cmd.read_pdbstr("""\\nATOM 26613 N PRO 8 2 -86.056 -67.643 58.360 1.00 79.38 N \ ANISOU26613 N PRO 8 2 7585 8754 13820 1411 1018 1296 N \ ATOM 26614 CA PRO 8 2 -86.231 -68.605 59.451 1.00 72.47 C \ ANISOU26614 CA PRO 8 2 6699 7890 12945 1382 1021 1299 C \ ATOM 26615 C PRO 8 2 -87.056 -68.002 60.562 1.00 71.65 C \ ANISOU26615 C PRO 8 2 6596 7815 12814 1414 1031 1301 C \ ATOM 26616 O PRO 8 2 -86.713 -66.932 61.040 1.00 73.81 O \ ANISOU26616 O PRO 8 2 6900 8065 13080 1446 1031 1299 O \ ATOM 26617 CB PRO 8 2 -84.797 -68.842 59.937 1.00 84.18 C \ ANISOU26617 CB PRO 8 2 8218 9313 14455 1358 1012 1298 C \ ATOM 26618 CG PRO 8 2 -84.022 -67.654 59.415 1.00 90.92 C \ ANISOU26618 CG PRO 8 2 9105 10126 15314 1387 1005 1293 C \ ATOM 26619 CD PRO 8 2 -84.632 -67.409 58.081 1.00 79.46 C \ ANISOU26619 CD PRO 8 2 7632 8703 13857 1401 1006 1292 C \ ATOM 26620 N LYS 8 3 -88.118 -68.689 60.969 1.00 52.81 N \ ANISOU26620 N LYS 8 3 4176 5478 10412 1404 1040 1305 N \ ATOM 26621 CA LYS 8 3 -89.049 -68.156 61.955 1.00 45.55 C \ ANISOU26621 CA LYS 8 3 3252 4591 9464 1434 1050 1307 C \ ATOM 26622 C LYS 8 3 -89.906 -67.115 61.275 1.00 43.54 C \ ANISOU26622 C LYS 8 3 2988 4368 9188 1479 1056 1306 C \ ATOM 26623 O LYS 8 3 -89.436 -66.037 60.967 1.00 47.27 O \ ANISOU26623 O LYS 8 3 3487 4813 9661 1509 1052 1303 O \ ATOM 26624 CB LYS 8 3 -88.280 -67.528 63.111 1.00 51.24 C \ ANISOU26624 CB LYS 8 3 4012 5271 10185 1446 1049 1306 C \ ATOM 26625 CG LYS 8 3 -89.119 -67.060 64.278 1.00 58.58 C \ ANISOU26625 CG LYS 8 3 4939 6230 11087 1473 1059 1307 C \ ATOM 26626 CD LYS 8 3 -88.216 -66.707 65.455 1.00 61.87 C \ ANISOU26626 CD LYS 8 3 5395 6602 11509 1474 1056 1307 C \ ATOM 26627 CE LYS 8 3 -88.976 -66.659 66.771 1.00 52.24 C \ ANISOU26627 CE LYS 8 3 4171 5412 10267 1486 1066 1309 C \ ATOM 26628 NZ LYS 8 3 -88.073 -66.867 67.943 1.00 53.41 N \ ANISOU26628 NZ LYS 8 3 4348 5520 10426 1468 1063 1310 N \ ATOM 26629 N MET 8 4 -91.164 -67.446 61.024 1.00 67.77 N \ ANISOU26629 N MET 8 4 6017 7493 12238 1483 1064 1308 N \ ATOM 26630 CA MET 8 4 -92.027 -66.568 60.255 1.00 59.63 C \ ANISOU26630 CA MET 8 4 4973 6495 11189 1522 1069 1307 C \ ATOM 26631 C MET 8 4 -92.388 -65.373 61.083 1.00 65.16 C \ ANISOU26631 C MET 8 4 5693 7199 11867 1568 1076 1307 C \ ATOM 26632 O MET 8 4 -92.514 -65.469 62.301 1.00 79.47 O \ ANISOU26632 O MET 8 4 7511 9014 13670 1567 1081 1308 O \ ATOM 26633 CB MET 8 4 -93.295 -67.293 59.834 1.00 55.38 C \ ANISOU26633 CB MET 8 4 4388 6018 10637 1513 1077 1310 C \ ATOM 26634 CG MET 8 4 -93.039 -68.677 59.309 1.00 70.05 C \ ANISOU26634 CG MET 8 4 6224 7876 12515 1463 1072 1312 C \ ATOM 26635 SD MET 8 4 -94.294 -69.194 58.148 1.00 72.87 S \ ANISOU26635 SD MET 8 4 6530 8294 12862 1459 1077 1314 S \ ATOM 26636 CE MET 8 4 -95.768 -68.994 59.133 1.00 86.52 C \ ANISOU26636 CE MET 8 4 8236 10082 14557 1485 1092 1317 C \ ATOM 26637 N LYS 8 5 -92.561 -64.244 60.414 1.00 47.52 N \ ANISOU26637 N LYS 8 5 3467 4965 9622 1607 1076 1304 N \ ATOM 26638 CA LYS 8 5 -92.898 -63.007 61.097 1.00 42.97 C \ ANISOU26638 CA LYS 8 5 2910 4393 9025 1654 1082 1303 C \ ATOM 26639 C LYS 8 5 -94.391 -62.680 61.026 1.00 47.94 C \ ANISOU26639 C LYS 8 5 3507 5083 9625 1683 1094 1305 C \ ATOM 26640 O LYS 8 5 -94.980 -62.655 59.951 1.00 48.57 O \ ANISOU26640 O LYS 8 5 3562 5190 9701 1690 1094 1306 O \ ATOM 26641 CB LYS 8 5 -92.074 -61.854 60.527 1.00 53.02 C \ ANISOU26641 CB LYS 8 5 4218 5623 10306 1682 1075 1300 C \ ATOM 26642 CG LYS 8 5 -90.566 -61.974 60.722 1.00 47.09 C \ ANISOU26642 CG LYS 8 5 3504 4808 9581 1659 1064 1297 C \ ATOM 26643 CD LYS 8 5 -89.913 -60.619 60.476 1.00 49.61 C \ ANISOU26643 CD LYS 8 5 3859 5089 9900 1696 1060 1294 C \ ATOM 26644 CE LYS 8 5 -88.404 -60.661 60.619 1.00 49.00 C \ ANISOU26644 CE LYS 8 5 3820 4948 9850 1676 1049 1291 C \ ATOM 26645 NZ LYS 8 5 -87.838 -59.273 60.550 1.00 43.36 N \ ANISOU26645 NZ LYS 8 5 3143 4200 9133 1716 1046 1288 N \ ATOM 26646 N THR 8 6 -95.000 -62.431 62.178 1.00 62.63 N \ ANISOU26646 N THR 8 6 5366 6964 11465 1700 1103 1307 N \ ATOM 26647 CA THR 8 6 -96.408 -62.093 62.195 1.00 60.17 C \ ANISOU26647 CA THR 8 6 5025 6710 11126 1729 1114 1309 C \ ATOM 26648 C THR 8 6 -96.591 -60.839 61.382 1.00 56.03 C \ ANISOU26648 C THR 8 6 4511 6186 10593 1773 1113 1306 C \ ATOM 26649 O THR 8 6 -95.927 -59.836 61.614 1.00 59.77 O \ ANISOU26649 O THR 8 6 5019 6622 11067 1799 1110 1304 O \ ATOM 26650 CB THR 8 6 -96.943 -61.845 63.617 1.00 62.46 C \ ANISOU26650 CB THR 8 6 5320 7017 11396 1744 1124 1310 C \ ATOM 26651 OG1 THR 8 6 -96.079 -60.932 64.302 1.00 61.14 O \ ANISOU26651 OG1 THR 8 6 5196 6804 11231 1765 1121 1307 O \ ATOM 26652 CG2 THR 8 6 -97.012 -63.139 64.395 1.00 65.66 C \ ANISOU26652 CG2 THR 8 6 5709 7433 11807 1702 1126 1312 C \ ATOM 26653 N HIS 8 7 -97.492 -60.900 60.417 1.00 47.20 N \ ANISOU26653 N HIS 8 7 3360 5109 9465 1781 1116 1308 N \ ATOM 26654 CA HIS 8 7 -97.763 -59.749 59.581 1.00 48.85 C \ ANISOU26654 CA HIS 8 7 3573 5322 9664 1823 1116 1306 C \ ATOM 26655 C HIS 8 7 -98.441 -58.652 60.386 1.00 49.73 C \ ANISOU26655 C HIS 8 7 3694 5452 9751 1869 1126 1305 C \ ATOM 26656 O HIS 8 7 -99.660 -58.556 60.398 1.00 60.09 O \ ANISOU26656 O HIS 8 7 4977 6815 11041 1888 1135 1307 O \ ATOM 26657 CB HIS 8 7 -98.660 -60.155 58.425 1.00 54.50 C \ ANISOU26657 CB HIS 8 7 4249 6082 10375 1819 1118 1308 C \ ATOM 26658 CG HIS 8 7 -98.865 -59.068 57.425 1.00 52.60 C \ ANISOU26658 CG HIS 8 7 4013 5845 10128 1858 1116 1306 C \ ATOM 26659 ND1 HIS 8 7 -99.452 -57.863 57.747 1.00 50.82 N \ ANISOU26659 ND1 HIS 8 7 3796 5633 9880 1906 1123 1306 N \ ATOM 26660 CD2 HIS 8 7 -98.551 -58.996 56.112 1.00 55.11 C \ ANISOU26660 CD2 HIS 8 7 4329 6153 10458 1855 1108 1305 C \ ATOM 26661 CE1 HIS 8 7 -99.496 -57.099 56.673 1.00 56.51 C \ ANISOU26661 CE1 HIS 8 7 4519 6353 10600 1932 1119 1304 C \ ATOM 26662 NE2 HIS 8 7 -98.955 -57.762 55.665 1.00 53.89 N \ ANISOU26662 NE2 HIS 8 7 4181 6007 10289 1901 1110 1304 N \ ATOM 26663 N LYS 8 8 -97.652 -57.816 61.047 1.00 72.26 N \ ANISOU26663 N LYS 8 8 6588 8263 12606 1888 1123 1303 N \ ATOM 26664 CA LYS 8 8 -98.204 -56.814 61.951 1.00 76.13 C \ ANISOU26664 CA LYS 8 8 7088 8765 13072 1930 1132 1302 C \ ATOM 26665 C LYS 8 8 -99.356 -56.044 61.324 1.00 68.44 C \ ANISOU26665 C LYS 8 8 6092 7835 12076 1970 1139 1303 C \ ATOM 26666 O LYS 8 8 -100.309 -55.680 62.008 1.00 68.98 O \ ANISOU26666 O LYS 8 8 6148 7939 12121 1995 1150 1304 O \ ATOM 26667 CB LYS 8 8 -97.113 -55.857 62.435 1.00 71.47 C \ ANISOU26667 CB LYS 8 8 6547 8120 12490 1949 1127 1299 C \ ATOM 26668 CG LYS 8 8 -96.174 -56.475 63.461 1.00 70.01 C \ ANISOU26668 CG LYS 8 8 6384 7897 12319 1916 1123 1299 C \ ATOM 26669 CD LYS 8 8 -96.913 -56.853 64.736 1.00 66.09 C \ ANISOU26669 CD LYS 8 8 5875 7432 11806 1913 1134 1301 C \ ATOM 26670 CE LYS 8 8 -96.034 -57.650 65.686 1.00 74.19 C \ ANISOU26670 CE LYS 8 8 6917 8424 12846 1876 1130 1301 C \ ATOM 26671 NZ LYS 8 8 -96.761 -58.013 66.933 1.00 65.43 N \ ANISOU26671 NZ LYS 8 8 5795 7345 11720 1873 1140 1303 N \ ATOM 26672 N GLY 8 9 -99.277 -55.816 60.019 1.00 55.49 N \ ANISOU26672 N GLY 8 9 4446 6193 10443 1976 1133 1302 N \ ATOM 26673 CA GLY 8 9 -100.294 -55.046 59.328 1.00 59.81 C \ ANISOU26673 CA GLY 8 9 4974 6779 10971 2014 1138 1303 C \ ATOM 26674 C GLY 8 9 -101.653 -55.705 59.374 1.00 53.50 C \ ANISOU26674 C GLY 8 9 4130 6043 10155 2009 1148 1306 C \ ATOM 26675 O GLY 8 9 -102.679 -55.034 59.326 1.00 57.03 O \ ANISOU26675 O GLY 8 9 4561 6528 10580 2045 1156 1307 O \ ATOM 26676 N ALA 8 10 -101.656 -57.029 59.464 1.00 67.78 N \ ANISOU26676 N ALA 8 10 5917 7863 11974 1964 1147 1308 N \ ATOM 26677 CA ALA 8 10 -102.892 -57.796 59.497 1.00 61.41 C \ ANISOU26677 CA ALA 8 10 5066 7115 11153 1953 1156 1312 C \ ATOM 26678 C ALA 8 10 -103.491 -57.794 60.896 1.00 66.99 C \ ANISOU26678 C ALA 8 10 5770 7843 11841 1962 1167 1313 C \ ATOM 26679 O ALA 8 10 -104.622 -57.339 61.103 1.00 74.50 O \ ANISOU26679 O ALA 8 10 6701 8838 12769 1992 1177 1314 O \ ATOM 26680 CB ALA 8 10 -102.639 -59.215 59.037 1.00 57.93 C \ ANISOU26680 CB ALA 8 10 4603 6676 10730 1901 1151 1313 C \ ATOM 26681 N LYS 8 11 -102.728 -58.296 61.859 1.00 55.65 N \ ANISOU26681 N LYS 8 11 4353 6376 10416 1936 1165 1312 N \ ATOM 26682 CA LYS 8 11 -103.220 -58.397 63.223 1.00 62.79 C \ ANISOU26682 CA LYS 8 11 5256 7298 11304 1939 1175 1313 C \ ATOM 26683 C LYS 8 11 -103.755 -57.069 63.727 1.00 63.84 C \ ANISOU26683 C LYS 8 11 5401 7441 11413 1992 1183 1311 C \ ATOM 26684 O LYS 8 11 -104.550 -57.016 64.657 1.00 63.33 O \ ANISOU26684 O LYS 8 11 5325 7407 11330 2004 1193 1312 O \ ATOM 26685 CB LYS 8 11 -102.115 -58.862 64.153 1.00 66.81 C \ ANISOU26685 CB LYS 8 11 5793 7761 11829 1910 1170 1312 C \ ATOM 26686 CG LYS 8 11 -102.625 -59.304 65.509 1.00 80.50 C \ ANISOU26686 CG LYS 8 11 7520 9517 13550 1902 1179 1314 C \ ATOM 26687 CD LYS 8 11 -101.489 -59.390 66.517 1.00 79.19 C \ ANISOU26687 CD LYS 8 11 7390 9300 13397 1885 1175 1312 C \ ATOM 26688 CE LYS 8 11 -101.198 -58.036 67.166 1.00 87.27 C \ ANISOU26688 CE LYS 8 11 8450 10299 14410 1927 1177 1309 C \ ATOM 26689 NZ LYS 8 11 -100.779 -56.978 66.198 1.00 89.08 N \ ANISOU26689 NZ LYS 8 11 8699 10505 14644 1958 1170 1307 N \ ATOM 26690 N LYS 8 12 -103.306 -55.988 63.116 1.00 51.99 N \ ANISOU26690 N LYS 8 12 3925 5914 9916 2023 1177 1309 N \ ATOM 26691 CA LYS 8 12 -103.746 -54.678 63.537 1.00 59.15 C \ ANISOU26691 CA LYS 8 12 4846 6827 10802 2073 1184 1307 C \ ATOM 26692 C LYS 8 12 -105.173 -54.392 63.080 1.00 63.50 C \ ANISOU26692 C LYS 8 12 5361 7437 11331 2101 1193 1309 C \ ATOM 26693 O LYS 8 12 -105.723 -53.341 63.407 1.00 71.57 O \ ANISOU26693 O LYS 8 12 6388 8472 12332 2144 1200 1308 O \ ATOM 26694 CB LYS 8 12 -102.793 -53.590 63.024 1.00 68.90 C \ ANISOU26694 CB LYS 8 12 6119 8013 12047 2098 1176 1304 C \ ATOM 26695 CG LYS 8 12 -101.415 -53.561 63.687 1.00 64.01 C \ ANISOU26695 CG LYS 8 12 5542 7334 11446 2082 1168 1302 C \ ATOM 26696 CD LYS 8 12 -100.678 -52.239 63.409 1.00 57.94 C \ ANISOU26696 CD LYS 8 12 4811 6523 10680 2117 1163 1298 C \ ATOM 26697 CE LYS 8 12 -99.141 -52.369 63.503 1.00 67.71 C \ ANISOU26697 CE LYS 8 12 6087 7697 11943 2093 1151 1296 C \ ATOM 26698 NZ LYS 8 12 -98.555 -52.569 64.873 1.00 57.87 N \ ANISOU26698 NZ LYS 8 12 4865 6424 10699 2079 1153 1295 N \ ATOM 26699 N ARG 8 13 -105.780 -55.321 62.343 1.00 54.51 N \ ANISOU26699 N ARG 8 13 4184 6335 10194 2076 1193 1312 N \ ATOM 26700 CA ARG 8 13 -107.108 -55.076 61.771 1.00 50.80 C \ ANISOU26700 CA ARG 8 13 3678 5919 9703 2101 1201 1314 C \ ATOM 26701 C ARG 8 13 -108.030 -56.300 61.708 1.00 50.11 C \ ANISOU26701 C ARG 8 13 3546 5882 9611 2071 1206 1317 C \ ATOM 26702 O ARG 8 13 -109.147 -56.218 61.188 1.00 51.05 O \ ANISOU26702 O ARG 8 13 3632 6049 9714 2087 1212 1319 O \ ATOM 26703 CB ARG 8 13 -106.965 -54.486 60.374 1.00 46.64 C \ ANISOU26703 CB ARG 8 13 3152 5386 9183 2119 1194 1313 C \ ATOM 26704 CG ARG 8 13 -106.166 -55.357 59.439 1.00 53.74 C \ ANISOU26704 CG ARG 8 13 4049 6262 10108 2078 1182 1313 C \ ATOM 26705 CD ARG 8 13 -106.058 -54.713 58.076 1.00 59.30 C \ ANISOU26705 CD ARG 8 13 4755 6959 10817 2097 1175 1313 C \ ATOM 26706 NE ARG 8 13 -105.112 -53.609 58.073 1.00 48.98 N \ ANISOU26706 NE ARG 8 13 3491 5603 9516 2123 1169 1309 N \ ATOM 26707 CZ ARG 8 13 -105.051 -52.696 57.116 1.00 49.19 C \ ANISOU26707 CZ ARG 8 13 3526 5621 9542 2153 1165 1308 C \ ATOM 26708 NH1 ARG 8 13 -105.891 -52.757 56.091 1.00 56.83 N \ ANISOU26708 NH1 ARG 8 13 4462 6628 10502 2160 1166 1311 N \ ATOM 26709 NH2 ARG 8 13 -104.160 -51.723 57.189 1.00 49.50 N \ ANISOU26709 NH2 ARG 8 13 3605 5614 9587 2175 1159 1305 N \ ATOM 26710 N VAL 8 14 -107.569 -57.423 62.248 1.00 52.45 N \ ANISOU26710 N VAL 8 14 3840 6167 9920 2027 1205 1318 N \ ATOM 26711 CA VAL 8 14 -108.294 -58.677 62.124 1.00 53.78 C \ ANISOU26711 CA VAL 8 14 3969 6378 10088 1993 1208 1321 C \ ATOM 26712 C VAL 8 14 -108.206 -59.497 63.405 1.00 45.67 C \ ANISOU26712 C VAL 8 14 2941 5350 9060 1964 1213 1322 C \ ATOM 26713 O VAL 8 14 -107.234 -59.397 64.141 1.00 45.84 O \ ANISOU26713 O VAL 8 14 2997 5327 9093 1956 1209 1320 O \ ATOM 26714 CB VAL 8 14 -107.739 -59.480 60.947 1.00 46.23 C \ ANISOU26714 CB VAL 8 14 3002 5408 9154 1958 1198 1322 C \ ATOM 26715 CG1 VAL 8 14 -107.844 -60.960 61.196 1.00 58.04 C \ ANISOU26715 CG1 VAL 8 14 4474 6920 10659 1908 1198 1325 C \ ATOM 26716 CG2 VAL 8 14 -108.455 -59.096 59.672 1.00 49.03 C \ ANISOU26716 CG2 VAL 8 14 3333 5794 9502 1979 1197 1323 C \ ATOM 26717 N LYS 8 15 -109.233 -60.300 63.671 1.00 65.80 N \ ANISOU26717 N LYS 8 15 5453 7949 11598 1950 1221 1325 N \ ATOM 26718 CA LYS 8 15 -109.273 -61.158 64.853 1.00 60.76 C \ ANISOU26718 CA LYS 8 15 4811 7317 10958 1921 1226 1326 C \ ATOM 26719 C LYS 8 15 -109.586 -62.579 64.417 1.00 60.31 C \ ANISOU26719 C LYS 8 15 4718 7286 10910 1876 1225 1329 C \ ATOM 26720 O LYS 8 15 -110.381 -62.799 63.506 1.00 64.58 O \ ANISOU26720 O LYS 8 15 5227 7865 11446 1878 1227 1331 O \ ATOM 26721 CB LYS 8 15 -110.349 -60.672 65.824 1.00 57.96 C \ ANISOU26721 CB LYS 8 15 4446 7001 10576 1951 1240 1326 C \ ATOM 26722 CG LYS 8 15 -110.827 -61.693 66.850 1.00 70.52 C \ ANISOU26722 CG LYS 8 15 6016 8617 12160 1922 1248 1329 C \ ATOM 26723 CD LYS 8 15 -110.086 -61.568 68.180 1.00 84.18 C \ ANISOU26723 CD LYS 8 15 7781 10312 13893 1917 1248 1327 C \ ATOM 26724 CE LYS 8 15 -110.798 -62.341 69.294 1.00 87.08 C \ ANISOU26724 CE LYS 8 15 8128 10713 14247 1899 1259 1329 C \ ATOM 26725 NZ LYS 8 15 -110.112 -62.209 70.618 1.00 95.54 N \ ANISOU26725 NZ LYS 8 15 9231 11750 15319 1895 1259 1328 N \ ATOM 26726 N ILE 8 16 -108.954 -63.549 65.057 1.00 46.51 N \ ANISOU26726 N ILE 8 16 2977 5517 9176 1835 1222 1330 N \ ATOM 26727 CA ILE 8 16 -109.234 -64.932 64.728 1.00 47.37 C \ ANISOU26727 CA ILE 8 16 3054 5651 9295 1791 1222 1333 C \ ATOM 26728 C ILE 8 16 -110.190 -65.569 65.752 1.00 59.36 C \ ANISOU26728 C ILE 8 16 4546 7213 10795 1781 1233 1335 C \ ATOM 26729 O ILE 8 16 -109.865 -65.691 66.937 1.00 59.42 O \ ANISOU26729 O ILE 8 16 4571 7204 10801 1773 1236 1335 O \ ATOM 26730 CB ILE 8 16 -107.932 -65.722 64.569 1.00 49.09 C \ ANISOU26730 CB ILE 8 16 3290 5820 9541 1748 1210 1333 C \ ATOM 26731 CG1 ILE 8 16 -108.203 -67.033 63.842 1.00 45.55 C \ ANISOU26731 CG1 ILE 8 16 2807 5396 9104 1706 1207 1335 C \ ATOM 26732 CG2 ILE 8 16 -107.257 -65.921 65.915 1.00 58.08 C \ ANISOU26732 CG2 ILE 8 16 4456 6927 10684 1733 1210 1332 C \ ATOM 26733 CD1 ILE 8 16 -107.068 -67.438 62.950 1.00 55.16 C \ ANISOU26733 CD1 ILE 8 16 4039 6571 10350 1678 1194 1334 C \ ATOM 26734 N THR 8 17 -111.376 -65.955 65.286 1.00 73.28 N \ ANISOU26734 N THR 8 17 6268 9031 12544 1782 1240 1338 N \ ATOM 26735 CA THR 8 17 -112.424 -66.467 66.162 1.00 65.31 C \ ANISOU26735 CA THR 8 17 5231 8067 11516 1778 1252 1340 C \ ATOM 26736 C THR 8 17 -112.079 -67.831 66.742 1.00 72.17 C \ ANISOU26736 C THR 8 17 6092 8931 12397 1726 1250 1342 C \ ATOM 26737 O THR 8 17 -111.466 -68.668 66.073 1.00 70.78 O \ ANISOU26737 O THR 8 17 5913 8738 12244 1690 1242 1343 O \ ATOM 26738 CB THR 8 17 -113.756 -66.612 65.418 1.00 74.45 C \ ANISOU26738 CB THR 8 17 6344 9285 12657 1789 1259 1342 C \ ATOM 26739 OG1 THR 8 17 -113.758 -67.843 64.689 1.00 75.67 O \ ANISOU26739 OG1 THR 8 17 6473 9453 12827 1746 1254 1344 O \ ATOM 26740 CG2 THR 8 17 -113.960 -65.471 64.455 1.00 80.34 C \ ANISOU26740 CG2 THR 8 17 7095 10034 13398 1830 1257 1340 C \ ATOM 26741 N ALA 8 18 -112.519 -68.060 67.976 1.00 60.10 N \ ANISOU26741 N ALA 8 18 4561 7420 10856 1724 1259 1343 N \ ATOM 26742 CA ALA 8 18 -112.152 -69.263 68.720 1.00 60.75 C \ ANISOU26742 CA ALA 8 18 4640 7494 10948 1678 1258 1345 C \ ATOM 26743 C ALA 8 18 -112.380 -70.560 67.947 1.00 47.67 C \ ANISOU26743 C ALA 8 18 2950 5860 9304 1636 1255 1347 C \ ATOM 26744 O ALA 8 18 -111.668 -71.537 68.159 1.00 51.68 O \ ANISOU26744 O ALA 8 18 3462 6344 9830 1594 1249 1348 O \ ATOM 26745 CB ALA 8 18 -112.866 -69.301 70.067 1.00 64.57 C \ ANISOU26745 CB ALA 8 18 5117 8005 11411 1685 1270 1345 C \ ATOM 26746 N SER 8 19 -113.369 -70.574 67.060 1.00 78.56 N \ ANISOU26746 N SER 8 19 6827 9817 13205 1648 1259 1348 N \ ATOM 26747 CA SER 8 19 -113.631 -71.769 66.271 1.00 92.45 C \ ANISOU26747 CA SER 8 19 8552 11599 14974 1610 1257 1351 C \ ATOM 26748 C SER 8 19 -112.565 -71.927 65.198 1.00 93.67 C \ ANISOU26748 C SER 8 19 8722 11713 15156 1591 1243 1350 C \ ATOM 26749 O SER 8 19 -112.137 -73.038 64.894 1.00 95.10 O \ ANISOU26749 O SER 8 19 8894 11885 15355 1548 1237 1351 O \ ATOM 26750 CB SER 8 19 -115.014 -71.706 65.625 1.00 99.34 C \ ANISOU26750 CB SER 8 19 9384 12533 15828 1628 1265 1352 C \ ATOM 26751 OG SER 8 19 -115.001 -70.882 64.475 1.00 94.44 O \ ANISOU26751 OG SER 8 19 8767 11908 15208 1656 1260 1351 O \ ATOM 26752 N GLY 8 20 -112.148 -70.807 64.619 1.00 82.06 N \ ANISOU26752 N GLY 8 20 7275 10217 13687 1625 1238 1347 N \ ATOM 26753 CA GLY 8 20 -111.134 -70.820 63.584 1.00 77.80 C \ ANISOU26753 CA GLY 8 20 6752 9637 13171 1611 1226 1346 C \ ATOM 26754 C GLY 8 20 -111.437 -69.857 62.453 1.00 87.31 C \ ANISOU26754 C GLY 8 20 7954 10850 14370 1648 1224 1344 C \ ATOM 26755 O GLY 8 20 -110.750 -69.846 61.432 1.00 95.08 O \ ANISOU26755 O GLY 8 20 8947 11808 15372 1639 1214 1343 O \ ATOM 26756 N LYS 8 21 -112.481 -69.054 62.629 1.00 86.69 N \ ANISOU26756 N LYS 8 21 7863 10809 14266 1688 1233 1345 N \ ATOM 26757 CA LYS 8 21 -112.898 -68.110 61.601 1.00 79.15 C \ ANISOU26757 CA LYS 8 21 6902 9867 13303 1725 1233 1344 C \ ATOM 26758 C LYS 8 21 -112.169 -66.788 61.740 1.00 71.87 C \ ANISOU26758 C LYS 8 21 6022 8903 12382 1762 1229 1340 C \ ATOM 26759 O LYS 8 21 -111.564 -66.506 62.766 1.00 75.39 O \ ANISOU26759 O LYS 8 21 6498 9318 12829 1765 1229 1339 O \ ATOM 26760 CB LYS 8 21 -114.413 -67.905 61.637 1.00 80.71 C \ ANISOU26760 CB LYS 8 21 7065 10129 13474 1751 1245 1345 C \ ATOM 26761 CG LYS 8 21 -115.196 -69.106 61.118 1.00 95.73 C \ ANISOU26761 CG LYS 8 21 8922 12076 15376 1718 1247 1349 C \ ATOM 26762 CD LYS 8 21 -116.695 -68.952 61.331 1.00108.49 C \ ANISOU26762 CD LYS 8 21 10504 13755 16964 1742 1260 1350 C \ ATOM 26763 CE LYS 8 21 -117.075 -69.166 62.787 1.00101.69 C \ ANISOU26763 CE LYS 8 21 9642 12907 16089 1740 1270 1351 C \ ATOM 26764 NZ LYS 8 21 -118.548 -69.134 62.979 1.00 91.09 N \ ANISOU26764 NZ LYS 8 21 8263 11626 14721 1759 1282 1353 N \ ATOM 26765 N VAL 8 22 -112.213 -65.990 60.686 1.00 54.75 N \ ANISOU26765 N VAL 8 22 3856 6733 10213 1789 1225 1339 N \ ATOM 26766 CA VAL 8 22 -111.567 -64.687 60.688 1.00 52.10 C \ ANISOU26766 CA VAL 8 22 3559 6360 9878 1826 1221 1336 C \ ATOM 26767 C VAL 8 22 -112.605 -63.565 60.720 1.00 52.62 C \ ANISOU26767 C VAL 8 22 3616 6460 9918 1878 1230 1336 C \ ATOM 26768 O VAL 8 22 -113.422 -63.417 59.807 1.00 62.07 O \ ANISOU26768 O VAL 8 22 4785 7693 11105 1892 1232 1337 O \ ATOM 26769 CB VAL 8 22 -110.674 -64.517 59.458 1.00 52.25 C \ ANISOU26769 CB VAL 8 22 3593 6343 9918 1820 1209 1335 C \ ATOM 26770 CG1 VAL 8 22 -109.704 -63.390 59.683 1.00 53.25 C \ ANISOU26770 CG1 VAL 8 22 3765 6417 10050 1847 1203 1332 C \ ATOM 26771 CG2 VAL 8 22 -109.939 -65.805 59.168 1.00 56.36 C \ ANISOU26771 CG2 VAL 8 22 4109 6843 10463 1766 1201 1336 C \ ATOM 26772 N VAL 8 23 -112.579 -62.782 61.787 1.00 50.42 N \ ANISOU26772 N VAL 8 23 3360 6171 9627 1905 1236 1334 N \ ATOM 26773 CA VAL 8 23 -113.480 -61.657 61.916 1.00 51.70 C \ ANISOU26773 CA VAL 8 23 3518 6361 9764 1955 1244 1334 C \ ATOM 26774 C VAL 8 23 -112.770 -60.348 61.599 1.00 64.36 C \ ANISOU26774 C VAL 8 23 5158 7923 11371 1991 1238 1331 C \ ATOM 26775 O VAL 8 23 -111.610 -60.158 61.961 1.00 64.28 O \ ANISOU26775 O VAL 8 23 5186 7862 11377 1983 1231 1329 O \ ATOM 26776 CB VAL 8 23 -114.051 -61.590 63.321 1.00 59.30 C \ ANISOU26776 CB VAL 8 23 4480 7344 10709 1965 1256 1334 C \ ATOM 26777 CG1 VAL 8 23 -114.424 -60.168 63.664 1.00 68.33 C \ ANISOU26777 CG1 VAL 8 23 5640 8490 11834 2019 1262 1332 C \ ATOM 26778 CG2 VAL 8 23 -115.253 -62.516 63.435 1.00 79.35 C \ ANISOU26778 CG2 VAL 8 23 6973 9941 13234 1948 1265 1337 C \ ATOM 26779 N ALA 8 24 -113.470 -59.447 60.919 1.00110.42 N \ ANISOU26779 N ALA 8 24 10982 13781 17190 2030 1241 1331 N \ ATOM 26780 CA ALA 8 24 -112.916 -58.146 60.584 1.00114.90 C \ ANISOU26780 CA ALA 8 24 11582 14314 17759 2068 1236 1328 C \ ATOM 26781 C ALA 8 24 -114.026 -57.116 60.558 1.00114.49 C \ ANISOU26781 C ALA 8 24 11518 14301 17682 2117 1245 1328 C \ ATOM 26782 O ALA 8 24 -115.190 -57.449 60.385 1.00127.40 O \ ANISOU26782 O ALA 8 24 13115 15989 19302 2120 1253 1331 O \ ATOM 26783 CB ALA 8 24 -112.210 -58.193 59.242 1.00118.21 C \ ANISOU26783 CB ALA 8 24 12008 14709 18198 2057 1224 1328 C \ ATOM 26784 N MET 8 25 -113.658 -55.857 60.736 1.00 65.29 N \ ANISOU26784 N MET 8 25 5318 8042 11446 2156 1245 1326 N \ ATOM 26785 CA MET 8 25 -114.629 -54.772 60.738 1.00 58.89 C \ ANISOU26785 CA MET 8 25 4500 7263 10612 2206 1253 1325 C \ ATOM 26786 C MET 8 25 -115.276 -54.599 59.380 1.00 70.85 C \ ANISOU26786 C MET 8 25 5988 8808 12124 2219 1250 1327 C \ ATOM 26787 O MET 8 25 -114.843 -55.199 58.403 1.00 83.04 O \ ANISOU26787 O MET 8 25 7525 10342 13685 2192 1241 1328 O \ ATOM 26788 CB MET 8 25 -113.955 -53.479 61.159 1.00 58.35 C \ ANISOU26788 CB MET 8 25 4474 7154 10542 2242 1251 1322 C \ ATOM 26789 CG MET 8 25 -113.595 -53.471 62.609 1.00 70.23 C \ ANISOU26789 CG MET 8 25 6002 8639 12044 2239 1256 1320 C \ ATOM 26790 SD MET 8 25 -115.080 -53.596 63.601 1.00 74.42 S \ ANISOU26790 SD MET 8 25 6499 9230 12546 2254 1273 1322 S \ ATOM 26791 CE MET 8 25 -116.035 -52.263 62.877 1.00 86.82 C \ ANISOU26791 CE MET 8 25 8060 10831 14096 2312 1278 1321 C \ ATOM 26792 N LYS 8 26 -116.321 -53.784 59.324 1.00 69.94 N \ ANISOU26792 N LYS 8 26 5857 8730 11986 2261 1258 1328 N \ ATOM 26793 CA LYS 8 26 -117.006 -53.516 58.067 1.00 71.16 C \ ANISOU26793 CA LYS 8 26 5987 8915 12137 2278 1257 1330 C \ ATOM 26794 C LYS 8 26 -116.450 -52.282 57.383 1.00 67.33 C \ ANISOU26794 C LYS 8 26 5531 8397 11655 2313 1250 1328 C \ ATOM 26795 O LYS 8 26 -116.159 -51.284 58.039 1.00 69.13 O \ ANISOU26795 O LYS 8 26 5788 8601 11876 2344 1252 1325 O \ ATOM 26796 CB LYS 8 26 -118.500 -53.325 58.308 1.00 80.37 C \ ANISOU26796 CB LYS 8 26 7118 10142 13276 2304 1269 1332 C \ ATOM 26797 CG LYS 8 26 -119.330 -54.572 58.121 1.00 78.38 C \ ANISOU26797 CG LYS 8 26 6822 9938 13022 2271 1273 1335 C \ ATOM 26798 CD LYS 8 26 -119.306 -55.017 56.674 1.00 77.13 C \ ANISOU26798 CD LYS 8 26 6644 9787 12875 2254 1264 1337 C \ ATOM 26799 CE LYS 8 26 -120.363 -56.070 56.416 1.00 74.87 C \ ANISOU26799 CE LYS 8 26 6310 9555 12581 2230 1270 1340 C \ ATOM 26800 NZ LYS 8 26 -120.434 -56.406 54.973 1.00 79.39 N \ ANISOU26800 NZ LYS 8 26 6862 10138 13163 2218 1262 1343 N \ ATOM 26801 N THR 8 27 -116.312 -52.348 56.064 1.00 66.61 N \ ANISOU26801 N THR 8 27 5430 8304 11573 2307 1241 1329 N \ ATOM 26802 CA THR 8 27 -115.838 -51.206 55.294 1.00 70.39 C \ ANISOU26802 CA THR 8 27 5934 8755 12056 2340 1234 1328 C \ ATOM 26803 C THR 8 27 -116.966 -50.246 54.987 1.00 73.24 C \ ANISOU26803 C THR 8 27 6278 9155 12395 2387 1241 1329 C \ ATOM 26804 O THR 8 27 -118.135 -50.582 55.127 1.00 85.96 O \ ANISOU26804 O THR 8 27 7853 10819 13989 2391 1250 1331 O \ ATOM 26805 CB THR 8 27 -115.216 -51.631 53.951 1.00 73.48 C \ ANISOU26805 CB THR 8 27 6324 9128 12467 2316 1222 1328 C \ ATOM 26806 OG1 THR 8 27 -115.954 -52.727 53.400 1.00 67.32 O \ ANISOU26806 OG1 THR 8 27 5501 8391 11687 2286 1223 1332 O \ ATOM 26807 CG2 THR 8 27 -113.783 -52.048 54.141 1.00 79.78 C \ ANISOU26807 CG2 THR 8 27 7154 9868 13289 2283 1212 1326 C \ ATOM 26808 N GLY 8 28 -116.605 -49.048 54.552 1.00 76.66 N \ ANISOU26808 N GLY 8 28 6736 9563 12827 2424 1236 1327 N \ ATOM 26809 CA GLY 8 28 -117.578 -48.105 54.035 1.00 84.14 C \ ANISOU26809 CA GLY 8 28 7669 10545 13757 2468 1241 1328 C \ ATOM 26810 C GLY 8 28 -118.257 -47.256 55.083 1.00 89.40 C \ ANISOU26810 C GLY 8 28 8339 11228 14401 2508 1252 1327 C \ ATOM 26811 O GLY 8 28 -119.399 -46.846 54.899 1.00102.69 O \ ANISOU26811 O GLY 8 28 9996 12956 16065 2537 1260 1329 O \ ATOM 26812 N LYS 8 29 -117.554 -46.978 56.175 1.00 54.85 N \ ANISOU26812 N LYS 8 29 3997 6817 10028 2510 1254 1324 N \ ATOM 26813 CA LYS 8 29 -118.125 -46.179 57.252 1.00 57.44 C \ ANISOU26813 CA LYS 8 29 4332 7158 10336 2546 1266 1322 C \ ATOM 26814 C LYS 8 29 -117.091 -45.332 57.978 1.00 58.40 C \ ANISOU26814 C LYS 8 29 4502 7226 10463 2562 1263 1318 C \ ATOM 26815 O LYS 8 29 -116.738 -45.624 59.118 1.00 60.93 O \ ANISOU26815 O LYS 8 29 4837 7531 10784 2548 1267 1317 O \ ATOM 26816 CB LYS 8 29 -118.825 -47.087 58.264 1.00 66.31 C \ ANISOU26816 CB LYS 8 29 5430 8317 11449 2524 1276 1323 C \ ATOM 26817 CG LYS 8 29 -119.356 -46.355 59.486 1.00 73.60 C \ ANISOU26817 CG LYS 8 29 6361 9251 12352 2557 1288 1321 C \ ATOM 26818 CD LYS 8 29 -119.633 -47.299 60.637 1.00 71.67 C \ ANISOU26818 CD LYS 8 29 6104 9024 12103 2529 1297 1321 C \ ATOM 26819 CE LYS 8 29 -120.165 -46.537 61.839 1.00 74.06 C \ ANISOU26819 CE LYS 8 29 6416 9339 12386 2563 1309 1319 C \ ATOM 26820 NZ LYS 8 29 -120.470 -47.441 62.982 1.00 85.79 N \ ANISOU26820 NZ LYS 8 29 7888 10842 13865 2536 1318 1319 N \ ATOM 26821 N ARG 8 30 -116.627 -44.268 57.333 1.00 81.09 N \ ANISOU26821 N ARG 8 30 7400 10072 13340 2592 1257 1317 N \ ATOM 26822 CA ARG 8 30 -115.673 -43.370 57.972 1.00 87.41 C \ ANISOU26822 CA ARG 8 30 8246 10821 14144 2612 1255 1313 C \ ATOM 26823 C ARG 8 30 -115.422 -42.129 57.122 1.00 88.90 C \ ANISOU26823 C ARG 8 30 8455 10990 14333 2651 1249 1312 C \ ATOM 26824 O ARG 8 30 -114.544 -41.324 57.420 1.00 77.42 O \ ANISOU26824 O ARG 8 30 7041 9490 12885 2667 1245 1309 O \ ATOM 26825 CB ARG 8 30 -114.357 -44.115 58.269 1.00 83.96 C \ ANISOU26825 CB ARG 8 30 7836 10335 13731 2569 1246 1312 C \ ATOM 26826 CG ARG 8 30 -113.441 -43.465 59.329 1.00102.63 C \ ANISOU26826 CG ARG 8 30 10244 12651 16098 2580 1246 1308 C \ ATOM 26827 CD ARG 8 30 -114.122 -42.328 60.148 1.00100.21 C \ ANISOU26827 CD ARG 8 30 9946 12360 15768 2629 1258 1306 C \ ATOM 26828 NE ARG 8 30 -115.026 -42.776 61.211 1.00 75.92 N \ ANISOU26828 NE ARG 8 30 6847 9323 12675 2626 1270 1306 N \ ATOM 26829 CZ ARG 8 30 -114.819 -42.586 62.512 1.00 74.77 C \ ANISOU26829 CZ ARG 8 30 6722 9163 12524 2630 1277 1304 C \ ATOM 26830 NH1 ARG 8 30 -113.741 -41.949 62.942 1.00 62.80 N \ ANISOU26830 NH1 ARG 8 30 5249 7595 11017 2638 1272 1301 N \ ATOM 26831 NH2 ARG 8 30 -115.703 -43.031 63.387 1.00 90.57 N \ ANISOU26831 NH2 ARG 8 30 8700 11204 14510 2627 1289 1305 N \ ATOM 26832 N HIS 8 31 -116.202 -41.945 56.069 1.00 92.83 N \ ANISOU26832 N HIS 8 31 8926 11522 14825 2666 1248 1315 N \ ATOM 26833 CA HIS 8 31 -115.789 -40.960 55.090 1.00 95.90 C \ ANISOU26833 CA HIS 8 31 9334 11886 15218 2694 1239 1315 C \ ATOM 26834 C HIS 8 31 -116.860 -40.620 54.051 1.00102.49 C \ ANISOU26834 C HIS 8 31 10136 12766 16041 2718 1241 1318 C \ ATOM 26835 O HIS 8 31 -117.444 -39.530 54.063 1.00 84.96 O \ ANISOU26835 O HIS 8 31 7917 10559 13804 2764 1246 1318 O \ ATOM 26836 CB HIS 8 31 -114.529 -41.495 54.419 1.00 86.47 C \ ANISOU26836 CB HIS 8 31 8159 10646 14050 2658 1226 1314 C \ ATOM 26837 CG HIS 8 31 -113.863 -40.512 53.526 1.00 82.83 C \ ANISOU26837 CG HIS 8 31 7725 10151 13597 2682 1217 1313 C \ ATOM 26838 ND1 HIS 8 31 -113.687 -39.196 53.878 1.00 88.36 N \ ANISOU26838 ND1 HIS 8 31 8454 10829 14288 2725 1218 1310 N \ ATOM 26839 CD2 HIS 8 31 -113.321 -40.656 52.296 1.00 93.30 C \ ANISOU26839 CD2 HIS 8 31 9053 11459 14939 2668 1205 1314 C \ ATOM 26840 CE1 HIS 8 31 -113.070 -38.561 52.897 1.00101.80 C \ ANISOU26840 CE1 HIS 8 31 10176 12502 16001 2738 1208 1310 C \ ATOM 26841 NE2 HIS 8 31 -112.833 -39.427 51.926 1.00107.73 N \ ANISOU26841 NE2 HIS 8 31 10911 13255 16767 2703 1200 1312 N \ ATOM 26842 N LEU 8 32 -117.113 -41.563 53.152 1.00139.61 N \ ANISOU26842 N LEU 8 32 14807 17490 20749 2688 1236 1321 N \ ATOM 26843 CA LEU 8 32 -118.118 -41.378 52.117 1.00132.64 C \ ANISOU26843 CA LEU 8 32 13891 16650 19856 2706 1236 1324 C \ ATOM 26844 C LEU 8 32 -119.323 -40.708 52.734 1.00136.33 C \ ANISOU26844 C LEU 8 32 14341 17159 20298 2746 1249 1325 C \ ATOM 26845 O LEU 8 32 -119.987 -39.904 52.100 1.00133.10 O \ ANISOU26845 O LEU 8 32 13922 16772 19878 2782 1250 1327 O \ ATOM 26846 CB LEU 8 32 -118.519 -42.728 51.505 1.00130.80 C \ ANISOU26846 CB LEU 8 32 13619 16449 19629 2664 1235 1328 C \ ATOM 26847 CG LEU 8 32 -119.415 -43.702 52.294 1.00128.06 C \ ANISOU26847 CG LEU 8 32 13238 16147 19271 2643 1245 1329 C \ ATOM 26848 CD1 LEU 8 32 -119.510 -45.053 51.580 1.00109.52 C \ ANISOU26848 CD1 LEU 8 32 10860 13819 16935 2596 1241 1332 C \ ATOM 26849 CD2 LEU 8 32 -118.953 -43.903 53.740 1.00115.08 C \ ANISOU26849 CD2 LEU 8 32 11616 14481 17628 2632 1251 1326 C \ ATOM 26850 N ASN 8 33 -119.581 -41.044 53.992 1.00131.52 N \ ANISOU26850 N ASN 8 33 13731 16561 19681 2740 1259 1324 N \ ATOM 26851 CA ASN 8 33 -120.698 -40.500 54.739 1.00128.69 C \ ANISOU26851 CA ASN 8 33 13357 16242 19299 2774 1272 1324 C \ ATOM 26852 C ASN 8 33 -120.777 -38.966 54.661 1.00136.63 C \ ANISOU26852 C ASN 8 33 14384 17235 20294 2829 1273 1322 C \ ATOM 26853 O ASN 8 33 -119.759 -38.287 54.516 1.00121.85 O \ ANISOU26853 O ASN 8 33 12550 15313 18433 2839 1266 1320 O \ ATOM 26854 CB ASN 8 33 -120.639 -41.012 56.183 1.00119.75 C \ ANISOU26854 CB ASN 8 33 12230 15108 18163 2757 1281 1322 C \ ATOM 26855 CG ASN 8 33 -121.366 -40.114 57.156 1.00139.55 C \ ANISOU26855 CG ASN 8 33 14740 17633 20648 2799 1293 1320 C \ ATOM 26856 OD1 ASN 8 33 -122.508 -39.716 56.930 1.00136.62 O \ ANISOU26856 OD1 ASN 8 33 14342 17307 20260 2828 1300 1322 O \ ATOM 26857 ND2 ASN 8 33 -120.706 -39.797 58.257 1.00135.93 N \ ANISOU26857 ND2 ASN 8 33 14315 17141 20191 2802 1296 1316 N \ ATOM 26858 N TRP 8 34 -122.005 -38.446 54.733 1.00160.73 N \ ANISOU26858 N TRP 8 34 17411 20333 23325 2863 1283 1324 N \ ATOM 26859 CA TRP 8 34 -122.332 -37.020 54.594 1.00157.38 C \ ANISOU26859 CA TRP 8 34 17001 19909 22889 2917 1285 1323 C \ ATOM 26860 C TRP 8 34 -123.818 -36.948 54.877 1.00146.05 C \ ANISOU26860 C TRP 8 34 15528 18534 21431 2940 1298 1325 C \ ATOM 26861 O TRP 8 34 -124.374 -35.918 55.247 1.00143.55 O \ ANISOU26861 O TRP 8 34 15215 18228 21098 2984 1305 1324 O \ ATOM 26862 CB TRP 8 34 -122.096 -36.549 53.162 1.00156.11 C \ ANISOU26862 CB TRP 8 34 16842 19737 22736 2929 1274 1325 C \ ATOM 26863 CG TRP 8 34 -123.192 -36.977 52.233 1.00163.94 C \ ANISOU26863 CG TRP 8 34 17788 20782 23720 2927 1275 1329 C \ ATOM 26864 CD1 TRP 8 34 -123.695 -38.240 52.086 1.00161.07 C \ ANISOU26864 CD1 TRP 8 34 17388 20453 23358 2890 1276 1332 C \ ATOM 26865 CD2 TRP 8 34 -123.923 -36.151 51.326 1.00157.54 C \ ANISOU26865 CD2 TRP 8 34 16963 19996 22899 2965 1274 1332 C \ ATOM 26866 NE1 TRP 8 34 -124.694 -38.249 51.150 1.00142.64 N \ ANISOU26866 NE1 TRP 8 34 15019 18164 21015 2901 1277 1336 N \ ATOM 26867 CE2 TRP 8 34 -124.852 -36.979 50.664 1.00160.63 C \ ANISOU26867 CE2 TRP 8 34 17309 20438 23286 2947 1275 1336 C \ ATOM 26868 CE3 TRP 8 34 -123.881 -34.792 51.005 1.00143.79 C \ ANISOU26868 CE3 TRP 8 34 15242 18240 21152 3011 1272 1331 C \ ATOM 26869 CZ2 TRP 8 34 -125.731 -36.495 49.702 1.00160.08 C \ ANISOU26869 CZ2 TRP 8 34 17214 20402 23206 2974 1274 1340 C \ ATOM 26870 CZ3 TRP 8 34 -124.756 -34.312 50.047 1.00159.58 C \ ANISOU26870 CZ3 TRP 8 34 17217 20274 23141 3038 1271 1335 C \ ATOM 26871 CH2 TRP 8 34 -125.669 -35.163 49.407 1.00166.19 C \ ANISOU26871 CH2 TRP 8 34 18009 21160 23974 3020 1272 1339 C \ ATOM 26872 N GLN 8 35 -124.434 -38.094 54.637 1.00 90.81 N \ ANISOU26872 N GLN 8 35 8493 11576 14434 2908 1299 1328 N \ ATOM 26873 CA GLN 8 35 -125.802 -38.422 54.965 1.00 98.19 C \ ANISOU26873 CA GLN 8 35 9387 12571 15350 2915 1311 1330 C \ ATOM 26874 C GLN 8 35 -126.040 -39.755 54.266 1.00 98.94 C \ ANISOU26874 C GLN 8 35 9448 12692 15454 2871 1307 1333 C \ ATOM 26875 O GLN 8 35 -126.490 -39.810 53.125 1.00 93.64 O \ ANISOU26875 O GLN 8 35 8753 12043 14782 2873 1302 1337 O \ ATOM 26876 CB GLN 8 35 -126.806 -37.362 54.495 1.00114.12 C \ ANISOU26876 CB GLN 8 35 11390 14621 17350 2965 1315 1332 C \ ATOM 26877 CG GLN 8 35 -128.214 -37.543 55.122 1.00124.46 C \ ANISOU26877 CG GLN 8 35 12661 15989 18638 2978 1330 1333 C \ ATOM 26878 CD GLN 8 35 -129.254 -36.523 54.649 1.00117.86 C \ ANISOU26878 CD GLN 8 35 11809 15188 17785 3027 1334 1334 C \ ATOM 26879 OE1 GLN 8 35 -129.511 -36.388 53.452 1.00104.53 O \ ANISOU26879 OE1 GLN 8 35 10106 13513 16099 3034 1327 1338 O \ ATOM 26880 NE2 GLN 8 35 -129.868 -35.816 55.598 1.00103.10 N \ ANISOU26880 NE2 GLN 8 35 9942 13334 15898 3061 1346 1332 N \ ATOM 26881 N LYS 8 36 -125.659 -40.830 54.935 1.00111.50 N \ ANISOU26881 N LYS 8 36 11038 14276 17052 2829 1308 1333 N \ ATOM 26882 CA LYS 8 36 -126.043 -42.153 54.505 1.00112.77 C \ ANISOU26882 CA LYS 8 36 11163 14467 17218 2787 1307 1336 C \ ATOM 26883 C LYS 8 36 -127.129 -42.530 55.474 1.00120.50 C \ ANISOU26883 C LYS 8 36 12114 15493 18179 2789 1321 1336 C \ ATOM 26884 O LYS 8 36 -127.208 -41.966 56.562 1.00113.36 O \ ANISOU26884 O LYS 8 36 11225 14582 17263 2811 1330 1333 O \ ATOM 26885 CB LYS 8 36 -124.873 -43.123 54.623 1.00127.50 C \ ANISOU26885 CB LYS 8 36 13046 16293 19106 2738 1299 1335 C \ ATOM 26886 CG LYS 8 36 -123.629 -42.706 53.850 1.00140.94 C \ ANISOU26886 CG LYS 8 36 14783 17941 20827 2735 1285 1333 C \ ATOM 26887 CD LYS 8 36 -122.419 -43.552 54.232 1.00124.54 C \ ANISOU26887 CD LYS 8 36 12729 15821 18771 2690 1279 1332 C \ ATOM 26888 CE LYS 8 36 -122.636 -45.016 53.883 1.00119.27 C \ ANISOU26888 CE LYS 8 36 12029 15178 18111 2641 1277 1334 C \ ATOM 26889 NZ LYS 8 36 -122.849 -45.229 52.421 1.00116.45 N \ ANISOU26889 NZ LYS 8 36 11649 14836 17760 2635 1269 1337 N \ ATOM 26890 N SER 8 37 -127.971 -43.479 55.101 1.00 94.07 N \ ANISOU26890 N SER 8 37 8723 12191 14827 2767 1324 1339 N \ ATOM 26891 CA SER 8 37 -129.096 -43.827 55.960 1.00 91.12 C \ ANISOU26891 CA SER 8 37 8320 11866 14434 2770 1338 1340 C \ ATOM 26892 C SER 8 37 -128.625 -44.143 57.376 1.00 81.11 C \ ANISOU26892 C SER 8 37 7073 10577 13167 2754 1344 1337 C \ ATOM 26893 O SER 8 37 -127.435 -44.335 57.622 1.00 87.86 O \ ANISOU26893 O SER 8 37 7961 11384 14039 2732 1337 1334 O \ ATOM 26894 CB SER 8 37 -129.870 -45.018 55.399 1.00 81.90 C \ ANISOU26894 CB SER 8 37 7107 10745 13266 2738 1339 1344 C \ ATOM 26895 OG SER 8 37 -129.379 -46.229 55.942 1.00 72.18 O \ ANISOU26895 OG SER 8 37 5875 9503 12046 2689 1338 1343 O \ ATOM 26896 N GLY 8 38 -129.561 -44.176 58.312 1.00 90.00 N \ ANISOU26896 N GLY 8 38 8180 11740 14275 2766 1357 1336 N \ ATOM 26897 CA GLY 8 38 -129.255 -44.691 59.627 1.00 98.90 C \ ANISOU26897 CA GLY 8 38 9320 12856 15402 2745 1364 1333 C \ ATOM 26898 C GLY 8 38 -128.989 -46.168 59.446 1.00 94.88 C \ ANISOU26898 C GLY 8 38 8793 12351 14907 2689 1359 1336 C \ ATOM 26899 O GLY 8 38 -128.088 -46.732 60.058 1.00 96.33 O \ ANISOU26899 O GLY 8 38 8998 12500 15103 2658 1356 1334 O \ ATOM 26900 N LYS 8 39 -129.776 -46.790 58.574 1.00 97.72 N \ ANISOU26900 N LYS 8 39 9113 12753 15264 2677 1359 1339 N \ ATOM 26901 CA LYS 8 39 -129.657 -48.215 58.307 1.00100.05 C \ ANISOU26901 CA LYS 8 39 9387 13058 15571 2625 1355 1342 C \ ATOM 26902 C LYS 8 39 -128.244 -48.537 57.848 1.00 96.01 C \ ANISOU26902 C LYS 8 39 8905 12492 15084 2595 1341 1341 C \ ATOM 26903 O LYS 8 39 -127.649 -49.517 58.282 1.00 95.63 O \ ANISOU26903 O LYS 8 39 8861 12426 15047 2554 1339 1340 O \ ATOM 26904 CB LYS 8 39 -130.680 -48.642 57.249 1.00106.58 C \ ANISOU26904 CB LYS 8 39 10168 13935 16391 2623 1355 1346 C \ ATOM 26905 CG LYS 8 39 -130.746 -50.138 56.975 1.00104.47 C \ ANISOU26905 CG LYS 8 39 9874 13687 16134 2571 1352 1348 C \ ATOM 26906 CD LYS 8 39 -131.527 -50.410 55.696 1.00100.59 C \ ANISOU26906 CD LYS 8 39 9344 13235 15640 2570 1349 1352 C \ ATOM 26907 CE LYS 8 39 -131.391 -51.853 55.243 1.00114.37 C \ ANISOU26907 CE LYS 8 39 11067 14991 17399 2517 1344 1355 C \ ATOM 26908 NZ LYS 8 39 -131.967 -52.057 53.885 1.00119.65 N \ ANISOU26908 NZ LYS 8 39 11704 15690 18067 2515 1339 1359 N \ ATOM 26909 N GLU 8 40 -127.706 -47.696 56.975 1.00 73.95 N \ ANISOU26909 N GLU 8 40 6131 9668 12297 2617 1332 1341 N \ ATOM 26910 CA GLU 8 40 -126.346 -47.866 56.492 1.00 74.70 C \ ANISOU26910 CA GLU 8 40 6258 9710 12416 2593 1319 1339 C \ ATOM 26911 C GLU 8 40 -125.376 -47.911 57.651 1.00 68.59 C \ ANISOU26911 C GLU 8 40 5520 8892 11650 2580 1319 1336 C \ ATOM 26912 O GLU 8 40 -124.911 -48.970 58.045 1.00 75.73 O \ ANISOU26912 O GLU 8 40 6423 9785 12565 2537 1318 1336 O \ ATOM 26913 CB GLU 8 40 -125.962 -46.714 55.568 1.00 76.59 C \ ANISOU26913 CB GLU 8 40 6518 9924 12659 2627 1311 1339 C \ ATOM 26914 CG GLU 8 40 -126.371 -46.907 54.124 1.00 94.75 C \ ANISOU26914 CG GLU 8 40 8791 12248 14962 2624 1304 1343 C \ ATOM 26915 CD GLU 8 40 -125.467 -47.876 53.389 1.00 99.83 C \ ANISOU26915 CD GLU 8 40 9438 12865 15629 2578 1292 1344 C \ ATOM 26916 OE1 GLU 8 40 -125.448 -49.070 53.763 1.00102.53 O \ ANISOU26916 OE1 GLU 8 40 9763 13216 15976 2536 1294 1344 O \ ATOM 26917 OE2 GLU 8 40 -124.781 -47.442 52.435 1.00 90.43 O \ ANISOU26917 OE2 GLU 8 40 8265 11644 14450 2583 1281 1344 O \ ATOM 26918 N ILE 8 41 -125.088 -46.745 58.207 1.00 54.63 N \ ANISOU26918 N ILE 8 41 3783 7098 9875 2617 1322 1333 N \ ATOM 26919 CA ILE 8 41 -124.075 -46.629 59.246 1.00 60.99 C \ ANISOU26919 CA ILE 8 41 4629 7857 10689 2609 1321 1329 C \ ATOM 26920 C ILE 8 41 -124.245 -47.686 60.338 1.00 65.61 C \ ANISOU26920 C ILE 8 41 5201 8456 11272 2575 1329 1329 C \ ATOM 26921 O ILE 8 41 -123.262 -48.221 60.850 1.00 73.41 O \ ANISOU26921 O ILE 8 41 6212 9406 12274 2544 1324 1328 O \ ATOM 26922 CB ILE 8 41 -124.049 -45.204 59.876 1.00 73.26 C \ ANISOU26922 CB ILE 8 41 6211 9393 12230 2659 1327 1326 C \ ATOM 26923 CG1 ILE 8 41 -125.326 -44.934 60.677 1.00 90.78 C \ ANISOU26923 CG1 ILE 8 41 8407 11662 14425 2685 1342 1326 C \ ATOM 26924 CG2 ILE 8 41 -123.856 -44.137 58.808 1.00 58.96 C \ ANISOU26924 CG2 ILE 8 41 4414 7567 10422 2693 1319 1326 C \ ATOM 26925 CD1 ILE 8 41 -125.230 -45.317 62.151 1.00 83.46 C \ ANISOU26925 CD1 ILE 8 41 7489 10729 13492 2671 1351 1324 C \ ATOM 26926 N ARG 8 42 -125.490 -47.987 60.691 1.00120.81 N \ ANISOU26926 N ARG 8 42 12156 15501 18244 2581 1340 1331 N \ ATOM 26927 CA ARG 8 42 -125.742 -48.964 61.738 1.00123.48 C \ ANISOU26927 CA ARG 8 42 12481 15857 18579 2550 1348 1331 C \ ATOM 26928 C ARG 8 42 -125.140 -50.297 61.348 1.00120.24 C \ ANISOU26928 C ARG 8 42 12062 15435 18188 2496 1340 1333 C \ ATOM 26929 O ARG 8 42 -124.352 -50.869 62.087 1.00127.65 O \ ANISOU26929 O ARG 8 42 13020 16343 19137 2466 1338 1331 O \ ATOM 26930 CB ARG 8 42 -127.240 -49.125 62.006 1.00132.98 C \ ANISOU26930 CB ARG 8 42 13642 17124 19759 2564 1361 1333 C \ ATOM 26931 CG ARG 8 42 -127.805 -48.123 62.995 1.00141.99 C \ ANISOU26931 CG ARG 8 42 14793 18276 20880 2607 1373 1330 C \ ATOM 26932 CD ARG 8 42 -129.186 -48.535 63.474 1.00128.58 C \ ANISOU26932 CD ARG 8 42 13054 16639 19162 2610 1386 1331 C \ ATOM 26933 NE ARG 8 42 -130.188 -48.462 62.416 1.00135.96 N \ ANISOU26933 NE ARG 8 42 13952 17618 20088 2625 1387 1335 N \ ATOM 26934 CZ ARG 8 42 -130.517 -49.480 61.625 1.00149.90 C \ ANISOU26934 CZ ARG 8 42 15686 19410 21860 2594 1383 1338 C \ ATOM 26935 NH1 ARG 8 42 -129.921 -50.655 61.768 1.00139.60 N \ ANISOU26935 NH1 ARG 8 42 14380 18091 20569 2545 1378 1339 N \ ATOM 26936 NH2 ARG 8 42 -131.443 -49.323 60.691 1.00144.91 N \ ANISOU26936 NH2 ARG 8 42 15022 18819 21220 2611 1384 1341 N \ ATOM 26937 N GLN 8 43 -125.506 -50.786 60.174 1.00 91.50 N \ ANISOU26937 N GLN 8 43 8394 11818 14552 2483 1335 1336 N \ ATOM 26938 CA GLN 8 43 -125.046 -52.093 59.735 1.00 95.43 C \ ANISOU26938 CA GLN 8 43 8879 12311 15068 2431 1327 1338 C \ ATOM 26939 C GLN 8 43 -123.549 -52.091 59.415 1.00106.54 C \ ANISOU26939 C GLN 8 43 10325 13655 16499 2412 1314 1336 C \ ATOM 26940 O GLN 8 43 -122.932 -53.148 59.288 1.00104.91 O \ ANISOU26940 O GLN 8 43 10117 13433 16310 2367 1308 1337 O \ ATOM 26941 CB GLN 8 43 -125.874 -52.577 58.543 1.00 94.35 C \ ANISOU26941 CB GLN 8 43 8701 12217 14929 2424 1325 1342 C \ ATOM 26942 CG GLN 8 43 -127.357 -52.351 58.729 1.00 99.94 C \ ANISOU26942 CG GLN 8 43 9375 12986 15613 2451 1338 1343 C \ ATOM 26943 CD GLN 8 43 -128.205 -53.114 57.734 1.00111.74 C \ ANISOU26943 CD GLN 8 43 10825 14527 17106 2434 1337 1347 C \ ATOM 26944 OE1 GLN 8 43 -128.536 -54.277 57.954 1.00111.60 O \ ANISOU26944 OE1 GLN 8 43 10781 14533 17089 2398 1340 1349 O \ ATOM 26945 NE2 GLN 8 43 -128.577 -52.457 56.640 1.00102.14 N \ ANISOU26945 NE2 GLN 8 43 9598 13323 15886 2461 1333 1349 N \ ATOM 26946 N LYS 8 44 -122.963 -50.904 59.295 1.00 71.25 N \ ANISOU26946 N LYS 8 44 5889 9150 12031 2446 1310 1334 N \ ATOM 26947 CA LYS 8 44 -121.530 -50.802 59.052 1.00 61.25 C \ ANISOU26947 CA LYS 8 44 4662 7823 10788 2431 1298 1332 C \ ATOM 26948 C LYS 8 44 -120.754 -50.874 60.361 1.00 71.15 C \ ANISOU26948 C LYS 8 44 5948 9041 12046 2419 1300 1329 C \ ATOM 26949 O LYS 8 44 -119.530 -50.967 60.364 1.00 80.78 O \ ANISOU26949 O LYS 8 44 7198 10209 13284 2400 1291 1327 O \ ATOM 26950 CB LYS 8 44 -121.193 -49.508 58.314 1.00 54.72 C \ ANISOU26950 CB LYS 8 44 3858 6971 9961 2471 1292 1330 C \ ATOM 26951 CG LYS 8 44 -121.790 -49.406 56.922 1.00 66.06 C \ ANISOU26951 CG LYS 8 44 5267 8436 11396 2481 1288 1333 C \ ATOM 26952 CD LYS 8 44 -121.385 -50.586 56.059 1.00 70.21 C \ ANISOU26952 CD LYS 8 44 5778 8959 11941 2434 1279 1335 C \ ATOM 26953 CE LYS 8 44 -121.899 -50.436 54.635 1.00 80.48 C \ ANISOU26953 CE LYS 8 44 7055 10284 13241 2444 1274 1338 C \ ATOM 26954 NZ LYS 8 44 -121.314 -49.256 53.927 1.00 75.84 N \ ANISOU26954 NZ LYS 8 44 6495 9662 12657 2477 1266 1337 N \ ATOM 26955 N GLY 8 45 -121.468 -50.821 61.478 1.00 67.30 N \ ANISOU26955 N GLY 8 45 5451 8579 11540 2431 1312 1328 N \ ATOM 26956 CA GLY 8 45 -120.827 -50.880 62.777 1.00 66.37 C \ ANISOU26956 CA GLY 8 45 5362 8432 11425 2421 1315 1326 C \ ATOM 26957 C GLY 8 45 -120.437 -52.289 63.176 1.00 68.80 C \ ANISOU26957 C GLY 8 45 5661 8734 11745 2367 1313 1327 C \ ATOM 26958 O GLY 8 45 -119.448 -52.494 63.869 1.00 62.65 O \ ANISOU26958 O GLY 8 45 4912 7914 10979 2347 1310 1325 O \ ATOM 26959 N ARG 8 46 -121.222 -53.266 62.740 1.00147.72 N \ ANISOU26959 N ARG 8 46 15615 18774 21738 2343 1316 1330 N \ ATOM 26960 CA ARG 8 46 -120.957 -54.654 63.080 1.00158.35 C \ ANISOU26960 CA ARG 8 46 16949 20120 23095 2291 1314 1332 C \ ATOM 26961 C ARG 8 46 -119.638 -55.105 62.470 1.00165.07 C \ ANISOU26961 C ARG 8 46 17824 20922 23974 2259 1300 1331 C \ ATOM 26962 O ARG 8 46 -118.909 -54.318 61.877 1.00174.64 O \ ANISOU26962 O ARG 8 46 19062 22097 25195 2277 1292 1330 O \ ATOM 26963 CB ARG 8 46 -122.087 -55.546 62.577 1.00156.87 C \ ANISOU26963 CB ARG 8 46 16713 19991 22900 2274 1319 1335 C \ ATOM 26964 CG ARG 8 46 -122.226 -55.523 61.077 1.00166.77 C \ ANISOU26964 CG ARG 8 46 17949 21255 24161 2276 1311 1337 C \ ATOM 26965 CD ARG 8 46 -123.406 -56.345 60.608 1.00177.37 C \ ANISOU26965 CD ARG 8 46 19242 22657 25494 2262 1317 1341 C \ ATOM 26966 NE ARG 8 46 -123.642 -56.153 59.180 1.00187.88 N \ ANISOU26966 NE ARG 8 46 20557 24000 26828 2271 1310 1342 N \ ATOM 26967 CZ ARG 8 46 -124.605 -56.754 58.490 1.00177.10 C \ ANISOU26967 CZ ARG 8 46 19150 22683 25457 2262 1313 1346 C \ ATOM 26968 NH1 ARG 8 46 -125.432 -57.596 59.094 1.00173.09 N \ ANISOU26968 NH1 ARG 8 46 18611 22216 24938 2243 1322 1347 N \ ATOM 26969 NH2 ARG 8 46 -124.741 -56.513 57.193 1.00163.50 N \ ANISOU26969 NH2 ARG 8 46 17416 20968 23738 2271 1306 1347 N \ ATOM 26970 N LYS 8 47 -119.344 -56.388 62.612 1.00 72.53 N \ ANISOU26970 N LYS 8 47 6092 9200 12266 2211 1298 1333 N \ ATOM 26971 CA LYS 8 47 -118.131 -56.968 62.057 1.00 59.47 C \ ANISOU26971 CA LYS 8 47 4456 7502 10639 2175 1285 1333 C \ ATOM 26972 C LYS 8 47 -118.516 -58.301 61.438 1.00 52.35 C \ ANISOU26972 C LYS 8 47 3517 6630 9744 2133 1283 1336 C \ ATOM 26973 O LYS 8 47 -119.590 -58.812 61.720 1.00 60.17 O \ ANISOU26973 O LYS 8 47 4472 7669 10719 2129 1292 1338 O \ ATOM 26974 CB LYS 8 47 -117.070 -57.132 63.149 1.00 53.76 C \ ANISOU26974 CB LYS 8 47 3769 6732 9927 2156 1282 1331 C \ ATOM 26975 CG LYS 8 47 -117.550 -57.868 64.390 1.00 61.86 C \ ANISOU26975 CG LYS 8 47 4781 7781 10943 2137 1292 1331 C \ ATOM 26976 CD LYS 8 47 -116.855 -57.382 65.680 1.00 98.25 C \ ANISOU26976 CD LYS 8 47 9428 12351 15550 2146 1294 1329 C \ ATOM 26977 CE LYS 8 47 -115.418 -57.911 65.838 1.00 89.66 C \ ANISOU26977 CE LYS 8 47 8372 11208 14488 2109 1283 1328 C \ ATOM 26978 NZ LYS 8 47 -114.797 -57.660 67.187 1.00 48.30 N \ ANISOU26978 NZ LYS 8 47 3167 5937 9249 2110 1286 1326 N \ ATOM 26979 N PHE 8 48 -117.666 -58.867 60.588 1.00 55.55 N \ ANISOU26979 N PHE 8 48 3928 7007 10172 2103 1271 1336 N \ ATOM 26980 CA PHE 8 48 -118.084 -60.045 59.841 1.00 52.82 C \ ANISOU26980 CA PHE 8 48 3545 6691 9833 2066 1270 1339 C \ ATOM 26981 C PHE 8 48 -117.023 -61.133 59.667 1.00 59.78 C \ ANISOU26981 C PHE 8 48 4436 7538 10741 2015 1260 1339 C \ ATOM 26982 O PHE 8 48 -116.079 -61.235 60.446 1.00 56.71 O \ ANISOU26982 O PHE 8 48 4077 7107 10362 2001 1257 1338 O \ ATOM 26983 CB PHE 8 48 -118.668 -59.639 58.485 1.00 60.69 C \ ANISOU26983 CB PHE 8 48 4520 7713 10825 2087 1267 1341 C \ ATOM 26984 CG PHE 8 48 -117.681 -58.969 57.562 1.00 65.24 C \ ANISOU26984 CG PHE 8 48 5126 8245 11418 2097 1255 1339 C \ ATOM 26985 CD1 PHE 8 48 -117.084 -59.676 56.532 1.00 71.82 C \ ANISOU26985 CD1 PHE 8 48 5955 9062 12272 2064 1245 1340 C \ ATOM 26986 CD2 PHE 8 48 -117.370 -57.629 57.706 1.00 68.82 C \ ANISOU26986 CD2 PHE 8 48 5611 8672 11866 2140 1254 1336 C \ ATOM 26987 CE1 PHE 8 48 -116.187 -59.062 55.674 1.00 68.40 C \ ANISOU26987 CE1 PHE 8 48 5547 8587 11853 2073 1234 1338 C \ ATOM 26988 CE2 PHE 8 48 -116.478 -57.006 56.847 1.00 67.98 C \ ANISOU26988 CE2 PHE 8 48 5531 8526 11774 2149 1243 1335 C \ ATOM 26989 CZ PHE 8 48 -115.887 -57.722 55.834 1.00 70.93 C \ ANISOU26989 CZ PHE 8 48 5900 8884 12168 2116 1233 1336 C \ ATOM 26990 N VAL 8 49 -117.204 -61.944 58.630 1.00 71.26 N \ ANISOU26990 N VAL 8 49 5862 9009 12203 1989 1255 1342 N \ ATOM 26991 CA VAL 8 49 -116.378 -63.117 58.377 1.00 67.93 C \ ANISOU26991 CA VAL 8 49 5442 8564 11806 1938 1247 1342 C \ ATOM 26992 C VAL 8 49 -116.057 -63.176 56.881 1.00 66.41 C \ ANISOU26992 C VAL 8 49 5243 8362 11627 1930 1237 1343 C \ ATOM 26993 O VAL 8 49 -116.750 -62.553 56.085 1.00 75.37 O \ ANISOU26993 O VAL 8 49 6363 9524 12751 1959 1238 1343 O \ ATOM 26994 CB VAL 8 49 -117.141 -64.363 58.807 1.00 74.45 C \ ANISOU26994 CB VAL 8 49 6231 9431 12625 1904 1254 1345 C \ ATOM 26995 CG1 VAL 8 49 -117.105 -64.489 60.315 1.00 65.14 C \ ANISOU26995 CG1 VAL 8 49 5065 8247 11439 1901 1261 1344 C \ ATOM 26996 CG2 VAL 8 49 -118.590 -64.266 58.329 1.00 81.41 C \ ANISOU26996 CG2 VAL 8 49 7071 10375 13485 1925 1262 1347 C \ ATOM 26997 N LEU 8 50 -115.022 -63.907 56.478 1.00 58.80 N \ ANISOU26997 N LEU 8 50 4292 7362 10689 1892 1227 1342 N \ ATOM 26998 CA LEU 8 50 -114.531 -63.737 55.102 1.00 54.86 C \ ANISOU26998 CA LEU 8 50 3796 6844 10204 1890 1216 1341 C \ ATOM 26999 C LEU 8 50 -114.681 -64.881 54.059 1.00 46.56 C \ ANISOU26999 C LEU 8 50 2713 5812 9165 1851 1212 1344 C \ ATOM 27000 O LEU 8 50 -115.014 -64.615 52.902 1.00 51.24 O \ ANISOU27000 O LEU 8 50 3291 6421 9756 1862 1209 1344 O \ ATOM 27001 CB LEU 8 50 -113.098 -63.175 55.113 1.00 66.71 C \ ANISOU27001 CB LEU 8 50 5344 8279 11724 1892 1206 1338 C \ ATOM 27002 CG LEU 8 50 -112.840 -61.978 56.036 1.00 63.81 C \ ANISOU27002 CG LEU 8 50 5011 7888 11346 1931 1210 1336 C \ ATOM 27003 CD1 LEU 8 50 -112.265 -62.453 57.346 1.00 62.62 C \ ANISOU27003 CD1 LEU 8 50 4879 7712 11200 1909 1212 1335 C \ ATOM 27004 CD2 LEU 8 50 -111.901 -60.963 55.400 1.00 62.01 C \ ANISOU27004 CD2 LEU 8 50 4818 7613 11129 1953 1200 1333 C \ ATOM 27005 N ALA 8 51 -114.430 -66.125 54.468 1.00 56.84 N \ ANISOU27005 N ALA 8 51 4005 7112 10478 1805 1211 1345 N \ ATOM 27006 CA ALA 8 51 -114.452 -67.321 53.598 1.00 61.41 C \ ANISOU27006 CA ALA 8 51 4557 7706 11071 1763 1207 1346 C \ ATOM 27007 C ALA 8 51 -113.081 -67.804 53.082 1.00 56.37 C \ ANISOU27007 C ALA 8 51 3942 7014 10463 1729 1195 1344 C \ ATOM 27008 O ALA 8 51 -112.374 -68.520 53.786 1.00 53.42 O \ ANISOU27008 O ALA 8 51 3582 6614 10103 1696 1193 1344 O \ ATOM 27009 CB ALA 8 51 -115.445 -67.173 52.451 1.00 53.98 C \ ANISOU27009 CB ALA 8 51 3582 6809 10119 1779 1208 1348 C \ ATOM 27010 N LYS 8 52 -112.713 -67.448 51.857 1.00 57.56 N \ ANISOU27010 N LYS 8 52 4098 7150 10624 1735 1186 1343 N \ ATOM 27011 CA LYS 8 52 -111.461 -67.965 51.291 1.00 53.47 C \ ANISOU27011 CA LYS 8 52 3599 6585 10134 1700 1175 1342 C \ ATOM 27012 C LYS 8 52 -110.249 -67.129 51.656 1.00 58.08 C \ ANISOU27012 C LYS 8 52 4230 7108 10729 1715 1168 1338 C \ ATOM 27013 O LYS 8 52 -109.262 -67.679 52.148 1.00 63.48 O \ ANISOU27013 O LYS 8 52 4936 7753 11432 1685 1163 1337 O \ ATOM 27014 CB LYS 8 52 -111.560 -68.168 49.778 1.00 51.68 C \ ANISOU27014 CB LYS 8 52 3353 6368 9915 1692 1169 1342 C \ ATOM 27015 CG LYS 8 52 -112.328 -69.406 49.392 1.00 62.79 C \ ANISOU27015 CG LYS 8 52 4717 7820 11321 1658 1172 1345 C \ ATOM 27016 CD LYS 8 52 -113.451 -69.710 50.403 1.00 84.27 C \ ANISOU27016 CD LYS 8 52 7412 10588 14020 1663 1184 1347 C \ ATOM 27017 CE LYS 8 52 -112.969 -70.587 51.581 1.00 85.64 C \ ANISOU27017 CE LYS 8 52 7594 10744 14202 1629 1186 1347 C \ ATOM 27018 NZ LYS 8 52 -113.889 -70.593 52.766 1.00 63.20 N \ ANISOU27018 NZ LYS 8 52 4738 7938 11338 1642 1198 1349 N \ ATOM 27019 N PRO 8 53 -110.309 -65.804 51.395 1.00 74.40 N \ ANISOU27019 N PRO 8 53 6316 9168 12786 1761 1168 1337 N \ ATOM 27020 CA PRO 8 53 -109.295 -64.928 51.975 1.00 74.55 C \ ANISOU27020 CA PRO 8 53 6380 9133 12811 1780 1164 1334 C \ ATOM 27021 C PRO 8 53 -109.157 -65.164 53.473 1.00 67.54 C \ ANISOU27021 C PRO 8 53 5505 8237 11919 1772 1169 1334 C \ ATOM 27022 O PRO 8 53 -108.066 -64.968 54.012 1.00 75.35 O \ ANISOU27022 O PRO 8 53 6530 9177 12922 1766 1164 1331 O \ ATOM 27023 CB PRO 8 53 -109.836 -63.531 51.663 1.00 66.42 C \ ANISOU27023 CB PRO 8 53 5357 8117 11764 1834 1166 1333 C \ ATOM 27024 CG PRO 8 53 -110.464 -63.699 50.338 1.00 70.84 C \ ANISOU27024 CG PRO 8 53 5886 8709 12320 1833 1165 1335 C \ ATOM 27025 CD PRO 8 53 -111.109 -65.083 50.385 1.00 87.52 C \ ANISOU27025 CD PRO 8 53 7960 10861 14433 1794 1169 1338 C \ ATOM 27026 N GLU 8 54 -110.225 -65.598 54.130 1.00 61.52 N \ ANISOU27026 N GLU 8 54 4714 7522 11139 1771 1180 1336 N \ ATOM 27027 CA GLU 8 54 -110.093 -66.003 55.515 1.00 67.51 C \ ANISOU27027 CA GLU 8 54 5481 8274 11895 1758 1185 1336 C \ ATOM 27028 C GLU 8 54 -108.839 -66.853 55.643 1.00 73.16 C \ ANISOU27028 C GLU 8 54 6217 8943 12639 1713 1176 1335 C \ ATOM 27029 O GLU 8 54 -107.949 -66.549 56.433 1.00 71.44 O \ ANISOU27029 O GLU 8 54 6033 8682 12428 1714 1173 1333 O \ ATOM 27030 CB GLU 8 54 -111.309 -66.801 55.971 1.00 89.92 C \ ANISOU27030 CB GLU 8 54 8278 11170 14717 1746 1196 1340 C \ ATOM 27031 CG GLU 8 54 -112.355 -65.981 56.716 1.00101.18 C \ ANISOU27031 CG GLU 8 54 9698 12632 16115 1788 1207 1340 C \ ATOM 27032 CD GLU 8 54 -113.462 -66.836 57.342 1.00108.02 C \ ANISOU27032 CD GLU 8 54 10526 13550 16965 1772 1218 1343 C \ ATOM 27033 OE1 GLU 8 54 -113.748 -67.939 56.819 1.00109.32 O \ ANISOU27033 OE1 GLU 8 54 10661 13738 17137 1737 1217 1345 O \ ATOM 27034 OE2 GLU 8 54 -114.052 -66.399 58.358 1.00103.55 O \ ANISOU27034 OE2 GLU 8 54 9961 13003 16380 1796 1227 1343 O \ ATOM 27035 N ALA 8 55 -108.763 -67.904 54.834 1.00 49.50 N \ ANISOU27035 N ALA 8 55 3197 5954 9656 1675 1171 1337 N \ ATOM 27036 CA ALA 8 55 -107.623 -68.815 54.853 1.00 50.38 C \ ANISOU27036 CA ALA 8 55 3324 6024 9795 1630 1163 1336 C \ ATOM 27037 C ALA 8 55 -106.297 -68.166 54.418 1.00 46.71 C \ ANISOU27037 C ALA 8 55 2900 5499 9350 1635 1152 1332 C \ ATOM 27038 O ALA 8 55 -105.220 -68.673 54.727 1.00 46.79 O \ ANISOU27038 O ALA 8 55 2931 5465 9381 1605 1145 1331 O \ ATOM 27039 CB ALA 8 55 -107.925 -70.050 54.014 1.00 52.04 C \ ANISOU27039 CB ALA 8 55 3498 6259 10015 1590 1161 1338 C \ ATOM 27040 N GLU 8 56 -106.372 -67.050 53.700 1.00 78.26 N \ ANISOU27040 N GLU 8 56 6905 9490 13339 1673 1150 1331 N \ ATOM 27041 CA GLU 8 56 -105.161 -66.324 53.347 1.00 67.48 C \ ANISOU27041 CA GLU 8 56 5581 8069 11991 1683 1140 1327 C \ ATOM 27042 C GLU 8 56 -104.532 -65.696 54.588 1.00 72.86 C \ ANISOU27042 C GLU 8 56 6299 8714 12670 1699 1141 1326 C \ ATOM 27043 O GLU 8 56 -103.366 -65.933 54.875 1.00 77.14 O \ ANISOU27043 O GLU 8 56 6869 9207 13232 1677 1134 1324 O \ ATOM 27044 CB GLU 8 56 -105.421 -65.265 52.266 1.00 76.96 C \ ANISOU27044 CB GLU 8 56 6782 9275 13183 1721 1138 1326 C \ ATOM 27045 CG GLU 8 56 -105.323 -65.784 50.814 1.00 90.78 C \ ANISOU27045 CG GLU 8 56 8514 11030 14948 1699 1131 1327 C \ ATOM 27046 CD GLU 8 56 -105.255 -64.658 49.756 1.00 96.26 C \ ANISOU27046 CD GLU 8 56 9220 11716 15640 1735 1126 1325 C \ ATOM 27047 OE1 GLU 8 56 -105.702 -63.523 50.042 1.00 96.65 O \ ANISOU27047 OE1 GLU 8 56 9279 11774 15670 1780 1130 1325 O \ ATOM 27048 OE2 GLU 8 56 -104.758 -64.910 48.630 1.00 81.42 O \ ANISOU27048 OE2 GLU 8 56 7339 9820 13776 1718 1118 1324 O \ ATOM 27049 N ARG 8 57 -105.295 -64.911 55.338 1.00 79.40 N \ ANISOU27049 N ARG 8 57 7127 9567 13475 1736 1150 1326 N \ ATOM 27050 CA ARG 8 57 -104.720 -64.248 56.501 1.00 81.94 C \ ANISOU27050 CA ARG 8 57 7485 9855 13794 1753 1151 1324 C \ ATOM 27051 C ARG 8 57 -104.297 -65.196 57.596 1.00 85.33 C \ ANISOU27051 C ARG 8 57 7920 10271 14232 1717 1152 1325 C \ ATOM 27052 O ARG 8 57 -103.276 -64.985 58.233 1.00 92.92 O \ ANISOU27052 O ARG 8 57 8916 11185 15205 1712 1147 1323 O \ ATOM 27053 CB ARG 8 57 -105.665 -63.218 57.082 1.00 85.08 C \ ANISOU27053 CB ARG 8 57 7881 10283 14164 1800 1161 1325 C \ ATOM 27054 CG ARG 8 57 -105.367 -61.825 56.633 1.00 96.82 C \ ANISOU27054 CG ARG 8 57 9395 11747 15647 1844 1158 1322 C \ ATOM 27055 CD ARG 8 57 -106.619 -61.012 56.641 1.00 96.55 C \ ANISOU27055 CD ARG 8 57 9341 11760 15585 1887 1168 1323 C \ ATOM 27056 NE ARG 8 57 -107.419 -61.278 55.453 1.00121.17 N \ ANISOU27056 NE ARG 8 57 12423 14917 18698 1887 1168 1325 N \ ATOM 27057 CZ ARG 8 57 -108.104 -62.397 55.234 1.00126.56 C \ ANISOU27057 CZ ARG 8 57 13068 15639 19380 1857 1171 1328 C \ ATOM 27058 NH1 ARG 8 57 -108.095 -63.383 56.121 1.00118.02 N \ ANISOU27058 NH1 ARG 8 57 11979 14563 18302 1824 1175 1329 N \ ATOM 27059 NH2 ARG 8 57 -108.806 -62.529 54.119 1.00127.95 N \ ANISOU27059 NH2 ARG 8 57 13214 15849 19551 1859 1171 1330 N \ ATOM 27060 N ILE 8 58 -105.087 -66.230 57.836 1.00 71.82 N \ ANISOU27060 N ILE 8 58 6173 8601 12515 1691 1158 1328 N \ ATOM 27061 CA ILE 8 58 -104.763 -67.170 58.897 1.00 84.19 C \ ANISOU27061 CA ILE 8 58 7741 10158 14088 1656 1160 1329 C \ ATOM 27062 C ILE 8 58 -103.269 -67.499 58.855 1.00 77.75 C \ ANISOU27062 C ILE 8 58 6959 9282 13302 1627 1148 1327 C \ ATOM 27063 O ILE 8 58 -102.604 -67.593 59.886 1.00 75.87 O \ ANISOU27063 O ILE 8 58 6745 9013 13070 1616 1147 1327 O \ ATOM 27064 CB ILE 8 58 -105.570 -68.477 58.753 1.00 86.32 C \ ANISOU27064 CB ILE 8 58 7968 10473 14356 1621 1164 1333 C \ ATOM 27065 CG1 ILE 8 58 -107.068 -68.188 58.654 1.00 74.87 C \ ANISOU27065 CG1 ILE 8 58 6484 9086 12879 1649 1175 1335 C \ ATOM 27066 CG2 ILE 8 58 -105.305 -69.405 59.933 1.00 98.25 C \ ANISOU27066 CG2 ILE 8 58 9481 11976 15872 1587 1167 1334 C \ ATOM 27067 CD1 ILE 8 58 -107.845 -68.592 59.886 1.00 77.07 C \ ANISOU27067 CD1 ILE 8 58 6746 9396 13140 1646 1186 1337 C \ ATOM 27068 N LYS 8 59 -102.752 -67.651 57.643 1.00 45.92 N \ ANISOU27068 N LYS 8 59 2927 5233 9288 1614 1139 1326 N \ ATOM 27069 CA LYS 8 59 -101.362 -68.031 57.418 1.00 46.71 C \ ANISOU27069 CA LYS 8 59 3054 5277 9417 1584 1128 1324 C \ ATOM 27070 C LYS 8 59 -100.371 -66.914 57.755 1.00 46.59 C \ ANISOU27070 C LYS 8 59 3085 5209 9407 1610 1123 1321 C \ ATOM 27071 O LYS 8 59 -99.187 -67.170 57.965 1.00 49.41 O \ ANISOU27071 O LYS 8 59 3469 5517 9786 1587 1114 1319 O \ ATOM 27072 CB LYS 8 59 -101.165 -68.472 55.964 1.00 48.79 C \ ANISOU27072 CB LYS 8 59 3302 5539 9696 1565 1121 1324 C \ ATOM 27073 CG LYS 8 59 -101.343 -69.951 55.705 1.00 44.58 C \ ANISOU27073 CG LYS 8 59 2738 5026 9175 1516 1120 1326 C \ ATOM 27074 CD LYS 8 59 -100.035 -70.684 55.972 1.00 72.62 C \ ANISOU27074 CD LYS 8 59 6312 8526 12754 1476 1111 1325 C \ ATOM 27075 CE LYS 8 59 -99.819 -71.880 55.034 1.00 86.38 C \ ANISOU27075 CE LYS 8 59 8032 10272 14517 1431 1106 1325 C \ ATOM 27076 NZ LYS 8 59 -98.388 -72.340 55.019 1.00 86.03 N \ ANISOU27076 NZ LYS 8 59 8016 10169 14503 1398 1095 1323 N \ ATOM 27077 N LEU 8 60 -100.855 -65.677 57.794 1.00 54.43 N \ ANISOU27077 N LEU 8 60 4087 6214 10381 1658 1127 1320 N \ ATOM 27078 CA LEU 8 60 -99.995 -64.515 58.027 1.00 45.69 C \ ANISOU27078 CA LEU 8 60 3024 5060 9278 1687 1123 1317 C \ ATOM 27079 C LEU 8 60 -99.810 -64.236 59.508 1.00 51.16 C \ ANISOU27079 C LEU 8 60 3738 5738 9961 1696 1127 1317 C \ ATOM 27080 O LEU 8 60 -99.096 -63.302 59.883 1.00 50.92 O \ ANISOU27080 O LEU 8 60 3745 5669 9933 1719 1124 1314 O \ ATOM 27081 CB LEU 8 60 -100.569 -63.263 57.366 1.00 52.27 C \ ANISOU27081 CB LEU 8 60 3857 5909 10093 1736 1125 1316 C \ ATOM 27082 CG LEU 8 60 -100.660 -63.184 55.847 1.00 53.34 C \ ANISOU27082 CG LEU 8 60 3978 6053 10236 1738 1120 1315 C \ ATOM 27083 CD1 LEU 8 60 -101.129 -61.805 55.482 1.00 60.99 C \ ANISOU27083 CD1 LEU 8 60 4955 7031 11186 1790 1122 1314 C \ ATOM 27084 CD2 LEU 8 60 -99.326 -63.464 55.218 1.00 63.71 C \ ANISOU27084 CD2 LEU 8 60 5315 7313 11578 1711 1107 1313 C \ ATOM 27085 N LEU 8 61 -100.479 -65.024 60.343 1.00 48.71 N \ ANISOU27085 N LEU 8 61 3405 5460 9641 1678 1135 1319 N \ ATOM 27086 CA LEU 8 61 -100.354 -64.888 61.784 1.00 58.12 C \ ANISOU27086 CA LEU 8 61 4616 6641 10825 1682 1140 1320 C \ ATOM 27087 C LEU 8 61 -99.674 -66.124 62.355 1.00 62.12 C \ ANISOU27087 C LEU 8 61 5124 7127 11351 1632 1136 1321 C \ ATOM 27088 O LEU 8 61 -98.454 -66.231 62.351 1.00 50.35 O \ ANISOU27088 O LEU 8 61 3662 5585 9882 1614 1126 1319 O \ ATOM 27089 CB LEU 8 61 -101.735 -64.707 62.375 1.00 54.00 C \ ANISOU27089 CB LEU 8 61 4067 6175 10274 1706 1153 1322 C \ ATOM 27090 CG LEU 8 61 -102.476 -63.654 61.550 1.00 49.81 C \ ANISOU27090 CG LEU 8 61 3528 5670 9727 1750 1156 1321 C \ ATOM 27091 CD1 LEU 8 61 -103.875 -64.118 61.146 1.00 52.91 C \ ANISOU27091 CD1 LEU 8 61 3874 6128 10103 1751 1165 1324 C \ ATOM 27092 CD2 LEU 8 61 -102.522 -62.326 62.284 1.00 52.45 C \ ANISOU27092 CD2 LEU 8 61 3890 5994 10045 1796 1161 1319 C \ ATOM 27093 N LEU 8 62 -100.473 -67.072 62.819 1.00142.56 N \ ANISOU27093 N LEU 8 62 15281 17356 21531 1610 1143 1324 N \ ATOM 27094 CA LEU 8 62 -99.940 -68.359 63.249 1.00151.51 C \ ANISOU27094 CA LEU 8 62 16410 18475 22682 1560 1139 1326 C \ ATOM 27095 C LEU 8 62 -99.211 -68.326 64.594 1.00148.39 C \ ANISOU27095 C LEU 8 62 16046 18044 22290 1553 1139 1325 C \ ATOM 27096 O LEU 8 62 -99.760 -68.814 65.580 1.00153.99 O \ ANISOU27096 O LEU 8 62 16743 18778 22988 1543 1146 1328 O \ ATOM 27097 CB LEU 8 62 -99.089 -68.986 62.145 1.00152.93 C \ ANISOU27097 CB LEU 8 62 16591 18626 22889 1528 1128 1325 C \ ATOM 27098 CG LEU 8 62 -99.932 -69.263 60.901 1.00166.35 C \ ANISOU27098 CG LEU 8 62 18253 20367 24584 1528 1129 1326 C \ ATOM 27099 CD1 LEU 8 62 -99.060 -69.583 59.711 1.00157.96 C \ ANISOU27099 CD1 LEU 8 62 17196 19273 23547 1505 1118 1324 C \ ATOM 27100 CD2 LEU 8 62 -100.931 -70.385 61.168 1.00146.80 C \ ANISOU27100 CD2 LEU 8 62 15736 17942 22100 1502 1137 1329 C \ ATOM 27101 N PRO 8 63 -97.981 -67.772 64.662 1.00100.43 N \ ANISOU27101 N PRO 8 63 10013 11913 16233 1557 1130 1323 N \ ATOM 27102 CA PRO 8 63 -97.570 -67.707 66.065 1.00 98.98 C \ ANISOU27102 CA PRO 8 63 9854 11708 16047 1555 1132 1323 C \ ATOM 27103 C PRO 8 63 -98.622 -67.008 66.921 1.00 93.63 C \ ANISOU27103 C PRO 8 63 9169 11067 15339 1591 1144 1324 C \ ATOM 27104 O PRO 8 63 -98.643 -67.187 68.137 1.00 87.35 O \ ANISOU27104 O PRO 8 63 8382 10271 14536 1585 1148 1325 O \ ATOM 27105 CB PRO 8 63 -96.259 -66.908 66.005 1.00 86.83 C \ ANISOU27105 CB PRO 8 63 8360 10107 14525 1566 1122 1320 C \ ATOM 27106 CG PRO 8 63 -95.643 -67.323 64.716 1.00 88.97 C \ ANISOU27106 CG PRO 8 63 8628 10358 14818 1544 1112 1318 C \ ATOM 27107 CD PRO 8 63 -96.829 -67.564 63.758 1.00102.91 C \ ANISOU27107 CD PRO 8 63 10351 12179 16571 1550 1118 1320 C \ ATOM 27108 N TYR 8 64 -99.504 -66.249 66.280 1.00129.83 N \ ANISOU27108 N TYR 8 64 13738 15685 19905 1628 1150 1323 N \ ATOM 27109 CA TYR 8 64 -100.544 -65.533 66.999 1.00147.57 C \ ANISOU27109 CA TYR 8 64 15978 17969 22123 1665 1161 1323 C \ ATOM 27110 C TYR 8 64 -101.854 -66.308 67.043 1.00143.43 C \ ANISOU27110 C TYR 8 64 15408 17506 21582 1654 1171 1326 C \ ATOM 27111 O TYR 8 64 -101.876 -67.522 66.876 1.00141.17 O \ ANISOU27111 O TYR 8 64 15099 17231 21308 1613 1169 1329 O \ ATOM 27112 CB TYR 8 64 -100.754 -64.149 66.392 1.00150.31 C \ ANISOU27112 CB TYR 8 64 16337 18316 22458 1714 1162 1321 C \ ATOM 27113 CG TYR 8 64 -100.709 -63.065 67.434 1.00162.56 C \ ANISOU27113 CG TYR 8 64 17917 19854 23995 1751 1168 1319 C \ ATOM 27114 CD1 TYR 8 64 -99.502 -62.467 67.785 1.00152.63 C \ ANISOU27114 CD1 TYR 8 64 16703 18539 22750 1756 1160 1316 C \ ATOM 27115 CD2 TYR 8 64 -101.863 -62.660 68.092 1.00159.25 C \ ANISOU27115 CD2 TYR 8 64 17481 19478 23547 1779 1180 1320 C \ ATOM 27116 CE1 TYR 8 64 -99.447 -61.483 68.750 1.00154.10 C \ ANISOU27116 CE1 TYR 8 64 16916 18713 22922 1789 1165 1314 C \ ATOM 27117 CE2 TYR 8 64 -101.821 -61.675 69.060 1.00174.93 C \ ANISOU27117 CE2 TYR 8 64 19494 21452 25519 1811 1185 1318 C \ ATOM 27118 CZ TYR 8 64 -100.611 -61.089 69.386 1.00173.42 C \ ANISOU27118 CZ TYR 8 64 19347 21204 25342 1816 1177 1315 C \ ATOM 27119 OH TYR 8 64 -100.567 -60.108 70.350 1.00158.31 O \ ANISOU27119 OH TYR 8 64 17459 19278 23413 1849 1183 1313 O \ ATOM 25814 N LEU 6 9 -124.906 -27.701 50.546 1.00108.41 N \ ANISOU25814 N LEU 6 9 12464 14736 13992 2526 1412 1391 N \ ATOM 25815 CA LEU 6 9 -124.252 -27.400 51.816 1.00110.54 C \ ANISOU25815 CA LEU 6 9 12733 15006 14262 2513 1409 1384 C \ ATOM 25816 C LEU 6 9 -124.472 -28.523 52.833 1.00112.87 C \ ANISOU25816 C LEU 6 9 13030 15302 14552 2503 1378 1391 C \ ATOM 25817 O LEU 6 9 -125.611 -28.884 53.118 1.00119.88 O \ ANISOU25817 O LEU 6 9 13924 16195 15431 2499 1371 1407 O \ ATOM 25818 CB LEU 6 9 -124.787 -26.077 52.363 1.00115.33 C \ ANISOU25818 CB LEU 6 9 13342 15619 14860 2507 1437 1387 C \ ATOM 25819 CG LEU 6 9 -124.172 -25.482 53.632 1.00121.71 C \ ANISOU25819 CG LEU 6 9 14149 16427 15667 2495 1441 1379 C \ ATOM 25820 CD1 LEU 6 9 -124.375 -23.979 53.652 1.00117.69 C \ ANISOU25820 CD1 LEU 6 9 13641 15922 15155 2494 1476 1377 C \ ATOM 25821 CD2 LEU 6 9 -124.748 -26.111 54.890 1.00108.31 C \ ANISOU25821 CD2 LEU 6 9 12457 14735 13962 2482 1420 1390 C \ ATOM 25822 N LEU 6 10 -123.390 -29.081 53.374 1.00111.09 N \ ANISOU25822 N LEU 6 10 12802 15073 14335 2499 1359 1380 N \ ATOM 25823 CA LEU 6 10 -123.500 -30.129 54.392 1.00111.39 C \ ANISOU25823 CA LEU 6 10 12843 15112 14370 2489 1329 1386 C \ ATOM 25824 C LEU 6 10 -123.847 -29.549 55.762 1.00120.32 C \ ANISOU25824 C LEU 6 10 13977 16248 15491 2475 1334 1391 C \ ATOM 25825 O LEU 6 10 -123.417 -28.450 56.108 1.00119.67 O \ ANISOU25825 O LEU 6 10 13893 16167 15409 2471 1356 1383 O \ ATOM 25826 CB LEU 6 10 -122.214 -30.961 54.490 1.00122.30 C \ ANISOU25826 CB LEU 6 10 14219 16488 15763 2489 1306 1373 C \ ATOM 25827 CG LEU 6 10 -122.135 -32.345 53.825 1.00133.50 C \ ANISOU25827 CG LEU 6 10 15636 17902 17187 2496 1279 1375 C \ ATOM 25828 CD1 LEU 6 10 -123.426 -33.153 54.022 1.00116.67 C \ ANISOU25828 CD1 LEU 6 10 13510 15774 15044 2493 1263 1394 C \ ATOM 25829 CD2 LEU 6 10 -121.775 -32.241 52.347 1.00122.48 C \ ANISOU25829 CD2 LEU 6 10 14236 16502 15799 2511 1289 1368 C \ ATOM 25830 N LEU 6 11 -124.609 -30.302 56.550 1.00129.51 N \ ANISOU25830 N LEU 6 11 15146 17415 16646 2466 1315 1404 N \ ATOM 25831 CA LEU 6 11 -125.069 -29.816 57.846 1.00131.59 C \ ANISOU25831 CA LEU 6 11 15414 17685 16901 2453 1319 1410 C \ ATOM 25832 C LEU 6 11 -125.030 -30.912 58.909 1.00133.80 C \ ANISOU25832 C LEU 6 11 15695 17965 17178 2442 1287 1415 C \ ATOM 25833 O LEU 6 11 -125.052 -32.103 58.592 1.00134.40 O \ ANISOU25833 O LEU 6 11 15772 18038 17257 2446 1263 1419 O \ ATOM 25834 CB LEU 6 11 -126.486 -29.251 57.724 1.00127.52 C \ ANISOU25834 CB LEU 6 11 14903 17175 16373 2452 1337 1426 C \ ATOM 25835 CG LEU 6 11 -126.803 -28.088 58.661 1.00127.91 C \ ANISOU25835 CG LEU 6 11 14956 17230 16414 2442 1358 1428 C \ ATOM 25836 CD1 LEU 6 11 -127.172 -28.573 60.050 1.00121.96 C \ ANISOU25836 CD1 LEU 6 11 14207 16480 15653 2428 1339 1436 C \ ATOM 25837 CD2 LEU 6 11 -125.610 -27.150 58.706 1.00133.39 C \ ANISOU25837 CD2 LEU 6 11 15645 17921 17117 2443 1375 1410 C \ ATOM 25838 N GLU 6 12 -124.974 -30.499 60.171 1.00167.54 N \ ANISOU25838 N GLU 6 12 19970 22241 21445 2430 1289 1415 N \ ATOM 25839 CA GLU 6 12 -124.891 -31.428 61.294 1.00179.07 C \ ANISOU25839 CA GLU 6 12 21433 23702 22903 2419 1261 1419 C \ ATOM 25840 C GLU 6 12 -125.726 -30.925 62.471 1.00174.44 C \ ANISOU25840 C GLU 6 12 20853 23123 22305 2407 1267 1430 C \ ATOM 25841 O GLU 6 12 -125.292 -30.060 63.228 1.00178.58 O \ ANISOU25841 O GLU 6 12 21376 23649 22828 2400 1280 1422 O \ ATOM 25842 CB GLU 6 12 -123.428 -31.634 61.715 1.00167.42 C \ ANISOU25842 CB GLU 6 12 19951 22222 21438 2417 1249 1402 C \ ATOM 25843 CG GLU 6 12 -122.566 -30.364 61.691 1.00177.76 C \ ANISOU25843 CG GLU 6 12 21257 23530 22753 2418 1275 1386 C \ ATOM 25844 CD GLU 6 12 -121.924 -30.087 60.331 1.00194.36 C \ ANISOU25844 CD GLU 6 12 23354 25628 24866 2431 1288 1375 C \ ATOM 25845 OE1 GLU 6 12 -121.653 -31.055 59.587 1.00182.98 O \ ANISOU25845 OE1 GLU 6 12 21911 24182 23432 2439 1270 1374 O \ ATOM 25846 OE2 GLU 6 12 -121.677 -28.901 60.013 1.00184.62 O \ ANISOU25846 OE2 GLU 6 12 22119 24395 23635 2434 1316 1368 O \ ATOM 25847 N CYS 6 13 -126.924 -31.485 62.620 1.00131.95 N \ ANISOU25847 N CYS 6 13 15476 17745 16913 2404 1257 1447 N \ ATOM 25848 CA CYS 6 13 -127.897 -31.020 63.611 1.00141.64 C \ ANISOU25848 CA CYS 6 13 16709 18979 18127 2393 1264 1459 C \ ATOM 25849 C CYS 6 13 -127.500 -31.296 65.061 1.00129.76 C \ ANISOU25849 C CYS 6 13 15206 17477 16620 2380 1248 1458 C \ ATOM 25850 O CYS 6 13 -127.552 -32.437 65.509 1.00123.78 O \ ANISOU25850 O CYS 6 13 14450 16718 15863 2376 1220 1463 O \ ATOM 25851 CB CYS 6 13 -129.265 -31.666 63.348 1.00147.92 C \ ANISOU25851 CB CYS 6 13 17510 19778 18914 2394 1256 1478 C \ ATOM 25852 SG CYS 6 13 -130.353 -30.790 62.200 1.00152.25 S \ ANISOU25852 SG CYS 6 13 18061 20330 19457 2404 1286 1487 S \ ATOM 25853 N THR 6 14 -127.135 -30.252 65.801 1.00132.00 N \ ANISOU25853 N THR 6 14 15489 17763 16903 2373 1266 1451 N \ ATOM 25854 CA THR 6 14 -126.895 -30.397 67.235 1.00141.97 C \ ANISOU25854 CA THR 6 14 16754 19028 18161 2359 1253 1450 C \ ATOM 25855 C THR 6 14 -128.216 -30.515 67.979 1.00144.11 C \ ANISOU25855 C THR 6 14 17032 19306 18419 2351 1250 1469 C \ ATOM 25856 O THR 6 14 -129.235 -29.988 67.537 1.00149.32 O \ ANISOU25856 O THR 6 14 17695 19969 19071 2354 1267 1479 O \ ATOM 25857 CB THR 6 14 -126.129 -29.198 67.826 1.00150.14 C \ ANISOU25857 CB THR 6 14 17786 20064 19198 2354 1273 1437 C \ ATOM 25858 OG1 THR 6 14 -125.701 -29.514 69.159 1.00138.73 O \ ANISOU25858 OG1 THR 6 14 16341 18620 17750 2342 1257 1435 O \ ATOM 25859 CG2 THR 6 14 -127.023 -27.961 67.869 1.00143.25 C \ ANISOU25859 CG2 THR 6 14 16916 19196 18315 2352 1304 1444 C \ ATOM 25860 N GLU 6 15 -128.201 -31.207 69.111 1.00109.53 N \ ANISOU25860 N GLU 6 15 12654 14928 14035 2340 1227 1473 N \ ATOM 25861 CA GLU 6 15 -129.367 -31.241 69.980 1.00108.43 C \ ANISOU25861 CA GLU 6 15 12522 14795 13882 2330 1225 1489 C \ ATOM 25862 C GLU 6 15 -129.349 -30.009 70.872 1.00116.66 C \ ANISOU25862 C GLU 6 15 13565 15842 14918 2321 1247 1486 C \ ATOM 25863 O GLU 6 15 -128.281 -29.531 71.252 1.00108.16 O \ ANISOU25863 O GLU 6 15 12484 14763 13848 2319 1251 1471 O \ ATOM 25864 CB GLU 6 15 -129.360 -32.507 70.834 1.00108.69 C \ ANISOU25864 CB GLU 6 15 12557 14828 13913 2322 1191 1495 C \ ATOM 25865 CG GLU 6 15 -130.524 -32.609 71.796 1.00109.82 C \ ANISOU25865 CG GLU 6 15 12707 14978 14043 2312 1187 1512 C \ ATOM 25866 CD GLU 6 15 -130.177 -33.413 73.025 1.00115.88 C \ ANISOU25866 CD GLU 6 15 13476 15746 14809 2301 1161 1513 C \ ATOM 25867 OE1 GLU 6 15 -129.752 -34.576 72.878 1.00109.93 O \ ANISOU25867 OE1 GLU 6 15 12721 14988 14061 2303 1134 1511 O \ ATOM 25868 OE2 GLU 6 15 -130.325 -32.872 74.137 1.00115.21 O \ ANISOU25868 OE2 GLU 6 15 13394 15665 14716 2290 1166 1515 O \ ATOM 25869 N CYS 6 16 -130.523 -29.482 71.193 1.00134.33 N \ ANISOU25869 N CYS 6 16 15809 18086 17145 2317 1260 1500 N \ ATOM 25870 CA CYS 6 16 -130.602 -28.354 72.109 1.00142.95 C \ ANISOU25870 CA CYS 6 16 16902 19183 18231 2308 1280 1498 C \ ATOM 25871 C CYS 6 16 -130.336 -28.837 73.526 1.00149.33 C \ ANISOU25871 C CYS 6 16 17711 19992 19034 2295 1259 1499 C \ ATOM 25872 O CYS 6 16 -130.499 -30.020 73.824 1.00139.46 O \ ANISOU25872 O CYS 6 16 16463 18741 17783 2292 1232 1506 O \ ATOM 25873 CB CYS 6 16 -131.971 -27.686 72.026 1.00135.05 C \ ANISOU25873 CB CYS 6 16 15906 18188 17217 2307 1300 1513 C \ ATOM 25874 SG CYS 6 16 -132.340 -26.960 70.412 1.00149.42 S \ ANISOU25874 SG CYS 6 16 17724 20006 19041 2322 1327 1512 S \ ATOM 25875 N LYS 6 17 -129.918 -27.921 74.392 1.00160.51 N \ ANISOU25875 N LYS 6 17 19127 21411 20449 2287 1273 1491 N \ ATOM 25876 CA LYS 6 17 -129.631 -28.257 75.782 1.00165.99 C \ ANISOU25876 CA LYS 6 17 19822 22107 21138 2274 1256 1491 C \ ATOM 25877 C LYS 6 17 -128.702 -29.467 75.868 1.00166.56 C \ ANISOU25877 C LYS 6 17 19891 22174 21220 2275 1226 1484 C \ ATOM 25878 O LYS 6 17 -128.914 -30.367 76.682 1.00160.20 O \ ANISOU25878 O LYS 6 17 19089 21370 20409 2268 1201 1491 O \ ATOM 25879 CB LYS 6 17 -130.928 -28.536 76.546 1.00153.89 C \ ANISOU25879 CB LYS 6 17 18298 20582 19593 2266 1249 1510 C \ ATOM 25880 CG LYS 6 17 -130.972 -27.922 77.940 1.00150.17 C \ ANISOU25880 CG LYS 6 17 17828 20116 19113 2253 1254 1510 C \ ATOM 25881 CD LYS 6 17 -129.630 -28.044 78.650 1.00146.40 C \ ANISOU25881 CD LYS 6 17 17347 19636 18644 2248 1243 1495 C \ ATOM 25882 CE LYS 6 17 -129.521 -27.071 79.817 1.00150.05 C \ ANISOU25882 CE LYS 6 17 17810 20102 19099 2237 1257 1491 C \ ATOM 25883 NZ LYS 6 17 -128.152 -27.072 80.409 1.00148.49 N \ ANISOU25883 NZ LYS 6 17 17607 19901 18910 2233 1248 1475 N \ ATOM 25884 N ARG 6 18 -127.678 -29.485 75.018 1.00155.01 N \ ANISOU25884 N ARG 6 18 18423 20705 19769 2284 1227 1469 N \ ATOM 25885 CA ARG 6 18 -126.754 -30.615 74.945 1.00154.77 C \ ANISOU25885 CA ARG 6 18 18388 20669 19748 2286 1199 1462 C \ ATOM 25886 C ARG 6 18 -125.700 -30.391 73.859 1.00157.57 C \ ANISOU25886 C ARG 6 18 18736 21017 20116 2298 1208 1446 C \ ATOM 25887 O ARG 6 18 -125.262 -29.262 73.629 1.00151.60 O \ ANISOU25887 O ARG 6 18 17977 20261 19363 2300 1233 1435 O \ ATOM 25888 CB ARG 6 18 -127.523 -31.912 74.679 1.00150.49 C \ ANISOU25888 CB ARG 6 18 17850 20127 19203 2288 1175 1476 C \ ATOM 25889 CG ARG 6 18 -126.817 -33.184 75.112 1.00135.52 C \ ANISOU25889 CG ARG 6 18 15953 18227 17313 2286 1142 1473 C \ ATOM 25890 CD ARG 6 18 -127.788 -34.345 75.083 1.00134.73 C \ ANISOU25890 CD ARG 6 18 15857 18127 17206 2285 1119 1489 C \ ATOM 25891 NE ARG 6 18 -128.955 -34.072 75.916 1.00140.91 N \ ANISOU25891 NE ARG 6 18 16646 18917 17975 2276 1124 1505 N \ ATOM 25892 CZ ARG 6 18 -130.118 -34.705 75.811 1.00138.96 C \ ANISOU25892 CZ ARG 6 18 16405 18673 17721 2275 1115 1522 C \ ATOM 25893 NH1 ARG 6 18 -130.284 -35.643 74.893 1.00134.72 N \ ANISOU25893 NH1 ARG 6 18 15867 18132 17188 2284 1100 1526 N \ ATOM 25894 NH2 ARG 6 18 -131.123 -34.385 76.613 1.00132.44 N \ ANISOU25894 NH2 ARG 6 18 15585 17855 16883 2266 1120 1535 N \ ATOM 25895 N ARG 6 19 -125.306 -31.470 73.184 1.00173.92 N \ ANISOU25895 N ARG 6 19 20805 23083 22195 2305 1187 1444 N \ ATOM 25896 CA ARG 6 19 -124.204 -31.413 72.228 1.00171.40 C \ ANISOU25896 CA ARG 6 19 20479 22757 21889 2315 1190 1428 C \ ATOM 25897 C ARG 6 19 -124.125 -32.614 71.270 1.00159.90 C \ ANISOU25897 C ARG 6 19 19021 21295 20439 2325 1169 1429 C \ ATOM 25898 O ARG 6 19 -123.034 -33.013 70.860 1.00166.26 O \ ANISOU25898 O ARG 6 19 19821 22094 21256 2330 1159 1416 O \ ATOM 25899 CB ARG 6 19 -122.875 -31.228 72.979 1.00174.94 C \ ANISOU25899 CB ARG 6 19 20923 23203 22345 2310 1185 1411 C \ ATOM 25900 CG ARG 6 19 -122.873 -31.794 74.404 1.00170.70 C \ ANISOU25900 CG ARG 6 19 20388 22668 21801 2297 1164 1415 C \ ATOM 25901 CD ARG 6 19 -121.655 -31.338 75.217 1.00162.16 C \ ANISOU25901 CD ARG 6 19 19303 21586 20726 2291 1165 1399 C \ ATOM 25902 NE ARG 6 19 -121.820 -31.582 76.653 1.00172.33 N \ ANISOU25902 NE ARG 6 19 20594 22878 22005 2277 1151 1404 N \ ATOM 25903 CZ ARG 6 19 -120.876 -31.372 77.569 1.00166.06 C \ ANISOU25903 CZ ARG 6 19 19798 22084 21214 2270 1146 1393 C \ ATOM 25904 NH1 ARG 6 19 -119.687 -30.916 77.205 1.00163.92 N \ ANISOU25904 NH1 ARG 6 19 19521 21809 20954 2275 1155 1375 N \ ATOM 25905 NH2 ARG 6 19 -121.118 -31.619 78.851 1.00149.97 N \ ANISOU25905 NH2 ARG 6 19 17763 20050 19168 2258 1134 1399 N \ ATOM 25906 N ASN 6 20 -125.274 -33.186 70.914 1.00131.77 N \ ANISOU25906 N ASN 6 20 15463 17735 16870 2327 1162 1446 N \ ATOM 25907 CA ASN 6 20 -125.326 -34.285 69.939 1.00142.72 C \ ANISOU25907 CA ASN 6 20 16849 19117 18262 2336 1144 1449 C \ ATOM 25908 C ASN 6 20 -125.266 -33.776 68.498 1.00144.34 C \ ANISOU25908 C ASN 6 20 17051 19319 18474 2350 1164 1444 C \ ATOM 25909 O ASN 6 20 -125.109 -32.577 68.270 1.00141.04 O \ ANISOU25909 O ASN 6 20 16631 18902 18057 2352 1192 1437 O \ ATOM 25910 CB ASN 6 20 -126.584 -35.139 70.148 1.00147.87 C \ ANISOU25910 CB ASN 6 20 17507 19772 18905 2333 1128 1468 C \ ATOM 25911 CG ASN 6 20 -126.722 -36.250 69.115 1.00152.36 C \ ANISOU25911 CG ASN 6 20 18074 20336 19478 2343 1110 1472 C \ ATOM 25912 OD1 ASN 6 20 -127.784 -36.427 68.516 1.00152.26 O \ ANISOU25912 OD1 ASN 6 20 18066 20326 19461 2347 1113 1485 O \ ATOM 25913 ND2 ASN 6 20 -125.643 -36.995 68.895 1.00145.53 N \ ANISOU25913 ND2 ASN 6 20 17205 19465 18624 2347 1092 1461 N \ ATOM 25914 N TYR 6 21 -125.398 -34.686 67.534 1.00156.87 N \ ANISOU25914 N TYR 6 21 18637 20902 20066 2359 1150 1447 N \ ATOM 25915 CA TYR 6 21 -125.390 -34.325 66.117 1.00163.14 C \ ANISOU25915 CA TYR 6 21 19428 21693 20865 2373 1167 1443 C \ ATOM 25916 C TYR 6 21 -126.208 -35.300 65.251 1.00167.35 C \ ANISOU25916 C TYR 6 21 19963 22225 21397 2380 1153 1455 C \ ATOM 25917 O TYR 6 21 -126.694 -36.325 65.740 1.00151.28 O \ ANISOU25917 O TYR 6 21 17931 20190 19357 2375 1129 1466 O \ ATOM 25918 CB TYR 6 21 -123.951 -34.213 65.597 1.00165.28 C \ ANISOU25918 CB TYR 6 21 19691 21957 21150 2379 1168 1423 C \ ATOM 25919 CG TYR 6 21 -123.215 -32.960 66.041 1.00168.83 C \ ANISOU25919 CG TYR 6 21 20138 22408 21602 2376 1191 1410 C \ ATOM 25920 CD1 TYR 6 21 -122.470 -32.944 67.216 1.00161.54 C \ ANISOU25920 CD1 TYR 6 21 19214 21485 20679 2365 1182 1403 C \ ATOM 25921 CD2 TYR 6 21 -123.258 -31.797 65.279 1.00163.40 C \ ANISOU25921 CD2 TYR 6 21 19449 21721 20916 2383 1222 1406 C \ ATOM 25922 CE1 TYR 6 21 -121.796 -31.799 67.625 1.00162.45 C \ ANISOU25922 CE1 TYR 6 21 19326 21601 20796 2362 1203 1391 C \ ATOM 25923 CE2 TYR 6 21 -122.586 -30.649 65.679 1.00159.89 C \ ANISOU25923 CE2 TYR 6 21 19001 21276 20473 2379 1243 1394 C \ ATOM 25924 CZ TYR 6 21 -121.857 -30.654 66.852 1.00164.69 C \ ANISOU25924 CZ TYR 6 21 19609 21885 21082 2369 1233 1386 C \ ATOM 25925 OH TYR 6 21 -121.188 -29.515 67.253 1.00151.40 O \ ANISOU25925 OH TYR 6 21 17923 20203 19401 2365 1254 1374 O \ ATOM 25926 N ALA 6 22 -126.359 -34.964 63.969 1.00124.51 N \ ANISOU25926 N ALA 6 22 14536 16798 15976 2392 1169 1454 N \ ATOM 25927 CA ALA 6 22 -127.107 -35.791 63.019 1.00121.60 C \ ANISOU25927 CA ALA 6 22 14169 16428 15606 2401 1159 1464 C \ ATOM 25928 C ALA 6 22 -126.602 -35.620 61.579 1.00122.88 C \ ANISOU25928 C ALA 6 22 14325 16585 15778 2416 1170 1455 C \ ATOM 25929 O ALA 6 22 -125.918 -34.646 61.262 1.00109.43 O \ ANISOU25929 O ALA 6 22 12618 14880 14079 2419 1192 1442 O \ ATOM 25930 CB ALA 6 22 -128.601 -35.484 63.106 1.00112.57 C \ ANISOU25930 CB ALA 6 22 13032 15291 14450 2398 1170 1482 C \ ATOM 25931 N THR 6 23 -126.937 -36.583 60.721 1.00164.26 N \ ANISOU25931 N THR 6 23 19567 21824 21022 2424 1155 1460 N \ ATOM 25932 CA THR 6 23 -126.551 -36.549 59.310 1.00163.48 C \ ANISOU25932 CA THR 6 23 19463 21720 20931 2438 1163 1453 C \ ATOM 25933 C THR 6 23 -127.456 -35.595 58.526 1.00158.49 C \ ANISOU25933 C THR 6 23 18833 21091 20294 2445 1192 1460 C \ ATOM 25934 O THR 6 23 -128.613 -35.914 58.255 1.00160.74 O \ ANISOU25934 O THR 6 23 19122 21379 20571 2446 1190 1475 O \ ATOM 25935 CB THR 6 23 -126.614 -37.966 58.681 1.00164.06 C \ ANISOU25935 CB THR 6 23 19536 21789 21009 2444 1136 1457 C \ ATOM 25936 OG1 THR 6 23 -127.978 -38.378 58.529 1.00147.72 O \ ANISOU25936 OG1 THR 6 23 17473 19724 18931 2444 1131 1475 O \ ATOM 25937 CG2 THR 6 23 -125.894 -38.975 59.559 1.00151.63 C \ ANISOU25937 CG2 THR 6 23 17961 20212 19439 2437 1105 1453 C \ ATOM 25938 N GLU 6 24 -126.932 -34.436 58.141 1.00132.84 N \ ANISOU25938 N GLU 6 24 15581 17842 17049 2449 1219 1449 N \ ATOM 25939 CA GLU 6 24 -127.807 -33.363 57.675 1.00136.88 C \ ANISOU25939 CA GLU 6 24 16095 18358 17554 2452 1248 1456 C \ ATOM 25940 C GLU 6 24 -127.366 -32.696 56.369 1.00137.87 C \ ANISOU25940 C GLU 6 24 16217 18480 17687 2466 1270 1446 C \ ATOM 25941 O GLU 6 24 -126.267 -32.946 55.875 1.00140.07 O \ ANISOU25941 O GLU 6 24 16490 18754 17978 2472 1264 1432 O \ ATOM 25942 CB GLU 6 24 -127.944 -32.309 58.774 1.00138.21 C \ ANISOU25942 CB GLU 6 24 16267 18532 17715 2441 1266 1456 C \ ATOM 25943 CG GLU 6 24 -129.355 -31.820 59.005 1.00138.17 C \ ANISOU25943 CG GLU 6 24 16268 18534 17698 2437 1279 1472 C \ ATOM 25944 CD GLU 6 24 -130.144 -31.705 57.725 1.00144.14 C \ ANISOU25944 CD GLU 6 24 17024 19290 18451 2449 1292 1480 C \ ATOM 25945 OE1 GLU 6 24 -130.411 -32.753 57.098 1.00139.70 O \ ANISOU25945 OE1 GLU 6 24 16463 18726 17892 2455 1273 1485 O \ ATOM 25946 OE2 GLU 6 24 -130.500 -30.566 57.350 1.00144.11 O \ ANISOU25946 OE2 GLU 6 24 17021 19289 18444 2452 1321 1480 O \ ATOM 25947 N LYS 6 25 -128.235 -31.841 55.826 1.00116.25 N \ ANISOU25947 N LYS 6 25 13481 15747 14943 2470 1295 1453 N \ ATOM 25948 CA LYS 6 25 -127.980 -31.139 54.570 1.00115.07 C \ ANISOU25948 CA LYS 6 25 13328 15595 14800 2483 1318 1446 C \ ATOM 25949 C LYS 6 25 -128.888 -29.926 54.370 1.00114.45 C \ ANISOU25949 C LYS 6 25 13253 15521 14712 2484 1349 1453 C \ ATOM 25950 O LYS 6 25 -129.944 -30.031 53.745 1.00120.23 O \ ANISOU25950 O LYS 6 25 13988 16255 15438 2489 1354 1465 O \ ATOM 25951 CB LYS 6 25 -128.176 -32.081 53.388 1.00122.56 C \ ANISOU25951 CB LYS 6 25 14276 16540 15753 2495 1305 1449 C \ ATOM 25952 CG LYS 6 25 -126.973 -32.914 53.033 1.00112.51 C \ ANISOU25952 CG LYS 6 25 12997 15259 14492 2500 1285 1436 C \ ATOM 25953 CD LYS 6 25 -127.340 -33.902 51.953 1.00122.32 C \ ANISOU25953 CD LYS 6 25 14239 16499 15737 2510 1270 1441 C \ ATOM 25954 CE LYS 6 25 -128.089 -33.210 50.827 1.00112.86 C \ ANISOU25954 CE LYS 6 25 13042 15304 14537 2521 1295 1447 C \ ATOM 25955 NZ LYS 6 25 -128.500 -34.157 49.752 1.00107.81 N \ ANISOU25955 NZ LYS 6 25 12402 14662 13899 2532 1281 1452 N \ ATOM 25956 N ASN 6 26 -128.459 -28.775 54.879 1.00117.80 N \ ANISOU25956 N ASN 6 26 13676 15946 15136 2479 1371 1445 N \ ATOM 25957 CA ASN 6 26 -129.150 -27.502 54.659 1.00122.48 C \ ANISOU25957 CA ASN 6 26 14271 16544 15723 2480 1403 1449 C \ ATOM 25958 C ASN 6 26 -129.283 -27.208 53.162 1.00124.48 C \ ANISOU25958 C ASN 6 26 14522 16795 15980 2495 1419 1448 C \ ATOM 25959 O ASN 6 26 -129.224 -28.125 52.340 1.00125.39 O \ ANISOU25959 O ASN 6 26 14635 16906 16100 2504 1403 1448 O \ ATOM 25960 CB ASN 6 26 -128.380 -26.368 55.351 1.00124.24 C \ ANISOU25960 CB ASN 6 26 14491 16766 15947 2474 1422 1437 C \ ATOM 25961 CG ASN 6 26 -129.261 -25.183 55.708 1.00125.86 C \ ANISOU25961 CG ASN 6 26 14701 16978 16142 2469 1449 1445 C \ ATOM 25962 OD1 ASN 6 26 -130.476 -25.316 55.833 1.00125.75 O \ ANISOU25962 OD1 ASN 6 26 14692 16969 16117 2467 1449 1461 O \ ATOM 25963 ND2 ASN 6 26 -128.646 -24.017 55.887 1.00115.57 N \ ANISOU25963 ND2 ASN 6 26 13395 15675 14842 2468 1472 1434 N \ ATOM 25964 N LYS 6 27 -129.459 -25.933 52.813 1.00120.44 N \ ANISOU25964 N LYS 6 27 14010 16286 15467 2499 1451 1446 N \ ATOM 25965 CA LYS 6 27 -129.520 -25.512 51.408 1.00114.38 C \ ANISOU25965 CA LYS 6 27 13241 15516 14703 2513 1469 1443 C \ ATOM 25966 C LYS 6 27 -129.140 -24.041 51.215 1.00108.25 C \ ANISOU25966 C LYS 6 27 12462 14740 13929 2515 1503 1434 C \ ATOM 25967 O LYS 6 27 -129.360 -23.464 50.151 1.00109.36 O \ ANISOU25967 O LYS 6 27 12601 14880 14070 2526 1523 1433 O \ ATOM 25968 CB LYS 6 27 -130.897 -25.802 50.800 1.00116.40 C \ ANISOU25968 CB LYS 6 27 13501 15776 14951 2518 1470 1460 C \ ATOM 25969 CG LYS 6 27 -131.154 -27.280 50.498 1.00123.60 C \ ANISOU25969 CG LYS 6 27 14414 16686 15864 2521 1439 1467 C \ ATOM 25970 CD LYS 6 27 -130.107 -27.853 49.545 1.00122.51 C \ ANISOU25970 CD LYS 6 27 14269 16540 15738 2532 1429 1454 C \ ATOM 25971 CE LYS 6 27 -130.171 -29.374 49.485 1.00122.29 C \ ANISOU25971 CE LYS 6 27 14242 16511 15713 2532 1396 1459 C \ ATOM 25972 NZ LYS 6 27 -129.186 -29.923 48.509 1.00118.73 N \ ANISOU25972 NZ LYS 6 27 13785 16052 15274 2543 1386 1447 N \ ATOM 25973 N ARG 6 28 -128.579 -23.447 52.264 1.00143.21 N \ ANISOU25973 N ARG 6 28 16889 19169 18357 2505 1508 1427 N \ ATOM 25974 CA ARG 6 28 -127.966 -22.123 52.197 1.00151.01 C \ ANISOU25974 CA ARG 6 28 17874 20155 19348 2506 1537 1415 C \ ATOM 25975 C ARG 6 28 -128.867 -21.029 51.620 1.00143.63 C \ ANISOU25975 C ARG 6 28 16942 19225 18406 2511 1568 1422 C \ ATOM 25976 O ARG 6 28 -129.731 -20.500 52.315 1.00145.78 O \ ANISOU25976 O ARG 6 28 17219 19503 18669 2503 1578 1433 O \ ATOM 25977 CB ARG 6 28 -126.653 -22.192 51.413 1.00160.67 C \ ANISOU25977 CB ARG 6 28 19090 21372 20585 2515 1537 1398 C \ ATOM 25978 CG ARG 6 28 -125.801 -20.933 51.499 1.00164.94 C \ ANISOU25978 CG ARG 6 28 19627 21911 21131 2514 1562 1384 C \ ATOM 25979 CD ARG 6 28 -125.156 -20.783 52.867 1.00157.57 C \ ANISOU25979 CD ARG 6 28 18693 20978 20198 2501 1555 1377 C \ ATOM 25980 NE ARG 6 28 -124.479 -19.496 53.018 1.00166.55 N \ ANISOU25980 NE ARG 6 28 19828 22115 21340 2499 1582 1365 N \ ATOM 25981 CZ ARG 6 28 -123.173 -19.308 52.853 1.00163.32 C \ ANISOU25981 CZ ARG 6 28 19413 21701 20942 2502 1584 1347 C \ ATOM 25982 NH1 ARG 6 28 -122.385 -20.326 52.531 1.00154.84 N \ ANISOU25982 NH1 ARG 6 28 18335 20621 19877 2506 1560 1340 N \ ATOM 25983 NH2 ARG 6 28 -122.655 -18.097 53.015 1.00157.11 N \ ANISOU25983 NH2 ARG 6 28 18623 20913 20158 2501 1609 1337 N \ ATOM 25984 N ASN 6 29 -128.656 -20.696 50.348 1.00134.66 N \ ANISOU25984 N ASN 6 29 15803 18086 17277 2524 1583 1417 N \ ATOM 25985 CA ASN 6 29 -129.331 -19.562 49.711 1.00136.06 C \ ANISOU25985 CA ASN 6 29 15982 18266 17449 2530 1615 1422 C \ ATOM 25986 C ASN 6 29 -130.824 -19.782 49.467 1.00146.91 C \ ANISOU25986 C ASN 6 29 17363 19646 18812 2531 1615 1440 C \ ATOM 25987 O ASN 6 29 -131.610 -18.832 49.500 1.00133.40 O \ ANISOU25987 O ASN 6 29 15654 17939 17093 2530 1639 1447 O \ ATOM 25988 CB ASN 6 29 -128.631 -19.172 48.403 1.00140.92 C \ ANISOU25988 CB ASN 6 29 16593 18877 18075 2544 1630 1410 C \ ATOM 25989 CG ASN 6 29 -127.249 -18.573 48.631 1.00147.77 C \ ANISOU25989 CG ASN 6 29 17454 19740 18953 2542 1639 1392 C \ ATOM 25990 OD1 ASN 6 29 -126.459 -18.428 47.694 1.00137.36 O \ ANISOU25990 OD1 ASN 6 29 16131 18416 17644 2553 1646 1380 O \ ATOM 25991 ND2 ASN 6 29 -126.950 -18.223 49.879 1.00138.41 N \ ANISOU25991 ND2 ASN 6 29 16270 18556 17765 2530 1638 1388 N \ ATOM 25992 N THR 6 30 -131.207 -21.029 49.204 1.00150.75 N \ ANISOU25992 N THR 6 30 17849 20131 19297 2534 1589 1448 N \ ATOM 25993 CA THR 6 30 -132.620 -21.389 49.135 1.00146.86 C \ ANISOU25993 CA THR 6 30 17363 19644 18794 2534 1585 1467 C \ ATOM 25994 C THR 6 30 -133.209 -21.270 50.539 1.00138.09 C \ ANISOU25994 C THR 6 30 16257 18539 17673 2519 1581 1475 C \ ATOM 25995 O THR 6 30 -132.580 -21.702 51.502 1.00123.09 O \ ANISOU25995 O THR 6 30 14356 16637 15775 2509 1563 1470 O \ ATOM 25996 CB THR 6 30 -132.825 -22.819 48.580 1.00130.27 C \ ANISOU25996 CB THR 6 30 15262 17541 16695 2539 1557 1472 C \ ATOM 25997 OG1 THR 6 30 -131.784 -23.676 49.065 1.00122.54 O \ ANISOU25997 OG1 THR 6 30 14280 16557 15724 2535 1532 1462 O \ ATOM 25998 CG2 THR 6 30 -132.789 -22.813 47.056 1.00129.91 C \ ANISOU25998 CG2 THR 6 30 15213 17491 16654 2555 1566 1470 C \ ATOM 25999 N PRO 6 31 -134.418 -20.686 50.651 1.00197.89 N \ ANISOU25999 N PRO 6 31 23836 26119 25235 2517 1597 1489 N \ ATOM 26000 CA PRO 6 31 -135.090 -20.297 51.900 1.00197.62 C \ ANISOU26000 CA PRO 6 31 23807 26090 25191 2503 1599 1498 C \ ATOM 26001 C PRO 6 31 -134.821 -21.212 53.099 1.00190.94 C \ ANISOU26001 C PRO 6 31 22961 25244 24343 2491 1570 1499 C \ ATOM 26002 O PRO 6 31 -135.751 -21.794 53.659 1.00186.26 O \ ANISOU26002 O PRO 6 31 22374 24655 23741 2484 1556 1513 O \ ATOM 26003 CB PRO 6 31 -136.569 -20.338 51.514 1.00188.50 C \ ANISOU26003 CB PRO 6 31 22657 24941 24025 2506 1605 1515 C \ ATOM 26004 CG PRO 6 31 -136.569 -19.925 50.083 1.00180.62 C \ ANISOU26004 CG PRO 6 31 21656 23940 23031 2521 1623 1512 C \ ATOM 26005 CD PRO 6 31 -135.277 -20.433 49.478 1.00192.96 C \ ANISOU26005 CD PRO 6 31 23213 25495 24607 2528 1612 1497 C \ ATOM 26006 N ASN 6 32 -133.556 -21.310 53.494 1.00129.86 N \ ANISOU26006 N ASN 6 32 15221 17503 16616 2488 1562 1484 N \ ATOM 26007 CA ASN 6 32 -133.151 -22.142 54.618 1.00129.10 C \ ANISOU26007 CA ASN 6 32 15126 17407 16521 2477 1535 1483 C \ ATOM 26008 C ASN 6 32 -132.006 -21.508 55.404 1.00132.31 C \ ANISOU26008 C ASN 6 32 15528 17811 16932 2470 1542 1468 C \ ATOM 26009 O ASN 6 32 -130.972 -22.138 55.634 1.00134.13 O \ ANISOU26009 O ASN 6 32 15754 18037 17171 2468 1523 1457 O \ ATOM 26010 CB ASN 6 32 -132.765 -23.551 54.154 1.00128.51 C \ ANISOU26010 CB ASN 6 32 15048 17327 16453 2482 1505 1482 C \ ATOM 26011 CG ASN 6 32 -133.975 -24.441 53.900 1.00134.89 C \ ANISOU26011 CG ASN 6 32 15861 18139 17253 2483 1490 1499 C \ ATOM 26012 OD1 ASN 6 32 -134.570 -24.411 52.821 1.00126.08 O \ ANISOU26012 OD1 ASN 6 32 14746 17023 16136 2494 1499 1504 O \ ATOM 26013 ND2 ASN 6 32 -134.329 -25.256 54.890 1.00137.06 N \ ANISOU26013 ND2 ASN 6 32 16139 18416 17522 2473 1467 1507 N \ ATOM 26014 N LYS 6 33 -132.190 -20.249 55.793 1.00125.96 N \ ANISOU26014 N LYS 6 33 14725 17010 16123 2465 1568 1467 N \ ATOM 26015 CA LYS 6 33 -131.271 -19.589 56.713 1.00128.62 C \ ANISOU26015 CA LYS 6 33 15059 17346 16464 2457 1575 1455 C \ ATOM 26016 C LYS 6 33 -131.455 -20.197 58.098 1.00126.37 C \ ANISOU26016 C LYS 6 33 14778 17065 16173 2443 1553 1461 C \ ATOM 26017 O LYS 6 33 -130.493 -20.419 58.833 1.00129.61 O \ ANISOU26017 O LYS 6 33 15185 17472 16588 2436 1540 1450 O \ ATOM 26018 CB LYS 6 33 -131.554 -18.088 56.769 1.00134.08 C \ ANISOU26018 CB LYS 6 33 15752 18042 17152 2456 1609 1454 C \ ATOM 26019 CG LYS 6 33 -131.911 -17.483 55.430 1.00128.08 C \ ANISOU26019 CG LYS 6 33 14991 17280 16392 2469 1632 1455 C \ ATOM 26020 CD LYS 6 33 -130.793 -17.685 54.432 1.00119.30 C \ ANISOU26020 CD LYS 6 33 13873 16162 15295 2480 1631 1440 C \ ATOM 26021 CE LYS 6 33 -131.353 -17.858 53.041 1.00124.73 C \ ANISOU26021 CE LYS 6 33 14561 16849 15983 2494 1637 1446 C \ ATOM 26022 NZ LYS 6 33 -132.203 -19.078 52.968 1.00112.09 N \ ANISOU26022 NZ LYS 6 33 12963 15249 14376 2494 1613 1460 N \ ATOM 26023 N LEU 6 34 -132.708 -20.459 58.448 1.00162.12 N \ ANISOU26023 N LEU 6 34 19312 21598 20689 2438 1548 1478 N \ ATOM 26024 CA LEU 6 34 -133.032 -21.096 59.716 1.00170.74 C \ ANISOU26024 CA LEU 6 34 20407 22693 21774 2425 1527 1485 C \ ATOM 26025 C LEU 6 34 -132.751 -22.595 59.671 1.00168.20 C \ ANISOU26025 C LEU 6 34 20085 22368 21457 2426 1492 1487 C \ ATOM 26026 O LEU 6 34 -132.330 -23.126 58.643 1.00163.48 O \ ANISOU26026 O LEU 6 34 19484 21765 20867 2437 1486 1481 O \ ATOM 26027 CB LEU 6 34 -134.497 -20.830 60.102 1.00179.76 C \ ANISOU26027 CB LEU 6 34 21556 23842 22902 2420 1534 1503 C \ ATOM 26028 CG LEU 6 34 -135.650 -21.066 59.109 1.00180.70 C \ ANISOU26028 CG LEU 6 34 21679 23964 23016 2429 1539 1517 C \ ATOM 26029 CD1 LEU 6 34 -135.628 -20.067 57.947 1.00159.65 C \ ANISOU26029 CD1 LEU 6 34 19010 21296 20353 2441 1568 1512 C \ ATOM 26030 CD2 LEU 6 34 -135.690 -22.505 58.595 1.00161.74 C \ ANISOU26030 CD2 LEU 6 34 19277 21559 20619 2434 1510 1521 C \ ATOM 26031 N GLU 6 35 -132.982 -23.264 60.796 1.00142.65 N \ ANISOU26031 N GLU 6 35 16851 19134 18214 2415 1471 1493 N \ ATOM 26032 CA GLU 6 35 -132.888 -24.716 60.884 1.00139.36 C \ ANISOU26032 CA GLU 6 35 16435 18715 17801 2414 1438 1497 C \ ATOM 26033 C GLU 6 35 -132.940 -25.145 62.343 1.00144.28 C \ ANISOU26033 C GLU 6 35 17061 19341 18418 2399 1419 1501 C \ ATOM 26034 O GLU 6 35 -131.970 -24.965 63.078 1.00146.81 O \ ANISOU26034 O GLU 6 35 17379 19660 18744 2393 1416 1489 O \ ATOM 26035 CB GLU 6 35 -131.590 -25.222 60.257 1.00135.61 C \ ANISOU26035 CB GLU 6 35 15954 18232 17340 2421 1426 1481 C \ ATOM 26036 CG GLU 6 35 -131.499 -26.736 60.169 1.00135.21 C \ ANISOU26036 CG GLU 6 35 15903 18179 17292 2423 1393 1485 C \ ATOM 26037 CD GLU 6 35 -132.262 -27.294 58.989 1.00141.07 C \ ANISOU26037 CD GLU 6 35 16647 18921 18034 2434 1390 1494 C \ ATOM 26038 OE1 GLU 6 35 -132.378 -26.583 57.971 1.00145.83 O \ ANISOU26038 OE1 GLU 6 35 17247 19522 18638 2444 1412 1492 O \ ATOM 26039 OE2 GLU 6 35 -132.741 -28.442 59.076 1.00130.98 O \ ANISOU26039 OE2 GLU 6 35 15371 17643 16754 2433 1365 1504 O \ ATOM 26040 N LEU 6 36 -134.067 -25.714 62.758 1.00133.79 N \ ANISOU26040 N LEU 6 36 15738 18017 17080 2394 1407 1518 N \ ATOM 26041 CA LEU 6 36 -134.221 -26.170 64.137 1.00134.09 C \ ANISOU26041 CA LEU 6 36 15779 18058 17111 2381 1389 1523 C \ ATOM 26042 C LEU 6 36 -135.248 -27.292 64.273 1.00128.27 C \ ANISOU26042 C LEU 6 36 15047 17323 16366 2378 1366 1540 C \ ATOM 26043 O LEU 6 36 -136.017 -27.329 65.235 1.00133.24 O \ ANISOU26043 O LEU 6 36 15682 17959 16986 2368 1362 1551 O \ ATOM 26044 CB LEU 6 36 -134.575 -25.008 65.072 1.00132.37 C \ ANISOU26044 CB LEU 6 36 15565 17846 16885 2371 1410 1525 C \ ATOM 26045 CG LEU 6 36 -135.899 -24.274 64.860 1.00140.45 C \ ANISOU26045 CG LEU 6 36 16593 18876 17897 2372 1432 1539 C \ ATOM 26046 CD1 LEU 6 36 -136.496 -23.870 66.201 1.00127.62 C \ ANISOU26046 CD1 LEU 6 36 14973 17257 16261 2358 1434 1547 C \ ATOM 26047 CD2 LEU 6 36 -135.724 -23.068 63.940 1.00132.64 C \ ANISOU26047 CD2 LEU 6 36 15601 17885 16912 2381 1464 1531 C \ ATOM 26048 N ARG 6 37 -135.244 -28.206 63.308 1.00158.46 N \ ANISOU26048 N ARG 6 37 18870 21143 20196 2388 1352 1541 N \ ATOM 26049 CA ARG 6 37 -136.162 -29.342 63.304 1.00172.88 C \ ANISOU26049 CA ARG 6 37 20700 22971 22016 2387 1329 1557 C \ ATOM 26050 C ARG 6 37 -136.094 -30.184 64.591 1.00172.48 C \ ANISOU26050 C ARG 6 37 20651 22921 21962 2375 1302 1561 C \ ATOM 26051 O ARG 6 37 -135.164 -30.051 65.388 1.00157.96 O \ ANISOU26051 O ARG 6 37 18810 21081 20127 2368 1298 1550 O \ ATOM 26052 CB ARG 6 37 -135.914 -30.213 62.067 1.00157.25 C \ ANISOU26052 CB ARG 6 37 18717 20986 20045 2400 1316 1554 C \ ATOM 26053 CG ARG 6 37 -136.597 -29.709 60.796 1.00165.41 C \ ANISOU26053 CG ARG 6 37 19751 22020 21078 2412 1337 1559 C \ ATOM 26054 CD ARG 6 37 -136.413 -28.205 60.600 1.00182.39 C \ ANISOU26054 CD ARG 6 37 21899 24172 23228 2414 1372 1551 C \ ATOM 26055 NE ARG 6 37 -137.295 -27.671 59.563 1.00195.39 N \ ANISOU26055 NE ARG 6 37 23547 25820 24871 2423 1393 1559 N \ ATOM 26056 CZ ARG 6 37 -137.404 -26.380 59.260 1.00197.07 C \ ANISOU26056 CZ ARG 6 37 23760 26035 25081 2426 1424 1556 C \ ATOM 26057 NH1 ARG 6 37 -136.687 -25.475 59.915 1.00177.12 N \ ANISOU26057 NH1 ARG 6 37 21231 23509 22557 2420 1438 1545 N \ ATOM 26058 NH2 ARG 6 37 -138.233 -25.991 58.300 1.00187.76 N \ ANISOU26058 NH2 ARG 6 37 22582 24858 23899 2435 1441 1563 N \ ATOM 26059 N LYS 6 38 -137.096 -31.039 64.784 1.00177.12 N \ ANISOU26059 N LYS 6 38 21243 23511 22542 2372 1285 1576 N \ ATOM 26060 CA LYS 6 38 -137.187 -31.899 65.963 1.00166.74 C \ ANISOU26060 CA LYS 6 38 19931 22198 21223 2360 1259 1583 C \ ATOM 26061 C LYS 6 38 -136.525 -33.260 65.723 1.00173.96 C \ ANISOU26061 C LYS 6 38 20843 23107 22146 2363 1229 1578 C \ ATOM 26062 O LYS 6 38 -136.729 -33.882 64.681 1.00170.27 O \ ANISOU26062 O LYS 6 38 20375 22636 21683 2373 1222 1581 O \ ATOM 26063 CB LYS 6 38 -138.658 -32.082 66.357 1.00164.04 C \ ANISOU26063 CB LYS 6 38 19597 21863 20869 2354 1258 1602 C \ ATOM 26064 CG LYS 6 38 -138.882 -32.885 67.628 1.00173.85 C \ ANISOU26064 CG LYS 6 38 20843 23108 22105 2342 1233 1610 C \ ATOM 26065 CD LYS 6 38 -140.367 -33.149 67.884 1.00178.51 C \ ANISOU26065 CD LYS 6 38 21440 23704 22683 2338 1230 1630 C \ ATOM 26066 CE LYS 6 38 -141.078 -31.936 68.464 1.00172.97 C \ ANISOU26066 CE LYS 6 38 20741 23009 21971 2331 1256 1636 C \ ATOM 26067 NZ LYS 6 38 -142.518 -32.218 68.719 1.00169.69 N \ ANISOU26067 NZ LYS 6 38 20332 22599 21543 2327 1253 1655 N \ ATOM 26068 N TYR 6 39 -135.750 -33.726 66.701 1.00155.12 N \ ANISOU26068 N TYR 6 39 18457 20719 19763 2355 1210 1572 N \ ATOM 26069 CA TYR 6 39 -134.975 -34.963 66.568 1.00162.21 C \ ANISOU26069 CA TYR 6 39 19352 21612 20670 2357 1181 1567 C \ ATOM 26070 C TYR 6 39 -134.947 -35.718 67.907 1.00149.19 C \ ANISOU26070 C TYR 6 39 17705 19964 19017 2344 1156 1571 C \ ATOM 26071 O TYR 6 39 -135.604 -35.310 68.863 1.00140.03 O \ ANISOU26071 O TYR 6 39 16549 18809 17846 2334 1162 1580 O \ ATOM 26072 CB TYR 6 39 -133.559 -34.637 66.066 1.00161.25 C \ ANISOU26072 CB TYR 6 39 19223 21484 20562 2364 1187 1547 C \ ATOM 26073 CG TYR 6 39 -132.705 -35.815 65.614 1.00166.45 C \ ANISOU26073 CG TYR 6 39 19878 22136 21231 2369 1160 1539 C \ ATOM 26074 CD1 TYR 6 39 -133.174 -36.734 64.683 1.00164.85 C \ ANISOU26074 CD1 TYR 6 39 19676 21931 21030 2378 1147 1546 C \ ATOM 26075 CD2 TYR 6 39 -131.404 -35.976 66.092 1.00163.67 C \ ANISOU26075 CD2 TYR 6 39 19521 21779 20887 2366 1150 1525 C \ ATOM 26076 CE1 TYR 6 39 -132.379 -37.800 64.266 1.00167.65 C \ ANISOU26076 CE1 TYR 6 39 20026 22279 21395 2383 1123 1539 C \ ATOM 26077 CE2 TYR 6 39 -130.605 -37.034 65.678 1.00159.73 C \ ANISOU26077 CE2 TYR 6 39 19018 21274 20398 2371 1126 1517 C \ ATOM 26078 CZ TYR 6 39 -131.096 -37.942 64.767 1.00165.98 C \ ANISOU26078 CZ TYR 6 39 19810 22063 21191 2380 1113 1525 C \ ATOM 26079 OH TYR 6 39 -130.301 -38.990 64.361 1.00159.16 O \ ANISOU26079 OH TYR 6 39 18942 21193 20337 2385 1090 1518 O \ ATOM 26080 N CYS 6 40 -134.187 -36.808 67.980 1.00109.99 N \ ANISOU26080 N CYS 6 40 12738 14994 14060 2345 1129 1566 N \ ATOM 26081 CA CYS 6 40 -134.243 -37.703 69.134 1.00112.23 C \ ANISOU26081 CA CYS 6 40 13024 15279 14339 2334 1103 1572 C \ ATOM 26082 C CYS 6 40 -132.874 -38.262 69.523 1.00127.79 C \ ANISOU26082 C CYS 6 40 14991 17245 16320 2332 1083 1558 C \ ATOM 26083 O CYS 6 40 -132.300 -39.068 68.794 1.00134.90 O \ ANISOU26083 O CYS 6 40 15888 18139 17230 2340 1068 1552 O \ ATOM 26084 CB CYS 6 40 -135.210 -38.854 68.839 1.00116.15 C \ ANISOU26084 CB CYS 6 40 13525 15776 14832 2335 1082 1588 C \ ATOM 26085 SG CYS 6 40 -135.108 -40.264 69.969 1.00118.91 S \ ANISOU26085 SG CYS 6 40 13876 16124 15179 2325 1044 1594 S \ ATOM 26086 N PRO 6 41 -132.354 -37.835 70.685 1.00155.22 N \ ANISOU26086 N PRO 6 41 18465 20721 19792 2321 1084 1552 N \ ATOM 26087 CA PRO 6 41 -131.056 -38.228 71.258 1.00148.68 C \ ANISOU26087 CA PRO 6 41 17632 19887 18971 2318 1068 1538 C \ ATOM 26088 C PRO 6 41 -131.034 -39.623 71.892 1.00138.60 C \ ANISOU26088 C PRO 6 41 16357 18609 17694 2312 1033 1544 C \ ATOM 26089 O PRO 6 41 -132.044 -40.328 71.882 1.00131.12 O \ ANISOU26089 O PRO 6 41 15415 17665 16741 2311 1021 1560 O \ ATOM 26090 CB PRO 6 41 -130.842 -37.176 72.350 1.00134.85 C \ ANISOU26090 CB PRO 6 41 15881 18140 17214 2307 1084 1534 C \ ATOM 26091 CG PRO 6 41 -132.227 -36.778 72.731 1.00138.45 C \ ANISOU26091 CG PRO 6 41 16343 18603 17657 2302 1095 1551 C \ ATOM 26092 CD PRO 6 41 -132.939 -36.704 71.423 1.00138.57 C \ ANISOU26092 CD PRO 6 41 16360 18619 17673 2313 1107 1557 C \ ATOM 26093 N TRP 6 42 -129.881 -40.010 72.436 1.00181.59 N \ ANISOU26093 N TRP 6 42 21799 24051 23147 2309 1018 1532 N \ ATOM 26094 CA TRP 6 42 -129.751 -41.270 73.166 1.00183.47 C \ ANISOU26094 CA TRP 6 42 22039 24288 23385 2302 985 1537 C \ ATOM 26095 C TRP 6 42 -129.813 -41.004 74.664 1.00184.15 C \ ANISOU26095 C TRP 6 42 22127 24378 23462 2288 982 1540 C \ ATOM 26096 O TRP 6 42 -130.338 -41.806 75.435 1.00182.92 O \ ANISOU26096 O TRP 6 42 21977 24225 23301 2280 962 1551 O \ ATOM 26097 CB TRP 6 42 -128.447 -41.975 72.794 1.00188.64 C \ ANISOU26097 CB TRP 6 42 22687 24935 24052 2308 967 1522 C \ ATOM 26098 CG TRP 6 42 -128.481 -43.487 72.912 1.00211.36 C \ ANISOU26098 CG TRP 6 42 25566 27809 26932 2307 933 1528 C \ ATOM 26099 CD1 TRP 6 42 -127.428 -44.305 73.213 1.00199.80 C \ ANISOU26099 CD1 TRP 6 42 24099 26340 25477 2306 910 1519 C \ ATOM 26100 CD2 TRP 6 42 -129.617 -44.352 72.726 1.00208.70 C \ ANISOU26100 CD2 TRP 6 42 25234 27474 26589 2307 919 1546 C \ ATOM 26101 NE1 TRP 6 42 -127.832 -45.618 73.219 1.00198.88 N \ ANISOU26101 NE1 TRP 6 42 23984 26221 25359 2306 882 1529 N \ ATOM 26102 CE2 TRP 6 42 -129.171 -45.675 72.928 1.00200.21 C \ ANISOU26102 CE2 TRP 6 42 24158 26394 25519 2307 888 1545 C \ ATOM 26103 CE3 TRP 6 42 -130.964 -44.137 72.407 1.00191.39 C \ ANISOU26103 CE3 TRP 6 42 23046 25286 24388 2308 931 1561 C \ ATOM 26104 CZ2 TRP 6 42 -130.020 -46.775 72.825 1.00187.53 C \ ANISOU26104 CZ2 TRP 6 42 22556 24788 23909 2306 867 1560 C \ ATOM 26105 CZ3 TRP 6 42 -131.807 -45.233 72.305 1.00183.21 C \ ANISOU26105 CZ3 TRP 6 42 22014 24250 23348 2308 910 1575 C \ ATOM 26106 CH2 TRP 6 42 -131.330 -46.535 72.512 1.00189.47 C \ ANISOU26106 CH2 TRP 6 42 22806 25039 24146 2307 879 1575 C \ ATOM 26107 N CYS 6 43 -129.254 -39.870 75.066 1.00132.03 N \ ANISOU26107 N CYS 6 43 15524 17779 16862 2285 1003 1529 N \ ATOM 26108 CA CYS 6 43 -129.495 -39.322 76.390 1.00129.21 C \ ANISOU26108 CA CYS 6 43 15171 17428 16496 2272 1008 1533 C \ ATOM 26109 C CYS 6 43 -130.924 -38.754 76.382 1.00139.81 C \ ANISOU26109 C CYS 6 43 16520 18777 17826 2270 1025 1549 C \ ATOM 26110 O CYS 6 43 -131.259 -37.933 75.526 1.00137.20 O \ ANISOU26110 O CYS 6 43 16187 18446 17495 2277 1049 1548 O \ ATOM 26111 CB CYS 6 43 -128.464 -38.224 76.684 1.00130.43 C \ ANISOU26111 CB CYS 6 43 15321 17582 16655 2271 1026 1516 C \ ATOM 26112 SG CYS 6 43 -128.432 -37.572 78.380 1.00151.17 S \ ANISOU26112 SG CYS 6 43 17951 20215 19273 2255 1030 1516 S \ ATOM 26113 N ARG 6 44 -131.768 -39.203 77.313 1.00169.53 N \ ANISOU26113 N ARG 6 44 20289 22546 21580 2260 1013 1563 N \ ATOM 26114 CA ARG 6 44 -133.186 -38.815 77.337 1.00172.98 C \ ANISOU26114 CA ARG 6 44 20731 22988 22005 2258 1026 1580 C \ ATOM 26115 C ARG 6 44 -133.931 -39.339 76.107 1.00167.38 C \ ANISOU26115 C ARG 6 44 20023 22277 21296 2269 1024 1589 C \ ATOM 26116 O ARG 6 44 -133.630 -40.423 75.618 1.00148.34 O \ ANISOU26116 O ARG 6 44 17610 19861 18892 2274 1002 1588 O \ ATOM 26117 CB ARG 6 44 -133.349 -37.295 77.452 1.00168.30 C \ ANISOU26117 CB ARG 6 44 20139 22400 21408 2256 1059 1576 C \ ATOM 26118 CG ARG 6 44 -133.133 -36.738 78.852 1.00168.23 C \ ANISOU26118 CG ARG 6 44 20132 22396 21393 2244 1062 1574 C \ ATOM 26119 CD ARG 6 44 -131.690 -36.898 79.306 1.00158.79 C \ ANISOU26119 CD ARG 6 44 18931 21196 20206 2242 1051 1557 C \ ATOM 26120 NE ARG 6 44 -131.496 -36.472 80.690 1.00185.19 N \ ANISOU26120 NE ARG 6 44 22277 24544 23544 2229 1051 1556 N \ ATOM 26121 CZ ARG 6 44 -130.964 -35.309 81.051 1.00188.48 C \ ANISOU26121 CZ ARG 6 44 22690 24962 23960 2226 1073 1545 C \ ATOM 26122 NH1 ARG 6 44 -130.562 -34.447 80.127 1.00181.27 N \ ANISOU26122 NH1 ARG 6 44 21773 24046 23054 2235 1096 1535 N \ ATOM 26123 NH2 ARG 6 44 -130.829 -35.009 82.337 1.00163.25 N \ ANISOU26123 NH2 ARG 6 44 19498 21771 20760 2215 1071 1544 N \ ATOM 26124 N LYS 6 45 -134.907 -38.573 75.620 1.00151.40 N \ ANISOU26124 N LYS 6 45 18002 20257 19266 2272 1047 1597 N \ ATOM 26125 CA LYS 6 45 -135.625 -38.921 74.387 1.00147.03 C \ ANISOU26125 CA LYS 6 45 17448 19702 18713 2282 1049 1605 C \ ATOM 26126 C LYS 6 45 -136.458 -37.767 73.803 1.00138.50 C \ ANISOU26126 C LYS 6 45 16370 18626 17627 2286 1081 1610 C \ ATOM 26127 O LYS 6 45 -137.339 -37.225 74.470 1.00139.54 O \ ANISOU26127 O LYS 6 45 16506 18764 17747 2279 1092 1620 O \ ATOM 26128 CB LYS 6 45 -136.513 -40.157 74.591 1.00142.53 C \ ANISOU26128 CB LYS 6 45 16883 19133 18138 2279 1024 1621 C \ ATOM 26129 CG LYS 6 45 -135.821 -41.501 74.340 1.00146.59 C \ ANISOU26129 CG LYS 6 45 17394 19641 18661 2283 994 1617 C \ ATOM 26130 CD LYS 6 45 -135.305 -41.636 72.910 1.00133.37 C \ ANISOU26130 CD LYS 6 45 15716 17961 16999 2297 997 1608 C \ ATOM 26131 CE LYS 6 45 -134.804 -43.049 72.625 1.00126.84 C \ ANISOU26131 CE LYS 6 45 14886 17127 16179 2301 966 1606 C \ ATOM 26132 NZ LYS 6 45 -134.294 -43.213 71.235 1.00115.36 N \ ANISOU26132 NZ LYS 6 45 13428 15668 14736 2314 969 1597 N \ ATOM 26133 N HIS 6 46 -136.166 -37.414 72.549 1.00138.48 N \ ANISOU26133 N HIS 6 46 16363 18620 17632 2298 1095 1602 N \ ATOM 26134 CA HIS 6 46 -136.891 -36.385 71.781 1.00136.63 C \ ANISOU26134 CA HIS 6 46 16130 18389 17394 2305 1125 1606 C \ ATOM 26135 C HIS 6 46 -136.710 -34.927 72.237 1.00141.04 C \ ANISOU26135 C HIS 6 46 16688 18951 17949 2300 1154 1599 C \ ATOM 26136 O HIS 6 46 -137.124 -34.552 73.333 1.00139.62 O \ ANISOU26136 O HIS 6 46 16513 18777 17761 2289 1157 1605 O \ ATOM 26137 CB HIS 6 46 -138.384 -36.728 71.656 1.00119.19 C \ ANISOU26137 CB HIS 6 46 13928 16185 15175 2304 1123 1625 C \ ATOM 26138 CG HIS 6 46 -138.796 -37.153 70.277 1.00134.52 C \ ANISOU26138 CG HIS 6 46 15867 18123 17120 2317 1123 1629 C \ ATOM 26139 ND1 HIS 6 46 -138.966 -36.258 69.246 1.00138.20 N \ ANISOU26139 ND1 HIS 6 46 16332 18589 17588 2326 1149 1626 N \ ATOM 26140 CD2 HIS 6 46 -139.077 -38.375 69.768 1.00139.59 C \ ANISOU26140 CD2 HIS 6 46 16511 18763 17765 2321 1100 1636 C \ ATOM 26141 CE1 HIS 6 46 -139.330 -36.910 68.154 1.00142.90 C \ ANISOU26141 CE1 HIS 6 46 16927 19182 18187 2336 1143 1631 C \ ATOM 26142 NE2 HIS 6 46 -139.405 -38.196 68.445 1.00143.81 N \ ANISOU26142 NE2 HIS 6 46 17044 19296 18303 2334 1113 1637 N \ ATOM 26143 N THR 6 47 -136.111 -34.114 71.364 1.00121.04 N \ ANISOU26143 N THR 6 47 14151 16415 15424 2309 1175 1587 N \ ATOM 26144 CA THR 6 47 -135.932 -32.676 71.599 1.00114.66 C \ ANISOU26144 CA THR 6 47 13342 15610 14614 2307 1204 1580 C \ ATOM 26145 C THR 6 47 -135.678 -31.898 70.303 1.00117.11 C \ ANISOU26145 C THR 6 47 13648 15918 14930 2320 1229 1572 C \ ATOM 26146 O THR 6 47 -135.639 -32.470 69.211 1.00108.17 O \ ANISOU26146 O THR 6 47 12514 14781 13804 2330 1222 1571 O \ ATOM 26147 CB THR 6 47 -134.757 -32.396 72.541 1.00111.61 C \ ANISOU26147 CB THR 6 47 12952 15222 14231 2300 1201 1566 C \ ATOM 26148 OG1 THR 6 47 -133.677 -33.280 72.221 1.00117.50 O \ ANISOU26148 OG1 THR 6 47 13693 15961 14989 2304 1180 1555 O \ ATOM 26149 CG2 THR 6 47 -135.164 -32.594 73.993 1.00110.42 C \ ANISOU26149 CG2 THR 6 47 12807 15077 14072 2285 1189 1575 C \ ATOM 26150 N VAL 6 48 -135.507 -30.587 70.438 1.00137.90 N \ ANISOU26150 N VAL 6 48 16281 18553 17562 2318 1256 1565 N \ ATOM 26151 CA VAL 6 48 -135.190 -29.727 69.303 1.00143.84 C \ ANISOU26151 CA VAL 6 48 17029 19303 18321 2330 1281 1556 C \ ATOM 26152 C VAL 6 48 -133.716 -29.844 68.911 1.00143.21 C \ ANISOU26152 C VAL 6 48 16943 19217 18255 2335 1276 1537 C \ ATOM 26153 O VAL 6 48 -132.889 -30.263 69.721 1.00136.52 O \ ANISOU26153 O VAL 6 48 16093 18367 17411 2328 1259 1530 O \ ATOM 26154 CB VAL 6 48 -135.516 -28.266 69.626 1.00141.12 C \ ANISOU26154 CB VAL 6 48 16686 18963 17970 2326 1313 1556 C \ ATOM 26155 CG1 VAL 6 48 -136.918 -27.919 69.157 1.00142.72 C \ ANISOU26155 CG1 VAL 6 48 16893 19171 18163 2329 1328 1571 C \ ATOM 26156 CG2 VAL 6 48 -135.369 -28.018 71.120 1.00138.12 C \ ANISOU26156 CG2 VAL 6 48 16308 18588 17584 2312 1309 1555 C \ ATOM 26157 N HIS 6 49 -133.388 -29.462 67.677 1.00148.74 N \ ANISOU26157 N HIS 6 49 17639 19913 18962 2347 1291 1530 N \ ATOM 26158 CA HIS 6 49 -132.021 -29.589 67.167 1.00143.73 C \ ANISOU26158 CA HIS 6 49 16997 19271 18341 2354 1287 1512 C \ ATOM 26159 C HIS 6 49 -131.614 -28.446 66.237 1.00147.27 C \ ANISOU26159 C HIS 6 49 17442 19718 18796 2363 1317 1502 C \ ATOM 26160 O HIS 6 49 -132.186 -28.285 65.164 1.00152.71 O \ ANISOU26160 O HIS 6 49 18132 20407 19485 2373 1329 1506 O \ ATOM 26161 CB HIS 6 49 -131.853 -30.924 66.438 1.00130.77 C \ ANISOU26161 CB HIS 6 49 15354 17625 16706 2361 1261 1513 C \ ATOM 26162 CG HIS 6 49 -131.660 -32.091 67.357 1.00149.68 C \ ANISOU26162 CG HIS 6 49 17751 20020 19101 2353 1229 1517 C \ ATOM 26163 ND1 HIS 6 49 -132.656 -32.548 68.192 1.00154.96 N \ ANISOU26163 ND1 HIS 6 49 18425 20693 19758 2344 1217 1532 N \ ATOM 26164 CD2 HIS 6 49 -130.593 -32.892 67.571 1.00154.89 C \ ANISOU26164 CD2 HIS 6 49 18407 20674 19769 2352 1207 1506 C \ ATOM 26165 CE1 HIS 6 49 -132.207 -33.582 68.887 1.00148.62 C \ ANISOU26165 CE1 HIS 6 49 17623 19889 18958 2338 1189 1532 C \ ATOM 26166 NE2 HIS 6 49 -130.955 -33.810 68.525 1.00143.16 N \ ANISOU26166 NE2 HIS 6 49 16926 19191 18279 2343 1182 1516 N \ ATOM 26167 N ARG 6 50 -130.612 -27.669 66.641 1.00138.17 N \ ANISOU26167 N ARG 6 50 16286 18564 17648 2360 1329 1487 N \ ATOM 26168 CA ARG 6 50 -130.177 -26.510 65.859 1.00138.91 C \ ANISOU26168 CA ARG 6 50 16376 18657 17748 2368 1358 1476 C \ ATOM 26169 C ARG 6 50 -129.303 -26.887 64.663 1.00148.19 C \ ANISOU26169 C ARG 6 50 17545 19824 18935 2381 1355 1465 C \ ATOM 26170 O ARG 6 50 -128.916 -28.043 64.512 1.00143.96 O \ ANISOU26170 O ARG 6 50 17008 19285 18405 2383 1329 1463 O \ ATOM 26171 CB ARG 6 50 -129.455 -25.493 66.748 1.00145.68 C \ ANISOU26171 CB ARG 6 50 17232 19515 18606 2360 1373 1465 C \ ATOM 26172 CG ARG 6 50 -130.371 -24.762 67.725 1.00162.31 C \ ANISOU26172 CG ARG 6 50 19343 21628 20699 2349 1386 1475 C \ ATOM 26173 CD ARG 6 50 -131.360 -23.836 67.009 1.00164.47 C \ ANISOU26173 CD ARG 6 50 19619 21905 20966 2355 1415 1484 C \ ATOM 26174 NE ARG 6 50 -132.531 -23.538 67.837 1.00170.37 N \ ANISOU26174 NE ARG 6 50 20373 22660 21700 2346 1420 1499 N \ ATOM 26175 CZ ARG 6 50 -133.581 -22.826 67.435 1.00162.01 C \ ANISOU26175 CZ ARG 6 50 19317 21605 20633 2349 1441 1509 C \ ATOM 26176 NH1 ARG 6 50 -133.619 -22.322 66.208 1.00149.23 N \ ANISOU26176 NH1 ARG 6 50 17697 19985 19020 2360 1460 1506 N \ ATOM 26177 NH2 ARG 6 50 -134.596 -22.618 68.263 1.00148.58 N \ ANISOU26177 NH2 ARG 6 50 17622 19910 18920 2339 1444 1522 N \ ATOM 26178 N GLU 6 51 -129.001 -25.905 63.816 1.00165.14 N \ ANISOU26178 N GLU 6 51 19689 21969 21087 2389 1381 1456 N \ ATOM 26179 CA GLU 6 51 -128.197 -26.141 62.616 1.00156.03 C \ ANISOU26179 CA GLU 6 51 18530 20809 19945 2402 1381 1445 C \ ATOM 26180 C GLU 6 51 -126.761 -26.521 62.974 1.00159.55 C \ ANISOU26180 C GLU 6 51 18971 21250 20402 2400 1366 1429 C \ ATOM 26181 O GLU 6 51 -126.395 -27.692 62.921 1.00158.66 O \ ANISOU26181 O GLU 6 51 18856 21134 20294 2401 1339 1428 O \ ATOM 26182 CB GLU 6 51 -128.225 -24.921 61.687 1.00150.28 C \ ANISOU26182 CB GLU 6 51 17800 20081 19219 2410 1414 1440 C \ ATOM 26183 CG GLU 6 51 -127.321 -25.049 60.465 1.00151.87 C \ ANISOU26183 CG GLU 6 51 17995 20276 19434 2423 1416 1427 C \ ATOM 26184 CD GLU 6 51 -127.732 -24.143 59.310 1.00159.62 C \ ANISOU26184 CD GLU 6 51 18976 21258 20415 2434 1445 1428 C \ ATOM 26185 OE1 GLU 6 51 -128.949 -23.948 59.105 1.00164.48 O \ ANISOU26185 OE1 GLU 6 51 19596 21878 21021 2435 1455 1442 O \ ATOM 26186 OE2 GLU 6 51 -126.838 -23.634 58.596 1.00161.45 O \ ANISOU26186 OE2 GLU 6 51 19203 21485 20657 2442 1459 1414 O \ ATOM 26187 N VAL 6 52 -125.958 -25.525 63.334 1.00158.54 N \ ANISOU26187 N VAL 6 52 18839 21122 20278 2397 1383 1416 N \ ATOM 26188 CA VAL 6 52 -124.605 -25.752 63.850 1.00178.01 C \ ANISOU26188 CA VAL 6 52 21300 23583 22753 2393 1371 1400 C \ ATOM 26189 C VAL 6 52 -123.691 -26.557 62.917 1.00177.27 C \ ANISOU26189 C VAL 6 52 21201 23482 22672 2403 1356 1390 C \ ATOM 26190 O VAL 6 52 -123.866 -27.762 62.742 1.00167.10 O \ ANISOU26190 O VAL 6 52 19913 22192 21384 2405 1331 1396 O \ ATOM 26191 CB VAL 6 52 -124.653 -26.437 65.233 1.00169.15 C \ ANISOU26191 CB VAL 6 52 20181 22464 21626 2380 1347 1405 C \ ATOM 26192 CG1 VAL 6 52 -123.248 -26.793 65.705 1.00162.54 C \ ANISOU26192 CG1 VAL 6 52 19338 21621 20798 2377 1332 1389 C \ ATOM 26193 CG2 VAL 6 52 -125.362 -25.542 66.244 1.00165.05 C \ ANISOU26193 CG2 VAL 6 52 19666 21951 21095 2369 1363 1412 C \ """, "3f1h.interface.47") 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. 6 & i. 9-52') cmd.show('cartoon', 'dom') cmd.spectrum('count', 'rainbow', 'dom') cmd.create('partner', 'c. 8 & i. 2-64') cmd.show('cartoon', 'partner') cmd.select('inter_resi', '') 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()