*HEADER CALCIUM CHANNEL BLOCKER 26-MAY-98 1BF0 *TITLE CALCICLUDINE (CAC) FROM GREEN MAMBA DENDROASPIS ANGUSTICEPS, *TITLE 2 NMR, 15 STRUCTURES *COMPND MOL_ID: 1; *COMPND 2 MOLECULE: CALCICLUDINE; *COMPND 3 CHAIN: NULL; *COMPND 4 ENGINEERED: YES *SOURCE MOL_ID: 1; *SOURCE 2 SYNTHETIC: YES; *SOURCE 3 ORGANISM_SCIENTIFIC: DENDROASPIS ANGUSTICEPS; *SOURCE 4 ORGANISM_COMMON: EASTERN GREEN MAMBA *KEYWDS CALCIUM CHANNEL BLOCKER *EXPDTA NMR, 15 STRUCTURES *AUTHOR B.GILQUIN,A.LECOQ,F.DESNE,M.GUENNEUGUES,S.ZINN-JUSTIN, *AUTHOR 2 A.MENEZ *REVDAT 1 13-JAN-99 1BF0 0 ! peak number d 442 F1= 4.168 F2= 3.435 null null d= 2.9 assi (( resid 1 and name HA)) (( resid 1 and name HB2)) 2.9 1.29 1.29 ! peak number d 443 F1= 4.155 F2= 3.221 null null d= 3.1 assi (( resid 1 and name HA)) (( resid 1 and name HB3)) 3.1 0.77 0.77 ! peak number d 988 F1= 1.062 F2= 3.235 null null d= 4.5 assi (( resid 1 and name HB3)) (( resid 60 and name HG*)) 4.5 1.13 1.13 ! peak number d 1109 F1= 3.888 F2= 7.254 null null d= 3.9 assi (( resid 1 and name HD1)) (( resid 4 and name HD2)) 3.9 0.96 0.96 ! peak number d 753 F1= 7.248 F2= 3.687 null null d= 3.6 assi (( resid 1 and name HD1)) (( resid 4 and name HD3)) 3.6 0.90 0.90 ! peak number d 764 F1= 7.249 F2= 4.946 null null d= 3.6 assi (( resid 1 and name HD1)) (( resid 57 and name HA)) 3.6 0.90 0.90 ! peak number h 288 F1= 7.250 F2= 9.939 null null d= 2.6 assi (( resid 1 and name HE1)) (( resid 1 and name HD1)) 2.6 0.65 0.65 ! peak number h 248 F1= 7.260 F2= 6.921 null null d= 2.4 assi (( resid 1 and name HE3)) (( resid 1 and name HZ3)) 2.4 0.60 0.60 ! peak number d 1023 F1= 7.240 F2= 4.549 null null d= 4.0 assi (( resid 1 and name HE3)) (( resid 58 and name HA)) 4.0 1.00 1.00 ! peak number d 773 F1= 7.238 F2= 4.177 null null d= 3.5 assi (( resid 1 and name HE3) or ( resid 1 and name HD1)) (( resid 1 and name HA)) 3.5 0.88 0.88 ! peak number d 134 F1= 7.240 F2= 3.436 null null d= 3.2 assi (( resid 1 and name HE3) or ( resid 1 and name HD1)) (( resid 1 and name HB2)) 3.2 0.81 0.81 ! peak number d 146 F1= 7.237 F2= 3.219 null null d= 3.5 assi (( resid 1 and name HE3) or ( resid 1 and name HD1)) (( resid 1 and name HB3)) 3.5 0.88 0.88 ! peak number d 125 F1= 7.250 F2= 4.105 null null d= 3.3 assi (( resid 1 and name HE3) or ( resid 1 and name HD1)) (( resid 3 and name HA)) 3.3 0.84 0.84 ! peak number d 242 F1= 4.151 F2= 7.252 null null d= 3.4 assi (( resid 1 and name HE3) or ( resid 1 and name HD1)) (( resid 56 and name HA) or ( resid 1 and name HA)) 3.4 0.85 0.85 ! peak number d 1403 F1= 3.025 F2= 7.229 null null d= 4.1 assi (( resid 1 and name HE3) or ( resid 1 and name HD1)) (( resid 59 and name HA1)) 4.1 1.02 1.02 ! peak number d 162 F1= 7.241 F2= 2.479 null null d= 3.5 assi (( resid 1 and name HE3) or ( resid 1 and name HD1)) (( resid 59 and name HA2)) 3.5 0.88 0.88 ! peak number h 1071 F1= 1.790 F2= 6.909 null null d= 4.5 assi (( resid 1 and name HH2)) (( resid 3 and name HB3)) 4.5 1.90 1.90 ! peak number d 1242 F1= 6.940 F2= 3.226 null null d= 4.1 assi (( resid 1 and name HH2)) (( resid 30 and name HA) or ( resid 1 and name HB3)) 4.1 1.02 1.02 ! peak number d 289 F1= 2.471 F2= 6.931 null null d= 3.2 assi (( resid 1 and name HH2)) (( resid 30 and name HE3) or ( resid 3 and name HB2)) 3.2 0.80 0.80 ! peak number d 544 F1= 7.380 F2= 6.944 null null d= 2.5 assi (( resid 1 and name HZ2)) (( resid 1 and name HH2)) 2.5 0.63 0.63 ! peak number d 751 F1= 7.380 F2= 3.428 null null d= 5.0 assi (( resid 1 and name HZ2)) (( resid 27 and name HB2) or ( resid 1 and name HB2)) 5.0 2.60 2.60 ! peak number d 1110 F1= 3.873 F2= 7.371 null null d= 2.8 assi (( resid 1 and name HZ2)) (( resid 4 and name HD2)) 2.8 0.70 0.70 ! peak number d 769 F1= 6.915 F2= 4.111 null null d= 3.5 assi (( resid 1 and name HZ3) or ( resid 1 and name HH2)) (( resid 3 and name HA)) 3.5 0.86 0.86 ! peak number d 742 F1= 6.924 F2= 2.203 null null d= 3.3 assi (( resid 1 and name HZ3) or ( resid 1 and name HH2)) (( resid 3 and name HG2)) 3.3 0.82 0.82 ! peak number d 163 F1= 6.920 F2= 2.481 null null d= 3.1 assi (( resid 1 and name HZ3) or ( resid 1 and name HH2)) (( resid 30 and name HE3) or ( resid 3 and name HB2)) 3.1 0.78 0.78 ! peak number d 934 F1= 6.916 F2= 4.937 null null d= 3.8 assi (( resid 1 and name HZ3) or ( resid 1 and name HH2)) (( resid 57 and name HA)) 3.8 0.95 0.95 ! peak number h 851 F1= 6.925 F2= 1.441 null null d= 3.6 assi (( resid 1 and name HZ3) or ( resid 1 and name HH2)) (( resid 58 and name HG)) 3.6 0.90 0.90 ! peak number d 400 F1= 4.645 F2= 2.343 null null d= 2.5 assi (( resid 10 and name HA)) (( resid 10 and name HB*)) 2.5 0.62 0.62 ! peak number d 343 F1= 1.913 F2= 4.656 null null d= 3.0 assi (( resid 10 and name HA)) (( resid 10 and name HG3)) 3.0 0.80 0.80 ! peak number d 460 F1= 3.797 F2= 2.138 null null d= 2.9 assi (( resid 10 and name HD2)) (( resid 10 and name HG2)) 2.9 0.72 0.72 ! peak number d 466 F1= 3.796 F2= 1.886 null null d= 2.8 assi (( resid 10 and name HD2)) (( resid 10 and name HG3)) 2.8 0.70 0.70 ! peak number d 454 F1= 3.802 F2= 2.252 null null d= 3.6 assi (( resid 10 and name HD2)) (( resid 9 and name HG2)) 3.6 0.91 0.91 ! peak number h 1002 F1= 3.686 F2= 2.123 null null d= 3.4 assi (( resid 10 and name HD3)) (( resid 10 and name HG2)) 3.4 0.84 0.84 ! peak number d 523 F1= 2.248 F2= 3.688 null null d= 2.7 assi (( resid 10 and name HD3)) (( resid 9 and name HG2)) 2.7 0.68 0.68 ! peak number d 376 F1= 3.895 F2= 0.451 null null d= 2.7 assi (( resid 11 and name HA)) (( resid 11 and name HB)) 2.7 0.68 0.68 ! peak number d 372 F1= 0.319 F2= 3.904 null null d= 3.5 assi (( resid 11 and name HA)) (( resid 11 and name HG1*)) 3.5 0.88 0.88 ! peak number d 369 F1= -0.729 F2= 3.907 null null d= 2.6 assi (( resid 11 and name HA)) (( resid 11 and name HG2*)) 2.6 0.65 0.65 ! peak number d 696 F1= -0.725 F2= 0.448 null null d= 2.4 assi (( resid 11 and name HB)) (( resid 11 and name HG2*)) 2.4 0.60 0.60 ! peak number d 695 F1= -0.725 F2= 0.324 null null d= 2.4 assi (( resid 11 and name HG1*)) (( resid 11 and name HG2*)) 2.4 0.60 0.60 ! peak number h 826 F1= 7.704 F2= 2.340 null null d= 4.5 assi (( resid 11 and name HN)) (( resid 10 and name HB*)) 4.5 1.13 1.13 ! peak number h 390 F1= 0.449 F2= 7.705 null null d= 2.7 assi (( resid 11 and name HN)) (( resid 11 and name HB)) 2.7 0.68 0.68 ! peak number h 391 F1= 0.322 F2= 7.703 null null d= 2.5 assi (( resid 11 and name HN)) (( resid 11 and name HG1*)) 2.5 0.62 0.62 ! peak number d 1090 F1= 4.677 F2= 0.325 null null d= 3.6 assi (( resid 12 and name HA)) (( resid 11 and name HG1*)) 3.6 0.90 0.90 ! peak number d 1088 F1= 4.695 F2= -0.714 null null d= 4.0 assi (( resid 12 and name HA)) (( resid 11 and name HG2*)) 4.0 1.00 1.00 ! peak number d 344 F1= 1.841 F2= 4.703 null null d= 2.9 assi (( resid 12 and name HA)) (( resid 12 and name HB2)) 2.9 0.71 0.71 ! peak number d 367 F1= 1.502 F2= 4.697 null null d= 3.2 assi (( resid 12 and name HA)) (( resid 12 and name HB3)) 3.2 0.80 0.80 ! peak number d 339 F1= 3.194 F2= 4.699 null null d= 2.6 assi (( resid 12 and name HA)) (( resid 12 and name HD*)) 2.6 0.66 0.66 ! peak number d 366 F1= 1.598 F2= 4.677 null null d= 2.4 assi (( resid 12 and name HA)) (( resid 12 and name HG3)) 2.4 0.60 0.60 ! peak number d 1350 F1= 1.828 F2= -0.720 null null d= 3.8 assi (( resid 12 and name HB2)) (( resid 11 and name HG2*)) 3.8 0.95 0.95 ! peak number d 1119 F1= 3.185 F2= 1.636 null null d= 2.5 assi (( resid 12 and name HD*)) (( resid 12 and name HG2)) 2.5 0.62 0.62 ! peak number h 488 F1= 7.173 F2= 3.191 null null d= 3.5 assi (( resid 12 and name HE)) (( resid 12 and name HD*)) 3.5 0.86 0.86 ! peak number h 1074 F1= 7.170 F2= 1.613 null null d= 4.5 assi (( resid 12 and name HE)) (( resid 12 and name HG3)) 4.5 1.13 1.13 ! peak number h 131 F1= 7.759 F2= 3.902 null null d= 2.3 assi (( resid 12 and name HN)) (( resid 11 and name HA)) 2.3 0.57 0.57 ! peak number h 308 F1= 7.750 F2= -0.724 null null d= 2.8 assi (( resid 12 and name HN)) (( resid 11 and name HG2*)) 2.8 0.70 0.70 ! peak number h 844 F1= 7.753 F2= 1.843 null null d= 3.3 assi (( resid 12 and name HN)) (( resid 12 and name HB2)) 3.3 0.84 0.84 ! peak number h 658 F1= 7.750 F2= 1.525 null null d= 3.3 assi (( resid 12 and name HN)) (( resid 12 and name HB3)) 3.3 0.84 0.84 ! peak number d 419 F1= 4.262 F2= 1.561 null null d= 2.5 assi (( resid 13 and name HA)) (( resid 13 and name HG1*)) 2.5 0.62 0.62 ! peak number h 1045 F1= 8.727 F2= -0.729 null null d= 4.0 assi (( resid 13 and name HN)) (( resid 11 and name HG2*)) 4.0 1.00 1.00 ! peak number h 429 F1= 8.733 F2= 4.697 null null d= 2.1 assi (( resid 13 and name HN)) (( resid 12 and name HA)) 2.1 0.53 0.53 ! peak number h 1083 F1= 8.726 F2= 3.189 null null d= 4.6 assi (( resid 13 and name HN)) (( resid 12 and name HD*)) 4.6 1.15 1.15 ! peak number h 28 F1= 8.728 F2= 4.263 null null d= 3.1 assi (( resid 13 and name HN)) (( resid 13 and name HA)) 3.1 0.78 0.78 ! peak number h 37 F1= 8.732 F2= 2.041 null null d= 2.5 assi (( resid 13 and name HN)) (( resid 13 and name HB)) 2.5 0.62 0.62 ! peak number h 838 F1= 8.732 F2= 1.071 null null d= 4.3 assi (( resid 13 and name HN)) (( resid 13 and name HD1*)) 4.3 1.30 1.30 ! peak number h 41 F1= 8.728 F2= 1.558 null null d= 3.0 assi (( resid 13 and name HN)) (( resid 13 and name HG1*)) 3.0 0.76 0.76 ! peak number h 452 F1= 8.730 F2= 1.299 null null d= 3.6 assi (( resid 13 and name HN)) (( resid 13 and name HG2*)) 3.6 1.00 1.00 ! peak number h 763 F1= 8.603 F2= 8.735 null null d= 2.3 assi (( resid 13 and name HN)) (( resid 14 and name HN)) 2.3 0.57 0.57 ! peak number d 2 F1= 5.260 F2= 3.929 null null d= 2.2 assi (( resid 14 and name HA1)) (( resid 14 and name HA2)) 2.2 0.75 0.75 ! peak number d 1060 F1= 5.264 F2= 4.086 null null d= 3.5 assi (( resid 14 and name HA1)) (( resid 41 and name HA1)) 3.5 0.88 0.88 ! peak number h 38 F1= 8.598 F2= 2.030 null null d= 3.1 assi (( resid 14 and name HN)) (( resid 13 and name HB)) 3.1 0.79 0.79 ! peak number h 438 F1= 8.598 F2= 5.254 null null d= 3.3 assi (( resid 14 and name HN)) (( resid 14 and name HA1)) 3.3 0.82 0.82 ! peak number h 518 F1= 3.925 F2= 8.599 null null d= 2.7 assi (( resid 14 and name HN)) (( resid 14 and name HA2)) 2.7 0.69 0.69 ! peak number h 796 F1= 8.600 F2= 4.266 null null d= 3.4 assi (( resid 14 and name HN)) (( resid 42 and name HA1) or ( resid 13 and name HA)) 3.4 0.85 0.85 ! peak number d 1394 F1= 4.063 F2= 3.818 null null d= 1.8 assi (( resid 15 and name HB2)) (( resid 15 and name HB3)) 1.8 0.45 0.45 ! peak number h 201 F1= 7.320 F2= 5.271 null null d= 2.9 assi (( resid 15 and name HN)) (( resid 14 and name HA1)) 2.9 0.72 0.72 ! peak number h 753 F1= 3.926 F2= 7.324 null null d= 3.5 assi (( resid 15 and name HN)) (( resid 14 and name HA2)) 3.5 0.89 0.89 ! peak number d 30 F1= 4.836 F2= 2.609 null null d= 3.3 assi (( resid 16 and name HA)) (( resid 16 and name HB3)) 3.3 0.82 0.82 ! peak number d 1086 F1= 4.833 F2= 1.416 null null d= 3.9 assi (( resid 16 and name HA)) (( resid 17 and name HG3)) 3.9 0.97 0.97 ! peak number d 593 F1= 3.442 F2= 2.616 null null d= 1.8 assi (( resid 16 and name HB2)) (( resid 16 and name HB3)) 1.8 0.45 0.45 ! peak number h 212 F1= 8.044 F2= 7.310 null null d= 3.0 assi (( resid 16 and name HN)) (( resid 15 and name HN)) 3.0 0.76 0.76 ! peak number h 444 F1= 8.042 F2= 4.836 null null d= 3.0 assi (( resid 16 and name HN)) (( resid 16 and name HA)) 3.0 0.75 0.75 ! peak number h 347 F1= 2.615 F2= 8.038 null null d= 2.8 assi (( resid 16 and name HN)) (( resid 16 and name HB3)) 2.8 0.70 0.70 ! peak number h 83 F1= 8.040 F2= 3.820 null null d= 3.1 assi (( resid 16 and name HN)) (( resid 38 and name HB2)) 3.1 0.78 0.78 ! peak number d 401 F1= 4.633 F2= 2.125 null null d= 2.5 assi (( resid 17 and name HA)) (( resid 17 and name HD*)) 2.5 0.62 0.62 ! peak number d 1085 F1= 4.638 F2= 1.415 null null d= 3.2 assi (( resid 17 and name HA)) (( resid 17 and name HG3)) 3.2 0.80 0.80 ! peak number d 1065 F1= 4.645 F2= 3.819 null null d= 2.8 assi (( resid 17 and name HA) or ( resid 10 and name HA)) (( resid 38 and name HB2) or ( resid 10 and name HD2)) 2.8 0.70 0.70 ! peak number d 1122 F1= 2.949 F2= 1.597 null null d= 2.7 assi (( resid 17 and name HE*)) (( resid 17 and name HB*)) 2.7 0.68 0.68 ! peak number h 436 F1= 8.492 F2= 4.847 null null d= 2.7 assi (( resid 17 and name HN)) (( resid 16 and name HA)) 2.7 0.68 0.68 ! peak number h 326 F1= 3.464 F2= 8.478 null null d= 2.5 assi (( resid 17 and name HN)) (( resid 16 and name HB2)) 2.5 0.61 0.61 ! peak number h 455 F1= 8.483 F2= 2.608 null null d= 3.1 assi (( resid 17 and name HN)) (( resid 16 and name HB3)) 3.1 0.79 0.79 ! peak number h 631 F1= 8.478 F2= 4.635 null null d= 3.0 assi (( resid 17 and name HN)) (( resid 17 and name HA)) 3.0 0.75 0.75 ! peak number h 54 F1= 8.484 F2= 1.588 null null d= 2.7 assi (( resid 17 and name HN)) (( resid 17 and name HB*)) 2.7 0.68 0.68 ! peak number h 840 F1= 8.477 F2= 2.108 null null d= 3.8 assi (( resid 17 and name HN)) (( resid 17 and name HD*)) 3.8 1.00 1.00 ! peak number h 449 F1= 8.478 F2= 1.290 null null d= 3.8 assi (( resid 17 and name HN)) (( resid 17 and name HG2)) 3.8 1.60 1.60 ! peak number h 650 F1= 8.478 F2= 1.397 null null d= 3.4 assi (( resid 17 and name HN)) (( resid 17 and name HG3)) 3.4 0.85 0.85 ! peak number h 219 F1= 8.485 F2= 7.784 null null d= 3.0 assi (( resid 17 and name HN)) (( resid 18 and name HN)) 3.0 0.74 0.74 ! peak number d 1369 F1= 2.962 F2= 1.425 null null d= 3.5 assi (( resid 18 and name HE*) or ( resid 17 and name HE*)) (( resid 18 and name HG3) or ( resid 17 and name HG3)) 3.5 0.88 0.88 ! peak number h 823 F1= 7.790 F2= 4.348 null null d= 3.4 assi (( resid 18 and name HN)) (( resid 18 and name HA)) 3.4 0.85 0.85 ! peak number h 464 F1= 7.786 F2= 1.394 null null d= 2.9 assi (( resid 18 and name HN)) (( resid 18 and name HB*)) 2.9 0.72 0.72 ! peak number h 845 F1= 7.785 F2= 1.288 null null d= 3.4 assi (( resid 18 and name HN)) (( resid 18 and name HG2) or ( resid 17 and name HG2)) 3.4 0.85 0.85 ! peak number h 824 F1= 7.787 F2= 4.474 null null d= 3.1 assi (( resid 18 and name HN)) (( resid 38 and name HA)) 3.1 0.78 0.78 ! peak number d 411 F1= 4.245 F2= 1.698 null null d= 2.6 assi (( resid 19 and name HA)) (( resid 19 and name HB3)) 2.6 0.65 0.65 ! peak number d 382 F1= 4.246 F2= 0.956 null null d= 3.2 assi (( resid 19 and name HA)) (( resid 36 and name HB3)) 3.2 0.81 0.81 ! peak number d 1082 F1= 4.261 F2= 1.078 null null d= 4.0 assi (( resid 19 and name HA) or ( resid 13 and name HA)) (( resid 13 and name HD1*)) 4.0 1.00 1.00 ! peak number d 408 F1= 4.258 F2= 1.309 null null d= 2.5 assi (( resid 19 and name HA) or ( resid 13 and name HA)) (( resid 13 and name HG2*)) 2.5 0.62 0.62 ! peak number d 657 F1= 1.298 F2= 4.267 null null d= 2.7 assi (( resid 19 and name HA) or ( resid 13 and name HA)) (( resid 18 and name HG2) or ( resid 13 and name HG2*)) 2.7 0.68 0.68 ! peak number d 394 F1= 4.251 F2= 2.059 null null d= 2.6 assi (( resid 19 and name HA) or ( resid 13 and name HA)) (( resid 19 and name HG3) or ( resid 13 and name HB)) 2.6 0.65 0.65 ! peak number d 893 F1= 1.074 F2= 1.823 null null d= 2.1 assi (( resid 19 and name HB2)) (( resid 13 and name HD1*)) 2.1 0.53 0.53 ! peak number d 981 F1= 0.831 F2= 1.837 null null d= 2.4 assi (( resid 19 and name HB2)) (( resid 36 and name HD1*)) 2.4 0.60 0.60 ! peak number d 837 F1= 1.830 F2= 0.682 null null d= 3.3 assi (( resid 19 and name HB2)) (( resid 36 and name HD2*)) 3.3 0.82 0.82 ! peak number h 229 F1= 7.411 F2= 6.683 null null d= 1.9 assi (( resid 19 and name HE22)) (( resid 19 and name HE21)) 1.9 0.46 0.46 ! peak number h 696 F1= 7.410 F2= 2.066 null null d= 4.8 assi (( resid 19 and name HE22)) (( resid 19 and name HG3)) 4.8 1.20 1.20 ! peak number d 974 F1= 0.798 F2= 2.067 null null d= 3.4 assi (( resid 19 and name HG3)) (( resid 36 and name HD1*)) 3.4 0.85 0.85 ! peak number d 1354 F1= 0.684 F2= 2.077 null null d= 3.6 assi (( resid 19 and name HG3) or ( resid 19 and name HG2)) (( resid 36 and name HD2*)) 3.6 0.90 0.90 ! peak number h 136 F1= 7.612 F2= 4.342 null null d= 2.7 assi (( resid 19 and name HN)) (( resid 18 and name HA)) 2.7 0.68 0.68 ! peak number h 568 F1= 1.380 F2= 7.607 null null d= 3.3 assi (( resid 19 and name HN)) (( resid 18 and name HB*)) 3.3 0.82 0.82 ! peak number h 57 F1= 7.620 F2= 1.260 null null d= 2.5 assi (( resid 19 and name HN)) (( resid 18 and name HG2)) 2.5 0.62 0.62 ! peak number h 135 F1= 7.613 F2= 4.246 null null d= 3.6 assi (( resid 19 and name HN)) (( resid 19 and name HA)) 3.6 0.90 0.90 ! peak number h 47 F1= 7.609 F2= 1.821 null null d= 2.9 assi (( resid 19 and name HN)) (( resid 19 and name HB2)) 2.9 0.72 0.72 ! peak number h 1079 F1= 1.692 F2= 7.606 null null d= 4.3 assi (( resid 19 and name HN)) (( resid 19 and name HB3)) 4.3 1.09 1.09 ! peak number d 410 F1= 4.324 F2= 1.808 null null d= 2.8 assi (( resid 2 and name HA)) (( resid 2 and name HB2)) 2.8 0.70 0.70 ! peak number d 396 F1= 4.324 F2= 2.178 null null d= 3.4 assi (( resid 2 and name HA)) (( resid 2 and name HG*)) 3.4 1.00 1.00 ! peak number d 437 F1= 4.323 F2= 3.506 null null d= 2.4 assi (( resid 2 and name HA)) (( resid 3 and name HD2)) 2.4 0.60 0.60 ! peak number d 436 F1= 4.323 F2= 3.363 null null d= 2.7 assi (( resid 2 and name HA)) (( resid 3 and name HD3)) 2.7 0.94 0.94 ! peak number d 1075 F1= 4.323 F2= 2.036 null null d= 3.7 assi (( resid 2 and name HA)) (( resid 3 and name HG3)) 3.7 0.93 0.93 ! peak number h 230 F1= 7.690 F2= 6.897 null null d= 1.9 assi (( resid 2 and name HE21)) (( resid 2 and name HE22)) 1.9 0.46 0.46 ! peak number h 137 F1= 7.296 F2= 4.166 null null d= 2.9 assi (( resid 2 and name HN)) (( resid 1 and name HA)) 2.9 0.71 0.71 ! peak number h 504 F1= 7.297 F2= 4.333 null null d= 3.9 assi (( resid 2 and name HN)) (( resid 2 and name HA)) 3.9 0.97 0.97 ! peak number h 926 F1= 1.809 F2= 7.315 null null d= 3.6 assi (( resid 2 and name HN)) (( resid 2 and name HB2)) 3.6 0.90 0.90 ! peak number d 18 F1= 4.881 F2= 3.161 null null d= 2.4 assi (( resid 20 and name HA)) (( resid 20 and name HB2)) 2.4 0.59 0.59 ! peak number d 338 F1= 2.897 F2= 4.898 null null d= 3.0 assi (( resid 20 and name HA)) (( resid 20 and name HB3)) 3.0 0.76 0.76 ! peak number d 113 F1= 7.085 F2= 4.886 null null d= 3.0 assi (( resid 20 and name HD*)) (( resid 20 and name HA)) 3.0 0.75 0.75 ! peak number d 147 F1= 7.086 F2= 3.168 null null d= 3.6 assi (( resid 20 and name HD*)) (( resid 20 and name HB2)) 3.6 0.89 0.89 ! peak number d 763 F1= 7.088 F2= 4.535 null null d= 3.6 assi (( resid 20 and name HD*)) (( resid 39 and name HA1)) 3.6 0.90 0.90 ! peak number d 151 F1= 7.086 F2= 3.044 null null d= 3.6 assi (( resid 20 and name HD*)) (( resid 39 and name HA2)) 3.6 1.20 1.20 ! peak number h 579 F1= 1.377 F2= 7.305 null null d= 3.3 assi (( resid 20 and name HE*)) (( resid 18 and name HB*)) 3.3 0.82 0.82 ! peak number d 71 F1= 7.293 F2= 1.620 null null d= 3.0 assi (( resid 20 and name HE*)) (( resid 18 and name HD*) or ( resid 17 and name HB*)) 3.0 0.75 0.75 ! peak number d 304 F1= 1.283 F2= 7.321 null null d= 2.7 assi (( resid 20 and name HE*)) (( resid 18 and name HG2)) 2.7 0.69 0.69 ! peak number h 894 F1= 1.423 F2= 7.302 null null d= 3.3 assi (( resid 20 and name HE*)) (( resid 18 and name HG3)) 3.3 0.82 0.82 ! peak number d 108 F1= 7.298 F2= 1.404 null null d= 2.9 assi (( resid 20 and name HE*)) (( resid 18 and name HG3) or ( resid 18 and name HB*)) 2.9 0.73 0.73 ! peak number h 246 F1= 7.097 F2= 7.296 null null d= 1.9 assi (( resid 20 and name HE*)) (( resid 20 and name HD*)) 1.9 0.47 0.47 ! peak number d 119 F1= 7.296 F2= 4.529 null null d= 3.2 assi (( resid 20 and name HE*)) (( resid 39 and name HA1)) 3.2 0.79 0.79 ! peak number d 1032 F1= 7.297 F2= 3.060 null null d= 3.4 assi (( resid 20 and name HE*)) (( resid 39 and name HA2)) 3.4 0.84 0.84 ! peak number h 140 F1= 7.304 F2= 1.586 null null d= 2.9 assi (( resid 20 and name HE*) or ( resid 2 and name HN)) (( resid 2 and name HB3) or ( resid 17 and name HB*)) 2.9 0.71 0.71 ! peak number h 29 F1= 8.937 F2= 4.245 null null d= 2.8 assi (( resid 20 and name HN)) (( resid 19 and name HA)) 2.8 0.80 0.80 ! peak number h 426 F1= 8.933 F2= 4.878 null null d= 3.1 assi (( resid 20 and name HN)) (( resid 20 and name HA)) 3.1 0.78 0.78 ! peak number h 706 F1= 3.172 F2= 8.931 null null d= 3.7 assi (( resid 20 and name HN)) (( resid 20 and name HB2)) 3.7 0.93 0.93 ! peak number h 19 F1= 8.937 F2= 2.890 null null d= 2.8 assi (( resid 20 and name HN)) (( resid 20 and name HB3)) 2.8 0.70 0.70 ! peak number h 622 F1= 7.095 F2= 8.931 null null d= 3.8 assi (( resid 20 and name HN)) (( resid 20 and name HD*)) 3.8 0.96 0.96 ! peak number h 511 F1= 8.157 F2= 8.934 null null d= 3.2 assi (( resid 20 and name HN)) (( resid 37 and name HN)) 3.2 0.81 0.81 ! peak number d 847 F1= 4.269 F2= 3.988 null null d= 2.7 assi (( resid 21 and name HA)) (( resid 21 and name HB3)) 2.7 0.66 0.66 ! peak number d 378 F1= 4.270 F2= 0.680 null null d= 2.6 assi (( resid 21 and name HA)) (( resid 36 and name HD2*)) 2.6 0.65 0.65 ! peak number d 1002 F1= 3.860 F2= 0.680 null null d= 3.9 assi (( resid 21 and name HB2)) (( resid 36 and name HD2*)) 3.9 0.97 0.97 ! peak number h 415 F1= 9.173 F2= 4.881 null null d= 2.3 assi (( resid 21 and name HN)) (( resid 20 and name HA)) 2.3 0.57 0.57 ! peak number h 793 F1= 9.171 F2= 3.164 null null d= 3.7 assi (( resid 21 and name HN)) (( resid 20 and name HB2)) 3.7 0.93 0.93 ! peak number h 27 F1= 9.173 F2= 4.277 null null d= 3.0 assi (( resid 21 and name HN)) (( resid 21 and name HA)) 3.0 0.75 0.75 ! peak number h 33 F1= 9.172 F2= 3.868 null null d= 3.0 assi (( resid 21 and name HN)) (( resid 21 and name HB2)) 3.0 0.75 0.75 ! peak number h 31 F1= 9.173 F2= 3.988 null null d= 3.4 assi (( resid 21 and name HN)) (( resid 21 and name HB3)) 3.4 0.84 0.84 ! peak number h 1046 F1= 9.169 F2= 0.673 null null d= 3.9 assi (( resid 21 and name HN)) (( resid 36 and name HD2*)) 3.9 0.97 0.97 ! peak number d 325 F1= 3.547 F2= 5.041 null null d= 2.7 assi (( resid 22 and name HA)) (( resid 22 and name HB2)) 2.7 0.69 0.69 ! peak number d 28 F1= 5.023 F2= 2.729 null null d= 3.1 assi (( resid 22 and name HA)) (( resid 22 and name HB3)) 3.1 0.79 0.79 ! peak number d 989 F1= 1.154 F2= 3.556 null null d= 3.8 assi (( resid 22 and name HB2)) (( resid 46 and name HG*)) 3.8 0.95 0.95 ! peak number h 1020 F1= 3.728 F2= 2.742 null null d= 3.0 assi (( resid 22 and name HG)) (( resid 22 and name HB3)) 3.0 0.74 0.74 ! peak number h 315 F1= 4.278 F2= 8.486 null null d= 2.5 assi (( resid 22 and name HN)) (( resid 21 and name HA)) 2.5 0.90 0.90 ! peak number h 76 F1= 8.486 F2= 2.748 null null d= 3.0 assi (( resid 22 and name HN)) (( resid 22 and name HB3)) 3.0 0.75 0.75 ! peak number h 642 F1= 8.477 F2= 0.676 null null d= 3.0 assi (( resid 22 and name HN)) (( resid 36 and name HD2*)) 3.0 0.75 0.75 ! peak number d 19 F1= 5.857 F2= 2.931 null null d= 2.7 assi (( resid 23 and name HA)) (( resid 23 and name HB2)) 2.7 0.69 0.69 ! peak number d 29 F1= 5.859 F2= 2.712 null null d= 3.4 assi (( resid 23 and name HA)) (( resid 23 and name HB3)) 3.4 0.86 0.86 ! peak number d 174 F1= 5.860 F2= 4.916 null null d= 2.4 assi (( resid 23 and name HA)) (( resid 34 and name HA)) 2.4 0.60 0.60 ! peak number d 602 F1= 2.925 F2= 2.710 null null d= 1.9 assi (( resid 23 and name HB2)) (( resid 23 and name HB3)) 1.9 0.46 0.46 ! peak number d 555 F1= 2.922 F2= 2.571 null null d= 2.4 assi (( resid 23 and name HB2)) (( resid 47 and name HB3)) 2.4 0.60 0.60 ! peak number d 212 F1= 5.026 F2= 6.791 null null d= 3.1 assi (( resid 23 and name HD*)) (( resid 22 and name HA)) 3.1 0.79 0.79 ! peak number d 180 F1= 6.790 F2= 5.870 null null d= 3.1 assi (( resid 23 and name HD*)) (( resid 23 and name HA)) 3.1 0.78 0.78 ! peak number d 153 F1= 6.782 F2= 2.931 null null d= 2.5 assi (( resid 23 and name HD*)) (( resid 23 and name HB2)) 2.5 0.63 0.63 ! peak number d 159 F1= 6.782 F2= 2.717 null null d= 2.6 assi (( resid 23 and name HD*)) (( resid 23 and name HB3)) 2.6 0.64 0.64 ! peak number d 1039 F1= 6.782 F2= 3.393 null null d= 4.5 assi (( resid 23 and name HD*)) (( resid 32 and name HB2)) 4.5 1.11 1.11 ! peak number d 1100 F1= 5.092 F2= 6.792 null null d= 4.0 assi (( resid 23 and name HD*)) (( resid 33 and name HA)) 4.0 1.00 1.00 ! peak number d 111 F1= 6.780 F2= 4.917 null null d= 3.0 assi (( resid 23 and name HD*)) (( resid 34 and name HA)) 3.0 0.76 0.76 ! peak number d 1038 F1= 6.783 F2= 3.962 null null d= 4.1 assi (( resid 23 and name HD*)) (( resid 34 and name HD2)) 4.1 1.02 1.02 ! peak number d 160 F1= 6.782 F2= 2.589 null null d= 3.2 assi (( resid 23 and name HD*)) (( resid 47 and name HB3) or ( resid 32 and name HB3)) 3.2 0.80 0.80 ! peak number d 1102 F1= 4.566 F2= 6.792 null null d= 4.2 assi (( resid 23 and name HD*)) (( resid 48 and name HA)) 4.2 1.04 1.04 ! peak number d 116 F1= 6.780 F2= 4.830 null null d= 3.0 assi (( resid 23 and name HD*)) (( resid 49 and name HA)) 3.0 0.74 0.74 ! peak number d 1316 F1= 1.272 F2= 6.796 null null d= 4.8 assi (( resid 23 and name HD*)) (( resid 49 and name HG2*) or ( resid 33 and name HG)) 4.8 1.19 1.19 ! peak number d 148 F1= 6.782 F2= 3.081 null null d= 3.4 assi (( resid 23 and name HD*)) (( resid 50 and name HA)) 3.4 0.86 0.86 ! peak number d 104 F1= 6.783 F2= 0.668 null null d= 3.6 assi (( resid 23 and name HD*)) (( resid 50 and name HB)) 3.6 0.90 0.90 ! peak number d 312 F1= 0.748 F2= 6.793 null null d= 3.0 assi (( resid 23 and name HD*)) (( resid 50 and name HD1*)) 3.0 0.75 0.75 ! peak number d 1053 F1= 6.783 F2= 2.184 null null d= 4.4 assi (( resid 23 and name HD*)) (( resid 53 and name HA) or ( resid 34 and name HG*)) 4.4 1.09 1.09 ! peak number d 1322 F1= 2.167 F2= 6.790 null null d= 4.3 assi (( resid 23 and name HD*)) (( resid 53 and name HA) or ( resid 52 and name HB*) or ( resid 34 and name HG*)) 4.3 1.07 1.07 ! peak number d 1251 F1= 6.783 F2= 3.189 null null d= 4.6 assi (( resid 23 and name HD*)) (( resid 53 and name HB2)) 4.6 1.15 1.15 ! peak number h 941 F1= 3.005 F2= 6.780 null null d= 4.9 assi (( resid 23 and name HD*)) (( resid 53 and name HB3)) 4.9 1.23 1.23 ! peak number d 1033 F1= 7.403 F2= 2.935 null null d= 4.8 assi (( resid 23 and name HE*)) (( resid 23 and name HB2)) 4.8 1.20 1.20 ! peak number d 1040 F1= 7.404 F2= 2.718 null null d= 5.1 assi (( resid 23 and name HE*)) (( resid 23 and name HB3)) 5.1 1.26 1.26 ! peak number d 185 F1= 6.790 F2= 7.426 null null d= 2.1 assi (( resid 23 and name HE*)) (( resid 23 and name HD*)) 2.1 0.53 0.53 ! peak number d 918 F1= 4.907 F2= 7.414 null null d= 3.9 assi (( resid 23 and name HE*)) (( resid 34 and name HA)) 3.9 0.97 0.97 ! peak number d 293 F1= 1.981 F2= 7.420 null null d= 3.0 assi (( resid 23 and name HE*)) (( resid 34 and name HB2)) 3.0 0.75 0.75 ! peak number d 967 F1= 1.879 F2= 7.416 null null d= 3.8 assi (( resid 23 and name HE*)) (( resid 34 and name HB3)) 3.8 0.95 0.95 ! peak number d 1108 F1= 3.947 F2= 7.420 null null d= 3.5 assi (( resid 23 and name HE*)) (( resid 34 and name HD2)) 3.5 0.86 0.86 ! peak number d 941 F1= 7.402 F2= 3.965 null null d= 4.1 assi (( resid 23 and name HE*)) (( resid 34 and name HD2) or ( resid 21 and name HB3)) 4.1 1.02 1.02 ! peak number h 807 F1= 7.410 F2= 3.867 null null d= 4.8 assi (( resid 23 and name HE*)) (( resid 34 and name HD3) or ( resid 21 and name HB2)) 4.8 1.20 1.20 ! peak number d 795 F1= 2.169 F2= 7.420 null null d= 3.2 assi (( resid 23 and name HE*)) (( resid 34 and name HG*)) 3.2 0.81 0.81 ! peak number d 115 F1= 7.405 F2= 4.828 null null d= 2.8 assi (( resid 23 and name HE*)) (( resid 49 and name HA)) 2.8 0.71 0.71 ! peak number d 1396 F1= 4.441 F2= 7.409 null null d= 4.8 assi (( resid 23 and name HE*)) (( resid 49 and name HB)) 4.8 1.20 1.20 ! peak number d 1146 F1= 3.069 F2= 7.418 null null d= 4.3 assi (( resid 23 and name HE*)) (( resid 50 and name HA)) 4.3 1.06 1.06 ! peak number d 301 F1= 0.654 F2= 7.416 null null d= 3.0 assi (( resid 23 and name HE*)) (( resid 50 and name HB)) 3.0 0.74 0.74 ! peak number d 300 F1= 0.766 F2= 7.415 null null d= 2.9 assi (( resid 23 and name HE*)) (( resid 50 and name HD1*)) 2.9 0.72 0.72 ! peak number d 736 F1= 7.411 F2= 0.877 null null d= 3.6 assi (( resid 23 and name HE*)) (( resid 50 and name HG1*)) 3.6 0.91 0.91 ! peak number d 62 F1= 7.405 F2= 2.178 null null d= 3.3 assi (( resid 23 and name HE*) or ( resid 1 and name HZ2)) (( resid 34 and name HG*) or ( resid 3 and name HG2)) 3.3 0.82 0.82 ! peak number d 955 F1= 7.403 F2= 1.886 null null d= 4.2 assi (( resid 23 and name HE*) or ( resid 1 and name HZ2)) (( resid 4 and name HG2) or ( resid 34 and name HB3)) 4.2 1.05 1.05 ! peak number d 1045 F1= 7.402 F2= 1.285 null null d= 4.1 assi (( resid 23 and name HE*) or ( resid 1 and name HZ2)) (( resid 49 and name HG2*) or ( resid 30 and name HG2)) 4.1 1.02 1.02 ! peak number h 927 F1= 1.880 F2= 7.403 null null d= 4.1 assi (( resid 23 and name HE*) or ( resid 1 and name HZ2)) (( resid 57 and name HB2) or ( resid 4 and name HG2) or ( resid 34 and name HB3)) 4.1 1.02 1.02 ! peak number h 599 F1= 7.404 F2= 0.865 null null d= 3.6 assi (( resid 23 and name HE*) or ( resid 1 and name HZ2)) (( resid 6 and name HB3) or ( resid 50 and name HG1*)) 3.6 0.90 0.90 ! peak number h 414 F1= 9.138 F2= 5.013 null null d= 2.5 assi (( resid 23 and name HN)) (( resid 22 and name HA)) 2.5 0.62 0.62 ! peak number h 16 F1= 9.140 F2= 3.549 null null d= 2.6 assi (( resid 23 and name HN)) (( resid 22 and name HB2)) 2.6 0.65 0.65 ! peak number h 21 F1= 9.140 F2= 2.712 null null d= 2.7 assi (( resid 23 and name HN)) (( resid 22 and name HB3)) 2.7 0.68 0.68 ! peak number h 756 F1= 2.930 F2= 9.148 null null d= 3.9 assi (( resid 23 and name HN)) (( resid 23 and name HB2)) 3.9 0.96 0.96 ! peak number h 300 F1= 6.788 F2= 9.136 null null d= 3.1 assi (( resid 23 and name HN)) (( resid 23 and name HD*)) 3.1 0.78 0.78 ! peak number d 1087 F1= 5.316 F2= -0.716 null null d= 4.6 assi (( resid 24 and name HA)) (( resid 11 and name HG2*)) 4.6 1.15 1.15 ! peak number d 22 F1= 5.318 F2= 2.851 null null d= 2.4 assi (( resid 24 and name HA)) (( resid 24 and name HB*)) 2.4 0.61 0.61 ! peak number d 1382 F1= 5.319 F2= 3.194 null null d= 4.5 assi (( resid 24 and name HA)) (( resid 53 and name HB2) or ( resid 25 and name HB3)) 4.5 1.14 1.14 ! peak number d 1004 F1= 2.842 F2= 0.445 null null d= 3.6 assi (( resid 24 and name HB*)) (( resid 11 and name HB)) 3.6 0.91 0.91 ! peak number d 535 F1= 2.841 F2= -0.719 null null d= 3.0 assi (( resid 24 and name HB*)) (( resid 11 and name HG2*)) 3.0 0.75 0.75 ! peak number d 311 F1= 0.431 F2= 6.947 null null d= 3.0 assi (( resid 24 and name HD*)) (( resid 11 and name HB)) 3.0 0.76 0.76 ! peak number d 1028 F1= 6.938 F2= 5.871 null null d= 4.0 assi (( resid 24 and name HD*)) (( resid 23 and name HA)) 4.0 1.00 1.00 ! peak number d 211 F1= 5.320 F2= 6.948 null null d= 3.8 assi (( resid 24 and name HD*)) (( resid 24 and name HA)) 3.8 0.95 0.95 ! peak number d 157 F1= 6.938 F2= 2.842 null null d= 2.2 assi (( resid 24 and name HD*)) (( resid 24 and name HB*)) 2.2 0.55 0.55 ! peak number d 184 F1= 6.564 F2= 6.949 null null d= 2.2 assi (( resid 24 and name HD*)) (( resid 24 and name HE*)) 2.2 0.54 0.54 ! peak number d 1312 F1= 6.935 F2= 0.833 null null d= 5.2 assi (( resid 24 and name HD*)) (( resid 33 and name HD2*)) 5.2 1.30 1.30 ! peak number d 139 F1= 6.934 F2= 3.357 null null d= 2.7 assi (( resid 24 and name HD*)) (( resid 35 and name HB2)) 2.7 0.68 0.68 ! peak number d 285 F1= 2.952 F2= 6.952 null null d= 3.3 assi (( resid 24 and name HD*)) (( resid 35 and name HB3)) 3.3 0.82 0.82 ! peak number d 782 F1= 4.926 F2= 6.929 null null d= 3.8 assi (( resid 24 and name HD*) or ( resid 1 and name HH2)) (( resid 57 and name HA) or ( resid 34 and name HA)) 3.8 0.95 0.95 ! peak number d 745 F1= 6.946 F2= 1.186 null null d= 3.4 assi (( resid 24 and name HD*) or ( resid 1 and name HH2)) (( resid 57 and name HB3) or ( resid 33 and name HB3) or ( resid 30 and name HG3)) 3.4 0.84 0.84 ! peak number d 117 F1= 6.929 F2= 4.549 null null d= 2.9 assi (( resid 24 and name HD*) or ( resid 1 and name HH2)) (( resid 58 and name HA) or ( resid 26 and name HA)) 2.9 0.72 0.72 ! peak number d 1260 F1= 3.679 F2= 6.921 null null d= 4.3 assi (( resid 24 and name HD*) or ( resid 1 and name HZ3) or ( resid 1 and name HH2)) (( resid 4 and name HD3) or ( resid 10 and name HD3)) 4.3 1.07 1.07 ! peak number d 807 F1= 0.433 F2= 6.574 null null d= 3.3 assi (( resid 24 and name HE*)) (( resid 11 and name HB)) 3.3 0.82 0.82 ! peak number d 316 F1= 0.313 F2= 6.571 null null d= 3.4 assi (( resid 24 and name HE*)) (( resid 11 and name HG1*)) 3.4 0.84 0.84 ! peak number d 103 F1= 6.564 F2= -0.719 null null d= 3.8 assi (( resid 24 and name HE*)) (( resid 11 and name HG2*)) 3.8 0.94 0.94 ! peak number d 760 F1= 6.569 F2= 2.854 null null d= 3.7 assi (( resid 24 and name HE*)) (( resid 24 and name HB*)) 3.7 0.93 0.93 ! peak number d 118 F1= 6.564 F2= 4.557 null null d= 2.6 assi (( resid 24 and name HE*)) (( resid 26 and name HA)) 2.6 0.66 0.66 ! peak number d 69 F1= 6.565 F2= 1.824 null null d= 3.4 assi (( resid 24 and name HE*)) (( resid 26 and name HB*)) 3.4 0.85 0.85 ! peak number d 75 F1= 6.565 F2= 1.551 null null d= 3.1 assi (( resid 24 and name HE*)) (( resid 26 and name HD*)) 3.1 0.77 0.77 ! peak number d 1054 F1= 6.565 F2= 1.116 null null d= 3.9 assi (( resid 24 and name HE*)) (( resid 26 and name HG2)) 3.9 0.98 0.98 ! peak number d 313 F1= 1.379 F2= 6.571 null null d= 2.8 assi (( resid 24 and name HE*)) (( resid 26 and name HG3)) 2.8 0.70 0.70 ! peak number d 1233 F1= 6.564 F2= 3.899 null null d= 4.7 assi (( resid 24 and name HE*)) (( resid 27 and name HB3) or ( resid 11 and name HA)) 4.7 1.18 1.18 ! peak number d 105 F1= 6.566 F2= 1.639 null null d= 3.5 assi (( resid 24 and name HE*)) (( resid 33 and name HB2)) 3.5 0.88 0.88 ! peak number d 314 F1= 1.203 F2= 6.571 null null d= 2.8 assi (( resid 24 and name HE*)) (( resid 33 and name HB3)) 2.8 0.70 0.70 ! peak number d 315 F1= 0.824 F2= 6.575 null null d= 3.5 assi (( resid 24 and name HE*)) (( resid 33 and name HD2*)) 3.5 0.86 0.86 ! peak number d 140 F1= 6.564 F2= 3.351 null null d= 3.0 assi (( resid 24 and name HE*)) (( resid 35 and name HB2)) 3.0 0.74 0.74 ! peak number d 775 F1= 6.565 F2= 2.968 null null d= 3.6 assi (( resid 24 and name HE*)) (( resid 35 and name HB3) or ( resid 26 and name HE2)) 3.6 0.90 0.90 ! peak number h 306 F1= 5.864 F2= 10.049 null null d= 2.5 assi (( resid 24 and name HN)) (( resid 23 and name HA)) 2.5 0.62 0.62 ! peak number h 15 F1= 10.049 F2= 2.920 null null d= 3.0 assi (( resid 24 and name HN)) (( resid 23 and name HB2)) 3.0 0.76 0.76 ! peak number h 411 F1= 10.047 F2= 5.323 null null d= 3.3 assi (( resid 24 and name HN)) (( resid 24 and name HA)) 3.3 0.82 0.82 ! peak number h 603 F1= 10.044 F2= 2.833 null null d= 3.5 assi (( resid 24 and name HN)) (( resid 24 and name HB*)) 3.5 0.86 0.86 ! peak number h 287 F1= 6.934 F2= 10.042 null null d= 2.7 assi (( resid 24 and name HN)) (( resid 24 and name HD*)) 2.7 0.68 0.68 ! peak number h 107 F1= 10.045 F2= 9.306 null null d= 3.0 assi (( resid 24 and name HN)) (( resid 33 and name HN)) 3.0 0.74 0.74 ! peak number h 410 F1= 10.047 F2= 7.030 null null d= 3.3 assi (( resid 24 and name HN)) (( resid 35 and name HD*)) 3.3 0.84 0.84 ! peak number d 327 F1= 3.827 F2= 4.850 null null d= 2.6 assi (( resid 25 and name HA)) (( resid 25 and name HB2)) 2.6 0.65 0.65 ! peak number d 17 F1= 4.834 F2= 3.204 null null d= 2.8 assi (( resid 25 and name HA)) (( resid 25 and name HB3)) 2.8 0.70 0.70 ! peak number h 736 F1= 3.180 F2= 4.859 null null d= 2.2 assi (( resid 25 and name HA) or ( resid 20 and name HA)) (( resid 25 and name HB3) or ( resid 20 and name HB2)) 2.2 0.55 0.55 ! peak number d 501 F1= 3.200 F2= 3.837 null null d= 1.9 assi (( resid 25 and name HB2)) (( resid 25 and name HB3)) 1.9 0.46 0.46 ! peak number d 639 F1= 1.875 F2= 3.818 null null d= 2.8 assi (( resid 25 and name HB2) or ( resid 10 and name HD2)) (( resid 57 and name HB2) or ( resid 10 and name HG3)) 2.8 0.70 0.70 ! peak number d 619 F1= 1.860 F2= 3.197 null null d= 2.6 assi (( resid 25 and name HB3)) (( resid 57 and name HB2)) 2.6 0.65 0.65 ! peak number d 114 F1= 7.786 F2= 4.858 null null d= 2.5 assi (( resid 25 and name HD*)) (( resid 25 and name HA)) 2.5 0.62 0.62 ! peak number d 129 F1= 7.782 F2= 3.843 null null d= 2.8 assi (( resid 25 and name HD*)) (( resid 25 and name HB2)) 2.8 0.75 0.75 ! peak number d 132 F1= 7.788 F2= 3.205 null null d= 2.8 assi (( resid 25 and name HD*)) (( resid 25 and name HB3)) 2.8 0.69 0.69 ! peak number h 789 F1= 7.019 F2= 7.782 null null d= 2.8 assi (( resid 25 and name HD*)) (( resid 25 and name HE1)) 2.8 0.70 0.70 ! peak number d 192 F1= 7.783 F2= 7.093 null null d= 2.3 assi (( resid 25 and name HD*)) (( resid 25 and name HE2)) 2.3 0.57 0.57 ! peak number d 791 F1= 4.044 F2= 7.795 null null d= 3.5 assi (( resid 25 and name HD*)) (( resid 27 and name HA)) 3.5 0.88 0.88 ! peak number d 1236 F1= 7.785 F2= 3.421 null null d= 3.8 assi (( resid 25 and name HD*)) (( resid 27 and name HB2)) 3.8 0.94 0.94 ! peak number d 1020 F1= 7.786 F2= 5.400 null null d= 3.5 assi (( resid 25 and name HD*)) (( resid 32 and name HA)) 3.5 0.88 0.88 ! peak number d 1158 F1= 1.861 F2= 7.796 null null d= 3.5 assi (( resid 25 and name HD*)) (( resid 57 and name HB2)) 3.5 0.89 0.89 ! peak number d 1042 F1= 7.787 F2= 1.194 null null d= 3.7 assi (( resid 25 and name HD*)) (( resid 57 and name HB3)) 3.7 0.93 0.93 ! peak number d 1287 F1= 7.778 F2= 0.994 null null d= 4.3 assi (( resid 25 and name HD*)) (( resid 58 and name HD2*) or ( resid 58 and name HD1*)) 4.3 1.07 1.07 ! peak number d 1283 F1= 7.780 F2= 1.436 null null d= 4.8 assi (( resid 25 and name HD*)) (( resid 58 and name HG)) 4.8 1.21 1.21 ! peak number d 1288 F1= 7.778 F2= 1.069 null null d= 4.8 assi (( resid 25 and name HD*)) (( resid 60 and name HG*)) 4.8 1.20 1.20 ! peak number d 130 F1= 7.789 F2= 3.310 null null d= 2.8 assi (( resid 25 and name HD*)) (( resid 7 and name HB2)) 2.8 0.71 0.71 ! peak number d 1029 F1= 7.790 F2= 2.907 null null d= 3.6 assi (( resid 25 and name HD*)) (( resid 7 and name HB3)) 3.6 0.91 0.91 ! peak number h 130 F1= 7.774 F2= 3.816 null null d= 3.0 assi (( resid 25 and name HD*) or ( resid 18 and name HN)) (( resid 38 and name HB2) or ( resid 25 and name HB2)) 3.0 0.74 0.74 ! peak number d 1252 F1= 3.061 F2= 7.006 null null d= 4.1 assi (( resid 25 and name HE1)) (( resid 54 and name HD2)) 4.1 1.02 1.02 ! peak number d 744 F1= 7.019 F2= 1.197 null null d= 3.1 assi (( resid 25 and name HE1)) (( resid 57 and name HB3) or ( resid 30 and name HG3)) 3.1 0.78 0.78 ! peak number d 89 F1= 7.020 F2= 0.993 null null d= 3.5 assi (( resid 25 and name HE1)) (( resid 58 and name HD2*) or ( resid 58 and name HD1*)) 3.5 0.87 0.87 ! peak number d 77 F1= 7.021 F2= 1.441 null null d= 3.1 assi (( resid 25 and name HE1)) (( resid 58 and name HG)) 3.1 0.77 0.77 ! peak number d 127 F1= 7.087 F2= 4.055 null null d= 3.3 assi (( resid 25 and name HE2)) (( resid 27 and name HA)) 3.3 0.83 0.83 ! peak number d 142 F1= 7.080 F2= 3.241 null null d= 3.2 assi (( resid 25 and name HE2)) (( resid 30 and name HA)) 3.2 0.80 0.80 ! peak number d 959 F1= 7.083 F2= 1.565 null null d= 3.4 assi (( resid 25 and name HE2)) (( resid 30 and name HD2)) 3.4 0.85 0.85 ! peak number d 960 F1= 7.086 F2= 1.307 null null d= 3.9 assi (( resid 25 and name HE2)) (( resid 30 and name HG2)) 3.9 0.97 0.97 ! peak number d 1266 F1= 7.088 F2= 4.674 null null d= 3.7 assi (( resid 25 and name HE2)) (( resid 45 and name HA) or ( resid 31 and name HA)) 3.7 0.93 0.93 ! peak number d 1052 F1= 7.084 F2= 1.210 null null d= 3.5 assi (( resid 25 and name HE2)) (( resid 57 and name HB3)) 3.5 0.88 0.88 ! peak number d 88 F1= 7.079 F2= 0.992 null null d= 2.9 assi (( resid 25 and name HE2)) (( resid 58 and name HD2*) or ( resid 58 and name HD1*)) 2.9 0.72 0.72 ! peak number d 919 F1= 4.664 F2= 7.088 null null d= 3.9 assi (( resid 25 and name HE2) or ( resid 20 and name HD*)) (( resid 45 and name HA) or ( resid 31 and name HA) or ( resid 17 and name HA)) 3.9 0.97 0.97 ! peak number d 306 F1= 1.431 F2= 7.067 null null d= 2.7 assi (( resid 25 and name HE2) or ( resid 20 and name HD*)) (( resid 58 and name HG) or ( resid 18 and name HG3)) 2.7 0.69 0.69 ! peak number d 920 F1= 4.523 F2= 7.098 null null d= 3.6 assi (( resid 25 and name HE2) or ( resid 20 and name HD*)) (( resid 7 and name HA) or ( resid 39 and name HA1)) 3.6 0.90 0.90 ! peak number d 154 F1= 7.088 F2= 2.906 null null d= 3.0 assi (( resid 25 and name HE2) or ( resid 20 and name HD*)) (( resid 7 and name HB3) or ( resid 20 and name HB3)) 3.0 0.74 0.74 ! peak number h 10 F1= 10.564 F2= 5.317 null null d= 2.9 assi (( resid 25 and name HN)) (( resid 24 and name HA)) 2.9 0.73 0.73 ! peak number h 14 F1= 10.564 F2= 2.836 null null d= 2.7 assi (( resid 25 and name HN)) (( resid 24 and name HB*)) 2.7 0.69 0.69 ! peak number h 750 F1= 10.564 F2= 6.936 null null d= 3.8 assi (( resid 25 and name HN)) (( resid 24 and name HD*)) 3.8 0.94 0.94 ! peak number h 11 F1= 10.564 F2= 4.853 null null d= 3.5 assi (( resid 25 and name HN)) (( resid 25 and name HA)) 3.5 0.88 0.88 ! peak number h 12 F1= 10.565 F2= 3.822 null null d= 2.9 assi (( resid 25 and name HN)) (( resid 25 and name HB2)) 2.9 0.73 0.73 ! peak number h 13 F1= 10.565 F2= 3.193 null null d= 2.9 assi (( resid 25 and name HN)) (( resid 25 and name HB3)) 2.9 0.72 0.72 ! peak number h 1 F1= 10.564 F2= 8.341 null null d= 3.0 assi (( resid 25 and name HN)) (( resid 45 and name HD21)) 3.0 0.3 0.3 ! peak number h 751 F1= 10.564 F2= 7.962 null null d= 4.0 assi (( resid 25 and name HN)) (( resid 45 and name HD22)) 4.0 0.4 0.4 ! peak number d 342 F1= 1.801 F2= 4.544 null null d= 2.4 assi (( resid 26 and name HA)) (( resid 26 and name HB*)) 2.4 0.60 0.60 ! peak number d 364 F1= 1.550 F2= 4.554 null null d= 2.5 assi (( resid 26 and name HA)) (( resid 26 and name HD*)) 2.5 0.61 0.61 ! peak number d 721 F1= 1.797 F2= 0.823 null null d= 2.2 assi (( resid 26 and name HB*)) (( resid 33 and name HD2*)) 2.2 0.55 0.55 ! peak number d 622 F1= 1.828 F2= 2.991 null null d= 2.4 assi (( resid 26 and name HE2)) (( resid 26 and name HB*)) 2.4 0.60 0.60 ! peak number d 985 F1= 1.103 F2= 2.983 null null d= 3.4 assi (( resid 26 and name HE2)) (( resid 26 and name HG2)) 3.4 0.85 0.85 ! peak number d 986 F1= 1.202 F2= 2.971 null null d= 3.5 assi (( resid 26 and name HE2)) (( resid 29 and name HB*)) 3.5 0.88 0.88 ! peak number d 676 F1= 1.109 F2= 2.886 null null d= 2.9 assi (( resid 26 and name HE3)) (( resid 26 and name HG2)) 2.9 0.72 0.72 ! peak number d 979 F1= 0.827 F2= 1.400 null null d= 2.7 assi (( resid 26 and name HG3)) (( resid 33 and name HD2*)) 2.7 0.68 0.68 ! peak number h 431 F1= 8.590 F2= 4.846 null null d= 2.3 assi (( resid 26 and name HN)) (( resid 25 and name HA)) 2.3 0.57 0.57 ! peak number h 597 F1= 8.586 F2= 4.549 null null d= 3.3 assi (( resid 26 and name HN)) (( resid 26 and name HA)) 3.3 0.82 0.82 ! peak number h 384 F1= 1.819 F2= 8.591 null null d= 2.7 assi (( resid 26 and name HN)) (( resid 26 and name HB*)) 2.7 0.68 0.68 ! peak number h 42 F1= 8.590 F2= 1.389 null null d= 3.0 assi (( resid 26 and name HN)) (( resid 26 and name HG3)) 3.0 0.75 0.75 ! peak number h 611 F1= 8.587 F2= 6.270 null null d= 3.5 assi (( resid 26 and name HN)) (( resid 31 and name HN)) 3.5 0.88 0.88 ! peak number h 629 F1= 8.586 F2= 5.386 null null d= 3.4 assi (( resid 26 and name HN)) (( resid 32 and name HA)) 3.4 0.85 0.85 ! peak number h 1089 F1= 8.590 F2= 3.189 null null d= 3.9 assi (( resid 26 and name HN) or ( resid 14 and name HN)) (( resid 25 and name HB3) or ( resid 12 and name HD*)) 3.9 0.97 0.97 ! peak number h 839 F1= 8.595 F2= 1.574 null null d= 3.3 assi (( resid 26 and name HN) or ( resid 14 and name HN)) (( resid 31 and name HB*) or ( resid 26 and name HD*) or ( resid 13 and name HG1*) or ( resid 12 and name HG3)) 3.3 0.82 0.82 ! peak number h 649 F1= 8.595 F2= 1.297 null null d= 3.5 assi (( resid 26 and name HN) or ( resid 14 and name HN)) (( resid 33 and name HG) or ( resid 13 and name HG2*)) 3.5 0.86 0.86 ! peak number d 446 F1= 4.046 F2= 3.446 null null d= 3.0 assi (( resid 27 and name HA)) (( resid 27 and name HB2)) 3.0 0.94 0.94 ! peak number d 1297 F1= 1.118 F2= 4.025 null null d= 4.9 assi (( resid 27 and name HA)) (( resid 28 and name HG2*) or ( resid 26 and name HG2)) 4.9 1.23 1.23 ! peak number d 1112 F1= 4.048 F2= 1.563 null null d= 3.5 assi (( resid 27 and name HA)) (( resid 30 and name HD2)) 3.5 0.88 0.88 ! peak number d 503 F1= 3.425 F2= 3.894 null null d= 1.9 assi (( resid 27 and name HB3)) (( resid 27 and name HB2)) 1.9 0.47 0.47 ! peak number d 1399 F1= 4.044 F2= 7.349 null null d= 4.8 assi (( resid 27 and name HD1)) (( resid 27 and name HA)) 4.8 1.70 1.70 ! peak number d 133 F1= 7.338 F2= 3.430 null null d= 3.1 assi (( resid 27 and name HD1)) (( resid 27 and name HB2)) 3.1 0.77 0.77 ! peak number d 238 F1= 3.740 F2= 7.349 null null d= 3.9 assi (( resid 27 and name HD1)) (( resid 28 and name HA)) 3.9 0.97 0.97 ! peak number d 303 F1= 1.136 F2= 7.345 null null d= 3.5 assi (( resid 27 and name HD1)) (( resid 28 and name HG2*)) 3.5 0.86 0.86 ! peak number d 124 F1= 7.338 F2= 4.183 null null d= 3.9 assi (( resid 27 and name HD1)) (( resid 8 and name HA) or ( resid 28 and name HB)) 3.9 0.98 0.98 ! peak number h 286 F1= 7.344 F2= 10.270 null null d= 2.7 assi (( resid 27 and name HE1)) (( resid 27 and name HD1)) 2.7 0.68 0.68 ! peak number h 285 F1= 7.597 F2= 10.274 null null d= 3.1 assi (( resid 27 and name HE1)) (( resid 27 and name HZ2)) 3.1 0.78 0.78 ! peak number d 749 F1= 7.692 F2= 3.435 null null d= 3.7 assi (( resid 27 and name HE3)) (( resid 27 and name HB2)) 3.7 0.93 0.93 ! peak number d 128 F1= 7.692 F2= 3.885 null null d= 3.1 assi (( resid 27 and name HE3)) (( resid 27 and name HB3)) 3.1 0.85 0.85 ! peak number d 131 F1= 7.693 F2= 3.302 null null d= 3.5 assi (( resid 27 and name HE3)) (( resid 7 and name HB2)) 3.5 0.96 0.96 ! peak number d 1030 F1= 7.693 F2= 2.907 null null d= 3.9 assi (( resid 27 and name HE3)) (( resid 7 and name HB3)) 3.9 0.96 0.96 ! peak number d 1106 F1= 4.183 F2= 7.702 null null d= 3.5 assi (( resid 27 and name HE3)) (( resid 8 and name HA)) 3.5 0.90 0.90 ! peak number d 1244 F1= 7.691 F2= 2.201 null null d= 4.8 assi (( resid 27 and name HE3)) (( resid 8 and name HE*) or ( resid 3 and name HG2)) 4.8 1.19 1.19 ! peak number h 132 F1= 7.692 F2= 3.885 null null d= 2.8 assi (( resid 27 and name HE3) or ( resid 11 and name HN)) (( resid 27 and name HB3) or ( resid 11 and name HA)) 2.8 0.70 0.70 ! peak number d 196 F1= 7.087 F2= 7.707 null null d= 2.5 assi (( resid 27 and name HE3) or ( resid 25 and name HZ)) (( resid 25 and name HE2)) 2.5 0.62 0.62 ! peak number d 126 F1= 7.692 F2= 4.053 null null d= 3.0 assi (( resid 27 and name HE3) or ( resid 25 and name HZ)) (( resid 27 and name HA)) 3.0 0.76 0.76 ! peak number d 190 F1= 6.984 F2= 7.697 null null d= 2.4 assi (( resid 27 and name HE3) or ( resid 25 and name HZ)) (( resid 27 and name HZ3) or ( resid 25 and name HE1)) 2.4 0.61 0.61 ! peak number d 1234 F1= 7.692 F2= 3.751 null null d= 4.3 assi (( resid 27 and name HE3) or ( resid 25 and name HZ)) (( resid 28 and name HA)) 4.3 1.09 1.09 ! peak number d 1043 F1= 7.691 F2= 1.158 null null d= 4.3 assi (( resid 27 and name HE3) or ( resid 25 and name HZ)) (( resid 28 and name HG2*)) 4.3 1.07 1.07 ! peak number d 1285 F1= 7.692 F2= 1.780 null null d= 4.3 assi (( resid 27 and name HE3) or ( resid 25 and name HZ)) (( resid 30 and name HB3) or ( resid 3 and name HB3)) 4.3 1.06 1.06 ! peak number h 925 F1= 2.016 F2= 7.224 null null d= 3.9 assi (( resid 27 and name HH2)) (( resid 3 and name HG3)) 3.9 0.97 0.97 ! peak number h 250 F1= 6.984 F2= 7.230 null null d= 2.2 assi (( resid 27 and name HH2) or ( resid 1 and name HD1)) (( resid 59 and name HN) or ( resid 27 and name HZ3)) 2.2 0.55 0.55 ! peak number d 64 F1= 7.229 F2= 2.031 null null d= 3.5 assi (( resid 27 and name HH2) or ( resid 1 and name HE3)) (( resid 3 and name HG3)) 3.5 0.88 0.88 ! peak number d 966 F1= 2.020 F2= 7.241 null null d= 3.9 assi (( resid 27 and name HH2) or ( resid 1 and name HE3)) (( resid 58 and name HB*) or ( resid 3 and name HG3)) 3.9 0.96 0.96 ! peak number d 1156 F1= 1.782 F2= 7.246 null null d= 3.6 assi (( resid 27 and name HH2) or ( resid 1 and name HE3) or ( resid 1 and name HD1)) (( resid 3 and name HB3) or ( resid 2 and name HB2)) 3.6 0.90 0.90 ! peak number h 1044 F1= 1.546 F2= 8.294 null null d= 5.0 assi (( resid 27 and name HN)) (( resid 26 and name HD*)) 5.0 1.26 1.26 ! peak number h 1064 F1= 8.292 F2= 1.114 null null d= 4.0 assi (( resid 27 and name HN)) (( resid 26 and name HG2)) 4.0 1.00 1.00 ! peak number h 1065 F1= 8.292 F2= 1.378 null null d= 4.3 assi (( resid 27 and name HN)) (( resid 26 and name HG3)) 4.3 1.07 1.07 ! peak number h 78 F1= 8.297 F2= 4.045 null null d= 2.8 assi (( resid 27 and name HN)) (( resid 27 and name HA)) 2.8 0.70 0.70 ! peak number h 323 F1= 3.428 F2= 8.302 null null d= 2.8 assi (( resid 27 and name HN)) (( resid 27 and name HB2)) 2.8 0.70 0.70 ! peak number h 520 F1= 3.876 F2= 8.294 null null d= 2.9 assi (( resid 27 and name HN)) (( resid 27 and name HB3)) 2.9 0.71 0.71 ! peak number h 786 F1= 8.290 F2= 7.329 null null d= 3.7 assi (( resid 27 and name HN)) (( resid 27 and name HD1)) 3.7 0.93 0.93 ! peak number d 194 F1= 7.233 F2= 7.597 null null d= 2.4 assi (( resid 27 and name HZ2)) (( resid 27 and name HH2)) 2.4 0.61 0.61 ! peak number d 1309 F1= 2.198 F2= 7.594 null null d= 4.3 assi (( resid 27 and name HZ2)) (( resid 8 and name HE*) or ( resid 3 and name HG2)) 4.3 1.06 1.06 ! peak number d 1327 F1= 2.474 F2= 7.000 null null d= 3.8 assi (( resid 27 and name HZ3)) (( resid 3 and name HB2)) 3.8 0.95 0.95 ! peak number d 741 F1= 6.982 F2= 2.202 null null d= 3.5 assi (( resid 27 and name HZ3)) (( resid 3 and name HG2)) 3.5 1.00 1.00 ! peak number d 743 F1= 6.983 F2= 2.033 null null d= 3.6 assi (( resid 27 and name HZ3)) (( resid 3 and name HG3)) 3.6 0.90 0.90 ! peak number d 109 F1= 6.977 F2= 1.791 null null d= 3.3 assi (( resid 27 and name HZ3) or ( resid 25 and name HE1)) (( resid 30 and name HB3) or ( resid 3 and name HB3)) 3.3 0.84 0.84 ! peak number d 1257 F1= 6.983 F2= 3.312 null null d= 3.7 assi (( resid 27 and name HZ3) or ( resid 25 and name HE1)) (( resid 7 and name HB2)) 3.7 0.93 0.93 ! peak number d 390 F1= 3.743 F2= 1.149 null null d= 2.9 assi (( resid 28 and name HA)) (( resid 28 and name HG2*)) 2.9 0.71 0.71 ! peak number d 487 F1= 3.741 F2= 4.185 null null d= 2.4 assi (( resid 28 and name HB)) (( resid 28 and name HA)) 2.4 0.60 0.60 ! peak number d 668 F1= 1.136 F2= 4.184 null null d= 2.9 assi (( resid 28 and name HB)) (( resid 28 and name HG2*)) 2.9 0.90 0.90 ! peak number h 704 F1= 3.420 F2= 8.100 null null d= 3.2 assi (( resid 28 and name HN)) (( resid 27 and name HB2)) 3.2 0.80 0.80 ! peak number h 320 F1= 3.746 F2= 8.101 null null d= 3.1 assi (( resid 28 and name HN)) (( resid 28 and name HA)) 3.1 0.78 0.78 ! peak number h 482 F1= 8.104 F2= 4.184 null null d= 3.6 assi (( resid 28 and name HN)) (( resid 28 and name HB)) 3.6 0.90 0.90 ! peak number h 388 F1= 1.143 F2= 8.102 null null d= 2.9 assi (( resid 28 and name HN)) (( resid 28 and name HG2*)) 2.9 0.72 0.72 ! peak number h 58 F1= 8.106 F2= 1.132 null null d= 2.6 assi (( resid 28 and name HN)) (( resid 28 and name HG2*) or ( resid 26 and name HG2)) 2.6 0.65 0.65 ! peak number h 218 F1= 8.106 F2= 6.649 null null d= 3.0 assi (( resid 28 and name HN)) (( resid 29 and name HN)) 3.0 0.74 0.74 ! peak number d 673 F1= 1.204 F2= 4.400 null null d= 2.3 assi (( resid 29 and name HA)) (( resid 29 and name HB*)) 2.3 0.56 0.56 ! peak number h 593 F1= 1.551 F2= 6.659 null null d= 3.2 assi (( resid 29 and name HN)) (( resid 26 and name HD*)) 3.2 0.80 0.80 ! peak number h 190 F1= 6.651 F2= 1.098 null null d= 2.6 assi (( resid 29 and name HN)) (( resid 26 and name HG2)) 2.6 0.65 0.65 ! peak number h 1085 F1= 3.744 F2= 6.648 null null d= 4.0 assi (( resid 29 and name HN)) (( resid 28 and name HA)) 4.0 1.01 1.01 ! peak number h 198 F1= 6.657 F2= 4.399 null null d= 2.8 assi (( resid 29 and name HN)) (( resid 29 and name HA)) 2.8 0.70 0.70 ! peak number h 187 F1= 6.650 F2= 1.209 null null d= 2.5 assi (( resid 29 and name HN)) (( resid 29 and name HB*)) 2.5 0.64 0.64 ! peak number h 1092 F1= 6.653 F2= 3.230 null null d= 4.1 assi (( resid 29 and name HN)) (( resid 30 and name HA)) 4.1 1.02 1.02 ! peak number d 392 F1= 4.103 F2= 2.486 null null d= 2.8 assi (( resid 3 and name HA)) (( resid 3 and name HB2)) 2.8 0.70 0.70 ! peak number d 1072 F1= 4.097 F2= 1.791 null null d= 3.0 assi (( resid 3 and name HA)) (( resid 3 and name HB3)) 3.0 0.75 0.75 ! peak number d 1012 F1= 4.097 F2= 2.199 null null d= 3.6 assi (( resid 3 and name HA)) (( resid 3 and name HG2)) 3.6 0.90 0.90 ! peak number d 486 F1= 3.682 F2= 4.108 null null d= 2.3 assi (( resid 3 and name HA)) (( resid 4 and name HD3)) 2.3 0.57 0.57 ! peak number d 1073 F1= 4.104 F2= 1.899 null null d= 3.8 assi (( resid 3 and name HA)) (( resid 4 and name HG2)) 3.8 0.95 0.95 ! peak number d 898 F1= 2.023 F2= 2.480 null null d= 3.0 assi (( resid 3 and name HB2)) (( resid 3 and name HG3)) 3.0 0.75 0.75 ! peak number d 473 F1= 3.499 F2= 1.590 null null d= 3.3 assi (( resid 3 and name HD2)) (( resid 2 and name HB3)) 3.3 0.84 0.84 ! peak number d 1371 F1= 3.494 F2= 2.478 null null d= 3.3 assi (( resid 3 and name HD2)) (( resid 3 and name HB2)) 3.3 0.82 0.82 ! peak number d 615 F1= 1.788 F2= 3.493 null null d= 2.8 assi (( resid 3 and name HD2)) (( resid 3 and name HB3) or ( resid 2 and name HB2)) 2.8 0.70 0.70 ! peak number d 608 F1= 2.021 F2= 3.500 null null d= 2.9 assi (( resid 3 and name HD2)) (( resid 3 and name HG3)) 2.9 0.72 0.72 ! peak number d 1377 F1= 1.572 F2= 3.358 null null d= 3.9 assi (( resid 3 and name HD3)) (( resid 2 and name HB3)) 3.9 0.97 0.97 ! peak number d 869 F1= 1.787 F2= 3.361 null null d= 3.0 assi (( resid 3 and name HD3)) (( resid 3 and name HB3) or ( resid 2 and name HB2)) 3.0 0.75 0.75 ! peak number d 471 F1= 3.357 F2= 2.029 null null d= 3.1 assi (( resid 3 and name HD3)) (( resid 3 and name HG3)) 3.1 0.78 0.78 ! peak number d 606 F1= 2.047 F2= 3.229 null null d= 3.3 assi (( resid 30 and name HA)) (( resid 30 and name HB2)) 3.3 0.82 0.82 ! peak number d 567 F1= 3.232 F2= 1.804 null null d= 2.4 assi (( resid 30 and name HA)) (( resid 30 and name HB3)) 2.4 0.60 0.60 ! peak number d 675 F1= 1.189 F2= 3.235 null null d= 2.8 assi (( resid 30 and name HA)) (( resid 30 and name HG3)) 2.8 0.70 0.70 ! peak number d 891 F1= 1.191 F2= 2.067 null null d= 2.7 assi (( resid 30 and name HB2)) (( resid 30 and name HG3)) 2.7 0.68 0.68 ! peak number d 685 F1= 1.014 F2= 2.491 null null d= 2.7 assi (( resid 30 and name HE3) or ( resid 3 and name HB2)) (( resid 8 and name HD*) or ( resid 58 and name HD2*)) 2.7 0.68 0.68 ! peak number h 806 F1= 7.582 F2= 4.046 null null d= 3.6 assi (( resid 30 and name HN)) (( resid 27 and name HA)) 3.6 0.90 0.90 ! peak number h 228 F1= 7.582 F2= 6.657 null null d= 2.3 assi (( resid 30 and name HN)) (( resid 29 and name HN)) 2.3 0.59 0.59 ! peak number h 116 F1= 7.580 F2= 3.238 null null d= 2.4 assi (( resid 30 and name HN)) (( resid 30 and name HA)) 2.4 0.60 0.60 ! peak number h 857 F1= 7.585 F2= 1.555 null null d= 3.8 assi (( resid 30 and name HN)) (( resid 30 and name HD2)) 3.8 0.95 0.95 ! peak number h 65 F1= 7.575 F2= 1.201 null null d= 3.0 assi (( resid 30 and name HN)) (( resid 30 and name HG3) or ( resid 29 and name HB*)) 3.0 0.76 0.76 ! peak number h 226 F1= 7.581 F2= 6.277 null null d= 3.0 assi (( resid 30 and name HN)) (( resid 31 and name HN)) 3.0 0.75 0.75 ! peak number h 1069 F1= 2.066 F2= 7.596 null null d= 4.1 assi (( resid 30 and name HN) or ( resid 19 and name HN)) (( resid 30 and name HB2) or ( resid 19 and name HG3)) 4.1 1.02 1.02 ! peak number h 386 F1= 1.285 F2= 7.605 null null d= 2.5 assi (( resid 30 and name HN) or ( resid 19 and name HN)) (( resid 30 and name HG2) or ( resid 18 and name HG2)) 2.5 0.62 0.62 ! peak number d 363 F1= 1.296 F2= 4.671 null null d= 2.6 assi (( resid 31 and name HA)) (( resid 31 and name HG*)) 2.6 0.65 0.65 ! peak number d 415 F1= 4.659 F2= 1.584 null null d= 2.1 assi (( resid 31 and name HA) or ( resid 17 and name HA)) (( resid 31 and name HB*) or ( resid 17 and name HB*)) 2.1 0.53 0.53 ! peak number d 420 F1= 4.658 F2= 1.296 null null d= 2.4 assi (( resid 31 and name HA) or ( resid 17 and name HA)) (( resid 31 and name HG*) or ( resid 17 and name HG2)) 2.4 0.60 0.60 ! peak number d 1008 F1= 1.592 F2= 2.961 null null d= 2.7 assi (( resid 31 and name HE*) or ( resid 17 and name HE*)) (( resid 31 and name HB*) or ( resid 17 and name HB*)) 2.7 0.68 0.68 ! peak number h 848 F1= 6.276 F2= 1.804 null null d= 3.5 assi (( resid 31 and name HN)) (( resid 26 and name HB*)) 3.5 0.89 0.89 ! peak number h 399 F1= 1.214 F2= 6.274 null null d= 3.3 assi (( resid 31 and name HN)) (( resid 29 and name HB*)) 3.3 0.82 0.82 ! peak number h 194 F1= 6.277 F2= 3.233 null null d= 2.7 assi (( resid 31 and name HN)) (( resid 30 and name HA)) 2.7 0.69 0.69 ! peak number h 1073 F1= 1.563 F2= 6.268 null null d= 5.2 assi (( resid 31 and name HN)) (( resid 31 and name HB*)) 5.2 3.10 3.10 ! peak number h 474 F1= 6.276 F2= 1.301 null null d= 3.1 assi (( resid 31 and name HN)) (( resid 33 and name HG) or ( resid 31 and name HG*) or ( resid 30 and name HG2)) 3.1 0.79 0.79 ! peak number d 177 F1= 4.844 F2= 5.398 null null d= 2.4 assi (( resid 32 and name HA)) (( resid 25 and name HA)) 2.4 0.60 0.60 ! peak number d 1059 F1= 5.389 F2= 3.207 null null d= 3.8 assi (( resid 32 and name HA)) (( resid 25 and name HB3)) 3.8 0.95 0.95 ! peak number d 14 F1= 5.388 F2= 3.397 null null d= 3.3 assi (( resid 32 and name HA)) (( resid 32 and name HB2)) 3.3 0.84 0.84 ! peak number d 31 F1= 5.403 F2= 2.602 null null d= 3.1 assi (( resid 32 and name HA)) (( resid 32 and name HB3)) 3.1 0.77 0.77 ! peak number d 1066 F1= 5.391 F2= 1.308 null null d= 3.6 assi (( resid 32 and name HA)) (( resid 33 and name HG)) 3.6 0.90 0.90 ! peak number d 1381 F1= 3.191 F2= 5.395 null null d= 4.2 assi (( resid 32 and name HA)) (( resid 53 and name HB2) or ( resid 25 and name HB3)) 4.2 1.05 1.05 ! peak number d 1334 F1= 1.198 F2= 5.395 null null d= 4.2 assi (( resid 32 and name HA)) (( resid 57 and name HB3) or ( resid 33 and name HB3)) 4.2 1.04 1.04 ! peak number d 681 F1= 0.771 F2= 3.398 null null d= 3.6 assi (( resid 32 and name HB2)) (( resid 50 and name HD1*)) 3.6 0.90 0.90 ! peak number d 682 F1= 0.870 F2= 3.400 null null d= 3.0 assi (( resid 32 and name HB2)) (( resid 50 and name HG1*)) 3.0 0.75 0.75 ! peak number d 993 F1= 0.769 F2= 2.599 null null d= 4.6 assi (( resid 32 and name HB3)) (( resid 50 and name HD1*)) 4.6 1.15 1.15 ! peak number d 687 F1= 0.869 F2= 2.601 null null d= 2.7 assi (( resid 32 and name HB3)) (( resid 50 and name HG1*)) 2.7 0.68 0.68 ! peak number h 451 F1= 8.640 F2= 1.570 null null d= 3.3 assi (( resid 32 and name HN)) (( resid 31 and name HB*)) 3.3 0.82 0.82 ! peak number h 648 F1= 8.644 F2= 1.302 null null d= 3.2 assi (( resid 32 and name HN)) (( resid 31 and name HG*)) 3.2 0.80 0.80 ! peak number h 439 F1= 8.642 F2= 5.385 null null d= 3.2 assi (( resid 32 and name HN)) (( resid 32 and name HA)) 3.2 0.80 0.80 ! peak number h 327 F1= 3.378 F2= 8.646 null null d= 2.7 assi (( resid 32 and name HN)) (( resid 32 and name HB2)) 2.7 0.66 0.66 ! peak number h 636 F1= 8.643 F2= 2.586 null null d= 3.8 assi (( resid 32 and name HN)) (( resid 32 and name HB3)) 3.8 0.94 0.94 ! peak number h 1057 F1= 0.982 F2= 8.638 null null d= 5.2 assi (( resid 32 and name HN)) (( resid 58 and name HD2*) or ( resid 58 and name HD1*)) 5.2 1.90 1.90 ! peak number d 1207 F1= 1.620 F2= 5.108 null null d= 2.6 assi (( resid 33 and name HA)) (( resid 33 and name HB2)) 2.6 0.66 0.66 ! peak number d 351 F1= 1.206 F2= 5.102 null null d= 3.0 assi (( resid 33 and name HA)) (( resid 33 and name HB3)) 3.0 0.74 0.74 ! peak number d 352 F1= 0.942 F2= 5.098 null null d= 2.7 assi (( resid 33 and name HA)) (( resid 33 and name HD1*)) 2.7 0.67 0.67 ! peak number d 900 F1= 5.094 F2= 0.831 null null d= 3.8 assi (( resid 33 and name HA)) (( resid 33 and name HD2*)) 3.8 0.95 0.95 ! peak number d 350 F1= 1.295 F2= 5.103 null null d= 3.0 assi (( resid 33 and name HA)) (( resid 33 and name HG)) 3.0 0.75 0.75 ! peak number d 1 F1= 5.093 F2= 3.971 null null d= 2.3 assi (( resid 33 and name HA)) (( resid 34 and name HD2)) 2.3 0.57 0.57 ! peak number d 323 F1= 3.861 F2= 5.103 null null d= 2.4 assi (( resid 33 and name HA)) (( resid 34 and name HD3)) 2.4 0.60 0.60 ! peak number d 905 F1= 5.088 F2= 2.183 null null d= 3.6 assi (( resid 33 and name HA)) (( resid 34 and name HG*)) 3.6 0.91 0.91 ! peak number d 1423 F1= 0.939 F2= 1.612 null null d= 2.3 assi (( resid 33 and name HB2)) (( resid 33 and name HD1*)) 2.3 0.57 0.57 ! peak number d 980 F1= 0.831 F2= 1.605 null null d= 2.3 assi (( resid 33 and name HB2)) (( resid 33 and name HD2*)) 2.3 0.57 0.57 ! peak number d 851 F1= 1.205 F2= 0.835 null null d= 2.4 assi (( resid 33 and name HB3)) (( resid 33 and name HD2*)) 2.4 0.60 0.60 ! peak number d 977 F1= 0.829 F2= 1.310 null null d= 2.3 assi (( resid 33 and name HG)) (( resid 33 and name HD2*)) 2.3 0.57 0.57 ! peak number d 1426 F1= 0.942 F2= 1.305 null null d= 2.2 assi (( resid 33 and name HG) or ( resid 31 and name HG*)) (( resid 33 and name HD1*)) 2.2 0.54 0.54 ! peak number h 311 F1= 5.396 F2= 9.310 null null d= 2.5 assi (( resid 33 and name HN)) (( resid 32 and name HA)) 2.5 0.61 0.61 ! peak number h 944 F1= 9.303 F2= 2.589 null null d= 3.8 assi (( resid 33 and name HN)) (( resid 32 and name HB3)) 3.8 0.95 0.95 ! peak number h 413 F1= 9.312 F2= 5.092 null null d= 2.8 assi (( resid 33 and name HN)) (( resid 33 and name HA)) 2.8 0.70 0.70 ! peak number h 1043 F1= 1.622 F2= 9.301 null null d= 4.0 assi (( resid 33 and name HN)) (( resid 33 and name HB2)) 4.0 0.99 0.99 ! peak number h 25 F1= 9.305 F2= 1.197 null null d= 2.9 assi (( resid 33 and name HN)) (( resid 33 and name HB3)) 2.9 0.71 0.71 ! peak number h 1050 F1= 9.303 F2= 0.939 null null d= 4.4 assi (( resid 33 and name HN)) (( resid 33 and name HD1*)) 4.4 1.10 1.10 ! peak number h 1049 F1= 9.305 F2= 0.823 null null d= 3.8 assi (( resid 33 and name HN)) (( resid 33 and name HD2*)) 3.8 0.95 0.95 ! peak number h 835 F1= 9.307 F2= 1.300 null null d= 3.4 assi (( resid 33 and name HN)) (( resid 33 and name HG)) 3.4 0.85 0.85 ! peak number d 7 F1= 4.891 F2= 3.765 null null d= 3.0 assi (( resid 34 and name HA)) (( resid 22 and name HG)) 3.0 0.75 0.75 ! peak number d 345 F1= 1.978 F2= 4.914 null null d= 2.6 assi (( resid 34 and name HA)) (( resid 34 and name HB2)) 2.6 0.65 0.65 ! peak number d 38 F1= 4.907 F2= 2.179 null null d= 3.5 assi (( resid 34 and name HA)) (( resid 34 and name HG*)) 3.5 0.86 0.86 ! peak number d 1384 F1= 4.263 F2= 4.889 null null d= 3.4 assi (( resid 34 and name HA) or ( resid 20 and name HA)) (( resid 21 and name HA) or ( resid 19 and name HA)) 3.4 0.85 0.85 ! peak number d 1015 F1= 3.943 F2= 1.622 null null d= 3.0 assi (( resid 34 and name HD2)) (( resid 33 and name HB2)) 3.0 0.75 0.75 ! peak number d 1098 F1= 3.942 F2= 1.214 null null d= 4.1 assi (( resid 34 and name HD2)) (( resid 33 and name HB3)) 4.1 1.02 1.02 ! peak number d 388 F1= 3.943 F2= 0.953 null null d= 3.4 assi (( resid 34 and name HD2)) (( resid 33 and name HD1*)) 3.4 0.85 0.85 ! peak number d 1006 F1= 1.980 F2= 3.957 null null d= 3.3 assi (( resid 34 and name HD2)) (( resid 34 and name HB2)) 3.3 0.84 0.84 ! peak number h 1015 F1= 2.170 F2= 3.957 null null d= 2.7 assi (( resid 34 and name HD2)) (( resid 34 and name HG*)) 2.7 0.70 0.70 ! peak number d 389 F1= 3.867 F2= 1.206 null null d= 3.1 assi (( resid 34 and name HD3)) (( resid 33 and name HB3)) 3.1 0.79 0.79 ! peak number d 386 F1= 3.868 F2= 0.949 null null d= 3.2 assi (( resid 34 and name HD3)) (( resid 33 and name HD1*)) 3.2 0.81 0.81 ! peak number d 459 F1= 3.863 F2= 2.167 null null d= 2.5 assi (( resid 34 and name HD3)) (( resid 34 and name HG*)) 2.5 0.63 0.63 ! peak number d 1097 F1= 3.862 F2= 0.828 null null d= 4.3 assi (( resid 34 and name HD3) or ( resid 21 and name HB2)) (( resid 36 and name HD1*) or ( resid 33 and name HD2*)) 4.3 1.07 1.07 ! peak number d 329 F1= 3.347 F2= 4.797 null null d= 2.7 assi (( resid 35 and name HA)) (( resid 35 and name HB2)) 2.7 0.69 0.69 ! peak number d 781 F1= 3.345 F2= -0.719 null null d= 3.6 assi (( resid 35 and name HB2)) (( resid 11 and name HG2*)) 3.6 0.90 0.90 ! peak number d 971 F1= 2.947 F2= -0.717 null null d= 3.6 assi (( resid 35 and name HB3)) (( resid 11 and name HG2*)) 3.6 0.90 0.90 ! peak number d 1223 F1= 0.828 F2= 2.972 null null d= 4.1 assi (( resid 35 and name HB3) or ( resid 26 and name HE2)) (( resid 36 and name HD1*) or ( resid 33 and name HD2*)) 4.1 1.02 1.02 ! peak number d 992 F1= 0.941 F2= 2.952 null null d= 4.3 assi (( resid 35 and name HB3) or ( resid 31 and name HE*)) (( resid 36 and name HB3) or ( resid 33 and name HD1*)) 4.3 1.07 1.07 ! peak number d 101 F1= 7.035 F2= -0.719 null null d= 3.0 assi (( resid 35 and name HD*)) (( resid 11 and name HG2*)) 3.0 0.76 0.76 ! peak number d 122 F1= 7.036 F2= 4.266 null null d= 3.4 assi (( resid 35 and name HD*)) (( resid 13 and name HA)) 3.4 0.86 0.86 ! peak number d 957 F1= 7.035 F2= 2.049 null null d= 3.6 assi (( resid 35 and name HD*)) (( resid 13 and name HB)) 3.6 0.90 0.90 ! peak number d 106 F1= 7.016 F2= 1.070 null null d= 2.5 assi (( resid 35 and name HD*)) (( resid 13 and name HD1*)) 2.5 0.64 0.64 ! peak number d 296 F1= 1.547 F2= 7.048 null null d= 2.6 assi (( resid 35 and name HD*)) (( resid 13 and name HG1*)) 2.6 0.66 0.66 ! peak number d 754 F1= 7.039 F2= 2.737 null null d= 3.5 assi (( resid 35 and name HD*)) (( resid 22 and name HB3)) 3.5 0.89 0.89 ! peak number d 179 F1= 7.038 F2= 5.875 null null d= 3.1 assi (( resid 35 and name HD*)) (( resid 23 and name HA)) 3.1 0.77 0.77 ! peak number d 796 F1= 2.727 F2= 7.048 null null d= 3.5 assi (( resid 35 and name HD*)) (( resid 23 and name HB3) or ( resid 22 and name HB3)) 3.5 0.86 0.86 ! peak number d 1027 F1= 7.044 F2= 5.330 null null d= 4.1 assi (( resid 35 and name HD*)) (( resid 24 and name HA)) 4.1 1.02 1.02 ! peak number d 156 F1= 7.036 F2= 2.843 null null d= 2.9 assi (( resid 35 and name HD*)) (( resid 24 and name HB*)) 2.9 0.72 0.72 ! peak number d 1055 F1= 6.566 F2= 7.057 null null d= 3.3 assi (( resid 35 and name HD*)) (( resid 24 and name HE*)) 3.3 0.82 0.82 ! peak number d 933 F1= 7.038 F2= 4.915 null null d= 4.0 assi (( resid 35 and name HD*)) (( resid 34 and name HA)) 4.0 1.00 1.00 ! peak number d 138 F1= 7.037 F2= 3.350 null null d= 2.6 assi (( resid 35 and name HD*)) (( resid 35 and name HB2)) 2.6 0.65 0.65 ! peak number d 152 F1= 7.037 F2= 2.961 null null d= 2.4 assi (( resid 35 and name HD*)) (( resid 35 and name HB3)) 2.4 0.61 0.61 ! peak number d 1025 F1= 7.029 F2= 4.549 null null d= 4.0 assi (( resid 35 and name HD*)) (( resid 36 and name HA)) 4.0 1.00 1.00 ! peak number d 308 F1= 1.305 F2= 7.050 null null d= 3.1 assi (( resid 35 and name HD*)) (( resid 46 and name HB3) or ( resid 13 and name HG2*)) 3.1 0.78 0.78 ! peak number d 1325 F1= 2.325 F2= 7.046 null null d= 4.0 assi (( resid 35 and name HD*)) (( resid 46 and name HD*) or ( resid 37 and name HB3)) 4.0 1.01 1.01 ! peak number d 965 F1= 2.028 F2= 7.018 null null d= 3.1 assi (( resid 35 and name HD*) or ( resid 25 and name HE1)) (( resid 30 and name HB2) or ( resid 13 and name HB)) 3.1 0.78 0.78 ! peak number d 100 F1= 7.322 F2= -0.719 null null d= 3.2 assi (( resid 35 and name HE*)) (( resid 11 and name HG2*)) 3.2 0.81 0.81 ! peak number d 1047 F1= 7.322 F2= 1.833 null null d= 3.9 assi (( resid 35 and name HE*)) (( resid 12 and name HB2)) 3.9 0.96 0.96 ! peak number d 120 F1= 7.323 F2= 4.270 null null d= 2.9 assi (( resid 35 and name HE*)) (( resid 13 and name HA)) 2.9 1.01 1.01 ! peak number d 1164 F1= 1.061 F2= 7.323 null null d= 4.6 assi (( resid 35 and name HE*)) (( resid 13 and name HD1*)) 4.6 1.15 1.15 ! peak number d 166 F1= 7.325 F2= 3.564 null null d= 3.2 assi (( resid 35 and name HE*)) (( resid 22 and name HB2)) 3.2 0.80 0.80 ! peak number d 158 F1= 7.322 F2= 2.727 null null d= 3.2 assi (( resid 35 and name HE*)) (( resid 22 and name HB3)) 3.2 0.79 0.79 ! peak number d 206 F1= 5.320 F2= 7.329 null null d= 3.7 assi (( resid 35 and name HE*)) (( resid 24 and name HA)) 3.7 0.91 0.91 ! peak number d 155 F1= 7.324 F2= 2.840 null null d= 2.4 assi (( resid 35 and name HE*)) (( resid 24 and name HB*)) 2.4 0.60 0.60 ! peak number d 548 F1= 7.033 F2= 7.334 null null d= 2.1 assi (( resid 35 and name HE*)) (( resid 35 and name HD*)) 2.1 0.53 0.53 ! peak number d 546 F1= 7.323 F2= 6.965 null null d= 2.2 assi (( resid 35 and name HE*)) (( resid 35 and name HZ)) 2.2 0.56 0.56 ! peak number d 738 F1= 7.322 F2= 2.339 null null d= 3.5 assi (( resid 35 and name HE*)) (( resid 37 and name HB3)) 3.5 0.89 0.89 ! peak number d 1024 F1= 7.325 F2= 4.780 null null d= 4.2 assi (( resid 35 and name HE*)) (( resid 46 and name HA)) 4.2 1.05 1.05 ! peak number d 218 F1= 4.764 F2= 7.322 null null d= 3.0 assi (( resid 35 and name HE*)) (( resid 46 and name HA) or ( resid 37 and name HA)) 3.0 0.75 0.75 ! peak number d 961 F1= 7.330 F2= 1.568 null null d= 3.2 assi (( resid 35 and name HE*)) (( resid 46 and name HB2) or ( resid 13 and name HG1*)) 3.2 0.80 0.80 ! peak number d 80 F1= 7.329 F2= 1.326 null null d= 2.9 assi (( resid 35 and name HE*)) (( resid 46 and name HB3)) 2.9 0.72 0.72 ! peak number d 149 F1= 7.309 F2= 2.967 null null d= 3.2 assi (( resid 35 and name HE*) or ( resid 20 and name HE*)) (( resid 35 and name HB3) or ( resid 18 and name HE*) or ( resid 17 and name HE*)) 3.2 0.80 0.80 ! peak number d 752 F1= 7.339 F2= 3.747 null null d= 5.0 assi (( resid 35 and name HE*) or ( resid 27 and name HD1)) (( resid 28 and name HA) or ( resid 22 and name HG)) 5.0 2.00 2.00 ! peak number h 440 F1= 8.681 F2= 5.864 null null d= 3.5 assi (( resid 35 and name HN)) (( resid 23 and name HA)) 3.5 0.88 0.88 ! peak number h 1081 F1= 8.666 F2= 2.933 null null d= 4.3 assi (( resid 35 and name HN)) (( resid 23 and name HB2)) 4.3 1.07 1.07 ! peak number h 432 F1= 8.679 F2= 4.908 null null d= 2.3 assi (( resid 35 and name HN)) (( resid 34 and name HA)) 2.3 0.57 0.57 ! peak number h 647 F1= 8.676 F2= 1.984 null null d= 3.6 assi (( resid 35 and name HN)) (( resid 34 and name HB2)) 3.6 0.90 0.90 ! peak number h 646 F1= 8.674 F2= 1.882 null null d= 3.6 assi (( resid 35 and name HN)) (( resid 34 and name HB3)) 3.6 0.91 0.91 ! peak number h 630 F1= 8.674 F2= 4.787 null null d= 3.0 assi (( resid 35 and name HN)) (( resid 35 and name HA)) 3.0 0.75 0.75 ! peak number h 1082 F1= 2.960 F2= 8.669 null null d= 4.3 assi (( resid 35 and name HN)) (( resid 35 and name HB3)) 4.3 1.07 1.07 ! peak number h 213 F1= 8.678 F2= 7.030 null null d= 2.8 assi (( resid 35 and name HN)) (( resid 35 and name HD*)) 2.8 0.71 0.71 ! peak number h 764 F1= 8.685 F2= 8.475 null null d= 2.9 assi (( resid 35 and name HN)) (( resid 36 and name HN) or ( resid 22 and name HN)) 2.9 0.72 0.72 ! peak number d 1319 F1= 6.943 F2= 2.733 null null d= 3.7 assi (( resid 35 and name HZ)) (( resid 22 and name HB3)) 3.7 0.93 0.93 ! peak number h 164 F1= 6.953 F2= 2.324 null null d= 2.9 assi (( resid 35 and name HZ)) (( resid 37 and name HB3)) 2.9 0.72 0.72 ! peak number d 1235 F1= 6.953 F2= 4.271 null null d= 4.8 assi (( resid 35 and name HZ)) (( resid 42 and name HA1) or ( resid 13 and name HA)) 4.8 1.20 1.20 ! peak number d 79 F1= 6.950 F2= 1.333 null null d= 2.7 assi (( resid 35 and name HZ)) (( resid 46 and name HB3)) 2.7 0.68 0.68 ! peak number d 74 F1= 6.953 F2= 1.560 null null d= 3.0 assi (( resid 35 and name HZ) or ( resid 1 and name HH2)) (( resid 46 and name HB2) or ( resid 30 and name HD2)) 3.0 0.74 0.74 ! peak number d 746 F1= 6.936 F2= 0.331 null null d= 4.0 assi (( resid 35 and name HZ) or ( resid 24 and name HD*)) (( resid 11 and name HG1*)) 4.0 1.00 1.00 ! peak number d 102 F1= 6.939 F2= -0.719 null null d= 2.9 assi (( resid 35 and name HZ) or ( resid 24 and name HD*)) (( resid 11 and name HG2*)) 2.9 0.74 0.74 ! peak number d 1051 F1= 6.932 F2= 1.816 null null d= 3.8 assi (( resid 35 and name HZ) or ( resid 24 and name HD*)) (( resid 26 and name HB*) or ( resid 12 and name HB2)) 3.8 0.95 0.95 ! peak number d 277 F1= 2.835 F2= 6.949 null null d= 2.2 assi (( resid 35 and name HZ) or ( resid 24 and name HD*)) (( resid 37 and name HB2) or ( resid 24 and name HB*)) 2.2 0.55 0.55 ! peak number d 1243 F1= 3.218 F2= 6.940 null null d= 4.1 assi (( resid 35 and name HZ) or ( resid 24 and name HD*) or ( resid 1 and name HH2)) (( resid 30 and name HA) or ( resid 25 and name HB3) or ( resid 12 and name HD*) or ( resid 1 and name HB3)) 4.1 1.02 1.02 ! peak number d 759 F1= 6.933 F2= 3.902 null null d= 3.5 assi (( resid 35 and name HZ) or ( resid 24 and name HD*) or ( resid 1 and name HH2)) (( resid 4 and name HD2) or ( resid 11 and name HA)) 3.5 0.89 0.89 ! peak number d 1166 F1= 1.062 F2= 6.946 null null d= 4.5 assi (( resid 35 and name HZ) or ( resid 24 and name HD*) or ( resid 1 and name HH2)) (( resid 60 and name HG*) or ( resid 13 and name HD1*)) 4.5 1.50 1.50 ! peak number d 538 F1= 4.527 F2= 4.279 null null d= 2.5 assi (( resid 36 and name HA)) (( resid 21 and name HA)) 2.5 0.61 0.61 ! peak number d 356 F1= 0.947 F2= 4.538 null null d= 2.6 assi (( resid 36 and name HA)) (( resid 36 and name HB3)) 2.6 0.65 0.65 ! peak number d 881 F1= 0.803 F2= 4.539 null null d= 4.7 assi (( resid 36 and name HA)) (( resid 36 and name HD1*)) 4.7 1.18 1.18 ! peak number d 379 F1= 4.526 F2= 0.685 null null d= 2.5 assi (( resid 36 and name HA)) (( resid 36 and name HD2*)) 2.5 0.62 0.62 ! peak number d 908 F1= 4.529 F2= 0.819 null null d= 3.2 assi (( resid 36 and name HA) or ( resid 26 and name HA)) (( resid 36 and name HD1*) or ( resid 33 and name HD2*)) 3.2 0.80 0.80 ! peak number d 715 F1= 0.947 F2= 1.794 null null d= 1.9 assi (( resid 36 and name HB2)) (( resid 36 and name HB3)) 1.9 0.47 0.47 ! peak number d 716 F1= 0.791 F2= 1.763 null null d= 2.6 assi (( resid 36 and name HB2)) (( resid 36 and name HD1*)) 2.6 0.65 0.65 ! peak number d 836 F1= 1.774 F2= 0.682 null null d= 3.2 assi (( resid 36 and name HB2)) (( resid 36 and name HD2*)) 3.2 0.80 0.80 ! peak number d 839 F1= 1.505 F2= 0.821 null null d= 2.4 assi (( resid 36 and name HG)) (( resid 36 and name HD1*)) 2.4 0.60 0.60 ! peak number d 833 F1= 1.507 F2= 0.682 null null d= 2.6 assi (( resid 36 and name HG)) (( resid 36 and name HD2*)) 2.6 0.65 0.65 ! peak number h 641 F1= 8.445 F2= 3.337 null null d= 3.3 assi (( resid 36 and name HN)) (( resid 35 and name HB2)) 3.3 0.84 0.84 ! peak number h 74 F1= 8.439 F2= 2.955 null null d= 2.7 assi (( resid 36 and name HN)) (( resid 35 and name HB3)) 2.7 0.68 0.68 ! peak number h 214 F1= 8.449 F2= 7.037 null null d= 3.2 assi (( resid 36 and name HN)) (( resid 35 and name HD*)) 3.2 0.79 0.79 ! peak number h 50 F1= 8.436 F2= 1.757 null null d= 2.7 assi (( resid 36 and name HN)) (( resid 36 and name HB2)) 2.7 0.68 0.68 ! peak number h 643 F1= 8.448 F2= 0.951 null null d= 3.7 assi (( resid 36 and name HN)) (( resid 36 and name HB3)) 3.7 1.10 1.10 ! peak number h 1054 F1= 8.447 F2= 0.801 null null d= 3.8 assi (( resid 36 and name HN)) (( resid 36 and name HD1*)) 3.8 0.95 0.95 ! peak number h 651 F1= 8.438 F2= 1.505 null null d= 3.0 assi (( resid 36 and name HN)) (( resid 36 and name HG)) 3.0 0.75 0.75 ! peak number h 565 F1= 0.680 F2= 8.467 null null d= 3.3 assi (( resid 36 and name HN) or ( resid 22 and name HN)) (( resid 36 and name HD2*)) 3.3 0.82 0.82 ! peak number h 770 F1= 8.159 F2= 8.460 null null d= 2.8 assi (( resid 36 and name HN) or ( resid 22 and name HN)) (( resid 37 and name HN)) 2.8 0.70 0.70 ! peak number d 558 F1= 2.804 F2= 2.334 null null d= 2.6 assi (( resid 37 and name HB2)) (( resid 37 and name HB3)) 2.6 0.65 0.65 ! peak number d 1035 F1= 6.990 F2= 4.280 null null d= 4.0 assi (( resid 37 and name HD*)) (( resid 42 and name HA1) or ( resid 13 and name HA)) 4.0 1.00 1.00 ! peak number d 758 F1= 6.989 F2= 3.839 null null d= 3.2 assi (( resid 37 and name HD*)) (( resid 42 and name HA2)) 3.2 0.79 0.79 ! peak number d 1253 F1= 6.993 F2= 3.057 null null d= 3.9 assi (( resid 37 and name HD*) or ( resid 25 and name HE1)) (( resid 54 and name HD2) or ( resid 39 and name HA2)) 3.9 0.97 0.97 ! peak number d 1255 F1= 3.544 F2= 6.958 null null d= 4.0 assi (( resid 37 and name HD*) or ( resid 35 and name HZ)) (( resid 22 and name HB2)) 4.0 1.00 1.00 ! peak number d 290 F1= 2.326 F2= 6.969 null null d= 2.8 assi (( resid 37 and name HD*) or ( resid 35 and name HZ)) (( resid 37 and name HB3)) 2.8 0.69 0.69 ! peak number d 1111 F1= 4.261 F2= 6.965 null null d= 4.1 assi (( resid 37 and name HD*) or ( resid 35 and name HZ)) (( resid 42 and name HA1) or ( resid 13 and name HA)) 4.1 1.02 1.02 ! peak number d 297 F1= 1.552 F2= 6.959 null null d= 3.0 assi (( resid 37 and name HD*) or ( resid 35 and name HZ)) (( resid 46 and name HB2)) 3.0 0.75 0.75 ! peak number d 310 F1= 1.317 F2= 6.961 null null d= 2.7 assi (( resid 37 and name HD*) or ( resid 35 and name HZ)) (( resid 46 and name HB3)) 2.7 0.68 0.68 ! peak number d 1161 F1= 1.172 F2= 6.960 null null d= 3.2 assi (( resid 37 and name HD*) or ( resid 35 and name HZ)) (( resid 46 and name HG*)) 3.2 0.80 0.80 ! peak number h 143 F1= 6.955 F2= 1.556 null null d= 3.1 assi (( resid 37 and name HD*) or ( resid 35 and name HZ) or ( resid 1 and name HH2)) (( resid 46 and name HB2) or ( resid 30 and name HD2)) 3.1 0.78 0.78 ! peak number d 921 F1= 4.775 F2= 6.955 null null d= 4.0 assi (( resid 37 and name HD*) or ( resid 35 and name HZ) or ( resid 24 and name HD*)) (( resid 46 and name HA) or ( resid 35 and name HA)) 4.0 1.00 1.00 ! peak number d 963 F1= 2.814 F2= 7.145 null null d= 3.7 assi (( resid 37 and name HE*)) (( resid 37 and name HB2)) 3.7 0.93 0.93 ! peak number d 930 F1= 7.138 F2= 4.530 null null d= 3.7 assi (( resid 37 and name HE*)) (( resid 39 and name HA1)) 3.7 0.93 0.93 ! peak number d 150 F1= 7.139 F2= 3.047 null null d= 2.8 assi (( resid 37 and name HE*)) (( resid 39 and name HA2)) 2.8 0.70 0.70 ! peak number d 121 F1= 7.141 F2= 4.280 null null d= 3.2 assi (( resid 37 and name HE*)) (( resid 42 and name HA1)) 3.2 0.81 0.81 ! peak number d 164 F1= 7.141 F2= 3.841 null null d= 2.9 assi (( resid 37 and name HE*)) (( resid 42 and name HA2)) 2.9 0.73 0.73 ! peak number h 656 F1= 8.160 F2= 4.268 null null d= 3.7 assi (( resid 37 and name HN)) (( resid 21 and name HA) or ( resid 19 and name HA) or ( resid 13 and name HA)) 3.7 0.93 0.93 ! peak number h 101 F1= 8.157 F2= 4.531 null null d= 2.3 assi (( resid 37 and name HN)) (( resid 36 and name HA)) 2.3 0.57 0.57 ! peak number h 1056 F1= 8.150 F2= 0.941 null null d= 3.5 assi (( resid 37 and name HN)) (( resid 36 and name HB3)) 3.5 0.88 0.88 ! peak number h 854 F1= 8.160 F2= 0.673 null null d= 3.8 assi (( resid 37 and name HN)) (( resid 36 and name HD2*)) 3.8 0.94 0.94 ! peak number h 345 F1= 2.799 F2= 8.156 null null d= 2.5 assi (( resid 37 and name HN)) (( resid 37 and name HB2)) 2.5 0.61 0.61 ! peak number d 845 F1= 4.455 F2= 4.249 null null d= 2.7 assi (( resid 38 and name HA)) (( resid 19 and name HA)) 2.7 0.70 0.70 ! peak number d 438 F1= 4.457 F2= 3.519 null null d= 2.6 assi (( resid 38 and name HA)) (( resid 38 and name HB3)) 2.6 0.65 0.65 ! peak number d 504 F1= 3.509 F2= 3.818 null null d= 1.9 assi (( resid 38 and name HB2)) (( resid 38 and name HB3)) 1.9 0.46 0.46 ! peak number h 635 F1= 8.341 F2= 4.460 null null d= 2.9 assi (( resid 38 and name HN)) (( resid 38 and name HA)) 2.9 0.72 0.72 ! peak number h 324 F1= 3.518 F2= 8.342 null null d= 2.7 assi (( resid 38 and name HN)) (( resid 38 and name HB3)) 2.7 0.69 0.69 ! peak number h 103 F1= 8.343 F2= 4.384 null null d= 3.0 assi (( resid 38 and name HN)) (( resid 39 and name HN)) 3.0 0.75 0.75 ! peak number d 433 F1= 4.517 F2= 3.060 null null d= 2.1 assi (( resid 39 and name HA1)) (( resid 39 and name HA2)) 2.1 0.99 0.99 ! peak number h 1038 F1= 3.047 F2= 4.403 null null d= 2.5 assi (( resid 39 and name HN)) (( resid 39 and name HA2)) 2.5 0.62 0.62 ! peak number d 391 F1= 4.278 F2= 0.752 null null d= 3.2 assi (( resid 4 and name HA)) (( resid 4 and name HB2)) 3.2 0.81 0.81 ! peak number d 409 F1= 4.279 F2= 1.941 null null d= 2.5 assi (( resid 4 and name HA)) (( resid 4 and name HB3)) 2.5 0.64 0.64 ! peak number d 1078 F1= 4.278 F2= 3.694 null null d= 3.0 assi (( resid 4 and name HA)) (( resid 4 and name HD3)) 3.0 0.75 0.75 ! peak number d 708 F1= 0.729 F2= 1.937 null null d= 2.2 assi (( resid 4 and name HB3)) (( resid 4 and name HB2)) 2.2 0.55 0.55 ! peak number d 1197 F1= 3.677 F2= 3.903 null null d= 1.9 assi (( resid 4 and name HD2)) (( resid 4 and name HD3)) 1.9 0.47 0.47 ! peak number d 468 F1= 3.881 F2= 1.905 null null d= 2.7 assi (( resid 4 and name HD2)) (( resid 4 and name HG2)) 2.7 0.67 0.67 ! peak number d 640 F1= 1.586 F2= 3.898 null null d= 2.2 assi (( resid 4 and name HD2)) (( resid 4 and name HG3)) 2.2 0.55 0.55 ! peak number d 451 F1= 3.883 F2= 2.485 null null d= 3.4 assi (( resid 4 and name HD2)) (( resid 6 and name HB2) or ( resid 3 and name HB2)) 3.4 0.85 0.85 ! peak number d 426 F1= 3.867 F2= 1.599 null null d= 2.5 assi (( resid 4 and name HD2) or ( resid 34 and name HD3)) (( resid 4 and name HG3) or ( resid 33 and name HB2)) 2.5 0.62 0.62 ! peak number d 387 F1= 3.891 F2= 0.751 null null d= 3.4 assi (( resid 4 and name HD2) or ( resid 34 and name HD3)) (( resid 50 and name HD1*) or ( resid 4 and name HB2)) 3.4 0.85 0.85 ! peak number d 1374 F1= 1.779 F2= 3.690 null null d= 4.1 assi (( resid 4 and name HD3)) (( resid 3 and name HB3) or ( resid 2 and name HB2)) 4.1 1.02 1.02 ! peak number d 611 F1= 1.587 F2= 3.689 null null d= 3.4 assi (( resid 4 and name HD3)) (( resid 4 and name HG3)) 3.4 0.84 0.84 ! peak number d 467 F1= 3.680 F2= 1.903 null null d= 2.4 assi (( resid 4 and name HD3) or ( resid 10 and name HD3)) (( resid 4 and name HG2) or ( resid 10 and name HG3)) 2.4 0.60 0.60 ! peak number d 835 F1= 1.584 F2= 0.744 null null d= 3.0 assi (( resid 4 and name HG3)) (( resid 4 and name HB2)) 3.0 0.76 0.76 ! peak number d 1386 F1= 3.954 F2= 4.918 null null d= 3.3 assi (( resid 40 and name HA) or ( resid 34 and name HA)) (( resid 41 and name HA2) or ( resid 34 and name HD2)) 3.3 0.82 0.82 ! peak number h 126 F1= 7.534 F2= 2.616 null null d= 3.0 assi (( resid 40 and name HN)) (( resid 16 and name HB3)) 3.0 0.76 0.76 ! peak number h 664 F1= 7.531 F2= 4.393 null null d= 2.9 assi (( resid 40 and name HN)) (( resid 39 and name HN)) 2.9 0.72 0.72 ! peak number d 1074 F1= 4.098 F2= 1.590 null null d= 3.5 assi (( resid 41 and name HA1) or ( resid 3 and name HA)) (( resid 4 and name HG3) or ( resid 2 and name HB3) or ( resid 12 and name HG3)) 3.5 0.88 0.88 ! peak number h 428 F1= 8.816 F2= 4.890 null null d= 2.7 assi (( resid 41 and name HN)) (( resid 40 and name HA)) 2.7 0.68 0.68 ! peak number h 1097 F1= 8.811 F2= 3.221 null null d= 4.1 assi (( resid 41 and name HN)) (( resid 40 and name HB*)) 4.1 1.02 1.02 ! peak number h 30 F1= 8.815 F2= 4.069 null null d= 3.5 assi (( resid 41 and name HN)) (( resid 41 and name HA1)) 3.5 0.88 0.88 ! peak number h 32 F1= 8.813 F2= 3.959 null null d= 2.9 assi (( resid 41 and name HN)) (( resid 41 and name HA2)) 2.9 0.71 0.71 ! peak number h 606 F1= 8.814 F2= 8.517 null null d= 2.7 assi (( resid 41 and name HN)) (( resid 42 and name HN)) 2.7 0.68 0.68 ! peak number d 1077 F1= 4.274 F2= 3.200 null null d= 3.3 assi (( resid 42 and name HA1)) (( resid 12 and name HD*)) 3.3 0.82 0.82 ! peak number d 508 F1= 3.825 F2= 4.287 null null d= 1.9 assi (( resid 42 and name HA1)) (( resid 42 and name HA2)) 1.9 0.47 0.47 ! peak number d 416 F1= 4.250 F2= 1.823 null null d= 2.3 assi (( resid 42 and name HA1) or ( resid 19 and name HA)) (( resid 19 and name HB2) or ( resid 12 and name HB2)) 2.3 0.59 0.59 ! peak number d 1079 F1= 4.258 F2= 2.821 null null d= 4.1 assi (( resid 42 and name HA1) or ( resid 19 and name HA) or ( resid 13 and name HA)) (( resid 37 and name HB2)) 4.1 1.02 1.02 ! peak number d 1390 F1= 3.189 F2= 4.286 null null d= 3.3 assi (( resid 42 and name HA1) or ( resid 21 and name HA)) (( resid 20 and name HB2) or ( resid 12 and name HD*)) 3.3 0.82 0.82 ! peak number d 453 F1= 3.807 F2= 2.335 null null d= 3.5 assi (( resid 42 and name HA2) or ( resid 10 and name HD2)) (( resid 46 and name HD*) or ( resid 10 and name HB*)) 3.5 0.88 0.88 ! peak number h 215 F1= 8.521 F2= 6.991 null null d= 3.1 assi (( resid 42 and name HN)) (( resid 37 and name HD*)) 3.1 0.78 0.78 ! peak number h 612 F1= 8.522 F2= 7.144 null null d= 3.5 assi (( resid 42 and name HN)) (( resid 37 and name HE*)) 3.5 0.86 0.86 ! peak number h 425 F1= 8.525 F2= 4.073 null null d= 3.1 assi (( resid 42 and name HN)) (( resid 41 and name HA1)) 3.1 0.78 0.78 ! peak number h 424 F1= 8.520 F2= 3.965 null null d= 3.5 assi (( resid 42 and name HN)) (( resid 41 and name HA2)) 3.5 0.88 0.88 ! peak number h 316 F1= 3.834 F2= 8.512 null null d= 2.6 assi (( resid 42 and name HN)) (( resid 42 and name HA2)) 2.6 0.66 0.66 ! peak number d 23 F1= 4.820 F2= 2.762 null null d= 2.6 assi (( resid 43 and name HA)) (( resid 43 and name HB3)) 2.6 0.65 0.65 ! peak number d 902 F1= 4.823 F2= 1.023 null null d= 4.2 assi (( resid 43 and name HA)) (( resid 44 and name HB*)) 4.2 1.05 1.05 ! peak number d 12 F1= 4.820 F2= 3.472 null null d= 2.4 assi (( resid 43 and name HA) or ( resid 16 and name HA)) (( resid 43 and name HB2) or ( resid 16 and name HB2)) 2.4 0.60 0.60 ! peak number d 575 F1= 2.753 F2= 3.460 null null d= 1.9 assi (( resid 43 and name HB2)) (( resid 43 and name HB3)) 1.9 0.47 0.47 ! peak number d 1363 F1= 1.528 F2= 2.763 null null d= 4.7 assi (( resid 43 and name HB3)) (( resid 12 and name HB3)) 4.7 1.18 1.18 ! peak number d 1364 F1= 2.739 F2= 1.532 null null d= 4.1 assi (( resid 43 and name HB3) or ( resid 22 and name HB3)) (( resid 46 and name HB2) or ( resid 36 and name HG) or ( resid 12 and name HB3)) 4.1 1.02 1.02 ! peak number h 799 F1= 7.975 F2= 3.688 null null d= 3.9 assi (( resid 43 and name HD21)) (( resid 10 and name HD3)) 3.9 0.97 0.97 ! peak number h 876 F1= 1.633 F2= 7.973 null null d= 3.9 assi (( resid 43 and name HD21)) (( resid 12 and name HG2)) 3.9 0.97 0.97 ! peak number h 458 F1= 7.946 F2= 1.565 null null d= 3.1 assi (( resid 43 and name HD21)) (( resid 12 and name HG3)) 3.1 0.79 0.79 ! peak number h 443 F1= 7.976 F2= 3.494 null null d= 3.1 assi (( resid 43 and name HD21)) (( resid 43 and name HB2)) 3.1 0.78 0.78 ! peak number h 346 F1= 2.764 F2= 7.975 null null d= 2.7 assi (( resid 43 and name HD21)) (( resid 43 and name HB3)) 2.7 0.68 0.68 ! peak number h 652 F1= 8.444 F2= 1.613 null null d= 3.1 assi (( resid 43 and name HD22)) (( resid 12 and name HG3)) 3.1 0.78 0.78 ! peak number h 640 F1= 8.443 F2= 2.765 null null d= 3.9 assi (( resid 43 and name HD22)) (( resid 43 and name HB3)) 3.9 0.97 0.97 ! peak number h 221 F1= 8.450 F2= 7.971 null null d= 2.0 assi (( resid 43 and name HD22)) (( resid 43 and name HD21)) 2.0 0.50 0.50 ! peak number h 558 F1= 2.271 F2= 8.433 null null d= 3.1 assi (( resid 43 and name HD22)) (( resid 9 and name HG2)) 3.1 0.78 0.78 ! peak number h 450 F1= 8.438 F2= 2.233 null null d= 3.0 assi (( resid 43 and name HD22)) (( resid 9 and name HG2) or ( resid 9 and name HB*)) 3.0 0.75 0.75 ! peak number h 1061 F1= 1.843 F2= 8.369 null null d= 3.7 assi (( resid 43 and name HN)) (( resid 12 and name HB2)) 3.7 0.93 0.93 ! peak number h 918 F1= 1.532 F2= 8.369 null null d= 3.6 assi (( resid 43 and name HN)) (( resid 12 and name HB3)) 3.6 0.90 0.90 ! peak number h 99 F1= 8.364 F2= 4.275 null null d= 2.5 assi (( resid 43 and name HN)) (( resid 42 and name HA1)) 2.5 0.62 0.62 ! peak number h 633 F1= 8.375 F2= 4.821 null null d= 2.6 assi (( resid 43 and name HN)) (( resid 43 and name HA)) 2.6 0.65 0.65 ! peak number h 317 F1= 3.830 F2= 8.365 null null d= 2.5 assi (( resid 43 and name HN) or ( resid 38 and name HN)) (( resid 42 and name HA2) or ( resid 38 and name HB2)) 2.5 0.62 0.62 ! peak number d 384 F1= 4.084 F2= 1.026 null null d= 2.6 assi (( resid 44 and name HA)) (( resid 44 and name HB*)) 2.6 0.66 0.66 ! peak number d 1393 F1= 3.493 F2= 4.107 null null d= 3.7 assi (( resid 44 and name HA) or ( resid 3 and name HA)) (( resid 43 and name HB2) or ( resid 3 and name HD2)) 3.7 0.93 0.93 ! peak number d 448 F1= 4.097 F2= 3.503 null null d= 3.3 assi (( resid 44 and name HA) or ( resid 41 and name HA1) or ( resid 3 and name HA) or ( resid 15 and name HB2)) (( resid 43 and name HB2) or ( resid 38 and name HB3) or ( resid 3 and name HD2)) 3.3 0.82 0.82 ! peak number d 431 F1= 4.649 F2= 3.131 null null d= 2.7 assi (( resid 45 and name HA)) (( resid 45 and name HB2)) 2.7 0.68 0.68 ! peak number d 435 F1= 4.652 F2= 2.888 null null d= 2.6 assi (( resid 45 and name HA)) (( resid 45 and name HB3)) 2.6 0.65 0.65 ! peak number d 383 F1= 4.660 F2= 0.997 null null d= 3.1 assi (( resid 45 and name HA) or ( resid 31 and name HA)) (( resid 58 and name HD2*) or ( resid 58 and name HD1*) or ( resid 44 and name HB*)) 3.1 0.78 0.78 ! peak number d 552 F1= 2.867 F2= 2.219 null null d= 3.1 assi (( resid 45 and name HB3)) (( resid 9 and name HB*)) 3.1 0.78 0.78 ! peak number h 542 F1= 2.841 F2= 8.345 null null d= 3.2 assi (( resid 45 and name HD21)) (( resid 24 and name HB*)) 3.2 0.3 0.3 ! peak number h 220 F1= 8.344 F2= 7.952 null null d= 2.0 assi (( resid 45 and name HD21)) (( resid 45 and name HD22)) 2.0 0.50 0.50 ! peak number h 298 F1= 6.937 F2= 8.339 null null d= 2.9 assi (( resid 45 and name HD21)) (( resid 24 and name HD*)) 2.9 0.3 0.3 ! peak number h 56 F1= 8.342 F2= 1.297 null null d= 3.4 assi (( resid 45 and name HD21) or ( resid 38 and name HN)) (( resid 46 and name HB3) or ( resid 13 and name HG2*)) 3.4 0.85 0.85 ! peak number h 970 F1= 7.141 F2= 8.339 null null d= 3.8 assi (( resid 45 and name HD21) or ( resid 38 and name HN)) (( resid 47 and name HD*) or ( resid 37 and name HE*)) 3.8 0.95 0.95 ! peak number h 768 F1= 8.340 F2= 7.312 null null d= 4.0 assi (( resid 45 and name HD21) or ( resid 38 and name HN)) (( resid 5 and name HH2) or ( resid 35 and name HE*) or ( resid 15 and name HN)) 4.0 1.00 1.00 ! peak number h 419 F1= 7.964 F2= 7.233 null null d= 3.5 assi (( resid 45 and name HD22)) (( resid 9 and name HN)) 3.5 0.3 0.3 ! peak number h 541 F1= 2.872 F2= 7.960 null null d= 2.5 assi (( resid 45 and name HD22)) (( resid 45 and name HB3)) 2.5 0.3 0.3 ! peak number h 340 F1= 3.131 F2= 7.964 null null d= 2.5 assi (( resid 45 and name HD22)) (( resid 45 and name HB2)) 2.5 0.3 0.3 ! peak number h xxx F1= 2.872 F2= 7.960 null null d= 3.0 assi (( resid 45 and name HD22)) (( resid 45 and name OD1)) 3.0 0.3 0.3 ! peak number h xxx F1= 2.872 F2= 7.960 null null d= 2.3 assi (( resid 45 and name HD21)) (( resid 45 and name OD1)) 2.3 0.3 0.3 ! peak number h 856 F1= 7.547 F2= 1.017 null null d= 4.0 assi (( resid 45 and name HN)) (( resid 44 and name HB*)) 4.0 1.00 1.00 ! peak number h 119 F1= 7.558 F2= 3.120 null null d= 3.0 assi (( resid 45 and name HN)) (( resid 45 and name HB2)) 3.0 0.76 0.76 ! peak number h 123 F1= 7.551 F2= 2.881 null null d= 3.0 assi (( resid 45 and name HN)) (( resid 45 and name HB3)) 3.0 0.74 0.74 ! peak number d 1209 F1= 1.553 F2= 4.787 null null d= 3.1 assi (( resid 46 and name HA)) (( resid 46 and name HB2)) 3.1 0.77 0.77 ! peak number d 1188 F1= 1.322 F2= 4.803 null null d= 2.6 assi (( resid 46 and name HA)) (( resid 46 and name HB3)) 2.6 0.65 0.65 ! peak number d 903 F1= 4.763 F2= 1.154 null null d= 3.0 assi (( resid 46 and name HA)) (( resid 46 and name HG*)) 3.0 0.75 0.75 ! peak number d 710 F1= 1.156 F2= 2.341 null null d= 2.6 assi (( resid 46 and name HD*)) (( resid 46 and name HG*)) 2.6 0.65 0.65 ! peak number h 197 F1= 6.694 F2= 2.325 null null d= 2.7 assi (( resid 46 and name HE)) (( resid 46 and name HD*) or ( resid 37 and name HB3)) 2.7 0.66 0.66 ! peak number h 277 F1= 6.688 F2= 6.119 null null d= 2.6 assi (( resid 46 and name HE)) (( resid 46 and name HH*)) 2.6 0.65 0.65 ! peak number h 185 F1= 6.690 F2= 1.310 null null d= 3.2 assi (( resid 46 and name HE) or ( resid 19 and name HE21)) (( resid 46 and name HB3) or ( resid 13 and name HG2*)) 3.2 0.80 0.80 ! peak number h 713 F1= 2.324 F2= 6.119 null null d= 3.2 assi (( resid 46 and name HH*)) (( resid 46 and name HD*)) 3.2 0.81 0.81 ! peak number h 939 F1= 2.835 F2= 6.556 null null d= 5.0 assi (( resid 46 and name HH*) or ( resid 24 and name HE*)) (( resid 37 and name HB2) or ( resid 24 and name HB*)) 5.0 1.25 1.25 ! peak number h 183 F1= 6.562 F2= 1.580 null null d= 2.7 assi (( resid 46 and name HH*)) (( resid 12 and name HG3)) 2.7 0.68 0.68 ! peak number h 849 F1= 6.403 F2= 1.552 null null d= 3.5 assi (( resid 46 and name HN)) (( resid 46 and name HB2)) 3.5 0.88 0.88 ! peak number h 186 F1= 6.399 F2= 1.310 null null d= 3.3 assi (( resid 46 and name HN)) (( resid 46 and name HB3)) 3.3 0.82 0.82 ! peak number d 16 F1= 4.977 F2= 3.354 null null d= 2.5 assi (( resid 47 and name HA)) (( resid 47 and name HB2)) 2.5 0.64 0.64 ! peak number d 33 F1= 4.978 F2= 2.588 null null d= 2.9 assi (( resid 47 and name HA)) (( resid 47 and name HB3)) 2.9 0.72 0.72 ! peak number d 1337 F1= 4.977 F2= 2.338 null null d= 3.9 assi (( resid 47 and name HA)) (( resid 52 and name HG3) or ( resid 48 and name HB3) or ( resid 46 and name HD*)) 3.9 0.97 0.97 ! peak number d 1068 F1= 4.981 F2= 2.171 null null d= 4.1 assi (( resid 47 and name HA)) (( resid 53 and name HA) or ( resid 52 and name HB*)) 4.1 1.02 1.02 ! peak number d 1205 F1= 2.712 F2= 3.350 null null d= 2.8 assi (( resid 47 and name HB2)) (( resid 23 and name HB3)) 2.8 0.70 0.70 ! peak number d 551 F1= 3.336 F2= 2.336 null null d= 3.4 assi (( resid 47 and name HB2)) (( resid 52 and name HG3)) 3.4 0.85 0.85 ! peak number d 580 F1= 2.173 F2= 3.355 null null d= 2.4 assi (( resid 47 and name HB2) or ( resid 3 and name HD3)) (( resid 52 and name HB*) or ( resid 3 and name HG2)) 2.4 0.60 0.60 ! peak number d 207 F1= 5.318 F2= 7.120 null null d= 3.0 assi (( resid 47 and name HD*)) (( resid 24 and name HA)) 3.0 0.74 0.74 ! peak number d 916 F1= 4.974 F2= 7.138 null null d= 3.2 assi (( resid 47 and name HD*)) (( resid 47 and name HA)) 3.2 0.79 0.79 ! peak number d 267 F1= 3.335 F2= 7.139 null null d= 3.3 assi (( resid 47 and name HD*)) (( resid 47 and name HB2)) 3.3 0.82 0.82 ! peak number d 286 F1= 2.573 F2= 7.139 null null d= 3.2 assi (( resid 47 and name HD*)) (( resid 47 and name HB3)) 3.2 0.79 0.79 ! peak number d 1323 F1= 2.186 F2= 7.118 null null d= 3.1 assi (( resid 47 and name HD*)) (( resid 53 and name HA)) 3.1 0.78 0.78 ! peak number d 755 F1= 7.140 F2= 2.819 null null d= 3.4 assi (( resid 47 and name HD*) or ( resid 37 and name HE*)) (( resid 37 and name HB2) or ( resid 24 and name HB*)) 3.4 0.85 0.85 ! peak number d 1315 F1= 1.309 F2= 7.134 null null d= 4.2 assi (( resid 47 and name HD*) or ( resid 37 and name HE*)) (( resid 46 and name HB3)) 4.2 1.05 1.05 ! peak number d 291 F1= 2.327 F2= 7.149 null null d= 3.3 assi (( resid 47 and name HD*) or ( resid 37 and name HE*)) (( resid 52 and name HG3) or ( resid 46 and name HD*)) 3.3 0.82 0.82 ! peak number d 1414 F1= 7.948 F2= 4.157 null null d= 4.9 assi (( resid 47 and name HE*)) (( resid 56 and name HA)) 4.9 1.23 1.23 ! peak number d 1307 F1= 1.747 F2= 7.954 null null d= 2.9 assi (( resid 47 and name HE*)) (( resid 56 and name HD3)) 2.9 0.99 0.99 ! peak number h 108 F1= 9.488 F2= 9.145 null null d= 2.7 assi (( resid 47 and name HN)) (( resid 23 and name HN)) 2.7 0.69 0.69 ! peak number h 777 F1= 7.319 F2= 9.487 null null d= 4.1 assi (( resid 47 and name HN)) (( resid 35 and name HE*)) 4.1 1.40 1.40 ! peak number h 836 F1= 9.483 F2= 1.319 null null d= 3.3 assi (( resid 47 and name HN)) (( resid 46 and name HB3)) 3.3 0.82 0.82 ! peak number h 1041 F1= 9.481 F2= 1.158 null null d= 3.4 assi (( resid 47 and name HN)) (( resid 46 and name HG*)) 3.4 0.85 0.85 ! peak number h 412 F1= 9.490 F2= 4.983 null null d= 2.8 assi (( resid 47 and name HN)) (( resid 47 and name HA)) 2.8 0.70 0.70 ! peak number h 23 F1= 9.485 F2= 2.565 null null d= 3.0 assi (( resid 47 and name HN)) (( resid 47 and name HB3)) 3.0 0.74 0.74 ! peak number h 946 F1= 9.484 F2= 7.122 null null d= 3.2 assi (( resid 47 and name HN)) (( resid 47 and name HD*)) 3.2 0.80 0.80 ! peak number d 412 F1= 4.565 F2= 2.371 null null d= 2.5 assi (( resid 48 and name HA)) (( resid 48 and name HB2)) 2.5 0.64 0.64 ! peak number d 532 F1= 2.328 F2= 4.568 null null d= 3.2 assi (( resid 48 and name HA)) (( resid 48 and name HB3)) 3.2 0.80 0.80 ! peak number d 1217 F1= 2.632 F2= 4.564 null null d= 3.8 assi (( resid 48 and name HA)) (( resid 48 and name HG2)) 3.8 0.94 0.94 ! peak number d 1218 F1= 2.557 F2= 4.576 null null d= 3.6 assi (( resid 48 and name HA)) (( resid 48 and name HG3)) 3.6 1.00 1.00 ! peak number h 232 F1= 6.836 F2= 7.426 null null d= 1.9 assi (( resid 48 and name HE22)) (( resid 48 and name HE21)) 1.9 0.46 0.46 ! peak number h 692 F1= 7.438 F2= 2.533 null null d= 3.6 assi (( resid 48 and name HE22)) (( resid 52 and name HG2)) 3.6 0.90 0.90 ! peak number h 757 F1= 2.543 F2= 7.435 null null d= 3.4 assi (( resid 48 and name HE22)) (( resid 52 and name HG2) or ( resid 48 and name HG3)) 3.4 0.85 0.85 ! peak number h 462 F1= 7.414 F2= 2.171 null null d= 3.3 assi (( resid 48 and name HE22) or ( resid 23 and name HE*)) (( resid 52 and name HB*) or ( resid 34 and name HG*)) 3.3 0.82 0.82 ! peak number h 1076 F1= 7.407 F2= 1.273 null null d= 4.4 assi (( resid 48 and name HE22) or ( resid 23 and name HE*) or ( resid 19 and name HE22)) (( resid 49 and name HG2*) or ( resid 18 and name HG2)) 4.4 1.10 1.10 ! peak number h 36 F1= 9.413 F2= 4.977 null null d= 2.4 assi (( resid 48 and name HN)) (( resid 47 and name HA)) 2.4 0.60 0.60 ! peak number h 18 F1= 9.412 F2= 3.330 null null d= 3.1 assi (( resid 48 and name HN)) (( resid 47 and name HB2)) 3.1 0.78 0.78 ! peak number h 416 F1= 9.419 F2= 4.567 null null d= 3.0 assi (( resid 48 and name HN)) (( resid 48 and name HA)) 3.0 0.75 0.75 ! peak number h 791 F1= 9.410 F2= 2.644 null null d= 3.5 assi (( resid 48 and name HN)) (( resid 48 and name HG2)) 3.5 0.89 0.89 ! peak number h 423 F1= 9.413 F2= 2.564 null null d= 3.2 assi (( resid 48 and name HN)) (( resid 48 and name HG3) or ( resid 47 and name HB3)) 3.2 0.80 0.80 ! peak number h 26 F1= 9.413 F2= 7.330 null null d= 2.8 assi (( resid 48 and name HN)) (( resid 49 and name HN)) 2.8 0.70 0.70 ! peak number h 1059 F1= 2.126 F2= 9.408 null null d= 3.7 assi (( resid 48 and name HN)) (( resid 52 and name HB*)) 3.7 0.93 0.93 ! peak number h 333 F1= 2.352 F2= 9.410 null null d= 2.5 assi (( resid 48 and name HN)) (( resid 52 and name HG3)) 2.5 0.62 0.62 ! peak number h 24 F1= 9.415 F2= 2.345 null null d= 2.6 assi (( resid 48 and name HN)) (( resid 52 and name HG3) or ( resid 48 and name HB3)) 2.6 0.65 0.65 ! peak number d 45 F1= 4.820 F2= 1.280 null null d= 2.6 assi (( resid 49 and name HA)) (( resid 49 and name HG2*)) 2.6 0.65 0.65 ! peak number d 901 F1= 4.818 F2= 0.673 null null d= 4.0 assi (( resid 49 and name HA) or ( resid 35 and name HA)) (( resid 50 and name HG2*) or ( resid 50 and name HB) or ( resid 36 and name HD2*)) 4.0 1.00 1.00 ! peak number d 430 F1= 4.446 F2= 1.288 null null d= 2.3 assi (( resid 49 and name HB)) (( resid 49 and name HG2*)) 2.3 0.57 0.57 ! peak number d 906 F1= 4.446 F2= 0.679 null null d= 3.6 assi (( resid 49 and name HB)) (( resid 50 and name HG2*) or ( resid 50 and name HB)) 3.6 0.90 0.90 ! peak number h 485 F1= 7.333 F2= 3.331 null null d= 3.2 assi (( resid 49 and name HN)) (( resid 47 and name HB2)) 3.2 0.81 0.81 ! peak number h 804 F1= 7.335 F2= 2.561 null null d= 3.8 assi (( resid 49 and name HN)) (( resid 48 and name HG3) or ( resid 47 and name HB3)) 3.8 0.95 0.95 ! peak number h 161 F1= 7.335 F2= 2.156 null null d= 2.8 assi (( resid 49 and name HN)) (( resid 52 and name HB*)) 2.8 0.70 0.70 ! peak number h 146 F1= 7.322 F2= 1.287 null null d= 2.6 assi (( resid 49 and name HN) or ( resid 20 and name HE*)) (( resid 49 and name HG2*) or ( resid 18 and name HG2)) 2.6 0.65 0.65 ! peak number h 463 F1= 7.333 F2= 2.334 null null d= 3.3 assi (( resid 49 and name HN) or ( resid 35 and name HE*)) (( resid 48 and name HB3) or ( resid 37 and name HB3)) 3.3 0.82 0.82 ! peak number h 398 F1= 1.299 F2= 7.318 null null d= 2.6 assi (( resid 49 and name HN) or ( resid 35 and name HE*) or ( resid 20 and name HE*)) (( resid 49 and name HG2*) or ( resid 46 and name HB3) or ( resid 18 and name HG2)) 2.6 0.65 0.65 ! peak number d 444 F1= 4.036 F2= 3.234 null null d= 2.6 assi (( resid 5 and name HA)) (( resid 5 and name HB2)) 2.6 0.65 0.65 ! peak number d 445 F1= 4.032 F2= 3.355 null null d= 2.7 assi (( resid 5 and name HA)) (( resid 5 and name HB3)) 2.7 0.68 0.68 ! peak number d 1296 F1= 1.187 F2= 4.043 null null d= 3.9 assi (( resid 5 and name HA)) (( resid 8 and name HB3)) 3.9 0.97 0.97 ! peak number d 1014 F1= 4.030 F2= 1.004 null null d= 3.6 assi (( resid 5 and name HA)) (( resid 8 and name HD*)) 3.6 0.90 0.90 ! peak number d 1092 F1= 4.031 F2= 0.478 null null d= 4.7 assi (( resid 5 and name HA)) (( resid 8 and name HG2)) 4.7 1.18 1.18 ! peak number d 1395 F1= 4.275 F2= 7.514 null null d= 4.5 assi (( resid 5 and name HD1)) (( resid 4 and name HA)) 4.5 1.14 1.14 ! peak number d 1044 F1= 7.507 F2= 0.739 null null d= 4.7 assi (( resid 5 and name HD1)) (( resid 4 and name HB2)) 4.7 1.18 1.18 ! peak number d 1046 F1= 7.507 F2= 1.940 null null d= 4.8 assi (( resid 5 and name HD1)) (( resid 4 and name HB3)) 4.8 1.20 1.20 ! peak number d 1107 F1= 4.032 F2= 7.526 null null d= 3.3 assi (( resid 5 and name HD1)) (( resid 5 and name HA)) 3.3 0.82 0.82 ! peak number d 141 F1= 7.506 F2= 3.240 null null d= 3.2 assi (( resid 5 and name HD1)) (( resid 5 and name HB2)) 3.2 0.79 0.79 ! peak number d 137 F1= 7.506 F2= 3.367 null null d= 3.7 assi (( resid 5 and name HD1)) (( resid 5 and name HB3)) 3.7 0.93 0.93 ! peak number d 1058 F1= 6.186 F2= 7.530 null null d= 4.4 assi (( resid 5 and name HD1)) (( resid 6 and name HD*)) 4.4 1.09 1.09 ! peak number h 781 F1= 7.518 F2= 5.226 null null d= 4.4 assi (( resid 5 and name HD1)) (( resid 6 and name HN)) 4.4 1.10 1.10 ! peak number h 282 F1= 7.519 F2= 10.576 null null d= 2.7 assi (( resid 5 and name HE1)) (( resid 5 and name HD1)) 2.7 0.68 0.68 ! peak number h 2 F1= 10.581 F2= 7.615 null null d= 3.0 assi (( resid 5 and name HE1)) (( resid 5 and name HZ2)) 3.0 0.74 0.74 ! peak number h 421 F1= 6.205 F2= 10.584 null null d= 3.5 assi (( resid 5 and name HE1)) (( resid 6 and name HD*)) 3.5 0.86 0.86 ! peak number d 1294 F1= 7.433 F2= 1.016 null null d= 4.4 assi (( resid 5 and name HE3)) (( resid 44 and name HB*)) 4.4 1.10 1.10 ! peak number d 762 F1= 7.434 F2= 4.666 null null d= 3.5 assi (( resid 5 and name HE3)) (( resid 45 and name HA)) 3.5 0.86 0.86 ! peak number d 929 F1= 4.030 F2= 7.443 null null d= 4.3 assi (( resid 5 and name HE3)) (( resid 5 and name HA)) 4.3 1.09 1.09 ! peak number d 750 F1= 7.433 F2= 3.234 null null d= 3.5 assi (( resid 5 and name HE3)) (( resid 5 and name HB2)) 3.5 0.87 0.87 ! peak number d 136 F1= 7.433 F2= 3.363 null null d= 2.8 assi (( resid 5 and name HE3)) (( resid 5 and name HB3)) 2.8 0.69 0.69 ! peak number h 247 F1= 7.211 F2= 7.430 null null d= 2.2 assi (( resid 5 and name HE3)) (( resid 5 and name HZ3)) 2.2 0.55 0.55 ! peak number d 737 F1= 7.434 F2= 1.759 null null d= 3.4 assi (( resid 5 and name HE3)) (( resid 56 and name HD3) or ( resid 3 and name HB3)) 3.4 0.85 0.85 ! peak number d 1157 F1= 1.744 F2= 7.444 null null d= 3.2 assi (( resid 5 and name HE3)) (( resid 56 and name HD3) or ( resid 56 and name HB*)) 3.2 0.80 0.80 ! peak number d 165 F1= 7.433 F2= 3.637 null null d= 3.4 assi (( resid 5 and name HE3)) (( resid 6 and name HA)) 3.4 0.84 0.84 ! peak number d 1406 F1= 2.482 F2= 7.439 null null d= 4.8 assi (( resid 5 and name HE3)) (( resid 6 and name HB2)) 4.8 1.19 1.19 ! peak number d 178 F1= 7.434 F2= 6.199 null null d= 3.1 assi (( resid 5 and name HE3)) (( resid 6 and name HD*)) 3.1 0.78 0.78 ! peak number d 1293 F1= 1.008 F2= 7.439 null null d= 4.7 assi (( resid 5 and name HE3)) (( resid 8 and name HD*) or ( resid 44 and name HB*)) 4.7 1.18 1.18 ! peak number d 1397 F1= 4.495 F2= 7.442 null null d= 4.3 assi (( resid 5 and name HE3)) (( resid 9 and name HA) or ( resid 7 and name HA)) 4.3 1.09 1.09 ! peak number d 739 F1= 7.431 F2= 2.572 null null d= 3.4 assi (( resid 5 and name HE3)) (( resid 9 and name HG3)) 3.4 0.85 0.85 ! peak number d 970 F1= 0.866 F2= 7.423 null null d= 3.5 assi (( resid 5 and name HE3) or ( resid 23 and name HE*)) (( resid 6 and name HB3) or ( resid 50 and name HG1*)) 3.5 0.88 0.88 ! peak number h 1066 F1= 7.422 F2= 1.741 null null d= 3.6 assi (( resid 5 and name HE3) or ( resid 48 and name HE22)) (( resid 56 and name HD3) or ( resid 56 and name HB*)) 3.6 0.90 0.90 ! peak number d 808 F1= 1.014 F2= 7.325 null null d= 3.6 assi (( resid 5 and name HH2)) (( resid 44 and name HB*)) 3.6 0.89 0.89 ! peak number d 1291 F1= 7.321 F2= 0.870 null null d= 5.2 assi (( resid 5 and name HH2)) (( resid 6 and name HB3)) 5.2 1.40 1.40 ! peak number d 1238 F1= 7.319 F2= 2.570 null null d= 4.3 assi (( resid 5 and name HH2) or ( resid 35 and name HE*)) (( resid 9 and name HG3) or ( resid 47 and name HB3)) 4.3 1.08 1.08 ! peak number d 1240 F1= 7.336 F2= 2.199 null null d= 4.5 assi (( resid 5 and name HH2) or ( resid 35 and name HE*) or ( resid 27 and name HD1)) (( resid 9 and name HB*) or ( resid 8 and name HE*) or ( resid 53 and name HA)) 4.5 1.20 1.20 ! peak number h 100 F1= 8.242 F2= 4.281 null null d= 2.7 assi (( resid 5 and name HN)) (( resid 4 and name HA)) 2.7 0.70 0.70 ! peak number h 645 F1= 8.237 F2= 1.920 null null d= 3.6 assi (( resid 5 and name HN)) (( resid 4 and name HB3)) 3.6 0.90 0.90 ! peak number h 519 F1= 4.043 F2= 8.239 null null d= 3.1 assi (( resid 5 and name HN)) (( resid 5 and name HA)) 3.1 0.77 0.77 ! peak number h 342 F1= 3.242 F2= 8.234 null null d= 2.8 assi (( resid 5 and name HN)) (( resid 5 and name HB2)) 2.8 0.70 0.70 ! peak number h 525 F1= 3.369 F2= 8.229 null null d= 3.3 assi (( resid 5 and name HN)) (( resid 5 and name HB3)) 3.3 0.82 0.82 ! peak number h 263 F1= 7.516 F2= 8.234 null null d= 2.7 assi (( resid 5 and name HN)) (( resid 5 and name HD1)) 2.7 0.68 0.68 ! peak number h 437 F1= 8.235 F2= 5.219 null null d= 3.5 assi (( resid 5 and name HN)) (( resid 6 and name HN)) 3.5 0.88 0.88 ! peak number d 1162 F1= 1.011 F2= 7.619 null null d= 4.0 assi (( resid 5 and name HZ2)) (( resid 44 and name HB*)) 4.0 1.00 1.00 ! peak number h 252 F1= 7.318 F2= 7.614 null null d= 2.2 assi (( resid 5 and name HZ2)) (( resid 5 and name HH2)) 2.2 0.55 0.55 ! peak number d 1228 F1= 7.640 F2= 2.001 null null d= 3.6 assi (( resid 5 and name HZ2)) (( resid 56 and name HD2)) 3.6 0.90 0.90 ! peak number d 779 F1= 7.606 F2= 6.195 null null d= 4.0 assi (( resid 5 and name HZ2)) (( resid 6 and name HD*)) 4.0 0.99 0.99 ! peak number d 1163 F1= 1.015 F2= 7.223 null null d= 4.1 assi (( resid 5 and name HZ3)) (( resid 44 and name HB*)) 4.1 1.02 1.02 ! peak number d 1154 F1= 3.630 F2= 7.228 null null d= 3.8 assi (( resid 5 and name HZ3)) (( resid 6 and name HA)) 3.8 0.94 0.94 ! peak number d 1420 F1= 0.860 F2= 7.213 null null d= 4.5 assi (( resid 5 and name HZ3)) (( resid 6 and name HB3)) 4.5 1.13 1.13 ! peak number d 161 F1= 7.210 F2= 2.569 null null d= 3.0 assi (( resid 5 and name HZ3)) (( resid 9 and name HG3)) 3.0 0.74 0.74 ! peak number d 61 F1= 7.230 F2= 2.200 null null d= 3.2 assi (( resid 5 and name HZ3) or ( resid 27 and name HH2)) (( resid 9 and name HB*) or ( resid 8 and name HE*) or ( resid 3 and name HG2)) 3.2 0.79 0.79 ! peak number d 560 F1= 3.075 F2= 0.665 null null d= 2.5 assi (( resid 50 and name HA)) (( resid 50 and name HB)) 2.5 0.62 0.62 ! peak number d 561 F1= 3.073 F2= 0.778 null null d= 3.2 assi (( resid 50 and name HA)) (( resid 50 and name HD1*)) 3.2 0.80 0.80 ! peak number d 678 F1= 0.866 F2= 3.087 null null d= 2.5 assi (( resid 50 and name HA)) (( resid 50 and name HG1*)) 2.5 0.62 0.62 ! peak number h 767 F1= 8.252 F2= 6.787 null null d= 4.0 assi (( resid 50 and name HN)) (( resid 23 and name HD*)) 4.0 1.00 1.00 ! peak number h 211 F1= 8.246 F2= 7.414 null null d= 3.0 assi (( resid 50 and name HN)) (( resid 23 and name HE*)) 3.0 0.76 0.76 ! peak number h 434 F1= 8.258 F2= 4.820 null null d= 2.3 assi (( resid 50 and name HN)) (( resid 49 and name HA)) 2.3 0.57 0.57 ! peak number h 105 F1= 8.247 F2= 4.447 null null d= 2.3 assi (( resid 50 and name HN)) (( resid 49 and name HB)) 2.3 0.57 0.57 ! peak number h 644 F1= 8.252 F2= 1.276 null null d= 3.4 assi (( resid 50 and name HN)) (( resid 49 and name HG2*)) 3.4 0.85 0.85 ! peak number h 93 F1= 8.258 F2= 3.078 null null d= 3.0 assi (( resid 50 and name HN)) (( resid 50 and name HA)) 3.0 0.75 0.75 ! peak number h 60 F1= 8.264 F2= 0.655 null null d= 2.3 assi (( resid 50 and name HN)) (( resid 50 and name HG2*) or ( resid 50 and name HB)) 2.3 0.57 0.57 ! peak number d 1096 F1= 3.766 F2= 0.679 null null d= 4.4 assi (( resid 51 and name HA1)) (( resid 50 and name HG2*)) 4.4 1.10 1.10 ! peak number d 505 F1= 3.595 F2= 3.791 null null d= 1.9 assi (( resid 51 and name HA1)) (( resid 51 and name HA2)) 1.9 0.46 0.46 ! peak number d 1379 F1= 1.700 F2= 3.783 null null d= 3.8 assi (( resid 51 and name HA1)) (( resid 54 and name HB*)) 3.8 0.95 0.95 ! peak number d 1010 F1= 3.804 F2= 2.582 null null d= 3.4 assi (( resid 51 and name HA1) or ( resid 10 and name HD2)) (( resid 9 and name HG3) or ( resid 32 and name HB3)) 3.4 0.85 0.85 ! peak number d 1199 F1= 3.080 F2= 3.596 null null d= 3.2 assi (( resid 51 and name HA2)) (( resid 54 and name HD2) or ( resid 50 and name HA)) 3.2 0.80 0.80 ! peak number h 797 F1= 8.218 F2= 3.075 null null d= 3.5 assi (( resid 51 and name HN)) (( resid 50 and name HA)) 3.5 0.88 0.88 ! peak number h 63 F1= 8.210 F2= 0.654 null null d= 2.7 assi (( resid 51 and name HN)) (( resid 50 and name HG2*)) 2.7 0.68 0.68 ! peak number h 321 F1= 3.793 F2= 8.219 null null d= 2.5 assi (( resid 51 and name HN)) (( resid 51 and name HA1)) 2.5 0.64 0.64 ! peak number h 523 F1= 3.610 F2= 8.223 null null d= 2.9 assi (( resid 51 and name HN)) (( resid 51 and name HA2)) 2.9 0.72 0.72 ! peak number h 207 F1= 8.216 F2= 7.664 null null d= 2.8 assi (( resid 51 and name HN)) (( resid 52 and name HN)) 2.8 0.71 0.71 ! peak number h 623 F1= 6.783 F2= 8.245 null null d= 3.9 assi (( resid 51 and name HN) or ( resid 50 and name HN)) (( resid 23 and name HD*)) 3.9 0.97 0.97 ! peak number h 341 F1= 3.077 F2= 8.240 null null d= 2.9 assi (( resid 51 and name HN) or ( resid 50 and name HN)) (( resid 50 and name HA)) 2.9 0.72 0.72 ! peak number h 1051 F1= 0.859 F2= 8.231 null null d= 3.8 assi (( resid 51 and name HN) or ( resid 50 and name HN)) (( resid 50 and name HG1*)) 3.8 0.94 0.94 ! peak number h 389 F1= 0.669 F2= 8.232 null null d= 2.2 assi (( resid 51 and name HN) or ( resid 50 and name HN)) (( resid 50 and name HG2*) or ( resid 50 and name HB)) 2.2 0.55 0.55 ! peak number d 534 F1= 2.139 F2= 3.988 null null d= 2.6 assi (( resid 52 and name HA)) (( resid 52 and name HB*)) 2.6 0.80 0.80 ! peak number d 449 F1= 3.988 F2= 2.523 null null d= 3.1 assi (( resid 52 and name HA)) (( resid 52 and name HG2)) 3.1 0.79 0.79 ! peak number d 452 F1= 3.991 F2= 2.338 null null d= 3.2 assi (( resid 52 and name HA)) (( resid 52 and name HG3)) 3.2 0.80 0.80 ! peak number d 423 F1= 3.988 F2= 1.790 null null d= 2.7 assi (( resid 52 and name HA)) (( resid 55 and name HB*)) 2.7 0.69 0.69 ! peak number d 1304 F1= 1.532 F2= 4.015 null null d= 3.4 assi (( resid 52 and name HA) or ( resid 21 and name HB3)) (( resid 55 and name HD*) or ( resid 36 and name HG)) 3.4 0.85 0.85 ! peak number d 461 F1= 3.972 F2= 2.155 null null d= 2.1 assi (( resid 52 and name HA) or ( resid 34 and name HD2)) (( resid 52 and name HB*) or ( resid 34 and name HG*)) 2.1 0.53 0.53 ! peak number h 442 F1= 7.668 F2= 3.783 null null d= 3.2 assi (( resid 52 and name HN)) (( resid 51 and name HA1)) 3.2 0.80 0.80 ! peak number h 133 F1= 7.669 F2= 3.980 null null d= 3.2 assi (( resid 52 and name HN)) (( resid 52 and name HA)) 3.2 0.81 0.81 ! peak number h 376 F1= 2.146 F2= 7.668 null null d= 2.5 assi (( resid 52 and name HN)) (( resid 52 and name HB*)) 2.5 0.61 0.61 ! peak number h 935 F1= 2.336 F2= 7.693 null null d= 3.4 assi (( resid 52 and name HN) or ( resid 11 and name HN)) (( resid 52 and name HG3) or ( resid 10 and name HB*)) 3.4 0.85 0.85 ! peak number d 1206 F1= 2.720 F2= 3.194 null null d= 2.6 assi (( resid 53 and name HB2)) (( resid 23 and name HB3)) 2.6 0.65 0.65 ! peak number d 823 F1= 3.179 F2= 2.597 null null d= 2.4 assi (( resid 53 and name HB2)) (( resid 32 and name HB3)) 2.4 0.60 0.60 ! peak number d 585 F1= 2.587 F2= 3.195 null null d= 2.5 assi (( resid 53 and name HB2)) (( resid 47 and name HB3) or ( resid 32 and name HB3)) 2.5 0.62 0.62 ! peak number d 1341 F1= 0.871 F2= 3.190 null null d= 3.6 assi (( resid 53 and name HB2) or ( resid 25 and name HB3)) (( resid 6 and name HB3) or ( resid 50 and name HG1*)) 3.6 0.90 0.90 ! peak number d 582 F1= 2.191 F2= 3.016 null null d= 2.5 assi (( resid 53 and name HB3)) (( resid 53 and name HA)) 2.5 0.62 0.62 ! peak number h 697 F1= 6.878 F2= 3.333 null null d= 3.6 assi (( resid 53 and name HN)) (( resid 47 and name HB2)) 3.6 0.90 0.90 ! peak number h 819 F1= 6.876 F2= 2.569 null null d= 4.0 assi (( resid 53 and name HN)) (( resid 47 and name HB3) or ( resid 32 and name HB3)) 4.0 1.00 1.00 ! peak number h 174 F1= 6.871 F2= 3.080 null null d= 3.5 assi (( resid 53 and name HN)) (( resid 50 and name HA)) 3.5 0.86 0.86 ! peak number h 812 F1= 6.879 F2= 3.990 null null d= 4.3 assi (( resid 53 and name HN)) (( resid 52 and name HA)) 4.3 1.07 1.07 ! peak number h 167 F1= 6.874 F2= 2.159 null null d= 2.7 assi (( resid 53 and name HN)) (( resid 52 and name HB*)) 2.7 0.68 0.68 ! peak number h 173 F1= 6.876 F2= 3.175 null null d= 2.7 assi (( resid 53 and name HN)) (( resid 53 and name HB2)) 2.7 0.69 0.69 ! peak number h 176 F1= 6.875 F2= 2.989 null null d= 2.9 assi (( resid 53 and name HN)) (( resid 53 and name HB3)) 2.9 0.71 0.71 ! peak number h 373 F1= 2.173 F2= 6.886 null null d= 2.7 assi (( resid 53 and name HN) or ( resid 2 and name HE22)) (( resid 53 and name HA) or ( resid 52 and name HB*) or ( resid 2 and name HG*)) 2.7 0.68 0.68 ! peak number d 609 F1= 1.989 F2= 3.578 null null d= 2.9 assi (( resid 54 and name HA)) (( resid 58 and name HB*)) 2.9 0.72 0.72 ! peak number d 479 F1= 3.565 F2= 0.996 null null d= 3.0 assi (( resid 54 and name HA)) (( resid 58 and name HD2*)) 3.0 0.74 0.74 ! peak number d 613 F1= 1.432 F2= 3.575 null null d= 3.3 assi (( resid 54 and name HA)) (( resid 58 and name HG)) 3.3 0.82 0.82 ! peak number d 612 F1= 1.508 F2= 3.570 null null d= 2.8 assi (( resid 54 and name HA)) (( resid 60 and name HD*)) 2.8 0.70 0.70 ! peak number d 874 F1= 1.680 F2= 2.985 null null d= 2.6 assi (( resid 54 and name HD3)) (( resid 54 and name HB*)) 2.6 0.65 0.65 ! peak number d 626 F1= 1.505 F2= 2.991 null null d= 2.5 assi (( resid 54 and name HD3)) (( resid 54 and name HG*)) 2.5 0.62 0.62 ! peak number h 490 F1= 7.342 F2= 3.083 null null d= 4.2 assi (( resid 54 and name HE)) (( resid 54 and name HD2)) 4.2 1.30 1.30 ! peak number h 120 F1= 7.343 F2= 2.994 null null d= 3.2 assi (( resid 54 and name HE)) (( resid 54 and name HD3) or ( resid 53 and name HB3)) 3.2 0.79 0.79 ! peak number h 601 F1= 7.341 F2= 1.479 null null d= 3.6 assi (( resid 54 and name HE)) (( resid 60 and name HD*) or ( resid 54 and name HG*)) 3.6 0.91 0.91 ! peak number h 595 F1= 7.324 F2= 3.549 null null d= 3.7 assi (( resid 54 and name HE) or ( resid 35 and name HE*)) (( resid 54 and name HA) or ( resid 22 and name HB2)) 3.7 0.93 0.93 ! peak number h 694 F1= 7.339 F2= 1.812 null null d= 3.6 assi (( resid 54 and name HE) or ( resid 35 and name HE*)) (( resid 55 and name HB*) or ( resid 12 and name HB2)) 3.6 0.90 0.90 ! peak number h 124 F1= 7.322 F2= 2.843 null null d= 2.6 assi (( resid 54 and name HE) or ( resid 35 and name HE*)) (( resid 60 and name HE3) or ( resid 24 and name HB*)) 2.6 0.65 0.65 ! peak number h 367 F1= 2.832 F2= 7.322 null null d= 2.6 assi (( resid 54 and name HE) or ( resid 35 and name HE*)) (( resid 60 and name HE3) or ( resid 37 and name HB2) or ( resid 24 and name HB*)) 2.6 0.65 0.65 ! peak number h 653 F1= 8.473 F2= 2.190 null null d= 3.8 assi (( resid 54 and name HN)) (( resid 53 and name HA)) 3.8 0.95 0.95 ! peak number h 343 F1= 3.174 F2= 8.468 null null d= 2.7 assi (( resid 54 and name HN)) (( resid 53 and name HB2)) 2.7 0.66 0.66 ! peak number h 217 F1= 8.474 F2= 6.873 null null d= 3.0 assi (( resid 54 and name HN)) (( resid 53 and name HN)) 3.0 0.74 0.74 ! peak number h 381 F1= 1.691 F2= 8.471 null null d= 2.7 assi (( resid 54 and name HN)) (( resid 54 and name HB*)) 2.7 0.68 0.68 ! peak number h 639 F1= 8.472 F2= 3.076 null null d= 3.7 assi (( resid 54 and name HN)) (( resid 54 and name HD2) or ( resid 50 and name HA)) 3.7 0.93 0.93 ! peak number h 638 F1= 8.482 F2= 3.002 null null d= 3.1 assi (( resid 54 and name HN)) (( resid 54 and name HD3) or ( resid 53 and name HB3)) 3.1 0.78 0.78 ! peak number h 224 F1= 8.081 F2= 8.471 null null d= 2.6 assi (( resid 54 and name HN)) (( resid 55 and name HN)) 2.6 0.65 0.65 ! peak number h 325 F1= 3.568 F2= 8.482 null null d= 2.7 assi (( resid 54 and name HN) or ( resid 22 and name HN)) (( resid 54 and name HA) or ( resid 22 and name HB2)) 2.7 0.68 0.68 ! peak number h 453 F1= 8.478 F2= 1.497 null null d= 2.9 assi (( resid 54 and name HN) or ( resid 22 and name HN)) (( resid 54 and name HG*) or ( resid 36 and name HG)) 2.9 0.72 0.72 ! peak number h 749 F1= 2.208 F2= 8.454 null null d= 3.3 assi (( resid 54 and name HN) or ( resid 43 and name HD22)) (( resid 9 and name HB*) or ( resid 53 and name HA)) 3.3 0.82 0.82 ! peak number d 427 F1= 3.883 F2= 1.780 null null d= 2.4 assi (( resid 55 and name HA)) (( resid 55 and name HB*)) 2.4 0.60 0.60 ! peak number d 1011 F1= 3.878 F2= 3.028 null null d= 3.4 assi (( resid 55 and name HA)) (( resid 59 and name HA1)) 3.4 0.85 0.85 ! peak number d 422 F1= 3.880 F2= 1.321 null null d= 3.2 assi (( resid 55 and name HA)) (( resid 60 and name HB3) or ( resid 55 and name HG*)) 3.2 0.79 0.79 ! peak number d 1005 F1= 1.980 F2= 3.876 null null d= 3.7 assi (( resid 55 and name HA) or ( resid 34 and name HD3)) (( resid 58 and name HB*) or ( resid 34 and name HB2)) 3.7 0.93 0.93 ! peak number d 1007 F1= 1.543 F2= 2.892 null null d= 2.5 assi (( resid 55 and name HE*) or ( resid 26 and name HE3)) (( resid 55 and name HD*) or ( resid 26 and name HD*)) 2.5 0.64 0.64 ! peak number h 481 F1= 8.078 F2= 3.983 null null d= 3.5 assi (( resid 55 and name HN)) (( resid 52 and name HA)) 3.5 0.88 0.88 ! peak number h 655 F1= 8.079 F2= 3.574 null null d= 3.8 assi (( resid 55 and name HN)) (( resid 54 and name HA)) 3.8 0.95 0.95 ! peak number h 774 F1= 7.344 F2= 8.070 null null d= 3.9 assi (( resid 55 and name HN)) (( resid 54 and name HE)) 3.9 0.97 0.97 ! peak number h 380 F1= 1.788 F2= 8.076 null null d= 2.3 assi (( resid 55 and name HN)) (( resid 55 and name HB*)) 2.3 0.59 0.59 ! peak number h 64 F1= 8.073 F2= 1.681 null null d= 3.1 assi (( resid 55 and name HN)) (( resid 60 and name HB2) or ( resid 54 and name HB*)) 3.1 0.79 0.79 ! peak number h 841 F1= 8.079 F2= 1.314 null null d= 3.8 assi (( resid 55 and name HN)) (( resid 60 and name HB3) or ( resid 55 and name HG*)) 3.8 0.95 0.95 ! peak number h 318 F1= 3.884 F2= 8.078 null null d= 3.0 assi (( resid 55 and name HN) or ( resid 28 and name HN)) (( resid 55 and name HA) or ( resid 27 and name HB3)) 3.0 0.75 0.75 ! peak number h 842 F1= 8.105 F2= 1.548 null null d= 4.3 assi (( resid 55 and name HN) or ( resid 28 and name HN)) (( resid 55 and name HD*) or ( resid 26 and name HD*)) 4.3 1.80 1.80 ! peak number d 872 F1= 1.996 F2= 4.152 null null d= 3.6 assi (( resid 56 and name HA)) (( resid 56 and name HD2)) 3.6 0.90 0.90 ! peak number d 393 F1= 4.147 F2= 2.052 null null d= 2.4 assi (( resid 56 and name HA)) (( resid 56 and name HG2)) 2.4 0.60 0.60 ! peak number d 395 F1= 4.150 F2= 1.571 null null d= 2.6 assi (( resid 56 and name HA)) (( resid 56 and name HG3)) 2.6 0.65 0.65 ! peak number d 1378 F1= 2.515 F2= 3.108 null null d= 2.9 assi (( resid 56 and name HE*)) (( resid 52 and name HG2)) 2.9 0.72 0.72 ! peak number d 1370 F1= 3.093 F2= 2.340 null null d= 3.4 assi (( resid 56 and name HE*)) (( resid 52 and name HG3)) 3.4 0.85 0.85 ! peak number d 605 F1= 2.006 F2= 3.098 null null d= 3.0 assi (( resid 56 and name HE*)) (( resid 56 and name HD2)) 3.0 0.75 0.75 ! peak number d 624 F1= 1.772 F2= 3.098 null null d= 2.2 assi (( resid 56 and name HE*)) (( resid 56 and name HD3)) 2.2 0.55 0.55 ! peak number h 1101 F1= 7.929 F2= 3.558 null null d= 3.7 assi (( resid 56 and name HN)) (( resid 54 and name HA)) 3.7 0.93 0.93 ! peak number h 654 F1= 7.948 F2= 3.877 null null d= 3.4 assi (( resid 56 and name HN) or ( resid 45 and name HD22)) (( resid 55 and name HA) or ( resid 11 and name HA)) 3.4 0.85 0.85 ! peak number h 418 F1= 7.962 F2= 6.930 null null d= 3.5 assi (( resid 45 and name HD22)) (( resid 24 and name HD*)) 3.5 0.3 0.3 ! peak number h 1098 F1= 2.537 F2= 7.967 null null d= 5.1 assi (( resid 56 and name HN) or ( resid 47 and name HE*)) (( resid 52 and name HG2)) 5.1 1.27 1.27 ! peak number h 52 F1= 7.938 F2= 1.742 null null d= 2.2 assi (( resid 56 and name HN) or ( resid 47 and name HE*)) (( resid 56 and name HD3) or ( resid 56 and name HB*)) 2.2 0.55 0.55 ! peak number d 856 F1= 4.099 F2= 4.937 null null d= 3.3 assi (( resid 57 and name HA)) (( resid 3 and name HA)) 3.3 0.82 0.82 ! peak number d 326 F1= 3.887 F2= 4.932 null null d= 2.7 assi (( resid 57 and name HA)) (( resid 4 and name HD2)) 2.7 0.68 0.68 ! peak number d 1061 F1= 4.931 F2= 3.691 null null d= 3.7 assi (( resid 57 and name HA)) (( resid 4 and name HD3)) 3.7 0.93 0.93 ! peak number d 1069 F1= 4.926 F2= 1.779 null null d= 3.3 assi (( resid 57 and name HA)) (( resid 56 and name HD3) or ( resid 3 and name HB3)) 3.3 0.84 0.84 ! peak number d 368 F1= 1.185 F2= 4.937 null null d= 2.7 assi (( resid 57 and name HA)) (( resid 57 and name HB3)) 2.7 0.66 0.66 ! peak number d 37 F1= 4.928 F2= 2.485 null null d= 3.2 assi (( resid 57 and name HA)) (( resid 6 and name HB2) or ( resid 3 and name HB2)) 3.2 0.80 0.80 ! peak number d 346 F1= 1.864 F2= 4.926 null null d= 2.5 assi (( resid 57 and name HA) or ( resid 34 and name HA)) (( resid 57 and name HB2) or ( resid 34 and name HB3)) 2.5 0.62 0.62 ! peak number h 378 F1= 1.864 F2= 7.926 null null d= 2.6 assi (( resid 57 and name HN)) (( resid 57 and name HB2)) 2.6 0.65 0.65 ! peak number h 657 F1= 7.924 F2= 1.186 null null d= 4.0 assi (( resid 57 and name HN)) (( resid 57 and name HB3)) 4.0 1.10 1.10 ! peak number h 608 F1= 7.924 F2= 7.648 null null d= 2.3 assi (( resid 57 and name HN)) (( resid 58 and name HN)) 2.3 0.59 0.59 ! peak number h 77 F1= 7.942 F2= 4.149 null null d= 2.9 assi (( resid 57 and name HN) or ( resid 56 and name HN)) (( resid 56 and name HA)) 2.9 0.72 0.72 ! peak number h 556 F1= 2.079 F2= 7.934 null null d= 3.2 assi (( resid 57 and name HN) or ( resid 56 and name HN)) (( resid 56 and name HG2)) 3.2 0.80 0.80 ! peak number h 625 F1= 6.984 F2= 7.926 null null d= 3.6 assi (( resid 57 and name HN) or ( resid 56 and name HN)) (( resid 59 and name HN)) 3.6 0.90 0.90 ! peak number h 459 F1= 7.937 F2= 2.073 null null d= 3.1 assi (( resid 57 and name HN) or ( resid 56 and name HN) or ( resid 47 and name HE*)) (( resid 56 and name HG2)) 3.1 0.78 0.78 ! peak number d 341 F1= 1.992 F2= 4.550 null null d= 3.2 assi (( resid 58 and name HA)) (( resid 58 and name HB*)) 3.2 0.90 0.90 ! peak number d 1083 F1= 4.541 F2= 1.213 null null d= 3.3 assi (( resid 58 and name HA) or ( resid 26 and name HA)) (( resid 57 and name HB3) or ( resid 33 and name HB3) or ( resid 30 and name HG3) or ( resid 29 and name HB*)) 3.3 0.82 0.82 ! peak number d 1389 F1= 4.551 F2= 3.561 null null d= 3.4 assi (( resid 58 and name HA) or ( resid 36 and name HA)) (( resid 54 and name HA) or ( resid 22 and name HB2)) 3.4 0.85 0.85 ! peak number d 380 F1= 4.526 F2= 0.956 null null d= 2.5 assi (( resid 58 and name HA) or ( resid 36 and name HA)) (( resid 58 and name HD1*) or ( resid 36 and name HB3)) 2.5 0.62 0.62 ! peak number d 405 F1= 4.544 F2= 1.419 null null d= 2.1 assi (( resid 58 and name HA) or ( resid 39 and name HA1)) (( resid 58 and name HG) or ( resid 17 and name HG3)) 2.1 0.53 0.53 ! peak number d 1084 F1= 4.541 F2= 1.292 null null d= 3.0 assi (( resid 58 and name HA) or ( resid 39 and name HA1) or ( resid 26 and name HA)) (( resid 33 and name HG) or ( resid 30 and name HG2) or ( resid 18 and name HG2) or ( resid 17 and name HG2)) 3.0 0.75 0.75 ! peak number d 1191 F1= 1.279 F2= 4.567 null null d= 3.1 assi (( resid 58 and name HA) or ( resid 48 and name HA) or ( resid 26 and name HA)) (( resid 49 and name HG2*) or ( resid 33 and name HG) or ( resid 30 and name HG2)) 3.1 0.78 0.78 ! peak number d 714 F1= 0.984 F2= 2.006 null null d= 2.5 assi (( resid 58 and name HB*)) (( resid 58 and name HD2*) or ( resid 58 and name HD1*)) 2.5 0.62 0.62 ! peak number d 895 F1= 0.988 F2= 1.446 null null d= 2.1 assi (( resid 58 and name HG)) (( resid 58 and name HD2*) or ( resid 58 and name HD1*)) 2.1 0.53 0.53 ! peak number h 863 F1= 7.660 F2= 1.851 null null d= 4.1 assi (( resid 58 and name HN)) (( resid 57 and name HB2)) 4.1 1.02 1.02 ! peak number h 377 F1= 1.999 F2= 7.650 null null d= 2.7 assi (( resid 58 and name HN)) (( resid 58 and name HB*)) 2.7 0.69 0.69 ! peak number h 470 F1= 7.652 F2= 1.437 null null d= 3.0 assi (( resid 58 and name HN)) (( resid 58 and name HG)) 3.0 0.75 0.75 ! peak number h 240 F1= 7.658 F2= 6.984 null null d= 2.3 assi (( resid 58 and name HN)) (( resid 59 and name HN)) 2.3 0.56 0.56 ! peak number h 483 F1= 7.657 F2= 3.583 null null d= 3.3 assi (( resid 58 and name HN) or ( resid 52 and name HN)) (( resid 54 and name HA) or ( resid 51 and name HA2)) 3.3 0.82 0.82 ! peak number d 578 F1= 2.465 F2= 3.025 null null d= 1.9 assi (( resid 59 and name HA1)) (( resid 59 and name HA2)) 1.9 0.47 0.47 ! peak number h 962 F1= 3.877 F2= 6.991 null null d= 3.6 assi (( resid 59 and name HN)) (( resid 55 and name HA)) 3.6 0.90 0.90 ! peak number h 175 F1= 6.983 F2= 3.031 null null d= 2.6 assi (( resid 59 and name HN)) (( resid 59 and name HA1)) 2.6 0.65 0.65 ! peak number h 154 F1= 7.012 F2= 1.058 null null d= 2.6 assi (( resid 59 and name HN)) (( resid 60 and name HG*)) 2.6 0.65 0.65 ! peak number h 172 F1= 7.009 F2= 3.233 null null d= 2.6 assi (( resid 59 and name HN) or ( resid 25 and name HE1)) (( resid 30 and name HA) or ( resid 1 and name HB3)) 2.6 0.65 0.65 ! peak number h 602 F1= 7.011 F2= 1.185 null null d= 3.3 assi (( resid 59 and name HN) or ( resid 25 and name HE1)) (( resid 57 and name HB3) or ( resid 30 and name HG3)) 3.3 0.82 0.82 ! peak number h 480 F1= 6.989 F2= 2.008 null null d= 3.3 assi (( resid 59 and name HN) or ( resid 27 and name HZ3)) (( resid 58 and name HB*) or ( resid 3 and name HG3)) 3.3 0.84 0.84 ! peak number h 165 F1= 6.984 F2= 2.493 null null d= 3.0 assi (( resid 59 and name HN) or ( resid 27 and name HZ3)) (( resid 59 and name HA2) or ( resid 3 and name HB2)) 3.0 0.74 0.74 ! peak number h 821 F1= 6.988 F2= 2.893 null null d= 3.5 assi (( resid 59 and name HN) or ( resid 37 and name HD*) or ( resid 27 and name HZ3)) (( resid 7 and name HB3) or ( resid 60 and name HE2) or ( resid 20 and name HB3)) 3.5 0.88 0.88 ! peak number d 1180 F1= 1.016 F2= 3.642 null null d= 4.4 assi (( resid 6 and name HA)) (( resid 44 and name HB*)) 4.4 1.10 1.10 ! peak number d 521 F1= 2.475 F2= 3.641 null null d= 2.5 assi (( resid 6 and name HA)) (( resid 6 and name HB2)) 2.5 0.62 0.62 ! peak number d 481 F1= 3.631 F2= 0.876 null null d= 2.4 assi (( resid 6 and name HA)) (( resid 6 and name HB3)) 2.4 0.60 0.60 ! peak number d 686 F1= 0.864 F2= 2.478 null null d= 1.9 assi (( resid 6 and name HB2)) (( resid 6 and name HB3)) 1.9 0.47 0.47 ! peak number d 1155 F1= 0.729 F2= 6.198 null null d= 3.5 assi (( resid 6 and name HD*)) (( resid 4 and name HB2)) 3.5 0.88 0.88 ! peak number d 1416 F1= 6.183 F2= 1.932 null null d= 4.3 assi (( resid 6 and name HD*)) (( resid 4 and name HB3)) 4.3 1.09 1.09 ! peak number d 273 F1= 2.480 F2= 6.195 null null d= 2.9 assi (( resid 6 and name HD*)) (( resid 6 and name HB2)) 2.9 0.79 0.79 ! peak number d 318 F1= 0.865 F2= 6.193 null null d= 2.5 assi (( resid 6 and name HD*)) (( resid 6 and name HB3)) 2.5 0.63 0.63 ! peak number h 200 F1= 6.196 F2= 5.230 null null d= 3.4 assi (( resid 6 and name HD*)) (( resid 6 and name HN)) 3.4 0.85 0.85 ! peak number d 1049 F1= 6.779 F2= 1.031 null null d= 4.8 assi (( resid 6 and name HE*)) (( resid 44 and name HB*)) 4.8 1.50 1.50 ! peak number h 1072 F1= 1.730 F2= 6.779 null null d= 4.8 assi (( resid 6 and name HE*)) (( resid 56 and name HB*)) 4.8 1.20 1.20 ! peak number d 747 F1= 6.781 F2= 1.755 null null d= 3.5 assi (( resid 6 and name HE*)) (( resid 56 and name HD3)) 3.5 0.87 0.87 ! peak number d 292 F1= 2.072 F2= 6.791 null null d= 3.1 assi (( resid 6 and name HE*)) (( resid 56 and name HG2)) 3.1 0.76 0.76 ! peak number d 72 F1= 6.783 F2= 1.592 null null d= 3.8 assi (( resid 6 and name HE*)) (( resid 56 and name HG3) or ( resid 4 and name HG3)) 3.8 0.94 0.94 ! peak number d 1041 F1= 6.780 F2= 2.491 null null d= 4.1 assi (( resid 6 and name HE*)) (( resid 6 and name HB2)) 4.1 1.02 1.02 ! peak number d 187 F1= 6.783 F2= 6.199 null null d= 2.3 assi (( resid 6 and name HE*)) (( resid 6 and name HD*)) 2.3 0.57 0.57 ! peak number d 1037 F1= 6.785 F2= 3.881 null null d= 4.6 assi (( resid 6 and name HE*) or ( resid 23 and name HD*)) (( resid 4 and name HD2) or ( resid 34 and name HD3) or ( resid 21 and name HB2)) 4.6 1.15 1.15 ! peak number d 804 F1= 0.873 F2= 6.798 null null d= 3.4 assi (( resid 6 and name HE*) or ( resid 23 and name HD*)) (( resid 6 and name HB3) or ( resid 50 and name HG1*)) 3.4 0.84 0.84 ! peak number h 887 F1= 0.723 F2= 5.228 null null d= 3.6 assi (( resid 6 and name HN)) (( resid 4 and name HB2)) 3.6 0.90 0.90 ! peak number h 586 F1= 0.876 F2= 5.225 null null d= 3.3 assi (( resid 6 and name HN)) (( resid 6 and name HB3)) 3.3 0.82 0.82 ! peak number d 424 F1= 4.008 F2= 1.681 null null d= 3.0 assi (( resid 60 and name HA)) (( resid 60 and name HB2)) 3.0 0.76 0.76 ! peak number d 421 F1= 4.006 F2= 1.310 null null d= 3.4 assi (( resid 60 and name HA)) (( resid 60 and name HB3)) 3.4 0.85 0.85 ! peak number d 1305 F1= 1.491 F2= 4.017 null null d= 4.2 assi (( resid 60 and name HA)) (( resid 60 and name HD*)) 4.2 1.05 1.05 ! peak number d 1003 F1= 4.008 F2= 1.092 null null d= 3.7 assi (( resid 60 and name HA)) (( resid 60 and name HG*)) 3.7 0.93 0.93 ! peak number d 1361 F1= 1.461 F2= 2.831 null null d= 3.4 assi (( resid 60 and name HE3)) (( resid 54 and name HG*)) 3.4 0.85 0.85 ! peak number h 192 F1= 6.922 F2= 3.881 null null d= 2.9 assi (( resid 60 and name HN)) (( resid 55 and name HA)) 2.9 0.72 0.72 ! peak number h 933 F1= 1.987 F2= 6.913 null null d= 3.5 assi (( resid 60 and name HN)) (( resid 58 and name HB*)) 3.5 0.88 0.88 ! peak number h 495 F1= 6.918 F2= 3.023 null null d= 3.3 assi (( resid 60 and name HN)) (( resid 59 and name HA1)) 3.3 0.82 0.82 ! peak number h 500 F1= 6.915 F2= 4.012 null null d= 3.7 assi (( resid 60 and name HN)) (( resid 60 and name HA)) 3.7 0.93 0.93 ! peak number h 852 F1= 6.922 F2= 1.078 null null d= 3.3 assi (( resid 60 and name HN)) (( resid 60 and name HG*)) 3.3 0.82 0.82 ! peak number h 859 F1= 6.918 F2= 1.996 null null d= 3.5 assi (( resid 60 and name HN) or ( resid 1 and name HH2)) (( resid 58 and name HB*) or ( resid 3 and name HG3)) 3.5 0.88 0.88 ! peak number h 977 F1= 2.898 F2= 6.939 null null d= 3.8 assi (( resid 60 and name HN) or ( resid 1 and name HH2)) (( resid 7 and name HB3) or ( resid 60 and name HE2)) 3.8 0.95 0.95 ! peak number h 478 F1= 6.920 F2= 2.483 null null d= 3.0 assi (( resid 60 and name HN) or ( resid 1 and name HZ3) or ( resid 1 and name HH2)) (( resid 59 and name HA2) or ( resid 30 and name HE3) or ( resid 3 and name HB2)) 3.0 0.75 0.75 ! peak number h 181 F1= 6.937 F2= 2.838 null null d= 2.3 assi (( resid 60 and name HN) or ( resid 24 and name HD*)) (( resid 60 and name HE3) or ( resid 24 and name HB*)) 2.3 0.57 0.57 ! peak number h 145 F1= 6.945 F2= 1.317 null null d= 2.7 assi (( resid 60 and name HN) or ( resid 35 and name HZ)) (( resid 60 and name HB3) or ( resid 46 and name HB3)) 2.7 0.68 0.68 ! peak number d 1076 F1= 4.499 F2= 3.190 null null d= 3.2 assi (( resid 7 and name HA)) (( resid 25 and name HB3)) 3.2 0.80 0.80 ! peak number d 439 F1= 4.498 F2= 3.302 null null d= 2.7 assi (( resid 7 and name HA)) (( resid 7 and name HB2)) 2.7 0.67 0.67 ! peak number d 434 F1= 4.499 F2= 2.901 null null d= 2.7 assi (( resid 7 and name HA)) (( resid 7 and name HB3)) 2.7 0.69 0.69 ! peak number d 987 F1= 1.184 F2= 3.313 null null d= 3.5 assi (( resid 7 and name HB2)) (( resid 57 and name HB3)) 3.5 0.88 0.88 ! peak number d 1373 F1= 2.890 F2= 2.476 null null d= 2.7 assi (( resid 7 and name HB3)) (( resid 3 and name HB2)) 2.7 0.68 0.68 ! peak number d 621 F1= 1.786 F2= 2.886 null null d= 2.7 assi (( resid 7 and name HB3) or ( resid 55 and name HE*) or ( resid 26 and name HE3)) (( resid 55 and name HB*) or ( resid 3 and name HB3) or ( resid 26 and name HB*)) 2.7 0.68 0.68 ! peak number d 1344 F1= 2.882 F2= 1.423 null null d= 4.3 assi (( resid 7 and name HB3) or ( resid 60 and name HE2) or ( resid 20 and name HB3)) (( resid 58 and name HG) or ( resid 18 and name HG3)) 4.3 1.07 1.07 ! peak number h 810 F1= 7.259 F2= 3.882 null null d= 3.8 assi (( resid 7 and name HN)) (( resid 4 and name HD2)) 3.8 0.95 0.95 ! peak number h 509 F1= 7.266 F2= 6.196 null null d= 3.6 assi (( resid 7 and name HN)) (( resid 6 and name HD*)) 3.6 0.90 0.90 ! peak number h 683 F1= 7.263 F2= 5.228 null null d= 2.9 assi (( resid 7 and name HN)) (( resid 6 and name HN)) 2.9 0.72 0.72 ! peak number h 486 F1= 7.260 F2= 3.294 null null d= 3.7 assi (( resid 7 and name HN)) (( resid 7 and name HB2)) 3.7 0.91 0.91 ! peak number h 121 F1= 7.262 F2= 2.894 null null d= 2.7 assi (( resid 7 and name HN)) (( resid 7 and name HB3)) 2.7 0.68 0.68 ! peak number h 832 F1= 7.260 F2= 4.930 null null d= 2.8 assi (( resid 7 and name HN) or ( resid 1 and name HD1)) (( resid 57 and name HA)) 2.8 0.70 0.70 ! peak number h 773 F1= 6.195 F2= 7.260 null null d= 3.8 assi (( resid 7 and name HN) or ( resid 1 and name HD1)) (( resid 6 and name HD*)) 3.8 0.95 0.95 ! peak number h 497 F1= 7.239 F2= 3.660 null null d= 3.2 assi (( resid 7 and name HN) or ( resid 5 and name HZ3)) (( resid 6 and name HA)) 3.2 0.80 0.80 ! peak number d 1427 F1= 3.872 F2= 4.190 null null d= 2.5 assi (( resid 8 and name HA)) (( resid 27 and name HB3)) 2.5 0.61 0.61 ! peak number d 407 F1= 4.185 F2= 1.381 null null d= 2.6 assi (( resid 8 and name HA)) (( resid 8 and name HB2)) 2.6 0.65 0.65 ! peak number d 878 F1= 1.207 F2= 4.191 null null d= 3.1 assi (( resid 8 and name HA)) (( resid 8 and name HB3)) 3.1 0.78 0.78 ! peak number d 1093 F1= 4.183 F2= 1.009 null null d= 4.2 assi (( resid 8 and name HA)) (( resid 8 and name HD*)) 4.2 1.05 1.05 ! peak number d 1171 F1= 0.481 F2= 4.203 null null d= 3.6 assi (( resid 8 and name HA)) (( resid 8 and name HG2)) 3.6 0.90 0.90 ! peak number d 370 F1= 0.026 F2= 4.193 null null d= 2.9 assi (( resid 8 and name HA)) (( resid 8 and name HG3)) 2.9 0.72 0.72 ! peak number d 972 F1= 0.476 F2= 1.367 null null d= 3.6 assi (( resid 8 and name HB2)) (( resid 8 and name HG2)) 3.6 0.90 0.90 ! peak number d 705 F1= 0.022 F2= 1.383 null null d= 2.9 assi (( resid 8 and name HB2)) (( resid 8 and name HG3)) 2.9 0.72 0.72 ! peak number d 848 F1= 1.196 F2= 0.483 null null d= 2.9 assi (( resid 8 and name HB3)) (( resid 8 and name HG2)) 2.9 0.72 0.72 ! peak number d 976 F1= 0.027 F2= 1.204 null null d= 3.8 assi (( resid 8 and name HB3)) (( resid 8 and name HG3)) 3.8 0.94 0.94 ! peak number d 677 F1= 1.192 F2= 2.894 null null d= 3.1 assi (( resid 8 and name HB3) or ( resid 7 and name HB3) or ( resid 26 and name HE3)) (( resid 8 and name HB3) or ( resid 57 and name HB3) or ( resid 29 and name HB*)) 3.1 0.78 0.78 ! peak number d 706 F1= 0.480 F2= 0.986 null null d= 2.7 assi (( resid 8 and name HD*)) (( resid 8 and name HG2)) 2.7 0.68 0.68 ! peak number d 703 F1= 0.987 F2= 0.036 null null d= 3.4 assi (( resid 8 and name HD*)) (( resid 8 and name HG3)) 3.4 1.00 1.00 ! peak number d 1213 F1= 1.193 F2= 2.197 null null d= 3.4 assi (( resid 8 and name HE*)) (( resid 8 and name HB3)) 3.4 0.85 0.85 ! peak number d 829 F1= 2.200 F2= 0.483 null null d= 3.3 assi (( resid 8 and name HE*)) (( resid 8 and name HG2)) 3.3 0.84 0.84 ! peak number d 1135 F1= 2.198 F2= 0.038 null null d= 3.5 assi (( resid 8 and name HE*)) (( resid 8 and name HG3)) 3.5 0.88 0.88 ! peak number d 699 F1= 0.471 F2= 0.043 null null d= 2.1 assi (( resid 8 and name HG2)) (( resid 8 and name HG3)) 2.1 0.53 0.53 ! peak number h 1087 F1= 3.637 F2= 7.060 null null d= 4.8 assi (( resid 8 and name HN)) (( resid 6 and name HA)) 4.8 1.19 1.19 ! peak number h 672 F1= 7.067 F2= 4.193 null null d= 4.0 assi (( resid 8 and name HN)) (( resid 8 and name HA)) 4.0 1.00 1.00 ! peak number h 892 F1= 1.381 F2= 7.071 null null d= 3.7 assi (( resid 8 and name HN)) (( resid 8 and name HB2)) 3.7 0.93 0.93 ! peak number h 158 F1= 7.066 F2= 0.483 null null d= 3.3 assi (( resid 8 and name HN)) (( resid 8 and name HG2)) 3.3 0.82 0.82 ! peak number h 150 F1= 7.060 F2= 1.194 null null d= 2.7 assi (( resid 8 and name HN) or ( resid 25 and name HE2)) (( resid 8 and name HB3) or ( resid 57 and name HB3)) 2.7 0.68 0.68 ! peak number h 395 F1= 0.983 F2= 7.078 null null d= 3.3 assi (( resid 8 and name HN) or ( resid 25 and name HE2)) (( resid 8 and name HD*) or ( resid 58 and name HD2*) or ( resid 58 and name HD1*)) 3.3 0.82 0.82 ! peak number h 179 F1= 7.093 F2= 2.896 null null d= 3.2 assi (( resid 8 and name HN) or ( resid 25 and name HE2) or ( resid 20 and name HD*)) (( resid 7 and name HB3) or ( resid 20 and name HB3)) 3.2 0.81 0.81 ! peak number d 488 F1= 3.812 F2= 4.487 null null d= 2.1 assi (( resid 9 and name HA)) (( resid 10 and name HD2)) 2.1 0.53 0.53 ! peak number d 440 F1= 4.480 F2= 3.683 null null d= 2.5 assi (( resid 9 and name HA)) (( resid 10 and name HD3)) 2.5 0.61 0.61 ! peak number d 1071 F1= 4.481 F2= 2.127 null null d= 3.3 assi (( resid 9 and name HA)) (( resid 10 and name HG2)) 3.3 0.82 0.82 ! peak number d 1070 F1= 4.480 F2= 1.895 null null d= 4.7 assi (( resid 9 and name HA)) (( resid 10 and name HG3)) 4.7 1.60 1.60 ! peak number d 413 F1= 4.480 F2= 2.253 null null d= 2.4 assi (( resid 9 and name HA)) (( resid 9 and name HG2)) 2.4 0.60 0.60 ! peak number d 397 F1= 4.482 F2= 2.570 null null d= 2.7 assi (( resid 9 and name HA)) (( resid 9 and name HG3)) 2.7 0.69 0.69 ! peak number d 441 F1= 4.476 F2= 3.826 null null d= 2.0 assi (( resid 9 and name HA) or ( resid 38 and name HA)) (( resid 38 and name HB2) or ( resid 10 and name HD2)) 2.0 0.50 0.50 ! peak number h 671 F1= 7.225 F2= 4.488 null null d= 3.2 assi (( resid 9 and name HN)) (( resid 9 and name HA) or ( resid 7 and name HA)) 3.2 0.80 0.80 ! peak number h 162 F1= 7.232 F2= 2.210 null null d= 2.4 assi (( resid 9 and name HN)) (( resid 9 and name HB*)) 2.4 0.60 0.60 ! peak number h 815 F1= 7.230 F2= 2.888 null null d= 5.1 assi (( resid 9 and name HN) or ( resid 5 and name HZ3)) (( resid 7 and name HB3) or ( resid 45 and name HB3)) 5.1 1.27 1.27 ! peak number h 670 F1= 7.263 F2= 4.507 null null d= 2.9 assi (( resid 9 and name HN) or ( resid 7 and name HN)) (( resid 9 and name HA) or ( resid 7 and name HA)) 2.9 0.72 0.72 ! peak number h 183 F1= 6.562 F2= 1.580 null null d= 2.7 TROP ! peak number d 785 F1= 4.654 F2= 6.197 null null d= 3.4 assi (( resid 6 and name HD*)) (( resid 45 and name HA)) 3.4 0.85 0.85 ! peak number d 776 F1= 6.184 F2= 3.638 null null d= 4.3 assi (( resid 6 and name HD*)) (( resid 6 and name HA)) 4.3 1.06 1.06 ! peak number d 67 F1= 6.781 F2= 1.933 null null d= 3.0 assi (( resid 6 and name HE*)) (( resid 4 and name HB3)) 3.0 0.74 0.74 ! peak number d 768 F1= 6.177 F2= 4.506 null null d= 3.8 assi (( resid 6 and name HD*)) (( resid 7 and name HA)) 3.8 0.94 0.94 ! peak number h 529 F1= 3.646 F2= 7.227 null null d= 3.3 assi (( resid 9 and name HN)) (( resid 6 and name HA)) 3.3 0.82 0.82 Entry H atom name Submitted Coord H atom name Start of MODEL 1 1 H TRP 1 H TRP 1 13.297 -13.033 3.501 2 HA TRP 1 HA TRP 1 11.816 -12.233 1.264 3 1HB TRP 1 HB1 TRP 1 9.884 -11.878 2.888 4 2HB TRP 1 HB2 TRP 1 10.988 -11.056 3.996 5 HD1 TRP 1 HD1 TRP 1 9.076 -10.384 0.562 6 HE1 TRP 1 HE1 TRP 1 8.890 -7.959 0.267 7 HE3 TRP 1 HE3 TRP 1 12.022 -8.973 4.508 8 HZ2 TRP 1 HZ2 TRP 1 10.018 -5.572 1.466 9 HZ3 TRP 1 HZ3 TRP 1 12.382 -6.570 4.903 10 HH2 TRP 1 HH2 TRP 1 11.340 -4.876 3.400 11 H GLN 2 H GLN 2 12.690 -10.344 0.340 12 HA GLN 2 HA GLN 2 14.462 -8.576 1.724 13 1HB GLN 2 HB1 GLN 2 15.149 -10.187 -0.837 14 2HB GLN 2 HB2 GLN 2 15.962 -8.657 -0.399 15 1HG GLN 2 HG1 GLN 2 16.094 -11.312 1.199 16 2HG GLN 2 HG2 GLN 2 17.376 -10.607 0.157 17 1HE2 GLN 2 HE21 GLN 2 16.864 -9.116 3.941 18 2HE2 GLN 2 HE22 GLN 2 15.558 -10.069 3.246 19 HA PRO 3 HA PRO 3 11.332 -6.515 -0.315 20 1HB PRO 3 HB1 PRO 3 12.308 -3.895 -0.947 21 2HB PRO 3 HB2 PRO 3 11.730 -4.574 0.624 22 1HG PRO 3 HG1 PRO 3 14.610 -4.453 -0.525 23 2HG PRO 3 HG2 PRO 3 14.106 -4.020 1.171 24 1HD PRO 3 HD1 PRO 3 15.264 -6.408 0.492 25 2HD PRO 3 HD2 PRO 3 13.977 -6.282 1.791 26 HA PRO 4 HA PRO 4 11.817 -7.074 -4.867 27 1HB PRO 4 HB1 PRO 4 9.307 -8.099 -5.313 28 2HB PRO 4 HB2 PRO 4 10.362 -8.930 -4.147 29 1HG PRO 4 HG1 PRO 4 8.339 -6.841 -3.434 30 2HG PRO 4 HG2 PRO 4 8.518 -8.565 -2.769 31 1HD PRO 4 HD1 PRO 4 9.481 -6.282 -1.573 32 2HD PRO 4 HD2 PRO 4 10.286 -7.931 -1.490 33 H TRP 5 H TRP 5 8.529 -6.265 -5.529 34 HA TRP 5 HA TRP 5 9.197 -3.661 -6.539 35 1HB TRP 5 HB1 TRP 5 6.771 -3.641 -7.438 36 2HB TRP 5 HB2 TRP 5 7.914 -4.583 -8.201 37 HD1 TRP 5 HD1 TRP 5 7.658 -7.308 -8.158 38 HE1 TRP 5 HE1 TRP 5 5.323 -8.608 -8.021 39 HE3 TRP 5 HE3 TRP 5 4.520 -3.804 -6.254 40 HZ2 TRP 5 HZ2 TRP 5 2.612 -7.864 -8.236 41 HZ3 TRP 5 HZ3 TRP 5 2.309 -3.807 -6.705 42 HH2 TRP 5 HH2 TRP 5 1.191 -5.963 -7.639 43 H TYR 6 H TYR 6 6.359 -4.854 -4.787 44 HA TYR 6 HA TYR 6 4.790 -2.858 -4.256 45 1HB TYR 6 HB1 TYR 6 5.191 -4.636 -1.823 46 2HB TYR 6 HB2 TYR 6 3.719 -4.258 -2.776 47 HD1 TYR 6 HD1 TYR 6 3.270 -5.719 -4.825 48 HD2 TYR 6 HD2 TYR 6 6.544 -6.324 -2.205 49 HE1 TYR 6 HE1 TYR 6 3.396 -8.060 -5.617 50 HE2 TYR 6 HE2 TYR 6 6.598 -8.853 -2.991 51 HH TYR 6 HH TYR 6 4.374 -10.043 -5.367 52 H CYS 7 H CYS 7 7.408 -3.404 -1.890 53 HA CYS 7 HA CYS 7 6.677 -1.533 -0.157 54 1HB CYS 7 HB1 CYS 7 9.621 -2.266 -0.554 55 2HB CYS 7 HB2 CYS 7 8.790 -1.928 0.963 56 H LYS 8 H LYS 8 8.792 -1.120 -2.999 57 HA LYS 8 HA LYS 8 9.304 1.713 -2.465 58 1HB LYS 8 HB1 LYS 8 10.340 -0.293 -4.556 59 2HB LYS 8 HB2 LYS 8 10.860 1.429 -4.472 60 1HG LYS 8 HG1 LYS 8 11.867 1.104 -2.270 61 2HG LYS 8 HG2 LYS 8 11.195 -0.551 -2.151 62 1HD LYS 8 HD1 LYS 8 13.455 -0.856 -2.725 63 2HD LYS 8 HD2 LYS 8 12.493 -1.238 -4.190 64 1HE LYS 8 HE1 LYS 8 14.555 0.057 -4.787 65 2HE LYS 8 HE2 LYS 8 13.104 1.074 -5.136 66 1HZ LYS 8 HZ1 LYS 8 14.827 1.238 -2.718 67 2HZ LYS 8 HZ2 LYS 8 14.827 2.302 -4.043 68 3HZ LYS 8 HZ3 LYS 8 13.462 2.195 -3.038 69 H GLU 9 H GLU 9 6.509 0.293 -3.609 70 HA GLU 9 HA GLU 9 6.441 1.295 -6.321 71 1HB GLU 9 HB1 GLU 9 5.668 -0.945 -5.545 72 2HB GLU 9 HB2 GLU 9 4.353 -0.145 -4.666 73 1HG GLU 9 HG1 GLU 9 3.875 0.814 -7.283 74 2HG GLU 9 HG2 GLU 9 4.767 -0.739 -7.651 75 HA PRO 10 HA PRO 10 4.904 5.151 -4.659 76 1HB PRO 10 HB1 PRO 10 3.860 5.498 -7.550 77 2HB PRO 10 HB2 PRO 10 4.684 6.752 -6.539 78 1HG PRO 10 HG1 PRO 10 6.185 5.452 -8.301 79 2HG PRO 10 HG2 PRO 10 6.775 5.422 -6.589 80 1HD PRO 10 HD1 PRO 10 5.130 3.224 -7.961 81 2HD PRO 10 HD2 PRO 10 6.725 3.124 -7.081 82 H VAL 11 H VAL 11 3.040 6.213 -3.625 83 HA VAL 11 HA VAL 11 0.525 4.823 -3.833 84 HB VAL 11 HB VAL 11 1.457 5.548 -1.699 85 1HG1 VAL 11 HG11 VAL 11 2.350 7.819 -2.360 86 2HG1 VAL 11 HG12 VAL 11 0.665 8.428 -2.511 87 3HG1 VAL 11 HG13 VAL 11 1.265 7.844 -0.928 88 1HG2 VAL 11 HG21 VAL 11 -0.881 4.911 -1.948 89 2HG2 VAL 11 HG22 VAL 11 -0.757 6.288 -0.800 90 3HG2 VAL 11 HG23 VAL 11 -1.367 6.570 -2.460 91 H ARG 12 H ARG 12 -1.270 5.413 -4.926 92 HA ARG 12 HA ARG 12 -1.292 7.834 -6.602 93 1HB ARG 12 HB1 ARG 12 -2.180 4.931 -7.196 94 2HB ARG 12 HB2 ARG 12 -2.344 6.257 -8.385 95 1HG ARG 12 HG1 ARG 12 0.212 5.129 -7.229 96 2HG ARG 12 HG2 ARG 12 -0.600 4.553 -8.708 97 1HD ARG 12 HD1 ARG 12 -0.392 6.770 -9.818 98 2HD ARG 12 HD2 ARG 12 0.638 7.360 -8.457 99 HE ARG 12 HE ARG 12 2.492 5.967 -9.433 100 1HH1 ARG 12 HH11 ARG 12 -0.557 4.971 -10.928 101 2HH1 ARG 12 HH12 ARG 12 0.288 3.946 -12.028 102 1HH2 ARG 12 HH21 ARG 12 3.372 4.443 -10.626 103 2HH2 ARG 12 HH22 ARG 12 2.518 3.826 -11.988 104 H ILE 13 H ILE 13 -3.503 8.926 -6.231 105 HA ILE 13 HA ILE 13 -5.398 7.258 -4.675 106 HB ILE 13 HB ILE 13 -4.818 9.085 -3.492 107 1HG1 ILE 13 HG11 ILE 13 -7.685 9.271 -4.556 108 2HG1 ILE 13 HG12 ILE 13 -7.030 7.957 -3.531 109 1HG2 ILE 13 HG21 ILE 13 -4.322 10.924 -5.056 110 2HG2 ILE 13 HG22 ILE 13 -6.085 10.939 -5.571 111 3HG2 ILE 13 HG23 ILE 13 -5.582 11.295 -3.882 112 1HD1 ILE 13 HD11 ILE 13 -6.661 9.612 -1.667 113 2HD1 ILE 13 HD12 ILE 13 -7.462 10.898 -2.683 114 3HD1 ILE 13 HD13 ILE 13 -8.403 9.439 -2.151 115 H GLY 14 H GLY 14 -5.182 9.254 -7.545 116 1HA GLY 14 HA1 GLY 14 -6.391 8.930 -9.598 117 2HA GLY 14 HA2 GLY 14 -7.595 7.933 -8.713 118 H SER 15 H SER 15 -9.144 9.577 -10.047 119 HA SER 15 HA SER 15 -9.888 11.649 -8.122 120 1HB SER 15 HB1 SER 15 -8.854 12.463 -10.898 121 2HB SER 15 HB2 SER 15 -9.838 13.554 -9.847 122 HG SER 15 HG SER 15 -7.751 12.320 -8.546 123 H CYS 16 H CYS 16 -11.875 10.977 -7.790 124 HA CYS 16 HA CYS 16 -13.875 11.821 -9.443 125 1HB CYS 16 HB1 CYS 16 -15.084 9.601 -9.906 126 2HB CYS 16 HB2 CYS 16 -13.565 9.914 -10.805 127 H LYS 17 H LYS 17 -15.835 11.880 -8.165 128 HA LYS 17 HA LYS 17 -15.025 12.480 -5.517 129 1HB LYS 17 HB1 LYS 17 -17.667 12.981 -6.932 130 2HB LYS 17 HB2 LYS 17 -17.235 13.650 -5.320 131 1HG LYS 17 HG1 LYS 17 -15.704 14.363 -7.870 132 2HG LYS 17 HG2 LYS 17 -16.949 15.279 -6.973 133 1HD LYS 17 HD1 LYS 17 -15.438 15.022 -4.873 134 2HD LYS 17 HD2 LYS 17 -14.123 14.553 -6.005 135 1HE LYS 17 HE1 LYS 17 -15.790 17.143 -6.118 136 2HE LYS 17 HE2 LYS 17 -14.131 17.010 -5.387 137 1HZ LYS 17 HZ1 LYS 17 -14.839 16.462 -8.227 138 2HZ LYS 17 HZ2 LYS 17 -14.056 17.847 -7.632 139 3HZ LYS 17 HZ3 LYS 17 -13.293 16.333 -7.536 140 H LYS 18 H LYS 18 -14.914 9.743 -5.381 141 HA LYS 18 HA LYS 18 -16.416 9.414 -2.952 142 1HB LYS 18 HB1 LYS 18 -17.985 8.402 -4.581 143 2HB LYS 18 HB2 LYS 18 -16.672 7.431 -5.323 144 1HG LYS 18 HG1 LYS 18 -16.453 6.092 -3.289 145 2HG LYS 18 HG2 LYS 18 -17.488 7.221 -2.360 146 1HD LYS 18 HD1 LYS 18 -19.356 6.687 -4.151 147 2HD LYS 18 HD2 LYS 18 -18.378 5.231 -4.502 148 1HE LYS 18 HE1 LYS 18 -20.158 4.676 -2.883 149 2HE LYS 18 HE2 LYS 18 -18.594 4.630 -1.971 150 1HZ LYS 18 HZ1 LYS 18 -20.525 6.893 -2.062 151 2HZ LYS 18 HZ2 LYS 18 -20.304 5.796 -0.784 152 3HZ LYS 18 HZ3 LYS 18 -19.057 6.869 -1.209 153 H GLN 19 H GLN 19 -14.918 8.156 -1.491 154 HA GLN 19 HA GLN 19 -12.468 7.190 -2.772 155 1HB GLN 19 HB1 GLN 19 -12.236 8.299 0.056 156 2HB GLN 19 HB2 GLN 19 -11.039 8.214 -1.277 157 1HG GLN 19 HG1 GLN 19 -13.300 10.319 -1.300 158 2HG GLN 19 HG2 GLN 19 -11.804 10.466 -0.324 159 1HE2 GLN 19 HE21 GLN 19 -11.196 10.270 -4.387 160 2HE2 GLN 19 HE22 GLN 19 -12.633 9.552 -3.731 161 H PHE 20 H PHE 20 -11.923 5.108 -2.152 162 HA PHE 20 HA PHE 20 -13.501 3.711 -0.082 163 1HB PHE 20 HB1 PHE 20 -11.816 2.395 -2.294 164 2HB PHE 20 HB2 PHE 20 -13.103 1.710 -1.293 165 HD1 PHE 20 HD1 PHE 20 -15.524 2.518 -1.556 166 HD2 PHE 20 HD2 PHE 20 -12.477 3.564 -4.480 167 HE1 PHE 20 HE1 PHE 20 -17.246 3.035 -3.239 168 HE2 PHE 20 HE2 PHE 20 -14.188 4.018 -6.092 169 HZ PHE 20 HZ PHE 20 -16.596 3.738 -5.522 170 H SER 21 H SER 21 -12.222 2.451 1.604 171 HA SER 21 HA SER 21 -9.757 3.687 2.239 172 1HB SER 21 HB1 SER 21 -11.519 2.880 3.877 173 2HB SER 21 HB2 SER 21 -10.782 1.247 3.755 174 HG SER 21 HG SER 21 -9.982 2.787 5.449 175 H SER 22 H SER 22 -7.648 3.179 2.340 176 HA SER 22 HA SER 22 -6.708 0.577 1.327 177 1HB SER 22 HB1 SER 22 -5.136 1.833 -0.286 178 2HB SER 22 HB2 SER 22 -6.815 2.022 -0.672 179 HG SER 22 HG SER 22 -5.391 3.875 0.942 180 H PHE 23 H PHE 23 -4.518 0.250 1.535 181 HA PHE 23 HA PHE 23 -2.971 1.915 3.444 182 1HB PHE 23 HB1 PHE 23 -3.048 -1.240 3.679 183 2HB PHE 23 HB2 PHE 23 -2.070 -0.104 4.547 184 HD1 PHE 23 HD1 PHE 23 -3.069 1.379 6.297 185 HD2 PHE 23 HD2 PHE 23 -5.466 -1.389 4.051 186 HE1 PHE 23 HE1 PHE 23 -4.942 1.659 7.915 187 HE2 PHE 23 HE2 PHE 23 -7.334 -1.085 5.641 188 HZ PHE 23 HZ PHE 23 -7.089 0.483 7.549 189 H TYR 24 H TYR 24 -0.829 2.288 2.734 190 HA TYR 24 HA TYR 24 0.157 0.659 0.442 191 1HB TYR 24 HB1 TYR 24 1.281 2.530 -0.546 192 2HB TYR 24 HB2 TYR 24 -0.371 3.070 -0.233 193 HD1 TYR 24 HD1 TYR 24 3.154 3.331 0.814 194 HD2 TYR 24 HD2 TYR 24 -0.771 5.117 1.249 195 HE1 TYR 24 HE1 TYR 24 4.114 5.249 2.128 196 HE2 TYR 24 HE2 TYR 24 0.206 6.984 2.441 197 HH TYR 24 HH TYR 24 2.172 7.956 3.235 198 H PHE 25 H PHE 25 2.472 -0.166 0.685 199 HA PHE 25 HA PHE 25 3.277 -0.164 3.523 200 1HB PHE 25 HB1 PHE 25 3.141 -2.301 2.129 201 2HB PHE 25 HB2 PHE 25 4.642 -1.793 1.328 202 HD1 PHE 25 HD1 PHE 25 6.751 -1.243 2.969 203 HD2 PHE 25 HD2 PHE 25 3.290 -3.655 4.044 204 HE1 PHE 25 HE1 PHE 25 7.935 -2.411 4.881 205 HE2 PHE 25 HE2 PHE 25 4.360 -4.526 5.934 206 HZ PHE 25 HZ PHE 25 6.758 -3.812 6.419 207 H LYS 26 H LYS 26 4.700 1.433 4.305 208 HA LYS 26 HA LYS 26 5.912 3.184 2.431 209 1HB LYS 26 HB1 LYS 26 4.548 3.954 4.124 210 2HB LYS 26 HB2 LYS 26 5.448 3.078 5.379 211 1HG LYS 26 HG1 LYS 26 5.803 5.187 5.519 212 2HG LYS 26 HG2 LYS 26 7.455 4.591 4.982 213 1HD LYS 26 HD1 LYS 26 5.517 6.396 3.493 214 2HD LYS 26 HD2 LYS 26 7.115 6.776 4.252 215 1HE LYS 26 HE1 LYS 26 6.744 4.869 1.934 216 2HE LYS 26 HE2 LYS 26 7.226 6.616 1.775 217 1HZ LYS 26 HZ1 LYS 26 8.713 4.486 3.184 218 2HZ LYS 26 HZ2 LYS 26 9.093 5.157 1.672 219 3HZ LYS 26 HZ3 LYS 26 9.168 6.119 3.070 220 H TRP 27 H TRP 27 7.885 2.733 1.773 221 HA TRP 27 HA TRP 27 9.498 0.621 2.613 222 1HB TRP 27 HB1 TRP 27 9.812 0.787 0.499 223 2HB TRP 27 HB2 TRP 27 9.142 2.369 0.376 224 HD1 TRP 27 HD1 TRP 27 11.205 4.406 0.149 225 HE1 TRP 27 HE1 TRP 27 13.671 4.066 -0.625 226 HE3 TRP 27 HE3 TRP 27 11.517 -0.550 0.861 227 HZ2 TRP 27 HZ2 TRP 27 15.617 1.951 -0.541 228 HZ3 TRP 27 HZ3 TRP 27 13.613 -1.739 0.530 229 HH2 TRP 27 HH2 TRP 27 15.700 -0.518 -0.152 230 H THR 28 H THR 28 10.044 4.129 3.403 231 HA THR 28 HA THR 28 12.513 3.318 4.747 232 HB THR 28 HB THR 28 12.788 5.775 5.306 233 HG1 THR 28 HG1 THR 28 11.644 7.009 3.606 234 1HG2 THR 28 HG21 THR 28 14.012 4.560 3.498 235 2HG2 THR 28 HG22 THR 28 12.653 4.858 2.357 236 3HG2 THR 28 HG23 THR 28 13.617 6.237 3.001 237 H ALA 29 H ALA 29 9.275 3.218 5.506 238 HA ALA 29 HA ALA 29 9.615 3.808 8.383 239 1HB ALA 29 HB1 ALA 29 7.632 4.728 7.206 240 2HB ALA 29 HB2 ALA 29 7.089 3.079 6.773 241 3HB ALA 29 HB3 ALA 29 7.136 3.599 8.513 242 H LYS 30 H LYS 30 8.659 1.018 6.275 243 HA LYS 30 HA LYS 30 8.993 -1.144 6.540 244 1HB LYS 30 HB1 LYS 30 10.873 -0.576 8.294 245 2HB LYS 30 HB2 LYS 30 9.727 -1.302 9.447 246 1HG LYS 30 HG1 LYS 30 11.116 -3.042 8.704 247 2HG LYS 30 HG2 LYS 30 9.658 -3.331 7.704 248 1HD LYS 30 HD1 LYS 30 10.827 -2.143 5.769 249 2HD LYS 30 HD2 LYS 30 12.204 -1.780 6.864 250 1HE LYS 30 HE1 LYS 30 12.654 -4.244 7.117 251 2HE LYS 30 HE2 LYS 30 11.320 -4.586 5.938 252 1HZ LYS 30 HZ1 LYS 30 13.754 -2.935 5.430 253 2HZ LYS 30 HZ2 LYS 30 13.480 -4.522 4.889 254 3HZ LYS 30 HZ3 LYS 30 12.512 -3.250 4.315 255 H LYS 31 H LYS 31 6.552 0.493 7.222 256 HA LYS 31 HA LYS 31 4.833 -1.703 7.938 257 1HB LYS 31 HB1 LYS 31 3.517 -0.298 9.612 258 2HB LYS 31 HB2 LYS 31 5.133 -0.851 10.148 259 1HG LYS 31 HG1 LYS 31 6.137 1.313 9.747 260 2HG LYS 31 HG2 LYS 31 4.627 1.922 8.989 261 1HD LYS 31 HD1 LYS 31 4.776 2.845 11.228 262 2HD LYS 31 HD2 LYS 31 3.402 1.693 11.148 263 1HE LYS 31 HE1 LYS 31 4.553 1.470 13.300 264 2HE LYS 31 HE2 LYS 31 4.844 -0.045 12.357 265 1HZ LYS 31 HZ1 LYS 31 6.712 2.256 12.634 266 2HZ LYS 31 HZ2 LYS 31 6.824 0.755 13.421 267 3HZ LYS 31 HZ3 LYS 31 6.998 0.845 11.734 268 H CYS 32 H CYS 32 2.393 -0.940 7.482 269 HA CYS 32 HA CYS 32 2.412 0.609 5.057 270 1HB CYS 32 HB1 CYS 32 -0.025 -0.959 6.233 271 2HB CYS 32 HB2 CYS 32 0.089 -0.040 4.759 272 H LEU 33 H LEU 33 1.269 2.434 4.726 273 HA LEU 33 HA LEU 33 0.190 3.843 7.125 274 1HB LEU 33 HB1 LEU 33 1.292 5.068 4.553 275 2HB LEU 33 HB2 LEU 33 0.640 5.958 5.973 276 HG LEU 33 HG LEU 33 3.319 5.019 5.291 277 1HD1 LEU 33 HD11 LEU 33 2.496 7.388 5.591 278 2HD1 LEU 33 HD12 LEU 33 2.118 6.995 7.312 279 3HD1 LEU 33 HD13 LEU 33 3.836 7.015 6.741 280 1HD2 LEU 33 HD21 LEU 33 2.557 4.714 8.255 281 2HD2 LEU 33 HD22 LEU 33 3.224 3.428 7.117 282 3HD2 LEU 33 HD23 LEU 33 4.197 4.858 7.562 283 HA PRO 34 HA PRO 34 -3.632 3.681 4.694 284 1HB PRO 34 HB1 PRO 34 -5.294 5.110 6.383 285 2HB PRO 34 HB2 PRO 34 -4.448 3.643 6.976 286 1HG PRO 34 HG1 PRO 34 -3.617 6.555 7.430 287 2HG PRO 34 HG2 PRO 34 -3.741 5.227 8.651 288 1HD PRO 34 HD1 PRO 34 -1.395 6.016 7.215 289 2HD PRO 34 HD2 PRO 34 -1.614 4.404 8.038 290 H PHE 35 H PHE 35 -4.788 4.589 3.339 291 HA PHE 35 HA PHE 35 -4.961 7.451 3.012 292 1HB PHE 35 HB1 PHE 35 -4.173 7.717 0.758 293 2HB PHE 35 HB2 PHE 35 -2.870 6.945 1.671 294 HD1 PHE 35 HD1 PHE 35 -2.868 4.190 1.445 295 HD2 PHE 35 HD2 PHE 35 -4.614 6.943 -1.437 296 HE1 PHE 35 HE1 PHE 35 -2.504 2.567 -0.349 297 HE2 PHE 35 HE2 PHE 35 -4.445 5.186 -3.120 298 HZ PHE 35 HZ PHE 35 -3.383 2.999 -2.609 299 H LEU 36 H LEU 36 -6.369 7.208 0.464 300 HA LEU 36 HA LEU 36 -8.387 5.203 0.780 301 1HB LEU 36 HB1 LEU 36 -8.949 8.261 0.399 302 2HB LEU 36 HB2 LEU 36 -10.169 6.940 0.343 303 HG LEU 36 HG LEU 36 -8.642 7.865 2.833 304 1HD1 LEU 36 HD11 LEU 36 -10.161 9.618 1.860 305 2HD1 LEU 36 HD12 LEU 36 -11.544 8.461 1.982 306 3HD1 LEU 36 HD13 LEU 36 -10.706 9.023 3.465 307 1HD2 LEU 36 HD21 LEU 36 -11.019 5.945 2.434 308 2HD2 LEU 36 HD22 LEU 36 -9.385 5.539 3.115 309 3HD2 LEU 36 HD23 LEU 36 -10.504 6.605 4.030 310 H PHE 37 H PHE 37 -9.090 4.788 -1.355 311 HA PHE 37 HA PHE 37 -7.577 6.017 -3.636 312 1HB PHE 37 HB1 PHE 37 -6.857 3.775 -3.470 313 2HB PHE 37 HB2 PHE 37 -8.492 3.251 -2.861 314 HD1 PHE 37 HD1 PHE 37 -6.579 3.985 -6.195 315 HD2 PHE 37 HD2 PHE 37 -10.208 2.587 -4.235 316 HE1 PHE 37 HE1 PHE 37 -7.181 2.712 -8.139 317 HE2 PHE 37 HE2 PHE 37 -10.847 1.462 -6.350 318 HZ PHE 37 HZ PHE 37 -9.247 1.402 -8.248 319 H SER 38 H SER 38 -8.786 7.004 -5.294 320 HA SER 38 HA SER 38 -11.618 7.572 -4.803 321 1HB SER 38 HB1 SER 38 -9.916 8.289 -7.277 322 2HB SER 38 HB2 SER 38 -11.564 8.909 -6.870 323 HG SER 38 HG SER 38 -9.229 9.906 -6.156 324 H GLY 39 H GLY 39 -9.727 5.680 -7.121 325 1HA GLY 39 HA1 GLY 39 -10.639 3.668 -7.976 326 2HA GLY 39 HA2 GLY 39 -12.153 4.458 -8.354 327 H CYS 40 H CYS 40 -11.164 6.913 -9.570 328 HA CYS 40 HA CYS 40 -10.288 5.886 -12.053 329 1HB CYS 40 HB1 CYS 40 -10.804 8.776 -11.217 330 2HB CYS 40 HB2 CYS 40 -10.911 8.063 -12.848 331 H GLY 41 H GLY 41 -8.120 5.115 -11.053 332 1HA GLY 41 HA1 GLY 41 -6.012 5.548 -12.361 333 2HA GLY 41 HA2 GLY 41 -5.990 7.155 -11.610 334 H GLY 42 H GLY 42 -6.096 3.689 -10.300 335 1HA GLY 42 HA1 GLY 42 -3.936 4.504 -8.453 336 2HA GLY 42 HA2 GLY 42 -5.058 3.115 -8.301 337 H ASN 43 H ASN 43 -3.108 1.853 -7.800 338 HA ASN 43 HA ASN 43 -1.920 0.819 -10.269 339 1HB ASN 43 HB1 ASN 43 0.367 1.021 -9.703 340 2HB ASN 43 HB2 ASN 43 -0.396 2.604 -9.614 341 1HD2 ASN 43 HD21 ASN 43 1.811 2.870 -6.919 342 2HD2 ASN 43 HD22 ASN 43 1.778 2.865 -8.663 343 H ALA 44 H ALA 44 -0.476 -0.202 -7.298 344 HA ALA 44 HA ALA 44 -2.278 -2.323 -6.720 345 1HB ALA 44 HB1 ALA 44 0.084 -3.050 -8.554 346 2HB ALA 44 HB2 ALA 44 -0.912 -4.260 -7.602 347 3HB ALA 44 HB3 ALA 44 -1.658 -3.261 -8.866 348 H ASN 45 H ASN 45 -0.598 -0.220 -5.322 349 HA ASN 45 HA ASN 45 1.037 -2.010 -3.575 350 1HB ASN 45 HB1 ASN 45 2.081 0.216 -4.407 351 2HB ASN 45 HB2 ASN 45 0.862 1.119 -3.518 352 1HD2 ASN 45 HD21 ASN 45 3.758 1.118 -1.302 353 2HD2 ASN 45 HD22 ASN 45 3.288 1.830 -2.796 354 H ARG 46 H ARG 46 -2.067 -2.018 -3.670 355 HA ARG 46 HA ARG 46 -2.834 -0.603 -1.192 356 1HB ARG 46 HB1 ARG 46 -5.101 -0.233 -2.144 357 2HB ARG 46 HB2 ARG 46 -3.744 0.656 -2.883 358 1HG ARG 46 HG1 ARG 46 -3.648 -1.018 -4.725 359 2HG ARG 46 HG2 ARG 46 -5.030 -1.892 -3.999 360 1HD ARG 46 HD1 ARG 46 -5.644 -0.446 -6.028 361 2HD ARG 46 HD2 ARG 46 -6.557 -0.102 -4.509 362 HE ARG 46 HE ARG 46 -5.846 2.073 -4.765 363 1HH1 ARG 46 HH11 ARG 46 -3.056 0.211 -5.789 364 2HH1 ARG 46 HH12 ARG 46 -2.057 1.624 -5.959 365 1HH2 ARG 46 HH21 ARG 46 -4.568 3.815 -5.029 366 2HH2 ARG 46 HH22 ARG 46 -3.025 3.652 -5.706 367 H PHE 47 H PHE 47 -2.989 -1.804 0.266 368 HA PHE 47 HA PHE 47 -3.882 -4.583 0.247 369 1HB PHE 47 HB1 PHE 47 -2.754 -2.680 2.489 370 2HB PHE 47 HB2 PHE 47 -2.970 -4.472 2.633 371 HD1 PHE 47 HD1 PHE 47 -1.602 -5.956 0.982 372 HD2 PHE 47 HD2 PHE 47 -0.748 -1.786 1.549 373 HE1 PHE 47 HE1 PHE 47 0.767 -6.313 0.420 374 HE2 PHE 47 HE2 PHE 47 1.479 -2.093 0.681 375 HZ PHE 47 HZ PHE 47 2.320 -4.395 0.218 376 H GLN 48 H GLN 48 -6.095 -5.077 0.843 377 HA GLN 48 HA GLN 48 -7.875 -2.902 1.240 378 1HB GLN 48 HB1 GLN 48 -9.568 -4.258 0.641 379 2HB GLN 48 HB2 GLN 48 -8.192 -5.016 -0.194 380 1HG GLN 48 HG1 GLN 48 -9.766 -5.992 2.290 381 2HG GLN 48 HG2 GLN 48 -9.699 -6.746 0.666 382 1HE2 GLN 48 HE21 GLN 48 -6.466 -8.293 1.447 383 2HE2 GLN 48 HE22 GLN 48 -7.225 -7.577 0.054 384 H THR 49 H THR 49 -6.225 -4.791 3.553 385 HA THR 49 HA THR 49 -7.568 -3.557 5.798 386 HB THR 49 HB THR 49 -7.383 -5.706 7.154 387 HG1 THR 49 HG1 THR 49 -7.323 -7.040 4.640 388 1HG2 THR 49 HG21 THR 49 -9.591 -4.987 6.274 389 2HG2 THR 49 HG22 THR 49 -9.333 -5.945 4.775 390 3HG2 THR 49 HG23 THR 49 -9.439 -6.777 6.366 391 H ILE 50 H ILE 50 -5.794 -3.940 7.755 392 HA ILE 50 HA ILE 50 -3.167 -3.559 6.555 393 HB ILE 50 HB ILE 50 -4.243 -2.106 8.302 394 1HG1 ILE 50 HG11 ILE 50 -1.339 -3.053 8.684 395 2HG1 ILE 50 HG12 ILE 50 -1.944 -1.808 7.535 396 1HG2 ILE 50 HG21 ILE 50 -4.962 -4.036 9.832 397 2HG2 ILE 50 HG22 ILE 50 -3.233 -4.264 10.277 398 3HG2 ILE 50 HG23 ILE 50 -4.064 -2.719 10.656 399 1HD1 ILE 50 HD11 ILE 50 -2.778 -0.441 9.514 400 2HD1 ILE 50 HD12 ILE 50 -2.045 -1.653 10.618 401 3HD1 ILE 50 HD13 ILE 50 -0.995 -0.674 9.552 402 H GLY 51 H GLY 51 -4.735 -6.338 7.029 403 1HA GLY 51 HA1 GLY 51 -2.472 -7.820 8.225 404 2HA GLY 51 HA2 GLY 51 -4.095 -8.418 7.881 405 H GLU 52 H GLU 52 -3.689 -6.974 5.139 406 HA GLU 52 HA GLU 52 -2.465 -9.179 3.673 407 1HB GLU 52 HB1 GLU 52 -4.679 -8.036 3.142 408 2HB GLU 52 HB2 GLU 52 -3.785 -6.556 2.739 409 1HG GLU 52 HG1 GLU 52 -4.323 -7.505 0.620 410 2HG GLU 52 HG2 GLU 52 -2.645 -7.975 0.783 411 H CYS 53 H CYS 53 -1.789 -5.972 4.718 412 HA CYS 53 HA CYS 53 0.037 -4.673 3.299 413 1HB CYS 53 HB1 CYS 53 -0.997 -3.728 5.213 414 2HB CYS 53 HB2 CYS 53 -0.466 -5.059 6.281 415 H ARG 54 H ARG 54 0.887 -6.791 5.773 416 HA ARG 54 HA ARG 54 3.738 -6.875 5.540 417 1HB ARG 54 HB1 ARG 54 3.645 -8.064 7.492 418 2HB ARG 54 HB2 ARG 54 2.345 -6.886 7.549 419 1HG ARG 54 HG1 ARG 54 1.092 -9.187 6.477 420 2HG ARG 54 HG2 ARG 54 2.179 -9.871 7.726 421 1HD ARG 54 HD1 ARG 54 1.213 -8.612 9.516 422 2HD ARG 54 HD2 ARG 54 0.384 -7.466 8.370 423 HE ARG 54 HE ARG 54 -1.116 -9.577 7.686 424 1HH1 ARG 54 HH11 ARG 54 0.019 -9.424 11.063 425 2HH1 ARG 54 HH12 ARG 54 -1.033 -10.731 11.491 426 1HH2 ARG 54 HH21 ARG 54 -2.271 -11.117 8.291 427 2HH2 ARG 54 HH22 ARG 54 -2.390 -11.621 9.957 428 H LYS 55 H LYS 55 1.411 -8.716 3.678 429 HA LYS 55 HA LYS 55 3.112 -11.114 3.482 430 1HB LYS 55 HB1 LYS 55 0.435 -10.337 2.177 431 2HB LYS 55 HB2 LYS 55 1.259 -11.915 1.908 432 1HG LYS 55 HG1 LYS 55 1.097 -12.546 4.231 433 2HG LYS 55 HG2 LYS 55 0.338 -11.005 4.706 434 1HD LYS 55 HD1 LYS 55 -1.543 -11.448 3.076 435 2HD LYS 55 HD2 LYS 55 -0.843 -13.082 2.816 436 1HE LYS 55 HE1 LYS 55 -1.102 -13.617 5.237 437 2HE LYS 55 HE2 LYS 55 -1.760 -11.959 5.553 438 1HZ LYS 55 HZ1 LYS 55 -2.965 -14.003 3.752 439 2HZ LYS 55 HZ2 LYS 55 -3.504 -13.576 5.306 440 3HZ LYS 55 HZ3 LYS 55 -3.571 -12.443 4.042 441 H LYS 56 H LYS 56 3.021 -8.132 1.812 442 HA LYS 56 HA LYS 56 4.382 -9.243 -0.581 443 1HB LYS 56 HB1 LYS 56 2.803 -6.697 -0.005 444 2HB LYS 56 HB2 LYS 56 3.956 -6.700 -1.335 445 1HG LYS 56 HG1 LYS 56 2.905 -8.702 -2.340 446 2HG LYS 56 HG2 LYS 56 1.550 -8.589 -1.187 447 1HD LYS 56 HD1 LYS 56 2.166 -6.049 -2.970 448 2HD LYS 56 HD2 LYS 56 1.615 -7.543 -3.723 449 1HE LYS 56 HE1 LYS 56 -0.488 -7.703 -2.839 450 2HE LYS 56 HE2 LYS 56 -0.162 -6.683 -1.421 451 1HZ LYS 56 HZ1 LYS 56 -0.253 -5.741 -4.226 452 2HZ LYS 56 HZ2 LYS 56 -1.443 -5.534 -3.032 453 3HZ LYS 56 HZ3 LYS 56 0.070 -4.780 -2.864 454 H CYS 57 H CYS 57 4.834 -7.098 2.261 455 HA CYS 57 HA CYS 57 7.599 -6.410 1.297 456 1HB CYS 57 HB1 CYS 57 5.292 -4.869 2.555 457 2HB CYS 57 HB2 CYS 57 6.947 -4.263 2.816 458 H LEU 58 H LEU 58 6.510 -8.516 3.649 459 HA LEU 58 HA LEU 58 8.859 -7.730 5.306 460 1HB LEU 58 HB1 LEU 58 6.063 -8.067 6.359 461 2HB LEU 58 HB2 LEU 58 7.440 -8.547 7.412 462 HG LEU 58 HG LEU 58 7.291 -5.781 6.177 463 1HD1 LEU 58 HD11 LEU 58 5.306 -6.258 7.768 464 2HD1 LEU 58 HD12 LEU 58 6.496 -6.737 9.029 465 3HD1 LEU 58 HD13 LEU 58 6.465 -5.041 8.433 466 1HD2 LEU 58 HD21 LEU 58 8.992 -7.040 8.421 467 2HD2 LEU 58 HD22 LEU 58 9.567 -6.317 6.868 468 3HD2 LEU 58 HD23 LEU 58 8.841 -5.273 8.137 469 H GLY 59 H GLY 59 6.902 -10.319 3.955 470 1HA GLY 59 HA1 GLY 59 7.308 -12.426 3.613 471 2HA GLY 59 HA2 GLY 59 8.783 -12.379 4.675 472 H LYS 60 H LYS 60 5.233 -11.826 5.015 473 HA LYS 60 HA LYS 60 4.965 -13.969 6.923 474 1HB LYS 60 HB1 LYS 60 3.748 -12.141 8.487 475 2HB LYS 60 HB2 LYS 60 5.521 -12.368 8.637 476 1HG LYS 60 HG1 LYS 60 5.972 -10.382 7.173 477 2HG LYS 60 HG2 LYS 60 4.239 -10.098 6.997 478 1HD LYS 60 HD1 LYS 60 5.283 -8.623 8.591 479 2HD LYS 60 HD2 LYS 60 4.004 -9.597 9.386 480 1HE LYS 60 HE1 LYS 60 5.539 -10.980 10.518 481 2HE LYS 60 HE2 LYS 60 6.974 -10.404 9.542 482 1HZ LYS 60 HZ1 LYS 60 5.392 -8.760 11.449 483 2HZ LYS 60 HZ2 LYS 60 6.941 -9.406 11.712 484 3HZ LYS 60 HZ3 LYS 60 6.704 -8.229 10.511 No H/Q in entry = 484 Start of MODEL 2 1 H TRP 1 H TRP 1 12.613 -13.042 3.570 2 HA TRP 1 HA TRP 1 11.158 -12.594 1.275 3 1HB TRP 1 HB1 TRP 1 9.153 -12.259 2.516 4 2HB TRP 1 HB2 TRP 1 9.915 -11.361 3.842 5 HD1 TRP 1 HD1 TRP 1 8.122 -10.606 0.507 6 HE1 TRP 1 HE1 TRP 1 7.945 -8.174 0.288 7 HE3 TRP 1 HE3 TRP 1 11.353 -9.274 4.291 8 HZ2 TRP 1 HZ2 TRP 1 9.384 -5.867 1.242 9 HZ3 TRP 1 HZ3 TRP 1 11.798 -6.883 4.645 10 HH2 TRP 1 HH2 TRP 1 10.835 -5.188 3.139 11 H GLN 2 H GLN 2 11.919 -10.712 0.245 12 HA GLN 2 HA GLN 2 13.840 -8.939 1.475 13 1HB GLN 2 HB1 GLN 2 14.348 -10.697 -1.029 14 2HB GLN 2 HB2 GLN 2 15.302 -9.218 -0.660 15 1HG GLN 2 HG1 GLN 2 16.206 -10.271 1.430 16 2HG GLN 2 HG2 GLN 2 15.160 -11.708 1.186 17 1HE2 GLN 2 HE21 GLN 2 18.272 -11.316 -1.453 18 2HE2 GLN 2 HE22 GLN 2 17.555 -9.848 -0.842 19 HA PRO 3 HA PRO 3 10.642 -6.818 -0.487 20 1HB PRO 3 HB1 PRO 3 11.642 -4.207 -1.064 21 2HB PRO 3 HB2 PRO 3 11.184 -4.908 0.519 22 1HG PRO 3 HG1 PRO 3 13.960 -4.865 -0.822 23 2HG PRO 3 HG2 PRO 3 13.581 -4.373 0.886 24 1HD PRO 3 HD1 PRO 3 14.611 -6.797 0.242 25 2HD PRO 3 HD2 PRO 3 13.338 -6.647 1.552 26 HA PRO 4 HA PRO 4 10.875 -7.283 -5.027 27 1HB PRO 4 HB1 PRO 4 7.869 -7.834 -4.530 28 2HB PRO 4 HB2 PRO 4 9.060 -8.771 -5.524 29 1HG PRO 4 HG1 PRO 4 8.411 -9.738 -3.059 30 2HG PRO 4 HG2 PRO 4 10.125 -9.523 -3.451 31 1HD PRO 4 HD1 PRO 4 8.559 -7.225 -1.913 32 2HD PRO 4 HD2 PRO 4 9.851 -8.374 -1.472 33 H TRP 5 H TRP 5 7.611 -6.358 -5.532 34 HA TRP 5 HA TRP 5 8.307 -3.861 -6.698 35 1HB TRP 5 HB1 TRP 5 5.874 -3.796 -7.495 36 2HB TRP 5 HB2 TRP 5 6.945 -4.890 -8.190 37 HD1 TRP 5 HD1 TRP 5 6.570 -7.602 -7.804 38 HE1 TRP 5 HE1 TRP 5 4.132 -8.704 -7.653 39 HE3 TRP 5 HE3 TRP 5 3.721 -3.853 -6.110 40 HZ2 TRP 5 HZ2 TRP 5 1.457 -7.759 -7.984 41 HZ3 TRP 5 HZ3 TRP 5 1.462 -3.673 -6.501 42 HH2 TRP 5 HH2 TRP 5 0.180 -5.681 -7.431 43 H TYR 6 H TYR 6 5.573 -4.850 -4.723 44 HA TYR 6 HA TYR 6 4.081 -2.782 -4.205 45 1HB TYR 6 HB1 TYR 6 4.507 -4.533 -1.745 46 2HB TYR 6 HB2 TYR 6 3.026 -4.117 -2.657 47 HD1 TYR 6 HD1 TYR 6 5.988 -6.185 -2.347 48 HD2 TYR 6 HD2 TYR 6 2.371 -5.606 -4.511 49 HE1 TYR 6 HE1 TYR 6 6.011 -8.648 -3.262 50 HE2 TYR 6 HE2 TYR 6 2.425 -7.947 -5.334 51 HH TYR 6 HH TYR 6 5.029 -10.197 -4.483 52 H CYS 7 H CYS 7 6.690 -3.397 -1.894 53 HA CYS 7 HA CYS 7 6.219 -1.408 -0.254 54 1HB CYS 7 HB1 CYS 7 9.124 -2.280 -0.670 55 2HB CYS 7 HB2 CYS 7 8.214 -2.022 0.841 56 H LYS 8 H LYS 8 8.295 -1.331 -3.098 57 HA LYS 8 HA LYS 8 9.297 1.381 -2.803 58 1HB LYS 8 HB1 LYS 8 9.704 -0.964 -4.774 59 2HB LYS 8 HB2 LYS 8 10.628 0.572 -4.894 60 1HG LYS 8 HG1 LYS 8 11.801 0.187 -2.892 61 2HG LYS 8 HG2 LYS 8 10.728 -1.136 -2.338 62 1HD LYS 8 HD1 LYS 8 11.392 -2.611 -4.133 63 2HD LYS 8 HD2 LYS 8 12.321 -1.317 -4.957 64 1HE LYS 8 HE1 LYS 8 13.051 -2.438 -2.167 65 2HE LYS 8 HE2 LYS 8 13.783 -2.986 -3.731 66 1HZ LYS 8 HZ1 LYS 8 14.510 -0.742 -4.134 67 2HZ LYS 8 HZ2 LYS 8 13.836 -0.214 -2.667 68 3HZ LYS 8 HZ3 LYS 8 15.116 -1.330 -2.660 69 H GLU 9 H GLU 9 6.611 -0.201 -4.360 70 HA GLU 9 HA GLU 9 6.512 1.072 -6.820 71 1HB GLU 9 HB1 GLU 9 5.669 -1.072 -6.372 72 2HB GLU 9 HB2 GLU 9 4.461 -0.492 -5.217 73 1HG GLU 9 HG1 GLU 9 4.254 0.627 -8.103 74 2HG GLU 9 HG2 GLU 9 4.161 -1.157 -7.905 75 HA PRO 10 HA PRO 10 5.138 5.003 -5.506 76 1HB PRO 10 HB1 PRO 10 3.729 5.284 -8.226 77 2HB PRO 10 HB2 PRO 10 4.798 6.475 -7.385 78 1HG PRO 10 HG1 PRO 10 5.820 4.895 -9.325 79 2HG PRO 10 HG2 PRO 10 6.732 4.996 -7.764 80 1HD PRO 10 HD1 PRO 10 4.707 2.817 -8.581 81 2HD PRO 10 HD2 PRO 10 6.419 2.630 -7.989 82 H VAL 11 H VAL 11 3.662 5.888 -4.097 83 HA VAL 11 HA VAL 11 0.952 5.050 -3.912 84 HB VAL 11 HB VAL 11 2.314 5.300 -1.990 85 1HG1 VAL 11 HG11 VAL 11 3.878 7.154 -2.635 86 2HG1 VAL 11 HG12 VAL 11 2.509 8.329 -2.649 87 3HG1 VAL 11 HG13 VAL 11 3.023 7.565 -1.113 88 1HG2 VAL 11 HG21 VAL 11 -0.126 5.573 -1.750 89 2HG2 VAL 11 HG22 VAL 11 0.762 6.595 -0.583 90 3HG2 VAL 11 HG23 VAL 11 -0.005 7.364 -2.008 91 H ARG 12 H ARG 12 -0.895 5.952 -4.739 92 HA ARG 12 HA ARG 12 -0.977 8.716 -5.808 93 1HB ARG 12 HB1 ARG 12 -1.078 6.179 -7.193 94 2HB ARG 12 HB2 ARG 12 -2.121 7.486 -7.863 95 1HG ARG 12 HG1 ARG 12 0.714 8.321 -7.253 96 2HG ARG 12 HG2 ARG 12 0.368 7.117 -8.489 97 1HD ARG 12 HD1 ARG 12 0.271 9.521 -9.458 98 2HD ARG 12 HD2 ARG 12 -1.380 8.774 -9.476 99 HE ARG 12 HE ARG 12 -0.428 10.442 -7.088 100 1HH1 ARG 12 HH11 ARG 12 -2.880 9.923 -9.515 101 2HH1 ARG 12 HH12 ARG 12 -3.849 11.222 -8.895 102 1HH2 ARG 12 HH21 ARG 12 -1.659 12.038 -6.395 103 2HH2 ARG 12 HH22 ARG 12 -3.232 12.281 -7.021 104 H ILE 13 H ILE 13 -3.199 9.621 -5.240 105 HA ILE 13 HA ILE 13 -5.160 7.717 -4.249 106 HB ILE 13 HB ILE 13 -4.476 9.745 -3.023 107 1HG1 ILE 13 HG11 ILE 13 -7.432 9.031 -3.485 108 2HG1 ILE 13 HG12 ILE 13 -6.202 8.143 -2.521 109 1HG2 ILE 13 HG21 ILE 13 -4.859 11.566 -4.756 110 2HG2 ILE 13 HG22 ILE 13 -6.635 11.109 -4.717 111 3HG2 ILE 13 HG23 ILE 13 -5.815 11.761 -3.276 112 1HD1 ILE 13 HD11 ILE 13 -7.227 10.986 -1.846 113 2HD1 ILE 13 HD12 ILE 13 -7.815 9.465 -1.077 114 3HD1 ILE 13 HD13 ILE 13 -6.097 9.974 -0.853 115 H GLY 14 H GLY 14 -5.150 10.066 -6.927 116 1HA GLY 14 HA1 GLY 14 -6.515 10.074 -8.850 117 2HA GLY 14 HA2 GLY 14 -7.409 8.680 -8.184 118 H SER 15 H SER 15 -9.228 9.978 -9.280 119 HA SER 15 HA SER 15 -10.875 11.207 -7.340 120 1HB SER 15 HB1 SER 15 -9.636 13.133 -9.415 121 2HB SER 15 HB2 SER 15 -11.235 13.460 -8.653 122 HG SER 15 HG SER 15 -9.012 12.837 -7.030 123 H CYS 16 H CYS 16 -11.815 9.266 -8.094 124 HA CYS 16 HA CYS 16 -13.159 9.527 -10.741 125 1HB CYS 16 HB1 CYS 16 -11.142 7.915 -10.460 126 2HB CYS 16 HB2 CYS 16 -12.208 6.833 -9.552 127 H LYS 17 H LYS 17 -13.339 7.345 -7.983 128 HA LYS 17 HA LYS 17 -16.291 7.427 -8.126 129 1HB LYS 17 HB1 LYS 17 -14.332 5.509 -6.773 130 2HB LYS 17 HB2 LYS 17 -16.116 5.321 -6.693 131 1HG LYS 17 HG1 LYS 17 -14.415 5.327 -9.266 132 2HG LYS 17 HG2 LYS 17 -14.890 3.865 -8.365 133 1HD LYS 17 HD1 LYS 17 -16.846 5.874 -9.703 134 2HD LYS 17 HD2 LYS 17 -16.328 4.292 -10.368 135 1HE LYS 17 HE1 LYS 17 -17.414 3.108 -8.420 136 2HE LYS 17 HE2 LYS 17 -17.995 4.704 -7.788 137 1HZ LYS 17 HZ1 LYS 17 -18.635 3.540 -10.440 138 2HZ LYS 17 HZ2 LYS 17 -19.651 3.597 -9.081 139 3HZ LYS 17 HZ3 LYS 17 -19.170 5.037 -9.844 140 H LYS 18 H LYS 18 -14.254 6.871 -5.268 141 HA LYS 18 HA LYS 18 -15.270 9.247 -3.939 142 1HB LYS 18 HB1 LYS 18 -16.506 8.203 -2.162 143 2HB LYS 18 HB2 LYS 18 -17.070 7.420 -3.661 144 1HG LYS 18 HG1 LYS 18 -15.468 5.505 -3.181 145 2HG LYS 18 HG2 LYS 18 -15.354 6.124 -1.517 146 1HD LYS 18 HD1 LYS 18 -17.964 5.320 -2.914 147 2HD LYS 18 HD2 LYS 18 -17.080 4.392 -1.645 148 1HE LYS 18 HE1 LYS 18 -18.355 7.170 -1.167 149 2HE LYS 18 HE2 LYS 18 -19.096 5.574 -0.753 150 1HZ LYS 18 HZ1 LYS 18 -17.228 5.106 0.657 151 2HZ LYS 18 HZ2 LYS 18 -16.508 6.597 0.274 152 3HZ LYS 18 HZ3 LYS 18 -17.988 6.557 1.107 153 H GLN 19 H GLN 19 -14.221 7.804 -1.359 154 HA GLN 19 HA GLN 19 -11.455 7.305 -2.186 155 1HB GLN 19 HB1 GLN 19 -11.848 8.593 0.543 156 2HB GLN 19 HB2 GLN 19 -10.489 8.580 -0.616 157 1HG GLN 19 HG1 GLN 19 -12.915 10.473 -0.570 158 2HG GLN 19 HG2 GLN 19 -11.207 10.830 -0.241 159 1HE2 GLN 19 HE21 GLN 19 -10.372 10.878 -3.813 160 2HE2 GLN 19 HE22 GLN 19 -9.709 10.158 -2.361 161 H PHE 20 H PHE 20 -11.375 5.055 -1.877 162 HA PHE 20 HA PHE 20 -13.174 3.759 0.036 163 1HB PHE 20 HB1 PHE 20 -11.189 2.383 -1.891 164 2HB PHE 20 HB2 PHE 20 -12.572 1.693 -1.049 165 HD1 PHE 20 HD1 PHE 20 -14.951 2.589 -1.568 166 HD2 PHE 20 HD2 PHE 20 -11.592 3.168 -4.270 167 HE1 PHE 20 HE1 PHE 20 -16.482 2.854 -3.503 168 HE2 PHE 20 HE2 PHE 20 -13.113 3.394 -6.107 169 HZ PHE 20 HZ PHE 20 -15.580 3.225 -5.756 170 H SER 21 H SER 21 -12.292 2.508 1.852 171 HA SER 21 HA SER 21 -9.959 3.476 3.069 172 1HB SER 21 HB1 SER 21 -12.107 2.529 4.132 173 2HB SER 21 HB2 SER 21 -11.471 0.880 3.856 174 HG SER 21 HG SER 21 -9.634 1.596 5.197 175 H SER 22 H SER 22 -7.774 3.030 2.560 176 HA SER 22 HA SER 22 -7.068 0.209 2.049 177 1HB SER 22 HB1 SER 22 -5.590 0.736 0.346 178 2HB SER 22 HB2 SER 22 -6.753 2.024 -0.008 179 HG SER 22 HG SER 22 -5.180 3.097 1.727 180 H PHE 23 H PHE 23 -4.481 0.398 2.043 181 HA PHE 23 HA PHE 23 -3.243 1.722 4.302 182 1HB PHE 23 HB1 PHE 23 -3.572 -1.373 4.043 183 2HB PHE 23 HB2 PHE 23 -2.080 -0.671 4.759 184 HD1 PHE 23 HD1 PHE 23 -2.193 0.845 6.732 185 HD2 PHE 23 HD2 PHE 23 -5.612 -1.376 5.379 186 HE1 PHE 23 HE1 PHE 23 -3.241 1.146 8.942 187 HE2 PHE 23 HE2 PHE 23 -6.673 -1.104 7.622 188 HZ PHE 23 HZ PHE 23 -5.493 0.163 9.400 189 H TYR 24 H TYR 24 -1.064 2.320 3.473 190 HA TYR 24 HA TYR 24 -0.181 0.748 1.087 191 1HB TYR 24 HB1 TYR 24 0.673 2.454 -0.116 192 2HB TYR 24 HB2 TYR 24 -0.907 3.090 0.420 193 HD1 TYR 24 HD1 TYR 24 -0.858 4.942 2.324 194 HD2 TYR 24 HD2 TYR 24 2.664 3.527 0.292 195 HE1 TYR 24 HE1 TYR 24 0.303 7.007 2.927 196 HE2 TYR 24 HE2 TYR 24 3.887 5.557 1.016 197 HH TYR 24 HH TYR 24 2.332 8.176 2.809 198 H PHE 25 H PHE 25 2.226 0.360 0.882 199 HA PHE 25 HA PHE 25 3.377 0.196 3.607 200 1HB PHE 25 HB1 PHE 25 3.259 -1.898 2.013 201 2HB PHE 25 HB2 PHE 25 4.529 -1.117 1.047 202 HD1 PHE 25 HD1 PHE 25 6.820 -0.675 2.270 203 HD2 PHE 25 HD2 PHE 25 3.676 -3.097 4.085 204 HE1 PHE 25 HE1 PHE 25 8.399 -1.718 3.928 205 HE2 PHE 25 HE2 PHE 25 5.145 -3.838 5.711 206 HZ PHE 25 HZ PHE 25 7.582 -3.241 5.626 207 H LYS 26 H LYS 26 4.838 1.834 4.272 208 HA LYS 26 HA LYS 26 5.867 3.630 2.274 209 1HB LYS 26 HB1 LYS 26 4.796 4.261 4.445 210 2HB LYS 26 HB2 LYS 26 6.417 4.009 5.174 211 1HG LYS 26 HG1 LYS 26 7.337 5.450 3.177 212 2HG LYS 26 HG2 LYS 26 5.584 5.505 2.704 213 1HD LYS 26 HD1 LYS 26 5.263 7.235 3.968 214 2HD LYS 26 HD2 LYS 26 5.670 6.161 5.370 215 1HE LYS 26 HE1 LYS 26 7.062 8.200 5.589 216 2HE LYS 26 HE2 LYS 26 8.074 6.737 5.225 217 1HZ LYS 26 HZ2 LYS 26 7.163 8.794 3.263 218 2HZ LYS 26 HZ3 LYS 26 8.718 8.669 3.935 219 3HZ LYS 26 HZ1 LYS 26 8.130 7.440 2.921 220 H TRP 27 H TRP 27 7.711 2.749 1.290 221 HA TRP 27 HA TRP 27 9.376 0.726 2.056 222 1HB TRP 27 HB1 TRP 27 9.448 1.173 -0.134 223 2HB TRP 27 HB2 TRP 27 9.277 2.937 0.041 224 HD1 TRP 27 HD1 TRP 27 11.491 4.155 -0.842 225 HE1 TRP 27 HE1 TRP 27 13.918 3.370 -1.277 226 HE3 TRP 27 HE3 TRP 27 11.047 -0.528 0.887 227 HZ2 TRP 27 HZ2 TRP 27 15.518 1.065 -0.689 228 HZ3 TRP 27 HZ3 TRP 27 13.029 -2.027 1.012 229 HH2 TRP 27 HH2 TRP 27 15.253 -1.239 0.226 230 H THR 28 H THR 28 9.853 4.149 2.818 231 HA THR 28 HA THR 28 12.460 3.951 3.868 232 HB THR 28 HB THR 28 11.708 6.478 4.430 233 HG1 THR 28 HG1 THR 28 9.846 6.984 3.180 234 1HG2 THR 28 HG21 THR 28 11.735 5.312 1.556 235 2HG2 THR 28 HG22 THR 28 12.034 7.032 2.008 236 3HG2 THR 28 HG23 THR 28 13.187 5.747 2.521 237 H ALA 29 H ALA 29 9.157 3.823 5.232 238 HA ALA 29 HA ALA 29 10.078 4.198 7.989 239 1HB ALA 29 HB1 ALA 29 7.820 5.083 7.270 240 2HB ALA 29 HB2 ALA 29 7.277 3.405 6.907 241 3HB ALA 29 HB3 ALA 29 7.667 3.895 8.594 242 H LYS 30 H LYS 30 9.040 1.642 5.801 243 HA LYS 30 HA LYS 30 9.267 -0.491 5.731 244 1HB LYS 30 HB1 LYS 30 11.445 -0.016 7.309 245 2HB LYS 30 HB2 LYS 30 10.600 -1.256 8.265 246 1HG LYS 30 HG1 LYS 30 12.127 -2.326 6.800 247 2HG LYS 30 HG2 LYS 30 10.532 -2.690 6.064 248 1HD LYS 30 HD1 LYS 30 10.973 -1.106 4.227 249 2HD LYS 30 HD2 LYS 30 12.191 -0.248 5.197 250 1HE LYS 30 HE1 LYS 30 13.369 -1.392 3.452 251 2HE LYS 30 HE2 LYS 30 13.785 -2.157 5.035 252 1HZ LYS 30 HZ1 LYS 30 11.843 -3.190 3.029 253 2HZ LYS 30 HZ2 LYS 30 13.416 -3.768 3.310 254 3HZ LYS 30 HZ3 LYS 30 12.228 -3.920 4.514 255 H LYS 31 H LYS 31 7.012 0.876 6.872 256 HA LYS 31 HA LYS 31 5.545 -1.452 7.661 257 1HB LYS 31 HB1 LYS 31 6.431 0.203 9.729 258 2HB LYS 31 HB2 LYS 31 4.787 0.830 9.529 259 1HG LYS 31 HG1 LYS 31 5.642 -2.124 10.021 260 2HG LYS 31 HG2 LYS 31 5.151 -0.932 11.269 261 1HD LYS 31 HD1 LYS 31 2.848 -0.792 10.171 262 2HD LYS 31 HD2 LYS 31 3.332 -2.192 9.133 263 1HE LYS 31 HE1 LYS 31 3.681 -3.582 11.212 264 2HE LYS 31 HE2 LYS 31 3.174 -2.172 12.228 265 1HZ LYS 31 HZ1 LYS 31 1.039 -2.202 11.114 266 2HZ LYS 31 HZ2 LYS 31 1.509 -3.532 10.168 267 3HZ LYS 31 HZ3 LYS 31 1.372 -3.694 11.853 268 H CYS 32 H CYS 32 3.105 -0.695 8.026 269 HA CYS 32 HA CYS 32 2.246 0.404 5.499 270 1HB CYS 32 HB1 CYS 32 0.740 -1.134 7.733 271 2HB CYS 32 HB2 CYS 32 0.070 -0.818 6.079 272 H LEU 33 H LEU 33 1.372 2.427 5.243 273 HA LEU 33 HA LEU 33 0.383 3.858 7.656 274 1HB LEU 33 HB1 LEU 33 1.026 5.102 4.922 275 2HB LEU 33 HB2 LEU 33 0.601 5.939 6.445 276 HG LEU 33 HG LEU 33 3.224 4.536 5.726 277 1HD1 LEU 33 HD11 LEU 33 2.283 7.388 6.438 278 2HD1 LEU 33 HD12 LEU 33 4.008 6.926 6.371 279 3HD1 LEU 33 HD13 LEU 33 2.984 6.791 4.883 280 1HD2 LEU 33 HD21 LEU 33 2.687 3.945 8.150 281 2HD2 LEU 33 HD22 LEU 33 4.053 5.109 8.012 282 3HD2 LEU 33 HD23 LEU 33 2.421 5.692 8.487 283 HA PRO 34 HA PRO 34 -3.685 3.475 5.479 284 1HB PRO 34 HB1 PRO 34 -5.298 4.875 7.228 285 2HB PRO 34 HB2 PRO 34 -4.455 3.372 7.736 286 1HG PRO 34 HG1 PRO 34 -3.576 6.268 8.254 287 2HG PRO 34 HG2 PRO 34 -3.705 4.923 9.457 288 1HD PRO 34 HD1 PRO 34 -1.324 5.677 8.057 289 2HD PRO 34 HD2 PRO 34 -1.641 4.006 8.736 290 H PHE 35 H PHE 35 -4.293 4.342 3.720 291 HA PHE 35 HA PHE 35 -4.944 7.142 3.602 292 1HB PHE 35 HB1 PHE 35 -3.687 7.990 1.879 293 2HB PHE 35 HB2 PHE 35 -2.459 6.930 2.603 294 HD1 PHE 35 HD1 PHE 35 -3.053 4.277 1.553 295 HD2 PHE 35 HD2 PHE 35 -3.445 8.064 -0.517 296 HE1 PHE 35 HE1 PHE 35 -3.018 3.164 -0.502 297 HE2 PHE 35 HE2 PHE 35 -3.318 6.827 -2.684 298 HZ PHE 35 HZ PHE 35 -3.372 4.338 -2.633 299 H LEU 36 H LEU 36 -6.258 7.240 1.190 300 HA LEU 36 HA LEU 36 -7.907 4.821 1.125 301 1HB LEU 36 HB1 LEU 36 -8.650 7.818 0.672 302 2HB LEU 36 HB2 LEU 36 -9.697 6.422 0.489 303 HG LEU 36 HG LEU 36 -8.604 6.341 3.185 304 1HD1 LEU 36 HD11 LEU 36 -8.070 8.749 2.898 305 2HD1 LEU 36 HD12 LEU 36 -9.765 9.080 2.363 306 3HD1 LEU 36 HD13 LEU 36 -9.437 8.545 4.052 307 1HD2 LEU 36 HD21 LEU 36 -10.827 5.408 2.611 308 2HD2 LEU 36 HD22 LEU 36 -10.935 6.614 3.921 309 3HD2 LEU 36 HD23 LEU 36 -11.470 7.058 2.267 310 H PHE 37 H PHE 37 -8.863 4.585 -1.004 311 HA PHE 37 HA PHE 37 -7.171 5.592 -3.295 312 1HB PHE 37 HB1 PHE 37 -6.760 3.245 -2.624 313 2HB PHE 37 HB2 PHE 37 -8.546 2.884 -2.684 314 HD1 PHE 37 HD1 PHE 37 -6.062 4.487 -5.176 315 HD2 PHE 37 HD2 PHE 37 -9.014 1.432 -4.379 316 HE1 PHE 37 HE1 PHE 37 -5.724 3.523 -7.422 317 HE2 PHE 37 HE2 PHE 37 -8.728 0.582 -6.691 318 HZ PHE 37 HZ PHE 37 -6.985 1.567 -8.155 319 H SER 38 H SER 38 -8.336 6.662 -5.136 320 HA SER 38 HA SER 38 -11.271 6.584 -4.948 321 1HB SER 38 HB1 SER 38 -9.854 8.701 -5.401 322 2HB SER 38 HB2 SER 38 -9.726 8.123 -7.089 323 HG SER 38 HG SER 38 -12.129 8.574 -5.547 324 H GLY 39 H GLY 39 -8.813 4.930 -6.819 325 1HA GLY 39 HA1 GLY 39 -9.438 2.902 -7.717 326 2HA GLY 39 HA2 GLY 39 -10.897 3.482 -8.378 327 H CYS 40 H CYS 40 -10.149 5.699 -9.798 328 HA CYS 40 HA CYS 40 -8.270 4.722 -11.858 329 1HB CYS 40 HB1 CYS 40 -10.018 7.144 -12.453 330 2HB CYS 40 HB2 CYS 40 -9.543 5.769 -13.477 331 H GLY 41 H GLY 41 -6.199 5.644 -11.675 332 1HA GLY 41 HA1 GLY 41 -5.214 8.018 -11.705 333 2HA GLY 41 HA2 GLY 41 -6.025 8.196 -10.110 334 H GLY 42 H GLY 42 -5.639 5.657 -8.980 335 1HA GLY 42 HA1 GLY 42 -2.713 5.610 -8.616 336 2HA GLY 42 HA2 GLY 42 -3.981 4.862 -7.600 337 H ASN 43 H ASN 43 -2.306 3.054 -7.689 338 HA ASN 43 HA ASN 43 -3.068 1.328 -9.942 339 1HB ASN 43 HB1 ASN 43 -0.870 0.654 -10.610 340 2HB ASN 43 HB2 ASN 43 -1.100 2.431 -10.791 341 1HD2 ASN 43 HD21 ASN 43 1.327 3.182 -8.125 342 2HD2 ASN 43 HD22 ASN 43 -0.045 3.831 -8.962 343 H ALA 44 H ALA 44 -0.553 0.187 -7.632 344 HA ALA 44 HA ALA 44 -2.703 -1.394 -6.352 345 1HB ALA 44 HB1 ALA 44 -0.721 -2.627 -8.317 346 2HB ALA 44 HB2 ALA 44 -1.806 -3.588 -7.205 347 3HB ALA 44 HB3 ALA 44 -2.491 -2.535 -8.472 348 H ASN 45 H ASN 45 -0.472 0.369 -5.357 349 HA ASN 45 HA ASN 45 0.790 -1.549 -3.412 350 1HB ASN 45 HB1 ASN 45 2.427 0.029 -4.325 351 2HB ASN 45 HB2 ASN 45 1.446 1.451 -3.891 352 1HD2 ASN 45 HD21 ASN 45 3.982 1.535 -1.304 353 2HD2 ASN 45 HD22 ASN 45 3.732 1.981 -2.995 354 H ARG 46 H ARG 46 -2.040 -1.304 -3.208 355 HA ARG 46 HA ARG 46 -2.469 0.193 -0.796 356 1HB ARG 46 HB1 ARG 46 -4.442 1.427 -1.498 357 2HB ARG 46 HB2 ARG 46 -3.006 1.916 -2.445 358 1HG ARG 46 HG1 ARG 46 -4.916 -0.072 -3.684 359 2HG ARG 46 HG2 ARG 46 -5.312 1.674 -3.635 360 1HD ARG 46 HD1 ARG 46 -2.763 0.538 -4.888 361 2HD ARG 46 HD2 ARG 46 -4.251 1.054 -5.766 362 HE ARG 46 HE ARG 46 -3.930 3.348 -4.947 363 1HH1 ARG 46 HH11 ARG 46 -0.875 1.960 -4.409 364 2HH1 ARG 46 HH12 ARG 46 -0.087 2.901 -5.613 365 1HH2 ARG 46 HH21 ARG 46 -2.776 4.956 -5.753 366 2HH2 ARG 46 HH22 ARG 46 -1.195 4.642 -6.344 367 H PHE 47 H PHE 47 -3.254 -0.964 0.485 368 HA PHE 47 HA PHE 47 -4.198 -3.627 -0.265 369 1HB PHE 47 HB1 PHE 47 -2.852 -2.459 2.294 370 2HB PHE 47 HB2 PHE 47 -3.000 -4.207 1.914 371 HD1 PHE 47 HD1 PHE 47 -2.086 -4.482 -0.918 372 HD2 PHE 47 HD2 PHE 47 -0.642 -1.645 1.989 373 HE1 PHE 47 HE1 PHE 47 0.036 -4.254 -2.139 374 HE2 PHE 47 HE2 PHE 47 1.462 -1.527 0.781 375 HZ PHE 47 HZ PHE 47 1.823 -2.775 -1.276 376 H GLN 48 H GLN 48 -6.103 -4.338 0.278 377 HA GLN 48 HA GLN 48 -8.087 -2.432 0.926 378 1HB GLN 48 HB1 GLN 48 -8.322 -5.472 0.565 379 2HB GLN 48 HB2 GLN 48 -9.692 -4.316 0.597 380 1HG GLN 48 HG1 GLN 48 -9.226 -4.878 -1.722 381 2HG GLN 48 HG2 GLN 48 -8.823 -3.145 -1.446 382 1HE2 GLN 48 HE21 GLN 48 -5.539 -3.581 -2.665 383 2HE2 GLN 48 HE22 GLN 48 -7.023 -2.779 -2.892 384 H THR 49 H THR 49 -6.517 -4.789 3.015 385 HA THR 49 HA THR 49 -7.688 -3.617 5.371 386 HB THR 49 HB THR 49 -7.941 -6.077 6.335 387 HG1 THR 49 HG1 THR 49 -8.915 -7.310 4.534 388 1HG2 THR 49 HG21 THR 49 -9.835 -4.453 6.079 389 2HG2 THR 49 HG22 THR 49 -10.070 -4.991 4.378 390 3HG2 THR 49 HG23 THR 49 -10.327 -6.142 5.735 391 H ILE 50 H ILE 50 -6.234 -4.529 7.322 392 HA ILE 50 HA ILE 50 -3.500 -4.569 6.424 393 HB ILE 50 HB ILE 50 -4.585 -3.143 8.341 394 1HG1 ILE 50 HG11 ILE 50 -1.755 -4.272 8.646 395 2HG1 ILE 50 HG12 ILE 50 -2.261 -2.997 7.471 396 1HG2 ILE 50 HG21 ILE 50 -5.363 -5.146 9.718 397 2HG2 ILE 50 HG22 ILE 50 -3.627 -5.591 9.951 398 3HG2 ILE 50 HG23 ILE 50 -4.263 -4.050 10.620 399 1HD1 ILE 50 HD11 ILE 50 -3.004 -1.596 9.465 400 2HD1 ILE 50 HD12 ILE 50 -2.350 -2.874 10.553 401 3HD1 ILE 50 HD13 ILE 50 -1.247 -1.992 9.445 402 H GLY 51 H GLY 51 -1.976 -6.396 6.774 403 1HA GLY 51 HA1 GLY 51 -1.840 -8.761 7.232 404 2HA GLY 51 HA2 GLY 51 -3.553 -8.851 6.650 405 H GLU 52 H GLU 52 -3.661 -7.122 4.545 406 HA GLU 52 HA GLU 52 -2.282 -8.583 2.519 407 1HB GLU 52 HB1 GLU 52 -4.653 -8.011 2.353 408 2HB GLU 52 HB2 GLU 52 -4.271 -6.271 2.436 409 1HG GLU 52 HG1 GLU 52 -4.926 -6.995 0.128 410 2HG GLU 52 HG2 GLU 52 -3.345 -6.272 0.174 411 H CYS 53 H CYS 53 -1.497 -5.641 4.104 412 HA CYS 53 HA CYS 53 0.174 -4.432 2.077 413 1HB CYS 53 HB1 CYS 53 -1.033 -3.119 4.010 414 2HB CYS 53 HB2 CYS 53 -0.121 -4.033 5.156 415 H ARG 54 H ARG 54 0.547 -6.204 4.858 416 HA ARG 54 HA ARG 54 3.350 -6.515 5.194 417 1HB ARG 54 HB1 ARG 54 0.815 -7.647 6.501 418 2HB ARG 54 HB2 ARG 54 2.454 -8.036 7.085 419 1HG ARG 54 HG1 ARG 54 2.969 -5.610 7.373 420 2HG ARG 54 HG2 ARG 54 1.298 -5.170 6.859 421 1HD ARG 54 HD1 ARG 54 2.141 -6.625 9.435 422 2HD ARG 54 HD2 ARG 54 1.522 -4.932 9.215 423 HE ARG 54 HE ARG 54 -0.141 -7.292 8.374 424 1HH1 ARG 54 HH11 ARG 54 0.169 -4.716 10.799 425 2HH1 ARG 54 HH12 ARG 54 -1.043 -5.450 11.797 426 1HH2 ARG 54 HH21 ARG 54 -1.610 -8.128 9.666 427 2HH2 ARG 54 HH22 ARG 54 -2.066 -7.354 11.145 428 H LYS 55 H LYS 55 0.726 -8.802 4.003 429 HA LYS 55 HA LYS 55 2.712 -10.821 3.280 430 1HB LYS 55 HB1 LYS 55 0.440 -11.306 4.220 431 2HB LYS 55 HB2 LYS 55 -0.310 -10.686 2.715 432 1HG LYS 55 HG1 LYS 55 1.064 -12.514 1.467 433 2HG LYS 55 HG2 LYS 55 1.515 -13.159 3.089 434 1HD LYS 55 HD1 LYS 55 -0.900 -13.620 3.547 435 2HD LYS 55 HD2 LYS 55 -1.360 -12.686 2.075 436 1HE LYS 55 HE1 LYS 55 -0.108 -14.420 0.655 437 2HE LYS 55 HE2 LYS 55 0.046 -15.434 2.146 438 1HZ LYS 55 HZ1 LYS 55 -2.485 -14.438 0.919 439 2HZ LYS 55 HZ2 LYS 55 -1.867 -16.016 0.816 440 3HZ LYS 55 HZ3 LYS 55 -2.368 -15.397 2.315 441 H LYS 56 H LYS 56 3.600 -8.777 2.127 442 HA LYS 56 HA LYS 56 3.821 -9.201 -0.649 443 1HB LYS 56 HB1 LYS 56 2.228 -6.677 0.188 444 2HB LYS 56 HB2 LYS 56 3.265 -6.671 -1.262 445 1HG LYS 56 HG1 LYS 56 2.165 -8.735 -2.047 446 2HG LYS 56 HG2 LYS 56 0.863 -8.490 -0.863 447 1HD LYS 56 HD1 LYS 56 1.282 -6.108 -2.797 448 2HD LYS 56 HD2 LYS 56 0.720 -7.671 -3.424 449 1HE LYS 56 HE1 LYS 56 -1.167 -7.957 -1.900 450 2HE LYS 56 HE2 LYS 56 -0.811 -6.420 -1.067 451 1HZ LYS 56 HZ1 LYS 56 -1.462 -6.733 -3.948 452 2HZ LYS 56 HZ2 LYS 56 -2.494 -6.180 -2.716 453 3HZ LYS 56 HZ3 LYS 56 -1.130 -5.268 -3.154 454 H CYS 57 H CYS 57 4.259 -6.958 2.163 455 HA CYS 57 HA CYS 57 7.059 -6.473 1.215 456 1HB CYS 57 HB1 CYS 57 4.946 -4.733 2.535 457 2HB CYS 57 HB2 CYS 57 6.678 -4.238 2.549 458 H LEU 58 H LEU 58 5.798 -8.307 3.989 459 HA LEU 58 HA LEU 58 8.387 -7.454 5.285 460 1HB LEU 58 HB1 LEU 58 5.705 -7.496 6.619 461 2HB LEU 58 HB2 LEU 58 7.170 -7.846 7.595 462 HG LEU 58 HG LEU 58 6.782 -5.362 5.970 463 1HD1 LEU 58 HD11 LEU 58 5.203 -5.544 8.018 464 2HD1 LEU 58 HD12 LEU 58 6.637 -5.899 9.040 465 3HD1 LEU 58 HD13 LEU 58 6.472 -4.275 8.297 466 1HD2 LEU 58 HD21 LEU 58 8.997 -6.037 7.958 467 2HD2 LEU 58 HD22 LEU 58 9.168 -5.711 6.184 468 3HD2 LEU 58 HD23 LEU 58 8.655 -4.395 7.276 469 H GLY 59 H GLY 59 6.670 -10.056 4.083 470 1HA GLY 59 HA1 GLY 59 6.802 -12.219 4.133 471 2HA GLY 59 HA2 GLY 59 8.363 -12.104 5.063 472 H LYS 60 H LYS 60 4.826 -11.585 5.532 473 HA LYS 60 HA LYS 60 4.560 -13.339 7.729 474 1HB LYS 60 HB1 LYS 60 3.517 -11.341 9.038 475 2HB LYS 60 HB2 LYS 60 5.317 -11.368 9.063 476 1HG LYS 60 HG1 LYS 60 5.491 -9.581 7.423 477 2HG LYS 60 HG2 LYS 60 3.771 -9.614 7.033 478 1HD LYS 60 HD1 LYS 60 4.272 -7.721 8.476 479 2HD LYS 60 HD2 LYS 60 3.094 -8.859 9.233 480 1HE LYS 60 HE1 LYS 60 4.614 -7.881 10.853 481 2HE LYS 60 HE2 LYS 60 4.843 -9.681 10.808 482 1HZ LYS 60 HZ1 LYS 60 6.550 -7.632 9.488 483 2HZ LYS 60 HZ2 LYS 60 6.918 -8.505 10.898 484 3HZ LYS 60 HZ3 LYS 60 6.775 -9.313 9.411 No H/Q in entry = 484 Start of MODEL 3 1 H TRP 1 H TRP 1 12.875 -13.038 3.994 2 HA TRP 1 HA TRP 1 11.647 -12.536 1.546 3 1HB TRP 1 HB1 TRP 1 9.554 -12.295 2.649 4 2HB TRP 1 HB2 TRP 1 10.168 -11.411 4.054 5 HD1 TRP 1 HD1 TRP 1 8.441 -10.553 0.771 6 HE1 TRP 1 HE1 TRP 1 8.316 -8.123 0.590 7 HE3 TRP 1 HE3 TRP 1 11.639 -9.366 4.637 8 HZ2 TRP 1 HZ2 TRP 1 9.679 -5.851 1.711 9 HZ3 TRP 1 HZ3 TRP 1 12.159 -6.998 5.020 10 HH2 TRP 1 HH2 TRP 1 11.189 -5.248 3.559 11 H GLN 2 H GLN 2 12.437 -10.585 0.600 12 HA GLN 2 HA GLN 2 14.085 -8.690 1.980 13 1HB GLN 2 HB1 GLN 2 14.941 -10.292 -0.541 14 2HB GLN 2 HB2 GLN 2 15.682 -8.769 -0.017 15 1HG GLN 2 HG1 GLN 2 15.788 -11.428 1.570 16 2HG GLN 2 HG2 GLN 2 17.104 -10.713 0.576 17 1HE2 GLN 2 HE21 GLN 2 16.373 -9.126 4.296 18 2HE2 GLN 2 HE22 GLN 2 15.136 -10.145 3.571 19 HA PRO 3 HA PRO 3 10.937 -6.920 -0.172 20 1HB PRO 3 HB1 PRO 3 11.225 -4.366 -0.453 21 2HB PRO 3 HB2 PRO 3 11.478 -5.080 1.062 22 1HG PRO 3 HG1 PRO 3 13.966 -4.704 -0.639 23 2HG PRO 3 HG2 PRO 3 13.699 -4.088 1.048 24 1HD PRO 3 HD1 PRO 3 14.903 -6.512 0.487 25 2HD PRO 3 HD2 PRO 3 13.715 -6.370 1.878 26 HA PRO 4 HA PRO 4 11.624 -7.132 -4.727 27 1HB PRO 4 HB1 PRO 4 9.108 -8.099 -5.341 28 2HB PRO 4 HB2 PRO 4 10.118 -9.010 -4.183 29 1HG PRO 4 HG1 PRO 4 8.091 -6.945 -3.459 30 2HG PRO 4 HG2 PRO 4 8.252 -8.718 -2.887 31 1HD PRO 4 HD1 PRO 4 9.141 -6.499 -1.515 32 2HD PRO 4 HD2 PRO 4 9.927 -8.148 -1.462 33 H TRP 5 H TRP 5 8.394 -6.309 -5.441 34 HA TRP 5 HA TRP 5 9.058 -3.648 -6.387 35 1HB TRP 5 HB1 TRP 5 6.889 -3.619 -7.662 36 2HB TRP 5 HB2 TRP 5 8.130 -4.787 -8.113 37 HD1 TRP 5 HD1 TRP 5 7.568 -7.228 -8.248 38 HE1 TRP 5 HE1 TRP 5 5.249 -8.579 -8.130 39 HE3 TRP 5 HE3 TRP 5 4.289 -3.862 -6.220 40 HZ2 TRP 5 HZ2 TRP 5 2.516 -7.930 -8.223 41 HZ3 TRP 5 HZ3 TRP 5 2.040 -4.008 -6.557 42 HH2 TRP 5 HH2 TRP 5 1.053 -6.079 -7.418 43 H TYR 6 H TYR 6 6.098 -4.882 -4.806 44 HA TYR 6 HA TYR 6 4.603 -2.812 -4.241 45 1HB TYR 6 HB1 TYR 6 4.706 -4.689 -1.890 46 2HB TYR 6 HB2 TYR 6 3.366 -4.332 -2.930 47 HD1 TYR 6 HD1 TYR 6 3.043 -5.832 -4.895 48 HD2 TYR 6 HD2 TYR 6 6.257 -6.441 -2.186 49 HE1 TYR 6 HE1 TYR 6 3.265 -8.161 -5.737 50 HE2 TYR 6 HE2 TYR 6 6.343 -8.917 -2.980 51 HH TYR 6 HH TYR 6 4.327 -10.127 -5.500 52 H CYS 7 H CYS 7 7.096 -3.654 -1.963 53 HA CYS 7 HA CYS 7 6.521 -1.911 -0.023 54 1HB CYS 7 HB1 CYS 7 9.382 -2.918 -0.541 55 2HB CYS 7 HB2 CYS 7 8.540 -2.629 1.021 56 H LYS 8 H LYS 8 8.362 -1.157 -2.911 57 HA LYS 8 HA LYS 8 9.206 1.504 -1.922 58 1HB LYS 8 HB1 LYS 8 10.937 -0.296 -2.334 59 2HB LYS 8 HB2 LYS 8 10.262 -0.608 -3.963 60 1HG LYS 8 HG1 LYS 8 10.990 1.681 -4.633 61 2HG LYS 8 HG2 LYS 8 11.781 1.890 -3.013 62 1HD LYS 8 HD1 LYS 8 13.079 -0.272 -3.573 63 2HD LYS 8 HD2 LYS 8 12.290 -0.280 -5.180 64 1HE LYS 8 HE1 LYS 8 14.208 1.924 -4.080 65 2HE LYS 8 HE2 LYS 8 14.656 0.625 -5.256 66 1HZ LYS 8 HZ1 LYS 8 13.075 1.547 -6.806 67 2HZ LYS 8 HZ2 LYS 8 12.647 2.768 -5.706 68 3HZ LYS 8 HZ3 LYS 8 14.224 2.705 -6.334 69 H GLU 9 H GLU 9 6.520 0.298 -3.293 70 HA GLU 9 HA GLU 9 6.656 1.418 -5.957 71 1HB GLU 9 HB1 GLU 9 5.911 -0.769 -5.524 72 2HB GLU 9 HB2 GLU 9 4.548 -0.152 -4.613 73 1HG GLU 9 HG1 GLU 9 3.946 -0.687 -6.949 74 2HG GLU 9 HG2 GLU 9 3.797 1.099 -6.861 75 HA PRO 10 HA PRO 10 4.907 5.182 -4.234 76 1HB PRO 10 HB1 PRO 10 4.389 6.043 -7.125 77 2HB PRO 10 HB2 PRO 10 5.304 6.907 -5.823 78 1HG PRO 10 HG1 PRO 10 6.619 5.639 -7.785 79 2HG PRO 10 HG2 PRO 10 7.174 5.348 -6.090 80 1HD PRO 10 HD1 PRO 10 5.163 3.604 -7.649 81 2HD PRO 10 HD2 PRO 10 6.726 3.045 -6.965 82 H VAL 11 H VAL 11 2.790 5.978 -3.490 83 HA VAL 11 HA VAL 11 0.478 4.576 -4.436 84 HB VAL 11 HB VAL 11 -0.489 6.462 -2.477 85 1HG1 VAL 11 HG11 VAL 11 -1.193 4.233 -3.033 86 2HG1 VAL 11 HG12 VAL 11 0.348 3.560 -2.331 87 3HG1 VAL 11 HG13 VAL 11 -0.825 4.513 -1.306 88 1HG2 VAL 11 HG21 VAL 11 1.753 7.240 -2.250 89 2HG2 VAL 11 HG22 VAL 11 0.997 6.566 -0.779 90 3HG2 VAL 11 HG23 VAL 11 2.269 5.589 -1.607 91 H ARG 12 H ARG 12 -1.530 5.385 -4.959 92 HA ARG 12 HA ARG 12 -1.626 8.024 -6.194 93 1HB ARG 12 HB1 ARG 12 -1.660 5.381 -7.496 94 2HB ARG 12 HB2 ARG 12 -2.885 6.504 -8.169 95 1HG ARG 12 HG1 ARG 12 -0.092 7.641 -7.739 96 2HG ARG 12 HG2 ARG 12 -0.529 6.392 -8.916 97 1HD ARG 12 HD1 ARG 12 -0.798 8.721 -9.947 98 2HD ARG 12 HD2 ARG 12 -2.345 7.754 -9.809 99 HE ARG 12 HE ARG 12 -1.632 9.795 -7.610 100 1HH1 ARG 12 HH11 ARG 12 -3.468 9.169 -10.387 101 2HH1 ARG 12 HH12 ARG 12 -4.805 10.183 -9.902 102 1HH2 ARG 12 HH21 ARG 12 -3.385 11.184 -7.043 103 2HH2 ARG 12 HH22 ARG 12 -4.843 11.108 -7.953 104 H ILE 13 H ILE 13 -3.617 8.865 -5.281 105 HA ILE 13 HA ILE 13 -5.691 7.119 -4.414 106 HB ILE 13 HB ILE 13 -5.107 9.145 -3.289 107 1HG1 ILE 13 HG11 ILE 13 -8.073 8.789 -4.038 108 2HG1 ILE 13 HG12 ILE 13 -7.098 7.648 -3.071 109 1HG2 ILE 13 HG21 ILE 13 -5.197 10.867 -5.159 110 2HG2 ILE 13 HG22 ILE 13 -6.989 10.554 -5.266 111 3HG2 ILE 13 HG23 ILE 13 -6.243 11.206 -3.762 112 1HD1 ILE 13 HD11 ILE 13 -6.750 9.368 -1.315 113 2HD1 ILE 13 HD12 ILE 13 -7.767 10.558 -2.233 114 3HD1 ILE 13 HD13 ILE 13 -8.505 9.038 -1.576 115 H GLY 14 H GLY 14 -5.374 9.115 -7.350 116 1HA GLY 14 HA1 GLY 14 -6.488 8.090 -9.313 117 2HA GLY 14 HA2 GLY 14 -7.968 7.967 -8.295 118 H SER 15 H SER 15 -8.871 9.284 -10.201 119 HA SER 15 HA SER 15 -8.219 12.166 -10.019 120 1HB SER 15 HB1 SER 15 -9.863 10.724 -12.186 121 2HB SER 15 HB2 SER 15 -9.255 12.427 -12.206 122 HG SER 15 HG SER 15 -7.647 10.110 -11.979 123 H CYS 16 H CYS 16 -10.633 10.120 -8.642 124 HA CYS 16 HA CYS 16 -12.672 12.295 -8.805 125 1HB CYS 16 HB1 CYS 16 -13.083 9.299 -8.278 126 2HB CYS 16 HB2 CYS 16 -14.386 10.517 -8.191 127 H LYS 17 H LYS 17 -14.120 12.361 -6.859 128 HA LYS 17 HA LYS 17 -12.603 12.072 -4.335 129 1HB LYS 17 HB1 LYS 17 -14.728 14.116 -5.148 130 2HB LYS 17 HB2 LYS 17 -14.149 13.908 -3.469 131 1HG LYS 17 HG1 LYS 17 -12.401 14.725 -5.845 132 2HG LYS 17 HG2 LYS 17 -13.049 15.796 -4.563 133 1HD LYS 17 HD1 LYS 17 -10.973 13.525 -4.163 134 2HD LYS 17 HD2 LYS 17 -10.665 15.280 -4.268 135 1HE LYS 17 HE1 LYS 17 -10.513 14.793 -1.954 136 2HE LYS 17 HE2 LYS 17 -12.137 15.571 -2.129 137 1HZ LYS 17 HZ1 LYS 17 -11.549 12.650 -1.959 138 2HZ LYS 17 HZ2 LYS 17 -12.179 13.632 -0.725 139 3HZ LYS 17 HZ3 LYS 17 -13.090 13.341 -2.129 140 H LYS 18 H LYS 18 -13.469 9.762 -4.945 141 HA LYS 18 HA LYS 18 -15.678 9.216 -3.102 142 1HB LYS 18 HB1 LYS 18 -16.600 8.869 -5.419 143 2HB LYS 18 HB2 LYS 18 -15.191 7.852 -5.861 144 1HG LYS 18 HG1 LYS 18 -15.859 6.236 -3.986 145 2HG LYS 18 HG2 LYS 18 -17.354 7.163 -3.760 146 1HD LYS 18 HD1 LYS 18 -16.402 5.708 -6.305 147 2HD LYS 18 HD2 LYS 18 -17.740 5.220 -5.207 148 1HE LYS 18 HE1 LYS 18 -19.087 7.218 -5.932 149 2HE LYS 18 HE2 LYS 18 -17.756 7.703 -7.063 150 1HZ LYS 18 HZ1 LYS 18 -19.246 5.139 -7.114 151 2HZ LYS 18 HZ2 LYS 18 -19.455 6.462 -8.160 152 3HZ LYS 18 HZ3 LYS 18 -17.995 5.595 -8.168 153 H GLN 19 H GLN 19 -14.674 7.915 -1.503 154 HA GLN 19 HA GLN 19 -12.051 6.769 -2.174 155 1HB GLN 19 HB1 GLN 19 -12.334 7.953 0.585 156 2HB GLN 19 HB2 GLN 19 -10.995 7.983 -0.612 157 1HG GLN 19 HG1 GLN 19 -11.564 10.198 -0.141 158 2HG GLN 19 HG2 GLN 19 -12.208 9.918 -1.791 159 1HE2 GLN 19 HE21 GLN 19 -14.858 11.759 -0.002 160 2HE2 GLN 19 HE22 GLN 19 -13.361 12.029 -0.875 161 H PHE 20 H PHE 20 -11.770 4.663 -1.640 162 HA PHE 20 HA PHE 20 -13.537 3.352 0.336 163 1HB PHE 20 HB1 PHE 20 -11.828 1.955 -1.818 164 2HB PHE 20 HB2 PHE 20 -13.208 1.350 -0.894 165 HD1 PHE 20 HD1 PHE 20 -15.534 2.366 -1.244 166 HD2 PHE 20 HD2 PHE 20 -12.311 3.098 -4.054 167 HE1 PHE 20 HE1 PHE 20 -17.161 2.914 -3.032 168 HE2 PHE 20 HE2 PHE 20 -13.960 3.616 -5.773 169 HZ PHE 20 HZ PHE 20 -16.361 3.433 -5.311 170 H SER 21 H SER 21 -12.416 2.417 2.220 171 HA SER 21 HA SER 21 -9.760 3.251 2.685 172 1HB SER 21 HB1 SER 21 -11.515 3.118 4.471 173 2HB SER 21 HB2 SER 21 -11.217 1.351 4.544 174 HG SER 21 HG SER 21 -9.944 2.564 6.045 175 H SER 22 H SER 22 -7.857 2.490 2.742 176 HA SER 22 HA SER 22 -7.192 -0.271 2.089 177 1HB SER 22 HB1 SER 22 -5.569 0.867 0.230 178 2HB SER 22 HB2 SER 22 -7.268 0.722 -0.163 179 HG SER 22 HG SER 22 -6.307 3.035 1.206 180 H PHE 23 H PHE 23 -4.659 -0.073 1.711 181 HA PHE 23 HA PHE 23 -3.218 1.571 3.663 182 1HB PHE 23 HB1 PHE 23 -3.300 -1.587 3.707 183 2HB PHE 23 HB2 PHE 23 -1.947 -0.645 4.312 184 HD1 PHE 23 HD1 PHE 23 -2.116 0.746 6.304 185 HD2 PHE 23 HD2 PHE 23 -5.553 -1.373 4.855 186 HE1 PHE 23 HE1 PHE 23 -3.371 1.469 8.279 187 HE2 PHE 23 HE2 PHE 23 -6.790 -0.799 6.901 188 HZ PHE 23 HZ PHE 23 -5.716 0.656 8.627 189 H TYR 24 H TYR 24 -0.895 1.795 3.166 190 HA TYR 24 HA TYR 24 0.121 0.260 0.883 191 1HB TYR 24 HB1 TYR 24 1.132 1.940 -0.357 192 2HB TYR 24 HB2 TYR 24 -0.530 2.480 -0.030 193 HD1 TYR 24 HD1 TYR 24 3.089 2.998 0.896 194 HD2 TYR 24 HD2 TYR 24 -0.894 4.595 1.027 195 HE1 TYR 24 HE1 TYR 24 3.967 5.180 1.938 196 HE2 TYR 24 HE2 TYR 24 -0.046 6.721 1.842 197 HH TYR 24 HH TYR 24 1.768 7.890 2.521 198 H PHE 25 H PHE 25 2.595 -0.073 1.013 199 HA PHE 25 HA PHE 25 3.404 -0.113 3.842 200 1HB PHE 25 HB1 PHE 25 3.393 -2.206 2.277 201 2HB PHE 25 HB2 PHE 25 4.819 -1.519 1.457 202 HD1 PHE 25 HD1 PHE 25 6.935 -1.164 2.884 203 HD2 PHE 25 HD2 PHE 25 3.528 -3.328 4.358 204 HE1 PHE 25 HE1 PHE 25 8.261 -2.155 4.774 205 HE2 PHE 25 HE2 PHE 25 4.741 -4.152 6.264 206 HZ PHE 25 HZ PHE 25 7.185 -3.403 6.489 207 H LYS 26 H LYS 26 4.592 1.806 4.580 208 HA LYS 26 HA LYS 26 5.699 3.487 2.589 209 1HB LYS 26 HB1 LYS 26 4.417 4.333 4.189 210 2HB LYS 26 HB2 LYS 26 5.303 3.529 5.532 211 1HG LYS 26 HG1 LYS 26 5.439 5.674 5.476 212 2HG LYS 26 HG2 LYS 26 7.169 5.153 5.252 213 1HD LYS 26 HD1 LYS 26 5.232 6.603 3.303 214 2HD LYS 26 HD2 LYS 26 6.666 7.285 4.182 215 1HE LYS 26 HE1 LYS 26 8.251 5.980 2.884 216 2HE LYS 26 HE2 LYS 26 6.867 5.096 2.124 217 1HZ LYS 26 HZ1 LYS 26 6.148 7.164 1.136 218 2HZ LYS 26 HZ2 LYS 26 7.424 8.009 1.871 219 3HZ LYS 26 HZ3 LYS 26 7.755 6.827 0.697 220 H TRP 27 H TRP 27 7.623 2.865 1.729 221 HA TRP 27 HA TRP 27 9.366 1.023 2.325 222 1HB TRP 27 HB1 TRP 27 9.083 2.012 0.139 223 2HB TRP 27 HB2 TRP 27 9.431 3.606 0.658 224 HD1 TRP 27 HD1 TRP 27 11.578 4.446 -0.320 225 HE1 TRP 27 HE1 TRP 27 13.902 3.415 -0.945 226 HE3 TRP 27 HE3 TRP 27 10.656 -0.255 1.110 227 HZ2 TRP 27 HZ2 TRP 27 15.121 0.840 -0.854 228 HZ3 TRP 27 HZ3 TRP 27 12.390 -2.030 0.867 229 HH2 TRP 27 HH2 TRP 27 14.603 -1.488 -0.142 230 H THR 28 H THR 28 10.052 4.474 3.102 231 HA THR 28 HA THR 28 12.523 3.838 4.369 232 HB THR 28 HB THR 28 12.391 6.453 4.847 233 HG1 THR 28 HG1 THR 28 11.105 7.344 3.126 234 1HG2 THR 28 HG21 THR 28 12.577 5.204 2.029 235 2HG2 THR 28 HG22 THR 28 13.233 6.811 2.518 236 3HG2 THR 28 HG23 THR 28 13.911 5.308 3.229 237 H ALA 29 H ALA 29 9.220 3.940 5.455 238 HA ALA 29 HA ALA 29 9.956 4.426 8.268 239 1HB ALA 29 HB1 ALA 29 7.816 5.334 7.354 240 2HB ALA 29 HB2 ALA 29 7.248 3.683 6.958 241 3HB ALA 29 HB3 ALA 29 7.491 4.180 8.686 242 H LYS 30 H LYS 30 9.025 1.804 6.103 243 HA LYS 30 HA LYS 30 9.194 -0.369 6.077 244 1HB LYS 30 HB1 LYS 30 10.895 -0.140 8.548 245 2HB LYS 30 HB2 LYS 30 10.458 -1.722 7.855 246 1HG LYS 30 HG1 LYS 30 11.956 0.506 6.369 247 2HG LYS 30 HG2 LYS 30 12.614 -1.021 7.050 248 1HD LYS 30 HD1 LYS 30 10.680 -0.764 4.675 249 2HD LYS 30 HD2 LYS 30 12.398 -1.195 4.611 250 1HE LYS 30 HE1 LYS 30 10.263 -2.997 6.044 251 2HE LYS 30 HE2 LYS 30 10.801 -3.142 4.321 252 1HZ LYS 30 HZ1 LYS 30 13.050 -3.446 5.055 253 2HZ LYS 30 HZ2 LYS 30 12.591 -3.293 6.683 254 3HZ LYS 30 HZ3 LYS 30 12.018 -4.598 5.757 255 H LYS 31 H LYS 31 6.923 1.040 7.150 256 HA LYS 31 HA LYS 31 5.459 -1.226 8.194 257 1HB LYS 31 HB1 LYS 31 4.424 0.122 10.072 258 2HB LYS 31 HB2 LYS 31 6.168 -0.224 10.253 259 1HG LYS 31 HG1 LYS 31 6.752 2.009 9.407 260 2HG LYS 31 HG2 LYS 31 5.005 2.428 9.273 261 1HD LYS 31 HD1 LYS 31 4.759 2.071 11.758 262 2HD LYS 31 HD2 LYS 31 6.494 1.592 11.852 263 1HE LYS 31 HE1 LYS 31 7.205 3.876 11.132 264 2HE LYS 31 HE2 LYS 31 5.469 4.385 11.018 265 1HZ LYS 31 HZ1 LYS 31 5.228 3.882 13.354 266 2HZ LYS 31 HZ2 LYS 31 6.855 3.406 13.461 267 3HZ LYS 31 HZ3 LYS 31 6.463 5.018 13.095 268 H CYS 32 H CYS 32 3.101 -0.822 8.203 269 HA CYS 32 HA CYS 32 2.239 0.195 5.682 270 1HB CYS 32 HB1 CYS 32 0.819 -1.242 8.029 271 2HB CYS 32 HB2 CYS 32 -0.003 -0.898 6.463 272 H LEU 33 H LEU 33 1.202 2.123 5.182 273 HA LEU 33 HA LEU 33 0.067 3.676 7.456 274 1HB LEU 33 HB1 LEU 33 0.763 4.941 4.791 275 2HB LEU 33 HB2 LEU 33 0.356 5.722 6.323 276 HG LEU 33 HG LEU 33 2.983 4.385 5.531 277 1HD1 LEU 33 HD11 LEU 33 2.102 7.225 6.391 278 2HD1 LEU 33 HD12 LEU 33 3.800 6.754 6.082 279 3HD1 LEU 33 HD13 LEU 33 2.590 6.676 4.748 280 1HD2 LEU 33 HD21 LEU 33 2.569 3.773 7.969 281 2HD2 LEU 33 HD22 LEU 33 3.899 4.968 7.771 282 3HD2 LEU 33 HD23 LEU 33 2.281 5.509 8.334 283 HA PRO 34 HA PRO 34 -3.814 3.265 4.803 284 1HB PRO 34 HB1 PRO 34 -5.453 4.810 6.481 285 2HB PRO 34 HB2 PRO 34 -4.915 3.148 6.872 286 1HG PRO 34 HG1 PRO 34 -4.105 5.671 8.244 287 2HG PRO 34 HG2 PRO 34 -3.877 3.944 8.748 288 1HD PRO 34 HD1 PRO 34 -2.058 5.770 7.196 289 2HD PRO 34 HD2 PRO 34 -1.532 4.429 8.185 290 H PHE 35 H PHE 35 -4.608 4.153 3.299 291 HA PHE 35 HA PHE 35 -4.979 6.963 2.983 292 1HB PHE 35 HB1 PHE 35 -3.880 7.443 0.988 293 2HB PHE 35 HB2 PHE 35 -2.644 6.402 1.742 294 HD1 PHE 35 HD1 PHE 35 -3.180 3.705 1.096 295 HD2 PHE 35 HD2 PHE 35 -4.272 7.153 -1.314 296 HE1 PHE 35 HE1 PHE 35 -3.478 2.250 -0.871 297 HE2 PHE 35 HE2 PHE 35 -4.353 5.684 -3.278 298 HZ PHE 35 HZ PHE 35 -4.019 3.282 -3.095 299 H LEU 36 H LEU 36 -6.713 6.997 1.105 300 HA LEU 36 HA LEU 36 -8.275 4.513 1.051 301 1HB LEU 36 HB1 LEU 36 -9.100 7.503 0.926 302 2HB LEU 36 HB2 LEU 36 -10.151 6.128 0.434 303 HG LEU 36 HG LEU 36 -9.779 5.137 2.679 304 1HD1 LEU 36 HD11 LEU 36 -8.987 7.933 3.496 305 2HD1 LEU 36 HD12 LEU 36 -9.610 6.616 4.597 306 3HD1 LEU 36 HD13 LEU 36 -8.078 6.360 3.712 307 1HD2 LEU 36 HD21 LEU 36 -11.963 6.083 1.903 308 2HD2 LEU 36 HD22 LEU 36 -11.722 6.333 3.658 309 3HD2 LEU 36 HD23 LEU 36 -11.469 7.708 2.529 310 H PHE 37 H PHE 37 -8.962 3.945 -0.974 311 HA PHE 37 HA PHE 37 -7.557 5.108 -3.332 312 1HB PHE 37 HB1 PHE 37 -6.962 2.855 -3.365 313 2HB PHE 37 HB2 PHE 37 -8.483 2.379 -2.485 314 HD1 PHE 37 HD1 PHE 37 -7.300 3.356 -6.107 315 HD2 PHE 37 HD2 PHE 37 -10.275 1.475 -3.556 316 HE1 PHE 37 HE1 PHE 37 -8.301 2.342 -8.023 317 HE2 PHE 37 HE2 PHE 37 -11.363 0.564 -5.611 318 HZ PHE 37 HZ PHE 37 -10.331 0.902 -7.804 319 H SER 38 H SER 38 -8.627 6.077 -5.096 320 HA SER 38 HA SER 38 -11.539 6.237 -5.039 321 1HB SER 38 HB1 SER 38 -10.336 8.540 -5.036 322 2HB SER 38 HB2 SER 38 -9.684 8.134 -6.649 323 HG SER 38 HG SER 38 -12.374 8.141 -5.739 324 H GLY 39 H GLY 39 -12.307 4.930 -6.373 325 1HA GLY 39 HA1 GLY 39 -10.943 3.283 -8.236 326 2HA GLY 39 HA2 GLY 39 -12.686 3.343 -7.996 327 H CYS 40 H CYS 40 -11.047 6.211 -8.963 328 HA CYS 40 HA CYS 40 -11.604 5.955 -11.856 329 1HB CYS 40 HB1 CYS 40 -11.342 8.507 -10.135 330 2HB CYS 40 HB2 CYS 40 -11.605 8.480 -11.908 331 H GLY 41 H GLY 41 -9.298 4.707 -11.133 332 1HA GLY 41 HA1 GLY 41 -7.318 5.073 -12.571 333 2HA GLY 41 HA2 GLY 41 -7.212 6.712 -11.945 334 H GLY 42 H GLY 42 -7.097 3.405 -10.251 335 1HA GLY 42 HA1 GLY 42 -4.865 4.450 -8.704 336 2HA GLY 42 HA2 GLY 42 -5.673 2.853 -8.624 337 H ASN 43 H ASN 43 -3.116 2.533 -8.203 338 HA ASN 43 HA ASN 43 -1.961 1.747 -10.833 339 1HB ASN 43 HB1 ASN 43 0.274 2.178 -10.177 340 2HB ASN 43 HB2 ASN 43 -0.778 3.614 -10.045 341 1HD2 ASN 43 HD21 ASN 43 1.344 4.050 -7.272 342 2HD2 ASN 43 HD22 ASN 43 0.812 4.609 -8.848 343 H ALA 44 H ALA 44 -0.165 0.552 -8.204 344 HA ALA 44 HA ALA 44 -1.438 -2.123 -8.466 345 1HB ALA 44 HB1 ALA 44 0.200 -1.861 -10.361 346 2HB ALA 44 HB2 ALA 44 1.525 -1.622 -9.176 347 3HB ALA 44 HB3 ALA 44 0.626 -3.198 -9.269 348 H ASN 45 H ASN 45 0.073 0.212 -6.427 349 HA ASN 45 HA ASN 45 0.919 -1.846 -4.457 350 1HB ASN 45 HB1 ASN 45 2.431 0.159 -5.093 351 2HB ASN 45 HB2 ASN 45 1.296 1.257 -4.322 352 1HD2 ASN 45 HD21 ASN 45 3.478 0.684 -1.461 353 2HD2 ASN 45 HD22 ASN 45 3.095 1.763 -2.769 354 H ARG 46 H ARG 46 -1.866 -2.002 -4.533 355 HA ARG 46 HA ARG 46 -2.522 -0.473 -2.085 356 1HB ARG 46 HB1 ARG 46 -4.777 0.092 -2.699 357 2HB ARG 46 HB2 ARG 46 -3.488 1.016 -3.481 358 1HG ARG 46 HG1 ARG 46 -5.131 -1.238 -4.798 359 2HG ARG 46 HG2 ARG 46 -5.535 0.509 -4.829 360 1HD ARG 46 HD1 ARG 46 -3.209 -0.867 -6.260 361 2HD ARG 46 HD2 ARG 46 -4.565 0.041 -7.008 362 HE ARG 46 HE ARG 46 -2.072 1.165 -5.848 363 1HH1 ARG 46 HH11 ARG 46 -5.454 2.229 -6.058 364 2HH1 ARG 46 HH12 ARG 46 -4.876 3.903 -5.986 365 1HH2 ARG 46 HH21 ARG 46 -1.605 3.236 -6.199 366 2HH2 ARG 46 HH22 ARG 46 -2.949 4.398 -6.089 367 H PHE 47 H PHE 47 -3.276 -1.324 -0.579 368 HA PHE 47 HA PHE 47 -4.065 -4.172 -0.624 369 1HB PHE 47 HB1 PHE 47 -2.816 -2.532 1.752 370 2HB PHE 47 HB2 PHE 47 -2.908 -4.321 1.557 371 HD1 PHE 47 HD1 PHE 47 -1.821 -4.916 -1.106 372 HD2 PHE 47 HD2 PHE 47 -0.604 -1.758 1.547 373 HE1 PHE 47 HE1 PHE 47 0.431 -4.819 -2.159 374 HE2 PHE 47 HE2 PHE 47 1.627 -1.769 0.519 375 HZ PHE 47 HZ PHE 47 2.154 -3.311 -1.285 376 H GLN 48 H GLN 48 -6.251 -4.558 0.193 377 HA GLN 48 HA GLN 48 -7.827 -2.235 0.898 378 1HB GLN 48 HB1 GLN 48 -9.713 -3.378 0.375 379 2HB GLN 48 HB2 GLN 48 -8.518 -4.034 -0.767 380 1HG GLN 48 HG1 GLN 48 -9.742 -5.407 1.759 381 2HG GLN 48 HG2 GLN 48 -10.062 -5.805 0.051 382 1HE2 GLN 48 HE21 GLN 48 -6.979 -7.653 -0.308 383 2HE2 GLN 48 HE22 GLN 48 -8.042 -6.623 -1.227 384 H THR 49 H THR 49 -6.407 -4.887 2.715 385 HA THR 49 HA THR 49 -7.587 -3.862 5.218 386 HB THR 49 HB THR 49 -7.347 -6.196 6.194 387 HG1 THR 49 HG1 THR 49 -7.283 -7.026 3.453 388 1HG2 THR 49 HG21 THR 49 -9.582 -5.335 5.529 389 2HG2 THR 49 HG22 THR 49 -9.339 -5.979 3.863 390 3HG2 THR 49 HG23 THR 49 -9.432 -7.109 5.257 391 H ILE 50 H ILE 50 -6.077 -4.033 7.011 392 HA ILE 50 HA ILE 50 -3.564 -3.103 6.407 393 HB ILE 50 HB ILE 50 -4.904 -2.507 8.301 394 1HG1 ILE 50 HG11 ILE 50 -2.201 -3.553 9.296 395 2HG1 ILE 50 HG12 ILE 50 -2.428 -2.124 8.227 396 1HG2 ILE 50 HG21 ILE 50 -5.816 -4.841 8.852 397 2HG2 ILE 50 HG22 ILE 50 -4.210 -5.237 9.566 398 3HG2 ILE 50 HG23 ILE 50 -5.218 -3.925 10.262 399 1HD1 ILE 50 HD11 ILE 50 -3.887 -1.037 9.902 400 2HD1 ILE 50 HD12 ILE 50 -3.643 -2.408 11.052 401 3HD1 ILE 50 HD13 ILE 50 -2.251 -1.369 10.559 402 H GLY 51 H GLY 51 -4.372 -6.498 6.993 403 1HA GLY 51 HA1 GLY 51 -1.485 -7.107 7.141 404 2HA GLY 51 HA2 GLY 51 -2.792 -8.225 7.422 405 H GLU 52 H GLU 52 -3.470 -6.558 4.522 406 HA GLU 52 HA GLU 52 -2.243 -8.576 2.784 407 1HB GLU 52 HB1 GLU 52 -4.575 -7.787 2.385 408 2HB GLU 52 HB2 GLU 52 -3.987 -6.126 2.152 409 1HG GLU 52 HG1 GLU 52 -4.468 -7.160 -0.057 410 2HG GLU 52 HG2 GLU 52 -2.701 -6.901 0.052 411 H CYS 53 H CYS 53 -1.549 -5.481 4.053 412 HA CYS 53 HA CYS 53 0.378 -4.526 2.178 413 1HB CYS 53 HB1 CYS 53 -0.955 -2.952 3.315 414 2HB CYS 53 HB2 CYS 53 -0.736 -3.567 4.919 415 H ARG 54 H ARG 54 0.529 -6.619 4.982 416 HA ARG 54 HA ARG 54 3.378 -6.692 5.494 417 1HB ARG 54 HB1 ARG 54 0.884 -8.370 6.145 418 2HB ARG 54 HB2 ARG 54 2.504 -8.874 6.694 419 1HG ARG 54 HG1 ARG 54 2.869 -6.864 7.920 420 2HG ARG 54 HG2 ARG 54 1.363 -6.112 7.285 421 1HD ARG 54 HD1 ARG 54 1.265 -6.963 9.520 422 2HD ARG 54 HD2 ARG 54 -0.092 -7.584 8.491 423 HE ARG 54 HE ARG 54 1.841 -9.663 8.298 424 1HH1 ARG 54 HH11 ARG 54 -0.124 -8.332 10.869 425 2HH1 ARG 54 HH12 ARG 54 -0.225 -9.892 11.640 426 1HH2 ARG 54 HH21 ARG 54 1.566 -11.503 9.129 427 2HH2 ARG 54 HH22 ARG 54 0.774 -11.692 10.683 428 H LYS 55 H LYS 55 1.048 -8.907 3.861 429 HA LYS 55 HA LYS 55 2.992 -10.908 3.237 430 1HB LYS 55 HB1 LYS 55 0.676 -11.167 4.103 431 2HB LYS 55 HB2 LYS 55 0.006 -10.814 2.484 432 1HG LYS 55 HG1 LYS 55 1.217 -12.830 1.567 433 2HG LYS 55 HG2 LYS 55 2.011 -13.107 3.167 434 1HD LYS 55 HD1 LYS 55 -1.024 -13.246 2.682 435 2HD LYS 55 HD2 LYS 55 0.102 -14.644 2.752 436 1HE LYS 55 HE1 LYS 55 0.714 -14.077 5.128 437 2HE LYS 55 HE2 LYS 55 -0.480 -12.717 5.118 438 1HZ LYS 55 HZ1 LYS 55 -1.098 -15.577 4.647 439 2HZ LYS 55 HZ2 LYS 55 -1.392 -14.686 6.063 440 3HZ LYS 55 HZ3 LYS 55 -2.209 -14.293 4.627 441 H LYS 56 H LYS 56 4.088 -9.080 2.073 442 HA LYS 56 HA LYS 56 4.471 -9.455 -0.624 443 1HB LYS 56 HB1 LYS 56 2.468 -7.269 0.011 444 2HB LYS 56 HB2 LYS 56 3.761 -6.802 -1.130 445 1HG LYS 56 HG1 LYS 56 3.342 -8.697 -2.571 446 2HG LYS 56 HG2 LYS 56 2.022 -9.266 -1.607 447 1HD LYS 56 HD1 LYS 56 1.944 -6.468 -3.067 448 2HD LYS 56 HD2 LYS 56 1.413 -8.051 -3.693 449 1HE LYS 56 HE1 LYS 56 -0.103 -8.575 -1.766 450 2HE LYS 56 HE2 LYS 56 0.202 -6.953 -1.061 451 1HZ LYS 56 HZ1 LYS 56 -0.964 -7.525 -3.739 452 2HZ LYS 56 HZ2 LYS 56 -1.808 -7.047 -2.345 453 3HZ LYS 56 HZ3 LYS 56 -0.702 -5.985 -3.074 454 H CYS 57 H CYS 57 4.647 -7.290 2.310 455 HA CYS 57 HA CYS 57 7.448 -6.497 1.502 456 1HB CYS 57 HB1 CYS 57 5.058 -4.997 2.745 457 2HB CYS 57 HB2 CYS 57 6.710 -4.309 2.785 458 H LEU 58 H LEU 58 6.178 -8.427 4.101 459 HA LEU 58 HA LEU 58 8.783 -7.688 5.321 460 1HB LEU 58 HB1 LEU 58 6.189 -7.443 6.821 461 2HB LEU 58 HB2 LEU 58 7.659 -7.965 7.717 462 HG LEU 58 HG LEU 58 7.408 -5.454 6.127 463 1HD1 LEU 58 HD11 LEU 58 6.100 -5.428 8.225 464 2HD1 LEU 58 HD12 LEU 58 7.579 -5.901 9.179 465 3HD1 LEU 58 HD13 LEU 58 7.551 -4.322 8.325 466 1HD2 LEU 58 HD21 LEU 58 9.761 -6.674 7.691 467 2HD2 LEU 58 HD22 LEU 58 9.767 -5.961 6.034 468 3HD2 LEU 58 HD23 LEU 58 9.630 -4.889 7.461 469 H GLY 59 H GLY 59 6.852 -10.151 4.267 470 1HA GLY 59 HA1 GLY 59 6.932 -12.352 4.279 471 2HA GLY 59 HA2 GLY 59 8.457 -12.288 5.245 472 H LYS 60 H LYS 60 4.964 -11.357 5.845 473 HA LYS 60 HA LYS 60 4.559 -13.159 7.965 474 1HB LYS 60 HB1 LYS 60 4.023 -11.149 9.504 475 2HB LYS 60 HB2 LYS 60 5.791 -11.382 9.269 476 1HG LYS 60 HG1 LYS 60 5.923 -9.529 7.677 477 2HG LYS 60 HG2 LYS 60 4.173 -9.414 7.553 478 1HD LYS 60 HD1 LYS 60 4.615 -7.605 8.883 479 2HD LYS 60 HD2 LYS 60 4.007 -8.849 10.037 480 1HE LYS 60 HE1 LYS 60 6.575 -9.325 10.527 481 2HE LYS 60 HE2 LYS 60 6.845 -7.792 9.639 482 1HZ LYS 60 HZ1 LYS 60 5.409 -6.658 11.185 483 2HZ LYS 60 HZ2 LYS 60 5.124 -8.098 12.040 484 3HZ LYS 60 HZ3 LYS 60 6.685 -7.430 11.996 No H/Q in entry = 484 Start of MODEL 4 1 H TRP 1 H TRP 1 12.960 -12.787 3.808 2 HA TRP 1 HA TRP 1 11.644 -12.384 1.365 3 1HB TRP 1 HB1 TRP 1 9.625 -12.127 2.563 4 2HB TRP 1 HB2 TRP 1 10.307 -11.201 3.907 5 HD1 TRP 1 HD1 TRP 1 8.547 -10.496 0.563 6 HE1 TRP 1 HE1 TRP 1 8.317 -8.099 0.318 7 HE3 TRP 1 HE3 TRP 1 11.711 -9.075 4.361 8 HZ2 TRP 1 HZ2 TRP 1 9.551 -5.707 1.404 9 HZ3 TRP 1 HZ3 TRP 1 12.120 -6.678 4.697 10 HH2 TRP 1 HH2 TRP 1 11.052 -5.001 3.210 11 H GLN 2 H GLN 2 12.253 -10.395 0.384 12 HA GLN 2 HA GLN 2 14.134 -8.576 1.598 13 1HB GLN 2 HB1 GLN 2 14.640 -10.281 -0.946 14 2HB GLN 2 HB2 GLN 2 15.555 -8.775 -0.627 15 1HG GLN 2 HG1 GLN 2 15.658 -11.362 1.068 16 2HG GLN 2 HG2 GLN 2 16.901 -10.734 -0.066 17 1HE2 GLN 2 HE21 GLN 2 16.659 -9.138 3.691 18 2HE2 GLN 2 HE22 GLN 2 15.290 -10.071 3.097 19 HA PRO 3 HA PRO 3 10.879 -6.558 -0.330 20 1HB PRO 3 HB1 PRO 3 11.750 -3.878 -0.898 21 2HB PRO 3 HB2 PRO 3 11.204 -4.600 0.657 22 1HG PRO 3 HG1 PRO 3 14.053 -4.394 -0.492 23 2HG PRO 3 HG2 PRO 3 13.543 -3.921 1.178 24 1HD PRO 3 HD1 PRO 3 14.787 -6.304 0.589 25 2HD PRO 3 HD2 PRO 3 13.425 -6.271 1.806 26 HA PRO 4 HA PRO 4 11.288 -6.761 -4.922 27 1HB PRO 4 HB1 PRO 4 8.807 -7.924 -5.385 28 2HB PRO 4 HB2 PRO 4 9.926 -8.771 -4.300 29 1HG PRO 4 HG1 PRO 4 7.862 -6.821 -3.360 30 2HG PRO 4 HG2 PRO 4 8.085 -8.610 -2.898 31 1HD PRO 4 HD1 PRO 4 9.052 -6.522 -1.452 32 2HD PRO 4 HD2 PRO 4 9.945 -8.097 -1.645 33 H TRP 5 H TRP 5 8.123 -6.298 -5.671 34 HA TRP 5 HA TRP 5 8.426 -3.586 -6.527 35 1HB TRP 5 HB1 TRP 5 6.168 -3.610 -7.574 36 2HB TRP 5 HB2 TRP 5 7.389 -4.732 -8.159 37 HD1 TRP 5 HD1 TRP 5 6.932 -7.236 -8.158 38 HE1 TRP 5 HE1 TRP 5 4.640 -8.578 -7.918 39 HE3 TRP 5 HE3 TRP 5 3.634 -3.975 -5.967 40 HZ2 TRP 5 HZ2 TRP 5 1.911 -7.958 -8.150 41 HZ3 TRP 5 HZ3 TRP 5 1.303 -4.144 -6.402 42 HH2 TRP 5 HH2 TRP 5 0.403 -6.151 -7.468 43 H TYR 6 H TYR 6 5.612 -4.873 -4.710 44 HA TYR 6 HA TYR 6 4.191 -2.844 -3.961 45 1HB TYR 6 HB1 TYR 6 4.665 -4.760 -1.628 46 2HB TYR 6 HB2 TYR 6 3.172 -4.383 -2.553 47 HD1 TYR 6 HD1 TYR 6 2.732 -5.747 -4.625 48 HD2 TYR 6 HD2 TYR 6 6.046 -6.509 -2.060 49 HE1 TYR 6 HE1 TYR 6 2.963 -8.009 -5.626 50 HE2 TYR 6 HE2 TYR 6 6.164 -8.909 -3.029 51 HH TYR 6 HH TYR 6 5.204 -10.380 -4.425 52 H CYS 7 H CYS 7 6.913 -3.746 -1.966 53 HA CYS 7 HA CYS 7 6.644 -1.878 -0.003 54 1HB CYS 7 HB1 CYS 7 9.315 -3.263 -0.501 55 2HB CYS 7 HB2 CYS 7 8.449 -2.929 1.013 56 H LYS 8 H LYS 8 7.764 -1.375 -3.093 57 HA LYS 8 HA LYS 8 9.260 1.120 -2.485 58 1HB LYS 8 HB1 LYS 8 9.933 -1.141 -4.542 59 2HB LYS 8 HB2 LYS 8 10.585 0.466 -4.704 60 1HG LYS 8 HG1 LYS 8 11.849 0.164 -2.429 61 2HG LYS 8 HG2 LYS 8 11.090 -1.418 -2.233 62 1HD LYS 8 HD1 LYS 8 12.135 -2.412 -4.099 63 2HD LYS 8 HD2 LYS 8 12.528 -0.825 -4.851 64 1HE LYS 8 HE1 LYS 8 14.572 -1.901 -4.104 65 2HE LYS 8 HE2 LYS 8 14.308 -0.416 -3.110 66 1HZ LYS 8 HZ1 LYS 8 13.663 -3.212 -2.332 67 2HZ LYS 8 HZ2 LYS 8 14.990 -2.290 -1.807 68 3HZ LYS 8 HZ3 LYS 8 13.413 -1.828 -1.381 69 H GLU 9 H GLU 9 6.304 0.010 -3.446 70 HA GLU 9 HA GLU 9 6.361 0.912 -6.185 71 1HB GLU 9 HB1 GLU 9 5.538 -1.211 -5.624 72 2HB GLU 9 HB2 GLU 9 4.232 -0.514 -4.691 73 1HG GLU 9 HG1 GLU 9 3.514 -1.155 -6.958 74 2HG GLU 9 HG2 GLU 9 3.498 0.619 -7.034 75 HA PRO 10 HA PRO 10 4.817 4.895 -5.186 76 1HB PRO 10 HB1 PRO 10 3.705 4.934 -8.053 77 2HB PRO 10 HB2 PRO 10 4.668 6.208 -7.195 78 1HG PRO 10 HG1 PRO 10 5.888 4.540 -8.917 79 2HG PRO 10 HG2 PRO 10 6.665 4.757 -7.296 80 1HD PRO 10 HD1 PRO 10 4.696 2.553 -8.135 81 2HD PRO 10 HD2 PRO 10 6.354 2.326 -7.453 82 H VAL 11 H VAL 11 3.138 5.418 -3.867 83 HA VAL 11 HA VAL 11 0.532 4.358 -3.995 84 HB VAL 11 HB VAL 11 1.807 4.818 -2.003 85 1HG1 VAL 11 HG11 VAL 11 2.935 7.005 -2.655 86 2HG1 VAL 11 HG12 VAL 11 1.343 7.837 -2.502 87 3HG1 VAL 11 HG13 VAL 11 2.104 7.072 -1.067 88 1HG2 VAL 11 HG21 VAL 11 -0.596 4.536 -1.800 89 2HG2 VAL 11 HG22 VAL 11 -0.044 5.794 -0.645 90 3HG2 VAL 11 HG23 VAL 11 -0.906 6.276 -2.144 91 H ARG 12 H ARG 12 -1.483 5.229 -4.670 92 HA ARG 12 HA ARG 12 -1.510 7.799 -6.160 93 1HB ARG 12 HB1 ARG 12 -2.009 5.134 -7.321 94 2HB ARG 12 HB2 ARG 12 -2.743 6.632 -7.998 95 1HG ARG 12 HG1 ARG 12 -0.311 7.648 -7.891 96 2HG ARG 12 HG2 ARG 12 0.174 5.929 -7.653 97 1HD ARG 12 HD1 ARG 12 0.338 6.531 -9.936 98 2HD ARG 12 HD2 ARG 12 -1.061 5.348 -9.625 99 HE ARG 12 HE ARG 12 -2.252 7.893 -9.577 100 1HH1 ARG 12 HH11 ARG 12 -0.822 5.767 -11.937 101 2HH1 ARG 12 HH12 ARG 12 -1.504 6.639 -13.284 102 1HH2 ARG 12 HH21 ARG 12 -3.041 8.978 -11.269 103 2HH2 ARG 12 HH22 ARG 12 -2.948 8.335 -12.875 104 H ILE 13 H ILE 13 -3.413 8.849 -5.470 105 HA ILE 13 HA ILE 13 -5.783 7.308 -4.691 106 HB ILE 13 HB ILE 13 -4.813 8.768 -3.018 107 1HG1 ILE 13 HG11 ILE 13 -7.722 9.211 -3.923 108 2HG1 ILE 13 HG12 ILE 13 -6.975 7.844 -3.032 109 1HG2 ILE 13 HG21 ILE 13 -4.259 10.881 -4.340 110 2HG2 ILE 13 HG22 ILE 13 -6.067 11.076 -4.585 111 3HG2 ILE 13 HG23 ILE 13 -5.326 11.086 -2.950 112 1HD1 ILE 13 HD11 ILE 13 -6.501 9.360 -1.090 113 2HD1 ILE 13 HD12 ILE 13 -7.274 10.745 -1.959 114 3HD1 ILE 13 HD13 ILE 13 -8.271 9.330 -1.447 115 H GLY 14 H GLY 14 -4.663 9.755 -6.880 116 1HA GLY 14 HA1 GLY 14 -5.406 10.514 -8.933 117 2HA GLY 14 HA2 GLY 14 -6.562 9.171 -8.913 118 H SER 15 H SER 15 -6.909 11.825 -10.113 119 HA SER 15 HA SER 15 -8.792 13.239 -8.385 120 1HB SER 15 HB1 SER 15 -8.701 14.984 -10.198 121 2HB SER 15 HB2 SER 15 -7.097 14.558 -9.522 122 HG SER 15 HG SER 15 -8.246 13.551 -11.912 123 H CYS 16 H CYS 16 -10.285 11.316 -8.445 124 HA CYS 16 HA CYS 16 -12.075 11.470 -10.817 125 1HB CYS 16 HB1 CYS 16 -10.584 9.454 -10.759 126 2HB CYS 16 HB2 CYS 16 -11.401 8.789 -9.403 127 H LYS 17 H LYS 17 -13.429 9.210 -8.971 128 HA LYS 17 HA LYS 17 -15.611 10.902 -8.304 129 1HB LYS 17 HB1 LYS 17 -15.235 7.891 -8.089 130 2HB LYS 17 HB2 LYS 17 -16.753 8.790 -7.715 131 1HG LYS 17 HG1 LYS 17 -16.209 9.880 -10.129 132 2HG LYS 17 HG2 LYS 17 -15.570 8.243 -10.404 133 1HD LYS 17 HD1 LYS 17 -18.313 9.092 -9.254 134 2HD LYS 17 HD2 LYS 17 -18.020 8.651 -10.970 135 1HE LYS 17 HE1 LYS 17 -19.192 6.802 -9.920 136 2HE LYS 17 HE2 LYS 17 -17.522 6.224 -10.261 137 1HZ LYS 17 HZ1 LYS 17 -18.584 7.174 -7.648 138 2HZ LYS 17 HZ2 LYS 17 -18.289 5.567 -8.110 139 3HZ LYS 17 HZ3 LYS 17 -16.995 6.653 -7.939 140 H LYS 18 H LYS 18 -15.147 8.268 -6.028 141 HA LYS 18 HA LYS 18 -15.267 10.155 -3.734 142 1HB LYS 18 HB1 LYS 18 -17.502 9.091 -4.076 143 2HB LYS 18 HB2 LYS 18 -16.748 7.501 -4.308 144 1HG LYS 18 HG1 LYS 18 -17.709 7.403 -2.132 145 2HG LYS 18 HG2 LYS 18 -15.998 7.465 -1.868 146 1HD LYS 18 HD1 LYS 18 -17.137 8.911 -0.250 147 2HD LYS 18 HD2 LYS 18 -15.986 9.838 -1.257 148 1HE LYS 18 HE1 LYS 18 -17.866 10.822 -2.581 149 2HE LYS 18 HE2 LYS 18 -19.070 9.860 -1.631 150 1HZ LYS 18 HZ1 LYS 18 -17.175 11.860 -0.539 151 2HZ LYS 18 HZ2 LYS 18 -18.839 12.067 -0.809 152 3HZ LYS 18 HZ3 LYS 18 -18.299 10.951 0.352 153 H GLN 19 H GLN 19 -13.802 9.633 -2.025 154 HA GLN 19 HA GLN 19 -12.048 7.403 -2.614 155 1HB GLN 19 HB1 GLN 19 -11.140 9.346 -0.481 156 2HB GLN 19 HB2 GLN 19 -10.321 8.206 -1.552 157 1HG GLN 19 HG1 GLN 19 -9.841 10.431 -2.298 158 2HG GLN 19 HG2 GLN 19 -10.860 9.595 -3.522 159 1HE2 GLN 19 HE21 GLN 19 -12.568 12.722 -3.494 160 2HE2 GLN 19 HE22 GLN 19 -11.404 11.732 -4.360 161 H PHE 20 H PHE 20 -12.115 5.533 -1.757 162 HA PHE 20 HA PHE 20 -13.682 4.970 0.687 163 1HB PHE 20 HB1 PHE 20 -12.811 3.008 -1.547 164 2HB PHE 20 HB2 PHE 20 -14.049 2.708 -0.285 165 HD1 PHE 20 HD1 PHE 20 -16.232 4.349 -0.423 166 HD2 PHE 20 HD2 PHE 20 -13.425 3.803 -3.685 167 HE1 PHE 20 HE1 PHE 20 -17.964 4.928 -2.049 168 HE2 PHE 20 HE2 PHE 20 -15.159 4.459 -5.266 169 HZ PHE 20 HZ PHE 20 -17.450 4.994 -4.467 170 H SER 21 H SER 21 -12.560 3.483 2.268 171 HA SER 21 HA SER 21 -9.810 4.170 2.514 172 1HB SER 21 HB1 SER 21 -11.462 4.011 4.443 173 2HB SER 21 HB2 SER 21 -11.248 2.232 4.394 174 HG SER 21 HG SER 21 -9.075 4.101 4.618 175 H SER 22 H SER 22 -7.920 3.100 2.666 176 HA SER 22 HA SER 22 -7.631 0.300 1.818 177 1HB SER 22 HB1 SER 22 -5.834 1.077 0.063 178 2HB SER 22 HB2 SER 22 -7.443 1.625 -0.339 179 HG SER 22 HG SER 22 -5.603 3.188 1.132 180 H PHE 23 H PHE 23 -5.089 0.052 1.544 181 HA PHE 23 HA PHE 23 -3.428 1.262 3.617 182 1HB PHE 23 HB1 PHE 23 -4.019 -1.712 3.383 183 2HB PHE 23 HB2 PHE 23 -2.448 -1.266 4.025 184 HD1 PHE 23 HD1 PHE 23 -6.112 -1.163 4.596 185 HD2 PHE 23 HD2 PHE 23 -2.244 -0.319 6.289 186 HE1 PHE 23 HE1 PHE 23 -7.143 -0.842 6.796 187 HE2 PHE 23 HE2 PHE 23 -3.252 -0.059 8.496 188 HZ PHE 23 HZ PHE 23 -5.718 -0.299 8.783 189 H TYR 24 H TYR 24 -1.217 1.110 3.323 190 HA TYR 24 HA TYR 24 -0.103 -0.208 1.036 191 1HB TYR 24 HB1 TYR 24 0.897 1.452 -0.263 192 2HB TYR 24 HB2 TYR 24 -0.774 2.001 -0.042 193 HD1 TYR 24 HD1 TYR 24 -1.210 3.869 1.819 194 HD2 TYR 24 HD2 TYR 24 2.725 2.796 0.359 195 HE1 TYR 24 HE1 TYR 24 -0.344 5.966 2.667 196 HE2 TYR 24 HE2 TYR 24 3.610 4.949 1.303 197 HH TYR 24 HH TYR 24 1.461 7.290 2.903 198 H PHE 25 H PHE 25 2.416 -0.173 1.092 199 HA PHE 25 HA PHE 25 3.302 -0.153 3.911 200 1HB PHE 25 HB1 PHE 25 3.411 -2.314 2.628 201 2HB PHE 25 HB2 PHE 25 4.659 -1.641 1.587 202 HD1 PHE 25 HD1 PHE 25 6.971 -0.838 2.769 203 HD2 PHE 25 HD2 PHE 25 3.936 -3.407 4.613 204 HE1 PHE 25 HE1 PHE 25 8.522 -1.733 4.524 205 HE2 PHE 25 HE2 PHE 25 5.363 -4.103 6.264 206 HZ PHE 25 HZ PHE 25 7.789 -3.263 6.241 207 H LYS 26 H LYS 26 4.705 1.407 4.642 208 HA LYS 26 HA LYS 26 5.600 3.397 2.825 209 1HB LYS 26 HB1 LYS 26 4.642 3.753 5.156 210 2HB LYS 26 HB2 LYS 26 6.369 3.737 5.618 211 1HG LYS 26 HG1 LYS 26 6.791 5.204 3.491 212 2HG LYS 26 HG2 LYS 26 4.971 5.187 3.392 213 1HD LYS 26 HD1 LYS 26 4.945 6.948 4.680 214 2HD LYS 26 HD2 LYS 26 5.497 5.823 5.988 215 1HE LYS 26 HE1 LYS 26 7.015 7.789 6.060 216 2HE LYS 26 HE2 LYS 26 7.962 6.434 5.321 217 1HZ LYS 26 HZ1 LYS 26 6.526 8.592 3.864 218 2HZ LYS 26 HZ2 LYS 26 8.202 8.476 4.114 219 3HZ LYS 26 HZ3 LYS 26 7.404 7.321 3.157 220 H TRP 27 H TRP 27 7.376 2.687 1.656 221 HA TRP 27 HA TRP 27 9.404 0.938 2.140 222 1HB TRP 27 HB1 TRP 27 8.792 1.876 -0.057 223 2HB TRP 27 HB2 TRP 27 8.935 3.457 0.591 224 HD1 TRP 27 HD1 TRP 27 10.901 4.640 -0.656 225 HE1 TRP 27 HE1 TRP 27 13.377 4.075 -1.210 226 HE3 TRP 27 HE3 TRP 27 10.946 -0.184 0.941 227 HZ2 TRP 27 HZ2 TRP 27 15.145 1.872 -0.841 228 HZ3 TRP 27 HZ3 TRP 27 13.044 -1.466 0.902 229 HH2 TRP 27 HH2 TRP 27 15.133 -0.456 0.042 230 H THR 28 H THR 28 9.529 4.491 2.936 231 HA THR 28 HA THR 28 12.182 4.216 4.041 232 HB THR 28 HB THR 28 11.896 6.767 4.477 233 HG1 THR 28 HG1 THR 28 10.425 7.631 2.942 234 1HG2 THR 28 HG21 THR 28 11.935 5.553 1.640 235 2HG2 THR 28 HG22 THR 28 12.526 7.191 2.106 236 3HG2 THR 28 HG23 THR 28 13.352 5.728 2.738 237 H ALA 29 H ALA 29 9.059 3.636 5.352 238 HA ALA 29 HA ALA 29 10.012 4.411 8.078 239 1HB ALA 29 HB1 ALA 29 7.648 5.097 7.525 240 2HB ALA 29 HB2 ALA 29 7.204 3.358 7.365 241 3HB ALA 29 HB3 ALA 29 7.781 4.017 8.929 242 H LYS 30 H LYS 30 9.071 1.604 6.088 243 HA LYS 30 HA LYS 30 9.577 -0.526 6.202 244 1HB LYS 30 HB1 LYS 30 11.706 0.088 7.471 245 2HB LYS 30 HB2 LYS 30 10.863 -0.522 8.922 246 1HG LYS 30 HG1 LYS 30 12.123 -2.316 8.046 247 2HG LYS 30 HG2 LYS 30 10.475 -2.745 7.512 248 1HD LYS 30 HD1 LYS 30 11.055 -1.797 5.206 249 2HD LYS 30 HD2 LYS 30 12.674 -1.355 5.836 250 1HE LYS 30 HE1 LYS 30 13.162 -3.792 6.292 251 2HE LYS 30 HE2 LYS 30 11.570 -4.224 5.541 252 1HZ LYS 30 HZ1 LYS 30 13.802 -2.747 4.227 253 2HZ LYS 30 HZ2 LYS 30 13.387 -4.377 3.986 254 3HZ LYS 30 HZ3 LYS 30 12.314 -3.149 3.514 255 H LYS 31 H LYS 31 7.180 0.857 7.194 256 HA LYS 31 HA LYS 31 5.808 -1.354 8.437 257 1HB LYS 31 HB1 LYS 31 5.921 1.563 9.528 258 2HB LYS 31 HB2 LYS 31 4.659 0.419 10.081 259 1HG LYS 31 HG1 LYS 31 6.341 -1.068 11.057 260 2HG LYS 31 HG2 LYS 31 7.662 0.047 10.588 261 1HD LYS 31 HD1 LYS 31 5.285 0.854 12.376 262 2HD LYS 31 HD2 LYS 31 6.873 0.262 12.971 263 1HE LYS 31 HE1 LYS 31 8.045 2.201 11.897 264 2HE LYS 31 HE2 LYS 31 6.456 2.845 11.315 265 1HZ LYS 31 HZ1 LYS 31 7.217 2.372 14.148 266 2HZ LYS 31 HZ2 LYS 31 7.141 3.869 13.350 267 3HZ LYS 31 HZ3 LYS 31 5.724 2.966 13.596 268 H CYS 32 H CYS 32 3.398 -0.918 8.449 269 HA CYS 32 HA CYS 32 2.550 -0.034 5.834 270 1HB CYS 32 HB1 CYS 32 1.107 -1.459 8.216 271 2HB CYS 32 HB2 CYS 32 0.380 -1.256 6.563 272 H LEU 33 H LEU 33 0.922 1.514 5.422 273 HA LEU 33 HA LEU 33 -0.108 3.128 7.680 274 1HB LEU 33 HB1 LEU 33 0.683 4.220 4.889 275 2HB LEU 33 HB2 LEU 33 -0.028 5.154 6.239 276 HG LEU 33 HG LEU 33 2.818 4.017 6.076 277 1HD1 LEU 33 HD11 LEU 33 1.579 6.840 6.179 278 2HD1 LEU 33 HD12 LEU 33 3.331 6.478 6.342 279 3HD1 LEU 33 HD13 LEU 33 2.469 6.050 4.816 280 1HD2 LEU 33 HD21 LEU 33 1.357 5.517 8.390 281 2HD2 LEU 33 HD22 LEU 33 1.979 3.835 8.512 282 3HD2 LEU 33 HD23 LEU 33 3.120 5.200 8.319 283 HA PRO 34 HA PRO 34 -3.859 2.559 4.923 284 1HB PRO 34 HB1 PRO 34 -5.800 3.468 6.474 285 2HB PRO 34 HB2 PRO 34 -4.747 2.303 7.156 286 1HG PRO 34 HG1 PRO 34 -4.342 5.279 7.680 287 2HG PRO 34 HG2 PRO 34 -4.478 3.949 8.901 288 1HD PRO 34 HD1 PRO 34 -2.029 4.933 7.674 289 2HD PRO 34 HD2 PRO 34 -2.210 3.326 8.530 290 H PHE 35 H PHE 35 -5.188 3.716 3.724 291 HA PHE 35 HA PHE 35 -4.974 6.573 3.547 292 1HB PHE 35 HB1 PHE 35 -3.969 7.073 1.497 293 2HB PHE 35 HB2 PHE 35 -2.878 5.926 2.268 294 HD1 PHE 35 HD1 PHE 35 -3.430 3.316 1.521 295 HD2 PHE 35 HD2 PHE 35 -4.357 6.838 -0.887 296 HE1 PHE 35 HE1 PHE 35 -3.296 1.983 -0.549 297 HE2 PHE 35 HE2 PHE 35 -4.198 5.461 -2.871 298 HZ PHE 35 HZ PHE 35 -3.713 3.051 -2.740 299 H LEU 36 H LEU 36 -6.107 6.709 0.846 300 HA LEU 36 HA LEU 36 -8.694 5.434 1.078 301 1HB LEU 36 HB1 LEU 36 -7.958 8.454 0.923 302 2HB LEU 36 HB2 LEU 36 -9.576 7.864 0.428 303 HG LEU 36 HG LEU 36 -8.589 7.365 3.248 304 1HD1 LEU 36 HD11 LEU 36 -8.348 9.812 2.824 305 2HD1 LEU 36 HD12 LEU 36 -10.056 9.879 2.247 306 3HD1 LEU 36 HD13 LEU 36 -9.694 9.443 3.957 307 1HD2 LEU 36 HD21 LEU 36 -11.350 7.625 1.873 308 2HD2 LEU 36 HD22 LEU 36 -10.563 6.114 2.468 309 3HD2 LEU 36 HD23 LEU 36 -11.085 7.366 3.645 310 H PHE 37 H PHE 37 -9.413 5.086 -1.005 311 HA PHE 37 HA PHE 37 -7.684 5.764 -3.364 312 1HB PHE 37 HB1 PHE 37 -7.329 3.452 -2.902 313 2HB PHE 37 HB2 PHE 37 -9.042 3.259 -2.321 314 HD1 PHE 37 HD1 PHE 37 -7.205 3.941 -5.718 315 HD2 PHE 37 HD2 PHE 37 -10.557 2.188 -3.586 316 HE1 PHE 37 HE1 PHE 37 -7.843 2.708 -7.695 317 HE2 PHE 37 HE2 PHE 37 -11.272 1.090 -5.670 318 HZ PHE 37 HZ PHE 37 -9.832 1.253 -7.716 319 H SER 38 H SER 38 -8.740 7.022 -5.018 320 HA SER 38 HA SER 38 -11.479 7.799 -4.720 321 1HB SER 38 HB1 SER 38 -9.690 8.376 -7.172 322 2HB SER 38 HB2 SER 38 -11.254 9.174 -6.772 323 HG SER 38 HG SER 38 -8.979 10.098 -6.201 324 H GLY 39 H GLY 39 -10.521 4.879 -5.951 325 1HA GLY 39 HA1 GLY 39 -11.667 3.309 -6.903 326 2HA GLY 39 HA2 GLY 39 -13.034 4.279 -7.204 327 H CYS 40 H CYS 40 -11.473 6.108 -8.991 328 HA CYS 40 HA CYS 40 -10.688 4.306 -11.236 329 1HB CYS 40 HB1 CYS 40 -11.736 6.245 -12.745 330 2HB CYS 40 HB2 CYS 40 -12.699 4.934 -12.042 331 H GLY 41 H GLY 41 -9.031 5.258 -9.243 332 1HA GLY 41 HA1 GLY 41 -7.162 6.956 -10.816 333 2HA GLY 41 HA2 GLY 41 -7.712 7.461 -9.181 334 H GLY 42 H GLY 42 -6.991 4.025 -9.796 335 1HA GLY 42 HA1 GLY 42 -4.580 4.313 -8.082 336 2HA GLY 42 HA2 GLY 42 -5.600 2.872 -8.349 337 H ASN 43 H ASN 43 -3.040 2.388 -8.320 338 HA ASN 43 HA ASN 43 -2.465 1.785 -11.151 339 1HB ASN 43 HB1 ASN 43 -0.038 2.096 -10.893 340 2HB ASN 43 HB2 ASN 43 -0.956 3.608 -10.695 341 1HD2 ASN 43 HD21 ASN 43 1.593 3.403 -7.916 342 2HD2 ASN 43 HD22 ASN 43 1.678 3.517 -9.679 343 H ALA 44 H ALA 44 -0.483 0.812 -8.431 344 HA ALA 44 HA ALA 44 -1.335 -2.014 -8.828 345 1HB ALA 44 HB1 ALA 44 0.578 -1.437 -10.360 346 2HB ALA 44 HB2 ALA 44 1.605 -1.061 -8.937 347 3HB ALA 44 HB3 ALA 44 0.987 -2.745 -9.206 348 H ASN 45 H ASN 45 0.170 0.380 -6.525 349 HA ASN 45 HA ASN 45 0.594 -1.794 -4.595 350 1HB ASN 45 HB1 ASN 45 2.174 0.251 -5.040 351 2HB ASN 45 HB2 ASN 45 1.073 1.246 -4.113 352 1HD2 ASN 45 HD21 ASN 45 3.422 0.220 -1.548 353 2HD2 ASN 45 HD22 ASN 45 2.899 1.506 -2.586 354 H ARG 46 H ARG 46 -1.966 -2.180 -4.540 355 HA ARG 46 HA ARG 46 -2.816 -0.651 -2.180 356 1HB ARG 46 HB1 ARG 46 -5.132 -0.330 -2.821 357 2HB ARG 46 HB2 ARG 46 -3.929 0.735 -3.568 358 1HG ARG 46 HG1 ARG 46 -5.219 -1.656 -4.947 359 2HG ARG 46 HG2 ARG 46 -5.834 0.025 -4.977 360 1HD ARG 46 HD1 ARG 46 -3.415 -1.131 -6.430 361 2HD ARG 46 HD2 ARG 46 -4.777 -0.203 -7.134 362 HE ARG 46 HE ARG 46 -2.269 0.849 -5.991 363 1HH1 ARG 46 HH11 ARG 46 -5.603 1.982 -5.773 364 2HH1 ARG 46 HH12 ARG 46 -4.964 3.649 -5.706 365 1HH2 ARG 46 HH21 ARG 46 -1.811 2.953 -6.466 366 2HH2 ARG 46 HH22 ARG 46 -3.025 4.085 -5.863 367 H PHE 47 H PHE 47 -3.367 -1.630 -0.658 368 HA PHE 47 HA PHE 47 -3.800 -4.540 -0.693 369 1HB PHE 47 HB1 PHE 47 -2.878 -2.476 1.407 370 2HB PHE 47 HB2 PHE 47 -2.903 -4.185 1.828 371 HD1 PHE 47 HD1 PHE 47 -1.595 -4.811 -1.319 372 HD2 PHE 47 HD2 PHE 47 -0.606 -2.401 2.141 373 HE1 PHE 47 HE1 PHE 47 0.715 -4.709 -2.038 374 HE2 PHE 47 HE2 PHE 47 1.727 -2.440 1.435 375 HZ PHE 47 HZ PHE 47 2.409 -3.485 -0.684 376 H GLN 48 H GLN 48 -5.565 -5.420 0.152 377 HA GLN 48 HA GLN 48 -7.891 -3.722 0.442 378 1HB GLN 48 HB1 GLN 48 -7.741 -6.759 0.970 379 2HB GLN 48 HB2 GLN 48 -9.218 -5.768 0.716 380 1HG GLN 48 HG1 GLN 48 -8.516 -5.337 -1.699 381 2HG GLN 48 HG2 GLN 48 -7.102 -6.418 -1.462 382 1HE2 GLN 48 HE21 GLN 48 -9.431 -9.261 -0.964 383 2HE2 GLN 48 HE22 GLN 48 -7.911 -8.643 -0.338 384 H THR 49 H THR 49 -6.105 -5.716 2.873 385 HA THR 49 HA THR 49 -7.280 -4.043 5.003 386 HB THR 49 HB THR 49 -7.289 -6.062 6.522 387 HG1 THR 49 HG1 THR 49 -7.396 -8.089 5.522 388 1HG2 THR 49 HG21 THR 49 -9.403 -5.225 5.402 389 2HG2 THR 49 HG22 THR 49 -9.121 -6.389 4.060 390 3HG2 THR 49 HG23 THR 49 -9.428 -6.995 5.722 391 H ILE 50 H ILE 50 -5.792 -4.345 7.005 392 HA ILE 50 HA ILE 50 -3.249 -3.444 6.470 393 HB ILE 50 HB ILE 50 -4.622 -2.894 8.367 394 1HG1 ILE 50 HG11 ILE 50 -1.961 -4.045 9.388 395 2HG1 ILE 50 HG12 ILE 50 -2.126 -2.553 8.402 396 1HG2 ILE 50 HG21 ILE 50 -5.595 -5.208 8.829 397 2HG2 ILE 50 HG22 ILE 50 -4.021 -5.665 9.576 398 3HG2 ILE 50 HG23 ILE 50 -5.011 -4.347 10.283 399 1HD1 ILE 50 HD11 ILE 50 -3.638 -1.578 10.165 400 2HD1 ILE 50 HD12 ILE 50 -3.342 -3.025 11.205 401 3HD1 ILE 50 HD13 ILE 50 -1.978 -1.936 10.756 402 H GLY 51 H GLY 51 -4.232 -6.789 6.880 403 1HA GLY 51 HA1 GLY 51 -1.572 -7.726 7.549 404 2HA GLY 51 HA2 GLY 51 -3.025 -8.677 7.301 405 H GLU 52 H GLU 52 -3.034 -6.969 4.569 406 HA GLU 52 HA GLU 52 -1.548 -8.923 2.976 407 1HB GLU 52 HB1 GLU 52 -3.903 -8.366 2.512 408 2HB GLU 52 HB2 GLU 52 -3.493 -6.635 2.357 409 1HG GLU 52 HG1 GLU 52 -4.042 -7.799 0.201 410 2HG GLU 52 HG2 GLU 52 -2.509 -6.941 0.194 411 H CYS 53 H CYS 53 -0.784 -6.180 4.584 412 HA CYS 53 HA CYS 53 0.877 -4.776 2.694 413 1HB CYS 53 HB1 CYS 53 -0.592 -3.712 4.605 414 2HB CYS 53 HB2 CYS 53 0.427 -4.477 5.748 415 H ARG 54 H ARG 54 1.307 -6.634 5.551 416 HA ARG 54 HA ARG 54 4.252 -6.745 5.493 417 1HB ARG 54 HB1 ARG 54 4.402 -7.361 7.503 418 2HB ARG 54 HB2 ARG 54 3.175 -6.097 7.515 419 1HG ARG 54 HG1 ARG 54 2.568 -9.127 7.885 420 2HG ARG 54 HG2 ARG 54 2.857 -7.902 9.157 421 1HD ARG 54 HD1 ARG 54 0.880 -6.537 8.102 422 2HD ARG 54 HD2 ARG 54 0.492 -8.134 7.313 423 HE ARG 54 HE ARG 54 0.021 -9.089 9.463 424 1HH1 ARG 54 HH11 ARG 54 1.678 -6.157 9.965 425 2HH1 ARG 54 HH12 ARG 54 1.106 -5.873 11.594 426 1HH2 ARG 54 HH21 ARG 54 -0.810 -8.734 11.595 427 2HH2 ARG 54 HH22 ARG 54 -0.311 -7.341 12.494 428 H LYS 55 H LYS 55 1.517 -8.796 4.651 429 HA LYS 55 HA LYS 55 3.030 -11.175 4.175 430 1HB LYS 55 HB1 LYS 55 0.520 -10.956 4.587 431 2HB LYS 55 HB2 LYS 55 0.347 -10.329 2.922 432 1HG LYS 55 HG1 LYS 55 -0.310 -12.612 3.003 433 2HG LYS 55 HG2 LYS 55 1.240 -12.635 2.114 434 1HD LYS 55 HD1 LYS 55 1.252 -13.061 5.166 435 2HD LYS 55 HD2 LYS 55 0.544 -14.358 4.147 436 1HE LYS 55 HE1 LYS 55 3.421 -13.298 3.821 437 2HE LYS 55 HE2 LYS 55 2.928 -14.788 4.721 438 1HZ LYS 55 HZ1 LYS 55 1.982 -15.648 2.684 439 2HZ LYS 55 HZ2 LYS 55 2.437 -14.250 1.834 440 3HZ LYS 55 HZ3 LYS 55 3.627 -15.273 2.485 441 H LYS 56 H LYS 56 2.607 -8.284 2.239 442 HA LYS 56 HA LYS 56 4.035 -9.523 -0.029 443 1HB LYS 56 HB1 LYS 56 2.266 -7.064 0.226 444 2HB LYS 56 HB2 LYS 56 3.541 -7.054 -1.016 445 1HG LYS 56 HG1 LYS 56 2.847 -9.173 -1.923 446 2HG LYS 56 HG2 LYS 56 1.389 -9.208 -0.888 447 1HD LYS 56 HD1 LYS 56 1.815 -6.693 -2.741 448 2HD LYS 56 HD2 LYS 56 1.399 -8.260 -3.475 449 1HE LYS 56 HE1 LYS 56 -0.624 -8.552 -2.132 450 2HE LYS 56 HE2 LYS 56 -0.295 -7.031 -1.221 451 1HZ LYS 56 HZ1 LYS 56 -0.678 -7.279 -4.165 452 2HZ LYS 56 HZ2 LYS 56 -1.813 -6.700 -3.040 453 3HZ LYS 56 HZ3 LYS 56 -0.374 -5.839 -3.315 454 H CYS 57 H CYS 57 4.510 -7.136 2.626 455 HA CYS 57 HA CYS 57 7.235 -6.578 1.536 456 1HB CYS 57 HB1 CYS 57 5.219 -4.728 2.894 457 2HB CYS 57 HB2 CYS 57 6.922 -4.267 2.652 458 H LEU 58 H LEU 58 6.251 -8.375 4.329 459 HA LEU 58 HA LEU 58 8.869 -7.407 5.431 460 1HB LEU 58 HB1 LEU 58 6.365 -7.645 7.018 461 2HB LEU 58 HB2 LEU 58 7.938 -7.993 7.817 462 HG LEU 58 HG LEU 58 7.301 -5.419 6.412 463 1HD1 LEU 58 HD11 LEU 58 5.939 -5.702 8.540 464 2HD1 LEU 58 HD12 LEU 58 7.448 -6.093 9.441 465 3HD1 LEU 58 HD13 LEU 58 7.219 -4.445 8.765 466 1HD2 LEU 58 HD21 LEU 58 9.732 -6.198 8.122 467 2HD2 LEU 58 HD22 LEU 58 9.721 -5.728 6.373 468 3HD2 LEU 58 HD23 LEU 58 9.295 -4.518 7.624 469 H GLY 59 H GLY 59 6.932 -10.068 4.453 470 1HA GLY 59 HA1 GLY 59 7.257 -12.214 4.294 471 2HA GLY 59 HA2 GLY 59 8.879 -12.068 5.093 472 H LYS 60 H LYS 60 5.372 -11.553 5.994 473 HA LYS 60 HA LYS 60 5.451 -13.459 8.083 474 1HB LYS 60 HB1 LYS 60 4.662 -11.576 9.693 475 2HB LYS 60 HB2 LYS 60 6.438 -11.652 9.424 476 1HG LYS 60 HG1 LYS 60 6.405 -9.717 7.915 477 2HG LYS 60 HG2 LYS 60 4.652 -9.747 7.779 478 1HD LYS 60 HD1 LYS 60 5.188 -7.936 9.128 479 2HD LYS 60 HD2 LYS 60 4.382 -9.166 10.179 480 1HE LYS 60 HE1 LYS 60 6.757 -9.729 11.063 481 2HE LYS 60 HE2 LYS 60 7.346 -8.364 10.036 482 1HZ LYS 60 HZ1 LYS 60 5.889 -6.882 11.234 483 2HZ LYS 60 HZ2 LYS 60 5.309 -8.156 12.198 484 3HZ LYS 60 HZ3 LYS 60 6.938 -7.682 12.303 No H/Q in entry = 484 Start of MODEL 5 1 H TRP 1 H TRP 1 10.833 -13.223 4.278 2 HA TRP 1 HA TRP 1 10.555 -12.623 1.442 3 1HB TRP 1 HB1 TRP 1 8.514 -12.009 2.449 4 2HB TRP 1 HB2 TRP 1 9.203 -11.278 3.907 5 HD1 TRP 1 HD1 TRP 1 7.867 -10.147 0.500 6 HE1 TRP 1 HE1 TRP 1 8.144 -7.743 0.319 7 HE3 TRP 1 HE3 TRP 1 10.960 -9.434 4.549 8 HZ2 TRP 1 HZ2 TRP 1 9.652 -5.646 1.610 9 HZ3 TRP 1 HZ3 TRP 1 11.793 -7.153 4.989 10 HH2 TRP 1 HH2 TRP 1 11.102 -5.248 3.486 11 H GLN 2 H GLN 2 11.664 -10.883 0.501 12 HA GLN 2 HA GLN 2 13.617 -9.336 1.959 13 1HB GLN 2 HB1 GLN 2 14.239 -10.813 -0.700 14 2HB GLN 2 HB2 GLN 2 15.226 -9.492 0.011 15 1HG GLN 2 HG1 GLN 2 15.688 -10.907 2.043 16 2HG GLN 2 HG2 GLN 2 14.832 -12.289 1.272 17 1HE2 GLN 2 HE21 GLN 2 17.480 -12.596 -1.264 18 2HE2 GLN 2 HE22 GLN 2 15.738 -12.706 -1.143 19 HA PRO 3 HA PRO 3 10.836 -6.857 -0.238 20 1HB PRO 3 HB1 PRO 3 12.281 -4.365 -0.764 21 2HB PRO 3 HB2 PRO 3 11.219 -4.868 0.601 22 1HG PRO 3 HG1 PRO 3 14.200 -4.725 0.485 23 2HG PRO 3 HG2 PRO 3 13.157 -4.921 1.923 24 1HD PRO 3 HD1 PRO 3 14.713 -6.964 0.483 25 2HD PRO 3 HD2 PRO 3 13.699 -7.164 1.989 26 HA PRO 4 HA PRO 4 11.624 -7.135 -4.771 27 1HB PRO 4 HB1 PRO 4 9.100 -7.984 -5.509 28 2HB PRO 4 HB2 PRO 4 10.039 -8.969 -4.353 29 1HG PRO 4 HG1 PRO 4 8.042 -6.870 -3.579 30 2HG PRO 4 HG2 PRO 4 8.131 -8.651 -3.059 31 1HD PRO 4 HD1 PRO 4 9.063 -6.537 -1.562 32 2HD PRO 4 HD2 PRO 4 9.795 -8.207 -1.597 33 H TRP 5 H TRP 5 8.512 -6.202 -5.646 34 HA TRP 5 HA TRP 5 9.217 -3.450 -6.282 35 1HB TRP 5 HB1 TRP 5 7.239 -3.247 -7.731 36 2HB TRP 5 HB2 TRP 5 8.381 -4.509 -8.170 37 HD1 TRP 5 HD1 TRP 5 7.595 -6.841 -8.453 38 HE1 TRP 5 HE1 TRP 5 5.175 -7.867 -8.943 39 HE3 TRP 5 HE3 TRP 5 4.547 -3.355 -6.288 40 HZ2 TRP 5 HZ2 TRP 5 2.492 -6.984 -8.850 41 HZ3 TRP 5 HZ3 TRP 5 2.269 -3.228 -6.744 42 HH2 TRP 5 HH2 TRP 5 1.149 -5.090 -7.987 43 H TYR 6 H TYR 6 6.382 -5.003 -4.710 44 HA TYR 6 HA TYR 6 4.744 -2.937 -4.120 45 1HB TYR 6 HB1 TYR 6 4.818 -5.067 -1.950 46 2HB TYR 6 HB2 TYR 6 3.506 -4.522 -3.047 47 HD1 TYR 6 HD1 TYR 6 3.373 -5.658 -5.372 48 HD2 TYR 6 HD2 TYR 6 6.134 -6.676 -2.331 49 HE1 TYR 6 HE1 TYR 6 3.679 -7.861 -6.474 50 HE2 TYR 6 HE2 TYR 6 6.251 -9.102 -3.337 51 HH TYR 6 HH TYR 6 5.615 -10.409 -5.018 52 H CYS 7 H CYS 7 7.722 -3.009 -2.640 53 HA CYS 7 HA CYS 7 6.611 -1.765 -0.224 54 1HB CYS 7 HB1 CYS 7 9.537 -2.588 -0.445 55 2HB CYS 7 HB2 CYS 7 8.524 -2.240 0.991 56 H LYS 8 H LYS 8 8.457 -1.337 -3.141 57 HA LYS 8 HA LYS 8 9.455 1.351 -2.587 58 1HB LYS 8 HB1 LYS 8 10.006 -0.447 -5.067 59 2HB LYS 8 HB2 LYS 8 10.918 0.930 -4.525 60 1HG LYS 8 HG1 LYS 8 11.486 -0.462 -2.284 61 2HG LYS 8 HG2 LYS 8 10.783 -1.869 -3.093 62 1HD LYS 8 HD1 LYS 8 13.314 -0.440 -3.974 63 2HD LYS 8 HD2 LYS 8 13.003 -2.165 -3.530 64 1HE LYS 8 HE1 LYS 8 11.679 -2.429 -5.669 65 2HE LYS 8 HE2 LYS 8 12.103 -0.732 -6.117 66 1HZ LYS 8 HZ1 LYS 8 14.023 -2.925 -5.578 67 2HZ LYS 8 HZ2 LYS 8 13.575 -2.307 -7.096 68 3HZ LYS 8 HZ3 LYS 8 14.414 -1.325 -5.993 69 H GLU 9 H GLU 9 6.391 0.651 -3.423 70 HA GLU 9 HA GLU 9 6.344 1.985 -6.038 71 1HB GLU 9 HB1 GLU 9 5.273 -0.343 -5.337 72 2HB GLU 9 HB2 GLU 9 3.920 0.738 -4.977 73 1HG GLU 9 HG1 GLU 9 3.404 0.487 -7.150 74 2HG GLU 9 HG2 GLU 9 4.632 1.732 -7.491 75 HA PRO 10 HA PRO 10 5.363 5.514 -3.481 76 1HB PRO 10 HB1 PRO 10 4.716 7.015 -6.072 77 2HB PRO 10 HB2 PRO 10 5.951 7.427 -4.804 78 1HG PRO 10 HG1 PRO 10 6.712 6.373 -7.101 79 2HG PRO 10 HG2 PRO 10 7.409 5.692 -5.580 80 1HD PRO 10 HD1 PRO 10 4.967 4.584 -7.125 81 2HD PRO 10 HD2 PRO 10 6.508 3.739 -6.684 82 H VAL 11 H VAL 11 3.401 6.958 -2.558 83 HA VAL 11 HA VAL 11 0.901 5.770 -3.074 84 HB VAL 11 HB VAL 11 1.720 6.507 -0.931 85 1HG1 VAL 11 HG11 VAL 11 2.623 8.804 -1.605 86 2HG1 VAL 11 HG12 VAL 11 0.924 9.378 -1.772 87 3HG1 VAL 11 HG13 VAL 11 1.536 8.825 -0.171 88 1HG2 VAL 11 HG21 VAL 11 -0.645 5.881 -1.346 89 2HG2 VAL 11 HG22 VAL 11 -0.484 7.165 -0.091 90 3HG2 VAL 11 HG23 VAL 11 -1.054 7.605 -1.727 91 H ARG 12 H ARG 12 -0.851 6.252 -4.125 92 HA ARG 12 HA ARG 12 -1.031 8.502 -5.992 93 1HB ARG 12 HB1 ARG 12 -2.913 6.031 -5.949 94 2HB ARG 12 HB2 ARG 12 -2.678 7.191 -7.267 95 1HG ARG 12 HG1 ARG 12 -1.916 5.009 -7.772 96 2HG ARG 12 HG2 ARG 12 -0.572 6.154 -7.932 97 1HD ARG 12 HD1 ARG 12 0.100 3.948 -6.934 98 2HD ARG 12 HD2 ARG 12 0.475 5.418 -5.962 99 HE ARG 12 HE ARG 12 -2.038 4.799 -5.007 100 1HH1 ARG 12 HH11 ARG 12 0.355 2.591 -5.519 101 2HH1 ARG 12 HH12 ARG 12 0.159 1.811 -3.949 102 1HH2 ARG 12 HH21 ARG 12 -1.852 4.548 -2.874 103 2HH2 ARG 12 HH22 ARG 12 -0.888 3.249 -2.257 104 H ILE 13 H ILE 13 -3.538 8.864 -6.385 105 HA ILE 13 HA ILE 13 -5.373 8.107 -4.545 106 HB ILE 13 HB ILE 13 -4.341 10.336 -3.532 107 1HG1 ILE 13 HG11 ILE 13 -7.131 9.038 -3.424 108 2HG1 ILE 13 HG12 ILE 13 -5.617 8.546 -2.580 109 1HG2 ILE 13 HG21 ILE 13 -5.465 11.944 -5.217 110 2HG2 ILE 13 HG22 ILE 13 -7.067 11.182 -4.788 111 3HG2 ILE 13 HG23 ILE 13 -6.125 12.127 -3.586 112 1HD1 ILE 13 HD11 ILE 13 -7.026 11.230 -1.922 113 2HD1 ILE 13 HD12 ILE 13 -7.475 9.672 -1.139 114 3HD1 ILE 13 HD13 ILE 13 -5.781 10.288 -0.984 115 H GLY 14 H GLY 14 -5.038 10.442 -7.255 116 1HA GLY 14 HA1 GLY 14 -6.300 10.497 -9.205 117 2HA GLY 14 HA2 GLY 14 -7.150 9.037 -8.632 118 H SER 15 H SER 15 -9.253 10.003 -9.449 119 HA SER 15 HA SER 15 -10.775 11.140 -7.478 120 1HB SER 15 HB1 SER 15 -9.951 13.151 -9.692 121 2HB SER 15 HB2 SER 15 -11.504 13.290 -8.789 122 HG SER 15 HG SER 15 -9.069 13.022 -7.382 123 H CYS 16 H CYS 16 -12.862 10.441 -8.142 124 HA CYS 16 HA CYS 16 -13.635 9.984 -10.782 125 1HB CYS 16 HB1 CYS 16 -11.715 8.075 -10.219 126 2HB CYS 16 HB2 CYS 16 -13.047 7.175 -9.580 127 H LYS 17 H LYS 17 -13.720 8.188 -7.758 128 HA LYS 17 HA LYS 17 -16.676 8.146 -7.775 129 1HB LYS 17 HB1 LYS 17 -14.638 6.327 -6.342 130 2HB LYS 17 HB2 LYS 17 -16.425 6.131 -6.253 131 1HG LYS 17 HG1 LYS 17 -14.673 5.944 -8.774 132 2HG LYS 17 HG2 LYS 17 -15.080 4.554 -7.750 133 1HD LYS 17 HD1 LYS 17 -17.130 6.326 -9.285 134 2HD LYS 17 HD2 LYS 17 -16.458 4.755 -9.830 135 1HE LYS 17 HE1 LYS 17 -17.490 3.630 -7.790 136 2HE LYS 17 HE2 LYS 17 -18.322 5.191 -7.400 137 1HZ LYS 17 HZ1 LYS 17 -18.571 3.645 -9.930 138 2HZ LYS 17 HZ2 LYS 17 -19.705 3.717 -8.668 139 3HZ LYS 17 HZ3 LYS 17 -19.351 5.110 -9.573 140 H LYS 18 H LYS 18 -14.871 7.420 -4.926 141 HA LYS 18 HA LYS 18 -15.381 9.859 -3.474 142 1HB LYS 18 HB1 LYS 18 -17.542 8.596 -3.185 143 2HB LYS 18 HB2 LYS 18 -16.661 7.070 -2.974 144 1HG LYS 18 HG1 LYS 18 -17.505 7.678 -0.816 145 2HG LYS 18 HG2 LYS 18 -15.766 7.929 -0.751 146 1HD LYS 18 HD1 LYS 18 -16.508 10.488 -1.528 147 2HD LYS 18 HD2 LYS 18 -18.055 9.956 -0.811 148 1HE LYS 18 HE1 LYS 18 -16.768 11.183 0.879 149 2HE LYS 18 HE2 LYS 18 -16.743 9.439 1.370 150 1HZ LYS 18 HZ1 LYS 18 -14.614 10.907 -0.116 151 2HZ LYS 18 HZ2 LYS 18 -14.586 10.473 1.525 152 3HZ LYS 18 HZ3 LYS 18 -14.565 9.269 0.326 153 H GLN 19 H GLN 19 -14.029 9.381 -1.332 154 HA GLN 19 HA GLN 19 -11.660 7.809 -2.101 155 1HB GLN 19 HB1 GLN 19 -11.604 9.421 0.492 156 2HB GLN 19 HB2 GLN 19 -10.335 9.099 -0.717 157 1HG GLN 19 HG1 GLN 19 -12.623 11.168 -0.928 158 2HG GLN 19 HG2 GLN 19 -10.890 11.441 -0.536 159 1HE2 GLN 19 HE21 GLN 19 -9.901 10.613 -4.003 160 2HE2 GLN 19 HE22 GLN 19 -9.344 10.469 -2.361 161 H PHE 20 H PHE 20 -11.503 5.705 -1.382 162 HA PHE 20 HA PHE 20 -13.131 4.886 0.989 163 1HB PHE 20 HB1 PHE 20 -11.916 3.054 -1.173 164 2HB PHE 20 HB2 PHE 20 -13.187 2.640 0.030 165 HD1 PHE 20 HD1 PHE 20 -15.378 4.361 -0.141 166 HD2 PHE 20 HD2 PHE 20 -12.631 3.490 -3.384 167 HE1 PHE 20 HE1 PHE 20 -17.104 4.905 -1.780 168 HE2 PHE 20 HE2 PHE 20 -14.378 4.024 -4.993 169 HZ PHE 20 HZ PHE 20 -16.656 4.695 -4.208 170 H SER 21 H SER 21 -11.966 4.173 2.862 171 HA SER 21 HA SER 21 -9.174 4.596 2.992 172 1HB SER 21 HB1 SER 21 -10.719 4.993 4.921 173 2HB SER 21 HB2 SER 21 -10.820 3.217 5.163 174 HG SER 21 HG SER 21 -9.177 3.938 6.471 175 H SER 22 H SER 22 -7.467 3.517 2.799 176 HA SER 22 HA SER 22 -7.536 0.551 2.472 177 1HB SER 22 HB1 SER 22 -5.939 0.849 0.548 178 2HB SER 22 HB2 SER 22 -7.316 1.913 0.273 179 HG SER 22 HG SER 22 -5.852 3.461 1.675 180 H PHE 23 H PHE 23 -4.822 0.295 1.975 181 HA PHE 23 HA PHE 23 -3.178 1.271 4.141 182 1HB PHE 23 HB1 PHE 23 -3.624 -1.800 3.579 183 2HB PHE 23 HB2 PHE 23 -2.332 -1.129 4.554 184 HD1 PHE 23 HD1 PHE 23 -2.958 0.111 6.733 185 HD2 PHE 23 HD2 PHE 23 -5.879 -1.919 4.342 186 HE1 PHE 23 HE1 PHE 23 -4.591 0.144 8.662 187 HE2 PHE 23 HE2 PHE 23 -7.476 -1.885 6.233 188 HZ PHE 23 HZ PHE 23 -6.815 -0.845 8.390 189 H TYR 24 H TYR 24 -1.092 1.736 3.227 190 HA TYR 24 HA TYR 24 -0.210 0.011 1.004 191 1HB TYR 24 HB1 TYR 24 0.596 1.631 -0.460 192 2HB TYR 24 HB2 TYR 24 -1.004 2.269 0.018 193 HD1 TYR 24 HD1 TYR 24 -1.050 4.002 1.925 194 HD2 TYR 24 HD2 TYR 24 2.554 2.873 -0.133 195 HE1 TYR 24 HE1 TYR 24 0.002 6.060 2.746 196 HE2 TYR 24 HE2 TYR 24 3.652 4.992 0.752 197 HH TYR 24 HH TYR 24 1.931 7.244 2.916 198 H PHE 25 H PHE 25 2.246 -0.245 0.953 199 HA PHE 25 HA PHE 25 3.380 0.032 3.660 200 1HB PHE 25 HB1 PHE 25 3.090 -2.281 2.481 201 2HB PHE 25 HB2 PHE 25 4.413 -1.791 1.404 202 HD1 PHE 25 HD1 PHE 25 6.680 -1.008 2.744 203 HD2 PHE 25 HD2 PHE 25 3.575 -3.500 4.382 204 HE1 PHE 25 HE1 PHE 25 8.156 -1.823 4.573 205 HE2 PHE 25 HE2 PHE 25 4.847 -4.128 6.204 206 HZ PHE 25 HZ PHE 25 7.285 -3.239 6.351 207 H LYS 26 H LYS 26 5.009 1.596 3.903 208 HA LYS 26 HA LYS 26 6.026 2.881 1.468 209 1HB LYS 26 HB1 LYS 26 4.590 4.171 2.933 210 2HB LYS 26 HB2 LYS 26 5.457 3.578 4.381 211 1HG LYS 26 HG1 LYS 26 5.607 5.653 3.882 212 2HG LYS 26 HG2 LYS 26 7.339 5.177 3.834 213 1HD LYS 26 HD1 LYS 26 7.573 5.727 1.561 214 2HD LYS 26 HD2 LYS 26 5.798 5.583 1.215 215 1HE LYS 26 HE1 LYS 26 6.486 7.918 1.300 216 2HE LYS 26 HE2 LYS 26 5.318 7.449 2.634 217 1HZ LYS 26 HZ1 LYS 26 7.224 7.320 4.115 218 2HZ LYS 26 HZ2 LYS 26 8.294 7.728 2.861 219 3HZ LYS 26 HZ3 LYS 26 7.154 8.863 3.408 220 H TRP 27 H TRP 27 8.002 1.933 0.881 221 HA TRP 27 HA TRP 27 9.802 0.495 2.001 222 1HB TRP 27 HB1 TRP 27 9.821 1.180 -0.244 223 2HB TRP 27 HB2 TRP 27 9.840 2.912 0.120 224 HD1 TRP 27 HD1 TRP 27 12.012 3.870 -0.755 225 HE1 TRP 27 HE1 TRP 27 14.413 2.960 -1.218 226 HE3 TRP 27 HE3 TRP 27 11.333 -0.750 0.967 227 HZ2 TRP 27 HZ2 TRP 27 15.867 0.540 -0.722 228 HZ3 TRP 27 HZ3 TRP 27 13.238 -2.398 1.030 229 HH2 TRP 27 HH2 TRP 27 15.460 -1.765 0.137 230 H THR 28 H THR 28 10.285 4.090 2.335 231 HA THR 28 HA THR 28 12.548 3.721 4.035 232 HB THR 28 HB THR 28 12.412 6.371 4.109 233 HG1 THR 28 HG1 THR 28 11.372 7.086 2.211 234 1HG2 THR 28 HG21 THR 28 12.956 4.737 1.558 235 2HG2 THR 28 HG22 THR 28 13.550 6.404 1.894 236 3HG2 THR 28 HG23 THR 28 14.109 5.027 2.904 237 H ALA 29 H ALA 29 9.258 3.606 4.735 238 HA ALA 29 HA ALA 29 9.568 4.708 7.472 239 1HB ALA 29 HB1 ALA 29 7.488 5.321 6.245 240 2HB ALA 29 HB2 ALA 29 7.035 3.587 6.079 241 3HB ALA 29 HB3 ALA 29 7.123 4.364 7.713 242 H LYS 30 H LYS 30 9.007 1.725 5.645 243 HA LYS 30 HA LYS 30 9.440 -0.415 5.998 244 1HB LYS 30 HB1 LYS 30 11.459 0.370 7.203 245 2HB LYS 30 HB2 LYS 30 10.589 0.137 8.745 246 1HG LYS 30 HG1 LYS 30 12.116 -1.640 8.142 247 2HG LYS 30 HG2 LYS 30 10.471 -2.339 8.270 248 1HD LYS 30 HD1 LYS 30 10.324 -2.683 5.920 249 2HD LYS 30 HD2 LYS 30 11.592 -1.472 5.532 250 1HE LYS 30 HE1 LYS 30 12.206 -4.132 6.992 251 2HE LYS 30 HE2 LYS 30 12.327 -3.896 5.200 252 1HZ LYS 30 HZ1 LYS 30 13.896 -2.123 5.573 253 2HZ LYS 30 HZ2 LYS 30 13.794 -2.328 7.256 254 3HZ LYS 30 HZ3 LYS 30 14.430 -3.569 6.285 255 H LYS 31 H LYS 31 7.036 1.112 6.887 256 HA LYS 31 HA LYS 31 5.537 -0.942 8.337 257 1HB LYS 31 HB1 LYS 31 5.649 2.119 8.835 258 2HB LYS 31 HB2 LYS 31 4.391 1.076 9.578 259 1HG LYS 31 HG1 LYS 31 6.086 -0.210 10.787 260 2HG LYS 31 HG2 LYS 31 7.385 0.871 10.179 261 1HD LYS 31 HD1 LYS 31 4.918 1.838 11.758 262 2HD LYS 31 HD2 LYS 31 6.505 1.427 12.490 263 1HE LYS 31 HE1 LYS 31 7.634 3.228 11.170 264 2HE LYS 31 HE2 LYS 31 6.050 3.692 10.426 265 1HZ LYS 31 HZ1 LYS 31 6.685 3.713 13.324 266 2HZ LYS 31 HZ2 LYS 31 6.588 5.059 12.293 267 3HZ LYS 31 HZ3 LYS 31 5.200 4.136 12.620 268 H CYS 32 H CYS 32 3.168 -0.511 8.182 269 HA CYS 32 HA CYS 32 2.267 0.024 5.481 270 1HB CYS 32 HB1 CYS 32 0.949 -1.206 8.048 271 2HB CYS 32 HB2 CYS 32 0.127 -1.151 6.429 272 H LEU 33 H LEU 33 1.290 2.090 5.034 273 HA LEU 33 HA LEU 33 0.178 3.575 7.353 274 1HB LEU 33 HB1 LEU 33 1.120 4.772 4.728 275 2HB LEU 33 HB2 LEU 33 0.565 5.639 6.190 276 HG LEU 33 HG LEU 33 3.115 3.913 5.994 277 1HD1 LEU 33 HD11 LEU 33 3.278 5.990 4.702 278 2HD1 LEU 33 HD12 LEU 33 2.722 6.960 6.124 279 3HD1 LEU 33 HD13 LEU 33 4.296 6.082 6.191 280 1HD2 LEU 33 HD21 LEU 33 2.021 5.655 8.305 281 2HD2 LEU 33 HD22 LEU 33 2.208 3.864 8.335 282 3HD2 LEU 33 HD23 LEU 33 3.658 4.919 8.239 283 HA PRO 34 HA PRO 34 -3.699 3.014 4.990 284 1HB PRO 34 HB1 PRO 34 -5.469 3.730 6.860 285 2HB PRO 34 HB2 PRO 34 -4.144 2.675 7.233 286 1HG PRO 34 HG1 PRO 34 -3.961 5.633 7.869 287 2HG PRO 34 HG2 PRO 34 -3.893 4.237 9.030 288 1HD PRO 34 HD1 PRO 34 -1.556 5.290 7.688 289 2HD PRO 34 HD2 PRO 34 -1.792 3.573 8.296 290 H PHE 35 H PHE 35 -3.601 4.056 3.078 291 HA PHE 35 HA PHE 35 -4.214 6.978 3.111 292 1HB PHE 35 HB1 PHE 35 -3.189 7.401 1.162 293 2HB PHE 35 HB2 PHE 35 -2.162 6.092 1.819 294 HD1 PHE 35 HD1 PHE 35 -3.042 3.562 0.974 295 HD2 PHE 35 HD2 PHE 35 -3.916 7.296 -1.077 296 HE1 PHE 35 HE1 PHE 35 -3.576 2.361 -0.982 297 HE2 PHE 35 HE2 PHE 35 -4.469 6.003 -3.070 298 HZ PHE 35 HZ PHE 35 -4.399 3.488 -3.017 299 H LEU 36 H LEU 36 -5.818 7.368 0.886 300 HA LEU 36 HA LEU 36 -8.028 5.427 1.104 301 1HB LEU 36 HB1 LEU 36 -8.209 8.501 0.741 302 2HB LEU 36 HB2 LEU 36 -9.539 7.332 0.455 303 HG LEU 36 HG LEU 36 -9.150 6.510 2.808 304 1HD1 LEU 36 HD11 LEU 36 -7.890 9.234 3.119 305 2HD1 LEU 36 HD12 LEU 36 -8.587 8.224 4.476 306 3HD1 LEU 36 HD13 LEU 36 -7.229 7.566 3.526 307 1HD2 LEU 36 HD21 LEU 36 -11.247 7.661 2.082 308 2HD2 LEU 36 HD22 LEU 36 -10.783 8.138 3.744 309 3HD2 LEU 36 HD23 LEU 36 -10.469 9.266 2.378 310 H PHE 37 H PHE 37 -8.860 4.830 -0.822 311 HA PHE 37 HA PHE 37 -7.385 5.595 -3.342 312 1HB PHE 37 HB1 PHE 37 -7.081 3.259 -2.865 313 2HB PHE 37 HB2 PHE 37 -8.797 3.117 -2.279 314 HD1 PHE 37 HD1 PHE 37 -6.767 3.461 -5.608 315 HD2 PHE 37 HD2 PHE 37 -10.444 2.356 -3.592 316 HE1 PHE 37 HE1 PHE 37 -7.487 2.216 -7.565 317 HE2 PHE 37 HE2 PHE 37 -11.220 1.249 -5.643 318 HZ PHE 37 HZ PHE 37 -9.686 1.054 -7.598 319 H SER 38 H SER 38 -8.549 6.611 -5.159 320 HA SER 38 HA SER 38 -11.318 7.322 -4.664 321 1HB SER 38 HB1 SER 38 -9.722 8.202 -7.129 322 2HB SER 38 HB2 SER 38 -11.171 8.938 -6.350 323 HG SER 38 HG SER 38 -8.460 8.934 -5.627 324 H GLY 39 H GLY 39 -9.943 4.606 -6.298 325 1HA GLY 39 HA1 GLY 39 -11.338 3.087 -7.433 326 2HA GLY 39 HA2 GLY 39 -12.339 4.313 -8.024 327 H CYS 40 H CYS 40 -10.658 6.006 -9.364 328 HA CYS 40 HA CYS 40 -9.237 4.416 -11.412 329 1HB CYS 40 HB1 CYS 40 -10.414 7.229 -11.938 330 2HB CYS 40 HB2 CYS 40 -10.022 5.931 -13.104 331 H GLY 41 H GLY 41 -7.015 5.150 -11.721 332 1HA GLY 41 HA1 GLY 41 -5.419 7.043 -11.473 333 2HA GLY 41 HA2 GLY 41 -6.270 7.542 -9.994 334 H GLY 42 H GLY 42 -6.417 4.362 -9.595 335 1HA GLY 42 HA1 GLY 42 -3.900 4.008 -8.166 336 2HA GLY 42 HA2 GLY 42 -5.324 2.930 -8.259 337 H ASN 43 H ASN 43 -2.192 3.014 -9.077 338 HA ASN 43 HA ASN 43 -2.331 1.809 -11.725 339 1HB ASN 43 HB1 ASN 43 0.169 2.033 -11.716 340 2HB ASN 43 HB2 ASN 43 -0.759 3.559 -11.487 341 1HD2 ASN 43 HD21 ASN 43 1.828 3.932 -8.983 342 2HD2 ASN 43 HD22 ASN 43 1.546 4.227 -10.675 343 H ALA 44 H ALA 44 -0.254 0.638 -8.955 344 HA ALA 44 HA ALA 44 -1.311 -2.096 -9.536 345 1HB ALA 44 HB1 ALA 44 0.752 -1.653 -10.943 346 2HB ALA 44 HB2 ALA 44 1.701 -1.392 -9.433 347 3HB ALA 44 HB3 ALA 44 0.972 -3.003 -9.793 348 H ASN 45 H ASN 45 0.089 -0.037 -6.971 349 HA ASN 45 HA ASN 45 0.377 -2.403 -5.203 350 1HB ASN 45 HB1 ASN 45 2.369 -0.952 -5.675 351 2HB ASN 45 HB2 ASN 45 1.497 0.449 -5.099 352 1HD2 ASN 45 HD21 ASN 45 3.173 -0.021 -2.036 353 2HD2 ASN 45 HD22 ASN 45 2.503 0.985 -3.283 354 H ARG 46 H ARG 46 -2.318 -2.275 -4.532 355 HA ARG 46 HA ARG 46 -2.037 -1.033 -1.983 356 1HB ARG 46 HB1 ARG 46 -3.808 0.388 -1.687 357 2HB ARG 46 HB2 ARG 46 -2.867 0.972 -3.082 358 1HG ARG 46 HG1 ARG 46 -5.577 -0.495 -3.240 359 2HG ARG 46 HG2 ARG 46 -5.361 1.274 -3.299 360 1HD ARG 46 HD1 ARG 46 -4.351 -0.785 -5.307 361 2HD ARG 46 HD2 ARG 46 -5.731 0.403 -5.546 362 HE ARG 46 HE ARG 46 -3.319 1.873 -4.863 363 1HH1 ARG 46 HH11 ARG 46 -4.203 -0.070 -7.603 364 2HH1 ARG 46 HH12 ARG 46 -2.772 0.340 -8.442 365 1HH2 ARG 46 HH21 ARG 46 -1.740 2.746 -6.123 366 2HH2 ARG 46 HH22 ARG 46 -1.406 1.943 -7.627 367 H PHE 47 H PHE 47 -3.351 -1.636 -0.314 368 HA PHE 47 HA PHE 47 -4.164 -4.434 -0.622 369 1HB PHE 47 HB1 PHE 47 -3.167 -2.928 1.929 370 2HB PHE 47 HB2 PHE 47 -3.199 -4.699 1.636 371 HD1 PHE 47 HD1 PHE 47 -1.915 -4.951 -1.155 372 HD2 PHE 47 HD2 PHE 47 -0.918 -2.331 2.155 373 HE1 PHE 47 HE1 PHE 47 0.333 -4.577 -2.079 374 HE2 PHE 47 HE2 PHE 47 1.338 -2.178 1.281 375 HZ PHE 47 HZ PHE 47 1.972 -3.193 -0.883 376 H GLN 48 H GLN 48 -6.084 -5.260 0.135 377 HA GLN 48 HA GLN 48 -8.194 -3.423 0.792 378 1HB GLN 48 HB1 GLN 48 -9.703 -5.030 0.098 379 2HB GLN 48 HB2 GLN 48 -8.277 -5.414 -0.891 380 1HG GLN 48 HG1 GLN 48 -9.465 -6.909 1.554 381 2HG GLN 48 HG2 GLN 48 -9.411 -7.465 -0.142 382 1HE2 GLN 48 HE21 GLN 48 -5.928 -8.550 0.270 383 2HE2 GLN 48 HE22 GLN 48 -7.021 -8.004 -0.981 384 H THR 49 H THR 49 -6.156 -5.499 2.730 385 HA THR 49 HA THR 49 -7.517 -4.560 5.127 386 HB THR 49 HB THR 49 -7.246 -6.759 6.284 387 HG1 THR 49 HG1 THR 49 -6.865 -7.834 3.662 388 1HG2 THR 49 HG21 THR 49 -9.451 -6.107 5.283 389 2HG2 THR 49 HG22 THR 49 -9.005 -6.913 3.750 390 3HG2 THR 49 HG23 THR 49 -9.192 -7.896 5.252 391 H ILE 50 H ILE 50 -5.912 -4.783 7.035 392 HA ILE 50 HA ILE 50 -3.422 -3.732 6.356 393 HB ILE 50 HB ILE 50 -4.817 -3.240 8.320 394 1HG1 ILE 50 HG11 ILE 50 -1.925 -3.953 9.062 395 2HG1 ILE 50 HG12 ILE 50 -2.436 -2.528 8.092 396 1HG2 ILE 50 HG21 ILE 50 -5.356 -5.694 8.925 397 2HG2 ILE 50 HG22 ILE 50 -3.685 -5.826 9.574 398 3HG2 ILE 50 HG23 ILE 50 -4.838 -4.666 10.301 399 1HD1 ILE 50 HD11 ILE 50 -3.917 -1.806 10.060 400 2HD1 ILE 50 HD12 ILE 50 -3.173 -3.137 11.023 401 3HD1 ILE 50 HD13 ILE 50 -2.146 -1.796 10.404 402 H GLY 51 H GLY 51 -4.307 -7.069 6.650 403 1HA GLY 51 HA1 GLY 51 -1.648 -8.079 7.225 404 2HA GLY 51 HA2 GLY 51 -3.139 -8.983 6.889 405 H GLU 52 H GLU 52 -3.275 -7.120 4.284 406 HA GLU 52 HA GLU 52 -1.721 -8.887 2.569 407 1HB GLU 52 HB1 GLU 52 -4.072 -8.263 2.109 408 2HB GLU 52 HB2 GLU 52 -3.617 -6.565 2.014 409 1HG GLU 52 HG1 GLU 52 -3.883 -7.345 -0.276 410 2HG GLU 52 HG2 GLU 52 -2.110 -7.192 -0.069 411 H CYS 53 H CYS 53 -1.159 -6.013 4.261 412 HA CYS 53 HA CYS 53 0.682 -4.654 2.537 413 1HB CYS 53 HB1 CYS 53 -0.843 -3.650 4.468 414 2HB CYS 53 HB2 CYS 53 0.208 -4.479 5.593 415 H ARG 54 H ARG 54 0.995 -6.614 5.340 416 HA ARG 54 HA ARG 54 3.792 -7.065 5.674 417 1HB ARG 54 HB1 ARG 54 1.146 -8.261 6.583 418 2HB ARG 54 HB2 ARG 54 2.691 -8.941 7.167 419 1HG ARG 54 HG1 ARG 54 3.219 -7.101 8.479 420 2HG ARG 54 HG2 ARG 54 2.350 -5.940 7.441 421 1HD ARG 54 HD1 ARG 54 1.213 -6.362 9.652 422 2HD ARG 54 HD2 ARG 54 0.285 -6.612 8.089 423 HE ARG 54 HE ARG 54 1.397 -9.185 8.760 424 1HH1 ARG 54 HH11 ARG 54 -0.802 -7.166 10.605 425 2HH1 ARG 54 HH12 ARG 54 -1.099 -8.490 11.700 426 1HH2 ARG 54 HH21 ARG 54 0.981 -10.714 9.985 427 2HH2 ARG 54 HH22 ARG 54 -0.100 -10.500 11.355 428 H LYS 55 H LYS 55 1.151 -8.764 3.939 429 HA LYS 55 HA LYS 55 2.528 -11.158 3.395 430 1HB LYS 55 HB1 LYS 55 0.021 -10.734 3.469 431 2HB LYS 55 HB2 LYS 55 0.092 -9.972 1.846 432 1HG LYS 55 HG1 LYS 55 0.972 -12.238 0.970 433 2HG LYS 55 HG2 LYS 55 0.750 -12.892 2.628 434 1HD LYS 55 HD1 LYS 55 -1.400 -11.871 0.677 435 2HD LYS 55 HD2 LYS 55 -1.137 -13.550 1.240 436 1HE LYS 55 HE1 LYS 55 -1.887 -12.909 3.551 437 2HE LYS 55 HE2 LYS 55 -2.140 -11.201 3.013 438 1HZ LYS 55 HZ1 LYS 55 -3.510 -13.591 1.911 439 2HZ LYS 55 HZ2 LYS 55 -4.161 -12.447 2.984 440 3HZ LYS 55 HZ3 LYS 55 -3.733 -11.984 1.407 441 H LYS 56 H LYS 56 2.190 -8.102 1.482 442 HA LYS 56 HA LYS 56 3.879 -9.159 -0.668 443 1HB LYS 56 HB1 LYS 56 1.860 -7.047 -0.459 444 2HB LYS 56 HB2 LYS 56 3.340 -6.395 -1.206 445 1HG LYS 56 HG1 LYS 56 3.385 -8.218 -2.835 446 2HG LYS 56 HG2 LYS 56 1.966 -8.975 -2.205 447 1HD LYS 56 HD1 LYS 56 2.052 -6.117 -3.593 448 2HD LYS 56 HD2 LYS 56 1.706 -7.685 -4.352 449 1HE LYS 56 HE1 LYS 56 -0.099 -6.786 -2.049 450 2HE LYS 56 HE2 LYS 56 -0.437 -6.535 -3.816 451 1HZ LYS 56 HZ1 LYS 56 -0.302 -8.918 -4.118 452 2HZ LYS 56 HZ2 LYS 56 0.028 -9.152 -2.469 453 3HZ LYS 56 HZ3 LYS 56 -1.471 -8.517 -2.952 454 H CYS 57 H CYS 57 4.232 -7.047 2.242 455 HA CYS 57 HA CYS 57 7.066 -6.555 1.408 456 1HB CYS 57 HB1 CYS 57 4.970 -4.723 2.544 457 2HB CYS 57 HB2 CYS 57 6.696 -4.285 2.723 458 H LEU 58 H LEU 58 5.741 -8.381 4.168 459 HA LEU 58 HA LEU 58 8.403 -7.685 5.279 460 1HB LEU 58 HB1 LEU 58 5.878 -7.348 6.850 461 2HB LEU 58 HB2 LEU 58 7.361 -7.903 7.704 462 HG LEU 58 HG LEU 58 7.181 -5.382 6.115 463 1HD1 LEU 58 HD11 LEU 58 5.917 -5.343 8.335 464 2HD1 LEU 58 HD12 LEU 58 7.415 -5.901 9.164 465 3HD1 LEU 58 HD13 LEU 58 7.376 -4.280 8.392 466 1HD2 LEU 58 HD21 LEU 58 9.517 -6.653 7.636 467 2HD2 LEU 58 HD22 LEU 58 9.485 -5.998 5.955 468 3HD2 LEU 58 HD23 LEU 58 9.425 -4.875 7.348 469 H GLY 59 H GLY 59 5.921 -10.184 4.956 470 1HA GLY 59 HA1 GLY 59 6.233 -12.434 5.104 471 2HA GLY 59 HA2 GLY 59 7.869 -12.211 5.817 472 H LYS 60 H LYS 60 4.424 -11.309 6.681 473 HA LYS 60 HA LYS 60 4.364 -12.747 9.084 474 1HB LYS 60 HB1 LYS 60 3.835 -10.445 10.322 475 2HB LYS 60 HB2 LYS 60 5.542 -10.989 10.236 476 1HG LYS 60 HG1 LYS 60 6.130 -9.461 8.526 477 2HG LYS 60 HG2 LYS 60 4.448 -9.070 8.104 478 1HD LYS 60 HD1 LYS 60 5.326 -7.226 9.188 479 2HD LYS 60 HD2 LYS 60 4.120 -7.957 10.293 480 1HE LYS 60 HE1 LYS 60 6.106 -7.102 11.531 481 2HE LYS 60 HE2 LYS 60 5.845 -8.888 11.714 482 1HZ LYS 60 HZ1 LYS 60 7.618 -9.224 10.097 483 2HZ LYS 60 HZ2 LYS 60 7.829 -7.548 9.924 484 3HZ LYS 60 HZ3 LYS 60 8.175 -8.297 11.408 No H/Q in entry = 484 Start of MODEL 6 1 H TRP 1 H TRP 1 13.550 -12.490 3.540 2 HA TRP 1 HA TRP 1 11.941 -12.370 1.343 3 1HB TRP 1 HB1 TRP 1 9.947 -11.981 2.494 4 2HB TRP 1 HB2 TRP 1 10.658 -11.074 3.834 5 HD1 TRP 1 HD1 TRP 1 8.797 -10.319 0.554 6 HE1 TRP 1 HE1 TRP 1 8.638 -7.904 0.272 7 HE3 TRP 1 HE3 TRP 1 12.043 -8.936 4.303 8 HZ2 TRP 1 HZ2 TRP 1 9.857 -5.542 1.386 9 HZ3 TRP 1 HZ3 TRP 1 12.370 -6.526 4.707 10 HH2 TRP 1 HH2 TRP 1 11.322 -4.838 3.207 11 H GLN 2 H GLN 2 12.504 -10.478 0.084 12 HA GLN 2 HA GLN 2 14.452 -8.611 1.131 13 1HB GLN 2 HB1 GLN 2 14.704 -10.305 -1.450 14 2HB GLN 2 HB2 GLN 2 15.599 -8.781 -1.153 15 1HG GLN 2 HG1 GLN 2 16.637 -9.811 0.933 16 2HG GLN 2 HG2 GLN 2 15.878 -11.385 0.510 17 1HE2 GLN 2 HE21 GLN 2 18.055 -11.605 -2.487 18 2HE2 GLN 2 HE22 GLN 2 16.355 -11.800 -2.127 19 HA PRO 3 HA PRO 3 11.078 -6.533 -0.472 20 1HB PRO 3 HB1 PRO 3 11.863 -3.904 -0.921 21 2HB PRO 3 HB2 PRO 3 11.672 -4.719 0.634 22 1HG PRO 3 HG1 PRO 3 14.281 -4.441 -0.993 23 2HG PRO 3 HG2 PRO 3 14.068 -4.094 0.781 24 1HD PRO 3 HD1 PRO 3 15.094 -6.434 -0.211 25 2HD PRO 3 HD2 PRO 3 14.068 -6.394 1.308 26 HA PRO 4 HA PRO 4 11.201 -6.711 -5.069 27 1HB PRO 4 HB1 PRO 4 8.689 -7.802 -5.390 28 2HB PRO 4 HB2 PRO 4 9.866 -8.648 -4.359 29 1HG PRO 4 HG1 PRO 4 7.861 -6.631 -3.337 30 2HG PRO 4 HG2 PRO 4 8.078 -8.406 -2.818 31 1HD PRO 4 HD1 PRO 4 9.122 -6.225 -1.548 32 2HD PRO 4 HD2 PRO 4 9.948 -7.857 -1.668 33 H TRP 5 H TRP 5 7.885 -6.049 -5.418 34 HA TRP 5 HA TRP 5 8.319 -3.339 -6.363 35 1HB TRP 5 HB1 TRP 5 6.029 -3.373 -7.394 36 2HB TRP 5 HB2 TRP 5 7.258 -4.453 -8.024 37 HD1 TRP 5 HD1 TRP 5 6.860 -6.934 -8.125 38 HE1 TRP 5 HE1 TRP 5 4.625 -8.361 -7.815 39 HE3 TRP 5 HE3 TRP 5 3.505 -3.912 -5.735 40 HZ2 TRP 5 HZ2 TRP 5 1.878 -7.819 -8.059 41 HZ3 TRP 5 HZ3 TRP 5 1.189 -4.028 -6.215 42 HH2 TRP 5 HH2 TRP 5 0.318 -6.016 -7.352 43 H TYR 6 H TYR 6 5.617 -4.739 -4.495 44 HA TYR 6 HA TYR 6 4.091 -2.757 -3.805 45 1HB TYR 6 HB1 TYR 6 4.647 -4.668 -1.462 46 2HB TYR 6 HB2 TYR 6 3.117 -4.281 -2.350 47 HD1 TYR 6 HD1 TYR 6 2.577 -5.600 -4.421 48 HD2 TYR 6 HD2 TYR 6 6.060 -6.290 -2.051 49 HE1 TYR 6 HE1 TYR 6 2.815 -7.811 -5.470 50 HE2 TYR 6 HE2 TYR 6 6.170 -8.716 -3.119 51 HH TYR 6 HH TYR 6 3.898 -9.995 -5.022 52 H CYS 7 H CYS 7 6.953 -3.323 -1.838 53 HA CYS 7 HA CYS 7 6.434 -1.515 0.092 54 1HB CYS 7 HB1 CYS 7 9.313 -2.284 -0.634 55 2HB CYS 7 HB2 CYS 7 8.597 -2.101 0.979 56 H LYS 8 H LYS 8 8.151 -1.265 -2.954 57 HA LYS 8 HA LYS 8 9.024 1.503 -2.705 58 1HB LYS 8 HB1 LYS 8 9.511 -0.555 -5.031 59 2HB LYS 8 HB2 LYS 8 10.292 0.989 -4.767 60 1HG LYS 8 HG1 LYS 8 11.259 0.060 -2.563 61 2HG LYS 8 HG2 LYS 8 10.398 -1.468 -2.920 62 1HD LYS 8 HD1 LYS 8 12.720 -1.782 -3.543 63 2HD LYS 8 HD2 LYS 8 11.827 -1.658 -5.092 64 1HE LYS 8 HE1 LYS 8 12.725 0.658 -5.425 65 2HE LYS 8 HE2 LYS 8 13.404 0.653 -3.748 66 1HZ LYS 8 HZ1 LYS 8 14.810 -1.178 -4.387 67 2HZ LYS 8 HZ2 LYS 8 14.163 -1.182 -5.957 68 3HZ LYS 8 HZ3 LYS 8 15.040 0.164 -5.403 69 H GLU 9 H GLU 9 6.177 -0.139 -3.790 70 HA GLU 9 HA GLU 9 5.826 1.140 -6.293 71 1HB GLU 9 HB1 GLU 9 5.103 -1.159 -5.570 72 2HB GLU 9 HB2 GLU 9 3.665 -0.374 -4.920 73 1HG GLU 9 HG1 GLU 9 3.011 -0.856 -7.111 74 2HG GLU 9 HG2 GLU 9 3.611 0.781 -7.440 75 HA PRO 10 HA PRO 10 4.434 4.845 -4.277 76 1HB PRO 10 HB1 PRO 10 3.438 5.705 -7.043 77 2HB PRO 10 HB2 PRO 10 4.535 6.604 -5.926 78 1HG PRO 10 HG1 PRO 10 5.571 5.347 -8.009 79 2HG PRO 10 HG2 PRO 10 6.349 5.016 -6.400 80 1HD PRO 10 HD1 PRO 10 4.138 3.351 -7.749 81 2HD PRO 10 HD2 PRO 10 5.760 2.752 -7.271 82 H VAL 11 H VAL 11 2.579 5.932 -3.206 83 HA VAL 11 HA VAL 11 0.020 4.659 -3.463 84 HB VAL 11 HB VAL 11 0.835 5.134 -1.320 85 1HG1 VAL 11 HG11 VAL 11 1.114 8.110 -2.150 86 2HG1 VAL 11 HG12 VAL 11 1.196 7.483 -0.472 87 3HG1 VAL 11 HG13 VAL 11 2.434 6.981 -1.653 88 1HG2 VAL 11 HG21 VAL 11 -1.645 5.422 -1.860 89 2HG2 VAL 11 HG22 VAL 11 -1.065 6.245 -0.365 90 3HG2 VAL 11 HG23 VAL 11 -1.397 7.211 -1.844 91 H ARG 12 H ARG 12 -1.826 5.409 -4.528 92 HA ARG 12 HA ARG 12 -1.643 8.031 -5.927 93 1HB ARG 12 HB1 ARG 12 -2.325 5.418 -7.211 94 2HB ARG 12 HB2 ARG 12 -2.452 7.018 -8.004 95 1HG ARG 12 HG1 ARG 12 0.116 7.220 -7.144 96 2HG ARG 12 HG2 ARG 12 -0.107 5.452 -7.172 97 1HD ARG 12 HD1 ARG 12 -0.917 5.897 -9.662 98 2HD ARG 12 HD2 ARG 12 -0.446 7.624 -9.367 99 HE ARG 12 HE ARG 12 1.481 5.681 -10.373 100 1HH1 ARG 12 HH11 ARG 12 1.441 8.274 -8.011 101 2HH1 ARG 12 HH12 ARG 12 3.101 8.668 -8.380 102 1HH2 ARG 12 HH21 ARG 12 3.550 6.003 -10.507 103 2HH2 ARG 12 HH22 ARG 12 4.218 7.439 -9.830 104 H ILE 13 H ILE 13 -3.974 8.944 -6.218 105 HA ILE 13 HA ILE 13 -6.043 7.289 -4.963 106 HB ILE 13 HB ILE 13 -5.175 8.764 -3.339 107 1HG1 ILE 13 HG11 ILE 13 -8.083 9.058 -4.191 108 2HG1 ILE 13 HG12 ILE 13 -7.287 7.637 -3.426 109 1HG2 ILE 13 HG21 ILE 13 -4.770 10.865 -4.615 110 2HG2 ILE 13 HG22 ILE 13 -6.602 11.043 -4.742 111 3HG2 ILE 13 HG23 ILE 13 -5.780 11.012 -3.149 112 1HD1 ILE 13 HD11 ILE 13 -6.974 8.873 -1.317 113 2HD1 ILE 13 HD12 ILE 13 -7.712 10.370 -2.023 114 3HD1 ILE 13 HD13 ILE 13 -8.743 8.910 -1.759 115 H GLY 14 H GLY 14 -5.723 10.186 -7.158 116 1HA GLY 14 HA1 GLY 14 -6.650 9.302 -9.346 117 2HA GLY 14 HA2 GLY 14 -8.199 9.227 -8.412 118 H SER 15 H SER 15 -8.922 10.711 -10.208 119 HA SER 15 HA SER 15 -8.752 13.449 -9.287 120 1HB SER 15 HB1 SER 15 -7.869 12.717 -12.148 121 2HB SER 15 HB2 SER 15 -8.280 14.387 -11.589 122 HG SER 15 HG SER 15 -6.516 12.982 -9.956 123 H CYS 16 H CYS 16 -10.559 11.874 -8.678 124 HA CYS 16 HA CYS 16 -13.007 12.518 -10.038 125 1HB CYS 16 HB1 CYS 16 -11.847 9.781 -9.355 126 2HB CYS 16 HB2 CYS 16 -13.544 9.846 -9.305 127 H LYS 17 H LYS 17 -14.615 11.324 -8.126 128 HA LYS 17 HA LYS 17 -13.663 12.266 -5.479 129 1HB LYS 17 HB1 LYS 17 -16.408 12.904 -6.750 130 2HB LYS 17 HB2 LYS 17 -15.927 13.295 -5.057 131 1HG LYS 17 HG1 LYS 17 -14.681 14.530 -7.550 132 2HG LYS 17 HG2 LYS 17 -15.924 15.222 -6.449 133 1HD LYS 17 HD1 LYS 17 -14.225 14.766 -4.512 134 2HD LYS 17 HD2 LYS 17 -12.984 14.609 -5.806 135 1HE LYS 17 HE1 LYS 17 -13.591 16.977 -6.557 136 2HE LYS 17 HE2 LYS 17 -14.805 17.026 -5.204 137 1HZ LYS 17 HZ1 LYS 17 -13.004 16.660 -3.657 138 2HZ LYS 17 HZ2 LYS 17 -11.871 16.594 -4.920 139 3HZ LYS 17 HZ3 LYS 17 -12.708 18.038 -4.603 140 H LYS 18 H LYS 18 -13.320 9.888 -4.992 141 HA LYS 18 HA LYS 18 -15.690 8.736 -3.850 142 1HB LYS 18 HB1 LYS 18 -15.620 7.831 -6.223 143 2HB LYS 18 HB2 LYS 18 -13.934 7.318 -5.992 144 1HG LYS 18 HG1 LYS 18 -15.299 5.388 -5.830 145 2HG LYS 18 HG2 LYS 18 -14.795 5.744 -4.152 146 1HD LYS 18 HD1 LYS 18 -17.269 7.200 -4.581 147 2HD LYS 18 HD2 LYS 18 -17.497 5.650 -5.444 148 1HE LYS 18 HE1 LYS 18 -18.408 5.532 -3.132 149 2HE LYS 18 HE2 LYS 18 -16.999 4.407 -3.273 150 1HZ LYS 18 HZ1 LYS 18 -15.619 6.124 -2.294 151 2HZ LYS 18 HZ2 LYS 18 -16.955 7.162 -2.154 152 3HZ LYS 18 HZ3 LYS 18 -16.916 5.709 -1.278 153 H GLN 19 H GLN 19 -14.858 7.169 -2.020 154 HA GLN 19 HA GLN 19 -11.977 6.961 -1.915 155 1HB GLN 19 HB1 GLN 19 -12.642 7.771 0.807 156 2HB GLN 19 HB2 GLN 19 -11.471 8.349 -0.462 157 1HG GLN 19 HG1 GLN 19 -13.179 10.010 -1.309 158 2HG GLN 19 HG2 GLN 19 -14.246 9.510 0.044 159 1HE2 GLN 19 HE21 GLN 19 -11.216 12.096 0.728 160 2HE2 GLN 19 HE22 GLN 19 -11.560 11.471 -0.880 161 H PHE 20 H PHE 20 -11.914 4.888 -2.093 162 HA PHE 20 HA PHE 20 -13.474 3.069 -0.368 163 1HB PHE 20 HB1 PHE 20 -11.451 2.659 -2.697 164 2HB PHE 20 HB2 PHE 20 -12.212 1.284 -1.827 165 HD1 PHE 20 HD1 PHE 20 -14.927 1.559 -1.579 166 HD2 PHE 20 HD2 PHE 20 -12.513 3.196 -4.788 167 HE1 PHE 20 HE1 PHE 20 -16.847 1.485 -3.092 168 HE2 PHE 20 HE2 PHE 20 -14.446 3.050 -6.289 169 HZ PHE 20 HZ PHE 20 -16.621 2.197 -5.458 170 H SER 21 H SER 21 -12.373 1.655 1.150 171 HA SER 21 HA SER 21 -10.134 2.832 2.484 172 1HB SER 21 HB1 SER 21 -12.175 1.632 3.595 173 2HB SER 21 HB2 SER 21 -11.368 0.084 3.190 174 HG SER 21 HG SER 21 -10.444 2.219 4.857 175 H SER 22 H SER 22 -7.986 2.666 2.018 176 HA SER 22 HA SER 22 -6.946 0.043 1.094 177 1HB SER 22 HB1 SER 22 -5.359 1.260 -0.416 178 2HB SER 22 HB2 SER 22 -7.023 1.710 -0.791 179 HG SER 22 HG SER 22 -5.555 3.270 1.033 180 H PHE 23 H PHE 23 -4.793 -0.273 1.307 181 HA PHE 23 HA PHE 23 -3.276 1.303 3.341 182 1HB PHE 23 HB1 PHE 23 -3.543 -1.757 3.390 183 2HB PHE 23 HB2 PHE 23 -2.406 -0.898 4.475 184 HD1 PHE 23 HD1 PHE 23 -5.939 -1.703 3.733 185 HD2 PHE 23 HD2 PHE 23 -3.335 0.583 6.275 186 HE1 PHE 23 HE1 PHE 23 -7.846 -1.190 5.204 187 HE2 PHE 23 HE2 PHE 23 -5.242 1.000 7.828 188 HZ PHE 23 HZ PHE 23 -7.510 0.168 7.261 189 H TYR 24 H TYR 24 -1.061 1.281 3.065 190 HA TYR 24 HA TYR 24 0.095 -0.250 0.846 191 1HB TYR 24 HB1 TYR 24 0.917 1.374 -0.510 192 2HB TYR 24 HB2 TYR 24 -0.626 2.093 -0.060 193 HD1 TYR 24 HD1 TYR 24 -0.642 4.264 1.445 194 HD2 TYR 24 HD2 TYR 24 2.995 2.301 0.115 195 HE1 TYR 24 HE1 TYR 24 0.636 6.239 2.015 196 HE2 TYR 24 HE2 TYR 24 4.281 4.328 0.749 197 HH TYR 24 HH TYR 24 2.738 7.282 1.984 198 H PHE 25 H PHE 25 2.521 -0.506 1.038 199 HA PHE 25 HA PHE 25 3.340 -0.292 3.864 200 1HB PHE 25 HB1 PHE 25 3.376 -2.531 2.552 201 2HB PHE 25 HB2 PHE 25 4.806 -1.910 1.715 202 HD1 PHE 25 HD1 PHE 25 6.878 -1.175 3.067 203 HD2 PHE 25 HD2 PHE 25 3.647 -3.592 4.690 204 HE1 PHE 25 HE1 PHE 25 8.291 -2.031 4.922 205 HE2 PHE 25 HE2 PHE 25 4.938 -4.175 6.590 206 HZ PHE 25 HZ PHE 25 7.361 -3.383 6.714 207 H LYS 26 H LYS 26 5.021 1.031 4.532 208 HA LYS 26 HA LYS 26 6.056 2.883 2.507 209 1HB LYS 26 HB1 LYS 26 5.270 3.223 5.233 210 2HB LYS 26 HB2 LYS 26 6.972 3.729 5.071 211 1HG LYS 26 HG1 LYS 26 4.528 4.739 3.695 212 2HG LYS 26 HG2 LYS 26 5.792 5.372 4.901 213 1HD LYS 26 HD1 LYS 26 6.510 5.126 1.965 214 2HD LYS 26 HD2 LYS 26 5.761 6.543 2.698 215 1HE LYS 26 HE1 LYS 26 8.376 5.386 3.804 216 2HE LYS 26 HE2 LYS 26 8.250 6.699 2.564 217 1HZ LYS 26 HZ1 LYS 26 6.972 8.000 4.109 218 2HZ LYS 26 HZ2 LYS 26 7.069 6.781 5.288 219 3HZ LYS 26 HZ3 LYS 26 8.478 7.577 4.770 220 H TRP 27 H TRP 27 7.694 1.810 1.560 221 HA TRP 27 HA TRP 27 9.796 0.290 2.247 222 1HB TRP 27 HB1 TRP 27 9.646 0.850 0.077 223 2HB TRP 27 HB2 TRP 27 9.090 2.507 0.377 224 HD1 TRP 27 HD1 TRP 27 11.078 4.301 -0.393 225 HE1 TRP 27 HE1 TRP 27 13.485 3.917 -1.285 226 HE3 TRP 27 HE3 TRP 27 11.397 -0.591 0.581 227 HZ2 TRP 27 HZ2 TRP 27 15.375 1.738 -1.373 228 HZ3 TRP 27 HZ3 TRP 27 13.439 -1.844 0.124 229 HH2 TRP 27 HH2 TRP 27 15.456 -0.711 -0.885 230 H THR 28 H THR 28 9.872 3.870 2.851 231 HA THR 28 HA THR 28 12.435 3.554 4.189 232 HB THR 28 HB THR 28 12.329 6.110 4.542 233 HG1 THR 28 HG1 THR 28 11.192 7.035 2.775 234 1HG2 THR 28 HG21 THR 28 12.590 4.780 1.773 235 2HG2 THR 28 HG22 THR 28 13.250 6.390 2.234 236 3HG2 THR 28 HG23 THR 28 13.880 4.909 3.021 237 H ALA 29 H ALA 29 8.971 3.723 5.291 238 HA ALA 29 HA ALA 29 9.894 4.321 7.996 239 1HB ALA 29 HB1 ALA 29 7.632 5.019 7.136 240 2HB ALA 29 HB2 ALA 29 7.127 3.289 7.128 241 3HB ALA 29 HB3 ALA 29 7.587 4.096 8.669 242 H LYS 30 H LYS 30 9.056 1.366 6.161 243 HA LYS 30 HA LYS 30 9.479 -0.761 6.473 244 1HB LYS 30 HB1 LYS 30 11.581 -0.097 7.786 245 2HB LYS 30 HB2 LYS 30 10.660 -0.576 9.229 246 1HG LYS 30 HG1 LYS 30 11.960 -2.444 8.521 247 2HG LYS 30 HG2 LYS 30 10.289 -2.889 8.089 248 1HD LYS 30 HD1 LYS 30 11.779 -3.628 6.337 249 2HD LYS 30 HD2 LYS 30 10.800 -2.283 5.671 250 1HE LYS 30 HE1 LYS 30 13.140 -2.148 4.887 251 2HE LYS 30 HE2 LYS 30 12.788 -0.735 5.949 252 1HZ LYS 30 HZ1 LYS 30 14.191 -3.240 6.744 253 2HZ LYS 30 HZ2 LYS 30 14.907 -1.732 6.432 254 3HZ LYS 30 HZ3 LYS 30 13.864 -1.920 7.760 255 H LYS 31 H LYS 31 7.096 0.754 7.283 256 HA LYS 31 HA LYS 31 5.569 -1.305 8.654 257 1HB LYS 31 HB1 LYS 31 5.858 1.663 9.472 258 2HB LYS 31 HB2 LYS 31 4.441 0.715 10.019 259 1HG LYS 31 HG1 LYS 31 5.852 -0.880 11.209 260 2HG LYS 31 HG2 LYS 31 7.334 0.023 10.763 261 1HD LYS 31 HD1 LYS 31 4.970 1.236 12.324 262 2HD LYS 31 HD2 LYS 31 6.443 0.521 13.062 263 1HE LYS 31 HE1 LYS 31 7.891 2.232 11.959 264 2HE LYS 31 HE2 LYS 31 6.436 2.994 11.200 265 1HZ LYS 31 HZ1 LYS 31 6.917 2.678 14.113 266 2HZ LYS 31 HZ2 LYS 31 7.076 4.103 13.204 267 3HZ LYS 31 HZ3 LYS 31 5.550 3.383 13.394 268 H CYS 32 H CYS 32 3.181 -0.687 8.500 269 HA CYS 32 HA CYS 32 2.519 -0.029 5.741 270 1HB CYS 32 HB1 CYS 32 0.984 -1.234 8.158 271 2HB CYS 32 HB2 CYS 32 0.189 -0.939 6.562 272 H LEU 33 H LEU 33 1.048 1.625 5.120 273 HA LEU 33 HA LEU 33 0.119 3.508 7.209 274 1HB LEU 33 HB1 LEU 33 0.912 4.268 4.337 275 2HB LEU 33 HB2 LEU 33 0.323 5.369 5.618 276 HG LEU 33 HG LEU 33 3.054 3.975 5.472 277 1HD1 LEU 33 HD11 LEU 33 2.702 6.037 4.136 278 2HD1 LEU 33 HD12 LEU 33 2.196 6.944 5.620 279 3HD1 LEU 33 HD13 LEU 33 3.867 6.258 5.493 280 1HD2 LEU 33 HD21 LEU 33 1.858 5.731 7.748 281 2HD2 LEU 33 HD22 LEU 33 2.302 4.000 7.935 282 3HD2 LEU 33 HD23 LEU 33 3.573 5.220 7.622 283 HA PRO 34 HA PRO 34 -3.862 2.924 4.819 284 1HB PRO 34 HB1 PRO 34 -5.503 4.477 6.411 285 2HB PRO 34 HB2 PRO 34 -4.686 3.049 7.129 286 1HG PRO 34 HG1 PRO 34 -3.800 5.970 7.357 287 2HG PRO 34 HG2 PRO 34 -3.985 4.747 8.676 288 1HD PRO 34 HD1 PRO 34 -1.562 5.344 7.230 289 2HD PRO 34 HD2 PRO 34 -1.888 3.801 8.162 290 H PHE 35 H PHE 35 -4.829 3.813 3.259 291 HA PHE 35 HA PHE 35 -4.864 6.735 2.980 292 1HB PHE 35 HB1 PHE 35 -3.814 7.083 0.878 293 2HB PHE 35 HB2 PHE 35 -2.721 6.047 1.799 294 HD1 PHE 35 HD1 PHE 35 -2.700 3.530 1.266 295 HD2 PHE 35 HD2 PHE 35 -4.629 6.404 -1.402 296 HE1 PHE 35 HE1 PHE 35 -2.594 1.946 -0.599 297 HE2 PHE 35 HE2 PHE 35 -4.689 4.702 -3.076 298 HZ PHE 35 HZ PHE 35 -3.618 2.519 -2.788 299 H LEU 36 H LEU 36 -6.161 6.637 0.297 300 HA LEU 36 HA LEU 36 -8.370 4.790 0.672 301 1HB LEU 36 HB1 LEU 36 -8.578 7.887 0.376 302 2HB LEU 36 HB2 LEU 36 -9.977 6.767 0.149 303 HG LEU 36 HG LEU 36 -8.464 7.027 2.793 304 1HD1 LEU 36 HD11 LEU 36 -9.374 9.246 2.208 305 2HD1 LEU 36 HD12 LEU 36 -11.005 8.529 1.964 306 3HD1 LEU 36 HD13 LEU 36 -10.250 8.479 3.582 307 1HD2 LEU 36 HD21 LEU 36 -11.198 5.825 2.010 308 2HD2 LEU 36 HD22 LEU 36 -9.722 4.938 2.555 309 3HD2 LEU 36 HD23 LEU 36 -10.595 6.025 3.695 310 H PHE 37 H PHE 37 -9.350 4.440 -1.382 311 HA PHE 37 HA PHE 37 -7.799 5.414 -3.780 312 1HB PHE 37 HB1 PHE 37 -7.267 3.131 -3.310 313 2HB PHE 37 HB2 PHE 37 -9.030 2.757 -2.998 314 HD1 PHE 37 HD1 PHE 37 -7.809 4.502 -6.257 315 HD2 PHE 37 HD2 PHE 37 -9.046 0.836 -4.275 316 HE1 PHE 37 HE1 PHE 37 -8.433 3.534 -8.374 317 HE2 PHE 37 HE2 PHE 37 -9.453 -0.183 -6.472 318 HZ PHE 37 HZ PHE 37 -9.178 1.180 -8.540 319 H SER 38 H SER 38 -8.854 6.694 -5.368 320 HA SER 38 HA SER 38 -11.759 7.036 -5.114 321 1HB SER 38 HB1 SER 38 -9.751 8.755 -6.723 322 2HB SER 38 HB2 SER 38 -11.493 9.101 -6.504 323 HG SER 38 HG SER 38 -11.052 9.088 -4.201 324 H GLY 39 H GLY 39 -10.330 4.740 -6.704 325 1HA GLY 39 HA1 GLY 39 -11.070 3.456 -8.417 326 2HA GLY 39 HA2 GLY 39 -12.260 4.645 -8.814 327 H CYS 40 H CYS 40 -11.108 6.821 -9.640 328 HA CYS 40 HA CYS 40 -9.982 6.195 -12.212 329 1HB CYS 40 HB1 CYS 40 -10.342 8.975 -10.959 330 2HB CYS 40 HB2 CYS 40 -10.238 8.588 -12.702 331 H GLY 41 H GLY 41 -8.030 5.566 -10.002 332 1HA GLY 41 HA1 GLY 41 -5.764 6.368 -11.339 333 2HA GLY 41 HA2 GLY 41 -5.997 7.576 -10.029 334 H GLY 42 H GLY 42 -6.426 3.962 -10.100 335 1HA GLY 42 HA1 GLY 42 -4.383 3.846 -7.949 336 2HA GLY 42 HA2 GLY 42 -5.655 2.623 -8.322 337 H ASN 43 H ASN 43 -2.385 3.009 -8.470 338 HA ASN 43 HA ASN 43 -1.863 2.214 -11.167 339 1HB ASN 43 HB1 ASN 43 0.512 2.326 -10.395 340 2HB ASN 43 HB2 ASN 43 -0.473 3.751 -10.002 341 1HD2 ASN 43 HD21 ASN 43 1.257 3.463 -6.971 342 2HD2 ASN 43 HD22 ASN 43 1.448 4.063 -8.593 343 H ALA 44 H ALA 44 -1.341 0.530 -8.102 344 HA ALA 44 HA ALA 44 -2.194 -2.044 -8.899 345 1HB ALA 44 HB1 ALA 44 -0.135 -2.038 -10.378 346 2HB ALA 44 HB2 ALA 44 0.893 -1.690 -8.949 347 3HB ALA 44 HB3 ALA 44 0.015 -3.265 -9.101 348 H ASN 45 H ASN 45 -0.543 0.111 -6.575 349 HA ASN 45 HA ASN 45 -0.236 -2.007 -4.594 350 1HB ASN 45 HB1 ASN 45 1.466 -0.229 -5.289 351 2HB ASN 45 HB2 ASN 45 0.538 0.986 -4.374 352 1HD2 ASN 45 HD21 ASN 45 3.101 -0.136 -2.102 353 2HD2 ASN 45 HD22 ASN 45 2.575 1.134 -3.099 354 H ARG 46 H ARG 46 -2.521 -2.422 -3.880 355 HA ARG 46 HA ARG 46 -3.032 -0.873 -1.615 356 1HB ARG 46 HB1 ARG 46 -5.464 -0.618 -1.704 357 2HB ARG 46 HB2 ARG 46 -4.549 0.550 -2.687 358 1HG ARG 46 HG1 ARG 46 -5.999 -1.960 -3.816 359 2HG ARG 46 HG2 ARG 46 -6.798 -0.368 -3.577 360 1HD ARG 46 HD1 ARG 46 -4.390 -0.935 -5.346 361 2HD ARG 46 HD2 ARG 46 -6.084 -0.663 -5.958 362 HE ARG 46 HE ARG 46 -5.781 1.584 -4.466 363 1HH1 ARG 46 HH11 ARG 46 -3.326 0.386 -6.778 364 2HH1 ARG 46 HH12 ARG 46 -2.411 1.836 -6.546 365 1HH2 ARG 46 HH21 ARG 46 -4.773 3.597 -4.874 366 2HH2 ARG 46 HH22 ARG 46 -3.410 3.615 -5.894 367 H PHE 47 H PHE 47 -3.474 -1.951 -0.023 368 HA PHE 47 HA PHE 47 -4.212 -4.812 -0.264 369 1HB PHE 47 HB1 PHE 47 -3.196 -3.132 2.083 370 2HB PHE 47 HB2 PHE 47 -3.253 -4.847 2.169 371 HD1 PHE 47 HD1 PHE 47 -2.053 -5.762 -0.460 372 HD2 PHE 47 HD2 PHE 47 -0.955 -2.297 1.876 373 HE1 PHE 47 HE1 PHE 47 0.125 -5.599 -1.604 374 HE2 PHE 47 HE2 PHE 47 1.228 -2.276 0.802 375 HZ PHE 47 HZ PHE 47 1.760 -3.874 -0.946 376 H GLN 48 H GLN 48 -6.026 -5.633 1.034 377 HA GLN 48 HA GLN 48 -8.204 -3.776 1.177 378 1HB GLN 48 HB1 GLN 48 -9.636 -5.595 1.286 379 2HB GLN 48 HB2 GLN 48 -8.331 -6.107 0.191 380 1HG GLN 48 HG1 GLN 48 -8.831 -7.046 3.115 381 2HG GLN 48 HG2 GLN 48 -9.164 -7.949 1.609 382 1HE2 GLN 48 HE21 GLN 48 -5.955 -9.457 1.907 383 2HE2 GLN 48 HE22 GLN 48 -7.673 -9.713 1.700 384 H THR 49 H THR 49 -6.193 -5.507 3.528 385 HA THR 49 HA THR 49 -7.273 -3.772 5.683 386 HB THR 49 HB THR 49 -7.029 -5.543 7.391 387 HG1 THR 49 HG1 THR 49 -6.704 -7.302 5.180 388 1HG2 THR 49 HG21 THR 49 -9.236 -5.104 6.319 389 2HG2 THR 49 HG22 THR 49 -8.933 -6.410 5.128 390 3HG2 THR 49 HG23 THR 49 -9.045 -6.808 6.875 391 H ILE 50 H ILE 50 -5.662 -3.550 7.502 392 HA ILE 50 HA ILE 50 -3.034 -3.061 6.550 393 HB ILE 50 HB ILE 50 -4.337 -1.680 8.087 394 1HG1 ILE 50 HG11 ILE 50 -1.675 -2.472 9.356 395 2HG1 ILE 50 HG12 ILE 50 -1.819 -1.568 7.803 396 1HG2 ILE 50 HG21 ILE 50 -5.345 -3.545 9.501 397 2HG2 ILE 50 HG22 ILE 50 -3.736 -3.762 10.279 398 3HG2 ILE 50 HG23 ILE 50 -4.618 -2.211 10.446 399 1HD1 ILE 50 HD11 ILE 50 -2.987 -0.603 10.494 400 2HD1 ILE 50 HD12 ILE 50 -1.471 -0.010 9.737 401 3HD1 ILE 50 HD13 ILE 50 -3.047 0.279 8.919 402 H GLY 51 H GLY 51 -4.420 -5.997 7.633 403 1HA GLY 51 HA1 GLY 51 -1.929 -7.075 8.713 404 2HA GLY 51 HA2 GLY 51 -3.511 -7.858 8.596 405 H GLU 52 H GLU 52 -3.354 -6.740 5.603 406 HA GLU 52 HA GLU 52 -2.099 -9.093 4.386 407 1HB GLU 52 HB1 GLU 52 -4.217 -8.356 3.478 408 2HB GLU 52 HB2 GLU 52 -3.687 -6.668 3.419 409 1HG GLU 52 HG1 GLU 52 -3.775 -7.353 1.182 410 2HG GLU 52 HG2 GLU 52 -2.031 -7.268 1.476 411 H CYS 53 H CYS 53 -1.679 -5.580 4.594 412 HA CYS 53 HA CYS 53 0.107 -4.987 2.689 413 1HB CYS 53 HB1 CYS 53 -0.988 -3.255 3.761 414 2HB CYS 53 HB2 CYS 53 -0.635 -3.711 5.391 415 H ARG 54 H ARG 54 1.085 -6.094 5.804 416 HA ARG 54 HA ARG 54 3.919 -6.215 5.554 417 1HB ARG 54 HB1 ARG 54 3.803 -7.142 7.695 418 2HB ARG 54 HB2 ARG 54 2.570 -5.873 7.534 419 1HG ARG 54 HG1 ARG 54 0.955 -7.901 6.829 420 2HG ARG 54 HG2 ARG 54 2.171 -8.903 7.637 421 1HD ARG 54 HD1 ARG 54 1.950 -7.557 9.726 422 2HD ARG 54 HD2 ARG 54 0.701 -6.506 8.916 423 HE ARG 54 HE ARG 54 -0.585 -8.885 8.543 424 1HH1 ARG 54 HH11 ARG 54 1.409 -8.338 11.399 425 2HH1 ARG 54 HH12 ARG 54 0.353 -9.326 12.370 426 1HH2 ARG 54 HH21 ARG 54 -1.496 -10.288 9.571 427 2HH2 ARG 54 HH22 ARG 54 -1.161 -10.638 11.218 428 H LYS 55 H LYS 55 1.488 -8.607 4.325 429 HA LYS 55 HA LYS 55 3.365 -10.842 4.340 430 1HB LYS 55 HB1 LYS 55 0.450 -10.377 3.492 431 2HB LYS 55 HB2 LYS 55 1.325 -11.749 2.748 432 1HG LYS 55 HG1 LYS 55 0.170 -12.702 4.420 433 2HG LYS 55 HG2 LYS 55 1.884 -12.718 4.905 434 1HD LYS 55 HD1 LYS 55 1.373 -10.794 6.521 435 2HD LYS 55 HD2 LYS 55 -0.333 -10.891 5.949 436 1HE LYS 55 HE1 LYS 55 -0.205 -13.444 6.621 437 2HE LYS 55 HE2 LYS 55 1.269 -12.985 7.560 438 1HZ LYS 55 HZ1 LYS 55 -1.466 -11.819 7.823 439 2HZ LYS 55 HZ2 LYS 55 -0.736 -12.935 8.876 440 3HZ LYS 55 HZ3 LYS 55 -0.106 -11.364 8.731 441 H LYS 56 H LYS 56 3.142 -8.111 2.327 442 HA LYS 56 HA LYS 56 4.395 -9.547 0.044 443 1HB LYS 56 HB1 LYS 56 2.354 -7.403 0.252 444 2HB LYS 56 HB2 LYS 56 3.674 -6.943 -0.845 445 1HG LYS 56 HG1 LYS 56 3.453 -8.979 -2.141 446 2HG LYS 56 HG2 LYS 56 2.212 -9.629 -1.124 447 1HD LYS 56 HD1 LYS 56 1.752 -6.918 -2.669 448 2HD LYS 56 HD2 LYS 56 1.614 -8.514 -3.424 449 1HE LYS 56 HE1 LYS 56 -0.077 -7.957 -0.936 450 2HE LYS 56 HE2 LYS 56 -0.622 -7.735 -2.652 451 1HZ LYS 56 HZ1 LYS 56 -0.153 -10.039 -3.069 452 2HZ LYS 56 HZ2 LYS 56 0.369 -10.271 -1.470 453 3HZ LYS 56 HZ3 LYS 56 -1.249 -9.861 -1.783 454 H CYS 57 H CYS 57 4.998 -7.282 2.714 455 HA CYS 57 HA CYS 57 7.582 -6.463 1.513 456 1HB CYS 57 HB1 CYS 57 5.446 -4.690 2.864 457 2HB CYS 57 HB2 CYS 57 7.093 -4.250 2.718 458 H LEU 58 H LEU 58 6.516 -8.333 4.271 459 HA LEU 58 HA LEU 58 9.045 -7.397 5.578 460 1HB LEU 58 HB1 LEU 58 6.349 -7.684 6.868 461 2HB LEU 58 HB2 LEU 58 7.779 -8.177 7.845 462 HG LEU 58 HG LEU 58 7.498 -5.476 6.556 463 1HD1 LEU 58 HD11 LEU 58 5.829 -5.874 8.512 464 2HD1 LEU 58 HD12 LEU 58 7.210 -6.390 9.538 465 3HD1 LEU 58 HD13 LEU 58 7.113 -4.686 8.969 466 1HD2 LEU 58 HD21 LEU 58 9.580 -6.537 8.546 467 2HD2 LEU 58 HD22 LEU 58 9.871 -5.944 6.861 468 3HD2 LEU 58 HD23 LEU 58 9.324 -4.803 8.128 469 H GLY 59 H GLY 59 7.322 -9.960 4.216 470 1HA GLY 59 HA1 GLY 59 7.567 -12.105 4.020 471 2HA GLY 59 HA2 GLY 59 9.109 -12.041 4.985 472 H LYS 60 H LYS 60 5.538 -11.613 5.434 473 HA LYS 60 HA LYS 60 5.706 -13.189 7.912 474 1HB LYS 60 HB1 LYS 60 3.563 -11.118 7.179 475 2HB LYS 60 HB2 LYS 60 3.944 -11.745 8.802 476 1HG LYS 60 HG1 LYS 60 6.332 -10.445 8.291 477 2HG LYS 60 HG2 LYS 60 5.323 -9.629 7.065 478 1HD LYS 60 HD1 LYS 60 5.155 -8.187 8.798 479 2HD LYS 60 HD2 LYS 60 3.657 -9.146 8.997 480 1HE LYS 60 HE1 LYS 60 4.660 -10.485 10.832 481 2HE LYS 60 HE2 LYS 60 6.223 -9.579 10.649 482 1HZ LYS 60 HZ1 LYS 60 3.573 -8.394 11.314 483 2HZ LYS 60 HZ2 LYS 60 4.852 -8.680 12.396 484 3HZ LYS 60 HZ3 LYS 60 5.036 -7.547 11.143 No H/Q in entry = 484 Start of MODEL 7 1 H TRP 1 H TRP 1 13.607 -12.106 4.594 2 HA TRP 1 HA TRP 1 12.423 -12.152 2.093 3 1HB TRP 1 HB1 TRP 1 10.270 -11.976 3.003 4 2HB TRP 1 HB2 TRP 1 10.681 -10.920 4.358 5 HD1 TRP 1 HD1 TRP 1 9.094 -10.573 0.912 6 HE1 TRP 1 HE1 TRP 1 8.700 -8.166 0.472 7 HE3 TRP 1 HE3 TRP 1 11.937 -8.649 4.741 8 HZ2 TRP 1 HZ2 TRP 1 9.665 -5.672 1.454 9 HZ3 TRP 1 HZ3 TRP 1 12.119 -6.202 4.942 10 HH2 TRP 1 HH2 TRP 1 11.023 -4.717 3.284 11 H GLN 2 H GLN 2 12.786 -10.141 0.966 12 HA GLN 2 HA GLN 2 14.319 -7.962 2.026 13 1HB GLN 2 HB1 GLN 2 15.308 -9.793 -0.269 14 2HB GLN 2 HB2 GLN 2 15.937 -8.142 -0.016 15 1HG GLN 2 HG1 GLN 2 16.328 -10.508 1.937 16 2HG GLN 2 HG2 GLN 2 17.540 -9.787 0.824 17 1HE2 GLN 2 HE21 GLN 2 16.686 -7.867 4.342 18 2HE2 GLN 2 HE22 GLN 2 15.605 -9.142 3.788 19 HA PRO 3 HA PRO 3 10.957 -6.716 -0.251 20 1HB PRO 3 HB1 PRO 3 11.090 -4.209 -0.783 21 2HB PRO 3 HB2 PRO 3 11.430 -4.653 0.803 22 1HG PRO 3 HG1 PRO 3 13.800 -4.432 -1.130 23 2HG PRO 3 HG2 PRO 3 13.648 -3.585 0.441 24 1HD PRO 3 HD1 PRO 3 14.945 -5.956 0.222 25 2HD PRO 3 HD2 PRO 3 13.787 -5.721 1.623 26 HA PRO 4 HA PRO 4 11.471 -7.386 -4.774 27 1HB PRO 4 HB1 PRO 4 8.492 -8.086 -4.461 28 2HB PRO 4 HB2 PRO 4 9.812 -8.996 -5.285 29 1HG PRO 4 HG1 PRO 4 8.950 -9.843 -2.803 30 2HG PRO 4 HG2 PRO 4 10.691 -9.672 -3.134 31 1HD PRO 4 HD1 PRO 4 9.104 -7.360 -1.644 32 2HD PRO 4 HD2 PRO 4 10.456 -8.436 -1.237 33 H TRP 5 H TRP 5 8.148 -6.521 -5.234 34 HA TRP 5 HA TRP 5 8.915 -3.918 -6.325 35 1HB TRP 5 HB1 TRP 5 6.633 -3.789 -7.452 36 2HB TRP 5 HB2 TRP 5 7.844 -4.938 -7.993 37 HD1 TRP 5 HD1 TRP 5 7.372 -7.523 -7.835 38 HE1 TRP 5 HE1 TRP 5 5.042 -8.731 -7.785 39 HE3 TRP 5 HE3 TRP 5 4.005 -4.238 -5.932 40 HZ2 TRP 5 HZ2 TRP 5 2.364 -8.118 -8.207 41 HZ3 TRP 5 HZ3 TRP 5 1.765 -4.298 -6.429 42 HH2 TRP 5 HH2 TRP 5 0.826 -6.281 -7.585 43 H TYR 6 H TYR 6 5.937 -4.822 -4.794 44 HA TYR 6 HA TYR 6 4.559 -2.733 -4.319 45 1HB TYR 6 HB1 TYR 6 4.393 -4.484 -1.859 46 2HB TYR 6 HB2 TYR 6 3.206 -4.165 -3.146 47 HD1 TYR 6 HD1 TYR 6 6.335 -6.162 -2.340 48 HD2 TYR 6 HD2 TYR 6 2.753 -5.872 -4.651 49 HE1 TYR 6 HE1 TYR 6 6.655 -8.512 -3.312 50 HE2 TYR 6 HE2 TYR 6 3.151 -8.142 -5.586 51 HH TYR 6 HH TYR 6 5.828 -10.156 -4.494 52 H CYS 7 H CYS 7 6.906 -3.510 -1.774 53 HA CYS 7 HA CYS 7 6.395 -1.673 -0.007 54 1HB CYS 7 HB1 CYS 7 9.287 -2.423 -0.408 55 2HB CYS 7 HB2 CYS 7 8.428 -2.621 1.043 56 H LYS 8 H LYS 8 8.404 -1.366 -2.942 57 HA LYS 8 HA LYS 8 9.115 1.437 -2.407 58 1HB LYS 8 HB1 LYS 8 10.293 -0.502 -4.517 59 2HB LYS 8 HB2 LYS 8 10.969 1.047 -3.937 60 1HG LYS 8 HG1 LYS 8 12.190 -0.151 -2.415 61 2HG LYS 8 HG2 LYS 8 10.690 -0.675 -1.628 62 1HD LYS 8 HD1 LYS 8 11.469 -2.746 -2.114 63 2HD LYS 8 HD2 LYS 8 10.602 -2.475 -3.654 64 1HE LYS 8 HE1 LYS 8 12.797 -3.413 -4.135 65 2HE LYS 8 HE2 LYS 8 12.869 -1.670 -4.630 66 1HZ LYS 8 HZ1 LYS 8 13.827 -2.840 -2.059 67 2HZ LYS 8 HZ2 LYS 8 14.792 -2.355 -3.370 68 3HZ LYS 8 HZ3 LYS 8 13.904 -1.200 -2.495 69 H GLU 9 H GLU 9 6.419 0.147 -3.695 70 HA GLU 9 HA GLU 9 6.586 0.882 -6.499 71 1HB GLU 9 HB1 GLU 9 5.749 -1.208 -5.757 72 2HB GLU 9 HB2 GLU 9 4.415 -0.400 -4.949 73 1HG GLU 9 HG1 GLU 9 3.562 -1.043 -7.031 74 2HG GLU 9 HG2 GLU 9 3.871 0.642 -7.454 75 HA PRO 10 HA PRO 10 5.163 4.887 -5.373 76 1HB PRO 10 HB1 PRO 10 4.128 5.275 -8.227 77 2HB PRO 10 HB2 PRO 10 5.200 6.352 -7.244 78 1HG PRO 10 HG1 PRO 10 6.245 4.716 -9.122 79 2HG PRO 10 HG2 PRO 10 7.052 4.753 -7.495 80 1HD PRO 10 HD1 PRO 10 4.947 2.711 -8.465 81 2HD PRO 10 HD2 PRO 10 6.562 2.371 -7.753 82 H VAL 11 H VAL 11 3.388 5.591 -4.073 83 HA VAL 11 HA VAL 11 0.795 4.565 -4.300 84 HB VAL 11 HB VAL 11 1.922 4.994 -2.248 85 1HG1 VAL 11 HG11 VAL 11 3.251 7.057 -2.825 86 2HG1 VAL 11 HG12 VAL 11 1.733 8.026 -2.859 87 3HG1 VAL 11 HG13 VAL 11 2.289 7.268 -1.330 88 1HG2 VAL 11 HG21 VAL 11 -0.555 4.929 -2.226 89 2HG2 VAL 11 HG22 VAL 11 0.094 6.012 -0.961 90 3HG2 VAL 11 HG23 VAL 11 -0.629 6.726 -2.440 91 H ARG 12 H ARG 12 -1.212 5.449 -4.896 92 HA ARG 12 HA ARG 12 -1.337 7.982 -6.455 93 1HB ARG 12 HB1 ARG 12 -2.033 5.222 -7.470 94 2HB ARG 12 HB2 ARG 12 -2.635 6.753 -8.193 95 1HG ARG 12 HG1 ARG 12 -0.125 7.446 -8.402 96 2HG ARG 12 HG2 ARG 12 0.140 5.720 -7.926 97 1HD ARG 12 HD1 ARG 12 -1.477 5.132 -9.974 98 2HD ARG 12 HD2 ARG 12 -1.795 6.933 -9.977 99 HE ARG 12 HE ARG 12 0.985 6.495 -10.755 100 1HH1 ARG 12 HH11 ARG 12 -2.297 6.400 -11.904 101 2HH1 ARG 12 HH12 ARG 12 -1.813 6.956 -13.499 102 1HH2 ARG 12 HH21 ARG 12 1.588 7.045 -12.741 103 2HH2 ARG 12 HH22 ARG 12 0.387 7.283 -13.964 104 H ILE 13 H ILE 13 -3.267 9.055 -5.502 105 HA ILE 13 HA ILE 13 -5.370 7.421 -4.344 106 HB ILE 13 HB ILE 13 -4.436 9.377 -3.183 107 1HG1 ILE 13 HG11 ILE 13 -7.471 9.391 -3.699 108 2HG1 ILE 13 HG12 ILE 13 -6.584 8.128 -2.809 109 1HG2 ILE 13 HG21 ILE 13 -4.579 11.155 -5.080 110 2HG2 ILE 13 HG22 ILE 13 -6.390 10.960 -4.922 111 3HG2 ILE 13 HG23 ILE 13 -5.386 11.538 -3.538 112 1HD1 ILE 13 HD11 ILE 13 -6.744 11.105 -1.940 113 2HD1 ILE 13 HD12 ILE 13 -7.738 9.773 -1.257 114 3HD1 ILE 13 HD13 ILE 13 -5.941 9.748 -1.047 115 H GLY 14 H GLY 14 -4.865 9.334 -7.146 116 1HA GLY 14 HA1 GLY 14 -5.980 9.198 -9.185 117 2HA GLY 14 HA2 GLY 14 -7.367 8.418 -8.388 118 H SER 15 H SER 15 -8.563 10.011 -6.805 119 HA SER 15 HA SER 15 -9.881 11.723 -6.512 120 1HB SER 15 HB1 SER 15 -8.152 13.416 -8.404 121 2HB SER 15 HB2 SER 15 -9.553 14.036 -7.458 122 HG SER 15 HG SER 15 -7.129 13.938 -6.641 123 H CYS 16 H CYS 16 -11.247 10.010 -7.688 124 HA CYS 16 HA CYS 16 -12.355 11.169 -10.175 125 1HB CYS 16 HB1 CYS 16 -12.065 8.175 -9.471 126 2HB CYS 16 HB2 CYS 16 -12.776 8.852 -10.919 127 H LYS 17 H LYS 17 -12.952 8.812 -7.680 128 HA LYS 17 HA LYS 17 -15.841 9.125 -7.865 129 1HB LYS 17 HB1 LYS 17 -14.112 7.063 -6.321 130 2HB LYS 17 HB2 LYS 17 -15.902 6.962 -6.604 131 1HG LYS 17 HG1 LYS 17 -13.663 6.692 -8.703 132 2HG LYS 17 HG2 LYS 17 -14.700 5.449 -7.967 133 1HD LYS 17 HD1 LYS 17 -16.707 6.956 -8.874 134 2HD LYS 17 HD2 LYS 17 -15.456 7.649 -9.961 135 1HE LYS 17 HE1 LYS 17 -16.270 4.686 -9.635 136 2HE LYS 17 HE2 LYS 17 -16.716 5.752 -11.035 137 1HZ LYS 17 HZ1 LYS 17 -13.961 4.945 -10.244 138 2HZ LYS 17 HZ2 LYS 17 -14.861 4.326 -11.545 139 3HZ LYS 17 HZ3 LYS 17 -14.371 5.952 -11.549 140 H LYS 18 H LYS 18 -14.139 8.279 -4.935 141 HA LYS 18 HA LYS 18 -15.080 10.491 -3.302 142 1HB LYS 18 HB1 LYS 18 -17.035 8.925 -3.317 143 2HB LYS 18 HB2 LYS 18 -15.964 7.539 -3.031 144 1HG LYS 18 HG1 LYS 18 -17.325 7.993 -1.115 145 2HG LYS 18 HG2 LYS 18 -15.641 8.257 -0.645 146 1HD LYS 18 HD1 LYS 18 -16.027 10.806 -1.003 147 2HD LYS 18 HD2 LYS 18 -17.763 10.422 -1.267 148 1HE LYS 18 HE1 LYS 18 -17.864 9.477 1.122 149 2HE LYS 18 HE2 LYS 18 -16.130 9.957 1.331 150 1HZ LYS 18 HZ1 LYS 18 -16.775 12.229 0.908 151 2HZ LYS 18 HZ2 LYS 18 -18.398 11.773 0.699 152 3HZ LYS 18 HZ3 LYS 18 -17.647 11.571 2.209 153 H GLN 19 H GLN 19 -14.097 9.360 -0.857 154 HA GLN 19 HA GLN 19 -11.460 8.232 -1.534 155 1HB GLN 19 HB1 GLN 19 -11.655 9.782 1.051 156 2HB GLN 19 HB2 GLN 19 -10.363 9.564 -0.170 157 1HG GLN 19 HG1 GLN 19 -10.770 11.823 -0.161 158 2HG GLN 19 HG2 GLN 19 -11.533 11.272 -1.685 159 1HE2 GLN 19 HE21 GLN 19 -13.926 13.615 -0.081 160 2HE2 GLN 19 HE22 GLN 19 -12.442 13.643 -1.010 161 H PHE 20 H PHE 20 -11.731 6.088 -1.178 162 HA PHE 20 HA PHE 20 -13.446 5.060 0.975 163 1HB PHE 20 HB1 PHE 20 -11.886 3.627 -1.289 164 2HB PHE 20 HB2 PHE 20 -13.170 2.880 -0.268 165 HD1 PHE 20 HD1 PHE 20 -15.358 4.896 -0.289 166 HD2 PHE 20 HD2 PHE 20 -12.722 3.650 -3.498 167 HE1 PHE 20 HE1 PHE 20 -17.082 5.428 -1.931 168 HE2 PHE 20 HE2 PHE 20 -14.475 4.182 -5.120 169 HZ PHE 20 HZ PHE 20 -16.657 5.083 -4.366 170 H SER 21 H SER 21 -12.569 3.694 2.688 171 HA SER 21 HA SER 21 -9.906 4.248 3.497 172 1HB SER 21 HB1 SER 21 -11.874 3.918 5.082 173 2HB SER 21 HB2 SER 21 -11.737 2.153 4.800 174 HG SER 21 HG SER 21 -9.881 3.951 6.014 175 H SER 22 H SER 22 -8.080 3.442 2.824 176 HA SER 22 HA SER 22 -7.827 0.587 2.100 177 1HB SER 22 HB1 SER 22 -6.256 1.264 0.282 178 2HB SER 22 HB2 SER 22 -7.652 2.282 0.100 179 HG SER 22 HG SER 22 -6.262 3.682 1.745 180 H PHE 23 H PHE 23 -5.237 0.519 1.712 181 HA PHE 23 HA PHE 23 -3.502 1.356 3.848 182 1HB PHE 23 HB1 PHE 23 -4.346 -1.493 3.399 183 2HB PHE 23 HB2 PHE 23 -2.689 -1.379 3.930 184 HD1 PHE 23 HD1 PHE 23 -2.281 0.058 6.094 185 HD2 PHE 23 HD2 PHE 23 -6.177 -1.320 4.954 186 HE1 PHE 23 HE1 PHE 23 -3.067 0.396 8.413 187 HE2 PHE 23 HE2 PHE 23 -6.967 -1.054 7.303 188 HZ PHE 23 HZ PHE 23 -5.408 -0.179 9.032 189 H TYR 24 H TYR 24 -1.344 1.262 3.245 190 HA TYR 24 HA TYR 24 -0.483 0.164 0.678 191 1HB TYR 24 HB1 TYR 24 0.410 1.996 -0.398 192 2HB TYR 24 HB2 TYR 24 -1.216 2.507 0.094 193 HD1 TYR 24 HD1 TYR 24 -1.355 3.976 2.326 194 HD2 TYR 24 HD2 TYR 24 2.268 3.340 0.105 195 HE1 TYR 24 HE1 TYR 24 -0.427 6.030 3.282 196 HE2 TYR 24 HE2 TYR 24 3.267 5.357 1.185 197 HH TYR 24 HH TYR 24 1.339 7.536 3.224 198 H PHE 25 H PHE 25 1.975 -0.243 0.531 199 HA PHE 25 HA PHE 25 3.165 -0.240 3.240 200 1HB PHE 25 HB1 PHE 25 3.082 -2.469 1.802 201 2HB PHE 25 HB2 PHE 25 4.407 -1.757 0.849 202 HD1 PHE 25 HD1 PHE 25 6.669 -1.174 2.194 203 HD2 PHE 25 HD2 PHE 25 3.433 -3.512 3.855 204 HE1 PHE 25 HE1 PHE 25 8.027 -1.825 4.195 205 HE2 PHE 25 HE2 PHE 25 4.696 -4.080 5.762 206 HZ PHE 25 HZ PHE 25 7.081 -3.181 5.966 207 H LYS 26 H LYS 26 4.526 1.463 3.720 208 HA LYS 26 HA LYS 26 5.654 3.065 1.573 209 1HB LYS 26 HB1 LYS 26 4.111 4.088 3.160 210 2HB LYS 26 HB2 LYS 26 4.972 3.357 4.532 211 1HG LYS 26 HG1 LYS 26 5.165 5.490 4.346 212 2HG LYS 26 HG2 LYS 26 6.873 4.935 4.225 213 1HD LYS 26 HD1 LYS 26 7.168 6.079 2.183 214 2HD LYS 26 HD2 LYS 26 5.534 5.606 1.576 215 1HE LYS 26 HE1 LYS 26 4.503 7.295 2.992 216 2HE LYS 26 HE2 LYS 26 6.112 7.885 3.579 217 1HZ LYS 26 HZ1 LYS 26 5.182 7.866 0.747 218 2HZ LYS 26 HZ2 LYS 26 5.305 9.221 1.762 219 3HZ LYS 26 HZ3 LYS 26 6.705 8.383 1.291 220 H TRP 27 H TRP 27 7.679 2.237 1.028 221 HA TRP 27 HA TRP 27 9.454 0.738 2.215 222 1HB TRP 27 HB1 TRP 27 9.522 1.383 -0.125 223 2HB TRP 27 HB2 TRP 27 9.514 3.111 0.238 224 HD1 TRP 27 HD1 TRP 27 11.732 4.006 -0.665 225 HE1 TRP 27 HE1 TRP 27 14.193 3.148 -0.765 226 HE3 TRP 27 HE3 TRP 27 10.968 -0.481 1.303 227 HZ2 TRP 27 HZ2 TRP 27 15.642 0.846 0.162 228 HZ3 TRP 27 HZ3 TRP 27 12.883 -1.960 1.958 229 HH2 TRP 27 HH2 TRP 27 15.190 -1.363 1.257 230 H THR 28 H THR 28 9.520 4.328 2.529 231 HA THR 28 HA THR 28 11.847 4.251 4.198 232 HB THR 28 HB THR 28 11.516 6.825 4.290 233 HG1 THR 28 HG1 THR 28 10.266 7.564 2.552 234 1HG2 THR 28 HG21 THR 28 13.164 5.597 2.857 235 2HG2 THR 28 HG22 THR 28 11.894 5.360 1.605 236 3HG2 THR 28 HG23 THR 28 12.468 7.019 2.006 237 H ALA 29 H ALA 29 8.806 3.455 4.978 238 HA ALA 29 HA ALA 29 8.956 4.555 7.749 239 1HB ALA 29 HB1 ALA 29 6.517 3.316 6.279 240 2HB ALA 29 HB2 ALA 29 6.545 3.950 7.975 241 3HB ALA 29 HB3 ALA 29 6.800 5.060 6.592 242 H LYS 30 H LYS 30 8.398 1.666 5.756 243 HA LYS 30 HA LYS 30 8.991 -0.401 5.863 244 1HB LYS 30 HB1 LYS 30 11.142 0.403 7.143 245 2HB LYS 30 HB2 LYS 30 10.380 -0.413 8.527 246 1HG LYS 30 HG1 LYS 30 11.725 -2.082 7.505 247 2HG LYS 30 HG2 LYS 30 10.105 -2.480 6.881 248 1HD LYS 30 HD1 LYS 30 11.531 -2.664 4.988 249 2HD LYS 30 HD2 LYS 30 10.752 -1.064 4.765 250 1HE LYS 30 HE1 LYS 30 13.113 -0.866 4.195 251 2HE LYS 30 HE2 LYS 30 12.877 0.020 5.751 252 1HZ LYS 30 HZ1 LYS 30 13.912 -2.755 5.427 253 2HZ LYS 30 HZ2 LYS 30 14.824 -1.366 5.776 254 3HZ LYS 30 HZ3 LYS 30 13.690 -1.943 6.901 255 H LYS 31 H LYS 31 6.544 0.722 6.912 256 HA LYS 31 HA LYS 31 5.403 -1.673 8.044 257 1HB LYS 31 HB1 LYS 31 6.195 -0.298 10.023 258 2HB LYS 31 HB2 LYS 31 5.215 1.085 9.472 259 1HG LYS 31 HG1 LYS 31 3.126 -0.229 9.967 260 2HG LYS 31 HG2 LYS 31 4.142 -1.695 10.315 261 1HD LYS 31 HD1 LYS 31 5.181 -0.475 12.227 262 2HD LYS 31 HD2 LYS 31 4.130 0.943 11.871 263 1HE LYS 31 HE1 LYS 31 2.077 -0.466 12.270 264 2HE LYS 31 HE2 LYS 31 3.133 -1.892 12.641 265 1HZ LYS 31 HZ1 LYS 31 3.104 0.696 14.099 266 2HZ LYS 31 HZ2 LYS 31 2.407 -0.766 14.611 267 3HZ LYS 31 HZ3 LYS 31 4.092 -0.641 14.445 268 H CYS 32 H CYS 32 2.994 -1.479 7.889 269 HA CYS 32 HA CYS 32 2.068 -0.247 5.478 270 1HB CYS 32 HB1 CYS 32 0.756 -1.931 7.723 271 2HB CYS 32 HB2 CYS 32 -0.129 -1.473 6.220 272 H LEU 33 H LEU 33 0.893 1.605 5.205 273 HA LEU 33 HA LEU 33 -0.187 2.959 7.607 274 1HB LEU 33 HB1 LEU 33 0.935 4.239 5.051 275 2HB LEU 33 HB2 LEU 33 0.268 5.126 6.461 276 HG LEU 33 HG LEU 33 2.804 3.401 6.463 277 1HD1 LEU 33 HD11 LEU 33 2.920 5.485 5.132 278 2HD1 LEU 33 HD12 LEU 33 2.394 6.451 6.560 279 3HD1 LEU 33 HD13 LEU 33 3.976 5.578 6.602 280 1HD2 LEU 33 HD21 LEU 33 1.585 5.185 8.683 281 2HD2 LEU 33 HD22 LEU 33 1.736 3.386 8.740 282 3HD2 LEU 33 HD23 LEU 33 3.210 4.409 8.724 283 HA PRO 34 HA PRO 34 -3.985 2.994 4.971 284 1HB PRO 34 HB1 PRO 34 -5.680 4.311 6.618 285 2HB PRO 34 HB2 PRO 34 -4.937 2.751 7.108 286 1HG PRO 34 HG1 PRO 34 -4.062 5.557 7.972 287 2HG PRO 34 HG2 PRO 34 -4.293 4.093 9.012 288 1HD PRO 34 HD1 PRO 34 -1.813 4.999 7.789 289 2HD PRO 34 HD2 PRO 34 -2.133 3.327 8.459 290 H PHE 35 H PHE 35 -4.202 4.062 3.185 291 HA PHE 35 HA PHE 35 -4.308 7.029 3.282 292 1HB PHE 35 HB1 PHE 35 -3.420 7.438 1.199 293 2HB PHE 35 HB2 PHE 35 -2.286 6.257 1.886 294 HD1 PHE 35 HD1 PHE 35 -3.324 3.585 1.199 295 HD2 PHE 35 HD2 PHE 35 -3.772 7.244 -1.141 296 HE1 PHE 35 HE1 PHE 35 -3.664 2.285 -0.794 297 HE2 PHE 35 HE2 PHE 35 -4.106 5.862 -3.092 298 HZ PHE 35 HZ PHE 35 -4.163 3.386 -2.933 299 H LEU 36 H LEU 36 -5.821 7.359 0.856 300 HA LEU 36 HA LEU 36 -8.147 5.620 1.284 301 1HB LEU 36 HB1 LEU 36 -7.962 8.656 0.535 302 2HB LEU 36 HB2 LEU 36 -9.423 7.675 0.522 303 HG LEU 36 HG LEU 36 -7.781 7.980 3.079 304 1HD1 LEU 36 HD11 LEU 36 -8.142 10.292 2.281 305 2HD1 LEU 36 HD12 LEU 36 -9.923 10.020 2.226 306 3HD1 LEU 36 HD13 LEU 36 -9.047 9.915 3.785 307 1HD2 LEU 36 HD21 LEU 36 -9.577 6.261 3.039 308 2HD2 LEU 36 HD22 LEU 36 -9.937 7.575 4.206 309 3HD2 LEU 36 HD23 LEU 36 -10.802 7.522 2.627 310 H PHE 37 H PHE 37 -9.234 5.139 -0.653 311 HA PHE 37 HA PHE 37 -7.633 5.599 -3.186 312 1HB PHE 37 HB1 PHE 37 -7.487 3.261 -2.562 313 2HB PHE 37 HB2 PHE 37 -9.290 3.185 -2.305 314 HD1 PHE 37 HD1 PHE 37 -7.152 4.426 -5.461 315 HD2 PHE 37 HD2 PHE 37 -10.261 1.839 -3.810 316 HE1 PHE 37 HE1 PHE 37 -7.530 3.434 -7.609 317 HE2 PHE 37 HE2 PHE 37 -10.667 0.985 -6.088 318 HZ PHE 37 HZ PHE 37 -9.162 1.646 -7.937 319 H SER 38 H SER 38 -8.610 6.602 -4.945 320 HA SER 38 HA SER 38 -11.522 7.060 -4.800 321 1HB SER 38 HB1 SER 38 -9.838 9.014 -4.684 322 2HB SER 38 HB2 SER 38 -9.564 8.709 -6.442 323 HG SER 38 HG SER 38 -11.981 9.313 -5.065 324 H GLY 39 H GLY 39 -10.484 4.523 -5.940 325 1HA GLY 39 HA1 GLY 39 -11.338 3.146 -7.394 326 2HA GLY 39 HA2 GLY 39 -12.467 4.314 -7.853 327 H CYS 40 H CYS 40 -10.692 6.063 -9.245 328 HA CYS 40 HA CYS 40 -9.542 4.415 -11.424 329 1HB CYS 40 HB1 CYS 40 -10.703 5.447 -13.019 330 2HB CYS 40 HB2 CYS 40 -11.804 5.903 -11.721 331 H GLY 41 H GLY 41 -7.658 5.698 -12.499 332 1HA GLY 41 HA1 GLY 41 -5.809 7.207 -12.284 333 2HA GLY 41 HA2 GLY 41 -6.382 7.657 -10.677 334 H GLY 42 H GLY 42 -6.433 4.898 -9.610 335 1HA GLY 42 HA1 GLY 42 -3.928 4.666 -8.517 336 2HA GLY 42 HA2 GLY 42 -5.225 3.443 -8.561 337 H ASN 43 H ASN 43 -3.094 2.235 -8.176 338 HA ASN 43 HA ASN 43 -2.367 1.053 -10.777 339 1HB ASN 43 HB1 ASN 43 0.056 0.936 -10.345 340 2HB ASN 43 HB2 ASN 43 -0.587 2.573 -10.587 341 1HD2 ASN 43 HD21 ASN 43 1.325 3.582 -7.871 342 2HD2 ASN 43 HD22 ASN 43 0.622 3.932 -9.454 343 H ALA 44 H ALA 44 -0.552 0.096 -7.991 344 HA ALA 44 HA ALA 44 -2.279 -2.226 -7.491 345 1HB ALA 44 HB1 ALA 44 -1.188 -2.806 -9.660 346 2HB ALA 44 HB2 ALA 44 0.428 -2.612 -8.905 347 3HB ALA 44 HB3 ALA 44 -0.720 -3.921 -8.363 348 H ASN 45 H ASN 45 -0.231 0.071 -6.158 349 HA ASN 45 HA ASN 45 0.853 -1.818 -4.124 350 1HB ASN 45 HB1 ASN 45 2.283 0.084 -5.066 351 2HB ASN 45 HB2 ASN 45 1.231 1.257 -4.268 352 1HD2 ASN 45 HD21 ASN 45 3.631 0.960 -1.560 353 2HD2 ASN 45 HD22 ASN 45 3.439 1.765 -3.110 354 H ARG 46 H ARG 46 -1.823 -1.993 -4.056 355 HA ARG 46 HA ARG 46 -2.627 -0.531 -1.653 356 1HB ARG 46 HB1 ARG 46 -4.822 0.100 -2.481 357 2HB ARG 46 HB2 ARG 46 -3.556 0.858 -3.461 358 1HG ARG 46 HG1 ARG 46 -4.602 -1.758 -4.590 359 2HG ARG 46 HG2 ARG 46 -5.712 -0.370 -4.541 360 1HD ARG 46 HD1 ARG 46 -2.854 -0.122 -5.709 361 2HD ARG 46 HD2 ARG 46 -4.256 -0.687 -6.719 362 HE ARG 46 HE ARG 46 -5.408 1.418 -5.664 363 1HH1 ARG 46 HH11 ARG 46 -1.873 1.927 -6.304 364 2HH1 ARG 46 HH12 ARG 46 -2.203 3.613 -6.245 365 1HH2 ARG 46 HH21 ARG 46 -5.597 3.351 -5.761 366 2HH2 ARG 46 HH22 ARG 46 -4.199 4.395 -5.768 367 H PHE 47 H PHE 47 -3.979 -1.529 -0.357 368 HA PHE 47 HA PHE 47 -4.375 -4.440 -0.708 369 1HB PHE 47 HB1 PHE 47 -3.306 -2.662 1.591 370 2HB PHE 47 HB2 PHE 47 -3.396 -4.389 1.816 371 HD1 PHE 47 HD1 PHE 47 -2.139 -5.651 -0.564 372 HD2 PHE 47 HD2 PHE 47 -1.218 -1.830 1.148 373 HE1 PHE 47 HE1 PHE 47 0.096 -5.640 -1.683 374 HE2 PHE 47 HE2 PHE 47 0.968 -1.842 -0.009 375 HZ PHE 47 HZ PHE 47 1.621 -3.754 -1.386 376 H GLN 48 H GLN 48 -6.537 -5.091 -0.050 377 HA GLN 48 HA GLN 48 -8.400 -3.038 0.535 378 1HB GLN 48 HB1 GLN 48 -10.097 -4.542 0.050 379 2HB GLN 48 HB2 GLN 48 -8.731 -5.189 -0.888 380 1HG GLN 48 HG1 GLN 48 -9.988 -6.239 1.763 381 2HG GLN 48 HG2 GLN 48 -10.096 -6.982 0.143 382 1HE2 GLN 48 HE21 GLN 48 -6.728 -8.332 0.338 383 2HE2 GLN 48 HE22 GLN 48 -7.892 -7.726 -0.814 384 H THR 49 H THR 49 -6.486 -4.797 2.714 385 HA THR 49 HA THR 49 -7.779 -3.637 5.021 386 HB THR 49 HB THR 49 -7.604 -5.761 6.374 387 HG1 THR 49 HG1 THR 49 -7.451 -7.100 3.840 388 1HG2 THR 49 HG21 THR 49 -9.815 -5.024 5.459 389 2HG2 THR 49 HG22 THR 49 -9.542 -6.034 4.000 390 3HG2 THR 49 HG23 THR 49 -9.673 -6.816 5.616 391 H ILE 50 H ILE 50 -5.931 -4.436 6.986 392 HA ILE 50 HA ILE 50 -3.428 -3.520 5.944 393 HB ILE 50 HB ILE 50 -4.383 -2.842 8.111 394 1HG1 ILE 50 HG11 ILE 50 -1.562 -4.067 8.267 395 2HG1 ILE 50 HG12 ILE 50 -2.021 -2.507 7.479 396 1HG2 ILE 50 HG21 ILE 50 -5.231 -5.148 8.857 397 2HG2 ILE 50 HG22 ILE 50 -3.516 -5.589 9.211 398 3HG2 ILE 50 HG23 ILE 50 -4.298 -4.238 10.086 399 1HD1 ILE 50 HD11 ILE 50 -2.952 -1.763 9.775 400 2HD1 ILE 50 HD12 ILE 50 -2.142 -3.209 10.477 401 3HD1 ILE 50 HD13 ILE 50 -1.165 -1.932 9.675 402 H GLY 51 H GLY 51 -4.799 -6.706 6.541 403 1HA GLY 51 HA1 GLY 51 -2.172 -7.943 6.835 404 2HA GLY 51 HA2 GLY 51 -3.748 -8.692 6.977 405 H GLU 52 H GLU 52 -3.209 -6.797 4.285 406 HA GLU 52 HA GLU 52 -2.376 -9.016 2.474 407 1HB GLU 52 HB1 GLU 52 -4.728 -7.977 2.187 408 2HB GLU 52 HB2 GLU 52 -3.935 -6.446 1.781 409 1HG GLU 52 HG1 GLU 52 -4.486 -7.409 -0.344 410 2HG GLU 52 HG2 GLU 52 -2.734 -7.786 -0.184 411 H CYS 53 H CYS 53 -1.475 -6.061 4.003 412 HA CYS 53 HA CYS 53 0.335 -5.091 1.968 413 1HB CYS 53 HB1 CYS 53 -1.096 -3.534 3.012 414 2HB CYS 53 HB2 CYS 53 -0.784 -4.053 4.643 415 H ARG 54 H ARG 54 0.770 -6.575 5.165 416 HA ARG 54 HA ARG 54 3.681 -6.258 5.174 417 1HB ARG 54 HB1 ARG 54 3.752 -6.808 7.304 418 2HB ARG 54 HB2 ARG 54 2.370 -5.706 7.092 419 1HG ARG 54 HG1 ARG 54 2.009 -8.764 7.522 420 2HG ARG 54 HG2 ARG 54 2.171 -7.496 8.786 421 1HD ARG 54 HD1 ARG 54 0.128 -6.301 7.679 422 2HD ARG 54 HD2 ARG 54 -0.105 -7.889 6.842 423 HE ARG 54 HE ARG 54 -0.546 -8.957 8.943 424 1HH1 ARG 54 HH11 ARG 54 0.714 -5.882 9.495 425 2HH1 ARG 54 HH12 ARG 54 0.187 -5.653 11.147 426 1HH2 ARG 54 HH21 ARG 54 -1.363 -8.771 11.155 427 2HH2 ARG 54 HH22 ARG 54 -1.020 -7.343 12.071 428 H LYS 55 H LYS 55 1.530 -8.839 4.316 429 HA LYS 55 HA LYS 55 3.429 -10.979 4.328 430 1HB LYS 55 HB1 LYS 55 1.018 -11.142 4.614 431 2HB LYS 55 HB2 LYS 55 0.676 -10.639 2.933 432 1HG LYS 55 HG1 LYS 55 1.583 -12.731 2.059 433 2HG LYS 55 HG2 LYS 55 2.372 -13.121 3.620 434 1HD LYS 55 HD1 LYS 55 -0.682 -13.050 3.180 435 2HD LYS 55 HD2 LYS 55 0.366 -14.515 3.211 436 1HE LYS 55 HE1 LYS 55 1.030 -13.999 5.601 437 2HE LYS 55 HE2 LYS 55 -0.134 -12.614 5.607 438 1HZ LYS 55 HZ1 LYS 55 -0.810 -15.464 5.101 439 2HZ LYS 55 HZ2 LYS 55 -1.087 -14.590 6.531 440 3HZ LYS 55 HZ3 LYS 55 -1.899 -14.160 5.102 441 H LYS 56 H LYS 56 3.027 -8.415 2.020 442 HA LYS 56 HA LYS 56 4.519 -9.823 -0.090 443 1HB LYS 56 HB1 LYS 56 2.580 -7.528 0.071 444 2HB LYS 56 HB2 LYS 56 3.893 -7.250 -1.094 445 1HG LYS 56 HG1 LYS 56 3.564 -9.353 -2.158 446 2HG LYS 56 HG2 LYS 56 2.179 -9.785 -1.115 447 1HD LYS 56 HD1 LYS 56 2.077 -7.146 -2.812 448 2HD LYS 56 HD2 LYS 56 1.818 -8.735 -3.577 449 1HE LYS 56 HE1 LYS 56 0.152 -7.907 -1.115 450 2HE LYS 56 HE2 LYS 56 -0.372 -7.728 -2.838 451 1HZ LYS 56 HZ1 LYS 56 -0.129 -10.089 -3.123 452 2HZ LYS 56 HZ2 LYS 56 0.367 -10.279 -1.510 453 3HZ LYS 56 HZ3 LYS 56 -1.203 -9.730 -1.857 454 H CYS 57 H CYS 57 4.925 -7.471 2.460 455 HA CYS 57 HA CYS 57 7.602 -6.547 1.387 456 1HB CYS 57 HB1 CYS 57 5.129 -5.013 2.309 457 2HB CYS 57 HB2 CYS 57 6.738 -4.233 2.335 458 H LEU 58 H LEU 58 6.826 -8.386 3.892 459 HA LEU 58 HA LEU 58 8.915 -7.124 5.496 460 1HB LEU 58 HB1 LEU 58 6.166 -7.546 6.640 461 2HB LEU 58 HB2 LEU 58 7.580 -7.778 7.732 462 HG LEU 58 HG LEU 58 7.027 -5.285 6.164 463 1HD1 LEU 58 HD11 LEU 58 6.652 -5.959 9.177 464 2HD1 LEU 58 HD12 LEU 58 6.515 -4.299 8.488 465 3HD1 LEU 58 HD13 LEU 58 5.338 -5.576 8.012 466 1HD2 LEU 58 HD21 LEU 58 9.152 -5.813 8.331 467 2HD2 LEU 58 HD22 LEU 58 9.455 -5.426 6.593 468 3HD2 LEU 58 HD23 LEU 58 8.717 -4.196 7.663 469 H GLY 59 H GLY 59 7.268 -9.972 4.421 470 1HA GLY 59 HA1 GLY 59 7.702 -12.095 4.425 471 2HA GLY 59 HA2 GLY 59 9.120 -11.862 5.543 472 H LYS 60 H LYS 60 5.508 -11.630 5.476 473 HA LYS 60 HA LYS 60 5.175 -13.320 7.736 474 1HB LYS 60 HB1 LYS 60 3.989 -11.489 9.076 475 2HB LYS 60 HB2 LYS 60 5.786 -11.402 9.057 476 1HG LYS 60 HG1 LYS 60 5.636 -9.637 7.180 477 2HG LYS 60 HG2 LYS 60 3.879 -9.644 7.407 478 1HD LYS 60 HD1 LYS 60 6.107 -8.790 9.360 479 2HD LYS 60 HD2 LYS 60 4.885 -7.795 8.501 480 1HE LYS 60 HE1 LYS 60 3.088 -9.022 9.991 481 2HE LYS 60 HE2 LYS 60 4.475 -9.717 10.915 482 1HZ LYS 60 HZ1 LYS 60 5.232 -7.469 11.348 483 2HZ LYS 60 HZ2 LYS 60 3.929 -6.822 10.471 484 3HZ LYS 60 HZ3 LYS 60 3.641 -7.698 11.897 No H/Q in entry = 484 Start of MODEL 8 1 H TRP 1 H TRP 1 13.437 -12.234 2.521 2 HA TRP 1 HA TRP 1 11.644 -11.780 0.470 3 1HB TRP 1 HB1 TRP 1 9.807 -11.529 2.152 4 2HB TRP 1 HB2 TRP 1 10.888 -10.611 3.222 5 HD1 TRP 1 HD1 TRP 1 8.689 -10.037 -0.103 6 HE1 TRP 1 HE1 TRP 1 8.194 -7.672 -0.208 7 HE3 TRP 1 HE3 TRP 1 11.815 -8.440 3.675 8 HZ2 TRP 1 HZ2 TRP 1 9.113 -5.256 0.947 9 HZ3 TRP 1 HZ3 TRP 1 11.934 -5.984 4.081 10 HH2 TRP 1 HH2 TRP 1 10.575 -4.417 2.647 11 H GLN 2 H GLN 2 12.079 -9.691 -0.482 12 HA GLN 2 HA GLN 2 14.001 -7.879 0.650 13 1HB GLN 2 HB1 GLN 2 14.444 -9.226 -2.119 14 2HB GLN 2 HB2 GLN 2 15.223 -7.695 -1.593 15 1HG GLN 2 HG1 GLN 2 16.318 -8.960 0.339 16 2HG GLN 2 HG2 GLN 2 15.668 -10.481 -0.357 17 1HE2 GLN 2 HE21 GLN 2 19.026 -8.892 -1.962 18 2HE2 GLN 2 HE22 GLN 2 18.213 -8.082 -0.644 19 HA PRO 3 HA PRO 3 10.491 -5.964 -0.906 20 1HB PRO 3 HB1 PRO 3 11.414 -3.260 -1.375 21 2HB PRO 3 HB2 PRO 3 10.680 -4.033 0.080 22 1HG PRO 3 HG1 PRO 3 13.525 -3.261 -0.199 23 2HG PRO 3 HG2 PRO 3 12.726 -4.177 1.139 24 1HD PRO 3 HD1 PRO 3 14.233 -5.142 -1.322 25 2HD PRO 3 HD2 PRO 3 14.203 -5.834 0.359 26 HA PRO 4 HA PRO 4 10.766 -6.070 -5.455 27 1HB PRO 4 HB1 PRO 4 7.838 -6.938 -5.250 28 2HB PRO 4 HB2 PRO 4 9.249 -7.793 -5.983 29 1HG PRO 4 HG1 PRO 4 8.249 -8.687 -3.540 30 2HG PRO 4 HG2 PRO 4 10.002 -8.480 -3.751 31 1HD PRO 4 HD1 PRO 4 8.173 -6.213 -2.663 32 2HD PRO 4 HD2 PRO 4 9.357 -7.136 -1.794 33 H TRP 5 H TRP 5 7.475 -5.368 -6.001 34 HA TRP 5 HA TRP 5 8.089 -2.675 -6.845 35 1HB TRP 5 HB1 TRP 5 5.812 -2.492 -7.834 36 2HB TRP 5 HB2 TRP 5 6.926 -3.675 -8.462 37 HD1 TRP 5 HD1 TRP 5 6.318 -6.179 -8.480 38 HE1 TRP 5 HE1 TRP 5 3.871 -7.179 -8.700 39 HE3 TRP 5 HE3 TRP 5 3.210 -2.902 -6.005 40 HZ2 TRP 5 HZ2 TRP 5 1.254 -6.078 -8.981 41 HZ3 TRP 5 HZ3 TRP 5 1.161 -2.275 -7.021 42 HH2 TRP 5 HH2 TRP 5 0.160 -3.790 -8.650 43 H TYR 6 H TYR 6 5.273 -3.855 -5.148 44 HA TYR 6 HA TYR 6 3.942 -1.825 -4.132 45 1HB TYR 6 HB1 TYR 6 4.249 -4.163 -2.154 46 2HB TYR 6 HB2 TYR 6 2.776 -3.537 -2.974 47 HD1 TYR 6 HD1 TYR 6 5.784 -5.655 -3.100 48 HD2 TYR 6 HD2 TYR 6 2.056 -4.788 -5.054 49 HE1 TYR 6 HE1 TYR 6 5.955 -7.746 -4.512 50 HE2 TYR 6 HE2 TYR 6 2.231 -6.858 -6.344 51 HH TYR 6 HH TYR 6 4.714 -9.227 -5.896 52 H CYS 7 H CYS 7 6.738 -3.108 -2.477 53 HA CYS 7 HA CYS 7 6.382 -1.589 -0.170 54 1HB CYS 7 HB1 CYS 7 8.947 -3.078 -0.858 55 2HB CYS 7 HB2 CYS 7 8.092 -2.911 0.709 56 H LYS 8 H LYS 8 7.906 -0.915 -3.214 57 HA LYS 8 HA LYS 8 9.408 1.433 -2.155 58 1HB LYS 8 HB1 LYS 8 10.015 -0.457 -4.589 59 2HB LYS 8 HB2 LYS 8 10.959 1.023 -4.193 60 1HG LYS 8 HG1 LYS 8 11.832 -0.059 -2.161 61 2HG LYS 8 HG2 LYS 8 10.824 -1.517 -2.484 62 1HD LYS 8 HD1 LYS 8 11.937 -1.882 -4.653 63 2HD LYS 8 HD2 LYS 8 12.953 -0.414 -4.425 64 1HE LYS 8 HE1 LYS 8 13.074 -2.987 -2.718 65 2HE LYS 8 HE2 LYS 8 14.216 -2.526 -4.031 66 1HZ LYS 8 HZ1 LYS 8 14.799 -0.587 -2.752 67 2HZ LYS 8 HZ2 LYS 8 13.710 -1.021 -1.523 68 3HZ LYS 8 HZ3 LYS 8 15.048 -2.013 -1.862 69 H GLU 9 H GLU 9 6.535 1.105 -2.876 70 HA GLU 9 HA GLU 9 6.241 2.122 -5.569 71 1HB GLU 9 HB1 GLU 9 4.995 0.303 -4.922 72 2HB GLU 9 HB2 GLU 9 4.306 1.107 -3.496 73 1HG GLU 9 HG1 GLU 9 3.859 2.209 -6.369 74 2HG GLU 9 HG2 GLU 9 2.995 0.779 -5.856 75 HA PRO 10 HA PRO 10 5.603 6.212 -3.728 76 1HB PRO 10 HB1 PRO 10 5.322 7.750 -5.988 77 2HB PRO 10 HB2 PRO 10 6.852 6.926 -5.525 78 1HG PRO 10 HG1 PRO 10 4.862 6.119 -7.607 79 2HG PRO 10 HG2 PRO 10 6.666 5.827 -7.605 80 1HD PRO 10 HD1 PRO 10 4.538 4.052 -6.802 81 2HD PRO 10 HD2 PRO 10 6.339 3.748 -6.669 82 H VAL 11 H VAL 11 3.529 7.447 -2.968 83 HA VAL 11 HA VAL 11 1.243 5.855 -3.622 84 HB VAL 11 HB VAL 11 1.727 6.481 -1.381 85 1HG1 VAL 11 HG11 VAL 11 2.042 8.989 -1.686 86 2HG1 VAL 11 HG12 VAL 11 0.314 9.142 -2.150 87 3HG1 VAL 11 HG13 VAL 11 0.748 8.577 -0.503 88 1HG2 VAL 11 HG21 VAL 11 -1.109 6.805 -2.593 89 2HG2 VAL 11 HG22 VAL 11 -0.273 5.286 -2.111 90 3HG2 VAL 11 HG23 VAL 11 -0.725 6.508 -0.870 91 H ARG 12 H ARG 12 -0.213 5.952 -4.889 92 HA ARG 12 HA ARG 12 -0.758 8.127 -6.769 93 1HB ARG 12 HB1 ARG 12 -0.946 5.091 -6.882 94 2HB ARG 12 HB2 ARG 12 -2.199 5.975 -7.717 95 1HG ARG 12 HG1 ARG 12 0.221 7.314 -8.402 96 2HG ARG 12 HG2 ARG 12 0.717 5.647 -8.135 97 1HD ARG 12 HD1 ARG 12 -1.590 6.709 -9.905 98 2HD ARG 12 HD2 ARG 12 0.049 6.416 -10.591 99 HE ARG 12 HE ARG 12 -1.935 4.335 -10.514 100 1HH1 ARG 12 HH11 ARG 12 1.426 4.749 -9.775 101 2HH1 ARG 12 HH12 ARG 12 1.867 3.293 -10.604 102 1HH2 ARG 12 HH21 ARG 12 -1.374 2.492 -11.425 103 2HH2 ARG 12 HH22 ARG 12 0.284 2.045 -11.546 104 H ILE 13 H ILE 13 -2.703 9.406 -6.061 105 HA ILE 13 HA ILE 13 -4.778 7.867 -4.687 106 HB ILE 13 HB ILE 13 -4.047 10.057 -3.850 107 1HG1 ILE 13 HG11 ILE 13 -7.028 9.663 -4.474 108 2HG1 ILE 13 HG12 ILE 13 -6.075 8.607 -3.382 109 1HG2 ILE 13 HG21 ILE 13 -4.217 11.440 -6.053 110 2HG2 ILE 13 HG22 ILE 13 -5.999 11.153 -5.957 111 3HG2 ILE 13 HG23 ILE 13 -5.146 12.073 -4.669 112 1HD1 ILE 13 HD11 ILE 13 -6.475 11.623 -2.858 113 2HD1 ILE 13 HD12 ILE 13 -7.480 10.297 -2.127 114 3HD1 ILE 13 HD13 ILE 13 -5.699 10.365 -1.802 115 H GLY 14 H GLY 14 -4.055 9.263 -7.783 116 1HA GLY 14 HA1 GLY 14 -5.030 8.667 -9.848 117 2HA GLY 14 HA2 GLY 14 -6.390 7.897 -8.991 118 H SER 15 H SER 15 -7.707 9.667 -7.664 119 HA SER 15 HA SER 15 -9.121 11.316 -7.652 120 1HB SER 15 HB1 SER 15 -8.935 13.521 -8.743 121 2HB SER 15 HB2 SER 15 -7.475 13.021 -7.838 122 HG SER 15 HG SER 15 -6.863 12.206 -10.131 123 H CYS 16 H CYS 16 -10.721 9.820 -8.196 124 HA CYS 16 HA CYS 16 -11.810 10.126 -10.928 125 1HB CYS 16 HB1 CYS 16 -10.089 8.345 -10.936 126 2HB CYS 16 HB2 CYS 16 -10.894 7.476 -9.630 127 H LYS 17 H LYS 17 -12.480 7.798 -8.382 128 HA LYS 17 HA LYS 17 -15.327 8.193 -8.713 129 1HB LYS 17 HB1 LYS 17 -13.725 6.138 -7.027 130 2HB LYS 17 HB2 LYS 17 -15.489 6.047 -7.367 131 1HG LYS 17 HG1 LYS 17 -13.322 5.782 -9.527 132 2HG LYS 17 HG2 LYS 17 -14.068 4.494 -8.556 133 1HD LYS 17 HD1 LYS 17 -16.375 5.498 -9.349 134 2HD LYS 17 HD2 LYS 17 -15.406 6.395 -10.572 135 1HE LYS 17 HE1 LYS 17 -15.512 3.335 -10.134 136 2HE LYS 17 HE2 LYS 17 -16.390 4.231 -11.446 137 1HZ LYS 17 HZ1 LYS 17 -13.440 4.107 -11.081 138 2HZ LYS 17 HZ2 LYS 17 -14.352 3.252 -12.231 139 3HZ LYS 17 HZ3 LYS 17 -14.265 4.947 -12.306 140 H LYS 18 H LYS 18 -14.413 7.017 -5.659 141 HA LYS 18 HA LYS 18 -15.236 9.362 -4.088 142 1HB LYS 18 HB1 LYS 18 -17.153 7.772 -4.070 143 2HB LYS 18 HB2 LYS 18 -16.047 6.389 -3.965 144 1HG LYS 18 HG1 LYS 18 -17.078 6.486 -1.865 145 2HG LYS 18 HG2 LYS 18 -15.431 7.013 -1.583 146 1HD LYS 18 HD1 LYS 18 -17.044 8.281 -0.256 147 2HD LYS 18 HD2 LYS 18 -16.090 9.373 -1.301 148 1HE LYS 18 HE1 LYS 18 -18.987 8.473 -2.013 149 2HE LYS 18 HE2 LYS 18 -18.597 9.891 -0.965 150 1HZ LYS 18 HZ1 LYS 18 -17.321 10.840 -2.729 151 2HZ LYS 18 HZ2 LYS 18 -17.654 9.522 -3.746 152 3HZ LYS 18 HZ3 LYS 18 -18.917 10.532 -3.223 153 H GLN 19 H GLN 19 -13.908 9.345 -2.066 154 HA GLN 19 HA GLN 19 -11.357 7.963 -2.470 155 1HB GLN 19 HB1 GLN 19 -11.516 9.917 -0.173 156 2HB GLN 19 HB2 GLN 19 -10.254 9.647 -1.401 157 1HG GLN 19 HG1 GLN 19 -12.814 11.317 -1.675 158 2HG GLN 19 HG2 GLN 19 -11.117 11.876 -1.667 159 1HE2 GLN 19 HE21 GLN 19 -12.809 11.224 -5.185 160 2HE2 GLN 19 HE22 GLN 19 -13.605 11.707 -3.707 161 H PHE 20 H PHE 20 -11.142 5.974 -1.585 162 HA PHE 20 HA PHE 20 -12.837 5.213 0.734 163 1HB PHE 20 HB1 PHE 20 -11.356 3.540 -1.392 164 2HB PHE 20 HB2 PHE 20 -12.404 2.842 -0.108 165 HD1 PHE 20 HD1 PHE 20 -14.910 4.030 -0.065 166 HD2 PHE 20 HD2 PHE 20 -12.331 3.713 -3.537 167 HE1 PHE 20 HE1 PHE 20 -16.859 3.960 -1.539 168 HE2 PHE 20 HE2 PHE 20 -14.297 3.679 -4.977 169 HZ PHE 20 HZ PHE 20 -16.573 3.787 -3.997 170 H SER 21 H SER 21 -11.912 4.323 2.615 171 HA SER 21 HA SER 21 -9.186 4.891 3.249 172 1HB SER 21 HB1 SER 21 -10.983 4.970 4.977 173 2HB SER 21 HB2 SER 21 -11.211 3.196 4.859 174 HG SER 21 HG SER 21 -9.052 2.958 5.587 175 H SER 22 H SER 22 -7.601 3.803 2.274 176 HA SER 22 HA SER 22 -7.677 0.841 2.014 177 1HB SER 22 HB1 SER 22 -5.938 1.127 0.320 178 2HB SER 22 HB2 SER 22 -7.131 2.421 0.039 179 HG SER 22 HG SER 22 -5.758 3.770 1.425 180 H PHE 23 H PHE 23 -4.951 0.437 1.894 181 HA PHE 23 HA PHE 23 -3.506 1.473 4.129 182 1HB PHE 23 HB1 PHE 23 -3.904 -1.539 3.808 183 2HB PHE 23 HB2 PHE 23 -2.726 -0.874 4.987 184 HD1 PHE 23 HD1 PHE 23 -3.594 0.526 6.922 185 HD2 PHE 23 HD2 PHE 23 -6.227 -1.722 4.387 186 HE1 PHE 23 HE1 PHE 23 -5.399 0.730 8.611 187 HE2 PHE 23 HE2 PHE 23 -8.049 -1.485 6.049 188 HZ PHE 23 HZ PHE 23 -7.640 -0.255 8.173 189 H TYR 24 H TYR 24 -1.483 1.716 3.546 190 HA TYR 24 HA TYR 24 -0.445 0.233 1.179 191 1HB TYR 24 HB1 TYR 24 0.487 2.048 0.075 192 2HB TYR 24 HB2 TYR 24 -1.115 2.622 0.534 193 HD1 TYR 24 HD1 TYR 24 -1.281 4.249 2.559 194 HD2 TYR 24 HD2 TYR 24 2.481 3.273 0.719 195 HE1 TYR 24 HE1 TYR 24 -0.288 6.311 3.484 196 HE2 TYR 24 HE2 TYR 24 3.527 5.243 1.860 197 HH TYR 24 HH TYR 24 3.091 7.261 2.819 198 H PHE 25 H PHE 25 1.842 -0.248 1.151 199 HA PHE 25 HA PHE 25 3.075 -0.328 3.814 200 1HB PHE 25 HB1 PHE 25 3.016 -2.374 2.040 201 2HB PHE 25 HB2 PHE 25 4.323 -1.514 1.222 202 HD1 PHE 25 HD1 PHE 25 6.502 -1.082 2.529 203 HD2 PHE 25 HD2 PHE 25 3.437 -3.731 4.099 204 HE1 PHE 25 HE1 PHE 25 8.041 -2.016 4.243 205 HE2 PHE 25 HE2 PHE 25 4.864 -4.472 5.784 206 HZ PHE 25 HZ PHE 25 7.256 -3.639 5.881 207 H LYS 26 H LYS 26 4.418 1.425 4.394 208 HA LYS 26 HA LYS 26 5.139 3.309 2.299 209 1HB LYS 26 HB1 LYS 26 3.890 4.087 4.088 210 2HB LYS 26 HB2 LYS 26 4.870 3.196 5.292 211 1HG LYS 26 HG1 LYS 26 5.076 5.305 5.439 212 2HG LYS 26 HG2 LYS 26 6.764 4.787 5.005 213 1HD LYS 26 HD1 LYS 26 4.675 6.402 3.457 214 2HD LYS 26 HD2 LYS 26 6.190 7.042 4.204 215 1HE LYS 26 HE1 LYS 26 7.592 6.090 2.501 216 2HE LYS 26 HE2 LYS 26 6.242 5.004 1.983 217 1HZ LYS 26 HZ1 LYS 26 5.028 6.910 1.211 218 2HZ LYS 26 HZ2 LYS 26 6.267 7.960 1.709 219 3HZ LYS 26 HZ3 LYS 26 6.553 6.838 0.466 220 H TRP 27 H TRP 27 7.109 2.994 1.334 221 HA TRP 27 HA TRP 27 9.071 1.274 1.965 222 1HB TRP 27 HB1 TRP 27 8.723 2.160 -0.233 223 2HB TRP 27 HB2 TRP 27 8.894 3.792 0.210 224 HD1 TRP 27 HD1 TRP 27 10.976 4.875 -0.636 225 HE1 TRP 27 HE1 TRP 27 13.487 4.185 -0.910 226 HE3 TRP 27 HE3 TRP 27 10.587 0.119 0.912 227 HZ2 TRP 27 HZ2 TRP 27 15.085 1.902 -0.311 228 HZ3 TRP 27 HZ3 TRP 27 12.589 -1.276 1.209 229 HH2 TRP 27 HH2 TRP 27 14.835 -0.416 0.577 230 H THR 28 H THR 28 9.116 4.731 2.918 231 HA THR 28 HA THR 28 11.720 4.434 4.146 232 HB THR 28 HB THR 28 11.473 6.895 4.743 233 HG1 THR 28 HG1 THR 28 9.966 7.953 3.429 234 1HG2 THR 28 HG21 THR 28 12.763 5.968 2.796 235 2HG2 THR 28 HG22 THR 28 11.272 5.991 1.792 236 3HG2 THR 28 HG23 THR 28 11.982 7.534 2.393 237 H ALA 29 H ALA 29 8.670 3.601 5.231 238 HA ALA 29 HA ALA 29 9.273 4.221 8.073 239 1HB ALA 29 HB1 ALA 29 6.699 3.207 6.704 240 2HB ALA 29 HB2 ALA 29 6.872 3.576 8.476 241 3HB ALA 29 HB3 ALA 29 7.057 4.872 7.249 242 H LYS 30 H LYS 30 8.516 1.464 5.938 243 HA LYS 30 HA LYS 30 9.028 -0.659 5.953 244 1HB LYS 30 HB1 LYS 30 10.621 -0.259 8.475 245 2HB LYS 30 HB2 LYS 30 10.351 -1.886 7.785 246 1HG LYS 30 HG1 LYS 30 11.490 0.390 6.078 247 2HG LYS 30 HG2 LYS 30 12.474 -0.711 7.091 248 1HD LYS 30 HD1 LYS 30 11.623 -2.701 5.913 249 2HD LYS 30 HD2 LYS 30 10.584 -1.670 4.864 250 1HE LYS 30 HE1 LYS 30 12.572 -0.610 3.836 251 2HE LYS 30 HE2 LYS 30 13.662 -1.556 4.930 252 1HZ LYS 30 HZ1 LYS 30 12.786 -3.582 3.979 253 2HZ LYS 30 HZ2 LYS 30 11.761 -2.703 2.948 254 3HZ LYS 30 HZ3 LYS 30 13.445 -2.578 2.777 255 H LYS 31 H LYS 31 6.693 0.674 7.096 256 HA LYS 31 HA LYS 31 5.244 -1.620 8.005 257 1HB LYS 31 HB1 LYS 31 6.033 0.648 9.756 258 2HB LYS 31 HB2 LYS 31 4.275 0.495 9.798 259 1HG LYS 31 HG1 LYS 31 6.341 -1.681 10.414 260 2HG LYS 31 HG2 LYS 31 5.393 -0.753 11.620 261 1HD LYS 31 HD1 LYS 31 4.158 -2.742 9.569 262 2HD LYS 31 HD2 LYS 31 4.662 -3.128 11.230 263 1HE LYS 31 HE1 LYS 31 2.304 -2.887 11.327 264 2HE LYS 31 HE2 LYS 31 2.993 -1.426 12.141 265 1HZ LYS 31 HZ1 LYS 31 1.968 -1.594 9.351 266 2HZ LYS 31 HZ2 LYS 31 1.177 -0.902 10.685 267 3HZ LYS 31 HZ3 LYS 31 2.612 -0.210 10.093 268 H CYS 32 H CYS 32 2.786 -0.714 8.370 269 HA CYS 32 HA CYS 32 2.022 0.200 5.708 270 1HB CYS 32 HB1 CYS 32 0.639 -1.496 7.892 271 2HB CYS 32 HB2 CYS 32 -0.070 -1.200 6.253 272 H LEU 33 H LEU 33 0.784 2.060 5.358 273 HA LEU 33 HA LEU 33 -0.479 3.300 7.777 274 1HB LEU 33 HB1 LEU 33 0.643 4.756 5.335 275 2HB LEU 33 HB2 LEU 33 -0.066 5.523 6.789 276 HG LEU 33 HG LEU 33 2.542 3.891 6.679 277 1HD1 LEU 33 HD11 LEU 33 2.000 6.903 6.875 278 2HD1 LEU 33 HD12 LEU 33 3.609 6.121 7.063 279 3HD1 LEU 33 HD13 LEU 33 2.725 6.011 5.492 280 1HD2 LEU 33 HD21 LEU 33 1.266 5.489 9.008 281 2HD2 LEU 33 HD22 LEU 33 1.483 3.699 8.953 282 3HD2 LEU 33 HD23 LEU 33 2.918 4.774 8.995 283 HA PRO 34 HA PRO 34 -4.177 3.060 5.027 284 1HB PRO 34 HB1 PRO 34 -6.057 4.320 6.597 285 2HB PRO 34 HB2 PRO 34 -5.268 2.796 7.112 286 1HG PRO 34 HG1 PRO 34 -4.525 5.635 7.974 287 2HG PRO 34 HG2 PRO 34 -4.784 4.191 9.034 288 1HD PRO 34 HD1 PRO 34 -2.248 5.107 8.030 289 2HD PRO 34 HD2 PRO 34 -2.605 3.388 8.545 290 H PHE 35 H PHE 35 -3.990 4.094 3.096 291 HA PHE 35 HA PHE 35 -4.318 7.092 3.248 292 1HB PHE 35 HB1 PHE 35 -3.240 7.620 1.378 293 2HB PHE 35 HB2 PHE 35 -2.217 6.304 2.010 294 HD1 PHE 35 HD1 PHE 35 -2.870 3.853 0.976 295 HD2 PHE 35 HD2 PHE 35 -3.857 7.624 -0.971 296 HE1 PHE 35 HE1 PHE 35 -3.115 2.736 -1.126 297 HE2 PHE 35 HE2 PHE 35 -4.108 6.380 -3.099 298 HZ PHE 35 HZ PHE 35 -4.012 3.936 -3.095 299 H LEU 36 H LEU 36 -5.605 8.061 1.415 300 HA LEU 36 HA LEU 36 -8.143 6.603 1.095 301 1HB LEU 36 HB1 LEU 36 -7.297 9.535 0.693 302 2HB LEU 36 HB2 LEU 36 -8.890 8.923 0.150 303 HG LEU 36 HG LEU 36 -7.950 8.826 3.056 304 1HD1 LEU 36 HD11 LEU 36 -8.167 11.164 2.233 305 2HD1 LEU 36 HD12 LEU 36 -9.803 10.797 1.565 306 3HD1 LEU 36 HD13 LEU 36 -9.520 10.765 3.358 307 1HD2 LEU 36 HD21 LEU 36 -10.717 8.344 1.745 308 2HD2 LEU 36 HD22 LEU 36 -9.681 7.114 2.568 309 3HD2 LEU 36 HD23 LEU 36 -10.402 8.456 3.515 310 H PHE 37 H PHE 37 -8.511 5.556 -0.836 311 HA PHE 37 HA PHE 37 -6.911 6.335 -3.224 312 1HB PHE 37 HB1 PHE 37 -6.175 4.251 -2.660 313 2HB PHE 37 HB2 PHE 37 -7.681 3.701 -1.934 314 HD1 PHE 37 HD1 PHE 37 -5.990 4.124 -5.386 315 HD2 PHE 37 HD2 PHE 37 -9.380 2.654 -3.112 316 HE1 PHE 37 HE1 PHE 37 -6.646 2.658 -7.242 317 HE2 PHE 37 HE2 PHE 37 -10.060 1.272 -5.033 318 HZ PHE 37 HZ PHE 37 -8.617 1.192 -7.063 319 H SER 38 H SER 38 -7.981 6.916 -5.131 320 HA SER 38 HA SER 38 -10.817 7.467 -4.925 321 1HB SER 38 HB1 SER 38 -8.820 9.004 -5.692 322 2HB SER 38 HB2 SER 38 -9.104 8.288 -7.310 323 HG SER 38 HG SER 38 -10.771 9.848 -5.598 324 H GLY 39 H GLY 39 -9.522 4.554 -5.889 325 1HA GLY 39 HA1 GLY 39 -10.791 2.927 -6.763 326 2HA GLY 39 HA2 GLY 39 -11.949 3.998 -7.350 327 H CYS 40 H CYS 40 -10.113 5.388 -9.237 328 HA CYS 40 HA CYS 40 -9.106 3.208 -10.940 329 1HB CYS 40 HB1 CYS 40 -10.090 3.861 -12.866 330 2HB CYS 40 HB2 CYS 40 -11.396 4.190 -11.722 331 H GLY 41 H GLY 41 -7.120 3.706 -12.007 332 1HA GLY 41 HA1 GLY 41 -5.439 5.405 -12.592 333 2HA GLY 41 HA2 GLY 41 -5.726 6.158 -11.006 334 H GLY 42 H GLY 42 -5.781 3.837 -9.436 335 1HA GLY 42 HA1 GLY 42 -3.085 3.576 -8.748 336 2HA GLY 42 HA2 GLY 42 -4.470 2.676 -8.098 337 H ASN 43 H ASN 43 -2.574 1.310 -7.612 338 HA ASN 43 HA ASN 43 -2.241 -0.736 -9.737 339 1HB ASN 43 HB1 ASN 43 0.134 -1.152 -8.983 340 2HB ASN 43 HB2 ASN 43 -0.167 0.396 -9.786 341 1HD2 ASN 43 HD21 ASN 43 0.993 2.365 -7.110 342 2HD2 ASN 43 HD22 ASN 43 0.353 2.381 -8.742 343 H ALA 44 H ALA 44 -0.610 -1.598 -6.856 344 HA ALA 44 HA ALA 44 -2.991 -2.830 -5.665 345 1HB ALA 44 HB1 ALA 44 -2.254 -4.582 -7.316 346 2HB ALA 44 HB2 ALA 44 -0.733 -4.778 -6.328 347 3HB ALA 44 HB3 ALA 44 -2.336 -5.078 -5.606 348 H ASN 45 H ASN 45 -0.736 -0.759 -4.975 349 HA ASN 45 HA ASN 45 0.178 -2.026 -2.494 350 1HB ASN 45 HB1 ASN 45 1.725 -0.515 -3.672 351 2HB ASN 45 HB2 ASN 45 0.648 0.877 -3.315 352 1HD2 ASN 45 HD21 ASN 45 3.155 1.105 -0.630 353 2HD2 ASN 45 HD22 ASN 45 2.736 1.677 -2.220 354 H ARG 46 H ARG 46 -2.781 -1.794 -2.858 355 HA ARG 46 HA ARG 46 -3.629 -0.143 -0.640 356 1HB ARG 46 HB1 ARG 46 -5.715 0.564 -1.807 357 2HB ARG 46 HB2 ARG 46 -4.251 1.404 -2.351 358 1HG ARG 46 HG1 ARG 46 -5.606 -1.002 -3.735 359 2HG ARG 46 HG2 ARG 46 -6.098 0.693 -4.041 360 1HD ARG 46 HD1 ARG 46 -3.320 -0.471 -4.700 361 2HD ARG 46 HD2 ARG 46 -4.657 -0.225 -5.865 362 HE ARG 46 HE ARG 46 -4.651 2.191 -5.345 363 1HH1 ARG 46 HH11 ARG 46 -1.477 0.828 -4.575 364 2HH1 ARG 46 HH12 ARG 46 -0.680 2.079 -5.451 365 1HH2 ARG 46 HH21 ARG 46 -3.326 4.008 -5.802 366 2HH2 ARG 46 HH22 ARG 46 -1.669 3.695 -6.119 367 H PHE 47 H PHE 47 -3.853 -1.525 0.588 368 HA PHE 47 HA PHE 47 -4.830 -4.227 -0.003 369 1HB PHE 47 HB1 PHE 47 -3.680 -2.878 2.483 370 2HB PHE 47 HB2 PHE 47 -3.777 -4.586 2.411 371 HD1 PHE 47 HD1 PHE 47 -2.712 -5.165 -0.469 372 HD2 PHE 47 HD2 PHE 47 -1.386 -2.219 2.437 373 HE1 PHE 47 HE1 PHE 47 -0.538 -4.951 -1.588 374 HE2 PHE 47 HE2 PHE 47 0.745 -2.128 1.319 375 HZ PHE 47 HZ PHE 47 1.185 -3.446 -0.719 376 H GLN 48 H GLN 48 -6.448 -5.345 1.193 377 HA GLN 48 HA GLN 48 -8.750 -3.802 1.819 378 1HB GLN 48 HB1 GLN 48 -9.938 -5.582 1.482 379 2HB GLN 48 HB2 GLN 48 -8.466 -6.291 0.799 380 1HG GLN 48 HG1 GLN 48 -9.684 -6.802 3.634 381 2HG GLN 48 HG2 GLN 48 -9.938 -7.788 2.183 382 1HE2 GLN 48 HE21 GLN 48 -7.170 -9.857 2.938 383 2HE2 GLN 48 HE22 GLN 48 -8.770 -9.736 2.243 384 H THR 49 H THR 49 -6.487 -5.493 3.903 385 HA THR 49 HA THR 49 -7.332 -3.934 6.222 386 HB THR 49 HB THR 49 -7.094 -5.857 7.766 387 HG1 THR 49 HG1 THR 49 -6.917 -7.419 5.361 388 1HG2 THR 49 HG21 THR 49 -9.356 -5.223 6.928 389 2HG2 THR 49 HG22 THR 49 -9.192 -6.374 5.570 390 3HG2 THR 49 HG23 THR 49 -9.227 -6.993 7.258 391 H ILE 50 H ILE 50 -5.523 -3.911 7.830 392 HA ILE 50 HA ILE 50 -3.030 -3.411 6.659 393 HB ILE 50 HB ILE 50 -4.062 -2.160 8.399 394 1HG1 ILE 50 HG11 ILE 50 -1.422 -3.259 9.482 395 2HG1 ILE 50 HG12 ILE 50 -1.558 -2.212 8.023 396 1HG2 ILE 50 HG21 ILE 50 -5.170 -4.062 9.696 397 2HG2 ILE 50 HG22 ILE 50 -3.544 -4.541 10.306 398 3HG2 ILE 50 HG23 ILE 50 -4.239 -2.945 10.738 399 1HD1 ILE 50 HD11 ILE 50 -2.662 -0.412 9.369 400 2HD1 ILE 50 HD12 ILE 50 -2.505 -1.427 10.855 401 3HD1 ILE 50 HD13 ILE 50 -1.032 -0.821 10.013 402 H GLY 51 H GLY 51 -4.241 -6.462 7.583 403 1HA GLY 51 HA1 GLY 51 -1.607 -7.675 8.092 404 2HA GLY 51 HA2 GLY 51 -3.218 -8.445 8.118 405 H GLU 52 H GLU 52 -3.454 -6.889 5.320 406 HA GLU 52 HA GLU 52 -2.382 -9.099 3.685 407 1HB GLU 52 HB1 GLU 52 -4.666 -8.661 3.359 408 2HB GLU 52 HB2 GLU 52 -4.437 -6.895 3.282 409 1HG GLU 52 HG1 GLU 52 -3.663 -6.874 1.082 410 2HG GLU 52 HG2 GLU 52 -3.236 -8.616 0.979 411 H CYS 53 H CYS 53 -1.497 -5.987 4.662 412 HA CYS 53 HA CYS 53 -0.155 -4.894 2.471 413 1HB CYS 53 HB1 CYS 53 -1.059 -3.760 4.649 414 2HB CYS 53 HB2 CYS 53 0.172 -4.625 5.547 415 H ARG 54 H ARG 54 0.811 -6.775 5.026 416 HA ARG 54 HA ARG 54 3.667 -7.097 4.949 417 1HB ARG 54 HB1 ARG 54 1.192 -8.342 6.248 418 2HB ARG 54 HB2 ARG 54 2.816 -8.946 6.673 419 1HG ARG 54 HG1 ARG 54 3.488 -7.052 7.765 420 2HG ARG 54 HG2 ARG 54 2.377 -5.949 6.900 421 1HD ARG 54 HD1 ARG 54 1.880 -6.484 9.379 422 2HD ARG 54 HD2 ARG 54 0.538 -6.486 8.149 423 HE ARG 54 HE ARG 54 1.308 -9.170 8.174 424 1HH1 ARG 54 HH11 ARG 54 0.068 -7.038 10.666 425 2HH1 ARG 54 HH12 ARG 54 -0.475 -8.371 11.648 426 1HH2 ARG 54 HH21 ARG 54 0.825 -10.787 9.584 427 2HH2 ARG 54 HH22 ARG 54 -0.093 -10.437 11.005 428 H LYS 55 H LYS 55 1.100 -8.814 3.225 429 HA LYS 55 HA LYS 55 2.712 -11.222 2.798 430 1HB LYS 55 HB1 LYS 55 -0.047 -10.408 1.728 431 2HB LYS 55 HB2 LYS 55 0.754 -11.992 1.384 432 1HG LYS 55 HG1 LYS 55 0.870 -12.485 3.836 433 2HG LYS 55 HG2 LYS 55 -0.169 -11.079 4.185 434 1HD LYS 55 HD1 LYS 55 -0.864 -13.593 2.581 435 2HD LYS 55 HD2 LYS 55 -1.481 -13.041 4.178 436 1HE LYS 55 HE1 LYS 55 -2.577 -11.057 2.979 437 2HE LYS 55 HE2 LYS 55 -2.074 -11.777 1.395 438 1HZ LYS 55 HZ1 LYS 55 -3.836 -13.035 3.437 439 2HZ LYS 55 HZ2 LYS 55 -4.323 -12.322 1.975 440 3HZ LYS 55 HZ3 LYS 55 -3.370 -13.727 1.959 441 H LYS 56 H LYS 56 2.344 -8.208 1.043 442 HA LYS 56 HA LYS 56 3.700 -9.268 -1.349 443 1HB LYS 56 HB1 LYS 56 1.942 -6.876 -0.733 444 2HB LYS 56 HB2 LYS 56 3.200 -6.632 -1.978 445 1HG LYS 56 HG1 LYS 56 2.546 -8.491 -3.252 446 2HG LYS 56 HG2 LYS 56 1.239 -8.948 -2.121 447 1HD LYS 56 HD1 LYS 56 1.154 -6.079 -3.368 448 2HD LYS 56 HD2 LYS 56 0.813 -7.473 -4.406 449 1HE LYS 56 HE1 LYS 56 -0.738 -7.264 -1.705 450 2HE LYS 56 HE2 LYS 56 -1.318 -6.573 -3.279 451 1HZ LYS 56 HZ1 LYS 56 -1.167 -8.763 -4.230 452 2HZ LYS 56 HZ2 LYS 56 -0.599 -9.406 -2.764 453 3HZ LYS 56 HZ3 LYS 56 -2.164 -8.752 -2.855 454 H CYS 57 H CYS 57 4.093 -7.264 1.546 455 HA CYS 57 HA CYS 57 6.855 -6.481 0.702 456 1HB CYS 57 HB1 CYS 57 4.674 -5.026 2.264 457 2HB CYS 57 HB2 CYS 57 6.356 -4.383 2.175 458 H LEU 58 H LEU 58 5.726 -8.672 3.208 459 HA LEU 58 HA LEU 58 8.295 -7.853 4.451 460 1HB LEU 58 HB1 LEU 58 5.772 -8.133 6.005 461 2HB LEU 58 HB2 LEU 58 7.341 -8.607 6.757 462 HG LEU 58 HG LEU 58 6.804 -5.899 5.584 463 1HD1 LEU 58 HD11 LEU 58 5.522 -6.385 7.765 464 2HD1 LEU 58 HD12 LEU 58 7.083 -6.825 8.539 465 3HD1 LEU 58 HD13 LEU 58 6.812 -5.134 8.007 466 1HD2 LEU 58 HD21 LEU 58 9.271 -6.984 7.048 467 2HD2 LEU 58 HD22 LEU 58 9.189 -6.249 5.398 468 3HD2 LEU 58 HD23 LEU 58 8.905 -5.232 6.835 469 H GLY 59 H GLY 59 6.592 -10.332 2.976 470 1HA GLY 59 HA1 GLY 59 6.905 -12.436 2.591 471 2HA GLY 59 HA2 GLY 59 8.506 -12.358 3.445 472 H LYS 60 H LYS 60 5.052 -12.013 4.378 473 HA LYS 60 HA LYS 60 5.234 -14.234 6.230 474 1HB LYS 60 HB1 LYS 60 4.165 -12.571 7.981 475 2HB LYS 60 HB2 LYS 60 5.952 -12.481 7.786 476 1HG LYS 60 HG1 LYS 60 5.778 -10.430 6.379 477 2HG LYS 60 HG2 LYS 60 4.021 -10.533 6.401 478 1HD LYS 60 HD1 LYS 60 4.658 -8.877 7.980 479 2HD LYS 60 HD2 LYS 60 3.998 -10.281 8.905 480 1HE LYS 60 HE1 LYS 60 6.343 -10.954 9.523 481 2HE LYS 60 HE2 LYS 60 6.975 -9.550 8.581 482 1HZ LYS 60 HZ1 LYS 60 5.724 -8.086 10.004 483 2HZ LYS 60 HZ2 LYS 60 5.117 -9.399 10.894 484 3HZ LYS 60 HZ3 LYS 60 6.782 -9.060 10.908 No H/Q in entry = 484 Start of MODEL 9 1 H TRP 1 H TRP 1 13.418 -12.814 3.958 2 HA TRP 1 HA TRP 1 11.860 -12.175 1.716 3 1HB TRP 1 HB1 TRP 1 10.001 -11.723 3.406 4 2HB TRP 1 HB2 TRP 1 11.146 -10.799 4.392 5 HD1 TRP 1 HD1 TRP 1 9.168 -10.420 0.902 6 HE1 TRP 1 HE1 TRP 1 8.892 -8.032 0.502 7 HE3 TRP 1 HE3 TRP 1 12.113 -8.633 4.735 8 HZ2 TRP 1 HZ2 TRP 1 9.993 -5.597 1.398 9 HZ3 TRP 1 HZ3 TRP 1 12.430 -6.166 4.861 10 HH2 TRP 1 HH2 TRP 1 11.321 -4.682 3.128 11 H GLN 2 H GLN 2 12.607 -10.252 0.698 12 HA GLN 2 HA GLN 2 14.479 -8.442 1.868 13 1HB GLN 2 HB1 GLN 2 15.185 -10.149 -0.630 14 2HB GLN 2 HB2 GLN 2 15.992 -8.596 -0.243 15 1HG GLN 2 HG1 GLN 2 16.155 -11.161 1.481 16 2HG GLN 2 HG2 GLN 2 17.413 -10.499 0.383 17 1HE2 GLN 2 HE21 GLN 2 16.904 -8.767 4.064 18 2HE2 GLN 2 HE22 GLN 2 15.654 -9.857 3.464 19 HA PRO 3 HA PRO 3 11.341 -6.480 -0.205 20 1HB PRO 3 HB1 PRO 3 12.589 -3.932 -0.975 21 2HB PRO 3 HB2 PRO 3 11.538 -4.394 0.420 22 1HG PRO 3 HG1 PRO 3 14.454 -3.926 0.558 23 2HG PRO 3 HG2 PRO 3 13.426 -4.724 1.804 24 1HD PRO 3 HD1 PRO 3 15.128 -5.919 -0.410 25 2HD PRO 3 HD2 PRO 3 14.928 -6.461 1.314 26 HA PRO 4 HA PRO 4 11.783 -7.203 -4.675 27 1HB PRO 4 HB1 PRO 4 8.899 -8.146 -4.487 28 2HB PRO 4 HB2 PRO 4 10.383 -9.055 -4.948 29 1HG PRO 4 HG1 PRO 4 9.323 -9.613 -2.461 30 2HG PRO 4 HG2 PRO 4 11.038 -9.273 -2.612 31 1HD PRO 4 HD1 PRO 4 9.058 -6.894 -2.047 32 2HD PRO 4 HD2 PRO 4 10.130 -7.594 -0.955 33 H TRP 5 H TRP 5 8.430 -6.531 -5.220 34 HA TRP 5 HA TRP 5 9.134 -3.999 -6.481 35 1HB TRP 5 HB1 TRP 5 6.907 -4.030 -7.653 36 2HB TRP 5 HB2 TRP 5 8.110 -5.258 -8.029 37 HD1 TRP 5 HD1 TRP 5 7.554 -7.759 -7.711 38 HE1 TRP 5 HE1 TRP 5 5.181 -8.954 -7.838 39 HE3 TRP 5 HE3 TRP 5 4.312 -4.094 -6.096 40 HZ2 TRP 5 HZ2 TRP 5 2.487 -8.162 -8.067 41 HZ3 TRP 5 HZ3 TRP 5 2.132 -4.139 -6.554 42 HH2 TRP 5 HH2 TRP 5 1.073 -6.158 -7.526 43 H TYR 6 H TYR 6 6.219 -4.903 -4.787 44 HA TYR 6 HA TYR 6 4.736 -2.849 -4.314 45 1HB TYR 6 HB1 TYR 6 4.985 -4.629 -1.842 46 2HB TYR 6 HB2 TYR 6 3.578 -4.321 -2.914 47 HD1 TYR 6 HD1 TYR 6 6.751 -6.113 -2.378 48 HD2 TYR 6 HD2 TYR 6 3.129 -6.071 -4.665 49 HE1 TYR 6 HE1 TYR 6 7.119 -8.467 -3.136 50 HE2 TYR 6 HE2 TYR 6 3.472 -8.405 -5.309 51 HH TYR 6 HH TYR 6 4.727 -10.250 -5.056 52 H CYS 7 H CYS 7 7.380 -3.442 -1.943 53 HA CYS 7 HA CYS 7 6.670 -1.579 -0.189 54 1HB CYS 7 HB1 CYS 7 9.610 -2.315 -0.669 55 2HB CYS 7 HB2 CYS 7 8.721 -2.076 0.876 56 H LYS 8 H LYS 8 8.701 -1.143 -3.089 57 HA LYS 8 HA LYS 8 9.037 1.751 -2.608 58 1HB LYS 8 HB1 LYS 8 10.341 -0.191 -4.645 59 2HB LYS 8 HB2 LYS 8 10.778 1.542 -4.423 60 1HG LYS 8 HG1 LYS 8 11.803 1.072 -2.288 61 2HG LYS 8 HG2 LYS 8 11.084 -0.569 -2.213 62 1HD LYS 8 HD1 LYS 8 13.324 -0.927 -2.819 63 2HD LYS 8 HD2 LYS 8 12.333 -1.224 -4.289 64 1HE LYS 8 HE1 LYS 8 14.428 0.029 -4.862 65 2HE LYS 8 HE2 LYS 8 13.007 1.107 -5.146 66 1HZ LYS 8 HZ1 LYS 8 14.770 1.106 -2.749 67 2HZ LYS 8 HZ2 LYS 8 14.781 2.232 -4.021 68 3HZ LYS 8 HZ3 LYS 8 13.430 2.115 -2.998 69 H GLU 9 H GLU 9 6.393 0.179 -3.726 70 HA GLU 9 HA GLU 9 6.480 0.918 -6.535 71 1HB GLU 9 HB1 GLU 9 5.706 -1.237 -5.786 72 2HB GLU 9 HB2 GLU 9 4.292 -0.500 -5.014 73 1HG GLU 9 HG1 GLU 9 4.603 0.345 -7.934 74 2HG GLU 9 HG2 GLU 9 4.681 -1.466 -7.726 75 HA PRO 10 HA PRO 10 5.028 4.897 -5.348 76 1HB PRO 10 HB1 PRO 10 3.945 5.105 -8.221 77 2HB PRO 10 HB2 PRO 10 4.873 6.341 -7.279 78 1HG PRO 10 HG1 PRO 10 6.195 4.775 -9.041 79 2HG PRO 10 HG2 PRO 10 6.894 4.941 -7.382 80 1HD PRO 10 HD1 PRO 10 5.089 2.664 -8.415 81 2HD PRO 10 HD2 PRO 10 6.699 2.545 -7.567 82 H VAL 11 H VAL 11 3.386 5.598 -4.020 83 HA VAL 11 HA VAL 11 0.730 4.554 -4.397 84 HB VAL 11 HB VAL 11 1.591 4.268 -2.239 85 1HG1 VAL 11 HG11 VAL 11 1.719 7.354 -2.020 86 2HG1 VAL 11 HG12 VAL 11 1.851 6.198 -0.669 87 3HG1 VAL 11 HG13 VAL 11 3.110 6.210 -1.955 88 1HG2 VAL 11 HG21 VAL 11 -0.868 4.534 -2.765 89 2HG2 VAL 11 HG22 VAL 11 -0.476 5.057 -1.085 90 3HG2 VAL 11 HG23 VAL 11 -0.808 6.269 -2.369 91 H ARG 12 H ARG 12 -0.879 5.485 -5.130 92 HA ARG 12 HA ARG 12 -1.009 8.382 -5.763 93 1HB ARG 12 HB1 ARG 12 -1.570 6.031 -7.586 94 2HB ARG 12 HB2 ARG 12 -2.265 7.580 -7.730 95 1HG ARG 12 HG1 ARG 12 0.427 8.324 -7.453 96 2HG ARG 12 HG2 ARG 12 0.645 6.594 -7.783 97 1HD ARG 12 HD1 ARG 12 -0.761 7.030 -9.947 98 2HD ARG 12 HD2 ARG 12 -0.802 8.755 -9.412 99 HE ARG 12 HE ARG 12 1.714 8.915 -9.845 100 1HH1 ARG 12 HH11 ARG 12 0.293 5.979 -11.040 101 2HH1 ARG 12 HH12 ARG 12 1.388 5.913 -12.415 102 1HH2 ARG 12 HH21 ARG 12 3.250 8.598 -11.325 103 2HH2 ARG 12 HH22 ARG 12 3.106 7.346 -12.497 104 H ILE 13 H ILE 13 -2.967 9.255 -5.161 105 HA ILE 13 HA ILE 13 -5.245 7.640 -4.350 106 HB ILE 13 HB ILE 13 -4.313 9.330 -2.831 107 1HG1 ILE 13 HG11 ILE 13 -7.258 9.498 -3.695 108 2HG1 ILE 13 HG12 ILE 13 -6.463 8.228 -2.733 109 1HG2 ILE 13 HG21 ILE 13 -4.030 11.379 -4.379 110 2HG2 ILE 13 HG22 ILE 13 -5.845 11.356 -4.564 111 3HG2 ILE 13 HG23 ILE 13 -5.071 11.618 -2.971 112 1HD1 ILE 13 HD11 ILE 13 -6.104 9.963 -0.888 113 2HD1 ILE 13 HD12 ILE 13 -6.950 11.193 -1.918 114 3HD1 ILE 13 HD13 ILE 13 -7.853 9.757 -1.296 115 H GLY 14 H GLY 14 -4.348 9.994 -6.739 116 1HA GLY 14 HA1 GLY 14 -5.343 10.954 -8.584 117 2HA GLY 14 HA2 GLY 14 -6.179 9.399 -8.733 118 H SER 15 H SER 15 -8.418 10.090 -9.366 119 HA SER 15 HA SER 15 -10.107 11.226 -7.502 120 1HB SER 15 HB1 SER 15 -9.175 13.060 -9.813 121 2HB SER 15 HB2 SER 15 -10.780 13.257 -9.015 122 HG SER 15 HG SER 15 -8.447 13.088 -7.427 123 H CYS 16 H CYS 16 -12.127 10.315 -8.274 124 HA CYS 16 HA CYS 16 -12.517 9.619 -11.010 125 1HB CYS 16 HB1 CYS 16 -10.715 7.925 -10.386 126 2HB CYS 16 HB2 CYS 16 -11.799 7.265 -9.158 127 H LYS 17 H LYS 17 -13.288 8.185 -7.850 128 HA LYS 17 HA LYS 17 -16.198 8.530 -8.425 129 1HB LYS 17 HB1 LYS 17 -14.646 6.269 -7.030 130 2HB LYS 17 HB2 LYS 17 -16.429 6.409 -6.903 131 1HG LYS 17 HG1 LYS 17 -14.773 6.014 -9.470 132 2HG LYS 17 HG2 LYS 17 -15.641 4.738 -8.563 133 1HD LYS 17 HD1 LYS 17 -16.959 7.140 -10.006 134 2HD LYS 17 HD2 LYS 17 -16.853 5.447 -10.589 135 1HE LYS 17 HE1 LYS 17 -18.249 4.686 -8.619 136 2HE LYS 17 HE2 LYS 17 -18.430 6.412 -8.096 137 1HZ LYS 17 HZ1 LYS 17 -19.270 5.286 -10.706 138 2HZ LYS 17 HZ2 LYS 17 -20.274 5.679 -9.394 139 3HZ LYS 17 HZ3 LYS 17 -19.426 6.903 -10.210 140 H LYS 18 H LYS 18 -14.716 7.456 -5.410 141 HA LYS 18 HA LYS 18 -15.117 9.956 -4.036 142 1HB LYS 18 HB1 LYS 18 -16.693 9.181 -2.390 143 2HB LYS 18 HB2 LYS 18 -17.423 8.817 -3.992 144 1HG LYS 18 HG1 LYS 18 -16.678 6.460 -3.794 145 2HG LYS 18 HG2 LYS 18 -16.043 6.783 -2.139 146 1HD LYS 18 HD1 LYS 18 -18.972 7.132 -3.062 147 2HD LYS 18 HD2 LYS 18 -18.325 5.700 -2.192 148 1HE LYS 18 HE1 LYS 18 -18.422 8.562 -1.016 149 2HE LYS 18 HE2 LYS 18 -19.534 7.191 -0.619 150 1HZ LYS 18 HZ1 LYS 18 -17.642 5.942 0.155 151 2HZ LYS 18 HZ2 LYS 18 -16.590 7.222 -0.220 152 3HZ LYS 18 HZ3 LYS 18 -17.779 7.422 0.977 153 H GLN 19 H GLN 19 -14.266 9.398 -1.627 154 HA GLN 19 HA GLN 19 -11.816 7.863 -2.070 155 1HB GLN 19 HB1 GLN 19 -12.010 9.441 0.490 156 2HB GLN 19 HB2 GLN 19 -10.659 9.146 -0.660 157 1HG GLN 19 HG1 GLN 19 -12.962 11.132 -1.154 158 2HG GLN 19 HG2 GLN 19 -11.305 11.504 -0.585 159 1HE2 GLN 19 HE21 GLN 19 -9.817 10.728 -3.839 160 2HE2 GLN 19 HE22 GLN 19 -9.463 10.793 -2.128 161 H PHE 20 H PHE 20 -11.831 5.787 -1.635 162 HA PHE 20 HA PHE 20 -13.597 4.611 0.420 163 1HB PHE 20 HB1 PHE 20 -11.938 3.480 -1.931 164 2HB PHE 20 HB2 PHE 20 -12.795 2.397 -0.794 165 HD1 PHE 20 HD1 PHE 20 -15.404 2.652 -0.562 166 HD2 PHE 20 HD2 PHE 20 -13.180 4.595 -3.762 167 HE1 PHE 20 HE1 PHE 20 -17.425 2.847 -1.907 168 HE2 PHE 20 HE2 PHE 20 -15.239 4.805 -5.030 169 HZ PHE 20 HZ PHE 20 -17.352 3.869 -4.163 170 H SER 21 H SER 21 -12.714 3.035 1.958 171 HA SER 21 HA SER 21 -10.328 3.893 3.251 172 1HB SER 21 HB1 SER 21 -12.411 3.036 4.452 173 2HB SER 21 HB2 SER 21 -12.049 1.378 3.871 174 HG SER 21 HG SER 21 -10.036 1.596 5.055 175 H SER 22 H SER 22 -8.261 3.408 2.825 176 HA SER 22 HA SER 22 -7.574 0.668 1.897 177 1HB SER 22 HB1 SER 22 -6.150 1.762 0.042 178 2HB SER 22 HB2 SER 22 -7.840 2.101 -0.088 179 HG SER 22 HG SER 22 -6.319 3.850 1.493 180 H PHE 23 H PHE 23 -5.343 0.387 1.645 181 HA PHE 23 HA PHE 23 -3.467 1.685 3.535 182 1HB PHE 23 HB1 PHE 23 -3.992 -1.359 3.355 183 2HB PHE 23 HB2 PHE 23 -2.551 -0.660 4.166 184 HD1 PHE 23 HD1 PHE 23 -6.295 -0.903 4.428 185 HD2 PHE 23 HD2 PHE 23 -2.614 0.265 6.303 186 HE1 PHE 23 HE1 PHE 23 -7.465 -0.695 6.604 187 HE2 PHE 23 HE2 PHE 23 -3.764 0.503 8.457 188 HZ PHE 23 HZ PHE 23 -6.208 -0.008 8.626 189 H TYR 24 H TYR 24 -1.198 1.294 3.125 190 HA TYR 24 HA TYR 24 -0.381 0.041 0.639 191 1HB TYR 24 HB1 TYR 24 0.679 1.848 -0.454 192 2HB TYR 24 HB2 TYR 24 -0.966 2.414 -0.067 193 HD1 TYR 24 HD1 TYR 24 -1.259 4.153 1.843 194 HD2 TYR 24 HD2 TYR 24 2.604 2.997 0.323 195 HE1 TYR 24 HE1 TYR 24 -0.281 6.174 2.807 196 HE2 TYR 24 HE2 TYR 24 3.620 5.001 1.432 197 HH TYR 24 HH TYR 24 1.637 7.447 3.046 198 H PHE 25 H PHE 25 2.111 -0.392 0.584 199 HA PHE 25 HA PHE 25 3.252 -0.284 3.288 200 1HB PHE 25 HB1 PHE 25 3.258 -2.492 1.779 201 2HB PHE 25 HB2 PHE 25 4.624 -1.735 0.930 202 HD1 PHE 25 HD1 PHE 25 6.703 -1.043 2.445 203 HD2 PHE 25 HD2 PHE 25 3.541 -3.637 3.828 204 HE1 PHE 25 HE1 PHE 25 8.102 -1.893 4.300 205 HE2 PHE 25 HE2 PHE 25 4.805 -4.265 5.732 206 HZ PHE 25 HZ PHE 25 7.182 -3.383 5.990 207 H LYS 26 H LYS 26 4.771 1.215 3.793 208 HA LYS 26 HA LYS 26 5.640 3.132 1.789 209 1HB LYS 26 HB1 LYS 26 4.144 3.838 3.523 210 2HB LYS 26 HB2 LYS 26 5.088 2.998 4.778 211 1HG LYS 26 HG1 LYS 26 5.138 5.118 4.946 212 2HG LYS 26 HG2 LYS 26 6.879 4.685 4.639 213 1HD LYS 26 HD1 LYS 26 4.911 6.209 2.809 214 2HD LYS 26 HD2 LYS 26 6.236 6.928 3.790 215 1HE LYS 26 HE1 LYS 26 7.967 5.795 2.470 216 2HE LYS 26 HE2 LYS 26 6.652 4.901 1.600 217 1HZ LYS 26 HZ1 LYS 26 5.868 6.998 0.731 218 2HZ LYS 26 HZ2 LYS 26 7.077 7.847 1.567 219 3HZ LYS 26 HZ3 LYS 26 7.501 6.767 0.327 220 H TRP 27 H TRP 27 7.668 2.638 1.099 221 HA TRP 27 HA TRP 27 9.487 0.884 1.942 222 1HB TRP 27 HB1 TRP 27 9.517 1.692 -0.271 223 2HB TRP 27 HB2 TRP 27 9.473 3.385 0.161 224 HD1 TRP 27 HD1 TRP 27 11.687 4.447 -0.586 225 HE1 TRP 27 HE1 TRP 27 14.118 3.577 -0.979 226 HE3 TRP 27 HE3 TRP 27 11.023 -0.280 0.876 227 HZ2 TRP 27 HZ2 TRP 27 15.620 1.229 -0.384 228 HZ3 TRP 27 HZ3 TRP 27 12.925 -1.866 0.998 229 HH2 TRP 27 HH2 TRP 27 15.237 -1.110 0.354 230 H THR 28 H THR 28 9.818 4.421 2.644 231 HA THR 28 HA THR 28 12.197 4.036 4.149 232 HB THR 28 HB THR 28 11.824 6.621 4.606 233 HG1 THR 28 HG1 THR 28 10.576 7.425 2.827 234 1HG2 THR 28 HG21 THR 28 12.283 5.387 1.814 235 2HG2 THR 28 HG22 THR 28 12.753 7.054 2.318 236 3HG2 THR 28 HG23 THR 28 13.528 5.627 3.087 237 H ALA 29 H ALA 29 8.878 3.779 5.006 238 HA ALA 29 HA ALA 29 9.327 4.366 7.860 239 1HB ALA 29 HB1 ALA 29 6.824 3.292 6.392 240 2HB ALA 29 HB2 ALA 29 6.906 3.783 8.136 241 3HB ALA 29 HB3 ALA 29 7.153 4.997 6.843 242 H LYS 30 H LYS 30 8.878 1.585 5.664 243 HA LYS 30 HA LYS 30 9.327 -0.554 5.801 244 1HB LYS 30 HB1 LYS 30 10.862 0.105 8.308 245 2HB LYS 30 HB2 LYS 30 10.691 -1.582 7.752 246 1HG LYS 30 HG1 LYS 30 11.716 0.594 5.853 247 2HG LYS 30 HG2 LYS 30 12.743 -0.346 6.984 248 1HD LYS 30 HD1 LYS 30 12.013 -2.481 6.047 249 2HD LYS 30 HD2 LYS 30 10.948 -1.662 4.852 250 1HE LYS 30 HE1 LYS 30 12.887 -0.678 3.698 251 2HE LYS 30 HE2 LYS 30 14.008 -1.277 4.988 252 1HZ LYS 30 HZ1 LYS 30 13.406 -3.529 4.417 253 2HZ LYS 30 HZ2 LYS 30 12.350 -2.987 3.204 254 3HZ LYS 30 HZ3 LYS 30 14.018 -2.702 3.066 255 H LYS 31 H LYS 31 6.877 0.709 6.900 256 HA LYS 31 HA LYS 31 5.629 -1.560 8.213 257 1HB LYS 31 HB1 LYS 31 6.657 -0.049 9.952 258 2HB LYS 31 HB2 LYS 31 5.818 1.352 9.248 259 1HG LYS 31 HG1 LYS 31 3.631 0.404 10.133 260 2HG LYS 31 HG2 LYS 31 4.513 -1.093 10.650 261 1HD LYS 31 HD1 LYS 31 4.191 0.327 12.590 262 2HD LYS 31 HD2 LYS 31 5.937 0.290 12.174 263 1HE LYS 31 HE1 LYS 31 5.636 2.606 11.057 264 2HE LYS 31 HE2 LYS 31 3.919 2.578 11.641 265 1HZ LYS 31 HZ1 LYS 31 4.763 2.383 13.872 266 2HZ LYS 31 HZ2 LYS 31 6.366 2.389 13.310 267 3HZ LYS 31 HZ3 LYS 31 5.386 3.760 13.096 268 H CYS 32 H CYS 32 3.201 -1.130 8.226 269 HA CYS 32 HA CYS 32 2.327 0.058 5.708 270 1HB CYS 32 HB1 CYS 32 0.881 -1.698 7.797 271 2HB CYS 32 HB2 CYS 32 0.160 -1.231 6.204 272 H LEU 33 H LEU 33 0.780 1.599 5.458 273 HA LEU 33 HA LEU 33 -0.170 3.119 7.788 274 1HB LEU 33 HB1 LEU 33 0.819 4.253 5.078 275 2HB LEU 33 HB2 LEU 33 0.119 5.226 6.412 276 HG LEU 33 HG LEU 33 2.781 3.708 6.510 277 1HD1 LEU 33 HD11 LEU 33 2.072 6.690 6.224 278 2HD1 LEU 33 HD12 LEU 33 3.726 6.021 6.473 279 3HD1 LEU 33 HD13 LEU 33 2.806 5.622 4.970 280 1HD2 LEU 33 HD21 LEU 33 1.453 5.623 8.555 281 2HD2 LEU 33 HD22 LEU 33 1.762 3.858 8.798 282 3HD2 LEU 33 HD23 LEU 33 3.141 4.997 8.618 283 HA PRO 34 HA PRO 34 -3.986 3.048 5.002 284 1HB PRO 34 HB1 PRO 34 -5.684 4.451 6.590 285 2HB PRO 34 HB2 PRO 34 -5.018 2.894 7.182 286 1HG PRO 34 HG1 PRO 34 -4.032 5.705 7.920 287 2HG PRO 34 HG2 PRO 34 -4.384 4.327 9.035 288 1HD PRO 34 HD1 PRO 34 -1.825 5.019 7.890 289 2HD PRO 34 HD2 PRO 34 -2.260 3.384 8.593 290 H PHE 35 H PHE 35 -4.901 4.218 3.661 291 HA PHE 35 HA PHE 35 -4.613 7.128 3.650 292 1HB PHE 35 HB1 PHE 35 -3.625 7.624 1.639 293 2HB PHE 35 HB2 PHE 35 -2.602 6.308 2.241 294 HD1 PHE 35 HD1 PHE 35 -3.730 3.816 1.317 295 HD2 PHE 35 HD2 PHE 35 -3.774 7.661 -0.725 296 HE1 PHE 35 HE1 PHE 35 -3.927 2.706 -0.828 297 HE2 PHE 35 HE2 PHE 35 -4.061 6.470 -2.887 298 HZ PHE 35 HZ PHE 35 -4.596 4.039 -2.812 299 H LEU 36 H LEU 36 -5.992 7.256 0.965 300 HA LEU 36 HA LEU 36 -8.417 5.727 1.391 301 1HB LEU 36 HB1 LEU 36 -8.166 8.853 1.162 302 2HB LEU 36 HB2 LEU 36 -9.691 7.958 0.795 303 HG LEU 36 HG LEU 36 -8.401 7.971 3.547 304 1HD1 LEU 36 HD11 LEU 36 -9.065 10.288 2.914 305 2HD1 LEU 36 HD12 LEU 36 -10.704 9.710 2.437 306 3HD1 LEU 36 HD13 LEU 36 -10.176 9.607 4.155 307 1HD2 LEU 36 HD21 LEU 36 -11.164 7.120 2.447 308 2HD2 LEU 36 HD22 LEU 36 -9.883 6.018 3.088 309 3HD2 LEU 36 HD23 LEU 36 -10.719 7.164 4.197 310 H PHE 37 H PHE 37 -9.265 5.434 -0.731 311 HA PHE 37 HA PHE 37 -7.514 6.366 -2.980 312 1HB PHE 37 HB1 PHE 37 -6.809 4.260 -2.511 313 2HB PHE 37 HB2 PHE 37 -8.394 3.602 -2.073 314 HD1 PHE 37 HD1 PHE 37 -10.201 3.492 -4.070 315 HD2 PHE 37 HD2 PHE 37 -5.941 3.483 -4.472 316 HE1 PHE 37 HE1 PHE 37 -10.420 2.435 -6.293 317 HE2 PHE 37 HE2 PHE 37 -6.174 2.254 -6.661 318 HZ PHE 37 HZ PHE 37 -8.406 1.831 -7.590 319 H SER 38 H SER 38 -8.487 7.311 -4.784 320 HA SER 38 HA SER 38 -11.210 8.029 -4.521 321 1HB SER 38 HB1 SER 38 -9.546 8.629 -7.004 322 2HB SER 38 HB2 SER 38 -10.940 9.518 -6.272 323 HG SER 38 HG SER 38 -8.238 9.397 -5.574 324 H GLY 39 H GLY 39 -10.029 5.156 -6.189 325 1HA GLY 39 HA1 GLY 39 -12.151 3.970 -7.094 326 2HA GLY 39 HA2 GLY 39 -12.338 5.339 -8.084 327 H CYS 40 H CYS 40 -10.196 6.072 -9.260 328 HA CYS 40 HA CYS 40 -8.777 3.824 -10.442 329 1HB CYS 40 HB1 CYS 40 -9.311 4.361 -12.744 330 2HB CYS 40 HB2 CYS 40 -10.792 3.952 -11.847 331 H GLY 41 H GLY 41 -7.608 5.161 -8.696 332 1HA GLY 41 HA1 GLY 41 -6.021 7.339 -9.970 333 2HA GLY 41 HA2 GLY 41 -6.505 7.242 -8.227 334 H GLY 42 H GLY 42 -6.046 4.730 -7.501 335 1HA GLY 42 HA1 GLY 42 -3.178 4.518 -7.550 336 2HA GLY 42 HA2 GLY 42 -4.349 3.551 -6.620 337 H ASN 43 H ASN 43 -1.939 2.713 -7.917 338 HA ASN 43 HA ASN 43 -2.942 1.009 -10.124 339 1HB ASN 43 HB1 ASN 43 -0.767 0.673 -10.986 340 2HB ASN 43 HB2 ASN 43 -1.155 2.416 -10.811 341 1HD2 ASN 43 HD21 ASN 43 1.668 2.892 -8.548 342 2HD2 ASN 43 HD22 ASN 43 0.385 3.730 -9.366 343 H ALA 44 H ALA 44 -0.201 -0.378 -8.262 344 HA ALA 44 HA ALA 44 -2.098 -2.611 -7.633 345 1HB ALA 44 HB1 ALA 44 -0.956 -2.926 -9.776 346 2HB ALA 44 HB2 ALA 44 0.646 -2.796 -9.001 347 3HB ALA 44 HB3 ALA 44 -0.477 -4.172 -8.600 348 H ASN 45 H ASN 45 -0.331 -0.533 -5.851 349 HA ASN 45 HA ASN 45 0.597 -2.619 -3.899 350 1HB ASN 45 HB1 ASN 45 2.409 -1.155 -4.580 351 2HB ASN 45 HB2 ASN 45 1.421 0.296 -4.299 352 1HD2 ASN 45 HD21 ASN 45 3.360 0.643 -1.441 353 2HD2 ASN 45 HD22 ASN 45 2.810 1.231 -2.958 354 H ARG 46 H ARG 46 -2.285 -1.748 -4.493 355 HA ARG 46 HA ARG 46 -2.966 -0.280 -2.023 356 1HB ARG 46 HB1 ARG 46 -4.904 -0.409 -4.355 357 2HB ARG 46 HB2 ARG 46 -4.885 0.654 -2.903 358 1HG ARG 46 HG1 ARG 46 -3.015 0.614 -5.307 359 2HG ARG 46 HG2 ARG 46 -4.368 1.754 -4.914 360 1HD ARG 46 HD1 ARG 46 -3.070 2.643 -3.021 361 2HD ARG 46 HD2 ARG 46 -1.674 1.647 -3.345 362 HE ARG 46 HE ARG 46 -2.663 4.031 -4.907 363 1HH1 ARG 46 HH11 ARG 46 -0.047 1.538 -4.889 364 2HH1 ARG 46 HH12 ARG 46 0.681 2.326 -6.237 365 1HH2 ARG 46 HH21 ARG 46 -1.584 4.695 -6.686 366 2HH2 ARG 46 HH22 ARG 46 -0.063 3.957 -7.090 367 H PHE 47 H PHE 47 -3.843 -1.181 -0.621 368 HA PHE 47 HA PHE 47 -4.943 -3.941 -0.846 369 1HB PHE 47 HB1 PHE 47 -3.689 -2.434 1.482 370 2HB PHE 47 HB2 PHE 47 -3.979 -4.111 1.619 371 HD1 PHE 47 HD1 PHE 47 -2.865 -5.009 -1.230 372 HD2 PHE 47 HD2 PHE 47 -1.333 -2.120 1.619 373 HE1 PHE 47 HE1 PHE 47 -0.614 -5.108 -2.256 374 HE2 PHE 47 HE2 PHE 47 0.883 -2.378 0.647 375 HZ PHE 47 HZ PHE 47 1.250 -3.850 -1.302 376 H GLN 48 H GLN 48 -6.773 -4.601 0.288 377 HA GLN 48 HA GLN 48 -8.713 -2.537 0.896 378 1HB GLN 48 HB1 GLN 48 -10.372 -4.005 0.530 379 2HB GLN 48 HB2 GLN 48 -9.112 -4.626 -0.557 380 1HG GLN 48 HG1 GLN 48 -10.137 -5.801 2.114 381 2HG GLN 48 HG2 GLN 48 -10.300 -6.500 0.476 382 1HE2 GLN 48 HE21 GLN 48 -6.862 -7.758 0.574 383 2HE2 GLN 48 HE22 GLN 48 -8.049 -7.190 -0.577 384 H THR 49 H THR 49 -6.682 -4.637 2.834 385 HA THR 49 HA THR 49 -7.707 -3.347 5.250 386 HB THR 49 HB THR 49 -7.583 -5.447 6.576 387 HG1 THR 49 HG1 THR 49 -7.539 -6.783 4.040 388 1HG2 THR 49 HG21 THR 49 -9.768 -4.597 5.693 389 2HG2 THR 49 HG22 THR 49 -9.558 -5.583 4.216 390 3HG2 THR 49 HG23 THR 49 -9.731 -6.402 5.813 391 H ILE 50 H ILE 50 -6.059 -3.921 7.081 392 HA ILE 50 HA ILE 50 -3.533 -2.973 6.370 393 HB ILE 50 HB ILE 50 -4.850 -2.513 8.407 394 1HG1 ILE 50 HG11 ILE 50 -2.023 -3.488 9.045 395 2HG1 ILE 50 HG12 ILE 50 -2.427 -1.972 8.159 396 1HG2 ILE 50 HG21 ILE 50 -5.565 -4.937 8.904 397 2HG2 ILE 50 HG22 ILE 50 -3.885 -5.253 9.477 398 3HG2 ILE 50 HG23 ILE 50 -4.908 -4.045 10.313 399 1HD1 ILE 50 HD11 ILE 50 -3.787 -1.189 10.149 400 2HD1 ILE 50 HD12 ILE 50 -3.251 -2.651 11.063 401 3HD1 ILE 50 HD13 ILE 50 -2.041 -1.429 10.521 402 H GLY 51 H GLY 51 -4.725 -6.271 6.726 403 1HA GLY 51 HA1 GLY 51 -2.032 -7.365 7.141 404 2HA GLY 51 HA2 GLY 51 -3.595 -8.196 7.202 405 H GLU 52 H GLU 52 -3.574 -6.393 4.384 406 HA GLU 52 HA GLU 52 -2.612 -8.650 2.720 407 1HB GLU 52 HB1 GLU 52 -4.859 -7.556 2.364 408 2HB GLU 52 HB2 GLU 52 -4.038 -6.013 2.119 409 1HG GLU 52 HG1 GLU 52 -4.489 -6.618 -0.051 410 2HG GLU 52 HG2 GLU 52 -2.811 -7.212 0.056 411 H CYS 53 H CYS 53 -1.633 -5.571 3.915 412 HA CYS 53 HA CYS 53 0.217 -4.631 2.068 413 1HB CYS 53 HB1 CYS 53 -1.018 -3.374 4.012 414 2HB CYS 53 HB2 CYS 53 -0.074 -4.255 5.143 415 H ARG 54 H ARG 54 0.733 -6.318 4.996 416 HA ARG 54 HA ARG 54 3.545 -6.459 5.257 417 1HB ARG 54 HB1 ARG 54 1.102 -7.776 6.493 418 2HB ARG 54 HB2 ARG 54 2.729 -8.168 7.118 419 1HG ARG 54 HG1 ARG 54 3.014 -6.281 8.224 420 2HG ARG 54 HG2 ARG 54 2.345 -5.245 6.932 421 1HD ARG 54 HD1 ARG 54 1.032 -5.167 9.020 422 2HD ARG 54 HD2 ARG 54 0.047 -5.739 7.607 423 HE ARG 54 HE ARG 54 0.870 -8.158 8.561 424 1HH1 ARG 54 HH11 ARG 54 0.140 -5.469 10.779 425 2HH1 ARG 54 HH12 ARG 54 -0.133 -6.579 12.092 426 1HH2 ARG 54 HH21 ARG 54 0.264 -9.400 10.060 427 2HH2 ARG 54 HH22 ARG 54 -0.096 -8.831 11.666 428 H LYS 55 H LYS 55 1.322 -8.782 3.725 429 HA LYS 55 HA LYS 55 3.194 -10.968 3.676 430 1HB LYS 55 HB1 LYS 55 0.839 -11.226 4.022 431 2HB LYS 55 HB2 LYS 55 0.413 -10.472 2.452 432 1HG LYS 55 HG1 LYS 55 1.364 -12.438 1.243 433 2HG LYS 55 HG2 LYS 55 2.048 -13.083 2.781 434 1HD LYS 55 HD1 LYS 55 -0.152 -13.442 3.726 435 2HD LYS 55 HD2 LYS 55 -0.977 -12.671 2.326 436 1HE LYS 55 HE1 LYS 55 0.727 -15.251 2.120 437 2HE LYS 55 HE2 LYS 55 -1.068 -15.225 2.368 438 1HZ LYS 55 HZ1 LYS 55 -1.306 -14.019 0.316 439 2HZ LYS 55 HZ2 LYS 55 0.373 -14.028 0.062 440 3HZ LYS 55 HZ3 LYS 55 -0.492 -15.489 0.069 441 H LYS 56 H LYS 56 2.935 -8.172 1.735 442 HA LYS 56 HA LYS 56 4.209 -9.303 -0.636 443 1HB LYS 56 HB1 LYS 56 2.983 -6.549 -0.070 444 2HB LYS 56 HB2 LYS 56 3.844 -6.993 -1.561 445 1HG LYS 56 HG1 LYS 56 2.164 -9.083 -1.540 446 2HG LYS 56 HG2 LYS 56 1.185 -7.937 -0.576 447 1HD LYS 56 HD1 LYS 56 1.833 -6.366 -2.937 448 2HD LYS 56 HD2 LYS 56 2.003 -8.050 -3.494 449 1HE LYS 56 HE1 LYS 56 -0.168 -8.802 -2.917 450 2HE LYS 56 HE2 LYS 56 -0.615 -7.219 -2.192 451 1HZ LYS 56 HZ1 LYS 56 0.205 -7.702 -5.021 452 2HZ LYS 56 HZ2 LYS 56 -1.375 -7.435 -4.456 453 3HZ LYS 56 HZ3 LYS 56 -0.216 -6.198 -4.353 454 H CYS 57 H CYS 57 4.824 -7.138 2.147 455 HA CYS 57 HA CYS 57 7.594 -6.521 1.155 456 1HB CYS 57 HB1 CYS 57 5.369 -4.924 2.424 457 2HB CYS 57 HB2 CYS 57 7.059 -4.299 2.533 458 H LEU 58 H LEU 58 6.480 -8.482 3.679 459 HA LEU 58 HA LEU 58 8.887 -7.633 5.194 460 1HB LEU 58 HB1 LEU 58 6.133 -7.700 6.378 461 2HB LEU 58 HB2 LEU 58 7.531 -8.095 7.443 462 HG LEU 58 HG LEU 58 7.230 -5.517 5.898 463 1HD1 LEU 58 HD11 LEU 58 5.597 -5.782 7.881 464 2HD1 LEU 58 HD12 LEU 58 6.995 -6.165 8.941 465 3HD1 LEU 58 HD13 LEU 58 6.854 -4.526 8.214 466 1HD2 LEU 58 HD21 LEU 58 9.405 -6.366 7.867 467 2HD2 LEU 58 HD22 LEU 58 9.605 -5.892 6.136 468 3HD2 LEU 58 HD23 LEU 58 9.077 -4.672 7.334 469 H GLY 59 H GLY 59 6.923 -10.232 4.050 470 1HA GLY 59 HA1 GLY 59 7.269 -12.407 3.983 471 2HA GLY 59 HA2 GLY 59 8.697 -12.254 5.084 472 H LYS 60 H LYS 60 5.142 -11.660 5.236 473 HA LYS 60 HA LYS 60 4.765 -13.490 7.417 474 1HB LYS 60 HB1 LYS 60 3.810 -11.565 8.877 475 2HB LYS 60 HB2 LYS 60 5.607 -11.620 8.794 476 1HG LYS 60 HG1 LYS 60 5.638 -9.853 7.023 477 2HG LYS 60 HG2 LYS 60 3.872 -9.759 7.113 478 1HD LYS 60 HD1 LYS 60 5.986 -9.020 9.237 479 2HD LYS 60 HD2 LYS 60 4.921 -7.927 8.280 480 1HE LYS 60 HE1 LYS 60 2.917 -8.812 9.535 481 2HE LYS 60 HE2 LYS 60 4.025 -9.799 10.573 482 1HZ LYS 60 HZ1 LYS 60 4.103 -6.843 10.228 483 2HZ LYS 60 HZ2 LYS 60 3.488 -7.689 11.567 484 3HZ LYS 60 HZ3 LYS 60 5.146 -7.763 11.202 No H/Q in entry = 484 Start of MODEL 10 1 H TRP 1 H TRP 1 12.457 -12.533 4.111 2 HA TRP 1 HA TRP 1 12.069 -12.060 1.280 3 1HB TRP 1 HB1 TRP 1 10.047 -11.814 2.463 4 2HB TRP 1 HB2 TRP 1 10.704 -10.846 3.796 5 HD1 TRP 1 HD1 TRP 1 8.875 -10.306 0.497 6 HE1 TRP 1 HE1 TRP 1 8.522 -7.888 0.205 7 HE3 TRP 1 HE3 TRP 1 12.081 -8.652 4.154 8 HZ2 TRP 1 HZ2 TRP 1 9.739 -5.453 1.128 9 HZ3 TRP 1 HZ3 TRP 1 12.351 -6.229 4.461 10 HH2 TRP 1 HH2 TRP 1 11.156 -4.628 2.993 11 H GLN 2 H GLN 2 12.719 -10.191 0.183 12 HA GLN 2 HA GLN 2 14.473 -8.234 1.331 13 1HB GLN 2 HB1 GLN 2 15.146 -10.071 -1.068 14 2HB GLN 2 HB2 GLN 2 15.840 -8.437 -0.897 15 1HG GLN 2 HG1 GLN 2 16.893 -9.087 1.304 16 2HG GLN 2 HG2 GLN 2 16.240 -10.754 1.116 17 1HE2 GLN 2 HE21 GLN 2 19.767 -10.873 -0.072 18 2HE2 GLN 2 HE22 GLN 2 18.926 -10.629 1.443 19 HA PRO 3 HA PRO 3 11.103 -6.459 -0.631 20 1HB PRO 3 HB1 PRO 3 12.160 -3.801 -1.436 21 2HB PRO 3 HB2 PRO 3 11.247 -4.357 0.029 22 1HG PRO 3 HG1 PRO 3 14.029 -3.653 0.013 23 2HG PRO 3 HG2 PRO 3 13.136 -4.573 1.290 24 1HD PRO 3 HD1 PRO 3 14.882 -5.658 -0.928 25 2HD PRO 3 HD2 PRO 3 14.657 -6.192 0.805 26 HA PRO 4 HA PRO 4 11.145 -6.996 -5.165 27 1HB PRO 4 HB1 PRO 4 8.163 -7.648 -4.705 28 2HB PRO 4 HB2 PRO 4 9.440 -8.587 -5.567 29 1HG PRO 4 HG1 PRO 4 8.505 -9.267 -3.058 30 2HG PRO 4 HG2 PRO 4 10.249 -9.336 -3.453 31 1HD PRO 4 HD1 PRO 4 8.914 -6.969 -1.968 32 2HD PRO 4 HD2 PRO 4 10.263 -8.009 -1.527 33 H TRP 5 H TRP 5 7.872 -6.265 -5.586 34 HA TRP 5 HA TRP 5 8.434 -3.627 -6.661 35 1HB TRP 5 HB1 TRP 5 6.175 -3.698 -7.773 36 2HB TRP 5 HB2 TRP 5 7.397 -4.871 -8.256 37 HD1 TRP 5 HD1 TRP 5 6.904 -7.390 -8.041 38 HE1 TRP 5 HE1 TRP 5 4.573 -8.671 -8.066 39 HE3 TRP 5 HE3 TRP 5 3.691 -3.986 -6.074 40 HZ2 TRP 5 HZ2 TRP 5 1.833 -8.000 -8.055 41 HZ3 TRP 5 HZ3 TRP 5 1.418 -4.017 -6.451 42 HH2 TRP 5 HH2 TRP 5 0.372 -6.110 -7.404 43 H TYR 6 H TYR 6 5.723 -4.874 -4.821 44 HA TYR 6 HA TYR 6 4.077 -2.954 -4.192 45 1HB TYR 6 HB1 TYR 6 4.797 -4.795 -1.816 46 2HB TYR 6 HB2 TYR 6 3.223 -4.503 -2.625 47 HD1 TYR 6 HD1 TYR 6 2.706 -5.938 -4.682 48 HD2 TYR 6 HD2 TYR 6 6.320 -6.372 -2.421 49 HE1 TYR 6 HE1 TYR 6 2.971 -8.205 -5.588 50 HE2 TYR 6 HE2 TYR 6 6.545 -8.742 -3.415 51 HH TYR 6 HH TYR 6 4.148 -10.194 -5.388 52 H CYS 7 H CYS 7 6.604 -3.595 -1.900 53 HA CYS 7 HA CYS 7 6.114 -1.906 0.016 54 1HB CYS 7 HB1 CYS 7 8.992 -2.723 -0.824 55 2HB CYS 7 HB2 CYS 7 8.346 -2.534 0.831 56 H LYS 8 H LYS 8 7.989 -1.278 -2.857 57 HA LYS 8 HA LYS 8 8.807 1.424 -2.081 58 1HB LYS 8 HB1 LYS 8 10.470 -0.462 -2.273 59 2HB LYS 8 HB2 LYS 8 9.853 -0.846 -3.919 60 1HG LYS 8 HG1 LYS 8 10.770 1.396 -4.619 61 2HG LYS 8 HG2 LYS 8 11.478 1.572 -2.957 62 1HD LYS 8 HD1 LYS 8 12.509 -0.813 -3.391 63 2HD LYS 8 HD2 LYS 8 11.967 -0.635 -5.083 64 1HE LYS 8 HE1 LYS 8 14.021 1.169 -3.562 65 2HE LYS 8 HE2 LYS 8 14.416 -0.058 -4.826 66 1HZ LYS 8 HZ1 LYS 8 12.814 2.413 -5.230 67 2HZ LYS 8 HZ2 LYS 8 14.431 2.162 -5.689 68 3HZ LYS 8 HZ3 LYS 8 13.190 1.258 -6.417 69 H GLU 9 H GLU 9 6.000 0.328 -3.393 70 HA GLU 9 HA GLU 9 6.338 1.154 -6.139 71 1HB GLU 9 HB1 GLU 9 5.220 -0.924 -5.432 72 2HB GLU 9 HB2 GLU 9 3.834 0.042 -4.927 73 1HG GLU 9 HG1 GLU 9 3.614 -0.880 -7.203 74 2HG GLU 9 HG2 GLU 9 3.650 0.911 -7.410 75 HA PRO 10 HA PRO 10 4.757 5.183 -5.154 76 1HB PRO 10 HB1 PRO 10 3.908 5.384 -8.087 77 2HB PRO 10 HB2 PRO 10 4.854 6.559 -7.092 78 1HG PRO 10 HG1 PRO 10 6.103 4.905 -8.820 79 2HG PRO 10 HG2 PRO 10 6.790 5.027 -7.150 80 1HD PRO 10 HD1 PRO 10 4.776 2.928 -8.163 81 2HD PRO 10 HD2 PRO 10 6.405 2.634 -7.407 82 H VAL 11 H VAL 11 2.952 5.238 -3.845 83 HA VAL 11 HA VAL 11 0.406 4.203 -4.497 84 HB VAL 11 HB VAL 11 1.250 3.994 -2.307 85 1HG1 VAL 11 HG11 VAL 11 2.605 6.097 -2.056 86 2HG1 VAL 11 HG12 VAL 11 1.095 7.075 -2.048 87 3HG1 VAL 11 HG13 VAL 11 1.412 5.914 -0.719 88 1HG2 VAL 11 HG21 VAL 11 -1.235 4.087 -2.742 89 2HG2 VAL 11 HG22 VAL 11 -0.758 4.562 -1.079 90 3HG2 VAL 11 HG23 VAL 11 -1.241 5.826 -2.243 91 H ARG 12 H ARG 12 -1.408 5.135 -5.147 92 HA ARG 12 HA ARG 12 -1.374 7.939 -6.070 93 1HB ARG 12 HB1 ARG 12 -2.295 5.297 -7.404 94 2HB ARG 12 HB2 ARG 12 -2.576 6.917 -8.154 95 1HG ARG 12 HG1 ARG 12 0.078 5.594 -7.521 96 2HG ARG 12 HG2 ARG 12 -0.767 5.530 -9.116 97 1HD ARG 12 HD1 ARG 12 -0.853 7.983 -9.248 98 2HD ARG 12 HD2 ARG 12 0.291 8.114 -7.843 99 HE ARG 12 HE ARG 12 0.992 6.618 -10.456 100 1HH1 ARG 12 HH11 ARG 12 2.082 8.758 -7.862 101 2HH1 ARG 12 HH12 ARG 12 3.709 8.758 -8.470 102 1HH2 ARG 12 HH21 ARG 12 3.051 6.596 -11.043 103 2HH2 ARG 12 HH22 ARG 12 4.255 7.588 -10.282 104 H ILE 13 H ILE 13 -3.412 8.939 -5.570 105 HA ILE 13 HA ILE 13 -5.523 7.184 -4.513 106 HB ILE 13 HB ILE 13 -4.741 8.846 -3.022 107 1HG1 ILE 13 HG11 ILE 13 -7.682 8.997 -3.908 108 2HG1 ILE 13 HG12 ILE 13 -6.859 7.630 -3.087 109 1HG2 ILE 13 HG21 ILE 13 -4.486 10.930 -4.474 110 2HG2 ILE 13 HG22 ILE 13 -6.301 10.863 -4.720 111 3HG2 ILE 13 HG23 ILE 13 -5.583 11.091 -3.089 112 1HD1 ILE 13 HD11 ILE 13 -6.499 9.053 -1.058 113 2HD1 ILE 13 HD12 ILE 13 -7.321 10.433 -1.855 114 3HD1 ILE 13 HD13 ILE 13 -8.259 8.945 -1.457 115 H GLY 14 H GLY 14 -4.970 9.648 -6.970 116 1HA GLY 14 HA1 GLY 14 -5.779 9.093 -9.161 117 2HA GLY 14 HA2 GLY 14 -7.320 8.559 -8.428 118 H SER 15 H SER 15 -8.596 9.997 -9.892 119 HA SER 15 HA SER 15 -8.794 12.700 -8.874 120 1HB SER 15 HB1 SER 15 -8.018 12.303 -11.839 121 2HB SER 15 HB2 SER 15 -8.632 13.843 -11.127 122 HG SER 15 HG SER 15 -6.552 12.684 -9.717 123 H CYS 16 H CYS 16 -10.296 10.488 -8.591 124 HA CYS 16 HA CYS 16 -12.698 10.755 -10.258 125 1HB CYS 16 HB1 CYS 16 -11.243 8.538 -8.954 126 2HB CYS 16 HB2 CYS 16 -12.891 8.542 -8.312 127 H LYS 17 H LYS 17 -14.720 10.180 -8.786 128 HA LYS 17 HA LYS 17 -14.878 12.389 -6.835 129 1HB LYS 17 HB1 LYS 17 -17.118 10.929 -8.336 130 2HB LYS 17 HB2 LYS 17 -17.255 12.456 -7.407 131 1HG LYS 17 HG1 LYS 17 -15.639 11.975 -10.000 132 2HG LYS 17 HG2 LYS 17 -17.230 12.747 -9.918 133 1HD LYS 17 HD1 LYS 17 -14.596 13.846 -8.715 134 2HD LYS 17 HD2 LYS 17 -15.382 14.378 -10.231 135 1HE LYS 17 HE1 LYS 17 -16.608 14.727 -7.407 136 2HE LYS 17 HE2 LYS 17 -15.765 15.993 -8.379 137 1HZ LYS 17 HZ1 LYS 17 -17.419 15.736 -10.092 138 2HZ LYS 17 HZ2 LYS 17 -18.224 14.540 -9.193 139 3HZ LYS 17 HZ3 LYS 17 -18.133 16.130 -8.601 140 H LYS 18 H LYS 18 -13.668 9.871 -5.917 141 HA LYS 18 HA LYS 18 -15.471 9.344 -3.706 142 1HB LYS 18 HB1 LYS 18 -15.867 7.684 -5.684 143 2HB LYS 18 HB2 LYS 18 -14.245 7.061 -5.419 144 1HG LYS 18 HG1 LYS 18 -15.091 5.662 -3.944 145 2HG LYS 18 HG2 LYS 18 -15.595 6.908 -2.808 146 1HD LYS 18 HD1 LYS 18 -17.198 5.764 -5.184 147 2HD LYS 18 HD2 LYS 18 -17.500 5.442 -3.443 148 1HE LYS 18 HE1 LYS 18 -18.267 7.813 -3.104 149 2HE LYS 18 HE2 LYS 18 -17.911 8.190 -4.837 150 1HZ LYS 18 HZ1 LYS 18 -19.486 6.513 -5.481 151 2HZ LYS 18 HZ2 LYS 18 -19.831 6.153 -3.858 152 3HZ LYS 18 HZ3 LYS 18 -20.200 7.688 -4.484 153 H GLN 19 H GLN 19 -14.307 8.025 -2.027 154 HA GLN 19 HA GLN 19 -11.479 7.703 -2.116 155 1HB GLN 19 HB1 GLN 19 -12.629 8.994 0.454 156 2HB GLN 19 HB2 GLN 19 -10.951 8.657 -0.131 157 1HG GLN 19 HG1 GLN 19 -12.561 10.947 -1.423 158 2HG GLN 19 HG2 GLN 19 -11.892 11.020 0.248 159 1HE2 GLN 19 HE21 GLN 19 -9.157 11.332 -2.630 160 2HE2 GLN 19 HE22 GLN 19 -10.852 11.210 -3.073 161 H PHE 20 H PHE 20 -11.562 5.390 -1.744 162 HA PHE 20 HA PHE 20 -13.502 4.340 0.265 163 1HB PHE 20 HB1 PHE 20 -11.675 2.851 -1.753 164 2HB PHE 20 HB2 PHE 20 -12.887 2.080 -0.696 165 HD1 PHE 20 HD1 PHE 20 -15.448 2.878 -1.063 166 HD2 PHE 20 HD2 PHE 20 -12.285 3.399 -3.999 167 HE1 PHE 20 HE1 PHE 20 -17.080 2.781 -2.888 168 HE2 PHE 20 HE2 PHE 20 -13.947 3.336 -5.773 169 HZ PHE 20 HZ PHE 20 -16.351 2.980 -5.242 170 H SER 21 H SER 21 -12.550 3.585 2.345 171 HA SER 21 HA SER 21 -9.812 4.136 2.844 172 1HB SER 21 HB1 SER 21 -11.616 4.361 4.590 173 2HB SER 21 HB2 SER 21 -11.564 2.576 4.784 174 HG SER 21 HG SER 21 -10.111 3.383 6.234 175 H SER 22 H SER 22 -8.042 3.134 2.780 176 HA SER 22 HA SER 22 -7.821 0.217 2.414 177 1HB SER 22 HB1 SER 22 -6.042 0.939 0.485 178 2HB SER 22 HB2 SER 22 -7.726 1.095 0.093 179 HG SER 22 HG SER 22 -6.413 3.275 1.405 180 H PHE 23 H PHE 23 -5.252 0.007 1.976 181 HA PHE 23 HA PHE 23 -3.561 1.388 3.902 182 1HB PHE 23 HB1 PHE 23 -3.921 -1.721 3.751 183 2HB PHE 23 HB2 PHE 23 -2.539 -0.880 4.485 184 HD1 PHE 23 HD1 PHE 23 -2.686 0.307 6.563 185 HD2 PHE 23 HD2 PHE 23 -6.192 -1.484 4.854 186 HE1 PHE 23 HE1 PHE 23 -3.876 0.643 8.691 187 HE2 PHE 23 HE2 PHE 23 -7.395 -1.175 7.009 188 HZ PHE 23 HZ PHE 23 -6.247 -0.119 8.926 189 H TYR 24 H TYR 24 -1.291 1.339 3.420 190 HA TYR 24 HA TYR 24 -0.318 -0.175 1.191 191 1HB TYR 24 HB1 TYR 24 0.585 1.358 -0.248 192 2HB TYR 24 HB2 TYR 24 -1.003 2.079 0.110 193 HD1 TYR 24 HD1 TYR 24 -1.061 3.953 1.966 194 HD2 TYR 24 HD2 TYR 24 2.592 2.539 0.152 195 HE1 TYR 24 HE1 TYR 24 0.080 5.955 2.766 196 HE2 TYR 24 HE2 TYR 24 3.789 4.532 1.088 197 HH TYR 24 HH TYR 24 1.989 7.075 2.886 198 H PHE 25 H PHE 25 2.233 -0.107 1.150 199 HA PHE 25 HA PHE 25 3.192 -0.210 3.925 200 1HB PHE 25 HB1 PHE 25 3.299 -2.293 2.305 201 2HB PHE 25 HB2 PHE 25 4.599 -1.437 1.437 202 HD1 PHE 25 HD1 PHE 25 6.806 -0.967 2.781 203 HD2 PHE 25 HD2 PHE 25 3.620 -3.464 4.323 204 HE1 PHE 25 HE1 PHE 25 8.267 -1.913 4.611 205 HE2 PHE 25 HE2 PHE 25 4.924 -4.145 6.169 206 HZ PHE 25 HZ PHE 25 7.345 -3.323 6.327 207 H LYS 26 H LYS 26 4.695 1.323 4.696 208 HA LYS 26 HA LYS 26 5.718 3.254 2.763 209 1HB LYS 26 HB1 LYS 26 5.043 3.392 5.539 210 2HB LYS 26 HB2 LYS 26 6.744 3.884 5.356 211 1HG LYS 26 HG1 LYS 26 4.278 5.112 4.292 212 2HG LYS 26 HG2 LYS 26 5.687 5.679 5.343 213 1HD LYS 26 HD1 LYS 26 5.533 5.640 2.290 214 2HD LYS 26 HD2 LYS 26 5.668 6.969 3.457 215 1HE LYS 26 HE1 LYS 26 7.811 7.063 2.918 216 2HE LYS 26 HE2 LYS 26 8.005 5.705 4.096 217 1HZ LYS 26 HZ1 LYS 26 7.603 5.499 1.144 218 2HZ LYS 26 HZ2 LYS 26 9.062 5.280 1.987 219 3HZ LYS 26 HZ3 LYS 26 7.780 4.190 2.211 220 H TRP 27 H TRP 27 7.587 2.589 1.764 221 HA TRP 27 HA TRP 27 9.466 0.664 2.545 222 1HB TRP 27 HB1 TRP 27 9.320 0.988 0.308 223 2HB TRP 27 HB2 TRP 27 9.037 2.744 0.402 224 HD1 TRP 27 HD1 TRP 27 11.176 4.079 -0.542 225 HE1 TRP 27 HE1 TRP 27 13.623 3.429 -1.037 226 HE3 TRP 27 HE3 TRP 27 11.037 -0.569 1.317 227 HZ2 TRP 27 HZ2 TRP 27 15.356 1.192 -0.492 228 HZ3 TRP 27 HZ3 TRP 27 13.095 -1.925 1.494 229 HH2 TRP 27 HH2 TRP 27 15.262 -1.064 0.549 230 H THR 28 H THR 28 9.579 4.228 2.994 231 HA THR 28 HA THR 28 12.198 3.983 4.241 232 HB THR 28 HB THR 28 12.252 6.399 4.602 233 HG1 THR 28 HG1 THR 28 10.776 7.492 3.129 234 1HG2 THR 28 HG21 THR 28 13.254 5.217 2.616 235 2HG2 THR 28 HG22 THR 28 11.701 5.406 1.727 236 3HG2 THR 28 HG23 THR 28 12.666 6.859 2.187 237 H ALA 29 H ALA 29 8.781 4.070 5.451 238 HA ALA 29 HA ALA 29 9.761 4.459 8.182 239 1HB ALA 29 HB1 ALA 29 7.463 5.227 7.442 240 2HB ALA 29 HB2 ALA 29 6.951 3.501 7.366 241 3HB ALA 29 HB3 ALA 29 7.487 4.218 8.921 242 H LYS 30 H LYS 30 8.747 1.671 6.165 243 HA LYS 30 HA LYS 30 9.217 -0.411 6.183 244 1HB LYS 30 HB1 LYS 30 11.423 0.186 7.406 245 2HB LYS 30 HB2 LYS 30 10.640 -0.494 8.851 246 1HG LYS 30 HG1 LYS 30 11.946 -2.214 7.877 247 2HG LYS 30 HG2 LYS 30 10.289 -2.674 7.407 248 1HD LYS 30 HD1 LYS 30 10.701 -1.872 5.090 249 2HD LYS 30 HD2 LYS 30 12.203 -1.045 5.596 250 1HE LYS 30 HE1 LYS 30 13.189 -3.337 6.219 251 2HE LYS 30 HE2 LYS 30 11.734 -4.101 5.463 252 1HZ LYS 30 HZ1 LYS 30 13.680 -2.273 4.129 253 2HZ LYS 30 HZ2 LYS 30 13.598 -3.962 3.959 254 3HZ LYS 30 HZ3 LYS 30 12.324 -2.989 3.398 255 H LYS 31 H LYS 31 6.802 0.784 7.309 256 HA LYS 31 HA LYS 31 5.586 -1.582 8.399 257 1HB LYS 31 HB1 LYS 31 6.388 -0.358 10.411 258 2HB LYS 31 HB2 LYS 31 5.661 1.165 9.835 259 1HG LYS 31 HG1 LYS 31 4.441 0.130 11.725 260 2HG LYS 31 HG2 LYS 31 3.431 0.352 10.278 261 1HD LYS 31 HD1 LYS 31 3.839 -2.226 9.791 262 2HD LYS 31 HD2 LYS 31 4.689 -2.270 11.366 263 1HE LYS 31 HE1 LYS 31 2.311 -3.084 11.524 264 2HE LYS 31 HE2 LYS 31 2.519 -1.572 12.497 265 1HZ LYS 31 HZ1 LYS 31 1.616 -0.324 10.648 266 2HZ LYS 31 HZ2 LYS 31 1.417 -1.742 9.736 267 3HZ LYS 31 HZ3 LYS 31 0.531 -1.522 11.168 268 H CYS 32 H CYS 32 3.122 -1.095 8.465 269 HA CYS 32 HA CYS 32 2.308 -0.044 5.903 270 1HB CYS 32 HB1 CYS 32 0.789 -1.573 8.128 271 2HB CYS 32 HB2 CYS 32 0.110 -1.224 6.485 272 H LEU 33 H LEU 33 0.856 1.581 5.482 273 HA LEU 33 HA LEU 33 -0.066 3.265 7.742 274 1HB LEU 33 HB1 LEU 33 0.778 4.301 4.939 275 2HB LEU 33 HB2 LEU 33 0.223 5.268 6.345 276 HG LEU 33 HG LEU 33 2.944 3.965 5.844 277 1HD1 LEU 33 HD11 LEU 33 2.401 6.229 4.968 278 2HD1 LEU 33 HD12 LEU 33 1.979 6.804 6.626 279 3HD1 LEU 33 HD13 LEU 33 3.668 6.266 6.253 280 1HD2 LEU 33 HD21 LEU 33 1.899 5.182 8.523 281 2HD2 LEU 33 HD22 LEU 33 2.446 3.489 8.314 282 3HD2 LEU 33 HD23 LEU 33 3.617 4.828 8.144 283 HA PRO 34 HA PRO 34 -3.923 3.066 4.953 284 1HB PRO 34 HB1 PRO 34 -5.599 4.602 6.403 285 2HB PRO 34 HB2 PRO 34 -4.978 3.067 7.095 286 1HG PRO 34 HG1 PRO 34 -3.974 5.903 7.723 287 2HG PRO 34 HG2 PRO 34 -4.356 4.577 8.889 288 1HD PRO 34 HD1 PRO 34 -1.786 5.230 7.730 289 2HD PRO 34 HD2 PRO 34 -2.198 3.650 8.562 290 H PHE 35 H PHE 35 -4.796 4.172 3.546 291 HA PHE 35 HA PHE 35 -4.632 6.987 3.184 292 1HB PHE 35 HB1 PHE 35 -3.491 7.265 1.156 293 2HB PHE 35 HB2 PHE 35 -2.425 6.095 1.970 294 HD1 PHE 35 HD1 PHE 35 -3.240 3.509 1.463 295 HD2 PHE 35 HD2 PHE 35 -4.042 6.889 -1.165 296 HE1 PHE 35 HE1 PHE 35 -3.714 1.974 -0.423 297 HE2 PHE 35 HE2 PHE 35 -4.339 5.336 -3.007 298 HZ PHE 35 HZ PHE 35 -4.203 2.905 -2.667 299 H LEU 36 H LEU 36 -6.306 7.252 1.069 300 HA LEU 36 HA LEU 36 -8.252 5.085 1.143 301 1HB LEU 36 HB1 LEU 36 -8.642 8.167 0.773 302 2HB LEU 36 HB2 LEU 36 -9.792 6.901 0.359 303 HG LEU 36 HG LEU 36 -9.670 6.026 2.657 304 1HD1 LEU 36 HD11 LEU 36 -8.479 8.707 3.403 305 2HD1 LEU 36 HD12 LEU 36 -9.312 7.550 4.529 306 3HD1 LEU 36 HD13 LEU 36 -7.808 7.037 3.715 307 1HD2 LEU 36 HD21 LEU 36 -11.648 7.231 1.785 308 2HD2 LEU 36 HD22 LEU 36 -11.409 7.578 3.522 309 3HD2 LEU 36 HD23 LEU 36 -10.926 8.812 2.306 310 H PHE 37 H PHE 37 -9.139 4.679 -0.905 311 HA PHE 37 HA PHE 37 -7.454 5.412 -3.301 312 1HB PHE 37 HB1 PHE 37 -7.082 3.064 -2.730 313 2HB PHE 37 HB2 PHE 37 -8.870 2.835 -2.435 314 HD1 PHE 37 HD1 PHE 37 -7.464 4.441 -5.727 315 HD2 PHE 37 HD2 PHE 37 -9.110 0.948 -3.731 316 HE1 PHE 37 HE1 PHE 37 -7.890 3.390 -7.851 317 HE2 PHE 37 HE2 PHE 37 -9.487 -0.089 -5.945 318 HZ PHE 37 HZ PHE 37 -8.813 1.117 -8.003 319 H SER 38 H SER 38 -8.564 6.558 -4.991 320 HA SER 38 HA SER 38 -11.413 6.958 -4.653 321 1HB SER 38 HB1 SER 38 -9.519 7.984 -6.854 322 2HB SER 38 HB2 SER 38 -11.215 8.533 -6.546 323 HG SER 38 HG SER 38 -10.637 9.259 -4.578 324 H GLY 39 H GLY 39 -9.445 4.976 -6.841 325 1HA GLY 39 HA1 GLY 39 -10.606 3.075 -7.855 326 2HA GLY 39 HA2 GLY 39 -11.852 4.169 -8.379 327 H CYS 40 H CYS 40 -10.991 6.155 -9.732 328 HA CYS 40 HA CYS 40 -9.378 5.031 -11.904 329 1HB CYS 40 HB1 CYS 40 -10.254 6.623 -13.383 330 2HB CYS 40 HB2 CYS 40 -11.605 5.901 -12.490 331 H GLY 41 H GLY 41 -7.293 5.566 -12.233 332 1HA GLY 41 HA1 GLY 41 -5.496 7.209 -12.291 333 2HA GLY 41 HA2 GLY 41 -6.239 8.064 -10.931 334 H GLY 42 H GLY 42 -6.688 5.155 -9.732 335 1HA GLY 42 HA1 GLY 42 -4.140 4.985 -8.345 336 2HA GLY 42 HA2 GLY 42 -5.605 3.958 -8.142 337 H ASN 43 H ASN 43 -3.027 2.740 -7.993 338 HA ASN 43 HA ASN 43 -3.267 0.892 -10.182 339 1HB ASN 43 HB1 ASN 43 -0.905 1.109 -11.118 340 2HB ASN 43 HB2 ASN 43 -2.005 2.467 -11.448 341 1HD2 ASN 43 HD21 ASN 43 0.960 3.460 -8.779 342 2HD2 ASN 43 HD22 ASN 43 -0.024 2.037 -8.531 343 H ALA 44 H ALA 44 -3.121 -1.050 -9.449 344 HA ALA 44 HA ALA 44 -2.795 -2.827 -8.297 345 1HB ALA 44 HB1 ALA 44 -1.161 -2.694 -10.194 346 2HB ALA 44 HB2 ALA 44 0.147 -2.294 -9.034 347 3HB ALA 44 HB3 ALA 44 -0.712 -3.887 -8.937 348 H ASN 45 H ASN 45 -0.701 -0.473 -6.660 349 HA ASN 45 HA ASN 45 -0.010 -2.390 -4.533 350 1HB ASN 45 HB1 ASN 45 1.715 -0.688 -5.546 351 2HB ASN 45 HB2 ASN 45 0.794 0.614 -4.780 352 1HD2 ASN 45 HD21 ASN 45 2.960 0.012 -2.072 353 2HD2 ASN 45 HD22 ASN 45 2.160 1.113 -3.136 354 H ARG 46 H ARG 46 -2.425 -2.520 -3.983 355 HA ARG 46 HA ARG 46 -2.893 -0.789 -1.722 356 1HB ARG 46 HB1 ARG 46 -5.194 -0.090 -2.265 357 2HB ARG 46 HB2 ARG 46 -3.929 0.571 -3.309 358 1HG ARG 46 HG1 ARG 46 -4.588 -1.566 -4.903 359 2HG ARG 46 HG2 ARG 46 -6.129 -1.336 -4.005 360 1HD ARG 46 HD1 ARG 46 -6.176 -0.025 -6.148 361 2HD ARG 46 HD2 ARG 46 -6.164 1.041 -4.669 362 HE ARG 46 HE ARG 46 -3.509 0.338 -5.907 363 1HH1 ARG 46 HH11 ARG 46 -5.853 3.135 -5.724 364 2HH1 ARG 46 HH12 ARG 46 -4.490 4.199 -5.491 365 1HH2 ARG 46 HH21 ARG 46 -2.071 1.866 -5.686 366 2HH2 ARG 46 HH22 ARG 46 -2.510 3.538 -5.668 367 H PHE 47 H PHE 47 -3.662 -1.772 -0.094 368 HA PHE 47 HA PHE 47 -4.257 -4.649 -0.309 369 1HB PHE 47 HB1 PHE 47 -3.285 -2.912 2.092 370 2HB PHE 47 HB2 PHE 47 -3.241 -4.704 1.982 371 HD1 PHE 47 HD1 PHE 47 -1.991 -5.211 -0.771 372 HD2 PHE 47 HD2 PHE 47 -1.071 -2.176 2.169 373 HE1 PHE 47 HE1 PHE 47 0.317 -4.979 -1.666 374 HE2 PHE 47 HE2 PHE 47 1.214 -2.083 1.282 375 HZ PHE 47 HZ PHE 47 1.890 -3.404 -0.665 376 H GLN 48 H GLN 48 -6.193 -5.517 0.670 377 HA GLN 48 HA GLN 48 -8.321 -3.662 1.035 378 1HB GLN 48 HB1 GLN 48 -9.800 -5.466 0.936 379 2HB GLN 48 HB2 GLN 48 -8.453 -5.948 -0.118 380 1HG GLN 48 HG1 GLN 48 -9.161 -6.986 2.729 381 2HG GLN 48 HG2 GLN 48 -9.378 -7.844 1.186 382 1HE2 GLN 48 HE21 GLN 48 -5.957 -8.868 0.949 383 2HE2 GLN 48 HE22 GLN 48 -7.258 -8.327 -0.059 384 H THR 49 H THR 49 -6.406 -5.578 3.312 385 HA THR 49 HA THR 49 -7.586 -4.141 5.604 386 HB THR 49 HB THR 49 -7.072 -6.096 7.066 387 HG1 THR 49 HG1 THR 49 -6.623 -7.537 4.624 388 1HG2 THR 49 HG21 THR 49 -9.352 -5.816 6.140 389 2HG2 THR 49 HG22 THR 49 -8.926 -6.870 4.749 390 3HG2 THR 49 HG23 THR 49 -8.908 -7.539 6.414 391 H ILE 50 H ILE 50 -5.869 -4.448 7.511 392 HA ILE 50 HA ILE 50 -3.379 -3.277 6.767 393 HB ILE 50 HB ILE 50 -4.770 -2.594 8.645 394 1HG1 ILE 50 HG11 ILE 50 -2.002 -3.503 9.589 395 2HG1 ILE 50 HG12 ILE 50 -2.353 -2.077 8.553 396 1HG2 ILE 50 HG21 ILE 50 -5.621 -4.896 9.355 397 2HG2 ILE 50 HG22 ILE 50 -3.999 -5.221 10.058 398 3HG2 ILE 50 HG23 ILE 50 -5.005 -3.891 10.704 399 1HD1 ILE 50 HD11 ILE 50 -3.851 -1.148 10.381 400 2HD1 ILE 50 HD12 ILE 50 -3.345 -2.509 11.454 401 3HD1 ILE 50 HD13 ILE 50 -2.130 -1.309 10.875 402 H GLY 51 H GLY 51 -4.424 -6.571 7.103 403 1HA GLY 51 HA1 GLY 51 -1.724 -7.545 7.751 404 2HA GLY 51 HA2 GLY 51 -3.232 -8.465 7.715 405 H GLU 52 H GLU 52 -3.447 -6.896 4.885 406 HA GLU 52 HA GLU 52 -2.154 -8.976 3.279 407 1HB GLU 52 HB1 GLU 52 -4.424 -8.266 2.794 408 2HB GLU 52 HB2 GLU 52 -3.953 -6.563 2.623 409 1HG GLU 52 HG1 GLU 52 -4.315 -7.552 0.352 410 2HG GLU 52 HG2 GLU 52 -2.583 -7.155 0.509 411 H CYS 53 H CYS 53 -1.491 -5.849 4.431 412 HA CYS 53 HA CYS 53 0.171 -4.757 2.476 413 1HB CYS 53 HB1 CYS 53 -1.032 -3.441 4.363 414 2HB CYS 53 HB2 CYS 53 -0.157 -4.321 5.539 415 H ARG 54 H ARG 54 1.090 -6.122 5.512 416 HA ARG 54 HA ARG 54 3.901 -6.192 5.283 417 1HB ARG 54 HB1 ARG 54 3.814 -7.054 7.450 418 2HB ARG 54 HB2 ARG 54 2.566 -5.821 7.222 419 1HG ARG 54 HG1 ARG 54 1.014 -7.962 6.616 420 2HG ARG 54 HG2 ARG 54 2.266 -8.841 7.546 421 1HD ARG 54 HD1 ARG 54 1.926 -7.134 9.437 422 2HD ARG 54 HD2 ARG 54 0.586 -6.413 8.456 423 HE ARG 54 HE ARG 54 -0.366 -8.984 8.533 424 1HH1 ARG 54 HH11 ARG 54 1.507 -7.692 11.261 425 2HH1 ARG 54 HH12 ARG 54 1.014 -9.014 12.265 426 1HH2 ARG 54 HH21 ARG 54 -0.841 -10.634 9.971 427 2HH2 ARG 54 HH22 ARG 54 -0.332 -10.487 11.615 428 H LYS 55 H LYS 55 1.709 -8.588 3.985 429 HA LYS 55 HA LYS 55 3.355 -10.945 4.182 430 1HB LYS 55 HB1 LYS 55 1.004 -9.938 2.456 431 2HB LYS 55 HB2 LYS 55 1.753 -11.504 1.987 432 1HG LYS 55 HG1 LYS 55 0.641 -11.094 4.797 433 2HG LYS 55 HG2 LYS 55 -0.332 -11.620 3.384 434 1HD LYS 55 HD1 LYS 55 1.123 -13.588 3.017 435 2HD LYS 55 HD2 LYS 55 2.243 -12.989 4.282 436 1HE LYS 55 HE1 LYS 55 0.920 -14.742 5.295 437 2HE LYS 55 HE2 LYS 55 0.357 -13.172 5.999 438 1HZ LYS 55 HZ1 LYS 55 -0.917 -14.672 3.751 439 2HZ LYS 55 HZ2 LYS 55 -1.468 -14.602 5.357 440 3HZ LYS 55 HZ3 LYS 55 -1.461 -13.198 4.398 441 H LYS 56 H LYS 56 2.752 -8.716 1.545 442 HA LYS 56 HA LYS 56 4.606 -9.575 -0.394 443 1HB LYS 56 HB1 LYS 56 2.658 -7.318 0.059 444 2HB LYS 56 HB2 LYS 56 3.882 -7.052 -1.202 445 1HG LYS 56 HG1 LYS 56 3.360 -9.051 -2.397 446 2HG LYS 56 HG2 LYS 56 2.104 -9.520 -1.202 447 1HD LYS 56 HD1 LYS 56 1.892 -6.809 -2.820 448 2HD LYS 56 HD2 LYS 56 1.363 -8.415 -3.415 449 1HE LYS 56 HE1 LYS 56 -0.103 -8.825 -1.438 450 2HE LYS 56 HE2 LYS 56 0.364 -7.238 -0.723 451 1HZ LYS 56 HZ1 LYS 56 -0.979 -7.666 -3.338 452 2HZ LYS 56 HZ2 LYS 56 -1.705 -7.139 -1.895 453 3HZ LYS 56 HZ3 LYS 56 -0.548 -6.166 -2.667 454 H CYS 57 H CYS 57 4.913 -7.454 2.401 455 HA CYS 57 HA CYS 57 7.487 -6.378 1.326 456 1HB CYS 57 HB1 CYS 57 5.180 -4.987 2.823 457 2HB CYS 57 HB2 CYS 57 6.796 -4.217 2.629 458 H LEU 58 H LEU 58 6.588 -8.340 4.032 459 HA LEU 58 HA LEU 58 9.130 -7.340 5.259 460 1HB LEU 58 HB1 LEU 58 6.482 -7.645 6.652 461 2HB LEU 58 HB2 LEU 58 7.963 -8.042 7.594 462 HG LEU 58 HG LEU 58 7.512 -5.389 6.216 463 1HD1 LEU 58 HD11 LEU 58 5.877 -5.746 8.134 464 2HD1 LEU 58 HD12 LEU 58 7.230 -6.231 9.206 465 3HD1 LEU 58 HD13 LEU 58 7.135 -4.535 8.601 466 1HD2 LEU 58 HD21 LEU 58 9.644 -6.288 8.245 467 2HD2 LEU 58 HD22 LEU 58 9.923 -5.777 6.536 468 3HD2 LEU 58 HD23 LEU 58 9.329 -4.586 7.744 469 H GLY 59 H GLY 59 7.316 -9.955 4.054 470 1HA GLY 59 HA1 GLY 59 7.560 -12.104 3.906 471 2HA GLY 59 HA2 GLY 59 9.113 -12.025 4.844 472 H LYS 60 H LYS 60 5.529 -11.635 5.298 473 HA LYS 60 HA LYS 60 5.557 -13.454 7.540 474 1HB LYS 60 HB1 LYS 60 4.390 -11.693 8.994 475 2HB LYS 60 HB2 LYS 60 6.178 -11.564 8.826 476 1HG LYS 60 HG1 LYS 60 5.875 -9.767 7.047 477 2HG LYS 60 HG2 LYS 60 4.121 -9.825 7.345 478 1HD LYS 60 HD1 LYS 60 6.382 -9.002 9.271 479 2HD LYS 60 HD2 LYS 60 5.190 -7.965 8.415 480 1HE LYS 60 HE1 LYS 60 3.343 -9.145 9.828 481 2HE LYS 60 HE2 LYS 60 4.663 -9.972 10.742 482 1HZ LYS 60 HZ1 LYS 60 4.294 -7.032 10.467 483 2HZ LYS 60 HZ2 LYS 60 3.919 -7.976 11.827 484 3HZ LYS 60 HZ3 LYS 60 5.535 -7.808 11.329 No H/Q in entry = 484 Start of MODEL 11 1 H TRP 1 H TRP 1 12.971 -12.464 3.925 2 HA TRP 1 HA TRP 1 11.528 -12.246 1.629 3 1HB TRP 1 HB1 TRP 1 9.470 -11.875 2.654 4 2HB TRP 1 HB2 TRP 1 10.031 -10.908 4.026 5 HD1 TRP 1 HD1 TRP 1 8.411 -10.294 0.667 6 HE1 TRP 1 HE1 TRP 1 8.239 -7.896 0.328 7 HE3 TRP 1 HE3 TRP 1 11.535 -8.796 4.441 8 HZ2 TRP 1 HZ2 TRP 1 9.563 -5.499 1.269 9 HZ3 TRP 1 HZ3 TRP 1 11.981 -6.393 4.703 10 HH2 TRP 1 HH2 TRP 1 10.958 -4.745 3.135 11 H GLN 2 H GLN 2 12.253 -10.338 0.446 12 HA GLN 2 HA GLN 2 14.089 -8.471 1.649 13 1HB GLN 2 HB1 GLN 2 14.651 -10.142 -0.904 14 2HB GLN 2 HB2 GLN 2 15.506 -8.643 -0.435 15 1HG GLN 2 HG1 GLN 2 16.278 -9.750 1.714 16 2HG GLN 2 HG2 GLN 2 15.567 -11.304 1.154 17 1HE2 GLN 2 HE21 GLN 2 18.093 -11.515 -1.533 18 2HE2 GLN 2 HE22 GLN 2 16.368 -11.741 -1.357 19 HA PRO 3 HA PRO 3 10.898 -6.494 -0.414 20 1HB PRO 3 HB1 PRO 3 12.110 -3.885 -1.202 21 2HB PRO 3 HB2 PRO 3 11.097 -4.390 0.220 22 1HG PRO 3 HG1 PRO 3 13.983 -3.873 0.209 23 2HG PRO 3 HG2 PRO 3 12.964 -4.435 1.567 24 1HD PRO 3 HD1 PRO 3 14.764 -6.083 -0.182 25 2HD PRO 3 HD2 PRO 3 14.106 -6.406 1.475 26 HA PRO 4 HA PRO 4 11.293 -7.041 -4.968 27 1HB PRO 4 HB1 PRO 4 8.795 -8.120 -5.385 28 2HB PRO 4 HB2 PRO 4 9.879 -8.930 -4.231 29 1HG PRO 4 HG1 PRO 4 7.848 -6.865 -3.453 30 2HG PRO 4 HG2 PRO 4 8.043 -8.606 -2.838 31 1HD PRO 4 HD1 PRO 4 9.009 -6.382 -1.569 32 2HD PRO 4 HD2 PRO 4 9.852 -8.001 -1.594 33 H TRP 5 H TRP 5 8.002 -6.358 -5.518 34 HA TRP 5 HA TRP 5 8.553 -3.727 -6.619 35 1HB TRP 5 HB1 TRP 5 6.306 -3.763 -7.740 36 2HB TRP 5 HB2 TRP 5 7.538 -4.920 -8.238 37 HD1 TRP 5 HD1 TRP 5 7.049 -7.398 -8.219 38 HE1 TRP 5 HE1 TRP 5 4.753 -8.753 -8.074 39 HE3 TRP 5 HE3 TRP 5 3.752 -4.041 -6.194 40 HZ2 TRP 5 HZ2 TRP 5 2.027 -8.121 -8.223 41 HZ3 TRP 5 HZ3 TRP 5 1.470 -4.172 -6.653 42 HH2 TRP 5 HH2 TRP 5 0.520 -6.247 -7.624 43 H TYR 6 H TYR 6 5.721 -4.932 -4.840 44 HA TYR 6 HA TYR 6 4.184 -2.941 -4.260 45 1HB TYR 6 HB1 TYR 6 4.705 -4.765 -1.837 46 2HB TYR 6 HB2 TYR 6 3.186 -4.424 -2.731 47 HD1 TYR 6 HD1 TYR 6 2.752 -5.873 -4.831 48 HD2 TYR 6 HD2 TYR 6 6.040 -6.487 -2.208 49 HE1 TYR 6 HE1 TYR 6 2.910 -8.207 -5.628 50 HE2 TYR 6 HE2 TYR 6 6.125 -8.966 -3.014 51 HH TYR 6 HH TYR 6 3.940 -10.201 -5.386 52 H CYS 7 H CYS 7 6.728 -3.617 -1.972 53 HA CYS 7 HA CYS 7 6.133 -1.872 -0.086 54 1HB CYS 7 HB1 CYS 7 9.020 -2.815 -0.657 55 2HB CYS 7 HB2 CYS 7 8.198 -2.558 0.919 56 H LYS 8 H LYS 8 8.026 -1.238 -2.925 57 HA LYS 8 HA LYS 8 8.875 1.469 -2.108 58 1HB LYS 8 HB1 LYS 8 10.533 -0.423 -2.296 59 2HB LYS 8 HB2 LYS 8 9.899 -0.847 -3.921 60 1HG LYS 8 HG1 LYS 8 10.859 1.311 -4.743 61 2HG LYS 8 HG2 LYS 8 11.562 1.598 -3.096 62 1HD LYS 8 HD1 LYS 8 12.622 -0.752 -3.255 63 2HD LYS 8 HD2 LYS 8 12.000 -0.879 -4.925 64 1HE LYS 8 HE1 LYS 8 14.039 1.278 -3.977 65 2HE LYS 8 HE2 LYS 8 14.466 -0.259 -4.826 66 1HZ LYS 8 HZ1 LYS 8 13.165 0.467 -6.698 67 2HZ LYS 8 HZ2 LYS 8 12.752 1.911 -5.904 68 3HZ LYS 8 HZ3 LYS 8 14.372 1.596 -6.309 69 H GLU 9 H GLU 9 6.186 0.226 -3.426 70 HA GLU 9 HA GLU 9 6.385 1.088 -6.161 71 1HB GLU 9 HB1 GLU 9 5.463 -1.018 -5.507 72 2HB GLU 9 HB2 GLU 9 4.081 -0.196 -4.792 73 1HG GLU 9 HG1 GLU 9 3.623 -0.997 -7.069 74 2HG GLU 9 HG2 GLU 9 3.585 0.789 -7.200 75 HA PRO 10 HA PRO 10 4.952 5.114 -5.072 76 1HB PRO 10 HB1 PRO 10 3.918 5.304 -7.962 77 2HB PRO 10 HB2 PRO 10 4.872 6.527 -7.023 78 1HG PRO 10 HG1 PRO 10 6.134 4.898 -8.758 79 2HG PRO 10 HG2 PRO 10 6.843 5.040 -7.097 80 1HD PRO 10 HD1 PRO 10 4.905 2.890 -8.121 81 2HD PRO 10 HD2 PRO 10 6.509 2.623 -7.330 82 H VAL 11 H VAL 11 3.282 5.629 -3.701 83 HA VAL 11 HA VAL 11 0.670 4.624 -3.992 84 HB VAL 11 HB VAL 11 1.758 4.944 -1.868 85 1HG1 VAL 11 HG11 VAL 11 2.874 7.162 -2.225 86 2HG1 VAL 11 HG12 VAL 11 1.268 7.980 -2.236 87 3HG1 VAL 11 HG13 VAL 11 1.837 7.146 -0.759 88 1HG2 VAL 11 HG21 VAL 11 -1.016 6.312 -2.232 89 2HG2 VAL 11 HG22 VAL 11 -0.655 4.579 -1.962 90 3HG2 VAL 11 HG23 VAL 11 -0.305 5.771 -0.660 91 H ARG 12 H ARG 12 -1.276 5.486 -4.384 92 HA ARG 12 HA ARG 12 -1.470 8.053 -5.809 93 1HB ARG 12 HB1 ARG 12 -2.266 5.168 -6.584 94 2HB ARG 12 HB2 ARG 12 -3.092 6.536 -7.336 95 1HG ARG 12 HG1 ARG 12 -0.160 5.867 -7.497 96 2HG ARG 12 HG2 ARG 12 -1.394 5.731 -8.800 97 1HD ARG 12 HD1 ARG 12 -0.292 8.360 -7.585 98 2HD ARG 12 HD2 ARG 12 -0.047 7.706 -9.246 99 HE ARG 12 HE ARG 12 -2.568 7.900 -9.597 100 1HH1 ARG 12 HH11 ARG 12 -1.365 9.949 -6.927 101 2HH1 ARG 12 HH12 ARG 12 -2.756 10.951 -7.020 102 1HH2 ARG 12 HH21 ARG 12 -4.137 9.377 -9.685 103 2HH2 ARG 12 HH22 ARG 12 -4.258 10.610 -8.509 104 H ILE 13 H ILE 13 -4.028 7.764 -6.489 105 HA ILE 13 HA ILE 13 -5.778 6.884 -4.519 106 HB ILE 13 HB ILE 13 -5.001 8.907 -3.531 107 1HG1 ILE 13 HG11 ILE 13 -7.978 9.010 -4.295 108 2HG1 ILE 13 HG12 ILE 13 -7.166 7.732 -3.319 109 1HG2 ILE 13 HG21 ILE 13 -4.675 10.391 -5.449 110 2HG2 ILE 13 HG22 ILE 13 -6.481 10.456 -5.698 111 3HG2 ILE 13 HG23 ILE 13 -5.745 11.097 -4.191 112 1HD1 ILE 13 HD11 ILE 13 -6.529 9.305 -1.579 113 2HD1 ILE 13 HD12 ILE 13 -7.264 10.702 -2.487 114 3HD1 ILE 13 HD13 ILE 13 -8.319 9.388 -1.806 115 H GLY 14 H GLY 14 -5.117 8.593 -7.563 116 1HA GLY 14 HA1 GLY 14 -6.212 7.988 -9.569 117 2HA GLY 14 HA2 GLY 14 -7.724 7.623 -8.679 118 H SER 15 H SER 15 -8.288 9.612 -7.198 119 HA SER 15 HA SER 15 -8.726 11.659 -6.767 120 1HB SER 15 HB1 SER 15 -7.173 12.657 -9.182 121 2HB SER 15 HB2 SER 15 -8.080 13.704 -8.022 122 HG SER 15 HG SER 15 -5.968 13.508 -7.360 123 H CYS 16 H CYS 16 -10.472 9.986 -7.490 124 HA CYS 16 HA CYS 16 -12.298 11.199 -9.465 125 1HB CYS 16 HB1 CYS 16 -11.710 8.669 -9.055 126 2HB CYS 16 HB2 CYS 16 -12.986 8.646 -7.876 127 H LYS 17 H LYS 17 -14.554 10.251 -8.259 128 HA LYS 17 HA LYS 17 -15.222 12.616 -6.713 129 1HB LYS 17 HB1 LYS 17 -17.000 10.473 -7.967 130 2HB LYS 17 HB2 LYS 17 -17.561 12.052 -7.326 131 1HG LYS 17 HG1 LYS 17 -15.507 11.715 -9.639 132 2HG LYS 17 HG2 LYS 17 -17.233 11.880 -9.890 133 1HD LYS 17 HD1 LYS 17 -15.426 13.974 -8.497 134 2HD LYS 17 HD2 LYS 17 -15.929 13.999 -10.216 135 1HE LYS 17 HE1 LYS 17 -17.892 14.263 -7.835 136 2HE LYS 17 HE2 LYS 17 -17.251 15.602 -8.861 137 1HZ LYS 17 HZ1 LYS 17 -18.241 14.565 -10.778 138 2HZ LYS 17 HZ2 LYS 17 -18.845 13.291 -9.831 139 3HZ LYS 17 HZ3 LYS 17 -19.404 14.874 -9.579 140 H LYS 18 H LYS 18 -14.529 9.338 -5.601 141 HA LYS 18 HA LYS 18 -15.464 10.209 -2.999 142 1HB LYS 18 HB1 LYS 18 -17.506 9.096 -3.854 143 2HB LYS 18 HB2 LYS 18 -16.582 7.614 -4.250 144 1HG LYS 18 HG1 LYS 18 -16.187 7.162 -1.866 145 2HG LYS 18 HG2 LYS 18 -16.698 8.814 -1.409 146 1HD LYS 18 HD1 LYS 18 -19.047 8.296 -2.017 147 2HD LYS 18 HD2 LYS 18 -18.544 6.718 -2.696 148 1HE LYS 18 HE1 LYS 18 -17.802 5.974 -0.374 149 2HE LYS 18 HE2 LYS 18 -18.477 7.512 0.308 150 1HZ LYS 18 HZ1 LYS 18 -19.972 5.472 -1.241 151 2HZ LYS 18 HZ2 LYS 18 -20.018 5.714 0.439 152 3HZ LYS 18 HZ3 LYS 18 -20.606 6.915 -0.608 153 H GLN 19 H GLN 19 -14.232 9.374 -1.372 154 HA GLN 19 HA GLN 19 -11.892 7.778 -2.169 155 1HB GLN 19 HB1 GLN 19 -12.045 9.242 0.576 156 2HB GLN 19 HB2 GLN 19 -10.672 8.698 -0.396 157 1HG GLN 19 HG1 GLN 19 -10.702 11.031 -0.342 158 2HG GLN 19 HG2 GLN 19 -10.757 10.343 -2.007 159 1HE2 GLN 19 HE21 GLN 19 -13.194 12.863 -2.607 160 2HE2 GLN 19 HE22 GLN 19 -11.580 12.265 -2.929 161 H PHE 20 H PHE 20 -11.837 5.593 -1.651 162 HA PHE 20 HA PHE 20 -13.604 4.570 0.488 163 1HB PHE 20 HB1 PHE 20 -12.269 2.821 -1.675 164 2HB PHE 20 HB2 PHE 20 -13.763 2.503 -0.741 165 HD1 PHE 20 HD1 PHE 20 -15.752 4.364 -1.270 166 HD2 PHE 20 HD2 PHE 20 -12.479 3.418 -3.953 167 HE1 PHE 20 HE1 PHE 20 -17.090 5.066 -3.209 168 HE2 PHE 20 HE2 PHE 20 -13.794 4.143 -5.836 169 HZ PHE 20 HZ PHE 20 -16.137 4.985 -5.494 170 H SER 21 H SER 21 -12.398 3.532 2.266 171 HA SER 21 HA SER 21 -9.654 4.241 2.435 172 1HB SER 21 HB1 SER 21 -11.257 4.098 4.415 173 2HB SER 21 HB2 SER 21 -11.001 2.327 4.425 174 HG SER 21 HG SER 21 -8.644 2.990 4.554 175 H SER 22 H SER 22 -7.692 3.198 2.445 176 HA SER 22 HA SER 22 -7.540 0.320 1.833 177 1HB SER 22 HB1 SER 22 -5.670 0.926 0.107 178 2HB SER 22 HB2 SER 22 -7.243 1.492 -0.386 179 HG SER 22 HG SER 22 -5.510 3.163 1.064 180 H PHE 23 H PHE 23 -4.938 -0.013 1.645 181 HA PHE 23 HA PHE 23 -3.409 1.392 3.690 182 1HB PHE 23 HB1 PHE 23 -3.538 -1.747 3.730 183 2HB PHE 23 HB2 PHE 23 -2.389 -0.678 4.524 184 HD1 PHE 23 HD1 PHE 23 -2.909 0.616 6.456 185 HD2 PHE 23 HD2 PHE 23 -5.963 -1.693 4.517 186 HE1 PHE 23 HE1 PHE 23 -4.361 0.908 8.434 187 HE2 PHE 23 HE2 PHE 23 -7.427 -1.417 6.502 188 HZ PHE 23 HZ PHE 23 -6.621 -0.144 8.476 189 H TYR 24 H TYR 24 -1.139 1.476 3.312 190 HA TYR 24 HA TYR 24 -0.037 -0.011 1.075 191 1HB TYR 24 HB1 TYR 24 0.938 1.677 -0.194 192 2HB TYR 24 HB2 TYR 24 -0.720 2.248 0.082 193 HD1 TYR 24 HD1 TYR 24 -1.071 4.045 1.967 194 HD2 TYR 24 HD2 TYR 24 2.814 2.966 0.448 195 HE1 TYR 24 HE1 TYR 24 -0.184 6.112 2.872 196 HE2 TYR 24 HE2 TYR 24 3.751 5.089 1.460 197 HH TYR 24 HH TYR 24 1.673 7.487 3.018 198 H PHE 25 H PHE 25 2.475 0.078 1.150 199 HA PHE 25 HA PHE 25 3.351 -0.038 3.968 200 1HB PHE 25 HB1 PHE 25 3.462 -2.086 2.348 201 2HB PHE 25 HB2 PHE 25 4.848 -1.291 1.552 202 HD1 PHE 25 HD1 PHE 25 6.964 -0.930 2.970 203 HD2 PHE 25 HD2 PHE 25 3.688 -3.304 4.403 204 HE1 PHE 25 HE1 PHE 25 8.328 -1.914 4.845 205 HE2 PHE 25 HE2 PHE 25 4.856 -3.951 6.353 206 HZ PHE 25 HZ PHE 25 7.282 -3.163 6.601 207 H LYS 26 H LYS 26 4.819 1.657 4.766 208 HA LYS 26 HA LYS 26 5.620 3.617 2.894 209 1HB LYS 26 HB1 LYS 26 4.673 4.368 4.743 210 2HB LYS 26 HB2 LYS 26 5.853 3.573 5.866 211 1HG LYS 26 HG1 LYS 26 7.601 5.204 4.582 212 2HG LYS 26 HG2 LYS 26 6.153 5.367 3.505 213 1HD LYS 26 HD1 LYS 26 4.923 6.246 5.233 214 2HD LYS 26 HD2 LYS 26 6.360 6.383 6.352 215 1HE LYS 26 HE1 LYS 26 5.829 7.452 3.570 216 2HE LYS 26 HE2 LYS 26 5.850 8.546 5.045 217 1HZ LYS 26 HZ1 LYS 26 8.195 7.076 3.939 218 2HZ LYS 26 HZ2 LYS 26 7.923 8.748 3.814 219 3HZ LYS 26 HZ3 LYS 26 8.190 8.042 5.336 220 H TRP 27 H TRP 27 7.480 2.917 1.655 221 HA TRP 27 HA TRP 27 9.337 1.054 2.184 222 1HB TRP 27 HB1 TRP 27 8.914 1.880 -0.037 223 2HB TRP 27 HB2 TRP 27 9.202 3.531 0.385 224 HD1 TRP 27 HD1 TRP 27 11.274 4.402 -0.734 225 HE1 TRP 27 HE1 TRP 27 13.656 3.466 -1.289 226 HE3 TRP 27 HE3 TRP 27 10.625 -0.246 0.987 227 HZ2 TRP 27 HZ2 TRP 27 15.099 1.051 -0.821 228 HZ3 TRP 27 HZ3 TRP 27 12.500 -1.898 0.947 229 HH2 TRP 27 HH2 TRP 27 14.718 -1.248 0.034 230 H THR 28 H THR 28 9.770 4.538 2.875 231 HA THR 28 HA THR 28 12.412 4.104 3.970 232 HB THR 28 HB THR 28 12.222 6.725 4.323 233 HG1 THR 28 HG1 THR 28 9.996 6.918 3.937 234 1HG2 THR 28 HG21 THR 28 12.190 5.372 1.557 235 2HG2 THR 28 HG22 THR 28 12.802 7.023 1.937 236 3HG2 THR 28 HG23 THR 28 13.625 5.578 2.626 237 H ALA 29 H ALA 29 9.412 3.570 5.314 238 HA ALA 29 HA ALA 29 10.307 4.472 8.023 239 1HB ALA 29 HB1 ALA 29 8.137 5.446 7.309 240 2HB ALA 29 HB2 ALA 29 7.455 3.794 7.102 241 3HB ALA 29 HB3 ALA 29 7.953 4.375 8.735 242 H LYS 30 H LYS 30 9.036 1.718 6.134 243 HA LYS 30 HA LYS 30 9.384 -0.408 6.275 244 1HB LYS 30 HB1 LYS 30 11.585 0.136 7.563 245 2HB LYS 30 HB2 LYS 30 10.719 -0.471 8.997 246 1HG LYS 30 HG1 LYS 30 11.931 -2.312 8.120 247 2HG LYS 30 HG2 LYS 30 10.272 -2.639 7.542 248 1HD LYS 30 HD1 LYS 30 10.925 -1.654 5.279 249 2HD LYS 30 HD2 LYS 30 12.535 -1.240 5.953 250 1HE LYS 30 HE1 LYS 30 13.024 -3.682 6.323 251 2HE LYS 30 HE2 LYS 30 11.426 -4.083 5.571 252 1HZ LYS 30 HZ3 LYS 30 12.182 -2.949 3.563 253 2HZ LYS 30 HZ1 LYS 30 13.668 -2.569 4.293 254 3HZ LYS 30 HZ2 LYS 30 13.257 -4.190 3.996 255 H LYS 31 H LYS 31 6.998 0.983 7.255 256 HA LYS 31 HA LYS 31 5.690 -1.216 8.618 257 1HB LYS 31 HB1 LYS 31 6.577 0.347 10.398 258 2HB LYS 31 HB2 LYS 31 5.737 1.720 9.637 259 1HG LYS 31 HG1 LYS 31 3.535 0.634 10.224 260 2HG LYS 31 HG2 LYS 31 4.434 -0.740 11.001 261 1HD LYS 31 HD1 LYS 31 5.427 0.859 12.639 262 2HD LYS 31 HD2 LYS 31 4.663 2.230 11.767 263 1HE LYS 31 HE1 LYS 31 3.350 1.814 13.764 264 2HE LYS 31 HE2 LYS 31 2.360 1.314 12.334 265 1HZ LYS 31 HZ1 LYS 31 3.929 -0.479 14.124 266 2HZ LYS 31 HZ2 LYS 31 2.244 -0.262 14.128 267 3HZ LYS 31 HZ3 LYS 31 3.007 -0.968 12.784 268 H CYS 32 H CYS 32 3.324 -1.011 8.407 269 HA CYS 32 HA CYS 32 2.434 0.049 5.884 270 1HB CYS 32 HB1 CYS 32 0.898 -1.460 8.132 271 2HB CYS 32 HB2 CYS 32 0.247 -1.225 6.456 272 H LEU 33 H LEU 33 0.967 1.646 5.460 273 HA LEU 33 HA LEU 33 -0.050 3.270 7.695 274 1HB LEU 33 HB1 LEU 33 0.786 4.463 4.984 275 2HB LEU 33 HB2 LEU 33 0.227 5.287 6.345 276 HG LEU 33 HG LEU 33 3.014 4.121 6.031 277 1HD1 LEU 33 HD11 LEU 33 1.690 6.916 6.293 278 2HD1 LEU 33 HD12 LEU 33 3.435 6.617 6.568 279 3HD1 LEU 33 HD13 LEU 33 2.722 6.245 4.958 280 1HD2 LEU 33 HD21 LEU 33 1.488 5.373 8.407 281 2HD2 LEU 33 HD22 LEU 33 2.237 3.733 8.402 282 3HD2 LEU 33 HD23 LEU 33 3.285 5.199 8.370 283 HA PRO 34 HA PRO 34 -3.725 2.988 4.811 284 1HB PRO 34 HB1 PRO 34 -5.466 4.647 6.155 285 2HB PRO 34 HB2 PRO 34 -4.888 3.109 6.869 286 1HG PRO 34 HG1 PRO 34 -4.065 5.913 7.684 287 2HG PRO 34 HG2 PRO 34 -4.135 4.393 8.666 288 1HD PRO 34 HD1 PRO 34 -1.896 5.605 7.130 289 2HD PRO 34 HD2 PRO 34 -1.754 4.196 8.250 290 H PHE 35 H PHE 35 -4.981 4.187 3.554 291 HA PHE 35 HA PHE 35 -4.710 6.921 3.014 292 1HB PHE 35 HB1 PHE 35 -3.661 7.143 0.931 293 2HB PHE 35 HB2 PHE 35 -2.552 6.055 1.789 294 HD1 PHE 35 HD1 PHE 35 -3.082 3.339 1.264 295 HD2 PHE 35 HD2 PHE 35 -4.415 6.628 -1.306 296 HE1 PHE 35 HE1 PHE 35 -3.062 1.872 -0.667 297 HE2 PHE 35 HE2 PHE 35 -4.489 5.066 -3.135 298 HZ PHE 35 HZ PHE 35 -3.749 2.740 -2.865 299 H LEU 36 H LEU 36 -6.268 7.049 0.619 300 HA LEU 36 HA LEU 36 -8.279 4.995 0.843 301 1HB LEU 36 HB1 LEU 36 -8.569 7.999 -0.004 302 2HB LEU 36 HB2 LEU 36 -9.820 6.760 0.268 303 HG LEU 36 HG LEU 36 -10.021 8.344 1.736 304 1HD1 LEU 36 HD11 LEU 36 -10.407 6.268 2.834 305 2HD1 LEU 36 HD12 LEU 36 -8.690 6.174 3.417 306 3HD1 LEU 36 HD13 LEU 36 -9.801 7.459 4.026 307 1HD2 LEU 36 HD21 LEU 36 -8.035 9.583 1.505 308 2HD2 LEU 36 HD22 LEU 36 -8.719 9.572 3.159 309 3HD2 LEU 36 HD23 LEU 36 -7.236 8.616 2.842 310 H PHE 37 H PHE 37 -8.928 4.375 -1.264 311 HA PHE 37 HA PHE 37 -7.483 5.467 -3.630 312 1HB PHE 37 HB1 PHE 37 -6.775 3.198 -3.303 313 2HB PHE 37 HB2 PHE 37 -8.451 2.687 -2.834 314 HD1 PHE 37 HD1 PHE 37 -6.418 3.760 -6.040 315 HD2 PHE 37 HD2 PHE 37 -9.905 1.807 -4.319 316 HE1 PHE 37 HE1 PHE 37 -6.827 2.603 -8.103 317 HE2 PHE 37 HE2 PHE 37 -10.376 0.804 -6.516 318 HZ PHE 37 HZ PHE 37 -8.765 1.083 -8.377 319 H SER 38 H SER 38 -8.799 6.341 -5.252 320 HA SER 38 HA SER 38 -11.723 6.546 -4.682 321 1HB SER 38 HB1 SER 38 -11.737 8.625 -5.939 322 2HB SER 38 HB2 SER 38 -10.631 8.663 -4.542 323 HG SER 38 HG SER 38 -8.969 7.968 -6.276 324 H GLY 39 H GLY 39 -9.695 4.697 -6.636 325 1HA GLY 39 HA1 GLY 39 -10.456 3.107 -7.983 326 2HA GLY 39 HA2 GLY 39 -12.002 3.844 -8.182 327 H CYS 40 H CYS 40 -11.481 6.183 -9.421 328 HA CYS 40 HA CYS 40 -10.828 5.450 -12.060 329 1HB CYS 40 HB1 CYS 40 -11.284 8.355 -11.236 330 2HB CYS 40 HB2 CYS 40 -11.763 7.518 -12.730 331 H GLY 41 H GLY 41 -8.489 4.877 -11.293 332 1HA GLY 41 HA1 GLY 41 -6.668 5.508 -12.910 333 2HA GLY 41 HA2 GLY 41 -6.727 7.145 -12.220 334 H GLY 42 H GLY 42 -6.490 4.116 -10.171 335 1HA GLY 42 HA1 GLY 42 -3.909 5.212 -9.181 336 2HA GLY 42 HA2 GLY 42 -4.921 3.899 -8.488 337 H ASN 43 H ASN 43 -2.138 3.377 -8.689 338 HA ASN 43 HA ASN 43 -1.788 1.948 -11.238 339 1HB ASN 43 HB1 ASN 43 0.596 1.658 -10.691 340 2HB ASN 43 HB2 ASN 43 -0.013 3.327 -10.836 341 1HD2 ASN 43 HD21 ASN 43 1.644 4.090 -7.847 342 2HD2 ASN 43 HD22 ASN 43 1.468 4.406 -9.581 343 H ALA 44 H ALA 44 -0.219 0.557 -8.454 344 HA ALA 44 HA ALA 44 -1.836 -1.931 -8.760 345 1HB ALA 44 HB1 ALA 44 -0.071 -1.920 -10.548 346 2HB ALA 44 HB2 ALA 44 1.205 -1.776 -9.298 347 3HB ALA 44 HB3 ALA 44 0.165 -3.260 -9.402 348 H ASN 45 H ASN 45 -0.114 0.156 -6.621 349 HA ASN 45 HA ASN 45 0.519 -1.964 -4.692 350 1HB ASN 45 HB1 ASN 45 2.090 -0.031 -5.232 351 2HB ASN 45 HB2 ASN 45 0.965 1.104 -4.471 352 1HD2 ASN 45 HD21 ASN 45 3.171 0.463 -1.689 353 2HD2 ASN 45 HD22 ASN 45 2.661 1.581 -2.921 354 H ARG 46 H ARG 46 -2.000 -2.470 -4.229 355 HA ARG 46 HA ARG 46 -2.394 -1.010 -1.785 356 1HB ARG 46 HB1 ARG 46 -4.588 -0.245 -1.820 357 2HB ARG 46 HB2 ARG 46 -3.606 0.507 -3.070 358 1HG ARG 46 HG1 ARG 46 -5.411 -1.790 -3.932 359 2HG ARG 46 HG2 ARG 46 -6.125 -0.184 -3.592 360 1HD ARG 46 HD1 ARG 46 -3.861 -0.752 -5.537 361 2HD ARG 46 HD2 ARG 46 -5.591 -0.437 -6.037 362 HE ARG 46 HE ARG 46 -5.199 1.777 -4.563 363 1HH1 ARG 46 HH11 ARG 46 -2.921 0.601 -7.046 364 2HH1 ARG 46 HH12 ARG 46 -1.973 2.035 -6.913 365 1HH2 ARG 46 HH21 ARG 46 -4.134 3.739 -4.869 366 2HH2 ARG 46 HH22 ARG 46 -2.560 3.648 -5.589 367 H PHE 47 H PHE 47 -3.409 -1.753 -0.249 368 HA PHE 47 HA PHE 47 -3.958 -4.660 -0.212 369 1HB PHE 47 HB1 PHE 47 -3.050 -2.795 2.122 370 2HB PHE 47 HB2 PHE 47 -3.056 -4.602 2.120 371 HD1 PHE 47 HD1 PHE 47 -1.719 -5.261 -0.548 372 HD2 PHE 47 HD2 PHE 47 -0.798 -2.161 2.337 373 HE1 PHE 47 HE1 PHE 47 0.502 -4.965 -1.530 374 HE2 PHE 47 HE2 PHE 47 1.450 -2.011 1.389 375 HZ PHE 47 HZ PHE 47 2.098 -3.322 -0.592 376 H GLN 48 H GLN 48 -5.924 -5.385 0.429 377 HA GLN 48 HA GLN 48 -8.113 -3.597 0.692 378 1HB GLN 48 HB1 GLN 48 -7.979 -6.674 1.062 379 2HB GLN 48 HB2 GLN 48 -9.475 -5.694 0.972 380 1HG GLN 48 HG1 GLN 48 -9.157 -6.764 -1.171 381 2HG GLN 48 HG2 GLN 48 -8.996 -4.984 -1.325 382 1HE2 GLN 48 HE21 GLN 48 -5.453 -7.063 -1.636 383 2HE2 GLN 48 HE22 GLN 48 -6.702 -7.770 -0.628 384 H THR 49 H THR 49 -6.712 -5.987 3.021 385 HA THR 49 HA THR 49 -7.816 -4.473 5.296 386 HB THR 49 HB THR 49 -7.549 -6.668 6.597 387 HG1 THR 49 HG1 THR 49 -7.871 -8.494 5.176 388 1HG2 THR 49 HG21 THR 49 -9.755 -5.692 5.844 389 2HG2 THR 49 HG22 THR 49 -9.590 -6.576 4.285 390 3HG2 THR 49 HG23 THR 49 -9.766 -7.489 5.829 391 H ILE 50 H ILE 50 -6.230 -4.477 7.184 392 HA ILE 50 HA ILE 50 -3.839 -3.394 6.391 393 HB ILE 50 HB ILE 50 -5.131 -2.773 8.327 394 1HG1 ILE 50 HG11 ILE 50 -2.215 -3.451 9.043 395 2HG1 ILE 50 HG12 ILE 50 -2.807 -2.037 8.103 396 1HG2 ILE 50 HG21 ILE 50 -5.779 -5.107 9.116 397 2HG2 ILE 50 HG22 ILE 50 -4.093 -5.334 9.717 398 3HG2 ILE 50 HG23 ILE 50 -5.145 -4.064 10.418 399 1HD1 ILE 50 HD11 ILE 50 -4.186 -1.350 10.134 400 2HD1 ILE 50 HD12 ILE 50 -3.399 -2.680 11.071 401 3HD1 ILE 50 HD13 ILE 50 -2.410 -1.327 10.409 402 H GLY 51 H GLY 51 -4.316 -6.788 7.212 403 1HA GLY 51 HA1 GLY 51 -1.382 -7.149 7.351 404 2HA GLY 51 HA2 GLY 51 -2.600 -8.321 7.813 405 H GLU 52 H GLU 52 -3.198 -6.790 4.757 406 HA GLU 52 HA GLU 52 -2.046 -9.022 3.200 407 1HB GLU 52 HB1 GLU 52 -4.426 -8.248 2.837 408 2HB GLU 52 HB2 GLU 52 -3.820 -6.651 2.337 409 1HG GLU 52 HG1 GLU 52 -4.433 -7.991 0.343 410 2HG GLU 52 HG2 GLU 52 -2.651 -7.766 0.319 411 H CYS 53 H CYS 53 -1.084 -6.188 4.465 412 HA CYS 53 HA CYS 53 0.607 -4.946 2.545 413 1HB CYS 53 HB1 CYS 53 -0.793 -3.844 4.571 414 2HB CYS 53 HB2 CYS 53 0.296 -4.711 5.631 415 H ARG 54 H ARG 54 0.940 -7.019 5.226 416 HA ARG 54 HA ARG 54 3.687 -7.248 5.846 417 1HB ARG 54 HB1 ARG 54 1.041 -8.690 6.377 418 2HB ARG 54 HB2 ARG 54 2.559 -9.268 7.084 419 1HG ARG 54 HG1 ARG 54 3.059 -7.133 8.107 420 2HG ARG 54 HG2 ARG 54 1.653 -6.339 7.319 421 1HD ARG 54 HD1 ARG 54 1.350 -6.740 9.587 422 2HD ARG 54 HD2 ARG 54 0.057 -7.629 8.652 423 HE ARG 54 HE ARG 54 1.945 -9.657 8.905 424 1HH1 ARG 54 HH11 ARG 54 0.077 -7.821 11.255 425 2HH1 ARG 54 HH12 ARG 54 -0.056 -9.233 12.277 426 1HH2 ARG 54 HH21 ARG 54 1.748 -11.141 9.945 427 2HH2 ARG 54 HH22 ARG 54 0.990 -11.223 11.539 428 H LYS 55 H LYS 55 1.584 -9.590 4.023 429 HA LYS 55 HA LYS 55 3.489 -11.594 3.657 430 1HB LYS 55 HB1 LYS 55 1.027 -11.781 3.672 431 2HB LYS 55 HB2 LYS 55 0.897 -10.870 2.129 432 1HG LYS 55 HG1 LYS 55 2.107 -12.793 0.973 433 2HG LYS 55 HG2 LYS 55 2.205 -13.633 2.567 434 1HD LYS 55 HD1 LYS 55 -0.304 -13.564 2.715 435 2HD LYS 55 HD2 LYS 55 -0.378 -12.758 1.109 436 1HE LYS 55 HE1 LYS 55 0.656 -14.781 0.028 437 2HE LYS 55 HE2 LYS 55 0.733 -15.604 1.641 438 1HZ LYS 55 HZ1 LYS 55 -1.731 -14.649 0.275 439 2HZ LYS 55 HZ2 LYS 55 -1.191 -16.255 0.384 440 3HZ LYS 55 HZ3 LYS 55 -1.658 -15.418 1.786 441 H LYS 56 H LYS 56 2.720 -8.757 1.738 442 HA LYS 56 HA LYS 56 4.457 -9.372 -0.510 443 1HB LYS 56 HB1 LYS 56 2.318 -7.299 0.101 444 2HB LYS 56 HB2 LYS 56 3.549 -6.903 -1.122 445 1HG LYS 56 HG1 LYS 56 3.136 -8.938 -2.369 446 2HG LYS 56 HG2 LYS 56 1.815 -9.425 -1.355 447 1HD LYS 56 HD1 LYS 56 1.794 -6.677 -2.930 448 2HD LYS 56 HD2 LYS 56 1.330 -8.247 -3.618 449 1HE LYS 56 HE1 LYS 56 -0.057 -7.290 -1.039 450 2HE LYS 56 HE2 LYS 56 -0.652 -6.924 -2.711 451 1HZ LYS 56 HZ1 LYS 56 -0.749 -9.258 -3.158 452 2HZ LYS 56 HZ2 LYS 56 -0.184 -9.629 -1.600 453 3HZ LYS 56 HZ3 LYS 56 -1.682 -8.854 -1.796 454 H CYS 57 H CYS 57 4.539 -7.217 2.464 455 HA CYS 57 HA CYS 57 7.226 -6.304 1.474 456 1HB CYS 57 HB1 CYS 57 4.956 -4.790 2.797 457 2HB CYS 57 HB2 CYS 57 6.586 -4.066 2.684 458 H LEU 58 H LEU 58 6.123 -8.072 4.222 459 HA LEU 58 HA LEU 58 8.716 -7.205 5.451 460 1HB LEU 58 HB1 LEU 58 6.084 -7.417 6.870 461 2HB LEU 58 HB2 LEU 58 7.591 -7.844 7.767 462 HG LEU 58 HG LEU 58 7.189 -5.205 6.399 463 1HD1 LEU 58 HD11 LEU 58 5.549 -5.586 8.389 464 2HD1 LEU 58 HD12 LEU 58 6.978 -5.909 9.419 465 3HD1 LEU 58 HD13 LEU 58 6.757 -4.278 8.720 466 1HD2 LEU 58 HD21 LEU 58 9.288 -6.160 8.433 467 2HD2 LEU 58 HD22 LEU 58 9.594 -5.675 6.721 468 3HD2 LEU 58 HD23 LEU 58 9.049 -4.450 7.921 469 H GLY 59 H GLY 59 6.523 -9.729 4.551 470 1HA GLY 59 HA1 GLY 59 6.866 -11.897 4.183 471 2HA GLY 59 HA2 GLY 59 8.372 -11.868 5.176 472 H LYS 60 H LYS 60 4.872 -11.046 5.820 473 HA LYS 60 HA LYS 60 4.701 -13.058 7.887 474 1HB LYS 60 HB1 LYS 60 4.411 -11.298 9.746 475 2HB LYS 60 HB2 LYS 60 6.096 -11.402 9.140 476 1HG LYS 60 HG1 LYS 60 5.692 -9.438 7.617 477 2HG LYS 60 HG2 LYS 60 4.064 -9.251 8.282 478 1HD LYS 60 HD1 LYS 60 6.628 -9.000 9.913 479 2HD LYS 60 HD2 LYS 60 5.659 -7.717 9.067 480 1HE LYS 60 HE1 LYS 60 3.780 -7.923 10.378 481 2HE LYS 60 HE2 LYS 60 4.394 -9.371 11.307 482 1HZ LYS 60 HZ1 LYS 60 5.570 -6.630 11.256 483 2HZ LYS 60 HZ2 LYS 60 4.659 -7.314 12.517 484 3HZ LYS 60 HZ3 LYS 60 6.180 -7.958 12.120 No H/Q in entry = 484 Start of MODEL 12 1 H TRP 1 H TRP 1 13.438 -12.579 3.915 2 HA TRP 1 HA TRP 1 11.776 -12.049 1.720 3 1HB TRP 1 HB1 TRP 1 10.005 -11.522 3.442 4 2HB TRP 1 HB2 TRP 1 11.179 -10.573 4.366 5 HD1 TRP 1 HD1 TRP 1 8.951 -10.283 1.072 6 HE1 TRP 1 HE1 TRP 1 8.745 -7.886 0.512 7 HE3 TRP 1 HE3 TRP 1 12.188 -8.417 4.598 8 HZ2 TRP 1 HZ2 TRP 1 9.824 -5.426 1.371 9 HZ3 TRP 1 HZ3 TRP 1 12.473 -5.963 4.739 10 HH2 TRP 1 HH2 TRP 1 11.245 -4.457 3.193 11 H GLN 2 H GLN 2 12.505 -10.253 0.548 12 HA GLN 2 HA GLN 2 14.411 -8.358 1.546 13 1HB GLN 2 HB1 GLN 2 14.967 -10.155 -0.921 14 2HB GLN 2 HB2 GLN 2 15.787 -8.587 -0.625 15 1HG GLN 2 HG1 GLN 2 16.036 -11.094 1.175 16 2HG GLN 2 HG2 GLN 2 17.236 -10.484 -0.016 17 1HE2 GLN 2 HE21 GLN 2 16.971 -8.627 3.625 18 2HE2 GLN 2 HE22 GLN 2 15.647 -9.680 3.137 19 HA PRO 3 HA PRO 3 11.048 -6.558 -0.373 20 1HB PRO 3 HB1 PRO 3 12.201 -4.000 -1.308 21 2HB PRO 3 HB2 PRO 3 11.199 -4.425 0.132 22 1HG PRO 3 HG1 PRO 3 14.068 -3.833 0.068 23 2HG PRO 3 HG2 PRO 3 13.129 -4.496 1.455 24 1HD PRO 3 HD1 PRO 3 14.928 -6.019 -0.422 25 2HD PRO 3 HD2 PRO 3 14.417 -6.345 1.277 26 HA PRO 4 HA PRO 4 11.097 -7.392 -4.881 27 1HB PRO 4 HB1 PRO 4 8.067 -7.719 -4.350 28 2HB PRO 4 HB2 PRO 4 9.217 -8.832 -5.194 29 1HG PRO 4 HG1 PRO 4 8.352 -9.344 -2.630 30 2HG PRO 4 HG2 PRO 4 10.082 -9.494 -3.063 31 1HD PRO 4 HD1 PRO 4 8.864 -6.976 -1.754 32 2HD PRO 4 HD2 PRO 4 10.136 -8.076 -1.189 33 H TRP 5 H TRP 5 7.904 -6.416 -5.538 34 HA TRP 5 HA TRP 5 8.674 -3.836 -6.582 35 1HB TRP 5 HB1 TRP 5 6.187 -3.872 -7.499 36 2HB TRP 5 HB2 TRP 5 7.385 -4.796 -8.244 37 HD1 TRP 5 HD1 TRP 5 7.335 -7.580 -7.972 38 HE1 TRP 5 HE1 TRP 5 5.076 -8.973 -7.896 39 HE3 TRP 5 HE3 TRP 5 3.997 -4.298 -6.275 40 HZ2 TRP 5 HZ2 TRP 5 2.323 -8.441 -8.236 41 HZ3 TRP 5 HZ3 TRP 5 1.621 -4.505 -6.658 42 HH2 TRP 5 HH2 TRP 5 0.739 -6.622 -7.627 43 H TYR 6 H TYR 6 5.823 -4.985 -4.851 44 HA TYR 6 HA TYR 6 4.280 -3.031 -4.274 45 1HB TYR 6 HB1 TYR 6 4.694 -4.787 -1.803 46 2HB TYR 6 HB2 TYR 6 3.248 -4.546 -2.834 47 HD1 TYR 6 HD1 TYR 6 3.022 -6.022 -4.833 48 HD2 TYR 6 HD2 TYR 6 6.169 -6.488 -2.003 49 HE1 TYR 6 HE1 TYR 6 3.417 -8.349 -5.665 50 HE2 TYR 6 HE2 TYR 6 6.398 -8.906 -2.751 51 HH TYR 6 HH TYR 6 5.722 -10.491 -4.142 52 H CYS 7 H CYS 7 6.918 -3.656 -2.081 53 HA CYS 7 HA CYS 7 6.384 -1.899 -0.134 54 1HB CYS 7 HB1 CYS 7 9.252 -2.768 -0.820 55 2HB CYS 7 HB2 CYS 7 8.467 -2.521 0.787 56 H LYS 8 H LYS 8 8.382 -1.288 -2.995 57 HA LYS 8 HA LYS 8 8.864 1.528 -2.271 58 1HB LYS 8 HB1 LYS 8 10.010 -0.310 -4.495 59 2HB LYS 8 HB2 LYS 8 10.510 1.401 -4.215 60 1HG LYS 8 HG1 LYS 8 11.607 0.849 -2.169 61 2HG LYS 8 HG2 LYS 8 10.901 -0.802 -2.138 62 1HD LYS 8 HD1 LYS 8 13.149 -1.058 -2.919 63 2HD LYS 8 HD2 LYS 8 12.044 -1.330 -4.316 64 1HE LYS 8 HE1 LYS 8 14.071 -0.005 -4.981 65 2HE LYS 8 HE2 LYS 8 12.599 1.026 -5.151 66 1HZ LYS 8 HZ1 LYS 8 14.509 1.044 -2.870 67 2HZ LYS 8 HZ2 LYS 8 14.399 2.192 -4.118 68 3HZ LYS 8 HZ3 LYS 8 13.120 2.010 -3.015 69 H GLU 9 H GLU 9 6.192 0.073 -3.498 70 HA GLU 9 HA GLU 9 6.270 0.944 -6.231 71 1HB GLU 9 HB1 GLU 9 5.537 -1.185 -5.640 72 2HB GLU 9 HB2 GLU 9 4.133 -0.510 -4.819 73 1HG GLU 9 HG1 GLU 9 3.636 -1.268 -7.118 74 2HG GLU 9 HG2 GLU 9 3.409 0.511 -7.138 75 HA PRO 10 HA PRO 10 4.742 4.884 -5.026 76 1HB PRO 10 HB1 PRO 10 3.944 5.313 -7.956 77 2HB PRO 10 HB2 PRO 10 4.902 6.389 -6.857 78 1HG PRO 10 HG1 PRO 10 6.157 4.825 -8.659 79 2HG PRO 10 HG2 PRO 10 6.808 4.845 -6.966 80 1HD PRO 10 HD1 PRO 10 4.821 2.826 -8.174 81 2HD PRO 10 HD2 PRO 10 6.388 2.447 -7.369 82 H VAL 11 H VAL 11 2.933 5.409 -3.848 83 HA VAL 11 HA VAL 11 0.409 4.258 -4.280 84 HB VAL 11 HB VAL 11 1.494 4.701 -2.116 85 1HG1 VAL 11 HG11 VAL 11 2.359 7.040 -2.567 86 2HG1 VAL 11 HG12 VAL 11 0.674 7.663 -2.504 87 3HG1 VAL 11 HG13 VAL 11 1.400 6.897 -1.055 88 1HG2 VAL 11 HG21 VAL 11 -0.886 4.118 -2.264 89 2HG2 VAL 11 HG22 VAL 11 -0.584 5.285 -0.936 90 3HG2 VAL 11 HG23 VAL 11 -1.355 5.857 -2.449 91 H ARG 12 H ARG 12 -1.524 5.011 -5.124 92 HA ARG 12 HA ARG 12 -1.583 7.676 -6.443 93 1HB ARG 12 HB1 ARG 12 -2.369 4.998 -7.610 94 2HB ARG 12 HB2 ARG 12 -2.875 6.594 -8.248 95 1HG ARG 12 HG1 ARG 12 -0.214 7.101 -8.262 96 2HG ARG 12 HG2 ARG 12 -0.261 5.304 -8.145 97 1HD ARG 12 HD1 ARG 12 -1.857 5.339 -10.167 98 2HD ARG 12 HD2 ARG 12 -1.967 7.147 -10.012 99 HE ARG 12 HE ARG 12 0.648 6.991 -10.747 100 1HH1 ARG 12 HH11 ARG 12 -2.072 5.243 -12.020 101 2HH1 ARG 12 HH12 ARG 12 -1.719 5.711 -13.676 102 1HH2 ARG 12 HH21 ARG 12 1.279 7.269 -12.807 103 2HH2 ARG 12 HH22 ARG 12 0.292 6.746 -14.122 104 H ILE 13 H ILE 13 -3.537 8.711 -5.590 105 HA ILE 13 HA ILE 13 -5.738 6.996 -4.670 106 HB ILE 13 HB ILE 13 -4.915 8.531 -3.100 107 1HG1 ILE 13 HG11 ILE 13 -7.838 8.879 -4.034 108 2HG1 ILE 13 HG12 ILE 13 -7.068 7.520 -3.139 109 1HG2 ILE 13 HG21 ILE 13 -4.435 10.653 -4.402 110 2HG2 ILE 13 HG22 ILE 13 -6.235 10.768 -4.705 111 3HG2 ILE 13 HG23 ILE 13 -5.545 10.827 -3.038 112 1HD1 ILE 13 HD11 ILE 13 -6.677 9.014 -1.194 113 2HD1 ILE 13 HD12 ILE 13 -7.493 10.385 -2.053 114 3HD1 ILE 13 HD13 ILE 13 -8.438 8.910 -1.605 115 H GLY 14 H GLY 14 -5.020 9.483 -7.026 116 1HA GLY 14 HA1 GLY 14 -5.921 9.263 -9.233 117 2HA GLY 14 HA2 GLY 14 -7.484 8.774 -8.529 118 H SER 15 H SER 15 -8.808 10.520 -9.529 119 HA SER 15 HA SER 15 -8.548 13.097 -8.276 120 1HB SER 15 HB1 SER 15 -8.075 12.904 -11.330 121 2HB SER 15 HB2 SER 15 -8.472 14.428 -10.454 122 HG SER 15 HG SER 15 -6.375 12.979 -9.369 123 H CYS 16 H CYS 16 -10.406 11.057 -8.055 124 HA CYS 16 HA CYS 16 -12.756 11.947 -9.597 125 1HB CYS 16 HB1 CYS 16 -11.784 9.358 -8.572 126 2HB CYS 16 HB2 CYS 16 -13.436 9.479 -8.156 127 H LYS 17 H LYS 17 -14.687 11.241 -8.162 128 HA LYS 17 HA LYS 17 -14.626 12.952 -5.715 129 1HB LYS 17 HB1 LYS 17 -17.063 12.374 -7.494 130 2HB LYS 17 HB2 LYS 17 -16.970 13.525 -6.128 131 1HG LYS 17 HG1 LYS 17 -15.615 13.744 -8.881 132 2HG LYS 17 HG2 LYS 17 -16.986 14.694 -8.237 133 1HD LYS 17 HD1 LYS 17 -14.044 14.834 -7.325 134 2HD LYS 17 HD2 LYS 17 -14.961 16.053 -8.260 135 1HE LYS 17 HE1 LYS 17 -15.508 15.280 -5.308 136 2HE LYS 17 HE2 LYS 17 -14.653 16.756 -5.899 137 1HZ LYS 17 HZ1 LYS 17 -16.655 17.403 -7.044 138 2HZ LYS 17 HZ2 LYS 17 -17.464 16.013 -6.500 139 3HZ LYS 17 HZ3 LYS 17 -16.940 17.181 -5.384 140 H LYS 18 H LYS 18 -13.808 10.163 -5.496 141 HA LYS 18 HA LYS 18 -15.806 9.254 -3.614 142 1HB LYS 18 HB1 LYS 18 -16.301 8.150 -5.891 143 2HB LYS 18 HB2 LYS 18 -14.632 7.553 -5.951 144 1HG LYS 18 HG1 LYS 18 -16.124 5.762 -5.292 145 2HG LYS 18 HG2 LYS 18 -15.032 6.154 -3.945 146 1HD LYS 18 HD1 LYS 18 -17.346 5.683 -3.156 147 2HD LYS 18 HD2 LYS 18 -16.872 7.359 -2.737 148 1HE LYS 18 HE1 LYS 18 -18.272 8.266 -4.597 149 2HE LYS 18 HE2 LYS 18 -18.724 6.585 -5.100 150 1HZ LYS 18 HZ1 LYS 18 -19.270 7.831 -2.464 151 2HZ LYS 18 HZ2 LYS 18 -20.378 7.590 -3.728 152 3HZ LYS 18 HZ3 LYS 18 -19.689 6.255 -2.936 153 H GLN 19 H GLN 19 -14.646 7.804 -2.033 154 HA GLN 19 HA GLN 19 -11.892 7.291 -2.418 155 1HB GLN 19 HB1 GLN 19 -12.574 8.466 0.342 156 2HB GLN 19 HB2 GLN 19 -11.044 8.261 -0.597 157 1HG GLN 19 HG1 GLN 19 -11.349 10.554 -0.232 158 2HG GLN 19 HG2 GLN 19 -11.611 10.255 -1.990 159 1HE2 GLN 19 HE21 GLN 19 -14.675 12.066 -1.621 160 2HE2 GLN 19 HE22 GLN 19 -13.181 11.853 -2.509 161 H PHE 20 H PHE 20 -11.891 5.023 -2.010 162 HA PHE 20 HA PHE 20 -13.764 3.935 0.015 163 1HB PHE 20 HB1 PHE 20 -12.056 2.348 -2.011 164 2HB PHE 20 HB2 PHE 20 -13.314 1.766 -0.932 165 HD1 PHE 20 HD1 PHE 20 -15.755 2.257 -1.345 166 HD2 PHE 20 HD2 PHE 20 -12.731 3.446 -4.242 167 HE1 PHE 20 HE1 PHE 20 -17.449 2.418 -3.109 168 HE2 PHE 20 HE2 PHE 20 -14.438 3.558 -5.947 169 HZ PHE 20 HZ PHE 20 -16.802 3.040 -5.419 170 H SER 21 H SER 21 -12.660 2.789 1.893 171 HA SER 21 HA SER 21 -10.061 3.805 2.488 172 1HB SER 21 HB1 SER 21 -11.933 3.387 4.179 173 2HB SER 21 HB2 SER 21 -11.468 1.657 4.161 174 HG SER 21 HG SER 21 -10.259 2.570 5.752 175 H SER 22 H SER 22 -8.028 2.849 2.781 176 HA SER 22 HA SER 22 -7.594 0.072 1.923 177 1HB SER 22 HB1 SER 22 -5.906 0.868 0.127 178 2HB SER 22 HB2 SER 22 -7.477 1.553 -0.182 179 HG SER 22 HG SER 22 -5.691 2.943 1.474 180 H PHE 23 H PHE 23 -5.051 0.029 1.610 181 HA PHE 23 HA PHE 23 -3.416 1.150 3.738 182 1HB PHE 23 HB1 PHE 23 -4.044 -1.778 3.365 183 2HB PHE 23 HB2 PHE 23 -2.494 -1.456 4.112 184 HD1 PHE 23 HD1 PHE 23 -2.580 0.045 6.289 185 HD2 PHE 23 HD2 PHE 23 -6.080 -1.771 4.581 186 HE1 PHE 23 HE1 PHE 23 -3.784 0.434 8.385 187 HE2 PHE 23 HE2 PHE 23 -7.305 -1.392 6.714 188 HZ PHE 23 HZ PHE 23 -6.169 -0.283 8.609 189 H TYR 24 H TYR 24 -1.233 1.131 3.301 190 HA TYR 24 HA TYR 24 -0.128 -0.097 0.920 191 1HB TYR 24 HB1 TYR 24 0.759 1.695 -0.271 192 2HB TYR 24 HB2 TYR 24 -0.893 2.212 0.110 193 HD1 TYR 24 HD1 TYR 24 -1.246 4.042 1.845 194 HD2 TYR 24 HD2 TYR 24 2.706 2.876 0.612 195 HE1 TYR 24 HE1 TYR 24 -0.397 6.185 2.645 196 HE2 TYR 24 HE2 TYR 24 3.607 5.017 1.680 197 HH TYR 24 HH TYR 24 1.453 7.504 2.924 198 H PHE 25 H PHE 25 2.323 -0.263 1.000 199 HA PHE 25 HA PHE 25 3.301 -0.257 3.760 200 1HB PHE 25 HB1 PHE 25 3.641 -2.434 2.093 201 2HB PHE 25 HB2 PHE 25 4.882 -1.426 1.352 202 HD1 PHE 25 HD1 PHE 25 3.611 -3.200 4.375 203 HD2 PHE 25 HD2 PHE 25 6.951 -1.045 2.644 204 HE1 PHE 25 HE1 PHE 25 4.911 -3.866 6.274 205 HE2 PHE 25 HE2 PHE 25 8.354 -2.029 4.434 206 HZ PHE 25 HZ PHE 25 7.387 -3.244 6.305 207 H LYS 26 H LYS 26 4.581 1.546 4.449 208 HA LYS 26 HA LYS 26 5.487 3.371 2.413 209 1HB LYS 26 HB1 LYS 26 4.122 4.145 3.988 210 2HB LYS 26 HB2 LYS 26 5.083 3.409 5.340 211 1HG LYS 26 HG1 LYS 26 5.087 5.536 5.261 212 2HG LYS 26 HG2 LYS 26 6.834 5.123 4.953 213 1HD LYS 26 HD1 LYS 26 4.703 6.552 3.196 214 2HD LYS 26 HD2 LYS 26 6.310 7.128 3.836 215 1HE LYS 26 HE1 LYS 26 7.244 5.176 2.441 216 2HE LYS 26 HE2 LYS 26 5.736 5.269 1.470 217 1HZ LYS 26 HZ1 LYS 26 7.606 7.535 1.933 218 2HZ LYS 26 HZ2 LYS 26 7.418 6.653 0.494 219 3HZ LYS 26 HZ3 LYS 26 6.142 7.610 1.076 220 H TRP 27 H TRP 27 7.386 2.557 1.575 221 HA TRP 27 HA TRP 27 9.262 0.861 2.477 222 1HB TRP 27 HB1 TRP 27 9.293 1.144 0.281 223 2HB TRP 27 HB2 TRP 27 8.955 2.883 0.328 224 HD1 TRP 27 HD1 TRP 27 11.154 4.256 -0.542 225 HE1 TRP 27 HE1 TRP 27 13.586 3.533 -1.098 226 HE3 TRP 27 HE3 TRP 27 10.952 -0.425 1.221 227 HZ2 TRP 27 HZ2 TRP 27 15.279 1.296 -0.601 228 HZ3 TRP 27 HZ3 TRP 27 12.980 -1.887 1.183 229 HH2 TRP 27 HH2 TRP 27 15.125 -1.037 0.260 230 H THR 28 H THR 28 9.636 4.433 2.899 231 HA THR 28 HA THR 28 12.195 4.131 4.136 232 HB THR 28 HB THR 28 11.884 6.709 4.517 233 HG1 THR 28 HG1 THR 28 10.438 7.472 2.867 234 1HG2 THR 28 HG21 THR 28 11.977 5.386 1.724 235 2HG2 THR 28 HG22 THR 28 12.532 7.056 2.119 236 3HG2 THR 28 HG23 THR 28 13.376 5.638 2.825 237 H ALA 29 H ALA 29 8.916 4.008 5.313 238 HA ALA 29 HA ALA 29 9.700 4.545 8.103 239 1HB ALA 29 HB1 ALA 29 7.445 5.283 7.301 240 2HB ALA 29 HB2 ALA 29 7.006 3.590 6.899 241 3HB ALA 29 HB3 ALA 29 7.286 4.079 8.617 242 H LYS 30 H LYS 30 8.807 1.862 5.973 243 HA LYS 30 HA LYS 30 9.162 -0.251 5.905 244 1HB LYS 30 HB1 LYS 30 11.462 0.380 6.980 245 2HB LYS 30 HB2 LYS 30 10.845 -0.508 8.397 246 1HG LYS 30 HG1 LYS 30 12.113 -2.077 7.042 247 2HG LYS 30 HG2 LYS 30 10.402 -2.486 6.728 248 1HD LYS 30 HD1 LYS 30 10.813 -2.214 4.473 249 2HD LYS 30 HD2 LYS 30 11.112 -0.472 4.789 250 1HE LYS 30 HE1 LYS 30 13.002 -1.226 3.583 251 2HE LYS 30 HE2 LYS 30 13.569 -1.117 5.294 252 1HZ LYS 30 HZ1 LYS 30 12.646 -3.573 3.881 253 2HZ LYS 30 HZ2 LYS 30 14.256 -3.145 4.216 254 3HZ LYS 30 HZ3 LYS 30 13.186 -3.492 5.489 255 H LYS 31 H LYS 31 6.855 0.851 7.157 256 HA LYS 31 HA LYS 31 5.707 -1.547 8.219 257 1HB LYS 31 HB1 LYS 31 6.534 -0.377 10.250 258 2HB LYS 31 HB2 LYS 31 5.718 1.128 9.759 259 1HG LYS 31 HG1 LYS 31 4.606 -0.015 11.613 260 2HG LYS 31 HG2 LYS 31 3.530 0.146 10.201 261 1HD LYS 31 HD1 LYS 31 3.976 -2.341 9.676 262 2HD LYS 31 HD2 LYS 31 5.042 -2.423 11.114 263 1HE LYS 31 HE1 LYS 31 3.091 -1.997 12.618 264 2HE LYS 31 HE2 LYS 31 2.018 -1.715 11.191 265 1HZ LYS 31 HZ1 LYS 31 2.382 -3.995 10.521 266 2HZ LYS 31 HZ2 LYS 31 3.387 -4.271 11.862 267 3HZ LYS 31 HZ3 LYS 31 1.744 -3.906 12.093 268 H CYS 32 H CYS 32 3.292 -1.196 8.298 269 HA CYS 32 HA CYS 32 2.304 -0.123 5.841 270 1HB CYS 32 HB1 CYS 32 1.023 -1.644 8.213 271 2HB CYS 32 HB2 CYS 32 0.082 -1.228 6.729 272 H LEU 33 H LEU 33 0.953 1.531 5.414 273 HA LEU 33 HA LEU 33 -0.020 3.224 7.637 274 1HB LEU 33 HB1 LEU 33 0.771 4.193 4.803 275 2HB LEU 33 HB2 LEU 33 0.141 5.185 6.159 276 HG LEU 33 HG LEU 33 2.919 4.028 5.735 277 1HD1 LEU 33 HD11 LEU 33 1.711 6.801 6.415 278 2HD1 LEU 33 HD12 LEU 33 3.462 6.480 6.202 279 3HD1 LEU 33 HD13 LEU 33 2.329 6.242 4.823 280 1HD2 LEU 33 HD21 LEU 33 1.840 5.215 8.395 281 2HD2 LEU 33 HD22 LEU 33 2.414 3.528 8.193 282 3HD2 LEU 33 HD23 LEU 33 3.563 4.890 8.013 283 HA PRO 34 HA PRO 34 -3.883 2.677 5.073 284 1HB PRO 34 HB1 PRO 34 -5.629 4.242 6.483 285 2HB PRO 34 HB2 PRO 34 -4.884 2.799 7.252 286 1HG PRO 34 HG1 PRO 34 -3.996 5.720 7.582 287 2HG PRO 34 HG2 PRO 34 -4.280 4.500 8.883 288 1HD PRO 34 HD1 PRO 34 -1.775 5.113 7.616 289 2HD PRO 34 HD2 PRO 34 -2.128 3.555 8.513 290 H PHE 35 H PHE 35 -5.101 3.771 3.670 291 HA PHE 35 HA PHE 35 -4.937 6.596 3.319 292 1HB PHE 35 HB1 PHE 35 -4.075 7.013 1.198 293 2HB PHE 35 HB2 PHE 35 -2.848 6.018 2.007 294 HD1 PHE 35 HD1 PHE 35 -3.365 3.279 1.454 295 HD2 PHE 35 HD2 PHE 35 -4.362 6.624 -1.145 296 HE1 PHE 35 HE1 PHE 35 -3.316 1.802 -0.525 297 HE2 PHE 35 HE2 PHE 35 -4.258 5.111 -3.057 298 HZ PHE 35 HZ PHE 35 -3.779 2.697 -2.755 299 H LEU 36 H LEU 36 -6.247 6.499 0.629 300 HA LEU 36 HA LEU 36 -8.490 4.764 0.942 301 1HB LEU 36 HB1 LEU 36 -8.762 7.820 0.336 302 2HB LEU 36 HB2 LEU 36 -10.100 6.639 0.539 303 HG LEU 36 HG LEU 36 -8.240 7.664 2.765 304 1HD1 LEU 36 HD11 LEU 36 -9.481 9.529 1.669 305 2HD1 LEU 36 HD12 LEU 36 -11.043 8.684 2.001 306 3HD1 LEU 36 HD13 LEU 36 -10.012 9.243 3.362 307 1HD2 LEU 36 HD21 LEU 36 -10.964 6.230 2.852 308 2HD2 LEU 36 HD22 LEU 36 -9.370 5.556 3.400 309 3HD2 LEU 36 HD23 LEU 36 -10.112 6.938 4.271 310 H PHE 37 H PHE 37 -9.314 4.512 -1.203 311 HA PHE 37 HA PHE 37 -7.617 5.506 -3.489 312 1HB PHE 37 HB1 PHE 37 -7.026 3.161 -3.244 313 2HB PHE 37 HB2 PHE 37 -8.788 2.747 -2.940 314 HD1 PHE 37 HD1 PHE 37 -7.874 4.831 -6.186 315 HD2 PHE 37 HD2 PHE 37 -8.525 0.920 -4.381 316 HE1 PHE 37 HE1 PHE 37 -8.596 3.979 -8.273 317 HE2 PHE 37 HE2 PHE 37 -9.071 0.045 -6.628 318 HZ PHE 37 HZ PHE 37 -9.118 1.590 -8.576 319 H SER 38 H SER 38 -8.792 6.653 -5.056 320 HA SER 38 HA SER 38 -11.623 7.021 -4.590 321 1HB SER 38 HB1 SER 38 -11.635 8.750 -6.265 322 2HB SER 38 HB2 SER 38 -10.269 8.985 -5.150 323 HG SER 38 HG SER 38 -8.866 8.199 -6.766 324 H GLY 39 H GLY 39 -10.229 6.570 -7.777 325 1HA GLY 39 HA1 GLY 39 -11.190 3.931 -8.250 326 2HA GLY 39 HA2 GLY 39 -12.410 5.074 -8.785 327 H CYS 40 H CYS 40 -11.448 7.099 -9.935 328 HA CYS 40 HA CYS 40 -10.124 6.129 -12.295 329 1HB CYS 40 HB1 CYS 40 -10.769 8.095 -13.423 330 2HB CYS 40 HB2 CYS 40 -12.161 7.408 -12.563 331 H GLY 41 H GLY 41 -8.143 5.654 -11.382 332 1HA GLY 41 HA1 GLY 41 -6.049 6.872 -12.260 333 2HA GLY 41 HA2 GLY 41 -6.303 7.929 -10.852 334 H GLY 42 H GLY 42 -6.925 4.476 -10.312 335 1HA GLY 42 HA1 GLY 42 -4.811 4.283 -8.470 336 2HA GLY 42 HA2 GLY 42 -5.885 2.985 -9.075 337 H ASN 43 H ASN 43 -3.641 2.126 -8.279 338 HA ASN 43 HA ASN 43 -1.961 1.590 -10.669 339 1HB ASN 43 HB1 ASN 43 -1.100 3.489 -9.257 340 2HB ASN 43 HB2 ASN 43 -0.865 2.395 -7.852 341 1HD2 ASN 43 HD21 ASN 43 2.308 3.055 -9.598 342 2HD2 ASN 43 HD22 ASN 43 1.461 3.325 -8.091 343 H ALA 44 H ALA 44 -0.091 0.041 -9.155 344 HA ALA 44 HA ALA 44 -1.685 -2.397 -8.749 345 1HB ALA 44 HB1 ALA 44 0.093 -2.212 -10.498 346 2HB ALA 44 HB2 ALA 44 1.337 -2.035 -9.224 347 3HB ALA 44 HB3 ALA 44 0.372 -3.572 -9.380 348 H ASN 45 H ASN 45 -0.009 -0.104 -6.703 349 HA ASN 45 HA ASN 45 0.561 -2.140 -4.624 350 1HB ASN 45 HB1 ASN 45 2.201 -0.251 -5.122 351 2HB ASN 45 HB2 ASN 45 1.081 0.924 -4.434 352 1HD2 ASN 45 HD21 ASN 45 3.042 0.327 -1.471 353 2HD2 ASN 45 HD22 ASN 45 2.731 1.390 -2.802 354 H ARG 46 H ARG 46 -1.989 -2.514 -4.447 355 HA ARG 46 HA ARG 46 -2.783 -0.842 -2.167 356 1HB ARG 46 HB1 ARG 46 -5.092 -0.494 -2.710 357 2HB ARG 46 HB2 ARG 46 -3.976 0.374 -3.754 358 1HG ARG 46 HG1 ARG 46 -4.913 -2.272 -4.844 359 2HG ARG 46 HG2 ARG 46 -6.118 -0.955 -4.678 360 1HD ARG 46 HD1 ARG 46 -3.415 -0.560 -6.175 361 2HD ARG 46 HD2 ARG 46 -4.949 -1.041 -6.981 362 HE ARG 46 HE ARG 46 -6.026 1.027 -6.016 363 1HH1 ARG 46 HH11 ARG 46 -2.461 1.523 -5.737 364 2HH1 ARG 46 HH12 ARG 46 -2.698 3.176 -6.203 365 1HH2 ARG 46 HH21 ARG 46 -6.075 3.049 -6.193 366 2HH2 ARG 46 HH22 ARG 46 -4.627 4.021 -6.084 367 H PHE 47 H PHE 47 -3.341 -1.807 -0.527 368 HA PHE 47 HA PHE 47 -3.704 -4.730 -0.555 369 1HB PHE 47 HB1 PHE 47 -2.748 -2.727 1.582 370 2HB PHE 47 HB2 PHE 47 -2.729 -4.475 1.883 371 HD1 PHE 47 HD1 PHE 47 -1.510 -5.395 -0.931 372 HD2 PHE 47 HD2 PHE 47 -0.483 -2.166 1.758 373 HE1 PHE 47 HE1 PHE 47 0.751 -5.274 -1.863 374 HE2 PHE 47 HE2 PHE 47 1.812 -2.223 0.872 375 HZ PHE 47 HZ PHE 47 2.425 -3.710 -0.929 376 H GLN 48 H GLN 48 -5.311 -5.658 0.523 377 HA GLN 48 HA GLN 48 -7.797 -4.375 0.788 378 1HB GLN 48 HB1 GLN 48 -6.796 -7.183 1.667 379 2HB GLN 48 HB2 GLN 48 -8.527 -6.719 1.577 380 1HG GLN 48 HG1 GLN 48 -8.476 -6.530 -0.847 381 2HG GLN 48 HG2 GLN 48 -6.710 -6.740 -0.971 382 1HE2 GLN 48 HE21 GLN 48 -7.145 -10.382 -0.329 383 2HE2 GLN 48 HE22 GLN 48 -6.043 -9.126 0.206 384 H THR 49 H THR 49 -6.060 -6.120 3.459 385 HA THR 49 HA THR 49 -7.074 -4.113 5.381 386 HB THR 49 HB THR 49 -7.095 -5.885 7.128 387 HG1 THR 49 HG1 THR 49 -7.210 -8.012 6.376 388 1HG2 THR 49 HG21 THR 49 -9.161 -5.191 5.873 389 2HG2 THR 49 HG22 THR 49 -8.883 -6.520 4.694 390 3HG2 THR 49 HG23 THR 49 -9.215 -6.904 6.417 391 H ILE 50 H ILE 50 -5.676 -4.123 7.409 392 HA ILE 50 HA ILE 50 -3.097 -3.330 6.882 393 HB ILE 50 HB ILE 50 -4.592 -2.569 8.630 394 1HG1 ILE 50 HG11 ILE 50 -1.932 -3.460 9.858 395 2HG1 ILE 50 HG12 ILE 50 -2.124 -2.127 8.672 396 1HG2 ILE 50 HG21 ILE 50 -5.513 -4.826 9.364 397 2HG2 ILE 50 HG22 ILE 50 -3.953 -5.130 10.208 398 3HG2 ILE 50 HG23 ILE 50 -4.997 -3.766 10.713 399 1HD1 ILE 50 HD11 ILE 50 -3.752 -0.985 10.232 400 2HD1 ILE 50 HD12 ILE 50 -3.420 -2.260 11.475 401 3HD1 ILE 50 HD13 ILE 50 -2.101 -1.160 10.927 402 H GLY 51 H GLY 51 -4.148 -6.609 7.644 403 1HA GLY 51 HA1 GLY 51 -1.435 -7.516 8.222 404 2HA GLY 51 HA2 GLY 51 -2.925 -8.470 8.179 405 H GLU 52 H GLU 52 -3.321 -7.193 5.218 406 HA GLU 52 HA GLU 52 -1.775 -9.279 3.875 407 1HB GLU 52 HB1 GLU 52 -4.172 -8.768 3.314 408 2HB GLU 52 HB2 GLU 52 -3.663 -7.157 2.744 409 1HG GLU 52 HG1 GLU 52 -3.962 -8.511 0.798 410 2HG GLU 52 HG2 GLU 52 -2.203 -8.307 0.938 411 H CYS 53 H CYS 53 -1.566 -5.860 4.497 412 HA CYS 53 HA CYS 53 0.203 -4.988 2.511 413 1HB CYS 53 HB1 CYS 53 -1.151 -3.424 3.687 414 2HB CYS 53 HB2 CYS 53 -0.656 -3.954 5.294 415 H ARG 54 H ARG 54 1.018 -6.266 5.695 416 HA ARG 54 HA ARG 54 3.920 -6.056 5.421 417 1HB ARG 54 HB1 ARG 54 3.990 -6.745 7.615 418 2HB ARG 54 HB2 ARG 54 2.689 -5.558 7.400 419 1HG ARG 54 HG1 ARG 54 1.164 -7.811 7.087 420 2HG ARG 54 HG2 ARG 54 2.524 -8.510 7.998 421 1HD ARG 54 HD1 ARG 54 2.211 -6.611 9.724 422 2HD ARG 54 HD2 ARG 54 0.731 -6.112 8.797 423 HE ARG 54 HE ARG 54 0.118 -8.788 9.241 424 1HH1 ARG 54 HH11 ARG 54 1.378 -6.564 11.721 425 2HH1 ARG 54 HH12 ARG 54 1.182 -7.780 12.932 426 1HH2 ARG 54 HH21 ARG 54 0.143 -10.236 10.776 427 2HH2 ARG 54 HH22 ARG 54 0.405 -9.780 12.428 428 H LYS 55 H LYS 55 1.510 -8.472 4.557 429 HA LYS 55 HA LYS 55 3.205 -10.781 4.598 430 1HB LYS 55 HB1 LYS 55 0.789 -10.643 5.010 431 2HB LYS 55 HB2 LYS 55 0.460 -10.216 3.305 432 1HG LYS 55 HG1 LYS 55 1.281 -12.460 2.591 433 2HG LYS 55 HG2 LYS 55 1.789 -12.826 4.277 434 1HD LYS 55 HD1 LYS 55 -1.122 -12.341 3.375 435 2HD LYS 55 HD2 LYS 55 -0.350 -13.941 3.646 436 1HE LYS 55 HE1 LYS 55 0.019 -13.396 6.070 437 2HE LYS 55 HE2 LYS 55 -0.836 -11.815 5.848 438 1HZ LYS 55 HZ1 LYS 55 -1.987 -14.503 5.318 439 2HZ LYS 55 HZ2 LYS 55 -2.302 -13.509 6.658 440 3HZ LYS 55 HZ3 LYS 55 -2.776 -13.015 5.103 441 H LYS 56 H LYS 56 2.865 -8.201 2.287 442 HA LYS 56 HA LYS 56 4.143 -9.739 0.115 443 1HB LYS 56 HB1 LYS 56 2.013 -7.802 0.194 444 2HB LYS 56 HB2 LYS 56 3.365 -7.003 -0.662 445 1HG LYS 56 HG1 LYS 56 3.573 -8.969 -2.161 446 2HG LYS 56 HG2 LYS 56 2.162 -9.726 -1.455 447 1HD LYS 56 HD1 LYS 56 2.105 -6.942 -2.985 448 2HD LYS 56 HD2 LYS 56 1.778 -8.569 -3.628 449 1HE LYS 56 HE1 LYS 56 -0.169 -8.978 -2.260 450 2HE LYS 56 HE2 LYS 56 0.097 -7.469 -1.307 451 1HZ LYS 56 HZ1 LYS 56 -0.416 -7.608 -4.230 452 2HZ LYS 56 HZ2 LYS 56 -1.527 -7.165 -3.024 453 3HZ LYS 56 HZ3 LYS 56 -0.164 -6.196 -3.321 454 H CYS 57 H CYS 57 4.772 -7.289 2.617 455 HA CYS 57 HA CYS 57 7.321 -6.484 1.342 456 1HB CYS 57 HB1 CYS 57 5.126 -4.712 2.668 457 2HB CYS 57 HB2 CYS 57 6.711 -4.195 2.529 458 H LEU 58 H LEU 58 6.483 -8.285 4.076 459 HA LEU 58 HA LEU 58 9.045 -7.373 5.230 460 1HB LEU 58 HB1 LEU 58 6.431 -7.351 6.698 461 2HB LEU 58 HB2 LEU 58 7.863 -7.890 7.647 462 HG LEU 58 HG LEU 58 7.643 -5.283 6.168 463 1HD1 LEU 58 HD11 LEU 58 7.489 -6.003 9.197 464 2HD1 LEU 58 HD12 LEU 58 7.598 -4.321 8.558 465 3HD1 LEU 58 HD13 LEU 58 6.154 -5.333 8.194 466 1HD2 LEU 58 HD21 LEU 58 9.880 -6.449 7.920 467 2HD2 LEU 58 HD22 LEU 58 10.005 -5.810 6.235 468 3HD2 LEU 58 HD23 LEU 58 9.710 -4.686 7.595 469 H GLY 59 H GLY 59 7.005 -9.988 4.341 470 1HA GLY 59 HA1 GLY 59 7.307 -12.154 4.258 471 2HA GLY 59 HA2 GLY 59 8.833 -12.021 5.224 472 H LYS 60 H LYS 60 5.344 -11.176 5.771 473 HA LYS 60 HA LYS 60 5.467 -12.613 8.336 474 1HB LYS 60 HB1 LYS 60 3.500 -10.364 7.614 475 2HB LYS 60 HB2 LYS 60 3.976 -10.911 9.244 476 1HG LYS 60 HG1 LYS 60 6.428 -9.930 8.336 477 2HG LYS 60 HG2 LYS 60 5.325 -9.052 7.243 478 1HD LYS 60 HD1 LYS 60 5.458 -7.534 8.842 479 2HD LYS 60 HD2 LYS 60 4.015 -8.396 9.443 480 1HE LYS 60 HE1 LYS 60 5.328 -9.675 11.103 481 2HE LYS 60 HE2 LYS 60 6.858 -8.893 10.521 482 1HZ LYS 60 HZ1 LYS 60 4.492 -7.492 11.653 483 2HZ LYS 60 HZ2 LYS 60 5.960 -7.801 12.448 484 3HZ LYS 60 HZ3 LYS 60 5.924 -6.761 11.105 No H/Q in entry = 484 Start of MODEL 13 1 H TRP 1 H TRP 1 13.363 -12.598 3.815 2 HA TRP 1 HA TRP 1 11.758 -12.136 1.572 3 1HB TRP 1 HB1 TRP 1 9.838 -11.685 3.240 4 2HB TRP 1 HB2 TRP 1 10.984 -10.750 4.209 5 HD1 TRP 1 HD1 TRP 1 8.793 -10.451 0.911 6 HE1 TRP 1 HE1 TRP 1 8.497 -8.030 0.445 7 HE3 TRP 1 HE3 TRP 1 12.014 -8.627 4.470 8 HZ2 TRP 1 HZ2 TRP 1 9.661 -5.585 1.292 9 HZ3 TRP 1 HZ3 TRP 1 12.310 -6.180 4.637 10 HH2 TRP 1 HH2 TRP 1 11.126 -4.659 3.074 11 H GLN 2 H GLN 2 12.474 -10.274 0.460 12 HA GLN 2 HA GLN 2 14.334 -8.342 1.494 13 1HB GLN 2 HB1 GLN 2 15.000 -9.901 -1.141 14 2HB GLN 2 HB2 GLN 2 15.818 -8.482 -0.473 15 1HG GLN 2 HG1 GLN 2 17.346 -10.129 0.018 16 2HG GLN 2 HG2 GLN 2 16.523 -9.871 1.592 17 1HE2 GLN 2 HE21 GLN 2 15.141 -13.314 -0.133 18 2HE2 GLN 2 HE22 GLN 2 14.660 -11.749 -0.762 19 HA PRO 3 HA PRO 3 10.891 -6.748 -0.451 20 1HB PRO 3 HB1 PRO 3 11.080 -4.256 -0.898 21 2HB PRO 3 HB2 PRO 3 11.643 -4.810 0.611 22 1HG PRO 3 HG1 PRO 3 13.826 -4.594 -1.456 23 2HG PRO 3 HG2 PRO 3 13.789 -3.807 0.175 24 1HD PRO 3 HD1 PRO 3 14.937 -6.230 -0.249 25 2HD PRO 3 HD2 PRO 3 13.897 -5.993 1.240 26 HA PRO 4 HA PRO 4 11.056 -7.345 -5.001 27 1HB PRO 4 HB1 PRO 4 8.050 -7.815 -4.397 28 2HB PRO 4 HB2 PRO 4 9.168 -8.786 -5.439 29 1HG PRO 4 HG1 PRO 4 8.625 -9.733 -2.943 30 2HG PRO 4 HG2 PRO 4 10.325 -9.536 -3.409 31 1HD PRO 4 HD1 PRO 4 8.837 -7.230 -1.796 32 2HD PRO 4 HD2 PRO 4 10.162 -8.360 -1.413 33 H TRP 5 H TRP 5 7.825 -6.364 -5.441 34 HA TRP 5 HA TRP 5 8.601 -3.781 -6.533 35 1HB TRP 5 HB1 TRP 5 6.286 -3.667 -7.602 36 2HB TRP 5 HB2 TRP 5 7.467 -4.858 -8.144 37 HD1 TRP 5 HD1 TRP 5 6.954 -7.408 -7.905 38 HE1 TRP 5 HE1 TRP 5 4.623 -8.643 -7.838 39 HE3 TRP 5 HE3 TRP 5 3.740 -3.833 -6.085 40 HZ2 TRP 5 HZ2 TRP 5 1.910 -7.955 -7.985 41 HZ3 TRP 5 HZ3 TRP 5 1.471 -4.056 -6.298 42 HH2 TRP 5 HH2 TRP 5 0.446 -6.085 -7.278 43 H TYR 6 H TYR 6 5.705 -4.737 -4.815 44 HA TYR 6 HA TYR 6 4.317 -2.651 -4.226 45 1HB TYR 6 HB1 TYR 6 4.505 -4.470 -1.816 46 2HB TYR 6 HB2 TYR 6 3.141 -4.127 -2.901 47 HD1 TYR 6 HD1 TYR 6 6.169 -6.233 -2.257 48 HD2 TYR 6 HD2 TYR 6 2.641 -5.737 -4.618 49 HE1 TYR 6 HE1 TYR 6 6.223 -8.661 -3.045 50 HE2 TYR 6 HE2 TYR 6 2.779 -8.077 -5.370 51 HH TYR 6 HH TYR 6 3.861 -10.043 -5.148 52 H CYS 7 H CYS 7 6.813 -3.539 -1.919 53 HA CYS 7 HA CYS 7 6.439 -1.818 0.028 54 1HB CYS 7 HB1 CYS 7 9.270 -2.757 -0.722 55 2HB CYS 7 HB2 CYS 7 8.481 -2.637 0.881 56 H LYS 8 H LYS 8 8.146 -1.235 -2.914 57 HA LYS 8 HA LYS 8 9.156 1.443 -2.209 58 1HB LYS 8 HB1 LYS 8 9.879 -0.713 -4.320 59 2HB LYS 8 HB2 LYS 8 10.774 0.832 -4.134 60 1HG LYS 8 HG1 LYS 8 11.907 0.088 -2.240 61 2HG LYS 8 HG2 LYS 8 10.591 -0.977 -1.691 62 1HD LYS 8 HD1 LYS 8 12.348 -2.421 -2.299 63 2HD LYS 8 HD2 LYS 8 11.004 -2.618 -3.470 64 1HE LYS 8 HE1 LYS 8 13.190 -2.677 -4.642 65 2HE LYS 8 HE2 LYS 8 12.255 -1.224 -5.171 66 1HZ LYS 8 HZ1 LYS 8 14.416 -1.272 -3.125 67 2HZ LYS 8 HZ2 LYS 8 14.540 -0.707 -4.722 68 3HZ LYS 8 HZ3 LYS 8 13.532 0.094 -3.613 69 H GLU 9 H GLU 9 6.296 0.283 -3.380 70 HA GLU 9 HA GLU 9 6.375 1.164 -6.102 71 1HB GLU 9 HB1 GLU 9 5.454 -0.904 -5.377 72 2HB GLU 9 HB2 GLU 9 4.144 -0.038 -4.563 73 1HG GLU 9 HG1 GLU 9 3.384 -0.825 -6.691 74 2HG GLU 9 HG2 GLU 9 3.484 0.937 -6.912 75 HA PRO 10 HA PRO 10 4.829 5.220 -5.312 76 1HB PRO 10 HB1 PRO 10 3.561 5.100 -8.097 77 2HB PRO 10 HB2 PRO 10 4.597 6.395 -7.367 78 1HG PRO 10 HG1 PRO 10 5.652 4.595 -9.078 79 2HG PRO 10 HG2 PRO 10 6.557 4.940 -7.548 80 1HD PRO 10 HD1 PRO 10 4.542 2.663 -8.056 81 2HD PRO 10 HD2 PRO 10 6.258 2.529 -7.464 82 H VAL 11 H VAL 11 3.187 5.673 -3.871 83 HA VAL 11 HA VAL 11 0.578 4.628 -3.885 84 HB VAL 11 HB VAL 11 1.945 5.080 -1.949 85 1HG1 VAL 11 HG11 VAL 11 3.083 7.239 -2.616 86 2HG1 VAL 11 HG12 VAL 11 1.513 8.105 -2.424 87 3HG1 VAL 11 HG13 VAL 11 2.292 7.313 -1.011 88 1HG2 VAL 11 HG21 VAL 11 -0.780 6.496 -2.084 89 2HG2 VAL 11 HG22 VAL 11 -0.395 4.791 -1.656 90 3HG2 VAL 11 HG23 VAL 11 0.103 6.124 -0.557 91 H ARG 12 H ARG 12 -1.344 5.394 -4.752 92 HA ARG 12 HA ARG 12 -1.451 8.032 -6.093 93 1HB ARG 12 HB1 ARG 12 -2.011 5.276 -7.251 94 2HB ARG 12 HB2 ARG 12 -2.497 6.799 -8.109 95 1HG ARG 12 HG1 ARG 12 0.382 6.022 -7.451 96 2HG ARG 12 HG2 ARG 12 -0.519 5.613 -8.923 97 1HD ARG 12 HD1 ARG 12 0.920 7.636 -9.311 98 2HD ARG 12 HD2 ARG 12 -0.818 7.640 -9.761 99 HE ARG 12 HE ARG 12 0.349 9.246 -7.394 100 1HH1 ARG 12 HH11 ARG 12 -2.265 8.769 -9.689 101 2HH1 ARG 12 HH12 ARG 12 -2.826 10.411 -9.518 102 1HH2 ARG 12 HH21 ARG 12 -0.648 11.120 -6.929 103 2HH2 ARG 12 HH22 ARG 12 -2.052 11.620 -7.807 104 H ILE 13 H ILE 13 -3.357 9.047 -5.479 105 HA ILE 13 HA ILE 13 -5.627 7.598 -4.458 106 HB ILE 13 HB ILE 13 -4.649 9.484 -3.315 107 1HG1 ILE 13 HG11 ILE 13 -7.652 9.718 -3.991 108 2HG1 ILE 13 HG12 ILE 13 -6.846 8.456 -3.013 109 1HG2 ILE 13 HG21 ILE 13 -4.421 11.288 -5.150 110 2HG2 ILE 13 HG22 ILE 13 -6.240 11.231 -5.271 111 3HG2 ILE 13 HG23 ILE 13 -5.429 11.760 -3.773 112 1HD1 ILE 13 HD11 ILE 13 -6.135 10.154 -1.317 113 2HD1 ILE 13 HD12 ILE 13 -6.994 11.445 -2.264 114 3HD1 ILE 13 HD13 ILE 13 -7.932 10.110 -1.506 115 H GLY 14 H GLY 14 -5.021 9.603 -7.300 116 1HA GLY 14 HA1 GLY 14 -6.258 9.695 -9.316 117 2HA GLY 14 HA2 GLY 14 -7.470 8.598 -8.585 118 H SER 15 H SER 15 -9.025 10.189 -9.791 119 HA SER 15 HA SER 15 -10.051 12.069 -7.856 120 1HB SER 15 HB1 SER 15 -8.890 13.279 -10.475 121 2HB SER 15 HB2 SER 15 -10.008 14.137 -9.354 122 HG SER 15 HG SER 15 -7.799 13.027 -8.116 123 H CYS 16 H CYS 16 -11.609 10.178 -8.274 124 HA CYS 16 HA CYS 16 -13.179 10.692 -10.744 125 1HB CYS 16 HB1 CYS 16 -12.387 8.111 -9.297 126 2HB CYS 16 HB2 CYS 16 -13.803 8.189 -10.384 127 H LYS 17 H LYS 17 -13.905 8.696 -7.981 128 HA LYS 17 HA LYS 17 -16.580 9.954 -7.935 129 1HB LYS 17 HB1 LYS 17 -15.613 7.213 -6.925 130 2HB LYS 17 HB2 LYS 17 -17.311 7.796 -6.880 131 1HG LYS 17 HG1 LYS 17 -15.610 7.310 -9.384 132 2HG LYS 17 HG2 LYS 17 -16.837 6.207 -8.706 133 1HD LYS 17 HD1 LYS 17 -17.427 9.038 -9.856 134 2HD LYS 17 HD2 LYS 17 -17.597 7.468 -10.694 135 1HE LYS 17 HE1 LYS 17 -19.800 7.990 -10.074 136 2HE LYS 17 HE2 LYS 17 -19.288 6.761 -8.848 137 1HZ LYS 17 HZ1 LYS 17 -19.342 9.723 -8.510 138 2HZ LYS 17 HZ2 LYS 17 -20.461 8.610 -7.881 139 3HZ LYS 17 HZ3 LYS 17 -18.852 8.600 -7.335 140 H LYS 18 H LYS 18 -14.478 8.465 -5.440 141 HA LYS 18 HA LYS 18 -15.338 10.547 -3.520 142 1HB LYS 18 HB1 LYS 18 -17.066 8.651 -3.599 143 2HB LYS 18 HB2 LYS 18 -15.771 7.481 -3.251 144 1HG LYS 18 HG1 LYS 18 -17.286 7.864 -1.378 145 2HG LYS 18 HG2 LYS 18 -15.642 8.237 -0.924 146 1HD LYS 18 HD1 LYS 18 -16.532 10.788 -1.728 147 2HD LYS 18 HD2 LYS 18 -18.095 10.021 -1.318 148 1HE LYS 18 HE1 LYS 18 -17.203 11.279 0.635 149 2HE LYS 18 HE2 LYS 18 -17.107 9.510 1.021 150 1HZ LYS 18 HZ1 LYS 18 -14.903 11.218 -0.032 151 2HZ LYS 18 HZ2 LYS 18 -15.087 10.676 1.567 152 3HZ LYS 18 HZ3 LYS 18 -14.798 9.560 0.320 153 H GLN 19 H GLN 19 -14.243 8.929 -1.374 154 HA GLN 19 HA GLN 19 -11.494 8.296 -2.108 155 1HB GLN 19 HB1 GLN 19 -11.906 9.513 0.650 156 2HB GLN 19 HB2 GLN 19 -10.517 9.520 -0.484 157 1HG GLN 19 HG1 GLN 19 -12.990 11.385 -0.561 158 2HG GLN 19 HG2 GLN 19 -11.371 11.676 0.180 159 1HE2 GLN 19 HE21 GLN 19 -11.686 12.616 -3.705 160 2HE2 GLN 19 HE22 GLN 19 -13.108 12.324 -2.739 161 H PHE 20 H PHE 20 -11.680 5.997 -1.833 162 HA PHE 20 HA PHE 20 -13.369 4.963 0.351 163 1HB PHE 20 HB1 PHE 20 -12.190 3.351 -1.987 164 2HB PHE 20 HB2 PHE 20 -13.521 2.960 -0.888 165 HD1 PHE 20 HD1 PHE 20 -15.651 4.468 -0.898 166 HD2 PHE 20 HD2 PHE 20 -12.831 4.448 -4.203 167 HE1 PHE 20 HE1 PHE 20 -17.437 5.101 -2.473 168 HE2 PHE 20 HE2 PHE 20 -14.614 5.128 -5.703 169 HZ PHE 20 HZ PHE 20 -16.937 5.399 -4.875 170 H SER 21 H SER 21 -12.275 3.718 2.038 171 HA SER 21 HA SER 21 -9.576 4.209 2.530 172 1HB SER 21 HB1 SER 21 -11.459 3.781 4.184 173 2HB SER 21 HB2 SER 21 -11.237 2.025 3.941 174 HG SER 21 HG SER 21 -9.166 2.241 4.841 175 H SER 22 H SER 22 -7.696 3.399 1.902 176 HA SER 22 HA SER 22 -7.389 0.563 1.171 177 1HB SER 22 HB1 SER 22 -6.510 1.215 -0.858 178 2HB SER 22 HB2 SER 22 -6.936 2.888 -0.477 179 HG SER 22 HG SER 22 -4.862 2.958 0.667 180 H PHE 23 H PHE 23 -4.745 0.556 1.044 181 HA PHE 23 HA PHE 23 -3.339 1.430 3.421 182 1HB PHE 23 HB1 PHE 23 -4.063 -1.439 2.990 183 2HB PHE 23 HB2 PHE 23 -2.472 -1.254 3.727 184 HD1 PHE 23 HD1 PHE 23 -2.352 0.155 5.894 185 HD2 PHE 23 HD2 PHE 23 -5.999 -1.441 4.292 186 HE1 PHE 23 HE1 PHE 23 -3.363 0.268 8.149 187 HE2 PHE 23 HE2 PHE 23 -7.023 -1.378 6.573 188 HZ PHE 23 HZ PHE 23 -5.699 -0.535 8.496 189 H TYR 24 H TYR 24 -1.117 1.328 3.154 190 HA TYR 24 HA TYR 24 0.068 -0.031 0.888 191 1HB TYR 24 HB1 TYR 24 1.078 1.685 -0.334 192 2HB TYR 24 HB2 TYR 24 -0.562 2.282 -0.045 193 HD1 TYR 24 HD1 TYR 24 -0.873 4.074 1.952 194 HD2 TYR 24 HD2 TYR 24 2.968 2.948 0.315 195 HE1 TYR 24 HE1 TYR 24 0.068 6.166 2.760 196 HE2 TYR 24 HE2 TYR 24 3.942 5.068 1.281 197 HH TYR 24 HH TYR 24 1.890 7.482 2.917 198 H PHE 25 H PHE 25 2.612 0.098 1.046 199 HA PHE 25 HA PHE 25 3.384 -0.135 3.896 200 1HB PHE 25 HB1 PHE 25 3.706 -2.046 2.144 201 2HB PHE 25 HB2 PHE 25 5.012 -1.072 1.419 202 HD1 PHE 25 HD1 PHE 25 7.134 -0.659 2.818 203 HD2 PHE 25 HD2 PHE 25 3.989 -3.330 4.225 204 HE1 PHE 25 HE1 PHE 25 8.587 -1.689 4.585 205 HE2 PHE 25 HE2 PHE 25 5.326 -4.230 5.875 206 HZ PHE 25 HZ PHE 25 7.742 -3.420 6.075 207 H LYS 26 H LYS 26 4.729 1.700 4.858 208 HA LYS 26 HA LYS 26 5.675 3.608 3.001 209 1HB LYS 26 HB1 LYS 26 4.675 4.405 5.017 210 2HB LYS 26 HB2 LYS 26 6.051 3.801 6.006 211 1HG LYS 26 HG1 LYS 26 7.637 5.198 4.581 212 2HG LYS 26 HG2 LYS 26 6.242 5.318 3.444 213 1HD LYS 26 HD1 LYS 26 6.715 7.361 4.394 214 2HD LYS 26 HD2 LYS 26 5.033 6.762 4.677 215 1HE LYS 26 HE1 LYS 26 5.784 6.257 7.136 216 2HE LYS 26 HE2 LYS 26 7.439 6.791 6.611 217 1HZ LYS 26 HZ1 LYS 26 6.559 8.983 6.214 218 2HZ LYS 26 HZ2 LYS 26 4.996 8.489 6.662 219 3HZ LYS 26 HZ3 LYS 26 6.245 8.505 7.813 220 H TRP 27 H TRP 27 7.533 2.800 1.917 221 HA TRP 27 HA TRP 27 9.234 0.851 2.395 222 1HB TRP 27 HB1 TRP 27 8.909 2.106 0.286 223 2HB TRP 27 HB2 TRP 27 9.328 3.568 1.093 224 HD1 TRP 27 HD1 TRP 27 11.413 4.398 -0.166 225 HE1 TRP 27 HE1 TRP 27 13.719 3.408 -0.848 226 HE3 TRP 27 HE3 TRP 27 10.630 -0.394 1.279 227 HZ2 TRP 27 HZ2 TRP 27 15.023 0.894 -0.720 228 HZ3 TRP 27 HZ3 TRP 27 12.412 -2.050 1.064 229 HH2 TRP 27 HH2 TRP 27 14.615 -1.430 0.047 230 H THR 28 H THR 28 9.800 4.205 3.499 231 HA THR 28 HA THR 28 12.376 3.696 4.579 232 HB THR 28 HB THR 28 12.062 6.214 5.265 233 HG1 THR 28 HG1 THR 28 10.488 7.142 3.863 234 1HG2 THR 28 HG21 THR 28 13.430 5.325 3.345 235 2HG2 THR 28 HG22 THR 28 11.958 5.275 2.316 236 3HG2 THR 28 HG23 THR 28 12.592 6.855 2.912 237 H ALA 29 H ALA 29 9.019 3.837 5.976 238 HA ALA 29 HA ALA 29 10.091 4.001 8.697 239 1HB ALA 29 HB1 ALA 29 7.240 3.417 7.649 240 2HB ALA 29 HB2 ALA 29 7.668 3.620 9.389 241 3HB ALA 29 HB3 ALA 29 7.888 4.978 8.284 242 H LYS 30 H LYS 30 9.366 1.491 6.418 243 HA LYS 30 HA LYS 30 9.537 -0.712 6.410 244 1HB LYS 30 HB1 LYS 30 10.815 -0.595 9.120 245 2HB LYS 30 HB2 LYS 30 10.690 -2.059 8.100 246 1HG LYS 30 HG1 LYS 30 12.042 0.591 7.251 247 2HG LYS 30 HG2 LYS 30 12.871 -0.842 7.936 248 1HD LYS 30 HD1 LYS 30 11.411 -0.749 5.214 249 2HD LYS 30 HD2 LYS 30 13.168 -0.614 5.498 250 1HE LYS 30 HE1 LYS 30 13.175 -2.937 6.538 251 2HE LYS 30 HE2 LYS 30 11.437 -3.111 6.063 252 1HZ LYS 30 HZ1 LYS 30 13.728 -2.599 4.230 253 2HZ LYS 30 HZ2 LYS 30 12.916 -4.074 4.456 254 3HZ LYS 30 HZ3 LYS 30 12.100 -2.751 3.772 255 H LYS 31 H LYS 31 7.187 0.786 7.382 256 HA LYS 31 HA LYS 31 5.568 -1.416 8.306 257 1HB LYS 31 HB1 LYS 31 6.375 0.952 9.953 258 2HB LYS 31 HB2 LYS 31 4.606 0.739 10.014 259 1HG LYS 31 HG1 LYS 31 6.478 -1.607 10.626 260 2HG LYS 31 HG2 LYS 31 6.114 -0.330 11.825 261 1HD LYS 31 HD1 LYS 31 3.696 -0.687 11.633 262 2HD LYS 31 HD2 LYS 31 3.927 -2.023 10.460 263 1HE LYS 31 HE1 LYS 31 5.016 -1.992 13.364 264 2HE LYS 31 HE2 LYS 31 3.497 -2.817 12.824 265 1HZ LYS 31 HZ1 LYS 31 4.811 -4.153 11.327 266 2HZ LYS 31 HZ2 LYS 31 6.240 -3.387 11.834 267 3HZ LYS 31 HZ3 LYS 31 5.341 -4.322 12.932 268 H CYS 32 H CYS 32 3.233 -0.897 8.397 269 HA CYS 32 HA CYS 32 2.471 0.203 5.839 270 1HB CYS 32 HB1 CYS 32 1.002 -1.506 7.923 271 2HB CYS 32 HB2 CYS 32 0.358 -1.203 6.253 272 H LEU 33 H LEU 33 0.966 1.716 5.316 273 HA LEU 33 HA LEU 33 -0.175 3.335 7.521 274 1HB LEU 33 HB1 LEU 33 0.813 4.422 4.806 275 2HB LEU 33 HB2 LEU 33 0.135 5.366 6.170 276 HG LEU 33 HG LEU 33 2.885 4.014 6.018 277 1HD1 LEU 33 HD11 LEU 33 1.884 6.929 6.168 278 2HD1 LEU 33 HD12 LEU 33 3.595 6.402 6.342 279 3HD1 LEU 33 HD13 LEU 33 2.731 6.090 4.801 280 1HD2 LEU 33 HD21 LEU 33 1.535 5.573 8.354 281 2HD2 LEU 33 HD22 LEU 33 1.992 3.837 8.430 282 3HD2 LEU 33 HD23 LEU 33 3.261 5.091 8.285 283 HA PRO 34 HA PRO 34 -3.822 2.980 4.624 284 1HB PRO 34 HB1 PRO 34 -5.719 4.260 6.107 285 2HB PRO 34 HB2 PRO 34 -4.960 2.753 6.717 286 1HG PRO 34 HG1 PRO 34 -4.248 5.628 7.548 287 2HG PRO 34 HG2 PRO 34 -4.517 4.198 8.619 288 1HD PRO 34 HD1 PRO 34 -1.980 5.153 7.535 289 2HD PRO 34 HD2 PRO 34 -2.278 3.507 8.284 290 H PHE 35 H PHE 35 -4.527 4.082 2.998 291 HA PHE 35 HA PHE 35 -4.571 6.969 2.987 292 1HB PHE 35 HB1 PHE 35 -3.172 7.538 1.290 293 2HB PHE 35 HB2 PHE 35 -2.261 6.163 1.925 294 HD1 PHE 35 HD1 PHE 35 -2.533 3.865 0.670 295 HD2 PHE 35 HD2 PHE 35 -4.101 7.578 -1.012 296 HE1 PHE 35 HE1 PHE 35 -2.722 2.845 -1.498 297 HE2 PHE 35 HE2 PHE 35 -4.249 6.481 -3.119 298 HZ PHE 35 HZ PHE 35 -3.578 4.137 -3.442 299 H LEU 36 H LEU 36 -6.215 7.531 1.128 300 HA LEU 36 HA LEU 36 -8.096 5.322 0.736 301 1HB LEU 36 HB1 LEU 36 -8.566 8.402 0.738 302 2HB LEU 36 HB2 LEU 36 -9.710 7.141 0.298 303 HG LEU 36 HG LEU 36 -9.477 6.126 2.568 304 1HD1 LEU 36 HD11 LEU 36 -8.204 8.794 3.245 305 2HD1 LEU 36 HD12 LEU 36 -9.011 7.683 4.436 306 3HD1 LEU 36 HD13 LEU 36 -7.589 7.078 3.525 307 1HD2 LEU 36 HD21 LEU 36 -11.503 7.371 1.891 308 2HD2 LEU 36 HD22 LEU 36 -11.121 7.628 3.616 309 3HD2 LEU 36 HD23 LEU 36 -10.739 8.921 2.425 310 H PHE 37 H PHE 37 -9.086 5.258 -1.335 311 HA PHE 37 HA PHE 37 -7.561 6.390 -3.663 312 1HB PHE 37 HB1 PHE 37 -6.862 4.087 -3.407 313 2HB PHE 37 HB2 PHE 37 -8.557 3.637 -2.899 314 HD1 PHE 37 HD1 PHE 37 -7.100 5.180 -6.285 315 HD2 PHE 37 HD2 PHE 37 -9.513 2.182 -4.233 316 HE1 PHE 37 HE1 PHE 37 -7.873 4.276 -8.367 317 HE2 PHE 37 HE2 PHE 37 -10.169 1.299 -6.446 318 HZ PHE 37 HZ PHE 37 -9.125 2.173 -8.478 319 H SER 38 H SER 38 -8.826 7.232 -5.468 320 HA SER 38 HA SER 38 -11.615 7.697 -4.871 321 1HB SER 38 HB1 SER 38 -9.888 9.404 -5.705 322 2HB SER 38 HB2 SER 38 -10.124 8.729 -7.347 323 HG SER 38 HG SER 38 -12.165 9.746 -5.577 324 H GLY 39 H GLY 39 -10.105 5.326 -6.850 325 1HA GLY 39 HA1 GLY 39 -11.435 3.489 -7.353 326 2HA GLY 39 HA2 GLY 39 -12.732 4.438 -7.928 327 H CYS 40 H CYS 40 -10.746 6.173 -9.532 328 HA CYS 40 HA CYS 40 -9.546 4.271 -11.397 329 1HB CYS 40 HB1 CYS 40 -10.388 5.863 -13.373 330 2HB CYS 40 HB2 CYS 40 -11.348 4.506 -12.759 331 H GLY 41 H GLY 41 -7.586 5.088 -12.275 332 1HA GLY 41 HA1 GLY 41 -5.934 6.875 -12.445 333 2HA GLY 41 HA2 GLY 41 -6.737 7.738 -11.127 334 H GLY 42 H GLY 42 -6.376 4.424 -10.363 335 1HA GLY 42 HA1 GLY 42 -3.997 4.976 -8.673 336 2HA GLY 42 HA2 GLY 42 -5.273 3.734 -8.447 337 H ASN 43 H ASN 43 -3.054 2.547 -8.021 338 HA ASN 43 HA ASN 43 -2.403 1.192 -10.585 339 1HB ASN 43 HB1 ASN 43 -0.043 0.974 -10.124 340 2HB ASN 43 HB2 ASN 43 -0.622 2.659 -10.251 341 1HD2 ASN 43 HD21 ASN 43 1.479 3.321 -7.604 342 2HD2 ASN 43 HD22 ASN 43 1.182 3.382 -9.341 343 H ALA 44 H ALA 44 -0.748 0.057 -7.824 344 HA ALA 44 HA ALA 44 -2.541 -2.255 -7.501 345 1HB ALA 44 HB1 ALA 44 -1.374 -2.744 -9.651 346 2HB ALA 44 HB2 ALA 44 0.222 -2.587 -8.850 347 3HB ALA 44 HB3 ALA 44 -0.930 -3.933 -8.405 348 H ASN 45 H ASN 45 -0.621 -0.046 -5.985 349 HA ASN 45 HA ASN 45 0.369 -1.940 -3.938 350 1HB ASN 45 HB1 ASN 45 1.887 -0.079 -4.960 351 2HB ASN 45 HB2 ASN 45 0.941 1.115 -4.067 352 1HD2 ASN 45 HD21 ASN 45 3.655 0.514 -1.801 353 2HD2 ASN 45 HD22 ASN 45 2.783 1.637 -2.797 354 H ARG 46 H ARG 46 -2.517 -1.695 -3.992 355 HA ARG 46 HA ARG 46 -3.016 -0.192 -1.551 356 1HB ARG 46 HB1 ARG 46 -5.018 0.819 -2.175 357 2HB ARG 46 HB2 ARG 46 -3.662 1.415 -3.131 358 1HG ARG 46 HG1 ARG 46 -5.820 -0.571 -4.041 359 2HG ARG 46 HG2 ARG 46 -5.878 1.215 -4.285 360 1HD ARG 46 HD1 ARG 46 -4.061 -0.778 -5.729 361 2HD ARG 46 HD2 ARG 46 -5.271 0.333 -6.460 362 HE ARG 46 HE ARG 46 -2.502 0.946 -5.696 363 1HH1 ARG 46 HH11 ARG 46 -5.567 2.761 -6.094 364 2HH1 ARG 46 HH12 ARG 46 -4.644 4.263 -5.941 365 1HH2 ARG 46 HH21 ARG 46 -1.599 2.810 -5.800 366 2HH2 ARG 46 HH22 ARG 46 -2.591 4.267 -5.960 367 H PHE 47 H PHE 47 -3.325 -1.425 -0.160 368 HA PHE 47 HA PHE 47 -3.965 -4.237 -0.591 369 1HB PHE 47 HB1 PHE 47 -2.852 -2.562 1.722 370 2HB PHE 47 HB2 PHE 47 -2.881 -4.326 1.822 371 HD1 PHE 47 HD1 PHE 47 -1.879 -3.800 -1.630 372 HD2 PHE 47 HD2 PHE 47 -0.548 -3.128 2.408 373 HE1 PHE 47 HE1 PHE 47 0.403 -3.662 -2.404 374 HE2 PHE 47 HE2 PHE 47 1.793 -3.052 1.613 375 HZ PHE 47 HZ PHE 47 2.274 -3.309 -0.803 376 H GLN 48 H GLN 48 -5.452 -5.468 0.625 377 HA GLN 48 HA GLN 48 -7.963 -4.161 0.955 378 1HB GLN 48 HB1 GLN 48 -7.134 -7.072 1.571 379 2HB GLN 48 HB2 GLN 48 -8.827 -6.491 1.381 380 1HG GLN 48 HG1 GLN 48 -8.525 -6.068 -1.012 381 2HG GLN 48 HG2 GLN 48 -6.780 -6.475 -0.983 382 1HE2 GLN 48 HE21 GLN 48 -7.535 -10.025 -0.499 383 2HE2 GLN 48 HE22 GLN 48 -6.279 -8.832 -0.221 384 H THR 49 H THR 49 -5.779 -5.578 3.338 385 HA THR 49 HA THR 49 -7.124 -4.291 5.587 386 HB THR 49 HB THR 49 -6.724 -6.303 7.050 387 HG1 THR 49 HG1 THR 49 -6.472 -7.837 4.703 388 1HG2 THR 49 HG21 THR 49 -8.973 -5.919 6.055 389 2HG2 THR 49 HG22 THR 49 -8.558 -6.953 4.648 390 3HG2 THR 49 HG23 THR 49 -8.615 -7.662 6.302 391 H ILE 50 H ILE 50 -5.335 -4.633 7.574 392 HA ILE 50 HA ILE 50 -2.837 -3.629 6.554 393 HB ILE 50 HB ILE 50 -3.840 -2.685 8.511 394 1HG1 ILE 50 HG11 ILE 50 -1.085 -3.887 9.175 395 2HG1 ILE 50 HG12 ILE 50 -1.357 -2.596 7.960 396 1HG2 ILE 50 HG21 ILE 50 -4.808 -4.779 9.568 397 2HG2 ILE 50 HG22 ILE 50 -3.136 -5.329 9.965 398 3HG2 ILE 50 HG23 ILE 50 -3.794 -3.837 10.707 399 1HD1 ILE 50 HD11 ILE 50 -2.308 -1.113 9.753 400 2HD1 ILE 50 HD12 ILE 50 -1.991 -2.397 10.976 401 3HD1 ILE 50 HD13 ILE 50 -0.623 -1.611 10.111 402 H GLY 51 H GLY 51 -3.989 -6.817 7.168 403 1HA GLY 51 HA1 GLY 51 -1.455 -8.085 7.643 404 2HA GLY 51 HA2 GLY 51 -3.015 -8.829 7.263 405 H GLU 52 H GLU 52 -3.058 -7.041 4.708 406 HA GLU 52 HA GLU 52 -1.700 -8.890 2.914 407 1HB GLU 52 HB1 GLU 52 -4.003 -8.217 2.524 408 2HB GLU 52 HB2 GLU 52 -3.547 -6.490 2.544 409 1HG GLU 52 HG1 GLU 52 -4.127 -7.298 0.289 410 2HG GLU 52 HG2 GLU 52 -2.480 -6.652 0.342 411 H CYS 53 H CYS 53 -0.716 -6.308 4.655 412 HA CYS 53 HA CYS 53 1.138 -5.053 2.786 413 1HB CYS 53 HB1 CYS 53 -0.497 -3.930 4.596 414 2HB CYS 53 HB2 CYS 53 0.615 -4.509 5.786 415 H ARG 54 H ARG 54 1.087 -7.262 5.257 416 HA ARG 54 HA ARG 54 3.888 -7.488 6.097 417 1HB ARG 54 HB1 ARG 54 1.127 -8.679 6.745 418 2HB ARG 54 HB2 ARG 54 2.525 -9.648 7.223 419 1HG ARG 54 HG1 ARG 54 1.884 -8.524 9.086 420 2HG ARG 54 HG2 ARG 54 3.427 -7.754 8.575 421 1HD ARG 54 HD1 ARG 54 0.725 -6.563 7.778 422 2HD ARG 54 HD2 ARG 54 1.277 -6.384 9.456 423 HE ARG 54 HE ARG 54 2.649 -5.086 7.065 424 1HH1 ARG 54 HH11 ARG 54 2.975 -5.924 10.461 425 2HH1 ARG 54 HH12 ARG 54 4.124 -4.650 10.746 426 1HH2 ARG 54 HH21 ARG 54 4.290 -3.603 7.509 427 2HH2 ARG 54 HH22 ARG 54 4.847 -3.480 9.145 428 H LYS 55 H LYS 55 1.482 -9.066 4.221 429 HA LYS 55 HA LYS 55 2.755 -11.481 3.472 430 1HB LYS 55 HB1 LYS 55 0.328 -10.847 3.766 431 2HB LYS 55 HB2 LYS 55 0.370 -10.010 2.178 432 1HG LYS 55 HG1 LYS 55 1.057 -12.364 1.223 433 2HG LYS 55 HG2 LYS 55 0.634 -13.016 2.844 434 1HD LYS 55 HD1 LYS 55 -1.175 -11.488 0.885 435 2HD LYS 55 HD2 LYS 55 -1.277 -13.238 1.246 436 1HE LYS 55 HE1 LYS 55 -2.181 -12.814 3.492 437 2HE LYS 55 HE2 LYS 55 -1.854 -11.046 3.391 438 1HZ LYS 55 HZ1 LYS 55 -3.729 -12.528 1.653 439 2HZ LYS 55 HZ2 LYS 55 -4.117 -11.505 2.953 440 3HZ LYS 55 HZ3 LYS 55 -3.369 -10.869 1.566 441 H LYS 56 H LYS 56 2.694 -8.276 2.009 442 HA LYS 56 HA LYS 56 4.087 -9.204 -0.436 443 1HB LYS 56 HB1 LYS 56 2.442 -6.718 0.216 444 2HB LYS 56 HB2 LYS 56 3.586 -6.699 -1.147 445 1HG LYS 56 HG1 LYS 56 2.607 -8.736 -2.087 446 2HG LYS 56 HG2 LYS 56 1.276 -8.697 -0.889 447 1HD LYS 56 HD1 LYS 56 1.739 -6.170 -2.709 448 2HD LYS 56 HD2 LYS 56 1.140 -7.705 -3.415 449 1HE LYS 56 HE1 LYS 56 -0.777 -7.846 -1.937 450 2HE LYS 56 HE2 LYS 56 -0.300 -6.307 -1.108 451 1HZ LYS 56 HZ1 LYS 56 -0.893 -6.659 -4.017 452 2HZ LYS 56 HZ2 LYS 56 -1.925 -5.968 -2.857 453 3HZ LYS 56 HZ3 LYS 56 -0.464 -5.201 -3.257 454 H CYS 57 H CYS 57 4.617 -7.014 2.418 455 HA CYS 57 HA CYS 57 7.403 -6.487 1.314 456 1HB CYS 57 HB1 CYS 57 5.315 -4.777 2.664 457 2HB CYS 57 HB2 CYS 57 7.025 -4.221 2.471 458 H LEU 58 H LEU 58 6.276 -8.412 3.858 459 HA LEU 58 HA LEU 58 8.837 -7.707 5.155 460 1HB LEU 58 HB1 LEU 58 6.274 -7.742 6.707 461 2HB LEU 58 HB2 LEU 58 7.820 -8.209 7.508 462 HG LEU 58 HG LEU 58 7.325 -5.581 6.120 463 1HD1 LEU 58 HD11 LEU 58 6.037 -5.889 8.269 464 2HD1 LEU 58 HD12 LEU 58 7.565 -6.319 9.126 465 3HD1 LEU 58 HD13 LEU 58 7.347 -4.658 8.464 466 1HD2 LEU 58 HD21 LEU 58 9.793 -6.543 7.658 467 2HD2 LEU 58 HD22 LEU 58 9.716 -5.993 5.934 468 3HD2 LEU 58 HD23 LEU 58 9.426 -4.824 7.251 469 H GLY 59 H GLY 59 6.576 -10.170 4.173 470 1HA GLY 59 HA1 GLY 59 6.926 -12.312 3.793 471 2HA GLY 59 HA2 GLY 59 8.458 -12.282 4.747 472 H LYS 60 H LYS 60 5.016 -11.425 5.512 473 HA LYS 60 HA LYS 60 4.804 -13.530 7.467 474 1HB LYS 60 HB1 LYS 60 4.476 -11.783 9.321 475 2HB LYS 60 HB2 LYS 60 6.187 -11.979 8.808 476 1HG LYS 60 HG1 LYS 60 6.067 -9.906 7.382 477 2HG LYS 60 HG2 LYS 60 4.416 -9.640 7.848 478 1HD LYS 60 HD1 LYS 60 6.886 -9.474 9.621 479 2HD LYS 60 HD2 LYS 60 5.694 -8.209 9.157 480 1HE LYS 60 HE1 LYS 60 3.946 -9.617 10.564 481 2HE LYS 60 HE2 LYS 60 5.377 -10.513 11.192 482 1HZ LYS 60 HZ1 LYS 60 6.303 -8.417 11.914 483 2HZ LYS 60 HZ2 LYS 60 4.957 -7.572 11.313 484 3HZ LYS 60 HZ3 LYS 60 4.766 -8.679 12.587 No H/Q in entry = 484 Start of MODEL 14 1 H TRP 1 H TRP 1 12.265 -12.751 4.190 2 HA TRP 1 HA TRP 1 11.654 -12.365 1.371 3 1HB TRP 1 HB1 TRP 1 9.613 -12.044 2.488 4 2HB TRP 1 HB2 TRP 1 10.282 -11.192 3.887 5 HD1 TRP 1 HD1 TRP 1 8.606 -10.322 0.553 6 HE1 TRP 1 HE1 TRP 1 8.463 -7.880 0.384 7 HE3 TRP 1 HE3 TRP 1 11.733 -9.110 4.455 8 HZ2 TRP 1 HZ2 TRP 1 9.770 -5.590 1.525 9 HZ3 TRP 1 HZ3 TRP 1 12.174 -6.724 4.890 10 HH2 TRP 1 HH2 TRP 1 11.202 -4.979 3.434 11 H GLN 2 H GLN 2 12.393 -10.495 0.314 12 HA GLN 2 HA GLN 2 14.257 -8.677 1.590 13 1HB GLN 2 HB1 GLN 2 14.895 -10.542 -0.773 14 2HB GLN 2 HB2 GLN 2 15.413 -8.846 -0.918 15 1HG GLN 2 HG1 GLN 2 17.325 -9.709 -0.143 16 2HG GLN 2 HG2 GLN 2 16.636 -9.066 1.380 17 1HE2 GLN 2 HE21 GLN 2 16.312 -12.491 2.653 18 2HE2 GLN 2 HE22 GLN 2 15.319 -11.054 2.648 19 HA PRO 3 HA PRO 3 11.064 -6.529 -0.277 20 1HB PRO 3 HB1 PRO 3 12.208 -3.866 -0.796 21 2HB PRO 3 HB2 PRO 3 11.307 -4.529 0.609 22 1HG PRO 3 HG1 PRO 3 14.199 -4.008 0.464 23 2HG PRO 3 HG2 PRO 3 13.228 -4.652 1.834 24 1HD PRO 3 HD1 PRO 3 14.952 -6.092 -0.119 25 2HD PRO 3 HD2 PRO 3 14.321 -6.577 1.533 26 HA PRO 4 HA PRO 4 11.462 -6.674 -4.848 27 1HB PRO 4 HB1 PRO 4 8.976 -7.771 -5.337 28 2HB PRO 4 HB2 PRO 4 10.059 -8.626 -4.215 29 1HG PRO 4 HG1 PRO 4 7.996 -6.628 -3.378 30 2HG PRO 4 HG2 PRO 4 8.215 -8.395 -2.832 31 1HD PRO 4 HD1 PRO 4 9.143 -6.170 -1.489 32 2HD PRO 4 HD2 PRO 4 9.968 -7.811 -1.527 33 H TRP 5 H TRP 5 8.208 -6.032 -5.457 34 HA TRP 5 HA TRP 5 8.701 -3.276 -6.282 35 1HB TRP 5 HB1 TRP 5 6.440 -3.293 -7.471 36 2HB TRP 5 HB2 TRP 5 7.707 -4.356 -8.049 37 HD1 TRP 5 HD1 TRP 5 7.372 -6.826 -8.180 38 HE1 TRP 5 HE1 TRP 5 5.197 -8.335 -7.945 39 HE3 TRP 5 HE3 TRP 5 3.790 -3.781 -6.060 40 HZ2 TRP 5 HZ2 TRP 5 2.448 -7.934 -8.273 41 HZ3 TRP 5 HZ3 TRP 5 1.512 -4.162 -6.512 42 HH2 TRP 5 HH2 TRP 5 0.777 -6.251 -7.590 43 H TYR 6 H TYR 6 5.895 -4.728 -4.605 44 HA TYR 6 HA TYR 6 4.306 -2.760 -4.044 45 1HB TYR 6 HB1 TYR 6 4.728 -4.613 -1.639 46 2HB TYR 6 HB2 TYR 6 3.255 -4.267 -2.625 47 HD1 TYR 6 HD1 TYR 6 2.868 -5.643 -4.681 48 HD2 TYR 6 HD2 TYR 6 6.192 -6.238 -2.100 49 HE1 TYR 6 HE1 TYR 6 3.073 -7.926 -5.561 50 HE2 TYR 6 HE2 TYR 6 6.299 -8.727 -2.973 51 HH TYR 6 HH TYR 6 4.080 -9.927 -5.317 52 H CYS 7 H CYS 7 6.882 -3.345 -1.712 53 HA CYS 7 HA CYS 7 6.255 -1.482 0.076 54 1HB CYS 7 HB1 CYS 7 9.201 -2.284 -0.385 55 2HB CYS 7 HB2 CYS 7 8.298 -2.050 1.148 56 H LYS 8 H LYS 8 8.139 -1.268 -2.823 57 HA LYS 8 HA LYS 8 9.058 1.505 -2.504 58 1HB LYS 8 HB1 LYS 8 9.896 -0.644 -4.653 59 2HB LYS 8 HB2 LYS 8 10.655 0.895 -4.287 60 1HG LYS 8 HG1 LYS 8 11.159 -0.062 -1.934 61 2HG LYS 8 HG2 LYS 8 10.397 -1.585 -2.468 62 1HD LYS 8 HD1 LYS 8 12.807 -1.868 -2.609 63 2HD LYS 8 HD2 LYS 8 12.235 -1.765 -4.306 64 1HE LYS 8 HE1 LYS 8 13.159 0.554 -4.482 65 2HE LYS 8 HE2 LYS 8 13.482 0.577 -2.702 66 1HZ LYS 8 HZ1 LYS 8 15.007 -1.246 -3.019 67 2HZ LYS 8 HZ2 LYS 8 14.691 -1.275 -4.687 68 3HZ LYS 8 HZ3 LYS 8 15.427 0.086 -3.986 69 H GLU 9 H GLU 9 6.159 0.259 -3.494 70 HA GLU 9 HA GLU 9 6.237 1.024 -6.300 71 1HB GLU 9 HB1 GLU 9 5.365 -1.098 -5.599 72 2HB GLU 9 HB2 GLU 9 4.001 -0.267 -4.859 73 1HG GLU 9 HG1 GLU 9 3.275 -0.855 -7.016 74 2HG GLU 9 HG2 GLU 9 3.672 0.830 -7.365 75 HA PRO 10 HA PRO 10 4.862 5.022 -5.051 76 1HB PRO 10 HB1 PRO 10 3.979 5.442 -7.959 77 2HB PRO 10 HB2 PRO 10 4.991 6.512 -6.906 78 1HG PRO 10 HG1 PRO 10 6.162 4.904 -8.725 79 2HG PRO 10 HG2 PRO 10 6.855 4.897 -7.048 80 1HD PRO 10 HD1 PRO 10 4.768 2.944 -8.201 81 2HD PRO 10 HD2 PRO 10 6.356 2.530 -7.448 82 H VAL 11 H VAL 11 3.099 5.527 -3.773 83 HA VAL 11 HA VAL 11 0.531 4.494 -4.145 84 HB VAL 11 HB VAL 11 1.703 4.937 -2.042 85 1HG1 VAL 11 HG11 VAL 11 2.553 7.291 -2.651 86 2HG1 VAL 11 HG12 VAL 11 0.890 7.913 -2.371 87 3HG1 VAL 11 HG13 VAL 11 1.791 7.136 -1.031 88 1HG2 VAL 11 HG21 VAL 11 -1.156 6.093 -2.303 89 2HG2 VAL 11 HG22 VAL 11 -0.659 4.380 -1.989 90 3HG2 VAL 11 HG23 VAL 11 -0.321 5.662 -0.785 91 H ARG 12 H ARG 12 -1.387 5.245 -4.875 92 HA ARG 12 HA ARG 12 -1.548 7.836 -6.294 93 1HB ARG 12 HB1 ARG 12 -2.386 4.964 -7.122 94 2HB ARG 12 HB2 ARG 12 -2.956 6.388 -8.043 95 1HG ARG 12 HG1 ARG 12 -0.077 5.564 -7.766 96 2HG ARG 12 HG2 ARG 12 -1.267 4.999 -8.973 97 1HD ARG 12 HD1 ARG 12 -1.725 7.581 -9.448 98 2HD ARG 12 HD2 ARG 12 -0.031 7.781 -8.874 99 HE ARG 12 HE ARG 12 -0.891 6.185 -11.345 100 1HH1 ARG 12 HH11 ARG 12 1.650 6.534 -9.006 101 2HH1 ARG 12 HH12 ARG 12 2.909 6.106 -10.143 102 1HH2 ARG 12 HH21 ARG 12 0.727 5.998 -12.815 103 2HH2 ARG 12 HH22 ARG 12 2.331 5.696 -12.300 104 H ILE 13 H ILE 13 -3.347 8.875 -5.230 105 HA ILE 13 HA ILE 13 -5.600 7.259 -4.283 106 HB ILE 13 HB ILE 13 -4.764 8.836 -2.712 107 1HG1 ILE 13 HG11 ILE 13 -7.625 9.393 -3.733 108 2HG1 ILE 13 HG12 ILE 13 -7.012 7.936 -2.872 109 1HG2 ILE 13 HG21 ILE 13 -4.189 10.891 -4.112 110 2HG2 ILE 13 HG22 ILE 13 -5.998 11.030 -4.447 111 3HG2 ILE 13 HG23 ILE 13 -5.321 11.151 -2.789 112 1HD1 ILE 13 HD11 ILE 13 -6.539 9.310 -0.859 113 2HD1 ILE 13 HD12 ILE 13 -7.176 10.783 -1.682 114 3HD1 ILE 13 HD13 ILE 13 -8.296 9.427 -1.291 115 H GLY 14 H GLY 14 -4.745 9.740 -6.624 116 1HA GLY 14 HA1 GLY 14 -5.567 9.800 -8.815 117 2HA GLY 14 HA2 GLY 14 -7.025 8.924 -8.316 118 H SER 15 H SER 15 -8.398 10.270 -6.673 119 HA SER 15 HA SER 15 -9.635 11.997 -6.153 120 1HB SER 15 HB1 SER 15 -9.493 14.355 -6.883 121 2HB SER 15 HB2 SER 15 -7.961 13.750 -6.186 122 HG SER 15 HG SER 15 -7.399 13.312 -8.502 123 H CYS 16 H CYS 16 -10.070 9.919 -8.115 124 HA CYS 16 HA CYS 16 -11.438 10.962 -10.382 125 1HB CYS 16 HB1 CYS 16 -10.189 8.813 -10.209 126 2HB CYS 16 HB2 CYS 16 -11.534 8.107 -9.298 127 H LYS 17 H LYS 17 -13.240 8.665 -8.386 128 HA LYS 17 HA LYS 17 -15.681 10.218 -8.822 129 1HB LYS 17 HB1 LYS 17 -15.194 7.385 -7.720 130 2HB LYS 17 HB2 LYS 17 -16.833 8.114 -7.884 131 1HG LYS 17 HG1 LYS 17 -14.963 7.712 -10.243 132 2HG LYS 17 HG2 LYS 17 -16.223 6.569 -9.657 133 1HD LYS 17 HD1 LYS 17 -17.905 8.530 -9.811 134 2HD LYS 17 HD2 LYS 17 -16.664 9.408 -10.774 135 1HE LYS 17 HE1 LYS 17 -16.679 7.476 -12.432 136 2HE LYS 17 HE2 LYS 17 -17.907 6.652 -11.375 137 1HZ LYS 17 HZ1 LYS 17 -19.376 8.514 -11.722 138 2HZ LYS 17 HZ2 LYS 17 -18.228 9.299 -12.697 139 3HZ LYS 17 HZ3 LYS 17 -18.914 7.831 -13.207 140 H LYS 18 H LYS 18 -14.283 8.619 -5.917 141 HA LYS 18 HA LYS 18 -14.743 10.950 -4.329 142 1HB LYS 18 HB1 LYS 18 -16.161 9.948 -2.539 143 2HB LYS 18 HB2 LYS 18 -16.982 10.207 -4.059 144 1HG LYS 18 HG1 LYS 18 -15.905 7.423 -3.361 145 2HG LYS 18 HG2 LYS 18 -17.411 8.079 -2.683 146 1HD LYS 18 HD1 LYS 18 -16.825 7.495 -5.641 147 2HD LYS 18 HD2 LYS 18 -17.994 6.685 -4.550 148 1HE LYS 18 HE1 LYS 18 -19.394 8.767 -4.460 149 2HE LYS 18 HE2 LYS 18 -18.286 9.549 -5.662 150 1HZ LYS 18 HZ1 LYS 18 -19.816 7.037 -6.076 151 2HZ LYS 18 HZ2 LYS 18 -20.184 8.571 -6.705 152 3HZ LYS 18 HZ3 LYS 18 -18.766 7.772 -7.192 153 H GLN 19 H GLN 19 -14.342 8.620 -1.973 154 HA GLN 19 HA GLN 19 -11.769 7.685 -2.767 155 1HB GLN 19 HB1 GLN 19 -11.112 8.988 -0.211 156 2HB GLN 19 HB2 GLN 19 -10.365 9.047 -1.783 157 1HG GLN 19 HG1 GLN 19 -11.622 11.004 -2.506 158 2HG GLN 19 HG2 GLN 19 -12.607 11.017 -1.004 159 1HE2 GLN 19 HE21 GLN 19 -10.075 12.778 0.767 160 2HE2 GLN 19 HE22 GLN 19 -11.655 12.036 0.851 161 H PHE 20 H PHE 20 -11.778 5.577 -2.026 162 HA PHE 20 HA PHE 20 -13.600 4.843 0.204 163 1HB PHE 20 HB1 PHE 20 -12.270 3.011 -1.916 164 2HB PHE 20 HB2 PHE 20 -13.599 2.551 -0.783 165 HD1 PHE 20 HD1 PHE 20 -15.576 4.680 -0.987 166 HD2 PHE 20 HD2 PHE 20 -13.146 2.990 -4.144 167 HE1 PHE 20 HE1 PHE 20 -17.241 5.352 -2.657 168 HE2 PHE 20 HE2 PHE 20 -14.851 3.596 -5.776 169 HZ PHE 20 HZ PHE 20 -16.934 4.732 -5.051 170 H SER 21 H SER 21 -12.537 3.194 1.810 171 HA SER 21 HA SER 21 -9.846 4.110 2.375 172 1HB SER 21 HB1 SER 21 -11.740 3.875 4.106 173 2HB SER 21 HB2 SER 21 -11.373 2.122 4.125 174 HG SER 21 HG SER 21 -9.528 4.274 4.629 175 H SER 22 H SER 22 -7.930 3.034 2.668 176 HA SER 22 HA SER 22 -7.595 0.248 1.839 177 1HB SER 22 HB1 SER 22 -5.705 1.066 0.210 178 2HB SER 22 HB2 SER 22 -7.257 1.618 -0.303 179 HG SER 22 HG SER 22 -5.486 3.084 1.427 180 H PHE 23 H PHE 23 -5.082 0.056 1.692 181 HA PHE 23 HA PHE 23 -3.462 1.313 3.766 182 1HB PHE 23 HB1 PHE 23 -4.042 -1.664 3.545 183 2HB PHE 23 HB2 PHE 23 -2.465 -1.240 4.193 184 HD1 PHE 23 HD1 PHE 23 -2.366 0.161 6.324 185 HD2 PHE 23 HD2 PHE 23 -6.079 -1.413 4.820 186 HE1 PHE 23 HE1 PHE 23 -3.442 0.695 8.456 187 HE2 PHE 23 HE2 PHE 23 -7.168 -0.888 7.001 188 HZ PHE 23 HZ PHE 23 -5.857 0.197 8.801 189 H TYR 24 H TYR 24 -1.241 1.215 3.349 190 HA TYR 24 HA TYR 24 -0.191 -0.107 1.012 191 1HB TYR 24 HB1 TYR 24 0.629 1.480 -0.347 192 2HB TYR 24 HB2 TYR 24 -0.918 2.193 0.102 193 HD1 TYR 24 HD1 TYR 24 -0.892 4.266 1.785 194 HD2 TYR 24 HD2 TYR 24 2.693 2.507 0.136 195 HE1 TYR 24 HE1 TYR 24 0.341 6.321 2.250 196 HE2 TYR 24 HE2 TYR 24 3.943 4.549 0.676 197 HH TYR 24 HH TYR 24 2.363 7.480 1.835 198 H PHE 25 H PHE 25 2.313 -0.154 1.006 199 HA PHE 25 HA PHE 25 3.316 -0.112 3.777 200 1HB PHE 25 HB1 PHE 25 3.227 -2.341 2.446 201 2HB PHE 25 HB2 PHE 25 4.560 -1.709 1.440 202 HD1 PHE 25 HD1 PHE 25 6.740 -1.036 2.751 203 HD2 PHE 25 HD2 PHE 25 3.644 -3.493 4.483 204 HE1 PHE 25 HE1 PHE 25 8.287 -1.875 4.498 205 HE2 PHE 25 HE2 PHE 25 5.041 -4.076 6.299 206 HZ PHE 25 HZ PHE 25 7.453 -3.313 6.311 207 H LYS 26 H LYS 26 4.881 1.281 4.289 208 HA LYS 26 HA LYS 26 5.844 3.167 2.291 209 1HB LYS 26 HB1 LYS 26 5.143 3.425 5.060 210 2HB LYS 26 HB2 LYS 26 6.840 3.924 4.880 211 1HG LYS 26 HG1 LYS 26 4.395 5.055 3.677 212 2HG LYS 26 HG2 LYS 26 5.749 5.668 4.775 213 1HD LYS 26 HD1 LYS 26 5.804 5.554 1.721 214 2HD LYS 26 HD2 LYS 26 5.797 6.907 2.866 215 1HE LYS 26 HE1 LYS 26 7.966 7.076 2.464 216 2HE LYS 26 HE2 LYS 26 8.112 5.808 3.745 217 1HZ LYS 26 HZ1 LYS 26 7.978 5.403 0.790 218 2HZ LYS 26 HZ2 LYS 26 9.364 5.301 1.767 219 3HZ LYS 26 HZ3 LYS 26 8.112 4.169 1.950 220 H TRP 27 H TRP 27 7.797 2.465 1.325 221 HA TRP 27 HA TRP 27 9.671 0.683 2.115 222 1HB TRP 27 HB1 TRP 27 9.546 1.395 -0.151 223 2HB TRP 27 HB2 TRP 27 9.544 3.114 0.224 224 HD1 TRP 27 HD1 TRP 27 11.716 4.146 -0.670 225 HE1 TRP 27 HE1 TRP 27 14.181 3.358 -0.925 226 HE3 TRP 27 HE3 TRP 27 11.118 -0.527 0.979 227 HZ2 TRP 27 HZ2 TRP 27 15.706 1.008 -0.295 228 HZ3 TRP 27 HZ3 TRP 27 13.064 -2.033 1.281 229 HH2 TRP 27 HH2 TRP 27 15.355 -1.288 0.604 230 H THR 28 H THR 28 9.839 4.227 2.710 231 HA THR 28 HA THR 28 12.330 3.904 4.161 232 HB THR 28 HB THR 28 12.373 6.350 4.562 233 HG1 THR 28 HG1 THR 28 11.036 7.465 2.994 234 1HG2 THR 28 HG21 THR 28 13.550 5.177 2.679 235 2HG2 THR 28 HG22 THR 28 12.084 5.372 1.654 236 3HG2 THR 28 HG23 THR 28 13.004 6.823 2.205 237 H ALA 29 H ALA 29 8.844 4.088 5.135 238 HA ALA 29 HA ALA 29 9.597 4.530 7.912 239 1HB ALA 29 HB1 ALA 29 7.327 5.164 6.981 240 2HB ALA 29 HB2 ALA 29 6.906 3.414 6.896 241 3HB ALA 29 HB3 ALA 29 7.268 4.183 8.475 242 H LYS 30 H LYS 30 8.892 1.659 5.900 243 HA LYS 30 HA LYS 30 9.344 -0.447 6.058 244 1HB LYS 30 HB1 LYS 30 11.046 0.218 8.448 245 2HB LYS 30 HB2 LYS 30 10.776 -1.481 7.975 246 1HG LYS 30 HG1 LYS 30 11.666 0.528 5.851 247 2HG LYS 30 HG2 LYS 30 12.810 -0.254 6.995 248 1HD LYS 30 HD1 LYS 30 12.088 -2.495 6.357 249 2HD LYS 30 HD2 LYS 30 10.898 -1.852 5.175 250 1HE LYS 30 HE1 LYS 30 12.719 -0.949 3.767 251 2HE LYS 30 HE2 LYS 30 13.955 -1.405 5.009 252 1HZ LYS 30 HZ1 LYS 30 12.183 -3.301 3.541 253 2HZ LYS 30 HZ2 LYS 30 13.829 -3.015 3.232 254 3HZ LYS 30 HZ3 LYS 30 13.349 -3.715 4.703 255 H LYS 31 H LYS 31 6.953 0.832 7.202 256 HA LYS 31 HA LYS 31 5.698 -1.507 8.326 257 1HB LYS 31 HB1 LYS 31 6.666 -0.038 10.218 258 2HB LYS 31 HB2 LYS 31 5.508 1.241 9.786 259 1HG LYS 31 HG1 LYS 31 3.641 -0.242 10.552 260 2HG LYS 31 HG2 LYS 31 4.765 -1.665 10.591 261 1HD LYS 31 HD1 LYS 31 6.074 -0.533 12.414 262 2HD LYS 31 HD2 LYS 31 4.881 0.809 12.410 263 1HE LYS 31 HE1 LYS 31 3.061 -0.787 13.083 264 2HE LYS 31 HE2 LYS 31 4.235 -2.165 13.029 265 1HZ LYS 31 HZ1 LYS 31 5.512 -1.078 14.749 266 2HZ LYS 31 HZ2 LYS 31 4.409 0.214 14.807 267 3HZ LYS 31 HZ3 LYS 31 3.910 -1.349 15.246 268 H CYS 32 H CYS 32 3.236 -1.041 8.337 269 HA CYS 32 HA CYS 32 2.445 0.047 5.813 270 1HB CYS 32 HB1 CYS 32 0.897 -1.300 8.133 271 2HB CYS 32 HB2 CYS 32 0.186 -1.025 6.488 272 H LEU 33 H LEU 33 0.961 1.622 5.308 273 HA LEU 33 HA LEU 33 0.163 3.496 7.456 274 1HB LEU 33 HB1 LEU 33 0.704 4.330 4.539 275 2HB LEU 33 HB2 LEU 33 0.292 5.367 5.936 276 HG LEU 33 HG LEU 33 2.993 4.068 5.256 277 1HD1 LEU 33 HD11 LEU 33 2.326 6.269 4.275 278 2HD1 LEU 33 HD12 LEU 33 2.062 6.943 5.934 279 3HD1 LEU 33 HD13 LEU 33 3.706 6.385 5.432 280 1HD2 LEU 33 HD21 LEU 33 2.141 5.427 7.941 281 2HD2 LEU 33 HD22 LEU 33 2.741 3.739 7.769 282 3HD2 LEU 33 HD23 LEU 33 3.831 5.113 7.423 283 HA PRO 34 HA PRO 34 -3.915 2.854 5.238 284 1HB PRO 34 HB1 PRO 34 -5.539 4.327 6.932 285 2HB PRO 34 HB2 PRO 34 -4.683 2.881 7.558 286 1HG PRO 34 HG1 PRO 34 -3.843 5.818 7.876 287 2HG PRO 34 HG2 PRO 34 -3.930 4.542 9.152 288 1HD PRO 34 HD1 PRO 34 -1.608 5.282 7.601 289 2HD PRO 34 HD2 PRO 34 -1.812 3.710 8.518 290 H PHE 35 H PHE 35 -5.057 3.845 3.765 291 HA PHE 35 HA PHE 35 -4.997 6.728 3.528 292 1HB PHE 35 HB1 PHE 35 -3.911 7.222 1.535 293 2HB PHE 35 HB2 PHE 35 -2.821 6.128 2.381 294 HD1 PHE 35 HD1 PHE 35 -3.056 3.564 1.679 295 HD2 PHE 35 HD2 PHE 35 -4.229 6.909 -0.866 296 HE1 PHE 35 HE1 PHE 35 -3.073 2.095 -0.345 297 HE2 PHE 35 HE2 PHE 35 -4.055 5.454 -2.789 298 HZ PHE 35 HZ PHE 35 -3.517 3.045 -2.562 299 H LEU 36 H LEU 36 -6.027 6.712 0.738 300 HA LEU 36 HA LEU 36 -8.566 5.419 0.953 301 1HB LEU 36 HB1 LEU 36 -7.949 8.433 0.676 302 2HB LEU 36 HB2 LEU 36 -9.529 7.733 0.164 303 HG LEU 36 HG LEU 36 -8.532 7.579 3.036 304 1HD1 LEU 36 HD11 LEU 36 -8.573 9.974 2.278 305 2HD1 LEU 36 HD12 LEU 36 -10.292 9.768 1.768 306 3HD1 LEU 36 HD13 LEU 36 -9.841 9.605 3.502 307 1HD2 LEU 36 HD21 LEU 36 -11.343 7.430 1.742 308 2HD2 LEU 36 HD22 LEU 36 -10.407 6.056 2.414 309 3HD2 LEU 36 HD23 LEU 36 -10.979 7.358 3.506 310 H PHE 37 H PHE 37 -9.369 5.284 -1.203 311 HA PHE 37 HA PHE 37 -7.591 5.893 -3.529 312 1HB PHE 37 HB1 PHE 37 -6.916 3.652 -2.950 313 2HB PHE 37 HB2 PHE 37 -8.658 3.217 -2.581 314 HD1 PHE 37 HD1 PHE 37 -7.774 4.764 -6.101 315 HD2 PHE 37 HD2 PHE 37 -8.368 1.194 -3.675 316 HE1 PHE 37 HE1 PHE 37 -8.483 3.528 -8.025 317 HE2 PHE 37 HE2 PHE 37 -8.872 -0.071 -5.741 318 HZ PHE 37 HZ PHE 37 -8.925 1.113 -7.928 319 H SER 38 H SER 38 -8.696 6.889 -5.166 320 HA SER 38 HA SER 38 -11.560 7.248 -4.916 321 1HB SER 38 HB1 SER 38 -11.370 8.972 -6.557 322 2HB SER 38 HB2 SER 38 -10.094 9.121 -5.319 323 HG SER 38 HG SER 38 -8.592 8.151 -6.769 324 H GLY 39 H GLY 39 -10.195 4.714 -6.334 325 1HA GLY 39 HA1 GLY 39 -11.180 3.007 -7.324 326 2HA GLY 39 HA2 GLY 39 -12.503 4.016 -7.847 327 H CYS 40 H CYS 40 -10.763 5.853 -9.384 328 HA CYS 40 HA CYS 40 -9.947 4.093 -11.623 329 1HB CYS 40 HB1 CYS 40 -11.203 5.815 -13.185 330 2HB CYS 40 HB2 CYS 40 -12.049 4.487 -12.368 331 H GLY 41 H GLY 41 -8.413 5.458 -9.599 332 1HA GLY 41 HA1 GLY 41 -6.597 6.790 -11.451 333 2HA GLY 41 HA2 GLY 41 -7.196 7.752 -10.049 334 H GLY 42 H GLY 42 -6.615 4.246 -10.096 335 1HA GLY 42 HA1 GLY 42 -4.436 4.501 -8.140 336 2HA GLY 42 HA2 GLY 42 -5.462 3.084 -8.507 337 H ASN 43 H ASN 43 -3.016 2.380 -8.283 338 HA ASN 43 HA ASN 43 -2.226 1.850 -11.079 339 1HB ASN 43 HB1 ASN 43 0.084 2.044 -10.873 340 2HB ASN 43 HB2 ASN 43 -0.672 3.564 -10.397 341 1HD2 ASN 43 HD21 ASN 43 1.846 3.605 -8.012 342 2HD2 ASN 43 HD22 ASN 43 1.454 4.071 -9.643 343 H ALA 44 H ALA 44 -0.536 0.481 -8.364 344 HA ALA 44 HA ALA 44 -1.934 -2.109 -8.724 345 1HB ALA 44 HB1 ALA 44 -0.094 -1.944 -10.450 346 2HB ALA 44 HB2 ALA 44 1.122 -1.743 -9.141 347 3HB ALA 44 HB3 ALA 44 0.178 -3.282 -9.298 348 H ASN 45 H ASN 45 -0.179 0.136 -6.651 349 HA ASN 45 HA ASN 45 0.351 -1.919 -4.635 350 1HB ASN 45 HB1 ASN 45 1.951 0.041 -5.284 351 2HB ASN 45 HB2 ASN 45 0.904 1.132 -4.374 352 1HD2 ASN 45 HD21 ASN 45 3.348 0.165 -1.971 353 2HD2 ASN 45 HD22 ASN 45 2.598 1.456 -2.846 354 H ARG 46 H ARG 46 -2.116 -2.315 -4.378 355 HA ARG 46 HA ARG 46 -2.936 -0.671 -2.091 356 1HB ARG 46 HB1 ARG 46 -5.342 -0.600 -2.667 357 2HB ARG 46 HB2 ARG 46 -4.265 0.533 -3.508 358 1HG ARG 46 HG1 ARG 46 -5.030 -2.088 -4.859 359 2HG ARG 46 HG2 ARG 46 -6.187 -0.718 -4.742 360 1HD ARG 46 HD1 ARG 46 -3.344 -0.405 -6.004 361 2HD ARG 46 HD2 ARG 46 -4.817 -0.818 -6.964 362 HE ARG 46 HE ARG 46 -5.872 1.255 -5.827 363 1HH1 ARG 46 HH11 ARG 46 -2.266 1.669 -6.318 364 2HH1 ARG 46 HH12 ARG 46 -2.496 3.321 -5.978 365 1HH2 ARG 46 HH21 ARG 46 -5.902 3.182 -5.647 366 2HH2 ARG 46 HH22 ARG 46 -4.486 4.183 -5.614 367 H PHE 47 H PHE 47 -3.539 -1.643 -0.494 368 HA PHE 47 HA PHE 47 -3.776 -4.589 -0.476 369 1HB PHE 47 HB1 PHE 47 -2.807 -2.494 1.561 370 2HB PHE 47 HB2 PHE 47 -2.769 -4.208 1.983 371 HD1 PHE 47 HD1 PHE 47 -1.639 -5.078 -1.055 372 HD2 PHE 47 HD2 PHE 47 -0.502 -2.137 1.916 373 HE1 PHE 47 HE1 PHE 47 0.559 -4.907 -2.032 374 HE2 PHE 47 HE2 PHE 47 1.767 -2.139 0.936 375 HZ PHE 47 HZ PHE 47 2.295 -3.428 -1.010 376 H GLN 48 H GLN 48 -5.297 -5.551 0.607 377 HA GLN 48 HA GLN 48 -7.839 -4.310 0.763 378 1HB GLN 48 HB1 GLN 48 -6.850 -7.126 1.542 379 2HB GLN 48 HB2 GLN 48 -8.580 -6.647 1.580 380 1HG GLN 48 HG1 GLN 48 -8.647 -6.267 -0.802 381 2HG GLN 48 HG2 GLN 48 -6.900 -6.530 -1.049 382 1HE2 GLN 48 HE21 GLN 48 -7.387 -10.187 -0.411 383 2HE2 GLN 48 HE22 GLN 48 -6.309 -8.959 0.213 384 H THR 49 H THR 49 -6.102 -5.922 3.514 385 HA THR 49 HA THR 49 -7.310 -4.031 5.415 386 HB THR 49 HB THR 49 -7.238 -5.892 7.118 387 HG1 THR 49 HG1 THR 49 -7.222 -7.994 6.281 388 1HG2 THR 49 HG21 THR 49 -9.342 -5.253 5.910 389 2HG2 THR 49 HG22 THR 49 -8.987 -6.479 4.643 390 3HG2 THR 49 HG23 THR 49 -9.301 -6.998 6.334 391 H ILE 50 H ILE 50 -5.890 -4.050 7.497 392 HA ILE 50 HA ILE 50 -3.331 -3.181 6.928 393 HB ILE 50 HB ILE 50 -4.745 -2.357 8.675 394 1HG1 ILE 50 HG11 ILE 50 -2.135 -3.372 9.935 395 2HG1 ILE 50 HG12 ILE 50 -2.251 -2.051 8.729 396 1HG2 ILE 50 HG21 ILE 50 -5.828 -4.500 9.425 397 2HG2 ILE 50 HG22 ILE 50 -4.287 -4.973 10.229 398 3HG2 ILE 50 HG23 ILE 50 -5.191 -3.523 10.778 399 1HD1 ILE 50 HD11 ILE 50 -3.790 -0.767 10.248 400 2HD1 ILE 50 HD12 ILE 50 -3.590 -2.039 11.516 401 3HD1 ILE 50 HD13 ILE 50 -2.173 -1.066 10.978 402 H GLY 51 H GLY 51 -4.230 -6.458 7.628 403 1HA GLY 51 HA1 GLY 51 -1.467 -7.274 8.126 404 2HA GLY 51 HA2 GLY 51 -2.908 -8.232 8.138 405 H GLU 52 H GLU 52 -3.497 -6.995 5.219 406 HA GLU 52 HA GLU 52 -2.141 -8.964 3.626 407 1HB GLU 52 HB1 GLU 52 -4.380 -8.191 2.924 408 2HB GLU 52 HB2 GLU 52 -3.833 -6.496 2.861 409 1HG GLU 52 HG1 GLU 52 -4.012 -7.473 0.490 410 2HG GLU 52 HG2 GLU 52 -2.389 -6.963 0.830 411 H CYS 53 H CYS 53 -1.645 -5.577 4.355 412 HA CYS 53 HA CYS 53 0.166 -4.654 2.558 413 1HB CYS 53 HB1 CYS 53 -0.986 -3.433 4.593 414 2HB CYS 53 HB2 CYS 53 0.037 -4.313 5.649 415 H ARG 54 H ARG 54 0.786 -6.479 5.337 416 HA ARG 54 HA ARG 54 3.635 -6.582 5.504 417 1HB ARG 54 HB1 ARG 54 1.233 -7.904 6.773 418 2HB ARG 54 HB2 ARG 54 2.855 -8.324 7.334 419 1HG ARG 54 HG1 ARG 54 3.260 -6.353 8.395 420 2HG ARG 54 HG2 ARG 54 2.318 -5.364 7.229 421 1HD ARG 54 HD1 ARG 54 1.007 -5.438 9.388 422 2HD ARG 54 HD2 ARG 54 0.217 -6.272 8.053 423 HE ARG 54 HE ARG 54 0.878 -8.429 8.898 424 1HH1 ARG 54 HH11 ARG 54 1.706 -5.890 11.249 425 2HH1 ARG 54 HH12 ARG 54 1.698 -7.027 12.553 426 1HH2 ARG 54 HH21 ARG 54 1.045 -9.762 10.550 427 2HH2 ARG 54 HH22 ARG 54 1.160 -9.172 12.189 428 H LYS 55 H LYS 55 1.308 -8.756 3.913 429 HA LYS 55 HA LYS 55 3.146 -11.020 3.782 430 1HB LYS 55 HB1 LYS 55 0.387 -10.594 2.473 431 2HB LYS 55 HB2 LYS 55 1.355 -12.103 2.401 432 1HG LYS 55 HG1 LYS 55 1.262 -11.607 5.173 433 2HG LYS 55 HG2 LYS 55 -0.388 -11.183 4.596 434 1HD LYS 55 HD1 LYS 55 -0.428 -13.448 3.406 435 2HD LYS 55 HD2 LYS 55 1.214 -13.768 4.078 436 1HE LYS 55 HE1 LYS 55 -0.411 -14.911 5.490 437 2HE LYS 55 HE2 LYS 55 0.278 -13.523 6.427 438 1HZ LYS 55 HZ1 LYS 55 -2.311 -13.544 4.959 439 2HZ LYS 55 HZ2 LYS 55 -2.098 -13.672 6.640 440 3HZ LYS 55 HZ3 LYS 55 -1.668 -12.239 5.835 441 H LYS 56 H LYS 56 2.828 -8.226 1.881 442 HA LYS 56 HA LYS 56 4.238 -9.388 -0.445 443 1HB LYS 56 HB1 LYS 56 2.266 -7.152 0.002 444 2HB LYS 56 HB2 LYS 56 3.574 -6.758 -1.139 445 1HG LYS 56 HG1 LYS 56 3.147 -8.753 -2.453 446 2HG LYS 56 HG2 LYS 56 1.812 -9.263 -1.462 447 1HD LYS 56 HD1 LYS 56 1.710 -6.501 -2.989 448 2HD LYS 56 HD2 LYS 56 1.409 -8.064 -3.743 449 1HE LYS 56 HE1 LYS 56 -0.352 -7.417 -1.276 450 2HE LYS 56 HE2 LYS 56 -0.764 -6.991 -2.973 451 1HZ LYS 56 HZ1 LYS 56 -0.518 -9.273 -3.594 452 2HZ LYS 56 HZ2 LYS 56 -0.104 -9.706 -2.004 453 3HZ LYS 56 HZ3 LYS 56 -1.648 -9.083 -2.340 454 H CYS 57 H CYS 57 4.614 -7.259 2.395 455 HA CYS 57 HA CYS 57 7.318 -6.418 1.407 456 1HB CYS 57 HB1 CYS 57 5.096 -4.932 2.833 457 2HB CYS 57 HB2 CYS 57 6.778 -4.286 2.827 458 H LEU 58 H LEU 58 6.233 -8.429 4.051 459 HA LEU 58 HA LEU 58 8.772 -7.573 5.380 460 1HB LEU 58 HB1 LEU 58 6.083 -7.744 6.726 461 2HB LEU 58 HB2 LEU 58 7.555 -8.152 7.670 462 HG LEU 58 HG LEU 58 7.117 -5.539 6.236 463 1HD1 LEU 58 HD11 LEU 58 5.630 -5.883 8.326 464 2HD1 LEU 58 HD12 LEU 58 7.105 -6.278 9.267 465 3HD1 LEU 58 HD13 LEU 58 6.898 -4.617 8.617 466 1HD2 LEU 58 HD21 LEU 58 9.423 -6.372 8.062 467 2HD2 LEU 58 HD22 LEU 58 9.515 -5.865 6.329 468 3HD2 LEU 58 HD23 LEU 58 9.031 -4.677 7.575 469 H GLY 59 H GLY 59 6.947 -10.154 4.144 470 1HA GLY 59 HA1 GLY 59 7.266 -12.319 3.974 471 2HA GLY 59 HA2 GLY 59 8.744 -12.208 5.011 472 H LYS 60 H LYS 60 5.142 -11.733 5.410 473 HA LYS 60 HA LYS 60 5.113 -13.666 7.566 474 1HB LYS 60 HB1 LYS 60 3.996 -11.899 9.058 475 2HB LYS 60 HB2 LYS 60 5.779 -11.800 8.889 476 1HG LYS 60 HG1 LYS 60 5.604 -9.891 7.290 477 2HG LYS 60 HG2 LYS 60 3.838 -10.074 7.257 478 1HD LYS 60 HD1 LYS 60 4.475 -8.191 8.662 479 2HD LYS 60 HD2 LYS 60 3.663 -9.451 9.660 480 1HE LYS 60 HE1 LYS 60 5.909 -10.134 10.583 481 2HE LYS 60 HE2 LYS 60 6.684 -8.898 9.500 482 1HZ LYS 60 HZ1 LYS 60 5.430 -7.196 10.604 483 2HZ LYS 60 HZ2 LYS 60 4.676 -8.334 11.613 484 3HZ LYS 60 HZ3 LYS 60 6.353 -8.082 11.722 No H/Q in entry = 484 Start of MODEL 15 1 H TRP 1 H TRP 1 13.239 -12.805 3.666 2 HA TRP 1 HA TRP 1 11.624 -12.273 1.486 3 1HB TRP 1 HB1 TRP 1 9.703 -11.826 3.126 4 2HB TRP 1 HB2 TRP 1 10.830 -10.918 4.133 5 HD1 TRP 1 HD1 TRP 1 8.779 -10.520 0.725 6 HE1 TRP 1 HE1 TRP 1 8.597 -8.095 0.236 7 HE3 TRP 1 HE3 TRP 1 11.696 -8.786 4.582 8 HZ2 TRP 1 HZ2 TRP 1 9.617 -5.668 1.291 9 HZ3 TRP 1 HZ3 TRP 1 11.910 -6.353 4.862 10 HH2 TRP 1 HH2 TRP 1 10.904 -4.799 3.221 11 H GLN 2 H GLN 2 12.306 -10.342 0.451 12 HA GLN 2 HA GLN 2 14.232 -8.464 1.431 13 1HB GLN 2 HB1 GLN 2 14.851 -10.430 -0.897 14 2HB GLN 2 HB2 GLN 2 15.607 -8.804 -0.772 15 1HG GLN 2 HG1 GLN 2 16.624 -9.408 1.440 16 2HG GLN 2 HG2 GLN 2 15.931 -11.065 1.305 17 1HE2 GLN 2 HE21 GLN 2 19.465 -11.232 0.108 18 2HE2 GLN 2 HE22 GLN 2 18.638 -10.891 1.616 19 HA PRO 3 HA PRO 3 10.834 -6.760 -0.470 20 1HB PRO 3 HB1 PRO 3 11.129 -4.245 -0.716 21 2HB PRO 3 HB2 PRO 3 11.624 -5.012 0.737 22 1HG PRO 3 HG1 PRO 3 13.773 -4.575 -1.358 23 2HG PRO 3 HG2 PRO 3 13.797 -3.961 0.341 24 1HD PRO 3 HD1 PRO 3 14.867 -6.308 -0.464 25 2HD PRO 3 HD2 PRO 3 14.014 -6.226 1.162 26 HA PRO 4 HA PRO 4 11.024 -7.148 -5.029 27 1HB PRO 4 HB1 PRO 4 8.054 -7.832 -4.584 28 2HB PRO 4 HB2 PRO 4 9.317 -8.707 -5.534 29 1HG PRO 4 HG1 PRO 4 8.621 -9.676 -3.059 30 2HG PRO 4 HG2 PRO 4 10.338 -9.451 -3.451 31 1HD PRO 4 HD1 PRO 4 8.775 -7.196 -1.838 32 2HD PRO 4 HD2 PRO 4 10.104 -8.303 -1.478 33 H TRP 5 H TRP 5 7.706 -6.279 -5.312 34 HA TRP 5 HA TRP 5 8.392 -3.722 -6.527 35 1HB TRP 5 HB1 TRP 5 6.085 -3.580 -7.527 36 2HB TRP 5 HB2 TRP 5 7.226 -4.798 -8.076 37 HD1 TRP 5 HD1 TRP 5 6.634 -7.310 -7.887 38 HE1 TRP 5 HE1 TRP 5 4.275 -8.464 -7.741 39 HE3 TRP 5 HE3 TRP 5 3.559 -3.720 -5.874 40 HZ2 TRP 5 HZ2 TRP 5 1.580 -7.751 -7.750 41 HZ3 TRP 5 HZ3 TRP 5 1.331 -3.913 -5.892 42 HH2 TRP 5 HH2 TRP 5 0.231 -5.902 -6.725 43 H TYR 6 H TYR 6 5.647 -4.662 -4.625 44 HA TYR 6 HA TYR 6 4.183 -2.595 -4.058 45 1HB TYR 6 HB1 TYR 6 4.542 -4.445 -1.690 46 2HB TYR 6 HB2 TYR 6 3.082 -4.074 -2.514 47 HD1 TYR 6 HD1 TYR 6 6.183 -5.998 -2.385 48 HD2 TYR 6 HD2 TYR 6 2.411 -5.599 -4.306 49 HE1 TYR 6 HE1 TYR 6 6.275 -8.441 -3.366 50 HE2 TYR 6 HE2 TYR 6 2.543 -7.906 -5.192 51 HH TYR 6 HH TYR 6 3.737 -9.840 -5.229 52 H CYS 7 H CYS 7 6.752 -3.299 -1.727 53 HA CYS 7 HA CYS 7 6.322 -1.395 0.000 54 1HB CYS 7 HB1 CYS 7 9.217 -2.221 -0.526 55 2HB CYS 7 HB2 CYS 7 8.300 -2.105 1.006 56 H LYS 8 H LYS 8 8.165 -1.161 -2.982 57 HA LYS 8 HA LYS 8 9.082 1.589 -2.536 58 1HB LYS 8 HB1 LYS 8 9.719 -0.671 -4.554 59 2HB LYS 8 HB2 LYS 8 10.607 0.890 -4.503 60 1HG LYS 8 HG1 LYS 8 11.853 0.252 -2.648 61 2HG LYS 8 HG2 LYS 8 10.556 -0.722 -1.923 62 1HD LYS 8 HD1 LYS 8 12.263 -2.258 -2.560 63 2HD LYS 8 HD2 LYS 8 10.830 -2.519 -3.610 64 1HE LYS 8 HE1 LYS 8 12.932 -2.722 -4.890 65 2HE LYS 8 HE2 LYS 8 12.001 -1.299 -5.496 66 1HZ LYS 8 HZ1 LYS 8 14.266 -1.227 -3.569 67 2HZ LYS 8 HZ2 LYS 8 14.313 -0.800 -5.212 68 3HZ LYS 8 HZ3 LYS 8 13.385 0.115 -4.123 69 H GLU 9 H GLU 9 6.147 0.352 -3.591 70 HA GLU 9 HA GLU 9 6.140 1.160 -6.359 71 1HB GLU 9 HB1 GLU 9 5.268 -0.946 -5.570 72 2HB GLU 9 HB2 GLU 9 3.967 -0.066 -4.771 73 1HG GLU 9 HG1 GLU 9 3.079 -0.724 -6.819 74 2HG GLU 9 HG2 GLU 9 3.449 0.943 -7.260 75 HA PRO 10 HA PRO 10 4.846 5.177 -5.222 76 1HB PRO 10 HB1 PRO 10 3.568 5.443 -7.999 77 2HB PRO 10 HB2 PRO 10 4.694 6.582 -7.150 78 1HG PRO 10 HG1 PRO 10 5.656 4.882 -9.021 79 2HG PRO 10 HG2 PRO 10 6.543 5.005 -7.449 80 1HD PRO 10 HD1 PRO 10 4.418 2.912 -8.211 81 2HD PRO 10 HD2 PRO 10 6.100 2.633 -7.595 82 H VAL 11 H VAL 11 3.280 5.859 -3.778 83 HA VAL 11 HA VAL 11 0.578 5.008 -3.886 84 HB VAL 11 HB VAL 11 1.629 5.152 -1.811 85 1HG1 VAL 11 HG11 VAL 11 3.218 7.087 -2.148 86 2HG1 VAL 11 HG12 VAL 11 1.822 8.226 -2.246 87 3HG1 VAL 11 HG13 VAL 11 2.180 7.357 -0.712 88 1HG2 VAL 11 HG21 VAL 11 -0.879 5.529 -2.254 89 2HG2 VAL 11 HG22 VAL 11 -0.289 6.113 -0.646 90 3HG2 VAL 11 HG23 VAL 11 -0.624 7.272 -1.999 91 H ARG 12 H ARG 12 -1.229 5.974 -4.484 92 HA ARG 12 HA ARG 12 -1.167 8.520 -6.036 93 1HB ARG 12 HB1 ARG 12 -1.603 5.718 -6.887 94 2HB ARG 12 HB2 ARG 12 -2.469 7.051 -7.676 95 1HG ARG 12 HG1 ARG 12 0.556 7.376 -7.297 96 2HG ARG 12 HG2 ARG 12 -0.125 6.120 -8.308 97 1HD ARG 12 HD1 ARG 12 0.291 8.019 -9.789 98 2HD ARG 12 HD2 ARG 12 -1.490 7.844 -9.548 99 HE ARG 12 HE ARG 12 0.244 9.753 -7.851 100 1HH1 ARG 12 HH11 ARG 12 -2.789 9.128 -9.507 101 2HH1 ARG 12 HH12 ARG 12 -3.209 10.831 -9.487 102 1HH2 ARG 12 HH21 ARG 12 -0.446 11.880 -7.812 103 2HH2 ARG 12 HH22 ARG 12 -2.086 12.246 -8.246 104 H ILE 13 H ILE 13 -3.376 9.703 -5.184 105 HA ILE 13 HA ILE 13 -5.457 7.872 -4.294 106 HB ILE 13 HB ILE 13 -4.768 9.926 -3.018 107 1HG1 ILE 13 HG11 ILE 13 -7.714 9.188 -3.578 108 2HG1 ILE 13 HG12 ILE 13 -6.511 8.260 -2.637 109 1HG2 ILE 13 HG21 ILE 13 -5.166 11.656 -4.830 110 2HG2 ILE 13 HG22 ILE 13 -6.940 11.205 -4.768 111 3HG2 ILE 13 HG23 ILE 13 -6.110 11.903 -3.328 112 1HD1 ILE 13 HD11 ILE 13 -7.540 11.074 -1.841 113 2HD1 ILE 13 HD12 ILE 13 -8.158 9.517 -1.166 114 3HD1 ILE 13 HD13 ILE 13 -6.440 10.007 -0.888 115 H GLY 14 H GLY 14 -4.925 10.001 -7.007 116 1HA GLY 14 HA1 GLY 14 -5.883 9.582 -9.113 117 2HA GLY 14 HA2 GLY 14 -7.183 8.632 -8.368 118 H SER 15 H SER 15 -8.768 10.157 -6.963 119 HA SER 15 HA SER 15 -10.326 11.734 -7.003 120 1HB SER 15 HB1 SER 15 -8.861 13.404 -9.142 121 2HB SER 15 HB2 SER 15 -10.301 13.892 -8.184 122 HG SER 15 HG SER 15 -7.643 13.528 -7.395 123 H CYS 16 H CYS 16 -11.410 9.772 -7.891 124 HA CYS 16 HA CYS 16 -12.409 10.290 -10.653 125 1HB CYS 16 HB1 CYS 16 -10.604 8.494 -10.302 126 2HB CYS 16 HB2 CYS 16 -11.778 7.415 -9.647 127 H LYS 17 H LYS 17 -13.050 7.990 -8.100 128 HA LYS 17 HA LYS 17 -15.950 8.296 -8.513 129 1HB LYS 17 HB1 LYS 17 -14.382 6.114 -6.991 130 2HB LYS 17 HB2 LYS 17 -16.140 6.092 -7.308 131 1HG LYS 17 HG1 LYS 17 -13.965 6.107 -9.499 132 2HG LYS 17 HG2 LYS 17 -14.563 4.630 -8.718 133 1HD LYS 17 HD1 LYS 17 -16.294 6.683 -10.282 134 2HD LYS 17 HD2 LYS 17 -15.621 5.160 -10.951 135 1HE LYS 17 HE1 LYS 17 -17.747 5.333 -8.697 136 2HE LYS 17 HE2 LYS 17 -18.022 4.872 -10.420 137 1HZ LYS 17 HZ1 LYS 17 -16.560 2.995 -10.107 138 2HZ LYS 17 HZ2 LYS 17 -16.284 3.429 -8.487 139 3HZ LYS 17 HZ3 LYS 17 -17.841 2.969 -8.990 140 H LYS 18 H LYS 18 -14.134 7.453 -5.601 141 HA LYS 18 HA LYS 18 -15.367 9.528 -3.951 142 1HB LYS 18 HB1 LYS 18 -17.083 7.719 -3.966 143 2HB LYS 18 HB2 LYS 18 -15.853 6.477 -3.639 144 1HG LYS 18 HG1 LYS 18 -17.392 6.969 -1.725 145 2HG LYS 18 HG2 LYS 18 -15.698 7.126 -1.307 146 1HD LYS 18 HD1 LYS 18 -16.061 9.750 -1.767 147 2HD LYS 18 HD2 LYS 18 -17.807 9.341 -1.847 148 1HE LYS 18 HE1 LYS 18 -17.231 10.200 0.394 149 2HE LYS 18 HE2 LYS 18 -17.600 8.431 0.558 150 1HZ LYS 18 HZ1 LYS 18 -14.901 9.672 0.320 151 2HZ LYS 18 HZ2 LYS 18 -15.616 9.067 1.738 152 3HZ LYS 18 HZ3 LYS 18 -15.223 8.011 0.466 153 H GLN 19 H GLN 19 -14.361 7.979 -1.589 154 HA GLN 19 HA GLN 19 -11.575 7.392 -2.239 155 1HB GLN 19 HB1 GLN 19 -12.286 9.302 0.149 156 2HB GLN 19 HB2 GLN 19 -10.758 8.464 -0.220 157 1HG GLN 19 HG1 GLN 19 -10.395 10.634 -0.730 158 2HG GLN 19 HG2 GLN 19 -10.300 9.623 -2.212 159 1HE2 GLN 19 HE21 GLN 19 -12.491 11.978 -3.784 160 2HE2 GLN 19 HE22 GLN 19 -11.203 10.810 -3.970 161 H PHE 20 H PHE 20 -11.539 5.219 -1.790 162 HA PHE 20 HA PHE 20 -13.291 4.149 0.366 163 1HB PHE 20 HB1 PHE 20 -11.802 2.666 -1.885 164 2HB PHE 20 HB2 PHE 20 -13.086 1.976 -0.824 165 HD1 PHE 20 HD1 PHE 20 -15.369 3.632 -0.953 166 HD2 PHE 20 HD2 PHE 20 -12.501 2.941 -4.123 167 HE1 PHE 20 HE1 PHE 20 -17.090 4.110 -2.665 168 HE2 PHE 20 HE2 PHE 20 -14.212 3.404 -5.777 169 HZ PHE 20 HZ PHE 20 -16.527 3.985 -5.074 170 H SER 21 H SER 21 -12.195 2.962 2.159 171 HA SER 21 HA SER 21 -9.550 3.684 2.703 172 1HB SER 21 HB1 SER 21 -11.455 3.181 4.350 173 2HB SER 21 HB2 SER 21 -10.961 1.460 4.247 174 HG SER 21 HG SER 21 -9.884 2.585 5.948 175 H SER 22 H SER 22 -7.616 3.000 2.319 176 HA SER 22 HA SER 22 -7.001 0.257 1.465 177 1HB SER 22 HB1 SER 22 -6.660 1.519 -0.580 178 2HB SER 22 HB2 SER 22 -6.322 3.015 0.330 179 HG SER 22 HG SER 22 -4.335 2.098 0.924 180 H PHE 23 H PHE 23 -4.493 0.260 1.566 181 HA PHE 23 HA PHE 23 -3.142 1.529 3.775 182 1HB PHE 23 HB1 PHE 23 -3.396 -1.626 3.811 183 2HB PHE 23 HB2 PHE 23 -2.026 -0.732 4.442 184 HD1 PHE 23 HD1 PHE 23 -5.737 -1.041 4.780 185 HD2 PHE 23 HD2 PHE 23 -2.082 0.353 6.563 186 HE1 PHE 23 HE1 PHE 23 -6.964 -0.488 6.856 187 HE2 PHE 23 HE2 PHE 23 -3.275 0.885 8.630 188 HZ PHE 23 HZ PHE 23 -5.743 0.486 8.790 189 H TYR 24 H TYR 24 -0.920 1.838 3.184 190 HA TYR 24 HA TYR 24 0.003 0.366 0.781 191 1HB TYR 24 HB1 TYR 24 0.952 2.172 -0.327 192 2HB TYR 24 HB2 TYR 24 -0.644 2.760 0.152 193 HD1 TYR 24 HD1 TYR 24 -0.829 4.553 1.922 194 HD2 TYR 24 HD2 TYR 24 3.008 3.128 0.611 195 HE1 TYR 24 HE1 TYR 24 0.221 6.583 2.833 196 HE2 TYR 24 HE2 TYR 24 4.096 5.136 1.674 197 HH TYR 24 HH TYR 24 2.164 7.720 3.150 198 H PHE 25 H PHE 25 2.345 -0.238 0.845 199 HA PHE 25 HA PHE 25 3.369 -0.135 3.633 200 1HB PHE 25 HB1 PHE 25 3.175 -2.388 2.390 201 2HB PHE 25 HB2 PHE 25 4.598 -1.907 1.456 202 HD1 PHE 25 HD1 PHE 25 6.769 -1.191 2.860 203 HD2 PHE 25 HD2 PHE 25 3.461 -3.490 4.404 204 HE1 PHE 25 HE1 PHE 25 8.178 -2.194 4.647 205 HE2 PHE 25 HE2 PHE 25 4.736 -4.190 6.273 206 HZ PHE 25 HZ PHE 25 7.191 -3.553 6.407 207 H LYS 26 H LYS 26 4.902 1.319 4.149 208 HA LYS 26 HA LYS 26 5.827 3.149 2.108 209 1HB LYS 26 HB1 LYS 26 4.474 3.966 3.831 210 2HB LYS 26 HB2 LYS 26 5.393 3.086 5.083 211 1HG LYS 26 HG1 LYS 26 5.625 5.190 5.203 212 2HG LYS 26 HG2 LYS 26 7.314 4.637 4.826 213 1HD LYS 26 HD1 LYS 26 5.340 6.292 3.150 214 2HD LYS 26 HD2 LYS 26 6.824 6.893 3.979 215 1HE LYS 26 HE1 LYS 26 8.303 5.738 2.446 216 2HE LYS 26 HE2 LYS 26 6.885 4.831 1.780 217 1HZ LYS 26 HZ1 LYS 26 6.003 6.892 0.942 218 2HZ LYS 26 HZ2 LYS 26 7.311 7.766 1.582 219 3HZ LYS 26 HZ3 LYS 26 7.571 6.634 0.344 220 H TRP 27 H TRP 27 7.809 2.588 1.296 221 HA TRP 27 HA TRP 27 9.611 0.781 2.154 222 1HB TRP 27 HB1 TRP 27 9.525 1.447 -0.094 223 2HB TRP 27 HB2 TRP 27 9.602 3.171 0.212 224 HD1 TRP 27 HD1 TRP 27 11.860 4.086 -0.617 225 HE1 TRP 27 HE1 TRP 27 14.288 3.153 -0.832 226 HE3 TRP 27 HE3 TRP 27 10.989 -0.514 1.061 227 HZ2 TRP 27 HZ2 TRP 27 15.683 0.774 -0.058 228 HZ3 TRP 27 HZ3 TRP 27 12.872 -2.098 1.543 229 HH2 TRP 27 HH2 TRP 27 15.211 -1.459 0.924 230 H THR 28 H THR 28 9.867 4.310 2.779 231 HA THR 28 HA THR 28 12.356 3.930 4.183 232 HB THR 28 HB THR 28 12.201 6.479 4.582 233 HG1 THR 28 HG1 THR 28 10.834 7.465 3.045 234 1HG2 THR 28 HG21 THR 28 12.214 5.284 1.734 235 2HG2 THR 28 HG22 THR 28 12.920 6.870 2.221 236 3HG2 THR 28 HG23 THR 28 13.616 5.339 2.857 237 H ALA 29 H ALA 29 9.170 3.463 5.154 238 HA ALA 29 HA ALA 29 9.665 4.218 7.980 239 1HB ALA 29 HB1 ALA 29 7.104 3.161 6.593 240 2HB ALA 29 HB2 ALA 29 7.241 3.652 8.336 241 3HB ALA 29 HB3 ALA 29 7.473 4.858 7.033 242 H LYS 30 H LYS 30 8.814 1.402 5.953 243 HA LYS 30 HA LYS 30 9.245 -0.693 6.054 244 1HB LYS 30 HB1 LYS 30 11.453 -0.092 7.269 245 2HB LYS 30 HB2 LYS 30 10.663 -0.737 8.723 246 1HG LYS 30 HG1 LYS 30 11.939 -2.541 7.802 247 2HG LYS 30 HG2 LYS 30 10.255 -2.932 7.385 248 1HD LYS 30 HD1 LYS 30 11.734 -3.436 5.500 249 2HD LYS 30 HD2 LYS 30 10.678 -2.068 5.040 250 1HE LYS 30 HE1 LYS 30 12.976 -1.726 4.191 251 2HE LYS 30 HE2 LYS 30 12.613 -0.459 5.422 252 1HZ LYS 30 HZ1 LYS 30 14.158 -2.971 5.860 253 2HZ LYS 30 HZ2 LYS 30 14.791 -1.402 5.704 254 3HZ LYS 30 HZ3 LYS 30 13.818 -1.796 7.039 255 H LYS 31 H LYS 31 6.892 0.594 7.080 256 HA LYS 31 HA LYS 31 5.525 -1.628 8.263 257 1HB LYS 31 HB1 LYS 31 6.435 -0.189 10.130 258 2HB LYS 31 HB2 LYS 31 5.487 1.202 9.561 259 1HG LYS 31 HG1 LYS 31 4.117 -1.472 10.231 260 2HG LYS 31 HG2 LYS 31 4.784 -0.485 11.555 261 1HD LYS 31 HD1 LYS 31 3.432 1.404 11.160 262 2HD LYS 31 HD2 LYS 31 2.852 0.815 9.577 263 1HE LYS 31 HE1 LYS 31 2.149 -0.462 12.304 264 2HE LYS 31 HE2 LYS 31 1.074 0.604 11.302 265 1HZ LYS 31 HZ1 LYS 31 1.188 -1.018 9.543 266 2HZ LYS 31 HZ2 LYS 31 2.186 -2.024 10.479 267 3HZ LYS 31 HZ3 LYS 31 0.593 -1.706 10.978 268 H CYS 32 H CYS 32 3.147 -1.201 8.088 269 HA CYS 32 HA CYS 32 2.334 -0.238 5.508 270 1HB CYS 32 HB1 CYS 32 0.955 -1.595 7.956 271 2HB CYS 32 HB2 CYS 32 0.005 -1.206 6.481 272 H LEU 33 H LEU 33 1.516 1.925 5.146 273 HA LEU 33 HA LEU 33 0.323 3.323 7.500 274 1HB LEU 33 HB1 LEU 33 1.249 4.606 4.875 275 2HB LEU 33 HB2 LEU 33 0.688 5.429 6.365 276 HG LEU 33 HG LEU 33 3.300 3.895 5.937 277 1HD1 LEU 33 HD11 LEU 33 2.552 6.837 6.546 278 2HD1 LEU 33 HD12 LEU 33 4.225 6.182 6.567 279 3HD1 LEU 33 HD13 LEU 33 3.278 6.165 5.036 280 1HD2 LEU 33 HD21 LEU 33 2.493 3.387 8.288 281 2HD2 LEU 33 HD22 LEU 33 3.907 4.495 8.286 282 3HD2 LEU 33 HD23 LEU 33 2.261 5.148 8.563 283 HA PRO 34 HA PRO 34 -3.506 3.134 4.917 284 1HB PRO 34 HB1 PRO 34 -5.285 4.446 6.568 285 2HB PRO 34 HB2 PRO 34 -4.480 2.946 7.122 286 1HG PRO 34 HG1 PRO 34 -3.680 5.821 7.829 287 2HG PRO 34 HG2 PRO 34 -3.882 4.421 8.957 288 1HD PRO 34 HD1 PRO 34 -1.422 5.300 7.706 289 2HD PRO 34 HD2 PRO 34 -1.705 3.640 8.426 290 H PHE 35 H PHE 35 -4.426 4.165 3.427 291 HA PHE 35 HA PHE 35 -4.757 6.988 3.386 292 1HB PHE 35 HB1 PHE 35 -3.440 7.763 1.726 293 2HB PHE 35 HB2 PHE 35 -2.362 6.451 2.255 294 HD1 PHE 35 HD1 PHE 35 -2.811 4.064 0.941 295 HD2 PHE 35 HD2 PHE 35 -3.867 8.016 -0.585 296 HE1 PHE 35 HE1 PHE 35 -2.959 3.198 -1.378 297 HE2 PHE 35 HE2 PHE 35 -3.988 7.054 -2.817 298 HZ PHE 35 HZ PHE 35 -3.659 4.649 -3.169 299 H LEU 36 H LEU 36 -6.328 7.275 1.250 300 HA LEU 36 HA LEU 36 -8.066 4.910 1.071 301 1HB LEU 36 HB1 LEU 36 -8.633 7.955 0.965 302 2HB LEU 36 HB2 LEU 36 -9.792 6.683 0.437 303 HG LEU 36 HG LEU 36 -9.650 5.673 2.676 304 1HD1 LEU 36 HD11 LEU 36 -8.341 8.291 3.485 305 2HD1 LEU 36 HD12 LEU 36 -9.314 7.249 4.605 306 3HD1 LEU 36 HD13 LEU 36 -7.853 6.565 3.840 307 1HD2 LEU 36 HD21 LEU 36 -11.627 6.935 1.868 308 2HD2 LEU 36 HD22 LEU 36 -11.373 7.270 3.608 309 3HD2 LEU 36 HD23 LEU 36 -10.881 8.494 2.378 310 H PHE 37 H PHE 37 -8.951 4.581 -1.029 311 HA PHE 37 HA PHE 37 -7.343 5.639 -3.340 312 1HB PHE 37 HB1 PHE 37 -6.796 3.314 -2.929 313 2HB PHE 37 HB2 PHE 37 -8.545 2.928 -2.582 314 HD1 PHE 37 HD1 PHE 37 -6.924 4.535 -5.790 315 HD2 PHE 37 HD2 PHE 37 -9.265 1.336 -4.014 316 HE1 PHE 37 HE1 PHE 37 -7.220 3.470 -7.968 317 HE2 PHE 37 HE2 PHE 37 -9.630 0.425 -6.290 318 HZ PHE 37 HZ PHE 37 -8.370 1.331 -8.192 319 H SER 38 H SER 38 -8.400 6.529 -5.206 320 HA SER 38 HA SER 38 -11.311 6.788 -4.989 321 1HB SER 38 HB1 SER 38 -9.653 8.701 -5.366 322 2HB SER 38 HB2 SER 38 -9.622 8.204 -7.092 323 HG SER 38 HG SER 38 -11.972 8.831 -5.529 324 H GLY 39 H GLY 39 -9.457 4.401 -6.652 325 1HA GLY 39 HA1 GLY 39 -10.683 2.702 -7.601 326 2HA GLY 39 HA2 GLY 39 -11.858 3.759 -8.223 327 H CYS 40 H CYS 40 -10.230 5.613 -9.529 328 HA CYS 40 HA CYS 40 -8.673 4.212 -11.574 329 1HB CYS 40 HB1 CYS 40 -9.893 6.143 -13.165 330 2HB CYS 40 HB2 CYS 40 -10.355 4.434 -13.036 331 H GLY 41 H GLY 41 -6.854 5.441 -12.140 332 1HA GLY 41 HA1 GLY 41 -5.527 7.491 -12.051 333 2HA GLY 41 HA2 GLY 41 -6.489 8.028 -10.662 334 H GLY 42 H GLY 42 -6.127 5.002 -9.797 335 1HA GLY 42 HA1 GLY 42 -3.612 5.321 -8.300 336 2HA GLY 42 HA2 GLY 42 -5.011 4.272 -7.933 337 H ASN 43 H ASN 43 -2.644 2.987 -7.707 338 HA ASN 43 HA ASN 43 -2.517 1.356 -10.194 339 1HB ASN 43 HB1 ASN 43 -0.051 0.912 -9.741 340 2HB ASN 43 HB2 ASN 43 -0.527 2.531 -10.308 341 1HD2 ASN 43 HD21 ASN 43 1.191 4.042 -7.668 342 2HD2 ASN 43 HD22 ASN 43 0.737 4.053 -9.368 343 H ALA 44 H ALA 44 -0.682 0.377 -7.370 344 HA ALA 44 HA ALA 44 -2.643 -1.698 -6.699 345 1HB ALA 44 HB1 ALA 44 -1.911 -2.542 -8.878 346 2HB ALA 44 HB2 ALA 44 -0.199 -2.536 -8.368 347 3HB ALA 44 HB3 ALA 44 -1.406 -3.670 -7.606 348 H ASN 45 H ASN 45 -0.617 0.303 -5.312 349 HA ASN 45 HA ASN 45 0.429 -1.693 -3.332 350 1HB ASN 45 HB1 ASN 45 2.155 -0.246 -4.156 351 2HB ASN 45 HB2 ASN 45 1.235 1.247 -3.822 352 1HD2 ASN 45 HD21 ASN 45 3.612 1.341 -1.150 353 2HD2 ASN 45 HD22 ASN 45 3.195 1.903 -2.756 354 H ARG 46 H ARG 46 -2.184 -1.601 -3.348 355 HA ARG 46 HA ARG 46 -3.196 0.112 -1.209 356 1HB ARG 46 HB1 ARG 46 -5.235 0.706 -2.603 357 2HB ARG 46 HB2 ARG 46 -3.678 1.407 -3.083 358 1HG ARG 46 HG1 ARG 46 -3.582 -0.766 -4.758 359 2HG ARG 46 HG2 ARG 46 -5.320 -0.843 -4.395 360 1HD ARG 46 HD1 ARG 46 -4.788 0.360 -6.546 361 2HD ARG 46 HD2 ARG 46 -5.597 1.420 -5.328 362 HE ARG 46 HE ARG 46 -2.533 1.266 -5.513 363 1HH1 ARG 46 HH11 ARG 46 -5.318 3.574 -5.415 364 2HH1 ARG 46 HH12 ARG 46 -4.177 4.894 -5.367 365 1HH2 ARG 46 HH21 ARG 46 -1.366 3.063 -5.692 366 2HH2 ARG 46 HH22 ARG 46 -2.179 4.610 -5.583 367 H PHE 47 H PHE 47 -3.543 -1.220 0.135 368 HA PHE 47 HA PHE 47 -4.507 -3.947 -0.383 369 1HB PHE 47 HB1 PHE 47 -3.065 -2.683 2.069 370 2HB PHE 47 HB2 PHE 47 -3.244 -4.443 1.714 371 HD1 PHE 47 HD1 PHE 47 -2.411 -4.787 -1.112 372 HD2 PHE 47 HD2 PHE 47 -0.831 -1.981 1.756 373 HE1 PHE 47 HE1 PHE 47 -0.246 -4.658 -2.336 374 HE2 PHE 47 HE2 PHE 47 1.303 -2.037 0.642 375 HZ PHE 47 HZ PHE 47 1.592 -3.265 -1.443 376 H GLN 48 H GLN 48 -6.357 -4.643 0.408 377 HA GLN 48 HA GLN 48 -8.510 -3.097 1.070 378 1HB GLN 48 HB1 GLN 48 -7.969 -6.089 1.610 379 2HB GLN 48 HB2 GLN 48 -9.612 -5.361 1.571 380 1HG GLN 48 HG1 GLN 48 -9.552 -4.952 -0.788 381 2HG GLN 48 HG2 GLN 48 -7.850 -5.425 -1.026 382 1HE2 GLN 48 HE21 GLN 48 -8.820 -8.967 -0.355 383 2HE2 GLN 48 HE22 GLN 48 -7.492 -7.918 0.101 384 H THR 49 H THR 49 -6.397 -4.806 3.344 385 HA THR 49 HA THR 49 -7.491 -3.364 5.619 386 HB THR 49 HB THR 49 -7.384 -5.309 7.123 387 HG1 THR 49 HG1 THR 49 -7.347 -7.371 6.194 388 1HG2 THR 49 HG21 THR 49 -9.549 -4.739 6.001 389 2HG2 THR 49 HG22 THR 49 -9.190 -5.916 4.698 390 3HG2 THR 49 HG23 THR 49 -9.415 -6.487 6.391 391 H ILE 50 H ILE 50 -5.911 -3.774 7.526 392 HA ILE 50 HA ILE 50 -3.302 -2.977 6.855 393 HB ILE 50 HB ILE 50 -4.664 -2.122 8.705 394 1HG1 ILE 50 HG11 ILE 50 -2.063 -3.326 9.806 395 2HG1 ILE 50 HG12 ILE 50 -2.170 -1.907 8.714 396 1HG2 ILE 50 HG21 ILE 50 -5.787 -4.300 9.387 397 2HG2 ILE 50 HG22 ILE 50 -4.233 -4.814 10.135 398 3HG2 ILE 50 HG23 ILE 50 -5.101 -3.379 10.757 399 1HD1 ILE 50 HD11 ILE 50 -3.588 -0.700 10.404 400 2HD1 ILE 50 HD12 ILE 50 -3.406 -2.081 11.552 401 3HD1 ILE 50 HD13 ILE 50 -1.965 -1.123 11.048 402 H GLY 51 H GLY 51 -4.464 -6.083 7.012 403 1HA GLY 51 HA1 GLY 51 -1.786 -7.167 7.610 404 2HA GLY 51 HA2 GLY 51 -3.303 -8.012 7.576 405 H GLU 52 H GLU 52 -3.917 -6.803 4.769 406 HA GLU 52 HA GLU 52 -2.594 -8.711 3.080 407 1HB GLU 52 HB1 GLU 52 -4.898 -7.951 2.631 408 2HB GLU 52 HB2 GLU 52 -4.361 -6.253 2.569 409 1HG GLU 52 HG1 GLU 52 -4.912 -6.914 0.339 410 2HG GLU 52 HG2 GLU 52 -3.146 -6.701 0.343 411 H CYS 53 H CYS 53 -1.818 -5.557 4.090 412 HA CYS 53 HA CYS 53 0.098 -4.756 2.148 413 1HB CYS 53 HB1 CYS 53 -1.236 -3.170 3.386 414 2HB CYS 53 HB2 CYS 53 -0.903 -3.789 4.951 415 H ARG 54 H ARG 54 0.205 -6.911 4.859 416 HA ARG 54 HA ARG 54 3.030 -6.726 5.443 417 1HB ARG 54 HB1 ARG 54 0.957 -8.648 6.556 418 2HB ARG 54 HB2 ARG 54 2.546 -8.204 7.257 419 1HG ARG 54 HG1 ARG 54 1.757 -5.828 7.493 420 2HG ARG 54 HG2 ARG 54 0.130 -6.327 6.980 421 1HD ARG 54 HD1 ARG 54 1.710 -7.210 9.397 422 2HD ARG 54 HD2 ARG 54 0.145 -6.294 9.397 423 HE ARG 54 HE ARG 54 -0.458 -8.720 8.088 424 1HH1 ARG 54 HH11 ARG 54 0.841 -8.019 11.254 425 2HH1 ARG 54 HH12 ARG 54 0.143 -9.451 11.957 426 1HH2 ARG 54 HH21 ARG 54 -1.205 -10.592 9.037 427 2HH2 ARG 54 HH22 ARG 54 -1.096 -10.793 10.751 428 H LYS 55 H LYS 55 1.012 -9.042 3.564 429 HA LYS 55 HA LYS 55 2.940 -11.170 3.560 430 1HB LYS 55 HB1 LYS 55 0.415 -11.330 3.477 431 2HB LYS 55 HB2 LYS 55 0.420 -10.593 1.849 432 1HG LYS 55 HG1 LYS 55 1.795 -12.655 1.071 433 2HG LYS 55 HG2 LYS 55 1.590 -13.319 2.729 434 1HD LYS 55 HD1 LYS 55 -0.907 -13.197 2.434 435 2HD LYS 55 HD2 LYS 55 -0.672 -12.484 0.801 436 1HE LYS 55 HE1 LYS 55 0.492 -14.625 0.065 437 2HE LYS 55 HE2 LYS 55 0.138 -15.337 1.694 438 1HZ LYS 55 HZ3 LYS 55 -2.203 -14.968 1.272 439 2HZ LYS 55 HZ1 LYS 55 -1.864 -14.297 -0.251 440 3HZ LYS 55 HZ2 LYS 55 -1.507 -15.929 0.057 441 H LYS 56 H LYS 56 2.805 -8.268 1.887 442 HA LYS 56 HA LYS 56 4.236 -9.165 -0.521 443 1HB LYS 56 HB1 LYS 56 2.443 -6.835 0.206 444 2HB LYS 56 HB2 LYS 56 3.578 -6.667 -1.155 445 1HG LYS 56 HG1 LYS 56 2.826 -8.681 -2.222 446 2HG LYS 56 HG2 LYS 56 1.640 -9.032 -0.934 447 1HD LYS 56 HD1 LYS 56 1.397 -6.400 -2.661 448 2HD LYS 56 HD2 LYS 56 0.888 -8.026 -3.197 449 1HE LYS 56 HE1 LYS 56 -0.508 -8.464 -1.155 450 2HE LYS 56 HE2 LYS 56 -0.257 -6.755 -0.642 451 1HZ LYS 56 HZ1 LYS 56 -1.467 -7.686 -3.204 452 2HZ LYS 56 HZ2 LYS 56 -2.299 -7.083 -1.852 453 3HZ LYS 56 HZ3 LYS 56 -1.259 -6.067 -2.731 454 H CYS 57 H CYS 57 4.830 -7.243 2.473 455 HA CYS 57 HA CYS 57 7.521 -6.393 1.350 456 1HB CYS 57 HB1 CYS 57 5.210 -4.706 2.607 457 2HB CYS 57 HB2 CYS 57 6.855 -4.190 2.544 458 H LEU 58 H LEU 58 6.580 -8.459 3.597 459 HA LEU 58 HA LEU 58 8.679 -7.613 5.448 460 1HB LEU 58 HB1 LEU 58 5.824 -7.958 6.374 461 2HB LEU 58 HB2 LEU 58 7.150 -8.412 7.501 462 HG LEU 58 HG LEU 58 6.849 -5.719 6.228 463 1HD1 LEU 58 HD11 LEU 58 5.012 -6.264 7.969 464 2HD1 LEU 58 HD12 LEU 58 6.295 -6.722 9.126 465 3HD1 LEU 58 HD13 LEU 58 6.159 -5.014 8.615 466 1HD2 LEU 58 HD21 LEU 58 8.791 -6.637 8.420 467 2HD2 LEU 58 HD22 LEU 58 9.201 -6.008 6.775 468 3HD2 LEU 58 HD23 LEU 58 8.454 -4.918 7.976 469 H GLY 59 H GLY 59 6.716 -10.193 4.017 470 1HA GLY 59 HA1 GLY 59 7.160 -12.311 3.720 471 2HA GLY 59 HA2 GLY 59 8.560 -12.242 4.872 472 H LYS 60 H LYS 60 4.987 -11.769 4.931 473 HA LYS 60 HA LYS 60 4.583 -13.808 6.898 474 1HB LYS 60 HB1 LYS 60 3.500 -12.105 8.482 475 2HB LYS 60 HB2 LYS 60 5.301 -12.101 8.448 476 1HG LYS 60 HG1 LYS 60 5.256 -10.106 6.832 477 2HG LYS 60 HG2 LYS 60 3.485 -10.079 7.006 478 1HD LYS 60 HD1 LYS 60 5.639 -9.534 9.138 479 2HD LYS 60 HD2 LYS 60 4.478 -8.394 8.354 480 1HE LYS 60 HE1 LYS 60 2.570 -9.595 9.504 481 2HE LYS 60 HE2 LYS 60 3.781 -10.622 10.377 482 1HZ LYS 60 HZ1 LYS 60 3.622 -7.653 10.465 483 2HZ LYS 60 HZ2 LYS 60 3.106 -8.729 11.673 484 3HZ LYS 60 HZ3 LYS 60 4.755 -8.621 11.280 No H/Q in entry = 484