cmd.read_pdbstr("""\\nATOM 23511 N GLY L 3 -156.814 -54.291 -60.875 1.00105.79 N \ ANISOU23511 N GLY L 3 10534 18826 16160 410 1163 -1384 N \ ATOM 23512 CA GLY L 3 -155.808 -54.778 -61.852 1.00109.52 C \ ANISOU23512 CA GLY L 3 10838 17810 16095 807 836 -1260 C \ ATOM 23513 C GLY L 3 -155.446 -53.759 -62.925 1.00112.85 C \ ANISOU23513 C GLY L 3 11066 17966 16321 1014 749 -1244 C \ ATOM 23514 O GLY L 3 -156.285 -52.951 -63.337 1.00114.11 O \ ANISOU23514 O GLY L 3 10717 17345 15922 887 643 -1237 O \ ATOM 23515 N PRO L 4 -154.176 -53.781 -63.385 1.00113.03 N \ ANISOU23515 N PRO L 4 10680 17017 15787 675 640 -1228 N \ ATOM 23516 CA PRO L 4 -153.721 -52.885 -64.464 1.00113.17 C \ ANISOU23516 CA PRO L 4 11910 18451 16994 1243 781 -1199 C \ ATOM 23517 C PRO L 4 -154.109 -53.400 -65.852 1.00116.90 C \ ANISOU23517 C PRO L 4 12458 18884 17513 1434 704 -1178 C \ ATOM 23518 O PRO L 4 -154.039 -54.607 -66.104 1.00119.18 O \ ANISOU23518 O PRO L 4 10073 16777 15327 1032 560 -1237 O \ ATOM 23519 CB PRO L 4 -152.195 -52.882 -64.307 1.00107.73 C \ ANISOU23519 CB PRO L 4 9659 16144 14873 942 460 -1236 C \ ATOM 23520 CG PRO L 4 -151.891 -53.727 -63.104 1.00106.48 C \ ANISOU23520 CG PRO L 4 9414 15699 14555 1167 394 -1202 C \ ATOM 23521 CD PRO L 4 -153.072 -54.612 -62.881 1.00108.96 C \ ANISOU23521 CD PRO L 4 9822 16247 14983 1401 414 -1188 C \ ATOM 23522 N VAL L 5 -154.513 -52.485 -66.733 1.00118.13 N \ ANISOU23522 N VAL L 5 9212 16118 14600 789 415 -1294 N \ ATOM 23523 CA VAL L 5 -154.906 -52.818 -68.109 1.00117.76 C \ ANISOU23523 CA VAL L 5 9285 16155 14664 483 447 -1322 C \ ATOM 23524 C VAL L 5 -153.680 -53.237 -68.949 1.00116.03 C \ ANISOU23524 C VAL L 5 9021 16449 14597 338 452 -1391 C \ ATOM 23525 O VAL L 5 -152.683 -52.512 -68.992 1.00112.59 O \ ANISOU23525 O VAL L 5 9071 16379 14601 23 464 -1421 O \ ATOM 23526 CB VAL L 5 -155.640 -51.633 -68.781 1.00116.86 C \ ANISOU23526 CB VAL L 5 9060 16294 14537 -151 553 -1419 C \ ATOM 23527 CG1 VAL L 5 -156.123 -52.001 -70.182 1.00117.27 C \ ANISOU23527 CG1 VAL L 5 8555 15845 14028 -48 638 -1393 C \ ATOM 23528 CG2 VAL L 5 -156.793 -51.143 -67.901 1.00115.83 C \ ANISOU23528 CG2 VAL L 5 9100 16183 14509 -431 560 -1443 C \ ATOM 23529 N PRO L 6 -153.753 -54.419 -69.602 1.00116.52 N \ ANISOU23529 N PRO L 6 8852 14801 13899 1096 321 -1189 N \ ATOM 23530 CA PRO L 6 -152.660 -54.947 -70.426 1.00114.83 C \ ANISOU23530 CA PRO L 6 8579 14347 13559 1272 252 -1161 C \ ATOM 23531 C PRO L 6 -152.372 -54.150 -71.716 1.00114.48 C \ ANISOU23531 C PRO L 6 8324 14491 13450 1339 186 -1193 C \ ATOM 23532 O PRO L 6 -153.252 -53.480 -72.246 1.00110.15 O \ ANISOU23532 O PRO L 6 8596 15070 13851 1175 163 -1242 O \ ATOM 23533 CB PRO L 6 -153.117 -56.375 -70.751 1.00113.62 C \ ANISOU23533 CB PRO L 6 8961 14274 13803 1165 200 -1140 C \ ATOM 23534 CG PRO L 6 -154.588 -56.344 -70.618 1.00118.91 C \ ANISOU23534 CG PRO L 6 8240 14399 13332 1577 157 -1165 C \ ATOM 23535 CD PRO L 6 -154.864 -55.382 -69.501 1.00119.81 C \ ANISOU23535 CD PRO L 6 8829 15387 14048 1680 92 -1186 C \ ATOM 23536 N SER L 7 -151.134 -54.246 -72.201 1.00117.76 N \ ANISOU23536 N SER L 7 8245 14613 13403 1664 -4 -1183 N \ ATOM 23537 CA SER L 7 -150.686 -53.518 -73.387 1.00119.37 C \ ANISOU23537 CA SER L 7 8390 15063 13636 1724 -70 -1202 C \ ATOM 23538 C SER L 7 -149.775 -54.360 -74.298 1.00115.76 C \ ANISOU23538 C SER L 7 9862 16626 15098 1973 127 -1157 C \ ATOM 23539 O SER L 7 -149.158 -55.348 -73.854 1.00114.45 O \ ANISOU23539 O SER L 7 10279 16620 15329 2117 199 -1106 O \ ATOM 23540 CB SER L 7 -149.954 -52.231 -72.968 1.00124.64 C \ ANISOU23540 CB SER L 7 9843 16304 14865 2427 228 -1073 C \ ATOM 23541 OG SER L 7 -149.456 -51.510 -74.095 1.00128.59 O \ ANISOU23541 OG SER L 7 9818 16232 14791 2565 145 -1048 O \ ATOM 23542 N ARG L 8 -149.670 -53.930 -75.557 1.00111.01 N \ ANISOU23542 N ARG L 8 10269 16470 15093 2811 159 -998 N \ ATOM 23543 CA ARG L 8 -148.869 -54.623 -76.563 1.00107.06 C \ ANISOU23543 CA ARG L 8 10787 16781 15487 2950 254 -972 C \ ATOM 23544 C ARG L 8 -148.135 -53.669 -77.505 1.00104.41 C \ ANISOU23544 C ARG L 8 10873 17055 15656 2915 82 -976 C \ ATOM 23545 O ARG L 8 -148.522 -52.510 -77.658 1.00108.05 O \ ANISOU23545 O ARG L 8 7862 13745 12868 1586 -12 -1159 O \ ATOM 23546 CB ARG L 8 -149.756 -55.558 -77.374 1.00105.09 C \ ANISOU23546 CB ARG L 8 7906 13593 12857 1518 -95 -1166 C \ ATOM 23547 CG ARG L 8 -149.897 -56.929 -76.762 1.00105.55 C \ ANISOU23547 CG ARG L 8 7687 13087 12582 1276 -93 -1182 C \ ATOM 23548 CD ARG L 8 -151.221 -57.580 -77.125 1.00105.46 C \ ANISOU23548 CD ARG L 8 7848 13020 12673 1219 -31 -1159 C \ ATOM 23549 NE ARG L 8 -151.182 -59.019 -76.868 1.00105.41 N \ ANISOU23549 NE ARG L 8 8080 13434 12878 1707 -118 -1113 N \ ATOM 23550 CZ ARG L 8 -151.389 -59.591 -75.680 1.00104.99 C \ ANISOU23550 CZ ARG L 8 7975 13605 12814 1929 -150 -1101 C \ ATOM 23551 NH1 ARG L 8 -151.664 -58.851 -74.605 1.00101.14 N \ ANISOU23551 NH1 ARG L 8 8451 13445 13108 1771 -45 -1068 N \ ATOM 23552 NH2 ARG L 8 -151.313 -60.914 -75.574 1.00104.73 N \ ANISOU23552 NH2 ARG L 8 7486 12886 12397 1144 -157 -1218 N \ ATOM 23553 N ALA L 9 -147.081 -54.178 -78.133 1.00 98.84 N \ ANISOU23553 N ALA L 9 8072 13181 12912 928 -156 -1233 N \ ATOM 23554 CA ALA L 9 -146.355 -53.446 -79.166 1.00 96.03 C \ ANISOU23554 CA ALA L 9 8205 13344 13069 769 -82 -1242 C \ ATOM 23555 C ALA L 9 -147.130 -53.428 -80.460 1.00 95.45 C \ ANISOU23555 C ALA L 9 8144 12940 12896 717 -44 -1207 C \ ATOM 23556 O ALA L 9 -147.837 -54.383 -80.780 1.00 98.74 O \ ANISOU23556 O ALA L 9 8242 12861 12918 978 -168 -1184 O \ ATOM 23557 CB ALA L 9 -144.986 -54.067 -79.399 1.00 97.49 C \ ANISOU23557 CB ALA L 9 8400 12933 13021 1164 -218 -1159 C \ ATOM 23558 N ARG L 10 -147.006 -52.328 -81.195 1.00 94.68 N \ ANISOU23558 N ARG L 10 8338 12947 12975 1156 -290 -1190 N \ ATOM 23559 CA ARG L 10 -147.777 -52.149 -82.430 1.00100.71 C \ ANISOU23559 CA ARG L 10 8355 12701 12885 1336 -188 -1105 C \ ATOM 23560 C ARG L 10 -146.967 -52.449 -83.689 1.00 95.44 C \ ANISOU23560 C ARG L 10 8198 12716 12769 1322 -330 -1163 C \ ATOM 23561 O ARG L 10 -147.496 -52.428 -84.802 1.00 97.62 O \ ANISOU23561 O ARG L 10 8070 12310 12527 1495 -225 -1079 O \ ATOM 23562 CB ARG L 10 -148.444 -50.758 -82.489 1.00109.45 C \ ANISOU23562 CB ARG L 10 8154 12482 12633 1491 -296 -1105 C \ ATOM 23563 CG ARG L 10 -147.729 -49.708 -81.649 1.00111.14 C \ ANISOU23563 CG ARG L 10 7856 12070 12249 1645 -327 -1075 C \ ATOM 23564 CD ARG L 10 -148.253 -48.307 -81.933 1.00107.94 C \ ANISOU23564 CD ARG L 10 8621 14187 13628 694 -61 -1287 C \ ATOM 23565 NE ARG L 10 -147.927 -47.880 -83.296 1.00107.49 N \ ANISOU23565 NE ARG L 10 8619 14269 13657 551 18 -1296 N \ ATOM 23566 CZ ARG L 10 -147.637 -46.641 -83.650 1.00110.10 C \ ANISOU23566 CZ ARG L 10 8999 14441 13970 285 27 -1323 C \ ATOM 23567 NH1 ARG L 10 -147.604 -45.676 -82.750 1.00113.32 N \ ANISOU23567 NH1 ARG L 10 9102 14289 13980 196 84 -1294 N \ ATOM 23568 NH2 ARG L 10 -147.387 -46.367 -84.917 1.00114.71 N \ ANISOU23568 NH2 ARG L 10 8047 14267 13270 563 46 -1337 N \ ATOM 23569 N VAL L 11 -145.688 -52.725 -83.512 1.00 90.74 N \ ANISOU23569 N VAL L 11 7894 14306 13168 831 28 -1312 N \ ATOM 23570 CA VAL L 11 -144.848 -53.296 -84.594 1.00 90.43 C \ ANISOU23570 CA VAL L 11 7800 14085 13039 472 143 -1333 C \ ATOM 23571 C VAL L 11 -144.102 -54.542 -84.102 1.00 87.79 C \ ANISOU23571 C VAL L 11 9132 14667 14133 163 -27 -1376 C \ ATOM 23572 O VAL L 11 -143.712 -54.599 -82.927 1.00 88.28 O \ ANISOU23572 O VAL L 11 9380 14725 14305 -95 -12 -1410 O \ ATOM 23573 CB VAL L 11 -143.842 -52.264 -85.162 1.00 90.52 C \ ANISOU23573 CB VAL L 11 9282 14217 14068 -118 -68 -1406 C \ ATOM 23574 CG1 VAL L 11 -144.529 -51.304 -86.117 1.00 90.53 C \ ANISOU23574 CG1 VAL L 11 10041 14882 14774 -313 -76 -1454 C \ ATOM 23575 CG2 VAL L 11 -143.131 -51.511 -84.031 1.00 92.13 C \ ANISOU23575 CG2 VAL L 11 9870 15660 14926 -277 -10 -1492 C \ ATOM 23576 N TYR L 12 -143.897 -55.509 -84.992 1.00 86.25 N \ ANISOU23576 N TYR L 12 10338 16523 15524 -299 59 -1500 N \ ATOM 23577 CA TYR L 12 -143.191 -56.762 -84.661 1.00 89.92 C \ ANISOU23577 CA TYR L 12 10694 16812 15838 -498 128 -1511 C \ ATOM 23578 C TYR L 12 -143.664 -57.379 -83.327 1.00 91.11 C \ ANISOU23578 C TYR L 12 10086 16648 15409 -116 49 -1497 C \ ATOM 23579 O TYR L 12 -142.870 -57.594 -82.410 1.00 89.44 O \ ANISOU23579 O TYR L 12 8858 13541 13574 75 -100 -1352 O \ ATOM 23580 CB TYR L 12 -141.656 -56.564 -84.618 1.00 89.54 C \ ANISOU23580 CB TYR L 12 8583 12890 13173 82 -148 -1342 C \ ATOM 23581 CG TYR L 12 -141.064 -55.635 -85.666 1.00 90.42 C \ ANISOU23581 CG TYR L 12 8616 12504 13055 -57 -111 -1318 C \ ATOM 23582 CD1 TYR L 12 -140.999 -56.001 -87.015 1.00 90.17 C \ ANISOU23582 CD1 TYR L 12 8546 12184 12889 -134 -138 -1337 C \ ATOM 23583 CD2 TYR L 12 -140.520 -54.406 -85.295 1.00 89.33 C \ ANISOU23583 CD2 TYR L 12 8211 12368 12763 317 -185 -1288 C \ ATOM 23584 CE1 TYR L 12 -140.443 -55.147 -87.967 1.00 88.66 C \ ANISOU23584 CE1 TYR L 12 8303 12792 12958 448 -240 -1315 C \ ATOM 23585 CE2 TYR L 12 -139.964 -53.542 -86.235 1.00 86.61 C \ ANISOU23585 CE2 TYR L 12 7660 11728 12185 431 -134 -1225 C \ ATOM 23586 CZ TYR L 12 -139.924 -53.910 -87.565 1.00 87.56 C \ ANISOU23586 CZ TYR L 12 8794 12600 13201 -82 -48 -1275 C \ ATOM 23587 OH TYR L 12 -139.371 -53.047 -88.482 1.00 84.69 O \ ANISOU23587 OH TYR L 12 9192 12611 13445 -203 -9 -1242 O \ ATOM 23588 N THR L 13 -144.960 -57.647 -83.230 1.00 95.90 N \ ANISOU23588 N THR L 13 9702 13137 13925 -450 28 -1292 N \ ATOM 23589 CA THR L 13 -145.563 -58.125 -81.972 1.00 96.18 C \ ANISOU23589 CA THR L 13 10150 13224 14220 -556 37 -1283 C \ ATOM 23590 C THR L 13 -145.293 -59.607 -81.703 1.00 98.46 C \ ANISOU23590 C THR L 13 9092 12405 13300 -139 42 -1174 C \ ATOM 23591 O THR L 13 -144.919 -59.980 -80.589 1.00 98.36 O \ ANISOU23591 O THR L 13 9178 12254 13320 47 10 -1115 O \ ATOM 23592 CB THR L 13 -147.085 -57.853 -81.928 1.00 93.66 C \ ANISOU23592 CB THR L 13 9461 12296 13530 84 -36 -1105 C \ ATOM 23593 OG1 THR L 13 -147.352 -56.522 -82.400 1.00 93.09 O \ ANISOU23593 OG1 THR L 13 8849 11997 13011 163 39 -1079 O \ ATOM 23594 CG2 THR L 13 -147.613 -57.990 -80.517 1.00 91.92 C \ ANISOU23594 CG2 THR L 13 9781 13630 14138 -540 53 -1344 C \ ATOM 23595 N ASP L 14 -145.477 -60.445 -82.723 1.00 99.84 N \ ANISOU23595 N ASP L 14 9930 13844 14265 -802 97 -1401 N \ ATOM 23596 CA ASP L 14 -145.359 -61.895 -82.557 1.00101.09 C \ ANISOU23596 CA ASP L 14 10140 14054 14457 -908 48 -1475 C \ ATOM 23597 C ASP L 14 -144.178 -62.513 -83.328 1.00 98.88 C \ ANISOU23597 C ASP L 14 10984 14767 15205 -1133 82 -1518 C \ ATOM 23598 O ASP L 14 -144.217 -63.694 -83.699 1.00104.48 O \ ANISOU23598 O ASP L 14 9612 14009 14106 -876 147 -1436 O \ ATOM 23599 CB ASP L 14 -146.670 -62.571 -82.958 1.00106.48 C \ ANISOU23599 CB ASP L 14 9310 14144 13988 -724 95 -1466 C \ ATOM 23600 CG ASP L 14 -147.822 -62.217 -82.053 1.00111.56 C \ ANISOU23600 CG ASP L 14 9665 13980 14126 -828 218 -1368 C \ ATOM 23601 OD1 ASP L 14 -148.106 -63.014 -81.142 1.00114.08 O \ ANISOU23601 OD1 ASP L 14 9841 13883 14232 -751 -27 -1490 O \ ATOM 23602 OD2 ASP L 14 -148.461 -61.168 -82.270 1.00110.92 O \ ANISOU23602 OD2 ASP L 14 9709 13745 14072 -830 -80 -1560 O \ ATOM 23603 N VAL L 15 -143.128 -61.719 -83.542 1.00 94.68 N \ ANISOU23603 N VAL L 15 9372 12897 13553 -801 -99 -1535 N \ ATOM 23604 CA VAL L 15 -141.922 -62.183 -84.239 1.00 91.19 C \ ANISOU23604 CA VAL L 15 9324 12755 13439 -886 -129 -1594 C \ ATOM 23605 C VAL L 15 -141.143 -63.241 -83.462 1.00 89.95 C \ ANISOU23605 C VAL L 15 9816 14279 14343 -693 -151 -1595 C \ ATOM 23606 O VAL L 15 -140.522 -64.124 -84.055 1.00 88.48 O \ ANISOU23606 O VAL L 15 10294 15322 15004 -763 -137 -1643 O \ ATOM 23607 CB VAL L 15 -140.969 -61.020 -84.632 1.00 87.76 C \ ANISOU23607 CB VAL L 15 10317 15722 15184 -570 -159 -1621 C \ ATOM 23608 CG1 VAL L 15 -141.545 -60.237 -85.802 1.00 89.63 C \ ANISOU23608 CG1 VAL L 15 10547 15823 15300 -1016 -95 -1713 C \ ATOM 23609 CG2 VAL L 15 -140.714 -60.091 -83.466 1.00 83.10 C \ ANISOU23609 CG2 VAL L 15 10069 15968 15088 -677 -136 -1673 C \ ATOM 23610 N ASN L 16 -141.184 -63.151 -82.135 1.00 91.05 N \ ANISOU23610 N ASN L 16 10281 16111 15235 -959 -98 -1731 N \ ATOM 23611 CA ASN L 16 -140.499 -64.115 -81.276 1.00 92.77 C \ ANISOU23611 CA ASN L 16 9324 12526 13417 -682 -80 -1450 C \ ATOM 23612 C ASN L 16 -141.239 -65.432 -81.139 1.00 96.76 C \ ANISOU23612 C ASN L 16 9368 12076 13282 -649 -88 -1415 C \ ATOM 23613 O ASN L 16 -140.608 -66.495 -81.043 1.00 98.95 O \ ANISOU23613 O ASN L 16 9622 11994 13367 -832 -19 -1402 O \ ATOM 23614 CB ASN L 16 -140.222 -63.520 -79.893 1.00 91.58 C \ ANISOU23614 CB ASN L 16 9876 12363 13640 -948 37 -1395 C \ ATOM 23615 CG ASN L 16 -138.969 -62.676 -79.865 1.00 91.47 C \ ANISOU23615 CG ASN L 16 8975 11531 12880 -423 -107 -1328 C \ ATOM 23616 OD1 ASN L 16 -137.979 -62.991 -80.529 1.00 92.88 O \ ANISOU23616 OD1 ASN L 16 8858 11558 12848 -236 -175 -1331 O \ ATOM 23617 ND2 ASN L 16 -139.007 -61.588 -79.109 1.00 89.11 N \ ANISOU23617 ND2 ASN L 16 8714 11244 12676 -47 -182 -1248 N \ ATOM 23618 N THR L 17 -142.571 -65.360 -81.121 1.00 98.83 N \ ANISOU23618 N THR L 17 8604 11276 12638 127 -236 -1247 N \ ATOM 23619 CA THR L 17 -143.409 -66.559 -80.989 1.00100.12 C \ ANISOU23619 CA THR L 17 8397 10892 12372 208 -278 -1247 C \ ATOM 23620 C THR L 17 -143.485 -67.352 -82.286 1.00101.73 C \ ANISOU23620 C THR L 17 8231 10409 12083 144 -274 -1249 C \ ATOM 23621 O THR L 17 -143.766 -68.548 -82.268 1.00107.80 O \ ANISOU23621 O THR L 17 8626 11257 12658 358 -320 -1242 O \ ATOM 23622 CB THR L 17 -144.820 -66.229 -80.486 1.00 99.30 C \ ANISOU23622 CB THR L 17 9615 11561 13181 -856 -20 -1397 C \ ATOM 23623 OG1 THR L 17 -145.403 -65.223 -81.332 1.00 98.55 O \ ANISOU23623 OG1 THR L 17 9970 11516 13334 -996 44 -1370 O \ ATOM 23624 CG2 THR L 17 -144.744 -65.755 -79.010 1.00 99.41 C \ ANISOU23624 CG2 THR L 17 10018 11409 13333 -918 80 -1269 C \ ATOM 23625 N HIS L 18 -143.226 -66.686 -83.409 1.00 99.90 N \ ANISOU23625 N HIS L 18 9858 11337 13257 -728 45 -1215 N \ ATOM 23626 CA HIS L 18 -143.210 -67.346 -84.724 1.00 98.77 C \ ANISOU23626 CA HIS L 18 10068 11215 13270 -952 22 -1376 C \ ATOM 23627 C HIS L 18 -141.880 -67.952 -85.057 1.00 94.28 C \ ANISOU23627 C HIS L 18 10076 11387 13400 -746 -52 -1376 C \ ATOM 23628 O HIS L 18 -141.759 -68.676 -86.039 1.00 93.49 O \ ANISOU23628 O HIS L 18 9517 11342 13050 -759 -79 -1425 O \ ATOM 23629 CB HIS L 18 -143.718 -66.417 -85.831 1.00101.17 C \ ANISOU23629 CB HIS L 18 10643 11797 13807 -1075 150 -1245 C \ ATOM 23630 CG HIS L 18 -145.207 -66.119 -85.734 1.00106.91 C \ ANISOU23630 CG HIS L 18 10901 11898 13991 -1032 191 -1150 C \ ATOM 23631 ND1 HIS L 18 -145.705 -64.873 -85.816 1.00108.50 N \ ANISOU23631 ND1 HIS L 18 11479 12193 14491 -820 151 -1066 N \ ATOM 23632 CD2 HIS L 18 -146.309 -66.967 -85.516 1.00109.68 C \ ANISOU23632 CD2 HIS L 18 11740 12495 14780 -711 150 -997 C \ ATOM 23633 CE1 HIS L 18 -147.054 -64.915 -85.674 1.00108.24 C \ ANISOU23633 CE1 HIS L 18 11609 12331 14504 -1247 274 -1140 C \ ATOM 23634 NE2 HIS L 18 -147.417 -66.194 -85.489 1.00109.56 N \ ANISOU23634 NE2 HIS L 18 11881 12292 14620 -1191 310 -1030 N \ ATOM 23635 N ARG L 19 -140.880 -67.668 -84.231 1.00 92.82 N \ ANISOU23635 N ARG L 19 12627 12850 15196 -1411 402 -1016 N \ ATOM 23636 CA ARG L 19 -139.556 -68.304 -84.331 1.00 91.40 C \ ANISOU23636 CA ARG L 19 13158 13726 15848 -1482 445 -1013 C \ ATOM 23637 C ARG L 19 -139.489 -69.556 -83.449 1.00 92.08 C \ ANISOU23637 C ARG L 19 13015 13889 15796 -1682 492 -1089 C \ ATOM 23638 O ARG L 19 -140.260 -69.678 -82.493 1.00 94.44 O \ ANISOU23638 O ARG L 19 13435 14306 16190 -1849 500 -1177 O \ ATOM 23639 CB ARG L 19 -138.454 -67.331 -83.909 1.00 87.87 C \ ANISOU23639 CB ARG L 19 12029 13217 14920 -1723 536 -1081 C \ ATOM 23640 CG ARG L 19 -138.057 -66.320 -84.950 1.00 87.55 C \ ANISOU23640 CG ARG L 19 11672 12117 14586 -765 119 -1077 C \ ATOM 23641 CD ARG L 19 -136.972 -65.403 -84.405 1.00 85.89 C \ ANISOU23641 CD ARG L 19 11270 11472 14118 -564 79 -1005 C \ ATOM 23642 NE ARG L 19 -136.659 -64.311 -85.324 1.00 85.59 N \ ANISOU23642 NE ARG L 19 10531 11004 13551 -373 23 -978 N \ ATOM 23643 CZ ARG L 19 -135.688 -64.350 -86.227 1.00 83.33 C \ ANISOU23643 CZ ARG L 19 10501 10834 13478 -230 1 -905 C \ ATOM 23644 NH1 ARG L 19 -134.921 -65.418 -86.336 1.00 80.86 N \ ANISOU23644 NH1 ARG L 19 11467 11418 14216 -538 56 -1044 N \ ATOM 23645 NH2 ARG L 19 -135.482 -63.310 -87.014 1.00 85.65 N \ ANISOU23645 NH2 ARG L 19 11572 11802 14465 -538 11 -1138 N \ ATOM 23646 N PRO L 20 -138.574 -70.496 -83.771 1.00 90.43 N \ ANISOU23646 N PRO L 20 11916 11897 14676 -615 17 -1204 N \ ATOM 23647 CA PRO L 20 -138.332 -71.683 -82.940 1.00 91.65 C \ ANISOU23647 CA PRO L 20 12212 11913 14794 -777 77 -1217 C \ ATOM 23648 C PRO L 20 -137.832 -71.365 -81.530 1.00 91.49 C \ ANISOU23648 C PRO L 20 11578 11629 14395 -521 -32 -1246 C \ ATOM 23649 O PRO L 20 -137.268 -70.302 -81.308 1.00 90.68 O \ ANISOU23649 O PRO L 20 10197 11055 13399 -376 3 -1035 O \ ATOM 23650 CB PRO L 20 -137.266 -72.449 -83.719 1.00 90.94 C \ ANISOU23650 CB PRO L 20 10049 11145 13394 -204 -43 -1018 C \ ATOM 23651 CG PRO L 20 -136.672 -71.446 -84.637 1.00 91.76 C \ ANISOU23651 CG PRO L 20 10239 11431 13613 -167 -14 -959 C \ ATOM 23652 CD PRO L 20 -137.804 -70.554 -85.016 1.00 89.25 C \ ANISOU23652 CD PRO L 20 11479 12542 14808 -44 -31 -893 C \ ATOM 23653 N ARG L 21 -138.058 -72.291 -80.592 1.00 95.40 N \ ANISOU23653 N ARG L 21 10361 11819 13870 -206 -73 -1097 N \ ATOM 23654 CA ARG L 21 -137.685 -72.135 -79.171 1.00 96.83 C \ ANISOU23654 CA ARG L 21 10128 11786 13756 -21 -118 -1081 C \ ATOM 23655 C ARG L 21 -136.198 -71.848 -78.979 1.00100.44 C \ ANISOU23655 C ARG L 21 10074 11653 13698 101 -170 -1084 C \ ATOM 23656 O ARG L 21 -135.835 -71.090 -78.067 1.00102.69 O \ ANISOU23656 O ARG L 21 9993 11903 13723 30 -101 -1063 O \ ATOM 23657 CB ARG L 21 -138.100 -73.366 -78.355 1.00101.18 C \ ANISOU23657 CB ARG L 21 9610 11341 13317 258 -205 -1068 C \ ATOM 23658 CG ARG L 21 -137.384 -73.528 -77.011 1.00102.10 C \ ANISOU23658 CG ARG L 21 10022 12067 13828 197 -134 -1047 C \ ATOM 23659 CD ARG L 21 -138.040 -74.515 -76.062 1.00107.05 C \ ANISOU23659 CD ARG L 21 9690 11640 13481 305 -186 -1049 C \ ATOM 23660 NE ARG L 21 -139.007 -73.870 -75.159 1.00112.47 N \ ANISOU23660 NE ARG L 21 9214 11271 13058 459 -212 -1032 N \ ATOM 23661 CZ ARG L 21 -140.334 -74.017 -75.235 1.00112.38 C \ ANISOU23661 CZ ARG L 21 9893 11323 13339 -276 28 -987 C \ ATOM 23662 NH1 ARG L 21 -140.868 -74.809 -76.165 1.00115.62 N \ ANISOU23662 NH1 ARG L 21 9655 11220 13139 -241 61 -944 N \ ATOM 23663 NH2 ARG L 21 -141.132 -73.399 -74.367 1.00105.72 N \ ANISOU23663 NH2 ARG L 21 9587 10879 12911 -295 105 -872 N \ ATOM 23664 N GLU L 22 -135.354 -72.438 -79.839 1.00101.00 N \ ANISOU23664 N GLU L 22 9740 11029 13049 -213 113 -818 N \ ATOM 23665 CA GLU L 22 -133.896 -72.249 -79.805 1.00 97.01 C \ ANISOU23665 CA GLU L 22 9749 11699 13376 -323 96 -1001 C \ ATOM 23666 C GLU L 22 -133.445 -70.772 -79.852 1.00 92.35 C \ ANISOU23666 C GLU L 22 9954 11929 13554 -540 138 -1052 C \ ATOM 23667 O GLU L 22 -132.356 -70.439 -79.392 1.00 91.63 O \ ANISOU23667 O GLU L 22 9957 12023 13595 -636 117 -1129 O \ ATOM 23668 CB GLU L 22 -133.237 -73.037 -80.945 1.00 97.65 C \ ANISOU23668 CB GLU L 22 10392 12288 13899 -713 215 -1035 C \ ATOM 23669 CG GLU L 22 -133.687 -72.612 -82.346 1.00 99.59 C \ ANISOU23669 CG GLU L 22 10137 12183 13713 -858 175 -1163 C \ ATOM 23670 CD GLU L 22 -133.549 -73.717 -83.376 1.00101.30 C \ ANISOU23670 CD GLU L 22 10461 12399 13955 -915 238 -1108 C \ ATOM 23671 OE1 GLU L 22 -133.872 -74.883 -83.046 1.00102.44 O \ ANISOU23671 OE1 GLU L 22 10878 12665 14299 -729 268 -970 O \ ATOM 23672 OE2 GLU L 22 -133.133 -73.422 -84.527 1.00 98.97 O \ ANISOU23672 OE2 GLU L 22 10984 12855 14382 -1127 315 -1113 O \ ATOM 23673 N TYR L 23 -134.288 -69.907 -80.408 1.00 91.20 N \ ANISOU23673 N TYR L 23 11033 12756 14360 -934 344 -972 N \ ATOM 23674 CA TYR L 23 -133.967 -68.503 -80.599 1.00 91.04 C \ ANISOU23674 CA TYR L 23 10847 12607 14162 -1130 368 -1041 C \ ATOM 23675 C TYR L 23 -134.091 -67.712 -79.299 1.00 92.86 C \ ANISOU23675 C TYR L 23 9570 10616 12757 -434 136 -871 C \ ATOM 23676 O TYR L 23 -133.083 -67.237 -78.760 1.00102.20 O \ ANISOU23676 O TYR L 23 9895 10656 12903 -491 181 -798 O \ ATOM 23677 CB TYR L 23 -134.862 -67.884 -81.684 1.00 94.88 C \ ANISOU23677 CB TYR L 23 9596 10063 12488 -340 138 -721 C \ ATOM 23678 CG TYR L 23 -134.497 -66.458 -82.053 1.00 93.88 C \ ANISOU23678 CG TYR L 23 9799 9986 12575 -332 123 -710 C \ ATOM 23679 CD1 TYR L 23 -133.573 -66.201 -83.058 1.00 93.24 C \ ANISOU23679 CD1 TYR L 23 10855 11425 13731 -695 237 -821 C \ ATOM 23680 CD2 TYR L 23 -135.076 -65.370 -81.398 1.00 93.75 C \ ANISOU23680 CD2 TYR L 23 11420 11739 14109 -778 299 -745 C \ ATOM 23681 CE1 TYR L 23 -133.231 -64.903 -83.408 1.00 90.20 C \ ANISOU23681 CE1 TYR L 23 11476 11908 14190 -729 314 -699 C \ ATOM 23682 CE2 TYR L 23 -134.739 -64.071 -81.739 1.00 94.53 C \ ANISOU23682 CE2 TYR L 23 11574 11569 14076 -895 337 -733 C \ ATOM 23683 CZ TYR L 23 -133.814 -63.845 -82.750 1.00 91.62 C \ ANISOU23683 CZ TYR L 23 9250 9793 12172 -222 120 -671 C \ ATOM 23684 OH TYR L 23 -133.468 -62.552 -83.094 1.00 88.29 O \ ANISOU23684 OH TYR L 23 9146 9493 11987 -77 74 -602 O \ ATOM 23685 N TRP L 24 -135.318 -67.567 -78.806 1.00 90.95 N \ ANISOU23685 N TRP L 24 9633 9659 12266 -105 98 -517 N \ ATOM 23686 CA TRP L 24 -135.599 -66.721 -77.650 1.00 89.53 C \ ANISOU23686 CA TRP L 24 10028 9859 12574 7 57 -461 C \ ATOM 23687 C TRP L 24 -135.173 -67.309 -76.324 1.00 87.85 C \ ANISOU23687 C TRP L 24 8911 9462 11849 46 46 -587 C \ ATOM 23688 O TRP L 24 -134.779 -66.577 -75.416 1.00 89.01 O \ ANISOU23688 O TRP L 24 8888 9611 11850 -9 98 -582 O \ ATOM 23689 CB TRP L 24 -137.074 -66.316 -77.628 1.00 91.66 C \ ANISOU23689 CB TRP L 24 8453 9486 11571 -17 117 -645 C \ ATOM 23690 CG TRP L 24 -138.025 -67.480 -77.705 1.00 93.27 C \ ANISOU23690 CG TRP L 24 9101 9681 11923 -42 128 -512 C \ ATOM 23691 CD1 TRP L 24 -138.531 -68.093 -78.849 1.00 93.63 C \ ANISOU23691 CD1 TRP L 24 8425 9618 11563 -52 170 -643 C \ ATOM 23692 CD2 TRP L 24 -138.612 -68.230 -76.585 1.00 96.28 C \ ANISOU23692 CD2 TRP L 24 9188 9923 12024 -94 182 -512 C \ ATOM 23693 NE1 TRP L 24 -139.355 -69.137 -78.521 1.00 94.84 N \ ANISOU23693 NE1 TRP L 24 8828 9869 11825 -98 205 -579 N \ ATOM 23694 CE2 TRP L 24 -139.441 -69.280 -77.185 1.00 96.90 C \ ANISOU23694 CE2 TRP L 24 9097 10290 12102 -135 264 -581 C \ ATOM 23695 CE3 TRP L 24 -138.516 -68.159 -75.195 1.00 99.60 C \ ANISOU23695 CE3 TRP L 24 9989 9970 12537 -251 164 -505 C \ ATOM 23696 CZ2 TRP L 24 -140.152 -70.184 -76.412 1.00100.60 C \ ANISOU23696 CZ2 TRP L 24 10721 10381 13046 -287 194 -418 C \ ATOM 23697 CZ3 TRP L 24 -139.246 -69.087 -74.428 1.00100.41 C \ ANISOU23697 CZ3 TRP L 24 11168 10476 13332 -319 202 -408 C \ ATOM 23698 CH2 TRP L 24 -140.040 -70.068 -75.024 1.00 99.01 C \ ANISOU23698 CH2 TRP L 24 11073 10067 13035 -296 212 -326 C \ ATOM 23699 N ASP L 25 -135.242 -68.628 -76.201 1.00 86.71 N \ ANISOU23699 N ASP L 25 10748 10463 13019 -442 271 -409 N \ ATOM 23700 CA ASP L 25 -134.885 -69.304 -74.958 1.00 88.05 C \ ANISOU23700 CA ASP L 25 10926 10875 13271 -390 273 -389 C \ ATOM 23701 C ASP L 25 -133.361 -69.365 -74.766 1.00 84.61 C \ ANISOU23701 C ASP L 25 11599 11678 13936 -550 357 -405 C \ ATOM 23702 O ASP L 25 -132.695 -70.279 -75.240 1.00 85.17 O \ ANISOU23702 O ASP L 25 11917 11912 14127 -568 388 -339 O \ ATOM 23703 CB ASP L 25 -135.506 -70.707 -74.910 1.00 94.78 C \ ANISOU23703 CB ASP L 25 11621 11906 14078 -658 392 -484 C \ ATOM 23704 CG ASP L 25 -135.443 -71.340 -73.519 1.00 98.09 C \ ANISOU23704 CG ASP L 25 11312 10671 13557 -369 197 -492 C \ ATOM 23705 OD1 ASP L 25 -135.450 -70.589 -72.512 1.00 98.89 O \ ANISOU23705 OD1 ASP L 25 11497 10525 13594 -396 206 -501 O \ ATOM 23706 OD2 ASP L 25 -135.398 -72.593 -73.438 1.00 97.96 O \ ANISOU23706 OD2 ASP L 25 11618 10580 13747 -207 136 -496 O \ ATOM 23707 N TYR L 26 -132.827 -68.373 -74.064 1.00 82.16 N \ ANISOU23707 N TYR L 26 11907 10572 13902 -189 141 -496 N \ ATOM 23708 CA TYR L 26 -131.393 -68.241 -73.847 1.00 80.61 C \ ANISOU23708 CA TYR L 26 11768 10887 13917 -576 244 -606 C \ ATOM 23709 C TYR L 26 -130.818 -69.194 -72.796 1.00 83.06 C \ ANISOU23709 C TYR L 26 12796 11966 14902 -767 317 -613 C \ ATOM 23710 O TYR L 26 -129.604 -69.448 -72.789 1.00 85.44 O \ ANISOU23710 O TYR L 26 11568 10801 13866 -70 78 -493 O \ ATOM 23711 CB TYR L 26 -131.019 -66.786 -73.522 1.00 79.55 C \ ANISOU23711 CB TYR L 26 11234 10465 13587 101 14 -493 C \ ATOM 23712 CG TYR L 26 -131.857 -66.122 -72.446 1.00 79.88 C \ ANISOU23712 CG TYR L 26 11000 9974 13204 233 -6 -399 C \ ATOM 23713 CD1 TYR L 26 -132.884 -65.233 -72.783 1.00 77.67 C \ ANISOU23713 CD1 TYR L 26 11165 10155 13325 274 -12 -324 C \ ATOM 23714 CD2 TYR L 26 -131.608 -66.361 -71.090 1.00 80.81 C \ ANISOU23714 CD2 TYR L 26 11048 10634 13609 189 -33 -522 C \ ATOM 23715 CE1 TYR L 26 -133.633 -64.600 -71.806 1.00 77.93 C \ ANISOU23715 CE1 TYR L 26 11166 10766 13784 351 -93 -523 C \ ATOM 23716 CE2 TYR L 26 -132.378 -65.756 -70.109 1.00 81.95 C \ ANISOU23716 CE2 TYR L 26 11352 10956 14020 366 -110 -590 C \ ATOM 23717 CZ TYR L 26 -133.390 -64.880 -70.476 1.00 80.33 C \ ANISOU23717 CZ TYR L 26 11119 10742 13744 499 -139 -465 C \ ATOM 23718 OH TYR L 26 -134.132 -64.271 -69.497 1.00 82.88 O \ ANISOU23718 OH TYR L 26 11050 10674 13758 519 -159 -574 O \ ATOM 23719 N GLU L 27 -131.676 -69.715 -71.917 1.00 85.53 N \ ANISOU23719 N GLU L 27 11041 10686 13728 597 -177 -498 N \ ATOM 23720 CA GLU L 27 -131.240 -70.648 -70.861 1.00 89.88 C \ ANISOU23720 CA GLU L 27 10896 9642 13016 304 -17 -403 C \ ATOM 23721 C GLU L 27 -130.886 -72.044 -71.398 1.00 92.06 C \ ANISOU23721 C GLU L 27 11169 9674 13148 456 -38 -315 C \ ATOM 23722 O GLU L 27 -130.233 -72.838 -70.721 1.00 89.95 O \ ANISOU23722 O GLU L 27 10952 9658 13072 632 -108 -314 O \ ATOM 23723 CB GLU L 27 -132.296 -70.759 -69.770 1.00 90.09 C \ ANISOU23723 CB GLU L 27 11101 9904 13328 660 -127 -385 C \ ATOM 23724 CG GLU L 27 -132.373 -69.550 -68.857 1.00 92.31 C \ ANISOU23724 CG GLU L 27 11495 9590 13265 439 4 -313 C \ ATOM 23725 CD GLU L 27 -133.626 -69.564 -68.002 1.00 97.94 C \ ANISOU23725 CD GLU L 27 11787 9689 13457 646 -27 -243 C \ ATOM 23726 OE1 GLU L 27 -133.498 -69.539 -66.753 1.00 99.90 O \ ANISOU23726 OE1 GLU L 27 11426 9273 13001 284 75 -276 O \ ATOM 23727 OE2 GLU L 27 -134.744 -69.591 -68.572 1.00 98.98 O \ ANISOU23727 OE2 GLU L 27 10674 9452 12788 738 -143 -233 O \ ATOM 23728 N SER L 28 -131.326 -72.321 -72.624 1.00 93.54 N \ ANISOU23728 N SER L 28 10404 9408 12652 882 -206 -228 N \ ATOM 23729 CA SER L 28 -131.007 -73.565 -73.316 1.00 93.74 C \ ANISOU23729 CA SER L 28 10896 9735 13081 1032 -227 -208 C \ ATOM 23730 C SER L 28 -129.778 -73.421 -74.212 1.00 94.61 C \ ANISOU23730 C SER L 28 11333 9903 13341 1097 -213 -135 C \ ATOM 23731 O SER L 28 -129.303 -74.414 -74.776 1.00 95.76 O \ ANISOU23731 O SER L 28 10240 9388 12489 927 -236 -153 O \ ATOM 23732 CB SER L 28 -132.203 -74.010 -74.160 1.00 96.26 C \ ANISOU23732 CB SER L 28 9731 9129 12116 1043 -295 -159 C \ ATOM 23733 OG SER L 28 -133.328 -74.282 -73.349 1.00104.39 O \ ANISOU23733 OG SER L 28 10430 9721 12722 787 -207 -173 O \ ATOM 23734 N HIS L 29 -129.273 -72.188 -74.345 1.00 95.37 N \ ANISOU23734 N HIS L 29 10961 9958 13283 1095 -255 -270 N \ ATOM 23735 CA HIS L 29 -128.125 -71.893 -75.214 1.00 92.87 C \ ANISOU23735 CA HIS L 29 11294 10198 13585 1255 -276 -254 C \ ATOM 23736 C HIS L 29 -126.829 -72.388 -74.666 1.00 89.96 C \ ANISOU23736 C HIS L 29 10927 10052 13293 1388 -332 -196 C \ ATOM 23737 O HIS L 29 -126.449 -72.042 -73.545 1.00 91.19 O \ ANISOU23737 O HIS L 29 10411 9823 12936 1386 -363 -233 O \ ATOM 23738 CB HIS L 29 -128.020 -70.401 -75.539 1.00 92.89 C \ ANISOU23738 CB HIS L 29 11454 10407 13837 1254 -275 -352 C \ ATOM 23739 CG HIS L 29 -126.841 -70.053 -76.428 1.00 94.01 C \ ANISOU23739 CG HIS L 29 12632 11370 14932 1122 -223 -419 C \ ATOM 23740 ND1 HIS L 29 -126.837 -70.279 -77.759 1.00 95.62 N \ ANISOU23740 ND1 HIS L 29 13158 12066 15593 1071 -230 -525 N \ ATOM 23741 CD2 HIS L 29 -125.601 -69.486 -76.127 1.00 93.71 C \ ANISOU23741 CD2 HIS L 29 13469 12504 15991 1185 -262 -544 C \ ATOM 23742 CE1 HIS L 29 -125.661 -69.874 -78.285 1.00 93.39 C \ ANISOU23742 CE1 HIS L 29 12953 11882 15406 916 -204 -587 C \ ATOM 23743 NE2 HIS L 29 -124.903 -69.389 -77.287 1.00 93.32 N \ ANISOU23743 NE2 HIS L 29 11180 10171 13419 1499 -343 -103 N \ ATOM 23744 N VAL L 30 -126.149 -73.210 -75.465 1.00 88.31 N \ ANISOU23744 N VAL L 30 10795 10014 13094 1621 -399 -41 N \ ATOM 23745 CA VAL L 30 -124.859 -73.780 -75.102 1.00 89.47 C \ ANISOU23745 CA VAL L 30 10680 9984 13048 1772 -424 -57 C \ ATOM 23746 C VAL L 30 -123.730 -72.931 -75.688 1.00 88.65 C \ ANISOU23746 C VAL L 30 10449 9528 12742 1835 -395 -77 C \ ATOM 23747 O VAL L 30 -123.667 -72.703 -76.893 1.00 90.37 O \ ANISOU23747 O VAL L 30 10958 10035 13092 1681 -406 71 O \ ATOM 23748 CB VAL L 30 -124.764 -75.265 -75.517 1.00 90.41 C \ ANISOU23748 CB VAL L 30 10972 9942 13012 1530 -374 92 C \ ATOM 23749 CG1 VAL L 30 -123.317 -75.745 -75.604 1.00 91.94 C \ ANISOU23749 CG1 VAL L 30 11405 10031 13258 1463 -318 119 C \ ATOM 23750 CG2 VAL L 30 -125.582 -76.112 -74.538 1.00 88.70 C \ ANISOU23750 CG2 VAL L 30 10660 9860 12777 1416 -385 86 C \ ATOM 23751 N VAL L 31 -122.854 -72.454 -74.809 1.00 86.63 N \ ANISOU23751 N VAL L 31 11420 10072 13242 1318 -296 130 N \ ATOM 23752 CA VAL L 31 -121.779 -71.537 -75.189 1.00 85.45 C \ ANISOU23752 CA VAL L 31 10825 9812 12801 1290 -334 111 C \ ATOM 23753 C VAL L 31 -120.654 -72.288 -75.890 1.00 88.73 C \ ANISOU23753 C VAL L 31 10601 10130 12868 1401 -424 60 C \ ATOM 23754 O VAL L 31 -120.150 -73.306 -75.374 1.00 91.01 O \ ANISOU23754 O VAL L 31 10568 9690 12565 1169 -324 110 O \ ATOM 23755 CB VAL L 31 -121.226 -70.794 -73.953 1.00 84.53 C \ ANISOU23755 CB VAL L 31 10777 10411 13049 1279 -413 59 C \ ATOM 23756 CG1 VAL L 31 -120.187 -69.778 -74.346 1.00 81.53 C \ ANISOU23756 CG1 VAL L 31 10562 10005 12708 1171 -364 82 C \ ATOM 23757 CG2 VAL L 31 -122.340 -70.078 -73.206 1.00 86.52 C \ ANISOU23757 CG2 VAL L 31 10299 9926 12802 1825 -473 -52 C \ ATOM 23758 N GLU L 32 -120.250 -71.778 -77.052 1.00 90.02 N \ ANISOU23758 N GLU L 32 9851 9621 12438 1965 -497 -65 N \ ATOM 23759 CA GLU L 32 -119.065 -72.308 -77.748 1.00 92.32 C \ ANISOU23759 CA GLU L 32 9977 9904 12553 2106 -544 23 C \ ATOM 23760 C GLU L 32 -117.827 -71.554 -77.309 1.00 90.21 C \ ANISOU23760 C GLU L 32 10518 10402 12997 2107 -559 102 C \ ATOM 23761 O GLU L 32 -117.650 -70.372 -77.639 1.00 87.30 O \ ANISOU23761 O GLU L 32 10069 10194 12743 2226 -567 11 O \ ATOM 23762 CB GLU L 32 -119.210 -72.225 -79.271 1.00 93.96 C \ ANISOU23762 CB GLU L 32 9726 10076 12420 2366 -617 88 C \ ATOM 23763 CG GLU L 32 -120.334 -73.071 -79.850 1.00102.48 C \ ANISOU23763 CG GLU L 32 9026 9730 11837 2269 -661 81 C \ ATOM 23764 CD GLU L 32 -120.842 -72.548 -81.190 1.00107.43 C \ ANISOU23764 CD GLU L 32 8370 9274 11313 2201 -661 10 C \ ATOM 23765 OE1 GLU L 32 -119.991 -72.108 -82.005 1.00110.45 O \ ANISOU23765 OE1 GLU L 32 9971 10404 12723 2535 -616 73 O \ ATOM 23766 OE2 GLU L 32 -122.083 -72.576 -81.414 1.00105.91 O \ ANISOU23766 OE2 GLU L 32 10592 11143 13306 2729 -655 171 O \ ATOM 23767 N TRP L 33 -116.984 -72.233 -76.533 1.00 91.52 N \ ANISOU23767 N TRP L 33 11379 11791 14032 2901 -635 193 N \ ATOM 23768 CA TRP L 33 -115.770 -71.615 -76.001 1.00 89.23 C \ ANISOU23768 CA TRP L 33 10647 11464 13394 2709 -710 227 C \ ATOM 23769 C TRP L 33 -114.648 -71.689 -76.993 1.00 88.73 C \ ANISOU23769 C TRP L 33 8857 9617 11599 2258 -694 157 C \ ATOM 23770 O TRP L 33 -114.561 -72.650 -77.774 1.00 86.12 O \ ANISOU23770 O TRP L 33 8444 9507 11261 2155 -732 153 O \ ATOM 23771 CB TRP L 33 -115.362 -72.273 -74.685 1.00 89.71 C \ ANISOU23771 CB TRP L 33 8759 10194 11700 2234 -776 152 C \ ATOM 23772 CG TRP L 33 -116.457 -72.304 -73.646 1.00 89.29 C \ ANISOU23772 CG TRP L 33 8915 10594 11956 2126 -788 101 C \ ATOM 23773 CD1 TRP L 33 -117.222 -73.401 -73.256 1.00 91.32 C \ ANISOU23773 CD1 TRP L 33 8244 9254 10931 2129 -755 236 C \ ATOM 23774 CD2 TRP L 33 -116.952 -71.181 -72.827 1.00 87.64 C \ ANISOU23774 CD2 TRP L 33 7785 9130 10515 2076 -808 257 C \ ATOM 23775 NE1 TRP L 33 -118.130 -73.042 -72.291 1.00 91.42 N \ ANISOU23775 NE1 TRP L 33 7768 9026 10363 2000 -817 314 N \ ATOM 23776 CE2 TRP L 33 -118.023 -71.730 -71.986 1.00 88.01 C \ ANISOU23776 CE2 TRP L 33 7852 8974 10415 1857 -778 276 C \ ATOM 23777 CE3 TRP L 33 -116.640 -69.831 -72.723 1.00 88.43 C \ ANISOU23777 CE3 TRP L 33 7990 9338 10505 2101 -866 409 C \ ATOM 23778 CZ2 TRP L 33 -118.725 -70.949 -71.080 1.00 86.39 C \ ANISOU23778 CZ2 TRP L 33 9166 10642 12097 2422 -796 207 C \ ATOM 23779 CZ3 TRP L 33 -117.351 -69.054 -71.788 1.00 90.11 C \ ANISOU23779 CZ3 TRP L 33 9257 11121 12312 2513 -838 213 C \ ATOM 23780 CH2 TRP L 33 -118.380 -69.605 -71.001 1.00 87.58 C \ ANISOU23780 CH2 TRP L 33 9120 11117 12319 2481 -810 117 C \ ATOM 23781 N GLY L 34 -113.776 -70.672 -76.959 1.00 86.93 N \ ANISOU23781 N GLY L 34 9136 11441 12443 2560 -832 112 N \ ATOM 23782 CA GLY L 34 -112.616 -70.614 -77.836 1.00 83.99 C \ ANISOU23782 CA GLY L 34 9895 11762 12892 2746 -862 302 C \ ATOM 23783 C GLY L 34 -111.314 -70.657 -77.068 1.00 85.37 C \ ANISOU23783 C GLY L 34 10818 12591 13664 2786 -897 408 C \ ATOM 23784 O GLY L 34 -111.296 -70.870 -75.853 1.00 89.27 O \ ANISOU23784 O GLY L 34 10588 12625 13449 2712 -949 438 O \ ATOM 23785 N ASN L 35 -110.212 -70.471 -77.784 1.00 86.87 N \ ANISOU23785 N ASN L 35 11905 13321 14600 2888 -868 460 N \ ATOM 23786 CA ASN L 35 -108.881 -70.443 -77.178 1.00 84.81 C \ ANISOU23786 CA ASN L 35 9017 10796 12213 2363 -762 43 C \ ATOM 23787 C ASN L 35 -108.593 -69.054 -76.609 1.00 80.52 C \ ANISOU23787 C ASN L 35 9022 10906 12333 2299 -735 -48 C \ ATOM 23788 O ASN L 35 -108.513 -68.076 -77.335 1.00 76.21 O \ ANISOU23788 O ASN L 35 8564 10689 11940 2134 -750 -84 O \ ATOM 23789 CB ASN L 35 -107.820 -70.854 -78.201 1.00 87.11 C \ ANISOU23789 CB ASN L 35 8345 10656 11817 2091 -740 -142 C \ ATOM 23790 CG ASN L 35 -106.568 -71.421 -77.560 1.00 92.23 C \ ANISOU23790 CG ASN L 35 9578 11139 12849 2239 -682 -109 C \ ATOM 23791 OD1 ASN L 35 -106.029 -72.411 -78.042 1.00 97.92 O \ ANISOU23791 OD1 ASN L 35 10076 11348 13256 2374 -655 -88 O \ ATOM 23792 ND2 ASN L 35 -106.082 -70.790 -76.489 1.00 93.45 N \ ANISOU23792 ND2 ASN L 35 11190 12522 14358 2545 -670 -37 N \ ATOM 23793 N GLN L 36 -108.443 -68.986 -75.295 1.00 79.16 N \ ANISOU23793 N GLN L 36 9779 10765 12894 2307 -617 -126 N \ ATOM 23794 CA GLN L 36 -108.189 -67.727 -74.595 1.00 76.89 C \ ANISOU23794 CA GLN L 36 8770 10871 12077 2040 -769 -52 C \ ATOM 23795 C GLN L 36 -106.795 -67.175 -74.895 1.00 80.68 C \ ANISOU23795 C GLN L 36 9032 11276 12359 1870 -771 -92 C \ ATOM 23796 O GLN L 36 -106.613 -65.967 -74.996 1.00 82.82 O \ ANISOU23796 O GLN L 36 8969 11498 12291 1849 -824 -44 O \ ATOM 23797 CB GLN L 36 -108.372 -67.928 -73.100 1.00 74.83 C \ ANISOU23797 CB GLN L 36 8874 11398 12126 1928 -860 34 C \ ATOM 23798 CG GLN L 36 -107.684 -66.912 -72.207 1.00 72.20 C \ ANISOU23798 CG GLN L 36 9341 11321 12590 1750 -736 -115 C \ ATOM 23799 CD GLN L 36 -108.219 -66.921 -70.806 1.00 71.48 C \ ANISOU23799 CD GLN L 36 9474 11196 12725 1768 -691 -159 C \ ATOM 23800 OE1 GLN L 36 -109.334 -66.508 -70.561 1.00 71.70 O \ ANISOU23800 OE1 GLN L 36 9522 10973 12687 1818 -676 -125 O \ ATOM 23801 NE2 GLN L 36 -107.430 -67.400 -69.878 1.00 73.26 N \ ANISOU23801 NE2 GLN L 36 9602 11351 12929 1732 -662 -235 N \ ATOM 23802 N ASP L 37 -105.815 -68.063 -75.052 1.00 83.97 N \ ANISOU23802 N ASP L 37 9736 10964 12897 1820 -636 -172 N \ ATOM 23803 CA ASP L 37 -104.425 -67.674 -75.304 1.00 86.04 C \ ANISOU23803 CA ASP L 37 9744 11281 13069 1747 -627 -276 C \ ATOM 23804 C ASP L 37 -104.207 -67.048 -76.689 1.00 85.69 C \ ANISOU23804 C ASP L 37 9905 11191 13151 1786 -615 -248 C \ ATOM 23805 O ASP L 37 -103.069 -66.826 -77.116 1.00 86.91 O \ ANISOU23805 O ASP L 37 10740 11829 13977 1783 -580 -297 O \ ATOM 23806 CB ASP L 37 -103.499 -68.859 -75.082 1.00 90.93 C \ ANISOU23806 CB ASP L 37 8379 11148 11760 1734 -826 -94 C \ ATOM 23807 CG ASP L 37 -103.573 -69.394 -73.664 1.00 97.58 C \ ANISOU23807 CG ASP L 37 7912 10999 11298 1689 -876 -67 C \ ATOM 23808 OD1 ASP L 37 -103.234 -68.669 -72.680 1.00 96.49 O \ ANISOU23808 OD1 ASP L 37 7724 10853 11076 1484 -854 -128 O \ ATOM 23809 OD2 ASP L 37 -103.974 -70.567 -73.548 1.00104.82 O \ ANISOU23809 OD2 ASP L 37 7729 10839 11120 1405 -812 -199 O \ ATOM 23810 N ASP L 38 -105.309 -66.764 -77.375 1.00 84.29 N \ ANISOU23810 N ASP L 38 7681 11095 11187 1785 -899 -66 N \ ATOM 23811 CA ASP L 38 -105.297 -65.984 -78.608 1.00 84.91 C \ ANISOU23811 CA ASP L 38 7638 11345 11153 1886 -968 12 C \ ATOM 23812 C ASP L 38 -105.253 -64.499 -78.289 1.00 82.10 C \ ANISOU23812 C ASP L 38 7357 11282 10980 2068 -984 35 C \ ATOM 23813 O ASP L 38 -104.812 -63.702 -79.107 1.00 81.11 O \ ANISOU23813 O ASP L 38 7337 11662 11054 2058 -1014 28 O \ ATOM 23814 CB ASP L 38 -106.556 -66.267 -79.450 1.00 88.35 C \ ANISOU23814 CB ASP L 38 7244 10911 10853 2227 -957 55 C \ ATOM 23815 CG ASP L 38 -106.703 -67.715 -79.851 1.00 91.28 C \ ANISOU23815 CG ASP L 38 7551 10718 10813 1400 -880 -101 C \ ATOM 23816 OD1 ASP L 38 -105.696 -68.471 -79.806 1.00100.20 O \ ANISOU23816 OD1 ASP L 38 7655 10799 10845 1209 -853 -157 O \ ATOM 23817 OD2 ASP L 38 -107.844 -68.086 -80.210 1.00 88.01 O \ ANISOU23817 OD2 ASP L 38 7603 11032 10840 1097 -854 -212 O \ ATOM 23818 N TYR L 39 -105.715 -64.139 -77.099 1.00 83.48 N \ ANISOU23818 N TYR L 39 7802 11552 11106 1137 -901 -187 N \ ATOM 23819 CA TYR L 39 -105.906 -62.742 -76.719 1.00 85.98 C \ ANISOU23819 CA TYR L 39 7543 10668 10612 1154 -882 -111 C \ ATOM 23820 C TYR L 39 -104.964 -62.307 -75.593 1.00 86.22 C \ ANISOU23820 C TYR L 39 7585 10432 10573 1230 -877 -53 C \ ATOM 23821 O TYR L 39 -104.720 -63.053 -74.631 1.00 85.27 O \ ANISOU23821 O TYR L 39 7679 10543 10537 1145 -900 -19 O \ ATOM 23822 CB TYR L 39 -107.380 -62.479 -76.351 1.00 87.52 C \ ANISOU23822 CB TYR L 39 7746 10266 10723 1209 -810 -96 C \ ATOM 23823 CG TYR L 39 -108.337 -63.020 -77.391 1.00 87.90 C \ ANISOU23823 CG TYR L 39 7589 10896 10781 957 -798 -285 C \ ATOM 23824 CD1 TYR L 39 -109.056 -64.184 -77.158 1.00 87.33 C \ ANISOU23824 CD1 TYR L 39 7563 11076 10762 820 -783 -344 C \ ATOM 23825 CD2 TYR L 39 -108.492 -62.392 -78.634 1.00 89.18 C \ ANISOU23825 CD2 TYR L 39 7979 11462 11032 636 -769 -376 C \ ATOM 23826 CE1 TYR L 39 -109.912 -64.711 -78.124 1.00 88.43 C \ ANISOU23826 CE1 TYR L 39 8306 12064 11339 542 -804 -379 C \ ATOM 23827 CE2 TYR L 39 -109.342 -62.910 -79.598 1.00 89.73 C \ ANISOU23827 CE2 TYR L 39 7366 10752 10603 802 -720 -406 C \ ATOM 23828 CZ TYR L 39 -110.050 -64.071 -79.334 1.00 90.14 C \ ANISOU23828 CZ TYR L 39 7208 10764 10418 638 -694 -467 C \ ATOM 23829 OH TYR L 39 -110.894 -64.577 -80.283 1.00 96.19 O \ ANISOU23829 OH TYR L 39 7136 10569 10505 973 -732 -383 O \ ATOM 23830 N GLN L 40 -104.463 -61.082 -75.731 1.00 82.35 N \ ANISOU23830 N GLN L 40 7805 10966 10755 585 -716 -402 N \ ATOM 23831 CA GLN L 40 -103.471 -60.539 -74.831 1.00 79.51 C \ ANISOU23831 CA GLN L 40 8081 11156 10874 423 -689 -437 C \ ATOM 23832 C GLN L 40 -103.785 -59.065 -74.539 1.00 78.05 C \ ANISOU23832 C GLN L 40 8381 11152 11085 444 -657 -425 C \ ATOM 23833 O GLN L 40 -103.944 -58.257 -75.462 1.00 78.14 O \ ANISOU23833 O GLN L 40 8848 11431 11607 551 -636 -412 O \ ATOM 23834 CB GLN L 40 -102.097 -60.683 -75.490 1.00 78.87 C \ ANISOU23834 CB GLN L 40 8276 11298 11000 276 -626 -518 C \ ATOM 23835 CG GLN L 40 -100.999 -61.203 -74.564 1.00 79.32 C \ ANISOU23835 CG GLN L 40 8357 11092 11080 316 -558 -552 C \ ATOM 23836 CD GLN L 40 -99.913 -61.943 -75.296 1.00 77.96 C \ ANISOU23836 CD GLN L 40 8900 11465 11466 159 -483 -623 C \ ATOM 23837 OE1 GLN L 40 -98.772 -61.499 -75.318 1.00 79.10 O \ ANISOU23837 OE1 GLN L 40 9439 11737 11997 216 -422 -648 O \ ATOM 23838 NE2 GLN L 40 -100.272 -63.053 -75.933 1.00 76.35 N \ ANISOU23838 NE2 GLN L 40 9858 11934 12272 126 -347 -700 N \ ATOM 23839 N LEU L 41 -103.878 -58.724 -73.258 1.00 76.55 N \ ANISOU23839 N LEU L 41 10608 12662 12859 -37 -317 -741 N \ ATOM 23840 CA LEU L 41 -104.302 -57.393 -72.819 1.00 77.12 C \ ANISOU23840 CA LEU L 41 10014 11875 12432 203 -302 -712 C \ ATOM 23841 C LEU L 41 -103.298 -56.284 -73.157 1.00 77.58 C \ ANISOU23841 C LEU L 41 8264 10996 10826 333 -651 -435 C \ ATOM 23842 O LEU L 41 -102.096 -56.475 -73.057 1.00 80.17 O \ ANISOU23842 O LEU L 41 8378 10835 10844 333 -607 -434 O \ ATOM 23843 CB LEU L 41 -104.564 -57.398 -71.303 1.00 75.86 C \ ANISOU23843 CB LEU L 41 8411 10635 10798 259 -522 -507 C \ ATOM 23844 CG LEU L 41 -105.566 -58.404 -70.701 1.00 75.25 C \ ANISOU23844 CG LEU L 41 8878 11125 11173 129 -492 -562 C \ ATOM 23845 CD1 LEU L 41 -105.728 -58.147 -69.212 1.00 75.69 C \ ANISOU23845 CD1 LEU L 41 9058 11567 11393 251 -632 -414 C \ ATOM 23846 CD2 LEU L 41 -106.952 -58.389 -71.339 1.00 75.63 C \ ANISOU23846 CD2 LEU L 41 9215 11472 11458 263 -590 -403 C \ ATOM 23847 N VAL L 42 -103.808 -55.127 -73.556 1.00 77.03 N \ ANISOU23847 N VAL L 42 9558 11880 11668 192 -619 -375 N \ ATOM 23848 CA VAL L 42 -102.980 -53.967 -73.874 1.00 77.39 C \ ANISOU23848 CA VAL L 42 10455 12517 12456 175 -555 -385 C \ ATOM 23849 C VAL L 42 -103.181 -52.857 -72.826 1.00 80.21 C \ ANISOU23849 C VAL L 42 10875 12958 12706 72 -560 -381 C \ ATOM 23850 O VAL L 42 -102.224 -52.431 -72.175 1.00 83.46 O \ ANISOU23850 O VAL L 42 9371 9331 12003 689 -731 -99 O \ ATOM 23851 CB VAL L 42 -103.256 -53.426 -75.301 1.00 75.59 C \ ANISOU23851 CB VAL L 42 9391 9099 12028 769 -630 -140 C \ ATOM 23852 CG1 VAL L 42 -102.456 -52.161 -75.583 1.00 74.72 C \ ANISOU23852 CG1 VAL L 42 10241 9579 12541 838 -572 -345 C \ ATOM 23853 CG2 VAL L 42 -102.961 -54.488 -76.335 1.00 74.25 C \ ANISOU23853 CG2 VAL L 42 11143 10108 13354 800 -617 -444 C \ ATOM 23854 N ARG L 43 -104.421 -52.390 -72.673 1.00 77.71 N \ ANISOU23854 N ARG L 43 8564 8516 11419 925 -484 -41 N \ ATOM 23855 CA ARG L 43 -104.754 -51.342 -71.714 1.00 79.25 C \ ANISOU23855 CA ARG L 43 8192 8470 11359 877 -498 132 C \ ATOM 23856 C ARG L 43 -106.152 -51.494 -71.120 1.00 80.59 C \ ANISOU23856 C ARG L 43 7823 8361 11110 1032 -371 180 C \ ATOM 23857 O ARG L 43 -107.026 -52.099 -71.740 1.00 83.93 O \ ANISOU23857 O ARG L 43 8574 8701 11851 779 -538 224 O \ ATOM 23858 CB ARG L 43 -104.598 -49.955 -72.338 1.00 80.47 C \ ANISOU23858 CB ARG L 43 10361 9801 12478 936 -468 -413 C \ ATOM 23859 CG ARG L 43 -105.573 -49.629 -73.441 1.00 80.35 C \ ANISOU23859 CG ARG L 43 10705 9887 12500 1019 -358 -622 C \ ATOM 23860 CD ARG L 43 -105.799 -48.126 -73.556 1.00 83.78 C \ ANISOU23860 CD ARG L 43 10554 9927 12120 1043 -277 -642 C \ ATOM 23861 NE ARG L 43 -106.756 -47.809 -74.609 1.00 87.31 N \ ANISOU23861 NE ARG L 43 10222 9895 11920 1019 -312 -485 N \ ATOM 23862 CZ ARG L 43 -107.204 -46.589 -74.880 1.00 89.66 C \ ANISOU23862 CZ ARG L 43 11144 10338 12365 1088 -165 -838 C \ ATOM 23863 NH1 ARG L 43 -106.815 -45.547 -74.157 1.00 95.09 N \ ANISOU23863 NH1 ARG L 43 11959 11347 12946 1106 -43 -843 N \ ATOM 23864 NH2 ARG L 43 -108.076 -46.412 -75.861 1.00 90.33 N \ ANISOU23864 NH2 ARG L 43 12565 11920 13448 1263 209 -1020 N \ ATOM 23865 N LYS L 44 -106.366 -50.928 -69.931 1.00 79.19 N \ ANISOU23865 N LYS L 44 13822 12905 14679 1352 266 -1211 N \ ATOM 23866 CA LYS L 44 -107.692 -50.886 -69.337 1.00 79.11 C \ ANISOU23866 CA LYS L 44 12358 11685 12915 925 -188 -862 C \ ATOM 23867 C LYS L 44 -108.450 -49.704 -69.910 1.00 78.55 C \ ANISOU23867 C LYS L 44 13453 12443 13534 873 -180 -1129 C \ ATOM 23868 O LYS L 44 -107.935 -48.583 -69.931 1.00 82.06 O \ ANISOU23868 O LYS L 44 14560 13622 14120 788 -128 -1172 O \ ATOM 23869 CB LYS L 44 -107.611 -50.788 -67.809 1.00 84.27 C \ ANISOU23869 CB LYS L 44 15047 14280 14546 627 -348 -943 C \ ATOM 23870 CG LYS L 44 -108.945 -50.932 -67.086 1.00 84.61 C \ ANISOU23870 CG LYS L 44 15122 14236 14223 444 -564 -961 C \ ATOM 23871 CD LYS L 44 -108.800 -50.959 -65.571 1.00 87.13 C \ ANISOU23871 CD LYS L 44 15458 14265 14121 379 -579 -1223 C \ ATOM 23872 CE LYS L 44 -110.166 -50.812 -64.905 1.00 93.24 C \ ANISOU23872 CE LYS L 44 14305 13600 13444 332 -775 -724 C \ ATOM 23873 NZ LYS L 44 -110.134 -50.496 -63.439 1.00 96.17 N \ ANISOU23873 NZ LYS L 44 12432 12072 13292 1297 356 -951 N \ ATOM 23874 N LEU L 45 -109.666 -49.964 -70.388 1.00 80.82 N \ ANISOU23874 N LEU L 45 12908 12625 13683 1427 621 -1106 N \ ATOM 23875 CA LEU L 45 -110.526 -48.942 -70.960 1.00 80.33 C \ ANISOU23875 CA LEU L 45 13878 13714 14194 1307 704 -1118 C \ ATOM 23876 C LEU L 45 -111.459 -48.331 -69.924 1.00 85.17 C \ ANISOU23876 C LEU L 45 14475 14195 14423 1133 533 -1087 C \ ATOM 23877 O LEU L 45 -111.477 -47.107 -69.745 1.00 91.08 O \ ANISOU23877 O LEU L 45 13946 14036 14287 1385 956 -1147 O \ ATOM 23878 CB LEU L 45 -111.330 -49.517 -72.128 1.00 75.01 C \ ANISOU23878 CB LEU L 45 14652 14905 14558 1247 1059 -1109 C \ ATOM 23879 CG LEU L 45 -110.578 -49.828 -73.413 1.00 73.75 C \ ANISOU23879 CG LEU L 45 14383 14961 14545 1189 1067 -825 C \ ATOM 23880 CD1 LEU L 45 -111.405 -50.753 -74.272 1.00 71.84 C \ ANISOU23880 CD1 LEU L 45 15514 16232 15371 1043 1114 -708 C \ ATOM 23881 CD2 LEU L 45 -110.217 -48.589 -74.208 1.00 76.66 C \ ANISOU23881 CD2 LEU L 45 15336 15647 14956 1327 1366 -1375 C \ ATOM 23882 N GLY L 46 -112.225 -49.187 -69.244 1.00 85.91 N \ ANISOU23882 N GLY L 46 15372 15632 14278 1135 1382 -1432 N \ ATOM 23883 CA GLY L 46 -113.209 -48.743 -68.254 1.00 87.10 C \ ANISOU23883 CA GLY L 46 15504 16020 14155 1172 1745 -1594 C \ ATOM 23884 C GLY L 46 -113.685 -49.879 -67.377 1.00 85.81 C \ ANISOU23884 C GLY L 46 15365 16315 14235 1102 1880 -1319 C \ ATOM 23885 O GLY L 46 -113.358 -51.048 -67.629 1.00 84.32 O \ ANISOU23885 O GLY L 46 16466 17749 15146 1124 2266 -1461 O \ ATOM 23886 N ARG L 47 -114.449 -49.535 -66.340 1.00 89.08 N \ ANISOU23886 N ARG L 47 13180 13853 13881 1289 1005 -710 N \ ATOM 23887 CA ARG L 47 -115.119 -50.549 -65.528 1.00 95.41 C \ ANISOU23887 CA ARG L 47 12503 13415 13477 1232 962 -461 C \ ATOM 23888 C ARG L 47 -116.550 -50.187 -65.153 1.00 99.84 C \ ANISOU23888 C ARG L 47 11887 12699 13037 1180 682 -298 C \ ATOM 23889 O ARG L 47 -116.913 -49.011 -65.104 1.00108.98 O \ ANISOU23889 O ARG L 47 11562 12485 12817 1101 594 -103 O \ ATOM 23890 CB ARG L 47 -114.301 -50.897 -64.284 1.00 97.27 C \ ANISOU23890 CB ARG L 47 12419 13586 13875 1380 1124 -464 C \ ATOM 23891 CG ARG L 47 -114.360 -49.885 -63.145 1.00103.78 C \ ANISOU23891 CG ARG L 47 13041 14438 14445 1432 1423 -585 C \ ATOM 23892 CD ARG L 47 -114.627 -50.569 -61.807 1.00111.34 C \ ANISOU23892 CD ARG L 47 13609 15048 15268 1639 1578 -781 C \ ATOM 23893 NE ARG L 47 -113.657 -51.640 -61.512 1.00115.47 N \ ANISOU23893 NE ARG L 47 13482 15075 14613 1276 1552 -493 N \ ATOM 23894 CZ ARG L 47 -112.752 -51.611 -60.534 1.00114.70 C \ ANISOU23894 CZ ARG L 47 14446 16155 16131 1714 1873 -913 C \ ATOM 23895 NH1 ARG L 47 -112.702 -50.574 -59.703 1.00115.39 N \ ANISOU23895 NH1 ARG L 47 14403 16282 15519 1317 1861 -606 N \ ATOM 23896 NH2 ARG L 47 -111.922 -52.637 -60.369 1.00108.83 N \ ANISOU23896 NH2 ARG L 47 14595 16551 16008 1548 2030 -831 N \ ATOM 23897 N GLY L 48 -117.354 -51.215 -64.898 1.00 99.48 N \ ANISOU23897 N GLY L 48 13807 16097 15273 1617 2354 -966 N \ ATOM 23898 CA GLY L 48 -118.721 -51.041 -64.410 1.00103.22 C \ ANISOU23898 CA GLY L 48 11272 11883 12487 1224 548 -378 C \ ATOM 23899 C GLY L 48 -118.909 -51.814 -63.115 1.00109.98 C \ ANISOU23899 C GLY L 48 10219 10810 11684 1198 324 -243 C \ ATOM 23900 O GLY L 48 -117.934 -52.041 -62.361 1.00113.42 O \ ANISOU23900 O GLY L 48 10168 10531 11515 1145 150 -310 O \ ATOM 23901 N LYS L 49 -120.147 -52.212 -62.849 1.00111.25 N \ ANISOU23901 N LYS L 49 10340 10498 11456 1151 192 -487 N \ ATOM 23902 CA LYS L 49 -120.424 -53.045 -61.669 1.00116.11 C \ ANISOU23902 CA LYS L 49 9763 10505 11708 1326 359 -197 C \ ATOM 23903 C LYS L 49 -120.785 -54.469 -62.089 1.00115.52 C \ ANISOU23903 C LYS L 49 10243 10903 12290 1449 460 -336 C \ ATOM 23904 O LYS L 49 -120.958 -55.364 -61.249 1.00124.01 O \ ANISOU23904 O LYS L 49 10104 10515 11642 1092 -45 -177 O \ ATOM 23905 CB LYS L 49 -121.499 -52.444 -60.733 1.00120.91 C \ ANISOU23905 CB LYS L 49 9782 10061 11333 1024 -226 -199 C \ ATOM 23906 CG LYS L 49 -121.175 -52.693 -59.262 1.00119.18 C \ ANISOU23906 CG LYS L 49 9510 9931 11514 1087 -270 -115 C \ ATOM 23907 CD LYS L 49 -122.408 -52.682 -58.375 1.00120.23 C \ ANISOU23907 CD LYS L 49 9188 9811 11431 1111 -311 7 C \ ATOM 23908 CE LYS L 49 -123.202 -53.974 -58.510 1.00120.85 C \ ANISOU23908 CE LYS L 49 9910 10182 11266 881 -439 -107 C \ ATOM 23909 NZ LYS L 49 -124.451 -53.967 -57.680 1.00129.92 N \ ANISOU23909 NZ LYS L 49 10711 10856 11533 782 -423 -163 N \ ATOM 23910 N TYR L 50 -120.882 -54.676 -63.398 1.00107.68 N \ ANISOU23910 N TYR L 50 11617 11502 12084 699 -480 -352 N \ ATOM 23911 CA TYR L 50 -121.078 -56.014 -63.953 1.00103.69 C \ ANISOU23911 CA TYR L 50 12247 12018 12222 637 -413 -459 C \ ATOM 23912 C TYR L 50 -119.850 -56.533 -64.706 1.00 99.02 C \ ANISOU23912 C TYR L 50 11669 11464 12341 687 -584 -397 C \ ATOM 23913 O TYR L 50 -119.700 -57.741 -64.874 1.00 97.03 O \ ANISOU23913 O TYR L 50 9508 9811 11618 1111 -258 -184 O \ ATOM 23914 CB TYR L 50 -122.298 -56.034 -64.871 1.00104.97 C \ ANISOU23914 CB TYR L 50 9049 9498 11536 1163 -263 -100 C \ ATOM 23915 CG TYR L 50 -123.625 -55.825 -64.180 1.00110.34 C \ ANISOU23915 CG TYR L 50 9461 9938 12080 1047 -429 -42 C \ ATOM 23916 CD1 TYR L 50 -124.435 -54.746 -64.532 1.00115.61 C \ ANISOU23916 CD1 TYR L 50 10348 10608 12827 950 -509 -107 C \ ATOM 23917 CD2 TYR L 50 -124.083 -56.707 -63.196 1.00113.63 C \ ANISOU23917 CD2 TYR L 50 8433 8775 11005 1272 -137 -159 C \ ATOM 23918 CE1 TYR L 50 -125.671 -54.539 -63.926 1.00123.00 C \ ANISOU23918 CE1 TYR L 50 7943 8475 10842 1318 -136 -46 C \ ATOM 23919 CE2 TYR L 50 -125.320 -56.516 -62.584 1.00121.61 C \ ANISOU23919 CE2 TYR L 50 8321 8685 10805 1382 27 -230 C \ ATOM 23920 CZ TYR L 50 -126.112 -55.429 -62.952 1.00124.11 C \ ANISOU23920 CZ TYR L 50 9077 9834 11986 1056 -474 67 C \ ATOM 23921 OH TYR L 50 -127.342 -55.211 -62.363 1.00118.91 O \ ANISOU23921 OH TYR L 50 8826 9730 11961 957 -599 135 O \ ATOM 23922 N SER L 51 -118.989 -55.632 -65.183 1.00 93.81 N \ ANISOU23922 N SER L 51 8604 9721 12035 1004 -517 202 N \ ATOM 23923 CA SER L 51 -117.871 -56.020 -66.056 1.00 86.10 C \ ANISOU23923 CA SER L 51 8311 9550 11823 1122 -410 211 C \ ATOM 23924 C SER L 51 -116.630 -55.126 -65.947 1.00 84.79 C \ ANISOU23924 C SER L 51 8613 9719 11859 933 -732 197 C \ ATOM 23925 O SER L 51 -116.683 -54.007 -65.416 1.00 85.00 O \ ANISOU23925 O SER L 51 8940 9866 11874 843 -865 171 O \ ATOM 23926 CB SER L 51 -118.335 -56.093 -67.526 1.00 84.16 C \ ANISOU23926 CB SER L 51 9058 9894 11738 889 -826 166 C \ ATOM 23927 OG SER L 51 -118.886 -54.856 -67.940 1.00 88.00 O \ ANISOU23927 OG SER L 51 8963 9826 11843 692 -1039 164 O \ ATOM 23928 N GLU L 52 -115.518 -55.640 -66.470 1.00 84.91 N \ ANISOU23928 N GLU L 52 9346 10029 11671 788 -946 157 N \ ATOM 23929 CA GLU L 52 -114.246 -54.915 -66.575 1.00 82.06 C \ ANISOU23929 CA GLU L 52 9172 9869 11706 595 -1182 136 C \ ATOM 23930 C GLU L 52 -113.790 -54.958 -68.018 1.00 81.47 C \ ANISOU23930 C GLU L 52 9391 10001 11626 646 -1132 136 C \ ATOM 23931 O GLU L 52 -113.575 -56.050 -68.586 1.00 80.09 O \ ANISOU23931 O GLU L 52 8696 9870 12274 892 -572 254 O \ ATOM 23932 CB GLU L 52 -113.159 -55.546 -65.696 1.00 82.53 C \ ANISOU23932 CB GLU L 52 8744 10216 12599 900 -503 340 C \ ATOM 23933 CG GLU L 52 -113.486 -55.591 -64.212 1.00 87.12 C \ ANISOU23933 CG GLU L 52 8524 10357 12647 901 -561 366 C \ ATOM 23934 CD GLU L 52 -113.088 -54.329 -63.444 1.00 92.65 C \ ANISOU23934 CD GLU L 52 8627 10498 12817 801 -701 378 C \ ATOM 23935 OE1 GLU L 52 -113.542 -54.169 -62.283 1.00 96.03 O \ ANISOU23935 OE1 GLU L 52 9413 10809 13320 758 -521 415 O \ ATOM 23936 OE2 GLU L 52 -112.346 -53.504 -64.015 1.00 93.37 O \ ANISOU23936 OE2 GLU L 52 9811 11467 13891 764 -412 520 O \ ATOM 23937 N VAL L 53 -113.663 -53.778 -68.630 1.00 81.43 N \ ANISOU23937 N VAL L 53 10489 12153 14672 570 -449 645 N \ ATOM 23938 CA VAL L 53 -113.390 -53.686 -70.073 1.00 79.18 C \ ANISOU23938 CA VAL L 53 10858 12216 14959 438 -564 638 C \ ATOM 23939 C VAL L 53 -111.925 -53.328 -70.359 1.00 82.86 C \ ANISOU23939 C VAL L 53 10418 12401 14757 533 -362 749 C \ ATOM 23940 O VAL L 53 -111.422 -52.317 -69.871 1.00 88.92 O \ ANISOU23940 O VAL L 53 8229 10323 12517 1022 -467 363 O \ ATOM 23941 CB VAL L 53 -114.356 -52.707 -70.768 1.00 74.26 C \ ANISOU23941 CB VAL L 53 7713 10141 12298 1072 -507 357 C \ ATOM 23942 CG1 VAL L 53 -114.235 -52.800 -72.273 1.00 71.75 C \ ANISOU23942 CG1 VAL L 53 7435 10230 12257 1109 -374 364 C \ ATOM 23943 CG2 VAL L 53 -115.785 -52.996 -70.352 1.00 73.20 C \ ANISOU23943 CG2 VAL L 53 7436 10224 12163 1064 -272 408 C \ ATOM 23944 N PHE L 54 -111.267 -54.166 -71.163 1.00 81.32 N \ ANISOU23944 N PHE L 54 7483 9823 12014 1202 -542 306 N \ ATOM 23945 CA PHE L 54 -109.872 -53.954 -71.596 1.00 80.32 C \ ANISOU23945 CA PHE L 54 7193 10311 12320 1192 -380 322 C \ ATOM 23946 C PHE L 54 -109.778 -53.850 -73.116 1.00 79.91 C \ ANISOU23946 C PHE L 54 7514 11019 12850 1247 -231 286 C \ ATOM 23947 O PHE L 54 -110.540 -54.502 -73.842 1.00 78.13 O \ ANISOU23947 O PHE L 54 7598 11229 13109 1442 -218 160 O \ ATOM 23948 CB PHE L 54 -108.973 -55.107 -71.139 1.00 79.46 C \ ANISOU23948 CB PHE L 54 7603 11200 13280 1509 -353 142 C \ ATOM 23949 CG PHE L 54 -108.776 -55.182 -69.652 1.00 80.75 C \ ANISOU23949 CG PHE L 54 7863 11756 13494 1113 -208 358 C \ ATOM 23950 CD1 PHE L 54 -109.623 -55.962 -68.866 1.00 80.78 C \ ANISOU23950 CD1 PHE L 54 8007 12272 13711 1115 -3 348 C \ ATOM 23951 CD2 PHE L 54 -107.736 -54.491 -69.033 1.00 80.62 C \ ANISOU23951 CD2 PHE L 54 8014 12166 14039 1155 -328 332 C \ ATOM 23952 CE1 PHE L 54 -109.452 -56.035 -67.493 1.00 81.72 C \ ANISOU23952 CE1 PHE L 54 7751 12312 13612 905 50 481 C \ ATOM 23953 CE2 PHE L 54 -107.557 -54.548 -67.662 1.00 80.93 C \ ANISOU23953 CE2 PHE L 54 7787 11532 13242 1527 -74 77 C \ ATOM 23954 CZ PHE L 54 -108.406 -55.331 -66.893 1.00 81.64 C \ ANISOU23954 CZ PHE L 54 7646 11494 13265 1711 -50 -77 C \ ATOM 23955 N GLU L 55 -108.836 -53.044 -73.596 1.00 81.17 N \ ANISOU23955 N GLU L 55 7546 11885 13554 1770 36 -157 N \ ATOM 23956 CA GLU L 55 -108.425 -53.122 -74.993 1.00 83.07 C \ ANISOU23956 CA GLU L 55 7879 12530 13877 1708 200 -159 C \ ATOM 23957 C GLU L 55 -107.326 -54.175 -75.061 1.00 82.98 C \ ANISOU23957 C GLU L 55 7613 11351 12972 1763 46 -155 C \ ATOM 23958 O GLU L 55 -106.360 -54.125 -74.302 1.00 84.07 O \ ANISOU23958 O GLU L 55 7750 11458 13227 1937 32 -328 O \ ATOM 23959 CB GLU L 55 -107.925 -51.782 -75.531 1.00 88.28 C \ ANISOU23959 CB GLU L 55 7657 11486 13453 2047 -19 -405 C \ ATOM 23960 CG GLU L 55 -107.860 -51.690 -77.054 1.00 92.56 C \ ANISOU23960 CG GLU L 55 7996 11533 13241 1964 60 -390 C \ ATOM 23961 CD GLU L 55 -107.017 -50.522 -77.563 1.00 98.21 C \ ANISOU23961 CD GLU L 55 7183 11604 13540 1890 -72 -212 C \ ATOM 23962 OE1 GLU L 55 -106.729 -49.559 -76.801 1.00100.10 O \ ANISOU23962 OE1 GLU L 55 6881 11812 13708 1971 -1 -294 O \ ATOM 23963 OE2 GLU L 55 -106.623 -50.579 -78.745 1.00 98.90 O \ ANISOU23963 OE2 GLU L 55 7024 12202 13949 2146 180 -520 O \ ATOM 23964 N ALA L 56 -107.486 -55.138 -75.962 1.00 81.77 N \ ANISOU23964 N ALA L 56 7024 12703 14294 2206 316 -613 N \ ATOM 23965 CA ALA L 56 -106.532 -56.225 -76.104 1.00 79.36 C \ ANISOU23965 CA ALA L 56 6648 11607 13880 2057 -211 -266 C \ ATOM 23966 C ALA L 56 -106.139 -56.408 -77.566 1.00 78.75 C \ ANISOU23966 C ALA L 56 6506 11084 13721 2234 -352 -341 C \ ATOM 23967 O ALA L 56 -106.534 -55.628 -78.443 1.00 78.50 O \ ANISOU23967 O ALA L 56 6549 11369 13690 1855 -380 -63 O \ ATOM 23968 CB ALA L 56 -107.109 -57.509 -75.530 1.00 77.17 C \ ANISOU23968 CB ALA L 56 6358 11021 14048 2383 -544 -343 C \ ATOM 23969 N ILE L 57 -105.330 -57.426 -77.815 1.00 78.50 N \ ANISOU23969 N ILE L 57 7283 12134 13908 2218 187 -618 N \ ATOM 23970 CA ILE L 57 -104.924 -57.748 -79.169 1.00 82.60 C \ ANISOU23970 CA ILE L 57 7705 12717 14357 2379 335 -866 C \ ATOM 23971 C ILE L 57 -104.940 -59.258 -79.386 1.00 84.06 C \ ANISOU23971 C ILE L 57 7993 13354 14415 2277 570 -894 C \ ATOM 23972 O ILE L 57 -104.513 -60.037 -78.522 1.00 84.44 O \ ANISOU23972 O ILE L 57 8471 14197 15019 2389 744 -1100 O \ ATOM 23973 CB ILE L 57 -103.555 -57.098 -79.546 1.00 87.15 C \ ANISOU23973 CB ILE L 57 7847 12387 14262 2464 239 -964 C \ ATOM 23974 CG1 ILE L 57 -103.370 -57.031 -81.059 1.00 89.46 C \ ANISOU23974 CG1 ILE L 57 7918 12165 13899 2298 209 -808 C \ ATOM 23975 CG2 ILE L 57 -102.376 -57.807 -78.884 1.00 90.06 C \ ANISOU23975 CG2 ILE L 57 7689 11920 14359 2581 21 -954 C \ ATOM 23976 CD1 ILE L 57 -102.387 -55.952 -81.511 1.00 88.63 C \ ANISOU23976 CD1 ILE L 57 8027 13268 14105 2070 575 -688 C \ ATOM 23977 N ASN L 58 -105.464 -59.657 -80.542 1.00 85.70 N \ ANISOU23977 N ASN L 58 8413 13936 14225 1940 764 -648 N \ ATOM 23978 CA ASN L 58 -105.477 -61.054 -80.941 1.00 85.29 C \ ANISOU23978 CA ASN L 58 8775 14429 14565 1707 782 -385 C \ ATOM 23979 C ASN L 58 -104.158 -61.400 -81.621 1.00 86.82 C \ ANISOU23979 C ASN L 58 8799 14613 14329 1562 907 -283 C \ ATOM 23980 O ASN L 58 -103.849 -60.852 -82.679 1.00 90.24 O \ ANISOU23980 O ASN L 58 8265 13486 13616 1926 752 -673 O \ ATOM 23981 CB ASN L 58 -106.672 -61.329 -81.857 1.00 84.05 C \ ANISOU23981 CB ASN L 58 8151 12859 13318 1864 565 -514 C \ ATOM 23982 CG ASN L 58 -106.901 -62.801 -82.101 1.00 85.37 C \ ANISOU23982 CG ASN L 58 7659 12207 12968 1816 451 -385 C \ ATOM 23983 OD1 ASN L 58 -106.039 -63.635 -81.828 1.00 85.79 O \ ANISOU23983 OD1 ASN L 58 8543 13016 13391 1862 535 -532 O \ ATOM 23984 ND2 ASN L 58 -108.074 -63.130 -82.632 1.00 86.25 N \ ANISOU23984 ND2 ASN L 58 8751 14313 14798 1661 639 -271 N \ ATOM 23985 N ILE L 59 -103.394 -62.303 -81.007 1.00 85.09 N \ ANISOU23985 N ILE L 59 8278 13875 14335 1429 604 -35 N \ ATOM 23986 CA ILE L 59 -102.052 -62.647 -81.487 1.00 85.28 C \ ANISOU23986 CA ILE L 59 7981 13170 13589 1279 555 135 C \ ATOM 23987 C ILE L 59 -102.050 -63.524 -82.740 1.00 87.32 C \ ANISOU23987 C ILE L 59 7854 13101 13390 1079 584 318 C \ ATOM 23988 O ILE L 59 -101.021 -63.648 -83.401 1.00 89.55 O \ ANISOU23988 O ILE L 59 8341 14560 14662 1326 792 -2 O \ ATOM 23989 CB ILE L 59 -101.162 -63.285 -80.384 1.00 84.58 C \ ANISOU23989 CB ILE L 59 8149 14465 14701 1112 705 202 C \ ATOM 23990 CG1 ILE L 59 -101.773 -64.587 -79.858 1.00 82.41 C \ ANISOU23990 CG1 ILE L 59 7948 13882 14490 1069 493 280 C \ ATOM 23991 CG2 ILE L 59 -100.909 -62.294 -79.252 1.00 83.19 C \ ANISOU23991 CG2 ILE L 59 8148 14991 14897 959 871 286 C \ ATOM 23992 CD1 ILE L 59 -100.816 -65.494 -79.116 1.00 82.72 C \ ANISOU23992 CD1 ILE L 59 8039 12812 13387 1379 471 78 C \ ATOM 23993 N THR L 60 -103.198 -64.117 -83.066 1.00 87.71 N \ ANISOU23993 N THR L 60 8276 12682 13253 1293 425 206 N \ ATOM 23994 CA THR L 60 -103.304 -65.004 -84.228 1.00 91.54 C \ ANISOU23994 CA THR L 60 8200 12168 13124 1255 258 286 C \ ATOM 23995 C THR L 60 -103.308 -64.249 -85.559 1.00 94.12 C \ ANISOU23995 C THR L 60 8187 12020 13227 1351 160 203 C \ ATOM 23996 O THR L 60 -102.796 -64.760 -86.559 1.00 99.19 O \ ANISOU23996 O THR L 60 8079 12378 12815 1414 456 91 O \ ATOM 23997 CB THR L 60 -104.545 -65.924 -84.156 1.00 90.80 C \ ANISOU23997 CB THR L 60 8319 12423 12712 1332 448 226 C \ ATOM 23998 OG1 THR L 60 -105.726 -65.127 -83.996 1.00 89.44 O \ ANISOU23998 OG1 THR L 60 8579 12976 12829 1193 567 351 O \ ATOM 23999 CG2 THR L 60 -104.435 -66.911 -83.013 1.00 89.40 C \ ANISOU23999 CG2 THR L 60 8165 12379 12223 1070 523 554 C \ ATOM 24000 N ASN L 61 -103.884 -63.047 -85.570 1.00 93.17 N \ ANISOU24000 N ASN L 61 9472 14287 13809 1211 708 247 N \ ATOM 24001 CA ASN L 61 -103.950 -62.229 -86.790 1.00 96.26 C \ ANISOU24001 CA ASN L 61 7842 11579 12575 1116 224 446 C \ ATOM 24002 C ASN L 61 -103.466 -60.775 -86.614 1.00 99.41 C \ ANISOU24002 C ASN L 61 8126 11440 12766 1079 87 493 C \ ATOM 24003 O ASN L 61 -103.602 -59.948 -87.533 1.00 99.34 O \ ANISOU24003 O ASN L 61 8339 11342 12787 1213 51 417 O \ ATOM 24004 CB ASN L 61 -105.361 -62.267 -87.387 1.00 93.09 C \ ANISOU24004 CB ASN L 61 9484 12489 13794 1268 106 412 C \ ATOM 24005 CG ASN L 61 -106.439 -61.875 -86.386 1.00 90.35 C \ ANISOU24005 CG ASN L 61 8799 11927 13321 905 60 663 C \ ATOM 24006 OD1 ASN L 61 -106.156 -61.490 -85.246 1.00 86.42 O \ ANISOU24006 OD1 ASN L 61 9702 13046 14441 722 45 758 O \ ATOM 24007 ND2 ASN L 61 -107.693 -61.967 -86.818 1.00 91.99 N \ ANISOU24007 ND2 ASN L 61 10045 13091 14659 536 -17 927 N \ ATOM 24008 N ASN L 62 -102.906 -60.481 -85.432 1.00 99.65 N \ ANISOU24008 N ASN L 62 10106 13416 14958 311 -24 1049 N \ ATOM 24009 CA ASN L 62 -102.432 -59.130 -85.048 1.00 96.04 C \ ANISOU24009 CA ASN L 62 10039 12972 14776 114 -117 1212 C \ ATOM 24010 C ASN L 62 -103.531 -58.052 -85.079 1.00 91.44 C \ ANISOU24010 C ASN L 62 7868 10631 12308 1249 -44 367 C \ ATOM 24011 O ASN L 62 -103.258 -56.881 -85.318 1.00 90.40 O \ ANISOU24011 O ASN L 62 6849 9350 11132 1351 -66 308 O \ ATOM 24012 CB ASN L 62 -101.197 -58.727 -85.881 1.00 98.87 C \ ANISOU24012 CB ASN L 62 6491 8660 10638 1305 -147 321 C \ ATOM 24013 CG ASN L 62 -100.321 -57.691 -85.187 1.00 98.21 C \ ANISOU24013 CG ASN L 62 6484 8625 10674 1213 -224 343 C \ ATOM 24014 OD1 ASN L 62 -100.498 -57.396 -84.006 1.00 95.59 O \ ANISOU24014 OD1 ASN L 62 6611 9209 11001 1471 -75 198 O \ ATOM 24015 ND2 ASN L 62 -99.365 -57.135 -85.928 1.00100.11 N \ ANISOU24015 ND2 ASN L 62 6379 9197 10800 1543 11 134 N \ ATOM 24016 N GLU L 63 -104.771 -58.467 -84.805 1.00 90.12 N \ ANISOU24016 N GLU L 63 6938 9677 11551 1468 -146 176 N \ ATOM 24017 CA GLU L 63 -105.937 -57.595 -84.870 1.00 90.04 C \ ANISOU24017 CA GLU L 63 6280 8225 10265 1367 -127 295 C \ ATOM 24018 C GLU L 63 -106.373 -57.101 -83.501 1.00 88.15 C \ ANISOU24018 C GLU L 63 6410 8054 10224 1343 -167 270 C \ ATOM 24019 O GLU L 63 -106.358 -57.873 -82.538 1.00 88.00 O \ ANISOU24019 O GLU L 63 6519 8124 10276 1402 -177 214 O \ ATOM 24020 CB GLU L 63 -107.101 -58.309 -85.579 1.00 87.57 C \ ANISOU24020 CB GLU L 63 6497 8150 10273 1483 -120 193 C \ ATOM 24021 CG GLU L 63 -108.186 -57.415 -86.179 1.00 88.05 C \ ANISOU24021 CG GLU L 63 6369 7797 10066 1374 -118 281 C \ ATOM 24022 CD GLU L 63 -107.780 -56.633 -87.419 1.00 90.50 C \ ANISOU24022 CD GLU L 63 6542 7668 10053 1359 -136 213 C \ ATOM 24023 OE1 GLU L 63 -108.245 -55.483 -87.619 1.00 86.24 O \ ANISOU24023 OE1 GLU L 63 6324 7762 10070 1307 -125 379 O \ ATOM 24024 OE2 GLU L 63 -106.984 -57.182 -88.192 1.00 98.88 O \ ANISOU24024 OE2 GLU L 63 6608 8124 10287 1342 -264 206 O \ ATOM 24025 N LYS L 64 -106.763 -55.820 -83.433 1.00 84.21 N \ ANISOU24025 N LYS L 64 6665 8138 10271 1367 -297 197 N \ ATOM 24026 CA LYS L 64 -107.204 -55.215 -82.188 1.00 85.10 C \ ANISOU24026 CA LYS L 64 7104 8338 10412 1335 -265 162 C \ ATOM 24027 C LYS L 64 -108.596 -55.706 -81.797 1.00 85.46 C \ ANISOU24027 C LYS L 64 7127 8202 10258 1255 -319 135 C \ ATOM 24028 O LYS L 64 -109.479 -55.812 -82.644 1.00 94.14 O \ ANISOU24028 O LYS L 64 6484 8052 10207 1331 -439 234 O \ ATOM 24029 CB LYS L 64 -107.191 -53.686 -82.287 1.00 89.61 C \ ANISOU24029 CB LYS L 64 6383 7841 9980 1332 -501 266 C \ ATOM 24030 CG LYS L 64 -105.806 -53.060 -82.200 1.00 97.88 C \ ANISOU24030 CG LYS L 64 6286 8128 10333 1398 -434 231 C \ ATOM 24031 CD LYS L 64 -105.881 -51.535 -82.168 1.00 99.48 C \ ANISOU24031 CD LYS L 64 7337 8565 10595 1391 -173 151 C \ ATOM 24032 CE LYS L 64 -104.503 -50.894 -82.288 1.00101.28 C \ ANISOU24032 CE LYS L 64 7771 8846 10767 1374 -93 105 C \ ATOM 24033 NZ LYS L 64 -104.574 -49.411 -82.164 1.00 99.45 N \ ANISOU24033 NZ LYS L 64 7822 8889 10682 1314 -140 166 N \ ATOM 24034 N VAL L 65 -108.787 -56.003 -80.511 1.00 81.08 N \ ANISOU24034 N VAL L 65 7775 8931 10736 1338 -99 213 N \ ATOM 24035 CA VAL L 65 -110.082 -56.470 -79.976 1.00 71.94 C \ ANISOU24035 CA VAL L 65 7419 8547 10500 1469 55 67 C \ ATOM 24036 C VAL L 65 -110.356 -55.860 -78.604 1.00 67.88 C \ ANISOU24036 C VAL L 65 7564 8597 10439 1482 183 -9 C \ ATOM 24037 O VAL L 65 -109.433 -55.475 -77.890 1.00 67.86 O \ ANISOU24037 O VAL L 65 7683 8852 10751 1588 314 -28 O \ ATOM 24038 CB VAL L 65 -110.169 -58.012 -79.873 1.00 70.59 C \ ANISOU24038 CB VAL L 65 8352 9483 11274 1628 475 -130 C \ ATOM 24039 CG1 VAL L 65 -110.453 -58.634 -81.223 1.00 69.42 C \ ANISOU24039 CG1 VAL L 65 8060 9375 11251 1746 593 -146 C \ ATOM 24040 CG2 VAL L 65 -108.893 -58.595 -79.274 1.00 74.13 C \ ANISOU24040 CG2 VAL L 65 7787 8734 10411 1220 -246 180 C \ ATOM 24041 N VAL L 66 -111.628 -55.785 -78.247 1.00 65.20 N \ ANISOU24041 N VAL L 66 8007 8918 10450 1142 -322 274 N \ ATOM 24042 CA VAL L 66 -112.045 -55.237 -76.958 1.00 64.98 C \ ANISOU24042 CA VAL L 66 8410 9256 10525 1101 -169 238 C \ ATOM 24043 C VAL L 66 -112.582 -56.384 -76.080 1.00 65.59 C \ ANISOU24043 C VAL L 66 8641 9363 10455 1063 -123 135 C \ ATOM 24044 O VAL L 66 -113.557 -57.066 -76.441 1.00 65.59 O \ ANISOU24044 O VAL L 66 8249 9089 10569 1049 -533 326 O \ ATOM 24045 CB VAL L 66 -113.133 -54.144 -77.132 1.00 63.78 C \ ANISOU24045 CB VAL L 66 8080 9066 10799 1101 -664 364 C \ ATOM 24046 CG1 VAL L 66 -113.477 -53.517 -75.809 1.00 63.86 C \ ANISOU24046 CG1 VAL L 66 8495 9269 10576 959 -632 456 C \ ATOM 24047 CG2 VAL L 66 -112.704 -53.085 -78.117 1.00 63.58 C \ ANISOU24047 CG2 VAL L 66 8064 9042 10757 1015 -868 396 C \ ATOM 24048 N VAL L 67 -111.956 -56.574 -74.923 1.00 65.85 N \ ANISOU24048 N VAL L 67 8778 9717 10965 1104 -83 312 N \ ATOM 24049 CA VAL L 67 -112.299 -57.687 -74.039 1.00 65.99 C \ ANISOU24049 CA VAL L 67 9350 10319 11300 1061 98 294 C \ ATOM 24050 C VAL L 67 -113.114 -57.210 -72.839 1.00 68.05 C \ ANISOU24050 C VAL L 67 10191 11066 11721 910 36 391 C \ ATOM 24051 O VAL L 67 -112.652 -56.372 -72.044 1.00 67.35 O \ ANISOU24051 O VAL L 67 10430 11270 11983 838 -127 562 O \ ATOM 24052 CB VAL L 67 -111.045 -58.466 -73.559 1.00 65.12 C \ ANISOU24052 CB VAL L 67 8886 10026 11120 1090 199 358 C \ ATOM 24053 CG1 VAL L 67 -111.417 -59.522 -72.523 1.00 63.71 C \ ANISOU24053 CG1 VAL L 67 8444 9714 11054 1225 268 279 C \ ATOM 24054 CG2 VAL L 67 -110.342 -59.118 -74.734 1.00 65.14 C \ ANISOU24054 CG2 VAL L 67 8108 9513 10983 1207 273 372 C \ ATOM 24055 N LYS L 68 -114.326 -57.759 -72.716 1.00 69.74 N \ ANISOU24055 N LYS L 68 8539 9860 11112 1309 457 136 N \ ATOM 24056 CA LYS L 68 -115.248 -57.419 -71.627 1.00 72.08 C \ ANISOU24056 CA LYS L 68 11185 12009 12323 865 161 278 C \ ATOM 24057 C LYS L 68 -115.278 -58.587 -70.631 1.00 72.10 C \ ANISOU24057 C LYS L 68 12618 13382 13256 703 147 359 C \ ATOM 24058 O LYS L 68 -115.992 -59.574 -70.840 1.00 72.23 O \ ANISOU24058 O LYS L 68 12816 13747 13472 634 298 500 O \ ATOM 24059 CB LYS L 68 -116.650 -57.120 -72.193 1.00 69.66 C \ ANISOU24059 CB LYS L 68 12800 13905 13771 723 479 444 C \ ATOM 24060 CG LYS L 68 -117.677 -56.622 -71.195 1.00 70.01 C \ ANISOU24060 CG LYS L 68 13765 14446 13971 692 283 142 C \ ATOM 24061 CD LYS L 68 -119.062 -56.537 -71.812 1.00 71.82 C \ ANISOU24061 CD LYS L 68 14540 15030 14259 553 88 146 C \ ATOM 24062 CE LYS L 68 -120.103 -55.963 -70.847 1.00 76.62 C \ ANISOU24062 CE LYS L 68 14221 14585 13512 553 219 -125 C \ ATOM 24063 NZ LYS L 68 -121.458 -55.817 -71.455 1.00 75.50 N \ ANISOU24063 NZ LYS L 68 13942 14166 13505 690 199 -331 N \ ATOM 24064 N ILE L 69 -114.497 -58.463 -69.554 1.00 70.89 N \ ANISOU24064 N ILE L 69 13873 13955 13531 633 -104 -279 N \ ATOM 24065 CA ILE L 69 -114.449 -59.494 -68.529 1.00 72.05 C \ ANISOU24065 CA ILE L 69 13077 13963 13406 459 210 702 C \ ATOM 24066 C ILE L 69 -115.614 -59.315 -67.560 1.00 74.20 C \ ANISOU24066 C ILE L 69 13321 14356 13677 352 341 873 C \ ATOM 24067 O ILE L 69 -115.658 -58.352 -66.793 1.00 74.90 O \ ANISOU24067 O ILE L 69 14095 15372 14337 358 695 730 O \ ATOM 24068 CB ILE L 69 -113.105 -59.504 -67.771 1.00 73.45 C \ ANISOU24068 CB ILE L 69 14651 15938 14394 292 830 628 C \ ATOM 24069 CG1 ILE L 69 -111.949 -59.829 -68.726 1.00 73.55 C \ ANISOU24069 CG1 ILE L 69 13966 14863 13877 146 165 1116 C \ ATOM 24070 CG2 ILE L 69 -113.125 -60.527 -66.648 1.00 74.59 C \ ANISOU24070 CG2 ILE L 69 14313 15050 13839 141 25 1004 C \ ATOM 24071 CD1 ILE L 69 -110.581 -59.519 -68.142 1.00 73.34 C \ ANISOU24071 CD1 ILE L 69 13625 14324 13569 337 -38 810 C \ ATOM 24072 N LEU L 70 -116.556 -60.259 -67.611 1.00 77.54 N \ ANISOU24072 N LEU L 70 13902 15388 14615 443 840 708 N \ ATOM 24073 CA LEU L 70 -117.759 -60.222 -66.805 1.00 81.51 C \ ANISOU24073 CA LEU L 70 14438 16230 15185 466 1176 591 C \ ATOM 24074 C LEU L 70 -117.503 -60.707 -65.389 1.00 86.80 C \ ANISOU24074 C LEU L 70 14813 16845 15674 294 1292 812 C \ ATOM 24075 O LEU L 70 -116.991 -61.811 -65.192 1.00 88.65 O \ ANISOU24075 O LEU L 70 16161 18282 16605 108 1414 924 O \ ATOM 24076 CB LEU L 70 -118.861 -61.082 -67.455 1.00 79.04 C \ ANISOU24076 CB LEU L 70 14093 16003 15313 701 1276 376 C \ ATOM 24077 CG LEU L 70 -119.409 -60.704 -68.826 1.00 76.88 C \ ANISOU24077 CG LEU L 70 14802 17033 16057 760 1621 221 C \ ATOM 24078 CD1 LEU L 70 -120.160 -61.895 -69.407 1.00 75.29 C \ ANISOU24078 CD1 LEU L 70 13198 14845 14362 844 1137 201 C \ ATOM 24079 CD2 LEU L 70 -120.307 -59.457 -68.744 1.00 77.67 C \ ANISOU24079 CD2 LEU L 70 13759 15903 15168 340 1253 873 C \ ATOM 24080 N LYS L 71 -117.874 -59.883 -64.413 1.00 93.48 N \ ANISOU24080 N LYS L 71 12910 15217 14522 157 1282 1106 N \ ATOM 24081 CA LYS L 71 -117.854 -60.257 -62.997 1.00103.32 C \ ANISOU24081 CA LYS L 71 11823 13995 13920 226 1045 1155 C \ ATOM 24082 C LYS L 71 -118.994 -61.258 -62.765 1.00105.37 C \ ANISOU24082 C LYS L 71 11309 13415 13634 428 967 980 C \ ATOM 24083 O LYS L 71 -120.012 -61.201 -63.465 1.00106.53 O \ ANISOU24083 O LYS L 71 12849 15615 14686 147 1614 1041 O \ ATOM 24084 CB LYS L 71 -118.068 -59.016 -62.117 1.00111.02 C \ ANISOU24084 CB LYS L 71 13379 16343 14732 -22 1871 1089 C \ ATOM 24085 CG LYS L 71 -117.015 -58.798 -61.039 1.00115.36 C \ ANISOU24085 CG LYS L 71 13480 16973 15141 -16 2224 1013 C \ ATOM 24086 CD LYS L 71 -117.225 -57.490 -60.268 1.00111.38 C \ ANISOU24086 CD LYS L 71 14042 17773 15189 -108 2546 945 C \ ATOM 24087 CE LYS L 71 -116.870 -56.245 -61.081 1.00109.52 C \ ANISOU24087 CE LYS L 71 13965 18189 15423 48 2914 705 C \ ATOM 24088 NZ LYS L 71 -115.412 -56.055 -61.341 1.00108.86 N \ ANISOU24088 NZ LYS L 71 11163 13279 13401 49 930 1389 N \ ATOM 24089 N PRO L 72 -118.847 -62.174 -61.781 1.00106.45 N \ ANISOU24089 N PRO L 72 10408 12371 13083 111 704 1404 N \ ATOM 24090 CA PRO L 72 -119.897 -63.171 -61.549 1.00108.85 C \ ANISOU24090 CA PRO L 72 10032 12290 13193 212 814 1266 C \ ATOM 24091 C PRO L 72 -121.258 -62.553 -61.179 1.00115.29 C \ ANISOU24091 C PRO L 72 9435 11594 12891 339 657 1173 C \ ATOM 24092 O PRO L 72 -121.405 -61.921 -60.106 1.00118.40 O \ ANISOU24092 O PRO L 72 10425 12160 13122 -95 511 1676 O \ ATOM 24093 CB PRO L 72 -119.344 -64.001 -60.388 1.00112.40 C \ ANISOU24093 CB PRO L 72 10698 12026 13182 -73 228 1765 C \ ATOM 24094 CG PRO L 72 -118.298 -63.146 -59.751 1.00113.71 C \ ANISOU24094 CG PRO L 72 11155 12208 13991 -74 -34 1846 C \ ATOM 24095 CD PRO L 72 -117.699 -62.360 -60.875 1.00109.28 C \ ANISOU24095 CD PRO L 72 11507 12471 14397 -338 -84 2125 C \ ATOM 24096 N VAL L 73 -122.235 -62.731 -62.077 1.00115.56 N \ ANISOU24096 N VAL L 73 11319 12052 14648 -315 -298 2117 N \ ATOM 24097 CA VAL L 73 -123.609 -62.262 -61.836 1.00120.68 C \ ANISOU24097 CA VAL L 73 10057 12700 13301 158 1081 1250 C \ ATOM 24098 C VAL L 73 -124.620 -63.409 -61.607 1.00124.58 C \ ANISOU24098 C VAL L 73 9394 12364 13142 249 1167 1142 C \ ATOM 24099 O VAL L 73 -124.946 -63.741 -60.464 1.00134.36 O \ ANISOU24099 O VAL L 73 8913 11937 12762 528 1207 892 O \ ATOM 24100 CB VAL L 73 -124.125 -61.349 -62.968 1.00119.52 C \ ANISOU24100 CB VAL L 73 8313 11430 12545 644 1128 808 C \ ATOM 24101 CG1 VAL L 73 -125.458 -60.700 -62.569 1.00126.05 C \ ANISOU24101 CG1 VAL L 73 9553 12975 13467 93 1427 1228 C \ ATOM 24102 CG2 VAL L 73 -123.105 -60.285 -63.331 1.00111.61 C \ ANISOU24102 CG2 VAL L 73 9994 13688 13653 153 1742 1115 C \ ATOM 24103 N LYS L 74 -125.122 -63.975 -62.701 1.00117.99 N \ ANISOU24103 N LYS L 74 10086 14355 14178 160 2012 1066 N \ ATOM 24104 CA LYS L 74 -125.928 -65.199 -62.702 1.00112.25 C \ ANISOU24104 CA LYS L 74 10289 14832 14451 -156 2129 1316 C \ ATOM 24105 C LYS L 74 -125.629 -65.883 -64.022 1.00104.59 C \ ANISOU24105 C LYS L 74 9719 14875 14443 -150 2353 1275 C \ ATOM 24106 O LYS L 74 -125.209 -65.228 -64.982 1.00100.96 O \ ANISOU24106 O LYS L 74 9086 12029 12570 622 1314 780 O \ ATOM 24107 CB LYS L 74 -127.435 -64.920 -62.607 1.00113.57 C \ ANISOU24107 CB LYS L 74 8904 11844 12460 871 1349 558 C \ ATOM 24108 CG LYS L 74 -127.930 -64.834 -61.172 1.00117.00 C \ ANISOU24108 CG LYS L 74 8486 11096 12042 973 1090 519 C \ ATOM 24109 CD LYS L 74 -129.433 -64.563 -61.115 1.00120.00 C \ ANISOU24109 CD LYS L 74 7894 10514 11644 1148 1057 394 C \ ATOM 24110 CE LYS L 74 -129.871 -64.090 -59.731 1.00123.71 C \ ANISOU24110 CE LYS L 74 9352 12290 12523 925 1548 426 C \ ATOM 24111 NZ LYS L 74 -131.089 -63.217 -59.744 1.00125.22 N \ ANISOU24111 NZ LYS L 74 9360 12394 12717 1169 1664 200 N \ ATOM 24112 N LYS L 75 -125.840 -67.196 -64.078 1.00 99.60 N \ ANISOU24112 N LYS L 75 10106 13007 13026 1233 1808 28 N \ ATOM 24113 CA LYS L 75 -125.573 -67.928 -65.321 1.00 94.39 C \ ANISOU24113 CA LYS L 75 10221 12992 13288 1483 1794 -181 C \ ATOM 24114 C LYS L 75 -126.595 -67.631 -66.415 1.00 93.48 C \ ANISOU24114 C LYS L 75 11089 13558 13672 1515 1818 -345 C \ ATOM 24115 O LYS L 75 -126.264 -67.732 -67.593 1.00 89.28 O \ ANISOU24115 O LYS L 75 8441 10778 11792 861 907 640 O \ ATOM 24116 CB LYS L 75 -125.436 -69.430 -65.094 1.00 93.98 C \ ANISOU24116 CB LYS L 75 8152 10238 11559 943 674 614 C \ ATOM 24117 CG LYS L 75 -124.005 -69.875 -64.845 1.00 94.50 C \ ANISOU24117 CG LYS L 75 7772 9942 11587 963 570 621 C \ ATOM 24118 CD LYS L 75 -123.642 -71.091 -65.677 1.00 98.32 C \ ANISOU24118 CD LYS L 75 7534 9665 11492 1092 474 524 C \ ATOM 24119 CE LYS L 75 -124.349 -72.371 -65.236 1.00101.00 C \ ANISOU24119 CE LYS L 75 8370 10166 11493 839 503 737 C \ ATOM 24120 NZ LYS L 75 -124.304 -73.418 -66.300 1.00100.07 N \ ANISOU24120 NZ LYS L 75 8795 10496 11480 828 566 699 N \ ATOM 24121 N LYS L 76 -127.822 -67.265 -66.032 1.00 94.90 N \ ANISOU24121 N LYS L 76 7770 9379 11051 929 280 707 N \ ATOM 24122 CA LYS L 76 -128.869 -66.992 -67.022 1.00 91.86 C \ ANISOU24122 CA LYS L 76 9628 11109 11984 685 416 864 C \ ATOM 24123 C LYS L 76 -128.703 -65.638 -67.721 1.00 88.47 C \ ANISOU24123 C LYS L 76 7638 9931 11620 815 589 738 C \ ATOM 24124 O LYS L 76 -129.018 -65.490 -68.913 1.00 84.98 O \ ANISOU24124 O LYS L 76 7458 9838 11817 802 484 732 O \ ATOM 24125 CB LYS L 76 -130.277 -67.162 -66.437 1.00 94.74 C \ ANISOU24125 CB LYS L 76 7470 10167 12108 923 586 620 C \ ATOM 24126 CG LYS L 76 -130.700 -66.111 -65.423 1.00 98.27 C \ ANISOU24126 CG LYS L 76 7460 10199 12339 979 464 560 C \ ATOM 24127 CD LYS L 76 -132.199 -65.804 -65.485 1.00101.64 C \ ANISOU24127 CD LYS L 76 7680 10083 12150 575 462 904 C \ ATOM 24128 CE LYS L 76 -133.040 -66.888 -64.832 1.00104.15 C \ ANISOU24128 CE LYS L 76 8008 10032 12319 472 268 1027 C \ ATOM 24129 NZ LYS L 76 -134.492 -66.682 -65.103 1.00102.75 N \ ANISOU24129 NZ LYS L 76 8485 10494 12880 219 249 1234 N \ ATOM 24130 N LYS L 77 -128.205 -64.653 -66.978 1.00 88.66 N \ ANISOU24130 N LYS L 77 9130 10707 13365 135 31 1377 N \ ATOM 24131 CA LYS L 77 -128.035 -63.301 -67.531 1.00 87.41 C \ ANISOU24131 CA LYS L 77 9662 11153 13976 -133 -20 1613 C \ ATOM 24132 C LYS L 77 -126.815 -63.223 -68.466 1.00 83.24 C \ ANISOU24132 C LYS L 77 7639 10558 12240 969 802 586 C \ ATOM 24133 O LYS L 77 -126.770 -62.398 -69.374 1.00 79.10 O \ ANISOU24133 O LYS L 77 7452 10667 12345 1121 899 483 O \ ATOM 24134 CB LYS L 77 -127.956 -62.266 -66.408 1.00 89.92 C \ ANISOU24134 CB LYS L 77 7037 10093 11905 1314 786 368 C \ ATOM 24135 CG LYS L 77 -128.347 -60.870 -66.834 1.00 90.73 C \ ANISOU24135 CG LYS L 77 6378 9557 11516 1387 689 339 C \ ATOM 24136 CD LYS L 77 -128.003 -59.828 -65.771 1.00 95.12 C \ ANISOU24136 CD LYS L 77 7788 11235 12628 1156 1168 441 C \ ATOM 24137 CE LYS L 77 -127.863 -58.436 -66.396 1.00 96.07 C \ ANISOU24137 CE LYS L 77 7854 11544 12989 1372 1263 312 C \ ATOM 24138 NZ LYS L 77 -127.074 -57.519 -65.515 1.00100.86 N \ ANISOU24138 NZ LYS L 77 8170 11860 13086 1486 1483 186 N \ ATOM 24139 N ILE L 78 -125.834 -64.095 -68.229 1.00 81.62 N \ ANISOU24139 N ILE L 78 8492 12610 13617 1467 1747 171 N \ ATOM 24140 CA ILE L 78 -124.678 -64.242 -69.119 1.00 78.83 C \ ANISOU24140 CA ILE L 78 8626 12828 13608 1574 1988 27 C \ ATOM 24141 C ILE L 78 -125.112 -64.929 -70.417 1.00 77.12 C \ ANISOU24141 C ILE L 78 8859 12705 13481 1694 1976 -109 C \ ATOM 24142 O ILE L 78 -124.668 -64.571 -71.498 1.00 75.52 O \ ANISOU24142 O ILE L 78 8750 13403 13958 1558 2249 6 O \ ATOM 24143 CB ILE L 78 -123.512 -64.997 -68.433 1.00 79.04 C \ ANISOU24143 CB ILE L 78 7115 9907 11646 1372 788 319 C \ ATOM 24144 CG1 ILE L 78 -122.957 -64.159 -67.274 1.00 80.99 C \ ANISOU24144 CG1 ILE L 78 6941 9566 11413 1519 695 236 C \ ATOM 24145 CG2 ILE L 78 -122.401 -65.342 -69.418 1.00 74.22 C \ ANISOU24145 CG2 ILE L 78 6975 9509 11525 1506 494 254 C \ ATOM 24146 CD1 ILE L 78 -122.098 -64.912 -66.283 1.00 86.12 C \ ANISOU24146 CD1 ILE L 78 6637 9211 11301 1607 424 213 C \ ATOM 24147 N LYS L 79 -125.992 -65.916 -70.299 1.00 76.83 N \ ANISOU24147 N LYS L 79 7194 9555 11292 1532 721 192 N \ ATOM 24148 CA LYS L 79 -126.551 -66.611 -71.458 1.00 76.63 C \ ANISOU24148 CA LYS L 79 7413 9618 11463 1663 659 115 C \ ATOM 24149 C LYS L 79 -127.510 -65.716 -72.223 1.00 78.29 C \ ANISOU24149 C LYS L 79 7711 9666 11416 1656 679 58 C \ ATOM 24150 O LYS L 79 -127.654 -65.871 -73.439 1.00 78.96 O \ ANISOU24150 O LYS L 79 7928 9854 11397 1575 772 55 O \ ATOM 24151 CB LYS L 79 -127.248 -67.907 -71.036 1.00 78.73 C \ ANISOU24151 CB LYS L 79 7657 9446 11307 1713 596 22 C \ ATOM 24152 CG LYS L 79 -126.301 -69.038 -70.694 1.00 79.91 C \ ANISOU24152 CG LYS L 79 7264 9671 11742 1383 403 314 C \ ATOM 24153 CD LYS L 79 -127.032 -70.248 -70.144 1.00 83.85 C \ ANISOU24153 CD LYS L 79 7323 9623 11860 1379 228 293 C \ ATOM 24154 CE LYS L 79 -126.037 -71.327 -69.725 1.00 87.39 C \ ANISOU24154 CE LYS L 79 7732 10229 12551 1376 163 268 C \ ATOM 24155 NZ LYS L 79 -126.703 -72.558 -69.210 1.00 91.57 N \ ANISOU24155 NZ LYS L 79 7848 10354 12696 1450 69 200 N \ ATOM 24156 N ARG L 80 -128.161 -64.792 -71.510 1.00 80.11 N \ ANISOU24156 N ARG L 80 7185 9272 11624 1267 136 359 N \ ATOM 24157 CA ARG L 80 -129.063 -63.809 -72.116 1.00 80.18 C \ ANISOU24157 CA ARG L 80 7040 8929 11214 1296 121 367 C \ ATOM 24158 C ARG L 80 -128.328 -62.873 -73.092 1.00 76.42 C \ ANISOU24158 C ARG L 80 7409 9418 11997 1264 -26 307 C \ ATOM 24159 O ARG L 80 -128.723 -62.738 -74.252 1.00 72.25 O \ ANISOU24159 O ARG L 80 7199 8883 11258 1188 31 474 O \ ATOM 24160 CB ARG L 80 -129.787 -63.002 -71.027 1.00 83.31 C \ ANISOU24160 CB ARG L 80 7637 10313 12653 1274 209 328 C \ ATOM 24161 CG ARG L 80 -130.546 -61.773 -71.537 1.00 85.24 C \ ANISOU24161 CG ARG L 80 7190 10077 12498 1242 124 311 C \ ATOM 24162 CD ARG L 80 -130.572 -60.662 -70.507 1.00 87.16 C \ ANISOU24162 CD ARG L 80 6997 10091 12425 1389 133 266 C \ ATOM 24163 NE ARG L 80 -131.833 -60.608 -69.761 1.00 91.38 N \ ANISOU24163 NE ARG L 80 6755 9911 12266 1413 -5 222 N \ ATOM 24164 CZ ARG L 80 -132.110 -59.698 -68.825 1.00 92.28 C \ ANISOU24164 CZ ARG L 80 7066 10148 12599 1081 188 407 C \ ATOM 24165 NH1 ARG L 80 -131.232 -58.763 -68.504 1.00 92.24 N \ ANISOU24165 NH1 ARG L 80 7022 10296 12877 994 55 398 N \ ATOM 24166 NH2 ARG L 80 -133.267 -59.712 -68.201 1.00 95.04 N \ ANISOU24166 NH2 ARG L 80 7111 10104 12892 929 -148 333 N \ ATOM 24167 N GLU L 81 -127.255 -62.251 -72.599 1.00 75.46 N \ ANISOU24167 N GLU L 81 7331 10498 13347 892 -309 263 N \ ATOM 24168 CA GLU L 81 -126.435 -61.323 -73.375 1.00 73.49 C \ ANISOU24168 CA GLU L 81 7898 10786 13770 893 -492 128 C \ ATOM 24169 C GLU L 81 -125.791 -62.003 -74.585 1.00 73.72 C \ ANISOU24169 C GLU L 81 6965 10144 12384 1488 285 275 C \ ATOM 24170 O GLU L 81 -125.762 -61.425 -75.675 1.00 71.46 O \ ANISOU24170 O GLU L 81 7029 10348 12577 1649 286 251 O \ ATOM 24171 CB GLU L 81 -125.365 -60.677 -72.478 1.00 73.81 C \ ANISOU24171 CB GLU L 81 7140 10259 12478 1728 167 219 C \ ATOM 24172 CG GLU L 81 -124.631 -59.505 -73.101 1.00 75.00 C \ ANISOU24172 CG GLU L 81 6960 10192 12402 1785 53 228 C \ ATOM 24173 CD GLU L 81 -123.679 -58.781 -72.141 1.00 75.78 C \ ANISOU24173 CD GLU L 81 6966 10343 12531 1754 481 234 C \ ATOM 24174 OE1 GLU L 81 -123.751 -58.992 -70.908 1.00 76.80 O \ ANISOU24174 OE1 GLU L 81 7083 10807 12958 1697 615 266 O \ ATOM 24175 OE2 GLU L 81 -122.837 -57.985 -72.607 1.00 74.78 O \ ANISOU24175 OE2 GLU L 81 6476 9839 12105 1942 454 209 O \ ATOM 24176 N ILE L 82 -125.289 -63.229 -74.375 1.00 75.48 N \ ANISOU24176 N ILE L 82 7616 11380 13411 1752 856 220 N \ ATOM 24177 CA ILE L 82 -124.603 -64.003 -75.417 1.00 75.82 C \ ANISOU24177 CA ILE L 82 7168 10021 12216 1718 189 196 C \ ATOM 24178 C ILE L 82 -125.548 -64.381 -76.575 1.00 80.31 C \ ANISOU24178 C ILE L 82 7154 9855 12015 1770 106 174 C \ ATOM 24179 O ILE L 82 -125.210 -64.181 -77.745 1.00 81.32 O \ ANISOU24179 O ILE L 82 7198 9941 12057 1725 -35 139 O \ ATOM 24180 CB ILE L 82 -123.914 -65.258 -74.832 1.00 73.91 C \ ANISOU24180 CB ILE L 82 7388 10136 12151 1770 -101 134 C \ ATOM 24181 CG1 ILE L 82 -122.639 -64.861 -74.093 1.00 71.55 C \ ANISOU24181 CG1 ILE L 82 6842 9301 11453 1754 155 158 C \ ATOM 24182 CG2 ILE L 82 -123.590 -66.284 -75.924 1.00 75.87 C \ ANISOU24182 CG2 ILE L 82 6619 8968 11128 1822 260 156 C \ ATOM 24183 CD1 ILE L 82 -122.057 -65.947 -73.199 1.00 71.96 C \ ANISOU24183 CD1 ILE L 82 6815 8963 11087 1762 298 141 C \ ATOM 24184 N LYS L 83 -126.725 -64.916 -76.245 1.00 80.55 N \ ANISOU24184 N LYS L 83 6692 8969 11155 1899 206 170 N \ ATOM 24185 CA LYS L 83 -127.704 -65.319 -77.254 1.00 78.34 C \ ANISOU24185 CA LYS L 83 7163 9924 12111 1626 -79 114 C \ ATOM 24186 C LYS L 83 -128.182 -64.124 -78.081 1.00 77.68 C \ ANISOU24186 C LYS L 83 7891 10656 12831 1581 -214 36 C \ ATOM 24187 O LYS L 83 -128.291 -64.222 -79.303 1.00 76.15 O \ ANISOU24187 O LYS L 83 7628 10626 12733 1568 -318 36 O \ ATOM 24188 CB LYS L 83 -128.882 -66.041 -76.595 1.00 78.47 C \ ANISOU24188 CB LYS L 83 8188 11212 13200 1560 -434 -39 C \ ATOM 24189 CG LYS L 83 -129.836 -66.721 -77.567 1.00 79.48 C \ ANISOU24189 CG LYS L 83 8837 11445 13805 1478 -251 1 C \ ATOM 24190 CD LYS L 83 -129.160 -67.838 -78.339 1.00 79.24 C \ ANISOU24190 CD LYS L 83 9583 11960 14377 1504 -223 -16 C \ ATOM 24191 CE LYS L 83 -129.932 -68.160 -79.608 1.00 82.06 C \ ANISOU24191 CE LYS L 83 10648 12826 15484 1430 -305 -49 C \ ATOM 24192 NZ LYS L 83 -129.115 -68.952 -80.568 1.00 85.42 N \ ANISOU24192 NZ LYS L 83 10933 13123 15925 1327 -371 -44 N \ ATOM 24193 N ILE L 84 -128.445 -62.999 -77.410 1.00 77.63 N \ ANISOU24193 N ILE L 84 10750 12760 15491 1474 -318 -75 N \ ATOM 24194 CA ILE L 84 -128.870 -61.752 -78.070 1.00 78.84 C \ ANISOU24194 CA ILE L 84 7267 10457 12614 1567 -277 112 C \ ATOM 24195 C ILE L 84 -127.805 -61.227 -79.035 1.00 78.64 C \ ANISOU24195 C ILE L 84 7668 11126 13236 1558 -397 134 C \ ATOM 24196 O ILE L 84 -128.119 -60.869 -80.180 1.00 77.79 O \ ANISOU24196 O ILE L 84 7641 11181 13154 1686 -443 189 O \ ATOM 24197 CB ILE L 84 -129.261 -60.669 -77.036 1.00 78.54 C \ ANISOU24197 CB ILE L 84 7308 11002 12851 1678 -601 198 C \ ATOM 24198 CG1 ILE L 84 -130.601 -61.029 -76.389 1.00 81.19 C \ ANISOU24198 CG1 ILE L 84 7950 11648 13880 1507 -332 200 C \ ATOM 24199 CG2 ILE L 84 -129.313 -59.272 -77.653 1.00 74.80 C \ ANISOU24199 CG2 ILE L 84 8143 11761 14131 1338 -312 189 C \ ATOM 24200 CD1 ILE L 84 -130.838 -60.357 -75.053 1.00 85.29 C \ ANISOU24200 CD1 ILE L 84 8796 12153 14582 1277 -375 120 C \ ATOM 24201 N LEU L 85 -126.553 -61.199 -78.574 1.00 77.39 N \ ANISOU24201 N LEU L 85 7671 11518 13954 1264 -221 264 N \ ATOM 24202 CA LEU L 85 -125.429 -60.715 -79.383 1.00 76.39 C \ ANISOU24202 CA LEU L 85 7615 11026 13029 1791 -322 233 C \ ATOM 24203 C LEU L 85 -125.162 -61.572 -80.619 1.00 76.84 C \ ANISOU24203 C LEU L 85 7417 10833 12786 1907 -365 312 C \ ATOM 24204 O LEU L 85 -124.676 -61.070 -81.639 1.00 78.10 O \ ANISOU24204 O LEU L 85 7384 10631 12399 1894 -408 304 O \ ATOM 24205 CB LEU L 85 -124.173 -60.574 -78.525 1.00 72.63 C \ ANISOU24205 CB LEU L 85 7454 10687 12383 1953 -467 397 C \ ATOM 24206 CG LEU L 85 -124.067 -59.297 -77.667 1.00 70.32 C \ ANISOU24206 CG LEU L 85 7219 10555 12687 2024 -221 350 C \ ATOM 24207 CD1 LEU L 85 -123.089 -59.438 -76.528 1.00 70.71 C \ ANISOU24207 CD1 LEU L 85 6975 10536 12815 2075 -134 357 C \ ATOM 24208 CD2 LEU L 85 -123.558 -58.165 -78.520 1.00 70.58 C \ ANISOU24208 CD2 LEU L 85 7205 10614 13027 2187 38 332 C \ ATOM 24209 N GLU L 86 -125.489 -62.856 -80.518 1.00 76.85 N \ ANISOU24209 N GLU L 86 6948 10791 13108 2147 -277 434 N \ ATOM 24210 CA GLU L 86 -125.287 -63.795 -81.610 1.00 82.59 C \ ANISOU24210 CA GLU L 86 7383 10513 12219 1818 -377 204 C \ ATOM 24211 C GLU L 86 -126.409 -63.773 -82.639 1.00 81.56 C \ ANISOU24211 C GLU L 86 8083 11114 12627 1806 -379 176 C \ ATOM 24212 O GLU L 86 -126.191 -64.087 -83.817 1.00 85.80 O \ ANISOU24212 O GLU L 86 8247 11431 12653 1784 -514 191 O \ ATOM 24213 CB GLU L 86 -125.065 -65.221 -81.080 1.00 89.72 C \ ANISOU24213 CB GLU L 86 8610 11916 13048 1728 -619 112 C \ ATOM 24214 CG GLU L 86 -123.681 -65.423 -80.473 1.00 94.54 C \ ANISOU24214 CG GLU L 86 8175 11092 12638 1753 -333 46 C \ ATOM 24215 CD GLU L 86 -123.339 -66.865 -80.166 1.00102.54 C \ ANISOU24215 CD GLU L 86 7588 10468 11819 1753 -307 -5 C \ ATOM 24216 OE1 GLU L 86 -124.256 -67.732 -80.243 1.00105.23 O \ ANISOU24216 OE1 GLU L 86 7699 10442 11939 1743 -249 -104 O \ ATOM 24217 OE2 GLU L 86 -122.132 -67.108 -79.861 1.00102.65 O \ ANISOU24217 OE2 GLU L 86 7880 10577 12241 1703 -307 -203 O \ ATOM 24218 N ASN L 87 -127.602 -63.402 -82.202 1.00 79.85 N \ ANISOU24218 N ASN L 87 8088 10622 12528 1687 -289 -236 N \ ATOM 24219 CA ASN L 87 -128.748 -63.315 -83.107 1.00 84.30 C \ ANISOU24219 CA ASN L 87 7710 10140 12111 1713 -219 -189 C \ ATOM 24220 C ASN L 87 -128.756 -62.010 -83.917 1.00 84.16 C \ ANISOU24220 C ASN L 87 8402 10867 12957 1632 -364 -303 C \ ATOM 24221 O ASN L 87 -129.229 -61.976 -85.054 1.00 82.02 O \ ANISOU24221 O ASN L 87 7960 11126 12191 1808 -521 301 O \ ATOM 24222 CB ASN L 87 -130.057 -63.477 -82.322 1.00 88.12 C \ ANISOU24222 CB ASN L 87 7936 11252 11977 1775 -652 362 C \ ATOM 24223 CG ASN L 87 -130.151 -64.817 -81.600 1.00 89.58 C \ ANISOU24223 CG ASN L 87 7734 11115 11916 1835 -775 550 C \ ATOM 24224 OD1 ASN L 87 -129.281 -65.681 -81.747 1.00 93.52 O \ ANISOU24224 OD1 ASN L 87 7982 11465 11991 1807 -908 660 O \ ATOM 24225 ND2 ASN L 87 -131.206 -64.993 -80.815 1.00 87.23 N \ ANISOU24225 ND2 ASN L 87 7367 10695 11866 1922 -730 587 N \ ATOM 24226 N LEU L 88 -128.219 -60.946 -83.316 1.00 83.36 N \ ANISOU24226 N LEU L 88 7352 10720 12070 2025 -828 751 N \ ATOM 24227 CA LEU L 88 -128.170 -59.632 -83.943 1.00 81.69 C \ ANISOU24227 CA LEU L 88 7154 10296 11754 2078 -813 903 C \ ATOM 24228 C LEU L 88 -126.882 -59.406 -84.743 1.00 80.05 C \ ANISOU24228 C LEU L 88 7005 9951 11444 2047 -680 863 C \ ATOM 24229 O LEU L 88 -126.743 -58.395 -85.428 1.00 80.34 O \ ANISOU24229 O LEU L 88 7216 10376 11924 2154 -970 1088 O \ ATOM 24230 CB LEU L 88 -128.327 -58.526 -82.888 1.00 80.17 C \ ANISOU24230 CB LEU L 88 7617 10521 12227 2193 -1001 1268 C \ ATOM 24231 CG LEU L 88 -129.629 -58.441 -82.104 1.00 79.82 C \ ANISOU24231 CG LEU L 88 7764 10384 12512 2279 -839 1201 C \ ATOM 24232 CD1 LEU L 88 -129.466 -57.454 -80.975 1.00 81.19 C \ ANISOU24232 CD1 LEU L 88 7531 10168 12608 2408 -783 1120 C \ ATOM 24233 CD2 LEU L 88 -130.782 -58.044 -82.992 1.00 81.19 C \ ANISOU24233 CD2 LEU L 88 7776 10768 12614 2299 -1223 1459 C \ ATOM 24234 N ARG L 89 -125.944 -60.335 -84.642 1.00 79.26 N \ ANISOU24234 N ARG L 89 7710 11061 12623 2253 -1341 1400 N \ ATOM 24235 CA ARG L 89 -124.645 -60.212 -85.316 1.00 83.76 C \ ANISOU24235 CA ARG L 89 7227 10655 12185 2200 -1156 1149 C \ ATOM 24236 C ARG L 89 -124.806 -60.139 -86.839 1.00 85.10 C \ ANISOU24236 C ARG L 89 8316 10702 12804 2193 -762 1227 C \ ATOM 24237 O ARG L 89 -125.398 -61.031 -87.452 1.00 88.37 O \ ANISOU24237 O ARG L 89 8346 10422 12887 2238 -636 1162 O \ ATOM 24238 CB ARG L 89 -123.731 -61.369 -84.930 1.00 83.97 C \ ANISOU24238 CB ARG L 89 7979 10092 12649 2277 -467 934 C \ ATOM 24239 CG ARG L 89 -122.334 -61.328 -85.554 1.00 78.63 C \ ANISOU24239 CG ARG L 89 7898 9800 12677 2363 -378 857 C \ ATOM 24240 CD ARG L 89 -121.373 -62.222 -84.791 1.00 79.17 C \ ANISOU24240 CD ARG L 89 8789 10602 13531 2381 -731 1294 C \ ATOM 24241 NE ARG L 89 -121.881 -63.576 -84.593 1.00 80.80 N \ ANISOU24241 NE ARG L 89 9176 10877 13749 2312 -907 1563 N \ ATOM 24242 CZ ARG L 89 -121.489 -64.404 -83.621 1.00 82.22 C \ ANISOU24242 CZ ARG L 89 9199 10847 13466 2142 -887 1643 C \ ATOM 24243 NH1 ARG L 89 -120.559 -64.033 -82.753 1.00 78.86 N \ ANISOU24243 NH1 ARG L 89 9719 11407 14510 2442 -1083 1721 N \ ATOM 24244 NH2 ARG L 89 -122.030 -65.606 -83.537 1.00 84.82 N \ ANISOU24244 NH2 ARG L 89 7471 9833 12101 2205 -429 828 N \ ATOM 24245 N GLY L 90 -124.287 -59.066 -87.432 1.00 82.32 N \ ANISOU24245 N GLY L 90 7227 9619 11922 2198 -286 654 N \ ATOM 24246 CA GLY L 90 -124.455 -58.816 -88.863 1.00 82.03 C \ ANISOU24246 CA GLY L 90 7445 9743 11882 2076 -213 588 C \ ATOM 24247 C GLY L 90 -125.509 -57.759 -89.167 1.00 80.98 C \ ANISOU24247 C GLY L 90 7904 10303 12171 1988 -259 614 C \ ATOM 24248 O GLY L 90 -125.670 -57.321 -90.304 1.00 82.74 O \ ANISOU24248 O GLY L 90 7103 9795 11966 2183 -313 592 O \ ATOM 24249 N GLY L 91 -126.221 -57.339 -88.132 1.00 78.77 N \ ANISOU24249 N GLY L 91 7293 10164 12451 2290 -425 680 N \ ATOM 24250 CA GLY L 91 -127.186 -56.251 -88.243 1.00 79.33 C \ ANISOU24250 CA GLY L 91 7345 10049 12284 2163 -168 456 C \ ATOM 24251 C GLY L 91 -126.560 -54.865 -88.271 1.00 76.87 C \ ANISOU24251 C GLY L 91 7855 10702 13324 2442 -335 650 C \ ATOM 24252 O GLY L 91 -125.467 -54.675 -87.733 1.00 74.75 O \ ANISOU24252 O GLY L 91 7280 9412 11693 2075 -102 497 O \ ATOM 24253 N PRO L 92 -127.263 -53.892 -88.876 1.00 77.69 N \ ANISOU24253 N PRO L 92 7207 9259 11432 1972 -54 445 N \ ATOM 24254 CA PRO L 92 -126.768 -52.530 -89.031 1.00 79.92 C \ ANISOU24254 CA PRO L 92 7290 9532 11494 1910 -54 367 C \ ATOM 24255 C PRO L 92 -126.420 -51.871 -87.702 1.00 80.70 C \ ANISOU24255 C PRO L 92 7625 9967 11951 1925 -39 308 C \ ATOM 24256 O PRO L 92 -127.268 -51.785 -86.822 1.00 79.77 O \ ANISOU24256 O PRO L 92 7050 8878 11228 1976 32 367 O \ ATOM 24257 CB PRO L 92 -127.936 -51.796 -89.705 1.00 82.01 C \ ANISOU24257 CB PRO L 92 6690 8451 10709 1867 41 340 C \ ATOM 24258 CG PRO L 92 -128.788 -52.857 -90.324 1.00 82.63 C \ ANISOU24258 CG PRO L 92 6967 8863 11251 2022 117 275 C \ ATOM 24259 CD PRO L 92 -128.600 -54.071 -89.474 1.00 79.14 C \ ANISOU24259 CD PRO L 92 6461 8102 10392 1806 -4 432 C \ ATOM 24260 N ASN L 93 -125.164 -51.422 -87.578 1.00 83.76 N \ ANISOU24260 N ASN L 93 7150 9446 11223 1840 -69 365 N \ ATOM 24261 CA ASN L 93 -124.644 -50.728 -86.387 1.00 83.32 C \ ANISOU24261 CA ASN L 93 7174 9620 11236 1805 -77 265 C \ ATOM 24262 C ASN L 93 -124.804 -51.497 -85.058 1.00 80.85 C \ ANISOU24262 C ASN L 93 6734 9090 10808 1781 -31 183 C \ ATOM 24263 O ASN L 93 -124.895 -50.895 -83.979 1.00 79.95 O \ ANISOU24263 O ASN L 93 6226 8507 10243 1750 -6 196 O \ ATOM 24264 CB ASN L 93 -125.234 -49.307 -86.286 1.00 86.65 C \ ANISOU24264 CB ASN L 93 7745 10345 11668 1761 -98 276 C \ ATOM 24265 CG ASN L 93 -124.920 -48.454 -87.498 1.00 88.97 C \ ANISOU24265 CG ASN L 93 8733 11396 12595 1765 -164 397 C \ ATOM 24266 OD1 ASN L 93 -123.782 -48.394 -87.963 1.00 88.20 O \ ANISOU24266 OD1 ASN L 93 7906 10649 11821 1752 -108 131 O \ ATOM 24267 ND2 ASN L 93 -125.935 -47.783 -88.013 1.00 93.79 N \ ANISOU24267 ND2 ASN L 93 6830 9195 10993 1781 -39 115 N \ ATOM 24268 N ILE L 94 -124.832 -52.826 -85.153 1.00 77.39 N \ ANISOU24268 N ILE L 94 6497 8770 10672 1755 -32 61 N \ ATOM 24269 CA ILE L 94 -124.852 -53.692 -83.983 1.00 75.72 C \ ANISOU24269 CA ILE L 94 6131 8496 10316 1758 -67 -26 C \ ATOM 24270 C ILE L 94 -123.432 -54.210 -83.726 1.00 76.51 C \ ANISOU24270 C ILE L 94 6245 8716 10448 1766 -104 -95 C \ ATOM 24271 O ILE L 94 -122.747 -54.648 -84.670 1.00 79.96 O \ ANISOU24271 O ILE L 94 6614 8849 10880 1733 -34 53 O \ ATOM 24272 CB ILE L 94 -125.807 -54.887 -84.183 1.00 75.97 C \ ANISOU24272 CB ILE L 94 6626 8721 10882 1688 -43 51 C \ ATOM 24273 CG1 ILE L 94 -127.180 -54.435 -84.688 1.00 78.72 C \ ANISOU24273 CG1 ILE L 94 6385 8356 10514 1672 13 105 C \ ATOM 24274 CG2 ILE L 94 -125.935 -55.705 -82.904 1.00 78.11 C \ ANISOU24274 CG2 ILE L 94 6696 8794 11061 1635 -62 57 C \ ATOM 24275 CD1 ILE L 94 -128.052 -53.723 -83.686 1.00 83.91 C \ ANISOU24275 CD1 ILE L 94 6024 8364 10208 1755 -57 -39 C \ ATOM 24276 N ILE L 95 -122.992 -54.160 -82.468 1.00 74.71 N \ ANISOU24276 N ILE L 95 6703 9165 10946 1786 -66 -145 N \ ATOM 24277 CA ILE L 95 -121.637 -54.590 -82.096 1.00 73.43 C \ ANISOU24277 CA ILE L 95 6998 9343 11369 1814 -129 -222 C \ ATOM 24278 C ILE L 95 -121.419 -56.082 -82.367 1.00 74.53 C \ ANISOU24278 C ILE L 95 7355 9746 11799 1860 -156 -354 C \ ATOM 24279 O ILE L 95 -122.255 -56.921 -82.008 1.00 77.76 O \ ANISOU24279 O ILE L 95 6970 9535 11217 1773 -24 -112 O \ ATOM 24280 CB ILE L 95 -121.282 -54.215 -80.629 1.00 71.47 C \ ANISOU24280 CB ILE L 95 6867 9040 11246 1782 -160 -139 C \ ATOM 24281 CG1 ILE L 95 -119.811 -54.537 -80.292 1.00 68.04 C \ ANISOU24281 CG1 ILE L 95 6972 8999 11463 1795 -245 -157 C \ ATOM 24282 CG2 ILE L 95 -122.243 -54.846 -79.633 1.00 71.28 C \ ANISOU24282 CG2 ILE L 95 6865 8713 11263 1719 -265 -28 C \ ATOM 24283 CD1 ILE L 95 -118.832 -53.498 -80.818 1.00 65.68 C \ ANISOU24283 CD1 ILE L 95 7027 8874 11286 1680 -204 39 C \ ATOM 24284 N THR L 96 -120.303 -56.398 -83.023 1.00 73.22 N \ ANISOU24284 N THR L 96 7236 9335 11863 1858 -279 -203 N \ ATOM 24285 CA THR L 96 -119.994 -57.773 -83.422 1.00 73.78 C \ ANISOU24285 CA THR L 96 7819 9791 12634 1925 -384 -273 C \ ATOM 24286 C THR L 96 -119.216 -58.525 -82.347 1.00 70.10 C \ ANISOU24286 C THR L 96 8665 10426 13471 1882 -453 -232 C \ ATOM 24287 O THR L 96 -118.127 -58.133 -81.947 1.00 65.73 O \ ANISOU24287 O THR L 96 7436 9524 12438 2020 -401 -364 O \ ATOM 24288 CB THR L 96 -119.192 -57.807 -84.746 1.00 78.32 C \ ANISOU24288 CB THR L 96 6869 8553 11330 1694 -349 0 C \ ATOM 24289 OG1 THR L 96 -119.838 -56.984 -85.726 1.00 86.13 O \ ANISOU24289 OG1 THR L 96 6937 8461 11274 1603 -374 139 O \ ATOM 24290 CG2 THR L 96 -118.991 -59.198 -85.293 1.00 79.95 C \ ANISOU24290 CG2 THR L 96 7466 8839 11885 1618 -518 188 C \ ATOM 24291 N LEU L 97 -119.798 -59.626 -81.894 1.00 71.11 N \ ANISOU24291 N LEU L 97 7654 8935 12258 1665 -610 138 N \ ATOM 24292 CA LEU L 97 -119.122 -60.549 -80.987 1.00 68.27 C \ ANISOU24292 CA LEU L 97 6866 8335 11192 1516 -348 192 C \ ATOM 24293 C LEU L 97 -118.217 -61.429 -81.825 1.00 65.65 C \ ANISOU24293 C LEU L 97 6685 8337 11044 1532 -250 125 C \ ATOM 24294 O LEU L 97 -118.656 -62.045 -82.794 1.00 66.88 O \ ANISOU24294 O LEU L 97 6803 8183 10931 1409 -312 335 O \ ATOM 24295 CB LEU L 97 -120.151 -61.396 -80.226 1.00 69.34 C \ ANISOU24295 CB LEU L 97 6533 8187 11024 1469 -280 118 C \ ATOM 24296 CG LEU L 97 -119.680 -62.279 -79.067 1.00 69.04 C \ ANISOU24296 CG LEU L 97 8201 9533 12491 1583 -557 280 C \ ATOM 24297 CD1 LEU L 97 -119.410 -61.457 -77.818 1.00 66.47 C \ ANISOU24297 CD1 LEU L 97 8556 9767 12936 1600 -726 355 C \ ATOM 24298 CD2 LEU L 97 -120.739 -63.338 -78.760 1.00 69.88 C \ ANISOU24298 CD2 LEU L 97 9022 10073 13127 1470 -786 532 C \ ATOM 24299 N ALA L 98 -116.951 -61.471 -81.463 1.00 64.74 N \ ANISOU24299 N ALA L 98 8737 9802 12577 1380 -664 561 N \ ATOM 24300 CA ALA L 98 -115.966 -62.262 -82.196 1.00 70.57 C \ ANISOU24300 CA ALA L 98 8245 9630 12790 1691 -764 288 C \ ATOM 24301 C ALA L 98 -115.793 -63.659 -81.597 1.00 72.93 C \ ANISOU24301 C ALA L 98 7681 9231 12494 1822 -715 116 C \ ATOM 24302 O ALA L 98 -115.653 -64.652 -82.326 1.00 76.06 O \ ANISOU24302 O ALA L 98 7812 9311 12161 1629 -675 294 O \ ATOM 24303 CB ALA L 98 -114.615 -61.543 -82.252 1.00 72.96 C \ ANISOU24303 CB ALA L 98 9438 10343 13604 1468 -977 646 C \ ATOM 24304 N ASP L 99 -115.792 -63.726 -80.264 1.00 71.47 N \ ANISOU24304 N ASP L 99 9868 10635 13734 1340 -1073 828 N \ ATOM 24305 CA ASP L 99 -115.473 -64.955 -79.551 1.00 72.21 C \ ANISOU24305 CA ASP L 99 9975 10707 13993 1393 -1308 905 C \ ATOM 24306 C ASP L 99 -115.993 -64.870 -78.124 1.00 70.65 C \ ANISOU24306 C ASP L 99 9113 9881 13520 1539 -1400 837 C \ ATOM 24307 O ASP L 99 -116.230 -63.771 -77.604 1.00 71.56 O \ ANISOU24307 O ASP L 99 10084 10657 13787 1210 -1079 983 O \ ATOM 24308 CB ASP L 99 -113.944 -65.207 -79.565 1.00 74.84 C \ ANISOU24308 CB ASP L 99 10758 11111 14717 1243 -1273 1079 C \ ATOM 24309 CG ASP L 99 -113.585 -66.678 -79.405 1.00 79.60 C \ ANISOU24309 CG ASP L 99 11291 11458 15086 1072 -1268 1257 C \ ATOM 24310 OD1 ASP L 99 -114.417 -67.470 -78.898 1.00 85.70 O \ ANISOU24310 OD1 ASP L 99 11806 11698 15907 1113 -1469 1327 O \ ATOM 24311 OD2 ASP L 99 -112.451 -67.053 -79.782 1.00 77.38 O \ ANISOU24311 OD2 ASP L 99 12729 12453 16753 932 -1447 1478 O \ ATOM 24312 N ILE L 100 -116.183 -66.034 -77.504 1.00 70.41 N \ ANISOU24312 N ILE L 100 10542 11219 14257 1280 -1407 1037 N \ ATOM 24313 CA ILE L 100 -116.499 -66.129 -76.077 1.00 70.20 C \ ANISOU24313 CA ILE L 100 10428 11079 14269 1307 -1671 1151 C \ ATOM 24314 C ILE L 100 -115.481 -67.063 -75.432 1.00 74.20 C \ ANISOU24314 C ILE L 100 10322 10706 14179 1276 -1872 1362 C \ ATOM 24315 O ILE L 100 -115.323 -68.216 -75.847 1.00 75.93 O \ ANISOU24315 O ILE L 100 10490 10706 13970 1114 -1849 1513 O \ ATOM 24316 CB ILE L 100 -117.914 -66.677 -75.817 1.00 69.47 C \ ANISOU24316 CB ILE L 100 10982 11672 14455 1177 -1727 1202 C \ ATOM 24317 CG1 ILE L 100 -118.949 -66.044 -76.765 1.00 68.60 C \ ANISOU24317 CG1 ILE L 100 11814 12531 15452 1198 -2029 1321 C \ ATOM 24318 CG2 ILE L 100 -118.307 -66.463 -74.356 1.00 68.22 C \ ANISOU24318 CG2 ILE L 100 11984 12701 16059 1338 -2183 1360 C \ ATOM 24319 CD1 ILE L 100 -120.089 -66.967 -77.129 1.00 67.76 C \ ANISOU24319 CD1 ILE L 100 12706 13441 16049 1078 -2129 1369 C \ ATOM 24320 N VAL L 101 -114.778 -66.559 -74.425 1.00 79.55 N \ ANISOU24320 N VAL L 101 10189 10532 14496 1432 -2069 1378 N \ ATOM 24321 CA VAL L 101 -113.734 -67.330 -73.741 1.00 82.28 C \ ANISOU24321 CA VAL L 101 10700 10727 15079 1420 -2299 1594 C \ ATOM 24322 C VAL L 101 -113.905 -67.276 -72.213 1.00 84.81 C \ ANISOU24322 C VAL L 101 11337 11210 15317 1245 -2514 1884 C \ ATOM 24323 O VAL L 101 -114.718 -66.490 -71.683 1.00 81.90 O \ ANISOU24323 O VAL L 101 11747 11323 15636 1163 -2680 2121 O \ ATOM 24324 CB VAL L 101 -112.313 -66.840 -74.125 1.00 80.71 C \ ANISOU24324 CB VAL L 101 10435 10513 15420 1665 -2464 1502 C \ ATOM 24325 CG1 VAL L 101 -111.984 -67.198 -75.563 1.00 77.40 C \ ANISOU24325 CG1 VAL L 101 9747 10217 14896 1751 -2369 1317 C \ ATOM 24326 CG2 VAL L 101 -112.149 -65.338 -73.895 1.00 77.08 C \ ANISOU24326 CG2 VAL L 101 9529 10127 14322 1633 -2072 1190 C \ ATOM 24327 N LYS L 102 -113.136 -68.117 -71.517 1.00 87.87 N \ ANISOU24327 N LYS L 102 11602 11660 15318 1169 -2518 1870 N \ ATOM 24328 CA LYS L 102 -113.018 -68.061 -70.061 1.00 90.11 C \ ANISOU24328 CA LYS L 102 12061 12000 15316 986 -2721 2117 C \ ATOM 24329 C LYS L 102 -111.600 -68.453 -69.619 1.00 91.27 C \ ANISOU24329 C LYS L 102 12211 12070 14818 757 -2515 2175 C \ ATOM 24330 O LYS L 102 -110.871 -69.130 -70.361 1.00 85.58 O \ ANISOU24330 O LYS L 102 12329 11965 14670 617 -2579 2410 O \ ATOM 24331 CB LYS L 102 -114.088 -68.936 -69.386 1.00 90.88 C \ ANISOU24331 CB LYS L 102 12321 12480 15591 994 -2873 2074 C \ ATOM 24332 CG LYS L 102 -113.848 -70.437 -69.484 1.00 96.29 C \ ANISOU24332 CG LYS L 102 12172 12339 15949 1144 -3221 2201 C \ ATOM 24333 CD LYS L 102 -114.973 -71.227 -68.848 1.00 99.58 C \ ANISOU24333 CD LYS L 102 12704 13153 16120 1063 -2623 1775 C \ ATOM 24334 CE LYS L 102 -114.787 -72.710 -69.141 1.00103.73 C \ ANISOU24334 CE LYS L 102 12063 12111 14444 723 -2261 1960 C \ ATOM 24335 NZ LYS L 102 -116.004 -73.508 -68.834 1.00110.37 N \ ANISOU24335 NZ LYS L 102 12451 12480 14231 534 -2052 1964 N \ ATOM 24336 N ASP L 103 -111.223 -68.026 -68.405 1.00 94.80 N \ ANISOU24336 N ASP L 103 12614 12643 14422 520 -1768 1910 N \ ATOM 24337 CA ASP L 103 -109.938 -68.400 -67.812 1.00 94.16 C \ ANISOU24337 CA ASP L 103 13293 13334 14667 370 -1578 1935 C \ ATOM 24338 C ASP L 103 -110.042 -69.770 -67.176 1.00 92.66 C \ ANISOU24338 C ASP L 103 12314 12502 13862 517 -1932 1746 C \ ATOM 24339 O ASP L 103 -110.908 -69.981 -66.339 1.00 92.56 O \ ANISOU24339 O ASP L 103 11742 12091 13643 664 -1720 1499 O \ ATOM 24340 CB ASP L 103 -109.491 -67.363 -66.774 1.00 97.67 C \ ANISOU24340 CB ASP L 103 12257 12297 14585 676 -1741 1825 C \ ATOM 24341 CG ASP L 103 -108.108 -67.658 -66.197 1.00104.75 C \ ANISOU24341 CG ASP L 103 11481 11541 13930 672 -1512 1759 C \ ATOM 24342 OD1 ASP L 103 -107.471 -68.643 -66.608 1.00107.24 O \ ANISOU24342 OD1 ASP L 103 10854 11131 13144 671 -1201 1545 O \ ATOM 24343 OD2 ASP L 103 -107.640 -66.919 -65.309 1.00111.06 O \ ANISOU24343 OD2 ASP L 103 11017 11351 13314 626 -1007 1522 O \ ATOM 24344 N PRO L 104 -109.161 -70.713 -67.570 1.00 92.69 N \ ANISOU24344 N PRO L 104 12223 12088 14462 488 -1555 2026 N \ ATOM 24345 CA PRO L 104 -109.195 -72.075 -67.020 1.00 96.08 C \ ANISOU24345 CA PRO L 104 13084 12724 15740 544 -1730 2133 C \ ATOM 24346 C PRO L 104 -108.975 -72.130 -65.504 1.00 99.66 C \ ANISOU24346 C PRO L 104 14145 13852 16994 533 -1510 2020 C \ ATOM 24347 O PRO L 104 -109.285 -73.145 -64.874 1.00101.87 O \ ANISOU24347 O PRO L 104 15200 14622 18292 479 -1664 2184 O \ ATOM 24348 CB PRO L 104 -108.055 -72.779 -67.751 1.00 95.72 C \ ANISOU24348 CB PRO L 104 14884 14304 18136 409 -1537 2153 C \ ATOM 24349 CG PRO L 104 -107.186 -71.684 -68.272 1.00 91.75 C \ ANISOU24349 CG PRO L 104 14133 13852 17353 400 -1256 1974 C \ ATOM 24350 CD PRO L 104 -108.107 -70.555 -68.586 1.00 89.43 C \ ANISOU24350 CD PRO L 104 14447 13555 17920 345 -1711 2303 C \ ATOM 24351 N VAL L 105 -108.472 -71.041 -64.926 1.00101.54 N \ ANISOU24351 N VAL L 105 10345 10735 12531 720 -1175 1396 N \ ATOM 24352 CA VAL L 105 -108.240 -70.968 -63.482 1.00103.64 C \ ANISOU24352 CA VAL L 105 9643 10186 11704 742 -913 1191 C \ ATOM 24353 C VAL L 105 -109.488 -70.514 -62.716 1.00102.91 C \ ANISOU24353 C VAL L 105 8933 9611 11440 908 -813 1013 C \ ATOM 24354 O VAL L 105 -110.101 -71.305 -62.004 1.00102.55 O \ ANISOU24354 O VAL L 105 8573 9294 11376 1019 -933 955 O \ ATOM 24355 CB VAL L 105 -107.019 -70.073 -63.125 1.00106.31 C \ ANISOU24355 CB VAL L 105 9674 10223 11419 705 -942 1102 C \ ATOM 24356 CG1 VAL L 105 -105.752 -70.915 -63.112 1.00106.49 C \ ANISOU24356 CG1 VAL L 105 9582 10151 11602 786 -1154 1088 C \ ATOM 24357 CG2 VAL L 105 -106.906 -68.851 -64.045 1.00110.48 C \ ANISOU24357 CG2 VAL L 105 10139 10578 11336 523 -1004 1243 C \ ATOM 24358 N SER L 106 -109.866 -69.244 -62.887 1.00101.64 N \ ANISOU24358 N SER L 106 8671 9445 11229 919 -597 936 N \ ATOM 24359 CA SER L 106 -110.918 -68.612 -62.097 1.00103.07 C \ ANISOU24359 CA SER L 106 8190 9088 11123 1055 -519 795 C \ ATOM 24360 C SER L 106 -112.323 -68.877 -62.634 1.00104.43 C \ ANISOU24360 C SER L 106 7746 8754 10691 1139 -430 630 C \ ATOM 24361 O SER L 106 -113.314 -68.561 -61.979 1.00108.69 O \ ANISOU24361 O SER L 106 8056 9050 10718 1095 -337 583 O \ ATOM 24362 CB SER L 106 -110.667 -67.102 -61.985 1.00101.80 C \ ANISOU24362 CB SER L 106 8011 8984 10969 1004 -350 808 C \ ATOM 24363 OG SER L 106 -110.858 -66.449 -63.224 1.00 98.64 O \ ANISOU24363 OG SER L 106 8446 9347 11066 837 -324 968 O \ ATOM 24364 N ARG L 107 -112.399 -69.463 -63.828 1.00103.01 N \ ANISOU24364 N ARG L 107 8723 9526 11008 797 -423 993 N \ ATOM 24365 CA ARG L 107 -113.668 -69.771 -64.520 1.00 97.26 C \ ANISOU24365 CA ARG L 107 15454 13087 12817 2545 -350 314 C \ ATOM 24366 C ARG L 107 -114.504 -68.524 -64.825 1.00 92.46 C \ ANISOU24366 C ARG L 107 15242 12842 12609 2517 -384 304 C \ ATOM 24367 O ARG L 107 -115.684 -68.645 -65.089 1.00 93.91 O \ ANISOU24367 O ARG L 107 15164 12721 12522 2465 -390 324 O \ ATOM 24368 CB ARG L 107 -114.464 -70.824 -63.740 1.00102.05 C \ ANISOU24368 CB ARG L 107 15021 12570 12364 2440 -365 340 C \ ATOM 24369 CG ARG L 107 -114.403 -72.223 -64.309 1.00109.35 C \ ANISOU24369 CG ARG L 107 15384 12986 12746 2510 -386 284 C \ ATOM 24370 CD ARG L 107 -115.632 -72.434 -65.165 1.00118.41 C \ ANISOU24370 CD ARG L 107 15203 12733 12570 2451 -424 322 C \ ATOM 24371 NE ARG L 107 -115.954 -73.869 -65.338 1.00126.63 N \ ANISOU24371 NE ARG L 107 15074 12563 12434 2403 -433 340 N \ ATOM 24372 CZ ARG L 107 -117.071 -74.334 -65.910 1.00124.56 C \ ANISOU24372 CZ ARG L 107 15084 12542 12439 2363 -451 331 C \ ATOM 24373 NH1 ARG L 107 -117.989 -73.496 -66.378 1.00119.33 N \ ANISOU24373 NH1 ARG L 107 15134 12593 12497 2374 -475 310 N \ ATOM 24374 NH2 ARG L 107 -117.272 -75.642 -66.022 1.00120.87 N \ ANISOU24374 NH2 ARG L 107 14975 12451 12347 2411 -459 347 N \ ATOM 24375 N THR L 108 -113.874 -67.345 -64.795 1.00 88.47 N \ ANISOU24375 N THR L 108 14836 12339 12215 2451 -446 357 N \ ATOM 24376 CA THR L 108 -114.556 -66.083 -65.081 1.00 83.00 C \ ANISOU24376 CA THR L 108 14995 12488 12390 2463 -477 357 C \ ATOM 24377 C THR L 108 -114.654 -65.834 -66.593 1.00 78.92 C \ ANISOU24377 C THR L 108 14883 12383 12250 2433 -416 382 C \ ATOM 24378 O THR L 108 -113.628 -65.833 -67.289 1.00 76.97 O \ ANISOU24378 O THR L 108 15025 12456 12365 2316 -440 346 O \ ATOM 24379 CB THR L 108 -113.867 -64.881 -64.406 1.00 82.42 C \ ANISOU24379 CB THR L 108 15041 12441 12375 2274 -456 340 C \ ATOM 24380 OG1 THR L 108 -112.499 -64.832 -64.804 1.00 82.47 O \ ANISOU24380 OG1 THR L 108 15051 12410 12386 2235 -480 354 O \ ATOM 24381 CG2 THR L 108 -113.945 -64.975 -62.899 1.00 84.37 C \ ANISOU24381 CG2 THR L 108 15101 12446 12428 2212 -468 376 C \ ATOM 24382 N PRO L 109 -115.886 -65.662 -67.098 1.00 77.24 N \ ANISOU24382 N PRO L 109 15080 12480 12396 2247 -426 344 N \ ATOM 24383 CA PRO L 109 -116.126 -65.550 -68.538 1.00 74.75 C \ ANISOU24383 CA PRO L 109 15315 12690 12627 2212 -444 332 C \ ATOM 24384 C PRO L 109 -115.816 -64.162 -69.080 1.00 71.57 C \ ANISOU24384 C PRO L 109 14998 12440 12313 2287 -398 335 C \ ATOM 24385 O PRO L 109 -116.043 -63.165 -68.394 1.00 73.23 O \ ANISOU24385 O PRO L 109 14960 12301 12305 2229 -515 341 O \ ATOM 24386 CB PRO L 109 -117.627 -65.855 -68.682 1.00 73.60 C \ ANISOU24386 CB PRO L 109 14796 12097 12143 2192 -542 351 C \ ATOM 24387 CG PRO L 109 -118.127 -66.230 -67.323 1.00 75.96 C \ ANISOU24387 CG PRO L 109 14848 12121 12188 2149 -555 344 C \ ATOM 24388 CD PRO L 109 -117.145 -65.666 -66.342 1.00 77.00 C \ ANISOU24388 CD PRO L 109 14924 12210 12261 2155 -550 327 C \ ATOM 24389 N ALA L 110 -115.307 -64.107 -70.307 1.00108.85 N \ ANISOU24389 N ALA L 110 14779 12080 12145 2219 -575 342 N \ ATOM 24390 CA ALA L 110 -114.993 -62.842 -70.964 1.00107.10 C \ ANISOU24390 CA ALA L 110 14763 12094 12139 2264 -566 346 C \ ATOM 24391 C ALA L 110 -115.487 -62.825 -72.411 1.00106.35 C \ ANISOU24391 C ALA L 110 14802 12122 12177 2258 -562 368 C \ ATOM 24392 O ALA L 110 -115.410 -63.831 -73.122 1.00105.16 O \ ANISOU24392 O ALA L 110 14701 12070 12086 2314 -562 328 O \ ATOM 24393 CB ALA L 110 -113.502 -62.571 -70.909 1.00108.22 C \ ANISOU24393 CB ALA L 110 14687 12034 12071 2299 -554 372 C \ ATOM 24394 N LEU L 111 -116.007 -61.675 -72.832 1.00106.61 N \ ANISOU24394 N LEU L 111 14622 12017 12016 2356 -554 332 N \ ATOM 24395 CA LEU L 111 -116.536 -61.501 -74.182 1.00105.47 C \ ANISOU24395 CA LEU L 111 14588 11972 11981 2348 -550 354 C \ ATOM 24396 C LEU L 111 -115.536 -60.755 -75.057 1.00105.45 C \ ANISOU24396 C LEU L 111 15059 12294 12395 2106 -570 358 C \ ATOM 24397 O LEU L 111 -114.935 -59.759 -74.635 1.00105.87 O \ ANISOU24397 O LEU L 111 15537 12742 12868 2064 -587 351 O \ ATOM 24398 CB LEU L 111 -117.873 -60.746 -74.149 1.00104.68 C \ ANISOU24398 CB LEU L 111 15790 12988 13137 2076 -625 332 C \ ATOM 24399 CG LEU L 111 -119.027 -61.322 -73.317 1.00103.67 C \ ANISOU24399 CG LEU L 111 15822 13026 13184 2103 -643 329 C \ ATOM 24400 CD1 LEU L 111 -120.149 -60.304 -73.122 1.00104.94 C \ ANISOU24400 CD1 LEU L 111 15625 12793 12945 2011 -588 373 C \ ATOM 24401 CD2 LEU L 111 -119.605 -62.586 -73.918 1.00104.01 C \ ANISOU24401 CD2 LEU L 111 15939 13095 13264 2010 -596 392 C \ ATOM 24402 N VAL L 112 -115.355 -61.247 -76.279 1.00104.88 N \ ANISOU24402 N VAL L 112 15980 13117 13322 2012 -637 386 N \ ATOM 24403 CA VAL L 112 -114.453 -60.619 -77.239 1.00104.90 C \ ANISOU24403 CA VAL L 112 16080 13193 13423 1985 -660 377 C \ ATOM 24404 C VAL L 112 -115.241 -59.918 -78.359 1.00104.88 C \ ANISOU24404 C VAL L 112 15840 12984 13193 2038 -645 391 C \ ATOM 24405 O VAL L 112 -115.975 -60.562 -79.104 1.00105.22 O \ ANISOU24405 O VAL L 112 16162 13349 13507 2055 -636 317 O \ ATOM 24406 CB VAL L 112 -113.434 -61.619 -77.820 1.00105.16 C \ ANISOU24406 CB VAL L 112 16765 13949 14125 2068 -669 296 C \ ATOM 24407 CG1 VAL L 112 -112.312 -60.863 -78.543 1.00106.94 C \ ANISOU24407 CG1 VAL L 112 16954 14103 14323 2042 -704 301 C \ ATOM 24408 CG2 VAL L 112 -112.849 -62.490 -76.713 1.00104.62 C \ ANISOU24408 CG2 VAL L 112 16925 14041 14284 1995 -710 312 C \ ATOM 24409 N PHE L 113 -115.105 -58.595 -78.440 1.00104.14 N \ ANISOU24409 N PHE L 113 17084 14269 14437 2056 -667 278 N \ ATOM 24410 CA PHE L 113 -115.737 -57.789 -79.477 1.00102.74 C \ ANISOU24410 CA PHE L 113 17310 14491 14678 2067 -701 256 C \ ATOM 24411 C PHE L 113 -114.668 -57.234 -80.418 1.00103.06 C \ ANISOU24411 C PHE L 113 17560 14708 14928 2029 -726 253 C \ ATOM 24412 O PHE L 113 -113.480 -57.194 -80.069 1.00103.69 O \ ANISOU24412 O PHE L 113 17271 14479 14654 2113 -713 235 O \ ATOM 24413 CB PHE L 113 -116.503 -56.618 -78.849 1.00102.66 C \ ANISOU24413 CB PHE L 113 17844 14997 15228 2050 -753 231 C \ ATOM 24414 CG PHE L 113 -117.555 -57.023 -77.838 1.00102.64 C \ ANISOU24414 CG PHE L 113 17660 14850 15053 2102 -745 220 C \ ATOM 24415 CD1 PHE L 113 -118.835 -57.400 -78.242 1.00102.91 C \ ANISOU24415 CD1 PHE L 113 17189 14344 14575 2073 -728 294 C \ ATOM 24416 CD2 PHE L 113 -117.273 -57.001 -76.478 1.00102.27 C \ ANISOU24416 CD2 PHE L 113 17376 14499 14773 2055 -765 295 C \ ATOM 24417 CE1 PHE L 113 -119.819 -57.756 -77.314 1.00102.10 C \ ANISOU24417 CE1 PHE L 113 17712 14838 15123 2070 -792 269 C \ ATOM 24418 CE2 PHE L 113 -118.243 -57.359 -75.547 1.00101.74 C \ ANISOU24418 CE2 PHE L 113 17969 15127 15391 2116 -793 253 C \ ATOM 24419 CZ PHE L 113 -119.517 -57.740 -75.962 1.00101.44 C \ ANISOU24419 CZ PHE L 113 17023 14149 14432 2077 -773 307 C \ ATOM 24420 N GLU L 114 -115.083 -56.816 -81.615 1.00104.61 N \ ANISOU24420 N GLU L 114 16595 13688 14016 2057 -811 308 N \ ATOM 24421 CA GLU L 114 -114.170 -56.131 -82.536 1.00108.30 C \ ANISOU24421 CA GLU L 114 17182 14308 14578 2065 -744 332 C \ ATOM 24422 C GLU L 114 -113.985 -54.666 -82.142 1.00110.32 C \ ANISOU24422 C GLU L 114 17664 14759 15075 2033 -815 266 C \ ATOM 24423 O GLU L 114 -114.880 -54.063 -81.546 1.00110.63 O \ ANISOU24423 O GLU L 114 17577 14673 15000 2041 -840 241 O \ ATOM 24424 CB GLU L 114 -114.591 -56.275 -84.009 1.00108.87 C \ ANISOU24424 CB GLU L 114 17505 14610 14950 2079 -868 229 C \ ATOM 24425 CG GLU L 114 -116.083 -56.223 -84.269 1.00111.33 C \ ANISOU24425 CG GLU L 114 17229 14310 14683 2067 -893 236 C \ ATOM 24426 CD GLU L 114 -116.679 -54.809 -84.272 1.00111.65 C \ ANISOU24426 CD GLU L 114 17652 14710 15069 1990 -859 243 C \ ATOM 24427 OE1 GLU L 114 -116.045 -53.893 -84.820 1.00112.37 O \ ANISOU24427 OE1 GLU L 114 17619 14680 15040 1993 -871 218 O \ ATOM 24428 OE2 GLU L 114 -117.803 -54.620 -83.748 1.00110.59 O \ ANISOU24428 OE2 GLU L 114 17538 14631 14964 2032 -864 200 O \ ATOM 24429 N HIS L 115 -112.826 -54.107 -82.482 1.00113.22 N \ ANISOU24429 N HIS L 115 17847 14877 15266 1951 -891 218 N \ ATOM 24430 CA HIS L 115 -112.431 -52.776 -82.013 1.00118.02 C \ ANISOU24430 CA HIS L 115 18027 15167 15480 2125 -863 210 C \ ATOM 24431 C HIS L 115 -113.105 -51.646 -82.751 1.00119.44 C \ ANISOU24431 C HIS L 115 18463 15618 15936 2166 -885 196 C \ ATOM 24432 O HIS L 115 -112.952 -51.516 -83.960 1.00119.10 O \ ANISOU24432 O HIS L 115 18838 15973 16325 2159 -923 179 O \ ATOM 24433 CB HIS L 115 -110.906 -52.637 -82.073 1.00120.52 C \ ANISOU24433 CB HIS L 115 19076 16213 16562 2152 -927 162 C \ ATOM 24434 CG HIS L 115 -110.400 -51.279 -81.646 1.00122.33 C \ ANISOU24434 CG HIS L 115 18632 15832 16108 2219 -865 182 C \ ATOM 24435 ND1 HIS L 115 -109.972 -50.360 -82.529 1.00124.22 N \ ANISOU24435 ND1 HIS L 115 18192 15408 15659 2219 -850 166 N \ ATOM 24436 CD2 HIS L 115 -110.281 -50.697 -80.380 1.00122.13 C \ ANISOU24436 CD2 HIS L 115 18016 15210 15471 2179 -846 169 C \ ATOM 24437 CE1 HIS L 115 -109.604 -49.245 -81.867 1.00126.51 C \ ANISOU24437 CE1 HIS L 115 17570 14824 15044 2266 -841 148 C \ ATOM 24438 NE2 HIS L 115 -109.785 -49.461 -80.551 1.00125.18 N \ ANISOU24438 NE2 HIS L 115 19114 16233 16617 2159 -952 182 N \ ATOM 24439 N VAL L 116 -113.861 -50.833 -82.019 1.00121.36 N \ ANISOU24439 N VAL L 116 19814 16917 17333 2159 -990 165 N \ ATOM 24440 CA VAL L 116 -114.466 -49.597 -82.554 1.00122.78 C \ ANISOU24440 CA VAL L 116 20745 17874 18284 2210 -1003 153 C \ ATOM 24441 C VAL L 116 -113.704 -48.408 -81.965 1.00125.48 C \ ANISOU24441 C VAL L 116 21228 18361 18772 2225 -1001 166 C \ ATOM 24442 O VAL L 116 -113.594 -48.275 -80.743 1.00127.62 O \ ANISOU24442 O VAL L 116 19237 16296 16759 2113 -1016 179 O \ ATOM 24443 CB VAL L 116 -115.970 -49.470 -82.208 1.00120.03 C \ ANISOU24443 CB VAL L 116 18863 15900 16365 2066 -1001 191 C \ ATOM 24444 CG1 VAL L 116 -116.568 -48.197 -82.787 1.00116.60 C \ ANISOU24444 CG1 VAL L 116 18908 15952 16448 2112 -1055 160 C \ ATOM 24445 CG2 VAL L 116 -116.725 -50.691 -82.697 1.00121.25 C \ ANISOU24445 CG2 VAL L 116 21223 18368 18774 2237 -1017 127 C \ ATOM 24446 N ASN L 117 -113.161 -47.564 -82.837 1.00125.01 N \ ANISOU24446 N ASN L 117 21138 18311 18708 2288 -1029 112 N \ ATOM 24447 CA ASN L 117 -112.279 -46.474 -82.412 1.00124.36 C \ ANISOU24447 CA ASN L 117 20749 17900 18336 2287 -1063 115 C \ ATOM 24448 C ASN L 117 -112.975 -45.465 -81.504 1.00123.87 C \ ANISOU24448 C ASN L 117 20212 17326 17800 2247 -1083 124 C \ ATOM 24449 O ASN L 117 -113.822 -44.706 -81.930 1.00121.65 O \ ANISOU24449 O ASN L 117 21445 18640 19022 2314 -1035 84 O \ ATOM 24450 CB ASN L 117 -111.641 -45.795 -83.627 1.00124.84 C \ ANISOU24450 CB ASN L 117 21718 18947 19282 2335 -999 78 C \ ATOM 24451 CG ASN L 117 -110.334 -45.108 -83.301 1.00124.60 C \ ANISOU24451 CG ASN L 117 21961 19217 19522 2365 -977 86 C \ ATOM 24452 OD1 ASN L 117 -109.812 -45.214 -82.194 1.00124.05 O \ ANISOU24452 OD1 ASN L 117 21592 18822 19149 2322 -994 67 O \ ATOM 24453 ND2 ASN L 117 -109.792 -44.398 -84.286 1.00126.31 N \ ANISOU24453 ND2 ASN L 117 20697 17873 18299 2332 -1069 107 N \ ATOM 24454 N ASN L 118 -112.598 -45.491 -80.235 1.00128.11 N \ ANISOU24454 N ASN L 118 19724 16887 17345 2340 -1098 110 N \ ATOM 24455 CA ASN L 118 -113.202 -44.648 -79.200 1.00131.64 C \ ANISOU24455 CA ASN L 118 19181 16323 16818 2329 -1136 92 C \ ATOM 24456 C ASN L 118 -112.762 -43.185 -79.267 1.00134.59 C \ ANISOU24456 C ASN L 118 18950 16066 16599 2315 -1164 98 C \ ATOM 24457 O ASN L 118 -111.568 -42.876 -79.224 1.00136.47 O \ ANISOU24457 O ASN L 118 19560 16760 17193 2396 -1093 102 O \ ATOM 24458 CB ASN L 118 -112.925 -45.225 -77.797 1.00133.11 C \ ANISOU24458 CB ASN L 118 19401 16637 17021 2423 -1054 107 C \ ATOM 24459 CG ASN L 118 -111.441 -45.542 -77.552 1.00129.65 C \ ANISOU24459 CG ASN L 118 19206 16434 16811 2405 -1030 135 C \ ATOM 24460 OD1 ASN L 118 -110.641 -45.657 -78.485 1.00128.17 O \ ANISOU24460 OD1 ASN L 118 19597 16808 17209 2398 -1044 149 O \ ATOM 24461 ND2 ASN L 118 -111.080 -45.708 -76.283 1.00124.86 N \ ANISOU24461 ND2 ASN L 118 18786 16027 16374 2399 -997 143 N \ ATOM 24462 N THR L 119 -113.738 -42.293 -79.385 1.00136.77 N \ ANISOU24462 N THR L 119 18908 16060 16545 2335 -1137 71 N \ ATOM 24463 CA THR L 119 -113.509 -40.849 -79.293 1.00142.30 C \ ANISOU24463 CA THR L 119 18674 15812 16326 2330 -1172 51 C \ ATOM 24464 C THR L 119 -114.236 -40.344 -78.047 1.00149.77 C \ ANISOU24464 C THR L 119 18894 15987 16543 2275 -1191 62 C \ ATOM 24465 O THR L 119 -115.440 -40.598 -77.865 1.00153.61 O \ ANISOU24465 O THR L 119 18775 15847 16440 2267 -1225 53 O \ ATOM 24466 CB THR L 119 -113.993 -40.084 -80.546 1.00137.63 C \ ANISOU24466 CB THR L 119 17987 15150 15639 2350 -1165 27 C \ ATOM 24467 OG1 THR L 119 -113.359 -40.633 -81.704 1.00134.57 O \ ANISOU24467 OG1 THR L 119 17266 14474 14926 2408 -1153 11 O \ ATOM 24468 CG2 THR L 119 -113.671 -38.593 -80.458 1.00135.04 C \ ANISOU24468 CG2 THR L 119 16766 14001 14407 2419 -1111 21 C \ ATOM 24469 N ASP L 120 -113.490 -39.645 -77.190 1.00153.62 N \ ANISOU24469 N ASP L 120 16524 13800 14172 2474 -1098 16 N \ ATOM 24470 CA ASP L 120 -114.008 -39.174 -75.914 1.00153.07 C \ ANISOU24470 CA ASP L 120 16379 13673 14009 2476 -1059 34 C \ ATOM 24471 C ASP L 120 -115.091 -38.099 -76.066 1.00149.98 C \ ANISOU24471 C ASP L 120 19416 16493 17044 2237 -1169 80 C \ ATOM 24472 O ASP L 120 -115.237 -37.475 -77.117 1.00145.65 O \ ANISOU24472 O ASP L 120 19581 16617 17203 2183 -1184 91 O \ ATOM 24473 CB ASP L 120 -112.862 -38.694 -75.011 1.00155.57 C \ ANISOU24473 CB ASP L 120 19759 16765 17381 2157 -1194 115 C \ ATOM 24474 CG ASP L 120 -112.090 -39.842 -74.370 1.00157.78 C \ ANISOU24474 CG ASP L 120 19796 16769 17425 2126 -1222 117 C \ ATOM 24475 OD1 ASP L 120 -112.706 -40.715 -73.716 1.00159.76 O \ ANISOU24475 OD1 ASP L 120 19224 16257 16822 2152 -1156 97 O \ ATOM 24476 OD2 ASP L 120 -110.852 -39.859 -74.506 1.00156.77 O \ ANISOU24476 OD2 ASP L 120 19057 16112 16654 2169 -1149 73 O \ ATOM 24477 N GLU L 121 -115.833 -37.898 -74.983 1.00149.68 N \ ANISOU24477 N GLU L 121 19030 16128 16620 2211 -1117 68 N \ ATOM 24478 CA GLU L 121 -116.966 -36.971 -74.920 1.00142.01 C \ ANISOU24478 CA GLU L 121 18719 15845 16322 2254 -1122 47 C \ ATOM 24479 C GLU L 121 -116.487 -35.511 -75.075 1.00137.71 C \ ANISOU24479 C GLU L 121 19180 16284 16752 2200 -1084 86 C \ ATOM 24480 O GLU L 121 -117.243 -34.650 -75.531 1.00135.85 O \ ANISOU24480 O GLU L 121 19598 16617 17213 2168 -1172 132 O \ ATOM 24481 CB GLU L 121 -117.726 -37.131 -73.594 1.00140.84 C \ ANISOU24481 CB GLU L 121 19435 16428 17049 2143 -1177 157 C \ ATOM 24482 CG GLU L 121 -117.647 -38.513 -72.920 1.00139.65 C \ ANISOU24482 CG GLU L 121 19267 16260 16902 2170 -1202 155 C \ ATOM 24483 CD GLU L 121 -118.513 -39.578 -73.572 1.00138.05 C \ ANISOU24483 CD GLU L 121 19055 16032 16690 2157 -1205 175 C \ ATOM 24484 OE1 GLU L 121 -119.658 -39.267 -73.945 1.00141.11 O \ ANISOU24484 OE1 GLU L 121 19409 16410 17002 2136 -1140 179 O \ ATOM 24485 OE2 GLU L 121 -118.056 -40.732 -73.696 1.00134.72 O \ ANISOU24485 OE2 GLU L 121 19466 16509 17057 2184 -1111 176 O \ ATOM 24486 N LYS L 122 -115.232 -35.253 -74.700 1.00135.58 N \ ANISOU24486 N LYS L 122 18738 15787 16340 2207 -1116 187 N \ ATOM 24487 CA LYS L 122 -114.655 -33.899 -74.685 1.00133.74 C \ ANISOU24487 CA LYS L 122 19831 16884 17399 2169 -1072 188 C \ ATOM 24488 C LYS L 122 -114.464 -33.295 -76.076 1.00135.34 C \ ANISOU24488 C LYS L 122 19202 16213 16855 2206 -1221 131 C \ ATOM 24489 O LYS L 122 -114.571 -32.081 -76.247 1.00134.39 O \ ANISOU24489 O LYS L 122 19309 16324 16984 2235 -1245 126 O \ ATOM 24490 CB LYS L 122 -113.312 -33.875 -73.930 1.00128.38 C \ ANISOU24490 CB LYS L 122 19494 16473 17184 2208 -1285 124 C \ ATOM 24491 CG LYS L 122 -113.394 -34.187 -72.436 1.00122.82 C \ ANISOU24491 CG LYS L 122 19642 16601 17340 2200 -1302 136 C \ ATOM 24492 CD LYS L 122 -113.269 -35.684 -72.177 1.00118.90 C \ ANISOU24492 CD LYS L 122 19442 16496 17130 2291 -1245 102 C \ ATOM 24493 CE LYS L 122 -113.889 -36.151 -70.867 1.00117.11 C \ ANISOU24493 CE LYS L 122 19583 16649 17291 2327 -1262 99 C \ ATOM 24494 NZ LYS L 122 -114.097 -37.631 -70.889 1.00115.97 N \ ANISOU24494 NZ LYS L 122 19526 16610 17231 2350 -1242 113 N \ ATOM 24495 N GLN L 123 -114.180 -34.146 -77.060 1.00139.37 N \ ANISOU24495 N GLN L 123 19615 16672 17346 2338 -1299 82 N \ ATOM 24496 CA GLN L 123 -113.887 -33.711 -78.429 1.00140.55 C \ ANISOU24496 CA GLN L 123 19353 16447 17076 2383 -1259 110 C \ ATOM 24497 C GLN L 123 -115.133 -33.588 -79.312 1.00141.88 C \ ANISOU24497 C GLN L 123 19270 16337 17019 2372 -1315 78 C \ ATOM 24498 O GLN L 123 -115.237 -32.651 -80.092 1.00142.10 O \ ANISOU24498 O GLN L 123 19132 16218 16878 2394 -1295 93 O \ ATOM 24499 CB GLN L 123 -112.854 -34.632 -79.096 1.00137.66 C \ ANISOU24499 CB GLN L 123 18724 15821 16488 2427 -1310 90 C \ ATOM 24500 CG GLN L 123 -111.481 -34.637 -78.432 1.00136.40 C \ ANISOU24500 CG GLN L 123 19265 16234 16957 2194 -1300 107 C \ ATOM 24501 CD GLN L 123 -111.364 -35.680 -77.331 1.00136.28 C \ ANISOU24501 CD GLN L 123 18898 15836 16606 2171 -1338 101 C \ ATOM 24502 OE1 GLN L 123 -111.157 -35.355 -76.161 1.00133.93 O \ ANISOU24502 OE1 GLN L 123 18699 15595 16394 2112 -1343 120 O \ ATOM 24503 NE2 GLN L 123 -111.499 -36.945 -77.706 1.00137.43 N \ ANISOU24503 NE2 GLN L 123 18581 15447 16288 2087 -1374 119 N \ ATOM 24504 N LEU L 124 -116.058 -34.534 -79.193 1.00140.62 N \ ANISOU24504 N LEU L 124 18624 15573 16344 2190 -1355 72 N \ ATOM 24505 CA LEU L 124 -117.245 -34.594 -80.065 1.00139.26 C \ ANISOU24505 CA LEU L 124 18559 15490 16304 2192 -1397 60 C \ ATOM 24506 C LEU L 124 -118.442 -33.801 -79.528 1.00137.99 C \ ANISOU24506 C LEU L 124 18368 15320 16129 2226 -1412 29 C \ ATOM 24507 O LEU L 124 -119.555 -33.916 -80.049 1.00136.28 O \ ANISOU24507 O LEU L 124 17958 14891 15729 2210 -1439 17 O \ ATOM 24508 CB LEU L 124 -117.640 -36.055 -80.365 1.00139.02 C \ ANISOU24508 CB LEU L 124 18385 15378 16148 2274 -1394 17 C \ ATOM 24509 CG LEU L 124 -117.928 -37.022 -79.207 1.00139.58 C \ ANISOU24509 CG LEU L 124 18222 15118 15894 2089 -1312 136 C \ ATOM 24510 CD1 LEU L 124 -119.412 -37.025 -78.837 1.00133.88 C \ ANISOU24510 CD1 LEU L 124 17962 14821 15620 2032 -1312 155 C \ ATOM 24511 CD2 LEU L 124 -117.447 -38.424 -79.578 1.00142.43 C \ ANISOU24511 CD2 LEU L 124 17957 14801 15610 2015 -1307 182 C \ ATOM 24512 N TYR L 125 -118.204 -32.998 -78.493 1.00137.57 N \ ANISOU24512 N TYR L 125 18193 15002 15840 1970 -1316 199 N \ ATOM 24513 CA TYR L 125 -119.258 -32.188 -77.879 1.00138.49 C \ ANISOU24513 CA TYR L 125 17777 14643 15412 2012 -1282 157 C \ ATOM 24514 C TYR L 125 -119.368 -30.811 -78.552 1.00139.89 C \ ANISOU24514 C TYR L 125 17777 14667 15415 2040 -1280 131 C \ ATOM 24515 O TYR L 125 -120.467 -30.385 -78.935 1.00141.03 O \ ANISOU24515 O TYR L 125 17584 14411 15209 1955 -1291 167 O \ ATOM 24516 CB TYR L 125 -119.024 -32.034 -76.369 1.00139.67 C \ ANISOU24516 CB TYR L 125 17834 14702 15490 2052 -1292 187 C \ ATOM 24517 CG TYR L 125 -120.206 -31.488 -75.601 1.00140.87 C \ ANISOU24517 CG TYR L 125 17582 14441 15233 2042 -1284 212 C \ ATOM 24518 CD1 TYR L 125 -121.258 -32.324 -75.203 1.00140.46 C \ ANISOU24518 CD1 TYR L 125 17458 14284 15124 2023 -1318 221 C \ ATOM 24519 CD2 TYR L 125 -120.272 -30.133 -75.255 1.00141.16 C \ ANISOU24519 CD2 TYR L 125 17256 14087 14943 2051 -1343 208 C \ ATOM 24520 CE1 TYR L 125 -122.340 -31.826 -74.487 1.00139.17 C \ ANISOU24520 CE1 TYR L 125 17545 14440 15198 2091 -1263 211 C \ ATOM 24521 CE2 TYR L 125 -121.352 -29.627 -74.534 1.00138.51 C \ ANISOU24521 CE2 TYR L 125 17380 14279 15021 2088 -1238 236 C \ ATOM 24522 CZ TYR L 125 -122.382 -30.478 -74.159 1.00137.46 C \ ANISOU24522 CZ TYR L 125 17193 14094 14809 2064 -1203 248 C \ ATOM 24523 OH TYR L 125 -123.450 -30.002 -73.449 1.00134.32 O \ ANISOU24523 OH TYR L 125 17253 14187 14903 2142 -1229 231 O \ ATOM 24524 N GLN L 126 -118.231 -30.129 -78.696 1.00138.06 N \ ANISOU24524 N GLN L 126 17422 14215 15076 1975 -1318 243 N \ ATOM 24525 CA GLN L 126 -118.198 -28.767 -79.240 1.00135.13 C \ ANISOU24525 CA GLN L 126 17352 14112 15018 1951 -1348 255 C \ ATOM 24526 C GLN L 126 -118.019 -28.720 -80.770 1.00133.41 C \ ANISOU24526 C GLN L 126 17556 14315 15220 1955 -1338 277 C \ ATOM 24527 O GLN L 126 -118.098 -27.645 -81.386 1.00132.43 O \ ANISOU24527 O GLN L 126 17672 14455 15324 1975 -1308 284 O \ ATOM 24528 CB GLN L 126 -117.119 -27.927 -78.527 1.00133.02 C \ ANISOU24528 CB GLN L 126 17180 13902 14836 1893 -1358 265 C \ ATOM 24529 CG GLN L 126 -117.426 -26.434 -78.469 1.00132.53 C \ ANISOU24529 CG GLN L 126 17191 13912 14822 1867 -1325 282 C \ ATOM 24530 CD GLN L 126 -116.635 -25.674 -77.406 1.00131.12 C \ ANISOU24530 CD GLN L 126 17367 14084 15030 1888 -1377 242 C \ ATOM 24531 OE1 GLN L 126 -116.066 -24.625 -77.689 1.00127.86 O \ ANISOU24531 OE1 GLN L 126 12306 11850 14478 389 646 1380 O \ ATOM 24532 NE2 GLN L 126 -116.612 -26.193 -76.176 1.00131.36 N \ ANISOU24532 NE2 GLN L 126 12552 12079 14488 600 558 1332 N \ ATOM 24533 N THR L 127 -117.774 -29.882 -81.373 1.00129.58 N \ ANISOU24533 N THR L 127 12208 11985 14113 728 575 1351 N \ ATOM 24534 CA THR L 127 -117.602 -29.987 -82.827 1.00127.39 C \ ANISOU24534 CA THR L 127 11916 11873 13821 828 467 1260 C \ ATOM 24535 C THR L 127 -118.893 -30.437 -83.509 1.00127.30 C \ ANISOU24535 C THR L 127 12876 12011 14498 714 600 1398 C \ ATOM 24536 O THR L 127 -119.061 -30.239 -84.720 1.00129.06 O \ ANISOU24536 O THR L 127 12216 11329 13661 906 477 1317 O \ ATOM 24537 CB THR L 127 -116.449 -30.947 -83.218 1.00125.89 C \ ANISOU24537 CB THR L 127 11836 11166 13411 906 359 1193 C \ ATOM 24538 OG1 THR L 127 -115.370 -30.789 -82.302 1.00125.96 O \ ANISOU24538 OG1 THR L 127 12101 10979 13281 1059 500 1380 O \ ATOM 24539 CG2 THR L 127 -115.927 -30.660 -84.613 1.00124.24 C \ ANISOU24539 CG2 THR L 127 12305 12081 14185 719 721 1465 C \ ATOM 24540 N LEU L 128 -119.804 -31.010 -82.718 1.00126.40 N \ ANISOU24540 N LEU L 128 12189 12181 14026 832 758 1480 N \ ATOM 24541 CA LEU L 128 -121.071 -31.568 -83.211 1.00124.38 C \ ANISOU24541 CA LEU L 128 12194 12551 14345 761 695 1393 C \ ATOM 24542 C LEU L 128 -121.999 -30.513 -83.831 1.00123.35 C \ ANISOU24542 C LEU L 128 11865 12405 13989 874 637 1330 C \ ATOM 24543 O LEU L 128 -122.463 -29.585 -83.148 1.00121.83 O \ ANISOU24543 O LEU L 128 12062 11952 13799 823 954 1625 O \ ATOM 24544 CB LEU L 128 -121.791 -32.306 -82.076 1.00124.18 C \ ANISOU24544 CB LEU L 128 11828 11895 13463 951 1010 1640 C \ ATOM 24545 CG LEU L 128 -122.832 -33.393 -82.375 1.00122.86 C \ ANISOU24545 CG LEU L 128 11973 11931 13255 1152 978 1647 C \ ATOM 24546 CD1 LEU L 128 -122.180 -34.638 -82.959 1.00121.32 C \ ANISOU24546 CD1 LEU L 128 11507 11851 13400 873 1092 1643 C \ ATOM 24547 CD2 LEU L 128 -123.594 -33.737 -81.100 1.00121.97 C \ ANISOU24547 CD2 LEU L 128 12004 12105 13166 1265 1024 1645 C \ ATOM 24548 N THR L 129 -122.257 -30.673 -85.133 1.00122.95 N \ ANISOU24548 N THR L 129 11191 11669 12973 993 1154 1646 N \ ATOM 24549 CA THR L 129 -123.144 -29.772 -85.882 1.00122.34 C \ ANISOU24549 CA THR L 129 11613 11964 13019 1184 1117 1641 C \ ATOM 24550 C THR L 129 -124.548 -30.351 -86.028 1.00123.94 C \ ANISOU24550 C THR L 129 11663 12133 12934 1301 1170 1627 C \ ATOM 24551 O THR L 129 -124.819 -31.470 -85.585 1.00124.89 O \ ANISOU24551 O THR L 129 12448 12903 14895 576 703 1388 O \ ATOM 24552 CB THR L 129 -122.593 -29.457 -87.281 1.00120.85 C \ ANISOU24552 CB THR L 129 12072 12864 14829 507 637 1320 C \ ATOM 24553 OG1 THR L 129 -122.309 -30.689 -87.975 1.00120.87 O \ ANISOU24553 OG1 THR L 129 12008 12900 14750 578 469 1196 O \ ATOM 24554 CG2 THR L 129 -121.344 -28.582 -87.166 1.00122.34 C \ ANISOU24554 CG2 THR L 129 12315 13437 15138 644 435 1152 C \ ATOM 24555 N ASP L 130 -125.431 -29.577 -86.652 1.00101.69 N \ ANISOU24555 N ASP L 130 11888 12748 14951 298 647 1331 N \ ATOM 24556 CA ASP L 130 -126.828 -29.977 -86.854 1.00102.96 C \ ANISOU24556 CA ASP L 130 12133 13072 15364 216 826 1440 C \ ATOM 24557 C ASP L 130 -126.944 -31.203 -87.767 1.00100.82 C \ ANISOU24557 C ASP L 130 12057 13028 15165 330 941 1500 C \ ATOM 24558 O ASP L 130 -127.724 -32.106 -87.490 1.00 98.99 O \ ANISOU24558 O ASP L 130 11954 12937 15451 34 854 1458 O \ ATOM 24559 CB ASP L 130 -127.651 -28.797 -87.420 1.00103.66 C \ ANISOU24559 CB ASP L 130 11632 12339 14268 567 379 1142 C \ ATOM 24560 CG ASP L 130 -129.157 -28.977 -87.241 1.00 97.92 C \ ANISOU24560 CG ASP L 130 11146 11914 13739 641 243 1030 C \ ATOM 24561 OD1 ASP L 130 -129.598 -29.726 -86.338 1.00 95.84 O \ ANISOU24561 OD1 ASP L 130 11124 11941 13550 824 238 1011 O \ ATOM 24562 OD2 ASP L 130 -129.914 -28.353 -87.999 1.00 95.70 O \ ANISOU24562 OD2 ASP L 130 10605 11621 13113 870 176 940 O \ ATOM 24563 N TYR L 131 -126.153 -31.225 -88.841 1.00101.52 N \ ANISOU24563 N TYR L 131 11222 11741 13684 624 176 979 N \ ATOM 24564 CA TYR L 131 -126.125 -32.358 -89.774 1.00101.06 C \ ANISOU24564 CA TYR L 131 11098 11562 13716 433 161 972 C \ ATOM 24565 C TYR L 131 -125.588 -33.607 -89.075 1.00102.89 C \ ANISOU24565 C TYR L 131 11049 11639 13465 711 63 869 C \ ATOM 24566 O TYR L 131 -126.111 -34.705 -89.290 1.00100.70 O \ ANISOU24566 O TYR L 131 10912 11115 13398 406 102 908 O \ ATOM 24567 CB TYR L 131 -125.284 -32.022 -91.012 1.00 99.53 C \ ANISOU24567 CB TYR L 131 11938 12566 14128 924 303 1074 C \ ATOM 24568 CG TYR L 131 -125.250 -33.103 -92.084 1.00 97.87 C \ ANISOU24568 CG TYR L 131 12297 12962 14304 1100 289 1054 C \ ATOM 24569 CD1 TYR L 131 -126.279 -33.219 -92.996 1.00 97.80 C \ ANISOU24569 CD1 TYR L 131 12161 13067 14270 1120 337 1053 C \ ATOM 24570 CD2 TYR L 131 -124.167 -33.996 -92.196 1.00 96.75 C \ ANISOU24570 CD2 TYR L 131 12436 13465 14503 1227 280 978 C \ ATOM 24571 CE1 TYR L 131 -126.253 -34.192 -93.987 1.00 98.11 C \ ANISOU24571 CE1 TYR L 131 12494 12898 14205 1206 352 1143 C \ ATOM 24572 CE2 TYR L 131 -124.134 -34.966 -93.182 1.00 94.31 C \ ANISOU24572 CE2 TYR L 131 12190 12342 13767 1240 296 1133 C \ ATOM 24573 CZ TYR L 131 -125.184 -35.069 -94.068 1.00 96.32 C \ ANISOU24573 CZ TYR L 131 12701 12602 13962 1383 343 1225 C \ ATOM 24574 OH TYR L 131 -125.169 -36.034 -95.046 1.00 96.67 O \ ANISOU24574 OH TYR L 131 13140 12765 14286 1413 310 1232 O \ ATOM 24575 N ASP L 132 -124.556 -33.429 -88.241 1.00105.93 N \ ANISOU24575 N ASP L 132 13357 12780 14237 1585 288 1274 N \ ATOM 24576 CA ASP L 132 -123.934 -34.527 -87.496 1.00104.66 C \ ANISOU24576 CA ASP L 132 13575 13047 14257 1741 282 1309 C \ ATOM 24577 C ASP L 132 -124.928 -35.260 -86.582 1.00104.38 C \ ANISOU24577 C ASP L 132 12967 12135 13771 1611 265 1276 C \ ATOM 24578 O ASP L 132 -125.007 -36.498 -86.612 1.00107.62 O \ ANISOU24578 O ASP L 132 11304 12277 13562 1016 444 1128 O \ ATOM 24579 CB ASP L 132 -122.734 -34.026 -86.701 1.00104.19 C \ ANISOU24579 CB ASP L 132 11157 12350 13530 1035 509 1131 C \ ATOM 24580 CG ASP L 132 -121.460 -33.920 -87.550 1.00106.78 C \ ANISOU24580 CG ASP L 132 10950 12387 13576 998 422 1042 C \ ATOM 24581 OD1 ASP L 132 -121.461 -34.433 -88.699 1.00105.94 O \ ANISOU24581 OD1 ASP L 132 11047 12621 13676 1084 412 987 O \ ATOM 24582 OD2 ASP L 132 -120.441 -33.356 -87.064 1.00106.18 O \ ANISOU24582 OD2 ASP L 132 10945 12149 13424 943 667 1243 O \ ATOM 24583 N ILE L 133 -125.691 -34.496 -85.793 1.00100.65 N \ ANISOU24583 N ILE L 133 10521 11937 13105 981 756 1247 N \ ATOM 24584 CA ILE L 133 -126.760 -35.063 -84.957 1.00 96.85 C \ ANISOU24584 CA ILE L 133 10633 12006 12961 1124 824 1254 C \ ATOM 24585 C ILE L 133 -127.751 -35.834 -85.828 1.00 96.37 C \ ANISOU24585 C ILE L 133 10277 11934 13207 884 767 1240 C \ ATOM 24586 O ILE L 133 -128.099 -36.967 -85.510 1.00 93.01 O \ ANISOU24586 O ILE L 133 10327 11873 12736 1165 915 1247 O \ ATOM 24587 CB ILE L 133 -127.519 -33.982 -84.140 1.00 96.46 C \ ANISOU24587 CB ILE L 133 10403 12245 13440 932 858 1243 C \ ATOM 24588 CG1 ILE L 133 -126.571 -33.237 -83.204 1.00 95.74 C \ ANISOU24588 CG1 ILE L 133 10465 12242 13236 1070 939 1243 C \ ATOM 24589 CG2 ILE L 133 -128.678 -34.592 -83.361 1.00 95.16 C \ ANISOU24589 CG2 ILE L 133 10535 12010 13354 872 360 1029 C \ ATOM 24590 CD1 ILE L 133 -127.227 -32.182 -82.335 1.00 93.24 C \ ANISOU24590 CD1 ILE L 133 9992 11681 13034 837 278 964 C \ ATOM 24591 N ARG L 134 -128.181 -35.212 -86.928 1.00101.68 N \ ANISOU24591 N ARG L 134 9944 11623 12896 911 165 863 N \ ATOM 24592 CA ARG L 134 -129.097 -35.833 -87.889 1.00104.13 C \ ANISOU24592 CA ARG L 134 9708 11544 12766 943 131 811 C \ ATOM 24593 C ARG L 134 -128.513 -37.111 -88.503 1.00103.96 C \ ANISOU24593 C ARG L 134 9446 11200 12719 679 243 986 C \ ATOM 24594 O ARG L 134 -129.261 -38.062 -88.783 1.00106.34 O \ ANISOU24594 O ARG L 134 9305 11177 12783 599 354 1072 O \ ATOM 24595 CB ARG L 134 -129.491 -34.849 -89.003 1.00104.22 C \ ANISOU24595 CB ARG L 134 9274 11345 12882 655 429 1092 C \ ATOM 24596 CG ARG L 134 -130.352 -33.689 -88.521 1.00100.80 C \ ANISOU24596 CG ARG L 134 9437 11221 12994 465 394 1128 C \ ATOM 24597 CD ARG L 134 -130.862 -32.857 -89.687 1.00103.35 C \ ANISOU24597 CD ARG L 134 9446 11643 13265 589 548 1170 C \ ATOM 24598 NE ARG L 134 -131.532 -31.637 -89.237 1.00105.78 N \ ANISOU24598 NE ARG L 134 9661 11572 13442 384 509 1205 N \ ATOM 24599 CZ ARG L 134 -132.464 -30.976 -89.931 1.00106.26 C \ ANISOU24599 CZ ARG L 134 9776 11905 13693 450 588 1228 C \ ATOM 24600 NH1 ARG L 134 -132.862 -31.408 -91.125 1.00107.59 N \ ANISOU24600 NH1 ARG L 134 10281 12559 14450 374 716 1304 N \ ATOM 24601 NH2 ARG L 134 -133.019 -29.879 -89.428 1.00102.31 N \ ANISOU24601 NH2 ARG L 134 10039 11528 12808 941 119 837 N \ ATOM 24602 N PHE L 135 -127.193 -37.133 -88.702 1.00 97.76 N \ ANISOU24602 N PHE L 135 9655 11134 12345 1019 29 741 N \ ATOM 24603 CA PHE L 135 -126.519 -38.299 -89.262 1.00 97.48 C \ ANISOU24603 CA PHE L 135 10051 11610 12665 1148 38 696 C \ ATOM 24604 C PHE L 135 -126.412 -39.466 -88.287 1.00 97.16 C \ ANISOU24604 C PHE L 135 10549 12193 13202 1192 -21 609 C \ ATOM 24605 O PHE L 135 -126.699 -40.620 -88.652 1.00 98.29 O \ ANISOU24605 O PHE L 135 9566 10826 12085 1042 -5 729 O \ ATOM 24606 CB PHE L 135 -125.137 -37.944 -89.806 1.00 96.11 C \ ANISOU24606 CB PHE L 135 9663 10835 12239 923 -47 718 C \ ATOM 24607 CG PHE L 135 -124.438 -39.101 -90.479 1.00 93.60 C \ ANISOU24607 CG PHE L 135 9866 11177 12562 889 -138 624 C \ ATOM 24608 CD1 PHE L 135 -124.821 -39.525 -91.757 1.00 93.70 C \ ANISOU24608 CD1 PHE L 135 9830 11086 12387 1030 -173 537 C \ ATOM 24609 CD2 PHE L 135 -123.407 -39.768 -89.837 1.00 93.22 C \ ANISOU24609 CD2 PHE L 135 9891 11415 12391 1205 116 752 C \ ATOM 24610 CE1 PHE L 135 -124.191 -40.587 -92.373 1.00 91.95 C \ ANISOU24610 CE1 PHE L 135 9797 11397 12209 1321 125 703 C \ ATOM 24611 CE2 PHE L 135 -122.764 -40.829 -90.448 1.00 94.99 C \ ANISOU24611 CE2 PHE L 135 9588 11381 12192 1296 159 678 C \ ATOM 24612 CZ PHE L 135 -123.157 -41.233 -91.722 1.00 94.60 C \ ANISOU24612 CZ PHE L 135 9511 11384 12103 1371 139 597 C \ ATOM 24613 N TYR L 136 -126.006 -39.172 -87.054 1.00 94.49 N \ ANISOU24613 N TYR L 136 9815 11294 11995 1397 203 775 N \ ATOM 24614 CA TYR L 136 -125.812 -40.225 -86.049 1.00 91.35 C \ ANISOU24614 CA TYR L 136 9658 11173 11670 1537 177 704 C \ ATOM 24615 C TYR L 136 -127.117 -40.729 -85.435 1.00 90.71 C \ ANISOU24615 C TYR L 136 10123 11592 12004 1634 71 631 C \ ATOM 24616 O TYR L 136 -127.234 -41.915 -85.121 1.00 89.54 O \ ANISOU24616 O TYR L 136 9440 11042 11432 1572 255 701 O \ ATOM 24617 CB TYR L 136 -124.815 -39.791 -84.965 1.00 87.82 C \ ANISOU24617 CB TYR L 136 10667 12187 12406 1755 27 553 C \ ATOM 24618 CG TYR L 136 -123.389 -39.713 -85.465 1.00 87.55 C \ ANISOU24618 CG TYR L 136 9647 11274 11469 1693 221 619 C \ ATOM 24619 CD1 TYR L 136 -122.791 -40.810 -86.099 1.00 88.17 C \ ANISOU24619 CD1 TYR L 136 10301 11893 11999 1781 99 543 C \ ATOM 24620 CD2 TYR L 136 -122.641 -38.545 -85.325 1.00 88.57 C \ ANISOU24620 CD2 TYR L 136 10631 12264 12167 1898 42 448 C \ ATOM 24621 CE1 TYR L 136 -121.495 -40.745 -86.575 1.00 90.42 C \ ANISOU24621 CE1 TYR L 136 9551 11415 12344 1193 206 743 C \ ATOM 24622 CE2 TYR L 136 -121.348 -38.470 -85.800 1.00 91.27 C \ ANISOU24622 CE2 TYR L 136 9699 11743 12697 1177 242 736 C \ ATOM 24623 CZ TYR L 136 -120.778 -39.571 -86.422 1.00 93.11 C \ ANISOU24623 CZ TYR L 136 9359 11492 12503 1153 153 668 C \ ATOM 24624 OH TYR L 136 -119.482 -39.507 -86.882 1.00 98.15 O \ ANISOU24624 OH TYR L 136 9157 11395 12397 1191 166 627 O \ ATOM 24625 N MET L 137 -128.087 -39.823 -85.271 1.00 90.48 N \ ANISOU24625 N MET L 137 10026 12144 13200 1087 325 835 N \ ATOM 24626 CA MET L 137 -129.426 -40.179 -84.791 1.00 87.21 C \ ANISOU24626 CA MET L 137 10158 12217 13216 1116 459 910 C \ ATOM 24627 C MET L 137 -130.130 -41.122 -85.765 1.00 90.35 C \ ANISOU24627 C MET L 137 10006 12091 12932 1240 520 866 C \ ATOM 24628 O MET L 137 -130.969 -41.939 -85.355 1.00 94.61 O \ ANISOU24628 O MET L 137 9656 11891 12747 1259 549 835 O \ ATOM 24629 CB MET L 137 -130.287 -38.939 -84.569 1.00 85.48 C \ ANISOU24629 CB MET L 137 9984 11931 12631 1325 537 860 C \ ATOM 24630 CG MET L 137 -129.999 -38.178 -83.287 1.00 86.16 C \ ANISOU24630 CG MET L 137 9199 11268 12344 1092 73 659 C \ ATOM 24631 SD MET L 137 -130.391 -39.086 -81.798 1.00 88.45 S \ ANISOU24631 SD MET L 137 9173 11290 12400 1075 -1 599 S \ ATOM 24632 CE MET L 137 -132.173 -39.164 -81.904 1.00 87.65 C \ ANISOU24632 CE MET L 137 9133 11233 12269 1165 -26 501 C \ ATOM 24633 N TYR L 138 -129.790 -41.010 -87.049 1.00 88.69 N \ ANISOU24633 N TYR L 138 8781 10951 12010 1176 -40 449 N \ ATOM 24634 CA TYR L 138 -130.286 -41.928 -88.063 1.00 87.92 C \ ANISOU24634 CA TYR L 138 9117 11154 12330 993 -71 605 C \ ATOM 24635 C TYR L 138 -129.589 -43.287 -87.981 1.00 87.28 C \ ANISOU24635 C TYR L 138 9567 11609 12866 892 -58 687 C \ ATOM 24636 O TYR L 138 -130.152 -44.312 -88.385 1.00 86.85 O \ ANISOU24636 O TYR L 138 8740 10834 12031 973 -129 563 O \ ATOM 24637 CB TYR L 138 -130.120 -41.330 -89.452 1.00 87.13 C \ ANISOU24637 CB TYR L 138 9588 11501 12821 811 -121 680 C \ ATOM 24638 CG TYR L 138 -130.937 -42.038 -90.514 1.00 85.55 C \ ANISOU24638 CG TYR L 138 8990 10995 11952 1229 -31 477 C \ ATOM 24639 CD1 TYR L 138 -132.298 -41.814 -90.626 1.00 88.75 C \ ANISOU24639 CD1 TYR L 138 9139 11154 12031 1317 -67 377 C \ ATOM 24640 CD2 TYR L 138 -130.343 -42.926 -91.404 1.00 84.00 C \ ANISOU24640 CD2 TYR L 138 8830 10941 11767 1367 -29 328 C \ ATOM 24641 CE1 TYR L 138 -133.041 -42.456 -91.598 1.00 92.80 C \ ANISOU24641 CE1 TYR L 138 8358 10524 11365 1387 -57 235 C \ ATOM 24642 CE2 TYR L 138 -131.078 -43.581 -92.370 1.00 85.25 C \ ANISOU24642 CE2 TYR L 138 9343 11245 12032 1392 -92 374 C \ ATOM 24643 CZ TYR L 138 -132.425 -43.345 -92.467 1.00 90.00 C \ ANISOU24643 CZ TYR L 138 9547 11344 12188 1379 -146 367 C \ ATOM 24644 OH TYR L 138 -133.190 -43.970 -93.432 1.00 92.28 O \ ANISOU24644 OH TYR L 138 10024 11680 12459 1457 -153 403 O \ ATOM 24645 N GLU L 139 -128.373 -43.288 -87.446 1.00 87.67 N \ ANISOU24645 N GLU L 139 9281 11146 12007 1399 -202 261 N \ ATOM 24646 CA GLU L 139 -127.588 -44.516 -87.309 1.00 89.86 C \ ANISOU24646 CA GLU L 139 8993 11114 11895 1384 44 386 C \ ATOM 24647 C GLU L 139 -127.999 -45.360 -86.104 1.00 87.79 C \ ANISOU24647 C GLU L 139 8949 11141 11878 1434 98 342 C \ ATOM 24648 O GLU L 139 -127.943 -46.596 -86.166 1.00 86.72 O \ ANISOU24648 O GLU L 139 8839 11118 11983 1395 102 312 O \ ATOM 24649 CB GLU L 139 -126.080 -44.202 -87.266 1.00 93.09 C \ ANISOU24649 CB GLU L 139 8466 10773 11640 1435 105 220 C \ ATOM 24650 CG GLU L 139 -125.499 -43.706 -88.584 1.00 93.68 C \ ANISOU24650 CG GLU L 139 9184 11377 12071 1444 204 430 C \ ATOM 24651 CD GLU L 139 -125.776 -44.648 -89.745 1.00 92.20 C \ ANISOU24651 CD GLU L 139 9419 11511 12041 1518 230 448 C \ ATOM 24652 OE1 GLU L 139 -125.308 -45.806 -89.700 1.00 90.26 O \ ANISOU24652 OE1 GLU L 139 9673 11772 12268 1524 365 535 O \ ATOM 24653 OE2 GLU L 139 -126.456 -44.220 -90.709 1.00 90.93 O \ ANISOU24653 OE2 GLU L 139 10236 12208 12520 1607 407 567 O \ ATOM 24654 N ILE L 140 -128.401 -44.695 -85.017 1.00 86.36 N \ ANISOU24654 N ILE L 140 10017 11966 12260 1595 560 680 N \ ATOM 24655 CA ILE L 140 -128.948 -45.388 -83.846 1.00 86.50 C \ ANISOU24655 CA ILE L 140 8957 11264 12239 1316 97 390 C \ ATOM 24656 C ILE L 140 -130.315 -46.004 -84.188 1.00 85.89 C \ ANISOU24656 C ILE L 140 8534 10906 11999 1285 94 390 C \ ATOM 24657 O ILE L 140 -130.651 -47.102 -83.723 1.00 83.55 O \ ANISOU24657 O ILE L 140 8032 10371 11506 1271 34 316 O \ ATOM 24658 CB ILE L 140 -129.084 -44.474 -82.609 1.00 85.80 C \ ANISOU24658 CB ILE L 140 7313 9672 10893 1274 48 283 C \ ATOM 24659 CG1 ILE L 140 -127.801 -43.663 -82.383 1.00 89.60 C \ ANISOU24659 CG1 ILE L 140 8623 11049 12216 1213 91 498 C \ ATOM 24660 CG2 ILE L 140 -129.415 -45.297 -81.366 1.00 83.19 C \ ANISOU24660 CG2 ILE L 140 7731 10009 11099 1258 -20 294 C \ ATOM 24661 CD1 ILE L 140 -127.957 -42.500 -81.412 1.00 89.25 C \ ANISOU24661 CD1 ILE L 140 7173 9428 10556 1246 -62 223 C \ ATOM 24662 N LEU L 141 -131.082 -45.297 -85.013 1.00 84.06 N \ ANISOU24662 N LEU L 141 6965 9240 10339 1304 -67 102 N \ ATOM 24663 CA LEU L 141 -132.370 -45.791 -85.480 1.00 85.08 C \ ANISOU24663 CA LEU L 141 6818 9109 10289 1288 -65 37 C \ ATOM 24664 C LEU L 141 -132.245 -47.089 -86.289 1.00 83.01 C \ ANISOU24664 C LEU L 141 7029 9214 10319 1217 -111 239 C \ ATOM 24665 O LEU L 141 -133.027 -48.023 -86.093 1.00 79.61 O \ ANISOU24665 O LEU L 141 6827 8982 10136 1138 -129 321 O \ ATOM 24666 CB LEU L 141 -133.112 -44.710 -86.280 1.00 85.85 C \ ANISOU24666 CB LEU L 141 6803 8856 9987 1121 -167 323 C \ ATOM 24667 CG LEU L 141 -133.847 -43.641 -85.471 1.00 87.06 C \ ANISOU24667 CG LEU L 141 6475 8647 9867 1105 -129 315 C \ ATOM 24668 CD1 LEU L 141 -134.228 -42.457 -86.340 1.00 89.92 C \ ANISOU24668 CD1 LEU L 141 6966 9240 10223 1368 -75 72 C \ ATOM 24669 CD2 LEU L 141 -135.077 -44.200 -84.770 1.00 85.37 C \ ANISOU24669 CD2 LEU L 141 7221 9530 10460 1427 -101 -54 C \ ATOM 24670 N LYS L 142 -131.259 -47.133 -87.186 1.00 84.23 N \ ANISOU24670 N LYS L 142 7041 9381 10378 1429 -49 -106 N \ ATOM 24671 CA LYS L 142 -130.966 -48.324 -87.993 1.00 84.14 C \ ANISOU24671 CA LYS L 142 7026 9395 10428 1438 -66 -227 C \ ATOM 24672 C LYS L 142 -130.742 -49.554 -87.114 1.00 84.07 C \ ANISOU24672 C LYS L 142 7947 10234 10990 1508 -133 -64 C \ ATOM 24673 O LYS L 142 -131.222 -50.652 -87.429 1.00 81.28 O \ ANISOU24673 O LYS L 142 8608 10948 11624 1572 -202 -208 O \ ATOM 24674 CB LYS L 142 -129.729 -48.099 -88.868 1.00 85.89 C \ ANISOU24674 CB LYS L 142 8493 10883 11636 1549 -246 -285 C \ ATOM 24675 CG LYS L 142 -129.971 -47.293 -90.126 1.00 86.78 C \ ANISOU24675 CG LYS L 142 9458 11796 12325 1645 -212 -245 C \ ATOM 24676 CD LYS L 142 -128.710 -47.243 -90.969 1.00 88.73 C \ ANISOU24676 CD LYS L 142 7197 9532 10562 1421 17 -21 C \ ATOM 24677 CE LYS L 142 -128.926 -46.471 -92.267 1.00 92.03 C \ ANISOU24677 CE LYS L 142 7405 9749 10872 1432 79 -59 C \ ATOM 24678 NZ LYS L 142 -127.693 -46.080 -92.986 1.00 90.13 N \ ANISOU24678 NZ LYS L 142 7279 9610 10919 1376 94 -56 N \ ATOM 24679 N ALA L 143 -130.013 -49.351 -86.015 1.00 85.44 N \ ANISOU24679 N ALA L 143 7164 9474 10885 1378 119 -145 N \ ATOM 24680 CA ALA L 143 -129.706 -50.415 -85.054 1.00 82.75 C \ ANISOU24680 CA ALA L 143 7508 9865 10969 1458 157 32 C \ ATOM 24681 C ALA L 143 -130.909 -50.777 -84.184 1.00 78.72 C \ ANISOU24681 C ALA L 143 7253 9606 10816 1488 231 -9 C \ ATOM 24682 O ALA L 143 -131.049 -51.933 -83.763 1.00 73.38 O \ ANISOU24682 O ALA L 143 7288 9615 10756 1549 257 -123 O \ ATOM 24683 CB ALA L 143 -128.517 -50.008 -84.187 1.00 83.93 C \ ANISOU24683 CB ALA L 143 7085 9447 10825 1463 269 61 C \ ATOM 24684 N LEU L 144 -131.765 -49.779 -83.918 1.00 75.90 N \ ANISOU24684 N LEU L 144 7629 9925 11183 1578 331 -174 N \ ATOM 24685 CA LEU L 144 -132.960 -49.987 -83.100 1.00 71.48 C \ ANISOU24685 CA LEU L 144 7245 9579 11078 1502 341 26 C \ ATOM 24686 C LEU L 144 -134.089 -50.637 -83.885 1.00 69.86 C \ ANISOU24686 C LEU L 144 7617 9911 11362 1557 378 -94 C \ ATOM 24687 O LEU L 144 -134.814 -51.469 -83.350 1.00 69.00 O \ ANISOU24687 O LEU L 144 8008 10250 11842 1599 460 -137 O \ ATOM 24688 CB LEU L 144 -133.430 -48.680 -82.456 1.00 69.91 C \ ANISOU24688 CB LEU L 144 7237 9565 10917 1326 80 46 C \ ATOM 24689 CG LEU L 144 -132.652 -48.152 -81.247 1.00 68.29 C \ ANISOU24689 CG LEU L 144 7210 9506 11008 1281 97 69 C \ ATOM 24690 CD1 LEU L 144 -133.085 -46.719 -80.917 1.00 67.50 C \ ANISOU24690 CD1 LEU L 144 7436 9709 11258 1252 78 -30 C \ ATOM 24691 CD2 LEU L 144 -132.803 -49.084 -80.056 1.00 65.77 C \ ANISOU24691 CD2 LEU L 144 7728 9958 11653 1226 121 -55 C \ ATOM 24692 N ASP L 145 -134.236 -50.264 -85.150 1.00 69.56 N \ ANISOU24692 N ASP L 145 7489 9789 11293 1239 74 199 N \ ATOM 24693 CA ASP L 145 -135.249 -50.870 -86.011 1.00 71.62 C \ ANISOU24693 CA ASP L 145 8154 10430 11845 1190 4 213 C \ ATOM 24694 C ASP L 145 -134.910 -52.313 -86.356 1.00 70.54 C \ ANISOU24694 C ASP L 145 7429 9730 11169 1260 22 -82 C \ ATOM 24695 O ASP L 145 -135.804 -53.128 -86.575 1.00 70.67 O \ ANISOU24695 O ASP L 145 7521 9840 11317 1242 2 -190 O \ ATOM 24696 CB ASP L 145 -135.444 -50.050 -87.282 1.00 76.78 C \ ANISOU24696 CB ASP L 145 7515 9867 11388 1261 7 -330 C \ ATOM 24697 CG ASP L 145 -136.720 -50.425 -88.035 1.00 82.07 C \ ANISOU24697 CG ASP L 145 7318 9681 11320 1222 24 -417 C \ ATOM 24698 OD1 ASP L 145 -137.783 -50.607 -87.379 1.00 81.62 O \ ANISOU24698 OD1 ASP L 145 7471 9816 11170 1262 -62 -200 O \ ATOM 24699 OD2 ASP L 145 -136.644 -50.521 -89.290 1.00 88.38 O \ ANISOU24699 OD2 ASP L 145 7524 9816 11159 1225 -66 -94 O \ ATOM 24700 N TYR L 146 -133.621 -52.624 -86.402 1.00 71.83 N \ ANISOU24700 N TYR L 146 7482 9755 10999 1246 -113 -67 N \ ATOM 24701 CA TYR L 146 -133.183 -53.992 -86.636 1.00 73.77 C \ ANISOU24701 CA TYR L 146 7611 9851 11269 1170 -32 -12 C \ ATOM 24702 C TYR L 146 -133.360 -54.883 -85.399 1.00 73.19 C \ ANISOU24702 C TYR L 146 7528 9740 11003 1198 -109 12 C \ ATOM 24703 O TYR L 146 -133.825 -56.010 -85.515 1.00 72.44 O \ ANISOU24703 O TYR L 146 7627 9828 11180 1153 -66 46 O \ ATOM 24704 CB TYR L 146 -131.731 -54.044 -87.135 1.00 74.60 C \ ANISOU24704 CB TYR L 146 7410 9773 11200 1318 -2 -357 C \ ATOM 24705 CG TYR L 146 -131.252 -55.457 -87.434 1.00 72.84 C \ ANISOU24705 CG TYR L 146 7390 9771 11221 1339 -5 -502 C \ ATOM 24706 CD1 TYR L 146 -131.544 -56.059 -88.648 1.00 72.80 C \ ANISOU24706 CD1 TYR L 146 7350 9657 11313 1305 80 -517 C \ ATOM 24707 CD2 TYR L 146 -130.530 -56.187 -86.488 1.00 72.00 C \ ANISOU24707 CD2 TYR L 146 7978 10274 12027 1290 88 -653 C \ ATOM 24708 CE1 TYR L 146 -131.147 -57.349 -88.912 1.00 75.64 C \ ANISOU24708 CE1 TYR L 146 7593 9990 11243 1420 -37 -527 C \ ATOM 24709 CE2 TYR L 146 -130.127 -57.472 -86.747 1.00 73.44 C \ ANISOU24709 CE2 TYR L 146 7765 10118 11346 1443 25 -407 C \ ATOM 24710 CZ TYR L 146 -130.425 -58.050 -87.957 1.00 76.04 C \ ANISOU24710 CZ TYR L 146 7251 9500 11233 1294 139 -380 C \ ATOM 24711 OH TYR L 146 -129.996 -59.340 -88.213 1.00 79.22 O \ ANISOU24711 OH TYR L 146 7637 9794 11741 1276 224 -363 O \ ATOM 24712 N CYS L 147 -132.981 -54.383 -84.224 1.00 72.96 N \ ANISOU24712 N CYS L 147 7610 9715 11824 1204 256 -338 N \ ATOM 24713 CA CYS L 147 -133.109 -55.168 -82.991 1.00 72.97 C \ ANISOU24713 CA CYS L 147 7908 9908 12218 1184 332 -317 C \ ATOM 24714 C CYS L 147 -134.563 -55.357 -82.602 1.00 74.76 C \ ANISOU24714 C CYS L 147 7792 9928 11873 1319 267 -224 C \ ATOM 24715 O CYS L 147 -134.911 -56.395 -82.033 1.00 77.22 O \ ANISOU24715 O CYS L 147 7805 9981 11788 1389 275 -238 O \ ATOM 24716 CB CYS L 147 -132.284 -54.570 -81.838 1.00 75.20 C \ ANISOU24716 CB CYS L 147 8096 10203 12089 1432 329 -400 C \ ATOM 24717 SG CYS L 147 -132.962 -53.104 -81.016 1.00 80.09 S \ ANISOU24717 SG CYS L 147 8712 10722 12849 1459 438 -308 S \ ATOM 24718 N HIS L 148 -135.409 -54.364 -82.914 1.00 74.56 N \ ANISOU24718 N HIS L 148 7284 9446 11472 1172 208 -333 N \ ATOM 24719 CA HIS L 148 -136.856 -54.452 -82.691 1.00 75.48 C \ ANISOU24719 CA HIS L 148 7690 9807 11959 1106 250 -313 C \ ATOM 24720 C HIS L 148 -137.548 -55.411 -83.636 1.00 75.72 C \ ANISOU24720 C HIS L 148 7744 9792 11947 1099 275 -146 C \ ATOM 24721 O HIS L 148 -138.530 -56.052 -83.282 1.00 74.54 O \ ANISOU24721 O HIS L 148 7741 9690 11994 1063 346 -97 O \ ATOM 24722 CB HIS L 148 -137.514 -53.083 -82.737 1.00 74.90 C \ ANISOU24722 CB HIS L 148 7621 9718 11708 1131 216 -58 C \ ATOM 24723 CG HIS L 148 -137.114 -52.164 -81.595 1.00 75.01 C \ ANISOU24723 CG HIS L 148 8130 10189 12150 1124 209 87 C \ ATOM 24724 ND1 HIS L 148 -137.206 -50.824 -81.688 1.00 74.32 N \ ANISOU24724 ND1 HIS L 148 8218 10326 12117 1111 137 117 N \ ATOM 24725 CD2 HIS L 148 -136.601 -52.437 -80.318 1.00 75.62 C \ ANISOU24725 CD2 HIS L 148 7987 10159 11836 1138 88 94 C \ ATOM 24726 CE1 HIS L 148 -136.779 -50.263 -80.536 1.00 74.41 C \ ANISOU24726 CE1 HIS L 148 8487 10551 12529 1172 214 178 C \ ATOM 24727 NE2 HIS L 148 -136.404 -51.250 -79.703 1.00 75.37 N \ ANISOU24727 NE2 HIS L 148 8504 10483 12659 1194 296 149 N \ ATOM 24728 N SER L 149 -137.033 -55.513 -84.856 1.00 74.71 N \ ANISOU24728 N SER L 149 8390 10449 12377 1166 178 322 N \ ATOM 24729 CA SER L 149 -137.556 -56.448 -85.844 1.00 74.70 C \ ANISOU24729 CA SER L 149 8410 10409 12613 1262 315 199 C \ ATOM 24730 C SER L 149 -137.169 -57.890 -85.540 1.00 74.54 C \ ANISOU24730 C SER L 149 8406 10462 12240 1073 138 169 C \ ATOM 24731 O SER L 149 -137.816 -58.827 -86.000 1.00 79.70 O \ ANISOU24731 O SER L 149 8282 10352 11988 1059 75 202 O \ ATOM 24732 CB SER L 149 -137.126 -56.059 -87.259 1.00 75.87 C \ ANISOU24732 CB SER L 149 8469 10521 12103 1049 32 328 C \ ATOM 24733 OG SER L 149 -135.731 -55.981 -87.377 1.00 76.93 O \ ANISOU24733 OG SER L 149 8904 10903 12540 1046 56 399 O \ ATOM 24734 N MET L 150 -136.110 -58.066 -84.766 1.00 73.65 N \ ANISOU24734 N MET L 150 7934 9963 11596 1027 101 153 N \ ATOM 24735 CA MET L 150 -135.681 -59.393 -84.314 1.00 76.78 C \ ANISOU24735 CA MET L 150 7712 9655 11395 995 185 178 C \ ATOM 24736 C MET L 150 -136.348 -59.764 -82.986 1.00 76.72 C \ ANISOU24736 C MET L 150 8151 10077 11828 962 247 95 C \ ATOM 24737 O MET L 150 -136.164 -60.883 -82.474 1.00 79.05 O \ ANISOU24737 O MET L 150 8228 10033 11928 923 371 148 O \ ATOM 24738 CB MET L 150 -134.148 -59.465 -84.186 1.00 77.89 C \ ANISOU24738 CB MET L 150 8296 10393 11874 1046 -33 356 C \ ATOM 24739 CG MET L 150 -133.379 -59.231 -85.472 1.00 77.84 C \ ANISOU24739 CG MET L 150 8209 10328 11759 1028 -91 461 C \ ATOM 24740 SD MET L 150 -133.567 -60.524 -86.706 1.00 79.98 S \ ANISOU24740 SD MET L 150 8537 10581 11955 989 -124 501 S \ ATOM 24741 CE MET L 150 -132.419 -61.768 -86.113 1.00 84.97 C \ ANISOU24741 CE MET L 150 8547 10592 11954 988 -159 587 C \ ATOM 24742 N GLY L 151 -137.106 -58.821 -82.430 1.00 74.23 N \ ANISOU24742 N GLY L 151 7734 9911 11274 1018 -139 470 N \ ATOM 24743 CA GLY L 151 -137.834 -59.054 -81.188 1.00 77.53 C \ ANISOU24743 CA GLY L 151 7633 9882 11228 997 -192 566 C \ ATOM 24744 C GLY L 151 -136.969 -58.890 -79.951 1.00 77.60 C \ ANISOU24744 C GLY L 151 7871 10101 11388 945 -266 609 C \ ATOM 24745 O GLY L 151 -137.079 -59.664 -78.988 1.00 77.45 O \ ANISOU24745 O GLY L 151 7537 9893 11278 1024 -180 619 O \ ATOM 24746 N ILE L 152 -136.106 -57.878 -79.977 1.00 76.45 N \ ANISOU24746 N ILE L 152 7980 10318 11608 933 -313 684 N \ ATOM 24747 CA ILE L 152 -135.218 -57.581 -78.865 1.00 80.19 C \ ANISOU24747 CA ILE L 152 7939 10359 11715 984 -253 694 C \ ATOM 24748 C ILE L 152 -135.272 -56.078 -78.547 1.00 80.70 C \ ANISOU24748 C ILE L 152 8563 10542 11873 967 -116 437 C \ ATOM 24749 O ILE L 152 -135.078 -55.239 -79.432 1.00 78.91 O \ ANISOU24749 O ILE L 152 8648 10531 11793 934 -127 454 O \ ATOM 24750 CB ILE L 152 -133.755 -58.038 -79.157 1.00 83.09 C \ ANISOU24750 CB ILE L 152 8961 10838 11996 895 -229 514 C \ ATOM 24751 CG1 ILE L 152 -133.704 -59.561 -79.403 1.00 83.29 C \ ANISOU24751 CG1 ILE L 152 9288 11080 12156 872 -252 532 C \ ATOM 24752 CG2 ILE L 152 -132.810 -57.665 -78.015 1.00 82.16 C \ ANISOU24752 CG2 ILE L 152 8006 9822 11135 943 -58 491 C \ ATOM 24753 CD1 ILE L 152 -132.424 -60.058 -80.039 1.00 82.73 C \ ANISOU24753 CD1 ILE L 152 7674 9484 10923 958 47 418 C \ ATOM 24754 N MET L 153 -135.538 -55.749 -77.285 1.00 81.88 N \ ANISOU24754 N MET L 153 7792 9492 10981 946 137 446 N \ ATOM 24755 CA MET L 153 -135.448 -54.356 -76.819 1.00 80.60 C \ ANISOU24755 CA MET L 153 8225 9877 11389 967 131 561 C \ ATOM 24756 C MET L 153 -134.160 -54.121 -76.031 1.00 81.84 C \ ANISOU24756 C MET L 153 8591 10119 11675 968 208 622 C \ ATOM 24757 O MET L 153 -133.782 -54.937 -75.180 1.00 85.14 O \ ANISOU24757 O MET L 153 8748 10196 11785 937 315 573 O \ ATOM 24758 CB MET L 153 -136.675 -53.958 -75.995 1.00 77.63 C \ ANISOU24758 CB MET L 153 8643 10126 11698 1006 186 737 C \ ATOM 24759 CG MET L 153 -137.105 -54.965 -74.935 1.00 75.70 C \ ANISOU24759 CG MET L 153 8910 10874 12034 885 -286 537 C \ ATOM 24760 SD MET L 153 -138.713 -54.520 -74.232 1.00 79.11 S \ ANISOU24760 SD MET L 153 9154 11140 12229 834 -388 583 S \ ATOM 24761 CE MET L 153 -138.981 -55.885 -73.149 1.00 79.46 C \ ANISOU24761 CE MET L 153 8864 10928 12061 821 -398 578 C \ ATOM 24762 N HIS L 154 -133.487 -53.013 -76.334 1.00 80.44 N \ ANISOU24762 N HIS L 154 8867 11053 12222 829 -411 635 N \ ATOM 24763 CA HIS L 154 -132.190 -52.693 -75.732 1.00 79.74 C \ ANISOU24763 CA HIS L 154 9510 11565 12633 847 -441 676 C \ ATOM 24764 C HIS L 154 -132.294 -52.376 -74.259 1.00 81.79 C \ ANISOU24764 C HIS L 154 9895 11946 12900 791 -564 707 C \ ATOM 24765 O HIS L 154 -131.449 -52.805 -73.459 1.00 81.84 O \ ANISOU24765 O HIS L 154 10116 12052 12935 746 -586 650 O \ ATOM 24766 CB HIS L 154 -131.528 -51.544 -76.476 1.00 76.11 C \ ANISOU24766 CB HIS L 154 9884 12050 12988 795 -643 781 C \ ATOM 24767 CG HIS L 154 -130.060 -51.383 -76.159 1.00 75.65 C \ ANISOU24767 CG HIS L 154 8358 10345 11481 811 -378 514 C \ ATOM 24768 ND1 HIS L 154 -129.624 -50.722 -75.073 1.00 77.27 N \ ANISOU24768 ND1 HIS L 154 7891 9911 11084 800 -375 519 N \ ATOM 24769 CD2 HIS L 154 -128.923 -51.834 -76.821 1.00 75.56 C \ ANISOU24769 CD2 HIS L 154 8146 10092 11249 720 -444 518 C \ ATOM 24770 CE1 HIS L 154 -128.279 -50.737 -75.047 1.00 78.71 C \ ANISOU24770 CE1 HIS L 154 8780 10588 11724 707 -450 461 C \ ATOM 24771 NE2 HIS L 154 -127.852 -51.420 -76.113 1.00 78.99 N \ ANISOU24771 NE2 HIS L 154 7559 9532 10723 858 -311 457 N \ ATOM 24772 N ARG L 155 -133.332 -51.618 -73.899 1.00 81.54 N \ ANISOU24772 N ARG L 155 7649 9619 10832 848 -305 481 N \ ATOM 24773 CA ARG L 155 -133.644 -51.262 -72.502 1.00 81.52 C \ ANISOU24773 CA ARG L 155 7483 9529 10742 926 -252 436 C \ ATOM 24774 C ARG L 155 -132.579 -50.414 -71.783 1.00 83.69 C \ ANISOU24774 C ARG L 155 8139 10177 11357 662 -494 574 C \ ATOM 24775 O ARG L 155 -132.659 -50.213 -70.571 1.00 85.61 O \ ANISOU24775 O ARG L 155 8743 10727 11912 564 -572 568 O \ ATOM 24776 CB ARG L 155 -133.995 -52.503 -71.660 1.00 76.23 C \ ANISOU24776 CB ARG L 155 9279 11391 12651 508 -582 626 C \ ATOM 24777 CG ARG L 155 -135.155 -53.318 -72.193 1.00 73.91 C \ ANISOU24777 CG ARG L 155 9064 11333 12612 550 -544 680 C \ ATOM 24778 CD ARG L 155 -135.775 -54.189 -71.123 1.00 74.39 C \ ANISOU24778 CD ARG L 155 9075 11054 12148 530 -668 566 C \ ATOM 24779 NE ARG L 155 -134.834 -55.155 -70.579 1.00 77.62 N \ ANISOU24779 NE ARG L 155 9225 11354 12406 580 -688 632 N \ ATOM 24780 CZ ARG L 155 -135.116 -56.035 -69.622 1.00 79.98 C \ ANISOU24780 CZ ARG L 155 9527 11625 12559 559 -787 637 C \ ATOM 24781 NH1 ARG L 155 -136.336 -56.096 -69.103 1.00 80.88 N \ ANISOU24781 NH1 ARG L 155 9700 11948 12852 500 -920 683 N \ ATOM 24782 NH2 ARG L 155 -134.173 -56.862 -69.185 1.00 80.19 N \ ANISOU24782 NH2 ARG L 155 9576 11839 12609 538 -1001 725 N \ ATOM 24783 N ASP L 156 -131.608 -49.902 -72.534 1.00 83.75 N \ ANISOU24783 N ASP L 156 9599 11640 12958 408 -621 612 N \ ATOM 24784 CA ASP L 156 -130.522 -49.107 -71.980 1.00 85.60 C \ ANISOU24784 CA ASP L 156 9726 11882 13297 335 -613 664 C \ ATOM 24785 C ASP L 156 -129.929 -48.400 -73.194 1.00 83.84 C \ ANISOU24785 C ASP L 156 9684 12096 13498 322 -671 723 C \ ATOM 24786 O ASP L 156 -128.882 -48.812 -73.710 1.00 84.60 O \ ANISOU24786 O ASP L 156 9763 12324 13802 311 -615 780 O \ ATOM 24787 CB ASP L 156 -129.495 -50.023 -71.290 1.00 88.72 C \ ANISOU24787 CB ASP L 156 9924 11936 13417 213 -674 619 C \ ATOM 24788 CG ASP L 156 -128.706 -49.320 -70.172 1.00 91.44 C \ ANISOU24788 CG ASP L 156 9651 11426 12872 260 -653 549 C \ ATOM 24789 OD1 ASP L 156 -129.236 -48.371 -69.556 1.00 92.39 O \ ANISOU24789 OD1 ASP L 156 9480 11311 12628 357 -660 541 O \ ATOM 24790 OD2 ASP L 156 -127.549 -49.725 -69.910 1.00 91.91 O \ ANISOU24790 OD2 ASP L 156 9333 11789 13094 330 -777 715 O \ ATOM 24791 N VAL L 157 -130.630 -47.366 -73.678 1.00 79.44 N \ ANISOU24791 N VAL L 157 9426 12119 13402 341 -849 776 N \ ATOM 24792 CA VAL L 157 -130.145 -46.579 -74.817 1.00 76.03 C \ ANISOU24792 CA VAL L 157 8938 11729 13008 465 -767 829 C \ ATOM 24793 C VAL L 157 -129.672 -45.281 -74.196 1.00 77.61 C \ ANISOU24793 C VAL L 157 9193 12190 13488 494 -796 891 C \ ATOM 24794 O VAL L 157 -130.470 -44.516 -73.650 1.00 81.83 O \ ANISOU24794 O VAL L 157 10087 12776 13942 309 -1002 756 O \ ATOM 24795 CB VAL L 157 -131.211 -46.298 -75.906 1.00 73.21 C \ ANISOU24795 CB VAL L 157 11087 13730 14914 169 -1107 698 C \ ATOM 24796 CG1 VAL L 157 -130.634 -45.380 -76.978 1.00 73.96 C \ ANISOU24796 CG1 VAL L 157 10864 13700 14961 71 -1182 716 C \ ATOM 24797 CG2 VAL L 157 -131.689 -47.580 -76.558 1.00 73.05 C \ ANISOU24797 CG2 VAL L 157 11771 14182 15332 107 -1142 612 C \ ATOM 24798 N LYS L 158 -128.367 -45.053 -74.254 1.00 78.10 N \ ANISOU24798 N LYS L 158 11112 13835 15108 -54 -1274 639 N \ ATOM 24799 CA LYS L 158 -127.733 -43.900 -73.619 1.00 82.60 C \ ANISOU24799 CA LYS L 158 12226 14678 15885 -28 -1244 575 C \ ATOM 24800 C LYS L 158 -126.404 -43.585 -74.322 1.00 87.70 C \ ANISOU24800 C LYS L 158 8433 11079 12347 539 -668 798 C \ ATOM 24801 O LYS L 158 -125.825 -44.469 -74.972 1.00 86.88 O \ ANISOU24801 O LYS L 158 8253 10955 12241 650 -576 826 O \ ATOM 24802 CB LYS L 158 -127.508 -44.163 -72.112 1.00 84.95 C \ ANISOU24802 CB LYS L 158 7920 10629 11979 678 -453 824 C \ ATOM 24803 CG LYS L 158 -127.001 -45.565 -71.782 1.00 86.82 C \ ANISOU24803 CG LYS L 158 7352 10076 11438 767 -370 823 C \ ATOM 24804 CD LYS L 158 -126.843 -45.759 -70.288 1.00 88.72 C \ ANISOU24804 CD LYS L 158 8502 11060 12289 715 -555 787 C \ ATOM 24805 CE LYS L 158 -125.420 -45.665 -69.771 1.00 90.80 C \ ANISOU24805 CE LYS L 158 8804 11360 12511 716 -653 813 C \ ATOM 24806 NZ LYS L 158 -125.261 -46.499 -68.535 1.00 89.55 N \ ANISOU24806 NZ LYS L 158 9315 11974 13091 666 -763 849 N \ ATOM 24807 N PRO L 159 -125.908 -42.328 -74.187 1.00 90.01 N \ ANISOU24807 N PRO L 159 8665 11104 12220 770 -614 796 N \ ATOM 24808 CA PRO L 159 -124.672 -41.903 -74.839 1.00 91.87 C \ ANISOU24808 CA PRO L 159 8090 10771 12163 600 -440 821 C \ ATOM 24809 C PRO L 159 -123.457 -42.799 -74.544 1.00 92.85 C \ ANISOU24809 C PRO L 159 8079 10762 12202 620 -321 838 C \ ATOM 24810 O PRO L 159 -122.570 -42.930 -75.414 1.00 94.46 O \ ANISOU24810 O PRO L 159 8197 11045 12570 542 -308 900 O \ ATOM 24811 CB PRO L 159 -124.451 -40.503 -74.271 1.00 92.85 C \ ANISOU24811 CB PRO L 159 8198 11024 12598 429 -368 897 C \ ATOM 24812 CG PRO L 159 -125.816 -40.014 -73.976 1.00 89.35 C \ ANISOU24812 CG PRO L 159 7927 10395 11825 610 -284 792 C \ ATOM 24813 CD PRO L 159 -126.525 -41.213 -73.453 1.00 87.96 C \ ANISOU24813 CD PRO L 159 7938 10391 11833 657 -161 817 C \ ATOM 24814 N HIS L 160 -123.421 -43.387 -73.339 1.00 90.06 N \ ANISOU24814 N HIS L 160 7960 10296 11655 674 -306 724 N \ ATOM 24815 CA HIS L 160 -122.332 -44.275 -72.965 1.00 91.98 C \ ANISOU24815 CA HIS L 160 8334 11344 12899 601 -225 947 C \ ATOM 24816 C HIS L 160 -122.439 -45.644 -73.557 1.00 88.63 C \ ANISOU24816 C HIS L 160 8568 11772 13419 537 -189 1008 C \ ATOM 24817 O HIS L 160 -121.467 -46.412 -73.547 1.00 91.78 O \ ANISOU24817 O HIS L 160 8807 11942 13631 518 -42 1031 O \ ATOM 24818 CB HIS L 160 -122.182 -44.322 -71.458 1.00 96.87 C \ ANISOU24818 CB HIS L 160 9051 12088 13718 613 58 1019 C \ ATOM 24819 CG HIS L 160 -121.698 -43.021 -70.865 1.00104.57 C \ ANISOU24819 CG HIS L 160 8831 12267 13934 618 -172 1052 C \ ATOM 24820 ND1 HIS L 160 -120.398 -42.613 -70.920 1.00104.03 N \ ANISOU24820 ND1 HIS L 160 9155 12687 14325 631 -323 1058 N \ ATOM 24821 CD2 HIS L 160 -122.394 -42.018 -70.207 1.00108.66 C \ ANISOU24821 CD2 HIS L 160 10137 13805 15484 473 -477 1068 C \ ATOM 24822 CE1 HIS L 160 -120.278 -41.445 -70.261 1.00105.43 C \ ANISOU24822 CE1 HIS L 160 9495 13524 15312 480 -439 1144 C \ ATOM 24823 NE2 HIS L 160 -121.495 -41.068 -69.853 1.00112.62 N \ ANISOU24823 NE2 HIS L 160 9029 12207 13999 393 -32 1064 N \ ATOM 24824 N ASN L 161 -123.621 -45.951 -74.080 1.00 83.85 N \ ANISOU24824 N ASN L 161 9804 12882 14728 362 119 1102 N \ ATOM 24825 CA ASN L 161 -123.863 -47.212 -74.777 1.00 82.77 C \ ANISOU24825 CA ASN L 161 10160 13470 15435 297 216 1172 C \ ATOM 24826 C ASN L 161 -123.909 -47.047 -76.295 1.00 80.35 C \ ANISOU24826 C ASN L 161 10269 13761 15821 192 130 1181 C \ ATOM 24827 O ASN L 161 -124.244 -47.989 -77.015 1.00 75.97 O \ ANISOU24827 O ASN L 161 9810 12642 14543 258 87 1080 O \ ATOM 24828 CB ASN L 161 -125.138 -47.882 -74.263 1.00 83.83 C \ ANISOU24828 CB ASN L 161 9578 12235 14049 292 -41 1002 C \ ATOM 24829 CG ASN L 161 -125.007 -48.381 -72.829 1.00 86.00 C \ ANISOU24829 CG ASN L 161 9848 12497 14415 277 249 1125 C \ ATOM 24830 OD1 ASN L 161 -124.016 -48.110 -72.148 1.00 90.49 O \ ANISOU24830 OD1 ASN L 161 9561 12070 13759 433 5 971 O \ ATOM 24831 ND2 ASN L 161 -126.021 -49.091 -72.358 1.00 84.20 N \ ANISOU24831 ND2 ASN L 161 10306 13617 15567 364 395 1218 N \ ATOM 24832 N VAL L 162 -123.561 -45.846 -76.760 1.00 81.66 N \ ANISOU24832 N VAL L 162 10616 14105 16175 299 536 1290 N \ ATOM 24833 CA VAL L 162 -123.414 -45.567 -78.193 1.00 81.71 C \ ANISOU24833 CA VAL L 162 11513 14766 16856 264 693 1334 C \ ATOM 24834 C VAL L 162 -121.973 -45.124 -78.490 1.00 83.73 C \ ANISOU24834 C VAL L 162 11918 15066 17048 377 830 1354 C \ ATOM 24835 O VAL L 162 -121.528 -44.074 -78.009 1.00 83.75 O \ ANISOU24835 O VAL L 162 10367 14071 16101 425 640 1314 O \ ATOM 24836 CB VAL L 162 -124.411 -44.484 -78.670 1.00 79.35 C \ ANISOU24836 CB VAL L 162 10183 14103 16260 367 806 1388 C \ ATOM 24837 CG1 VAL L 162 -124.362 -44.335 -80.172 1.00 79.39 C \ ANISOU24837 CG1 VAL L 162 10153 14165 16474 209 786 1416 C \ ATOM 24838 CG2 VAL L 162 -125.832 -44.806 -78.234 1.00 78.73 C \ ANISOU24838 CG2 VAL L 162 10009 14009 16124 478 963 1413 C \ ATOM 24839 N MET L 163 -121.258 -45.930 -79.273 1.00 85.75 N \ ANISOU24839 N MET L 163 11815 14965 17195 109 669 1348 N \ ATOM 24840 CA MET L 163 -119.866 -45.642 -79.628 1.00 88.85 C \ ANISOU24840 CA MET L 163 11908 14777 17051 71 805 1398 C \ ATOM 24841 C MET L 163 -119.741 -44.897 -80.943 1.00 90.49 C \ ANISOU24841 C MET L 163 11668 14606 16930 66 1041 1492 C \ ATOM 24842 O MET L 163 -120.400 -45.255 -81.924 1.00 91.74 O \ ANISOU24842 O MET L 163 11780 14475 16747 114 1183 1544 O \ ATOM 24843 CB MET L 163 -119.032 -46.930 -79.673 1.00 92.20 C \ ANISOU24843 CB MET L 163 12329 15050 17497 -99 723 1382 C \ ATOM 24844 CG MET L 163 -118.826 -47.596 -78.327 1.00 95.19 C \ ANISOU24844 CG MET L 163 13053 15384 17836 -88 785 1404 C \ ATOM 24845 SD MET L 163 -117.816 -46.524 -77.284 1.00103.77 S \ ANISOU24845 SD MET L 163 13216 15390 17823 -38 982 1491 S \ ATOM 24846 CE MET L 163 -116.153 -47.009 -77.712 1.00100.89 C \ ANISOU24846 CE MET L 163 13246 15306 17784 -114 670 1350 C \ ATOM 24847 N ILE L 164 -118.904 -43.862 -80.962 1.00 92.74 N \ ANISOU24847 N ILE L 164 13263 15084 17533 -25 981 1500 N \ ATOM 24848 CA ILE L 164 -118.752 -43.016 -82.154 1.00 98.47 C \ ANISOU24848 CA ILE L 164 13569 15325 17811 -71 794 1410 C \ ATOM 24849 C ILE L 164 -117.300 -42.952 -82.643 1.00102.82 C \ ANISOU24849 C ILE L 164 11386 14656 17074 19 1086 1516 C \ ATOM 24850 O ILE L 164 -116.383 -42.732 -81.860 1.00104.89 O \ ANISOU24850 O ILE L 164 11709 15094 17572 13 1330 1604 O \ ATOM 24851 CB ILE L 164 -119.257 -41.560 -81.909 1.00 97.37 C \ ANISOU24851 CB ILE L 164 11585 14899 17165 208 1471 1619 C \ ATOM 24852 CG1 ILE L 164 -120.494 -41.523 -80.994 1.00 94.39 C \ ANISOU24852 CG1 ILE L 164 12227 15450 17701 226 1692 1695 C \ ATOM 24853 CG2 ILE L 164 -119.491 -40.830 -83.232 1.00 96.75 C \ ANISOU24853 CG2 ILE L 164 11607 15405 18032 -66 1326 1614 C \ ATOM 24854 CD1 ILE L 164 -121.782 -41.992 -81.640 1.00 93.15 C \ ANISOU24854 CD1 ILE L 164 11829 15772 18534 -129 1586 1707 C \ ATOM 24855 N ASP L 165 -117.106 -43.162 -83.940 1.00103.94 N \ ANISOU24855 N ASP L 165 12219 16582 19542 -250 1551 1710 N \ ATOM 24856 CA ASP L 165 -115.829 -42.905 -84.598 1.00107.64 C \ ANISOU24856 CA ASP L 165 12265 16720 19772 -364 1329 1653 C \ ATOM 24857 C ASP L 165 -116.071 -41.836 -85.665 1.00113.53 C \ ANISOU24857 C ASP L 165 12288 16896 19918 -228 1742 1766 C \ ATOM 24858 O ASP L 165 -116.472 -42.151 -86.795 1.00115.89 O \ ANISOU24858 O ASP L 165 11296 14638 16744 348 1348 1544 O \ ATOM 24859 CB ASP L 165 -115.268 -44.200 -85.220 1.00106.70 C \ ANISOU24859 CB ASP L 165 11656 14928 16832 530 1451 1529 C \ ATOM 24860 CG ASP L 165 -113.913 -44.001 -85.902 1.00106.72 C \ ANISOU24860 CG ASP L 165 11746 14736 16466 625 1342 1467 C \ ATOM 24861 OD1 ASP L 165 -113.151 -43.097 -85.498 1.00107.36 O \ ANISOU24861 OD1 ASP L 165 11679 14604 16155 774 1381 1427 O \ ATOM 24862 OD2 ASP L 165 -113.605 -44.771 -86.837 1.00105.65 O \ ANISOU24862 OD2 ASP L 165 12014 15563 17450 625 1430 1489 O \ ATOM 24863 N HIS L 166 -115.839 -40.573 -85.296 1.00115.74 N \ ANISOU24863 N HIS L 166 12655 16521 18572 561 1547 1549 N \ ATOM 24864 CA HIS L 166 -116.152 -39.431 -86.172 1.00115.11 C \ ANISOU24864 CA HIS L 166 13043 17136 19364 431 1429 1556 C \ ATOM 24865 C HIS L 166 -115.274 -39.354 -87.396 1.00113.71 C \ ANISOU24865 C HIS L 166 13197 17200 19258 618 1781 1600 C \ ATOM 24866 O HIS L 166 -115.707 -38.830 -88.432 1.00113.18 O \ ANISOU24866 O HIS L 166 13451 17837 20190 403 1573 1611 O \ ATOM 24867 CB HIS L 166 -116.091 -38.121 -85.399 1.00118.11 C \ ANISOU24867 CB HIS L 166 13651 17977 20231 520 1799 1639 C \ ATOM 24868 CG HIS L 166 -117.006 -37.038 -85.946 1.00121.79 C \ ANISOU24868 CG HIS L 166 11643 14469 16257 538 1206 1450 C \ ATOM 24869 ND1 HIS L 166 -117.026 -36.682 -87.252 1.00122.20 N \ ANISOU24869 ND1 HIS L 166 11310 13894 15544 618 1082 1385 N \ ATOM 24870 CD2 HIS L 166 -117.933 -36.213 -85.300 1.00121.95 C \ ANISOU24870 CD2 HIS L 166 10924 13602 15122 744 979 1293 C \ ATOM 24871 CE1 HIS L 166 -117.923 -35.687 -87.427 1.00120.76 C \ ANISOU24871 CE1 HIS L 166 11018 13577 14927 872 997 1251 C \ ATOM 24872 NE2 HIS L 166 -118.477 -35.405 -86.236 1.00122.93 N \ ANISOU24872 NE2 HIS L 166 11253 13559 15091 689 1201 1433 N \ ATOM 24873 N GLU L 167 -114.053 -39.882 -87.289 1.00113.48 N \ ANISOU24873 N GLU L 167 11338 13492 15180 562 1310 1533 N \ ATOM 24874 CA GLU L 167 -113.097 -39.904 -88.399 1.00116.80 C \ ANISOU24874 CA GLU L 167 11912 13740 15303 649 1386 1582 C \ ATOM 24875 C GLU L 167 -113.566 -40.764 -89.576 1.00114.88 C \ ANISOU24875 C GLU L 167 12491 14113 15657 674 1216 1526 C \ ATOM 24876 O GLU L 167 -113.281 -40.444 -90.727 1.00119.43 O \ ANISOU24876 O GLU L 167 12945 14389 16110 562 1171 1549 O \ ATOM 24877 CB GLU L 167 -111.716 -40.359 -87.914 1.00118.55 C \ ANISOU24877 CB GLU L 167 13128 14565 16507 404 1278 1627 C \ ATOM 24878 CG GLU L 167 -110.556 -40.086 -88.872 1.00121.43 C \ ANISOU24878 CG GLU L 167 12481 13750 15440 608 1025 1489 C \ ATOM 24879 CD GLU L 167 -109.192 -40.230 -88.214 1.00127.24 C \ ANISOU24879 CD GLU L 167 10421 13310 14916 704 870 1262 C \ ATOM 24880 OE1 GLU L 167 -109.076 -39.911 -87.008 1.00128.33 O \ ANISOU24880 OE1 GLU L 167 10012 13001 14532 810 793 1191 O \ ATOM 24881 OE2 GLU L 167 -108.227 -40.648 -88.899 1.00129.24 O \ ANISOU24881 OE2 GLU L 167 9986 12960 14517 770 592 1134 O \ ATOM 24882 N HIS L 168 -114.285 -41.840 -89.287 1.00112.33 N \ ANISOU24882 N HIS L 168 9947 12974 14638 651 508 1153 N \ ATOM 24883 CA HIS L 168 -114.806 -42.739 -90.318 1.00114.27 C \ ANISOU24883 CA HIS L 168 9257 12517 14119 834 872 1222 C \ ATOM 24884 C HIS L 168 -116.310 -42.706 -90.388 1.00113.04 C \ ANISOU24884 C HIS L 168 8988 12294 13820 973 864 1159 C \ ATOM 24885 O HIS L 168 -116.921 -43.499 -91.120 1.00111.70 O \ ANISOU24885 O HIS L 168 9124 12686 14304 1010 954 1197 O \ ATOM 24886 CB HIS L 168 -114.327 -44.166 -90.079 1.00118.51 C \ ANISOU24886 CB HIS L 168 9317 12891 14464 1153 964 1134 C \ ATOM 24887 CG HIS L 168 -112.831 -44.314 -90.106 1.00125.67 C \ ANISOU24887 CG HIS L 168 9292 13085 14742 1215 1100 1172 C \ ATOM 24888 ND1 HIS L 168 -112.056 -44.033 -89.038 1.00130.40 N \ ANISOU24888 ND1 HIS L 168 9673 12571 14027 867 523 1058 N \ ATOM 24889 CD2 HIS L 168 -111.970 -44.724 -91.122 1.00130.69 C \ ANISOU24889 CD2 HIS L 168 9242 12095 13553 844 359 1003 C \ ATOM 24890 CE1 HIS L 168 -110.763 -44.252 -89.354 1.00135.49 C \ ANISOU24890 CE1 HIS L 168 9204 12132 13562 935 319 954 C \ ATOM 24891 NE2 HIS L 168 -110.712 -44.676 -90.629 1.00136.49 N \ ANISOU24891 NE2 HIS L 168 9524 12431 13798 1037 397 919 N \ ATOM 24892 N ARG L 169 -116.912 -41.777 -89.640 1.00111.51 N \ ANISOU24892 N ARG L 169 9427 12041 13427 853 316 958 N \ ATOM 24893 CA ARG L 169 -118.374 -41.658 -89.519 1.00107.25 C \ ANISOU24893 CA ARG L 169 9400 11929 13323 813 171 905 C \ ATOM 24894 C ARG L 169 -119.020 -43.016 -89.238 1.00104.35 C \ ANISOU24894 C ARG L 169 9635 11950 13342 778 157 899 C \ ATOM 24895 O ARG L 169 -119.893 -43.463 -89.978 1.00104.02 O \ ANISOU24895 O ARG L 169 9329 11847 13168 904 122 828 O \ ATOM 24896 CB ARG L 169 -118.991 -40.957 -90.743 1.00105.03 C \ ANISOU24896 CB ARG L 169 9267 12265 13744 898 199 949 C \ ATOM 24897 CG ARG L 169 -118.450 -39.553 -90.985 1.00105.31 C \ ANISOU24897 CG ARG L 169 9529 12558 14032 976 156 913 C \ ATOM 24898 CD ARG L 169 -119.282 -38.794 -92.009 1.00107.79 C \ ANISOU24898 CD ARG L 169 9724 12672 14131 936 21 881 C \ ATOM 24899 NE ARG L 169 -120.502 -38.243 -91.414 1.00111.23 N \ ANISOU24899 NE ARG L 169 9864 12842 14325 844 -66 909 N \ ATOM 24900 CZ ARG L 169 -120.594 -37.055 -90.806 1.00114.34 C \ ANISOU24900 CZ ARG L 169 9245 12485 14041 1009 178 968 C \ ATOM 24901 NH1 ARG L 169 -119.542 -36.254 -90.722 1.00116.33 N \ ANISOU24901 NH1 ARG L 169 10320 13638 15208 1080 336 985 N \ ATOM 24902 NH2 ARG L 169 -121.750 -36.657 -90.290 1.00109.67 N \ ANISOU24902 NH2 ARG L 169 11062 14263 15780 1193 402 911 N \ ATOM 24903 N LYS L 170 -118.567 -43.658 -88.163 1.00101.72 N \ ANISOU24903 N LYS L 170 11755 15035 16567 1273 552 921 N \ ATOM 24904 CA LYS L 170 -118.966 -45.019 -87.819 1.00 98.82 C \ ANISOU24904 CA LYS L 170 11696 14915 16361 1297 672 910 C \ ATOM 24905 C LYS L 170 -119.595 -45.078 -86.419 1.00 98.60 C \ ANISOU24905 C LYS L 170 11244 14316 15662 1255 654 893 C \ ATOM 24906 O LYS L 170 -119.124 -44.422 -85.491 1.00 98.85 O \ ANISOU24906 O LYS L 170 12613 15903 17359 1377 814 913 O \ ATOM 24907 CB LYS L 170 -117.760 -45.958 -87.909 1.00 94.47 C \ ANISOU24907 CB LYS L 170 9228 12068 13490 999 10 817 C \ ATOM 24908 CG LYS L 170 -118.137 -47.418 -88.040 1.00 92.39 C \ ANISOU24908 CG LYS L 170 8542 11297 12701 975 -87 786 C \ ATOM 24909 CD LYS L 170 -116.897 -48.280 -88.151 1.00 95.05 C \ ANISOU24909 CD LYS L 170 8408 11246 12699 1009 -125 822 C \ ATOM 24910 CE LYS L 170 -117.223 -49.751 -88.339 1.00 96.52 C \ ANISOU24910 CE LYS L 170 8312 11148 12641 1089 -67 806 C \ ATOM 24911 NZ LYS L 170 -116.012 -50.524 -88.761 1.00 97.70 N \ ANISOU24911 NZ LYS L 170 8252 10858 12213 1018 -67 699 N \ ATOM 24912 N LEU L 171 -120.656 -45.871 -86.279 1.00 95.47 N \ ANISOU24912 N LEU L 171 8115 10613 11947 996 -135 654 N \ ATOM 24913 CA LEU L 171 -121.420 -45.960 -85.033 1.00 91.83 C \ ANISOU24913 CA LEU L 171 8233 10658 11960 917 -200 657 C \ ATOM 24914 C LEU L 171 -121.749 -47.403 -84.685 1.00 91.85 C \ ANISOU24914 C LEU L 171 7921 10332 11644 1053 -97 564 C \ ATOM 24915 O LEU L 171 -122.079 -48.204 -85.565 1.00 94.10 O \ ANISOU24915 O LEU L 171 8134 11032 12481 952 -227 869 O \ ATOM 24916 CB LEU L 171 -122.708 -45.135 -85.141 1.00 91.84 C \ ANISOU24916 CB LEU L 171 8257 11242 12721 993 -280 925 C \ ATOM 24917 CG LEU L 171 -123.546 -44.852 -83.882 1.00 91.21 C \ ANISOU24917 CG LEU L 171 8332 11188 12617 989 -351 911 C \ ATOM 24918 CD1 LEU L 171 -124.240 -43.501 -83.992 1.00 91.93 C \ ANISOU24918 CD1 LEU L 171 8885 11594 12976 960 -345 847 C \ ATOM 24919 CD2 LEU L 171 -124.574 -45.945 -83.618 1.00 90.39 C \ ANISOU24919 CD2 LEU L 171 8738 11928 13428 951 -353 998 C \ ATOM 24920 N ARG L 172 -121.650 -47.726 -83.396 1.00 92.85 N \ ANISOU24920 N ARG L 172 9393 12561 14005 829 -456 984 N \ ATOM 24921 CA ARG L 172 -122.037 -49.047 -82.878 1.00 95.07 C \ ANISOU24921 CA ARG L 172 8889 12228 13802 976 -249 1026 C \ ATOM 24922 C ARG L 172 -122.789 -48.921 -81.555 1.00 96.14 C \ ANISOU24922 C ARG L 172 9496 12855 14299 778 -583 1039 C \ ATOM 24923 O ARG L 172 -122.358 -48.175 -80.663 1.00 97.47 O \ ANISOU24923 O ARG L 172 8324 11237 12675 1028 -412 977 O \ ATOM 24924 CB ARG L 172 -120.829 -49.968 -82.701 1.00 94.15 C \ ANISOU24924 CB ARG L 172 8219 11011 12388 1033 -474 989 C \ ATOM 24925 CG ARG L 172 -120.180 -50.422 -84.004 1.00103.08 C \ ANISOU24925 CG ARG L 172 7902 10510 11920 1069 -380 933 C \ ATOM 24926 CD ARG L 172 -121.044 -51.420 -84.761 1.00108.19 C \ ANISOU24926 CD ARG L 172 7676 10163 11518 1023 -373 869 C \ ATOM 24927 NE ARG L 172 -120.319 -52.039 -85.877 1.00114.12 N \ ANISOU24927 NE ARG L 172 8685 11446 12705 939 -589 973 N \ ATOM 24928 CZ ARG L 172 -120.350 -51.617 -87.137 1.00113.10 C \ ANISOU24928 CZ ARG L 172 9356 12309 13536 903 -717 1034 C \ ATOM 24929 NH1 ARG L 172 -121.100 -50.578 -87.490 1.00108.50 N \ ANISOU24929 NH1 ARG L 172 10025 13081 14309 970 -776 1113 N \ ATOM 24930 NH2 ARG L 172 -119.668 -52.285 -88.051 1.00120.74 N \ ANISOU24930 NH2 ARG L 172 8787 11792 13007 809 -758 1002 N \ ATOM 24931 N LEU L 173 -123.915 -49.637 -81.451 1.00 91.56 N \ ANISOU24931 N LEU L 173 7926 10519 12037 1151 -303 954 N \ ATOM 24932 CA LEU L 173 -124.716 -49.677 -80.231 1.00 85.65 C \ ANISOU24932 CA LEU L 173 7961 10393 11982 1177 -206 896 C \ ATOM 24933 C LEU L 173 -124.279 -50.860 -79.353 1.00 85.15 C \ ANISOU24933 C LEU L 173 8015 10334 11952 1212 -209 959 C \ ATOM 24934 O LEU L 173 -124.468 -52.021 -79.716 1.00 84.49 O \ ANISOU24934 O LEU L 173 7965 10165 11903 1249 -114 939 O \ ATOM 24935 CB LEU L 173 -126.197 -49.777 -80.585 1.00 82.45 C \ ANISOU24935 CB LEU L 173 8074 10528 12238 1236 -103 854 C \ ATOM 24936 CG LEU L 173 -127.278 -49.686 -79.492 1.00 80.74 C \ ANISOU24936 CG LEU L 173 7930 10466 12130 1212 -82 794 C \ ATOM 24937 CD1 LEU L 173 -127.379 -48.293 -78.880 1.00 81.20 C \ ANISOU24937 CD1 LEU L 173 7706 10395 12036 1210 -96 835 C \ ATOM 24938 CD2 LEU L 173 -128.631 -50.094 -80.047 1.00 78.69 C \ ANISOU24938 CD2 LEU L 173 7937 10405 12038 1192 -35 686 C \ ATOM 24939 N ILE L 174 -123.691 -50.552 -78.201 1.00 83.30 N \ ANISOU24939 N ILE L 174 7824 10515 12111 1190 -52 772 N \ ATOM 24940 CA ILE L 174 -123.115 -51.569 -77.322 1.00 84.80 C \ ANISOU24940 CA ILE L 174 7978 10540 12120 1185 -24 681 C \ ATOM 24941 C ILE L 174 -123.953 -51.840 -76.066 1.00 84.58 C \ ANISOU24941 C ILE L 174 8137 10488 12132 1180 -4 598 C \ ATOM 24942 O ILE L 174 -125.061 -51.336 -75.936 1.00 88.06 O \ ANISOU24942 O ILE L 174 7917 10437 11957 1181 6 599 O \ ATOM 24943 CB ILE L 174 -121.654 -51.237 -76.930 1.00 89.74 C \ ANISOU24943 CB ILE L 174 7916 10259 11848 1174 14 505 C \ ATOM 24944 CG1 ILE L 174 -121.566 -49.863 -76.242 1.00 94.64 C \ ANISOU24944 CG1 ILE L 174 7654 10070 11590 1181 14 510 C \ ATOM 24945 CG2 ILE L 174 -120.735 -51.303 -78.151 1.00 91.91 C \ ANISOU24945 CG2 ILE L 174 8145 10487 11993 1196 -318 1033 C \ ATOM 24946 CD1 ILE L 174 -120.328 -49.669 -75.375 1.00 96.47 C \ ANISOU24946 CD1 ILE L 174 8535 10748 12236 1231 -329 1108 C \ ATOM 24947 N ASP L 175 -123.406 -52.652 -75.163 1.00 84.84 N \ ANISOU24947 N ASP L 175 9119 11146 12613 1186 -256 1049 N \ ATOM 24948 CA ASP L 175 -124.018 -53.019 -73.861 1.00 83.22 C \ ANISOU24948 CA ASP L 175 9081 10959 12509 1219 -174 1081 C \ ATOM 24949 C ASP L 175 -125.395 -53.673 -73.965 1.00 79.84 C \ ANISOU24949 C ASP L 175 9200 11235 12605 1111 -278 964 C \ ATOM 24950 O ASP L 175 -126.427 -53.050 -73.727 1.00 77.27 O \ ANISOU24950 O ASP L 175 8581 10473 11812 1067 -210 895 O \ ATOM 24951 CB ASP L 175 -124.038 -51.835 -72.894 1.00 86.42 C \ ANISOU24951 CB ASP L 175 8179 10057 11518 1058 -102 787 C \ ATOM 24952 CG ASP L 175 -122.633 -51.458 -72.393 1.00 92.65 C \ ANISOU24952 CG ASP L 175 8136 9935 11388 1024 -44 716 C \ ATOM 24953 OD1 ASP L 175 -121.886 -52.350 -71.845 1.00 98.48 O \ ANISOU24953 OD1 ASP L 175 8193 10084 11254 1004 -297 861 O \ ATOM 24954 OD2 ASP L 175 -122.243 -50.277 -72.589 1.00 88.40 O \ ANISOU24954 OD2 ASP L 175 8122 9967 10976 998 -398 934 O \ ATOM 24955 N TRP L 176 -125.393 -54.951 -74.325 1.00 80.23 N \ ANISOU24955 N TRP L 176 8222 10102 10980 927 -501 879 N \ ATOM 24956 CA TRP L 176 -126.625 -55.724 -74.498 1.00 79.85 C \ ANISOU24956 CA TRP L 176 8053 9712 10688 1011 -312 955 C \ ATOM 24957 C TRP L 176 -126.852 -56.662 -73.342 1.00 79.75 C \ ANISOU24957 C TRP L 176 8176 10137 11705 1093 -75 770 C \ ATOM 24958 O TRP L 176 -127.527 -57.690 -73.488 1.00 79.05 O \ ANISOU24958 O TRP L 176 8443 10395 12069 1094 12 663 O \ ATOM 24959 CB TRP L 176 -126.579 -56.497 -75.810 1.00 81.17 C \ ANISOU24959 CB TRP L 176 9003 10825 12647 1103 119 652 C \ ATOM 24960 CG TRP L 176 -126.475 -55.610 -77.030 1.00 80.35 C \ ANISOU24960 CG TRP L 176 9903 11646 13527 1136 137 749 C \ ATOM 24961 CD1 TRP L 176 -125.322 -55.075 -77.601 1.00 79.32 C \ ANISOU24961 CD1 TRP L 176 8371 10431 12156 1134 13 647 C \ ATOM 24962 CD2 TRP L 176 -127.572 -55.160 -77.893 1.00 79.96 C \ ANISOU24962 CD2 TRP L 176 8611 10409 12300 1074 188 538 C \ ATOM 24963 NE1 TRP L 176 -125.625 -54.329 -78.702 1.00 80.15 N \ ANISOU24963 NE1 TRP L 176 8532 10208 12267 1059 302 512 N \ ATOM 24964 CE2 TRP L 176 -126.961 -54.339 -78.938 1.00 80.64 C \ ANISOU24964 CE2 TRP L 176 8517 10233 12403 1041 353 364 C \ ATOM 24965 CE3 TRP L 176 -128.955 -55.327 -77.893 1.00 80.95 C \ ANISOU24965 CE3 TRP L 176 8266 10089 12161 1035 302 278 C \ ATOM 24966 CZ2 TRP L 176 -127.726 -53.720 -79.929 1.00 79.78 C \ ANISOU24966 CZ2 TRP L 176 8762 10347 12346 1016 338 535 C \ ATOM 24967 CZ3 TRP L 176 -129.708 -54.693 -78.896 1.00 79.02 C \ ANISOU24967 CZ3 TRP L 176 9232 10673 12849 988 477 532 C \ ATOM 24968 CH2 TRP L 176 -129.108 -53.919 -79.887 1.00 77.16 C \ ANISOU24968 CH2 TRP L 176 9513 10822 13130 1032 521 649 C \ ATOM 24969 N GLY L 177 -126.309 -56.301 -72.178 1.00 80.61 N \ ANISOU24969 N GLY L 177 9961 11156 13402 1047 530 770 N \ ATOM 24970 CA GLY L 177 -126.527 -57.055 -70.943 1.00 82.96 C \ ANISOU24970 CA GLY L 177 9711 11022 13486 1061 543 622 C \ ATOM 24971 C GLY L 177 -127.964 -56.972 -70.448 1.00 86.53 C \ ANISOU24971 C GLY L 177 8678 10300 12675 1035 449 335 C \ ATOM 24972 O GLY L 177 -128.542 -57.964 -69.988 1.00 85.67 O \ ANISOU24972 O GLY L 177 8674 10329 12827 1010 491 182 O \ ATOM 24973 N LEU L 178 -128.530 -55.763 -70.541 1.00 86.96 N \ ANISOU24973 N LEU L 178 9027 10719 13210 947 521 87 N \ ATOM 24974 CA LEU L 178 -129.898 -55.470 -70.088 1.00 81.24 C \ ANISOU24974 CA LEU L 178 9156 10771 13271 912 579 143 C \ ATOM 24975 C LEU L 178 -130.943 -55.618 -71.194 1.00 78.32 C \ ANISOU24975 C LEU L 178 8689 10206 12959 1011 591 176 C \ ATOM 24976 O LEU L 178 -132.111 -55.312 -70.987 1.00 77.54 O \ ANISOU24976 O LEU L 178 8566 10064 12852 1088 571 237 O \ ATOM 24977 CB LEU L 178 -129.958 -54.070 -69.464 1.00 77.72 C \ ANISOU24977 CB LEU L 178 8281 9699 12498 1140 572 399 C \ ATOM 24978 CG LEU L 178 -129.423 -53.866 -68.050 1.00 76.50 C \ ANISOU24978 CG LEU L 178 8528 10096 12896 1118 552 130 C \ ATOM 24979 CD1 LEU L 178 -129.169 -52.382 -67.816 1.00 77.13 C \ ANISOU24979 CD1 LEU L 178 8364 9789 12631 1220 559 452 C \ ATOM 24980 CD2 LEU L 178 -130.381 -54.446 -67.015 1.00 74.89 C \ ANISOU24980 CD2 LEU L 178 8556 10113 12948 1195 553 182 C \ ATOM 24981 N ALA L 179 -130.525 -56.101 -72.359 1.00 79.01 N \ ANISOU24981 N ALA L 179 8639 10133 13001 1247 559 343 N \ ATOM 24982 CA ALA L 179 -131.450 -56.388 -73.458 1.00 81.35 C \ ANISOU24982 CA ALA L 179 9325 11141 13605 941 481 -55 C \ ATOM 24983 C ALA L 179 -132.277 -57.629 -73.131 1.00 85.47 C \ ANISOU24983 C ALA L 179 9397 11289 13754 894 499 -160 C \ ATOM 24984 O ALA L 179 -131.817 -58.514 -72.404 1.00 92.32 O \ ANISOU24984 O ALA L 179 9436 11313 14011 832 588 -280 O \ ATOM 24985 CB ALA L 179 -130.691 -56.582 -74.759 1.00 81.48 C \ ANISOU24985 CB ALA L 179 9298 11213 13986 837 563 -387 C \ ATOM 24986 N GLU L 180 -133.497 -57.699 -73.666 1.00 82.43 N \ ANISOU24986 N GLU L 180 9079 11128 13408 933 386 -239 N \ ATOM 24987 CA GLU L 180 -134.416 -58.804 -73.356 1.00 81.61 C \ ANISOU24987 CA GLU L 180 9448 11603 13896 903 395 -357 C \ ATOM 24988 C GLU L 180 -135.370 -59.079 -74.524 1.00 81.99 C \ ANISOU24988 C GLU L 180 9548 11695 13935 886 430 -319 C \ ATOM 24989 O GLU L 180 -135.735 -58.168 -75.276 1.00 80.32 O \ ANISOU24989 O GLU L 180 9532 11803 14161 897 368 -514 O \ ATOM 24990 CB GLU L 180 -135.197 -58.475 -72.088 1.00 82.79 C \ ANISOU24990 CB GLU L 180 9582 11842 14112 869 450 -428 C \ ATOM 24991 CG GLU L 180 -136.104 -59.580 -71.551 1.00 86.21 C \ ANISOU24991 CG GLU L 180 9452 11852 14234 874 369 -625 C \ ATOM 24992 CD GLU L 180 -135.361 -60.839 -71.153 1.00 88.08 C \ ANISOU24992 CD GLU L 180 9517 11917 14262 864 416 -579 C \ ATOM 24993 OE1 GLU L 180 -135.079 -61.005 -69.951 1.00 90.85 O \ ANISOU24993 OE1 GLU L 180 9649 12198 14574 853 425 -690 O \ ATOM 24994 OE2 GLU L 180 -135.036 -61.644 -72.038 1.00 90.07 O \ ANISOU24994 OE2 GLU L 180 9480 11296 14108 769 696 -265 O \ ATOM 24995 N PHE L 181 -135.761 -60.342 -74.673 1.00 83.31 N \ ANISOU24995 N PHE L 181 9909 11730 14781 688 794 -386 N \ ATOM 24996 CA PHE L 181 -136.683 -60.767 -75.724 1.00 83.78 C \ ANISOU24996 CA PHE L 181 10025 11984 14996 652 814 -463 C \ ATOM 24997 C PHE L 181 -138.104 -60.288 -75.452 1.00 86.74 C \ ANISOU24997 C PHE L 181 10544 12459 15383 653 863 -371 C \ ATOM 24998 O PHE L 181 -138.540 -60.254 -74.305 1.00 87.38 O \ ANISOU24998 O PHE L 181 9994 11592 14874 639 945 -292 O \ ATOM 24999 CB PHE L 181 -136.656 -62.288 -75.855 1.00 83.84 C \ ANISOU24999 CB PHE L 181 9678 11135 14501 685 937 -225 C \ ATOM 25000 CG PHE L 181 -135.356 -62.838 -76.396 1.00 82.86 C \ ANISOU25000 CG PHE L 181 9230 10594 13843 755 907 -59 C \ ATOM 25001 CD1 PHE L 181 -134.327 -63.198 -75.541 1.00 80.22 C \ ANISOU25001 CD1 PHE L 181 9710 11109 14677 673 956 -316 C \ ATOM 25002 CD2 PHE L 181 -135.165 -62.983 -77.770 1.00 82.96 C \ ANISOU25002 CD2 PHE L 181 9416 10675 14053 795 915 -34 C \ ATOM 25003 CE1 PHE L 181 -133.150 -63.694 -76.040 1.00 81.02 C \ ANISOU25003 CE1 PHE L 181 9983 11249 14823 746 950 -193 C \ ATOM 25004 CE2 PHE L 181 -133.986 -63.479 -78.272 1.00 83.22 C \ ANISOU25004 CE2 PHE L 181 9861 11997 15064 627 770 -639 C \ ATOM 25005 CZ PHE L 181 -132.974 -63.831 -77.405 1.00 83.63 C \ ANISOU25005 CZ PHE L 181 9522 11840 14856 616 764 -726 C \ ATOM 25006 N TYR L 182 -138.815 -59.906 -76.515 1.00 89.68 N \ ANISOU25006 N TYR L 182 9753 12006 15164 540 940 -683 N \ ATOM 25007 CA TYR L 182 -140.205 -59.425 -76.393 1.00 90.65 C \ ANISOU25007 CA TYR L 182 10055 12237 15652 449 1069 -716 C \ ATOM 25008 C TYR L 182 -141.249 -60.510 -76.661 1.00 91.49 C \ ANISOU25008 C TYR L 182 9274 11776 14886 589 696 -925 C \ ATOM 25009 O TYR L 182 -141.319 -61.066 -77.760 1.00 90.79 O \ ANISOU25009 O TYR L 182 9513 11876 15167 547 729 -945 O \ ATOM 25010 CB TYR L 182 -140.472 -58.201 -77.285 1.00 88.48 C \ ANISOU25010 CB TYR L 182 9784 11960 15145 611 722 -772 C \ ATOM 25011 CG TYR L 182 -141.928 -57.757 -77.268 1.00 91.98 C \ ANISOU25011 CG TYR L 182 10007 12260 15254 578 956 -606 C \ ATOM 25012 CD1 TYR L 182 -142.452 -57.015 -76.201 1.00 92.59 C \ ANISOU25012 CD1 TYR L 182 10446 12640 15725 520 1132 -565 C \ ATOM 25013 CD2 TYR L 182 -142.790 -58.095 -78.314 1.00 93.43 C \ ANISOU25013 CD2 TYR L 182 10449 12377 15462 507 1246 -385 C \ ATOM 25014 CE1 TYR L 182 -143.789 -56.637 -76.187 1.00 93.53 C \ ANISOU25014 CE1 TYR L 182 10493 12342 15474 466 1401 -336 C \ ATOM 25015 CE2 TYR L 182 -144.124 -57.733 -78.295 1.00 93.54 C \ ANISOU25015 CE2 TYR L 182 10743 12537 15563 549 1169 -285 C \ ATOM 25016 CZ TYR L 182 -144.624 -56.998 -77.235 1.00 93.95 C \ ANISOU25016 CZ TYR L 182 11287 12842 15838 559 1241 -106 C \ ATOM 25017 OH TYR L 182 -145.955 -56.611 -77.224 1.00 95.86 O \ ANISOU25017 OH TYR L 182 11327 12861 15580 617 1187 -20 O \ ATOM 25018 N HIS L 183 -142.054 -60.791 -75.644 1.00 91.81 N \ ANISOU25018 N HIS L 183 11026 12691 15233 670 1047 -67 N \ ATOM 25019 CA HIS L 183 -143.202 -61.681 -75.777 1.00 95.86 C \ ANISOU25019 CA HIS L 183 12380 13828 16863 596 1169 -35 C \ ATOM 25020 C HIS L 183 -144.457 -60.929 -75.421 1.00 97.40 C \ ANISOU25020 C HIS L 183 13215 14415 17474 610 1248 146 C \ ATOM 25021 O HIS L 183 -144.534 -60.343 -74.339 1.00101.03 O \ ANISOU25021 O HIS L 183 13393 14475 17695 634 1234 193 O \ ATOM 25022 CB HIS L 183 -143.041 -62.908 -74.889 1.00 95.96 C \ ANISOU25022 CB HIS L 183 13150 14110 17248 699 1194 339 C \ ATOM 25023 CG HIS L 183 -141.874 -63.786 -75.267 1.00 92.95 C \ ANISOU25023 CG HIS L 183 12735 13853 17307 586 1265 63 C \ ATOM 25024 ND1 HIS L 183 -140.662 -63.647 -74.709 1.00 88.61 N \ ANISOU25024 ND1 HIS L 183 11871 13224 15909 605 1303 102 N \ ATOM 25025 CD2 HIS L 183 -141.773 -64.837 -76.180 1.00 93.43 C \ ANISOU25025 CD2 HIS L 183 12209 13506 15925 653 1260 181 C \ ATOM 25026 CE1 HIS L 183 -139.821 -64.575 -75.220 1.00 89.87 C \ ANISOU25026 CE1 HIS L 183 12116 13295 15565 709 1141 321 C \ ATOM 25027 NE2 HIS L 183 -140.501 -65.296 -76.121 1.00 94.90 N \ ANISOU25027 NE2 HIS L 183 12585 13622 15994 711 1181 422 N \ ATOM 25028 N PRO L 184 -145.451 -60.909 -76.340 1.00 97.18 N \ ANISOU25028 N PRO L 184 11977 13150 15571 617 1449 227 N \ ATOM 25029 CA PRO L 184 -146.650 -60.073 -76.186 1.00 95.33 C \ ANISOU25029 CA PRO L 184 11966 13300 15809 577 1551 85 C \ ATOM 25030 C PRO L 184 -147.399 -60.345 -74.890 1.00 97.18 C \ ANISOU25030 C PRO L 184 12394 13611 16087 551 1749 130 C \ ATOM 25031 O PRO L 184 -147.872 -61.465 -74.664 1.00 99.87 O \ ANISOU25031 O PRO L 184 12636 13624 16089 541 1849 271 O \ ATOM 25032 CB PRO L 184 -147.514 -60.445 -77.394 1.00 94.58 C \ ANISOU25032 CB PRO L 184 12424 13774 16222 554 1802 30 C \ ATOM 25033 CG PRO L 184 -146.969 -61.743 -77.871 1.00 96.22 C \ ANISOU25033 CG PRO L 184 11214 12455 14499 756 994 324 C \ ATOM 25034 CD PRO L 184 -145.510 -61.727 -77.565 1.00 97.09 C \ ANISOU25034 CD PRO L 184 10660 11844 13741 804 858 436 C \ ATOM 25035 N GLY L 185 -147.461 -59.330 -74.030 1.00 98.76 N \ ANISOU25035 N GLY L 185 10809 11894 13550 822 826 508 N \ ATOM 25036 CA GLY L 185 -148.207 -59.433 -72.775 1.00102.15 C \ ANISOU25036 CA GLY L 185 11130 12194 13782 805 904 457 C \ ATOM 25037 C GLY L 185 -147.422 -59.912 -71.563 1.00100.78 C \ ANISOU25037 C GLY L 185 10323 11669 13521 834 698 374 C \ ATOM 25038 O GLY L 185 -147.968 -59.988 -70.477 1.00100.83 O \ ANISOU25038 O GLY L 185 10003 11439 13485 828 704 302 O \ ATOM 25039 N GLN L 186 -146.147 -60.239 -71.750 1.00102.23 N \ ANISOU25039 N GLN L 186 10023 11404 13549 850 690 373 N \ ATOM 25040 CA GLN L 186 -145.288 -60.656 -70.645 1.00105.19 C \ ANISOU25040 CA GLN L 186 9663 11239 13359 810 715 157 C \ ATOM 25041 C GLN L 186 -144.873 -59.450 -69.817 1.00104.67 C \ ANISOU25041 C GLN L 186 9909 11353 13669 847 697 292 C \ ATOM 25042 O GLN L 186 -144.665 -58.348 -70.354 1.00102.51 O \ ANISOU25042 O GLN L 186 9576 11231 13504 805 705 76 O \ ATOM 25043 CB GLN L 186 -144.051 -61.406 -71.162 1.00113.36 C \ ANISOU25043 CB GLN L 186 9611 11190 13560 820 701 140 C \ ATOM 25044 CG GLN L 186 -143.239 -62.120 -70.091 1.00118.71 C \ ANISOU25044 CG GLN L 186 9363 11002 13517 816 695 46 C \ ATOM 25045 CD GLN L 186 -142.346 -63.251 -70.634 1.00119.92 C \ ANISOU25045 CD GLN L 186 10178 11209 12737 860 708 619 C \ ATOM 25046 OE1 GLN L 186 -141.232 -63.428 -70.158 1.00117.14 O \ ANISOU25046 OE1 GLN L 186 9937 10885 12163 877 634 679 O \ ATOM 25047 NE2 GLN L 186 -142.839 -64.024 -71.613 1.00115.53 N \ ANISOU25047 NE2 GLN L 186 9580 10634 11785 871 521 581 N \ ATOM 25048 N GLU L 187 -144.778 -59.662 -68.504 1.00107.92 N \ ANISOU25048 N GLU L 187 9284 10477 11682 875 426 531 N \ ATOM 25049 CA GLU L 187 -144.369 -58.603 -67.570 1.00109.59 C \ ANISOU25049 CA GLU L 187 9790 10692 11889 921 518 816 C \ ATOM 25050 C GLU L 187 -142.865 -58.645 -67.290 1.00107.85 C \ ANISOU25050 C GLU L 187 9995 10773 11714 939 461 896 C \ ATOM 25051 O GLU L 187 -142.285 -59.716 -67.059 1.00111.07 O \ ANISOU25051 O GLU L 187 10651 11297 12155 926 573 894 O \ ATOM 25052 CB GLU L 187 -145.153 -58.699 -66.264 1.00107.12 C \ ANISOU25052 CB GLU L 187 9764 10589 11399 971 285 964 C \ ATOM 25053 CG GLU L 187 -146.608 -58.261 -66.404 1.00108.11 C \ ANISOU25053 CG GLU L 187 9633 10602 11593 863 542 556 C \ ATOM 25054 CD GLU L 187 -147.336 -58.177 -65.079 1.00110.79 C \ ANISOU25054 CD GLU L 187 9615 10642 11536 859 446 463 C \ ATOM 25055 OE1 GLU L 187 -146.909 -58.886 -64.136 1.00111.46 O \ ANISOU25055 OE1 GLU L 187 9949 10968 11693 860 261 515 O \ ATOM 25056 OE2 GLU L 187 -148.298 -57.370 -64.986 1.00111.65 O \ ANISOU25056 OE2 GLU L 187 9857 10933 11622 848 157 452 O \ ATOM 25057 N TYR L 188 -142.247 -57.467 -67.316 1.00100.46 N \ ANISOU25057 N TYR L 188 9473 10415 11236 854 555 385 N \ ATOM 25058 CA TYR L 188 -140.807 -57.343 -67.140 1.00 95.40 C \ ANISOU25058 CA TYR L 188 8853 9874 10883 849 712 303 C \ ATOM 25059 C TYR L 188 -140.449 -56.524 -65.906 1.00 95.42 C \ ANISOU25059 C TYR L 188 9847 10603 11253 856 614 465 C \ ATOM 25060 O TYR L 188 -141.317 -55.876 -65.300 1.00 97.66 O \ ANISOU25060 O TYR L 188 10248 11195 11828 875 220 632 O \ ATOM 25061 CB TYR L 188 -140.188 -56.688 -68.373 1.00 93.47 C \ ANISOU25061 CB TYR L 188 10587 11555 12032 876 35 686 C \ ATOM 25062 CG TYR L 188 -140.342 -57.480 -69.650 1.00 91.93 C \ ANISOU25062 CG TYR L 188 9989 11126 11724 884 -63 716 C \ ATOM 25063 CD1 TYR L 188 -139.447 -58.504 -69.973 1.00 92.06 C \ ANISOU25063 CD1 TYR L 188 9898 11054 11683 919 -90 818 C \ ATOM 25064 CD2 TYR L 188 -141.362 -57.187 -70.547 1.00 90.17 C \ ANISOU25064 CD2 TYR L 188 11390 12227 12543 906 23 805 C \ ATOM 25065 CE1 TYR L 188 -139.579 -59.213 -71.150 1.00 91.94 C \ ANISOU25065 CE1 TYR L 188 12041 12688 12849 904 133 788 C \ ATOM 25066 CE2 TYR L 188 -141.499 -57.896 -71.734 1.00 90.30 C \ ANISOU25066 CE2 TYR L 188 13423 14020 13941 884 -10 742 C \ ATOM 25067 CZ TYR L 188 -140.607 -58.900 -72.030 1.00 90.44 C \ ANISOU25067 CZ TYR L 188 15198 15595 15287 903 41 775 C \ ATOM 25068 OH TYR L 188 -140.739 -59.598 -73.202 1.00 89.18 O \ ANISOU25068 OH TYR L 188 15666 15933 15548 891 164 688 O \ ATOM 25069 N ASN L 189 -139.162 -56.562 -65.553 1.00 89.82 N \ ANISOU25069 N ASN L 189 15966 16291 16055 866 242 564 N \ ATOM 25070 CA ASN L 189 -138.620 -55.771 -64.457 1.00 86.82 C \ ANISOU25070 CA ASN L 189 15733 15810 15190 915 213 726 C \ ATOM 25071 C ASN L 189 -138.578 -54.280 -64.813 1.00 84.22 C \ ANISOU25071 C ASN L 189 9556 10802 11473 861 -106 633 C \ ATOM 25072 O ASN L 189 -138.198 -53.924 -65.936 1.00 82.76 O \ ANISOU25072 O ASN L 189 9580 10980 11763 871 -172 654 O \ ATOM 25073 CB ASN L 189 -137.220 -56.300 -64.104 1.00 85.20 C \ ANISOU25073 CB ASN L 189 10011 11501 12233 836 -311 628 C \ ATOM 25074 CG ASN L 189 -136.745 -55.859 -62.733 1.00 85.49 C \ ANISOU25074 CG ASN L 189 10262 11815 12476 830 -430 696 C \ ATOM 25075 OD1 ASN L 189 -137.527 -55.720 -61.801 1.00 89.76 O \ ANISOU25075 OD1 ASN L 189 9015 10476 11448 888 -61 600 O \ ATOM 25076 ND2 ASN L 189 -135.448 -55.660 -62.601 1.00 83.57 N \ ANISOU25076 ND2 ASN L 189 8714 10132 11215 918 36 663 N \ ATOM 25077 N VAL L 190 -138.968 -53.422 -63.876 1.00 83.77 N \ ANISOU25077 N VAL L 190 9181 10608 11602 873 20 488 N \ ATOM 25078 CA VAL L 190 -138.954 -51.966 -64.136 1.00 83.68 C \ ANISOU25078 CA VAL L 190 9841 11341 12119 814 -295 536 C \ ATOM 25079 C VAL L 190 -137.570 -51.353 -63.856 1.00 85.83 C \ ANISOU25079 C VAL L 190 9976 11542 12317 774 -400 515 C \ ATOM 25080 O VAL L 190 -137.249 -50.241 -64.323 1.00 85.31 O \ ANISOU25080 O VAL L 190 10488 11979 12615 720 -510 506 O \ ATOM 25081 CB VAL L 190 -140.049 -51.187 -63.367 1.00 81.92 C \ ANISOU25081 CB VAL L 190 10943 12313 12831 720 -498 498 C \ ATOM 25082 CG1 VAL L 190 -141.421 -51.524 -63.897 1.00 77.93 C \ ANISOU25082 CG1 VAL L 190 9783 11347 12213 779 -346 430 C \ ATOM 25083 CG2 VAL L 190 -139.945 -51.465 -61.877 1.00 83.44 C \ ANISOU25083 CG2 VAL L 190 10413 11973 12624 668 -613 503 C \ ATOM 25084 N ARG L 191 -136.765 -52.083 -63.087 1.00 87.57 N \ ANISOU25084 N ARG L 191 10631 12121 12668 598 -728 469 N \ ATOM 25085 CA ARG L 191 -135.414 -51.654 -62.753 1.00 89.95 C \ ANISOU25085 CA ARG L 191 11030 12329 12857 585 -671 367 C \ ATOM 25086 C ARG L 191 -134.458 -51.975 -63.908 1.00 86.43 C \ ANISOU25086 C ARG L 191 10807 12075 12713 612 -580 319 C \ ATOM 25087 O ARG L 191 -133.753 -52.971 -63.866 1.00 85.90 O \ ANISOU25087 O ARG L 191 10521 12122 12747 532 -821 476 O \ ATOM 25088 CB ARG L 191 -134.964 -52.363 -61.469 1.00 95.17 C \ ANISOU25088 CB ARG L 191 11294 13085 13728 551 -870 567 C \ ATOM 25089 CG ARG L 191 -135.825 -52.101 -60.227 1.00 98.91 C \ ANISOU25089 CG ARG L 191 11494 12668 13047 555 -729 332 C \ ATOM 25090 CD ARG L 191 -135.274 -50.915 -59.470 1.00108.92 C \ ANISOU25090 CD ARG L 191 11825 12798 13139 555 -662 232 C \ ATOM 25091 NE ARG L 191 -135.568 -50.948 -58.034 1.00121.28 N \ ANISOU25091 NE ARG L 191 11616 12531 13033 550 -609 159 N \ ATOM 25092 CZ ARG L 191 -136.560 -50.280 -57.442 1.00124.09 C \ ANISOU25092 CZ ARG L 191 12264 13108 13661 608 -487 110 C \ ATOM 25093 NH1 ARG L 191 -137.391 -49.533 -58.157 1.00127.16 N \ ANISOU25093 NH1 ARG L 191 12503 13350 13520 496 -776 186 N \ ATOM 25094 NH2 ARG L 191 -136.727 -50.357 -56.125 1.00123.00 N \ ANISOU25094 NH2 ARG L 191 12194 12813 12925 507 -695 79 N \ ATOM 25095 N VAL L 192 -134.448 -51.148 -64.944 1.00 83.78 N \ ANISOU25095 N VAL L 192 12597 13081 13086 426 -827 -1 N \ ATOM 25096 CA VAL L 192 -133.624 -51.413 -66.113 1.00 85.08 C \ ANISOU25096 CA VAL L 192 13547 14039 13805 417 -935 38 C \ ATOM 25097 C VAL L 192 -132.692 -50.268 -66.549 1.00 88.82 C \ ANISOU25097 C VAL L 192 14373 14853 14504 336 -1116 0 C \ ATOM 25098 O VAL L 192 -131.492 -50.314 -66.246 1.00 90.94 O \ ANISOU25098 O VAL L 192 14639 15088 14871 243 -1195 -81 O \ ATOM 25099 CB VAL L 192 -134.442 -51.963 -67.302 1.00 81.43 C \ ANISOU25099 CB VAL L 192 14538 15034 14441 348 -1223 43 C \ ATOM 25100 CG1 VAL L 192 -134.659 -53.462 -67.163 1.00 79.12 C \ ANISOU25100 CG1 VAL L 192 11228 12178 12767 485 -697 157 C \ ATOM 25101 CG2 VAL L 192 -135.763 -51.234 -67.448 1.00 82.62 C \ ANISOU25101 CG2 VAL L 192 10980 11835 12576 477 -659 100 C \ ATOM 25102 N ALA L 193 -133.223 -49.273 -67.260 1.00 87.65 N \ ANISOU25102 N ALA L 193 10541 11486 12347 556 -558 129 N \ ATOM 25103 CA ALA L 193 -132.388 -48.203 -67.838 1.00 89.05 C \ ANISOU25103 CA ALA L 193 10368 11215 12177 589 -503 81 C \ ATOM 25104 C ALA L 193 -131.796 -47.256 -66.788 1.00 92.34 C \ ANISOU25104 C ALA L 193 11287 12148 12961 373 -769 102 C \ ATOM 25105 O ALA L 193 -132.211 -47.269 -65.636 1.00 94.98 O \ ANISOU25105 O ALA L 193 12030 12834 13527 283 -901 63 O \ ATOM 25106 CB ALA L 193 -133.174 -47.416 -68.876 1.00 87.76 C \ ANISOU25106 CB ALA L 193 12083 12652 13322 245 -914 -45 C \ ATOM 25107 N SER L 194 -130.820 -46.446 -67.197 1.00 92.15 N \ ANISOU25107 N SER L 194 12231 13220 13821 239 -1022 129 N \ ATOM 25108 CA SER L 194 -130.250 -45.406 -66.334 1.00 93.22 C \ ANISOU25108 CA SER L 194 12374 12887 13430 159 -1048 -96 C \ ATOM 25109 C SER L 194 -131.317 -44.390 -65.937 1.00 95.32 C \ ANISOU25109 C SER L 194 12690 13646 14119 159 -1167 86 C \ ATOM 25110 O SER L 194 -132.152 -44.007 -66.763 1.00 93.68 O \ ANISOU25110 O SER L 194 12598 13311 13750 114 -1183 -32 O \ ATOM 25111 CB SER L 194 -129.107 -44.691 -67.042 1.00 93.15 C \ ANISOU25111 CB SER L 194 12225 12896 13191 31 -1339 -92 C \ ATOM 25112 OG SER L 194 -128.080 -45.601 -67.349 1.00100.30 O \ ANISOU25112 OG SER L 194 10379 11499 12344 593 -538 201 O \ ATOM 25113 N ARG L 195 -131.278 -43.966 -64.676 1.00 97.94 N \ ANISOU25113 N ARG L 195 9754 10976 11915 664 -458 219 N \ ATOM 25114 CA ARG L 195 -132.304 -43.089 -64.082 1.00 99.39 C \ ANISOU25114 CA ARG L 195 9615 10859 11778 737 -358 199 C \ ATOM 25115 C ARG L 195 -132.841 -42.022 -65.031 1.00 97.86 C \ ANISOU25115 C ARG L 195 9451 10788 11775 793 -301 198 C \ ATOM 25116 O ARG L 195 -134.054 -41.899 -65.214 1.00102.73 O \ ANISOU25116 O ARG L 195 9162 10563 11534 651 -496 304 O \ ATOM 25117 CB ARG L 195 -131.786 -42.422 -62.800 1.00103.63 C \ ANISOU25117 CB ARG L 195 8979 10395 11411 572 -576 330 C \ ATOM 25118 CG ARG L 195 -132.830 -41.600 -62.047 1.00 99.84 C \ ANISOU25118 CG ARG L 195 8800 10188 11310 571 -548 329 C \ ATOM 25119 CD ARG L 195 -132.180 -40.553 -61.169 1.00102.02 C \ ANISOU25119 CD ARG L 195 9075 10534 11487 497 -680 358 C \ ATOM 25120 NE ARG L 195 -131.536 -41.141 -60.000 1.00108.94 N \ ANISOU25120 NE ARG L 195 8814 10206 11395 485 -601 356 N \ ATOM 25121 CZ ARG L 195 -130.506 -40.596 -59.351 1.00115.10 C \ ANISOU25121 CZ ARG L 195 9233 10725 11742 409 -752 373 C \ ATOM 25122 NH1 ARG L 195 -129.990 -39.438 -59.760 1.00117.38 N \ ANISOU25122 NH1 ARG L 195 9100 10554 11701 397 -702 373 N \ ATOM 25123 NH2 ARG L 195 -129.982 -41.208 -58.291 1.00115.84 N \ ANISOU25123 NH2 ARG L 195 9555 10712 11536 733 -334 177 N \ ATOM 25124 N TYR L 196 -131.930 -41.258 -65.633 1.00 95.21 N \ ANISOU25124 N TYR L 196 9496 10666 11484 786 -219 161 N \ ATOM 25125 CA TYR L 196 -132.290 -40.112 -66.464 1.00 93.15 C \ ANISOU25125 CA TYR L 196 9627 10760 11656 843 -133 74 C \ ATOM 25126 C TYR L 196 -132.969 -40.497 -67.789 1.00 90.47 C \ ANISOU25126 C TYR L 196 10272 11278 12179 843 -142 15 C \ ATOM 25127 O TYR L 196 -133.652 -39.674 -68.393 1.00 88.86 O \ ANISOU25127 O TYR L 196 9641 10708 11389 768 -202 174 O \ ATOM 25128 CB TYR L 196 -131.059 -39.266 -66.718 1.00 95.80 C \ ANISOU25128 CB TYR L 196 9861 10975 11561 732 -303 267 C \ ATOM 25129 CG TYR L 196 -130.252 -38.896 -65.472 1.00101.05 C \ ANISOU25129 CG TYR L 196 9975 10979 11402 731 -288 292 C \ ATOM 25130 CD1 TYR L 196 -130.636 -37.830 -64.663 1.00100.17 C \ ANISOU25130 CD1 TYR L 196 9988 11042 11483 770 -206 375 C \ ATOM 25131 CD2 TYR L 196 -129.087 -39.599 -65.130 1.00103.36 C \ ANISOU25131 CD2 TYR L 196 10628 11588 11851 772 -237 445 C \ ATOM 25132 CE1 TYR L 196 -129.900 -37.476 -63.543 1.00101.83 C \ ANISOU25132 CE1 TYR L 196 9473 10718 11686 892 -54 61 C \ ATOM 25133 CE2 TYR L 196 -128.336 -39.239 -64.015 1.00106.48 C \ ANISOU25133 CE2 TYR L 196 9232 10492 11536 957 16 -22 C \ ATOM 25134 CZ TYR L 196 -128.748 -38.167 -63.226 1.00104.38 C \ ANISOU25134 CZ TYR L 196 9447 10622 11636 975 121 -80 C \ ATOM 25135 OH TYR L 196 -128.025 -37.793 -62.111 1.00100.84 O \ ANISOU25135 OH TYR L 196 9839 10946 11874 937 157 -47 O \ ATOM 25136 N PHE L 197 -132.812 -41.753 -68.207 1.00 90.07 N \ ANISOU25136 N PHE L 197 9448 10624 11705 1041 177 -163 N \ ATOM 25137 CA PHE L 197 -133.367 -42.256 -69.482 1.00 85.92 C \ ANISOU25137 CA PHE L 197 9566 10684 11755 1069 303 -227 C \ ATOM 25138 C PHE L 197 -134.574 -43.172 -69.298 1.00 84.89 C \ ANISOU25138 C PHE L 197 9469 10678 11758 1049 417 -210 C \ ATOM 25139 O PHE L 197 -135.119 -43.695 -70.282 1.00 84.26 O \ ANISOU25139 O PHE L 197 9420 10536 11555 1037 522 -219 O \ ATOM 25140 CB PHE L 197 -132.287 -43.010 -70.285 1.00 82.27 C \ ANISOU25140 CB PHE L 197 9289 10465 11639 1160 326 -310 C \ ATOM 25141 CG PHE L 197 -131.072 -42.186 -70.583 1.00 81.03 C \ ANISOU25141 CG PHE L 197 9402 10548 11746 1172 198 -283 C \ ATOM 25142 CD1 PHE L 197 -131.010 -41.395 -71.715 1.00 79.75 C \ ANISOU25142 CD1 PHE L 197 9269 10487 11648 1102 124 -195 C \ ATOM 25143 CD2 PHE L 197 -129.986 -42.200 -69.725 1.00 81.84 C \ ANISOU25143 CD2 PHE L 197 9238 10607 11765 1042 403 -185 C \ ATOM 25144 CE1 PHE L 197 -129.897 -40.619 -71.984 1.00 80.06 C \ ANISOU25144 CE1 PHE L 197 9082 10521 11730 1012 512 -166 C \ ATOM 25145 CE2 PHE L 197 -128.869 -41.435 -69.983 1.00 83.44 C \ ANISOU25145 CE2 PHE L 197 9158 10469 11579 956 532 -70 C \ ATOM 25146 CZ PHE L 197 -128.828 -40.642 -71.118 1.00 82.53 C \ ANISOU25146 CZ PHE L 197 9566 10842 11960 937 665 -54 C \ ATOM 25147 N LYS L 198 -134.993 -43.368 -68.049 1.00 83.71 N \ ANISOU25147 N LYS L 198 8719 10334 11658 1014 479 -173 N \ ATOM 25148 CA LYS L 198 -136.127 -44.245 -67.738 1.00 83.29 C \ ANISOU25148 CA LYS L 198 8406 10029 11323 994 352 -98 C \ ATOM 25149 C LYS L 198 -137.447 -43.623 -68.191 1.00 84.34 C \ ANISOU25149 C LYS L 198 8292 9959 11246 1039 239 -125 C \ ATOM 25150 O LYS L 198 -137.686 -42.432 -67.980 1.00 88.78 O \ ANISOU25150 O LYS L 198 8500 10071 11308 1061 207 -144 O \ ATOM 25151 CB LYS L 198 -136.172 -44.583 -66.243 1.00 83.54 C \ ANISOU25151 CB LYS L 198 7694 9473 10807 1053 188 -127 C \ ATOM 25152 CG LYS L 198 -134.897 -45.255 -65.722 1.00 85.27 C \ ANISOU25152 CG LYS L 198 8807 10054 11070 933 400 -4 C \ ATOM 25153 CD LYS L 198 -134.980 -45.685 -64.261 1.00 85.16 C \ ANISOU25153 CD LYS L 198 9006 10147 11047 894 382 91 C \ ATOM 25154 CE LYS L 198 -135.210 -47.185 -64.136 1.00 85.57 C \ ANISOU25154 CE LYS L 198 9206 10173 10921 889 426 75 C \ ATOM 25155 NZ LYS L 198 -134.782 -47.707 -62.805 1.00 89.67 N \ ANISOU25155 NZ LYS L 198 9252 10124 10781 876 495 134 N \ ATOM 25156 N GLY L 199 -138.290 -44.429 -68.831 1.00 83.90 N \ ANISOU25156 N GLY L 199 8817 9984 10837 872 218 159 N \ ATOM 25157 CA GLY L 199 -139.596 -43.968 -69.330 1.00 82.28 C \ ANISOU25157 CA GLY L 199 8348 9664 10632 879 167 187 C \ ATOM 25158 C GLY L 199 -140.632 -43.817 -68.240 1.00 83.45 C \ ANISOU25158 C GLY L 199 8017 9351 10259 855 21 249 C \ ATOM 25159 O GLY L 199 -140.428 -44.325 -67.129 1.00 85.96 O \ ANISOU25159 O GLY L 199 8502 9855 10909 878 256 236 O \ ATOM 25160 N PRO L 200 -141.753 -43.125 -68.539 1.00 83.64 N \ ANISOU25160 N PRO L 200 9217 10123 10843 905 390 -3 N \ ATOM 25161 CA PRO L 200 -142.863 -42.984 -67.575 1.00 84.24 C \ ANISOU25161 CA PRO L 200 9872 10592 11167 902 419 -38 C \ ATOM 25162 C PRO L 200 -143.415 -44.328 -67.115 1.00 83.98 C \ ANISOU25162 C PRO L 200 10589 11263 11841 934 619 -85 C \ ATOM 25163 O PRO L 200 -143.827 -44.447 -65.962 1.00 82.94 O \ ANISOU25163 O PRO L 200 11089 11604 12028 928 683 -80 O \ ATOM 25164 CB PRO L 200 -143.928 -42.206 -68.353 1.00 82.63 C \ ANISOU25164 CB PRO L 200 9673 10317 10896 908 326 -115 C \ ATOM 25165 CG PRO L 200 -143.154 -41.434 -69.356 1.00 83.42 C \ ANISOU25165 CG PRO L 200 9308 9984 10577 867 146 -78 C \ ATOM 25166 CD PRO L 200 -142.001 -42.341 -69.753 1.00 82.66 C \ ANISOU25166 CD PRO L 200 9529 10123 10794 883 104 -159 C \ ATOM 25167 N GLU L 201 -143.396 -45.325 -68.007 1.00 83.20 N \ ANISOU25167 N GLU L 201 9370 9975 10404 806 34 -15 N \ ATOM 25168 CA GLU L 201 -143.868 -46.671 -67.687 1.00 82.47 C \ ANISOU25168 CA GLU L 201 10632 11454 12201 966 719 -133 C \ ATOM 25169 C GLU L 201 -143.053 -47.352 -66.587 1.00 82.14 C \ ANISOU25169 C GLU L 201 10790 11616 12406 991 925 -181 C \ ATOM 25170 O GLU L 201 -143.610 -48.102 -65.784 1.00 85.19 O \ ANISOU25170 O GLU L 201 11214 12083 12920 953 1043 -103 O \ ATOM 25171 CB GLU L 201 -143.940 -47.557 -68.944 1.00 80.83 C \ ANISOU25171 CB GLU L 201 11934 12831 13742 957 1231 -134 C \ ATOM 25172 CG GLU L 201 -142.609 -47.834 -69.646 1.00 78.32 C \ ANISOU25172 CG GLU L 201 10573 11550 12506 1051 976 -289 C \ ATOM 25173 CD GLU L 201 -142.324 -46.871 -70.780 1.00 77.63 C \ ANISOU25173 CD GLU L 201 10895 11789 12722 1099 878 -356 C \ ATOM 25174 OE1 GLU L 201 -142.309 -45.636 -70.521 1.00 78.64 O \ ANISOU25174 OE1 GLU L 201 10645 11841 12954 1047 919 -284 O \ ATOM 25175 OE2 GLU L 201 -142.111 -47.352 -71.936 1.00 73.63 O \ ANISOU25175 OE2 GLU L 201 11063 11931 12744 916 941 -3 O \ ATOM 25176 N LEU L 202 -141.749 -47.086 -66.560 1.00 78.78 N \ ANISOU25176 N LEU L 202 11033 11899 12771 883 1036 87 N \ ATOM 25177 CA LEU L 202 -140.863 -47.668 -65.554 1.00 79.49 C \ ANISOU25177 CA LEU L 202 10976 12023 13139 871 1130 42 C \ ATOM 25178 C LEU L 202 -141.041 -47.006 -64.181 1.00 79.75 C \ ANISOU25178 C LEU L 202 11087 12115 13325 839 1290 76 C \ ATOM 25179 O LEU L 202 -141.012 -47.678 -63.147 1.00 79.37 O \ ANISOU25179 O LEU L 202 11407 12083 12818 877 1190 139 O \ ATOM 25180 CB LEU L 202 -139.394 -47.569 -65.990 1.00 78.01 C \ ANISOU25180 CB LEU L 202 11886 12460 13149 854 1193 284 C \ ATOM 25181 CG LEU L 202 -138.927 -48.228 -67.287 1.00 75.39 C \ ANISOU25181 CG LEU L 202 11349 11997 12875 831 1258 324 C \ ATOM 25182 CD1 LEU L 202 -137.467 -47.900 -67.533 1.00 72.72 C \ ANISOU25182 CD1 LEU L 202 12553 12967 13429 864 1125 355 C \ ATOM 25183 CD2 LEU L 202 -139.162 -49.737 -67.257 1.00 77.03 C \ ANISOU25183 CD2 LEU L 202 11037 12252 13467 893 1029 -36 C \ ATOM 25184 N LEU L 203 -141.221 -45.689 -64.184 1.00 79.44 N \ ANISOU25184 N LEU L 203 11351 12754 14178 881 1065 -88 N \ ATOM 25185 CA LEU L 203 -141.321 -44.923 -62.952 1.00 83.25 C \ ANISOU25185 CA LEU L 203 11287 12704 14185 852 975 -10 C \ ATOM 25186 C LEU L 203 -142.646 -45.139 -62.215 1.00 88.68 C \ ANISOU25186 C LEU L 203 11460 12875 14275 869 814 25 C \ ATOM 25187 O LEU L 203 -142.701 -45.053 -60.984 1.00 91.39 O \ ANISOU25187 O LEU L 203 11038 12605 14083 934 985 -203 O \ ATOM 25188 CB LEU L 203 -141.092 -43.433 -63.225 1.00 81.29 C \ ANISOU25188 CB LEU L 203 11402 13181 14853 926 1028 -286 C \ ATOM 25189 CG LEU L 203 -139.803 -43.014 -63.942 1.00 78.62 C \ ANISOU25189 CG LEU L 203 11384 13250 15039 913 1199 -355 C \ ATOM 25190 CD1 LEU L 203 -139.933 -41.580 -64.424 1.00 80.13 C \ ANISOU25190 CD1 LEU L 203 11540 13438 15174 928 901 -301 C \ ATOM 25191 CD2 LEU L 203 -138.581 -43.200 -63.063 1.00 78.30 C \ ANISOU25191 CD2 LEU L 203 11451 13531 15505 895 1225 -445 C \ ATOM 25192 N VAL L 204 -143.707 -45.428 -62.967 1.00 90.24 N \ ANISOU25192 N VAL L 204 11649 13740 15640 917 925 -392 N \ ATOM 25193 CA VAL L 204 -145.032 -45.693 -62.381 1.00 91.62 C \ ANISOU25193 CA VAL L 204 11482 13670 15693 896 1078 -467 C \ ATOM 25194 C VAL L 204 -145.259 -47.187 -62.103 1.00 95.33 C \ ANISOU25194 C VAL L 204 11344 13741 15935 873 1089 -570 C \ ATOM 25195 O VAL L 204 -146.355 -47.594 -61.724 1.00101.35 O \ ANISOU25195 O VAL L 204 10898 12324 13959 808 1090 14 O \ ATOM 25196 CB VAL L 204 -146.190 -45.133 -63.241 1.00 91.15 C \ ANISOU25196 CB VAL L 204 10286 11668 13364 786 1041 104 C \ ATOM 25197 CG1 VAL L 204 -146.018 -43.650 -63.480 1.00 93.19 C \ ANISOU25197 CG1 VAL L 204 10152 11696 13567 778 987 33 C \ ATOM 25198 CG2 VAL L 204 -146.291 -45.851 -64.575 1.00 93.28 C \ ANISOU25198 CG2 VAL L 204 10325 11844 13753 778 917 92 C \ ATOM 25199 N ASP L 205 -144.212 -47.985 -62.296 1.00 94.06 N \ ANISOU25199 N ASP L 205 10613 11835 13599 745 1208 198 N \ ATOM 25200 CA ASP L 205 -144.223 -49.430 -62.049 1.00 93.97 C \ ANISOU25200 CA ASP L 205 10475 11499 13053 761 1242 300 C \ ATOM 25201 C ASP L 205 -145.147 -50.223 -62.987 1.00 95.12 C \ ANISOU25201 C ASP L 205 10484 11326 12943 733 1402 418 C \ ATOM 25202 O ASP L 205 -145.720 -51.232 -62.593 1.00 96.14 O \ ANISOU25202 O ASP L 205 10367 11106 12697 716 1576 432 O \ ATOM 25203 CB ASP L 205 -144.515 -49.719 -60.575 1.00 95.56 C \ ANISOU25203 CB ASP L 205 10337 11124 12830 734 1354 510 C \ ATOM 25204 CG ASP L 205 -143.766 -50.937 -60.062 1.00 98.69 C \ ANISOU25204 CG ASP L 205 10473 12184 14155 778 1014 -96 C \ ATOM 25205 OD1 ASP L 205 -143.977 -52.050 -60.602 1.00 95.33 O \ ANISOU25205 OD1 ASP L 205 10776 12642 14770 766 967 -183 O \ ATOM 25206 OD2 ASP L 205 -142.969 -50.769 -59.110 1.00102.51 O \ ANISOU25206 OD2 ASP L 205 10504 12493 14521 829 786 -238 O \ ATOM 25207 N TYR L 206 -145.282 -49.755 -64.228 1.00 96.74 N \ ANISOU25207 N TYR L 206 10316 12479 14569 848 742 -355 N \ ATOM 25208 CA TYR L 206 -145.967 -50.509 -65.273 1.00100.76 C \ ANISOU25208 CA TYR L 206 10812 12813 15123 723 1098 -300 C \ ATOM 25209 C TYR L 206 -144.995 -51.530 -65.911 1.00100.48 C \ ANISOU25209 C TYR L 206 10374 12460 14988 669 1113 -369 C \ ATOM 25210 O TYR L 206 -143.930 -51.158 -66.403 1.00101.62 O \ ANISOU25210 O TYR L 206 9217 11498 14247 605 1251 -522 O \ ATOM 25211 CB TYR L 206 -146.539 -49.562 -66.328 1.00 99.30 C \ ANISOU25211 CB TYR L 206 10108 12183 15037 527 1510 -414 C \ ATOM 25212 CG TYR L 206 -147.495 -50.240 -67.283 1.00103.80 C \ ANISOU25212 CG TYR L 206 10050 11948 13820 862 679 -150 C \ ATOM 25213 CD1 TYR L 206 -148.805 -50.506 -66.904 1.00104.42 C \ ANISOU25213 CD1 TYR L 206 9703 11679 13455 916 526 -178 C \ ATOM 25214 CD2 TYR L 206 -147.088 -50.628 -68.564 1.00105.68 C \ ANISOU25214 CD2 TYR L 206 9691 11740 13581 921 456 -193 C \ ATOM 25215 CE1 TYR L 206 -149.687 -51.135 -67.763 1.00106.56 C \ ANISOU25215 CE1 TYR L 206 9875 11907 13882 881 521 -189 C \ ATOM 25216 CE2 TYR L 206 -147.965 -51.262 -69.432 1.00107.99 C \ ANISOU25216 CE2 TYR L 206 9194 11053 12660 935 445 -88 C \ ATOM 25217 CZ TYR L 206 -149.260 -51.514 -69.027 1.00107.50 C \ ANISOU25217 CZ TYR L 206 8702 10441 12009 906 435 35 C \ ATOM 25218 OH TYR L 206 -150.123 -52.154 -69.880 1.00107.97 O \ ANISOU25218 OH TYR L 206 8458 10224 11793 916 348 87 O \ ATOM 25219 N GLN L 207 -145.367 -52.806 -65.892 1.00 97.86 N \ ANISOU25219 N GLN L 207 8949 10553 12072 880 514 103 N \ ATOM 25220 CA GLN L 207 -144.439 -53.904 -66.211 1.00 92.96 C \ ANISOU25220 CA GLN L 207 8307 9987 11526 904 332 201 C \ ATOM 25221 C GLN L 207 -144.569 -54.480 -67.624 1.00 93.21 C \ ANISOU25221 C GLN L 207 8757 10260 11728 870 488 222 C \ ATOM 25222 O GLN L 207 -143.667 -55.168 -68.096 1.00 94.55 O \ ANISOU25222 O GLN L 207 8433 9984 11469 884 392 270 O \ ATOM 25223 CB GLN L 207 -144.602 -55.048 -65.202 1.00 94.87 C \ ANISOU25223 CB GLN L 207 8388 9860 11300 888 358 390 C \ ATOM 25224 CG GLN L 207 -144.166 -54.744 -63.785 1.00 92.19 C \ ANISOU25224 CG GLN L 207 9324 11437 13187 973 335 -213 C \ ATOM 25225 CD GLN L 207 -144.222 -55.970 -62.874 1.00 91.47 C \ ANISOU25225 CD GLN L 207 9062 11242 13018 991 270 -237 C \ ATOM 25226 OE1 GLN L 207 -144.982 -56.004 -61.914 1.00 89.93 O \ ANISOU25226 OE1 GLN L 207 9150 11307 12949 1032 164 -171 O \ ATOM 25227 NE2 GLN L 207 -143.405 -56.979 -63.172 1.00 90.25 N \ ANISOU25227 NE2 GLN L 207 9007 11076 12633 1025 143 -89 N \ ATOM 25228 N MET L 208 -145.678 -54.198 -68.300 1.00 96.89 N \ ANISOU25228 N MET L 208 9230 11567 13402 1013 251 -379 N \ ATOM 25229 CA MET L 208 -145.965 -54.809 -69.603 1.00100.51 C \ ANISOU25229 CA MET L 208 9401 11816 13553 1077 188 -434 C \ ATOM 25230 C MET L 208 -145.561 -53.913 -70.790 1.00 98.75 C \ ANISOU25230 C MET L 208 9620 12103 13897 1074 245 -503 C \ ATOM 25231 O MET L 208 -146.308 -53.765 -71.777 1.00 98.34 O \ ANISOU25231 O MET L 208 9438 11842 13458 1134 93 -405 O \ ATOM 25232 CB MET L 208 -147.455 -55.187 -69.685 1.00101.99 C \ ANISOU25232 CB MET L 208 8860 11093 12717 1070 102 -214 C \ ATOM 25233 CG MET L 208 -147.759 -56.378 -70.577 1.00 99.55 C \ ANISOU25233 CG MET L 208 8073 10289 11805 1105 26 -151 C \ ATOM 25234 SD MET L 208 -149.512 -56.733 -70.664 1.00 92.02 S \ ANISOU25234 SD MET L 208 8141 10314 11725 1128 -24 -118 S \ ATOM 25235 CE MET L 208 -149.823 -57.470 -69.059 1.00 98.25 C \ ANISOU25235 CE MET L 208 8294 10411 11759 1124 -62 -35 C \ ATOM 25236 N TYR L 209 -144.367 -53.334 -70.697 1.00 94.27 N \ ANISOU25236 N TYR L 209 7794 10097 11589 1154 -18 -222 N \ ATOM 25237 CA TYR L 209 -143.859 -52.441 -71.740 1.00 91.69 C \ ANISOU25237 CA TYR L 209 7994 10329 11941 1131 27 -284 C \ ATOM 25238 C TYR L 209 -143.345 -53.193 -72.972 1.00 92.15 C \ ANISOU25238 C TYR L 209 8000 10432 12096 1138 19 -420 C \ ATOM 25239 O TYR L 209 -143.358 -54.422 -73.014 1.00 93.87 O \ ANISOU25239 O TYR L 209 8012 10277 11966 1104 75 -210 O \ ATOM 25240 CB TYR L 209 -142.779 -51.479 -71.192 1.00 86.61 C \ ANISOU25240 CB TYR L 209 8400 10841 12642 1103 64 -491 C \ ATOM 25241 CG TYR L 209 -141.586 -52.137 -70.534 1.00 81.99 C \ ANISOU25241 CG TYR L 209 8054 10313 12142 1086 127 -269 C \ ATOM 25242 CD1 TYR L 209 -140.477 -52.528 -71.278 1.00 80.21 C \ ANISOU25242 CD1 TYR L 209 8306 10643 12535 1077 125 -413 C \ ATOM 25243 CD2 TYR L 209 -141.562 -52.362 -69.160 1.00 83.11 C \ ANISOU25243 CD2 TYR L 209 8516 10828 12884 1046 178 -486 C \ ATOM 25244 CE1 TYR L 209 -139.387 -53.132 -70.671 1.00 78.49 C \ ANISOU25244 CE1 TYR L 209 8178 10375 11786 1152 -19 -188 C \ ATOM 25245 CE2 TYR L 209 -140.470 -52.962 -68.545 1.00 80.92 C \ ANISOU25245 CE2 TYR L 209 8492 10630 11968 1190 -61 -176 C \ ATOM 25246 CZ TYR L 209 -139.391 -53.336 -69.302 1.00 78.66 C \ ANISOU25246 CZ TYR L 209 8514 10513 11822 1140 -52 -92 C \ ATOM 25247 OH TYR L 209 -138.311 -53.924 -68.691 1.00 77.77 O \ ANISOU25247 OH TYR L 209 8993 10909 12175 1160 -89 -76 O \ ATOM 25248 N ASP L 210 -142.917 -52.430 -73.980 1.00 89.35 N \ ANISOU25248 N ASP L 210 8768 10973 12338 1238 -47 -275 N \ ATOM 25249 CA ASP L 210 -142.438 -52.984 -75.234 1.00 87.71 C \ ANISOU25249 CA ASP L 210 9305 11514 12958 1188 46 -301 C \ ATOM 25250 C ASP L 210 -141.261 -52.193 -75.816 1.00 87.93 C \ ANISOU25250 C ASP L 210 8003 9968 11301 1080 -8 -40 C \ ATOM 25251 O ASP L 210 -140.578 -51.471 -75.086 1.00 86.11 O \ ANISOU25251 O ASP L 210 7837 9685 10965 1033 -22 36 O \ ATOM 25252 CB ASP L 210 -143.587 -53.108 -76.238 1.00 90.01 C \ ANISOU25252 CB ASP L 210 7991 9823 11058 1019 -100 108 C \ ATOM 25253 CG ASP L 210 -144.290 -51.780 -76.516 1.00 91.51 C \ ANISOU25253 CG ASP L 210 8072 9814 11003 988 -142 142 C \ ATOM 25254 OD1 ASP L 210 -145.438 -51.601 -76.052 1.00 93.75 O \ ANISOU25254 OD1 ASP L 210 7581 9399 10700 987 34 83 O \ ATOM 25255 OD2 ASP L 210 -143.704 -50.920 -77.204 1.00 91.43 O \ ANISOU25255 OD2 ASP L 210 7636 9351 10570 943 0 167 O \ ATOM 25256 N TYR L 211 -141.046 -52.314 -77.134 1.00 85.99 N \ ANISOU25256 N TYR L 211 7826 9433 10579 933 -11 138 N \ ATOM 25257 CA TYR L 211 -139.924 -51.688 -77.838 1.00 79.40 C \ ANISOU25257 CA TYR L 211 7697 9375 10612 921 64 219 C \ ATOM 25258 C TYR L 211 -139.835 -50.189 -77.621 1.00 79.43 C \ ANISOU25258 C TYR L 211 8085 10004 11258 1039 -112 124 C \ ATOM 25259 O TYR L 211 -138.741 -49.615 -77.651 1.00 80.18 O \ ANISOU25259 O TYR L 211 7821 9749 10972 1033 -162 188 O \ ATOM 25260 CB TYR L 211 -140.003 -51.969 -79.341 1.00 77.59 C \ ANISOU25260 CB TYR L 211 8094 9970 11164 1065 -193 167 C \ ATOM 25261 CG TYR L 211 -140.196 -53.422 -79.696 1.00 79.66 C \ ANISOU25261 CG TYR L 211 8464 10290 11471 1036 -225 224 C \ ATOM 25262 CD1 TYR L 211 -141.365 -53.846 -80.305 1.00 80.35 C \ ANISOU25262 CD1 TYR L 211 7419 9443 10693 1059 -144 197 C \ ATOM 25263 CD2 TYR L 211 -139.197 -54.381 -79.426 1.00 79.63 C \ ANISOU25263 CD2 TYR L 211 7478 9526 10824 1031 -119 250 C \ ATOM 25264 CE1 TYR L 211 -141.556 -55.182 -80.625 1.00 83.91 C \ ANISOU25264 CE1 TYR L 211 7539 9539 10819 989 -137 306 C \ ATOM 25265 CE2 TYR L 211 -139.368 -55.721 -79.749 1.00 80.30 C \ ANISOU25265 CE2 TYR L 211 7292 9396 10746 1059 -85 236 C \ ATOM 25266 CZ TYR L 211 -140.549 -56.117 -80.340 1.00 82.87 C \ ANISOU25266 CZ TYR L 211 8145 10034 11229 1126 -182 88 C \ ATOM 25267 OH TYR L 211 -140.740 -57.439 -80.659 1.00 84.83 O \ ANISOU25267 OH TYR L 211 8212 10038 11210 1182 -212 71 O \ ATOM 25268 N SER L 212 -140.985 -49.563 -77.400 1.00 79.85 N \ ANISOU25268 N SER L 212 8499 10182 11373 1159 -218 73 N \ ATOM 25269 CA SER L 212 -141.089 -48.112 -77.301 1.00 81.83 C \ ANISOU25269 CA SER L 212 9028 10608 11804 1185 -242 91 C \ ATOM 25270 C SER L 212 -140.316 -47.490 -76.122 1.00 81.20 C \ ANISOU25270 C SER L 212 8154 10069 11229 1269 -216 -16 C \ ATOM 25271 O SER L 212 -140.175 -46.259 -76.062 1.00 84.43 O \ ANISOU25271 O SER L 212 8264 10301 11437 1293 -219 -38 O \ ATOM 25272 CB SER L 212 -142.560 -47.698 -77.247 1.00 84.43 C \ ANISOU25272 CB SER L 212 8388 10399 11478 1289 -229 55 C \ ATOM 25273 OG SER L 212 -143.211 -48.296 -76.125 1.00 88.90 O \ ANISOU25273 OG SER L 212 8515 10439 11448 1378 -270 64 O \ ATOM 25274 N LEU L 213 -139.817 -48.322 -75.204 1.00 77.05 N \ ANISOU25274 N LEU L 213 8366 10022 11223 1113 -191 56 N \ ATOM 25275 CA LEU L 213 -138.960 -47.845 -74.112 1.00 74.98 C \ ANISOU25275 CA LEU L 213 8415 9918 11124 1083 -194 49 C \ ATOM 25276 C LEU L 213 -137.612 -47.324 -74.636 1.00 75.99 C \ ANISOU25276 C LEU L 213 8455 9884 11080 998 -241 120 C \ ATOM 25277 O LEU L 213 -137.040 -46.371 -74.082 1.00 76.04 O \ ANISOU25277 O LEU L 213 8417 9702 10924 975 -265 121 O \ ATOM 25278 CB LEU L 213 -138.752 -48.941 -73.060 1.00 72.85 C \ ANISOU25278 CB LEU L 213 8397 9890 11088 1070 -137 2 C \ ATOM 25279 CG LEU L 213 -137.785 -48.701 -71.888 1.00 72.53 C \ ANISOU25279 CG LEU L 213 8556 9877 11056 1034 -139 -10 C \ ATOM 25280 CD1 LEU L 213 -138.092 -47.443 -71.087 1.00 73.27 C \ ANISOU25280 CD1 LEU L 213 8646 9889 11014 950 -173 31 C \ ATOM 25281 CD2 LEU L 213 -137.760 -49.894 -70.956 1.00 72.87 C \ ANISOU25281 CD2 LEU L 213 8878 10076 11288 1085 -110 -78 C \ ATOM 25282 N ASP L 214 -137.117 -47.951 -75.709 1.00 77.24 N \ ANISOU25282 N ASP L 214 8848 9921 11035 938 -169 -15 N \ ATOM 25283 CA ASP L 214 -135.913 -47.505 -76.405 1.00 75.12 C \ ANISOU25283 CA ASP L 214 8884 9913 11087 1017 -122 -80 C \ ATOM 25284 C ASP L 214 -136.160 -46.175 -77.096 1.00 76.93 C \ ANISOU25284 C ASP L 214 8802 10016 11281 1185 -81 -139 C \ ATOM 25285 O ASP L 214 -135.250 -45.365 -77.257 1.00 79.55 O \ ANISOU25285 O ASP L 214 8892 9753 10954 1047 -91 -146 O \ ATOM 25286 CB ASP L 214 -135.462 -48.547 -77.421 1.00 72.52 C \ ANISOU25286 CB ASP L 214 8794 9850 11151 1223 -51 -194 C \ ATOM 25287 CG ASP L 214 -134.813 -49.765 -76.765 1.00 73.24 C \ ANISOU25287 CG ASP L 214 9007 9880 11155 1155 -48 -200 C \ ATOM 25288 OD1 ASP L 214 -134.366 -49.673 -75.591 1.00 73.42 O \ ANISOU25288 OD1 ASP L 214 8217 9743 10915 951 -254 176 O \ ATOM 25289 OD2 ASP L 214 -134.741 -50.815 -77.436 1.00 72.21 O \ ANISOU25289 OD2 ASP L 214 8303 9812 10974 869 -309 243 O \ ATOM 25290 N MET L 215 -137.402 -45.955 -77.513 1.00 77.40 N \ ANISOU25290 N MET L 215 8364 9864 11070 864 -326 284 N \ ATOM 25291 CA MET L 215 -137.790 -44.723 -78.199 1.00 77.54 C \ ANISOU25291 CA MET L 215 8768 10194 11430 792 -365 314 C \ ATOM 25292 C MET L 215 -137.936 -43.538 -77.250 1.00 79.10 C \ ANISOU25292 C MET L 215 8387 10021 11156 845 -317 298 C \ ATOM 25293 O MET L 215 -137.832 -42.389 -77.681 1.00 82.75 O \ ANISOU25293 O MET L 215 8577 10188 11283 845 -291 277 O \ ATOM 25294 CB MET L 215 -139.065 -44.941 -79.005 1.00 77.51 C \ ANISOU25294 CB MET L 215 8150 9719 10928 936 -293 282 C \ ATOM 25295 CG MET L 215 -138.950 -46.046 -80.044 1.00 78.97 C \ ANISOU25295 CG MET L 215 8406 9950 11182 949 -288 327 C \ ATOM 25296 SD MET L 215 -137.465 -45.911 -81.088 1.00 79.66 S \ ANISOU25296 SD MET L 215 8873 10229 11510 959 -293 312 S \ ATOM 25297 CE MET L 215 -137.840 -44.488 -82.080 1.00 80.02 C \ ANISOU25297 CE MET L 215 9678 10947 12283 918 -291 366 C \ ATOM 25298 N TRP L 216 -138.161 -43.814 -75.966 1.00 77.94 N \ ANISOU25298 N TRP L 216 8408 10051 11241 1039 -257 315 N \ ATOM 25299 CA TRP L 216 -138.192 -42.764 -74.946 1.00 77.53 C \ ANISOU25299 CA TRP L 216 8640 10269 11448 1064 -235 373 C \ ATOM 25300 C TRP L 216 -136.795 -42.350 -74.569 1.00 77.43 C \ ANISOU25300 C TRP L 216 8578 10295 11494 994 -217 449 C \ ATOM 25301 O TRP L 216 -136.531 -41.156 -74.371 1.00 76.44 O \ ANISOU25301 O TRP L 216 8548 10241 11345 1173 -222 331 O \ ATOM 25302 CB TRP L 216 -138.962 -43.211 -73.707 1.00 77.32 C \ ANISOU25302 CB TRP L 216 8855 10144 11424 1014 -289 241 C \ ATOM 25303 CG TRP L 216 -138.858 -42.232 -72.557 1.00 77.62 C \ ANISOU25303 CG TRP L 216 8973 10064 11409 1037 -289 217 C \ ATOM 25304 CD1 TRP L 216 -137.889 -42.191 -71.558 1.00 77.78 C \ ANISOU25304 CD1 TRP L 216 9071 10023 11425 926 -314 221 C \ ATOM 25305 CD2 TRP L 216 -139.758 -41.111 -72.254 1.00 79.60 C \ ANISOU25305 CD2 TRP L 216 9498 10264 11757 907 -314 230 C \ ATOM 25306 NE1 TRP L 216 -138.128 -41.164 -70.678 1.00 78.44 N \ ANISOU25306 NE1 TRP L 216 8903 9933 11283 854 -339 212 N \ ATOM 25307 CE2 TRP L 216 -139.227 -40.475 -71.033 1.00 78.66 C \ ANISOU25307 CE2 TRP L 216 9181 10112 11482 742 -386 208 C \ ATOM 25308 CE3 TRP L 216 -140.917 -40.595 -72.841 1.00 79.22 C \ ANISOU25308 CE3 TRP L 216 9506 10455 11890 651 -417 279 C \ ATOM 25309 CZ2 TRP L 216 -139.841 -39.379 -70.452 1.00 77.91 C \ ANISOU25309 CZ2 TRP L 216 9948 10756 12270 561 -449 269 C \ ATOM 25310 CZ3 TRP L 216 -141.518 -39.478 -72.251 1.00 78.42 C \ ANISOU25310 CZ3 TRP L 216 9021 10044 11312 707 -414 192 C \ ATOM 25311 CH2 TRP L 216 -140.992 -38.886 -71.082 1.00 79.07 C \ ANISOU25311 CH2 TRP L 216 8966 9937 11142 782 -356 108 C \ ATOM 25312 N SER L 217 -135.898 -43.337 -74.456 1.00 76.00 N \ ANISOU25312 N SER L 217 9533 10655 12067 670 -398 344 N \ ATOM 25313 CA SER L 217 -134.500 -43.084 -74.121 1.00 76.56 C \ ANISOU25313 CA SER L 217 9855 11024 12502 595 -399 418 C \ ATOM 25314 C SER L 217 -133.790 -42.342 -75.255 1.00 77.11 C \ ANISOU25314 C SER L 217 10134 11126 12709 610 -348 444 C \ ATOM 25315 O SER L 217 -132.923 -41.500 -75.009 1.00 79.99 O \ ANISOU25315 O SER L 217 10518 11431 13124 510 -348 480 O \ ATOM 25316 CB SER L 217 -133.773 -44.393 -73.802 1.00 77.81 C \ ANISOU25316 CB SER L 217 10090 11480 12901 632 -372 475 C \ ATOM 25317 OG SER L 217 -134.358 -45.046 -72.685 1.00 79.08 O \ ANISOU25317 OG SER L 217 10428 11990 13356 584 -426 491 O \ ATOM 25318 N LEU L 218 -134.162 -42.666 -76.493 1.00 75.79 N \ ANISOU25318 N LEU L 218 10974 12771 14114 626 -383 561 N \ ATOM 25319 CA LEU L 218 -133.618 -42.011 -77.674 1.00 77.74 C \ ANISOU25319 CA LEU L 218 10157 11970 13415 545 -349 633 C \ ATOM 25320 C LEU L 218 -134.020 -40.538 -77.716 1.00 80.57 C \ ANISOU25320 C LEU L 218 10179 11109 12664 735 -307 427 C \ ATOM 25321 O LEU L 218 -133.246 -39.685 -78.160 1.00 86.61 O \ ANISOU25321 O LEU L 218 10258 11004 12640 783 -260 462 O \ ATOM 25322 CB LEU L 218 -134.084 -42.718 -78.942 1.00 78.17 C \ ANISOU25322 CB LEU L 218 10579 11063 12834 734 -270 427 C \ ATOM 25323 CG LEU L 218 -133.454 -42.274 -80.279 1.00 79.90 C \ ANISOU25323 CG LEU L 218 10721 11037 12938 681 -238 477 C \ ATOM 25324 CD1 LEU L 218 -131.996 -42.701 -80.404 1.00 79.93 C \ ANISOU25324 CD1 LEU L 218 10252 11022 12571 944 -240 443 C \ ATOM 25325 CD2 LEU L 218 -134.271 -42.799 -81.454 1.00 79.31 C \ ANISOU25325 CD2 LEU L 218 10924 11510 13105 1034 -202 489 C \ ATOM 25326 N GLY L 219 -135.229 -40.247 -77.249 1.00 80.07 N \ ANISOU25326 N GLY L 219 10686 11286 12880 1011 -146 593 N \ ATOM 25327 CA GLY L 219 -135.703 -38.874 -77.118 1.00 80.13 C \ ANISOU25327 CA GLY L 219 11054 11687 13184 1197 -220 437 C \ ATOM 25328 C GLY L 219 -134.943 -38.118 -76.049 1.00 80.33 C \ ANISOU25328 C GLY L 219 11191 11626 13373 750 -304 339 C \ ATOM 25329 O GLY L 219 -134.753 -36.914 -76.161 1.00 82.96 O \ ANISOU25329 O GLY L 219 12041 12213 14082 712 -311 282 O \ ATOM 25330 N CYS L 220 -134.517 -38.828 -75.005 1.00 79.27 N \ ANISOU25330 N CYS L 220 12690 12809 14762 535 -355 279 N \ ATOM 25331 CA CYS L 220 -133.691 -38.252 -73.946 1.00 81.00 C \ ANISOU25331 CA CYS L 220 13428 13298 15399 473 -355 245 C \ ATOM 25332 C CYS L 220 -132.303 -37.889 -74.464 1.00 83.83 C \ ANISOU25332 C CYS L 220 11726 11878 13679 782 -320 183 C \ ATOM 25333 O CYS L 220 -131.717 -36.890 -74.038 1.00 86.79 O \ ANISOU25333 O CYS L 220 12379 12734 14603 457 -398 310 O \ ATOM 25334 CB CYS L 220 -133.586 -39.210 -72.761 1.00 79.95 C \ ANISOU25334 CB CYS L 220 11945 12316 14250 291 -458 309 C \ ATOM 25335 SG CYS L 220 -135.115 -39.506 -71.844 1.00 79.08 S \ ANISOU25335 SG CYS L 220 11542 11861 13958 210 -410 389 S \ ATOM 25336 N MET L 221 -131.786 -38.700 -75.383 1.00 84.90 N \ ANISOU25336 N MET L 221 12256 12482 14713 65 -443 371 N \ ATOM 25337 CA MET L 221 -130.506 -38.430 -76.042 1.00 87.86 C \ ANISOU25337 CA MET L 221 11875 12532 14318 256 -526 322 C \ ATOM 25338 C MET L 221 -130.604 -37.241 -76.996 1.00 89.41 C \ ANISOU25338 C MET L 221 11993 12692 14524 103 -610 310 C \ ATOM 25339 O MET L 221 -129.678 -36.424 -77.079 1.00 92.31 O \ ANISOU25339 O MET L 221 10713 11091 13173 299 -330 472 O \ ATOM 25340 CB MET L 221 -130.016 -39.663 -76.802 1.00 90.73 C \ ANISOU25340 CB MET L 221 10541 10894 13105 232 -258 566 C \ ATOM 25341 CG MET L 221 -129.276 -40.680 -75.944 1.00 94.16 C \ ANISOU25341 CG MET L 221 10637 10665 13039 263 -179 597 C \ ATOM 25342 SD MET L 221 -128.498 -42.007 -76.892 1.00 99.65 S \ ANISOU25342 SD MET L 221 10578 10469 13031 143 -135 639 S \ ATOM 25343 CE MET L 221 -127.204 -41.117 -77.763 1.00 93.54 C \ ANISOU25343 CE MET L 221 10348 10942 13033 305 -205 646 C \ ATOM 25344 N LEU L 222 -131.723 -37.155 -77.715 1.00 89.36 N \ ANISOU25344 N LEU L 222 9812 10713 12707 251 -265 644 N \ ATOM 25345 CA LEU L 222 -131.965 -36.085 -78.675 1.00 89.23 C \ ANISOU25345 CA LEU L 222 9409 10553 12439 341 -182 730 C \ ATOM 25346 C LEU L 222 -132.119 -34.738 -77.991 1.00 90.74 C \ ANISOU25346 C LEU L 222 8790 9933 11647 528 -187 679 C \ ATOM 25347 O LEU L 222 -131.547 -33.753 -78.429 1.00 91.32 O \ ANISOU25347 O LEU L 222 10771 10678 12991 424 -162 578 O \ ATOM 25348 CB LEU L 222 -133.199 -36.396 -79.529 1.00 89.08 C \ ANISOU25348 CB LEU L 222 10979 10566 13022 493 -93 616 C \ ATOM 25349 CG LEU L 222 -133.590 -35.394 -80.618 1.00 93.54 C \ ANISOU25349 CG LEU L 222 11373 10660 13305 424 -113 539 C \ ATOM 25350 CD1 LEU L 222 -132.596 -35.375 -81.786 1.00 91.73 C \ ANISOU25350 CD1 LEU L 222 11514 10496 13334 427 -48 581 C \ ATOM 25351 CD2 LEU L 222 -135.014 -35.691 -81.082 1.00 94.56 C \ ANISOU25351 CD2 LEU L 222 10424 10009 12329 708 -76 629 C \ ATOM 25352 N ALA L 223 -132.892 -34.707 -76.913 1.00 95.25 N \ ANISOU25352 N ALA L 223 10031 9677 11897 791 -144 514 N \ ATOM 25353 CA ALA L 223 -133.123 -33.482 -76.133 1.00100.90 C \ ANISOU25353 CA ALA L 223 9990 9816 11969 772 -45 704 C \ ATOM 25354 C ALA L 223 -131.861 -33.039 -75.383 1.00105.97 C \ ANISOU25354 C ALA L 223 10071 9660 11815 991 -135 506 C \ ATOM 25355 O ALA L 223 -131.734 -31.867 -75.008 1.00110.87 O \ ANISOU25355 O ALA L 223 11743 11097 13690 363 -197 429 O \ ATOM 25356 CB ALA L 223 -134.286 -33.664 -75.162 1.00 98.13 C \ ANISOU25356 CB ALA L 223 12314 11389 14142 287 -223 333 C \ ATOM 25357 N SER L 224 -130.934 -33.975 -75.174 1.00104.53 N \ ANISOU25357 N SER L 224 12614 11721 14566 66 -285 292 N \ ATOM 25358 CA SER L 224 -129.653 -33.673 -74.543 1.00101.36 C \ ANISOU25358 CA SER L 224 13167 12025 15023 -27 -311 203 C \ ATOM 25359 C SER L 224 -128.682 -32.979 -75.501 1.00 98.34 C \ ANISOU25359 C SER L 224 12093 11168 13792 390 -266 222 C \ ATOM 25360 O SER L 224 -127.833 -32.199 -75.070 1.00103.83 O \ ANISOU25360 O SER L 224 12270 11287 13866 600 -215 238 O \ ATOM 25361 CB SER L 224 -129.012 -34.950 -73.977 1.00101.92 C \ ANISOU25361 CB SER L 224 12644 11336 14100 680 -154 257 C \ ATOM 25362 OG SER L 224 -127.812 -34.657 -73.267 1.00103.20 O \ ANISOU25362 OG SER L 224 12135 11422 13786 720 -231 231 O \ ATOM 25363 N MET L 225 -128.809 -33.268 -76.795 1.00 92.06 N \ ANISOU25363 N MET L 225 12394 11059 13773 887 -125 271 N \ ATOM 25364 CA MET L 225 -127.864 -32.782 -77.797 1.00 90.91 C \ ANISOU25364 CA MET L 225 12035 11301 13624 909 -199 233 C \ ATOM 25365 C MET L 225 -128.289 -31.483 -78.470 1.00 90.39 C \ ANISOU25365 C MET L 225 12032 11001 13489 998 -153 254 C \ ATOM 25366 O MET L 225 -127.453 -30.607 -78.700 1.00 89.70 O \ ANISOU25366 O MET L 225 11996 11406 14165 -13 -311 349 O \ ATOM 25367 CB MET L 225 -127.582 -33.859 -78.843 1.00 90.34 C \ ANISOU25367 CB MET L 225 11866 11396 14204 -210 -393 312 C \ ATOM 25368 CG MET L 225 -126.772 -35.033 -78.318 1.00 87.47 C \ ANISOU25368 CG MET L 225 11780 11343 14028 -253 -519 181 C \ ATOM 25369 SD MET L 225 -126.406 -36.228 -79.620 1.00 85.28 S \ ANISOU25369 SD MET L 225 12049 11588 14351 -416 -603 112 S \ ATOM 25370 CE MET L 225 -127.991 -37.023 -79.891 1.00 79.93 C \ ANISOU25370 CE MET L 225 12553 11848 14955 -371 -343 329 C \ ATOM 25371 N ILE L 226 -129.582 -31.366 -78.779 1.00 90.65 N \ ANISOU25371 N ILE L 226 12917 12423 15608 -492 -303 428 N \ ATOM 25372 CA ILE L 226 -130.123 -30.169 -79.449 1.00 90.98 C \ ANISOU25372 CA ILE L 226 13331 12809 16015 -382 -155 569 C \ ATOM 25373 C ILE L 226 -130.311 -28.978 -78.506 1.00 93.01 C \ ANISOU25373 C ILE L 226 13868 13596 16831 -474 -100 665 C \ ATOM 25374 O ILE L 226 -130.361 -27.831 -78.961 1.00 93.02 O \ ANISOU25374 O ILE L 226 14304 13952 17437 -644 -29 708 O \ ATOM 25375 CB ILE L 226 -131.430 -30.450 -80.242 1.00 86.23 C \ ANISOU25375 CB ILE L 226 14941 14240 17982 -749 -10 663 C \ ATOM 25376 CG1 ILE L 226 -132.568 -30.858 -79.305 1.00 83.18 C \ ANISOU25376 CG1 ILE L 226 13943 13854 17348 -712 34 795 C \ ATOM 25377 CG2 ILE L 226 -131.172 -31.473 -81.358 1.00 83.63 C \ ANISOU25377 CG2 ILE L 226 11506 11131 13618 -107 -532 146 C \ ATOM 25378 CD1 ILE L 226 -133.936 -30.749 -79.921 1.00 83.03 C \ ANISOU25378 CD1 ILE L 226 11473 11112 13450 -120 -627 34 C \ ATOM 25379 N PHE L 227 -130.393 -29.250 -77.206 1.00 96.15 N \ ANISOU25379 N PHE L 227 11238 11228 13325 -80 -684 71 N \ ATOM 25380 CA PHE L 227 -130.510 -28.195 -76.192 1.00 99.61 C \ ANISOU25380 CA PHE L 227 11205 11319 13306 56 -628 121 C \ ATOM 25381 C PHE L 227 -129.212 -27.980 -75.389 1.00102.39 C \ ANISOU25381 C PHE L 227 11538 10949 13269 18 -572 -34 C \ ATOM 25382 O PHE L 227 -129.124 -27.032 -74.580 1.00105.85 O \ ANISOU25382 O PHE L 227 11377 10756 12920 16 -639 -151 O \ ATOM 25383 CB PHE L 227 -131.673 -28.481 -75.235 1.00 97.52 C \ ANISOU25383 CB PHE L 227 11773 10795 13131 -56 -644 -262 C \ ATOM 25384 CG PHE L 227 -133.025 -28.453 -75.891 1.00 98.50 C \ ANISOU25384 CG PHE L 227 12247 11193 13373 -74 -710 -394 C \ ATOM 25385 CD1 PHE L 227 -133.560 -27.258 -76.375 1.00100.22 C \ ANISOU25385 CD1 PHE L 227 11731 10727 12731 94 -644 -409 C \ ATOM 25386 CD2 PHE L 227 -133.776 -29.619 -76.022 1.00 98.29 C \ ANISOU25386 CD2 PHE L 227 11433 11575 13600 -200 -801 44 C \ ATOM 25387 CE1 PHE L 227 -134.811 -27.229 -76.985 1.00 97.98 C \ ANISOU25387 CE1 PHE L 227 11458 11924 13750 -168 -860 95 C \ ATOM 25388 CE2 PHE L 227 -135.033 -29.590 -76.623 1.00 97.28 C \ ANISOU25388 CE2 PHE L 227 11461 11961 13608 -209 -989 15 C \ ATOM 25389 CZ PHE L 227 -135.548 -28.397 -77.106 1.00 96.13 C \ ANISOU25389 CZ PHE L 227 11751 12244 13921 -349 -1102 -40 C \ ATOM 25390 N ARG L 228 -128.213 -28.839 -75.624 1.00 98.88 N \ ANISOU25390 N ARG L 228 11664 12364 14270 -250 -870 187 N \ ATOM 25391 CA ARG L 228 -126.959 -28.847 -74.872 1.00 98.61 C \ ANISOU25391 CA ARG L 228 12561 13592 15334 -206 -918 254 C \ ATOM 25392 C ARG L 228 -127.120 -29.075 -73.355 1.00 97.78 C \ ANISOU25392 C ARG L 228 13809 15020 16717 -334 -1072 231 C \ ATOM 25393 O ARG L 228 -126.293 -28.634 -72.560 1.00 99.98 O \ ANISOU25393 O ARG L 228 14266 15390 17221 -482 -1133 174 O \ ATOM 25394 CB ARG L 228 -126.117 -27.584 -75.157 1.00103.58 C \ ANISOU25394 CB ARG L 228 14361 15807 17345 -286 -1141 271 C \ ATOM 25395 CG ARG L 228 -124.802 -27.821 -75.887 1.00107.77 C \ ANISOU25395 CG ARG L 228 11294 11819 13280 -90 -971 5 C \ ATOM 25396 CD ARG L 228 -124.974 -27.871 -77.391 1.00110.95 C \ ANISOU25396 CD ARG L 228 11137 11668 13097 64 -847 44 C \ ATOM 25397 NE ARG L 228 -123.761 -28.311 -78.090 1.00116.58 N \ ANISOU25397 NE ARG L 228 11573 11818 13325 130 -762 -31 N \ ATOM 25398 CZ ARG L 228 -122.733 -27.526 -78.414 1.00120.26 C \ ANISOU25398 CZ ARG L 228 11825 11853 13388 70 -798 -128 C \ ATOM 25399 NH1 ARG L 228 -122.755 -26.239 -78.100 1.00124.13 N \ ANISOU25399 NH1 ARG L 228 10895 11574 12785 128 -879 55 N \ ATOM 25400 NH2 ARG L 228 -121.680 -28.021 -79.058 1.00118.82 N \ ANISOU25400 NH2 ARG L 228 10836 11579 12685 22 -1027 30 N \ ATOM 25401 N LYS L 229 -128.174 -29.785 -72.974 1.00 95.42 N \ ANISOU25401 N LYS L 229 11379 11951 13202 -107 -1081 -44 N \ ATOM 25402 CA LYS L 229 -128.476 -30.076 -71.567 1.00 94.84 C \ ANISOU25402 CA LYS L 229 11422 11673 13214 256 -656 5 C \ ATOM 25403 C LYS L 229 -128.272 -31.574 -71.303 1.00 94.20 C \ ANISOU25403 C LYS L 229 11810 11819 13460 340 -573 -49 C \ ATOM 25404 O LYS L 229 -128.986 -32.412 -71.845 1.00 94.31 O \ ANISOU25404 O LYS L 229 12271 12163 13699 393 -554 -148 O \ ATOM 25405 CB LYS L 229 -129.915 -29.682 -71.263 1.00 94.11 C \ ANISOU25405 CB LYS L 229 12686 12321 13940 380 -541 -233 C \ ATOM 25406 CG LYS L 229 -130.344 -29.886 -69.813 1.00 92.26 C \ ANISOU25406 CG LYS L 229 11804 11890 13568 468 -487 16 C \ ATOM 25407 CD LYS L 229 -130.413 -28.512 -69.186 1.00 93.96 C \ ANISOU25407 CD LYS L 229 12363 12213 14018 564 -415 -20 C \ ATOM 25408 CE LYS L 229 -130.725 -28.543 -67.691 1.00 96.89 C \ ANISOU25408 CE LYS L 229 12860 12493 14488 522 -401 -2 C \ ATOM 25409 NZ LYS L 229 -132.006 -29.222 -67.386 1.00 92.62 N \ ANISOU25409 NZ LYS L 229 12557 12407 14154 701 -357 -69 N \ ATOM 25410 N GLU L 230 -127.291 -31.901 -70.473 1.00 96.35 N \ ANISOU25410 N GLU L 230 13505 12903 15025 629 -336 -26 N \ ATOM 25411 CA GLU L 230 -126.900 -33.295 -70.239 1.00 97.73 C \ ANISOU25411 CA GLU L 230 12700 12353 14219 807 -299 -100 C \ ATOM 25412 C GLU L 230 -126.760 -33.621 -68.743 1.00 97.46 C \ ANISOU25412 C GLU L 230 13201 12619 14670 779 -291 -75 C \ ATOM 25413 O GLU L 230 -125.858 -33.108 -68.067 1.00 99.79 O \ ANISOU25413 O GLU L 230 12511 12576 13942 453 -539 -135 O \ ATOM 25414 CB GLU L 230 -125.613 -33.592 -71.009 1.00100.80 C \ ANISOU25414 CB GLU L 230 12656 12630 13873 497 -504 -217 C \ ATOM 25415 CG GLU L 230 -125.106 -35.013 -70.948 1.00109.19 C \ ANISOU25415 CG GLU L 230 13232 13245 14321 402 -604 -230 C \ ATOM 25416 CD GLU L 230 -123.868 -35.146 -70.043 1.00119.88 C \ ANISOU25416 CD GLU L 230 13143 13354 14296 411 -627 -166 C \ ATOM 25417 OE1 GLU L 230 -123.187 -34.126 -69.750 1.00123.38 O \ ANISOU25417 OE1 GLU L 230 11860 11975 13150 623 -406 -197 O \ ATOM 25418 OE2 GLU L 230 -123.534 -36.289 -69.633 1.00125.05 O \ ANISOU25418 OE2 GLU L 230 11250 11342 12649 733 -324 -200 O \ ATOM 25419 N PRO L 231 -127.678 -34.451 -68.204 1.00 95.79 N \ ANISOU25419 N PRO L 231 11367 11249 12639 801 -261 -283 N \ ATOM 25420 CA PRO L 231 -128.849 -35.029 -68.866 1.00 94.49 C \ ANISOU25420 CA PRO L 231 10562 10841 12179 782 -315 -124 C \ ATOM 25421 C PRO L 231 -130.067 -34.090 -68.839 1.00 96.63 C \ ANISOU25421 C PRO L 231 11316 11192 12694 921 -201 -280 C \ ATOM 25422 O PRO L 231 -130.137 -33.186 -67.988 1.00 97.56 O \ ANISOU25422 O PRO L 231 10308 10576 12005 893 -261 -127 O \ ATOM 25423 CB PRO L 231 -129.129 -36.286 -68.043 1.00 92.79 C \ ANISOU25423 CB PRO L 231 11090 11165 12675 966 -209 -201 C \ ATOM 25424 CG PRO L 231 -128.101 -36.334 -66.958 1.00 92.38 C \ ANISOU25424 CG PRO L 231 13706 13518 14606 314 -669 -316 C \ ATOM 25425 CD PRO L 231 -127.543 -34.962 -66.829 1.00 96.15 C \ ANISOU25425 CD PRO L 231 13655 13498 14432 209 -802 -338 C \ ATOM 25426 N PHE L 232 -131.004 -34.314 -69.763 1.00 95.57 N \ ANISOU25426 N PHE L 232 13997 13735 14459 248 -783 -408 N \ ATOM 25427 CA PHE L 232 -132.138 -33.401 -69.970 1.00 97.62 C \ ANISOU25427 CA PHE L 232 15146 14657 15349 201 -816 -521 C \ ATOM 25428 C PHE L 232 -133.116 -33.383 -68.795 1.00100.37 C \ ANISOU25428 C PHE L 232 13829 13525 14596 72 -899 -401 C \ ATOM 25429 O PHE L 232 -133.451 -32.315 -68.289 1.00102.51 O \ ANISOU25429 O PHE L 232 13770 13592 14542 -52 -1071 -402 O \ ATOM 25430 CB PHE L 232 -132.857 -33.719 -71.284 1.00 98.07 C \ ANISOU25430 CB PHE L 232 13741 13754 14797 -142 -1153 -332 C \ ATOM 25431 CG PHE L 232 -133.873 -32.685 -71.698 1.00101.58 C \ ANISOU25431 CG PHE L 232 14233 14016 14745 -95 -1180 -471 C \ ATOM 25432 CD1 PHE L 232 -133.474 -31.483 -72.255 1.00104.86 C \ ANISOU25432 CD1 PHE L 232 14214 14332 15231 -237 -1317 -356 C \ ATOM 25433 CD2 PHE L 232 -135.243 -32.923 -71.553 1.00102.96 C \ ANISOU25433 CD2 PHE L 232 14449 14420 15115 -206 -1342 -441 C \ ATOM 25434 CE1 PHE L 232 -134.412 -30.528 -72.640 1.00109.05 C \ ANISOU25434 CE1 PHE L 232 13511 13395 13981 334 -718 -343 C \ ATOM 25435 CE2 PHE L 232 -136.179 -31.973 -71.939 1.00103.37 C \ ANISOU25435 CE2 PHE L 232 13606 13409 13774 372 -685 -383 C \ ATOM 25436 CZ PHE L 232 -135.768 -30.775 -72.485 1.00106.57 C \ ANISOU25436 CZ PHE L 232 14060 13948 14105 300 -842 -350 C \ ATOM 25437 N PHE L 233 -133.580 -34.558 -68.376 1.00102.72 N \ ANISOU25437 N PHE L 233 13691 13792 13968 260 -940 -258 N \ ATOM 25438 CA PHE L 233 -134.446 -34.680 -67.188 1.00103.07 C \ ANISOU25438 CA PHE L 233 14937 14662 14611 292 -868 -425 C \ ATOM 25439 C PHE L 233 -133.600 -35.115 -65.986 1.00107.38 C \ ANISOU25439 C PHE L 233 15742 15539 15244 242 -1032 -395 C \ ATOM 25440 O PHE L 233 -133.338 -36.303 -65.791 1.00107.37 O \ ANISOU25440 O PHE L 233 15319 15173 14665 333 -963 -306 O \ ATOM 25441 CB PHE L 233 -135.596 -35.670 -67.418 1.00 97.34 C \ ANISOU25441 CB PHE L 233 15740 15673 14955 320 -1091 -249 C \ ATOM 25442 CG PHE L 233 -136.565 -35.254 -68.491 1.00 92.75 C \ ANISOU25442 CG PHE L 233 16910 16497 16082 157 -1154 -535 C \ ATOM 25443 CD1 PHE L 233 -137.494 -34.247 -68.255 1.00 92.79 C \ ANISOU25443 CD1 PHE L 233 18343 17631 17267 189 -1017 -670 C \ ATOM 25444 CD2 PHE L 233 -136.569 -35.894 -69.732 1.00 88.39 C \ ANISOU25444 CD2 PHE L 233 18356 17469 16884 252 -932 -728 C \ ATOM 25445 CE1 PHE L 233 -138.401 -33.875 -69.238 1.00 92.65 C \ ANISOU25445 CE1 PHE L 233 18742 17869 17768 174 -945 -757 C \ ATOM 25446 CE2 PHE L 233 -137.460 -35.532 -70.719 1.00 86.57 C \ ANISOU25446 CE2 PHE L 233 18574 17442 16979 278 -809 -852 C \ ATOM 25447 CZ PHE L 233 -138.380 -34.527 -70.470 1.00 91.93 C \ ANISOU25447 CZ PHE L 233 18797 17668 17506 233 -823 -868 C \ ATOM 25448 N HIS L 234 -133.170 -34.132 -65.197 1.00110.09 N \ ANISOU25448 N HIS L 234 14659 14473 14027 426 -759 -292 N \ ATOM 25449 CA HIS L 234 -132.182 -34.327 -64.135 1.00109.45 C \ ANISOU25449 CA HIS L 234 14255 14146 13587 507 -653 -186 C \ ATOM 25450 C HIS L 234 -132.818 -34.582 -62.790 1.00111.05 C \ ANISOU25450 C HIS L 234 13963 13939 13597 576 -469 -156 C \ ATOM 25451 O HIS L 234 -132.830 -33.706 -61.911 1.00118.84 O \ ANISOU25451 O HIS L 234 14036 14002 13863 572 -436 -216 O \ ATOM 25452 CB HIS L 234 -131.248 -33.122 -64.083 1.00110.41 C \ ANISOU25452 CB HIS L 234 14475 14165 13337 544 -589 -224 C \ ATOM 25453 CG HIS L 234 -129.945 -33.380 -63.379 1.00110.29 C \ ANISOU25453 CG HIS L 234 14387 13848 13054 565 -455 -367 C \ ATOM 25454 ND1 HIS L 234 -128.773 -33.493 -64.040 1.00111.31 N \ ANISOU25454 ND1 HIS L 234 13946 13417 12798 625 -278 -382 N \ ATOM 25455 CD2 HIS L 234 -129.653 -33.512 -62.027 1.00113.16 C \ ANISOU25455 CD2 HIS L 234 15047 14316 13367 528 -527 -471 C \ ATOM 25456 CE1 HIS L 234 -127.777 -33.705 -63.154 1.00115.22 C \ ANISOU25456 CE1 HIS L 234 13727 13780 13398 637 -355 -65 C \ ATOM 25457 NE2 HIS L 234 -128.315 -33.716 -61.920 1.00115.77 N \ ANISOU25457 NE2 HIS L 234 12724 12878 12693 695 -191 -45 N \ ATOM 25458 N GLY L 235 -133.367 -35.785 -62.621 1.00107.61 N \ ANISOU25458 N GLY L 235 12605 12634 12514 743 -23 -151 N \ ATOM 25459 CA GLY L 235 -133.896 -36.212 -61.335 1.00107.36 C \ ANISOU25459 CA GLY L 235 12416 12533 12610 780 56 -175 C \ ATOM 25460 C GLY L 235 -132.789 -36.762 -60.465 1.00110.84 C \ ANISOU25460 C GLY L 235 12452 12705 12487 733 -115 74 C \ ATOM 25461 O GLY L 235 -131.819 -37.340 -60.977 1.00109.10 O \ ANISOU25461 O GLY L 235 12309 12723 12509 708 -265 183 O \ ATOM 25462 N HIS L 236 -132.919 -36.578 -59.153 1.00116.36 N \ ANISOU25462 N HIS L 236 12127 12634 12502 664 -397 171 N \ ATOM 25463 CA HIS L 236 -131.932 -37.121 -58.198 1.00122.45 C \ ANISOU25463 CA HIS L 236 12467 12906 12617 740 -233 293 C \ ATOM 25464 C HIS L 236 -132.381 -38.398 -57.540 1.00118.85 C \ ANISOU25464 C HIS L 236 12948 12777 12482 751 26 -215 C \ ATOM 25465 O HIS L 236 -131.612 -39.049 -56.831 1.00122.04 O \ ANISOU25465 O HIS L 236 13392 13086 12840 804 193 -325 O \ ATOM 25466 CB HIS L 236 -131.500 -36.083 -57.166 1.00130.25 C \ ANISOU25466 CB HIS L 236 13689 13303 13213 793 132 -431 C \ ATOM 25467 CG HIS L 236 -132.575 -35.086 -56.812 1.00140.13 C \ ANISOU25467 CG HIS L 236 13498 13125 13211 855 245 -486 C \ ATOM 25468 ND1 HIS L 236 -133.328 -35.189 -55.696 1.00138.73 N \ ANISOU25468 ND1 HIS L 236 13691 13171 12674 818 271 -367 N \ ATOM 25469 CD2 HIS L 236 -132.993 -33.929 -57.466 1.00143.12 C \ ANISOU25469 CD2 HIS L 236 13711 13219 12565 840 363 -254 C \ ATOM 25470 CE1 HIS L 236 -134.193 -34.161 -55.643 1.00139.48 C \ ANISOU25470 CE1 HIS L 236 13770 13303 12471 804 213 -148 C \ ATOM 25471 NE2 HIS L 236 -133.985 -33.386 -56.725 1.00142.05 N \ ANISOU25471 NE2 HIS L 236 13884 13390 12777 897 606 -249 N \ ATOM 25472 N ASP L 237 -133.639 -38.757 -57.777 1.00113.59 N \ ANISOU25472 N ASP L 237 14069 13593 12628 834 303 -32 N \ ATOM 25473 CA ASP L 237 -134.156 -40.088 -57.473 1.00110.51 C \ ANISOU25473 CA ASP L 237 14038 13536 12801 911 711 -137 C \ ATOM 25474 C ASP L 237 -135.221 -40.473 -58.505 1.00109.22 C \ ANISOU25474 C ASP L 237 14323 13816 12906 883 559 -23 C \ ATOM 25475 O ASP L 237 -135.553 -39.664 -59.384 1.00110.28 O \ ANISOU25475 O ASP L 237 14299 13754 12733 905 660 102 O \ ATOM 25476 CB ASP L 237 -134.684 -40.187 -56.024 1.00110.48 C \ ANISOU25476 CB ASP L 237 14099 13629 13484 715 -47 -458 C \ ATOM 25477 CG ASP L 237 -135.719 -39.124 -55.683 1.00108.67 C \ ANISOU25477 CG ASP L 237 13979 13393 13411 687 -111 -552 C \ ATOM 25478 OD1 ASP L 237 -136.794 -39.094 -56.288 1.00105.70 O \ ANISOU25478 OD1 ASP L 237 13220 12808 13066 690 -145 -495 O \ ATOM 25479 OD2 ASP L 237 -135.469 -38.330 -54.779 1.00112.47 O \ ANISOU25479 OD2 ASP L 237 13163 12664 13108 714 -121 -555 O \ ATOM 25480 N ASN L 238 -135.746 -41.697 -58.402 1.00107.66 N \ ANISOU25480 N ASN L 238 14408 13689 13589 582 -297 -602 N \ ATOM 25481 CA ASN L 238 -136.767 -42.188 -59.329 1.00100.79 C \ ANISOU25481 CA ASN L 238 14473 13596 13699 537 -351 -701 C \ ATOM 25482 C ASN L 238 -138.115 -41.498 -59.205 1.00 99.37 C \ ANISOU25482 C ASN L 238 14319 13281 13509 604 -224 -788 C \ ATOM 25483 O ASN L 238 -138.830 -41.360 -60.199 1.00 98.85 O \ ANISOU25483 O ASN L 238 14014 13168 13318 434 -518 -691 O \ ATOM 25484 CB ASN L 238 -136.913 -43.709 -59.211 1.00 99.08 C \ ANISOU25484 CB ASN L 238 12476 12290 12539 675 -196 -378 C \ ATOM 25485 CG ASN L 238 -135.665 -44.449 -59.652 1.00 98.81 C \ ANISOU25485 CG ASN L 238 11939 11925 12365 683 -221 -318 C \ ATOM 25486 OD1 ASN L 238 -134.825 -43.910 -60.375 1.00 98.07 O \ ANISOU25486 OD1 ASN L 238 11912 11914 12513 782 -81 -357 O \ ATOM 25487 ND2 ASN L 238 -135.537 -45.694 -59.215 1.00 99.99 N \ ANISOU25487 ND2 ASN L 238 11587 11582 12347 799 -103 -370 N \ ATOM 25488 N TYR L 239 -138.445 -41.068 -57.990 1.00100.56 N \ ANISOU25488 N TYR L 239 11530 11742 12132 673 -259 -196 N \ ATOM 25489 CA TYR L 239 -139.683 -40.337 -57.724 1.00103.49 C \ ANISOU25489 CA TYR L 239 11185 11575 12129 675 -295 -134 C \ ATOM 25490 C TYR L 239 -139.640 -38.928 -58.329 1.00105.82 C \ ANISOU25490 C TYR L 239 11653 12030 12649 594 -431 -128 C \ ATOM 25491 O TYR L 239 -140.611 -38.477 -58.948 1.00104.84 O \ ANISOU25491 O TYR L 239 12716 13037 13554 515 -544 -137 O \ ATOM 25492 CB TYR L 239 -139.975 -40.256 -56.218 1.00104.06 C \ ANISOU25492 CB TYR L 239 11237 11668 12456 611 -423 -112 C \ ATOM 25493 CG TYR L 239 -140.131 -41.593 -55.521 1.00103.95 C \ ANISOU25493 CG TYR L 239 11955 11979 12527 849 62 -374 C \ ATOM 25494 CD1 TYR L 239 -139.013 -42.321 -55.080 1.00104.08 C \ ANISOU25494 CD1 TYR L 239 12146 12216 12902 948 196 -422 C \ ATOM 25495 CD2 TYR L 239 -141.397 -42.127 -55.288 1.00105.42 C \ ANISOU25495 CD2 TYR L 239 12759 12620 13394 993 228 -529 C \ ATOM 25496 CE1 TYR L 239 -139.154 -43.536 -54.434 1.00106.04 C \ ANISOU25496 CE1 TYR L 239 12838 12731 13667 1070 262 -555 C \ ATOM 25497 CE2 TYR L 239 -141.553 -43.344 -54.632 1.00106.27 C \ ANISOU25497 CE2 TYR L 239 12132 12275 12892 992 356 -420 C \ ATOM 25498 CZ TYR L 239 -140.425 -44.051 -54.216 1.00108.03 C \ ANISOU25498 CZ TYR L 239 11742 12013 12772 1087 496 -464 C \ ATOM 25499 OH TYR L 239 -140.535 -45.265 -53.570 1.00107.35 O \ ANISOU25499 OH TYR L 239 11382 11889 12767 1097 445 -405 O \ ATOM 25500 N ASP L 240 -138.509 -38.244 -58.142 1.00108.47 N \ ANISOU25500 N ASP L 240 11511 11792 12478 1109 675 -478 N \ ATOM 25501 CA ASP L 240 -138.313 -36.886 -58.653 1.00107.34 C \ ANISOU25501 CA ASP L 240 13248 12884 13548 951 213 -594 C \ ATOM 25502 C ASP L 240 -138.152 -36.871 -60.179 1.00102.90 C \ ANISOU25502 C ASP L 240 13149 12535 13287 986 245 -707 C \ ATOM 25503 O ASP L 240 -138.503 -35.884 -60.833 1.00102.48 O \ ANISOU25503 O ASP L 240 12750 12072 13011 959 132 -701 O \ ATOM 25504 CB ASP L 240 -137.104 -36.225 -57.975 1.00109.72 C \ ANISOU25504 CB ASP L 240 12510 11708 12815 1036 183 -757 C \ ATOM 25505 CG ASP L 240 -136.874 -34.790 -58.470 1.00109.93 C \ ANISOU25505 CG ASP L 240 13763 12909 13482 929 233 -786 C \ ATOM 25506 OD1 ASP L 240 -137.842 -34.002 -58.555 1.00108.20 O \ ANISOU25506 OD1 ASP L 240 13877 12741 13427 971 282 -917 O \ ATOM 25507 OD2 ASP L 240 -135.705 -34.441 -58.760 1.00106.59 O \ ANISOU25507 OD2 ASP L 240 13929 13117 13486 959 361 -776 O \ ATOM 25508 N GLN L 241 -137.621 -37.962 -60.732 1.00 98.18 N \ ANISOU25508 N GLN L 241 12697 12102 13019 857 -9 -624 N \ ATOM 25509 CA GLN L 241 -137.440 -38.099 -62.176 1.00 95.35 C \ ANISOU25509 CA GLN L 241 13071 12431 13525 817 -102 -598 C \ ATOM 25510 C GLN L 241 -138.752 -37.843 -62.931 1.00 95.64 C \ ANISOU25510 C GLN L 241 12741 12256 13494 913 -59 -539 C \ ATOM 25511 O GLN L 241 -138.770 -37.119 -63.927 1.00 93.48 O \ ANISOU25511 O GLN L 241 12519 11924 13335 940 -73 -539 O \ ATOM 25512 CB GLN L 241 -136.879 -39.486 -62.504 1.00 93.19 C \ ANISOU25512 CB GLN L 241 13347 12794 13823 681 -253 -531 C \ ATOM 25513 CG GLN L 241 -136.511 -39.715 -63.963 1.00 91.83 C \ ANISOU25513 CG GLN L 241 13370 12697 13557 583 -334 -588 C \ ATOM 25514 CD GLN L 241 -135.322 -38.920 -64.417 1.00 95.62 C \ ANISOU25514 CD GLN L 241 13218 12421 13381 455 -470 -615 C \ ATOM 25515 OE1 GLN L 241 -134.398 -38.652 -63.632 1.00103.46 O \ ANISOU25515 OE1 GLN L 241 13752 12639 13737 460 -428 -735 O \ ATOM 25516 NE2 GLN L 241 -135.326 -38.532 -65.703 1.00 93.07 N \ ANISOU25516 NE2 GLN L 241 14445 13109 14110 420 -446 -855 N \ ATOM 25517 N LEU L 242 -139.840 -38.435 -62.438 1.00 95.97 N \ ANISOU25517 N LEU L 242 14974 13705 14450 364 -525 -863 N \ ATOM 25518 CA LEU L 242 -141.173 -38.253 -63.017 1.00 98.08 C \ ANISOU25518 CA LEU L 242 14527 12887 14048 439 -391 -967 C \ ATOM 25519 C LEU L 242 -141.671 -36.808 -62.882 1.00102.05 C \ ANISOU25519 C LEU L 242 12449 12208 13371 962 -8 -488 C \ ATOM 25520 O LEU L 242 -142.337 -36.288 -63.778 1.00103.27 O \ ANISOU25520 O LEU L 242 12351 12282 13546 1061 29 -450 O \ ATOM 25521 CB LEU L 242 -142.183 -39.219 -62.373 1.00 98.17 C \ ANISOU25521 CB LEU L 242 12466 12313 13672 1193 139 -534 C \ ATOM 25522 CG LEU L 242 -143.598 -39.334 -62.966 1.00 96.14 C \ ANISOU25522 CG LEU L 242 12295 12164 13651 1285 139 -526 C \ ATOM 25523 CD1 LEU L 242 -143.571 -40.045 -64.319 1.00 94.85 C \ ANISOU25523 CD1 LEU L 242 11940 12146 13317 1060 49 -387 C \ ATOM 25524 CD2 LEU L 242 -144.523 -40.057 -62.005 1.00 94.18 C \ ANISOU25524 CD2 LEU L 242 11763 12056 13161 953 -60 -299 C \ ATOM 25525 N VAL L 243 -141.341 -36.173 -61.759 1.00104.44 N \ ANISOU25525 N VAL L 243 11326 11714 12975 1164 87 -377 N \ ATOM 25526 CA VAL L 243 -141.712 -34.775 -61.493 1.00102.57 C \ ANISOU25526 CA VAL L 243 11819 12302 13300 934 -39 -243 C \ ATOM 25527 C VAL L 243 -141.072 -33.829 -62.515 1.00 99.57 C \ ANISOU25527 C VAL L 243 12591 12343 13629 1209 234 -611 C \ ATOM 25528 O VAL L 243 -141.698 -32.866 -62.956 1.00 97.47 O \ ANISOU25528 O VAL L 243 12970 12645 14020 1338 356 -699 O \ ATOM 25529 CB VAL L 243 -141.338 -34.349 -60.049 1.00105.68 C \ ANISOU25529 CB VAL L 243 13069 12454 13979 1374 336 -755 C \ ATOM 25530 CG1 VAL L 243 -141.786 -32.922 -59.773 1.00105.40 C \ ANISOU25530 CG1 VAL L 243 13186 12527 14185 1510 407 -802 C \ ATOM 25531 CG2 VAL L 243 -141.952 -35.299 -59.018 1.00106.68 C \ ANISOU25531 CG2 VAL L 243 13610 13255 14500 1340 484 -763 C \ ATOM 25532 N ARG L 244 -139.835 -34.126 -62.899 1.00 99.54 N \ ANISOU25532 N ARG L 244 12522 11708 13229 1255 240 -752 N \ ATOM 25533 CA ARG L 244 -139.129 -33.344 -63.911 1.00102.72 C \ ANISOU25533 CA ARG L 244 12325 11197 12891 1263 220 -805 C \ ATOM 25534 C ARG L 244 -139.735 -33.517 -65.295 1.00101.31 C \ ANISOU25534 C ARG L 244 11894 10771 12643 1303 159 -726 C \ ATOM 25535 O ARG L 244 -139.715 -32.589 -66.117 1.00 99.43 O \ ANISOU25535 O ARG L 244 11872 10485 12542 1340 164 -753 O \ ATOM 25536 CB ARG L 244 -137.636 -33.700 -63.945 1.00105.18 C \ ANISOU25536 CB ARG L 244 12261 10921 12552 1106 139 -849 C \ ATOM 25537 CG ARG L 244 -136.924 -33.587 -62.608 1.00104.29 C \ ANISOU25537 CG ARG L 244 12094 10612 12097 1103 216 -962 C \ ATOM 25538 CD ARG L 244 -135.726 -32.644 -62.709 1.00102.70 C \ ANISOU25538 CD ARG L 244 12407 10761 12138 943 104 -1005 C \ ATOM 25539 NE ARG L 244 -136.136 -31.268 -62.432 1.00105.62 N \ ANISOU25539 NE ARG L 244 12475 10654 11864 951 180 -1125 N \ ATOM 25540 CZ ARG L 244 -136.123 -30.707 -61.232 1.00109.66 C \ ANISOU25540 CZ ARG L 244 12886 10899 11986 800 50 -1185 C \ ATOM 25541 NH1 ARG L 244 -135.626 -31.377 -60.198 1.00113.51 N \ ANISOU25541 NH1 ARG L 244 11663 10821 12637 1302 112 -626 N \ ATOM 25542 NH2 ARG L 244 -136.566 -29.465 -61.081 1.00109.13 N \ ANISOU25542 NH2 ARG L 244 11670 10860 12797 1345 59 -539 N \ ATOM 25543 N ILE L 245 -140.261 -34.715 -65.543 1.00100.09 N \ ANISOU25543 N ILE L 245 11373 10793 12729 1506 99 -520 N \ ATOM 25544 CA ILE L 245 -140.989 -35.017 -66.772 1.00100.49 C \ ANISOU25544 CA ILE L 245 11329 10667 12735 1631 102 -505 C \ ATOM 25545 C ILE L 245 -142.364 -34.320 -66.748 1.00101.20 C \ ANISOU25545 C ILE L 245 11172 10490 12365 1209 -40 -440 C \ ATOM 25546 O ILE L 245 -142.852 -33.837 -67.775 1.00100.31 O \ ANISOU25546 O ILE L 245 10637 9958 11946 1257 -74 -349 O \ ATOM 25547 CB ILE L 245 -141.126 -36.549 -66.983 1.00 98.45 C \ ANISOU25547 CB ILE L 245 11346 10479 12356 1045 -98 -466 C \ ATOM 25548 CG1 ILE L 245 -139.740 -37.177 -67.164 1.00 97.33 C \ ANISOU25548 CG1 ILE L 245 11078 10777 12571 1504 126 -523 C \ ATOM 25549 CG2 ILE L 245 -142.027 -36.875 -68.171 1.00 94.79 C \ ANISOU25549 CG2 ILE L 245 11150 11106 12894 1632 151 -519 C \ ATOM 25550 CD1 ILE L 245 -139.680 -38.665 -66.907 1.00 98.49 C \ ANISOU25550 CD1 ILE L 245 11306 11289 13108 1750 266 -617 C \ ATOM 25551 N ALA L 246 -142.965 -34.255 -65.564 1.00101.50 N \ ANISOU25551 N ALA L 246 11534 11761 13580 1851 291 -633 N \ ATOM 25552 CA ALA L 246 -144.264 -33.601 -65.377 1.00104.32 C \ ANISOU25552 CA ALA L 246 10958 11208 12865 1563 124 -471 C \ ATOM 25553 C ALA L 246 -144.180 -32.080 -65.481 1.00103.97 C \ ANISOU25553 C ALA L 246 10826 11161 12778 1486 26 -373 C \ ATOM 25554 O ALA L 246 -145.177 -31.424 -65.822 1.00105.01 O \ ANISOU25554 O ALA L 246 10273 10880 12387 1439 30 -352 O \ ATOM 25555 CB ALA L 246 -144.875 -34.002 -64.039 1.00108.87 C \ ANISOU25555 CB ALA L 246 11352 11678 13371 1582 -28 -324 C \ ATOM 25556 N LYS L 247 -143.000 -31.527 -65.179 1.00 98.59 N \ ANISOU25556 N LYS L 247 11315 11059 12904 1736 336 -690 N \ ATOM 25557 CA LYS L 247 -142.780 -30.082 -65.257 1.00 95.84 C \ ANISOU25557 CA LYS L 247 11461 11207 13090 1852 467 -788 C \ ATOM 25558 C LYS L 247 -142.558 -29.595 -66.695 1.00 92.93 C \ ANISOU25558 C LYS L 247 11699 11658 13404 1808 563 -817 C \ ATOM 25559 O LYS L 247 -142.571 -28.395 -66.957 1.00 91.85 O \ ANISOU25559 O LYS L 247 11827 12000 13650 1728 522 -757 O \ ATOM 25560 CB LYS L 247 -141.631 -29.672 -64.332 1.00 94.05 C \ ANISOU25560 CB LYS L 247 12067 11946 13692 1859 704 -908 C \ ATOM 25561 CG LYS L 247 -142.026 -29.618 -62.851 1.00 91.60 C \ ANISOU25561 CG LYS L 247 11895 11941 13567 1821 830 -933 C \ ATOM 25562 CD LYS L 247 -140.836 -29.375 -61.948 1.00 92.92 C \ ANISOU25562 CD LYS L 247 11939 12312 14005 1923 901 -953 C \ ATOM 25563 CE LYS L 247 -141.244 -29.238 -60.496 1.00 92.10 C \ ANISOU25563 CE LYS L 247 11837 12420 14040 1864 969 -938 C \ ATOM 25564 NZ LYS L 247 -140.109 -28.935 -59.596 1.00 94.15 N \ ANISOU25564 NZ LYS L 247 12253 12069 13641 1825 972 -1023 N \ ATOM 25565 N VAL L 248 -142.375 -30.537 -67.616 1.00 92.44 N \ ANISOU25565 N VAL L 248 12560 12232 13961 1971 1034 -1104 N \ ATOM 25566 CA VAL L 248 -142.151 -30.241 -69.041 1.00 92.98 C \ ANISOU25566 CA VAL L 248 12790 12338 13787 1687 893 -1009 C \ ATOM 25567 C VAL L 248 -143.332 -30.725 -69.901 1.00 91.84 C \ ANISOU25567 C VAL L 248 12510 12923 14762 2074 881 -984 C \ ATOM 25568 O VAL L 248 -143.857 -29.965 -70.743 1.00 91.41 O \ ANISOU25568 O VAL L 248 12624 13366 15280 2190 938 -1024 O \ ATOM 25569 CB VAL L 248 -140.825 -30.863 -69.569 1.00 89.56 C \ ANISOU25569 CB VAL L 248 12199 13252 15113 2119 858 -968 C \ ATOM 25570 CG1 VAL L 248 -140.599 -30.498 -71.023 1.00 85.65 C \ ANISOU25570 CG1 VAL L 248 11653 12957 14815 2101 953 -1000 C \ ATOM 25571 CG2 VAL L 248 -139.648 -30.404 -68.727 1.00 89.96 C \ ANISOU25571 CG2 VAL L 248 12696 13427 15494 2380 891 -1054 C \ ATOM 25572 N LEU L 249 -143.749 -31.972 -69.675 1.00 90.61 N \ ANISOU25572 N LEU L 249 12456 13526 15671 2510 975 -1124 N \ ATOM 25573 CA LEU L 249 -144.830 -32.575 -70.452 1.00 92.51 C \ ANISOU25573 CA LEU L 249 12613 13701 15992 2724 932 -1156 C \ ATOM 25574 C LEU L 249 -146.213 -32.409 -69.808 1.00 93.97 C \ ANISOU25574 C LEU L 249 11677 13097 15447 2834 956 -1207 C \ ATOM 25575 O LEU L 249 -147.210 -32.936 -70.327 1.00 97.05 O \ ANISOU25575 O LEU L 249 13492 14263 16619 2783 874 -1130 O \ ATOM 25576 CB LEU L 249 -144.564 -34.062 -70.718 1.00 92.20 C \ ANISOU25576 CB LEU L 249 11805 12824 14657 2076 695 -889 C \ ATOM 25577 CG LEU L 249 -143.462 -34.553 -71.647 1.00 91.50 C \ ANISOU25577 CG LEU L 249 11285 12557 14340 2014 605 -838 C \ ATOM 25578 CD1 LEU L 249 -143.463 -36.076 -71.686 1.00 88.28 C \ ANISOU25578 CD1 LEU L 249 11262 12568 14249 1852 661 -804 C \ ATOM 25579 CD2 LEU L 249 -143.550 -33.978 -73.063 1.00 95.81 C \ ANISOU25579 CD2 LEU L 249 11126 12673 14346 1807 659 -796 C \ ATOM 25580 N GLY L 250 -146.282 -31.687 -68.690 1.00 92.85 N \ ANISOU25580 N GLY L 250 11234 12418 14191 2019 435 -759 N \ ATOM 25581 CA GLY L 250 -147.555 -31.440 -68.014 1.00 94.12 C \ ANISOU25581 CA GLY L 250 11449 12591 14464 2192 375 -773 C \ ATOM 25582 C GLY L 250 -148.033 -32.627 -67.191 1.00 96.76 C \ ANISOU25582 C GLY L 250 11234 12640 14545 2302 358 -816 C \ ATOM 25583 O GLY L 250 -147.675 -33.771 -67.468 1.00 98.64 O \ ANISOU25583 O GLY L 250 11665 12514 14439 2222 342 -743 O \ ATOM 25584 N THR L 251 -148.830 -32.354 -66.164 1.00 99.24 N \ ANISOU25584 N THR L 251 11303 12357 13964 1770 707 -787 N \ ATOM 25585 CA THR L 251 -149.361 -33.408 -65.291 1.00 98.44 C \ ANISOU25585 CA THR L 251 11204 12252 13748 1638 769 -749 C \ ATOM 25586 C THR L 251 -150.623 -34.036 -65.854 1.00100.69 C \ ANISOU25586 C THR L 251 11603 12797 14312 1649 953 -805 C \ ATOM 25587 O THR L 251 -150.900 -35.212 -65.579 1.00100.80 O \ ANISOU25587 O THR L 251 11759 13085 14570 1567 1003 -771 O \ ATOM 25588 CB THR L 251 -149.652 -32.909 -63.864 1.00 99.92 C \ ANISOU25588 CB THR L 251 11108 11850 13241 1562 757 -728 C \ ATOM 25589 OG1 THR L 251 -150.429 -31.708 -63.927 1.00102.00 O \ ANISOU25589 OG1 THR L 251 10861 11544 12790 1450 826 -692 O \ ATOM 25590 CG2 THR L 251 -148.357 -32.660 -63.111 1.00102.42 C \ ANISOU25590 CG2 THR L 251 10487 11307 12503 1356 743 -596 C \ ATOM 25591 N GLU L 252 -151.362 -33.255 -66.648 1.00105.79 N \ ANISOU25591 N GLU L 252 11113 11496 12638 1405 798 -704 N \ ATOM 25592 CA GLU L 252 -152.669 -33.691 -67.176 1.00108.62 C \ ANISOU25592 CA GLU L 252 11526 12686 14265 1753 1066 -889 C \ ATOM 25593 C GLU L 252 -152.561 -34.982 -67.988 1.00106.76 C \ ANISOU25593 C GLU L 252 11670 12985 14604 1774 1263 -949 C \ ATOM 25594 O GLU L 252 -153.311 -35.929 -67.774 1.00103.77 O \ ANISOU25594 O GLU L 252 11645 13324 15067 1814 1254 -980 O \ ATOM 25595 CB GLU L 252 -153.368 -32.600 -68.006 1.00109.53 C \ ANISOU25595 CB GLU L 252 11803 13660 15441 1767 1392 -1000 C \ ATOM 25596 CG GLU L 252 -154.849 -32.934 -68.222 1.00109.63 C \ ANISOU25596 CG GLU L 252 12005 13171 14823 1879 1397 -1035 C \ ATOM 25597 CD GLU L 252 -155.659 -31.893 -68.956 1.00111.35 C \ ANISOU25597 CD GLU L 252 12485 13314 14821 1816 1461 -1029 C \ ATOM 25598 OE1 GLU L 252 -156.805 -32.210 -69.350 1.00105.86 O \ ANISOU25598 OE1 GLU L 252 12307 13098 14475 1717 1591 -998 O \ ATOM 25599 OE2 GLU L 252 -155.159 -30.765 -69.126 1.00116.79 O \ ANISOU25599 OE2 GLU L 252 12968 13505 15006 1860 1392 -1059 O \ ATOM 25600 N ASP L 253 -151.621 -34.998 -68.918 1.00103.40 N \ ANISOU25600 N ASP L 253 12392 12881 14093 1669 1634 -999 N \ ATOM 25601 CA ASP L 253 -151.382 -36.134 -69.801 1.00100.50 C \ ANISOU25601 CA ASP L 253 13020 13255 14614 1798 1434 -1073 C \ ATOM 25602 C ASP L 253 -150.812 -37.341 -69.049 1.00100.22 C \ ANISOU25602 C ASP L 253 12813 13034 14233 1709 1551 -1045 C \ ATOM 25603 O ASP L 253 -151.041 -38.486 -69.448 1.00100.40 O \ ANISOU25603 O ASP L 253 12949 12872 13899 1656 1578 -1063 O \ ATOM 25604 CB ASP L 253 -150.453 -35.714 -70.945 1.00 99.60 C \ ANISOU25604 CB ASP L 253 11499 13277 15079 1895 1089 -982 C \ ATOM 25605 CG ASP L 253 -151.036 -34.584 -71.787 1.00101.34 C \ ANISOU25605 CG ASP L 253 11249 13369 15254 1926 1026 -1012 C \ ATOM 25606 OD1 ASP L 253 -152.063 -34.849 -72.440 1.00101.12 O \ ANISOU25606 OD1 ASP L 253 11128 13337 15178 1786 973 -951 O \ ATOM 25607 OD2 ASP L 253 -150.483 -33.450 -71.812 1.00101.64 O \ ANISOU25607 OD2 ASP L 253 10702 13187 15102 1763 982 -991 O \ ATOM 25608 N LEU L 254 -150.078 -37.076 -67.967 1.00 99.03 N \ ANISOU25608 N LEU L 254 11233 13395 15317 2059 850 -1018 N \ ATOM 25609 CA LEU L 254 -149.576 -38.122 -67.072 1.00 97.92 C \ ANISOU25609 CA LEU L 254 11618 13823 15846 2231 905 -1098 C \ ATOM 25610 C LEU L 254 -150.719 -38.807 -66.331 1.00101.89 C \ ANISOU25610 C LEU L 254 11503 13780 15843 2363 770 -1105 C \ ATOM 25611 O LEU L 254 -150.718 -40.026 -66.153 1.00103.74 O \ ANISOU25611 O LEU L 254 12013 14177 16237 2246 1087 -1152 O \ ATOM 25612 CB LEU L 254 -148.564 -37.555 -66.061 1.00 95.28 C \ ANISOU25612 CB LEU L 254 11227 13205 14936 1694 915 -862 C \ ATOM 25613 CG LEU L 254 -148.086 -38.438 -64.892 1.00 92.63 C \ ANISOU25613 CG LEU L 254 11163 13185 14876 1573 866 -794 C \ ATOM 25614 CD1 LEU L 254 -147.281 -39.653 -65.343 1.00 90.27 C \ ANISOU25614 CD1 LEU L 254 11040 13078 14774 1472 1039 -783 C \ ATOM 25615 CD2 LEU L 254 -147.277 -37.610 -63.927 1.00 92.77 C \ ANISOU25615 CD2 LEU L 254 11341 13526 15276 1398 1049 -769 C \ ATOM 25616 N TYR L 255 -151.694 -38.015 -65.895 1.00101.27 N \ ANISOU25616 N TYR L 255 11314 13109 14689 1522 736 -701 N \ ATOM 25617 CA TYR L 255 -152.873 -38.554 -65.228 1.00103.33 C \ ANISOU25617 CA TYR L 255 11036 12856 14393 1408 693 -623 C \ ATOM 25618 C TYR L 255 -153.810 -39.261 -66.215 1.00105.38 C \ ANISOU25618 C TYR L 255 10508 12539 14134 1398 628 -632 C \ ATOM 25619 O TYR L 255 -154.497 -40.212 -65.844 1.00107.66 O \ ANISOU25619 O TYR L 255 10923 12552 13988 1318 712 -545 O \ ATOM 25620 CB TYR L 255 -153.586 -37.472 -64.436 1.00105.28 C \ ANISOU25620 CB TYR L 255 10560 12596 14173 1305 600 -566 C \ ATOM 25621 CG TYR L 255 -152.878 -37.082 -63.143 1.00106.91 C \ ANISOU25621 CG TYR L 255 10807 12458 13868 1233 673 -469 C \ ATOM 25622 CD1 TYR L 255 -152.758 -37.986 -62.087 1.00104.96 C \ ANISOU25622 CD1 TYR L 255 10768 12615 14106 1227 626 -479 C \ ATOM 25623 CD2 TYR L 255 -152.360 -35.797 -62.968 1.00109.17 C \ ANISOU25623 CD2 TYR L 255 10584 12436 13922 1152 597 -409 C \ ATOM 25624 CE1 TYR L 255 -152.132 -37.634 -60.899 1.00103.61 C \ ANISOU25624 CE1 TYR L 255 10524 12390 14034 1469 1182 -787 C \ ATOM 25625 CE2 TYR L 255 -151.723 -35.430 -61.793 1.00107.62 C \ ANISOU25625 CE2 TYR L 255 10798 12635 14264 1381 1365 -760 C \ ATOM 25626 CZ TYR L 255 -151.630 -36.351 -60.753 1.00105.49 C \ ANISOU25626 CZ TYR L 255 10763 12844 14625 1397 1535 -842 C \ ATOM 25627 OH TYR L 255 -151.007 -35.993 -59.579 1.00104.54 O \ ANISOU25627 OH TYR L 255 10795 12924 14755 1307 1674 -817 O \ ATOM 25628 N ASP L 256 -153.804 -38.809 -67.471 1.00104.90 N \ ANISOU25628 N ASP L 256 11204 12745 14222 1365 1456 -728 N \ ATOM 25629 CA ASP L 256 -154.508 -39.496 -68.559 1.00104.94 C \ ANISOU25629 CA ASP L 256 11363 12830 14319 1478 1515 -818 C \ ATOM 25630 C ASP L 256 -153.842 -40.821 -68.903 1.00104.34 C \ ANISOU25630 C ASP L 256 11175 12510 13843 1309 1292 -638 C \ ATOM 25631 O ASP L 256 -154.498 -41.740 -69.418 1.00102.62 O \ ANISOU25631 O ASP L 256 11657 12929 14317 1472 1712 -832 O \ ATOM 25632 CB ASP L 256 -154.569 -38.617 -69.815 1.00105.14 C \ ANISOU25632 CB ASP L 256 10848 13080 14947 1514 1527 -937 C \ ATOM 25633 CG ASP L 256 -155.670 -37.575 -69.752 1.00108.67 C \ ANISOU25633 CG ASP L 256 11037 13552 15578 1542 1674 -1031 C \ ATOM 25634 OD1 ASP L 256 -155.935 -36.938 -70.791 1.00108.24 O \ ANISOU25634 OD1 ASP L 256 10760 13578 15730 1505 1575 -1066 O \ ATOM 25635 OD2 ASP L 256 -156.281 -37.392 -68.677 1.00111.67 O \ ANISOU25635 OD2 ASP L 256 10628 13658 15949 1448 1711 -1117 O \ ATOM 25636 N TYR L 257 -152.544 -40.914 -68.612 1.00103.62 N \ ANISOU25636 N TYR L 257 11048 13621 15694 1699 1701 -1121 N \ ATOM 25637 CA TYR L 257 -151.767 -42.114 -68.878 1.00103.24 C \ ANISOU25637 CA TYR L 257 11297 13604 15593 1729 1873 -1122 C \ ATOM 25638 C TYR L 257 -152.023 -43.202 -67.836 1.00102.36 C \ ANISOU25638 C TYR L 257 11101 13149 15000 1638 1923 -1045 C \ ATOM 25639 O TYR L 257 -152.072 -44.390 -68.183 1.00105.66 O \ ANISOU25639 O TYR L 257 11368 13727 15782 1854 1955 -1205 O \ ATOM 25640 CB TYR L 257 -150.263 -41.786 -68.979 1.00102.94 C \ ANISOU25640 CB TYR L 257 10376 13208 15313 1535 1346 -1045 C \ ATOM 25641 CG TYR L 257 -149.357 -42.998 -69.146 1.00100.76 C \ ANISOU25641 CG TYR L 257 9872 12951 15137 1500 1225 -1081 C \ ATOM 25642 CD1 TYR L 257 -149.506 -43.859 -70.235 1.00 97.86 C \ ANISOU25642 CD1 TYR L 257 9849 12908 15146 1341 1306 -1033 C \ ATOM 25643 CD2 TYR L 257 -148.357 -43.279 -68.215 1.00 98.61 C \ ANISOU25643 CD2 TYR L 257 9774 13067 15448 1284 1328 -1100 C \ ATOM 25644 CE1 TYR L 257 -148.692 -44.966 -70.388 1.00 98.25 C \ ANISOU25644 CE1 TYR L 257 9690 12712 14797 1559 983 -1045 C \ ATOM 25645 CE2 TYR L 257 -147.529 -44.375 -68.366 1.00 97.73 C \ ANISOU25645 CE2 TYR L 257 9914 13186 15308 1683 832 -1130 C \ ATOM 25646 CZ TYR L 257 -147.704 -45.224 -69.449 1.00 98.67 C \ ANISOU25646 CZ TYR L 257 10002 13534 15728 1618 756 -1189 C \ ATOM 25647 OH TYR L 257 -146.890 -46.326 -69.611 1.00 97.23 O \ ANISOU25647 OH TYR L 257 9998 13640 15760 1712 522 -1212 O \ ATOM 25648 N ILE L 258 -152.180 -42.807 -66.572 1.00 97.25 N \ ANISOU25648 N ILE L 258 9670 13058 15042 1690 412 -1101 N \ ATOM 25649 CA ILE L 258 -152.399 -43.781 -65.497 1.00 99.22 C \ ANISOU25649 CA ILE L 258 10010 12784 14913 1273 1343 -921 C \ ATOM 25650 C ILE L 258 -153.840 -44.271 -65.439 1.00100.63 C \ ANISOU25650 C ILE L 258 9854 12559 14728 1142 1401 -852 C \ ATOM 25651 O ILE L 258 -154.104 -45.380 -64.967 1.00101.27 O \ ANISOU25651 O ILE L 258 10350 12900 15074 1072 1641 -798 O \ ATOM 25652 CB ILE L 258 -151.937 -43.264 -64.110 1.00100.46 C \ ANISOU25652 CB ILE L 258 11068 13487 15673 974 1700 -711 C \ ATOM 25653 CG1 ILE L 258 -152.614 -41.933 -63.774 1.00101.36 C \ ANISOU25653 CG1 ILE L 258 9840 12362 14401 1124 1234 -752 C \ ATOM 25654 CG2 ILE L 258 -150.416 -43.141 -64.061 1.00 98.77 C \ ANISOU25654 CG2 ILE L 258 9616 12268 14294 1179 1018 -788 C \ ATOM 25655 CD1 ILE L 258 -152.884 -41.741 -62.294 1.00102.39 C \ ANISOU25655 CD1 ILE L 258 9222 12005 14118 1124 954 -812 C \ ATOM 25656 N ASP L 259 -154.764 -43.436 -65.913 1.00102.32 N \ ANISOU25656 N ASP L 259 9385 11993 13916 1286 885 -794 N \ ATOM 25657 CA ASP L 259 -156.194 -43.773 -65.938 1.00105.72 C \ ANISOU25657 CA ASP L 259 8376 11259 13329 1180 762 -842 C \ ATOM 25658 C ASP L 259 -156.554 -44.682 -67.115 1.00105.46 C \ ANISOU25658 C ASP L 259 8802 11507 13401 1342 700 -812 C \ ATOM 25659 O ASP L 259 -157.441 -45.532 -66.991 1.00105.90 O \ ANISOU25659 O ASP L 259 8111 10958 12912 1290 640 -838 O \ ATOM 25660 CB ASP L 259 -157.068 -42.512 -65.952 1.00106.23 C \ ANISOU25660 CB ASP L 259 7651 10573 12471 1348 465 -854 C \ ATOM 25661 CG ASP L 259 -157.084 -41.783 -64.606 1.00106.58 C \ ANISOU25661 CG ASP L 259 10316 12870 15036 1130 1784 -847 C \ ATOM 25662 OD1 ASP L 259 -156.238 -42.076 -63.726 1.00103.31 O \ ANISOU25662 OD1 ASP L 259 10672 13067 15208 1081 2030 -800 O \ ATOM 25663 OD2 ASP L 259 -157.956 -40.903 -64.432 1.00107.59 O \ ANISOU25663 OD2 ASP L 259 11058 13119 15073 1034 2026 -664 O \ ATOM 25664 N LYS L 260 -155.874 -44.489 -68.246 1.00102.38 N \ ANISOU25664 N LYS L 260 11652 13592 15555 953 2191 -589 N \ ATOM 25665 CA LYS L 260 -156.034 -45.343 -69.429 1.00 99.91 C \ ANISOU25665 CA LYS L 260 10429 12997 15354 986 2230 -833 C \ ATOM 25666 C LYS L 260 -155.669 -46.805 -69.146 1.00 99.76 C \ ANISOU25666 C LYS L 260 10327 13083 15547 1035 2421 -937 C \ ATOM 25667 O LYS L 260 -156.337 -47.720 -69.629 1.00100.78 O \ ANISOU25667 O LYS L 260 10342 13025 15380 1137 2454 -965 O \ ATOM 25668 CB LYS L 260 -155.162 -44.820 -70.573 1.00 97.91 C \ ANISOU25668 CB LYS L 260 10132 13127 15820 958 2557 -999 C \ ATOM 25669 CG LYS L 260 -155.890 -44.336 -71.811 1.00101.09 C \ ANISOU25669 CG LYS L 260 10962 12877 14665 1087 1839 -632 C \ ATOM 25670 CD LYS L 260 -156.190 -45.502 -72.761 1.00103.34 C \ ANISOU25670 CD LYS L 260 11284 12916 14515 1049 1798 -515 C \ ATOM 25671 CE LYS L 260 -156.035 -45.173 -74.234 1.00103.70 C \ ANISOU25671 CE LYS L 260 11565 12988 14427 1089 1918 -520 C \ ATOM 25672 NZ LYS L 260 -154.606 -45.022 -74.622 1.00 99.41 N \ ANISOU25672 NZ LYS L 260 11633 13056 14472 1174 1891 -602 N \ ATOM 25673 N TYR L 261 -154.609 -47.011 -68.365 1.00 99.24 N \ ANISOU25673 N TYR L 261 11480 13058 14565 1065 1540 -476 N \ ATOM 25674 CA TYR L 261 -154.081 -48.340 -68.118 1.00 97.76 C \ ANISOU25674 CA TYR L 261 11849 13658 15314 1061 1414 -511 C \ ATOM 25675 C TYR L 261 -154.281 -48.803 -66.664 1.00100.87 C \ ANISOU25675 C TYR L 261 11615 12980 14343 1003 1496 -347 C \ ATOM 25676 O TYR L 261 -153.706 -49.835 -66.254 1.00105.88 O \ ANISOU25676 O TYR L 261 11744 13548 15136 1110 1187 -508 O \ ATOM 25677 CB TYR L 261 -152.608 -48.391 -68.507 1.00 96.34 C \ ANISOU25677 CB TYR L 261 11870 13098 14426 1035 2052 -431 C \ ATOM 25678 CG TYR L 261 -152.312 -48.124 -69.974 1.00 95.22 C \ ANISOU25678 CG TYR L 261 12520 13522 14663 1069 2169 -433 C \ ATOM 25679 CD1 TYR L 261 -152.232 -49.172 -70.884 1.00 93.03 C \ ANISOU25679 CD1 TYR L 261 12814 13582 14487 1074 1977 -379 C \ ATOM 25680 CD2 TYR L 261 -152.050 -46.832 -70.443 1.00 92.89 C \ ANISOU25680 CD2 TYR L 261 12992 13680 14505 1021 1866 -272 C \ ATOM 25681 CE1 TYR L 261 -151.922 -48.948 -72.227 1.00 86.76 C \ ANISOU25681 CE1 TYR L 261 12948 13852 14973 1018 2433 -370 C \ ATOM 25682 CE2 TYR L 261 -151.758 -46.605 -71.792 1.00 88.72 C \ ANISOU25682 CE2 TYR L 261 13568 14363 15453 937 2420 -224 C \ ATOM 25683 CZ TYR L 261 -151.701 -47.672 -72.674 1.00 84.17 C \ ANISOU25683 CZ TYR L 261 14288 14848 15793 915 2647 -135 C \ ATOM 25684 OH TYR L 261 -151.380 -47.457 -73.986 1.00 80.79 O \ ANISOU25684 OH TYR L 261 15144 15756 16804 909 2908 -176 O \ ATOM 25685 N ASN L 262 -155.098 -48.057 -65.899 1.00100.60 N \ ANISOU25685 N ASN L 262 13888 14217 14943 907 2569 -23 N \ ATOM 25686 CA ASN L 262 -155.360 -48.349 -64.483 1.00102.51 C \ ANISOU25686 CA ASN L 262 12525 13183 13993 1139 1941 -459 C \ ATOM 25687 C ASN L 262 -154.118 -48.555 -63.600 1.00103.31 C \ ANISOU25687 C ASN L 262 12211 12653 13261 1136 1760 -436 C \ ATOM 25688 O ASN L 262 -154.082 -49.470 -62.756 1.00107.39 O \ ANISOU25688 O ASN L 262 12561 12752 13115 1112 1859 -378 O \ ATOM 25689 CB ASN L 262 -156.341 -49.525 -64.332 1.00102.07 C \ ANISOU25689 CB ASN L 262 12999 13133 13467 1132 2095 -400 C \ ATOM 25690 CG ASN L 262 -157.738 -49.067 -63.926 1.00102.53 C \ ANISOU25690 CG ASN L 262 12054 12445 13074 1211 1697 -554 C \ ATOM 25691 OD1 ASN L 262 -157.929 -47.947 -63.432 1.00101.98 O \ ANISOU25691 OD1 ASN L 262 11644 12235 13072 1265 1591 -617 O \ ATOM 25692 ND2 ASN L 262 -158.716 -49.941 -64.108 1.00102.85 N \ ANISOU25692 ND2 ASN L 262 11972 12455 13316 1358 1614 -731 N \ ATOM 25693 N ILE L 263 -153.123 -47.691 -63.784 1.00101.34 N \ ANISOU25693 N ILE L 263 11146 11774 12617 1220 1349 -553 N \ ATOM 25694 CA ILE L 263 -151.894 -47.783 -62.999 1.00101.90 C \ ANISOU25694 CA ILE L 263 12316 12364 12543 1073 1680 -304 C \ ATOM 25695 C ILE L 263 -152.018 -46.957 -61.725 1.00102.59 C \ ANISOU25695 C ILE L 263 12767 12560 12456 1064 1716 -261 C \ ATOM 25696 O ILE L 263 -152.363 -45.770 -61.790 1.00103.07 O \ ANISOU25696 O ILE L 263 13201 12827 12624 1120 1805 -392 O \ ATOM 25697 CB ILE L 263 -150.643 -47.344 -63.790 1.00102.92 C \ ANISOU25697 CB ILE L 263 12880 12506 12376 1148 1690 -491 C \ ATOM 25698 CG1 ILE L 263 -150.729 -47.810 -65.247 1.00107.44 C \ ANISOU25698 CG1 ILE L 263 12862 12577 12310 1021 1454 -187 C \ ATOM 25699 CG2 ILE L 263 -149.399 -47.922 -63.131 1.00102.48 C \ ANISOU25699 CG2 ILE L 263 13574 13055 12475 1013 1467 -116 C \ ATOM 25700 CD1 ILE L 263 -149.873 -47.018 -66.212 1.00106.41 C \ ANISOU25700 CD1 ILE L 263 14314 13597 12821 1036 1486 -195 C \ ATOM 25701 N GLU L 264 -151.736 -47.586 -60.577 1.00103.68 N \ ANISOU25701 N GLU L 264 13425 12904 12263 990 1451 19 N \ ATOM 25702 CA GLU L 264 -151.788 -46.902 -59.297 1.00107.14 C \ ANISOU25702 CA GLU L 264 13834 13301 12942 1142 2025 -392 C \ ATOM 25703 C GLU L 264 -150.424 -46.291 -58.925 1.00107.60 C \ ANISOU25703 C GLU L 264 14386 13673 13210 1204 2148 -520 C \ ATOM 25704 O GLU L 264 -149.385 -46.974 -58.892 1.00108.38 O \ ANISOU25704 O GLU L 264 14825 13915 13301 1205 1932 -603 O \ ATOM 25705 CB GLU L 264 -152.306 -47.829 -58.189 1.00109.95 C \ ANISOU25705 CB GLU L 264 15476 14442 13832 1262 2000 -736 C \ ATOM 25706 CG GLU L 264 -151.511 -49.112 -57.952 1.00114.18 C \ ANISOU25706 CG GLU L 264 14690 13797 13109 1207 2376 -458 C \ ATOM 25707 CD GLU L 264 -151.657 -49.633 -56.517 1.00118.25 C \ ANISOU25707 CD GLU L 264 14532 13691 12973 1145 2331 -287 C \ ATOM 25708 OE1 GLU L 264 -152.820 -49.802 -56.082 1.00125.56 O \ ANISOU25708 OE1 GLU L 264 13866 13308 12887 1114 2199 -267 O \ ATOM 25709 OE2 GLU L 264 -150.628 -49.863 -55.825 1.00113.30 O \ ANISOU25709 OE2 GLU L 264 14600 13667 12941 1143 1680 -530 O \ ATOM 25710 N LEU L 265 -150.440 -44.994 -58.636 1.00104.49 N \ ANISOU25710 N LEU L 265 14942 13842 12990 1120 1459 -607 N \ ATOM 25711 CA LEU L 265 -149.233 -44.261 -58.270 1.00100.34 C \ ANISOU25711 CA LEU L 265 15083 14067 13475 1132 1347 -700 C \ ATOM 25712 C LEU L 265 -148.899 -44.513 -56.803 1.00101.14 C \ ANISOU25712 C LEU L 265 15814 14622 13990 1124 1233 -802 C \ ATOM 25713 O LEU L 265 -149.803 -44.661 -55.969 1.00104.22 O \ ANISOU25713 O LEU L 265 14858 13753 12723 1049 1226 -496 O \ ATOM 25714 CB LEU L 265 -149.436 -42.762 -58.507 1.00 98.89 C \ ANISOU25714 CB LEU L 265 15209 13881 12604 1014 1035 -566 C \ ATOM 25715 CG LEU L 265 -149.790 -42.215 -59.892 1.00 97.26 C \ ANISOU25715 CG LEU L 265 15271 14002 12570 953 800 -446 C \ ATOM 25716 CD1 LEU L 265 -150.275 -40.777 -59.754 1.00 99.34 C \ ANISOU25716 CD1 LEU L 265 15654 14366 12745 974 901 -305 C \ ATOM 25717 CD2 LEU L 265 -148.606 -42.302 -60.838 1.00 93.53 C \ ANISOU25717 CD2 LEU L 265 15868 14624 12855 949 740 -174 C \ ATOM 25718 N ASP L 266 -147.606 -44.561 -56.487 1.00 97.97 N \ ANISOU25718 N ASP L 266 15940 14794 13037 894 465 -170 N \ ATOM 25719 CA ASP L 266 -147.139 -44.576 -55.107 1.00 99.45 C \ ANISOU25719 CA ASP L 266 15994 14692 12770 982 861 -42 C \ ATOM 25720 C ASP L 266 -147.683 -43.323 -54.390 1.00101.73 C \ ANISOU25720 C ASP L 266 14634 13871 13543 1151 1383 -667 C \ ATOM 25721 O ASP L 266 -147.581 -42.214 -54.916 1.00 99.39 O \ ANISOU25721 O ASP L 266 14475 13802 13719 1180 1290 -736 O \ ATOM 25722 CB ASP L 266 -145.605 -44.606 -55.070 1.00 99.35 C \ ANISOU25722 CB ASP L 266 14917 14145 14172 1275 1438 -875 C \ ATOM 25723 CG ASP L 266 -145.051 -44.922 -53.675 1.00102.92 C \ ANISOU25723 CG ASP L 266 15099 14433 14686 1327 1413 -918 C \ ATOM 25724 OD1 ASP L 266 -145.085 -44.057 -52.780 1.00107.21 O \ ANISOU25724 OD1 ASP L 266 13980 13610 13744 1181 1276 -661 O \ ATOM 25725 OD2 ASP L 266 -144.553 -46.035 -53.459 1.00101.57 O \ ANISOU25725 OD2 ASP L 266 13713 13446 13552 1101 1082 -546 O \ ATOM 25726 N PRO L 267 -148.287 -43.506 -53.198 1.00105.48 N \ ANISOU25726 N PRO L 267 13611 13434 13474 1064 1126 -431 N \ ATOM 25727 CA PRO L 267 -148.874 -42.411 -52.412 1.00108.62 C \ ANISOU25727 CA PRO L 267 13501 13234 13402 1068 872 -549 C \ ATOM 25728 C PRO L 267 -147.947 -41.201 -52.183 1.00110.65 C \ ANISOU25728 C PRO L 267 13310 13228 13257 1006 956 -327 C \ ATOM 25729 O PRO L 267 -148.440 -40.104 -51.895 1.00115.15 O \ ANISOU25729 O PRO L 267 13254 13100 13252 1002 708 -446 O \ ATOM 25730 CB PRO L 267 -149.225 -43.073 -51.068 1.00109.48 C \ ANISOU25730 CB PRO L 267 13161 13104 13186 977 748 -337 C \ ATOM 25731 CG PRO L 267 -148.637 -44.446 -51.114 1.00108.43 C \ ANISOU25731 CG PRO L 267 15464 14483 14342 1307 1594 -944 C \ ATOM 25732 CD PRO L 267 -148.533 -44.810 -52.565 1.00105.44 C \ ANISOU25732 CD PRO L 267 15934 14862 14828 1412 1771 -1077 C \ ATOM 25733 N ARG L 268 -146.635 -41.398 -52.321 1.00108.46 N \ ANISOU25733 N ARG L 268 16580 15213 15160 1429 1682 -1204 N \ ATOM 25734 CA ARG L 268 -145.661 -40.330 -52.124 1.00109.95 C \ ANISOU25734 CA ARG L 268 16884 15496 15660 1511 1708 -1291 C \ ATOM 25735 C ARG L 268 -145.676 -39.298 -53.261 1.00112.19 C \ ANISOU25735 C ARG L 268 16136 15040 14889 1456 2058 -1086 C \ ATOM 25736 O ARG L 268 -145.218 -38.162 -53.073 1.00116.93 O \ ANISOU25736 O ARG L 268 15905 15129 15144 1468 2203 -1010 O \ ATOM 25737 CB ARG L 268 -144.261 -40.920 -51.969 1.00108.79 C \ ANISOU25737 CB ARG L 268 14993 14433 14705 1523 2201 -1041 C \ ATOM 25738 CG ARG L 268 -143.266 -40.071 -51.184 1.00109.74 C \ ANISOU25738 CG ARG L 268 16263 15511 15385 1417 2325 -911 C \ ATOM 25739 CD ARG L 268 -141.912 -40.768 -51.114 1.00110.13 C \ ANISOU25739 CD ARG L 268 17125 15526 15222 1355 1573 -1218 C \ ATOM 25740 NE ARG L 268 -141.986 -42.032 -50.377 1.00112.56 N \ ANISOU25740 NE ARG L 268 17354 15448 15124 1349 1478 -1354 N \ ATOM 25741 CZ ARG L 268 -140.969 -42.869 -50.180 1.00114.09 C \ ANISOU25741 CZ ARG L 268 17394 15497 15281 1259 1200 -1328 C \ ATOM 25742 NH1 ARG L 268 -139.766 -42.591 -50.662 1.00115.20 N \ ANISOU25742 NH1 ARG L 268 18039 15905 15755 1241 1105 -1437 N \ ATOM 25743 NH2 ARG L 268 -141.156 -43.983 -49.482 1.00114.37 N \ ANISOU25743 NH2 ARG L 268 18173 15997 15326 1313 1498 -1407 N \ ATOM 25744 N PHE L 269 -146.218 -39.686 -54.421 1.00110.67 N \ ANISOU25744 N PHE L 269 18716 16563 15718 1371 1759 -1373 N \ ATOM 25745 CA PHE L 269 -146.328 -38.799 -55.583 1.00110.53 C \ ANISOU25745 CA PHE L 269 19045 16894 15784 1315 1731 -1275 C \ ATOM 25746 C PHE L 269 -147.394 -37.702 -55.449 1.00113.79 C \ ANISOU25746 C PHE L 269 19032 16897 16190 1475 1996 -1439 C \ ATOM 25747 O PHE L 269 -147.807 -37.139 -56.441 1.00116.38 O \ ANISOU25747 O PHE L 269 16510 14876 14691 1201 1083 -1187 O \ ATOM 25748 CB PHE L 269 -146.611 -39.611 -56.856 1.00108.79 C \ ANISOU25748 CB PHE L 269 15945 14355 14251 1107 831 -1142 C \ ATOM 25749 CG PHE L 269 -145.421 -40.358 -57.401 1.00107.15 C \ ANISOU25749 CG PHE L 269 15076 13685 13884 1144 798 -1097 C \ ATOM 25750 CD1 PHE L 269 -145.267 -41.717 -57.172 1.00106.65 C \ ANISOU25750 CD1 PHE L 269 14798 13360 13693 1095 639 -1101 C \ ATOM 25751 CD2 PHE L 269 -144.476 -39.704 -58.163 1.00105.64 C \ ANISOU25751 CD2 PHE L 269 15653 14175 13852 1008 683 -1023 C \ ATOM 25752 CE1 PHE L 269 -144.184 -42.414 -57.682 1.00104.74 C \ ANISOU25752 CE1 PHE L 269 15381 14180 13870 1035 780 -887 C \ ATOM 25753 CE2 PHE L 269 -143.387 -40.388 -58.690 1.00104.24 C \ ANISOU25753 CE2 PHE L 269 15683 13979 13330 974 671 -1074 C \ ATOM 25754 CZ PHE L 269 -143.243 -41.746 -58.451 1.00103.83 C \ ANISOU25754 CZ PHE L 269 15409 14360 13934 954 619 -749 C \ ATOM 25755 N ASN L 270 -147.826 -37.398 -54.228 1.00116.57 N \ ANISOU25755 N ASN L 270 14506 13329 13631 1229 948 -1056 N \ ATOM 25756 CA ASN L 270 -148.925 -36.447 -54.018 1.00120.08 C \ ANISOU25756 CA ASN L 270 14298 13321 13878 1279 915 -1017 C \ ATOM 25757 C ASN L 270 -148.513 -35.015 -53.688 1.00123.58 C \ ANISOU25757 C ASN L 270 14474 13355 14121 1384 972 -1122 C \ ATOM 25758 O ASN L 270 -149.064 -34.069 -54.250 1.00126.44 O \ ANISOU25758 O ASN L 270 14078 12958 13905 1394 861 -1108 O \ ATOM 25759 CB ASN L 270 -149.925 -36.994 -52.993 1.00121.24 C \ ANISOU25759 CB ASN L 270 13987 13312 13902 1323 1037 -945 C \ ATOM 25760 CG ASN L 270 -150.817 -38.081 -53.588 1.00121.54 C \ ANISOU25760 CG ASN L 270 13519 13108 13896 1356 974 -885 C \ ATOM 25761 OD1 ASN L 270 -151.451 -37.866 -54.631 1.00116.15 O \ ANISOU25761 OD1 ASN L 270 13638 13299 14065 1256 772 -786 O \ ATOM 25762 ND2 ASN L 270 -150.869 -39.252 -52.939 1.00124.12 N \ ANISOU25762 ND2 ASN L 270 12975 12826 13633 1386 1117 -846 N \ ATOM 25763 N ASP L 271 -147.552 -34.859 -52.783 1.00126.00 N \ ANISOU25763 N ASP L 271 14850 13596 14337 1468 1154 -1223 N \ ATOM 25764 CA ASP L 271 -147.079 -33.518 -52.392 1.00126.14 C \ ANISOU25764 CA ASP L 271 14761 13326 14260 1584 1226 -1335 C \ ATOM 25765 C ASP L 271 -145.887 -33.089 -53.226 1.00126.79 C \ ANISOU25765 C ASP L 271 14445 13232 14408 1704 1255 -1309 C \ ATOM 25766 O ASP L 271 -145.459 -31.926 -53.161 1.00130.81 O \ ANISOU25766 O ASP L 271 14553 13647 14826 1735 1323 -1252 O \ ATOM 25767 CB ASP L 271 -146.679 -33.487 -50.911 1.00130.27 C \ ANISOU25767 CB ASP L 271 14239 12861 14244 1773 1199 -1353 C \ ATOM 25768 CG ASP L 271 -147.586 -34.312 -50.048 1.00134.22 C \ ANISOU25768 CG ASP L 271 13706 12505 14110 1910 1204 -1329 C \ ATOM 25769 OD1 ASP L 271 -147.078 -35.246 -49.386 1.00136.13 O \ ANISOU25769 OD1 ASP L 271 13457 12074 13856 1909 1047 -1304 O \ ATOM 25770 OD2 ASP L 271 -148.802 -34.032 -50.041 1.00137.18 O \ ANISOU25770 OD2 ASP L 271 13717 12000 13892 1937 1058 -1385 O \ ATOM 25771 N ILE L 272 -145.350 -34.035 -54.002 1.00121.28 N \ ANISOU25771 N ILE L 272 13941 12723 14434 2083 1405 -1433 N \ ATOM 25772 CA ILE L 272 -144.135 -33.809 -54.784 1.00117.26 C \ ANISOU25772 CA ILE L 272 14057 13146 15025 2230 1428 -1405 C \ ATOM 25773 C ILE L 272 -144.380 -33.665 -56.296 1.00112.24 C \ ANISOU25773 C ILE L 272 14426 13378 15488 2350 1337 -1406 C \ ATOM 25774 O ILE L 272 -143.624 -32.989 -56.986 1.00110.15 O \ ANISOU25774 O ILE L 272 15231 13785 16004 2416 1408 -1510 O \ ATOM 25775 CB ILE L 272 -143.049 -34.868 -54.483 1.00114.97 C \ ANISOU25775 CB ILE L 272 15343 13647 16075 2492 1332 -1513 C \ ATOM 25776 CG1 ILE L 272 -143.515 -36.263 -54.896 1.00114.31 C \ ANISOU25776 CG1 ILE L 272 14690 13104 15630 2513 1183 -1407 C \ ATOM 25777 CG2 ILE L 272 -142.661 -34.842 -53.003 1.00113.15 C \ ANISOU25777 CG2 ILE L 272 15785 13700 16243 2546 1412 -1620 C \ ATOM 25778 CD1 ILE L 272 -142.418 -37.313 -55.026 1.00115.03 C \ ANISOU25778 CD1 ILE L 272 13176 11997 13816 1877 913 -1193 C \ ATOM 25779 N LEU L 273 -145.437 -34.289 -56.790 1.00109.14 N \ ANISOU25779 N LEU L 273 13088 11755 13728 1861 771 -1143 N \ ATOM 25780 CA LEU L 273 -145.769 -34.221 -58.213 1.00109.22 C \ ANISOU25780 CA LEU L 273 12759 11649 13745 1982 729 -1070 C \ ATOM 25781 C LEU L 273 -146.477 -32.916 -58.581 1.00110.41 C \ ANISOU25781 C LEU L 273 12430 11658 13672 1993 727 -1020 C \ ATOM 25782 O LEU L 273 -146.169 -32.303 -59.597 1.00107.76 O \ ANISOU25782 O LEU L 273 12849 11496 13356 1669 625 -1072 O \ ATOM 25783 CB LEU L 273 -146.632 -35.423 -58.622 1.00108.44 C \ ANISOU25783 CB LEU L 273 12964 11438 13126 1545 636 -1138 C \ ATOM 25784 CG LEU L 273 -146.844 -35.735 -60.107 1.00106.66 C \ ANISOU25784 CG LEU L 273 13319 11443 13186 1483 601 -1218 C \ ATOM 25785 CD1 LEU L 273 -145.545 -36.144 -60.790 1.00107.92 C \ ANISOU25785 CD1 LEU L 273 12755 11362 12811 1475 676 -1134 C \ ATOM 25786 CD2 LEU L 273 -147.789 -36.921 -60.225 1.00103.79 C \ ANISOU25786 CD2 LEU L 273 13488 11543 13069 1384 605 -1270 C \ ATOM 25787 N GLY L 274 -147.413 -32.500 -57.737 1.00112.61 N \ ANISOU25787 N GLY L 274 13012 11357 12701 1385 653 -1210 N \ ATOM 25788 CA GLY L 274 -148.105 -31.214 -57.886 1.00111.46 C \ ANISOU25788 CA GLY L 274 13099 11781 14080 2077 694 -1067 C \ ATOM 25789 C GLY L 274 -148.976 -31.120 -59.122 1.00110.77 C \ ANISOU25789 C GLY L 274 13097 11948 14358 2218 641 -996 C \ ATOM 25790 O GLY L 274 -149.630 -32.094 -59.509 1.00113.24 O \ ANISOU25790 O GLY L 274 12871 11849 14204 2117 494 -871 O \ ATOM 25791 N ARG L 275 -148.986 -29.943 -59.738 1.00108.82 N \ ANISOU25791 N ARG L 275 12969 11849 14135 1945 431 -840 N \ ATOM 25792 CA ARG L 275 -149.790 -29.691 -60.939 1.00106.12 C \ ANISOU25792 CA ARG L 275 13202 11745 14395 2370 665 -1025 C \ ATOM 25793 C ARG L 275 -149.086 -28.693 -61.849 1.00103.67 C \ ANISOU25793 C ARG L 275 13120 11284 14032 2257 612 -1018 C \ ATOM 25794 O ARG L 275 -148.956 -27.529 -61.512 1.00104.25 O \ ANISOU25794 O ARG L 275 12874 12081 14458 2229 440 -807 O \ ATOM 25795 CB ARG L 275 -151.187 -29.170 -60.554 1.00108.17 C \ ANISOU25795 CB ARG L 275 12862 12195 14513 2157 315 -691 C \ ATOM 25796 CG ARG L 275 -152.235 -29.322 -61.639 1.00111.14 C \ ANISOU25796 CG ARG L 275 12960 11964 14429 2140 253 -626 C \ ATOM 25797 CD ARG L 275 -152.302 -28.161 -62.617 1.00113.94 C \ ANISOU25797 CD ARG L 275 13774 12617 15239 2294 260 -615 C \ ATOM 25798 NE ARG L 275 -152.358 -26.865 -61.954 1.00118.49 N \ ANISOU25798 NE ARG L 275 12871 12542 14819 2290 272 -657 N \ ATOM 25799 CZ ARG L 275 -152.154 -25.702 -62.578 1.00118.61 C \ ANISOU25799 CZ ARG L 275 13384 13335 15451 2175 200 -594 C \ ATOM 25800 NH1 ARG L 275 -151.863 -25.673 -63.884 1.00114.29 N \ ANISOU25800 NH1 ARG L 275 13659 13826 15915 2283 108 -536 N \ ATOM 25801 NH2 ARG L 275 -152.219 -24.557 -61.897 1.00120.36 N \ ANISOU25801 NH2 ARG L 275 14078 14117 16200 2226 17 -426 N \ ATOM 25802 N HIS L 276 -148.642 -29.164 -63.010 1.00102.62 N \ ANISOU25802 N HIS L 276 14139 14296 16264 2088 -31 -368 N \ ATOM 25803 CA HIS L 276 -147.882 -28.352 -63.963 1.00101.52 C \ ANISOU25803 CA HIS L 276 14925 15308 17167 1994 -5 -404 C \ ATOM 25804 C HIS L 276 -148.443 -28.449 -65.347 1.00100.42 C \ ANISOU25804 C HIS L 276 13418 13460 15435 2046 -93 -269 C \ ATOM 25805 O HIS L 276 -148.833 -29.519 -65.794 1.00 99.38 O \ ANISOU25805 O HIS L 276 12607 11512 13938 1955 197 -579 O \ ATOM 25806 CB HIS L 276 -146.416 -28.770 -63.966 1.00 99.23 C \ ANISOU25806 CB HIS L 276 12738 11324 13910 1901 154 -518 C \ ATOM 25807 CG HIS L 276 -145.805 -28.840 -62.584 1.00 98.77 C \ ANISOU25807 CG HIS L 276 12351 11041 13620 1930 78 -387 C \ ATOM 25808 ND1 HIS L 276 -145.196 -27.787 -62.001 1.00 99.88 N \ ANISOU25808 ND1 HIS L 276 12317 11297 13714 1873 30 -338 N \ ATOM 25809 CD2 HIS L 276 -145.736 -29.889 -61.670 1.00 97.19 C \ ANISOU25809 CD2 HIS L 276 12787 11213 13780 1684 131 -544 C \ ATOM 25810 CE1 HIS L 276 -144.771 -28.150 -60.783 1.00100.28 C \ ANISOU25810 CE1 HIS L 276 13130 11441 13966 1642 197 -677 C \ ATOM 25811 NE2 HIS L 276 -145.100 -29.434 -60.587 1.00 97.57 N \ ANISOU25811 NE2 HIS L 276 13579 11519 14259 1743 272 -760 N \ ATOM 25812 N SER L 277 -148.502 -27.309 -66.026 1.00102.54 N \ ANISOU25812 N SER L 277 13782 11554 14242 1673 331 -898 N \ ATOM 25813 CA SER L 277 -149.050 -27.227 -67.384 1.00103.71 C \ ANISOU25813 CA SER L 277 13395 11419 13912 1729 409 -958 C \ ATOM 25814 C SER L 277 -148.068 -27.768 -68.429 1.00102.45 C \ ANISOU25814 C SER L 277 12488 10919 13677 2026 77 -329 C \ ATOM 25815 O SER L 277 -146.885 -27.930 -68.142 1.00102.53 O \ ANISOU25815 O SER L 277 12497 10952 13711 2063 19 -194 O \ ATOM 25816 CB SER L 277 -149.454 -25.782 -67.698 1.00103.55 C \ ANISOU25816 CB SER L 277 12695 11131 13861 1848 -15 -125 C \ ATOM 25817 OG SER L 277 -148.353 -24.909 -67.541 1.00101.17 O \ ANISOU25817 OG SER L 277 13791 12045 14852 1687 0 -171 O \ ATOM 25818 N ARG L 278 -148.571 -28.045 -69.630 1.00103.73 N \ ANISOU25818 N ARG L 278 13015 11109 14099 2203 45 -146 N \ ATOM 25819 CA ARG L 278 -147.738 -28.559 -70.728 1.00104.15 C \ ANISOU25819 CA ARG L 278 13175 11364 14353 2464 37 -142 C \ ATOM 25820 C ARG L 278 -146.880 -27.442 -71.319 1.00103.58 C \ ANISOU25820 C ARG L 278 13513 11678 14649 2549 -20 6 C \ ATOM 25821 O ARG L 278 -147.418 -26.481 -71.875 1.00109.57 O \ ANISOU25821 O ARG L 278 13344 11762 14608 2773 -85 34 O \ ATOM 25822 CB ARG L 278 -148.599 -29.193 -71.830 1.00105.89 C \ ANISOU25822 CB ARG L 278 14079 12614 15475 2963 -84 -41 C \ ATOM 25823 CG ARG L 278 -148.019 -30.503 -72.347 1.00110.99 C \ ANISOU25823 CG ARG L 278 14790 13194 16194 2975 -2 -151 C \ ATOM 25824 CD ARG L 278 -148.377 -30.812 -73.787 1.00114.23 C \ ANISOU25824 CD ARG L 278 14285 13078 15808 3146 -167 -12 C \ ATOM 25825 NE ARG L 278 -147.260 -30.562 -74.713 1.00116.85 N \ ANISOU25825 NE ARG L 278 12470 11106 13718 1848 -62 -24 N \ ATOM 25826 CZ ARG L 278 -146.309 -31.453 -75.009 1.00117.65 C \ ANISOU25826 CZ ARG L 278 12937 11610 14185 1657 -86 45 C \ ATOM 25827 NH1 ARG L 278 -146.325 -32.649 -74.444 1.00124.76 N \ ANISOU25827 NH1 ARG L 278 13505 11821 14612 1570 -58 114 N \ ATOM 25828 NH2 ARG L 278 -145.337 -31.163 -75.866 1.00111.37 N \ ANISOU25828 NH2 ARG L 278 13516 11817 14633 1380 -66 139 N \ ATOM 25829 N LYS L 279 -145.558 -27.563 -71.189 1.00100.17 N \ ANISOU25829 N LYS L 279 12696 11671 14062 1694 -129 127 N \ ATOM 25830 CA LYS L 279 -144.632 -26.524 -71.663 1.00 99.94 C \ ANISOU25830 CA LYS L 279 12249 11591 13782 1708 -156 58 C \ ATOM 25831 C LYS L 279 -144.237 -26.702 -73.130 1.00 97.41 C \ ANISOU25831 C LYS L 279 11912 11494 13566 1861 -182 38 C \ ATOM 25832 O LYS L 279 -143.921 -27.798 -73.552 1.00 98.25 O \ ANISOU25832 O LYS L 279 12242 11752 13847 1559 -160 0 O \ ATOM 25833 CB LYS L 279 -143.383 -26.455 -70.775 1.00 99.44 C \ ANISOU25833 CB LYS L 279 11838 11703 13641 1808 -187 -28 C \ ATOM 25834 CG LYS L 279 -143.654 -26.335 -69.269 1.00101.43 C \ ANISOU25834 CG LYS L 279 11958 11786 13726 1636 -171 -45 C \ ATOM 25835 CD LYS L 279 -144.221 -24.966 -68.898 1.00103.59 C \ ANISOU25835 CD LYS L 279 12162 11597 13715 1379 -163 -16 C \ ATOM 25836 CE LYS L 279 -144.239 -24.762 -67.390 1.00104.17 C \ ANISOU25836 CE LYS L 279 11701 11724 13554 1540 -166 -92 C \ ATOM 25837 NZ LYS L 279 -145.125 -25.687 -66.636 1.00101.93 N \ ANISOU25837 NZ LYS L 279 11817 11469 13445 1297 -176 -63 N \ ATOM 25838 N ARG L 280 -144.272 -25.613 -73.899 1.00 97.60 N \ ANISOU25838 N ARG L 280 11659 11584 13425 1377 -170 -93 N \ ATOM 25839 CA ARG L 280 -143.858 -25.581 -75.311 1.00 97.80 C \ ANISOU25839 CA ARG L 280 13771 11799 14763 1711 -22 146 C \ ATOM 25840 C ARG L 280 -142.359 -25.870 -75.448 1.00 99.19 C \ ANISOU25840 C ARG L 280 14036 11671 14885 1647 24 220 C \ ATOM 25841 O ARG L 280 -141.567 -25.509 -74.554 1.00107.09 O \ ANISOU25841 O ARG L 280 14189 11537 14952 1493 53 121 O \ ATOM 25842 CB ARG L 280 -144.155 -24.194 -75.883 1.00100.60 C \ ANISOU25842 CB ARG L 280 14412 11409 15072 1415 97 164 C \ ATOM 25843 CG ARG L 280 -145.516 -24.014 -76.522 1.00102.36 C \ ANISOU25843 CG ARG L 280 14321 11716 15055 1870 54 297 C \ ATOM 25844 CD ARG L 280 -145.266 -23.843 -78.020 1.00104.86 C \ ANISOU25844 CD ARG L 280 14112 11689 14860 1998 22 427 C \ ATOM 25845 NE ARG L 280 -146.349 -24.188 -78.970 1.00104.53 N \ ANISOU25845 NE ARG L 280 13567 11529 14452 2160 -45 373 N \ ATOM 25846 CZ ARG L 280 -147.651 -24.071 -78.766 1.00110.99 C \ ANISOU25846 CZ ARG L 280 13257 11393 14150 2272 -90 455 C \ ATOM 25847 NH1 ARG L 280 -148.126 -23.593 -77.625 1.00116.28 N \ ANISOU25847 NH1 ARG L 280 13543 11635 14527 2173 -52 245 N \ ATOM 25848 NH2 ARG L 280 -148.491 -24.435 -79.726 1.00113.63 N \ ANISOU25848 NH2 ARG L 280 14289 11773 15084 1446 32 -13 N \ ATOM 25849 N TRP L 281 -141.972 -26.530 -76.536 1.00 98.16 N \ ANISOU25849 N TRP L 281 15427 12665 16115 1295 44 -127 N \ ATOM 25850 CA TRP L 281 -140.566 -26.918 -76.741 1.00101.94 C \ ANISOU25850 CA TRP L 281 15825 13157 16572 1043 -6 -118 C \ ATOM 25851 C TRP L 281 -139.630 -25.762 -77.016 1.00105.12 C \ ANISOU25851 C TRP L 281 16407 13462 17076 887 -2 -158 C \ ATOM 25852 O TRP L 281 -138.409 -25.859 -76.810 1.00105.19 O \ ANISOU25852 O TRP L 281 15674 12983 16326 1355 53 -274 O \ ATOM 25853 CB TRP L 281 -140.452 -27.954 -77.857 1.00101.15 C \ ANISOU25853 CB TRP L 281 16913 13843 17379 1268 84 -400 C \ ATOM 25854 CG TRP L 281 -141.023 -29.301 -77.498 1.00 99.02 C \ ANISOU25854 CG TRP L 281 17884 14925 18286 1214 74 -546 C \ ATOM 25855 CD1 TRP L 281 -142.108 -29.936 -78.081 1.00 97.31 C \ ANISOU25855 CD1 TRP L 281 17877 14832 18209 1400 153 -639 C \ ATOM 25856 CD2 TRP L 281 -140.550 -30.231 -76.451 1.00 99.60 C \ ANISOU25856 CD2 TRP L 281 17256 14193 17469 1383 183 -778 C \ ATOM 25857 NE1 TRP L 281 -142.342 -31.154 -77.485 1.00 97.86 N \ ANISOU25857 NE1 TRP L 281 16619 13597 16739 1191 124 -840 N \ ATOM 25858 CE2 TRP L 281 -141.447 -31.393 -76.503 1.00 98.62 C \ ANISOU25858 CE2 TRP L 281 17310 14177 17487 1564 274 -855 C \ ATOM 25859 CE3 TRP L 281 -139.512 -30.221 -75.519 1.00 98.63 C \ ANISOU25859 CE3 TRP L 281 15663 13388 16562 1006 -57 -70 C \ ATOM 25860 CZ2 TRP L 281 -141.296 -32.481 -75.652 1.00 97.33 C \ ANISOU25860 CZ2 TRP L 281 15264 13146 16256 791 -114 -60 C \ ATOM 25861 CZ3 TRP L 281 -139.372 -31.326 -74.665 1.00 96.68 C \ ANISOU25861 CZ3 TRP L 281 14613 12404 15671 688 -92 62 C \ ATOM 25862 CH2 TRP L 281 -140.243 -32.429 -74.733 1.00 96.51 C \ ANISOU25862 CH2 TRP L 281 14329 12186 15480 492 -131 63 C \ ATOM 25863 N GLU L 282 -140.206 -24.659 -77.485 1.00106.15 N \ ANISOU25863 N GLU L 282 14883 13198 16014 803 -165 -52 N \ ATOM 25864 CA GLU L 282 -139.452 -23.457 -77.837 1.00106.84 C \ ANISOU25864 CA GLU L 282 15081 13487 16153 856 -175 -169 C \ ATOM 25865 C GLU L 282 -138.953 -22.670 -76.632 1.00107.07 C \ ANISOU25865 C GLU L 282 15384 13820 16403 715 -228 -255 C \ ATOM 25866 O GLU L 282 -138.310 -21.632 -76.804 1.00107.63 O \ ANISOU25866 O GLU L 282 15211 13675 16281 1050 -130 -193 O \ ATOM 25867 CB GLU L 282 -140.291 -22.543 -78.748 1.00108.15 C \ ANISOU25867 CB GLU L 282 15915 14414 16845 767 -220 -354 C \ ATOM 25868 CG GLU L 282 -140.450 -23.039 -80.181 1.00107.02 C \ ANISOU25868 CG GLU L 282 15755 14301 16781 1093 -114 -297 C \ ATOM 25869 CD GLU L 282 -141.586 -24.033 -80.364 1.00104.09 C \ ANISOU25869 CD GLU L 282 16021 14571 16960 952 -151 -373 C \ ATOM 25870 OE1 GLU L 282 -141.816 -24.508 -81.498 1.00102.12 O \ ANISOU25870 OE1 GLU L 282 13985 11633 14998 824 -29 166 O \ ATOM 25871 OE2 GLU L 282 -142.257 -24.348 -79.372 1.00104.50 O \ ANISOU25871 OE2 GLU L 282 13312 10825 14350 748 23 297 O \ ATOM 25872 N ARG L 283 -139.242 -23.156 -75.426 1.00108.29 N \ ANISOU25872 N ARG L 283 13476 10574 14428 607 64 261 N \ ATOM 25873 CA ARG L 283 -138.756 -22.516 -74.208 1.00116.35 C \ ANISOU25873 CA ARG L 283 13667 10419 14459 709 111 233 C \ ATOM 25874 C ARG L 283 -137.309 -22.902 -73.888 1.00119.90 C \ ANISOU25874 C ARG L 283 12993 10439 13952 955 79 426 C \ ATOM 25875 O ARG L 283 -136.511 -22.065 -73.429 1.00123.56 O \ ANISOU25875 O ARG L 283 12704 10098 13693 874 142 577 O \ ATOM 25876 CB ARG L 283 -139.662 -22.799 -73.004 1.00118.40 C \ ANISOU25876 CB ARG L 283 12834 10645 13856 1121 29 423 C \ ATOM 25877 CG ARG L 283 -139.470 -21.755 -71.901 1.00126.69 C \ ANISOU25877 CG ARG L 283 13684 10823 14760 375 44 255 C \ ATOM 25878 CD ARG L 283 -139.702 -22.279 -70.493 1.00134.48 C \ ANISOU25878 CD ARG L 283 13883 10635 14918 208 87 229 C \ ATOM 25879 NE ARG L 283 -141.043 -21.975 -69.986 1.00134.01 N \ ANISOU25879 NE ARG L 283 13752 10463 14907 88 165 373 N \ ATOM 25880 CZ ARG L 283 -141.417 -22.109 -68.712 1.00128.75 C \ ANISOU25880 CZ ARG L 283 13214 10220 14483 123 179 485 C \ ATOM 25881 NH1 ARG L 283 -140.540 -22.497 -67.787 1.00123.58 N \ ANISOU25881 NH1 ARG L 283 13802 10559 14863 19 -4 59 N \ ATOM 25882 NH2 ARG L 283 -142.652 -21.801 -68.356 1.00128.90 N \ ANISOU25882 NH2 ARG L 283 13817 11021 15082 -110 -104 43 N \ ATOM 25883 N PHE L 284 -136.972 -24.164 -74.146 1.00120.05 N \ ANISOU25883 N PHE L 284 13719 11063 15198 -291 -107 110 N \ ATOM 25884 CA PHE L 284 -135.643 -24.698 -73.826 1.00117.56 C \ ANISOU25884 CA PHE L 284 13620 11157 14905 -74 -202 -30 C \ ATOM 25885 C PHE L 284 -134.559 -24.257 -74.825 1.00112.35 C \ ANISOU25885 C PHE L 284 13473 11226 15107 -355 -212 79 C \ ATOM 25886 O PHE L 284 -133.357 -24.374 -74.536 1.00110.53 O \ ANISOU25886 O PHE L 284 13152 11005 14650 -221 -269 -2 O \ ATOM 25887 CB PHE L 284 -135.700 -26.227 -73.712 1.00116.06 C \ ANISOU25887 CB PHE L 284 14183 10513 15310 -53 228 367 C \ ATOM 25888 CG PHE L 284 -136.545 -26.725 -72.574 1.00117.70 C \ ANISOU25888 CG PHE L 284 14444 10644 15662 -166 341 514 C \ ATOM 25889 CD1 PHE L 284 -135.972 -26.984 -71.337 1.00120.04 C \ ANISOU25889 CD1 PHE L 284 14130 10749 15629 -323 320 571 C \ ATOM 25890 CD2 PHE L 284 -137.920 -26.918 -72.732 1.00118.88 C \ ANISOU25890 CD2 PHE L 284 13921 10571 15481 -322 425 728 C \ ATOM 25891 CE1 PHE L 284 -136.746 -27.442 -70.274 1.00124.16 C \ ANISOU25891 CE1 PHE L 284 14744 10466 15921 -338 402 463 C \ ATOM 25892 CE2 PHE L 284 -138.701 -27.366 -71.676 1.00123.27 C \ ANISOU25892 CE2 PHE L 284 14402 10172 15663 -528 289 274 C \ ATOM 25893 CZ PHE L 284 -138.113 -27.630 -70.445 1.00125.16 C \ ANISOU25893 CZ PHE L 284 13947 10883 15607 -447 189 447 C \ ATOM 25894 N VAL L 285 -134.993 -23.757 -75.985 1.00106.90 N \ ANISOU25894 N VAL L 285 13431 10776 15386 -596 156 486 N \ ATOM 25895 CA VAL L 285 -134.078 -23.246 -77.009 1.00101.30 C \ ANISOU25895 CA VAL L 285 13186 10970 15199 -445 114 541 C \ ATOM 25896 C VAL L 285 -133.494 -21.908 -76.573 1.00101.28 C \ ANISOU25896 C VAL L 285 12984 11144 15228 -543 45 529 C \ ATOM 25897 O VAL L 285 -134.216 -20.920 -76.485 1.00101.45 O \ ANISOU25897 O VAL L 285 13423 10866 15538 -826 28 329 O \ ATOM 25898 CB VAL L 285 -134.782 -23.054 -78.378 1.00 98.40 C \ ANISOU25898 CB VAL L 285 14100 11245 16325 -1062 87 311 C \ ATOM 25899 CG1 VAL L 285 -133.768 -22.864 -79.487 1.00 96.05 C \ ANISOU25899 CG1 VAL L 285 14322 11549 16682 -1284 -63 134 C \ ATOM 25900 CG2 VAL L 285 -135.676 -24.243 -78.708 1.00 98.27 C \ ANISOU25900 CG2 VAL L 285 14901 11935 17044 -1253 -147 -14 C \ ATOM 25901 N HIS L 286 -132.197 -21.887 -76.282 1.00103.35 N \ ANISOU25901 N HIS L 286 13817 11302 16497 -1484 -96 141 N \ ATOM 25902 CA HIS L 286 -131.483 -20.625 -76.021 1.00103.79 C \ ANISOU25902 CA HIS L 286 13373 11109 15187 -207 149 594 C \ ATOM 25903 C HIS L 286 -130.408 -20.352 -77.049 1.00102.97 C \ ANISOU25903 C HIS L 286 12712 10820 14566 -57 122 645 C \ ATOM 25904 O HIS L 286 -130.108 -21.193 -77.893 1.00 99.80 O \ ANISOU25904 O HIS L 286 12814 10819 14487 165 208 762 O \ ATOM 25905 CB HIS L 286 -130.944 -20.549 -74.591 1.00103.24 C \ ANISOU25905 CB HIS L 286 12310 10597 14016 278 200 813 C \ ATOM 25906 CG HIS L 286 -130.080 -21.726 -74.188 1.00105.07 C \ ANISOU25906 CG HIS L 286 12322 10651 14161 0 -7 514 C \ ATOM 25907 ND1 HIS L 286 -128.793 -21.846 -74.570 1.00105.23 N \ ANISOU25907 ND1 HIS L 286 12309 10386 13908 152 -18 434 N \ ATOM 25908 CD2 HIS L 286 -130.361 -22.848 -73.384 1.00104.44 C \ ANISOU25908 CD2 HIS L 286 12424 10292 13872 309 53 500 C \ ATOM 25909 CE1 HIS L 286 -128.275 -22.984 -74.046 1.00104.77 C \ ANISOU25909 CE1 HIS L 286 12140 10252 13703 118 -109 293 C \ ATOM 25910 NE2 HIS L 286 -129.239 -23.594 -73.323 1.00102.14 N \ ANISOU25910 NE2 HIS L 286 13625 11214 15101 229 283 801 N \ ATOM 25911 N SER L 287 -129.838 -19.158 -76.985 1.00105.29 N \ ANISOU25911 N SER L 287 13753 11196 15016 464 343 904 N \ ATOM 25912 CA SER L 287 -128.893 -18.663 -78.000 1.00107.25 C \ ANISOU25912 CA SER L 287 13601 11159 14870 507 433 1067 C \ ATOM 25913 C SER L 287 -127.693 -19.584 -78.290 1.00106.62 C \ ANISOU25913 C SER L 287 13268 10787 14357 713 455 1147 C \ ATOM 25914 O SER L 287 -127.215 -19.643 -79.418 1.00105.21 O \ ANISOU25914 O SER L 287 14410 11346 15466 512 409 921 O \ ATOM 25915 CB SER L 287 -128.407 -17.252 -77.627 1.00108.26 C \ ANISOU25915 CB SER L 287 15311 11934 16387 336 534 1014 C \ ATOM 25916 OG SER L 287 -127.936 -17.199 -76.290 1.00105.90 O \ ANISOU25916 OG SER L 287 16414 12580 17232 481 647 1140 O \ ATOM 25917 N GLU L 288 -127.220 -20.303 -77.270 1.00106.43 N \ ANISOU25917 N GLU L 288 16754 12586 17551 355 767 1223 N \ ATOM 25918 CA GLU L 288 -126.038 -21.164 -77.399 1.00104.21 C \ ANISOU25918 CA GLU L 288 17078 13223 17704 748 608 1158 C \ ATOM 25919 C GLU L 288 -126.339 -22.625 -77.782 1.00103.58 C \ ANISOU25919 C GLU L 288 13308 11013 14782 315 484 1112 C \ ATOM 25920 O GLU L 288 -125.530 -23.523 -77.518 1.00103.58 O \ ANISOU25920 O GLU L 288 13097 10939 14592 342 585 1256 O \ ATOM 25921 CB GLU L 288 -125.197 -21.092 -76.116 1.00104.82 C \ ANISOU25921 CB GLU L 288 12620 10892 14193 443 512 1229 C \ ATOM 25922 CG GLU L 288 -124.263 -19.880 -76.086 1.00109.68 C \ ANISOU25922 CG GLU L 288 12661 11067 14216 503 585 1331 C \ ATOM 25923 CD GLU L 288 -123.511 -19.742 -74.782 1.00112.00 C \ ANISOU25923 CD GLU L 288 13017 10856 14731 101 688 1314 C \ ATOM 25924 OE1 GLU L 288 -124.177 -19.398 -73.782 1.00115.49 O \ ANISOU25924 OE1 GLU L 288 12761 10913 14791 -92 589 1195 O \ ATOM 25925 OE2 GLU L 288 -122.272 -19.959 -74.764 1.00109.53 O \ ANISOU25925 OE2 GLU L 288 12783 11334 15047 -146 586 1215 O \ ATOM 25926 N ASN L 289 -127.505 -22.857 -78.386 1.00104.41 N \ ANISOU25926 N ASN L 289 12710 10818 14842 -238 484 1053 N \ ATOM 25927 CA ASN L 289 -127.885 -24.185 -78.889 1.00100.27 C \ ANISOU25927 CA ASN L 289 12677 11442 15191 -310 474 1099 C \ ATOM 25928 C ASN L 289 -128.774 -24.158 -80.134 1.00100.33 C \ ANISOU25928 C ASN L 289 12853 11346 15273 -369 408 998 C \ ATOM 25929 O ASN L 289 -128.994 -25.187 -80.757 1.00 97.18 O \ ANISOU25929 O ASN L 289 12170 10640 13812 467 376 1091 O \ ATOM 25930 CB ASN L 289 -128.533 -25.031 -77.783 1.00 97.74 C \ ANISOU25930 CB ASN L 289 11696 10558 13427 551 300 1049 C \ ATOM 25931 CG ASN L 289 -129.884 -24.497 -77.327 1.00 96.34 C \ ANISOU25931 CG ASN L 289 11911 10773 13473 765 225 989 C \ ATOM 25932 OD1 ASN L 289 -130.669 -23.981 -78.119 1.00 96.30 O \ ANISOU25932 OD1 ASN L 289 11679 10816 13273 868 177 966 O \ ATOM 25933 ND2 ASN L 289 -130.171 -24.657 -76.037 1.00 95.00 N \ ANISOU25933 ND2 ASN L 289 11019 10146 12997 394 210 945 N \ ATOM 25934 N GLN L 290 -129.265 -22.967 -80.486 1.00105.12 N \ ANISOU25934 N GLN L 290 11026 10207 13235 168 255 977 N \ ATOM 25935 CA GLN L 290 -130.240 -22.771 -81.566 1.00105.19 C \ ANISOU25935 CA GLN L 290 10701 10023 13077 24 132 852 C \ ATOM 25936 C GLN L 290 -129.754 -23.190 -82.965 1.00104.31 C \ ANISOU25936 C GLN L 290 11030 10472 13388 160 335 1077 C \ ATOM 25937 O GLN L 290 -130.549 -23.283 -83.897 1.00101.10 O \ ANISOU25937 O GLN L 290 12128 10676 13526 830 220 963 O \ ATOM 25938 CB GLN L 290 -130.721 -21.316 -81.595 1.00108.50 C \ ANISOU25938 CB GLN L 290 12035 10569 13302 1034 155 903 C \ ATOM 25939 CG GLN L 290 -129.656 -20.300 -81.998 1.00114.84 C \ ANISOU25939 CG GLN L 290 12346 10715 13397 1228 201 1016 C \ ATOM 25940 CD GLN L 290 -130.202 -19.188 -82.884 1.00121.67 C \ ANISOU25940 CD GLN L 290 13105 11155 14020 1217 292 1122 C \ ATOM 25941 OE1 GLN L 290 -129.493 -18.232 -83.220 1.00123.42 O \ ANISOU25941 OE1 GLN L 290 12151 10446 13365 1016 123 799 O \ ATOM 25942 NE2 GLN L 290 -131.474 -19.306 -83.266 1.00126.35 N \ ANISOU25942 NE2 GLN L 290 12042 10315 13142 1239 75 747 N \ ATOM 25943 N HIS L 291 -128.450 -23.430 -83.103 1.00102.92 N \ ANISOU25943 N HIS L 291 11833 10300 13212 850 58 679 N \ ATOM 25944 CA HIS L 291 -127.881 -23.911 -84.360 1.00101.67 C \ ANISOU25944 CA HIS L 291 12005 10589 13022 1403 137 994 C \ ATOM 25945 C HIS L 291 -128.120 -25.384 -84.564 1.00 99.24 C \ ANISOU25945 C HIS L 291 12146 10607 12943 1621 140 1077 C \ ATOM 25946 O HIS L 291 -127.819 -25.934 -85.630 1.00 99.87 O \ ANISOU25946 O HIS L 291 12091 10697 12898 1803 31 972 O \ ATOM 25947 CB HIS L 291 -126.397 -23.569 -84.458 1.00101.61 C \ ANISOU25947 CB HIS L 291 12159 11024 13149 1754 -30 849 C \ ATOM 25948 CG HIS L 291 -125.558 -24.158 -83.358 1.00101.24 C \ ANISOU25948 CG HIS L 291 12073 10698 12819 1652 177 1172 C \ ATOM 25949 ND1 HIS L 291 -124.764 -25.236 -83.552 1.00103.08 N \ ANISOU25949 ND1 HIS L 291 11512 10529 12432 1636 109 1082 N \ ATOM 25950 CD2 HIS L 291 -125.393 -23.778 -82.024 1.00100.99 C \ ANISOU25950 CD2 HIS L 291 12359 10799 12978 2015 9 1022 C \ ATOM 25951 CE1 HIS L 291 -124.126 -25.541 -82.402 1.00103.46 C \ ANISOU25951 CE1 HIS L 291 12345 10974 13010 2201 -99 924 C \ ATOM 25952 NE2 HIS L 291 -124.513 -24.646 -81.465 1.00103.89 N \ ANISOU25952 NE2 HIS L 291 12445 11498 13251 2216 -172 855 N \ ATOM 25953 N LEU L 292 -128.683 -26.029 -83.546 1.00 96.39 N \ ANISOU25953 N LEU L 292 12706 11984 13652 2293 -253 738 N \ ATOM 25954 CA LEU L 292 -128.971 -27.468 -83.568 1.00 93.92 C \ ANISOU25954 CA LEU L 292 12453 10852 12873 2427 -110 1029 C \ ATOM 25955 C LEU L 292 -130.478 -27.733 -83.554 1.00 95.17 C \ ANISOU25955 C LEU L 292 12954 10924 13211 2344 7 1149 C \ ATOM 25956 O LEU L 292 -130.930 -28.852 -83.836 1.00 94.14 O \ ANISOU25956 O LEU L 292 12710 10747 13081 2088 86 1165 O \ ATOM 25957 CB LEU L 292 -128.307 -28.150 -82.368 1.00 89.91 C \ ANISOU25957 CB LEU L 292 12387 11538 13166 2139 -133 924 C \ ATOM 25958 CG LEU L 292 -126.801 -27.902 -82.183 1.00 90.72 C \ ANISOU25958 CG LEU L 292 11798 11317 12710 2128 -185 857 C \ ATOM 25959 CD1 LEU L 292 -126.387 -28.129 -80.739 1.00 88.97 C \ ANISOU25959 CD1 LEU L 292 11375 11093 12543 1948 -183 757 C \ ATOM 25960 CD2 LEU L 292 -125.955 -28.737 -83.155 1.00 91.83 C \ ANISOU25960 CD2 LEU L 292 10992 10992 12315 1964 -246 653 C \ ATOM 25961 N VAL L 293 -131.249 -26.685 -83.254 1.00 95.62 N \ ANISOU25961 N VAL L 293 11931 11463 12712 2114 -127 964 N \ ATOM 25962 CA VAL L 293 -132.710 -26.762 -83.184 1.00 94.50 C \ ANISOU25962 CA VAL L 293 12718 12103 13208 2315 -145 1059 C \ ATOM 25963 C VAL L 293 -133.337 -26.332 -84.509 1.00 95.95 C \ ANISOU25963 C VAL L 293 13567 12535 13837 2332 -52 1204 C \ ATOM 25964 O VAL L 293 -132.977 -25.300 -85.070 1.00100.75 O \ ANISOU25964 O VAL L 293 14067 12877 14398 2149 55 1254 O \ ATOM 25965 CB VAL L 293 -133.263 -25.885 -82.031 1.00 94.65 C \ ANISOU25965 CB VAL L 293 13623 12416 13662 2529 -90 1270 C \ ATOM 25966 CG1 VAL L 293 -134.783 -25.850 -82.038 1.00 93.43 C \ ANISOU25966 CG1 VAL L 293 11336 10898 12540 1778 -113 789 C \ ATOM 25967 CG2 VAL L 293 -132.772 -26.382 -80.688 1.00 93.03 C \ ANISOU25967 CG2 VAL L 293 10906 10622 12316 1607 -117 709 C \ ATOM 25968 N SER L 294 -134.267 -27.135 -85.005 1.00 93.74 N \ ANISOU25968 N SER L 294 10840 10609 12335 1640 -174 585 N \ ATOM 25969 CA SER L 294 -135.085 -26.787 -86.173 1.00 93.95 C \ ANISOU25969 CA SER L 294 10916 10936 12569 1601 -210 500 C \ ATOM 25970 C SER L 294 -136.550 -27.149 -85.904 1.00 93.93 C \ ANISOU25970 C SER L 294 10986 10515 12408 1426 -46 767 C \ ATOM 25971 O SER L 294 -136.826 -27.988 -85.034 1.00 95.62 O \ ANISOU25971 O SER L 294 11179 10697 12565 1714 -169 577 O \ ATOM 25972 CB SER L 294 -134.572 -27.527 -87.415 1.00 93.67 C \ ANISOU25972 CB SER L 294 11371 10906 12822 1758 -200 460 C \ ATOM 25973 OG SER L 294 -134.638 -28.931 -87.245 1.00 90.73 O \ ANISOU25973 OG SER L 294 11310 11120 12863 1906 -263 386 O \ ATOM 25974 N PRO L 295 -137.500 -26.513 -86.623 1.00 95.11 N \ ANISOU25974 N PRO L 295 11221 11194 12913 1885 -278 281 N \ ATOM 25975 CA PRO L 295 -138.917 -26.915 -86.524 1.00 95.62 C \ ANISOU25975 CA PRO L 295 11525 10706 12830 1822 -169 470 C \ ATOM 25976 C PRO L 295 -139.141 -28.403 -86.825 1.00 97.89 C \ ANISOU25976 C PRO L 295 11644 10513 12859 1665 -105 520 C \ ATOM 25977 O PRO L 295 -140.148 -28.969 -86.381 1.00100.92 O \ ANISOU25977 O PRO L 295 12033 10529 13092 1760 -71 527 O \ ATOM 25978 CB PRO L 295 -139.603 -26.058 -87.583 1.00 95.22 C \ ANISOU25978 CB PRO L 295 11690 10629 13012 1472 -109 433 C \ ATOM 25979 CG PRO L 295 -138.763 -24.832 -87.649 1.00 97.62 C \ ANISOU25979 CG PRO L 295 11409 11267 12890 2048 -299 440 C \ ATOM 25980 CD PRO L 295 -137.342 -25.256 -87.374 1.00 96.17 C \ ANISOU25980 CD PRO L 295 11331 11474 12923 2180 -375 367 C \ ATOM 25981 N GLU L 296 -138.212 -29.018 -87.563 1.00 97.62 N \ ANISOU25981 N GLU L 296 10958 11400 12727 2066 -384 307 N \ ATOM 25982 CA GLU L 296 -138.238 -30.460 -87.828 1.00 94.29 C \ ANISOU25982 CA GLU L 296 10384 11053 12328 2089 -417 202 C \ ATOM 25983 C GLU L 296 -137.797 -31.259 -86.607 1.00 92.15 C \ ANISOU25983 C GLU L 296 11473 11586 12905 2347 -423 444 C \ ATOM 25984 O GLU L 296 -138.347 -32.327 -86.325 1.00 90.27 O \ ANISOU25984 O GLU L 296 11494 11881 13043 2504 -526 352 O \ ATOM 25985 CB GLU L 296 -137.349 -30.817 -89.027 1.00 95.03 C \ ANISOU25985 CB GLU L 296 11373 11702 12902 2669 -571 335 C \ ATOM 25986 CG GLU L 296 -137.860 -30.302 -90.366 1.00100.09 C \ ANISOU25986 CG GLU L 296 11307 11965 12978 2462 -561 293 C \ ATOM 25987 CD GLU L 296 -137.487 -28.841 -90.631 1.00105.12 C \ ANISOU25987 CD GLU L 296 11029 11459 12761 1944 -344 379 C \ ATOM 25988 OE1 GLU L 296 -136.429 -28.377 -90.120 1.00108.81 O \ ANISOU25988 OE1 GLU L 296 10752 11425 12637 1837 -342 341 O \ ATOM 25989 OE2 GLU L 296 -138.239 -28.158 -91.367 1.00104.49 O \ ANISOU25989 OE2 GLU L 296 10353 11078 12378 1712 -322 271 O \ ATOM 25990 N ALA L 297 -136.800 -30.731 -85.895 1.00 91.53 N \ ANISOU25990 N ALA L 297 10277 11221 12458 1689 -337 197 N \ ATOM 25991 CA ALA L 297 -136.252 -31.360 -84.699 1.00 89.08 C \ ANISOU25991 CA ALA L 297 10679 11316 12497 1750 -293 443 C \ ATOM 25992 C ALA L 297 -137.264 -31.420 -83.573 1.00 88.92 C \ ANISOU25992 C ALA L 297 10614 11488 12587 1659 -286 412 C \ ATOM 25993 O ALA L 297 -137.466 -32.479 -82.970 1.00 90.60 O \ ANISOU25993 O ALA L 297 10628 11727 12688 1731 -333 334 O \ ATOM 25994 CB ALA L 297 -134.990 -30.644 -84.243 1.00 89.25 C \ ANISOU25994 CB ALA L 297 10423 11294 12463 1507 -236 459 C \ ATOM 25995 N LEU L 298 -137.898 -30.284 -83.293 1.00 90.65 N \ ANISOU25995 N LEU L 298 10152 11435 12349 1653 -317 307 N \ ATOM 25996 CA LEU L 298 -138.897 -30.186 -82.223 1.00 92.38 C \ ANISOU25996 CA LEU L 298 10414 11493 12598 1442 -229 439 C \ ATOM 25997 C LEU L 298 -140.133 -31.049 -82.498 1.00 92.89 C \ ANISOU25997 C LEU L 298 10133 11402 12386 1517 -263 365 C \ ATOM 25998 O LEU L 298 -140.701 -31.640 -81.573 1.00 92.98 O \ ANISOU25998 O LEU L 298 10162 10670 12117 1633 -287 295 O \ ATOM 25999 CB LEU L 298 -139.286 -28.727 -81.970 1.00 92.28 C \ ANISOU25999 CB LEU L 298 10099 10619 12128 1518 -274 233 C \ ATOM 26000 CG LEU L 298 -138.180 -27.735 -81.576 1.00 92.17 C \ ANISOU26000 CG LEU L 298 10090 10689 12192 1599 -281 126 C \ ATOM 26001 CD1 LEU L 298 -138.729 -26.326 -81.464 1.00 93.84 C \ ANISOU26001 CD1 LEU L 298 9700 10420 11897 1530 -269 67 C \ ATOM 26002 CD2 LEU L 298 -137.521 -28.086 -80.253 1.00 92.99 C \ ANISOU26002 CD2 LEU L 298 10067 10318 11984 1416 -245 268 C \ ATOM 26003 N ASP L 299 -140.525 -31.121 -83.771 1.00 93.61 N \ ANISOU26003 N ASP L 299 9989 10216 11928 1286 -244 208 N \ ATOM 26004 CA ASP L 299 -141.619 -31.981 -84.214 1.00 94.04 C \ ANISOU26004 CA ASP L 299 9674 10115 11735 1171 -260 221 C \ ATOM 26005 C ASP L 299 -141.271 -33.460 -83.980 1.00 92.35 C \ ANISOU26005 C ASP L 299 10405 10339 12219 1204 -227 223 C \ ATOM 26006 O ASP L 299 -142.107 -34.250 -83.538 1.00 88.87 O \ ANISOU26006 O ASP L 299 10392 10922 12450 1751 -296 109 O \ ATOM 26007 CB ASP L 299 -141.922 -31.732 -85.692 1.00 94.66 C \ ANISOU26007 CB ASP L 299 10447 11067 12605 1844 -294 7 C \ ATOM 26008 CG ASP L 299 -143.221 -32.382 -86.139 1.00 95.85 C \ ANISOU26008 CG ASP L 299 10281 11221 12638 1868 -319 -55 C \ ATOM 26009 OD1 ASP L 299 -144.244 -31.658 -86.225 1.00 94.69 O \ ANISOU26009 OD1 ASP L 299 10260 11324 12750 1852 -288 -138 O \ ATOM 26010 OD2 ASP L 299 -143.214 -33.607 -86.402 1.00 95.41 O \ ANISOU26010 OD2 ASP L 299 10518 10998 12602 2017 -311 10 O \ ATOM 26011 N PHE L 300 -140.022 -33.806 -84.274 1.00 92.77 N \ ANISOU26011 N PHE L 300 10641 11188 12842 2105 -288 -96 N \ ATOM 26012 CA PHE L 300 -139.511 -35.155 -84.078 1.00 91.63 C \ ANISOU26012 CA PHE L 300 10798 11257 12984 2025 -226 -147 C \ ATOM 26013 C PHE L 300 -139.414 -35.510 -82.598 1.00 88.99 C \ ANISOU26013 C PHE L 300 11081 11777 13390 2260 -332 -132 C \ ATOM 26014 O PHE L 300 -139.778 -36.626 -82.195 1.00 89.37 O \ ANISOU26014 O PHE L 300 10246 11306 12615 1901 -367 -16 O \ ATOM 26015 CB PHE L 300 -138.147 -35.317 -84.766 1.00 90.78 C \ ANISOU26015 CB PHE L 300 10016 11362 12569 1913 -397 -83 C \ ATOM 26016 CG PHE L 300 -137.566 -36.704 -84.664 1.00 91.30 C \ ANISOU26016 CG PHE L 300 9706 11148 12346 1759 -355 -88 C \ ATOM 26017 CD1 PHE L 300 -138.291 -37.819 -85.111 1.00 92.23 C \ ANISOU26017 CD1 PHE L 300 9280 10931 12084 1746 -360 -149 C \ ATOM 26018 CD2 PHE L 300 -136.290 -36.901 -84.152 1.00 89.96 C \ ANISOU26018 CD2 PHE L 300 10176 11594 12674 2004 -466 -50 C \ ATOM 26019 CE1 PHE L 300 -137.751 -39.102 -85.020 1.00 89.32 C \ ANISOU26019 CE1 PHE L 300 10066 11521 12559 2189 -539 -84 C \ ATOM 26020 CE2 PHE L 300 -135.748 -38.181 -84.075 1.00 90.82 C \ ANISOU26020 CE2 PHE L 300 9846 11409 12275 2270 -618 -70 C \ ATOM 26021 CZ PHE L 300 -136.478 -39.283 -84.511 1.00 89.28 C \ ANISOU26021 CZ PHE L 300 9890 11535 12329 2463 -719 -112 C \ ATOM 26022 N LEU L 301 -138.932 -34.562 -81.795 1.00 86.72 N \ ANISOU26022 N LEU L 301 10255 11625 12455 2575 -723 -5 N \ ATOM 26023 CA LEU L 301 -138.770 -34.766 -80.359 1.00 86.45 C \ ANISOU26023 CA LEU L 301 9416 10703 11952 1645 -318 -24 C \ ATOM 26024 C LEU L 301 -140.115 -34.944 -79.651 1.00 86.78 C \ ANISOU26024 C LEU L 301 8942 10301 11543 1512 -287 -16 C \ ATOM 26025 O LEU L 301 -140.217 -35.711 -78.683 1.00 84.27 O \ ANISOU26025 O LEU L 301 9165 10482 11777 1456 -243 -66 O \ ATOM 26026 CB LEU L 301 -137.963 -33.617 -79.738 1.00 85.20 C \ ANISOU26026 CB LEU L 301 9038 10486 11763 1414 -213 -105 C \ ATOM 26027 CG LEU L 301 -137.604 -33.687 -78.250 1.00 84.58 C \ ANISOU26027 CG LEU L 301 8595 9852 11101 1419 -287 81 C \ ATOM 26028 CD1 LEU L 301 -136.713 -34.878 -77.919 1.00 82.97 C \ ANISOU26028 CD1 LEU L 301 8192 9516 10694 1436 -300 142 C \ ATOM 26029 CD2 LEU L 301 -136.981 -32.385 -77.793 1.00 86.76 C \ ANISOU26029 CD2 LEU L 301 8324 9518 10743 1346 -281 239 C \ ATOM 26030 N ASP L 302 -141.134 -34.236 -80.139 1.00 88.87 N \ ANISOU26030 N ASP L 302 7666 9195 10312 1411 -296 112 N \ ATOM 26031 CA ASP L 302 -142.477 -34.303 -79.556 1.00 89.80 C \ ANISOU26031 CA ASP L 302 9646 10759 12124 1456 -230 -64 C \ ATOM 26032 C ASP L 302 -143.128 -35.661 -79.802 1.00 89.86 C \ ANISOU26032 C ASP L 302 9990 11024 12419 1401 -183 -113 C \ ATOM 26033 O ASP L 302 -143.815 -36.194 -78.929 1.00 90.37 O \ ANISOU26033 O ASP L 302 10224 11303 12727 1501 -137 -204 O \ ATOM 26034 CB ASP L 302 -143.376 -33.186 -80.087 1.00 89.80 C \ ANISOU26034 CB ASP L 302 10327 11253 12747 1574 -124 -232 C \ ATOM 26035 CG ASP L 302 -144.668 -33.059 -79.292 1.00 91.25 C \ ANISOU26035 CG ASP L 302 10123 10902 12363 1336 -190 -84 C \ ATOM 26036 OD1 ASP L 302 -144.622 -32.901 -78.045 1.00 92.22 O \ ANISOU26036 OD1 ASP L 302 10270 11011 12461 1205 -227 -8 O \ ATOM 26037 OD2 ASP L 302 -145.748 -33.117 -79.911 1.00 95.40 O \ ANISOU26037 OD2 ASP L 302 10581 11064 12608 1141 -236 -6 O \ ATOM 26038 N LYS L 303 -142.891 -36.219 -80.987 1.00 89.93 N \ ANISOU26038 N LYS L 303 10144 11027 12393 1117 -227 -5 N \ ATOM 26039 CA LYS L 303 -143.414 -37.538 -81.350 1.00 89.35 C \ ANISOU26039 CA LYS L 303 10108 11397 12784 1504 -105 -251 C \ ATOM 26040 C LYS L 303 -142.656 -38.684 -80.662 1.00 87.38 C \ ANISOU26040 C LYS L 303 9864 11244 12668 1583 -45 -342 C \ ATOM 26041 O LYS L 303 -143.069 -39.849 -80.743 1.00 85.00 O \ ANISOU26041 O LYS L 303 9545 11008 12415 1502 40 -374 O \ ATOM 26042 CB LYS L 303 -143.389 -37.730 -82.865 1.00 90.65 C \ ANISOU26042 CB LYS L 303 9124 10673 12039 1420 35 -336 C \ ATOM 26043 CG LYS L 303 -144.570 -37.134 -83.616 1.00 89.87 C \ ANISOU26043 CG LYS L 303 9549 11135 12556 1693 -92 -383 C \ ATOM 26044 CD LYS L 303 -144.551 -37.600 -85.073 1.00 88.25 C \ ANISOU26044 CD LYS L 303 9697 11188 12625 1818 -162 -360 C \ ATOM 26045 CE LYS L 303 -145.778 -37.141 -85.835 1.00 88.84 C \ ANISOU26045 CE LYS L 303 10100 11806 13234 1953 -206 -428 C \ ATOM 26046 NZ LYS L 303 -145.659 -35.708 -86.215 1.00 90.37 N \ ANISOU26046 NZ LYS L 303 10516 12114 13551 2095 -275 -397 N \ ATOM 26047 N LEU L 304 -141.553 -38.344 -79.990 1.00 84.41 N \ ANISOU26047 N LEU L 304 10456 12085 13440 2161 -369 -350 N \ ATOM 26048 CA LEU L 304 -140.773 -39.318 -79.236 1.00 81.03 C \ ANISOU26048 CA LEU L 304 10205 11978 13237 2095 -405 -341 C \ ATOM 26049 C LEU L 304 -141.116 -39.297 -77.748 1.00 82.71 C \ ANISOU26049 C LEU L 304 10749 12247 13614 2301 -421 -310 C \ ATOM 26050 O LEU L 304 -141.378 -40.339 -77.161 1.00 82.35 O \ ANISOU26050 O LEU L 304 9680 11103 12544 1533 130 -439 O \ ATOM 26051 CB LEU L 304 -139.272 -39.081 -79.436 1.00 77.77 C \ ANISOU26051 CB LEU L 304 10048 11521 12945 1466 239 -465 C \ ATOM 26052 CG LEU L 304 -138.590 -39.486 -80.746 1.00 74.76 C \ ANISOU26052 CG LEU L 304 9926 11645 13089 1446 263 -483 C \ ATOM 26053 CD1 LEU L 304 -137.201 -38.886 -80.801 1.00 75.24 C \ ANISOU26053 CD1 LEU L 304 9804 11538 12956 1353 302 -445 C \ ATOM 26054 CD2 LEU L 304 -138.508 -40.982 -80.885 1.00 71.52 C \ ANISOU26054 CD2 LEU L 304 10350 11766 13232 1528 351 -543 C \ ATOM 26055 N LEU L 305 -141.105 -38.110 -77.145 1.00 85.62 N \ ANISOU26055 N LEU L 305 10661 11798 13246 1522 360 -542 N \ ATOM 26056 CA LEU L 305 -141.322 -37.960 -75.699 1.00 88.00 C \ ANISOU26056 CA LEU L 305 10802 11784 13142 1414 380 -507 C \ ATOM 26057 C LEU L 305 -142.797 -37.815 -75.323 1.00 90.16 C \ ANISOU26057 C LEU L 305 10877 11894 13419 1627 343 -580 C \ ATOM 26058 O LEU L 305 -143.312 -36.691 -75.178 1.00 90.35 O \ ANISOU26058 O LEU L 305 10997 11720 13059 1400 376 -525 O \ ATOM 26059 CB LEU L 305 -140.509 -36.784 -75.136 1.00 87.88 C \ ANISOU26059 CB LEU L 305 10933 11667 13200 1614 355 -593 C \ ATOM 26060 CG LEU L 305 -138.981 -36.886 -75.088 1.00 88.81 C \ ANISOU26060 CG LEU L 305 10873 11466 12903 1494 369 -573 C \ ATOM 26061 CD1 LEU L 305 -138.388 -35.600 -74.525 1.00 90.16 C \ ANISOU26061 CD1 LEU L 305 10799 11112 12554 1473 368 -604 C \ ATOM 26062 CD2 LEU L 305 -138.507 -38.091 -74.279 1.00 88.34 C \ ANISOU26062 CD2 LEU L 305 9634 11535 13032 1536 233 -545 C \ ATOM 26063 N ARG L 306 -143.471 -38.957 -75.175 1.00 90.25 N \ ANISOU26063 N ARG L 306 9272 11413 12948 1516 241 -588 N \ ATOM 26064 CA ARG L 306 -144.879 -38.986 -74.763 1.00 88.90 C \ ANISOU26064 CA ARG L 306 9669 11828 13313 1469 143 -528 C \ ATOM 26065 C ARG L 306 -145.109 -40.011 -73.659 1.00 86.77 C \ ANISOU26065 C ARG L 306 9738 11881 13322 1529 35 -504 C \ ATOM 26066 O ARG L 306 -144.510 -41.096 -73.680 1.00 83.79 O \ ANISOU26066 O ARG L 306 8749 11098 12689 1631 212 -684 O \ ATOM 26067 CB ARG L 306 -145.791 -39.285 -75.954 1.00 87.49 C \ ANISOU26067 CB ARG L 306 8352 10959 12617 1592 238 -757 C \ ATOM 26068 CG ARG L 306 -145.954 -38.126 -76.922 1.00 88.20 C \ ANISOU26068 CG ARG L 306 7995 10612 12267 1495 240 -725 C \ ATOM 26069 CD ARG L 306 -147.201 -38.287 -77.762 1.00 92.49 C \ ANISOU26069 CD ARG L 306 8440 11247 12974 1658 259 -853 C \ ATOM 26070 NE ARG L 306 -147.430 -37.131 -78.626 1.00 95.23 N \ ANISOU26070 NE ARG L 306 9670 11849 13346 1369 193 -498 N \ ATOM 26071 CZ ARG L 306 -147.189 -37.103 -79.934 1.00 94.70 C \ ANISOU26071 CZ ARG L 306 9286 11471 12933 1323 122 -439 C \ ATOM 26072 NH1 ARG L 306 -146.706 -38.174 -80.557 1.00 93.23 N \ ANISOU26072 NH1 ARG L 306 9248 11613 13086 1370 49 -501 N \ ATOM 26073 NH2 ARG L 306 -147.439 -35.999 -80.625 1.00 96.36 N \ ANISOU26073 NH2 ARG L 306 9814 12170 13589 1370 -26 -460 N \ ATOM 26074 N TYR L 307 -145.979 -39.657 -72.709 1.00 87.72 N \ ANISOU26074 N TYR L 307 9157 11297 12783 1220 198 -387 N \ ATOM 26075 CA TYR L 307 -146.321 -40.536 -71.587 1.00 90.84 C \ ANISOU26075 CA TYR L 307 9044 11282 12872 1183 319 -449 C \ ATOM 26076 C TYR L 307 -146.821 -41.913 -72.041 1.00 91.23 C \ ANISOU26076 C TYR L 307 8901 11089 12698 1175 432 -467 C \ ATOM 26077 O TYR L 307 -146.362 -42.947 -71.542 1.00 90.27 O \ ANISOU26077 O TYR L 307 8992 11364 13058 1143 354 -498 O \ ATOM 26078 CB TYR L 307 -147.385 -39.892 -70.680 1.00 93.04 C \ ANISOU26078 CB TYR L 307 9263 11555 13277 1129 543 -513 C \ ATOM 26079 CG TYR L 307 -146.902 -38.724 -69.858 1.00 93.98 C \ ANISOU26079 CG TYR L 307 9291 11693 13479 1105 491 -536 C \ ATOM 26080 CD1 TYR L 307 -146.040 -38.913 -68.770 1.00 94.03 C \ ANISOU26080 CD1 TYR L 307 8878 11417 12954 1413 69 -606 C \ ATOM 26081 CD2 TYR L 307 -147.313 -37.428 -70.158 1.00 95.25 C \ ANISOU26081 CD2 TYR L 307 8588 11317 12849 1465 -22 -686 C \ ATOM 26082 CE1 TYR L 307 -145.599 -37.835 -68.017 1.00 94.16 C \ ANISOU26082 CE1 TYR L 307 8525 11253 12688 1594 -142 -686 C \ ATOM 26083 CE2 TYR L 307 -146.878 -36.348 -69.399 1.00 94.23 C \ ANISOU26083 CE2 TYR L 307 9023 11848 13216 1644 -245 -718 C \ ATOM 26084 CZ TYR L 307 -146.023 -36.557 -68.332 1.00 92.76 C \ ANISOU26084 CZ TYR L 307 8496 11440 13090 1449 35 -807 C \ ATOM 26085 OH TYR L 307 -145.588 -35.488 -67.592 1.00 90.71 O \ ANISOU26085 OH TYR L 307 8820 11765 13529 1320 145 -808 O \ ATOM 26086 N ASP L 308 -147.765 -41.907 -72.985 1.00 90.01 N \ ANISOU26086 N ASP L 308 9110 12264 14175 1285 219 -929 N \ ATOM 26087 CA ASP L 308 -148.326 -43.136 -73.540 1.00 88.52 C \ ANISOU26087 CA ASP L 308 9047 12353 14285 1356 210 -1008 C \ ATOM 26088 C ASP L 308 -147.303 -43.786 -74.457 1.00 91.62 C \ ANISOU26088 C ASP L 308 9495 12655 14690 1175 298 -944 C \ ATOM 26089 O ASP L 308 -146.920 -43.214 -75.490 1.00 91.97 O \ ANISOU26089 O ASP L 308 8460 11054 12478 1649 -127 -647 O \ ATOM 26090 CB ASP L 308 -149.623 -42.863 -74.306 1.00 85.64 C \ ANISOU26090 CB ASP L 308 8495 11041 12399 1780 -226 -631 C \ ATOM 26091 CG ASP L 308 -150.384 -44.143 -74.659 1.00 84.03 C \ ANISOU26091 CG ASP L 308 8206 10555 11829 1771 -279 -518 C \ ATOM 26092 OD1 ASP L 308 -149.765 -45.215 -74.772 1.00 81.26 O \ ANISOU26092 OD1 ASP L 308 8090 10368 11587 1873 -354 -485 O \ ATOM 26093 OD2 ASP L 308 -151.621 -44.083 -74.821 1.00 85.96 O \ ANISOU26093 OD2 ASP L 308 8597 11075 12492 1855 -176 -650 O \ ATOM 26094 N HIS L 309 -146.859 -44.984 -74.069 1.00 91.77 N \ ANISOU26094 N HIS L 309 8628 10867 12303 1786 -100 -579 N \ ATOM 26095 CA HIS L 309 -145.813 -45.703 -74.804 1.00 88.67 C \ ANISOU26095 CA HIS L 309 7991 10252 11525 1652 -234 -453 C \ ATOM 26096 C HIS L 309 -146.250 -46.175 -76.157 1.00 89.35 C \ ANISOU26096 C HIS L 309 8196 10303 11514 1625 -269 -348 C \ ATOM 26097 O HIS L 309 -145.416 -46.380 -77.045 1.00 93.63 O \ ANISOU26097 O HIS L 309 8466 10668 11792 1664 -343 -349 O \ ATOM 26098 CB HIS L 309 -145.253 -46.848 -73.978 1.00 87.48 C \ ANISOU26098 CB HIS L 309 8503 10887 12006 1673 -362 -434 C \ ATOM 26099 CG HIS L 309 -146.304 -47.774 -73.406 1.00 87.38 C \ ANISOU26099 CG HIS L 309 7810 9824 11060 1496 -208 -283 C \ ATOM 26100 ND1 HIS L 309 -146.973 -47.500 -72.268 1.00 86.04 N \ ANISOU26100 ND1 HIS L 309 7601 9490 10774 1452 -143 -276 N \ ATOM 26101 CD2 HIS L 309 -146.752 -49.022 -73.839 1.00 87.95 C \ ANISOU26101 CD2 HIS L 309 7524 9366 10649 1336 -100 -221 C \ ATOM 26102 CE1 HIS L 309 -147.792 -48.520 -71.984 1.00 89.74 C \ ANISOU26102 CE1 HIS L 309 7799 9559 10865 1297 -26 -238 C \ ATOM 26103 NE2 HIS L 309 -147.665 -49.449 -72.955 1.00 90.71 N \ ANISOU26103 NE2 HIS L 309 7714 9457 10756 1215 26 -209 N \ ATOM 26104 N GLN L 310 -147.559 -46.330 -76.346 1.00 87.51 N \ ANISOU26104 N GLN L 310 7603 9408 10703 1166 13 -161 N \ ATOM 26105 CA GLN L 310 -148.099 -46.724 -77.645 1.00 86.21 C \ ANISOU26105 CA GLN L 310 7907 9558 10852 1192 96 -225 C \ ATOM 26106 C GLN L 310 -148.194 -45.556 -78.612 1.00 85.45 C \ ANISOU26106 C GLN L 310 8628 10701 11760 1682 -376 -260 C \ ATOM 26107 O GLN L 310 -148.215 -45.759 -79.819 1.00 89.72 O \ ANISOU26107 O GLN L 310 8787 10919 11873 1717 -426 -248 O \ ATOM 26108 CB GLN L 310 -149.443 -47.431 -77.482 1.00 86.92 C \ ANISOU26108 CB GLN L 310 9408 11617 12589 1617 -385 -255 C \ ATOM 26109 CG GLN L 310 -149.314 -48.834 -76.890 1.00 89.79 C \ ANISOU26109 CG GLN L 310 9980 12130 13172 1518 -323 -208 C \ ATOM 26110 CD GLN L 310 -150.639 -49.539 -76.734 1.00 93.57 C \ ANISOU26110 CD GLN L 310 8544 10496 11396 1739 -435 -134 C \ ATOM 26111 OE1 GLN L 310 -151.703 -48.916 -76.781 1.00 93.92 O \ ANISOU26111 OE1 GLN L 310 8674 10520 11372 1868 -487 -103 O \ ATOM 26112 NE2 GLN L 310 -150.584 -50.848 -76.537 1.00 96.96 N \ ANISOU26112 NE2 GLN L 310 8681 10313 11167 1842 -455 24 N \ ATOM 26113 N SER L 311 -148.226 -44.340 -78.079 1.00 84.21 N \ ANISOU26113 N SER L 311 8979 10964 11679 1989 -574 -165 N \ ATOM 26114 CA SER L 311 -148.345 -43.122 -78.900 1.00 84.05 C \ ANISOU26114 CA SER L 311 9815 12150 13056 1650 -424 -319 C \ ATOM 26115 C SER L 311 -147.001 -42.614 -79.428 1.00 80.51 C \ ANISOU26115 C SER L 311 9389 11762 12686 1576 -384 -318 C \ ATOM 26116 O SER L 311 -146.953 -41.675 -80.222 1.00 79.08 O \ ANISOU26116 O SER L 311 9644 11913 12751 1586 -377 -215 O \ ATOM 26117 CB SER L 311 -149.084 -42.011 -78.133 1.00 84.65 C \ ANISOU26117 CB SER L 311 9692 11889 12633 1663 -416 -172 C \ ATOM 26118 OG SER L 311 -148.294 -41.510 -77.073 1.00 83.69 O \ ANISOU26118 OG SER L 311 9183 11716 12616 1603 -425 -446 O \ ATOM 26119 N ARG L 312 -145.916 -43.226 -78.971 1.00 78.35 N \ ANISOU26119 N ARG L 312 9221 11769 12505 1706 -506 -463 N \ ATOM 26120 CA ARG L 312 -144.567 -42.859 -79.430 1.00 79.00 C \ ANISOU26120 CA ARG L 312 9598 12262 13248 1605 -437 -558 C \ ATOM 26121 C ARG L 312 -144.302 -43.388 -80.836 1.00 81.40 C \ ANISOU26121 C ARG L 312 10026 12285 13164 1512 -320 -169 C \ ATOM 26122 O ARG L 312 -144.954 -44.338 -81.278 1.00 82.63 O \ ANISOU26122 O ARG L 312 10357 12541 13360 1509 -291 -69 O \ ATOM 26123 CB ARG L 312 -143.489 -43.381 -78.476 1.00 75.52 C \ ANISOU26123 CB ARG L 312 10691 12880 13544 1608 -328 -88 C \ ATOM 26124 CG ARG L 312 -143.572 -42.838 -77.063 1.00 73.34 C \ ANISOU26124 CG ARG L 312 10909 12998 13594 1635 -311 3 C \ ATOM 26125 CD ARG L 312 -142.633 -43.602 -76.163 1.00 72.48 C \ ANISOU26125 CD ARG L 312 10277 12490 13382 1434 -229 -37 C \ ATOM 26126 NE ARG L 312 -142.976 -43.440 -74.755 1.00 74.28 N \ ANISOU26126 NE ARG L 312 10607 12906 13514 1658 -377 -209 N \ ATOM 26127 CZ ARG L 312 -142.591 -44.269 -73.791 1.00 73.50 C \ ANISOU26127 CZ ARG L 312 10619 12930 13355 1763 -430 -247 C \ ATOM 26128 NH1 ARG L 312 -141.858 -45.338 -74.074 1.00 72.94 N \ ANISOU26128 NH1 ARG L 312 10423 12684 13009 1866 -507 -226 N \ ATOM 26129 NH2 ARG L 312 -142.952 -44.032 -72.540 1.00 74.53 N \ ANISOU26129 NH2 ARG L 312 10224 12397 12574 1945 -517 -164 N \ ATOM 26130 N LEU L 313 -143.349 -42.768 -81.532 1.00 81.83 N \ ANISOU26130 N LEU L 313 10603 13050 13449 1779 -478 -403 N \ ATOM 26131 CA LEU L 313 -142.921 -43.240 -82.846 1.00 83.12 C \ ANISOU26131 CA LEU L 313 11274 13731 13915 1881 -533 -454 C \ ATOM 26132 C LEU L 313 -142.267 -44.609 -82.724 1.00 88.47 C \ ANISOU26132 C LEU L 313 11950 14296 14405 1882 -440 -351 C \ ATOM 26133 O LEU L 313 -141.574 -44.904 -81.738 1.00 92.86 O \ ANISOU26133 O LEU L 313 13007 15371 15299 1955 -462 -433 O \ ATOM 26134 CB LEU L 313 -141.912 -42.272 -83.470 1.00 80.11 C \ ANISOU26134 CB LEU L 313 13479 15894 15867 1919 -433 -537 C \ ATOM 26135 CG LEU L 313 -142.354 -41.007 -84.187 1.00 80.45 C \ ANISOU26135 CG LEU L 313 12930 15340 15130 1992 -456 -619 C \ ATOM 26136 CD1 LEU L 313 -141.161 -40.137 -84.505 1.00 79.38 C \ ANISOU26136 CD1 LEU L 313 13252 15703 15905 1816 -377 -559 C \ ATOM 26137 CD2 LEU L 313 -143.115 -41.344 -85.449 1.00 83.23 C \ ANISOU26137 CD2 LEU L 313 10099 12407 12816 1870 -550 -273 C \ ATOM 26138 N THR L 314 -142.503 -45.462 -83.713 1.00 92.17 N \ ANISOU26138 N THR L 314 10355 12610 12961 1976 -617 -251 N \ ATOM 26139 CA THR L 314 -141.741 -46.709 -83.855 1.00 89.06 C \ ANISOU26139 CA THR L 314 10889 12932 13322 1963 -557 -100 C \ ATOM 26140 C THR L 314 -140.470 -46.343 -84.597 1.00 90.30 C \ ANISOU26140 C THR L 314 11585 13515 13828 2066 -594 -42 C \ ATOM 26141 O THR L 314 -140.432 -45.341 -85.325 1.00 90.05 O \ ANISOU26141 O THR L 314 9953 12320 12779 1979 -654 -342 O \ ATOM 26142 CB THR L 314 -142.510 -47.778 -84.651 1.00 88.21 C \ ANISOU26142 CB THR L 314 9730 12315 12725 2025 -743 -500 C \ ATOM 26143 OG1 THR L 314 -142.563 -47.408 -86.041 1.00 88.16 O \ ANISOU26143 OG1 THR L 314 9753 12472 13029 1995 -742 -591 O \ ATOM 26144 CG2 THR L 314 -143.937 -47.938 -84.085 1.00 92.40 C \ ANISOU26144 CG2 THR L 314 9451 12082 12771 1937 -662 -533 C \ ATOM 26145 N ALA L 315 -139.426 -47.145 -84.412 1.00 93.37 N \ ANISOU26145 N ALA L 315 9918 12836 13378 2021 -813 -728 N \ ATOM 26146 CA ALA L 315 -138.131 -46.878 -85.034 1.00 95.43 C \ ANISOU26146 CA ALA L 315 10679 12664 13180 1837 -469 -37 C \ ATOM 26147 C ALA L 315 -138.230 -46.699 -86.552 1.00 97.68 C \ ANISOU26147 C ALA L 315 11052 12850 13434 1793 -412 90 C \ ATOM 26148 O ALA L 315 -137.536 -45.846 -87.111 1.00 98.70 O \ ANISOU26148 O ALA L 315 11593 13292 13776 1818 -370 189 O \ ATOM 26149 CB ALA L 315 -137.135 -47.969 -84.681 1.00 95.15 C \ ANISOU26149 CB ALA L 315 11861 13382 13889 1832 -342 290 C \ ATOM 26150 N ARG L 316 -139.108 -47.473 -87.197 1.00 97.45 N \ ANISOU26150 N ARG L 316 11055 12854 13580 1652 -351 115 N \ ATOM 26151 CA ARG L 316 -139.322 -47.382 -88.648 1.00 97.13 C \ ANISOU26151 CA ARG L 316 11530 13329 13714 1822 -353 159 C \ ATOM 26152 C ARG L 316 -140.047 -46.094 -89.046 1.00 95.06 C \ ANISOU26152 C ARG L 316 11139 12860 13133 1850 -291 245 C \ ATOM 26153 O ARG L 316 -139.693 -45.462 -90.041 1.00 92.63 O \ ANISOU26153 O ARG L 316 11289 12924 13015 1998 -345 262 O \ ATOM 26154 CB ARG L 316 -140.085 -48.607 -89.179 1.00 97.65 C \ ANISOU26154 CB ARG L 316 11597 13117 13110 2032 -281 357 C \ ATOM 26155 CG ARG L 316 -140.139 -48.720 -90.698 1.00102.44 C \ ANISOU26155 CG ARG L 316 10825 12671 12899 1819 -249 195 C \ ATOM 26156 CD ARG L 316 -138.745 -48.742 -91.331 1.00106.99 C \ ANISOU26156 CD ARG L 316 10902 12779 13161 1689 -162 250 C \ ATOM 26157 NE ARG L 316 -138.720 -49.370 -92.655 1.00114.96 N \ ANISOU26157 NE ARG L 316 10963 12995 13402 1654 -128 163 N \ ATOM 26158 CZ ARG L 316 -138.574 -50.687 -92.870 1.00119.07 C \ ANISOU26158 CZ ARG L 316 11887 13900 14097 1754 -83 156 C \ ATOM 26159 NH1 ARG L 316 -138.555 -51.167 -94.107 1.00114.23 N \ ANISOU26159 NH1 ARG L 316 11057 12752 12798 2089 -458 174 N \ ATOM 26160 NH2 ARG L 316 -138.444 -51.538 -91.852 1.00118.07 N \ ANISOU26160 NH2 ARG L 316 11214 12852 12710 2252 -542 179 N \ ATOM 26161 N GLU L 317 -141.056 -45.718 -88.261 1.00 92.97 N \ ANISOU26161 N GLU L 317 11339 12774 12708 2306 -541 285 N \ ATOM 26162 CA GLU L 317 -141.784 -44.476 -88.479 1.00 94.56 C \ ANISOU26162 CA GLU L 317 12090 13401 13194 2438 -574 349 C \ ATOM 26163 C GLU L 317 -140.898 -43.250 -88.218 1.00 97.76 C \ ANISOU26163 C GLU L 317 11415 13256 13030 2333 -680 18 C \ ATOM 26164 O GLU L 317 -141.102 -42.182 -88.818 1.00102.46 O \ ANISOU26164 O GLU L 317 11438 13470 13220 2269 -686 -112 O \ ATOM 26165 CB GLU L 317 -143.030 -44.421 -87.597 1.00 92.26 C \ ANISOU26165 CB GLU L 317 11458 13492 13009 2340 -699 -135 C \ ATOM 26166 CG GLU L 317 -144.188 -45.266 -88.094 1.00 91.51 C \ ANISOU26166 CG GLU L 317 12111 14100 13415 2483 -785 -124 C \ ATOM 26167 CD GLU L 317 -145.312 -45.421 -87.083 1.00 92.79 C \ ANISOU26167 CD GLU L 317 10960 13037 12568 2264 -626 -168 C \ ATOM 26168 OE1 GLU L 317 -145.167 -44.960 -85.914 1.00 90.29 O \ ANISOU26168 OE1 GLU L 317 11006 12391 12544 2206 -500 304 O \ ATOM 26169 OE2 GLU L 317 -146.310 -46.077 -87.449 1.00 95.10 O \ ANISOU26169 OE2 GLU L 317 11283 12464 12737 2244 -496 379 O \ ATOM 26170 N ALA L 318 -139.928 -43.414 -87.318 1.00 96.13 N \ ANISOU26170 N ALA L 318 12236 13161 13406 2280 -425 534 N \ ATOM 26171 CA ALA L 318 -139.005 -42.343 -86.954 1.00 98.27 C \ ANISOU26171 CA ALA L 318 12520 13404 13640 2192 -325 608 C \ ATOM 26172 C ALA L 318 -138.008 -42.032 -88.067 1.00101.75 C \ ANISOU26172 C ALA L 318 10821 11975 12475 2100 -443 371 C \ ATOM 26173 O ALA L 318 -137.604 -40.875 -88.236 1.00102.99 O \ ANISOU26173 O ALA L 318 10833 11824 12461 2147 -460 387 O \ ATOM 26174 CB ALA L 318 -138.267 -42.697 -85.679 1.00 98.67 C \ ANISOU26174 CB ALA L 318 11261 11975 12710 2151 -404 504 C \ ATOM 26175 N MET L 319 -137.623 -43.064 -88.825 1.00101.53 N \ ANISOU26175 N MET L 319 10909 11972 12681 2193 -515 292 N \ ATOM 26176 CA MET L 319 -136.669 -42.925 -89.930 1.00 97.73 C \ ANISOU26176 CA MET L 319 11567 12170 13034 2203 -429 480 C \ ATOM 26177 C MET L 319 -137.273 -42.214 -91.146 1.00 97.98 C \ ANISOU26177 C MET L 319 11114 11940 12780 2233 -494 350 C \ ATOM 26178 O MET L 319 -136.547 -41.809 -92.055 1.00 99.55 O \ ANISOU26178 O MET L 319 12677 13423 13664 2414 -466 591 O \ ATOM 26179 CB MET L 319 -136.108 -44.292 -90.325 1.00 95.79 C \ ANISOU26179 CB MET L 319 13319 13770 14016 2459 -388 753 C \ ATOM 26180 CG MET L 319 -134.942 -44.760 -89.461 1.00 96.97 C \ ANISOU26180 CG MET L 319 13065 13348 13805 2279 -243 852 C \ ATOM 26181 SD MET L 319 -134.609 -46.543 -89.457 1.00 98.33 S \ ANISOU26181 SD MET L 319 13408 13476 13937 2279 -147 989 S \ ATOM 26182 CE MET L 319 -134.227 -46.856 -91.186 1.00104.98 C \ ANISOU26182 CE MET L 319 13876 14172 14482 2606 -461 770 C \ ATOM 26183 N GLU L 320 -138.597 -42.062 -91.142 1.00 96.35 N \ ANISOU26183 N GLU L 320 13596 14169 14346 2715 -608 620 N \ ATOM 26184 CA GLU L 320 -139.334 -41.429 -92.241 1.00 96.80 C \ ANISOU26184 CA GLU L 320 12758 13593 13802 2558 -595 501 C \ ATOM 26185 C GLU L 320 -139.511 -39.934 -92.018 1.00 96.91 C \ ANISOU26185 C GLU L 320 12723 13107 13732 2129 -230 784 C \ ATOM 26186 O GLU L 320 -139.744 -39.198 -92.976 1.00101.82 O \ ANISOU26186 O GLU L 320 13076 13351 14176 1946 -121 852 O \ ATOM 26187 CB GLU L 320 -140.715 -42.073 -92.400 1.00 99.23 C \ ANISOU26187 CB GLU L 320 13583 13912 14666 1866 -19 925 C \ ATOM 26188 CG GLU L 320 -140.716 -43.601 -92.484 1.00100.36 C \ ANISOU26188 CG GLU L 320 13702 13883 14778 1755 88 1025 C \ ATOM 26189 CD GLU L 320 -140.397 -44.134 -93.860 1.00 99.91 C \ ANISOU26189 CD GLU L 320 12383 12799 13755 1821 -153 748 C \ ATOM 26190 OE1 GLU L 320 -140.900 -43.541 -94.829 1.00104.30 O \ ANISOU26190 OE1 GLU L 320 12382 12716 13868 1632 -75 794 O \ ATOM 26191 OE2 GLU L 320 -139.674 -45.155 -93.964 1.00 96.24 O \ ANISOU26191 OE2 GLU L 320 12553 12599 13933 1587 -17 879 O \ ATOM 26192 N HIS L 321 -139.381 -39.500 -90.762 1.00 94.60 N \ ANISOU26192 N HIS L 321 12116 12656 13821 1501 -68 750 N \ ATOM 26193 CA HIS L 321 -139.634 -38.114 -90.348 1.00 96.03 C \ ANISOU26193 CA HIS L 321 12644 12632 14150 1403 38 905 C \ ATOM 26194 C HIS L 321 -138.844 -37.109 -91.159 1.00102.13 C \ ANISOU26194 C HIS L 321 12158 12651 13979 1335 -21 786 C \ ATOM 26195 O HIS L 321 -137.664 -37.344 -91.487 1.00104.13 O \ ANISOU26195 O HIS L 321 12412 12638 14141 1279 27 856 O \ ATOM 26196 CB HIS L 321 -139.311 -37.951 -88.869 1.00 92.84 C \ ANISOU26196 CB HIS L 321 12633 12822 14494 1103 62 878 C \ ATOM 26197 CG HIS L 321 -139.943 -36.738 -88.225 1.00 92.43 C \ ANISOU26197 CG HIS L 321 13467 14004 14551 1923 -48 868 C \ ATOM 26198 ND1 HIS L 321 -139.426 -35.497 -88.333 1.00 94.61 N \ ANISOU26198 ND1 HIS L 321 13275 13896 14377 1853 53 915 N \ ATOM 26199 CD2 HIS L 321 -141.082 -36.621 -87.430 1.00 93.60 C \ ANISOU26199 CD2 HIS L 321 13595 14113 14389 1971 113 1000 C \ ATOM 26200 CE1 HIS L 321 -140.204 -34.627 -87.649 1.00 96.78 C \ ANISOU26200 CE1 HIS L 321 13176 13751 13964 1926 217 1043 C \ ATOM 26201 NE2 HIS L 321 -141.215 -35.319 -87.094 1.00 94.32 N \ ANISOU26201 NE2 HIS L 321 12727 13635 14056 1812 9 792 N \ ATOM 26202 N PRO L 322 -139.486 -35.974 -91.512 1.00104.66 N \ ANISOU26202 N PRO L 322 12036 13038 13644 1684 -20 733 N \ ATOM 26203 CA PRO L 322 -138.852 -34.872 -92.245 1.00108.19 C \ ANISOU26203 CA PRO L 322 11690 12717 13468 1531 56 785 C \ ATOM 26204 C PRO L 322 -137.513 -34.398 -91.674 1.00105.85 C \ ANISOU26204 C PRO L 322 11590 12661 13290 1719 -125 626 C \ ATOM 26205 O PRO L 322 -136.756 -33.724 -92.374 1.00107.44 O \ ANISOU26205 O PRO L 322 11545 12649 13539 1423 16 733 O \ ATOM 26206 CB PRO L 322 -139.899 -33.757 -92.143 1.00111.94 C \ ANISOU26206 CB PRO L 322 11310 12446 13221 1607 -142 578 C \ ATOM 26207 CG PRO L 322 -141.195 -34.492 -92.157 1.00110.84 C \ ANISOU26207 CG PRO L 322 11425 12570 13465 1463 -79 632 C \ ATOM 26208 CD PRO L 322 -140.946 -35.776 -91.398 1.00105.68 C \ ANISOU26208 CD PRO L 322 14552 14918 15085 2129 48 1028 C \ ATOM 26209 N TYR L 323 -137.247 -34.737 -90.413 1.00104.13 N \ ANISOU26209 N TYR L 323 15473 15725 15653 2266 88 1110 N \ ATOM 26210 CA TYR L 323 -136.003 -34.374 -89.728 1.00106.87 C \ ANISOU26210 CA TYR L 323 15178 15234 15224 2193 279 1274 C \ ATOM 26211 C TYR L 323 -134.745 -34.927 -90.428 1.00110.97 C \ ANISOU26211 C TYR L 323 16005 15994 15769 2282 349 1342 C \ ATOM 26212 O TYR L 323 -133.675 -34.312 -90.378 1.00111.50 O \ ANISOU26212 O TYR L 323 16729 16844 16648 2464 -29 1122 O \ ATOM 26213 CB TYR L 323 -136.053 -34.850 -88.266 1.00102.48 C \ ANISOU26213 CB TYR L 323 18634 18993 18609 2581 -210 958 C \ ATOM 26214 CG TYR L 323 -134.847 -34.487 -87.414 1.00102.56 C \ ANISOU26214 CG TYR L 323 19008 19602 19030 2577 -237 849 C \ ATOM 26215 CD1 TYR L 323 -134.426 -33.160 -87.289 1.00102.87 C \ ANISOU26215 CD1 TYR L 323 19720 20077 19719 2695 -350 905 C \ ATOM 26216 CD2 TYR L 323 -134.133 -35.470 -86.719 1.00101.58 C \ ANISOU26216 CD2 TYR L 323 18828 19645 18931 2665 -402 687 C \ ATOM 26217 CE1 TYR L 323 -133.319 -32.828 -86.512 1.00103.77 C \ ANISOU26217 CE1 TYR L 323 19677 20284 19774 2790 -514 748 C \ ATOM 26218 CE2 TYR L 323 -133.036 -35.145 -85.940 1.00102.09 C \ ANISOU26218 CE2 TYR L 323 19159 19993 19309 2768 -541 639 C \ ATOM 26219 CZ TYR L 323 -132.634 -33.819 -85.833 1.00103.15 C \ ANISOU26219 CZ TYR L 323 18547 19626 18815 2845 -701 475 C \ ATOM 26220 OH TYR L 323 -131.537 -33.462 -85.074 1.00105.14 O \ ANISOU26220 OH TYR L 323 14271 14240 14518 2028 365 1332 O \ ATOM 26221 N PHE L 324 -134.886 -36.068 -91.097 1.00110.60 N \ ANISOU26221 N PHE L 324 14017 13844 14236 1917 558 1475 N \ ATOM 26222 CA PHE L 324 -133.731 -36.764 -91.673 1.00109.35 C \ ANISOU26222 CA PHE L 324 14166 14243 14574 1827 643 1442 C \ ATOM 26223 C PHE L 324 -133.560 -36.614 -93.189 1.00110.80 C \ ANISOU26223 C PHE L 324 14372 14394 14652 1822 798 1540 C \ ATOM 26224 O PHE L 324 -132.606 -37.140 -93.753 1.00107.62 O \ ANISOU26224 O PHE L 324 13405 13072 13809 1755 610 1530 O \ ATOM 26225 CB PHE L 324 -133.773 -38.253 -91.286 1.00106.38 C \ ANISOU26225 CB PHE L 324 13554 13007 13825 1843 519 1531 C \ ATOM 26226 CG PHE L 324 -133.680 -38.496 -89.808 1.00101.90 C \ ANISOU26226 CG PHE L 324 13459 12930 13787 1665 810 1690 C \ ATOM 26227 CD1 PHE L 324 -132.440 -38.545 -89.181 1.00 99.69 C \ ANISOU26227 CD1 PHE L 324 14177 14518 14885 1763 550 1307 C \ ATOM 26228 CD2 PHE L 324 -134.832 -38.663 -89.037 1.00 98.81 C \ ANISOU26228 CD2 PHE L 324 13770 14354 14698 1684 618 1267 C \ ATOM 26229 CE1 PHE L 324 -132.348 -38.756 -87.816 1.00 99.31 C \ ANISOU26229 CE1 PHE L 324 13650 14390 14461 1813 565 1167 C \ ATOM 26230 CE2 PHE L 324 -134.750 -38.876 -87.674 1.00 97.32 C \ ANISOU26230 CE2 PHE L 324 13237 14106 14109 1793 660 1160 C \ ATOM 26231 CZ PHE L 324 -133.508 -38.923 -87.058 1.00 98.60 C \ ANISOU26231 CZ PHE L 324 12703 13470 14034 1526 569 1198 C \ ATOM 26232 N TYR L 325 -134.479 -35.898 -93.839 1.00117.27 N \ ANISOU26232 N TYR L 325 12591 13200 14026 1396 593 1268 N \ ATOM 26233 CA TYR L 325 -134.441 -35.745 -95.304 1.00123.31 C \ ANISOU26233 CA TYR L 325 11871 12782 13296 1575 402 1050 C \ ATOM 26234 C TYR L 325 -133.150 -35.146 -95.850 1.00120.11 C \ ANISOU26234 C TYR L 325 14109 14840 14766 1943 414 1081 C \ ATOM 26235 O TYR L 325 -132.878 -35.249 -97.057 1.00125.72 O \ ANISOU26235 O TYR L 325 14003 14881 14559 2059 334 959 O \ ATOM 26236 CB TYR L 325 -135.669 -34.996 -95.847 1.00132.18 C \ ANISOU26236 CB TYR L 325 14442 15211 14629 2175 426 1024 C \ ATOM 26237 CG TYR L 325 -136.917 -35.858 -95.954 1.00148.01 C \ ANISOU26237 CG TYR L 325 14199 15092 14355 2206 458 953 C \ ATOM 26238 CD1 TYR L 325 -136.852 -37.190 -96.408 1.00151.71 C \ ANISOU26238 CD1 TYR L 325 14050 14975 14586 2159 138 841 C \ ATOM 26239 CD2 TYR L 325 -138.171 -35.342 -95.610 1.00156.64 C \ ANISOU26239 CD2 TYR L 325 14399 15431 14759 2295 48 726 C \ ATOM 26240 CE1 TYR L 325 -137.996 -37.978 -96.488 1.00151.08 C \ ANISOU26240 CE1 TYR L 325 13018 14098 13924 2046 66 748 C \ ATOM 26241 CE2 TYR L 325 -139.322 -36.121 -95.700 1.00157.22 C \ ANISOU26241 CE2 TYR L 325 14730 15248 14622 2241 476 1161 C \ ATOM 26242 CZ TYR L 325 -139.228 -37.433 -96.146 1.00153.87 C \ ANISOU26242 CZ TYR L 325 14760 15129 14232 2367 567 1245 C \ ATOM 26243 OH TYR L 325 -140.359 -38.205 -96.245 1.00149.99 O \ ANISOU26243 OH TYR L 325 14887 15289 14393 2286 784 1310 O \ ATOM 26244 N THR L 326 -132.366 -34.536 -94.965 1.00113.25 N \ ANISOU26244 N THR L 326 15878 16237 15074 2389 859 1323 N \ ATOM 26245 CA THR L 326 -131.037 -34.029 -95.323 1.00110.80 C \ ANISOU26245 CA THR L 326 14557 14616 13713 2449 590 1401 C \ ATOM 26246 C THR L 326 -130.050 -35.194 -95.461 1.00113.13 C \ ANISOU26246 C THR L 326 14531 14414 13815 2300 758 1557 C \ ATOM 26247 O THR L 326 -129.202 -35.194 -96.352 1.00114.28 O \ ANISOU26247 O THR L 326 14977 14507 13856 2395 849 1738 O \ ATOM 26248 CB THR L 326 -130.494 -32.999 -94.302 1.00106.03 C \ ANISOU26248 CB THR L 326 14538 13891 13539 2227 1063 1896 C \ ATOM 26249 OG1 THR L 326 -131.497 -32.038 -93.999 1.00106.30 O \ ANISOU26249 OG1 THR L 326 14663 13630 13348 2290 1132 2069 O \ ATOM 26250 CG2 THR L 326 -129.323 -32.273 -94.874 1.00105.74 C \ ANISOU26250 CG2 THR L 326 14112 14599 13993 2109 882 1345 C \ ATOM 26251 N VAL L 327 -130.169 -36.180 -94.570 1.00114.70 N \ ANISOU26251 N VAL L 327 13888 14444 13889 2020 1091 1409 N \ ATOM 26252 CA VAL L 327 -129.263 -37.347 -94.547 1.00112.71 C \ ANISOU26252 CA VAL L 327 13232 14031 13364 2042 1079 1268 C \ ATOM 26253 C VAL L 327 -129.794 -38.559 -95.329 1.00111.86 C \ ANISOU26253 C VAL L 327 12354 13336 12765 2000 946 1140 C \ ATOM 26254 O VAL L 327 -129.019 -39.411 -95.771 1.00109.10 O \ ANISOU26254 O VAL L 327 13877 14470 14271 1824 1170 1481 O \ ATOM 26255 CB VAL L 327 -128.845 -37.770 -93.099 1.00105.83 C \ ANISOU26255 CB VAL L 327 14087 14403 14355 1784 1222 1626 C \ ATOM 26256 CG1 VAL L 327 -128.420 -36.564 -92.270 1.00104.80 C \ ANISOU26256 CG1 VAL L 327 14268 14345 14126 1903 1281 1723 C \ ATOM 26257 CG2 VAL L 327 -129.953 -38.518 -92.394 1.00 99.88 C \ ANISOU26257 CG2 VAL L 327 13733 14058 14301 1635 1206 1642 C \ ATOM 26258 N VAL L 328 -131.113 -38.628 -95.494 1.00115.06 N \ ANISOU26258 N VAL L 328 9528 13005 14838 -2440 -54 -345 N \ ATOM 26259 CA VAL L 328 -131.773 -39.749 -96.185 1.00114.34 C \ ANISOU26259 CA VAL L 328 9620 13415 15061 -2469 -22 -271 C \ ATOM 26260 C VAL L 328 -131.491 -39.731 -97.688 1.00116.55 C \ ANISOU26260 C VAL L 328 9932 13618 15318 -2425 31 -243 C \ ATOM 26261 O VAL L 328 -131.245 -40.785 -98.283 1.00114.88 O \ ANISOU26261 O VAL L 328 9957 13763 15368 -2519 41 -167 O \ ATOM 26262 CB VAL L 328 -133.304 -39.773 -95.907 1.00114.78 C \ ANISOU26262 CB VAL L 328 8999 13160 14632 -2354 0 -289 C \ ATOM 26263 CG1 VAL L 328 -134.046 -40.676 -96.888 1.00117.36 C \ ANISOU26263 CG1 VAL L 328 8708 13197 14468 -2395 24 -217 C \ ATOM 26264 CG2 VAL L 328 -133.566 -40.204 -94.467 1.00108.02 C \ ANISOU26264 CG2 VAL L 328 9983 13451 15297 -2285 64 -301 C \ ATOM 26265 N LYS L 329 -131.513 -38.533 -98.284 1.00117.39 N \ ANISOU26265 N LYS L 329 10000 13345 15256 -2228 115 -280 N \ ATOM 26266 CA LYS L 329 -131.311 -38.365 -99.726 1.00116.12 C \ ANISOU26266 CA LYS L 329 9888 13468 15273 -2076 176 -291 C \ ATOM 26267 C LYS L 329 -129.921 -38.826-100.192 1.00117.30 C \ ANISOU26267 C LYS L 329 10341 14257 15877 -2069 185 -269 C \ ATOM 26268 O LYS L 329 -129.746 -39.182-101.356 1.00124.20 O \ ANISOU26268 O LYS L 329 9655 13062 14976 -1952 217 -322 O \ ATOM 26269 CB LYS L 329 -131.581 -36.920-100.160 1.00112.87 C \ ANISOU26269 CB LYS L 329 9313 12913 14735 -1812 275 -330 C \ ATOM 26270 CG LYS L 329 -130.575 -35.899 -99.660 1.00112.54 C \ ANISOU26270 CG LYS L 329 9015 12737 14464 -1851 314 -255 C \ ATOM 26271 CD LYS L 329 -130.585 -34.632-100.508 1.00114.07 C \ ANISOU26271 CD LYS L 329 9303 12851 14649 -1950 306 -206 C \ ATOM 26272 CE LYS L 329 -129.374 -33.748-100.225 1.00110.46 C \ ANISOU26272 CE LYS L 329 9370 12711 14695 -1681 296 -392 C \ ATOM 26273 NZ LYS L 329 -129.528 -32.330-100.663 1.00109.60 N \ ANISOU26273 NZ LYS L 329 9606 12603 14763 -1764 265 -389 N \ ATOM 26274 N ASP L 330 -128.951 -38.812 -99.279 1.00112.40 N \ ANISOU26274 N ASP L 330 9687 12707 14833 -1934 211 -354 N \ ATOM 26275 CA ASP L 330 -127.574 -39.201 -99.577 1.00111.13 C \ ANISOU26275 CA ASP L 330 8747 12759 14327 -1769 355 -247 C \ ATOM 26276 C ASP L 330 -127.427 -40.719 -99.711 1.00106.93 C \ ANISOU26276 C ASP L 330 8920 13090 14541 -1791 398 -179 C \ ATOM 26277 O ASP L 330 -127.836 -41.470 -98.827 1.00101.21 O \ ANISOU26277 O ASP L 330 9202 13144 14719 -1722 435 -178 O \ ATOM 26278 CB ASP L 330 -126.622 -38.672 -98.495 1.00112.17 C \ ANISOU26278 CB ASP L 330 9226 13030 14705 -1595 450 -239 C \ ATOM 26279 CG ASP L 330 -126.577 -37.148 -98.436 1.00112.77 C \ ANISOU26279 CG ASP L 330 8672 13214 14456 -1702 433 -182 C \ ATOM 26280 OD1 ASP L 330 -126.872 -36.499 -99.474 1.00112.49 O \ ANISOU26280 OD1 ASP L 330 8068 12792 13896 -1724 479 -112 O \ ATOM 26281 OD2 ASP L 330 -126.232 -36.610 -97.352 1.00110.78 O \ ANISOU26281 OD2 ASP L 330 8599 13374 14490 -1754 396 -184 O \ ATOM 19155 N VAL J 7 -111.028 -51.174 -31.863 1.00123.00 N \ ANISOU19155 N VAL J 7 12147 15067 15177 704 427 -79 N \ ATOM 19156 CA VAL J 7 -110.360 -52.464 -31.632 1.00119.74 C \ ANISOU19156 CA VAL J 7 12377 15606 15664 725 437 194 C \ ATOM 19157 C VAL J 7 -110.777 -53.438 -32.728 1.00119.35 C \ ANISOU19157 C VAL J 7 12024 15040 15349 648 423 51 C \ ATOM 19158 O VAL J 7 -110.827 -54.640 -32.534 1.00119.27 O \ ANISOU19158 O VAL J 7 11929 14644 14936 637 412 -228 O \ ATOM 19159 CB VAL J 7 -110.807 -52.997 -30.275 1.00119.24 C \ ANISOU19159 CB VAL J 7 11805 14694 15382 538 413 18 C \ ATOM 19160 CG1 VAL J 7 -112.227 -52.517 -29.986 1.00115.92 C \ ANISOU19160 CG1 VAL J 7 11550 14148 14791 521 398 -261 C \ ATOM 19161 CG2 VAL J 7 -110.689 -54.504 -30.248 1.00116.53 C \ ANISOU19161 CG2 VAL J 7 11678 14351 15193 476 403 -147 C \ ATOM 19162 N SER J 8 -111.104 -52.937 -33.899 1.00116.96 N \ ANISOU19162 N SER J 8 12216 14720 14336 844 388 -515 N \ ATOM 19163 CA SER J 8 -111.757 -53.849 -34.829 1.00114.16 C \ ANISOU19163 CA SER J 8 12238 14526 14376 747 342 -660 C \ ATOM 19164 C SER J 8 -110.861 -55.005 -35.274 1.00111.38 C \ ANISOU19164 C SER J 8 12395 14543 14328 736 281 -771 C \ ATOM 19165 O SER J 8 -109.634 -54.888 -35.243 1.00109.93 O \ ANISOU19165 O SER J 8 12190 14243 14237 644 241 -814 O \ ATOM 19166 CB SER J 8 -112.324 -53.098 -36.025 1.00113.86 C \ ANISOU19166 CB SER J 8 12445 14635 14513 754 357 -744 C \ ATOM 19167 OG SER J 8 -111.347 -52.276 -36.639 1.00114.60 O \ ANISOU19167 OG SER J 8 12268 14601 14554 748 403 -622 O \ ATOM 19168 N TRP J 9 -111.486 -56.110 -35.679 1.00109.54 N \ ANISOU19168 N TRP J 9 12168 14150 14249 650 310 -886 N \ ATOM 19169 CA TRP J 9 -110.775 -57.317 -36.121 1.00110.08 C \ ANISOU19169 CA TRP J 9 12365 14658 14587 770 420 -661 C \ ATOM 19170 C TRP J 9 -109.944 -57.095 -37.359 1.00108.66 C \ ANISOU19170 C TRP J 9 12362 14497 13997 829 276 -812 C \ ATOM 19171 O TRP J 9 -108.854 -57.650 -37.476 1.00107.14 O \ ANISOU19171 O TRP J 9 12529 14531 13943 815 204 -911 O \ ATOM 19172 CB TRP J 9 -111.762 -58.455 -36.360 1.00111.58 C \ ANISOU19172 CB TRP J 9 12606 14714 14119 772 165 -814 C \ ATOM 19173 CG TRP J 9 -111.117 -59.807 -36.583 1.00113.31 C \ ANISOU19173 CG TRP J 9 12906 14910 14385 706 93 -869 C \ ATOM 19174 CD1 TRP J 9 -110.854 -60.790 -35.630 1.00116.32 C \ ANISOU19174 CD1 TRP J 9 12601 14547 13657 923 210 -982 C \ ATOM 19175 CD2 TRP J 9 -110.636 -60.380 -37.855 1.00111.57 C \ ANISOU19175 CD2 TRP J 9 12663 14797 13644 1015 260 -866 C \ ATOM 19176 NE1 TRP J 9 -110.252 -61.889 -36.201 1.00114.88 N \ ANISOU19176 NE1 TRP J 9 12018 14342 13670 807 211 -654 N \ ATOM 19177 CE2 TRP J 9 -110.099 -61.715 -37.528 1.00111.63 C \ ANISOU19177 CE2 TRP J 9 11829 14289 13617 769 180 -530 C \ ATOM 19178 CE3 TRP J 9 -110.602 -59.945 -39.176 1.00109.25 C \ ANISOU19178 CE3 TRP J 9 12041 14463 14161 660 165 -505 C \ ATOM 19179 CZ2 TRP J 9 -109.578 -62.557 -38.499 1.00110.23 C \ ANISOU19179 CZ2 TRP J 9 12784 15187 14955 603 109 -488 C \ ATOM 19180 CZ3 TRP J 9 -110.051 -60.800 -40.144 1.00106.57 C \ ANISOU19180 CZ3 TRP J 9 11559 14270 13420 839 238 -356 C \ ATOM 19181 CH2 TRP J 9 -109.551 -62.072 -39.810 1.00108.50 C \ ANISOU19181 CH2 TRP J 9 11400 14277 13475 793 213 -197 C \ ATOM 19182 N ILE J 10 -110.460 -56.291 -38.290 1.00108.63 N \ ANISOU19182 N ILE J 10 11445 14397 13383 790 155 -144 N \ ATOM 19183 CA ILE J 10 -109.735 -55.968 -39.522 1.00108.28 C \ ANISOU19183 CA ILE J 10 11355 14348 13842 737 243 -58 C \ ATOM 19184 C ILE J 10 -108.441 -55.208 -39.206 1.00108.61 C \ ANISOU19184 C ILE J 10 11538 14656 13787 739 148 25 C \ ATOM 19185 O ILE J 10 -107.371 -55.561 -39.734 1.00107.04 O \ ANISOU19185 O ILE J 10 11392 14534 13980 710 203 81 O \ ATOM 19186 CB ILE J 10 -110.593 -55.162 -40.528 1.00109.47 C \ ANISOU19186 CB ILE J 10 11318 14299 14088 701 292 -35 C \ ATOM 19187 CG1 ILE J 10 -111.857 -55.928 -40.891 1.00109.02 C \ ANISOU19187 CG1 ILE J 10 11418 14689 14395 661 221 240 C \ ATOM 19188 CG2 ILE J 10 -109.805 -54.846 -41.798 1.00106.77 C \ ANISOU19188 CG2 ILE J 10 11538 14624 14672 646 306 106 C \ ATOM 19189 CD1 ILE J 10 -112.875 -55.122 -41.664 1.00109.52 C \ ANISOU19189 CD1 ILE J 10 11619 14850 14867 632 276 245 C \ ATOM 19190 N SER J 11 -108.543 -54.195 -38.337 1.00107.53 N \ ANISOU19190 N SER J 11 11859 14269 14206 631 217 -497 N \ ATOM 19191 CA SER J 11 -107.375 -53.415 -37.920 1.00107.92 C \ ANISOU19191 CA SER J 11 11543 13896 14203 533 221 -484 C \ ATOM 19192 C SER J 11 -106.381 -54.258 -37.093 1.00109.07 C \ ANISOU19192 C SER J 11 11373 13514 13969 467 177 -633 C \ ATOM 19193 O SER J 11 -105.155 -54.031 -37.145 1.00111.08 O \ ANISOU19193 O SER J 11 11201 13309 13981 402 163 -611 O \ ATOM 19194 CB SER J 11 -107.791 -52.166 -37.144 1.00107.40 C \ ANISOU19194 CB SER J 11 11510 13875 14375 510 279 -459 C \ ATOM 19195 OG SER J 11 -108.393 -52.508 -35.902 1.00108.19 O \ ANISOU19195 OG SER J 11 11230 13533 14412 416 297 -442 O \ ATOM 19196 N TRP J 12 -106.919 -55.229 -36.347 1.00105.36 N \ ANISOU19196 N TRP J 12 11000 13440 14461 400 317 -286 N \ ATOM 19197 CA TRP J 12 -106.108 -56.132 -35.547 1.00104.58 C \ ANISOU19197 CA TRP J 12 11161 13263 14362 344 300 -583 C \ ATOM 19198 C TRP J 12 -105.306 -57.085 -36.396 1.00107.03 C \ ANISOU19198 C TRP J 12 10823 13181 14576 320 344 -278 C \ ATOM 19199 O TRP J 12 -104.103 -57.272 -36.164 1.00112.98 O \ ANISOU19199 O TRP J 12 10967 12991 14435 263 329 -580 O \ ATOM 19200 CB TRP J 12 -106.982 -56.894 -34.564 1.00103.30 C \ ANISOU19200 CB TRP J 12 10829 12971 14574 254 354 -432 C \ ATOM 19201 CG TRP J 12 -106.262 -58.011 -33.851 1.00103.05 C \ ANISOU19201 CG TRP J 12 11300 13304 13649 488 160 -772 C \ ATOM 19202 CD1 TRP J 12 -105.419 -57.922 -32.749 1.00103.24 C \ ANISOU19202 CD1 TRP J 12 11396 13204 13669 429 116 -909 C \ ATOM 19203 CD2 TRP J 12 -106.303 -59.439 -34.189 1.00104.08 C \ ANISOU19203 CD2 TRP J 12 11035 12813 13134 430 38 -926 C \ ATOM 19204 NE1 TRP J 12 -104.945 -59.159 -32.405 1.00105.23 N \ ANISOU19204 NE1 TRP J 12 10541 12168 12560 385 -9 -1028 N \ ATOM 19205 CE2 TRP J 12 -105.436 -60.113 -33.219 1.00105.03 C \ ANISOU19205 CE2 TRP J 12 11599 13278 13698 446 124 -1038 C \ ATOM 19206 CE3 TRP J 12 -106.951 -60.198 -35.170 1.00104.50 C \ ANISOU19206 CE3 TRP J 12 10977 12675 13282 414 194 -1022 C \ ATOM 19207 CZ2 TRP J 12 -105.245 -61.486 -33.234 1.00106.60 C \ ANISOU19207 CZ2 TRP J 12 10996 12925 13037 474 21 -818 C \ ATOM 19208 CZ3 TRP J 12 -106.737 -61.563 -35.196 1.00107.47 C \ ANISOU19208 CZ3 TRP J 12 11224 13145 13083 466 -64 -817 C \ ATOM 19209 CH2 TRP J 12 -105.917 -62.204 -34.236 1.00108.80 C \ ANISOU19209 CH2 TRP J 12 11104 13154 13192 414 -93 -673 C \ ATOM 19210 N PHE J 13 -105.960 -57.703 -37.377 1.00106.16 N \ ANISOU19210 N PHE J 13 11102 13143 13082 381 -178 -661 N \ ATOM 19211 CA PHE J 13 -105.317 -58.672 -38.266 1.00104.34 C \ ANISOU19211 CA PHE J 13 10946 13116 13356 402 -26 -557 C \ ATOM 19212 C PHE J 13 -104.243 -58.023 -39.144 1.00102.27 C \ ANISOU19212 C PHE J 13 11190 13501 13869 360 -39 -396 C \ ATOM 19213 O PHE J 13 -103.169 -58.600 -39.367 1.00101.31 O \ ANISOU19213 O PHE J 13 11527 13730 14385 279 -67 -420 O \ ATOM 19214 CB PHE J 13 -106.365 -59.382 -39.131 1.00104.65 C \ ANISOU19214 CB PHE J 13 12062 14084 14866 253 -62 -562 C \ ATOM 19215 CG PHE J 13 -105.810 -60.509 -39.961 1.00103.11 C \ ANISOU19215 CG PHE J 13 10923 13371 13911 373 44 -269 C \ ATOM 19216 CD1 PHE J 13 -105.622 -61.772 -39.410 1.00102.39 C \ ANISOU19216 CD1 PHE J 13 10768 13403 13688 448 75 -165 C \ ATOM 19217 CD2 PHE J 13 -105.496 -60.309 -41.308 1.00102.09 C \ ANISOU19217 CD2 PHE J 13 10518 13220 13750 444 157 -84 C \ ATOM 19218 CE1 PHE J 13 -105.118 -62.808 -40.177 1.00101.54 C \ ANISOU19218 CE1 PHE J 13 10900 13732 13802 458 25 -8 C \ ATOM 19219 CE2 PHE J 13 -104.996 -61.344 -42.074 1.00101.05 C \ ANISOU19219 CE2 PHE J 13 11481 13806 14563 243 -92 -271 C \ ATOM 19220 CZ PHE J 13 -104.810 -62.592 -41.511 1.00101.00 C \ ANISOU19220 CZ PHE J 13 11270 13526 14593 175 -98 -256 C \ ATOM 19221 N CYS J 14 -104.535 -56.820 -39.630 1.00100.68 N \ ANISOU19221 N CYS J 14 11235 13392 14836 158 10 -299 N \ ATOM 19222 CA CYS J 14 -103.597 -56.083 -40.479 1.00100.72 C \ ANISOU19222 CA CYS J 14 11524 13744 15279 182 81 -247 C \ ATOM 19223 C CYS J 14 -102.495 -55.397 -39.678 1.00 97.34 C \ ANISOU19223 C CYS J 14 11055 13499 14615 147 -133 -49 C \ ATOM 19224 O CYS J 14 -101.677 -54.667 -40.246 1.00 92.83 O \ ANISOU19224 O CYS J 14 11026 13573 14345 136 -255 16 O \ ATOM 19225 CB CYS J 14 -104.362 -55.066 -41.338 1.00101.53 C \ ANISOU19225 CB CYS J 14 10869 13304 14114 72 -344 -37 C \ ATOM 19226 SG CYS J 14 -105.560 -55.825 -42.475 1.00 97.21 S \ ANISOU19226 SG CYS J 14 10546 13017 14180 19 -326 78 S \ ATOM 19227 N GLY J 15 -102.484 -55.639 -38.369 1.00 97.27 N \ ANISOU19227 N GLY J 15 10541 12978 14197 -42 -407 100 N \ ATOM 19228 CA GLY J 15 -101.501 -55.052 -37.467 1.00 98.57 C \ ANISOU19228 CA GLY J 15 10861 13217 14167 -69 -524 10 C \ ATOM 19229 C GLY J 15 -100.492 -56.036 -36.898 1.00 98.57 C \ ANISOU19229 C GLY J 15 10427 12909 14464 -78 -371 218 C \ ATOM 19230 O GLY J 15 -99.493 -55.619 -36.290 1.00 98.24 O \ ANISOU19230 O GLY J 15 10815 12815 14474 114 22 -393 O \ ATOM 19231 N LEU J 16 -100.748 -57.333 -37.077 1.00 98.48 N \ ANISOU19231 N LEU J 16 10328 12211 14218 91 127 -450 N \ ATOM 19232 CA LEU J 16 -99.885 -58.387 -36.529 1.00101.49 C \ ANISOU19232 CA LEU J 16 10352 12104 14065 101 165 -609 C \ ATOM 19233 C LEU J 16 -98.540 -58.490 -37.258 1.00104.34 C \ ANISOU19233 C LEU J 16 10217 11825 14012 68 228 -705 C \ ATOM 19234 O LEU J 16 -98.373 -57.886 -38.325 1.00107.94 O \ ANISOU19234 O LEU J 16 10442 12247 13906 148 129 -630 O \ ATOM 19235 CB LEU J 16 -100.613 -59.736 -36.583 1.00100.56 C \ ANISOU19235 CB LEU J 16 10508 12218 13805 162 158 -756 C \ ATOM 19236 CG LEU J 16 -101.782 -60.015 -35.638 1.00 99.65 C \ ANISOU19236 CG LEU J 16 10596 12181 13584 165 96 -896 C \ ATOM 19237 CD1 LEU J 16 -102.598 -61.194 -36.136 1.00 98.67 C \ ANISOU19237 CD1 LEU J 16 10854 12432 13602 210 77 -954 C \ ATOM 19238 CD2 LEU J 16 -101.261 -60.303 -34.239 1.00101.16 C \ ANISOU19238 CD2 LEU J 16 10778 12630 14022 222 171 -680 C \ ATOM 19239 N ARG J 17 -97.595 -59.248 -36.690 1.00104.88 N \ ANISOU19239 N ARG J 17 10580 12562 14143 217 225 -530 N \ ATOM 19240 CA ARG J 17 -96.313 -59.548 -37.344 1.00103.67 C \ ANISOU19240 CA ARG J 17 10225 12180 14055 173 258 -484 C \ ATOM 19241 C ARG J 17 -96.516 -60.370 -38.621 1.00103.87 C \ ANISOU19241 C ARG J 17 10552 12674 14101 265 240 -446 C \ ATOM 19242 O ARG J 17 -97.379 -61.262 -38.660 1.00106.72 O \ ANISOU19242 O ARG J 17 10822 12311 13834 118 68 -942 O \ ATOM 19243 CB ARG J 17 -95.408 -60.373 -36.397 1.00103.09 C \ ANISOU19243 CB ARG J 17 11168 12527 13929 107 5 -1066 C \ ATOM 19244 CG ARG J 17 -94.906 -59.690 -35.142 1.00102.50 C \ ANISOU19244 CG ARG J 17 11437 12648 14181 76 55 -1197 C \ ATOM 19245 CD ARG J 17 -93.673 -58.849 -35.421 1.00100.77 C \ ANISOU19245 CD ARG J 17 12094 13203 14619 75 11 -1304 C \ ATOM 19246 NE ARG J 17 -92.490 -59.622 -35.831 1.00 99.34 N \ ANISOU19246 NE ARG J 17 10986 12330 13784 65 -61 -1032 N \ ATOM 19247 CZ ARG J 17 -91.262 -59.120 -35.900 1.00 99.27 C \ ANISOU19247 CZ ARG J 17 10931 12409 13670 82 -142 -915 C \ ATOM 19248 NH1 ARG J 17 -91.042 -57.859 -35.570 1.00100.66 N \ ANISOU19248 NH1 ARG J 17 10749 12384 13798 77 -101 -748 N \ ATOM 19249 NH2 ARG J 17 -90.248 -59.875 -36.286 1.00 99.49 N \ ANISOU19249 NH2 ARG J 17 10667 12276 13999 43 -33 -720 N \ ATOM 19250 N GLY J 18 -95.725 -60.076 -39.653 1.00100.29 N \ ANISOU19250 N GLY J 18 10389 12173 13404 107 -133 -639 N \ ATOM 19251 CA GLY J 18 -95.795 -60.813 -40.915 1.00 96.75 C \ ANISOU19251 CA GLY J 18 11040 12235 14009 45 143 -1189 C \ ATOM 19252 C GLY J 18 -96.920 -60.377 -41.827 1.00 96.12 C \ ANISOU19252 C GLY J 18 10883 11945 13829 4 192 -1309 C \ ATOM 19253 O GLY J 18 -96.843 -60.557 -43.035 1.00 94.90 O \ ANISOU19253 O GLY J 18 11113 12183 13909 30 195 -1351 O \ ATOM 19254 N ASN J 19 -97.961 -59.788 -41.244 1.00 96.32 N \ ANISOU19254 N ASN J 19 11248 12219 13939 0 201 -1454 N \ ATOM 19255 CA ASN J 19 -99.116 -59.311 -41.994 1.00 96.15 C \ ANISOU19255 CA ASN J 19 10545 11560 13759 -43 286 -1298 C \ ATOM 19256 C ASN J 19 -98.993 -57.821 -42.318 1.00 95.70 C \ ANISOU19256 C ASN J 19 10557 11556 13944 -64 303 -1256 C \ ATOM 19257 O ASN J 19 -99.933 -57.040 -42.127 1.00 97.09 O \ ANISOU19257 O ASN J 19 10597 11563 13873 -74 238 -1283 O \ ATOM 19258 CB ASN J 19 -100.405 -59.588 -41.209 1.00 98.52 C \ ANISOU19258 CB ASN J 19 10550 11564 14231 -76 386 -1182 C \ ATOM 19259 CG ASN J 19 -100.592 -61.056 -40.875 1.00 98.13 C \ ANISOU19259 CG ASN J 19 10414 11383 13877 -95 253 -1224 C \ ATOM 19260 OD1 ASN J 19 -99.744 -61.899 -41.203 1.00 95.96 O \ ANISOU19260 OD1 ASN J 19 10500 11508 14368 -88 412 -1129 O \ ATOM 19261 ND2 ASN J 19 -101.715 -61.370 -40.222 1.00 98.24 N \ ANISOU19261 ND2 ASN J 19 10031 11026 13794 -99 345 -1144 N \ ATOM 19262 N GLU J 20 -97.821 -57.435 -42.810 1.00 97.30 N \ ANISOU19262 N GLU J 20 11125 12329 13925 84 192 -1259 N \ ATOM 19263 CA GLU J 20 -97.540 -56.063 -43.204 1.00 99.02 C \ ANISOU19263 CA GLU J 20 10972 12217 13666 119 202 -1267 C \ ATOM 19264 C GLU J 20 -97.927 -55.796 -44.670 1.00100.72 C \ ANISOU19264 C GLU J 20 10948 12159 13355 169 147 -1336 C \ ATOM 19265 O GLU J 20 -98.072 -54.632 -45.080 1.00105.06 O \ ANISOU19265 O GLU J 20 11167 12371 13433 200 90 -1342 O \ ATOM 19266 CB GLU J 20 -96.065 -55.718 -42.977 1.00 97.65 C \ ANISOU19266 CB GLU J 20 10947 12365 13751 169 222 -1127 C \ ATOM 19267 CG GLU J 20 -95.646 -55.676 -41.511 1.00 97.41 C \ ANISOU19267 CG GLU J 20 10984 12429 14083 121 284 -1058 C \ ATOM 19268 CD GLU J 20 -95.253 -57.037 -40.968 1.00 97.20 C \ ANISOU19268 CD GLU J 20 10806 12189 13986 70 326 -1098 C \ ATOM 19269 OE1 GLU J 20 -94.655 -57.822 -41.726 1.00 97.23 O \ ANISOU19269 OE1 GLU J 20 11067 12592 14367 123 295 -949 O \ ATOM 19270 OE2 GLU J 20 -95.513 -57.329 -39.779 1.00 94.66 O \ ANISOU19270 OE2 GLU J 20 10943 12320 14384 22 379 -1045 O \ ATOM 19271 N PHE J 21 -98.085 -56.864 -45.455 1.00 98.13 N \ ANISOU19271 N PHE J 21 11025 12557 14611 84 355 -885 N \ ATOM 19272 CA PHE J 21 -98.476 -56.726 -46.855 1.00 96.48 C \ ANISOU19272 CA PHE J 21 10962 12407 14613 33 399 -940 C \ ATOM 19273 C PHE J 21 -99.977 -56.429 -47.005 1.00 97.93 C \ ANISOU19273 C PHE J 21 10817 12002 13144 172 162 -1383 C \ ATOM 19274 O PHE J 21 -100.407 -55.881 -48.026 1.00 98.45 O \ ANISOU19274 O PHE J 21 10936 12100 13018 235 127 -1431 O \ ATOM 19275 CB PHE J 21 -98.091 -57.968 -47.666 1.00 94.39 C \ ANISOU19275 CB PHE J 21 10982 12283 13050 308 159 -1347 C \ ATOM 19276 CG PHE J 21 -96.606 -58.238 -47.722 1.00 94.90 C \ ANISOU19276 CG PHE J 21 10492 11880 12745 285 202 -1271 C \ ATOM 19277 CD1 PHE J 21 -95.680 -57.201 -47.731 1.00 94.84 C \ ANISOU19277 CD1 PHE J 21 10924 11958 12929 185 116 -1540 C \ ATOM 19278 CD2 PHE J 21 -96.128 -59.540 -47.798 1.00 95.66 C \ ANISOU19278 CD2 PHE J 21 11001 12055 13135 123 165 -1532 C \ ATOM 19279 CE1 PHE J 21 -94.305 -57.467 -47.787 1.00 93.89 C \ ANISOU19279 CE1 PHE J 21 11438 12752 13291 398 142 -1359 C \ ATOM 19280 CE2 PHE J 21 -94.757 -59.801 -47.868 1.00 95.74 C \ ANISOU19280 CE2 PHE J 21 11657 13109 13480 486 184 -1274 C \ ATOM 19281 CZ PHE J 21 -93.840 -58.766 -47.865 1.00 91.73 C \ ANISOU19281 CZ PHE J 21 11898 13356 13772 470 212 -1276 C \ ATOM 19282 N PHE J 22 -100.760 -56.803 -45.992 1.00 98.38 N \ ANISOU19282 N PHE J 22 11908 13268 13648 479 194 -1355 N \ ATOM 19283 CA PHE J 22 -102.219 -56.607 -46.003 1.00 97.00 C \ ANISOU19283 CA PHE J 22 11553 13000 13111 594 168 -1294 C \ ATOM 19284 C PHE J 22 -102.645 -55.162 -45.793 1.00 95.97 C \ ANISOU19284 C PHE J 22 11762 13266 13269 617 142 -1248 C \ ATOM 19285 O PHE J 22 -101.990 -54.417 -45.057 1.00 97.31 O \ ANISOU19285 O PHE J 22 12315 13811 13527 726 134 -1271 O \ ATOM 19286 CB PHE J 22 -102.892 -57.475 -44.923 1.00 97.55 C \ ANISOU19286 CB PHE J 22 12531 14028 13622 810 176 -1286 C \ ATOM 19287 CG PHE J 22 -102.895 -58.945 -45.242 1.00 98.69 C \ ANISOU19287 CG PHE J 22 12437 13924 13531 728 85 -1273 C \ ATOM 19288 CD1 PHE J 22 -103.695 -59.459 -46.262 1.00 97.33 C \ ANISOU19288 CD1 PHE J 22 12053 13628 14132 439 249 -1177 C \ ATOM 19289 CD2 PHE J 22 -102.091 -59.818 -44.526 1.00100.09 C \ ANISOU19289 CD2 PHE J 22 11689 13295 13848 405 265 -1151 C \ ATOM 19290 CE1 PHE J 22 -103.688 -60.812 -46.554 1.00 99.08 C \ ANISOU19290 CE1 PHE J 22 11773 13483 13827 521 294 -1088 C \ ATOM 19291 CE2 PHE J 22 -102.083 -61.173 -44.811 1.00100.52 C \ ANISOU19291 CE2 PHE J 22 12185 14022 14211 617 327 -1001 C \ ATOM 19292 CZ PHE J 22 -102.879 -61.675 -45.832 1.00 99.97 C \ ANISOU19292 CZ PHE J 22 11142 12833 13562 326 287 -1059 C \ ATOM 19293 N CYS J 23 -103.743 -54.781 -46.443 1.00 94.65 N \ ANISOU19293 N CYS J 23 10742 12469 13239 276 288 -1023 N \ ATOM 19294 CA CYS J 23 -104.383 -53.489 -46.204 1.00 94.90 C \ ANISOU19294 CA CYS J 23 11035 12603 13561 222 276 -1128 C \ ATOM 19295 C CYS J 23 -105.749 -53.698 -45.561 1.00 95.58 C \ ANISOU19295 C CYS J 23 11521 13182 13518 513 286 -1127 C \ ATOM 19296 O CYS J 23 -106.358 -54.759 -45.716 1.00 92.43 O \ ANISOU19296 O CYS J 23 11687 13440 13612 624 323 -1062 O \ ATOM 19297 CB CYS J 23 -104.528 -52.708 -47.506 1.00 94.26 C \ ANISOU19297 CB CYS J 23 11928 13896 14028 658 371 -891 C \ ATOM 19298 SG CYS J 23 -105.716 -53.404 -48.681 1.00 95.26 S \ ANISOU19298 SG CYS J 23 11436 13459 13739 557 358 -830 S \ ATOM 19299 N GLU J 24 -106.230 -52.684 -44.843 1.00 98.65 N \ ANISOU19299 N GLU J 24 11463 13137 13356 586 300 -1112 N \ ATOM 19300 CA GLU J 24 -107.527 -52.746 -44.169 1.00100.66 C \ ANISOU19300 CA GLU J 24 11669 13172 13345 626 274 -1243 C \ ATOM 19301 C GLU J 24 -108.705 -52.623 -45.150 1.00102.72 C \ ANISOU19301 C GLU J 24 12161 13620 13681 710 280 -1284 C \ ATOM 19302 O GLU J 24 -108.943 -51.564 -45.724 1.00102.18 O \ ANISOU19302 O GLU J 24 11633 13050 13293 570 242 -1298 O \ ATOM 19303 CB GLU J 24 -107.613 -51.688 -43.062 1.00 99.13 C \ ANISOU19303 CB GLU J 24 12300 14381 14311 802 427 -817 C \ ATOM 19304 CG GLU J 24 -106.774 -51.995 -41.835 1.00100.80 C \ ANISOU19304 CG GLU J 24 12120 14430 14291 856 481 -636 C \ ATOM 19305 CD GLU J 24 -107.002 -51.004 -40.688 1.00104.37 C \ ANISOU19305 CD GLU J 24 12109 14490 14417 820 481 -558 C \ ATOM 19306 OE1 GLU J 24 -108.058 -50.338 -40.643 1.00105.76 O \ ANISOU19306 OE1 GLU J 24 11813 14364 14335 789 493 -407 O \ ATOM 19307 OE2 GLU J 24 -106.129 -50.884 -39.801 1.00104.99 O \ ANISOU19307 OE2 GLU J 24 12318 14726 14330 1029 553 -583 O \ ATOM 19308 N VAL J 25 -109.428 -53.726 -45.329 1.00104.79 N \ ANISOU19308 N VAL J 25 12545 14993 14510 1050 555 -572 N \ ATOM 19309 CA VAL J 25 -110.589 -53.805 -46.231 1.00102.21 C \ ANISOU19309 CA VAL J 25 12913 15547 14806 1201 636 -451 C \ ATOM 19310 C VAL J 25 -111.788 -53.058 -45.652 1.00102.87 C \ ANISOU19310 C VAL J 25 12575 15399 14611 1256 695 -297 C \ ATOM 19311 O VAL J 25 -112.102 -53.212 -44.474 1.00106.38 O \ ANISOU19311 O VAL J 25 13188 15780 14876 1260 639 -507 O \ ATOM 19312 CB VAL J 25 -110.966 -55.280 -46.555 1.00 98.80 C \ ANISOU19312 CB VAL J 25 12181 14436 14375 818 462 -650 C \ ATOM 19313 CG1 VAL J 25 -112.167 -55.366 -47.470 1.00 95.94 C \ ANISOU19313 CG1 VAL J 25 11670 13981 13986 769 448 -580 C \ ATOM 19314 CG2 VAL J 25 -109.785 -56.006 -47.179 1.00 97.91 C \ ANISOU19314 CG2 VAL J 25 11551 13852 14051 582 381 -569 C \ ATOM 19315 N ASP J 26 -112.438 -52.247 -46.483 1.00100.60 N \ ANISOU19315 N ASP J 26 11639 14062 14309 524 366 -448 N \ ATOM 19316 CA ASP J 26 -113.634 -51.495 -46.100 1.00101.96 C \ ANISOU19316 CA ASP J 26 11675 13833 13832 789 430 -692 C \ ATOM 19317 C ASP J 26 -114.776 -52.391 -45.627 1.00104.89 C \ ANISOU19317 C ASP J 26 12191 14249 14104 939 474 -783 C \ ATOM 19318 O ASP J 26 -115.059 -53.421 -46.226 1.00101.69 O \ ANISOU19318 O ASP J 26 12213 14086 13974 904 430 -935 O \ ATOM 19319 CB ASP J 26 -114.124 -50.614 -47.261 1.00 99.90 C \ ANISOU19319 CB ASP J 26 12606 14766 14474 1091 553 -702 C \ ATOM 19320 CG ASP J 26 -113.447 -49.272 -47.315 1.00100.50 C \ ANISOU19320 CG ASP J 26 11546 13697 14009 490 341 -694 C \ ATOM 19321 OD1 ASP J 26 -112.871 -48.859 -46.294 1.00103.86 O \ ANISOU19321 OD1 ASP J 26 11499 13595 14102 317 289 -716 O \ ATOM 19322 OD2 ASP J 26 -113.525 -48.607 -48.367 1.00 99.95 O \ ANISOU19322 OD2 ASP J 26 11553 13791 14369 287 302 -581 O \ ATOM 19323 N GLU J 27 -115.425 -51.963 -44.546 1.00107.89 N \ ANISOU19323 N GLU J 27 11477 13757 14453 172 267 -514 N \ ATOM 19324 CA GLU J 27 -116.601 -52.656 -44.014 1.00107.49 C \ ANISOU19324 CA GLU J 27 11478 13368 13977 248 261 -888 C \ ATOM 19325 C GLU J 27 -117.796 -52.536 -44.950 1.00107.95 C \ ANISOU19325 C GLU J 27 11442 13229 14030 74 217 -948 C \ ATOM 19326 O GLU J 27 -118.649 -53.431 -44.987 1.00106.63 O \ ANISOU19326 O GLU J 27 11377 13079 13903 -16 174 -1014 O \ ATOM 19327 CB GLU J 27 -116.956 -52.137 -42.623 1.00108.90 C \ ANISOU19327 CB GLU J 27 11248 13017 13976 2 222 -940 C \ ATOM 19328 CG GLU J 27 -116.119 -52.763 -41.520 1.00110.67 C \ ANISOU19328 CG GLU J 27 11063 12661 13635 -177 139 -1079 C \ ATOM 19329 CD GLU J 27 -116.796 -52.760 -40.163 1.00113.88 C \ ANISOU19329 CD GLU J 27 11079 12725 13865 -152 193 -1011 C \ ATOM 19330 OE1 GLU J 27 -118.017 -53.048 -40.043 1.00112.08 O \ ANISOU19330 OE1 GLU J 27 10925 12485 13618 -242 152 -1085 O \ ATOM 19331 OE2 GLU J 27 -116.063 -52.470 -39.203 1.00115.39 O \ ANISOU19331 OE2 GLU J 27 10346 11779 13067 -395 129 -1163 O \ ATOM 19332 N ASP J 28 -117.844 -51.433 -45.700 1.00107.89 N \ ANISOU19332 N ASP J 28 11589 13900 14404 385 346 -537 N \ ATOM 19333 CA ASP J 28 -118.887 -51.195 -46.712 1.00104.32 C \ ANISOU19333 CA ASP J 28 11461 13916 14488 368 361 -398 C \ ATOM 19334 C ASP J 28 -118.818 -52.252 -47.810 1.00103.84 C \ ANISOU19334 C ASP J 28 11226 13911 14398 418 386 -201 C \ ATOM 19335 O ASP J 28 -119.837 -52.641 -48.370 1.00105.31 O \ ANISOU19335 O ASP J 28 10780 13557 14172 331 363 -85 O \ ATOM 19336 CB ASP J 28 -118.735 -49.808 -47.343 1.00103.54 C \ ANISOU19336 CB ASP J 28 11539 14023 14522 455 397 -396 C \ ATOM 19337 CG ASP J 28 -118.248 -48.760 -46.356 1.00106.71 C \ ANISOU19337 CG ASP J 28 11313 13584 14166 409 370 -574 C \ ATOM 19338 OD1 ASP J 28 -117.068 -48.370 -46.443 1.00106.00 O \ ANISOU19338 OD1 ASP J 28 11351 13970 14581 419 405 -252 O \ ATOM 19339 OD2 ASP J 28 -119.037 -48.327 -45.490 1.00110.14 O \ ANISOU19339 OD2 ASP J 28 11307 13598 14051 506 393 -583 O \ ATOM 19340 N TYR J 29 -117.604 -52.710 -48.107 1.00103.31 N \ ANISOU19340 N TYR J 29 11544 14314 14597 557 434 -161 N \ ATOM 19341 CA TYR J 29 -117.356 -53.729 -49.126 1.00103.16 C \ ANISOU19341 CA TYR J 29 11576 14578 14766 626 472 37 C \ ATOM 19342 C TYR J 29 -117.786 -55.119 -48.651 1.00104.52 C \ ANISOU19342 C TYR J 29 11840 14863 15174 500 412 95 C \ ATOM 19343 O TYR J 29 -118.422 -55.857 -49.392 1.00104.45 O \ ANISOU19343 O TYR J 29 12082 15308 15612 502 419 287 O \ ATOM 19344 CB TYR J 29 -115.874 -53.731 -49.526 1.00102.18 C \ ANISOU19344 CB TYR J 29 11233 14297 14245 818 553 52 C \ ATOM 19345 CG TYR J 29 -115.566 -54.504 -50.786 1.00101.86 C \ ANISOU19345 CG TYR J 29 11414 14555 14326 954 622 77 C \ ATOM 19346 CD1 TYR J 29 -115.726 -53.914 -52.048 1.00100.96 C \ ANISOU19346 CD1 TYR J 29 11628 14765 14302 1138 703 43 C \ ATOM 19347 CD2 TYR J 29 -115.100 -55.817 -50.723 1.00100.65 C \ ANISOU19347 CD2 TYR J 29 11648 14826 14323 1200 737 89 C \ ATOM 19348 CE1 TYR J 29 -115.438 -54.615 -53.212 1.00 98.33 C \ ANISOU19348 CE1 TYR J 29 11889 14977 14361 1227 736 -31 C \ ATOM 19349 CE2 TYR J 29 -114.799 -56.526 -51.888 1.00 99.15 C \ ANISOU19349 CE2 TYR J 29 11820 14644 15060 384 350 -59 C \ ATOM 19350 CZ TYR J 29 -114.974 -55.921 -53.122 1.00 97.46 C \ ANISOU19350 CZ TYR J 29 11818 14640 15175 229 276 -21 C \ ATOM 19351 OH TYR J 29 -114.679 -56.631 -54.256 1.00 92.63 O \ ANISOU19351 OH TYR J 29 11789 14593 15325 72 223 7 O \ ATOM 19352 N ILE J 30 -117.436 -55.458 -47.411 1.00105.00 N \ ANISOU19352 N ILE J 30 11672 14309 15160 10 212 -127 N \ ATOM 19353 CA ILE J 30 -117.757 -56.768 -46.827 1.00104.92 C \ ANISOU19353 CA ILE J 30 11869 14491 15053 156 230 -193 C \ ATOM 19354 C ILE J 30 -119.255 -56.915 -46.522 1.00104.06 C \ ANISOU19354 C ILE J 30 12040 14684 15322 -1 150 -138 C \ ATOM 19355 O ILE J 30 -119.843 -57.960 -46.766 1.00101.36 O \ ANISOU19355 O ILE J 30 11630 14427 15116 -68 121 25 O \ ATOM 19356 CB ILE J 30 -116.904 -57.061 -45.568 1.00105.50 C \ ANISOU19356 CB ILE J 30 12211 14723 15367 -69 109 -253 C \ ATOM 19357 CG1 ILE J 30 -115.416 -56.821 -45.859 1.00102.81 C \ ANISOU19357 CG1 ILE J 30 11789 14763 15541 11 192 190 C \ ATOM 19358 CG2 ILE J 30 -117.110 -58.492 -45.079 1.00105.02 C \ ANISOU19358 CG2 ILE J 30 11731 14704 15680 -127 143 247 C \ ATOM 19359 CD1 ILE J 30 -114.561 -56.695 -44.615 1.00102.53 C \ ANISOU19359 CD1 ILE J 30 11978 14736 15889 -334 57 109 C \ ATOM 19360 N GLN J 31 -119.867 -55.857 -46.006 1.00106.48 N \ ANISOU19360 N GLN J 31 11709 14371 15720 -450 26 78 N \ ATOM 19361 CA GLN J 31 -121.312 -55.853 -45.694 1.00107.70 C \ ANISOU19361 CA GLN J 31 11669 14904 15867 -125 132 504 C \ ATOM 19362 C GLN J 31 -122.183 -55.944 -46.943 1.00110.22 C \ ANISOU19362 C GLN J 31 11417 14724 15838 -173 123 615 C \ ATOM 19363 O GLN J 31 -123.345 -56.353 -46.855 1.00113.18 O \ ANISOU19363 O GLN J 31 11300 14915 15962 -123 132 896 O \ ATOM 19364 CB GLN J 31 -121.702 -54.634 -44.859 1.00104.69 C \ ANISOU19364 CB GLN J 31 11364 15127 16228 -76 167 1043 C \ ATOM 19365 CG GLN J 31 -121.310 -54.757 -43.391 1.00106.05 C \ ANISOU19365 CG GLN J 31 11245 15334 16292 32 209 1314 C \ ATOM 19366 CD GLN J 31 -121.517 -53.474 -42.614 1.00107.11 C \ ANISOU19366 CD GLN J 31 12133 14812 15897 -378 22 24 C \ ATOM 19367 OE1 GLN J 31 -122.402 -52.685 -42.935 1.00107.38 O \ ANISOU19367 OE1 GLN J 31 12263 14743 15948 -572 -54 -113 O \ ATOM 19368 NE2 GLN J 31 -120.718 -53.269 -41.562 1.00108.51 N \ ANISOU19368 NE2 GLN J 31 12313 14547 15851 -594 -27 -334 N \ ATOM 19369 N ASP J 32 -121.625 -55.572 -48.099 1.00109.29 N \ ANISOU19369 N ASP J 32 12682 14743 16206 -752 -69 -438 N \ ATOM 19370 CA ASP J 32 -122.294 -55.791 -49.382 1.00109.58 C \ ANISOU19370 CA ASP J 32 12770 15262 16345 -605 -97 -122 C \ ATOM 19371 C ASP J 32 -122.184 -57.269 -49.751 1.00109.77 C \ ANISOU19371 C ASP J 32 13307 15660 16832 -828 -193 -202 C \ ATOM 19372 O ASP J 32 -121.080 -57.813 -49.879 1.00108.28 O \ ANISOU19372 O ASP J 32 14424 16879 18100 -976 -281 -59 O \ ATOM 19373 CB ASP J 32 -121.708 -54.911 -50.485 1.00109.00 C \ ANISOU19373 CB ASP J 32 13223 15343 16543 -896 -197 -420 C \ ATOM 19374 CG ASP J 32 -122.517 -54.994 -51.804 1.00110.67 C \ ANISOU19374 CG ASP J 32 15183 17494 18777 -1190 -373 -145 C \ ATOM 19375 OD1 ASP J 32 -123.489 -55.786 -51.900 1.00108.37 O \ ANISOU19375 OD1 ASP J 32 13676 15663 16917 -1098 -276 -503 O \ ATOM 19376 OD2 ASP J 32 -122.176 -54.286 -52.771 1.00111.33 O \ ANISOU19376 OD2 ASP J 32 14551 16625 17916 -1248 -366 -373 O \ ATOM 19377 N LYS J 33 -123.336 -57.910 -49.917 1.00110.79 N \ ANISOU19377 N LYS J 33 11605 13818 15030 -440 42 -402 N \ ATOM 19378 CA LYS J 33 -123.405 -59.355 -50.128 1.00110.84 C \ ANISOU19378 CA LYS J 33 11040 13042 14337 -447 69 -592 C \ ATOM 19379 C LYS J 33 -123.016 -59.763 -51.547 1.00112.13 C \ ANISOU19379 C LYS J 33 10610 12557 14045 -479 92 -596 C \ ATOM 19380 O LYS J 33 -122.651 -60.923 -51.777 1.00110.02 O \ ANISOU19380 O LYS J 33 10420 12178 13796 -531 106 -743 O \ ATOM 19381 CB LYS J 33 -124.807 -59.851 -49.799 1.00111.70 C \ ANISOU19381 CB LYS J 33 11058 13059 14193 -283 122 -652 C \ ATOM 19382 CG LYS J 33 -124.877 -61.270 -49.258 1.00110.49 C \ ANISOU19382 CG LYS J 33 10906 12889 13887 -267 100 -696 C \ ATOM 19383 CD LYS J 33 -126.283 -61.526 -48.688 1.00111.01 C \ ANISOU19383 CD LYS J 33 10717 12591 13633 -395 50 -778 C \ ATOM 19384 CE LYS J 33 -126.342 -62.603 -47.600 1.00112.44 C \ ANISOU19384 CE LYS J 33 10805 12891 13721 -106 141 -642 C \ ATOM 19385 NZ LYS J 33 -127.628 -62.504 -46.851 1.00112.84 N \ ANISOU19385 NZ LYS J 33 10563 12682 14197 -449 98 -423 N \ ATOM 19386 N PHE J 34 -123.069 -58.807 -52.486 1.00112.76 N \ ANISOU19386 N PHE J 34 10819 12912 14622 -470 120 -394 N \ ATOM 19387 CA PHE J 34 -122.707 -59.050 -53.887 1.00113.05 C \ ANISOU19387 CA PHE J 34 11090 13139 15067 -639 62 -343 C \ ATOM 19388 C PHE J 34 -121.205 -59.268 -54.071 1.00112.41 C \ ANISOU19388 C PHE J 34 10796 12906 14983 -648 68 -236 C \ ATOM 19389 O PHE J 34 -120.784 -60.009 -54.966 1.00114.84 O \ ANISOU19389 O PHE J 34 10473 12790 14384 -312 171 -230 O \ ATOM 19390 CB PHE J 34 -123.193 -57.912 -54.794 1.00116.80 C \ ANISOU19390 CB PHE J 34 10343 12741 14077 -136 224 -244 C \ ATOM 19391 CG PHE J 34 -123.221 -58.270 -56.275 1.00120.54 C \ ANISOU19391 CG PHE J 34 10468 13104 14315 -2 271 -61 C \ ATOM 19392 CD1 PHE J 34 -124.332 -58.888 -56.859 1.00130.03 C \ ANISOU19392 CD1 PHE J 34 10757 12974 14337 -111 248 -419 C \ ATOM 19393 CD2 PHE J 34 -122.107 -58.015 -57.075 1.00118.73 C \ ANISOU19393 CD2 PHE J 34 11435 13376 15323 -779 0 -417 C \ ATOM 19394 CE1 PHE J 34 -124.321 -59.225 -58.212 1.00135.42 C \ ANISOU19394 CE1 PHE J 34 11540 13425 15556 -960 -73 -376 C \ ATOM 19395 CE2 PHE J 34 -122.099 -58.335 -58.432 1.00121.74 C \ ANISOU19395 CE2 PHE J 34 12029 13678 16092 -1052 -54 -501 C \ ATOM 19396 CZ PHE J 34 -123.201 -58.948 -58.999 1.00129.21 C \ ANISOU19396 CZ PHE J 34 12726 14154 16622 -1096 -30 -697 C \ ATOM 19397 N ASN J 35 -120.399 -58.619 -53.233 1.00106.47 N \ ANISOU19397 N ASN J 35 11480 13307 15352 -1096 -151 -429 N \ ATOM 19398 CA ASN J 35 -118.943 -58.696 -53.345 1.00101.12 C \ ANISOU19398 CA ASN J 35 11305 13353 15159 -1002 -161 -301 C \ ATOM 19399 C ASN J 35 -118.351 -60.035 -52.902 1.00 97.94 C \ ANISOU19399 C ASN J 35 11643 13412 15626 -1297 -241 -382 C \ ATOM 19400 O ASN J 35 -117.232 -60.382 -53.279 1.00 95.79 O \ ANISOU19400 O ASN J 35 12098 13799 16404 -1077 -60 -379 O \ ATOM 19401 CB ASN J 35 -118.296 -57.546 -52.581 1.00100.83 C \ ANISOU19401 CB ASN J 35 11947 13426 16347 -1164 -40 -473 C \ ATOM 19402 CG ASN J 35 -118.559 -56.188 -53.215 1.00 99.18 C \ ANISOU19402 CG ASN J 35 11681 13177 16193 -1030 47 -460 C \ ATOM 19403 OD1 ASN J 35 -118.470 -56.030 -54.437 1.00 97.23 O \ ANISOU19403 OD1 ASN J 35 11910 13252 16554 -1080 74 -503 O \ ATOM 19404 ND2 ASN J 35 -118.877 -55.195 -52.378 1.00 98.48 N \ ANISOU19404 ND2 ASN J 35 11482 13160 15938 -862 91 -402 N \ ATOM 19405 N LEU J 36 -119.112 -60.788 -52.120 1.00 98.55 N \ ANISOU19405 N LEU J 36 11478 13195 16011 -734 165 -383 N \ ATOM 19406 CA LEU J 36 -118.660 -62.072 -51.593 1.00100.94 C \ ANISOU19406 CA LEU J 36 11555 13473 16370 -689 168 -166 C \ ATOM 19407 C LEU J 36 -119.269 -63.271 -52.322 1.00103.43 C \ ANISOU19407 C LEU J 36 11855 13783 16796 -625 218 -133 C \ ATOM 19408 O LEU J 36 -119.426 -64.349 -51.736 1.00101.82 O \ ANISOU19408 O LEU J 36 11407 13209 15735 -585 203 -425 O \ ATOM 19409 CB LEU J 36 -118.953 -62.158 -50.082 1.00 99.09 C \ ANISOU19409 CB LEU J 36 11373 12983 15441 -608 210 -635 C \ ATOM 19410 CG LEU J 36 -118.688 -60.934 -49.202 1.00 97.81 C \ ANISOU19410 CG LEU J 36 11281 13010 15172 -458 232 -635 C \ ATOM 19411 CD1 LEU J 36 -119.216 -61.171 -47.810 1.00 99.72 C \ ANISOU19411 CD1 LEU J 36 11479 12856 15557 -655 256 -783 C \ ATOM 19412 CD2 LEU J 36 -117.201 -60.638 -49.140 1.00100.20 C \ ANISOU19412 CD2 LEU J 36 11515 13603 16441 -724 114 -3 C \ ATOM 19413 N THR J 37 -119.610 -63.077 -53.594 1.00105.63 N \ ANISOU19413 N THR J 37 11426 13723 16638 -695 109 224 N \ ATOM 19414 CA THR J 37 -120.294 -64.108 -54.390 1.00106.65 C \ ANISOU19414 CA THR J 37 11825 13964 17272 -823 88 230 C \ ATOM 19415 C THR J 37 -119.366 -65.276 -54.708 1.00110.01 C \ ANISOU19415 C THR J 37 12054 14336 17763 -796 94 408 C \ ATOM 19416 O THR J 37 -118.373 -65.122 -55.433 1.00114.50 O \ ANISOU19416 O THR J 37 11141 13687 16417 -689 60 414 O \ ATOM 19417 CB THR J 37 -120.856 -63.523 -55.711 1.00105.65 C \ ANISOU19417 CB THR J 37 11176 13608 16424 -864 -28 373 C \ ATOM 19418 OG1 THR J 37 -121.723 -62.422 -55.418 1.00104.80 O \ ANISOU19418 OG1 THR J 37 11673 13892 16704 -939 -45 177 O \ ATOM 19419 CG2 THR J 37 -121.618 -64.565 -56.514 1.00107.07 C \ ANISOU19419 CG2 THR J 37 10646 13232 16114 -934 -91 571 C \ ATOM 19420 N GLY J 38 -119.702 -66.444 -54.154 1.00111.34 N \ ANISOU19420 N GLY J 38 12068 13905 17416 -959 69 35 N \ ATOM 19421 CA GLY J 38 -118.954 -67.682 -54.407 1.00109.81 C \ ANISOU19421 CA GLY J 38 12179 13800 17714 -1090 56 -1 C \ ATOM 19422 C GLY J 38 -117.975 -68.067 -53.309 1.00108.05 C \ ANISOU19422 C GLY J 38 12142 13551 17662 -1051 143 -155 C \ ATOM 19423 O GLY J 38 -117.386 -69.144 -53.340 1.00109.79 O \ ANISOU19423 O GLY J 38 12806 13961 18412 -1157 152 -251 O \ ATOM 19424 N LEU J 39 -117.782 -67.172 -52.343 1.00106.81 N \ ANISOU19424 N LEU J 39 12642 14054 18070 -1282 -22 -113 N \ ATOM 19425 CA LEU J 39 -116.823 -67.397 -51.255 1.00107.08 C \ ANISOU19425 CA LEU J 39 13304 14905 18803 -1358 -124 57 C \ ATOM 19426 C LEU J 39 -117.381 -68.304 -50.151 1.00108.96 C \ ANISOU19426 C LEU J 39 14242 15824 20037 -1480 -187 194 C \ ATOM 19427 O LEU J 39 -116.611 -68.878 -49.365 1.00111.69 O \ ANISOU19427 O LEU J 39 15000 16541 21010 -1445 -140 238 O \ ATOM 19428 CB LEU J 39 -116.316 -66.067 -50.686 1.00106.20 C \ ANISOU19428 CB LEU J 39 14437 16046 20264 -1619 -292 270 C \ ATOM 19429 CG LEU J 39 -115.486 -65.137 -51.604 1.00104.75 C \ ANISOU19429 CG LEU J 39 11596 13105 17009 -900 207 -175 C \ ATOM 19430 CD1 LEU J 39 -115.271 -63.798 -50.891 1.00103.87 C \ ANISOU19430 CD1 LEU J 39 11176 12524 16586 -853 287 -296 C \ ATOM 19431 CD2 LEU J 39 -114.152 -65.758 -52.024 1.00105.00 C \ ANISOU19431 CD2 LEU J 39 10957 12515 16541 -712 333 -140 C \ ATOM 19432 N ASN J 40 -118.709 -68.440 -50.102 1.00109.38 N \ ANISOU19432 N ASN J 40 11177 12646 16946 -705 383 -136 N \ ATOM 19433 CA ASN J 40 -119.377 -69.330 -49.138 1.00109.98 C \ ANISOU19433 CA ASN J 40 11016 12243 16112 -828 313 -494 C \ ATOM 19434 C ASN J 40 -119.187 -70.810 -49.449 1.00113.34 C \ ANISOU19434 C ASN J 40 11415 12365 16346 -975 293 -688 C \ ATOM 19435 O ASN J 40 -119.447 -71.667 -48.597 1.00116.21 O \ ANISOU19435 O ASN J 40 11678 12521 16324 -944 326 -871 O \ ATOM 19436 CB ASN J 40 -120.875 -68.983 -48.994 1.00108.56 C \ ANISOU19436 CB ASN J 40 11500 12287 16138 -865 396 -934 C \ ATOM 19437 CG ASN J 40 -121.636 -69.069 -50.291 1.00108.46 C \ ANISOU19437 CG ASN J 40 11687 12512 16112 -1009 271 -941 C \ ATOM 19438 OD1 ASN J 40 -121.189 -68.580 -51.334 1.00111.25 O \ ANISOU19438 OD1 ASN J 40 10929 12765 16450 -601 319 -9 O \ ATOM 19439 ND2 ASN J 40 -122.814 -69.672 -50.230 1.00105.26 N \ ANISOU19439 ND2 ASN J 40 11023 13079 16651 -466 358 137 N \ ATOM 19440 N GLU J 41 -118.714 -71.096 -50.664 1.00114.20 N \ ANISOU19440 N GLU J 41 10991 13299 16882 -447 335 389 N \ ATOM 19441 CA GLU J 41 -118.469 -72.466 -51.125 1.00115.00 C \ ANISOU19441 CA GLU J 41 11024 13448 16920 -478 287 477 C \ ATOM 19442 C GLU J 41 -116.970 -72.807 -51.111 1.00114.11 C \ ANISOU19442 C GLU J 41 11198 13386 16546 -336 373 102 C \ ATOM 19443 O GLU J 41 -116.555 -73.777 -51.738 1.00118.91 O \ ANISOU19443 O GLU J 41 11312 13279 16453 -341 400 -113 O \ ATOM 19444 CB GLU J 41 -119.025 -72.651 -52.535 1.00117.83 C \ ANISOU19444 CB GLU J 41 11428 13735 16613 -324 333 129 C \ ATOM 19445 CG GLU J 41 -120.536 -72.561 -52.671 1.00123.74 C \ ANISOU19445 CG GLU J 41 10901 13309 17028 -396 367 522 C \ ATOM 19446 CD GLU J 41 -121.211 -73.926 -52.621 1.00131.87 C \ ANISOU19446 CD GLU J 41 11112 13800 17490 -361 351 783 C \ ATOM 19447 OE1 GLU J 41 -120.665 -74.858 -51.984 1.00138.31 O \ ANISOU19447 OE1 GLU J 41 11385 14376 17601 -217 364 898 O \ ATOM 19448 OE2 GLU J 41 -122.303 -74.081 -53.222 1.00133.56 O \ ANISOU19448 OE2 GLU J 41 11601 14582 17563 -132 392 792 O \ ATOM 19449 N GLN J 42 -116.171 -72.005 -50.396 1.00109.78 N \ ANISOU19449 N GLN J 42 10973 13652 17629 -350 387 868 N \ ATOM 19450 CA GLN J 42 -114.726 -72.210 -50.314 1.00106.03 C \ ANISOU19450 CA GLN J 42 11042 13551 17524 -313 433 685 C \ ATOM 19451 C GLN J 42 -114.246 -72.397 -48.879 1.00105.31 C \ ANISOU19451 C GLN J 42 10808 13081 17007 -376 420 449 C \ ATOM 19452 O GLN J 42 -113.400 -73.242 -48.609 1.00107.30 O \ ANISOU19452 O GLN J 42 11570 14817 17929 -192 344 1113 O \ ATOM 19453 CB GLN J 42 -113.980 -71.056 -50.972 1.00103.63 C \ ANISOU19453 CB GLN J 42 11658 15207 17876 -48 370 1242 C \ ATOM 19454 CG GLN J 42 -113.983 -71.096 -52.496 1.00105.61 C \ ANISOU19454 CG GLN J 42 11885 15382 17752 -2 374 1090 C \ ATOM 19455 CD GLN J 42 -113.132 -69.993 -53.104 1.00106.66 C \ ANISOU19455 CD GLN J 42 11923 15539 17567 127 414 1082 C \ ATOM 19456 OE1 GLN J 42 -111.929 -69.864 -52.803 1.00105.08 O \ ANISOU19456 OE1 GLN J 42 11119 14826 17337 67 417 1325 O \ ATOM 19457 NE2 GLN J 42 -113.756 -69.176 -53.959 1.00106.10 N \ ANISOU19457 NE2 GLN J 42 10763 14528 17344 27 416 1485 N \ ATOM 19458 N VAL J 43 -114.791 -71.606 -47.964 1.00105.66 N \ ANISOU19458 N VAL J 43 10720 14779 17526 70 419 1745 N \ ATOM 19459 CA VAL J 43 -114.363 -71.628 -46.559 1.00107.26 C \ ANISOU19459 CA VAL J 43 10543 14099 17315 -52 417 1420 C \ ATOM 19460 C VAL J 43 -115.352 -72.372 -45.655 1.00108.36 C \ ANISOU19460 C VAL J 43 10846 14888 17977 17 415 1847 C \ ATOM 19461 O VAL J 43 -116.572 -72.225 -45.814 1.00108.94 O \ ANISOU19461 O VAL J 43 10806 14533 17917 -54 416 1644 O \ ATOM 19462 CB VAL J 43 -114.112 -70.196 -46.002 1.00108.25 C \ ANISOU19462 CB VAL J 43 11935 15247 17747 -113 331 970 C \ ATOM 19463 CG1 VAL J 43 -112.924 -69.561 -46.668 1.00108.03 C \ ANISOU19463 CG1 VAL J 43 11835 15049 17328 -91 328 803 C \ ATOM 19464 CG2 VAL J 43 -115.307 -69.297 -46.214 1.00109.95 C \ ANISOU19464 CG2 VAL J 43 11810 15271 17144 53 361 902 C \ ATOM 19465 N PRO J 44 -114.829 -73.170 -44.704 1.00108.54 N \ ANISOU19465 N PRO J 44 11710 15121 16759 136 388 772 N \ ATOM 19466 CA PRO J 44 -115.701 -73.808 -43.705 1.00111.60 C \ ANISOU19466 CA PRO J 44 11803 14834 17305 -246 266 711 C \ ATOM 19467 C PRO J 44 -116.158 -72.805 -42.645 1.00114.13 C \ ANISOU19467 C PRO J 44 11771 14735 16981 -231 256 576 C \ ATOM 19468 O PRO J 44 -115.455 -71.828 -42.394 1.00115.14 O \ ANISOU19468 O PRO J 44 11803 14544 16772 -234 269 348 O \ ATOM 19469 CB PRO J 44 -114.804 -74.875 -43.081 1.00111.21 C \ ANISOU19469 CB PRO J 44 11921 15057 17121 -214 233 691 C \ ATOM 19470 CG PRO J 44 -113.412 -74.357 -43.284 1.00110.85 C \ ANISOU19470 CG PRO J 44 11863 14549 16584 -223 257 236 C \ ATOM 19471 CD PRO J 44 -113.416 -73.567 -44.556 1.00107.64 C \ ANISOU19471 CD PRO J 44 11974 15055 16933 -199 225 581 C \ ATOM 19472 N HIS J 45 -117.327 -73.049 -42.050 1.00116.64 N \ ANISOU19472 N HIS J 45 12087 14939 16806 -205 235 351 N \ ATOM 19473 CA HIS J 45 -117.924 -72.174 -41.014 1.00117.76 C \ ANISOU19473 CA HIS J 45 12537 15332 17029 -193 224 247 C \ ATOM 19474 C HIS J 45 -118.145 -70.757 -41.485 1.00118.49 C \ ANISOU19474 C HIS J 45 12139 15859 17664 84 362 1132 C \ ATOM 19475 O HIS J 45 -117.938 -69.809 -40.719 1.00118.51 O \ ANISOU19475 O HIS J 45 13027 16993 18430 226 408 1248 O \ ATOM 19476 CB HIS J 45 -117.080 -72.186 -39.725 1.00113.92 C \ ANISOU19476 CB HIS J 45 13428 17508 18643 390 479 1250 C \ ATOM 19477 CG HIS J 45 -116.750 -73.567 -39.225 1.00112.22 C \ ANISOU19477 CG HIS J 45 13468 17558 18404 499 519 1170 C \ ATOM 19478 ND1 HIS J 45 -117.457 -74.165 -38.254 1.00113.24 N \ ANISOU19478 ND1 HIS J 45 13362 17596 19052 217 397 1519 N \ ATOM 19479 CD2 HIS J 45 -115.755 -74.469 -39.604 1.00110.43 C \ ANISOU19479 CD2 HIS J 45 13365 17889 18976 378 463 1676 C \ ATOM 19480 CE1 HIS J 45 -116.944 -75.386 -38.014 1.00115.05 C \ ANISOU19480 CE1 HIS J 45 13874 18346 19318 383 456 1600 C \ ATOM 19481 NE2 HIS J 45 -115.898 -75.568 -38.841 1.00113.85 N \ ANISOU19481 NE2 HIS J 45 13844 18127 18936 452 486 1364 N \ ATOM 19482 N TYR J 46 -118.567 -70.606 -42.741 1.00118.25 N \ ANISOU19482 N TYR J 46 13404 17606 18311 467 485 1263 N \ ATOM 19483 CA TYR J 46 -118.646 -69.293 -43.401 1.00116.37 C \ ANISOU19483 CA TYR J 46 13788 18088 18826 417 454 1378 C \ ATOM 19484 C TYR J 46 -119.425 -68.230 -42.623 1.00116.40 C \ ANISOU19484 C TYR J 46 12850 16880 17455 528 509 1058 C \ ATOM 19485 O TYR J 46 -119.002 -67.071 -42.558 1.00114.73 O \ ANISOU19485 O TYR J 46 13169 17328 18537 401 491 1342 O \ ATOM 19486 CB TYR J 46 -119.205 -69.436 -44.823 1.00115.66 C \ ANISOU19486 CB TYR J 46 12699 16978 17901 537 546 1362 C \ ATOM 19487 CG TYR J 46 -119.450 -68.114 -45.527 1.00114.46 C \ ANISOU19487 CG TYR J 46 12710 16743 17641 538 540 1118 C \ ATOM 19488 CD1 TYR J 46 -118.404 -67.406 -46.106 1.00113.49 C \ ANISOU19488 CD1 TYR J 46 12793 16871 17462 653 575 1073 C \ ATOM 19489 CD2 TYR J 46 -120.737 -67.572 -45.622 1.00116.07 C \ ANISOU19489 CD2 TYR J 46 12083 16532 17559 532 550 1552 C \ ATOM 19490 CE1 TYR J 46 -118.628 -66.198 -46.752 1.00113.16 C \ ANISOU19490 CE1 TYR J 46 11910 16637 17668 540 557 1820 C \ ATOM 19491 CE2 TYR J 46 -120.962 -66.368 -46.262 1.00115.71 C \ ANISOU19491 CE2 TYR J 46 12402 17214 18516 474 534 1986 C \ ATOM 19492 CZ TYR J 46 -119.899 -65.686 -46.825 1.00115.36 C \ ANISOU19492 CZ TYR J 46 12970 17556 19230 353 490 1891 C \ ATOM 19493 OH TYR J 46 -120.091 -64.487 -47.472 1.00118.17 O \ ANISOU19493 OH TYR J 46 12536 17672 18797 556 570 2238 O \ ATOM 19494 N ARG J 47 -120.556 -68.628 -42.049 1.00120.18 N \ ANISOU19494 N ARG J 47 12162 15932 17155 409 494 966 N \ ATOM 19495 CA ARG J 47 -121.446 -67.701 -41.342 1.00127.52 C \ ANISOU19495 CA ARG J 47 11749 15279 16522 394 485 743 C \ ATOM 19496 C ARG J 47 -120.802 -67.109 -40.079 1.00130.49 C \ ANISOU19496 C ARG J 47 11824 15262 16274 446 490 591 C \ ATOM 19497 O ARG J 47 -120.847 -65.890 -39.862 1.00130.10 O \ ANISOU19497 O ARG J 47 12060 15424 16257 510 500 472 O \ ATOM 19498 CB ARG J 47 -122.781 -68.391 -41.000 1.00131.62 C \ ANISOU19498 CB ARG J 47 11298 14583 16233 248 450 633 C \ ATOM 19499 CG ARG J 47 -123.769 -67.576 -40.168 1.00132.20 C \ ANISOU19499 CG ARG J 47 11672 15120 16144 413 477 608 C \ ATOM 19500 CD ARG J 47 -124.455 -66.485 -40.987 1.00135.64 C \ ANISOU19500 CD ARG J 47 11559 14933 15769 458 482 489 C \ ATOM 19501 NE ARG J 47 -123.617 -65.291 -41.143 1.00133.99 N \ ANISOU19501 NE ARG J 47 11861 15411 15867 631 542 552 N \ ATOM 19502 CZ ARG J 47 -123.963 -64.203 -41.829 1.00129.81 C \ ANISOU19502 CZ ARG J 47 11560 15008 15291 695 555 416 C \ ATOM 19503 NH1 ARG J 47 -125.133 -64.138 -42.449 1.00133.45 N \ ANISOU19503 NH1 ARG J 47 11174 14543 15499 369 448 525 N \ ATOM 19504 NH2 ARG J 47 -123.140 -63.175 -41.901 1.00124.19 N \ ANISOU19504 NH2 ARG J 47 10821 14082 14934 372 436 400 N \ ATOM 19505 N GLN J 48 -120.200 -67.978 -39.263 1.00129.06 N \ ANISOU19505 N GLN J 48 10635 13613 14577 299 405 165 N \ ATOM 19506 CA GLN J 48 -119.555 -67.558 -38.021 1.00125.22 C \ ANISOU19506 CA GLN J 48 10918 14236 15198 278 395 497 C \ ATOM 19507 C GLN J 48 -118.242 -66.821 -38.286 1.00123.95 C \ ANISOU19507 C GLN J 48 12133 15942 16275 705 582 758 C \ ATOM 19508 O GLN J 48 -117.850 -65.950 -37.510 1.00124.03 O \ ANISOU19508 O GLN J 48 12724 16715 16674 876 654 832 O \ ATOM 19509 CB GLN J 48 -119.307 -68.763 -37.124 1.00121.53 C \ ANISOU19509 CB GLN J 48 12726 16635 16409 943 664 713 C \ ATOM 19510 CG GLN J 48 -120.564 -69.497 -36.703 1.00121.64 C \ ANISOU19510 CG GLN J 48 12634 16517 16021 1054 702 632 C \ ATOM 19511 CD GLN J 48 -120.280 -70.925 -36.283 1.00126.68 C \ ANISOU19511 CD GLN J 48 12717 17019 16896 929 695 1097 C \ ATOM 19512 OE1 GLN J 48 -119.565 -71.646 -36.985 1.00130.96 O \ ANISOU19512 OE1 GLN J 48 12366 16801 16741 910 700 1240 O \ ATOM 19513 NE2 GLN J 48 -120.842 -71.347 -35.144 1.00128.98 N \ ANISOU19513 NE2 GLN J 48 12483 16758 16898 805 647 1149 N \ ATOM 19514 N ALA J 49 -117.571 -67.186 -39.381 1.00119.10 N \ ANISOU19514 N ALA J 49 12020 16731 16514 997 754 1455 N \ ATOM 19515 CA ALA J 49 -116.322 -66.556 -39.792 1.00114.62 C \ ANISOU19515 CA ALA J 49 12514 16376 16308 871 627 706 C \ ATOM 19516 C ALA J 49 -116.535 -65.111 -40.236 1.00114.12 C \ ANISOU19516 C ALA J 49 12690 16493 16271 913 620 619 C \ ATOM 19517 O ALA J 49 -115.737 -64.227 -39.903 1.00115.12 O \ ANISOU19517 O ALA J 49 12805 16334 16120 893 587 377 O \ ATOM 19518 CB ALA J 49 -115.681 -67.353 -40.902 1.00110.84 C \ ANISOU19518 CB ALA J 49 13082 16570 16105 971 593 293 C \ ATOM 19519 N LEU J 50 -117.620 -64.876 -40.973 1.00113.01 N \ ANISOU19519 N LEU J 50 12582 16412 16401 834 587 694 N \ ATOM 19520 CA LEU J 50 -117.971 -63.543 -41.463 1.00111.23 C \ ANISOU19520 CA LEU J 50 12729 16515 16358 860 567 627 C \ ATOM 19521 C LEU J 50 -118.379 -62.588 -40.336 1.00113.54 C \ ANISOU19521 C LEU J 50 13123 17063 17031 818 548 801 C \ ATOM 19522 O LEU J 50 -118.153 -61.376 -40.425 1.00110.17 O \ ANISOU19522 O LEU J 50 12741 16549 17052 671 525 806 O \ ATOM 19523 CB LEU J 50 -119.083 -63.643 -42.513 1.00108.48 C \ ANISOU19523 CB LEU J 50 12252 15595 15660 783 550 269 C \ ATOM 19524 CG LEU J 50 -119.429 -62.422 -43.368 1.00104.85 C \ ANISOU19524 CG LEU J 50 11864 14957 15052 752 517 53 C \ ATOM 19525 CD1 LEU J 50 -118.262 -61.988 -44.233 1.00102.19 C \ ANISOU19525 CD1 LEU J 50 12327 15410 15249 858 548 -5 C \ ATOM 19526 CD2 LEU J 50 -120.639 -62.722 -44.224 1.00106.20 C \ ANISOU19526 CD2 LEU J 50 12755 15691 15411 895 533 -152 C \ ATOM 19527 N ASP J 51 -118.978 -63.146 -39.283 1.00116.73 N \ ANISOU19527 N ASP J 51 11562 14476 14911 609 477 -36 N \ ATOM 19528 CA ASP J 51 -119.393 -62.375 -38.113 1.00121.37 C \ ANISOU19528 CA ASP J 51 11309 14197 14912 514 459 4 C \ ATOM 19529 C ASP J 51 -118.207 -61.807 -37.330 1.00120.46 C \ ANISOU19529 C ASP J 51 11659 14338 14786 581 447 -243 C \ ATOM 19530 O ASP J 51 -118.237 -60.651 -36.909 1.00118.89 O \ ANISOU19530 O ASP J 51 11103 13844 14892 376 436 -50 O \ ATOM 19531 CB ASP J 51 -120.280 -63.227 -37.197 1.00122.74 C \ ANISOU19531 CB ASP J 51 12142 15381 15147 909 591 117 C \ ATOM 19532 CG ASP J 51 -121.698 -63.386 -37.733 1.00120.83 C \ ANISOU19532 CG ASP J 51 11735 14984 14531 1021 636 87 C \ ATOM 19533 OD1 ASP J 51 -121.907 -63.250 -38.954 1.00121.44 O \ ANISOU19533 OD1 ASP J 51 11647 15056 14260 1185 709 166 O \ ATOM 19534 OD2 ASP J 51 -122.611 -63.656 -36.937 1.00119.14 O \ ANISOU19534 OD2 ASP J 51 11488 14922 13936 1301 769 162 O \ ATOM 19535 N MET J 52 -117.174 -62.624 -37.144 1.00118.96 N \ ANISOU19535 N MET J 52 11725 15056 14709 990 646 183 N \ ATOM 19536 CA MET J 52 -115.989 -62.226 -36.391 1.00119.63 C \ ANISOU19536 CA MET J 52 11577 14719 14639 844 578 70 C \ ATOM 19537 C MET J 52 -115.196 -61.118 -37.094 1.00119.12 C \ ANISOU19537 C MET J 52 11628 14896 14943 778 568 213 C \ ATOM 19538 O MET J 52 -114.673 -60.206 -36.430 1.00120.43 O \ ANISOU19538 O MET J 52 11566 14527 14376 875 570 -98 O \ ATOM 19539 CB MET J 52 -115.096 -63.432 -36.109 1.00119.48 C \ ANISOU19539 CB MET J 52 11773 15289 14416 1193 708 242 C \ ATOM 19540 CG MET J 52 -113.818 -63.092 -35.341 1.00120.02 C \ ANISOU19540 CG MET J 52 12112 15784 14560 1332 771 317 C \ ATOM 19541 SD MET J 52 -113.026 -64.448 -34.500 1.00124.27 S \ ANISOU19541 SD MET J 52 12371 16323 14936 1438 861 527 S \ ATOM 19542 CE MET J 52 -113.004 -65.684 -35.781 1.00121.97 C \ ANISOU19542 CE MET J 52 13064 17129 15416 1581 938 571 C \ ATOM 19543 N ILE J 53 -115.110 -61.197 -38.427 1.00114.51 N \ ANISOU19543 N ILE J 53 12229 15723 14276 1420 781 136 N \ ATOM 19544 CA ILE J 53 -114.409 -60.187 -39.226 1.00110.21 C \ ANISOU19544 CA ILE J 53 12353 15607 14284 1322 690 -42 C \ ATOM 19545 C ILE J 53 -115.118 -58.828 -39.146 1.00113.14 C \ ANISOU19545 C ILE J 53 12248 15538 14209 1276 649 -11 C \ ATOM 19546 O ILE J 53 -114.452 -57.785 -39.072 1.00115.43 O \ ANISOU19546 O ILE J 53 13035 16073 14856 1292 659 -202 O \ ATOM 19547 CB ILE J 53 -114.255 -60.632 -40.700 1.00107.78 C \ ANISOU19547 CB ILE J 53 11731 15792 14632 1364 851 661 C \ ATOM 19548 CG1 ILE J 53 -113.470 -61.934 -40.789 1.00106.38 C \ ANISOU19548 CG1 ILE J 53 10866 15210 13941 1445 925 888 C \ ATOM 19549 CG2 ILE J 53 -113.568 -59.562 -41.532 1.00107.34 C \ ANISOU19549 CG2 ILE J 53 10678 15261 13936 1447 937 1083 C \ ATOM 19550 CD1 ILE J 53 -113.566 -62.623 -42.136 1.00104.86 C \ ANISOU19550 CD1 ILE J 53 10821 15352 14214 1337 868 1072 C \ ATOM 19551 N LEU J 54 -116.458 -58.847 -39.139 1.00112.31 N \ ANISOU19551 N LEU J 54 10631 14984 13986 1351 894 953 N \ ATOM 19552 CA LEU J 54 -117.264 -57.619 -39.061 1.00108.57 C \ ANISOU19552 CA LEU J 54 10554 14737 13784 1355 891 820 C \ ATOM 19553 C LEU J 54 -117.576 -57.183 -37.623 1.00107.81 C \ ANISOU19553 C LEU J 54 10040 14164 13540 1191 812 837 C \ ATOM 19554 O LEU J 54 -118.328 -56.230 -37.408 1.00106.19 O \ ANISOU19554 O LEU J 54 10694 15038 13823 1529 1000 918 O \ ATOM 19555 CB LEU J 54 -118.545 -57.768 -39.884 1.00109.20 C \ ANISOU19555 CB LEU J 54 10649 15501 13916 1576 1028 1268 C \ ATOM 19556 CG LEU J 54 -118.404 -57.762 -41.417 1.00107.74 C \ ANISOU19556 CG LEU J 54 10718 15834 14125 1602 1052 1472 C \ ATOM 19557 CD1 LEU J 54 -119.618 -58.366 -42.088 1.00109.14 C \ ANISOU19557 CD1 LEU J 54 10350 15569 14199 1462 987 1633 C \ ATOM 19558 CD2 LEU J 54 -118.174 -56.370 -41.956 1.00106.51 C \ ANISOU19558 CD2 LEU J 54 10220 15422 14302 1386 959 1677 C \ ATOM 19559 N ASP J 55 -116.991 -57.898 -36.655 1.00109.17 N \ ANISOU19559 N ASP J 55 11210 16601 14534 1779 1178 1642 N \ ATOM 19560 CA ASP J 55 -117.116 -57.618 -35.213 1.00111.74 C \ ANISOU19560 CA ASP J 55 11848 17238 14757 1915 1243 1561 C \ ATOM 19561 C ASP J 55 -118.518 -57.911 -34.620 1.00114.83 C \ ANISOU19561 C ASP J 55 12396 18104 15261 2082 1374 1768 C \ ATOM 19562 O ASP J 55 -118.892 -57.376 -33.567 1.00120.04 O \ ANISOU19562 O ASP J 55 12695 18613 15614 2090 1381 1917 O \ ATOM 19563 CB ASP J 55 -116.673 -56.183 -34.887 1.00111.14 C \ ANISOU19563 CB ASP J 55 12713 18471 15503 2206 1473 1794 C \ ATOM 19564 CG ASP J 55 -115.228 -55.913 -35.260 1.00111.18 C \ ANISOU19564 CG ASP J 55 10163 15476 14125 1421 957 1721 C \ ATOM 19565 OD1 ASP J 55 -114.316 -56.539 -34.682 1.00110.53 O \ ANISOU19565 OD1 ASP J 55 9849 15237 14237 1289 897 1870 O \ ATOM 19566 OD2 ASP J 55 -114.997 -55.058 -36.138 1.00115.71 O \ ANISOU19566 OD2 ASP J 55 9681 15399 14336 1338 948 2157 O \ ATOM 19567 N LEU J 56 -119.285 -58.769 -35.297 1.00110.95 N \ ANISOU19567 N LEU J 56 9334 15112 14365 1227 897 2293 N \ ATOM 19568 CA LEU J 56 -120.626 -59.164 -34.843 1.00105.32 C \ ANISOU19568 CA LEU J 56 9767 15158 14157 1254 860 1875 C \ ATOM 19569 C LEU J 56 -120.565 -60.329 -33.861 1.00104.95 C \ ANISOU19569 C LEU J 56 9931 15199 13880 1338 879 1691 C \ ATOM 19570 O LEU J 56 -119.668 -61.168 -33.941 1.00106.30 O \ ANISOU19570 O LEU J 56 10268 15590 13966 1479 966 1669 O \ ATOM 19571 CB LEU J 56 -121.511 -59.527 -36.036 1.00104.23 C \ ANISOU19571 CB LEU J 56 14302 19744 16662 1069 1766 1652 C \ ATOM 19572 CG LEU J 56 -121.886 -58.421 -37.030 1.00102.84 C \ ANISOU19572 CG LEU J 56 14500 19778 17074 919 1880 1654 C \ ATOM 19573 CD1 LEU J 56 -122.240 -59.015 -38.385 1.00 99.34 C \ ANISOU19573 CD1 LEU J 56 14783 19547 17512 836 1910 1724 C \ ATOM 19574 CD2 LEU J 56 -123.032 -57.582 -36.470 1.00104.11 C \ ANISOU19574 CD2 LEU J 56 14938 19523 17806 732 2061 1847 C \ ATOM 19575 N GLU J 57 -121.514 -60.360 -32.932 1.00105.45 N \ ANISOU19575 N GLU J 57 13787 19238 16489 849 1771 1330 N \ ATOM 19576 CA GLU J 57 -121.521 -61.339 -31.833 1.00107.06 C \ ANISOU19576 CA GLU J 57 13385 18930 15982 942 1594 1151 C \ ATOM 19577 C GLU J 57 -121.637 -62.802 -32.272 1.00105.59 C \ ANISOU19577 C GLU J 57 13712 19396 16064 1083 1607 1346 C \ ATOM 19578 O GLU J 57 -122.344 -63.099 -33.230 1.00105.13 O \ ANISOU19578 O GLU J 57 14731 19273 17435 880 1775 1646 O \ ATOM 19579 CB GLU J 57 -122.621 -61.006 -30.826 1.00111.45 C \ ANISOU19579 CB GLU J 57 14750 18820 17586 812 1783 1675 C \ ATOM 19580 CG GLU J 57 -122.136 -60.198 -29.638 1.00115.40 C \ ANISOU19580 CG GLU J 57 14986 18876 18061 650 1737 1455 C \ ATOM 19581 CD GLU J 57 -123.130 -60.199 -28.483 1.00120.44 C \ ANISOU19581 CD GLU J 57 14758 18303 17932 595 1707 1418 C \ ATOM 19582 OE1 GLU J 57 -122.895 -60.956 -27.522 1.00123.50 O \ ANISOU19582 OE1 GLU J 57 14826 18659 17681 803 1985 1976 O \ ATOM 19583 OE2 GLU J 57 -124.140 -59.461 -28.539 1.00122.88 O \ ANISOU19583 OE2 GLU J 57 14909 18264 17863 767 1989 2005 O \ ATOM 19584 N PRO J 58 -120.919 -63.713 -31.579 1.00104.66 N \ ANISOU19584 N PRO J 58 14634 17746 17788 621 1976 1851 N \ ATOM 19585 CA PRO J 58 -120.943 -65.136 -31.935 1.00103.50 C \ ANISOU19585 CA PRO J 58 15308 18551 18124 903 2007 2200 C \ ATOM 19586 C PRO J 58 -122.218 -65.800 -31.447 1.00103.74 C \ ANISOU19586 C PRO J 58 15190 19330 18365 576 1741 1315 C \ ATOM 19587 O PRO J 58 -122.536 -66.906 -31.888 1.00102.15 O \ ANISOU19587 O PRO J 58 15327 19379 18733 436 1684 1099 O \ ATOM 19588 CB PRO J 58 -119.712 -65.722 -31.216 1.00102.86 C \ ANISOU19588 CB PRO J 58 15430 19614 18814 493 1486 857 C \ ATOM 19589 CG PRO J 58 -118.940 -64.551 -30.691 1.00102.68 C \ ANISOU19589 CG PRO J 58 14644 18634 18131 449 1374 712 C \ ATOM 19590 CD PRO J 58 -119.945 -63.443 -30.509 1.00104.82 C \ ANISOU19590 CD PRO J 58 14733 18994 18279 331 1803 1086 C \ ATOM 19591 N PRO J 66 -110.932 -73.745 -26.123 1.00133.46 N \ ANISOU19591 N PRO J 66 14601 18616 18307 192 1978 1224 N \ ATOM 19592 CA PRO J 66 -112.270 -74.229 -26.470 1.00135.16 C \ ANISOU19592 CA PRO J 66 14202 17910 18102 68 1916 1078 C \ ATOM 19593 C PRO J 66 -112.219 -75.203 -27.669 1.00136.44 C \ ANISOU19593 C PRO J 66 13455 17264 17479 15 1794 852 C \ ATOM 19594 O PRO J 66 -113.035 -76.128 -27.760 1.00137.56 O \ ANISOU19594 O PRO J 66 14675 18020 18603 29 2003 1206 O \ ATOM 19595 CB PRO J 66 -113.057 -72.933 -26.778 1.00130.32 C \ ANISOU19595 CB PRO J 66 15591 20114 18840 592 1454 819 C \ ATOM 19596 CG PRO J 66 -112.025 -71.885 -26.975 1.00127.12 C \ ANISOU19596 CG PRO J 66 15274 19946 18505 652 1291 593 C \ ATOM 19597 CD PRO J 66 -110.824 -72.278 -26.178 1.00129.42 C \ ANISOU19597 CD PRO J 66 14815 19264 17959 720 1166 573 C \ ATOM 19598 N ASN J 67 -111.229 -75.014 -28.543 1.00135.39 N \ ANISOU19598 N ASN J 67 14360 18815 17543 742 1029 384 N \ ATOM 19599 CA ASN J 67 -111.022 -75.838 -29.752 1.00134.64 C \ ANISOU19599 CA ASN J 67 15604 20683 18698 741 1305 562 C \ ATOM 19600 C ASN J 67 -112.002 -75.620 -30.885 1.00136.66 C \ ANISOU19600 C ASN J 67 16265 21482 19399 775 1173 316 C \ ATOM 19601 O ASN J 67 -111.775 -76.131 -31.978 1.00134.21 O \ ANISOU19601 O ASN J 67 15078 19332 18116 758 1226 778 O \ ATOM 19602 CB ASN J 67 -111.056 -77.335 -29.466 1.00134.67 C \ ANISOU19602 CB ASN J 67 15114 19145 18070 823 1130 790 C \ ATOM 19603 CG ASN J 67 -110.516 -78.167 -30.634 1.00134.33 C \ ANISOU19603 CG ASN J 67 14695 18381 17817 724 1082 704 C \ ATOM 19604 OD1 ASN J 67 -111.152 -78.308 -31.685 1.00132.04 O \ ANISOU19604 OD1 ASN J 67 13587 17150 16700 754 953 597 O \ ATOM 19605 ND2 ASN J 67 -109.331 -78.727 -30.447 1.00136.82 N \ ANISOU19605 ND2 ASN J 67 15083 19044 17879 910 1227 1057 N \ ATOM 19606 N GLN J 68 -113.109 -74.920 -30.614 1.00139.19 N \ ANISOU19606 N GLN J 68 14725 18723 17354 1041 1120 1063 N \ ATOM 19607 CA GLN J 68 -114.090 -74.577 -31.643 1.00140.65 C \ ANISOU19607 CA GLN J 68 14444 18752 16985 1103 1037 939 C \ ATOM 19608 C GLN J 68 -113.734 -73.169 -32.108 1.00141.75 C \ ANISOU19608 C GLN J 68 14701 18431 17297 1079 1127 1183 C \ ATOM 19609 O GLN J 68 -113.632 -72.891 -33.319 1.00135.31 O \ ANISOU19609 O GLN J 68 14452 18010 17729 601 1188 744 O \ ATOM 19610 CB GLN J 68 -115.525 -74.634 -31.101 1.00136.88 C \ ANISOU19610 CB GLN J 68 13794 17068 17239 488 1157 653 C \ ATOM 19611 CG GLN J 68 -116.224 -75.973 -31.342 1.00135.61 C \ ANISOU19611 CG GLN J 68 12752 16139 16330 441 1023 413 C \ ATOM 19612 CD GLN J 68 -116.436 -76.250 -32.822 1.00132.16 C \ ANISOU19612 CD GLN J 68 11943 15155 15588 410 926 308 C \ ATOM 19613 OE1 GLN J 68 -116.996 -75.420 -33.538 1.00126.86 O \ ANISOU19613 OE1 GLN J 68 14120 17247 17703 359 1324 758 O \ ATOM 19614 NE2 GLN J 68 -115.977 -77.409 -33.293 1.00135.02 N \ ANISOU19614 NE2 GLN J 68 14267 17148 17782 383 1473 1002 N \ ATOM 19615 N SER J 69 -113.523 -72.301 -31.119 1.00143.56 N \ ANISOU19615 N SER J 69 14499 17339 18151 262 1667 1114 N \ ATOM 19616 CA SER J 69 -113.164 -70.905 -31.359 1.00141.40 C \ ANISOU19616 CA SER J 69 14013 16538 17549 373 1431 984 C \ ATOM 19617 C SER J 69 -111.848 -70.785 -32.122 1.00136.96 C \ ANISOU19617 C SER J 69 12366 16057 15986 445 1025 334 C \ ATOM 19618 O SER J 69 -111.564 -69.753 -32.737 1.00133.49 O \ ANISOU19618 O SER J 69 12135 15964 15892 423 913 125 O \ ATOM 19619 CB SER J 69 -113.093 -70.136 -30.042 1.00144.72 C \ ANISOU19619 CB SER J 69 11825 15668 15494 531 764 18 C \ ATOM 19620 OG SER J 69 -112.999 -68.744 -30.272 1.00150.41 O \ ANISOU19620 OG SER J 69 11614 15427 15393 518 657 -123 O \ ATOM 19621 N ASP J 70 -111.057 -71.851 -32.069 1.00138.25 N \ ANISOU19621 N ASP J 70 12252 16403 16093 403 974 72 N \ ATOM 19622 CA ASP J 70 -109.781 -71.943 -32.772 1.00137.73 C \ ANISOU19622 CA ASP J 70 12466 16608 16403 287 1134 187 C \ ATOM 19623 C ASP J 70 -110.002 -72.234 -34.255 1.00133.95 C \ ANISOU19623 C ASP J 70 11778 16057 15791 388 871 -127 C \ ATOM 19624 O ASP J 70 -109.250 -71.738 -35.110 1.00124.85 O \ ANISOU19624 O ASP J 70 12709 17177 16682 280 1227 186 O \ ATOM 19625 CB ASP J 70 -108.910 -73.032 -32.134 1.00136.88 C \ ANISOU19625 CB ASP J 70 12012 15914 15490 637 763 90 C \ ATOM 19626 CG ASP J 70 -107.445 -72.672 -32.102 1.00133.71 C \ ANISOU19626 CG ASP J 70 11979 15887 15372 730 636 -5 C \ ATOM 19627 OD1 ASP J 70 -107.131 -71.614 -31.527 1.00132.07 O \ ANISOU19627 OD1 ASP J 70 11709 15319 15096 726 557 0 O \ ATOM 19628 OD2 ASP J 70 -106.603 -73.447 -32.622 1.00132.73 O \ ANISOU19628 OD2 ASP J 70 10656 14236 14065 761 440 -122 O \ ATOM 19629 N LEU J 71 -111.040 -73.025 -34.546 1.00132.10 N \ ANISOU19629 N LEU J 71 12291 16382 15482 836 658 64 N \ ATOM 19630 CA LEU J 71 -111.377 -73.403 -35.920 1.00126.60 C \ ANISOU19630 CA LEU J 71 13424 17864 16608 870 673 -42 C \ ATOM 19631 C LEU J 71 -112.006 -72.253 -36.715 1.00119.02 C \ ANISOU19631 C LEU J 71 14198 18810 17235 973 606 -111 C \ ATOM 19632 O LEU J 71 -111.770 -72.114 -37.921 1.00112.35 O \ ANISOU19632 O LEU J 71 13385 17913 16465 995 497 -249 O \ ATOM 19633 CB LEU J 71 -112.300 -74.625 -35.929 1.00129.15 C \ ANISOU19633 CB LEU J 71 14729 19578 17610 1030 666 -30 C \ ATOM 19634 CG LEU J 71 -111.701 -75.991 -35.571 1.00129.48 C \ ANISOU19634 CG LEU J 71 12194 15581 15560 684 630 141 C \ ATOM 19635 CD1 LEU J 71 -112.793 -76.969 -35.149 1.00131.57 C \ ANISOU19635 CD1 LEU J 71 12206 15300 15582 664 575 142 C \ ATOM 19636 CD2 LEU J 71 -110.889 -76.550 -36.731 1.00126.60 C \ ANISOU19636 CD2 LEU J 71 12026 15052 15590 560 522 8 C \ ATOM 19637 N ILE J 72 -112.808 -71.440 -36.028 1.00116.88 N \ ANISOU19637 N ILE J 72 11628 14509 15211 559 428 -62 N \ ATOM 19638 CA ILE J 72 -113.460 -70.278 -36.638 1.00115.78 C \ ANISOU19638 CA ILE J 72 12888 15761 16204 651 692 329 C \ ATOM 19639 C ILE J 72 -112.452 -69.166 -36.951 1.00113.14 C \ ANISOU19639 C ILE J 72 14071 17018 17193 775 733 487 C \ ATOM 19640 O ILE J 72 -112.629 -68.429 -37.925 1.00111.69 O \ ANISOU19640 O ILE J 72 14963 17703 18046 777 874 702 O \ ATOM 19641 CB ILE J 72 -114.619 -69.742 -35.758 1.00117.78 C \ ANISOU19641 CB ILE J 72 15934 18376 19078 729 892 719 C \ ATOM 19642 CG1 ILE J 72 -115.604 -70.869 -35.419 1.00119.69 C \ ANISOU19642 CG1 ILE J 72 14826 17725 17808 837 980 872 C \ ATOM 19643 CG2 ILE J 72 -115.353 -68.603 -36.447 1.00114.82 C \ ANISOU19643 CG2 ILE J 72 12179 15339 15879 476 585 -22 C \ ATOM 19644 CD1 ILE J 72 -116.578 -70.555 -34.297 1.00122.57 C \ ANISOU19644 CD1 ILE J 72 11353 14526 15244 378 539 -148 C \ ATOM 19645 N GLU J 73 -111.402 -69.055 -36.133 1.00114.27 N \ ANISOU19645 N GLU J 73 11007 14349 14959 437 412 -294 N \ ATOM 19646 CA GLU J 73 -110.324 -68.094 -36.376 1.00113.80 C \ ANISOU19646 CA GLU J 73 10448 13737 14487 415 318 -382 C \ ATOM 19647 C GLU J 73 -109.499 -68.413 -37.607 1.00110.87 C \ ANISOU19647 C GLU J 73 10742 14030 14766 271 656 -127 C \ ATOM 19648 O GLU J 73 -109.019 -67.506 -38.288 1.00102.53 O \ ANISOU19648 O GLU J 73 10844 14396 14756 514 417 -317 O \ ATOM 19649 CB GLU J 73 -109.397 -67.962 -35.160 1.00116.21 C \ ANISOU19649 CB GLU J 73 10199 13894 14177 582 321 -451 C \ ATOM 19650 CG GLU J 73 -109.863 -66.985 -34.105 1.00126.06 C \ ANISOU19650 CG GLU J 73 9933 13491 13815 661 218 -479 C \ ATOM 19651 CD GLU J 73 -108.705 -66.177 -33.497 1.00132.24 C \ ANISOU19651 CD GLU J 73 9837 13429 13802 702 132 -581 C \ ATOM 19652 OE1 GLU J 73 -108.136 -65.322 -34.207 1.00125.71 O \ ANISOU19652 OE1 GLU J 73 10322 14275 14288 634 373 -486 O \ ATOM 19653 OE2 GLU J 73 -108.362 -66.390 -32.306 1.00136.64 O \ ANISOU19653 OE2 GLU J 73 9661 13066 13378 687 236 -379 O \ ATOM 19654 N GLN J 74 -109.339 -69.707 -37.879 1.00114.06 N \ ANISOU19654 N GLN J 74 9428 12687 13058 748 145 -395 N \ ATOM 19655 CA GLN J 74 -108.676 -70.180 -39.093 1.00113.41 C \ ANISOU19655 CA GLN J 74 8975 12045 12680 693 85 -415 C \ ATOM 19656 C GLN J 74 -109.579 -69.973 -40.314 1.00112.30 C \ ANISOU19656 C GLN J 74 8731 11767 12468 728 -10 -488 C \ ATOM 19657 O GLN J 74 -109.094 -69.766 -41.430 1.00108.83 O \ ANISOU19657 O GLN J 74 10007 13191 13447 801 186 -275 O \ ATOM 19658 CB GLN J 74 -108.288 -71.656 -38.951 1.00118.05 C \ ANISOU19658 CB GLN J 74 9705 12795 13054 874 94 -302 C \ ATOM 19659 CG GLN J 74 -107.245 -71.907 -37.865 1.00127.08 C \ ANISOU19659 CG GLN J 74 9704 12821 12872 948 128 -197 C \ ATOM 19660 CD GLN J 74 -106.978 -73.374 -37.609 1.00133.47 C \ ANISOU19660 CD GLN J 74 9654 12952 12757 970 206 -136 C \ ATOM 19661 OE1 GLN J 74 -106.753 -74.144 -38.544 1.00140.52 O \ ANISOU19661 OE1 GLN J 74 9371 12358 12464 991 75 -177 O \ ATOM 19662 NE2 GLN J 74 -106.976 -73.769 -36.334 1.00132.54 N \ ANISOU19662 NE2 GLN J 74 8993 11953 12732 602 149 -355 N \ ATOM 19663 N ALA J 75 -110.894 -70.037 -40.084 1.00114.22 N \ ANISOU19663 N ALA J 75 8957 11765 12767 531 104 -391 N \ ATOM 19664 CA ALA J 75 -111.896 -69.838 -41.133 1.00108.24 C \ ANISOU19664 CA ALA J 75 9197 12160 13175 502 31 -504 C \ ATOM 19665 C ALA J 75 -112.041 -68.355 -41.511 1.00106.11 C \ ANISOU19665 C ALA J 75 9064 11968 13081 490 -51 -554 C \ ATOM 19666 O ALA J 75 -112.121 -68.007 -42.697 1.00101.78 O \ ANISOU19666 O ALA J 75 8725 11393 12558 426 211 -322 O \ ATOM 19667 CB ALA J 75 -113.222 -70.411 -40.685 1.00104.07 C \ ANISOU19667 CB ALA J 75 8520 10999 12387 356 178 -361 C \ ATOM 19668 N ALA J 76 -112.074 -67.494 -40.490 1.00105.27 N \ ANISOU19668 N ALA J 76 8778 11070 12711 215 326 -309 N \ ATOM 19669 CA ALA J 76 -112.145 -66.047 -40.682 1.00100.73 C \ ANISOU19669 CA ALA J 76 9195 11261 12948 302 423 -131 C \ ATOM 19670 C ALA J 76 -110.850 -65.482 -41.236 1.00 98.01 C \ ANISOU19670 C ALA J 76 9505 12685 13583 498 66 -536 C \ ATOM 19671 O ALA J 76 -110.841 -64.403 -41.834 1.00 97.56 O \ ANISOU19671 O ALA J 76 9105 12466 13358 488 6 -628 O \ ATOM 19672 CB ALA J 76 -112.510 -65.353 -39.379 1.00102.35 C \ ANISOU19672 CB ALA J 76 9148 12547 13411 599 -90 -683 C \ ATOM 19673 N GLU J 77 -109.752 -66.211 -41.029 1.00 95.03 N \ ANISOU19673 N GLU J 77 8856 12276 13208 607 -172 -724 N \ ATOM 19674 CA GLU J 77 -108.483 -65.869 -41.659 1.00 92.58 C \ ANISOU19674 CA GLU J 77 8578 12162 12948 453 84 -644 C \ ATOM 19675 C GLU J 77 -108.527 -66.195 -43.148 1.00 88.70 C \ ANISOU19675 C GLU J 77 8615 12420 13191 441 38 -728 C \ ATOM 19676 O GLU J 77 -108.132 -65.376 -43.975 1.00 86.77 O \ ANISOU19676 O GLU J 77 8469 12253 13132 351 -13 -757 O \ ATOM 19677 CB GLU J 77 -107.319 -66.589 -40.976 1.00 96.45 C \ ANISOU19677 CB GLU J 77 9022 13045 13702 405 132 -737 C \ ATOM 19678 CG GLU J 77 -105.942 -66.100 -41.434 1.00 93.58 C \ ANISOU19678 CG GLU J 77 9303 12721 13481 683 -74 -684 C \ ATOM 19679 CD GLU J 77 -104.818 -66.564 -40.521 1.00 93.17 C \ ANISOU19679 CD GLU J 77 9281 12728 13493 780 -142 -749 C \ ATOM 19680 OE1 GLU J 77 -105.061 -66.787 -39.301 1.00 93.07 O \ ANISOU19680 OE1 GLU J 77 9253 12525 13415 806 -230 -739 O \ ATOM 19681 OE2 GLU J 77 -103.682 -66.660 -41.031 1.00 90.00 O \ ANISOU19681 OE2 GLU J 77 9341 12635 13597 860 -293 -780 O \ ATOM 19682 N MET J 78 -109.026 -67.386 -43.477 1.00 88.64 N \ ANISOU19682 N MET J 78 9247 12755 13368 845 -100 -773 N \ ATOM 19683 CA MET J 78 -109.141 -67.843 -44.870 1.00 88.14 C \ ANISOU19683 CA MET J 78 9230 12753 13407 932 -151 -859 C \ ATOM 19684 C MET J 78 -110.140 -66.995 -45.656 1.00 90.89 C \ ANISOU19684 C MET J 78 9092 12759 13450 971 -145 -941 C \ ATOM 19685 O MET J 78 -109.985 -66.805 -46.878 1.00 89.79 O \ ANISOU19685 O MET J 78 9440 12825 13506 974 -196 -859 O \ ATOM 19686 CB MET J 78 -109.541 -69.319 -44.932 1.00 86.00 C \ ANISOU19686 CB MET J 78 9347 12993 13779 1048 -175 -1018 C \ ATOM 19687 CG MET J 78 -109.319 -69.976 -46.289 1.00 83.98 C \ ANISOU19687 CG MET J 78 9310 12690 13446 1040 -229 -942 C \ ATOM 19688 SD MET J 78 -109.828 -71.721 -46.377 1.00 85.70 S \ ANISOU19688 SD MET J 78 9483 12980 13806 1076 -215 -1020 S \ ATOM 19689 CE MET J 78 -108.537 -72.582 -45.463 1.00 87.92 C \ ANISOU19689 CE MET J 78 9625 13090 14041 1140 -229 -1102 C \ ATOM 19690 N LEU J 79 -111.156 -66.488 -44.951 1.00 94.15 N \ ANISOU19690 N LEU J 79 9376 12475 13395 774 -224 -676 N \ ATOM 19691 CA LEU J 79 -112.171 -65.650 -45.571 1.00 91.93 C \ ANISOU19691 CA LEU J 79 9433 12369 13391 793 -298 -665 C \ ATOM 19692 C LEU J 79 -111.660 -64.247 -45.904 1.00 92.40 C \ ANISOU19692 C LEU J 79 9243 12194 13305 751 -357 -685 C \ ATOM 19693 O LEU J 79 -111.851 -63.766 -47.029 1.00 90.38 O \ ANISOU19693 O LEU J 79 9137 12067 13226 800 -432 -699 O \ ATOM 19694 CB LEU J 79 -113.423 -65.589 -44.702 1.00 88.67 C \ ANISOU19694 CB LEU J 79 9241 12251 13368 658 -320 -685 C \ ATOM 19695 CG LEU J 79 -114.630 -64.862 -45.287 1.00 90.08 C \ ANISOU19695 CG LEU J 79 9104 12181 13330 601 -375 -718 C \ ATOM 19696 CD1 LEU J 79 -115.029 -65.437 -46.651 1.00 89.10 C \ ANISOU19696 CD1 LEU J 79 8718 12017 13111 654 -429 -755 C \ ATOM 19697 CD2 LEU J 79 -115.778 -64.913 -44.283 1.00 94.14 C \ ANISOU19697 CD2 LEU J 79 8206 11592 12669 648 -500 -769 C \ ATOM 19698 N TYR J 80 -111.007 -63.603 -44.932 1.00 93.45 N \ ANISOU19698 N TYR J 80 8936 12017 13196 470 -309 -726 N \ ATOM 19699 CA TYR J 80 -110.532 -62.223 -45.090 1.00 93.44 C \ ANISOU19699 CA TYR J 80 8975 11809 13096 421 -249 -681 C \ ATOM 19700 C TYR J 80 -109.557 -62.059 -46.254 1.00 92.63 C \ ANISOU19700 C TYR J 80 9043 11870 13230 289 -152 -688 C \ ATOM 19701 O TYR J 80 -109.569 -61.036 -46.950 1.00 93.63 O \ ANISOU19701 O TYR J 80 9063 11756 13106 430 -319 -694 O \ ATOM 19702 CB TYR J 80 -109.914 -61.691 -43.787 1.00 93.09 C \ ANISOU19702 CB TYR J 80 8709 12115 13168 709 -391 -768 C \ ATOM 19703 CG TYR J 80 -109.408 -60.268 -43.895 1.00 93.15 C \ ANISOU19703 CG TYR J 80 8324 11903 12945 791 -429 -794 C \ ATOM 19704 CD1 TYR J 80 -110.284 -59.181 -43.819 1.00 92.91 C \ ANISOU19704 CD1 TYR J 80 8342 11798 12923 893 -482 -780 C \ ATOM 19705 CD2 TYR J 80 -108.041 -60.011 -44.085 1.00 94.15 C \ ANISOU19705 CD2 TYR J 80 8145 11664 12823 948 -544 -765 C \ ATOM 19706 CE1 TYR J 80 -109.819 -57.890 -43.948 1.00 95.07 C \ ANISOU19706 CE1 TYR J 80 7895 11618 12607 819 -357 -828 C \ ATOM 19707 CE2 TYR J 80 -107.563 -58.713 -44.206 1.00 93.29 C \ ANISOU19707 CE2 TYR J 80 7885 11710 12620 711 -284 -830 C \ ATOM 19708 CZ TYR J 80 -108.453 -57.658 -44.144 1.00 95.46 C \ ANISOU19708 CZ TYR J 80 7917 11819 12828 905 -387 -852 C \ ATOM 19709 OH TYR J 80 -107.982 -56.367 -44.255 1.00 96.74 O \ ANISOU19709 OH TYR J 80 8285 12204 13029 727 -194 -850 O \ ATOM 19710 N GLY J 81 -108.712 -63.061 -46.451 1.00 92.77 N \ ANISOU19710 N GLY J 81 8213 11509 12656 915 -453 -779 N \ ATOM 19711 CA GLY J 81 -107.742 -63.032 -47.529 1.00 92.63 C \ ANISOU19711 CA GLY J 81 7987 11154 12385 994 -488 -778 C \ ATOM 19712 C GLY J 81 -108.363 -63.070 -48.906 1.00 91.44 C \ ANISOU19712 C GLY J 81 7998 11075 12361 996 -563 -735 C \ ATOM 19713 O GLY J 81 -107.969 -62.312 -49.794 1.00 90.62 O \ ANISOU19713 O GLY J 81 7886 10949 12318 1070 -602 -721 O \ ATOM 19714 N LEU J 82 -109.347 -63.946 -49.069 1.00 91.75 N \ ANISOU19714 N LEU J 82 7746 10800 11987 995 -446 -788 N \ ATOM 19715 CA LEU J 82 -110.018 -64.123 -50.358 1.00 91.11 C \ ANISOU19715 CA LEU J 82 8069 11022 12283 1065 -470 -811 C \ ATOM 19716 C LEU J 82 -110.930 -62.946 -50.734 1.00 89.08 C \ ANISOU19716 C LEU J 82 8009 10812 12117 1067 -514 -775 C \ ATOM 19717 O LEU J 82 -111.257 -62.741 -51.912 1.00 85.45 O \ ANISOU19717 O LEU J 82 8246 11235 12544 1128 -445 -881 O \ ATOM 19718 CB LEU J 82 -110.776 -65.458 -50.398 1.00 89.88 C \ ANISOU19718 CB LEU J 82 7899 10650 12023 1124 -519 -813 C \ ATOM 19719 CG LEU J 82 -109.898 -66.709 -50.284 1.00 89.17 C \ ANISOU19719 CG LEU J 82 8029 10887 12273 1158 -475 -884 C \ ATOM 19720 CD1 LEU J 82 -110.744 -67.959 -50.090 1.00 89.86 C \ ANISOU19720 CD1 LEU J 82 8094 11109 12355 916 -573 -712 C \ ATOM 19721 CD2 LEU J 82 -108.965 -66.855 -51.491 1.00 89.29 C \ ANISOU19721 CD2 LEU J 82 8219 11174 12433 903 -640 -685 C \ ATOM 19722 N ILE J 83 -111.341 -62.184 -49.721 1.00 89.47 N \ ANISOU19722 N ILE J 83 8331 11472 12692 931 -699 -674 N \ ATOM 19723 CA ILE J 83 -112.010 -60.902 -49.942 1.00 87.31 C \ ANISOU19723 CA ILE J 83 8212 11338 12569 981 -756 -636 C \ ATOM 19724 C ILE J 83 -110.940 -59.883 -50.345 1.00 87.02 C \ ANISOU19724 C ILE J 83 8245 11121 12357 798 -620 -688 C \ ATOM 19725 O ILE J 83 -111.130 -59.133 -51.309 1.00 85.89 O \ ANISOU19725 O ILE J 83 8660 11998 13152 903 -681 -698 O \ ATOM 19726 CB ILE J 83 -112.750 -60.404 -48.690 1.00 84.54 C \ ANISOU19726 CB ILE J 83 8712 12282 13363 943 -733 -680 C \ ATOM 19727 CG1 ILE J 83 -113.669 -61.486 -48.128 1.00 84.79 C \ ANISOU19727 CG1 ILE J 83 8797 12392 13572 1075 -730 -648 C \ ATOM 19728 CG2 ILE J 83 -113.557 -59.171 -49.033 1.00 85.71 C \ ANISOU19728 CG2 ILE J 83 9001 12685 13859 1153 -783 -589 C \ ATOM 19729 CD1 ILE J 83 -114.029 -61.293 -46.665 1.00 88.22 C \ ANISOU19729 CD1 ILE J 83 8613 12403 13380 870 -706 -723 C \ ATOM 19730 N HIS J 84 -109.823 -59.892 -49.599 1.00 85.22 N \ ANISOU19730 N HIS J 84 8765 12567 13466 728 -703 -766 N \ ATOM 19731 CA HIS J 84 -108.668 -59.007 -49.812 1.00 82.98 C \ ANISOU19731 CA HIS J 84 8975 13035 13830 656 -678 -812 C \ ATOM 19732 C HIS J 84 -108.124 -59.092 -51.211 1.00 82.74 C \ ANISOU19732 C HIS J 84 9188 13268 14013 505 -664 -871 C \ ATOM 19733 O HIS J 84 -107.835 -58.065 -51.838 1.00 82.00 O \ ANISOU19733 O HIS J 84 8853 13156 13809 405 -640 -930 O \ ATOM 19734 CB HIS J 84 -107.579 -59.305 -48.775 1.00 80.36 C \ ANISOU19734 CB HIS J 84 8125 12669 13246 446 -633 -929 C \ ATOM 19735 CG HIS J 84 -106.404 -58.340 -48.803 1.00 82.57 C \ ANISOU19735 CG HIS J 84 9386 13670 14318 258 -617 -998 C \ ATOM 19736 ND1 HIS J 84 -105.286 -58.575 -49.515 1.00 81.43 N \ ANISOU19736 ND1 HIS J 84 8646 12169 13436 1101 -662 -686 N \ ATOM 19737 CD2 HIS J 84 -106.202 -57.113 -48.168 1.00 84.29 C \ ANISOU19737 CD2 HIS J 84 8819 12357 13753 1213 -634 -688 C \ ATOM 19738 CE1 HIS J 84 -104.410 -57.560 -49.344 1.00 80.46 C \ ANISOU19738 CE1 HIS J 84 8408 11782 13323 1291 -659 -643 C \ ATOM 19739 NE2 HIS J 84 -104.968 -56.666 -48.527 1.00 82.09 N \ ANISOU19739 NE2 HIS J 84 8333 11748 13407 1392 -658 -603 N \ ATOM 19740 N ALA J 85 -107.992 -60.320 -51.711 1.00 83.06 N \ ANISOU19740 N ALA J 85 9451 12957 14377 1204 -551 -765 N \ ATOM 19741 CA ALA J 85 -107.536 -60.582 -53.086 1.00 83.77 C \ ANISOU19741 CA ALA J 85 10136 13655 15224 1307 -504 -802 C \ ATOM 19742 C ALA J 85 -108.447 -59.933 -54.131 1.00 85.53 C \ ANISOU19742 C ALA J 85 9619 13328 14919 1368 -483 -804 C \ ATOM 19743 O ALA J 85 -107.973 -59.405 -55.139 1.00 84.54 O \ ANISOU19743 O ALA J 85 10388 13734 15431 1342 -472 -847 O \ ATOM 19744 CB ALA J 85 -107.449 -62.085 -53.326 1.00 83.49 C \ ANISOU19744 CB ALA J 85 9532 13231 14995 1465 -424 -847 C \ ATOM 19745 N ARG J 86 -109.758 -59.992 -53.880 1.00 88.99 N \ ANISOU19745 N ARG J 86 10274 13618 15482 1425 -415 -904 N \ ATOM 19746 CA ARG J 86 -110.757 -59.356 -54.733 1.00 90.43 C \ ANISOU19746 CA ARG J 86 9767 13273 15186 1488 -386 -904 C \ ATOM 19747 C ARG J 86 -110.773 -57.849 -54.518 1.00 91.49 C \ ANISOU19747 C ARG J 86 9723 13204 15322 1573 -314 -970 C \ ATOM 19748 O ARG J 86 -110.902 -57.074 -55.482 1.00 93.55 O \ ANISOU19748 O ARG J 86 8122 11314 12858 1248 -675 -642 O \ ATOM 19749 CB ARG J 86 -112.149 -59.908 -54.437 1.00 90.53 C \ ANISOU19749 CB ARG J 86 8125 11156 12836 1307 -689 -606 C \ ATOM 19750 CG ARG J 86 -112.376 -61.347 -54.853 1.00 91.59 C \ ANISOU19750 CG ARG J 86 7773 10849 12502 1345 -757 -509 C \ ATOM 19751 CD ARG J 86 -113.836 -61.719 -54.644 1.00 94.33 C \ ANISOU19751 CD ARG J 86 7711 10666 12430 1395 -766 -461 C \ ATOM 19752 NE ARG J 86 -114.130 -63.075 -55.095 1.00 95.99 N \ ANISOU19752 NE ARG J 86 7860 10701 12384 1259 -675 -644 N \ ATOM 19753 CZ ARG J 86 -115.335 -63.641 -55.081 1.00 94.27 C \ ANISOU19753 CZ ARG J 86 7910 10729 12268 1170 -707 -629 C \ ATOM 19754 NH1 ARG J 86 -116.396 -62.993 -54.660 1.00 89.59 N \ ANISOU19754 NH1 ARG J 86 7718 10547 12242 1253 -606 -732 N \ ATOM 19755 NH2 ARG J 86 -115.473 -64.875 -55.510 1.00 98.37 N \ ANISOU19755 NH2 ARG J 86 7506 10155 11690 1139 -695 -645 N \ ATOM 19756 N TYR J 87 -110.637 -57.451 -53.252 1.00 90.15 N \ ANISOU19756 N TYR J 87 7696 10970 12454 1316 -802 -483 N \ ATOM 19757 CA TYR J 87 -110.748 -56.059 -52.839 1.00 91.93 C \ ANISOU19757 CA TYR J 87 7732 11129 12513 1355 -871 -391 C \ ATOM 19758 C TYR J 87 -109.656 -55.177 -53.441 1.00 88.21 C \ ANISOU19758 C TYR J 87 8123 11698 13123 1474 -871 -315 C \ ATOM 19759 O TYR J 87 -109.922 -54.026 -53.800 1.00 88.14 O \ ANISOU19759 O TYR J 87 8094 11772 13135 1546 -917 -208 O \ ATOM 19760 CB TYR J 87 -110.732 -55.965 -51.310 1.00 96.82 C \ ANISOU19760 CB TYR J 87 7469 11018 12161 1252 -923 -419 C \ ATOM 19761 CG TYR J 87 -110.870 -54.561 -50.751 1.00102.69 C \ ANISOU19761 CG TYR J 87 7192 10578 11682 1145 -925 -473 C \ ATOM 19762 CD1 TYR J 87 -112.108 -53.905 -50.731 1.00 99.66 C \ ANISOU19762 CD1 TYR J 87 7159 10691 11622 1027 -941 -537 C \ ATOM 19763 CD2 TYR J 87 -109.757 -53.890 -50.225 1.00104.10 C \ ANISOU19763 CD2 TYR J 87 7276 10582 11668 1176 -969 -414 C \ ATOM 19764 CE1 TYR J 87 -112.231 -52.631 -50.211 1.00 99.38 C \ ANISOU19764 CE1 TYR J 87 8220 11842 13361 1503 -813 -363 C \ ATOM 19765 CE2 TYR J 87 -109.876 -52.615 -49.707 1.00103.63 C \ ANISOU19765 CE2 TYR J 87 8322 12083 13695 1630 -792 -297 C \ ATOM 19766 CZ TYR J 87 -111.111 -51.989 -49.698 1.00100.61 C \ ANISOU19766 CZ TYR J 87 8469 12011 13930 1733 -733 -258 C \ ATOM 19767 OH TYR J 87 -111.208 -50.722 -49.163 1.00100.67 O \ ANISOU19767 OH TYR J 87 8390 11697 13746 1690 -699 -322 O \ ATOM 19768 N ILE J 88 -108.448 -55.721 -53.561 1.00 85.00 N \ ANISOU19768 N ILE J 88 8095 11996 13599 1622 -742 -377 N \ ATOM 19769 CA ILE J 88 -107.295 -54.946 -54.056 1.00 84.53 C \ ANISOU19769 CA ILE J 88 7585 11293 13036 1579 -668 -486 C \ ATOM 19770 C ILE J 88 -107.279 -54.751 -55.585 1.00 81.92 C \ ANISOU19770 C ILE J 88 8202 12333 13656 1516 -788 -414 C \ ATOM 19771 O ILE J 88 -106.384 -54.095 -56.123 1.00 81.08 O \ ANISOU19771 O ILE J 88 8545 12174 14212 1868 -715 -153 O \ ATOM 19772 CB ILE J 88 -105.931 -55.491 -53.525 1.00 81.45 C \ ANISOU19772 CB ILE J 88 8772 12189 14575 1969 -638 -113 C \ ATOM 19773 CG1 ILE J 88 -105.744 -56.948 -53.924 1.00 81.35 C \ ANISOU19773 CG1 ILE J 88 8963 12197 14813 1940 -544 -267 C \ ATOM 19774 CG2 ILE J 88 -105.824 -55.316 -52.012 1.00 80.29 C \ ANISOU19774 CG2 ILE J 88 9372 12371 15243 1954 -486 -296 C \ ATOM 19775 CD1 ILE J 88 -104.409 -57.539 -53.512 1.00 77.25 C \ ANISOU19775 CD1 ILE J 88 9156 12716 15207 2131 -617 28 C \ ATOM 19776 N LEU J 89 -108.274 -55.318 -56.263 1.00 81.91 N \ ANISOU19776 N LEU J 89 9844 13591 15853 2183 -704 203 N \ ATOM 19777 CA LEU J 89 -108.445 -55.129 -57.712 1.00 82.58 C \ ANISOU19777 CA LEU J 89 10167 13938 15958 2088 -781 198 C \ ATOM 19778 C LEU J 89 -109.395 -53.963 -58.039 1.00 86.71 C \ ANISOU19778 C LEU J 89 10001 13896 16218 2340 -689 358 C \ ATOM 19779 O LEU J 89 -109.446 -53.482 -59.181 1.00 86.86 O \ ANISOU19779 O LEU J 89 8897 12261 14765 1895 -526 -372 O \ ATOM 19780 CB LEU J 89 -108.950 -56.417 -58.373 1.00 80.67 C \ ANISOU19780 CB LEU J 89 8924 12181 14826 1865 -438 -528 C \ ATOM 19781 CG LEU J 89 -108.053 -57.644 -58.411 1.00 77.52 C \ ANISOU19781 CG LEU J 89 8889 11992 14555 1745 -449 -624 C \ ATOM 19782 CD1 LEU J 89 -108.842 -58.912 -58.674 1.00 77.57 C \ ANISOU19782 CD1 LEU J 89 9149 12091 14826 1739 -385 -719 C \ ATOM 19783 CD2 LEU J 89 -107.031 -57.463 -59.488 1.00 77.72 C \ ANISOU19783 CD2 LEU J 89 9184 12660 15171 1855 -415 -595 C \ ATOM 19784 N THR J 90 -110.145 -53.519 -57.029 1.00 87.97 N \ ANISOU19784 N THR J 90 9464 12885 15526 1849 -314 -753 N \ ATOM 19785 CA THR J 90 -111.015 -52.349 -57.149 1.00 89.75 C \ ANISOU19785 CA THR J 90 9665 12980 15985 1972 -220 -766 C \ ATOM 19786 C THR J 90 -110.211 -51.054 -56.996 1.00 90.57 C \ ANISOU19786 C THR J 90 9404 12679 15776 1948 -121 -951 C \ ATOM 19787 O THR J 90 -109.110 -51.068 -56.434 1.00 89.05 O \ ANISOU19787 O THR J 90 9218 12316 15510 1893 -79 -1072 O \ ATOM 19788 CB THR J 90 -112.146 -52.366 -56.095 1.00 88.67 C \ ANISOU19788 CB THR J 90 8809 11733 14976 1859 -121 -1023 C \ ATOM 19789 OG1 THR J 90 -111.586 -52.370 -54.776 1.00 84.00 O \ ANISOU19789 OG1 THR J 90 9211 12330 15552 1871 7 -1250 O \ ATOM 19790 CG2 THR J 90 -113.032 -53.585 -56.277 1.00 89.99 C \ ANISOU19790 CG2 THR J 90 8614 11777 14077 1654 -524 -600 C \ ATOM 19791 N ASN J 91 -110.776 -49.948 -57.477 1.00 91.94 N \ ANISOU19791 N ASN J 91 8090 11120 13325 1553 -538 -662 N \ ATOM 19792 CA ASN J 91 -110.156 -48.629 -57.347 1.00 93.53 C \ ANISOU19792 CA ASN J 91 8064 10896 13239 1569 -549 -625 C \ ATOM 19793 C ASN J 91 -109.818 -48.247 -55.912 1.00 94.68 C \ ANISOU19793 C ASN J 91 8319 11018 13432 1538 -511 -711 C \ ATOM 19794 O ASN J 91 -108.826 -47.544 -55.657 1.00 97.35 O \ ANISOU19794 O ASN J 91 7869 10710 13063 1615 -599 -498 O \ ATOM 19795 CB ASN J 91 -111.047 -47.551 -57.968 1.00 97.59 C \ ANISOU19795 CB ASN J 91 8017 10686 13169 1635 -606 -441 C \ ATOM 19796 CG ASN J 91 -111.178 -47.693 -59.476 1.00103.41 C \ ANISOU19796 CG ASN J 91 8354 10861 13656 1682 -516 -500 C \ ATOM 19797 OD1 ASN J 91 -110.635 -48.635 -60.080 1.00105.44 O \ ANISOU19797 OD1 ASN J 91 8532 10884 13756 1642 -499 -550 O \ ATOM 19798 ND2 ASN J 91 -111.907 -46.764 -60.096 1.00105.58 N \ ANISOU19798 ND2 ASN J 91 7882 10631 13071 1701 -661 -279 N \ ATOM 19799 N ARG J 92 -110.645 -48.710 -54.978 1.00 94.55 N \ ANISOU19799 N ARG J 92 7964 10860 12977 1627 -749 -255 N \ ATOM 19800 CA ARG J 92 -110.464 -48.421 -53.555 1.00 94.57 C \ ANISOU19800 CA ARG J 92 7666 10236 12844 1733 -646 -210 C \ ATOM 19801 C ARG J 92 -109.281 -49.193 -52.973 1.00 93.27 C \ ANISOU19801 C ARG J 92 7981 11082 13051 1689 -809 -123 C \ ATOM 19802 O ARG J 92 -108.479 -48.629 -52.228 1.00 94.92 O \ ANISOU19802 O ARG J 92 8526 11078 14057 1765 -454 -505 O \ ATOM 19803 CB ARG J 92 -111.752 -48.729 -52.792 1.00 97.42 C \ ANISOU19803 CB ARG J 92 8807 11202 14524 1810 -350 -580 C \ ATOM 19804 CG ARG J 92 -111.773 -48.243 -51.350 1.00 99.69 C \ ANISOU19804 CG ARG J 92 8900 11249 14543 1724 -305 -776 C \ ATOM 19805 CD ARG J 92 -111.818 -46.726 -51.215 1.00101.67 C \ ANISOU19805 CD ARG J 92 9042 11240 14750 1712 -240 -864 C \ ATOM 19806 NE ARG J 92 -111.747 -46.328 -49.805 1.00 99.64 N \ ANISOU19806 NE ARG J 92 8865 11329 14850 1923 -287 -543 N \ ATOM 19807 CZ ARG J 92 -110.617 -46.089 -49.140 1.00 97.50 C \ ANISOU19807 CZ ARG J 92 8752 11247 14263 1662 -336 -842 C \ ATOM 19808 NH1 ARG J 92 -109.439 -46.185 -49.746 1.00 93.48 N \ ANISOU19808 NH1 ARG J 92 9016 11523 14425 1587 -302 -1006 N \ ATOM 19809 NH2 ARG J 92 -110.660 -45.742 -47.868 1.00 97.63 N \ ANISOU19809 NH2 ARG J 92 9571 11985 14768 1515 -346 -1015 N \ ATOM 19810 N GLY J 93 -109.177 -50.475 -53.331 1.00 90.72 N \ ANISOU19810 N GLY J 93 10208 12576 15384 1478 -305 -1140 N \ ATOM 19811 CA GLY J 93 -108.075 -51.333 -52.891 1.00 85.63 C \ ANISOU19811 CA GLY J 93 8729 11424 14056 1548 -315 -1042 C \ ATOM 19812 C GLY J 93 -106.739 -50.905 -53.473 1.00 84.75 C \ ANISOU19812 C GLY J 93 9373 12180 14908 1605 -245 -1104 C \ ATOM 19813 O GLY J 93 -105.766 -50.740 -52.737 1.00 86.25 O \ ANISOU19813 O GLY J 93 9728 12724 15176 1553 -242 -1157 O \ ATOM 19814 N ILE J 94 -106.697 -50.722 -54.796 1.00 83.28 N \ ANISOU19814 N ILE J 94 9385 12522 14898 1573 -259 -1094 N \ ATOM 19815 CA ILE J 94 -105.494 -50.267 -55.500 1.00 83.89 C \ ANISOU19815 CA ILE J 94 10149 13171 15457 1489 -216 -1269 C \ ATOM 19816 C ILE J 94 -104.918 -49.001 -54.876 1.00 86.52 C \ ANISOU19816 C ILE J 94 9245 11656 14291 1494 -428 -892 C \ ATOM 19817 O ILE J 94 -103.698 -48.907 -54.665 1.00 87.31 O \ ANISOU19817 O ILE J 94 8875 11201 13726 1437 -471 -882 O \ ATOM 19818 CB ILE J 94 -105.750 -50.051 -57.014 1.00 83.13 C \ ANISOU19818 CB ILE J 94 9286 11458 14216 1463 -450 -863 C \ ATOM 19819 CG1 ILE J 94 -106.036 -51.392 -57.690 1.00 83.70 C \ ANISOU19819 CG1 ILE J 94 9763 11868 14590 1418 -453 -913 C \ ATOM 19820 CG2 ILE J 94 -104.546 -49.394 -57.689 1.00 80.92 C \ ANISOU19820 CG2 ILE J 94 8362 10727 13051 1408 -551 -772 C \ ATOM 19821 CD1 ILE J 94 -106.783 -51.284 -58.992 1.00 84.52 C \ ANISOU19821 CD1 ILE J 94 8376 10881 12996 1367 -562 -788 C \ ATOM 19822 N ALA J 95 -105.800 -48.043 -54.573 1.00 88.60 N \ ANISOU19822 N ALA J 95 8453 10990 12914 1303 -527 -896 N \ ATOM 19823 CA ALA J 95 -105.394 -46.771 -53.976 1.00 90.89 C \ ANISOU19823 CA ALA J 95 8199 10644 12428 1252 -587 -820 C \ ATOM 19824 C ALA J 95 -104.800 -46.948 -52.573 1.00 91.31 C \ ANISOU19824 C ALA J 95 9375 11498 14495 1538 -423 -783 C \ ATOM 19825 O ALA J 95 -103.889 -46.194 -52.179 1.00 92.20 O \ ANISOU19825 O ALA J 95 9480 11444 14722 1569 -378 -752 O \ ATOM 19826 CB ALA J 95 -106.565 -45.808 -53.952 1.00 92.24 C \ ANISOU19826 CB ALA J 95 10033 11922 15390 1540 -287 -928 C \ ATOM 19827 N GLN J 96 -105.309 -47.942 -51.836 1.00 90.18 N \ ANISOU19827 N GLN J 96 9523 11297 14893 1509 -261 -963 N \ ATOM 19828 CA GLN J 96 -104.802 -48.263 -50.505 1.00 92.02 C \ ANISOU19828 CA GLN J 96 9283 11231 14726 1674 -353 -610 C \ ATOM 19829 C GLN J 96 -103.416 -48.904 -50.578 1.00 95.60 C \ ANISOU19829 C GLN J 96 9173 10961 14751 1727 -306 -507 C \ ATOM 19830 O GLN J 96 -102.525 -48.585 -49.778 1.00100.46 O \ ANISOU19830 O GLN J 96 8741 10516 14129 1700 -383 -390 O \ ATOM 19831 CB GLN J 96 -105.760 -49.188 -49.757 1.00 90.04 C \ ANISOU19831 CB GLN J 96 8731 10531 14546 1851 -259 -377 C \ ATOM 19832 CG GLN J 96 -106.947 -48.484 -49.151 1.00 95.97 C \ ANISOU19832 CG GLN J 96 11034 13011 16479 1543 -239 -1049 C \ ATOM 19833 CD GLN J 96 -107.761 -49.376 -48.242 1.00 99.04 C \ ANISOU19833 CD GLN J 96 11536 13498 17081 1505 -152 -1254 C \ ATOM 19834 OE1 GLN J 96 -108.917 -49.686 -48.526 1.00 96.87 O \ ANISOU19834 OE1 GLN J 96 11124 13145 16453 1413 -191 -1354 O \ ATOM 19835 NE2 GLN J 96 -107.169 -49.774 -47.130 1.00102.06 N \ ANISOU19835 NE2 GLN J 96 11102 13074 16491 1370 -142 -1481 N \ ATOM 19836 N MET J 97 -103.246 -49.821 -51.534 1.00 92.62 N \ ANISOU19836 N MET J 97 11836 13926 17483 1529 -102 -1355 N \ ATOM 19837 CA MET J 97 -101.974 -50.500 -51.743 1.00 88.97 C \ ANISOU19837 CA MET J 97 13021 15170 18726 1478 -22 -1594 C \ ATOM 19838 C MET J 97 -100.944 -49.560 -52.362 1.00 92.02 C \ ANISOU19838 C MET J 97 13926 15915 19912 1498 94 -1701 C \ ATOM 19839 O MET J 97 -99.739 -49.719 -52.143 1.00 95.34 O \ ANISOU19839 O MET J 97 14768 16586 20913 1563 122 -1567 O \ ATOM 19840 CB MET J 97 -102.170 -51.734 -52.612 1.00 84.59 C \ ANISOU19840 CB MET J 97 14166 16207 20223 1448 169 -1923 C \ ATOM 19841 CG MET J 97 -103.157 -52.751 -52.049 1.00 84.89 C \ ANISOU19841 CG MET J 97 10277 12413 15373 1386 -273 -1296 C \ ATOM 19842 SD MET J 97 -102.610 -53.522 -50.496 1.00 85.16 S \ ANISOU19842 SD MET J 97 9622 11833 14507 1320 -312 -1356 S \ ATOM 19843 CE MET J 97 -101.584 -54.859 -51.141 1.00 82.30 C \ ANISOU19843 CE MET J 97 9800 11895 14611 1302 -350 -1285 C \ ATOM 19844 N LEU J 98 -101.429 -48.582 -53.129 1.00 93.09 N \ ANISOU19844 N LEU J 98 10321 12454 15052 1255 -352 -1371 N \ ATOM 19845 CA LEU J 98 -100.585 -47.535 -53.702 1.00 93.82 C \ ANISOU19845 CA LEU J 98 9018 11356 13700 1305 -369 -1294 C \ ATOM 19846 C LEU J 98 -99.955 -46.677 -52.596 1.00 98.29 C \ ANISOU19846 C LEU J 98 8908 11393 13636 1311 -328 -1372 C \ ATOM 19847 O LEU J 98 -98.809 -46.249 -52.711 1.00 94.00 O \ ANISOU19847 O LEU J 98 8410 10992 12974 1297 -373 -1281 O \ ATOM 19848 CB LEU J 98 -101.425 -46.661 -54.648 1.00 92.75 C \ ANISOU19848 CB LEU J 98 8285 10937 12621 1253 -400 -1286 C \ ATOM 19849 CG LEU J 98 -100.761 -45.634 -55.563 1.00 91.82 C \ ANISOU19849 CG LEU J 98 8264 11075 12583 1235 -350 -1438 C \ ATOM 19850 CD1 LEU J 98 -99.941 -46.318 -56.661 1.00 87.87 C \ ANISOU19850 CD1 LEU J 98 9817 11802 14658 1343 -380 -1128 C \ ATOM 19851 CD2 LEU J 98 -101.816 -44.690 -56.155 1.00 88.98 C \ ANISOU19851 CD2 LEU J 98 9572 11448 14359 1334 -410 -1042 C \ ATOM 19852 N GLU J 99 -100.730 -46.445 -51.530 1.00106.66 N \ ANISOU19852 N GLU J 99 9937 11701 14912 1324 -332 -1120 N \ ATOM 19853 CA GLU J 99 -100.273 -45.721 -50.332 1.00110.85 C \ ANISOU19853 CA GLU J 99 9369 11086 14294 1288 -340 -1124 C \ ATOM 19854 C GLU J 99 -99.111 -46.477 -49.659 1.00107.18 C \ ANISOU19854 C GLU J 99 9261 11092 14040 1385 -455 -859 C \ ATOM 19855 O GLU J 99 -98.135 -45.858 -49.239 1.00107.03 O \ ANISOU19855 O GLU J 99 8564 10292 13312 1390 -476 -751 O \ ATOM 19856 CB GLU J 99 -101.453 -45.527 -49.357 1.00113.82 C \ ANISOU19856 CB GLU J 99 8339 10081 12880 1353 -538 -719 C \ ATOM 19857 CG GLU J 99 -101.110 -45.017 -47.957 1.00123.48 C \ ANISOU19857 CG GLU J 99 8472 10091 13406 1441 -425 -670 C \ ATOM 19858 CD GLU J 99 -100.805 -43.529 -47.908 1.00130.95 C \ ANISOU19858 CD GLU J 99 8688 10354 13197 1358 -553 -625 C \ ATOM 19859 OE1 GLU J 99 -100.888 -42.853 -48.952 1.00137.56 O \ ANISOU19859 OE1 GLU J 99 8323 9867 13224 1449 -439 -556 O \ ATOM 19860 OE2 GLU J 99 -100.495 -43.013 -46.811 1.00133.17 O \ ANISOU19860 OE2 GLU J 99 8767 10343 13450 1404 -505 -540 O \ ATOM 19861 N LYS J 100 -99.235 -47.805 -49.563 1.00100.18 N \ ANISOU19861 N LYS J 100 9213 10729 13858 1409 -514 -437 N \ ATOM 19862 CA LYS J 100 -98.214 -48.649 -48.949 1.00 94.65 C \ ANISOU19862 CA LYS J 100 10653 12374 15858 1354 -248 -1187 C \ ATOM 19863 C LYS J 100 -96.979 -48.769 -49.837 1.00 95.56 C \ ANISOU19863 C LYS J 100 10865 12464 16292 1336 -148 -1288 C \ ATOM 19864 O LYS J 100 -95.858 -48.889 -49.338 1.00 99.56 O \ ANISOU19864 O LYS J 100 10488 12181 15877 1248 -126 -1501 O \ ATOM 19865 CB LYS J 100 -98.777 -50.033 -48.632 1.00 89.68 C \ ANISOU19865 CB LYS J 100 10343 11957 15851 1202 -68 -1584 C \ ATOM 19866 CG LYS J 100 -99.898 -50.037 -47.606 1.00 89.32 C \ ANISOU19866 CG LYS J 100 11323 12856 17014 1395 -53 -1322 C \ ATOM 19867 CD LYS J 100 -100.606 -51.377 -47.499 1.00 85.22 C \ ANISOU19867 CD LYS J 100 11658 13084 17467 1495 -47 -1106 C \ ATOM 19868 CE LYS J 100 -99.733 -52.437 -46.842 1.00 83.81 C \ ANISOU19868 CE LYS J 100 11464 12679 17495 1518 47 -1050 C \ ATOM 19869 NZ LYS J 100 -99.394 -52.125 -45.429 1.00 84.02 N \ ANISOU19869 NZ LYS J 100 11310 12424 17535 1478 156 -1208 N \ ATOM 19870 N TYR J 101 -97.198 -48.736 -51.153 1.00 95.48 N \ ANISOU19870 N TYR J 101 11291 12447 17302 1581 14 -826 N \ ATOM 19871 CA TYR J 101 -96.126 -48.774 -52.163 1.00 93.12 C \ ANISOU19871 CA TYR J 101 10574 12456 15802 1225 -169 -1584 C \ ATOM 19872 C TYR J 101 -95.311 -47.482 -52.159 1.00 96.20 C \ ANISOU19872 C TYR J 101 11375 13419 16538 1152 -160 -1779 C \ ATOM 19873 O TYR J 101 -94.120 -47.492 -52.465 1.00 91.46 O \ ANISOU19873 O TYR J 101 11357 13502 16263 1124 -251 -1720 O \ ATOM 19874 CB TYR J 101 -96.750 -49.008 -53.535 1.00 90.52 C \ ANISOU19874 CB TYR J 101 11767 14053 16623 1069 -250 -1854 C \ ATOM 19875 CG TYR J 101 -95.822 -48.902 -54.736 1.00 84.67 C \ ANISOU19875 CG TYR J 101 11772 13991 16936 1149 -131 -1918 C \ ATOM 19876 CD1 TYR J 101 -94.996 -49.942 -55.081 1.00 82.38 C \ ANISOU19876 CD1 TYR J 101 12491 14628 17939 1166 -19 -2038 C \ ATOM 19877 CD2 TYR J 101 -95.831 -47.766 -55.551 1.00 84.14 C \ ANISOU19877 CD2 TYR J 101 13105 15436 18551 1164 13 -2185 C \ ATOM 19878 CE1 TYR J 101 -94.171 -49.867 -56.187 1.00 84.85 C \ ANISOU19878 CE1 TYR J 101 13282 15808 18507 1155 -49 -2172 C \ ATOM 19879 CE2 TYR J 101 -95.042 -47.679 -56.676 1.00 82.68 C \ ANISOU19879 CE2 TYR J 101 13490 15766 19190 1175 121 -2325 C \ ATOM 19880 CZ TYR J 101 -94.213 -48.736 -56.998 1.00 85.70 C \ ANISOU19880 CZ TYR J 101 11272 13359 16029 1164 -324 -1525 C \ ATOM 19881 OH TYR J 101 -93.377 -48.661 -58.102 1.00 88.96 O \ ANISOU19881 OH TYR J 101 11302 13455 15826 1152 -402 -1450 O \ ATOM 19882 N GLN J 102 -95.973 -46.376 -51.807 1.00102.35 N \ ANISOU19882 N GLN J 102 11198 13551 15543 1146 -433 -1493 N \ ATOM 19883 CA GLN J 102 -95.328 -45.073 -51.664 1.00104.28 C \ ANISOU19883 CA GLN J 102 11304 13789 15517 1125 -462 -1529 C \ ATOM 19884 C GLN J 102 -94.340 -45.047 -50.519 1.00101.45 C \ ANISOU19884 C GLN J 102 10577 12969 14925 1170 -424 -1478 C \ ATOM 19885 O GLN J 102 -93.376 -44.294 -50.549 1.00100.41 O \ ANISOU19885 O GLN J 102 10075 12649 14263 1170 -441 -1490 O \ ATOM 19886 CB GLN J 102 -96.384 -43.976 -51.446 1.00108.42 C \ ANISOU19886 CB GLN J 102 9172 11717 13152 1186 -505 -1326 C \ ATOM 19887 CG GLN J 102 -97.157 -43.569 -52.695 1.00111.10 C \ ANISOU19887 CG GLN J 102 8543 11223 12371 1189 -515 -1310 C \ ATOM 19888 CD GLN J 102 -96.548 -42.367 -53.420 1.00109.59 C \ ANISOU19888 CD GLN J 102 11002 13617 15278 1188 -401 -1518 C \ ATOM 19889 OE1 GLN J 102 -96.070 -41.404 -52.807 1.00108.62 O \ ANISOU19889 OE1 GLN J 102 11828 14455 16329 1178 -323 -1688 O \ ATOM 19890 NE2 GLN J 102 -96.592 -42.412 -54.735 1.00108.02 N \ ANISOU19890 NE2 GLN J 102 12348 15008 16914 1141 -294 -1824 N \ ATOM 19891 N GLN J 103 -94.600 -45.874 -49.513 1.00102.21 N \ ANISOU19891 N GLN J 103 11470 14079 16095 1207 -285 -1693 N \ ATOM 19892 CA GLN J 103 -93.747 -45.969 -48.334 1.00108.78 C \ ANISOU19892 CA GLN J 103 8646 11019 12629 1199 -538 -1206 C \ ATOM 19893 C GLN J 103 -92.778 -47.147 -48.396 1.00108.23 C \ ANISOU19893 C GLN J 103 8496 10816 12308 1209 -588 -1069 C \ ATOM 19894 O GLN J 103 -91.795 -47.185 -47.647 1.00111.71 O \ ANISOU19894 O GLN J 103 8618 10938 12325 1206 -615 -1053 O \ ATOM 19895 CB GLN J 103 -94.587 -46.006 -47.055 1.00112.38 C \ ANISOU19895 CB GLN J 103 8644 10929 12206 1217 -646 -956 C \ ATOM 19896 CG GLN J 103 -95.320 -44.698 -46.769 1.00118.59 C \ ANISOU19896 CG GLN J 103 8373 10551 12233 1222 -612 -960 C \ ATOM 19897 CD GLN J 103 -96.158 -44.742 -45.498 1.00123.94 C \ ANISOU19897 CD GLN J 103 8153 10350 12140 1234 -589 -965 C \ ATOM 19898 OE1 GLN J 103 -96.304 -45.789 -44.863 1.00125.27 O \ ANISOU19898 OE1 GLN J 103 8117 10413 12053 1226 -578 -969 O \ ATOM 19899 NE2 GLN J 103 -96.709 -43.593 -45.117 1.00127.51 N \ ANISOU19899 NE2 GLN J 103 7870 9993 12035 1260 -572 -954 N \ ATOM 19900 N GLY J 104 -93.038 -48.089 -49.301 1.00107.01 N \ ANISOU19900 N GLY J 104 8080 10416 12145 1240 -555 -978 N \ ATOM 19901 CA GLY J 104 -92.206 -49.285 -49.470 1.00106.81 C \ ANISOU19901 CA GLY J 104 7907 10064 12201 1286 -550 -951 C \ ATOM 19902 C GLY J 104 -92.384 -50.282 -48.331 1.00106.05 C \ ANISOU19902 C GLY J 104 8094 10364 12339 1273 -544 -970 C \ ATOM 19903 O GLY J 104 -91.412 -50.850 -47.811 1.00106.89 O \ ANISOU19903 O GLY J 104 8888 11248 12683 1188 -596 -1156 O \ ATOM 19904 N ASP J 105 -93.639 -50.494 -47.945 1.00101.26 N \ ANISOU19904 N ASP J 105 8893 11286 12616 1183 -618 -1157 N \ ATOM 19905 CA ASP J 105 -94.001 -51.454 -46.904 1.00 97.35 C \ ANISOU19905 CA ASP J 105 9270 11508 13086 1174 -619 -1121 C \ ATOM 19906 C ASP J 105 -93.873 -52.898 -47.398 1.00 89.60 C \ ANISOU19906 C ASP J 105 9655 11769 13609 1176 -597 -1101 C \ ATOM 19907 O ASP J 105 -93.854 -53.825 -46.594 1.00 84.59 O \ ANISOU19907 O ASP J 105 9238 11495 12982 1172 -642 -1101 O \ ATOM 19908 CB ASP J 105 -95.445 -51.203 -46.433 1.00105.01 C \ ANISOU19908 CB ASP J 105 9119 11255 12940 1161 -637 -1064 C \ ATOM 19909 CG ASP J 105 -95.668 -49.783 -45.934 1.00112.15 C \ ANISOU19909 CG ASP J 105 8949 11040 12614 1187 -680 -948 C \ ATOM 19910 OD1 ASP J 105 -94.671 -49.085 -45.584 1.00116.52 O \ ANISOU19910 OD1 ASP J 105 8488 10660 12003 1212 -706 -921 O \ ATOM 19911 OD2 ASP J 105 -96.855 -49.375 -45.888 1.00109.61 O \ ANISOU19911 OD2 ASP J 105 9266 11487 13221 1114 -598 -1204 O \ ATOM 19912 N PHE J 106 -93.802 -53.069 -48.722 1.00 85.00 N \ ANISOU19912 N PHE J 106 9414 11672 13539 1083 -541 -1345 N \ ATOM 19913 CA PHE J 106 -93.675 -54.381 -49.341 1.00 83.22 C \ ANISOU19913 CA PHE J 106 9337 11807 13436 1064 -535 -1482 C \ ATOM 19914 C PHE J 106 -92.222 -54.787 -49.536 1.00 83.91 C \ ANISOU19914 C PHE J 106 9669 11761 13984 1079 -489 -1337 C \ ATOM 19915 O PHE J 106 -91.935 -55.925 -49.888 1.00 83.65 O \ ANISOU19915 O PHE J 106 9530 12041 13786 1034 -476 -1629 O \ ATOM 19916 CB PHE J 106 -94.408 -54.422 -50.686 1.00 82.01 C \ ANISOU19916 CB PHE J 106 9676 11784 14162 1057 -425 -1471 C \ ATOM 19917 CG PHE J 106 -95.836 -53.954 -50.626 1.00 80.65 C \ ANISOU19917 CG PHE J 106 9555 11872 14012 1029 -418 -1628 C \ ATOM 19918 CD1 PHE J 106 -96.783 -54.632 -49.849 1.00 80.50 C \ ANISOU19918 CD1 PHE J 106 9187 11533 13817 1004 -348 -1784 C \ ATOM 19919 CD2 PHE J 106 -96.239 -52.840 -51.352 1.00 78.69 C \ ANISOU19919 CD2 PHE J 106 8441 10407 12148 1186 -680 -877 C \ ATOM 19920 CE1 PHE J 106 -98.094 -54.188 -49.791 1.00 80.65 C \ ANISOU19920 CE1 PHE J 106 7873 9790 11443 1209 -714 -777 C \ ATOM 19921 CE2 PHE J 106 -97.543 -52.399 -51.314 1.00 79.41 C \ ANISOU19921 CE2 PHE J 106 8161 10183 11676 1210 -719 -812 C \ ATOM 19922 CZ PHE J 106 -98.470 -53.068 -50.532 1.00 81.06 C \ ANISOU19922 CZ PHE J 106 8510 10589 12138 1177 -693 -888 C \ ATOM 19923 N GLY J 107 -91.309 -53.850 -49.303 1.00 86.38 N \ ANISOU19923 N GLY J 107 7576 9368 11202 1210 -709 -691 N \ ATOM 19924 CA GLY J 107 -89.877 -54.096 -49.455 1.00 86.32 C \ ANISOU19924 CA GLY J 107 6753 8494 10204 1236 -748 -583 C \ ATOM 19925 C GLY J 107 -89.309 -53.453 -50.713 1.00 89.13 C \ ANISOU19925 C GLY J 107 8314 10364 11670 1248 -746 -757 C \ ATOM 19926 O GLY J 107 -89.985 -52.649 -51.385 1.00 92.21 O \ ANISOU19926 O GLY J 107 8269 10439 11564 1270 -753 -771 O \ ATOM 19927 N TYR J 108 -88.064 -53.806 -51.029 1.00 88.74 N \ ANISOU19927 N TYR J 108 8506 10631 11830 1261 -749 -743 N \ ATOM 19928 CA TYR J 108 -87.356 -53.241 -52.179 1.00 87.68 C \ ANISOU19928 CA TYR J 108 8252 10507 11590 1262 -747 -784 C \ ATOM 19929 C TYR J 108 -86.681 -54.340 -53.024 1.00 85.81 C \ ANISOU19929 C TYR J 108 8390 10544 11524 1325 -768 -690 C \ ATOM 19930 O TYR J 108 -86.410 -55.450 -52.530 1.00 81.99 O \ ANISOU19930 O TYR J 108 8672 10658 11782 1316 -771 -630 O \ ATOM 19931 CB TYR J 108 -86.337 -52.195 -51.701 1.00 89.42 C \ ANISOU19931 CB TYR J 108 8604 10581 11845 1274 -761 -684 C \ ATOM 19932 CG TYR J 108 -86.959 -51.094 -50.859 1.00 91.14 C \ ANISOU19932 CG TYR J 108 8916 10889 12248 1254 -747 -672 C \ ATOM 19933 CD1 TYR J 108 -86.907 -51.139 -49.470 1.00 91.01 C \ ANISOU19933 CD1 TYR J 108 9610 11546 12965 1246 -736 -634 C \ ATOM 19934 CD2 TYR J 108 -87.625 -50.016 -51.458 1.00 93.21 C \ ANISOU19934 CD2 TYR J 108 10513 12505 14037 1197 -699 -705 C \ ATOM 19935 CE1 TYR J 108 -87.504 -50.152 -48.703 1.00 93.06 C \ ANISOU19935 CE1 TYR J 108 10580 12541 14239 1163 -671 -753 C \ ATOM 19936 CE2 TYR J 108 -88.224 -49.022 -50.700 1.00 93.76 C \ ANISOU19936 CE2 TYR J 108 9086 10888 12417 1250 -741 -543 C \ ATOM 19937 CZ TYR J 108 -88.156 -49.094 -49.320 1.00 93.27 C \ ANISOU19937 CZ TYR J 108 8846 10608 12018 1283 -762 -484 C \ ATOM 19938 OH TYR J 108 -88.728 -48.112 -48.547 1.00 90.90 O \ ANISOU19938 OH TYR J 108 8783 10475 11937 1278 -766 -411 O \ ATOM 19939 N CYS J 109 -86.408 -54.021 -54.289 1.00 81.58 N \ ANISOU19939 N CYS J 109 8529 10241 11735 1269 -741 -381 N \ ATOM 19940 CA CYS J 109 -85.843 -54.998 -55.229 1.00 76.61 C \ ANISOU19940 CA CYS J 109 8396 10084 11719 1250 -717 -338 C \ ATOM 19941 C CYS J 109 -84.381 -55.338 -54.931 1.00 79.01 C \ ANISOU19941 C CYS J 109 8520 10171 11930 1246 -716 -327 C \ ATOM 19942 O CYS J 109 -83.548 -54.435 -54.771 1.00 82.22 O \ ANISOU19942 O CYS J 109 8147 9851 11513 1241 -685 -298 O \ ATOM 19943 CB CYS J 109 -85.982 -54.508 -56.663 1.00 74.08 C \ ANISOU19943 CB CYS J 109 10640 12714 14169 1192 -690 -719 C \ ATOM 19944 SG CYS J 109 -85.655 -55.790 -57.869 1.00 66.99 S \ ANISOU19944 SG CYS J 109 10598 12743 14298 1132 -646 -800 S \ ATOM 19945 N PRO J 110 -84.065 -56.643 -54.849 1.00 79.88 N \ ANISOU19945 N PRO J 110 10631 12623 14469 1096 -597 -751 N \ ATOM 19946 CA PRO J 110 -82.704 -57.122 -54.555 1.00 79.68 C \ ANISOU19946 CA PRO J 110 11678 13649 15690 1046 -549 -826 C \ ATOM 19947 C PRO J 110 -81.708 -56.868 -55.677 1.00 81.50 C \ ANISOU19947 C PRO J 110 10981 13254 14659 1135 -645 -808 C \ ATOM 19948 O PRO J 110 -80.503 -56.800 -55.417 1.00 79.88 O \ ANISOU19948 O PRO J 110 10702 13048 14577 1056 -591 -900 O \ ATOM 19949 CB PRO J 110 -82.891 -58.628 -54.363 1.00 80.17 C \ ANISOU19949 CB PRO J 110 11291 13739 14853 1186 -687 -843 C \ ATOM 19950 CG PRO J 110 -84.155 -58.955 -55.089 1.00 81.89 C \ ANISOU19950 CG PRO J 110 10044 11937 13805 1126 -602 -625 C \ ATOM 19951 CD PRO J 110 -85.034 -57.751 -54.928 1.00 81.67 C \ ANISOU19951 CD PRO J 110 9667 11442 13541 1110 -554 -540 C \ ATOM 19952 N ARG J 111 -82.202 -56.739 -56.912 1.00 84.36 N \ ANISOU19952 N ARG J 111 9235 10901 13159 1128 -551 -494 N \ ATOM 19953 CA ARG J 111 -81.333 -56.447 -58.059 1.00 89.81 C \ ANISOU19953 CA ARG J 111 9322 10899 13326 1137 -515 -392 C \ ATOM 19954 C ARG J 111 -80.597 -55.111 -57.905 1.00 97.53 C \ ANISOU19954 C ARG J 111 9625 11388 13393 1137 -558 -425 C \ ATOM 19955 O ARG J 111 -81.212 -54.082 -57.561 1.00 98.33 O \ ANISOU19955 O ARG J 111 9434 11304 13202 1116 -542 -467 O \ ATOM 19956 CB ARG J 111 -82.121 -56.475 -59.371 1.00 85.25 C \ ANISOU19956 CB ARG J 111 9382 11257 13309 1064 -472 -464 C \ ATOM 19957 CG ARG J 111 -82.053 -57.808 -60.093 1.00 82.84 C \ ANISOU19957 CG ARG J 111 9293 11267 12919 1151 -587 -508 C \ ATOM 19958 CD ARG J 111 -82.530 -57.686 -61.523 1.00 82.11 C \ ANISOU19958 CD ARG J 111 8977 10977 12920 1040 -455 -511 C \ ATOM 19959 NE ARG J 111 -81.561 -56.989 -62.386 1.00 80.29 N \ ANISOU19959 NE ARG J 111 8839 10938 12479 1141 -572 -545 N \ ATOM 19960 CZ ARG J 111 -81.770 -55.789 -62.920 1.00 79.49 C \ ANISOU19960 CZ ARG J 111 8850 10973 12646 1082 -510 -552 C \ ATOM 19961 NH1 ARG J 111 -82.878 -55.125 -62.664 1.00 80.59 N \ ANISOU19961 NH1 ARG J 111 9364 11636 13182 1070 -496 -594 N \ ATOM 19962 NH2 ARG J 111 -80.881 -55.244 -63.721 1.00 77.67 N \ ANISOU19962 NH2 ARG J 111 8720 10412 12603 1140 -586 -559 N \ ATOM 19963 N VAL J 112 -79.286 -55.146 -58.158 1.00 98.76 N \ ANISOU19963 N VAL J 112 9117 10735 13076 1153 -578 -544 N \ ATOM 19964 CA VAL J 112 -78.421 -53.971 -58.007 1.00 99.07 C \ ANISOU19964 CA VAL J 112 9130 10748 13286 1109 -520 -666 C \ ATOM 19965 C VAL J 112 -78.849 -52.836 -58.931 1.00 99.29 C \ ANISOU19965 C VAL J 112 8658 10197 12941 1118 -486 -658 C \ ATOM 19966 O VAL J 112 -79.052 -51.696 -58.477 1.00107.96 O \ ANISOU19966 O VAL J 112 9480 11129 13289 1185 -639 -546 O \ ATOM 19967 CB VAL J 112 -76.941 -54.320 -58.261 1.00102.37 C \ ANISOU19967 CB VAL J 112 9672 11274 13344 1229 -685 -403 C \ ATOM 19968 CG1 VAL J 112 -76.056 -53.077 -58.181 1.00100.88 C \ ANISOU19968 CG1 VAL J 112 9335 11059 13523 1062 -506 -787 C \ ATOM 19969 CG2 VAL J 112 -76.474 -55.380 -57.266 1.00104.97 C \ ANISOU19969 CG2 VAL J 112 9595 11355 13980 999 -445 -942 C \ ATOM 19970 N TYR J 113 -79.018 -53.163 -60.211 1.00 94.19 N \ ANISOU19970 N TYR J 113 9308 11087 13721 1007 -448 -1027 N \ ATOM 19971 CA TYR J 113 -79.308 -52.163 -61.243 1.00 91.20 C \ ANISOU19971 CA TYR J 113 9096 10776 13689 994 -385 -1059 C \ ATOM 19972 C TYR J 113 -80.766 -51.690 -61.281 1.00 87.63 C \ ANISOU19972 C TYR J 113 9663 11282 14272 963 -350 -911 C \ ATOM 19973 O TYR J 113 -81.159 -50.956 -62.184 1.00 88.30 O \ ANISOU19973 O TYR J 113 9700 11328 14307 940 -330 -849 O \ ATOM 19974 CB TYR J 113 -78.820 -52.654 -62.616 1.00 90.56 C \ ANISOU19974 CB TYR J 113 9910 11364 14683 937 -243 -728 C \ ATOM 19975 CG TYR J 113 -77.321 -52.844 -62.665 1.00 89.33 C \ ANISOU19975 CG TYR J 113 9480 10839 14198 1005 -259 -570 C \ ATOM 19976 CD1 TYR J 113 -76.481 -51.800 -63.072 1.00 89.35 C \ ANISOU19976 CD1 TYR J 113 10381 11807 15346 867 -156 -785 C \ ATOM 19977 CD2 TYR J 113 -76.733 -54.059 -62.273 1.00 88.12 C \ ANISOU19977 CD2 TYR J 113 9343 11250 13583 1034 -514 -1055 C \ ATOM 19978 CE1 TYR J 113 -75.101 -51.953 -63.080 1.00 86.52 C \ ANISOU19978 CE1 TYR J 113 9003 10968 13237 1042 -521 -1133 C \ ATOM 19979 CE2 TYR J 113 -75.358 -54.219 -62.286 1.00 84.90 C \ ANISOU19979 CE2 TYR J 113 8635 10454 12934 1077 -505 -1057 C \ ATOM 19980 CZ TYR J 113 -74.556 -53.170 -62.685 1.00 85.46 C \ ANISOU19980 CZ TYR J 113 8387 10201 12821 1063 -460 -1148 C \ ATOM 19981 OH TYR J 113 -73.201 -53.348 -62.693 1.00 89.97 O \ ANISOU19981 OH TYR J 113 9300 11404 13675 978 -475 -1335 O \ ATOM 19982 N CYS J 114 -81.543 -52.112 -60.289 1.00 83.53 N \ ANISOU19982 N CYS J 114 9547 11880 13828 956 -509 -1418 N \ ATOM 19983 CA CYS J 114 -82.882 -51.596 -60.079 1.00 86.67 C \ ANISOU19983 CA CYS J 114 9911 12321 13997 1007 -573 -1333 C \ ATOM 19984 C CYS J 114 -82.857 -50.469 -59.063 1.00 87.29 C \ ANISOU19984 C CYS J 114 9567 12022 14004 881 -462 -1588 C \ ATOM 19985 O CYS J 114 -83.830 -49.696 -58.944 1.00 83.69 O \ ANISOU19985 O CYS J 114 8530 10252 12736 1122 -539 -896 O \ ATOM 19986 CB CYS J 114 -83.826 -52.701 -59.612 1.00 89.22 C \ ANISOU19986 CB CYS J 114 8431 10058 12686 1164 -536 -805 C \ ATOM 19987 SG CYS J 114 -84.747 -53.493 -60.967 1.00 90.25 S \ ANISOU19987 SG CYS J 114 8506 10205 12696 1179 -564 -851 S \ ATOM 19988 N GLU J 115 -81.744 -50.392 -58.328 1.00 89.27 N \ ANISOU19988 N GLU J 115 8014 9789 12025 1186 -616 -842 N \ ATOM 19989 CA GLU J 115 -81.495 -49.320 -57.349 1.00 91.93 C \ ANISOU19989 CA GLU J 115 8148 9718 12291 1203 -578 -640 C \ ATOM 19990 C GLU J 115 -82.604 -49.198 -56.284 1.00 89.79 C \ ANISOU19990 C GLU J 115 8009 9547 12165 1249 -596 -542 C \ ATOM 19991 O GLU J 115 -83.256 -48.164 -56.162 1.00 88.33 O \ ANISOU19991 O GLU J 115 8292 9745 12672 1273 -528 -508 O \ ATOM 19992 CB GLU J 115 -81.259 -47.982 -58.069 1.00 92.69 C \ ANISOU19992 CB GLU J 115 8254 9630 12752 1267 -473 -471 C \ ATOM 19993 CG GLU J 115 -80.040 -47.971 -58.984 1.00 93.00 C \ ANISOU19993 CG GLU J 115 8297 9762 12749 1305 -524 -512 C \ ATOM 19994 CD GLU J 115 -80.124 -46.900 -60.060 1.00 94.64 C \ ANISOU19994 CD GLU J 115 8935 10607 13283 1187 -518 -899 C \ ATOM 19995 OE1 GLU J 115 -81.042 -46.996 -60.890 1.00 90.85 O \ ANISOU19995 OE1 GLU J 115 9355 11100 13660 1203 -536 -932 O \ ATOM 19996 OE2 GLU J 115 -79.280 -45.971 -60.089 1.00 98.79 O \ ANISOU19996 OE2 GLU J 115 9426 11161 13590 1238 -597 -798 O \ ATOM 19997 N ASN J 116 -82.795 -50.276 -55.526 1.00 89.95 N \ ANISOU19997 N ASN J 116 8864 10529 13041 1265 -611 -680 N \ ATOM 19998 CA ASN J 116 -83.776 -50.345 -54.434 1.00 87.40 C \ ANISOU19998 CA ASN J 116 9373 11060 13907 1216 -465 -981 C \ ATOM 19999 C ASN J 116 -85.200 -49.965 -54.839 1.00 84.29 C \ ANISOU19999 C ASN J 116 8927 10476 13615 1221 -414 -920 C \ ATOM 20000 O ASN J 116 -85.875 -49.212 -54.138 1.00 82.67 O \ ANISOU20000 O ASN J 116 8995 10567 13588 1179 -434 -934 O \ ATOM 20001 CB ASN J 116 -83.308 -49.523 -53.223 1.00 90.49 C \ ANISOU20001 CB ASN J 116 9701 11523 13739 1235 -628 -822 C \ ATOM 20002 CG ASN J 116 -82.054 -50.091 -52.569 1.00 92.79 C \ ANISOU20002 CG ASN J 116 9502 11323 13402 1248 -679 -723 C \ ATOM 20003 OD1 ASN J 116 -81.813 -51.299 -52.588 1.00 95.36 O \ ANISOU20003 OD1 ASN J 116 8874 10744 12813 1258 -677 -722 O \ ATOM 20004 ND2 ASN J 116 -81.258 -49.217 -51.971 1.00 93.68 N \ ANISOU20004 ND2 ASN J 116 8869 10783 12924 1260 -636 -802 N \ ATOM 20005 N GLN J 117 -85.645 -50.501 -55.974 1.00 82.96 N \ ANISOU20005 N GLN J 117 10095 11952 13805 1233 -708 -724 N \ ATOM 20006 CA GLN J 117 -86.994 -50.258 -56.485 1.00 82.05 C \ ANISOU20006 CA GLN J 117 10384 12210 14046 1229 -716 -712 C \ ATOM 20007 C GLN J 117 -88.063 -50.827 -55.543 1.00 82.66 C \ ANISOU20007 C GLN J 117 10625 12497 14082 1235 -741 -698 C \ ATOM 20008 O GLN J 117 -88.034 -52.018 -55.220 1.00 78.51 O \ ANISOU20008 O GLN J 117 9673 11448 13024 1240 -772 -592 O \ ATOM 20009 CB GLN J 117 -87.147 -50.852 -57.884 1.00 79.37 C \ ANISOU20009 CB GLN J 117 8454 10330 12308 1259 -717 -643 C \ ATOM 20010 CG GLN J 117 -88.566 -50.862 -58.428 1.00 78.23 C \ ANISOU20010 CG GLN J 117 7979 9922 11864 1259 -719 -637 C \ ATOM 20011 CD GLN J 117 -89.119 -49.474 -58.668 1.00 80.82 C \ ANISOU20011 CD GLN J 117 7818 9783 11541 1225 -740 -621 C \ ATOM 20012 OE1 GLN J 117 -88.425 -48.611 -59.214 1.00 80.63 O \ ANISOU20012 OE1 GLN J 117 8197 10108 11805 1212 -767 -578 O \ ATOM 20013 NE2 GLN J 117 -90.389 -49.255 -58.275 1.00 81.09 N \ ANISOU20013 NE2 GLN J 117 8081 10034 12065 1290 -738 -554 N \ ATOM 20014 N PRO J 118 -88.997 -49.964 -55.085 1.00 86.40 N \ ANISOU20014 N PRO J 118 8080 10008 12265 1341 -700 -542 N \ ATOM 20015 CA PRO J 118 -90.132 -50.422 -54.282 1.00 89.79 C \ ANISOU20015 CA PRO J 118 7767 9718 12007 1385 -728 -416 C \ ATOM 20016 C PRO J 118 -90.965 -51.454 -55.037 1.00 89.96 C \ ANISOU20016 C PRO J 118 8125 10113 12441 1354 -655 -617 C \ ATOM 20017 O PRO J 118 -91.134 -51.343 -56.252 1.00 85.37 O \ ANISOU20017 O PRO J 118 7367 9405 11090 1209 -719 -656 O \ ATOM 20018 CB PRO J 118 -90.943 -49.143 -54.033 1.00 90.38 C \ ANISOU20018 CB PRO J 118 7183 9220 10773 1173 -719 -632 C \ ATOM 20019 CG PRO J 118 -90.419 -48.133 -54.993 1.00 86.90 C \ ANISOU20019 CG PRO J 118 7121 9151 10700 1144 -749 -582 C \ ATOM 20020 CD PRO J 118 -88.991 -48.497 -55.213 1.00 87.25 C \ ANISOU20020 CD PRO J 118 7341 9437 11031 1154 -767 -568 C \ ATOM 20021 N MET J 119 -91.472 -52.442 -54.303 1.00 92.02 N \ ANISOU20021 N MET J 119 7176 9311 10796 1166 -677 -679 N \ ATOM 20022 CA MET J 119 -92.128 -53.597 -54.905 1.00 90.08 C \ ANISOU20022 CA MET J 119 7713 9906 11505 1192 -667 -720 C \ ATOM 20023 C MET J 119 -93.598 -53.727 -54.512 1.00 85.36 C \ ANISOU20023 C MET J 119 7537 9656 11392 1223 -682 -716 C \ ATOM 20024 O MET J 119 -94.078 -53.013 -53.641 1.00 85.74 O \ ANISOU20024 O MET J 119 6978 8942 10433 1112 -752 -558 O \ ATOM 20025 CB MET J 119 -91.358 -54.882 -54.563 1.00 94.36 C \ ANISOU20025 CB MET J 119 7144 9108 10580 1067 -774 -539 C \ ATOM 20026 CG MET J 119 -89.925 -54.913 -55.088 1.00 96.44 C \ ANISOU20026 CG MET J 119 7649 9547 10992 1017 -734 -541 C \ ATOM 20027 SD MET J 119 -89.013 -56.439 -54.683 1.00 97.92 S \ ANISOU20027 SD MET J 119 7907 9724 11160 1034 -703 -526 S \ ATOM 20028 CE MET J 119 -89.605 -57.545 -55.943 1.00 89.87 C \ ANISOU20028 CE MET J 119 6790 8717 10190 1080 -818 -511 C \ ATOM 20029 N LEU J 120 -94.307 -54.633 -55.182 1.00 81.83 N \ ANISOU20029 N LEU J 120 6791 8769 10177 1029 -844 -514 N \ ATOM 20030 CA LEU J 120 -95.718 -54.925 -54.915 1.00 78.34 C \ ANISOU20030 CA LEU J 120 7113 8925 10400 1097 -805 -505 C \ ATOM 20031 C LEU J 120 -95.923 -56.430 -54.726 1.00 76.70 C \ ANISOU20031 C LEU J 120 6730 8737 10093 1047 -890 -485 C \ ATOM 20032 O LEU J 120 -95.307 -57.221 -55.432 1.00 79.25 O \ ANISOU20032 O LEU J 120 8336 10281 11716 955 -729 -556 O \ ATOM 20033 CB LEU J 120 -96.584 -54.428 -56.066 1.00 79.43 C \ ANISOU20033 CB LEU J 120 9094 10953 12414 894 -674 -559 C \ ATOM 20034 CG LEU J 120 -96.793 -52.921 -56.248 1.00 79.89 C \ ANISOU20034 CG LEU J 120 9565 11359 12837 848 -688 -582 C \ ATOM 20035 CD1 LEU J 120 -97.314 -52.605 -57.642 1.00 77.62 C \ ANISOU20035 CD1 LEU J 120 8955 10855 12271 829 -743 -609 C \ ATOM 20036 CD2 LEU J 120 -97.730 -52.377 -55.184 1.00 80.75 C \ ANISOU20036 CD2 LEU J 120 9750 11384 12934 836 -635 -571 C \ ATOM 20037 N PRO J 121 -96.775 -56.841 -53.773 1.00 73.33 N \ ANISOU20037 N PRO J 121 9543 11096 12683 789 -631 -613 N \ ATOM 20038 CA PRO J 121 -96.995 -58.267 -53.530 1.00 71.53 C \ ANISOU20038 CA PRO J 121 9501 11105 12711 680 -609 -684 C \ ATOM 20039 C PRO J 121 -97.795 -58.948 -54.638 1.00 70.99 C \ ANISOU20039 C PRO J 121 9503 11139 12709 628 -632 -751 C \ ATOM 20040 O PRO J 121 -98.713 -58.358 -55.207 1.00 73.20 O \ ANISOU20040 O PRO J 121 9182 10541 12228 819 -570 -579 O \ ATOM 20041 CB PRO J 121 -97.756 -58.294 -52.208 1.00 71.81 C \ ANISOU20041 CB PRO J 121 9077 10409 12049 911 -603 -537 C \ ATOM 20042 CG PRO J 121 -98.453 -56.994 -52.153 1.00 76.66 C \ ANISOU20042 CG PRO J 121 9210 10374 12104 949 -533 -494 C \ ATOM 20043 CD PRO J 121 -97.600 -56.005 -52.904 1.00 75.24 C \ ANISOU20043 CD PRO J 121 8963 10353 11920 917 -671 -569 C \ ATOM 20044 N ILE J 122 -97.428 -60.186 -54.948 1.00 69.36 N \ ANISOU20044 N ILE J 122 9362 10995 12640 643 -562 -676 N \ ATOM 20045 CA ILE J 122 -98.071 -60.971 -56.007 1.00 70.62 C \ ANISOU20045 CA ILE J 122 9272 10977 12642 529 -533 -749 C \ ATOM 20046 C ILE J 122 -98.150 -62.444 -55.600 1.00 74.19 C \ ANISOU20046 C ILE J 122 9318 11193 12791 521 -540 -737 C \ ATOM 20047 O ILE J 122 -97.241 -62.965 -54.952 1.00 75.78 O \ ANISOU20047 O ILE J 122 9533 11411 12995 592 -532 -672 O \ ATOM 20048 CB ILE J 122 -97.354 -60.800 -57.372 1.00 67.64 C \ ANISOU20048 CB ILE J 122 9354 10854 12713 461 -421 -761 C \ ATOM 20049 CG1 ILE J 122 -98.090 -61.546 -58.493 1.00 67.74 C \ ANISOU20049 CG1 ILE J 122 9420 10986 12879 331 -390 -861 C \ ATOM 20050 CG2 ILE J 122 -95.901 -61.230 -57.280 1.00 69.59 C \ ANISOU20050 CG2 ILE J 122 9265 11303 12843 431 -553 -810 C \ ATOM 20051 CD1 ILE J 122 -97.634 -61.197 -59.885 1.00 67.28 C \ ANISOU20051 CD1 ILE J 122 8980 11202 12678 413 -552 -810 C \ ATOM 20052 N GLY J 123 -99.257 -63.096 -55.956 1.00 79.84 N \ ANISOU20052 N GLY J 123 9277 11410 13017 332 -440 -809 N \ ATOM 20053 CA GLY J 123 -99.422 -64.528 -55.706 1.00 85.44 C \ ANISOU20053 CA GLY J 123 9499 11754 13323 325 -416 -793 C \ ATOM 20054 C GLY J 123 -99.181 -65.337 -56.968 1.00 88.86 C \ ANISOU20054 C GLY J 123 8642 11128 12445 361 -624 -884 C \ ATOM 20055 O GLY J 123 -99.646 -64.954 -58.076 1.00 84.44 O \ ANISOU20055 O GLY J 123 8422 11034 12207 458 -727 -850 O \ ATOM 20056 N LEU J 124 -98.448 -66.447 -56.807 1.00 89.67 N \ ANISOU20056 N LEU J 124 8021 10652 11824 559 -748 -780 N \ ATOM 20057 CA LEU J 124 -98.155 -67.321 -57.945 1.00 87.70 C \ ANISOU20057 CA LEU J 124 8541 11239 12301 431 -780 -896 C \ ATOM 20058 C LEU J 124 -99.376 -68.094 -58.430 1.00 87.69 C \ ANISOU20058 C LEU J 124 9397 11317 13089 275 -361 -821 C \ ATOM 20059 O LEU J 124 -99.474 -68.454 -59.603 1.00 87.78 O \ ANISOU20059 O LEU J 124 9440 11236 13177 197 -233 -803 O \ ATOM 20060 CB LEU J 124 -96.996 -68.264 -57.630 1.00 84.10 C \ ANISOU20060 CB LEU J 124 9725 11376 13366 298 -174 -669 C \ ATOM 20061 CG LEU J 124 -95.594 -67.652 -57.647 1.00 83.00 C \ ANISOU20061 CG LEU J 124 9783 11295 13306 385 -187 -616 C \ ATOM 20062 CD1 LEU J 124 -94.579 -68.705 -57.226 1.00 83.41 C \ ANISOU20062 CD1 LEU J 124 9727 11347 13481 88 -158 -880 C \ ATOM 20063 CD2 LEU J 124 -95.178 -67.045 -58.988 1.00 82.21 C \ ANISOU20063 CD2 LEU J 124 9443 11258 13273 -6 -232 -1030 C \ ATOM 20064 N SER J 125 -100.303 -68.338 -57.512 1.00 86.85 N \ ANISOU20064 N SER J 125 9928 11407 13760 0 -8 -855 N \ ATOM 20065 CA SER J 125 -101.551 -69.020 -57.832 1.00 86.57 C \ ANISOU20065 CA SER J 125 9321 10985 13129 -82 -194 -1131 C \ ATOM 20066 C SER J 125 -102.717 -68.389 -57.081 1.00 87.65 C \ ANISOU20066 C SER J 125 9859 11576 13549 289 -110 -615 C \ ATOM 20067 O SER J 125 -102.526 -67.771 -56.044 1.00 89.33 O \ ANISOU20067 O SER J 125 10097 11743 13692 385 -55 -489 O \ ATOM 20068 CB SER J 125 -101.444 -70.507 -57.506 1.00 86.65 C \ ANISOU20068 CB SER J 125 10560 11948 14096 382 62 -404 C \ ATOM 20069 OG SER J 125 -102.558 -71.221 -58.026 1.00 87.61 O \ ANISOU20069 OG SER J 125 11097 12368 14716 273 154 -433 O \ ATOM 20070 N ASP J 126 -103.922 -68.557 -57.618 1.00 87.94 N \ ANISOU20070 N ASP J 126 9799 11618 13480 354 -12 -473 N \ ATOM 20071 CA ASP J 126 -105.158 -68.075 -56.994 1.00 86.49 C \ ANISOU20071 CA ASP J 126 9779 11792 13599 274 -77 -590 C \ ATOM 20072 C ASP J 126 -105.731 -69.119 -56.031 1.00 88.71 C \ ANISOU20072 C ASP J 126 9820 11730 13656 196 -95 -672 C \ ATOM 20073 O ASP J 126 -106.613 -68.814 -55.233 1.00 91.01 O \ ANISOU20073 O ASP J 126 10695 12005 14101 502 64 -302 O \ ATOM 20074 CB ASP J 126 -106.202 -67.738 -58.069 1.00 84.79 C \ ANISOU20074 CB ASP J 126 10672 11751 14017 535 175 -191 C \ ATOM 20075 CG ASP J 126 -105.841 -66.519 -58.879 1.00 83.34 C \ ANISOU20075 CG ASP J 126 10780 11661 14095 537 168 -231 C \ ATOM 20076 OD1 ASP J 126 -105.683 -65.431 -58.274 1.00 80.27 O \ ANISOU20076 OD1 ASP J 126 11403 12061 14712 541 279 -162 O \ ATOM 20077 OD2 ASP J 126 -105.726 -66.657 -60.125 1.00 84.44 O \ ANISOU20077 OD2 ASP J 126 10750 11713 14051 540 47 -336 O \ ATOM 20078 N ILE J 127 -105.232 -70.351 -56.121 1.00 88.97 N \ ANISOU20078 N ILE J 127 10357 11171 13621 546 29 -388 N \ ATOM 20079 CA ILE J 127 -105.683 -71.453 -55.272 1.00 89.10 C \ ANISOU20079 CA ILE J 127 10186 11028 13329 677 -54 -343 C \ ATOM 20080 C ILE J 127 -104.891 -71.455 -53.951 1.00 90.72 C \ ANISOU20080 C ILE J 127 10287 10972 13371 727 -27 -315 C \ ATOM 20081 O ILE J 127 -103.648 -71.422 -53.969 1.00 90.50 O \ ANISOU20081 O ILE J 127 9847 10741 13189 436 -33 -548 O \ ATOM 20082 CB ILE J 127 -105.541 -72.806 -56.005 1.00 90.95 C \ ANISOU20082 CB ILE J 127 10197 11006 13661 289 66 -627 C \ ATOM 20083 CG1 ILE J 127 -106.211 -72.738 -57.391 1.00 89.42 C \ ANISOU20083 CG1 ILE J 127 10139 11014 13656 188 12 -798 C \ ATOM 20084 CG2 ILE J 127 -106.108 -73.950 -55.160 1.00 92.37 C \ ANISOU20084 CG2 ILE J 127 9958 10843 13393 242 -65 -830 C \ ATOM 20085 CD1 ILE J 127 -105.689 -73.744 -58.394 1.00 88.00 C \ ANISOU20085 CD1 ILE J 127 10254 11189 13894 50 52 -902 C \ ATOM 20086 N PRO J 128 -105.605 -71.461 -52.803 1.00 92.08 N \ ANISOU20086 N PRO J 128 9983 11028 13107 727 -147 -344 N \ ATOM 20087 CA PRO J 128 -104.957 -71.428 -51.473 1.00 93.52 C \ ANISOU20087 CA PRO J 128 9286 10386 12319 836 -224 -316 C \ ATOM 20088 C PRO J 128 -104.274 -72.736 -51.118 1.00 96.34 C \ ANISOU20088 C PRO J 128 8811 10111 11844 886 -271 -297 C \ ATOM 20089 O PRO J 128 -104.809 -73.811 -51.400 1.00100.49 O \ ANISOU20089 O PRO J 128 8553 9977 11666 834 -283 -338 O \ ATOM 20090 CB PRO J 128 -106.122 -71.171 -50.506 1.00 91.85 C \ ANISOU20090 CB PRO J 128 9106 10223 12141 821 -313 -408 C \ ATOM 20091 CG PRO J 128 -107.256 -70.706 -51.362 1.00 92.57 C \ ANISOU20091 CG PRO J 128 8629 9972 11578 984 -293 -244 C \ ATOM 20092 CD PRO J 128 -107.070 -71.388 -52.688 1.00 92.66 C \ ANISOU20092 CD PRO J 128 8611 10148 11560 1032 -339 -256 C \ ATOM 20093 N GLY J 129 -103.093 -72.636 -50.509 1.00 96.86 N \ ANISOU20093 N GLY J 129 8706 10324 11703 1033 -437 -345 N \ ATOM 20094 CA GLY J 129 -102.317 -73.803 -50.095 1.00 95.91 C \ ANISOU20094 CA GLY J 129 8587 10133 11603 1003 -476 -385 C \ ATOM 20095 C GLY J 129 -101.421 -74.372 -51.173 1.00 96.16 C \ ANISOU20095 C GLY J 129 8588 10173 11435 1129 -319 -175 C \ ATOM 20096 O GLY J 129 -100.977 -75.505 -51.057 1.00100.48 O \ ANISOU20096 O GLY J 129 8932 10607 11746 1152 -243 -90 O \ ATOM 20097 N GLU J 130 -101.155 -73.582 -52.212 1.00 96.10 N \ ANISOU20097 N GLU J 130 9553 11059 12402 1086 -120 -7 N \ ATOM 20098 CA GLU J 130 -100.264 -73.990 -53.313 1.00 92.51 C \ ANISOU20098 CA GLU J 130 9471 11129 12257 1143 -35 121 C \ ATOM 20099 C GLU J 130 -98.943 -73.225 -53.326 1.00 90.92 C \ ANISOU20099 C GLU J 130 8732 10508 11756 1067 -468 -376 C \ ATOM 20100 O GLU J 130 -97.899 -73.781 -53.658 1.00 91.15 O \ ANISOU20100 O GLU J 130 8108 9952 11201 1077 -542 -447 O \ ATOM 20101 CB GLU J 130 -100.957 -73.843 -54.669 1.00 88.90 C \ ANISOU20101 CB GLU J 130 7608 9410 10644 1128 -580 -446 C \ ATOM 20102 CG GLU J 130 -101.930 -74.959 -54.981 1.00 91.76 C \ ANISOU20102 CG GLU J 130 7432 9260 10390 1179 -563 -415 C \ ATOM 20103 CD GLU J 130 -102.275 -75.055 -56.456 1.00 91.62 C \ ANISOU20103 CD GLU J 130 8234 10244 11402 1092 -544 -497 C \ ATOM 20104 OE1 GLU J 130 -101.436 -74.654 -57.288 1.00 90.00 O \ ANISOU20104 OE1 GLU J 130 8227 10337 11322 1147 -522 -492 O \ ATOM 20105 OE2 GLU J 130 -103.369 -75.551 -56.794 1.00 93.01 O \ ANISOU20105 OE2 GLU J 130 8020 10067 11297 1098 -600 -560 O \ ATOM 20106 N ALA J 131 -99.006 -71.943 -52.973 1.00 89.80 N \ ANISOU20106 N ALA J 131 7370 9130 10447 1115 -630 -475 N \ ATOM 20107 CA ALA J 131 -97.830 -71.080 -52.922 1.00 84.20 C \ ANISOU20107 CA ALA J 131 7184 8913 10228 1154 -665 -479 C \ ATOM 20108 C ALA J 131 -98.052 -69.924 -51.954 1.00 80.98 C \ ANISOU20108 C ALA J 131 7102 8910 10250 1165 -704 -528 C \ ATOM 20109 O ALA J 131 -99.175 -69.461 -51.769 1.00 79.48 O \ ANISOU20109 O ALA J 131 7252 9138 10490 1155 -699 -559 O \ ATOM 20110 CB ALA J 131 -97.486 -70.556 -54.317 1.00 82.83 C \ ANISOU20110 CB ALA J 131 7132 8742 10133 1133 -678 -462 C \ ATOM 20111 N MET J 132 -96.966 -69.476 -51.336 1.00 79.43 N \ ANISOU20111 N MET J 132 7296 8791 10226 1112 -622 -426 N \ ATOM 20112 CA MET J 132 -96.962 -68.297 -50.499 1.00 79.80 C \ ANISOU20112 CA MET J 132 7258 8716 10100 1177 -586 -371 C \ ATOM 20113 C MET J 132 -96.865 -66.998 -51.309 1.00 80.89 C \ ANISOU20113 C MET J 132 7287 8592 10077 1169 -517 -323 C \ ATOM 20114 O MET J 132 -96.764 -67.015 -52.545 1.00 79.81 O \ ANISOU20114 O MET J 132 7357 8652 10071 1253 -478 -245 O \ ATOM 20115 CB MET J 132 -95.823 -68.390 -49.481 1.00 79.48 C \ ANISOU20115 CB MET J 132 7160 8941 10308 1188 -732 -533 C \ ATOM 20116 CG MET J 132 -96.226 -68.822 -48.075 1.00 82.34 C \ ANISOU20116 CG MET J 132 7103 8927 10367 1199 -751 -569 C \ ATOM 20117 SD MET J 132 -97.180 -70.335 -47.979 1.00 86.89 S \ ANISOU20117 SD MET J 132 7162 8926 10438 1200 -783 -535 S \ ATOM 20118 CE MET J 132 -97.371 -70.648 -46.229 1.00 86.48 C \ ANISOU20118 CE MET J 132 7271 8977 10455 1203 -791 -509 C \ ATOM 20119 N VAL J 133 -96.914 -65.870 -50.597 1.00 81.58 N \ ANISOU20119 N VAL J 133 7487 9377 10766 1223 -737 -621 N \ ATOM 20120 CA VAL J 133 -96.826 -64.547 -51.202 1.00 77.01 C \ ANISOU20120 CA VAL J 133 7786 9791 11042 1230 -707 -663 C \ ATOM 20121 C VAL J 133 -95.396 -64.212 -51.634 1.00 72.81 C \ ANISOU20121 C VAL J 133 8125 10223 11366 1250 -704 -717 C \ ATOM 20122 O VAL J 133 -94.426 -64.412 -50.890 1.00 71.28 O \ ANISOU20122 O VAL J 133 7505 9574 10877 1216 -689 -714 O \ ATOM 20123 CB VAL J 133 -97.400 -63.439 -50.273 1.00 78.64 C \ ANISOU20123 CB VAL J 133 7470 9260 10864 1205 -796 -528 C \ ATOM 20124 CG1 VAL J 133 -96.547 -63.252 -49.019 1.00 78.66 C \ ANISOU20124 CG1 VAL J 133 8116 9883 11527 1214 -823 -476 C \ ATOM 20125 CG2 VAL J 133 -97.546 -62.121 -51.012 1.00 77.34 C \ ANISOU20125 CG2 VAL J 133 8301 10054 11821 1241 -808 -474 C \ ATOM 20126 N LYS J 134 -95.284 -63.711 -52.858 1.00 70.93 N \ ANISOU20126 N LYS J 134 8524 10299 12176 1254 -782 -506 N \ ATOM 20127 CA LYS J 134 -94.018 -63.263 -53.403 1.00 69.29 C \ ANISOU20127 CA LYS J 134 8546 10377 12010 1206 -847 -442 C \ ATOM 20128 C LYS J 134 -94.075 -61.748 -53.600 1.00 69.12 C \ ANISOU20128 C LYS J 134 8765 10626 12252 1226 -877 -374 C \ ATOM 20129 O LYS J 134 -95.018 -61.111 -53.167 1.00 70.75 O \ ANISOU20129 O LYS J 134 8840 10705 12210 1203 -904 -355 O \ ATOM 20130 CB LYS J 134 -93.729 -63.993 -54.719 1.00 68.45 C \ ANISOU20130 CB LYS J 134 9035 10927 12663 1271 -871 -324 C \ ATOM 20131 CG LYS J 134 -93.791 -65.521 -54.656 1.00 69.26 C \ ANISOU20131 CG LYS J 134 8835 10766 12211 1225 -932 -288 C \ ATOM 20132 CD LYS J 134 -92.597 -66.111 -53.906 1.00 68.63 C \ ANISOU20132 CD LYS J 134 8961 10899 12603 1301 -893 -235 C \ ATOM 20133 CE LYS J 134 -92.551 -67.628 -54.002 1.00 68.32 C \ ANISOU20133 CE LYS J 134 8748 10722 12254 1277 -928 -217 C \ ATOM 20134 NZ LYS J 134 -91.435 -68.167 -53.183 1.00 68.64 N \ ANISOU20134 NZ LYS J 134 8255 10312 11759 1308 -950 -128 N \ ATOM 20135 N LEU J 135 -93.070 -61.174 -54.254 1.00 69.51 N \ ANISOU20135 N LEU J 135 8494 10207 11971 1248 -815 -442 N \ ATOM 20136 CA LEU J 135 -93.007 -59.732 -54.510 1.00 69.48 C \ ANISOU20136 CA LEU J 135 8494 10180 12083 1265 -790 -427 C \ ATOM 20137 C LEU J 135 -92.668 -59.444 -55.960 1.00 69.82 C \ ANISOU20137 C LEU J 135 8052 9746 11682 1290 -805 -325 C \ ATOM 20138 O LEU J 135 -91.835 -60.112 -56.556 1.00 70.28 O \ ANISOU20138 O LEU J 135 7587 9305 11103 1285 -839 -281 O \ ATOM 20139 CB LEU J 135 -91.986 -59.046 -53.590 1.00 72.73 C \ ANISOU20139 CB LEU J 135 9085 10747 12611 1255 -780 -453 C \ ATOM 20140 CG LEU J 135 -92.121 -59.191 -52.066 1.00 75.33 C \ ANISOU20140 CG LEU J 135 10331 11952 13987 1261 -742 -422 C \ ATOM 20141 CD1 LEU J 135 -90.829 -58.751 -51.389 1.00 78.21 C \ ANISOU20141 CD1 LEU J 135 7884 9567 11681 1320 -773 -288 C \ ATOM 20142 CD2 LEU J 135 -93.311 -58.418 -51.553 1.00 73.58 C \ ANISOU20142 CD2 LEU J 135 7931 9645 11780 1362 -781 -165 C \ ATOM 20143 N TYR J 136 -93.319 -58.436 -56.517 1.00 72.63 N \ ANISOU20143 N TYR J 136 7800 9481 11626 1369 -766 -94 N \ ATOM 20144 CA TYR J 136 -93.153 -58.052 -57.917 1.00 77.71 C \ ANISOU20144 CA TYR J 136 7628 9373 11429 1401 -785 17 C \ ATOM 20145 C TYR J 136 -92.473 -56.689 -58.037 1.00 79.42 C \ ANISOU20145 C TYR J 136 8161 9850 12222 1402 -732 -148 C \ ATOM 20146 O TYR J 136 -92.897 -55.712 -57.424 1.00 81.59 O \ ANISOU20146 O TYR J 136 7941 9557 12070 1369 -683 -272 O \ ATOM 20147 CB TYR J 136 -94.517 -58.045 -58.637 1.00 81.42 C \ ANISOU20147 CB TYR J 136 7899 9550 11853 1322 -722 -361 C \ ATOM 20148 CG TYR J 136 -94.488 -57.561 -60.071 1.00 83.28 C \ ANISOU20148 CG TYR J 136 7910 9519 11745 1340 -731 -156 C \ ATOM 20149 CD1 TYR J 136 -94.190 -58.434 -61.114 1.00 83.58 C \ ANISOU20149 CD1 TYR J 136 8451 10029 12281 1340 -705 -96 C \ ATOM 20150 CD2 TYR J 136 -94.772 -56.230 -60.390 1.00 85.87 C \ ANISOU20150 CD2 TYR J 136 8792 10424 12422 1327 -752 -81 C \ ATOM 20151 CE1 TYR J 136 -94.171 -57.996 -62.438 1.00 83.73 C \ ANISOU20151 CE1 TYR J 136 9129 10815 12710 1350 -765 19 C \ ATOM 20152 CE2 TYR J 136 -94.736 -55.784 -61.717 1.00 85.44 C \ ANISOU20152 CE2 TYR J 136 8519 10028 12455 1305 -647 -182 C \ ATOM 20153 CZ TYR J 136 -94.447 -56.678 -62.732 1.00 83.50 C \ ANISOU20153 CZ TYR J 136 8454 9915 12478 1304 -591 -107 C \ ATOM 20154 OH TYR J 136 -94.424 -56.262 -64.034 1.00 79.82 O \ ANISOU20154 OH TYR J 136 8340 9740 12527 1258 -520 -210 O \ ATOM 20155 N CYS J 137 -91.412 -56.635 -58.829 1.00 80.73 N \ ANISOU20155 N CYS J 137 8587 9900 13000 1273 -452 -213 N \ ATOM 20156 CA CYS J 137 -90.729 -55.383 -59.141 1.00 80.95 C \ ANISOU20156 CA CYS J 137 8776 10050 13347 1211 -385 -367 C \ ATOM 20157 C CYS J 137 -91.163 -54.910 -60.535 1.00 77.59 C \ ANISOU20157 C CYS J 137 8428 10056 11946 1297 -772 -178 C \ ATOM 20158 O CYS J 137 -91.141 -55.690 -61.489 1.00 73.68 O \ ANISOU20158 O CYS J 137 8129 9785 11474 1289 -803 -179 O \ ATOM 20159 CB CYS J 137 -89.207 -55.566 -59.077 1.00 85.39 C \ ANISOU20159 CB CYS J 137 8089 9796 11336 1285 -848 -177 C \ ATOM 20160 SG CYS J 137 -88.246 -54.203 -59.770 1.00 95.46 S \ ANISOU20160 SG CYS J 137 8873 10608 11992 1275 -868 -179 S \ ATOM 20161 N PRO J 138 -91.563 -53.633 -60.649 1.00 76.68 N \ ANISOU20161 N PRO J 138 8181 9813 11463 1272 -795 -266 N \ ATOM 20162 CA PRO J 138 -92.011 -53.075 -61.916 1.00 77.27 C \ ANISOU20162 CA PRO J 138 8558 10184 11806 1263 -809 -352 C \ ATOM 20163 C PRO J 138 -90.889 -52.746 -62.903 1.00 76.08 C \ ANISOU20163 C PRO J 138 7872 9598 11190 1287 -859 -184 C \ ATOM 20164 O PRO J 138 -91.138 -52.660 -64.107 1.00 74.83 O \ ANISOU20164 O PRO J 138 8365 10165 11625 1274 -899 -189 O \ ATOM 20165 CB PRO J 138 -92.717 -51.783 -61.502 1.00 79.58 C \ ANISOU20165 CB PRO J 138 8517 10281 11651 1235 -906 -270 C \ ATOM 20166 CG PRO J 138 -92.078 -51.389 -60.241 1.00 77.82 C \ ANISOU20166 CG PRO J 138 8408 10228 11475 1207 -931 -287 C \ ATOM 20167 CD PRO J 138 -91.697 -52.667 -59.546 1.00 77.12 C \ ANISOU20167 CD PRO J 138 8534 10451 11760 1290 -927 -106 C \ ATOM 20168 N LYS J 139 -89.675 -52.558 -62.398 1.00 76.79 N \ ANISOU20168 N LYS J 139 8709 10664 12070 1344 -910 7 N \ ATOM 20169 CA LYS J 139 -88.537 -52.185 -63.247 1.00 80.96 C \ ANISOU20169 CA LYS J 139 9402 11549 12725 1382 -944 134 C \ ATOM 20170 C LYS J 139 -87.979 -53.385 -64.041 1.00 83.27 C \ ANISOU20170 C LYS J 139 10084 12399 13390 1364 -1004 95 C \ ATOM 20171 O LYS J 139 -88.018 -53.385 -65.279 1.00 85.95 O \ ANISOU20171 O LYS J 139 8386 10067 11497 1233 -880 -320 O \ ATOM 20172 CB LYS J 139 -87.437 -51.501 -62.426 1.00 81.60 C \ ANISOU20172 CB LYS J 139 8388 10018 11395 1212 -871 -373 C \ ATOM 20173 CG LYS J 139 -86.490 -50.630 -63.242 1.00 81.19 C \ ANISOU20173 CG LYS J 139 8477 10086 11518 1207 -854 -409 C \ ATOM 20174 CD LYS J 139 -85.630 -49.733 -62.369 1.00 80.56 C \ ANISOU20174 CD LYS J 139 9080 10718 12221 1220 -848 -414 C \ ATOM 20175 CE LYS J 139 -86.392 -48.476 -61.956 1.00 82.88 C \ ANISOU20175 CE LYS J 139 8134 9713 11058 1228 -853 -382 C \ ATOM 20176 NZ LYS J 139 -85.670 -47.730 -60.891 1.00 84.68 N \ ANISOU20176 NZ LYS J 139 8038 9563 10849 1210 -841 -414 N \ ATOM 20177 N CYS J 140 -87.487 -54.405 -63.335 1.00 80.09 N \ ANISOU20177 N CYS J 140 7646 9154 10447 1176 -838 -442 N \ ATOM 20178 CA CYS J 140 -86.967 -55.601 -63.986 1.00 77.35 C \ ANISOU20178 CA CYS J 140 8664 10158 11409 1227 -825 -419 C \ ATOM 20179 C CYS J 140 -88.079 -56.569 -64.378 1.00 76.91 C \ ANISOU20179 C CYS J 140 8516 10076 11481 1191 -836 -435 C \ ATOM 20180 O CYS J 140 -87.836 -57.500 -65.146 1.00 82.84 O \ ANISOU20180 O CYS J 140 8506 10062 11486 1187 -813 -454 O \ ATOM 20181 CB CYS J 140 -85.929 -56.300 -63.108 1.00 77.53 C \ ANISOU20181 CB CYS J 140 8540 10066 11460 1222 -783 -453 C \ ATOM 20182 SG CYS J 140 -86.608 -57.107 -61.634 1.00 80.41 S \ ANISOU20182 SG CYS J 140 8871 10338 11713 1239 -769 -441 S \ ATOM 20183 N MET J 141 -89.282 -56.348 -63.855 1.00 75.43 N \ ANISOU20183 N MET J 141 8962 10496 11921 1140 -801 -468 N \ ATOM 20184 CA MET J 141 -90.489 -57.132 -64.198 1.00 79.37 C \ ANISOU20184 CA MET J 141 8819 10377 11817 1134 -775 -475 C \ ATOM 20185 C MET J 141 -90.430 -58.613 -63.787 1.00 80.14 C \ ANISOU20185 C MET J 141 9332 10946 12342 1109 -840 -470 C \ ATOM 20186 O MET J 141 -91.133 -59.453 -64.382 1.00 79.26 O \ ANISOU20186 O MET J 141 8368 9957 11328 1237 -771 -468 O \ ATOM 20187 CB MET J 141 -90.839 -57.012 -65.685 1.00 80.92 C \ ANISOU20187 CB MET J 141 7969 9594 10876 1278 -749 -464 C \ ATOM 20188 CG MET J 141 -91.033 -55.580 -66.154 1.00 82.76 C \ ANISOU20188 CG MET J 141 7621 9295 10516 1282 -720 -459 C \ ATOM 20189 SD MET J 141 -91.540 -55.349 -67.845 1.00 88.63 S \ ANISOU20189 SD MET J 141 7487 9199 10447 1253 -721 -484 S \ ATOM 20190 CE MET J 141 -93.179 -56.061 -67.924 1.00 94.42 C \ ANISOU20190 CE MET J 141 7621 9338 10586 1295 -763 -502 C \ ATOM 20191 N ASP J 142 -89.607 -58.929 -62.782 1.00 78.83 N \ ANISOU20191 N ASP J 142 7574 9253 10564 1290 -782 -495 N \ ATOM 20192 CA ASP J 142 -89.485 -60.304 -62.307 1.00 78.44 C \ ANISOU20192 CA ASP J 142 7881 9545 10962 1265 -797 -495 C \ ATOM 20193 C ASP J 142 -89.962 -60.457 -60.869 1.00 79.17 C \ ANISOU20193 C ASP J 142 7788 9458 10715 1318 -778 -478 C \ ATOM 20194 O ASP J 142 -90.167 -59.472 -60.187 1.00 84.28 O \ ANISOU20194 O ASP J 142 8085 9726 11183 1265 -806 -470 O \ ATOM 20195 CB ASP J 142 -88.059 -60.827 -62.470 1.00 76.08 C \ ANISOU20195 CB ASP J 142 8147 9797 11094 1312 -788 -469 C \ ATOM 20196 CG ASP J 142 -88.035 -62.327 -62.836 1.00 74.88 C \ ANISOU20196 CG ASP J 142 8346 9981 11374 1283 -801 -461 C \ ATOM 20197 OD1 ASP J 142 -89.042 -63.048 -62.647 1.00 71.71 O \ ANISOU20197 OD1 ASP J 142 8908 10535 11953 1281 -803 -433 O \ ATOM 20198 OD2 ASP J 142 -87.003 -62.804 -63.285 1.00 79.57 O \ ANISOU20198 OD2 ASP J 142 7620 9305 10433 1325 -690 -417 O \ ATOM 20199 N VAL J 143 -90.120 -61.699 -60.421 1.00 79.15 N \ ANISOU20199 N VAL J 143 7882 9640 10667 1342 -654 -391 N \ ATOM 20200 CA VAL J 143 -90.655 -62.009 -59.100 1.00 79.10 C \ ANISOU20200 CA VAL J 143 7892 9846 10712 1360 -670 -448 C \ ATOM 20201 C VAL J 143 -89.577 -62.522 -58.146 1.00 79.13 C \ ANISOU20201 C VAL J 143 7897 9933 10720 1386 -691 -476 C \ ATOM 20202 O VAL J 143 -88.697 -63.303 -58.543 1.00 81.39 O \ ANISOU20202 O VAL J 143 8293 9998 10981 1398 -607 -301 O \ ATOM 20203 CB VAL J 143 -91.799 -63.029 -59.203 1.00 82.59 C \ ANISOU20203 CB VAL J 143 8590 10102 11262 1373 -583 -276 C \ ATOM 20204 CG1 VAL J 143 -92.561 -63.101 -57.895 1.00 81.63 C \ ANISOU20204 CG1 VAL J 143 8133 9919 10786 1421 -560 -246 C \ ATOM 20205 CG2 VAL J 143 -92.772 -62.620 -60.302 1.00 85.86 C \ ANISOU20205 CG2 VAL J 143 8157 10201 11016 1340 -656 -479 C \ ATOM 20206 N TYR J 144 -89.661 -62.066 -56.893 1.00 78.05 N \ ANISOU20206 N TYR J 144 8460 10704 11359 1347 -662 -560 N \ ATOM 20207 CA TYR J 144 -88.679 -62.413 -55.855 1.00 74.85 C \ ANISOU20207 CA TYR J 144 8817 11225 11633 1406 -661 -540 C \ ATOM 20208 C TYR J 144 -89.352 -62.818 -54.549 1.00 72.20 C \ ANISOU20208 C TYR J 144 8948 11342 11662 1457 -634 -434 C \ ATOM 20209 O TYR J 144 -90.421 -62.346 -54.221 1.00 71.42 O \ ANISOU20209 O TYR J 144 8599 10903 11509 1329 -629 -561 O \ ATOM 20210 CB TYR J 144 -87.704 -61.257 -55.604 1.00 72.50 C \ ANISOU20210 CB TYR J 144 8650 10777 11595 1287 -625 -525 C \ ATOM 20211 CG TYR J 144 -87.025 -60.736 -56.843 1.00 72.10 C \ ANISOU20211 CG TYR J 144 8427 10400 11309 1299 -632 -459 C \ ATOM 20212 CD1 TYR J 144 -87.618 -59.752 -57.634 1.00 74.72 C \ ANISOU20212 CD1 TYR J 144 8810 11380 11681 1400 -683 -643 C \ ATOM 20213 CD2 TYR J 144 -85.793 -61.216 -57.223 1.00 73.59 C \ ANISOU20213 CD2 TYR J 144 8741 11525 11551 1450 -692 -646 C \ ATOM 20214 CE1 TYR J 144 -87.002 -59.274 -58.779 1.00 76.31 C \ ANISOU20214 CE1 TYR J 144 8444 11476 11187 1483 -672 -645 C \ ATOM 20215 CE2 TYR J 144 -85.147 -60.734 -58.357 1.00 76.43 C \ ANISOU20215 CE2 TYR J 144 8903 12141 11568 1544 -677 -610 C \ ATOM 20216 CZ TYR J 144 -85.767 -59.773 -59.139 1.00 78.17 C \ ANISOU20216 CZ TYR J 144 9143 12023 12055 1416 -720 -774 C \ ATOM 20217 OH TYR J 144 -85.143 -59.284 -60.266 1.00 82.64 O \ ANISOU20217 OH TYR J 144 9563 12459 12615 1346 -712 -914 O \ ATOM 20218 N THR J 145 -88.711 -63.711 -53.811 1.00 72.01 N \ ANISOU20218 N THR J 145 9424 12449 12588 1307 -720 -1052 N \ ATOM 20219 CA THR J 145 -89.182 -64.138 -52.491 1.00 74.19 C \ ANISOU20219 CA THR J 145 9312 12674 12455 1311 -719 -1159 C \ ATOM 20220 C THR J 145 -88.785 -63.087 -51.433 1.00 74.88 C \ ANISOU20220 C THR J 145 9420 12921 12715 1243 -711 -1348 C \ ATOM 20221 O THR J 145 -87.646 -62.611 -51.412 1.00 75.15 O \ ANISOU20221 O THR J 145 8501 11538 11273 1449 -647 -678 O \ ATOM 20222 CB THR J 145 -88.574 -65.504 -52.117 1.00 77.05 C \ ANISOU20222 CB THR J 145 8996 12279 11695 1478 -620 -670 C \ ATOM 20223 OG1 THR J 145 -88.818 -66.455 -53.171 1.00 78.84 O \ ANISOU20223 OG1 THR J 145 9197 12373 11800 1516 -573 -503 O \ ATOM 20224 CG2 THR J 145 -89.114 -66.017 -50.768 1.00 75.91 C \ ANISOU20224 CG2 THR J 145 9896 12842 12541 1476 -555 -470 C \ ATOM 20225 N PRO J 146 -89.731 -62.700 -50.561 1.00 77.31 N \ ANISOU20225 N PRO J 146 8965 12360 11764 1418 -610 -827 N \ ATOM 20226 CA PRO J 146 -89.478 -61.720 -49.503 1.00 80.34 C \ ANISOU20226 CA PRO J 146 9085 12786 11810 1446 -588 -849 C \ ATOM 20227 C PRO J 146 -88.240 -62.056 -48.666 1.00 83.37 C \ ANISOU20227 C PRO J 146 9040 12399 11524 1593 -550 -396 C \ ATOM 20228 O PRO J 146 -87.973 -63.229 -48.375 1.00 84.10 O \ ANISOU20228 O PRO J 146 9317 12566 11717 1638 -487 -215 O \ ATOM 20229 CB PRO J 146 -90.727 -61.827 -48.646 1.00 81.62 C \ ANISOU20229 CB PRO J 146 9539 12799 11954 1593 -440 -218 C \ ATOM 20230 CG PRO J 146 -91.808 -62.227 -49.592 1.00 81.65 C \ ANISOU20230 CG PRO J 146 9265 12386 11645 1602 -377 -83 C \ ATOM 20231 CD PRO J 146 -91.151 -63.110 -50.597 1.00 79.32 C \ ANISOU20231 CD PRO J 146 9595 13060 11871 1750 -468 -78 C \ ATOM 20232 N LYS J 147 -87.496 -61.019 -48.297 1.00 83.89 N \ ANISOU20232 N LYS J 147 8949 12484 11222 1793 -518 -100 N \ ATOM 20233 CA LYS J 147 -86.239 -61.175 -47.552 1.00 83.74 C \ ANISOU20233 CA LYS J 147 10027 13448 12511 1541 -461 -380 C \ ATOM 20234 C LYS J 147 -86.440 -61.398 -46.063 1.00 81.87 C \ ANISOU20234 C LYS J 147 10205 13662 12724 1496 -418 -410 C \ ATOM 20235 O LYS J 147 -85.516 -61.799 -45.368 1.00 85.83 O \ ANISOU20235 O LYS J 147 10040 13193 12660 1428 -409 -407 O \ ATOM 20236 CB LYS J 147 -85.295 -59.971 -47.787 1.00 87.44 C \ ANISOU20236 CB LYS J 147 10475 13601 13109 1399 -359 -367 C \ ATOM 20237 CG LYS J 147 -85.958 -58.619 -47.628 1.00 91.17 C \ ANISOU20237 CG LYS J 147 10170 13882 12753 1462 -437 -604 C \ ATOM 20238 CD LYS J 147 -84.936 -57.480 -47.582 1.00 90.70 C \ ANISOU20238 CD LYS J 147 10226 13811 12963 1402 -484 -766 C \ ATOM 20239 CE LYS J 147 -84.450 -57.240 -46.155 1.00 90.65 C \ ANISOU20239 CE LYS J 147 10241 14059 13060 1368 -483 -967 C \ ATOM 20240 NZ LYS J 147 -83.756 -55.922 -45.946 1.00 92.27 N \ ANISOU20240 NZ LYS J 147 10299 14378 13069 1393 -512 -1043 N \ ATOM 20241 N SER J 148 -87.640 -61.135 -45.568 1.00 82.41 N \ ANISOU20241 N SER J 148 10236 14577 13062 1362 -509 -1236 N \ ATOM 20242 CA SER J 148 -87.962 -61.373 -44.154 1.00 86.78 C \ ANISOU20242 CA SER J 148 10383 14738 13323 1313 -474 -1371 C \ ATOM 20243 C SER J 148 -88.706 -62.690 -43.965 1.00 87.83 C \ ANISOU20243 C SER J 148 10636 15241 13415 1380 -539 -1301 C \ ATOM 20244 O SER J 148 -89.685 -62.954 -44.650 1.00 92.85 O \ ANISOU20244 O SER J 148 9566 12521 12256 1402 -456 -449 O \ ATOM 20245 CB SER J 148 -88.774 -60.211 -43.571 1.00 87.09 C \ ANISOU20245 CB SER J 148 9832 12548 12617 1341 -460 -457 C \ ATOM 20246 OG SER J 148 -88.837 -60.292 -42.157 1.00 88.65 O \ ANISOU20246 OG SER J 148 10318 12814 13052 1343 -430 -323 O \ ATOM 20247 N SER J 149 -88.233 -63.505 -43.026 1.00 86.76 N \ ANISOU20247 N SER J 149 10480 12801 13282 1287 -429 -327 N \ ATOM 20248 CA SER J 149 -88.785 -64.840 -42.798 1.00 88.44 C \ ANISOU20248 CA SER J 149 9328 11962 12213 1315 -520 -562 C \ ATOM 20249 C SER J 149 -90.198 -64.820 -42.207 1.00 90.26 C \ ANISOU20249 C SER J 149 9527 12337 12496 1304 -535 -710 C \ ATOM 20250 O SER J 149 -90.881 -65.853 -42.160 1.00 87.64 O \ ANISOU20250 O SER J 149 9574 12446 12567 1314 -569 -789 O \ ATOM 20251 CB SER J 149 -87.841 -65.651 -41.915 1.00 90.87 C \ ANISOU20251 CB SER J 149 9593 12527 12645 1279 -510 -806 C \ ATOM 20252 OG SER J 149 -86.476 -65.491 -42.306 1.00 85.95 O \ ANISOU20252 OG SER J 149 9688 12705 12781 1290 -562 -936 O \ ATOM 20253 N ARG J 150 -90.632 -63.640 -41.771 1.00 94.72 N \ ANISOU20253 N ARG J 150 9557 12610 12683 1273 -525 -946 N \ ATOM 20254 CA ARG J 150 -91.983 -63.448 -41.223 1.00 96.31 C \ ANISOU20254 CA ARG J 150 10606 13124 13229 1409 -400 -208 C \ ATOM 20255 C ARG J 150 -93.063 -63.547 -42.309 1.00 94.47 C \ ANISOU20255 C ARG J 150 10408 12701 12991 1421 -353 -82 C \ ATOM 20256 O ARG J 150 -94.204 -63.911 -42.016 1.00 97.87 O \ ANISOU20256 O ARG J 150 10900 13114 13492 1385 -271 -2 O \ ATOM 20257 CB ARG J 150 -92.099 -62.104 -40.491 1.00 96.87 C \ ANISOU20257 CB ARG J 150 11458 13467 14041 1380 -213 92 C \ ATOM 20258 CG ARG J 150 -91.988 -60.878 -41.418 1.00 97.38 C \ ANISOU20258 CG ARG J 150 9831 12181 12310 1522 -340 24 C \ ATOM 20259 CD ARG J 150 -92.045 -59.580 -40.647 1.00 98.33 C \ ANISOU20259 CD ARG J 150 9157 11520 11641 1546 -411 -43 C \ ATOM 20260 NE ARG J 150 -90.761 -59.260 -40.047 1.00 99.35 N \ ANISOU20260 NE ARG J 150 9171 11444 11608 1610 -402 38 N \ ATOM 20261 CZ ARG J 150 -90.533 -58.231 -39.244 1.00 99.69 C \ ANISOU20261 CZ ARG J 150 8774 11220 11325 1510 -484 -189 C \ ATOM 20262 NH1 ARG J 150 -91.508 -57.379 -38.948 1.00101.18 N \ ANISOU20262 NH1 ARG J 150 9176 11494 11639 1611 -471 -51 N \ ATOM 20263 NH2 ARG J 150 -89.321 -58.058 -38.738 1.00103.41 N \ ANISOU20263 NH2 ARG J 150 8808 11227 11343 1547 -518 -188 N \ ATOM 20264 N HIS J 151 -92.695 -63.221 -43.549 1.00 90.39 N \ ANISOU20264 N HIS J 151 11137 13508 13764 1352 -258 -48 N \ ATOM 20265 CA HIS J 151 -93.629 -63.222 -44.666 1.00 92.11 C \ ANISOU20265 CA HIS J 151 11708 14041 14357 1308 -175 19 C \ ATOM 20266 C HIS J 151 -93.711 -64.568 -45.350 1.00 95.24 C \ ANISOU20266 C HIS J 151 11591 13938 14361 1221 -193 -93 C \ ATOM 20267 O HIS J 151 -94.517 -64.769 -46.274 1.00 96.23 O \ ANISOU20267 O HIS J 151 11732 14162 14529 1189 -135 -72 O \ ATOM 20268 CB HIS J 151 -93.239 -62.160 -45.681 1.00 88.18 C \ ANISOU20268 CB HIS J 151 11961 14502 14512 1373 -111 126 C \ ATOM 20269 CG HIS J 151 -93.126 -60.775 -45.111 1.00 90.44 C \ ANISOU20269 CG HIS J 151 12021 14525 14463 1469 -68 289 C \ ATOM 20270 ND1 HIS J 151 -92.010 -60.039 -45.219 1.00 91.03 N \ ANISOU20270 ND1 HIS J 151 12304 14937 14675 1551 -126 283 N \ ATOM 20271 CD2 HIS J 151 -94.047 -59.995 -44.409 1.00 91.50 C \ ANISOU20271 CD2 HIS J 151 11867 14209 14278 1497 35 467 C \ ATOM 20272 CE1 HIS J 151 -92.195 -58.844 -44.616 1.00 92.58 C \ ANISOU20272 CE1 HIS J 151 12567 15142 14861 1639 -67 458 C \ ATOM 20273 NE2 HIS J 151 -93.444 -58.820 -44.117 1.00 91.72 N \ ANISOU20273 NE2 HIS J 151 12718 15096 15040 1608 36 573 N \ ATOM 20274 N HIS J 152 -92.878 -65.504 -44.892 1.00 97.28 N \ ANISOU20274 N HIS J 152 11417 13687 14267 1186 -268 -200 N \ ATOM 20275 CA HIS J 152 -92.788 -66.845 -45.471 1.00 95.02 C \ ANISOU20275 CA HIS J 152 10708 12994 13688 1117 -292 -297 C \ ATOM 20276 C HIS J 152 -93.958 -67.721 -45.126 1.00 98.72 C \ ANISOU20276 C HIS J 152 10160 12249 13200 1054 -307 -302 C \ ATOM 20277 O HIS J 152 -94.020 -68.877 -45.566 1.00102.56 O \ ANISOU20277 O HIS J 152 9871 11856 12896 1067 -358 -320 O \ ATOM 20278 CB HIS J 152 -91.468 -67.506 -45.057 1.00 90.34 C \ ANISOU20278 CB HIS J 152 10525 12932 13569 1137 -363 -420 C \ ATOM 20279 CG HIS J 152 -90.253 -66.916 -45.741 1.00 85.06 C \ ANISOU20279 CG HIS J 152 10467 13064 13444 1192 -354 -439 C \ ATOM 20280 ND1 HIS J 152 -89.233 -67.668 -46.167 1.00 84.81 N \ ANISOU20280 ND1 HIS J 152 10978 13453 14160 1091 -366 -496 N \ ATOM 20281 CD2 HIS J 152 -89.958 -65.603 -46.117 1.00 82.44 C \ ANISOU20281 CD2 HIS J 152 9906 11969 13017 981 -260 -295 C \ ATOM 20282 CE1 HIS J 152 -88.317 -66.880 -46.760 1.00 85.04 C \ ANISOU20282 CE1 HIS J 152 9746 11663 12920 905 -266 -317 C \ ATOM 20283 NE2 HIS J 152 -88.767 -65.611 -46.717 1.00 82.59 N \ ANISOU20283 NE2 HIS J 152 9458 11413 12712 893 -360 -410 N \ ATOM 20284 N HIS J 153 -94.903 -67.172 -44.358 1.00101.09 N \ ANISOU20284 N HIS J 153 9760 11861 13099 899 -392 -465 N \ ATOM 20285 CA HIS J 153 -96.094 -67.898 -43.934 1.00105.56 C \ ANISOU20285 CA HIS J 153 10163 12089 13415 819 -190 -303 C \ ATOM 20286 C HIS J 153 -97.382 -67.192 -44.269 1.00104.99 C \ ANISOU20286 C HIS J 153 10814 12569 14109 732 -161 -316 C \ ATOM 20287 O HIS J 153 -98.391 -67.367 -43.583 1.00106.39 O \ ANISOU20287 O HIS J 153 10474 12172 13778 720 -229 -377 O \ ATOM 20288 CB HIS J 153 -96.002 -68.266 -42.456 1.00107.85 C \ ANISOU20288 CB HIS J 153 11180 12868 14506 669 -62 -271 C \ ATOM 20289 CG HIS J 153 -94.923 -69.284 -42.155 1.00107.94 C \ ANISOU20289 CG HIS J 153 9593 11420 12824 881 -396 -422 C \ ATOM 20290 ND1 HIS J 153 -93.617 -68.941 -42.010 1.00110.32 N \ ANISOU20290 ND1 HIS J 153 9535 11400 12824 879 -483 -486 N \ ATOM 20291 CD2 HIS J 153 -94.988 -70.668 -42.007 1.00106.21 C \ ANISOU20291 CD2 HIS J 153 9492 11454 12902 808 -502 -537 C \ ATOM 20292 CE1 HIS J 153 -92.895 -70.050 -41.773 1.00112.04 C \ ANISOU20292 CE1 HIS J 153 8995 11042 12469 822 -571 -572 C \ ATOM 20293 NE2 HIS J 153 -93.735 -71.106 -41.785 1.00112.79 N \ ANISOU20293 NE2 HIS J 153 9433 11397 12883 734 -436 -535 N \ ATOM 20294 N THR J 154 -97.364 -66.440 -45.367 1.00103.63 N \ ANISOU20294 N THR J 154 8980 11077 12558 657 -448 -591 N \ ATOM 20295 CA THR J 154 -98.553 -65.745 -45.861 1.00 98.41 C \ ANISOU20295 CA THR J 154 8729 11018 12406 697 -472 -607 C \ ATOM 20296 C THR J 154 -98.949 -66.273 -47.243 1.00 93.72 C \ ANISOU20296 C THR J 154 9303 11746 13100 665 -505 -649 C \ ATOM 20297 O THR J 154 -98.171 -66.168 -48.188 1.00 91.13 O \ ANISOU20297 O THR J 154 8768 10811 12377 558 -355 -589 O \ ATOM 20298 CB THR J 154 -98.327 -64.221 -45.926 1.00 97.45 C \ ANISOU20298 CB THR J 154 8204 10500 11835 769 -454 -580 C \ ATOM 20299 OG1 THR J 154 -97.677 -63.773 -44.735 1.00 97.32 O \ ANISOU20299 OG1 THR J 154 7810 10273 11537 812 -460 -609 O \ ATOM 20300 CG2 THR J 154 -99.655 -63.504 -46.060 1.00101.57 C \ ANISOU20300 CG2 THR J 154 7704 10201 11485 882 -536 -636 C \ ATOM 20301 N ASP J 155 -100.156 -66.828 -47.352 1.00 91.84 N \ ANISOU20301 N ASP J 155 7857 10469 11739 926 -539 -667 N \ ATOM 20302 CA ASP J 155 -100.643 -67.441 -48.600 1.00 90.35 C \ ANISOU20302 CA ASP J 155 7641 10128 11298 850 -398 -587 C \ ATOM 20303 C ASP J 155 -100.823 -66.430 -49.727 1.00 88.39 C \ ANISOU20303 C ASP J 155 7514 9975 11121 794 -306 -531 C \ ATOM 20304 O ASP J 155 -101.472 -65.403 -49.544 1.00 91.38 O \ ANISOU20304 O ASP J 155 7553 9979 11219 700 -273 -526 O \ ATOM 20305 CB ASP J 155 -101.955 -68.190 -48.350 1.00 93.87 C \ ANISOU20305 CB ASP J 155 7388 9879 10901 834 -247 -482 C \ ATOM 20306 CG ASP J 155 -102.258 -69.258 -49.411 1.00 98.68 C \ ANISOU20306 CG ASP J 155 7421 9796 11059 645 -173 -466 C \ ATOM 20307 OD1 ASP J 155 -101.913 -69.072 -50.610 1.00 95.87 O \ ANISOU20307 OD1 ASP J 155 7281 9745 10751 793 -152 -405 O \ ATOM 20308 OD2 ASP J 155 -102.868 -70.287 -49.029 1.00101.47 O \ ANISOU20308 OD2 ASP J 155 7295 9682 10835 697 -109 -393 O \ ATOM 20309 N GLY J 156 -100.258 -66.745 -50.893 1.00 89.06 N \ ANISOU20309 N GLY J 156 7284 9618 10803 650 1 -309 N \ ATOM 20310 CA GLY J 156 -100.299 -65.865 -52.072 1.00 88.85 C \ ANISOU20310 CA GLY J 156 7612 10003 11334 892 -586 -622 C \ ATOM 20311 C GLY J 156 -101.660 -65.756 -52.739 1.00 89.09 C \ ANISOU20311 C GLY J 156 7402 9802 11170 958 -647 -626 C \ ATOM 20312 O GLY J 156 -101.880 -64.864 -53.563 1.00 85.56 O \ ANISOU20312 O GLY J 156 7385 9821 11190 938 -706 -615 O \ ATOM 20313 N ALA J 157 -102.577 -66.661 -52.382 1.00 88.73 N \ ANISOU20313 N ALA J 157 7375 9890 11274 990 -749 -603 N \ ATOM 20314 CA ALA J 157 -103.946 -66.636 -52.893 1.00 85.84 C \ ANISOU20314 CA ALA J 157 7112 9386 10772 1005 -650 -614 C \ ATOM 20315 C ALA J 157 -104.719 -65.461 -52.336 1.00 84.63 C \ ANISOU20315 C ALA J 157 7147 9454 10786 1037 -604 -638 C \ ATOM 20316 O ALA J 157 -105.774 -65.086 -52.856 1.00 89.88 O \ ANISOU20316 O ALA J 157 7191 9480 10725 1017 -552 -614 O \ ATOM 20317 CB ALA J 157 -104.670 -67.935 -52.572 1.00 84.11 C \ ANISOU20317 CB ALA J 157 7283 9654 11017 1089 -606 -687 C \ ATOM 20318 N TYR J 158 -104.194 -64.883 -51.262 1.00 80.38 N \ ANISOU20318 N TYR J 158 7337 9711 10844 1049 -513 -638 N \ ATOM 20319 CA TYR J 158 -104.837 -63.760 -50.600 1.00 77.96 C \ ANISOU20319 CA TYR J 158 7367 9806 11085 1110 -563 -736 C \ ATOM 20320 C TYR J 158 -104.467 -62.437 -51.272 1.00 77.35 C \ ANISOU20320 C TYR J 158 7327 9789 10922 1091 -522 -711 C \ ATOM 20321 O TYR J 158 -104.934 -61.389 -50.872 1.00 79.13 O \ ANISOU20321 O TYR J 158 7430 9818 11169 863 -701 -621 O \ ATOM 20322 CB TYR J 158 -104.482 -63.745 -49.101 1.00 76.51 C \ ANISOU20322 CB TYR J 158 7431 9903 11199 825 -754 -634 C \ ATOM 20323 CG TYR J 158 -104.861 -65.005 -48.313 1.00 75.30 C \ ANISOU20323 CG TYR J 158 7346 9718 11012 843 -793 -618 C \ ATOM 20324 CD1 TYR J 158 -105.697 -65.977 -48.853 1.00 75.67 C \ ANISOU20324 CD1 TYR J 158 7106 9345 10695 896 -787 -590 C \ ATOM 20325 CD2 TYR J 158 -104.400 -65.200 -47.017 1.00 74.14 C \ ANISOU20325 CD2 TYR J 158 7447 9912 11117 795 -834 -643 C \ ATOM 20326 CE1 TYR J 158 -106.016 -67.125 -48.151 1.00 74.42 C \ ANISOU20326 CE1 TYR J 158 7662 10066 11234 804 -869 -637 C \ ATOM 20327 CE2 TYR J 158 -104.738 -66.343 -46.299 1.00 73.11 C \ ANISOU20327 CE2 TYR J 158 7527 10026 11139 894 -929 -574 C \ ATOM 20328 CZ TYR J 158 -105.542 -67.305 -46.873 1.00 73.20 C \ ANISOU20328 CZ TYR J 158 7777 10170 11314 940 -938 -539 C \ ATOM 20329 OH TYR J 158 -105.890 -68.453 -46.190 1.00 72.92 O \ ANISOU20329 OH TYR J 158 7985 10470 11538 706 -881 -711 O \ ATOM 20330 N PHE J 159 -103.640 -62.497 -52.309 1.00 76.20 N \ ANISOU20330 N PHE J 159 8383 10774 11939 615 -808 -767 N \ ATOM 20331 CA PHE J 159 -103.162 -61.299 -53.014 1.00 74.68 C \ ANISOU20331 CA PHE J 159 8239 10633 11671 708 -898 -721 C \ ATOM 20332 C PHE J 159 -103.498 -61.344 -54.492 1.00 74.74 C \ ANISOU20332 C PHE J 159 7684 10383 11424 923 -961 -550 C \ ATOM 20333 O PHE J 159 -103.714 -60.301 -55.121 1.00 75.12 O \ ANISOU20333 O PHE J 159 7944 10751 11738 1012 -1010 -470 O \ ATOM 20334 CB PHE J 159 -101.651 -61.089 -52.779 1.00 71.77 C \ ANISOU20334 CB PHE J 159 7951 10750 11873 1107 -991 -412 C \ ATOM 20335 CG PHE J 159 -101.314 -60.744 -51.361 1.00 72.08 C \ ANISOU20335 CG PHE J 159 7806 10715 11816 1186 -1020 -332 C \ ATOM 20336 CD1 PHE J 159 -101.109 -61.734 -50.407 1.00 72.11 C \ ANISOU20336 CD1 PHE J 159 8108 10782 12044 1103 -937 -450 C \ ATOM 20337 CD2 PHE J 159 -101.242 -59.408 -50.960 1.00 73.58 C \ ANISOU20337 CD2 PHE J 159 8004 10658 12067 1182 -905 -428 C \ ATOM 20338 CE1 PHE J 159 -100.839 -61.396 -49.079 1.00 73.42 C \ ANISOU20338 CE1 PHE J 159 7890 10455 11976 1260 -909 -362 C \ ATOM 20339 CE2 PHE J 159 -100.962 -59.066 -49.638 1.00 74.38 C \ ANISOU20339 CE2 PHE J 159 8124 10768 12354 1337 -910 -298 C \ ATOM 20340 CZ PHE J 159 -100.764 -60.060 -48.692 1.00 73.80 C \ ANISOU20340 CZ PHE J 159 8036 10586 12078 1157 -845 -496 C \ ATOM 20341 N GLY J 160 -103.558 -62.563 -55.034 1.00 74.80 N \ ANISOU20341 N GLY J 160 8178 10658 12308 1226 -806 -504 N \ ATOM 20342 CA GLY J 160 -104.010 -62.781 -56.407 1.00 75.10 C \ ANISOU20342 CA GLY J 160 8364 10937 12676 1288 -787 -494 C \ ATOM 20343 C GLY J 160 -102.897 -62.871 -57.427 1.00 73.90 C \ ANISOU20343 C GLY J 160 7816 10147 11863 1228 -783 -530 C \ ATOM 20344 O GLY J 160 -101.723 -62.567 -57.141 1.00 71.45 O \ ANISOU20344 O GLY J 160 8304 10801 12718 1342 -737 -523 O \ ATOM 20345 N THR J 161 -103.278 -63.267 -58.634 1.00 74.95 N \ ANISOU20345 N THR J 161 7777 10060 11920 1275 -743 -563 N \ ATOM 20346 CA THR J 161 -102.325 -63.424 -59.727 1.00 76.23 C \ ANISOU20346 CA THR J 161 8122 10475 12451 1328 -715 -567 C \ ATOM 20347 C THR J 161 -102.086 -62.097 -60.429 1.00 75.52 C \ ANISOU20347 C THR J 161 7526 9934 11487 1244 -903 -369 C \ ATOM 20348 O THR J 161 -100.949 -61.776 -60.761 1.00 77.02 O \ ANISOU20348 O THR J 161 7555 9876 11555 1308 -894 -312 O \ ATOM 20349 CB THR J 161 -102.806 -64.486 -60.751 1.00 78.94 C \ ANISOU20349 CB THR J 161 7812 10240 11842 1356 -935 -205 C \ ATOM 20350 OG1 THR J 161 -103.213 -65.679 -60.060 1.00 81.85 O \ ANISOU20350 OG1 THR J 161 7836 10233 11971 1428 -914 -128 O \ ATOM 20351 CG2 THR J 161 -101.702 -64.849 -61.721 1.00 80.39 C \ ANISOU20351 CG2 THR J 161 7508 9681 11355 1268 -886 -349 C \ ATOM 20352 N GLY J 162 -103.150 -61.327 -60.634 1.00 77.62 N \ ANISOU20352 N GLY J 162 7377 9535 11138 1205 -872 -423 N \ ATOM 20353 CA GLY J 162 -103.077 -60.132 -61.466 1.00 80.10 C \ ANISOU20353 CA GLY J 162 7400 9704 11197 1175 -897 -422 C \ ATOM 20354 C GLY J 162 -103.223 -58.785 -60.784 1.00 80.47 C \ ANISOU20354 C GLY J 162 7900 10465 11846 1314 -987 -203 C \ ATOM 20355 O GLY J 162 -103.451 -57.776 -61.454 1.00 79.85 O \ ANISOU20355 O GLY J 162 7979 10711 11929 1355 -1035 -106 O \ ATOM 20356 N PHE J 163 -103.073 -58.757 -59.460 1.00 81.42 N \ ANISOU20356 N PHE J 163 8126 11041 12247 1431 -1044 -29 N \ ATOM 20357 CA PHE J 163 -103.156 -57.508 -58.703 1.00 80.88 C \ ANISOU20357 CA PHE J 163 8189 11207 12366 1512 -1061 95 C \ ATOM 20358 C PHE J 163 -102.207 -56.409 -59.226 1.00 79.80 C \ ANISOU20358 C PHE J 163 7900 10746 11706 1274 -1084 -159 C \ ATOM 20359 O PHE J 163 -102.694 -55.321 -59.563 1.00 82.24 O \ ANISOU20359 O PHE J 163 7975 10630 11629 1200 -1062 -245 O \ ATOM 20360 CB PHE J 163 -102.958 -57.740 -57.190 1.00 80.80 C \ ANISOU20360 CB PHE J 163 8160 10662 11742 1222 -1043 -219 C \ ATOM 20361 CG PHE J 163 -102.494 -56.508 -56.443 1.00 81.97 C \ ANISOU20361 CG PHE J 163 7886 10480 11460 1110 -1047 -350 C \ ATOM 20362 CD1 PHE J 163 -103.363 -55.434 -56.242 1.00 84.16 C \ ANISOU20362 CD1 PHE J 163 8245 10612 11707 1159 -1024 -301 C \ ATOM 20363 CD2 PHE J 163 -101.192 -56.406 -55.956 1.00 78.50 C \ ANISOU20363 CD2 PHE J 163 7932 10345 11389 1093 -1022 -375 C \ ATOM 20364 CE1 PHE J 163 -102.955 -54.298 -55.570 1.00 83.76 C \ ANISOU20364 CE1 PHE J 163 8313 11280 12524 1413 -1029 -91 C \ ATOM 20365 CE2 PHE J 163 -100.768 -55.268 -55.288 1.00 78.32 C \ ANISOU20365 CE2 PHE J 163 8418 11547 12824 1499 -1024 -24 C \ ATOM 20366 CZ PHE J 163 -101.649 -54.213 -55.088 1.00 81.72 C \ ANISOU20366 CZ PHE J 163 8538 11501 13088 1592 -956 31 C \ ATOM 20367 N PRO J 164 -100.876 -56.679 -59.299 1.00 76.19 N \ ANISOU20367 N PRO J 164 8379 11435 13083 1698 -946 147 N \ ATOM 20368 CA PRO J 164 -99.952 -55.616 -59.706 1.00 76.29 C \ ANISOU20368 CA PRO J 164 8591 11820 13057 1447 -1016 -118 C \ ATOM 20369 C PRO J 164 -100.155 -55.161 -61.155 1.00 78.68 C \ ANISOU20369 C PRO J 164 9002 12521 13455 1400 -1081 -129 C \ ATOM 20370 O PRO J 164 -99.879 -54.005 -61.488 1.00 79.07 O \ ANISOU20370 O PRO J 164 9170 13030 13796 1527 -1128 16 O \ ATOM 20371 CB PRO J 164 -98.575 -56.260 -59.537 1.00 75.13 C \ ANISOU20371 CB PRO J 164 8761 12713 13600 1562 -1084 -19 C \ ATOM 20372 CG PRO J 164 -98.801 -57.416 -58.635 1.00 73.83 C \ ANISOU20372 CG PRO J 164 8781 11511 13290 1554 -905 -52 C \ ATOM 20373 CD PRO J 164 -100.154 -57.924 -59.008 1.00 74.49 C \ ANISOU20373 CD PRO J 164 8589 11148 13237 1615 -830 -42 C \ ATOM 20374 N HIS J 165 -100.651 -56.072 -61.994 1.00 79.51 N \ ANISOU20374 N HIS J 165 8576 11080 13266 1688 -819 93 N \ ATOM 20375 CA HIS J 165 -100.903 -55.782 -63.409 1.00 80.59 C \ ANISOU20375 CA HIS J 165 9077 11546 13959 1780 -763 172 C \ ATOM 20376 C HIS J 165 -102.101 -54.907 -63.594 1.00 82.68 C \ ANISOU20376 C HIS J 165 8350 10723 12917 1544 -790 -174 C \ ATOM 20377 O HIS J 165 -102.155 -54.118 -64.540 1.00 83.60 O \ ANISOU20377 O HIS J 165 8424 10659 13147 1577 -705 -234 O \ ATOM 20378 CB HIS J 165 -101.036 -57.071 -64.208 1.00 79.89 C \ ANISOU20378 CB HIS J 165 8532 10731 13188 1507 -680 -386 C \ ATOM 20379 CG HIS J 165 -99.981 -58.107 -63.868 1.00 79.58 C \ ANISOU20379 CG HIS J 165 8553 10627 13305 1598 -668 -192 C \ ATOM 20380 ND1 HIS J 165 -98.666 -57.879 -64.021 1.00 80.45 N \ ANISOU20380 ND1 HIS J 165 8479 10976 13000 1649 -862 124 N \ ATOM 20381 CD2 HIS J 165 -100.095 -59.391 -63.348 1.00 78.50 C \ ANISOU20381 CD2 HIS J 165 8808 11264 13349 1710 -847 260 C \ ATOM 20382 CE1 HIS J 165 -97.976 -58.962 -63.622 1.00 80.44 C \ ANISOU20382 CE1 HIS J 165 9097 11785 13683 1796 -889 424 C \ ATOM 20383 NE2 HIS J 165 -98.851 -59.890 -63.235 1.00 78.08 N \ ANISOU20383 NE2 HIS J 165 9526 12216 14115 1854 -879 562 N \ ATOM 20384 N MET J 166 -103.077 -55.028 -62.690 1.00 84.53 N \ ANISOU20384 N MET J 166 8714 11070 13065 1639 -865 226 N \ ATOM 20385 CA MET J 166 -104.227 -54.106 -62.649 1.00 86.30 C \ ANISOU20385 CA MET J 166 8909 11050 13252 1585 -812 104 C \ ATOM 20386 C MET J 166 -103.799 -52.735 -62.156 1.00 87.19 C \ ANISOU20386 C MET J 166 8999 10985 13508 1622 -730 113 C \ ATOM 20387 O MET J 166 -104.312 -51.725 -62.630 1.00 86.59 O \ ANISOU20387 O MET J 166 9129 11236 13311 1498 -838 -20 O \ ATOM 20388 CB MET J 166 -105.339 -54.647 -61.758 1.00 88.09 C \ ANISOU20388 CB MET J 166 9016 10856 13523 1565 -686 -16 C \ ATOM 20389 CG MET J 166 -106.393 -55.441 -62.529 1.00 92.06 C \ ANISOU20389 CG MET J 166 9059 11019 13233 1458 -795 -123 C \ ATOM 20390 SD MET J 166 -107.525 -54.451 -63.570 1.00 94.74 S \ ANISOU20390 SD MET J 166 9140 10986 13472 1488 -725 -129 S \ ATOM 20391 CE MET J 166 -108.822 -53.995 -62.430 1.00 92.31 C \ ANISOU20391 CE MET J 166 8728 11633 13351 1806 -934 413 C \ ATOM 20392 N LEU J 167 -102.864 -52.709 -61.206 1.00 88.39 N \ ANISOU20392 N LEU J 167 8389 11573 13084 1901 -976 567 N \ ATOM 20393 CA LEU J 167 -102.341 -51.471 -60.624 1.00 86.79 C \ ANISOU20393 CA LEU J 167 8507 11742 13445 2005 -930 626 C \ ATOM 20394 C LEU J 167 -101.666 -50.605 -61.676 1.00 86.65 C \ ANISOU20394 C LEU J 167 8710 12121 13764 2126 -934 798 C \ ATOM 20395 O LEU J 167 -101.915 -49.398 -61.726 1.00 91.02 O \ ANISOU20395 O LEU J 167 8080 11544 12625 1829 -1073 514 O \ ATOM 20396 CB LEU J 167 -101.377 -51.772 -59.467 1.00 84.20 C \ ANISOU20396 CB LEU J 167 8154 11647 12495 1778 -1117 525 C \ ATOM 20397 CG LEU J 167 -101.043 -50.649 -58.482 1.00 84.83 C \ ANISOU20397 CG LEU J 167 8070 11983 12285 1744 -1224 530 C \ ATOM 20398 CD1 LEU J 167 -100.852 -51.178 -57.068 1.00 85.41 C \ ANISOU20398 CD1 LEU J 167 8840 12676 12948 1574 -1239 285 C \ ATOM 20399 CD2 LEU J 167 -99.818 -49.859 -58.919 1.00 85.50 C \ ANISOU20399 CD2 LEU J 167 8385 11483 13401 1965 -883 488 C \ ATOM 20400 N PHE J 168 -100.843 -51.219 -62.520 1.00 85.42 N \ ANISOU20400 N PHE J 168 8478 11571 13741 2062 -817 516 N \ ATOM 20401 CA PHE J 168 -100.119 -50.475 -63.556 1.00 87.97 C \ ANISOU20401 CA PHE J 168 8724 11541 14137 2131 -710 574 C \ ATOM 20402 C PHE J 168 -100.943 -50.171 -64.800 1.00 90.97 C \ ANISOU20402 C PHE J 168 8927 11749 14563 2260 -647 697 C \ ATOM 20403 O PHE J 168 -100.416 -49.615 -65.760 1.00 94.37 O \ ANISOU20403 O PHE J 168 8304 11387 13587 1988 -803 335 O \ ATOM 20404 CB PHE J 168 -98.784 -51.155 -63.913 1.00 86.46 C \ ANISOU20404 CB PHE J 168 8298 11330 13838 2082 -715 335 C \ ATOM 20405 CG PHE J 168 -97.783 -51.099 -62.799 1.00 87.41 C \ ANISOU20405 CG PHE J 168 8199 11574 13397 1932 -891 300 C \ ATOM 20406 CD1 PHE J 168 -97.273 -49.875 -62.355 1.00 88.15 C \ ANISOU20406 CD1 PHE J 168 8891 11477 14195 2046 -683 486 C \ ATOM 20407 CD2 PHE J 168 -97.365 -52.267 -62.167 1.00 88.64 C \ ANISOU20407 CD2 PHE J 168 9143 11467 14577 2083 -580 521 C \ ATOM 20408 CE1 PHE J 168 -96.371 -49.817 -61.314 1.00 87.90 C \ ANISOU20408 CE1 PHE J 168 8826 11065 14100 2037 -599 571 C \ ATOM 20409 CE2 PHE J 168 -96.454 -52.207 -61.127 1.00 87.68 C \ ANISOU20409 CE2 PHE J 168 8373 10460 13540 1937 -589 436 C \ ATOM 20410 CZ PHE J 168 -95.955 -50.986 -60.706 1.00 88.43 C \ ANISOU20410 CZ PHE J 168 9356 11483 14877 2024 -503 327 C \ ATOM 20411 N MET J 169 -102.228 -50.536 -64.772 1.00 88.73 N \ ANISOU20411 N MET J 169 9784 11999 15463 2067 -475 264 N \ ATOM 20412 CA MET J 169 -103.159 -50.173 -65.836 1.00 86.98 C \ ANISOU20412 CA MET J 169 10290 12505 16226 2196 -402 366 C \ ATOM 20413 C MET J 169 -104.214 -49.195 -65.343 1.00 88.68 C \ ANISOU20413 C MET J 169 9959 12271 15573 1999 -506 110 C \ ATOM 20414 O MET J 169 -104.808 -48.474 -66.140 1.00 91.06 O \ ANISOU20414 O MET J 169 10526 12846 16557 2207 -391 270 O \ ATOM 20415 CB MET J 169 -103.796 -51.410 -66.466 1.00 84.88 C \ ANISOU20415 CB MET J 169 10577 12961 16406 2083 -456 116 C \ ATOM 20416 CG MET J 169 -102.884 -52.065 -67.485 1.00 85.00 C \ ANISOU20416 CG MET J 169 8832 11195 14088 2114 -625 770 C \ ATOM 20417 SD MET J 169 -103.668 -53.012 -68.791 1.00 85.11 S \ ANISOU20417 SD MET J 169 8927 11250 14024 2077 -644 831 S \ ATOM 20418 CE MET J 169 -103.842 -54.548 -67.903 1.00 90.71 C \ ANISOU20418 CE MET J 169 9004 11044 14212 2075 -534 846 C \ ATOM 20419 N VAL J 170 -104.446 -49.184 -64.032 1.00 87.57 N \ ANISOU20419 N VAL J 170 8895 10872 13965 2014 -543 842 N \ ATOM 20420 CA VAL J 170 -105.291 -48.173 -63.396 1.00 88.94 C \ ANISOU20420 CA VAL J 170 9211 11793 14292 2182 -691 1053 C \ ATOM 20421 C VAL J 170 -104.478 -46.895 -63.187 1.00 90.55 C \ ANISOU20421 C VAL J 170 9054 11703 14375 2309 -646 1158 C \ ATOM 20422 O VAL J 170 -105.001 -45.785 -63.345 1.00 92.75 O \ ANISOU20422 O VAL J 170 8995 11576 14383 2252 -635 958 O \ ATOM 20423 CB VAL J 170 -105.894 -48.684 -62.066 1.00 87.59 C \ ANISOU20423 CB VAL J 170 9276 11156 14742 2135 -426 852 C \ ATOM 20424 CG1 VAL J 170 -106.563 -47.572 -61.278 1.00 88.08 C \ ANISOU20424 CG1 VAL J 170 9784 11385 15406 2123 -302 843 C \ ATOM 20425 CG2 VAL J 170 -106.905 -49.781 -62.342 1.00 87.30 C \ ANISOU20425 CG2 VAL J 170 10010 11475 15521 1978 -303 614 C \ ATOM 20426 N HIS J 171 -103.198 -47.061 -62.853 1.00 90.97 N \ ANISOU20426 N HIS J 171 10424 11718 15979 1934 -233 596 N \ ATOM 20427 CA HIS J 171 -102.258 -45.940 -62.725 1.00 92.61 C \ ANISOU20427 CA HIS J 171 9771 11223 15713 2206 -176 855 C \ ATOM 20428 C HIS J 171 -100.984 -46.197 -63.503 1.00 89.46 C \ ANISOU20428 C HIS J 171 10067 11691 16140 2357 -183 1035 C \ ATOM 20429 O HIS J 171 -99.974 -46.594 -62.922 1.00 85.21 O \ ANISOU20429 O HIS J 171 9692 11485 15742 2348 -250 904 O \ ATOM 20430 CB HIS J 171 -101.962 -45.641 -61.256 1.00 94.01 C \ ANISOU20430 CB HIS J 171 9812 11582 15734 2225 -290 683 C \ ATOM 20431 CG HIS J 171 -103.201 -45.386 -60.430 1.00 98.03 C \ ANISOU20431 CG HIS J 171 9137 11102 15303 2467 -260 1032 C \ ATOM 20432 ND1 HIS J 171 -103.949 -44.263 -60.553 1.00102.70 N \ ANISOU20432 ND1 HIS J 171 9711 11272 15085 1909 -379 448 N \ ATOM 20433 CD2 HIS J 171 -103.816 -46.161 -59.450 1.00 99.50 C \ ANISOU20433 CD2 HIS J 171 9384 10861 14650 1788 -385 237 C \ ATOM 20434 CE1 HIS J 171 -104.997 -44.324 -59.699 1.00105.09 C \ ANISOU20434 CE1 HIS J 171 9195 10706 14216 1716 -455 233 C \ ATOM 20435 NE2 HIS J 171 -104.919 -45.489 -59.030 1.00105.13 N \ ANISOU20435 NE2 HIS J 171 9283 10737 14216 1628 -459 82 N \ ATOM 20436 N PRO J 172 -101.016 -45.971 -64.834 1.00 89.79 N \ ANISOU20436 N PRO J 172 9418 10987 14643 1754 -425 85 N \ ATOM 20437 CA PRO J 172 -99.872 -46.242 -65.701 1.00 90.02 C \ ANISOU20437 CA PRO J 172 9491 10977 14958 1786 -331 -3 C \ ATOM 20438 C PRO J 172 -98.692 -45.286 -65.520 1.00 90.17 C \ ANISOU20438 C PRO J 172 9894 11437 15539 1894 -302 100 C \ ATOM 20439 O PRO J 172 -97.578 -45.617 -65.938 1.00 88.78 O \ ANISOU20439 O PRO J 172 9399 10776 14919 1711 -270 -198 O \ ATOM 20440 CB PRO J 172 -100.463 -46.102 -67.114 1.00 92.90 C \ ANISOU20440 CB PRO J 172 10279 11742 16157 1927 -206 8 C \ ATOM 20441 CG PRO J 172 -101.597 -45.183 -66.965 1.00 92.47 C \ ANISOU20441 CG PRO J 172 9815 11128 15555 1733 -178 -305 C \ ATOM 20442 CD PRO J 172 -102.156 -45.426 -65.598 1.00 92.00 C \ ANISOU20442 CD PRO J 172 10177 11518 16100 1841 -142 -204 C \ ATOM 20443 N GLU J 173 -98.941 -44.134 -64.896 1.00 92.58 N \ ANISOU20443 N GLU J 173 10047 11317 16202 1865 -39 -324 N \ ATOM 20444 CA GLU J 173 -97.910 -43.122 -64.629 1.00 96.27 C \ ANISOU20444 CA GLU J 173 9104 10727 14021 1758 -507 396 C \ ATOM 20445 C GLU J 173 -96.830 -43.651 -63.688 1.00 97.40 C \ ANISOU20445 C GLU J 173 9185 10838 13889 1701 -559 402 C \ ATOM 20446 O GLU J 173 -95.682 -43.175 -63.708 1.00100.34 O \ ANISOU20446 O GLU J 173 9132 10618 13903 1671 -479 406 O \ ATOM 20447 CB GLU J 173 -98.505 -41.840 -64.019 1.00 96.61 C \ ANISOU20447 CB GLU J 173 9019 10453 13915 1732 -415 561 C \ ATOM 20448 CG GLU J 173 -99.887 -41.439 -64.532 1.00 99.75 C \ ANISOU20448 CG GLU J 173 9097 10945 13680 1754 -628 564 C \ ATOM 20449 CD GLU J 173 -101.041 -42.057 -63.745 1.00 97.17 C \ ANISOU20449 CD GLU J 173 9385 11412 13795 1716 -730 490 C \ ATOM 20450 OE1 GLU J 173 -100.780 -42.825 -62.794 1.00 97.72 O \ ANISOU20450 OE1 GLU J 173 8951 10951 13150 1617 -775 358 O \ ATOM 20451 OE2 GLU J 173 -102.210 -41.772 -64.079 1.00 93.55 O \ ANISOU20451 OE2 GLU J 173 9328 11489 13386 1582 -856 303 O \ ATOM 20452 N TYR J 174 -97.205 -44.636 -62.871 1.00 94.93 N \ ANISOU20452 N TYR J 174 9829 11972 13723 1502 -891 181 N \ ATOM 20453 CA TYR J 174 -96.324 -45.204 -61.854 1.00 91.85 C \ ANISOU20453 CA TYR J 174 9847 11842 13688 1459 -862 107 C \ ATOM 20454 C TYR J 174 -95.277 -46.187 -62.399 1.00 89.80 C \ ANISOU20454 C TYR J 174 10646 12925 14444 1466 -950 134 C \ ATOM 20455 O TYR J 174 -94.411 -46.646 -61.652 1.00 90.11 O \ ANISOU20455 O TYR J 174 9051 10471 13741 1580 -482 244 O \ ATOM 20456 CB TYR J 174 -97.154 -45.847 -60.747 1.00 92.25 C \ ANISOU20456 CB TYR J 174 9374 10666 14130 1537 -410 224 C \ ATOM 20457 CG TYR J 174 -97.732 -44.859 -59.755 1.00 93.24 C \ ANISOU20457 CG TYR J 174 9717 11066 14329 1542 -438 350 C \ ATOM 20458 CD1 TYR J 174 -98.952 -44.221 -59.998 1.00 97.04 C \ ANISOU20458 CD1 TYR J 174 10014 11504 14426 1547 -527 379 C \ ATOM 20459 CD2 TYR J 174 -97.071 -44.584 -58.571 1.00 92.37 C \ ANISOU20459 CD2 TYR J 174 9403 10685 14079 1446 -430 12 C \ ATOM 20460 CE1 TYR J 174 -99.491 -43.326 -59.076 1.00100.48 C \ ANISOU20460 CE1 TYR J 174 9376 10757 13950 1449 -501 -60 C \ ATOM 20461 CE2 TYR J 174 -97.593 -43.697 -57.649 1.00 96.06 C \ ANISOU20461 CE2 TYR J 174 8980 10466 13498 1516 -554 89 C \ ATOM 20462 CZ TYR J 174 -98.798 -43.065 -57.898 1.00 99.47 C \ ANISOU20462 CZ TYR J 174 10280 11527 15003 1535 -354 417 C \ ATOM 20463 OH TYR J 174 -99.295 -42.179 -56.963 1.00 98.87 O \ ANISOU20463 OH TYR J 174 10372 11681 14966 1537 -367 535 O \ ATOM 20464 N ARG J 175 -95.347 -46.497 -63.690 1.00 89.10 N \ ANISOU20464 N ARG J 175 10220 11599 14591 1464 -441 403 N \ ATOM 20465 CA ARG J 175 -94.332 -47.330 -64.352 1.00 89.25 C \ ANISOU20465 CA ARG J 175 9646 10987 14012 1404 -449 229 C \ ATOM 20466 C ARG J 175 -92.974 -46.638 -64.439 1.00 88.57 C \ ANISOU20466 C ARG J 175 10293 11465 15067 1528 -247 615 C \ ATOM 20467 O ARG J 175 -92.810 -45.704 -65.216 1.00 87.87 O \ ANISOU20467 O ARG J 175 10593 11632 15641 1594 -136 735 O \ ATOM 20468 CB ARG J 175 -94.791 -47.776 -65.747 1.00 88.76 C \ ANISOU20468 CB ARG J 175 10663 11542 15894 1553 -4 772 C \ ATOM 20469 CG ARG J 175 -95.574 -49.076 -65.722 1.00 91.04 C \ ANISOU20469 CG ARG J 175 10778 11446 16341 1567 137 770 C \ ATOM 20470 CD ARG J 175 -94.695 -50.301 -65.495 1.00 86.99 C \ ANISOU20470 CD ARG J 175 11235 11884 16924 1702 182 1004 C \ ATOM 20471 NE ARG J 175 -95.508 -51.512 -65.621 1.00 90.02 N \ ANISOU20471 NE ARG J 175 10590 12087 14779 1477 -492 487 N \ ATOM 20472 CZ ARG J 175 -95.112 -52.729 -65.277 1.00 93.50 C \ ANISOU20472 CZ ARG J 175 10166 11717 14159 1422 -544 386 C \ ATOM 20473 NH1 ARG J 175 -93.920 -52.912 -64.752 1.00 93.11 N \ ANISOU20473 NH1 ARG J 175 9728 11188 13796 1360 -484 293 N \ ATOM 20474 NH2 ARG J 175 -95.920 -53.763 -65.440 1.00100.06 N \ ANISOU20474 NH2 ARG J 175 10286 11652 14542 1354 -394 341 N \ ATOM 20475 N PRO J 176 -91.993 -47.125 -63.659 1.00 87.55 N \ ANISOU20475 N PRO J 176 10129 11812 13959 1449 -577 504 N \ ATOM 20476 CA PRO J 176 -90.657 -46.537 -63.689 1.00 89.94 C \ ANISOU20476 CA PRO J 176 10519 12356 14223 1489 -656 550 C \ ATOM 20477 C PRO J 176 -89.922 -46.927 -64.964 1.00 92.41 C \ ANISOU20477 C PRO J 176 11178 13162 14706 1496 -684 619 C \ ATOM 20478 O PRO J 176 -90.206 -47.981 -65.540 1.00 94.60 O \ ANISOU20478 O PRO J 176 12153 14337 15591 1541 -744 701 O \ ATOM 20479 CB PRO J 176 -89.962 -47.173 -62.469 1.00 89.93 C \ ANISOU20479 CB PRO J 176 11534 13832 15034 1615 -727 888 C \ ATOM 20480 CG PRO J 176 -90.997 -48.046 -61.794 1.00 89.71 C \ ANISOU20480 CG PRO J 176 10893 13083 14558 1653 -636 1022 C \ ATOM 20481 CD PRO J 176 -92.032 -48.342 -62.824 1.00 86.71 C \ ANISOU20481 CD PRO J 176 10720 13250 14124 1651 -794 941 C \ ATOM 20482 N LYS J 177 -88.993 -46.088 -65.408 1.00 96.88 N \ ANISOU20482 N LYS J 177 9399 10896 13335 1314 -527 163 N \ ATOM 20483 CA LYS J 177 -88.193 -46.389 -66.603 1.00 97.43 C \ ANISOU20483 CA LYS J 177 9431 10895 13431 1257 -480 69 C \ ATOM 20484 C LYS J 177 -87.367 -47.669 -66.381 1.00 95.83 C \ ANISOU20484 C LYS J 177 9231 10683 13298 1252 -410 181 C \ ATOM 20485 O LYS J 177 -86.997 -47.999 -65.245 1.00 91.18 O \ ANISOU20485 O LYS J 177 9232 10761 13163 1282 -433 287 O \ ATOM 20486 CB LYS J 177 -87.250 -45.235 -66.966 1.00 96.92 C \ ANISOU20486 CB LYS J 177 9538 11084 13338 1243 -549 -25 C \ ATOM 20487 CG LYS J 177 -87.834 -43.831 -67.030 1.00 99.66 C \ ANISOU20487 CG LYS J 177 9297 10866 12990 1271 -616 -39 C \ ATOM 20488 CD LYS J 177 -86.702 -42.819 -67.230 1.00100.27 C \ ANISOU20488 CD LYS J 177 9558 11132 13292 1316 -614 97 C \ ATOM 20489 CE LYS J 177 -86.972 -41.416 -66.674 1.00101.50 C \ ANISOU20489 CE LYS J 177 8991 10354 13271 1209 -319 152 C \ ATOM 20490 NZ LYS J 177 -88.070 -40.689 -67.383 1.00105.39 N \ ANISOU20490 NZ LYS J 177 9372 10707 13746 1194 -233 260 N \ ATOM 20491 N ARG J 178 -87.096 -48.394 -67.469 1.00 98.58 N \ ANISOU20491 N ARG J 178 9453 10892 13709 1154 -249 207 N \ ATOM 20492 CA ARG J 178 -86.211 -49.559 -67.456 1.00 94.86 C \ ANISOU20492 CA ARG J 178 9557 11023 13804 1157 -203 322 C \ ATOM 20493 C ARG J 178 -84.834 -49.218 -66.879 1.00 91.36 C \ ANISOU20493 C ARG J 178 9452 10648 14114 1148 -117 230 C \ ATOM 20494 O ARG J 178 -84.413 -48.061 -66.921 1.00 96.01 O \ ANISOU20494 O ARG J 178 9191 10697 13356 1127 -310 45 O \ ATOM 20495 CB ARG J 178 -86.011 -50.080 -68.879 1.00 94.49 C \ ANISOU20495 CB ARG J 178 9115 10732 13172 1104 -329 -10 C \ ATOM 20496 CG ARG J 178 -87.196 -50.778 -69.496 1.00 97.64 C \ ANISOU20496 CG ARG J 178 8811 10510 12637 1143 -426 -61 C \ ATOM 20497 CD ARG J 178 -86.736 -51.388 -70.812 1.00102.77 C \ ANISOU20497 CD ARG J 178 8211 9892 11990 1159 -478 -123 C \ ATOM 20498 NE ARG J 178 -87.835 -51.722 -71.723 1.00110.76 N \ ANISOU20498 NE ARG J 178 9339 10986 13556 1027 -281 -156 N \ ATOM 20499 CZ ARG J 178 -88.367 -50.882 -72.611 1.00106.33 C \ ANISOU20499 CZ ARG J 178 9327 10888 13787 972 -163 -112 C \ ATOM 20500 NH1 ARG J 178 -87.903 -49.633 -72.722 1.00101.42 N \ ANISOU20500 NH1 ARG J 178 9273 10817 13741 983 -112 31 N \ ATOM 20501 NH2 ARG J 178 -89.363 -51.304 -73.395 1.00100.26 N \ ANISOU20501 NH2 ARG J 178 9497 11008 14162 909 -111 -238 N \ ATOM 20502 N PRO J 179 -84.114 -50.223 -66.357 1.00 88.51 N \ ANISOU20502 N PRO J 179 8913 10696 12607 1157 -438 -35 N \ ATOM 20503 CA PRO J 179 -82.781 -49.981 -65.814 1.00 88.85 C \ ANISOU20503 CA PRO J 179 8810 10651 12304 1194 -509 -84 C \ ATOM 20504 C PRO J 179 -81.887 -49.270 -66.838 1.00 87.42 C \ ANISOU20504 C PRO J 179 8754 10687 12237 1182 -508 -185 C \ ATOM 20505 O PRO J 179 -81.761 -49.736 -67.989 1.00 87.27 O \ ANISOU20505 O PRO J 179 8685 10675 12273 1145 -454 -193 O \ ATOM 20506 CB PRO J 179 -82.262 -51.396 -65.526 1.00 89.38 C \ ANISOU20506 CB PRO J 179 8913 10792 12256 1231 -521 16 C \ ATOM 20507 CG PRO J 179 -83.474 -52.203 -65.285 1.00 87.26 C \ ANISOU20507 CG PRO J 179 9100 11005 12250 1266 -582 -35 C \ ATOM 20508 CD PRO J 179 -84.513 -51.635 -66.200 1.00 89.44 C \ ANISOU20508 CD PRO J 179 9838 11801 12852 1290 -594 40 C \ ATOM 20509 N ALA J 180 -81.294 -48.149 -66.427 1.00 85.85 N \ ANISOU20509 N ALA J 180 10241 12269 13141 1303 -589 19 N \ ATOM 20510 CA ALA J 180 -80.418 -47.391 -67.318 1.00 89.03 C \ ANISOU20510 CA ALA J 180 10375 12336 13402 1300 -607 126 C \ ATOM 20511 C ALA J 180 -79.089 -48.119 -67.575 1.00 89.63 C \ ANISOU20511 C ALA J 180 8549 10505 11914 1216 -562 -254 C \ ATOM 20512 O ALA J 180 -78.450 -47.890 -68.610 1.00 90.50 O \ ANISOU20512 O ALA J 180 8366 10431 11704 1230 -568 -331 O \ ATOM 20513 CB ALA J 180 -80.194 -45.993 -66.791 1.00 90.05 C \ ANISOU20513 CB ALA J 180 8205 10337 11477 1249 -541 -292 C \ ATOM 20514 N ASN J 181 -78.699 -48.995 -66.646 1.00 87.50 N \ ANISOU20514 N ASN J 181 8223 10323 11360 1283 -553 -241 N \ ATOM 20515 CA ASN J 181 -77.469 -49.772 -66.783 1.00 86.91 C \ ANISOU20515 CA ASN J 181 8055 10107 11275 1279 -620 -377 C \ ATOM 20516 C ASN J 181 -77.649 -51.279 -66.634 1.00 84.12 C \ ANISOU20516 C ASN J 181 7666 9827 10830 1324 -626 -421 C \ ATOM 20517 O ASN J 181 -78.467 -51.733 -65.853 1.00 79.21 O \ ANISOU20517 O ASN J 181 7591 9720 10612 1384 -633 -397 O \ ATOM 20518 CB ASN J 181 -76.406 -49.259 -65.802 1.00 89.17 C \ ANISOU20518 CB ASN J 181 7348 9655 10611 1312 -620 -490 C \ ATOM 20519 CG ASN J 181 -75.966 -47.838 -66.112 1.00 89.49 C \ ANISOU20519 CG ASN J 181 7268 9486 10249 1444 -629 -423 C \ ATOM 20520 OD1 ASN J 181 -75.658 -47.510 -67.252 1.00 89.04 O \ ANISOU20520 OD1 ASN J 181 7334 9770 10548 1372 -628 -513 O \ ATOM 20521 ND2 ASN J 181 -75.936 -46.990 -65.094 1.00 91.24 N \ ANISOU20521 ND2 ASN J 181 7206 9586 10281 1445 -630 -470 N \ ATOM 20522 N GLN J 182 -76.862 -52.037 -67.389 1.00 84.79 N \ ANISOU20522 N GLN J 182 7967 10213 11341 1222 -504 -327 N \ ATOM 20523 CA GLN J 182 -76.884 -53.491 -67.336 1.00 83.61 C \ ANISOU20523 CA GLN J 182 7839 10175 11170 1239 -470 -297 C \ ATOM 20524 C GLN J 182 -75.585 -54.045 -66.731 1.00 83.38 C \ ANISOU20524 C GLN J 182 7586 10054 10884 1286 -486 -370 C \ ATOM 20525 O GLN J 182 -74.508 -53.445 -66.874 1.00 83.26 O \ ANISOU20525 O GLN J 182 7514 10115 10938 1257 -474 -434 O \ ATOM 20526 CB GLN J 182 -77.086 -54.042 -68.748 1.00 84.12 C \ ANISOU20526 CB GLN J 182 7937 10319 11425 1171 -398 -259 C \ ATOM 20527 CG GLN J 182 -77.397 -55.528 -68.826 1.00 85.16 C \ ANISOU20527 CG GLN J 182 8079 10565 11505 1193 -362 -221 C \ ATOM 20528 CD GLN J 182 -77.787 -55.970 -70.221 1.00 90.78 C \ ANISOU20528 CD GLN J 182 7886 10137 11438 1138 -370 -166 C \ ATOM 20529 OE1 GLN J 182 -77.105 -56.777 -70.861 1.00 93.83 O \ ANISOU20529 OE1 GLN J 182 7274 9718 10416 1360 -508 -362 O \ ATOM 20530 NE2 GLN J 182 -78.899 -55.443 -70.703 1.00 95.05 N \ ANISOU20530 NE2 GLN J 182 6972 9532 10086 1427 -511 -406 N \ ATOM 20531 N PHE J 183 -75.704 -55.192 -66.063 1.00 81.51 N \ ANISOU20531 N PHE J 183 7230 9953 10418 1417 -463 -410 N \ ATOM 20532 CA PHE J 183 -74.557 -55.893 -65.478 1.00 80.28 C \ ANISOU20532 CA PHE J 183 7604 10311 10751 1407 -426 -363 C \ ATOM 20533 C PHE J 183 -73.558 -56.334 -66.558 1.00 79.01 C \ ANISOU20533 C PHE J 183 6918 9365 9866 1496 -519 -388 C \ ATOM 20534 O PHE J 183 -73.918 -57.038 -67.503 1.00 78.71 O \ ANISOU20534 O PHE J 183 7255 9548 10145 1459 -540 -356 O \ ATOM 20535 CB PHE J 183 -75.053 -57.080 -64.649 1.00 77.48 C \ ANISOU20535 CB PHE J 183 7447 9760 10444 1384 -522 -316 C \ ATOM 20536 CG PHE J 183 -73.971 -58.042 -64.210 1.00 74.55 C \ ANISOU20536 CG PHE J 183 7158 10063 10456 1417 -464 -467 C \ ATOM 20537 CD1 PHE J 183 -73.908 -59.322 -64.752 1.00 73.49 C \ ANISOU20537 CD1 PHE J 183 7178 10271 10567 1404 -418 -482 C \ ATOM 20538 CD2 PHE J 183 -73.050 -57.691 -63.248 1.00 72.68 C \ ANISOU20538 CD2 PHE J 183 7380 10680 10787 1483 -435 -529 C \ ATOM 20539 CE1 PHE J 183 -72.949 -60.238 -64.339 1.00 71.07 C \ ANISOU20539 CE1 PHE J 183 7277 10682 10735 1491 -475 -578 C \ ATOM 20540 CE2 PHE J 183 -72.088 -58.606 -62.828 1.00 72.78 C \ ANISOU20540 CE2 PHE J 183 7373 10530 10948 1286 -381 -506 C \ ATOM 20541 CZ PHE J 183 -72.032 -59.879 -63.381 1.00 71.26 C \ ANISOU20541 CZ PHE J 183 7869 10872 11447 1226 -334 -422 C \ ATOM 20542 N VAL J 184 -72.314 -55.903 -66.409 1.00 77.70 N \ ANISOU20542 N VAL J 184 8116 11157 11907 1112 -276 -440 N \ ATOM 20543 CA VAL J 184 -71.246 -56.259 -67.360 1.00 76.81 C \ ANISOU20543 CA VAL J 184 7942 10806 11744 1068 -232 -336 C \ ATOM 20544 C VAL J 184 -70.217 -57.206 -66.725 1.00 75.08 C \ ANISOU20544 C VAL J 184 7934 10804 11742 1049 -166 -243 C \ ATOM 20545 O VAL J 184 -69.362 -56.749 -65.962 1.00 75.19 O \ ANISOU20545 O VAL J 184 7705 10740 11512 1060 -132 -251 O \ ATOM 20546 CB VAL J 184 -70.511 -55.009 -67.920 1.00 78.12 C \ ANISOU20546 CB VAL J 184 8317 11043 12138 1023 -128 -131 C \ ATOM 20547 CG1 VAL J 184 -69.495 -55.455 -68.973 1.00 79.35 C \ ANISOU20547 CG1 VAL J 184 7542 10922 10909 1548 -401 -509 C \ ATOM 20548 CG2 VAL J 184 -71.494 -53.966 -68.453 1.00 77.54 C \ ANISOU20548 CG2 VAL J 184 7209 10821 10616 1637 -405 -538 C \ ATOM 20549 N PRO J 185 -70.297 -58.522 -67.031 1.00 72.14 N \ ANISOU20549 N PRO J 185 7192 11034 10734 1591 -356 -565 N \ ATOM 20550 CA PRO J 185 -69.326 -59.485 -66.538 1.00 69.99 C \ ANISOU20550 CA PRO J 185 7056 10864 10564 1588 -304 -531 C \ ATOM 20551 C PRO J 185 -67.936 -59.187 -67.101 1.00 72.65 C \ ANISOU20551 C PRO J 185 6920 10436 10185 1771 -396 -498 C \ ATOM 20552 O PRO J 185 -67.764 -59.114 -68.332 1.00 75.45 O \ ANISOU20552 O PRO J 185 6577 10299 9871 1898 -386 -498 O \ ATOM 20553 CB PRO J 185 -69.830 -60.812 -67.090 1.00 68.83 C \ ANISOU20553 CB PRO J 185 6439 10376 9816 1921 -438 -522 C \ ATOM 20554 CG PRO J 185 -71.236 -60.598 -67.494 1.00 70.93 C \ ANISOU20554 CG PRO J 185 6453 9989 9614 2022 -364 -457 C \ ATOM 20555 CD PRO J 185 -71.305 -59.154 -67.896 1.00 72.78 C \ ANISOU20555 CD PRO J 185 7150 11243 10846 1550 -372 -633 C \ ATOM 20556 N ARG J 186 -66.957 -58.999 -66.216 1.00 72.85 N \ ANISOU20556 N ARG J 186 7372 11715 11237 1479 -323 -678 N \ ATOM 20557 CA ARG J 186 -65.589 -58.726 -66.636 1.00 73.74 C \ ANISOU20557 CA ARG J 186 7536 11755 11470 1349 -258 -656 C \ ATOM 20558 C ARG J 186 -64.573 -59.515 -65.832 1.00 75.93 C \ ANISOU20558 C ARG J 186 7495 11879 11552 1293 -199 -671 C \ ATOM 20559 O ARG J 186 -64.568 -59.469 -64.591 1.00 75.52 O \ ANISOU20559 O ARG J 186 7408 11951 11264 1590 -296 -662 O \ ATOM 20560 CB ARG J 186 -65.272 -57.233 -66.574 1.00 75.94 C \ ANISOU20560 CB ARG J 186 7455 12193 11296 1726 -347 -672 C \ ATOM 20561 CG ARG J 186 -65.828 -56.431 -67.750 1.00 79.45 C \ ANISOU20561 CG ARG J 186 7372 12414 11346 1699 -391 -748 C \ ATOM 20562 CD ARG J 186 -65.462 -54.963 -67.649 1.00 82.07 C \ ANISOU20562 CD ARG J 186 7446 12073 11145 1882 -347 -606 C \ ATOM 20563 NE ARG J 186 -66.262 -54.132 -68.552 1.00 80.25 N \ ANISOU20563 NE ARG J 186 7346 12596 11297 1837 -439 -734 N \ ATOM 20564 CZ ARG J 186 -65.876 -53.759 -69.765 1.00 80.22 C \ ANISOU20564 CZ ARG J 186 7439 12230 11129 2020 -383 -586 C \ ATOM 20565 NH1 ARG J 186 -64.707 -54.132 -70.249 1.00 78.85 N \ ANISOU20565 NH1 ARG J 186 7374 12486 11182 2004 -432 -639 N \ ATOM 20566 NH2 ARG J 186 -66.668 -52.991 -70.494 1.00 82.90 N \ ANISOU20566 NH2 ARG J 186 7557 12858 11347 2156 -468 -596 N \ ATOM 20567 N LEU J 187 -63.712 -60.241 -66.558 1.00 77.31 N \ ANISOU20567 N LEU J 187 7997 11939 11860 1305 -265 -610 N \ ATOM 20568 CA LEU J 187 -62.568 -60.940 -65.957 1.00 75.40 C \ ANISOU20568 CA LEU J 187 8323 12129 12245 1199 -201 -558 C \ ATOM 20569 C LEU J 187 -61.261 -60.327 -66.439 1.00 76.22 C \ ANISOU20569 C LEU J 187 8327 11942 12076 1242 -179 -451 C \ ATOM 20570 O LEU J 187 -60.940 -60.408 -67.628 1.00 74.97 O \ ANISOU20570 O LEU J 187 8347 11882 12129 1173 -122 -381 O \ ATOM 20571 CB LEU J 187 -62.625 -62.442 -66.262 1.00 72.49 C \ ANISOU20571 CB LEU J 187 8150 11709 11723 1355 -218 -440 C \ ATOM 20572 CG LEU J 187 -61.505 -63.372 -65.813 1.00 70.40 C \ ANISOU20572 CG LEU J 187 8182 11591 11582 1394 -202 -370 C \ ATOM 20573 CD1 LEU J 187 -61.218 -63.191 -64.338 1.00 70.09 C \ ANISOU20573 CD1 LEU J 187 8444 11629 11714 1419 -260 -354 C \ ATOM 20574 CD2 LEU J 187 -61.873 -64.818 -66.094 1.00 68.58 C \ ANISOU20574 CD2 LEU J 187 8242 11394 11502 1459 -314 -397 C \ ATOM 20575 N TYR J 188 -60.530 -59.716 -65.501 1.00 76.96 N \ ANISOU20575 N TYR J 188 8118 11622 11428 1497 -183 -389 N \ ATOM 20576 CA TYR J 188 -59.279 -58.975 -65.804 1.00 79.82 C \ ANISOU20576 CA TYR J 188 8242 11972 11655 1481 -116 -395 C \ ATOM 20577 C TYR J 188 -59.437 -57.846 -66.818 1.00 80.96 C \ ANISOU20577 C TYR J 188 8174 12135 11734 1493 -118 -455 C \ ATOM 20578 O TYR J 188 -58.449 -57.342 -67.332 1.00 81.40 O \ ANISOU20578 O TYR J 188 8317 12060 11674 1461 -52 -341 O \ ATOM 20579 CB TYR J 188 -58.099 -59.908 -66.219 1.00 80.60 C \ ANISOU20579 CB TYR J 188 7980 12169 11644 1479 -54 -466 C \ ATOM 20580 CG TYR J 188 -57.676 -60.883 -65.134 1.00 81.45 C \ ANISOU20580 CG TYR J 188 8224 12182 11673 1448 16 -345 C \ ATOM 20581 CD1 TYR J 188 -57.148 -60.427 -63.919 1.00 81.94 C \ ANISOU20581 CD1 TYR J 188 8212 12388 11822 1455 15 -409 C \ ATOM 20582 CD2 TYR J 188 -57.826 -62.263 -65.308 1.00 80.71 C \ ANISOU20582 CD2 TYR J 188 8544 11600 11717 1395 -247 -286 C \ ATOM 20583 CE1 TYR J 188 -56.793 -61.318 -62.916 1.00 82.22 C \ ANISOU20583 CE1 TYR J 188 8396 11267 11436 1420 -298 -274 C \ ATOM 20584 CE2 TYR J 188 -57.479 -63.152 -64.308 1.00 81.06 C \ ANISOU20584 CE2 TYR J 188 8254 11097 11143 1509 -304 -314 C \ ATOM 20585 CZ TYR J 188 -56.965 -62.682 -63.120 1.00 81.70 C \ ANISOU20585 CZ TYR J 188 8101 11057 10974 1550 -260 -333 C \ ATOM 20586 OH TYR J 188 -56.635 -63.592 -62.143 1.00 83.60 O \ ANISOU20586 OH TYR J 188 8495 11287 11497 1367 -284 -184 O \ ATOM 20587 N GLY J 189 -60.681 -57.448 -67.088 1.00 83.69 N \ ANISOU20587 N GLY J 189 8564 11287 11705 1294 -284 -142 N \ ATOM 20588 CA GLY J 189 -60.985 -56.368 -68.024 1.00 86.06 C \ ANISOU20588 CA GLY J 189 9156 11817 12249 1270 -265 -27 C \ ATOM 20589 C GLY J 189 -61.607 -56.813 -69.344 1.00 85.13 C \ ANISOU20589 C GLY J 189 9388 11962 12645 1207 -246 27 C \ ATOM 20590 O GLY J 189 -61.797 -55.995 -70.234 1.00 85.17 O \ ANISOU20590 O GLY J 189 9208 11687 12426 1207 -253 139 O \ ATOM 20591 N PHE J 190 -61.905 -58.108 -69.467 1.00 83.12 N \ ANISOU20591 N PHE J 190 8229 10919 11021 1537 -348 -333 N \ ATOM 20592 CA PHE J 190 -62.517 -58.664 -70.674 1.00 82.52 C \ ANISOU20592 CA PHE J 190 8330 10955 11002 1613 -341 -383 C \ ATOM 20593 C PHE J 190 -63.971 -59.065 -70.435 1.00 83.67 C \ ANISOU20593 C PHE J 190 8735 11267 11266 1594 -341 -386 C \ ATOM 20594 O PHE J 190 -64.326 -59.543 -69.341 1.00 81.96 O \ ANISOU20594 O PHE J 190 8986 11412 11483 1557 -384 -370 O \ ATOM 20595 CB PHE J 190 -61.759 -59.893 -71.137 1.00 82.03 C \ ANISOU20595 CB PHE J 190 7993 10533 10677 1671 -376 -415 C \ ATOM 20596 CG PHE J 190 -60.376 -59.613 -71.673 1.00 83.88 C \ ANISOU20596 CG PHE J 190 7615 10318 10421 1708 -373 -422 C \ ATOM 20597 CD1 PHE J 190 -59.268 -59.567 -70.825 1.00 84.34 C \ ANISOU20597 CD1 PHE J 190 8170 10593 10747 1745 -351 -459 C \ ATOM 20598 CD2 PHE J 190 -60.175 -59.462 -73.032 1.00 84.36 C \ ANISOU20598 CD2 PHE J 190 7461 10136 10296 1749 -416 -428 C \ ATOM 20599 CE1 PHE J 190 -57.996 -59.359 -71.323 1.00 83.68 C \ ANISOU20599 CE1 PHE J 190 9119 11719 11573 1620 -292 -417 C \ ATOM 20600 CE2 PHE J 190 -58.910 -59.250 -73.542 1.00 84.43 C \ ANISOU20600 CE2 PHE J 190 10120 12689 12434 1607 -282 -452 C \ ATOM 20601 CZ PHE J 190 -57.818 -59.200 -72.681 1.00 85.34 C \ ANISOU20601 CZ PHE J 190 10579 12994 12838 1632 -297 -523 C \ ATOM 20602 N LYS J 191 -64.810 -58.866 -71.459 1.00 83.86 N \ ANISOU20602 N LYS J 191 10633 12953 12931 1692 -290 -558 N \ ATOM 20603 CA LYS J 191 -66.190 -59.367 -71.438 1.00 81.85 C \ ANISOU20603 CA LYS J 191 10912 13610 13172 1634 -216 -490 C \ ATOM 20604 C LYS J 191 -66.181 -60.866 -71.775 1.00 80.26 C \ ANISOU20604 C LYS J 191 11601 14375 13725 1594 -205 -501 C \ ATOM 20605 O LYS J 191 -65.202 -61.373 -72.328 1.00 79.31 O \ ANISOU20605 O LYS J 191 11885 14777 13996 1540 -213 -399 O \ ATOM 20606 CB LYS J 191 -67.063 -58.595 -72.430 1.00 82.33 C \ ANISOU20606 CB LYS J 191 11786 14558 13785 1604 -179 -610 C \ ATOM 20607 CG LYS J 191 -67.604 -57.263 -71.923 1.00 83.05 C \ ANISOU20607 CG LYS J 191 11988 14976 13958 1524 -202 -432 C \ ATOM 20608 CD LYS J 191 -68.466 -56.616 -73.001 1.00 87.44 C \ ANISOU20608 CD LYS J 191 11812 14732 13715 1556 -182 -576 C \ ATOM 20609 CE LYS J 191 -68.967 -55.241 -72.561 1.00 89.48 C \ ANISOU20609 CE LYS J 191 10717 13115 12913 1579 -329 -510 C \ ATOM 20610 NZ LYS J 191 -70.219 -54.701 -73.184 1.00 87.70 N \ ANISOU20610 NZ LYS J 191 10727 12984 12877 1569 -356 -563 N \ ATOM 20611 N ILE J 192 -67.262 -61.564 -71.444 1.00 79.41 N \ ANISOU20611 N ILE J 192 11146 13364 13217 1599 -302 -679 N \ ATOM 20612 CA ILE J 192 -67.353 -63.008 -71.674 1.00 79.71 C \ ANISOU20612 CA ILE J 192 10830 12908 12869 1591 -302 -752 C \ ATOM 20613 C ILE J 192 -68.367 -63.402 -72.765 1.00 82.30 C \ ANISOU20613 C ILE J 192 10437 12759 12532 1503 -396 -520 C \ ATOM 20614 O ILE J 192 -69.578 -63.191 -72.615 1.00 83.91 O \ ANISOU20614 O ILE J 192 10725 13230 12775 1498 -359 -489 O \ ATOM 20615 CB ILE J 192 -67.628 -63.774 -70.351 1.00 76.86 C \ ANISOU20615 CB ILE J 192 10673 13214 12834 1528 -330 -438 C \ ATOM 20616 CG1 ILE J 192 -66.442 -63.586 -69.405 1.00 74.63 C \ ANISOU20616 CG1 ILE J 192 12187 14525 14233 1628 -246 -707 C \ ATOM 20617 CG2 ILE J 192 -67.860 -65.266 -70.608 1.00 77.67 C \ ANISOU20617 CG2 ILE J 192 12528 14819 14517 1662 -180 -834 C \ ATOM 20618 CD1 ILE J 192 -66.761 -63.911 -67.961 1.00 73.41 C \ ANISOU20618 CD1 ILE J 192 11896 14030 13973 1746 -148 -846 C \ ATOM 20619 N HIS J 193 -67.804 -63.880 -73.871 1.00 85.31 N \ ANISOU20619 N HIS J 193 11671 13689 13738 1790 -83 -944 N \ ATOM 20620 CA HIS J 193 -68.527 -64.127 -75.103 1.00 92.76 C \ ANISOU20620 CA HIS J 193 13342 15817 15290 1680 -120 -860 C \ ATOM 20621 C HIS J 193 -69.570 -65.200 -74.904 1.00 95.83 C \ ANISOU20621 C HIS J 193 13652 16076 15569 1733 -33 -1004 C \ ATOM 20622 O HIS J 193 -69.295 -66.262 -74.346 1.00 96.11 O \ ANISOU20622 O HIS J 193 14853 17108 16694 1682 -19 -1165 O \ ATOM 20623 CB HIS J 193 -67.562 -64.535 -76.218 1.00 99.21 C \ ANISOU20623 CB HIS J 193 14852 17018 16711 1761 110 -1327 C \ ATOM 20624 CG HIS J 193 -68.229 -64.779 -77.535 1.00104.49 C \ ANISOU20624 CG HIS J 193 11370 13514 13541 1770 -187 -746 C \ ATOM 20625 ND1 HIS J 193 -68.607 -63.757 -78.379 1.00107.01 N \ ANISOU20625 ND1 HIS J 193 10951 13029 13210 1867 -159 -729 N \ ATOM 20626 CD2 HIS J 193 -68.585 -65.929 -78.155 1.00105.62 C \ ANISOU20626 CD2 HIS J 193 10749 12653 13035 1879 -189 -706 C \ ATOM 20627 CE1 HIS J 193 -69.168 -64.267 -79.461 1.00107.71 C \ ANISOU20627 CE1 HIS J 193 10721 12612 13081 1958 -182 -658 C \ ATOM 20628 NE2 HIS J 193 -69.167 -65.583 -79.350 1.00105.96 N \ ANISOU20628 NE2 HIS J 193 11038 13294 13391 1893 -176 -649 N \ ATOM 20629 N PRO J 194 -70.775 -64.911 -75.366 1.00 96.72 N \ ANISOU20629 N PRO J 194 11187 12989 13416 1803 -222 -733 N \ ATOM 20630 CA PRO J 194 -71.876 -65.856 -75.225 1.00 96.30 C \ ANISOU20630 CA PRO J 194 11507 13135 13760 1813 -235 -719 C \ ATOM 20631 C PRO J 194 -71.542 -67.214 -75.824 1.00 99.30 C \ ANISOU20631 C PRO J 194 11494 12964 13698 1801 -172 -828 C \ ATOM 20632 O PRO J 194 -72.473 -68.000 -76.003 1.00 96.35 O \ ANISOU20632 O PRO J 194 10716 12004 12950 1836 -134 -837 O \ ATOM 20633 CB PRO J 194 -73.003 -65.194 -76.021 1.00 94.03 C \ ANISOU20633 CB PRO J 194 11573 13208 13818 1727 -316 -676 C \ ATOM 20634 CG PRO J 194 -72.301 -64.391 -77.054 1.00 96.67 C \ ANISOU20634 CG PRO J 194 11648 13411 13960 1723 -370 -587 C \ ATOM 20635 CD PRO J 194 -71.041 -63.897 -76.402 1.00 96.65 C \ ANISOU20635 CD PRO J 194 11590 13325 13967 1756 -397 -535 C \ ATOM 20636 N MET J 195 -70.279 -67.514 -76.134 1.00107.76 N \ ANISOU20636 N MET J 195 11854 13776 14173 1684 -386 -560 N \ ATOM 20637 CA MET J 195 -70.062 -68.808 -76.683 1.00110.18 C \ ANISOU20637 CA MET J 195 11660 13525 14109 1738 -442 -481 C \ ATOM 20638 C MET J 195 -69.541 -69.639 -75.552 1.00105.01 C \ ANISOU20638 C MET J 195 12175 14200 14579 1667 -422 -494 C \ ATOM 20639 O MET J 195 -69.449 -70.855 -75.656 1.00102.91 O \ ANISOU20639 O MET J 195 11876 13872 14347 1690 -451 -467 O \ ATOM 20640 CB MET J 195 -69.016 -68.768 -77.796 1.00116.99 C \ ANISOU20640 CB MET J 195 11959 14071 14525 1662 -480 -429 C \ ATOM 20641 CG MET J 195 -68.534 -70.134 -78.279 1.00119.22 C \ ANISOU20641 CG MET J 195 11858 13410 13987 1745 -158 -913 C \ ATOM 20642 SD MET J 195 -69.881 -71.324 -78.573 1.00128.06 S \ ANISOU20642 SD MET J 195 11746 13191 13826 1709 -97 -1054 S \ ATOM 20643 CE MET J 195 -69.006 -72.842 -78.973 1.00127.86 C \ ANISOU20643 CE MET J 195 10937 12269 13070 1812 6 -1098 C \ ATOM 20644 N ALA J 196 -69.186 -68.964 -74.474 1.00101.13 N \ ANISOU20644 N ALA J 196 10379 11522 12530 1816 83 -1194 N \ ATOM 20645 CA ALA J 196 -68.442 -69.597 -73.408 1.00 97.88 C \ ANISOU20645 CA ALA J 196 12941 14579 14924 1638 -110 -1126 C \ ATOM 20646 C ALA J 196 -69.269 -69.984 -72.234 1.00 95.90 C \ ANISOU20646 C ALA J 196 13804 15530 15729 1535 -196 -1110 C \ ATOM 20647 O ALA J 196 -68.719 -70.258 -71.198 1.00 95.84 O \ ANISOU20647 O ALA J 196 14994 16952 16813 1476 -209 -1162 O \ ATOM 20648 CB ALA J 196 -67.335 -68.689 -72.935 1.00 99.29 C \ ANISOU20648 CB ALA J 196 15611 17670 17390 1504 -152 -1219 C \ ATOM 20649 N TYR J 197 -70.574 -69.978 -72.381 1.00 98.94 N \ ANISOU20649 N TYR J 197 14754 16821 16526 1401 -284 -1131 N \ ATOM 20650 CA TYR J 197 -71.395 -70.498 -71.326 1.00101.07 C \ ANISOU20650 CA TYR J 197 10853 12305 13028 1896 12 -1022 C \ ATOM 20651 C TYR J 197 -71.986 -71.717 -71.921 1.00100.43 C \ ANISOU20651 C TYR J 197 11092 12490 13326 2012 109 -1046 C \ ATOM 20652 O TYR J 197 -72.355 -72.630 -71.227 1.00 93.88 O \ ANISOU20652 O TYR J 197 10587 11847 12915 2112 123 -941 O \ ATOM 20653 CB TYR J 197 -72.522 -69.549 -71.001 1.00101.59 C \ ANISOU20653 CB TYR J 197 10944 12060 13332 2210 218 -957 C \ ATOM 20654 CG TYR J 197 -72.107 -68.310 -70.330 1.00102.70 C \ ANISOU20654 CG TYR J 197 9901 11212 12241 2088 33 -833 C \ ATOM 20655 CD1 TYR J 197 -72.162 -68.196 -68.956 1.00102.34 C \ ANISOU20655 CD1 TYR J 197 9661 10896 12071 2172 28 -721 C \ ATOM 20656 CD2 TYR J 197 -71.633 -67.261 -71.066 1.00104.76 C \ ANISOU20656 CD2 TYR J 197 10098 11079 12506 2144 64 -742 C \ ATOM 20657 CE1 TYR J 197 -71.798 -67.039 -68.352 1.00103.42 C \ ANISOU20657 CE1 TYR J 197 10556 11419 13022 2234 107 -664 C \ ATOM 20658 CE2 TYR J 197 -71.264 -66.098 -70.460 1.00107.79 C \ ANISOU20658 CE2 TYR J 197 9359 10762 11778 2132 -80 -627 C \ ATOM 20659 CZ TYR J 197 -71.359 -66.001 -69.103 1.00105.53 C \ ANISOU20659 CZ TYR J 197 9013 10637 11501 2217 -100 -548 C \ ATOM 20660 OH TYR J 197 -70.968 -64.841 -68.519 1.00106.74 O \ ANISOU20660 OH TYR J 197 8924 10711 11430 2151 -198 -494 O \ ATOM 20661 N GLN J 198 -72.084 -71.689 -73.239 1.00103.32 N \ ANISOU20661 N GLN J 198 8840 10552 11328 2090 -247 -474 N \ ATOM 20662 CA GLN J 198 -72.658 -72.767 -74.003 1.00102.02 C \ ANISOU20662 CA GLN J 198 9247 11258 11799 2152 -219 -481 C \ ATOM 20663 C GLN J 198 -71.691 -73.897 -73.874 1.00 95.48 C \ ANISOU20663 C GLN J 198 10128 11051 12473 2017 41 -836 C \ ATOM 20664 O GLN J 198 -72.060 -75.055 -73.917 1.00 90.62 O \ ANISOU20664 O GLN J 198 9958 10666 12309 1962 67 -868 O \ ATOM 20665 CB GLN J 198 -72.753 -72.336 -75.455 1.00111.71 C \ ANISOU20665 CB GLN J 198 10557 11040 12946 1991 199 -969 C \ ATOM 20666 CG GLN J 198 -74.034 -71.546 -75.765 1.00118.60 C \ ANISOU20666 CG GLN J 198 10735 11004 13170 1985 255 -967 C \ ATOM 20667 CD GLN J 198 -74.160 -71.127 -77.228 1.00128.33 C \ ANISOU20667 CD GLN J 198 9368 10136 11649 1813 -7 -939 C \ ATOM 20668 OE1 GLN J 198 -73.269 -71.396 -78.053 1.00133.36 O \ ANISOU20668 OE1 GLN J 198 8968 9801 11247 1766 -108 -843 O \ ATOM 20669 NE2 GLN J 198 -75.250 -70.423 -77.546 1.00126.60 N \ ANISOU20669 NE2 GLN J 198 8915 9810 11135 1634 -167 -920 N \ ATOM 20670 N LEU J 199 -70.440 -73.520 -73.676 1.00 95.24 N \ ANISOU20670 N LEU J 199 9235 9885 11571 1808 -71 -776 N \ ATOM 20671 CA LEU J 199 -69.356 -74.456 -73.626 1.00 97.14 C \ ANISOU20671 CA LEU J 199 10929 11457 13311 2021 260 -1064 C \ ATOM 20672 C LEU J 199 -69.206 -74.933 -72.193 1.00 93.04 C \ ANISOU20672 C LEU J 199 11468 11777 13908 2062 404 -1172 C \ ATOM 20673 O LEU J 199 -68.771 -76.030 -71.958 1.00 95.64 O \ ANISOU20673 O LEU J 199 11948 12139 14492 2233 479 -1033 O \ ATOM 20674 CB LEU J 199 -68.055 -73.827 -74.131 1.00 20.00 C \ ANISOU20674 CB LEU J 199 12775 12714 15396 2276 572 -1007 C \ ATOM 20675 CG LEU J 199 -68.015 -73.453 -75.615 1.00 20.00 C \ ANISOU20675 CG LEU J 199 11195 11629 13600 2067 445 -1298 C \ ATOM 20676 CD1 LEU J 199 -66.731 -72.709 -75.946 1.00 20.00 C \ ANISOU20676 CD1 LEU J 199 10952 11559 13247 1929 392 -1439 C \ ATOM 20677 CD2 LEU J 199 -68.163 -74.690 -76.487 1.00 20.00 C \ ANISOU20677 CD2 LEU J 199 11261 11974 13536 1965 467 -1559 C \ ATOM 20678 N GLN J 200 -69.594 -74.088 -71.248 1.00 87.79 N \ ANISOU20678 N GLN J 200 11437 12008 13792 2062 593 -1613 N \ ATOM 20679 CA GLN J 200 -69.554 -74.363 -69.812 1.00 85.88 C \ ANISOU20679 CA GLN J 200 11245 12219 13414 1891 392 -1592 C \ ATOM 20680 C GLN J 200 -70.726 -75.206 -69.383 1.00 88.65 C \ ANISOU20680 C GLN J 200 11963 12360 14515 2335 442 -938 C \ ATOM 20681 O GLN J 200 -70.658 -75.894 -68.406 1.00 92.11 O \ ANISOU20681 O GLN J 200 12469 12830 15118 2515 510 -809 O \ ATOM 20682 CB GLN J 200 -69.663 -73.060 -69.032 1.00 83.96 C \ ANISOU20682 CB GLN J 200 12646 12849 15342 2560 522 -674 C \ ATOM 20683 CG GLN J 200 -68.344 -72.540 -68.482 1.00 81.99 C \ ANISOU20683 CG GLN J 200 13077 13210 15858 2715 596 -551 C \ ATOM 20684 CD GLN J 200 -68.503 -71.191 -67.857 1.00 81.76 C \ ANISOU20684 CD GLN J 200 12109 12783 14755 2585 427 -712 C \ ATOM 20685 OE1 GLN J 200 -69.545 -70.855 -67.268 1.00 80.85 O \ ANISOU20685 OE1 GLN J 200 12615 12775 15257 2430 453 -689 O \ ATOM 20686 NE2 GLN J 200 -67.491 -70.373 -68.044 1.00 85.03 N \ ANISOU20686 NE2 GLN J 200 13379 13403 16058 2465 467 -560 N \ ATOM 20687 N LEU J 201 -71.835 -75.080 -70.079 1.00 88.57 N \ ANISOU20687 N LEU J 201 14678 14381 17399 2396 581 -660 N \ ATOM 20688 CA LEU J 201 -73.071 -75.748 -69.709 1.00 86.68 C \ ANISOU20688 CA LEU J 201 15396 14878 18201 2479 686 -567 C \ ATOM 20689 C LEU J 201 -73.063 -77.184 -70.129 1.00 90.92 C \ ANISOU20689 C LEU J 201 12719 12911 15329 2372 325 -507 C \ ATOM 20690 O LEU J 201 -73.788 -77.967 -69.561 1.00 91.88 O \ ANISOU20690 O LEU J 201 14961 14649 17630 2242 567 -850 O \ ATOM 20691 CB LEU J 201 -74.269 -75.070 -70.340 1.00 82.00 C \ ANISOU20691 CB LEU J 201 14415 13816 17143 2169 693 -990 C \ ATOM 20692 CG LEU J 201 -75.042 -74.077 -69.490 1.00 79.00 C \ ANISOU20692 CG LEU J 201 14674 13873 17508 2289 861 -1025 C \ ATOM 20693 CD1 LEU J 201 -76.213 -73.558 -70.282 1.00 78.59 C \ ANISOU20693 CD1 LEU J 201 14928 13844 17870 2345 992 -977 C \ ATOM 20694 CD2 LEU J 201 -75.516 -74.777 -68.243 1.00 80.78 C \ ANISOU20694 CD2 LEU J 201 14121 13601 16777 2002 659 -1211 C \ ATOM 20695 N GLN J 202 -72.250 -77.534 -71.124 1.00 93.95 N \ ANISOU20695 N GLN J 202 15323 14565 18056 1970 813 -1386 N \ ATOM 20696 CA GLN J 202 -72.083 -78.912 -71.522 1.00 97.79 C \ ANISOU20696 CA GLN J 202 14648 13988 17456 2325 865 -1113 C \ ATOM 20697 C GLN J 202 -71.234 -79.601 -70.481 1.00101.54 C \ ANISOU20697 C GLN J 202 14630 13789 17541 2425 1030 -1189 C \ ATOM 20698 O GLN J 202 -71.591 -80.603 -69.904 1.00107.61 O \ ANISOU20698 O GLN J 202 14936 13929 17964 2612 1117 -968 O \ ATOM 20699 CB GLN J 202 -71.272 -78.980 -72.788 1.00 95.87 C \ ANISOU20699 CB GLN J 202 15800 14465 18951 2652 1276 -971 C \ ATOM 20700 CG GLN J 202 -71.771 -78.425 -74.070 1.00 94.12 C \ ANISOU20700 CG GLN J 202 14338 13749 17202 2482 1000 -1243 C \ ATOM 20701 CD GLN J 202 -70.786 -78.746 -75.219 1.00 96.78 C \ ANISOU20701 CD GLN J 202 14232 13749 17008 2326 983 -1489 C \ ATOM 20702 OE1 GLN J 202 -70.062 -79.768 -75.281 1.00 98.01 O \ ANISOU20702 OE1 GLN J 202 14978 14452 17705 2161 955 -1615 O \ ATOM 20703 NE2 GLN J 202 -70.752 -77.835 -76.141 1.00 97.06 N \ ANISOU20703 NE2 GLN J 202 14299 14000 17048 2378 991 -1547 N \ ATOM 20704 N ALA J 203 -70.069 -79.033 -70.267 1.00102.22 N \ ANISOU20704 N ALA J 203 14316 13549 17311 2724 1013 -769 N \ ATOM 20705 CA ALA J 203 -69.068 -79.642 -69.443 1.00106.38 C \ ANISOU20705 CA ALA J 203 14246 13412 17325 2901 1063 -535 C \ ATOM 20706 C ALA J 203 -69.681 -80.038 -68.140 1.00107.48 C \ ANISOU20706 C ALA J 203 15128 13912 18362 3002 1274 -511 C \ ATOM 20707 O ALA J 203 -69.075 -80.734 -67.361 1.00110.92 O \ ANISOU20707 O ALA J 203 15705 14386 19010 3132 1331 -301 O \ ATOM 20708 CB ALA J 203 -67.940 -78.684 -69.198 1.00104.35 C \ ANISOU20708 CB ALA J 203 14021 13264 17038 2842 951 -406 C \ ATOM 20709 N ALA J 204 -70.893 -79.601 -67.908 1.00106.98 N \ ANISOU20709 N ALA J 204 13975 13328 17028 3021 940 -155 N \ ATOM 20710 CA ALA J 204 -71.521 -79.951 -66.673 1.00112.75 C \ ANISOU20710 CA ALA J 204 13928 13317 16945 3002 877 -16 C \ ATOM 20711 C ALA J 204 -72.505 -81.030 -66.972 1.00122.27 C \ ANISOU20711 C ALA J 204 13745 13194 16869 3214 995 -61 C \ ATOM 20712 O ALA J 204 -72.652 -81.982 -66.204 1.00127.59 O \ ANISOU20712 O ALA J 204 13498 13031 16543 3177 870 217 O \ ATOM 20713 CB ALA J 204 -72.225 -78.761 -66.096 1.00107.80 C \ ANISOU20713 CB ALA J 204 13600 13206 16757 3391 981 175 C \ ATOM 20714 N SER J 205 -73.181 -80.898 -68.105 1.00124.33 N \ ANISOU20714 N SER J 205 13450 13103 16562 3372 917 315 N \ ATOM 20715 CA SER J 205 -73.956 -82.025 -68.571 1.00119.42 C \ ANISOU20715 CA SER J 205 10626 13086 11433 -1069 1684 911 C \ ATOM 20716 C SER J 205 -73.120 -83.237 -68.843 1.00121.21 C \ ANISOU20716 C SER J 205 10880 12980 11692 -962 1650 876 C \ ATOM 20717 O SER J 205 -73.349 -84.281 -68.273 1.00122.76 O \ ANISOU20717 O SER J 205 11335 13278 12183 -1075 1628 901 O \ ATOM 20718 CB SER J 205 -74.575 -81.760 -69.903 1.00117.12 C \ ANISOU20718 CB SER J 205 11821 13994 12712 -1174 1634 913 C \ ATOM 20719 OG SER J 205 -74.727 -82.986 -70.604 1.00126.19 O \ ANISOU20719 OG SER J 205 11690 13250 12517 -1057 1598 908 O \ ATOM 20720 N ASN J 206 -72.172 -83.093 -69.758 1.00121.31 N \ ANISOU20720 N ASN J 206 11875 13266 12726 -1141 1569 922 N \ ATOM 20721 CA ASN J 206 -71.411 -84.218 -70.232 1.00120.96 C \ ANISOU20721 CA ASN J 206 11595 13097 12512 -1044 1562 873 C \ ATOM 20722 C ASN J 206 -70.935 -84.906 -68.961 1.00123.25 C \ ANISOU20722 C ASN J 206 11283 12803 12213 -880 1562 832 C \ ATOM 20723 O ASN J 206 -71.222 -86.079 -68.708 1.00129.53 O \ ANISOU20723 O ASN J 206 12210 13196 13013 -1116 1542 938 O \ ATOM 20724 CB ASN J 206 -70.213 -83.752 -71.089 1.00119.20 C \ ANISOU20724 CB ASN J 206 12495 13434 13245 -1066 1558 947 C \ ATOM 20725 CG ASN J 206 -70.553 -83.532 -72.554 1.00118.41 C \ ANISOU20725 CG ASN J 206 12101 13373 12876 -964 1585 906 C \ ATOM 20726 OD1 ASN J 206 -71.719 -83.480 -72.947 1.00124.06 O \ ANISOU20726 OD1 ASN J 206 11624 13186 12577 -1146 1549 881 O \ ATOM 20727 ND2 ASN J 206 -69.525 -83.327 -73.349 1.00119.35 N \ ANISOU20727 ND2 ASN J 206 11750 13423 12766 -1072 1541 838 N \ ATOM 20728 N PHE J 207 -70.237 -84.145 -68.124 1.00118.90 N \ ANISOU20728 N PHE J 207 11955 13331 12969 -979 1512 827 N \ ATOM 20729 CA PHE J 207 -69.833 -84.608 -66.829 1.00118.40 C \ ANISOU20729 CA PHE J 207 12026 13142 13005 -1049 1486 853 C \ ATOM 20730 C PHE J 207 -69.865 -86.120 -66.636 1.00124.76 C \ ANISOU20730 C PHE J 207 11681 13516 12734 -1219 1529 850 C \ ATOM 20731 O PHE J 207 -69.837 -86.603 -65.507 1.00129.23 O \ ANISOU20731 O PHE J 207 11237 13181 12354 -1140 1521 805 O \ ATOM 20732 CB PHE J 207 -70.682 -83.941 -65.786 1.00116.66 C \ ANISOU20732 CB PHE J 207 11759 13931 12821 -1320 1557 874 C \ ATOM 20733 CG PHE J 207 -70.072 -83.951 -64.463 1.00116.68 C \ ANISOU20733 CG PHE J 207 12293 13715 13339 -821 1509 790 C \ ATOM 20734 CD1 PHE J 207 -70.800 -83.613 -63.332 1.00116.31 C \ ANISOU20734 CD1 PHE J 207 12602 13795 13655 -731 1480 790 C \ ATOM 20735 CD2 PHE J 207 -68.754 -84.310 -64.355 1.00115.30 C \ ANISOU20735 CD2 PHE J 207 12965 14118 14048 -790 1459 789 C \ ATOM 20736 CE1 PHE J 207 -70.191 -83.658 -62.095 1.00113.36 C \ ANISOU20736 CE1 PHE J 207 13198 14546 14313 -868 1465 774 C \ ATOM 20737 CE2 PHE J 207 -68.138 -84.327 -63.135 1.00114.66 C \ ANISOU20737 CE2 PHE J 207 12494 13821 13579 -569 1475 754 C \ ATOM 20738 CZ PHE J 207 -68.857 -84.007 -61.997 1.00113.48 C \ ANISOU20738 CZ PHE J 207 12423 13961 13492 -545 1500 732 C \ """, "4md9.interface.23") cmd.set('ignore_case', '0') cmd.set('retain_order', '1') cmd.set('cartoon_smooth_loops', 0) cmd.set('transparency', 0.6) cmd.set('surface_color', 'grey80') cmd.hide('everything', 'all') cmd.color('grey80', 'all') cmd.select('dom', 'c. L & i. 3-330') cmd.show('cartoon', 'dom') cmd.spectrum('count', 'rainbow', 'dom') cmd.create('partner', 'c. J & i. 7-207') cmd.show('cartoon', 'partner') cmd.select('inter_resi', 'c. J & i. 34 | c. J & i. 89 | c. J & i. 90 | c. J & i. 91 | c. J & i. 166 | c. J & i. 169 | c. J & i. 170') cmd.color('purple', 'inter_resi') cmd.orient('dom | inter_resi') cmd.select('ptn_inter_resi', 'byres (!(n. C+O+H+CA+N)&dom within 4 of inter)') cmd.set_bond('stick_radius', 0.1, 'ptn_inter_resi') cmd.color('atomic','!e. C & inter_resi & (!(n. C+O+H+CA|(n. N&!r. pro)))') cmd.color('grey70','e. C & inter_resi & (!(n. C+O+H+CA|(n. N&!r. pro)))') cmd.color('atomic', '!e. C & ptn_inter_resi & (!(n. C+O+H+CA|(n. N&!r. pro)))') cmd.color('grey70', 'e. C & ptn_inter_resi & (!(n. C+O+H+CA|(n. N&!r. pro)))') cmd.show('sticks', 'ptn_inter_resi & !(n;C,O,H|(n. N&!r. pro))') cmd.show('sticks', 'inter_resi & !(n;C,O,H|(n. N&!r. pro))') cmd.show('surface', 'partner') cmd.deselect()