cmd.read_pdbstr("""\\nATOM 86817 N PRO 8 2 -88.931 -67.232 58.678 1.00 81.26 N \ ANISOU86817 N PRO 8 2 10123 10420 10334 -931 -1105 1079 N \ ATOM 86818 CA PRO 8 2 -89.310 -68.215 59.694 1.00 82.04 C \ ANISOU86818 CA PRO 8 2 10272 10502 10396 -981 -1102 1087 C \ ATOM 86819 C PRO 8 2 -90.129 -67.576 60.806 1.00 82.36 C \ ANISOU86819 C PRO 8 2 10306 10566 10420 -1021 -1069 1073 C \ ATOM 86820 O PRO 8 2 -89.901 -66.415 61.147 1.00 82.14 O \ ANISOU86820 O PRO 8 2 10252 10557 10401 -1006 -1058 1066 O \ ATOM 86821 CB PRO 8 2 -87.963 -68.685 60.236 1.00 82.03 C \ ANISOU86821 CB PRO 8 2 10318 10470 10381 -965 -1136 1110 C \ ATOM 86822 CG PRO 8 2 -87.083 -67.505 60.070 1.00 81.57 C \ ANISOU86822 CG PRO 8 2 10227 10422 10343 -921 -1142 1109 C \ ATOM 86823 CD PRO 8 2 -87.519 -66.834 58.799 1.00 80.75 C \ ANISOU86823 CD PRO 8 2 10067 10340 10274 -892 -1130 1093 C \ ATOM 86824 N LYS 8 3 -91.064 -68.340 61.363 1.00 69.78 N \ ANISOU86824 N LYS 8 3 8739 8971 8803 -1072 -1052 1069 N \ ATOM 86825 CA LYS 8 3 -92.005 -67.838 62.360 1.00 70.17 C \ ANISOU86825 CA LYS 8 3 8782 9043 8837 -1117 -1017 1053 C \ ATOM 86826 C LYS 8 3 -92.894 -66.751 61.763 1.00 70.02 C \ ANISOU86826 C LYS 8 3 8696 9061 8846 -1107 -988 1026 C \ ATOM 86827 O LYS 8 3 -92.474 -65.597 61.617 1.00 69.43 O \ ANISOU86827 O LYS 8 3 8587 9003 8791 -1073 -987 1021 O \ ATOM 86828 CB LYS 8 3 -91.268 -67.311 63.591 1.00 70.21 C \ ANISOU86828 CB LYS 8 3 8812 9043 8821 -1121 -1019 1062 C \ ATOM 86829 CG LYS 8 3 -92.166 -67.108 64.797 1.00 70.74 C \ ANISOU86829 CG LYS 8 3 8890 9125 8863 -1176 -985 1050 C \ ATOM 86830 CD LYS 8 3 -91.376 -66.630 65.999 1.00 70.78 C \ ANISOU86830 CD LYS 8 3 8924 9122 8847 -1179 -991 1061 C \ ATOM 86831 CE LYS 8 3 -92.256 -66.492 67.229 1.00 71.33 C \ ANISOU86831 CE LYS 8 3 9009 9205 8889 -1236 -957 1048 C \ ATOM 86832 NZ LYS 8 3 -91.531 -65.863 68.368 1.00 71.35 N \ ANISOU86832 NZ LYS 8 3 9033 9203 8873 -1236 -960 1057 N \ ATOM 86833 N MET 8 4 -94.126 -67.125 61.423 1.00 57.48 N \ ANISOU86833 N MET 8 4 7093 7487 7262 -1137 -966 1008 N \ ATOM 86834 CA MET 8 4 -95.052 -66.199 60.779 1.00 56.86 C \ ANISOU86834 CA MET 8 4 6951 7442 7211 -1128 -942 981 C \ ATOM 86835 C MET 8 4 -95.443 -65.054 61.689 1.00 56.91 C \ ANISOU86835 C MET 8 4 6934 7475 7215 -1143 -914 964 C \ ATOM 86836 O MET 8 4 -95.695 -65.249 62.881 1.00 57.82 O \ ANISOU86836 O MET 8 4 7079 7589 7301 -1187 -897 964 O \ ATOM 86837 CB MET 8 4 -96.308 -66.925 60.327 1.00 57.23 C \ ANISOU86837 CB MET 8 4 6989 7496 7260 -1160 -925 964 C \ ATOM 86838 CG MET 8 4 -96.036 -68.052 59.377 1.00 57.11 C \ ANISOU86838 CG MET 8 4 6994 7456 7248 -1147 -951 979 C \ ATOM 86839 SD MET 8 4 -97.564 -68.628 58.656 1.00 57.44 S \ ANISOU86839 SD MET 8 4 7011 7513 7301 -1176 -930 954 S \ ATOM 86840 CE MET 8 4 -98.552 -68.829 60.142 1.00 58.85 C \ ANISOU86840 CE MET 8 4 7212 7703 7447 -1249 -892 940 C \ ATOM 86841 N LYS 8 5 -95.498 -63.860 61.112 1.00 42.91 N \ ANISOU86841 N LYS 8 5 5108 5726 5472 -1108 -907 949 N \ ATOM 86842 CA LYS 8 5 -95.898 -62.667 61.842 1.00 42.85 C \ ANISOU86842 CA LYS 8 5 5070 5746 5466 -1118 -881 931 C \ ATOM 86843 C LYS 8 5 -97.390 -62.414 61.642 1.00 42.99 C \ ANISOU86843 C LYS 8 5 5047 5792 5496 -1145 -849 898 C \ ATOM 86844 O LYS 8 5 -97.892 -62.564 60.530 1.00 42.52 O \ ANISOU86844 O LYS 8 5 4959 5739 5460 -1129 -852 888 O \ ATOM 86845 CB LYS 8 5 -95.091 -61.466 61.350 1.00 41.78 C \ ANISOU86845 CB LYS 8 5 4901 5619 5356 -1063 -893 933 C \ ATOM 86846 CG LYS 8 5 -93.578 -61.630 61.477 1.00 41.59 C \ ANISOU86846 CG LYS 8 5 4911 5567 5323 -1033 -925 962 C \ ATOM 86847 CD LYS 8 5 -92.856 -60.321 61.177 1.00 40.67 C \ ANISOU86847 CD LYS 8 5 4760 5463 5229 -986 -931 961 C \ ATOM 86848 CE LYS 8 5 -91.392 -60.382 61.573 1.00 40.66 C \ ANISOU86848 CE LYS 8 5 4793 5438 5217 -962 -958 986 C \ ATOM 86849 NZ LYS 8 5 -90.709 -59.091 61.294 1.00 39.78 N \ ANISOU86849 NZ LYS 8 5 4648 5339 5127 -918 -962 984 N \ ATOM 86850 N THR 8 6 -98.109 -62.051 62.704 1.00 61.90 N \ ANISOU86850 N THR 8 6 7439 8206 7876 -1187 -818 881 N \ ATOM 86851 CA THR 8 6 -99.538 -61.803 62.550 1.00 62.12 C \ ANISOU86851 CA THR 8 6 7425 8261 7916 -1213 -786 847 C \ ATOM 86852 C THR 8 6 -99.694 -60.547 61.737 1.00 61.06 C \ ANISOU86852 C THR 8 6 7231 8152 7819 -1170 -785 829 C \ ATOM 86853 O THR 8 6 -98.895 -59.613 61.855 1.00 60.46 O \ ANISOU86853 O THR 8 6 7144 8077 7749 -1136 -794 837 O \ ATOM 86854 CB THR 8 6 -100.289 -61.601 63.880 1.00 63.05 C \ ANISOU86854 CB THR 8 6 7550 8395 8012 -1268 -751 830 C \ ATOM 86855 OG1 THR 8 6 -99.758 -60.460 64.560 1.00 62.88 O \ ANISOU86855 OG1 THR 8 6 7517 8384 7989 -1253 -746 830 O \ ATOM 86856 CG2 THR 8 6 -100.186 -62.833 64.767 1.00 64.19 C \ ANISOU86856 CG2 THR 8 6 7759 8514 8116 -1316 -750 847 C \ ATOM 86857 N HIS 8 7 -100.718 -60.536 60.897 1.00 48.95 N \ ANISOU86857 N HIS 8 7 5657 6634 6308 -1170 -775 804 N \ ATOM 86858 CA HIS 8 7 -101.016 -59.370 60.090 1.00 48.06 C \ ANISOU86858 CA HIS 8 7 5486 6544 6230 -1131 -774 784 C \ ATOM 86859 C HIS 8 7 -101.701 -58.335 60.961 1.00 48.30 C \ ANISOU86859 C HIS 8 7 5486 6604 6262 -1152 -743 757 C \ ATOM 86860 O HIS 8 7 -102.871 -58.486 61.292 1.00 48.92 O \ ANISOU86860 O HIS 8 7 5548 6699 6339 -1192 -716 730 O \ ATOM 86861 CB HIS 8 7 -101.922 -59.754 58.929 1.00 47.91 C \ ANISOU86861 CB HIS 8 7 5437 6531 6234 -1126 -776 765 C \ ATOM 86862 CG HIS 8 7 -102.096 -58.655 57.933 1.00 46.97 C \ ANISOU86862 CG HIS 8 7 5265 6430 6151 -1079 -782 748 C \ ATOM 86863 ND1 HIS 8 7 -101.548 -57.409 58.112 1.00 46.41 N \ ANISOU86863 ND1 HIS 8 7 5174 6369 6090 -1048 -783 748 N \ ATOM 86864 CD2 HIS 8 7 -102.745 -58.622 56.746 1.00 46.55 C \ ANISOU86864 CD2 HIS 8 7 5176 6384 6125 -1059 -788 731 C \ ATOM 86865 CE1 HIS 8 7 -101.855 -56.644 57.076 1.00 45.69 C \ ANISOU86865 CE1 HIS 8 7 5039 6292 6030 -1011 -790 731 C \ ATOM 86866 NE2 HIS 8 7 -102.581 -57.355 56.237 1.00 45.76 N \ ANISOU86866 NE2 HIS 8 7 5038 6299 6051 -1016 -794 721 N \ ATOM 86867 N LYS 8 8 -100.977 -57.290 61.345 1.00 50.91 N \ ANISOU86867 N LYS 8 8 5809 6939 6594 -1126 -746 763 N \ ATOM 86868 CA LYS 8 8 -101.543 -56.282 62.238 1.00 51.18 C \ ANISOU86868 CA LYS 8 8 5817 7000 6628 -1145 -717 739 C \ ATOM 86869 C LYS 8 8 -102.737 -55.561 61.610 1.00 50.94 C \ ANISOU86869 C LYS 8 8 5726 7000 6630 -1139 -700 701 C \ ATOM 86870 O LYS 8 8 -103.730 -55.284 62.285 1.00 51.57 O \ ANISOU86870 O LYS 8 8 5786 7102 6708 -1176 -670 673 O \ ATOM 86871 CB LYS 8 8 -100.478 -55.278 62.667 1.00 50.64 C \ ANISOU86871 CB LYS 8 8 5751 6931 6558 -1114 -726 755 C \ ATOM 86872 CG LYS 8 8 -99.379 -55.878 63.509 1.00 51.04 C \ ANISOU86872 CG LYS 8 8 5860 6956 6577 -1125 -739 788 C \ ATOM 86873 CD LYS 8 8 -99.857 -56.217 64.903 1.00 52.16 C \ ANISOU86873 CD LYS 8 8 6029 7101 6687 -1183 -712 782 C \ ATOM 86874 CE LYS 8 8 -98.722 -56.799 65.733 1.00 52.56 C \ ANISOU86874 CE LYS 8 8 6141 7124 6706 -1191 -729 815 C \ ATOM 86875 NZ LYS 8 8 -99.140 -57.115 67.123 1.00 53.73 N \ ANISOU86875 NZ LYS 8 8 6321 7273 6820 -1249 -703 811 N \ ATOM 86876 N GLY 8 9 -102.647 -55.266 60.318 1.00 56.42 N \ ANISOU86876 N GLY 8 9 6391 7693 7352 -1094 -721 699 N \ ATOM 86877 CA GLY 8 9 -103.750 -54.638 59.616 1.00 56.22 C \ ANISOU86877 CA GLY 8 9 6310 7692 7357 -1084 -711 663 C \ ATOM 86878 C GLY 8 9 -105.059 -55.379 59.822 1.00 57.11 C \ ANISOU86878 C GLY 8 9 6415 7817 7468 -1133 -687 637 C \ ATOM 86879 O GLY 8 9 -106.091 -54.763 60.031 1.00 57.45 O \ ANISOU86879 O GLY 8 9 6417 7886 7525 -1149 -663 602 O \ ATOM 86880 N ALA 8 10 -105.020 -56.705 59.770 1.00 50.15 N \ ANISOU86880 N ALA 8 10 5572 6915 6569 -1158 -692 653 N \ ATOM 86881 CA ALA 8 10 -106.221 -57.508 59.985 1.00 51.05 C \ ANISOU86881 CA ALA 8 10 5683 7038 6678 -1208 -669 629 C \ ATOM 86882 C ALA 8 10 -106.684 -57.410 61.423 1.00 52.02 C \ ANISOU86882 C ALA 8 10 5815 7173 6777 -1261 -634 616 C \ ATOM 86883 O ALA 8 10 -107.801 -56.985 61.694 1.00 52.47 O \ ANISOU86883 O ALA 8 10 5834 7256 6845 -1286 -607 578 O \ ATOM 86884 CB ALA 8 10 -105.966 -58.959 59.623 1.00 51.35 C \ ANISOU86884 CB ALA 8 10 5764 7048 6699 -1222 -685 653 C \ ATOM 86885 N LYS 8 11 -105.815 -57.805 62.343 1.00 72.04 N \ ANISOU86885 N LYS 8 11 8403 9691 9280 -1279 -637 645 N \ ATOM 86886 CA LYS 8 11 -106.148 -57.798 63.758 1.00 73.03 C \ ANISOU86886 CA LYS 8 11 8547 9824 9377 -1331 -605 636 C \ ATOM 86887 C LYS 8 11 -106.785 -56.485 64.182 1.00 72.96 C \ ANISOU86887 C LYS 8 11 8489 9848 9385 -1331 -580 602 C \ ATOM 86888 O LYS 8 11 -107.586 -56.447 65.113 1.00 73.84 O \ ANISOU86888 O LYS 8 11 8595 9975 9484 -1379 -546 578 O \ ATOM 86889 CB LYS 8 11 -104.903 -58.046 64.602 1.00 73.20 C \ ANISOU86889 CB LYS 8 11 8626 9820 9365 -1333 -618 674 C \ ATOM 86890 CG LYS 8 11 -105.175 -58.032 66.096 1.00 74.28 C \ ANISOU86890 CG LYS 8 11 8788 9964 9472 -1387 -587 667 C \ ATOM 86891 CD LYS 8 11 -103.883 -58.048 66.901 1.00 74.31 C \ ANISOU86891 CD LYS 8 11 8843 9946 9447 -1380 -604 703 C \ ATOM 86892 CE LYS 8 11 -103.031 -56.798 66.665 1.00 73.22 C \ ANISOU86892 CE LYS 8 11 8679 9813 9327 -1325 -620 711 C \ ATOM 86893 NZ LYS 8 11 -103.630 -55.543 67.218 1.00 73.23 N \ ANISOU86893 NZ LYS 8 11 8637 9846 9340 -1331 -592 681 N \ ATOM 86894 N LYS 8 12 -106.428 -55.408 63.498 1.00 57.36 N \ ANISOU86894 N LYS 8 12 6476 7881 7438 -1277 -597 600 N \ ATOM 86895 CA LYS 8 12 -106.947 -54.096 63.849 1.00 57.23 C \ ANISOU86895 CA LYS 8 12 6412 7894 7439 -1272 -577 569 C \ ATOM 86896 C LYS 8 12 -108.380 -53.846 63.380 1.00 57.45 C \ ANISOU86896 C LYS 8 12 6385 7950 7495 -1283 -557 524 C \ ATOM 86897 O LYS 8 12 -108.901 -52.747 63.564 1.00 57.34 O \ ANISOU86897 O LYS 8 12 6327 7961 7500 -1276 -542 495 O \ ATOM 86898 CB LYS 8 12 -106.040 -52.996 63.305 1.00 56.10 C \ ANISOU86898 CB LYS 8 12 6251 7751 7314 -1210 -601 583 C \ ATOM 86899 CG LYS 8 12 -104.721 -52.839 64.037 1.00 55.91 C \ ANISOU86899 CG LYS 8 12 6269 7709 7265 -1201 -613 618 C \ ATOM 86900 CD LYS 8 12 -103.772 -51.947 63.243 1.00 54.74 C \ ANISOU86900 CD LYS 8 12 6106 7556 7137 -1137 -642 634 C \ ATOM 86901 CE LYS 8 12 -102.430 -51.779 63.947 1.00 54.51 C \ ANISOU86901 CE LYS 8 12 6117 7509 7085 -1126 -654 668 C \ ATOM 86902 NZ LYS 8 12 -102.428 -50.661 64.933 1.00 54.72 N \ ANISOU86902 NZ LYS 8 12 6128 7554 7107 -1132 -634 656 N \ ATOM 86903 N ARG 8 13 -109.024 -54.846 62.781 1.00 36.66 N \ ANISOU86903 N ARG 8 13 3753 5310 4866 -1301 -558 516 N \ ATOM 86904 CA ARG 8 13 -110.367 -54.628 62.236 1.00 36.84 C \ ANISOU86904 CA ARG 8 13 3721 5358 4918 -1308 -543 472 C \ ATOM 86905 C ARG 8 13 -111.244 -55.882 62.071 1.00 37.64 C \ ANISOU86905 C ARG 8 13 3832 5455 5014 -1352 -531 459 C \ ATOM 86906 O ARG 8 13 -112.345 -55.810 61.517 1.00 37.78 O \ ANISOU86906 O ARG 8 13 3805 5491 5058 -1356 -522 422 O \ ATOM 86907 CB ARG 8 13 -110.272 -53.888 60.901 1.00 35.77 C \ ANISOU86907 CB ARG 8 13 3546 5226 4820 -1246 -572 466 C \ ATOM 86908 CG ARG 8 13 -109.761 -54.730 59.753 1.00 35.27 C \ ANISOU86908 CG ARG 8 13 3503 5138 4761 -1217 -604 493 C \ ATOM 86909 CD ARG 8 13 -109.635 -53.894 58.493 1.00 34.31 C \ ANISOU86909 CD ARG 8 13 3351 5016 4668 -1150 -628 489 C \ ATOM 86910 NE ARG 8 13 -108.608 -52.860 58.611 1.00 33.59 N \ ANISOU86910 NE ARG 8 13 3268 4921 4574 -1106 -640 509 N \ ATOM 86911 CZ ARG 8 13 -108.117 -52.189 57.579 1.00 32.72 C \ ANISOU86911 CZ ARG 8 13 3153 4801 4480 -1042 -662 518 C \ ATOM 86912 NH1 ARG 8 13 -108.568 -52.451 56.363 1.00 32.49 N \ ANISOU86912 NH1 ARG 8 13 3111 4765 4469 -1015 -675 509 N \ ATOM 86913 NH2 ARG 8 13 -107.183 -51.266 57.759 1.00 32.15 N \ ANISOU86913 NH2 ARG 8 13 3089 4723 4402 -1006 -669 536 N \ ATOM 86914 N VAL 8 14 -110.770 -57.018 62.565 1.00 44.01 N \ ANISOU86914 N VAL 8 14 4697 6239 5787 -1384 -531 488 N \ ATOM 86915 CA VAL 8 14 -111.501 -58.265 62.422 1.00 44.81 C \ ANISOU86915 CA VAL 8 14 4813 6333 5880 -1425 -521 479 C \ ATOM 86916 C VAL 8 14 -111.352 -59.118 63.680 1.00 45.92 C \ ANISOU86916 C VAL 8 14 5011 6461 5977 -1484 -500 494 C \ ATOM 86917 O VAL 8 14 -110.388 -58.960 64.429 1.00 45.90 O \ ANISOU86917 O VAL 8 14 5047 6445 5949 -1482 -505 523 O \ ATOM 86918 CB VAL 8 14 -110.983 -59.040 61.215 1.00 44.19 C \ ANISOU86918 CB VAL 8 14 4751 6230 5809 -1391 -557 506 C \ ATOM 86919 CG1 VAL 8 14 -111.514 -60.451 61.221 1.00 45.08 C \ ANISOU86919 CG1 VAL 8 14 4893 6330 5904 -1437 -549 506 C \ ATOM 86920 CG2 VAL 8 14 -111.359 -58.318 59.934 1.00 43.30 C \ ANISOU86920 CG2 VAL 8 14 4582 6130 5738 -1340 -575 486 C \ ATOM 86921 N LYS 8 15 -112.311 -60.006 63.928 1.00 75.49 N \ ANISOU86921 N LYS 8 15 8761 10209 9712 -1538 -476 474 N \ ATOM 86922 CA LYS 8 15 -112.197 -60.934 65.042 1.00 76.64 C \ ANISOU86922 CA LYS 8 15 8966 10339 9814 -1596 -457 489 C \ ATOM 86923 C LYS 8 15 -112.619 -62.336 64.644 1.00 77.25 C \ ANISOU86923 C LYS 8 15 9071 10400 9881 -1627 -458 492 C \ ATOM 86924 O LYS 8 15 -113.546 -62.516 63.856 1.00 77.23 O \ ANISOU86924 O LYS 8 15 9029 10410 9905 -1628 -453 464 O \ ATOM 86925 CB LYS 8 15 -113.030 -60.466 66.235 1.00 77.62 C \ ANISOU86925 CB LYS 8 15 9076 10488 9928 -1648 -411 454 C \ ATOM 86926 CG LYS 8 15 -113.348 -61.590 67.213 1.00 79.04 C \ ANISOU86926 CG LYS 8 15 9309 10655 10067 -1719 -385 457 C \ ATOM 86927 CD LYS 8 15 -113.812 -61.086 68.577 1.00 80.00 C \ ANISOU86927 CD LYS 8 15 9432 10795 10169 -1769 -344 434 C \ ATOM 86928 CE LYS 8 15 -114.048 -62.257 69.544 1.00 81.49 C \ ANISOU86928 CE LYS 8 15 9682 10967 10314 -1841 -319 440 C \ ATOM 86929 NZ LYS 8 15 -114.323 -61.833 70.955 1.00 82.51 N \ ANISOU86929 NZ LYS 8 15 9824 11109 10417 -1890 -280 425 N \ ATOM 86930 N ILE 8 16 -111.920 -63.329 65.179 1.00 55.99 N \ ANISOU86930 N ILE 8 16 6446 7677 7149 -1651 -466 527 N \ ATOM 86931 CA ILE 8 16 -112.357 -64.711 65.051 1.00 56.82 C \ ANISOU86931 CA ILE 8 16 6585 7766 7238 -1692 -462 530 C \ ATOM 86932 C ILE 8 16 -113.363 -65.046 66.155 1.00 58.30 C \ ANISOU86932 C ILE 8 16 6783 7967 7403 -1767 -415 501 C \ ATOM 86933 O ILE 8 16 -113.068 -64.910 67.343 1.00 58.98 O \ ANISOU86933 O ILE 8 16 6903 8049 7458 -1799 -398 509 O \ ATOM 86934 CB ILE 8 16 -111.181 -65.697 65.136 1.00 56.87 C \ ANISOU86934 CB ILE 8 16 6664 7731 7211 -1686 -492 580 C \ ATOM 86935 CG1 ILE 8 16 -110.452 -65.789 63.798 1.00 55.64 C \ ANISOU86935 CG1 ILE 8 16 6499 7560 7079 -1622 -536 604 C \ ATOM 86936 CG2 ILE 8 16 -111.680 -67.081 65.519 1.00 58.17 C \ ANISOU86936 CG2 ILE 8 16 6876 7880 7346 -1747 -477 582 C \ ATOM 86937 CD1 ILE 8 16 -109.775 -64.525 63.400 1.00 54.39 C \ ANISOU86937 CD1 ILE 8 16 6306 7413 6947 -1561 -555 609 C \ ATOM 86938 N THR 8 17 -114.556 -65.474 65.760 1.00 57.97 N \ ANISOU86938 N THR 8 17 6710 7940 7376 -1797 -394 466 N \ ATOM 86939 CA THR 8 17 -115.567 -65.881 66.720 1.00 59.43 C \ ANISOU86939 CA THR 8 17 6904 8137 7541 -1871 -348 435 C \ ATOM 86940 C THR 8 17 -115.201 -67.252 67.256 1.00 60.44 C \ ANISOU86940 C THR 8 17 7110 8231 7623 -1916 -350 466 C \ ATOM 86941 O THR 8 17 -114.404 -67.968 66.651 1.00 59.97 O \ ANISOU86941 O THR 8 17 7087 8143 7557 -1888 -386 503 O \ ATOM 86942 CB THR 8 17 -116.941 -65.985 66.074 1.00 59.71 C \ ANISOU86942 CB THR 8 17 6881 8197 7608 -1888 -328 388 C \ ATOM 86943 OG1 THR 8 17 -116.993 -67.177 65.284 1.00 59.65 O \ ANISOU86943 OG1 THR 8 17 6898 8169 7598 -1891 -346 402 O \ ATOM 86944 CG2 THR 8 17 -117.215 -64.768 65.197 1.00 58.59 C \ ANISOU86944 CG2 THR 8 17 6664 8082 7516 -1831 -339 363 C \ ATOM 86945 N ALA 8 18 -115.801 -67.618 68.383 1.00 82.87 N \ ANISOU86945 N ALA 8 18 9977 11076 10433 -1985 -310 449 N \ ATOM 86946 CA ALA 8 18 -115.487 -68.873 69.055 1.00 84.03 C \ ANISOU86946 CA ALA 8 18 10204 11191 10532 -2034 -307 476 C \ ATOM 86947 C ALA 8 18 -115.662 -70.096 68.157 1.00 84.12 C \ ANISOU86947 C ALA 8 18 10234 11183 10545 -2037 -325 486 C \ ATOM 86948 O ALA 8 18 -114.974 -71.104 68.329 1.00 84.12 O \ ANISOU86948 O ALA 8 18 10302 11148 10512 -2048 -345 523 O \ ATOM 86949 CB ALA 8 18 -116.325 -69.018 70.317 1.00 85.58 C \ ANISOU86949 CB ALA 8 18 10418 11400 10700 -2112 -256 447 C \ ATOM 86950 N SER 8 19 -116.584 -70.015 67.204 1.00 53.98 N \ ANISOU86950 N SER 8 19 6356 7387 6766 -2026 -320 453 N \ ATOM 86951 CA SER 8 19 -116.845 -71.161 66.344 1.00 54.09 C \ ANISOU86951 CA SER 8 19 6383 7384 6783 -2031 -335 459 C \ ATOM 86952 C SER 8 19 -115.925 -71.171 65.128 1.00 52.65 C \ ANISOU86952 C SER 8 19 6196 7185 6622 -1957 -386 492 C \ ATOM 86953 O SER 8 19 -115.918 -72.127 64.355 1.00 52.64 O \ ANISOU86953 O SER 8 19 6213 7166 6623 -1953 -406 504 O \ ATOM 86954 CB SER 8 19 -118.326 -71.241 65.938 1.00 54.59 C \ ANISOU86954 CB SER 8 19 6391 7477 6874 -2062 -303 406 C \ ATOM 86955 OG SER 8 19 -118.577 -70.616 64.694 1.00 53.39 O \ ANISOU86955 OG SER 8 19 6171 7342 6771 -2005 -323 390 O \ ATOM 86956 N GLY 8 20 -115.136 -70.113 64.973 1.00 72.61 N \ ANISOU86956 N GLY 8 20 8704 9719 9167 -1901 -408 505 N \ ATOM 86957 CA GLY 8 20 -114.209 -70.021 63.859 1.00 71.25 C \ ANISOU86957 CA GLY 8 20 8526 9530 9015 -1831 -455 536 C \ ATOM 86958 C GLY 8 20 -114.711 -69.112 62.753 1.00 70.17 C \ ANISOU86958 C GLY 8 20 8312 9421 8930 -1783 -463 508 C \ ATOM 86959 O GLY 8 20 -114.192 -69.112 61.633 1.00 69.10 O \ ANISOU86959 O GLY 8 20 8164 9274 8816 -1728 -499 525 O \ ATOM 86960 N LYS 8 21 -115.745 -68.343 63.068 1.00 48.28 N \ ANISOU86960 N LYS 8 21 5486 6682 6176 -1804 -429 463 N \ ATOM 86961 CA LYS 8 21 -116.245 -67.347 62.144 1.00 47.35 C \ ANISOU86961 CA LYS 8 21 5294 6592 6107 -1758 -435 433 C \ ATOM 86962 C LYS 8 21 -115.358 -66.122 62.227 1.00 46.36 C \ ANISOU86962 C LYS 8 21 5154 6471 5991 -1707 -452 448 C \ ATOM 86963 O LYS 8 21 -114.431 -66.066 63.038 1.00 46.47 O \ ANISOU86963 O LYS 8 21 5213 6469 5975 -1710 -457 479 O \ ATOM 86964 CB LYS 8 21 -117.688 -66.980 62.477 1.00 48.16 C \ ANISOU86964 CB LYS 8 21 5345 6729 6227 -1800 -393 377 C \ ATOM 86965 CG LYS 8 21 -118.640 -68.170 62.513 1.00 49.29 C \ ANISOU86965 CG LYS 8 21 5500 6868 6358 -1859 -370 357 C \ ATOM 86966 CD LYS 8 21 -120.044 -67.731 62.905 1.00 50.12 C \ ANISOU86966 CD LYS 8 21 5551 7009 6482 -1900 -326 298 C \ ATOM 86967 CE LYS 8 21 -120.977 -68.915 63.138 1.00 51.37 C \ ANISOU86967 CE LYS 8 21 5728 7166 6625 -1967 -297 278 C \ ATOM 86968 NZ LYS 8 21 -122.391 -68.467 63.354 1.00 52.02 N \ ANISOU86968 NZ LYS 8 21 5748 7284 6731 -2003 -256 216 N \ ATOM 86969 N VAL 8 22 -115.651 -65.137 61.388 1.00 37.93 N \ ANISOU86969 N VAL 8 22 4024 5424 4965 -1659 -463 426 N \ ATOM 86970 CA VAL 8 22 -114.845 -63.927 61.303 1.00 36.91 C \ ANISOU86970 CA VAL 8 22 3876 5300 4849 -1606 -481 439 C \ ATOM 86971 C VAL 8 22 -115.774 -62.756 61.067 1.00 36.69 C \ ANISOU86971 C VAL 8 22 3774 5307 4858 -1591 -465 392 C \ ATOM 86972 O VAL 8 22 -116.597 -62.787 60.157 1.00 36.52 O \ ANISOU86972 O VAL 8 22 3709 5298 4868 -1580 -469 364 O \ ATOM 86973 CB VAL 8 22 -113.824 -64.021 60.144 1.00 35.68 C \ ANISOU86973 CB VAL 8 22 3730 5121 4705 -1542 -528 475 C \ ATOM 86974 CG1 VAL 8 22 -113.317 -62.652 59.755 1.00 34.56 C \ ANISOU86974 CG1 VAL 8 22 3552 4992 4589 -1483 -545 475 C \ ATOM 86975 CG2 VAL 8 22 -112.671 -64.937 60.519 1.00 35.79 C \ ANISOU86975 CG2 VAL 8 22 3818 5100 4681 -1548 -547 524 C \ ATOM 86976 N VAL 8 23 -115.643 -61.720 61.883 1.00 43.89 N \ ANISOU86976 N VAL 8 23 4673 6236 5769 -1591 -449 383 N \ ATOM 86977 CA VAL 8 23 -116.595 -60.623 61.841 1.00 43.88 C \ ANISOU86977 CA VAL 8 23 4603 6270 5801 -1585 -430 335 C \ ATOM 86978 C VAL 8 23 -115.934 -59.267 61.723 1.00 42.85 C \ ANISOU86978 C VAL 8 23 4447 6147 5687 -1531 -447 342 C \ ATOM 86979 O VAL 8 23 -114.777 -59.095 62.099 1.00 42.43 O \ ANISOU86979 O VAL 8 23 4433 6077 5613 -1512 -462 380 O \ ATOM 86980 CB VAL 8 23 -117.479 -60.617 63.089 1.00 45.17 C \ ANISOU86980 CB VAL 8 23 4761 6452 5947 -1652 -382 301 C \ ATOM 86981 CG1 VAL 8 23 -118.498 -61.735 63.009 1.00 45.61 C \ ANISOU86981 CG1 VAL 8 23 4820 6510 6000 -1704 -361 278 C \ ATOM 86982 CG2 VAL 8 23 -116.618 -60.750 64.341 1.00 45.77 C \ ANISOU86982 CG2 VAL 8 23 4897 6513 5980 -1679 -371 333 C \ ATOM 86983 N ALA 8 24 -116.690 -58.302 61.210 1.00 57.53 N \ ANISOU86983 N ALA 8 24 6242 8033 7585 -1506 -444 303 N \ ATOM 86984 CA ALA 8 24 -116.193 -56.945 61.041 1.00 56.58 C \ ANISOU86984 CA ALA 8 24 6092 7922 7483 -1454 -459 304 C \ ATOM 86985 C ALA 8 24 -117.341 -55.973 60.854 1.00 56.68 C \ ANISOU86985 C ALA 8 24 6034 7968 7533 -1448 -443 250 C \ ATOM 86986 O ALA 8 24 -118.438 -56.366 60.467 1.00 57.22 O \ ANISOU86986 O ALA 8 24 6074 8049 7619 -1467 -431 214 O \ ATOM 86987 CB ALA 8 24 -115.253 -56.876 59.860 1.00 55.42 C \ ANISOU86987 CB ALA 8 24 5954 7754 7348 -1390 -504 337 C \ ATOM 86988 N MET 8 25 -117.076 -54.702 61.128 1.00 77.08 N \ ANISOU86988 N MET 8 25 8599 10564 10122 -1414 -442 244 N \ ATOM 86989 CA MET 8 25 -118.096 -53.671 61.049 1.00 77.22 C \ ANISOU86989 CA MET 8 25 8562 10610 10167 -1397 -426 193 C \ ATOM 86990 C MET 8 25 -118.539 -53.453 59.619 1.00 76.65 C \ ANISOU86990 C MET 8 25 8459 10537 10129 -1343 -452 178 C \ ATOM 86991 O MET 8 25 -117.751 -53.613 58.698 1.00 75.81 O \ ANISOU86991 O MET 8 25 8373 10409 10024 -1298 -486 211 O \ ATOM 86992 CB MET 8 25 -117.559 -52.367 61.618 1.00 76.80 C \ ANISOU86992 CB MET 8 25 8502 10565 10112 -1368 -423 197 C \ ATOM 86993 CG MET 8 25 -117.040 -52.494 63.029 1.00 77.33 C \ ANISOU86993 CG MET 8 25 8602 10632 10146 -1418 -400 214 C \ ATOM 86994 SD MET 8 25 -118.373 -52.940 64.156 1.00 78.72 S \ ANISOU86994 SD MET 8 25 8761 10834 10316 -1503 -347 167 S \ ATOM 86995 CE MET 8 25 -119.442 -51.516 63.954 1.00 78.61 C \ ANISOU86995 CE MET 8 25 8677 10854 10339 -1469 -333 108 C \ ATOM 86996 N LYS 8 26 -119.801 -53.089 59.432 1.00 89.96 N \ ANISOU86996 N LYS 8 26 10094 12245 11840 -1347 -435 125 N \ ATOM 86997 CA LYS 8 26 -120.302 -52.790 58.101 1.00 89.49 C \ ANISOU86997 CA LYS 8 26 10003 12186 11814 -1295 -459 106 C \ ATOM 86998 C LYS 8 26 -119.574 -51.584 57.527 1.00 88.48 C \ ANISOU86998 C LYS 8 26 9872 12050 11696 -1222 -486 121 C \ ATOM 86999 O LYS 8 26 -119.260 -50.637 58.248 1.00 88.39 O \ ANISOU86999 O LYS 8 26 9857 12047 11678 -1215 -475 120 O \ ATOM 87000 CB LYS 8 26 -121.805 -52.527 58.136 1.00 90.29 C \ ANISOU87000 CB LYS 8 26 10049 12314 11942 -1315 -435 43 C \ ATOM 87001 CG LYS 8 26 -122.656 -53.783 58.205 1.00 91.17 C \ ANISOU87001 CG LYS 8 26 10158 12431 12053 -1373 -416 23 C \ ATOM 87002 CD LYS 8 26 -122.518 -54.609 56.936 1.00 90.69 C \ ANISOU87002 CD LYS 8 26 10109 12348 12000 -1347 -449 43 C \ ATOM 87003 CE LYS 8 26 -123.470 -55.796 56.938 1.00 91.59 C \ ANISOU87003 CE LYS 8 26 10216 12468 12117 -1403 -430 18 C \ ATOM 87004 NZ LYS 8 26 -123.257 -56.676 55.753 1.00 91.12 N \ ANISOU87004 NZ LYS 8 26 10173 12385 12062 -1381 -462 42 N \ ATOM 87005 N THR 8 27 -119.301 -51.628 56.228 1.00 47.42 N \ ANISOU87005 N THR 8 27 4676 6831 6511 -1170 -521 136 N \ ATOM 87006 CA THR 8 27 -118.642 -50.524 55.546 1.00 46.50 C \ ANISOU87006 CA THR 8 27 4559 6704 6405 -1101 -547 150 C \ ATOM 87007 C THR 8 27 -119.643 -49.430 55.219 1.00 46.65 C \ ANISOU87007 C THR 8 27 4527 6742 6455 -1073 -543 100 C \ ATOM 87008 O THR 8 27 -120.851 -49.643 55.294 1.00 47.39 O \ ANISOU87008 O THR 8 27 4584 6856 6567 -1101 -525 55 O \ ATOM 87009 CB THR 8 27 -118.000 -50.985 54.231 1.00 45.73 C \ ANISOU87009 CB THR 8 27 4486 6578 6310 -1057 -584 183 C \ ATOM 87010 OG1 THR 8 27 -119.014 -51.534 53.374 1.00 46.01 O \ ANISOU87010 OG1 THR 8 27 4497 6617 6370 -1059 -590 154 O \ ATOM 87011 CG2 THR 8 27 -116.939 -52.038 54.500 1.00 45.56 C \ ANISOU87011 CG2 THR 8 27 4515 6535 6259 -1080 -592 233 C \ ATOM 87012 N GLY 8 28 -119.130 -48.262 54.847 1.00103.48 N \ ANISOU87012 N GLY 8 28 11723 13933 13661 -1017 -559 107 N \ ATOM 87013 CA GLY 8 28 -119.957 -47.181 54.337 1.00103.51 C \ ANISOU87013 CA GLY 8 28 11684 13949 13696 -980 -564 64 C \ ATOM 87014 C GLY 8 28 -120.803 -46.476 55.374 1.00104.16 C \ ANISOU87014 C GLY 8 28 11728 14063 13786 -1009 -532 18 C \ ATOM 87015 O GLY 8 28 -122.033 -46.504 55.311 1.00104.76 O \ ANISOU87015 O GLY 8 28 11761 14158 13886 -1026 -519 -31 O \ ATOM 87016 N LYS 8 29 -120.140 -45.815 56.314 1.00102.93 N \ ANISOU87016 N LYS 8 29 11586 13912 13612 -1013 -519 34 N \ ATOM 87017 CA LYS 8 29 -120.832 -45.169 57.419 1.00103.60 C \ ANISOU87017 CA LYS 8 29 11638 14024 13699 -1044 -486 -5 C \ ATOM 87018 C LYS 8 29 -119.901 -44.188 58.121 1.00103.14 C \ ANISOU87018 C LYS 8 29 11598 13965 13625 -1026 -483 18 C \ ATOM 87019 O LYS 8 29 -119.728 -44.246 59.338 1.00103.54 O \ ANISOU87019 O LYS 8 29 11658 14028 13654 -1069 -456 21 O \ ATOM 87020 CB LYS 8 29 -121.334 -46.226 58.409 1.00104.52 C \ ANISOU87020 CB LYS 8 29 11756 14156 13801 -1120 -452 -16 C \ ATOM 87021 CG LYS 8 29 -122.183 -45.692 59.550 1.00105.35 C \ ANISOU87021 CG LYS 8 29 11826 14293 13910 -1160 -413 -62 C \ ATOM 87022 CD LYS 8 29 -122.353 -46.745 60.631 1.00106.21 C \ ANISOU87022 CD LYS 8 29 11951 14409 13993 -1238 -379 -60 C \ ATOM 87023 CE LYS 8 29 -123.088 -46.186 61.832 1.00107.03 C \ ANISOU87023 CE LYS 8 29 12025 14544 14099 -1279 -339 -102 C \ ATOM 87024 NZ LYS 8 29 -123.215 -47.194 62.919 1.00107.92 N \ ANISOU87024 NZ LYS 8 29 12159 14662 14184 -1357 -304 -99 N \ ATOM 87025 N ARG 8 30 -119.300 -43.288 57.349 1.00 73.79 N \ ANISOU87025 N ARG 8 30 7889 10232 9916 -963 -510 33 N \ ATOM 87026 CA ARG 8 30 -118.395 -42.292 57.913 1.00 73.32 C \ ANISOU87026 CA ARG 8 30 7846 10169 9841 -941 -510 55 C \ ATOM 87027 C ARG 8 30 -118.157 -41.115 56.976 1.00 72.66 C \ ANISOU87027 C ARG 8 30 7756 10074 9777 -873 -536 53 C \ ATOM 87028 O ARG 8 30 -117.247 -40.314 57.181 1.00 72.13 O \ ANISOU87028 O ARG 8 30 7710 9998 9698 -845 -542 78 O \ ATOM 87029 CB ARG 8 30 -117.066 -42.942 58.304 1.00 72.86 C \ ANISOU87029 CB ARG 8 30 7841 10093 9750 -954 -515 113 C \ ATOM 87030 CG ARG 8 30 -116.948 -43.158 59.802 1.00 73.35 C \ ANISOU87030 CG ARG 8 30 7911 10171 9788 -1011 -483 115 C \ ATOM 87031 CD ARG 8 30 -117.380 -41.896 60.542 1.00 73.55 C \ ANISOU87031 CD ARG 8 30 7905 10218 9821 -1007 -463 81 C \ ATOM 87032 NE ARG 8 30 -117.999 -42.189 61.826 1.00 74.45 N \ ANISOU87032 NE ARG 8 30 8006 10357 9924 -1072 -425 57 N \ ATOM 87033 CZ ARG 8 30 -117.433 -41.934 62.996 1.00 74.62 C \ ANISOU87033 CZ ARG 8 30 8046 10385 9923 -1098 -406 72 C \ ATOM 87034 NH1 ARG 8 30 -116.234 -41.365 63.047 1.00 73.93 N \ ANISOU87034 NH1 ARG 8 30 7988 10281 9820 -1064 -423 111 N \ ATOM 87035 NH2 ARG 8 30 -118.078 -42.234 64.115 1.00 75.52 N \ ANISOU87035 NH2 ARG 8 30 8148 10520 10027 -1159 -370 47 N \ ATOM 87036 N HIS 8 31 -119.012 -40.989 55.971 1.00 87.39 N \ ANISOU87036 N HIS 8 31 9594 11939 11672 -847 -551 21 N \ ATOM 87037 CA HIS 8 31 -118.703 -40.146 54.836 1.00 86.74 C \ ANISOU87037 CA HIS 8 31 9517 11837 11605 -782 -582 27 C \ ATOM 87038 C HIS 8 31 -119.952 -39.893 54.002 1.00 87.12 C \ ANISOU87038 C HIS 8 31 9521 11891 11689 -763 -592 -23 C \ ATOM 87039 O HIS 8 31 -120.520 -38.799 54.002 1.00 87.30 O \ ANISOU87039 O HIS 8 31 9513 11924 11731 -740 -592 -59 O \ ATOM 87040 CB HIS 8 31 -117.684 -40.888 53.976 1.00 86.08 C \ ANISOU87040 CB HIS 8 31 9479 11722 11508 -762 -607 78 C \ ATOM 87041 CG HIS 8 31 -116.601 -40.019 53.435 1.00 85.22 C \ ANISOU87041 CG HIS 8 31 9399 11589 11392 -709 -627 110 C \ ATOM 87042 ND1 HIS 8 31 -115.668 -39.408 54.244 1.00 84.84 N \ ANISOU87042 ND1 HIS 8 31 9372 11540 11323 -707 -618 135 N \ ATOM 87043 CD2 HIS 8 31 -116.299 -39.656 52.168 1.00 84.70 C \ ANISOU87043 CD2 HIS 8 31 9347 11499 11338 -658 -656 120 C \ ATOM 87044 CE1 HIS 8 31 -114.836 -38.706 53.498 1.00 84.12 C \ ANISOU87044 CE1 HIS 8 31 9305 11425 11231 -657 -639 159 C \ ATOM 87045 NE2 HIS 8 31 -115.199 -38.835 52.235 1.00 84.05 N \ ANISOU87045 NE2 HIS 8 31 9293 11401 11241 -627 -662 151 N \ ATOM 87046 N LEU 8 32 -120.363 -40.934 53.286 1.00171.04 N \ ANISOU87046 N LEU 8 32 20149 22513 22325 -773 -602 -24 N \ ATOM 87047 CA LEU 8 32 -121.569 -40.909 52.474 1.00171.45 C \ ANISOU87047 CA LEU 8 32 20161 22570 22410 -760 -613 -71 C \ ATOM 87048 C LEU 8 32 -122.723 -40.385 53.307 1.00172.24 C \ ANISOU87048 C LEU 8 32 20210 22704 22529 -787 -587 -128 C \ ATOM 87049 O LEU 8 32 -123.727 -39.911 52.780 1.00172.58 O \ ANISOU87049 O LEU 8 32 20215 22755 22604 -768 -595 -175 O \ ATOM 87050 CB LEU 8 32 -121.881 -42.317 51.964 1.00171.65 C \ ANISOU87050 CB LEU 8 32 20193 22590 22436 -786 -617 -64 C \ ATOM 87051 CG LEU 8 32 -122.409 -43.375 52.942 1.00172.36 C \ ANISOU87051 CG LEU 8 32 20272 22702 22515 -856 -585 -77 C \ ATOM 87052 CD1 LEU 8 32 -122.488 -44.732 52.251 1.00172.37 C \ ANISOU87052 CD1 LEU 8 32 20289 22691 22515 -872 -596 -61 C \ ATOM 87053 CD2 LEU 8 32 -121.571 -43.474 54.211 1.00172.34 C \ ANISOU87053 CD2 LEU 8 32 20298 22705 22480 -891 -561 -45 C \ ATOM 87054 N ASN 8 33 -122.561 -40.478 54.620 1.00138.65 N \ ANISOU87054 N ASN 8 33 15959 18468 18255 -832 -555 -125 N \ ATOM 87055 CA ASN 8 33 -123.516 -39.943 55.570 1.00139.41 C \ ANISOU87055 CA ASN 8 33 16010 18596 18364 -862 -525 -176 C \ ATOM 87056 C ASN 8 33 -123.927 -38.526 55.183 1.00139.34 C \ ANISOU87056 C ASN 8 33 15971 18590 18381 -813 -540 -210 C \ ATOM 87057 O ASN 8 33 -123.109 -37.761 54.679 1.00138.63 O \ ANISOU87057 O ASN 8 33 15906 18480 18288 -764 -563 -183 O \ ATOM 87058 CB ASN 8 33 -122.881 -39.944 56.957 1.00139.53 C \ ANISOU87058 CB ASN 8 33 16045 18622 18348 -902 -495 -154 C \ ATOM 87059 CG ASN 8 33 -123.899 -40.029 58.065 1.00140.43 C \ ANISOU87059 CG ASN 8 33 16121 18770 18468 -958 -456 -201 C \ ATOM 87060 OD1 ASN 8 33 -124.978 -39.444 57.979 1.00140.95 O \ ANISOU87060 OD1 ASN 8 33 16139 18854 18564 -952 -451 -256 O \ ATOM 87061 ND2 ASN 8 33 -123.564 -40.766 59.117 1.00140.67 N \ ANISOU87061 ND2 ASN 8 33 16174 18807 18469 -1014 -428 -182 N \ ATOM 87062 N TRP 8 34 -125.195 -38.186 55.408 1.00134.13 N \ ANISOU87062 N TRP 8 34 15258 17955 17750 -826 -526 -272 N \ ATOM 87063 CA TRP 8 34 -125.714 -36.855 55.093 1.00134.19 C \ ANISOU87063 CA TRP 8 34 15233 17968 17786 -782 -539 -311 C \ ATOM 87064 C TRP 8 34 -127.171 -36.752 55.491 1.00135.19 C \ ANISOU87064 C TRP 8 34 15298 18125 17943 -810 -519 -381 C \ ATOM 87065 O TRP 8 34 -127.639 -35.700 55.922 1.00135.49 O \ ANISOU87065 O TRP 8 34 15304 18179 17997 -800 -511 -418 O \ ATOM 87066 CB TRP 8 34 -125.606 -36.565 53.597 1.00133.68 C \ ANISOU87066 CB TRP 8 34 15178 17876 17740 -722 -583 -304 C \ ATOM 87067 CG TRP 8 34 -126.687 -37.220 52.769 1.00134.19 C \ ANISOU87067 CG TRP 8 34 15211 17942 17833 -724 -595 -340 C \ ATOM 87068 CD1 TRP 8 34 -127.237 -38.459 52.959 1.00134.69 C \ ANISOU87068 CD1 TRP 8 34 15263 18017 17895 -773 -577 -350 C \ ATOM 87069 CD2 TRP 8 34 -127.348 -36.663 51.629 1.00134.29 C \ ANISOU87069 CD2 TRP 8 34 15199 17944 17879 -676 -627 -373 C \ ATOM 87070 NE1 TRP 8 34 -128.196 -38.704 52.009 1.00135.07 N \ ANISOU87070 NE1 TRP 8 34 15280 18064 17975 -757 -596 -387 N \ ATOM 87071 CE2 TRP 8 34 -128.281 -37.619 51.178 1.00134.83 C \ ANISOU87071 CE2 TRP 8 34 15242 18021 17968 -698 -628 -402 C \ ATOM 87072 CE3 TRP 8 34 -127.237 -35.450 50.942 1.00134.00 C \ ANISOU87072 CE3 TRP 8 34 15162 17893 17859 -618 -656 -381 C \ ATOM 87073 CZ2 TRP 8 34 -129.098 -37.399 50.072 1.00135.08 C \ ANISOU87073 CZ2 TRP 8 34 15246 18045 18034 -662 -658 -438 C \ ATOM 87074 CZ3 TRP 8 34 -128.049 -35.234 49.845 1.00134.27 C \ ANISOU87074 CZ3 TRP 8 34 15171 17919 17927 -583 -687 -417 C \ ATOM 87075 CH2 TRP 8 34 -128.968 -36.203 49.421 1.00134.81 C \ ANISOU87075 CH2 TRP 8 34 15213 17995 18015 -605 -688 -445 C \ ATOM 87076 N GLN 8 35 -127.876 -37.863 55.311 1.00211.15 N \ ANISOU87076 N GLN 8 35 24903 27752 27571 -845 -510 -398 N \ ATOM 87077 CA GLN 8 35 -129.292 -37.991 55.610 1.00212.14 C \ ANISOU87077 CA GLN 8 35 24972 27907 27726 -877 -490 -465 C \ ATOM 87078 C GLN 8 35 -129.790 -39.293 55.004 1.00212.34 C \ ANISOU87078 C GLN 8 35 24994 27927 27757 -901 -493 -468 C \ ATOM 87079 O GLN 8 35 -130.993 -39.489 54.838 1.00212.87 O \ ANISOU87079 O GLN 8 35 25014 28012 27855 -916 -487 -523 O \ ATOM 87080 CB GLN 8 35 -130.114 -36.816 55.068 1.00212.43 C \ ANISOU87080 CB GLN 8 35 24963 27949 27802 -831 -510 -518 C \ ATOM 87081 CG GLN 8 35 -131.510 -36.721 55.696 1.00213.55 C \ ANISOU87081 CG GLN 8 35 25042 28125 27973 -868 -481 -591 C \ ATOM 87082 CD GLN 8 35 -132.464 -35.827 54.922 1.00213.91 C \ ANISOU87082 CD GLN 8 35 25040 28174 28064 -822 -508 -647 C \ ATOM 87083 OE1 GLN 8 35 -132.586 -35.934 53.702 1.00213.69 O \ ANISOU87083 OE1 GLN 8 35 25015 28125 28053 -782 -545 -646 O \ ATOM 87084 NE2 GLN 8 35 -133.152 -34.943 55.635 1.00214.53 N \ ANISOU87084 NE2 GLN 8 35 25074 28276 28161 -828 -490 -699 N \ ATOM 87085 N LYS 8 36 -128.860 -40.175 54.649 1.00131.88 N \ ANISOU87085 N LYS 8 36 14854 17714 17540 -904 -504 -411 N \ ATOM 87086 CA LYS 8 36 -129.234 -41.519 54.247 1.00132.18 C \ ANISOU87086 CA LYS 8 36 14895 17750 17578 -935 -503 -409 C \ ATOM 87087 C LYS 8 36 -130.259 -41.973 55.269 1.00133.25 C \ ANISOU87087 C LYS 8 36 14991 17917 17719 -1002 -460 -456 C \ ATOM 87088 O LYS 8 36 -130.136 -41.650 56.452 1.00133.52 O \ ANISOU87088 O LYS 8 36 15024 17969 17737 -1035 -428 -460 O \ ATOM 87089 CB LYS 8 36 -128.028 -42.447 54.306 1.00131.62 C \ ANISOU87089 CB LYS 8 36 14884 17658 17468 -950 -505 -340 C \ ATOM 87090 CG LYS 8 36 -126.695 -41.753 54.118 1.00130.61 C \ ANISOU87090 CG LYS 8 36 14801 17507 17320 -905 -527 -287 C \ ATOM 87091 CD LYS 8 36 -125.547 -42.686 54.462 1.00130.17 C \ ANISOU87091 CD LYS 8 36 14799 17434 17224 -930 -522 -225 C \ ATOM 87092 CE LYS 8 36 -125.620 -43.969 53.648 1.00130.08 C \ ANISOU87092 CE LYS 8 36 14804 17409 17213 -941 -536 -209 C \ ATOM 87093 NZ LYS 8 36 -125.474 -43.708 52.188 1.00129.45 N \ ANISOU87093 NZ LYS 8 36 14730 17304 17151 -879 -578 -200 N \ ATOM 87094 N SER 8 37 -131.270 -42.715 54.829 1.00 90.27 N \ ANISOU87094 N SER 8 37 9517 12483 12299 -1022 -458 -493 N \ ATOM 87095 CA SER 8 37 -132.346 -43.111 55.731 1.00 91.37 C \ ANISOU87095 CA SER 8 37 9616 12653 12447 -1085 -416 -545 C \ ATOM 87096 C SER 8 37 -131.773 -43.502 57.086 1.00 91.60 C \ ANISOU87096 C SER 8 37 9674 12691 12437 -1143 -376 -518 C \ ATOM 87097 O SER 8 37 -130.790 -44.235 57.164 1.00 91.09 O \ ANISOU87097 O SER 8 37 9662 12609 12339 -1156 -379 -460 O \ ATOM 87098 CB SER 8 37 -133.159 -44.272 55.149 1.00 91.92 C \ ANISOU87098 CB SER 8 37 9668 12724 12532 -1112 -416 -567 C \ ATOM 87099 OG SER 8 37 -132.553 -45.521 55.430 1.00 91.83 O \ ANISOU87099 OG SER 8 37 9703 12703 12487 -1156 -403 -521 O \ ATOM 87100 N GLY 8 38 -132.379 -42.998 58.152 1.00 85.19 N \ ANISOU87100 N GLY 8 38 8830 11908 11631 -1178 -340 -561 N \ ATOM 87101 CA GLY 8 38 -131.935 -43.339 59.488 1.00 85.55 C \ ANISOU87101 CA GLY 8 38 8902 11963 11641 -1237 -300 -540 C \ ATOM 87102 C GLY 8 38 -131.830 -44.842 59.634 1.00 85.84 C \ ANISOU87102 C GLY 8 38 8970 11994 11654 -1292 -284 -515 C \ ATOM 87103 O GLY 8 38 -130.997 -45.341 60.390 1.00 85.73 O \ ANISOU87103 O GLY 8 38 9001 11972 11601 -1326 -268 -471 O \ ATOM 87104 N LYS 8 39 -132.678 -45.559 58.898 1.00 75.89 N \ ANISOU87104 N LYS 8 39 7684 10735 10416 -1300 -290 -544 N \ ATOM 87105 CA LYS 8 39 -132.647 -47.020 58.860 1.00 76.16 C \ ANISOU87105 CA LYS 8 39 7746 10760 10431 -1348 -280 -522 C \ ATOM 87106 C LYS 8 39 -131.279 -47.544 58.420 1.00 75.15 C \ ANISOU87106 C LYS 8 39 7683 10599 10271 -1325 -309 -445 C \ ATOM 87107 O LYS 8 39 -130.713 -48.440 59.048 1.00 75.28 O \ ANISOU87107 O LYS 8 39 7742 10608 10252 -1372 -292 -409 O \ ATOM 87108 CB LYS 8 39 -133.731 -47.549 57.913 1.00 76.56 C \ ANISOU87108 CB LYS 8 39 7758 10815 10517 -1345 -292 -565 C \ ATOM 87109 CG LYS 8 39 -133.596 -49.027 57.557 1.00 76.69 C \ ANISOU87109 CG LYS 8 39 7806 10816 10515 -1379 -293 -536 C \ ATOM 87110 CD LYS 8 39 -134.441 -49.376 56.343 1.00 76.80 C \ ANISOU87110 CD LYS 8 39 7787 10828 10566 -1354 -318 -568 C \ ATOM 87111 CE LYS 8 39 -134.155 -50.783 55.844 1.00 76.69 C \ ANISOU87111 CE LYS 8 39 7811 10795 10535 -1378 -327 -531 C \ ATOM 87112 NZ LYS 8 39 -134.834 -51.067 54.545 1.00 76.61 N \ ANISOU87112 NZ LYS 8 39 7773 10778 10558 -1345 -357 -556 N \ ATOM 87113 N GLU 8 40 -130.752 -46.977 57.340 1.00126.43 N \ ANISOU87113 N GLU 8 40 14186 17074 16778 -1253 -354 -422 N \ ATOM 87114 CA GLU 8 40 -129.471 -47.416 56.807 1.00125.45 C \ ANISOU87114 CA GLU 8 40 14120 16918 16628 -1226 -383 -353 C \ ATOM 87115 C GLU 8 40 -128.398 -47.404 57.881 1.00125.26 C \ ANISOU87115 C GLU 8 40 14140 16889 16563 -1251 -366 -308 C \ ATOM 87116 O GLU 8 40 -127.831 -48.446 58.201 1.00125.30 O \ ANISOU87116 O GLU 8 40 14187 16882 16538 -1289 -358 -269 O \ ATOM 87117 CB GLU 8 40 -129.034 -46.535 55.639 1.00124.50 C \ ANISOU87117 CB GLU 8 40 14001 16779 16526 -1145 -429 -339 C \ ATOM 87118 CG GLU 8 40 -129.935 -46.621 54.422 1.00124.59 C \ ANISOU87118 CG GLU 8 40 13976 16788 16574 -1114 -454 -375 C \ ATOM 87119 CD GLU 8 40 -129.370 -45.874 53.230 1.00123.68 C \ ANISOU87119 CD GLU 8 40 13874 16649 16472 -1036 -500 -353 C \ ATOM 87120 OE1 GLU 8 40 -128.131 -45.870 53.066 1.00122.92 O \ ANISOU87120 OE1 GLU 8 40 13826 16528 16349 -1012 -517 -295 O \ ATOM 87121 OE2 GLU 8 40 -130.162 -45.288 52.461 1.00123.77 O1- \ ANISOU87121 OE2 GLU 8 40 13846 16663 16519 -999 -520 -395 O1- \ ATOM 87122 N ILE 8 41 -128.128 -46.230 58.446 1.00 53.98 N \ ANISOU87122 N ILE 8 41 5104 7870 7534 -1231 -360 -313 N \ ATOM 87123 CA ILE 8 41 -127.037 -46.100 59.413 1.00 53.71 C \ ANISOU87123 CA ILE 8 41 5114 7831 7464 -1247 -348 -269 C \ ATOM 87124 C ILE 8 41 -127.262 -46.960 60.666 1.00 54.66 C \ ANISOU87124 C ILE 8 41 5246 7964 7558 -1329 -304 -273 C \ ATOM 87125 O ILE 8 41 -126.309 -47.415 61.298 1.00 54.50 O \ ANISOU87125 O ILE 8 41 5275 7932 7502 -1353 -298 -226 O \ ATOM 87126 CB ILE 8 41 -126.698 -44.603 59.770 1.00 53.32 C \ ANISOU87126 CB ILE 8 41 5052 7787 7418 -1207 -351 -274 C \ ATOM 87127 CG1 ILE 8 41 -127.550 -44.081 60.924 1.00 54.29 C \ ANISOU87127 CG1 ILE 8 41 5136 7942 7548 -1249 -309 -325 C \ ATOM 87128 CG2 ILE 8 41 -126.822 -43.707 58.555 1.00 52.70 C \ ANISOU87128 CG2 ILE 8 41 4951 7699 7372 -1133 -389 -287 C \ ATOM 87129 CD1 ILE 8 41 -126.969 -44.367 62.288 1.00 54.67 C \ ANISOU87129 CD1 ILE 8 41 5218 7996 7558 -1304 -276 -300 C \ ATOM 87130 N ARG 8 42 -128.518 -47.193 61.021 1.00 82.64 N \ ANISOU87130 N ARG 8 42 8748 11533 11119 -1373 -273 -329 N \ ATOM 87131 CA ARG 8 42 -128.807 -48.050 62.161 1.00 83.64 C \ ANISOU87131 CA ARG 8 42 8887 11671 11221 -1455 -229 -336 C \ ATOM 87132 C ARG 8 42 -128.367 -49.462 61.827 1.00 83.59 C \ ANISOU87132 C ARG 8 42 8925 11642 11193 -1481 -238 -295 C \ ATOM 87133 O ARG 8 42 -128.020 -50.242 62.712 1.00 84.09 O \ ANISOU87133 O ARG 8 42 9026 11701 11222 -1539 -213 -272 O \ ATOM 87134 CB ARG 8 42 -130.298 -48.033 62.498 1.00 84.82 C \ ANISOU87134 CB ARG 8 42 8979 11851 11398 -1495 -194 -409 C \ ATOM 87135 CG ARG 8 42 -130.648 -48.701 63.819 1.00 85.67 C \ ANISOU87135 CG ARG 8 42 9098 11974 11480 -1581 -143 -423 C \ ATOM 87136 CD ARG 8 42 -132.147 -48.725 64.049 1.00 86.89 C \ ANISOU87136 CD ARG 8 42 9194 12158 11663 -1620 -108 -498 C \ ATOM 87137 NE ARG 8 42 -132.764 -47.441 63.731 1.00 86.73 N \ ANISOU87137 NE ARG 8 42 9117 12156 11682 -1572 -118 -545 N \ ATOM 87138 CZ ARG 8 42 -133.415 -47.188 62.600 1.00 86.76 C \ ANISOU87138 CZ ARG 8 42 9079 12161 11725 -1526 -146 -577 C \ ATOM 87139 NH1 ARG 8 42 -133.538 -48.138 61.677 1.00 86.91 N \ ANISOU87139 NH1 ARG 8 42 9107 12165 11750 -1522 -167 -565 N \ ATOM 87140 NH2 ARG 8 42 -133.946 -45.988 62.392 1.00 86.67 N \ ANISOU87140 NH2 ARG 8 42 9018 12165 11747 -1484 -154 -620 N \ ATOM 87141 N GLN 8 43 -128.382 -49.782 60.538 1.00 60.31 N \ ANISOU87141 N GLN 8 43 5974 8679 8264 -1438 -274 -287 N \ ATOM 87142 CA GLN 8 43 -128.004 -51.109 60.073 1.00 60.20 C \ ANISOU87142 CA GLN 8 43 5999 8643 8232 -1457 -287 -250 C \ ATOM 87143 C GLN 8 43 -126.535 -51.192 59.663 1.00 59.10 C \ ANISOU87143 C GLN 8 43 5913 8472 8069 -1417 -322 -181 C \ ATOM 87144 O GLN 8 43 -125.998 -52.289 59.469 1.00 59.00 O \ ANISOU87144 O GLN 8 43 5942 8439 8035 -1436 -332 -142 O \ ATOM 87145 CB GLN 8 43 -128.907 -51.548 58.925 1.00 60.32 C \ ANISOU87145 CB GLN 8 43 5980 8658 8280 -1441 -304 -281 C \ ATOM 87146 CG GLN 8 43 -130.333 -51.810 59.354 1.00 61.53 C \ ANISOU87146 CG GLN 8 43 6087 8840 8453 -1494 -266 -346 C \ ATOM 87147 CD GLN 8 43 -131.206 -52.294 58.214 1.00 61.64 C \ ANISOU87147 CD GLN 8 43 6068 8853 8499 -1479 -284 -377 C \ ATOM 87148 OE1 GLN 8 43 -132.139 -53.069 58.420 1.00 62.58 O \ ANISOU87148 OE1 GLN 8 43 6168 8986 8625 -1531 -258 -412 O \ ATOM 87149 NE2 GLN 8 43 -130.910 -51.835 57.003 1.00 60.71 N \ ANISOU87149 NE2 GLN 8 43 5945 8719 8401 -1407 -329 -363 N \ ATOM 87150 N LYS 8 44 -125.896 -50.032 59.519 1.00 82.72 N \ ANISOU87150 N LYS 8 44 8905 11460 11065 -1361 -342 -167 N \ ATOM 87151 CA LYS 8 44 -124.461 -49.967 59.251 1.00 81.69 C \ ANISOU87151 CA LYS 8 44 8823 11302 10912 -1323 -372 -104 C \ ATOM 87152 C LYS 8 44 -123.668 -50.060 60.551 1.00 81.86 C \ ANISOU87152 C LYS 8 44 8884 11324 10897 -1364 -349 -73 C \ ATOM 87153 O LYS 8 44 -122.437 -50.093 60.531 1.00 81.14 O \ ANISOU87153 O LYS 8 44 8836 11210 10784 -1342 -370 -21 O \ ATOM 87154 CB LYS 8 44 -124.094 -48.681 58.510 1.00 80.78 C \ ANISOU87154 CB LYS 8 44 8694 11182 10817 -1246 -402 -102 C \ ATOM 87155 CG LYS 8 44 -124.746 -48.533 57.145 1.00 80.54 C \ ANISOU87155 CG LYS 8 44 8632 11147 10822 -1199 -430 -127 C \ ATOM 87156 CD LYS 8 44 -124.269 -49.600 56.167 1.00 80.07 C \ ANISOU87156 CD LYS 8 44 8605 11062 10756 -1188 -458 -89 C \ ATOM 87157 CE LYS 8 44 -124.903 -49.421 54.789 1.00 79.84 C \ ANISOU87157 CE LYS 8 44 8547 11027 10762 -1140 -487 -114 C \ ATOM 87158 NZ LYS 8 44 -124.633 -48.073 54.204 1.00 79.18 N \ ANISOU87158 NZ LYS 8 44 8451 10938 10695 -1072 -512 -117 N \ ATOM 87159 N GLY 8 45 -124.381 -50.085 61.678 1.00 53.52 N \ ANISOU87159 N GLY 8 45 5278 7757 7301 -1423 -307 -107 N \ ATOM 87160 CA GLY 8 45 -123.771 -50.267 62.987 1.00 53.91 C \ ANISOU87160 CA GLY 8 45 5363 7805 7313 -1471 -281 -83 C \ ATOM 87161 C GLY 8 45 -123.489 -51.725 63.305 1.00 54.40 C \ ANISOU87161 C GLY 8 45 5472 7851 7347 -1528 -273 -53 C \ ATOM 87162 O GLY 8 45 -122.426 -52.065 63.816 1.00 54.20 O \ ANISOU87162 O GLY 8 45 5497 7807 7290 -1540 -278 -6 O \ ATOM 87163 N ARG 8 46 -124.445 -52.594 62.999 1.00147.14 N \ ANISOU87163 N ARG 8 46 17201 19603 19103 -1563 -260 -82 N \ ATOM 87164 CA ARG 8 46 -124.272 -54.018 63.239 1.00147.66 C \ ANISOU87164 CA ARG 8 46 17310 19652 19143 -1618 -252 -57 C \ ATOM 87165 C ARG 8 46 -123.105 -54.560 62.424 1.00146.69 C \ ANISOU87165 C ARG 8 46 17232 19497 19009 -1579 -295 2 C \ ATOM 87166 O ARG 8 46 -122.971 -54.260 61.241 1.00145.81 O \ ANISOU87166 O ARG 8 46 17105 19377 18920 -1517 -330 7 O \ ATOM 87167 CB ARG 8 46 -125.555 -54.778 62.898 1.00148.51 C \ ANISOU87167 CB ARG 8 46 17386 19772 19268 -1655 -233 -101 C \ ATOM 87168 CG ARG 8 46 -126.007 -54.624 61.453 1.00147.91 C \ ANISOU87168 CG ARG 8 46 17274 19695 19230 -1597 -266 -119 C \ ATOM 87169 CD ARG 8 46 -127.414 -55.166 61.263 1.00148.83 C \ ANISOU87169 CD ARG 8 46 17349 19830 19369 -1636 -243 -173 C \ ATOM 87170 NE ARG 8 46 -127.882 -55.024 59.886 1.00148.31 N \ ANISOU87170 NE ARG 8 46 17248 19762 19340 -1582 -275 -192 N \ ATOM 87171 CZ ARG 8 46 -129.113 -55.326 59.480 1.00148.92 C \ ANISOU87171 CZ ARG 8 46 17282 19856 19445 -1599 -263 -242 C \ ATOM 87172 NH1 ARG 8 46 -130.009 -55.785 60.345 1.00150.09 N \ ANISOU87172 NH1 ARG 8 46 17415 20024 19589 -1669 -218 -281 N \ ATOM 87173 NH2 ARG 8 46 -129.453 -55.169 58.208 1.00148.41 N \ ANISOU87173 NH2 ARG 8 46 17189 19787 19412 -1546 -296 -255 N \ ATOM 87174 N LYS 8 47 -122.253 -55.346 63.069 1.00 45.63 N \ ANISOU87174 N LYS 8 47 4489 6677 6173 -1615 -293 46 N \ ATOM 87175 CA LYS 8 47 -121.148 -56.012 62.383 1.00 44.83 C \ ANISOU87175 CA LYS 8 47 4432 6544 6059 -1587 -331 101 C \ ATOM 87176 C LYS 8 47 -121.629 -57.304 61.716 1.00 45.21 C \ ANISOU87176 C LYS 8 47 4488 6579 6109 -1612 -337 99 C \ ATOM 87177 O LYS 8 47 -122.691 -57.827 62.063 1.00 46.25 O \ ANISOU87177 O LYS 8 47 4604 6726 6243 -1664 -305 62 O \ ATOM 87178 CB LYS 8 47 -119.991 -56.292 63.358 1.00 44.87 C \ ANISOU87178 CB LYS 8 47 4500 6528 6020 -1607 -329 148 C \ ATOM 87179 CG LYS 8 47 -120.330 -57.259 64.488 1.00 46.18 C \ ANISOU87179 CG LYS 8 47 4708 6691 6149 -1684 -290 146 C \ ATOM 87180 CD LYS 8 47 -119.821 -56.768 65.854 1.00 46.54 C \ ANISOU87180 CD LYS 8 47 4782 6739 6164 -1710 -267 157 C \ ATOM 87181 CE LYS 8 47 -118.341 -57.069 66.093 1.00 46.12 C \ ANISOU87181 CE LYS 8 47 4794 6653 6075 -1690 -293 219 C \ ATOM 87182 NZ LYS 8 47 -117.906 -56.762 67.495 1.00 46.72 N \ ANISOU87182 NZ LYS 8 47 4904 6729 6117 -1724 -268 230 N \ ATOM 87183 N PHE 8 48 -120.848 -57.821 60.766 1.00 47.41 N \ ANISOU87183 N PHE 8 48 4796 6833 6386 -1573 -375 139 N \ ATOM 87184 CA PHE 8 48 -121.259 -59.001 60.001 1.00 47.65 C \ ANISOU87184 CA PHE 8 48 4835 6850 6419 -1586 -384 140 C \ ATOM 87185 C PHE 8 48 -120.144 -60.027 59.851 1.00 47.39 C \ ANISOU87185 C PHE 8 48 4872 6781 6353 -1582 -407 197 C \ ATOM 87186 O PHE 8 48 -119.004 -59.772 60.230 1.00 46.95 O \ ANISOU87186 O PHE 8 48 4853 6709 6275 -1563 -421 237 O \ ATOM 87187 CB PHE 8 48 -121.752 -58.583 58.618 1.00 46.96 C \ ANISOU87187 CB PHE 8 48 4701 6769 6373 -1530 -412 118 C \ ATOM 87188 CG PHE 8 48 -120.675 -58.017 57.738 1.00 45.67 C \ ANISOU87188 CG PHE 8 48 4550 6588 6216 -1455 -454 155 C \ ATOM 87189 CD1 PHE 8 48 -120.331 -58.645 56.548 1.00 45.08 C \ ANISOU87189 CD1 PHE 8 48 4488 6491 6148 -1421 -489 179 C \ ATOM 87190 CD2 PHE 8 48 -119.998 -56.863 58.101 1.00 45.12 C \ ANISOU87190 CD2 PHE 8 48 4479 6521 6143 -1419 -459 166 C \ ATOM 87191 CE1 PHE 8 48 -119.334 -58.129 55.735 1.00 43.96 C \ ANISOU87191 CE1 PHE 8 48 4359 6331 6011 -1354 -526 212 C \ ATOM 87192 CE2 PHE 8 48 -119.001 -56.343 57.294 1.00 44.00 C \ ANISOU87192 CE2 PHE 8 48 4350 6362 6006 -1352 -496 200 C \ ATOM 87193 CZ PHE 8 48 -118.668 -56.976 56.112 1.00 43.42 C \ ANISOU87193 CZ PHE 8 48 4292 6267 5940 -1320 -529 223 C \ ATOM 87194 N VAL 8 49 -120.485 -61.188 59.299 1.00 60.31 N \ ANISOU87194 N VAL 8 49 6524 8404 7987 -1601 -412 200 N \ ATOM 87195 CA VAL 8 49 -119.498 -62.228 59.014 1.00 60.06 C \ ANISOU87195 CA VAL 8 49 6556 8338 7928 -1595 -437 252 C \ ATOM 87196 C VAL 8 49 -119.161 -62.261 57.517 1.00 59.01 C \ ANISOU87196 C VAL 8 49 6409 8192 7821 -1534 -481 267 C \ ATOM 87197 O VAL 8 49 -119.991 -61.888 56.690 1.00 58.78 O \ ANISOU87197 O VAL 8 49 6325 8179 7828 -1513 -486 232 O \ ATOM 87198 CB VAL 8 49 -120.002 -63.616 59.453 1.00 61.24 C \ ANISOU87198 CB VAL 8 49 6742 8478 8050 -1660 -414 250 C \ ATOM 87199 CG1 VAL 8 49 -120.462 -63.574 60.892 1.00 62.38 C \ ANISOU87199 CG1 VAL 8 49 6897 8636 8170 -1723 -368 230 C \ ATOM 87200 CG2 VAL 8 49 -121.133 -64.075 58.552 1.00 61.51 C \ ANISOU87200 CG2 VAL 8 49 6735 8522 8114 -1666 -413 214 C \ ATOM 87201 N LEU 8 50 -117.956 -62.705 57.165 1.00 64.96 N \ ANISOU87201 N LEU 8 50 7210 8915 8556 -1504 -512 317 N \ ATOM 87202 CA LEU 8 50 -117.542 -62.728 55.756 1.00 63.91 C \ ANISOU87202 CA LEU 8 50 7069 8769 8446 -1446 -553 334 C \ ATOM 87203 C LEU 8 50 -118.090 -63.921 54.965 1.00 64.13 C \ ANISOU87203 C LEU 8 50 7103 8786 8478 -1461 -560 330 C \ ATOM 87204 O LEU 8 50 -119.290 -64.016 54.749 1.00 64.40 O \ ANISOU87204 O LEU 8 50 7097 8839 8533 -1483 -543 288 O \ ATOM 87205 CB LEU 8 50 -116.023 -62.635 55.619 1.00 63.03 C \ ANISOU87205 CB LEU 8 50 7000 8630 8316 -1405 -583 386 C \ ATOM 87206 CG LEU 8 50 -115.429 -61.243 55.836 1.00 62.34 C \ ANISOU87206 CG LEU 8 50 6893 8553 8239 -1365 -590 389 C \ ATOM 87207 CD1 LEU 8 50 -116.516 -60.228 56.154 1.00 63.00 C \ ANISOU87207 CD1 LEU 8 50 6917 8673 8348 -1375 -564 338 C \ ATOM 87208 CD2 LEU 8 50 -114.390 -61.280 56.938 1.00 62.17 C \ ANISOU87208 CD2 LEU 8 50 6922 8519 8181 -1380 -584 424 C \ ATOM 87209 N ALA 8 51 -117.219 -64.822 54.523 1.00 42.72 N \ ANISOU87209 N ALA 8 51 4440 6043 5748 -1449 -586 372 N \ ATOM 87210 CA ALA 8 51 -117.663 -65.955 53.714 1.00 42.89 C \ ANISOU87210 CA ALA 8 51 4471 6052 5774 -1459 -596 371 C \ ATOM 87211 C ALA 8 51 -116.510 -66.880 53.308 1.00 42.44 C \ ANISOU87211 C ALA 8 51 4472 5959 5694 -1441 -626 423 C \ ATOM 87212 O ALA 8 51 -116.338 -67.959 53.877 1.00 43.13 O \ ANISOU87212 O ALA 8 51 4609 6029 5749 -1483 -616 442 O \ ATOM 87213 CB ALA 8 51 -118.400 -65.452 52.478 1.00 42.36 C \ ANISOU87213 CB ALA 8 51 4344 5999 5750 -1421 -612 340 C \ ATOM 87214 N LYS 8 52 -115.744 -66.453 52.302 1.00 91.97 N \ ANISOU87214 N LYS 8 52 10740 12220 11984 -1379 -662 444 N \ ATOM 87215 CA LYS 8 52 -114.537 -67.157 51.860 1.00 91.41 C \ ANISOU87215 CA LYS 8 52 10720 12116 11894 -1354 -693 493 C \ ATOM 87216 C LYS 8 52 -113.279 -66.457 52.336 1.00 90.81 C \ ANISOU87216 C LYS 8 52 10668 12031 11806 -1324 -704 524 C \ ATOM 87217 O LYS 8 52 -112.362 -67.111 52.824 1.00 90.94 O \ ANISOU87217 O LYS 8 52 10738 12024 11791 -1334 -712 560 O \ ATOM 87218 CB LYS 8 52 -114.505 -67.315 50.341 1.00 90.63 C \ ANISOU87218 CB LYS 8 52 10605 12008 11823 -1307 -726 496 C \ ATOM 87219 CG LYS 8 52 -115.030 -68.647 49.858 1.00 91.13 C \ ANISOU87219 CG LYS 8 52 10685 12058 11881 -1334 -728 495 C \ ATOM 87220 CD LYS 8 52 -116.088 -69.200 50.805 1.00 92.27 C \ ANISOU87220 CD LYS 8 52 10830 12217 12013 -1403 -689 467 C \ ATOM 87221 CE LYS 8 52 -115.476 -70.071 51.904 1.00 93.04 C \ ANISOU87221 CE LYS 8 52 10991 12294 12065 -1447 -677 497 C \ ATOM 87222 NZ LYS 8 52 -116.483 -70.465 52.933 1.00 94.17 N \ ANISOU87222 NZ LYS 8 52 11134 12453 12193 -1516 -636 468 N \ ATOM 87223 N PRO 8 53 -113.226 -65.120 52.184 1.00 73.02 N \ ANISOU87223 N PRO 8 53 8373 9796 9575 -1287 -707 510 N \ ATOM 87224 CA PRO 8 53 -112.129 -64.370 52.796 1.00 72.59 C \ ANISOU87224 CA PRO 8 53 8337 9736 9507 -1266 -713 535 C \ ATOM 87225 C PRO 8 53 -112.071 -64.574 54.306 1.00 73.46 C \ ANISOU87225 C PRO 8 53 8479 9849 9584 -1317 -684 539 C \ ATOM 87226 O PRO 8 53 -111.116 -64.137 54.933 1.00 73.25 O \ ANISOU87226 O PRO 8 53 8477 9815 9541 -1306 -688 563 O \ ATOM 87227 CB PRO 8 53 -112.468 -62.917 52.451 1.00 72.01 C \ ANISOU87227 CB PRO 8 53 8206 9688 9465 -1229 -713 508 C \ ATOM 87228 CG PRO 8 53 -113.183 -63.011 51.162 1.00 71.69 C \ ANISOU87228 CG PRO 8 53 8131 9652 9457 -1205 -728 487 C \ ATOM 87229 CD PRO 8 53 -114.028 -64.262 51.291 1.00 72.57 C \ ANISOU87229 CD PRO 8 53 8254 9760 9557 -1256 -712 475 C \ ATOM 87230 N GLU 8 54 -113.065 -65.229 54.890 1.00107.72 N \ ANISOU87230 N GLU 8 54 12819 14197 13913 -1375 -654 516 N \ ATOM 87231 CA GLU 8 54 -112.925 -65.622 56.282 1.00108.64 C \ ANISOU87231 CA GLU 8 54 12976 14309 13992 -1427 -629 525 C \ ATOM 87232 C GLU 8 54 -111.707 -66.532 56.409 1.00108.61 C \ ANISOU87232 C GLU 8 54 13039 14270 13957 -1422 -653 574 C \ ATOM 87233 O GLU 8 54 -110.919 -66.399 57.341 1.00108.77 O \ ANISOU87233 O GLU 8 54 13096 14281 13951 -1431 -650 596 O \ ATOM 87234 CB GLU 8 54 -114.179 -66.324 56.804 1.00109.82 C \ ANISOU87234 CB GLU 8 54 13121 14471 14133 -1491 -594 493 C \ ATOM 87235 CG GLU 8 54 -115.285 -65.375 57.260 1.00110.25 C \ ANISOU87235 CG GLU 8 54 13120 14563 14208 -1511 -561 444 C \ ATOM 87236 CD GLU 8 54 -116.221 -65.996 58.294 1.00111.64 C \ ANISOU87236 CD GLU 8 54 13307 14749 14363 -1585 -520 419 C \ ATOM 87237 OE1 GLU 8 54 -115.777 -66.900 59.040 1.00112.32 O \ ANISOU87237 OE1 GLU 8 54 13453 14814 14410 -1623 -513 445 O \ ATOM 87238 OE2 GLU 8 54 -117.399 -65.573 58.360 1.00112.06 O1- \ ANISOU87238 OE2 GLU 8 54 13310 14831 14438 -1606 -493 372 O1- \ ATOM 87239 N ALA 8 55 -111.555 -67.449 55.459 1.00 42.34 N \ ANISOU87239 N ALA 8 55 4663 5857 5568 -1408 -676 589 N \ ATOM 87240 CA ALA 8 55 -110.394 -68.336 55.421 1.00 42.25 C \ ANISOU87240 CA ALA 8 55 4711 5810 5531 -1399 -703 634 C \ ATOM 87241 C ALA 8 55 -109.094 -67.603 55.032 1.00 41.17 C \ ANISOU87241 C ALA 8 55 4579 5663 5402 -1338 -733 663 C \ ATOM 87242 O ALA 8 55 -108.057 -67.788 55.670 1.00 41.24 O \ ANISOU87242 O ALA 8 55 4632 5651 5384 -1337 -744 694 O \ ATOM 87243 CB ALA 8 55 -110.657 -69.507 54.484 1.00 42.38 C \ ANISOU87243 CB ALA 8 55 4742 5810 5551 -1401 -718 640 C \ ATOM 87244 N GLU 8 56 -109.150 -66.781 53.985 1.00 58.63 N \ ANISOU87244 N GLU 8 56 6744 7885 7647 -1289 -749 652 N \ ATOM 87245 CA GLU 8 56 -108.022 -65.932 53.632 1.00 57.62 C \ ANISOU87245 CA GLU 8 56 6614 7752 7529 -1233 -773 673 C \ ATOM 87246 C GLU 8 56 -107.624 -65.163 54.878 1.00 57.82 C \ ANISOU87246 C GLU 8 56 6647 7786 7538 -1246 -756 676 C \ ATOM 87247 O GLU 8 56 -106.453 -65.059 55.209 1.00 57.52 O \ ANISOU87247 O GLU 8 56 6640 7730 7484 -1227 -772 707 O \ ATOM 87248 CB GLU 8 56 -108.389 -64.947 52.512 1.00 56.77 C \ ANISOU87248 CB GLU 8 56 6448 7661 7460 -1186 -783 651 C \ ATOM 87249 CG GLU 8 56 -108.052 -65.407 51.072 1.00 56.08 C \ ANISOU87249 CG GLU 8 56 6362 7556 7391 -1145 -816 665 C \ ATOM 87250 CD GLU 8 56 -108.072 -64.258 50.027 1.00 55.14 C \ ANISOU87250 CD GLU 8 56 6196 7450 7307 -1090 -831 651 C \ ATOM 87251 OE1 GLU 8 56 -108.301 -63.088 50.411 1.00 54.96 O \ ANISOU87251 OE1 GLU 8 56 6140 7449 7295 -1082 -818 632 O \ ATOM 87252 OE2 GLU 8 56 -107.852 -64.524 48.819 1.00 54.60 O1- \ ANISOU87252 OE2 GLU 8 56 6125 7368 7254 -1056 -856 660 O1- \ ATOM 87253 N ARG 8 57 -108.614 -64.646 55.587 1.00 68.71 N \ ANISOU87253 N ARG 8 57 7996 9191 8919 -1280 -723 643 N \ ATOM 87254 CA ARG 8 57 -108.365 -63.797 56.741 1.00 68.87 C \ ANISOU87254 CA ARG 8 57 8017 9224 8927 -1292 -705 640 C \ ATOM 87255 C ARG 8 57 -107.700 -64.549 57.881 1.00 69.60 C \ ANISOU87255 C ARG 8 57 8172 9295 8977 -1328 -700 668 C \ ATOM 87256 O ARG 8 57 -106.712 -64.093 58.445 1.00 69.32 O \ ANISOU87256 O ARG 8 57 8158 9252 8929 -1312 -709 691 O \ ATOM 87257 CB ARG 8 57 -109.680 -63.204 57.235 1.00 69.43 C \ ANISOU87257 CB ARG 8 57 8043 9328 9009 -1325 -669 596 C \ ATOM 87258 CG ARG 8 57 -109.557 -61.819 57.826 1.00 69.16 C \ ANISOU87258 CG ARG 8 57 7979 9315 8983 -1311 -657 583 C \ ATOM 87259 CD ARG 8 57 -109.746 -60.758 56.766 1.00 68.22 C \ ANISOU87259 CD ARG 8 57 7806 9212 8904 -1258 -671 565 C \ ATOM 87260 NE ARG 8 57 -108.733 -60.835 55.715 1.00 67.25 N \ ANISOU87260 NE ARG 8 57 7696 9067 8789 -1204 -709 596 N \ ATOM 87261 CZ ARG 8 57 -108.895 -61.456 54.544 1.00 66.97 C \ ANISOU87261 CZ ARG 8 57 7656 9021 8769 -1185 -729 598 C \ ATOM 87262 NH1 ARG 8 57 -110.040 -62.068 54.273 1.00 67.58 N \ ANISOU87262 NH1 ARG 8 57 7715 9106 8854 -1215 -716 571 N \ ATOM 87263 NH2 ARG 8 57 -107.915 -61.465 53.637 1.00 66.10 N \ ANISOU87263 NH2 ARG 8 57 7559 8891 8666 -1136 -762 626 N \ ATOM 87264 N ILE 8 58 -108.256 -65.702 58.222 1.00 54.18 N \ ANISOU87264 N ILE 8 58 6249 7334 7004 -1378 -687 666 N \ ATOM 87265 CA ILE 8 58 -107.781 -66.463 59.367 1.00 55.07 C \ ANISOU87265 CA ILE 8 58 6423 7427 7076 -1419 -680 689 C \ ATOM 87266 C ILE 8 58 -106.293 -66.765 59.243 1.00 54.56 C \ ANISOU87266 C ILE 8 58 6404 7331 6997 -1384 -716 733 C \ ATOM 87267 O ILE 8 58 -105.542 -66.652 60.216 1.00 54.84 O \ ANISOU87267 O ILE 8 58 6476 7356 7007 -1393 -717 753 O \ ATOM 87268 CB ILE 8 58 -108.571 -67.789 59.551 1.00 56.17 C \ ANISOU87268 CB ILE 8 58 6590 7556 7195 -1475 -665 682 C \ ATOM 87269 CG1 ILE 8 58 -109.974 -67.526 60.119 1.00 57.02 C \ ANISOU87269 CG1 ILE 8 58 6664 7694 7307 -1525 -622 638 C \ ATOM 87270 CG2 ILE 8 58 -107.813 -68.744 60.465 1.00 56.93 C \ ANISOU87270 CG2 ILE 8 58 6761 7622 7248 -1506 -671 715 C \ ATOM 87271 CD1 ILE 8 58 -110.793 -68.791 60.398 1.00 58.20 C \ ANISOU87271 CD1 ILE 8 58 6841 7836 7435 -1585 -603 629 C \ ATOM 87272 N LYS 8 59 -105.868 -67.139 58.041 1.00 48.42 N \ ANISOU87272 N LYS 8 59 5623 6537 6236 -1343 -747 748 N \ ATOM 87273 CA LYS 8 59 -104.476 -67.504 57.803 1.00 47.96 C \ ANISOU87273 CA LYS 8 59 5606 6449 6168 -1308 -782 787 C \ ATOM 87274 C LYS 8 59 -103.538 -66.377 58.226 1.00 47.34 C \ ANISOU87274 C LYS 8 59 5521 6375 6092 -1274 -789 798 C \ ATOM 87275 O LYS 8 59 -102.431 -66.617 58.702 1.00 47.37 O \ ANISOU87275 O LYS 8 59 5568 6355 6074 -1265 -807 828 O \ ATOM 87276 CB LYS 8 59 -104.263 -67.837 56.325 1.00 47.16 C \ ANISOU87276 CB LYS 8 59 5490 6337 6091 -1264 -811 794 C \ ATOM 87277 CG LYS 8 59 -105.242 -68.859 55.779 1.00 47.67 C \ ANISOU87277 CG LYS 8 59 5554 6400 6158 -1293 -804 781 C \ ATOM 87278 CD LYS 8 59 -104.857 -70.280 56.161 1.00 48.45 C \ ANISOU87278 CD LYS 8 59 5717 6467 6225 -1324 -815 807 C \ ATOM 87279 CE LYS 8 59 -103.666 -70.771 55.338 1.00 47.75 C \ ANISOU87279 CE LYS 8 59 5655 6349 6139 -1278 -855 840 C \ ATOM 87280 NZ LYS 8 59 -103.380 -72.230 55.520 1.00 48.48 N \ ANISOU87280 NZ LYS 8 59 5807 6411 6204 -1305 -868 863 N \ ATOM 87281 N LEU 8 60 -103.995 -65.145 58.058 1.00 40.51 N \ ANISOU87281 N LEU 8 60 4602 5538 5251 -1256 -775 773 N \ ATOM 87282 CA LEU 8 60 -103.175 -63.988 58.366 1.00 39.87 C \ ANISOU87282 CA LEU 8 60 4510 5464 5176 -1222 -781 781 C \ ATOM 87283 C LEU 8 60 -102.991 -63.800 59.859 1.00 40.61 C \ ANISOU87283 C LEU 8 60 4631 5558 5239 -1258 -762 785 C \ ATOM 87284 O LEU 8 60 -102.332 -62.849 60.286 1.00 40.17 O \ ANISOU87284 O LEU 8 60 4569 5509 5185 -1236 -764 791 O \ ATOM 87285 CB LEU 8 60 -103.781 -62.726 57.767 1.00 39.16 C \ ANISOU87285 CB LEU 8 60 4355 5404 5121 -1193 -772 751 C \ ATOM 87286 CG LEU 8 60 -103.798 -62.683 56.246 1.00 38.34 C \ ANISOU87286 CG LEU 8 60 4222 5298 5048 -1148 -795 749 C \ ATOM 87287 CD1 LEU 8 60 -104.685 -61.560 55.784 1.00 37.90 C \ ANISOU87287 CD1 LEU 8 60 4104 5273 5024 -1132 -781 714 C \ ATOM 87288 CD2 LEU 8 60 -102.398 -62.508 55.726 1.00 37.63 C \ ANISOU87288 CD2 LEU 8 60 4150 5186 4960 -1097 -827 781 C \ ATOM 87289 N LEU 8 61 -103.574 -64.695 60.654 1.00 31.66 N \ ANISOU87289 N LEU 8 61 3530 4420 4079 -1315 -743 781 N \ ATOM 87290 CA LEU 8 61 -103.425 -64.632 62.112 1.00 32.50 C \ ANISOU87290 CA LEU 8 61 3671 4525 4153 -1355 -724 786 C \ ATOM 87291 C LEU 8 61 -102.704 -65.859 62.680 1.00 33.26 C \ ANISOU87291 C LEU 8 61 3839 4586 4212 -1379 -740 818 C \ ATOM 87292 O LEU 8 61 -101.490 -66.013 62.515 1.00 32.81 O \ ANISOU87292 O LEU 8 61 3812 4506 4150 -1344 -772 849 O \ ATOM 87293 CB LEU 8 61 -104.793 -64.447 62.760 1.00 33.32 C \ ANISOU87293 CB LEU 8 61 3750 4656 4254 -1407 -682 749 C \ ATOM 87294 CG LEU 8 61 -105.522 -63.224 62.193 1.00 32.59 C \ ANISOU87294 CG LEU 8 61 3586 4598 4199 -1382 -668 715 C \ ATOM 87295 CD1 LEU 8 61 -106.860 -63.039 62.867 1.00 33.39 C \ ANISOU87295 CD1 LEU 8 61 3661 4726 4298 -1434 -626 677 C \ ATOM 87296 CD2 LEU 8 61 -104.692 -61.960 62.338 1.00 31.86 C \ ANISOU87296 CD2 LEU 8 61 3475 4513 4117 -1339 -678 723 C \ ATOM 87297 N LEU 8 62 -103.470 -66.725 63.334 1.00141.99 N \ ANISOU87297 N LEU 8 62 17638 18353 17957 -1438 -718 810 N \ ATOM 87298 CA LEU 8 62 -102.993 -68.036 63.774 1.00142.76 C \ ANISOU87298 CA LEU 8 62 17806 18417 18020 -1465 -732 837 C \ ATOM 87299 C LEU 8 62 -102.294 -68.049 65.138 1.00142.85 C \ ANISOU87299 C LEU 8 62 17870 18413 17994 -1489 -731 856 C \ ATOM 87300 O LEU 8 62 -102.745 -68.753 66.041 1.00143.52 O \ ANISOU87300 O LEU 8 62 17996 18490 18046 -1546 -712 854 O \ ATOM 87301 CB LEU 8 62 -102.158 -68.706 62.681 1.00142.08 C \ ANISOU87301 CB LEU 8 62 17734 18304 17944 -1421 -773 863 C \ ATOM 87302 CG LEU 8 62 -102.927 -68.749 61.356 1.00141.49 C \ ANISOU87302 CG LEU 8 62 17611 18245 17905 -1402 -773 843 C \ ATOM 87303 CD1 LEU 8 62 -102.011 -69.086 60.206 1.00140.58 C \ ANISOU87303 CD1 LEU 8 62 17500 18108 17806 -1348 -813 867 C \ ATOM 87304 CD2 LEU 8 62 -104.108 -69.715 61.421 1.00142.41 C \ ANISOU87304 CD2 LEU 8 62 17736 18363 18009 -1456 -750 825 C \ ATOM 87305 N PRO 8 63 -101.192 -67.294 65.304 1.00113.28 N \ ANISOU87305 N PRO 8 63 14126 14663 14253 -1448 -752 874 N \ ATOM 87306 CA PRO 8 63 -100.844 -67.114 66.715 1.00113.56 C \ ANISOU87306 CA PRO 8 63 14201 14693 14255 -1479 -741 882 C \ ATOM 87307 C PRO 8 63 -101.995 -66.447 67.476 1.00114.32 C \ ANISOU87307 C PRO 8 63 14268 14821 14349 -1523 -695 848 C \ ATOM 87308 O PRO 8 63 -102.115 -66.616 68.690 1.00114.87 O \ ANISOU87308 O PRO 8 63 14375 14885 14384 -1569 -676 849 O \ ATOM 87309 CB PRO 8 63 -99.613 -66.205 66.651 1.00112.79 C \ ANISOU87309 CB PRO 8 63 14094 14591 14169 -1424 -766 900 C \ ATOM 87310 CG PRO 8 63 -98.931 -66.617 65.397 1.00112.12 C \ ANISOU87310 CG PRO 8 63 14006 14490 14107 -1374 -803 918 C \ ATOM 87311 CD PRO 8 63 -100.062 -66.942 64.423 1.00112.39 C \ ANISOU87311 CD PRO 8 63 14001 14539 14162 -1382 -789 895 C \ ATOM 87312 N TYR 8 64 -102.837 -65.710 66.755 1.00164.33 N \ ANISOU87312 N TYR 8 64 20535 21186 20718 -1508 -677 818 N \ ATOM 87313 CA TYR 8 64 -104.018 -65.077 67.343 1.00165.11 C \ ANISOU87313 CA TYR 8 64 20598 21318 20820 -1547 -634 781 C \ ATOM 87314 C TYR 8 64 -105.240 -65.989 67.325 1.00165.98 C \ ANISOU87314 C TYR 8 64 20711 21432 20921 -1601 -608 759 C \ ATOM 87315 O TYR 8 64 -105.155 -67.167 66.983 1.00166.01 O \ ANISOU87315 O TYR 8 64 20752 21412 20912 -1613 -623 775 O \ ATOM 87316 CB TYR 8 64 -104.339 -63.760 66.633 1.00164.01 C \ ANISOU87316 CB TYR 8 64 20383 21210 20722 -1505 -628 757 C \ ATOM 87317 CG TYR 8 64 -103.893 -62.538 67.399 1.00163.72 C \ ANISOU87317 CG TYR 8 64 20333 21187 20684 -1492 -620 755 C \ ATOM 87318 CD1 TYR 8 64 -102.585 -62.074 67.309 1.00162.87 C \ ANISOU87318 CD1 TYR 8 64 20239 21066 20579 -1444 -651 783 C \ ATOM 87319 CD2 TYR 8 64 -104.778 -61.849 68.219 1.00164.31 C \ ANISOU87319 CD2 TYR 8 64 20383 21290 20757 -1528 -581 724 C \ ATOM 87320 CE1 TYR 8 64 -102.171 -60.956 68.014 1.00162.61 C \ ANISOU87320 CE1 TYR 8 64 20193 21045 20545 -1432 -644 782 C \ ATOM 87321 CE2 TYR 8 64 -104.373 -60.731 68.928 1.00164.05 C \ ANISOU87321 CE2 TYR 8 64 20338 21270 20723 -1516 -573 722 C \ ATOM 87322 CZ TYR 8 64 -103.068 -60.290 68.824 1.00163.19 C \ ANISOU87322 CZ TYR 8 64 20243 21146 20616 -1468 -605 752 C \ ATOM 87323 OH TYR 8 64 -102.662 -59.176 69.525 1.00162.94 O \ ANISOU87323 OH TYR 8 64 20200 21127 20583 -1456 -598 750 O \ ATOM 87324 OXT TYR 8 64 -106.346 -65.561 67.656 1.00166.55 O \ ANISOU87324 OXT TYR 8 64 20748 21533 21001 -1634 -571 724 O \ ATOM 86017 N LEU 6 9 -128.086 -26.968 50.722 1.00136.00 N \ ANISOU86017 N LEU 6 9 15327 18140 18208 -384 -739 -534 N \ ATOM 86018 CA LEU 6 9 -127.205 -26.838 51.879 1.00135.62 C \ ANISOU86018 CA LEU 6 9 15300 18101 18126 -411 -707 -500 C \ ATOM 86019 C LEU 6 9 -127.360 -28.008 52.859 1.00135.88 C \ ANISOU86019 C LEU 6 9 15324 18160 18144 -474 -667 -495 C \ ATOM 86020 O LEU 6 9 -128.475 -28.428 53.170 1.00136.64 O \ ANISOU86020 O LEU 6 9 15373 18281 18263 -504 -652 -544 O \ ATOM 86021 CB LEU 6 9 -127.453 -25.502 52.586 1.00135.90 C \ ANISOU86021 CB LEU 6 9 15310 18152 18172 -398 -700 -533 C \ ATOM 86022 CG LEU 6 9 -126.619 -25.196 53.833 1.00135.53 C \ ANISOU86022 CG LEU 6 9 15283 18117 18094 -424 -667 -503 C \ ATOM 86023 CD1 LEU 6 9 -126.082 -23.778 53.787 1.00135.26 C \ ANISOU86023 CD1 LEU 6 9 15264 18070 18058 -381 -683 -497 C \ ATOM 86024 CD2 LEU 6 9 -127.428 -25.424 55.100 1.00136.21 C \ ANISOU86024 CD2 LEU 6 9 15324 18243 18187 -476 -627 -544 C \ ATOM 86025 N LEU 6 10 -126.233 -28.530 53.335 1.00225.81 N \ ANISOU86025 N LEU 6 10 26759 29543 29496 -495 -651 -438 N \ ATOM 86026 CA LEU 6 10 -126.226 -29.655 54.268 1.00226.03 C \ ANISOU86026 CA LEU 6 10 26785 29590 29504 -556 -615 -426 C \ ATOM 86027 C LEU 6 10 -126.503 -29.166 55.690 1.00226.48 C \ ANISOU86027 C LEU 6 10 26816 29678 29557 -591 -578 -452 C \ ATOM 86028 O LEU 6 10 -126.120 -28.053 56.049 1.00226.26 O \ ANISOU86028 O LEU 6 10 26792 29650 29526 -569 -579 -451 O \ ATOM 86029 CB LEU 6 10 -124.881 -30.381 54.196 1.00225.22 C \ ANISOU86029 CB LEU 6 10 26743 29466 29363 -562 -615 -355 C \ ATOM 86030 CG LEU 6 10 -124.801 -31.824 54.695 1.00225.35 C \ ANISOU86030 CG LEU 6 10 26770 29491 29360 -617 -591 -334 C \ ATOM 86031 CD1 LEU 6 10 -125.937 -32.667 54.132 1.00225.99 C \ ANISOU86031 CD1 LEU 6 10 26817 29581 29468 -633 -595 -372 C \ ATOM 86032 CD2 LEU 6 10 -123.451 -32.422 54.325 1.00224.48 C \ ANISOU86032 CD2 LEU 6 10 26720 29353 29218 -609 -602 -265 C \ ATOM 86033 N LEU 6 11 -127.156 -29.992 56.503 1.00216.74 N \ ANISOU86033 N LEU 6 11 25556 28471 28323 -648 -545 -475 N \ ATOM 86034 CA LEU 6 11 -127.602 -29.534 57.817 1.00217.33 C \ ANISOU86034 CA LEU 6 11 25599 28577 28398 -684 -508 -509 C \ ATOM 86035 C LEU 6 11 -127.825 -30.661 58.830 1.00217.82 C \ ANISOU86035 C LEU 6 11 25657 28662 28443 -755 -467 -509 C \ ATOM 86036 O LEU 6 11 -127.965 -31.829 58.463 1.00217.92 O \ ANISOU86036 O LEU 6 11 25677 28670 28451 -778 -467 -498 O \ ATOM 86037 CB LEU 6 11 -128.880 -28.703 57.665 1.00218.07 C \ ANISOU86037 CB LEU 6 11 25633 28689 28535 -667 -514 -581 C \ ATOM 86038 CG LEU 6 11 -129.030 -27.453 58.536 1.00218.30 C \ ANISOU86038 CG LEU 6 11 25638 28736 28570 -662 -499 -610 C \ ATOM 86039 CD1 LEU 6 11 -129.493 -27.802 59.941 1.00218.97 C \ ANISOU86039 CD1 LEU 6 11 25697 28854 28646 -727 -450 -636 C \ ATOM 86040 CD2 LEU 6 11 -127.731 -26.657 58.568 1.00217.42 C \ ANISOU86040 CD2 LEU 6 11 25575 28603 28431 -628 -513 -558 C \ ATOM 86041 N GLU 6 12 -127.857 -30.288 60.108 1.00207.00 N \ ANISOU86041 N GLU 6 12 24275 27314 27061 -790 -433 -522 N \ ATOM 86042 CA GLU 6 12 -128.064 -31.228 61.207 1.00207.58 C \ ANISOU86042 CA GLU 6 12 24346 27410 27115 -860 -390 -524 C \ ATOM 86043 C GLU 6 12 -128.733 -30.523 62.389 1.00208.33 C \ ANISOU86043 C GLU 6 12 24400 27536 27218 -891 -355 -573 C \ ATOM 86044 O GLU 6 12 -128.270 -29.474 62.838 1.00208.05 O \ ANISOU86044 O GLU 6 12 24370 27501 27176 -869 -355 -567 O \ ATOM 86045 CB GLU 6 12 -126.732 -31.846 61.644 1.00206.91 C \ ANISOU86045 CB GLU 6 12 24321 27309 26986 -879 -384 -454 C \ ATOM 86046 CG GLU 6 12 -125.663 -30.831 62.040 1.00206.16 C \ ANISOU86046 CG GLU 6 12 24256 27204 26870 -850 -390 -419 C \ ATOM 86047 CD GLU 6 12 -125.066 -30.102 60.847 1.00205.32 C \ ANISOU86047 CD GLU 6 12 24171 27069 26773 -779 -434 -396 C \ ATOM 86048 OE1 GLU 6 12 -124.975 -30.709 59.759 1.00205.06 O \ ANISOU86048 OE1 GLU 6 12 24153 27016 26746 -758 -460 -379 O \ ATOM 86049 OE2 GLU 6 12 -124.689 -28.920 60.995 1.00204.96 O1- \ ANISOU86049 OE2 GLU 6 12 24127 27020 26728 -746 -442 -395 O1- \ ATOM 86050 N CYS 6 13 -129.821 -31.106 62.890 1.00232.30 N \ ANISOU86050 N CYS 6 13 27396 30598 30269 -941 -325 -621 N \ ATOM 86051 CA CYS 6 13 -130.627 -30.484 63.944 1.00233.14 C \ ANISOU86051 CA CYS 6 13 27457 30736 30388 -972 -290 -676 C \ ATOM 86052 C CYS 6 13 -130.007 -30.598 65.337 1.00233.31 C \ ANISOU86052 C CYS 6 13 27505 30769 30372 -1022 -251 -651 C \ ATOM 86053 O CYS 6 13 -129.372 -31.600 65.661 1.00233.34 O \ ANISOU86053 O CYS 6 13 27550 30765 30343 -1058 -238 -606 O \ ATOM 86054 CB CYS 6 13 -132.035 -31.086 63.964 1.00234.17 C \ ANISOU86054 CB CYS 6 13 27534 30891 30548 -1011 -269 -741 C \ ATOM 86055 SG CYS 6 13 -132.981 -30.848 62.445 1.00234.21 S \ ANISOU86055 SG CYS 6 13 27498 30888 30604 -955 -312 -785 S \ ATOM 86056 N THR 6 14 -130.208 -29.570 66.159 1.00192.15 N \ ANISOU86056 N THR 6 14 22269 25575 25164 -1024 -232 -680 N \ ATOM 86057 CA THR 6 14 -129.746 -29.586 67.545 1.00192.42 C \ ANISOU86057 CA THR 6 14 22323 25622 25166 -1073 -194 -664 C \ ATOM 86058 C THR 6 14 -130.925 -29.475 68.511 1.00193.63 C \ ANISOU86058 C THR 6 14 22423 25811 25335 -1125 -149 -731 C \ ATOM 86059 O THR 6 14 -131.821 -28.654 68.318 1.00194.04 O \ ANISOU86059 O THR 6 14 22424 25878 25425 -1102 -153 -789 O \ ATOM 86060 CB THR 6 14 -128.737 -28.450 67.832 1.00191.70 C \ ANISOU86060 CB THR 6 14 22258 25521 25058 -1034 -207 -630 C \ ATOM 86061 OG1 THR 6 14 -128.222 -28.584 69.163 1.00191.93 O \ ANISOU86061 OG1 THR 6 14 22312 25561 25053 -1083 -171 -609 O \ ATOM 86062 CG2 THR 6 14 -129.401 -27.089 67.687 1.00191.91 C \ ANISOU86062 CG2 THR 6 14 22239 25560 25121 -993 -217 -682 C \ ATOM 86063 N GLU 6 15 -130.920 -30.307 69.547 1.00195.14 N \ ANISOU86063 N GLU 6 15 22630 26015 25500 -1195 -107 -725 N \ ATOM 86064 CA GLU 6 15 -132.010 -30.323 70.519 1.00196.35 C \ ANISOU86064 CA GLU 6 15 22738 26202 25665 -1252 -60 -787 C \ ATOM 86065 C GLU 6 15 -131.894 -29.186 71.529 1.00196.51 C \ ANISOU86065 C GLU 6 15 22747 26238 25680 -1254 -40 -803 C \ ATOM 86066 O GLU 6 15 -130.792 -28.806 71.927 1.00195.83 O \ ANISOU86066 O GLU 6 15 22704 26139 25564 -1241 -46 -753 O \ ATOM 86067 CB GLU 6 15 -132.062 -31.667 71.248 1.00197.04 C \ ANISOU86067 CB GLU 6 15 22849 26295 25723 -1330 -21 -774 C \ ATOM 86068 CG GLU 6 15 -133.231 -31.801 72.211 1.00198.41 C \ ANISOU86068 CG GLU 6 15 22976 26501 25907 -1395 31 -840 C \ ATOM 86069 CD GLU 6 15 -133.290 -33.163 72.874 1.00199.13 C \ ANISOU86069 CD GLU 6 15 23096 26596 25969 -1473 69 -827 C \ ATOM 86070 OE1 GLU 6 15 -132.294 -33.911 72.794 1.00198.57 O \ ANISOU86070 OE1 GLU 6 15 23083 26502 25864 -1479 57 -762 O \ ATOM 86071 OE2 GLU 6 15 -134.336 -33.487 73.473 1.00200.30 O1- \ ANISOU86071 OE2 GLU 6 15 23207 26770 26129 -1530 111 -883 O1- \ ATOM 86072 N CYS 6 16 -133.038 -28.650 71.941 1.00153.54 N \ ANISOU86072 N CYS 6 16 17245 20824 20269 -1270 -15 -875 N \ ATOM 86073 CA CYS 6 16 -133.070 -27.576 72.930 1.00153.81 C \ ANISOU86073 CA CYS 6 16 17263 20876 20302 -1276 7 -899 C \ ATOM 86074 C CYS 6 16 -132.774 -28.094 74.336 1.00154.40 C \ ANISOU86074 C CYS 6 16 17366 20963 20337 -1350 57 -883 C \ ATOM 86075 O CYS 6 16 -133.019 -29.264 74.642 1.00155.02 O \ ANISOU86075 O CYS 6 16 17455 21045 20399 -1408 84 -881 O \ ATOM 86076 CB CYS 6 16 -134.418 -26.852 72.901 1.00154.62 C \ ANISOU86076 CB CYS 6 16 17291 21005 20452 -1270 17 -984 C \ ATOM 86077 SG CYS 6 16 -134.697 -25.851 71.423 1.00153.92 S \ ANISOU86077 SG CYS 6 16 17171 20902 20410 -1176 -44 -1005 S \ ATOM 86078 N LYS 6 17 -132.250 -27.212 75.184 1.00196.43 N \ ANISOU86078 N LYS 6 17 22699 26290 25643 -1347 69 -873 N \ ATOM 86079 CA LYS 6 17 -131.840 -27.576 76.538 1.00196.92 C \ ANISOU86079 CA LYS 6 17 22794 26362 25665 -1412 113 -853 C \ ATOM 86080 C LYS 6 17 -130.923 -28.793 76.508 1.00196.55 C \ ANISOU86080 C LYS 6 17 22810 26291 25578 -1438 109 -785 C \ ATOM 86081 O LYS 6 17 -130.973 -29.645 77.395 1.00197.32 O \ ANISOU86081 O LYS 6 17 22929 26396 25648 -1508 148 -780 O \ ATOM 86082 CB LYS 6 17 -133.054 -27.843 77.432 1.00198.35 C \ ANISOU86082 CB LYS 6 17 22932 26576 25858 -1482 167 -920 C \ ATOM 86083 CG LYS 6 17 -133.059 -27.021 78.710 1.00198.89 C \ ANISOU86083 CG LYS 6 17 22992 26664 25915 -1509 203 -941 C \ ATOM 86084 CD LYS 6 17 -131.713 -27.095 79.409 1.00198.32 C \ ANISOU86084 CD LYS 6 17 22986 26573 25792 -1520 204 -870 C \ ATOM 86085 CE LYS 6 17 -131.620 -26.091 80.542 1.00198.60 C \ ANISOU86085 CE LYS 6 17 23015 26626 25819 -1534 231 -886 C \ ATOM 86086 NZ LYS 6 17 -130.260 -26.069 81.147 1.00197.94 N \ ANISOU86086 NZ LYS 6 17 22995 26524 25689 -1536 227 -816 N \ ATOM 86087 N ARG 6 18 -130.084 -28.860 75.478 1.00149.87 N \ ANISOU86087 N ARG 6 18 16929 20351 19662 -1382 61 -734 N \ ATOM 86088 CA ARG 6 18 -129.248 -30.026 75.240 1.00149.46 C \ ANISOU86088 CA ARG 6 18 16934 20276 19579 -1398 50 -673 C \ ATOM 86089 C ARG 6 18 -128.384 -29.793 74.005 1.00148.17 C \ ANISOU86089 C ARG 6 18 16796 20083 19420 -1323 -6 -626 C \ ATOM 86090 O ARG 6 18 -128.110 -28.650 73.632 1.00147.54 O \ ANISOU86090 O ARG 6 18 16705 19998 19354 -1265 -32 -626 O \ ATOM 86091 CB ARG 6 18 -130.129 -31.260 75.041 1.00150.31 C \ ANISOU86091 CB ARG 6 18 17026 20390 19693 -1447 70 -699 C \ ATOM 86092 CG ARG 6 18 -129.467 -32.588 75.361 1.00150.46 C \ ANISOU86092 CG ARG 6 18 17102 20393 19672 -1496 81 -647 C \ ATOM 86093 CD ARG 6 18 -130.503 -33.691 75.328 1.00151.49 C \ ANISOU86093 CD ARG 6 18 17212 20536 19812 -1552 108 -685 C \ ATOM 86094 NE ARG 6 18 -131.624 -33.383 76.212 1.00152.63 N \ ANISOU86094 NE ARG 6 18 17309 20712 19970 -1600 156 -753 N \ ATOM 86095 CZ ARG 6 18 -132.790 -34.020 76.199 1.00153.61 C \ ANISOU86095 CZ ARG 6 18 17396 20854 20114 -1644 183 -806 C \ ATOM 86096 NH1 ARG 6 18 -132.999 -35.006 75.338 1.00153.58 N \ ANISOU86096 NH1 ARG 6 18 17397 20839 20117 -1645 167 -798 N \ ATOM 86097 NH2 ARG 6 18 -133.749 -33.669 77.046 1.00154.63 N \ ANISOU86097 NH2 ARG 6 18 17483 21013 20256 -1688 228 -868 N \ ATOM 86098 N ARG 6 19 -127.963 -30.883 73.370 1.00230.39 N \ ANISOU86098 N ARG 6 19 27243 30475 29820 -1327 -23 -585 N \ ATOM 86099 CA ARG 6 19 -127.128 -30.804 72.176 1.00229.24 C \ ANISOU86099 CA ARG 6 19 27124 30300 29676 -1261 -74 -539 C \ ATOM 86100 C ARG 6 19 -127.145 -32.098 71.361 1.00229.15 C \ ANISOU86100 C ARG 6 19 27132 30273 29663 -1271 -88 -518 C \ ATOM 86101 O ARG 6 19 -126.096 -32.603 70.959 1.00228.44 O \ ANISOU86101 O ARG 6 19 27090 30157 29549 -1254 -112 -458 O \ ATOM 86102 CB ARG 6 19 -125.690 -30.416 72.541 1.00228.42 C \ ANISOU86102 CB ARG 6 19 27074 30178 29539 -1240 -88 -476 C \ ATOM 86103 CG ARG 6 19 -125.166 -31.041 73.828 1.00228.92 C \ ANISOU86103 CG ARG 6 19 27175 30244 29560 -1305 -53 -448 C \ ATOM 86104 CD ARG 6 19 -125.152 -30.029 74.969 1.00229.12 C \ ANISOU86104 CD ARG 6 19 27189 30287 29578 -1318 -26 -467 C \ ATOM 86105 NE ARG 6 19 -124.502 -30.552 76.168 1.00229.52 N \ ANISOU86105 NE ARG 6 19 27283 30338 29587 -1375 2 -434 N \ ATOM 86106 CZ ARG 6 19 -124.287 -29.843 77.272 1.00229.71 C \ ANISOU86106 CZ ARG 6 19 27311 30374 29596 -1394 26 -439 C \ ATOM 86107 NH1 ARG 6 19 -124.671 -28.576 77.334 1.00229.51 N \ ANISOU86107 NH1 ARG 6 19 27246 30363 29594 -1361 26 -475 N \ ATOM 86108 NH2 ARG 6 19 -123.688 -30.400 78.316 1.00230.13 N \ ANISOU86108 NH2 ARG 6 19 27406 30423 29609 -1446 50 -407 N \ ATOM 86109 N ASN 6 20 -128.342 -32.631 71.128 1.00212.20 N \ ANISOU86109 N ASN 6 20 24943 28142 27540 -1298 -73 -568 N \ ATOM 86110 CA ASN 6 20 -128.513 -33.791 70.258 1.00212.16 C \ ANISOU86110 CA ASN 6 20 24948 28123 27539 -1304 -88 -556 C \ ATOM 86111 C ASN 6 20 -128.388 -33.390 68.791 1.00211.27 C \ ANISOU86111 C ASN 6 20 24828 27991 27453 -1228 -138 -548 C \ ATOM 86112 O ASN 6 20 -128.432 -32.206 68.461 1.00210.86 O \ ANISOU86112 O ASN 6 20 24754 27940 27422 -1176 -158 -565 O \ ATOM 86113 CB ASN 6 20 -129.867 -34.461 70.513 1.00213.35 C \ ANISOU86113 CB ASN 6 20 25056 28298 27708 -1359 -53 -616 C \ ATOM 86114 CG ASN 6 20 -130.031 -35.761 69.748 1.00213.37 C \ ANISOU86114 CG ASN 6 20 25072 28288 27711 -1374 -64 -602 C \ ATOM 86115 OD1 ASN 6 20 -130.567 -35.781 68.640 1.00213.19 O \ ANISOU86115 OD1 ASN 6 20 25021 28261 27720 -1337 -91 -623 O \ ATOM 86116 ND2 ASN 6 20 -129.567 -36.857 70.338 1.00213.61 N \ ANISOU86116 ND2 ASN 6 20 25146 28311 27705 -1429 -43 -566 N \ ATOM 86117 N TYR 6 21 -128.233 -34.377 67.913 1.00204.18 N \ ANISOU86117 N TYR 6 21 23950 27075 26554 -1222 -160 -522 N \ ATOM 86118 CA TYR 6 21 -128.109 -34.111 66.484 1.00203.40 C \ ANISOU86118 CA TYR 6 21 23849 26956 26479 -1154 -207 -513 C \ ATOM 86119 C TYR 6 21 -128.891 -35.125 65.653 1.00203.77 C \ ANISOU86119 C TYR 6 21 23878 27001 26544 -1166 -214 -533 C \ ATOM 86120 O TYR 6 21 -129.365 -36.135 66.175 1.00204.55 O \ ANISOU86120 O TYR 6 21 23974 27111 26633 -1227 -183 -545 O \ ATOM 86121 CB TYR 6 21 -126.635 -34.088 66.060 1.00202.25 C \ ANISOU86121 CB TYR 6 21 23762 26779 26305 -1115 -239 -440 C \ ATOM 86122 CG TYR 6 21 -125.888 -32.841 66.488 1.00201.71 C \ ANISOU86122 CG TYR 6 21 23705 26708 26228 -1081 -245 -424 C \ ATOM 86123 CD1 TYR 6 21 -125.188 -32.800 67.688 1.00201.72 C \ ANISOU86123 CD1 TYR 6 21 23736 26715 26196 -1116 -220 -397 C \ ATOM 86124 CD2 TYR 6 21 -125.883 -31.703 65.690 1.00201.20 C \ ANISOU86124 CD2 TYR 6 21 23625 26635 26188 -1015 -277 -435 C \ ATOM 86125 CE1 TYR 6 21 -124.505 -31.661 68.080 1.00201.24 C \ ANISOU86125 CE1 TYR 6 21 23685 26651 26126 -1085 -225 -382 C \ ATOM 86126 CE2 TYR 6 21 -125.204 -30.561 66.074 1.00200.73 C \ ANISOU86126 CE2 TYR 6 21 23576 26573 26120 -985 -282 -420 C \ ATOM 86127 CZ TYR 6 21 -124.517 -30.545 67.269 1.00200.73 C \ ANISOU86127 CZ TYR 6 21 23603 26579 26087 -1020 -256 -394 C \ ATOM 86128 OH TYR 6 21 -123.841 -29.408 67.651 1.00200.27 O \ ANISOU86128 OH TYR 6 21 23555 26517 26019 -990 -261 -380 O \ ATOM 86129 N ALA 6 22 -129.027 -34.848 64.359 1.00172.65 N \ ANISOU86129 N ALA 6 22 19925 23044 22629 -1107 -254 -537 N \ ATOM 86130 CA ALA 6 22 -129.763 -35.729 63.458 1.00172.93 C \ ANISOU86130 CA ALA 6 22 19943 23077 22687 -1111 -266 -557 C \ ATOM 86131 C ALA 6 22 -129.501 -35.394 61.990 1.00172.12 C \ ANISOU86131 C ALA 6 22 19846 22949 22603 -1039 -317 -541 C \ ATOM 86132 O ALA 6 22 -129.045 -34.298 61.664 1.00171.50 O \ ANISOU86132 O ALA 6 22 19772 22859 22530 -985 -341 -532 O \ ATOM 86133 CB ALA 6 22 -131.255 -35.669 63.760 1.00174.03 C \ ANISOU86133 CB ALA 6 22 20018 23247 22859 -1143 -239 -635 C \ ATOM 86134 N THR 6 23 -129.790 -36.352 61.112 1.00205.91 N \ ANISOU86134 N THR 6 23 24128 27217 26891 -1040 -333 -538 N \ ATOM 86135 CA THR 6 23 -129.629 -36.166 59.672 1.00205.25 C \ ANISOU86135 CA THR 6 23 24050 27109 26826 -976 -380 -526 C \ ATOM 86136 C THR 6 23 -130.603 -35.114 59.144 1.00205.56 C \ ANISOU86136 C THR 6 23 24036 27158 26909 -935 -396 -586 C \ ATOM 86137 O THR 6 23 -131.760 -35.071 59.564 1.00206.47 O \ ANISOU86137 O THR 6 23 24100 27300 27049 -965 -373 -647 O \ ATOM 86138 CB THR 6 23 -129.851 -37.489 58.911 1.00205.32 C \ ANISOU86138 CB THR 6 23 24070 27107 26837 -992 -390 -515 C \ ATOM 86139 OG1 THR 6 23 -131.157 -38.000 59.204 1.00206.34 O \ ANISOU86139 OG1 THR 6 23 24150 27262 26989 -1037 -363 -574 O \ ATOM 86140 CG2 THR 6 23 -128.814 -38.522 59.317 1.00204.99 C \ ANISOU86140 CG2 THR 6 23 24084 27051 26753 -1026 -380 -452 C \ ATOM 86141 N GLU 6 24 -130.143 -34.274 58.218 1.00253.13 N \ ANISOU86141 N GLU 6 24 30074 33161 32945 -869 -437 -570 N \ ATOM 86142 CA GLU 6 24 -130.983 -33.197 57.694 1.00253.42 C \ ANISOU86142 CA GLU 6 24 30065 33203 33021 -826 -457 -624 C \ ATOM 86143 C GLU 6 24 -130.447 -32.568 56.406 1.00252.66 C \ ANISOU86143 C GLU 6 24 29991 33074 32933 -753 -506 -599 C \ ATOM 86144 O GLU 6 24 -129.292 -32.776 56.030 1.00251.81 O \ ANISOU86144 O GLU 6 24 29937 32940 32798 -734 -522 -537 O \ ATOM 86145 CB GLU 6 24 -131.183 -32.114 58.758 1.00253.74 C \ ANISOU86145 CB GLU 6 24 30079 33266 33065 -834 -433 -654 C \ ATOM 86146 CG GLU 6 24 -132.639 -31.777 59.042 1.00254.79 C \ ANISOU86146 CG GLU 6 24 30143 33428 33236 -850 -416 -735 C \ ATOM 86147 CD GLU 6 24 -133.344 -31.167 57.847 1.00254.87 C \ ANISOU86147 CD GLU 6 24 30121 33429 33289 -794 -457 -774 C \ ATOM 86148 OE1 GLU 6 24 -133.878 -31.931 57.015 1.00255.02 O \ ANISOU86148 OE1 GLU 6 24 30130 33442 33326 -792 -473 -786 O \ ATOM 86149 OE2 GLU 6 24 -133.364 -29.922 57.741 1.00254.80 O1- \ ANISOU86149 OE2 GLU 6 24 30099 33417 33295 -751 -475 -792 O1- \ ATOM 86150 N LYS 6 25 -131.302 -31.789 55.746 1.00250.48 N \ ANISOU86150 N LYS 6 25 29675 32800 32696 -715 -530 -649 N \ ATOM 86151 CA LYS 6 25 -130.964 -31.126 54.489 1.00249.92 C \ ANISOU86151 CA LYS 6 25 29622 32699 32637 -647 -577 -635 C \ ATOM 86152 C LYS 6 25 -131.804 -29.866 54.273 1.00250.37 C \ ANISOU86152 C LYS 6 25 29633 32763 32732 -610 -594 -694 C \ ATOM 86153 O LYS 6 25 -132.937 -29.941 53.794 1.00251.03 O \ ANISOU86153 O LYS 6 25 29671 32856 32852 -605 -605 -748 O \ ATOM 86154 CB LYS 6 25 -131.177 -32.076 53.306 1.00249.88 C \ ANISOU86154 CB LYS 6 25 29626 32676 32643 -636 -603 -627 C \ ATOM 86155 CG LYS 6 25 -130.083 -33.112 53.103 1.00249.13 C \ ANISOU86155 CG LYS 6 25 29588 32560 32510 -650 -603 -557 C \ ATOM 86156 CD LYS 6 25 -130.397 -33.992 51.900 1.00249.09 C \ ANISOU86156 CD LYS 6 25 29587 32537 32518 -637 -630 -555 C \ ATOM 86157 CE LYS 6 25 -130.694 -33.150 50.665 1.00248.99 C \ ANISOU86157 CE LYS 6 25 29566 32505 32536 -573 -675 -575 C \ ATOM 86158 NZ LYS 6 25 -131.106 -33.979 49.498 1.00249.02 N \ ANISOU86158 NZ LYS 6 25 29570 32493 32555 -561 -701 -578 N \ ATOM 86159 N ASN 6 26 -131.243 -28.711 54.619 1.00193.83 N \ ANISOU86159 N ASN 6 26 22484 25598 25562 -583 -598 -683 N \ ATOM 86160 CA ASN 6 26 -131.913 -27.430 54.404 1.00194.19 C \ ANISOU86160 CA ASN 6 26 22493 25648 25642 -543 -618 -734 C \ ATOM 86161 C ASN 6 26 -131.935 -27.071 52.920 1.00193.92 C \ ANISOU86161 C ASN 6 26 22471 25583 25627 -482 -669 -733 C \ ATOM 86162 O ASN 6 26 -131.723 -27.935 52.071 1.00193.63 O \ ANISOU86162 O ASN 6 26 22458 25527 25585 -477 -686 -706 O \ ATOM 86163 CB ASN 6 26 -131.234 -26.325 55.220 1.00193.86 C \ ANISOU86163 CB ASN 6 26 22466 25610 25583 -533 -606 -720 C \ ATOM 86164 CG ASN 6 26 -132.136 -25.124 55.448 1.00194.51 C \ ANISOU86164 CG ASN 6 26 22496 25708 25699 -512 -611 -784 C \ ATOM 86165 OD1 ASN 6 26 -133.333 -25.170 55.166 1.00195.27 O \ ANISOU86165 OD1 ASN 6 26 22541 25819 25833 -513 -617 -844 O \ ATOM 86166 ND2 ASN 6 26 -131.564 -24.043 55.969 1.00194.23 N \ ANISOU86166 ND2 ASN 6 26 22474 25672 25652 -494 -608 -773 N \ ATOM 86167 N LYS 6 27 -132.186 -25.801 52.607 1.00138.33 N \ ANISOU86167 N LYS 6 27 15414 18536 18608 -436 -694 -762 N \ ATOM 86168 CA LYS 6 27 -132.233 -25.354 51.214 1.00138.16 C \ ANISOU86168 CA LYS 6 27 15404 18484 18606 -378 -744 -764 C \ ATOM 86169 C LYS 6 27 -131.852 -23.885 51.012 1.00137.92 C \ ANISOU86169 C LYS 6 27 15387 18438 18579 -328 -769 -764 C \ ATOM 86170 O LYS 6 27 -132.031 -23.338 49.925 1.00137.98 O \ ANISOU86170 O LYS 6 27 15398 18421 18606 -279 -811 -776 O \ ATOM 86171 CB LYS 6 27 -133.604 -25.642 50.589 1.00139.00 C \ ANISOU86171 CB LYS 6 27 15458 18600 18756 -373 -762 -827 C \ ATOM 86172 CG LYS 6 27 -133.810 -27.098 50.181 1.00139.04 C \ ANISOU86172 CG LYS 6 27 15467 18604 18759 -403 -757 -815 C \ ATOM 86173 CD LYS 6 27 -132.717 -27.562 49.221 1.00138.16 C \ ANISOU86173 CD LYS 6 27 15419 18455 18619 -379 -781 -747 C \ ATOM 86174 CE LYS 6 27 -132.850 -29.042 48.888 1.00138.18 C \ ANISOU86174 CE LYS 6 27 15428 18458 18616 -411 -774 -731 C \ ATOM 86175 NZ LYS 6 27 -131.801 -29.503 47.933 1.00137.34 N \ ANISOU86175 NZ LYS 6 27 15383 18315 18484 -387 -798 -667 N \ ATOM 86176 N ARG 6 28 -131.341 -23.252 52.063 1.00209.88 N \ ANISOU86176 N ARG 6 28 24506 27564 27674 -341 -743 -753 N \ ATOM 86177 CA ARG 6 28 -130.710 -21.933 51.956 1.00209.50 C \ ANISOU86177 CA ARG 6 28 24482 27499 27620 -298 -762 -739 C \ ATOM 86178 C ARG 6 28 -131.597 -20.843 51.342 1.00210.10 C \ ANISOU86178 C ARG 6 28 24522 27571 27736 -252 -798 -796 C \ ATOM 86179 O ARG 6 28 -132.629 -20.479 51.905 1.00210.87 O \ ANISOU86179 O ARG 6 28 24563 27695 27862 -264 -787 -858 O \ ATOM 86180 CB ARG 6 28 -129.397 -22.042 51.173 1.00208.54 C \ ANISOU86180 CB ARG 6 28 24430 27341 27467 -271 -782 -668 C \ ATOM 86181 CG ARG 6 28 -128.411 -20.910 51.427 1.00208.01 C \ ANISOU86181 CG ARG 6 28 24397 27259 27378 -245 -786 -637 C \ ATOM 86182 CD ARG 6 28 -127.850 -20.973 52.838 1.00207.77 C \ ANISOU86182 CD ARG 6 28 24372 27252 27320 -287 -742 -616 C \ ATOM 86183 NE ARG 6 28 -126.774 -20.010 53.047 1.00207.14 N \ ANISOU86183 NE ARG 6 28 24331 27156 27215 -264 -744 -579 N \ ATOM 86184 CZ ARG 6 28 -125.507 -20.216 52.700 1.00206.30 C \ ANISOU86184 CZ ARG 6 28 24283 27024 27077 -254 -749 -515 C \ ATOM 86185 NH1 ARG 6 28 -125.154 -21.352 52.115 1.00206.00 N \ ANISOU86185 NH1 ARG 6 28 24271 26972 27026 -265 -753 -480 N \ ATOM 86186 NH2 ARG 6 28 -124.593 -19.284 52.930 1.00205.82 N \ ANISOU86186 NH2 ARG 6 28 24254 26951 26997 -234 -751 -486 N \ ATOM 86187 N ASN 6 29 -131.177 -20.326 50.188 1.00227.01 N \ ANISOU86187 N ASN 6 29 26697 29677 29879 -201 -840 -777 N \ ATOM 86188 CA ASN 6 29 -131.838 -19.189 49.545 1.00227.56 C \ ANISOU86188 CA ASN 6 29 26744 29737 29982 -152 -879 -824 C \ ATOM 86189 C ASN 6 29 -133.349 -19.338 49.397 1.00228.57 C \ ANISOU86189 C ASN 6 29 26804 29884 30156 -155 -889 -899 C \ ATOM 86190 O ASN 6 29 -134.104 -18.440 49.768 1.00229.20 O \ ANISOU86190 O ASN 6 29 26841 29980 30264 -143 -893 -954 O \ ATOM 86191 CB ASN 6 29 -131.213 -18.900 48.174 1.00227.21 C \ ANISOU86191 CB ASN 6 29 26749 29649 29931 -102 -925 -790 C \ ATOM 86192 CG ASN 6 29 -129.872 -18.195 48.276 1.00226.47 C \ ANISOU86192 CG ASN 6 29 26713 29534 29802 -85 -924 -733 C \ ATOM 86193 OD1 ASN 6 29 -128.863 -18.675 47.758 1.00225.80 O \ ANISOU86193 OD1 ASN 6 29 26682 29425 29689 -81 -927 -675 O \ ATOM 86194 ND2 ASN 6 29 -129.857 -17.045 48.940 1.00226.62 N \ ANISOU86194 ND2 ASN 6 29 26719 29563 29824 -74 -918 -752 N \ ATOM 86195 N THR 6 30 -133.783 -20.469 48.849 1.00235.12 N \ ANISOU86195 N THR 6 30 27626 30713 30994 -170 -892 -902 N \ ATOM 86196 CA THR 6 30 -135.206 -20.738 48.664 1.00236.06 C \ ANISOU86196 CA THR 6 30 27683 30853 31158 -176 -901 -973 C \ ATOM 86197 C THR 6 30 -135.952 -20.547 49.984 1.00236.64 C \ ANISOU86197 C THR 6 30 27699 30967 31246 -215 -861 -1023 C \ ATOM 86198 O THR 6 30 -135.339 -20.605 51.049 1.00236.27 O \ ANISOU86198 O THR 6 30 27666 30936 31169 -250 -821 -995 O \ ATOM 86199 CB THR 6 30 -135.439 -22.162 48.124 1.00236.08 C \ ANISOU86199 CB THR 6 30 27687 30852 31160 -200 -899 -961 C \ ATOM 86200 OG1 THR 6 30 -134.838 -23.117 49.007 1.00235.58 O \ ANISOU86200 OG1 THR 6 30 27642 30805 31062 -254 -852 -920 O \ ATOM 86201 CG2 THR 6 30 -134.825 -22.309 46.740 1.00235.67 C \ ANISOU86201 CG2 THR 6 30 27687 30759 31098 -158 -941 -919 C \ ATOM 86202 N PRO 6 31 -137.277 -20.313 49.917 1.00267.14 N \ ANISOU86202 N PRO 6 31 31498 34849 35155 -210 -871 -1099 N \ ATOM 86203 CA PRO 6 31 -138.092 -20.023 51.104 1.00267.84 C \ ANISOU86203 CA PRO 6 31 31528 34977 35263 -244 -835 -1156 C \ ATOM 86204 C PRO 6 31 -137.774 -20.935 52.289 1.00267.66 C \ ANISOU86204 C PRO 6 31 31507 34981 35210 -311 -777 -1132 C \ ATOM 86205 O PRO 6 31 -138.445 -21.949 52.484 1.00268.14 O \ ANISOU86205 O PRO 6 31 31538 35062 35282 -352 -755 -1155 O \ ATOM 86206 CB PRO 6 31 -139.515 -20.276 50.608 1.00268.86 C \ ANISOU86206 CB PRO 6 31 31594 35119 35442 -239 -854 -1230 C \ ATOM 86207 CG PRO 6 31 -139.461 -19.907 49.169 1.00268.76 C \ ANISOU86207 CG PRO 6 31 31606 35069 35443 -179 -914 -1224 C \ ATOM 86208 CD PRO 6 31 -138.088 -20.310 48.686 1.00267.70 C \ ANISOU86208 CD PRO 6 31 31549 34902 35262 -171 -919 -1137 C \ ATOM 86209 N ASN 6 32 -136.766 -20.554 53.071 1.00176.43 N \ ANISOU86209 N ASN 6 32 19990 23427 23619 -322 -753 -1086 N \ ATOM 86210 CA ASN 6 32 -136.308 -21.332 54.220 1.00176.22 C \ ANISOU86210 CA ASN 6 32 19974 23421 23559 -383 -700 -1056 C \ ATOM 86211 C ASN 6 32 -135.169 -20.634 54.969 1.00175.50 C \ ANISOU86211 C ASN 6 32 19924 23325 23431 -382 -684 -1008 C \ ATOM 86212 O ASN 6 32 -134.016 -21.058 54.891 1.00174.65 O \ ANISOU86212 O ASN 6 32 19875 23200 23285 -385 -681 -939 O \ ATOM 86213 CB ASN 6 32 -135.861 -22.737 53.791 1.00175.80 C \ ANISOU86213 CB ASN 6 32 19956 23357 23482 -408 -695 -1008 C \ ATOM 86214 CG ASN 6 32 -136.943 -23.789 53.990 1.00176.59 C \ ANISOU86214 CG ASN 6 32 20009 23483 23605 -454 -672 -1053 C \ ATOM 86215 OD1 ASN 6 32 -137.346 -24.469 53.046 1.00176.73 O \ ANISOU86215 OD1 ASN 6 32 20023 23489 23638 -444 -695 -1059 O \ ATOM 86216 ND2 ASN 6 32 -137.411 -23.932 55.225 1.00177.16 N \ ANISOU86216 ND2 ASN 6 32 20046 23591 23678 -505 -625 -1084 N \ ATOM 86217 N LYS 6 33 -135.495 -19.558 55.683 1.00148.94 N \ ANISOU86217 N LYS 6 33 16531 19980 20081 -376 -675 -1046 N \ ATOM 86218 CA LYS 6 33 -134.518 -18.865 56.522 1.00148.36 C \ ANISOU86218 CA LYS 6 33 16489 19906 19975 -379 -656 -1007 C \ ATOM 86219 C LYS 6 33 -134.445 -19.477 57.922 1.00148.52 C \ ANISOU86219 C LYS 6 33 16501 19958 19973 -445 -599 -1003 C \ ATOM 86220 O LYS 6 33 -133.358 -19.697 58.457 1.00147.83 O \ ANISOU86220 O LYS 6 33 16460 19864 19844 -464 -580 -944 O \ ATOM 86221 CB LYS 6 33 -134.839 -17.371 56.608 1.00148.63 C \ ANISOU86221 CB LYS 6 33 16499 19942 20033 -339 -676 -1048 C \ ATOM 86222 CG LYS 6 33 -134.593 -16.618 55.314 1.00148.37 C \ ANISOU86222 CG LYS 6 33 16491 19871 20011 -272 -732 -1038 C \ ATOM 86223 CD LYS 6 33 -133.136 -16.717 54.901 1.00147.30 C \ ANISOU86223 CD LYS 6 33 16430 19704 19833 -256 -742 -955 C \ ATOM 86224 CE LYS 6 33 -132.895 -16.046 53.562 1.00147.11 C \ ANISOU86224 CE LYS 6 33 16434 19642 19818 -193 -796 -945 C \ ATOM 86225 NZ LYS 6 33 -133.694 -16.683 52.482 1.00147.61 N \ ANISOU86225 NZ LYS 6 33 16479 19696 19910 -178 -826 -972 N \ ATOM 86226 N LEU 6 34 -135.608 -19.746 58.509 1.00245.89 N \ ANISOU86226 N LEU 6 34 28773 32323 32333 -482 -573 -1066 N \ ATOM 86227 CA LEU 6 34 -135.680 -20.414 59.806 1.00246.22 C \ ANISOU86227 CA LEU 6 34 28802 32394 32355 -550 -518 -1068 C \ ATOM 86228 C LEU 6 34 -136.081 -21.882 59.654 1.00246.50 C \ ANISOU86228 C LEU 6 34 28832 32438 32389 -593 -501 -1068 C \ ATOM 86229 O LEU 6 34 -136.718 -22.264 58.672 1.00246.78 O \ ANISOU86229 O LEU 6 34 28848 32464 32451 -574 -528 -1092 O \ ATOM 86230 CB LEU 6 34 -136.630 -19.677 60.762 1.00247.11 C \ ANISOU86230 CB LEU 6 34 28854 32541 32495 -569 -491 -1139 C \ ATOM 86231 CG LEU 6 34 -138.112 -19.457 60.420 1.00248.16 C \ ANISOU86231 CG LEU 6 34 28916 32692 32682 -560 -503 -1225 C \ ATOM 86232 CD1 LEU 6 34 -138.285 -18.620 59.157 1.00248.04 C \ ANISOU86232 CD1 LEU 6 34 28898 32650 32696 -488 -562 -1239 C \ ATOM 86233 CD2 LEU 6 34 -138.878 -20.771 60.310 1.00248.74 C \ ANISOU86233 CD2 LEU 6 34 28963 32780 32767 -605 -484 -1248 C \ ATOM 86234 N GLU 6 35 -135.711 -22.697 60.636 1.00209.35 N \ ANISOU86234 N GLU 6 35 24144 27749 27653 -653 -456 -1041 N \ ATOM 86235 CA GLU 6 35 -135.984 -24.128 60.591 1.00209.63 C \ ANISOU86235 CA GLU 6 35 24179 27789 27680 -699 -437 -1035 C \ ATOM 86236 C GLU 6 35 -135.970 -24.703 62.004 1.00210.03 C \ ANISOU86236 C GLU 6 35 24228 27869 27707 -772 -379 -1034 C \ ATOM 86237 O GLU 6 35 -134.996 -24.532 62.738 1.00209.53 O \ ANISOU86237 O GLU 6 35 24204 27802 27606 -785 -362 -987 O \ ATOM 86238 CB GLU 6 35 -134.938 -24.836 59.725 1.00208.68 C \ ANISOU86238 CB GLU 6 35 24122 27635 27531 -680 -462 -961 C \ ATOM 86239 CG GLU 6 35 -135.105 -26.346 59.630 1.00208.87 C \ ANISOU86239 CG GLU 6 35 24153 27662 27544 -726 -445 -948 C \ ATOM 86240 CD GLU 6 35 -136.206 -26.761 58.674 1.00209.47 C \ ANISOU86240 CD GLU 6 35 24189 27740 27661 -713 -467 -996 C \ ATOM 86241 OE1 GLU 6 35 -136.702 -25.897 57.920 1.00209.55 O \ ANISOU86241 OE1 GLU 6 35 24173 27742 27706 -662 -503 -1032 O \ ATOM 86242 OE2 GLU 6 35 -136.575 -27.954 58.675 1.00209.87 O1- \ ANISOU86242 OE2 GLU 6 35 24234 27798 27709 -755 -449 -999 O1- \ ATOM 86243 N LEU 6 36 -137.047 -25.386 62.380 1.00276.04 N \ ANISOU86243 N LEU 6 36 32541 36256 36087 -820 -349 -1087 N \ ATOM 86244 CA LEU 6 36 -137.174 -25.922 63.733 1.00276.61 C \ ANISOU86244 CA LEU 6 36 32606 36355 36137 -893 -292 -1095 C \ ATOM 86245 C LEU 6 36 -138.253 -26.997 63.848 1.00277.60 C \ ANISOU86245 C LEU 6 36 32693 36502 36281 -946 -264 -1141 C \ ATOM 86246 O LEU 6 36 -139.024 -27.012 64.808 1.00278.54 O \ ANISOU86246 O LEU 6 36 32771 36653 36410 -996 -222 -1192 O \ ATOM 86247 CB LEU 6 36 -137.443 -24.798 64.740 1.00277.01 C \ ANISOU86247 CB LEU 6 36 32627 36429 36197 -899 -269 -1134 C \ ATOM 86248 CG LEU 6 36 -138.685 -23.927 64.524 1.00277.76 C \ ANISOU86248 CG LEU 6 36 32650 36541 36344 -874 -280 -1217 C \ ATOM 86249 CD1 LEU 6 36 -139.111 -23.262 65.825 1.00278.46 C \ ANISOU86249 CD1 LEU 6 36 32704 36662 36437 -909 -237 -1261 C \ ATOM 86250 CD2 LEU 6 36 -138.450 -22.887 63.435 1.00277.15 C \ ANISOU86250 CD2 LEU 6 36 32579 36437 36287 -793 -337 -1212 C \ ATOM 86251 N ARG 6 37 -138.300 -27.895 62.869 1.00167.73 N \ ANISOU86251 N ARG 6 37 18789 22569 22369 -938 -287 -1124 N \ ATOM 86252 CA ARG 6 37 -139.256 -29.002 62.884 1.00168.60 C \ ANISOU86252 CA ARG 6 37 18867 22697 22495 -988 -263 -1162 C \ ATOM 86253 C ARG 6 37 -139.051 -29.922 64.094 1.00169.00 C \ ANISOU86253 C ARG 6 37 18938 22766 22510 -1067 -208 -1144 C \ ATOM 86254 O ARG 6 37 -138.037 -29.833 64.790 1.00168.51 O \ ANISOU86254 O ARG 6 37 18922 22696 22407 -1080 -193 -1092 O \ ATOM 86255 CB ARG 6 37 -139.182 -29.798 61.575 1.00168.18 C \ ANISOU86255 CB ARG 6 37 18834 22620 22449 -960 -302 -1138 C \ ATOM 86256 CG ARG 6 37 -140.153 -29.325 60.493 1.00168.51 C \ ANISOU86256 CG ARG 6 37 18826 22658 22542 -911 -341 -1194 C \ ATOM 86257 CD ARG 6 37 -139.943 -27.860 60.128 1.00168.11 C \ ANISOU86257 CD ARG 6 37 18770 22596 22508 -844 -377 -1201 C \ ATOM 86258 NE ARG 6 37 -140.978 -27.366 59.220 1.00168.61 N \ ANISOU86258 NE ARG 6 37 18782 22660 22624 -801 -413 -1264 N \ ATOM 86259 CZ ARG 6 37 -141.046 -26.116 58.772 1.00168.49 C \ ANISOU86259 CZ ARG 6 37 18753 22634 22631 -741 -449 -1284 C \ ATOM 86260 NH1 ARG 6 37 -140.138 -25.224 59.143 1.00167.85 N \ ANISOU86260 NH1 ARG 6 37 18706 22543 22526 -717 -453 -1246 N \ ATOM 86261 NH2 ARG 6 37 -142.024 -25.758 57.951 1.00169.03 N \ ANISOU86261 NH2 ARG 6 37 18775 22702 22747 -705 -482 -1342 N \ ATOM 86262 N LYS 6 38 -140.022 -30.798 64.342 1.00202.04 N \ ANISOU86262 N LYS 6 38 23087 26971 26708 -1121 -176 -1189 N \ ATOM 86263 CA LYS 6 38 -139.978 -31.691 65.499 1.00202.61 C \ ANISOU86263 CA LYS 6 38 23174 27060 26749 -1202 -121 -1181 C \ ATOM 86264 C LYS 6 38 -139.212 -32.985 65.205 1.00202.14 C \ ANISOU86264 C LYS 6 38 23173 26979 26652 -1225 -124 -1115 C \ ATOM 86265 O LYS 6 38 -139.062 -33.382 64.047 1.00201.59 O \ ANISOU86265 O LYS 6 38 23117 26887 26591 -1188 -163 -1093 O \ ATOM 86266 CB LYS 6 38 -141.397 -32.003 65.992 1.00203.98 C \ ANISOU86266 CB LYS 6 38 23283 27268 26954 -1255 -81 -1263 C \ ATOM 86267 CG LYS 6 38 -141.458 -32.582 67.402 1.00204.77 C \ ANISOU86267 CG LYS 6 38 23391 27390 27023 -1340 -17 -1268 C \ ATOM 86268 CD LYS 6 38 -142.886 -32.912 67.825 1.00206.17 C \ ANISOU86268 CD LYS 6 38 23503 27600 27233 -1394 23 -1352 C \ ATOM 86269 CE LYS 6 38 -143.745 -31.664 67.941 1.00206.73 C \ ANISOU86269 CE LYS 6 38 23507 27692 27348 -1365 20 -1425 C \ ATOM 86270 NZ LYS 6 38 -145.121 -31.988 68.413 1.00208.15 N \ ANISOU86270 NZ LYS 6 38 23622 27906 27561 -1420 63 -1509 N \ ATOM 86271 N TYR 6 39 -138.738 -33.638 66.264 1.00204.97 N \ ANISOU86271 N TYR 6 39 23566 27343 26969 -1288 -82 -1084 N \ ATOM 86272 CA TYR 6 39 -137.922 -34.843 66.141 1.00204.55 C \ ANISOU86272 CA TYR 6 39 23572 27269 26877 -1313 -82 -1019 C \ ATOM 86273 C TYR 6 39 -137.702 -35.461 67.526 1.00205.22 C \ ANISOU86273 C TYR 6 39 23682 27368 26923 -1393 -27 -1005 C \ ATOM 86274 O TYR 6 39 -137.394 -34.754 68.487 1.00205.45 O \ ANISOU86274 O TYR 6 39 23717 27409 26937 -1405 -5 -1005 O \ ATOM 86275 CB TYR 6 39 -136.580 -34.491 65.491 1.00203.23 C \ ANISOU86275 CB TYR 6 39 23461 27069 26687 -1253 -127 -945 C \ ATOM 86276 CG TYR 6 39 -135.795 -35.660 64.929 1.00202.58 C \ ANISOU86276 CG TYR 6 39 23434 26962 26577 -1258 -143 -881 C \ ATOM 86277 CD1 TYR 6 39 -136.023 -36.119 63.637 1.00202.23 C \ ANISOU86277 CD1 TYR 6 39 23386 26901 26554 -1223 -181 -879 C \ ATOM 86278 CD2 TYR 6 39 -134.805 -36.283 65.680 1.00202.32 C \ ANISOU86278 CD2 TYR 6 39 23458 26919 26495 -1297 -124 -822 C \ ATOM 86279 CE1 TYR 6 39 -135.298 -37.177 63.116 1.00201.65 C \ ANISOU86279 CE1 TYR 6 39 23362 26803 26454 -1227 -196 -821 C \ ATOM 86280 CE2 TYR 6 39 -134.077 -37.340 65.168 1.00201.74 C \ ANISOU86280 CE2 TYR 6 39 23434 26821 26397 -1300 -140 -765 C \ ATOM 86281 CZ TYR 6 39 -134.327 -37.782 63.887 1.00201.40 C \ ANISOU86281 CZ TYR 6 39 23384 26762 26375 -1266 -176 -765 C \ ATOM 86282 OH TYR 6 39 -133.602 -38.833 63.376 1.00200.84 O \ ANISOU86282 OH TYR 6 39 23362 26667 26279 -1269 -192 -709 O \ ATOM 86283 N CYS 6 40 -137.870 -36.778 67.624 1.00156.59 N \ ANISOU86283 N CYS 6 40 17541 21209 20747 -1448 -5 -996 N \ ATOM 86284 CA CYS 6 40 -137.743 -37.480 68.902 1.00157.34 C \ ANISOU86284 CA CYS 6 40 17663 21316 20805 -1529 47 -986 C \ ATOM 86285 C CYS 6 40 -136.292 -37.792 69.272 1.00156.58 C \ ANISOU86285 C CYS 6 40 17642 21194 20657 -1532 41 -902 C \ ATOM 86286 O CYS 6 40 -135.593 -38.491 68.537 1.00155.93 O \ ANISOU86286 O CYS 6 40 17601 21086 20560 -1512 11 -849 O \ ATOM 86287 CB CYS 6 40 -138.568 -38.772 68.890 1.00158.27 C \ ANISOU86287 CB CYS 6 40 17768 21442 20926 -1590 75 -1013 C \ ATOM 86288 SG CYS 6 40 -138.391 -39.801 70.375 1.00159.27 S \ ANISOU86288 SG CYS 6 40 17936 21577 21002 -1694 139 -996 S \ ATOM 86289 N PRO 6 41 -135.837 -37.268 70.421 1.00229.84 N \ ANISOU86289 N PRO 6 41 26938 30482 29910 -1556 68 -891 N \ ATOM 86290 CA PRO 6 41 -134.505 -37.554 70.964 1.00229.26 C \ ANISOU86290 CA PRO 6 41 26934 30388 29787 -1567 68 -817 C \ ATOM 86291 C PRO 6 41 -134.475 -38.878 71.726 1.00230.07 C \ ANISOU86291 C PRO 6 41 27072 30489 29853 -1649 107 -800 C \ ATOM 86292 O PRO 6 41 -135.530 -39.451 72.004 1.00231.19 O \ ANISOU86292 O PRO 6 41 27184 30651 30008 -1703 142 -850 O \ ATOM 86293 CB PRO 6 41 -134.277 -36.391 71.929 1.00229.30 C \ ANISOU86293 CB PRO 6 41 26931 30406 29785 -1564 86 -827 C \ ATOM 86294 CG PRO 6 41 -135.644 -36.048 72.405 1.00230.41 C \ ANISOU86294 CG PRO 6 41 27007 30581 29958 -1598 123 -910 C \ ATOM 86295 CD PRO 6 41 -136.560 -36.272 71.231 1.00230.48 C \ ANISOU86295 CD PRO 6 41 26970 30592 30011 -1569 99 -951 C \ ATOM 86296 N TRP 6 42 -133.279 -39.358 72.053 1.00328.81 N \ ANISOU86296 N TRP 6 42 39645 42972 42315 -1660 101 -730 N \ ATOM 86297 CA TRP 6 42 -133.137 -40.590 72.822 1.00329.56 C \ ANISOU86297 CA TRP 6 42 39783 43063 42373 -1737 135 -708 C \ ATOM 86298 C TRP 6 42 -133.404 -40.320 74.298 1.00330.55 C \ ANISOU86298 C TRP 6 42 39906 43209 42478 -1800 189 -734 C \ ATOM 86299 O TRP 6 42 -134.211 -41.004 74.928 1.00331.82 O \ ANISOU86299 O TRP 6 42 40057 43386 42634 -1871 234 -770 O \ ATOM 86300 CB TRP 6 42 -131.744 -41.192 72.625 1.00328.62 C \ ANISOU86300 CB TRP 6 42 39735 42910 42214 -1723 107 -625 C \ ATOM 86301 CG TRP 6 42 -131.672 -42.682 72.840 1.00329.22 C \ ANISOU86301 CG TRP 6 42 39853 42974 42262 -1785 124 -601 C \ ATOM 86302 CD1 TRP 6 42 -130.587 -43.394 73.263 1.00328.97 C \ ANISOU86302 CD1 TRP 6 42 39890 42918 42185 -1809 121 -537 C \ ATOM 86303 CD2 TRP 6 42 -132.724 -43.639 72.637 1.00330.21 C \ ANISOU86303 CD2 TRP 6 42 39955 43109 42399 -1832 147 -640 C \ ATOM 86304 NE1 TRP 6 42 -130.895 -44.731 73.333 1.00329.73 N \ ANISOU86304 NE1 TRP 6 42 40009 43008 42265 -1867 140 -533 N \ ATOM 86305 CE2 TRP 6 42 -132.201 -44.908 72.957 1.00330.50 C \ ANISOU86305 CE2 TRP 6 42 40051 43126 42397 -1883 157 -596 C \ ATOM 86306 CE3 TRP 6 42 -134.056 -43.545 72.219 1.00330.88 C \ ANISOU86306 CE3 TRP 6 42 39976 43218 42527 -1836 159 -710 C \ ATOM 86307 CZ2 TRP 6 42 -132.962 -46.072 72.871 1.00331.44 C \ ANISOU86307 CZ2 TRP 6 42 40168 43249 42517 -1938 180 -618 C \ ATOM 86308 CZ3 TRP 6 42 -134.809 -44.704 72.134 1.00331.81 C \ ANISOU86308 CZ3 TRP 6 42 40088 43338 42645 -1891 182 -733 C \ ATOM 86309 CH2 TRP 6 42 -134.260 -45.949 72.458 1.00332.07 C \ ANISOU86309 CH2 TRP 6 42 40183 43352 42637 -1942 193 -686 C \ ATOM 86310 N CYS 6 43 -132.716 -39.323 74.845 1.00308.78 N \ ANISOU86310 N CYS 6 43 37161 40453 39709 -1775 185 -715 N \ ATOM 86311 CA CYS 6 43 -133.000 -38.851 76.195 1.00309.65 C \ ANISOU86311 CA CYS 6 43 37263 40584 39805 -1825 233 -744 C \ ATOM 86312 C CYS 6 43 -134.233 -37.956 76.135 1.00310.24 C \ ANISOU86312 C CYS 6 43 37260 40690 39925 -1813 248 -824 C \ ATOM 86313 O CYS 6 43 -134.446 -37.259 75.142 1.00309.56 O \ ANISOU86313 O CYS 6 43 37137 40603 39877 -1746 210 -841 O \ ATOM 86314 CB CYS 6 43 -131.803 -38.087 76.763 1.00308.78 C \ ANISOU86314 CB CYS 6 43 37194 40463 39667 -1799 221 -695 C \ ATOM 86315 SG CYS 6 43 -131.939 -37.681 78.519 1.00309.83 S \ ANISOU86315 SG CYS 6 43 37333 40616 39772 -1869 280 -717 S \ ATOM 86316 N ARG 6 44 -135.044 -37.975 77.189 1.00216.16 N \ ANISOU86316 N ARG 6 44 25322 28800 28008 -1880 303 -874 N \ ATOM 86317 CA ARG 6 44 -136.330 -37.283 77.166 1.00216.91 C \ ANISOU86317 CA ARG 6 44 25341 28927 28149 -1878 322 -957 C \ ATOM 86318 C ARG 6 44 -137.165 -37.781 75.987 1.00216.98 C \ ANISOU86318 C ARG 6 44 25310 28937 28197 -1858 301 -990 C \ ATOM 86319 O ARG 6 44 -136.863 -38.825 75.407 1.00216.78 O \ ANISOU86319 O ARG 6 44 25318 28892 28158 -1864 285 -953 O \ ATOM 86320 CB ARG 6 44 -136.138 -35.766 77.089 1.00216.22 C \ ANISOU86320 CB ARG 6 44 25224 28846 28083 -1813 299 -969 C \ ATOM 86321 CG ARG 6 44 -136.299 -35.044 78.420 1.00216.96 C \ ANISOU86321 CG ARG 6 44 25308 28961 28165 -1852 343 -997 C \ ATOM 86322 CD ARG 6 44 -135.229 -35.449 79.423 1.00216.78 C \ ANISOU86322 CD ARG 6 44 25357 28924 28086 -1894 362 -936 C \ ATOM 86323 NE ARG 6 44 -135.456 -34.845 80.734 1.00217.65 N \ ANISOU86323 NE ARG 6 44 25459 29056 28183 -1938 408 -965 N \ ATOM 86324 CZ ARG 6 44 -134.963 -33.671 81.113 1.00217.10 C \ ANISOU86324 CZ ARG 6 44 25387 28989 28113 -1902 399 -958 C \ ATOM 86325 NH1 ARG 6 44 -134.208 -32.965 80.282 1.00215.70 N \ ANISOU86325 NH1 ARG 6 44 25216 28795 27947 -1821 345 -922 N \ ATOM 86326 NH2 ARG 6 44 -135.225 -33.201 82.325 1.00217.99 N \ ANISOU86326 NH2 ARG 6 44 25492 29122 28214 -1948 444 -987 N \ ATOM 86327 N LYS 6 45 -138.208 -37.036 75.631 1.00251.34 N \ ANISOU86327 N LYS 6 45 29590 33311 32596 -1833 300 -1059 N \ ATOM 86328 CA LYS 6 45 -139.065 -37.417 74.508 1.00251.43 C \ ANISOU86328 CA LYS 6 45 29559 33325 32649 -1810 279 -1096 C \ ATOM 86329 C LYS 6 45 -139.765 -36.225 73.853 1.00251.26 C \ ANISOU86329 C LYS 6 45 29469 33317 32680 -1747 253 -1152 C \ ATOM 86330 O LYS 6 45 -140.507 -35.492 74.506 1.00252.05 O \ ANISOU86330 O LYS 6 45 29522 33445 32802 -1763 283 -1212 O \ ATOM 86331 CB LYS 6 45 -140.100 -38.461 74.944 1.00252.85 C \ ANISOU86331 CB LYS 6 45 29719 33523 32831 -1892 328 -1143 C \ ATOM 86332 CG LYS 6 45 -139.562 -39.882 75.014 1.00252.89 C \ ANISOU86332 CG LYS 6 45 29786 33507 32794 -1940 337 -1090 C \ ATOM 86333 CD LYS 6 45 -139.017 -40.324 73.664 1.00251.71 C \ ANISOU86333 CD LYS 6 45 29659 33330 32651 -1881 280 -1043 C \ ATOM 86334 CE LYS 6 45 -138.414 -41.716 73.728 1.00251.73 C \ ANISOU86334 CE LYS 6 45 29725 33309 32611 -1926 285 -987 C \ ATOM 86335 NZ LYS 6 45 -137.866 -42.137 72.410 1.00250.60 N \ ANISOU86335 NZ LYS 6 45 29603 33139 32475 -1868 230 -942 N \ ATOM 86336 N HIS 6 46 -139.523 -36.053 72.555 1.00269.23 N \ ANISOU86336 N HIS 6 46 31742 35574 34979 -1675 197 -1133 N \ ATOM 86337 CA HIS 6 46 -140.147 -34.994 71.759 1.00269.01 C \ ANISOU86337 CA HIS 6 46 31656 35554 35002 -1608 164 -1181 C \ ATOM 86338 C HIS 6 46 -139.784 -33.577 72.207 1.00268.61 C \ ANISOU86338 C HIS 6 46 31596 35508 34954 -1569 157 -1184 C \ ATOM 86339 O HIS 6 46 -140.063 -33.177 73.337 1.00269.34 O \ ANISOU86339 O HIS 6 46 31673 35623 35040 -1611 199 -1214 O \ ATOM 86340 CB HIS 6 46 -141.669 -35.171 71.713 1.00270.28 C \ ANISOU86340 CB HIS 6 46 31744 35742 35206 -1640 190 -1269 C \ ATOM 86341 CG HIS 6 46 -142.131 -36.151 70.679 1.00270.28 C \ ANISOU86341 CG HIS 6 46 31736 35734 35224 -1637 170 -1274 C \ ATOM 86342 ND1 HIS 6 46 -142.824 -35.770 69.550 1.00270.15 N \ ANISOU86342 ND1 HIS 6 46 31671 35717 35257 -1581 131 -1315 N \ ATOM 86343 CD2 HIS 6 46 -141.989 -37.495 70.596 1.00270.42 C \ ANISOU86343 CD2 HIS 6 46 31790 35741 35217 -1682 182 -1244 C \ ATOM 86344 CE1 HIS 6 46 -143.094 -36.837 68.820 1.00270.21 C \ ANISOU86344 CE1 HIS 6 46 31682 35715 35269 -1592 121 -1309 C \ ATOM 86345 NE2 HIS 6 46 -142.600 -37.897 69.433 1.00270.36 N \ ANISOU86345 NE2 HIS 6 46 31752 35727 35243 -1653 152 -1267 N \ ATOM 86346 N THR 6 47 -139.170 -32.825 71.297 1.00262.79 N \ ANISOU86346 N THR 6 47 30869 34751 34229 -1489 102 -1154 N \ ATOM 86347 CA THR 6 47 -138.790 -31.435 71.539 1.00262.31 C \ ANISOU86347 CA THR 6 47 30800 34691 34173 -1442 88 -1155 C \ ATOM 86348 C THR 6 47 -138.407 -30.753 70.227 1.00261.22 C \ ANISOU86348 C THR 6 47 30664 34530 34058 -1353 24 -1134 C \ ATOM 86349 O THR 6 47 -138.095 -31.419 69.241 1.00260.65 O \ ANISOU86349 O THR 6 47 30617 34435 33984 -1328 -8 -1100 O \ ATOM 86350 CB THR 6 47 -137.609 -31.320 72.529 1.00261.83 C \ ANISOU86350 CB THR 6 47 30800 34623 34063 -1464 105 -1094 C \ ATOM 86351 OG1 THR 6 47 -136.813 -32.510 72.469 1.00261.42 O \ ANISOU86351 OG1 THR 6 47 30808 34549 33970 -1491 105 -1030 O \ ATOM 86352 CG2 THR 6 47 -138.111 -31.120 73.953 1.00262.95 C \ ANISOU86352 CG2 THR 6 47 30920 34793 34195 -1529 164 -1136 C \ ATOM 86353 N VAL 6 48 -138.439 -29.424 70.220 1.00155.77 N \ ANISOU86353 N VAL 6 48 17284 21178 20723 -1305 7 -1157 N \ ATOM 86354 CA VAL 6 48 -138.066 -28.651 69.040 1.00154.81 C \ ANISOU86354 CA VAL 6 48 17166 21034 20622 -1220 -52 -1139 C \ ATOM 86355 C VAL 6 48 -136.567 -28.790 68.769 1.00153.56 C \ ANISOU86355 C VAL 6 48 17082 20844 20422 -1192 -79 -1049 C \ ATOM 86356 O VAL 6 48 -135.791 -29.066 69.684 1.00153.44 O \ ANISOU86356 O VAL 6 48 17108 20827 20365 -1230 -52 -1007 O \ ATOM 86357 CB VAL 6 48 -138.424 -27.160 69.216 1.00154.91 C \ ANISOU86357 CB VAL 6 48 17138 21058 20663 -1180 -61 -1184 C \ ATOM 86358 CG1 VAL 6 48 -138.206 -26.398 67.919 1.00154.13 C \ ANISOU86358 CG1 VAL 6 48 17038 20934 20588 -1094 -123 -1174 C \ ATOM 86359 CG2 VAL 6 48 -139.863 -27.014 69.683 1.00156.25 C \ ANISOU86359 CG2 VAL 6 48 17234 21263 20872 -1215 -28 -1274 C \ ATOM 86360 N HIS 6 49 -136.162 -28.603 67.515 1.00171.27 N \ ANISOU86360 N HIS 6 49 19341 23059 22675 -1127 -131 -1021 N \ ATOM 86361 CA HIS 6 49 -134.750 -28.690 67.146 1.00170.08 C \ ANISOU86361 CA HIS 6 49 19258 22877 22489 -1095 -159 -939 C \ ATOM 86362 C HIS 6 49 -134.330 -27.568 66.200 1.00169.23 C \ ANISOU86362 C HIS 6 49 19154 22747 22397 -1013 -210 -927 C \ ATOM 86363 O HIS 6 49 -134.838 -27.461 65.084 1.00169.16 O \ ANISOU86363 O HIS 6 49 19123 22729 22421 -971 -245 -950 O \ ATOM 86364 CB HIS 6 49 -134.438 -30.048 66.514 1.00169.85 C \ ANISOU86364 CB HIS 6 49 19263 22830 22443 -1111 -168 -899 C \ ATOM 86365 CG HIS 6 49 -134.400 -31.177 67.496 1.00170.43 C \ ANISOU86365 CG HIS 6 49 19356 22915 22485 -1190 -122 -886 C \ ATOM 86366 ND1 HIS 6 49 -135.531 -31.664 68.116 1.00171.63 N \ ANISOU86366 ND1 HIS 6 49 19465 23096 22652 -1250 -80 -944 N \ ATOM 86367 CD2 HIS 6 49 -133.367 -31.917 67.964 1.00170.03 C \ ANISOU86367 CD2 HIS 6 49 19364 22850 22388 -1220 -111 -822 C \ ATOM 86368 CE1 HIS 6 49 -135.196 -32.654 68.924 1.00171.95 C \ ANISOU86368 CE1 HIS 6 49 19540 23139 22656 -1314 -45 -916 C \ ATOM 86369 NE2 HIS 6 49 -133.888 -32.828 68.851 1.00171.00 N \ ANISOU86369 NE2 HIS 6 49 19481 22993 22498 -1297 -64 -842 N \ ATOM 86370 N ARG 6 50 -133.390 -26.743 66.651 1.00183.99 N \ ANISOU86370 N ARG 6 50 21055 24609 24243 -992 -213 -891 N \ ATOM 86371 CA ARG 6 50 -132.912 -25.607 65.868 1.00183.19 C \ ANISOU86371 CA ARG 6 50 20963 24487 24154 -918 -258 -877 C \ ATOM 86372 C ARG 6 50 -132.101 -26.040 64.648 1.00182.26 C \ ANISOU86372 C ARG 6 50 20892 24334 24026 -875 -300 -820 C \ ATOM 86373 O ARG 6 50 -131.701 -27.198 64.537 1.00182.10 O \ ANISOU86373 O ARG 6 50 20904 24304 23983 -903 -295 -782 O \ ATOM 86374 CB ARG 6 50 -132.086 -24.663 66.747 1.00182.79 C \ ANISOU86374 CB ARG 6 50 20935 24437 24079 -912 -247 -852 C \ ATOM 86375 CG ARG 6 50 -132.902 -23.966 67.820 1.00183.62 C \ ANISOU86375 CG ARG 6 50 20992 24575 24200 -941 -211 -912 C \ ATOM 86376 CD ARG 6 50 -134.036 -23.178 67.192 1.00184.06 C \ ANISOU86376 CD ARG 6 50 20987 24640 24306 -904 -232 -982 C \ ATOM 86377 NE ARG 6 50 -135.006 -22.713 68.178 1.00185.10 N \ ANISOU86377 NE ARG 6 50 21065 24806 24459 -939 -195 -1049 N \ ATOM 86378 CZ ARG 6 50 -136.125 -22.063 67.872 1.00185.71 C \ ANISOU86378 CZ ARG 6 50 21081 24898 24582 -918 -204 -1120 C \ ATOM 86379 NH1 ARG 6 50 -136.415 -21.797 66.605 1.00185.41 N \ ANISOU86379 NH1 ARG 6 50 21031 24842 24575 -862 -251 -1132 N \ ATOM 86380 NH2 ARG 6 50 -136.954 -21.677 68.832 1.00186.68 N \ ANISOU86380 NH2 ARG 6 50 21156 25053 24722 -954 -167 -1180 N \ ATOM 86381 N GLU 6 51 -131.868 -25.102 63.733 1.00277.61 N \ ANISOU86381 N GLU 6 51 32971 36389 36118 -808 -343 -816 N \ ATOM 86382 CA GLU 6 51 -131.088 -25.380 62.531 1.00276.74 C \ ANISOU86382 CA GLU 6 51 32905 36244 35998 -763 -385 -765 C \ ATOM 86383 C GLU 6 51 -129.637 -25.697 62.889 1.00275.87 C \ ANISOU86383 C GLU 6 51 32860 36116 35842 -771 -380 -688 C \ ATOM 86384 O GLU 6 51 -129.257 -26.864 62.985 1.00275.75 O \ ANISOU86384 O GLU 6 51 32874 36097 35803 -806 -368 -653 O \ ATOM 86385 CB GLU 6 51 -131.159 -24.202 61.554 1.00276.41 C \ ANISOU86385 CB GLU 6 51 32855 36185 35985 -692 -429 -780 C \ ATOM 86386 CG GLU 6 51 -130.457 -24.446 60.225 1.00275.61 C \ ANISOU86386 CG GLU 6 51 32796 36047 35877 -645 -472 -733 C \ ATOM 86387 CD GLU 6 51 -130.653 -23.310 59.237 1.00275.47 C \ ANISOU86387 CD GLU 6 51 32768 36011 35887 -578 -516 -754 C \ ATOM 86388 OE1 GLU 6 51 -131.535 -22.457 59.473 1.00276.10 O \ ANISOU86388 OE1 GLU 6 51 32800 36108 35998 -569 -515 -813 O \ ATOM 86389 OE2 GLU 6 51 -129.925 -23.269 58.223 1.00274.75 O1- \ ANISOU86389 OE2 GLU 6 51 32717 35887 35787 -537 -550 -712 O1- \ ATOM 86390 N VAL 6 52 -128.835 -24.655 63.090 1.00208.84 N \ ANISOU86390 N VAL 6 52 24394 27617 27339 -738 -390 -663 N \ ATOM 86391 CA VAL 6 52 -127.435 -24.811 63.488 1.00208.04 C \ ANISOU86391 CA VAL 6 52 24352 27499 27195 -743 -386 -594 C \ ATOM 86392 C VAL 6 52 -126.619 -25.636 62.488 1.00207.30 C \ ANISOU86392 C VAL 6 52 24305 27374 27084 -723 -413 -537 C \ ATOM 86393 O VAL 6 52 -126.728 -26.861 62.421 1.00207.48 O \ ANISOU86393 O VAL 6 52 24336 27398 27098 -758 -403 -526 O \ ATOM 86394 CB VAL 6 52 -127.317 -25.429 64.900 1.00208.45 C \ ANISOU86394 CB VAL 6 52 24409 27574 27219 -811 -339 -586 C \ ATOM 86395 CG1 VAL 6 52 -125.861 -25.697 65.247 1.00207.65 C \ ANISOU86395 CG1 VAL 6 52 24370 27455 27074 -815 -338 -514 C \ ATOM 86396 CG2 VAL 6 52 -127.960 -24.514 65.933 1.00209.13 C \ ANISOU86396 CG2 VAL 6 52 24453 27688 27317 -829 -311 -636 C \ ATOM 86397 OXT VAL 6 52 -125.818 -25.095 61.723 1.00206.54 O \ ANISOU86397 OXT VAL 6 52 24242 27252 26983 -673 -445 -503 O \ """, "4kfl.interface.48") 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. 8 & i. 2-64') cmd.show('cartoon', 'dom') cmd.spectrum('count', 'rainbow', 'dom') cmd.create('partner', 'c. 6 & i. 9-52') 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()