 801 1HG1 VAL 109 HG11 VAL 109 4.133 -6.128 -5.802 802 2HG1 VAL 109 HG12 VAL 109 3.820 -7.771 -5.069 803 3HG1 VAL 109 HG13 VAL 109 4.882 -6.563 -4.275 804 1HG2 VAL 109 HG21 VAL 109 0.569 -5.948 -4.108 805 2HG2 VAL 109 HG22 VAL 109 1.207 -7.315 -5.085 806 3HG2 VAL 109 HG23 VAL 109 1.338 -5.621 -5.704 807 H ILE 110 HN ILE 110 4.641 -6.121 -1.492 808 HA ILE 110 HA ILE 110 3.228 -4.051 0.169 809 HB ILE 110 HB ILE 110 4.119 -4.644 2.213 810 1HG1 ILE 110 HG12 ILE 110 4.560 -7.390 2.248 811 2HG1 ILE 110 HG11 ILE 110 5.374 -6.968 0.716 812 1HG2 ILE 110 HG21 ILE 110 2.525 -6.396 2.829 813 2HG2 ILE 110 HG22 ILE 110 2.364 -6.902 1.115 814 3HG2 ILE 110 HG23 ILE 110 1.790 -5.268 1.630 815 1HD1 ILE 110 HD11 ILE 110 6.683 -5.182 2.184 816 2HD1 ILE 110 HD12 ILE 110 7.042 -6.920 2.428 817 3HD1 ILE 110 HD13 ILE 110 5.972 -6.040 3.597 818 H LEU 111 HN LEU 111 5.123 -3.066 1.879 819 HA LEU 111 HA LEU 111 7.559 -2.591 0.349 820 1HB LEU 111 HB1 LEU 111 7.318 -0.210 0.201 821 2HB LEU 111 HB2 LEU 111 5.867 -0.968 -0.520 822 HG LEU 111 HG LEU 111 6.036 0.357 2.239 823 1HD1 LEU 111 HD21 LEU 111 4.443 1.120 -0.245 824 2HD1 LEU 111 HD22 LEU 111 6.188 1.600 0.070 825 3HD1 LEU 111 HD23 LEU 111 4.858 2.201 1.143 826 1HD2 LEU 111 HD11 LEU 111 3.648 -1.009 0.820 827 2HD2 LEU 111 HD12 LEU 111 3.491 0.160 2.201 828 3HD2 LEU 111 HD13 LEU 111 4.358 -1.326 2.478 829 H SER 112 HN SER 112 9.296 -1.633 1.381 830 HA SER 112 HA SER 112 9.666 -1.964 4.194 831 1HB SER 112 HB1 SER 112 12.069 -1.334 3.315 832 2HB SER 112 HB2 SER 112 11.311 -2.820 2.668 833 HG SER 112 HG SER 112 12.082 -1.667 0.886 834 H LEU 113 HN LEU 113 10.649 0.012 5.615 835 HA LEU 113 HA LEU 113 9.291 2.389 4.937 836 1HB LEU 113 HB1 LEU 113 11.518 3.304 6.580 837 2HB LEU 113 HB2 LEU 113 9.780 3.741 6.461 838 HG LEU 113 HG LEU 113 10.297 3.053 8.661 839 1HD1 LEU 113 HD11 LEU 113 8.199 2.157 8.306 840 2HD1 LEU 113 HD12 LEU 113 9.089 0.820 9.088 841 3HD1 LEU 113 HD13 LEU 113 8.805 0.763 7.307 842 1HD2 LEU 113 HD21 LEU 113 11.752 0.593 7.611 843 2HD2 LEU 113 HD22 LEU 113 11.340 0.895 9.349 844 3HD2 LEU 113 HD23 LEU 113 12.451 2.033 8.434 845 H GLU 114 HN GLU 114 12.518 1.550 3.693 846 HA GLU 114 HA GLU 114 12.658 4.338 2.705 847 1HB GLU 114 HB1 GLU 114 14.826 2.604 3.289 848 2HB GLU 114 HB2 GLU 114 14.960 3.317 1.644 849 1HG GLU 114 HG2 GLU 114 14.331 5.615 2.615 850 2HG GLU 114 HG1 GLU 114 14.319 4.828 4.259 851 H GLN 115 HN GLN 115 11.213 1.580 1.433 852 HA GLN 115 HA GLN 115 11.108 2.902 -1.196 853 1HB GLN 115 HB2 GLN 115 10.680 0.176 -0.495 854 2HB GLN 115 HB1 GLN 115 9.093 0.827 -1.091 855 1HG GLN 115 HG1 GLN 115 10.034 0.196 -3.094 856 2HG GLN 115 HG2 GLN 115 10.495 1.938 -3.041 857 1HE2 GLN 115 HE21 GLN 115 11.893 0.724 -4.692 858 2HE2 GLN 115 HE22 GLN 115 13.062 -0.440 -4.145 859 H GLY 116 HN GLY 116 9.219 2.528 1.813 860 1HA GLY 116 HA2 GLY 116 6.910 3.951 0.994 861 2HA GLY 116 HA1 GLY 116 7.543 3.456 2.579 862 H ASN 117 HN ASN 117 9.741 4.971 3.153 863 HA ASN 117 HA ASN 117 8.604 7.563 3.617 864 1HB ASN 117 HB1 ASN 117 11.438 6.783 4.338 865 2HB ASN 117 HB2 ASN 117 10.533 8.234 4.879 866 1HD2 ASN 117 HD21 ASN 117 11.603 6.345 6.689 867 2HD2 ASN 117 HD22 ASN 117 10.203 5.833 7.633 868 H ARG 118 HN ARG 118 10.603 6.276 1.132 869 HA ARG 118 HA ARG 118 11.827 8.643 0.275 870 1HB ARG 118 HB1 ARG 118 12.289 7.542 -1.826 871 2HB ARG 118 HB2 ARG 118 12.536 6.403 -0.481 872 1HG ARG 118 HG2 ARG 118 11.193 4.937 -1.545 873 2HG ARG 118 HG1 ARG 118 9.787 6.005 -1.204 874 1HD ARG 118 HD1 ARG 118 9.763 5.451 -3.548 875 2HD ARG 118 HD2 ARG 118 10.315 7.182 -3.470 876 HE ARG 118 HE ARG 118 12.684 5.650 -3.387 877 1HH1 ARG 118 HH11 ARG 118 9.943 5.943 -5.666 878 2HH1 ARG 118 HH12 ARG 118 10.878 5.491 -7.052 879 1HH2 ARG 118 HH21 ARG 118 13.917 5.042 -5.264 880 2HH2 ARG 118 HH22 ARG 118 13.162 4.975 -6.822 881 H LEU 119 HN LEU 119 8.663 7.227 0.034 882 HA LEU 119 HA LEU 119 7.358 8.842 -2.036 883 1HB LEU 119 HB2 LEU 119 6.949 6.233 -1.428 884 2HB LEU 119 HB1 LEU 119 6.008 6.817 -0.106 885 HG LEU 119 HG LEU 119 5.495 8.027 -2.826 886 1HD1 LEU 119 HD11 LEU 119 4.256 5.354 -1.969 887 2HD1 LEU 119 HD12 LEU 119 5.738 5.517 -2.997 888 3HD1 LEU 119 HD13 LEU 119 4.156 6.168 -3.585 889 1HD2 LEU 119 HD21 LEU 119 4.016 8.718 -0.916 890 2HD2 LEU 119 HD22 LEU 119 3.672 6.977 -0.538 891 3HD2 LEU 119 HD23 LEU 119 3.122 7.661 -2.100 892 H ARG 120 HN ARG 120 7.438 8.480 1.495 893 HA ARG 120 HA ARG 120 5.120 9.509 1.890 894 1HB ARG 120 HB1 ARG 120 5.797 9.695 4.376 895 2HB ARG 120 HB2 ARG 120 6.902 8.425 3.786 896 1HG ARG 120 HG2 ARG 120 8.677 10.297 3.688 897 2HG ARG 120 HG1 ARG 120 7.478 11.459 4.310 898 1HD ARG 120 HD2 ARG 120 8.256 8.889 5.805 899 2HD ARG 120 HD1 ARG 120 8.990 10.520 6.086 900 HE ARG 120 HE ARG 120 6.619 11.365 6.534 901 1HH1 ARG 120 HH11 ARG 120 7.438 7.944 7.215 902 2HH1 ARG 120 HH12 ARG 120 6.237 7.782 8.454 903 1HH2 ARG 120 HH21 ARG 120 5.038 11.115 8.186 904 2HH2 ARG 120 HH22 ARG 120 4.859 9.603 9.011 905 H GLU 121 HN GLU 121 7.663 11.538 1.247 906 HA GLU 121 HA GLU 121 6.497 14.065 2.022 907 1HB GLU 121 HB1 GLU 121 8.886 14.718 1.040 908 2HB GLU 121 HB2 GLU 121 8.743 13.921 2.634 909 1HG GLU 121 HG1 GLU 121 9.432 11.709 1.778 910 2HG GLU 121 HG2 GLU 121 9.340 12.318 0.073 911 H GLN 122 HN GLN 122 6.704 11.985 -0.864 912 HA GLN 122 HA GLN 122 6.045 14.233 -2.628 913 1HB GLN 122 HB1 GLN 122 6.691 12.705 -4.548 914 2HB GLN 122 HB2 GLN 122 7.975 13.409 -3.548 915 1HG GLN 122 HG1 GLN 122 8.300 11.238 -2.358 916 2HG GLN 122 HG2 GLN 122 7.044 10.443 -3.400 917 1HE2 GLN 122 HE21 GLN 122 10.063 9.983 -3.122 918 2HE2 GLN 122 HE22 GLN 122 10.687 10.151 -4.776 919 H TYR 123 HN TYR 123 4.802 10.812 -1.804 920 HA TYR 123 HA TYR 123 2.413 11.770 -3.440 921 1HB TYR 123 HB1 TYR 123 3.422 8.890 -3.646 922 2HB TYR 123 HB2 TYR 123 2.153 9.668 -4.632 923 HD1 TYR 123 HD1 TYR 123 3.293 12.083 -5.666 924 HD2 TYR 123 HD2 TYR 123 5.231 8.391 -4.795 925 HE1 TYR 123 HE1 TYR 123 5.136 12.682 -7.155 926 HE2 TYR 123 HE2 TYR 123 7.035 8.969 -6.256 927 HH TYR 123 HH TYR 123 7.991 11.361 -7.013 928 H GLY 124 HN GLY 124 2.738 10.915 0.013 929 1HA GLY 124 HA2 GLY 124 0.121 10.289 0.052 930 2HA GLY 124 HA1 GLY 124 1.001 8.699 -0.255 931 H LEU 125 HN LEU 125 2.949 8.455 0.864 932 HA LEU 125 HA LEU 125 2.237 7.704 3.227 933 1HB LEU 125 HB1 LEU 125 4.083 7.092 1.486 934 2HB LEU 125 HB2 LEU 125 5.135 7.447 2.807 935 HG LEU 125 HG LEU 125 4.806 5.271 3.477 936 1HD1 LEU 125 HD11 LEU 125 2.791 4.517 4.599 937 2HD1 LEU 125 HD12 LEU 125 1.930 6.039 4.272 938 3HD1 LEU 125 HD13 LEU 125 3.373 6.089 5.254 939 1HD2 LEU 125 HD21 LEU 125 2.555 5.424 1.511 940 2HD2 LEU 125 HD22 LEU 125 3.408 3.892 2.063 941 3HD2 LEU 125 HD23 LEU 125 4.288 5.060 1.059 942 H GLY 126 HN GLY 126 2.392 10.715 3.347 943 1HA GLY 126 HA2 GLY 126 1.854 10.352 6.073 944 2HA GLY 126 HA1 GLY 126 3.519 11.027 6.046 945 HA PRO 127 HA PRO 127 0.924 14.789 5.066 946 1HB PRO 127 HB2 PRO 127 -1.736 15.020 5.576 947 2HB PRO 127 HB1 PRO 127 -1.141 14.076 4.159 948 1HG PRO 127 HG2 PRO 127 -1.991 12.994 6.891 949 2HG PRO 127 HG1 PRO 127 -2.560 12.475 5.277 950 1HD PRO 127 HD1 PRO 127 -0.390 11.203 6.615 951 2HD PRO 127 HD2 PRO 127 -0.503 11.288 4.798 952 H TYR 128 HN TYR 128 0.813 13.009 8.018 953 HA TYR 128 HA TYR 128 0.899 15.432 9.710 954 1HB TYR 128 HB1 TYR 128 -1.026 13.693 10.058 955 2HB TYR 128 HB2 TYR 128 0.223 12.528 10.579 956 HD1 TYR 128 HD1 TYR 128 -1.482 15.720 11.335 957 HD2 TYR 128 HD2 TYR 128 1.254 12.777 12.778 958 HE1 TYR 128 HE1 TYR 128 -1.677 16.640 13.604 959 HE2 TYR 128 HE2 TYR 128 1.051 13.695 15.038 960 HH TYR 128 HH TYR 128 -0.108 15.161 16.394 961 H GLU 129 HN GLU 129 3.058 15.869 10.260 962 HA GLU 129 HA GLU 129 4.941 13.649 10.662 963 1HB GLU 129 HB2 GLU 129 5.423 16.152 8.923 964 2HB GLU 129 HB1 GLU 129 6.721 15.030 9.485 965 1HG GLU 129 HG2 GLU 129 5.621 13.141 8.249 966 2HG GLU 129 HG1 GLU 129 4.391 14.289 7.606 Start of MODEL 3 1 H ASN 7 HN ASN 7 -14.618 13.275 -5.618 2 HA ASN 7 HA ASN 7 -15.643 11.317 -5.124 3 1HB ASN 7 HB2 ASN 7 -16.314 11.699 -7.509 4 2HB ASN 7 HB1 ASN 7 -14.915 10.779 -8.109 5 1HD2 ASN 7 HD21 ASN 7 -15.036 8.383 -7.998 6 2HD2 ASN 7 HD22 ASN 7 -16.588 7.626 -7.549 7 H SER 8 HN SER 8 -13.409 9.846 -7.403 8 HA SER 8 HA SER 8 -12.818 7.618 -5.950 9 1HB SER 8 HB1 SER 8 -11.380 8.654 -8.461 10 2HB SER 8 HB2 SER 8 -11.639 6.935 -7.965 11 HG SER 8 HG SER 8 -13.128 7.577 -9.542 12 H PHE 9 HN PHE 9 -11.869 9.611 -4.309 13 HA PHE 9 HA PHE 9 -8.974 8.985 -4.083 14 1HB PHE 9 HB2 PHE 9 -9.740 11.596 -4.375 15 2HB PHE 9 HB1 PHE 9 -10.408 11.353 -2.708 16 HD1 PHE 9 HD1 PHE 9 -9.253 13.173 -2.000 17 HD2 PHE 9 HD2 PHE 9 -7.090 9.796 -3.478 18 HE1 PHE 9 HE1 PHE 9 -7.249 13.994 -0.914 19 HE2 PHE 9 HE2 PHE 9 -5.068 10.650 -2.427 20 HZ PHE 9 HZ PHE 9 -5.107 12.774 -1.172 21 H VAL 10 HN VAL 10 -11.773 9.840 -2.010 22 HA VAL 10 HA VAL 10 -10.802 8.226 0.039 23 HB VAL 10 HB VAL 10 -12.994 8.598 1.143 24 1HG1 VAL 10 HG11 VAL 10 -11.300 10.802 -0.202 25 2HG1 VAL 10 HG12 VAL 10 -10.866 9.904 1.282 26 3HG1 VAL 10 HG13 VAL 10 -12.281 11.037 1.303 27 1HG2 VAL 10 HG21 VAL 10 -14.425 10.296 0.095 28 2HG2 VAL 10 HG22 VAL 10 -14.343 8.893 -1.066 29 3HG2 VAL 10 HG23 VAL 10 -13.374 10.387 -1.373 30 H GLY 11 HN GLY 11 -11.389 6.907 -2.507 31 1HA GLY 11 HA2 GLY 11 -12.117 4.204 -1.536 32 2HA GLY 11 HA1 GLY 11 -12.335 4.831 -3.289 33 H LEU 12 HN LEU 12 -9.617 5.963 -1.641 34 HA LEU 12 HA LEU 12 -7.510 5.371 -2.999 35 1HB LEU 12 HB1 LEU 12 -8.270 6.428 -0.557 36 2HB LEU 12 HB2 LEU 12 -7.024 5.338 0.037 37 HG LEU 12 HG LEU 12 -5.327 6.814 -0.562 38 1HD1 LEU 12 HD21 LEU 12 -6.674 7.700 -3.131 39 2HD1 LEU 12 HD22 LEU 12 -5.278 6.554 -2.951 40 3HD1 LEU 12 HD23 LEU 12 -5.091 8.249 -2.394 41 1HD2 LEU 12 HD11 LEU 12 -7.848 8.633 -0.894 42 2HD2 LEU 12 HD12 LEU 12 -6.299 9.080 -0.188 43 3HD2 LEU 12 HD13 LEU 12 -7.338 7.797 0.621 44 H ARG 13 HN ARG 13 -5.476 4.480 -2.289 45 HA ARG 13 HA ARG 13 -5.607 1.539 -1.905 46 1HB ARG 13 HB2 ARG 13 -3.814 3.335 -3.648 47 2HB ARG 13 HB1 ARG 13 -3.597 1.564 -3.466 48 1HG ARG 13 HG2 ARG 13 -5.391 1.075 -4.860 49 2HG ARG 13 HG1 ARG 13 -6.343 2.509 -4.364 50 1HD ARG 13 HD2 ARG 13 -4.821 3.993 -5.710 51 2HD ARG 13 HD1 ARG 13 -3.982 2.545 -6.368 52 HE ARG 13 HE ARG 13 -6.649 3.585 -7.065 53 1HH1 ARG 13 HH11 ARG 13 -4.742 0.543 -7.029 54 2HH1 ARG 13 HH12 ARG 13 -5.686 -0.194 -8.282 55 1HH2 ARG 13 HH21 ARG 13 -7.869 2.561 -8.729 56 2HH2 ARG 13 HH22 ARG 13 -7.472 0.958 -9.252 57 H VAL 14 HN VAL 14 -4.688 1.086 0.223 58 HA VAL 14 HA VAL 14 -2.743 3.076 1.154 59 HB VAL 14 HB VAL 14 -3.506 3.299 3.263 60 1HG1 VAL 14 HG21 VAL 14 -4.480 4.560 1.191 61 2HG1 VAL 14 HG22 VAL 14 -5.346 4.693 2.749 62 3HG1 VAL 14 HG23 VAL 14 -5.971 3.596 1.427 63 1HG2 VAL 14 HG11 VAL 14 -4.607 1.251 3.962 64 2HG2 VAL 14 HG12 VAL 14 -6.058 1.790 2.989 65 3HG2 VAL 14 HG13 VAL 14 -5.468 2.786 4.304 66 H VAL 15 HN VAL 15 -1.486 2.616 2.987 67 HA VAL 15 HA VAL 15 -0.322 -0.082 2.869 68 HB VAL 15 HB VAL 15 1.829 1.201 3.584 69 1HG1 VAL 15 HG21 VAL 15 1.251 -0.104 1.513 70 2HG1 VAL 15 HG22 VAL 15 2.292 1.338 1.152 71 3HG1 VAL 15 HG23 VAL 15 0.520 1.378 0.781 72 1HG2 VAL 15 HG11 VAL 15 0.645 3.387 4.080 73 2HG2 VAL 15 HG12 VAL 15 0.253 3.547 2.326 74 3HG2 VAL 15 HG13 VAL 15 1.952 3.517 2.878 75 H ALA 16 HN ALA 16 0.389 -0.978 4.822 76 HA ALA 16 HA ALA 16 -0.922 0.263 7.185 77 1HB ALA 16 HB1 ALA 16 -1.210 -2.524 5.881 78 2HB ALA 16 HB2 ALA 16 -2.449 -1.358 6.243 79 3HB ALA 16 HB3 ALA 16 -1.651 -2.229 7.608 80 H LYS 17 HN LYS 17 0.558 0.927 8.422 81 HA LYS 17 HA LYS 17 2.570 -0.888 9.544 82 1HB LYS 17 HB2 LYS 17 3.631 1.744 9.652 83 2HB LYS 17 HB1 LYS 17 4.177 0.400 8.604 84 1HG LYS 17 HG1 LYS 17 3.447 1.534 6.630 85 2HG LYS 17 HG2 LYS 17 1.978 2.036 7.422 86 1HD LYS 17 HD1 LYS 17 2.987 4.053 7.073 87 2HD LYS 17 HD2 LYS 17 3.250 3.737 8.817 88 1HE LYS 17 HE2 LYS 17 5.631 2.956 8.251 89 2HE LYS 17 HE1 LYS 17 5.291 3.445 6.531 90 1HZ LYS 17 HZ1 LYS 17 5.199 5.229 8.902 91 2HZ LYS 17 HZ2 LYS 17 4.892 5.672 7.291 92 3HZ LYS 17 HZ3 LYS 17 6.441 5.145 7.745 93 H TRP 18 HN TRP 18 1.683 -1.038 11.841 94 HA TRP 18 HA TRP 18 0.248 1.354 12.803 95 1HB TRP 18 HB2 TRP 18 0.595 -1.391 14.047 96 2HB TRP 18 HB1 TRP 18 -0.140 -0.006 14.897 97 HD1 TRP 18 HD1 TRP 18 -1.111 -2.556 12.096 98 HE1 TRP 18 HE1 TRP 18 -3.681 -2.271 11.853 99 HE3 TRP 18 HE3 TRP 18 -1.610 1.842 14.598 100 HZ2 TRP 18 HZ2 TRP 18 -5.653 -0.502 12.862 101 HZ3 TRP 18 HZ3 TRP 18 -3.816 2.583 15.182 102 HH2 TRP 18 HH2 TRP 18 -5.836 1.465 14.322 103 H SER 19 HN SER 19 3.430 -0.006 13.280 104 HA SER 19 HA SER 19 4.246 2.411 14.760 105 1HB SER 19 HB1 SER 19 5.303 -0.483 15.270 106 2HB SER 19 HB2 SER 19 5.992 1.028 15.980 107 HG SER 19 HG SER 19 3.490 1.117 16.596 108 H SER 20 HN SER 20 6.500 3.085 13.794 109 HA SER 20 HA SER 20 6.813 2.040 11.112 110 1HB SER 20 HB1 SER 20 8.871 3.541 11.088 111 2HB SER 20 HB2 SER 20 7.339 4.365 11.509 112 HG SER 20 HG SER 20 9.185 3.410 13.463 113 H ASN 21 HN ASN 21 7.423 0.050 10.829 114 HA ASN 21 HA ASN 21 9.036 -1.405 12.725 115 1HB ASN 21 HB1 ASN 21 6.624 -1.757 11.431 116 2HB ASN 21 HB2 ASN 21 7.601 -2.707 10.302 117 1HD2 ASN 21 HD21 ASN 21 9.240 -4.309 11.943 118 2HD2 ASN 21 HD22 ASN 21 8.260 -5.126 13.158 119 H GLY 22 HN GLY 22 9.236 -0.382 9.484 120 1HA GLY 22 HA2 GLY 22 11.241 -0.295 8.251 121 2HA GLY 22 HA1 GLY 22 11.664 -1.919 8.846 122 H TYR 23 HN TYR 23 8.631 -2.693 8.397 123 HA TYR 23 HA TYR 23 8.238 -2.130 5.685 124 1HB TYR 23 HB2 TYR 23 7.518 -4.752 5.240 125 2HB TYR 23 HB1 TYR 23 8.853 -3.735 4.602 126 HD1 TYR 23 HD1 TYR 23 8.390 -5.514 7.938 127 HD2 TYR 23 HD2 TYR 23 10.659 -5.089 4.353 128 HE1 TYR 23 HE1 TYR 23 9.954 -7.253 8.701 129 HE2 TYR 23 HE2 TYR 23 12.177 -6.849 5.079 130 HH TYR 23 HH TYR 23 12.440 -8.582 6.575 131 H PHE 24 HN PHE 24 6.215 -2.324 4.719 132 HA PHE 24 HA PHE 24 4.033 -2.259 6.709 133 1HB PHE 24 HB1 PHE 24 3.267 -0.686 4.361 134 2HB PHE 24 HB2 PHE 24 3.198 -0.355 6.081 135 HD1 PHE 24 HD1 PHE 24 4.222 1.385 3.231 136 HD2 PHE 24 HD2 PHE 24 5.847 -0.083 6.994 137 HE1 PHE 24 HE1 PHE 24 5.872 3.028 3.246 138 HE2 PHE 24 HE2 PHE 24 7.746 1.378 6.707 139 HZ PHE 24 HZ PHE 24 7.794 2.932 4.850 140 H TYR 25 HN TYR 25 2.147 -2.861 6.126 141 HA TYR 25 HA TYR 25 1.670 -5.001 4.278 142 1HB TYR 25 HB1 TYR 25 0.001 -4.118 6.713 143 2HB TYR 25 HB2 TYR 25 -0.053 -5.708 5.837 144 HD1 TYR 25 HD1 TYR 25 2.529 -6.702 5.600 145 HD2 TYR 25 HD2 TYR 25 1.109 -4.181 8.739 146 HE1 TYR 25 HE1 TYR 25 4.541 -7.174 6.889 147 HE2 TYR 25 HE2 TYR 25 3.126 -4.685 10.044 148 HH TYR 25 HH TYR 25 5.838 -6.311 8.573 149 H SER 26 HN SER 26 -1.026 -4.738 3.950 150 HA SER 26 HA SER 26 -1.327 -2.258 2.393 151 1HB SER 26 HB1 SER 26 -0.222 -4.529 1.521 152 2HB SER 26 HB2 SER 26 -1.960 -4.981 1.465 153 HG SER 26 HG SER 26 -0.816 -4.015 -0.453 154 H GLY 27 HN GLY 27 -3.250 -1.377 2.105 155 1HA GLY 27 HA2 GLY 27 -5.679 -2.199 3.428 156 2HA GLY 27 HA1 GLY 27 -4.825 -0.691 3.854 157 H LYS 28 HN LYS 28 -7.595 -0.431 3.091 158 HA LYS 28 HA LYS 28 -7.196 1.134 0.653 159 1HB LYS 28 HB2 LYS 28 -9.308 0.401 -0.386 160 2HB LYS 28 HB1 LYS 28 -8.172 -0.965 -0.157 161 1HG LYS 28 HG2 LYS 28 -9.390 -1.687 1.900 162 2HG LYS 28 HG1 LYS 28 -10.603 -0.392 1.636 163 1HD LYS 28 HD1 LYS 28 -11.206 -1.393 -0.574 164 2HD LYS 28 HD2 LYS 28 -9.923 -2.645 -0.368 165 1HE LYS 28 HE2 LYS 28 -11.112 -3.478 1.723 166 2HE LYS 28 HE1 LYS 28 -12.443 -2.298 1.390 167 1HZ LYS 28 HZ1 LYS 28 -12.803 -3.377 -0.722 168 2HZ LYS 28 HZ2 LYS 28 -12.932 -4.484 0.559 169 3HZ LYS 28 HZ3 LYS 28 -11.546 -4.479 -0.421 170 H ILE 29 HN ILE 29 -8.490 3.441 0.807 171 HA ILE 29 HA ILE 29 -9.759 3.478 3.468 172 HB ILE 29 HB ILE 29 -9.655 5.460 3.970 173 1HG1 ILE 29 HG12 ILE 29 -9.401 6.367 1.063 174 2HG1 ILE 29 HG11 ILE 29 -10.799 6.592 2.152 175 1HG2 ILE 29 HG21 ILE 29 -7.257 5.281 2.110 176 2HG2 ILE 29 HG22 ILE 29 -7.400 4.277 3.610 177 3HG2 ILE 29 HG23 ILE 29 -7.323 6.067 3.708 178 1HD1 ILE 29 HD11 ILE 29 -9.443 7.953 3.730 179 2HD1 ILE 29 HD12 ILE 29 -9.494 8.679 2.088 180 3HD1 ILE 29 HD13 ILE 29 -8.019 7.828 2.636 181 H THR 30 HN THR 30 -11.726 4.566 3.956 182 HA THR 30 HA THR 30 -13.848 4.045 1.938 183 HB THR 30 HB THR 30 -14.130 3.924 4.988 184 HG1 THR 30 HG1 THR 30 -12.926 2.296 3.563 185 1HG2 THR 30 HG21 THR 30 -16.001 3.156 2.634 186 2HG2 THR 30 HG22 THR 30 -16.315 4.484 3.815 187 3HG2 THR 30 HG23 THR 30 -16.306 2.773 4.366 188 H ARG 31 HN ARG 31 -12.662 6.382 4.568 189 HA ARG 31 HA ARG 31 -13.947 8.522 3.095 190 1HB ARG 31 HB1 ARG 31 -14.592 8.003 6.084 191 2HB ARG 31 HB2 ARG 31 -15.016 9.487 5.161 192 1HG ARG 31 HG2 ARG 31 -16.571 8.151 3.738 193 2HG ARG 31 HG1 ARG 31 -16.178 6.686 4.719 194 1HD ARG 31 HD2 ARG 31 -16.990 7.818 6.795 195 2HD ARG 31 HD1 ARG 31 -17.368 9.314 5.832 196 HE ARG 31 HE ARG 31 -18.662 7.021 4.608 197 1HH1 ARG 31 HH11 ARG 31 -18.906 9.096 7.509 198 2HH1 ARG 31 HH12 ARG 31 -20.614 8.863 7.694 199 1HH2 ARG 31 HH21 ARG 31 -20.957 6.726 4.874 200 2HH2 ARG 31 HH22 ARG 31 -21.793 7.508 6.175 201 H ASP 32 HN ASP 32 -13.103 10.643 4.120 202 HA ASP 32 HA ASP 32 -10.403 10.299 5.256 203 1HB ASP 32 HB2 ASP 32 -10.763 11.768 3.237 204 2HB ASP 32 HB1 ASP 32 -11.856 12.808 4.206 205 H VAL 33 HN VAL 33 -9.951 10.854 7.454 206 HA VAL 33 HA VAL 33 -12.126 12.136 9.015 207 HB VAL 33 HB VAL 33 -10.761 11.134 11.080 208 1HG1 VAL 33 HG21 VAL 33 -12.996 9.654 9.566 209 2HG1 VAL 33 HG22 VAL 33 -13.236 11.148 10.550 210 3HG1 VAL 33 HG23 VAL 33 -12.662 9.641 11.338 211 1HG2 VAL 33 HG11 VAL 33 -9.939 8.847 10.878 212 2HG2 VAL 33 HG12 VAL 33 -9.303 9.571 9.443 213 3HG2 VAL 33 HG13 VAL 33 -10.776 8.588 9.358 214 H GLY 34 HN GLY 34 -11.682 14.102 9.644 215 1HA GLY 34 HA2 GLY 34 -10.732 16.107 9.644 216 2HA GLY 34 HA1 GLY 34 -9.700 15.276 10.850 217 H ALA 35 HN ALA 35 -7.758 16.166 10.751 218 HA ALA 35 HA ALA 35 -6.304 16.499 8.183 219 1HB ALA 35 HB1 ALA 35 -6.551 18.667 9.523 220 2HB ALA 35 HB2 ALA 35 -4.849 18.093 9.469 221 3HB ALA 35 HB3 ALA 35 -5.846 17.831 10.952 222 H GLY 36 HN GLY 36 -5.018 15.065 7.670 223 1HA GLY 36 HA2 GLY 36 -3.259 13.758 7.800 224 2HA GLY 36 HA1 GLY 36 -3.215 13.867 9.589 225 H LYS 37 HN LYS 37 -6.302 12.945 9.340 226 HA LYS 37 HA LYS 37 -5.597 10.101 9.413 227 1HB LYS 37 HB2 LYS 37 -7.918 10.053 10.719 228 2HB LYS 37 HB1 LYS 37 -6.328 10.145 11.443 229 1HG LYS 37 HG2 LYS 37 -6.583 12.607 11.795 230 2HG LYS 37 HG1 LYS 37 -8.214 12.525 11.088 231 1HD LYS 37 HD1 LYS 37 -8.822 10.697 12.788 232 2HD LYS 37 HD2 LYS 37 -7.245 11.013 13.569 233 1HE LYS 37 HE2 LYS 37 -8.962 12.302 14.769 234 2HE LYS 37 HE1 LYS 37 -7.911 13.472 13.861 235 1HZ LYS 37 HZ1 LYS 37 -10.574 12.458 13.003 236 2HZ LYS 37 HZ2 LYS 37 -9.591 13.543 12.142 237 3HZ LYS 37 HZ3 LYS 37 -10.230 13.991 13.650 238 H TYR 38 HN TYR 38 -7.026 8.452 8.945 239 HA TYR 38 HA TYR 38 -8.823 8.933 6.686 240 1HB TYR 38 HB1 TYR 38 -6.623 6.768 6.616 241 2HB TYR 38 HB2 TYR 38 -7.859 7.126 5.344 242 HD1 TYR 38 HD1 TYR 38 -7.839 9.528 4.369 243 HD2 TYR 38 HD2 TYR 38 -4.667 8.049 6.771 244 HE1 TYR 38 HE1 TYR 38 -6.401 11.342 3.576 245 HE2 TYR 38 HE2 TYR 38 -3.105 9.693 5.728 246 HH TYR 38 HH TYR 38 -3.056 11.320 3.839 247 H LYS 39 HN LYS 39 -10.568 7.327 6.514 248 HA LYS 39 HA LYS 39 -11.024 5.454 8.799 249 1HB LYS 39 HB1 LYS 39 -12.702 7.264 8.929 250 2HB LYS 39 HB2 LYS 39 -12.721 7.463 7.158 251 1HG LYS 39 HG1 LYS 39 -14.817 6.466 7.881 252 2HG LYS 39 HG2 LYS 39 -13.900 5.320 6.846 253 1HD LYS 39 HD2 LYS 39 -13.133 4.119 8.983 254 2HD LYS 39 HD1 LYS 39 -14.248 5.176 9.914 255 1HE LYS 39 HE2 LYS 39 -15.041 3.453 7.477 256 2HE LYS 39 HE1 LYS 39 -15.209 2.878 9.193 257 1HZ LYS 39 HZ1 LYS 39 -16.539 5.258 7.995 258 2HZ LYS 39 HZ2 LYS 39 -16.701 4.724 9.599 259 3HZ LYS 39 HZ3 LYS 39 -17.261 3.755 8.321 260 H LEU 40 HN LEU 40 -10.400 3.709 8.236 261 HA LEU 40 HA LEU 40 -10.644 2.993 5.399 262 1HB LEU 40 HB1 LEU 40 -8.222 2.667 5.237 263 2HB LEU 40 HB2 LEU 40 -8.517 4.291 5.926 264 HG LEU 40 HG LEU 40 -7.002 3.704 7.418 265 1HD1 LEU 40 HD11 LEU 40 -7.495 2.706 9.512 266 2HD1 LEU 40 HD12 LEU 40 -9.073 2.135 8.864 267 3HD1 LEU 40 HD13 LEU 40 -8.694 3.934 8.990 268 1HD2 LEU 40 HD21 LEU 40 -6.330 1.278 7.888 269 2HD2 LEU 40 HD22 LEU 40 -6.408 1.601 6.086 270 3HD2 LEU 40 HD23 LEU 40 -7.706 0.712 6.900 271 H LEU 41 HN LEU 41 -9.992 0.814 4.725 272 HA LEU 41 HA LEU 41 -10.366 -1.030 6.999 273 1HB LEU 41 HB2 LEU 41 -12.340 -0.199 6.114 274 2HB LEU 41 HB1 LEU 41 -12.005 -0.637 4.397 275 HG LEU 41 HG LEU 41 -12.310 -2.777 6.612 276 1HD1 LEU 41 HD11 LEU 41 -14.526 -1.743 4.696 277 2HD1 LEU 41 HD12 LEU 41 -14.481 -1.521 6.476 278 3HD1 LEU 41 HD13 LEU 41 -14.635 -3.171 5.792 279 1HD2 LEU 41 HD21 LEU 41 -11.257 -3.324 4.233 280 2HD2 LEU 41 HD22 LEU 41 -12.770 -2.728 3.510 281 3HD2 LEU 41 HD23 LEU 41 -12.815 -4.200 4.506 282 H PHE 42 HN PHE 42 -9.140 -2.978 6.774 283 HA PHE 42 HA PHE 42 -7.020 -2.786 4.751 284 1HB PHE 42 HB2 PHE 42 -7.727 -4.961 6.830 285 2HB PHE 42 HB1 PHE 42 -6.429 -5.216 5.594 286 HD1 PHE 42 HD1 PHE 42 -7.169 -2.188 7.831 287 HD2 PHE 42 HD2 PHE 42 -4.472 -5.306 6.696 288 HE1 PHE 42 HE1 PHE 42 -5.456 -1.250 9.282 289 HE2 PHE 42 HE2 PHE 42 -2.813 -4.414 8.240 290 HZ PHE 42 HZ PHE 42 -3.272 -2.360 9.507 291 H ASP 43 HN ASP 43 -6.933 -4.161 2.740 292 HA ASP 43 HA ASP 43 -9.275 -4.591 1.486 293 1HB ASP 43 HB2 ASP 43 -8.085 -5.619 -0.348 294 2HB ASP 43 HB1 ASP 43 -7.198 -4.223 0.329 295 H ASP 44 HN ASP 44 -8.092 -6.741 3.725 296 HA ASP 44 HA ASP 44 -9.730 -9.041 3.002 297 1HB ASP 44 HB1 ASP 44 -8.268 -10.307 4.552 298 2HB ASP 44 HB2 ASP 44 -7.370 -9.401 3.295 299 H GLY 45 HN GLY 45 -10.203 -6.173 4.892 300 1HA GLY 45 HA2 GLY 45 -12.317 -5.819 5.508 301 2HA GLY 45 HA1 GLY 45 -12.532 -7.516 6.168 302 H TYR 46 HN TYR 46 -9.725 -5.801 7.358 303 HA TYR 46 HA TYR 46 -11.121 -5.434 9.936 304 1HB TYR 46 HB1 TYR 46 -9.001 -6.694 10.046 305 2HB TYR 46 HB2 TYR 46 -8.134 -5.361 9.201 306 HD1 TYR 46 HD1 TYR 46 -10.157 -6.042 12.309 307 HD2 TYR 46 HD2 TYR 46 -7.205 -3.623 10.415 308 HE1 TYR 46 HE1 TYR 46 -9.861 -4.780 14.393 309 HE2 TYR 46 HE2 TYR 46 -6.951 -2.320 12.472 310 HH TYR 46 HH TYR 46 -8.633 -3.165 15.458 311 H GLU 47 HN GLU 47 -12.259 -3.462 10.049 312 HA GLU 47 HA GLU 47 -10.895 -1.065 9.021 313 1HB GLU 47 HB1 GLU 47 -12.774 -1.216 7.854 314 2HB GLU 47 HB2 GLU 47 -13.794 -1.788 9.112 315 1HG GLU 47 HG1 GLU 47 -13.828 0.668 9.997 316 2HG GLU 47 HG2 GLU 47 -12.590 1.133 8.751 317 H CYS 48 HN CYS 48 -10.993 0.992 9.875 318 HA CYS 48 HA CYS 48 -11.308 1.241 12.716 319 1HB CYS 48 HB2 CYS 48 -8.659 1.708 12.849 320 2HB CYS 48 HB1 CYS 48 -9.283 0.037 13.039 321 HG CYS 48 HG CYS 48 -8.685 -0.804 10.754 322 H ASP 49 HN ASP 49 -10.105 3.527 13.207 323 HA ASP 49 HA ASP 49 -9.939 5.127 10.729 324 1HB ASP 49 HB1 ASP 49 -10.839 6.232 13.575 325 2HB ASP 49 HB2 ASP 49 -10.369 7.195 12.154 326 H VAL 50 HN VAL 50 -7.887 6.293 10.868 327 HA VAL 50 HA VAL 50 -6.421 6.188 13.373 328 HB VAL 50 HB VAL 50 -4.331 5.253 12.040 329 1HG1 VAL 50 HG21 VAL 50 -5.762 3.849 13.494 330 2HG1 VAL 50 HG22 VAL 50 -4.938 2.974 12.129 331 3HG1 VAL 50 HG23 VAL 50 -6.703 3.347 12.039 332 1HG2 VAL 50 HG11 VAL 50 -5.315 3.981 9.843 333 2HG2 VAL 50 HG12 VAL 50 -4.704 5.675 9.763 334 3HG2 VAL 50 HG13 VAL 50 -6.465 5.385 9.805 335 H LEU 51 HN LEU 51 -4.291 7.481 13.278 336 HA LEU 51 HA LEU 51 -4.484 9.633 11.342 337 1HB LEU 51 HB2 LEU 51 -4.020 9.758 14.002 338 2HB LEU 51 HB1 LEU 51 -2.353 9.264 13.583 339 HG LEU 51 HG LEU 51 -2.551 11.605 14.033 340 1HD1 LEU 51 HD21 LEU 51 -0.919 11.060 12.163 341 2HD1 LEU 51 HD22 LEU 51 -1.557 12.739 12.111 342 3HD1 LEU 51 HD23 LEU 51 -2.198 11.512 10.972 343 1HD2 LEU 51 HD11 LEU 51 -4.597 11.856 11.753 344 2HD2 LEU 51 HD12 LEU 51 -3.956 13.211 12.741 345 3HD2 LEU 51 HD13 LEU 51 -4.964 11.930 13.519 346 H GLY 52 HN GLY 52 -3.131 10.128 9.803 347 1HA GLY 52 HA2 GLY 52 -3.468 7.923 8.431 348 2HA GLY 52 HA1 GLY 52 -2.619 9.363 7.801 349 H LYS 53 HN LYS 53 -0.291 9.351 9.231 350 HA LYS 53 HA LYS 53 1.442 8.197 7.510 351 1HB LYS 53 HB1 LYS 53 3.085 8.833 9.446 352 2HB LYS 53 HB2 LYS 53 1.984 10.076 8.851 353 1HG LYS 53 HG1 LYS 53 2.331 10.117 11.320 354 2HG LYS 53 HG2 LYS 53 0.612 10.068 10.838 355 1HD LYS 53 HD2 LYS 53 0.375 7.758 11.549 356 2HD LYS 53 HD1 LYS 53 2.164 7.547 11.663 357 1HE LYS 53 HE2 LYS 53 1.001 7.529 13.852 358 2HE LYS 53 HE1 LYS 53 2.311 8.785 13.721 359 1HZ LYS 53 HZ1 LYS 53 -0.610 9.258 13.457 360 2HZ LYS 53 HZ2 LYS 53 0.608 10.433 13.324 361 3HZ LYS 53 HZ3 LYS 53 0.362 9.628 14.799 362 H ASP 54 HN ASP 54 -0.317 6.227 9.044 363 HA ASP 54 HA ASP 54 1.360 3.989 9.796 364 1HB ASP 54 HB1 ASP 54 -1.283 5.040 11.070 365 2HB ASP 54 HB2 ASP 54 -0.731 3.342 11.302 366 H ILE 55 HN ILE 55 -2.266 4.575 9.245 367 HA ILE 55 HA ILE 55 -1.959 2.749 6.944 368 HB ILE 55 HB ILE 55 -4.581 2.900 8.268 369 1HG1 ILE 55 HG11 ILE 55 -3.092 2.631 10.257 370 2HG1 ILE 55 HG12 ILE 55 -4.127 1.234 9.902 371 1HG2 ILE 55 HG21 ILE 55 -4.232 1.641 6.169 372 2HG2 ILE 55 HG22 ILE 55 -4.445 0.452 7.516 373 3HG2 ILE 55 HG23 ILE 55 -2.828 0.778 6.844 374 1HD1 ILE 55 HD11 ILE 55 -1.837 0.576 10.693 375 2HD1 ILE 55 HD12 ILE 55 -1.072 1.285 9.265 376 3HD1 ILE 55 HD13 ILE 55 -2.207 -0.092 9.068 377 H LEU 56 HN LEU 56 -1.646 4.050 5.311 378 HA LEU 56 HA LEU 56 -3.413 6.398 4.892 379 1HB LEU 56 HB2 LEU 56 -1.789 7.593 5.590 380 2HB LEU 56 HB1 LEU 56 -0.636 6.214 5.628 381 HG LEU 56 HG LEU 56 -1.033 8.220 3.344 382 1HD1 LEU 56 HD11 LEU 56 1.093 9.024 4.295 383 2HD1 LEU 56 HD12 LEU 56 1.098 7.742 5.494 384 3HD1 LEU 56 HD13 LEU 56 -0.172 9.036 5.547 385 1HD2 LEU 56 HD21 LEU 56 1.298 7.171 2.584 386 2HD2 LEU 56 HD22 LEU 56 -0.130 6.305 2.134 387 3HD2 LEU 56 HD23 LEU 56 0.799 5.736 3.520 388 H LEU 57 HN LEU 57 -3.487 7.597 2.979 389 HA LEU 57 HA LEU 57 -3.907 6.369 0.599 390 1HB LEU 57 HB2 LEU 57 -4.098 8.703 -0.204 391 2HB LEU 57 HB1 LEU 57 -4.989 8.358 1.305 392 HG LEU 57 HG LEU 57 -3.604 9.643 2.663 393 1HD1 LEU 57 HD21 LEU 57 -1.842 10.199 0.250 394 2HD1 LEU 57 HD22 LEU 57 -1.299 9.570 1.867 395 3HD1 LEU 57 HD23 LEU 57 -1.841 11.277 1.715 396 1HD2 LEU 57 HD11 LEU 57 -4.093 11.907 1.641 397 2HD2 LEU 57 HD12 LEU 57 -5.421 10.748 1.275 398 3HD2 LEU 57 HD13 LEU 57 -4.180 11.141 0.023 399 H CYS 58 HN CYS 58 -2.620 5.287 -0.567 400 HA CYS 58 HA CYS 58 -0.115 6.367 -1.437 401 1HB CYS 58 HB1 CYS 58 -0.682 4.430 0.500 402 2HB CYS 58 HB2 CYS 58 -0.534 3.406 -0.932 403 HG CYS 58 HG CYS 58 1.672 3.645 0.662 404 H ASP 59 HN ASP 59 0.399 5.051 -3.221 405 HA ASP 59 HA ASP 59 -1.606 4.729 -5.380 406 1HB ASP 59 HB2 ASP 59 1.168 5.658 -5.594 407 2HB ASP 59 HB1 ASP 59 1.064 4.149 -6.539 408 HA PRO 60 HA PRO 60 0.690 3.334 -2.495 409 1HB PRO 60 HB2 PRO 60 2.465 1.011 -2.162 410 2HB PRO 60 HB1 PRO 60 1.177 1.675 -1.148 411 1HG PRO 60 HG2 PRO 60 0.840 -0.731 -2.587 412 2HG PRO 60 HG1 PRO 60 -0.472 0.328 -1.932 413 1HD PRO 60 HD1 PRO 60 0.662 0.229 -4.740 414 2HD PRO 60 HD2 PRO 60 -1.079 0.383 -4.170 415 H ILE 61 HN ILE 61 3.088 1.607 -4.467 416 HA ILE 61 HA ILE 61 4.729 3.924 -3.931 417 HB ILE 61 HB ILE 61 5.065 0.990 -4.365 418 1HG1 ILE 61 HG12 ILE 61 4.124 2.211 -2.155 419 2HG1 ILE 61 HG11 ILE 61 5.434 0.997 -2.053 420 1HG2 ILE 61 HG21 ILE 61 7.404 1.429 -3.332 421 2HG2 ILE 61 HG22 ILE 61 7.299 3.132 -3.713 422 3HG2 ILE 61 HG23 ILE 61 7.344 1.948 -5.083 423 1HD1 ILE 61 HD11 ILE 61 5.318 3.460 -0.805 424 2HD1 ILE 61 HD12 ILE 61 6.294 3.909 -2.230 425 3HD1 ILE 61 HD13 ILE 61 6.823 2.569 -1.194 426 HA PRO 62 HA PRO 62 5.321 5.769 -7.769 427 1HB PRO 62 HB2 PRO 62 8.248 4.731 -7.194 428 2HB PRO 62 HB1 PRO 62 7.829 6.363 -7.915 429 1HG PRO 62 HG1 PRO 62 8.321 5.661 -5.133 430 2HG PRO 62 HG2 PRO 62 7.368 7.040 -5.587 431 1HD PRO 62 HD1 PRO 62 6.570 4.724 -4.338 432 2HD PRO 62 HD2 PRO 62 5.473 5.977 -5.065 433 H LEU 63 HN LEU 63 4.327 4.663 -9.493 434 HA LEU 63 HA LEU 63 4.447 2.264 -10.285 435 1HB LEU 63 HB1 LEU 63 3.693 4.942 -11.475 436 2HB LEU 63 HB2 LEU 63 3.394 3.526 -12.526 437 HG LEU 63 HG LEU 63 2.496 3.107 -9.691 438 1HD1 LEU 63 HD21 LEU 63 1.089 5.237 -11.422 439 2HD1 LEU 63 HD22 LEU 63 1.834 5.462 -9.783 440 3HD1 LEU 63 HD23 LEU 63 0.396 4.421 -9.965 441 1HD2 LEU 63 HD11 LEU 63 1.338 2.698 -12.522 442 2HD2 LEU 63 HD12 LEU 63 0.584 2.086 -11.006 443 3HD2 LEU 63 HD13 LEU 63 2.214 1.503 -11.511 444 H ASP 64 HN ASP 64 7.282 2.913 -10.702 445 HA ASP 64 HA ASP 64 7.613 0.652 -12.458 446 1HB ASP 64 HB2 ASP 64 7.191 2.329 -14.023 447 2HB ASP 64 HB1 ASP 64 8.588 3.344 -13.499 448 H THR 65 HN THR 65 7.994 0.994 -9.797 449 HA THR 65 HA THR 65 10.799 1.441 -9.347 450 HB THR 65 HB THR 65 8.505 2.321 -7.547 451 HG1 THR 65 HG1 THR 65 8.641 3.747 -9.014 452 1HG2 THR 65 HG21 THR 65 11.576 2.835 -7.258 453 2HG2 THR 65 HG22 THR 65 10.506 1.961 -6.082 454 3HG2 THR 65 HG23 THR 65 10.298 3.708 -6.342 455 H GLU 66 HN GLU 66 11.497 0.692 -7.746 456 HA GLU 66 HA GLU 66 11.261 -2.055 -7.089 457 1HB GLU 66 HB2 GLU 66 13.438 -0.827 -7.134 458 2HB GLU 66 HB1 GLU 66 12.978 -0.003 -5.613 459 1HG GLU 66 HG2 GLU 66 12.808 -2.311 -4.493 460 2HG GLU 66 HG1 GLU 66 13.329 -3.059 -6.046 461 H VAL 67 HN VAL 67 10.083 -2.876 -5.891 462 HA VAL 67 HA VAL 67 9.116 -2.360 -3.274 463 HB VAL 67 HB VAL 67 6.629 -3.136 -4.295 464 1HG1 VAL 67 HG11 VAL 67 7.175 -2.205 -2.131 465 2HG1 VAL 67 HG12 VAL 67 5.832 -1.371 -2.949 466 3HG1 VAL 67 HG13 VAL 67 7.461 -0.589 -2.908 467 1HG2 VAL 67 HG21 VAL 67 5.955 -0.998 -5.475 468 2HG2 VAL 67 HG22 VAL 67 7.162 -1.922 -6.475 469 3HG2 VAL 67 HG23 VAL 67 7.658 -0.463 -5.548 470 H THR 68 HN THR 68 7.428 -4.201 -2.756 471 HA THR 68 HA THR 68 8.714 -6.616 -3.804 472 HB THR 68 HB THR 68 10.171 -5.764 -2.013 473 HG1 THR 68 HG1 THR 68 9.635 -8.088 -1.872 474 1HG2 THR 68 HG21 THR 68 9.286 -5.126 0.181 475 2HG2 THR 68 HG22 THR 68 7.668 -5.756 -0.266 476 3HG2 THR 68 HG23 THR 68 8.251 -4.268 -1.076 477 H ALA 69 HN ALA 69 8.049 -8.487 -3.209 478 HA ALA 69 HA ALA 69 5.137 -8.752 -3.369 479 1HB ALA 69 HB1 ALA 69 6.723 -9.518 -5.169 480 2HB ALA 69 HB2 ALA 69 5.870 -10.935 -4.433 481 3HB ALA 69 HB3 ALA 69 7.587 -10.527 -3.974 482 H LEU 70 HN LEU 70 4.000 -9.898 -1.802 483 HA LEU 70 HA LEU 70 5.440 -10.595 0.649 484 1HB LEU 70 HB2 LEU 70 3.209 -9.355 0.526 485 2HB LEU 70 HB1 LEU 70 2.522 -10.959 0.143 486 HG LEU 70 HG LEU 70 2.176 -10.310 2.467 487 1HD1 LEU 70 HD21 LEU 70 4.299 -12.453 2.780 488 2HD1 LEU 70 HD22 LEU 70 2.657 -12.819 2.083 489 3HD1 LEU 70 HD23 LEU 70 2.845 -12.180 3.768 490 1HD2 LEU 70 HD11 LEU 70 3.977 -10.024 4.148 491 2HD2 LEU 70 HD12 LEU 70 4.102 -8.817 2.814 492 3HD2 LEU 70 HD13 LEU 70 5.219 -10.235 2.861 493 H SER 71 HN SER 71 6.204 -12.317 1.012 494 HA SER 71 HA SER 71 5.097 -14.922 0.768 495 1HB SER 71 HB1 SER 71 7.848 -14.227 -0.426 496 2HB SER 71 HB2 SER 71 7.481 -15.877 0.219 497 HG SER 71 HG SER 71 5.890 -14.535 -1.714 498 H GLU 72 HN GLU 72 6.404 -16.185 2.462 499 HA GLU 72 HA GLU 72 6.391 -15.310 4.943 500 1HB GLU 72 HB1 GLU 72 8.711 -17.120 4.536 501 2HB GLU 72 HB2 GLU 72 7.100 -17.488 5.248 502 1HG GLU 72 HG2 GLU 72 7.899 -17.276 2.268 503 2HG GLU 72 HG1 GLU 72 8.060 -18.770 3.288 504 H ASP 73 HN ASP 73 8.107 -15.387 6.598 505 HA ASP 73 HA ASP 73 9.438 -13.084 6.816 506 1HB ASP 73 HB2 ASP 73 8.601 -14.716 8.612 507 2HB ASP 73 HB1 ASP 73 10.177 -15.552 8.481 508 H GLU 74 HN GLU 74 11.215 -16.020 5.967 509 HA GLU 74 HA GLU 74 13.693 -14.441 5.554 510 1HB GLU 74 HB2 GLU 74 13.698 -16.213 7.302 511 2HB GLU 74 HB1 GLU 74 13.184 -17.434 6.092 512 1HG GLU 74 HG2 GLU 74 15.337 -17.261 4.915 513 2HG GLU 74 HG1 GLU 74 15.829 -15.850 5.936 514 H TYR 75 HN TYR 75 11.081 -15.140 3.774 515 HA TYR 75 HA TYR 75 12.533 -16.305 1.457 516 1HB TYR 75 HB2 TYR 75 9.736 -16.651 2.555 517 2HB TYR 75 HB1 TYR 75 10.232 -17.321 0.944 518 HD1 TYR 75 HD1 TYR 75 10.727 -17.597 4.659 519 HD2 TYR 75 HD2 TYR 75 11.556 -19.238 0.801 520 HE1 TYR 75 HE1 TYR 75 11.497 -19.706 5.697 521 HE2 TYR 75 HE2 TYR 75 12.328 -21.313 1.837 522 HH TYR 75 HH TYR 75 12.652 -22.447 3.736 523 H PHE 76 HN PHE 76 10.025 -13.934 2.440 524 HA PHE 76 HA PHE 76 9.474 -12.912 -0.104 525 1HB PHE 76 HB2 PHE 76 9.070 -10.509 0.878 526 2HB PHE 76 HB1 PHE 76 8.154 -11.903 1.432 527 HD1 PHE 76 HD1 PHE 76 7.408 -10.803 3.274 528 HD2 PHE 76 HD2 PHE 76 11.620 -11.266 2.853 529 HE1 PHE 76 HE1 PHE 76 7.691 -10.179 5.604 530 HE2 PHE 76 HE2 PHE 76 11.918 -10.599 5.171 531 HZ PHE 76 HZ PHE 76 9.968 -10.044 6.585 532 H SER 77 HN SER 77 9.940 -11.355 -1.559 533 HA SER 77 HA SER 77 12.685 -10.237 -1.555 534 1HB SER 77 HB1 SER 77 13.020 -12.499 -2.451 535 2HB SER 77 HB2 SER 77 11.772 -12.248 -3.698 536 HG SER 77 HG SER 77 13.114 -10.732 -4.675 537 H ALA 78 HN ALA 78 13.158 -8.809 -3.386 538 HA ALA 78 HA ALA 78 10.826 -7.153 -3.901 539 1HB ALA 78 HB1 ALA 78 13.717 -6.320 -4.236 540 2HB ALA 78 HB2 ALA 78 12.640 -5.996 -2.819 541 3HB ALA 78 HB3 ALA 78 12.251 -5.262 -4.384 542 H GLY 79 HN GLY 79 10.509 -5.946 -5.756 543 1HA GLY 79 HA2 GLY 79 11.228 -6.811 -8.385 544 2HA GLY 79 HA1 GLY 79 9.448 -7.112 -7.827 545 H VAL 80 HN VAL 80 8.988 -5.726 -9.626 546 HA VAL 80 HA VAL 80 9.153 -2.869 -8.804 547 HB VAL 80 HB VAL 80 9.496 -4.509 -11.332 548 1HG1 VAL 80 HG11 VAL 80 9.420 -2.332 -12.722 549 2HG1 VAL 80 HG12 VAL 80 8.745 -1.454 -11.307 550 3HG1 VAL 80 HG13 VAL 80 7.794 -2.762 -12.104 551 1HG2 VAL 80 HG21 VAL 80 11.360 -3.767 -9.861 552 2HG2 VAL 80 HG22 VAL 80 10.827 -2.027 -10.086 553 3HG2 VAL 80 HG23 VAL 80 11.472 -2.959 -11.494 554 H VAL 81 HN VAL 81 7.460 -1.569 -8.913 555 HA VAL 81 HA VAL 81 4.809 -2.789 -9.366 556 HB VAL 81 HB VAL 81 5.101 -1.273 -7.339 557 1HG1 VAL 81 HG21 VAL 81 5.878 0.916 -9.444 558 2HG1 VAL 81 HG22 VAL 81 6.864 0.355 -8.035 559 3HG1 VAL 81 HG23 VAL 81 5.303 1.239 -7.785 560 1HG2 VAL 81 HG11 VAL 81 2.856 -1.119 -8.532 561 2HG2 VAL 81 HG12 VAL 81 3.558 0.358 -9.389 562 3HG2 VAL 81 HG13 VAL 81 3.398 0.342 -7.579 563 H LYS 82 HN LYS 82 3.786 -2.416 -11.334 564 HA LYS 82 HA LYS 82 5.117 -0.521 -13.193 565 1HB LYS 82 HB1 LYS 82 3.544 -3.159 -13.694 566 2HB LYS 82 HB2 LYS 82 4.100 -2.115 -15.046 567 1HG LYS 82 HG2 LYS 82 5.971 -3.563 -13.095 568 2HG LYS 82 HG1 LYS 82 5.475 -4.178 -14.693 569 1HD LYS 82 HD2 LYS 82 6.939 -1.489 -14.247 570 2HD LYS 82 HD1 LYS 82 7.743 -3.040 -14.652 571 1HE LYS 82 HE2 LYS 82 5.705 -1.567 -16.460 572 2HE LYS 82 HE1 LYS 82 7.498 -1.606 -16.664 573 1HZ LYS 82 HZ1 LYS 82 6.388 -3.187 -18.067 574 2HZ LYS 82 HZ2 LYS 82 5.691 -3.962 -16.726 575 3HZ LYS 82 HZ3 LYS 82 7.376 -3.981 -16.936 576 H GLY 83 HN GLY 83 1.955 -2.026 -12.290 577 1HA GLY 83 HA2 GLY 83 0.502 0.366 -12.966 578 2HA GLY 83 HA1 GLY 83 0.384 -0.977 -14.176 579 H HIS 84 HN HIS 84 -1.689 0.247 -12.286 580 HA HIS 84 HA HIS 84 -2.613 -2.280 -11.238 581 1HB HIS 84 HB1 HIS 84 -3.237 -0.809 -8.990 582 2HB HIS 84 HB2 HIS 84 -1.760 -1.775 -9.228 583 HD1 HIS 84 HD1 HIS 84 -2.640 1.978 -9.125 584 HD2 HIS 84 HD2 HIS 84 0.583 -0.699 -9.066 585 HE1 HIS 84 HE1 HIS 84 -0.478 3.268 -8.450 586 H ARG 85 HN ARG 85 -4.665 -2.690 -10.588 587 HA ARG 85 HA ARG 85 -6.614 -0.826 -11.838 588 1HB ARG 85 HB2 ARG 85 -7.501 -2.558 -13.131 589 2HB ARG 85 HB1 ARG 85 -5.831 -3.207 -13.036 590 1HG ARG 85 HG2 ARG 85 -6.656 -4.550 -10.917 591 2HG ARG 85 HG1 ARG 85 -8.301 -4.026 -11.352 592 1HD ARG 85 HD2 ARG 85 -8.152 -6.188 -12.161 593 2HD ARG 85 HD1 ARG 85 -8.455 -4.961 -13.471 594 HE ARG 85 HE ARG 85 -5.588 -5.658 -13.202 595 1HH1 ARG 85 HH11 ARG 85 -8.705 -6.645 -14.655 596 2HH1 ARG 85 HH12 ARG 85 -7.977 -7.545 -15.944 597 1HH2 ARG 85 HH21 ARG 85 -4.631 -6.893 -14.960 598 2HH2 ARG 85 HH22 ARG 85 -5.646 -7.691 -16.114 599 H LYS 86 HN LYS 86 -8.823 -1.155 -10.962 600 HA LYS 86 HA LYS 86 -9.033 -3.199 -8.914 601 1HB LYS 86 HB2 LYS 86 -8.558 -1.482 -7.509 602 2HB LYS 86 HB1 LYS 86 -9.403 -0.219 -8.460 603 1HG LYS 86 HG2 LYS 86 -11.644 -1.121 -7.750 604 2HG LYS 86 HG1 LYS 86 -10.839 -2.440 -6.835 605 1HD LYS 86 HD2 LYS 86 -9.629 -0.603 -5.484 606 2HD LYS 86 HD1 LYS 86 -10.674 0.605 -6.291 607 1HE LYS 86 HE2 LYS 86 -11.649 -1.765 -4.539 608 2HE LYS 86 HE1 LYS 86 -11.556 -0.029 -4.030 609 1HZ LYS 86 HZ1 LYS 86 -13.762 -0.659 -4.685 610 2HZ LYS 86 HZ2 LYS 86 -13.231 -1.126 -6.229 611 3HZ LYS 86 HZ3 LYS 86 -13.141 0.502 -5.756 612 H GLU 87 HN GLU 87 -10.924 -4.280 -9.117 613 HA GLU 87 HA GLU 87 -12.900 -3.352 -11.118 614 1HB GLU 87 HB2 GLU 87 -11.389 -5.465 -11.585 615 2HB GLU 87 HB1 GLU 87 -12.244 -6.219 -10.230 616 1HG GLU 87 HG2 GLU 87 -14.443 -5.940 -11.473 617 2HG GLU 87 HG1 GLU 87 -13.551 -5.163 -12.833 618 H SER 88 HN SER 88 -15.175 -4.086 -10.428 619 HA SER 88 HA SER 88 -15.847 -3.449 -7.774 620 1HB SER 88 HB2 SER 88 -17.309 -3.040 -9.735 621 2HB SER 88 HB1 SER 88 -17.536 -4.806 -9.952 622 HG SER 88 HG SER 88 -18.475 -4.816 -7.858 623 H GLY 89 HN GLY 89 -14.246 -5.118 -6.855 624 1HA GLY 89 HA2 GLY 89 -14.602 -6.598 -4.994 625 2HA GLY 89 HA1 GLY 89 -15.614 -7.641 -6.053 626 H GLU 90 HN GLU 90 -12.668 -6.303 -7.622 627 HA GLU 90 HA GLU 90 -11.087 -8.576 -6.847 628 1HB GLU 90 HB2 GLU 90 -12.387 -9.450 -8.729 629 2HB GLU 90 HB1 GLU 90 -11.956 -8.035 -9.748 630 1HG GLU 90 HG2 GLU 90 -9.651 -8.577 -9.734 631 2HG GLU 90 HG1 GLU 90 -9.845 -9.878 -8.493 632 H LEU 91 HN LEU 91 -8.793 -8.004 -7.021 633 HA LEU 91 HA LEU 91 -8.286 -5.158 -7.574 634 1HB LEU 91 HB2 LEU 91 -8.660 -6.235 -5.031 635 2HB LEU 91 HB1 LEU 91 -6.926 -6.581 -5.200 636 HG LEU 91 HG LEU 91 -7.262 -4.484 -4.044 637 1HD1 LEU 91 HD21 LEU 91 -5.395 -4.421 -5.798 638 2HD1 LEU 91 HD22 LEU 91 -6.075 -2.810 -5.351 639 3HD1 LEU 91 HD23 LEU 91 -6.545 -3.571 -6.905 640 1HD2 LEU 91 HD11 LEU 91 -8.583 -2.567 -5.014 641 2HD2 LEU 91 HD12 LEU 91 -9.591 -4.026 -4.684 642 3HD2 LEU 91 HD13 LEU 91 -9.086 -3.628 -6.361 643 H TYR 92 HN TYR 92 -6.274 -4.907 -8.887 644 HA TYR 92 HA TYR 92 -4.377 -7.006 -8.132 645 1HB TYR 92 HB1 TYR 92 -4.584 -6.556 -11.218 646 2HB TYR 92 HB2 TYR 92 -3.781 -7.881 -10.269 647 HD1 TYR 92 HD1 TYR 92 -7.593 -7.374 -10.228 648 HD2 TYR 92 HD2 TYR 92 -4.188 -9.020 -12.136 649 HE1 TYR 92 HE1 TYR 92 -8.987 -8.618 -11.750 650 HE2 TYR 92 HE2 TYR 92 -5.523 -10.267 -13.603 651 HH TYR 92 HH TYR 92 -7.731 -10.785 -14.218 652 H TYR 93 HN TYR 93 -2.375 -6.557 -8.148 653 HA TYR 93 HA TYR 93 -1.457 -4.065 -9.418 654 1HB TYR 93 HB2 TYR 93 -0.723 -5.420 -6.758 655 2HB TYR 93 HB1 TYR 93 0.522 -4.467 -7.647 656 HD1 TYR 93 HD1 TYR 93 0.813 -2.178 -6.834 657 HD2 TYR 93 HD2 TYR 93 -3.157 -4.045 -6.871 658 HE1 TYR 93 HE1 TYR 93 -0.324 -0.106 -6.516 659 HE2 TYR 93 HE2 TYR 93 -4.121 -1.969 -6.239 660 HH TYR 93 HH TYR 93 -2.212 1.015 -6.094 661 H SER 94 HN SER 94 -0.127 -4.409 -11.140 662 HA SER 94 HA SER 94 0.850 -7.081 -11.690 663 1HB SER 94 HB2 SER 94 1.502 -6.279 -13.929 664 2HB SER 94 HB1 SER 94 -0.230 -6.070 -13.541 665 HG SER 94 HG SER 94 0.611 -3.747 -12.907 666 H ILE 95 HN ILE 95 2.451 -7.612 -10.506 667 HA ILE 95 HA ILE 95 4.604 -5.689 -9.796 668 HB ILE 95 HB ILE 95 3.799 -8.321 -8.499 669 1HG1 ILE 95 HG12 ILE 95 2.040 -6.768 -8.072 670 2HG1 ILE 95 HG11 ILE 95 3.079 -6.778 -6.619 671 1HG2 ILE 95 HG21 ILE 95 5.336 -7.493 -6.640 672 2HG2 ILE 95 HG22 ILE 95 5.884 -6.149 -7.699 673 3HG2 ILE 95 HG23 ILE 95 6.250 -7.851 -8.142 674 1HD1 ILE 95 HD11 ILE 95 4.179 -4.614 -7.472 675 2HD1 ILE 95 HD12 ILE 95 2.443 -4.467 -7.065 676 3HD1 ILE 95 HD13 ILE 95 2.943 -4.553 -8.776 677 H GLU 96 HN GLU 96 6.433 -5.766 -10.863 678 HA GLU 96 HA GLU 96 6.870 -8.071 -12.653 679 1HB GLU 96 HB2 GLU 96 6.879 -5.954 -13.706 680 2HB GLU 96 HB1 GLU 96 8.257 -5.391 -12.682 681 1HG GLU 96 HG2 GLU 96 9.711 -7.210 -13.738 682 2HG GLU 96 HG1 GLU 96 8.293 -7.715 -14.731 683 H LYS 97 HN LYS 97 7.713 -9.752 -12.080 684 HA LYS 97 HA LYS 97 9.749 -9.656 -9.886 685 1HB LYS 97 HB1 LYS 97 7.307 -9.771 -9.083 686 2HB LYS 97 HB2 LYS 97 7.066 -11.026 -10.347 687 1HG LYS 97 HG2 LYS 97 6.869 -12.083 -8.284 688 2HG LYS 97 HG1 LYS 97 8.377 -12.702 -8.960 689 1HD LYS 97 HD2 LYS 97 8.292 -10.407 -6.901 690 2HD LYS 97 HD1 LYS 97 8.275 -12.150 -6.446 691 1HE LYS 97 HE2 LYS 97 10.450 -12.488 -7.718 692 2HE LYS 97 HE1 LYS 97 10.532 -10.699 -7.987 693 1HZ LYS 97 HZ1 LYS 97 10.498 -10.395 -5.609 694 2HZ LYS 97 HZ2 LYS 97 11.790 -11.392 -6.078 695 3HZ LYS 97 HZ3 LYS 97 10.412 -12.072 -5.354 696 H GLU 98 HN GLU 98 11.314 -11.291 -10.124 697 HA GLU 98 HA GLU 98 12.437 -13.055 -10.766 698 1HB GLU 98 HB1 GLU 98 10.621 -14.213 -9.616 699 2HB GLU 98 HB2 GLU 98 9.632 -14.323 -11.140 700 1HG GLU 98 HG2 GLU 98 10.687 -16.421 -10.391 701 2HG GLU 98 HG1 GLU 98 11.307 -15.965 -12.024 702 H GLY 99 HN GLY 99 10.968 -11.243 -12.831 703 1HA GLY 99 HA2 GLY 99 12.187 -10.628 -14.857 704 2HA GLY 99 HA1 GLY 99 12.219 -12.367 -15.318 705 H GLN 100 HN GLN 100 9.270 -11.956 -13.908 706 HA GLN 100 HA GLN 100 7.904 -10.940 -16.260 707 1HB GLN 100 HB2 GLN 100 6.394 -13.013 -16.346 708 2HB GLN 100 HB1 GLN 100 8.092 -13.238 -16.848 709 1HG GLN 100 HG2 GLN 100 7.601 -15.170 -15.658 710 2HG GLN 100 HG1 GLN 100 8.615 -14.237 -14.524 711 1HE2 GLN 100 HE21 GLN 100 7.529 -13.322 -12.568 712 2HE2 GLN 100 HE22 GLN 100 5.947 -14.033 -12.136 713 H ARG 101 HN ARG 101 5.374 -10.958 -15.939 714 HA ARG 101 HA ARG 101 5.123 -9.307 -13.556 715 1HB ARG 101 HB1 ARG 101 3.361 -9.595 -16.049 716 2HB ARG 101 HB2 ARG 101 3.018 -8.494 -14.677 717 1HG ARG 101 HG1 ARG 101 3.848 -7.173 -16.408 718 2HG ARG 101 HG2 ARG 101 5.147 -7.240 -15.168 719 1HD ARG 101 HD1 ARG 101 6.492 -8.743 -16.585 720 2HD ARG 101 HD2 ARG 101 5.127 -8.989 -17.735 721 HE ARG 101 HE ARG 101 6.894 -6.568 -17.404 722 1HH1 ARG 101 HH11 ARG 101 4.068 -7.990 -19.082 723 2HH1 ARG 101 HH12 ARG 101 4.125 -6.861 -20.396 724 1HH2 ARG 101 HH21 ARG 101 6.950 -5.086 -19.184 725 2HH2 ARG 101 HH22 ARG 101 5.785 -5.203 -20.459 726 H LYS 102 HN LYS 102 4.205 -9.814 -11.739 727 HA LYS 102 HA LYS 102 2.375 -12.173 -11.692 728 1HB LYS 102 HB1 LYS 102 3.552 -10.607 -9.310 729 2HB LYS 102 HB2 LYS 102 2.491 -12.002 -9.121 730 1HG LYS 102 HG2 LYS 102 5.246 -12.038 -10.543 731 2HG LYS 102 HG1 LYS 102 4.872 -12.283 -8.793 732 1HD LYS 102 HD1 LYS 102 5.474 -14.358 -10.054 733 2HD LYS 102 HD2 LYS 102 3.946 -14.418 -9.091 734 1HE LYS 102 HE1 LYS 102 2.564 -14.261 -11.129 735 2HE LYS 102 HE2 LYS 102 4.034 -14.007 -12.153 736 1HZ LYS 102 HZ1 LYS 102 4.794 -16.188 -11.500 737 2HZ LYS 102 HZ2 LYS 102 3.254 -16.263 -12.214 738 3HZ LYS 102 HZ3 LYS 102 3.418 -16.420 -10.531 739 H TRP 103 HN TRP 103 0.439 -11.947 -10.604 740 HA TRP 103 HA TRP 103 -0.610 -9.119 -10.668 741 1HB TRP 103 HB2 TRP 103 -1.719 -11.678 -11.980 742 2HB TRP 103 HB1 TRP 103 -2.811 -10.350 -11.536 743 HD1 TRP 103 HD1 TRP 103 -0.682 -11.425 -14.453 744 HE1 TRP 103 HE1 TRP 103 -1.047 -9.676 -16.337 745 HE3 TRP 103 HE3 TRP 103 -2.280 -7.565 -11.613 746 HZ2 TRP 103 HZ2 TRP 103 -2.006 -7.025 -16.521 747 HZ3 TRP 103 HZ3 TRP 103 -3.056 -5.484 -12.689 748 HH2 TRP 103 HH2 TRP 103 -2.866 -5.211 -15.116 749 H TYR 104 HN TYR 104 -0.675 -8.713 -8.663 750 HA TYR 104 HA TYR 104 -1.933 -10.709 -6.789 751 1HB TYR 104 HB2 TYR 104 0.050 -8.611 -5.758 752 2HB TYR 104 HB1 TYR 104 -0.608 -10.078 -5.010 753 HD1 TYR 104 HD1 TYR 104 2.239 -8.721 -6.061 754 HD2 TYR 104 HD2 TYR 104 0.082 -12.382 -6.393 755 HE1 TYR 104 HE1 TYR 104 4.345 -9.935 -6.162 756 HE2 TYR 104 HE2 TYR 104 2.203 -13.607 -6.488 757 HH TYR 104 HH TYR 104 4.463 -13.452 -6.452 758 H LYS 105 HN LYS 105 -3.828 -9.929 -5.718 759 HA LYS 105 HA LYS 105 -4.587 -7.278 -5.720 760 1HB LYS 105 HB1 LYS 105 -6.111 -8.228 -3.839 761 2HB LYS 105 HB2 LYS 105 -6.269 -9.038 -5.398 762 1HG LYS 105 HG2 LYS 105 -4.413 -10.189 -3.234 763 2HG LYS 105 HG1 LYS 105 -6.179 -10.412 -3.159 764 1HD LYS 105 HD1 LYS 105 -4.420 -11.473 -5.480 765 2HD LYS 105 HD2 LYS 105 -5.016 -12.362 -4.055 766 1HE LYS 105 HE2 LYS 105 -6.492 -12.985 -5.765 767 2HE LYS 105 HE1 LYS 105 -7.429 -11.772 -4.806 768 1HZ LYS 105 HZ1 LYS 105 -5.980 -11.286 -7.363 769 2HZ LYS 105 HZ2 LYS 105 -6.862 -10.131 -6.483 770 3HZ LYS 105 HZ3 LYS 105 -7.658 -11.467 -7.167 771 H ARG 106 HN ARG 106 -4.537 -5.878 -3.982 772 HA ARG 106 HA ARG 106 -2.367 -4.908 -3.080 773 1HB ARG 106 HB2 ARG 106 -4.759 -4.893 -1.155 774 2HB ARG 106 HB1 ARG 106 -3.349 -3.775 -1.072 775 1HG ARG 106 HG1 ARG 106 -3.895 -2.987 -3.432 776 2HG ARG 106 HG2 ARG 106 -5.488 -3.808 -3.197 777 1HD ARG 106 HD2 ARG 106 -5.783 -2.469 -1.032 778 2HD ARG 106 HD1 ARG 106 -4.229 -1.634 -1.397 779 HE ARG 106 HE ARG 106 -5.231 -0.393 -3.122 780 1HH1 ARG 106 HH11 ARG 106 -7.553 -2.836 -1.930 781 2HH1 ARG 106 HH12 ARG 106 -8.934 -2.046 -2.618 782 1HH2 ARG 106 HH21 ARG 106 -7.104 0.651 -4.025 783 2HH2 ARG 106 HH22 ARG 106 -8.677 -0.048 -3.819 784 H MET 107 HN MET 107 -3.721 -7.429 -1.030 785 HA MET 107 HA MET 107 -1.855 -7.319 1.087 786 1HB MET 107 HB1 MET 107 -2.789 -9.482 1.811 787 2HB MET 107 HB2 MET 107 -4.019 -8.224 1.460 788 1HG MET 107 HG2 MET 107 -4.135 -9.356 -0.953 789 2HG MET 107 HG1 MET 107 -3.307 -10.734 -0.170 790 1HE MET 107 HE1 MET 107 -4.629 -10.515 2.871 791 2HE MET 107 HE2 MET 107 -4.185 -11.984 1.921 792 3HE MET 107 HE3 MET 107 -5.827 -11.822 2.626 793 H ALA 108 HN ALA 108 -1.301 -8.690 -2.122 794 HA ALA 108 HA ALA 108 1.129 -9.964 -1.013 795 1HB ALA 108 HB1 ALA 108 -0.650 -10.948 -3.160 796 2HB ALA 108 HB2 ALA 108 0.596 -11.817 -2.201 797 3HB ALA 108 HB3 ALA 108 1.072 -10.949 -3.695 798 H VAL 109 HN VAL 109 0.668 -7.140 -1.739 799 HA VAL 109 HA VAL 109 3.279 -6.750 -2.903 800 HB VAL 109 HB VAL 109 1.762 -6.294 -4.730 801 1HG1 VAL 109 HG21 VAL 109 -0.250 -5.465 -3.599 802 2HG1 VAL 109 HG22 VAL 109 0.372 -4.216 -4.735 803 3HG1 VAL 109 HG23 VAL 109 0.622 -4.012 -2.970 804 1HG2 VAL 109 HG11 VAL 109 3.905 -5.316 -4.755 805 2HG2 VAL 109 HG12 VAL 109 3.498 -4.063 -3.517 806 3HG2 VAL 109 HG13 VAL 109 2.767 -3.960 -5.140 807 H ILE 110 HN ILE 110 4.378 -6.064 -1.499 808 HA ILE 110 HA ILE 110 3.410 -4.203 0.640 809 HB ILE 110 HB ILE 110 5.076 -5.196 2.190 810 1HG1 ILE 110 HG12 ILE 110 4.806 -7.846 0.736 811 2HG1 ILE 110 HG11 ILE 110 5.993 -6.730 0.063 812 1HG2 ILE 110 HG21 ILE 110 2.585 -5.431 2.344 813 2HG2 ILE 110 HG22 ILE 110 3.498 -6.805 3.065 814 3HG2 ILE 110 HG23 ILE 110 2.703 -7.003 1.458 815 1HD1 ILE 110 HD11 ILE 110 5.973 -7.780 2.968 816 2HD1 ILE 110 HD12 ILE 110 7.157 -6.580 2.315 817 3HD1 ILE 110 HD13 ILE 110 7.096 -8.261 1.648 818 H LEU 111 HN LEU 111 5.379 -3.247 1.893 819 HA LEU 111 HA LEU 111 7.634 -2.554 0.214 820 1HB LEU 111 HB2 LEU 111 6.991 -0.007 1.036 821 2HB LEU 111 HB1 LEU 111 6.605 -0.708 -0.541 822 HG LEU 111 HG LEU 111 4.318 -0.907 -0.108 823 1HD1 LEU 111 HD11 LEU 111 3.885 -1.886 2.043 824 2HD1 LEU 111 HD12 LEU 111 3.434 -0.176 2.334 825 3HD1 LEU 111 HD13 LEU 111 5.021 -0.726 2.841 826 1HD2 LEU 111 HD21 LEU 111 5.008 1.652 1.488 827 2HD2 LEU 111 HD22 LEU 111 3.970 1.409 0.029 828 3HD2 LEU 111 HD23 LEU 111 5.781 1.277 -0.018 829 H SER 112 HN SER 112 9.358 -1.464 1.304 830 HA SER 112 HA SER 112 9.481 -1.821 4.205 831 1HB SER 112 HB2 SER 112 11.880 -1.916 4.055 832 2HB SER 112 HB1 SER 112 11.158 -3.094 2.924 833 HG SER 112 HG SER 112 11.865 -1.868 1.213 834 H LEU 113 HN LEU 113 11.125 0.095 5.305 835 HA LEU 113 HA LEU 113 9.679 2.477 4.803 836 1HB LEU 113 HB2 LEU 113 12.309 2.884 6.163 837 2HB LEU 113 HB1 LEU 113 10.881 3.951 5.966 838 HG LEU 113 HG LEU 113 10.308 1.287 7.269 839 1HD1 LEU 113 HD21 LEU 113 12.671 1.616 8.008 840 2HD1 LEU 113 HD22 LEU 113 11.520 1.805 9.394 841 3HD1 LEU 113 HD23 LEU 113 12.269 3.264 8.597 842 1HD2 LEU 113 HD11 LEU 113 8.686 3.242 7.377 843 2HD2 LEU 113 HD12 LEU 113 9.869 4.095 8.441 844 3HD2 LEU 113 HD13 LEU 113 9.147 2.530 8.977 845 H GLU 114 HN GLU 114 13.064 1.978 3.773 846 HA GLU 114 HA GLU 114 12.884 4.419 2.282 847 1HB GLU 114 HB2 GLU 114 15.159 2.731 2.648 848 2HB GLU 114 HB1 GLU 114 15.114 3.585 1.065 849 1HG GLU 114 HG1 GLU 114 14.511 5.755 2.209 850 2HG GLU 114 HG2 GLU 114 14.611 4.903 3.818 851 H GLN 115 HN GLN 115 11.371 1.801 1.424 852 HA GLN 115 HA GLN 115 10.842 2.308 -1.372 853 1HB GLN 115 HB2 GLN 115 10.453 0.206 0.561 854 2HB GLN 115 HB1 GLN 115 8.774 0.729 0.160 855 1HG GLN 115 HG1 GLN 115 9.095 -0.931 -1.387 856 2HG GLN 115 HG2 GLN 115 9.569 0.496 -2.379 857 1HE2 GLN 115 HE21 GLN 115 11.578 0.376 -3.287 858 2HE2 GLN 115 HE22 GLN 115 12.794 -0.857 -2.856 859 H GLY 116 HN GLY 116 9.285 2.644 1.746 860 1HA GLY 116 HA2 GLY 116 6.898 4.045 1.146 861 2HA GLY 116 HA1 GLY 116 7.687 3.653 2.681 862 H ASN 117 HN ASN 117 9.978 5.016 2.788 863 HA ASN 117 HA ASN 117 9.218 7.687 3.490 864 1HB ASN 117 HB2 ASN 117 11.818 6.114 3.825 865 2HB ASN 117 HB1 ASN 117 11.717 7.878 4.212 866 1HD2 ASN 117 HD21 ASN 117 12.365 6.846 6.368 867 2HD2 ASN 117 HD22 ASN 117 10.995 6.585 7.441 868 H ARG 118 HN ARG 118 10.797 6.286 0.703 869 HA ARG 118 HA ARG 118 12.001 8.637 -0.255 870 1HB ARG 118 HB2 ARG 118 12.158 7.533 -2.428 871 2HB ARG 118 HB1 ARG 118 12.657 6.422 -1.134 872 1HG ARG 118 HG2 ARG 118 10.975 4.936 -1.573 873 2HG ARG 118 HG1 ARG 118 9.710 6.125 -1.809 874 1HD ARG 118 HD2 ARG 118 10.109 4.910 -3.933 875 2HD ARG 118 HD1 ARG 118 10.657 6.617 -4.141 876 HE ARG 118 HE ARG 118 12.926 5.926 -4.188 877 1HH1 ARG 118 HH11 ARG 118 10.852 3.095 -3.481 878 2HH1 ARG 118 HH12 ARG 118 12.128 1.948 -3.713 879 1HH2 ARG 118 HH21 ARG 118 14.613 4.363 -4.477 880 2HH2 ARG 118 HH22 ARG 118 14.284 2.674 -4.280 881 H LEU 119 HN LEU 119 8.865 7.338 -0.124 882 HA LEU 119 HA LEU 119 7.380 8.871 -2.168 883 1HB LEU 119 HB2 LEU 119 7.017 6.294 -1.518 884 2HB LEU 119 HB1 LEU 119 6.243 6.875 -0.084 885 HG LEU 119 HG LEU 119 5.382 8.048 -2.735 886 1HD1 LEU 119 HD11 LEU 119 5.610 5.530 -2.882 887 2HD1 LEU 119 HD12 LEU 119 4.008 6.230 -3.317 888 3HD1 LEU 119 HD13 LEU 119 4.244 5.402 -1.722 889 1HD2 LEU 119 HD21 LEU 119 3.137 7.728 -1.719 890 2HD2 LEU 119 HD22 LEU 119 4.179 8.812 -0.702 891 3HD2 LEU 119 HD23 LEU 119 3.879 7.098 -0.195 892 H ARG 120 HN ARG 120 7.750 8.561 1.340 893 HA ARG 120 HA ARG 120 5.483 9.532 1.926 894 1HB ARG 120 HB1 ARG 120 6.349 9.716 4.340 895 2HB ARG 120 HB2 ARG 120 7.436 8.482 3.637 896 1HG ARG 120 HG2 ARG 120 9.100 10.449 3.278 897 2HG ARG 120 HG1 ARG 120 7.951 11.522 4.140 898 1HD ARG 120 HD2 ARG 120 8.067 10.221 6.190 899 2HD ARG 120 HD1 ARG 120 9.098 8.963 5.382 900 HE ARG 120 HE ARG 120 10.384 11.496 5.015 901 1HH1 ARG 120 HH11 ARG 120 9.573 9.264 7.689 902 2HH1 ARG 120 HH12 ARG 120 10.933 9.722 8.660 903 1HH2 ARG 120 HH21 ARG 120 12.210 12.086 6.330 904 2HH2 ARG 120 HH22 ARG 120 12.452 11.343 7.877 905 H GLU 121 HN GLU 121 7.959 11.703 1.116 906 HA GLU 121 HA GLU 121 6.559 14.144 1.853 907 1HB GLU 121 HB2 GLU 121 8.719 15.197 1.043 908 2HB GLU 121 HB1 GLU 121 8.889 14.063 2.413 909 1HG GLU 121 HG1 GLU 121 9.699 12.237 0.929 910 2HG GLU 121 HG2 GLU 121 9.516 13.303 -0.519 911 H GLN 122 HN GLN 122 6.736 12.046 -0.993 912 HA GLN 122 HA GLN 122 6.004 14.276 -2.767 913 1HB GLN 122 HB2 GLN 122 6.584 12.771 -4.670 914 2HB GLN 122 HB1 GLN 122 7.955 13.323 -3.655 915 1HG GLN 122 HG1 GLN 122 8.233 11.150 -2.618 916 2HG GLN 122 HG2 GLN 122 6.658 10.547 -3.273 917 1HE2 GLN 122 HE21 GLN 122 9.474 12.131 -4.969 918 2HE2 GLN 122 HE22 GLN 122 9.569 10.839 -6.172 919 H TYR 123 HN TYR 123 4.852 10.873 -1.740 920 HA TYR 123 HA TYR 123 2.286 11.818 -3.086 921 1HB TYR 123 HB1 TYR 123 3.258 8.935 -3.344 922 2HB TYR 123 HB2 TYR 123 1.850 9.688 -4.151 923 HD1 TYR 123 HD1 TYR 123 4.877 8.449 -4.713 924 HD2 TYR 123 HD2 TYR 123 2.703 12.034 -5.456 925 HE1 TYR 123 HE1 TYR 123 6.148 8.771 -6.668 926 HE2 TYR 123 HE2 TYR 123 4.075 12.451 -7.432 927 HH TYR 123 HH TYR 123 5.770 11.697 -8.752 928 H GLY 124 HN GLY 124 3.028 10.926 0.309 929 1HA GLY 124 HA2 GLY 124 0.452 10.248 0.610 930 2HA GLY 124 HA1 GLY 124 1.244 8.671 0.225 931 H LEU 125 HN LEU 125 3.408 8.436 1.472 932 HA LEU 125 HA LEU 125 2.706 7.939 3.936 933 1HB LEU 125 HB2 LEU 125 5.139 7.363 2.477 934 2HB LEU 125 HB1 LEU 125 5.367 7.439 4.272 935 HG LEU 125 HG LEU 125 5.011 5.247 3.758 936 1HD1 LEU 125 HD11 LEU 125 2.242 6.225 4.770 937 2HD1 LEU 125 HD12 LEU 125 3.684 5.801 5.678 938 3HD1 LEU 125 HD13 LEU 125 2.845 4.535 4.730 939 1HD2 LEU 125 HD21 LEU 125 3.534 4.336 2.058 940 2HD2 LEU 125 HD22 LEU 125 4.559 5.582 1.374 941 3HD2 LEU 125 HD23 LEU 125 2.834 5.986 1.737 942 H GLY 126 HN GLY 126 2.895 10.976 3.637 943 1HA GLY 126 HA2 GLY 126 2.853 11.204 6.565 944 2HA GLY 126 HA1 GLY 126 4.252 12.055 5.836 945 HA PRO 127 HA PRO 127 0.755 15.062 5.066 946 1HB PRO 127 HB2 PRO 127 -1.867 14.591 5.540 947 2HB PRO 127 HB1 PRO 127 -1.038 13.549 4.318 948 1HG PRO 127 HG2 PRO 127 -1.544 12.942 7.275 949 2HG PRO 127 HG1 PRO 127 -2.017 11.932 5.884 950 1HD PRO 127 HD1 PRO 127 0.481 11.622 7.267 951 2HD PRO 127 HD2 PRO 127 0.255 11.177 5.511 952 H TYR 128 HN TYR 128 2.135 14.444 7.779 953 HA TYR 128 HA TYR 128 0.346 15.911 9.624 954 1HB TYR 128 HB2 TYR 128 1.152 14.671 11.497 955 2HB TYR 128 HB1 TYR 128 0.581 13.535 10.240 956 HD1 TYR 128 HD1 TYR 128 3.213 14.243 12.499 957 HD2 TYR 128 HD2 TYR 128 2.440 12.513 8.683 958 HE1 TYR 128 HE1 TYR 128 5.227 12.858 12.716 959 HE2 TYR 128 HE2 TYR 128 4.464 11.166 8.879 960 HH TYR 128 HH TYR 128 6.550 11.253 11.747 961 H GLU 129 HN GLU 129 0.965 17.731 10.605 962 HA GLU 129 HA GLU 129 3.751 18.414 10.915 963 1HB GLU 129 HB2 GLU 129 3.239 19.235 8.593 964 2HB GLU 129 HB1 GLU 129 1.854 20.178 9.222 965 1HG GLU 129 HG1 GLU 129 3.456 21.603 10.573 966 2HG GLU 129 HG2 GLU 129 4.824 20.557 10.039 Start of MODEL 4 1 H ASN 7 HN ASN 7 -10.507 13.324 1.205 2 HA ASN 7 HA ASN 7 -12.565 14.336 0.658 3 1HB ASN 7 HB2 ASN 7 -10.329 15.947 -0.760 4 2HB ASN 7 HB1 ASN 7 -11.989 16.582 -0.453 5 1HD2 ASN 7 HD21 ASN 7 -8.839 16.208 0.940 6 2HD2 ASN 7 HD22 ASN 7 -9.324 16.696 2.591 7 H SER 8 HN SER 8 -10.563 13.407 -2.022 8 HA SER 8 HA SER 8 -12.944 12.624 -3.617 9 1HB SER 8 HB1 SER 8 -10.526 14.167 -4.724 10 2HB SER 8 HB2 SER 8 -11.704 13.281 -5.771 11 HG SER 8 HG SER 8 -12.781 15.023 -3.896 12 H PHE 9 HN PHE 9 -10.531 11.534 -1.855 13 HA PHE 9 HA PHE 9 -9.905 9.209 -3.585 14 1HB PHE 9 HB2 PHE 9 -7.712 9.013 -2.373 15 2HB PHE 9 HB1 PHE 9 -7.799 10.290 -3.556 16 HD1 PHE 9 HD1 PHE 9 -8.231 12.767 -2.602 17 HD2 PHE 9 HD2 PHE 9 -6.928 9.387 -0.384 18 HE1 PHE 9 HE1 PHE 9 -7.142 14.241 -0.975 19 HE2 PHE 9 HE2 PHE 9 -5.723 10.758 1.075 20 HZ PHE 9 HZ PHE 9 -5.841 13.270 0.904 21 H VAL 10 HN VAL 10 -12.172 9.623 -1.802 22 HA VAL 10 HA VAL 10 -11.713 7.890 0.385 23 HB VAL 10 HB VAL 10 -13.786 8.208 1.109 24 1HG1 VAL 10 HG11 VAL 10 -12.936 10.671 -0.545 25 2HG1 VAL 10 HG12 VAL 10 -12.053 10.088 0.912 26 3HG1 VAL 10 HG13 VAL 10 -13.765 10.719 1.029 27 1HG2 VAL 10 HG21 VAL 10 -15.200 7.722 -0.895 28 2HG2 VAL 10 HG22 VAL 10 -14.635 9.263 -1.669 29 3HG2 VAL 10 HG23 VAL 10 -15.587 9.307 -0.126 30 H GLY 11 HN GLY 11 -11.422 6.846 -2.513 31 1HA GLY 11 HA2 GLY 11 -12.042 4.065 -1.807 32 2HA GLY 11 HA1 GLY 11 -12.465 4.765 -3.494 33 H LEU 12 HN LEU 12 -9.628 5.836 -1.751 34 HA LEU 12 HA LEU 12 -7.875 4.842 -3.745 35 1HB LEU 12 HB1 LEU 12 -6.863 6.662 -3.722 36 2HB LEU 12 HB2 LEU 12 -7.705 7.133 -2.205 37 HG LEU 12 HG LEU 12 -4.985 5.936 -1.760 38 1HD1 LEU 12 HD21 LEU 12 -4.100 7.948 -2.147 39 2HD1 LEU 12 HD22 LEU 12 -5.621 8.850 -1.929 40 3HD1 LEU 12 HD23 LEU 12 -5.287 7.964 -3.481 41 1HD2 LEU 12 HD11 LEU 12 -5.899 7.173 0.418 42 2HD2 LEU 12 HD12 LEU 12 -6.887 5.803 -0.064 43 3HD2 LEU 12 HD13 LEU 12 -7.367 7.502 -0.449 44 H ARG 13 HN ARG 13 -5.515 4.416 -2.901 45 HA ARG 13 HA ARG 13 -5.842 1.594 -1.981 46 1HB ARG 13 HB2 ARG 13 -4.184 2.976 -4.108 47 2HB ARG 13 HB1 ARG 13 -3.362 1.704 -3.182 48 1HG ARG 13 HG2 ARG 13 -4.273 0.555 -5.047 49 2HG ARG 13 HG1 ARG 13 -5.251 0.112 -3.621 50 1HD ARG 13 HD2 ARG 13 -6.786 0.385 -5.478 51 2HD ARG 13 HD1 ARG 13 -7.035 1.804 -4.409 52 HE ARG 13 HE ARG 13 -5.960 3.239 -5.990 53 1HH1 ARG 13 HH11 ARG 13 -5.946 -0.145 -7.165 54 2HH1 ARG 13 HH12 ARG 13 -5.513 0.289 -8.785 55 1HH2 ARG 13 HH21 ARG 13 -5.378 3.783 -8.169 56 2HH2 ARG 13 HH22 ARG 13 -5.187 2.540 -9.360 57 H VAL 14 HN VAL 14 -4.923 1.115 0.081 58 HA VAL 14 HA VAL 14 -3.177 3.224 1.114 59 HB VAL 14 HB VAL 14 -4.126 3.435 3.216 60 1HG1 VAL 14 HG21 VAL 14 -5.046 4.780 1.201 61 2HG1 VAL 14 HG22 VAL 14 -6.120 4.698 2.647 62 3HG1 VAL 14 HG23 VAL 14 -6.455 3.670 1.203 63 1HG2 VAL 14 HG11 VAL 14 -5.138 1.253 3.723 64 2HG2 VAL 14 HG12 VAL 14 -6.408 1.584 2.466 65 3HG2 VAL 14 HG13 VAL 14 -6.303 2.602 3.918 66 H VAL 15 HN VAL 15 -1.648 2.799 2.663 67 HA VAL 15 HA VAL 15 -0.775 -0.023 2.784 68 HB VAL 15 HB VAL 15 1.504 0.911 3.497 69 1HG1 VAL 15 HG21 VAL 15 2.158 0.903 1.131 70 2HG1 VAL 15 HG22 VAL 15 0.428 1.071 0.612 71 3HG1 VAL 15 HG23 VAL 15 0.980 -0.409 1.514 72 1HG2 VAL 15 HG11 VAL 15 1.966 3.151 2.534 73 2HG2 VAL 15 HG12 VAL 15 0.833 3.234 3.920 74 3HG2 VAL 15 HG13 VAL 15 0.213 3.417 2.250 75 H ALA 16 HN ALA 16 0.044 -0.819 4.823 76 HA ALA 16 HA ALA 16 -1.235 0.509 7.107 77 1HB ALA 16 HB1 ALA 16 -1.585 -2.232 5.761 78 2HB ALA 16 HB2 ALA 16 -2.818 -1.094 6.288 79 3HB ALA 16 HB3 ALA 16 -1.937 -2.058 7.526 80 H LYS 17 HN LYS 17 0.223 1.123 8.412 81 HA LYS 17 HA LYS 17 2.179 -0.744 9.547 82 1HB LYS 17 HB2 LYS 17 3.279 1.901 9.715 83 2HB LYS 17 HB1 LYS 17 3.866 0.542 8.712 84 1HG LYS 17 HG1 LYS 17 3.100 1.591 6.686 85 2HG LYS 17 HG2 LYS 17 1.695 2.229 7.493 86 1HD LYS 17 HD1 LYS 17 2.696 4.149 7.067 87 2HD LYS 17 HD2 LYS 17 3.186 3.885 8.768 88 1HE LYS 17 HE2 LYS 17 5.457 3.042 7.900 89 2HE LYS 17 HE1 LYS 17 4.883 3.431 6.212 90 1HZ LYS 17 HZ1 LYS 17 4.635 5.712 6.885 91 2HZ LYS 17 HZ2 LYS 17 6.223 5.172 7.153 92 3HZ LYS 17 HZ3 LYS 17 5.156 5.359 8.462 93 H TRP 18 HN TRP 18 1.311 -0.873 11.842 94 HA TRP 18 HA TRP 18 -0.281 1.433 12.742 95 1HB TRP 18 HB2 TRP 18 0.220 -1.311 13.918 96 2HB TRP 18 HB1 TRP 18 -0.378 -0.001 14.962 97 HD1 TRP 18 HD1 TRP 18 -1.919 -2.543 12.568 98 HE1 TRP 18 HE1 TRP 18 -4.472 -2.016 12.682 99 HE3 TRP 18 HE3 TRP 18 -1.644 2.048 14.693 100 HZ2 TRP 18 HZ2 TRP 18 -6.097 0.106 13.652 101 HZ3 TRP 18 HZ3 TRP 18 -3.643 3.109 15.428 102 HH2 TRP 18 HH2 TRP 18 -5.886 2.188 14.886 103 H SER 19 HN SER 19 2.920 0.300 13.290 104 HA SER 19 HA SER 19 3.692 2.736 14.744 105 1HB SER 19 HB1 SER 19 3.677 0.892 16.452 106 2HB SER 19 HB2 SER 19 4.545 -0.204 15.321 107 HG SER 19 HG SER 19 5.727 1.098 17.073 108 H SER 20 HN SER 20 5.969 3.422 13.788 109 HA SER 20 HA SER 20 6.383 2.242 11.156 110 1HB SER 20 HB1 SER 20 8.447 3.712 11.121 111 2HB SER 20 HB2 SER 20 6.917 4.594 11.425 112 HG SER 20 HG SER 20 8.673 3.715 13.490 113 H ASN 21 HN ASN 21 6.950 0.277 11.073 114 HA ASN 21 HA ASN 21 8.478 -1.163 13.044 115 1HB ASN 21 HB1 ASN 21 6.086 -1.655 12.273 116 2HB ASN 21 HB2 ASN 21 6.689 -1.852 10.607 117 1HD2 ASN 21 HD21 ASN 21 7.516 -3.407 13.886 118 2HD2 ASN 21 HD22 ASN 21 7.427 -5.016 13.207 119 H GLY 22 HN GLY 22 8.792 -0.082 9.849 120 1HA GLY 22 HA2 GLY 22 10.881 -0.002 8.726 121 2HA GLY 22 HA1 GLY 22 11.239 -1.656 9.295 122 H TYR 23 HN TYR 23 8.224 -2.282 8.689 123 HA TYR 23 HA TYR 23 8.142 -2.129 5.818 124 1HB TYR 23 HB2 TYR 23 7.365 -4.834 7.033 125 2HB TYR 23 HB1 TYR 23 7.565 -4.280 5.304 126 HD1 TYR 23 HD1 TYR 23 9.322 -5.237 8.430 127 HD2 TYR 23 HD2 TYR 23 9.712 -4.394 4.277 128 HE1 TYR 23 HE1 TYR 23 11.598 -6.131 8.473 129 HE2 TYR 23 HE2 TYR 23 12.020 -5.287 4.317 130 HH TYR 23 HH TYR 23 13.410 -6.710 7.243 131 H PHE 24 HN PHE 24 5.966 -2.229 4.844 132 HA PHE 24 HA PHE 24 3.721 -1.975 6.787 133 1HB PHE 24 HB1 PHE 24 3.038 -0.672 4.228 134 2HB PHE 24 HB2 PHE 24 2.684 -0.238 5.904 135 HD1 PHE 24 HD1 PHE 24 3.716 1.558 3.273 136 HD2 PHE 24 HD2 PHE 24 5.342 0.164 7.037 137 HE1 PHE 24 HE1 PHE 24 5.701 2.846 2.956 138 HE2 PHE 24 HE2 PHE 24 7.451 1.221 6.501 139 HZ PHE 24 HZ PHE 24 7.631 2.387 4.367 140 H TYR 25 HN TYR 25 1.926 -2.824 6.268 141 HA TYR 25 HA TYR 25 1.586 -5.110 4.493 142 1HB TYR 25 HB1 TYR 25 0.000 -4.216 7.007 143 2HB TYR 25 HB2 TYR 25 0.028 -5.867 6.258 144 HD1 TYR 25 HD1 TYR 25 1.354 -3.864 8.875 145 HD2 TYR 25 HD2 TYR 25 2.549 -6.863 6.081 146 HE1 TYR 25 HE1 TYR 25 3.422 -4.234 10.142 147 HE2 TYR 25 HE2 TYR 25 4.591 -7.228 7.368 148 HH TYR 25 HH TYR 25 5.709 -5.160 9.928 149 H SER 26 HN SER 26 -1.166 -5.009 4.075 150 HA SER 26 HA SER 26 -1.657 -2.241 3.195 151 1HB SER 26 HB1 SER 26 -0.357 -3.660 1.452 152 2HB SER 26 HB2 SER 26 -1.937 -4.505 1.306 153 HG SER 26 HG SER 26 -1.383 -1.689 0.910 154 H GLY 27 HN GLY 27 -3.420 -1.676 2.039 155 1HA GLY 27 HA2 GLY 27 -5.922 -2.266 3.270 156 2HA GLY 27 HA1 GLY 27 -5.091 -0.716 3.504 157 H LYS 28 HN LYS 28 -7.674 -0.811 2.901 158 HA LYS 28 HA LYS 28 -7.613 0.655 0.378 159 1HB LYS 28 HB1 LYS 28 -9.541 -0.147 -0.713 160 2HB LYS 28 HB2 LYS 28 -8.395 -1.501 -0.502 161 1HG LYS 28 HG2 LYS 28 -10.887 -1.095 1.299 162 2HG LYS 28 HG1 LYS 28 -10.847 -2.023 -0.231 163 1HD LYS 28 HD1 LYS 28 -8.766 -3.264 0.877 164 2HD LYS 28 HD2 LYS 28 -9.512 -2.697 2.409 165 1HE LYS 28 HE2 LYS 28 -10.811 -4.456 0.195 166 2HE LYS 28 HE1 LYS 28 -10.340 -4.991 1.860 167 1HZ LYS 28 HZ1 LYS 28 -12.424 -2.977 1.179 168 2HZ LYS 28 HZ2 LYS 28 -11.994 -3.487 2.742 169 3HZ LYS 28 HZ3 LYS 28 -12.689 -4.588 1.651 170 H ILE 29 HN ILE 29 -9.297 2.499 0.322 171 HA ILE 29 HA ILE 29 -10.269 2.963 3.095 172 HB ILE 29 HB ILE 29 -8.446 4.345 2.311 173 1HG1 ILE 29 HG12 ILE 29 -11.072 5.840 2.929 174 2HG1 ILE 29 HG11 ILE 29 -9.862 5.209 4.096 175 1HG2 ILE 29 HG21 ILE 29 -8.835 6.019 0.547 176 2HG2 ILE 29 HG22 ILE 29 -10.529 5.493 0.383 177 3HG2 ILE 29 HG23 ILE 29 -9.208 4.386 -0.088 178 1HD1 ILE 29 HD11 ILE 29 -9.624 7.636 3.768 179 2HD1 ILE 29 HD12 ILE 29 -9.453 7.447 2.001 180 3HD1 ILE 29 HD13 ILE 29 -8.162 6.806 3.088 181 H THR 30 HN THR 30 -12.208 4.077 3.532 182 HA THR 30 HA THR 30 -14.332 3.739 1.477 183 HB THR 30 HB THR 30 -14.681 3.375 4.493 184 HG1 THR 30 HG1 THR 30 -14.533 1.524 2.359 185 1HG2 THR 30 HG21 THR 30 -16.536 2.854 2.053 186 2HG2 THR 30 HG22 THR 30 -16.821 4.064 3.357 187 3HG2 THR 30 HG23 THR 30 -16.862 2.314 3.746 188 H ARG 31 HN ARG 31 -13.128 5.892 4.282 189 HA ARG 31 HA ARG 31 -14.631 8.033 2.933 190 1HB ARG 31 HB1 ARG 31 -14.956 7.459 5.923 191 2HB ARG 31 HB2 ARG 31 -15.542 8.909 5.045 192 1HG ARG 31 HG2 ARG 31 -17.150 7.537 3.765 193 2HG ARG 31 HG1 ARG 31 -16.529 6.047 4.569 194 1HD ARG 31 HD2 ARG 31 -17.173 7.031 6.837 195 2HD ARG 31 HD1 ARG 31 -17.888 8.441 5.972 196 HE ARG 31 HE ARG 31 -19.690 7.118 5.230 197 1HH1 ARG 31 HH11 ARG 31 -17.236 4.968 6.708 198 2HH1 ARG 31 HH12 ARG 31 -18.277 3.582 6.716 199 1HH2 ARG 31 HH21 ARG 31 -21.053 5.245 5.253 200 2HH2 ARG 31 HH22 ARG 31 -20.466 3.741 5.881 201 H ASP 32 HN ASP 32 -13.726 10.182 3.667 202 HA ASP 32 HA ASP 32 -11.007 9.943 4.829 203 1HB ASP 32 HB2 ASP 32 -10.641 12.267 4.321 204 2HB ASP 32 HB1 ASP 32 -11.169 11.369 2.862 205 H VAL 33 HN VAL 33 -10.371 10.808 6.827 206 HA VAL 33 HA VAL 33 -12.479 11.829 8.634 207 HB VAL 33 HB VAL 33 -10.821 10.816 10.512 208 1HG1 VAL 33 HG21 VAL 33 -13.176 9.367 9.147 209 2HG1 VAL 33 HG22 VAL 33 -13.315 10.716 10.341 210 3HG1 VAL 33 HG23 VAL 33 -12.614 9.135 10.837 211 1HG2 VAL 33 HG11 VAL 33 -9.455 8.905 9.778 212 2HG2 VAL 33 HG12 VAL 33 -10.080 9.197 8.183 213 3HG2 VAL 33 HG13 VAL 33 -10.965 8.144 9.293 214 H GLY 34 HN GLY 34 -11.982 13.799 9.386 215 1HA GLY 34 HA2 GLY 34 -11.215 15.859 8.759 216 2HA GLY 34 HA1 GLY 34 -10.200 15.353 10.141 217 H ALA 35 HN ALA 35 -8.103 16.024 9.986 218 HA ALA 35 HA ALA 35 -6.845 16.436 7.322 219 1HB ALA 35 HB1 ALA 35 -5.389 18.070 8.502 220 2HB ALA 35 HB2 ALA 35 -6.192 17.701 10.075 221 3HB ALA 35 HB3 ALA 35 -7.103 18.532 8.766 222 H GLY 36 HN GLY 36 -5.769 14.925 6.637 223 1HA GLY 36 HA2 GLY 36 -4.074 13.545 6.431 224 2HA GLY 36 HA1 GLY 36 -3.613 13.796 8.152 225 H LYS 37 HN LYS 37 -6.879 12.847 8.086 226 HA LYS 37 HA LYS 37 -6.051 10.102 8.700 227 1HB LYS 37 HB2 LYS 37 -8.489 10.494 9.984 228 2HB LYS 37 HB1 LYS 37 -6.892 10.241 10.675 229 1HG LYS 37 HG2 LYS 37 -6.695 12.807 10.765 230 2HG LYS 37 HG1 LYS 37 -8.332 12.922 10.094 231 1HD LYS 37 HD1 LYS 37 -9.274 11.576 11.960 232 2HD LYS 37 HD2 LYS 37 -7.633 11.297 12.609 233 1HE LYS 37 HE2 LYS 37 -8.750 13.028 13.945 234 2HE LYS 37 HE1 LYS 37 -7.347 13.759 13.058 235 1HZ LYS 37 HZ1 LYS 37 -10.210 13.907 12.267 236 2HZ LYS 37 HZ2 LYS 37 -8.904 14.583 11.419 237 3HZ LYS 37 HZ3 LYS 37 -9.286 15.144 12.976 238 H TYR 38 HN TYR 38 -7.317 8.342 8.407 239 HA TYR 38 HA TYR 38 -8.941 8.361 5.935 240 1HB TYR 38 HB1 TYR 38 -6.461 6.658 6.609 241 2HB TYR 38 HB2 TYR 38 -7.504 6.404 5.156 242 HD1 TYR 38 HD1 TYR 38 -8.020 9.003 4.046 243 HD2 TYR 38 HD2 TYR 38 -4.569 7.913 6.219 244 HE1 TYR 38 HE1 TYR 38 -6.841 10.820 3.036 245 HE2 TYR 38 HE2 TYR 38 -3.217 9.544 4.940 246 HH TYR 38 HH TYR 38 -3.429 11.217 3.095 247 H LYS 39 HN LYS 39 -10.862 6.906 6.020 248 HA LYS 39 HA LYS 39 -11.205 5.107 8.389 249 1HB LYS 39 HB1 LYS 39 -12.965 6.724 8.658 250 2HB LYS 39 HB2 LYS 39 -13.013 7.095 6.917 251 1HG LYS 39 HG1 LYS 39 -15.083 5.949 7.582 252 2HG LYS 39 HG2 LYS 39 -14.156 4.986 6.397 253 1HD LYS 39 HD2 LYS 39 -13.314 3.831 8.838 254 2HD LYS 39 HD1 LYS 39 -14.999 4.346 9.174 255 1HE LYS 39 HE1 LYS 39 -15.320 2.182 8.238 256 2HE LYS 39 HE2 LYS 39 -15.528 3.256 6.779 257 1HZ LYS 39 HZ1 LYS 39 -14.191 1.395 6.295 258 2HZ LYS 39 HZ2 LYS 39 -13.068 1.813 7.499 259 3HZ LYS 39 HZ3 LYS 39 -13.299 2.835 6.163 260 H LEU 40 HN LEU 40 -10.557 3.393 7.911 261 HA LEU 40 HA LEU 40 -10.930 2.482 5.156 262 1HB LEU 40 HB1 LEU 40 -8.450 2.214 4.971 263 2HB LEU 40 HB2 LEU 40 -8.792 3.871 5.542 264 HG LEU 40 HG LEU 40 -7.301 3.490 7.101 265 1HD1 LEU 40 HD11 LEU 40 -8.931 3.655 8.695 266 2HD1 LEU 40 HD12 LEU 40 -7.619 2.573 9.211 267 3HD1 LEU 40 HD13 LEU 40 -9.162 1.816 8.676 268 1HD2 LEU 40 HD21 LEU 40 -6.622 1.276 5.853 269 2HD2 LEU 40 HD22 LEU 40 -7.815 0.426 6.834 270 3HD2 LEU 40 HD23 LEU 40 -6.436 1.152 7.683 271 H LEU 41 HN LEU 41 -10.037 0.251 4.652 272 HA LEU 41 HA LEU 41 -10.006 -1.347 7.100 273 1HB LEU 41 HB2 LEU 41 -12.162 -1.086 6.266 274 2HB LEU 41 HB1 LEU 41 -11.786 -1.609 4.581 275 HG LEU 41 HG LEU 41 -11.670 -3.476 7.057 276 1HD1 LEU 41 HD11 LEU 41 -14.034 -2.771 6.453 277 2HD1 LEU 41 HD12 LEU 41 -13.743 -4.510 6.116 278 3HD1 LEU 41 HD13 LEU 41 -13.771 -3.321 4.761 279 1HD2 LEU 41 HD21 LEU 41 -10.340 -4.619 5.558 280 2HD2 LEU 41 HD22 LEU 41 -10.939 -3.731 4.120 281 3HD2 LEU 41 HD23 LEU 41 -11.907 -5.086 4.793 282 H PHE 42 HN PHE 42 -8.591 -3.218 6.956 283 HA PHE 42 HA PHE 42 -6.491 -2.637 5.026 284 1HB PHE 42 HB2 PHE 42 -6.777 -5.072 6.919 285 2HB PHE 42 HB1 PHE 42 -5.384 -4.893 5.772 286 HD1 PHE 42 HD1 PHE 42 -4.018 -5.156 7.689 287 HD2 PHE 42 HD2 PHE 42 -6.559 -1.718 7.467 288 HE1 PHE 42 HE1 PHE 42 -2.753 -4.080 9.488 289 HE2 PHE 42 HE2 PHE 42 -5.285 -0.670 9.222 290 HZ PHE 42 HZ PHE 42 -3.390 -1.824 10.263 291 H ASP 43 HN ASP 43 -5.504 -4.484 3.512 292 HA ASP 43 HA ASP 43 -7.574 -5.266 1.676 293 1HB ASP 43 HB2 ASP 43 -5.238 -4.427 1.071 294 2HB ASP 43 HB1 ASP 43 -4.622 -6.059 1.471 295 H ASP 44 HN ASP 44 -6.916 -6.531 4.400 296 HA ASP 44 HA ASP 44 -7.655 -9.306 3.872 297 1HB ASP 44 HB1 ASP 44 -6.054 -10.064 5.575 298 2HB ASP 44 HB2 ASP 44 -5.279 -9.097 4.245 299 H GLY 45 HN GLY 45 -9.028 -6.438 5.237 300 1HA GLY 45 HA2 GLY 45 -11.151 -6.612 5.988 301 2HA GLY 45 HA1 GLY 45 -10.830 -8.197 6.821 302 H TYR 46 HN TYR 46 -8.516 -5.858 7.754 303 HA TYR 46 HA TYR 46 -9.920 -5.560 10.329 304 1HB TYR 46 HB1 TYR 46 -7.579 -6.421 10.402 305 2HB TYR 46 HB2 TYR 46 -7.000 -4.935 9.570 306 HD1 TYR 46 HD1 TYR 46 -8.794 -6.110 12.654 307 HD2 TYR 46 HD2 TYR 46 -6.606 -2.973 10.793 308 HE1 TYR 46 HE1 TYR 46 -8.917 -4.798 14.730 309 HE2 TYR 46 HE2 TYR 46 -6.788 -1.645 12.816 310 HH TYR 46 HH TYR 46 -8.409 -2.825 15.731 311 H GLU 47 HN GLU 47 -11.419 -3.861 10.256 312 HA GLU 47 HA GLU 47 -10.570 -1.321 9.071 313 1HB GLU 47 HB1 GLU 47 -12.545 -1.926 8.087 314 2HB GLU 47 HB2 GLU 47 -13.270 -2.532 9.520 315 1HG GLU 47 HG1 GLU 47 -13.504 -0.030 10.280 316 2HG GLU 47 HG2 GLU 47 -12.633 0.479 8.770 317 H CYS 48 HN CYS 48 -10.813 0.766 9.817 318 HA CYS 48 HA CYS 48 -11.187 1.168 12.617 319 1HB CYS 48 HB2 CYS 48 -8.629 1.982 12.715 320 2HB CYS 48 HB1 CYS 48 -9.039 0.263 13.043 321 HG CYS 48 HG CYS 48 -8.371 -0.640 10.771 322 H ASP 49 HN ASP 49 -10.286 3.642 12.920 323 HA ASP 49 HA ASP 49 -10.218 4.991 10.312 324 1HB ASP 49 HB2 ASP 49 -11.065 6.621 12.852 325 2HB ASP 49 HB1 ASP 49 -11.194 7.048 11.133 326 H VAL 50 HN VAL 50 -8.215 6.267 10.399 327 HA VAL 50 HA VAL 50 -6.860 6.464 12.977 328 HB VAL 50 HB VAL 50 -4.690 5.514 11.843 329 1HG1 VAL 50 HG21 VAL 50 -6.145 4.258 13.424 330 2HG1 VAL 50 HG22 VAL 50 -5.184 3.248 12.261 331 3HG1 VAL 50 HG23 VAL 50 -6.960 3.497 12.006 332 1HG2 VAL 50 HG11 VAL 50 -6.758 5.055 9.566 333 2HG2 VAL 50 HG12 VAL 50 -5.373 3.940 9.834 334 3HG2 VAL 50 HG13 VAL 50 -5.086 5.685 9.499 335 H LEU 51 HN LEU 51 -4.782 7.754 12.772 336 HA LEU 51 HA LEU 51 -4.976 9.745 10.674 337 1HB LEU 51 HB2 LEU 51 -4.489 10.102 13.301 338 2HB LEU 51 HB1 LEU 51 -2.854 9.469 12.963 339 HG LEU 51 HG LEU 51 -2.942 11.868 13.205 340 1HD1 LEU 51 HD21 LEU 51 -2.401 11.452 10.197 341 2HD1 LEU 51 HD22 LEU 51 -1.273 10.949 11.519 342 3HD1 LEU 51 HD23 LEU 51 -1.705 12.680 11.297 343 1HD2 LEU 51 HD11 LEU 51 -4.816 11.970 10.766 344 2HD2 LEU 51 HD12 LEU 51 -4.140 13.396 11.633 345 3HD2 LEU 51 HD13 LEU 51 -5.283 12.274 12.471 346 H GLY 52 HN GLY 52 -3.551 10.122 9.093 347 1HA GLY 52 HA2 GLY 52 -3.462 7.733 7.927 348 2HA GLY 52 HA1 GLY 52 -2.776 9.196 7.198 349 H LYS 53 HN LYS 53 -0.607 9.462 9.324 350 HA LYS 53 HA LYS 53 1.431 8.471 7.674 351 1HB LYS 53 HB1 LYS 53 2.995 9.290 9.136 352 2HB LYS 53 HB2 LYS 53 1.585 10.340 9.433 353 1HG LYS 53 HG1 LYS 53 2.623 8.048 11.262 354 2HG LYS 53 HG2 LYS 53 2.851 9.795 11.503 355 1HD LYS 53 HD2 LYS 53 0.552 10.179 12.006 356 2HD LYS 53 HD1 LYS 53 0.046 8.531 11.442 357 1HE LYS 53 HE2 LYS 53 1.225 7.452 13.326 358 2HE LYS 53 HE1 LYS 53 1.822 9.063 13.907 359 1HZ LYS 53 HZ1 LYS 53 -0.466 9.731 14.205 360 2HZ LYS 53 HZ2 LYS 53 -0.117 8.323 15.089 361 3HZ LYS 53 HZ3 LYS 53 -1.019 8.223 13.652 362 H ASP 54 HN ASP 54 -0.483 6.648 9.547 363 HA ASP 54 HA ASP 54 1.071 4.216 9.869 364 1HB ASP 54 HB1 ASP 54 -1.637 5.205 11.042 365 2HB ASP 54 HB2 ASP 54 -1.063 3.511 11.232 366 H ILE 55 HN ILE 55 -2.498 4.894 9.113 367 HA ILE 55 HA ILE 55 -2.111 3.095 6.794 368 HB ILE 55 HB ILE 55 -4.805 3.197 7.981 369 1HG1 ILE 55 HG11 ILE 55 -3.402 2.932 10.034 370 2HG1 ILE 55 HG12 ILE 55 -4.452 1.566 9.619 371 1HG2 ILE 55 HG21 ILE 55 -4.549 0.727 7.222 372 2HG2 ILE 55 HG22 ILE 55 -2.983 1.168 6.541 373 3HG2 ILE 55 HG23 ILE 55 -4.439 1.966 5.906 374 1HD1 ILE 55 HD11 ILE 55 -1.377 1.578 9.159 375 2HD1 ILE 55 HD12 ILE 55 -2.511 0.205 8.889 376 3HD1 ILE 55 HD13 ILE 55 -2.230 0.855 10.539 377 H LEU 56 HN LEU 56 -1.845 4.299 5.078 378 HA LEU 56 HA LEU 56 -3.746 6.436 4.416 379 1HB LEU 56 HB2 LEU 56 -2.019 8.035 3.683 380 2HB LEU 56 HB1 LEU 56 -1.948 7.592 5.363 381 HG LEU 56 HG LEU 56 -0.085 5.901 4.783 382 1HD1 LEU 56 HD21 LEU 56 -0.161 7.382 2.061 383 2HD1 LEU 56 HD22 LEU 56 -0.096 5.616 2.314 384 3HD1 LEU 56 HD23 LEU 56 1.311 6.582 2.591 385 1HD2 LEU 56 HD11 LEU 56 1.459 7.581 5.261 386 2HD2 LEU 56 HD12 LEU 56 -0.046 8.479 5.619 387 3HD2 LEU 56 HD13 LEU 56 0.746 8.720 4.070 388 H LEU 57 HN LEU 57 -3.871 7.517 2.354 389 HA LEU 57 HA LEU 57 -4.092 6.328 0.094 390 1HB LEU 57 HB2 LEU 57 -4.488 8.734 -0.312 391 2HB LEU 57 HB1 LEU 57 -4.653 8.699 1.408 392 HG LEU 57 HG LEU 57 -3.726 10.669 0.913 393 1HD1 LEU 57 HD21 LEU 57 -1.227 9.114 1.671 394 2HD1 LEU 57 HD22 LEU 57 -2.455 9.776 2.771 395 3HD1 LEU 57 HD23 LEU 57 -1.431 10.889 1.780 396 1HD2 LEU 57 HD11 LEU 57 -1.621 9.713 -1.066 397 2HD2 LEU 57 HD12 LEU 57 -2.090 11.381 -0.618 398 3HD2 LEU 57 HD13 LEU 57 -3.265 10.315 -1.473 399 H CYS 58 HN CYS 58 -2.797 5.113 -0.942 400 HA CYS 58 HA CYS 58 -0.150 5.958 -1.590 401 1HB CYS 58 HB1 CYS 58 -1.186 3.959 0.183 402 2HB CYS 58 HB2 CYS 58 -0.709 3.038 -1.253 403 HG CYS 58 HG CYS 58 0.962 5.309 0.542 404 H ASP 59 HN ASP 59 0.560 4.539 -3.040 405 HA ASP 59 HA ASP 59 -1.012 4.241 -5.544 406 1HB ASP 59 HB2 ASP 59 2.009 4.858 -5.401 407 2HB ASP 59 HB1 ASP 59 1.058 4.543 -6.893 408 HA PRO 60 HA PRO 60 0.880 2.671 -2.360 409 1HB PRO 60 HB1 PRO 60 2.978 0.764 -1.833 410 2HB PRO 60 HB2 PRO 60 1.287 0.468 -1.575 411 1HG PRO 60 HG2 PRO 60 3.006 -0.391 -3.914 412 2HG PRO 60 HG1 PRO 60 1.589 -1.230 -3.173 413 1HD PRO 60 HD1 PRO 60 1.556 0.242 -5.564 414 2HD PRO 60 HD2 PRO 60 0.081 -0.091 -4.519 415 H ILE 61 HN ILE 61 3.701 1.436 -3.885 416 HA ILE 61 HA ILE 61 5.150 3.916 -3.327 417 HB ILE 61 HB ILE 61 5.318 1.293 -2.229 418 1HG1 ILE 61 HG12 ILE 61 7.054 2.238 -0.776 419 2HG1 ILE 61 HG11 ILE 61 7.422 3.468 -1.986 420 1HG2 ILE 61 HG21 ILE 61 7.697 0.800 -2.543 421 2HG2 ILE 61 HG22 ILE 61 7.912 2.322 -3.482 422 3HG2 ILE 61 HG23 ILE 61 7.024 0.917 -4.235 423 1HD1 ILE 61 HD11 ILE 61 5.753 3.845 0.246 424 2HD1 ILE 61 HD12 ILE 61 4.651 3.836 -1.143 425 3HD1 ILE 61 HD13 ILE 61 6.142 4.899 -1.248 426 HA PRO 62 HA PRO 62 5.505 4.963 -7.079 427 1HB PRO 62 HB2 PRO 62 8.593 4.756 -6.971 428 2HB PRO 62 HB1 PRO 62 7.597 6.209 -7.444 429 1HG PRO 62 HG1 PRO 62 8.419 6.052 -4.665 430 2HG PRO 62 HG2 PRO 62 6.671 6.245 -5.053 431 1HD PRO 62 HD2 PRO 62 8.306 3.770 -4.782 432 2HD PRO 62 HD1 PRO 62 7.058 4.509 -3.673 433 H LEU 63 HN LEU 63 4.981 4.323 -9.253 434 HA LEU 63 HA LEU 63 5.114 1.951 -10.387 435 1HB LEU 63 HB1 LEU 63 4.934 4.770 -11.576 436 2HB LEU 63 HB2 LEU 63 4.438 3.299 -12.478 437 HG LEU 63 HG LEU 63 3.208 3.060 -9.876 438 1HD1 LEU 63 HD21 LEU 63 1.743 5.016 -9.746 439 2HD1 LEU 63 HD22 LEU 63 2.637 5.839 -11.087 440 3HD1 LEU 63 HD23 LEU 63 3.439 5.526 -9.497 441 1HD2 LEU 63 HD11 LEU 63 2.235 3.602 -12.722 442 2HD2 LEU 63 HD12 LEU 63 1.197 3.033 -11.362 443 3HD2 LEU 63 HD13 LEU 63 2.604 2.033 -11.914 444 H ASP 64 HN ASP 64 7.612 2.456 -9.778 445 HA ASP 64 HA ASP 64 9.302 1.424 -12.025 446 1HB ASP 64 HB2 ASP 64 9.308 3.787 -10.067 447 2HB ASP 64 HB1 ASP 64 10.936 3.298 -10.692 448 H THR 65 HN THR 65 7.991 0.279 -9.224 449 HA THR 65 HA THR 65 10.468 0.355 -7.652 450 HB THR 65 HB THR 65 7.767 0.568 -6.423 451 HG1 THR 65 HG1 THR 65 8.514 2.461 -7.212 452 1HG2 THR 65 HG21 THR 65 9.436 0.993 -4.407 453 2HG2 THR 65 HG22 THR 65 10.669 0.182 -5.390 454 3HG2 THR 65 HG23 THR 65 9.166 -0.708 -4.880 455 H GLU 66 HN GLU 66 11.431 -1.156 -7.682 456 HA GLU 66 HA GLU 66 10.443 -3.851 -7.153 457 1HB GLU 66 HB1 GLU 66 12.616 -4.679 -6.856 458 2HB GLU 66 HB2 GLU 66 12.599 -3.550 -8.234 459 1HG GLU 66 HG2 GLU 66 13.599 -1.755 -6.735 460 2HG GLU 66 HG1 GLU 66 13.758 -2.976 -5.425 461 H VAL 67 HN VAL 67 9.060 -3.921 -5.757 462 HA VAL 67 HA VAL 67 9.284 -3.265 -2.876 463 HB VAL 67 HB VAL 67 6.746 -4.379 -3.287 464 1HG1 VAL 67 HG11 VAL 67 7.506 -1.405 -3.181 465 2HG1 VAL 67 HG12 VAL 67 7.448 -2.594 -1.813 466 3HG1 VAL 67 HG13 VAL 67 5.942 -2.200 -2.657 467 1HG2 VAL 67 HG21 VAL 67 5.668 -3.443 -5.071 468 2HG2 VAL 67 HG22 VAL 67 7.083 -4.293 -5.774 469 3HG2 VAL 67 HG23 VAL 67 7.099 -2.478 -5.569 470 H THR 68 HN THR 68 8.120 -5.075 -1.534 471 HA THR 68 HA THR 68 9.752 -7.471 -2.314 472 HB THR 68 HB THR 68 10.525 -6.698 -0.313 473 HG1 THR 68 HG1 THR 68 9.852 -8.229 1.193 474 1HG2 THR 68 HG21 THR 68 8.713 -5.083 0.104 475 2HG2 THR 68 HG22 THR 68 8.723 -6.204 1.533 476 3HG2 THR 68 HG23 THR 68 7.540 -6.406 0.151 477 H ALA 69 HN ALA 69 8.810 -9.408 -2.880 478 HA ALA 69 HA ALA 69 5.883 -9.324 -3.192 479 1HB ALA 69 HB1 ALA 69 6.475 -11.051 -4.978 480 2HB ALA 69 HB2 ALA 69 8.202 -10.945 -4.443 481 3HB ALA 69 HB3 ALA 69 7.399 -9.516 -5.139 482 H LEU 70 HN LEU 70 4.561 -10.892 -2.254 483 HA LEU 70 HA LEU 70 5.552 -12.013 0.115 484 1HB LEU 70 HB2 LEU 70 3.147 -11.379 -0.565 485 2HB LEU 70 HB1 LEU 70 3.046 -13.134 -0.892 486 HG LEU 70 HG LEU 70 2.254 -12.666 1.343 487 1HD1 LEU 70 HD21 LEU 70 3.793 -14.715 1.305 488 2HD1 LEU 70 HD22 LEU 70 3.540 -13.940 2.914 489 3HD1 LEU 70 HD23 LEU 70 5.057 -13.650 2.033 490 1HD2 LEU 70 HD11 LEU 70 3.532 -11.426 3.089 491 2HD2 LEU 70 HD12 LEU 70 3.231 -10.407 1.631 492 3HD2 LEU 70 HD13 LEU 70 4.861 -11.136 1.921 493 H SER 71 HN SER 71 6.851 -13.219 0.277 494 HA SER 71 HA SER 71 7.153 -15.990 -0.393 495 1HB SER 71 HB1 SER 71 9.232 -13.733 -0.802 496 2HB SER 71 HB2 SER 71 9.710 -15.473 -0.635 497 HG SER 71 HG SER 71 8.106 -14.233 -2.619 498 H GLU 72 HN GLU 72 8.822 -16.629 1.457 499 HA GLU 72 HA GLU 72 7.795 -16.488 3.819 500 1HB GLU 72 HB1 GLU 72 10.676 -16.529 4.276 501 2HB GLU 72 HB2 GLU 72 9.550 -17.920 4.088 502 1HG GLU 72 HG2 GLU 72 10.889 -16.307 1.808 503 2HG GLU 72 HG1 GLU 72 11.672 -17.628 2.763 504 H ASP 73 HN ASP 73 8.435 -15.940 5.830 505 HA ASP 73 HA ASP 73 7.594 -13.484 6.455 506 1HB ASP 73 HB2 ASP 73 9.167 -15.294 8.368 507 2HB ASP 73 HB1 ASP 73 8.011 -13.999 8.870 508 H GLU 74 HN GLU 74 11.074 -14.228 7.026 509 HA GLU 74 HA GLU 74 11.592 -11.303 7.111 510 1HB GLU 74 HB2 GLU 74 12.082 -12.618 9.188 511 2HB GLU 74 HB1 GLU 74 13.204 -13.661 8.255 512 1HG GLU 74 HG2 GLU 74 14.685 -11.665 7.829 513 2HG GLU 74 HG1 GLU 74 13.506 -10.613 8.703 514 H TYR 75 HN TYR 75 11.627 -14.018 5.157 515 HA TYR 75 HA TYR 75 14.203 -13.420 3.888 516 1HB TYR 75 HB2 TYR 75 12.732 -16.077 3.715 517 2HB TYR 75 HB1 TYR 75 14.467 -15.721 3.419 518 HD1 TYR 75 HD1 TYR 75 11.842 -16.278 5.979 519 HD2 TYR 75 HD2 TYR 75 15.939 -15.266 5.333 520 HE1 TYR 75 HE1 TYR 75 12.319 -16.700 8.343 521 HE2 TYR 75 HE2 TYR 75 16.404 -15.661 7.710 522 HH TYR 75 HH TYR 75 15.548 -16.285 9.719 523 H PHE 76 HN PHE 76 11.127 -12.730 3.151 524 HA PHE 76 HA PHE 76 10.739 -13.255 0.490 525 1HB PHE 76 HB2 PHE 76 9.266 -11.012 0.470 526 2HB PHE 76 HB1 PHE 76 8.894 -12.425 1.461 527 HD1 PHE 76 HD1 PHE 76 11.521 -10.073 2.743 528 HD2 PHE 76 HD2 PHE 76 7.430 -11.270 2.700 529 HE1 PHE 76 HE1 PHE 76 11.112 -8.792 4.786 530 HE2 PHE 76 HE2 PHE 76 7.012 -9.985 4.731 531 HZ PHE 76 HZ PHE 76 8.854 -8.710 5.784 532 H SER 77 HN SER 77 10.537 -11.814 -1.510 533 HA SER 77 HA SER 77 12.946 -10.050 -1.731 534 1HB SER 77 HB1 SER 77 12.718 -12.690 -3.255 535 2HB SER 77 HB2 SER 77 13.728 -11.333 -3.865 536 HG SER 77 HG SER 77 14.031 -12.007 -1.180 537 H ALA 78 HN ALA 78 13.255 -8.874 -3.775 538 HA ALA 78 HA ALA 78 10.730 -7.764 -4.310 539 1HB ALA 78 HB1 ALA 78 13.465 -6.702 -5.109 540 2HB ALA 78 HB2 ALA 78 12.553 -6.341 -3.593 541 3HB ALA 78 HB3 ALA 78 11.904 -5.784 -5.128 542 H GLY 79 HN GLY 79 9.794 -6.844 -5.978 543 1HA GLY 79 HA2 GLY 79 10.280 -7.574 -8.704 544 2HA GLY 79 HA1 GLY 79 8.672 -8.220 -7.941 545 H VAL 80 HN VAL 80 8.633 -6.253 -10.014 546 HA VAL 80 HA VAL 80 8.748 -3.652 -8.740 547 HB VAL 80 HB VAL 80 8.823 -4.745 -11.562 548 1HG1 VAL 80 HG11 VAL 80 9.306 -1.814 -10.588 549 2HG1 VAL 80 HG12 VAL 80 7.915 -2.303 -11.611 550 3HG1 VAL 80 HG13 VAL 80 9.579 -2.429 -12.252 551 1HG2 VAL 80 HG21 VAL 80 10.802 -5.188 -10.068 552 2HG2 VAL 80 HG22 VAL 80 10.833 -3.395 -9.697 553 3HG2 VAL 80 HG23 VAL 80 11.193 -3.958 -11.361 554 H VAL 81 HN VAL 81 6.935 -2.448 -8.056 555 HA VAL 81 HA VAL 81 4.463 -3.053 -9.538 556 HB VAL 81 HB VAL 81 3.300 -1.376 -8.469 557 1HG1 VAL 81 HG11 VAL 81 5.672 -1.300 -6.564 558 2HG1 VAL 81 HG12 VAL 81 4.521 -2.734 -6.665 559 3HG1 VAL 81 HG13 VAL 81 3.940 -1.097 -6.149 560 1HG2 VAL 81 HG21 VAL 81 5.825 0.464 -8.470 561 2HG2 VAL 81 HG22 VAL 81 4.336 0.771 -7.512 562 3HG2 VAL 81 HG23 VAL 81 4.220 0.694 -9.264 563 H LYS 82 HN LYS 82 3.783 -2.482 -11.565 564 HA LYS 82 HA LYS 82 5.125 -0.218 -12.951 565 1HB LYS 82 HB2 LYS 82 4.455 -2.940 -14.169 566 2HB LYS 82 HB1 LYS 82 4.860 -1.454 -15.112 567 1HG LYS 82 HG2 LYS 82 7.055 -1.305 -13.870 568 2HG LYS 82 HG1 LYS 82 6.693 -2.919 -13.149 569 1HD LYS 82 HD2 LYS 82 6.571 -3.936 -15.406 570 2HD LYS 82 HD1 LYS 82 6.829 -2.326 -16.177 571 1HE LYS 82 HE2 LYS 82 9.109 -2.171 -15.146 572 2HE LYS 82 HE1 LYS 82 8.865 -3.778 -14.350 573 1HZ LYS 82 HZ1 LYS 82 8.635 -4.761 -16.525 574 2HZ LYS 82 HZ2 LYS 82 10.118 -3.948 -16.377 575 3HZ LYS 82 HZ3 LYS 82 8.856 -3.254 -17.276 576 H GLY 83 HN GLY 83 2.028 -2.272 -12.917 577 1HA GLY 83 HA2 GLY 83 0.619 0.278 -13.515 578 2HA GLY 83 HA1 GLY 83 0.429 -1.167 -14.573 579 H HIS 84 HN HIS 84 -1.502 0.428 -12.618 580 HA HIS 84 HA HIS 84 -2.557 -2.000 -11.416 581 1HB HIS 84 HB1 HIS 84 -3.014 -0.376 -9.264 582 2HB HIS 84 HB2 HIS 84 -1.576 -1.405 -9.495 583 HD1 HIS 84 HD1 HIS 84 -2.368 2.377 -10.030 584 HD2 HIS 84 HD2 HIS 84 0.745 -0.252 -8.988 585 HE1 HIS 84 HE1 HIS 84 -0.141 3.726 -9.549 586 H ARG 85 HN ARG 85 -4.642 -2.271 -10.717 587 HA ARG 85 HA ARG 85 -6.502 -0.290 -11.874 588 1HB ARG 85 HB2 ARG 85 -7.522 -1.970 -13.256 589 2HB ARG 85 HB1 ARG 85 -5.770 -2.238 -13.506 590 1HG ARG 85 HG1 ARG 85 -6.129 -4.434 -13.010 591 2HG ARG 85 HG2 ARG 85 -6.400 -3.969 -11.303 592 1HD ARG 85 HD2 ARG 85 -8.331 -5.212 -11.759 593 2HD ARG 85 HD1 ARG 85 -8.877 -3.509 -11.943 594 HE ARG 85 HE ARG 85 -7.989 -5.167 -14.333 595 1HH1 ARG 85 HH11 ARG 85 -10.482 -3.076 -12.829 596 2HH1 ARG 85 HH12 ARG 85 -11.493 -3.075 -14.236 597 1HH2 ARG 85 HH21 ARG 85 -9.363 -5.145 -16.179 598 2HH2 ARG 85 HH22 ARG 85 -10.852 -4.260 -16.156 599 H LYS 86 HN LYS 86 -8.777 -0.690 -11.109 600 HA LYS 86 HA LYS 86 -9.057 -2.920 -9.330 601 1HB LYS 86 HB2 LYS 86 -10.142 -1.798 -7.511 602 2HB LYS 86 HB1 LYS 86 -8.418 -1.332 -7.740 603 1HG LYS 86 HG2 LYS 86 -9.058 0.812 -8.786 604 2HG LYS 86 HG1 LYS 86 -10.795 0.338 -8.795 605 1HD LYS 86 HD2 LYS 86 -10.795 0.292 -6.288 606 2HD LYS 86 HD1 LYS 86 -9.097 0.891 -6.277 607 1HE LYS 86 HE2 LYS 86 -11.434 2.366 -7.687 608 2HE LYS 86 HE1 LYS 86 -10.921 2.699 -5.992 609 1HZ LYS 86 HZ1 LYS 86 -9.921 4.212 -7.544 610 2HZ LYS 86 HZ2 LYS 86 -9.213 2.935 -8.412 611 3HZ LYS 86 HZ3 LYS 86 -8.728 3.247 -6.815 612 H GLU 87 HN GLU 87 -11.026 -3.774 -9.198 613 HA GLU 87 HA GLU 87 -12.976 -2.955 -11.274 614 1HB GLU 87 HB2 GLU 87 -11.430 -5.138 -11.471 615 2HB GLU 87 HB1 GLU 87 -12.554 -5.851 -10.307 616 1HG GLU 87 HG2 GLU 87 -13.392 -4.582 -13.013 617 2HG GLU 87 HG1 GLU 87 -12.952 -6.314 -12.803 618 H SER 88 HN SER 88 -15.284 -3.609 -10.526 619 HA SER 88 HA SER 88 -15.951 -2.635 -8.005 620 1HB SER 88 HB2 SER 88 -17.418 -2.568 -10.009 621 2HB SER 88 HB1 SER 88 -17.643 -4.346 -9.916 622 HG SER 88 HG SER 88 -18.580 -3.997 -7.852 623 H GLY 89 HN GLY 89 -14.349 -4.126 -6.811 624 1HA GLY 89 HA2 GLY 89 -14.731 -5.273 -4.720 625 2HA GLY 89 HA1 GLY 89 -15.737 -6.475 -5.600 626 H GLU 90 HN GLU 90 -12.803 -5.413 -7.354 627 HA GLU 90 HA GLU 90 -11.229 -7.563 -6.264 628 1HB GLU 90 HB2 GLU 90 -12.590 -8.586 -8.073 629 2HB GLU 90 HB1 GLU 90 -12.003 -7.343 -9.234 630 1HG GLU 90 HG2 GLU 90 -9.740 -8.079 -9.039 631 2HG GLU 90 HG1 GLU 90 -10.128 -9.165 -7.643 632 H LEU 91 HN LEU 91 -8.926 -7.112 -6.654 633 HA LEU 91 HA LEU 91 -8.344 -4.359 -7.477 634 1HB LEU 91 HB2 LEU 91 -8.588 -5.248 -4.852 635 2HB LEU 91 HB1 LEU 91 -6.882 -5.724 -5.104 636 HG LEU 91 HG LEU 91 -8.110 -2.909 -5.727 637 1HD1 LEU 91 HD11 LEU 91 -6.882 -3.821 -3.064 638 2HD1 LEU 91 HD12 LEU 91 -8.601 -3.383 -3.389 639 3HD1 LEU 91 HD13 LEU 91 -7.311 -2.127 -3.489 640 1HD2 LEU 91 HD21 LEU 91 -5.936 -3.184 -6.809 641 2HD2 LEU 91 HD22 LEU 91 -5.191 -3.787 -5.277 642 3HD2 LEU 91 HD23 LEU 91 -5.757 -2.079 -5.402 643 H TYR 92 HN TYR 92 -6.342 -4.465 -9.057 644 HA TYR 92 HA TYR 92 -4.545 -6.423 -8.036 645 1HB TYR 92 HB1 TYR 92 -4.154 -7.743 -10.275 646 2HB TYR 92 HB2 TYR 92 -5.380 -8.248 -9.105 647 HD1 TYR 92 HD1 TYR 92 -5.006 -6.552 -12.376 648 HD2 TYR 92 HD2 TYR 92 -7.639 -8.448 -9.658 649 HE1 TYR 92 HE1 TYR 92 -6.608 -6.899 -14.204 650 HE2 TYR 92 HE2 TYR 92 -9.345 -8.590 -11.430 651 HH TYR 92 HH TYR 92 -9.742 -8.459 -13.644 652 H TYR 93 HN TYR 93 -2.672 -6.251 -8.237 653 HA TYR 93 HA TYR 93 -1.568 -3.925 -9.635 654 1HB TYR 93 HB2 TYR 93 -1.033 -5.391 -6.985 655 2HB TYR 93 HB1 TYR 93 0.342 -4.584 -7.817 656 HD1 TYR 93 HD1 TYR 93 -3.292 -3.748 -7.021 657 HD2 TYR 93 HD2 TYR 93 0.786 -2.473 -7.314 658 HE1 TYR 93 HE1 TYR 93 -3.984 -1.445 -6.665 659 HE2 TYR 93 HE2 TYR 93 0.058 -0.201 -6.938 660 HH TYR 93 HH TYR 93 -1.588 1.189 -6.588 661 H SER 94 HN SER 94 -0.209 -4.293 -11.282 662 HA SER 94 HA SER 94 0.622 -7.014 -11.904 663 1HB SER 94 HB2 SER 94 1.386 -6.171 -14.112 664 2HB SER 94 HB1 SER 94 -0.323 -5.781 -13.825 665 HG SER 94 HG SER 94 0.439 -3.608 -13.168 666 H ILE 95 HN ILE 95 2.167 -7.638 -10.746 667 HA ILE 95 HA ILE 95 4.412 -5.828 -10.032 668 HB ILE 95 HB ILE 95 3.484 -8.508 -8.922 669 1HG1 ILE 95 HG12 ILE 95 1.754 -6.856 -8.493 670 2HG1 ILE 95 HG11 ILE 95 2.669 -7.140 -7.013 671 1HG2 ILE 95 HG21 ILE 95 5.063 -7.978 -7.058 672 2HG2 ILE 95 HG22 ILE 95 5.577 -6.458 -7.877 673 3HG2 ILE 95 HG23 ILE 95 5.968 -8.064 -8.592 674 1HD1 ILE 95 HD11 ILE 95 2.309 -4.690 -7.180 675 2HD1 ILE 95 HD12 ILE 95 2.855 -4.653 -8.880 676 3HD1 ILE 95 HD13 ILE 95 4.028 -4.971 -7.553 677 H GLU 96 HN GLU 96 6.130 -5.883 -11.318 678 HA GLU 96 HA GLU 96 6.349 -8.255 -13.089 679 1HB GLU 96 HB1 GLU 96 6.383 -6.184 -14.224 680 2HB GLU 96 HB2 GLU 96 7.877 -5.685 -13.396 681 1HG GLU 96 HG2 GLU 96 7.693 -8.354 -14.966 682 2HG GLU 96 HG1 GLU 96 7.883 -6.822 -15.843 683 H LYS 97 HN LYS 97 7.202 -9.942 -12.594 684 HA LYS 97 HA LYS 97 9.519 -9.915 -10.691 685 1HB LYS 97 HB1 LYS 97 7.221 -9.913 -9.523 686 2HB LYS 97 HB2 LYS 97 6.892 -11.441 -10.435 687 1HG LYS 97 HG2 LYS 97 8.585 -12.635 -9.080 688 2HG LYS 97 HG1 LYS 97 9.290 -11.091 -8.516 689 1HD LYS 97 HD2 LYS 97 8.144 -11.910 -6.672 690 2HD LYS 97 HD1 LYS 97 6.887 -10.821 -7.368 691 1HE LYS 97 HE2 LYS 97 5.743 -12.778 -8.401 692 2HE LYS 97 HE1 LYS 97 7.086 -13.878 -7.892 693 1HZ LYS 97 HZ1 LYS 97 6.552 -13.403 -5.609 694 2HZ LYS 97 HZ2 LYS 97 5.207 -14.027 -6.437 695 3HZ LYS 97 HZ3 LYS 97 5.287 -12.370 -6.074 696 H GLU 98 HN GLU 98 10.968 -11.527 -11.080 697 HA GLU 98 HA GLU 98 12.019 -13.288 -11.830 698 1HB GLU 98 HB1 GLU 98 10.340 -14.497 -10.508 699 2HB GLU 98 HB2 GLU 98 9.214 -14.553 -11.935 700 1HG GLU 98 HG2 GLU 98 10.332 -16.682 -11.347 701 2HG GLU 98 HG1 GLU 98 10.777 -16.180 -13.022 702 H GLY 99 HN GLY 99 10.259 -11.490 -13.664 703 1HA GLY 99 HA2 GLY 99 11.347 -10.816 -15.785 704 2HA GLY 99 HA1 GLY 99 11.284 -12.539 -16.298 705 H GLN 100 HN GLN 100 8.468 -12.110 -14.646 706 HA GLN 100 HA GLN 100 6.967 -10.924 -16.832 707 1HB GLN 100 HB2 GLN 100 5.378 -12.969 -16.878 708 2HB GLN 100 HB1 GLN 100 7.007 -13.183 -17.576 709 1HG GLN 100 HG2 GLN 100 6.590 -15.183 -16.446 710 2HG GLN 100 HG1 GLN 100 7.780 -14.339 -15.415 711 1HE2 GLN 100 HE21 GLN 100 7.017 -13.517 -13.257 712 2HE2 GLN 100 HE22 GLN 100 5.469 -14.189 -12.679 713 H ARG 101 HN ARG 101 4.486 -10.857 -16.302 714 HA ARG 101 HA ARG 101 4.499 -9.480 -13.747 715 1HB ARG 101 HB2 ARG 101 2.113 -8.968 -15.398 716 2HB ARG 101 HB1 ARG 101 3.234 -7.880 -14.491 717 1HG ARG 101 HG1 ARG 101 3.445 -7.176 -16.699 718 2HG ARG 101 HG2 ARG 101 4.901 -8.187 -16.452 719 1HD ARG 101 HD1 ARG 101 3.891 -8.618 -18.688 720 2HD ARG 101 HD2 ARG 101 3.697 -10.105 -17.661 721 HE ARG 101 HE ARG 101 1.397 -8.306 -17.399 722 1HH1 ARG 101 HH11 ARG 101 2.838 -10.726 -19.602 723 2HH1 ARG 101 HH12 ARG 101 1.321 -11.184 -20.301 724 1HH2 ARG 101 HH21 ARG 101 -0.625 -8.938 -18.348 725 2HH2 ARG 101 HH22 ARG 101 -0.671 -10.155 -19.581 726 H LYS 102 HN LYS 102 3.692 -9.964 -12.014 727 HA LYS 102 HA LYS 102 1.796 -12.275 -11.840 728 1HB LYS 102 HB1 LYS 102 3.851 -11.037 -10.018 729 2HB LYS 102 HB2 LYS 102 2.316 -11.422 -9.181 730 1HG LYS 102 HG2 LYS 102 3.727 -13.268 -8.896 731 2HG LYS 102 HG1 LYS 102 2.355 -13.746 -9.955 732 1HD LYS 102 HD1 LYS 102 3.915 -13.626 -11.931 733 2HD LYS 102 HD2 LYS 102 5.263 -13.139 -10.831 734 1HE LYS 102 HE1 LYS 102 5.447 -15.561 -11.278 735 2HE LYS 102 HE2 LYS 102 4.982 -15.313 -9.549 736 1HZ LYS 102 HZ1 LYS 102 3.144 -15.996 -11.785 737 2HZ LYS 102 HZ2 LYS 102 2.703 -15.767 -10.161 738 3HZ LYS 102 HZ3 LYS 102 3.724 -17.055 -10.590 739 H TRP 103 HN TRP 103 -0.432 -11.775 -11.598 740 HA TRP 103 HA TRP 103 -1.016 -8.935 -11.003 741 1HB TRP 103 HB2 TRP 103 -2.657 -11.189 -12.324 742 2HB TRP 103 HB1 TRP 103 -3.384 -9.629 -11.823 743 HD1 TRP 103 HD1 TRP 103 -1.570 -11.096 -14.823 744 HE1 TRP 103 HE1 TRP 103 -1.693 -9.276 -16.665 745 HE3 TRP 103 HE3 TRP 103 -2.710 -7.123 -11.904 746 HZ2 TRP 103 HZ2 TRP 103 -2.336 -6.542 -16.817 747 HZ3 TRP 103 HZ3 TRP 103 -3.157 -4.940 -12.946 748 HH2 TRP 103 HH2 TRP 103 -2.976 -4.658 -15.376 749 H TYR 104 HN TYR 104 -1.151 -8.611 -8.969 750 HA TYR 104 HA TYR 104 -2.536 -10.522 -7.024 751 1HB TYR 104 HB2 TYR 104 -0.134 -8.702 -6.464 752 2HB TYR 104 HB1 TYR 104 -0.985 -9.809 -5.341 753 HD1 TYR 104 HD1 TYR 104 -1.283 -12.279 -7.021 754 HD2 TYR 104 HD2 TYR 104 1.965 -9.578 -6.361 755 HE1 TYR 104 HE1 TYR 104 0.270 -14.138 -7.147 756 HE2 TYR 104 HE2 TYR 104 3.526 -11.449 -6.479 757 HH TYR 104 HH TYR 104 2.491 -14.722 -7.266 758 H LYS 105 HN LYS 105 -4.264 -9.554 -5.698 759 HA LYS 105 HA LYS 105 -4.568 -6.846 -5.467 760 1HB LYS 105 HB1 LYS 105 -5.024 -9.249 -3.479 761 2HB LYS 105 HB2 LYS 105 -5.756 -7.619 -3.235 762 1HG LYS 105 HG2 LYS 105 -7.200 -7.913 -5.138 763 2HG LYS 105 HG1 LYS 105 -6.431 -9.463 -5.603 764 1HD LYS 105 HD1 LYS 105 -7.232 -10.484 -3.457 765 2HD LYS 105 HD2 LYS 105 -7.865 -8.883 -2.929 766 1HE LYS 105 HE2 LYS 105 -9.725 -10.299 -3.766 767 2HE LYS 105 HE1 LYS 105 -9.487 -8.872 -4.857 768 1HZ LYS 105 HZ1 LYS 105 -9.813 -10.896 -6.077 769 2HZ LYS 105 HZ2 LYS 105 -8.480 -11.632 -5.324 770 3HZ LYS 105 HZ3 LYS 105 -8.247 -10.295 -6.345 771 H ARG 106 HN ARG 106 -3.854 -5.551 -3.906 772 HA ARG 106 HA ARG 106 -1.515 -4.836 -3.351 773 1HB ARG 106 HB2 ARG 106 -3.549 -4.916 -0.985 774 2HB ARG 106 HB1 ARG 106 -2.243 -3.700 -1.258 775 1HG ARG 106 HG1 ARG 106 -4.711 -4.057 -3.039 776 2HG ARG 106 HG2 ARG 106 -4.455 -2.838 -1.776 777 1HD ARG 106 HD1 ARG 106 -2.816 -3.163 -4.368 778 2HD ARG 106 HD2 ARG 106 -3.986 -1.842 -4.010 779 HE ARG 106 HE ARG 106 -1.189 -1.880 -3.368 780 1HH1 ARG 106 HH11 ARG 106 -4.270 -1.058 -1.761 781 2HH1 ARG 106 HH12 ARG 106 -3.585 0.228 -0.823 782 1HH2 ARG 106 HH21 ARG 106 -0.305 -0.126 -2.091 783 2HH2 ARG 106 HH22 ARG 106 -1.331 0.756 -1.008 784 H MET 107 HN MET 107 -2.828 -7.198 -1.104 785 HA MET 107 HA MET 107 -0.845 -7.194 0.867 786 1HB MET 107 HB1 MET 107 -2.038 -9.182 1.745 787 2HB MET 107 HB2 MET 107 -3.134 -7.814 1.377 788 1HG MET 107 HG2 MET 107 -3.498 -9.005 -0.979 789 2HG MET 107 HG1 MET 107 -2.598 -10.388 -0.304 790 1HE MET 107 HE1 MET 107 -5.242 -10.499 -1.667 791 2HE MET 107 HE2 MET 107 -6.257 -11.569 -0.644 792 3HE MET 107 HE3 MET 107 -4.533 -11.975 -0.913 793 H ALA 108 HN ALA 108 -0.751 -8.903 -2.323 794 HA ALA 108 HA ALA 108 1.417 -10.541 -1.252 795 1HB ALA 108 HB1 ALA 108 1.444 -11.710 -3.458 796 2HB ALA 108 HB2 ALA 108 0.401 -10.456 -4.135 797 3HB ALA 108 HB3 ALA 108 -0.268 -11.588 -2.899 798 H VAL 109 HN VAL 109 1.404 -7.620 -2.007 799 HA VAL 109 HA VAL 109 4.203 -7.460 -2.658 800 HB VAL 109 HB VAL 109 3.506 -5.114 -3.960 801 1HG1 VAL 109 HG11 VAL 109 4.016 -7.916 -5.069 802 2HG1 VAL 109 HG12 VAL 109 5.266 -6.804 -4.401 803 3HG1 VAL 109 HG13 VAL 109 4.339 -6.307 -5.843 804 1HG2 VAL 109 HG21 VAL 109 1.053 -5.783 -3.807 805 2HG2 VAL 109 HG22 VAL 109 1.426 -7.241 -4.802 806 3HG2 VAL 109 HG23 VAL 109 1.676 -5.585 -5.464 807 H ILE 110 HN ILE 110 4.907 -6.961 -0.697 808 HA ILE 110 HA ILE 110 3.680 -4.567 0.639 809 HB ILE 110 HB ILE 110 4.694 -5.115 2.635 810 1HG1 ILE 110 HG11 ILE 110 6.623 -6.473 2.185 811 2HG1 ILE 110 HG12 ILE 110 5.482 -7.281 3.273 812 1HG2 ILE 110 HG21 ILE 110 2.837 -7.282 1.477 813 2HG2 ILE 110 HG22 ILE 110 2.333 -5.677 2.131 814 3HG2 ILE 110 HG23 ILE 110 3.054 -6.916 3.227 815 1HD1 ILE 110 HD11 ILE 110 4.662 -8.738 1.382 816 2HD1 ILE 110 HD12 ILE 110 6.402 -8.971 1.802 817 3HD1 ILE 110 HD13 ILE 110 5.953 -8.041 0.345 818 H LEU 111 HN LEU 111 5.545 -3.428 2.237 819 HA LEU 111 HA LEU 111 7.973 -2.965 0.600 820 1HB LEU 111 HB2 LEU 111 7.447 -0.346 0.899 821 2HB LEU 111 HB1 LEU 111 6.842 -1.250 -0.477 822 HG LEU 111 HG LEU 111 4.609 -1.434 0.380 823 1HD1 LEU 111 HD11 LEU 111 3.999 -0.287 2.557 824 2HD1 LEU 111 HD12 LEU 111 5.755 -0.162 2.935 825 3HD1 LEU 111 HD13 LEU 111 4.943 -1.755 2.846 826 1HD2 LEU 111 HD21 LEU 111 4.057 0.902 0.232 827 2HD2 LEU 111 HD22 LEU 111 5.713 0.678 -0.489 828 3HD2 LEU 111 HD23 LEU 111 5.511 1.441 1.141 829 H SER 112 HN SER 112 9.554 -1.495 1.552 830 HA SER 112 HA SER 112 9.641 -1.718 4.519 831 1HB SER 112 HB2 SER 112 11.466 -2.906 3.290 832 2HB SER 112 HB1 SER 112 12.024 -1.348 2.609 833 HG SER 112 HG SER 112 11.777 -1.844 5.438 834 H LEU 113 HN LEU 113 10.822 0.292 5.672 835 HA LEU 113 HA LEU 113 9.348 2.580 5.034 836 1HB LEU 113 HB2 LEU 113 11.833 3.111 6.581 837 2HB LEU 113 HB1 LEU 113 10.381 4.134 6.290 838 HG LEU 113 HG LEU 113 9.947 1.421 7.568 839 1HD1 LEU 113 HD21 LEU 113 11.390 3.790 8.914 840 2HD1 LEU 113 HD22 LEU 113 12.092 2.178 8.590 841 3HD1 LEU 113 HD23 LEU 113 10.747 2.326 9.801 842 1HD2 LEU 113 HD11 LEU 113 8.345 2.554 8.986 843 2HD2 LEU 113 HD12 LEU 113 8.051 3.111 7.287 844 3HD2 LEU 113 HD13 LEU 113 8.905 4.185 8.447 845 H GLU 114 HN GLU 114 12.748 2.276 4.225 846 HA GLU 114 HA GLU 114 12.648 4.872 3.015 847 1HB GLU 114 HB2 GLU 114 14.883 3.474 3.797 848 2HB GLU 114 HB1 GLU 114 15.127 4.007 2.096 849 1HG GLU 114 HG1 GLU 114 14.201 6.338 2.754 850 2HG GLU 114 HG2 GLU 114 14.110 5.711 4.472 851 H GLN 115 HN GLN 115 11.485 2.190 1.591 852 HA GLN 115 HA GLN 115 11.365 3.331 -1.098 853 1HB GLN 115 HB2 GLN 115 9.532 1.229 0.217 854 2HB GLN 115 HB1 GLN 115 9.656 1.650 -1.577 855 1HG GLN 115 HG1 GLN 115 12.047 0.746 -1.519 856 2HG GLN 115 HG2 GLN 115 11.788 0.283 0.205 857 1HE2 GLN 115 HE21 GLN 115 10.589 -0.307 -3.156 858 2HE2 GLN 115 HE22 GLN 115 10.456 -2.010 -2.828 859 H GLY 116 HN GLY 116 9.704 3.461 1.916 860 1HA GLY 116 HA2 GLY 116 7.155 4.557 1.360 861 2HA GLY 116 HA1 GLY 116 7.970 4.244 2.905 862 H ASN 117 HN ASN 117 10.079 5.662 3.139 863 HA ASN 117 HA ASN 117 9.250 8.335 3.482 864 1HB ASN 117 HB2 ASN 117 12.061 7.270 3.872 865 2HB ASN 117 HB1 ASN 117 11.445 8.881 4.423 866 1HD2 ASN 117 HD21 ASN 117 9.115 8.529 5.747 867 2HD2 ASN 117 HD22 ASN 117 9.220 7.212 6.901 868 H ARG 118 HN ARG 118 10.989 6.859 0.860 869 HA ARG 118 HA ARG 118 12.129 9.156 -0.205 870 1HB ARG 118 HB2 ARG 118 12.554 8.008 -2.243 871 2HB ARG 118 HB1 ARG 118 12.908 6.949 -0.859 872 1HG ARG 118 HG2 ARG 118 11.451 5.376 -1.552 873 2HG ARG 118 HG1 ARG 118 10.108 6.481 -1.803 874 1HD ARG 118 HD1 ARG 118 10.655 6.919 -4.068 875 2HD ARG 118 HD2 ARG 118 12.402 6.530 -3.861 876 HE ARG 118 HE ARG 118 10.175 4.611 -4.365 877 1HH1 ARG 118 HH11 ARG 118 13.550 4.982 -3.219 878 2HH1 ARG 118 HH12 ARG 118 13.968 3.326 -3.516 879 1HH2 ARG 118 HH21 ARG 118 10.779 2.389 -4.749 880 2HH2 ARG 118 HH22 ARG 118 12.384 1.846 -4.389 881 H LEU 119 HN LEU 119 9.004 7.643 -0.483 882 HA LEU 119 HA LEU 119 7.645 9.380 -2.456 883 1HB LEU 119 HB1 LEU 119 7.035 7.142 -2.850 884 2HB LEU 119 HB2 LEU 119 6.977 6.651 -1.197 885 HG LEU 119 HG LEU 119 5.158 8.712 -2.637 886 1HD1 LEU 119 HD11 LEU 119 5.115 6.301 -3.749 887 2HD1 LEU 119 HD12 LEU 119 3.522 6.893 -3.152 888 3HD1 LEU 119 HD13 LEU 119 4.428 5.726 -2.185 889 1HD2 LEU 119 HD21 LEU 119 4.426 8.825 -0.381 890 2HD2 LEU 119 HD22 LEU 119 4.825 7.091 -0.045 891 3HD2 LEU 119 HD23 LEU 119 3.357 7.534 -1.004 892 H ARG 120 HN ARG 120 7.612 8.659 1.041 893 HA ARG 120 HA ARG 120 5.370 9.474 1.609 894 1HB ARG 120 HB1 ARG 120 6.114 9.661 4.015 895 2HB ARG 120 HB2 ARG 120 7.347 8.599 3.358 896 1HG ARG 120 HG2 ARG 120 8.765 10.061 4.397 897 2HG ARG 120 HG1 ARG 120 8.518 11.161 3.031 898 1HD ARG 120 HD2 ARG 120 8.290 12.323 5.216 899 2HD ARG 120 HD1 ARG 120 6.653 12.293 4.434 900 HE ARG 120 HE ARG 120 7.054 9.942 6.124 901 1HH1 ARG 120 HH11 ARG 120 6.350 13.441 6.319 902 2HH1 ARG 120 HH12 ARG 120 5.474 13.316 7.810 903 1HH2 ARG 120 HH21 ARG 120 5.873 9.797 8.122 904 2HH2 ARG 120 HH22 ARG 120 5.200 11.220 8.846 905 H GLU 121 HN GLU 121 7.630 12.051 1.047 906 HA GLU 121 HA GLU 121 5.826 14.168 1.912 907 1HB GLU 121 HB2 GLU 121 7.804 15.616 1.324 908 2HB GLU 121 HB1 GLU 121 8.136 14.359 2.553 909 1HG GLU 121 HG1 GLU 121 9.231 12.883 0.834 910 2HG GLU 121 HG2 GLU 121 8.926 14.132 -0.429 911 H GLN 122 HN GLN 122 6.494 12.392 -1.051 912 HA GLN 122 HA GLN 122 5.464 14.543 -2.737 913 1HB GLN 122 HB2 GLN 122 6.414 13.312 -4.663 914 2HB GLN 122 HB1 GLN 122 7.602 13.991 -3.506 915 1HG GLN 122 HG1 GLN 122 8.081 11.789 -2.565 916 2HG GLN 122 HG2 GLN 122 6.840 10.967 -3.597 917 1HE2 GLN 122 HE21 GLN 122 9.903 10.644 -3.408 918 2HE2 GLN 122 HE22 GLN 122 10.460 10.915 -5.062 919 H TYR 123 HN TYR 123 4.818 10.938 -1.987 920 HA TYR 123 HA TYR 123 2.199 11.608 -3.375 921 1HB TYR 123 HB2 TYR 123 3.082 8.800 -3.952 922 2HB TYR 123 HB1 TYR 123 2.084 9.952 -4.870 923 HD1 TYR 123 HD1 TYR 123 3.510 12.017 -5.955 924 HD2 TYR 123 HD2 TYR 123 5.059 8.284 -4.662 925 HE1 TYR 123 HE1 TYR 123 5.475 12.263 -7.428 926 HE2 TYR 123 HE2 TYR 123 7.014 8.569 -5.867 927 HH TYR 123 HH TYR 123 8.023 11.307 -7.062 928 H GLY 124 HN GLY 124 2.838 10.679 -0.060 929 1HA GLY 124 HA2 GLY 124 0.337 9.729 0.095 930 2HA GLY 124 HA1 GLY 124 1.292 8.244 -0.276 931 H LEU 125 HN LEU 125 3.365 8.099 1.087 932 HA LEU 125 HA LEU 125 2.616 7.612 3.556 933 1HB LEU 125 HB2 LEU 125 5.143 7.101 2.202 934 2HB LEU 125 HB1 LEU 125 5.256 7.227 3.996 935 HG LEU 125 HG LEU 125 5.019 5.024 3.470 936 1HD1 LEU 125 HD11 LEU 125 3.458 5.537 5.295 937 2HD1 LEU 125 HD12 LEU 125 2.934 4.157 4.243 938 3HD1 LEU 125 HD13 LEU 125 2.090 5.764 4.209 939 1HD2 LEU 125 HD21 LEU 125 2.787 5.614 1.465 940 2HD2 LEU 125 HD22 LEU 125 3.601 4.015 1.779 941 3HD2 LEU 125 HD23 LEU 125 4.519 5.354 1.071 942 H GLY 126 HN GLY 126 2.486 10.554 3.238 943 1HA GLY 126 HA2 GLY 126 2.236 10.999 6.037 944 2HA GLY 126 HA1 GLY 126 3.733 11.807 5.441 945 HA PRO 127 HA PRO 127 0.314 14.557 3.728 946 1HB PRO 127 HB2 PRO 127 -2.286 14.425 4.556 947 2HB PRO 127 HB1 PRO 127 -1.627 13.154 3.459 948 1HG PRO 127 HG2 PRO 127 -1.934 13.017 6.511 949 2HG PRO 127 HG1 PRO 127 -2.538 11.848 5.317 950 1HD PRO 127 HD2 PRO 127 -0.006 11.554 6.567 951 2HD PRO 127 HD1 PRO 127 -0.330 10.945 4.884 952 H TYR 128 HN TYR 128 0.144 13.661 7.089 953 HA TYR 128 HA TYR 128 0.148 16.417 8.124 954 1HB TYR 128 HB2 TYR 128 -1.985 14.997 8.402 955 2HB TYR 128 HB1 TYR 128 -1.075 13.906 9.494 956 HD1 TYR 128 HD1 TYR 128 -0.535 14.723 11.745 957 HD2 TYR 128 HD2 TYR 128 -2.485 17.281 8.950 958 HE1 TYR 128 HE1 TYR 128 -1.156 16.232 13.571 959 HE2 TYR 128 HE2 TYR 128 -3.125 18.792 10.790 960 HH TYR 128 HH TYR 128 -2.300 18.097 14.165 961 H GLU 129 HN GLU 129 1.571 16.794 9.878 962 HA GLU 129 HA GLU 129 3.818 14.902 10.129 963 1HB GLU 129 HB2 GLU 129 3.655 17.889 10.850 964 2HB GLU 129 HB1 GLU 129 5.128 16.858 10.872 965 1HG GLU 129 HG1 GLU 129 3.483 17.693 8.393 966 2HG GLU 129 HG2 GLU 129 5.090 18.324 8.895 Start of MODEL 5 1 H ASN 7 HN ASN 7 -15.233 13.782 -1.185 2 HA ASN 7 HA ASN 7 -15.459 11.062 -1.857 3 1HB ASN 7 HB2 ASN 7 -16.118 12.018 -4.152 4 2HB ASN 7 HB1 ASN 7 -17.055 12.624 -2.751 5 1HD2 ASN 7 HD21 ASN 7 -15.218 13.619 -5.459 6 2HD2 ASN 7 HD22 ASN 7 -15.259 15.356 -5.029 7 H SER 8 HN SER 8 -12.779 12.993 -1.598 8 HA SER 8 HA SER 8 -11.206 12.214 -3.852 9 1HB SER 8 HB2 SER 8 -9.336 13.341 -2.539 10 2HB SER 8 HB1 SER 8 -10.806 14.347 -2.749 11 HG SER 8 HG SER 8 -9.648 13.764 -0.487 12 H PHE 9 HN PHE 9 -11.013 11.370 -0.388 13 HA PHE 9 HA PHE 9 -9.146 9.157 -0.960 14 1HB PHE 9 HB1 PHE 9 -10.046 10.346 1.726 15 2HB PHE 9 HB2 PHE 9 -8.699 9.168 1.484 16 HD1 PHE 9 HD1 PHE 9 -9.074 12.383 2.302 17 HD2 PHE 9 HD2 PHE 9 -7.269 10.136 -0.849 18 HE1 PHE 9 HE1 PHE 9 -7.627 14.281 1.771 19 HE2 PHE 9 HE2 PHE 9 -5.901 12.060 -1.432 20 HZ PHE 9 HZ PHE 9 -6.049 14.146 -0.121 21 H VAL 10 HN VAL 10 -12.509 9.442 -0.615 22 HA VAL 10 HA VAL 10 -12.893 7.005 0.765 23 HB VAL 10 HB VAL 10 -14.992 7.415 0.932 24 1HG1 VAL 10 HG21 VAL 10 -13.637 9.600 1.368 25 2HG1 VAL 10 HG22 VAL 10 -15.392 9.824 0.994 26 3HG1 VAL 10 HG23 VAL 10 -14.169 10.123 -0.270 27 1HG2 VAL 10 HG11 VAL 10 -16.469 8.464 -0.729 28 2HG2 VAL 10 HG12 VAL 10 -15.788 6.917 -1.329 29 3HG2 VAL 10 HG13 VAL 10 -15.128 8.497 -1.950 30 H GLY 11 HN GLY 11 -11.624 7.080 -2.340 31 1HA GLY 11 HA2 GLY 11 -12.175 4.192 -2.554 32 2HA GLY 11 HA1 GLY 11 -12.334 5.341 -4.028 33 H LEU 12 HN LEU 12 -10.042 5.457 -1.310 34 HA LEU 12 HA LEU 12 -7.785 5.735 -3.073 35 1HB LEU 12 HB1 LEU 12 -8.477 6.919 -0.928 36 2HB LEU 12 HB2 LEU 12 -7.825 5.515 -0.030 37 HG LEU 12 HG LEU 12 -5.414 6.348 -0.821 38 1HD1 LEU 12 HD21 LEU 12 -5.759 7.645 -2.751 39 2HD1 LEU 12 HD22 LEU 12 -5.672 8.842 -1.406 40 3HD1 LEU 12 HD23 LEU 12 -7.272 8.406 -2.119 41 1HD2 LEU 12 HD11 LEU 12 -6.384 8.505 0.729 42 2HD2 LEU 12 HD12 LEU 12 -6.006 6.834 1.352 43 3HD2 LEU 12 HD13 LEU 12 -7.662 7.297 0.957 44 H ARG 13 HN ARG 13 -5.802 4.857 -2.568 45 HA ARG 13 HA ARG 13 -5.753 1.870 -2.379 46 1HB ARG 13 HB2 ARG 13 -3.930 3.863 -3.941 47 2HB ARG 13 HB1 ARG 13 -3.718 2.090 -3.920 48 1HG ARG 13 HG1 ARG 13 -5.866 1.785 -5.089 49 2HG ARG 13 HG2 ARG 13 -6.175 3.562 -5.055 50 1HD ARG 13 HD2 ARG 13 -4.086 3.960 -6.388 51 2HD ARG 13 HD1 ARG 13 -3.756 2.189 -6.437 52 HE ARG 13 HE ARG 13 -5.961 3.719 -7.836 53 1HH1 ARG 13 HH11 ARG 13 -4.363 0.556 -7.307 54 2HH1 ARG 13 HH12 ARG 13 -5.014 -0.148 -8.751 55 1HH2 ARG 13 HH21 ARG 13 -6.795 2.759 -9.755 56 2HH2 ARG 13 HH22 ARG 13 -6.414 1.118 -10.156 57 H VAL 14 HN VAL 14 -4.766 1.297 -0.291 58 HA VAL 14 HA VAL 14 -2.682 3.203 0.586 59 HB VAL 14 HB VAL 14 -3.554 3.331 2.797 60 1HG1 VAL 14 HG21 VAL 14 -5.339 4.874 2.282 61 2HG1 VAL 14 HG22 VAL 14 -5.841 3.936 0.801 62 3HG1 VAL 14 HG23 VAL 14 -4.322 4.858 0.802 63 1HG2 VAL 14 HG11 VAL 14 -5.754 2.768 3.453 64 2HG2 VAL 14 HG12 VAL 14 -4.789 1.307 3.143 65 3HG2 VAL 14 HG13 VAL 14 -6.038 1.891 1.930 66 H VAL 15 HN VAL 15 -1.430 2.575 2.390 67 HA VAL 15 HA VAL 15 -0.989 -0.375 2.539 68 HB VAL 15 HB VAL 15 1.457 -0.100 2.896 69 1HG1 VAL 15 HG21 VAL 15 0.122 0.276 0.131 70 2HG1 VAL 15 HG22 VAL 15 0.600 -1.250 0.932 71 3HG1 VAL 15 HG23 VAL 15 1.878 -0.122 0.358 72 1HG2 VAL 15 HG11 VAL 15 0.777 2.641 1.690 73 2HG2 VAL 15 HG12 VAL 15 2.419 1.913 1.578 74 3HG2 VAL 15 HG13 VAL 15 1.682 2.282 3.188 75 H ALA 16 HN ALA 16 0.065 -1.012 4.479 76 HA ALA 16 HA ALA 16 -1.155 0.502 6.685 77 1HB ALA 16 HB1 ALA 16 -2.389 -1.411 5.387 78 2HB ALA 16 HB2 ALA 16 -2.264 -1.645 7.172 79 3HB ALA 16 HB3 ALA 16 -1.206 -2.528 6.007 80 H LYS 17 HN LYS 17 0.386 1.270 8.003 81 HA LYS 17 HA LYS 17 2.329 -0.660 9.115 82 1HB LYS 17 HB1 LYS 17 2.731 1.899 7.873 83 2HB LYS 17 HB2 LYS 17 3.007 2.202 9.609 84 1HG LYS 17 HG2 LYS 17 4.599 0.026 9.262 85 2HG LYS 17 HG1 LYS 17 4.407 0.490 7.511 86 1HD LYS 17 HD1 LYS 17 5.421 2.295 9.839 87 2HD LYS 17 HD2 LYS 17 6.423 1.534 8.550 88 1HE LYS 17 HE2 LYS 17 6.252 3.738 7.787 89 2HE LYS 17 HE1 LYS 17 4.889 2.992 6.872 90 1HZ LYS 17 HZ1 LYS 17 4.713 4.529 9.409 91 2HZ LYS 17 HZ2 LYS 17 3.408 3.826 8.582 92 3HZ LYS 17 HZ3 LYS 17 4.303 5.071 7.852 93 H TRP 18 HN TRP 18 2.026 -0.807 11.600 94 HA TRP 18 HA TRP 18 -0.082 1.032 12.633 95 1HB TRP 18 HB2 TRP 18 0.986 -1.573 13.736 96 2HB TRP 18 HB1 TRP 18 0.073 -0.420 14.748 97 HD1 TRP 18 HD1 TRP 18 -0.760 -3.203 12.247 98 HE1 TRP 18 HE1 TRP 18 -3.357 -3.125 12.021 99 HE3 TRP 18 HE3 TRP 18 -1.526 1.387 14.286 100 HZ2 TRP 18 HZ2 TRP 18 -5.419 -1.288 12.680 101 HZ3 TRP 18 HZ3 TRP 18 -3.748 2.091 14.734 102 HH2 TRP 18 HH2 TRP 18 -5.710 0.824 13.921 103 H SER 19 HN SER 19 3.206 0.138 13.626 104 HA SER 19 HA SER 19 3.675 2.880 14.571 105 1HB SER 19 HB2 SER 19 3.292 1.379 16.603 106 2HB SER 19 HB1 SER 19 4.656 0.340 16.058 107 HG SER 19 HG SER 19 5.143 2.076 17.626 108 H SER 20 HN SER 20 6.021 3.371 13.914 109 HA SER 20 HA SER 20 6.544 2.358 11.416 110 1HB SER 20 HB1 SER 20 8.498 3.799 13.254 111 2HB SER 20 HB2 SER 20 8.626 3.642 11.448 112 HG SER 20 HG SER 20 7.600 5.565 11.932 113 H ASN 21 HN ASN 21 7.011 0.428 10.792 114 HA ASN 21 HA ASN 21 8.480 -1.400 12.492 115 1HB ASN 21 HB2 ASN 21 6.675 -1.391 9.928 116 2HB ASN 21 HB1 ASN 21 7.371 -2.968 10.512 117 1HD2 ASN 21 HD21 ASN 21 6.974 -2.889 13.262 118 2HD2 ASN 21 HD22 ASN 21 5.270 -2.599 13.587 119 H GLY 22 HN GLY 22 8.993 -0.009 9.360 120 1HA GLY 22 HA2 GLY 22 11.100 -0.049 8.272 121 2HA GLY 22 HA1 GLY 22 11.368 -1.701 8.889 122 H TYR 23 HN TYR 23 8.396 -2.285 8.308 123 HA TYR 23 HA TYR 23 8.038 -1.698 5.603 124 1HB TYR 23 HB2 TYR 23 7.274 -4.058 4.866 125 2HB TYR 23 HB1 TYR 23 8.922 -3.361 4.741 126 HD1 TYR 23 HD1 TYR 23 10.440 -5.044 5.047 127 HD2 TYR 23 HD2 TYR 23 6.949 -5.105 7.491 128 HE1 TYR 23 HE1 TYR 23 11.198 -7.129 6.073 129 HE2 TYR 23 HE2 TYR 23 7.718 -7.186 8.534 130 HH TYR 23 HH TYR 23 10.271 -9.092 7.163 131 H PHE 24 HN PHE 24 6.008 -1.884 4.628 132 HA PHE 24 HA PHE 24 3.782 -1.722 6.594 133 1HB PHE 24 HB1 PHE 24 3.038 -0.103 4.324 134 2HB PHE 24 HB2 PHE 24 3.079 0.308 6.015 135 HD1 PHE 24 HD1 PHE 24 3.930 2.012 3.165 136 HD2 PHE 24 HD2 PHE 24 6.099 0.349 6.532 137 HE1 PHE 24 HE1 PHE 24 5.717 3.605 3.011 138 HE2 PHE 24 HE2 PHE 24 7.943 1.664 6.035 139 HZ PHE 24 HZ PHE 24 7.799 3.332 4.312 140 H TYR 25 HN TYR 25 2.036 -2.629 6.050 141 HA TYR 25 HA TYR 25 1.861 -4.786 4.169 142 1HB TYR 25 HB2 TYR 25 0.129 -4.128 6.683 143 2HB TYR 25 HB1 TYR 25 0.231 -5.729 5.835 144 HD1 TYR 25 HD1 TYR 25 2.875 -6.497 5.599 145 HD2 TYR 25 HD2 TYR 25 1.251 -4.017 8.669 146 HE1 TYR 25 HE1 TYR 25 4.806 -6.996 7.033 147 HE2 TYR 25 HE2 TYR 25 3.161 -4.533 10.102 148 HH TYR 25 HH TYR 25 5.043 -5.647 10.331 149 H SER 26 HN SER 26 -0.865 -5.072 4.021 150 HA SER 26 HA SER 26 -1.422 -2.972 2.064 151 1HB SER 26 HB2 SER 26 -2.891 -4.811 1.251 152 2HB SER 26 HB1 SER 26 -1.120 -5.267 1.376 153 HG SER 26 HG SER 26 -3.137 -5.844 3.299 154 H GLY 27 HN GLY 27 -3.190 -1.505 2.094 155 1HA GLY 27 HA2 GLY 27 -5.661 -2.282 3.487 156 2HA GLY 27 HA1 GLY 27 -4.841 -0.734 3.843 157 H LYS 28 HN LYS 28 -7.605 -0.918 3.048 158 HA LYS 28 HA LYS 28 -7.377 0.780 0.608 159 1HB LYS 28 HB2 LYS 28 -9.436 -0.018 -0.380 160 2HB LYS 28 HB1 LYS 28 -8.188 -1.287 -0.254 161 1HG LYS 28 HG2 LYS 28 -9.329 -2.178 1.825 162 2HG LYS 28 HG1 LYS 28 -10.648 -0.993 1.590 163 1HD LYS 28 HD1 LYS 28 -11.054 -2.023 -0.727 164 2HD LYS 28 HD2 LYS 28 -9.769 -3.222 -0.354 165 1HE LYS 28 HE2 LYS 28 -11.933 -4.275 0.091 166 2HE LYS 28 HE1 LYS 28 -11.149 -3.957 1.694 167 1HZ LYS 28 HZ1 LYS 28 -12.484 -1.958 1.866 168 2HZ LYS 28 HZ2 LYS 28 -13.455 -3.339 1.675 169 3HZ LYS 28 HZ3 LYS 28 -13.221 -2.278 0.369 170 H ILE 29 HN ILE 29 -8.784 2.875 0.644 171 HA ILE 29 HA ILE 29 -9.975 3.305 3.315 172 HB ILE 29 HB ILE 29 -9.366 5.270 1.094 173 1HG1 ILE 29 HG11 ILE 29 -7.365 4.339 1.915 174 2HG1 ILE 29 HG12 ILE 29 -7.492 5.972 2.662 175 1HG2 ILE 29 HG21 ILE 29 -9.490 7.051 2.824 176 2HG2 ILE 29 HG22 ILE 29 -10.101 5.876 4.023 177 3HG2 ILE 29 HG23 ILE 29 -11.075 6.307 2.564 178 1HD1 ILE 29 HD11 ILE 29 -6.685 4.519 4.394 179 2HD1 ILE 29 HD12 ILE 29 -7.815 3.212 3.962 180 3HD1 ILE 29 HD13 ILE 29 -8.446 4.709 4.758 181 H THR 30 HN THR 30 -11.915 3.984 3.769 182 HA THR 30 HA THR 30 -13.986 3.949 1.632 183 HB THR 30 HB THR 30 -14.403 3.051 4.515 184 HG1 THR 30 HG1 THR 30 -13.436 1.753 2.281 185 1HG2 THR 30 HG21 THR 30 -16.509 3.682 3.225 186 2HG2 THR 30 HG22 THR 30 -16.387 1.904 3.487 187 3HG2 THR 30 HG23 THR 30 -15.978 2.606 1.876 188 H ARG 31 HN ARG 31 -12.549 5.903 4.409 189 HA ARG 31 HA ARG 31 -14.293 8.035 3.584 190 1HB ARG 31 HB2 ARG 31 -15.799 6.903 5.191 191 2HB ARG 31 HB1 ARG 31 -14.481 6.660 6.371 192 1HG ARG 31 HG2 ARG 31 -14.394 9.048 6.878 193 2HG ARG 31 HG1 ARG 31 -15.562 9.426 5.545 194 1HD ARG 31 HD2 ARG 31 -17.361 8.200 6.740 195 2HD ARG 31 HD1 ARG 31 -16.217 7.698 8.043 196 HE ARG 31 HE ARG 31 -17.393 10.413 7.565 197 1HH1 ARG 31 HH11 ARG 31 -14.916 8.541 9.346 198 2HH1 ARG 31 HH12 ARG 31 -14.646 9.781 10.527 199 1HH2 ARG 31 HH21 ARG 31 -17.006 12.055 9.157 200 2HH2 ARG 31 HH22 ARG 31 -15.847 11.796 10.419 201 H ASP 32 HN ASP 32 -13.243 10.091 4.881 202 HA ASP 32 HA ASP 32 -10.453 9.464 5.680 203 1HB ASP 32 HB1 ASP 32 -10.008 11.931 5.253 204 2HB ASP 32 HB2 ASP 32 -10.258 10.856 3.845 205 H VAL 33 HN VAL 33 -9.708 10.096 7.722 206 HA VAL 33 HA VAL 33 -11.773 11.182 9.567 207 HB VAL 33 HB VAL 33 -9.953 10.192 11.338 208 1HG1 VAL 33 HG21 VAL 33 -11.728 8.545 11.810 209 2HG1 VAL 33 HG22 VAL 33 -12.428 8.781 10.167 210 3HG1 VAL 33 HG23 VAL 33 -12.456 10.125 11.373 211 1HG2 VAL 33 HG11 VAL 33 -10.303 7.882 9.326 212 2HG2 VAL 33 HG12 VAL 33 -9.299 7.852 10.785 213 3HG2 VAL 33 HG13 VAL 33 -8.775 8.809 9.451 214 H GLY 34 HN GLY 34 -11.462 13.141 10.235 215 1HA GLY 34 HA2 GLY 34 -10.749 15.262 9.883 216 2HA GLY 34 HA1 GLY 34 -9.799 14.674 11.281 217 H ALA 35 HN ALA 35 -7.788 15.397 11.336 218 HA ALA 35 HA ALA 35 -6.307 16.154 8.871 219 1HB ALA 35 HB1 ALA 35 -6.015 17.028 11.840 220 2HB ALA 35 HB2 ALA 35 -6.790 18.021 10.558 221 3HB ALA 35 HB3 ALA 35 -5.035 17.655 10.455 222 H GLY 36 HN GLY 36 -5.071 14.718 8.150 223 1HA GLY 36 HA2 GLY 36 -3.301 13.415 8.003 224 2HA GLY 36 HA1 GLY 36 -2.961 13.621 9.760 225 H LYS 37 HN LYS 37 -6.077 12.301 8.634 226 HA LYS 37 HA LYS 37 -5.192 9.620 9.168 227 1HB LYS 37 HB2 LYS 37 -7.566 9.692 10.704 228 2HB LYS 37 HB1 LYS 37 -5.903 9.572 11.272 229 1HG LYS 37 HG1 LYS 37 -5.667 11.859 11.740 230 2HG LYS 37 HG2 LYS 37 -7.185 12.310 10.895 231 1HD LYS 37 HD1 LYS 37 -8.482 10.923 12.585 232 2HD LYS 37 HD2 LYS 37 -6.951 10.642 13.470 233 1HE LYS 37 HE2 LYS 37 -8.186 13.423 12.845 234 2HE LYS 37 HE1 LYS 37 -8.292 12.581 14.437 235 1HZ LYS 37 HZ1 LYS 37 -5.794 13.444 13.084 236 2HZ LYS 37 HZ2 LYS 37 -5.899 12.652 14.584 237 3HZ LYS 37 HZ3 LYS 37 -6.554 14.209 14.398 238 H TYR 38 HN TYR 38 -6.705 7.925 8.741 239 HA TYR 38 HA TYR 38 -8.338 8.337 6.361 240 1HB TYR 38 HB1 TYR 38 -5.934 6.504 6.745 241 2HB TYR 38 HB2 TYR 38 -7.161 6.252 5.447 242 HD1 TYR 38 HD1 TYR 38 -7.812 8.531 4.169 243 HD2 TYR 38 HD2 TYR 38 -4.154 7.729 6.102 244 HE1 TYR 38 HE1 TYR 38 -6.842 10.545 3.151 245 HE2 TYR 38 HE2 TYR 38 -3.045 9.605 4.945 246 HH TYR 38 HH TYR 38 -3.501 11.358 3.329 247 H LYS 39 HN LYS 39 -10.386 6.803 6.389 248 HA LYS 39 HA LYS 39 -10.503 4.850 8.651 249 1HB LYS 39 HB2 LYS 39 -12.385 6.700 8.528 250 2HB LYS 39 HB1 LYS 39 -12.758 6.002 6.920 251 1HG LYS 39 HG1 LYS 39 -12.827 3.661 8.308 252 2HG LYS 39 HG2 LYS 39 -13.044 4.784 9.694 253 1HD LYS 39 HD2 LYS 39 -15.232 4.159 9.084 254 2HD LYS 39 HD1 LYS 39 -15.044 5.746 8.264 255 1HE LYS 39 HE2 LYS 39 -14.379 4.459 6.142 256 2HE LYS 39 HE1 LYS 39 -14.674 2.905 7.017 257 1HZ LYS 39 HZ1 LYS 39 -16.550 3.570 5.689 258 2HZ LYS 39 HZ2 LYS 39 -16.682 5.048 6.514 259 3HZ LYS 39 HZ3 LYS 39 -16.962 3.588 7.336 260 H LEU 40 HN LEU 40 -10.057 3.061 8.249 261 HA LEU 40 HA LEU 40 -10.082 2.323 5.335 262 1HB LEU 40 HB1 LEU 40 -7.775 1.662 5.533 263 2HB LEU 40 HB2 LEU 40 -7.898 3.233 6.380 264 HG LEU 40 HG LEU 40 -6.574 2.185 7.765 265 1HD1 LEU 40 HD11 LEU 40 -7.456 1.704 9.862 266 2HD1 LEU 40 HD12 LEU 40 -9.066 1.341 9.130 267 3HD1 LEU 40 HD13 LEU 40 -8.376 3.048 9.091 268 1HD2 LEU 40 HD21 LEU 40 -6.317 -0.185 8.194 269 2HD2 LEU 40 HD22 LEU 40 -6.937 -0.157 6.476 270 3HD2 LEU 40 HD23 LEU 40 -8.037 -0.522 7.841 271 H LEU 41 HN LEU 41 -9.927 0.170 4.730 272 HA LEU 41 HA LEU 41 -10.249 -1.707 6.955 273 1HB LEU 41 HB2 LEU 41 -12.328 -0.921 6.474 274 2HB LEU 41 HB1 LEU 41 -12.246 -1.211 4.690 275 HG LEU 41 HG LEU 41 -12.073 -3.447 6.775 276 1HD1 LEU 41 HD11 LEU 41 -14.330 -2.147 6.951 277 2HD1 LEU 41 HD12 LEU 41 -14.494 -3.887 6.529 278 3HD1 LEU 41 HD13 LEU 41 -14.655 -2.615 5.258 279 1HD2 LEU 41 HD21 LEU 41 -11.423 -4.065 4.388 280 2HD2 LEU 41 HD22 LEU 41 -12.912 -3.291 3.771 281 3HD2 LEU 41 HD23 LEU 41 -13.043 -4.785 4.733 282 H PHE 42 HN PHE 42 -9.092 -3.578 6.675 283 HA PHE 42 HA PHE 42 -6.987 -3.309 4.637 284 1HB PHE 42 HB2 PHE 42 -7.627 -5.639 6.557 285 2HB PHE 42 HB1 PHE 42 -6.373 -5.792 5.259 286 HD1 PHE 42 HD1 PHE 42 -7.004 -2.848 7.659 287 HD2 PHE 42 HD2 PHE 42 -4.437 -6.007 6.345 288 HE1 PHE 42 HE1 PHE 42 -5.199 -1.991 9.062 289 HE2 PHE 42 HE2 PHE 42 -2.657 -5.139 7.761 290 HZ PHE 42 HZ PHE 42 -3.001 -3.087 9.077 291 H ASP 43 HN ASP 43 -6.708 -4.729 2.622 292 HA ASP 43 HA ASP 43 -9.124 -5.096 1.301 293 1HB ASP 43 HB2 ASP 43 -7.969 -5.851 -0.623 294 2HB ASP 43 HB1 ASP 43 -7.098 -4.496 0.155 295 H ASP 44 HN ASP 44 -7.930 -7.067 3.541 296 HA ASP 44 HA ASP 44 -9.347 -9.530 2.884 297 1HB ASP 44 HB1 ASP 44 -7.751 -10.635 4.426 298 2HB ASP 44 HB2 ASP 44 -6.942 -9.719 3.101 299 H GLY 45 HN GLY 45 -10.041 -6.633 4.613 300 1HA GLY 45 HA2 GLY 45 -12.060 -6.385 5.435 301 2HA GLY 45 HA1 GLY 45 -12.156 -8.120 6.035 302 H TYR 46 HN TYR 46 -9.452 -6.167 7.145 303 HA TYR 46 HA TYR 46 -10.723 -6.076 9.820 304 1HB TYR 46 HB1 TYR 46 -8.524 -7.294 9.499 305 2HB TYR 46 HB2 TYR 46 -7.760 -5.737 9.030 306 HD1 TYR 46 HD1 TYR 46 -7.029 -4.240 10.696 307 HD2 TYR 46 HD2 TYR 46 -9.529 -7.504 11.814 308 HE1 TYR 46 HE1 TYR 46 -6.627 -3.729 13.064 309 HE2 TYR 46 HE2 TYR 46 -9.130 -6.995 14.193 310 HH TYR 46 HH TYR 46 -7.266 -4.140 15.174 311 H GLU 47 HN GLU 47 -11.894 -4.145 10.125 312 HA GLU 47 HA GLU 47 -10.899 -1.679 8.953 313 1HB GLU 47 HB2 GLU 47 -13.241 -2.303 8.645 314 2HB GLU 47 HB1 GLU 47 -13.552 -2.196 10.396 315 1HG GLU 47 HG1 GLU 47 -13.408 0.180 10.424 316 2HG GLU 47 HG2 GLU 47 -12.386 0.272 8.950 317 H CYS 48 HN CYS 48 -10.725 0.414 9.950 318 HA CYS 48 HA CYS 48 -10.756 0.614 12.821 319 1HB CYS 48 HB1 CYS 48 -8.179 0.122 11.275 320 2HB CYS 48 HB2 CYS 48 -8.104 1.462 12.454 321 HG CYS 48 HG CYS 48 -9.261 -1.554 13.129 322 H ASP 49 HN ASP 49 -9.682 3.051 13.165 323 HA ASP 49 HA ASP 49 -10.029 4.589 10.713 324 1HB ASP 49 HB2 ASP 49 -10.462 5.996 13.484 325 2HB ASP 49 HB1 ASP 49 -10.786 6.603 11.842 326 H VAL 50 HN VAL 50 -7.934 5.642 10.510 327 HA VAL 50 HA VAL 50 -6.294 5.473 12.886 328 HB VAL 50 HB VAL 50 -6.570 3.272 11.474 329 1HG1 VAL 50 HG11 VAL 50 -4.455 4.591 9.674 330 2HG1 VAL 50 HG12 VAL 50 -6.224 4.518 9.284 331 3HG1 VAL 50 HG13 VAL 50 -5.294 2.987 9.559 332 1HG2 VAL 50 HG21 VAL 50 -4.326 2.551 12.005 333 2HG2 VAL 50 HG22 VAL 50 -5.165 3.454 13.328 334 3HG2 VAL 50 HG23 VAL 50 -3.806 4.232 12.379 335 H LEU 51 HN LEU 51 -3.985 6.170 12.343 336 HA LEU 51 HA LEU 51 -4.173 8.657 10.888 337 1HB LEU 51 HB2 LEU 51 -2.095 7.361 12.745 338 2HB LEU 51 HB1 LEU 51 -1.701 8.868 11.854 339 HG LEU 51 HG LEU 51 -2.261 9.267 14.204 340 1HD1 LEU 51 HD21 LEU 51 -3.689 11.269 13.667 341 2HD1 LEU 51 HD22 LEU 51 -4.103 10.494 12.093 342 3HD1 LEU 51 HD23 LEU 51 -2.415 10.996 12.402 343 1HD2 LEU 51 HD11 LEU 51 -5.208 8.718 13.492 344 2HD2 LEU 51 HD12 LEU 51 -4.535 9.314 15.050 345 3HD2 LEU 51 HD13 LEU 51 -4.184 7.628 14.519 346 H GLY 52 HN GLY 52 -2.676 9.659 9.660 347 1HA GLY 52 HA2 GLY 52 -2.892 8.197 7.329 348 2HA GLY 52 HA1 GLY 52 -2.420 9.899 7.443 349 H LYS 53 HN LYS 53 -0.419 8.561 9.328 350 HA LYS 53 HA LYS 53 1.871 8.419 7.424 351 1HB LYS 53 HB1 LYS 53 3.196 8.719 9.728 352 2HB LYS 53 HB2 LYS 53 2.509 10.109 8.871 353 1HG LYS 53 HG2 LYS 53 2.233 10.344 11.271 354 2HG LYS 53 HG1 LYS 53 0.677 10.364 10.406 355 1HD LYS 53 HD2 LYS 53 0.388 9.234 12.509 356 2HD LYS 53 HD1 LYS 53 0.217 8.014 11.205 357 1HE LYS 53 HE2 LYS 53 1.394 7.047 13.132 358 2HE LYS 53 HE1 LYS 53 2.536 7.141 11.748 359 1HZ LYS 53 HZ1 LYS 53 3.540 7.876 13.779 360 2HZ LYS 53 HZ2 LYS 53 2.362 9.080 13.994 361 3HZ LYS 53 HZ3 LYS 53 3.440 9.170 12.684 362 H ASP 54 HN ASP 54 -0.383 6.459 8.423 363 HA ASP 54 HA ASP 54 1.226 4.129 9.276 364 1HB ASP 54 HB1 ASP 54 -1.299 5.272 10.607 365 2HB ASP 54 HB2 ASP 54 -0.997 3.513 10.690 366 H ILE 55 HN ILE 55 -2.309 4.635 8.581 367 HA ILE 55 HA ILE 55 -1.960 2.849 6.256 368 HB ILE 55 HB ILE 55 -4.532 3.034 7.791 369 1HG1 ILE 55 HG11 ILE 55 -4.439 0.778 8.414 370 2HG1 ILE 55 HG12 ILE 55 -3.050 0.416 7.385 371 1HG2 ILE 55 HG21 ILE 55 -5.072 1.093 6.135 372 2HG2 ILE 55 HG22 ILE 55 -3.670 1.670 5.192 373 3HG2 ILE 55 HG23 ILE 55 -5.084 2.763 5.496 374 1HD1 ILE 55 HD11 ILE 55 -2.872 2.123 9.968 375 2HD1 ILE 55 HD12 ILE 55 -1.504 1.406 9.035 376 3HD1 ILE 55 HD13 ILE 55 -2.635 0.341 9.917 377 H LEU 56 HN LEU 56 -1.647 4.131 4.690 378 HA LEU 56 HA LEU 56 -3.307 6.563 4.467 379 1HB LEU 56 HB1 LEU 56 -1.337 7.839 4.275 380 2HB LEU 56 HB2 LEU 56 -1.194 6.713 5.651 381 HG LEU 56 HG LEU 56 0.927 6.853 4.543 382 1HD1 LEU 56 HD21 LEU 56 0.852 4.423 4.833 383 2HD1 LEU 56 HD22 LEU 56 1.409 4.723 3.126 384 3HD1 LEU 56 HD23 LEU 56 -0.239 4.202 3.414 385 1HD2 LEU 56 HD11 LEU 56 -0.115 6.127 1.790 386 2HD2 LEU 56 HD12 LEU 56 1.310 7.017 2.088 387 3HD2 LEU 56 HD13 LEU 56 -0.276 7.786 2.452 388 H LEU 57 HN LEU 57 -3.394 7.787 2.557 389 HA LEU 57 HA LEU 57 -3.827 6.649 0.093 390 1HB LEU 57 HB1 LEU 57 -3.933 8.905 -0.735 391 2HB LEU 57 HB2 LEU 57 -4.536 8.994 0.972 392 HG LEU 57 HG LEU 57 -1.920 10.108 -0.189 393 1HD1 LEU 57 HD11 LEU 57 -4.404 11.458 0.987 394 2HD1 LEU 57 HD12 LEU 57 -3.836 11.501 -0.721 395 3HD1 LEU 57 HD13 LEU 57 -2.855 12.287 0.569 396 1HD2 LEU 57 HD21 LEU 57 -1.703 11.010 2.282 397 2HD2 LEU 57 HD22 LEU 57 -1.307 9.290 1.960 398 3HD2 LEU 57 HD23 LEU 57 -2.914 9.663 2.612 399 H CYS 58 HN CYS 58 -2.301 5.463 -0.927 400 HA CYS 58 HA CYS 58 0.417 6.550 -1.015 401 1HB CYS 58 HB2 CYS 58 -0.508 4.579 0.581 402 2HB CYS 58 HB1 CYS 58 -0.494 3.612 -0.892 403 HG CYS 58 HG CYS 58 2.151 4.588 -1.345 404 H ASP 59 HN ASP 59 1.101 5.407 -3.059 405 HA ASP 59 HA ASP 59 -0.788 5.618 -5.320 406 1HB ASP 59 HB1 ASP 59 2.154 4.730 -5.612 407 2HB ASP 59 HB2 ASP 59 1.053 5.348 -6.863 408 HA PRO 60 HA PRO 60 0.691 3.366 -2.423 409 1HB PRO 60 HB2 PRO 60 2.192 0.979 -2.087 410 2HB PRO 60 HB1 PRO 60 0.678 1.476 -1.318 411 1HG PRO 60 HG2 PRO 60 1.155 -0.050 -3.937 412 2HG PRO 60 HG1 PRO 60 -0.021 -0.477 -2.629 413 1HD PRO 60 HD1 PRO 60 -0.952 0.787 -4.912 414 2HD PRO 60 HD2 PRO 60 -1.505 1.380 -3.305 415 H ILE 61 HN ILE 61 2.893 1.651 -4.763 416 HA ILE 61 HA ILE 61 4.634 3.960 -4.082 417 HB ILE 61 HB ILE 61 5.114 1.002 -4.072 418 1HG1 ILE 61 HG11 ILE 61 4.172 2.447 -1.992 419 2HG1 ILE 61 HG12 ILE 61 5.628 1.410 -1.834 420 1HG2 ILE 61 HG21 ILE 61 7.451 1.512 -3.346 421 2HG2 ILE 61 HG22 ILE 61 7.286 3.207 -3.686 422 3HG2 ILE 61 HG23 ILE 61 7.260 2.065 -5.103 423 1HD1 ILE 61 HD11 ILE 61 5.112 4.082 -1.040 424 2HD1 ILE 61 HD12 ILE 61 6.178 4.294 -2.477 425 3HD1 ILE 61 HD13 ILE 61 6.686 3.242 -1.117 426 HA PRO 62 HA PRO 62 5.160 5.269 -8.032 427 1HB PRO 62 HB2 PRO 62 7.990 3.884 -7.480 428 2HB PRO 62 HB1 PRO 62 7.794 5.452 -8.422 429 1HG PRO 62 HG1 PRO 62 8.417 4.770 -5.710 430 2HG PRO 62 HG2 PRO 62 7.896 6.415 -6.152 431 1HD PRO 62 HD1 PRO 62 6.421 4.779 -4.507 432 2HD PRO 62 HD2 PRO 62 5.638 5.929 -5.655 433 H LEU 63 HN LEU 63 3.889 3.866 -9.529 434 HA LEU 63 HA LEU 63 4.327 1.381 -10.232 435 1HB LEU 63 HB1 LEU 63 2.565 1.396 -11.721 436 2HB LEU 63 HB2 LEU 63 2.283 2.479 -10.328 437 HG LEU 63 HG LEU 63 1.292 3.388 -12.230 438 1HD1 LEU 63 HD21 LEU 63 3.788 5.085 -11.607 439 2HD1 LEU 63 HD22 LEU 63 2.254 5.012 -10.640 440 3HD1 LEU 63 HD23 LEU 63 2.242 5.668 -12.318 441 1HD2 LEU 63 HD11 LEU 63 2.739 2.227 -13.980 442 2HD2 LEU 63 HD12 LEU 63 3.956 3.521 -13.768 443 3HD2 LEU 63 HD13 LEU 63 2.307 3.942 -14.365 444 H ASP 64 HN ASP 64 6.629 2.395 -10.616 445 HA ASP 64 HA ASP 64 7.632 1.295 -13.239 446 1HB ASP 64 HB2 ASP 64 7.885 3.825 -11.500 447 2HB ASP 64 HB1 ASP 64 9.394 3.410 -12.314 448 H THR 65 HN THR 65 7.818 0.830 -9.821 449 HA THR 65 HA THR 65 10.664 0.882 -9.634 450 HB THR 65 HB THR 65 8.685 2.093 -7.668 451 HG1 THR 65 HG1 THR 65 8.982 3.139 -9.694 452 1HG2 THR 65 HG21 THR 65 11.777 2.305 -7.687 453 2HG2 THR 65 HG22 THR 65 10.716 1.625 -6.377 454 3HG2 THR 65 HG23 THR 65 10.674 3.370 -6.737 455 H GLU 66 HN GLU 66 11.441 0.083 -8.174 456 HA GLU 66 HA GLU 66 11.024 -2.531 -7.313 457 1HB GLU 66 HB2 GLU 66 13.265 -1.276 -7.670 458 2HB GLU 66 HB1 GLU 66 13.006 -0.546 -6.074 459 1HG GLU 66 HG2 GLU 66 14.485 -2.385 -5.717 460 2HG GLU 66 HG1 GLU 66 12.902 -2.979 -5.114 461 H VAL 67 HN VAL 67 10.071 -3.245 -5.842 462 HA VAL 67 HA VAL 67 9.445 -2.390 -3.165 463 HB VAL 67 HB VAL 67 6.832 -3.102 -3.804 464 1HG1 VAL 67 HG11 VAL 67 6.386 -1.108 -2.589 465 2HG1 VAL 67 HG12 VAL 67 8.066 -0.459 -2.860 466 3HG1 VAL 67 HG13 VAL 67 7.770 -1.946 -1.849 467 1HG2 VAL 67 HG21 VAL 67 7.418 -1.930 -6.123 468 2HG2 VAL 67 HG22 VAL 67 7.766 -0.449 -5.183 469 3HG2 VAL 67 HG23 VAL 67 6.107 -1.138 -5.131 470 H THR 68 HN THR 68 7.784 -4.083 -2.256 471 HA THR 68 HA THR 68 9.131 -6.631 -3.135 472 HB THR 68 HB THR 68 10.148 -5.672 -1.123 473 HG1 THR 68 HG1 THR 68 9.704 -7.626 0.187 474 1HG2 THR 68 HG21 THR 68 7.510 -6.445 0.222 475 2HG2 THR 68 HG22 THR 68 7.732 -4.795 -0.552 476 3HG2 THR 68 HG23 THR 68 8.807 -5.342 0.841 477 H ALA 69 HN ALA 69 8.170 -8.602 -2.704 478 HA ALA 69 HA ALA 69 5.241 -8.527 -3.047 479 1HB ALA 69 HB1 ALA 69 5.572 -10.761 -4.127 480 2HB ALA 69 HB2 ALA 69 7.346 -10.633 -3.804 481 3HB ALA 69 HB3 ALA 69 6.551 -9.483 -4.926 482 H LEU 70 HN LEU 70 3.957 -9.670 -1.637 483 HA LEU 70 HA LEU 70 5.361 -10.455 0.819 484 1HB LEU 70 HB1 LEU 70 3.471 -8.640 0.677 485 2HB LEU 70 HB2 LEU 70 2.460 -10.038 1.143 486 HG LEU 70 HG LEU 70 3.450 -8.497 2.955 487 1HD1 LEU 70 HD11 LEU 70 2.471 -10.687 3.558 488 2HD1 LEU 70 HD12 LEU 70 3.858 -10.189 4.627 489 3HD1 LEU 70 HD13 LEU 70 4.105 -11.451 3.361 490 1HD2 LEU 70 HD21 LEU 70 5.667 -8.668 3.795 491 2HD2 LEU 70 HD22 LEU 70 5.899 -8.553 2.003 492 3HD2 LEU 70 HD23 LEU 70 6.042 -10.132 2.828 493 H SER 71 HN SER 71 5.883 -12.103 1.237 494 HA SER 71 HA SER 71 4.482 -14.570 1.241 495 1HB SER 71 HB1 SER 71 5.996 -14.518 -0.900 496 2HB SER 71 HB2 SER 71 7.403 -14.280 0.181 497 HG SER 71 HG SER 71 7.301 -16.441 0.060 498 H GLU 72 HN GLU 72 6.010 -15.676 3.163 499 HA GLU 72 HA GLU 72 5.938 -14.190 5.345 500 1HB GLU 72 HB2 GLU 72 8.263 -15.829 5.766 501 2HB GLU 72 HB1 GLU 72 6.559 -16.159 6.225 502 1HG GLU 72 HG2 GLU 72 7.872 -16.667 3.470 503 2HG GLU 72 HG1 GLU 72 8.001 -17.756 4.914 504 H ASP 73 HN ASP 73 7.265 -13.477 6.904 505 HA ASP 73 HA ASP 73 8.206 -11.042 6.456 506 1HB ASP 73 HB2 ASP 73 8.919 -12.736 8.907 507 2HB ASP 73 HB1 ASP 73 8.970 -10.932 8.867 508 H GLU 74 HN GLU 74 10.617 -13.575 7.088 509 HA GLU 74 HA GLU 74 12.737 -11.804 6.043 510 1HB GLU 74 HB2 GLU 74 14.364 -13.091 7.340 511 2HB GLU 74 HB1 GLU 74 13.117 -12.336 8.385 512 1HG GLU 74 HG2 GLU 74 11.912 -14.535 8.586 513 2HG GLU 74 HG1 GLU 74 13.169 -15.311 7.550 514 H TYR 75 HN TYR 75 10.657 -13.963 4.870 515 HA TYR 75 HA TYR 75 12.643 -15.639 3.435 516 1HB TYR 75 HB2 TYR 75 9.712 -16.086 4.097 517 2HB TYR 75 HB1 TYR 75 10.710 -17.232 3.119 518 HD1 TYR 75 HD1 TYR 75 10.172 -15.805 6.542 519 HD2 TYR 75 HD2 TYR 75 12.382 -18.569 4.145 520 HE1 TYR 75 HE1 TYR 75 10.881 -17.029 8.563 521 HE2 TYR 75 HE2 TYR 75 13.126 -19.735 6.153 522 HH TYR 75 HH TYR 75 13.074 -19.830 8.392 523 H PHE 76 HN PHE 76 9.966 -13.412 3.016 524 HA PHE 76 HA PHE 76 9.435 -13.548 0.331 525 1HB PHE 76 HB2 PHE 76 8.576 -11.267 0.432 526 2HB PHE 76 HB1 PHE 76 8.312 -12.063 2.006 527 HD1 PHE 76 HD1 PHE 76 11.433 -11.396 2.921 528 HD2 PHE 76 HD2 PHE 76 8.030 -9.257 1.472 529 HE1 PHE 76 HE1 PHE 76 12.245 -9.379 3.978 530 HE2 PHE 76 HE2 PHE 76 8.868 -7.212 2.589 531 HZ PHE 76 HZ PHE 76 11.016 -7.270 3.759 532 H SER 77 HN SER 77 9.787 -11.896 -1.516 533 HA SER 77 HA SER 77 12.624 -11.146 -1.817 534 1HB SER 77 HB1 SER 77 11.100 -13.096 -3.663 535 2HB SER 77 HB2 SER 77 12.662 -12.306 -4.100 536 HG SER 77 HG SER 77 12.428 -13.755 -1.686 537 H ALA 78 HN ALA 78 13.016 -9.581 -3.424 538 HA ALA 78 HA ALA 78 10.831 -7.834 -3.833 539 1HB ALA 78 HB1 ALA 78 12.977 -7.015 -3.007 540 2HB ALA 78 HB2 ALA 78 12.425 -6.125 -4.450 541 3HB ALA 78 HB3 ALA 78 13.738 -7.376 -4.596 542 H GLY 79 HN GLY 79 10.488 -6.526 -5.650 543 1HA GLY 79 HA2 GLY 79 10.875 -7.444 -8.341 544 2HA GLY 79 HA1 GLY 79 9.112 -7.457 -7.641 545 H VAL 80 HN VAL 80 8.841 -6.105 -9.506 546 HA VAL 80 HA VAL 80 9.156 -3.279 -8.586 547 HB VAL 80 HB VAL 80 9.693 -4.757 -11.210 548 1HG1 VAL 80 HG11 VAL 80 8.940 -1.725 -11.001 549 2HG1 VAL 80 HG12 VAL 80 8.194 -2.962 -12.076 550 3HG1 VAL 80 HG13 VAL 80 9.879 -2.420 -12.361 551 1HG2 VAL 80 HG21 VAL 80 11.436 -4.237 -9.499 552 2HG2 VAL 80 HG22 VAL 80 11.014 -2.463 -9.662 553 3HG2 VAL 80 HG23 VAL 80 11.753 -3.337 -11.060 554 H VAL 81 HN VAL 81 7.360 -2.028 -8.651 555 HA VAL 81 HA VAL 81 4.901 -3.298 -9.626 556 HB VAL 81 HB VAL 81 3.690 -1.207 -9.083 557 1HG1 VAL 81 HG11 VAL 81 4.373 -1.083 -6.631 558 2HG1 VAL 81 HG12 VAL 81 5.649 -2.272 -7.040 559 3HG1 VAL 81 HG13 VAL 81 3.910 -2.764 -7.238 560 1HG2 VAL 81 HG21 VAL 81 6.218 -0.058 -7.721 561 2HG2 VAL 81 HG22 VAL 81 4.643 0.733 -8.078 562 3HG2 VAL 81 HG23 VAL 81 5.815 0.409 -9.400 563 H LYS 82 HN LYS 82 4.135 -2.989 -11.703 564 HA LYS 82 HA LYS 82 5.501 -0.846 -13.283 565 1HB LYS 82 HB1 LYS 82 5.628 -2.128 -15.281 566 2HB LYS 82 HB2 LYS 82 6.552 -2.928 -13.964 567 1HG LYS 82 HG2 LYS 82 4.759 -4.612 -13.618 568 2HG LYS 82 HG1 LYS 82 3.728 -3.829 -14.862 569 1HD LYS 82 HD2 LYS 82 5.410 -4.283 -16.627 570 2HD LYS 82 HD1 LYS 82 6.508 -4.998 -15.399 571 1HE LYS 82 HE2 LYS 82 5.384 -6.818 -16.628 572 2HE LYS 82 HE1 LYS 82 4.768 -6.800 -14.926 573 1HZ LYS 82 HZ1 LYS 82 3.019 -7.078 -16.532 574 2HZ LYS 82 HZ2 LYS 82 3.419 -5.614 -17.298 575 3HZ LYS 82 HZ3 LYS 82 2.834 -5.607 -15.703 576 H GLY 83 HN GLY 83 2.502 -1.649 -12.165 577 1HA GLY 83 HA2 GLY 83 1.090 0.210 -13.559 578 2HA GLY 83 HA1 GLY 83 0.925 -1.319 -14.524 579 H HIS 84 HN HIS 84 -1.277 0.119 -13.002 580 HA HIS 84 HA HIS 84 -2.181 -2.201 -11.621 581 1HB HIS 84 HB2 HIS 84 -2.645 -0.875 -9.418 582 2HB HIS 84 HB1 HIS 84 -0.960 -1.279 -9.822 583 HD1 HIS 84 HD1 HIS 84 -3.006 2.066 -10.292 584 HD2 HIS 84 HD2 HIS 84 0.822 0.493 -9.512 585 HE1 HIS 84 HE1 HIS 84 -1.282 4.019 -9.772 586 H ARG 85 HN ARG 85 -4.448 -2.078 -10.577 587 HA ARG 85 HA ARG 85 -6.086 -0.041 -11.836 588 1HB ARG 85 HB2 ARG 85 -7.289 -1.745 -13.198 589 2HB ARG 85 HB1 ARG 85 -5.558 -1.856 -13.618 590 1HG ARG 85 HG1 ARG 85 -5.579 -4.084 -13.108 591 2HG ARG 85 HG2 ARG 85 -5.818 -3.639 -11.384 592 1HD ARG 85 HD2 ARG 85 -7.636 -5.122 -11.890 593 2HD ARG 85 HD1 ARG 85 -8.415 -3.509 -11.967 594 HE ARG 85 HE ARG 85 -7.638 -5.317 -14.274 595 1HH1 ARG 85 HH11 ARG 85 -9.359 -2.346 -13.247 596 2HH1 ARG 85 HH12 ARG 85 -10.256 -2.219 -14.724 597 1HH2 ARG 85 HH21 ARG 85 -8.852 -5.117 -16.217 598 2HH2 ARG 85 HH22 ARG 85 -9.966 -3.806 -16.425 599 H LYS 86 HN LYS 86 -8.423 -0.302 -11.059 600 HA LYS 86 HA LYS 86 -8.893 -2.678 -9.544 601 1HB LYS 86 HB2 LYS 86 -9.819 -1.844 -7.576 602 2HB LYS 86 HB1 LYS 86 -8.100 -1.355 -7.771 603 1HG LYS 86 HG2 LYS 86 -8.756 0.965 -8.311 604 2HG LYS 86 HG1 LYS 86 -10.477 0.515 -8.403 605 1HD LYS 86 HD2 LYS 86 -10.247 1.618 -6.328 606 2HD LYS 86 HD1 LYS 86 -10.461 -0.134 -5.961 607 1HE LYS 86 HE2 LYS 86 -7.963 -0.355 -5.717 608 2HE LYS 86 HE1 LYS 86 -7.811 1.388 -6.190 609 1HZ LYS 86 HZ1 LYS 86 -7.667 1.065 -3.798 610 2HZ LYS 86 HZ2 LYS 86 -9.203 0.340 -3.767 611 3HZ LYS 86 HZ3 LYS 86 -9.042 1.974 -4.203 612 H GLU 87 HN GLU 87 -10.905 -3.417 -9.596 613 HA GLU 87 HA GLU 87 -12.750 -2.002 -11.459 614 1HB GLU 87 HB2 GLU 87 -11.330 -3.834 -12.563 615 2HB GLU 87 HB1 GLU 87 -12.192 -5.031 -11.568 616 1HG GLU 87 HG2 GLU 87 -14.377 -4.336 -12.620 617 2HG GLU 87 HG1 GLU 87 -13.508 -3.056 -13.550 618 H SER 88 HN SER 88 -15.100 -2.845 -11.087 619 HA SER 88 HA SER 88 -15.792 -2.655 -8.409 620 1HB SER 88 HB2 SER 88 -18.125 -3.136 -9.261 621 2HB SER 88 HB1 SER 88 -17.236 -1.901 -10.209 622 HG SER 88 HG SER 88 -17.348 -4.657 -10.856 623 H GLY 89 HN GLY 89 -14.501 -4.310 -7.358 624 1HA GLY 89 HA2 GLY 89 -15.054 -6.106 -5.867 625 2HA GLY 89 HA1 GLY 89 -15.740 -7.017 -7.257 626 H GLU 90 HN GLU 90 -12.824 -5.367 -8.305 627 HA GLU 90 HA GLU 90 -11.148 -7.667 -7.669 628 1HB GLU 90 HB2 GLU 90 -11.252 -6.126 -10.343 629 2HB GLU 90 HB1 GLU 90 -10.318 -7.570 -9.930 630 1HG GLU 90 HG2 GLU 90 -13.373 -7.393 -10.251 631 2HG GLU 90 HG1 GLU 90 -12.211 -7.962 -11.496 632 H LEU 91 HN LEU 91 -8.962 -6.987 -7.192 633 HA LEU 91 HA LEU 91 -8.369 -4.123 -7.602 634 1HB LEU 91 HB2 LEU 91 -8.992 -5.110 -5.125 635 2HB LEU 91 HB1 LEU 91 -7.372 -5.864 -5.176 636 HG LEU 91 HG LEU 91 -8.168 -2.869 -5.215 637 1HD1 LEU 91 HD11 LEU 91 -6.893 -2.877 -3.052 638 2HD1 LEU 91 HD12 LEU 91 -6.562 -4.635 -3.259 639 3HD1 LEU 91 HD13 LEU 91 -8.255 -4.064 -3.040 640 1HD2 LEU 91 HD21 LEU 91 -6.226 -2.928 -6.711 641 2HD2 LEU 91 HD22 LEU 91 -5.305 -3.965 -5.546 642 3HD2 LEU 91 HD23 LEU 91 -5.758 -2.280 -5.102 643 H TYR 92 HN TYR 92 -6.244 -4.240 -9.044 644 HA TYR 92 HA TYR 92 -4.479 -6.159 -7.856 645 1HB TYR 92 HB2 TYR 92 -3.887 -7.413 -10.094 646 2HB TYR 92 HB1 TYR 92 -5.190 -7.954 -9.036 647 HD1 TYR 92 HD1 TYR 92 -4.485 -6.757 -12.424 648 HD2 TYR 92 HD2 TYR 92 -7.543 -7.783 -9.639 649 HE1 TYR 92 HE1 TYR 92 -5.989 -7.209 -14.256 650 HE2 TYR 92 HE2 TYR 92 -9.098 -8.137 -11.515 651 HH TYR 92 HH TYR 92 -8.056 -7.884 -14.875 652 H TYR 93 HN TYR 93 -2.532 -5.831 -7.802 653 HA TYR 93 HA TYR 93 -1.419 -3.544 -9.259 654 1HB TYR 93 HB1 TYR 93 -1.512 -4.162 -6.494 655 2HB TYR 93 HB2 TYR 93 0.162 -4.634 -6.958 656 HD1 TYR 93 HD1 TYR 93 1.757 -2.843 -6.849 657 HD2 TYR 93 HD2 TYR 93 -2.404 -1.971 -7.490 658 HE1 TYR 93 HE1 TYR 93 2.271 -0.506 -6.901 659 HE2 TYR 93 HE2 TYR 93 -1.859 0.448 -7.255 660 HH TYR 93 HH TYR 93 0.273 1.899 -7.874 661 H SER 94 HN SER 94 0.488 -3.945 -10.532 662 HA SER 94 HA SER 94 1.041 -6.773 -11.108 663 1HB SER 94 HB2 SER 94 0.320 -5.046 -12.918 664 2HB SER 94 HB1 SER 94 1.834 -4.179 -12.660 665 HG SER 94 HG SER 94 1.380 -6.824 -13.691 666 H ILE 95 HN ILE 95 2.932 -7.690 -10.428 667 HA ILE 95 HA ILE 95 5.106 -5.988 -9.518 668 HB ILE 95 HB ILE 95 4.505 -8.784 -8.455 669 1HG1 ILE 95 HG12 ILE 95 3.769 -7.563 -6.357 670 2HG1 ILE 95 HG11 ILE 95 3.530 -6.099 -7.379 671 1HG2 ILE 95 HG21 ILE 95 6.042 -6.306 -7.384 672 2HG2 ILE 95 HG22 ILE 95 6.851 -7.709 -8.173 673 3HG2 ILE 95 HG23 ILE 95 5.967 -7.913 -6.603 674 1HD1 ILE 95 HD11 ILE 95 1.735 -7.138 -8.588 675 2HD1 ILE 95 HD12 ILE 95 1.418 -7.571 -6.900 676 3HD1 ILE 95 HD13 ILE 95 2.154 -8.798 -8.020 677 H GLU 96 HN GLU 96 6.675 -6.179 -11.065 678 HA GLU 96 HA GLU 96 6.864 -8.664 -12.658 679 1HB GLU 96 HB2 GLU 96 7.008 -6.621 -13.928 680 2HB GLU 96 HB1 GLU 96 8.420 -6.045 -12.944 681 1HG GLU 96 HG2 GLU 96 9.799 -7.967 -13.820 682 2HG GLU 96 HG1 GLU 96 8.380 -8.571 -14.752 683 H LYS 97 HN LYS 97 8.012 -10.411 -11.913 684 HA LYS 97 HA LYS 97 9.939 -9.822 -9.715 685 1HB LYS 97 HB1 LYS 97 7.398 -9.943 -9.074 686 2HB LYS 97 HB2 LYS 97 7.439 -11.593 -9.777 687 1HG LYS 97 HG2 LYS 97 8.942 -12.331 -7.875 688 2HG LYS 97 HG1 LYS 97 9.054 -10.648 -7.281 689 1HD LYS 97 HD2 LYS 97 6.863 -10.665 -6.512 690 2HD LYS 97 HD1 LYS 97 6.297 -11.866 -7.690 691 1HE LYS 97 HE2 LYS 97 6.361 -12.852 -5.373 692 2HE LYS 97 HE1 LYS 97 7.455 -13.722 -6.520 693 1HZ LYS 97 HZ1 LYS 97 8.286 -11.667 -4.545 694 2HZ LYS 97 HZ2 LYS 97 9.303 -12.492 -5.627 695 3HZ LYS 97 HZ3 LYS 97 8.488 -13.348 -4.407 696 H GLU 98 HN GLU 98 11.626 -11.196 -9.696 697 HA GLU 98 HA GLU 98 12.984 -12.885 -10.064 698 1HB GLU 98 HB2 GLU 98 10.352 -14.354 -9.704 699 2HB GLU 98 HB1 GLU 98 11.801 -15.307 -10.307 700 1HG GLU 98 HG2 GLU 98 11.814 -15.637 -8.027 701 2HG GLU 98 HG1 GLU 98 13.161 -14.497 -8.361 702 H GLY 99 HN GLY 99 11.250 -11.745 -12.423 703 1HA GLY 99 HA2 GLY 99 12.502 -11.477 -14.538 704 2HA GLY 99 HA1 GLY 99 12.630 -13.270 -14.620 705 H GLN 100 HN GLN 100 9.690 -12.927 -13.342 706 HA GLN 100 HA GLN 100 8.250 -12.389 -15.809 707 1HB GLN 100 HB2 GLN 100 6.818 -14.466 -15.485 708 2HB GLN 100 HB1 GLN 100 8.534 -14.808 -15.834 709 1HG GLN 100 HG2 GLN 100 7.886 -16.393 -14.224 710 2HG GLN 100 HG1 GLN 100 8.954 -15.253 -13.358 711 1HE2 GLN 100 HE21 GLN 100 8.001 -13.884 -11.733 712 2HE2 GLN 100 HE22 GLN 100 6.377 -14.260 -11.097 713 H ARG 101 HN ARG 101 5.744 -12.432 -15.423 714 HA ARG 101 HA ARG 101 5.457 -10.446 -13.307 715 1HB ARG 101 HB1 ARG 101 3.395 -9.729 -14.523 716 2HB ARG 101 HB2 ARG 101 4.972 -9.420 -15.244 717 1HG ARG 101 HG1 ARG 101 3.351 -10.067 -16.955 718 2HG ARG 101 HG2 ARG 101 4.807 -11.106 -16.913 719 1HD ARG 101 HD2 ARG 101 2.749 -12.405 -17.415 720 2HD ARG 101 HD1 ARG 101 3.507 -12.955 -15.865 721 HE ARG 101 HE ARG 101 1.507 -10.879 -15.375 722 1HH1 ARG 101 HH11 ARG 101 1.801 -14.347 -16.193 723 2HH1 ARG 101 HH12 ARG 101 0.306 -14.787 -15.436 724 1HH2 ARG 101 HH21 ARG 101 -0.495 -11.495 -14.361 725 2HH2 ARG 101 HH22 ARG 101 -1.014 -13.148 -14.383 726 H LYS 102 HN LYS 102 4.122 -10.281 -11.691 727 HA LYS 102 HA LYS 102 2.244 -12.549 -11.257 728 1HB LYS 102 HB2 LYS 102 4.358 -11.452 -9.363 729 2HB LYS 102 HB1 LYS 102 2.845 -12.128 -8.674 730 1HG LYS 102 HG2 LYS 102 3.188 -14.293 -9.527 731 2HG LYS 102 HG1 LYS 102 4.344 -13.771 -10.789 732 1HD LYS 102 HD2 LYS 102 6.162 -13.498 -9.179 733 2HD LYS 102 HD1 LYS 102 5.018 -13.724 -7.796 734 1HE LYS 102 HE2 LYS 102 4.607 -16.077 -8.445 735 2HE LYS 102 HE1 LYS 102 5.643 -15.884 -9.915 736 1HZ LYS 102 HZ1 LYS 102 7.506 -15.417 -8.478 737 2HZ LYS 102 HZ2 LYS 102 6.816 -16.926 -8.120 738 3HZ LYS 102 HZ3 LYS 102 6.537 -15.600 -7.096 739 H TRP 103 HN TRP 103 0.156 -11.794 -10.856 740 HA TRP 103 HA TRP 103 -0.149 -8.871 -10.334 741 1HB TRP 103 HB2 TRP 103 -1.451 -10.684 -12.401 742 2HB TRP 103 HB1 TRP 103 -2.356 -9.282 -11.757 743 HD1 TRP 103 HD1 TRP 103 0.777 -9.866 -14.070 744 HE1 TRP 103 HE1 TRP 103 0.653 -7.878 -15.747 745 HE3 TRP 103 HE3 TRP 103 -2.361 -6.896 -11.486 746 HZ2 TRP 103 HZ2 TRP 103 -0.758 -5.434 -15.930 747 HZ3 TRP 103 HZ3 TRP 103 -2.996 -4.707 -12.387 748 HH2 TRP 103 HH2 TRP 103 -2.231 -3.995 -14.613 749 H TYR 104 HN TYR 104 -0.779 -8.651 -8.386 750 HA TYR 104 HA TYR 104 -2.799 -10.455 -7.099 751 1HB TYR 104 HB2 TYR 104 -0.742 -9.273 -5.285 752 2HB TYR 104 HB1 TYR 104 -1.787 -10.705 -5.152 753 HD1 TYR 104 HD1 TYR 104 -1.239 -12.740 -6.664 754 HD2 TYR 104 HD2 TYR 104 1.462 -9.563 -5.789 755 HE1 TYR 104 HE1 TYR 104 0.647 -14.327 -6.651 756 HE2 TYR 104 HE2 TYR 104 3.327 -11.125 -5.789 757 HH TYR 104 HH TYR 104 3.894 -13.278 -5.659 758 H LYS 105 HN LYS 105 -4.407 -9.415 -5.601 759 HA LYS 105 HA LYS 105 -4.828 -6.710 -5.601 760 1HB LYS 105 HB2 LYS 105 -5.433 -8.718 -3.292 761 2HB LYS 105 HB1 LYS 105 -6.362 -7.264 -3.789 762 1HG LYS 105 HG2 LYS 105 -6.598 -8.797 -6.066 763 2HG LYS 105 HG1 LYS 105 -6.359 -10.103 -4.866 764 1HD LYS 105 HD1 LYS 105 -8.297 -9.325 -3.569 765 2HD LYS 105 HD2 LYS 105 -8.412 -7.821 -4.534 766 1HE LYS 105 HE2 LYS 105 -8.959 -9.162 -6.598 767 2HE LYS 105 HE1 LYS 105 -8.921 -10.677 -5.606 768 1HZ LYS 105 HZ1 LYS 105 -11.137 -9.832 -5.896 769 2HZ LYS 105 HZ2 LYS 105 -10.719 -8.344 -5.192 770 3HZ LYS 105 HZ3 LYS 105 -10.690 -9.763 -4.259 771 H ARG 106 HN ARG 106 -4.532 -5.337 -3.693 772 HA ARG 106 HA ARG 106 -2.163 -4.610 -2.901 773 1HB ARG 106 HB1 ARG 106 -4.499 -3.667 -2.296 774 2HB ARG 106 HB2 ARG 106 -4.424 -4.642 -0.800 775 1HG ARG 106 HG2 ARG 106 -3.829 -2.267 -0.359 776 2HG ARG 106 HG1 ARG 106 -2.385 -3.300 -0.104 777 1HD ARG 106 HD1 ARG 106 -1.648 -1.314 -1.139 778 2HD ARG 106 HD2 ARG 106 -1.475 -2.612 -2.361 779 HE ARG 106 HE ARG 106 -3.445 -0.316 -2.299 780 1HH1 ARG 106 HH11 ARG 106 -2.325 -3.232 -4.035 781 2HH1 ARG 106 HH12 ARG 106 -2.919 -2.699 -5.572 782 1HH2 ARG 106 HH21 ARG 106 -4.221 0.378 -4.375 783 2HH2 ARG 106 HH22 ARG 106 -4.012 -0.632 -5.766 784 H MET 107 HN MET 107 -3.522 -7.394 -1.276 785 HA MET 107 HA MET 107 -1.930 -7.732 0.940 786 1HB MET 107 HB1 MET 107 -2.854 -10.067 0.987 787 2HB MET 107 HB2 MET 107 -4.026 -8.713 0.980 788 1HG MET 107 HG2 MET 107 -4.836 -10.538 -0.425 789 2HG MET 107 HG1 MET 107 -4.534 -9.084 -1.401 790 1HE MET 107 HE1 MET 107 -2.275 -13.194 -1.592 791 2HE MET 107 HE2 MET 107 -3.705 -12.822 -0.574 792 3HE MET 107 HE3 MET 107 -2.099 -12.108 -0.173 793 H ALA 108 HN ALA 108 -1.089 -8.700 -2.437 794 HA ALA 108 HA ALA 108 1.388 -9.788 -1.085 795 1HB ALA 108 HB1 ALA 108 0.168 -10.771 -3.711 796 2HB ALA 108 HB2 ALA 108 0.241 -11.687 -2.185 797 3HB ALA 108 HB3 ALA 108 1.745 -11.316 -3.110 798 H VAL 109 HN VAL 109 0.796 -7.048 -2.004 799 HA VAL 109 HA VAL 109 3.398 -6.633 -3.175 800 HB VAL 109 HB VAL 109 1.966 -6.680 -5.034 801 1HG1 VAL 109 HG21 VAL 109 0.480 -4.142 -4.533 802 2HG1 VAL 109 HG22 VAL 109 0.021 -5.422 -3.370 803 3HG1 VAL 109 HG23 VAL 109 -0.111 -5.755 -5.120 804 1HG2 VAL 109 HG11 VAL 109 3.003 -3.840 -4.506 805 2HG2 VAL 109 HG12 VAL 109 2.671 -4.651 -6.095 806 3HG2 VAL 109 HG13 VAL 109 3.972 -5.286 -5.027 807 H ILE 110 HN ILE 110 4.435 -5.833 -1.592 808 HA ILE 110 HA ILE 110 3.216 -3.603 0.040 809 HB ILE 110 HB ILE 110 3.961 -4.252 1.965 810 1HG1 ILE 110 HG11 ILE 110 4.483 -6.897 2.048 811 2HG1 ILE 110 HG12 ILE 110 5.398 -6.515 0.571 812 1HG2 ILE 110 HG21 ILE 110 1.691 -4.941 1.200 813 2HG2 ILE 110 HG22 ILE 110 2.367 -6.078 2.418 814 3HG2 ILE 110 HG23 ILE 110 2.355 -6.539 0.684 815 1HD1 ILE 110 HD11 ILE 110 6.795 -4.880 1.922 816 2HD1 ILE 110 HD12 ILE 110 6.731 -6.463 2.779 817 3HD1 ILE 110 HD13 ILE 110 5.699 -5.100 3.333 818 H LEU 111 HN LEU 111 5.255 -2.889 1.711 819 HA LEU 111 HA LEU 111 7.641 -2.306 0.147 820 1HB LEU 111 HB2 LEU 111 7.224 0.273 0.861 821 2HB LEU 111 HB1 LEU 111 6.552 -0.404 -0.614 822 HG LEU 111 HG LEU 111 4.393 -0.499 0.064 823 1HD1 LEU 111 HD11 LEU 111 5.246 -0.340 3.019 824 2HD1 LEU 111 HD12 LEU 111 4.153 -1.495 2.184 825 3HD1 LEU 111 HD13 LEU 111 3.635 0.155 2.455 826 1HD2 LEU 111 HD21 LEU 111 4.076 1.690 0.072 827 2HD2 LEU 111 HD22 LEU 111 5.924 1.710 0.089 828 3HD2 LEU 111 HD23 LEU 111 5.043 2.108 1.546 829 H SER 112 HN SER 112 9.403 -1.285 1.211 830 HA SER 112 HA SER 112 9.469 -1.558 4.132 831 1HB SER 112 HB2 SER 112 11.857 -1.812 4.031 832 2HB SER 112 HB1 SER 112 11.099 -3.001 2.933 833 HG SER 112 HG SER 112 11.892 -1.861 1.175 834 H LEU 113 HN LEU 113 10.956 0.330 5.266 835 HA LEU 113 HA LEU 113 9.611 2.650 4.449 836 1HB LEU 113 HB1 LEU 113 11.856 3.442 6.158 837 2HB LEU 113 HB2 LEU 113 10.199 4.112 5.920 838 HG LEU 113 HG LEU 113 10.052 1.426 7.100 839 1HD1 LEU 113 HD21 LEU 113 12.415 1.887 7.815 840 2HD1 LEU 113 HD22 LEU 113 11.294 1.958 9.254 841 3HD1 LEU 113 HD23 LEU 113 11.926 3.481 8.459 842 1HD2 LEU 113 HD11 LEU 113 8.833 2.561 8.897 843 2HD2 LEU 113 HD12 LEU 113 8.345 3.330 7.336 844 3HD2 LEU 113 HD13 LEU 113 9.508 4.159 8.425 845 H GLU 114 HN GLU 114 12.826 1.822 3.208 846 HA GLU 114 HA GLU 114 12.836 4.655 2.239 847 1HB GLU 114 HB2 GLU 114 15.100 3.150 2.860 848 2HB GLU 114 HB1 GLU 114 15.195 3.797 1.182 849 1HG GLU 114 HG1 GLU 114 14.332 6.066 2.050 850 2HG GLU 114 HG2 GLU 114 14.376 5.350 3.733 851 H GLN 115 HN GLN 115 11.590 1.913 1.081 852 HA GLN 115 HA GLN 115 11.284 2.879 -1.649 853 1HB GLN 115 HB2 GLN 115 10.059 0.473 -0.202 854 2HB GLN 115 HB1 GLN 115 10.116 0.819 -2.020 855 1HG GLN 115 HG1 GLN 115 12.700 0.799 -1.797 856 2HG GLN 115 HG2 GLN 115 12.511 0.253 -0.087 857 1HE2 GLN 115 HE21 GLN 115 11.330 -0.562 -3.496 858 2HE2 GLN 115 HE22 GLN 115 11.713 -2.257 -3.201 859 H GLY 116 HN GLY 116 9.646 2.919 1.417 860 1HA GLY 116 HA2 GLY 116 7.094 4.046 0.633 861 2HA GLY 116 HA1 GLY 116 7.748 3.577 2.210 862 H ASN 117 HN ASN 117 9.997 5.159 2.594 863 HA ASN 117 HA ASN 117 8.882 7.724 3.091 864 1HB ASN 117 HB2 ASN 117 11.637 6.606 3.731 865 2HB ASN 117 HB1 ASN 117 11.162 8.317 4.067 866 1HD2 ASN 117 HD21 ASN 117 11.777 7.272 6.277 867 2HD2 ASN 117 HD22 ASN 117 10.318 6.931 7.208 868 H ARG 118 HN ARG 118 10.574 6.437 0.434 869 HA ARG 118 HA ARG 118 11.734 8.806 -0.555 870 1HB ARG 118 HB2 ARG 118 12.096 7.572 -2.632 871 2HB ARG 118 HB1 ARG 118 12.530 6.598 -1.212 872 1HG ARG 118 HG2 ARG 118 11.235 4.950 -2.034 873 2HG ARG 118 HG1 ARG 118 9.772 5.940 -1.621 874 1HD ARG 118 HD2 ARG 118 9.653 5.138 -3.944 875 2HD ARG 118 HD1 ARG 118 9.916 6.939 -3.977 876 HE ARG 118 HE ARG 118 12.370 5.222 -4.092 877 1HH1 ARG 118 HH11 ARG 118 9.935 7.014 -6.009 878 2HH1 ARG 118 HH12 ARG 118 10.915 7.067 -7.436 879 1HH2 ARG 118 HH21 ARG 118 13.652 5.301 -6.020 880 2HH2 ARG 118 HH22 ARG 118 13.048 6.083 -7.443 881 H LEU 119 HN LEU 119 8.593 7.315 -0.504 882 HA LEU 119 HA LEU 119 7.181 8.817 -2.629 883 1HB LEU 119 HB1 LEU 119 6.428 6.389 -2.416 884 2HB LEU 119 HB2 LEU 119 6.223 6.593 -0.691 885 HG LEU 119 HG LEU 119 4.664 8.493 -2.367 886 1HD1 LEU 119 HD21 LEU 119 4.469 5.542 -2.944 887 2HD1 LEU 119 HD22 LEU 119 4.570 6.887 -4.137 888 3HD1 LEU 119 HD23 LEU 119 3.075 6.648 -3.138 889 1HD2 LEU 119 HD11 LEU 119 2.745 7.239 -1.141 890 2HD2 LEU 119 HD12 LEU 119 4.067 7.482 0.072 891 3HD2 LEU 119 HD13 LEU 119 3.884 5.886 -0.799 892 H ARG 120 HN ARG 120 7.232 8.333 0.873 893 HA ARG 120 HA ARG 120 5.260 9.536 1.612 894 1HB ARG 120 HB2 ARG 120 7.060 8.470 3.189 895 2HB ARG 120 HB1 ARG 120 8.150 9.786 2.680 896 1HG ARG 120 HG1 ARG 120 5.948 10.914 4.266 897 2HG ARG 120 HG2 ARG 120 6.819 9.608 5.119 898 1HD ARG 120 HD2 ARG 120 8.979 10.732 4.822 899 2HD ARG 120 HD1 ARG 120 8.266 11.980 3.734 900 HE ARG 120 HE ARG 120 8.028 11.787 6.707 901 1HH1 ARG 120 HH11 ARG 120 6.732 13.335 3.746 902 2HH1 ARG 120 HH12 ARG 120 6.006 14.654 4.605 903 1HH2 ARG 120 HH21 ARG 120 7.042 13.559 7.821 904 2HH2 ARG 120 HH22 ARG 120 6.183 14.781 6.943 905 H GLU 121 HN GLU 121 7.829 11.741 0.692 906 HA GLU 121 HA GLU 121 6.396 14.144 1.469 907 1HB GLU 121 HB1 GLU 121 8.479 15.266 0.647 908 2HB GLU 121 HB2 GLU 121 8.760 14.041 1.922 909 1HG GLU 121 HG1 GLU 121 9.503 12.352 0.235 910 2HG GLU 121 HG2 GLU 121 9.252 13.549 -1.092 911 H GLN 122 HN GLN 122 6.566 12.095 -1.380 912 HA GLN 122 HA GLN 122 5.642 14.250 -3.148 913 1HB GLN 122 HB2 GLN 122 6.260 12.797 -5.054 914 2HB GLN 122 HB1 GLN 122 7.630 13.361 -4.052 915 1HG GLN 122 HG1 GLN 122 7.946 11.191 -3.046 916 2HG GLN 122 HG2 GLN 122 6.463 10.468 -3.784 917 1HE2 GLN 122 HE21 GLN 122 9.297 9.598 -4.051 918 2HE2 GLN 122 HE22 GLN 122 9.498 9.480 -5.805 919 H TYR 123 HN TYR 123 4.729 10.810 -2.080 920 HA TYR 123 HA TYR 123 2.109 11.483 -3.351 921 1HB TYR 123 HB2 TYR 123 2.897 8.582 -4.104 922 2HB TYR 123 HB1 TYR 123 1.777 9.763 -4.650 923 HD1 TYR 123 HD1 TYR 123 5.104 8.548 -5.158 924 HD2 TYR 123 HD2 TYR 123 2.455 11.807 -5.909 925 HE1 TYR 123 HE1 TYR 123 6.484 9.231 -7.037 926 HE2 TYR 123 HE2 TYR 123 3.930 12.575 -7.715 927 HH TYR 123 HH TYR 123 7.080 11.489 -7.820 928 H GLY 124 HN GLY 124 2.860 11.021 -0.039 929 1HA GLY 124 HA2 GLY 124 0.325 10.457 0.300 930 2HA GLY 124 HA1 GLY 124 0.993 8.787 0.042 931 H LEU 125 HN LEU 125 3.405 8.958 1.270 932 HA LEU 125 HA LEU 125 2.366 8.276 3.795 933 1HB LEU 125 HB1 LEU 125 4.501 7.567 2.063 934 2HB LEU 125 HB2 LEU 125 5.182 7.508 3.677 935 HG LEU 125 HG LEU 125 2.535 6.425 3.304 936 1HD1 LEU 125 HD21 LEU 125 3.208 5.766 1.496 937 2HD1 LEU 125 HD22 LEU 125 3.437 4.291 2.485 938 3HD1 LEU 125 HD23 LEU 125 4.878 5.258 1.904 939 1HD2 LEU 125 HD11 LEU 125 2.996 4.957 5.147 940 2HD2 LEU 125 HD12 LEU 125 2.817 6.694 5.474 941 3HD2 LEU 125 HD13 LEU 125 4.487 5.933 5.489 942 H GLY 126 HN GLY 126 2.600 11.117 3.251 943 1HA GLY 126 HA2 GLY 126 2.766 11.737 6.131 944 2HA GLY 126 HA1 GLY 126 3.936 12.593 5.068 945 HA PRO 127 HA PRO 127 -0.107 14.821 4.120 946 1HB PRO 127 HB2 PRO 127 -2.454 14.305 5.428 947 2HB PRO 127 HB1 PRO 127 -1.828 13.135 4.200 948 1HG PRO 127 HG2 PRO 127 -1.500 13.005 7.253 949 2HG PRO 127 HG1 PRO 127 -2.133 11.718 6.184 950 1HD PRO 127 HD1 PRO 127 0.589 11.849 6.922 951 2HD PRO 127 HD2 PRO 127 0.042 11.186 5.318 952 H TYR 128 HN TYR 128 0.648 14.001 7.444 953 HA TYR 128 HA TYR 128 0.270 16.727 8.474 954 1HB TYR 128 HB1 TYR 128 -1.153 14.636 9.377 955 2HB TYR 128 HB2 TYR 128 0.363 14.108 10.150 956 HD1 TYR 128 HD1 TYR 128 1.272 15.390 12.005 957 HD2 TYR 128 HD2 TYR 128 -2.242 16.734 9.991 958 HE1 TYR 128 HE1 TYR 128 0.870 17.036 13.793 959 HE2 TYR 128 HE2 TYR 128 -2.639 18.378 11.782 960 HH TYR 128 HH TYR 128 -1.917 19.219 13.725 961 H GLU 129 HN GLU 129 2.150 17.749 9.196 962 HA GLU 129 HA GLU 129 4.389 16.411 10.220 963 1HB GLU 129 HB1 GLU 129 6.070 17.011 8.452 964 2HB GLU 129 HB2 GLU 129 4.888 15.795 7.890 965 1HG GLU 129 HG2 GLU 129 3.579 17.627 6.705 966 2HG GLU 129 HG1 GLU 129 4.886 18.794 7.135 Start of MODEL 6 1 H ASN 7 HN ASN 7 -14.995 12.036 1.959 2 HA ASN 7 HA ASN 7 -16.791 11.378 -0.106 3 1HB ASN 7 HB2 ASN 7 -17.252 13.891 -0.098 4 2HB ASN 7 HB1 ASN 7 -17.535 13.023 1.448 5 1HD2 ASN 7 HD21 ASN 7 -16.778 15.932 0.721 6 2HD2 ASN 7 HD22 ASN 7 -15.464 16.253 1.880 7 H SER 8 HN SER 8 -13.463 12.370 0.082 8 HA SER 8 HA SER 8 -13.280 12.955 -2.801 9 1HB SER 8 HB1 SER 8 -10.955 13.815 -2.130 10 2HB SER 8 HB2 SER 8 -12.370 14.681 -1.437 11 HG SER 8 HG SER 8 -10.868 14.258 0.177 12 H PHE 9 HN PHE 9 -11.447 11.007 -0.377 13 HA PHE 9 HA PHE 9 -10.091 9.459 -2.474 14 1HB PHE 9 HB2 PHE 9 -9.743 9.475 0.608 15 2HB PHE 9 HB1 PHE 9 -8.732 8.638 -0.621 16 HD1 PHE 9 HD1 PHE 9 -7.343 9.700 -2.113 17 HD2 PHE 9 HD2 PHE 9 -9.560 11.894 0.757 18 HE1 PHE 9 HE1 PHE 9 -5.628 11.311 -2.108 19 HE2 PHE 9 HE2 PHE 9 -8.189 13.789 0.393 20 HZ PHE 9 HZ PHE 9 -6.040 13.570 -0.962 21 H VAL 10 HN VAL 10 -12.837 8.988 -1.978 22 HA VAL 10 HA VAL 10 -13.515 6.810 -0.564 23 HB VAL 10 HB VAL 10 -14.720 7.768 -3.193 24 1HG1 VAL 10 HG11 VAL 10 -15.773 5.690 -2.332 25 2HG1 VAL 10 HG12 VAL 10 -16.869 7.094 -2.073 26 3HG1 VAL 10 HG13 VAL 10 -15.930 6.424 -0.685 27 1HG2 VAL 10 HG21 VAL 10 -14.419 9.791 -1.985 28 2HG2 VAL 10 HG22 VAL 10 -14.462 9.018 -0.372 29 3HG2 VAL 10 HG23 VAL 10 -15.977 9.251 -1.324 30 H GLY 11 HN GLY 11 -11.942 6.568 -3.693 31 1HA GLY 11 HA2 GLY 11 -11.703 3.660 -3.293 32 2HA GLY 11 HA1 GLY 11 -11.951 4.495 -4.951 33 H LEU 12 HN LEU 12 -9.895 5.609 -2.209 34 HA LEU 12 HA LEU 12 -7.490 5.649 -3.820 35 1HB LEU 12 HB1 LEU 12 -8.366 7.428 -2.236 36 2HB LEU 12 HB2 LEU 12 -8.009 6.286 -0.890 37 HG LEU 12 HG LEU 12 -5.896 8.244 -2.027 38 1HD1 LEU 12 HD21 LEU 12 -6.274 8.829 0.103 39 2HD1 LEU 12 HD22 LEU 12 -5.920 7.111 0.633 40 3HD1 LEU 12 HD23 LEU 12 -7.548 7.647 0.346 41 1HD2 LEU 12 HD11 LEU 12 -5.282 5.613 -1.018 42 2HD2 LEU 12 HD12 LEU 12 -4.282 7.090 -1.597 43 3HD2 LEU 12 HD13 LEU 12 -5.175 6.168 -2.802 44 H ARG 13 HN ARG 13 -5.358 4.595 -2.709 45 HA ARG 13 HA ARG 13 -5.830 1.750 -2.206 46 1HB ARG 13 HB2 ARG 13 -3.725 3.115 -3.942 47 2HB ARG 13 HB1 ARG 13 -3.822 1.356 -3.590 48 1HG ARG 13 HG2 ARG 13 -5.216 1.021 -5.284 49 2HG ARG 13 HG1 ARG 13 -6.425 2.150 -4.592 50 1HD ARG 13 HD1 ARG 13 -4.072 2.851 -6.475 51 2HD ARG 13 HD2 ARG 13 -5.829 2.795 -6.920 52 HE ARG 13 HE ARG 13 -5.939 4.588 -4.887 53 1HH1 ARG 13 HH11 ARG 13 -3.610 4.449 -7.600 54 2HH1 ARG 13 HH12 ARG 13 -3.299 6.153 -7.583 55 1HH2 ARG 13 HH21 ARG 13 -5.501 6.859 -4.884 56 2HH2 ARG 13 HH22 ARG 13 -4.386 7.539 -6.022 57 H VAL 14 HN VAL 14 -4.555 1.017 -0.222 58 HA VAL 14 HA VAL 14 -2.603 3.007 0.712 59 HB VAL 14 HB VAL 14 -3.298 3.054 2.936 60 1HG1 VAL 14 HG21 VAL 14 -5.249 4.334 2.635 61 2HG1 VAL 14 HG22 VAL 14 -5.831 3.309 1.254 62 3HG1 VAL 14 HG23 VAL 14 -4.459 4.451 1.034 63 1HG2 VAL 14 HG11 VAL 14 -5.247 2.294 3.931 64 2HG2 VAL 14 HG12 VAL 14 -4.244 0.885 3.441 65 3HG2 VAL 14 HG13 VAL 14 -5.743 1.385 2.500 66 H VAL 15 HN VAL 15 -1.374 2.476 2.549 67 HA VAL 15 HA VAL 15 -0.623 -0.423 2.623 68 HB VAL 15 HB VAL 15 1.737 0.303 3.043 69 1HG1 VAL 15 HG21 VAL 15 1.037 -0.967 1.106 70 2HG1 VAL 15 HG22 VAL 15 2.103 0.327 0.470 71 3HG1 VAL 15 HG23 VAL 15 0.313 0.454 0.282 72 1HG2 VAL 15 HG11 VAL 15 0.617 2.923 1.804 73 2HG2 VAL 15 HG12 VAL 15 2.334 2.430 1.665 74 3HG2 VAL 15 HG13 VAL 15 1.608 2.665 3.292 75 H ALA 16 HN ALA 16 0.124 -1.161 4.632 76 HA ALA 16 HA ALA 16 -1.113 0.439 6.811 77 1HB ALA 16 HB1 ALA 16 -1.907 -1.749 7.672 78 2HB ALA 16 HB2 ALA 16 -1.101 -2.586 6.305 79 3HB ALA 16 HB3 ALA 16 -2.451 -1.479 5.984 80 H LYS 17 HN LYS 17 0.346 1.367 8.008 81 HA LYS 17 HA LYS 17 2.228 -0.490 9.325 82 1HB LYS 17 HB2 LYS 17 3.367 2.037 9.560 83 2HB LYS 17 HB1 LYS 17 3.925 0.696 8.507 84 1HG LYS 17 HG1 LYS 17 3.258 1.843 6.493 85 2HG LYS 17 HG2 LYS 17 1.893 2.576 7.347 86 1HD LYS 17 HD1 LYS 17 3.027 4.436 7.174 87 2HD LYS 17 HD2 LYS 17 3.593 3.922 8.779 88 1HE LYS 17 HE2 LYS 17 5.713 3.008 7.690 89 2HE LYS 17 HE1 LYS 17 5.081 3.616 6.085 90 1HZ LYS 17 HZ1 LYS 17 5.095 5.834 7.017 91 2HZ LYS 17 HZ2 LYS 17 6.638 5.128 7.114 92 3HZ LYS 17 HZ3 LYS 17 5.673 5.257 8.506 93 H TRP 18 HN TRP 18 0.747 -0.738 11.353 94 HA TRP 18 HA TRP 18 -0.500 1.559 12.511 95 1HB TRP 18 HB2 TRP 18 0.002 -1.250 13.638 96 2HB TRP 18 HB1 TRP 18 -0.792 0.043 14.565 97 HD1 TRP 18 HD1 TRP 18 -1.849 -2.764 12.226 98 HE1 TRP 18 HE1 TRP 18 -4.455 -2.607 12.307 99 HE3 TRP 18 HE3 TRP 18 -2.270 1.975 14.002 100 HZ2 TRP 18 HZ2 TRP 18 -6.365 -0.709 13.087 101 HZ3 TRP 18 HZ3 TRP 18 -4.426 2.779 14.640 102 HH2 TRP 18 HH2 TRP 18 -6.482 1.475 14.206 103 H SER 19 HN SER 19 2.528 -0.133 13.191 104 HA SER 19 HA SER 19 3.751 2.303 14.199 105 1HB SER 19 HB1 SER 19 4.107 -0.508 15.461 106 2HB SER 19 HB2 SER 19 5.309 0.826 15.641 107 HG SER 19 HG SER 19 2.574 1.026 16.427 108 H SER 20 HN SER 20 5.877 2.375 13.094 109 HA SER 20 HA SER 20 6.059 1.006 10.583 110 1HB SER 20 HB1 SER 20 7.940 2.888 12.139 111 2HB SER 20 HB2 SER 20 8.443 2.171 10.582 112 HG SER 20 HG SER 20 6.142 3.809 10.933 113 H ASN 21 HN ASN 21 7.051 -1.034 10.091 114 HA ASN 21 HA ASN 21 8.409 -2.355 12.329 115 1HB ASN 21 HB1 ASN 21 6.220 -2.964 10.810 116 2HB ASN 21 HB2 ASN 21 7.395 -3.523 9.616 117 1HD2 ASN 21 HD21 ASN 21 9.042 -4.680 12.150 118 2HD2 ASN 21 HD22 ASN 21 8.027 -6.011 12.709 119 H GLY 22 HN GLY 22 9.266 -0.904 9.570 120 1HA GLY 22 HA2 GLY 22 11.522 -0.880 8.652 121 2HA GLY 22 HA1 GLY 22 11.555 -2.646 8.859 122 H TYR 23 HN TYR 23 8.647 -2.640 8.324 123 HA TYR 23 HA TYR 23 8.271 -1.857 5.609 124 1HB TYR 23 HB2 TYR 23 7.010 -4.503 5.714 125 2HB TYR 23 HB1 TYR 23 8.141 -3.692 4.573 126 HD1 TYR 23 HD1 TYR 23 8.167 -5.380 7.941 127 HD2 TYR 23 HD2 TYR 23 10.187 -4.720 4.243 128 HE1 TYR 23 HE1 TYR 23 9.943 -6.938 8.624 129 HE2 TYR 23 HE2 TYR 23 11.956 -6.272 4.932 130 HH TYR 23 HH TYR 23 12.422 -7.987 6.390 131 H PHE 24 HN PHE 24 6.023 -2.115 4.784 132 HA PHE 24 HA PHE 24 3.879 -1.717 6.787 133 1HB PHE 24 HB1 PHE 24 3.122 -0.569 4.193 134 2HB PHE 24 HB2 PHE 24 2.896 0.015 5.836 135 HD1 PHE 24 HD1 PHE 24 5.633 0.439 6.725 136 HD2 PHE 24 HD2 PHE 24 3.819 1.621 2.987 137 HE1 PHE 24 HE1 PHE 24 7.559 1.763 6.116 138 HE2 PHE 24 HE2 PHE 24 5.635 3.117 2.635 139 HZ PHE 24 HZ PHE 24 7.622 3.040 4.174 140 H TYR 25 HN TYR 25 2.078 -2.644 6.326 141 HA TYR 25 HA TYR 25 1.859 -4.992 4.685 142 1HB TYR 25 HB1 TYR 25 0.199 -4.049 7.099 143 2HB TYR 25 HB2 TYR 25 0.035 -5.633 6.238 144 HD1 TYR 25 HD1 TYR 25 1.980 -7.223 6.260 145 HD2 TYR 25 HD2 TYR 25 1.929 -3.763 8.751 146 HE1 TYR 25 HE1 TYR 25 3.657 -8.239 7.736 147 HE2 TYR 25 HE2 TYR 25 3.654 -4.763 10.187 148 HH TYR 25 HH TYR 25 5.159 -6.527 10.428 149 H SER 26 HN SER 26 -0.853 -5.096 4.398 150 HA SER 26 HA SER 26 -1.220 -3.243 2.149 151 1HB SER 26 HB1 SER 26 -0.750 -5.513 1.460 152 2HB SER 26 HB2 SER 26 -1.496 -6.157 2.946 153 HG SER 26 HG SER 26 -3.542 -5.777 2.173 154 H GLY 27 HN GLY 27 -2.959 -1.777 2.009 155 1HA GLY 27 HA2 GLY 27 -5.567 -2.534 3.089 156 2HA GLY 27 HA1 GLY 27 -4.800 -1.010 3.574 157 H LYS 28 HN LYS 28 -7.449 -1.043 2.560 158 HA LYS 28 HA LYS 28 -7.210 0.255 -0.064 159 1HB LYS 28 HB2 LYS 28 -9.699 -1.124 1.042 160 2HB LYS 28 HB1 LYS 28 -9.491 -0.344 -0.578 161 1HG LYS 28 HG2 LYS 28 -7.877 -2.137 -1.213 162 2HG LYS 28 HG1 LYS 28 -8.116 -2.917 0.388 163 1HD LYS 28 HD1 LYS 28 -10.379 -2.419 -1.662 164 2HD LYS 28 HD2 LYS 28 -9.477 -3.966 -1.436 165 1HE LYS 28 HE2 LYS 28 -10.297 -3.959 1.017 166 2HE LYS 28 HE1 LYS 28 -11.353 -2.559 0.587 167 1HZ LYS 28 HZ1 LYS 28 -12.508 -4.635 0.445 168 2HZ LYS 28 HZ2 LYS 28 -11.392 -5.247 -0.682 169 3HZ LYS 28 HZ3 LYS 28 -12.383 -3.931 -1.096 170 H ILE 29 HN ILE 29 -8.388 2.659 -0.109 171 HA ILE 29 HA ILE 29 -9.523 3.297 2.553 172 HB ILE 29 HB ILE 29 -9.094 4.933 0.034 173 1HG1 ILE 29 HG12 ILE 29 -7.016 4.851 1.084 174 2HG1 ILE 29 HG11 ILE 29 -7.703 6.331 1.756 175 1HG2 ILE 29 HG21 ILE 29 -9.657 6.975 1.465 176 2HG2 ILE 29 HG22 ILE 29 -10.258 5.850 2.724 177 3HG2 ILE 29 HG23 ILE 29 -11.066 5.968 1.101 178 1HD1 ILE 29 HD11 ILE 29 -8.489 5.103 3.831 179 2HD1 ILE 29 HD12 ILE 29 -6.699 5.248 3.643 180 3HD1 ILE 29 HD13 ILE 29 -7.494 3.694 3.272 181 H THR 30 HN THR 30 -11.565 4.054 2.953 182 HA THR 30 HA THR 30 -13.678 3.477 0.944 183 HB THR 30 HB THR 30 -13.931 3.269 3.981 184 HG1 THR 30 HG1 THR 30 -13.163 1.614 2.004 185 1HG2 THR 30 HG21 THR 30 -16.181 2.252 3.336 186 2HG2 THR 30 HG22 THR 30 -15.886 2.746 1.624 187 3HG2 THR 30 HG23 THR 30 -16.105 3.997 2.904 188 H ARG 31 HN ARG 31 -12.418 5.847 3.557 189 HA ARG 31 HA ARG 31 -13.503 7.955 1.972 190 1HB ARG 31 HB1 ARG 31 -14.468 7.675 4.920 191 2HB ARG 31 HB2 ARG 31 -14.761 9.075 3.825 192 1HG ARG 31 HG2 ARG 31 -16.300 7.670 2.456 193 2HG ARG 31 HG1 ARG 31 -15.968 6.271 3.549 194 1HD ARG 31 HD2 ARG 31 -16.784 7.588 5.525 195 2HD ARG 31 HD1 ARG 31 -17.215 8.963 4.416 196 HE ARG 31 HE ARG 31 -18.431 6.599 3.347 197 1HH1 ARG 31 HH11 ARG 31 -18.695 8.615 6.289 198 2HH1 ARG 31 HH12 ARG 31 -20.367 8.243 6.552 199 1HH2 ARG 31 HH21 ARG 31 -20.677 6.114 3.722 200 2HH2 ARG 31 HH22 ARG 31 -21.505 6.806 5.077 201 H ASP 32 HN ASP 32 -12.682 10.068 3.305 202 HA ASP 32 HA ASP 32 -10.146 9.386 4.674 203 1HB ASP 32 HB2 ASP 32 -9.501 11.739 4.415 204 2HB ASP 32 HB1 ASP 32 -9.808 10.925 2.849 205 H VAL 33 HN VAL 33 -9.674 10.531 6.857 206 HA VAL 33 HA VAL 33 -12.186 11.476 8.155 207 HB VAL 33 HB VAL 33 -10.945 10.622 10.376 208 1HG1 VAL 33 HG21 VAL 33 -12.719 8.873 10.378 209 2HG1 VAL 33 HG22 VAL 33 -12.919 9.048 8.598 210 3HG1 VAL 33 HG23 VAL 33 -13.343 10.416 9.691 211 1HG2 VAL 33 HG11 VAL 33 -9.817 8.502 10.255 212 2HG2 VAL 33 HG12 VAL 33 -9.236 9.182 8.785 213 3HG2 VAL 33 HG13 VAL 33 -10.610 8.048 8.754 214 H GLY 34 HN GLY 34 -12.058 13.482 8.590 215 1HA GLY 34 HA2 GLY 34 -11.372 15.591 8.670 216 2HA GLY 34 HA1 GLY 34 -10.236 14.964 9.911 217 H ALA 35 HN ALA 35 -8.476 16.202 9.683 218 HA ALA 35 HA ALA 35 -6.949 16.179 7.140 219 1HB ALA 35 HB1 ALA 35 -7.419 18.562 7.966 220 2HB ALA 35 HB2 ALA 35 -5.682 18.128 8.129 221 3HB ALA 35 HB3 ALA 35 -6.763 18.101 9.579 222 H GLY 36 HN GLY 36 -5.407 14.816 7.056 223 1HA GLY 36 HA2 GLY 36 -3.493 13.877 7.786 224 2HA GLY 36 HA1 GLY 36 -3.900 14.183 9.500 225 H LYS 37 HN LYS 37 -6.752 12.699 8.500 226 HA LYS 37 HA LYS 37 -5.592 10.024 8.909 227 1HB LYS 37 HB2 LYS 37 -8.368 10.689 9.873 228 2HB LYS 37 HB1 LYS 37 -7.345 9.369 10.415 229 1HG LYS 37 HG2 LYS 37 -6.697 10.640 12.168 230 2HG LYS 37 HG1 LYS 37 -6.459 12.137 11.193 231 1HD LYS 37 HD1 LYS 37 -8.965 12.418 11.119 232 2HD LYS 37 HD2 LYS 37 -9.151 10.961 12.156 233 1HE LYS 37 HE2 LYS 37 -7.837 12.150 13.979 234 2HE LYS 37 HE1 LYS 37 -7.678 13.600 12.892 235 1HZ LYS 37 HZ1 LYS 37 -10.222 12.417 13.881 236 2HZ LYS 37 HZ2 LYS 37 -10.069 13.772 12.867 237 3HZ LYS 37 HZ3 LYS 37 -9.471 13.829 14.456 238 H TYR 38 HN TYR 38 -6.961 8.213 8.343 239 HA TYR 38 HA TYR 38 -8.657 8.588 5.971 240 1HB TYR 38 HB1 TYR 38 -6.270 6.637 6.203 241 2HB TYR 38 HB2 TYR 38 -7.486 6.688 4.856 242 HD1 TYR 38 HD1 TYR 38 -7.875 9.045 3.786 243 HD2 TYR 38 HD2 TYR 38 -4.374 7.895 5.910 244 HE1 TYR 38 HE1 TYR 38 -6.701 11.007 2.902 245 HE2 TYR 38 HE2 TYR 38 -3.127 9.763 4.898 246 HH TYR 38 HH TYR 38 -3.332 11.400 3.130 247 H LYS 39 HN LYS 39 -10.378 6.830 5.610 248 HA LYS 39 HA LYS 39 -10.901 5.005 7.897 249 1HB LYS 39 HB1 LYS 39 -12.677 6.594 8.041 250 2HB LYS 39 HB2 LYS 39 -12.526 7.070 6.330 251 1HG LYS 39 HG1 LYS 39 -14.641 5.992 6.607 252 2HG LYS 39 HG2 LYS 39 -13.615 4.907 5.611 253 1HD LYS 39 HD2 LYS 39 -13.164 3.509 7.711 254 2HD LYS 39 HD1 LYS 39 -14.338 4.549 8.586 255 1HE LYS 39 HE2 LYS 39 -14.886 2.834 6.059 256 2HE LYS 39 HE1 LYS 39 -15.440 2.463 7.743 257 1HZ LYS 39 HZ1 LYS 39 -16.249 4.814 6.121 258 2HZ LYS 39 HZ2 LYS 39 -16.763 4.459 7.701 259 3HZ LYS 39 HZ3 LYS 39 -17.174 3.421 6.420 260 H LEU 40 HN LEU 40 -10.360 3.226 7.430 261 HA LEU 40 HA LEU 40 -10.280 2.469 4.563 262 1HB LEU 40 HB1 LEU 40 -7.926 1.972 4.746 263 2HB LEU 40 HB2 LEU 40 -8.182 3.585 5.471 264 HG LEU 40 HG LEU 40 -6.843 2.800 6.997 265 1HD1 LEU 40 HD11 LEU 40 -8.698 3.407 8.321 266 2HD1 LEU 40 HD12 LEU 40 -7.715 2.109 9.074 267 3HD1 LEU 40 HD13 LEU 40 -9.263 1.654 8.269 268 1HD2 LEU 40 HD21 LEU 40 -7.966 -0.102 6.875 269 2HD2 LEU 40 HD22 LEU 40 -6.399 0.412 7.550 270 3HD2 LEU 40 HD23 LEU 40 -6.707 0.442 5.744 271 H LEU 41 HN LEU 41 -9.908 0.282 3.998 272 HA LEU 41 HA LEU 41 -10.427 -1.559 6.257 273 1HB LEU 41 HB2 LEU 41 -12.377 -0.687 5.343 274 2HB LEU 41 HB1 LEU 41 -12.019 -1.130 3.627 275 HG LEU 41 HG LEU 41 -12.365 -3.257 5.841 276 1HD1 LEU 41 HD21 LEU 41 -14.734 -3.528 5.148 277 2HD1 LEU 41 HD22 LEU 41 -14.563 -2.250 3.886 278 3HD1 LEU 41 HD23 LEU 41 -14.488 -1.810 5.619 279 1HD2 LEU 41 HD11 LEU 41 -12.789 -3.278 2.732 280 2HD2 LEU 41 HD12 LEU 41 -12.927 -4.711 3.800 281 3HD2 LEU 41 HD13 LEU 41 -11.331 -3.916 3.531 282 H PHE 42 HN PHE 42 -9.127 -3.390 6.176 283 HA PHE 42 HA PHE 42 -7.024 -3.416 4.138 284 1HB PHE 42 HB2 PHE 42 -7.658 -5.586 6.233 285 2HB PHE 42 HB1 PHE 42 -6.334 -5.738 4.996 286 HD1 PHE 42 HD1 PHE 42 -4.367 -5.605 6.016 287 HD2 PHE 42 HD2 PHE 42 -7.344 -2.859 7.382 288 HE1 PHE 42 HE1 PHE 42 -2.774 -4.628 7.588 289 HE2 PHE 42 HE2 PHE 42 -5.728 -1.873 8.902 290 HZ PHE 42 HZ PHE 42 -3.438 -2.741 9.026 291 H ASP 43 HN ASP 43 -6.750 -5.012 2.361 292 HA ASP 43 HA ASP 43 -8.924 -5.578 0.807 293 1HB ASP 43 HB2 ASP 43 -6.196 -7.005 0.837 294 2HB ASP 43 HB1 ASP 43 -7.372 -7.039 -0.534 295 H ASP 44 HN ASP 44 -7.900 -7.318 3.409 296 HA ASP 44 HA ASP 44 -9.338 -9.800 2.950 297 1HB ASP 44 HB1 ASP 44 -7.791 -10.724 4.581 298 2HB ASP 44 HB2 ASP 44 -6.911 -9.704 3.339 299 H GLY 45 HN GLY 45 -10.158 -6.720 4.339 300 1HA GLY 45 HA2 GLY 45 -12.187 -6.300 4.929 301 2HA GLY 45 HA1 GLY 45 -12.486 -7.995 5.582 302 H TYR 46 HN TYR 46 -9.765 -6.132 6.823 303 HA TYR 46 HA TYR 46 -11.186 -5.793 9.391 304 1HB TYR 46 HB1 TYR 46 -8.933 -6.958 9.313 305 2HB TYR 46 HB2 TYR 46 -8.188 -5.450 8.698 306 HD1 TYR 46 HD1 TYR 46 -8.193 -3.387 10.228 307 HD2 TYR 46 HD2 TYR 46 -9.253 -7.282 11.623 308 HE1 TYR 46 HE1 TYR 46 -7.791 -2.665 12.521 309 HE2 TYR 46 HE2 TYR 46 -8.787 -6.574 13.920 310 HH TYR 46 HH TYR 46 -8.067 -4.919 15.286 311 H GLU 47 HN GLU 47 -12.410 -3.830 9.399 312 HA GLU 47 HA GLU 47 -11.073 -1.456 8.278 313 1HB GLU 47 HB1 GLU 47 -12.862 -1.654 7.043 314 2HB GLU 47 HB2 GLU 47 -13.974 -2.178 8.223 315 1HG GLU 47 HG2 GLU 47 -12.677 0.718 7.973 316 2HG GLU 47 HG1 GLU 47 -14.151 0.189 7.062 317 H CYS 48 HN CYS 48 -11.193 0.591 9.076 318 HA CYS 48 HA CYS 48 -11.630 0.919 11.907 319 1HB CYS 48 HB2 CYS 48 -8.961 1.325 12.111 320 2HB CYS 48 HB1 CYS 48 -9.680 -0.312 12.353 321 HG CYS 48 HG CYS 48 -8.869 0.273 9.333 322 H ASP 49 HN ASP 49 -10.386 3.208 12.412 323 HA ASP 49 HA ASP 49 -10.045 4.686 9.886 324 1HB ASP 49 HB2 ASP 49 -10.673 6.409 12.364 325 2HB ASP 49 HB1 ASP 49 -10.926 6.697 10.626 326 H VAL 50 HN VAL 50 -8.016 5.830 10.029 327 HA VAL 50 HA VAL 50 -6.522 5.609 12.511 328 HB VAL 50 HB VAL 50 -4.579 4.498 11.203 329 1HG1 VAL 50 HG21 VAL 50 -6.279 3.168 12.529 330 2HG1 VAL 50 HG22 VAL 50 -5.415 2.261 11.218 331 3HG1 VAL 50 HG23 VAL 50 -7.117 2.796 10.984 332 1HG2 VAL 50 HG11 VAL 50 -4.849 5.001 8.901 333 2HG2 VAL 50 HG12 VAL 50 -6.638 4.945 8.935 334 3HG2 VAL 50 HG13 VAL 50 -5.737 3.414 8.963 335 H LEU 51 HN LEU 51 -4.220 6.681 12.220 336 HA LEU 51 HA LEU 51 -4.599 9.053 10.643 337 1HB LEU 51 HB1 LEU 51 -3.728 8.701 13.193 338 2HB LEU 51 HB2 LEU 51 -2.141 8.409 12.433 339 HG LEU 51 HG LEU 51 -2.482 10.629 13.472 340 1HD1 LEU 51 HD21 LEU 51 -2.060 11.130 10.470 341 2HD1 LEU 51 HD22 LEU 51 -0.823 10.492 11.604 342 3HD1 LEU 51 HD23 LEU 51 -1.524 12.118 11.854 343 1HD2 LEU 51 HD11 LEU 51 -4.591 11.089 11.285 344 2HD2 LEU 51 HD12 LEU 51 -3.929 12.379 12.347 345 3HD2 LEU 51 HD13 LEU 51 -4.852 11.004 13.063 346 H GLY 52 HN GLY 52 -3.078 10.087 9.341 347 1HA GLY 52 HA2 GLY 52 -3.152 8.363 7.274 348 2HA GLY 52 HA1 GLY 52 -2.618 10.038 7.218 349 H LYS 53 HN LYS 53 -0.575 8.685 9.308 350 HA LYS 53 HA LYS 53 1.561 8.181 7.294 351 1HB LYS 53 HB1 LYS 53 3.212 8.882 8.621 352 2HB LYS 53 HB2 LYS 53 1.941 10.077 9.003 353 1HG LYS 53 HG1 LYS 53 2.914 7.708 10.749 354 2HG LYS 53 HG2 LYS 53 3.323 9.420 10.967 355 1HD LYS 53 HD2 LYS 53 1.137 9.995 11.736 356 2HD LYS 53 HD1 LYS 53 0.404 8.446 11.158 357 1HE LYS 53 HE2 LYS 53 0.605 8.358 13.590 358 2HE LYS 53 HE1 LYS 53 1.712 7.150 12.849 359 1HZ LYS 53 HZ1 LYS 53 2.757 8.361 14.623 360 2HZ LYS 53 HZ2 LYS 53 2.481 9.847 13.849 361 3HZ LYS 53 HZ3 LYS 53 3.527 8.706 13.149 362 H ASP 54 HN ASP 54 -0.837 6.494 8.773 363 HA ASP 54 HA ASP 54 0.786 4.169 9.504 364 1HB ASP 54 HB1 ASP 54 -2.034 4.888 10.567 365 2HB ASP 54 HB2 ASP 54 -1.112 3.394 10.948 366 H ILE 55 HN ILE 55 -2.748 4.490 8.680 367 HA ILE 55 HA ILE 55 -2.144 2.688 6.382 368 HB ILE 55 HB ILE 55 -4.842 2.542 7.542 369 1HG1 ILE 55 HG11 ILE 55 -3.603 2.532 9.662 370 2HG1 ILE 55 HG12 ILE 55 -4.457 1.018 9.293 371 1HG2 ILE 55 HG21 ILE 55 -4.613 1.181 5.710 372 2HG2 ILE 55 HG22 ILE 55 -4.251 0.014 7.034 373 3HG2 ILE 55 HG23 ILE 55 -2.932 0.736 6.044 374 1HD1 ILE 55 HD11 ILE 55 -1.357 1.356 9.060 375 2HD1 ILE 55 HD12 ILE 55 -2.307 -0.147 8.880 376 3HD1 ILE 55 HD13 ILE 55 -2.233 0.699 10.450 377 H LEU 56 HN LEU 56 -1.816 3.954 4.885 378 HA LEU 56 HA LEU 56 -3.537 6.324 4.566 379 1HB LEU 56 HB2 LEU 56 -1.646 7.667 4.452 380 2HB LEU 56 HB1 LEU 56 -1.321 6.492 5.768 381 HG LEU 56 HG LEU 56 0.638 6.941 4.715 382 1HD1 LEU 56 HD21 LEU 56 -0.208 4.162 3.641 383 2HD1 LEU 56 HD22 LEU 56 0.752 4.531 5.119 384 3HD1 LEU 56 HD23 LEU 56 1.421 4.826 3.452 385 1HD2 LEU 56 HD11 LEU 56 1.300 6.852 2.374 386 2HD2 LEU 56 HD12 LEU 56 -0.239 7.815 2.563 387 3HD2 LEU 56 HD13 LEU 56 -0.192 6.142 1.891 388 H LEU 57 HN LEU 57 -3.626 7.568 2.628 389 HA LEU 57 HA LEU 57 -3.905 6.467 0.296 390 1HB LEU 57 HB1 LEU 57 -4.198 8.788 -0.365 391 2HB LEU 57 HB2 LEU 57 -4.604 8.704 1.386 392 HG LEU 57 HG LEU 57 -3.824 10.718 1.175 393 1HD1 LEU 57 HD21 LEU 57 -1.112 9.414 1.723 394 2HD1 LEU 57 HD22 LEU 57 -2.384 9.455 2.916 395 3HD1 LEU 57 HD23 LEU 57 -1.644 11.002 2.312 396 1HD2 LEU 57 HD11 LEU 57 -1.633 10.031 -0.830 397 2HD2 LEU 57 HD12 LEU 57 -2.031 11.652 -0.178 398 3HD2 LEU 57 HD13 LEU 57 -3.244 10.751 -1.167 399 H CYS 58 HN CYS 58 -2.552 5.339 -0.870 400 HA CYS 58 HA CYS 58 0.015 6.499 -1.498 401 1HB CYS 58 HB1 CYS 58 -0.662 4.516 0.375 402 2HB CYS 58 HB2 CYS 58 -0.491 3.532 -1.062 403 HG CYS 58 HG CYS 58 1.990 4.605 -1.611 404 H ASP 59 HN ASP 59 0.624 5.310 -3.322 405 HA ASP 59 HA ASP 59 -1.104 5.328 -5.702 406 1HB ASP 59 HB2 ASP 59 1.409 6.208 -5.688 407 2HB ASP 59 HB1 ASP 59 1.874 4.566 -5.921 408 HA PRO 60 HA PRO 60 0.633 3.378 -2.572 409 1HB PRO 60 HB2 PRO 60 2.061 0.915 -2.307 410 2HB PRO 60 HB1 PRO 60 0.660 1.561 -1.411 411 1HG PRO 60 HG2 PRO 60 0.606 -0.337 -3.736 412 2HG PRO 60 HG1 PRO 60 -0.523 -0.173 -2.334 413 1HD PRO 60 HD1 PRO 60 -1.360 0.751 -4.787 414 2HD PRO 60 HD2 PRO 60 -1.707 1.595 -3.241 415 H ILE 61 HN ILE 61 2.833 1.587 -4.695 416 HA ILE 61 HA ILE 61 4.440 4.052 -4.278 417 HB ILE 61 HB ILE 61 4.882 1.164 -3.651 418 1HG1 ILE 61 HG12 ILE 61 4.372 3.757 -2.321 419 2HG1 ILE 61 HG11 ILE 61 4.257 2.130 -1.752 420 1HG2 ILE 61 HG21 ILE 61 7.265 1.519 -3.157 421 2HG2 ILE 61 HG22 ILE 61 7.228 3.226 -3.622 422 3HG2 ILE 61 HG23 ILE 61 7.081 1.941 -4.902 423 1HD1 ILE 61 HD11 ILE 61 5.742 3.569 -0.417 424 2HD1 ILE 61 HD12 ILE 61 6.731 4.029 -1.862 425 3HD1 ILE 61 HD13 ILE 61 6.805 2.328 -1.228 426 HA PRO 62 HA PRO 62 5.476 5.017 -8.180 427 1HB PRO 62 HB2 PRO 62 8.509 4.408 -7.550 428 2HB PRO 62 HB1 PRO 62 7.749 5.930 -8.205 429 1HG PRO 62 HG1 PRO 62 8.382 5.037 -5.429 430 2HG PRO 62 HG2 PRO 62 7.715 6.643 -5.948 431 1HD PRO 62 HD1 PRO 62 6.414 4.735 -4.490 432 2HD PRO 62 HD2 PRO 62 5.522 5.861 -5.601 433 H LEU 63 HN LEU 63 5.073 3.921 -9.941 434 HA LEU 63 HA LEU 63 5.205 1.448 -10.779 435 1HB LEU 63 HB1 LEU 63 5.124 4.183 -12.217 436 2HB LEU 63 HB2 LEU 63 4.531 2.652 -12.949 437 HG LEU 63 HG LEU 63 2.821 2.418 -11.130 438 1HD1 LEU 63 HD21 LEU 63 3.503 5.362 -10.356 439 2HD1 LEU 63 HD22 LEU 63 3.337 3.983 -9.194 440 3HD1 LEU 63 HD23 LEU 63 1.937 4.562 -10.062 441 1HD2 LEU 63 HD11 LEU 63 2.566 3.207 -13.394 442 2HD2 LEU 63 HD12 LEU 63 3.040 4.883 -12.902 443 3HD2 LEU 63 HD13 LEU 63 1.448 4.165 -12.329 444 H ASP 64 HN ASP 64 7.591 2.360 -10.238 445 HA ASP 64 HA ASP 64 9.586 1.283 -12.210 446 1HB ASP 64 HB2 ASP 64 9.295 3.767 -10.409 447 2HB ASP 64 HB1 ASP 64 10.949 3.383 -10.998 448 H THR 65 HN THR 65 8.277 0.245 -9.324 449 HA THR 65 HA THR 65 10.706 0.538 -7.715 450 HB THR 65 HB THR 65 7.905 0.479 -6.612 451 HG1 THR 65 HG1 THR 65 8.473 2.403 -7.374 452 1HG2 THR 65 HG21 THR 65 9.327 -0.676 -4.955 453 2HG2 THR 65 HG22 THR 65 9.172 1.018 -4.435 454 3HG2 THR 65 HG23 THR 65 10.674 0.492 -5.257 455 H GLU 66 HN GLU 66 11.751 -0.965 -7.621 456 HA GLU 66 HA GLU 66 10.927 -3.752 -7.346 457 1HB GLU 66 HB2 GLU 66 13.462 -2.621 -6.035 458 2HB GLU 66 HB1 GLU 66 13.121 -4.310 -6.564 459 1HG GLU 66 HG2 GLU 66 13.194 -3.495 -8.955 460 2HG GLU 66 HG1 GLU 66 13.534 -1.823 -8.334 461 H VAL 67 HN VAL 67 9.219 -3.757 -5.958 462 HA VAL 67 HA VAL 67 9.422 -3.175 -3.071 463 HB VAL 67 HB VAL 67 6.819 -4.209 -3.599 464 1HG1 VAL 67 HG11 VAL 67 7.763 -1.346 -3.089 465 2HG1 VAL 67 HG12 VAL 67 7.686 -2.705 -1.848 466 3HG1 VAL 67 HG13 VAL 67 6.191 -2.147 -2.605 467 1HG2 VAL 67 HG21 VAL 67 5.848 -2.711 -5.196 468 2HG2 VAL 67 HG22 VAL 67 7.178 -3.558 -6.067 469 3HG2 VAL 67 HG23 VAL 67 7.392 -1.844 -5.478 470 H THR 68 HN THR 68 8.076 -4.907 -1.782 471 HA THR 68 HA THR 68 9.571 -7.413 -2.434 472 HB THR 68 HB THR 68 10.385 -6.500 -0.493 473 HG1 THR 68 HG1 THR 68 9.566 -7.915 1.139 474 1HG2 THR 68 HG21 THR 68 8.469 -4.882 -0.173 475 2HG2 THR 68 HG22 THR 68 8.710 -5.854 1.348 476 3HG2 THR 68 HG23 THR 68 7.424 -6.272 0.128 477 H ALA 69 HN ALA 69 8.587 -9.336 -2.757 478 HA ALA 69 HA ALA 69 5.612 -9.308 -2.896 479 1HB ALA 69 HB1 ALA 69 7.771 -10.804 -4.411 480 2HB ALA 69 HB2 ALA 69 6.739 -9.437 -4.981 481 3HB ALA 69 HB3 ALA 69 5.971 -11.044 -4.639 482 H LEU 70 HN LEU 70 4.393 -10.862 -1.862 483 HA LEU 70 HA LEU 70 5.523 -11.791 0.510 484 1HB LEU 70 HB2 LEU 70 3.114 -11.155 -0.130 485 2HB LEU 70 HB1 LEU 70 2.934 -12.913 -0.379 486 HG LEU 70 HG LEU 70 2.155 -12.268 1.808 487 1HD1 LEU 70 HD21 LEU 70 3.553 -14.409 1.903 488 2HD1 LEU 70 HD22 LEU 70 3.326 -13.535 3.464 489 3HD1 LEU 70 HD23 LEU 70 4.877 -13.386 2.599 490 1HD2 LEU 70 HD11 LEU 70 4.831 -10.844 2.329 491 2HD2 LEU 70 HD12 LEU 70 3.482 -11.011 3.502 492 3HD2 LEU 70 HD13 LEU 70 3.235 -10.063 1.988 493 H SER 71 HN SER 71 6.745 -13.122 0.909 494 HA SER 71 HA SER 71 6.503 -15.926 0.721 495 1HB SER 71 HB1 SER 71 8.981 -14.499 -0.382 496 2HB SER 71 HB2 SER 71 9.050 -16.179 0.287 497 HG SER 71 HG SER 71 7.071 -15.422 -1.584 498 H GLU 72 HN GLU 72 8.084 -16.635 2.610 499 HA GLU 72 HA GLU 72 7.325 -15.739 4.942 500 1HB GLU 72 HB1 GLU 72 10.167 -16.411 5.209 501 2HB GLU 72 HB2 GLU 72 8.731 -17.460 5.503 502 1HG GLU 72 HG2 GLU 72 10.164 -16.860 2.819 503 2HG GLU 72 HG1 GLU 72 10.650 -18.101 4.043 504 H ASP 73 HN ASP 73 8.330 -14.936 6.759 505 HA ASP 73 HA ASP 73 8.310 -12.298 6.896 506 1HB ASP 73 HB2 ASP 73 7.976 -14.052 8.715 507 2HB ASP 73 HB1 ASP 73 9.732 -13.973 9.037 508 H GLU 74 HN GLU 74 11.565 -13.874 7.114 509 HA GLU 74 HA GLU 74 12.780 -11.197 6.679 510 1HB GLU 74 HB2 GLU 74 13.265 -12.327 8.859 511 2HB GLU 74 HB1 GLU 74 13.889 -13.752 7.981 512 1HG GLU 74 HG2 GLU 74 15.714 -12.353 8.882 513 2HG GLU 74 HG1 GLU 74 15.789 -12.441 7.093 514 H TYR 75 HN TYR 75 11.664 -13.714 4.917 515 HA TYR 75 HA TYR 75 14.152 -14.125 3.346 516 1HB TYR 75 HB2 TYR 75 11.890 -16.078 3.858 517 2HB TYR 75 HB1 TYR 75 13.431 -16.420 2.979 518 HD1 TYR 75 HD1 TYR 75 15.568 -16.351 4.253 519 HD2 TYR 75 HD2 TYR 75 11.825 -15.947 6.268 520 HE1 TYR 75 HE1 TYR 75 16.674 -16.732 6.405 521 HE2 TYR 75 HE2 TYR 75 12.927 -16.392 8.406 522 HH TYR 75 HH TYR 75 16.412 -16.908 8.661 523 H PHE 76 HN PHE 76 10.907 -13.062 3.056 524 HA PHE 76 HA PHE 76 10.460 -13.271 0.320 525 1HB PHE 76 HB2 PHE 76 9.092 -11.048 0.420 526 2HB PHE 76 HB1 PHE 76 8.674 -12.400 1.453 527 HD1 PHE 76 HD1 PHE 76 7.304 -10.915 2.558 528 HD2 PHE 76 HD2 PHE 76 11.532 -10.309 2.680 529 HE1 PHE 76 HE1 PHE 76 7.020 -9.347 4.405 530 HE2 PHE 76 HE2 PHE 76 11.245 -8.748 4.518 531 HZ PHE 76 HZ PHE 76 8.998 -8.217 5.383 532 H SER 77 HN SER 77 10.355 -11.751 -1.542 533 HA SER 77 HA SER 77 12.933 -10.233 -1.717 534 1HB SER 77 HB1 SER 77 13.422 -12.633 -2.219 535 2HB SER 77 HB2 SER 77 12.263 -12.592 -3.582 536 HG SER 77 HG SER 77 13.610 -11.093 -4.584 537 H ALA 78 HN ALA 78 13.256 -9.019 -3.615 538 HA ALA 78 HA ALA 78 10.832 -7.668 -4.234 539 1HB ALA 78 HB1 ALA 78 12.240 -5.701 -4.936 540 2HB ALA 78 HB2 ALA 78 13.708 -6.745 -4.809 541 3HB ALA 78 HB3 ALA 78 12.731 -6.319 -3.357 542 H GLY 79 HN GLY 79 10.124 -6.647 -6.027 543 1HA GLY 79 HA2 GLY 79 10.860 -7.453 -8.677 544 2HA GLY 79 HA1 GLY 79 9.182 -8.094 -8.081 545 H VAL 80 HN VAL 80 9.265 -6.212 -10.219 546 HA VAL 80 HA VAL 80 9.218 -3.564 -8.951 547 HB VAL 80 HB VAL 80 9.398 -4.652 -11.839 548 1HG1 VAL 80 HG11 VAL 80 10.185 -2.318 -12.459 549 2HG1 VAL 80 HG12 VAL 80 9.853 -1.749 -10.788 550 3HG1 VAL 80 HG13 VAL 80 8.496 -2.226 -11.870 551 1HG2 VAL 80 HG21 VAL 80 11.385 -3.371 -9.917 552 2HG2 VAL 80 HG22 VAL 80 11.787 -3.911 -11.589 553 3HG2 VAL 80 HG23 VAL 80 11.360 -5.152 -10.319 554 H VAL 81 HN VAL 81 7.440 -2.576 -8.323 555 HA VAL 81 HA VAL 81 4.929 -3.286 -9.532 556 HB VAL 81 HB VAL 81 5.249 -2.215 -7.220 557 1HG1 VAL 81 HG21 VAL 81 6.754 -0.139 -8.169 558 2HG1 VAL 81 HG22 VAL 81 5.492 0.179 -6.894 559 3HG1 VAL 81 HG23 VAL 81 5.173 0.565 -8.571 560 1HG2 VAL 81 HG11 VAL 81 3.341 -0.699 -9.128 561 2HG2 VAL 81 HG12 VAL 81 3.315 -0.816 -7.347 562 3HG2 VAL 81 HG13 VAL 81 3.009 -2.316 -8.330 563 H LYS 82 HN LYS 82 3.850 -2.395 -11.274 564 HA LYS 82 HA LYS 82 5.070 -0.042 -12.615 565 1HB LYS 82 HB2 LYS 82 4.427 -2.658 -14.046 566 2HB LYS 82 HB1 LYS 82 4.810 -1.108 -14.868 567 1HG LYS 82 HG2 LYS 82 7.043 -1.041 -13.791 568 2HG LYS 82 HG1 LYS 82 6.732 -2.656 -13.052 569 1HD LYS 82 HD2 LYS 82 6.459 -3.662 -15.313 570 2HD LYS 82 HD1 LYS 82 6.727 -2.060 -16.080 571 1HE LYS 82 HE2 LYS 82 8.788 -3.589 -14.339 572 2HE LYS 82 HE1 LYS 82 8.786 -3.496 -16.147 573 1HZ LYS 82 HZ1 LYS 82 10.299 -1.936 -15.163 574 2HZ LYS 82 HZ2 LYS 82 9.049 -1.198 -14.281 575 3HZ LYS 82 HZ3 LYS 82 9.051 -1.120 -15.977 576 H GLY 83 HN GLY 83 2.137 -2.126 -12.326 577 1HA GLY 83 HA2 GLY 83 0.560 0.203 -13.299 578 2HA GLY 83 HA1 GLY 83 0.429 -1.456 -14.007 579 H HIS 84 HN HIS 84 -1.440 0.474 -12.172 580 HA HIS 84 HA HIS 84 -2.410 -1.818 -10.713 581 1HB HIS 84 HB1 HIS 84 -2.390 -0.274 -8.509 582 2HB HIS 84 HB2 HIS 84 -1.083 -1.417 -8.919 583 HD1 HIS 84 HD1 HIS 84 1.229 -0.226 -9.746 584 HD2 HIS 84 HD2 HIS 84 -1.781 2.437 -8.522 585 HE1 HIS 84 HE1 HIS 84 2.293 2.053 -8.952 586 H ARG 85 HN ARG 85 -4.431 -1.418 -9.413 587 HA ARG 85 HA ARG 85 -5.904 0.936 -10.301 588 1HB ARG 85 HB2 ARG 85 -7.605 -0.425 -11.478 589 2HB ARG 85 HB1 ARG 85 -6.029 -0.883 -12.187 590 1HG ARG 85 HG1 ARG 85 -6.460 -3.059 -11.709 591 2HG ARG 85 HG2 ARG 85 -6.306 -2.657 -9.960 592 1HD ARG 85 HD2 ARG 85 -8.452 -3.742 -10.186 593 2HD ARG 85 HD1 ARG 85 -8.838 -2.001 -10.009 594 HE ARG 85 HE ARG 85 -8.846 -3.615 -12.594 595 1HH1 ARG 85 HH11 ARG 85 -9.975 -0.714 -10.818 596 2HH1 ARG 85 HH12 ARG 85 -11.119 -0.267 -12.041 597 1HH2 ARG 85 HH21 ARG 85 -10.384 -2.993 -14.194 598 2HH2 ARG 85 HH22 ARG 85 -11.354 -1.574 -13.975 599 H LYS 86 HN LYS 86 -8.117 0.945 -9.128 600 HA LYS 86 HA LYS 86 -8.462 -1.340 -7.332 601 1HB LYS 86 HB2 LYS 86 -7.222 0.122 -6.032 602 2HB LYS 86 HB1 LYS 86 -8.254 1.563 -6.340 603 1HG LYS 86 HG2 LYS 86 -9.260 -1.000 -4.892 604 2HG LYS 86 HG1 LYS 86 -8.448 0.362 -4.038 605 1HD LYS 86 HD2 LYS 86 -10.276 1.912 -4.794 606 2HD LYS 86 HD1 LYS 86 -11.139 0.518 -5.500 607 1HE LYS 86 HE2 LYS 86 -11.128 -0.614 -3.211 608 2HE LYS 86 HE1 LYS 86 -10.419 0.905 -2.519 609 1HZ LYS 86 HZ1 LYS 86 -12.793 0.811 -2.273 610 2HZ LYS 86 HZ2 LYS 86 -13.016 0.658 -3.950 611 3HZ LYS 86 HZ3 LYS 86 -12.360 2.088 -3.307 612 H GLU 87 HN GLU 87 -10.487 -1.970 -7.228 613 HA GLU 87 HA GLU 87 -12.570 -0.400 -8.650 614 1HB GLU 87 HB1 GLU 87 -11.463 -2.688 -9.642 615 2HB GLU 87 HB2 GLU 87 -12.595 -3.466 -8.511 616 1HG GLU 87 HG2 GLU 87 -13.356 -1.414 -10.709 617 2HG GLU 87 HG1 GLU 87 -13.392 -3.201 -10.915 618 H SER 88 HN SER 88 -14.796 -0.874 -7.563 619 HA SER 88 HA SER 88 -14.767 -0.460 -4.872 620 1HB SER 88 HB2 SER 88 -17.072 -1.542 -6.583 621 2HB SER 88 HB1 SER 88 -17.220 -0.571 -5.068 622 HG SER 88 HG SER 88 -16.764 1.186 -6.213 623 H GLY 89 HN GLY 89 -13.307 -2.383 -4.297 624 1HA GLY 89 HA2 GLY 89 -13.560 -3.892 -2.439 625 2HA GLY 89 HA1 GLY 89 -14.896 -4.712 -3.316 626 H GLU 90 HN GLU 90 -12.328 -3.902 -5.597 627 HA GLU 90 HA GLU 90 -11.115 -6.526 -5.278 628 1HB GLU 90 HB2 GLU 90 -11.491 -5.198 -8.024 629 2HB GLU 90 HB1 GLU 90 -11.309 -6.900 -7.563 630 1HG GLU 90 HG2 GLU 90 -13.813 -5.140 -7.232 631 2HG GLU 90 HG1 GLU 90 -13.476 -6.254 -8.603 632 H LEU 91 HN LEU 91 -8.784 -6.340 -5.521 633 HA LEU 91 HA LEU 91 -7.834 -3.605 -6.210 634 1HB LEU 91 HB2 LEU 91 -7.601 -4.744 -3.720 635 2HB LEU 91 HB1 LEU 91 -6.225 -5.650 -4.433 636 HG LEU 91 HG LEU 91 -5.528 -3.644 -3.254 637 1HD1 LEU 91 HD11 LEU 91 -4.223 -4.143 -5.402 638 2HD1 LEU 91 HD12 LEU 91 -4.127 -2.432 -4.837 639 3HD1 LEU 91 HD13 LEU 91 -5.184 -2.834 -6.212 640 1HD2 LEU 91 HD21 LEU 91 -7.611 -2.267 -3.426 641 2HD2 LEU 91 HD22 LEU 91 -7.194 -1.934 -5.159 642 3HD2 LEU 91 HD23 LEU 91 -6.129 -1.323 -3.866 643 H TYR 92 HN TYR 92 -6.254 -3.625 -7.956 644 HA TYR 92 HA TYR 92 -4.813 -6.201 -7.939 645 1HB TYR 92 HB1 TYR 92 -5.400 -5.065 -10.732 646 2HB TYR 92 HB2 TYR 92 -4.814 -6.707 -10.263 647 HD1 TYR 92 HD1 TYR 92 -6.843 -7.946 -8.678 648 HD2 TYR 92 HD2 TYR 92 -7.217 -5.276 -11.968 649 HE1 TYR 92 HE1 TYR 92 -9.194 -8.591 -8.927 650 HE2 TYR 92 HE2 TYR 92 -9.609 -5.824 -12.144 651 HH TYR 92 HH TYR 92 -11.320 -7.095 -11.317 652 H TYR 93 HN TYR 93 -2.850 -5.961 -7.661 653 HA TYR 93 HA TYR 93 -1.553 -3.432 -8.443 654 1HB TYR 93 HB2 TYR 93 -2.023 -4.175 -5.783 655 2HB TYR 93 HB1 TYR 93 -0.491 -5.041 -6.095 656 HD1 TYR 93 HD1 TYR 93 1.529 -3.808 -5.519 657 HD2 TYR 93 HD2 TYR 93 -2.056 -1.780 -6.770 658 HE1 TYR 93 HE1 TYR 93 2.722 -1.786 -5.564 659 HE2 TYR 93 HE2 TYR 93 -0.741 0.297 -6.827 660 HH TYR 93 HH TYR 93 2.702 0.495 -6.572 661 H SER 94 HN SER 94 -0.123 -3.896 -10.080 662 HA SER 94 HA SER 94 0.559 -6.659 -10.714 663 1HB SER 94 HB2 SER 94 -0.629 -4.789 -12.180 664 2HB SER 94 HB1 SER 94 0.971 -4.061 -12.291 665 HG SER 94 HG SER 94 0.031 -6.653 -13.200 666 H ILE 95 HN ILE 95 2.643 -7.523 -10.470 667 HA ILE 95 HA ILE 95 4.909 -5.620 -10.120 668 HB ILE 95 HB ILE 95 5.735 -7.749 -8.588 669 1HG1 ILE 95 HG12 ILE 95 3.661 -8.967 -8.511 670 2HG1 ILE 95 HG11 ILE 95 4.224 -8.357 -6.928 671 1HG2 ILE 95 HG21 ILE 95 6.032 -5.339 -8.148 672 2HG2 ILE 95 HG22 ILE 95 5.526 -6.249 -6.705 673 3HG2 ILE 95 HG23 ILE 95 4.322 -5.220 -7.576 674 1HD1 ILE 95 HD11 ILE 95 1.999 -7.791 -6.660 675 2HD1 ILE 95 HD12 ILE 95 1.686 -7.702 -8.421 676 3HD1 ILE 95 HD13 ILE 95 2.455 -6.326 -7.543 677 H GLU 96 HN GLU 96 6.657 -6.012 -11.350 678 HA GLU 96 HA GLU 96 6.482 -8.429 -13.081 679 1HB GLU 96 HB2 GLU 96 6.572 -6.215 -14.199 680 2HB GLU 96 HB1 GLU 96 8.230 -5.961 -13.555 681 1HG GLU 96 HG2 GLU 96 9.025 -7.986 -14.831 682 2HG GLU 96 HG1 GLU 96 7.339 -8.309 -15.382 683 H LYS 97 HN LYS 97 7.723 -10.209 -12.753 684 HA LYS 97 HA LYS 97 10.142 -9.801 -10.988 685 1HB LYS 97 HB1 LYS 97 8.066 -10.127 -9.578 686 2HB LYS 97 HB2 LYS 97 7.659 -11.495 -10.683 687 1HG LYS 97 HG2 LYS 97 8.379 -12.187 -8.378 688 2HG LYS 97 HG1 LYS 97 9.360 -12.938 -9.654 689 1HD LYS 97 HD2 LYS 97 11.226 -11.340 -9.109 690 2HD LYS 97 HD1 LYS 97 10.162 -10.502 -7.927 691 1HE LYS 97 HE2 LYS 97 9.967 -12.550 -6.547 692 2HE LYS 97 HE1 LYS 97 10.896 -13.499 -7.771 693 1HZ LYS 97 HZ1 LYS 97 12.799 -12.102 -7.341 694 2HZ LYS 97 HZ2 LYS 97 12.249 -12.835 -5.911 695 3HZ LYS 97 HZ3 LYS 97 11.928 -11.192 -6.202 696 H GLU 98 HN GLU 98 11.811 -11.218 -11.490 697 HA GLU 98 HA GLU 98 12.991 -12.883 -12.292 698 1HB GLU 98 HB2 GLU 98 10.339 -14.372 -11.799 699 2HB GLU 98 HB1 GLU 98 11.835 -15.261 -12.431 700 1HG GLU 98 HG2 GLU 98 11.572 -13.787 -9.781 701 2HG GLU 98 HG1 GLU 98 11.608 -15.566 -10.109 702 H GLY 99 HN GLY 99 10.872 -11.433 -14.052 703 1HA GLY 99 HA2 GLY 99 11.517 -10.862 -16.342 704 2HA GLY 99 HA1 GLY 99 11.709 -12.622 -16.682 705 H GLN 100 HN GLN 100 9.189 -12.654 -14.656 706 HA GLN 100 HA GLN 100 7.170 -12.133 -16.695 707 1HB GLN 100 HB2 GLN 100 5.929 -14.220 -15.933 708 2HB GLN 100 HB1 GLN 100 7.524 -14.543 -16.661 709 1HG GLN 100 HG2 GLN 100 7.390 -16.046 -14.890 710 2HG GLN 100 HG1 GLN 100 8.512 -14.795 -14.287 711 1HE2 GLN 100 HE21 GLN 100 7.858 -13.541 -12.474 712 2HE2 GLN 100 HE22 GLN 100 6.333 -13.882 -11.603 713 H ARG 101 HN ARG 101 4.868 -12.216 -15.839 714 HA ARG 101 HA ARG 101 4.939 -10.083 -13.856 715 1HB ARG 101 HB1 ARG 101 3.935 -9.717 -16.156 716 2HB ARG 101 HB2 ARG 101 2.736 -10.997 -15.809 717 1HG ARG 101 HG1 ARG 101 1.655 -8.832 -15.483 718 2HG ARG 101 HG2 ARG 101 1.863 -9.592 -13.878 719 1HD ARG 101 HD2 ARG 101 2.575 -7.436 -13.401 720 2HD ARG 101 HD1 ARG 101 4.164 -8.165 -13.823 721 HE ARG 101 HE ARG 101 3.170 -7.211 -16.274 722 1HH1 ARG 101 HH11 ARG 101 3.914 -5.810 -13.074 723 2HH1 ARG 101 HH12 ARG 101 4.315 -4.245 -13.699 724 1HH2 ARG 101 HH21 ARG 101 3.713 -5.091 -17.101 725 2HH2 ARG 101 HH22 ARG 101 4.200 -3.831 -16.015 726 H LYS 102 HN LYS 102 3.830 -10.021 -11.943 727 HA LYS 102 HA LYS 102 2.269 -12.471 -11.256 728 1HB LYS 102 HB1 LYS 102 4.391 -11.003 -9.645 729 2HB LYS 102 HB2 LYS 102 3.041 -11.828 -8.782 730 1HG LYS 102 HG2 LYS 102 3.634 -13.960 -9.414 731 2HG LYS 102 HG1 LYS 102 4.438 -13.445 -10.925 732 1HD LYS 102 HD1 LYS 102 5.970 -14.500 -9.283 733 2HD LYS 102 HD2 LYS 102 6.514 -12.906 -9.797 734 1HE LYS 102 HE1 LYS 102 5.046 -13.447 -7.110 735 2HE LYS 102 HE2 LYS 102 6.831 -13.443 -7.324 736 1HZ LYS 102 HZ1 LYS 102 6.714 -11.162 -8.029 737 2HZ LYS 102 HZ2 LYS 102 6.040 -11.369 -6.483 738 3HZ LYS 102 HZ3 LYS 102 5.027 -11.141 -7.829 739 H TRP 103 HN TRP 103 0.160 -11.899 -11.090 740 HA TRP 103 HA TRP 103 -0.426 -9.029 -10.542 741 1HB TRP 103 HB2 TRP 103 -1.734 -11.134 -12.348 742 2HB TRP 103 HB1 TRP 103 -2.818 -9.964 -11.545 743 HD1 TRP 103 HD1 TRP 103 -1.101 -10.218 -14.803 744 HE1 TRP 103 HE1 TRP 103 -1.908 -8.088 -16.084 745 HE3 TRP 103 HE3 TRP 103 -2.382 -7.338 -10.824 746 HZ2 TRP 103 HZ2 TRP 103 -3.148 -5.630 -15.424 747 HZ3 TRP 103 HZ3 TRP 103 -3.193 -5.060 -11.233 748 HH2 TRP 103 HH2 TRP 103 -3.642 -4.248 -13.482 749 H TYR 104 HN TYR 104 -1.196 -8.712 -8.581 750 HA TYR 104 HA TYR 104 -2.591 -10.763 -6.965 751 1HB TYR 104 HB2 TYR 104 -0.416 -8.820 -6.013 752 2HB TYR 104 HB1 TYR 104 -1.346 -9.999 -5.036 753 HD1 TYR 104 HD1 TYR 104 1.855 -9.687 -6.194 754 HD2 TYR 104 HD2 TYR 104 -1.434 -12.442 -6.371 755 HE1 TYR 104 HE1 TYR 104 3.381 -11.538 -6.356 756 HE2 TYR 104 HE2 TYR 104 0.123 -14.279 -6.606 757 HH TYR 104 HH TYR 104 2.413 -14.788 -7.081 758 H LYS 105 HN LYS 105 -3.620 -9.533 -5.016 759 HA LYS 105 HA LYS 105 -4.632 -6.926 -5.584 760 1HB LYS 105 HB2 LYS 105 -6.025 -7.679 -3.402 761 2HB LYS 105 HB1 LYS 105 -6.559 -8.264 -4.980 762 1HG LYS 105 HG2 LYS 105 -5.609 -10.447 -4.700 763 2HG LYS 105 HG1 LYS 105 -4.777 -9.980 -3.174 764 1HD LYS 105 HD1 LYS 105 -6.919 -9.642 -2.029 765 2HD LYS 105 HD2 LYS 105 -7.839 -9.904 -3.551 766 1HE LYS 105 HE2 LYS 105 -6.068 -12.038 -2.166 767 2HE LYS 105 HE1 LYS 105 -7.869 -11.921 -2.033 768 1HZ LYS 105 HZ1 LYS 105 -6.323 -12.340 -4.535 769 2HZ LYS 105 HZ2 LYS 105 -8.013 -12.236 -4.405 770 3HZ LYS 105 HZ3 LYS 105 -7.183 -13.519 -3.667 771 H ARG 106 HN ARG 106 -4.106 -5.657 -3.769 772 HA ARG 106 HA ARG 106 -1.665 -5.199 -2.927 773 1HB ARG 106 HB2 ARG 106 -4.145 -5.134 -1.115 774 2HB ARG 106 HB1 ARG 106 -2.622 -4.460 -0.490 775 1HG ARG 106 HG1 ARG 106 -3.334 -3.244 -3.079 776 2HG ARG 106 HG2 ARG 106 -4.251 -2.789 -1.597 777 1HD ARG 106 HD2 ARG 106 -2.408 -1.269 -1.825 778 2HD ARG 106 HD1 ARG 106 -2.088 -2.334 -0.404 779 HE ARG 106 HE ARG 106 -0.852 -2.611 -3.190 780 1HH1 ARG 106 HH11 ARG 106 -0.516 -3.067 0.344 781 2HH1 ARG 106 HH12 ARG 106 1.202 -3.285 0.271 782 1HH2 ARG 106 HH21 ARG 106 1.432 -2.874 -3.251 783 2HH2 ARG 106 HH22 ARG 106 2.320 -3.178 -1.794 784 H MET 107 HN MET 107 -3.361 -7.851 -1.275 785 HA MET 107 HA MET 107 -1.685 -7.938 0.966 786 1HB MET 107 HB2 MET 107 -3.203 -9.384 1.840 787 2HB MET 107 HB1 MET 107 -4.118 -8.506 0.615 788 1HG MET 107 HG2 MET 107 -3.928 -10.191 -1.100 789 2HG MET 107 HG1 MET 107 -2.908 -11.246 -0.085 790 1HE MET 107 HE1 MET 107 -3.601 -12.336 2.092 791 2HE MET 107 HE2 MET 107 -5.263 -12.458 2.760 792 3HE MET 107 HE3 MET 107 -4.367 -10.914 2.890 793 H ALA 108 HN ALA 108 -0.952 -9.257 -2.219 794 HA ALA 108 HA ALA 108 1.238 -10.755 -0.919 795 1HB ALA 108 HB1 ALA 108 0.306 -11.000 -3.853 796 2HB ALA 108 HB2 ALA 108 -0.206 -12.142 -2.571 797 3HB ALA 108 HB3 ALA 108 1.520 -12.039 -3.105 798 H VAL 109 HN VAL 109 1.095 -7.841 -1.612 799 HA VAL 109 HA VAL 109 3.781 -7.567 -2.542 800 HB VAL 109 HB VAL 109 2.485 -5.189 -3.462 801 1HG1 VAL 109 HG11 VAL 109 3.848 -7.525 -4.903 802 2HG1 VAL 109 HG12 VAL 109 4.666 -6.123 -4.129 803 3HG1 VAL 109 HG13 VAL 109 3.560 -5.853 -5.532 804 1HG2 VAL 109 HG21 VAL 109 1.179 -7.744 -4.620 805 2HG2 VAL 109 HG22 VAL 109 1.027 -6.062 -5.231 806 3HG2 VAL 109 HG23 VAL 109 0.346 -6.491 -3.618 807 H ILE 110 HN ILE 110 4.820 -6.665 -0.924 808 HA ILE 110 HA ILE 110 3.427 -4.512 0.593 809 HB ILE 110 HB ILE 110 4.456 -5.003 2.558 810 1HG1 ILE 110 HG11 ILE 110 6.494 -6.255 2.105 811 2HG1 ILE 110 HG12 ILE 110 5.394 -7.186 3.135 812 1HG2 ILE 110 HG21 ILE 110 2.779 -7.380 1.588 813 2HG2 ILE 110 HG22 ILE 110 2.161 -5.785 2.158 814 3HG2 ILE 110 HG23 ILE 110 3.023 -6.888 3.300 815 1HD1 ILE 110 HD11 ILE 110 4.694 -8.640 1.237 816 2HD1 ILE 110 HD12 ILE 110 6.447 -8.755 1.644 817 3HD1 ILE 110 HD13 ILE 110 5.917 -7.828 0.213 818 H LEU 111 HN LEU 111 5.308 -3.299 2.106 819 HA LEU 111 HA LEU 111 7.672 -2.830 0.433 820 1HB LEU 111 HB2 LEU 111 7.106 -0.228 0.636 821 2HB LEU 111 HB1 LEU 111 6.513 -1.217 -0.686 822 HG LEU 111 HG LEU 111 4.292 -1.241 -0.013 823 1HD1 LEU 111 HD11 LEU 111 4.264 -1.801 2.405 824 2HD1 LEU 111 HD12 LEU 111 3.568 -0.180 2.258 825 3HD1 LEU 111 HD13 LEU 111 5.272 -0.358 2.744 826 1HD2 LEU 111 HD21 LEU 111 5.527 0.805 -0.669 827 2HD2 LEU 111 HD22 LEU 111 5.400 1.483 1.017 828 3HD2 LEU 111 HD23 LEU 111 3.890 1.201 0.072 829 H SER 112 HN SER 112 9.402 -1.701 1.349 830 HA SER 112 HA SER 112 9.733 -1.889 4.184 831 1HB SER 112 HB2 SER 112 12.178 -1.409 3.336 832 2HB SER 112 HB1 SER 112 11.366 -2.920 2.822 833 HG SER 112 HG SER 112 12.153 -2.054 0.932 834 H LEU 113 HN LEU 113 10.981 0.090 5.414 835 HA LEU 113 HA LEU 113 9.555 2.451 4.683 836 1HB LEU 113 HB1 LEU 113 11.583 3.529 6.389 837 2HB LEU 113 HB2 LEU 113 9.836 3.793 6.186 838 HG LEU 113 HG LEU 113 10.374 3.204 8.435 839 1HD1 LEU 113 HD11 LEU 113 8.289 2.229 7.918 840 2HD1 LEU 113 HD12 LEU 113 9.179 1.025 8.909 841 3HD1 LEU 113 HD13 LEU 113 9.056 0.770 7.129 842 1HD2 LEU 113 HD21 LEU 113 11.414 1.070 9.159 843 2HD2 LEU 113 HD22 LEU 113 12.557 2.186 8.229 844 3HD2 LEU 113 HD23 LEU 113 11.848 0.729 7.435 845 H GLU 114 HN GLU 114 13.030 1.756 3.755 846 HA GLU 114 HA GLU 114 12.909 4.483 2.646 847 1HB GLU 114 HB2 GLU 114 15.187 3.002 3.339 848 2HB GLU 114 HB1 GLU 114 15.318 3.647 1.665 849 1HG GLU 114 HG1 GLU 114 14.407 5.916 2.511 850 2HG GLU 114 HG2 GLU 114 14.432 5.191 4.190 851 H GLN 115 HN GLN 115 11.740 1.613 1.347 852 HA GLN 115 HA GLN 115 11.632 2.907 -1.296 853 1HB GLN 115 HB2 GLN 115 10.479 0.213 -0.537 854 2HB GLN 115 HB1 GLN 115 10.688 0.965 -2.205 855 1HG GLN 115 HG2 GLN 115 13.226 1.211 -1.589 856 2HG GLN 115 HG1 GLN 115 12.916 0.086 -0.226 857 1HE2 GLN 115 HE21 GLN 115 12.207 0.194 -3.844 858 2HE2 GLN 115 HE22 GLN 115 12.975 -1.346 -4.065 859 H GLY 116 HN GLY 116 9.874 2.796 1.612 860 1HA GLY 116 HA2 GLY 116 7.360 3.828 0.630 861 2HA GLY 116 HA1 GLY 116 7.846 3.342 2.245 862 H ASN 117 HN ASN 117 9.964 4.977 2.840 863 HA ASN 117 HA ASN 117 8.729 7.506 3.338 864 1HB ASN 117 HB2 ASN 117 11.489 6.383 4.082 865 2HB ASN 117 HB1 ASN 117 10.925 8.041 4.558 866 1HD2 ASN 117 HD21 ASN 117 11.502 6.376 6.614 867 2HD2 ASN 117 HD22 ASN 117 9.965 6.018 7.412 868 H ARG 118 HN ARG 118 10.567 6.349 0.794 869 HA ARG 118 HA ARG 118 11.823 8.708 -0.070 870 1HB ARG 118 HB2 ARG 118 12.231 7.487 -2.149 871 2HB ARG 118 HB1 ARG 118 12.540 6.473 -0.721 872 1HG ARG 118 HG2 ARG 118 11.271 4.930 -1.601 873 2HG ARG 118 HG1 ARG 118 9.781 5.917 -1.290 874 1HD ARG 118 HD2 ARG 118 9.487 6.324 -3.550 875 2HD ARG 118 HD1 ARG 118 11.224 6.682 -3.848 876 HE ARG 118 HE ARG 118 9.835 4.083 -4.178 877 1HH1 ARG 118 HH11 ARG 118 13.028 5.627 -3.677 878 2HH1 ARG 118 HH12 ARG 118 13.917 4.299 -4.347 879 1HH2 ARG 118 HH21 ARG 118 11.065 2.318 -5.071 880 2HH2 ARG 118 HH22 ARG 118 12.793 2.406 -5.143 881 H LEU 119 HN LEU 119 8.639 7.332 -0.140 882 HA LEU 119 HA LEU 119 7.303 8.862 -2.286 883 1HB LEU 119 HB1 LEU 119 6.734 6.311 -1.857 884 2HB LEU 119 HB2 LEU 119 6.064 6.703 -0.364 885 HG LEU 119 HG LEU 119 5.223 8.280 -2.811 886 1HD1 LEU 119 HD21 LEU 119 5.401 5.593 -3.127 887 2HD1 LEU 119 HD22 LEU 119 3.931 6.468 -3.745 888 3HD1 LEU 119 HD23 LEU 119 3.898 5.634 -2.143 889 1HD2 LEU 119 HD11 LEU 119 2.845 7.576 -1.984 890 2HD2 LEU 119 HD12 LEU 119 3.760 8.685 -0.813 891 3HD2 LEU 119 HD13 LEU 119 3.618 6.903 -0.515 892 H ARG 120 HN ARG 120 7.449 8.534 1.239 893 HA ARG 120 HA ARG 120 5.169 9.594 1.700 894 1HB ARG 120 HB1 ARG 120 5.924 9.782 4.110 895 2HB ARG 120 HB2 ARG 120 7.049 8.544 3.483 896 1HG ARG 120 HG1 ARG 120 8.759 10.512 3.298 897 2HG ARG 120 HG2 ARG 120 7.545 11.574 4.075 898 1HD ARG 120 HD2 ARG 120 8.642 8.984 5.320 899 2HD ARG 120 HD1 ARG 120 9.173 10.671 5.736 900 HE ARG 120 HE ARG 120 6.532 10.965 6.154 901 1HH1 ARG 120 HH11 ARG 120 8.573 8.193 7.142 902 2HH1 ARG 120 HH12 ARG 120 7.593 7.808 8.519 903 1HH2 ARG 120 HH21 ARG 120 5.246 10.421 7.997 904 2HH2 ARG 120 HH22 ARG 120 5.684 9.085 9.008 905 H GLU 121 HN GLU 121 7.767 11.670 0.993 906 HA GLU 121 HA GLU 121 6.429 14.155 1.714 907 1HB GLU 121 HB2 GLU 121 8.630 15.175 1.064 908 2HB GLU 121 HB1 GLU 121 8.741 13.952 2.365 909 1HG GLU 121 HG1 GLU 121 9.541 12.211 0.758 910 2HG GLU 121 HG2 GLU 121 9.461 13.402 -0.594 911 H GLN 122 HN GLN 122 6.702 12.080 -1.118 912 HA GLN 122 HA GLN 122 6.059 14.338 -2.903 913 1HB GLN 122 HB2 GLN 122 6.709 12.915 -4.811 914 2HB GLN 122 HB1 GLN 122 8.043 13.397 -3.720 915 1HG GLN 122 HG1 GLN 122 8.203 11.164 -2.765 916 2HG GLN 122 HG2 GLN 122 6.764 10.563 -3.672 917 1HE2 GLN 122 HE21 GLN 122 9.718 9.743 -3.670 918 2HE2 GLN 122 HE22 GLN 122 10.073 9.673 -5.404 919 H TYR 123 HN TYR 123 4.867 10.968 -1.945 920 HA TYR 123 HA TYR 123 2.394 11.824 -3.495 921 1HB TYR 123 HB2 TYR 123 3.605 9.039 -3.465 922 2HB TYR 123 HB1 TYR 123 2.173 9.497 -4.372 923 HD1 TYR 123 HD1 TYR 123 5.190 8.422 -4.939 924 HD2 TYR 123 HD2 TYR 123 2.985 11.989 -5.731 925 HE1 TYR 123 HE1 TYR 123 6.691 8.932 -6.797 926 HE2 TYR 123 HE2 TYR 123 4.524 12.525 -7.557 927 HH TYR 123 HH TYR 123 7.489 11.280 -7.565 928 H GLY 124 HN GLY 124 2.947 10.984 0.033 929 1HA GLY 124 HA2 GLY 124 0.340 10.579 0.326 930 2HA GLY 124 HA1 GLY 124 0.870 8.947 -0.218 931 H LEU 125 HN LEU 125 3.314 8.597 1.135 932 HA LEU 125 HA LEU 125 2.388 7.915 3.573 933 1HB LEU 125 HB2 LEU 125 4.738 7.233 2.088 934 2HB LEU 125 HB1 LEU 125 5.243 7.731 3.771 935 HG LEU 125 HG LEU 125 5.142 5.564 3.900 936 1HD1 LEU 125 HD11 LEU 125 3.025 4.918 5.151 937 2HD1 LEU 125 HD12 LEU 125 2.446 6.602 4.997 938 3HD1 LEU 125 HD13 LEU 125 3.971 6.304 5.798 939 1HD2 LEU 125 HD21 LEU 125 3.453 4.119 2.715 940 2HD2 LEU 125 HD22 LEU 125 4.510 5.078 1.631 941 3HD2 LEU 125 HD23 LEU 125 2.820 5.615 1.925 942 H GLY 126 HN GLY 126 2.609 10.991 3.315 943 1HA GLY 126 HA2 GLY 126 2.479 11.271 6.256 944 2HA GLY 126 HA1 GLY 126 3.813 12.172 5.463 945 HA PRO 127 HA PRO 127 0.076 14.810 4.420 946 1HB PRO 127 HB2 PRO 127 -2.482 14.248 5.123 947 2HB PRO 127 HB1 PRO 127 -1.631 13.127 3.994 948 1HG PRO 127 HG2 PRO 127 -1.918 12.830 7.050 949 2HG PRO 127 HG1 PRO 127 -2.398 11.648 5.813 950 1HD PRO 127 HD1 PRO 127 0.175 11.636 7.025 951 2HD PRO 127 HD2 PRO 127 -0.115 11.050 5.319 952 H TYR 128 HN TYR 128 1.391 14.431 7.393 953 HA TYR 128 HA TYR 128 -0.402 16.280 8.844 954 1HB TYR 128 HB2 TYR 128 0.541 15.512 10.925 955 2HB TYR 128 HB1 TYR 128 -0.090 14.143 9.958 956 HD1 TYR 128 HD1 TYR 128 1.662 12.773 8.571 957 HD2 TYR 128 HD2 TYR 128 2.671 15.348 11.819 958 HE1 TYR 128 HE1 TYR 128 3.818 11.663 8.779 959 HE2 TYR 128 HE2 TYR 128 4.809 14.164 12.085 960 HH TYR 128 HH TYR 128 5.825 11.632 9.836 961 H GLU 129 HN GLU 129 0.044 18.374 8.942 962 HA GLU 129 HA GLU 129 2.793 19.342 8.520 963 1HB GLU 129 HB1 GLU 129 1.787 21.439 7.772 964 2HB GLU 129 HB2 GLU 129 1.239 20.055 6.793 965 1HG GLU 129 HG2 GLU 129 -0.449 21.352 9.050 966 2HG GLU 129 HG1 GLU 129 -0.519 21.808 7.318 Start of MODEL 7 1 H ASN 7 HN ASN 7 -15.462 13.796 -1.322 2 HA ASN 7 HA ASN 7 -16.068 13.173 -3.977 3 1HB ASN 7 HB2 ASN 7 -16.446 15.716 -4.125 4 2HB ASN 7 HB1 ASN 7 -17.321 14.894 -2.793 5 1HD2 ASN 7 HD21 ASN 7 -15.289 17.520 -3.490 6 2HD2 ASN 7 HD22 ASN 7 -14.874 17.895 -1.794 7 H SER 8 HN SER 8 -13.256 12.876 -2.784 8 HA SER 8 HA SER 8 -11.786 13.902 -5.130 9 1HB SER 8 HB2 SER 8 -9.858 14.650 -3.737 10 2HB SER 8 HB1 SER 8 -11.363 15.563 -3.415 11 HG SER 8 HG SER 8 -10.953 15.084 -1.431 12 H PHE 9 HN PHE 9 -9.998 12.515 -2.620 13 HA PHE 9 HA PHE 9 -9.870 9.794 -3.895 14 1HB PHE 9 HB1 PHE 9 -7.481 9.689 -3.825 15 2HB PHE 9 HB2 PHE 9 -8.029 10.943 -4.971 16 HD1 PHE 9 HD1 PHE 9 -7.721 13.361 -4.398 17 HD2 PHE 9 HD2 PHE 9 -6.254 10.190 -1.972 18 HE1 PHE 9 HE1 PHE 9 -6.037 14.886 -3.459 19 HE2 PHE 9 HE2 PHE 9 -4.452 11.662 -1.148 20 HZ PHE 9 HZ PHE 9 -4.346 14.021 -1.866 21 H VAL 10 HN VAL 10 -11.426 10.684 -1.761 22 HA VAL 10 HA VAL 10 -10.291 9.177 0.404 23 HB VAL 10 HB VAL 10 -12.004 9.682 1.704 24 1HG1 VAL 10 HG11 VAL 10 -11.994 11.841 -0.481 25 2HG1 VAL 10 HG12 VAL 10 -10.606 11.542 0.628 26 3HG1 VAL 10 HG13 VAL 10 -12.206 12.112 1.289 27 1HG2 VAL 10 HG21 VAL 10 -13.784 10.117 -0.790 28 2HG2 VAL 10 HG22 VAL 10 -14.232 10.542 0.912 29 3HG2 VAL 10 HG23 VAL 10 -13.982 8.820 0.468 30 H GLY 11 HN GLY 11 -10.997 7.824 -2.361 31 1HA GLY 11 HA2 GLY 11 -11.774 5.192 -1.272 32 2HA GLY 11 HA1 GLY 11 -12.398 5.884 -2.888 33 H LEU 12 HN LEU 12 -9.232 6.559 -1.752 34 HA LEU 12 HA LEU 12 -7.891 5.295 -3.953 35 1HB LEU 12 HB1 LEU 12 -7.564 7.571 -3.877 36 2HB LEU 12 HB2 LEU 12 -7.189 7.551 -2.120 37 HG LEU 12 HG LEU 12 -5.017 6.437 -4.088 38 1HD1 LEU 12 HD21 LEU 12 -3.904 8.383 -4.063 39 2HD1 LEU 12 HD22 LEU 12 -4.785 9.083 -2.704 40 3HD1 LEU 12 HD23 LEU 12 -5.544 9.050 -4.371 41 1HD2 LEU 12 HD11 LEU 12 -5.743 6.529 -1.273 42 2HD2 LEU 12 HD12 LEU 12 -4.245 7.467 -1.760 43 3HD2 LEU 12 HD13 LEU 12 -4.434 5.705 -2.107 44 H ARG 13 HN ARG 13 -5.505 4.599 -3.168 45 HA ARG 13 HA ARG 13 -6.204 1.916 -2.119 46 1HB ARG 13 HB2 ARG 13 -3.916 2.702 -4.011 47 2HB ARG 13 HB1 ARG 13 -4.449 1.032 -3.608 48 1HG ARG 13 HG1 ARG 13 -6.096 3.105 -5.214 49 2HG ARG 13 HG2 ARG 13 -5.092 1.780 -5.866 50 1HD ARG 13 HD2 ARG 13 -7.361 1.014 -5.993 51 2HD ARG 13 HD1 ARG 13 -6.593 0.104 -4.625 52 HE ARG 13 HE ARG 13 -7.914 2.581 -3.743 53 1HH1 ARG 13 HH11 ARG 13 -8.625 -0.811 -4.630 54 2HH1 ARG 13 HH12 ARG 13 -10.035 -0.905 -3.626 55 1HH2 ARG 13 HH21 ARG 13 -9.796 2.421 -2.411 56 2HH2 ARG 13 HH22 ARG 13 -10.704 0.947 -2.351 57 H VAL 14 HN VAL 14 -4.866 0.862 -0.404 58 HA VAL 14 HA VAL 14 -3.070 2.901 0.843 59 HB VAL 14 HB VAL 14 -5.588 1.563 1.688 60 1HG1 VAL 14 HG11 VAL 14 -4.117 1.165 3.716 61 2HG1 VAL 14 HG12 VAL 14 -5.436 2.356 3.988 62 3HG1 VAL 14 HG13 VAL 14 -3.746 2.897 3.759 63 1HG2 VAL 14 HG21 VAL 14 -5.826 4.052 2.463 64 2HG2 VAL 14 HG22 VAL 14 -6.231 3.460 0.809 65 3HG2 VAL 14 HG23 VAL 14 -4.679 4.260 1.112 66 H VAL 15 HN VAL 15 -1.887 2.368 2.640 67 HA VAL 15 HA VAL 15 -0.803 -0.361 2.762 68 HB VAL 15 HB VAL 15 1.444 0.548 3.207 69 1HG1 VAL 15 HG21 VAL 15 1.869 0.859 0.738 70 2HG1 VAL 15 HG22 VAL 15 0.101 1.055 0.483 71 3HG1 VAL 15 HG23 VAL 15 0.744 -0.511 1.133 72 1HG2 VAL 15 HG11 VAL 15 1.915 2.880 2.396 73 2HG2 VAL 15 HG12 VAL 15 0.923 2.870 3.881 74 3HG2 VAL 15 HG13 VAL 15 0.151 3.220 2.298 75 H ALA 16 HN ALA 16 -0.201 -1.024 4.712 76 HA ALA 16 HA ALA 16 -1.382 0.409 7.001 77 1HB ALA 16 HB1 ALA 16 -2.345 -1.934 7.460 78 2HB ALA 16 HB2 ALA 16 -1.566 -2.531 5.943 79 3HB ALA 16 HB3 ALA 16 -2.827 -1.336 5.825 80 H LYS 17 HN LYS 17 0.224 1.036 8.185 81 HA LYS 17 HA LYS 17 2.245 -0.826 9.215 82 1HB LYS 17 HB2 LYS 17 3.438 1.733 9.170 83 2HB LYS 17 HB1 LYS 17 3.789 0.380 8.052 84 1HG LYS 17 HG1 LYS 17 2.985 1.670 6.191 85 2HG LYS 17 HG2 LYS 17 1.556 2.051 7.055 86 1HD LYS 17 HD1 LYS 17 2.470 4.132 6.763 87 2HD LYS 17 HD2 LYS 17 2.870 3.751 8.473 88 1HE LYS 17 HE2 LYS 17 5.225 3.104 7.735 89 2HE LYS 17 HE1 LYS 17 4.753 3.598 6.050 90 1HZ LYS 17 HZ1 LYS 17 4.774 5.364 8.427 91 2HZ LYS 17 HZ2 LYS 17 4.355 5.802 6.841 92 3HZ LYS 17 HZ3 LYS 17 5.942 5.310 7.194 93 H TRP 18 HN TRP 18 1.722 -0.896 11.564 94 HA TRP 18 HA TRP 18 0.212 1.391 12.623 95 1HB TRP 18 HB2 TRP 18 0.892 -1.291 13.871 96 2HB TRP 18 HB1 TRP 18 0.061 0.030 14.732 97 HD1 TRP 18 HD1 TRP 18 -0.834 -2.787 12.221 98 HE1 TRP 18 HE1 TRP 18 -3.445 -2.714 12.112 99 HE3 TRP 18 HE3 TRP 18 -1.550 1.785 14.330 100 HZ2 TRP 18 HZ2 TRP 18 -5.465 -1.053 13.114 101 HZ3 TRP 18 HZ3 TRP 18 -3.774 2.396 15.009 102 HH2 TRP 18 HH2 TRP 18 -5.737 1.014 14.424 103 H SER 19 HN SER 19 3.492 0.176 13.147 104 HA SER 19 HA SER 19 4.241 2.710 14.464 105 1HB SER 19 HB2 SER 19 5.377 -0.111 15.170 106 2HB SER 19 HB1 SER 19 5.965 1.466 15.828 107 HG SER 19 HG SER 19 3.403 1.403 16.281 108 H SER 20 HN SER 20 6.532 3.361 13.514 109 HA SER 20 HA SER 20 6.889 2.083 10.932 110 1HB SER 20 HB1 SER 20 8.892 3.557 10.718 111 2HB SER 20 HB2 SER 20 7.382 4.432 11.129 112 HG SER 20 HG SER 20 9.262 3.600 13.094 113 H ASN 21 HN ASN 21 7.418 0.166 10.869 114 HA ASN 21 HA ASN 21 9.195 -1.297 12.638 115 1HB ASN 21 HB2 ASN 21 6.668 -1.770 12.173 116 2HB ASN 21 HB1 ASN 21 7.054 -1.804 10.430 117 1HD2 ASN 21 HD21 ASN 21 8.133 -3.708 13.417 118 2HD2 ASN 21 HD22 ASN 21 8.078 -5.233 12.548 119 H GLY 22 HN GLY 22 8.934 -0.196 9.482 120 1HA GLY 22 HA2 GLY 22 10.699 -0.002 8.050 121 2HA GLY 22 HA1 GLY 22 11.327 -1.609 8.503 122 H TYR 23 HN TYR 23 8.241 -2.465 8.307 123 HA TYR 23 HA TYR 23 7.743 -1.907 5.568 124 1HB TYR 23 HB2 TYR 23 7.163 -4.427 5.020 125 2HB TYR 23 HB1 TYR 23 8.700 -3.539 4.706 126 HD1 TYR 23 HD1 TYR 23 10.351 -5.204 4.868 127 HD2 TYR 23 HD2 TYR 23 7.361 -5.083 7.897 128 HE1 TYR 23 HE1 TYR 23 11.596 -6.864 6.160 129 HE2 TYR 23 HE2 TYR 23 8.615 -6.709 9.212 130 HH TYR 23 HH TYR 23 11.452 -8.349 8.043 131 H PHE 24 HN PHE 24 5.791 -2.077 4.641 132 HA PHE 24 HA PHE 24 3.561 -1.940 6.573 133 1HB PHE 24 HB1 PHE 24 2.996 -0.691 3.912 134 2HB PHE 24 HB2 PHE 24 2.613 -0.166 5.539 135 HD1 PHE 24 HD1 PHE 24 3.729 1.680 2.947 136 HD2 PHE 24 HD2 PHE 24 5.364 0.109 6.657 137 HE1 PHE 24 HE1 PHE 24 5.400 3.249 2.971 138 HE2 PHE 24 HE2 PHE 24 7.213 1.514 6.410 139 HZ PHE 24 HZ PHE 24 7.358 3.073 4.570 140 H TYR 25 HN TYR 25 1.789 -2.900 6.046 141 HA TYR 25 HA TYR 25 1.623 -5.023 4.069 142 1HB TYR 25 HB2 TYR 25 -0.123 -4.538 6.611 143 2HB TYR 25 HB1 TYR 25 0.087 -6.095 5.708 144 HD1 TYR 25 HD1 TYR 25 2.625 -6.955 5.618 145 HD2 TYR 25 HD2 TYR 25 1.175 -4.148 8.485 146 HE1 TYR 25 HE1 TYR 25 4.648 -7.260 6.963 147 HE2 TYR 25 HE2 TYR 25 3.222 -4.427 9.797 148 HH TYR 25 HH TYR 25 5.597 -5.136 9.472 149 H SER 26 HN SER 26 -1.081 -5.194 3.771 150 HA SER 26 HA SER 26 -1.726 -2.829 2.224 151 1HB SER 26 HB2 SER 26 -3.405 -4.480 1.305 152 2HB SER 26 HB1 SER 26 -1.651 -4.955 1.111 153 HG SER 26 HG SER 26 -3.383 -5.862 3.207 154 H GLY 27 HN GLY 27 -3.505 -1.568 2.276 155 1HA GLY 27 HA2 GLY 27 -5.863 -2.137 3.850 156 2HA GLY 27 HA1 GLY 27 -4.982 -0.597 4.090 157 H LYS 28 HN LYS 28 -7.747 -0.461 3.196 158 HA LYS 28 HA LYS 28 -7.290 0.742 0.526 159 1HB LYS 28 HB2 LYS 28 -9.484 0.152 -0.327 160 2HB LYS 28 HB1 LYS 28 -8.524 -1.311 0.029 161 1HG LYS 28 HG2 LYS 28 -9.799 -1.653 2.143 162 2HG LYS 28 HG1 LYS 28 -10.769 -0.176 1.817 163 1HD LYS 28 HD1 LYS 28 -12.106 -2.059 1.207 164 2HD LYS 28 HD2 LYS 28 -11.577 -1.309 -0.346 165 1HE LYS 28 HE2 LYS 28 -9.770 -3.145 -0.489 166 2HE LYS 28 HE1 LYS 28 -10.423 -3.820 1.061 167 1HZ LYS 28 HZ1 LYS 28 -11.925 -3.513 -1.485 168 2HZ LYS 28 HZ2 LYS 28 -12.526 -4.157 -0.033 169 3HZ LYS 28 HZ3 LYS 28 -11.276 -4.953 -0.862 170 H ILE 29 HN ILE 29 -8.331 3.251 0.423 171 HA ILE 29 HA ILE 29 -9.256 3.788 3.174 172 HB ILE 29 HB ILE 29 -7.426 5.026 1.624 173 1HG1 ILE 29 HG11 ILE 29 -7.736 6.933 3.321 174 2HG1 ILE 29 HG12 ILE 29 -9.144 6.023 3.963 175 1HG2 ILE 29 HG21 ILE 29 -8.109 7.163 0.916 176 2HG2 ILE 29 HG22 ILE 29 -9.779 6.941 1.549 177 3HG2 ILE 29 HG23 ILE 29 -9.202 5.981 0.116 178 1HD1 ILE 29 HD11 ILE 29 -7.395 3.975 4.135 179 2HD1 ILE 29 HD12 ILE 29 -7.289 5.298 5.344 180 3HD1 ILE 29 HD13 ILE 29 -6.166 5.276 3.975 181 H THR 30 HN THR 30 -11.300 4.544 3.798 182 HA THR 30 HA THR 30 -13.291 4.592 1.584 183 HB THR 30 HB THR 30 -14.920 3.925 3.517 184 HG1 THR 30 HG1 THR 30 -13.037 2.300 4.459 185 1HG2 THR 30 HG21 THR 30 -14.522 1.551 2.948 186 2HG2 THR 30 HG22 THR 30 -12.866 1.937 2.321 187 3HG2 THR 30 HG23 THR 30 -14.318 2.564 1.475 188 H ARG 31 HN ARG 31 -12.148 6.422 4.519 189 HA ARG 31 HA ARG 31 -13.542 8.732 3.460 190 1HB ARG 31 HB1 ARG 31 -14.309 7.303 6.081 191 2HB ARG 31 HB2 ARG 31 -14.343 9.101 6.040 192 1HG ARG 31 HG2 ARG 31 -16.004 8.855 4.048 193 2HG ARG 31 HG1 ARG 31 -16.083 7.124 4.526 194 1HD ARG 31 HD1 ARG 31 -17.856 8.194 5.810 195 2HD ARG 31 HD2 ARG 31 -16.458 7.988 6.975 196 HE ARG 31 HE ARG 31 -16.462 10.566 5.509 197 1HH1 ARG 31 HH11 ARG 31 -17.688 8.873 8.413 198 2HH1 ARG 31 HH12 ARG 31 -17.907 10.330 9.325 199 1HH2 ARG 31 HH21 ARG 31 -16.768 12.501 6.753 200 2HH2 ARG 31 HH22 ARG 31 -17.378 12.413 8.372 201 H ASP 32 HN ASP 32 -12.821 10.641 4.976 202 HA ASP 32 HA ASP 32 -10.103 10.157 6.025 203 1HB ASP 32 HB2 ASP 32 -9.715 12.581 5.882 204 2HB ASP 32 HB1 ASP 32 -10.026 11.821 4.290 205 H VAL 33 HN VAL 33 -9.561 10.989 8.230 206 HA VAL 33 HA VAL 33 -11.923 11.880 9.791 207 HB VAL 33 HB VAL 33 -10.699 10.744 11.847 208 1HG1 VAL 33 HG21 VAL 33 -12.439 8.968 11.665 209 2HG1 VAL 33 HG22 VAL 33 -12.646 9.326 9.912 210 3HG1 VAL 33 HG23 VAL 33 -13.083 10.566 11.139 211 1HG2 VAL 33 HG11 VAL 33 -9.044 9.440 9.991 212 2HG2 VAL 33 HG12 VAL 33 -10.400 8.278 10.121 213 3HG2 VAL 33 HG13 VAL 33 -9.436 8.729 11.514 214 H GLY 34 HN GLY 34 -11.517 13.873 10.449 215 1HA GLY 34 HA2 GLY 34 -10.537 15.865 10.598 216 2HA GLY 34 HA1 GLY 34 -9.285 14.987 11.542 217 H ALA 35 HN ALA 35 -7.586 16.344 11.006 218 HA ALA 35 HA ALA 35 -6.509 16.180 8.245 219 1HB ALA 35 HB1 ALA 35 -5.846 18.154 10.552 220 2HB ALA 35 HB2 ALA 35 -6.856 18.567 9.120 221 3HB ALA 35 HB3 ALA 35 -5.121 18.155 8.900 222 H GLY 36 HN GLY 36 -4.978 14.721 7.972 223 1HA GLY 36 HA2 GLY 36 -2.985 13.702 8.469 224 2HA GLY 36 HA1 GLY 36 -3.181 14.037 10.218 225 H LYS 37 HN LYS 37 -6.140 12.762 9.277 226 HA LYS 37 HA LYS 37 -5.302 9.975 9.566 227 1HB LYS 37 HB2 LYS 37 -7.656 10.223 11.156 228 2HB LYS 37 HB1 LYS 37 -6.040 9.754 11.682 229 1HG LYS 37 HG1 LYS 37 -5.548 12.053 12.361 230 2HG LYS 37 HG2 LYS 37 -6.979 12.689 11.482 231 1HD LYS 37 HD1 LYS 37 -8.497 11.330 12.952 232 2HD LYS 37 HD2 LYS 37 -7.063 10.821 13.915 233 1HE LYS 37 HE2 LYS 37 -6.589 13.214 14.500 234 2HE LYS 37 HE1 LYS 37 -7.998 13.748 13.495 235 1HZ LYS 37 HZ1 LYS 37 -8.543 13.617 15.816 236 2HZ LYS 37 HZ2 LYS 37 -8.116 11.975 15.880 237 3HZ LYS 37 HZ3 LYS 37 -9.436 12.473 14.935 238 H TYR 38 HN TYR 38 -6.921 8.366 9.230 239 HA TYR 38 HA TYR 38 -8.897 9.023 7.189 240 1HB TYR 38 HB1 TYR 38 -6.695 6.885 6.871 241 2HB TYR 38 HB2 TYR 38 -8.071 7.176 5.750 242 HD1 TYR 38 HD1 TYR 38 -8.255 9.721 4.954 243 HD2 TYR 38 HD2 TYR 38 -4.771 8.000 6.599 244 HE1 TYR 38 HE1 TYR 38 -6.921 11.535 3.997 245 HE2 TYR 38 HE2 TYR 38 -3.308 9.580 5.278 246 HH TYR 38 HH TYR 38 -3.485 11.442 3.765 247 H LYS 39 HN LYS 39 -10.523 7.346 6.829 248 HA LYS 39 HA LYS 39 -10.906 5.308 8.973 249 1HB LYS 39 HB1 LYS 39 -12.727 7.148 8.883 250 2HB LYS 39 HB2 LYS 39 -12.912 6.733 7.154 251 1HG LYS 39 HG1 LYS 39 -13.275 4.227 8.091 252 2HG LYS 39 HG2 LYS 39 -13.593 5.073 9.636 253 1HD LYS 39 HD2 LYS 39 -15.748 4.941 8.829 254 2HD LYS 39 HD1 LYS 39 -15.298 6.433 7.934 255 1HE LYS 39 HE2 LYS 39 -14.622 4.981 5.956 256 2HE LYS 39 HE1 LYS 39 -15.055 3.493 6.893 257 1HZ LYS 39 HZ1 LYS 39 -17.326 4.314 7.005 258 2HZ LYS 39 HZ2 LYS 39 -16.799 4.163 5.398 259 3HZ LYS 39 HZ3 LYS 39 -16.907 5.698 6.114 260 H LEU 40 HN LEU 40 -10.385 3.553 8.397 261 HA LEU 40 HA LEU 40 -10.197 3.044 5.427 262 1HB LEU 40 HB1 LEU 40 -7.885 2.504 5.666 263 2HB LEU 40 HB2 LEU 40 -8.132 3.999 6.619 264 HG LEU 40 HG LEU 40 -6.786 2.898 7.944 265 1HD1 LEU 40 HD11 LEU 40 -9.304 1.903 9.180 266 2HD1 LEU 40 HD12 LEU 40 -8.665 3.633 9.255 267 3HD1 LEU 40 HD13 LEU 40 -7.749 2.259 10.010 268 1HD2 LEU 40 HD21 LEU 40 -6.519 0.517 8.315 269 2HD2 LEU 40 HD22 LEU 40 -6.953 0.648 6.534 270 3HD2 LEU 40 HD23 LEU 40 -8.173 0.152 7.727 271 H LEU 41 HN LEU 41 -10.032 0.823 4.737 272 HA LEU 41 HA LEU 41 -10.545 -1.069 6.970 273 1HB LEU 41 HB2 LEU 41 -12.546 -0.265 6.399 274 2HB LEU 41 HB1 LEU 41 -12.359 -0.468 4.606 275 HG LEU 41 HG LEU 41 -12.333 -2.817 6.555 276 1HD1 LEU 41 HD11 LEU 41 -14.568 -1.461 6.646 277 2HD1 LEU 41 HD12 LEU 41 -14.749 -3.171 6.111 278 3HD1 LEU 41 HD13 LEU 41 -14.783 -1.827 4.909 279 1HD2 LEU 41 HD21 LEU 41 -13.086 -2.562 3.524 280 2HD2 LEU 41 HD22 LEU 41 -12.983 -4.100 4.433 281 3HD2 LEU 41 HD23 LEU 41 -11.500 -3.140 4.092 282 H PHE 42 HN PHE 42 -9.483 -3.079 6.757 283 HA PHE 42 HA PHE 42 -7.341 -2.895 4.762 284 1HB PHE 42 HB2 PHE 42 -7.899 -5.249 6.639 285 2HB PHE 42 HB1 PHE 42 -6.578 -5.249 5.390 286 HD1 PHE 42 HD1 PHE 42 -7.415 -2.259 7.677 287 HD2 PHE 42 HD2 PHE 42 -4.817 -5.528 6.763 288 HE1 PHE 42 HE1 PHE 42 -5.749 -1.374 9.196 289 HE2 PHE 42 HE2 PHE 42 -3.175 -4.640 8.335 290 HZ PHE 42 HZ PHE 42 -3.603 -2.516 9.520 291 H ASP 43 HN ASP 43 -6.817 -4.520 3.101 292 HA ASP 43 HA ASP 43 -8.850 -5.142 1.283 293 1HB ASP 43 HB2 ASP 43 -6.406 -4.591 0.845 294 2HB ASP 43 HB1 ASP 43 -5.977 -6.247 1.361 295 H ASP 44 HN ASP 44 -8.302 -6.620 4.034 296 HA ASP 44 HA ASP 44 -9.415 -9.247 3.367 297 1HB ASP 44 HB1 ASP 44 -7.941 -10.291 5.056 298 2HB ASP 44 HB2 ASP 44 -7.012 -9.437 3.781 299 H GLY 45 HN GLY 45 -10.276 -6.237 4.747 300 1HA GLY 45 HA2 GLY 45 -12.245 -5.810 5.444 301 2HA GLY 45 HA1 GLY 45 -12.537 -7.529 6.036 302 H TYR 46 HN TYR 46 -9.799 -5.704 7.309 303 HA TYR 46 HA TYR 46 -11.202 -5.498 9.899 304 1HB TYR 46 HB1 TYR 46 -9.000 -6.652 9.927 305 2HB TYR 46 HB2 TYR 46 -8.215 -5.211 9.185 306 HD1 TYR 46 HD1 TYR 46 -10.190 -6.284 12.190 307 HD2 TYR 46 HD2 TYR 46 -7.489 -3.441 10.530 308 HE1 TYR 46 HE1 TYR 46 -10.089 -5.112 14.357 309 HE2 TYR 46 HE2 TYR 46 -7.436 -2.237 12.661 310 HH TYR 46 HH TYR 46 -8.513 -1.980 14.658 311 H GLU 47 HN GLU 47 -12.446 -3.583 10.049 312 HA GLU 47 HA GLU 47 -11.312 -1.114 8.960 313 1HB GLU 47 HB2 GLU 47 -13.694 -1.774 8.472 314 2HB GLU 47 HB1 GLU 47 -14.111 -1.439 10.157 315 1HG GLU 47 HG2 GLU 47 -12.607 0.881 8.913 316 2HG GLU 47 HG1 GLU 47 -14.011 0.370 7.898 317 H CYS 48 HN CYS 48 -11.191 0.882 10.021 318 HA CYS 48 HA CYS 48 -11.625 1.161 12.814 319 1HB CYS 48 HB1 CYS 48 -8.999 0.019 12.022 320 2HB CYS 48 HB2 CYS 48 -8.713 1.650 12.687 321 HG CYS 48 HG CYS 48 -10.557 -0.715 14.053 322 H ASP 49 HN ASP 49 -10.328 3.390 13.407 323 HA ASP 49 HA ASP 49 -10.044 4.960 10.924 324 1HB ASP 49 HB2 ASP 49 -10.586 6.392 13.649 325 2HB ASP 49 HB1 ASP 49 -10.742 7.000 11.976 326 H VAL 50 HN VAL 50 -7.953 5.990 10.971 327 HA VAL 50 HA VAL 50 -6.383 5.798 13.381 328 HB VAL 50 HB VAL 50 -4.449 4.692 11.986 329 1HG1 VAL 50 HG21 VAL 50 -5.236 2.456 12.140 330 2HG1 VAL 50 HG22 VAL 50 -6.963 2.981 12.155 331 3HG1 VAL 50 HG23 VAL 50 -5.893 3.416 13.538 332 1HG2 VAL 50 HG11 VAL 50 -4.853 5.021 9.721 333 2HG2 VAL 50 HG12 VAL 50 -6.638 4.986 9.851 334 3HG2 VAL 50 HG13 VAL 50 -5.720 3.439 9.907 335 H LEU 51 HN LEU 51 -4.138 6.744 13.011 336 HA LEU 51 HA LEU 51 -4.205 9.117 11.341 337 1HB LEU 51 HB2 LEU 51 -2.147 7.729 13.221 338 2HB LEU 51 HB1 LEU 51 -1.616 9.115 12.214 339 HG LEU 51 HG LEU 51 -2.044 9.582 14.637 340 1HD1 LEU 51 HD21 LEU 51 -3.405 11.322 12.499 341 2HD1 LEU 51 HD22 LEU 51 -1.646 11.289 12.902 342 3HD1 LEU 51 HD23 LEU 51 -2.834 11.873 14.120 343 1HD2 LEU 51 HD11 LEU 51 -4.308 10.228 15.361 344 2HD2 LEU 51 HD12 LEU 51 -4.268 8.473 14.962 345 3HD2 LEU 51 HD13 LEU 51 -5.023 9.650 13.815 346 H GLY 52 HN GLY 52 -2.798 9.810 9.735 347 1HA GLY 52 HA2 GLY 52 -3.367 7.829 7.867 348 2HA GLY 52 HA1 GLY 52 -2.562 9.376 7.459 349 H LYS 53 HN LYS 53 -0.291 9.335 8.929 350 HA LYS 53 HA LYS 53 1.565 8.126 7.280 351 1HB LYS 53 HB1 LYS 53 3.157 9.137 8.629 352 2HB LYS 53 HB2 LYS 53 1.730 10.187 8.775 353 1HG LYS 53 HG1 LYS 53 2.900 8.237 10.858 354 2HG LYS 53 HG2 LYS 53 2.886 10.024 10.921 355 1HD LYS 53 HD2 LYS 53 0.518 10.067 11.523 356 2HD LYS 53 HD1 LYS 53 0.287 8.365 10.996 357 1HE LYS 53 HE2 LYS 53 0.298 8.386 13.429 358 2HE LYS 53 HE1 LYS 53 1.736 7.510 12.825 359 1HZ LYS 53 HZ1 LYS 53 1.676 10.338 13.761 360 2HZ LYS 53 HZ2 LYS 53 3.044 9.509 13.189 361 3HZ LYS 53 HZ3 LYS 53 2.277 8.997 14.615 362 H ASP 54 HN ASP 54 -0.357 6.439 9.044 363 HA ASP 54 HA ASP 54 1.198 4.094 9.700 364 1HB ASP 54 HB1 ASP 54 -1.455 5.022 11.037 365 2HB ASP 54 HB2 ASP 54 -0.696 3.418 11.278 366 H ILE 55 HN ILE 55 -2.380 4.834 9.134 367 HA ILE 55 HA ILE 55 -2.144 2.956 6.807 368 HB ILE 55 HB ILE 55 -4.747 3.128 8.180 369 1HG1 ILE 55 HG11 ILE 55 -3.275 2.814 10.143 370 2HG1 ILE 55 HG12 ILE 55 -4.349 1.447 9.774 371 1HG2 ILE 55 HG21 ILE 55 -4.746 1.871 6.183 372 2HG2 ILE 55 HG22 ILE 55 -4.561 0.616 7.463 373 3HG2 ILE 55 HG23 ILE 55 -3.154 1.131 6.496 374 1HD1 ILE 55 HD11 ILE 55 -2.113 0.691 10.586 375 2HD1 ILE 55 HD12 ILE 55 -1.287 1.450 9.208 376 3HD1 ILE 55 HD13 ILE 55 -2.438 0.103 8.925 377 H LEU 56 HN LEU 56 -1.982 4.182 5.093 378 HA LEU 56 HA LEU 56 -3.940 6.353 4.623 379 1HB LEU 56 HB1 LEU 56 -2.218 7.874 3.576 380 2HB LEU 56 HB2 LEU 56 -2.072 7.540 5.288 381 HG LEU 56 HG LEU 56 -0.251 5.791 4.694 382 1HD1 LEU 56 HD21 LEU 56 1.000 6.195 2.434 383 2HD1 LEU 56 HD22 LEU 56 -0.323 7.215 1.917 384 3HD1 LEU 56 HD23 LEU 56 -0.522 5.454 2.172 385 1HD2 LEU 56 HD11 LEU 56 0.470 8.563 3.739 386 2HD2 LEU 56 HD12 LEU 56 1.291 7.560 4.974 387 3HD2 LEU 56 HD13 LEU 56 -0.216 8.436 5.355 388 H LEU 57 HN LEU 57 -4.145 7.310 2.661 389 HA LEU 57 HA LEU 57 -4.459 5.994 0.280 390 1HB LEU 57 HB1 LEU 57 -5.375 8.143 -0.188 391 2HB LEU 57 HB2 LEU 57 -5.596 8.018 1.531 392 HG LEU 57 HG LEU 57 -3.744 9.726 -0.181 393 1HD1 LEU 57 HD11 LEU 57 -5.798 10.210 2.072 394 2HD1 LEU 57 HD12 LEU 57 -6.109 10.324 0.317 395 3HD1 LEU 57 HD13 LEU 57 -5.003 11.516 1.121 396 1HD2 LEU 57 HD21 LEU 57 -2.106 9.129 1.669 397 2HD2 LEU 57 HD22 LEU 57 -3.364 9.566 2.853 398 3HD2 LEU 57 HD23 LEU 57 -2.673 10.808 1.713 399 H CYS 58 HN CYS 58 -2.847 5.040 -0.781 400 HA CYS 58 HA CYS 58 -0.253 6.168 -1.212 401 1HB CYS 58 HB1 CYS 58 -1.166 4.189 0.446 402 2HB CYS 58 HB2 CYS 58 -1.186 3.222 -1.043 403 HG CYS 58 HG CYS 58 1.457 4.167 -1.497 404 H ASP 59 HN ASP 59 0.410 4.880 -3.161 405 HA ASP 59 HA ASP 59 -1.508 4.870 -5.412 406 1HB ASP 59 HB2 ASP 59 1.132 5.725 -5.596 407 2HB ASP 59 HB1 ASP 59 1.293 4.060 -6.242 408 HA PRO 60 HA PRO 60 0.299 2.854 -2.492 409 1HB PRO 60 HB2 PRO 60 2.051 0.586 -2.244 410 2HB PRO 60 HB1 PRO 60 0.477 0.840 -1.480 411 1HG PRO 60 HG1 PRO 60 1.198 -0.700 -3.967 412 2HG PRO 60 HG2 PRO 60 -0.187 -0.977 -2.834 413 1HD PRO 60 HD2 PRO 60 -0.337 0.177 -5.447 414 2HD PRO 60 HD1 PRO 60 -1.598 0.390 -4.148 415 H ILE 61 HN ILE 61 2.854 1.292 -4.516 416 HA ILE 61 HA ILE 61 4.230 3.820 -4.003 417 HB ILE 61 HB ILE 61 4.642 1.258 -2.919 418 1HG1 ILE 61 HG12 ILE 61 6.444 2.235 -1.743 419 2HG1 ILE 61 HG11 ILE 61 6.695 3.534 -2.890 420 1HG2 ILE 61 HG21 ILE 61 7.019 1.018 -3.405 421 2HG2 ILE 61 HG22 ILE 61 6.911 2.268 -4.717 422 3HG2 ILE 61 HG23 ILE 61 6.076 0.658 -4.933 423 1HD1 ILE 61 HD11 ILE 61 4.027 3.422 -1.434 424 2HD1 ILE 61 HD12 ILE 61 4.974 4.789 -2.241 425 3HD1 ILE 61 HD13 ILE 61 5.489 4.119 -0.664 426 HA PRO 62 HA PRO 62 4.779 5.053 -7.826 427 1HB PRO 62 HB2 PRO 62 7.843 5.126 -7.408 428 2HB PRO 62 HB1 PRO 62 6.740 6.452 -7.966 429 1HG PRO 62 HG1 PRO 62 7.413 6.398 -5.209 430 2HG PRO 62 HG2 PRO 62 5.663 6.447 -5.692 431 1HD PRO 62 HD1 PRO 62 7.285 4.102 -5.080 432 2HD PRO 62 HD2 PRO 62 5.868 4.818 -4.242 433 H LEU 63 HN LEU 63 4.526 4.238 -9.737 434 HA LEU 63 HA LEU 63 4.737 1.760 -10.527 435 1HB LEU 63 HB1 LEU 63 4.142 4.358 -11.968 436 2HB LEU 63 HB2 LEU 63 3.724 2.744 -12.645 437 HG LEU 63 HG LEU 63 2.936 2.771 -9.803 438 1HD1 LEU 63 HD21 LEU 63 2.781 5.274 -9.972 439 2HD1 LEU 63 HD22 LEU 63 1.242 4.446 -9.661 440 3HD1 LEU 63 HD23 LEU 63 1.595 5.075 -11.324 441 1HD2 LEU 63 HD11 LEU 63 0.773 2.130 -10.796 442 2HD2 LEU 63 HD12 LEU 63 2.214 1.225 -11.404 443 3HD2 LEU 63 HD13 LEU 63 1.447 2.487 -12.439 444 H ASP 64 HN ASP 64 7.284 2.471 -10.101 445 HA ASP 64 HA ASP 64 8.796 0.987 -12.168 446 1HB ASP 64 HB2 ASP 64 8.855 3.867 -11.143 447 2HB ASP 64 HB1 ASP 64 10.435 3.229 -11.701 448 H THR 65 HN THR 65 7.995 0.552 -9.112 449 HA THR 65 HA THR 65 10.516 1.095 -7.848 450 HB THR 65 HB THR 65 7.829 1.340 -6.539 451 HG1 THR 65 HG1 THR 65 8.219 3.037 -7.656 452 1HG2 THR 65 HG21 THR 65 9.420 0.570 -4.791 453 2HG2 THR 65 HG22 THR 65 9.223 2.349 -4.638 454 3HG2 THR 65 HG23 THR 65 10.699 1.698 -5.431 455 H GLU 66 HN GLU 66 11.399 -0.109 -6.947 456 HA GLU 66 HA GLU 66 11.144 -2.906 -6.708 457 1HB GLU 66 HB2 GLU 66 13.256 -1.674 -6.741 458 2HB GLU 66 HB1 GLU 66 12.835 -0.828 -5.221 459 1HG GLU 66 HG2 GLU 66 13.081 -2.987 -3.954 460 2HG GLU 66 HG1 GLU 66 13.398 -3.840 -5.511 461 H VAL 67 HN VAL 67 9.176 -3.453 -5.828 462 HA VAL 67 HA VAL 67 8.777 -2.958 -2.900 463 HB VAL 67 HB VAL 67 6.324 -3.870 -3.502 464 1HG1 VAL 67 HG11 VAL 67 7.409 -1.017 -3.395 465 2HG1 VAL 67 HG12 VAL 67 6.878 -2.104 -2.045 466 3HG1 VAL 67 HG13 VAL 67 5.657 -1.465 -3.168 467 1HG2 VAL 67 HG21 VAL 67 6.942 -2.027 -5.851 468 2HG2 VAL 67 HG22 VAL 67 5.472 -3.012 -5.508 469 3HG2 VAL 67 HG23 VAL 67 6.988 -3.835 -6.011 470 H THR 68 HN THR 68 7.538 -4.663 -1.723 471 HA THR 68 HA THR 68 9.215 -7.072 -2.226 472 HB THR 68 HB THR 68 9.832 -6.144 -0.236 473 HG1 THR 68 HG1 THR 68 9.009 -7.677 1.342 474 1HG2 THR 68 HG21 THR 68 8.023 -5.593 1.506 475 2HG2 THR 68 HG22 THR 68 6.822 -6.131 0.238 476 3HG2 THR 68 HG23 THR 68 7.807 -4.694 -0.068 477 H ALA 69 HN ALA 69 8.489 -9.069 -2.632 478 HA ALA 69 HA ALA 69 5.562 -9.287 -3.094 479 1HB ALA 69 HB1 ALA 69 7.183 -9.492 -4.933 480 2HB ALA 69 HB2 ALA 69 6.399 -11.103 -4.645 481 3HB ALA 69 HB3 ALA 69 8.090 -10.752 -4.039 482 H LEU 70 HN LEU 70 4.331 -10.782 -2.020 483 HA LEU 70 HA LEU 70 5.297 -11.631 0.469 484 1HB LEU 70 HB2 LEU 70 2.963 -10.962 -0.339 485 2HB LEU 70 HB1 LEU 70 2.789 -12.708 -0.658 486 HG LEU 70 HG LEU 70 1.799 -12.056 1.473 487 1HD1 LEU 70 HD21 LEU 70 2.739 -13.439 3.168 488 2HD1 LEU 70 HD22 LEU 70 4.373 -13.338 2.454 489 3HD1 LEU 70 HD23 LEU 70 3.070 -14.268 1.597 490 1HD2 LEU 70 HD11 LEU 70 4.492 -10.810 2.273 491 2HD2 LEU 70 HD12 LEU 70 3.067 -10.989 3.352 492 3HD2 LEU 70 HD13 LEU 70 2.942 -9.948 1.898 493 H SER 71 HN SER 71 6.423 -12.960 1.018 494 HA SER 71 HA SER 71 6.253 -15.777 0.830 495 1HB SER 71 HB1 SER 71 8.833 -14.261 0.096 496 2HB SER 71 HB2 SER 71 8.873 -15.923 0.803 497 HG SER 71 HG SER 71 7.249 -15.268 -1.423 498 H GLU 72 HN GLU 72 7.534 -16.464 2.875 499 HA GLU 72 HA GLU 72 6.704 -15.492 5.180 500 1HB GLU 72 HB2 GLU 72 9.517 -16.343 5.490 501 2HB GLU 72 HB1 GLU 72 8.014 -17.269 5.858 502 1HG GLU 72 HG2 GLU 72 9.425 -16.866 3.133 503 2HG GLU 72 HG1 GLU 72 9.859 -18.129 4.361 504 H ASP 73 HN ASP 73 7.863 -14.779 7.070 505 HA ASP 73 HA ASP 73 8.199 -12.141 7.196 506 1HB ASP 73 HB2 ASP 73 9.353 -14.122 9.234 507 2HB ASP 73 HB1 ASP 73 8.934 -12.401 9.592 508 H GLU 74 HN GLU 74 11.150 -14.138 7.253 509 HA GLU 74 HA GLU 74 12.768 -11.683 6.908 510 1HB GLU 74 HB2 GLU 74 14.657 -12.900 7.861 511 2HB GLU 74 HB1 GLU 74 13.264 -12.820 8.985 512 1HG GLU 74 HG2 GLU 74 12.633 -15.192 8.401 513 2HG GLU 74 HG1 GLU 74 14.063 -15.282 7.306 514 H TYR 75 HN TYR 75 11.249 -13.624 4.924 515 HA TYR 75 HA TYR 75 13.538 -14.290 3.147 516 1HB TYR 75 HB2 TYR 75 10.780 -15.534 3.553 517 2HB TYR 75 HB1 TYR 75 11.895 -16.052 2.228 518 HD1 TYR 75 HD1 TYR 75 13.736 -17.390 2.649 519 HD2 TYR 75 HD2 TYR 75 11.458 -15.951 5.960 520 HE1 TYR 75 HE1 TYR 75 14.838 -19.027 4.100 521 HE2 TYR 75 HE2 TYR 75 12.529 -17.640 7.408 522 HH TYR 75 HH TYR 75 15.035 -19.839 6.175 523 H PHE 76 HN PHE 76 10.192 -12.998 3.276 524 HA PHE 76 HA PHE 76 9.872 -12.407 0.588 525 1HB PHE 76 HB2 PHE 76 8.402 -10.381 1.061 526 2HB PHE 76 HB1 PHE 76 7.994 -11.930 1.755 527 HD1 PHE 76 HD1 PHE 76 10.628 -10.048 3.664 528 HD2 PHE 76 HD2 PHE 76 6.469 -10.736 3.040 529 HE1 PHE 76 HE1 PHE 76 10.124 -8.912 5.734 530 HE2 PHE 76 HE2 PHE 76 5.969 -9.615 5.172 531 HZ PHE 76 HZ PHE 76 7.805 -8.654 6.512 532 H SER 77 HN SER 77 10.248 -11.130 -0.983 533 HA SER 77 HA SER 77 12.499 -9.175 -0.687 534 1HB SER 77 HB1 SER 77 12.610 -11.804 -2.292 535 2HB SER 77 HB2 SER 77 13.787 -10.459 -2.514 536 HG SER 77 HG SER 77 13.346 -11.956 -0.113 537 H ALA 78 HN ALA 78 13.080 -8.008 -2.678 538 HA ALA 78 HA ALA 78 10.655 -7.165 -3.877 539 1HB ALA 78 HB1 ALA 78 11.781 -5.029 -4.457 540 2HB ALA 78 HB2 ALA 78 13.367 -5.755 -4.003 541 3HB ALA 78 HB3 ALA 78 12.086 -5.453 -2.784 542 H GLY 79 HN GLY 79 10.209 -6.277 -5.747 543 1HA GLY 79 HA2 GLY 79 11.387 -7.122 -8.231 544 2HA GLY 79 HA1 GLY 79 9.603 -7.657 -7.845 545 H VAL 80 HN VAL 80 9.109 -6.067 -9.772 546 HA VAL 80 HA VAL 80 9.215 -3.268 -8.678 547 HB VAL 80 HB VAL 80 9.429 -4.661 -11.372 548 1HG1 VAL 80 HG11 VAL 80 8.956 -1.610 -10.919 549 2HG1 VAL 80 HG12 VAL 80 7.924 -2.733 -11.894 550 3HG1 VAL 80 HG13 VAL 80 9.578 -2.339 -12.441 551 1HG2 VAL 80 HG21 VAL 80 11.106 -2.560 -9.888 552 2HG2 VAL 80 HG22 VAL 80 11.542 -3.354 -11.454 553 3HG2 VAL 80 HG23 VAL 80 11.434 -4.355 -9.929 554 H VAL 81 HN VAL 81 7.380 -2.194 -8.174 555 HA VAL 81 HA VAL 81 4.885 -3.226 -9.325 556 HB VAL 81 HB VAL 81 4.909 -1.892 -7.112 557 1HG1 VAL 81 HG21 VAL 81 5.236 0.591 -7.162 558 2HG1 VAL 81 HG22 VAL 81 5.716 0.563 -8.870 559 3HG1 VAL 81 HG23 VAL 81 6.765 -0.219 -7.654 560 1HG2 VAL 81 HG11 VAL 81 2.875 -1.856 -8.626 561 2HG2 VAL 81 HG12 VAL 81 3.464 -0.241 -9.240 562 3HG2 VAL 81 HG13 VAL 81 3.058 -0.441 -7.488 563 H LYS 82 HN LYS 82 4.043 -2.660 -11.315 564 HA LYS 82 HA LYS 82 5.501 -0.534 -12.783 565 1HB LYS 82 HB2 LYS 82 5.929 -2.976 -13.434 566 2HB LYS 82 HB1 LYS 82 4.170 -3.117 -13.761 567 1HG LYS 82 HG2 LYS 82 5.508 -2.896 -15.849 568 2HG LYS 82 HG1 LYS 82 4.339 -1.555 -15.660 569 1HD LYS 82 HD2 LYS 82 6.438 -0.705 -16.537 570 2HD LYS 82 HD1 LYS 82 6.182 -0.040 -14.886 571 1HE LYS 82 HE2 LYS 82 7.814 -1.739 -13.963 572 2HE LYS 82 HE1 LYS 82 8.073 -2.384 -15.633 573 1HZ LYS 82 HZ1 LYS 82 8.616 0.390 -14.709 574 2HZ LYS 82 HZ2 LYS 82 8.869 -0.210 -16.277 575 3HZ LYS 82 HZ3 LYS 82 9.765 -0.832 -14.975 576 H GLY 83 HN GLY 83 2.282 -2.034 -12.170 577 1HA GLY 83 HA2 GLY 83 0.899 0.341 -13.070 578 2HA GLY 83 HA1 GLY 83 0.761 -1.131 -14.109 579 H HIS 84 HN HIS 84 -1.330 0.367 -12.273 580 HA HIS 84 HA HIS 84 -2.438 -2.068 -11.430 581 1HB HIS 84 HB1 HIS 84 -2.849 -1.233 -8.916 582 2HB HIS 84 HB2 HIS 84 -1.303 -1.965 -9.398 583 HD1 HIS 84 HD1 HIS 84 -2.321 1.817 -9.252 584 HD2 HIS 84 HD2 HIS 84 0.748 -0.896 -8.380 585 HE1 HIS 84 HE1 HIS 84 -0.254 3.152 -8.483 586 H ARG 85 HN ARG 85 -4.421 -2.371 -10.533 587 HA ARG 85 HA ARG 85 -6.309 -0.385 -11.620 588 1HB ARG 85 HB2 ARG 85 -7.255 -2.181 -13.004 589 2HB ARG 85 HB1 ARG 85 -5.490 -2.259 -13.304 590 1HG ARG 85 HG1 ARG 85 -5.481 -4.448 -12.717 591 2HG ARG 85 HG2 ARG 85 -5.984 -4.046 -11.046 592 1HD ARG 85 HD2 ARG 85 -7.644 -5.571 -11.763 593 2HD ARG 85 HD1 ARG 85 -8.430 -3.964 -11.904 594 HE ARG 85 HE ARG 85 -7.190 -5.493 -14.233 595 1HH1 ARG 85 HH11 ARG 85 -9.768 -3.308 -13.038 596 2HH1 ARG 85 HH12 ARG 85 -10.587 -3.254 -14.563 597 1HH2 ARG 85 HH21 ARG 85 -8.309 -5.397 -16.241 598 2HH2 ARG 85 HH22 ARG 85 -9.752 -4.452 -16.399 599 H LYS 86 HN LYS 86 -8.610 -1.106 -11.003 600 HA LYS 86 HA LYS 86 -8.693 -3.296 -9.133 601 1HB LYS 86 HB2 LYS 86 -9.948 -2.260 -7.446 602 2HB LYS 86 HB1 LYS 86 -8.478 -1.280 -7.756 603 1HG LYS 86 HG2 LYS 86 -9.827 0.408 -9.039 604 2HG LYS 86 HG1 LYS 86 -11.317 -0.576 -8.806 605 1HD LYS 86 HD2 LYS 86 -11.077 -0.353 -6.320 606 2HD LYS 86 HD1 LYS 86 -9.664 0.735 -6.569 607 1HE LYS 86 HE2 LYS 86 -12.534 1.295 -7.593 608 2HE LYS 86 HE1 LYS 86 -11.778 2.013 -6.112 609 1HZ LYS 86 HZ1 LYS 86 -10.095 2.996 -7.506 610 2HZ LYS 86 HZ2 LYS 86 -11.649 3.477 -7.992 611 3HZ LYS 86 HZ3 LYS 86 -10.794 2.323 -8.900 612 H GLU 87 HN GLU 87 -10.603 -4.439 -9.181 613 HA GLU 87 HA GLU 87 -12.574 -3.584 -11.244 614 1HB GLU 87 HB2 GLU 87 -10.871 -5.396 -12.075 615 2HB GLU 87 HB1 GLU 87 -11.768 -6.523 -11.015 616 1HG GLU 87 HG2 GLU 87 -13.909 -5.941 -12.244 617 2HG GLU 87 HG1 GLU 87 -12.972 -4.820 -13.301 618 H SER 88 HN SER 88 -14.778 -4.645 -10.741 619 HA SER 88 HA SER 88 -15.609 -4.097 -8.258 620 1HB SER 88 HB2 SER 88 -16.953 -5.990 -10.258 621 2HB SER 88 HB1 SER 88 -17.755 -4.907 -9.045 622 HG SER 88 HG SER 88 -17.680 -3.947 -11.123 623 H GLY 89 HN GLY 89 -13.992 -5.338 -6.932 624 1HA GLY 89 HA2 GLY 89 -14.296 -6.696 -4.986 625 2HA GLY 89 HA1 GLY 89 -15.003 -7.986 -6.021 626 H GLU 90 HN GLU 90 -12.233 -6.317 -7.532 627 HA GLU 90 HA GLU 90 -10.404 -8.403 -6.664 628 1HB GLU 90 HB2 GLU 90 -10.705 -7.296 -9.534 629 2HB GLU 90 HB1 GLU 90 -9.720 -8.657 -8.940 630 1HG GLU 90 HG2 GLU 90 -12.018 -9.811 -8.393 631 2HG GLU 90 HG1 GLU 90 -12.751 -8.438 -9.328 632 H LEU 91 HN LEU 91 -8.164 -7.628 -6.748 633 HA LEU 91 HA LEU 91 -7.820 -4.803 -7.424 634 1HB LEU 91 HB2 LEU 91 -7.901 -5.516 -4.777 635 2HB LEU 91 HB1 LEU 91 -6.272 -6.208 -5.070 636 HG LEU 91 HG LEU 91 -6.277 -3.930 -4.069 637 1HD1 LEU 91 HD11 LEU 91 -5.250 -3.495 -6.942 638 2HD1 LEU 91 HD12 LEU 91 -4.374 -4.477 -5.699 639 3HD1 LEU 91 HD13 LEU 91 -4.689 -2.723 -5.417 640 1HD2 LEU 91 HD21 LEU 91 -7.509 -2.807 -6.646 641 2HD2 LEU 91 HD22 LEU 91 -7.196 -1.943 -5.110 642 3HD2 LEU 91 HD23 LEU 91 -8.494 -3.197 -5.177 643 H TYR 92 HN TYR 92 -5.886 -4.798 -9.011 644 HA TYR 92 HA TYR 92 -3.931 -6.664 -8.037 645 1HB TYR 92 HB2 TYR 92 -3.509 -7.966 -10.266 646 2HB TYR 92 HB1 TYR 92 -4.600 -8.540 -8.995 647 HD1 TYR 92 HD1 TYR 92 -6.817 -9.034 -9.397 648 HD2 TYR 92 HD2 TYR 92 -4.648 -6.795 -12.276 649 HE1 TYR 92 HE1 TYR 92 -8.599 -9.403 -11.043 650 HE2 TYR 92 HE2 TYR 92 -6.279 -7.294 -13.966 651 HH TYR 92 HH TYR 92 -8.295 -8.413 -14.403 652 H TYR 93 HN TYR 93 -1.957 -6.371 -8.288 653 HA TYR 93 HA TYR 93 -1.233 -4.077 -10.021 654 1HB TYR 93 HB1 TYR 93 0.646 -5.390 -8.043 655 2HB TYR 93 HB2 TYR 93 0.903 -3.868 -8.985 656 HD1 TYR 93 HD1 TYR 93 -2.351 -3.880 -7.119 657 HD2 TYR 93 HD2 TYR 93 1.902 -3.298 -6.922 658 HE1 TYR 93 HE1 TYR 93 -2.432 -3.599 -4.684 659 HE2 TYR 93 HE2 TYR 93 1.780 -3.034 -4.526 660 HH TYR 93 HH TYR 93 0.510 -4.090 -2.845 661 H SER 94 HN SER 94 0.351 -4.369 -11.642 662 HA SER 94 HA SER 94 1.026 -7.148 -12.317 663 1HB SER 94 HB2 SER 94 1.844 -6.152 -14.541 664 2HB SER 94 HB1 SER 94 0.079 -6.119 -14.213 665 HG SER 94 HG SER 94 1.894 -3.920 -14.051 666 H ILE 95 HN ILE 95 2.520 -7.746 -11.057 667 HA ILE 95 HA ILE 95 4.733 -6.023 -10.160 668 HB ILE 95 HB ILE 95 3.649 -8.781 -9.363 669 1HG1 ILE 95 HG11 ILE 95 2.029 -7.036 -8.907 670 2HG1 ILE 95 HG12 ILE 95 2.786 -7.543 -7.409 671 1HG2 ILE 95 HG21 ILE 95 6.021 -8.760 -8.769 672 2HG2 ILE 95 HG22 ILE 95 5.101 -8.442 -7.277 673 3HG2 ILE 95 HG23 ILE 95 5.930 -7.075 -8.117 674 1HD1 ILE 95 HD11 ILE 95 2.766 -5.148 -7.218 675 2HD1 ILE 95 HD12 ILE 95 3.198 -4.895 -8.948 676 3HD1 ILE 95 HD13 ILE 95 4.431 -5.465 -7.762 677 H GLU 96 HN GLU 96 6.587 -6.000 -11.195 678 HA GLU 96 HA GLU 96 6.986 -8.247 -13.105 679 1HB GLU 96 HB1 GLU 96 7.016 -5.990 -14.013 680 2HB GLU 96 HB2 GLU 96 8.320 -5.521 -12.893 681 1HG GLU 96 HG2 GLU 96 9.892 -7.151 -14.066 682 2HG GLU 96 HG1 GLU 96 8.529 -7.644 -15.143 683 H LYS 97 HN LYS 97 7.960 -10.023 -12.457 684 HA LYS 97 HA LYS 97 9.992 -9.797 -10.273 685 1HB LYS 97 HB1 LYS 97 7.626 -9.947 -9.390 686 2HB LYS 97 HB2 LYS 97 7.331 -11.263 -10.599 687 1HG LYS 97 HG1 LYS 97 8.304 -12.908 -9.262 688 2HG LYS 97 HG2 LYS 97 9.421 -11.774 -8.466 689 1HD LYS 97 HD2 LYS 97 7.603 -10.842 -7.084 690 2HD LYS 97 HD1 LYS 97 6.381 -11.776 -7.992 691 1HE LYS 97 HE2 LYS 97 6.800 -12.909 -5.841 692 2HE LYS 97 HE1 LYS 97 7.424 -13.943 -7.184 693 1HZ LYS 97 HZ1 LYS 97 9.628 -13.100 -6.735 694 2HZ LYS 97 HZ2 LYS 97 8.950 -13.810 -5.348 695 3HZ LYS 97 HZ3 LYS 97 9.041 -12.119 -5.479 696 H GLU 98 HN GLU 98 11.593 -11.364 -10.406 697 HA GLU 98 HA GLU 98 12.787 -13.114 -11.015 698 1HB GLU 98 HB2 GLU 98 9.987 -14.385 -11.182 699 2HB GLU 98 HB1 GLU 98 11.573 -15.350 -11.357 700 1HG GLU 98 HG2 GLU 98 12.294 -14.789 -9.198 701 2HG GLU 98 HG1 GLU 98 10.902 -13.668 -8.896 702 H GLY 99 HN GLY 99 11.181 -11.498 -13.183 703 1HA GLY 99 HA2 GLY 99 12.368 -11.021 -15.277 704 2HA GLY 99 HA1 GLY 99 12.379 -12.792 -15.605 705 H GLN 100 HN GLN 100 9.454 -12.264 -14.124 706 HA GLN 100 HA GLN 100 8.049 -11.482 -16.565 707 1HB GLN 100 HB2 GLN 100 6.517 -13.556 -16.262 708 2HB GLN 100 HB1 GLN 100 8.192 -13.865 -16.796 709 1HG GLN 100 HG2 GLN 100 7.777 -15.585 -15.295 710 2HG GLN 100 HG1 GLN 100 8.818 -14.479 -14.356 711 1HE2 GLN 100 HE21 GLN 100 7.864 -13.375 -12.466 712 2HE2 GLN 100 HE22 GLN 100 6.172 -13.720 -12.029 713 H ARG 101 HN ARG 101 5.578 -11.273 -16.245 714 HA ARG 101 HA ARG 101 5.328 -9.782 -13.732 715 1HB ARG 101 HB2 ARG 101 3.913 -8.196 -14.619 716 2HB ARG 101 HB1 ARG 101 5.369 -8.340 -15.628 717 1HG ARG 101 HG2 ARG 101 3.744 -8.101 -17.224 718 2HG ARG 101 HG1 ARG 101 3.862 -9.896 -17.187 719 1HD ARG 101 HD1 ARG 101 1.803 -10.025 -15.800 720 2HD ARG 101 HD2 ARG 101 1.787 -8.240 -15.572 721 HE ARG 101 HE ARG 101 1.017 -9.803 -18.022 722 1HH1 ARG 101 HH11 ARG 101 1.673 -6.553 -16.667 723 2HH1 ARG 101 HH12 ARG 101 0.834 -5.719 -17.934 724 1HH2 ARG 101 HH21 ARG 101 -0.099 -8.658 -19.699 725 2HH2 ARG 101 HH22 ARG 101 -0.183 -6.928 -19.673 726 H LYS 102 HN LYS 102 4.194 -10.019 -12.248 727 HA LYS 102 HA LYS 102 2.255 -12.325 -12.285 728 1HB LYS 102 HB2 LYS 102 4.046 -11.136 -10.143 729 2HB LYS 102 HB1 LYS 102 2.543 -11.920 -9.577 730 1HG LYS 102 HG2 LYS 102 3.084 -14.023 -10.469 731 2HG LYS 102 HG1 LYS 102 4.231 -13.386 -11.682 732 1HD LYS 102 HD2 LYS 102 6.011 -13.094 -10.073 733 2HD LYS 102 HD1 LYS 102 4.878 -13.310 -8.683 734 1HE LYS 102 HE2 LYS 102 5.635 -15.495 -10.738 735 2HE LYS 102 HE1 LYS 102 6.346 -15.304 -9.085 736 1HZ LYS 102 HZ1 LYS 102 3.489 -15.824 -9.719 737 2HZ LYS 102 HZ2 LYS 102 4.150 -15.630 -8.166 738 3HZ LYS 102 HZ3 LYS 102 4.622 -16.945 -9.133 739 H TRP 103 HN TRP 103 0.037 -11.996 -11.674 740 HA TRP 103 HA TRP 103 -0.647 -9.126 -11.320 741 1HB TRP 103 HB2 TRP 103 -2.210 -11.446 -12.603 742 2HB TRP 103 HB1 TRP 103 -3.032 -9.961 -12.019 743 HD1 TRP 103 HD1 TRP 103 -1.413 -11.173 -15.192 744 HE1 TRP 103 HE1 TRP 103 -1.530 -9.223 -16.887 745 HE3 TRP 103 HE3 TRP 103 -2.361 -7.393 -11.965 746 HZ2 TRP 103 HZ2 TRP 103 -2.058 -6.436 -16.811 747 HZ3 TRP 103 HZ3 TRP 103 -2.737 -5.123 -12.825 748 HH2 TRP 103 HH2 TRP 103 -2.552 -4.652 -15.225 749 H TYR 104 HN TYR 104 -0.665 -8.754 -9.346 750 HA TYR 104 HA TYR 104 -1.747 -10.675 -7.251 751 1HB TYR 104 HB1 TYR 104 0.712 -8.832 -7.384 752 2HB TYR 104 HB2 TYR 104 0.098 -9.472 -5.811 753 HD1 TYR 104 HD1 TYR 104 -0.597 -12.350 -6.752 754 HD2 TYR 104 HD2 TYR 104 2.776 -9.773 -7.191 755 HE1 TYR 104 HE1 TYR 104 0.897 -14.249 -6.508 756 HE2 TYR 104 HE2 TYR 104 4.260 -11.664 -7.057 757 HH TYR 104 HH TYR 104 4.344 -13.922 -6.108 758 H LYS 105 HN LYS 105 -3.584 -9.867 -6.138 759 HA LYS 105 HA LYS 105 -4.122 -7.231 -5.814 760 1HB LYS 105 HB2 LYS 105 -5.175 -8.758 -3.509 761 2HB LYS 105 HB1 LYS 105 -6.015 -8.358 -4.993 762 1HG LYS 105 HG2 LYS 105 -6.269 -10.683 -4.596 763 2HG LYS 105 HG1 LYS 105 -5.213 -10.550 -6.019 764 1HD LYS 105 HD1 LYS 105 -3.203 -10.899 -4.389 765 2HD LYS 105 HD2 LYS 105 -4.407 -11.162 -3.088 766 1HE LYS 105 HE2 LYS 105 -5.324 -13.151 -4.322 767 2HE LYS 105 HE1 LYS 105 -4.151 -12.855 -5.673 768 1HZ LYS 105 HZ1 LYS 105 -3.452 -13.462 -2.849 769 2HZ LYS 105 HZ2 LYS 105 -2.357 -13.181 -4.116 770 3HZ LYS 105 HZ3 LYS 105 -3.382 -14.534 -4.164 771 H ARG 106 HN ARG 106 -4.189 -6.098 -3.903 772 HA ARG 106 HA ARG 106 -2.010 -5.090 -3.066 773 1HB ARG 106 HB1 ARG 106 -4.588 -4.808 -2.428 774 2HB ARG 106 HB2 ARG 106 -4.046 -5.316 -0.818 775 1HG ARG 106 HG1 ARG 106 -2.238 -3.415 -1.032 776 2HG ARG 106 HG2 ARG 106 -3.048 -2.951 -2.556 777 1HD ARG 106 HD1 ARG 106 -4.125 -2.797 0.299 778 2HD ARG 106 HD2 ARG 106 -3.964 -1.478 -0.919 779 HE ARG 106 HE ARG 106 -5.931 -3.821 -1.003 780 1HH1 ARG 106 HH11 ARG 106 -5.211 -0.420 -1.835 781 2HH1 ARG 106 HH12 ARG 106 -6.758 -0.149 -2.566 782 1HH2 ARG 106 HH21 ARG 106 -7.971 -3.436 -1.971 783 2HH2 ARG 106 HH22 ARG 106 -8.349 -1.883 -2.641 784 H MET 107 HN MET 107 -3.291 -7.618 -1.015 785 HA MET 107 HA MET 107 -1.284 -7.706 0.925 786 1HB MET 107 HB1 MET 107 -2.579 -9.679 1.765 787 2HB MET 107 HB2 MET 107 -3.545 -8.197 1.492 788 1HG MET 107 HG2 MET 107 -4.073 -9.328 -0.909 789 2HG MET 107 HG1 MET 107 -3.481 -10.818 -0.120 790 1HE MET 107 HE1 MET 107 -6.001 -11.814 -0.697 791 2HE MET 107 HE2 MET 107 -6.440 -10.203 -1.369 792 3HE MET 107 HE3 MET 107 -7.514 -10.997 -0.163 793 H ALA 108 HN ALA 108 -1.047 -9.000 -2.353 794 HA ALA 108 HA ALA 108 1.069 -10.786 -1.519 795 1HB ALA 108 HB1 ALA 108 -0.418 -10.363 -4.177 796 2HB ALA 108 HB2 ALA 108 -0.332 -11.880 -3.241 797 3HB ALA 108 HB3 ALA 108 1.095 -11.320 -4.195 798 H VAL 109 HN VAL 109 0.887 -7.825 -2.415 799 HA VAL 109 HA VAL 109 3.702 -7.475 -2.822 800 HB VAL 109 HB VAL 109 3.158 -5.533 -4.625 801 1HG1 VAL 109 HG11 VAL 109 4.768 -7.511 -4.464 802 2HG1 VAL 109 HG12 VAL 109 4.199 -7.066 -6.050 803 3HG1 VAL 109 HG13 VAL 109 3.485 -8.521 -5.223 804 1HG2 VAL 109 HG21 VAL 109 0.642 -6.064 -4.541 805 2HG2 VAL 109 HG22 VAL 109 1.013 -7.710 -5.139 806 3HG2 VAL 109 HG23 VAL 109 1.367 -6.286 -6.159 807 H ILE 110 HN ILE 110 4.293 -6.602 -1.182 808 HA ILE 110 HA ILE 110 2.981 -4.110 -0.105 809 HB ILE 110 HB ILE 110 3.462 -4.485 1.922 810 1HG1 ILE 110 HG12 ILE 110 5.551 -5.838 2.032 811 2HG1 ILE 110 HG11 ILE 110 4.239 -6.542 2.992 812 1HG2 ILE 110 HG21 ILE 110 2.042 -6.917 0.696 813 2HG2 ILE 110 HG22 ILE 110 1.334 -5.295 1.042 814 3HG2 ILE 110 HG23 ILE 110 1.855 -6.360 2.392 815 1HD1 ILE 110 HD11 ILE 110 5.276 -7.648 0.308 816 2HD1 ILE 110 HD12 ILE 110 3.784 -8.236 1.129 817 3HD1 ILE 110 HD13 ILE 110 5.382 -8.399 1.928 818 H LEU 111 HN LEU 111 4.788 -3.051 1.692 819 HA LEU 111 HA LEU 111 7.301 -2.641 0.203 820 1HB LEU 111 HB1 LEU 111 7.043 -0.301 -0.142 821 2HB LEU 111 HB2 LEU 111 5.539 -1.057 -0.720 822 HG LEU 111 HG LEU 111 5.903 0.414 1.951 823 1HD1 LEU 111 HD21 LEU 111 5.888 1.867 0.094 824 2HD1 LEU 111 HD22 LEU 111 4.272 2.031 0.846 825 3HD1 LEU 111 HD23 LEU 111 4.444 1.006 -0.655 826 1HD2 LEU 111 HD11 LEU 111 3.347 0.182 2.022 827 2HD2 LEU 111 HD12 LEU 111 4.292 -1.219 2.440 828 3HD2 LEU 111 HD13 LEU 111 3.484 -1.122 0.792 829 H SER 112 HN SER 112 8.986 -1.342 1.125 830 HA SER 112 HA SER 112 9.045 -1.486 4.069 831 1HB SER 112 HB1 SER 112 10.699 -2.848 2.806 832 2HB SER 112 HB2 SER 112 11.411 -1.355 2.104 833 HG SER 112 HG SER 112 11.171 -1.710 4.937 834 H LEU 113 HN LEU 113 10.700 0.504 5.108 835 HA LEU 113 HA LEU 113 9.279 2.824 4.383 836 1HB LEU 113 HB1 LEU 113 11.688 3.804 5.707 837 2HB LEU 113 HB2 LEU 113 9.971 4.319 5.678 838 HG LEU 113 HG LEU 113 10.601 3.894 7.864 839 1HD1 LEU 113 HD11 LEU 113 8.377 2.962 7.433 840 2HD1 LEU 113 HD12 LEU 113 9.228 2.046 8.734 841 3HD1 LEU 113 HD13 LEU 113 9.120 1.345 7.075 842 1HD2 LEU 113 HD21 LEU 113 11.583 1.749 8.736 843 2HD2 LEU 113 HD22 LEU 113 12.680 2.756 7.636 844 3HD2 LEU 113 HD23 LEU 113 11.892 1.264 7.018 845 H GLU 114 HN GLU 114 12.401 1.859 2.892 846 HA GLU 114 HA GLU 114 12.412 4.577 1.783 847 1HB GLU 114 HB1 GLU 114 14.586 2.857 2.162 848 2HB GLU 114 HB2 GLU 114 14.539 3.427 0.458 849 1HG GLU 114 HG2 GLU 114 14.040 5.815 1.336 850 2HG GLU 114 HG1 GLU 114 14.222 5.124 3.022 851 H GLN 115 HN GLN 115 10.741 1.967 0.831 852 HA GLN 115 HA GLN 115 10.234 3.074 -1.840 853 1HB GLN 115 HB2 GLN 115 8.271 1.115 -0.660 854 2HB GLN 115 HB1 GLN 115 8.882 1.354 -2.369 855 1HG GLN 115 HG1 GLN 115 10.148 -0.137 0.014 856 2HG GLN 115 HG2 GLN 115 9.567 -0.829 -1.544 857 1HE2 GLN 115 HE21 GLN 115 10.891 0.741 -3.474 858 2HE2 GLN 115 HE22 GLN 115 12.286 -0.273 -3.320 859 H GLY 116 HN GLY 116 8.792 2.874 1.439 860 1HA GLY 116 HA2 GLY 116 6.405 4.286 1.043 861 2HA GLY 116 HA1 GLY 116 7.249 3.869 2.521 862 H ASN 117 HN ASN 117 9.573 5.397 2.514 863 HA ASN 117 HA ASN 117 8.586 8.096 2.775 864 1HB ASN 117 HB1 ASN 117 11.500 7.469 3.146 865 2HB ASN 117 HB2 ASN 117 10.535 8.837 3.782 866 1HD2 ASN 117 HD21 ASN 117 8.246 7.438 4.942 867 2HD2 ASN 117 HD22 ASN 117 8.954 6.595 6.308 868 H ARG 118 HN ARG 118 10.174 6.446 0.104 869 HA ARG 118 HA ARG 118 11.378 8.701 -1.022 870 1HB ARG 118 HB1 ARG 118 11.576 7.572 -3.106 871 2HB ARG 118 HB2 ARG 118 11.996 6.481 -1.772 872 1HG ARG 118 HG2 ARG 118 10.474 4.974 -2.441 873 2HG ARG 118 HG1 ARG 118 9.119 6.151 -2.390 874 1HD ARG 118 HD1 ARG 118 9.298 5.186 -4.640 875 2HD ARG 118 HD2 ARG 118 9.839 6.926 -4.736 876 HE ARG 118 HE ARG 118 12.110 5.178 -4.220 877 1HH1 ARG 118 HH11 ARG 118 9.845 6.052 -6.846 878 2HH1 ARG 118 HH12 ARG 118 10.947 5.633 -8.115 879 1HH2 ARG 118 HH21 ARG 118 13.570 4.614 -5.943 880 2HH2 ARG 118 HH22 ARG 118 13.089 4.805 -7.595 881 H LEU 119 HN LEU 119 8.146 7.374 -1.014 882 HA LEU 119 HA LEU 119 6.722 9.134 -2.895 883 1HB LEU 119 HB2 LEU 119 6.169 6.535 -2.536 884 2HB LEU 119 HB1 LEU 119 5.607 6.975 -0.967 885 HG LEU 119 HG LEU 119 4.553 8.635 -3.284 886 1HD1 LEU 119 HD11 LEU 119 4.354 6.146 -4.185 887 2HD1 LEU 119 HD12 LEU 119 2.809 7.012 -3.947 888 3HD1 LEU 119 HD13 LEU 119 3.353 5.859 -2.708 889 1HD2 LEU 119 HD21 LEU 119 3.591 8.915 -1.024 890 2HD2 LEU 119 HD22 LEU 119 3.364 7.111 -0.887 891 3HD2 LEU 119 HD23 LEU 119 2.381 8.065 -2.062 892 H ARG 120 HN ARG 120 7.079 8.650 0.665 893 HA ARG 120 HA ARG 120 4.802 9.606 1.229 894 1HB ARG 120 HB1 ARG 120 5.702 9.988 3.660 895 2HB ARG 120 HB2 ARG 120 6.755 8.706 2.994 896 1HG ARG 120 HG2 ARG 120 8.500 10.528 2.640 897 2HG ARG 120 HG1 ARG 120 7.363 11.754 3.292 898 1HD ARG 120 HD2 ARG 120 7.226 10.670 5.467 899 2HD ARG 120 HD1 ARG 120 8.308 9.334 4.890 900 HE ARG 120 HE ARG 120 9.533 11.950 4.441 901 1HH1 ARG 120 HH11 ARG 120 8.861 9.561 7.017 902 2HH1 ARG 120 HH12 ARG 120 10.181 10.072 8.017 903 1HH2 ARG 120 HH21 ARG 120 11.298 12.618 5.801 904 2HH2 ARG 120 HH22 ARG 120 11.583 11.829 7.318 905 H GLU 121 HN GLU 121 7.288 11.858 0.607 906 HA GLU 121 HA GLU 121 5.898 14.243 1.456 907 1HB GLU 121 HB1 GLU 121 8.140 15.234 0.593 908 2HB GLU 121 HB2 GLU 121 8.193 14.166 2.022 909 1HG GLU 121 HG1 GLU 121 9.040 12.228 0.752 910 2HG GLU 121 HG2 GLU 121 8.830 13.124 -0.808 911 H GLN 122 HN GLN 122 6.025 12.272 -1.436 912 HA GLN 122 HA GLN 122 5.236 14.544 -3.121 913 1HB GLN 122 HB1 GLN 122 5.780 13.132 -5.112 914 2HB GLN 122 HB2 GLN 122 7.133 13.794 -4.166 915 1HG GLN 122 HG1 GLN 122 7.572 11.566 -3.136 916 2HG GLN 122 HG2 GLN 122 6.211 10.841 -4.086 917 1HE2 GLN 122 HE21 GLN 122 9.199 10.250 -4.127 918 2HE2 GLN 122 HE22 GLN 122 9.669 10.486 -5.819 919 H TYR 123 HN TYR 123 4.151 11.052 -2.328 920 HA TYR 123 HA TYR 123 1.602 12.057 -3.698 921 1HB TYR 123 HB1 TYR 123 2.515 9.174 -3.971 922 2HB TYR 123 HB2 TYR 123 1.256 10.021 -4.910 923 HD1 TYR 123 HD1 TYR 123 2.620 12.426 -5.941 924 HD2 TYR 123 HD2 TYR 123 4.109 8.486 -5.313 925 HE1 TYR 123 HE1 TYR 123 4.394 12.797 -7.582 926 HE2 TYR 123 HE2 TYR 123 5.844 8.840 -6.848 927 HH TYR 123 HH TYR 123 6.947 11.459 -7.751 928 H GLY 124 HN GLY 124 2.256 10.871 -0.324 929 1HA GLY 124 HA2 GLY 124 -0.393 10.051 -0.166 930 2HA GLY 124 HA1 GLY 124 0.596 8.608 -0.725 931 H LEU 125 HN LEU 125 2.655 8.424 0.443 932 HA LEU 125 HA LEU 125 2.183 7.644 2.894 933 1HB LEU 125 HB1 LEU 125 4.325 7.326 1.100 934 2HB LEU 125 HB2 LEU 125 5.026 7.473 2.706 935 HG LEU 125 HG LEU 125 4.838 5.347 2.706 936 1HD1 LEU 125 HD11 LEU 125 2.082 6.039 4.009 937 2HD1 LEU 125 HD12 LEU 125 3.657 6.026 4.764 938 3HD1 LEU 125 HD13 LEU 125 2.976 4.497 4.074 939 1HD2 LEU 125 HD21 LEU 125 3.955 5.289 0.450 940 2HD2 LEU 125 HD22 LEU 125 2.305 5.768 1.045 941 3HD2 LEU 125 HD23 LEU 125 3.051 4.132 1.433 942 H GLY 126 HN GLY 126 2.069 10.653 2.989 943 1HA GLY 126 HA2 GLY 126 2.095 10.304 5.802 944 2HA GLY 126 HA1 GLY 126 3.637 11.136 5.413 945 HA PRO 127 HA PRO 127 0.551 14.630 5.158 946 1HB PRO 127 HB2 PRO 127 -2.008 14.499 6.029 947 2HB PRO 127 HB1 PRO 127 -1.538 13.674 4.494 948 1HG PRO 127 HG2 PRO 127 -1.770 12.418 7.278 949 2HG PRO 127 HG1 PRO 127 -2.590 11.897 5.778 950 1HD PRO 127 HD1 PRO 127 -0.085 10.831 6.622 951 2HD PRO 127 HD2 PRO 127 -0.533 10.967 4.861 952 H TYR 128 HN TYR 128 1.223 12.648 7.844 953 HA TYR 128 HA TYR 128 1.168 14.868 9.794 954 1HB TYR 128 HB1 TYR 128 -0.430 12.826 10.183 955 2HB TYR 128 HB2 TYR 128 1.035 11.825 10.369 956 HD1 TYR 128 HD1 TYR 128 -1.086 14.434 11.826 957 HD2 TYR 128 HD2 TYR 128 2.499 12.177 12.341 958 HE1 TYR 128 HE1 TYR 128 -0.960 15.151 14.175 959 HE2 TYR 128 HE2 TYR 128 2.627 12.901 14.675 960 HH TYR 128 HH TYR 128 1.591 14.053 16.366 961 H GLU 129 HN GLU 129 3.305 15.501 10.394 962 HA GLU 129 HA GLU 129 5.467 13.592 10.294 963 1HB GLU 129 HB2 GLU 129 5.188 14.463 7.872 964 2HB GLU 129 HB1 GLU 129 5.506 16.104 8.477 965 1HG GLU 129 HG2 GLU 129 7.543 15.161 7.477 966 2HG GLU 129 HG1 GLU 129 7.821 15.319 9.246 Start of MODEL 8 1 H ASN 7 HN ASN 7 -15.270 15.184 -3.964 2 HA ASN 7 HA ASN 7 -14.941 17.180 -2.637 3 1HB ASN 7 HB2 ASN 7 -16.933 16.983 -0.978 4 2HB ASN 7 HB1 ASN 7 -17.267 16.597 -2.694 5 1HD2 ASN 7 HD21 ASN 7 -18.870 15.148 -2.580 6 2HD2 ASN 7 HD22 ASN 7 -18.797 13.619 -1.657 7 H SER 8 HN SER 8 -13.665 14.346 -1.522 8 HA SER 8 HA SER 8 -11.919 15.347 0.401 9 1HB SER 8 HB1 SER 8 -14.386 13.795 1.484 10 2HB SER 8 HB2 SER 8 -12.845 13.948 2.411 11 HG SER 8 HG SER 8 -14.122 16.268 1.424 12 H PHE 9 HN PHE 9 -11.114 12.738 1.416 13 HA PHE 9 HA PHE 9 -10.811 11.191 -1.087 14 1HB PHE 9 HB2 PHE 9 -8.968 11.374 1.335 15 2HB PHE 9 HB1 PHE 9 -8.982 9.989 0.222 16 HD1 PHE 9 HD1 PHE 9 -9.795 12.750 -1.933 17 HD2 PHE 9 HD2 PHE 9 -6.656 10.948 0.342 18 HE1 PHE 9 HE1 PHE 9 -8.214 13.640 -3.448 19 HE2 PHE 9 HE2 PHE 9 -5.034 11.852 -1.224 20 HZ PHE 9 HZ PHE 9 -5.776 13.240 -3.143 21 H VAL 10 HN VAL 10 -13.017 11.114 -0.634 22 HA VAL 10 HA VAL 10 -13.763 8.514 0.383 23 HB VAL 10 HB VAL 10 -15.792 9.331 0.563 24 1HG1 VAL 10 HG21 VAL 10 -14.447 11.478 1.017 25 2HG1 VAL 10 HG22 VAL 10 -16.092 11.786 0.379 26 3HG1 VAL 10 HG23 VAL 10 -14.694 11.915 -0.730 27 1HG2 VAL 10 HG11 VAL 10 -15.682 10.309 -2.367 28 2HG2 VAL 10 HG12 VAL 10 -17.110 10.441 -1.266 29 3HG2 VAL 10 HG13 VAL 10 -16.504 8.818 -1.743 30 H GLY 11 HN GLY 11 -11.825 8.927 -2.257 31 1HA GLY 11 HA2 GLY 11 -12.567 6.363 -3.228 32 2HA GLY 11 HA1 GLY 11 -12.740 7.803 -4.420 33 H LEU 12 HN LEU 12 -10.363 7.376 -1.764 34 HA LEU 12 HA LEU 12 -8.170 7.410 -3.758 35 1HB LEU 12 HB1 LEU 12 -7.911 9.340 -2.521 36 2HB LEU 12 HB2 LEU 12 -8.316 8.553 -0.964 37 HG LEU 12 HG LEU 12 -5.869 9.281 -1.084 38 1HD1 LEU 12 HD11 LEU 12 -5.643 6.649 -0.179 39 2HD1 LEU 12 HD12 LEU 12 -7.355 7.004 -0.016 40 3HD1 LEU 12 HD13 LEU 12 -6.178 8.137 0.704 41 1HD2 LEU 12 HD21 LEU 12 -5.047 7.079 -2.860 42 2HD2 LEU 12 HD22 LEU 12 -4.280 8.520 -2.198 43 3HD2 LEU 12 HD23 LEU 12 -5.541 8.734 -3.431 44 H ARG 13 HN ARG 13 -6.206 6.185 -2.953 45 HA ARG 13 HA ARG 13 -6.886 3.334 -2.449 46 1HB ARG 13 HB1 ARG 13 -6.169 3.572 -4.788 47 2HB ARG 13 HB2 ARG 13 -4.892 4.744 -4.329 48 1HG ARG 13 HG2 ARG 13 -3.826 2.679 -4.978 49 2HG ARG 13 HG1 ARG 13 -3.545 2.956 -3.255 50 1HD ARG 13 HD1 ARG 13 -3.994 0.611 -3.398 51 2HD ARG 13 HD2 ARG 13 -5.548 1.301 -2.810 52 HE ARG 13 HE ARG 13 -6.581 0.824 -4.882 53 1HH1 ARG 13 HH11 ARG 13 -3.068 0.186 -5.147 54 2HH1 ARG 13 HH12 ARG 13 -3.209 -0.681 -6.642 55 1HH2 ARG 13 HH21 ARG 13 -6.738 -0.346 -6.882 56 2HH2 ARG 13 HH22 ARG 13 -5.315 -0.987 -7.636 57 H VAL 14 HN VAL 14 -5.892 2.592 -0.492 58 HA VAL 14 HA VAL 14 -3.886 4.435 0.598 59 HB VAL 14 HB VAL 14 -4.403 4.106 2.826 60 1HG1 VAL 14 HG21 VAL 14 -6.768 4.852 1.026 61 2HG1 VAL 14 HG22 VAL 14 -5.558 5.930 1.846 62 3HG1 VAL 14 HG23 VAL 14 -6.773 5.052 2.823 63 1HG2 VAL 14 HG11 VAL 14 -5.257 1.808 2.916 64 2HG2 VAL 14 HG12 VAL 14 -6.726 2.321 1.954 65 3HG2 VAL 14 HG13 VAL 14 -6.449 2.954 3.587 66 H VAL 15 HN VAL 15 -2.542 3.552 2.267 67 HA VAL 15 HA VAL 15 -1.345 0.962 1.536 68 HB VAL 15 HB VAL 15 -0.267 3.098 0.682 69 1HG1 VAL 15 HG11 VAL 15 1.068 4.502 2.105 70 2HG1 VAL 15 HG12 VAL 15 0.594 3.578 3.553 71 3HG1 VAL 15 HG13 VAL 15 -0.629 4.521 2.662 72 1HG2 VAL 15 HG21 VAL 15 1.231 1.101 2.523 73 2HG2 VAL 15 HG22 VAL 15 2.036 2.134 1.279 74 3HG2 VAL 15 HG23 VAL 15 0.822 0.866 0.796 75 H ALA 16 HN ALA 16 -1.359 -0.377 3.295 76 HA ALA 16 HA ALA 16 -2.518 0.786 5.709 77 1HB ALA 16 HB1 ALA 16 -3.874 -0.674 4.224 78 2HB ALA 16 HB2 ALA 16 -3.600 -1.467 5.799 79 3HB ALA 16 HB3 ALA 16 -2.675 -1.985 4.329 80 H LYS 17 HN LYS 17 -0.885 1.092 7.344 81 HA LYS 17 HA LYS 17 0.952 -1.144 7.946 82 1HB LYS 17 HB2 LYS 17 1.579 1.890 8.087 83 2HB LYS 17 HB1 LYS 17 2.735 0.556 8.245 84 1HG LYS 17 HG1 LYS 17 3.220 1.038 5.928 85 2HG LYS 17 HG2 LYS 17 1.693 0.095 5.772 86 1HD LYS 17 HD2 LYS 17 1.586 2.075 4.475 87 2HD LYS 17 HD1 LYS 17 0.334 2.114 5.738 88 1HE LYS 17 HE2 LYS 17 2.215 3.512 7.149 89 2HE LYS 17 HE1 LYS 17 2.916 3.554 5.487 90 1HZ LYS 17 HZ1 LYS 17 1.512 5.494 6.069 91 2HZ LYS 17 HZ2 LYS 17 0.180 4.466 6.304 92 3HZ LYS 17 HZ3 LYS 17 0.866 4.628 4.759 93 H TRP 18 HN TRP 18 -0.528 -1.707 9.938 94 HA TRP 18 HA TRP 18 -1.469 0.541 11.461 95 1HB TRP 18 HB2 TRP 18 -2.779 -1.424 10.982 96 2HB TRP 18 HB1 TRP 18 -1.735 -2.413 12.039 97 HD1 TRP 18 HD1 TRP 18 -3.726 -3.164 13.403 98 HE1 TRP 18 HE1 TRP 18 -5.677 -2.071 14.648 99 HE3 TRP 18 HE3 TRP 18 -2.543 1.808 12.707 100 HZ2 TRP 18 HZ2 TRP 18 -6.491 0.471 15.429 101 HZ3 TRP 18 HZ3 TRP 18 -4.030 3.451 13.633 102 HH2 TRP 18 HH2 TRP 18 -6.009 2.823 14.936 103 H SER 19 HN SER 19 1.225 -1.793 12.215 104 HA SER 19 HA SER 19 1.762 -0.217 14.670 105 1HB SER 19 HB1 SER 19 3.184 -2.096 15.431 106 2HB SER 19 HB2 SER 19 1.484 -2.602 15.170 107 HG SER 19 HG SER 19 3.748 -3.156 13.480 108 H SER 20 HN SER 20 3.856 1.001 14.711 109 HA SER 20 HA SER 20 4.935 1.287 12.020 110 1HB SER 20 HB1 SER 20 6.385 3.026 13.144 111 2HB SER 20 HB2 SER 20 4.618 3.250 13.347 112 HG SER 20 HG SER 20 6.311 1.991 15.241 113 H ASN 21 HN ASN 21 6.021 -0.332 11.345 114 HA ASN 21 HA ASN 21 8.451 -1.417 12.717 115 1HB ASN 21 HB1 ASN 21 6.319 -2.628 10.797 116 2HB ASN 21 HB2 ASN 21 7.868 -3.499 11.124 117 1HD2 ASN 21 HD21 ASN 21 8.102 -4.655 13.002 118 2HD2 ASN 21 HD22 ASN 21 6.782 -4.896 14.140 119 H GLY 22 HN GLY 22 6.987 -0.143 9.812 120 1HA GLY 22 HA2 GLY 22 8.151 0.580 7.946 121 2HA GLY 22 HA1 GLY 22 9.506 -0.546 8.305 122 H TYR 23 HN TYR 23 5.943 -1.265 8.211 123 HA TYR 23 HA TYR 23 6.322 -3.105 5.950 124 1HB TYR 23 HB1 TYR 23 5.218 -3.111 8.758 125 2HB TYR 23 HB2 TYR 23 4.547 -4.406 7.631 126 HD1 TYR 23 HD1 TYR 23 7.548 -4.690 6.274 127 HD2 TYR 23 HD2 TYR 23 5.813 -5.158 10.160 128 HE1 TYR 23 HE1 TYR 23 9.248 -6.285 6.824 129 HE2 TYR 23 HE2 TYR 23 7.560 -6.798 10.702 130 HH TYR 23 HH TYR 23 10.057 -7.728 8.319 131 H PHE 24 HN PHE 24 5.052 -2.538 4.371 132 HA PHE 24 HA PHE 24 2.553 -1.135 4.817 133 1HB PHE 24 HB1 PHE 24 4.671 -0.928 2.687 134 2HB PHE 24 HB2 PHE 24 3.146 0.042 2.592 135 HD1 PHE 24 HD1 PHE 24 3.634 2.271 2.987 136 HD2 PHE 24 HD2 PHE 24 6.177 -0.616 4.702 137 HE1 PHE 24 HE1 PHE 24 4.781 3.975 4.480 138 HE2 PHE 24 HE2 PHE 24 7.079 0.971 6.248 139 HZ PHE 24 HZ PHE 24 6.278 3.187 6.286 140 H TYR 25 HN TYR 25 0.833 -2.314 4.556 141 HA TYR 25 HA TYR 25 0.685 -4.216 2.394 142 1HB TYR 25 HB1 TYR 25 -1.232 -3.705 4.737 143 2HB TYR 25 HB2 TYR 25 -1.251 -5.112 3.610 144 HD1 TYR 25 HD1 TYR 25 -0.073 -7.059 4.213 145 HD2 TYR 25 HD2 TYR 25 0.894 -3.439 6.277 146 HE1 TYR 25 HE1 TYR 25 1.196 -8.301 5.890 147 HE2 TYR 25 HE2 TYR 25 2.181 -4.661 7.868 148 HH TYR 25 HH TYR 25 2.650 -6.669 8.725 149 H SER 26 HN SER 26 -1.818 -4.233 1.793 150 HA SER 26 HA SER 26 -2.245 -1.738 0.286 151 1HB SER 26 HB1 SER 26 -1.688 -3.931 -0.805 152 2HB SER 26 HB2 SER 26 -3.107 -4.613 0.075 153 HG SER 26 HG SER 26 -4.417 -3.104 -1.205 154 H GLY 27 HN GLY 27 -4.031 -0.581 0.453 155 1HA GLY 27 HA2 GLY 27 -6.346 -1.524 1.962 156 2HA GLY 27 HA1 GLY 27 -5.462 -0.034 2.411 157 H LYS 28 HN LYS 28 -8.108 -0.047 1.959 158 HA LYS 28 HA LYS 28 -8.369 1.521 -0.551 159 1HB LYS 28 HB2 LYS 28 -10.673 0.654 -0.973 160 2HB LYS 28 HB1 LYS 28 -9.282 -0.400 -1.309 161 1HG LYS 28 HG2 LYS 28 -9.677 -1.607 0.896 162 2HG LYS 28 HG1 LYS 28 -11.071 -0.535 1.229 163 1HD LYS 28 HD1 LYS 28 -12.144 -1.367 -0.935 164 2HD LYS 28 HD2 LYS 28 -10.760 -2.516 -1.112 165 1HE LYS 28 HE2 LYS 28 -11.369 -3.619 1.048 166 2HE LYS 28 HE1 LYS 28 -12.786 -2.500 1.215 167 1HZ LYS 28 HZ1 LYS 28 -13.398 -4.613 0.287 168 2HZ LYS 28 HZ2 LYS 28 -12.314 -4.421 -1.006 169 3HZ LYS 28 HZ3 LYS 28 -13.644 -3.375 -0.849 170 H ILE 29 HN ILE 29 -9.777 3.660 -0.326 171 HA ILE 29 HA ILE 29 -10.361 4.049 2.526 172 HB ILE 29 HB ILE 29 -8.765 5.384 0.996 173 1HG1 ILE 29 HG12 ILE 29 -10.719 6.849 2.850 174 2HG1 ILE 29 HG11 ILE 29 -9.373 5.809 3.428 175 1HG2 ILE 29 HG21 ILE 29 -11.429 6.856 0.469 176 2HG2 ILE 29 HG22 ILE 29 -10.628 5.803 -0.730 177 3HG2 ILE 29 HG23 ILE 29 -9.791 7.285 -0.097 178 1HD1 ILE 29 HD11 ILE 29 -7.696 7.293 2.338 179 2HD1 ILE 29 HD12 ILE 29 -8.807 8.240 3.397 180 3HD1 ILE 29 HD13 ILE 29 -9.017 8.298 1.627 181 H THR 30 HN THR 30 -12.223 5.091 3.264 182 HA THR 30 HA THR 30 -14.619 4.859 1.509 183 HB THR 30 HB THR 30 -14.688 4.834 4.554 184 HG1 THR 30 HG1 THR 30 -14.954 2.651 2.793 185 1HG2 THR 30 HG21 THR 30 -16.723 4.094 2.329 186 2HG2 THR 30 HG22 THR 30 -16.836 5.522 3.417 187 3HG2 THR 30 HG23 THR 30 -16.974 3.865 4.103 188 H ARG 31 HN ARG 31 -12.920 7.059 4.002 189 HA ARG 31 HA ARG 31 -14.172 9.324 2.706 190 1HB ARG 31 HB1 ARG 31 -14.629 8.729 5.739 191 2HB ARG 31 HB2 ARG 31 -15.065 10.251 4.886 192 1HG ARG 31 HG2 ARG 31 -16.821 8.978 3.598 193 2HG ARG 31 HG1 ARG 31 -16.353 7.493 4.509 194 1HD ARG 31 HD2 ARG 31 -18.317 8.455 5.594 195 2HD ARG 31 HD1 ARG 31 -16.865 8.633 6.684 196 HE ARG 31 HE ARG 31 -17.152 10.993 5.013 197 1HH1 ARG 31 HH11 ARG 31 -18.706 9.395 7.809 198 2HH1 ARG 31 HH12 ARG 31 -19.307 10.872 8.486 199 1HH2 ARG 31 HH21 ARG 31 -17.968 12.962 5.941 200 2HH2 ARG 31 HH22 ARG 31 -18.884 12.924 7.411 201 H ASP 32 HN ASP 32 -13.120 11.346 4.054 202 HA ASP 32 HA ASP 32 -10.389 10.653 4.939 203 1HB ASP 32 HB2 ASP 32 -10.700 12.286 3.026 204 2HB ASP 32 HB1 ASP 32 -11.589 13.379 4.134 205 H VAL 33 HN VAL 33 -9.820 11.030 7.141 206 HA VAL 33 HA VAL 33 -11.831 12.342 8.873 207 HB VAL 33 HB VAL 33 -10.659 11.092 10.811 208 1HG1 VAL 33 HG21 VAL 33 -13.034 11.051 10.201 209 2HG1 VAL 33 HG22 VAL 33 -12.455 9.407 10.656 210 3HG1 VAL 33 HG23 VAL 33 -12.704 9.822 8.924 211 1HG2 VAL 33 HG11 VAL 33 -10.409 8.736 8.869 212 2HG2 VAL 33 HG12 VAL 33 -9.671 8.902 10.438 213 3HG2 VAL 33 HG13 VAL 33 -8.972 9.779 9.114 214 H GLY 34 HN GLY 34 -11.329 14.179 9.724 215 1HA GLY 34 HA2 GLY 34 -10.380 16.160 9.861 216 2HA GLY 34 HA1 GLY 34 -9.436 15.223 11.057 217 H ALA 35 HN ALA 35 -7.389 15.859 11.143 218 HA ALA 35 HA ALA 35 -5.970 16.833 8.710 219 1HB ALA 35 HB1 ALA 35 -5.461 17.245 11.746 220 2HB ALA 35 HB2 ALA 35 -6.198 18.475 10.658 221 3HB ALA 35 HB3 ALA 35 -4.491 17.969 10.409 222 H GLY 36 HN GLY 36 -5.015 15.426 7.722 223 1HA GLY 36 HA2 GLY 36 -3.507 13.980 7.136 224 2HA GLY 36 HA1 GLY 36 -2.797 14.050 8.785 225 H LYS 37 HN LYS 37 -6.164 12.964 8.560 226 HA LYS 37 HA LYS 37 -5.249 10.176 8.796 227 1HB LYS 37 HB1 LYS 37 -7.406 9.887 10.357 228 2HB LYS 37 HB2 LYS 37 -5.831 10.253 10.890 229 1HG LYS 37 HG2 LYS 37 -6.034 11.992 11.921 230 2HG LYS 37 HG1 LYS 37 -6.869 12.847 10.637 231 1HD LYS 37 HD1 LYS 37 -9.035 11.929 11.535 232 2HD LYS 37 HD2 LYS 37 -8.154 10.661 12.438 233 1HE LYS 37 HE2 LYS 37 -9.033 12.377 13.962 234 2HE LYS 37 HE1 LYS 37 -7.215 12.417 13.985 235 1HZ LYS 37 HZ1 LYS 37 -8.979 14.259 12.466 236 2HZ LYS 37 HZ2 LYS 37 -7.281 14.276 12.478 237 3HZ LYS 37 HZ3 LYS 37 -8.144 14.607 13.904 238 H TYR 38 HN TYR 38 -6.990 8.600 8.320 239 HA TYR 38 HA TYR 38 -8.570 9.302 5.939 240 1HB TYR 38 HB1 TYR 38 -6.229 7.289 6.138 241 2HB TYR 38 HB2 TYR 38 -7.344 7.325 4.745 242 HD1 TYR 38 HD1 TYR 38 -4.379 8.611 6.159 243 HD2 TYR 38 HD2 TYR 38 -7.513 9.836 3.608 244 HE1 TYR 38 HE1 TYR 38 -2.927 10.422 5.311 245 HE2 TYR 38 HE2 TYR 38 -6.172 11.720 2.855 246 HH TYR 38 HH TYR 38 -4.361 12.959 3.151 247 H LYS 39 HN LYS 39 -10.535 7.762 5.746 248 HA LYS 39 HA LYS 39 -10.850 5.830 8.027 249 1HB LYS 39 HB1 LYS 39 -12.562 7.443 8.428 250 2HB LYS 39 HB2 LYS 39 -12.646 7.926 6.713 251 1HG LYS 39 HG1 LYS 39 -14.717 6.837 7.304 252 2HG LYS 39 HG2 LYS 39 -13.826 5.820 6.125 253 1HD LYS 39 HD2 LYS 39 -13.080 4.314 8.041 254 2HD LYS 39 HD1 LYS 39 -14.112 5.275 9.152 255 1HE LYS 39 HE2 LYS 39 -15.076 3.827 6.581 256 2HE LYS 39 HE1 LYS 39 -15.231 3.155 8.256 257 1HZ LYS 39 HZ1 LYS 39 -16.452 5.673 7.255 258 2HZ LYS 39 HZ2 LYS 39 -16.599 5.045 8.826 259 3HZ LYS 39 HZ3 LYS 39 -17.246 4.192 7.507 260 H LEU 40 HN LEU 40 -10.420 4.063 7.493 261 HA LEU 40 HA LEU 40 -10.676 3.380 4.587 262 1HB LEU 40 HB1 LEU 40 -8.325 2.884 4.489 263 2HB LEU 40 HB2 LEU 40 -8.452 4.433 5.360 264 HG LEU 40 HG LEU 40 -7.007 3.470 6.724 265 1HD1 LEU 40 HD11 LEU 40 -9.289 2.238 8.165 266 2HD1 LEU 40 HD12 LEU 40 -8.716 3.995 8.237 267 3HD1 LEU 40 HD13 LEU 40 -7.664 2.646 8.796 268 1HD2 LEU 40 HD21 LEU 40 -7.114 1.200 5.230 269 2HD2 LEU 40 HD22 LEU 40 -8.204 0.622 6.517 270 3HD2 LEU 40 HD23 LEU 40 -6.550 1.035 6.968 271 H LEU 41 HN LEU 41 -10.184 1.131 3.962 272 HA LEU 41 HA LEU 41 -10.392 -0.739 6.214 273 1HB LEU 41 HB2 LEU 41 -12.474 -0.136 5.436 274 2HB LEU 41 HB1 LEU 41 -12.156 -0.620 3.719 275 HG LEU 41 HG LEU 41 -12.125 -2.553 6.156 276 1HD1 LEU 41 HD11 LEU 41 -14.412 -1.447 5.725 277 2HD1 LEU 41 HD12 LEU 41 -14.416 -3.231 5.478 278 3HD1 LEU 41 HD13 LEU 41 -14.392 -2.122 4.056 279 1HD2 LEU 41 HD21 LEU 41 -11.094 -3.817 4.583 280 2HD2 LEU 41 HD22 LEU 41 -11.671 -2.849 3.182 281 3HD2 LEU 41 HD23 LEU 41 -12.749 -4.091 3.930 282 H PHE 42 HN PHE 42 -8.844 -2.423 6.028 283 HA PHE 42 HA PHE 42 -6.861 -2.049 3.870 284 1HB PHE 42 HB2 PHE 42 -7.262 -4.526 5.772 285 2HB PHE 42 HB1 PHE 42 -5.910 -4.497 4.564 286 HD1 PHE 42 HD1 PHE 42 -4.224 -4.786 6.002 287 HD2 PHE 42 HD2 PHE 42 -6.952 -1.604 6.984 288 HE1 PHE 42 HE1 PHE 42 -2.718 -4.004 7.768 289 HE2 PHE 42 HE2 PHE 42 -5.453 -0.889 8.710 290 HZ PHE 42 HZ PHE 42 -3.302 -2.014 9.079 291 H ASP 43 HN ASP 43 -6.400 -3.926 2.025 292 HA ASP 43 HA ASP 43 -9.009 -4.439 0.913 293 1HB ASP 43 HB2 ASP 43 -6.209 -5.218 0.092 294 2HB ASP 43 HB1 ASP 43 -7.627 -5.834 -0.838 295 H ASP 44 HN ASP 44 -7.471 -6.072 3.277 296 HA ASP 44 HA ASP 44 -8.703 -8.706 2.927 297 1HB ASP 44 HB1 ASP 44 -7.194 -9.457 4.805 298 2HB ASP 44 HB2 ASP 44 -6.350 -8.886 3.335 299 H GLY 45 HN GLY 45 -9.735 -5.733 4.372 300 1HA GLY 45 HA2 GLY 45 -11.816 -5.659 5.199 301 2HA GLY 45 HA1 GLY 45 -11.687 -7.313 5.953 302 H TYR 46 HN TYR 46 -9.076 -5.206 6.839 303 HA TYR 46 HA TYR 46 -10.307 -4.861 9.499 304 1HB TYR 46 HB1 TYR 46 -7.918 -5.765 9.225 305 2HB TYR 46 HB2 TYR 46 -7.422 -4.146 8.645 306 HD1 TYR 46 HD1 TYR 46 -7.529 -2.157 10.321 307 HD2 TYR 46 HD2 TYR 46 -8.278 -6.205 11.514 308 HE1 TYR 46 HE1 TYR 46 -7.193 -1.543 12.634 309 HE2 TYR 46 HE2 TYR 46 -7.886 -5.578 13.840 310 HH TYR 46 HH TYR 46 -7.356 -3.909 15.300 311 H GLU 47 HN GLU 47 -11.716 -3.070 9.531 312 HA GLU 47 HA GLU 47 -10.753 -0.572 8.303 313 1HB GLU 47 HB1 GLU 47 -12.756 -1.042 7.263 314 2HB GLU 47 HB2 GLU 47 -13.589 -1.634 8.648 315 1HG GLU 47 HG2 GLU 47 -12.685 1.360 8.281 316 2HG GLU 47 HG1 GLU 47 -14.127 0.690 7.412 317 H CYS 48 HN CYS 48 -10.959 1.416 9.266 318 HA CYS 48 HA CYS 48 -11.842 1.691 11.974 319 1HB CYS 48 HB1 CYS 48 -9.594 0.340 12.269 320 2HB CYS 48 HB2 CYS 48 -8.762 1.756 11.573 321 HG CYS 48 HG CYS 48 -9.093 3.337 13.503 322 H ASP 49 HN ASP 49 -10.823 4.089 12.607 323 HA ASP 49 HA ASP 49 -10.118 5.483 10.065 324 1HB ASP 49 HB2 ASP 49 -10.446 7.570 12.023 325 2HB ASP 49 HB1 ASP 49 -11.538 7.227 10.656 326 H VAL 50 HN VAL 50 -7.961 6.410 10.345 327 HA VAL 50 HA VAL 50 -6.647 6.029 12.931 328 HB VAL 50 HB VAL 50 -4.794 4.719 11.702 329 1HG1 VAL 50 HG21 VAL 50 -5.919 2.575 11.498 330 2HG1 VAL 50 HG22 VAL 50 -7.486 3.395 11.148 331 3HG1 VAL 50 HG23 VAL 50 -6.773 3.501 12.801 332 1HG2 VAL 50 HG11 VAL 50 -5.705 3.744 9.406 333 2HG2 VAL 50 HG12 VAL 50 -4.937 5.383 9.391 334 3HG2 VAL 50 HG13 VAL 50 -6.725 5.228 9.309 335 H LEU 51 HN LEU 51 -4.326 7.034 12.780 336 HA LEU 51 HA LEU 51 -4.378 9.233 10.868 337 1HB LEU 51 HB1 LEU 51 -2.701 8.665 13.317 338 2HB LEU 51 HB2 LEU 51 -1.998 9.713 12.001 339 HG LEU 51 HG LEU 51 -2.709 11.039 13.787 340 1HD1 LEU 51 HD21 LEU 51 -4.077 11.364 11.050 341 2HD1 LEU 51 HD22 LEU 51 -2.462 11.903 11.512 342 3HD1 LEU 51 HD23 LEU 51 -3.907 12.689 12.259 343 1HD2 LEU 51 HD11 LEU 51 -4.631 9.777 14.664 344 2HD2 LEU 51 HD12 LEU 51 -5.588 10.146 13.182 345 3HD2 LEU 51 HD13 LEU 51 -5.072 11.481 14.274 346 H GLY 52 HN GLY 52 -2.824 10.011 9.609 347 1HA GLY 52 HA2 GLY 52 -3.173 8.186 7.680 348 2HA GLY 52 HA1 GLY 52 -2.296 9.724 7.504 349 H LYS 53 HN LYS 53 -0.018 9.268 9.097 350 HA LYS 53 HA LYS 53 1.791 8.089 7.372 351 1HB LYS 53 HB1 LYS 53 3.421 8.564 9.034 352 2HB LYS 53 HB2 LYS 53 2.203 9.863 9.074 353 1HG LYS 53 HG1 LYS 53 2.635 7.604 11.132 354 2HG LYS 53 HG2 LYS 53 2.971 9.346 11.336 355 1HD LYS 53 HD2 LYS 53 0.544 9.864 11.428 356 2HD LYS 53 HD1 LYS 53 0.143 8.160 10.983 357 1HE LYS 53 HE2 LYS 53 -0.220 8.375 13.360 358 2HE LYS 53 HE1 LYS 53 1.200 7.311 13.079 359 1HZ LYS 53 HZ1 LYS 53 2.635 9.199 13.531 360 2HZ LYS 53 HZ2 LYS 53 1.589 8.891 14.834 361 3HZ LYS 53 HZ3 LYS 53 1.290 10.202 13.795 362 H ASP 54 HN ASP 54 -0.422 6.359 9.069 363 HA ASP 54 HA ASP 54 0.902 3.786 9.361 364 1HB ASP 54 HB1 ASP 54 -1.615 4.841 10.837 365 2HB ASP 54 HB2 ASP 54 -1.022 3.148 10.898 366 H ILE 55 HN ILE 55 -2.362 5.356 8.503 367 HA ILE 55 HA ILE 55 -2.293 3.614 6.150 368 HB ILE 55 HB ILE 55 -4.868 3.746 7.641 369 1HG1 ILE 55 HG11 ILE 55 -4.704 1.323 7.943 370 2HG1 ILE 55 HG12 ILE 55 -3.009 1.296 7.429 371 1HG2 ILE 55 HG21 ILE 55 -3.817 2.755 4.967 372 2HG2 ILE 55 HG22 ILE 55 -5.399 3.450 5.390 373 3HG2 ILE 55 HG23 ILE 55 -4.970 1.733 5.784 374 1HD1 ILE 55 HD11 ILE 55 -3.547 2.986 9.851 375 2HD1 ILE 55 HD12 ILE 55 -2.208 1.832 9.470 376 3HD1 ILE 55 HD13 ILE 55 -3.797 1.207 10.022 377 H LEU 56 HN LEU 56 -1.997 4.924 4.499 378 HA LEU 56 HA LEU 56 -3.704 7.184 4.055 379 1HB LEU 56 HB2 LEU 56 -2.011 8.905 3.743 380 2HB LEU 56 HB1 LEU 56 -1.969 8.130 5.291 381 HG LEU 56 HG LEU 56 -0.070 6.698 4.646 382 1HD1 LEU 56 HD21 LEU 56 -0.039 8.248 1.955 383 2HD1 LEU 56 HD22 LEU 56 -0.248 6.502 2.148 384 3HD1 LEU 56 HD23 LEU 56 1.287 7.196 2.525 385 1HD2 LEU 56 HD11 LEU 56 1.474 8.375 5.114 386 2HD2 LEU 56 HD12 LEU 56 -0.046 9.243 5.528 387 3HD2 LEU 56 HD13 LEU 56 0.733 9.531 3.967 388 H LEU 57 HN LEU 57 -3.537 8.697 2.176 389 HA LEU 57 HA LEU 57 -4.004 7.541 -0.221 390 1HB LEU 57 HB1 LEU 57 -4.009 9.914 -0.922 391 2HB LEU 57 HB2 LEU 57 -4.669 9.800 0.734 392 HG LEU 57 HG LEU 57 -3.566 11.703 0.892 393 1HD1 LEU 57 HD21 LEU 57 -2.425 10.419 2.560 394 2HD1 LEU 57 HD22 LEU 57 -1.222 11.543 1.819 395 3HD1 LEU 57 HD23 LEU 57 -1.222 9.802 1.380 396 1HD2 LEU 57 HD11 LEU 57 -1.377 10.922 -1.121 397 2HD2 LEU 57 HD12 LEU 57 -1.666 12.529 -0.378 398 3HD2 LEU 57 HD13 LEU 57 -2.880 11.815 -1.502 399 H CYS 58 HN CYS 58 -2.904 6.210 -1.245 400 HA CYS 58 HA CYS 58 -0.275 6.882 -2.077 401 1HB CYS 58 HB2 CYS 58 -1.153 5.125 -0.045 402 2HB CYS 58 HB1 CYS 58 -0.902 4.030 -1.406 403 HG CYS 58 HG CYS 58 1.265 4.203 0.159 404 H ASP 59 HN ASP 59 0.345 5.332 -3.458 405 HA ASP 59 HA ASP 59 -1.422 4.892 -5.795 406 1HB ASP 59 HB2 ASP 59 1.205 5.959 -6.023 407 2HB ASP 59 HB1 ASP 59 1.433 4.231 -6.512 408 HA PRO 60 HA PRO 60 0.635 3.632 -2.591 409 1HB PRO 60 HB2 PRO 60 2.415 1.165 -2.399 410 2HB PRO 60 HB1 PRO 60 1.313 1.885 -1.201 411 1HG PRO 60 HG2 PRO 60 0.648 -0.454 -2.529 412 2HG PRO 60 HG1 PRO 60 -0.586 0.771 -2.039 413 1HD PRO 60 HD1 PRO 60 0.690 0.441 -4.815 414 2HD PRO 60 HD2 PRO 60 -1.058 0.620 -4.348 415 H ILE 61 HN ILE 61 3.274 1.823 -4.230 416 HA ILE 61 HA ILE 61 4.626 4.423 -4.070 417 HB ILE 61 HB ILE 61 5.084 1.840 -2.844 418 1HG1 ILE 61 HG12 ILE 61 5.987 4.755 -2.675 419 2HG1 ILE 61 HG11 ILE 61 4.889 3.843 -1.613 420 1HG2 ILE 61 HG21 ILE 61 7.461 1.639 -3.119 421 2HG2 ILE 61 HG22 ILE 61 7.556 3.116 -4.135 422 3HG2 ILE 61 HG23 ILE 61 6.810 1.570 -4.796 423 1HD1 ILE 61 HD11 ILE 61 6.921 4.128 -0.481 424 2HD1 ILE 61 HD12 ILE 61 7.918 3.841 -1.984 425 3HD1 ILE 61 HD13 ILE 61 7.112 2.446 -1.110 426 HA PRO 62 HA PRO 62 5.222 5.263 -7.966 427 1HB PRO 62 HB2 PRO 62 8.302 4.785 -8.006 428 2HB PRO 62 HB1 PRO 62 7.367 6.329 -8.282 429 1HG PRO 62 HG1 PRO 62 8.570 5.006 -5.808 430 2HG PRO 62 HG2 PRO 62 8.086 6.744 -6.049 431 1HD PRO 62 HD2 PRO 62 6.749 5.054 -4.460 432 2HD PRO 62 HD1 PRO 62 5.812 6.176 -5.562 433 H LEU 63 HN LEU 63 4.294 4.013 -9.470 434 HA LEU 63 HA LEU 63 4.371 1.556 -10.116 435 1HB LEU 63 HB1 LEU 63 3.672 4.128 -11.554 436 2HB LEU 63 HB2 LEU 63 3.284 2.590 -12.393 437 HG LEU 63 HG LEU 63 2.459 2.749 -9.482 438 1HD1 LEU 63 HD21 LEU 63 0.268 3.838 -10.261 439 2HD1 LEU 63 HD22 LEU 63 1.161 4.424 -11.714 440 3HD1 LEU 63 HD23 LEU 63 1.673 4.928 -10.043 441 1HD2 LEU 63 HD11 LEU 63 2.183 0.698 -10.860 442 2HD2 LEU 63 HD12 LEU 63 1.244 1.610 -12.077 443 3HD2 LEU 63 HD13 LEU 63 0.576 1.378 -10.416 444 H ASP 64 HN ASP 64 7.196 2.288 -10.421 445 HA ASP 64 HA ASP 64 7.775 0.059 -12.067 446 1HB ASP 64 HB2 ASP 64 7.309 1.637 -13.709 447 2HB ASP 64 HB1 ASP 64 8.623 2.763 -13.175 448 H THR 65 HN THR 65 7.943 0.206 -9.582 449 HA THR 65 HA THR 65 10.573 1.018 -8.697 450 HB THR 65 HB THR 65 7.984 1.232 -7.120 451 HG1 THR 65 HG1 THR 65 8.557 2.990 -8.071 452 1HG2 THR 65 HG21 THR 65 10.833 1.188 -5.939 453 2HG2 THR 65 HG22 THR 65 9.400 0.189 -5.435 454 3HG2 THR 65 HG23 THR 65 9.420 1.952 -5.147 455 H GLU 66 HN GLU 66 11.669 -0.222 -8.026 456 HA GLU 66 HA GLU 66 11.328 -2.996 -7.487 457 1HB GLU 66 HB2 GLU 66 13.528 -1.891 -8.008 458 2HB GLU 66 HB1 GLU 66 13.440 -1.047 -6.439 459 1HG GLU 66 HG2 GLU 66 14.993 -2.788 -6.126 460 2HG GLU 66 HG1 GLU 66 13.512 -3.349 -5.276 461 H VAL 67 HN VAL 67 9.652 -3.336 -6.187 462 HA VAL 67 HA VAL 67 9.440 -2.766 -3.283 463 HB VAL 67 HB VAL 67 6.953 -3.723 -3.724 464 1HG1 VAL 67 HG11 VAL 67 6.245 -1.414 -3.400 465 2HG1 VAL 67 HG12 VAL 67 7.939 -0.834 -3.795 466 3HG1 VAL 67 HG13 VAL 67 7.618 -1.931 -2.374 467 1HG2 VAL 67 HG21 VAL 67 7.316 -1.776 -6.048 468 2HG2 VAL 67 HG22 VAL 67 5.933 -2.845 -5.640 469 3HG2 VAL 67 HG23 VAL 67 7.426 -3.580 -6.340 470 H THR 68 HN THR 68 7.964 -4.573 -2.293 471 HA THR 68 HA THR 68 9.544 -6.989 -3.064 472 HB THR 68 HB THR 68 10.404 -5.959 -1.070 473 HG1 THR 68 HG1 THR 68 10.248 -8.427 -1.532 474 1HG2 THR 68 HG21 THR 68 7.863 -5.395 -0.543 475 2HG2 THR 68 HG22 THR 68 9.008 -5.747 0.851 476 3HG2 THR 68 HG23 THR 68 7.906 -7.050 0.270 477 H ALA 69 HN ALA 69 8.792 -9.025 -3.079 478 HA ALA 69 HA ALA 69 5.831 -9.165 -3.130 479 1HB ALA 69 HB1 ALA 69 6.421 -11.208 -4.718 480 2HB ALA 69 HB2 ALA 69 8.116 -10.617 -4.676 481 3HB ALA 69 HB3 ALA 69 6.842 -9.585 -5.374 482 H LEU 70 HN LEU 70 4.975 -10.352 -1.591 483 HA LEU 70 HA LEU 70 6.794 -11.324 0.415 484 1HB LEU 70 HB2 LEU 70 4.730 -9.799 0.571 485 2HB LEU 70 HB1 LEU 70 3.829 -11.309 0.768 486 HG LEU 70 HG LEU 70 4.510 -10.015 2.846 487 1HD1 LEU 70 HD11 LEU 70 5.579 -12.883 2.822 488 2HD1 LEU 70 HD12 LEU 70 3.824 -12.402 2.861 489 3HD1 LEU 70 HD13 LEU 70 4.942 -11.950 4.224 490 1HD2 LEU 70 HD21 LEU 70 7.347 -11.176 2.507 491 2HD2 LEU 70 HD22 LEU 70 6.709 -10.224 3.885 492 3HD2 LEU 70 HD23 LEU 70 6.942 -9.441 2.282 493 H SER 71 HN SER 71 7.459 -12.981 0.728 494 HA SER 71 HA SER 71 6.371 -15.628 0.616 495 1HB SER 71 HB1 SER 71 8.978 -14.685 -0.754 496 2HB SER 71 HB2 SER 71 8.777 -16.383 -0.181 497 HG SER 71 HG SER 71 7.031 -15.077 -2.002 498 H GLU 72 HN GLU 72 7.974 -16.887 2.061 499 HA GLU 72 HA GLU 72 8.111 -16.209 4.595 500 1HB GLU 72 HB1 GLU 72 10.542 -17.745 3.859 501 2HB GLU 72 HB2 GLU 72 9.025 -18.335 4.632 502 1HG GLU 72 HG2 GLU 72 9.588 -17.785 1.640 503 2HG GLU 72 HG1 GLU 72 9.975 -19.327 2.512 504 H ASP 73 HN ASP 73 9.989 -16.229 6.097 505 HA ASP 73 HA ASP 73 10.926 -13.745 6.359 506 1HB ASP 73 HB2 ASP 73 12.159 -16.203 7.722 507 2HB ASP 73 HB1 ASP 73 12.259 -14.511 8.348 508 H GLU 74 HN GLU 74 13.237 -16.266 5.319 509 HA GLU 74 HA GLU 74 15.163 -14.142 4.587 510 1HB GLU 74 HB2 GLU 74 16.941 -15.803 4.802 511 2HB GLU 74 HB1 GLU 74 16.022 -15.619 6.328 512 1HG GLU 74 HG2 GLU 74 14.733 -17.724 5.839 513 2HG GLU 74 HG1 GLU 74 15.697 -17.956 4.331 514 H TYR 75 HN TYR 75 12.729 -15.541 3.110 515 HA TYR 75 HA TYR 75 14.178 -16.467 0.689 516 1HB TYR 75 HB2 TYR 75 11.422 -17.058 1.859 517 2HB TYR 75 HB1 TYR 75 11.921 -17.636 0.220 518 HD1 TYR 75 HD1 TYR 75 13.408 -19.397 -0.036 519 HD2 TYR 75 HD2 TYR 75 12.619 -17.950 3.902 520 HE1 TYR 75 HE1 TYR 75 14.500 -21.380 0.895 521 HE2 TYR 75 HE2 TYR 75 13.683 -19.974 4.837 522 HH TYR 75 HH TYR 75 15.180 -22.436 2.750 523 H PHE 76 HN PHE 76 11.543 -14.384 1.858 524 HA PHE 76 HA PHE 76 10.699 -13.372 -0.571 525 1HB PHE 76 HB2 PHE 76 9.582 -11.586 0.442 526 2HB PHE 76 HB1 PHE 76 9.790 -12.818 1.728 527 HD1 PHE 76 HD1 PHE 76 12.232 -12.436 3.067 528 HD2 PHE 76 HD2 PHE 76 9.634 -9.537 1.325 529 HE1 PHE 76 HE1 PHE 76 13.066 -10.752 4.630 530 HE2 PHE 76 HE2 PHE 76 10.449 -7.857 2.894 531 HZ PHE 76 HZ PHE 76 12.189 -8.452 4.560 532 H SER 77 HN SER 77 10.865 -11.583 -1.916 533 HA SER 77 HA SER 77 13.525 -10.327 -2.114 534 1HB SER 77 HB1 SER 77 13.728 -11.107 -4.529 535 2HB SER 77 HB2 SER 77 13.852 -12.412 -3.308 536 HG SER 77 HG SER 77 11.885 -13.129 -3.820 537 H ALA 78 HN ALA 78 13.713 -8.713 -3.858 538 HA ALA 78 HA ALA 78 11.175 -7.359 -4.305 539 1HB ALA 78 HB1 ALA 78 12.581 -5.886 -2.990 540 2HB ALA 78 HB2 ALA 78 12.290 -5.173 -4.570 541 3HB ALA 78 HB3 ALA 78 13.880 -5.974 -4.242 542 H GLY 79 HN GLY 79 10.517 -6.385 -6.005 543 1HA GLY 79 HA2 GLY 79 11.596 -7.066 -8.628 544 2HA GLY 79 HA1 GLY 79 9.875 -7.711 -8.153 545 H VAL 80 HN VAL 80 9.245 -6.223 -9.998 546 HA VAL 80 HA VAL 80 9.248 -3.392 -8.984 547 HB VAL 80 HB VAL 80 9.545 -4.858 -11.594 548 1HG1 VAL 80 HG11 VAL 80 9.374 -2.625 -12.821 549 2HG1 VAL 80 HG12 VAL 80 8.695 -1.871 -11.335 550 3HG1 VAL 80 HG13 VAL 80 7.777 -3.161 -12.206 551 1HG2 VAL 80 HG21 VAL 80 11.491 -3.320 -11.716 552 2HG2 VAL 80 HG22 VAL 80 11.441 -4.198 -10.119 553 3HG2 VAL 80 HG23 VAL 80 10.900 -2.454 -10.243 554 H VAL 81 HN VAL 81 7.483 -2.300 -8.489 555 HA VAL 81 HA VAL 81 4.910 -3.519 -9.215 556 HB VAL 81 HB VAL 81 5.003 -2.000 -7.144 557 1HG1 VAL 81 HG21 VAL 81 5.767 0.279 -9.156 558 2HG1 VAL 81 HG22 VAL 81 6.723 -0.314 -7.746 559 3HG1 VAL 81 HG23 VAL 81 5.121 0.523 -7.501 560 1HG2 VAL 81 HG11 VAL 81 3.130 -0.574 -7.500 561 2HG2 VAL 81 HG12 VAL 81 2.865 -2.076 -8.498 562 3HG2 VAL 81 HG13 VAL 81 3.431 -0.525 -9.293 563 H LYS 82 HN LYS 82 3.770 -3.109 -11.096 564 HA LYS 82 HA LYS 82 4.937 -1.042 -12.872 565 1HB LYS 82 HB2 LYS 82 5.341 -3.609 -13.269 566 2HB LYS 82 HB1 LYS 82 3.641 -3.609 -13.844 567 1HG LYS 82 HG2 LYS 82 4.283 -1.906 -15.596 568 2HG LYS 82 HG1 LYS 82 5.936 -1.806 -14.894 569 1HD LYS 82 HD2 LYS 82 6.251 -4.282 -15.371 570 2HD LYS 82 HD1 LYS 82 4.655 -4.306 -16.192 571 1HE LYS 82 HE2 LYS 82 7.088 -2.573 -17.032 572 2HE LYS 82 HE1 LYS 82 6.559 -4.114 -17.821 573 1HZ LYS 82 HZ1 LYS 82 4.474 -3.062 -18.366 574 2HZ LYS 82 HZ2 LYS 82 5.785 -2.186 -18.995 575 3HZ LYS 82 HZ3 LYS 82 4.962 -1.614 -17.623 576 H GLY 83 HN GLY 83 1.898 -2.608 -11.699 577 1HA GLY 83 HA2 GLY 83 0.307 -0.363 -12.398 578 2HA GLY 83 HA1 GLY 83 0.114 -1.769 -13.518 579 H HIS 84 HN HIS 84 -1.955 -0.600 -11.625 580 HA HIS 84 HA HIS 84 -2.732 -3.108 -10.637 581 1HB HIS 84 HB1 HIS 84 -3.074 -2.126 -8.116 582 2HB HIS 84 HB2 HIS 84 -1.553 -2.855 -8.671 583 HD1 HIS 84 HD1 HIS 84 -2.487 0.963 -8.892 584 HD2 HIS 84 HD2 HIS 84 0.449 -1.765 -7.643 585 HE1 HIS 84 HE1 HIS 84 -0.358 2.283 -8.176 586 H ARG 85 HN ARG 85 -4.687 -3.582 -9.561 587 HA ARG 85 HA ARG 85 -6.759 -1.696 -10.441 588 1HB ARG 85 HB2 ARG 85 -7.745 -3.331 -11.892 589 2HB ARG 85 HB1 ARG 85 -6.000 -3.527 -12.259 590 1HG ARG 85 HG1 ARG 85 -6.287 -5.738 -11.926 591 2HG ARG 85 HG2 ARG 85 -6.367 -5.397 -10.166 592 1HD ARG 85 HD2 ARG 85 -8.254 -6.749 -10.582 593 2HD ARG 85 HD1 ARG 85 -8.913 -5.090 -10.396 594 HE ARG 85 HE ARG 85 -8.472 -6.560 -13.032 595 1HH1 ARG 85 HH11 ARG 85 -10.246 -4.041 -11.202 596 2HH1 ARG 85 HH12 ARG 85 -11.374 -3.739 -12.482 597 1HH2 ARG 85 HH21 ARG 85 -9.996 -6.138 -14.709 598 2HH2 ARG 85 HH22 ARG 85 -11.232 -4.943 -14.493 599 H LYS 86 HN LYS 86 -8.848 -2.272 -9.293 600 HA LYS 86 HA LYS 86 -8.631 -4.613 -7.575 601 1HB LYS 86 HB2 LYS 86 -9.335 -3.518 -5.561 602 2HB LYS 86 HB1 LYS 86 -7.810 -2.834 -6.233 603 1HG LYS 86 HG2 LYS 86 -9.045 -0.846 -7.093 604 2HG LYS 86 HG1 LYS 86 -10.574 -1.436 -6.361 605 1HD LYS 86 HD2 LYS 86 -9.572 -1.279 -4.080 606 2HD LYS 86 HD1 LYS 86 -7.962 -0.937 -4.799 607 1HE LYS 86 HE2 LYS 86 -8.842 1.224 -5.756 608 2HE LYS 86 HE1 LYS 86 -10.442 0.907 -4.963 609 1HZ LYS 86 HZ1 LYS 86 -7.819 1.208 -3.592 610 2HZ LYS 86 HZ2 LYS 86 -9.309 0.901 -2.838 611 3HZ LYS 86 HZ3 LYS 86 -9.061 2.363 -3.667 612 H GLU 87 HN GLU 87 -10.532 -5.718 -7.414 613 HA GLU 87 HA GLU 87 -12.916 -4.496 -8.703 614 1HB GLU 87 HB2 GLU 87 -11.518 -6.057 -10.202 615 2HB GLU 87 HB1 GLU 87 -12.039 -7.416 -9.178 616 1HG GLU 87 HG2 GLU 87 -13.937 -5.459 -10.666 617 2HG GLU 87 HG1 GLU 87 -13.293 -6.978 -11.382 618 H SER 88 HN SER 88 -14.963 -5.620 -7.786 619 HA SER 88 HA SER 88 -14.881 -5.686 -4.979 620 1HB SER 88 HB2 SER 88 -16.820 -4.993 -6.488 621 2HB SER 88 HB1 SER 88 -17.221 -6.735 -6.657 622 HG SER 88 HG SER 88 -18.389 -5.784 -4.943 623 H GLY 89 HN GLY 89 -13.278 -7.263 -4.461 624 1HA GLY 89 HA2 GLY 89 -13.253 -9.229 -3.111 625 2HA GLY 89 HA1 GLY 89 -14.199 -10.090 -4.370 626 H GLU 90 HN GLU 90 -11.781 -8.080 -5.967 627 HA GLU 90 HA GLU 90 -9.841 -10.247 -5.973 628 1HB GLU 90 HB2 GLU 90 -10.662 -8.534 -8.409 629 2HB GLU 90 HB1 GLU 90 -9.629 -9.965 -8.335 630 1HG GLU 90 HG2 GLU 90 -12.678 -9.866 -7.918 631 2HG GLU 90 HG1 GLU 90 -11.845 -10.285 -9.451 632 H LEU 91 HN LEU 91 -7.710 -9.317 -5.823 633 HA LEU 91 HA LEU 91 -7.553 -6.398 -6.217 634 1HB LEU 91 HB2 LEU 91 -7.569 -7.377 -3.681 635 2HB LEU 91 HB1 LEU 91 -5.938 -8.036 -4.068 636 HG LEU 91 HG LEU 91 -5.957 -5.868 -2.829 637 1HD1 LEU 91 HD11 LEU 91 -4.228 -4.762 -3.928 638 2HD1 LEU 91 HD12 LEU 91 -4.900 -5.042 -5.582 639 3HD1 LEU 91 HD13 LEU 91 -4.104 -6.380 -4.694 640 1HD2 LEU 91 HD21 LEU 91 -7.147 -4.556 -5.316 641 2HD2 LEU 91 HD22 LEU 91 -6.720 -3.743 -3.790 642 3HD2 LEU 91 HD23 LEU 91 -8.098 -4.922 -3.814 643 H TYR 92 HN TYR 92 -5.832 -6.160 -7.946 644 HA TYR 92 HA TYR 92 -3.675 -7.963 -7.303 645 1HB TYR 92 HB1 TYR 92 -3.472 -9.050 -9.687 646 2HB TYR 92 HB2 TYR 92 -4.502 -9.762 -8.437 647 HD1 TYR 92 HD1 TYR 92 -6.883 -10.006 -8.707 648 HD2 TYR 92 HD2 TYR 92 -4.620 -7.773 -11.512 649 HE1 TYR 92 HE1 TYR 92 -8.753 -10.092 -10.323 650 HE2 TYR 92 HE2 TYR 92 -6.350 -8.048 -13.186 651 HH TYR 92 HH TYR 92 -8.350 -8.887 -13.632 652 H TYR 93 HN TYR 93 -1.783 -7.375 -7.595 653 HA TYR 93 HA TYR 93 -1.326 -4.959 -9.198 654 1HB TYR 93 HB2 TYR 93 0.399 -6.072 -6.944 655 2HB TYR 93 HB1 TYR 93 0.794 -4.653 -7.993 656 HD1 TYR 93 HD1 TYR 93 -2.663 -4.571 -6.698 657 HD2 TYR 93 HD2 TYR 93 1.421 -3.536 -5.866 658 HE1 TYR 93 HE1 TYR 93 -3.370 -3.119 -4.905 659 HE2 TYR 93 HE2 TYR 93 0.669 -2.251 -3.963 660 HH TYR 93 HH TYR 93 -2.472 -2.411 -2.622 661 H SER 94 HN SER 94 0.118 -5.165 -10.976 662 HA SER 94 HA SER 94 1.065 -7.884 -11.606 663 1HB SER 94 HB2 SER 94 1.688 -6.857 -13.896 664 2HB SER 94 HB1 SER 94 -0.044 -6.982 -13.508 665 HG SER 94 HG SER 94 1.551 -4.621 -13.419 666 H ILE 95 HN ILE 95 2.730 -8.301 -10.424 667 HA ILE 95 HA ILE 95 4.841 -6.276 -9.945 668 HB ILE 95 HB ILE 95 4.191 -8.913 -8.560 669 1HG1 ILE 95 HG12 ILE 95 2.300 -7.428 -8.283 670 2HG1 ILE 95 HG11 ILE 95 3.307 -7.469 -6.835 671 1HG2 ILE 95 HG21 ILE 95 6.518 -8.291 -7.944 672 2HG2 ILE 95 HG22 ILE 95 5.412 -7.657 -6.637 673 3HG2 ILE 95 HG23 ILE 95 6.079 -6.541 -7.847 674 1HD1 ILE 95 HD11 ILE 95 4.389 -5.226 -7.592 675 2HD1 ILE 95 HD12 ILE 95 2.675 -5.137 -7.121 676 3HD1 ILE 95 HD13 ILE 95 3.122 -5.129 -8.864 677 H GLU 96 HN GLU 96 6.596 -6.312 -11.061 678 HA GLU 96 HA GLU 96 6.963 -8.651 -12.857 679 1HB GLU 96 HB2 GLU 96 7.011 -6.416 -13.860 680 2HB GLU 96 HB1 GLU 96 8.399 -5.947 -12.826 681 1HG GLU 96 HG2 GLU 96 9.791 -7.798 -13.983 682 2HG GLU 96 HG1 GLU 96 8.402 -8.044 -15.097 683 H LYS 97 HN LYS 97 7.891 -10.346 -12.157 684 HA LYS 97 HA LYS 97 10.374 -9.959 -10.461 685 1HB LYS 97 HB1 LYS 97 8.368 -9.940 -8.930 686 2HB LYS 97 HB2 LYS 97 7.860 -11.457 -9.782 687 1HG LYS 97 HG2 LYS 97 9.426 -12.785 -8.625 688 2HG LYS 97 HG1 LYS 97 10.527 -11.408 -8.222 689 1HD LYS 97 HD2 LYS 97 9.409 -11.158 -6.233 690 2HD LYS 97 HD1 LYS 97 7.800 -11.271 -7.035 691 1HE LYS 97 HE2 LYS 97 8.052 -13.157 -5.445 692 2HE LYS 97 HE1 LYS 97 8.034 -13.782 -7.148 693 1HZ LYS 97 HZ1 LYS 97 10.419 -13.919 -7.074 694 2HZ LYS 97 HZ2 LYS 97 9.722 -14.820 -5.816 695 3HZ LYS 97 HZ3 LYS 97 10.453 -13.323 -5.485 696 H GLU 98 HN GLU 98 11.900 -11.351 -10.876 697 HA GLU 98 HA GLU 98 13.081 -13.037 -11.593 698 1HB GLU 98 HB2 GLU 98 10.457 -14.622 -11.802 699 2HB GLU 98 HB1 GLU 98 12.151 -15.310 -12.124 700 1HG GLU 98 HG2 GLU 98 12.872 -14.906 -9.930 701 2HG GLU 98 HG1 GLU 98 11.335 -14.079 -9.442 702 H GLY 99 HN GLY 99 11.141 -11.220 -13.128 703 1HA GLY 99 HA2 GLY 99 11.849 -10.139 -15.179 704 2HA GLY 99 HA1 GLY 99 12.175 -11.754 -15.899 705 H GLN 100 HN GLN 100 9.519 -12.457 -14.315 706 HA GLN 100 HA GLN 100 7.667 -11.508 -16.383 707 1HB GLN 100 HB2 GLN 100 6.484 -13.748 -16.254 708 2HB GLN 100 HB1 GLN 100 8.155 -13.804 -16.881 709 1HG GLN 100 HG2 GLN 100 8.005 -15.709 -15.565 710 2HG GLN 100 HG1 GLN 100 8.952 -14.591 -14.541 711 1HE2 GLN 100 HE21 GLN 100 7.951 -13.800 -12.559 712 2HE2 GLN 100 HE22 GLN 100 6.438 -14.549 -11.992 713 H ARG 101 HN ARG 101 5.306 -11.629 -15.879 714 HA ARG 101 HA ARG 101 5.144 -10.020 -13.480 715 1HB ARG 101 HB2 ARG 101 2.869 -10.512 -15.510 716 2HB ARG 101 HB1 ARG 101 3.091 -9.133 -14.371 717 1HG ARG 101 HG1 ARG 101 4.698 -9.726 -16.927 718 2HG ARG 101 HG2 ARG 101 3.444 -8.463 -16.684 719 1HD ARG 101 HD2 ARG 101 4.896 -7.339 -14.955 720 2HD ARG 101 HD1 ARG 101 6.187 -8.569 -15.231 721 HE ARG 101 HE ARG 101 5.431 -6.291 -16.976 722 1HH1 ARG 101 HH11 ARG 101 7.040 -9.491 -16.946 723 2HH1 ARG 101 HH12 ARG 101 7.974 -9.172 -18.371 724 1HH2 ARG 101 HH21 ARG 101 6.693 -5.898 -18.878 725 2HH2 ARG 101 HH22 ARG 101 7.774 -7.112 -19.480 726 H LYS 102 HN LYS 102 4.422 -10.518 -11.659 727 HA LYS 102 HA LYS 102 2.720 -12.983 -11.354 728 1HB LYS 102 HB1 LYS 102 4.668 -11.577 -9.500 729 2HB LYS 102 HB2 LYS 102 3.297 -12.454 -8.741 730 1HG LYS 102 HG2 LYS 102 4.003 -14.521 -9.356 731 2HG LYS 102 HG1 LYS 102 4.657 -14.010 -10.942 732 1HD LYS 102 HD1 LYS 102 6.758 -13.307 -10.046 733 2HD LYS 102 HD2 LYS 102 6.144 -13.320 -8.357 734 1HE LYS 102 HE1 LYS 102 6.511 -15.814 -10.168 735 2HE LYS 102 HE2 LYS 102 7.666 -15.261 -8.889 736 1HZ LYS 102 HZ1 LYS 102 4.846 -16.094 -8.460 737 2HZ LYS 102 HZ2 LYS 102 5.927 -15.565 -7.262 738 3HZ LYS 102 HZ3 LYS 102 6.239 -17.003 -8.113 739 H TRP 103 HN TRP 103 0.548 -12.602 -11.241 740 HA TRP 103 HA TRP 103 -0.285 -9.891 -10.464 741 1HB TRP 103 HB2 TRP 103 -1.816 -12.297 -11.633 742 2HB TRP 103 HB1 TRP 103 -2.640 -10.834 -11.006 743 HD1 TRP 103 HD1 TRP 103 -1.140 -12.049 -14.254 744 HE1 TRP 103 HE1 TRP 103 -1.581 -10.191 -15.993 745 HE3 TRP 103 HE3 TRP 103 -2.134 -8.240 -11.081 746 HZ2 TRP 103 HZ2 TRP 103 -2.498 -7.488 -15.958 747 HZ3 TRP 103 HZ3 TRP 103 -2.831 -6.057 -11.973 748 HH2 TRP 103 HH2 TRP 103 -3.012 -5.700 -14.389 749 H TYR 104 HN TYR 104 -0.111 -9.637 -8.508 750 HA TYR 104 HA TYR 104 -0.783 -11.678 -6.362 751 1HB TYR 104 HB1 TYR 104 1.367 -9.504 -6.669 752 2HB TYR 104 HB2 TYR 104 0.893 -10.157 -5.046 753 HD1 TYR 104 HD1 TYR 104 3.547 -10.066 -6.669 754 HD2 TYR 104 HD2 TYR 104 0.779 -13.102 -5.541 755 HE1 TYR 104 HE1 TYR 104 5.376 -11.662 -6.516 756 HE2 TYR 104 HE2 TYR 104 2.633 -14.656 -5.216 757 HH TYR 104 HH TYR 104 5.896 -13.955 -6.225 758 H LYS 105 HN LYS 105 -2.584 -11.095 -5.144 759 HA LYS 105 HA LYS 105 -3.629 -8.594 -5.107 760 1HB LYS 105 HB1 LYS 105 -4.997 -9.743 -3.274 761 2HB LYS 105 HB2 LYS 105 -4.815 -10.763 -4.712 762 1HG LYS 105 HG2 LYS 105 -2.961 -12.052 -3.592 763 2HG LYS 105 HG1 LYS 105 -3.141 -11.040 -2.127 764 1HD LYS 105 HD1 LYS 105 -5.519 -11.778 -1.894 765 2HD LYS 105 HD2 LYS 105 -5.337 -12.820 -3.349 766 1HE LYS 105 HE2 LYS 105 -3.711 -13.097 -0.721 767 2HE LYS 105 HE1 LYS 105 -5.121 -14.125 -1.203 768 1HZ LYS 105 HZ1 LYS 105 -2.549 -13.877 -2.674 769 2HZ LYS 105 HZ2 LYS 105 -3.871 -14.846 -3.119 770 3HZ LYS 105 HZ3 LYS 105 -3.028 -15.170 -1.681 771 H ARG 106 HN ARG 106 -4.104 -7.654 -3.070 772 HA ARG 106 HA ARG 106 -2.602 -5.852 -2.089 773 1HB ARG 106 HB2 ARG 106 -3.966 -6.552 0.279 774 2HB ARG 106 HB1 ARG 106 -4.783 -6.041 -1.188 775 1HG ARG 106 HG2 ARG 106 -5.577 -8.165 -1.736 776 2HG ARG 106 HG1 ARG 106 -4.259 -9.050 -0.906 777 1HD ARG 106 HD2 ARG 106 -5.193 -8.474 1.312 778 2HD ARG 106 HD1 ARG 106 -6.541 -7.611 0.491 779 HE ARG 106 HE ARG 106 -6.182 -10.517 0.784 780 1HH1 ARG 106 HH11 ARG 106 -7.759 -8.047 -1.282 781 2HH1 ARG 106 HH12 ARG 106 -8.957 -9.146 -1.882 782 1HH2 ARG 106 HH21 ARG 106 -7.795 -11.945 -0.034 783 2HH2 ARG 106 HH22 ARG 106 -8.980 -11.378 -1.164 784 H MET 107 HN MET 107 -2.799 -8.686 -0.086 785 HA MET 107 HA MET 107 -0.655 -8.088 1.666 786 1HB MET 107 HB1 MET 107 -1.619 -9.990 2.858 787 2HB MET 107 HB2 MET 107 -2.904 -8.891 2.246 788 1HG MET 107 HG2 MET 107 -2.970 -10.525 0.116 789 2HG MET 107 HG1 MET 107 -1.915 -11.612 1.041 790 1HE MET 107 HE1 MET 107 -3.990 -12.977 3.913 791 2HE MET 107 HE2 MET 107 -2.711 -11.720 3.898 792 3HE MET 107 HE3 MET 107 -2.565 -13.171 2.840 793 H ALA 108 HN ALA 108 -0.457 -9.522 -1.587 794 HA ALA 108 HA ALA 108 2.015 -10.817 -0.790 795 1HB ALA 108 HB1 ALA 108 1.927 -11.694 -3.334 796 2HB ALA 108 HB2 ALA 108 0.284 -10.986 -3.359 797 3HB ALA 108 HB3 ALA 108 0.641 -12.345 -2.248 798 H VAL 109 HN VAL 109 1.136 -7.979 -1.674 799 HA VAL 109 HA VAL 109 3.736 -7.299 -2.542 800 HB VAL 109 HB VAL 109 2.306 -5.533 -4.316 801 1HG1 VAL 109 HG11 VAL 109 4.250 -6.068 -5.544 802 2HG1 VAL 109 HG12 VAL 109 4.620 -7.496 -4.515 803 3HG1 VAL 109 HG13 VAL 109 4.730 -5.817 -3.872 804 1HG2 VAL 109 HG21 VAL 109 1.589 -7.222 -5.878 805 2HG2 VAL 109 HG22 VAL 109 0.765 -7.595 -4.356 806 3HG2 VAL 109 HG23 VAL 109 2.252 -8.526 -4.828 807 H ILE 110 HN ILE 110 4.601 -6.227 -1.414 808 HA ILE 110 HA ILE 110 3.376 -3.806 -0.167 809 HB ILE 110 HB ILE 110 4.554 -4.168 1.887 810 1HG1 ILE 110 HG11 ILE 110 6.440 -5.595 1.468 811 2HG1 ILE 110 HG12 ILE 110 5.306 -6.425 2.559 812 1HG2 ILE 110 HG21 ILE 110 2.142 -5.031 1.382 813 2HG2 ILE 110 HG22 ILE 110 2.966 -5.819 2.790 814 3HG2 ILE 110 HG23 ILE 110 2.797 -6.677 1.218 815 1HD1 ILE 110 HD11 ILE 110 6.144 -8.100 1.076 816 2HD1 ILE 110 HD12 ILE 110 5.802 -7.125 -0.365 817 3HD1 ILE 110 HD13 ILE 110 4.430 -7.802 0.603 818 H LEU 111 HN LEU 111 5.051 -2.587 1.141 819 HA LEU 111 HA LEU 111 7.708 -2.363 -0.146 820 1HB LEU 111 HB1 LEU 111 7.516 0.085 -0.406 821 2HB LEU 111 HB2 LEU 111 6.191 -0.734 -1.281 822 HG LEU 111 HG LEU 111 4.839 -0.466 0.896 823 1HD1 LEU 111 HD11 LEU 111 6.315 0.568 2.403 824 2HD1 LEU 111 HD12 LEU 111 5.366 1.936 1.795 825 3HD1 LEU 111 HD13 LEU 111 7.038 1.711 1.165 826 1HD2 LEU 111 HD21 LEU 111 3.577 1.163 0.227 827 2HD2 LEU 111 HD22 LEU 111 4.442 0.644 -1.336 828 3HD2 LEU 111 HD23 LEU 111 4.878 2.197 -0.344 829 H SER 112 HN SER 112 9.214 -0.856 1.351 830 HA SER 112 HA SER 112 8.435 -1.191 4.220 831 1HB SER 112 HB2 SER 112 10.370 -2.632 3.526 832 2HB SER 112 HB1 SER 112 11.343 -1.145 3.281 833 HG SER 112 HG SER 112 9.966 -1.857 5.721 834 H LEU 113 HN LEU 113 9.808 0.633 5.698 835 HA LEU 113 HA LEU 113 8.675 3.167 4.748 836 1HB LEU 113 HB2 LEU 113 8.603 4.057 6.664 837 2HB LEU 113 HB1 LEU 113 8.672 2.206 6.921 838 HG LEU 113 HG LEU 113 10.968 4.098 7.582 839 1HD1 LEU 113 HD11 LEU 113 8.951 2.731 9.474 840 2HD1 LEU 113 HD12 LEU 113 8.967 4.475 9.032 841 3HD1 LEU 113 HD13 LEU 113 10.347 3.761 9.953 842 1HD2 LEU 113 HD21 LEU 113 11.774 1.756 7.119 843 2HD2 LEU 113 HD22 LEU 113 10.651 1.131 8.417 844 3HD2 LEU 113 HD23 LEU 113 11.979 2.255 8.828 845 H GLU 114 HN GLU 114 11.521 1.936 4.417 846 HA GLU 114 HA GLU 114 12.772 4.641 3.910 847 1HB GLU 114 HB2 GLU 114 14.419 2.756 4.412 848 2HB GLU 114 HB1 GLU 114 14.357 2.454 2.639 849 1HG GLU 114 HG1 GLU 114 14.649 5.127 2.381 850 2HG GLU 114 HG2 GLU 114 14.824 5.084 4.167 851 H GLN 115 HN GLN 115 10.954 2.341 2.035 852 HA GLN 115 HA GLN 115 11.021 3.995 -0.366 853 1HB GLN 115 HB2 GLN 115 9.310 1.578 0.387 854 2HB GLN 115 HB1 GLN 115 9.328 2.446 -1.240 855 1HG GLN 115 HG2 GLN 115 11.605 1.761 -1.703 856 2HG GLN 115 HG1 GLN 115 11.771 1.018 -0.074 857 1HE2 GLN 115 HE21 GLN 115 10.552 0.388 -3.387 858 2HE2 GLN 115 HE22 GLN 115 10.460 -1.278 -2.969 859 H GLY 116 HN GLY 116 8.988 3.378 2.609 860 1HA GLY 116 HA2 GLY 116 6.855 5.083 2.077 861 2HA GLY 116 HA1 GLY 116 7.521 4.629 3.685 862 H ASN 117 HN ASN 117 9.970 5.796 3.787 863 HA ASN 117 HA ASN 117 9.489 8.643 3.848 864 1HB ASN 117 HB2 ASN 117 12.067 7.082 4.404 865 2HB ASN 117 HB1 ASN 117 11.872 8.873 4.597 866 1HD2 ASN 117 HD21 ASN 117 11.616 5.972 6.332 867 2HD2 ASN 117 HD22 ASN 117 10.756 6.704 7.687 868 H ARG 118 HN ARG 118 10.394 6.613 1.205 869 HA ARG 118 HA ARG 118 12.185 8.361 -0.029 870 1HB ARG 118 HB2 ARG 118 12.274 7.246 -1.940 871 2HB ARG 118 HB1 ARG 118 11.910 5.936 -0.805 872 1HG ARG 118 HG2 ARG 118 9.727 5.562 -1.887 873 2HG ARG 118 HG1 ARG 118 9.631 7.154 -2.584 874 1HD ARG 118 HD2 ARG 118 10.153 5.655 -4.349 875 2HD ARG 118 HD1 ARG 118 11.712 6.544 -3.998 876 HE ARG 118 HE ARG 118 11.759 4.202 -2.394 877 1HH1 ARG 118 HH11 ARG 118 11.576 4.931 -5.891 878 2HH1 ARG 118 HH12 ARG 118 12.388 3.478 -6.372 879 1HH2 ARG 118 HH21 ARG 118 12.849 2.248 -3.071 880 2HH2 ARG 118 HH22 ARG 118 13.120 1.939 -4.755 881 H LEU 119 HN LEU 119 8.805 7.463 -0.293 882 HA LEU 119 HA LEU 119 7.690 9.348 -2.219 883 1HB LEU 119 HB1 LEU 119 7.130 7.069 -2.515 884 2HB LEU 119 HB2 LEU 119 6.650 6.788 -0.859 885 HG LEU 119 HG LEU 119 5.274 8.831 -2.720 886 1HD1 LEU 119 HD11 LEU 119 4.269 5.952 -2.200 887 2HD1 LEU 119 HD12 LEU 119 5.144 6.473 -3.703 888 3HD1 LEU 119 HD13 LEU 119 3.535 7.147 -3.281 889 1HD2 LEU 119 HD21 LEU 119 4.358 9.141 -0.518 890 2HD2 LEU 119 HD22 LEU 119 4.258 7.349 -0.226 891 3HD2 LEU 119 HD23 LEU 119 3.167 8.157 -1.411 892 H ARG 120 HN ARG 120 7.653 8.930 1.298 893 HA ARG 120 HA ARG 120 5.396 9.997 1.690 894 1HB ARG 120 HB2 ARG 120 6.980 9.093 3.719 895 2HB ARG 120 HB1 ARG 120 8.224 10.203 3.074 896 1HG ARG 120 HG1 ARG 120 7.463 12.095 4.277 897 2HG ARG 120 HG2 ARG 120 5.860 11.374 4.569 898 1HD ARG 120 HD1 ARG 120 7.114 9.549 5.967 899 2HD ARG 120 HD2 ARG 120 8.538 10.663 5.918 900 HE ARG 120 HE ARG 120 5.974 10.981 7.394 901 1HH1 ARG 120 HH11 ARG 120 8.808 12.768 6.129 902 2HH1 ARG 120 HH12 ARG 120 8.567 14.130 7.174 903 1HH2 ARG 120 HH21 ARG 120 5.678 12.812 8.768 904 2HH2 ARG 120 HH22 ARG 120 6.769 14.155 8.689 905 H GLU 121 HN GLU 121 7.989 12.087 0.922 906 HA GLU 121 HA GLU 121 6.655 14.564 1.640 907 1HB GLU 121 HB1 GLU 121 8.823 15.536 0.723 908 2HB GLU 121 HB2 GLU 121 9.000 14.394 2.093 909 1HG GLU 121 HG1 GLU 121 9.730 12.549 0.623 910 2HG GLU 121 HG2 GLU 121 9.448 13.563 -0.846 911 H GLN 122 HN GLN 122 6.900 12.463 -1.206 912 HA GLN 122 HA GLN 122 6.117 14.602 -3.031 913 1HB GLN 122 HB2 GLN 122 6.937 13.117 -4.857 914 2HB GLN 122 HB1 GLN 122 8.174 13.738 -3.718 915 1HG GLN 122 HG1 GLN 122 8.203 11.536 -2.526 916 2HG GLN 122 HG2 GLN 122 7.062 10.838 -3.724 917 1HE2 GLN 122 HE21 GLN 122 10.221 10.796 -2.859 918 2HE2 GLN 122 HE22 GLN 122 11.031 10.824 -4.430 919 H TYR 123 HN TYR 123 4.999 11.175 -2.011 920 HA TYR 123 HA TYR 123 2.506 12.066 -3.527 921 1HB TYR 123 HB1 TYR 123 3.329 9.159 -3.696 922 2HB TYR 123 HB2 TYR 123 2.137 10.022 -4.697 923 HD1 TYR 123 HD1 TYR 123 5.188 8.556 -4.704 924 HD2 TYR 123 HD2 TYR 123 3.406 12.189 -6.007 925 HE1 TYR 123 HE1 TYR 123 7.030 8.881 -6.058 926 HE2 TYR 123 HE2 TYR 123 5.253 12.489 -7.586 927 HH TYR 123 HH TYR 123 8.155 10.976 -7.154 928 H GLY 124 HN GLY 124 3.066 11.261 -0.037 929 1HA GLY 124 HA2 GLY 124 0.506 10.884 0.239 930 2HA GLY 124 HA1 GLY 124 1.074 9.203 -0.154 931 H LEU 125 HN LEU 125 3.360 8.842 0.898 932 HA LEU 125 HA LEU 125 2.684 8.214 3.295 933 1HB LEU 125 HB2 LEU 125 5.015 7.482 1.693 934 2HB LEU 125 HB1 LEU 125 5.514 7.610 3.432 935 HG LEU 125 HG LEU 125 5.053 5.557 3.240 936 1HD1 LEU 125 HD11 LEU 125 2.275 6.610 4.194 937 2HD1 LEU 125 HD12 LEU 125 3.739 6.243 5.156 938 3HD1 LEU 125 HD13 LEU 125 2.890 4.967 4.181 939 1HD2 LEU 125 HD21 LEU 125 4.381 5.404 0.920 940 2HD2 LEU 125 HD22 LEU 125 2.744 6.081 1.343 941 3HD2 LEU 125 HD23 LEU 125 3.278 4.446 1.962 942 H GLY 126 HN GLY 126 2.821 11.084 3.381 943 1HA GLY 126 HA2 GLY 126 2.509 10.824 6.147 944 2HA GLY 126 HA1 GLY 126 4.154 11.507 5.981 945 HA PRO 127 HA PRO 127 1.505 15.329 5.586 946 1HB PRO 127 HB2 PRO 127 -1.153 15.396 6.158 947 2HB PRO 127 HB1 PRO 127 -0.601 14.664 4.606 948 1HG PRO 127 HG2 PRO 127 -1.266 13.206 7.229 949 2HG PRO 127 HG1 PRO 127 -1.963 12.904 5.607 950 1HD PRO 127 HD1 PRO 127 0.310 11.489 6.574 951 2HD PRO 127 HD2 PRO 127 0.078 11.868 4.803 952 H TYR 128 HN TYR 128 1.495 13.027 8.146 953 HA TYR 128 HA TYR 128 1.299 15.051 10.278 954 1HB TYR 128 HB1 TYR 128 -0.542 13.150 9.979 955 2HB TYR 128 HB2 TYR 128 0.698 12.041 10.653 956 HD1 TYR 128 HD1 TYR 128 1.169 12.157 13.032 957 HD2 TYR 128 HD2 TYR 128 -1.304 15.141 11.241 958 HE1 TYR 128 HE1 TYR 128 0.560 12.996 15.251 959 HE2 TYR 128 HE2 TYR 128 -1.908 15.975 13.463 960 HH TYR 128 HH TYR 128 -1.490 15.828 15.723 961 H GLU 129 HN GLU 129 2.855 14.895 11.998 962 HA GLU 129 HA GLU 129 5.371 13.600 11.259 963 1HB GLU 129 HB2 GLU 129 6.474 15.161 12.711 964 2HB GLU 129 HB1 GLU 129 5.393 16.042 11.606 965 1HG GLU 129 HG2 GLU 129 4.785 15.439 14.589 966 2HG GLU 129 HG1 GLU 129 5.441 16.969 13.929 Start of MODEL 9 1 H ASN 7 HN ASN 7 -15.087 13.957 -2.319 2 HA ASN 7 HA ASN 7 -15.478 11.325 -2.723 3 1HB ASN 7 HB2 ASN 7 -15.427 13.481 -4.933 4 2HB ASN 7 HB1 ASN 7 -16.358 11.933 -4.990 5 1HD2 ASN 7 HD21 ASN 7 -18.290 11.790 -3.723 6 2HD2 ASN 7 HD22 ASN 7 -18.940 13.222 -2.875 7 H SER 8 HN SER 8 -12.662 13.109 -3.335 8 HA SER 8 HA SER 8 -11.416 11.430 -5.313 9 1HB SER 8 HB1 SER 8 -9.434 13.044 -4.866 10 2HB SER 8 HB2 SER 8 -10.966 13.745 -5.472 11 HG SER 8 HG SER 8 -9.892 13.927 -2.874 12 H PHE 9 HN PHE 9 -11.582 11.446 -1.882 13 HA PHE 9 HA PHE 9 -9.264 9.611 -1.559 14 1HB PHE 9 HB2 PHE 9 -11.012 11.167 0.441 15 2HB PHE 9 HB1 PHE 9 -9.786 9.996 1.009 16 HD1 PHE 9 HD1 PHE 9 -7.413 10.333 -0.648 17 HD2 PHE 9 HD2 PHE 9 -10.280 13.253 0.638 18 HE1 PHE 9 HE1 PHE 9 -5.742 12.101 -0.861 19 HE2 PHE 9 HE2 PHE 9 -8.648 15.018 0.320 20 HZ PHE 9 HZ PHE 9 -6.324 14.453 -0.389 21 H VAL 10 HN VAL 10 -12.714 9.615 -1.483 22 HA VAL 10 HA VAL 10 -13.441 7.533 0.048 23 HB VAL 10 HB VAL 10 -14.592 8.762 -2.476 24 1HG1 VAL 10 HG11 VAL 10 -16.853 8.153 -1.614 25 2HG1 VAL 10 HG12 VAL 10 -16.087 7.179 -0.306 26 3HG1 VAL 10 HG13 VAL 10 -15.893 6.693 -2.030 27 1HG2 VAL 10 HG21 VAL 10 -14.114 10.504 -0.907 28 2HG2 VAL 10 HG22 VAL 10 -14.516 9.455 0.477 29 3HG2 VAL 10 HG23 VAL 10 -15.824 10.099 -0.588 30 H GLY 11 HN GLY 11 -11.857 7.013 -2.878 31 1HA GLY 11 HA2 GLY 11 -12.015 4.102 -2.407 32 2HA GLY 11 HA1 GLY 11 -12.321 4.791 -4.120 33 H LEU 12 HN LEU 12 -10.001 6.005 -1.712 34 HA LEU 12 HA LEU 12 -7.730 5.798 -3.494 35 1HB LEU 12 HB1 LEU 12 -8.342 7.709 -1.959 36 2HB LEU 12 HB2 LEU 12 -8.045 6.579 -0.606 37 HG LEU 12 HG LEU 12 -5.376 6.889 -1.203 38 1HD1 LEU 12 HD21 LEU 12 -6.811 9.338 -2.426 39 2HD1 LEU 12 HD22 LEU 12 -5.574 8.278 -3.192 40 3HD1 LEU 12 HD23 LEU 12 -5.130 9.297 -1.774 41 1HD2 LEU 12 HD11 LEU 12 -6.184 8.947 0.419 42 2HD2 LEU 12 HD12 LEU 12 -6.370 7.175 0.863 43 3HD2 LEU 12 HD13 LEU 12 -7.726 8.180 0.291 44 H ARG 13 HN ARG 13 -5.632 5.105 -2.451 45 HA ARG 13 HA ARG 13 -5.993 2.226 -1.687 46 1HB ARG 13 HB2 ARG 13 -3.487 3.247 -3.035 47 2HB ARG 13 HB1 ARG 13 -4.115 1.586 -2.897 48 1HG ARG 13 HG2 ARG 13 -5.304 3.873 -4.604 49 2HG ARG 13 HG1 ARG 13 -4.235 2.567 -5.167 50 1HD ARG 13 HD2 ARG 13 -5.982 0.858 -4.443 51 2HD ARG 13 HD1 ARG 13 -7.143 2.219 -4.181 52 HE ARG 13 HE ARG 13 -6.223 1.062 -6.720 53 1HH1 ARG 13 HH11 ARG 13 -7.374 4.149 -5.311 54 2HH1 ARG 13 HH12 ARG 13 -7.948 4.763 -6.826 55 1HH2 ARG 13 HH21 ARG 13 -7.000 1.911 -8.718 56 2HH2 ARG 13 HH22 ARG 13 -7.734 3.479 -8.780 57 H VAL 14 HN VAL 14 -4.935 1.512 0.359 58 HA VAL 14 HA VAL 14 -3.120 3.517 1.426 59 HB VAL 14 HB VAL 14 -3.925 3.704 3.592 60 1HG1 VAL 14 HG21 VAL 14 -6.319 3.995 1.707 61 2HG1 VAL 14 HG22 VAL 14 -4.955 5.155 1.702 62 3HG1 VAL 14 HG23 VAL 14 -5.984 4.995 3.174 63 1HG2 VAL 14 HG11 VAL 14 -6.028 2.971 4.458 64 2HG2 VAL 14 HG12 VAL 14 -5.018 1.536 4.085 65 3HG2 VAL 14 HG13 VAL 14 -6.390 2.040 2.997 66 H VAL 15 HN VAL 15 -1.656 3.046 3.072 67 HA VAL 15 HA VAL 15 -0.760 0.240 3.068 68 HB VAL 15 HB VAL 15 1.562 1.104 3.474 69 1HG1 VAL 15 HG21 VAL 15 1.904 1.173 0.984 70 2HG1 VAL 15 HG22 VAL 15 0.127 1.427 0.759 71 3HG1 VAL 15 HG23 VAL 15 0.746 -0.117 1.478 72 1HG2 VAL 15 HG11 VAL 15 1.200 3.488 3.886 73 2HG2 VAL 15 HG12 VAL 15 0.286 3.687 2.343 74 3HG2 VAL 15 HG13 VAL 15 2.032 3.285 2.299 75 H ALA 16 HN ALA 16 -0.019 -0.612 4.965 76 HA ALA 16 HA ALA 16 -1.210 0.715 7.303 77 1HB ALA 16 HB1 ALA 16 -1.580 -2.035 7.607 78 2HB ALA 16 HB2 ALA 16 -1.582 -1.902 5.803 79 3HB ALA 16 HB3 ALA 16 -2.720 -0.954 6.735 80 H LYS 17 HN LYS 17 0.223 1.523 8.522 81 HA LYS 17 HA LYS 17 2.298 -0.200 9.673 82 1HB LYS 17 HB2 LYS 17 3.349 2.406 9.707 83 2HB LYS 17 HB1 LYS 17 3.905 0.992 8.754 84 1HG LYS 17 HG1 LYS 17 3.221 2.034 6.700 85 2HG LYS 17 HG2 LYS 17 1.746 2.582 7.424 86 1HD LYS 17 HD1 LYS 17 2.746 4.579 7.036 87 2HD LYS 17 HD2 LYS 17 2.993 4.329 8.787 88 1HE LYS 17 HE2 LYS 17 5.386 3.510 8.257 89 2HE LYS 17 HE1 LYS 17 5.063 3.968 6.526 90 1HZ LYS 17 HZ1 LYS 17 4.676 6.213 7.244 91 2HZ LYS 17 HZ2 LYS 17 6.215 5.682 7.729 92 3HZ LYS 17 HZ3 LYS 17 4.957 5.797 8.865 93 H TRP 18 HN TRP 18 0.919 -0.470 11.707 94 HA TRP 18 HA TRP 18 -0.141 1.893 13.004 95 1HB TRP 18 HB2 TRP 18 0.272 -0.955 14.101 96 2HB TRP 18 HB1 TRP 18 -0.393 0.391 15.055 97 HD1 TRP 18 HD1 TRP 18 -1.709 -2.400 12.878 98 HE1 TRP 18 HE1 TRP 18 -4.295 -2.123 13.093 99 HE3 TRP 18 HE3 TRP 18 -1.805 2.361 14.627 100 HZ2 TRP 18 HZ2 TRP 18 -6.083 -0.082 13.893 101 HZ3 TRP 18 HZ3 TRP 18 -3.896 3.291 15.317 102 HH2 TRP 18 HH2 TRP 18 -6.044 2.127 14.897 103 H SER 19 HN SER 19 2.670 -0.268 13.819 104 HA SER 19 HA SER 19 4.092 2.048 14.952 105 1HB SER 19 HB1 SER 19 5.409 0.369 16.342 106 2HB SER 19 HB2 SER 19 3.711 0.651 16.855 107 HG SER 19 HG SER 19 4.202 -1.544 16.902 108 H SER 20 HN SER 20 5.991 2.464 13.835 109 HA SER 20 HA SER 20 6.334 1.482 11.258 110 1HB SER 20 HB1 SER 20 8.356 2.996 13.054 111 2HB SER 20 HB2 SER 20 8.418 2.883 11.249 112 HG SER 20 HG SER 20 7.504 4.813 11.911 113 H ASN 21 HN ASN 21 7.076 -0.610 10.752 114 HA ASN 21 HA ASN 21 8.953 -1.883 12.611 115 1HB ASN 21 HB1 ASN 21 7.445 -2.867 10.090 116 2HB ASN 21 HB2 ASN 21 8.333 -3.987 11.221 117 1HD2 ASN 21 HD21 ASN 21 7.490 -3.242 13.755 118 2HD2 ASN 21 HD22 ASN 21 5.741 -3.318 13.822 119 H GLY 22 HN GLY 22 9.103 -0.409 9.623 120 1HA GLY 22 HA2 GLY 22 11.150 -0.221 8.346 121 2HA GLY 22 HA1 GLY 22 11.499 -1.929 8.735 122 H TYR 23 HN TYR 23 8.378 -2.371 8.470 123 HA TYR 23 HA TYR 23 7.929 -1.658 5.746 124 1HB TYR 23 HB2 TYR 23 7.048 -4.007 5.084 125 2HB TYR 23 HB1 TYR 23 8.755 -3.458 4.980 126 HD1 TYR 23 HD1 TYR 23 10.186 -5.185 5.550 127 HD2 TYR 23 HD2 TYR 23 6.507 -4.916 7.674 128 HE1 TYR 23 HE1 TYR 23 10.778 -7.185 6.833 129 HE2 TYR 23 HE2 TYR 23 7.111 -6.865 9.002 130 HH TYR 23 HH TYR 23 8.601 -8.518 9.324 131 H PHE 24 HN PHE 24 5.844 -1.876 4.861 132 HA PHE 24 HA PHE 24 3.671 -1.694 6.868 133 1HB PHE 24 HB1 PHE 24 2.898 -0.262 4.402 134 2HB PHE 24 HB2 PHE 24 2.780 0.175 6.103 135 HD1 PHE 24 HD1 PHE 24 5.364 0.456 7.066 136 HD2 PHE 24 HD2 PHE 24 3.874 1.793 3.221 137 HE1 PHE 24 HE1 PHE 24 7.350 1.769 6.763 138 HE2 PHE 24 HE2 PHE 24 5.648 3.337 3.171 139 HZ PHE 24 HZ PHE 24 7.554 3.196 4.820 140 H TYR 25 HN TYR 25 1.743 -2.492 6.350 141 HA TYR 25 HA TYR 25 1.427 -4.725 4.501 142 1HB TYR 25 HB1 TYR 25 -0.383 -3.921 6.856 143 2HB TYR 25 HB2 TYR 25 -0.180 -5.554 6.103 144 HD1 TYR 25 HD1 TYR 25 0.725 -3.518 8.833 145 HD2 TYR 25 HD2 TYR 25 2.433 -6.351 6.147 146 HE1 TYR 25 HE1 TYR 25 2.712 -3.656 10.245 147 HE2 TYR 25 HE2 TYR 25 4.409 -6.518 7.590 148 HH TYR 25 HH TYR 25 4.939 -4.307 10.333 149 H SER 26 HN SER 26 -1.291 -4.710 3.963 150 HA SER 26 HA SER 26 -1.725 -1.995 2.767 151 1HB SER 26 HB1 SER 26 -0.803 -3.717 1.186 152 2HB SER 26 HB2 SER 26 -2.353 -4.579 1.543 153 HG SER 26 HG SER 26 -1.929 -2.011 0.253 154 H GLY 27 HN GLY 27 -3.502 -1.150 2.284 155 1HA GLY 27 HA2 GLY 27 -6.031 -1.926 3.347 156 2HA GLY 27 HA1 GLY 27 -5.244 -0.422 3.895 157 H LYS 28 HN LYS 28 -7.766 -0.362 3.094 158 HA LYS 28 HA LYS 28 -7.711 1.210 0.600 159 1HB LYS 28 HB2 LYS 28 -9.958 0.353 -0.117 160 2HB LYS 28 HB1 LYS 28 -8.664 -0.858 -0.170 161 1HG LYS 28 HG2 LYS 28 -9.392 -1.867 1.967 162 2HG LYS 28 HG1 LYS 28 -10.762 -0.716 2.072 163 1HD LYS 28 HD1 LYS 28 -11.664 -1.587 -0.104 164 2HD LYS 28 HD2 LYS 28 -10.252 -2.695 -0.241 165 1HE LYS 28 HE2 LYS 28 -10.957 -3.889 1.852 166 2HE LYS 28 HE1 LYS 28 -12.395 -2.794 1.989 167 1HZ LYS 28 HZ1 LYS 28 -12.941 -4.876 0.961 168 2HZ LYS 28 HZ2 LYS 28 -11.791 -4.637 -0.266 169 3HZ LYS 28 HZ3 LYS 28 -13.136 -3.606 -0.151 170 H ILE 29 HN ILE 29 -8.923 3.362 0.821 171 HA ILE 29 HA ILE 29 -10.334 3.534 3.422 172 HB ILE 29 HB ILE 29 -8.445 4.812 3.444 173 1HG1 ILE 29 HG12 ILE 29 -10.722 6.048 4.118 174 2HG1 ILE 29 HG11 ILE 29 -9.142 6.843 4.074 175 1HG2 ILE 29 HG21 ILE 29 -9.366 5.814 0.698 176 2HG2 ILE 29 HG22 ILE 29 -7.900 4.833 1.020 177 3HG2 ILE 29 HG23 ILE 29 -8.006 6.484 1.681 178 1HD1 ILE 29 HD11 ILE 29 -11.340 7.177 1.964 179 2HD1 ILE 29 HD12 ILE 29 -9.672 7.817 1.791 180 3HD1 ILE 29 HD13 ILE 29 -10.675 8.393 3.114 181 H THR 30 HN THR 30 -12.279 4.490 3.649 182 HA THR 30 HA THR 30 -14.032 4.456 1.288 183 HB THR 30 HB THR 30 -15.826 3.859 2.838 184 HG1 THR 30 HG1 THR 30 -15.257 3.351 4.979 185 1HG2 THR 30 HG21 THR 30 -13.348 2.059 3.352 186 2HG2 THR 30 HG22 THR 30 -14.307 2.048 1.832 187 3HG2 THR 30 HG23 THR 30 -15.080 1.574 3.391 188 H ARG 31 HN ARG 31 -13.163 6.409 4.326 189 HA ARG 31 HA ARG 31 -14.567 8.654 3.042 190 1HB ARG 31 HB1 ARG 31 -14.968 7.897 6.037 191 2HB ARG 31 HB2 ARG 31 -15.674 9.302 5.165 192 1HG ARG 31 HG2 ARG 31 -17.168 7.719 3.908 193 2HG ARG 31 HG1 ARG 31 -16.371 6.335 4.744 194 1HD ARG 31 HD2 ARG 31 -18.469 6.832 5.923 195 2HD ARG 31 HD1 ARG 31 -17.044 7.268 6.978 196 HE ARG 31 HE ARG 31 -17.968 9.539 5.357 197 1HH1 ARG 31 HH11 ARG 31 -18.689 7.691 8.333 198 2HH1 ARG 31 HH12 ARG 31 -19.458 9.023 9.130 199 1HH2 ARG 31 HH21 ARG 31 -19.005 11.312 6.447 200 2HH2 ARG 31 HH22 ARG 31 -19.640 11.104 8.046 201 H ASP 32 HN ASP 32 -13.683 10.724 3.985 202 HA ASP 32 HA ASP 32 -10.954 10.338 5.027 203 1HB ASP 32 HB2 ASP 32 -11.456 11.720 2.915 204 2HB ASP 32 HB1 ASP 32 -12.246 12.928 3.979 205 H VAL 33 HN VAL 33 -10.468 10.771 7.139 206 HA VAL 33 HA VAL 33 -12.472 12.179 8.812 207 HB VAL 33 HB VAL 33 -11.115 11.111 10.792 208 1HG1 VAL 33 HG21 VAL 33 -13.239 9.564 9.185 209 2HG1 VAL 33 HG22 VAL 33 -13.571 11.013 10.209 210 3HG1 VAL 33 HG23 VAL 33 -12.936 9.513 10.959 211 1HG2 VAL 33 HG11 VAL 33 -9.957 9.005 10.519 212 2HG2 VAL 33 HG12 VAL 33 -9.625 9.647 8.960 213 3HG2 VAL 33 HG13 VAL 33 -10.982 8.529 9.176 214 H GLY 34 HN GLY 34 -11.880 13.984 9.844 215 1HA GLY 34 HA2 GLY 34 -10.957 15.994 9.932 216 2HA GLY 34 HA1 GLY 34 -9.787 15.022 10.881 217 H ALA 35 HN ALA 35 -7.874 16.072 10.702 218 HA ALA 35 HA ALA 35 -6.813 16.767 8.010 219 1HB ALA 35 HB1 ALA 35 -6.980 18.708 9.664 220 2HB ALA 35 HB2 ALA 35 -5.277 18.278 9.285 221 3HB ALA 35 HB3 ALA 35 -6.020 17.748 10.845 222 H GLY 36 HN GLY 36 -5.793 15.254 7.158 223 1HA GLY 36 HA2 GLY 36 -4.154 13.872 6.770 224 2HA GLY 36 HA1 GLY 36 -3.529 14.071 8.443 225 H LYS 37 HN LYS 37 -6.876 12.993 8.370 226 HA LYS 37 HA LYS 37 -5.899 10.249 8.848 227 1HB LYS 37 HB2 LYS 37 -8.231 10.239 10.211 228 2HB LYS 37 HB1 LYS 37 -6.624 10.291 10.878 229 1HG LYS 37 HG2 LYS 37 -6.804 12.736 11.248 230 2HG LYS 37 HG1 LYS 37 -8.399 12.754 10.495 231 1HD LYS 37 HD1 LYS 37 -9.251 11.038 12.139 232 2HD LYS 37 HD2 LYS 37 -7.663 11.071 12.950 233 1HE LYS 37 HE2 LYS 37 -7.925 13.504 13.491 234 2HE LYS 37 HE1 LYS 37 -9.509 13.542 12.618 235 1HZ LYS 37 HZ1 LYS 37 -10.344 11.920 14.184 236 2HZ LYS 37 HZ2 LYS 37 -9.781 13.311 14.979 237 3HZ LYS 37 HZ3 LYS 37 -8.856 11.886 15.002 238 H TYR 38 HN TYR 38 -7.380 8.520 8.589 239 HA TYR 38 HA TYR 38 -9.009 8.649 6.140 240 1HB TYR 38 HB1 TYR 38 -6.589 6.814 6.799 241 2HB TYR 38 HB2 TYR 38 -7.654 6.549 5.377 242 HD1 TYR 38 HD1 TYR 38 -4.749 8.229 6.563 243 HD2 TYR 38 HD2 TYR 38 -7.989 8.737 3.863 244 HE1 TYR 38 HE1 TYR 38 -3.383 9.844 5.257 245 HE2 TYR 38 HE2 TYR 38 -6.799 10.583 2.795 246 HH TYR 38 HH TYR 38 -3.512 11.400 3.347 247 H LYS 39 HN LYS 39 -11.002 7.241 6.294 248 HA LYS 39 HA LYS 39 -11.296 5.446 8.701 249 1HB LYS 39 HB1 LYS 39 -13.039 7.198 8.829 250 2HB LYS 39 HB2 LYS 39 -13.169 7.283 7.053 251 1HG LYS 39 HG1 LYS 39 -15.177 6.223 7.967 252 2HG LYS 39 HG2 LYS 39 -14.268 5.096 6.912 253 1HD LYS 39 HD2 LYS 39 -13.296 4.014 9.038 254 2HD LYS 39 HD1 LYS 39 -14.448 5.004 9.993 255 1HE LYS 39 HE2 LYS 39 -15.263 3.187 7.623 256 2HE LYS 39 HE1 LYS 39 -15.195 2.581 9.328 257 1HZ LYS 39 HZ1 LYS 39 -16.811 4.276 9.919 258 2HZ LYS 39 HZ2 LYS 39 -17.400 3.263 8.690 259 3HZ LYS 39 HZ3 LYS 39 -16.866 4.831 8.314 260 H LEU 40 HN LEU 40 -10.639 3.703 8.199 261 HA LEU 40 HA LEU 40 -10.966 2.863 5.383 262 1HB LEU 40 HB1 LEU 40 -8.526 2.592 5.219 263 2HB LEU 40 HB2 LEU 40 -8.870 4.233 5.832 264 HG LEU 40 HG LEU 40 -7.333 3.801 7.349 265 1HD1 LEU 40 HD11 LEU 40 -7.709 2.842 9.469 266 2HD1 LEU 40 HD12 LEU 40 -9.255 2.137 8.883 267 3HD1 LEU 40 HD13 LEU 40 -8.993 3.969 8.949 268 1HD2 LEU 40 HD21 LEU 40 -6.702 1.580 6.092 269 2HD2 LEU 40 HD22 LEU 40 -7.876 0.742 7.113 270 3HD2 LEU 40 HD23 LEU 40 -6.470 1.483 7.912 271 H LEU 41 HN LEU 41 -10.155 0.674 4.826 272 HA LEU 41 HA LEU 41 -10.200 -1.048 7.183 273 1HB LEU 41 HB2 LEU 41 -12.328 -0.615 6.346 274 2HB LEU 41 HB1 LEU 41 -11.963 -1.080 4.639 275 HG LEU 41 HG LEU 41 -12.014 -3.058 7.032 276 1HD1 LEU 41 HD11 LEU 41 -14.077 -2.692 4.740 277 2HD1 LEU 41 HD12 LEU 41 -14.305 -2.154 6.445 278 3HD1 LEU 41 HD13 LEU 41 -14.131 -3.908 6.071 279 1HD2 LEU 41 HD21 LEU 41 -12.306 -4.568 4.723 280 2HD2 LEU 41 HD22 LEU 41 -10.701 -4.181 5.457 281 3HD2 LEU 41 HD23 LEU 41 -11.315 -3.228 4.060 282 H PHE 42 HN PHE 42 -8.858 -2.925 6.956 283 HA PHE 42 HA PHE 42 -6.710 -2.380 5.063 284 1HB PHE 42 HB2 PHE 42 -7.180 -4.850 6.853 285 2HB PHE 42 HB1 PHE 42 -5.819 -4.819 5.655 286 HD1 PHE 42 HD1 PHE 42 -6.823 -1.760 7.783 287 HD2 PHE 42 HD2 PHE 42 -4.163 -5.074 7.183 288 HE1 PHE 42 HE1 PHE 42 -5.304 -0.865 9.426 289 HE2 PHE 42 HE2 PHE 42 -2.697 -4.188 8.918 290 HZ PHE 42 HZ PHE 42 -3.245 -2.052 10.034 291 H ASP 43 HN ASP 43 -5.832 -4.240 3.386 292 HA ASP 43 HA ASP 43 -7.948 -4.700 1.507 293 1HB ASP 43 HB2 ASP 43 -5.556 -4.246 0.887 294 2HB ASP 43 HB1 ASP 43 -5.097 -5.862 1.505 295 H ASP 44 HN ASP 44 -7.268 -6.269 4.235 296 HA ASP 44 HA ASP 44 -8.547 -8.817 3.502 297 1HB ASP 44 HB1 ASP 44 -6.907 -10.015 4.842 298 2HB ASP 44 HB2 ASP 44 -6.138 -8.937 3.580 299 H GLY 45 HN GLY 45 -9.658 -6.104 4.981 300 1HA GLY 45 HA2 GLY 45 -11.714 -6.191 5.833 301 2HA GLY 45 HA1 GLY 45 -11.428 -7.812 6.611 302 H TYR 46 HN TYR 46 -9.027 -5.629 7.630 303 HA TYR 46 HA TYR 46 -10.419 -5.353 10.210 304 1HB TYR 46 HB1 TYR 46 -8.105 -6.278 10.233 305 2HB TYR 46 HB2 TYR 46 -7.494 -4.812 9.396 306 HD1 TYR 46 HD1 TYR 46 -6.903 -2.903 10.645 307 HD2 TYR 46 HD2 TYR 46 -9.252 -5.914 12.524 308 HE1 TYR 46 HE1 TYR 46 -6.845 -1.645 12.710 309 HE2 TYR 46 HE2 TYR 46 -9.159 -4.664 14.639 310 HH TYR 46 HH TYR 46 -8.390 -2.797 15.687 311 H GLU 47 HN GLU 47 -11.859 -3.569 10.222 312 HA GLU 47 HA GLU 47 -10.845 -1.043 9.129 313 1HB GLU 47 HB1 GLU 47 -12.799 -1.523 8.087 314 2HB GLU 47 HB2 GLU 47 -13.638 -2.075 9.469 315 1HG GLU 47 HG1 GLU 47 -13.923 0.392 10.160 316 2HG GLU 47 HG2 GLU 47 -12.712 0.913 8.915 317 H CYS 48 HN CYS 48 -11.013 1.029 9.959 318 HA CYS 48 HA CYS 48 -11.349 1.350 12.780 319 1HB CYS 48 HB2 CYS 48 -8.750 2.017 12.915 320 2HB CYS 48 HB1 CYS 48 -9.249 0.317 13.173 321 HG CYS 48 HG CYS 48 -8.577 -0.559 10.906 322 H ASP 49 HN ASP 49 -10.289 3.744 13.189 323 HA ASP 49 HA ASP 49 -10.220 5.239 10.641 324 1HB ASP 49 HB1 ASP 49 -11.090 6.500 13.438 325 2HB ASP 49 HB2 ASP 49 -10.722 7.351 11.923 326 H VAL 50 HN VAL 50 -8.167 6.432 10.700 327 HA VAL 50 HA VAL 50 -6.736 6.525 13.215 328 HB VAL 50 HB VAL 50 -4.626 5.482 11.966 329 1HG1 VAL 50 HG21 VAL 50 -5.211 3.233 12.317 330 2HG1 VAL 50 HG22 VAL 50 -6.979 3.566 12.154 331 3HG1 VAL 50 HG23 VAL 50 -6.072 4.236 13.563 332 1HG2 VAL 50 HG11 VAL 50 -5.714 3.971 9.950 333 2HG2 VAL 50 HG12 VAL 50 -5.008 5.613 9.652 334 3HG2 VAL 50 HG13 VAL 50 -6.774 5.418 9.743 335 H LEU 51 HN LEU 51 -4.633 7.832 13.121 336 HA LEU 51 HA LEU 51 -4.807 9.868 11.079 337 1HB LEU 51 HB2 LEU 51 -4.338 10.105 13.719 338 2HB LEU 51 HB1 LEU 51 -2.657 9.635 13.316 339 HG LEU 51 HG LEU 51 -2.946 12.002 13.668 340 1HD1 LEU 51 HD21 LEU 51 -2.517 11.783 10.615 341 2HD1 LEU 51 HD22 LEU 51 -1.262 11.431 11.870 342 3HD1 LEU 51 HD23 LEU 51 -1.972 13.075 11.716 343 1HD2 LEU 51 HD11 LEU 51 -4.362 13.488 12.271 344 2HD2 LEU 51 HD12 LEU 51 -5.370 12.183 13.009 345 3HD2 LEU 51 HD13 LEU 51 -4.876 12.085 11.279 346 H GLY 52 HN GLY 52 -3.487 10.391 9.544 347 1HA GLY 52 HA2 GLY 52 -3.468 8.184 8.162 348 2HA GLY 52 HA1 GLY 52 -2.792 9.701 7.562 349 H LYS 53 HN LYS 53 -0.494 9.885 9.450 350 HA LYS 53 HA LYS 53 1.472 8.733 7.800 351 1HB LYS 53 HB1 LYS 53 3.056 9.615 9.207 352 2HB LYS 53 HB2 LYS 53 1.662 10.702 9.422 353 1HG LYS 53 HG1 LYS 53 2.696 8.555 11.412 354 2HG LYS 53 HG2 LYS 53 2.892 10.322 11.538 355 1HD LYS 53 HD2 LYS 53 0.589 10.676 12.071 356 2HD LYS 53 HD1 LYS 53 0.106 9.004 11.561 357 1HE LYS 53 HE2 LYS 53 0.104 9.114 14.005 358 2HE LYS 53 HE1 LYS 53 1.407 8.008 13.440 359 1HZ LYS 53 HZ1 LYS 53 2.989 9.798 13.757 360 2HZ LYS 53 HZ2 LYS 53 2.148 9.453 15.192 361 3HZ LYS 53 HZ3 LYS 53 1.759 10.839 14.291 362 H ASP 54 HN ASP 54 -0.533 6.899 9.501 363 HA ASP 54 HA ASP 54 1.103 4.612 10.144 364 1HB ASP 54 HB1 ASP 54 -1.715 5.339 11.256 365 2HB ASP 54 HB2 ASP 54 -0.821 3.820 11.615 366 H ILE 55 HN ILE 55 -2.446 5.234 9.234 367 HA ILE 55 HA ILE 55 -2.035 3.234 7.095 368 HB ILE 55 HB ILE 55 -4.735 3.409 8.272 369 1HG1 ILE 55 HG11 ILE 55 -3.326 3.158 10.315 370 2HG1 ILE 55 HG12 ILE 55 -4.390 1.786 9.941 371 1HG2 ILE 55 HG21 ILE 55 -4.458 2.145 6.240 372 2HG2 ILE 55 HG22 ILE 55 -4.519 0.917 7.563 373 3HG2 ILE 55 HG23 ILE 55 -2.967 1.359 6.803 374 1HD1 ILE 55 HD11 ILE 55 -2.450 0.407 9.190 375 2HD1 ILE 55 HD12 ILE 55 -2.189 1.045 10.847 376 3HD1 ILE 55 HD13 ILE 55 -1.312 1.770 9.482 377 H LEU 56 HN LEU 56 -1.751 4.379 5.327 378 HA LEU 56 HA LEU 56 -3.473 6.716 4.785 379 1HB LEU 56 HB2 LEU 56 -1.843 7.904 5.439 380 2HB LEU 56 HB1 LEU 56 -0.718 6.494 5.544 381 HG LEU 56 HG LEU 56 -1.019 8.368 3.153 382 1HD1 LEU 56 HD11 LEU 56 1.007 8.046 5.436 383 2HD1 LEU 56 HD12 LEU 56 -0.312 9.268 5.375 384 3HD1 LEU 56 HD13 LEU 56 0.975 9.281 4.165 385 1HD2 LEU 56 HD21 LEU 56 1.265 7.240 2.495 386 2HD2 LEU 56 HD22 LEU 56 -0.146 6.318 2.141 387 3HD2 LEU 56 HD23 LEU 56 0.781 5.888 3.579 388 H LEU 57 HN LEU 57 -3.565 7.857 2.799 389 HA LEU 57 HA LEU 57 -3.959 6.664 0.492 390 1HB LEU 57 HB2 LEU 57 -4.276 8.760 -0.207 391 2HB LEU 57 HB1 LEU 57 -4.533 8.916 1.561 392 HG LEU 57 HG LEU 57 -3.855 10.912 0.910 393 1HD1 LEU 57 HD21 LEU 57 -1.670 11.422 1.849 394 2HD1 LEU 57 HD22 LEU 57 -1.160 9.712 1.617 395 3HD1 LEU 57 HD23 LEU 57 -2.453 10.057 2.788 396 1HD2 LEU 57 HD11 LEU 57 -2.150 11.634 -0.645 397 2HD2 LEU 57 HD12 LEU 57 -3.299 10.500 -1.442 398 3HD2 LEU 57 HD13 LEU 57 -1.646 9.951 -0.990 399 H CYS 58 HN CYS 58 -2.644 5.438 -0.599 400 HA CYS 58 HA CYS 58 -0.101 6.380 -1.510 401 1HB CYS 58 HB1 CYS 58 -0.686 4.554 0.526 402 2HB CYS 58 HB2 CYS 58 -0.638 3.453 -0.851 403 HG CYS 58 HG CYS 58 1.858 4.413 -1.603 404 H ASP 59 HN ASP 59 0.318 4.961 -3.281 405 HA ASP 59 HA ASP 59 -1.699 4.713 -5.431 406 1HB ASP 59 HB2 ASP 59 0.949 5.535 -5.733 407 2HB ASP 59 HB1 ASP 59 1.061 3.821 -6.251 408 HA PRO 60 HA PRO 60 0.483 3.172 -2.401 409 1HB PRO 60 HB2 PRO 60 2.198 0.925 -2.055 410 2HB PRO 60 HB1 PRO 60 0.669 1.262 -1.221 411 1HG PRO 60 HG2 PRO 60 1.047 -0.368 -3.790 412 2HG PRO 60 HG1 PRO 60 0.138 -0.827 -2.288 413 1HD PRO 60 HD1 PRO 60 -1.347 0.172 -4.297 414 2HD PRO 60 HD2 PRO 60 -1.518 0.922 -2.690 415 H ILE 61 HN ILE 61 2.705 1.353 -4.555 416 HA ILE 61 HA ILE 61 4.336 3.766 -4.057 417 HB ILE 61 HB ILE 61 4.778 0.837 -4.119 418 1HG1 ILE 61 HG12 ILE 61 3.845 2.392 -2.082 419 2HG1 ILE 61 HG11 ILE 61 5.057 1.092 -1.879 420 1HG2 ILE 61 HG21 ILE 61 6.955 1.866 -5.048 421 2HG2 ILE 61 HG22 ILE 61 7.125 1.347 -3.296 422 3HG2 ILE 61 HG23 ILE 61 6.974 3.061 -3.723 423 1HD1 ILE 61 HD11 ILE 61 5.245 3.518 -0.716 424 2HD1 ILE 61 HD12 ILE 61 5.942 4.013 -2.284 425 3HD1 ILE 61 HD13 ILE 61 6.702 2.683 -1.373 426 HA PRO 62 HA PRO 62 5.011 5.076 -8.120 427 1HB PRO 62 HB2 PRO 62 8.058 4.685 -7.420 428 2HB PRO 62 HB1 PRO 62 7.236 6.146 -8.122 429 1HG PRO 62 HG1 PRO 62 7.864 5.533 -5.305 430 2HG PRO 62 HG2 PRO 62 6.836 6.832 -5.878 431 1HD PRO 62 HD1 PRO 62 6.118 4.591 -4.475 432 2HD PRO 62 HD2 PRO 62 4.960 5.697 -5.355 433 H LEU 63 HN LEU 63 4.674 3.987 -9.928 434 HA LEU 63 HA LEU 63 5.019 1.521 -10.733 435 1HB LEU 63 HB1 LEU 63 4.355 4.154 -12.138 436 2HB LEU 63 HB2 LEU 63 4.109 2.544 -12.899 437 HG LEU 63 HG LEU 63 2.967 1.980 -10.495 438 1HD1 LEU 63 HD21 LEU 63 2.962 4.183 -9.346 439 2HD1 LEU 63 HD22 LEU 63 1.327 3.829 -9.921 440 3HD1 LEU 63 HD23 LEU 63 2.342 4.986 -10.847 441 1HD2 LEU 63 HD11 LEU 63 2.259 1.659 -12.767 442 2HD2 LEU 63 HD12 LEU 63 1.713 3.369 -12.894 443 3HD2 LEU 63 HD13 LEU 63 0.869 2.225 -11.741 444 H ASP 64 HN ASP 64 7.324 2.507 -10.277 445 HA ASP 64 HA ASP 64 9.270 1.482 -12.329 446 1HB ASP 64 HB2 ASP 64 8.979 4.005 -10.584 447 2HB ASP 64 HB1 ASP 64 10.630 3.630 -11.173 448 H THR 65 HN THR 65 8.085 0.544 -9.357 449 HA THR 65 HA THR 65 10.574 0.896 -7.878 450 HB THR 65 HB THR 65 7.852 0.952 -6.653 451 HG1 THR 65 HG1 THR 65 8.365 2.823 -7.557 452 1HG2 THR 65 HG21 THR 65 9.268 1.688 -4.613 453 2HG2 THR 65 HG22 THR 65 10.713 1.059 -5.468 454 3HG2 THR 65 HG23 THR 65 9.364 -0.056 -4.975 455 H GLU 66 HN GLU 66 11.586 -0.548 -7.652 456 HA GLU 66 HA GLU 66 10.954 -3.325 -7.155 457 1HB GLU 66 HB2 GLU 66 13.163 -2.390 -7.925 458 2HB GLU 66 HB1 GLU 66 13.306 -1.494 -6.389 459 1HG GLU 66 HG2 GLU 66 14.841 -3.226 -6.227 460 2HG GLU 66 HG1 GLU 66 13.499 -3.747 -5.167 461 H VAL 67 HN VAL 67 9.319 -3.406 -5.756 462 HA VAL 67 HA VAL 67 9.246 -2.574 -2.917 463 HB VAL 67 HB VAL 67 6.772 -3.936 -3.501 464 1HG1 VAL 67 HG11 VAL 67 7.258 -0.947 -3.213 465 2HG1 VAL 67 HG12 VAL 67 7.209 -2.201 -1.885 466 3HG1 VAL 67 HG13 VAL 67 5.752 -1.923 -2.852 467 1HG2 VAL 67 HG21 VAL 67 7.156 -1.779 -5.623 468 2HG2 VAL 67 HG22 VAL 67 5.768 -2.884 -5.327 469 3HG2 VAL 67 HG23 VAL 67 7.299 -3.559 -5.991 470 H THR 68 HN THR 68 7.931 -4.334 -1.650 471 HA THR 68 HA THR 68 9.358 -6.873 -2.378 472 HB THR 68 HB THR 68 10.144 -6.317 -0.318 473 HG1 THR 68 HG1 THR 68 9.345 -8.513 -0.549 474 1HG2 THR 68 HG21 THR 68 7.197 -5.769 -0.008 475 2HG2 THR 68 HG22 THR 68 8.519 -4.621 0.255 476 3HG2 THR 68 HG23 THR 68 8.270 -5.989 1.471 477 H ALA 69 HN ALA 69 8.436 -8.760 -2.677 478 HA ALA 69 HA ALA 69 5.502 -8.806 -3.118 479 1HB ALA 69 HB1 ALA 69 6.190 -10.800 -4.568 480 2HB ALA 69 HB2 ALA 69 7.918 -10.413 -4.143 481 3HB ALA 69 HB3 ALA 69 6.940 -9.230 -5.074 482 H LEU 70 HN LEU 70 4.328 -10.292 -1.826 483 HA LEU 70 HA LEU 70 5.860 -11.310 0.452 484 1HB LEU 70 HB2 LEU 70 3.680 -9.983 0.569 485 2HB LEU 70 HB1 LEU 70 2.920 -11.562 0.261 486 HG LEU 70 HG LEU 70 3.035 -10.877 2.649 487 1HD1 LEU 70 HD21 LEU 70 4.760 -13.384 2.373 488 2HD1 LEU 70 HD22 LEU 70 2.974 -13.339 2.095 489 3HD1 LEU 70 HD23 LEU 70 3.670 -12.924 3.713 490 1HD2 LEU 70 HD11 LEU 70 5.113 -9.635 2.813 491 2HD2 LEU 70 HD12 LEU 70 6.103 -11.108 2.462 492 3HD2 LEU 70 HD13 LEU 70 5.150 -10.990 3.979 493 H SER 71 HN SER 71 6.671 -13.009 0.543 494 HA SER 71 HA SER 71 5.657 -15.619 -0.067 495 1HB SER 71 HB1 SER 71 8.342 -14.508 -1.111 496 2HB SER 71 HB2 SER 71 8.158 -16.257 -0.717 497 HG SER 71 HG SER 71 6.484 -14.842 -2.532 498 H GLU 72 HN GLU 72 7.077 -17.080 1.367 499 HA GLU 72 HA GLU 72 7.071 -16.713 3.969 500 1HB GLU 72 HB1 GLU 72 9.499 -18.234 3.202 501 2HB GLU 72 HB2 GLU 72 7.916 -18.865 3.785 502 1HG GLU 72 HG2 GLU 72 8.701 -17.934 0.944 503 2HG GLU 72 HG1 GLU 72 8.997 -19.602 1.595 504 H ASP 73 HN ASP 73 8.898 -17.047 5.562 505 HA ASP 73 HA ASP 73 10.035 -14.722 6.241 506 1HB ASP 73 HB2 ASP 73 10.972 -17.476 7.208 507 2HB ASP 73 HB1 ASP 73 11.217 -15.925 8.101 508 H GLU 74 HN GLU 74 12.129 -17.224 4.786 509 HA GLU 74 HA GLU 74 14.285 -15.205 4.568 510 1HB GLU 74 HB2 GLU 74 15.891 -17.024 4.482 511 2HB GLU 74 HB1 GLU 74 14.915 -17.070 5.985 512 1HG GLU 74 HG2 GLU 74 13.478 -18.900 5.014 513 2HG GLU 74 HG1 GLU 74 14.524 -18.916 3.542 514 H TYR 75 HN TYR 75 11.781 -15.923 2.801 515 HA TYR 75 HA TYR 75 13.181 -16.423 0.234 516 1HB TYR 75 HB2 TYR 75 10.438 -17.204 1.269 517 2HB TYR 75 HB1 TYR 75 10.937 -17.464 -0.452 518 HD1 TYR 75 HD1 TYR 75 11.516 -18.529 3.088 519 HD2 TYR 75 HD2 TYR 75 12.427 -19.202 -1.030 520 HE1 TYR 75 HE1 TYR 75 12.359 -20.789 3.621 521 HE2 TYR 75 HE2 TYR 75 13.322 -21.408 -0.486 522 HH TYR 75 HH TYR 75 13.743 -22.906 1.123 523 H PHE 76 HN PHE 76 10.602 -14.555 1.886 524 HA PHE 76 HA PHE 76 9.836 -12.983 -0.281 525 1HB PHE 76 HB2 PHE 76 9.371 -10.890 1.234 526 2HB PHE 76 HB1 PHE 76 8.523 -12.406 1.480 527 HD1 PHE 76 HD1 PHE 76 11.954 -11.447 2.881 528 HD2 PHE 76 HD2 PHE 76 7.824 -12.218 3.605 529 HE1 PHE 76 HE1 PHE 76 12.321 -11.205 5.261 530 HE2 PHE 76 HE2 PHE 76 8.194 -11.971 5.994 531 HZ PHE 76 HZ PHE 76 10.457 -11.451 6.854 532 H SER 77 HN SER 77 10.295 -11.412 -1.545 533 HA SER 77 HA SER 77 12.966 -10.171 -1.428 534 1HB SER 77 HB1 SER 77 13.150 -12.542 -2.400 535 2HB SER 77 HB2 SER 77 12.287 -11.929 -3.842 536 HG SER 77 HG SER 77 14.654 -11.863 -3.939 537 H ALA 78 HN ALA 78 13.385 -8.656 -3.290 538 HA ALA 78 HA ALA 78 10.939 -7.183 -3.798 539 1HB ALA 78 HB1 ALA 78 12.236 -5.107 -4.197 540 2HB ALA 78 HB2 ALA 78 13.763 -6.072 -4.127 541 3HB ALA 78 HB3 ALA 78 12.716 -5.849 -2.686 542 H GLY 79 HN GLY 79 10.122 -6.356 -5.558 543 1HA GLY 79 HA2 GLY 79 11.052 -7.063 -8.205 544 2HA GLY 79 HA1 GLY 79 9.396 -7.792 -7.662 545 H VAL 80 HN VAL 80 9.307 -6.056 -9.804 546 HA VAL 80 HA VAL 80 9.184 -3.319 -8.764 547 HB VAL 80 HB VAL 80 9.495 -4.750 -11.436 548 1HG1 VAL 80 HG11 VAL 80 9.403 -1.663 -10.924 549 2HG1 VAL 80 HG12 VAL 80 8.295 -2.595 -12.007 550 3HG1 VAL 80 HG13 VAL 80 10.030 -2.431 -12.426 551 1HG2 VAL 80 HG21 VAL 80 11.295 -2.972 -9.715 552 2HG2 VAL 80 HG22 VAL 80 11.760 -3.667 -11.312 553 3HG2 VAL 80 HG23 VAL 80 11.425 -4.781 -9.918 554 H VAL 81 HN VAL 81 7.362 -2.298 -8.208 555 HA VAL 81 HA VAL 81 4.848 -3.180 -9.352 556 HB VAL 81 HB VAL 81 5.190 -1.976 -7.097 557 1HG1 VAL 81 HG21 VAL 81 5.175 0.630 -8.750 558 2HG1 VAL 81 HG22 VAL 81 6.699 -0.074 -8.171 559 3HG1 VAL 81 HG23 VAL 81 5.423 0.445 -6.993 560 1HG2 VAL 81 HG11 VAL 81 3.124 -0.720 -7.138 561 2HG2 VAL 81 HG12 VAL 81 2.922 -2.191 -8.194 562 3HG2 VAL 81 HG13 VAL 81 3.198 -0.548 -8.934 563 H LYS 82 HN LYS 82 4.011 -2.656 -11.307 564 HA LYS 82 HA LYS 82 5.305 -0.443 -12.791 565 1HB LYS 82 HB1 LYS 82 5.315 -1.879 -14.850 566 2HB LYS 82 HB2 LYS 82 6.367 -2.511 -13.546 567 1HG LYS 82 HG2 LYS 82 4.801 -4.252 -12.942 568 2HG LYS 82 HG1 LYS 82 3.504 -3.618 -14.007 569 1HD LYS 82 HD2 LYS 82 6.213 -4.525 -15.109 570 2HD LYS 82 HD1 LYS 82 4.841 -5.659 -14.822 571 1HE LYS 82 HE2 LYS 82 3.389 -4.314 -16.378 572 2HE LYS 82 HE1 LYS 82 4.783 -3.206 -16.713 573 1HZ LYS 82 HZ1 LYS 82 6.010 -5.099 -17.542 574 2HZ LYS 82 HZ2 LYS 82 4.549 -4.892 -18.384 575 3HZ LYS 82 HZ3 LYS 82 4.698 -6.132 -17.233 576 H GLY 83 HN GLY 83 2.276 -2.189 -12.152 577 1HA GLY 83 HA2 GLY 83 0.782 -0.016 -13.290 578 2HA GLY 83 HA1 GLY 83 0.778 -1.526 -14.296 579 H HIS 84 HN HIS 84 -1.334 -0.005 -12.367 580 HA HIS 84 HA HIS 84 -2.271 -2.496 -11.250 581 1HB HIS 84 HB1 HIS 84 -2.543 -1.295 -8.930 582 2HB HIS 84 HB2 HIS 84 -0.996 -2.043 -9.396 583 HD1 HIS 84 HD1 HIS 84 1.073 -0.492 -9.923 584 HD2 HIS 84 HD2 HIS 84 -2.204 1.418 -8.122 585 HE1 HIS 84 HE1 HIS 84 1.874 1.633 -8.619 586 H ARG 85 HN ARG 85 -4.344 -2.678 -10.345 587 HA ARG 85 HA ARG 85 -6.210 -0.627 -11.299 588 1HB ARG 85 HB2 ARG 85 -6.929 -2.099 -12.946 589 2HB ARG 85 HB1 ARG 85 -5.612 -3.234 -12.496 590 1HG ARG 85 HG2 ARG 85 -7.097 -4.244 -10.716 591 2HG ARG 85 HG1 ARG 85 -8.452 -3.221 -11.303 592 1HD ARG 85 HD2 ARG 85 -8.579 -5.551 -12.155 593 2HD ARG 85 HD1 ARG 85 -8.640 -4.242 -13.430 594 HE ARG 85 HE ARG 85 -5.903 -5.078 -13.131 595 1HH1 ARG 85 HH11 ARG 85 -9.014 -6.384 -14.316 596 2HH1 ARG 85 HH12 ARG 85 -8.278 -7.470 -15.448 597 1HH2 ARG 85 HH21 ARG 85 -4.937 -6.548 -14.660 598 2HH2 ARG 85 HH22 ARG 85 -5.936 -7.564 -15.646 599 H LYS 86 HN LYS 86 -8.190 -0.681 -10.135 600 HA LYS 86 HA LYS 86 -8.595 -2.836 -8.219 601 1HB LYS 86 HB2 LYS 86 -7.568 -1.163 -6.864 602 2HB LYS 86 HB1 LYS 86 -8.493 0.175 -7.621 603 1HG LYS 86 HG2 LYS 86 -10.611 -0.619 -6.535 604 2HG LYS 86 HG1 LYS 86 -9.731 -2.016 -5.837 605 1HD LYS 86 HD2 LYS 86 -8.209 -0.389 -4.613 606 2HD LYS 86 HD1 LYS 86 -9.241 0.961 -5.192 607 1HE LYS 86 HE2 LYS 86 -10.209 -1.396 -3.428 608 2HE LYS 86 HE1 LYS 86 -9.801 0.269 -2.845 609 1HZ LYS 86 HZ1 LYS 86 -11.929 -0.426 -4.800 610 2HZ LYS 86 HZ2 LYS 86 -11.544 1.133 -4.246 611 3HZ LYS 86 HZ3 LYS 86 -12.147 -0.028 -3.163 612 H GLU 87 HN GLU 87 -10.491 -3.686 -8.740 613 HA GLU 87 HA GLU 87 -12.396 -2.143 -10.385 614 1HB GLU 87 HB2 GLU 87 -10.883 -3.908 -11.570 615 2HB GLU 87 HB1 GLU 87 -11.617 -5.143 -10.542 616 1HG GLU 87 HG2 GLU 87 -12.643 -5.120 -12.793 617 2HG GLU 87 HG1 GLU 87 -13.877 -4.679 -11.563 618 H SER 88 HN SER 88 -14.666 -2.971 -10.082 619 HA SER 88 HA SER 88 -15.458 -3.137 -7.454 620 1HB SER 88 HB2 SER 88 -17.061 -3.828 -9.971 621 2HB SER 88 HB1 SER 88 -17.719 -3.277 -8.375 622 HG SER 88 HG SER 88 -17.490 -1.536 -9.852 623 H GLY 89 HN GLY 89 -14.000 -5.046 -6.937 624 1HA GLY 89 HA2 GLY 89 -14.538 -6.962 -5.589 625 2HA GLY 89 HA1 GLY 89 -15.488 -7.631 -6.961 626 H GLU 90 HN GLU 90 -12.368 -6.063 -7.942 627 HA GLU 90 HA GLU 90 -10.981 -8.573 -7.850 628 1HB GLU 90 HB2 GLU 90 -10.718 -6.874 -10.368 629 2HB GLU 90 HB1 GLU 90 -10.616 -8.620 -10.072 630 1HG GLU 90 HG2 GLU 90 -13.243 -7.024 -10.264 631 2HG GLU 90 HG1 GLU 90 -12.397 -7.754 -11.665 632 H LEU 91 HN LEU 91 -8.734 -8.074 -7.314 633 HA LEU 91 HA LEU 91 -8.041 -5.205 -7.284 634 1HB LEU 91 HB2 LEU 91 -8.445 -6.777 -4.980 635 2HB LEU 91 HB1 LEU 91 -6.697 -7.044 -5.217 636 HG LEU 91 HG LEU 91 -6.927 -5.118 -3.790 637 1HD1 LEU 91 HD21 LEU 91 -6.082 -3.164 -5.010 638 2HD1 LEU 91 HD22 LEU 91 -6.682 -3.769 -6.570 639 3HD1 LEU 91 HD23 LEU 91 -5.348 -4.650 -5.730 640 1HD2 LEU 91 HD11 LEU 91 -8.492 -3.201 -4.236 641 2HD2 LEU 91 HD12 LEU 91 -9.375 -4.765 -4.095 642 3HD2 LEU 91 HD13 LEU 91 -9.082 -4.037 -5.710 643 H TYR 92 HN TYR 92 -6.081 -4.792 -8.599 644 HA TYR 92 HA TYR 92 -4.308 -7.130 -8.524 645 1HB TYR 92 HB1 TYR 92 -5.658 -5.667 -10.995 646 2HB TYR 92 HB2 TYR 92 -4.217 -6.617 -11.280 647 HD1 TYR 92 HD1 TYR 92 -4.249 -8.737 -11.828 648 HD2 TYR 92 HD2 TYR 92 -7.817 -6.878 -10.471 649 HE1 TYR 92 HE1 TYR 92 -5.486 -10.441 -12.917 650 HE2 TYR 92 HE2 TYR 92 -9.130 -8.580 -11.599 651 HH TYR 92 HH TYR 92 -7.546 -11.264 -13.357 652 H TYR 93 HN TYR 93 -2.493 -6.533 -7.943 653 HA TYR 93 HA TYR 93 -1.238 -4.155 -9.174 654 1HB TYR 93 HB2 TYR 93 -0.954 -5.465 -6.413 655 2HB TYR 93 HB1 TYR 93 0.401 -4.495 -7.125 656 HD1 TYR 93 HD1 TYR 93 0.493 -2.226 -6.528 657 HD2 TYR 93 HD2 TYR 93 -3.411 -4.088 -6.826 658 HE1 TYR 93 HE1 TYR 93 -0.624 -0.106 -6.296 659 HE2 TYR 93 HE2 TYR 93 -4.448 -1.975 -6.530 660 HH TYR 93 HH TYR 93 -2.679 1.024 -6.010 661 H SER 94 HN SER 94 -0.053 -4.680 -10.886 662 HA SER 94 HA SER 94 1.091 -7.330 -11.233 663 1HB SER 94 HB2 SER 94 1.643 -6.796 -13.509 664 2HB SER 94 HB1 SER 94 -0.077 -6.530 -13.178 665 HG SER 94 HG SER 94 0.702 -4.170 -12.869 666 H ILE 95 HN ILE 95 2.790 -7.761 -10.308 667 HA ILE 95 HA ILE 95 4.916 -5.741 -9.758 668 HB ILE 95 HB ILE 95 4.195 -8.365 -8.358 669 1HG1 ILE 95 HG12 ILE 95 2.354 -6.918 -7.929 670 2HG1 ILE 95 HG11 ILE 95 3.397 -6.893 -6.488 671 1HG2 ILE 95 HG21 ILE 95 5.721 -7.493 -6.551 672 2HG2 ILE 95 HG22 ILE 95 6.171 -6.090 -7.578 673 3HG2 ILE 95 HG23 ILE 95 6.619 -7.758 -8.080 674 1HD1 ILE 95 HD11 ILE 95 2.561 -4.592 -6.976 675 2HD1 ILE 95 HD12 ILE 95 3.214 -4.644 -8.628 676 3HD1 ILE 95 HD13 ILE 95 4.338 -4.644 -7.224 677 H GLU 96 HN GLU 96 6.718 -5.914 -10.999 678 HA GLU 96 HA GLU 96 6.908 -8.321 -12.676 679 1HB GLU 96 HB2 GLU 96 7.085 -6.071 -13.693 680 2HB GLU 96 HB1 GLU 96 8.690 -5.873 -12.914 681 1HG GLU 96 HG2 GLU 96 9.507 -7.951 -14.136 682 2HG GLU 96 HG1 GLU 96 7.894 -8.095 -14.923 683 H LYS 97 HN LYS 97 7.872 -10.075 -12.169 684 HA LYS 97 HA LYS 97 10.185 -9.884 -10.260 685 1HB LYS 97 HB1 LYS 97 7.994 -10.118 -8.992 686 2HB LYS 97 HB2 LYS 97 7.522 -11.357 -10.218 687 1HG LYS 97 HG2 LYS 97 7.945 -12.459 -8.078 688 2HG LYS 97 HG1 LYS 97 9.131 -13.001 -9.252 689 1HD LYS 97 HD2 LYS 97 10.748 -11.184 -8.268 690 2HD LYS 97 HD1 LYS 97 9.591 -11.103 -6.892 691 1HE LYS 97 HE2 LYS 97 9.900 -13.559 -6.482 692 2HE LYS 97 HE1 LYS 97 10.938 -13.685 -7.961 693 1HZ LYS 97 HZ1 LYS 97 11.538 -12.072 -5.535 694 2HZ LYS 97 HZ2 LYS 97 12.504 -12.189 -6.927 695 3HZ LYS 97 HZ3 LYS 97 12.236 -13.560 -5.962 696 H GLU 98 HN GLU 98 11.762 -11.357 -10.846 697 HA GLU 98 HA GLU 98 12.864 -13.044 -11.688 698 1HB GLU 98 HB1 GLU 98 11.320 -14.352 -10.281 699 2HB GLU 98 HB2 GLU 98 10.138 -14.495 -11.655 700 1HG GLU 98 HG2 GLU 98 11.433 -16.532 -11.122 701 2HG GLU 98 HG1 GLU 98 11.771 -16.002 -12.814 702 H GLY 99 HN GLY 99 10.894 -11.325 -13.411 703 1HA GLY 99 HA2 GLY 99 11.778 -10.578 -15.575 704 2HA GLY 99 HA1 GLY 99 11.826 -12.300 -16.099 705 H GLN 100 HN GLN 100 9.131 -12.175 -14.268 706 HA GLN 100 HA GLN 100 7.362 -11.179 -16.369 707 1HB GLN 100 HB2 GLN 100 5.933 -13.324 -16.078 708 2HB GLN 100 HB1 GLN 100 7.521 -13.520 -16.869 709 1HG GLN 100 HG2 GLN 100 7.431 -15.381 -15.544 710 2HG GLN 100 HG1 GLN 100 8.481 -14.323 -14.570 711 1HE2 GLN 100 HE21 GLN 100 7.629 -13.584 -12.447 712 2HE2 GLN 100 HE22 GLN 100 6.186 -14.441 -11.826 713 H ARG 101 HN ARG 101 5.000 -11.040 -15.722 714 HA ARG 101 HA ARG 101 5.096 -9.662 -13.164 715 1HB ARG 101 HB1 ARG 101 3.469 -8.201 -13.730 716 2HB ARG 101 HB2 ARG 101 4.445 -8.364 -15.214 717 1HG ARG 101 HG1 ARG 101 1.696 -9.689 -14.695 718 2HG ARG 101 HG2 ARG 101 2.002 -8.200 -15.650 719 1HD ARG 101 HD1 ARG 101 3.350 -9.511 -17.314 720 2HD ARG 101 HD2 ARG 101 3.030 -11.029 -16.360 721 HE ARG 101 HE ARG 101 0.547 -9.613 -16.968 722 1HH1 ARG 101 HH11 ARG 101 3.008 -11.737 -18.457 723 2HH1 ARG 101 HH12 ARG 101 1.917 -12.395 -19.632 724 1HH2 ARG 101 HH21 ARG 101 -0.896 -10.506 -18.553 725 2HH2 ARG 101 HH22 ARG 101 -0.328 -11.686 -19.687 726 H LYS 102 HN LYS 102 4.363 -10.101 -11.429 727 HA LYS 102 HA LYS 102 2.448 -12.415 -11.225 728 1HB LYS 102 HB1 LYS 102 4.499 -11.265 -9.324 729 2HB LYS 102 HB2 LYS 102 3.034 -12.009 -8.608 730 1HG LYS 102 HG2 LYS 102 3.527 -14.137 -9.304 731 2HG LYS 102 HG1 LYS 102 4.257 -13.622 -10.857 732 1HD LYS 102 HD1 LYS 102 6.406 -13.230 -9.911 733 2HD LYS 102 HD2 LYS 102 5.756 -13.183 -8.233 734 1HE LYS 102 HE1 LYS 102 5.254 -15.648 -8.362 735 2HE LYS 102 HE2 LYS 102 5.872 -15.680 -10.065 736 1HZ LYS 102 HZ1 LYS 102 8.014 -14.973 -9.242 737 2HZ LYS 102 HZ2 LYS 102 7.512 -16.413 -8.494 738 3HZ LYS 102 HZ3 LYS 102 7.435 -14.944 -7.645 739 H TRP 103 HN TRP 103 0.382 -11.888 -11.199 740 HA TRP 103 HA TRP 103 -0.349 -9.107 -10.561 741 1HB TRP 103 HB2 TRP 103 -1.768 -11.538 -11.893 742 2HB TRP 103 HB1 TRP 103 -2.682 -10.082 -11.410 743 HD1 TRP 103 HD1 TRP 103 -0.680 -11.347 -14.365 744 HE1 TRP 103 HE1 TRP 103 -1.058 -9.600 -16.229 745 HE3 TRP 103 HE3 TRP 103 -2.249 -7.497 -11.495 746 HZ2 TRP 103 HZ2 TRP 103 -2.190 -7.009 -16.423 747 HZ3 TRP 103 HZ3 TRP 103 -2.897 -5.363 -12.564 748 HH2 TRP 103 HH2 TRP 103 -2.873 -5.139 -15.001 749 H TYR 104 HN TYR 104 -0.494 -8.917 -8.439 750 HA TYR 104 HA TYR 104 -1.646 -11.076 -6.743 751 1HB TYR 104 HB2 TYR 104 -0.050 -8.588 -5.909 752 2HB TYR 104 HB1 TYR 104 -0.633 -9.913 -4.864 753 HD1 TYR 104 HD1 TYR 104 2.222 -8.728 -5.795 754 HD2 TYR 104 HD2 TYR 104 0.098 -12.402 -6.217 755 HE1 TYR 104 HE1 TYR 104 4.346 -9.959 -5.779 756 HE2 TYR 104 HE2 TYR 104 2.202 -13.617 -6.204 757 HH TYR 104 HH TYR 104 4.476 -13.454 -6.237 758 H LYS 105 HN LYS 105 -3.498 -10.432 -5.196 759 HA LYS 105 HA LYS 105 -4.671 -7.874 -5.697 760 1HB LYS 105 HB1 LYS 105 -5.165 -10.064 -3.495 761 2HB LYS 105 HB2 LYS 105 -6.304 -8.749 -3.949 762 1HG LYS 105 HG2 LYS 105 -6.650 -9.900 -6.169 763 2HG LYS 105 HG1 LYS 105 -5.483 -11.178 -5.677 764 1HD LYS 105 HD1 LYS 105 -6.931 -11.773 -3.719 765 2HD LYS 105 HD2 LYS 105 -8.082 -10.478 -4.188 766 1HE LYS 105 HE2 LYS 105 -8.938 -12.675 -4.949 767 2HE LYS 105 HE1 LYS 105 -8.520 -11.652 -6.384 768 1HZ LYS 105 HZ1 LYS 105 -6.439 -12.841 -6.549 769 2HZ LYS 105 HZ2 LYS 105 -7.761 -13.905 -6.619 770 3HZ LYS 105 HZ3 LYS 105 -6.833 -13.797 -5.202 771 H ARG 106 HN ARG 106 -4.217 -6.246 -4.257 772 HA ARG 106 HA ARG 106 -1.899 -5.521 -3.501 773 1HB ARG 106 HB2 ARG 106 -4.330 -4.889 -1.783 774 2HB ARG 106 HB1 ARG 106 -2.785 -4.035 -1.528 775 1HG ARG 106 HG1 ARG 106 -2.523 -3.180 -3.712 776 2HG ARG 106 HG2 ARG 106 -4.053 -3.913 -4.254 777 1HD ARG 106 HD2 ARG 106 -3.741 -1.789 -2.006 778 2HD ARG 106 HD1 ARG 106 -4.380 -1.502 -3.689 779 HE ARG 106 HE ARG 106 -5.793 -3.690 -2.386 780 1HH1 ARG 106 HH11 ARG 106 -5.628 -0.112 -2.355 781 2HH1 ARG 106 HH12 ARG 106 -7.296 0.076 -1.930 782 1HH2 ARG 106 HH21 ARG 106 -7.990 -3.415 -1.839 783 2HH2 ARG 106 HH22 ARG 106 -8.661 -1.832 -1.628 784 H MET 107 HN MET 107 -3.377 -7.692 -1.245 785 HA MET 107 HA MET 107 -1.565 -7.343 0.944 786 1HB MET 107 HB1 MET 107 -2.619 -9.417 1.876 787 2HB MET 107 HB2 MET 107 -3.768 -8.111 1.445 788 1HG MET 107 HG2 MET 107 -4.013 -9.374 -0.886 789 2HG MET 107 HG1 MET 107 -3.083 -10.700 -0.144 790 1HE MET 107 HE1 MET 107 -5.049 -12.349 -0.770 791 2HE MET 107 HE2 MET 107 -5.724 -10.880 -1.572 792 3HE MET 107 HE3 MET 107 -6.775 -11.917 -0.548 793 H ALA 108 HN ALA 108 -0.933 -9.007 -2.096 794 HA ALA 108 HA ALA 108 1.405 -10.249 -0.788 795 1HB ALA 108 HB1 ALA 108 0.030 -11.931 -2.202 796 2HB ALA 108 HB2 ALA 108 1.758 -11.770 -2.716 797 3HB ALA 108 HB3 ALA 108 0.502 -10.976 -3.649 798 H VAL 109 HN VAL 109 0.979 -7.440 -1.665 799 HA VAL 109 HA VAL 109 3.633 -7.069 -2.631 800 HB VAL 109 HB VAL 109 2.180 -6.690 -4.595 801 1HG1 VAL 109 HG21 VAL 109 1.097 -4.265 -3.012 802 2HG1 VAL 109 HG22 VAL 109 0.195 -5.707 -3.617 803 3HG1 VAL 109 HG23 VAL 109 0.934 -4.553 -4.781 804 1HG2 VAL 109 HG11 VAL 109 3.344 -4.442 -5.037 805 2HG2 VAL 109 HG12 VAL 109 4.369 -5.867 -4.586 806 3HG2 VAL 109 HG13 VAL 109 4.022 -4.545 -3.386 807 H ILE 110 HN ILE 110 4.598 -6.078 -1.198 808 HA ILE 110 HA ILE 110 3.232 -4.105 0.556 809 HB ILE 110 HB ILE 110 4.250 -4.640 2.512 810 1HG1 ILE 110 HG12 ILE 110 6.249 -5.831 2.141 811 2HG1 ILE 110 HG11 ILE 110 5.191 -6.797 3.183 812 1HG2 ILE 110 HG21 ILE 110 1.935 -5.368 2.094 813 2HG2 ILE 110 HG22 ILE 110 2.774 -6.465 3.254 814 3HG2 ILE 110 HG23 ILE 110 2.527 -6.986 1.546 815 1HD1 ILE 110 HD11 ILE 110 5.696 -7.312 0.162 816 2HD1 ILE 110 HD12 ILE 110 4.596 -8.273 1.213 817 3HD1 ILE 110 HD13 ILE 110 6.376 -8.248 1.522 818 H LEU 111 HN LEU 111 5.164 -3.048 2.134 819 HA LEU 111 HA LEU 111 7.450 -2.479 0.398 820 1HB LEU 111 HB2 LEU 111 6.900 0.090 0.856 821 2HB LEU 111 HB1 LEU 111 6.272 -0.785 -0.544 822 HG LEU 111 HG LEU 111 4.085 -0.717 0.061 823 1HD1 LEU 111 HD11 LEU 111 4.884 -0.387 3.001 824 2HD1 LEU 111 HD12 LEU 111 3.779 -1.629 2.279 825 3HD1 LEU 111 HD13 LEU 111 3.285 0.077 2.430 826 1HD2 LEU 111 HD21 LEU 111 5.056 1.767 1.611 827 2HD2 LEU 111 HD22 LEU 111 3.849 1.632 0.267 828 3HD2 LEU 111 HD23 LEU 111 5.651 1.396 0.024 829 H SER 112 HN SER 112 9.174 -1.433 1.281 830 HA SER 112 HA SER 112 9.641 -1.760 4.098 831 1HB SER 112 HB2 SER 112 12.005 -1.453 3.473 832 2HB SER 112 HB1 SER 112 11.237 -2.617 2.347 833 HG SER 112 HG SER 112 11.651 -1.260 0.685 834 H LEU 113 HN LEU 113 10.995 0.295 5.249 835 HA LEU 113 HA LEU 113 9.414 2.619 4.781 836 1HB LEU 113 HB2 LEU 113 12.009 3.091 6.198 837 2HB LEU 113 HB1 LEU 113 10.547 4.078 5.992 838 HG LEU 113 HG LEU 113 10.028 1.360 7.192 839 1HD1 LEU 113 HD21 LEU 113 11.262 1.678 9.319 840 2HD1 LEU 113 HD22 LEU 113 12.000 3.220 8.666 841 3HD1 LEU 113 HD23 LEU 113 12.405 1.642 7.907 842 1HD2 LEU 113 HD11 LEU 113 8.433 3.369 7.541 843 2HD2 LEU 113 HD12 LEU 113 9.655 4.005 8.705 844 3HD2 LEU 113 HD13 LEU 113 8.890 2.397 9.005 845 H GLU 114 HN GLU 114 12.640 1.994 3.692 846 HA GLU 114 HA GLU 114 12.655 4.517 2.239 847 1HB GLU 114 HB2 GLU 114 14.850 2.720 2.603 848 2HB GLU 114 HB1 GLU 114 14.846 3.606 1.034 849 1HG GLU 114 HG1 GLU 114 14.333 5.776 2.221 850 2HG GLU 114 HG2 GLU 114 14.381 4.881 3.810 851 H GLN 115 HN GLN 115 11.030 1.874 1.289 852 HA GLN 115 HA GLN 115 10.516 2.680 -1.464 853 1HB GLN 115 HB2 GLN 115 9.701 0.539 0.470 854 2HB GLN 115 HB1 GLN 115 8.253 1.179 -0.436 855 1HG GLN 115 HG1 GLN 115 8.912 -0.678 -1.606 856 2HG GLN 115 HG2 GLN 115 9.409 0.719 -2.614 857 1HE2 GLN 115 HE21 GLN 115 11.522 0.659 -3.296 858 2HE2 GLN 115 HE22 GLN 115 12.599 -0.612 -2.799 859 H GLY 116 HN GLY 116 9.045 2.860 1.731 860 1HA GLY 116 HA2 GLY 116 6.708 4.331 1.264 861 2HA GLY 116 HA1 GLY 116 7.561 3.947 2.772 862 H ASN 117 HN ASN 117 9.806 5.311 2.861 863 HA ASN 117 HA ASN 117 9.029 8.007 3.453 864 1HB ASN 117 HB2 ASN 117 11.658 6.527 3.906 865 2HB ASN 117 HB1 ASN 117 11.333 8.230 4.409 866 1HD2 ASN 117 HD21 ASN 117 8.330 7.110 4.916 867 2HD2 ASN 117 HD22 ASN 117 8.544 6.578 6.580 868 H ARG 118 HN ARG 118 10.699 6.498 0.794 869 HA ARG 118 HA ARG 118 11.942 8.802 -0.201 870 1HB ARG 118 HB2 ARG 118 12.135 7.749 -2.351 871 2HB ARG 118 HB1 ARG 118 12.553 6.590 -1.078 872 1HG ARG 118 HG2 ARG 118 10.857 5.165 -1.620 873 2HG ARG 118 HG1 ARG 118 9.629 6.373 -1.927 874 1HD ARG 118 HD2 ARG 118 11.986 5.737 -3.838 875 2HD ARG 118 HD1 ARG 118 10.318 4.997 -3.936 876 HE ARG 118 HE ARG 118 10.057 7.866 -3.926 877 1HH1 ARG 118 HH11 ARG 118 11.267 5.235 -6.024 878 2HH1 ARG 118 HH12 ARG 118 10.910 6.065 -7.502 879 1HH2 ARG 118 HH21 ARG 118 9.583 8.965 -5.941 880 2HH2 ARG 118 HH22 ARG 118 9.945 8.204 -7.454 881 H LEU 119 HN LEU 119 8.788 7.407 -0.349 882 HA LEU 119 HA LEU 119 7.306 9.001 -2.272 883 1HB LEU 119 HB2 LEU 119 6.931 6.422 -1.667 884 2HB LEU 119 HB1 LEU 119 6.214 6.971 -0.191 885 HG LEU 119 HG LEU 119 5.256 8.198 -2.760 886 1HD1 LEU 119 HD11 LEU 119 5.435 5.715 -3.081 887 2HD1 LEU 119 HD12 LEU 119 3.750 6.349 -3.276 888 3HD1 LEU 119 HD13 LEU 119 4.225 5.471 -1.771 889 1HD2 LEU 119 HD21 LEU 119 3.893 7.251 -0.150 890 2HD2 LEU 119 HD22 LEU 119 3.017 7.834 -1.614 891 3HD2 LEU 119 HD23 LEU 119 4.123 8.955 -0.734 892 H ARG 120 HN ARG 120 7.628 8.734 1.274 893 HA ARG 120 HA ARG 120 5.343 9.742 1.772 894 1HB ARG 120 HB1 ARG 120 6.138 9.931 4.181 895 2HB ARG 120 HB2 ARG 120 7.294 8.731 3.550 896 1HG ARG 120 HG2 ARG 120 8.926 10.763 3.294 897 2HG ARG 120 HG1 ARG 120 7.687 11.795 4.068 898 1HD ARG 120 HD2 ARG 120 9.053 9.384 5.371 899 2HD ARG 120 HD1 ARG 120 9.324 11.118 5.753 900 HE ARG 120 HE ARG 120 6.993 9.400 6.507 901 1HH1 ARG 120 HH11 ARG 120 8.212 12.758 6.304 902 2HH1 ARG 120 HH12 ARG 120 7.004 13.393 7.372 903 1HH2 ARG 120 HH21 ARG 120 5.388 10.279 7.928 904 2HH2 ARG 120 HH22 ARG 120 5.385 11.970 8.305 905 H GLU 121 HN GLU 121 7.713 11.784 0.785 906 HA GLU 121 HA GLU 121 6.618 14.338 1.629 907 1HB GLU 121 HB2 GLU 121 8.783 15.113 0.469 908 2HB GLU 121 HB1 GLU 121 8.981 14.040 1.888 909 1HG GLU 121 HG1 GLU 121 9.453 12.044 0.421 910 2HG GLU 121 HG2 GLU 121 9.152 13.061 -1.037 911 H GLN 122 HN GLN 122 6.709 12.216 -1.242 912 HA GLN 122 HA GLN 122 5.776 14.345 -3.008 913 1HB GLN 122 HB2 GLN 122 6.474 12.847 -4.884 914 2HB GLN 122 HB1 GLN 122 7.776 13.488 -3.834 915 1HG GLN 122 HG1 GLN 122 7.990 11.312 -2.679 916 2HG GLN 122 HG2 GLN 122 6.722 10.551 -3.701 917 1HE2 GLN 122 HE21 GLN 122 9.883 10.403 -3.293 918 2HE2 GLN 122 HE22 GLN 122 10.500 10.423 -4.953 919 H TYR 123 HN TYR 123 4.719 10.937 -1.929 920 HA TYR 123 HA TYR 123 2.181 11.744 -3.434 921 1HB TYR 123 HB1 TYR 123 3.191 8.854 -3.502 922 2HB TYR 123 HB2 TYR 123 1.855 9.580 -4.452 923 HD1 TYR 123 HD1 TYR 123 4.993 8.356 -4.686 924 HD2 TYR 123 HD2 TYR 123 2.783 11.809 -5.837 925 HE1 TYR 123 HE1 TYR 123 6.675 8.864 -6.257 926 HE2 TYR 123 HE2 TYR 123 4.441 12.274 -7.573 927 HH TYR 123 HH TYR 123 7.491 11.026 -7.358 928 H GLY 124 HN GLY 124 2.810 11.033 0.037 929 1HA GLY 124 HA2 GLY 124 0.273 10.223 0.278 930 2HA GLY 124 HA1 GLY 124 1.173 8.691 -0.062 931 H LEU 125 HN LEU 125 3.321 8.591 1.231 932 HA LEU 125 HA LEU 125 2.578 8.146 3.691 933 1HB LEU 125 HB2 LEU 125 5.017 7.576 2.289 934 2HB LEU 125 HB1 LEU 125 5.285 7.810 4.060 935 HG LEU 125 HG LEU 125 5.032 5.615 3.788 936 1HD1 LEU 125 HD11 LEU 125 2.836 4.910 4.830 937 2HD1 LEU 125 HD12 LEU 125 2.224 6.584 4.751 938 3HD1 LEU 125 HD13 LEU 125 3.682 6.258 5.668 939 1HD2 LEU 125 HD21 LEU 125 2.733 5.971 1.788 940 2HD2 LEU 125 HD22 LEU 125 3.595 4.435 2.245 941 3HD2 LEU 125 HD23 LEU 125 4.465 5.686 1.371 942 H GLY 126 HN GLY 126 2.486 11.032 3.374 943 1HA GLY 126 HA2 GLY 126 2.162 11.370 6.170 944 2HA GLY 126 HA1 GLY 126 3.626 12.283 5.663 945 HA PRO 127 HA PRO 127 0.166 14.950 3.912 946 1HB PRO 127 HB2 PRO 127 -2.405 14.823 4.787 947 2HB PRO 127 HB1 PRO 127 -1.768 13.536 3.696 948 1HG PRO 127 HG2 PRO 127 -1.974 13.451 6.759 949 2HG PRO 127 HG1 PRO 127 -2.639 12.261 5.605 950 1HD PRO 127 HD1 PRO 127 -0.073 11.941 6.759 951 2HD PRO 127 HD2 PRO 127 -0.455 11.365 5.074 952 H TYR 128 HN TYR 128 0.208 14.071 7.274 953 HA TYR 128 HA TYR 128 0.256 16.813 8.337 954 1HB TYR 128 HB2 TYR 128 -1.763 15.193 8.846 955 2HB TYR 128 HB1 TYR 128 -0.626 14.201 9.808 956 HD1 TYR 128 HD1 TYR 128 -2.174 17.565 9.393 957 HD2 TYR 128 HD2 TYR 128 -0.133 14.928 12.043 958 HE1 TYR 128 HE1 TYR 128 -2.779 18.999 11.296 959 HE2 TYR 128 HE2 TYR 128 -0.761 16.344 13.947 960 HH TYR 128 HH TYR 128 -1.930 18.164 14.636 961 H GLU 129 HN GLU 129 2.419 17.270 8.802 962 HA GLU 129 HA GLU 129 4.085 15.421 10.193 963 1HB GLU 129 HB2 GLU 129 5.889 15.279 8.446 964 2HB GLU 129 HB1 GLU 129 4.403 14.411 7.976 965 1HG GLU 129 HG1 GLU 129 3.718 16.172 6.423 966 2HG GLU 129 HG2 GLU 129 5.073 17.246 6.933 Start of MODEL 10 1 H ASN 7 HN ASN 7 -12.988 14.133 1.323 2 HA ASN 7 HA ASN 7 -14.874 13.670 -0.053 3 1HB ASN 7 HB2 ASN 7 -12.945 15.735 -1.305 4 2HB ASN 7 HB1 ASN 7 -14.681 15.566 -1.798 5 1HD2 ASN 7 HD21 ASN 7 -14.351 17.948 -1.062 6 2HD2 ASN 7 HD22 ASN 7 -14.853 18.235 0.629 7 H SER 8 HN SER 8 -11.757 13.411 -1.847 8 HA SER 8 HA SER 8 -13.038 11.604 -3.807 9 1HB SER 8 HB1 SER 8 -11.098 12.024 -5.281 10 2HB SER 8 HB2 SER 8 -11.996 13.526 -4.856 11 HG SER 8 HG SER 8 -9.614 13.579 -4.741 12 H PHE 9 HN PHE 9 -12.139 11.043 -0.969 13 HA PHE 9 HA PHE 9 -10.150 8.885 -1.391 14 1HB PHE 9 HB2 PHE 9 -11.087 10.383 1.150 15 2HB PHE 9 HB1 PHE 9 -9.799 9.133 1.141 16 HD1 PHE 9 HD1 PHE 9 -10.342 12.568 1.013 17 HD2 PHE 9 HD2 PHE 9 -8.011 9.518 -0.836 18 HE1 PHE 9 HE1 PHE 9 -8.857 14.275 0.118 19 HE2 PHE 9 HE2 PHE 9 -6.524 11.229 -1.764 20 HZ PHE 9 HZ PHE 9 -6.909 13.619 -1.286 21 H VAL 10 HN VAL 10 -13.140 8.993 -1.783 22 HA VAL 10 HA VAL 10 -14.057 6.733 -0.291 23 HB VAL 10 HB VAL 10 -15.374 8.043 -2.684 24 1HG1 VAL 10 HG11 VAL 10 -16.321 6.513 -0.178 25 2HG1 VAL 10 HG12 VAL 10 -16.395 5.938 -1.894 26 3HG1 VAL 10 HG13 VAL 10 -17.425 7.319 -1.368 27 1HG2 VAL 10 HG21 VAL 10 -15.191 9.005 0.231 28 2HG2 VAL 10 HG22 VAL 10 -16.455 9.547 -0.943 29 3HG2 VAL 10 HG23 VAL 10 -14.729 9.901 -1.263 30 H GLY 11 HN GLY 11 -12.953 6.910 -3.916 31 1HA GLY 11 HA2 GLY 11 -12.794 3.972 -3.741 32 2HA GLY 11 HA1 GLY 11 -13.008 5.057 -5.242 33 H LEU 12 HN LEU 12 -10.799 5.217 -2.378 34 HA LEU 12 HA LEU 12 -8.480 5.218 -4.225 35 1HB LEU 12 HB1 LEU 12 -8.619 7.303 -3.269 36 2HB LEU 12 HB2 LEU 12 -8.938 6.693 -1.631 37 HG LEU 12 HG LEU 12 -5.940 6.237 -2.208 38 1HD1 LEU 12 HD21 LEU 12 -7.419 8.898 -2.642 39 2HD1 LEU 12 HD22 LEU 12 -6.377 8.008 -3.777 40 3HD1 LEU 12 HD23 LEU 12 -5.673 8.671 -2.294 41 1HD2 LEU 12 HD11 LEU 12 -7.585 5.746 -0.265 42 2HD2 LEU 12 HD12 LEU 12 -7.900 7.520 -0.209 43 3HD2 LEU 12 HD13 LEU 12 -6.317 6.875 0.167 44 H ARG 13 HN ARG 13 -6.514 4.496 -3.173 45 HA ARG 13 HA ARG 13 -6.898 1.722 -2.238 46 1HB ARG 13 HB2 ARG 13 -4.713 1.222 -3.436 47 2HB ARG 13 HB1 ARG 13 -6.216 1.408 -4.366 48 1HG ARG 13 HG2 ARG 13 -5.623 3.742 -4.997 49 2HG ARG 13 HG1 ARG 13 -4.095 3.578 -4.070 50 1HD ARG 13 HD2 ARG 13 -3.368 1.733 -5.629 51 2HD ARG 13 HD1 ARG 13 -4.920 1.924 -6.551 52 HE ARG 13 HE ARG 13 -2.990 4.238 -6.087 53 1HH1 ARG 13 HH11 ARG 13 -4.812 2.236 -8.429 54 2HH1 ARG 13 HH12 ARG 13 -4.416 3.249 -9.778 55 1HH2 ARG 13 HH21 ARG 13 -2.490 5.563 -7.894 56 2HH2 ARG 13 HH22 ARG 13 -3.086 5.161 -9.471 57 H VAL 14 HN VAL 14 -5.348 1.045 -0.360 58 HA VAL 14 HA VAL 14 -3.764 3.245 0.566 59 HB VAL 14 HB VAL 14 -4.581 3.375 2.842 60 1HG1 VAL 14 HG21 VAL 14 -5.525 4.890 0.947 61 2HG1 VAL 14 HG22 VAL 14 -6.524 4.743 2.441 62 3HG1 VAL 14 HG23 VAL 14 -6.954 3.828 0.947 63 1HG2 VAL 14 HG11 VAL 14 -6.989 2.672 3.333 64 2HG2 VAL 14 HG12 VAL 14 -5.797 1.359 3.381 65 3HG2 VAL 14 HG13 VAL 14 -6.864 1.591 1.924 66 H VAL 15 HN VAL 15 -2.293 2.694 2.434 67 HA VAL 15 HA VAL 15 -1.695 -0.191 2.516 68 HB VAL 15 HB VAL 15 0.785 0.285 2.423 69 1HG1 VAL 15 HG21 VAL 15 -0.757 0.761 -0.172 70 2HG1 VAL 15 HG22 VAL 15 -0.736 -0.789 0.731 71 3HG1 VAL 15 HG23 VAL 15 0.818 -0.110 0.108 72 1HG2 VAL 15 HG11 VAL 15 -0.194 2.953 1.152 73 2HG2 VAL 15 HG12 VAL 15 1.495 2.311 1.150 74 3HG2 VAL 15 HG13 VAL 15 0.700 2.783 2.693 75 H ALA 16 HN ALA 16 -0.776 -0.958 4.372 76 HA ALA 16 HA ALA 16 -1.379 0.851 6.633 77 1HB ALA 16 HB1 ALA 16 -2.798 -1.170 6.147 78 2HB ALA 16 HB2 ALA 16 -1.996 -1.305 7.745 79 3HB ALA 16 HB3 ALA 16 -1.380 -2.222 6.320 80 H LYS 17 HN LYS 17 0.371 1.840 7.496 81 HA LYS 17 HA LYS 17 2.729 0.226 8.314 82 1HB LYS 17 HB2 LYS 17 2.536 3.238 8.647 83 2HB LYS 17 HB1 LYS 17 3.903 2.150 8.289 84 1HG LYS 17 HG1 LYS 17 3.173 2.285 5.759 85 2HG LYS 17 HG2 LYS 17 1.727 3.094 6.324 86 1HD LYS 17 HD1 LYS 17 2.746 5.057 6.136 87 2HD LYS 17 HD2 LYS 17 3.536 4.651 7.670 88 1HE LYS 17 HE2 LYS 17 5.507 3.733 6.561 89 2HE LYS 17 HE1 LYS 17 4.774 4.099 4.931 90 1HZ LYS 17 HZ1 LYS 17 5.467 6.056 7.072 91 2HZ LYS 17 HZ2 LYS 17 4.798 6.427 5.555 92 3HZ LYS 17 HZ3 LYS 17 6.355 5.756 5.655 93 H TRP 18 HN TRP 18 2.561 -0.287 10.788 94 HA TRP 18 HA TRP 18 0.593 1.440 12.216 95 1HB TRP 18 HB2 TRP 18 1.626 -1.246 13.104 96 2HB TRP 18 HB1 TRP 18 0.611 -0.129 14.065 97 HD1 TRP 18 HD1 TRP 18 0.115 -2.904 11.434 98 HE1 TRP 18 HE1 TRP 18 -2.443 -2.968 10.978 99 HE3 TRP 18 HE3 TRP 18 -1.121 1.526 13.585 100 HZ2 TRP 18 HZ2 TRP 18 -4.655 -1.275 11.463 101 HZ3 TRP 18 HZ3 TRP 18 -3.398 2.133 13.747 102 HH2 TRP 18 HH2 TRP 18 -5.193 0.827 12.641 103 H SER 19 HN SER 19 3.385 0.056 13.819 104 HA SER 19 HA SER 19 4.416 2.759 14.480 105 1HB SER 19 HB1 SER 19 4.706 0.103 16.064 106 2HB SER 19 HB2 SER 19 5.429 1.692 16.516 107 HG SER 19 HG SER 19 3.154 2.445 16.522 108 H SER 20 HN SER 20 6.914 2.864 14.061 109 HA SER 20 HA SER 20 7.437 1.745 11.650 110 1HB SER 20 HB1 SER 20 9.516 2.730 13.668 111 2HB SER 20 HB2 SER 20 9.718 2.627 11.867 112 HG SER 20 HG SER 20 9.053 4.703 12.385 113 H ASN 21 HN ASN 21 7.519 -0.193 11.097 114 HA ASN 21 HA ASN 21 9.000 -2.290 12.509 115 1HB ASN 21 HB1 ASN 21 6.468 -2.353 12.496 116 2HB ASN 21 HB2 ASN 21 6.441 -2.076 10.737 117 1HD2 ASN 21 HD21 ASN 21 7.747 -4.552 13.111 118 2HD2 ASN 21 HD22 ASN 21 7.246 -5.915 12.124 119 H GLY 22 HN GLY 22 8.709 -0.490 9.676 120 1HA GLY 22 HA2 GLY 22 10.412 -0.207 8.173 121 2HA GLY 22 HA1 GLY 22 10.944 -1.900 8.378 122 H TYR 23 HN TYR 23 7.817 -2.556 8.074 123 HA TYR 23 HA TYR 23 7.429 -1.853 5.336 124 1HB TYR 23 HB2 TYR 23 6.735 -4.388 4.814 125 2HB TYR 23 HB1 TYR 23 8.328 -3.628 4.499 126 HD1 TYR 23 HD1 TYR 23 6.601 -5.311 7.370 127 HD2 TYR 23 HD2 TYR 23 10.133 -4.951 5.045 128 HE1 TYR 23 HE1 TYR 23 7.602 -7.186 8.614 129 HE2 TYR 23 HE2 TYR 23 11.133 -6.833 6.251 130 HH TYR 23 HH TYR 23 10.250 -8.924 7.449 131 H PHE 24 HN PHE 24 5.454 -2.189 4.348 132 HA PHE 24 HA PHE 24 3.138 -1.830 6.178 133 1HB PHE 24 HB1 PHE 24 2.641 -0.426 3.690 134 2HB PHE 24 HB2 PHE 24 2.479 0.078 5.363 135 HD1 PHE 24 HD1 PHE 24 3.867 1.523 2.585 136 HD2 PHE 24 HD2 PHE 24 4.894 0.186 6.555 137 HE1 PHE 24 HE1 PHE 24 5.792 2.787 2.529 138 HE2 PHE 24 HE2 PHE 24 6.905 1.522 6.467 139 HZ PHE 24 HZ PHE 24 7.244 2.963 4.501 140 H TYR 25 HN TYR 25 1.403 -2.622 5.840 141 HA TYR 25 HA TYR 25 1.073 -4.975 4.165 142 1HB TYR 25 HB1 TYR 25 -0.413 -4.065 6.729 143 2HB TYR 25 HB2 TYR 25 -0.460 -5.711 5.982 144 HD1 TYR 25 HD1 TYR 25 1.308 -3.492 8.247 145 HD2 TYR 25 HD2 TYR 25 1.778 -6.983 5.841 146 HE1 TYR 25 HE1 TYR 25 3.376 -4.045 9.453 147 HE2 TYR 25 HE2 TYR 25 3.815 -7.543 7.086 148 HH TYR 25 HH TYR 25 5.340 -5.382 9.405 149 H SER 26 HN SER 26 -1.623 -5.286 3.999 150 HA SER 26 HA SER 26 -2.256 -3.320 2.035 151 1HB SER 26 HB1 SER 26 -2.759 -5.899 1.861 152 2HB SER 26 HB2 SER 26 -3.631 -5.777 3.431 153 HG SER 26 HG SER 26 -4.909 -6.040 1.361 154 H GLY 27 HN GLY 27 -3.866 -1.902 1.585 155 1HA GLY 27 HA2 GLY 27 -6.087 -1.805 3.439 156 2HA GLY 27 HA1 GLY 27 -5.148 -0.361 3.058 157 H LYS 28 HN LYS 28 -7.959 -0.765 2.671 158 HA LYS 28 HA LYS 28 -8.079 0.273 0.032 159 1HB LYS 28 HB2 LYS 28 -10.204 -0.833 -0.625 160 2HB LYS 28 HB1 LYS 28 -8.825 -1.969 -0.511 161 1HG LYS 28 HG2 LYS 28 -9.596 -2.799 1.662 162 2HG LYS 28 HG1 LYS 28 -10.933 -1.623 1.723 163 1HD LYS 28 HD1 LYS 28 -11.944 -2.602 -0.332 164 2HD LYS 28 HD2 LYS 28 -10.618 -3.820 -0.415 165 1HE LYS 28 HE2 LYS 28 -11.334 -4.680 1.881 166 2HE LYS 28 HE1 LYS 28 -12.731 -3.527 1.819 167 1HZ LYS 28 HZ1 LYS 28 -12.162 -5.716 -0.110 168 2HZ LYS 28 HZ2 LYS 28 -13.466 -4.632 -0.185 169 3HZ LYS 28 HZ3 LYS 28 -13.341 -5.720 1.113 170 H ILE 29 HN ILE 29 -9.808 2.171 -0.043 171 HA ILE 29 HA ILE 29 -10.280 2.914 2.767 172 HB ILE 29 HB ILE 29 -8.982 4.149 1.051 173 1HG1 ILE 29 HG12 ILE 29 -11.132 5.796 2.481 174 2HG1 ILE 29 HG11 ILE 29 -9.876 4.888 3.378 175 1HG2 ILE 29 HG21 ILE 29 -10.814 3.871 -0.757 176 2HG2 ILE 29 HG22 ILE 29 -10.189 5.552 -0.504 177 3HG2 ILE 29 HG23 ILE 29 -11.782 5.062 0.151 178 1HD1 ILE 29 HD11 ILE 29 -9.160 7.224 3.043 179 2HD1 ILE 29 HD12 ILE 29 -9.343 7.047 1.271 180 3HD1 ILE 29 HD13 ILE 29 -8.066 6.121 2.133 181 H THR 30 HN THR 30 -12.164 3.919 3.590 182 HA THR 30 HA THR 30 -14.696 3.142 2.217 183 HB THR 30 HB THR 30 -14.307 3.536 5.209 184 HG1 THR 30 HG1 THR 30 -13.365 1.669 3.960 185 1HG2 THR 30 HG21 THR 30 -16.614 2.335 3.527 186 2HG2 THR 30 HG22 THR 30 -16.694 3.942 4.340 187 3HG2 THR 30 HG23 THR 30 -16.563 2.436 5.321 188 H ARG 31 HN ARG 31 -13.061 5.777 4.315 189 HA ARG 31 HA ARG 31 -14.387 7.796 2.717 190 1HB ARG 31 HB1 ARG 31 -14.775 7.609 5.831 191 2HB ARG 31 HB2 ARG 31 -15.333 8.959 4.780 192 1HG ARG 31 HG2 ARG 31 -17.142 7.493 3.898 193 2HG ARG 31 HG1 ARG 31 -16.448 6.100 4.801 194 1HD ARG 31 HD2 ARG 31 -18.291 6.968 6.141 195 2HD ARG 31 HD1 ARG 31 -16.715 7.371 6.976 196 HE ARG 31 HE ARG 31 -17.567 9.525 5.183 197 1HH1 ARG 31 HH11 ARG 31 -18.239 8.098 8.393 198 2HH1 ARG 31 HH12 ARG 31 -18.836 9.576 9.071 199 1HH2 ARG 31 HH21 ARG 31 -18.373 11.497 6.116 200 2HH2 ARG 31 HH22 ARG 31 -18.913 11.530 7.763 201 H ASP 32 HN ASP 32 -13.367 9.998 3.868 202 HA ASP 32 HA ASP 32 -10.670 9.393 4.909 203 1HB ASP 32 HB2 ASP 32 -10.153 11.778 4.673 204 2HB ASP 32 HB1 ASP 32 -10.612 11.008 3.126 205 H VAL 33 HN VAL 33 -9.950 10.604 6.965 206 HA VAL 33 HA VAL 33 -12.239 11.395 8.678 207 HB VAL 33 HB VAL 33 -10.433 10.670 10.597 208 1HG1 VAL 33 HG21 VAL 33 -12.936 10.569 10.561 209 2HG1 VAL 33 HG22 VAL 33 -12.205 9.052 11.187 210 3HG1 VAL 33 HG23 VAL 33 -12.865 9.104 9.508 211 1HG2 VAL 33 HG11 VAL 33 -9.198 9.114 8.833 212 2HG2 VAL 33 HG12 VAL 33 -10.620 8.068 8.944 213 3HG2 VAL 33 HG13 VAL 33 -9.550 8.384 10.317 214 H GLY 34 HN GLY 34 -12.113 13.405 9.129 215 1HA GLY 34 HA2 GLY 34 -11.563 15.535 8.572 216 2HA GLY 34 HA1 GLY 34 -10.521 15.200 9.988 217 H ALA 35 HN ALA 35 -8.552 15.990 9.854 218 HA ALA 35 HA ALA 35 -7.064 16.307 7.308 219 1HB ALA 35 HB1 ALA 35 -6.824 17.782 10.042 220 2HB ALA 35 HB2 ALA 35 -7.548 18.518 8.567 221 3HB ALA 35 HB3 ALA 35 -5.798 18.099 8.587 222 H GLY 36 HN GLY 36 -5.580 15.019 6.896 223 1HA GLY 36 HA2 GLY 36 -3.682 13.921 7.178 224 2HA GLY 36 HA1 GLY 36 -3.791 14.064 8.963 225 H LYS 37 HN LYS 37 -6.778 12.819 8.263 226 HA LYS 37 HA LYS 37 -5.736 10.070 8.433 227 1HB LYS 37 HB2 LYS 37 -7.917 9.897 10.003 228 2HB LYS 37 HB1 LYS 37 -6.280 10.103 10.572 229 1HG LYS 37 HG2 LYS 37 -6.580 12.467 11.021 230 2HG LYS 37 HG1 LYS 37 -8.219 12.421 10.335 231 1HD LYS 37 HD1 LYS 37 -8.748 10.470 11.977 232 2HD LYS 37 HD2 LYS 37 -7.199 10.870 12.775 233 1HE LYS 37 HE2 LYS 37 -9.068 11.935 13.961 234 2HE LYS 37 HE1 LYS 37 -8.060 13.251 13.174 235 1HZ LYS 37 HZ1 LYS 37 -10.404 13.614 12.904 236 2HZ LYS 37 HZ2 LYS 37 -10.607 12.109 12.142 237 3HZ LYS 37 HZ3 LYS 37 -9.673 13.318 11.400 238 H TYR 38 HN TYR 38 -7.077 8.296 8.129 239 HA TYR 38 HA TYR 38 -8.902 8.505 5.834 240 1HB TYR 38 HB1 TYR 38 -6.417 6.715 6.155 241 2HB TYR 38 HB2 TYR 38 -7.575 6.570 4.784 242 HD1 TYR 38 HD1 TYR 38 -4.542 7.854 5.733 243 HD2 TYR 38 HD2 TYR 38 -8.022 9.206 3.744 244 HE1 TYR 38 HE1 TYR 38 -3.158 9.529 4.545 245 HE2 TYR 38 HE2 TYR 38 -6.777 11.161 2.955 246 HH TYR 38 HH TYR 38 -3.320 11.503 3.189 247 H LYS 39 HN LYS 39 -10.696 6.821 5.925 248 HA LYS 39 HA LYS 39 -10.825 5.072 8.336 249 1HB LYS 39 HB1 LYS 39 -12.562 6.757 8.661 250 2HB LYS 39 HB2 LYS 39 -12.744 7.026 6.910 251 1HG LYS 39 HG1 LYS 39 -14.748 5.953 7.747 252 2HG LYS 39 HG2 LYS 39 -13.883 4.841 6.638 253 1HD LYS 39 HD2 LYS 39 -12.942 3.624 8.697 254 2HD LYS 39 HD1 LYS 39 -14.007 4.652 9.712 255 1HE LYS 39 HE2 LYS 39 -14.955 2.862 7.375 256 2HE LYS 39 HE1 LYS 39 -14.987 2.367 9.120 257 1HZ LYS 39 HZ1 LYS 39 -16.465 4.214 9.554 258 2HZ LYS 39 HZ2 LYS 39 -17.106 3.181 8.368 259 3HZ LYS 39 HZ3 LYS 39 -16.432 4.674 7.919 260 H LEU 40 HN LEU 40 -10.364 3.312 7.900 261 HA LEU 40 HA LEU 40 -10.709 2.471 5.046 262 1HB LEU 40 HB1 LEU 40 -8.342 2.019 4.901 263 2HB LEU 40 HB2 LEU 40 -8.529 3.659 5.578 264 HG LEU 40 HG LEU 40 -6.952 2.977 7.016 265 1HD1 LEU 40 HD11 LEU 40 -9.128 1.648 8.559 266 2HD1 LEU 40 HD12 LEU 40 -8.628 3.427 8.581 267 3HD1 LEU 40 HD13 LEU 40 -7.509 2.123 9.153 268 1HD2 LEU 40 HD21 LEU 40 -8.009 0.040 7.109 269 2HD2 LEU 40 HD22 LEU 40 -6.363 0.615 7.505 270 3HD2 LEU 40 HD23 LEU 40 -6.941 0.563 5.775 271 H LEU 41 HN LEU 41 -10.275 0.271 4.473 272 HA LEU 41 HA LEU 41 -10.399 -1.571 6.762 273 1HB LEU 41 HB2 LEU 41 -12.461 -0.868 6.133 274 2HB LEU 41 HB1 LEU 41 -12.367 -1.481 4.432 275 HG LEU 41 HG LEU 41 -11.979 -3.364 6.859 276 1HD1 LEU 41 HD11 LEU 41 -14.416 -3.976 6.739 277 2HD1 LEU 41 HD12 LEU 41 -14.699 -2.702 5.493 278 3HD1 LEU 41 HD13 LEU 41 -14.240 -2.247 7.168 279 1HD2 LEU 41 HD21 LEU 41 -13.049 -3.672 3.937 280 2HD2 LEU 41 HD22 LEU 41 -13.033 -5.009 5.119 281 3HD2 LEU 41 HD23 LEU 41 -11.479 -4.283 4.547 282 H PHE 42 HN PHE 42 -9.163 -3.566 6.388 283 HA PHE 42 HA PHE 42 -7.173 -3.118 4.257 284 1HB PHE 42 HB2 PHE 42 -7.524 -5.503 6.190 285 2HB PHE 42 HB1 PHE 42 -6.180 -5.342 4.988 286 HD1 PHE 42 HD1 PHE 42 -6.907 -2.093 6.677 287 HD2 PHE 42 HD2 PHE 42 -4.949 -5.883 7.023 288 HE1 PHE 42 HE1 PHE 42 -5.413 -1.174 8.328 289 HE2 PHE 42 HE2 PHE 42 -3.414 -4.911 8.668 290 HZ PHE 42 HZ PHE 42 -3.649 -2.539 9.321 291 H ASP 43 HN ASP 43 -6.803 -4.811 2.346 292 HA ASP 43 HA ASP 43 -9.290 -5.617 1.211 293 1HB ASP 43 HB2 ASP 43 -6.452 -6.449 0.400 294 2HB ASP 43 HB1 ASP 43 -7.925 -6.864 -0.537 295 H ASP 44 HN ASP 44 -7.719 -6.975 3.658 296 HA ASP 44 HA ASP 44 -8.843 -9.671 3.429 297 1HB ASP 44 HB1 ASP 44 -7.071 -10.420 4.933 298 2HB ASP 44 HB2 ASP 44 -6.417 -9.517 3.521 299 H GLY 45 HN GLY 45 -9.819 -6.618 4.828 300 1HA GLY 45 HA2 GLY 45 -11.734 -6.404 5.763 301 2HA GLY 45 HA1 GLY 45 -11.746 -8.103 6.451 302 H TYR 46 HN TYR 46 -9.026 -6.101 7.292 303 HA TYR 46 HA TYR 46 -10.142 -5.757 10.007 304 1HB TYR 46 HB1 TYR 46 -7.980 -7.039 9.678 305 2HB TYR 46 HB2 TYR 46 -7.226 -5.540 9.040 306 HD1 TYR 46 HD1 TYR 46 -8.604 -7.220 12.035 307 HD2 TYR 46 HD2 TYR 46 -6.660 -3.730 10.542 308 HE1 TYR 46 HE1 TYR 46 -8.071 -6.531 14.337 309 HE2 TYR 46 HE2 TYR 46 -6.133 -3.037 12.837 310 HH TYR 46 HH TYR 46 -6.415 -3.463 15.012 311 H GLU 47 HN GLU 47 -11.249 -3.826 10.201 312 HA GLU 47 HA GLU 47 -10.205 -1.417 8.878 313 1HB GLU 47 HB1 GLU 47 -12.311 -1.668 8.103 314 2HB GLU 47 HB2 GLU 47 -12.967 -2.417 9.547 315 1HG GLU 47 HG1 GLU 47 -13.171 -0.090 10.570 316 2HG GLU 47 HG2 GLU 47 -12.297 0.620 9.142 317 H CYS 48 HN CYS 48 -10.464 0.695 9.768 318 HA CYS 48 HA CYS 48 -10.706 0.988 12.599 319 1HB CYS 48 HB2 CYS 48 -8.275 -0.033 12.295 320 2HB CYS 48 HB1 CYS 48 -7.840 1.495 11.506 321 HG CYS 48 HG CYS 48 -8.958 0.854 14.583 322 H ASP 49 HN ASP 49 -9.866 3.511 12.943 323 HA ASP 49 HA ASP 49 -10.047 4.916 10.341 324 1HB ASP 49 HB1 ASP 49 -10.793 6.145 13.189 325 2HB ASP 49 HB2 ASP 49 -10.569 7.039 11.666 326 H VAL 50 HN VAL 50 -7.955 6.043 10.125 327 HA VAL 50 HA VAL 50 -6.452 6.385 12.549 328 HB VAL 50 HB VAL 50 -4.375 5.216 11.244 329 1HG1 VAL 50 HG21 VAL 50 -5.559 4.388 13.335 330 2HG1 VAL 50 HG22 VAL 50 -4.756 3.160 12.281 331 3HG1 VAL 50 HG23 VAL 50 -6.554 3.342 12.252 332 1HG2 VAL 50 HG11 VAL 50 -6.832 3.970 9.833 333 2HG2 VAL 50 HG12 VAL 50 -5.113 3.505 9.618 334 3HG2 VAL 50 HG13 VAL 50 -5.729 5.128 9.042 335 H LEU 51 HN LEU 51 -4.313 7.309 12.130 336 HA LEU 51 HA LEU 51 -4.571 9.465 10.253 337 1HB LEU 51 HB2 LEU 51 -3.893 9.428 12.844 338 2HB LEU 51 HB1 LEU 51 -2.260 8.935 12.288 339 HG LEU 51 HG LEU 51 -2.355 11.251 12.964 340 1HD1 LEU 51 HD21 LEU 51 -2.213 11.312 9.881 341 2HD1 LEU 51 HD22 LEU 51 -0.879 10.980 11.053 342 3HD1 LEU 51 HD23 LEU 51 -1.687 12.580 11.027 343 1HD2 LEU 51 HD11 LEU 51 -3.862 12.956 12.059 344 2HD2 LEU 51 HD12 LEU 51 -4.816 11.577 12.719 345 3HD2 LEU 51 HD13 LEU 51 -4.598 11.753 10.941 346 H GLY 52 HN GLY 52 -3.195 10.126 8.621 347 1HA GLY 52 HA2 GLY 52 -3.141 7.761 7.203 348 2HA GLY 52 HA1 GLY 52 -2.666 9.283 6.499 349 H LYS 53 HN LYS 53 -0.566 8.992 9.085 350 HA LYS 53 HA LYS 53 1.588 8.271 7.198 351 1HB LYS 53 HB1 LYS 53 3.117 8.678 9.321 352 2HB LYS 53 HB2 LYS 53 2.469 10.044 8.391 353 1HG LYS 53 HG1 LYS 53 2.414 10.553 10.743 354 2HG LYS 53 HG2 LYS 53 0.793 10.569 10.019 355 1HD LYS 53 HD2 LYS 53 0.731 9.652 12.309 356 2HD LYS 53 HD1 LYS 53 0.239 8.397 11.124 357 1HE LYS 53 HE2 LYS 53 1.633 7.411 12.902 358 2HE LYS 53 HE1 LYS 53 2.522 7.315 11.345 359 1HZ LYS 53 HZ1 LYS 53 3.925 8.046 13.126 360 2HZ LYS 53 HZ2 LYS 53 2.915 9.372 13.457 361 3HZ LYS 53 HZ3 LYS 53 3.753 9.290 11.982 362 H ASP 54 HN ASP 54 -0.716 6.759 8.804 363 HA ASP 54 HA ASP 54 0.741 4.321 9.382 364 1HB ASP 54 HB1 ASP 54 -2.084 5.037 10.415 365 2HB ASP 54 HB2 ASP 54 -1.120 3.576 10.802 366 H ILE 55 HN ILE 55 -2.761 4.862 8.552 367 HA ILE 55 HA ILE 55 -2.265 3.200 6.148 368 HB ILE 55 HB ILE 55 -4.866 3.153 7.615 369 1HG1 ILE 55 HG11 ILE 55 -4.526 1.192 8.633 370 2HG1 ILE 55 HG12 ILE 55 -3.365 0.609 7.441 371 1HG2 ILE 55 HG21 ILE 55 -5.241 2.656 5.314 372 2HG2 ILE 55 HG22 ILE 55 -4.860 1.015 5.959 373 3HG2 ILE 55 HG23 ILE 55 -3.611 1.916 5.097 374 1HD1 ILE 55 HD11 ILE 55 -2.655 2.409 9.844 375 2HD1 ILE 55 HD12 ILE 55 -1.458 1.663 8.701 376 3HD1 ILE 55 HD13 ILE 55 -2.445 0.632 9.746 377 H LEU 56 HN LEU 56 -2.128 4.347 4.424 378 HA LEU 56 HA LEU 56 -4.047 6.485 3.840 379 1HB LEU 56 HB2 LEU 56 -2.386 8.040 3.089 380 2HB LEU 56 HB1 LEU 56 -2.053 7.456 4.712 381 HG LEU 56 HG LEU 56 -0.158 7.853 3.341 382 1HD1 LEU 56 HD11 LEU 56 1.145 6.541 4.234 383 2HD1 LEU 56 HD12 LEU 56 0.190 4.985 3.973 384 3HD1 LEU 56 HD13 LEU 56 -0.270 6.132 5.285 385 1HD2 LEU 56 HD21 LEU 56 -0.649 6.902 1.046 386 2HD2 LEU 56 HD22 LEU 56 -0.426 5.238 1.686 387 3HD2 LEU 56 HD23 LEU 56 0.916 6.354 1.616 388 H LEU 57 HN LEU 57 -4.236 7.493 1.743 389 HA LEU 57 HA LEU 57 -4.598 6.213 -0.497 390 1HB LEU 57 HB2 LEU 57 -3.945 8.772 -1.274 391 2HB LEU 57 HB1 LEU 57 -5.342 8.493 -0.225 392 HG LEU 57 HG LEU 57 -4.285 9.270 1.739 393 1HD1 LEU 57 HD21 LEU 57 -1.807 8.677 1.268 394 2HD1 LEU 57 HD22 LEU 57 -2.058 10.353 1.804 395 3HD1 LEU 57 HD23 LEU 57 -1.885 9.977 0.031 396 1HD2 LEU 57 HD11 LEU 57 -3.887 11.675 0.883 397 2HD2 LEU 57 HD12 LEU 57 -5.418 10.884 0.391 398 3HD2 LEU 57 HD13 LEU 57 -4.049 11.017 -0.782 399 H CYS 58 HN CYS 58 -3.263 4.849 -1.450 400 HA CYS 58 HA CYS 58 -0.503 5.445 -1.754 401 1HB CYS 58 HB1 CYS 58 -0.403 3.107 -1.207 402 2HB CYS 58 HB2 CYS 58 -1.830 3.602 -0.392 403 HG CYS 58 HG CYS 58 -2.103 1.222 -1.290 404 H ASP 59 HN ASP 59 0.251 4.448 -3.380 405 HA ASP 59 HA ASP 59 -0.885 4.530 -6.141 406 1HB ASP 59 HB2 ASP 59 2.055 5.038 -5.426 407 2HB ASP 59 HB1 ASP 59 1.693 4.194 -6.927 408 HA PRO 60 HA PRO 60 0.584 2.800 -2.835 409 1HB PRO 60 HB2 PRO 60 2.257 0.350 -2.556 410 2HB PRO 60 HB1 PRO 60 0.823 0.919 -1.669 411 1HG PRO 60 HG2 PRO 60 0.676 -1.197 -3.447 412 2HG PRO 60 HG1 PRO 60 -0.710 -0.081 -3.147 413 1HD PRO 60 HD1 PRO 60 1.317 0.036 -5.435 414 2HD PRO 60 HD2 PRO 60 -0.504 0.101 -5.475 415 H ILE 61 HN ILE 61 3.351 1.207 -4.345 416 HA ILE 61 HA ILE 61 4.884 3.604 -3.792 417 HB ILE 61 HB ILE 61 5.136 0.839 -3.026 418 1HG1 ILE 61 HG12 ILE 61 6.519 1.589 -1.351 419 2HG1 ILE 61 HG11 ILE 61 7.293 2.831 -2.408 420 1HG2 ILE 61 HG21 ILE 61 7.591 2.043 -4.383 421 2HG2 ILE 61 HG22 ILE 61 6.703 0.594 -5.016 422 3HG2 ILE 61 HG23 ILE 61 7.557 0.549 -3.406 423 1HD1 ILE 61 HD11 ILE 61 4.478 3.415 -1.563 424 2HD1 ILE 61 HD12 ILE 61 5.969 4.445 -1.917 425 3HD1 ILE 61 HD13 ILE 61 5.784 3.506 -0.365 426 HA PRO 62 HA PRO 62 5.463 4.790 -7.666 427 1HB PRO 62 HB2 PRO 62 8.535 4.682 -7.216 428 2HB PRO 62 HB1 PRO 62 7.531 6.080 -7.808 429 1HG PRO 62 HG1 PRO 62 8.174 5.996 -5.038 430 2HG PRO 62 HG2 PRO 62 6.440 6.175 -5.555 431 1HD PRO 62 HD1 PRO 62 7.965 3.758 -4.953 432 2HD PRO 62 HD2 PRO 62 6.593 4.449 -4.053 433 H LEU 63 HN LEU 63 5.409 4.133 -9.804 434 HA LEU 63 HA LEU 63 5.567 1.621 -10.740 435 1HB LEU 63 HB1 LEU 63 5.581 4.356 -12.175 436 2HB LEU 63 HB2 LEU 63 5.008 2.816 -12.907 437 HG LEU 63 HG LEU 63 3.165 2.679 -11.207 438 1HD1 LEU 63 HD21 LEU 63 2.333 4.947 -10.309 439 2HD1 LEU 63 HD22 LEU 63 4.004 5.569 -10.434 440 3HD1 LEU 63 HD23 LEU 63 3.572 4.212 -9.296 441 1HD2 LEU 63 HD11 LEU 63 3.618 5.084 -13.031 442 2HD2 LEU 63 HD12 LEU 63 1.961 4.448 -12.570 443 3HD2 LEU 63 HD13 LEU 63 3.120 3.417 -13.524 444 H ASP 64 HN ASP 64 7.975 2.630 -10.091 445 HA ASP 64 HA ASP 64 9.974 1.651 -12.136 446 1HB ASP 64 HB2 ASP 64 9.744 3.825 -9.958 447 2HB ASP 64 HB1 ASP 64 11.382 3.520 -10.678 448 H THR 65 HN THR 65 8.538 0.436 -9.279 449 HA THR 65 HA THR 65 10.991 0.483 -7.743 450 HB THR 65 HB THR 65 8.280 0.737 -6.535 451 HG1 THR 65 HG1 THR 65 8.780 2.555 -7.463 452 1HG2 THR 65 HG21 THR 65 9.764 1.411 -4.536 453 2HG2 THR 65 HG22 THR 65 11.192 0.829 -5.467 454 3HG2 THR 65 HG23 THR 65 9.886 -0.330 -4.981 455 H GLU 66 HN GLU 66 11.852 -1.041 -7.436 456 HA GLU 66 HA GLU 66 10.786 -3.695 -7.181 457 1HB GLU 66 HB2 GLU 66 12.891 -4.517 -6.425 458 2HB GLU 66 HB1 GLU 66 13.078 -3.412 -7.811 459 1HG GLU 66 HG2 GLU 66 13.775 -1.559 -6.250 460 2HG GLU 66 HG1 GLU 66 13.676 -2.694 -4.859 461 H VAL 67 HN VAL 67 9.124 -3.833 -6.033 462 HA VAL 67 HA VAL 67 8.845 -3.295 -3.122 463 HB VAL 67 HB VAL 67 6.420 -4.351 -3.861 464 1HG1 VAL 67 HG11 VAL 67 5.605 -2.034 -3.660 465 2HG1 VAL 67 HG12 VAL 67 7.342 -1.468 -3.726 466 3HG1 VAL 67 HG13 VAL 67 6.773 -2.586 -2.414 467 1HG2 VAL 67 HG21 VAL 67 7.115 -2.563 -6.212 468 2HG2 VAL 67 HG22 VAL 67 5.642 -3.543 -5.895 469 3HG2 VAL 67 HG23 VAL 67 7.182 -4.380 -6.312 470 H THR 68 HN THR 68 7.450 -5.066 -2.006 471 HA THR 68 HA THR 68 9.250 -7.460 -2.580 472 HB THR 68 HB THR 68 9.980 -6.559 -0.620 473 HG1 THR 68 HG1 THR 68 9.252 -7.964 0.979 474 1HG2 THR 68 HG21 THR 68 7.009 -6.170 -0.262 475 2HG2 THR 68 HG22 THR 68 8.218 -4.884 -0.318 476 3HG2 THR 68 HG23 THR 68 8.124 -5.939 1.162 477 H ALA 69 HN ALA 69 8.446 -9.488 -2.865 478 HA ALA 69 HA ALA 69 5.493 -9.619 -3.224 479 1HB ALA 69 HB1 ALA 69 7.937 -10.982 -4.399 480 2HB ALA 69 HB2 ALA 69 6.875 -9.787 -5.184 481 3HB ALA 69 HB3 ALA 69 6.235 -11.452 -4.850 482 H LEU 70 HN LEU 70 4.317 -11.111 -2.116 483 HA LEU 70 HA LEU 70 5.420 -11.932 0.316 484 1HB LEU 70 HB2 LEU 70 3.023 -11.336 -0.405 485 2HB LEU 70 HB1 LEU 70 2.858 -13.110 -0.552 486 HG LEU 70 HG LEU 70 2.038 -12.190 1.576 487 1HD1 LEU 70 HD21 LEU 70 3.009 -13.567 3.267 488 2HD1 LEU 70 HD22 LEU 70 4.568 -13.678 2.408 489 3HD1 LEU 70 HD23 LEU 70 3.105 -14.491 1.718 490 1HD2 LEU 70 HD11 LEU 70 3.401 -11.037 3.246 491 2HD2 LEU 70 HD12 LEU 70 3.505 -10.163 1.677 492 3HD2 LEU 70 HD13 LEU 70 4.875 -11.208 2.234 493 H SER 71 HN SER 71 6.603 -13.216 0.878 494 HA SER 71 HA SER 71 6.456 -16.035 0.849 495 1HB SER 71 HB1 SER 71 8.242 -15.606 -0.925 496 2HB SER 71 HB2 SER 71 9.190 -14.705 0.302 497 HG SER 71 HG SER 71 9.870 -16.845 0.293 498 H GLU 72 HN GLU 72 7.893 -16.524 2.963 499 HA GLU 72 HA GLU 72 7.042 -15.313 5.190 500 1HB GLU 72 HB1 GLU 72 9.851 -16.073 5.636 501 2HB GLU 72 HB2 GLU 72 8.357 -16.956 6.102 502 1HG GLU 72 HG2 GLU 72 9.747 -16.881 3.344 503 2HG GLU 72 HG1 GLU 72 10.249 -17.967 4.706 504 H ASP 73 HN ASP 73 8.180 -14.379 6.987 505 HA ASP 73 HA ASP 73 8.433 -11.746 6.856 506 1HB ASP 73 HB2 ASP 73 9.642 -13.460 9.087 507 2HB ASP 73 HB1 ASP 73 9.159 -11.728 9.260 508 H GLU 74 HN GLU 74 11.472 -13.599 7.106 509 HA GLU 74 HA GLU 74 12.974 -11.141 6.427 510 1HB GLU 74 HB2 GLU 74 14.931 -12.093 7.503 511 2HB GLU 74 HB1 GLU 74 13.553 -11.953 8.640 512 1HG GLU 74 HG2 GLU 74 13.065 -14.412 8.377 513 2HG GLU 74 HG1 GLU 74 14.503 -14.570 7.299 514 H TYR 75 HN TYR 75 11.531 -13.434 4.775 515 HA TYR 75 HA TYR 75 13.831 -14.258 3.095 516 1HB TYR 75 HB2 TYR 75 11.143 -15.550 3.725 517 2HB TYR 75 HB1 TYR 75 12.279 -16.220 2.489 518 HD1 TYR 75 HD1 TYR 75 11.778 -15.622 6.149 519 HD2 TYR 75 HD2 TYR 75 14.283 -17.271 3.109 520 HE1 TYR 75 HE1 TYR 75 12.960 -16.991 7.836 521 HE2 TYR 75 HE2 TYR 75 15.489 -18.578 4.792 522 HH TYR 75 HH TYR 75 15.696 -19.091 6.962 523 H PHE 76 HN PHE 76 10.486 -13.006 3.074 524 HA PHE 76 HA PHE 76 10.088 -12.839 0.336 525 1HB PHE 76 HB2 PHE 76 8.624 -10.746 0.572 526 2HB PHE 76 HB1 PHE 76 8.229 -12.187 1.467 527 HD1 PHE 76 HD1 PHE 76 6.898 -11.307 3.095 528 HD2 PHE 76 HD2 PHE 76 10.701 -9.467 2.516 529 HE1 PHE 76 HE1 PHE 76 6.463 -9.820 4.968 530 HE2 PHE 76 HE2 PHE 76 10.232 -7.948 4.313 531 HZ PHE 76 HZ PHE 76 8.063 -8.064 5.519 532 H SER 77 HN SER 77 10.266 -11.621 -1.416 533 HA SER 77 HA SER 77 12.541 -9.703 -1.404 534 1HB SER 77 HB1 SER 77 12.581 -12.441 -2.819 535 2HB SER 77 HB2 SER 77 13.721 -11.107 -3.227 536 HG SER 77 HG SER 77 13.437 -12.286 -0.633 537 H ALA 78 HN ALA 78 13.050 -8.716 -3.480 538 HA ALA 78 HA ALA 78 10.562 -7.765 -4.397 539 1HB ALA 78 HB1 ALA 78 12.236 -6.213 -3.503 540 2HB ALA 78 HB2 ALA 78 11.760 -5.757 -5.132 541 3HB ALA 78 HB3 ALA 78 13.346 -6.591 -4.876 542 H GLY 79 HN GLY 79 10.068 -6.737 -6.195 543 1HA GLY 79 HA2 GLY 79 10.809 -7.609 -8.838 544 2HA GLY 79 HA1 GLY 79 9.049 -7.980 -8.200 545 H VAL 80 HN VAL 80 9.451 -6.117 -10.333 546 HA VAL 80 HA VAL 80 9.401 -3.488 -9.061 547 HB VAL 80 HB VAL 80 9.688 -4.566 -11.909 548 1HG1 VAL 80 HG11 VAL 80 10.500 -2.206 -12.451 549 2HG1 VAL 80 HG12 VAL 80 9.952 -1.662 -10.827 550 3HG1 VAL 80 HG13 VAL 80 8.751 -2.221 -12.055 551 1HG2 VAL 80 HG21 VAL 80 11.602 -3.335 -9.863 552 2HG2 VAL 80 HG22 VAL 80 12.069 -3.862 -11.528 553 3HG2 VAL 80 HG23 VAL 80 11.546 -5.104 -10.293 554 H VAL 81 HN VAL 81 7.593 -2.479 -8.440 555 HA VAL 81 HA VAL 81 5.144 -3.200 -9.798 556 HB VAL 81 HB VAL 81 5.170 -2.246 -7.416 557 1HG1 VAL 81 HG21 VAL 81 5.612 0.106 -6.946 558 2HG1 VAL 81 HG22 VAL 81 5.664 0.547 -8.659 559 3HG1 VAL 81 HG23 VAL 81 7.022 -0.366 -7.982 560 1HG2 VAL 81 HG11 VAL 81 3.708 -0.266 -9.242 561 2HG2 VAL 81 HG12 VAL 81 3.219 -0.884 -7.622 562 3HG2 VAL 81 HG13 VAL 81 3.182 -1.998 -9.066 563 H LYS 82 HN LYS 82 4.160 -2.208 -11.456 564 HA LYS 82 HA LYS 82 5.479 0.139 -12.695 565 1HB LYS 82 HB1 LYS 82 5.190 -1.063 -14.957 566 2HB LYS 82 HB2 LYS 82 6.505 -1.601 -13.866 567 1HG LYS 82 HG2 LYS 82 5.345 -3.578 -13.165 568 2HG LYS 82 HG1 LYS 82 3.792 -3.070 -13.916 569 1HD LYS 82 HD2 LYS 82 5.012 -4.852 -15.178 570 2HD LYS 82 HD1 LYS 82 4.657 -3.381 -16.157 571 1HE LYS 82 HE2 LYS 82 7.016 -2.630 -16.000 572 2HE LYS 82 HE1 LYS 82 7.405 -3.986 -14.868 573 1HZ LYS 82 HZ1 LYS 82 6.859 -5.531 -16.619 574 2HZ LYS 82 HZ2 LYS 82 8.067 -4.446 -17.118 575 3HZ LYS 82 HZ3 LYS 82 6.474 -4.260 -17.679 576 H GLY 83 HN GLY 83 2.378 -1.669 -12.244 577 1HA GLY 83 HA2 GLY 83 1.005 0.746 -13.139 578 2HA GLY 83 HA1 GLY 83 0.838 -0.754 -14.148 579 H HIS 84 HN HIS 84 -0.910 0.984 -12.091 580 HA HIS 84 HA HIS 84 -2.075 -1.316 -10.753 581 1HB HIS 84 HB1 HIS 84 -2.048 0.058 -8.532 582 2HB HIS 84 HB2 HIS 84 -0.546 -0.672 -9.113 583 HD1 HIS 84 HD1 HIS 84 -1.607 2.937 -9.889 584 HD2 HIS 84 HD2 HIS 84 1.475 0.488 -8.469 585 HE1 HIS 84 HE1 HIS 84 0.412 4.414 -9.356 586 H ARG 85 HN ARG 85 -4.158 -1.371 -9.948 587 HA ARG 85 HA ARG 85 -5.852 0.911 -10.706 588 1HB ARG 85 HB2 ARG 85 -7.351 -0.539 -11.766 589 2HB ARG 85 HB1 ARG 85 -5.921 -1.605 -11.983 590 1HG ARG 85 HG2 ARG 85 -6.501 -2.734 -9.762 591 2HG ARG 85 HG1 ARG 85 -8.071 -1.877 -9.823 592 1HD ARG 85 HD2 ARG 85 -8.590 -3.942 -10.748 593 2HD ARG 85 HD1 ARG 85 -8.837 -2.583 -11.922 594 HE ARG 85 HE ARG 85 -6.209 -3.705 -12.366 595 1HH1 ARG 85 HH11 ARG 85 -9.659 -4.517 -12.834 596 2HH1 ARG 85 HH12 ARG 85 -9.369 -5.546 -14.196 597 1HH2 ARG 85 HH21 ARG 85 -5.843 -5.096 -14.201 598 2HH2 ARG 85 HH22 ARG 85 -7.177 -5.878 -14.983 599 H LYS 86 HN LYS 86 -7.874 0.873 -9.426 600 HA LYS 86 HA LYS 86 -8.066 -1.025 -7.275 601 1HB LYS 86 HB2 LYS 86 -8.426 0.454 -5.505 602 2HB LYS 86 HB1 LYS 86 -6.896 0.870 -6.333 603 1HG LYS 86 HG2 LYS 86 -9.576 2.473 -6.541 604 2HG LYS 86 HG1 LYS 86 -8.140 2.908 -5.574 605 1HD LYS 86 HD2 LYS 86 -6.817 2.919 -7.813 606 2HD LYS 86 HD1 LYS 86 -8.419 2.853 -8.625 607 1HE LYS 86 HE2 LYS 86 -7.634 5.165 -8.594 608 2HE LYS 86 HE1 LYS 86 -9.063 5.031 -7.500 609 1HZ LYS 86 HZ1 LYS 86 -6.202 5.034 -6.679 610 2HZ LYS 86 HZ2 LYS 86 -7.538 4.919 -5.637 611 3HZ LYS 86 HZ3 LYS 86 -7.293 6.330 -6.550 612 H GLU 87 HN GLU 87 -10.118 -1.548 -6.746 613 HA GLU 87 HA GLU 87 -12.325 -0.395 -8.337 614 1HB GLU 87 HB2 GLU 87 -11.552 -3.319 -7.790 615 2HB GLU 87 HB1 GLU 87 -13.164 -2.878 -8.434 616 1HG GLU 87 HG2 GLU 87 -10.446 -2.474 -9.824 617 2HG GLU 87 HG1 GLU 87 -11.675 -3.733 -10.194 618 H SER 88 HN SER 88 -14.455 -0.771 -6.996 619 HA SER 88 HA SER 88 -13.977 -0.127 -4.267 620 1HB SER 88 HB2 SER 88 -16.485 -0.010 -4.141 621 2HB SER 88 HB1 SER 88 -15.763 0.939 -5.481 622 HG SER 88 HG SER 88 -16.783 -1.696 -5.730 623 H GLY 89 HN GLY 89 -12.744 -2.090 -3.725 624 1HA GLY 89 HA2 GLY 89 -13.033 -3.673 -1.925 625 2HA GLY 89 HA1 GLY 89 -14.427 -4.379 -2.810 626 H GLU 90 HN GLU 90 -11.766 -3.549 -5.062 627 HA GLU 90 HA GLU 90 -10.535 -6.115 -4.744 628 1HB GLU 90 HB2 GLU 90 -10.945 -5.359 -7.585 629 2HB GLU 90 HB1 GLU 90 -11.162 -6.885 -6.688 630 1HG GLU 90 HG2 GLU 90 -13.474 -6.300 -6.078 631 2HG GLU 90 HG1 GLU 90 -13.280 -4.669 -6.832 632 H LEU 91 HN LEU 91 -8.315 -5.904 -5.605 633 HA LEU 91 HA LEU 91 -7.399 -3.128 -5.960 634 1HB LEU 91 HB2 LEU 91 -7.130 -4.602 -3.573 635 2HB LEU 91 HB1 LEU 91 -5.694 -5.265 -4.408 636 HG LEU 91 HG LEU 91 -5.181 -3.394 -2.952 637 1HD1 LEU 91 HD21 LEU 91 -3.926 -1.853 -4.361 638 2HD1 LEU 91 HD22 LEU 91 -5.000 -2.144 -5.778 639 3HD1 LEU 91 HD23 LEU 91 -3.897 -3.454 -5.175 640 1HD2 LEU 91 HD11 LEU 91 -7.390 -2.244 -2.849 641 2HD2 LEU 91 HD12 LEU 91 -7.076 -1.515 -4.465 642 3HD2 LEU 91 HD13 LEU 91 -6.017 -1.104 -3.066 643 H TYR 92 HN TYR 92 -5.804 -3.206 -7.886 644 HA TYR 92 HA TYR 92 -4.569 -5.854 -7.917 645 1HB TYR 92 HB1 TYR 92 -5.651 -4.845 -10.670 646 2HB TYR 92 HB2 TYR 92 -4.805 -6.381 -10.268 647 HD1 TYR 92 HD1 TYR 92 -6.066 -7.655 -11.543 648 HD2 TYR 92 HD2 TYR 92 -8.090 -5.023 -8.887 649 HE1 TYR 92 HE1 TYR 92 -8.205 -8.663 -12.129 650 HE2 TYR 92 HE2 TYR 92 -10.190 -5.874 -9.571 651 HH TYR 92 HH TYR 92 -10.443 -8.594 -11.874 652 H TYR 93 HN TYR 93 -2.568 -5.871 -8.580 653 HA TYR 93 HA TYR 93 -1.859 -4.099 -10.559 654 1HB TYR 93 HB2 TYR 93 -0.119 -2.688 -9.673 655 2HB TYR 93 HB1 TYR 93 -1.665 -2.425 -8.822 656 HD1 TYR 93 HD1 TYR 93 -1.993 -3.039 -6.600 657 HD2 TYR 93 HD2 TYR 93 1.706 -3.546 -8.622 658 HE1 TYR 93 HE1 TYR 93 -0.723 -3.005 -4.397 659 HE2 TYR 93 HE2 TYR 93 2.948 -3.480 -6.621 660 HH TYR 93 HH TYR 93 1.656 -3.700 -3.444 661 H SER 94 HN SER 94 0.299 -3.913 -11.119 662 HA SER 94 HA SER 94 1.077 -6.706 -11.721 663 1HB SER 94 HB2 SER 94 0.271 -5.078 -13.535 664 2HB SER 94 HB1 SER 94 1.628 -3.979 -13.048 665 HG SER 94 HG SER 94 1.923 -5.447 -14.957 666 H ILE 95 HN ILE 95 2.956 -7.535 -11.082 667 HA ILE 95 HA ILE 95 5.186 -5.699 -10.420 668 HB ILE 95 HB ILE 95 5.735 -8.005 -8.937 669 1HG1 ILE 95 HG12 ILE 95 3.469 -8.882 -8.945 670 2HG1 ILE 95 HG11 ILE 95 4.003 -8.316 -7.337 671 1HG2 ILE 95 HG21 ILE 95 5.650 -6.449 -7.069 672 2HG2 ILE 95 HG22 ILE 95 4.697 -5.271 -8.048 673 3HG2 ILE 95 HG23 ILE 95 6.394 -5.696 -8.505 674 1HD1 ILE 95 HD11 ILE 95 1.787 -7.572 -7.329 675 2HD1 ILE 95 HD12 ILE 95 1.752 -7.230 -9.069 676 3HD1 ILE 95 HD13 ILE 95 2.601 -6.099 -7.949 677 H GLU 96 HN GLU 96 6.903 -6.008 -11.568 678 HA GLU 96 HA GLU 96 7.008 -8.440 -13.304 679 1HB GLU 96 HB2 GLU 96 7.159 -6.251 -14.413 680 2HB GLU 96 HB1 GLU 96 8.562 -5.795 -13.401 681 1HG GLU 96 HG2 GLU 96 9.280 -6.366 -15.679 682 2HG GLU 96 HG1 GLU 96 9.965 -7.556 -14.522 683 H LYS 97 HN LYS 97 8.106 -10.273 -12.408 684 HA LYS 97 HA LYS 97 10.408 -9.608 -10.629 685 1HB LYS 97 HB1 LYS 97 8.179 -9.615 -9.285 686 2HB LYS 97 HB2 LYS 97 7.912 -11.242 -10.008 687 1HG LYS 97 HG2 LYS 97 9.563 -12.274 -8.641 688 2HG LYS 97 HG1 LYS 97 10.374 -10.724 -8.212 689 1HD LYS 97 HD2 LYS 97 8.673 -10.385 -6.534 690 2HD LYS 97 HD1 LYS 97 7.528 -11.516 -7.325 691 1HE LYS 97 HE2 LYS 97 8.492 -12.710 -5.396 692 2HE LYS 97 HE1 LYS 97 9.130 -13.446 -6.907 693 1HZ LYS 97 HZ1 LYS 97 10.835 -13.118 -5.271 694 2HZ LYS 97 HZ2 LYS 97 10.532 -11.448 -5.204 695 3HZ LYS 97 HZ3 LYS 97 11.134 -12.145 -6.631 696 H GLU 98 HN GLU 98 11.923 -11.045 -10.349 697 HA GLU 98 HA GLU 98 13.197 -12.823 -10.552 698 1HB GLU 98 HB1 GLU 98 11.501 -13.667 -9.050 699 2HB GLU 98 HB2 GLU 98 10.506 -14.320 -10.451 700 1HG GLU 98 HG2 GLU 98 12.507 -15.934 -10.837 701 2HG GLU 98 HG1 GLU 98 13.287 -15.150 -9.397 702 H GLY 99 HN GLY 99 11.500 -11.804 -12.942 703 1HA GLY 99 HA2 GLY 99 12.719 -11.692 -15.104 704 2HA GLY 99 HA1 GLY 99 12.761 -13.491 -15.095 705 H GLN 100 HN GLN 100 9.830 -12.836 -13.768 706 HA GLN 100 HA GLN 100 8.426 -12.357 -16.257 707 1HB GLN 100 HB2 GLN 100 6.938 -14.416 -15.915 708 2HB GLN 100 HB1 GLN 100 8.645 -14.782 -16.280 709 1HG GLN 100 HG2 GLN 100 7.985 -16.358 -14.658 710 2HG GLN 100 HG1 GLN 100 9.089 -15.234 -13.814 711 1HE2 GLN 100 HE21 GLN 100 8.160 -13.773 -12.223 712 2HE2 GLN 100 HE22 GLN 100 6.520 -14.077 -11.591 713 H ARG 101 HN ARG 101 5.944 -12.358 -15.960 714 HA ARG 101 HA ARG 101 5.636 -10.258 -13.982 715 1HB ARG 101 HB1 ARG 101 5.135 -9.971 -16.411 716 2HB ARG 101 HB2 ARG 101 3.710 -11.030 -16.209 717 1HG ARG 101 HG1 ARG 101 3.991 -8.733 -14.239 718 2HG ARG 101 HG2 ARG 101 3.789 -8.239 -15.944 719 1HD ARG 101 HD1 ARG 101 1.865 -10.171 -14.481 720 2HD ARG 101 HD2 ARG 101 1.586 -8.399 -14.646 721 HE ARG 101 HE ARG 101 1.407 -10.494 -16.770 722 1HH1 ARG 101 HH11 ARG 101 1.577 -6.976 -16.125 723 2HH1 ARG 101 HH12 ARG 101 0.936 -6.535 -17.674 724 1HH2 ARG 101 HH21 ARG 101 0.552 -9.873 -18.830 725 2HH2 ARG 101 HH22 ARG 101 0.347 -8.199 -19.226 726 H LYS 102 HN LYS 102 4.316 -10.099 -12.275 727 HA LYS 102 HA LYS 102 2.607 -12.481 -11.678 728 1HB LYS 102 HB1 LYS 102 4.486 -10.933 -9.816 729 2HB LYS 102 HB2 LYS 102 3.055 -11.799 -9.149 730 1HG LYS 102 HG2 LYS 102 3.791 -13.910 -9.677 731 2HG LYS 102 HG1 LYS 102 4.920 -13.377 -10.962 732 1HD LYS 102 HD1 LYS 102 6.638 -12.814 -9.407 733 2HD LYS 102 HD2 LYS 102 5.455 -12.570 -8.063 734 1HE LYS 102 HE1 LYS 102 6.850 -14.591 -7.699 735 2HE LYS 102 HE2 LYS 102 5.107 -15.034 -7.886 736 1HZ LYS 102 HZ1 LYS 102 7.191 -15.218 -9.993 737 2HZ LYS 102 HZ2 LYS 102 5.555 -15.637 -10.160 738 3HZ LYS 102 HZ3 LYS 102 6.548 -16.501 -9.087 739 H TRP 103 HN TRP 103 0.499 -11.932 -11.264 740 HA TRP 103 HA TRP 103 -0.125 -9.031 -10.983 741 1HB TRP 103 HB2 TRP 103 -1.413 -11.289 -12.580 742 2HB TRP 103 HB1 TRP 103 -2.576 -10.225 -11.749 743 HD1 TRP 103 HD1 TRP 103 -0.954 -10.423 -15.039 744 HE1 TRP 103 HE1 TRP 103 -1.848 -8.385 -16.382 745 HE3 TRP 103 HE3 TRP 103 -2.555 -7.562 -11.158 746 HZ2 TRP 103 HZ2 TRP 103 -3.251 -6.016 -15.802 747 HZ3 TRP 103 HZ3 TRP 103 -3.459 -5.309 -11.645 748 HH2 TRP 103 HH2 TRP 103 -3.868 -4.588 -13.919 749 H TYR 104 HN TYR 104 -0.863 -8.556 -9.056 750 HA TYR 104 HA TYR 104 -2.269 -10.491 -7.266 751 1HB TYR 104 HB2 TYR 104 -0.069 -8.659 -6.240 752 2HB TYR 104 HB1 TYR 104 -1.105 -9.790 -5.322 753 HD1 TYR 104 HD1 TYR 104 -1.230 -12.260 -6.471 754 HD2 TYR 104 HD2 TYR 104 2.052 -9.548 -6.583 755 HE1 TYR 104 HE1 TYR 104 0.301 -14.138 -6.688 756 HE2 TYR 104 HE2 TYR 104 3.596 -11.431 -6.835 757 HH TYR 104 HH TYR 104 2.547 -14.713 -7.313 758 H LYS 105 HN LYS 105 -3.223 -9.218 -5.263 759 HA LYS 105 HA LYS 105 -4.221 -6.655 -5.816 760 1HB LYS 105 HB1 LYS 105 -5.969 -7.380 -4.098 761 2HB LYS 105 HB2 LYS 105 -6.117 -8.314 -5.603 762 1HG LYS 105 HG2 LYS 105 -4.495 -9.503 -3.296 763 2HG LYS 105 HG1 LYS 105 -6.275 -9.478 -3.213 764 1HD LYS 105 HD1 LYS 105 -6.518 -10.849 -5.158 765 2HD LYS 105 HD2 LYS 105 -4.809 -10.663 -5.646 766 1HE LYS 105 HE2 LYS 105 -4.071 -11.918 -3.583 767 2HE LYS 105 HE1 LYS 105 -5.806 -12.126 -3.104 768 1HZ LYS 105 HZ1 LYS 105 -4.939 -14.045 -4.230 769 2HZ LYS 105 HZ2 LYS 105 -4.540 -13.128 -5.603 770 3HZ LYS 105 HZ3 LYS 105 -6.167 -13.324 -5.155 771 H ARG 106 HN ARG 106 -4.033 -5.608 -3.659 772 HA ARG 106 HA ARG 106 -1.624 -5.158 -2.693 773 1HB ARG 106 HB2 ARG 106 -4.244 -4.995 -1.185 774 2HB ARG 106 HB1 ARG 106 -2.822 -4.820 -0.166 775 1HG ARG 106 HG1 ARG 106 -3.355 -2.904 -2.443 776 2HG ARG 106 HG2 ARG 106 -3.498 -2.628 -0.683 777 1HD ARG 106 HD2 ARG 106 -0.964 -3.152 -2.362 778 2HD ARG 106 HD1 ARG 106 -1.436 -1.633 -1.491 779 HE ARG 106 HE ARG 106 -1.308 -3.661 0.488 780 1HH1 ARG 106 HH11 ARG 106 0.925 -2.194 -1.888 781 2HH1 ARG 106 HH12 ARG 106 2.333 -2.421 -0.905 782 1HH2 ARG 106 HH21 ARG 106 0.606 -3.948 1.791 783 2HH2 ARG 106 HH22 ARG 106 2.151 -3.430 1.202 784 H MET 107 HN MET 107 -3.304 -7.856 -1.165 785 HA MET 107 HA MET 107 -1.504 -8.241 0.959 786 1HB MET 107 HB1 MET 107 -2.811 -10.263 1.466 787 2HB MET 107 HB2 MET 107 -3.811 -8.801 1.171 788 1HG MET 107 HG2 MET 107 -4.058 -9.650 -1.291 789 2HG MET 107 HG1 MET 107 -3.318 -11.178 -0.746 790 1HE MET 107 HE1 MET 107 -4.326 -11.855 2.009 791 2HE MET 107 HE2 MET 107 -4.420 -12.987 0.614 792 3HE MET 107 HE3 MET 107 -5.844 -12.755 1.679 793 H ALA 108 HN ALA 108 -0.990 -9.273 -2.345 794 HA ALA 108 HA ALA 108 1.185 -10.982 -1.324 795 1HB ALA 108 HB1 ALA 108 -0.281 -11.080 -4.012 796 2HB ALA 108 HB2 ALA 108 -0.137 -12.421 -2.848 797 3HB ALA 108 HB3 ALA 108 1.282 -11.901 -3.850 798 H VAL 109 HN VAL 109 0.841 -8.094 -2.276 799 HA VAL 109 HA VAL 109 3.651 -7.817 -3.040 800 HB VAL 109 HB VAL 109 2.592 -7.843 -5.130 801 1HG1 VAL 109 HG21 VAL 109 0.754 -5.579 -4.122 802 2HG1 VAL 109 HG22 VAL 109 0.290 -7.238 -4.592 803 3HG1 VAL 109 HG23 VAL 109 0.907 -6.094 -5.837 804 1HG2 VAL 109 HG11 VAL 109 3.547 -4.990 -4.417 805 2HG2 VAL 109 HG12 VAL 109 3.524 -5.746 -6.038 806 3HG2 VAL 109 HG13 VAL 109 4.589 -6.418 -4.750 807 H ILE 110 HN ILE 110 4.329 -7.077 -1.233 808 HA ILE 110 HA ILE 110 3.075 -4.836 0.223 809 HB ILE 110 HB ILE 110 4.997 -5.654 1.907 810 1HG1 ILE 110 HG12 ILE 110 4.076 -8.304 0.641 811 2HG1 ILE 110 HG11 ILE 110 5.578 -7.524 0.052 812 1HG2 ILE 110 HG21 ILE 110 2.523 -5.454 2.329 813 2HG2 ILE 110 HG22 ILE 110 3.130 -7.022 2.952 814 3HG2 ILE 110 HG23 ILE 110 2.226 -6.960 1.387 815 1HD1 ILE 110 HD11 ILE 110 5.127 -8.308 2.980 816 2HD1 ILE 110 HD12 ILE 110 6.618 -7.570 2.249 817 3HD1 ILE 110 HD13 ILE 110 6.091 -9.210 1.749 818 H LEU 111 HN LEU 111 4.802 -3.349 1.594 819 HA LEU 111 HA LEU 111 7.169 -2.749 -0.077 820 1HB LEU 111 HB2 LEU 111 6.414 -0.187 0.087 821 2HB LEU 111 HB1 LEU 111 5.897 -1.219 -1.242 822 HG LEU 111 HG LEU 111 3.672 -1.522 -0.415 823 1HD1 LEU 111 HD11 LEU 111 3.091 -0.107 1.779 824 2HD1 LEU 111 HD12 LEU 111 4.839 -0.305 2.093 825 3HD1 LEU 111 HD13 LEU 111 3.779 -1.748 1.996 826 1HD2 LEU 111 HD21 LEU 111 2.965 0.883 -0.224 827 2HD2 LEU 111 HD22 LEU 111 4.200 0.536 -1.493 828 3HD2 LEU 111 HD23 LEU 111 4.668 1.367 0.082 829 H SER 112 HN SER 112 8.837 -1.417 0.934 830 HA SER 112 HA SER 112 8.696 -1.478 3.893 831 1HB SER 112 HB2 SER 112 11.149 -1.593 3.894 832 2HB SER 112 HB1 SER 112 10.353 -2.930 3.016 833 HG SER 112 HG SER 112 10.805 -1.781 1.021 834 H LEU 113 HN LEU 113 10.129 0.314 5.093 835 HA LEU 113 HA LEU 113 9.032 2.909 4.439 836 1HB LEU 113 HB2 LEU 113 11.518 2.742 6.176 837 2HB LEU 113 HB1 LEU 113 10.317 4.070 5.920 838 HG LEU 113 HG LEU 113 9.334 1.440 7.107 839 1HD1 LEU 113 HD21 LEU 113 10.214 2.073 9.371 840 2HD1 LEU 113 HD22 LEU 113 11.092 3.483 8.597 841 3HD1 LEU 113 HD23 LEU 113 11.555 1.804 8.192 842 1HD2 LEU 113 HD11 LEU 113 7.903 2.902 8.466 843 2HD2 LEU 113 HD12 LEU 113 7.786 3.444 6.759 844 3HD2 LEU 113 HD13 LEU 113 8.789 4.380 7.904 845 H GLU 114 HN GLU 114 12.429 1.996 3.780 846 HA GLU 114 HA GLU 114 12.515 4.609 2.481 847 1HB GLU 114 HB2 GLU 114 14.740 3.125 3.199 848 2HB GLU 114 HB1 GLU 114 14.901 3.895 1.578 849 1HG GLU 114 HG1 GLU 114 13.972 6.085 2.514 850 2HG GLU 114 HG2 GLU 114 13.865 5.270 4.148 851 H GLN 115 HN GLN 115 11.118 2.060 1.195 852 HA GLN 115 HA GLN 115 10.885 3.204 -1.485 853 1HB GLN 115 HB2 GLN 115 9.109 1.058 -0.176 854 2HB GLN 115 HB1 GLN 115 9.337 1.439 -1.962 855 1HG GLN 115 HG1 GLN 115 11.693 0.507 -1.772 856 2HG GLN 115 HG2 GLN 115 11.456 0.232 -0.009 857 1HE2 GLN 115 HE21 GLN 115 9.912 -0.381 -3.137 858 2HE2 GLN 115 HE22 GLN 115 9.873 -2.098 -2.910 859 H GLY 116 HN GLY 116 9.207 3.098 1.634 860 1HA GLY 116 HA2 GLY 116 6.765 4.375 1.073 861 2HA GLY 116 HA1 GLY 116 7.534 3.952 2.604 862 H ASN 117 HN ASN 117 9.686 5.414 2.896 863 HA ASN 117 HA ASN 117 8.863 8.071 3.420 864 1HB ASN 117 HB2 ASN 117 11.566 6.670 3.736 865 2HB ASN 117 HB1 ASN 117 11.275 8.384 4.239 866 1HD2 ASN 117 HD21 ASN 117 12.082 7.021 6.210 867 2HD2 ASN 117 HD22 ASN 117 10.757 6.676 7.328 868 H ARG 118 HN ARG 118 10.612 6.666 0.715 869 HA ARG 118 HA ARG 118 11.751 9.017 -0.243 870 1HB ARG 118 HB2 ARG 118 12.175 7.894 -2.341 871 2HB ARG 118 HB1 ARG 118 12.571 6.839 -0.965 872 1HG ARG 118 HG2 ARG 118 11.247 5.215 -1.800 873 2HG ARG 118 HG1 ARG 118 9.807 6.258 -1.640 874 1HD ARG 118 HD2 ARG 118 9.977 5.403 -3.919 875 2HD ARG 118 HD1 ARG 118 10.329 7.189 -3.987 876 HE ARG 118 HE ARG 118 12.844 5.964 -3.649 877 1HH1 ARG 118 HH11 ARG 118 10.218 5.686 -6.062 878 2HH1 ARG 118 HH12 ARG 118 11.280 5.251 -7.359 879 1HH2 ARG 118 HH21 ARG 118 14.247 5.376 -5.408 880 2HH2 ARG 118 HH22 ARG 118 13.595 5.072 -6.983 881 H LEU 119 HN LEU 119 8.672 7.416 -0.510 882 HA LEU 119 HA LEU 119 7.195 9.016 -2.480 883 1HB LEU 119 HB2 LEU 119 6.872 6.345 -2.161 884 2HB LEU 119 HB1 LEU 119 6.200 6.739 -0.619 885 HG LEU 119 HG LEU 119 5.122 8.333 -2.913 886 1HD1 LEU 119 HD11 LEU 119 3.690 6.527 -3.830 887 2HD1 LEU 119 HD12 LEU 119 4.322 5.374 -2.633 888 3HD1 LEU 119 HD13 LEU 119 5.389 5.995 -3.938 889 1HD2 LEU 119 HD21 LEU 119 2.938 7.457 -1.872 890 2HD2 LEU 119 HD22 LEU 119 3.987 8.414 -0.737 891 3HD2 LEU 119 HD23 LEU 119 3.952 6.611 -0.670 892 H ARG 120 HN ARG 120 7.098 8.344 1.044 893 HA ARG 120 HA ARG 120 4.818 9.139 1.550 894 1HB ARG 120 HB1 ARG 120 5.582 9.425 3.985 895 2HB ARG 120 HB2 ARG 120 6.820 8.315 3.325 896 1HG ARG 120 HG2 ARG 120 8.335 10.367 3.166 897 2HG ARG 120 HG1 ARG 120 7.009 11.392 3.807 898 1HD ARG 120 HD2 ARG 120 6.889 10.102 5.900 899 2HD ARG 120 HD1 ARG 120 8.238 9.030 5.328 900 HE ARG 120 HE ARG 120 9.029 11.820 5.131 901 1HH1 ARG 120 HH11 ARG 120 8.454 9.261 7.562 902 2HH1 ARG 120 HH12 ARG 120 9.531 9.947 8.734 903 1HH2 ARG 120 HH21 ARG 120 10.470 12.725 6.723 904 2HH2 ARG 120 HH22 ARG 120 10.689 11.938 8.251 905 H GLU 121 HN GLU 121 7.164 11.755 1.196 906 HA GLU 121 HA GLU 121 5.280 13.842 1.890 907 1HB GLU 121 HB2 GLU 121 7.278 15.324 1.447 908 2HB GLU 121 HB1 GLU 121 7.509 14.076 2.709 909 1HG GLU 121 HG1 GLU 121 8.787 12.616 1.135 910 2HG GLU 121 HG2 GLU 121 8.536 13.811 -0.194 911 H GLN 122 HN GLN 122 6.111 12.117 -1.069 912 HA GLN 122 HA GLN 122 5.148 14.313 -2.744 913 1HB GLN 122 HB2 GLN 122 6.083 13.108 -4.683 914 2HB GLN 122 HB1 GLN 122 7.282 13.743 -3.514 915 1HG GLN 122 HG1 GLN 122 7.743 11.502 -2.638 916 2HG GLN 122 HG2 GLN 122 6.483 10.747 -3.689 917 1HE2 GLN 122 HE21 GLN 122 9.595 10.524 -3.479 918 2HE2 GLN 122 HE22 GLN 122 10.111 10.732 -5.158 919 H TYR 123 HN TYR 123 4.436 10.704 -2.000 920 HA TYR 123 HA TYR 123 1.895 11.368 -3.519 921 1HB TYR 123 HB1 TYR 123 3.069 8.596 -3.653 922 2HB TYR 123 HB2 TYR 123 1.723 9.288 -4.597 923 HD1 TYR 123 HD1 TYR 123 4.899 8.211 -4.897 924 HD2 TYR 123 HD2 TYR 123 2.665 11.721 -5.778 925 HE1 TYR 123 HE1 TYR 123 6.569 8.813 -6.394 926 HE2 TYR 123 HE2 TYR 123 4.330 12.318 -7.462 927 HH TYR 123 HH TYR 123 7.267 11.385 -7.358 928 H GLY 124 HN GLY 124 2.638 9.923 -0.003 929 1HA GLY 124 HA2 GLY 124 0.035 9.936 0.178 930 2HA GLY 124 HA1 GLY 124 0.509 8.229 -0.314 931 H LEU 125 HN LEU 125 2.954 7.957 0.746 932 HA LEU 125 HA LEU 125 2.275 7.033 2.989 933 1HB LEU 125 HB2 LEU 125 4.767 6.801 1.603 934 2HB LEU 125 HB1 LEU 125 4.998 6.451 3.357 935 HG LEU 125 HG LEU 125 4.634 4.488 2.576 936 1HD1 LEU 125 HD11 LEU 125 2.561 5.249 4.156 937 2HD1 LEU 125 HD12 LEU 125 2.666 3.569 3.445 938 3HD1 LEU 125 HD13 LEU 125 1.650 4.858 2.714 939 1HD2 LEU 125 HD21 LEU 125 4.237 4.912 0.210 940 2HD2 LEU 125 HD22 LEU 125 2.507 5.370 0.535 941 3HD2 LEU 125 HD23 LEU 125 3.100 3.675 0.802 942 H GLY 126 HN GLY 126 2.424 10.124 3.249 943 1HA GLY 126 HA2 GLY 126 1.716 9.906 5.927 944 2HA GLY 126 HA1 GLY 126 3.418 10.481 5.953 945 HA PRO 127 HA PRO 127 0.924 14.303 4.615 946 1HB PRO 127 HB2 PRO 127 -1.690 14.687 5.289 947 2HB PRO 127 HB1 PRO 127 -1.252 13.579 3.939 948 1HG PRO 127 HG2 PRO 127 -1.852 12.820 6.854 949 2HG PRO 127 HG1 PRO 127 -2.646 12.177 5.411 950 1HD PRO 127 HD1 PRO 127 -0.353 11.017 6.633 951 2HD PRO 127 HD2 PRO 127 -0.618 10.840 4.829 952 H TYR 128 HN TYR 128 1.128 12.855 7.742 953 HA TYR 128 HA TYR 128 1.394 15.533 8.997 954 1HB TYR 128 HB2 TYR 128 -0.532 14.195 9.925 955 2HB TYR 128 HB1 TYR 128 0.610 12.883 10.367 956 HD1 TYR 128 HD1 TYR 128 0.411 16.658 10.755 957 HD2 TYR 128 HD2 TYR 128 1.120 12.897 12.628 958 HE1 TYR 128 HE1 TYR 128 0.766 17.796 12.900 959 HE2 TYR 128 HE2 TYR 128 1.452 14.033 14.779 960 HH TYR 128 HH TYR 128 1.153 17.549 15.133 961 H GLU 129 HN GLU 129 3.402 16.034 9.714 962 HA GLU 129 HA GLU 129 5.429 13.955 10.191 963 1HB GLU 129 HB2 GLU 129 5.596 16.361 8.303 964 2HB GLU 129 HB1 GLU 129 7.031 15.992 9.305 965 1HG GLU 129 HG1 GLU 129 7.439 14.982 7.228 966 2HG GLU 129 HG2 GLU 129 7.148 13.673 8.428