cmd.read_pdbstr("""\\nATOM 30555 N GLN L 182 -9.740 95.919 -22.653 1.00236.30 N \ ANISOU30555 N GLN L 182 33097 29477 24148 3119 944 740 N \ ATOM 30556 CA GLN L 182 -9.149 95.750 -21.294 1.00237.06 C \ ANISOU30556 CA GLN L 182 33526 29589 24042 3353 1005 800 C \ ATOM 30557 C GLN L 182 -9.924 94.703 -20.481 1.00236.91 C \ ANISOU30557 C GLN L 182 33625 29863 24093 3535 1022 917 C \ ATOM 30558 O GLN L 182 -9.322 93.853 -19.820 1.00238.10 O \ ANISOU30558 O GLN L 182 33843 29940 24220 3467 1021 877 O \ ATOM 30559 CB GLN L 182 -9.106 97.102 -20.555 1.00239.17 C \ ANISOU30559 CB GLN L 182 34068 29799 24246 3354 1029 764 C \ ATOM 30560 CG GLN L 182 -8.455 97.075 -19.169 1.00239.53 C \ ANISOU30560 CG GLN L 182 33815 30210 24337 3536 1011 972 C \ ATOM 30561 CD GLN L 182 -7.012 97.562 -19.152 1.00239.52 C \ ANISOU30561 CD GLN L 182 33566 29202 23944 3168 1004 612 C \ ATOM 30562 OE1 GLN L 182 -6.703 98.656 -19.629 1.00240.66 O \ ANISOU30562 OE1 GLN L 182 33406 28956 23886 2982 980 509 O \ ATOM 30563 NE2 GLN L 182 -6.124 96.757 -18.584 1.00238.59 N \ ANISOU30563 NE2 GLN L 182 33317 29031 23887 3063 981 557 N \ ATOM 30564 N LEU L 183 -11.253 94.762 -20.542 1.00236.34 N \ ANISOU30564 N LEU L 183 33146 29070 24024 2929 945 536 N \ ATOM 30565 CA LEU L 183 -12.118 93.806 -19.837 1.00233.88 C \ ANISOU30565 CA LEU L 183 33716 28773 23835 2899 1002 381 C \ ATOM 30566 C LEU L 183 -11.935 92.375 -20.368 1.00232.74 C \ ANISOU30566 C LEU L 183 33792 28715 23869 2788 995 328 C \ ATOM 30567 O LEU L 183 -11.890 91.402 -19.586 1.00232.82 O \ ANISOU30567 O LEU L 183 33595 28586 23813 2719 978 281 O \ ATOM 30568 CB LEU L 183 -13.581 94.236 -19.967 1.00233.63 C \ ANISOU30568 CB LEU L 183 34137 28559 23786 2766 1028 234 C \ ATOM 30569 CG LEU L 183 -14.624 93.519 -19.116 1.00233.34 C \ ANISOU30569 CG LEU L 183 33465 29096 23774 3287 1022 624 C \ ATOM 30570 CD1 LEU L 183 -14.247 93.570 -17.646 1.00234.06 C \ ANISOU30570 CD1 LEU L 183 33251 29074 23654 3385 1025 685 C \ ATOM 30571 CD2 LEU L 183 -15.988 94.154 -19.339 1.00234.72 C \ ANISOU30571 CD2 LEU L 183 32806 29144 23670 3360 987 782 C \ ATOM 30572 N GLN L 184 -11.803 92.257 -21.692 1.00231.85 N \ ANISOU30572 N GLN L 184 32619 29145 23717 3293 963 784 N \ ATOM 30573 CA GLN L 184 -11.491 90.980 -22.342 1.00229.87 C \ ANISOU30573 CA GLN L 184 33623 29327 23694 3653 1076 761 C \ ATOM 30574 C GLN L 184 -10.153 90.422 -21.845 1.00228.73 C \ ANISOU30574 C GLN L 184 34208 29401 23810 3694 1115 672 C \ ATOM 30575 O GLN L 184 -10.042 89.224 -21.591 1.00228.25 O \ ANISOU30575 O GLN L 184 34640 29596 23862 3900 1164 711 O \ ATOM 30576 CB GLN L 184 -11.461 91.131 -23.869 1.00229.39 C \ ANISOU30576 CB GLN L 184 34449 29324 23892 3558 1113 548 C \ ATOM 30577 CG GLN L 184 -12.819 91.399 -24.505 1.00230.51 C \ ANISOU30577 CG GLN L 184 35016 29513 23860 3886 1190 614 C \ ATOM 30578 CD GLN L 184 -12.731 91.767 -25.979 1.00231.62 C \ ANISOU30578 CD GLN L 184 34941 29384 23912 3676 1159 514 C \ ATOM 30579 OE1 GLN L 184 -11.747 92.356 -26.432 1.00231.91 O \ ANISOU30579 OE1 GLN L 184 32670 29237 23675 3400 978 860 O \ ATOM 30580 NE2 GLN L 184 -13.770 91.427 -26.736 1.00232.56 N \ ANISOU30580 NE2 GLN L 184 32295 29342 23748 3347 938 944 N \ ATOM 30581 N ILE L 185 -9.151 91.287 -21.685 1.00228.22 N \ ANISOU30581 N ILE L 185 32221 29314 23960 3087 891 849 N \ ATOM 30582 CA ILE L 185 -7.864 90.869 -21.109 1.00227.00 C \ ANISOU30582 CA ILE L 185 31985 29295 23983 3023 866 864 C \ ATOM 30583 C ILE L 185 -8.016 90.490 -19.627 1.00226.97 C \ ANISOU30583 C ILE L 185 32108 29401 23667 3419 933 1040 C \ ATOM 30584 O ILE L 185 -7.464 89.472 -19.185 1.00226.98 O \ ANISOU30584 O ILE L 185 31632 29266 23619 3246 879 1055 O \ ATOM 30585 CB ILE L 185 -6.769 91.946 -21.291 1.00227.20 C \ ANISOU30585 CB ILE L 185 31426 28934 23506 3029 850 945 C \ ATOM 30586 CG1 ILE L 185 -6.498 92.170 -22.778 1.00227.34 C \ ANISOU30586 CG1 ILE L 185 31389 29470 23680 3299 859 1181 C \ ATOM 30587 CG2 ILE L 185 -5.475 91.536 -20.598 1.00226.33 C \ ANISOU30587 CG2 ILE L 185 31036 28838 23492 2875 803 955 C \ ATOM 30588 CD1 ILE L 185 -5.791 93.468 -23.072 1.00227.62 C \ ANISOU30588 CD1 ILE L 185 31012 29385 23679 3138 810 1192 C \ ATOM 30589 N HIS L 186 -8.778 91.278 -18.859 1.00227.23 N \ ANISOU30589 N HIS L 186 30816 29042 23559 2929 782 1078 N \ ATOM 30590 CA HIS L 186 -9.075 90.897 -17.471 1.00226.29 C \ ANISOU30590 CA HIS L 186 30314 28816 23420 2771 734 1086 C \ ATOM 30591 C HIS L 186 -9.729 89.506 -17.444 1.00225.35 C \ ANISOU30591 C HIS L 186 32429 29304 24106 2940 881 750 C \ ATOM 30592 O HIS L 186 -9.369 88.693 -16.586 1.00224.98 O \ ANISOU30592 O HIS L 186 32207 29130 24152 2698 838 660 O \ ATOM 30593 CB HIS L 186 -9.987 91.897 -16.742 1.00228.04 C \ ANISOU30593 CB HIS L 186 32138 29008 24121 2634 832 607 C \ ATOM 30594 CG HIS L 186 -9.380 93.245 -16.499 1.00230.08 C \ ANISOU30594 CG HIS L 186 31912 29018 24228 2507 796 602 C \ ATOM 30595 ND1 HIS L 186 -10.107 94.407 -16.643 1.00231.87 N \ ANISOU30595 ND1 HIS L 186 32306 28929 24096 2565 838 549 N \ ATOM 30596 CD2 HIS L 186 -8.138 93.625 -16.111 1.00230.73 C \ ANISOU30596 CD2 HIS L 186 32294 29003 24111 2585 834 590 C \ ATOM 30597 CE1 HIS L 186 -9.340 95.445 -16.360 1.00232.63 C \ ANISOU30597 CE1 HIS L 186 32010 29114 24257 2476 787 634 C \ ATOM 30598 NE2 HIS L 186 -8.138 94.999 -16.044 1.00232.23 N \ ANISOU30598 NE2 HIS L 186 31980 29176 24243 2500 782 677 N \ ATOM 30599 N TYR L 187 -10.635 89.187 -18.384 1.00225.25 N \ ANISOU30599 N TYR L 187 31663 29257 24333 2409 737 731 N \ ATOM 30600 CA TYR L 187 -11.165 87.800 -18.365 1.00224.73 C \ ANISOU30600 CA TYR L 187 32252 28813 23889 2723 868 568 C \ ATOM 30601 C TYR L 187 -10.006 86.824 -18.631 1.00225.02 C \ ANISOU30601 C TYR L 187 32018 28529 23664 2678 865 522 C \ ATOM 30602 O TYR L 187 -9.767 85.918 -17.881 1.00224.41 O \ ANISOU30602 O TYR L 187 31728 28617 23639 2768 854 633 O \ ATOM 30603 CB TYR L 187 -12.314 87.598 -19.378 1.00224.18 C \ ANISOU30603 CB TYR L 187 31400 28458 23574 2653 825 615 C \ ATOM 30604 CG TYR L 187 -12.329 86.257 -20.098 1.00222.44 C \ ANISOU30604 CG TYR L 187 32396 28500 23597 2771 907 466 C \ ATOM 30605 CD1 TYR L 187 -11.351 85.939 -21.043 1.00220.73 C \ ANISOU30605 CD1 TYR L 187 32232 28332 23453 2748 903 436 C \ ATOM 30606 CD2 TYR L 187 -13.340 85.312 -19.852 1.00222.50 C \ ANISOU30606 CD2 TYR L 187 32705 28423 23659 2647 914 344 C \ ATOM 30607 CE1 TYR L 187 -11.364 84.721 -21.699 1.00219.41 C \ ANISOU30607 CE1 TYR L 187 31843 28873 23686 2974 878 751 C \ ATOM 30608 CE2 TYR L 187 -13.356 84.092 -20.506 1.00221.28 C \ ANISOU30608 CE2 TYR L 187 31672 29079 23760 3069 870 870 C \ ATOM 30609 CZ TYR L 187 -12.373 83.805 -21.432 1.00219.55 C \ ANISOU30609 CZ TYR L 187 31248 29030 23792 2926 821 906 C \ ATOM 30610 OH TYR L 187 -12.382 82.590 -22.087 1.00217.27 O \ ANISOU30610 OH TYR L 187 31194 29206 23988 2887 800 938 O \ ATOM 30611 N LYS L 188 -9.260 87.050 -19.697 1.00225.92 N \ ANISOU30611 N LYS L 188 31802 29305 23732 3317 905 993 N \ ATOM 30612 CA LYS L 188 -8.180 86.130 -20.048 1.00225.00 C \ ANISOU30612 CA LYS L 188 32125 29341 23629 3523 959 992 C \ ATOM 30613 C LYS L 188 -7.259 85.882 -18.836 1.00224.42 C \ ANISOU30613 C LYS L 188 30966 28795 23610 2844 803 898 C \ ATOM 30614 O LYS L 188 -6.852 84.735 -18.576 1.00224.13 O \ ANISOU30614 O LYS L 188 30533 28680 23581 2700 756 923 O \ ATOM 30615 CB LYS L 188 -7.379 86.666 -21.241 1.00224.59 C \ ANISOU30615 CB LYS L 188 30375 28486 23608 2499 726 825 C \ ATOM 30616 CG LYS L 188 -8.135 86.695 -22.565 1.00224.79 C \ ANISOU30616 CG LYS L 188 29974 28371 23528 2438 697 868 C \ ATOM 30617 CD LYS L 188 -8.441 85.306 -23.085 1.00224.72 C \ ANISOU30617 CD LYS L 188 30432 28586 23505 2647 745 917 C \ ATOM 30618 CE LYS L 188 -9.231 85.365 -24.388 1.00224.77 C \ ANISOU30618 CE LYS L 188 30097 28600 23578 2519 697 958 C \ ATOM 30619 NZ LYS L 188 -9.678 84.022 -24.854 1.00224.38 N \ ANISOU30619 NZ LYS L 188 29890 28758 23653 2554 679 1065 N \ ATOM 30620 N VAL L 189 -6.942 86.945 -18.088 1.00223.59 N \ ANISOU30620 N VAL L 189 29953 28416 23533 2362 671 891 N \ ATOM 30621 CA VAL L 189 -6.129 86.792 -16.862 1.00221.64 C \ ANISOU30621 CA VAL L 189 29590 28757 23712 2432 636 1101 C \ ATOM 30622 C VAL L 189 -6.848 85.900 -15.846 1.00221.04 C \ ANISOU30622 C VAL L 189 29668 28433 23607 2244 628 925 C \ ATOM 30623 O VAL L 189 -6.246 84.965 -15.282 1.00219.58 O \ ANISOU30623 O VAL L 189 29500 28611 23706 2278 610 1029 O \ ATOM 30624 CB VAL L 189 -5.756 88.152 -16.207 1.00222.38 C \ ANISOU30624 CB VAL L 189 29241 28638 23793 2158 567 1064 C \ ATOM 30625 CG1 VAL L 189 -5.084 87.955 -14.846 1.00221.13 C \ ANISOU30625 CG1 VAL L 189 30640 28406 23667 2402 734 696 C \ ATOM 30626 CG2 VAL L 189 -4.838 88.959 -17.118 1.00223.16 C \ ANISOU30626 CG2 VAL L 189 30556 28274 23725 2223 710 600 C \ ATOM 30627 N CYS L 190 -8.132 86.175 -15.623 1.00222.14 N \ ANISOU30627 N CYS L 190 30302 28130 23534 2279 713 636 N \ ATOM 30628 CA CYS L 190 -8.931 85.362 -14.705 1.00222.43 C \ ANISOU30628 CA CYS L 190 29719 27742 23245 2167 682 632 C \ ATOM 30629 C CYS L 190 -9.004 83.891 -15.136 1.00221.27 C \ ANISOU30629 C CYS L 190 30877 28197 23769 2128 723 463 C \ ATOM 30630 O CYS L 190 -8.873 82.991 -14.309 1.00222.11 O \ ANISOU30630 O CYS L 190 30517 28219 23469 2456 751 673 O \ ATOM 30631 CB CYS L 190 -10.332 85.950 -14.519 1.00223.29 C \ ANISOU30631 CB CYS L 190 30429 28236 23414 2532 757 715 C \ ATOM 30632 SG CYS L 190 -10.400 87.217 -13.229 1.00223.96 S \ ANISOU30632 SG CYS L 190 30187 28426 23525 2573 736 841 S \ ATOM 30633 N TYR L 191 -9.179 83.646 -16.426 1.00219.43 N \ ANISOU30633 N TYR L 191 30091 28491 23635 2520 718 851 N \ ATOM 30634 CA TYR L 191 -9.233 82.306 -16.976 1.00217.91 C \ ANISOU30634 CA TYR L 191 30675 28269 23280 2731 804 738 C \ ATOM 30635 C TYR L 191 -7.917 81.561 -16.695 1.00217.05 C \ ANISOU30635 C TYR L 191 30851 27998 23083 2693 827 613 C \ ATOM 30636 O TYR L 191 -7.936 80.415 -16.227 1.00215.49 O \ ANISOU30636 O TYR L 191 30943 27896 22804 2907 873 648 O \ ATOM 30637 CB TYR L 191 -9.588 82.326 -18.484 1.00217.20 C \ ANISOU30637 CB TYR L 191 31053 27573 22549 2870 894 529 C \ ATOM 30638 CG TYR L 191 -9.854 80.947 -19.078 1.00216.54 C \ ANISOU30638 CG TYR L 191 31007 27324 22205 2991 926 519 C \ ATOM 30639 CD1 TYR L 191 -10.517 79.964 -18.336 1.00216.61 C \ ANISOU30639 CD1 TYR L 191 30797 27306 22014 3168 942 622 C \ ATOM 30640 CD2 TYR L 191 -9.447 80.626 -20.376 1.00215.56 C \ ANISOU30640 CD2 TYR L 191 31243 27158 22115 2932 941 405 C \ ATOM 30641 CE1 TYR L 191 -10.755 78.708 -18.860 1.00215.97 C \ ANISOU30641 CE1 TYR L 191 30241 28674 23650 2661 737 939 C \ ATOM 30642 CE2 TYR L 191 -9.681 79.364 -20.905 1.00215.05 C \ ANISOU30642 CE2 TYR L 191 30064 28916 23813 2685 714 1062 C \ ATOM 30643 CZ TYR L 191 -10.338 78.412 -20.142 1.00215.34 C \ ANISOU30643 CZ TYR L 191 29989 28998 24098 2473 667 1022 C \ ATOM 30644 OH TYR L 191 -10.583 77.156 -20.647 1.00214.96 O \ ANISOU30644 OH TYR L 191 29853 29096 24207 2448 649 1072 O \ ATOM 30645 N ALA L 192 -6.783 82.220 -16.943 1.00217.69 N \ ANISOU30645 N ALA L 192 29999 29033 23756 2805 721 1171 N \ ATOM 30646 CA ALA L 192 -5.477 81.628 -16.618 1.00217.28 C \ ANISOU30646 CA ALA L 192 29658 29130 23792 2792 691 1291 C \ ATOM 30647 C ALA L 192 -5.355 81.317 -15.121 1.00215.73 C \ ANISOU30647 C ALA L 192 30230 29154 23656 3038 769 1229 C \ ATOM 30648 O ALA L 192 -4.862 80.231 -14.733 1.00212.41 O \ ANISOU30648 O ALA L 192 30131 29000 24259 2323 649 930 O \ ATOM 30649 CB ALA L 192 -4.346 82.548 -17.059 1.00218.04 C \ ANISOU30649 CB ALA L 192 30038 29023 24481 2122 607 880 C \ ATOM 30650 N ARG L 193 -5.809 82.261 -14.288 1.00216.36 N \ ANISOU30650 N ARG L 193 30219 29134 24705 2044 602 814 N \ ATOM 30651 CA ARG L 193 -5.795 82.056 -12.828 1.00216.03 C \ ANISOU30651 CA ARG L 193 30027 29162 24816 1957 574 838 C \ ATOM 30652 C ARG L 193 -6.663 80.867 -12.404 1.00216.18 C \ ANISOU30652 C ARG L 193 30044 28848 24449 1984 595 780 C \ ATOM 30653 O ARG L 193 -6.258 80.071 -11.547 1.00216.39 O \ ANISOU30653 O ARG L 193 30072 28977 24499 2018 590 836 O \ ATOM 30654 CB ARG L 193 -6.249 83.315 -12.083 1.00216.41 C \ ANISOU30654 CB ARG L 193 30173 28828 24478 1901 586 724 C \ ATOM 30655 CG ARG L 193 -5.315 84.509 -12.201 1.00215.64 C \ ANISOU30655 CG ARG L 193 29778 29057 24579 1965 553 925 C \ ATOM 30656 CD ARG L 193 -5.899 85.687 -11.427 1.00214.88 C \ ANISOU30656 CD ARG L 193 30638 29241 24814 2073 630 731 C \ ATOM 30657 NE ARG L 193 -4.955 86.799 -11.287 1.00213.65 N \ ANISOU30657 NE ARG L 193 30634 29156 24798 2022 630 671 N \ ATOM 30658 CZ ARG L 193 -4.919 87.652 -10.260 1.00211.96 C \ ANISOU30658 CZ ARG L 193 30595 29394 24929 2118 628 779 C \ ATOM 30659 NH1 ARG L 193 -5.770 87.544 -9.243 1.00210.86 N \ ANISOU30659 NH1 ARG L 193 30290 29248 24879 2024 604 777 N \ ATOM 30660 NH2 ARG L 193 -4.013 88.624 -10.246 1.00211.91 N \ ANISOU30660 NH2 ARG L 193 30863 29018 24621 2079 664 591 N \ ATOM 30661 N VAL L 194 -7.843 80.735 -13.008 1.00217.30 N \ ANISOU30661 N VAL L 194 30675 28682 24398 1967 658 487 N \ ATOM 30662 CA VAL L 194 -8.712 79.589 -12.727 1.00217.91 C \ ANISOU30662 CA VAL L 194 30325 28532 24317 1891 634 498 C \ ATOM 30663 C VAL L 194 -7.993 78.279 -13.093 1.00218.67 C \ ANISOU30663 C VAL L 194 30694 28376 24107 1955 678 396 C \ ATOM 30664 O VAL L 194 -7.979 77.344 -12.291 1.00218.86 O \ ANISOU30664 O VAL L 194 30983 29843 25176 2309 656 876 O \ ATOM 30665 CB VAL L 194 -10.093 79.704 -13.430 1.00217.89 C \ ANISOU30665 CB VAL L 194 31178 30307 25509 2420 659 990 C \ ATOM 30666 CG1 VAL L 194 -10.908 78.423 -13.267 1.00217.35 C \ ANISOU30666 CG1 VAL L 194 30866 30371 25597 2362 625 1084 C \ ATOM 30667 CG2 VAL L 194 -10.879 80.887 -12.879 1.00218.56 C \ ANISOU30667 CG2 VAL L 194 30755 30479 25670 2384 617 1151 C \ ATOM 30668 N LEU L 195 -7.369 78.221 -14.273 1.00219.48 N \ ANISOU30668 N LEU L 195 31602 30720 25685 2645 698 1076 N \ ATOM 30669 CA LEU L 195 -6.601 77.029 -14.676 1.00219.88 C \ ANISOU30669 CA LEU L 195 32096 30943 25846 2738 731 1022 C \ ATOM 30670 C LEU L 195 -5.460 76.744 -13.697 1.00221.24 C \ ANISOU30670 C LEU L 195 32443 30903 25884 2694 747 899 C \ ATOM 30671 O LEU L 195 -5.220 75.573 -13.331 1.00221.10 O \ ANISOU30671 O LEU L 195 32270 31246 26010 2866 747 1095 O \ ATOM 30672 CB LEU L 195 -6.026 77.191 -16.086 1.00219.35 C \ ANISOU30672 CB LEU L 195 32812 31014 25939 2772 776 848 C \ ATOM 30673 CG LEU L 195 -7.031 77.228 -17.238 1.00219.89 C \ ANISOU30673 CG LEU L 195 32674 31400 26103 2950 777 1044 C \ ATOM 30674 CD1 LEU L 195 -6.343 77.679 -18.516 1.00219.71 C \ ANISOU30674 CD1 LEU L 195 32959 31295 26080 2901 791 920 C \ ATOM 30675 CD2 LEU L 195 -7.704 75.878 -17.440 1.00219.54 C \ ANISOU30675 CD2 LEU L 195 33259 31340 26064 2979 819 869 C \ ATOM 30676 N ASP L 196 -4.755 77.816 -13.302 1.00222.90 N \ ANISOU30676 N ASP L 196 30720 30293 25576 2287 605 1088 N \ ATOM 30677 CA ASP L 196 -3.710 77.738 -12.251 1.00222.63 C \ ANISOU30677 CA ASP L 196 30434 30332 25663 2204 569 1163 C \ ATOM 30678 C ASP L 196 -4.265 77.084 -10.978 1.00223.50 C \ ANISOU30678 C ASP L 196 30192 30088 25653 2005 535 1080 C \ ATOM 30679 O ASP L 196 -3.720 76.083 -10.484 1.00222.18 O \ ANISOU30679 O ASP L 196 29861 29996 25629 1920 504 1129 O \ ATOM 30680 CB ASP L 196 -3.185 79.150 -11.930 1.00222.40 C \ ANISOU30680 CB ASP L 196 30494 30467 25753 2204 560 1200 C \ ATOM 30681 CG ASP L 196 -1.811 79.158 -11.273 1.00220.44 C \ ANISOU30681 CG ASP L 196 30558 30648 25679 2404 587 1317 C \ ATOM 30682 OD1 ASP L 196 -1.374 78.138 -10.706 1.00218.91 O \ ANISOU30682 OD1 ASP L 196 30189 30679 25591 2450 571 1463 O \ ATOM 30683 OD2 ASP L 196 -1.162 80.220 -11.315 1.00218.92 O \ ANISOU30683 OD2 ASP L 196 29840 30521 25508 2324 532 1488 O \ ATOM 30684 N TYR L 197 -5.368 77.640 -10.474 1.00226.35 N \ ANISOU30684 N TYR L 197 29642 30466 25618 2165 494 1480 N \ ATOM 30685 CA TYR L 197 -6.023 77.117 -9.266 1.00228.96 C \ ANISOU30685 CA TYR L 197 29670 30487 25747 2111 489 1451 C \ ATOM 30686 C TYR L 197 -6.587 75.704 -9.425 1.00228.54 C \ ANISOU30686 C TYR L 197 29494 30469 25676 2061 462 1501 C \ ATOM 30687 O TYR L 197 -6.710 74.974 -8.442 1.00228.73 O \ ANISOU30687 O TYR L 197 30281 29908 25587 1935 543 957 O \ ATOM 30688 CB TYR L 197 -7.136 78.059 -8.802 1.00231.63 C \ ANISOU30688 CB TYR L 197 30140 29731 25625 1751 515 865 C \ ATOM 30689 CG TYR L 197 -6.660 79.138 -7.860 1.00233.94 C \ ANISOU30689 CG TYR L 197 30004 29580 25615 1610 489 813 C \ ATOM 30690 CD1 TYR L 197 -5.854 80.188 -8.307 1.00234.85 C \ ANISOU30690 CD1 TYR L 197 29924 29576 25774 1467 460 776 C \ ATOM 30691 CD2 TYR L 197 -7.011 79.104 -6.517 1.00235.63 C \ ANISOU30691 CD2 TYR L 197 29931 29777 25702 1725 496 928 C \ ATOM 30692 CE1 TYR L 197 -5.416 81.175 -7.435 1.00236.26 C \ ANISOU30692 CE1 TYR L 197 30099 29943 25748 1845 520 961 C \ ATOM 30693 CE2 TYR L 197 -6.582 80.081 -5.641 1.00237.34 C \ ANISOU30693 CE2 TYR L 197 29987 30146 25911 1874 507 1073 C \ ATOM 30694 CZ TYR L 197 -5.786 81.112 -6.098 1.00237.75 C \ ANISOU30694 CZ TYR L 197 30155 30317 25944 2003 532 1110 C \ ATOM 30695 OH TYR L 197 -5.370 82.075 -5.207 1.00238.62 O \ ANISOU30695 OH TYR L 197 30153 30574 26098 2085 532 1226 O \ ATOM 30696 N ARG L 198 -6.935 75.329 -10.653 1.00227.90 N \ ANISOU30696 N ARG L 198 30066 30768 26313 2047 508 1320 N \ ATOM 30697 CA ARG L 198 -7.384 73.968 -10.955 1.00227.48 C \ ANISOU30697 CA ARG L 198 30290 30686 26084 2202 557 1247 C \ ATOM 30698 C ARG L 198 -6.217 72.984 -11.124 1.00226.17 C \ ANISOU30698 C ARG L 198 29943 29414 25384 1655 501 810 C \ ATOM 30699 O ARG L 198 -6.451 71.800 -11.382 1.00224.99 O \ ANISOU30699 O ARG L 198 29680 29107 25198 1528 479 753 O \ ATOM 30700 CB ARG L 198 -8.248 73.978 -12.220 1.00228.22 C \ ANISOU30700 CB ARG L 198 29641 28727 24917 1454 493 612 C \ ATOM 30701 CG ARG L 198 -9.617 74.616 -12.023 1.00228.68 C \ ANISOU30701 CG ARG L 198 29870 28757 24903 1488 511 575 C \ ATOM 30702 CD ARG L 198 -10.660 73.619 -11.541 1.00227.55 C \ ANISOU30702 CD ARG L 198 29798 29319 25277 1613 482 831 C \ ATOM 30703 NE ARG L 198 -11.007 72.657 -12.590 1.00226.00 N \ ANISOU30703 NE ARG L 198 29619 29490 25320 1692 471 979 N \ ATOM 30704 CZ ARG L 198 -10.571 71.398 -12.669 1.00225.63 C \ ANISOU30704 CZ ARG L 198 29397 29494 25450 1550 428 1001 C \ ATOM 30705 NH1 ARG L 198 -9.753 70.886 -11.751 1.00226.09 N \ ANISOU30705 NH1 ARG L 198 29242 29675 25527 1611 416 1141 N \ ATOM 30706 NH2 ARG L 198 -10.963 70.636 -13.684 1.00225.40 N \ ANISOU30706 NH2 ARG L 198 29018 29631 25640 1460 375 1149 N \ ATOM 30707 N ARG L 199 -4.979 73.477 -10.972 1.00225.76 N \ ANISOU30707 N ARG L 199 29342 28370 24687 1352 484 537 N \ ATOM 30708 CA ARG L 199 -3.750 72.695 -11.190 1.00225.02 C \ ANISOU30708 CA ARG L 199 29382 28105 24484 1296 500 413 C \ ATOM 30709 C ARG L 199 -3.584 72.234 -12.647 1.00224.24 C \ ANISOU30709 C ARG L 199 29351 27890 24384 1173 493 313 C \ ATOM 30710 O ARG L 199 -2.917 71.226 -12.913 1.00224.44 O \ ANISOU30710 O ARG L 199 29541 27806 24280 1184 515 243 O \ ATOM 30711 CB ARG L 199 -3.650 71.513 -10.208 1.00224.79 C \ ANISOU30711 CB ARG L 199 29158 27905 24374 1217 490 367 C \ ATOM 30712 CG ARG L 199 -3.597 71.940 -8.751 1.00225.79 C \ ANISOU30712 CG ARG L 199 29031 27882 24228 1343 504 443 C \ ATOM 30713 CD ARG L 199 -4.064 70.844 -7.815 1.00226.46 C \ ANISOU30713 CD ARG L 199 29219 27898 24100 1476 538 449 C \ ATOM 30714 NE ARG L 199 -4.109 71.321 -6.434 1.00227.44 N \ ANISOU30714 NE ARG L 199 28733 27845 24218 1328 485 507 N \ ATOM 30715 CZ ARG L 199 -4.737 70.708 -5.432 1.00228.52 C \ ANISOU30715 CZ ARG L 199 29305 28080 24162 1595 551 517 C \ ATOM 30716 NH1 ARG L 199 -5.390 69.567 -5.631 1.00229.37 N \ ANISOU30716 NH1 ARG L 199 28834 28047 24300 1444 498 578 N \ ATOM 30717 NH2 ARG L 199 -4.702 71.239 -4.212 1.00229.13 N \ ANISOU30717 NH2 ARG L 199 29100 28149 24254 1578 532 582 N \ ATOM 30718 N LYS L 200 -4.169 72.986 -13.585 1.00223.03 N \ ANISOU30718 N LYS L 200 29106 27786 24397 1058 462 306 N \ ATOM 30719 CA LYS L 200 -3.982 72.708 -15.013 1.00221.05 C \ ANISOU30719 CA LYS L 200 29176 27693 24412 939 455 210 C \ ATOM 30720 C LYS L 200 -2.818 73.596 -15.440 1.00219.20 C \ ANISOU30720 C LYS L 200 29643 28067 24674 1029 472 241 C \ ATOM 30721 O LYS L 200 -2.979 74.581 -16.177 1.00219.85 O \ ANISOU30721 O LYS L 200 30020 28191 24818 998 488 161 O \ ATOM 30722 CB LYS L 200 -5.264 72.987 -15.821 1.00222.12 C \ ANISOU30722 CB LYS L 200 28714 27400 24271 795 418 193 C \ ATOM 30723 CG LYS L 200 -6.501 72.197 -15.383 1.00222.21 C \ ANISOU30723 CG LYS L 200 28339 27195 24148 744 400 206 C \ ATOM 30724 CD LYS L 200 -6.548 70.774 -15.943 1.00221.98 C \ ANISOU30724 CD LYS L 200 28725 27209 24206 657 414 67 C \ ATOM 30725 CE LYS L 200 -7.497 69.890 -15.146 1.00222.25 C \ ANISOU30725 CE LYS L 200 27933 27073 24069 716 370 288 C \ ATOM 30726 NZ LYS L 200 -7.286 68.442 -15.429 1.00221.84 N \ ANISOU30726 NZ LYS L 200 29880 28513 24994 1145 471 361 N \ ATOM 30727 N PHE L 201 -1.638 73.225 -14.947 1.00216.87 N \ ANISOU30727 N PHE L 201 30143 28728 25075 1253 489 408 N \ ATOM 30728 CA PHE L 201 -0.475 74.107 -14.948 1.00215.74 C \ ANISOU30728 CA PHE L 201 30434 28758 24992 1378 530 390 C \ ATOM 30729 C PHE L 201 0.096 74.387 -16.335 1.00214.83 C \ ANISOU30729 C PHE L 201 30638 28743 24951 1398 549 348 C \ ATOM 30730 O PHE L 201 0.469 75.520 -16.614 1.00214.84 O \ ANISOU30730 O PHE L 201 30111 29009 25225 1352 478 549 O \ ATOM 30731 CB PHE L 201 0.622 73.557 -14.029 1.00214.34 C \ ANISOU30731 CB PHE L 201 29936 29091 25409 1232 436 576 C \ ATOM 30732 CG PHE L 201 0.273 73.602 -12.565 1.00213.56 C \ ANISOU30732 CG PHE L 201 29859 29238 25593 1214 418 630 C \ ATOM 30733 CD1 PHE L 201 -0.001 74.813 -11.936 1.00213.76 C \ ANISOU30733 CD1 PHE L 201 29982 29267 25690 1187 425 578 C \ ATOM 30734 CD2 PHE L 201 0.235 72.438 -11.809 1.00212.65 C \ ANISOU30734 CD2 PHE L 201 29607 29262 25575 1223 396 728 C \ ATOM 30735 CE1 PHE L 201 -0.316 74.863 -10.587 1.00214.62 C \ ANISOU30735 CE1 PHE L 201 30397 28735 24905 1460 545 421 C \ ATOM 30736 CE2 PHE L 201 -0.080 72.481 -10.459 1.00213.66 C \ ANISOU30736 CE2 PHE L 201 30627 28697 24774 1568 583 393 C \ ATOM 30737 CZ PHE L 201 -0.358 73.694 -9.847 1.00214.51 C \ ANISOU30737 CZ PHE L 201 30753 28493 24692 1450 591 253 C \ ATOM 30738 N ILE L 202 0.152 73.381 -17.207 1.00213.95 N \ ANISOU30738 N ILE L 202 31181 28657 24803 1506 618 219 N \ ATOM 30739 CA ILE L 202 0.717 73.594 -18.548 1.00213.93 C \ ANISOU30739 CA ILE L 202 30538 28689 24699 1648 592 436 C \ ATOM 30740 C ILE L 202 -0.236 74.490 -19.358 1.00216.83 C \ ANISOU30740 C ILE L 202 30379 28138 24494 1286 566 176 C \ ATOM 30741 O ILE L 202 0.207 75.405 -20.068 1.00218.53 O \ ANISOU30741 O ILE L 202 30389 27873 24344 1154 570 43 O \ ATOM 30742 CB ILE L 202 1.001 72.280 -19.323 1.00211.57 C \ ANISOU30742 CB ILE L 202 30500 27825 24326 1112 574 0 C \ ATOM 30743 CG1 ILE L 202 1.557 71.181 -18.405 1.00209.72 C \ ANISOU30743 CG1 ILE L 202 30712 27735 24236 1100 597 -73 C \ ATOM 30744 CG2 ILE L 202 2.007 72.543 -20.440 1.00210.92 C \ ANISOU30744 CG2 ILE L 202 30152 27749 24374 989 540 -17 C \ ATOM 30745 CD1 ILE L 202 0.883 69.838 -18.579 1.00208.12 C \ ANISOU30745 CD1 ILE L 202 30318 27843 24367 1085 552 44 C \ ATOM 30746 N GLU L 203 -1.539 74.246 -19.217 1.00219.47 N \ ANISOU30746 N GLU L 203 30306 27711 24251 1051 554 12 N \ ATOM 30747 CA GLU L 203 -2.563 75.054 -19.883 1.00220.94 C \ ANISOU30747 CA GLU L 203 30505 27729 24118 1210 591 53 C \ ATOM 30748 C GLU L 203 -2.546 76.489 -19.341 1.00221.57 C \ ANISOU30748 C GLU L 203 30651 27603 24010 1184 608 -15 C \ ATOM 30749 O GLU L 203 -2.586 77.449 -20.120 1.00221.96 O \ ANISOU30749 O GLU L 203 30039 27718 24291 1005 522 64 O \ ATOM 30750 CB GLU L 203 -3.956 74.427 -19.707 1.00221.99 C \ ANISOU30750 CB GLU L 203 29913 27699 24447 826 489 0 C \ ATOM 30751 CG GLU L 203 -4.106 73.010 -20.265 1.00222.23 C \ ANISOU30751 CG GLU L 203 29957 28043 24819 792 455 65 C \ ATOM 30752 CD GLU L 203 -4.024 71.915 -19.201 1.00222.90 C \ ANISOU30752 CD GLU L 203 30244 28486 25140 899 455 166 C \ ATOM 30753 OE1 GLU L 203 -3.094 71.940 -18.364 1.00223.55 O \ ANISOU30753 OE1 GLU L 203 29895 28065 24996 642 427 9 O \ ATOM 30754 OE2 GLU L 203 -4.894 71.018 -19.198 1.00222.25 O \ ANISOU30754 OE2 GLU L 203 30417 27788 24024 1378 603 165 O \ ATOM 30755 N ALA L 204 -2.470 76.633 -18.015 1.00221.18 N \ ANISOU30755 N ALA L 204 30675 27887 23963 1551 640 212 N \ ATOM 30756 CA ALA L 204 -2.321 77.956 -17.390 1.00221.34 C \ ANISOU30756 CA ALA L 204 30832 27687 23760 1578 673 137 C \ ATOM 30757 C ALA L 204 -1.069 78.676 -17.893 1.00220.92 C \ ANISOU30757 C ALA L 204 31339 27922 23962 1621 700 105 C \ ATOM 30758 O ALA L 204 -1.124 79.854 -18.247 1.00222.77 O \ ANISOU30758 O ALA L 204 30615 28086 23988 1727 646 351 O \ ATOM 30759 CB ALA L 204 -2.274 77.836 -15.874 1.00220.89 C \ ANISOU30759 CB ALA L 204 30451 28248 24107 1728 620 440 C \ ATOM 30760 N ALA L 205 0.053 77.961 -17.918 1.00218.48 N \ ANISOU30760 N ALA L 205 30691 28410 24186 1790 633 460 N \ ATOM 30761 CA ALA L 205 1.326 78.509 -18.384 1.00217.41 C \ ANISOU30761 CA ALA L 205 30678 28381 24296 1624 606 389 C \ ATOM 30762 C ALA L 205 1.223 79.053 -19.801 1.00217.53 C \ ANISOU30762 C ALA L 205 30496 28477 24425 1546 570 426 C \ ATOM 30763 O ALA L 205 1.711 80.148 -20.082 1.00217.62 O \ ANISOU30763 O ALA L 205 30273 28579 24434 1610 554 537 O \ ATOM 30764 CB ALA L 205 2.415 77.454 -18.314 1.00216.54 C \ ANISOU30764 CB ALA L 205 30472 28403 24477 1399 549 351 C \ ATOM 30765 N GLN L 206 0.598 78.282 -20.691 1.00217.21 N \ ANISOU30765 N GLN L 206 30468 27320 23427 1552 671 111 N \ ATOM 30766 CA GLN L 206 0.400 78.726 -22.074 1.00216.52 C \ ANISOU30766 CA GLN L 206 30547 27067 23181 1553 697 31 C \ ATOM 30767 C GLN L 206 -0.433 80.006 -22.148 1.00216.75 C \ ANISOU30767 C GLN L 206 30658 26906 23152 1391 696 -93 C \ ATOM 30768 O GLN L 206 -0.068 80.941 -22.867 1.00216.51 O \ ANISOU30768 O GLN L 206 30995 26914 23137 1421 724 -143 O \ ATOM 30769 CB GLN L 206 -0.235 77.617 -22.911 1.00215.95 C \ ANISOU30769 CB GLN L 206 30334 26936 23077 1518 687 15 C \ ATOM 30770 CG GLN L 206 0.726 76.476 -23.209 1.00215.97 C \ ANISOU30770 CG GLN L 206 30215 26970 22963 1690 700 117 C \ ATOM 30771 CD GLN L 206 0.031 75.228 -23.722 1.00217.98 C \ ANISOU30771 CD GLN L 206 30468 27033 22881 1864 739 150 C \ ATOM 30772 OE1 GLN L 206 -1.197 75.171 -23.802 1.00220.74 O \ ANISOU30772 OE1 GLN L 206 29849 26929 22930 1678 676 176 O \ ATOM 30773 NE2 GLN L 206 0.818 74.216 -24.078 1.00218.34 N \ ANISOU30773 NE2 GLN L 206 30385 27095 22801 2023 752 242 N \ ATOM 30774 N ARG L 207 -1.530 80.059 -21.391 1.00216.42 N \ ANISOU30774 N ARG L 207 29872 27100 22962 1830 688 270 N \ ATOM 30775 CA ARG L 207 -2.375 81.258 -21.358 1.00217.20 C \ ANISOU30775 CA ARG L 207 30139 27187 22899 2004 726 302 C \ ATOM 30776 C ARG L 207 -1.642 82.472 -20.768 1.00216.55 C \ ANISOU30776 C ARG L 207 30213 27417 22982 2159 740 396 C \ ATOM 30777 O ARG L 207 -1.699 83.568 -21.335 1.00219.04 O \ ANISOU30777 O ARG L 207 30353 26734 23119 1221 663 -143 O \ ATOM 30778 CB ARG L 207 -3.677 80.993 -20.589 1.00217.64 C \ ANISOU30778 CB ARG L 207 30343 26507 23017 1056 658 -260 C \ ATOM 30779 CG ARG L 207 -4.659 80.059 -21.286 1.00217.94 C \ ANISOU30779 CG ARG L 207 30625 26601 23071 1103 678 -260 C \ ATOM 30780 CD ARG L 207 -5.392 80.734 -22.438 1.00219.21 C \ ANISOU30780 CD ARG L 207 30837 26487 22979 1066 700 -335 C \ ATOM 30781 NE ARG L 207 -4.895 80.296 -23.746 1.00219.39 N \ ANISOU30781 NE ARG L 207 29870 26256 22906 886 619 -298 N \ ATOM 30782 CZ ARG L 207 -5.284 79.190 -24.384 1.00219.50 C \ ANISOU30782 CZ ARG L 207 29798 25998 22767 718 614 -411 C \ ATOM 30783 NH1 ARG L 207 -6.190 78.370 -23.850 1.00219.20 N \ ANISOU30783 NH1 ARG L 207 29628 25671 22507 605 615 -504 N \ ATOM 30784 NH2 ARG L 207 -4.763 78.896 -25.573 1.00219.38 N \ ANISOU30784 NH2 ARG L 207 29780 26020 22809 696 607 -402 N \ ATOM 30785 N TYR L 208 -0.958 82.276 -19.641 1.00213.75 N \ ANISOU30785 N TYR L 208 30582 26758 23161 1188 672 -171 N \ ATOM 30786 CA TYR L 208 -0.147 83.341 -19.037 1.00212.65 C \ ANISOU30786 CA TYR L 208 30759 26788 23135 1248 692 -158 C \ ATOM 30787 C TYR L 208 0.949 83.830 -19.994 1.00212.44 C \ ANISOU30787 C TYR L 208 31173 26901 23133 1400 736 -145 C \ ATOM 30788 O TYR L 208 1.179 85.033 -20.122 1.00213.31 O \ ANISOU30788 O TYR L 208 31456 26893 23137 1386 757 -197 O \ ATOM 30789 CB TYR L 208 0.536 82.865 -17.755 1.00211.47 C \ ANISOU30789 CB TYR L 208 30572 26907 23177 1323 676 -54 C \ ATOM 30790 CG TYR L 208 -0.301 82.808 -16.489 1.00210.95 C \ ANISOU30790 CG TYR L 208 30343 26907 23302 1160 634 -81 C \ ATOM 30791 CD1 TYR L 208 -0.904 83.949 -15.958 1.00211.56 C \ ANISOU30791 CD1 TYR L 208 30166 27074 23395 1221 612 25 C \ ATOM 30792 CD2 TYR L 208 -0.418 81.619 -15.779 1.00209.79 C \ ANISOU30792 CD2 TYR L 208 30116 27208 23410 1354 616 125 C \ ATOM 30793 CE1 TYR L 208 -1.637 83.892 -14.780 1.00211.29 C \ ANISOU30793 CE1 TYR L 208 30045 27048 23427 1129 589 9 C \ ATOM 30794 CE2 TYR L 208 -1.144 81.551 -14.604 1.00210.38 C \ ANISOU30794 CE2 TYR L 208 31409 27198 23322 1542 750 -79 C \ ATOM 30795 CZ TYR L 208 -1.751 82.687 -14.105 1.00211.15 C \ ANISOU30795 CZ TYR L 208 31952 27445 23462 1690 793 -71 C \ ATOM 30796 OH TYR L 208 -2.471 82.615 -12.935 1.00212.17 O \ ANISOU30796 OH TYR L 208 32468 27582 23694 1580 807 -193 O \ ATOM 30797 N ASN L 209 1.637 82.890 -20.643 1.00211.10 N \ ANISOU30797 N ASN L 209 32879 27666 23736 1648 841 -216 N \ ATOM 30798 CA ASN L 209 2.710 83.220 -21.590 1.00210.21 C \ ANISOU30798 CA ASN L 209 31846 27484 23380 1841 803 9 C \ ATOM 30799 C ASN L 209 2.167 84.090 -22.724 1.00211.34 C \ ANISOU30799 C ASN L 209 31670 27608 23346 2015 805 148 C \ ATOM 30800 O ASN L 209 2.749 85.134 -23.039 1.00211.35 O \ ANISOU30800 O ASN L 209 31396 27546 23206 2101 802 214 O \ ATOM 30801 CB ASN L 209 3.378 81.930 -22.116 1.00208.01 C \ ANISOU30801 CB ASN L 209 32046 27789 23385 2194 846 196 C \ ATOM 30802 CG ASN L 209 4.411 82.180 -23.222 1.00206.77 C \ ANISOU30802 CG ASN L 209 32581 27741 23977 1408 781 -271 C \ ATOM 30803 OD1 ASN L 209 5.596 82.456 -22.977 1.00204.78 O \ ANISOU30803 OD1 ASN L 209 32972 27807 24127 1284 789 -388 O \ ATOM 30804 ND2 ASN L 209 3.961 82.030 -24.460 1.00206.89 N \ ANISOU30804 ND2 ASN L 209 33411 27987 24380 1183 798 -461 N \ ATOM 30805 N GLU L 210 1.028 83.694 -23.295 1.00211.88 N \ ANISOU30805 N GLU L 210 33528 27780 24215 1108 813 -548 N \ ATOM 30806 CA GLU L 210 0.398 84.478 -24.362 1.00212.35 C \ ANISOU30806 CA GLU L 210 32659 27648 24074 1118 757 -449 C \ ATOM 30807 C GLU L 210 0.046 85.894 -23.889 1.00213.73 C \ ANISOU30807 C GLU L 210 32389 27485 24034 948 729 -502 C \ ATOM 30808 O GLU L 210 0.272 86.863 -24.621 1.00214.46 O \ ANISOU30808 O GLU L 210 33601 28322 24726 1177 787 -427 O \ ATOM 30809 CB GLU L 210 -0.834 83.752 -24.919 1.00212.28 C \ ANISOU30809 CB GLU L 210 33995 28499 24964 1088 795 -488 C \ ATOM 30810 CG GLU L 210 -0.470 82.509 -25.722 1.00212.01 C \ ANISOU30810 CG GLU L 210 34730 28981 25341 1247 834 -446 C \ ATOM 30811 CD GLU L 210 -1.650 81.599 -26.030 1.00212.23 C \ ANISOU30811 CD GLU L 210 35132 29138 25540 1186 847 -499 C \ ATOM 30812 OE1 GLU L 210 -2.512 81.382 -25.147 1.00212.48 O \ ANISOU30812 OE1 GLU L 210 33563 28340 24872 990 762 -481 O \ ATOM 30813 OE2 GLU L 210 -1.699 81.077 -27.165 1.00211.93 O \ ANISOU30813 OE2 GLU L 210 33220 28232 24880 825 724 -528 O \ ATOM 30814 N LEU L 211 -0.471 86.012 -22.664 1.00215.63 N \ ANISOU30814 N LEU L 211 33168 28040 24771 688 719 -624 N \ ATOM 30815 CA LEU L 211 -0.744 87.328 -22.059 1.00218.08 C \ ANISOU30815 CA LEU L 211 32973 28343 25015 803 691 -478 C \ ATOM 30816 C LEU L 211 0.501 88.210 -21.972 1.00220.41 C \ ANISOU30816 C LEU L 211 32912 28000 24829 545 686 -665 C \ ATOM 30817 O LEU L 211 0.420 89.423 -22.173 1.00221.82 O \ ANISOU30817 O LEU L 211 32712 28281 25062 658 658 -521 O \ ATOM 30818 CB LEU L 211 -1.340 87.189 -20.654 1.00217.69 C \ ANISOU30818 CB LEU L 211 32722 28153 25010 535 657 -613 C \ ATOM 30819 CG LEU L 211 -2.807 86.779 -20.553 1.00217.46 C \ ANISOU30819 CG LEU L 211 32411 28040 24996 400 626 -655 C \ ATOM 30820 CD1 LEU L 211 -3.103 86.263 -19.157 1.00216.21 C \ ANISOU30820 CD1 LEU L 211 35155 29465 25685 1452 855 -350 C \ ATOM 30821 CD2 LEU L 211 -3.719 87.941 -20.910 1.00219.03 C \ ANISOU30821 CD2 LEU L 211 35669 29784 25886 1628 893 -293 C \ ATOM 30822 N SER L 212 1.650 87.600 -21.685 1.00221.87 N \ ANISOU30822 N SER L 212 36245 29893 25997 1652 931 -356 N \ ATOM 30823 CA SER L 212 2.909 88.344 -21.557 1.00223.47 C \ ANISOU30823 CA SER L 212 36517 30050 26105 1731 948 -354 C \ ATOM 30824 C SER L 212 3.362 89.021 -22.860 1.00225.76 C \ ANISOU30824 C SER L 212 35668 30026 25963 1845 902 -164 C \ ATOM 30825 O SER L 212 4.219 89.908 -22.821 1.00225.09 O \ ANISOU30825 O SER L 212 35276 30082 26002 1831 867 -92 O \ ATOM 30826 CB SER L 212 4.031 87.432 -21.046 1.00222.09 C \ ANISOU30826 CB SER L 212 35250 30281 26014 2052 880 42 C \ ATOM 30827 OG SER L 212 4.645 86.713 -22.103 1.00220.84 O \ ANISOU30827 OG SER L 212 34923 30309 26005 2047 852 114 O \ ATOM 30828 N TYR L 213 2.809 88.595 -24.000 1.00228.05 N \ ANISOU30828 N TYR L 213 35006 30252 25971 2006 858 85 N \ ATOM 30829 CA TYR L 213 3.155 89.172 -25.305 1.00230.18 C \ ANISOU30829 CA TYR L 213 36472 29849 26005 1589 945 -410 C \ ATOM 30830 C TYR L 213 2.287 90.374 -25.697 1.00234.38 C \ ANISOU30830 C TYR L 213 37003 29909 26089 1578 979 -480 C \ ATOM 30831 O TYR L 213 2.611 91.075 -26.661 1.00236.37 O \ ANISOU30831 O TYR L 213 37580 30268 26308 1815 1025 -414 O \ ATOM 30832 CB TYR L 213 3.061 88.112 -26.417 1.00228.38 C \ ANISOU30832 CB TYR L 213 38146 30456 26507 1824 1052 -467 C \ ATOM 30833 CG TYR L 213 3.957 86.901 -26.241 1.00227.22 C \ ANISOU30833 CG TYR L 213 37098 29775 26038 1459 985 -543 C \ ATOM 30834 CD1 TYR L 213 5.255 87.037 -25.768 1.00226.29 C \ ANISOU30834 CD1 TYR L 213 37169 29940 26118 1585 997 -463 C \ ATOM 30835 CD2 TYR L 213 3.515 85.619 -26.582 1.00227.22 C \ ANISOU30835 CD2 TYR L 213 36832 29672 26075 1216 945 -624 C \ ATOM 30836 CE1 TYR L 213 6.084 85.939 -25.619 1.00225.67 C \ ANISOU30836 CE1 TYR L 213 37534 30460 26364 2004 1032 -298 C \ ATOM 30837 CE2 TYR L 213 4.339 84.513 -26.431 1.00226.49 C \ ANISOU30837 CE2 TYR L 213 37721 30498 26247 2251 1075 -222 C \ ATOM 30838 CZ TYR L 213 5.625 84.677 -25.940 1.00226.04 C \ ANISOU30838 CZ TYR L 213 37671 30509 26205 2324 1077 -205 C \ ATOM 30839 OH TYR L 213 6.467 83.596 -25.774 1.00224.89 O \ ANISOU30839 OH TYR L 213 37737 30368 25956 2504 1115 -170 O \ ATOM 30840 N LYS L 214 1.205 90.622 -24.958 1.00237.68 N \ ANISOU30840 N LYS L 214 37586 30625 26228 2427 1083 -99 N \ ATOM 30841 CA LYS L 214 0.235 91.661 -25.331 1.00240.40 C \ ANISOU30841 CA LYS L 214 37958 30764 26209 2679 1135 -30 C \ ATOM 30842 C LYS L 214 0.734 93.079 -25.028 1.00242.49 C \ ANISOU30842 C LYS L 214 37137 30675 26216 2455 1049 -19 C \ ATOM 30843 O LYS L 214 0.787 93.503 -23.868 1.00243.91 O \ ANISOU30843 O LYS L 214 37813 30899 26176 2862 1143 96 O \ ATOM 30844 CB LYS L 214 -1.112 91.414 -24.640 1.00241.23 C \ ANISOU30844 CB LYS L 214 37330 30444 26212 2188 1037 -231 C \ ATOM 30845 CG LYS L 214 -1.744 90.090 -25.010 1.00240.46 C \ ANISOU30845 CG LYS L 214 37238 30419 26150 2229 1034 -226 C \ ATOM 30846 CD LYS L 214 -3.178 89.991 -24.520 1.00240.94 C \ ANISOU30846 CD LYS L 214 37287 30107 25944 2090 1039 -346 C \ ATOM 30847 CE LYS L 214 -3.984 89.052 -25.398 1.00240.13 C \ ANISOU30847 CE LYS L 214 36876 29579 25550 1889 1022 -438 C \ ATOM 30848 NZ LYS L 214 -4.032 89.512 -26.815 1.00240.11 N \ ANISOU30848 NZ LYS L 214 36823 30472 26231 2149 990 -193 N \ ATOM 30849 N THR L 215 1.051 93.819 -26.090 1.00243.00 N \ ANISOU30849 N THR L 215 36791 30509 26229 2187 987 -188 N \ ATOM 30850 CA THR L 215 1.638 95.160 -25.973 1.00244.77 C \ ANISOU30850 CA THR L 215 36620 30631 26282 2274 983 -73 C \ ATOM 30851 C THR L 215 0.701 96.203 -25.349 1.00247.81 C \ ANISOU30851 C THR L 215 37446 30097 25862 2196 1062 -345 C \ ATOM 30852 O THR L 215 1.162 97.241 -24.868 1.00250.32 O \ ANISOU30852 O THR L 215 37692 30001 25848 2072 1066 -455 O \ ATOM 30853 CB THR L 215 2.121 95.686 -27.342 1.00244.53 C \ ANISOU30853 CB THR L 215 37218 29734 25697 1847 1020 -526 C \ ATOM 30854 OG1 THR L 215 1.019 95.745 -28.259 1.00245.37 O \ ANISOU30854 OG1 THR L 215 36791 29706 25653 1846 992 -476 O \ ATOM 30855 CG2 THR L 215 3.212 94.787 -27.911 1.00243.66 C \ ANISOU30855 CG2 THR L 215 38097 30216 25950 2243 1097 -433 C \ ATOM 30856 N ILE L 216 -0.604 95.932 -25.367 1.00248.35 N \ ANISOU30856 N ILE L 216 38570 30275 26077 2133 1107 -545 N \ ATOM 30857 CA ILE L 216 -1.598 96.805 -24.733 1.00248.63 C \ ANISOU30857 CA ILE L 216 38565 30333 26184 1995 1080 -609 C \ ATOM 30858 C ILE L 216 -1.584 96.662 -23.196 1.00248.42 C \ ANISOU30858 C ILE L 216 38969 30192 26019 2134 1139 -603 C \ ATOM 30859 O ILE L 216 -2.107 97.530 -22.488 1.00247.56 O \ ANISOU30859 O ILE L 216 38928 30279 26175 1912 1094 -703 O \ ATOM 30860 CB ILE L 216 -3.011 96.545 -25.333 1.00248.56 C \ ANISOU30860 CB ILE L 216 39195 30202 26090 1992 1130 -702 C \ ATOM 30861 CG1 ILE L 216 -3.983 97.693 -25.043 1.00249.85 C \ ANISOU30861 CG1 ILE L 216 37052 29288 25363 1658 1015 -641 C \ ATOM 30862 CG2 ILE L 216 -3.593 95.232 -24.847 1.00247.48 C \ ANISOU30862 CG2 ILE L 216 36347 28733 24919 1428 975 -721 C \ ATOM 30863 CD1 ILE L 216 -5.389 97.453 -25.552 1.00249.74 C \ ANISOU30863 CD1 ILE L 216 36116 28771 24913 1450 955 -697 C \ ATOM 30864 N VAL L 217 -0.973 95.582 -22.692 1.00247.37 N \ ANISOU30864 N VAL L 217 35605 28611 24804 1350 919 -692 N \ ATOM 30865 CA VAL L 217 -0.802 95.373 -21.249 1.00246.89 C \ ANISOU30865 CA VAL L 217 36241 28229 24500 1256 981 -843 C \ ATOM 30866 C VAL L 217 0.484 96.059 -20.784 1.00245.66 C \ ANISOU30866 C VAL L 217 35718 27848 24229 1006 941 -930 C \ ATOM 30867 O VAL L 217 1.490 96.045 -21.495 1.00242.15 O \ ANISOU30867 O VAL L 217 35795 27539 23987 835 947 -1045 O \ ATOM 30868 CB VAL L 217 -0.747 93.866 -20.897 1.00246.16 C \ ANISOU30868 CB VAL L 217 36069 27433 23873 883 980 -1061 C \ ATOM 30869 CG1 VAL L 217 -0.525 93.649 -19.401 1.00246.17 C \ ANISOU30869 CG1 VAL L 217 35525 27351 23856 649 919 -1119 C \ ATOM 30870 CG2 VAL L 217 -2.019 93.169 -21.353 1.00246.17 C \ ANISOU30870 CG2 VAL L 217 36356 28836 24887 1577 979 -685 C \ ATOM 30871 N HIS L 218 0.444 96.656 -19.596 1.00245.84 N \ ANISOU30871 N HIS L 218 36211 28934 24924 1623 964 -654 N \ ATOM 30872 CA HIS L 218 1.607 97.342 -19.059 1.00246.20 C \ ANISOU30872 CA HIS L 218 35937 29122 25054 1732 949 -539 C \ ATOM 30873 C HIS L 218 2.767 96.367 -18.811 1.00243.85 C \ ANISOU30873 C HIS L 218 35884 29379 25329 1668 918 -530 C \ ATOM 30874 O HIS L 218 2.563 95.211 -18.394 1.00242.53 O \ ANISOU30874 O HIS L 218 36453 28898 24779 1774 998 -649 O \ ATOM 30875 CB HIS L 218 1.248 98.093 -17.776 1.00248.10 C \ ANISOU30875 CB HIS L 218 36581 29008 24769 2018 1032 -549 C \ ATOM 30876 CG HIS L 218 2.331 99.006 -17.295 1.00249.83 C \ ANISOU30876 CG HIS L 218 35819 29055 24917 1889 969 -453 C \ ATOM 30877 ND1 HIS L 218 3.309 98.595 -16.415 1.00250.25 N \ ANISOU30877 ND1 HIS L 218 35333 29004 24799 1992 954 -339 N \ ATOM 30878 CD2 HIS L 218 2.603 100.301 -17.585 1.00250.51 C \ ANISOU30878 CD2 HIS L 218 34671 28620 24529 1830 916 -350 C \ ATOM 30879 CE1 HIS L 218 4.128 99.603 -16.172 1.00251.04 C \ ANISOU30879 CE1 HIS L 218 34275 28611 24517 1822 888 -293 C \ ATOM 30880 NE2 HIS L 218 3.724 100.648 -16.872 1.00251.32 N \ ANISOU30880 NE2 HIS L 218 35655 29299 24952 2229 990 -237 N \ ATOM 30881 N GLU L 219 3.979 96.859 -19.074 1.00241.36 N \ ANISOU30881 N GLU L 219 36123 29524 25051 2410 1028 -218 N \ ATOM 30882 CA GLU L 219 5.218 96.079 -18.969 1.00236.87 C \ ANISOU30882 CA GLU L 219 36256 29786 25137 2668 1057 -89 C \ ATOM 30883 C GLU L 219 5.321 95.300 -17.662 1.00236.35 C \ ANISOU30883 C GLU L 219 35923 29829 25093 2751 1044 0 C \ ATOM 30884 O GLU L 219 5.649 94.104 -17.675 1.00234.30 O \ ANISOU30884 O GLU L 219 36671 29931 25225 2788 1094 -75 O \ ATOM 30885 CB GLU L 219 6.440 96.994 -19.135 1.00234.17 C \ ANISOU30885 CB GLU L 219 34450 28197 24212 1693 914 -426 C \ ATOM 30886 CG GLU L 219 7.772 96.265 -19.265 1.00231.07 C \ ANISOU30886 CG GLU L 219 33976 27956 24091 1516 877 -455 C \ ATOM 30887 CD GLU L 219 8.944 97.207 -19.454 1.00229.82 C \ ANISOU30887 CD GLU L 219 33350 27520 23735 1362 843 -506 C \ ATOM 30888 OE1 GLU L 219 8.736 98.366 -19.873 1.00229.97 O \ ANISOU30888 OE1 GLU L 219 32942 27457 23721 1297 810 -478 O \ ATOM 30889 OE2 GLU L 219 10.085 96.782 -19.186 1.00228.27 O \ ANISOU30889 OE2 GLU L 219 34272 27979 24211 1386 882 -538 O \ ATOM 30890 N SER L 220 5.083 95.980 -16.543 1.00237.08 N \ ANISOU30890 N SER L 220 34511 28080 24243 1524 912 -483 N \ ATOM 30891 CA SER L 220 5.079 95.330 -15.233 1.00237.06 C \ ANISOU30891 CA SER L 220 34692 27990 24246 1397 918 -561 C \ ATOM 30892 C SER L 220 4.101 94.148 -15.167 1.00237.17 C \ ANISOU30892 C SER L 220 34953 27866 24179 1290 931 -665 C \ ATOM 30893 O SER L 220 4.429 93.113 -14.587 1.00238.43 O \ ANISOU30893 O SER L 220 35115 27736 24124 1175 941 -740 O \ ATOM 30894 CB SER L 220 4.786 96.344 -14.115 1.00237.22 C \ ANISOU30894 CB SER L 220 35152 27820 24235 1155 939 -725 C \ ATOM 30895 OG SER L 220 3.428 96.755 -14.111 1.00237.82 O \ ANISOU30895 OG SER L 220 35263 27545 23975 1075 952 -831 O \ ATOM 30896 N GLU L 221 2.923 94.279 -15.777 1.00236.32 N \ ANISOU30896 N GLU L 221 33193 27146 23363 1314 850 -575 N \ ATOM 30897 CA GLU L 221 1.931 93.199 -15.751 1.00234.60 C \ ANISOU30897 CA GLU L 221 32786 26905 23180 1175 819 -624 C \ ATOM 30898 C GLU L 221 2.253 92.096 -16.762 1.00231.14 C \ ANISOU30898 C GLU L 221 32325 26760 22954 1292 810 -537 C \ ATOM 30899 O GLU L 221 1.999 90.902 -16.499 1.00230.04 O \ ANISOU30899 O GLU L 221 31886 26606 22852 1201 779 -537 O \ ATOM 30900 CB GLU L 221 0.521 93.754 -15.949 1.00236.63 C \ ANISOU30900 CB GLU L 221 33098 26887 23177 1079 828 -727 C \ ATOM 30901 CG GLU L 221 0.127 94.751 -14.865 1.00238.71 C \ ANISOU30901 CG GLU L 221 33156 26771 23180 865 817 -835 C \ ATOM 30902 CD GLU L 221 -1.372 94.909 -14.706 1.00239.98 C \ ANISOU30902 CD GLU L 221 33382 26713 23130 904 844 -840 C \ ATOM 30903 OE1 GLU L 221 -2.007 94.027 -14.089 1.00239.10 O \ ANISOU30903 OE1 GLU L 221 33312 26720 23144 734 814 -934 O \ ATOM 30904 OE2 GLU L 221 -1.912 95.916 -15.205 1.00241.68 O \ ANISOU30904 OE2 GLU L 221 32411 26791 22853 1498 839 -460 O \ ATOM 30905 N ARG L 222 2.863 92.468 -17.892 1.00228.61 N \ ANISOU30905 N ARG L 222 32182 26883 22851 1628 833 -361 N \ ATOM 30906 CA ARG L 222 3.375 91.447 -18.832 1.00226.41 C \ ANISOU30906 CA ARG L 222 31671 26748 22748 1619 808 -286 C \ ATOM 30907 C ARG L 222 4.405 90.535 -18.148 1.00222.68 C \ ANISOU30907 C ARG L 222 31251 26642 22666 1576 780 -256 C \ ATOM 30908 O ARG L 222 4.414 89.305 -18.346 1.00221.40 O \ ANISOU30908 O ARG L 222 32497 27074 22883 1862 871 -287 O \ ATOM 30909 CB ARG L 222 3.986 92.079 -20.090 1.00227.56 C \ ANISOU30909 CB ARG L 222 32353 27235 22931 1997 868 -189 C \ ATOM 30910 CG ARG L 222 2.965 92.800 -20.966 1.00228.54 C \ ANISOU30910 CG ARG L 222 32325 27239 22950 1919 853 -239 C \ ATOM 30911 CD ARG L 222 3.559 93.430 -22.225 1.00228.79 C \ ANISOU30911 CD ARG L 222 32460 27082 22846 1811 856 -344 C \ ATOM 30912 NE ARG L 222 4.636 94.387 -21.955 1.00228.97 N \ ANISOU30912 NE ARG L 222 32121 27356 23019 1968 838 -169 N \ ATOM 30913 CZ ARG L 222 5.255 95.106 -22.893 1.00228.91 C \ ANISOU30913 CZ ARG L 222 31609 26647 22654 1646 815 -263 C \ ATOM 30914 NH1 ARG L 222 4.923 94.982 -24.176 1.00229.52 N \ ANISOU30914 NH1 ARG L 222 31329 26704 22749 1615 789 -204 N \ ATOM 30915 NH2 ARG L 222 6.218 95.954 -22.547 1.00228.41 N \ ANISOU30915 NH2 ARG L 222 31015 26544 22743 1399 750 -273 N \ ATOM 30916 N LEU L 223 5.230 91.121 -17.286 1.00220.30 N \ ANISOU30916 N LEU L 223 30527 26397 22621 1376 722 -221 N \ ATOM 30917 CA LEU L 223 6.247 90.352 -16.570 1.00218.11 C \ ANISOU30917 CA LEU L 223 31448 26724 22755 1658 803 -184 C \ ATOM 30918 C LEU L 223 5.648 89.533 -15.443 1.00215.92 C \ ANISOU30918 C LEU L 223 31097 26373 22673 1243 748 -389 C \ ATOM 30919 O LEU L 223 6.107 88.433 -15.138 1.00214.09 O \ ANISOU30919 O LEU L 223 30507 25912 22349 1039 714 -462 O \ ATOM 30920 CB LEU L 223 7.334 91.268 -16.003 1.00218.88 C \ ANISOU30920 CB LEU L 223 30069 25684 22120 1015 696 -454 C \ ATOM 30921 CG LEU L 223 8.479 91.509 -16.985 1.00218.73 C \ ANISOU30921 CG LEU L 223 29857 25751 22262 929 666 -444 C \ ATOM 30922 CD1 LEU L 223 8.027 92.453 -18.087 1.00219.04 C \ ANISOU30922 CD1 LEU L 223 30669 25755 22274 884 720 -586 C \ ATOM 30923 CD2 LEU L 223 9.708 92.034 -16.273 1.00218.92 C \ ANISOU30923 CD2 LEU L 223 30417 25612 22266 672 689 -666 C \ ATOM 30924 N GLU L 224 4.626 90.083 -14.792 1.00215.96 N \ ANISOU30924 N GLU L 224 30237 25636 22353 639 671 -634 N \ ATOM 30925 CA GLU L 224 3.873 89.310 -13.813 1.00215.60 C \ ANISOU30925 CA GLU L 224 30601 25468 22173 532 698 -782 C \ ATOM 30926 C GLU L 224 3.263 88.090 -14.507 1.00213.63 C \ ANISOU30926 C GLU L 224 30009 25485 21835 1095 714 -456 C \ ATOM 30927 O GLU L 224 3.409 86.963 -13.993 1.00212.03 O \ ANISOU30927 O GLU L 224 29761 25423 21750 1092 700 -441 O \ ATOM 30928 CB GLU L 224 2.803 90.156 -13.124 1.00217.01 C \ ANISOU30928 CB GLU L 224 29439 25472 21755 1198 688 -322 C \ ATOM 30929 CG GLU L 224 2.119 89.479 -11.941 1.00217.19 C \ ANISOU30929 CG GLU L 224 29052 25351 21690 1124 660 -312 C \ ATOM 30930 CD GLU L 224 3.046 89.204 -10.762 1.00217.17 C \ ANISOU30930 CD GLU L 224 29945 25371 21593 1184 726 -457 C \ ATOM 30931 OE1 GLU L 224 4.070 89.908 -10.613 1.00216.84 O \ ANISOU30931 OE1 GLU L 224 29702 25290 21474 1184 714 -449 O \ ATOM 30932 OE2 GLU L 224 2.732 88.291 -9.962 1.00217.12 O \ ANISOU30932 OE2 GLU L 224 29989 25310 21386 1275 741 -471 O \ ATOM 30933 N ALA L 225 2.655 88.297 -15.685 1.00212.95 N \ ANISOU30933 N ALA L 225 29839 25356 21355 1333 734 -431 N \ ATOM 30934 CA ALA L 225 2.142 87.163 -16.472 1.00212.61 C \ ANISOU30934 CA ALA L 225 30058 25320 21200 1448 762 -441 C \ ATOM 30935 C ALA L 225 3.243 86.144 -16.810 1.00211.35 C \ ANISOU30935 C ALA L 225 29517 25571 21749 1370 708 -230 C \ ATOM 30936 O ALA L 225 3.050 84.920 -16.639 1.00209.36 O \ ANISOU30936 O ALA L 225 29323 25738 21866 1464 695 -111 O \ ATOM 30937 CB ALA L 225 1.463 87.641 -17.753 1.00213.00 C \ ANISOU30937 CB ALA L 225 28959 25606 21860 1332 661 -112 C \ ATOM 30938 N LEU L 226 4.391 86.648 -17.286 1.00210.93 N \ ANISOU30938 N LEU L 226 28773 25722 22000 1316 638 -59 N \ ATOM 30939 CA LEU L 226 5.536 85.755 -17.586 1.00207.31 C \ ANISOU30939 CA LEU L 226 29563 25965 21949 1664 723 -14 C \ ATOM 30940 C LEU L 226 6.007 84.962 -16.359 1.00204.96 C \ ANISOU30940 C LEU L 226 29792 26115 21950 1833 752 30 C \ ATOM 30941 O LEU L 226 6.288 83.759 -16.451 1.00204.95 O \ ANISOU30941 O LEU L 226 29622 26218 21968 1925 746 118 O \ ATOM 30942 CB LEU L 226 6.707 86.557 -18.171 1.00207.13 C \ ANISOU30942 CB LEU L 226 30176 26174 21929 1926 786 0 C \ ATOM 30943 CG LEU L 226 7.862 85.759 -18.788 1.00206.07 C \ ANISOU30943 CG LEU L 226 29837 26286 21905 2071 777 138 C \ ATOM 30944 CD1 LEU L 226 7.399 84.935 -19.980 1.00205.89 C \ ANISOU30944 CD1 LEU L 226 30189 26268 21890 2076 801 67 C \ ATOM 30945 CD2 LEU L 226 8.984 86.699 -19.200 1.00205.93 C \ ANISOU30945 CD2 LEU L 226 28890 25391 21726 1239 659 -173 C \ ATOM 30946 N LYS L 227 6.082 85.636 -15.216 1.00203.53 N \ ANISOU30946 N LYS L 227 28530 25225 21686 1104 627 -187 N \ ATOM 30947 CA LYS L 227 6.461 84.995 -13.953 1.00202.48 C \ ANISOU30947 CA LYS L 227 28092 24904 21476 954 601 -247 C \ ATOM 30948 C LYS L 227 5.460 83.896 -13.600 1.00201.78 C \ ANISOU30948 C LYS L 227 27658 24754 21387 909 574 -207 C \ ATOM 30949 O LYS L 227 5.861 82.765 -13.253 1.00200.27 O \ ANISOU30949 O LYS L 227 28797 25283 21809 1022 632 -256 O \ ATOM 30950 CB LYS L 227 6.534 86.039 -12.834 1.00202.42 C \ ANISOU30950 CB LYS L 227 28000 24590 21184 878 609 -340 C \ ATOM 30951 CG LYS L 227 6.969 85.518 -11.478 1.00201.25 C \ ANISOU30951 CG LYS L 227 27630 24315 20995 739 587 -402 C \ ATOM 30952 CD LYS L 227 7.017 86.652 -10.463 1.00201.83 C \ ANISOU30952 CD LYS L 227 27545 24498 21134 810 576 -325 C \ ATOM 30953 CE LYS L 227 7.067 86.146 -9.029 1.00201.48 C \ ANISOU30953 CE LYS L 227 27384 24577 21296 730 549 -316 C \ ATOM 30954 NZ LYS L 227 6.921 87.260 -8.050 1.00201.55 N \ ANISOU30954 NZ LYS L 227 27693 24091 20774 653 598 -511 N \ ATOM 30955 N HIS L 228 4.165 84.224 -13.708 1.00202.23 N \ ANISOU30955 N HIS L 228 27523 24011 20756 515 578 -577 N \ ATOM 30956 CA HIS L 228 3.129 83.190 -13.521 1.00202.47 C \ ANISOU30956 CA HIS L 228 27240 23927 20801 383 550 -600 C \ ATOM 30957 C HIS L 228 3.295 82.016 -14.496 1.00201.14 C \ ANISOU30957 C HIS L 228 27790 23980 20715 423 590 -685 C \ ATOM 30958 O HIS L 228 3.178 80.854 -14.092 1.00201.33 O \ ANISOU30958 O HIS L 228 27708 24624 21128 961 597 -266 O \ ATOM 30959 CB HIS L 228 1.718 83.780 -13.631 1.00203.91 C \ ANISOU30959 CB HIS L 228 27476 24652 21101 1037 589 -185 C \ ATOM 30960 CG HIS L 228 1.255 84.470 -12.383 1.00204.92 C \ ANISOU30960 CG HIS L 228 27239 24734 21209 1067 569 -87 C \ ATOM 30961 ND1 HIS L 228 0.763 83.786 -11.293 1.00204.79 N \ ANISOU30961 ND1 HIS L 228 27056 24787 21317 1017 547 -63 N \ ATOM 30962 CD2 HIS L 228 1.217 85.781 -12.051 1.00206.03 C \ ANISOU30962 CD2 HIS L 228 27667 24752 21042 1209 617 -133 C \ ATOM 30963 CE1 HIS L 228 0.441 84.646 -10.343 1.00205.37 C \ ANISOU30963 CE1 HIS L 228 28038 24843 21104 1175 632 -224 C \ ATOM 30964 NE2 HIS L 228 0.706 85.864 -10.778 1.00206.21 N \ ANISOU30964 NE2 HIS L 228 28313 25039 21171 1302 653 -196 N \ ATOM 30965 N ALA L 229 3.574 82.307 -15.768 1.00200.05 N \ ANISOU30965 N ALA L 229 28131 24723 21064 1023 628 -343 N \ ATOM 30966 CA ALA L 229 3.821 81.230 -16.749 1.00198.56 C \ ANISOU30966 CA ALA L 229 28545 25009 21144 1226 660 -297 C \ ATOM 30967 C ALA L 229 4.999 80.350 -16.335 1.00196.01 C \ ANISOU30967 C ALA L 229 28419 24802 21062 1055 645 -385 C \ ATOM 30968 O ALA L 229 4.924 79.099 -16.372 1.00194.23 O \ ANISOU30968 O ALA L 229 27238 24736 21173 1143 577 -32 O \ ATOM 30969 CB ALA L 229 4.072 81.804 -18.137 1.00199.74 C \ ANISOU30969 CB ALA L 229 26919 24712 21167 1161 557 59 C \ ATOM 30970 N LEU L 230 6.087 81.011 -15.937 1.00194.17 N \ ANISOU30970 N LEU L 230 26668 24573 21197 988 525 6 N \ ATOM 30971 CA LEU L 230 7.284 80.304 -15.502 1.00191.97 C \ ANISOU30971 CA LEU L 230 26508 24683 21353 967 501 66 C \ ATOM 30972 C LEU L 230 7.002 79.435 -14.281 1.00192.60 C \ ANISOU30972 C LEU L 230 26990 24749 21120 1266 571 118 C \ ATOM 30973 O LEU L 230 7.350 78.240 -14.288 1.00192.81 O \ ANISOU30973 O LEU L 230 27181 24909 21061 1503 608 217 O \ ATOM 30974 CB LEU L 230 8.437 81.272 -15.218 1.00190.97 C \ ANISOU30974 CB LEU L 230 26600 24297 21013 863 524 -103 C \ ATOM 30975 CG LEU L 230 9.732 80.667 -14.663 1.00190.26 C \ ANISOU30975 CG LEU L 230 26305 24095 20967 700 496 -161 C \ ATOM 30976 CD1 LEU L 230 10.225 79.516 -15.527 1.00189.42 C \ ANISOU30976 CD1 LEU L 230 26137 24065 20997 629 479 -181 C \ ATOM 30977 CD2 LEU L 230 10.806 81.735 -14.534 1.00190.78 C \ ANISOU30977 CD2 LEU L 230 25919 24061 21086 564 454 -160 C \ ATOM 30978 N HIS L 231 6.367 80.006 -13.251 1.00193.34 N \ ANISOU30978 N HIS L 231 26403 23945 20892 581 500 -276 N \ ATOM 30979 CA HIS L 231 6.042 79.208 -12.054 1.00192.74 C \ ANISOU30979 CA HIS L 231 26693 24107 20997 650 516 -254 C \ ATOM 30980 C HIS L 231 5.169 78.002 -12.390 1.00192.61 C \ ANISOU30980 C HIS L 231 26132 23790 20887 426 472 -328 C \ ATOM 30981 O HIS L 231 5.461 76.888 -11.948 1.00192.55 O \ ANISOU30981 O HIS L 231 26345 24150 21026 642 493 -221 O \ ATOM 30982 CB HIS L 231 5.376 80.060 -10.977 1.00193.34 C \ ANISOU30982 CB HIS L 231 26346 24293 21201 591 480 -232 C \ ATOM 30983 CG HIS L 231 6.292 81.074 -10.373 1.00194.73 C \ ANISOU30983 CG HIS L 231 26347 24586 21464 683 469 -112 C \ ATOM 30984 ND1 HIS L 231 6.017 81.720 -9.186 1.00196.14 N \ ANISOU30984 ND1 HIS L 231 26436 24871 21835 615 447 -102 N \ ATOM 30985 CD2 HIS L 231 7.497 81.534 -10.783 1.00194.55 C \ ANISOU30985 CD2 HIS L 231 26545 24311 21139 602 497 -289 C \ ATOM 30986 CE1 HIS L 231 7.004 82.551 -8.904 1.00196.60 C \ ANISOU30986 CE1 HIS L 231 26828 24330 21207 476 502 -414 C \ ATOM 30987 NE2 HIS L 231 7.915 82.456 -9.856 1.00195.51 N \ ANISOU30987 NE2 HIS L 231 26370 24312 21147 573 484 -283 N \ ATOM 30988 N CYS L 232 4.122 78.216 -13.190 1.00192.52 N \ ANISOU30988 N CYS L 232 27241 24508 21292 493 522 -469 N \ ATOM 30989 CA CYS L 232 3.245 77.116 -13.623 1.00191.60 C \ ANISOU30989 CA CYS L 232 26414 24684 21436 836 485 -20 C \ ATOM 30990 C CYS L 232 3.989 76.058 -14.449 1.00190.65 C \ ANISOU30990 C CYS L 232 26270 24817 21517 934 478 102 C \ ATOM 30991 O CYS L 232 3.746 74.848 -14.287 1.00190.93 O \ ANISOU30991 O CYS L 232 26083 24836 21609 906 456 166 O \ ATOM 30992 CB CYS L 232 2.052 77.651 -14.416 1.00191.76 C \ ANISOU30992 CB CYS L 232 25972 24973 21738 943 443 256 C \ ATOM 30993 SG CYS L 232 0.867 78.578 -13.414 1.00192.53 S \ ANISOU30993 SG CYS L 232 26433 24949 21473 1112 504 182 S \ ATOM 30994 N THR L 233 4.896 76.498 -15.323 1.00189.26 N \ ANISOU30994 N THR L 233 26661 24995 21425 1166 527 140 N \ ATOM 30995 CA THR L 233 5.698 75.531 -16.087 1.00187.83 C \ ANISOU30995 CA THR L 233 26952 25207 21471 1344 556 208 C \ ATOM 30996 C THR L 233 6.618 74.687 -15.195 1.00187.39 C \ ANISOU30996 C THR L 233 26597 25106 21535 1157 516 162 C \ ATOM 30997 O THR L 233 6.723 73.470 -15.390 1.00187.04 O \ ANISOU30997 O THR L 233 26030 24682 21516 843 451 121 O \ ATOM 30998 CB THR L 233 6.533 76.210 -17.177 1.00187.50 C \ ANISOU30998 CB THR L 233 25845 24676 21579 807 428 172 C \ ATOM 30999 OG1 THR L 233 5.672 76.987 -18.012 1.00188.97 O \ ANISOU30999 OG1 THR L 233 25415 24438 21480 699 399 171 O \ ATOM 31000 CG2 THR L 233 7.246 75.170 -18.029 1.00186.37 C \ ANISOU31000 CG2 THR L 233 25200 24180 21296 617 396 99 C \ ATOM 31001 N ILE L 234 7.276 75.324 -14.223 1.00188.24 N \ ANISOU31001 N ILE L 234 26147 24811 21762 743 429 106 N \ ATOM 31002 CA ILE L 234 8.109 74.576 -13.263 1.00189.08 C \ ANISOU31002 CA ILE L 234 25226 24458 21531 699 379 250 C \ ATOM 31003 C ILE L 234 7.261 73.544 -12.499 1.00190.55 C \ ANISOU31003 C ILE L 234 25130 24539 21751 602 351 258 C \ ATOM 31004 O ILE L 234 7.680 72.393 -12.331 1.00192.51 O \ ANISOU31004 O ILE L 234 25190 24477 21842 450 339 139 O \ ATOM 31005 CB ILE L 234 8.850 75.520 -12.281 1.00189.49 C \ ANISOU31005 CB ILE L 234 25431 24595 21973 416 340 94 C \ ATOM 31006 CG1 ILE L 234 9.895 76.347 -13.032 1.00190.46 C \ ANISOU31006 CG1 ILE L 234 24986 24623 21825 632 333 370 C \ ATOM 31007 CG2 ILE L 234 9.552 74.738 -11.175 1.00189.05 C \ ANISOU31007 CG2 ILE L 234 24624 24429 21760 550 307 388 C \ ATOM 31008 CD1 ILE L 234 10.423 77.527 -12.243 1.00192.24 C \ ANISOU31008 CD1 ILE L 234 25047 24375 21847 364 328 92 C \ ATOM 31009 N LEU L 235 6.067 73.955 -12.067 1.00190.91 N \ ANISOU31009 N LEU L 235 24962 24186 21792 224 319 -22 N \ ATOM 31010 CA LEU L 235 5.157 73.082 -11.314 1.00191.09 C \ ANISOU31010 CA LEU L 235 24989 24256 21960 154 298 -25 C \ ATOM 31011 C LEU L 235 4.436 72.032 -12.151 1.00190.89 C \ ANISOU31011 C LEU L 235 24807 24256 21984 173 281 60 C \ ATOM 31012 O LEU L 235 3.921 71.062 -11.591 1.00191.30 O \ ANISOU31012 O LEU L 235 24836 24145 21835 162 310 -50 O \ ATOM 31013 CB LEU L 235 4.096 73.916 -10.601 1.00191.75 C \ ANISOU31013 CB LEU L 235 25393 24495 22251 70 300 -123 C \ ATOM 31014 CG LEU L 235 4.610 74.903 -9.564 1.00192.35 C \ ANISOU31014 CG LEU L 235 25654 24777 22612 5 282 -134 C \ ATOM 31015 CD1 LEU L 235 3.495 75.864 -9.193 1.00193.79 C \ ANISOU31015 CD1 LEU L 235 26012 24926 22756 -43 292 -223 C \ ATOM 31016 CD2 LEU L 235 5.132 74.153 -8.356 1.00192.76 C \ ANISOU31016 CD2 LEU L 235 26068 24800 22577 -40 313 -285 C \ ATOM 31017 N ALA L 236 4.364 72.239 -13.468 1.00190.10 N \ ANISOU31017 N ALA L 236 26324 25263 23148 -91 276 -225 N \ ATOM 31018 CA ALA L 236 3.687 71.290 -14.368 1.00189.76 C \ ANISOU31018 CA ALA L 236 26720 25482 23386 -157 281 -313 C \ ATOM 31019 C ALA L 236 4.255 69.867 -14.323 1.00187.74 C \ ANISOU31019 C ALA L 236 27144 25741 23507 -70 307 -305 C \ ATOM 31020 O ALA L 236 5.413 69.661 -13.963 1.00186.02 O \ ANISOU31020 O ALA L 236 27448 25838 23597 -110 324 -392 O \ ATOM 31021 CB ALA L 236 3.721 71.812 -15.796 1.00191.40 C \ ANISOU31021 CB ALA L 236 26623 25472 23452 -217 256 -305 C \ ATOM 31022 N SER L 237 3.426 68.896 -14.707 1.00187.43 N \ ANISOU31022 N SER L 237 26628 25329 23383 -327 255 -416 N \ ATOM 31023 CA SER L 237 3.827 67.487 -14.749 1.00187.97 C \ ANISOU31023 CA SER L 237 26568 25352 23473 -384 230 -410 C \ ATOM 31024 C SER L 237 4.898 67.278 -15.824 1.00188.21 C \ ANISOU31024 C SER L 237 26462 25427 23584 -376 208 -338 C \ ATOM 31025 O SER L 237 4.759 67.781 -16.941 1.00189.50 O \ ANISOU31025 O SER L 237 26629 25277 23414 -446 233 -485 O \ ATOM 31026 CB SER L 237 2.605 66.599 -15.029 1.00188.01 C \ ANISOU31026 CB SER L 237 27228 25913 23567 49 310 -201 C \ ATOM 31027 OG SER L 237 2.914 65.217 -14.928 1.00186.38 O \ ANISOU31027 OG SER L 237 27427 25963 23477 151 337 -183 O \ ATOM 31028 N ALA L 238 5.954 66.536 -15.484 1.00187.58 N \ ANISOU31028 N ALA L 238 27401 25772 23232 188 363 -223 N \ ATOM 31029 CA ALA L 238 7.097 66.328 -16.381 1.00186.71 C \ ANISOU31029 CA ALA L 238 27280 25422 22842 188 384 -284 C \ ATOM 31030 C ALA L 238 6.678 65.683 -17.696 1.00187.41 C \ ANISOU31030 C ALA L 238 27484 26179 23570 281 336 -55 C \ ATOM 31031 O ALA L 238 5.855 64.770 -17.705 1.00186.99 O \ ANISOU31031 O ALA L 238 27474 26294 23701 253 313 -17 O \ ATOM 31032 CB ALA L 238 8.157 65.480 -15.701 1.00186.38 C \ ANISOU31032 CB ALA L 238 27710 26492 23747 363 328 39 C \ ATOM 31033 N GLY L 239 7.245 66.164 -18.798 1.00189.87 N \ ANISOU31033 N GLY L 239 27768 26565 23681 498 348 112 N \ ATOM 31034 CA GLY L 239 6.857 65.691 -20.119 1.00192.25 C \ ANISOU31034 CA GLY L 239 27758 26494 23770 310 319 6 C \ ATOM 31035 C GLY L 239 7.156 66.656 -21.249 1.00193.96 C \ ANISOU31035 C GLY L 239 27259 25743 23201 215 361 -189 C \ ATOM 31036 O GLY L 239 7.778 67.715 -21.058 1.00193.30 O \ ANISOU31036 O GLY L 239 27307 25656 23066 237 382 -230 O \ ATOM 31037 N GLN L 240 6.680 66.281 -22.434 1.00196.70 N \ ANISOU31037 N GLN L 240 27359 25533 23030 103 384 -360 N \ ATOM 31038 CA GLN L 240 7.019 66.969 -23.685 1.00198.94 C \ ANISOU31038 CA GLN L 240 27829 25781 23222 108 406 -417 C \ ATOM 31039 C GLN L 240 6.506 68.411 -23.721 1.00201.06 C \ ANISOU31039 C GLN L 240 26938 25471 22873 278 375 -170 C \ ATOM 31040 O GLN L 240 7.261 69.335 -24.055 1.00202.35 O \ ANISOU31040 O GLN L 240 26898 25313 22667 289 393 -216 O \ ATOM 31041 CB GLN L 240 6.484 66.185 -24.899 1.00198.84 C \ ANISOU31041 CB GLN L 240 26655 25272 22612 335 386 -149 C \ ATOM 31042 CG GLN L 240 7.262 66.441 -26.182 1.00198.29 C \ ANISOU31042 CG GLN L 240 26683 25204 22477 360 402 -182 C \ ATOM 31043 CD GLN L 240 6.705 65.690 -27.382 1.00198.43 C \ ANISOU31043 CD GLN L 240 26516 25016 22347 265 397 -258 C \ ATOM 31044 OE1 GLN L 240 6.032 64.666 -27.244 1.00198.64 O \ ANISOU31044 OE1 GLN L 240 26367 24931 22394 141 378 -311 O \ ATOM 31045 NE2 GLN L 240 6.989 66.201 -28.572 1.00198.24 N \ ANISOU31045 NE2 GLN L 240 26490 24908 22157 295 412 -281 N \ ATOM 31046 N GLN L 241 5.238 68.604 -23.362 1.00201.89 N \ ANISOU31046 N GLN L 241 26871 25140 22767 -15 362 -406 N \ ATOM 31047 CA GLN L 241 4.641 69.939 -23.363 1.00202.31 C \ ANISOU31047 CA GLN L 241 26751 24876 22575 -144 365 -527 C \ ATOM 31048 C GLN L 241 5.354 70.869 -22.384 1.00201.09 C \ ANISOU31048 C GLN L 241 26855 24763 22446 -179 377 -589 C \ ATOM 31049 O GLN L 241 5.685 72.006 -22.734 1.00198.83 O \ ANISOU31049 O GLN L 241 26986 24701 22371 -237 392 -673 O \ ATOM 31050 CB GLN L 241 3.142 69.883 -23.053 1.00203.27 C \ ANISOU31050 CB GLN L 241 26549 24822 22658 -254 341 -561 C \ ATOM 31051 CG GLN L 241 2.295 69.299 -24.178 1.00203.89 C \ ANISOU31051 CG GLN L 241 26634 24992 22891 -275 323 -536 C \ ATOM 31052 CD GLN L 241 1.158 70.216 -24.611 1.00205.16 C \ ANISOU31052 CD GLN L 241 26937 24877 22555 -145 371 -545 C \ ATOM 31053 OE1 GLN L 241 0.474 70.818 -23.781 1.00205.33 O \ ANISOU31053 OE1 GLN L 241 27252 24988 22638 -163 385 -592 O \ ATOM 31054 NE2 GLN L 241 0.953 70.323 -25.922 1.00205.35 N \ ANISOU31054 NE2 GLN L 241 27443 24972 22498 -67 416 -584 N \ ATOM 31055 N ARG L 242 5.611 70.373 -21.175 1.00200.56 N \ ANISOU31055 N ARG L 242 27682 24979 22496 -115 432 -659 N \ ATOM 31056 CA ARG L 242 6.379 71.118 -20.179 1.00200.10 C \ ANISOU31056 CA ARG L 242 27279 25109 22765 -140 371 -541 C \ ATOM 31057 C ARG L 242 7.794 71.428 -20.678 1.00199.82 C \ ANISOU31057 C ARG L 242 27111 25065 22854 -261 344 -581 C \ ATOM 31058 O ARG L 242 8.237 72.582 -20.590 1.00202.22 O \ ANISOU31058 O ARG L 242 27185 24971 22816 -376 348 -689 O \ ATOM 31059 CB ARG L 242 6.445 70.354 -18.851 1.00198.14 C \ ANISOU31059 CB ARG L 242 26959 24867 22837 -484 323 -728 C \ ATOM 31060 CG ARG L 242 7.315 71.010 -17.787 1.00197.08 C \ ANISOU31060 CG ARG L 242 26655 24597 22602 -520 309 -731 C \ ATOM 31061 CD ARG L 242 7.296 70.190 -16.515 1.00196.18 C \ ANISOU31061 CD ARG L 242 26779 24652 22572 -456 316 -695 C \ ATOM 31062 NE ARG L 242 8.006 70.831 -15.410 1.00195.72 N \ ANISOU31062 NE ARG L 242 26273 24319 22440 -618 286 -771 N \ ATOM 31063 CZ ARG L 242 9.278 70.609 -15.081 1.00194.45 C \ ANISOU31063 CZ ARG L 242 27267 24871 22301 65 424 -493 C \ ATOM 31064 NH1 ARG L 242 10.032 69.753 -15.769 1.00193.95 N \ ANISOU31064 NH1 ARG L 242 27463 24864 22176 164 454 -486 N \ ATOM 31065 NH2 ARG L 242 9.804 71.256 -14.050 1.00193.59 N \ ANISOU31065 NH2 ARG L 242 27263 24516 21836 100 464 -567 N \ ATOM 31066 N SER L 243 8.504 70.421 -21.198 1.00196.81 N \ ANISOU31066 N SER L 243 27376 24371 21640 106 487 -617 N \ ATOM 31067 CA SER L 243 9.860 70.673 -21.714 1.00195.30 C \ ANISOU31067 CA SER L 243 27674 25204 22398 330 461 -367 C \ ATOM 31068 C SER L 243 9.865 71.682 -22.876 1.00194.93 C \ ANISOU31068 C SER L 243 28005 25455 22542 450 479 -308 C \ ATOM 31069 O SER L 243 10.759 72.532 -22.958 1.00194.92 O \ ANISOU31069 O SER L 243 28567 25626 22647 477 516 -379 O \ ATOM 31070 CB SER L 243 10.567 69.379 -22.117 1.00194.84 C \ ANISOU31070 CB SER L 243 28709 25739 22605 661 542 -300 C \ ATOM 31071 OG SER L 243 9.877 68.723 -23.158 1.00196.12 O \ ANISOU31071 OG SER L 243 26812 24220 21601 38 448 -582 O \ ATOM 31072 N ARG L 244 8.869 71.611 -23.757 1.00195.74 N \ ANISOU31072 N ARG L 244 26701 23995 21381 -40 454 -664 N \ ATOM 31073 CA ARG L 244 8.758 72.607 -24.839 1.00197.08 C \ ANISOU31073 CA ARG L 244 26832 23926 21364 -173 459 -775 C \ ATOM 31074 C ARG L 244 8.494 74.014 -24.296 1.00197.17 C \ ANISOU31074 C ARG L 244 26897 23777 21171 -206 475 -838 C \ ATOM 31075 O ARG L 244 9.057 74.992 -24.809 1.00197.81 O \ ANISOU31075 O ARG L 244 26360 23878 21325 -93 433 -662 O \ ATOM 31076 CB ARG L 244 7.691 72.217 -25.870 1.00197.80 C \ ANISOU31076 CB ARG L 244 26279 23976 21363 24 431 -564 C \ ATOM 31077 CG ARG L 244 8.126 71.061 -26.755 1.00197.47 C \ ANISOU31077 CG ARG L 244 26135 24069 21540 -35 408 -555 C \ ATOM 31078 CD ARG L 244 8.978 71.497 -27.935 1.00197.32 C \ ANISOU31078 CD ARG L 244 26517 24071 21346 89 452 -570 C \ ATOM 31079 NE ARG L 244 9.403 70.349 -28.735 1.00196.51 N \ ANISOU31079 NE ARG L 244 26852 24014 21541 -250 444 -797 N \ ATOM 31080 CZ ARG L 244 8.928 70.018 -29.937 1.00194.38 C \ ANISOU31080 CZ ARG L 244 27087 24077 21652 -373 448 -895 C \ ATOM 31081 NH1 ARG L 244 7.989 70.747 -30.537 1.00194.77 N \ ANISOU31081 NH1 ARG L 244 27549 24274 21776 -322 473 -902 N \ ATOM 31082 NH2 ARG L 244 9.405 68.944 -30.552 1.00192.22 N \ ANISOU31082 NH2 ARG L 244 27896 24398 21887 -395 488 -982 N \ ATOM 31083 N MET L 245 7.666 74.127 -23.256 1.00195.92 N \ ANISOU31083 N MET L 245 26877 24009 21687 -450 426 -908 N \ ATOM 31084 CA MET L 245 7.451 75.433 -22.614 1.00196.09 C \ ANISOU31084 CA MET L 245 27639 24390 21839 -195 478 -818 C \ ATOM 31085 C MET L 245 8.698 75.936 -21.887 1.00193.75 C \ ANISOU31085 C MET L 245 27823 24327 21694 -120 505 -811 C \ ATOM 31086 O MET L 245 8.989 77.141 -21.921 1.00193.15 O \ ANISOU31086 O MET L 245 27881 24168 21458 -81 529 -835 O \ ATOM 31087 CB MET L 245 6.246 75.421 -21.658 1.00198.12 C \ ANISOU31087 CB MET L 245 28096 24111 21385 -123 548 -898 C \ ATOM 31088 CG MET L 245 5.058 76.225 -22.163 1.00200.03 C \ ANISOU31088 CG MET L 245 27874 24482 21779 31 507 -700 C \ ATOM 31089 SD MET L 245 5.422 77.990 -22.335 1.00202.24 S \ ANISOU31089 SD MET L 245 27702 24489 21854 -13 484 -684 S \ ATOM 31090 CE MET L 245 4.733 78.670 -20.821 1.00202.80 C \ ANISOU31090 CE MET L 245 28295 24645 21849 125 538 -689 C \ ATOM 31091 N LEU L 246 9.436 75.031 -21.238 1.00191.17 N \ ANISOU31091 N LEU L 246 27515 23920 21163 -5 527 -785 N \ ATOM 31092 CA LEU L 246 10.713 75.414 -20.615 1.00189.70 C \ ANISOU31092 CA LEU L 246 27473 23686 20850 34 548 -806 C \ ATOM 31093 C LEU L 246 11.665 76.006 -21.657 1.00189.82 C \ ANISOU31093 C LEU L 246 27144 23231 20437 -122 546 -916 C \ ATOM 31094 O LEU L 246 12.342 77.003 -21.393 1.00189.09 O \ ANISOU31094 O LEU L 246 27600 23417 20576 -136 566 -967 O \ ATOM 31095 CB LEU L 246 11.382 74.228 -19.913 1.00188.35 C \ ANISOU31095 CB LEU L 246 27569 23960 21060 150 545 -725 C \ ATOM 31096 CG LEU L 246 10.727 73.740 -18.622 1.00188.50 C \ ANISOU31096 CG LEU L 246 27708 24202 21224 322 553 -610 C \ ATOM 31097 CD1 LEU L 246 11.280 72.384 -18.220 1.00188.83 C \ ANISOU31097 CD1 LEU L 246 27528 24272 21254 403 542 -530 C \ ATOM 31098 CD2 LEU L 246 10.921 74.733 -17.493 1.00189.33 C \ ANISOU31098 CD2 LEU L 246 28025 24248 21164 439 586 -595 C \ ATOM 31099 N ALA L 247 11.700 75.392 -22.840 1.00190.57 N \ ANISOU31099 N ALA L 247 26431 22709 19999 -240 522 -954 N \ ATOM 31100 CA ALA L 247 12.506 75.896 -23.960 1.00191.65 C \ ANISOU31100 CA ALA L 247 26235 22427 19746 -395 518 -1057 C \ ATOM 31101 C ALA L 247 12.013 77.266 -24.428 1.00193.71 C \ ANISOU31101 C ALA L 247 26338 22283 19624 -494 530 -1136 C \ ATOM 31102 O ALA L 247 12.819 78.184 -24.626 1.00195.24 O \ ANISOU31102 O ALA L 247 26504 22264 19582 -586 539 -1213 O \ ATOM 31103 CB ALA L 247 12.496 74.907 -25.122 1.00191.01 C \ ANISOU31103 CB ALA L 247 25760 22220 19619 -492 492 -1076 C \ ATOM 31104 N THR L 248 10.694 77.406 -24.594 1.00194.42 N \ ANISOU31104 N THR L 248 25681 22091 19493 -636 488 -1172 N \ ATOM 31105 CA THR L 248 10.104 78.707 -24.954 1.00194.35 C \ ANISOU31105 CA THR L 248 25746 22124 19451 -626 492 -1182 C \ ATOM 31106 C THR L 248 10.490 79.793 -23.940 1.00193.47 C \ ANISOU31106 C THR L 248 25467 21865 19331 -781 481 -1251 C \ ATOM 31107 O THR L 248 10.941 80.881 -24.319 1.00193.69 O \ ANISOU31107 O THR L 248 25746 22092 19405 -763 488 -1269 O \ ATOM 31108 CB THR L 248 8.562 78.625 -25.050 1.00195.12 C \ ANISOU31108 CB THR L 248 25430 21799 19250 -915 479 -1335 C \ ATOM 31109 OG1 THR L 248 8.196 77.691 -26.074 1.00194.88 O \ ANISOU31109 OG1 THR L 248 25618 21963 19335 -908 481 -1344 O \ ATOM 31110 CG2 THR L 248 7.938 79.990 -25.369 1.00196.84 C \ ANISOU31110 CG2 THR L 248 26212 22155 19535 -477 530 -1116 C \ ATOM 31111 N LEU L 249 10.326 79.493 -22.654 1.00191.07 N \ ANISOU31111 N LEU L 249 26469 22169 19564 -557 544 -1181 N \ ATOM 31112 CA LEU L 249 10.667 80.461 -21.613 1.00189.52 C \ ANISOU31112 CA LEU L 249 26756 22141 19455 -473 575 -1174 C \ ATOM 31113 C LEU L 249 12.165 80.741 -21.540 1.00186.37 C \ ANISOU31113 C LEU L 249 26695 21836 19155 -550 589 -1237 C \ ATOM 31114 O LEU L 249 12.567 81.888 -21.352 1.00188.43 O \ ANISOU31114 O LEU L 249 26480 22280 19737 -564 535 -1161 O \ ATOM 31115 CB LEU L 249 10.159 79.996 -20.254 1.00191.05 C \ ANISOU31115 CB LEU L 249 26163 22225 19774 -664 507 -1185 C \ ATOM 31116 CG LEU L 249 8.636 79.938 -20.148 1.00192.49 C \ ANISOU31116 CG LEU L 249 26004 22170 19772 -656 496 -1157 C \ ATOM 31117 CD1 LEU L 249 8.257 79.116 -18.935 1.00192.28 C \ ANISOU31117 CD1 LEU L 249 25695 22148 19838 -719 467 -1158 C \ ATOM 31118 CD2 LEU L 249 8.018 81.328 -20.081 1.00193.28 C \ ANISOU31118 CD2 LEU L 249 25524 22108 19856 -717 451 -1130 C \ ATOM 31119 N PHE L 250 12.990 79.710 -21.699 1.00181.97 N \ ANISOU31119 N PHE L 250 26870 22259 19498 -316 585 -1096 N \ ATOM 31120 CA PHE L 250 14.439 79.906 -21.692 1.00180.05 C \ ANISOU31120 CA PHE L 250 27222 22315 19471 -214 616 -1082 C \ ATOM 31121 C PHE L 250 14.916 80.787 -22.850 1.00179.62 C \ ANISOU31121 C PHE L 250 27477 22379 19497 -275 625 -1147 C \ ATOM 31122 O PHE L 250 15.872 81.547 -22.693 1.00179.89 O \ ANISOU31122 O PHE L 250 27205 22219 19297 -232 619 -1124 O \ ATOM 31123 CB PHE L 250 15.198 78.579 -21.698 1.00177.92 C \ ANISOU31123 CB PHE L 250 27155 22348 19427 -13 624 -969 C \ ATOM 31124 CG PHE L 250 16.676 78.743 -21.487 1.00177.04 C \ ANISOU31124 CG PHE L 250 27463 22357 19352 112 658 -944 C \ ATOM 31125 CD1 PHE L 250 17.173 79.103 -20.236 1.00177.19 C \ ANISOU31125 CD1 PHE L 250 27637 22223 19207 57 677 -1013 C \ ATOM 31126 CD2 PHE L 250 17.569 78.573 -22.539 1.00175.45 C \ ANISOU31126 CD2 PHE L 250 27558 22527 19459 271 667 -852 C \ ATOM 31127 CE1 PHE L 250 18.534 79.271 -20.031 1.00176.98 C \ ANISOU31127 CE1 PHE L 250 27960 22573 19699 -376 639 -1227 C \ ATOM 31128 CE2 PHE L 250 18.931 78.735 -22.342 1.00174.97 C \ ANISOU31128 CE2 PHE L 250 28386 22801 19892 -462 646 -1299 C \ ATOM 31129 CZ PHE L 250 19.413 79.087 -21.088 1.00176.12 C \ ANISOU31129 CZ PHE L 250 28732 23015 20013 -317 664 -1255 C \ ATOM 31130 N LYS L 251 14.252 80.696 -24.002 1.00178.71 N \ ANISOU31130 N LYS L 251 28701 22945 19903 -362 660 -1292 N \ ATOM 31131 CA LYS L 251 14.578 81.580 -25.135 1.00179.50 C \ ANISOU31131 CA LYS L 251 28710 22813 19924 -584 661 -1381 C \ ATOM 31132 C LYS L 251 14.098 83.030 -24.954 1.00179.90 C \ ANISOU31132 C LYS L 251 29053 23004 20093 -732 659 -1471 C \ ATOM 31133 O LYS L 251 14.551 83.921 -25.682 1.00178.15 O \ ANISOU31133 O LYS L 251 29447 23055 20155 -841 677 -1543 O \ ATOM 31134 CB LYS L 251 14.007 81.022 -26.447 1.00180.28 C \ ANISOU31134 CB LYS L 251 29764 23143 20237 -749 701 -1515 C \ ATOM 31135 CG LYS L 251 14.583 79.681 -26.860 1.00179.40 C \ ANISOU31135 CG LYS L 251 29539 23110 20217 -1018 668 -1626 C \ ATOM 31136 CD LYS L 251 13.875 79.099 -28.070 1.00178.83 C \ ANISOU31136 CD LYS L 251 28932 23158 20112 -141 683 -1175 C \ ATOM 31137 CE LYS L 251 14.227 77.613 -28.190 1.00178.13 C \ ANISOU31137 CE LYS L 251 29110 23214 20072 15 703 -1127 C \ ATOM 31138 NZ LYS L 251 13.556 76.863 -29.282 1.00177.62 N \ ANISOU31138 NZ LYS L 251 28932 23309 20129 63 686 -1085 N \ ATOM 31139 N ASP L 252 13.177 83.254 -24.012 1.00180.62 N \ ANISOU31139 N ASP L 252 29047 23314 20056 138 698 -1077 N \ ATOM 31140 CA ASP L 252 12.650 84.595 -23.727 1.00181.63 C \ ANISOU31140 CA ASP L 252 29195 23248 20056 204 725 -1038 C \ ATOM 31141 C ASP L 252 13.604 85.340 -22.792 1.00182.54 C \ ANISOU31141 C ASP L 252 29406 23159 19986 189 748 -1067 C \ ATOM 31142 O ASP L 252 13.687 85.027 -21.605 1.00180.87 O \ ANISOU31142 O ASP L 252 29567 23319 20081 387 769 -970 O \ ATOM 31143 CB ASP L 252 11.249 84.497 -23.102 1.00181.42 C \ ANISOU31143 CB ASP L 252 29436 23565 20343 429 746 -897 C \ ATOM 31144 CG ASP L 252 10.501 85.833 -23.087 1.00182.06 C \ ANISOU31144 CG ASP L 252 29620 23877 20582 605 755 -794 C \ ATOM 31145 OD1 ASP L 252 11.134 86.910 -23.080 1.00181.78 O \ ANISOU31145 OD1 ASP L 252 29965 24008 20615 770 789 -748 O \ ATOM 31146 OD2 ASP L 252 9.255 85.806 -23.072 1.00183.04 O \ ANISOU31146 OD2 ASP L 252 29375 23977 20703 615 731 -736 O \ ATOM 31147 N GLU L 253 14.307 86.336 -23.331 1.00184.85 N \ ANISOU31147 N GLU L 253 28759 23481 20356 22 658 -1059 N \ ATOM 31148 CA GLU L 253 15.314 87.089 -22.572 1.00187.08 C \ ANISOU31148 CA GLU L 253 28765 23758 20605 59 641 -1019 C \ ATOM 31149 C GLU L 253 14.734 87.770 -21.322 1.00188.87 C \ ANISOU31149 C GLU L 253 29006 23924 20746 -47 635 -1094 C \ ATOM 31150 O GLU L 253 15.440 87.969 -20.329 1.00188.31 O \ ANISOU31150 O GLU L 253 29092 24133 20897 15 630 -1061 O \ ATOM 31151 CB GLU L 253 15.983 88.130 -23.475 1.00188.04 C \ ANISOU31151 CB GLU L 253 28401 23753 20678 15 612 -986 C \ ATOM 31152 CG GLU L 253 17.295 88.686 -22.931 1.00189.90 C \ ANISOU31152 CG GLU L 253 28415 23944 20861 177 614 -867 C \ ATOM 31153 CD GLU L 253 17.833 89.840 -23.761 1.00191.23 C \ ANISOU31153 CD GLU L 253 29161 23875 20731 -207 635 -1193 C \ ATOM 31154 OE1 GLU L 253 17.026 90.631 -24.297 1.00192.51 O \ ANISOU31154 OE1 GLU L 253 29161 23785 20605 -323 629 -1271 O \ ATOM 31155 OE2 GLU L 253 19.071 89.963 -23.874 1.00191.78 O \ ANISOU31155 OE2 GLU L 253 29488 23851 20572 -228 651 -1269 O \ ATOM 31156 N ARG L 254 13.445 88.105 -21.366 1.00190.03 N \ ANISOU31156 N ARG L 254 29516 23837 20509 -298 644 -1319 N \ ATOM 31157 CA ARG L 254 12.781 88.751 -20.235 1.00190.54 C \ ANISOU31157 CA ARG L 254 29138 23613 20484 -521 625 -1374 C \ ATOM 31158 C ARG L 254 12.784 87.894 -18.973 1.00190.47 C \ ANISOU31158 C ARG L 254 28699 23447 20406 -632 601 -1389 C \ ATOM 31159 O ARG L 254 12.717 88.429 -17.866 1.00190.60 O \ ANISOU31159 O ARG L 254 28657 23242 20252 -793 603 -1472 O \ ATOM 31160 CB ARG L 254 11.340 89.108 -20.587 1.00190.82 C \ ANISOU31160 CB ARG L 254 28931 23231 20207 -875 616 -1538 C \ ATOM 31161 CG ARG L 254 11.197 90.096 -21.730 1.00190.95 C \ ANISOU31161 CG ARG L 254 28372 23136 20226 -843 591 -1470 C \ ATOM 31162 CD ARG L 254 9.733 90.334 -22.038 1.00192.05 C \ ANISOU31162 CD ARG L 254 29791 23985 20671 -67 677 -1211 C \ ATOM 31163 NE ARG L 254 9.048 89.094 -22.394 1.00193.04 N \ ANISOU31163 NE ARG L 254 30179 24143 20731 56 700 -1195 N \ ATOM 31164 CZ ARG L 254 7.725 88.933 -22.415 1.00194.97 C \ ANISOU31164 CZ ARG L 254 29899 24115 20631 216 697 -1104 C \ ATOM 31165 NH1 ARG L 254 6.900 89.933 -22.106 1.00196.31 N \ ANISOU31165 NH1 ARG L 254 30300 24365 20789 334 716 -1083 N \ ATOM 31166 NH2 ARG L 254 7.218 87.752 -22.750 1.00194.91 N \ ANISOU31166 NH2 ARG L 254 30552 24200 20772 166 734 -1174 N \ ATOM 31167 N CYS L 255 12.864 86.572 -19.128 1.00191.07 N \ ANISOU31167 N CYS L 255 30811 24140 20768 20 743 -1264 N \ ATOM 31168 CA CYS L 255 12.916 85.679 -17.969 1.00192.47 C \ ANISOU31168 CA CYS L 255 31096 24170 20767 -104 743 -1357 C \ ATOM 31169 C CYS L 255 14.121 85.952 -17.063 1.00193.91 C \ ANISOU31169 C CYS L 255 31139 24168 20686 -37 747 -1350 C \ ATOM 31170 O CYS L 255 14.072 85.650 -15.866 1.00195.08 O \ ANISOU31170 O CYS L 255 31203 24112 20764 -289 739 -1445 O \ ATOM 31171 CB CYS L 255 12.893 84.210 -18.399 1.00191.69 C \ ANISOU31171 CB CYS L 255 29271 23861 20417 220 674 -1050 C \ ATOM 31172 SG CYS L 255 11.261 83.671 -18.955 1.00192.71 S \ ANISOU31172 SG CYS L 255 28982 23833 20324 370 670 -955 S \ ATOM 31173 N GLN L 256 15.175 86.558 -17.617 1.00194.15 N \ ANISOU31173 N GLN L 256 28702 23769 20248 291 646 -976 N \ ATOM 31174 CA GLN L 256 16.360 86.929 -16.830 1.00193.58 C \ ANISOU31174 CA GLN L 256 28569 23740 20287 125 624 -1038 C \ ATOM 31175 C GLN L 256 16.090 88.037 -15.798 1.00194.53 C \ ANISOU31175 C GLN L 256 28586 23710 20246 445 662 -866 C \ ATOM 31176 O GLN L 256 16.921 88.273 -14.918 1.00194.40 O \ ANISOU31176 O GLN L 256 28657 23620 20158 533 684 -832 O \ ATOM 31177 CB GLN L 256 17.512 87.328 -17.758 1.00192.75 C \ ANISOU31177 CB GLN L 256 28304 23572 20151 581 670 -750 C \ ATOM 31178 CG GLN L 256 18.019 86.181 -18.623 1.00190.95 C \ ANISOU31178 CG GLN L 256 28979 23724 20145 715 717 -786 C \ ATOM 31179 CD GLN L 256 18.812 86.645 -19.833 1.00189.90 C \ ANISOU31179 CD GLN L 256 28483 23628 20011 417 652 -921 C \ ATOM 31180 OE1 GLN L 256 19.403 87.725 -19.831 1.00190.47 O \ ANISOU31180 OE1 GLN L 256 28183 23532 19884 363 631 -933 O \ ATOM 31181 NE2 GLN L 256 18.824 85.824 -20.877 1.00188.80 N \ ANISOU31181 NE2 GLN L 256 27632 23363 19791 314 603 -894 N \ ATOM 31182 N GLN L 257 14.935 88.704 -15.904 1.00195.94 N \ ANISOU31182 N GLN L 257 27314 23197 19641 200 582 -935 N \ ATOM 31183 CA GLN L 257 14.496 89.669 -14.889 1.00197.54 C \ ANISOU31183 CA GLN L 257 28278 23636 19863 525 644 -873 C \ ATOM 31184 C GLN L 257 13.729 89.000 -13.740 1.00196.46 C \ ANISOU31184 C GLN L 257 27390 23270 19741 399 604 -815 C \ ATOM 31185 O GLN L 257 13.318 89.688 -12.801 1.00198.59 O \ ANISOU31185 O GLN L 257 26999 23220 19774 359 579 -773 O \ ATOM 31186 CB GLN L 257 13.619 90.766 -15.524 1.00198.77 C \ ANISOU31186 CB GLN L 257 26721 22947 19624 189 563 -845 C \ ATOM 31187 CG GLN L 257 14.348 91.670 -16.515 1.00199.29 C \ ANISOU31187 CG GLN L 257 26533 23021 19777 148 543 -817 C \ ATOM 31188 CD GLN L 257 15.444 92.507 -15.872 1.00200.11 C \ ANISOU31188 CD GLN L 257 26823 23214 19753 517 585 -655 C \ ATOM 31189 OE1 GLN L 257 15.414 92.777 -14.669 1.00200.01 O \ ANISOU31189 OE1 GLN L 257 26621 22565 19256 90 573 -935 O \ ATOM 31190 NE2 GLN L 257 16.420 92.923 -16.676 1.00200.24 N \ ANISOU31190 NE2 GLN L 257 26321 22267 19061 -73 560 -1006 N \ ATOM 31191 N LEU L 258 13.549 87.675 -13.803 1.00193.58 N \ ANISOU31191 N LEU L 258 25905 22106 18942 -189 533 -1036 N \ ATOM 31192 CA LEU L 258 12.762 86.956 -12.791 1.00192.50 C \ ANISOU31192 CA LEU L 258 25757 22132 19060 -255 518 -1037 C \ ATOM 31193 C LEU L 258 13.648 86.207 -11.796 1.00191.39 C \ ANISOU31193 C LEU L 258 26630 22240 19028 -182 573 -1106 C \ ATOM 31194 O LEU L 258 14.693 85.666 -12.170 1.00191.07 O \ ANISOU31194 O LEU L 258 26453 22087 18972 -352 559 -1177 O \ ATOM 31195 CB LEU L 258 11.803 85.973 -13.465 1.00190.93 C \ ANISOU31195 CB LEU L 258 26438 22091 19053 -346 560 -1156 C \ ATOM 31196 CG LEU L 258 10.833 86.582 -14.481 1.00190.64 C \ ANISOU31196 CG LEU L 258 26387 22040 18928 -518 545 -1263 C \ ATOM 31197 CD1 LEU L 258 10.005 85.490 -15.137 1.00189.57 C \ ANISOU31197 CD1 LEU L 258 26402 22082 19127 -496 548 -1221 C \ ATOM 31198 CD2 LEU L 258 9.944 87.631 -13.829 1.00191.73 C \ ANISOU31198 CD2 LEU L 258 26303 21989 18954 -667 534 -1326 C \ ATOM 31199 N ALA L 259 13.209 86.164 -10.538 1.00189.82 N \ ANISOU31199 N ALA L 259 26289 21985 19031 -655 537 -1306 N \ ATOM 31200 CA ALA L 259 13.970 85.506 -9.469 1.00188.45 C \ ANISOU31200 CA ALA L 259 26052 21785 18903 -799 527 -1368 C \ ATOM 31201 C ALA L 259 14.109 84.001 -9.697 1.00186.31 C \ ANISOU31201 C ALA L 259 25790 22009 18771 -211 529 -1061 C \ ATOM 31202 O ALA L 259 15.112 83.399 -9.306 1.00184.63 O \ ANISOU31202 O ALA L 259 25479 21953 18732 -302 506 -1080 O \ ATOM 31203 CB ALA L 259 13.335 85.772 -8.113 1.00188.91 C \ ANISOU31203 CB ALA L 259 24990 21777 18630 -247 491 -999 C \ ATOM 31204 N ALA L 260 13.105 83.404 -10.338 1.00185.29 N \ ANISOU31204 N ALA L 260 24937 21873 18814 -348 475 -1027 N \ ATOM 31205 CA ALA L 260 13.116 81.972 -10.655 1.00184.22 C \ ANISOU31205 CA ALA L 260 24742 21618 18434 -86 498 -900 C \ ATOM 31206 C ALA L 260 13.911 81.606 -11.925 1.00182.37 C \ ANISOU31206 C ALA L 260 24562 21732 18609 -25 484 -812 C \ ATOM 31207 O ALA L 260 13.959 80.420 -12.302 1.00182.48 O \ ANISOU31207 O ALA L 260 24364 21545 18535 -71 478 -816 O \ ATOM 31208 CB ALA L 260 11.687 81.457 -10.767 1.00183.68 C \ ANISOU31208 CB ALA L 260 24066 21446 18527 -140 460 -816 C \ ATOM 31209 N TYR L 261 14.544 82.587 -12.579 1.00180.14 N \ ANISOU31209 N TYR L 261 24772 22023 18823 159 494 -700 N \ ATOM 31210 CA TYR L 261 15.354 82.293 -13.768 1.00178.05 C \ ANISOU31210 CA TYR L 261 25004 22269 18955 210 499 -692 C \ ATOM 31211 C TYR L 261 16.384 81.219 -13.476 1.00176.22 C \ ANISOU31211 C TYR L 261 24559 22102 18971 208 479 -609 C \ ATOM 31212 O TYR L 261 16.562 80.310 -14.273 1.00176.21 O \ ANISOU31212 O TYR L 261 24892 22422 19123 160 478 -684 O \ ATOM 31213 CB TYR L 261 16.090 83.520 -14.309 1.00178.71 C \ ANISOU31213 CB TYR L 261 24454 21417 18397 -35 495 -822 C \ ATOM 31214 CG TYR L 261 16.958 83.180 -15.512 1.00177.69 C \ ANISOU31214 CG TYR L 261 24174 21129 18205 -82 491 -831 C \ ATOM 31215 CD1 TYR L 261 16.385 82.916 -16.753 1.00177.87 C \ ANISOU31215 CD1 TYR L 261 23836 20837 18004 -255 474 -918 C \ ATOM 31216 CD2 TYR L 261 18.343 83.099 -15.403 1.00177.28 C \ ANISOU31216 CD2 TYR L 261 23213 20409 17669 -294 457 -902 C \ ATOM 31217 CE1 TYR L 261 17.165 82.593 -17.852 1.00177.95 C \ ANISOU31217 CE1 TYR L 261 24465 21126 18168 -48 514 -851 C \ ATOM 31218 CE2 TYR L 261 19.135 82.788 -16.500 1.00176.99 C \ ANISOU31218 CE2 TYR L 261 24509 21110 18237 -114 511 -880 C \ ATOM 31219 CZ TYR L 261 18.542 82.528 -17.724 1.00177.14 C \ ANISOU31219 CZ TYR L 261 24303 21143 18323 -49 498 -795 C \ ATOM 31220 OH TYR L 261 19.312 82.204 -18.821 1.00175.66 O \ ANISOU31220 OH TYR L 261 24800 21088 18168 -78 537 -903 O \ ATOM 31221 N GLY L 262 17.068 81.347 -12.342 1.00175.21 N \ ANISOU31221 N GLY L 262 24116 20940 18075 -360 480 -1011 N \ ATOM 31222 CA GLY L 262 18.027 80.343 -11.881 1.00174.14 C \ ANISOU31222 CA GLY L 262 24317 21166 18363 -527 468 -1100 C \ ATOM 31223 C GLY L 262 17.469 78.944 -12.019 1.00172.12 C \ ANISOU31223 C GLY L 262 24186 21338 18581 -556 447 -1080 C \ ATOM 31224 O GLY L 262 18.052 78.101 -12.719 1.00172.72 O \ ANISOU31224 O GLY L 262 24279 21561 18898 -626 433 -1096 O \ ATOM 31225 N ILE L 263 16.306 78.719 -11.413 1.00170.53 N \ ANISOU31225 N ILE L 263 24667 21309 18433 -625 476 -1190 N \ ATOM 31226 CA ILE L 263 15.655 77.407 -11.447 1.00170.82 C \ ANISOU31226 CA ILE L 263 24805 21474 18637 -803 465 -1284 C \ ATOM 31227 C ILE L 263 15.335 77.020 -12.898 1.00169.61 C \ ANISOU31227 C ILE L 263 25244 21754 18826 -903 470 -1365 C \ ATOM 31228 O ILE L 263 15.690 75.924 -13.332 1.00168.55 O \ ANISOU31228 O ILE L 263 25316 21760 18742 -838 476 -1346 O \ ATOM 31229 CB ILE L 263 14.366 77.360 -10.577 1.00172.70 C \ ANISOU31229 CB ILE L 263 25467 21918 19003 -1051 467 -1448 C \ ATOM 31230 CG1 ILE L 263 14.669 77.638 -9.087 1.00174.31 C \ ANISOU31230 CG1 ILE L 263 24237 21496 18669 -497 444 -1043 C \ ATOM 31231 CG2 ILE L 263 13.660 76.014 -10.731 1.00172.74 C \ ANISOU31231 CG2 ILE L 263 24035 21571 18776 -526 426 -1027 C \ ATOM 31232 CD1 ILE L 263 15.420 76.539 -8.344 1.00174.86 C \ ANISOU31232 CD1 ILE L 263 23788 21544 18854 -479 413 -955 C \ ATOM 31233 N LEU L 264 14.703 77.926 -13.651 1.00169.15 N \ ANISOU31233 N LEU L 264 23573 21487 18871 -557 398 -978 N \ ATOM 31234 CA LEU L 264 14.413 77.671 -15.081 1.00167.15 C \ ANISOU31234 CA LEU L 264 24152 21757 18859 -464 426 -996 C \ ATOM 31235 C LEU L 264 15.645 77.164 -15.826 1.00164.96 C \ ANISOU31235 C LEU L 264 24294 21780 18798 -572 428 -1089 C \ ATOM 31236 O LEU L 264 15.641 76.077 -16.409 1.00161.32 O \ ANISOU31236 O LEU L 264 24324 21818 18715 -505 432 -1065 O \ ATOM 31237 CB LEU L 264 13.904 78.944 -15.777 1.00167.81 C \ ANISOU31237 CB LEU L 264 24291 21805 18632 -634 423 -1148 C \ ATOM 31238 CG LEU L 264 13.774 78.923 -17.312 1.00168.06 C \ ANISOU31238 CG LEU L 264 24507 21879 18572 -606 431 -1164 C \ ATOM 31239 CD1 LEU L 264 12.793 77.857 -17.777 1.00167.84 C \ ANISOU31239 CD1 LEU L 264 23953 21711 19025 -357 418 -870 C \ ATOM 31240 CD2 LEU L 264 13.374 80.285 -17.861 1.00168.59 C \ ANISOU31240 CD2 LEU L 264 23984 21941 19353 -322 404 -801 C \ ATOM 31241 N GLU L 265 16.707 77.955 -15.776 1.00166.16 N \ ANISOU31241 N GLU L 265 23797 21695 19205 -405 399 -847 N \ ATOM 31242 CA GLU L 265 17.946 77.646 -16.474 1.00168.04 C \ ANISOU31242 CA GLU L 265 23704 21764 19375 -449 382 -840 C \ ATOM 31243 C GLU L 265 18.437 76.278 -16.045 1.00168.72 C \ ANISOU31243 C GLU L 265 24218 22223 19593 -169 409 -691 C \ ATOM 31244 O GLU L 265 18.732 75.419 -16.884 1.00170.39 O \ ANISOU31244 O GLU L 265 24534 22662 19950 -75 411 -626 O \ ATOM 31245 CB GLU L 265 19.008 78.696 -16.146 1.00169.52 C \ ANISOU31245 CB GLU L 265 25150 23302 20507 108 423 -502 C \ ATOM 31246 CG GLU L 265 20.362 78.483 -16.809 1.00170.86 C \ ANISOU31246 CG GLU L 265 25245 23552 20665 189 424 -444 C \ ATOM 31247 CD GLU L 265 21.447 79.407 -16.273 1.00173.24 C \ ANISOU31247 CD GLU L 265 23674 21334 18812 -422 413 -893 C \ ATOM 31248 OE1 GLU L 265 21.305 79.925 -15.139 1.00173.23 O \ ANISOU31248 OE1 GLU L 265 23319 20906 18464 -507 410 -944 O \ ATOM 31249 OE2 GLU L 265 22.444 79.627 -16.998 1.00174.73 O \ ANISOU31249 OE2 GLU L 265 22794 20461 18082 -647 399 -1024 O \ ATOM 31250 N LYS L 266 18.510 76.075 -14.731 1.00169.50 N \ ANISOU31250 N LYS L 266 22669 20429 18147 -701 386 -1037 N \ ATOM 31251 CA LYS L 266 19.089 74.834 -14.206 1.00169.45 C \ ANISOU31251 CA LYS L 266 23725 21026 18531 -516 430 -990 C \ ATOM 31252 C LYS L 266 18.392 73.549 -14.639 1.00168.93 C \ ANISOU31252 C LYS L 266 23772 20994 18573 -610 428 -1048 C \ ATOM 31253 O LYS L 266 19.071 72.597 -14.972 1.00168.26 O \ ANISOU31253 O LYS L 266 23792 21068 18702 -563 422 -997 O \ ATOM 31254 CB LYS L 266 19.242 74.905 -12.687 1.00170.46 C \ ANISOU31254 CB LYS L 266 23854 20957 18546 -748 431 -1150 C \ ATOM 31255 CG LYS L 266 20.487 75.684 -12.278 1.00170.74 C \ ANISOU31255 CG LYS L 266 23826 21037 18735 -647 420 -1050 C \ ATOM 31256 CD LYS L 266 20.536 76.045 -10.806 1.00170.70 C \ ANISOU31256 CD LYS L 266 24058 21094 18746 -831 430 -1201 C \ ATOM 31257 CE LYS L 266 21.981 76.221 -10.347 1.00170.36 C \ ANISOU31257 CE LYS L 266 24000 21088 18795 -777 424 -1150 C \ ATOM 31258 NZ LYS L 266 22.125 77.205 -9.242 1.00170.97 N \ ANISOU31258 NZ LYS L 266 24012 21044 18810 -852 422 -1195 N \ ATOM 31259 N MET L 267 17.058 73.535 -14.693 1.00170.26 N \ ANISOU31259 N MET L 267 22611 20251 17809 -702 402 -1076 N \ ATOM 31260 CA MET L 267 16.330 72.343 -15.186 1.00171.81 C \ ANISOU31260 CA MET L 267 22480 20211 17803 -833 392 -1153 C \ ATOM 31261 C MET L 267 16.369 72.214 -16.702 1.00170.28 C \ ANISOU31261 C MET L 267 22294 20291 17914 -820 377 -1116 C \ ATOM 31262 O MET L 267 16.490 71.104 -17.232 1.00170.66 O \ ANISOU31262 O MET L 267 22215 20300 17929 -915 371 -1174 O \ ATOM 31263 CB MET L 267 14.877 72.332 -14.745 1.00173.80 C \ ANISOU31263 CB MET L 267 22638 20202 17699 -921 403 -1237 C \ ATOM 31264 CG MET L 267 14.690 72.125 -13.270 1.00176.73 C \ ANISOU31264 CG MET L 267 22828 20108 17578 -959 419 -1288 C \ ATOM 31265 SD MET L 267 12.969 72.394 -12.807 1.00181.50 S \ ANISOU31265 SD MET L 267 23003 20126 17494 -1041 428 -1360 S \ ATOM 31266 CE MET L 267 13.088 72.069 -11.049 1.00182.82 C \ ANISOU31266 CE MET L 267 22825 20083 17640 -1047 416 -1335 C \ ATOM 31267 N TYR L 268 16.248 73.354 -17.389 1.00167.97 N \ ANISOU31267 N TYR L 268 22244 20372 18011 -702 372 -1018 N \ ATOM 31268 CA TYR L 268 16.370 73.354 -18.837 1.00165.00 C \ ANISOU31268 CA TYR L 268 22071 20447 18123 -679 358 -971 C \ ATOM 31269 C TYR L 268 17.703 72.747 -19.208 1.00161.44 C \ ANISOU31269 C TYR L 268 22180 20618 18206 -708 359 -1001 C \ ATOM 31270 O TYR L 268 17.777 71.948 -20.134 1.00161.20 O \ ANISOU31270 O TYR L 268 21981 20584 18206 -759 349 -1019 O \ ATOM 31271 CB TYR L 268 16.256 74.764 -19.416 1.00166.56 C \ ANISOU31271 CB TYR L 268 21919 20418 18224 -747 345 -991 C \ ATOM 31272 CG TYR L 268 16.462 74.812 -20.914 1.00166.71 C \ ANISOU31272 CG TYR L 268 22165 20628 18516 -716 340 -955 C \ ATOM 31273 CD1 TYR L 268 15.459 74.393 -21.784 1.00167.29 C \ ANISOU31273 CD1 TYR L 268 22575 21088 18972 -609 339 -863 C \ ATOM 31274 CD2 TYR L 268 17.662 75.253 -21.459 1.00166.75 C \ ANISOU31274 CD2 TYR L 268 22213 20607 18555 -799 339 -1017 C \ ATOM 31275 CE1 TYR L 268 15.643 74.413 -23.150 1.00167.39 C \ ANISOU31275 CE1 TYR L 268 22485 20794 18266 -668 371 -1002 C \ ATOM 31276 CE2 TYR L 268 17.845 75.296 -22.838 1.00168.18 C \ ANISOU31276 CE2 TYR L 268 22607 20958 18325 -690 372 -1028 C \ ATOM 31277 CZ TYR L 268 16.817 74.875 -23.678 1.00168.14 C \ ANISOU31277 CZ TYR L 268 22653 21149 18472 -563 370 -931 C \ ATOM 31278 OH TYR L 268 16.911 74.873 -25.056 1.00168.09 O \ ANISOU31278 OH TYR L 268 22892 21388 18728 -454 373 -850 O \ ATOM 31279 N LEU L 269 18.744 73.099 -18.456 1.00159.68 N \ ANISOU31279 N LEU L 269 22947 21051 18310 -729 385 -1092 N \ ATOM 31280 CA LEU L 269 20.096 72.572 -18.708 1.00159.22 C \ ANISOU31280 CA LEU L 269 23133 21056 18346 -845 390 -1181 C \ ATOM 31281 C LEU L 269 20.465 71.284 -17.939 1.00159.23 C \ ANISOU31281 C LEU L 269 23107 21151 18468 -978 380 -1252 C \ ATOM 31282 O LEU L 269 21.634 70.875 -17.954 1.00159.09 O \ ANISOU31282 O LEU L 269 23395 21290 18642 -1088 385 -1331 O \ ATOM 31283 CB LEU L 269 21.143 73.660 -18.424 1.00159.34 C \ ANISOU31283 CB LEU L 269 23514 21194 18472 -1170 395 -1403 C \ ATOM 31284 CG LEU L 269 21.015 74.960 -19.236 1.00159.27 C \ ANISOU31284 CG LEU L 269 23495 21066 18231 -1156 401 -1411 C \ ATOM 31285 CD1 LEU L 269 22.003 75.995 -18.718 1.00159.56 C \ ANISOU31285 CD1 LEU L 269 23582 21150 18468 -1269 399 -1467 C \ ATOM 31286 CD2 LEU L 269 21.223 74.725 -20.727 1.00159.36 C \ ANISOU31286 CD2 LEU L 269 22589 21222 18481 -578 364 -936 C \ ATOM 31287 N ASP L 270 19.488 70.647 -17.288 1.00159.57 N \ ANISOU31287 N ASP L 270 22508 21285 18491 -464 363 -848 N \ ATOM 31288 CA ASP L 270 19.709 69.384 -16.559 1.00159.61 C \ ANISOU31288 CA ASP L 270 22789 21394 18473 -396 377 -840 C \ ATOM 31289 C ASP L 270 20.766 69.473 -15.447 1.00160.56 C \ ANISOU31289 C ASP L 270 22980 21435 18428 -466 382 -918 C \ ATOM 31290 O ASP L 270 21.611 68.582 -15.305 1.00159.95 O \ ANISOU31290 O ASP L 270 22390 21379 18555 -501 353 -856 O \ ATOM 31291 CB ASP L 270 20.036 68.246 -17.536 1.00159.39 C \ ANISOU31291 CB ASP L 270 22309 21469 18779 -541 341 -848 C \ ATOM 31292 CG ASP L 270 18.949 68.047 -18.564 1.00161.37 C \ ANISOU31292 CG ASP L 270 22376 21499 18602 -384 353 -768 C \ ATOM 31293 OD1 ASP L 270 17.779 67.863 -18.155 1.00164.85 O \ ANISOU31293 OD1 ASP L 270 22259 21641 18930 -559 333 -842 O \ ATOM 31294 OD2 ASP L 270 19.261 68.074 -19.774 1.00161.54 O \ ANISOU31294 OD2 ASP L 270 23031 21656 18724 -262 383 -746 O \ ATOM 31295 N ARG L 271 20.672 70.534 -14.644 1.00161.98 N \ ANISOU31295 N ARG L 271 23567 22041 18990 -170 398 -724 N \ ATOM 31296 CA ARG L 271 21.564 70.777 -13.515 1.00162.89 C \ ANISOU31296 CA ARG L 271 23581 22205 19054 -104 396 -677 C \ ATOM 31297 C ARG L 271 20.904 70.310 -12.215 1.00163.91 C \ ANISOU31297 C ARG L 271 23547 22393 19275 -39 388 -595 C \ ATOM 31298 O ARG L 271 19.671 70.240 -12.116 1.00165.83 O \ ANISOU31298 O ARG L 271 23665 22094 19064 -47 407 -640 O \ ATOM 31299 CB ARG L 271 21.888 72.267 -13.400 1.00163.99 C \ ANISOU31299 CB ARG L 271 23695 22035 19116 -101 406 -666 C \ ATOM 31300 CG ARG L 271 22.383 72.932 -14.675 1.00164.59 C \ ANISOU31300 CG ARG L 271 23942 22175 19020 44 427 -630 C \ ATOM 31301 CD ARG L 271 23.694 72.332 -15.155 1.00165.09 C \ ANISOU31301 CD ARG L 271 23896 21970 19035 -193 416 -768 C \ ATOM 31302 NE ARG L 271 24.130 72.850 -16.460 1.00166.67 N \ ANISOU31302 NE ARG L 271 23699 22196 18922 -122 402 -729 N \ ATOM 31303 CZ ARG L 271 24.649 74.063 -16.683 1.00166.29 C \ ANISOU31303 CZ ARG L 271 23800 22427 19042 -70 400 -697 C \ ATOM 31304 NH1 ARG L 271 24.799 74.940 -15.692 1.00165.26 N \ ANISOU31304 NH1 ARG L 271 24424 23040 19581 91 413 -605 N \ ATOM 31305 NH2 ARG L 271 25.028 74.398 -17.915 1.00166.34 N \ ANISOU31305 NH2 ARG L 271 24758 23197 19736 152 427 -591 N \ ATOM 31306 N ILE L 272 21.723 69.963 -11.223 1.00163.95 N \ ANISOU31306 N ILE L 272 23725 22218 18720 -166 400 -796 N \ ATOM 31307 CA ILE L 272 21.218 69.537 -9.915 1.00163.93 C \ ANISOU31307 CA ILE L 272 23289 21928 18437 -300 384 -860 C \ ATOM 31308 C ILE L 272 20.750 70.779 -9.152 1.00164.91 C \ ANISOU31308 C ILE L 272 22754 21489 18143 -379 375 -877 C \ ATOM 31309 O ILE L 272 21.498 71.754 -9.013 1.00165.40 O \ ANISOU31309 O ILE L 272 22213 21238 17914 -369 362 -832 O \ ATOM 31310 CB ILE L 272 22.274 68.720 -9.124 1.00164.03 C \ ANISOU31310 CB ILE L 272 22022 21180 17813 -460 352 -882 C \ ATOM 31311 CG1 ILE L 272 22.566 67.385 -9.831 1.00164.65 C \ ANISOU31311 CG1 ILE L 272 22108 21151 17714 -585 351 -984 C \ ATOM 31312 CG2 ILE L 272 21.794 68.408 -7.718 1.00164.44 C \ ANISOU31312 CG2 ILE L 272 21792 21206 17863 -428 343 -828 C \ ATOM 31313 CD1 ILE L 272 23.496 66.459 -9.083 1.00165.36 C \ ANISOU31313 CD1 ILE L 272 24750 23559 20032 164 409 -541 C \ ATOM 31314 N ILE L 273 19.500 70.732 -8.690 1.00166.90 N \ ANISOU31314 N ILE L 273 25087 23908 20286 322 422 -453 N \ ATOM 31315 CA ILE L 273 18.879 71.822 -7.928 1.00170.02 C \ ANISOU31315 CA ILE L 273 25463 24004 20274 357 440 -497 C \ ATOM 31316 C ILE L 273 19.046 71.543 -6.434 1.00170.65 C \ ANISOU31316 C ILE L 273 25492 23935 20188 466 455 -445 C \ ATOM 31317 O ILE L 273 18.655 70.479 -5.953 1.00171.64 O \ ANISOU31317 O ILE L 273 25665 24075 20275 260 437 -595 O \ ATOM 31318 CB ILE L 273 17.362 71.950 -8.229 1.00170.61 C \ ANISOU31318 CB ILE L 273 26041 24152 20255 269 452 -654 C \ ATOM 31319 CG1 ILE L 273 17.065 71.930 -9.735 1.00170.67 C \ ANISOU31319 CG1 ILE L 273 26184 24049 20213 284 468 -670 C \ ATOM 31320 CG2 ILE L 273 16.785 73.213 -7.600 1.00171.44 C \ ANISOU31320 CG2 ILE L 273 26581 24265 20359 391 487 -647 C \ ATOM 31321 CD1 ILE L 273 17.632 73.100 -10.504 1.00170.82 C \ ANISOU31321 CD1 ILE L 273 26352 24365 20415 114 442 -770 C \ ATOM 31322 N ARG L 274 19.607 72.508 -5.706 1.00170.59 N \ ANISOU31322 N ARG L 274 26451 24711 20691 84 426 -764 N \ ATOM 31323 CA ARG L 274 19.888 72.350 -4.280 1.00171.78 C \ ANISOU31323 CA ARG L 274 26522 24897 20786 194 428 -698 C \ ATOM 31324 C ARG L 274 18.652 72.643 -3.452 1.00176.46 C \ ANISOU31324 C ARG L 274 26514 24861 20874 -63 409 -832 C \ ATOM 31325 O ARG L 274 17.769 73.380 -3.890 1.00178.16 O \ ANISOU31325 O ARG L 274 25976 23837 20126 179 459 -710 O \ ATOM 31326 CB ARG L 274 21.023 73.294 -3.857 1.00170.19 C \ ANISOU31326 CB ARG L 274 26075 23719 20076 175 472 -730 C \ ATOM 31327 CG ARG L 274 22.430 72.702 -3.940 1.00167.53 C \ ANISOU31327 CG ARG L 274 25820 23529 19906 330 483 -620 C \ ATOM 31328 CD ARG L 274 22.740 71.805 -5.142 1.00164.20 C \ ANISOU31328 CD ARG L 274 25974 23477 19831 401 502 -612 C \ ATOM 31329 NE ARG L 274 23.168 70.500 -4.609 1.00161.51 N \ ANISOU31329 NE ARG L 274 26058 23725 20206 24 458 -794 N \ ATOM 31330 CZ ARG L 274 24.422 70.118 -4.362 1.00160.59 C \ ANISOU31330 CZ ARG L 274 26304 23874 20321 -136 450 -909 C \ ATOM 31331 NH1 ARG L 274 25.451 70.909 -4.645 1.00160.48 N \ ANISOU31331 NH1 ARG L 274 26225 23936 20483 -276 433 -956 N \ ATOM 31332 NH2 ARG L 274 24.654 68.914 -3.845 1.00160.18 N \ ANISOU31332 NH2 ARG L 274 26082 23936 20593 -260 427 -912 N \ ATOM 31333 N GLY L 275 18.605 72.075 -2.249 1.00179.87 N \ ANISOU31333 N GLY L 275 26338 24008 20510 -416 425 -1049 N \ ATOM 31334 CA GLY L 275 17.537 72.352 -1.282 1.00182.34 C \ ANISOU31334 CA GLY L 275 25357 23358 19769 383 472 -534 C \ ATOM 31335 C GLY L 275 17.307 73.837 -1.074 1.00183.56 C \ ANISOU31335 C GLY L 275 25381 23493 19900 532 480 -418 C \ ATOM 31336 O GLY L 275 16.186 74.300 -1.201 1.00183.22 O \ ANISOU31336 O GLY L 275 26250 24302 20559 683 499 -364 O \ ATOM 31337 N ASN L 276 18.387 74.573 -0.809 1.00184.28 N \ ANISOU31337 N ASN L 276 26440 24442 20663 806 515 -299 N \ ATOM 31338 CA ASN L 276 18.365 76.035 -0.616 1.00185.42 C \ ANISOU31338 CA ASN L 276 24692 23127 19609 537 461 -341 C \ ATOM 31339 C ASN L 276 17.652 76.804 -1.736 1.00185.41 C \ ANISOU31339 C ASN L 276 24447 23027 19542 646 463 -227 C \ ATOM 31340 O ASN L 276 16.837 77.696 -1.476 1.00187.41 O \ ANISOU31340 O ASN L 276 24608 23075 19687 603 464 -250 O \ ATOM 31341 CB ASN L 276 19.801 76.576 -0.520 1.00187.22 C \ ANISOU31341 CB ASN L 276 24059 22944 19524 641 445 -157 C \ ATOM 31342 CG ASN L 276 20.649 75.846 0.511 1.00189.11 C \ ANISOU31342 CG ASN L 276 26970 25033 21194 678 498 -390 C \ ATOM 31343 OD1 ASN L 276 20.239 75.658 1.660 1.00190.04 O \ ANISOU31343 OD1 ASN L 276 27354 25355 21366 820 516 -346 O \ ATOM 31344 ND2 ASN L 276 21.850 75.435 0.100 1.00190.16 N \ ANISOU31344 ND2 ASN L 276 27796 25468 21431 869 539 -384 N \ ATOM 31345 N GLN L 277 17.982 76.451 -2.979 1.00184.08 N \ ANISOU31345 N GLN L 277 28087 25721 21606 1025 560 -310 N \ ATOM 31346 CA GLN L 277 17.413 77.095 -4.170 1.00183.89 C \ ANISOU31346 CA GLN L 277 27566 25597 21514 779 508 -391 C \ ATOM 31347 C GLN L 277 15.921 76.801 -4.308 1.00182.27 C \ ANISOU31347 C GLN L 277 27532 25898 21823 777 490 -332 C \ ATOM 31348 O GLN L 277 15.139 77.677 -4.694 1.00182.35 O \ ANISOU31348 O GLN L 277 28008 26408 22217 751 484 -370 O \ ATOM 31349 CB GLN L 277 18.174 76.638 -5.420 1.00184.21 C \ ANISOU31349 CB GLN L 277 28309 26516 22207 792 497 -406 C \ ATOM 31350 CG GLN L 277 19.623 77.121 -5.437 1.00185.55 C \ ANISOU31350 CG GLN L 277 28004 26649 22488 684 464 -363 C \ ATOM 31351 CD GLN L 277 20.547 76.283 -6.307 1.00185.93 C \ ANISOU31351 CD GLN L 277 28025 25462 21470 736 538 -496 C \ ATOM 31352 OE1 GLN L 277 20.113 75.367 -7.004 1.00185.85 O \ ANISOU31352 OE1 GLN L 277 28549 25646 21626 762 560 -542 O \ ATOM 31353 NE2 GLN L 277 21.834 76.611 -6.280 1.00186.49 N \ ANISOU31353 NE2 GLN L 277 28620 25700 21739 840 571 -482 N \ ATOM 31354 N LEU L 278 15.540 75.573 -3.960 1.00180.25 N \ ANISOU31354 N LEU L 278 28957 25866 21835 968 596 -449 N \ ATOM 31355 CA LEU L 278 14.138 75.186 -3.881 1.00181.01 C \ ANISOU31355 CA LEU L 278 28744 25619 21644 582 553 -673 C \ ATOM 31356 C LEU L 278 13.416 75.901 -2.730 1.00187.16 C \ ANISOU31356 C LEU L 278 29243 25732 21708 599 576 -732 C \ ATOM 31357 O LEU L 278 12.253 76.249 -2.875 1.00188.30 O \ ANISOU31357 O LEU L 278 29486 25770 21740 426 567 -859 O \ ATOM 31358 CB LEU L 278 14.009 73.665 -3.729 1.00177.47 C \ ANISOU31358 CB LEU L 278 29191 25624 21643 277 544 -909 C \ ATOM 31359 CG LEU L 278 12.646 73.025 -4.011 1.00176.38 C \ ANISOU31359 CG LEU L 278 29777 25745 21652 442 585 -908 C \ ATOM 31360 CD1 LEU L 278 12.248 73.187 -5.470 1.00177.32 C \ ANISOU31360 CD1 LEU L 278 28421 25680 21843 768 554 -465 C \ ATOM 31361 CD2 LEU L 278 12.669 71.549 -3.657 1.00175.10 C \ ANISOU31361 CD2 LEU L 278 28460 25723 21940 831 562 -409 C \ ATOM 31362 N GLN L 279 14.095 76.116 -1.600 1.00192.65 N \ ANISOU31362 N GLN L 279 28577 26009 22141 1017 573 -279 N \ ATOM 31363 CA GLN L 279 13.487 76.806 -0.454 1.00194.96 C \ ANISOU31363 CA GLN L 279 28975 26297 22381 1129 593 -236 C \ ATOM 31364 C GLN L 279 13.006 78.194 -0.868 1.00196.59 C \ ANISOU31364 C GLN L 279 28072 25498 21864 711 539 -420 C \ ATOM 31365 O GLN L 279 11.876 78.596 -0.560 1.00198.49 O \ ANISOU31365 O GLN L 279 27737 25186 21600 769 544 -361 O \ ATOM 31366 CB GLN L 279 14.477 76.926 0.711 1.00196.55 C \ ANISOU31366 CB GLN L 279 27987 25168 21587 770 560 -403 C \ ATOM 31367 CG GLN L 279 14.772 75.619 1.433 1.00198.06 C \ ANISOU31367 CG GLN L 279 27272 25005 21453 825 531 -261 C \ ATOM 31368 CD GLN L 279 15.673 75.800 2.647 1.00201.69 C \ ANISOU31368 CD GLN L 279 27917 25129 21579 827 564 -347 C \ ATOM 31369 OE1 GLN L 279 15.692 76.862 3.277 1.00202.74 O \ ANISOU31369 OE1 GLN L 279 27237 25001 21481 874 534 -207 O \ ATOM 31370 NE2 GLN L 279 16.428 74.756 2.980 1.00203.03 N \ ANISOU31370 NE2 GLN L 279 27553 25062 21539 876 550 -249 N \ ATOM 31371 N GLU L 280 13.875 78.913 -1.573 1.00197.29 N \ ANISOU31371 N GLU L 280 28349 26054 22158 1051 561 -216 N \ ATOM 31372 CA GLU L 280 13.553 80.242 -2.072 1.00199.56 C \ ANISOU31372 CA GLU L 280 28379 26273 22284 1220 570 -89 C \ ATOM 31373 C GLU L 280 12.417 80.196 -3.092 1.00200.18 C \ ANISOU31373 C GLU L 280 28982 26676 22533 1366 600 -75 C \ ATOM 31374 O GLU L 280 11.511 81.036 -3.052 1.00201.76 O \ ANISOU31374 O GLU L 280 28944 26684 22464 1516 617 15 O \ ATOM 31375 CB GLU L 280 14.798 80.894 -2.676 1.00200.04 C \ ANISOU31375 CB GLU L 280 28107 26290 22291 1217 553 -39 C \ ATOM 31376 CG GLU L 280 14.675 82.390 -2.893 1.00201.82 C \ ANISOU31376 CG GLU L 280 29627 27094 22904 1321 607 -166 C \ ATOM 31377 CD GLU L 280 16.033 83.099 -2.949 1.00202.65 C \ ANISOU31377 CD GLU L 280 30288 27511 23185 1449 636 -169 C \ ATOM 31378 OE1 GLU L 280 17.096 82.450 -3.137 1.00201.23 O \ ANISOU31378 OE1 GLU L 280 30856 27816 23502 1492 658 -185 O \ ATOM 31379 OE2 GLU L 280 16.037 84.333 -2.769 1.00203.12 O \ ANISOU31379 OE2 GLU L 280 31318 28132 23703 1645 686 -149 O \ ATOM 31380 N PHE L 281 12.446 79.213 -3.992 1.00199.88 N \ ANISOU31380 N PHE L 281 30466 27501 23129 1372 635 -269 N \ ATOM 31381 CA PHE L 281 11.392 79.106 -5.009 1.00200.35 C \ ANISOU31381 CA PHE L 281 31060 27961 23779 1365 647 -238 C \ ATOM 31382 C PHE L 281 10.038 78.788 -4.378 1.00201.94 C \ ANISOU31382 C PHE L 281 31541 28220 24058 1400 665 -247 C \ ATOM 31383 O PHE L 281 9.032 79.395 -4.730 1.00204.38 O \ ANISOU31383 O PHE L 281 31720 28588 24392 1542 673 -125 O \ ATOM 31384 CB PHE L 281 11.724 78.062 -6.081 1.00198.54 C \ ANISOU31384 CB PHE L 281 32104 28806 24593 1608 693 -114 C \ ATOM 31385 CG PHE L 281 10.638 77.903 -7.116 1.00196.14 C \ ANISOU31385 CG PHE L 281 31582 28153 24140 1213 649 -342 C \ ATOM 31386 CD1 PHE L 281 10.375 78.919 -8.028 1.00196.71 C \ ANISOU31386 CD1 PHE L 281 31863 28232 24250 1056 641 -468 C \ ATOM 31387 CD2 PHE L 281 9.860 76.757 -7.157 1.00194.05 C \ ANISOU31387 CD2 PHE L 281 31984 28291 24474 837 621 -566 C \ ATOM 31388 CE1 PHE L 281 9.367 78.785 -8.973 1.00196.41 C \ ANISOU31388 CE1 PHE L 281 32145 28124 24305 901 650 -577 C \ ATOM 31389 CE2 PHE L 281 8.856 76.616 -8.101 1.00194.02 C \ ANISOU31389 CE2 PHE L 281 31709 28922 24713 1586 659 -31 C \ ATOM 31390 CZ PHE L 281 8.609 77.628 -9.010 1.00195.17 C \ ANISOU31390 CZ PHE L 281 31710 29150 24916 1691 660 85 C \ ATOM 31391 N ALA L 282 10.030 77.845 -3.443 1.00201.50 N \ ANISOU31391 N ALA L 282 31778 29286 24875 1905 686 193 N \ ATOM 31392 CA ALA L 282 8.832 77.475 -2.705 1.00202.49 C \ ANISOU31392 CA ALA L 282 31619 29098 24586 1977 697 197 C \ ATOM 31393 C ALA L 282 8.235 78.689 -2.004 1.00205.79 C \ ANISOU31393 C ALA L 282 31354 29142 24997 1613 628 135 C \ ATOM 31394 O ALA L 282 7.016 78.830 -1.951 1.00205.53 O \ ANISOU31394 O ALA L 282 31149 28950 24982 1413 600 51 O \ ATOM 31395 CB ALA L 282 9.150 76.380 -1.701 1.00201.84 C \ ANISOU31395 CB ALA L 282 30775 28920 25016 1372 573 115 C \ ATOM 31396 N ALA L 283 9.089 79.577 -1.493 1.00209.57 N \ ANISOU31396 N ALA L 283 31178 28843 24953 1363 601 18 N \ ATOM 31397 CA ALA L 283 8.615 80.835 -0.902 1.00213.15 C \ ANISOU31397 CA ALA L 283 31879 29497 25041 2006 694 282 C \ ATOM 31398 C ALA L 283 7.986 81.790 -1.937 1.00216.28 C \ ANISOU31398 C ALA L 283 32018 29767 25135 2211 716 402 C \ ATOM 31399 O ALA L 283 7.173 82.640 -1.575 1.00218.85 O \ ANISOU31399 O ALA L 283 31620 29759 25112 2224 696 500 O \ ATOM 31400 CB ALA L 283 9.741 81.530 -0.146 1.00213.44 C \ ANISOU31400 CB ALA L 283 31281 29595 25083 2087 665 492 C \ ATOM 31401 N MET L 284 8.354 81.649 -3.213 1.00217.92 N \ ANISOU31401 N MET L 284 32310 30035 25351 2309 733 460 N \ ATOM 31402 CA MET L 284 7.746 82.434 -4.303 1.00220.61 C \ ANISOU31402 CA MET L 284 32800 30136 25476 2295 754 367 C \ ATOM 31403 C MET L 284 6.321 81.984 -4.683 1.00222.93 C \ ANISOU31403 C MET L 284 33392 30623 25798 2511 793 448 C \ ATOM 31404 O MET L 284 5.639 82.682 -5.439 1.00225.04 O \ ANISOU31404 O MET L 284 33075 30493 25760 2433 770 486 O \ ATOM 31405 CB MET L 284 8.624 82.388 -5.566 1.00220.75 C \ ANISOU31405 CB MET L 284 31531 29806 24993 2389 714 595 C \ ATOM 31406 CG MET L 284 10.039 82.924 -5.410 1.00221.99 C \ ANISOU31406 CG MET L 284 31152 29796 24957 2408 696 695 C \ ATOM 31407 SD MET L 284 11.056 82.686 -6.883 1.00223.05 S \ ANISOU31407 SD MET L 284 30977 29895 25136 2350 672 769 S \ ATOM 31408 CE MET L 284 10.294 83.890 -7.956 1.00222.59 C \ ANISOU31408 CE MET L 284 30914 30045 25384 2249 644 784 C \ ATOM 31409 N LEU L 285 5.879 80.828 -4.176 1.00224.62 N \ ANISOU31409 N LEU L 285 31212 29929 24871 2624 727 796 N \ ATOM 31410 CA LEU L 285 4.601 80.213 -4.581 1.00225.76 C \ ANISOU31410 CA LEU L 285 31629 29978 24855 2686 757 713 C \ ATOM 31411 C LEU L 285 3.407 80.557 -3.694 1.00226.19 C \ ANISOU31411 C LEU L 285 31783 29869 24882 2566 752 610 C \ ATOM 31412 O LEU L 285 3.544 80.892 -2.521 1.00224.51 O \ ANISOU31412 O LEU L 285 30985 29886 25089 2410 681 809 O \ ATOM 31413 CB LEU L 285 4.724 78.683 -4.599 1.00225.01 C \ ANISOU31413 CB LEU L 285 30514 29658 24921 2361 658 879 C \ ATOM 31414 CG LEU L 285 5.780 78.040 -5.491 1.00223.93 C \ ANISOU31414 CG LEU L 285 30212 29330 24816 2148 625 788 C \ ATOM 31415 CD1 LEU L 285 5.785 76.542 -5.237 1.00222.95 C \ ANISOU31415 CD1 LEU L 285 29859 29219 24787 2074 598 838 C \ ATOM 31416 CD2 LEU L 285 5.538 78.361 -6.959 1.00223.65 C \ ANISOU31416 CD2 LEU L 285 30691 29765 24935 2462 677 919 C \ ATOM 31417 N MET L 286 2.221 80.426 -4.277 1.00227.45 N \ ANISOU31417 N MET L 286 31152 30092 25063 2660 718 953 N \ ATOM 31418 CA MET L 286 0.972 80.570 -3.544 1.00228.77 C \ ANISOU31418 CA MET L 286 31285 30457 25237 2832 734 1085 C \ ATOM 31419 C MET L 286 0.672 79.243 -2.818 1.00227.64 C \ ANISOU31419 C MET L 286 31538 30131 25065 2713 747 873 C \ ATOM 31420 O MET L 286 1.126 78.175 -3.259 1.00226.24 O \ ANISOU31420 O MET L 286 31538 30512 25142 2990 772 1084 O \ ATOM 31421 CB MET L 286 -0.161 80.960 -4.505 1.00230.81 C \ ANISOU31421 CB MET L 286 31765 30378 25103 2921 780 955 C \ ATOM 31422 CG MET L 286 0.122 82.236 -5.285 1.00232.69 C \ ANISOU31422 CG MET L 286 30417 29241 24819 2052 628 656 C \ ATOM 31423 SD MET L 286 -1.333 83.227 -5.689 1.00236.38 S \ ANISOU31423 SD MET L 286 30317 29087 24864 1854 600 558 S \ ATOM 31424 CE MET L 286 -1.860 82.454 -7.216 1.00235.11 C \ ANISOU31424 CE MET L 286 30198 29103 24969 1752 578 534 C \ ATOM 31425 N PRO L 287 -0.090 79.289 -1.703 1.00227.21 N \ ANISOU31425 N PRO L 287 29880 28776 24800 1593 555 462 N \ ATOM 31426 CA PRO L 287 -0.416 78.059 -0.952 1.00226.10 C \ ANISOU31426 CA PRO L 287 30495 28898 24722 1793 613 430 C \ ATOM 31427 C PRO L 287 -0.983 76.909 -1.799 1.00226.37 C \ ANISOU31427 C PRO L 287 30558 28829 24640 1827 625 431 C \ ATOM 31428 O PRO L 287 -0.563 75.762 -1.631 1.00227.25 O \ ANISOU31428 O PRO L 287 30972 29142 24768 2023 661 493 O \ ATOM 31429 CB PRO L 287 -1.462 78.534 0.059 1.00226.38 C \ ANISOU31429 CB PRO L 287 31142 29441 24927 2160 675 576 C \ ATOM 31430 CG PRO L 287 -1.157 79.974 0.265 1.00227.56 C \ ANISOU31430 CG PRO L 287 31261 29204 24823 2042 677 456 C \ ATOM 31431 CD PRO L 287 -0.645 80.490 -1.049 1.00227.75 C \ ANISOU31431 CD PRO L 287 30317 29349 25106 1846 586 596 C \ ATOM 31432 N HIS L 288 -1.900 77.229 -2.715 1.00226.24 N \ ANISOU31432 N HIS L 288 30136 29312 25132 1769 567 585 N \ ATOM 31433 CA HIS L 288 -2.544 76.245 -3.598 1.00223.96 C \ ANISOU31433 CA HIS L 288 29773 29301 25125 1792 550 708 C \ ATOM 31434 C HIS L 288 -1.515 75.528 -4.489 1.00222.03 C \ ANISOU31434 C HIS L 288 29464 29155 24950 1811 545 751 C \ ATOM 31435 O HIS L 288 -1.710 74.368 -4.862 1.00220.73 O \ ANISOU31435 O HIS L 288 30360 29437 25134 1848 586 565 O \ ATOM 31436 CB HIS L 288 -3.590 76.957 -4.481 1.00224.75 C \ ANISOU31436 CB HIS L 288 30760 29479 25165 1822 603 445 C \ ATOM 31437 CG HIS L 288 -4.250 78.127 -3.812 1.00227.16 C \ ANISOU31437 CG HIS L 288 31091 29720 25263 1921 624 439 C \ ATOM 31438 ND1 HIS L 288 -5.380 78.001 -3.035 1.00228.92 N \ ANISOU31438 ND1 HIS L 288 31383 29688 25261 1831 629 300 N \ ATOM 31439 CD2 HIS L 288 -3.913 79.439 -3.772 1.00228.28 C \ ANISOU31439 CD2 HIS L 288 31658 29831 25252 1940 652 292 C \ ATOM 31440 CE1 HIS L 288 -5.719 79.185 -2.556 1.00229.49 C \ ANISOU31440 CE1 HIS L 288 29668 29307 25169 1785 540 764 C \ ATOM 31441 NE2 HIS L 288 -4.844 80.074 -2.987 1.00229.63 N \ ANISOU31441 NE2 HIS L 288 29504 29467 25318 1812 524 890 N \ ATOM 31442 N GLN L 289 -0.415 76.222 -4.801 1.00222.34 N \ ANISOU31442 N GLN L 289 29419 29539 25525 1696 498 884 N \ ATOM 31443 CA GLN L 289 0.654 75.691 -5.655 1.00221.79 C \ ANISOU31443 CA GLN L 289 29144 29153 25292 1555 482 781 C \ ATOM 31444 C GLN L 289 1.626 74.761 -4.919 1.00221.80 C \ ANISOU31444 C GLN L 289 29456 29475 25365 1788 513 925 C \ ATOM 31445 O GLN L 289 2.521 74.189 -5.539 1.00219.65 O \ ANISOU31445 O GLN L 289 29659 30039 25964 1758 494 996 O \ ATOM 31446 CB GLN L 289 1.431 76.859 -6.275 1.00221.39 C \ ANISOU31446 CB GLN L 289 29717 30253 26284 1673 473 1004 C \ ATOM 31447 CG GLN L 289 0.736 77.499 -7.470 1.00221.16 C \ ANISOU31447 CG GLN L 289 29555 30363 26450 1648 452 1113 C \ ATOM 31448 CD GLN L 289 -0.314 78.553 -7.126 1.00223.41 C \ ANISOU31448 CD GLN L 289 29261 30232 26192 1755 459 1229 C \ ATOM 31449 OE1 GLN L 289 -0.919 78.546 -6.053 1.00225.06 O \ ANISOU31449 OE1 GLN L 289 29912 30504 26413 1763 488 1034 O \ ATOM 31450 NE2 GLN L 289 -0.551 79.452 -8.068 1.00224.47 N \ ANISOU31450 NE2 GLN L 289 29992 30715 26434 1928 508 1152 N \ ATOM 31451 N LYS L 290 1.451 74.614 -3.606 1.00223.12 N \ ANISOU31451 N LYS L 290 30075 30395 26277 1752 503 911 N \ ATOM 31452 CA LYS L 290 2.307 73.745 -2.797 1.00222.61 C \ ANISOU31452 CA LYS L 290 29709 30564 26836 1508 425 1078 C \ ATOM 31453 C LYS L 290 1.606 72.411 -2.490 1.00221.61 C \ ANISOU31453 C LYS L 290 29838 30909 27262 1461 402 1166 C \ ATOM 31454 O LYS L 290 1.819 71.814 -1.434 1.00219.95 O \ ANISOU31454 O LYS L 290 29641 30976 27287 1509 397 1288 O \ ATOM 31455 CB LYS L 290 2.686 74.461 -1.497 1.00223.53 C \ ANISOU31455 CB LYS L 290 29545 31075 27331 1550 391 1404 C \ ATOM 31456 CG LYS L 290 3.379 75.797 -1.703 1.00224.78 C \ ANISOU31456 CG LYS L 290 29897 30908 27484 1292 376 1082 C \ ATOM 31457 CD LYS L 290 3.547 76.525 -0.383 1.00226.54 C \ ANISOU31457 CD LYS L 290 30239 31150 27808 1225 376 988 C \ ATOM 31458 CE LYS L 290 4.682 77.530 -0.450 1.00227.22 C \ ANISOU31458 CE LYS L 290 29929 30762 27381 1242 374 1006 C \ ATOM 31459 NZ LYS L 290 4.705 78.420 0.743 1.00228.30 N \ ANISOU31459 NZ LYS L 290 29551 30899 27232 1498 399 1265 N \ ATOM 31460 N ALA L 291 0.790 71.945 -3.435 1.00221.46 N \ ANISOU31460 N ALA L 291 29492 31087 27416 1520 391 1375 N \ ATOM 31461 CA ALA L 291 -0.058 70.765 -3.243 1.00221.84 C \ ANISOU31461 CA ALA L 291 29574 31219 27416 1617 410 1402 C \ ATOM 31462 C ALA L 291 0.758 69.522 -2.885 1.00222.35 C \ ANISOU31462 C ALA L 291 29610 31374 27393 1748 427 1500 C \ ATOM 31463 O ALA L 291 1.829 69.308 -3.445 1.00220.00 O \ ANISOU31463 O ALA L 291 29270 30906 27451 1376 365 1346 O \ ATOM 31464 CB ALA L 291 -0.868 70.510 -4.499 1.00221.86 C \ ANISOU31464 CB ALA L 291 29608 31171 27444 1554 407 1318 C \ ATOM 31465 N THR L 292 0.235 68.710 -1.965 1.00225.45 N \ ANISOU31465 N THR L 292 29636 31271 27436 1628 420 1343 N \ ATOM 31466 CA THR L 292 0.953 67.552 -1.414 1.00227.02 C \ ANISOU31466 CA THR L 292 29535 30962 27010 1681 441 1250 C \ ATOM 31467 C THR L 292 0.182 66.251 -1.671 1.00227.32 C \ ANISOU31467 C THR L 292 29567 31007 26995 1705 448 1232 C \ ATOM 31468 O THR L 292 -1.023 66.186 -1.429 1.00225.52 O \ ANISOU31468 O THR L 292 29666 31383 27689 1534 403 1327 O \ ATOM 31469 CB THR L 292 1.201 67.729 0.105 1.00228.53 C \ ANISOU31469 CB THR L 292 29832 31357 27811 1402 392 1180 C \ ATOM 31470 OG1 THR L 292 -0.033 68.026 0.774 1.00229.35 O \ ANISOU31470 OG1 THR L 292 29805 31255 27845 1311 378 1137 O \ ATOM 31471 CG2 THR L 292 2.192 68.863 0.364 1.00228.32 C \ ANISOU31471 CG2 THR L 292 29966 31424 27854 1388 397 1109 C \ ATOM 31472 N THR L 293 0.875 65.219 -2.153 1.00229.27 N \ ANISOU31472 N THR L 293 29191 30430 26440 1698 451 1193 N \ ATOM 31473 CA THR L 293 0.203 63.987 -2.605 1.00231.63 C \ ANISOU31473 CA THR L 293 28856 29849 25775 1726 470 1089 C \ ATOM 31474 C THR L 293 -0.201 63.005 -1.507 1.00231.36 C \ ANISOU31474 C THR L 293 28443 29198 25262 1595 461 949 C \ ATOM 31475 O THR L 293 -1.313 62.476 -1.543 1.00231.48 O \ ANISOU31475 O THR L 293 28328 28853 24859 1610 476 865 O \ ATOM 31476 CB THR L 293 1.047 63.210 -3.643 1.00232.37 C \ ANISOU31476 CB THR L 293 27907 28716 24960 1467 437 924 C \ ATOM 31477 OG1 THR L 293 2.420 63.168 -3.229 1.00234.76 O \ ANISOU31477 OG1 THR L 293 27559 28175 24558 1332 427 796 O \ ATOM 31478 CG2 THR L 293 0.949 63.861 -5.011 1.00231.80 C \ ANISOU31478 CG2 THR L 293 27395 27882 24270 1338 431 781 C \ ATOM 31479 N ALA L 294 0.689 62.733 -0.557 1.00230.77 N \ ANISOU31479 N ALA L 294 27148 27767 24143 1383 427 875 N \ ATOM 31480 CA ALA L 294 0.444 61.627 0.382 1.00231.60 C \ ANISOU31480 CA ALA L 294 27271 28003 24569 1209 402 787 C \ ATOM 31481 C ALA L 294 0.747 61.922 1.858 1.00232.16 C \ ANISOU31481 C ALA L 294 27141 27702 24394 1081 393 663 C \ ATOM 31482 O ALA L 294 -0.170 62.242 2.626 1.00232.61 O \ ANISOU31482 O ALA L 294 27326 27558 23957 1291 439 665 O \ ATOM 31483 CB ALA L 294 1.183 60.377 -0.087 1.00230.63 C \ ANISOU31483 CB ALA L 294 27281 27370 23765 1301 446 645 C \ ATOM 31484 N ASP L 295 2.018 61.820 2.248 1.00232.20 N \ ANISOU31484 N ASP L 295 26875 26925 23500 1159 425 584 N \ ATOM 31485 CA ASP L 295 2.418 61.896 3.664 1.00232.51 C \ ANISOU31485 CA ASP L 295 26655 26721 23419 1045 409 523 C \ ATOM 31486 C ASP L 295 2.977 63.272 4.077 1.00230.31 C \ ANISOU31486 C ASP L 295 27588 27404 23704 1338 468 560 C \ ATOM 31487 O ASP L 295 3.663 63.371 5.100 1.00230.48 O \ ANISOU31487 O ASP L 295 27628 27268 23667 1205 461 429 O \ ATOM 31488 CB ASP L 295 3.437 60.782 3.995 1.00233.55 C \ ANISOU31488 CB ASP L 295 26511 26514 23093 1172 425 600 C \ ATOM 31489 CG ASP L 295 4.741 60.906 3.203 1.00234.24 C \ ANISOU31489 CG ASP L 295 26129 26080 22814 1047 407 541 C \ ATOM 31490 OD1 ASP L 295 4.722 60.667 1.973 1.00233.99 O \ ANISOU31490 OD1 ASP L 295 25774 25503 22309 938 408 398 O \ ATOM 31491 OD2 ASP L 295 5.786 61.222 3.818 1.00234.89 O \ ANISOU31491 OD2 ASP L 295 25636 25379 22330 813 390 338 O \ ATOM 31492 N GLY L 296 2.662 64.315 3.296 1.00226.51 N \ ANISOU31492 N GLY L 296 26377 26278 22972 1090 412 571 N \ ATOM 31493 CA GLY L 296 3.224 65.668 3.447 1.00222.35 C \ ANISOU31493 CA GLY L 296 26331 26471 23073 1195 410 718 C \ ATOM 31494 C GLY L 296 4.141 66.090 2.300 1.00218.19 C \ ANISOU31494 C GLY L 296 26388 26230 23084 954 392 503 C \ ATOM 31495 O GLY L 296 4.401 67.282 2.102 1.00215.92 O \ ANISOU31495 O GLY L 296 26404 26501 22993 1284 422 761 O \ ATOM 31496 N SER L 297 4.628 65.103 1.549 1.00214.72 N \ ANISOU31496 N SER L 297 25466 24992 21694 985 430 344 N \ ATOM 31497 CA SER L 297 5.544 65.324 0.424 1.00211.32 C \ ANISOU31497 CA SER L 297 25271 24578 21327 882 433 209 C \ ATOM 31498 C SER L 297 4.802 65.959 -0.739 1.00209.36 C \ ANISOU31498 C SER L 297 25133 24520 21325 799 421 165 C \ ATOM 31499 O SER L 297 3.692 65.533 -1.072 1.00208.08 O \ ANISOU31499 O SER L 297 25203 24527 21443 668 409 73 O \ ATOM 31500 CB SER L 297 6.174 63.997 -0.012 1.00210.14 C \ ANISOU31500 CB SER L 297 25261 24336 20951 959 459 172 C \ ATOM 31501 OG SER L 297 7.123 64.175 -1.042 1.00208.55 O \ ANISOU31501 OG SER L 297 25271 24095 20740 853 463 35 O \ ATOM 31502 N SER L 298 5.406 66.981 -1.345 1.00207.51 N \ ANISOU31502 N SER L 298 25266 23990 20764 733 453 -35 N \ ATOM 31503 CA SER L 298 4.761 67.690 -2.440 1.00206.39 C \ ANISOU31503 CA SER L 298 25462 24053 20562 940 490 10 C \ ATOM 31504 C SER L 298 5.176 67.125 -3.788 1.00203.45 C \ ANISOU31504 C SER L 298 24889 24426 21147 880 424 234 C \ ATOM 31505 O SER L 298 6.215 66.474 -3.915 1.00202.12 O \ ANISOU31505 O SER L 298 24620 24265 21021 819 413 209 O \ ATOM 31506 CB SER L 298 5.073 69.186 -2.379 1.00207.12 C \ ANISOU31506 CB SER L 298 24234 23999 20927 706 390 196 C \ ATOM 31507 OG SER L 298 6.387 69.452 -2.828 1.00206.77 O \ ANISOU31507 OG SER L 298 23816 23539 20542 594 381 107 O \ ATOM 31508 N ILE L 299 4.350 67.402 -4.791 1.00200.34 N \ ANISOU31508 N ILE L 299 24728 24571 21225 934 418 317 N \ ATOM 31509 CA ILE L 299 4.628 66.991 -6.158 1.00197.46 C \ ANISOU31509 CA ILE L 299 25050 24783 21260 1042 440 319 C \ ATOM 31510 C ILE L 299 5.989 67.559 -6.550 1.00193.67 C \ ANISOU31510 C ILE L 299 25336 24836 21277 1007 450 221 C \ ATOM 31511 O ILE L 299 6.834 66.840 -7.097 1.00193.04 O \ ANISOU31511 O ILE L 299 25141 25021 21392 1163 448 421 O \ ATOM 31512 CB ILE L 299 3.548 67.481 -7.153 1.00199.05 C \ ANISOU31512 CB ILE L 299 24126 24040 21022 736 381 287 C \ ATOM 31513 CG1 ILE L 299 2.160 66.934 -6.784 1.00199.70 C \ ANISOU31513 CG1 ILE L 299 23999 24026 21173 641 359 288 C \ ATOM 31514 CG2 ILE L 299 3.905 67.058 -8.577 1.00199.24 C \ ANISOU31514 CG2 ILE L 299 23725 23589 20843 526 352 184 C \ ATOM 31515 CD1 ILE L 299 1.010 67.697 -7.414 1.00199.76 C \ ANISOU31515 CD1 ILE L 299 23812 23695 21067 421 340 125 C \ ATOM 31516 N LEU L 300 6.216 68.834 -6.238 1.00189.90 N \ ANISOU31516 N LEU L 300 24324 24537 21702 700 350 413 N \ ATOM 31517 CA LEU L 300 7.487 69.496 -6.553 1.00187.33 C \ ANISOU31517 CA LEU L 300 24593 24946 22275 616 327 432 C \ ATOM 31518 C LEU L 300 8.709 68.843 -5.881 1.00186.81 C \ ANISOU31518 C LEU L 300 24986 25513 22847 671 318 558 C \ ATOM 31519 O LEU L 300 9.745 68.620 -6.544 1.00187.32 O \ ANISOU31519 O LEU L 300 25275 25890 23396 577 295 564 O \ ATOM 31520 CB LEU L 300 7.407 70.977 -6.190 1.00185.68 C \ ANISOU31520 CB LEU L 300 25493 26239 23825 551 286 594 C \ ATOM 31521 CG LEU L 300 8.630 71.828 -6.527 1.00184.52 C \ ANISOU31521 CG LEU L 300 25617 26442 23948 610 296 625 C \ ATOM 31522 CD1 LEU L 300 8.954 71.770 -8.010 1.00184.29 C \ ANISOU31522 CD1 LEU L 300 25489 26284 24032 466 266 593 C \ ATOM 31523 CD2 LEU L 300 8.428 73.264 -6.082 1.00184.44 C \ ANISOU31523 CD2 LEU L 300 23487 23195 20404 550 362 164 C \ ATOM 31524 N ASP L 301 8.580 68.523 -4.588 1.00185.45 N \ ANISOU31524 N ASP L 301 23184 22725 20025 442 358 63 N \ ATOM 31525 CA ASP L 301 9.644 67.836 -3.836 1.00183.99 C \ ANISOU31525 CA ASP L 301 23008 22414 19732 345 361 -58 C \ ATOM 31526 C ASP L 301 10.112 66.595 -4.598 1.00182.03 C \ ANISOU31526 C ASP L 301 22848 22225 19657 228 350 -133 C \ ATOM 31527 O ASP L 301 11.303 66.400 -4.864 1.00178.70 O \ ANISOU31527 O ASP L 301 23259 22644 19872 498 372 65 O \ ATOM 31528 CB ASP L 301 9.142 67.395 -2.449 1.00185.62 C \ ANISOU31528 CB ASP L 301 22956 22289 19485 392 376 -76 C \ ATOM 31529 CG ASP L 301 8.931 68.556 -1.480 1.00187.11 C \ ANISOU31529 CG ASP L 301 22976 22195 19384 298 378 -187 C \ ATOM 31530 OD1 ASP L 301 9.525 69.639 -1.671 1.00188.05 O \ ANISOU31530 OD1 ASP L 301 22753 22145 19414 224 362 -200 O \ ATOM 31531 OD2 ASP L 301 8.168 68.368 -0.503 1.00188.33 O \ ANISOU31531 OD2 ASP L 301 22608 21945 19278 109 356 -293 O \ ATOM 31532 N ARG L 302 9.144 65.765 -4.960 1.00182.10 N \ ANISOU31532 N ARG L 302 23205 22307 19340 362 396 -203 N \ ATOM 31533 CA ARG L 302 9.416 64.528 -5.663 1.00182.12 C \ ANISOU31533 CA ARG L 302 23250 22273 19290 256 394 -310 C \ ATOM 31534 C ARG L 302 9.920 64.781 -7.080 1.00179.39 C \ ANISOU31534 C ARG L 302 23383 22271 19233 422 414 -210 C \ ATOM 31535 O ARG L 302 10.850 64.110 -7.507 1.00180.48 O \ ANISOU31535 O ARG L 302 22637 22237 19501 292 357 -106 O \ ATOM 31536 CB ARG L 302 8.163 63.666 -5.702 1.00185.72 C \ ANISOU31536 CB ARG L 302 22440 22210 19557 234 343 -107 C \ ATOM 31537 CG ARG L 302 8.402 62.242 -6.126 1.00189.01 C \ ANISOU31537 CG ARG L 302 22215 21997 19509 137 328 -142 C \ ATOM 31538 CD ARG L 302 7.092 61.478 -6.158 1.00193.04 C \ ANISOU31538 CD ARG L 302 22123 21916 19493 42 322 -215 C \ ATOM 31539 NE ARG L 302 7.267 60.198 -6.821 1.00196.24 N \ ANISOU31539 NE ARG L 302 22366 22355 19682 329 339 13 N \ ATOM 31540 CZ ARG L 302 7.757 59.103 -6.248 1.00198.86 C \ ANISOU31540 CZ ARG L 302 22603 22601 19763 418 353 40 C \ ATOM 31541 NH1 ARG L 302 8.131 59.091 -4.967 1.00200.05 N \ ANISOU31541 NH1 ARG L 302 22114 22267 19704 271 325 19 N \ ATOM 31542 NH2 ARG L 302 7.871 58.003 -6.972 1.00199.51 N \ ANISOU31542 NH2 ARG L 302 22608 22804 19920 531 353 171 N \ ATOM 31543 N ALA L 303 9.322 65.737 -7.803 1.00176.57 N \ ANISOU31543 N ALA L 303 22074 21858 19429 162 323 -91 N \ ATOM 31544 CA ALA L 303 9.817 66.078 -9.164 1.00173.54 C \ ANISOU31544 CA ALA L 303 21861 21656 19380 75 309 -119 C \ ATOM 31545 C ALA L 303 11.281 66.526 -9.163 1.00171.48 C \ ANISOU31545 C ALA L 303 21525 21134 18885 -27 312 -244 C \ ATOM 31546 O ALA L 303 12.075 66.126 -10.040 1.00170.37 O \ ANISOU31546 O ALA L 303 21193 20816 18672 -123 302 -305 O \ ATOM 31547 CB ALA L 303 8.950 67.148 -9.807 1.00173.12 C \ ANISOU31547 CB ALA L 303 22132 21982 19743 128 301 -30 C \ ATOM 31548 N VAL L 304 11.638 67.351 -8.177 1.00170.37 N \ ANISOU31548 N VAL L 304 22450 22510 20265 207 295 92 N \ ATOM 31549 CA VAL L 304 13.024 67.821 -8.062 1.00169.91 C \ ANISOU31549 CA VAL L 304 22770 22919 20714 244 284 186 C \ ATOM 31550 C VAL L 304 13.990 66.666 -7.767 1.00169.27 C \ ANISOU31550 C VAL L 304 23110 23160 20955 232 284 167 C \ ATOM 31551 O VAL L 304 15.061 66.604 -8.366 1.00168.00 O \ ANISOU31551 O VAL L 304 22853 23179 20998 284 276 282 O \ ATOM 31552 CB VAL L 304 13.179 68.945 -7.011 1.00170.69 C \ ANISOU31552 CB VAL L 304 21356 20787 18440 -6 326 -280 C \ ATOM 31553 CG1 VAL L 304 14.648 69.294 -6.791 1.00170.59 C \ ANISOU31553 CG1 VAL L 304 21285 20527 18185 -104 332 -397 C \ ATOM 31554 CG2 VAL L 304 12.413 70.184 -7.441 1.00170.78 C \ ANISOU31554 CG2 VAL L 304 20954 20208 17854 -188 331 -479 C \ ATOM 31555 N ILE L 305 13.618 65.754 -6.866 1.00169.43 N \ ANISOU31555 N ILE L 305 21003 20212 17927 -297 327 -565 N \ ATOM 31556 CA ILE L 305 14.447 64.565 -6.598 1.00168.99 C \ ANISOU31556 CA ILE L 305 21678 20723 18264 -52 350 -411 C \ ATOM 31557 C ILE L 305 14.668 63.753 -7.888 1.00167.71 C \ ANISOU31557 C ILE L 305 22077 20917 18442 -149 358 -529 C \ ATOM 31558 O ILE L 305 15.788 63.354 -8.207 1.00167.21 O \ ANISOU31558 O ILE L 305 22297 21005 18591 -212 358 -582 O \ ATOM 31559 CB ILE L 305 13.822 63.651 -5.513 1.00169.51 C \ ANISOU31559 CB ILE L 305 22219 20967 18417 -200 365 -604 C \ ATOM 31560 CG1 ILE L 305 13.827 64.340 -4.144 1.00170.99 C \ ANISOU31560 CG1 ILE L 305 22384 20923 18474 -296 366 -681 C \ ATOM 31561 CG2 ILE L 305 14.571 62.324 -5.417 1.00168.67 C \ ANISOU31561 CG2 ILE L 305 22301 20860 18327 -293 370 -697 C \ ATOM 31562 CD1 ILE L 305 12.946 63.651 -3.120 1.00171.95 C \ ANISOU31562 CD1 ILE L 305 20649 19972 17522 -135 336 -451 C \ ATOM 31563 N GLU L 306 13.594 63.518 -8.637 1.00166.76 N \ ANISOU31563 N GLU L 306 20420 19784 17296 -203 335 -516 N \ ATOM 31564 CA GLU L 306 13.683 62.736 -9.872 1.00165.54 C \ ANISOU31564 CA GLU L 306 19941 19483 17106 -254 322 -514 C \ ATOM 31565 C GLU L 306 14.512 63.463 -10.938 1.00161.98 C \ ANISOU31565 C GLU L 306 19477 19022 16651 -346 320 -595 C \ ATOM 31566 O GLU L 306 15.348 62.846 -11.609 1.00159.71 O \ ANISOU31566 O GLU L 306 20634 20044 17419 -126 343 -478 O \ ATOM 31567 CB GLU L 306 12.281 62.355 -10.360 1.00168.07 C \ ANISOU31567 CB GLU L 306 20946 20144 17396 -103 358 -515 C \ ATOM 31568 CG GLU L 306 11.605 61.401 -9.373 1.00171.67 C \ ANISOU31568 CG GLU L 306 20946 19955 17221 -163 363 -584 C \ ATOM 31569 CD GLU L 306 10.276 60.839 -9.831 1.00174.77 C \ ANISOU31569 CD GLU L 306 21178 20398 17530 -16 365 -471 C \ ATOM 31570 OE1 GLU L 306 9.698 61.360 -10.810 1.00176.93 O \ ANISOU31570 OE1 GLU L 306 19816 19507 17211 -193 313 -420 O \ ATOM 31571 OE2 GLU L 306 9.809 59.867 -9.193 1.00176.42 O \ ANISOU31571 OE2 GLU L 306 19739 19581 17407 -236 301 -414 O \ ATOM 31572 N HIS L 307 14.313 64.776 -11.053 1.00159.45 N \ ANISOU31572 N HIS L 307 19786 19544 17479 -339 296 -494 N \ ATOM 31573 CA HIS L 307 15.147 65.609 -11.932 1.00157.91 C \ ANISOU31573 CA HIS L 307 19755 19561 17537 -413 293 -556 C \ ATOM 31574 C HIS L 307 16.638 65.557 -11.560 1.00155.33 C \ ANISOU31574 C HIS L 307 19637 19626 17525 -157 292 -295 C \ ATOM 31575 O HIS L 307 17.535 65.426 -12.417 1.00155.66 O \ ANISOU31575 O HIS L 307 19734 19879 17702 -75 295 -218 O \ ATOM 31576 CB HIS L 307 14.667 67.057 -11.876 1.00159.67 C \ ANISOU31576 CB HIS L 307 19618 19883 17739 16 290 -90 C \ ATOM 31577 CG HIS L 307 15.601 68.028 -12.528 1.00161.70 C \ ANISOU31577 CG HIS L 307 19684 19945 17806 -124 291 -251 C \ ATOM 31578 ND1 HIS L 307 15.518 68.362 -13.863 1.00162.90 N \ ANISOU31578 ND1 HIS L 307 20018 19661 17633 -338 295 -492 N \ ATOM 31579 CD2 HIS L 307 16.646 68.730 -12.030 1.00162.14 C \ ANISOU31579 CD2 HIS L 307 20025 19579 17645 -432 290 -568 C \ ATOM 31580 CE1 HIS L 307 16.459 69.242 -14.155 1.00162.60 C \ ANISOU31580 CE1 HIS L 307 19999 19431 17432 -522 300 -683 C \ ATOM 31581 NE2 HIS L 307 17.154 69.486 -13.058 1.00161.83 N \ ANISOU31581 NE2 HIS L 307 19685 19122 17186 -612 296 -755 N \ ATOM 31582 N ASN L 308 16.892 65.666 -10.264 1.00153.03 N \ ANISOU31582 N ASN L 308 20171 19626 17722 -406 288 -538 N \ ATOM 31583 CA ASN L 308 18.246 65.604 -9.744 1.00151.34 C \ ANISOU31583 CA ASN L 308 20416 19810 18021 -493 280 -598 C \ ATOM 31584 C ASN L 308 18.883 64.241 -9.914 1.00148.79 C \ ANISOU31584 C ASN L 308 20327 19872 18220 -513 265 -569 C \ ATOM 31585 O ASN L 308 20.073 64.173 -10.166 1.00145.15 O \ ANISOU31585 O ASN L 308 20585 19872 18081 -466 280 -574 O \ ATOM 31586 CB ASN L 308 18.279 65.997 -8.269 1.00152.91 C \ ANISOU31586 CB ASN L 308 20319 19645 17513 -500 312 -700 C \ ATOM 31587 CG ASN L 308 18.105 67.491 -8.064 1.00153.93 C \ ANISOU31587 CG ASN L 308 20634 19846 17637 -592 319 -806 C \ ATOM 31588 OD1 ASN L 308 18.203 68.278 -9.004 1.00152.97 O \ ANISOU31588 OD1 ASN L 308 20599 19953 17720 -645 316 -844 O \ ATOM 31589 ND2 ASN L 308 17.852 67.888 -6.828 1.00155.57 N \ ANISOU31589 ND2 ASN L 308 20556 19883 17648 -748 317 -933 N \ ATOM 31590 N LEU L 309 18.106 63.165 -9.768 1.00148.79 N \ ANISOU31590 N LEU L 309 20930 19982 17639 -551 333 -811 N \ ATOM 31591 CA LEU L 309 18.619 61.809 -10.008 1.00149.30 C \ ANISOU31591 CA LEU L 309 21162 20070 17748 -514 338 -790 C \ ATOM 31592 C LEU L 309 19.052 61.652 -11.444 1.00149.52 C \ ANISOU31592 C LEU L 309 20600 20116 17858 -573 313 -773 C \ ATOM 31593 O LEU L 309 20.152 61.168 -11.715 1.00149.63 O \ ANISOU31593 O LEU L 309 20569 20247 17966 -606 310 -793 O \ ATOM 31594 CB LEU L 309 17.576 60.734 -9.662 1.00149.47 C \ ANISOU31594 CB LEU L 309 20518 20287 18143 -659 302 -814 C \ ATOM 31595 CG LEU L 309 17.566 60.347 -8.187 1.00150.85 C \ ANISOU31595 CG LEU L 309 20252 20092 17928 -727 302 -875 C \ ATOM 31596 CD1 LEU L 309 16.310 59.621 -7.732 1.00150.65 C \ ANISOU31596 CD1 LEU L 309 20557 20389 18060 -506 308 -701 C \ ATOM 31597 CD2 LEU L 309 18.803 59.516 -7.882 1.00151.17 C \ ANISOU31597 CD2 LEU L 309 20570 20338 18326 -627 295 -764 C \ ATOM 31598 N LEU L 310 18.182 62.058 -12.362 1.00150.84 N \ ANISOU31598 N LEU L 310 20346 20173 18301 -677 288 -787 N \ ATOM 31599 CA LEU L 310 18.506 61.995 -13.778 1.00150.68 C \ ANISOU31599 CA LEU L 310 20470 20190 18321 -789 292 -900 C \ ATOM 31600 C LEU L 310 19.703 62.902 -14.104 1.00149.66 C \ ANISOU31600 C LEU L 310 20575 20360 18566 -841 289 -940 C \ ATOM 31601 O LEU L 310 20.583 62.521 -14.875 1.00147.37 O \ ANISOU31601 O LEU L 310 20244 20071 18334 -630 278 -715 O \ ATOM 31602 CB LEU L 310 17.288 62.372 -14.621 1.00151.39 C \ ANISOU31602 CB LEU L 310 20290 19959 18242 -659 278 -745 C \ ATOM 31603 CG LEU L 310 17.438 62.053 -16.101 1.00153.31 C \ ANISOU31603 CG LEU L 310 20513 20069 18114 -824 299 -949 C \ ATOM 31604 CD1 LEU L 310 17.553 60.543 -16.296 1.00153.76 C \ ANISOU31604 CD1 LEU L 310 20480 19930 17957 -934 304 -1055 C \ ATOM 31605 CD2 LEU L 310 16.277 62.629 -16.900 1.00154.07 C \ ANISOU31605 CD2 LEU L 310 20191 19687 17587 -1003 310 -1124 C \ ATOM 31606 N SER L 311 19.752 64.085 -13.496 1.00151.28 N \ ANISOU31606 N SER L 311 20214 19670 17553 -1101 314 -1210 N \ ATOM 31607 CA SER L 311 20.908 64.976 -13.688 1.00152.96 C \ ANISOU31607 CA SER L 311 20851 20089 18094 -944 310 -1075 C \ ATOM 31608 C SER L 311 22.229 64.392 -13.136 1.00153.37 C \ ANISOU31608 C SER L 311 20992 20198 18319 -892 302 -1016 C \ ATOM 31609 O SER L 311 23.300 64.517 -13.756 1.00152.88 O \ ANISOU31609 O SER L 311 21262 20272 18359 -883 309 -1023 O \ ATOM 31610 CB SER L 311 20.597 66.367 -13.095 1.00154.10 C \ ANISOU31610 CB SER L 311 21254 20276 18447 -807 301 -940 C \ ATOM 31611 OG SER L 311 19.523 66.956 -13.808 1.00155.24 O \ ANISOU31611 OG SER L 311 21407 20255 18423 -817 305 -959 O \ ATOM 31612 N ALA L 312 22.149 63.734 -11.987 1.00154.17 N \ ANISOU31612 N ALA L 312 19901 19491 17293 -954 311 -1087 N \ ATOM 31613 CA ALA L 312 23.301 63.040 -11.410 1.00154.71 C \ ANISOU31613 CA ALA L 312 19738 19393 17055 -1016 315 -1145 C \ ATOM 31614 C ALA L 312 23.748 61.881 -12.310 1.00155.15 C \ ANISOU31614 C ALA L 312 19277 19157 16825 -1014 312 -1137 C \ ATOM 31615 O ALA L 312 24.939 61.604 -12.409 1.00153.37 O \ ANISOU31615 O ALA L 312 18835 18790 16362 -1088 314 -1200 O \ ATOM 31616 CB ALA L 312 22.971 62.525 -10.014 1.00155.30 C \ ANISOU31616 CB ALA L 312 20000 19622 17151 -965 318 -1113 C \ ATOM 31617 N SER L 313 22.797 61.210 -12.969 1.00155.90 N \ ANISOU31617 N SER L 313 20340 19726 17205 -973 324 -1135 N \ ATOM 31618 CA SER L 313 23.139 60.132 -13.916 1.00154.81 C \ ANISOU31618 CA SER L 313 20483 19855 17231 -886 327 -1079 C \ ATOM 31619 C SER L 313 23.996 60.631 -15.092 1.00155.24 C \ ANISOU31619 C SER L 313 20313 19587 16986 -1102 329 -1243 C \ ATOM 31620 O SER L 313 24.703 59.838 -15.718 1.00156.61 O \ ANISOU31620 O SER L 313 19308 19298 17071 -927 306 -1054 O \ ATOM 31621 CB SER L 313 21.881 59.415 -14.436 1.00154.36 C \ ANISOU31621 CB SER L 313 19287 19485 17271 -901 305 -1028 C \ ATOM 31622 OG SER L 313 21.241 60.132 -15.483 1.00153.95 O \ ANISOU31622 OG SER L 313 19254 19496 17459 -892 301 -1011 O \ ATOM 31623 N LYS L 314 23.939 61.932 -15.386 1.00154.48 N \ ANISOU31623 N LYS L 314 19122 19263 17345 -875 296 -987 N \ ATOM 31624 CA LYS L 314 24.780 62.537 -16.427 1.00153.62 C \ ANISOU31624 CA LYS L 314 19207 19510 17250 -798 302 -934 C \ ATOM 31625 C LYS L 314 26.181 62.961 -15.936 1.00151.25 C \ ANISOU31625 C LYS L 314 19283 19544 17110 -798 305 -946 C \ ATOM 31626 O LYS L 314 27.058 63.230 -16.757 1.00151.17 O \ ANISOU31626 O LYS L 314 19483 19576 17115 -769 307 -929 O \ ATOM 31627 CB LYS L 314 24.036 63.717 -17.078 1.00155.37 C \ ANISOU31627 CB LYS L 314 19289 19677 17098 -826 307 -975 C \ ATOM 31628 CG LYS L 314 22.733 63.290 -17.758 1.00156.63 C \ ANISOU31628 CG LYS L 314 19566 19600 16983 -768 311 -944 C \ ATOM 31629 CD LYS L 314 21.913 64.446 -18.314 1.00157.63 C \ ANISOU31629 CD LYS L 314 19458 19798 17058 -832 308 -990 C \ ATOM 31630 CE LYS L 314 20.497 63.978 -18.638 1.00157.86 C \ ANISOU31630 CE LYS L 314 19554 19709 16955 -802 310 -975 C \ ATOM 31631 NZ LYS L 314 19.799 64.850 -19.620 1.00158.14 N \ ANISOU31631 NZ LYS L 314 19718 19806 16898 -805 312 -992 N \ ATOM 31632 N LEU L 315 26.391 63.013 -14.616 1.00149.19 N \ ANISOU31632 N LEU L 315 19287 19682 17652 -904 303 -1027 N \ ATOM 31633 CA LEU L 315 27.698 63.401 -14.019 1.00147.88 C \ ANISOU31633 CA LEU L 315 19287 19746 17877 -878 300 -1001 C \ ATOM 31634 C LEU L 315 28.592 62.239 -13.612 1.00145.44 C \ ANISOU31634 C LEU L 315 18985 19553 17736 -772 296 -893 C \ ATOM 31635 O LEU L 315 29.823 62.363 -13.557 1.00142.09 O \ ANISOU31635 O LEU L 315 18849 19407 17744 -730 290 -837 O \ ATOM 31636 CB LEU L 315 27.456 64.230 -12.764 1.00149.42 C \ ANISOU31636 CB LEU L 315 19434 20001 18107 -933 307 -1069 C \ ATOM 31637 CG LEU L 315 26.831 65.603 -12.983 1.00150.73 C \ ANISOU31637 CG LEU L 315 19645 20104 18178 -1040 311 -1172 C \ ATOM 31638 CD1 LEU L 315 26.309 66.145 -11.657 1.00151.52 C \ ANISOU31638 CD1 LEU L 315 19879 20182 18340 -1065 308 -1187 C \ ATOM 31639 CD2 LEU L 315 27.868 66.525 -13.610 1.00149.72 C \ ANISOU31639 CD2 LEU L 315 19604 20153 18096 -1105 319 -1241 C \ ATOM 31640 N TYR L 316 27.957 61.124 -13.278 1.00146.54 N \ ANISOU31640 N TYR L 316 18835 19508 17557 -734 298 -862 N \ ATOM 31641 CA TYR L 316 28.652 59.970 -12.737 1.00147.51 C \ ANISOU31641 CA TYR L 316 18923 19698 17770 -632 296 -756 C \ ATOM 31642 C TYR L 316 28.438 58.730 -13.609 1.00147.94 C \ ANISOU31642 C TYR L 316 19112 19943 17839 -599 298 -733 C \ ATOM 31643 O TYR L 316 27.446 58.603 -14.319 1.00146.68 O \ ANISOU31643 O TYR L 316 19364 20212 17961 -657 302 -801 O \ ATOM 31644 CB TYR L 316 28.171 59.690 -11.306 1.00147.30 C \ ANISOU31644 CB TYR L 316 18855 19783 17930 -601 298 -730 C \ ATOM 31645 CG TYR L 316 28.341 60.850 -10.354 1.00147.22 C \ ANISOU31645 CG TYR L 316 18835 19874 17904 -653 306 -805 C \ ATOM 31646 CD1 TYR L 316 27.376 61.847 -10.269 1.00147.85 C \ ANISOU31646 CD1 TYR L 316 18553 19686 17549 -650 309 -810 C \ ATOM 31647 CD2 TYR L 316 29.459 60.958 -9.549 1.00147.56 C \ ANISOU31647 CD2 TYR L 316 18985 20023 18133 -700 310 -861 C \ ATOM 31648 CE1 TYR L 316 27.518 62.926 -9.413 1.00147.78 C \ ANISOU31648 CE1 TYR L 316 19373 20240 18145 -507 295 -635 C \ ATOM 31649 CE2 TYR L 316 29.615 62.033 -8.689 1.00148.22 C \ ANISOU31649 CE2 TYR L 316 19718 20638 18375 -465 297 -607 C \ ATOM 31650 CZ TYR L 316 28.639 63.012 -8.622 1.00147.96 C \ ANISOU31650 CZ TYR L 316 19811 20857 18614 -355 295 -489 C \ ATOM 31651 OH TYR L 316 28.773 64.076 -7.767 1.00148.50 O \ ANISOU31651 OH TYR L 316 19873 20911 18810 -307 292 -419 O \ ATOM 31652 N ASN L 317 29.411 57.833 -13.559 1.00149.02 N \ ANISOU31652 N ASN L 317 19948 20689 18350 -485 297 -636 N \ ATOM 31653 CA ASN L 317 29.289 56.498 -14.105 1.00149.78 C \ ANISOU31653 CA ASN L 317 20369 21149 18620 -460 300 -631 C \ ATOM 31654 C ASN L 317 28.671 55.604 -13.048 1.00148.11 C \ ANISOU31654 C ASN L 317 19716 20363 18135 -426 294 -565 C \ ATOM 31655 O ASN L 317 27.874 54.722 -13.362 1.00147.39 O \ ANISOU31655 O ASN L 317 20754 21347 18721 -503 303 -689 O \ ATOM 31656 CB ASN L 317 30.661 55.978 -14.548 1.00151.45 C \ ANISOU31656 CB ASN L 317 19818 20987 18594 -318 298 -468 C \ ATOM 31657 CG ASN L 317 31.202 56.733 -15.750 1.00152.46 C \ ANISOU31657 CG ASN L 317 19650 20947 18551 -212 298 -356 C \ ATOM 31658 OD1 ASN L 317 30.442 57.089 -16.663 1.00153.71 O \ ANISOU31658 OD1 ASN L 317 19435 20643 18218 -152 297 -296 O \ ATOM 31659 ND2 ASN L 317 32.511 56.985 -15.762 1.00152.27 N \ ANISOU31659 ND2 ASN L 317 19487 20553 18053 -186 298 -348 N \ ATOM 31660 N ASN L 318 29.029 55.855 -11.792 1.00147.13 N \ ANISOU31660 N ASN L 318 19777 21248 18689 -189 301 -350 N \ ATOM 31661 CA ASN L 318 28.414 55.177 -10.672 1.00148.42 C \ ANISOU31661 CA ASN L 318 19929 21344 18606 -210 301 -393 C \ ATOM 31662 C ASN L 318 28.557 55.944 -9.370 1.00149.74 C \ ANISOU31662 C ASN L 318 19798 21372 18806 -247 304 -414 C \ ATOM 31663 O ASN L 318 29.505 56.699 -9.200 1.00151.43 O \ ANISOU31663 O ASN L 318 19212 20503 18134 -61 296 -184 O \ ATOM 31664 CB ASN L 318 29.030 53.796 -10.529 1.00148.88 C \ ANISOU31664 CB ASN L 318 19154 20386 17982 8 296 -115 C \ ATOM 31665 CG ASN L 318 30.545 53.829 -10.518 1.00149.00 C \ ANISOU31665 CG ASN L 318 19213 20455 17849 40 301 -123 C \ ATOM 31666 OD1 ASN L 318 31.166 54.337 -9.581 1.00146.83 O \ ANISOU31666 OD1 ASN L 318 19235 20356 17688 62 304 -122 O \ ATOM 31667 ND2 ASN L 318 31.150 53.262 -11.557 1.00150.39 N \ ANISOU31667 ND2 ASN L 318 18961 20294 17996 91 294 9 N \ ATOM 31668 N ILE L 319 27.627 55.732 -8.444 1.00152.01 N \ ANISOU31668 N ILE L 319 18844 20128 18030 55 287 15 N \ ATOM 31669 CA ILE L 319 27.680 56.434 -7.155 1.00154.58 C \ ANISOU31669 CA ILE L 319 18979 20101 18064 2 283 -34 C \ ATOM 31670 C ILE L 319 27.024 55.647 -6.010 1.00156.03 C \ ANISOU31670 C ILE L 319 18629 20021 18047 70 285 65 C \ ATOM 31671 O ILE L 319 26.087 54.881 -6.237 1.00156.85 O \ ANISOU31671 O ILE L 319 19024 20098 18238 -36 276 -35 O \ ATOM 31672 CB ILE L 319 27.058 57.846 -7.282 1.00155.25 C \ ANISOU31672 CB ILE L 319 18696 20025 18237 31 278 64 C \ ATOM 31673 CG1 ILE L 319 27.347 58.677 -6.027 1.00158.28 C \ ANISOU31673 CG1 ILE L 319 18864 20039 18304 -24 273 12 C \ ATOM 31674 CG2 ILE L 319 25.567 57.762 -7.565 1.00153.22 C \ ANISOU31674 CG2 ILE L 319 19089 20469 17758 41 303 -134 C \ ATOM 31675 CD1 ILE L 319 27.148 60.163 -6.213 1.00160.08 C \ ANISOU31675 CD1 ILE L 319 19030 20429 17515 60 306 -152 C \ ATOM 31676 N THR L 320 27.535 55.825 -4.790 1.00156.34 N \ ANISOU31676 N THR L 320 19127 20342 17352 -27 306 -264 N \ ATOM 31677 CA THR L 320 26.968 55.150 -3.622 1.00155.68 C \ ANISOU31677 CA THR L 320 19288 20396 17301 -1 309 -268 C \ ATOM 31678 C THR L 320 25.684 55.844 -3.182 1.00153.43 C \ ANISOU31678 C THR L 320 18837 20427 17415 57 305 -158 C \ ATOM 31679 O THR L 320 25.489 57.033 -3.428 1.00152.90 O \ ANISOU31679 O THR L 320 18772 20442 17236 112 306 -132 O \ ATOM 31680 CB THR L 320 27.943 55.100 -2.422 1.00157.16 C \ ANISOU31680 CB THR L 320 18687 20518 17182 76 304 -174 C \ ATOM 31681 OG1 THR L 320 28.116 56.410 -1.878 1.00157.60 O \ ANISOU31681 OG1 THR L 320 18295 20289 17011 102 305 -130 O \ ATOM 31682 CG2 THR L 320 29.309 54.531 -2.832 1.00157.85 C \ ANISOU31682 CG2 THR L 320 18913 20709 17209 21 302 -249 C \ ATOM 31683 N PHE L 321 24.810 55.096 -2.520 1.00152.26 N \ ANISOU31683 N PHE L 321 19051 20226 17287 -128 304 -353 N \ ATOM 31684 CA PHE L 321 23.536 55.659 -2.053 1.00151.39 C \ ANISOU31684 CA PHE L 321 19286 20290 17285 -225 304 -463 C \ ATOM 31685 C PHE L 321 23.722 56.706 -0.960 1.00151.38 C \ ANISOU31685 C PHE L 321 19469 20270 17349 -218 307 -461 C \ ATOM 31686 O PHE L 321 22.978 57.687 -0.912 1.00150.76 O \ ANISOU31686 O PHE L 321 19595 20242 17229 -233 310 -501 O \ ATOM 31687 CB PHE L 321 22.577 54.543 -1.638 1.00150.68 C \ ANISOU31687 CB PHE L 321 19234 20258 17286 -335 302 -554 C \ ATOM 31688 CG PHE L 321 22.192 53.664 -2.787 1.00150.03 C \ ANISOU31688 CG PHE L 321 19188 20389 17282 -370 300 -588 C \ ATOM 31689 CD1 PHE L 321 21.676 54.234 -3.948 1.00150.40 C \ ANISOU31689 CD1 PHE L 321 19293 20467 17150 -401 299 -635 C \ ATOM 31690 CD2 PHE L 321 22.384 52.294 -2.750 1.00149.22 C \ ANISOU31690 CD2 PHE L 321 19209 20226 16851 -492 299 -723 C \ ATOM 31691 CE1 PHE L 321 21.332 53.463 -5.039 1.00150.97 C \ ANISOU31691 CE1 PHE L 321 19368 20680 17252 -337 298 -583 C \ ATOM 31692 CE2 PHE L 321 22.036 51.516 -3.845 1.00149.91 C \ ANISOU31692 CE2 PHE L 321 19619 20418 17668 -197 305 -415 C \ ATOM 31693 CZ PHE L 321 21.515 52.101 -4.990 1.00150.57 C \ ANISOU31693 CZ PHE L 321 19909 20536 17868 -187 306 -407 C \ ATOM 31694 N GLU L 322 24.740 56.507 -0.124 1.00150.85 N \ ANISOU31694 N GLU L 322 20019 20600 17840 -91 312 -340 N \ ATOM 31695 CA GLU L 322 25.095 57.460 0.929 1.00149.95 C \ ANISOU31695 CA GLU L 322 20252 20656 17856 -94 317 -370 C \ ATOM 31696 C GLU L 322 25.467 58.806 0.299 1.00149.55 C \ ANISOU31696 C GLU L 322 19954 20621 18142 -173 301 -354 C \ ATOM 31697 O GLU L 322 24.978 59.865 0.723 1.00149.98 O \ ANISOU31697 O GLU L 322 20100 20612 18231 -180 299 -353 O \ ATOM 31698 CB GLU L 322 26.288 56.945 1.744 1.00149.18 C \ ANISOU31698 CB GLU L 322 20131 20465 18073 -281 302 -467 C \ ATOM 31699 CG GLU L 322 26.413 57.518 3.130 1.00148.58 C \ ANISOU31699 CG GLU L 322 20128 20716 18514 -172 291 -299 C \ ATOM 31700 CD GLU L 322 27.806 57.334 3.716 1.00148.41 C \ ANISOU31700 CD GLU L 322 19838 20579 17779 0 312 -248 C \ ATOM 31701 OE1 GLU L 322 28.227 56.173 3.881 1.00146.32 O \ ANISOU31701 OE1 GLU L 322 19883 20608 17701 100 318 -180 O \ ATOM 31702 OE2 GLU L 322 28.487 58.346 4.017 1.00149.58 O \ ANISOU31702 OE2 GLU L 322 19937 20546 17470 78 324 -251 O \ ATOM 31703 N GLU L 323 26.337 58.753 -0.710 1.00148.87 N \ ANISOU31703 N GLU L 323 19962 20427 17291 121 331 -245 N \ ATOM 31704 CA GLU L 323 26.801 59.964 -1.389 1.00149.66 C \ ANISOU31704 CA GLU L 323 19839 20511 17354 10 320 -318 C \ ATOM 31705 C GLU L 323 25.675 60.574 -2.197 1.00150.25 C \ ANISOU31705 C GLU L 323 19855 20426 17103 -29 323 -393 C \ ATOM 31706 O GLU L 323 25.470 61.781 -2.143 1.00150.20 O \ ANISOU31706 O GLU L 323 19852 20173 16865 -110 326 -485 O \ ATOM 31707 CB GLU L 323 27.985 59.702 -2.331 1.00149.44 C \ ANISOU31707 CB GLU L 323 20089 20252 16841 -95 333 -510 C \ ATOM 31708 CG GLU L 323 29.346 59.487 -1.668 1.00149.65 C \ ANISOU31708 CG GLU L 323 19754 20470 17056 -95 316 -443 C \ ATOM 31709 CD GLU L 323 29.852 60.667 -0.841 1.00149.78 C \ ANISOU31709 CD GLU L 323 19681 19962 16781 -191 323 -532 C \ ATOM 31710 OE1 GLU L 323 30.178 61.742 -1.398 1.00148.14 O \ ANISOU31710 OE1 GLU L 323 19915 19966 16810 -269 327 -615 O \ ATOM 31711 OE2 GLU L 323 29.952 60.502 0.390 1.00150.81 O \ ANISOU31711 OE2 GLU L 323 20006 19903 16789 -190 335 -566 O \ ATOM 31712 N LEU L 324 24.958 59.741 -2.949 1.00151.88 N \ ANISOU31712 N LEU L 324 20194 19876 16714 -216 342 -620 N \ ATOM 31713 CA LEU L 324 23.841 60.221 -3.774 1.00153.48 C \ ANISOU31713 CA LEU L 324 19841 19900 16873 -368 322 -671 C \ ATOM 31714 C LEU L 324 22.795 60.913 -2.905 1.00153.86 C \ ANISOU31714 C LEU L 324 19816 19643 16658 -445 326 -748 C \ ATOM 31715 O LEU L 324 22.280 61.985 -3.249 1.00154.67 O \ ANISOU31715 O LEU L 324 20139 19824 16700 -530 329 -843 O \ ATOM 31716 CB LEU L 324 23.209 59.064 -4.551 1.00154.54 C \ ANISOU31716 CB LEU L 324 19607 19467 16622 -521 321 -785 C \ ATOM 31717 CG LEU L 324 22.163 59.379 -5.632 1.00155.13 C \ ANISOU31717 CG LEU L 324 19918 19926 16899 -97 334 -464 C \ ATOM 31718 CD1 LEU L 324 22.690 60.335 -6.704 1.00154.42 C \ ANISOU31718 CD1 LEU L 324 20114 20018 17022 -13 341 -403 C \ ATOM 31719 CD2 LEU L 324 21.706 58.056 -6.234 1.00156.23 C \ ANISOU31719 CD2 LEU L 324 20126 20043 16922 109 350 -329 C \ ATOM 31720 N GLY L 325 22.492 60.309 -1.763 1.00153.17 N \ ANISOU31720 N GLY L 325 20250 20096 16975 192 357 -272 N \ ATOM 31721 CA GLY L 325 21.574 60.910 -0.799 1.00153.16 C \ ANISOU31721 CA GLY L 325 20113 20127 17288 14 334 -330 C \ ATOM 31722 C GLY L 325 22.072 62.255 -0.309 1.00152.53 C \ ANISOU31722 C GLY L 325 20193 20197 17504 -88 325 -388 C \ ATOM 31723 O GLY L 325 21.298 63.219 -0.237 1.00151.81 O \ ANISOU31723 O GLY L 325 20071 20098 17535 -47 321 -316 O \ ATOM 31724 N ALA L 326 23.364 62.308 0.021 1.00151.88 N \ ANISOU31724 N ALA L 326 20393 20197 17487 -191 329 -504 N \ ATOM 31725 CA ALA L 326 23.989 63.533 0.502 1.00151.03 C \ ANISOU31725 CA ALA L 326 19976 19992 16755 122 349 -330 C \ ATOM 31726 C ALA L 326 23.990 64.641 -0.556 1.00149.73 C \ ANISOU31726 C ALA L 326 19856 19904 16532 237 357 -265 C \ ATOM 31727 O ALA L 326 23.721 65.795 -0.237 1.00150.50 O \ ANISOU31727 O ALA L 326 19615 19813 16487 357 359 -133 O \ ATOM 31728 CB ALA L 326 25.403 63.250 0.992 1.00150.76 C \ ANISOU31728 CB ALA L 326 19680 19830 16435 461 369 -72 C \ ATOM 31729 N LEU L 327 24.277 64.292 -1.806 1.00148.50 N \ ANISOU31729 N LEU L 327 20089 19890 16414 250 369 -316 N \ ATOM 31730 CA LEU L 327 24.262 65.267 -2.900 1.00149.21 C \ ANISOU31730 CA LEU L 327 20234 19899 16361 124 366 -442 C \ ATOM 31731 C LEU L 327 22.862 65.788 -3.197 1.00149.22 C \ ANISOU31731 C LEU L 327 20603 20007 16364 133 379 -495 C \ ATOM 31732 O LEU L 327 22.700 66.968 -3.557 1.00149.45 O \ ANISOU31732 O LEU L 327 20752 20124 16389 251 390 -437 O \ ATOM 31733 CB LEU L 327 24.853 64.679 -4.192 1.00149.00 C \ ANISOU31733 CB LEU L 327 20649 19873 16239 23 378 -595 C \ ATOM 31734 CG LEU L 327 24.747 65.587 -5.430 1.00147.70 C \ ANISOU31734 CG LEU L 327 19286 19667 16456 341 348 -87 C \ ATOM 31735 CD1 LEU L 327 25.578 66.850 -5.287 1.00149.14 C \ ANISOU31735 CD1 LEU L 327 19020 19568 16407 440 347 40 C \ ATOM 31736 CD2 LEU L 327 25.135 64.824 -6.681 1.00146.59 C \ ANISOU31736 CD2 LEU L 327 18674 19446 16308 440 340 82 C \ ATOM 31737 N LEU L 328 21.868 64.900 -3.083 1.00149.34 N \ ANISOU31737 N LEU L 328 18495 19294 16170 354 333 10 N \ ATOM 31738 CA LEU L 328 20.462 65.258 -3.357 1.00150.43 C \ ANISOU31738 CA LEU L 328 18993 19508 16503 427 343 71 C \ ATOM 31739 C LEU L 328 19.684 65.730 -2.127 1.00150.26 C \ ANISOU31739 C LEU L 328 18922 19437 16579 307 331 1 C \ ATOM 31740 O LEU L 328 18.500 66.069 -2.227 1.00150.87 O \ ANISOU31740 O LEU L 328 19149 19463 16418 450 353 48 O \ ATOM 31741 CB LEU L 328 19.718 64.074 -3.979 1.00151.41 C \ ANISOU31741 CB LEU L 328 18860 19323 16613 280 325 15 C \ ATOM 31742 CG LEU L 328 20.238 63.461 -5.281 1.00152.38 C \ ANISOU31742 CG LEU L 328 18493 19432 16292 537 340 203 C \ ATOM 31743 CD1 LEU L 328 19.086 62.776 -5.972 1.00151.87 C \ ANISOU31743 CD1 LEU L 328 18355 19500 16397 538 334 248 C \ ATOM 31744 CD2 LEU L 328 20.865 64.483 -6.215 1.00152.85 C \ ANISOU31744 CD2 LEU L 328 18106 19276 16357 451 323 220 C \ ATOM 31745 N GLU L 329 20.355 65.746 -0.978 1.00149.29 N \ ANISOU31745 N GLU L 329 18160 19237 16434 419 320 212 N \ ATOM 31746 CA GLU L 329 19.774 66.146 0.299 1.00148.16 C \ ANISOU31746 CA GLU L 329 18359 19649 16528 657 337 389 C \ ATOM 31747 C GLU L 329 18.552 65.293 0.673 1.00147.17 C \ ANISOU31747 C GLU L 329 18494 19668 16448 729 348 409 C \ ATOM 31748 O GLU L 329 17.514 65.808 1.105 1.00147.24 O \ ANISOU31748 O GLU L 329 18490 19444 16265 650 348 305 O \ ATOM 31749 CB GLU L 329 19.490 67.655 0.306 1.00148.43 C \ ANISOU31749 CB GLU L 329 17774 19073 16174 418 319 207 C \ ATOM 31750 CG GLU L 329 20.759 68.480 0.093 1.00148.69 C \ ANISOU31750 CG GLU L 329 17509 18827 16094 339 311 173 C \ ATOM 31751 CD GLU L 329 20.550 69.983 0.195 1.00149.95 C \ ANISOU31751 CD GLU L 329 17174 18536 15966 367 305 263 C \ ATOM 31752 OE1 GLU L 329 19.735 70.439 1.029 1.00150.72 O \ ANISOU31752 OE1 GLU L 329 17088 18381 15956 300 299 226 O \ ATOM 31753 OE2 GLU L 329 21.208 70.723 -0.565 1.00149.39 O \ ANISOU31753 OE2 GLU L 329 17531 18998 16238 319 309 157 O \ ATOM 31754 N ILE L 330 18.702 63.974 0.506 1.00145.83 N \ ANISOU31754 N ILE L 330 17028 18508 15909 463 308 382 N \ ATOM 31755 CA ILE L 330 17.673 62.996 0.919 1.00144.74 C \ ANISOU31755 CA ILE L 330 16963 18496 16036 490 302 478 C \ ATOM 31756 C ILE L 330 18.328 61.805 1.632 1.00143.25 C \ ANISOU31756 C ILE L 330 17089 18480 16069 471 299 466 C \ ATOM 31757 O ILE L 330 19.527 61.584 1.484 1.00142.02 O \ ANISOU31757 O ILE L 330 17176 18549 16292 430 289 482 O \ ATOM 31758 CB ILE L 330 16.815 62.500 -0.284 1.00144.77 C \ ANISOU31758 CB ILE L 330 16983 18675 16144 598 306 609 C \ ATOM 31759 CG1 ILE L 330 17.685 61.807 -1.350 1.00144.60 C \ ANISOU31759 CG1 ILE L 330 17310 18600 16054 501 307 437 C \ ATOM 31760 CG2 ILE L 330 16.021 63.656 -0.879 1.00144.84 C \ ANISOU31760 CG2 ILE L 330 17528 18677 16154 491 306 421 C \ ATOM 31761 CD1 ILE L 330 16.946 61.405 -2.615 1.00144.22 C \ ANISOU31761 CD1 ILE L 330 17570 18575 16162 376 300 306 C \ ATOM 31762 N PRO L 331 17.552 61.029 2.409 1.00142.70 N \ ANISOU31762 N PRO L 331 17603 18550 16245 343 293 311 N \ ATOM 31763 CA PRO L 331 18.151 59.825 3.019 1.00142.79 C \ ANISOU31763 CA PRO L 331 17735 18794 16096 558 320 415 C \ ATOM 31764 C PRO L 331 18.627 58.810 1.971 1.00141.44 C \ ANISOU31764 C PRO L 331 17907 18840 16149 570 322 419 C \ ATOM 31765 O PRO L 331 18.054 58.741 0.886 1.00141.68 O \ ANISOU31765 O PRO L 331 18144 18975 16111 646 337 413 O \ ATOM 31766 CB PRO L 331 17.002 59.227 3.844 1.00143.54 C \ ANISOU31766 CB PRO L 331 18168 19132 16164 776 345 542 C \ ATOM 31767 CG PRO L 331 15.969 60.304 3.950 1.00143.73 C \ ANISOU31767 CG PRO L 331 18263 19102 15994 854 360 542 C \ ATOM 31768 CD PRO L 331 16.126 61.183 2.751 1.00142.65 C \ ANISOU31768 CD PRO L 331 17551 18510 16062 312 302 206 C \ ATOM 31769 N ALA L 332 19.648 58.020 2.297 1.00139.55 N \ ANISOU31769 N ALA L 332 17623 18467 16116 201 297 98 N \ ATOM 31770 CA ALA L 332 20.221 57.068 1.330 1.00138.00 C \ ANISOU31770 CA ALA L 332 17586 18497 16331 160 286 122 C \ ATOM 31771 C ALA L 332 19.216 56.023 0.850 1.00136.01 C \ ANISOU31771 C ALA L 332 17630 18442 16384 101 280 83 C \ ATOM 31772 O ALA L 332 19.250 55.610 -0.309 1.00135.35 O \ ANISOU31772 O ALA L 332 17687 18514 16082 142 301 0 O \ ATOM 31773 CB ALA L 332 21.449 56.379 1.913 1.00138.88 C \ ANISOU31773 CB ALA L 332 17590 18661 16532 194 284 187 C \ ATOM 31774 N ALA L 333 18.341 55.585 1.748 1.00135.40 N \ ANISOU31774 N ALA L 333 17592 18723 16774 165 274 222 N \ ATOM 31775 CA ALA L 333 17.315 54.603 1.411 1.00135.53 C \ ANISOU31775 CA ALA L 333 17757 18870 17005 189 265 301 C \ ATOM 31776 C ALA L 333 16.347 55.157 0.376 1.00135.91 C \ ANISOU31776 C ALA L 333 17881 18928 17202 127 256 275 C \ ATOM 31777 O ALA L 333 15.927 54.433 -0.539 1.00136.91 O \ ANISOU31777 O ALA L 333 17634 18936 17002 211 275 292 O \ ATOM 31778 CB ALA L 333 16.563 54.169 2.662 1.00136.34 C \ ANISOU31778 CB ALA L 333 17703 19050 17308 189 266 337 C \ ATOM 31779 N LYS L 334 16.000 56.437 0.518 1.00136.77 N \ ANISOU31779 N LYS L 334 17901 19392 17679 221 269 384 N \ ATOM 31780 CA LYS L 334 15.114 57.108 -0.436 1.00137.81 C \ ANISOU31780 CA LYS L 334 18170 19748 17895 263 278 386 C \ ATOM 31781 C LYS L 334 15.793 57.245 -1.803 1.00137.67 C \ ANISOU31781 C LYS L 334 17852 19361 17811 203 262 417 C \ ATOM 31782 O LYS L 334 15.164 57.012 -2.830 1.00137.91 O \ ANISOU31782 O LYS L 334 17984 19165 17205 277 269 398 O \ ATOM 31783 CB LYS L 334 14.658 58.480 0.091 1.00138.51 C \ ANISOU31783 CB LYS L 334 18179 19376 17471 306 261 486 C \ ATOM 31784 CG LYS L 334 13.594 59.141 -0.780 1.00139.22 C \ ANISOU31784 CG LYS L 334 18377 19420 17537 256 257 424 C \ ATOM 31785 CD LYS L 334 13.145 60.502 -0.261 1.00140.10 C \ ANISOU31785 CD LYS L 334 18266 19291 17536 213 244 440 C \ ATOM 31786 CE LYS L 334 12.008 60.401 0.747 1.00140.72 C \ ANISOU31786 CE LYS L 334 18308 19610 17566 415 269 596 C \ ATOM 31787 NZ LYS L 334 11.262 61.690 0.863 1.00140.44 N \ ANISOU31787 NZ LYS L 334 18412 19783 17790 446 259 707 N \ ATOM 31788 N ALA L 335 17.075 57.601 -1.815 1.00137.18 N \ ANISOU31788 N ALA L 335 18527 20062 17963 550 266 834 N \ ATOM 31789 CA ALA L 335 17.825 57.660 -3.069 1.00137.41 C \ ANISOU31789 CA ALA L 335 18653 20239 18118 591 260 934 C \ ATOM 31790 C ALA L 335 17.819 56.311 -3.787 1.00137.95 C \ ANISOU31790 C ALA L 335 18852 20382 18085 662 273 930 C \ ATOM 31791 O ALA L 335 17.583 56.255 -5.004 1.00138.06 O \ ANISOU31791 O ALA L 335 18648 19574 17571 259 268 352 O \ ATOM 31792 CB ALA L 335 19.247 58.114 -2.820 1.00137.61 C \ ANISOU31792 CB ALA L 335 18737 19507 17516 217 266 293 C \ ATOM 31793 N GLU L 336 18.066 55.228 -3.043 1.00138.92 N \ ANISOU31793 N GLU L 336 18570 19247 17394 103 258 191 N \ ATOM 31794 CA GLU L 336 17.990 53.872 -3.609 1.00139.73 C \ ANISOU31794 CA GLU L 336 18539 19152 17386 62 248 182 C \ ATOM 31795 C GLU L 336 16.580 53.562 -4.101 1.00141.16 C \ ANISOU31795 C GLU L 336 18981 19632 17475 255 281 248 C \ ATOM 31796 O GLU L 336 16.400 53.100 -5.231 1.00142.15 O \ ANISOU31796 O GLU L 336 19086 19829 17532 377 291 353 O \ ATOM 31797 CB GLU L 336 18.410 52.802 -2.591 1.00141.00 C \ ANISOU31797 CB GLU L 336 19136 19625 17481 219 281 195 C \ ATOM 31798 CG GLU L 336 18.237 51.378 -3.116 1.00142.29 C \ ANISOU31798 CG GLU L 336 19084 19942 17678 431 283 475 C \ ATOM 31799 CD GLU L 336 18.917 50.308 -2.288 1.00144.68 C \ ANISOU31799 CD GLU L 336 18400 19079 17239 54 261 117 C \ ATOM 31800 OE1 GLU L 336 19.530 50.640 -1.243 1.00146.90 O \ ANISOU31800 OE1 GLU L 336 18283 18899 17189 -46 254 27 O \ ATOM 31801 OE2 GLU L 336 18.844 49.130 -2.715 1.00144.82 O \ ANISOU31801 OE2 GLU L 336 18184 18861 17321 -64 239 84 O \ ATOM 31802 N LYS L 337 15.587 53.810 -3.251 1.00143.06 N \ ANISOU31802 N LYS L 337 18200 18790 17352 -125 230 45 N \ ATOM 31803 CA LYS L 337 14.210 53.492 -3.594 1.00144.83 C \ ANISOU31803 CA LYS L 337 18164 18820 17084 -81 260 -39 C \ ATOM 31804 C LYS L 337 13.753 54.235 -4.840 1.00145.64 C \ ANISOU31804 C LYS L 337 18143 18964 17451 -10 237 179 C \ ATOM 31805 O LYS L 337 13.213 53.613 -5.753 1.00145.00 O \ ANISOU31805 O LYS L 337 18287 19170 17813 -20 223 250 O \ ATOM 31806 CB LYS L 337 13.269 53.788 -2.430 1.00146.04 C \ ANISOU31806 CB LYS L 337 18366 19207 17878 -23 211 294 C \ ATOM 31807 CG LYS L 337 11.879 53.217 -2.631 1.00147.35 C \ ANISOU31807 CG LYS L 337 18362 19159 17971 -86 197 279 C \ ATOM 31808 CD LYS L 337 11.170 52.981 -1.311 1.00148.84 C \ ANISOU31808 CD LYS L 337 18350 19393 18025 53 224 360 C \ ATOM 31809 CE LYS L 337 9.663 52.952 -1.509 1.00150.05 C \ ANISOU31809 CE LYS L 337 18540 19635 18421 39 211 431 C \ ATOM 31810 NZ LYS L 337 9.056 54.307 -1.317 1.00150.86 N \ ANISOU31810 NZ LYS L 337 18312 19167 17699 45 217 347 N \ ATOM 31811 N ILE L 338 13.989 55.544 -4.906 1.00146.85 N \ ANISOU31811 N ILE L 338 18235 19060 17587 50 208 389 N \ ATOM 31812 CA ILE L 338 13.569 56.335 -6.078 1.00146.76 C \ ANISOU31812 CA ILE L 338 18037 18704 17278 -28 204 284 C \ ATOM 31813 C ILE L 338 14.394 55.998 -7.332 1.00145.31 C \ ANISOU31813 C ILE L 338 18028 18675 17348 -75 189 293 C \ ATOM 31814 O ILE L 338 13.820 55.867 -8.428 1.00144.96 O \ ANISOU31814 O ILE L 338 18432 19289 17638 147 219 454 O \ ATOM 31815 CB ILE L 338 13.567 57.860 -5.782 1.00147.62 C \ ANISOU31815 CB ILE L 338 18484 19517 17818 230 220 586 C \ ATOM 31816 CG1 ILE L 338 12.650 58.184 -4.586 1.00148.57 C \ ANISOU31816 CG1 ILE L 338 18554 19618 17729 334 234 644 C \ ATOM 31817 CG2 ILE L 338 13.083 58.651 -6.980 1.00148.03 C \ ANISOU31817 CG2 ILE L 338 18679 19634 17664 345 241 602 C \ ATOM 31818 CD1 ILE L 338 11.294 57.499 -4.598 1.00149.24 C \ ANISOU31818 CD1 ILE L 338 18456 19666 17703 414 240 742 C \ ATOM 31819 N ALA L 339 15.716 55.831 -7.184 1.00144.01 N \ ANISOU31819 N ALA L 339 17965 18522 17021 -47 217 185 N \ ATOM 31820 CA ALA L 339 16.534 55.362 -8.319 1.00143.10 C \ ANISOU31820 CA ALA L 339 18184 18586 17118 -122 216 84 C \ ATOM 31821 C ALA L 339 15.988 54.035 -8.871 1.00143.09 C \ ANISOU31821 C ALA L 339 18221 18598 17301 -216 203 25 C \ ATOM 31822 O ALA L 339 15.740 53.893 -10.091 1.00143.03 O \ ANISOU31822 O ALA L 339 18557 18848 17614 -272 193 -12 O \ ATOM 31823 CB ALA L 339 17.990 55.214 -7.910 1.00142.31 C \ ANISOU31823 CB ALA L 339 18208 18498 16919 -134 233 -10 C \ ATOM 31824 N SER L 340 15.771 53.086 -7.959 1.00143.60 N \ ANISOU31824 N SER L 340 18264 18524 16781 -48 245 29 N \ ATOM 31825 CA SER L 340 15.177 51.780 -8.281 1.00145.47 C \ ANISOU31825 CA SER L 340 18331 18438 16575 -74 264 -85 C \ ATOM 31826 C SER L 340 13.843 51.928 -9.021 1.00145.95 C \ ANISOU31826 C SER L 340 18580 18504 16698 -161 261 -179 C \ ATOM 31827 O SER L 340 13.622 51.261 -10.046 1.00146.05 O \ ANISOU31827 O SER L 340 18041 18490 17259 -229 204 19 O \ ATOM 31828 CB SER L 340 14.984 50.954 -7.000 1.00146.78 C \ ANISOU31828 CB SER L 340 17935 18368 17305 -305 193 -25 C \ ATOM 31829 OG SER L 340 14.447 49.666 -7.252 1.00148.96 O \ ANISOU31829 OG SER L 340 17994 18469 17524 -312 173 55 O \ ATOM 31830 N GLN L 341 12.965 52.801 -8.515 1.00145.23 N \ ANISOU31830 N GLN L 341 17976 18375 17529 -379 161 10 N \ ATOM 31831 CA GLN L 341 11.695 53.079 -9.199 1.00144.45 C \ ANISOU31831 CA GLN L 341 17788 18295 17269 -305 200 -42 C \ ATOM 31832 C GLN L 341 11.908 53.634 -10.593 1.00142.18 C \ ANISOU31832 C GLN L 341 17753 18209 17072 -326 216 -142 C \ ATOM 31833 O GLN L 341 11.316 53.141 -11.546 1.00142.26 O \ ANISOU31833 O GLN L 341 17729 18226 17380 -365 190 -69 O \ ATOM 31834 CB GLN L 341 10.842 54.058 -8.403 1.00145.70 C \ ANISOU31834 CB GLN L 341 17618 18182 17011 -299 226 -137 C \ ATOM 31835 CG GLN L 341 10.158 53.437 -7.192 1.00146.91 C \ ANISOU31835 CG GLN L 341 18155 18752 17790 -245 170 173 C \ ATOM 31836 CD GLN L 341 9.384 54.459 -6.388 1.00147.13 C \ ANISOU31836 CD GLN L 341 18251 18900 18037 -257 150 258 C \ ATOM 31837 OE1 GLN L 341 9.068 55.536 -6.886 1.00147.33 O \ ANISOU31837 OE1 GLN L 341 18415 19004 18105 -277 139 257 O \ ATOM 31838 NE2 GLN L 341 9.081 54.132 -5.140 1.00146.93 N \ ANISOU31838 NE2 GLN L 341 18191 18762 17973 -334 120 263 N \ ATOM 31839 N MET L 342 12.762 54.644 -10.715 1.00140.83 N \ ANISOU31839 N MET L 342 18210 19011 18105 -178 149 393 N \ ATOM 31840 CA MET L 342 13.011 55.254 -12.025 1.00141.83 C \ ANISOU31840 CA MET L 342 18047 18909 18030 -154 159 400 C \ ATOM 31841 C MET L 342 13.599 54.290 -13.042 1.00142.44 C \ ANISOU31841 C MET L 342 18189 19044 18249 -206 127 479 C \ ATOM 31842 O MET L 342 13.245 54.355 -14.257 1.00144.81 O \ ANISOU31842 O MET L 342 18873 19431 18373 -229 152 248 O \ ATOM 31843 CB MET L 342 13.913 56.472 -11.902 1.00141.14 C \ ANISOU31843 CB MET L 342 19378 19882 18765 -232 146 250 C \ ATOM 31844 CG MET L 342 13.197 57.622 -11.240 1.00140.99 C \ ANISOU31844 CG MET L 342 19509 19861 18802 -318 143 129 C \ ATOM 31845 SD MET L 342 14.290 59.025 -11.107 1.00140.40 S \ ANISOU31845 SD MET L 342 19686 19990 18904 -333 136 126 S \ ATOM 31846 CE MET L 342 14.288 59.641 -12.784 1.00141.55 C \ ANISOU31846 CE MET L 342 19822 20333 19025 -141 163 286 C \ ATOM 31847 N ILE L 343 14.490 53.414 -12.561 1.00141.57 N \ ANISOU31847 N ILE L 343 20089 20760 19369 -49 164 422 N \ ATOM 31848 CA ILE L 343 15.026 52.355 -13.426 1.00141.09 C \ ANISOU31848 CA ILE L 343 20433 21098 19513 49 184 447 C \ ATOM 31849 C ILE L 343 13.918 51.380 -13.863 1.00142.09 C \ ANISOU31849 C ILE L 343 20591 21120 19465 46 195 372 C \ ATOM 31850 O ILE L 343 13.764 51.115 -15.060 1.00141.81 O \ ANISOU31850 O ILE L 343 20392 21186 19517 132 190 544 O \ ATOM 31851 CB ILE L 343 16.215 51.617 -12.761 1.00140.42 C \ ANISOU31851 CB ILE L 343 19520 19806 18815 -370 150 33 C \ ATOM 31852 CG1 ILE L 343 17.418 52.568 -12.622 1.00139.58 C \ ANISOU31852 CG1 ILE L 343 19537 19689 18757 -455 149 -81 C \ ATOM 31853 CG2 ILE L 343 16.609 50.378 -13.556 1.00140.37 C \ ANISOU31853 CG2 ILE L 343 19496 19536 18473 -447 166 -150 C \ ATOM 31854 CD1 ILE L 343 18.440 52.123 -11.594 1.00139.00 C \ ANISOU31854 CD1 ILE L 343 19537 19462 18419 -509 165 -233 C \ ATOM 31855 N THR L 344 13.134 50.871 -12.908 1.00143.96 N \ ANISOU31855 N THR L 344 19484 19549 18352 -373 182 -117 N \ ATOM 31856 CA THR L 344 12.030 49.949 -13.243 1.00145.25 C \ ANISOU31856 CA THR L 344 19570 19508 18189 -367 199 -184 C \ ATOM 31857 C THR L 344 11.005 50.590 -14.183 1.00146.14 C \ ANISOU31857 C THR L 344 19458 19339 18005 -411 212 -281 C \ ATOM 31858 O THR L 344 10.495 49.929 -15.086 1.00144.56 O \ ANISOU31858 O THR L 344 19475 19228 17818 -437 224 -358 O \ ATOM 31859 CB THR L 344 11.291 49.439 -11.986 1.00145.61 C \ ANISOU31859 CB THR L 344 19717 19682 18213 -264 209 -104 C \ ATOM 31860 OG1 THR L 344 12.225 48.841 -11.079 1.00144.72 O \ ANISOU31860 OG1 THR L 344 20001 20022 18544 -226 196 -14 O \ ATOM 31861 CG2 THR L 344 10.239 48.396 -12.363 1.00146.03 C \ ANISOU31861 CG2 THR L 344 20219 20265 18623 -116 209 63 C \ ATOM 31862 N GLU L 345 10.727 51.875 -13.972 1.00149.17 N \ ANISOU31862 N GLU L 345 20189 20373 18683 -42 214 146 N \ ATOM 31863 CA GLU L 345 9.759 52.609 -14.793 1.00152.72 C \ ANISOU31863 CA GLU L 345 20314 20484 18667 28 233 153 C \ ATOM 31864 C GLU L 345 10.302 53.015 -16.173 1.00153.11 C \ ANISOU31864 C GLU L 345 20592 20606 18693 36 249 82 C \ ATOM 31865 O GLU L 345 9.537 53.471 -17.025 1.00154.18 O \ ANISOU31865 O GLU L 345 20186 20495 18641 91 235 232 O \ ATOM 31866 CB GLU L 345 9.258 53.854 -14.059 1.00155.76 C \ ANISOU31866 CB GLU L 345 19371 19348 18078 -421 211 -278 C \ ATOM 31867 CG GLU L 345 8.322 53.579 -12.887 1.00158.49 C \ ANISOU31867 CG GLU L 345 19500 19449 18168 -472 221 -371 C \ ATOM 31868 CD GLU L 345 7.968 54.853 -12.099 1.00160.67 C \ ANISOU31868 CD GLU L 345 19384 19396 18266 -522 212 -389 C \ ATOM 31869 OE1 GLU L 345 8.139 55.984 -12.637 1.00161.01 O \ ANISOU31869 OE1 GLU L 345 19394 19508 18457 -489 201 -309 O \ ATOM 31870 OE2 GLU L 345 7.496 54.710 -10.940 1.00160.80 O \ ANISOU31870 OE2 GLU L 345 19565 19585 18184 -408 234 -339 O \ ATOM 31871 N GLY L 346 11.606 52.846 -16.392 1.00153.03 N \ ANISOU31871 N GLY L 346 19659 19671 18229 -458 244 -429 N \ ATOM 31872 CA GLY L 346 12.222 53.125 -17.684 1.00152.61 C \ ANISOU31872 CA GLY L 346 19692 19871 18368 -390 250 -366 C \ ATOM 31873 C GLY L 346 12.515 54.590 -17.875 1.00151.35 C \ ANISOU31873 C GLY L 346 19911 20038 18346 -318 262 -338 C \ ATOM 31874 O GLY L 346 12.755 55.044 -19.001 1.00151.12 O \ ANISOU31874 O GLY L 346 19275 19227 18133 -600 216 -493 O \ ATOM 31875 N ARG L 347 12.515 55.350 -16.787 1.00151.03 N \ ANISOU31875 N ARG L 347 19004 19016 18049 -636 211 -516 N \ ATOM 31876 CA ARG L 347 12.802 56.772 -16.939 1.00150.73 C \ ANISOU31876 CA ARG L 347 18634 18742 17721 -615 223 -524 C \ ATOM 31877 C ARG L 347 14.284 57.095 -16.744 1.00149.50 C \ ANISOU31877 C ARG L 347 18601 18684 17549 -638 235 -591 C \ ATOM 31878 O ARG L 347 14.723 58.193 -17.111 1.00148.76 O \ ANISOU31878 O ARG L 347 19269 19183 18282 -726 209 -620 O \ ATOM 31879 CB ARG L 347 11.911 57.597 -16.024 1.00151.63 C \ ANISOU31879 CB ARG L 347 19510 19341 18507 -751 195 -612 C \ ATOM 31880 CG ARG L 347 10.442 57.422 -16.376 1.00154.14 C \ ANISOU31880 CG ARG L 347 19439 19316 18547 -718 181 -527 C \ ATOM 31881 CD ARG L 347 9.509 58.311 -15.566 1.00155.57 C \ ANISOU31881 CD ARG L 347 19750 19464 18607 -814 199 -698 C \ ATOM 31882 NE ARG L 347 9.439 57.898 -14.158 1.00155.93 N \ ANISOU31882 NE ARG L 347 18330 18552 17608 -574 218 -455 N \ ATOM 31883 CZ ARG L 347 9.678 58.690 -13.115 1.00156.51 C \ ANISOU31883 CZ ARG L 347 18263 18591 17606 -551 228 -459 C \ ATOM 31884 NH1 ARG L 347 9.991 59.983 -13.287 1.00157.63 N \ ANISOU31884 NH1 ARG L 347 18072 18512 17625 -496 223 -365 N \ ATOM 31885 NH2 ARG L 347 9.589 58.197 -11.886 1.00156.13 N \ ANISOU31885 NH2 ARG L 347 17830 18262 17478 -484 209 -300 N \ ATOM 31886 N MET L 348 15.053 56.159 -16.184 1.00149.49 N \ ANISOU31886 N MET L 348 18182 18729 17803 -464 232 -357 N \ ATOM 31887 CA MET L 348 16.499 56.296 -16.109 1.00150.33 C \ ANISOU31887 CA MET L 348 18391 19050 18193 -399 229 -256 C \ ATOM 31888 C MET L 348 17.118 54.958 -16.513 1.00150.14 C \ ANISOU31888 C MET L 348 18386 19170 18176 -337 241 -221 C \ ATOM 31889 O MET L 348 16.625 53.912 -16.114 1.00150.97 O \ ANISOU31889 O MET L 348 18289 19082 17958 -357 252 -292 O \ ATOM 31890 CB MET L 348 16.900 56.653 -14.676 1.00150.90 C \ ANISOU31890 CB MET L 348 18502 19162 18474 -425 227 -273 C \ ATOM 31891 CG MET L 348 18.389 56.869 -14.470 1.00151.49 C \ ANISOU31891 CG MET L 348 18545 19217 18500 -463 239 -372 C \ ATOM 31892 SD MET L 348 18.886 56.332 -12.830 1.00152.47 S \ ANISOU31892 SD MET L 348 18481 19278 18499 -419 252 -360 S \ ATOM 31893 CE MET L 348 18.368 57.762 -11.878 1.00153.43 C \ ANISOU31893 CE MET L 348 18628 19197 18507 -541 239 -476 C \ ATOM 31894 N ASN L 349 18.198 54.974 -17.291 1.00149.06 N \ ANISOU31894 N ASN L 349 18531 19358 18536 -452 264 -447 N \ ATOM 31895 CA ASN L 349 18.939 53.741 -17.558 1.00147.57 C \ ANISOU31895 CA ASN L 349 18674 19269 18539 -575 252 -564 C \ ATOM 31896 C ASN L 349 20.043 53.509 -16.540 1.00145.01 C \ ANISOU31896 C ASN L 349 18645 19374 18575 -531 264 -549 C \ ATOM 31897 O ASN L 349 20.923 54.355 -16.342 1.00144.32 O \ ANISOU31897 O ASN L 349 18307 19190 18221 -266 239 -112 O \ ATOM 31898 CB ASN L 349 19.532 53.759 -18.959 1.00149.32 C \ ANISOU31898 CB ASN L 349 18393 19402 18300 -198 249 -64 C \ ATOM 31899 CG ASN L 349 18.467 53.801 -20.041 1.00150.96 C \ ANISOU31899 CG ASN L 349 18213 19335 18301 -162 254 -25 C \ ATOM 31900 OD1 ASN L 349 17.418 53.162 -19.934 1.00150.82 O \ ANISOU31900 OD1 ASN L 349 18129 19247 18372 -156 247 25 O \ ATOM 31901 ND2 ASN L 349 18.739 54.554 -21.099 1.00152.18 N \ ANISOU31901 ND2 ASN L 349 18532 19577 18408 -130 245 38 N \ ATOM 31902 N GLY L 350 19.998 52.352 -15.896 1.00143.42 N \ ANISOU31902 N GLY L 350 18600 19538 18263 -152 245 -7 N \ ATOM 31903 CA GLY L 350 21.066 51.957 -14.988 1.00143.34 C \ ANISOU31903 CA GLY L 350 18653 19843 18558 -52 254 104 C \ ATOM 31904 C GLY L 350 20.760 50.658 -14.288 1.00142.68 C \ ANISOU31904 C GLY L 350 18629 19585 18251 -87 241 88 C \ ATOM 31905 O GLY L 350 19.737 50.037 -14.547 1.00140.99 O \ ANISOU31905 O GLY L 350 18014 19234 18071 -142 266 -53 O \ ATOM 31906 N PHE L 351 21.654 50.243 -13.399 1.00144.00 N \ ANISOU31906 N PHE L 351 17973 19322 18181 -90 273 -6 N \ ATOM 31907 CA PHE L 351 21.362 49.109 -12.523 1.00146.43 C \ ANISOU31907 CA PHE L 351 18025 19492 18221 -10 277 83 C \ ATOM 31908 C PHE L 351 21.931 49.322 -11.121 1.00146.68 C \ ANISOU31908 C PHE L 351 18119 19635 18187 -3 283 48 C \ ATOM 31909 O PHE L 351 22.862 50.118 -10.930 1.00145.63 O \ ANISOU31909 O PHE L 351 17899 19294 18087 -124 284 -101 O \ ATOM 31910 CB PHE L 351 21.852 47.782 -13.135 1.00147.76 C \ ANISOU31910 CB PHE L 351 17869 19382 18231 -72 293 -59 C \ ATOM 31911 CG PHE L 351 23.319 47.762 -13.483 1.00148.08 C \ ANISOU31911 CG PHE L 351 17651 19237 18122 0 293 47 C \ ATOM 31912 CD1 PHE L 351 24.271 47.377 -12.543 1.00148.07 C \ ANISOU31912 CD1 PHE L 351 18062 19596 18447 -100 302 -131 C \ ATOM 31913 CD2 PHE L 351 23.744 48.109 -14.756 1.00148.26 C \ ANISOU31913 CD2 PHE L 351 18024 19537 18348 48 272 198 C \ ATOM 31914 CE1 PHE L 351 25.613 47.351 -12.864 1.00148.51 C \ ANISOU31914 CE1 PHE L 351 17975 19606 18295 130 276 293 C \ ATOM 31915 CE2 PHE L 351 25.087 48.087 -15.083 1.00148.66 C \ ANISOU31915 CE2 PHE L 351 17881 19665 18259 182 287 310 C \ ATOM 31916 CZ PHE L 351 26.022 47.708 -14.137 1.00148.95 C \ ANISOU31916 CZ PHE L 351 17732 19606 18033 230 292 339 C \ ATOM 31917 N ILE L 352 21.359 48.610 -10.148 1.00146.65 N \ ANISOU31917 N ILE L 352 17965 19611 18404 173 268 416 N \ ATOM 31918 CA ILE L 352 21.727 48.783 -8.743 1.00147.64 C \ ANISOU31918 CA ILE L 352 17821 19582 18236 257 271 514 C \ ATOM 31919 C ILE L 352 22.417 47.542 -8.172 1.00146.99 C \ ANISOU31919 C ILE L 352 17663 19422 18143 285 262 623 C \ ATOM 31920 O ILE L 352 22.005 46.415 -8.444 1.00146.73 O \ ANISOU31920 O ILE L 352 17488 19274 18135 297 258 701 O \ ATOM 31921 CB ILE L 352 20.483 49.156 -7.904 1.00148.75 C \ ANISOU31921 CB ILE L 352 17568 19295 17909 298 260 631 C \ ATOM 31922 CG1 ILE L 352 20.019 50.562 -8.297 1.00148.45 C \ ANISOU31922 CG1 ILE L 352 17928 19743 18433 177 293 294 C \ ATOM 31923 CG2 ILE L 352 20.782 49.083 -6.405 1.00150.16 C \ ANISOU31923 CG2 ILE L 352 18155 20125 18715 228 305 309 C \ ATOM 31924 CD1 ILE L 352 18.682 50.958 -7.722 1.00148.61 C \ ANISOU31924 CD1 ILE L 352 18197 20206 18599 193 310 209 C \ ATOM 31925 N ASP L 353 23.488 47.776 -7.411 1.00145.60 N \ ANISOU31925 N ASP L 353 18549 20675 18896 238 314 234 N \ ATOM 31926 CA ASP L 353 24.143 46.742 -6.631 1.00146.01 C \ ANISOU31926 CA ASP L 353 18259 20253 18993 242 311 320 C \ ATOM 31927 C ASP L 353 23.784 47.008 -5.174 1.00146.70 C \ ANISOU31927 C ASP L 353 18239 20254 19132 303 309 451 C \ ATOM 31928 O ASP L 353 24.326 47.929 -4.564 1.00147.23 O \ ANISOU31928 O ASP L 353 18314 20460 19067 276 325 296 O \ ATOM 31929 CB ASP L 353 25.664 46.782 -6.847 1.00145.50 C \ ANISOU31929 CB ASP L 353 18236 20109 19164 264 296 481 C \ ATOM 31930 CG ASP L 353 26.373 45.526 -6.323 1.00146.03 C \ ANISOU31930 CG ASP L 353 18077 19990 18401 111 309 97 C \ ATOM 31931 OD1 ASP L 353 25.843 44.835 -5.424 1.00144.78 O \ ANISOU31931 OD1 ASP L 353 18019 19957 18183 61 312 -2 O \ ATOM 31932 OD2 ASP L 353 27.480 45.229 -6.813 1.00147.67 O \ ANISOU31932 OD2 ASP L 353 17724 19582 17688 38 306 -24 O \ ATOM 31933 N GLN L 354 22.875 46.205 -4.614 1.00147.15 N \ ANISOU31933 N GLN L 354 17696 19577 17511 4 308 -92 N \ ATOM 31934 CA GLN L 354 22.425 46.410 -3.224 1.00147.07 C \ ANISOU31934 CA GLN L 354 18157 20027 18307 -20 315 -113 C \ ATOM 31935 C GLN L 354 23.455 46.032 -2.154 1.00146.88 C \ ANISOU31935 C GLN L 354 18174 20135 18494 7 324 -105 C \ ATOM 31936 O GLN L 354 23.497 46.656 -1.097 1.00145.73 O \ ANISOU31936 O GLN L 354 18305 20405 18729 85 330 -29 O \ ATOM 31937 CB GLN L 354 21.111 45.678 -2.945 1.00147.34 C \ ANISOU31937 CB GLN L 354 18115 20006 18460 -43 327 -175 C \ ATOM 31938 CG GLN L 354 20.510 46.022 -1.588 1.00146.44 C \ ANISOU31938 CG GLN L 354 17494 19256 17448 56 299 32 C \ ATOM 31939 CD GLN L 354 19.026 45.701 -1.497 1.00145.36 C \ ANISOU31939 CD GLN L 354 17669 19361 17439 57 295 29 C \ ATOM 31940 OE1 GLN L 354 18.631 44.535 -1.463 1.00144.49 O \ ANISOU31940 OE1 GLN L 354 17868 19415 17458 -33 294 -86 O \ ATOM 31941 NE2 GLN L 354 18.197 46.738 -1.442 1.00144.16 N \ ANISOU31941 NE2 GLN L 354 18052 19572 17456 -51 295 -132 N \ ATOM 31942 N ILE L 355 24.282 45.023 -2.412 1.00147.66 N \ ANISOU31942 N ILE L 355 17958 19406 17599 -91 290 -132 N \ ATOM 31943 CA ILE L 355 25.317 44.654 -1.443 1.00150.01 C \ ANISOU31943 CA ILE L 355 17940 19260 17434 -184 290 -247 C \ ATOM 31944 C ILE L 355 26.364 45.770 -1.327 1.00150.03 C \ ANISOU31944 C ILE L 355 17948 19120 17452 -215 282 -247 C \ ATOM 31945 O ILE L 355 26.637 46.240 -0.218 1.00152.97 O \ ANISOU31945 O ILE L 355 17845 19024 17518 -198 277 -196 O \ ATOM 31946 CB ILE L 355 25.960 43.268 -1.738 1.00151.35 C \ ANISOU31946 CB ILE L 355 17897 19277 17447 -238 296 -328 C \ ATOM 31947 CG1 ILE L 355 25.064 42.130 -1.217 1.00151.67 C \ ANISOU31947 CG1 ILE L 355 17902 19424 17399 -225 302 -345 C \ ATOM 31948 CG2 ILE L 355 27.315 43.123 -1.047 1.00152.24 C \ ANISOU31948 CG2 ILE L 355 17906 19153 17339 -338 295 -440 C \ ATOM 31949 CD1 ILE L 355 23.845 41.821 -2.060 1.00151.36 C \ ANISOU31949 CD1 ILE L 355 17900 19556 17533 -231 309 -371 C \ ATOM 31950 N ASP L 356 26.930 46.201 -2.455 1.00148.62 N \ ANISOU31950 N ASP L 356 17975 19012 17291 -262 280 -305 N \ ATOM 31951 CA ASP L 356 27.916 47.297 -2.459 1.00147.81 C \ ANISOU31951 CA ASP L 356 18048 18943 17348 -305 273 -325 C \ ATOM 31952 C ASP L 356 27.295 48.689 -2.308 1.00144.74 C \ ANISOU31952 C ASP L 356 18258 19078 17495 -401 276 -446 C \ ATOM 31953 O ASP L 356 28.015 49.658 -2.063 1.00144.19 O \ ANISOU31953 O ASP L 356 18562 19378 17658 -444 282 -519 O \ ATOM 31954 CB ASP L 356 28.783 47.253 -3.726 1.00148.68 C \ ANISOU31954 CB ASP L 356 18069 18861 17210 -280 270 -294 C \ ATOM 31955 CG ASP L 356 29.637 45.994 -3.813 1.00149.50 C \ ANISOU31955 CG ASP L 356 18178 18901 17076 -305 278 -362 C \ ATOM 31956 OD1 ASP L 356 29.851 45.328 -2.778 1.00151.18 O \ ANISOU31956 OD1 ASP L 356 18136 18801 17277 -321 262 -310 O \ ATOM 31957 OD2 ASP L 356 30.095 45.668 -4.928 1.00148.92 O \ ANISOU31957 OD2 ASP L 356 18364 19130 17708 -437 270 -463 O \ ATOM 31958 N GLY L 357 25.979 48.789 -2.473 1.00142.65 N \ ANISOU31958 N GLY L 357 18528 19223 17830 -524 273 -571 N \ ATOM 31959 CA GLY L 357 25.269 50.027 -2.204 1.00143.36 C \ ANISOU31959 CA GLY L 357 18530 19063 17732 -569 266 -599 C \ ATOM 31960 C GLY L 357 25.572 51.097 -3.234 1.00144.08 C \ ANISOU31960 C GLY L 357 18429 18927 17719 -545 256 -540 C \ ATOM 31961 O GLY L 357 25.815 52.249 -2.890 1.00144.97 O \ ANISOU31961 O GLY L 357 18606 19362 18105 -528 273 -575 O \ ATOM 31962 N ILE L 358 25.540 50.708 -4.505 1.00144.66 N \ ANISOU31962 N ILE L 358 18707 19627 18327 -471 281 -532 N \ ATOM 31963 CA ILE L 358 25.988 51.559 -5.605 1.00143.80 C \ ANISOU31963 CA ILE L 358 18942 19938 18712 -392 277 -425 C \ ATOM 31964 C ILE L 358 24.999 51.452 -6.770 1.00143.50 C \ ANISOU31964 C ILE L 358 18590 19620 18205 -480 291 -578 C \ ATOM 31965 O ILE L 358 24.527 50.359 -7.123 1.00143.14 O \ ANISOU31965 O ILE L 358 18852 19991 18702 -351 286 -407 O \ ATOM 31966 CB ILE L 358 27.404 51.138 -6.071 1.00143.76 C \ ANISOU31966 CB ILE L 358 18642 19810 18402 -402 295 -499 C \ ATOM 31967 CG1 ILE L 358 28.453 51.510 -5.023 1.00144.03 C \ ANISOU31967 CG1 ILE L 358 18636 19075 17653 -636 271 -689 C \ ATOM 31968 CG2 ILE L 358 27.796 51.789 -7.390 1.00143.17 C \ ANISOU31968 CG2 ILE L 358 18818 19098 17709 -682 266 -726 C \ ATOM 31969 CD1 ILE L 358 29.677 50.622 -5.061 1.00144.73 C \ ANISOU31969 CD1 ILE L 358 19028 19254 17964 -759 265 -807 C \ ATOM 31970 N VAL L 359 24.687 52.602 -7.357 1.00142.86 N \ ANISOU31970 N VAL L 359 18981 19274 17968 -794 273 -863 N \ ATOM 31971 CA VAL L 359 23.918 52.654 -8.593 1.00143.02 C \ ANISOU31971 CA VAL L 359 18970 19162 17612 -709 274 -775 C \ ATOM 31972 C VAL L 359 24.902 52.937 -9.730 1.00144.31 C \ ANISOU31972 C VAL L 359 18866 19099 17437 -633 276 -705 C \ ATOM 31973 O VAL L 359 25.807 53.784 -9.594 1.00146.33 O \ ANISOU31973 O VAL L 359 18731 18949 17323 -559 270 -613 O \ ATOM 31974 CB VAL L 359 22.737 53.668 -8.534 1.00142.50 C \ ANISOU31974 CB VAL L 359 18871 19162 17349 -635 284 -731 C \ ATOM 31975 CG1 VAL L 359 23.193 55.102 -8.270 1.00142.53 C \ ANISOU31975 CG1 VAL L 359 18697 18956 17220 -484 274 -548 C \ ATOM 31976 CG2 VAL L 359 21.936 53.627 -9.825 1.00142.69 C \ ANISOU31976 CG2 VAL L 359 18868 19192 17274 -563 286 -668 C \ ATOM 31977 N HIS L 360 24.750 52.180 -10.815 1.00145.29 N \ ANISOU31977 N HIS L 360 18737 19042 17163 -484 282 -577 N \ ATOM 31978 CA HIS L 360 25.563 52.322 -12.006 1.00146.29 C \ ANISOU31978 CA HIS L 360 19389 19498 18299 -784 257 -812 C \ ATOM 31979 C HIS L 360 24.710 52.893 -13.121 1.00145.62 C \ ANISOU31979 C HIS L 360 19775 19824 18728 -854 255 -884 C \ ATOM 31980 O HIS L 360 23.658 52.342 -13.453 1.00144.96 O \ ANISOU31980 O HIS L 360 19832 19857 18661 -932 267 -993 O \ ATOM 31981 CB HIS L 360 26.115 50.973 -12.445 1.00147.58 C \ ANISOU31981 CB HIS L 360 19636 19555 18272 -976 271 -1041 C \ ATOM 31982 CG HIS L 360 26.836 50.238 -11.364 1.00149.13 C \ ANISOU31982 CG HIS L 360 20156 20080 19058 -870 243 -873 C \ ATOM 31983 ND1 HIS L 360 26.207 49.315 -10.558 1.00151.58 N \ ANISOU31983 ND1 HIS L 360 20415 20283 19391 -930 237 -930 N \ ATOM 31984 CD2 HIS L 360 28.126 50.281 -10.955 1.00148.48 C \ ANISOU31984 CD2 HIS L 360 20589 20345 19511 -946 225 -917 C \ ATOM 31985 CE1 HIS L 360 27.082 48.816 -9.700 1.00151.46 C \ ANISOU31985 CE1 HIS L 360 20632 20326 19405 -927 225 -893 C \ ATOM 31986 NE2 HIS L 360 28.254 49.388 -9.919 1.00149.64 N \ ANISOU31986 NE2 HIS L 360 20829 20556 19852 -978 214 -933 N \ ATOM 31987 N PHE L 361 25.190 53.993 -13.693 1.00145.72 N \ ANISOU31987 N PHE L 361 20236 20363 19175 -947 274 -1029 N \ ATOM 31988 CA PHE L 361 24.499 54.709 -14.756 1.00146.41 C \ ANISOU31988 CA PHE L 361 20727 20879 19570 -1016 286 -1123 C \ ATOM 31989 C PHE L 361 25.040 54.303 -16.126 1.00148.04 C \ ANISOU31989 C PHE L 361 20916 20955 19672 -1104 288 -1214 C \ ATOM 31990 O PHE L 361 26.211 53.929 -16.256 1.00147.98 O \ ANISOU31990 O PHE L 361 21041 21025 19621 -1168 296 -1279 O \ ATOM 31991 CB PHE L 361 24.688 56.214 -14.559 1.00146.72 C \ ANISOU31991 CB PHE L 361 20816 21133 19813 -997 294 -1129 C \ ATOM 31992 CG PHE L 361 24.210 56.721 -13.223 1.00145.81 C \ ANISOU31992 CG PHE L 361 20733 21063 19914 -972 290 -1108 C \ ATOM 31993 CD1 PHE L 361 22.877 56.655 -12.892 1.00144.77 C \ ANISOU31993 CD1 PHE L 361 20762 21204 19796 -926 296 -1058 C \ ATOM 31994 CD2 PHE L 361 25.087 57.283 -12.309 1.00145.76 C \ ANISOU31994 CD2 PHE L 361 21131 21137 20007 -1108 282 -1218 C \ ATOM 31995 CE1 PHE L 361 22.421 57.120 -11.676 1.00144.42 C \ ANISOU31995 CE1 PHE L 361 21468 21374 20283 -1186 283 -1301 C \ ATOM 31996 CE2 PHE L 361 24.632 57.753 -11.087 1.00145.64 C \ ANISOU31996 CE2 PHE L 361 21269 21233 20044 -1252 298 -1393 C \ ATOM 31997 CZ PHE L 361 23.295 57.673 -10.772 1.00144.61 C \ ANISOU31997 CZ PHE L 361 21181 21063 19836 -1329 303 -1469 C \ ATOM 31998 N GLU L 362 24.187 54.392 -17.144 1.00150.51 N \ ANISOU31998 N GLU L 362 21964 21714 20595 -1217 278 -1309 N \ ATOM 31999 CA GLU L 362 24.541 53.972 -18.508 1.00153.51 C \ ANISOU31999 CA GLU L 362 22240 21936 20920 -1159 263 -1224 C \ ATOM 32000 C GLU L 362 25.820 54.678 -18.992 1.00153.58 C \ ANISOU32000 C GLU L 362 22540 22111 21022 -1165 261 -1216 C \ ATOM 32001 O GLU L 362 25.790 55.852 -19.357 1.00151.24 O \ ANISOU32001 O GLU L 362 22717 22242 21244 -1119 247 -1143 O \ ATOM 32002 CB GLU L 362 23.361 54.236 -19.464 1.00156.06 C \ ANISOU32002 CB GLU L 362 23108 22534 21486 -1104 244 -1118 C \ ATOM 32003 CG GLU L 362 23.488 53.591 -20.839 1.00158.15 C \ ANISOU32003 CG GLU L 362 23524 22863 21687 -1131 257 -1161 C \ ATOM 32004 CD GLU L 362 22.306 53.876 -21.760 1.00159.09 C \ ANISOU32004 CD GLU L 362 23073 22485 21511 -1062 230 -1047 C \ ATOM 32005 OE1 GLU L 362 21.602 54.893 -21.557 1.00158.88 O \ ANISOU32005 OE1 GLU L 362 21266 21383 20146 -1221 306 -1383 O \ ATOM 32006 OE2 GLU L 362 22.097 53.088 -22.712 1.00161.17 O \ ANISOU32006 OE2 GLU L 362 21329 21541 20180 -1275 320 -1460 O \ ATOM 32007 N THR L 363 26.936 53.947 -18.978 1.00157.32 N \ ANISOU32007 N THR L 363 21006 21250 19982 -1289 326 -1508 N \ ATOM 32008 CA THR L 363 28.273 54.518 -19.223 1.00161.01 C \ ANISOU32008 CA THR L 363 20958 21094 19969 -1295 318 -1512 C \ ATOM 32009 C THR L 363 28.535 54.914 -20.681 1.00161.98 C \ ANISOU32009 C THR L 363 21396 21769 20275 -1236 326 -1427 C \ ATOM 32010 O THR L 363 29.061 55.999 -20.934 1.00162.36 O \ ANISOU32010 O THR L 363 21306 21792 20385 -1138 324 -1347 O \ ATOM 32011 CB THR L 363 29.406 53.557 -18.769 1.00162.56 C \ ANISOU32011 CB THR L 363 21156 21798 20242 -1103 330 -1316 C \ ATOM 32012 OG1 THR L 363 29.183 52.247 -19.314 1.00162.42 O \ ANISOU32012 OG1 THR L 363 20944 21693 19994 -1148 341 -1375 O \ ATOM 32013 CG2 THR L 363 29.482 53.477 -17.231 1.00162.56 C \ ANISOU32013 CG2 THR L 363 21174 21840 20303 -1032 323 -1232 C \ ATOM 32014 N ARG L 364 28.187 54.028 -21.618 1.00163.90 N \ ANISOU32014 N ARG L 364 20783 21173 19815 -1296 340 -1545 N \ ATOM 32015 CA ARG L 364 28.382 54.243 -23.074 1.00166.14 C \ ANISOU32015 CA ARG L 364 20745 21182 19881 -1305 350 -1597 C \ ATOM 32016 C ARG L 364 29.852 54.448 -23.469 1.00164.62 C \ ANISOU32016 C ARG L 364 20772 21126 19783 -1402 355 -1692 C \ ATOM 32017 O ARG L 364 30.173 55.107 -24.467 1.00163.39 O \ ANISOU32017 O ARG L 364 20712 21055 19561 -1472 360 -1733 O \ ATOM 32018 CB ARG L 364 27.498 55.397 -23.589 1.00169.16 C \ ANISOU32018 CB ARG L 364 20708 21101 20011 -1236 342 -1547 C \ ATOM 32019 CG ARG L 364 26.000 55.111 -23.509 1.00171.33 C \ ANISOU32019 CG ARG L 364 20791 20534 17742 -280 965 -1491 C \ ATOM 32020 CD ARG L 364 25.177 56.386 -23.606 1.00172.85 C \ ANISOU32020 CD ARG L 364 20675 20474 17594 -305 918 -1503 C \ ATOM 32021 NE ARG L 364 23.748 56.117 -23.775 1.00174.24 N \ ANISOU32021 NE ARG L 364 20536 20219 17503 -344 934 -1482 N \ ATOM 32022 CZ ARG L 364 22.812 57.062 -23.868 1.00176.68 C \ ANISOU32022 CZ ARG L 364 20939 20654 17829 -398 934 -1497 C \ ATOM 32023 NH1 ARG L 364 23.135 58.351 -23.792 1.00179.17 N \ ANISOU32023 NH1 ARG L 364 20645 20515 17602 -242 836 -1507 N \ ATOM 32024 NH2 ARG L 364 21.540 56.716 -24.020 1.00176.52 N \ ANISOU32024 NH2 ARG L 364 20714 20724 17597 -213 816 -1534 N \ ATOM 32025 N GLU L 365 30.738 53.840 -22.688 1.00165.27 N \ ANISOU32025 N GLU L 365 20731 20766 17680 -132 752 -1529 N \ ATOM 32026 CA GLU L 365 32.181 54.023 -22.856 1.00165.95 C \ ANISOU32026 CA GLU L 365 20761 20902 17526 -258 805 -1565 C \ ATOM 32027 C GLU L 365 32.756 53.016 -23.878 1.00163.81 C \ ANISOU32027 C GLU L 365 19987 19536 17081 -318 949 -1447 C \ ATOM 32028 O GLU L 365 32.047 52.616 -24.811 1.00163.24 O \ ANISOU32028 O GLU L 365 19855 19295 16995 -355 965 -1426 O \ ATOM 32029 CB GLU L 365 32.895 54.016 -21.479 1.00166.97 C \ ANISOU32029 CB GLU L 365 19875 19287 16917 -433 1037 -1436 C \ ATOM 32030 CG GLU L 365 32.731 52.762 -20.631 1.00167.08 C \ ANISOU32030 CG GLU L 365 19621 18999 16641 -478 1038 -1435 C \ ATOM 32031 CD GLU L 365 33.414 52.894 -19.285 1.00166.33 C \ ANISOU32031 CD GLU L 365 19772 19082 17070 -313 982 -1386 C \ ATOM 32032 OE1 GLU L 365 34.637 53.163 -19.270 1.00164.84 O \ ANISOU32032 OE1 GLU L 365 19737 19099 17083 -244 942 -1387 O \ ATOM 32033 OE2 GLU L 365 32.727 52.728 -18.249 1.00166.65 O \ ANISOU32033 OE2 GLU L 365 19818 19310 17025 -255 950 -1424 O \ ATOM 32034 N ALA L 366 34.033 52.655 -23.719 1.00162.58 N \ ANISOU32034 N ALA L 366 20009 19432 16988 -447 1095 -1446 N \ ATOM 32035 CA ALA L 366 34.766 51.764 -24.630 1.00162.67 C \ ANISOU32035 CA ALA L 366 20131 19534 16997 -520 1161 -1459 C \ ATOM 32036 C ALA L 366 35.140 52.454 -25.965 1.00162.34 C \ ANISOU32036 C ALA L 366 20285 19815 17026 -568 1130 -1493 C \ ATOM 32037 O ALA L 366 35.545 53.622 -25.963 1.00161.41 O \ ANISOU32037 O ALA L 366 20533 20035 17213 -632 1157 -1498 O \ ATOM 32038 CB ALA L 366 34.013 50.451 -24.839 1.00162.71 C \ ANISOU32038 CB ALA L 366 19939 19317 16757 -518 1223 -1462 C \ ATOM 32039 N LEU L 367 35.035 51.739 -27.087 1.00155.46 N \ ANISOU32039 N LEU L 367 19887 19130 16824 -479 1263 -1426 N \ ATOM 32040 CA LEU L 367 35.500 52.246 -28.386 1.00154.61 C \ ANISOU32040 CA LEU L 367 19957 19316 16640 -594 1283 -1479 C \ ATOM 32041 C LEU L 367 34.649 53.387 -29.002 1.00153.33 C \ ANISOU32041 C LEU L 367 20197 19866 16907 -537 1075 -1515 C \ ATOM 32042 O LEU L 367 35.219 54.334 -29.573 1.00156.39 O \ ANISOU32042 O LEU L 367 20256 20058 16864 -574 1044 -1546 O \ ATOM 32043 CB LEU L 367 35.681 51.077 -29.369 1.00154.66 C \ ANISOU32043 CB LEU L 367 20572 20346 17196 -596 1015 -1539 C \ ATOM 32044 CG LEU L 367 36.816 50.121 -28.962 1.00155.38 C \ ANISOU32044 CG LEU L 367 20803 20607 17338 -660 1029 -1555 C \ ATOM 32045 CD1 LEU L 367 36.596 48.700 -29.464 1.00155.75 C \ ANISOU32045 CD1 LEU L 367 20110 20053 16707 -522 989 -1564 C \ ATOM 32046 CD2 LEU L 367 38.158 50.663 -29.434 1.00155.78 C \ ANISOU32046 CD2 LEU L 367 20078 20165 16592 -546 951 -1592 C \ ATOM 32047 N PRO L 368 33.301 53.332 -28.880 1.00148.98 N \ ANISOU32047 N PRO L 368 20145 20302 16555 -616 976 -1613 N \ ATOM 32048 CA PRO L 368 32.506 54.449 -29.426 1.00147.77 C \ ANISOU32048 CA PRO L 368 20106 20283 16636 -498 885 -1599 C \ ATOM 32049 C PRO L 368 32.862 55.821 -28.821 1.00147.60 C \ ANISOU32049 C PRO L 368 20173 20461 16541 -615 932 -1632 C \ ATOM 32050 O PRO L 368 32.803 56.854 -29.514 1.00145.44 O \ ANISOU32050 O PRO L 368 20053 20354 16489 -542 877 -1624 O \ ATOM 32051 CB PRO L 368 31.066 54.061 -29.076 1.00147.19 C \ ANISOU32051 CB PRO L 368 20190 20351 16804 -422 831 -1586 C \ ATOM 32052 CG PRO L 368 31.094 52.586 -28.896 1.00147.18 C \ ANISOU32052 CG PRO L 368 19995 20400 16415 -510 824 -1637 C \ ATOM 32053 CD PRO L 368 32.441 52.276 -28.317 1.00147.80 C \ ANISOU32053 CD PRO L 368 20140 20400 16730 -391 774 -1600 C \ ATOM 32054 N THR L 369 33.237 55.813 -27.540 1.00148.52 N \ ANISOU32054 N THR L 369 20025 20405 16517 -434 773 -1625 N \ ATOM 32055 CA THR L 369 33.709 57.009 -26.844 1.00149.13 C \ ANISOU32055 CA THR L 369 20856 20562 17589 -544 973 -1516 C \ ATOM 32056 C THR L 369 35.033 57.491 -27.460 1.00150.35 C \ ANISOU32056 C THR L 369 21152 20809 17907 -558 940 -1507 C \ ATOM 32057 O THR L 369 35.210 58.700 -27.678 1.00152.08 O \ ANISOU32057 O THR L 369 21440 20977 18189 -618 995 -1492 O \ ATOM 32058 CB THR L 369 33.823 56.751 -25.322 1.00147.43 C \ ANISOU32058 CB THR L 369 21761 21296 18453 -666 990 -1499 C \ ATOM 32059 OG1 THR L 369 32.515 56.494 -24.801 1.00146.97 O \ ANISOU32059 OG1 THR L 369 21141 20736 18021 -487 880 -1482 O \ ATOM 32060 CG2 THR L 369 34.422 57.948 -24.588 1.00147.16 C \ ANISOU32060 CG2 THR L 369 21185 20893 18051 -432 812 -1498 C \ ATOM 32061 N TRP L 370 35.925 56.546 -27.779 1.00149.94 N \ ANISOU32061 N TRP L 370 21253 21013 18062 -439 769 -1512 N \ ATOM 32062 CA TRP L 370 37.201 56.857 -28.434 1.00150.49 C \ ANISOU32062 CA TRP L 370 21205 20944 18113 -381 805 -1497 C \ ATOM 32063 C TRP L 370 36.971 57.566 -29.772 1.00152.96 C \ ANISOU32063 C TRP L 370 21499 20935 18305 -616 1051 -1472 C \ ATOM 32064 O TRP L 370 37.628 58.580 -30.069 1.00154.62 O \ ANISOU32064 O TRP L 370 21583 20897 18383 -670 1113 -1457 O \ ATOM 32065 CB TRP L 370 38.023 55.573 -28.612 1.00149.68 C \ ANISOU32065 CB TRP L 370 21188 20547 17839 -749 1161 -1483 C \ ATOM 32066 CG TRP L 370 39.284 55.698 -29.433 1.00149.59 C \ ANISOU32066 CG TRP L 370 21156 20452 17769 -804 1187 -1480 C \ ATOM 32067 CD1 TRP L 370 40.281 56.611 -29.278 1.00150.03 C \ ANISOU32067 CD1 TRP L 370 21977 21168 18877 -642 1166 -1426 C \ ATOM 32068 CD2 TRP L 370 39.693 54.840 -30.507 1.00150.09 C \ ANISOU32068 CD2 TRP L 370 22429 21538 19493 -584 1124 -1392 C \ ATOM 32069 NE1 TRP L 370 41.275 56.392 -30.199 1.00150.48 N \ ANISOU32069 NE1 TRP L 370 22860 21858 20041 -549 1175 -1360 N \ ATOM 32070 CE2 TRP L 370 40.940 55.310 -30.966 1.00149.75 C \ ANISOU32070 CE2 TRP L 370 23004 21922 20360 -496 1128 -1324 C \ ATOM 32071 CE3 TRP L 370 39.121 53.725 -31.131 1.00150.93 C \ ANISOU32071 CE3 TRP L 370 23089 21883 20576 -470 1186 -1286 C \ ATOM 32072 CZ2 TRP L 370 41.630 54.703 -32.016 1.00149.52 C \ ANISOU32072 CZ2 TRP L 370 20789 20257 17359 -754 1167 -1509 C \ ATOM 32073 CZ3 TRP L 370 39.810 53.121 -32.176 1.00150.73 C \ ANISOU32073 CZ3 TRP L 370 20797 20329 17227 -827 1200 -1536 C \ ATOM 32074 CH2 TRP L 370 41.051 53.613 -32.605 1.00149.88 C \ ANISOU32074 CH2 TRP L 370 20735 20363 17101 -862 1158 -1556 C \ ATOM 32075 N ASP L 371 36.016 57.053 -30.553 1.00155.31 N \ ANISOU32075 N ASP L 371 20741 20367 17018 -934 1188 -1567 N \ ATOM 32076 CA ASP L 371 35.640 57.665 -31.841 1.00157.57 C \ ANISOU32076 CA ASP L 371 20793 20421 17160 -819 1208 -1557 C \ ATOM 32077 C ASP L 371 35.041 59.067 -31.658 1.00159.51 C \ ANISOU32077 C ASP L 371 20894 20421 17284 -799 1263 -1542 C \ ATOM 32078 O ASP L 371 35.337 59.996 -32.437 1.00161.89 O \ ANISOU32078 O ASP L 371 20912 20337 17217 -867 1338 -1541 O \ ATOM 32079 CB ASP L 371 34.651 56.766 -32.601 1.00157.65 C \ ANISOU32079 CB ASP L 371 20828 20108 17184 -871 1383 -1516 C \ ATOM 32080 CG ASP L 371 35.314 55.528 -33.190 1.00158.26 C \ ANISOU32080 CG ASP L 371 20851 20350 17027 -918 1350 -1569 C \ ATOM 32081 OD1 ASP L 371 35.890 55.645 -34.290 1.00158.78 O \ ANISOU32081 OD1 ASP L 371 20602 20311 17011 -811 1092 -1559 O \ ATOM 32082 OD2 ASP L 371 35.255 54.440 -32.567 1.00158.61 O \ ANISOU32082 OD2 ASP L 371 20593 20376 16950 -834 1052 -1573 O \ ATOM 32083 N LYS L 372 34.210 59.218 -30.625 1.00159.86 N \ ANISOU32083 N LYS L 372 20674 20333 17049 -866 1060 -1555 N \ ATOM 32084 CA LYS L 372 33.611 60.525 -30.308 1.00160.19 C \ ANISOU32084 CA LYS L 372 20685 20365 16977 -925 1068 -1568 C \ ATOM 32085 C LYS L 372 34.630 61.560 -29.805 1.00156.80 C \ ANISOU32085 C LYS L 372 20498 20368 16898 -765 981 -1577 C \ ATOM 32086 O LYS L 372 34.509 62.760 -30.104 1.00156.28 O \ ANISOU32086 O LYS L 372 20531 20546 16894 -742 971 -1600 O \ ATOM 32087 CB LYS L 372 32.460 60.351 -29.319 1.00163.24 C \ ANISOU32087 CB LYS L 372 20514 20424 16866 -783 944 -1586 C \ ATOM 32088 CG LYS L 372 31.215 59.800 -30.004 1.00167.02 C \ ANISOU32088 CG LYS L 372 20551 20618 16977 -658 911 -1597 C \ ATOM 32089 CD LYS L 372 30.077 59.483 -29.047 1.00170.44 C \ ANISOU32089 CD LYS L 372 20747 20275 17231 -827 1058 -1525 C \ ATOM 32090 CE LYS L 372 28.842 59.013 -29.814 1.00171.83 C \ ANISOU32090 CE LYS L 372 20942 20340 17456 -854 1068 -1504 C \ ATOM 32091 NZ LYS L 372 27.610 58.937 -28.975 1.00172.52 N \ ANISOU32091 NZ LYS L 372 21162 20503 17593 -933 1140 -1509 N \ ATOM 32092 N GLN L 373 35.637 61.090 -29.070 1.00153.72 N \ ANISOU32092 N GLN L 373 21190 20507 17562 -984 1144 -1513 N \ ATOM 32093 CA GLN L 373 36.744 61.945 -28.610 1.00153.58 C \ ANISOU32093 CA GLN L 373 20984 20253 17645 -797 1057 -1468 C \ ATOM 32094 C GLN L 373 37.630 62.381 -29.787 1.00153.18 C \ ANISOU32094 C GLN L 373 21067 20354 17805 -731 975 -1460 C \ ATOM 32095 O GLN L 373 38.127 63.521 -29.812 1.00152.99 O \ ANISOU32095 O GLN L 373 21361 20533 18257 -674 961 -1424 O \ ATOM 32096 CB GLN L 373 37.603 61.233 -27.554 1.00153.64 C \ ANISOU32096 CB GLN L 373 21752 20796 18713 -688 982 -1398 C \ ATOM 32097 CG GLN L 373 36.916 60.989 -26.216 1.00154.23 C \ ANISOU32097 CG GLN L 373 21324 20540 18288 -609 927 -1421 C \ ATOM 32098 CD GLN L 373 36.833 62.224 -25.337 1.00153.88 C \ ANISOU32098 CD GLN L 373 21414 20729 17836 -942 1196 -1508 C \ ATOM 32099 OE1 GLN L 373 35.773 62.838 -25.211 1.00152.97 O \ ANISOU32099 OE1 GLN L 373 21729 20988 18058 -1017 1267 -1514 O \ ATOM 32100 NE2 GLN L 373 37.947 62.582 -24.708 1.00153.26 N \ ANISOU32100 NE2 GLN L 373 21929 21296 18121 -1086 1264 -1545 N \ ATOM 32101 N ILE L 374 37.833 61.473 -30.749 1.00152.45 N \ ANISOU32101 N ILE L 374 22097 21406 18223 -1151 1296 -1547 N \ ATOM 32102 CA ILE L 374 38.536 61.811 -31.996 1.00152.44 C \ ANISOU32102 CA ILE L 374 21758 20987 18080 -1009 1320 -1512 C \ ATOM 32103 C ILE L 374 37.761 62.881 -32.777 1.00152.80 C \ ANISOU32103 C ILE L 374 21829 20991 18051 -1080 1387 -1518 C \ ATOM 32104 O ILE L 374 38.357 63.832 -33.310 1.00152.72 O \ ANISOU32104 O ILE L 374 21977 21501 18134 -1072 1228 -1569 O \ ATOM 32105 CB ILE L 374 38.768 60.565 -32.883 1.00152.03 C \ ANISOU32105 CB ILE L 374 21913 21562 17957 -1131 1220 -1598 C \ ATOM 32106 CG1 ILE L 374 39.785 59.629 -32.228 1.00152.58 C \ ANISOU32106 CG1 ILE L 374 22019 21668 18045 -1154 1192 -1598 C \ ATOM 32107 CG2 ILE L 374 39.264 60.962 -34.272 1.00152.14 C \ ANISOU32107 CG2 ILE L 374 21917 21569 17854 -1227 1217 -1609 C \ ATOM 32108 CD1 ILE L 374 39.706 58.196 -32.717 1.00153.04 C \ ANISOU32108 CD1 ILE L 374 21663 21479 17698 -1095 1180 -1619 C \ ATOM 32109 N GLN L 375 36.439 62.733 -32.836 1.00153.32 N \ ANISOU32109 N GLN L 375 21547 21516 17486 -1148 1169 -1648 N \ ATOM 32110 CA GLN L 375 35.586 63.753 -33.459 1.00154.59 C \ ANISOU32110 CA GLN L 375 21658 21701 17531 -1180 1194 -1666 C \ ATOM 32111 C GLN L 375 35.737 65.119 -32.782 1.00155.96 C \ ANISOU32111 C GLN L 375 21481 21573 17450 -1095 1109 -1655 C \ ATOM 32112 O GLN L 375 35.941 66.132 -33.463 1.00155.97 O \ ANISOU32112 O GLN L 375 22195 21830 18299 -1092 1140 -1585 O \ ATOM 32113 CB GLN L 375 34.119 63.320 -33.461 1.00154.97 C \ ANISOU32113 CB GLN L 375 22330 21946 18414 -1106 1109 -1583 C \ ATOM 32114 CG GLN L 375 33.798 62.297 -34.535 1.00155.88 C \ ANISOU32114 CG GLN L 375 22615 22069 18706 -1142 1139 -1563 C \ ATOM 32115 CD GLN L 375 32.386 61.761 -34.425 1.00158.32 C \ ANISOU32115 CD GLN L 375 22785 22221 18814 -1186 1136 -1567 C \ ATOM 32116 OE1 GLN L 375 31.412 62.514 -34.527 1.00161.24 O \ ANISOU32116 OE1 GLN L 375 22098 21734 18255 -1027 1039 -1575 O \ ATOM 32117 NE2 GLN L 375 32.263 60.449 -34.217 1.00158.32 N \ ANISOU32117 NE2 GLN L 375 21736 21568 17871 -983 1000 -1600 N \ ATOM 32118 N SER L 376 35.649 65.136 -31.450 1.00157.86 N \ ANISOU32118 N SER L 376 22828 22161 18996 -1123 1169 -1540 N \ ATOM 32119 CA SER L 376 35.859 66.369 -30.657 1.00159.96 C \ ANISOU32119 CA SER L 376 23176 22353 19355 -1158 1207 -1519 C \ ATOM 32120 C SER L 376 37.212 67.048 -30.932 1.00161.46 C \ ANISOU32120 C SER L 376 23297 22473 19352 -1246 1268 -1536 C \ ATOM 32121 O SER L 376 37.277 68.279 -31.094 1.00162.46 O \ ANISOU32121 O SER L 376 23474 22572 19483 -1296 1286 -1531 O \ ATOM 32122 CB SER L 376 35.732 66.068 -29.159 1.00160.09 C \ ANISOU32122 CB SER L 376 23343 22395 19640 -1114 1233 -1488 C \ ATOM 32123 OG SER L 376 35.919 67.239 -28.378 1.00160.21 O \ ANISOU32123 OG SER L 376 23612 22611 20044 -1039 1174 -1463 O \ ATOM 32124 N LEU L 377 38.276 66.238 -30.986 1.00162.16 N \ ANISOU32124 N LEU L 377 23935 22894 20377 -1036 1124 -1455 N \ ATOM 32125 CA LEU L 377 39.639 66.714 -31.300 1.00161.69 C \ ANISOU32125 CA LEU L 377 23690 22667 20239 -974 1169 -1445 C \ ATOM 32126 C LEU L 377 39.752 67.333 -32.702 1.00162.48 C \ ANISOU32126 C LEU L 377 23951 22854 20514 -970 1064 -1431 C \ ATOM 32127 O LEU L 377 40.315 68.425 -32.865 1.00161.45 O \ ANISOU32127 O LEU L 377 23799 22725 20476 -909 1112 -1420 O \ ATOM 32128 CB LEU L 377 40.632 65.555 -31.183 1.00160.13 C \ ANISOU32128 CB LEU L 377 23871 22759 20556 -907 1057 -1413 C \ ATOM 32129 CG LEU L 377 42.111 65.861 -31.457 1.00159.36 C \ ANISOU32129 CG LEU L 377 23334 22594 19334 -1266 1295 -1555 C \ ATOM 32130 CD1 LEU L 377 42.951 65.803 -30.190 1.00160.26 C \ ANISOU32130 CD1 LEU L 377 23427 22711 19300 -1351 1342 -1575 C \ ATOM 32131 CD2 LEU L 377 42.642 64.881 -32.480 1.00159.24 C \ ANISOU32131 CD2 LEU L 377 23377 22756 19167 -1400 1318 -1595 C \ ATOM 32132 N CYS L 378 39.213 66.640 -33.705 1.00164.04 N \ ANISOU32132 N CYS L 378 23546 22887 19248 -1475 1352 -1602 N \ ATOM 32133 CA CYS L 378 39.228 67.146 -35.089 1.00165.00 C \ ANISOU32133 CA CYS L 378 23627 23004 19463 -1351 1357 -1593 C \ ATOM 32134 C CYS L 378 38.282 68.341 -35.315 1.00166.84 C \ ANISOU32134 C CYS L 378 23831 23123 19594 -1404 1424 -1595 C \ ATOM 32135 O CYS L 378 38.553 69.203 -36.164 1.00167.97 O \ ANISOU32135 O CYS L 378 23836 23205 19572 -1391 1430 -1609 O \ ATOM 32136 CB CYS L 378 38.902 66.020 -36.072 1.00163.41 C \ ANISOU32136 CB CYS L 378 23995 23442 19630 -1448 1438 -1633 C \ ATOM 32137 SG CYS L 378 40.123 64.684 -36.103 1.00161.01 S \ ANISOU32137 SG CYS L 378 23672 23023 19501 -1315 1421 -1595 S \ ATOM 32138 N PHE L 379 37.181 68.388 -34.564 1.00168.41 N \ ANISOU32138 N PHE L 379 23155 22655 18970 -1357 1262 -1605 N \ ATOM 32139 CA PHE L 379 36.275 69.544 -34.599 1.00170.77 C \ ANISOU32139 CA PHE L 379 23035 22626 18783 -1390 1236 -1620 C \ ATOM 32140 C PHE L 379 36.975 70.763 -33.991 1.00171.40 C \ ANISOU32140 C PHE L 379 23020 22488 18756 -1412 1235 -1606 C \ ATOM 32141 O PHE L 379 36.814 71.890 -34.480 1.00172.47 O \ ANISOU32141 O PHE L 379 22657 22128 18303 -1483 1257 -1616 O \ ATOM 32142 CB PHE L 379 34.949 69.263 -33.859 1.00172.07 C \ ANISOU32142 CB PHE L 379 22878 22602 18664 -1326 1176 -1629 C \ ATOM 32143 CG PHE L 379 33.936 68.470 -34.662 1.00174.41 C \ ANISOU32143 CG PHE L 379 22925 22697 18659 -1342 1149 -1637 C \ ATOM 32144 CD1 PHE L 379 33.678 68.769 -36.004 1.00176.88 C \ ANISOU32144 CD1 PHE L 379 22843 22719 18607 -1326 1179 -1650 C \ ATOM 32145 CD2 PHE L 379 33.202 67.446 -34.064 1.00175.28 C \ ANISOU32145 CD2 PHE L 379 23234 22592 19064 -1353 1209 -1581 C \ ATOM 32146 CE1 PHE L 379 32.739 68.045 -36.732 1.00177.18 C \ ANISOU32146 CE1 PHE L 379 23523 22750 19356 -1366 1203 -1563 C \ ATOM 32147 CE2 PHE L 379 32.265 66.721 -34.790 1.00176.34 C \ ANISOU32147 CE2 PHE L 379 23839 22949 19620 -1436 1265 -1556 C \ ATOM 32148 CZ PHE L 379 32.031 67.022 -36.124 1.00176.83 C \ ANISOU32148 CZ PHE L 379 24215 23278 19927 -1486 1273 -1558 C \ ATOM 32149 N GLN L 380 37.747 70.519 -32.928 1.00171.76 N \ ANISOU32149 N GLN L 380 23413 22541 19372 -1287 1160 -1535 N \ ATOM 32150 CA GLN L 380 38.621 71.533 -32.311 1.00172.23 C \ ANISOU32150 CA GLN L 380 23193 22401 19182 -1224 1088 -1539 C \ ATOM 32151 C GLN L 380 39.664 72.049 -33.307 1.00171.87 C \ ANISOU32151 C GLN L 380 22886 22139 18802 -1240 1062 -1551 C \ ATOM 32152 O GLN L 380 39.983 73.250 -33.331 1.00172.87 O \ ANISOU32152 O GLN L 380 23118 22334 19210 -1152 1057 -1528 O \ ATOM 32153 CB GLN L 380 39.357 70.923 -31.111 1.00173.96 C \ ANISOU32153 CB GLN L 380 23982 23038 19793 -1438 1311 -1549 C \ ATOM 32154 CG GLN L 380 39.304 71.723 -29.824 1.00175.15 C \ ANISOU32154 CG GLN L 380 24260 23203 20011 -1503 1377 -1544 C \ ATOM 32155 CD GLN L 380 39.889 70.946 -28.661 1.00175.32 C \ ANISOU32155 CD GLN L 380 24265 23283 19876 -1591 1404 -1571 C \ ATOM 32156 OE1 GLN L 380 40.947 71.299 -28.153 1.00176.52 O \ ANISOU32156 OE1 GLN L 380 24526 23457 20068 -1652 1438 -1569 O \ ATOM 32157 NE2 GLN L 380 39.218 69.863 -28.257 1.00174.23 N \ ANISOU32157 NE2 GLN L 380 24604 23488 20396 -1487 1424 -1534 N \ ATOM 32158 N VAL L 381 40.203 71.121 -34.106 1.00170.50 N \ ANISOU32158 N VAL L 381 24838 23624 20776 -1409 1412 -1502 N \ ATOM 32159 CA VAL L 381 41.138 71.447 -35.202 1.00169.61 C \ ANISOU32159 CA VAL L 381 25019 23705 21016 -1392 1394 -1480 C \ ATOM 32160 C VAL L 381 40.502 72.398 -36.233 1.00169.14 C \ ANISOU32160 C VAL L 381 24904 23716 20904 -1361 1419 -1499 C \ ATOM 32161 O VAL L 381 41.085 73.437 -36.583 1.00166.05 O \ ANISOU32161 O VAL L 381 24131 23310 19705 -1596 1387 -1595 O \ ATOM 32162 CB VAL L 381 41.669 70.156 -35.891 1.00168.82 C \ ANISOU32162 CB VAL L 381 24218 23490 19674 -1677 1407 -1621 C \ ATOM 32163 CG1 VAL L 381 42.273 70.447 -37.258 1.00169.18 C \ ANISOU32163 CG1 VAL L 381 24466 23763 19870 -1710 1385 -1626 C \ ATOM 32164 CG2 VAL L 381 42.698 69.462 -35.010 1.00168.89 C \ ANISOU32164 CG2 VAL L 381 24661 23933 19971 -1788 1418 -1634 C \ ATOM 32165 N ASN L 382 39.301 72.045 -36.692 1.00170.79 N \ ANISOU32165 N ASN L 382 24073 23517 19519 -1668 1389 -1643 N \ ATOM 32166 CA ASN L 382 38.550 72.883 -37.640 1.00172.73 C \ ANISOU32166 CA ASN L 382 24073 23607 19411 -1753 1415 -1667 C \ ATOM 32167 C ASN L 382 38.209 74.274 -37.090 1.00174.78 C \ ANISOU32167 C ASN L 382 24273 23676 19543 -1814 1473 -1664 C \ ATOM 32168 O ASN L 382 38.360 75.275 -37.797 1.00177.45 O \ ANISOU32168 O ASN L 382 23994 23688 19344 -1730 1392 -1685 O \ ATOM 32169 CB ASN L 382 37.259 72.180 -38.086 1.00171.93 C \ ANISOU32169 CB ASN L 382 24527 23863 19987 -1649 1332 -1621 C \ ATOM 32170 CG ASN L 382 37.512 71.044 -39.066 1.00170.49 C \ ANISOU32170 CG ASN L 382 24499 23838 19909 -1670 1311 -1623 C \ ATOM 32171 OD1 ASN L 382 38.176 71.221 -40.087 1.00167.99 O \ ANISOU32171 OD1 ASN L 382 24765 23928 20155 -1699 1332 -1605 O \ ATOM 32172 ND2 ASN L 382 36.961 69.874 -38.766 1.00170.19 N \ ANISOU32172 ND2 ASN L 382 24635 23784 19936 -1760 1347 -1611 N \ ATOM 32173 N ASN L 383 37.742 74.331 -35.841 1.00175.85 N \ ANISOU32173 N ASN L 383 24295 23687 19766 -1590 1248 -1619 N \ ATOM 32174 CA ASN L 383 37.469 75.613 -35.172 1.00177.59 C \ ANISOU32174 CA ASN L 383 24270 23699 19674 -1606 1225 -1627 C \ ATOM 32175 C ASN L 383 38.718 76.486 -35.068 1.00177.46 C \ ANISOU32175 C ASN L 383 24234 23855 19611 -1601 1211 -1649 C \ ATOM 32176 O ASN L 383 38.647 77.717 -35.219 1.00179.11 O \ ANISOU32176 O ASN L 383 24176 23500 19629 -1541 1174 -1607 O \ ATOM 32177 CB ASN L 383 36.905 75.384 -33.760 1.00180.26 C \ ANISOU32177 CB ASN L 383 25212 24243 20688 -1654 1332 -1580 C \ ATOM 32178 CG ASN L 383 35.536 74.727 -33.769 1.00182.23 C \ ANISOU32178 CG ASN L 383 25728 24584 21201 -1675 1352 -1559 C \ ATOM 32179 OD1 ASN L 383 34.674 75.072 -34.579 1.00183.55 O \ ANISOU32179 OD1 ASN L 383 25962 24765 21339 -1762 1419 -1567 O \ ATOM 32180 ND2 ASN L 383 35.327 73.773 -32.858 1.00182.99 N \ ANISOU32180 ND2 ASN L 383 26073 24784 21387 -1810 1436 -1562 N \ ATOM 32181 N LEU L 384 39.856 75.842 -34.799 1.00176.73 N \ ANISOU32181 N LEU L 384 26085 24821 21687 -1607 1343 -1530 N \ ATOM 32182 CA LEU L 384 41.133 76.550 -34.673 1.00177.35 C \ ANISOU32182 CA LEU L 384 26477 25208 22170 -1528 1271 -1516 C \ ATOM 32183 C LEU L 384 41.609 77.124 -36.014 1.00179.23 C \ ANISOU32183 C LEU L 384 26916 25525 22747 -1465 1262 -1484 C \ ATOM 32184 O LEU L 384 42.068 78.277 -36.071 1.00180.46 O \ ANISOU32184 O LEU L 384 27149 25751 23036 -1450 1298 -1478 O \ ATOM 32185 CB LEU L 384 42.201 75.630 -34.066 1.00176.63 C \ ANISOU32185 CB LEU L 384 27350 25870 23237 -1430 1216 -1463 C \ ATOM 32186 CG LEU L 384 43.452 76.290 -33.476 1.00176.58 C \ ANISOU32186 CG LEU L 384 26123 24975 21483 -1783 1455 -1578 C \ ATOM 32187 CD1 LEU L 384 43.097 77.369 -32.462 1.00177.63 C \ ANISOU32187 CD1 LEU L 384 26296 25100 21553 -1868 1516 -1587 C \ ATOM 32188 CD2 LEU L 384 44.338 75.241 -32.828 1.00176.41 C \ ANISOU32188 CD2 LEU L 384 26442 25348 21583 -1945 1518 -1612 C \ ATOM 32189 N LEU L 385 41.479 76.339 -37.089 1.00179.97 N \ ANISOU32189 N LEU L 385 26854 25685 21905 -2019 1558 -1614 N \ ATOM 32190 CA LEU L 385 41.813 76.820 -38.444 1.00179.62 C \ ANISOU32190 CA LEU L 385 26182 24996 21444 -1866 1551 -1592 C \ ATOM 32191 C LEU L 385 40.904 77.972 -38.893 1.00181.21 C \ ANISOU32191 C LEU L 385 26123 24783 21467 -1820 1580 -1564 C \ ATOM 32192 O LEU L 385 41.383 78.943 -39.493 1.00179.91 O \ ANISOU32192 O LEU L 385 26130 24766 21439 -1837 1630 -1570 O \ ATOM 32193 CB LEU L 385 41.716 75.683 -39.463 1.00178.31 C \ ANISOU32193 CB LEU L 385 26135 24589 21499 -1810 1678 -1541 C \ ATOM 32194 CG LEU L 385 42.353 75.946 -40.836 1.00178.03 C \ ANISOU32194 CG LEU L 385 26248 24645 21536 -1846 1739 -1547 C \ ATOM 32195 CD1 LEU L 385 43.677 75.203 -40.966 1.00178.18 C \ ANISOU32195 CD1 LEU L 385 26291 25364 21438 -1928 1479 -1629 C \ ATOM 32196 CD2 LEU L 385 41.396 75.569 -41.966 1.00177.14 C \ ANISOU32196 CD2 LEU L 385 26343 25522 21397 -1995 1479 -1649 C \ ATOM 32197 N GLU L 386 39.602 77.852 -38.611 1.00184.61 N \ ANISOU32197 N GLU L 386 26537 25628 21550 -2014 1474 -1640 N \ ATOM 32198 CA GLU L 386 38.631 78.906 -38.935 1.00188.22 C \ ANISOU32198 CA GLU L 386 26591 25662 21507 -2094 1505 -1648 C \ ATOM 32199 C GLU L 386 38.919 80.200 -38.176 1.00189.67 C \ ANISOU32199 C GLU L 386 26291 25667 21370 -1964 1440 -1666 C \ ATOM 32200 O GLU L 386 38.785 81.299 -38.732 1.00190.14 O \ ANISOU32200 O GLU L 386 26395 25873 21478 -1974 1451 -1680 O \ ATOM 32201 CB GLU L 386 37.196 78.448 -38.643 1.00191.06 C \ ANISOU32201 CB GLU L 386 26274 25745 21276 -2019 1438 -1680 C \ ATOM 32202 CG GLU L 386 36.629 77.496 -39.684 1.00194.38 C \ ANISOU32202 CG GLU L 386 26329 25970 21476 -1911 1407 -1690 C \ ATOM 32203 CD GLU L 386 35.183 77.112 -39.416 1.00197.89 C \ ANISOU32203 CD GLU L 386 26673 25704 21757 -1942 1434 -1622 C \ ATOM 32204 OE1 GLU L 386 34.840 76.802 -38.253 1.00199.86 O \ ANISOU32204 OE1 GLU L 386 26766 25695 21814 -1950 1421 -1611 O \ ATOM 32205 OE2 GLU L 386 34.387 77.101 -40.379 1.00201.23 O \ ANISOU32205 OE2 GLU L 386 26812 25561 21825 -1994 1462 -1596 O \ ATOM 32206 N LYS L 387 39.312 80.070 -36.909 1.00191.03 N \ ANISOU32206 N LYS L 387 27051 25734 21987 -2039 1472 -1595 N \ ATOM 32207 CA LYS L 387 39.671 81.240 -36.101 1.00192.00 C \ ANISOU32207 CA LYS L 387 26779 25677 21915 -1859 1361 -1595 C \ ATOM 32208 C LYS L 387 40.997 81.874 -36.533 1.00193.11 C \ ANISOU32208 C LYS L 387 26778 25581 22019 -1802 1355 -1574 C \ ATOM 32209 O LYS L 387 41.138 83.102 -36.460 1.00195.94 O \ ANISOU32209 O LYS L 387 26766 25433 21834 -1977 1489 -1583 O \ ATOM 32210 CB LYS L 387 39.696 80.897 -34.608 1.00191.14 C \ ANISOU32210 CB LYS L 387 27015 25509 22055 -2014 1534 -1568 C \ ATOM 32211 CG LYS L 387 38.312 80.853 -33.981 1.00190.48 C \ ANISOU32211 CG LYS L 387 27000 25497 21913 -2115 1589 -1585 C \ ATOM 32212 CD LYS L 387 38.378 80.864 -32.466 1.00190.38 C \ ANISOU32212 CD LYS L 387 26994 25388 21831 -2167 1613 -1581 C \ ATOM 32213 CE LYS L 387 37.025 81.203 -31.863 1.00190.09 C \ ANISOU32213 CE LYS L 387 27251 25653 22394 -1961 1550 -1547 C \ ATOM 32214 NZ LYS L 387 37.148 81.578 -30.429 1.00190.63 N \ ANISOU32214 NZ LYS L 387 27570 25779 22712 -1978 1593 -1524 N \ ATOM 32215 N ILE L 388 41.954 81.054 -36.984 1.00192.38 N \ ANISOU32215 N ILE L 388 27804 25906 22977 -1953 1558 -1503 N \ ATOM 32216 CA ILE L 388 43.211 81.580 -37.559 1.00192.82 C \ ANISOU32216 CA ILE L 388 27934 26057 23197 -1883 1499 -1492 C \ ATOM 32217 C ILE L 388 42.938 82.386 -38.839 1.00194.02 C \ ANISOU32217 C ILE L 388 27976 25956 23071 -2008 1592 -1497 C \ ATOM 32218 O ILE L 388 43.473 83.495 -39.010 1.00194.13 O \ ANISOU32218 O ILE L 388 26910 25518 21796 -2141 1607 -1605 O \ ATOM 32219 CB ILE L 388 44.245 80.457 -37.832 1.00193.00 C \ ANISOU32219 CB ILE L 388 26902 25513 21669 -2237 1654 -1622 C \ ATOM 32220 CG1 ILE L 388 44.855 79.960 -36.518 1.00194.10 C \ ANISOU32220 CG1 ILE L 388 26788 25500 21468 -2302 1646 -1640 C \ ATOM 32221 CG2 ILE L 388 45.372 80.950 -38.733 1.00192.91 C \ ANISOU32221 CG2 ILE L 388 26793 25442 21372 -2382 1682 -1645 C \ ATOM 32222 CD1 ILE L 388 45.437 78.562 -36.602 1.00194.17 C \ ANISOU32222 CD1 ILE L 388 26892 25579 21656 -2246 1671 -1635 C \ ATOM 32223 N SER L 389 42.096 81.837 -39.717 1.00195.12 N \ ANISOU32223 N SER L 389 26830 25693 21654 -2200 1626 -1647 N \ ATOM 32224 CA SER L 389 41.707 82.519 -40.963 1.00195.49 C \ ANISOU32224 CA SER L 389 26809 25362 21628 -2202 1701 -1616 C \ ATOM 32225 C SER L 389 40.873 83.781 -40.733 1.00195.29 C \ ANISOU32225 C SER L 389 26724 25586 21440 -2269 1602 -1649 C \ ATOM 32226 O SER L 389 40.968 84.735 -41.510 1.00196.80 O \ ANISOU32226 O SER L 389 26964 25924 21607 -2323 1597 -1664 O \ ATOM 32227 CB SER L 389 40.942 81.560 -41.886 1.00195.74 C \ ANISOU32227 CB SER L 389 27078 26086 21765 -2260 1549 -1659 C \ ATOM 32228 OG SER L 389 39.727 81.128 -41.295 1.00195.76 O \ ANISOU32228 OG SER L 389 27040 26198 21773 -2220 1518 -1668 O \ ATOM 32229 N GLN L 390 40.054 83.783 -39.681 1.00194.85 N \ ANISOU32229 N GLN L 390 26931 26064 21545 -2370 1603 -1687 N \ ATOM 32230 CA GLN L 390 39.233 84.953 -39.352 1.00196.29 C \ ANISOU32230 CA GLN L 390 27188 26064 21855 -2251 1542 -1643 C \ ATOM 32231 C GLN L 390 40.057 86.094 -38.734 1.00195.84 C \ ANISOU32231 C GLN L 390 27218 26117 21912 -2190 1494 -1638 C \ ATOM 32232 O GLN L 390 39.932 87.246 -39.162 1.00195.32 O \ ANISOU32232 O GLN L 390 27466 26484 22083 -2232 1495 -1654 O \ ATOM 32233 CB GLN L 390 38.084 84.549 -38.415 1.00198.18 C \ ANISOU32233 CB GLN L 390 27349 26429 21987 -2178 1457 -1654 C \ ATOM 32234 CG GLN L 390 37.011 85.613 -38.196 1.00200.19 C \ ANISOU32234 CG GLN L 390 27111 25812 21799 -2174 1488 -1615 C \ ATOM 32235 CD GLN L 390 36.227 85.954 -39.455 1.00201.84 C \ ANISOU32235 CD GLN L 390 27130 25730 21742 -2256 1544 -1615 C \ ATOM 32236 OE1 GLN L 390 35.812 85.070 -40.209 1.00203.15 O \ ANISOU32236 OE1 GLN L 390 27203 25894 21816 -2293 1576 -1630 O \ ATOM 32237 NE2 GLN L 390 36.015 87.245 -39.681 1.00202.67 N \ ANISOU32237 NE2 GLN L 390 27916 26965 22447 -2326 1540 -1666 N \ ATOM 32238 N THR L 391 40.883 85.778 -37.733 1.00195.36 N \ ANISOU32238 N THR L 391 28415 27573 22875 -2376 1550 -1679 N \ ATOM 32239 CA THR L 391 41.674 86.801 -37.032 1.00194.98 C \ ANISOU32239 CA THR L 391 28596 27959 23112 -2342 1528 -1693 C \ ATOM 32240 C THR L 391 42.873 87.300 -37.850 1.00194.12 C \ ANISOU32240 C THR L 391 28576 28004 23092 -2304 1506 -1693 C \ ATOM 32241 O THR L 391 43.169 88.498 -37.833 1.00193.73 O \ ANISOU32241 O THR L 391 28623 27778 22993 -2487 1602 -1689 O \ ATOM 32242 CB THR L 391 42.157 86.317 -35.642 1.00195.10 C \ ANISOU32242 CB THR L 391 28736 27690 23036 -2530 1630 -1677 C \ ATOM 32243 OG1 THR L 391 42.828 85.058 -35.764 1.00195.23 O \ ANISOU32243 OG1 THR L 391 28675 27527 22996 -2537 1650 -1672 O \ ATOM 32244 CG2 THR L 391 40.981 86.179 -34.675 1.00194.24 C \ ANISOU32244 CG2 THR L 391 28363 27296 22681 -2577 1669 -1685 C \ ATOM 32245 N ALA L 392 43.554 86.395 -38.562 1.00194.11 N \ ANISOU32245 N ALA L 392 28775 27462 23114 -2503 1648 -1653 N \ ATOM 32246 CA ALA L 392 44.672 86.792 -39.434 1.00196.07 C \ ANISOU32246 CA ALA L 392 28742 28198 23299 -2353 1535 -1703 C \ ATOM 32247 C ALA L 392 44.649 86.054 -40.784 1.00197.21 C \ ANISOU32247 C ALA L 392 28843 28492 23460 -2319 1512 -1715 C \ ATOM 32248 O ALA L 392 45.269 84.999 -40.910 1.00197.43 O \ ANISOU32248 O ALA L 392 28766 28421 23469 -2208 1464 -1707 O \ ATOM 32249 CB ALA L 392 46.000 86.554 -38.724 1.00196.18 C \ ANISOU32249 CB ALA L 392 28657 28452 23394 -2167 1441 -1714 C \ ATOM 32250 N PRO L 393 43.944 86.608 -41.798 1.00197.68 N \ ANISOU32250 N PRO L 393 28842 28569 23478 -2355 1527 -1727 N \ ATOM 32251 CA PRO L 393 43.876 85.934 -43.101 1.00198.05 C \ ANISOU32251 CA PRO L 393 28788 28715 23487 -2321 1502 -1739 C \ ATOM 32252 C PRO L 393 45.144 86.080 -43.956 1.00200.12 C \ ANISOU32252 C PRO L 393 28701 28676 23481 -2252 1474 -1740 C \ ATOM 32253 O PRO L 393 45.359 85.279 -44.879 1.00199.41 O \ ANISOU32253 O PRO L 393 28779 28881 23467 -2352 1505 -1751 O \ ATOM 32254 CB PRO L 393 42.680 86.606 -43.784 1.00196.66 C \ ANISOU32254 CB PRO L 393 28733 28904 23551 -2237 1456 -1752 C \ ATOM 32255 CG PRO L 393 42.587 87.956 -43.167 1.00196.35 C \ ANISOU32255 CG PRO L 393 28787 29040 23554 -2298 1475 -1758 C \ ATOM 32256 CD PRO L 393 43.168 87.864 -41.786 1.00197.17 C \ ANISOU32256 CD PRO L 393 28710 28856 23334 -2421 1531 -1755 C \ ATOM 32257 N GLU L 394 45.974 87.074 -43.633 1.00203.52 N \ ANISOU32257 N GLU L 394 28677 29127 23464 -2308 1471 -1769 N \ ATOM 32258 CA GLU L 394 47.199 87.356 -44.385 1.00207.56 C \ ANISOU32258 CA GLU L 394 28692 29034 23340 -2432 1530 -1764 C \ ATOM 32259 C GLU L 394 48.163 86.178 -44.290 1.00209.68 C \ ANISOU32259 C GLU L 394 28640 29133 23371 -2375 1500 -1771 C \ ATOM 32260 O GLU L 394 48.568 85.608 -45.315 1.00209.69 O \ ANISOU32260 O GLU L 394 28765 28267 23507 -2159 1449 -1690 O \ ATOM 32261 CB GLU L 394 47.890 88.631 -43.870 1.00208.96 C \ ANISOU32261 CB GLU L 394 28746 28229 23571 -2057 1400 -1680 C \ ATOM 32262 CG GLU L 394 47.064 89.910 -43.989 1.00209.14 C \ ANISOU32262 CG GLU L 394 29008 28496 23802 -2023 1372 -1677 C \ ATOM 32263 CD GLU L 394 46.262 90.233 -42.736 1.00208.45 C \ ANISOU32263 CD GLU L 394 29290 28876 24129 -1958 1337 -1680 C \ ATOM 32264 OE1 GLU L 394 46.842 90.224 -41.629 1.00206.19 O \ ANISOU32264 OE1 GLU L 394 28631 27935 23506 -2020 1393 -1659 O \ ATOM 32265 OE2 GLU L 394 45.050 90.508 -42.860 1.00208.85 O \ ANISOU32265 OE2 GLU L 394 28606 27902 23499 -2050 1425 -1662 O \ ATOM 32266 N TRP L 395 48.514 85.809 -43.059 1.00211.18 N \ ANISOU32266 N TRP L 395 28430 27718 23402 -1915 1338 -1647 N \ ATOM 32267 CA TRP L 395 49.383 84.659 -42.813 1.00212.65 C \ ANISOU32267 CA TRP L 395 29158 28542 23869 -2067 1389 -1671 C \ ATOM 32268 C TRP L 395 48.726 83.335 -43.220 1.00212.28 C \ ANISOU32268 C TRP L 395 29260 28638 23918 -2044 1369 -1669 C \ ATOM 32269 O TRP L 395 49.419 82.396 -43.618 1.00211.88 O \ ANISOU32269 O TRP L 395 29322 28887 23946 -2072 1388 -1686 O \ ATOM 32270 CB TRP L 395 49.814 84.603 -41.343 1.00212.89 C \ ANISOU32270 CB TRP L 395 29006 28633 23633 -2016 1361 -1688 C \ ATOM 32271 CG TRP L 395 50.728 83.449 -41.058 1.00213.16 C \ ANISOU32271 CG TRP L 395 29364 28577 23935 -2088 1386 -1659 C \ ATOM 32272 CD1 TRP L 395 50.424 82.317 -40.360 1.00212.81 C \ ANISOU32272 CD1 TRP L 395 29497 29145 24089 -2158 1434 -1698 C \ ATOM 32273 CD2 TRP L 395 52.083 83.298 -41.502 1.00213.52 C \ ANISOU32273 CD2 TRP L 395 29691 29525 24264 -2195 1456 -1713 C \ ATOM 32274 NE1 TRP L 395 51.511 81.475 -40.327 1.00213.68 N \ ANISOU32274 NE1 TRP L 395 29696 29696 24354 -2128 1427 -1721 N \ ATOM 32275 CE2 TRP L 395 52.543 82.053 -41.022 1.00214.19 C \ ANISOU32275 CE2 TRP L 395 29972 30091 24623 -2110 1426 -1726 C \ ATOM 32276 CE3 TRP L 395 52.956 84.098 -42.254 1.00212.93 C \ ANISOU32276 CE3 TRP L 395 29719 29607 24259 -2300 1502 -1723 C \ ATOM 32277 CZ2 TRP L 395 53.842 81.589 -41.263 1.00213.89 C \ ANISOU32277 CZ2 TRP L 395 29916 29688 24354 -2380 1540 -1719 C \ ATOM 32278 CZ3 TRP L 395 54.246 83.636 -42.493 1.00213.36 C \ ANISOU32278 CZ3 TRP L 395 30051 29856 24457 -2482 1580 -1729 C \ ATOM 32279 CH2 TRP L 395 54.675 82.392 -41.999 1.00213.57 C \ ANISOU32279 CH2 TRP L 395 30045 30000 24443 -2536 1601 -1739 C \ ATOM 32280 N THR L 396 47.400 83.268 -43.116 1.00211.97 N \ ANISOU32280 N THR L 396 30118 29783 24508 -2508 1590 -1724 N \ ATOM 32281 CA THR L 396 46.642 82.088 -43.530 1.00211.99 C \ ANISOU32281 CA THR L 396 29591 29594 24326 -2092 1405 -1721 C \ ATOM 32282 C THR L 396 46.855 81.818 -45.020 1.00213.99 C \ ANISOU32282 C THR L 396 29407 29551 24224 -2023 1374 -1727 C \ ATOM 32283 O THR L 396 47.147 80.676 -45.397 1.00216.60 O \ ANISOU32283 O THR L 396 29197 29277 24051 -1920 1325 -1716 O \ ATOM 32284 CB THR L 396 45.139 82.234 -43.191 1.00210.75 C \ ANISOU32284 CB THR L 396 28816 29013 23718 -1858 1300 -1721 C \ ATOM 32285 OG1 THR L 396 44.996 82.466 -41.786 1.00210.57 O \ ANISOU32285 OG1 THR L 396 29452 29622 24328 -2031 1375 -1731 O \ ATOM 32286 CG2 THR L 396 44.349 80.975 -43.561 1.00209.37 C \ ANISOU32286 CG2 THR L 396 29378 29271 24211 -1900 1310 -1701 C \ ATOM 32287 N ALA L 397 46.760 82.855 -45.856 1.00214.68 N \ ANISOU32287 N ALA L 397 29641 29455 24500 -1808 1258 -1690 N \ ATOM 32288 CA ALA L 397 47.053 82.712 -47.295 1.00215.33 C \ ANISOU32288 CA ALA L 397 29826 29684 24621 -1786 1251 -1692 C \ ATOM 32289 C ALA L 397 48.545 82.457 -47.566 1.00216.23 C \ ANISOU32289 C ALA L 397 29610 29488 24433 -1704 1209 -1690 C \ ATOM 32290 O ALA L 397 48.897 81.606 -48.405 1.00213.90 O \ ANISOU32290 O ALA L 397 29699 29299 24551 -1800 1243 -1671 O \ ATOM 32291 CB ALA L 397 46.580 83.941 -48.057 1.00215.49 C \ ANISOU32291 CB ALA L 397 29623 29133 24540 -1703 1181 -1657 C \ ATOM 32292 N GLN L 398 49.406 83.192 -46.853 1.00217.74 N \ ANISOU32292 N GLN L 398 29612 28881 24544 -1698 1163 -1633 N \ ATOM 32293 CA GLN L 398 50.869 83.047 -46.976 1.00219.71 C \ ANISOU32293 CA GLN L 398 29673 28836 24474 -1730 1165 -1629 C \ ATOM 32294 C GLN L 398 51.369 81.633 -46.663 1.00220.41 C \ ANISOU32294 C GLN L 398 30046 29911 24752 -1857 1293 -1697 C \ ATOM 32295 O GLN L 398 52.251 81.116 -47.351 1.00222.89 O \ ANISOU32295 O GLN L 398 30352 30261 24988 -1842 1298 -1699 O \ ATOM 32296 CB GLN L 398 51.594 84.057 -46.070 1.00219.99 C \ ANISOU32296 CB GLN L 398 30387 30509 25063 -1820 1305 -1712 C \ ATOM 32297 CG GLN L 398 51.587 85.490 -46.577 1.00220.97 C \ ANISOU32297 CG GLN L 398 30678 30836 25324 -1770 1294 -1712 C \ ATOM 32298 CD GLN L 398 52.167 86.473 -45.580 1.00222.04 C \ ANISOU32298 CD GLN L 398 30582 30444 25115 -1929 1347 -1699 C \ ATOM 32299 OE1 GLN L 398 53.383 86.596 -45.460 1.00222.37 O \ ANISOU32299 OE1 GLN L 398 30693 30332 25162 -1932 1333 -1685 O \ ATOM 32300 NE2 GLN L 398 51.299 87.160 -44.841 1.00222.16 N \ ANISOU32300 NE2 GLN L 398 30615 30166 25020 -1868 1299 -1677 N \ ATOM 32301 N ALA L 399 50.807 81.022 -45.624 1.00219.80 N \ ANISOU32301 N ALA L 399 30425 30062 24775 -1867 1321 -1683 N \ ATOM 32302 CA ALA L 399 51.142 79.650 -45.245 1.00218.93 C \ ANISOU32302 CA ALA L 399 30423 29812 24832 -1818 1251 -1664 C \ ATOM 32303 C ALA L 399 50.341 78.620 -46.049 1.00217.20 C \ ANISOU32303 C ALA L 399 30261 30517 25002 -1856 1323 -1722 C \ ATOM 32304 O ALA L 399 50.759 77.466 -46.147 1.00214.63 O \ ANISOU32304 O ALA L 399 30135 30600 24928 -1837 1327 -1733 O \ ATOM 32305 CB ALA L 399 50.917 79.449 -43.753 1.00219.51 C \ ANISOU32305 CB ALA L 399 29926 30419 24783 -1730 1276 -1732 C \ ATOM 32306 N MET L 400 49.191 79.030 -46.599 1.00218.08 N \ ANISOU32306 N MET L 400 29728 30361 24603 -1691 1275 -1738 N \ ATOM 32307 CA MET L 400 48.399 78.154 -47.485 1.00220.02 C \ ANISOU32307 CA MET L 400 30180 30756 25022 -1901 1350 -1743 C \ ATOM 32308 C MET L 400 49.105 77.861 -48.812 1.00221.43 C \ ANISOU32308 C MET L 400 29848 30210 24744 -1682 1236 -1723 C \ ATOM 32309 O MET L 400 48.981 76.758 -49.349 1.00219.85 O \ ANISOU32309 O MET L 400 29868 30228 24822 -1580 1182 -1719 O \ ATOM 32310 CB MET L 400 47.024 78.777 -47.769 1.00219.90 C \ ANISOU32310 CB MET L 400 29918 30223 24810 -1522 1159 -1714 C \ ATOM 32311 CG MET L 400 45.946 77.799 -48.215 1.00219.23 C \ ANISOU32311 CG MET L 400 29955 30333 24872 -1449 1131 -1716 C \ ATOM 32312 SD MET L 400 44.320 78.570 -48.376 1.00218.55 S \ ANISOU32312 SD MET L 400 29895 30112 24907 -1549 1147 -1708 S \ ATOM 32313 CE MET L 400 44.501 79.484 -49.909 1.00218.41 C \ ANISOU32313 CE MET L 400 29706 29964 24781 -1587 1166 -1712 C \ ATOM 32314 N GLU L 401 49.831 78.846 -49.342 1.00222.95 N \ ANISOU32314 N GLU L 401 29453 29869 24604 -1543 1151 -1722 N \ ATOM 32315 CA GLU L 401 50.608 78.651 -50.574 1.00225.29 C \ ANISOU32315 CA GLU L 401 29331 29724 24543 -1464 1108 -1717 C \ ATOM 32316 C GLU L 401 51.803 77.703 -50.390 1.00226.24 C \ ANISOU32316 C GLU L 401 29432 30009 24580 -1594 1183 -1736 C \ ATOM 32317 O GLU L 401 52.232 77.043 -51.348 1.00228.55 O \ ANISOU32317 O GLU L 401 29962 30127 24766 -1553 1169 -1706 O \ ATOM 32318 CB GLU L 401 51.088 79.997 -51.124 1.00226.72 C \ ANISOU32318 CB GLU L 401 30127 30215 24849 -1505 1150 -1700 C \ ATOM 32319 CG GLU L 401 49.986 80.790 -51.822 1.00226.84 C \ ANISOU32319 CG GLU L 401 30366 30594 25031 -1526 1196 -1709 C \ ATOM 32320 CD GLU L 401 49.750 80.325 -53.251 1.00225.82 C \ ANISOU32320 CD GLU L 401 30548 30770 25162 -1468 1181 -1708 C \ ATOM 32321 OE1 GLU L 401 50.736 80.109 -53.989 1.00224.41 O \ ANISOU32321 OE1 GLU L 401 30258 30139 24901 -1533 1144 -1688 O \ ATOM 32322 OE2 GLU L 401 48.575 80.182 -53.641 1.00223.89 O \ ANISOU32322 OE2 GLU L 401 30304 30029 25006 -1505 1096 -1675 O \ ATOM 32323 N ALA L 402 52.331 77.641 -49.167 1.00225.77 N \ ANISOU32323 N ALA L 402 30042 29688 24793 -1384 1010 -1665 N \ ATOM 32324 CA ALA L 402 53.446 76.751 -48.821 1.00225.46 C \ ANISOU32324 CA ALA L 402 30235 29711 24847 -1359 984 -1656 C \ ATOM 32325 C ALA L 402 53.077 75.264 -48.894 1.00224.05 C \ ANISOU32325 C ALA L 402 30620 30968 25292 -1610 1251 -1718 C \ ATOM 32326 O ALA L 402 53.937 74.421 -49.186 1.00222.91 O \ ANISOU32326 O ALA L 402 30778 31283 25420 -1638 1301 -1725 O \ ATOM 32327 CB ALA L 402 53.966 77.088 -47.431 1.00226.24 C \ ANISOU32327 CB ALA L 402 30816 31499 25528 -1575 1289 -1732 C \ ATOM 32328 N GLN L 403 51.809 74.953 -48.620 1.00223.19 N \ ANISOU32328 N GLN L 403 30900 31674 25579 -1558 1316 -1733 N \ ATOM 32329 CA GLN L 403 51.288 73.583 -48.731 1.00223.50 C \ ANISOU32329 CA GLN L 403 30757 31346 25404 -1747 1355 -1731 C \ ATOM 32330 C GLN L 403 51.280 73.117 -50.191 1.00223.59 C \ ANISOU32330 C GLN L 403 30836 31565 25644 -1540 1253 -1736 C \ ATOM 32331 O GLN L 403 51.555 71.950 -50.484 1.00224.14 O \ ANISOU32331 O GLN L 403 30785 31668 25662 -1473 1235 -1742 O \ ATOM 32332 CB GLN L 403 49.863 73.485 -48.160 1.00223.49 C \ ANISOU32332 CB GLN L 403 30785 31583 25631 -1370 1189 -1736 C \ ATOM 32333 CG GLN L 403 49.743 73.689 -46.655 1.00222.27 C \ ANISOU32333 CG GLN L 403 30776 31416 25621 -1329 1141 -1729 C \ ATOM 32334 CD GLN L 403 50.270 72.518 -45.854 1.00220.89 C \ ANISOU32334 CD GLN L 403 30627 31576 25608 -1472 1212 -1747 C \ ATOM 32335 OE1 GLN L 403 49.627 71.476 -45.764 1.00220.02 O \ ANISOU32335 OE1 GLN L 403 30536 31610 25549 -1565 1254 -1756 O \ ATOM 32336 NE2 GLN L 403 51.445 72.687 -45.265 1.00221.14 N \ ANISOU32336 NE2 GLN L 403 30381 31675 25429 -1570 1282 -1764 N \ ATOM 32337 N MET L 404 50.949 74.036 -51.097 1.00223.33 N \ ANISOU32337 N MET L 404 30141 31540 25247 -1503 1257 -1767 N \ ATOM 32338 CA MET L 404 50.938 73.754 -52.532 1.00224.22 C \ ANISOU32338 CA MET L 404 30421 31785 25436 -1651 1333 -1765 C \ ATOM 32339 C MET L 404 52.355 73.751 -53.107 1.00226.32 C \ ANISOU32339 C MET L 404 30614 31495 25436 -1325 1198 -1738 C \ ATOM 32340 O MET L 404 52.617 73.078 -54.106 1.00227.61 O \ ANISOU32340 O MET L 404 28117 22696 17179 -591 -123 159 O \ ATOM 32341 CB MET L 404 50.079 74.781 -53.280 1.00224.50 C \ ANISOU32341 CB MET L 404 27824 22309 16935 -531 -234 190 C \ ATOM 32342 CG MET L 404 48.598 74.785 -52.898 1.00224.61 C \ ANISOU32342 CG MET L 404 27369 22035 16774 -427 -266 150 C \ ATOM 32343 SD MET L 404 47.647 73.323 -53.395 1.00222.46 S \ ANISOU32343 SD MET L 404 27157 21848 16612 -342 -306 116 S \ ATOM 32344 CE MET L 404 47.414 73.583 -55.155 1.00223.17 C \ ANISOU32344 CE MET L 404 28050 22275 16924 -495 -343 218 C \ ATOM 32345 N ALA L 405 53.257 74.513 -52.481 1.00228.66 N \ ANISOU32345 N ALA L 405 27798 21933 16718 -442 -444 241 N \ ATOM 32346 CA ALA L 405 54.680 74.546 -52.869 1.00230.24 C \ ANISOU32346 CA ALA L 405 27238 22020 16828 -438 -251 156 C \ ATOM 32347 C ALA L 405 55.419 73.228 -52.614 1.00231.20 C \ ANISOU32347 C ALA L 405 26818 21777 16688 -356 -274 122 C \ ATOM 32348 O ALA L 405 56.364 72.895 -53.336 1.00232.01 O \ ANISOU32348 O ALA L 405 26499 21367 16387 -252 -387 119 O \ ATOM 32349 CB ALA L 405 55.393 75.681 -52.151 1.00230.31 C \ ANISOU32349 CB ALA L 405 26255 21238 16307 -173 -409 80 C \ ATOM 32350 N GLN L 406 55.005 72.496 -51.581 1.00231.73 N \ ANISOU32350 N GLN L 406 26594 21658 16618 -403 -241 138 N \ ATOM 32351 CA GLN L 406 55.576 71.180 -51.283 1.00231.91 C \ ANISOU32351 CA GLN L 406 26573 21799 16670 -483 -126 120 C \ ATOM 32352 C GLN L 406 55.053 70.109 -52.243 1.00231.61 C \ ANISOU32352 C GLN L 406 26177 21363 16442 -324 -288 116 C \ ATOM 32353 O GLN L 406 53.847 69.913 -52.367 1.00231.12 O \ ANISOU32353 O GLN L 406 26525 21799 16690 -562 -88 147 O \ ATOM 32354 CB GLN L 406 55.279 70.784 -49.830 1.00231.11 C \ ANISOU32354 CB GLN L 406 26333 20994 16052 -254 -461 157 C \ ATOM 32355 CG GLN L 406 56.083 71.568 -48.803 1.00230.81 C \ ANISOU32355 CG GLN L 406 26005 20572 15745 -160 -570 152 C \ ATOM 32356 CD GLN L 406 57.536 71.119 -48.733 1.00230.26 C \ ANISOU32356 CD GLN L 406 26231 20663 15823 -106 -634 141 C \ ATOM 32357 OE1 GLN L 406 57.828 69.944 -48.499 1.00228.79 O \ ANISOU32357 OE1 GLN L 406 26031 20387 15646 -27 -728 133 O \ ATOM 32358 NE2 GLN L 406 58.455 72.056 -48.934 1.00230.67 N \ ANISOU32358 NE2 GLN L 406 25907 20322 15563 -184 -626 192 N \ ATOM 32359 OXT GLN L 406 55.820 69.414 -52.915 1.00230.41 O \ ANISOU32359 OXT GLN L 406 25588 20122 15387 -233 -575 203 O \ ATOM 24060 N VAL J 30 -80.278 8.123 -4.390 1.00259.91 N \ ANISOU24060 N VAL J 30 29445 38064 30414 291 -2192 -1152 N \ ATOM 24061 CA VAL J 30 -79.727 7.011 -3.550 1.00259.82 C \ ANISOU24061 CA VAL J 30 29341 38125 30317 249 -2203 -1182 C \ ATOM 24062 C VAL J 30 -78.789 7.576 -2.473 1.00260.50 C \ ANISOU24062 C VAL J 30 29492 38181 30473 352 -2203 -1053 C \ ATOM 24063 O VAL J 30 -78.950 7.284 -1.285 1.00259.98 O \ ANISOU24063 O VAL J 30 29408 37537 30435 306 -2148 -1218 O \ ATOM 24064 CB VAL J 30 -78.991 5.952 -4.412 1.00259.12 C \ ANISOU24064 CB VAL J 30 29288 37364 30336 315 -2139 -1219 C \ ATOM 24065 CG1 VAL J 30 -78.536 4.771 -3.558 1.00258.93 C \ ANISOU24065 CG1 VAL J 30 29162 37094 30199 322 -2123 -1219 C \ ATOM 24066 CG2 VAL J 30 -79.884 5.469 -5.550 1.00258.96 C \ ANISOU24066 CG2 VAL J 30 29071 36966 30116 366 -2106 -1216 C \ ATOM 24067 N ASP J 31 -77.830 8.400 -2.897 1.00261.94 N \ ANISOU24067 N ASP J 31 29303 37425 30381 253 -2147 -1235 N \ ATOM 24068 CA ASP J 31 -76.870 9.040 -1.981 1.00262.17 C \ ANISOU24068 CA ASP J 31 29331 37598 30424 246 -2161 -1238 C \ ATOM 24069 C ASP J 31 -77.347 10.415 -1.471 1.00259.93 C \ ANISOU24069 C ASP J 31 29400 37733 30502 285 -2155 -1231 C \ ATOM 24070 O ASP J 31 -76.574 11.151 -0.852 1.00259.05 O \ ANISOU24070 O ASP J 31 29278 37616 30395 262 -2150 -1236 O \ ATOM 24071 CB ASP J 31 -75.473 9.149 -2.634 1.00264.01 C \ ANISOU24071 CB ASP J 31 29589 37988 30697 334 -2155 -1220 C \ ATOM 24072 CG ASP J 31 -75.455 10.036 -3.884 1.00266.05 C \ ANISOU24072 CG ASP J 31 29086 36943 30121 277 -2124 -1231 C \ ATOM 24073 OD1 ASP J 31 -76.225 9.773 -4.834 1.00267.31 O \ ANISOU24073 OD1 ASP J 31 29012 36735 30040 275 -2111 -1229 O \ ATOM 24074 OD2 ASP J 31 -74.644 10.987 -3.925 1.00266.53 O \ ANISOU24074 OD2 ASP J 31 29005 36660 30001 334 -2098 -1216 O \ ATOM 24075 N LEU J 32 -78.627 10.726 -1.699 1.00257.71 N \ ANISOU24075 N LEU J 32 29049 36621 30045 350 -2082 -1217 N \ ATOM 24076 CA LEU J 32 -79.232 12.031 -1.374 1.00256.51 C \ ANISOU24076 CA LEU J 32 29023 36688 30079 221 -2111 -1247 C \ ATOM 24077 C LEU J 32 -79.091 12.460 0.098 1.00256.15 C \ ANISOU24077 C LEU J 32 29042 36709 30176 162 -2116 -1239 C \ ATOM 24078 O LEU J 32 -79.009 13.655 0.394 1.00255.70 O \ ANISOU24078 O LEU J 32 29083 36742 30228 156 -2118 -1208 O \ ATOM 24079 CB LEU J 32 -80.724 12.011 -1.744 1.00257.08 C \ ANISOU24079 CB LEU J 32 29080 36774 30286 113 -2116 -1266 C \ ATOM 24080 CG LEU J 32 -81.086 11.843 -3.229 1.00257.73 C \ ANISOU24080 CG LEU J 32 29014 36723 29997 363 -2104 -1200 C \ ATOM 24081 CD1 LEU J 32 -82.350 11.010 -3.408 1.00257.36 C \ ANISOU24081 CD1 LEU J 32 29033 36700 30014 421 -2094 -1166 C \ ATOM 24082 CD2 LEU J 32 -81.237 13.195 -3.910 1.00258.31 C \ ANISOU24082 CD2 LEU J 32 29215 36876 30250 474 -2076 -1159 C \ ATOM 24083 N GLU J 33 -79.077 11.483 1.006 1.00256.29 N \ ANISOU24083 N GLU J 33 29082 36649 30140 507 -2055 -1158 N \ ATOM 24084 CA GLU J 33 -78.944 11.730 2.451 1.00255.27 C \ ANISOU24084 CA GLU J 33 28871 36655 29845 433 -2110 -1127 C \ ATOM 24085 C GLU J 33 -77.522 12.159 2.837 1.00253.86 C \ ANISOU24085 C GLU J 33 28612 36436 29542 374 -2119 -1153 C \ ATOM 24086 O GLU J 33 -77.317 13.250 3.387 1.00253.07 O \ ANISOU24086 O GLU J 33 28323 36316 29239 374 -2136 -1112 O \ ATOM 24087 CB GLU J 33 -79.331 10.469 3.238 1.00255.59 C \ ANISOU24087 CB GLU J 33 27916 35926 28825 397 -2138 -1059 C \ ATOM 24088 CG GLU J 33 -80.811 10.114 3.194 1.00256.23 C \ ANISOU24088 CG GLU J 33 28293 36431 29211 342 -2148 -1130 C \ ATOM 24089 CD GLU J 33 -81.653 10.975 4.115 1.00256.97 C \ ANISOU24089 CD GLU J 33 29408 37177 30475 479 -2081 -1165 C \ ATOM 24090 OE1 GLU J 33 -81.521 10.838 5.353 1.00256.06 O \ ANISOU24090 OE1 GLU J 33 29457 37248 30600 524 -2057 -1177 O \ ATOM 24091 OE2 GLU J 33 -82.453 11.782 3.598 1.00258.65 O \ ANISOU24091 OE2 GLU J 33 29421 37161 30562 497 -2034 -1233 O \ ATOM 24092 N ASN J 34 -76.555 11.290 2.529 1.00253.06 N \ ANISOU24092 N ASN J 34 29300 37001 30503 530 -2001 -1260 N \ ATOM 24093 CA ASN J 34 -75.125 11.496 2.832 1.00252.11 C \ ANISOU24093 CA ASN J 34 29393 37328 30573 531 -2068 -1174 C \ ATOM 24094 C ASN J 34 -74.563 12.843 2.371 1.00251.79 C \ ANISOU24094 C ASN J 34 29409 37378 30701 583 -2037 -1191 C \ ATOM 24095 O ASN J 34 -73.749 13.460 3.077 1.00251.92 O \ ANISOU24095 O ASN J 34 29357 37324 30757 651 -2025 -1140 O \ ATOM 24096 CB ASN J 34 -74.274 10.367 2.213 1.00252.12 C \ ANISOU24096 CB ASN J 34 29320 37340 30635 560 -2017 -1256 C \ ATOM 24097 CG ASN J 34 -74.157 9.146 3.112 1.00252.47 C \ ANISOU24097 CG ASN J 34 29242 37237 30792 700 -1988 -1165 C \ ATOM 24098 OD1 ASN J 34 -73.899 9.266 4.307 1.00252.81 O \ ANISOU24098 OD1 ASN J 34 29161 37225 30602 601 -1979 -1295 O \ ATOM 24099 ND2 ASN J 34 -74.318 7.959 2.532 1.00253.03 N \ ANISOU24099 ND2 ASN J 34 29058 37100 30628 673 -1962 -1254 N \ ATOM 24100 N GLN J 35 -74.995 13.288 1.190 1.00251.96 N \ ANISOU24100 N GLN J 35 28548 36628 30286 715 -1916 -1301 N \ ATOM 24101 CA GLN J 35 -74.594 14.587 0.634 1.00252.00 C \ ANISOU24101 CA GLN J 35 29329 37085 30418 432 -2049 -1247 C \ ATOM 24102 C GLN J 35 -75.025 15.726 1.559 1.00253.56 C \ ANISOU24102 C GLN J 35 29137 36885 30222 393 -2034 -1281 C \ ATOM 24103 O GLN J 35 -74.238 16.638 1.857 1.00252.33 O \ ANISOU24103 O GLN J 35 28802 36418 29868 397 -2018 -1284 O \ ATOM 24104 CB GLN J 35 -75.224 14.808 -0.747 1.00251.01 C \ ANISOU24104 CB GLN J 35 28676 36292 29758 387 -1992 -1321 C \ ATOM 24105 CG GLN J 35 -74.802 13.826 -1.827 1.00248.96 C \ ANISOU24105 CG GLN J 35 29240 37052 30301 320 -2059 -1266 C \ ATOM 24106 CD GLN J 35 -75.489 14.081 -3.156 1.00247.08 C \ ANISOU24106 CD GLN J 35 29561 37512 30641 308 -2072 -1267 C \ ATOM 24107 OE1 GLN J 35 -75.019 14.880 -3.968 1.00243.89 O \ ANISOU24107 OE1 GLN J 35 29656 37715 30769 319 -2053 -1305 O \ ATOM 24108 NE2 GLN J 35 -76.605 13.396 -3.386 1.00247.23 N \ ANISOU24108 NE2 GLN J 35 29841 37824 30918 280 -2100 -1241 N \ ATOM 24109 N TYR J 36 -76.276 15.651 2.021 1.00255.45 N \ ANISOU24109 N TYR J 36 29807 37997 30937 307 -2065 -1307 N \ ATOM 24110 CA TYR J 36 -76.845 16.679 2.887 1.00256.10 C \ ANISOU24110 CA TYR J 36 29948 38059 31042 267 -2112 -1243 C \ ATOM 24111 C TYR J 36 -76.216 16.675 4.284 1.00255.67 C \ ANISOU24111 C TYR J 36 29875 38087 30990 283 -2097 -1270 C \ ATOM 24112 O TYR J 36 -75.916 17.739 4.819 1.00254.78 O \ ANISOU24112 O TYR J 36 29686 38028 30817 269 -2109 -1272 O \ ATOM 24113 CB TYR J 36 -78.365 16.523 2.991 1.00256.07 C \ ANISOU24113 CB TYR J 36 28490 36012 29525 404 -2032 -1252 C \ ATOM 24114 CG TYR J 36 -79.036 17.698 3.663 1.00256.58 C \ ANISOU24114 CG TYR J 36 28231 35623 29250 415 -2017 -1251 C \ ATOM 24115 CD1 TYR J 36 -79.241 18.892 2.975 1.00256.45 C \ ANISOU24115 CD1 TYR J 36 28234 35587 29306 480 -1986 -1262 C \ ATOM 24116 CD2 TYR J 36 -79.457 17.623 4.990 1.00256.08 C \ ANISOU24116 CD2 TYR J 36 28315 35600 29402 484 -1959 -1291 C \ ATOM 24117 CE1 TYR J 36 -79.853 19.978 3.585 1.00256.01 C \ ANISOU24117 CE1 TYR J 36 27979 35301 28960 404 -2036 -1223 C \ ATOM 24118 CE2 TYR J 36 -80.070 18.704 5.609 1.00255.27 C \ ANISOU24118 CE2 TYR J 36 27597 34788 28557 407 -2023 -1222 C \ ATOM 24119 CZ TYR J 36 -80.266 19.878 4.904 1.00254.74 C \ ANISOU24119 CZ TYR J 36 27188 34336 28141 366 -2022 -1229 C \ ATOM 24120 OH TYR J 36 -80.873 20.951 5.516 1.00251.25 O \ ANISOU24120 OH TYR J 36 27493 34632 28454 453 -2015 -1204 O \ ATOM 24121 N TYR J 37 -76.010 15.492 4.868 1.00254.85 N \ ANISOU24121 N TYR J 37 27997 35401 29118 528 -1989 -1235 N \ ATOM 24122 CA TYR J 37 -75.373 15.397 6.197 1.00253.31 C \ ANISOU24122 CA TYR J 37 27817 35197 29043 595 -1958 -1230 C \ ATOM 24123 C TYR J 37 -73.903 15.828 6.172 1.00250.27 C \ ANISOU24123 C TYR J 37 27752 35180 29068 601 -1918 -1304 C \ ATOM 24124 O TYR J 37 -73.409 16.396 7.158 1.00249.31 O \ ANISOU24124 O TYR J 37 27586 34962 29004 638 -1876 -1334 O \ ATOM 24125 CB TYR J 37 -75.489 13.983 6.785 1.00254.23 C \ ANISOU24125 CB TYR J 37 27749 35202 29026 639 -1977 -1160 C \ ATOM 24126 CG TYR J 37 -76.910 13.525 7.032 1.00257.18 C \ ANISOU24126 CG TYR J 37 27610 35059 28804 620 -2010 -1107 C \ ATOM 24127 CD1 TYR J 37 -77.745 14.213 7.915 1.00258.30 C \ ANISOU24127 CD1 TYR J 37 27779 35318 29069 560 -1925 -1338 C \ ATOM 24128 CD2 TYR J 37 -77.420 12.398 6.388 1.00259.46 C \ ANISOU24128 CD2 TYR J 37 27758 35385 29122 548 -1886 -1422 C \ ATOM 24129 CE1 TYR J 37 -79.049 13.797 8.139 1.00259.88 C \ ANISOU24129 CE1 TYR J 37 27619 35227 28946 497 -1862 -1483 C \ ATOM 24130 CE2 TYR J 37 -78.719 11.974 6.609 1.00260.69 C \ ANISOU24130 CE2 TYR J 37 27507 35138 28924 502 -1810 -1565 C \ ATOM 24131 CZ TYR J 37 -79.531 12.673 7.484 1.00260.43 C \ ANISOU24131 CZ TYR J 37 27778 35553 29117 513 -1906 -1431 C \ ATOM 24132 OH TYR J 37 -80.824 12.247 7.699 1.00259.33 O \ ANISOU24132 OH TYR J 37 27796 35686 29253 525 -1863 -1510 O \ ATOM 24133 N ASN J 38 -73.212 15.559 5.057 1.00247.47 N \ ANISOU24133 N ASN J 38 27817 35845 29259 507 -1888 -1500 N \ ATOM 24134 CA ASN J 38 -71.835 16.049 4.862 1.00245.05 C \ ANISOU24134 CA ASN J 38 27873 36006 29463 535 -1842 -1574 C \ ATOM 24135 C ASN J 38 -71.792 17.570 4.729 1.00245.11 C \ ANISOU24135 C ASN J 38 27800 36077 29375 515 -1865 -1570 C \ ATOM 24136 O ASN J 38 -70.907 18.223 5.292 1.00245.60 O \ ANISOU24136 O ASN J 38 27566 35143 28778 444 -1896 -1444 O \ ATOM 24137 CB ASN J 38 -71.191 15.409 3.623 1.00242.77 C \ ANISOU24137 CB ASN J 38 27662 35230 28835 391 -1882 -1476 C \ ATOM 24138 CG ASN J 38 -69.714 15.758 3.479 1.00239.35 C \ ANISOU24138 CG ASN J 38 27690 35114 28889 427 -1853 -1490 C \ ATOM 24139 OD1 ASN J 38 -68.870 15.225 4.194 1.00235.99 O \ ANISOU24139 OD1 ASN J 38 27824 35259 29026 394 -1824 -1545 O \ ATOM 24140 ND2 ASN J 38 -69.399 16.645 2.540 1.00238.39 N \ ANISOU24140 ND2 ASN J 38 27665 35239 28747 328 -1927 -1411 N \ ATOM 24141 N SER J 39 -72.751 18.121 3.982 1.00243.50 N \ ANISOU24141 N SER J 39 27624 34934 28843 489 -1863 -1437 N \ ATOM 24142 CA SER J 39 -72.871 19.574 3.811 1.00242.29 C \ ANISOU24142 CA SER J 39 27583 34757 28840 531 -1840 -1433 C \ ATOM 24143 C SER J 39 -73.322 20.278 5.097 1.00242.14 C \ ANISOU24143 C SER J 39 27661 34840 29059 561 -1777 -1516 C \ ATOM 24144 O SER J 39 -72.961 21.433 5.337 1.00240.96 O \ ANISOU24144 O SER J 39 27612 34701 29040 569 -1747 -1543 O \ ATOM 24145 CB SER J 39 -73.847 19.892 2.676 1.00242.08 C \ ANISOU24145 CB SER J 39 27498 34604 28764 587 -1865 -1348 C \ ATOM 24146 OG SER J 39 -73.458 19.252 1.471 1.00240.75 O \ ANISOU24146 OG SER J 39 27366 34336 28637 618 -1859 -1311 O \ ATOM 24147 N LYS J 40 -74.109 19.576 5.911 1.00242.57 N \ ANISOU24147 N LYS J 40 27237 34147 28375 575 -1895 -1276 N \ ATOM 24148 CA LYS J 40 -74.601 20.103 7.186 1.00242.83 C \ ANISOU24148 CA LYS J 40 27442 34408 28806 684 -1863 -1237 C \ ATOM 24149 C LYS J 40 -73.491 20.122 8.237 1.00241.59 C \ ANISOU24149 C LYS J 40 27752 35039 29256 577 -1752 -1564 C \ ATOM 24150 O LYS J 40 -73.362 21.093 8.989 1.00241.00 O \ ANISOU24150 O LYS J 40 27816 35126 29500 601 -1681 -1664 O \ ATOM 24151 CB LYS J 40 -75.799 19.279 7.684 1.00243.32 C \ ANISOU24151 CB LYS J 40 28059 35479 29715 522 -1644 -1785 C \ ATOM 24152 CG LYS J 40 -76.771 20.070 8.551 1.00244.07 C \ ANISOU24152 CG LYS J 40 28181 35568 29726 475 -1657 -1779 C \ ATOM 24153 CD LYS J 40 -78.106 19.358 8.710 1.00244.56 C \ ANISOU24153 CD LYS J 40 27588 34978 29421 650 -1667 -1667 C \ ATOM 24154 CE LYS J 40 -79.162 20.290 9.286 1.00245.67 C \ ANISOU24154 CE LYS J 40 27462 34780 29343 723 -1701 -1537 C \ ATOM 24155 NZ LYS J 40 -80.467 19.612 9.525 1.00245.43 N \ ANISOU24155 NZ LYS J 40 27338 34764 29326 757 -1704 -1518 N \ ATOM 24156 N ALA J 41 -72.694 19.051 8.280 1.00240.79 N \ ANISOU24156 N ALA J 41 27174 34573 29189 816 -1748 -1372 N \ ATOM 24157 CA ALA J 41 -71.537 18.970 9.186 1.00241.42 C \ ANISOU24157 CA ALA J 41 27065 34578 29203 852 -1750 -1342 C \ ATOM 24158 C ALA J 41 -70.390 19.911 8.780 1.00241.33 C \ ANISOU24158 C ALA J 41 28172 35740 29937 502 -1597 -1893 C \ ATOM 24159 O ALA J 41 -69.577 20.299 9.625 1.00242.42 O \ ANISOU24159 O ALA J 41 28311 36046 30053 412 -1559 -2017 O \ ATOM 24160 CB ALA J 41 -71.036 17.533 9.273 1.00241.22 C \ ANISOU24160 CB ALA J 41 28428 36138 30238 388 -1497 -2122 C \ ATOM 24161 N LEU J 42 -70.338 20.267 7.493 1.00240.56 N \ ANISOU24161 N LEU J 42 28552 36433 30418 322 -1441 -2263 N \ ATOM 24162 CA LEU J 42 -69.337 21.198 6.936 1.00239.98 C \ ANISOU24162 CA LEU J 42 28262 36098 29800 330 -1622 -1951 C \ ATOM 24163 C LEU J 42 -69.372 22.602 7.559 1.00240.98 C \ ANISOU24163 C LEU J 42 28134 36039 29620 334 -1673 -1877 C \ ATOM 24164 O LEU J 42 -68.342 23.279 7.625 1.00240.44 O \ ANISOU24164 O LEU J 42 28152 36259 29723 304 -1636 -1978 O \ ATOM 24165 CB LEU J 42 -69.532 21.329 5.417 1.00239.15 C \ ANISOU24165 CB LEU J 42 28221 36516 29763 216 -1613 -2058 C \ ATOM 24166 CG LEU J 42 -68.383 21.923 4.592 1.00237.77 C \ ANISOU24166 CG LEU J 42 28107 36202 29777 365 -1630 -1975 C \ ATOM 24167 CD1 LEU J 42 -67.446 20.830 4.104 1.00236.24 C \ ANISOU24167 CD1 LEU J 42 28388 35905 30197 435 -1504 -2062 C \ ATOM 24168 CD2 LEU J 42 -68.924 22.710 3.410 1.00238.60 C \ ANISOU24168 CD2 LEU J 42 28371 35841 30226 413 -1452 -2145 C \ ATOM 24169 N LYS J 43 -70.556 23.035 7.997 1.00242.26 N \ ANISOU24169 N LYS J 43 28194 35786 29884 309 -1466 -2172 N \ ATOM 24170 CA LYS J 43 -70.742 24.353 8.625 1.00243.30 C \ ANISOU24170 CA LYS J 43 28243 35726 29835 302 -1492 -2110 C \ ATOM 24171 C LYS J 43 -70.313 24.307 10.108 1.00245.43 C \ ANISOU24171 C LYS J 43 28472 35989 30584 429 -1353 -2308 C \ ATOM 24172 O LYS J 43 -69.190 23.882 10.394 1.00246.02 O \ ANISOU24172 O LYS J 43 28556 35881 30873 537 -1328 -2260 O \ ATOM 24173 CB LYS J 43 -72.191 24.831 8.442 1.00242.10 C \ ANISOU24173 CB LYS J 43 28550 35707 30831 572 -1348 -2178 C \ ATOM 24174 CG LYS J 43 -72.597 25.019 6.987 1.00241.04 C \ ANISOU24174 CG LYS J 43 28742 36097 31272 584 -1287 -2300 C \ ATOM 24175 CD LYS J 43 -74.104 25.131 6.824 1.00240.63 C \ ANISOU24175 CD LYS J 43 27901 35734 29572 225 -1449 -2258 C \ ATOM 24176 CE LYS J 43 -74.497 25.188 5.355 1.00239.34 C \ ANISOU24176 CE LYS J 43 27719 35732 29258 113 -1460 -2279 C \ ATOM 24177 NZ LYS J 43 -75.962 25.374 5.170 1.00239.10 N \ ANISOU24177 NZ LYS J 43 27418 35448 28778 83 -1552 -2114 N \ ATOM 24178 N GLU J 44 -71.173 24.755 11.031 1.00247.01 N \ ANISOU24178 N GLU J 44 27314 35342 28658 112 -1591 -2046 N \ ATOM 24179 CA GLU J 44 -70.920 24.715 12.488 1.00248.48 C \ ANISOU24179 CA GLU J 44 27798 36108 29402 23 -1401 -2439 C \ ATOM 24180 C GLU J 44 -69.802 25.625 13.033 1.00249.52 C \ ANISOU24180 C GLU J 44 27939 36257 29764 42 -1295 -2632 C \ ATOM 24181 O GLU J 44 -69.863 26.007 14.206 1.00251.09 O \ ANISOU24181 O GLU J 44 28222 36399 30109 69 -1260 -2667 O \ ATOM 24182 CB GLU J 44 -70.701 23.265 12.975 1.00247.82 C \ ANISOU24182 CB GLU J 44 27887 36358 29841 27 -1244 -2754 C \ ATOM 24183 CG GLU J 44 -71.875 22.332 12.712 1.00246.86 C \ ANISOU24183 CG GLU J 44 27137 35192 28384 22 -1585 -2050 C \ ATOM 24184 CD GLU J 44 -73.057 22.607 13.623 1.00247.75 C \ ANISOU24184 CD GLU J 44 26875 34950 27999 -10 -1666 -1892 C \ ATOM 24185 OE1 GLU J 44 -72.898 22.476 14.854 1.00248.72 O \ ANISOU24185 OE1 GLU J 44 26595 34950 27688 -96 -1687 -1880 O \ ATOM 24186 OE2 GLU J 44 -74.146 22.944 13.111 1.00247.63 O \ ANISOU24186 OE2 GLU J 44 26357 34732 27388 -118 -1752 -1746 O \ ATOM 24187 N ASP J 45 -68.810 25.971 12.201 1.00248.69 N \ ANISOU24187 N ASP J 45 26965 35012 28022 -54 -1683 -1838 N \ ATOM 24188 CA ASP J 45 -67.601 26.736 12.599 1.00248.55 C \ ANISOU24188 CA ASP J 45 27149 35293 28261 -92 -1609 -1991 C \ ATOM 24189 C ASP J 45 -66.684 26.013 13.603 1.00247.04 C \ ANISOU24189 C ASP J 45 27171 35230 28419 -17 -1547 -2114 C \ ATOM 24190 O ASP J 45 -65.520 25.750 13.293 1.00246.89 O \ ANISOU24190 O ASP J 45 26423 35001 27576 -149 -1629 -2023 O \ ATOM 24191 CB ASP J 45 -67.943 28.152 13.118 1.00250.15 C \ ANISOU24191 CB ASP J 45 26266 35139 27395 -236 -1642 -2027 C \ ATOM 24192 CG ASP J 45 -68.033 29.188 12.005 1.00250.85 C \ ANISOU24192 CG ASP J 45 26299 35108 27446 -175 -1673 -1974 C \ ATOM 24193 OD1 ASP J 45 -67.059 29.341 11.235 1.00250.27 O \ ANISOU24193 OD1 ASP J 45 26243 34912 27478 -88 -1640 -2041 O \ ATOM 24194 OD2 ASP J 45 -69.074 29.869 11.917 1.00252.96 O \ ANISOU24194 OD2 ASP J 45 26199 35328 27404 -306 -1559 -2224 O \ ATOM 24195 N ASP J 46 -67.210 25.725 14.795 1.00245.32 N \ ANISOU24195 N ASP J 46 26128 35405 27308 -396 -1527 -2287 N \ ATOM 24196 CA ASP J 46 -66.444 25.108 15.885 1.00244.00 C \ ANISOU24196 CA ASP J 46 26043 35601 27312 -477 -1436 -2509 C \ ATOM 24197 C ASP J 46 -66.400 23.583 15.722 1.00241.20 C \ ANISOU24197 C ASP J 46 25949 35669 27194 -572 -1400 -2584 C \ ATOM 24198 O ASP J 46 -67.394 22.984 15.313 1.00240.33 O \ ANISOU24198 O ASP J 46 25926 35917 27283 -653 -1296 -2835 O \ ATOM 24199 CB ASP J 46 -67.081 25.439 17.247 1.00245.58 C \ ANISOU24199 CB ASP J 46 26370 35286 27448 -222 -1739 -1843 C \ ATOM 24200 CG ASP J 46 -67.185 26.936 17.514 1.00247.29 C \ ANISOU24200 CG ASP J 46 26339 35212 27422 -178 -1777 -1775 C \ ATOM 24201 OD1 ASP J 46 -66.219 27.669 17.214 1.00249.32 O \ ANISOU24201 OD1 ASP J 46 26210 34769 27293 -68 -1808 -1698 O \ ATOM 24202 OD2 ASP J 46 -68.233 27.373 18.042 1.00247.63 O \ ANISOU24202 OD2 ASP J 46 26122 34649 27196 -44 -1849 -1621 O \ ATOM 24203 N PRO J 47 -65.257 22.946 16.059 1.00238.75 N \ ANISOU24203 N PRO J 47 26419 35441 27575 -177 -1728 -1908 N \ ATOM 24204 CA PRO J 47 -65.171 21.481 15.955 1.00236.41 C \ ANISOU24204 CA PRO J 47 26116 34469 27213 -10 -1787 -1719 C \ ATOM 24205 C PRO J 47 -65.999 20.716 16.996 1.00234.85 C \ ANISOU24205 C PRO J 47 26030 34119 27125 83 -1812 -1651 C \ ATOM 24206 O PRO J 47 -66.123 19.493 16.889 1.00232.87 O \ ANISOU24206 O PRO J 47 25884 33889 26911 61 -1872 -1516 O \ ATOM 24207 CB PRO J 47 -63.679 21.196 16.152 1.00236.87 C \ ANISOU24207 CB PRO J 47 25884 33775 26903 102 -1908 -1446 C \ ATOM 24208 CG PRO J 47 -63.157 22.366 16.912 1.00238.72 C \ ANISOU24208 CG PRO J 47 26090 34011 27239 146 -1765 -1719 C \ ATOM 24209 CD PRO J 47 -63.982 23.548 16.499 1.00239.03 C \ ANISOU24209 CD PRO J 47 25783 33859 26778 -7 -1879 -1484 C \ ATOM 24210 N LYS J 48 -66.546 21.424 17.987 1.00234.24 N \ ANISOU24210 N LYS J 48 25776 33795 26747 -37 -1931 -1354 N \ ATOM 24211 CA LYS J 48 -67.415 20.827 19.002 1.00233.71 C \ ANISOU24211 CA LYS J 48 25747 33876 26737 -76 -1978 -1260 C \ ATOM 24212 C LYS J 48 -68.723 20.351 18.375 1.00233.85 C \ ANISOU24212 C LYS J 48 25589 33600 26600 -62 -2015 -1172 C \ ATOM 24213 O LYS J 48 -69.395 21.117 17.680 1.00233.28 O \ ANISOU24213 O LYS J 48 25780 33905 26734 -113 -1928 -1331 O \ ATOM 24214 CB LYS J 48 -67.708 21.830 20.122 1.00234.06 C \ ANISOU24214 CB LYS J 48 25816 33804 26757 -80 -1889 -1402 C \ ATOM 24215 CG LYS J 48 -66.490 22.199 20.956 1.00233.82 C \ ANISOU24215 CG LYS J 48 25808 33997 26734 -169 -1868 -1432 C \ ATOM 24216 CD LYS J 48 -66.842 23.188 22.055 1.00234.13 C \ ANISOU24216 CD LYS J 48 25833 33577 26765 -32 -1916 -1324 C \ ATOM 24217 CE LYS J 48 -65.610 23.596 22.845 1.00233.75 C \ ANISOU24217 CE LYS J 48 25792 34155 26787 -129 -1972 -1288 C \ ATOM 24218 NZ LYS J 48 -65.915 24.659 23.841 1.00234.57 N \ ANISOU24218 NZ LYS J 48 25841 34327 26862 -166 -2012 -1206 N \ ATOM 24219 N ALA J 49 -69.051 19.076 18.605 1.00234.52 N \ ANISOU24219 N ALA J 49 25838 34187 26870 -89 -2019 -1223 N \ ATOM 24220 CA ALA J 49 -70.241 18.406 18.044 1.00234.17 C \ ANISOU24220 CA ALA J 49 25849 34199 26914 -101 -2057 -1140 C \ ATOM 24221 C ALA J 49 -70.231 18.209 16.515 1.00232.33 C \ ANISOU24221 C ALA J 49 25951 34746 26967 -247 -2000 -1242 C \ ATOM 24222 O ALA J 49 -71.024 17.423 15.997 1.00231.53 O \ ANISOU24222 O ALA J 49 26148 34973 27160 -212 -1946 -1395 O \ ATOM 24223 CB ALA J 49 -71.526 19.104 18.491 1.00235.39 C \ ANISOU24223 CB ALA J 49 25834 34078 26858 -14 -1981 -1325 C \ ATOM 24224 N ALA J 50 -69.338 18.903 15.807 1.00231.08 N \ ANISOU24224 N ALA J 50 25683 33806 26719 60 -1987 -1333 N \ ATOM 24225 CA ALA J 50 -69.238 18.808 14.350 1.00229.70 C \ ANISOU24225 CA ALA J 50 25623 33541 26653 98 -2013 -1270 C \ ATOM 24226 C ALA J 50 -68.484 17.550 13.928 1.00228.15 C \ ANISOU24226 C ALA J 50 25289 33171 26331 113 -2039 -1232 C \ ATOM 24227 O ALA J 50 -68.864 16.887 12.955 1.00227.83 O \ ANISOU24227 O ALA J 50 25640 33724 26704 128 -1940 -1439 O \ ATOM 24228 CB ALA J 50 -68.550 20.043 13.792 1.00229.87 C \ ANISOU24228 CB ALA J 50 25627 33909 26720 91 -1906 -1521 C \ ATOM 24229 N LEU J 51 -67.419 17.230 14.664 1.00227.45 N \ ANISOU24229 N LEU J 51 25746 33542 26759 107 -2002 -1269 N \ ATOM 24230 CA LEU J 51 -66.623 16.015 14.435 1.00227.18 C \ ANISOU24230 CA LEU J 51 25758 33380 26770 127 -2023 -1216 C \ ATOM 24231 C LEU J 51 -67.451 14.735 14.618 1.00227.30 C \ ANISOU24231 C LEU J 51 25664 33332 26723 64 -2060 -1125 C \ ATOM 24232 O LEU J 51 -67.288 13.761 13.864 1.00225.79 O \ ANISOU24232 O LEU J 51 25838 33411 26932 75 -2077 -1096 O \ ATOM 24233 CB LEU J 51 -65.409 15.990 15.375 1.00227.45 C \ ANISOU24233 CB LEU J 51 25845 33350 26835 138 -2003 -1230 C \ ATOM 24234 CG LEU J 51 -64.314 17.031 15.102 1.00227.34 C \ ANISOU24234 CG LEU J 51 25999 33397 26977 212 -1968 -1298 C \ ATOM 24235 CD1 LEU J 51 -63.515 17.342 16.359 1.00227.76 C \ ANISOU24235 CD1 LEU J 51 26074 33361 27050 272 -1974 -1291 C \ ATOM 24236 CD2 LEU J 51 -63.389 16.577 13.980 1.00226.81 C \ ANISOU24236 CD2 LEU J 51 26173 33594 27157 215 -1928 -1365 C \ ATOM 24237 N SER J 52 -68.339 14.745 15.613 1.00228.28 N \ ANISOU24237 N SER J 52 26178 33382 27168 338 -1946 -1327 N \ ATOM 24238 CA SER J 52 -69.266 13.636 15.852 1.00229.06 C \ ANISOU24238 CA SER J 52 26264 33583 27277 283 -1894 -1417 C \ ATOM 24239 C SER J 52 -70.327 13.517 14.748 1.00228.70 C \ ANISOU24239 C SER J 52 26210 33418 27230 347 -1905 -1387 C \ ATOM 24240 O SER J 52 -70.802 12.411 14.454 1.00228.88 O \ ANISOU24240 O SER J 52 25351 33181 26433 -6 -2070 -1081 O \ ATOM 24241 CB SER J 52 -69.941 13.789 17.218 1.00230.73 C \ ANISOU24241 CB SER J 52 25078 32986 26245 -71 -2107 -972 C \ ATOM 24242 OG SER J 52 -70.637 15.020 17.313 1.00232.35 O \ ANISOU24242 OG SER J 52 24847 32814 26052 -70 -2124 -961 O \ ATOM 24243 N SER J 53 -70.689 14.648 14.137 1.00228.37 N \ ANISOU24243 N SER J 53 24458 32396 25759 -94 -2147 -894 N \ ATOM 24244 CA SER J 53 -71.602 14.666 12.982 1.00226.89 C \ ANISOU24244 CA SER J 53 25111 33229 26292 -153 -2116 -913 C \ ATOM 24245 C SER J 53 -70.938 14.093 11.727 1.00225.86 C \ ANISOU24245 C SER J 53 25123 33336 26426 -225 -2156 -768 C \ ATOM 24246 O SER J 53 -71.569 13.341 10.977 1.00223.16 O \ ANISOU24246 O SER J 53 25091 33134 26483 -220 -2165 -703 O \ ATOM 24247 CB SER J 53 -72.099 16.088 12.700 1.00226.53 C \ ANISOU24247 CB SER J 53 25204 33155 26552 -205 -2150 -727 C \ ATOM 24248 OG SER J 53 -72.760 16.633 13.828 1.00227.02 O \ ANISOU24248 OG SER J 53 25021 33025 26556 -236 -2187 -625 O \ ATOM 24249 N PHE J 54 -69.669 14.449 11.507 1.00226.47 N \ ANISOU24249 N PHE J 54 24988 33040 26138 -45 -2110 -1031 N \ ATOM 24250 CA PHE J 54 -68.857 13.835 10.435 1.00226.10 C \ ANISOU24250 CA PHE J 54 25116 33215 26290 -35 -2123 -1033 C \ ATOM 24251 C PHE J 54 -68.686 12.327 10.678 1.00225.61 C \ ANISOU24251 C PHE J 54 25065 32994 26243 20 -2123 -1059 C \ ATOM 24252 O PHE J 54 -68.674 11.530 9.727 1.00226.82 O \ ANISOU24252 O PHE J 54 24973 32914 26210 5 -2141 -1034 O \ ATOM 24253 CB PHE J 54 -67.460 14.476 10.343 1.00226.42 C \ ANISOU24253 CB PHE J 54 25181 33411 26306 -18 -2104 -1106 C \ ATOM 24254 CG PHE J 54 -67.424 15.826 9.662 1.00227.33 C \ ANISOU24254 CG PHE J 54 25212 33679 26343 -94 -2107 -1085 C \ ATOM 24255 CD1 PHE J 54 -67.752 15.962 8.319 1.00227.62 C \ ANISOU24255 CD1 PHE J 54 25239 33818 26331 -76 -2069 -1194 C \ ATOM 24256 CD2 PHE J 54 -66.993 16.955 10.355 1.00228.78 C \ ANISOU24256 CD2 PHE J 54 25241 34085 26330 -165 -2065 -1193 C \ ATOM 24257 CE1 PHE J 54 -67.696 17.201 7.697 1.00228.26 C \ ANISOU24257 CE1 PHE J 54 25238 34223 26320 -158 -2026 -1310 C \ ATOM 24258 CE2 PHE J 54 -66.933 18.194 9.736 1.00229.30 C \ ANISOU24258 CE2 PHE J 54 25012 32804 26137 77 -2102 -1111 C \ ATOM 24259 CZ PHE J 54 -67.283 18.316 8.404 1.00228.61 C \ ANISOU24259 CZ PHE J 54 24950 32608 26071 119 -2101 -1131 C \ ATOM 24260 N GLN J 55 -68.525 11.953 11.953 1.00223.62 N \ ANISOU24260 N GLN J 55 24950 32537 26154 75 -2115 -1086 N \ ATOM 24261 CA GLN J 55 -68.470 10.538 12.356 1.00221.90 C \ ANISOU24261 CA GLN J 55 24824 32389 26074 71 -2120 -1099 C \ ATOM 24262 C GLN J 55 -69.801 9.824 12.086 1.00220.33 C \ ANISOU24262 C GLN J 55 24982 32522 26041 180 -2078 -1176 C \ ATOM 24263 O GLN J 55 -69.805 8.641 11.743 1.00217.43 O \ ANISOU24263 O GLN J 55 24930 32371 25982 208 -2080 -1187 O \ ATOM 24264 CB GLN J 55 -68.080 10.422 13.841 1.00222.74 C \ ANISOU24264 CB GLN J 55 25004 32607 26035 227 -2058 -1222 C \ ATOM 24265 CG GLN J 55 -67.818 9.008 14.358 1.00223.41 C \ ANISOU24265 CG GLN J 55 25053 32621 26294 39 -2117 -1038 C \ ATOM 24266 CD GLN J 55 -66.611 8.339 13.722 1.00222.95 C \ ANISOU24266 CD GLN J 55 25055 32566 26421 -5 -2127 -983 C \ ATOM 24267 OE1 GLN J 55 -65.541 8.936 13.601 1.00223.48 O \ ANISOU24267 OE1 GLN J 55 25130 32751 26623 -58 -2147 -922 O \ ATOM 24268 NE2 GLN J 55 -66.777 7.085 13.324 1.00222.67 N \ ANISOU24268 NE2 GLN J 55 25085 32654 26712 -83 -2147 -910 N \ ATOM 24269 N LYS J 56 -70.919 10.539 12.251 1.00221.52 N \ ANISOU24269 N LYS J 56 24931 32421 26315 -31 -2128 -928 N \ ATOM 24270 CA LYS J 56 -72.245 10.003 11.865 1.00222.72 C \ ANISOU24270 CA LYS J 56 24837 32241 26368 -67 -2132 -870 C \ ATOM 24271 C LYS J 56 -72.387 9.806 10.351 1.00221.88 C \ ANISOU24271 C LYS J 56 24856 32086 26365 -27 -2110 -943 C \ ATOM 24272 O LYS J 56 -73.015 8.834 9.899 1.00221.34 O \ ANISOU24272 O LYS J 56 24826 32285 26389 -108 -2142 -783 O \ ATOM 24273 CB LYS J 56 -73.376 10.906 12.374 1.00223.45 C \ ANISOU24273 CB LYS J 56 25335 33118 26802 -80 -2161 -890 C \ ATOM 24274 CG LYS J 56 -73.615 10.808 13.872 1.00224.33 C \ ANISOU24274 CG LYS J 56 25504 33417 27087 -134 -2183 -820 C \ ATOM 24275 CD LYS J 56 -74.395 12.004 14.392 1.00224.74 C \ ANISOU24275 CD LYS J 56 25720 33637 27312 -115 -2181 -876 C \ ATOM 24276 CE LYS J 56 -74.447 12.013 15.909 1.00225.44 C \ ANISOU24276 CE LYS J 56 25605 33591 27327 -158 -2194 -827 C \ ATOM 24277 NZ LYS J 56 -75.492 12.946 16.416 1.00225.77 N \ ANISOU24277 NZ LYS J 56 25428 33544 26969 -173 -2197 -769 N \ ATOM 24278 N VAL J 57 -71.800 10.726 9.579 1.00220.96 N \ ANISOU24278 N VAL J 57 25197 33393 26813 -235 -2213 -658 N \ ATOM 24279 CA VAL J 57 -71.730 10.597 8.110 1.00220.10 C \ ANISOU24279 CA VAL J 57 24980 33407 26523 -280 -2220 -633 C \ ATOM 24280 C VAL J 57 -70.936 9.335 7.744 1.00220.14 C \ ANISOU24280 C VAL J 57 24729 33289 26231 -287 -2223 -661 C \ ATOM 24281 O VAL J 57 -71.331 8.585 6.846 1.00219.21 O \ ANISOU24281 O VAL J 57 24954 33445 26482 -315 -2221 -590 O \ ATOM 24282 CB VAL J 57 -71.104 11.853 7.436 1.00219.89 C \ ANISOU24282 CB VAL J 57 26017 33873 27488 -54 -2165 -970 C \ ATOM 24283 CG1 VAL J 57 -70.954 11.663 5.928 1.00219.19 C \ ANISOU24283 CG1 VAL J 57 26198 34057 27691 -44 -2162 -1020 C \ ATOM 24284 CG2 VAL J 57 -71.939 13.098 7.720 1.00220.15 C \ ANISOU24284 CG2 VAL J 57 26165 33929 27806 -79 -2155 -1012 C \ ATOM 24285 N LEU J 58 -69.834 9.101 8.462 1.00221.00 N \ ANISOU24285 N LEU J 58 26168 33824 27820 -75 -2145 -1006 N \ ATOM 24286 CA LEU J 58 -69.032 7.878 8.298 1.00221.20 C \ ANISOU24286 CA LEU J 58 26217 34032 27580 20 -2148 -1101 C \ ATOM 24287 C LEU J 58 -69.788 6.622 8.755 1.00222.41 C \ ANISOU24287 C LEU J 58 26283 34173 27536 63 -2146 -1118 C \ ATOM 24288 O LEU J 58 -69.639 5.548 8.169 1.00222.27 O \ ANISOU24288 O LEU J 58 26319 34229 27514 113 -2142 -1169 O \ ATOM 24289 CB LEU J 58 -67.716 8.005 9.079 1.00220.21 C \ ANISOU24289 CB LEU J 58 26292 34335 27565 27 -2158 -1079 C \ ATOM 24290 CG LEU J 58 -66.635 6.945 8.841 1.00219.62 C \ ANISOU24290 CG LEU J 58 26014 33820 27789 -117 -2156 -1012 C \ ATOM 24291 CD1 LEU J 58 -65.950 7.155 7.499 1.00219.26 C \ ANISOU24291 CD1 LEU J 58 25791 33517 27762 -158 -2140 -1014 C \ ATOM 24292 CD2 LEU J 58 -65.617 6.977 9.968 1.00219.77 C \ ANISOU24292 CD2 LEU J 58 25692 33296 27598 -128 -2114 -1104 C \ ATOM 24293 N GLU J 59 -70.588 6.774 9.809 1.00224.39 N \ ANISOU24293 N GLU J 59 25586 33203 27348 -91 -2108 -1179 N \ ATOM 24294 CA GLU J 59 -71.385 5.678 10.372 1.00226.37 C \ ANISOU24294 CA GLU J 59 25778 33568 27898 -198 -2133 -1041 C \ ATOM 24295 C GLU J 59 -72.611 5.309 9.551 1.00228.11 C \ ANISOU24295 C GLU J 59 25638 33568 27809 -227 -2160 -954 C \ ATOM 24296 O GLU J 59 -73.168 4.218 9.731 1.00227.72 O \ ANISOU24296 O GLU J 59 25465 33414 27914 -291 -2164 -855 O \ ATOM 24297 CB GLU J 59 -71.812 6.005 11.809 1.00226.19 C \ ANISOU24297 CB GLU J 59 25402 33254 28044 -315 -2136 -887 C \ ATOM 24298 CG GLU J 59 -70.757 5.650 12.846 1.00224.78 C \ ANISOU24298 CG GLU J 59 25219 33292 27712 -320 -2192 -743 C \ ATOM 24299 CD GLU J 59 -71.065 6.208 14.219 1.00223.48 C \ ANISOU24299 CD GLU J 59 25788 33288 27800 -145 -2102 -1085 C \ ATOM 24300 OE1 GLU J 59 -72.259 6.326 14.570 1.00221.74 O \ ANISOU24300 OE1 GLU J 59 26042 33432 27997 -123 -2077 -1166 O \ ATOM 24301 OE2 GLU J 59 -70.105 6.522 14.948 1.00223.40 O \ ANISOU24301 OE2 GLU J 59 26304 33701 28372 -157 -2047 -1271 O \ ATOM 24302 N LEU J 60 -73.032 6.182 8.643 1.00229.97 N \ ANISOU24302 N LEU J 60 26204 33594 28504 -208 -2031 -1267 N \ ATOM 24303 CA LEU J 60 -73.991 5.723 7.671 1.00231.47 C \ ANISOU24303 CA LEU J 60 26705 34140 28632 -135 -2037 -1362 C \ ATOM 24304 C LEU J 60 -73.184 4.619 7.054 1.00231.35 C \ ANISOU24304 C LEU J 60 27008 34493 29030 -179 -2005 -1480 C \ ATOM 24305 O LEU J 60 -71.973 4.767 6.895 1.00231.12 O \ ANISOU24305 O LEU J 60 27227 34685 29154 -172 -1982 -1568 O \ ATOM 24306 CB LEU J 60 -74.358 6.799 6.662 1.00231.16 C \ ANISOU24306 CB LEU J 60 27444 34912 29496 -224 -1943 -1673 C \ ATOM 24307 CG LEU J 60 -75.033 8.053 7.235 1.00231.59 C \ ANISOU24307 CG LEU J 60 27112 34742 29063 -180 -2017 -1506 C \ ATOM 24308 CD1 LEU J 60 -76.014 8.621 6.214 1.00231.77 C \ ANISOU24308 CD1 LEU J 60 27213 34894 29230 -185 -2042 -1420 C \ ATOM 24309 CD2 LEU J 60 -75.738 7.860 8.579 1.00232.12 C \ ANISOU24309 CD2 LEU J 60 27321 34986 29621 -249 -2023 -1412 C \ ATOM 24310 N GLU J 61 -73.825 3.490 6.788 1.00230.62 N \ ANISOU24310 N GLU J 61 27346 35066 29776 -297 -1993 -1510 N \ ATOM 24311 CA GLU J 61 -73.105 2.340 6.266 1.00229.16 C \ ANISOU24311 CA GLU J 61 27451 35064 29861 -256 -2037 -1304 C \ ATOM 24312 C GLU J 61 -72.323 2.809 5.055 1.00227.89 C \ ANISOU24312 C GLU J 61 27412 34847 29133 -113 -2003 -1526 C \ ATOM 24313 O GLU J 61 -72.853 3.537 4.215 1.00226.71 O \ ANISOU24313 O GLU J 61 27423 34851 29038 -102 -1988 -1584 O \ ATOM 24314 CB GLU J 61 -74.064 1.211 5.885 1.00229.62 C \ ANISOU24314 CB GLU J 61 27263 34548 28930 -105 -1971 -1584 C \ ATOM 24315 CG GLU J 61 -75.034 0.792 6.989 1.00229.02 C \ ANISOU24315 CG GLU J 61 27419 34711 29175 -152 -1936 -1681 C \ ATOM 24316 CD GLU J 61 -74.724 -0.569 7.600 1.00228.44 C \ ANISOU24316 CD GLU J 61 27388 34867 28789 -35 -2017 -1532 C \ ATOM 24317 OE1 GLU J 61 -74.061 -1.391 6.936 1.00228.19 O \ ANISOU24317 OE1 GLU J 61 27246 34766 28536 -25 -2009 -1569 O \ ATOM 24318 OE2 GLU J 61 -75.156 -0.820 8.745 1.00226.94 O \ ANISOU24318 OE2 GLU J 61 27154 34854 28450 -79 -1995 -1658 O \ ATOM 24319 N GLY J 62 -71.045 2.454 5.011 1.00228.65 N \ ANISOU24319 N GLY J 62 27108 34957 28283 -43 -2024 -1609 N \ ATOM 24320 CA GLY J 62 -70.169 2.888 3.939 1.00230.22 C \ ANISOU24320 CA GLY J 62 27093 35154 28252 -100 -2013 -1685 C \ ATOM 24321 C GLY J 62 -70.474 2.040 2.734 1.00232.60 C \ ANISOU24321 C GLY J 62 26680 33860 28365 -78 -1988 -1488 C \ ATOM 24322 O GLY J 62 -70.337 0.843 2.814 1.00232.41 O \ ANISOU24322 O GLY J 62 26264 33432 27787 -16 -2019 -1403 O \ ATOM 24323 N GLU J 63 -70.937 2.633 1.638 1.00235.50 N \ ANISOU24323 N GLU J 63 25929 33022 27311 34 -2022 -1381 N \ ATOM 24324 CA GLU J 63 -71.260 1.866 0.438 1.00238.27 C \ ANISOU24324 CA GLU J 63 26064 33069 27449 47 -2027 -1326 C \ ATOM 24325 C GLU J 63 -70.533 2.424 -0.796 1.00239.68 C \ ANISOU24325 C GLU J 63 25438 32585 26702 59 -2021 -1414 C \ ATOM 24326 O GLU J 63 -70.160 1.684 -1.714 1.00241.75 O \ ANISOU24326 O GLU J 63 25074 32163 26217 110 -2023 -1389 O \ ATOM 24327 CB GLU J 63 -72.774 1.894 0.208 1.00239.29 C \ ANISOU24327 CB GLU J 63 25227 32296 26295 168 -2040 -1319 C \ ATOM 24328 CG GLU J 63 -73.624 1.458 1.405 1.00240.39 C \ ANISOU24328 CG GLU J 63 25266 32242 26288 201 -2036 -1292 C \ ATOM 24329 CD GLU J 63 -73.484 -0.016 1.744 1.00241.95 C \ ANISOU24329 CD GLU J 63 24692 31887 25757 113 -2021 -1423 C \ ATOM 24330 OE1 GLU J 63 -73.957 -0.865 0.956 1.00242.63 O \ ANISOU24330 OE1 GLU J 63 24456 31601 25429 154 -2020 -1395 O \ ATOM 24331 OE2 GLU J 63 -72.907 -0.322 2.811 1.00243.13 O \ ANISOU24331 OE2 GLU J 63 24275 31569 25174 165 -2029 -1384 O \ ATOM 24332 N LYS J 64 -70.323 3.741 -0.808 1.00240.54 N \ ANISOU24332 N LYS J 64 23920 31283 24786 208 -2047 -1328 N \ ATOM 24333 CA LYS J 64 -69.686 4.417 -1.934 1.00240.33 C \ ANISOU24333 CA LYS J 64 24233 31590 25115 128 -2017 -1425 C \ ATOM 24334 C LYS J 64 -68.152 4.420 -1.913 1.00238.82 C \ ANISOU24334 C LYS J 64 25438 32599 26503 177 -2054 -1301 C \ ATOM 24335 O LYS J 64 -67.595 3.844 -2.851 1.00240.31 O \ ANISOU24335 O LYS J 64 25481 32649 26497 225 -2061 -1257 O \ ATOM 24336 CB LYS J 64 -70.229 5.876 -2.052 1.00239.62 C \ ANISOU24336 CB LYS J 64 25298 32415 26353 206 -2062 -1228 C \ ATOM 24337 CG LYS J 64 -69.816 6.647 -3.308 1.00238.32 C \ ANISOU24337 CG LYS J 64 25296 32394 26311 237 -2056 -1212 C \ ATOM 24338 CD LYS J 64 -70.542 6.173 -4.557 1.00238.08 C \ ANISOU24338 CD LYS J 64 25601 32900 26609 238 -2074 -1253 C \ ATOM 24339 CE LYS J 64 -71.810 6.977 -4.822 1.00237.79 C \ ANISOU24339 CE LYS J 64 25769 33145 26736 257 -2077 -1263 C \ ATOM 24340 NZ LYS J 64 -72.413 6.667 -6.148 1.00238.19 N \ ANISOU24340 NZ LYS J 64 25831 33312 26814 218 -2082 -1298 N \ ATOM 24341 N GLY J 65 -67.569 4.613 -0.709 1.00233.99 N \ ANISOU24341 N GLY J 65 25979 33355 26896 313 -2076 -1231 N \ ATOM 24342 CA GLY J 65 -67.775 5.814 0.090 1.00230.25 C \ ANISOU24342 CA GLY J 65 25996 33565 26927 241 -2087 -1283 C \ ATOM 24343 C GLY J 65 -66.975 7.066 -0.032 1.00227.04 C \ ANISOU24343 C GLY J 65 26147 33650 27046 302 -2085 -1232 C \ ATOM 24344 O GLY J 65 -66.164 7.339 0.828 1.00227.88 O \ ANISOU24344 O GLY J 65 26093 33387 26998 366 -2065 -1200 O \ ATOM 24345 N GLU J 66 -67.295 7.852 -1.049 1.00222.99 N \ ANISOU24345 N GLU J 66 26393 33950 27264 346 -2090 -1180 N \ ATOM 24346 CA GLU J 66 -66.638 9.131 -1.324 1.00219.65 C \ ANISOU24346 CA GLU J 66 26299 33624 27195 414 -2066 -1157 C \ ATOM 24347 C GLU J 66 -66.964 10.223 -0.288 1.00220.61 C \ ANISOU24347 C GLU J 66 26420 33878 27299 404 -2081 -1137 C \ ATOM 24348 O GLU J 66 -66.114 11.065 0.036 1.00220.55 O \ ANISOU24348 O GLU J 66 25125 32235 26277 150 -2065 -1220 O \ ATOM 24349 CB GLU J 66 -67.036 9.610 -2.727 1.00216.70 C \ ANISOU24349 CB GLU J 66 24966 32049 26175 121 -2069 -1170 C \ ATOM 24350 CG GLU J 66 -66.229 10.785 -3.261 1.00214.47 C \ ANISOU24350 CG GLU J 66 24914 31877 26102 131 -2057 -1167 C \ ATOM 24351 CD GLU J 66 -66.892 11.459 -4.438 1.00213.23 C \ ANISOU24351 CD GLU J 66 24877 31833 26046 130 -2057 -1132 C \ ATOM 24352 OE1 GLU J 66 -67.914 12.135 -4.209 1.00210.53 O \ ANISOU24352 OE1 GLU J 66 24894 31782 26085 134 -2043 -1209 O \ ATOM 24353 OE2 GLU J 66 -66.400 11.329 -5.574 1.00213.03 O \ ANISOU24353 OE2 GLU J 66 24917 31689 26076 149 -2030 -1216 O \ ATOM 24354 N TRP J 67 -68.190 10.212 0.227 1.00222.50 N \ ANISOU24354 N TRP J 67 24865 31614 25906 206 -2025 -1212 N \ ATOM 24355 CA TRP J 67 -68.623 11.217 1.200 1.00222.73 C \ ANISOU24355 CA TRP J 67 24842 31526 25865 213 -2018 -1194 C \ ATOM 24356 C TRP J 67 -68.013 10.983 2.584 1.00221.26 C \ ANISOU24356 C TRP J 67 24933 31674 26113 135 -2015 -1277 C \ ATOM 24357 O TRP J 67 -67.813 11.938 3.348 1.00221.09 O \ ANISOU24357 O TRP J 67 25021 31652 26179 143 -1999 -1290 O \ ATOM 24358 CB TRP J 67 -70.152 11.276 1.259 1.00224.00 C \ ANISOU24358 CB TRP J 67 25042 31649 26083 189 -1995 -1295 C \ ATOM 24359 CG TRP J 67 -70.720 11.675 -0.058 1.00225.43 C \ ANISOU24359 CG TRP J 67 25178 31732 26451 103 -1988 -1290 C \ ATOM 24360 CD1 TRP J 67 -71.348 10.870 -0.961 1.00226.23 C \ ANISOU24360 CD1 TRP J 67 25139 31649 26159 194 -1982 -1306 C \ ATOM 24361 CD2 TRP J 67 -70.658 12.974 -0.651 1.00226.95 C \ ANISOU24361 CD2 TRP J 67 25270 31725 26523 110 -1973 -1306 C \ ATOM 24362 NE1 TRP J 67 -71.704 11.593 -2.072 1.00227.63 N \ ANISOU24362 NE1 TRP J 67 25215 31648 26331 154 -1971 -1316 N \ ATOM 24363 CE2 TRP J 67 -71.290 12.889 -1.908 1.00228.57 C \ ANISOU24363 CE2 TRP J 67 24746 31558 25729 245 -2027 -1226 C \ ATOM 24364 CE3 TRP J 67 -70.139 14.207 -0.237 1.00227.61 C \ ANISOU24364 CE3 TRP J 67 24607 31404 25527 303 -2017 -1220 C \ ATOM 24365 CZ2 TRP J 67 -71.416 13.991 -2.758 1.00230.58 C \ ANISOU24365 CZ2 TRP J 67 24443 31279 25369 304 -2012 -1213 C \ ATOM 24366 CZ3 TRP J 67 -70.270 15.303 -1.078 1.00229.29 C \ ANISOU24366 CZ3 TRP J 67 24349 31138 25257 330 -1994 -1221 C \ ATOM 24367 CH2 TRP J 67 -70.904 15.187 -2.325 1.00230.55 C \ ANISOU24367 CH2 TRP J 67 24761 31635 25656 341 -2022 -1220 C \ ATOM 24368 N GLY J 68 -67.697 9.724 2.890 1.00220.13 N \ ANISOU24368 N GLY J 68 24898 31770 25770 338 -2023 -1227 N \ ATOM 24369 CA GLY J 68 -66.951 9.375 4.098 1.00218.95 C \ ANISOU24369 CA GLY J 68 25027 32023 25883 362 -2035 -1208 C \ ATOM 24370 C GLY J 68 -65.509 9.846 4.020 1.00218.17 C \ ANISOU24370 C GLY J 68 25190 32235 26018 342 -2037 -1214 C \ ATOM 24371 O GLY J 68 -64.941 10.309 5.015 1.00217.81 O \ ANISOU24371 O GLY J 68 25268 32477 26085 352 -2052 -1186 O \ ATOM 24372 N PHE J 69 -64.932 9.727 2.823 1.00217.82 N \ ANISOU24372 N PHE J 69 24480 31417 25440 271 -2026 -1203 N \ ATOM 24373 CA PHE J 69 -63.596 10.244 2.491 1.00217.61 C \ ANISOU24373 CA PHE J 69 24586 31605 25553 252 -2022 -1198 C \ ATOM 24374 C PHE J 69 -63.524 11.773 2.671 1.00216.83 C \ ANISOU24374 C PHE J 69 24683 31665 25661 215 -2018 -1177 C \ ATOM 24375 O PHE J 69 -62.580 12.300 3.292 1.00216.43 O \ ANISOU24375 O PHE J 69 24592 31602 25547 218 -1999 -1198 O \ ATOM 24376 CB PHE J 69 -63.256 9.828 1.043 1.00217.71 C \ ANISOU24376 CB PHE J 69 24613 31758 25621 213 -2043 -1177 C \ ATOM 24377 CG PHE J 69 -61.886 10.229 0.575 1.00218.06 C \ ANISOU24377 CG PHE J 69 24918 31849 25946 177 -2032 -1140 C \ ATOM 24378 CD1 PHE J 69 -61.686 11.447 -0.056 1.00217.85 C \ ANISOU24378 CD1 PHE J 69 25058 31951 26111 142 -2031 -1104 C \ ATOM 24379 CD2 PHE J 69 -60.807 9.370 0.722 1.00219.40 C \ ANISOU24379 CD2 PHE J 69 24940 31713 25935 180 -2009 -1138 C \ ATOM 24380 CE1 PHE J 69 -60.430 11.817 -0.504 1.00218.31 C \ ANISOU24380 CE1 PHE J 69 24809 31588 25791 163 -2000 -1130 C \ ATOM 24381 CE2 PHE J 69 -59.545 9.733 0.278 1.00219.81 C \ ANISOU24381 CE2 PHE J 69 25234 32090 26398 98 -2047 -1055 C \ ATOM 24382 CZ PHE J 69 -59.356 10.961 -0.331 1.00218.96 C \ ANISOU24382 CZ PHE J 69 25395 32376 26663 44 -2070 -991 C \ ATOM 24383 N LYS J 70 -64.532 12.474 2.144 1.00215.91 N \ ANISOU24383 N LYS J 70 25432 32355 26844 17 -2074 -974 N \ ATOM 24384 CA LYS J 70 -64.623 13.938 2.271 1.00214.60 C \ ANISOU24384 CA LYS J 70 25427 32519 26725 -5 -2082 -915 C \ ATOM 24385 C LYS J 70 -64.864 14.381 3.718 1.00213.43 C \ ANISOU24385 C LYS J 70 24924 31605 25886 227 -2000 -1171 C \ ATOM 24386 O LYS J 70 -64.297 15.390 4.162 1.00212.52 O \ ANISOU24386 O LYS J 70 24869 31441 25781 268 -1979 -1196 O \ ATOM 24387 CB LYS J 70 -65.723 14.497 1.361 1.00215.96 C \ ANISOU24387 CB LYS J 70 24913 31518 25799 297 -1956 -1226 C \ ATOM 24388 CG LYS J 70 -65.398 14.406 -0.121 1.00216.97 C \ ANISOU24388 CG LYS J 70 25065 31611 25937 301 -1936 -1241 C \ ATOM 24389 CD LYS J 70 -66.576 14.816 -0.991 1.00218.27 C \ ANISOU24389 CD LYS J 70 24963 31484 25851 305 -1979 -1211 C \ ATOM 24390 CE LYS J 70 -66.249 14.677 -2.473 1.00219.62 C \ ANISOU24390 CE LYS J 70 25094 31504 25946 338 -1962 -1219 C \ ATOM 24391 NZ LYS J 70 -67.436 14.924 -3.338 1.00220.64 N \ ANISOU24391 NZ LYS J 70 25288 31705 26118 366 -1966 -1219 N \ ATOM 24392 N ALA J 71 -65.701 13.628 4.440 1.00214.07 N \ ANISOU24392 N ALA J 71 25381 31716 26183 405 -1951 -1211 N \ ATOM 24393 CA ALA J 71 -65.940 13.870 5.874 1.00215.14 C \ ANISOU24393 CA ALA J 71 25479 31864 26262 421 -1959 -1192 C \ ATOM 24394 C ALA J 71 -64.660 13.744 6.689 1.00215.84 C \ ANISOU24394 C ALA J 71 25009 31711 25903 315 -1953 -1245 C \ ATOM 24395 O ALA J 71 -64.360 14.605 7.524 1.00215.14 O \ ANISOU24395 O ALA J 71 25000 31756 25908 333 -1922 -1294 O \ ATOM 24396 CB ALA J 71 -66.986 12.903 6.410 1.00215.80 C \ ANISOU24396 CB ALA J 71 25101 31958 26009 270 -1915 -1305 C \ ATOM 24397 N LEU J 72 -63.915 12.663 6.446 1.00217.70 N \ ANISOU24397 N LEU J 72 25144 32006 26057 268 -1882 -1354 N \ ATOM 24398 CA LEU J 72 -62.610 12.460 7.093 1.00218.77 C \ ANISOU24398 CA LEU J 72 24868 31715 25805 364 -1919 -1313 C \ ATOM 24399 C LEU J 72 -61.582 13.505 6.657 1.00217.37 C \ ANISOU24399 C LEU J 72 24803 31583 25759 431 -1915 -1300 C \ ATOM 24400 O LEU J 72 -60.760 13.930 7.469 1.00216.31 O \ ANISOU24400 O LEU J 72 24767 31480 25776 478 -1875 -1331 O \ ATOM 24401 CB LEU J 72 -62.064 11.056 6.808 1.00220.35 C \ ANISOU24401 CB LEU J 72 24695 31466 25775 493 -1842 -1384 C \ ATOM 24402 CG LEU J 72 -62.731 9.902 7.563 1.00222.23 C \ ANISOU24402 CG LEU J 72 24852 31445 25843 499 -1874 -1305 C \ ATOM 24403 CD1 LEU J 72 -62.505 8.586 6.839 1.00222.74 C \ ANISOU24403 CD1 LEU J 72 24991 31945 25907 214 -1946 -1256 C \ ATOM 24404 CD2 LEU J 72 -62.222 9.818 8.992 1.00222.85 C \ ANISOU24404 CD2 LEU J 72 24691 31779 25614 141 -1950 -1234 C \ ATOM 24405 N LYS J 73 -61.630 13.906 5.383 1.00216.91 N \ ANISOU24405 N LYS J 73 24475 31490 25387 122 -1942 -1220 N \ ATOM 24406 CA LYS J 73 -60.761 14.984 4.872 1.00216.06 C \ ANISOU24406 CA LYS J 73 24113 31231 25015 80 -1924 -1246 C \ ATOM 24407 C LYS J 73 -60.964 16.307 5.631 1.00216.42 C \ ANISOU24407 C LYS J 73 24618 31803 25583 86 -1990 -1151 C \ ATOM 24408 O LYS J 73 -59.990 16.999 5.954 1.00217.43 O \ ANISOU24408 O LYS J 73 24572 31897 25548 80 -1997 -1164 O \ ATOM 24409 CB LYS J 73 -60.994 15.198 3.372 1.00216.60 C \ ANISOU24409 CB LYS J 73 24325 31764 25377 16 -2043 -1059 C \ ATOM 24410 CG LYS J 73 -59.957 16.065 2.673 1.00217.25 C \ ANISOU24410 CG LYS J 73 24580 32241 25645 -75 -2049 -1006 C \ ATOM 24411 CD LYS J 73 -60.365 16.315 1.230 1.00218.74 C \ ANISOU24411 CD LYS J 73 24563 31415 25478 147 -1954 -1188 C \ ATOM 24412 CE LYS J 73 -59.547 17.420 0.585 1.00219.19 C \ ANISOU24412 CE LYS J 73 24658 31413 25563 140 -1945 -1178 C \ ATOM 24413 NZ LYS J 73 -59.946 17.620 -0.837 1.00220.04 N \ ANISOU24413 NZ LYS J 73 25032 31729 25899 182 -1903 -1258 N \ ATOM 24414 N GLN J 74 -62.222 16.654 5.909 1.00217.46 N \ ANISOU24414 N GLN J 74 25072 31808 25929 151 -1884 -1280 N \ ATOM 24415 CA GLN J 74 -62.535 17.824 6.746 1.00217.57 C \ ANISOU24415 CA GLN J 74 24428 31026 25355 158 -1961 -1141 C \ ATOM 24416 C GLN J 74 -62.102 17.616 8.201 1.00218.63 C \ ANISOU24416 C GLN J 74 24229 30880 25244 108 -1994 -1065 C \ ATOM 24417 O GLN J 74 -61.545 18.533 8.820 1.00219.00 O \ ANISOU24417 O GLN J 74 24348 30828 25257 164 -1947 -1144 O \ ATOM 24418 CB GLN J 74 -64.031 18.158 6.684 1.00216.84 C \ ANISOU24418 CB GLN J 74 24149 30926 25218 38 -2010 -990 C \ ATOM 24419 CG GLN J 74 -64.430 18.868 5.405 1.00216.20 C \ ANISOU24419 CG GLN J 74 25523 32145 26388 248 -1888 -1298 C \ ATOM 24420 CD GLN J 74 -63.979 20.310 5.398 1.00215.88 C \ ANISOU24420 CD GLN J 74 25924 32483 26800 296 -1846 -1364 C \ ATOM 24421 OE1 GLN J 74 -64.526 21.143 6.118 1.00215.65 O \ ANISOU24421 OE1 GLN J 74 25998 32689 26902 265 -1806 -1443 O \ ATOM 24422 NE2 GLN J 74 -62.979 20.616 4.581 1.00216.19 N \ ANISOU24422 NE2 GLN J 74 25777 32424 26705 277 -1766 -1502 N \ ATOM 24423 N MET J 75 -62.363 16.417 8.735 1.00218.04 N \ ANISOU24423 N MET J 75 26188 32692 27092 367 -1841 -1369 N \ ATOM 24424 CA MET J 75 -61.911 16.042 10.090 1.00216.04 C \ ANISOU24424 CA MET J 75 26394 32781 27335 425 -1808 -1393 C \ ATOM 24425 C MET J 75 -60.396 16.211 10.250 1.00214.11 C \ ANISOU24425 C MET J 75 26445 32840 27460 488 -1795 -1393 C \ ATOM 24426 O MET J 75 -59.921 16.695 11.283 1.00211.50 O \ ANISOU24426 O MET J 75 26459 32759 27560 541 -1755 -1411 O \ ATOM 24427 CB MET J 75 -62.316 14.597 10.423 1.00215.83 C \ ANISOU24427 CB MET J 75 26497 32827 27721 600 -1736 -1406 C \ ATOM 24428 CG MET J 75 -63.791 14.427 10.774 1.00215.86 C \ ANISOU24428 CG MET J 75 26126 32992 27036 220 -1814 -1451 C \ ATOM 24429 SD MET J 75 -64.298 12.732 11.147 1.00214.41 S \ ANISOU24429 SD MET J 75 26196 33236 27133 171 -1775 -1538 S \ ATOM 24430 CE MET J 75 -63.759 12.615 12.850 1.00217.04 C \ ANISOU24430 CE MET J 75 26211 33383 27108 81 -1787 -1510 C \ ATOM 24431 N ILE J 76 -59.652 15.817 9.217 1.00214.39 N \ ANISOU24431 N ILE J 76 25907 33170 26814 42 -1745 -1591 N \ ATOM 24432 CA ILE J 76 -58.198 16.026 9.155 1.00214.86 C \ ANISOU24432 CA ILE J 76 26164 33365 27132 160 -1772 -1570 C \ ATOM 24433 C ILE J 76 -57.874 17.529 9.109 1.00217.56 C \ ANISOU24433 C ILE J 76 26136 33226 27150 246 -1770 -1572 C \ ATOM 24434 O ILE J 76 -57.051 18.011 9.892 1.00217.95 O \ ANISOU24434 O ILE J 76 26191 33577 27204 111 -1717 -1692 O \ ATOM 24435 CB ILE J 76 -57.566 15.285 7.936 1.00212.68 C \ ANISOU24435 CB ILE J 76 26056 33253 27067 238 -1800 -1540 C \ ATOM 24436 CG1 ILE J 76 -57.678 13.757 8.097 1.00211.49 C \ ANISOU24436 CG1 ILE J 76 26351 33543 27223 44 -1840 -1395 C \ ATOM 24437 CG2 ILE J 76 -56.112 15.698 7.709 1.00211.69 C \ ANISOU24437 CG2 ILE J 76 26470 33820 27332 -45 -1861 -1333 C \ ATOM 24438 CD1 ILE J 76 -57.116 13.195 9.384 1.00211.33 C \ ANISOU24438 CD1 ILE J 76 26732 34027 27575 -62 -1842 -1345 C \ ATOM 24439 N LYS J 77 -58.552 18.259 8.219 1.00221.23 N \ ANISOU24439 N LYS J 77 26857 34344 27690 -136 -1826 -1372 N \ ATOM 24440 CA LYS J 77 -58.355 19.713 8.071 1.00224.26 C \ ANISOU24440 CA LYS J 77 26475 33830 27365 -71 -1919 -1192 C \ ATOM 24441 C LYS J 77 -58.518 20.517 9.378 1.00225.27 C \ ANISOU24441 C LYS J 77 26513 34068 27427 -115 -1942 -1156 C \ ATOM 24442 O LYS J 77 -57.859 21.548 9.557 1.00223.47 O \ ANISOU24442 O LYS J 77 26591 34331 27489 -150 -1918 -1227 O \ ATOM 24443 CB LYS J 77 -59.302 20.280 6.999 1.00226.27 C \ ANISOU24443 CB LYS J 77 26524 34047 27491 -119 -1986 -1051 C \ ATOM 24444 CG LYS J 77 -58.807 21.572 6.354 1.00227.69 C \ ANISOU24444 CG LYS J 77 27187 34247 28024 -2 -1844 -1327 C \ ATOM 24445 CD LYS J 77 -59.932 22.372 5.706 1.00228.31 C \ ANISOU24445 CD LYS J 77 27616 34615 28435 -15 -1826 -1341 C \ ATOM 24446 CE LYS J 77 -59.464 23.763 5.306 1.00228.39 C \ ANISOU24446 CE LYS J 77 27896 34882 28719 7 -1762 -1479 C \ ATOM 24447 NZ LYS J 77 -60.595 24.651 4.918 1.00229.10 N \ ANISOU24447 NZ LYS J 77 28053 35086 28865 -32 -1737 -1518 N \ ATOM 24448 N ILE J 78 -59.390 20.055 10.279 1.00226.75 N \ ANISOU24448 N ILE J 78 27735 34510 28554 27 -1850 -1272 N \ ATOM 24449 CA ILE J 78 -59.575 20.713 11.587 1.00227.83 C \ ANISOU24449 CA ILE J 78 28110 34678 28923 118 -1838 -1309 C \ ATOM 24450 C ILE J 78 -58.614 20.157 12.658 1.00228.19 C \ ANISOU24450 C ILE J 78 28247 34705 29054 165 -1795 -1385 C \ ATOM 24451 O ILE J 78 -58.081 20.930 13.476 1.00226.06 O \ ANISOU24451 O ILE J 78 28290 34786 29116 149 -1869 -1258 O \ ATOM 24452 CB ILE J 78 -61.038 20.605 12.095 1.00228.09 C \ ANISOU24452 CB ILE J 78 28409 34708 29224 242 -1789 -1393 C \ ATOM 24453 CG1 ILE J 78 -62.037 21.009 11.001 1.00227.70 C \ ANISOU24453 CG1 ILE J 78 28310 34659 29127 220 -1861 -1281 C \ ATOM 24454 CG2 ILE J 78 -61.246 21.473 13.335 1.00228.90 C \ ANISOU24454 CG2 ILE J 78 28382 34639 29194 267 -1824 -1339 C \ ATOM 24455 CD1 ILE J 78 -63.341 20.242 11.059 1.00227.33 C \ ANISOU24455 CD1 ILE J 78 28149 35081 29007 67 -1735 -1551 C \ ATOM 24456 N ASN J 79 -58.380 18.838 12.644 1.00229.29 N \ ANISOU24456 N ASN J 79 28227 35143 29143 94 -1667 -1684 N \ ATOM 24457 CA ASN J 79 -57.562 18.174 13.680 1.00230.61 C \ ANISOU24457 CA ASN J 79 27979 35158 28921 12 -1626 -1790 C \ ATOM 24458 C ASN J 79 -56.111 18.654 13.827 1.00232.49 C \ ANISOU24458 C ASN J 79 27660 34874 28645 -7 -1568 -1902 C \ ATOM 24459 O ASN J 79 -55.680 18.914 14.947 1.00233.95 O \ ANISOU24459 O ASN J 79 28433 35227 29415 184 -1653 -1707 O \ ATOM 24460 CB ASN J 79 -57.570 16.645 13.500 1.00230.74 C \ ANISOU24460 CB ASN J 79 28458 35151 29544 237 -1589 -1805 C \ ATOM 24461 CG ASN J 79 -58.755 15.966 14.178 1.00231.63 C \ ANISOU24461 CG ASN J 79 28358 34947 29529 325 -1583 -1792 C \ ATOM 24462 OD1 ASN J 79 -59.417 16.538 15.046 1.00232.69 O \ ANISOU24462 OD1 ASN J 79 28321 34802 29636 381 -1520 -1863 O \ ATOM 24463 ND2 ASN J 79 -59.020 14.725 13.784 1.00231.77 N \ ANISOU24463 ND2 ASN J 79 28326 34729 29753 465 -1518 -1826 N \ ATOM 24464 N PHE J 80 -55.351 18.756 12.735 1.00235.45 N \ ANISOU24464 N PHE J 80 27861 35237 28784 -39 -1652 -1761 N \ ATOM 24465 CA PHE J 80 -53.958 19.243 12.842 1.00238.63 C \ ANISOU24465 CA PHE J 80 27940 35614 28878 -133 -1616 -1858 C \ ATOM 24466 C PHE J 80 -53.869 20.764 13.024 1.00240.82 C \ ANISOU24466 C PHE J 80 27746 35658 28618 -235 -1670 -1747 C \ ATOM 24467 O PHE J 80 -52.897 21.266 13.597 1.00242.15 O \ ANISOU24467 O PHE J 80 27736 35654 28592 -229 -1726 -1632 O \ ATOM 24468 CB PHE J 80 -53.045 18.742 11.695 1.00238.98 C \ ANISOU24468 CB PHE J 80 28104 35851 29117 -109 -1581 -1956 C \ ATOM 24469 CG PHE J 80 -53.393 19.259 10.317 1.00241.38 C \ ANISOU24469 CG PHE J 80 28181 35771 29317 -27 -1512 -2083 C \ ATOM 24470 CD1 PHE J 80 -53.009 20.534 9.915 1.00242.15 C \ ANISOU24470 CD1 PHE J 80 28084 35642 29289 36 -1512 -2089 C \ ATOM 24471 CD2 PHE J 80 -54.041 18.438 9.394 1.00242.64 C \ ANISOU24471 CD2 PHE J 80 28192 35948 29414 -89 -1426 -2266 C \ ATOM 24472 CE1 PHE J 80 -53.312 20.997 8.645 1.00243.03 C \ ANISOU24472 CE1 PHE J 80 27479 35596 28328 -330 -1653 -1777 C \ ATOM 24473 CE2 PHE J 80 -54.342 18.896 8.120 1.00242.39 C \ ANISOU24473 CE2 PHE J 80 27186 35608 27993 -448 -1697 -1673 C \ ATOM 24474 CZ PHE J 80 -53.979 20.176 7.745 1.00242.70 C \ ANISOU24474 CZ PHE J 80 26930 35253 27723 -440 -1779 -1458 C \ ATOM 24475 N LYS J 81 -54.893 21.482 12.559 1.00242.76 N \ ANISOU24475 N LYS J 81 26595 34645 27388 -369 -1791 -1414 N \ ATOM 24476 CA LYS J 81 -54.969 22.940 12.701 1.00243.49 C \ ANISOU24476 CA LYS J 81 27147 35874 27965 -519 -1687 -1724 C \ ATOM 24477 C LYS J 81 -55.277 23.362 14.143 1.00242.29 C \ ANISOU24477 C LYS J 81 27133 35730 27969 -448 -1719 -1668 C \ ATOM 24478 O LYS J 81 -54.737 24.367 14.618 1.00239.98 O \ ANISOU24478 O LYS J 81 27121 35979 27985 -545 -1595 -1955 O \ ATOM 24479 CB LYS J 81 -56.026 23.517 11.746 1.00244.97 C \ ANISOU24479 CB LYS J 81 26844 35402 27645 -516 -1829 -1332 C \ ATOM 24480 CG LYS J 81 -55.862 25.002 11.450 1.00245.17 C \ ANISOU24480 CG LYS J 81 26734 35267 27573 -531 -1903 -1120 C \ ATOM 24481 CD LYS J 81 -56.903 25.499 10.462 1.00244.33 C \ ANISOU24481 CD LYS J 81 26599 34766 27469 -429 -1927 -1051 C \ ATOM 24482 CE LYS J 81 -56.664 26.958 10.112 1.00244.14 C \ ANISOU24482 CE LYS J 81 26577 34521 27442 -338 -1914 -1114 C \ ATOM 24483 NZ LYS J 81 -57.673 27.482 9.152 1.00244.27 N \ ANISOU24483 NZ LYS J 81 26614 35346 27490 -577 -1944 -1023 N \ ATOM 24484 N LEU J 82 -56.144 22.607 14.828 1.00241.83 N \ ANISOU24484 N LEU J 82 26545 35410 27499 -643 -2012 -800 N \ ATOM 24485 CA LEU J 82 -56.463 22.901 16.236 1.00243.27 C \ ANISOU24485 CA LEU J 82 26114 34837 27148 -602 -2053 -683 C \ ATOM 24486 C LEU J 82 -56.263 21.686 17.154 1.00242.20 C \ ANISOU24486 C LEU J 82 26752 35905 27703 -750 -2021 -737 C \ ATOM 24487 O LEU J 82 -56.874 20.639 16.932 1.00242.09 O \ ANISOU24487 O LEU J 82 26599 34734 27511 -453 -1962 -920 O \ ATOM 24488 CB LEU J 82 -57.905 23.411 16.357 1.00244.96 C \ ANISOU24488 CB LEU J 82 26554 34381 27516 -376 -1983 -855 C \ ATOM 24489 CG LEU J 82 -58.216 24.797 15.773 1.00245.48 C \ ANISOU24489 CG LEU J 82 26443 34263 27530 -388 -2039 -683 C \ ATOM 24490 CD1 LEU J 82 -59.661 24.875 15.297 1.00244.81 C \ ANISOU24490 CD1 LEU J 82 26557 34138 27686 -317 -2045 -682 C \ ATOM 24491 CD2 LEU J 82 -57.926 25.901 16.783 1.00246.23 C \ ANISOU24491 CD2 LEU J 82 26658 34382 27602 -374 -1969 -860 C \ ATOM 24492 N THR J 83 -55.406 21.859 18.169 1.00240.57 N \ ANISOU24492 N THR J 83 26884 34478 27742 -322 -1909 -1034 N \ ATOM 24493 CA THR J 83 -55.166 20.891 19.272 1.00238.95 C \ ANISOU24493 CA THR J 83 27038 34326 27882 -220 -1892 -1094 C \ ATOM 24494 C THR J 83 -54.643 19.509 18.810 1.00236.63 C \ ANISOU24494 C THR J 83 27049 34844 27857 -381 -1867 -1139 C \ ATOM 24495 O THR J 83 -53.910 19.447 17.827 1.00233.26 O \ ANISOU24495 O THR J 83 27142 34315 27938 -172 -1838 -1233 O \ ATOM 24496 CB THR J 83 -56.390 20.784 20.231 1.00239.47 C \ ANISOU24496 CB THR J 83 27125 34794 27896 -333 -1806 -1300 C \ ATOM 24497 OG1 THR J 83 -57.521 20.237 19.540 1.00239.07 O \ ANISOU24497 OG1 THR J 83 27132 34483 27904 -225 -1794 -1337 O \ ATOM 24498 CG2 THR J 83 -56.750 22.155 20.817 1.00239.73 C \ ANISOU24498 CG2 THR J 83 26320 34414 27486 -483 -2078 -536 C \ ATOM 24499 N ASN J 84 -55.018 18.439 19.528 1.00236.59 N \ ANISOU24499 N ASN J 84 26235 34307 27567 -490 -2127 -369 N \ ATOM 24500 CA ASN J 84 -54.543 17.040 19.352 1.00235.75 C \ ANISOU24500 CA ASN J 84 26286 34277 27640 -444 -2131 -400 C \ ATOM 24501 C ASN J 84 -54.089 16.565 17.956 1.00233.81 C \ ANISOU24501 C ASN J 84 26444 34287 27930 -413 -2151 -329 C \ ATOM 24502 O ASN J 84 -54.767 16.813 16.958 1.00233.03 O \ ANISOU24502 O ASN J 84 26215 34649 27624 -608 -2166 -205 O \ ATOM 24503 CB ASN J 84 -55.642 16.081 19.855 1.00235.43 C \ ANISOU24503 CB ASN J 84 26269 34858 27562 -659 -2141 -270 C \ ATOM 24504 CG ASN J 84 -55.101 14.726 20.275 1.00235.44 C \ ANISOU24504 CG ASN J 84 26339 34776 27474 -592 -2082 -500 C \ ATOM 24505 OD1 ASN J 84 -55.385 13.712 19.642 1.00231.87 O \ ANISOU24505 OD1 ASN J 84 26335 34434 27576 -444 -2108 -513 O \ ATOM 24506 ND2 ASN J 84 -54.320 14.702 21.354 1.00237.82 N \ ANISOU24506 ND2 ASN J 84 26241 34269 27481 -396 -2108 -561 N \ ATOM 24507 N PHE J 85 -52.952 15.860 17.919 1.00233.83 N \ ANISOU24507 N PHE J 85 26216 33912 27433 -291 -2085 -655 N \ ATOM 24508 CA PHE J 85 -52.383 15.288 16.681 1.00232.80 C \ ANISOU24508 CA PHE J 85 26281 33869 27563 -256 -2099 -636 C \ ATOM 24509 C PHE J 85 -52.524 13.756 16.485 1.00232.23 C \ ANISOU24509 C PHE J 85 26070 34286 27201 -417 -2081 -676 C \ ATOM 24510 O PHE J 85 -52.719 13.320 15.348 1.00232.61 O \ ANISOU24510 O PHE J 85 25776 33976 26911 -381 -2084 -710 O \ ATOM 24511 CB PHE J 85 -50.909 15.717 16.520 1.00233.30 C \ ANISOU24511 CB PHE J 85 25601 33941 26860 -435 -2134 -552 C \ ATOM 24512 CG PHE J 85 -50.737 17.166 16.142 1.00234.52 C \ ANISOU24512 CG PHE J 85 25370 34012 26654 -528 -2155 -466 C \ ATOM 24513 CD1 PHE J 85 -50.730 17.557 14.808 1.00234.89 C \ ANISOU24513 CD1 PHE J 85 25586 33750 26930 -387 -2149 -514 C \ ATOM 24514 CD2 PHE J 85 -50.589 18.142 17.119 1.00236.22 C \ ANISOU24514 CD2 PHE J 85 26131 33683 27261 -249 -2052 -751 C \ ATOM 24515 CE1 PHE J 85 -50.580 18.892 14.456 1.00235.28 C \ ANISOU24515 CE1 PHE J 85 26031 33297 27138 -160 -2033 -824 C \ ATOM 24516 CE2 PHE J 85 -50.435 19.478 16.773 1.00236.39 C \ ANISOU24516 CE2 PHE J 85 25954 33085 27187 -156 -2057 -730 C \ ATOM 24517 CZ PHE J 85 -50.430 19.853 15.439 1.00235.61 C \ ANISOU24517 CZ PHE J 85 26027 33003 27291 -107 -2055 -760 C \ ATOM 24518 N PRO J 86 -52.430 12.931 17.559 1.00232.19 N \ ANISOU24518 N PRO J 86 26030 33198 27043 -128 -1994 -923 N \ ATOM 24519 CA PRO J 86 -52.573 11.476 17.326 1.00231.90 C \ ANISOU24519 CA PRO J 86 26140 33073 27103 -37 -1968 -1017 C \ ATOM 24520 C PRO J 86 -53.931 11.045 16.749 1.00232.14 C \ ANISOU24520 C PRO J 86 26510 33206 27524 -1 -1979 -976 C \ ATOM 24521 O PRO J 86 -54.012 10.047 16.012 1.00233.35 O \ ANISOU24521 O PRO J 86 26479 33131 27447 -12 -1956 -996 O \ ATOM 24522 CB PRO J 86 -52.369 10.873 18.722 1.00232.89 C \ ANISOU24522 CB PRO J 86 25880 33092 27204 -214 -2078 -617 C \ ATOM 24523 CG PRO J 86 -51.566 11.884 19.461 1.00233.42 C \ ANISOU24523 CG PRO J 86 25948 33053 27443 -219 -2097 -519 C \ ATOM 24524 CD PRO J 86 -52.047 13.211 18.956 1.00233.16 C \ ANISOU24524 CD PRO J 86 25862 33004 27502 -232 -2120 -454 C \ ATOM 24525 N GLU J 87 -54.980 11.794 17.091 1.00232.52 N \ ANISOU24525 N GLU J 87 25938 32920 27695 -204 -2115 -462 N \ ATOM 24526 CA GLU J 87 -56.320 11.577 16.534 1.00231.59 C \ ANISOU24526 CA GLU J 87 26129 33356 27719 -285 -2119 -388 C \ ATOM 24527 C GLU J 87 -56.329 11.832 15.023 1.00230.46 C \ ANISOU24527 C GLU J 87 26314 33392 28095 -279 -2126 -310 C \ ATOM 24528 O GLU J 87 -56.991 11.105 14.272 1.00230.85 O \ ANISOU24528 O GLU J 87 26628 33908 28602 -368 -2164 -94 O \ ATOM 24529 CB GLU J 87 -57.348 12.474 17.245 1.00230.44 C \ ANISOU24529 CB GLU J 87 26583 34085 28727 -426 -2203 50 C \ ATOM 24530 CG GLU J 87 -58.808 12.221 16.880 1.00228.09 C \ ANISOU24530 CG GLU J 87 25830 33192 27468 -279 -2140 -401 C \ ATOM 24531 CD GLU J 87 -59.301 10.841 17.278 1.00227.40 C \ ANISOU24531 CD GLU J 87 25838 33254 27609 -294 -2161 -340 C \ ATOM 24532 OE1 GLU J 87 -59.384 10.554 18.492 1.00226.44 O \ ANISOU24532 OE1 GLU J 87 25774 33035 27477 -226 -2139 -471 O \ ATOM 24533 OE2 GLU J 87 -59.623 10.047 16.370 1.00227.05 O \ ANISOU24533 OE2 GLU J 87 25618 32781 27460 -214 -2140 -462 O \ ATOM 24534 N MET J 88 -55.574 12.845 14.588 1.00229.18 N \ ANISOU24534 N MET J 88 25834 33544 27595 -362 -2187 -259 N \ ATOM 24535 CA MET J 88 -55.396 13.138 13.162 1.00227.57 C \ ANISOU24535 CA MET J 88 25884 33809 27737 -446 -2217 -99 C \ ATOM 24536 C MET J 88 -54.727 11.954 12.454 1.00226.94 C \ ANISOU24536 C MET J 88 25937 33828 27991 -468 -2236 31 C \ ATOM 24537 O MET J 88 -55.133 11.576 11.350 1.00227.19 O \ ANISOU24537 O MET J 88 25907 34075 27629 -500 -2218 -109 O \ ATOM 24538 CB MET J 88 -54.566 14.419 12.977 1.00227.06 C \ ANISOU24538 CB MET J 88 25789 33039 27297 -185 -2117 -593 C \ ATOM 24539 CG MET J 88 -54.750 15.114 11.639 1.00227.18 C \ ANISOU24539 CG MET J 88 25885 33017 27323 -121 -2099 -705 C \ ATOM 24540 SD MET J 88 -53.687 14.462 10.339 1.00229.61 S \ ANISOU24540 SD MET J 88 25772 32675 27213 -70 -2078 -770 S \ ATOM 24541 CE MET J 88 -52.152 15.308 10.680 1.00229.13 C \ ANISOU24541 CE MET J 88 25892 32714 27342 -37 -2071 -829 C \ ATOM 24542 N MET J 89 -53.721 11.366 13.105 1.00226.81 N \ ANISOU24542 N MET J 89 26116 33309 27385 -92 -2079 -803 N \ ATOM 24543 CA MET J 89 -53.032 10.179 12.580 1.00227.52 C \ ANISOU24543 CA MET J 89 26389 33832 27640 -148 -2090 -771 C \ ATOM 24544 C MET J 89 -53.982 8.988 12.432 1.00227.31 C \ ANISOU24544 C MET J 89 26697 34244 28029 -172 -2116 -716 C \ ATOM 24545 O MET J 89 -53.900 8.243 11.444 1.00227.80 O \ ANISOU24545 O MET J 89 27023 34836 28339 -237 -2128 -676 O \ ATOM 24546 CB MET J 89 -51.856 9.786 13.481 1.00229.52 C \ ANISOU24546 CB MET J 89 27189 35154 28584 -281 -2155 -598 C \ ATOM 24547 CG MET J 89 -50.879 8.809 12.836 1.00231.09 C \ ANISOU24547 CG MET J 89 27262 35132 28773 -265 -2171 -557 C \ ATOM 24548 SD MET J 89 -49.809 7.973 14.026 1.00234.61 S \ ANISOU24548 SD MET J 89 27129 35362 28496 -347 -2164 -567 S \ ATOM 24549 CE MET J 89 -50.955 6.826 14.789 1.00235.28 C \ ANISOU24549 CE MET J 89 25586 32406 27019 -68 -2069 -763 C \ ATOM 24550 N ASN J 90 -54.883 8.818 13.403 1.00227.64 N \ ANISOU24550 N ASN J 90 25313 31937 26765 -32 -2050 -816 N \ ATOM 24551 CA ASN J 90 -55.896 7.750 13.353 1.00228.19 C \ ANISOU24551 CA ASN J 90 25039 31621 26703 -62 -2056 -763 C \ ATOM 24552 C ASN J 90 -56.894 7.936 12.204 1.00227.10 C \ ANISOU24552 C ASN J 90 24826 31294 26529 -40 -2038 -835 C \ ATOM 24553 O ASN J 90 -57.157 6.997 11.440 1.00225.98 O \ ANISOU24553 O ASN J 90 25360 31914 26753 -25 -2037 -820 O \ ATOM 24554 CB ASN J 90 -56.666 7.656 14.678 1.00228.91 C \ ANISOU24554 CB ASN J 90 25401 31767 26766 17 -2014 -894 C \ ATOM 24555 CG ASN J 90 -55.777 7.301 15.857 1.00230.11 C \ ANISOU24555 CG ASN J 90 25504 31799 26724 73 -1994 -987 C \ ATOM 24556 OD1 ASN J 90 -54.986 6.358 15.796 1.00230.97 O \ ANISOU24556 OD1 ASN J 90 25439 31714 26944 0 -2010 -867 O \ ATOM 24557 ND2 ASN J 90 -55.910 8.055 16.943 1.00230.59 N \ ANISOU24557 ND2 ASN J 90 25555 31709 26747 105 -1976 -1043 N \ ATOM 24558 N ARG J 91 -57.438 9.149 12.082 1.00226.68 N \ ANISOU24558 N ARG J 91 25463 31590 26940 30 -1987 -942 N \ ATOM 24559 CA ARG J 91 -58.402 9.458 11.013 1.00226.94 C \ ANISOU24559 CA ARG J 91 25510 31586 26820 81 -1971 -1027 C \ ATOM 24560 C ARG J 91 -57.733 9.510 9.625 1.00225.45 C \ ANISOU24560 C ARG J 91 25535 31496 26815 104 -1951 -1091 C \ ATOM 24561 O ARG J 91 -58.390 9.252 8.604 1.00226.21 O \ ANISOU24561 O ARG J 91 24903 31599 26724 -119 -2080 -638 O \ ATOM 24562 CB ARG J 91 -59.142 10.776 11.293 1.00228.48 C \ ANISOU24562 CB ARG J 91 24755 31431 26836 -151 -2084 -574 C \ ATOM 24563 CG ARG J 91 -59.852 10.869 12.645 1.00231.25 C \ ANISOU24563 CG ARG J 91 24838 31537 26962 -147 -2081 -622 C \ ATOM 24564 CD ARG J 91 -61.017 9.900 12.795 1.00234.16 C \ ANISOU24564 CD ARG J 91 24831 31454 27131 -154 -2064 -653 C \ ATOM 24565 NE ARG J 91 -61.593 9.958 14.141 1.00237.39 N \ ANISOU24565 NE ARG J 91 24642 31462 26902 -214 -2115 -400 N \ ATOM 24566 CZ ARG J 91 -62.470 9.085 14.639 1.00239.31 C \ ANISOU24566 CZ ARG J 91 24516 31284 26838 -227 -2113 -341 C \ ATOM 24567 NH1 ARG J 91 -62.906 8.060 13.909 1.00239.95 N \ ANISOU24567 NH1 ARG J 91 24228 31181 26723 -295 -2150 -146 N \ ATOM 24568 NH2 ARG J 91 -62.920 9.241 15.881 1.00239.47 N \ ANISOU24568 NH2 ARG J 91 23935 30836 26514 -307 -2148 -83 N \ ATOM 24569 N TYR J 92 -56.436 9.833 9.585 1.00223.74 N \ ANISOU24569 N TYR J 92 23718 30822 26497 -378 -2187 131 N \ ATOM 24570 CA TYR J 92 -55.661 9.782 8.331 1.00221.12 C \ ANISOU24570 CA TYR J 92 25029 31840 27003 -138 -2094 -638 C \ ATOM 24571 C TYR J 92 -55.421 8.328 7.914 1.00219.41 C \ ANISOU24571 C TYR J 92 25252 32087 27224 -126 -2091 -698 C \ ATOM 24572 O TYR J 92 -55.439 8.001 6.720 1.00217.53 O \ ANISOU24572 O TYR J 92 25388 32092 27246 -75 -2062 -841 O \ ATOM 24573 CB TYR J 92 -54.324 10.520 8.471 1.00221.15 C \ ANISOU24573 CB TYR J 92 25092 31786 27020 -77 -2051 -898 C \ ATOM 24574 CG TYR J 92 -53.619 10.791 7.154 1.00220.91 C \ ANISOU24574 CG TYR J 92 25225 32222 27067 -129 -2111 -680 C \ ATOM 24575 CD1 TYR J 92 -53.942 11.908 6.387 1.00221.16 C \ ANISOU24575 CD1 TYR J 92 25117 32295 27096 -194 -2143 -538 C \ ATOM 24576 CD2 TYR J 92 -52.622 9.937 6.681 1.00221.34 C \ ANISOU24576 CD2 TYR J 92 24882 32224 26755 -201 -2157 -543 C \ ATOM 24577 CE1 TYR J 92 -53.300 12.163 5.185 1.00221.11 C \ ANISOU24577 CE1 TYR J 92 24615 32018 26305 -184 -2151 -596 C \ ATOM 24578 CE2 TYR J 92 -51.972 10.187 5.481 1.00221.06 C \ ANISOU24578 CE2 TYR J 92 24842 32260 26849 -229 -2171 -495 C \ ATOM 24579 CZ TYR J 92 -52.316 11.300 4.737 1.00220.86 C \ ANISOU24579 CZ TYR J 92 25776 32405 27467 -34 -2051 -894 C \ ATOM 24580 OH TYR J 92 -51.680 11.554 3.544 1.00220.68 O \ ANISOU24580 OH TYR J 92 25943 32466 27533 8 -2026 -1006 O \ ATOM 24581 N LYS J 93 -55.201 7.460 8.903 1.00219.05 N \ ANISOU24581 N LYS J 93 26104 32527 27837 -10 -2003 -1050 N \ ATOM 24582 CA LYS J 93 -55.103 6.020 8.650 1.00218.51 C \ ANISOU24582 CA LYS J 93 26039 32439 27749 0 -1984 -1143 C \ ATOM 24583 C LYS J 93 -56.433 5.453 8.148 1.00219.34 C \ ANISOU24583 C LYS J 93 25964 32430 27377 52 -2018 -1034 C \ ATOM 24584 O LYS J 93 -56.448 4.516 7.350 1.00219.55 O \ ANISOU24584 O LYS J 93 25947 32465 27197 97 -2019 -1071 O \ ATOM 24585 CB LYS J 93 -54.621 5.272 9.899 1.00218.47 C \ ANISOU24585 CB LYS J 93 26062 32509 27198 134 -2004 -1095 C \ ATOM 24586 CG LYS J 93 -53.111 5.333 10.089 1.00217.50 C \ ANISOU24586 CG LYS J 93 25897 32422 27114 121 -2013 -1135 C \ ATOM 24587 CD LYS J 93 -52.663 4.675 11.384 1.00216.17 C \ ANISOU24587 CD LYS J 93 26242 32623 28130 -41 -2002 -986 C \ ATOM 24588 CE LYS J 93 -51.147 4.669 11.496 1.00213.94 C \ ANISOU24588 CE LYS J 93 26297 32579 28352 -62 -1973 -1035 C \ ATOM 24589 NZ LYS J 93 -50.682 3.951 12.710 1.00213.29 N \ ANISOU24589 NZ LYS J 93 26238 32548 28522 -102 -1955 -1070 N \ ATOM 24590 N GLN J 94 -57.540 6.027 8.617 1.00220.75 N \ ANISOU24590 N GLN J 94 26293 32538 28787 -131 -1925 -1105 N \ ATOM 24591 CA GLN J 94 -58.869 5.705 8.077 1.00222.56 C \ ANISOU24591 CA GLN J 94 26385 32618 28560 -81 -1977 -945 C \ ATOM 24592 C GLN J 94 -59.057 6.227 6.648 1.00222.99 C \ ANISOU24592 C GLN J 94 26463 32649 28444 -49 -1983 -935 C \ ATOM 24593 O GLN J 94 -59.761 5.603 5.851 1.00220.81 O \ ANISOU24593 O GLN J 94 26397 32605 28494 -80 -2000 -809 O \ ATOM 24594 CB GLN J 94 -59.982 6.260 8.979 1.00222.44 C \ ANISOU24594 CB GLN J 94 26490 32556 28388 -22 -1952 -1045 C \ ATOM 24595 CG GLN J 94 -60.225 5.458 10.248 1.00222.42 C \ ANISOU24595 CG GLN J 94 26185 32593 28446 -106 -1969 -1070 C \ ATOM 24596 CD GLN J 94 -61.545 5.803 10.910 1.00220.72 C \ ANISOU24596 CD GLN J 94 26147 32594 28616 -145 -1949 -1116 C \ ATOM 24597 OE1 GLN J 94 -61.762 6.935 11.337 1.00218.29 O \ ANISOU24597 OE1 GLN J 94 26070 32540 28431 -137 -1924 -1265 O \ ATOM 24598 NE2 GLN J 94 -62.433 4.823 11.003 1.00220.95 N \ ANISOU24598 NE2 GLN J 94 26060 32551 28604 -178 -1892 -1349 N \ ATOM 24599 N LEU J 95 -58.452 7.381 6.349 1.00225.42 N \ ANISOU24599 N LEU J 95 26050 32611 28595 -164 -1980 -1010 N \ ATOM 24600 CA LEU J 95 -58.432 7.940 4.976 1.00226.19 C \ ANISOU24600 CA LEU J 95 26168 32805 28451 -127 -2008 -1004 C \ ATOM 24601 C LEU J 95 -57.649 7.098 3.964 1.00227.58 C \ ANISOU24601 C LEU J 95 25883 32464 28597 -191 -2004 -849 C \ ATOM 24602 O LEU J 95 -58.016 7.041 2.786 1.00226.94 O \ ANISOU24602 O LEU J 95 25921 32405 28009 -91 -1937 -1297 O \ ATOM 24603 CB LEU J 95 -57.839 9.358 4.964 1.00225.74 C \ ANISOU24603 CB LEU J 95 25913 32456 27882 -85 -1922 -1410 C \ ATOM 24604 CG LEU J 95 -58.785 10.554 5.037 1.00225.32 C \ ANISOU24604 CG LEU J 95 25879 32371 27791 -86 -1893 -1502 C \ ATOM 24605 CD1 LEU J 95 -57.984 11.848 5.041 1.00225.74 C \ ANISOU24605 CD1 LEU J 95 25915 32470 27665 -70 -1891 -1561 C \ ATOM 24606 CD2 LEU J 95 -59.760 10.542 3.874 1.00224.85 C \ ANISOU24606 CD2 LEU J 95 25998 32608 27733 -34 -1953 -1375 C \ ATOM 24607 N LEU J 96 -56.569 6.462 4.422 1.00228.97 N \ ANISOU24607 N LEU J 96 26155 32835 27905 -31 -1982 -1290 N \ ATOM 24608 CA LEU J 96 -55.691 5.676 3.539 1.00229.58 C \ ANISOU24608 CA LEU J 96 26191 32969 28008 -56 -1984 -1312 C \ ATOM 24609 C LEU J 96 -56.285 4.333 3.060 1.00229.79 C \ ANISOU24609 C LEU J 96 26217 32884 27912 -11 -2006 -1193 C \ ATOM 24610 O LEU J 96 -55.555 3.487 2.538 1.00230.60 O \ ANISOU24610 O LEU J 96 26030 32885 27858 -56 -2011 -1233 O \ ATOM 24611 CB LEU J 96 -54.335 5.436 4.226 1.00230.46 C \ ANISOU24611 CB LEU J 96 26089 32852 27794 -19 -2031 -1121 C \ ATOM 24612 CG LEU J 96 -53.473 6.677 4.507 1.00230.44 C \ ANISOU24612 CG LEU J 96 25892 32744 27662 -40 -2035 -1138 C \ ATOM 24613 CD1 LEU J 96 -52.447 6.389 5.596 1.00230.29 C \ ANISOU24613 CD1 LEU J 96 25612 32571 27391 -51 -2060 -1065 C \ ATOM 24614 CD2 LEU J 96 -52.794 7.188 3.240 1.00230.12 C \ ANISOU24614 CD2 LEU J 96 25746 32141 27801 -107 -1871 -1507 C \ ATOM 24615 N THR J 97 -57.595 4.145 3.230 1.00229.57 N \ ANISOU24615 N THR J 97 25606 31955 27616 -112 -1842 -1594 N \ ATOM 24616 CA THR J 97 -58.298 2.941 2.769 1.00229.92 C \ ANISOU24616 CA THR J 97 25609 32043 27736 -172 -1797 -1745 C \ ATOM 24617 C THR J 97 -59.062 3.141 1.440 1.00229.09 C \ ANISOU24617 C THR J 97 25599 32123 27575 -176 -1789 -1822 C \ ATOM 24618 O THR J 97 -59.365 2.163 0.746 1.00229.54 O \ ANISOU24618 O THR J 97 25437 31657 27564 -115 -1832 -1548 O \ ATOM 24619 CB THR J 97 -59.283 2.436 3.848 1.00229.65 C \ ANISOU24619 CB THR J 97 25372 31543 27364 -66 -1874 -1413 C \ ATOM 24620 OG1 THR J 97 -60.183 3.489 4.218 1.00230.09 O \ ANISOU24620 OG1 THR J 97 25404 31584 27489 -125 -1800 -1645 O \ ATOM 24621 CG2 THR J 97 -58.531 1.963 5.087 1.00228.83 C \ ANISOU24621 CG2 THR J 97 25393 31473 27531 -77 -1874 -1335 C \ ATOM 24622 N TYR J 98 -59.365 4.396 1.092 1.00227.23 N \ ANISOU24622 N TYR J 98 25640 32065 28054 -224 -1765 -1785 N \ ATOM 24623 CA TYR J 98 -60.111 4.725 -0.135 1.00227.01 C \ ANISOU24623 CA TYR J 98 25707 32221 28283 -293 -1710 -1952 C \ ATOM 24624 C TYR J 98 -59.205 5.111 -1.318 1.00226.46 C \ ANISOU24624 C TYR J 98 25816 32478 28341 -310 -1717 -1993 C \ ATOM 24625 O TYR J 98 -59.645 5.812 -2.238 1.00226.48 O \ ANISOU24625 O TYR J 98 25822 32619 28261 -344 -1695 -2115 O \ ATOM 24626 CB TYR J 98 -61.083 5.886 0.123 1.00227.24 C \ ANISOU24626 CB TYR J 98 25678 32118 28633 -342 -1665 -1985 C \ ATOM 24627 CG TYR J 98 -61.999 5.725 1.322 1.00228.70 C \ ANISOU24627 CG TYR J 98 25764 32075 28794 -335 -1649 -1968 C \ ATOM 24628 CD1 TYR J 98 -63.200 5.024 1.222 1.00229.42 C \ ANISOU24628 CD1 TYR J 98 25856 32090 29298 -376 -1607 -1971 C \ ATOM 24629 CD2 TYR J 98 -61.673 6.288 2.552 1.00229.01 C \ ANISOU24629 CD2 TYR J 98 25912 32013 29401 -349 -1619 -1869 C \ ATOM 24630 CE1 TYR J 98 -64.048 4.886 2.311 1.00228.38 C \ ANISOU24630 CE1 TYR J 98 25845 31887 29335 -310 -1670 -1677 C \ ATOM 24631 CE2 TYR J 98 -62.514 6.149 3.648 1.00228.28 C \ ANISOU24631 CE2 TYR J 98 25897 31996 29341 -295 -1714 -1562 C \ ATOM 24632 CZ TYR J 98 -63.700 5.450 3.522 1.00227.13 C \ ANISOU24632 CZ TYR J 98 25727 31669 29261 -294 -1676 -1600 C \ ATOM 24633 OH TYR J 98 -64.533 5.310 4.607 1.00225.22 O \ ANISOU24633 OH TYR J 98 25949 32605 28529 -291 -1748 -1887 O \ ATOM 24634 N ILE J 99 -57.954 4.649 -1.306 1.00225.52 N \ ANISOU24634 N ILE J 99 26007 32796 28541 -301 -1760 -1908 N \ ATOM 24635 CA ILE J 99 -56.991 4.991 -2.358 1.00224.18 C \ ANISOU24635 CA ILE J 99 25995 32828 28218 -236 -1816 -1815 C \ ATOM 24636 C ILE J 99 -57.279 4.161 -3.619 1.00224.73 C \ ANISOU24636 C ILE J 99 26019 32769 28094 -182 -1845 -1722 C \ ATOM 24637 O ILE J 99 -57.569 4.722 -4.678 1.00224.50 O \ ANISOU24637 O ILE J 99 25990 32762 28784 -325 -1760 -1849 O \ ATOM 24638 CB ILE J 99 -55.525 4.806 -1.877 1.00222.82 C \ ANISOU24638 CB ILE J 99 25926 32610 28713 -282 -1804 -1676 C \ ATOM 24639 CG1 ILE J 99 -55.245 5.707 -0.663 1.00221.82 C \ ANISOU24639 CG1 ILE J 99 25996 32966 28144 -243 -1825 -1847 C \ ATOM 24640 CG2 ILE J 99 -54.534 5.126 -2.995 1.00222.34 C \ ANISOU24640 CG2 ILE J 99 26079 33112 27980 -185 -1872 -1766 C \ ATOM 24641 CD1 ILE J 99 -54.003 5.335 0.121 1.00222.13 C \ ANISOU24641 CD1 ILE J 99 26178 33234 27850 -146 -1883 -1764 C \ ATOM 24642 N ARG J 100 -57.216 2.834 -3.495 1.00225.71 N \ ANISOU24642 N ARG J 100 26303 33506 27867 -157 -1884 -1811 N \ ATOM 24643 CA ARG J 100 -57.451 1.924 -4.624 1.00226.90 C \ ANISOU24643 CA ARG J 100 25952 32909 27838 -139 -1911 -1624 C \ ATOM 24644 C ARG J 100 -58.944 1.733 -4.899 1.00228.02 C \ ANISOU24644 C ARG J 100 26207 33133 27817 -106 -1893 -1700 C \ ATOM 24645 O ARG J 100 -59.387 1.857 -6.042 1.00228.19 O \ ANISOU24645 O ARG J 100 26159 33089 27575 -63 -1905 -1677 O \ ATOM 24646 CB ARG J 100 -56.766 0.572 -4.378 1.00227.48 C \ ANISOU24646 CB ARG J 100 25990 32896 27443 -102 -1871 -1761 C \ ATOM 24647 CG ARG J 100 -55.246 0.675 -4.319 1.00228.02 C \ ANISOU24647 CG ARG J 100 25989 32799 27607 -134 -1844 -1799 C \ ATOM 24648 CD ARG J 100 -54.563 -0.633 -3.954 1.00229.62 C \ ANISOU24648 CD ARG J 100 26253 33065 27568 6 -1935 -1560 C \ ATOM 24649 NE ARG J 100 -53.241 -0.401 -3.357 1.00229.84 N \ ANISOU24649 NE ARG J 100 26192 33025 27333 55 -1948 -1528 N \ ATOM 24650 CZ ARG J 100 -53.005 -0.216 -2.055 1.00229.15 C \ ANISOU24650 CZ ARG J 100 26362 33200 27676 31 -1962 -1490 C \ ATOM 24651 NH1 ARG J 100 -53.994 -0.237 -1.163 1.00229.59 N \ ANISOU24651 NH1 ARG J 100 25784 32792 27096 -100 -1872 -1783 N \ ATOM 24652 NH2 ARG J 100 -51.761 -0.015 -1.635 1.00228.08 N \ ANISOU24652 NH2 ARG J 100 25755 32783 27078 -144 -1840 -1868 N \ ATOM 24653 N SER J 101 -59.709 1.432 -3.849 1.00229.20 N \ ANISOU24653 N SER J 101 25390 32231 26707 -108 -1839 -1819 N \ ATOM 24654 CA SER J 101 -61.166 1.255 -3.949 1.00229.88 C \ ANISOU24654 CA SER J 101 25189 31913 26443 -43 -1868 -1710 C \ ATOM 24655 C SER J 101 -61.928 2.548 -3.626 1.00229.09 C \ ANISOU24655 C SER J 101 26010 33229 27172 -152 -1849 -1873 C \ ATOM 24656 O SER J 101 -61.353 3.498 -3.101 1.00228.67 O \ ANISOU24656 O SER J 101 26307 33497 27321 -70 -1893 -1735 O \ ATOM 24657 CB SER J 101 -61.633 0.128 -3.015 1.00230.39 C \ ANISOU24657 CB SER J 101 25933 33378 27120 -215 -1839 -1956 C \ ATOM 24658 OG SER J 101 -61.288 0.391 -1.662 1.00229.63 O \ ANISOU24658 OG SER J 101 25093 31922 26484 -156 -1801 -1910 O \ ATOM 24659 N ALA J 102 -63.221 2.558 -3.955 1.00229.26 N \ ANISOU24659 N ALA J 102 24877 31536 26279 -132 -1796 -1877 N \ ATOM 24660 CA ALA J 102 -64.149 3.678 -3.688 1.00229.43 C \ ANISOU24660 CA ALA J 102 24751 31380 25952 -70 -1825 -1783 C \ ATOM 24661 C ALA J 102 -63.834 4.983 -4.436 1.00229.67 C \ ANISOU24661 C ALA J 102 24950 31421 26133 -24 -1836 -1712 C \ ATOM 24662 O ALA J 102 -64.545 5.342 -5.378 1.00230.76 O \ ANISOU24662 O ALA J 102 24913 31582 26460 -203 -1743 -2011 O \ ATOM 24663 CB ALA J 102 -64.307 3.935 -2.184 1.00228.19 C \ ANISOU24663 CB ALA J 102 25039 31903 26500 -259 -1720 -2113 C \ ATOM 24664 N VAL J 103 -62.783 5.685 -4.011 1.00229.39 N \ ANISOU24664 N VAL J 103 25144 32007 26765 -331 -1662 -2258 N \ ATOM 24665 CA VAL J 103 -62.411 6.981 -4.592 1.00228.51 C \ ANISOU24665 CA VAL J 103 25301 32409 26873 -411 -1631 -2387 C \ ATOM 24666 C VAL J 103 -61.227 6.811 -5.553 1.00227.22 C \ ANISOU24666 C VAL J 103 25398 32698 27067 -492 -1596 -2523 C \ ATOM 24667 O VAL J 103 -60.342 5.980 -5.325 1.00227.39 O \ ANISOU24667 O VAL J 103 25368 32629 27202 -499 -1586 -2547 O \ ATOM 24668 CB VAL J 103 -62.056 8.023 -3.498 1.00228.68 C \ ANISOU24668 CB VAL J 103 25482 33037 27088 -572 -1569 -2637 C \ ATOM 24669 CG1 VAL J 103 -61.951 9.416 -4.099 1.00227.79 C \ ANISOU24669 CG1 VAL J 103 24433 31224 25502 -71 -1838 -1777 C \ ATOM 24670 CG2 VAL J 103 -63.091 8.022 -2.378 1.00229.60 C \ ANISOU24670 CG2 VAL J 103 24206 30988 25120 -15 -1863 -1681 C \ ATOM 24671 N THR J 104 -61.224 7.605 -6.624 1.00225.48 N \ ANISOU24671 N THR J 104 23751 30437 24605 68 -1897 -1559 N \ ATOM 24672 CA THR J 104 -60.189 7.540 -7.660 1.00225.33 C \ ANISOU24672 CA THR J 104 23658 30215 24465 118 -1904 -1494 C \ ATOM 24673 C THR J 104 -58.813 7.995 -7.153 1.00221.95 C \ ANISOU24673 C THR J 104 24418 31436 25240 -48 -1869 -1690 C \ ATOM 24674 O THR J 104 -58.710 8.703 -6.150 1.00219.89 O \ ANISOU24674 O THR J 104 24678 31816 25540 -137 -1830 -1819 O \ ATOM 24675 CB THR J 104 -60.578 8.390 -8.892 1.00227.43 C \ ANISOU24675 CB THR J 104 24847 31946 25675 -142 -1819 -1821 C \ ATOM 24676 OG1 THR J 104 -60.949 9.712 -8.474 1.00229.31 O \ ANISOU24676 OG1 THR J 104 24791 32086 25735 -214 -1804 -1938 O \ ATOM 24677 CG2 THR J 104 -61.739 7.748 -9.651 1.00227.48 C \ ANISOU24677 CG2 THR J 104 23366 30119 24230 78 -1914 -1539 C \ ATOM 24678 N ARG J 105 -57.764 7.581 -7.867 1.00219.77 N \ ANISOU24678 N ARG J 105 23157 29842 23985 148 -1939 -1445 N \ ATOM 24679 CA ARG J 105 -56.378 7.897 -7.494 1.00217.64 C \ ANISOU24679 CA ARG J 105 23240 29749 24127 164 -1935 -1428 C \ ATOM 24680 C ARG J 105 -56.031 9.390 -7.585 1.00216.04 C \ ANISOU24680 C ARG J 105 23358 29779 24200 217 -1944 -1365 C \ ATOM 24681 O ARG J 105 -55.220 9.887 -6.787 1.00217.15 O \ ANISOU24681 O ARG J 105 22941 29753 23777 147 -1955 -1438 O \ ATOM 24682 CB ARG J 105 -55.378 7.065 -8.317 1.00218.33 C \ ANISOU24682 CB ARG J 105 22742 29518 23545 215 -1977 -1354 C \ ATOM 24683 CG ARG J 105 -55.394 7.294 -9.826 1.00219.62 C \ ANISOU24683 CG ARG J 105 22643 29456 23384 270 -1989 -1279 C \ ATOM 24684 CD ARG J 105 -54.297 6.488 -10.506 1.00220.86 C \ ANISOU24684 CD ARG J 105 22661 29382 23517 220 -1981 -1349 C \ ATOM 24685 NE ARG J 105 -54.448 6.445 -11.963 1.00222.62 N \ ANISOU24685 NE ARG J 105 22616 29399 23362 329 -1999 -1221 N \ ATOM 24686 CZ ARG J 105 -55.217 5.585 -12.636 1.00224.14 C \ ANISOU24686 CZ ARG J 105 22592 29302 23425 272 -1994 -1291 C \ ATOM 24687 NH1 ARG J 105 -55.943 4.664 -12.004 1.00224.24 N \ ANISOU24687 NH1 ARG J 105 22579 29316 23363 327 -1999 -1238 N \ ATOM 24688 NH2 ARG J 105 -55.265 5.651 -13.964 1.00225.31 N \ ANISOU24688 NH2 ARG J 105 22418 29146 23211 376 -2003 -1200 N \ ATOM 24689 N ASN J 106 -56.654 10.099 -8.529 1.00213.61 N \ ANISOU24689 N ASN J 106 23179 29653 24184 114 -1919 -1484 N \ ATOM 24690 CA ASN J 106 -56.375 11.527 -8.755 1.00211.38 C \ ANISOU24690 CA ASN J 106 22959 29297 24042 117 -1917 -1453 C \ ATOM 24691 C ASN J 106 -56.899 12.447 -7.645 1.00207.38 C \ ANISOU24691 C ASN J 106 22892 29112 23941 133 -1907 -1440 C \ ATOM 24692 O ASN J 106 -56.170 13.326 -7.168 1.00206.18 O \ ANISOU24692 O ASN J 106 22936 29065 23975 160 -1915 -1383 O \ ATOM 24693 CB ASN J 106 -56.928 11.974 -10.111 1.00213.44 C \ ANISOU24693 CB ASN J 106 22889 29228 24153 57 -1901 -1502 C \ ATOM 24694 CG ASN J 106 -56.220 11.303 -11.277 1.00215.91 C \ ANISOU24694 CG ASN J 106 22958 29312 24293 8 -1868 -1597 C \ ATOM 24695 OD1 ASN J 106 -55.136 11.727 -11.691 1.00217.05 O \ ANISOU24695 OD1 ASN J 106 22786 29027 23816 109 -1889 -1497 O \ ATOM 24696 ND2 ASN J 106 -56.828 10.248 -11.813 1.00217.43 N \ ANISOU24696 ND2 ASN J 106 22745 28884 23732 124 -1879 -1487 N \ ATOM 24697 N TYR J 107 -58.149 12.235 -7.231 1.00204.54 N \ ANISOU24697 N TYR J 107 23017 29120 23878 190 -1896 -1408 N \ ATOM 24698 CA TYR J 107 -58.751 13.008 -6.136 1.00202.62 C \ ANISOU24698 CA TYR J 107 23080 29065 23930 216 -1894 -1372 C \ ATOM 24699 C TYR J 107 -58.033 12.755 -4.798 1.00202.96 C \ ANISOU24699 C TYR J 107 22540 28746 23526 79 -1855 -1567 C \ ATOM 24700 O TYR J 107 -57.795 13.695 -4.024 1.00203.55 O \ ANISOU24700 O TYR J 107 22409 28502 23391 79 -1839 -1574 O \ ATOM 24701 CB TYR J 107 -60.252 12.710 -6.021 1.00201.27 C \ ANISOU24701 CB TYR J 107 22365 28557 23312 37 -1818 -1644 C \ ATOM 24702 CG TYR J 107 -60.993 13.596 -5.030 1.00199.51 C \ ANISOU24702 CG TYR J 107 22256 28591 23253 -21 -1800 -1733 C \ ATOM 24703 CD1 TYR J 107 -61.306 14.922 -5.337 1.00198.67 C \ ANISOU24703 CD1 TYR J 107 22343 28482 23215 57 -1817 -1615 C \ ATOM 24704 CD2 TYR J 107 -61.385 13.104 -3.788 1.00198.87 C \ ANISOU24704 CD2 TYR J 107 23282 29494 24070 215 -1909 -1382 C \ ATOM 24705 CE1 TYR J 107 -61.980 15.728 -4.429 1.00198.39 C \ ANISOU24705 CE1 TYR J 107 23448 29633 24165 280 -1920 -1306 C \ ATOM 24706 CE2 TYR J 107 -62.062 13.900 -2.877 1.00198.23 C \ ANISOU24706 CE2 TYR J 107 23532 29650 24268 315 -1926 -1273 C \ ATOM 24707 CZ TYR J 107 -62.361 15.208 -3.199 1.00198.08 C \ ANISOU24707 CZ TYR J 107 23605 29639 24320 354 -1919 -1241 C \ ATOM 24708 OH TYR J 107 -63.027 15.989 -2.282 1.00196.80 O \ ANISOU24708 OH TYR J 107 23424 29761 24098 297 -1935 -1269 O \ ATOM 24709 N SER J 108 -57.676 11.497 -4.539 1.00202.70 N \ ANISOU24709 N SER J 108 23421 29857 24054 269 -1932 -1272 N \ ATOM 24710 CA SER J 108 -56.892 11.137 -3.350 1.00200.81 C \ ANISOU24710 CA SER J 108 23579 30208 24185 275 -1952 -1217 C \ ATOM 24711 C SER J 108 -55.484 11.742 -3.390 1.00199.89 C \ ANISOU24711 C SER J 108 23642 30429 24262 216 -1954 -1285 C \ ATOM 24712 O SER J 108 -54.966 12.174 -2.352 1.00199.96 O \ ANISOU24712 O SER J 108 23563 30543 24161 228 -1978 -1218 O \ ATOM 24713 CB SER J 108 -56.808 9.613 -3.191 1.00200.74 C \ ANISOU24713 CB SER J 108 23615 29784 24396 295 -1934 -1286 C \ ATOM 24714 OG SER J 108 -56.156 9.010 -4.295 1.00201.51 O \ ANISOU24714 OG SER J 108 23817 29962 24618 312 -1939 -1260 O \ ATOM 24715 N GLU J 109 -54.877 11.780 -4.582 1.00199.05 N \ ANISOU24715 N GLU J 109 23850 29891 24679 295 -1931 -1255 N \ ATOM 24716 CA GLU J 109 -53.561 12.417 -4.758 1.00198.35 C \ ANISOU24716 CA GLU J 109 23783 29790 24589 320 -1925 -1235 C \ ATOM 24717 C GLU J 109 -53.602 13.919 -4.450 1.00200.07 C \ ANISOU24717 C GLU J 109 23837 30074 24687 284 -1952 -1269 C \ ATOM 24718 O GLU J 109 -52.754 14.425 -3.698 1.00200.22 O \ ANISOU24718 O GLU J 109 23887 30231 24707 301 -1961 -1267 O \ ATOM 24719 CB GLU J 109 -53.021 12.195 -6.175 1.00196.90 C \ ANISOU24719 CB GLU J 109 23778 29784 24673 249 -1927 -1276 C \ ATOM 24720 CG GLU J 109 -51.534 12.497 -6.320 1.00195.56 C \ ANISOU24720 CG GLU J 109 23640 29560 24583 229 -1921 -1257 C \ ATOM 24721 CD GLU J 109 -51.069 12.566 -7.764 1.00195.38 C \ ANISOU24721 CD GLU J 109 23676 29503 24545 260 -1908 -1255 C \ ATOM 24722 OE1 GLU J 109 -51.572 11.786 -8.603 1.00195.03 O \ ANISOU24722 OE1 GLU J 109 23580 29368 24438 266 -1905 -1230 O \ ATOM 24723 OE2 GLU J 109 -50.182 13.396 -8.057 1.00194.87 O \ ANISOU24723 OE2 GLU J 109 23495 29394 24566 176 -1915 -1280 O \ ATOM 24724 N LYS J 110 -54.583 14.622 -5.021 1.00202.25 N \ ANISOU24724 N LYS J 110 23230 29207 24412 142 -1927 -1262 N \ ATOM 24725 CA LYS J 110 -54.756 16.065 -4.763 1.00203.31 C \ ANISOU24725 CA LYS J 110 23635 29440 24760 160 -1907 -1256 C \ ATOM 24726 C LYS J 110 -55.093 16.370 -3.297 1.00203.85 C \ ANISOU24726 C LYS J 110 23026 29005 24368 93 -1912 -1307 C \ ATOM 24727 O LYS J 110 -54.598 17.358 -2.736 1.00204.14 O \ ANISOU24727 O LYS J 110 23811 29625 24635 273 -1899 -1280 O \ ATOM 24728 CB LYS J 110 -55.837 16.667 -5.672 1.00203.41 C \ ANISOU24728 CB LYS J 110 23945 29679 24707 304 -1887 -1271 C \ ATOM 24729 CG LYS J 110 -55.407 16.867 -7.120 1.00203.53 C \ ANISOU24729 CG LYS J 110 23927 29652 24649 354 -1883 -1241 C \ ATOM 24730 CD LYS J 110 -56.560 17.355 -7.990 1.00205.22 C \ ANISOU24730 CD LYS J 110 23649 29299 24362 364 -1870 -1237 C \ ATOM 24731 CE LYS J 110 -57.462 16.215 -8.457 1.00206.17 C \ ANISOU24731 CE LYS J 110 24068 29837 24790 305 -1883 -1288 C \ ATOM 24732 NZ LYS J 110 -58.741 16.698 -9.058 1.00205.99 N \ ANISOU24732 NZ LYS J 110 24121 29879 24890 252 -1871 -1343 N \ ATOM 24733 N SER J 111 -55.932 15.530 -2.687 1.00204.75 N \ ANISOU24733 N SER J 111 23858 29596 24720 215 -1868 -1367 N \ ATOM 24734 CA SER J 111 -56.279 15.678 -1.264 1.00206.34 C \ ANISOU24734 CA SER J 111 24321 30103 25046 245 -1863 -1361 C \ ATOM 24735 C SER J 111 -55.075 15.498 -0.335 1.00206.40 C \ ANISOU24735 C SER J 111 23978 29786 24693 381 -1891 -1229 C \ ATOM 24736 O SER J 111 -54.841 16.334 0.550 1.00205.72 O \ ANISOU24736 O SER J 111 23980 29791 24699 427 -1879 -1215 O \ ATOM 24737 CB SER J 111 -57.380 14.692 -0.875 1.00206.87 C \ ANISOU24737 CB SER J 111 24119 29931 24858 408 -1871 -1232 C \ ATOM 24738 OG SER J 111 -58.562 14.964 -1.599 1.00207.46 O \ ANISOU24738 OG SER J 111 24223 29994 24968 424 -1848 -1246 O \ ATOM 24739 N ILE J 112 -54.319 14.415 -0.543 1.00205.91 N \ ANISOU24739 N ILE J 112 23821 29734 24554 456 -1889 -1195 N \ ATOM 24740 CA ILE J 112 -53.092 14.143 0.235 1.00204.72 C \ ANISOU24740 CA ILE J 112 23682 29677 24425 424 -1906 -1209 C \ ATOM 24741 C ILE J 112 -52.044 15.259 0.044 1.00204.57 C \ ANISOU24741 C ILE J 112 24216 30094 24977 366 -1889 -1231 C \ ATOM 24742 O ILE J 112 -51.457 15.746 1.028 1.00203.68 O \ ANISOU24742 O ILE J 112 24258 30182 25039 332 -1888 -1230 O \ ATOM 24743 CB ILE J 112 -52.505 12.744 -0.116 1.00203.86 C \ ANISOU24743 CB ILE J 112 24114 29967 24894 309 -1878 -1226 C \ ATOM 24744 CG1 ILE J 112 -53.374 11.632 0.489 1.00202.26 C \ ANISOU24744 CG1 ILE J 112 24166 30044 24938 301 -1861 -1242 C \ ATOM 24745 CG2 ILE J 112 -51.069 12.598 0.379 1.00204.86 C \ ANISOU24745 CG2 ILE J 112 24421 30436 25249 288 -1913 -1207 C \ ATOM 24746 CD1 ILE J 112 -53.187 10.276 -0.159 1.00201.08 C \ ANISOU24746 CD1 ILE J 112 24593 30706 25417 308 -1919 -1216 C \ ATOM 24747 N ASN J 113 -51.831 15.669 -1.213 1.00205.48 N \ ANISOU24747 N ASN J 113 24389 30466 25251 237 -1919 -1177 N \ ATOM 24748 CA ASN J 113 -50.910 16.777 -1.530 1.00206.16 C \ ANISOU24748 CA ASN J 113 24592 30776 25462 276 -1943 -1198 C \ ATOM 24749 C ASN J 113 -51.273 18.089 -0.816 1.00205.89 C \ ANISOU24749 C ASN J 113 24083 29858 24875 293 -1885 -1214 C \ ATOM 24750 O ASN J 113 -50.412 18.712 -0.185 1.00203.47 O \ ANISOU24750 O ASN J 113 24047 29746 24842 275 -1875 -1206 O \ ATOM 24751 CB ASN J 113 -50.844 17.020 -3.049 1.00207.12 C \ ANISOU24751 CB ASN J 113 24161 29791 24904 313 -1849 -1233 C \ ATOM 24752 CG ASN J 113 -50.014 15.975 -3.786 1.00207.63 C \ ANISOU24752 CG ASN J 113 24107 29720 24845 295 -1836 -1237 C \ ATOM 24753 OD1 ASN J 113 -49.805 14.860 -3.302 1.00205.75 O \ ANISOU24753 OD1 ASN J 113 23968 29593 24804 255 -1881 -1202 O \ ATOM 24754 ND2 ASN J 113 -49.543 16.335 -4.976 1.00209.16 N \ ANISOU24754 ND2 ASN J 113 23805 29472 24753 206 -1897 -1171 N \ ATOM 24755 N SER J 114 -52.541 18.496 -0.915 1.00206.50 N \ ANISOU24755 N SER J 114 23702 29300 24710 192 -1889 -1201 N \ ATOM 24756 CA SER J 114 -53.030 19.709 -0.236 1.00206.53 C \ ANISOU24756 CA SER J 114 23699 29398 24702 167 -1905 -1115 C \ ATOM 24757 C SER J 114 -52.906 19.615 1.292 1.00207.68 C \ ANISOU24757 C SER J 114 24422 30021 25140 361 -1840 -1246 C \ ATOM 24758 O SER J 114 -52.420 20.558 1.934 1.00208.41 O \ ANISOU24758 O SER J 114 24609 30146 25317 402 -1812 -1262 O \ ATOM 24759 CB SER J 114 -54.484 20.004 -0.626 1.00205.58 C \ ANISOU24759 CB SER J 114 24697 30292 25433 407 -1787 -1299 C \ ATOM 24760 OG SER J 114 -55.346 18.941 -0.256 1.00204.72 O \ ANISOU24760 OG SER J 114 24775 30330 25521 409 -1758 -1330 O \ ATOM 24761 N ILE J 115 -53.330 18.480 1.861 1.00208.68 N \ ANISOU24761 N ILE J 115 24731 30252 25438 450 -1812 -1242 N \ ATOM 24762 CA ILE J 115 -53.194 18.226 3.312 1.00209.18 C \ ANISOU24762 CA ILE J 115 24739 30217 25412 438 -1825 -1224 C \ ATOM 24763 C ILE J 115 -51.724 18.289 3.760 1.00207.86 C \ ANISOU24763 C ILE J 115 24684 30088 25343 416 -1819 -1234 C \ ATOM 24764 O ILE J 115 -51.405 18.965 4.749 1.00208.31 O \ ANISOU24764 O ILE J 115 24736 30274 25401 446 -1839 -1205 O \ ATOM 24765 CB ILE J 115 -53.865 16.883 3.728 1.00210.84 C \ ANISOU24765 CB ILE J 115 24900 30600 25657 405 -1795 -1305 C \ ATOM 24766 CG1 ILE J 115 -55.392 17.050 3.764 1.00212.44 C \ ANISOU24766 CG1 ILE J 115 25084 30874 25878 397 -1768 -1356 C \ ATOM 24767 CG2 ILE J 115 -53.383 16.412 5.098 1.00210.84 C \ ANISOU24767 CG2 ILE J 115 25138 30991 25916 334 -1762 -1375 C \ ATOM 24768 CD1 ILE J 115 -56.177 15.760 3.630 1.00212.74 C \ ANISOU24768 CD1 ILE J 115 25123 31008 25925 323 -1724 -1437 C \ ATOM 24769 N LEU J 116 -50.836 17.618 3.020 1.00207.44 N \ ANISOU24769 N LEU J 116 25179 31085 25993 396 -1782 -1356 N \ ATOM 24770 CA LEU J 116 -49.387 17.686 3.301 1.00206.96 C \ ANISOU24770 CA LEU J 116 25280 31182 26147 458 -1769 -1359 C \ ATOM 24771 C LEU J 116 -48.821 19.113 3.213 1.00207.54 C \ ANISOU24771 C LEU J 116 25287 31207 26240 485 -1725 -1416 C \ ATOM 24772 O LEU J 116 -47.927 19.472 3.986 1.00207.06 O \ ANISOU24772 O LEU J 116 25312 31210 26164 482 -1799 -1307 O \ ATOM 24773 CB LEU J 116 -48.588 16.767 2.362 1.00206.25 C \ ANISOU24773 CB LEU J 116 25347 31269 26387 544 -1713 -1403 C \ ATOM 24774 CG LEU J 116 -48.590 15.261 2.646 1.00205.37 C \ ANISOU24774 CG LEU J 116 25369 31288 26281 535 -1792 -1290 C \ ATOM 24775 CD1 LEU J 116 -47.995 14.508 1.466 1.00204.53 C \ ANISOU24775 CD1 LEU J 116 25413 31338 26428 569 -1750 -1330 C \ ATOM 24776 CD2 LEU J 116 -47.830 14.936 3.923 1.00204.77 C \ ANISOU24776 CD2 LEU J 116 25555 31503 26666 624 -1743 -1298 C \ ATOM 24777 N ASP J 117 -49.328 19.913 2.271 1.00209.46 N \ ANISOU24777 N ASP J 117 25184 31070 25940 287 -1797 -1321 N \ ATOM 24778 CA ASP J 117 -48.918 21.324 2.152 1.00210.75 C \ ANISOU24778 CA ASP J 117 25085 31060 25839 220 -1801 -1308 C \ ATOM 24779 C ASP J 117 -49.374 22.156 3.351 1.00211.67 C \ ANISOU24779 C ASP J 117 24922 30797 25659 220 -1782 -1320 C \ ATOM 24780 O ASP J 117 -48.612 22.994 3.847 1.00212.20 O \ ANISOU24780 O ASP J 117 25049 31002 25782 181 -1760 -1353 O \ ATOM 24781 CB ASP J 117 -49.453 21.955 0.857 1.00211.66 C \ ANISOU24781 CB ASP J 117 25162 31200 25944 172 -1845 -1224 C \ ATOM 24782 CG ASP J 117 -48.763 21.423 -0.393 1.00211.52 C \ ANISOU24782 CG ASP J 117 25353 31490 26156 170 -1864 -1211 C \ ATOM 24783 OD1 ASP J 117 -47.533 21.195 -0.359 1.00210.86 O \ ANISOU24783 OD1 ASP J 117 25105 31274 25903 99 -1852 -1185 O \ ATOM 24784 OD2 ASP J 117 -49.458 21.245 -1.418 1.00211.64 O \ ANISOU24784 OD2 ASP J 117 25311 31446 26171 147 -1901 -1137 O \ ATOM 24785 N TYR J 118 -50.611 21.925 3.806 1.00213.60 N \ ANISOU24785 N TYR J 118 24834 30553 25559 258 -1788 -1300 N \ ATOM 24786 CA TYR J 118 -51.137 22.590 5.015 1.00215.39 C \ ANISOU24786 CA TYR J 118 24894 30506 25602 264 -1769 -1311 C \ ATOM 24787 C TYR J 118 -50.310 22.280 6.272 1.00215.94 C \ ANISOU24787 C TYR J 118 24974 30568 25690 290 -1722 -1384 C \ ATOM 24788 O TYR J 118 -49.992 23.193 7.049 1.00215.97 O \ ANISOU24788 O TYR J 118 25010 30595 25720 265 -1701 -1411 O \ ATOM 24789 CB TYR J 118 -52.596 22.190 5.279 1.00216.50 C \ ANISOU24789 CB TYR J 118 24955 30426 25650 300 -1781 -1284 C \ ATOM 24790 CG TYR J 118 -53.649 23.026 4.592 1.00217.42 C \ ANISOU24790 CG TYR J 118 24962 30335 25640 299 -1767 -1287 C \ ATOM 24791 CD1 TYR J 118 -54.009 24.273 5.096 1.00217.75 C \ ANISOU24791 CD1 TYR J 118 25204 30796 25955 337 -1704 -1416 C \ ATOM 24792 CD2 TYR J 118 -54.313 22.556 3.461 1.00217.62 C \ ANISOU24792 CD2 TYR J 118 25436 31015 26249 363 -1651 -1492 C \ ATOM 24793 CE1 TYR J 118 -54.983 25.040 4.482 1.00218.46 C \ ANISOU24793 CE1 TYR J 118 25846 31589 26683 306 -1622 -1569 C \ ATOM 24794 CE2 TYR J 118 -55.288 23.315 2.838 1.00218.29 C \ ANISOU24794 CE2 TYR J 118 25799 31553 26672 288 -1576 -1644 C \ ATOM 24795 CZ TYR J 118 -55.620 24.556 3.355 1.00218.92 C \ ANISOU24795 CZ TYR J 118 25344 30889 26229 430 -1640 -1490 C \ ATOM 24796 OH TYR J 118 -56.586 25.324 2.747 1.00220.36 O \ ANISOU24796 OH TYR J 118 25478 30935 26325 465 -1675 -1410 O \ ATOM 24797 N ILE J 119 -49.967 21.003 6.467 1.00216.33 N \ ANISOU24797 N ILE J 119 25273 30762 26269 467 -1582 -1551 N \ ATOM 24798 CA ILE J 119 -49.166 20.587 7.633 1.00215.78 C \ ANISOU24798 CA ILE J 119 26319 32204 27140 271 -1646 -1556 C \ ATOM 24799 C ILE J 119 -47.735 21.128 7.507 1.00214.18 C \ ANISOU24799 C ILE J 119 26611 32698 27450 205 -1621 -1627 C \ ATOM 24800 O ILE J 119 -47.174 21.603 8.493 1.00215.38 O \ ANISOU24800 O ILE J 119 26618 32810 27406 123 -1631 -1609 O \ ATOM 24801 CB ILE J 119 -49.151 19.044 7.845 1.00216.63 C \ ANISOU24801 CB ILE J 119 26624 32866 27429 91 -1587 -1690 C \ ATOM 24802 CG1 ILE J 119 -50.578 18.478 7.951 1.00218.45 C \ ANISOU24802 CG1 ILE J 119 26698 32917 27536 190 -1647 -1606 C \ ATOM 24803 CG2 ILE J 119 -48.386 18.675 9.114 1.00216.56 C \ ANISOU24803 CG2 ILE J 119 27023 33460 27884 124 -1617 -1686 C \ ATOM 24804 CD1 ILE J 119 -50.680 17.009 7.590 1.00218.26 C \ ANISOU24804 CD1 ILE J 119 26614 32849 27360 89 -1687 -1502 C \ ATOM 24805 N SER J 120 -47.165 21.081 6.297 1.00213.04 N \ ANISOU24805 N SER J 120 26671 33031 27393 9 -1706 -1450 N \ ATOM 24806 CA SER J 120 -45.822 21.634 6.042 1.00213.19 C \ ANISOU24806 CA SER J 120 26757 32945 27466 29 -1729 -1377 C \ ATOM 24807 C SER J 120 -45.718 23.135 6.331 1.00213.80 C \ ANISOU24807 C SER J 120 26582 32569 27288 99 -1732 -1369 C \ ATOM 24808 O SER J 120 -44.697 23.598 6.846 1.00214.04 O \ ANISOU24808 O SER J 120 26627 33185 27358 -52 -1751 -1364 O \ ATOM 24809 CB SER J 120 -45.406 21.366 4.591 1.00213.27 C \ ANISOU24809 CB SER J 120 26661 33449 27397 -98 -1728 -1438 C \ ATOM 24810 OG SER J 120 -44.061 21.743 4.355 1.00213.02 O \ ANISOU24810 OG SER J 120 26772 33791 27496 -190 -1697 -1497 O \ ATOM 24811 N THR J 121 -46.764 23.889 5.988 1.00215.70 N \ ANISOU24811 N THR J 121 26934 34138 27679 -221 -1645 -1637 N \ ATOM 24812 CA THR J 121 -46.813 25.327 6.291 1.00217.66 C \ ANISOU24812 CA THR J 121 26997 34469 27732 -326 -1610 -1715 C \ ATOM 24813 C THR J 121 -47.015 25.571 7.794 1.00221.39 C \ ANISOU24813 C THR J 121 27091 33378 27796 -36 -1745 -1322 C \ ATOM 24814 O THR J 121 -46.374 26.456 8.373 1.00221.14 O \ ANISOU24814 O THR J 121 27415 33562 28122 -27 -1761 -1260 O \ ATOM 24815 CB THR J 121 -47.931 26.042 5.496 1.00217.04 C \ ANISOU24815 CB THR J 121 27634 33802 28401 -52 -1815 -1125 C \ ATOM 24816 OG1 THR J 121 -47.911 25.604 4.132 1.00217.76 O \ ANISOU24816 OG1 THR J 121 27285 33546 28087 -65 -1841 -1079 O \ ATOM 24817 CG2 THR J 121 -47.755 27.563 5.535 1.00216.62 C \ ANISOU24817 CG2 THR J 121 27555 33789 28240 -81 -1736 -1293 C \ ATOM 24818 N SER J 122 -47.893 24.779 8.418 1.00225.46 N \ ANISOU24818 N SER J 122 27595 33824 28260 -68 -1672 -1440 N \ ATOM 24819 CA SER J 122 -48.200 24.931 9.848 1.00228.35 C \ ANISOU24819 CA SER J 122 27621 33623 28298 28 -1646 -1499 C \ ATOM 24820 C SER J 122 -47.068 24.437 10.767 1.00228.54 C \ ANISOU24820 C SER J 122 27348 33368 28051 58 -1627 -1554 C \ ATOM 24821 O SER J 122 -46.390 25.251 11.402 1.00228.77 O \ ANISOU24821 O SER J 122 27784 33587 28450 74 -1645 -1481 O \ ATOM 24822 CB SER J 122 -49.521 24.228 10.188 1.00229.38 C \ ANISOU24822 CB SER J 122 28147 34223 28944 -57 -1828 -1066 C \ ATOM 24823 OG SER J 122 -49.912 24.493 11.525 1.00232.58 O \ ANISOU24823 OG SER J 122 28457 34526 29359 -78 -1871 -941 O \ ATOM 24824 N LYS J 123 -46.872 23.117 10.829 1.00228.51 N \ ANISOU24824 N LYS J 123 28542 34850 29524 -151 -1907 -831 N \ ATOM 24825 CA LYS J 123 -45.869 22.498 11.706 1.00229.23 C \ ANISOU24825 CA LYS J 123 28525 34825 29613 -151 -1936 -751 C \ ATOM 24826 C LYS J 123 -44.633 22.055 10.908 1.00229.42 C \ ANISOU24826 C LYS J 123 28673 34661 29603 -89 -1870 -904 C \ ATOM 24827 O LYS J 123 -44.598 22.156 9.673 1.00227.50 O \ ANISOU24827 O LYS J 123 28777 34737 29859 -108 -1903 -783 O \ ATOM 24828 CB LYS J 123 -46.478 21.308 12.476 1.00229.43 C \ ANISOU24828 CB LYS J 123 28854 34794 29983 -140 -1904 -723 C \ ATOM 24829 CG LYS J 123 -47.517 21.686 13.529 1.00230.31 C \ ANISOU24829 CG LYS J 123 28527 34794 29638 -236 -1920 -653 C \ ATOM 24830 CD LYS J 123 -46.881 22.196 14.817 1.00231.77 C \ ANISOU24830 CD LYS J 123 28524 35060 29466 -218 -1902 -830 C \ ATOM 24831 CE LYS J 123 -47.853 23.049 15.621 1.00233.59 C \ ANISOU24831 CE LYS J 123 28417 35231 29436 -304 -1941 -703 C \ ATOM 24832 NZ LYS J 123 -47.272 23.534 16.905 1.00234.76 N \ ANISOU24832 NZ LYS J 123 28467 35357 29530 -304 -1963 -669 N \ ATOM 24833 N GLN J 124 -43.615 21.590 11.630 1.00232.31 N \ ANISOU24833 N GLN J 124 28519 35612 29681 -368 -2001 -535 N \ ATOM 24834 CA GLN J 124 -42.330 21.210 11.042 1.00234.50 C \ ANISOU24834 CA GLN J 124 28313 35391 29256 -385 -1923 -740 C \ ATOM 24835 C GLN J 124 -42.177 19.679 10.954 1.00236.44 C \ ANISOU24835 C GLN J 124 28150 35216 29082 -409 -1913 -729 C \ ATOM 24836 O GLN J 124 -43.139 18.937 11.176 1.00234.03 O \ ANISOU24836 O GLN J 124 28026 35164 29062 -451 -1952 -577 O \ ATOM 24837 CB GLN J 124 -41.172 21.832 11.854 1.00235.78 C \ ANISOU24837 CB GLN J 124 27989 34973 28824 -386 -1865 -869 C \ ATOM 24838 CG GLN J 124 -41.222 23.349 12.061 1.00236.03 C \ ANISOU24838 CG GLN J 124 28522 35263 29521 -234 -1939 -781 C \ ATOM 24839 CD GLN J 124 -41.691 24.132 10.844 1.00235.67 C \ ANISOU24839 CD GLN J 124 28668 35432 29709 -220 -1958 -758 C \ ATOM 24840 OE1 GLN J 124 -42.836 24.570 10.786 1.00233.63 O \ ANISOU24840 OE1 GLN J 124 28402 34908 29485 -143 -1959 -777 O \ ATOM 24841 NE2 GLN J 124 -40.797 24.338 9.880 1.00236.40 N \ ANISOU24841 NE2 GLN J 124 28193 34696 29394 -148 -1986 -698 N \ ATOM 24842 N MET J 125 -40.963 19.238 10.611 1.00240.33 N \ ANISOU24842 N MET J 125 29023 35890 29964 -215 -1930 -874 N \ ATOM 24843 CA MET J 125 -40.583 17.819 10.447 1.00243.04 C \ ANISOU24843 CA MET J 125 29229 36410 30138 -307 -1925 -874 C \ ATOM 24844 C MET J 125 -41.016 16.873 11.580 1.00244.55 C \ ANISOU24844 C MET J 125 29325 36525 30137 -292 -1868 -1049 C \ ATOM 24845 O MET J 125 -41.459 15.747 11.314 1.00244.67 O \ ANISOU24845 O MET J 125 29245 36651 30214 -363 -1963 -779 O \ ATOM 24846 CB MET J 125 -39.054 17.742 10.277 1.00244.60 C \ ANISOU24846 CB MET J 125 28291 34604 29289 -79 -1926 -883 C \ ATOM 24847 CG MET J 125 -38.466 16.354 10.043 1.00245.75 C \ ANISOU24847 CG MET J 125 28201 34296 29211 -12 -1920 -921 C \ ATOM 24848 SD MET J 125 -36.672 16.315 10.271 1.00246.43 S \ ANISOU24848 SD MET J 125 28140 34149 29289 -22 -1940 -844 S \ ATOM 24849 CE MET J 125 -36.528 16.527 12.046 1.00244.66 C \ ANISOU24849 CE MET J 125 27867 33799 29077 1 -1944 -854 C \ ATOM 24850 N ASP J 126 -40.897 17.329 12.828 1.00244.90 N \ ANISOU24850 N ASP J 126 28216 34159 29124 40 -1884 -1019 N \ ATOM 24851 CA ASP J 126 -41.109 16.474 14.008 1.00244.99 C \ ANISOU24851 CA ASP J 126 28102 33856 28989 104 -1873 -1070 C \ ATOM 24852 C ASP J 126 -42.490 15.800 14.092 1.00245.70 C \ ANISOU24852 C ASP J 126 28207 33981 29060 141 -1871 -1113 C \ ATOM 24853 O ASP J 126 -42.675 14.869 14.879 1.00246.91 O \ ANISOU24853 O ASP J 126 28066 33696 28882 139 -1844 -1127 O \ ATOM 24854 CB ASP J 126 -40.828 17.269 15.287 1.00244.66 C \ ANISOU24854 CB ASP J 126 28361 34394 29576 -60 -1948 -773 C \ ATOM 24855 CG ASP J 126 -39.361 17.634 15.429 1.00243.32 C \ ANISOU24855 CG ASP J 126 28527 34477 29913 -71 -1959 -702 C \ ATOM 24856 OD1 ASP J 126 -38.549 16.728 15.709 1.00242.80 O \ ANISOU24856 OD1 ASP J 126 28837 34867 30402 -100 -1985 -613 O \ ATOM 24857 OD2 ASP J 126 -39.021 18.822 15.257 1.00241.58 O \ ANISOU24857 OD2 ASP J 126 29034 34952 30737 -86 -1979 -621 O \ ATOM 24858 N LEU J 127 -43.447 16.282 13.300 1.00245.58 N \ ANISOU24858 N LEU J 127 28302 34301 29740 -112 -1967 -622 N \ ATOM 24859 CA LEU J 127 -44.743 15.618 13.120 1.00246.90 C \ ANISOU24859 CA LEU J 127 28156 34015 29751 -107 -1963 -588 C \ ATOM 24860 C LEU J 127 -44.951 15.156 11.669 1.00244.23 C \ ANISOU24860 C LEU J 127 28054 34000 29739 -155 -1979 -476 C \ ATOM 24861 O LEU J 127 -45.349 14.014 11.427 1.00242.88 O \ ANISOU24861 O LEU J 127 28073 33960 29664 -147 -1962 -517 O \ ATOM 24862 CB LEU J 127 -45.871 16.567 13.536 1.00249.71 C \ ANISOU24862 CB LEU J 127 27975 34074 29856 -209 -2011 -324 C \ ATOM 24863 CG LEU J 127 -45.946 16.915 15.031 1.00252.08 C \ ANISOU24863 CG LEU J 127 29090 35326 30664 -145 -2010 -537 C \ ATOM 24864 CD1 LEU J 127 -46.325 18.377 15.228 1.00252.63 C \ ANISOU24864 CD1 LEU J 127 29231 35571 30980 -178 -2037 -437 C \ ATOM 24865 CD2 LEU J 127 -46.917 16.000 15.772 1.00252.96 C \ ANISOU24865 CD2 LEU J 127 29329 35582 31058 -135 -2026 -527 C \ ATOM 24866 N LEU J 128 -44.671 16.061 10.728 1.00242.62 N \ ANISOU24866 N LEU J 128 29120 35342 31033 -142 -2031 -489 N \ ATOM 24867 CA LEU J 128 -44.817 15.855 9.271 1.00241.37 C \ ANISOU24867 CA LEU J 128 29272 35887 31005 -243 -2067 -338 C \ ATOM 24868 C LEU J 128 -44.128 14.603 8.699 1.00241.03 C \ ANISOU24868 C LEU J 128 29333 36109 31177 -311 -2092 -187 C \ ATOM 24869 O LEU J 128 -44.695 13.920 7.831 1.00238.83 O \ ANISOU24869 O LEU J 128 29441 36206 31134 -313 -2073 -245 O \ ATOM 24870 CB LEU J 128 -44.289 17.105 8.546 1.00240.82 C \ ANISOU24870 CB LEU J 128 29463 36257 30953 -301 -2049 -366 C \ ATOM 24871 CG LEU J 128 -44.425 17.242 7.028 1.00239.37 C \ ANISOU24871 CG LEU J 128 29579 36311 31377 -329 -2079 -169 C \ ATOM 24872 CD1 LEU J 128 -45.867 17.505 6.630 1.00240.16 C \ ANISOU24872 CD1 LEU J 128 29591 35809 31116 -93 -2007 -645 C \ ATOM 24873 CD2 LEU J 128 -43.526 18.355 6.512 1.00238.57 C \ ANISOU24873 CD2 LEU J 128 29870 36020 31355 -51 -1997 -730 C \ ATOM 24874 N GLN J 129 -42.915 14.312 9.179 1.00243.01 N \ ANISOU24874 N GLN J 129 29301 35265 30839 -17 -1975 -798 N \ ATOM 24875 CA GLN J 129 -42.122 13.169 8.682 1.00244.55 C \ ANISOU24875 CA GLN J 129 29158 35097 30786 -13 -1972 -824 C \ ATOM 24876 C GLN J 129 -42.837 11.820 8.873 1.00247.68 C \ ANISOU24876 C GLN J 129 30471 36639 31753 -13 -1981 -826 C \ ATOM 24877 O GLN J 129 -42.805 10.954 7.986 1.00249.31 O \ ANISOU24877 O GLN J 129 31129 37498 32358 -53 -1992 -792 O \ ATOM 24878 CB GLN J 129 -40.751 13.134 9.372 1.00243.04 C \ ANISOU24878 CB GLN J 129 31360 37900 32677 -102 -2020 -706 C \ ATOM 24879 CG GLN J 129 -39.687 12.342 8.629 1.00241.93 C \ ANISOU24879 CG GLN J 129 31532 37934 32633 -50 -1969 -853 C \ ATOM 24880 CD GLN J 129 -38.435 12.122 9.460 1.00241.59 C \ ANISOU24880 CD GLN J 129 31534 38293 32798 -150 -2028 -682 C \ ATOM 24881 OE1 GLN J 129 -37.479 12.900 9.388 1.00241.34 O \ ANISOU24881 OE1 GLN J 129 31605 38221 32665 -99 -1971 -845 O \ ATOM 24882 NE2 GLN J 129 -38.439 11.062 10.262 1.00241.89 N \ ANISOU24882 NE2 GLN J 129 31569 38373 32703 -152 -2001 -759 N \ ATOM 24883 N GLU J 130 -43.488 11.661 10.025 1.00250.25 N \ ANISOU24883 N GLU J 130 28681 34532 30166 1 -1957 -834 N \ ATOM 24884 CA GLU J 130 -44.238 10.444 10.360 1.00252.09 C \ ANISOU24884 CA GLU J 130 28175 33876 29725 18 -1934 -895 C \ ATOM 24885 C GLU J 130 -45.459 10.251 9.453 1.00252.58 C \ ANISOU24885 C GLU J 130 27760 33459 29572 -20 -1937 -838 C \ ATOM 24886 O GLU J 130 -45.773 9.122 9.047 1.00251.34 O \ ANISOU24886 O GLU J 130 27586 33226 29494 -18 -1917 -906 O \ ATOM 24887 CB GLU J 130 -44.679 10.472 11.834 1.00253.10 C \ ANISOU24887 CB GLU J 130 28195 33797 29667 33 -1919 -919 C \ ATOM 24888 CG GLU J 130 -43.587 10.112 12.840 1.00254.29 C \ ANISOU24888 CG GLU J 130 28333 33854 29614 84 -1898 -1016 C \ ATOM 24889 CD GLU J 130 -42.551 11.208 13.054 1.00254.72 C \ ANISOU24889 CD GLU J 130 28538 33961 29809 105 -1878 -1094 C \ ATOM 24890 OE1 GLU J 130 -42.933 12.386 13.236 1.00254.43 O \ ANISOU24890 OE1 GLU J 130 28368 33926 29499 105 -1896 -1029 O \ ATOM 24891 OE2 GLU J 130 -41.343 10.885 13.058 1.00256.00 O \ ANISOU24891 OE2 GLU J 130 28751 34121 29866 148 -1863 -1157 O \ ATOM 24892 N PHE J 131 -46.136 11.355 9.134 1.00254.03 N \ ANISOU24892 N PHE J 131 28609 34091 29608 153 -1876 -1101 N \ ATOM 24893 CA PHE J 131 -47.295 11.334 8.231 1.00255.94 C \ ANISOU24893 CA PHE J 131 28800 34192 29791 175 -1864 -1152 C \ ATOM 24894 C PHE J 131 -46.865 10.992 6.799 1.00251.10 C \ ANISOU24894 C PHE J 131 28752 34090 29628 219 -1848 -1198 C \ ATOM 24895 O PHE J 131 -47.549 10.218 6.113 1.00250.14 O \ ANISOU24895 O PHE J 131 27467 33249 29413 -61 -1959 -711 O \ ATOM 24896 CB PHE J 131 -48.065 12.669 8.260 1.00260.20 C \ ANISOU24896 CB PHE J 131 27251 33046 29500 -100 -1963 -624 C \ ATOM 24897 CG PHE J 131 -48.497 13.099 9.644 1.00265.79 C \ ANISOU24897 CG PHE J 131 27027 32881 29407 -114 -1967 -620 C \ ATOM 24898 CD1 PHE J 131 -49.243 12.246 10.453 1.00268.29 C \ ANISOU24898 CD1 PHE J 131 26906 32694 29502 -124 -1943 -657 C \ ATOM 24899 CD2 PHE J 131 -48.161 14.358 10.136 1.00268.72 C \ ANISOU24899 CD2 PHE J 131 27306 33225 29666 -146 -1994 -458 C \ ATOM 24900 CE1 PHE J 131 -49.633 12.635 11.726 1.00270.10 C \ ANISOU24900 CE1 PHE J 131 27358 33201 29712 -144 -1984 -447 C \ ATOM 24901 CE2 PHE J 131 -48.547 14.751 11.409 1.00269.75 C \ ANISOU24901 CE2 PHE J 131 27420 33427 29777 -189 -2017 -300 C \ ATOM 24902 CZ PHE J 131 -49.284 13.889 12.205 1.00270.16 C \ ANISOU24902 CZ PHE J 131 27330 33521 29797 -234 -2050 -167 C \ ATOM 24903 N TYR J 132 -45.736 11.562 6.361 1.00245.77 N \ ANISOU24903 N TYR J 132 27465 33436 29717 -184 -2010 -316 N \ ATOM 24904 CA TYR J 132 -45.103 11.192 5.074 1.00241.55 C \ ANISOU24904 CA TYR J 132 26854 32837 29113 -117 -1992 -587 C \ ATOM 24905 C TYR J 132 -44.794 9.689 5.010 1.00238.95 C \ ANISOU24905 C TYR J 132 26702 32749 29057 -128 -1998 -585 C \ ATOM 24906 O TYR J 132 -45.068 9.028 4.000 1.00237.68 O \ ANISOU24906 O TYR J 132 26407 32352 28692 -94 -1967 -744 O \ ATOM 24907 CB TYR J 132 -43.793 11.970 4.857 1.00241.24 C \ ANISOU24907 CB TYR J 132 26381 32328 28841 -111 -1955 -769 C \ ATOM 24908 CG TYR J 132 -43.899 13.235 4.029 1.00241.61 C \ ANISOU24908 CG TYR J 132 26771 32992 28996 -142 -2031 -523 C \ ATOM 24909 CD1 TYR J 132 -43.758 13.197 2.645 1.00242.95 C \ ANISOU24909 CD1 TYR J 132 26968 33179 28908 -104 -2025 -610 C \ ATOM 24910 CD2 TYR J 132 -44.099 14.471 4.629 1.00241.59 C \ ANISOU24910 CD2 TYR J 132 26718 33104 29070 -198 -2066 -346 C \ ATOM 24911 CE1 TYR J 132 -43.842 14.352 1.880 1.00244.08 C \ ANISOU24911 CE1 TYR J 132 26090 31963 28135 -51 -1953 -846 C \ ATOM 24912 CE2 TYR J 132 -44.184 15.633 3.874 1.00242.95 C \ ANISOU24912 CE2 TYR J 132 25839 31643 27805 -24 -1925 -984 C \ ATOM 24913 CZ TYR J 132 -44.055 15.570 2.501 1.00244.20 C \ ANISOU24913 CZ TYR J 132 25506 31225 27675 -47 -1890 -1049 C \ ATOM 24914 OH TYR J 132 -44.137 16.722 1.748 1.00243.37 O \ ANISOU24914 OH TYR J 132 25314 31044 27576 -62 -1869 -1131 O \ ATOM 24915 N GLU J 133 -44.204 9.174 6.092 1.00237.21 N \ ANISOU24915 N GLU J 133 25892 31647 27594 23 -1919 -1050 N \ ATOM 24916 CA GLU J 133 -43.873 7.743 6.217 1.00236.34 C \ ANISOU24916 CA GLU J 133 25881 31719 27435 39 -1942 -1006 C \ ATOM 24917 C GLU J 133 -45.104 6.828 6.114 1.00235.07 C \ ANISOU24917 C GLU J 133 25842 31578 27460 44 -1899 -1165 C \ ATOM 24918 O GLU J 133 -45.089 5.831 5.369 1.00234.51 O \ ANISOU24918 O GLU J 133 25261 30905 27510 -55 -1881 -1021 O \ ATOM 24919 CB GLU J 133 -43.117 7.483 7.533 1.00237.39 C \ ANISOU24919 CB GLU J 133 24886 30453 27367 -81 -1842 -1084 C \ ATOM 24920 CG GLU J 133 -41.639 7.867 7.481 1.00237.59 C \ ANISOU24920 CG GLU J 133 24610 30215 27435 -125 -1836 -1024 C \ ATOM 24921 CD GLU J 133 -41.000 8.066 8.852 1.00238.52 C \ ANISOU24921 CD GLU J 133 24344 29914 27378 -151 -1793 -1121 C \ ATOM 24922 OE1 GLU J 133 -41.489 7.489 9.848 1.00238.58 O \ ANISOU24922 OE1 GLU J 133 24747 30227 27234 -77 -1834 -1060 O \ ATOM 24923 OE2 GLU J 133 -39.991 8.804 8.930 1.00238.50 O \ ANISOU24923 OE2 GLU J 133 24643 30053 26885 -44 -1818 -1164 O \ ATOM 24924 N THR J 134 -46.167 7.172 6.847 1.00233.73 N \ ANISOU24924 N THR J 134 24608 29970 26747 -27 -1832 -1095 N \ ATOM 24925 CA THR J 134 -47.430 6.409 6.784 1.00232.95 C \ ANISOU24925 CA THR J 134 24638 29996 26994 -66 -1769 -1302 C \ ATOM 24926 C THR J 134 -48.105 6.496 5.404 1.00230.17 C \ ANISOU24926 C THR J 134 24444 30135 27345 -138 -1875 -865 C \ ATOM 24927 O THR J 134 -48.700 5.509 4.940 1.00230.43 O \ ANISOU24927 O THR J 134 24230 29975 27475 -179 -1875 -779 O \ ATOM 24928 CB THR J 134 -48.437 6.835 7.881 1.00233.61 C \ ANISOU24928 CB THR J 134 24010 29802 27293 -188 -1862 -861 C \ ATOM 24929 OG1 THR J 134 -48.620 8.257 7.858 1.00234.38 O \ ANISOU24929 OG1 THR J 134 23789 29580 27393 -222 -1835 -870 O \ ATOM 24930 CG2 THR J 134 -47.945 6.408 9.259 1.00233.96 C \ ANISOU24930 CG2 THR J 134 24191 30057 27496 -200 -1926 -570 C \ ATOM 24931 N THR J 135 -48.003 7.664 4.757 1.00226.84 N \ ANISOU24931 N THR J 135 24028 29875 27486 -216 -1934 -454 N \ ATOM 24932 CA THR J 135 -48.509 7.847 3.383 1.00224.47 C \ ANISOU24932 CA THR J 135 23895 29911 27366 -245 -1988 -245 C \ ATOM 24933 C THR J 135 -47.792 6.912 2.391 1.00222.15 C \ ANISOU24933 C THR J 135 23797 29911 26980 -237 -2018 -235 C \ ATOM 24934 O THR J 135 -48.442 6.238 1.586 1.00220.91 O \ ANISOU24934 O THR J 135 23925 29992 27711 -282 -2000 -90 O \ ATOM 24935 CB THR J 135 -48.377 9.324 2.926 1.00224.07 C \ ANISOU24935 CB THR J 135 24065 29901 27044 -159 -1878 -919 C \ ATOM 24936 OG1 THR J 135 -49.004 10.184 3.887 1.00223.81 O \ ANISOU24936 OG1 THR J 135 24199 30091 27175 -165 -1868 -1001 O \ ATOM 24937 CG2 THR J 135 -49.033 9.551 1.566 1.00223.40 C \ ANISOU24937 CG2 THR J 135 24285 30128 27234 -167 -1820 -1193 C \ ATOM 24938 N LEU J 136 -46.462 6.858 2.472 1.00220.23 N \ ANISOU24938 N LEU J 136 24179 30071 27227 -191 -1798 -1275 N \ ATOM 24939 CA LEU J 136 -45.670 5.933 1.641 1.00217.68 C \ ANISOU24939 CA LEU J 136 24256 30236 26945 -135 -1908 -968 C \ ATOM 24940 C LEU J 136 -45.870 4.464 2.026 1.00216.50 C \ ANISOU24940 C LEU J 136 24437 30204 27252 -149 -1802 -1265 C \ ATOM 24941 O LEU J 136 -45.815 3.586 1.160 1.00214.86 O \ ANISOU24941 O LEU J 136 24359 30115 27126 -161 -1757 -1443 O \ ATOM 24942 CB LEU J 136 -44.178 6.282 1.699 1.00216.37 C \ ANISOU24942 CB LEU J 136 24300 30011 27396 -211 -1699 -1536 C \ ATOM 24943 CG LEU J 136 -43.741 7.422 0.776 1.00214.72 C \ ANISOU24943 CG LEU J 136 23981 29658 27045 -222 -1663 -1654 C \ ATOM 24944 CD1 LEU J 136 -42.625 8.238 1.404 1.00214.04 C \ ANISOU24944 CD1 LEU J 136 24445 30162 26911 -121 -1766 -1474 C \ ATOM 24945 CD2 LEU J 136 -43.321 6.885 -0.584 1.00214.84 C \ ANISOU24945 CD2 LEU J 136 24474 30252 26633 -77 -1801 -1454 C \ ATOM 24946 N GLU J 137 -46.082 4.195 3.318 1.00215.62 N \ ANISOU24946 N GLU J 137 24455 30173 26387 -35 -1812 -1436 N \ ATOM 24947 CA GLU J 137 -46.390 2.821 3.769 1.00214.97 C \ ANISOU24947 CA GLU J 137 24521 30397 26619 -92 -1783 -1570 C \ ATOM 24948 C GLU J 137 -47.748 2.301 3.271 1.00213.46 C \ ANISOU24948 C GLU J 137 24470 30189 27898 -244 -1688 -1486 C \ ATOM 24949 O GLU J 137 -47.902 1.097 3.047 1.00212.56 O \ ANISOU24949 O GLU J 137 24664 30344 28474 -294 -1624 -1579 O \ ATOM 24950 CB GLU J 137 -46.315 2.709 5.300 1.00215.15 C \ ANISOU24950 CB GLU J 137 25073 30830 28923 -337 -1571 -1786 C \ ATOM 24951 CG GLU J 137 -44.897 2.549 5.837 1.00214.21 C \ ANISOU24951 CG GLU J 137 25073 30890 29127 -369 -1554 -1810 C \ ATOM 24952 CD GLU J 137 -44.823 2.590 7.354 1.00213.64 C \ ANISOU24952 CD GLU J 137 24569 30241 28758 -315 -1631 -1432 C \ ATOM 24953 OE1 GLU J 137 -45.380 3.529 7.966 1.00212.37 O \ ANISOU24953 OE1 GLU J 137 24499 30107 29139 -358 -1566 -1491 O \ ATOM 24954 OE2 GLU J 137 -44.190 1.687 7.938 1.00214.84 O \ ANISOU24954 OE2 GLU J 137 24422 30051 29487 -386 -1565 -1364 O \ ATOM 24955 N ALA J 138 -48.722 3.201 3.114 1.00213.21 N \ ANISOU24955 N ALA J 138 24337 29904 29903 -432 -1487 -1452 N \ ATOM 24956 CA ALA J 138 -50.058 2.837 2.604 1.00214.41 C \ ANISOU24956 CA ALA J 138 24268 29857 30299 -459 -1481 -1320 C \ ATOM 24957 C ALA J 138 -50.154 2.805 1.072 1.00214.89 C \ ANISOU24957 C ALA J 138 25437 31214 29085 -343 -1545 -1931 C \ ATOM 24958 O ALA J 138 -51.042 2.146 0.523 1.00214.45 O \ ANISOU24958 O ALA J 138 25536 31431 29168 -393 -1496 -2134 O \ ATOM 24959 CB ALA J 138 -51.109 3.785 3.163 1.00214.34 C \ ANISOU24959 CB ALA J 138 25932 31831 29532 -423 -1447 -2288 C \ ATOM 24960 N LEU J 139 -49.252 3.514 0.389 1.00215.54 N \ ANISOU24960 N LEU J 139 26107 31949 29477 -384 -1475 -2231 N \ ATOM 24961 CA LEU J 139 -49.254 3.577 -1.084 1.00214.77 C \ ANISOU24961 CA LEU J 139 25272 31273 28547 -363 -1544 -2112 C \ ATOM 24962 C LEU J 139 -48.467 2.429 -1.745 1.00215.05 C \ ANISOU24962 C LEU J 139 25113 31272 28404 -421 -1502 -2290 C \ ATOM 24963 O LEU J 139 -47.750 2.642 -2.728 1.00212.36 O \ ANISOU24963 O LEU J 139 24993 31190 28551 -462 -1472 -2337 O \ ATOM 24964 CB LEU J 139 -48.724 4.943 -1.562 1.00214.55 C \ ANISOU24964 CB LEU J 139 25105 31368 28145 -429 -1500 -2375 C \ ATOM 24965 CG LEU J 139 -49.702 6.123 -1.497 1.00214.13 C \ ANISOU24965 CG LEU J 139 26319 32296 30162 -499 -1369 -2489 C \ ATOM 24966 CD1 LEU J 139 -48.947 7.441 -1.583 1.00213.23 C \ ANISOU24966 CD1 LEU J 139 26468 32477 30328 -545 -1311 -2659 C \ ATOM 24967 CD2 LEU J 139 -50.758 6.036 -2.593 1.00214.60 C \ ANISOU24967 CD2 LEU J 139 26617 32772 30083 -552 -1327 -2733 C \ ATOM 24968 N LYS J 140 -48.631 1.212 -1.221 1.00217.29 N \ ANISOU24968 N LYS J 140 26499 32674 29877 -570 -1304 -2810 N \ ATOM 24969 CA LYS J 140 -48.003 0.013 -1.789 1.00219.72 C \ ANISOU24969 CA LYS J 140 26504 32574 30779 -635 -1214 -2869 C \ ATOM 24970 C LYS J 140 -48.782 -0.430 -3.033 1.00223.26 C \ ANISOU24970 C LYS J 140 26809 33077 30057 -538 -1367 -2699 C \ ATOM 24971 O LYS J 140 -49.647 -1.317 -2.974 1.00223.95 O \ ANISOU24971 O LYS J 140 26811 33242 29709 -543 -1389 -2736 O \ ATOM 24972 CB LYS J 140 -47.939 -1.116 -0.746 1.00219.95 C \ ANISOU24972 CB LYS J 140 26827 33167 29399 -455 -1462 -2556 C \ ATOM 24973 CG LYS J 140 -47.026 -2.279 -1.123 1.00220.41 C \ ANISOU24973 CG LYS J 140 26856 33316 29161 -453 -1482 -2561 C \ ATOM 24974 CD LYS J 140 -47.325 -3.529 -0.306 1.00220.98 C \ ANISOU24974 CD LYS J 140 26780 33382 29600 -565 -1401 -2769 C \ ATOM 24975 CE LYS J 140 -46.542 -4.728 -0.821 1.00221.46 C \ ANISOU24975 CE LYS J 140 26769 33498 29888 -662 -1323 -2972 C \ ATOM 24976 NZ LYS J 140 -46.853 -5.977 -0.071 1.00222.20 N \ ANISOU24976 NZ LYS J 140 26878 33810 29994 -758 -1258 -3191 N \ ATOM 24977 N ASP J 141 -48.477 0.222 -4.154 1.00225.65 N \ ANISOU24977 N ASP J 141 26928 34035 30310 -863 -1179 -3412 N \ ATOM 24978 CA ASP J 141 -49.149 -0.025 -5.430 1.00226.70 C \ ANISOU24978 CA ASP J 141 27025 34398 30362 -970 -1118 -3636 C \ ATOM 24979 C ASP J 141 -48.153 0.232 -6.569 1.00229.76 C \ ANISOU24979 C ASP J 141 26815 32964 29424 -389 -1498 -2397 C \ ATOM 24980 O ASP J 141 -47.418 1.221 -6.548 1.00230.38 O \ ANISOU24980 O ASP J 141 26780 32836 29120 -312 -1558 -2241 O \ ATOM 24981 CB ASP J 141 -50.378 0.892 -5.556 1.00223.96 C \ ANISOU24981 CB ASP J 141 26567 32577 28852 -317 -1538 -2282 C \ ATOM 24982 CG ASP J 141 -51.322 0.467 -6.660 1.00223.16 C \ ANISOU24982 CG ASP J 141 26376 32264 28853 -324 -1513 -2285 C \ ATOM 24983 OD1 ASP J 141 -51.929 -0.619 -6.553 1.00223.01 O \ ANISOU24983 OD1 ASP J 141 26864 32768 29275 -256 -1598 -2072 O \ ATOM 24984 OD2 ASP J 141 -51.473 1.237 -7.629 1.00222.71 O \ ANISOU24984 OD2 ASP J 141 26927 32880 29366 -245 -1626 -2010 O \ ATOM 24985 N ALA J 142 -48.125 -0.670 -7.550 1.00233.66 N \ ANISOU24985 N ALA J 142 26773 32858 29112 -260 -1628 -2067 N \ ATOM 24986 CA ALA J 142 -47.171 -0.592 -8.665 1.00234.96 C \ ANISOU24986 CA ALA J 142 26930 32793 29510 -223 -1649 -1884 C \ ATOM 24987 C ALA J 142 -47.508 0.507 -9.686 1.00235.48 C \ ANISOU24987 C ALA J 142 26437 32553 28469 -315 -1550 -2301 C \ ATOM 24988 O ALA J 142 -46.628 0.957 -10.422 1.00234.37 O \ ANISOU24988 O ALA J 142 26269 32370 28221 -325 -1533 -2338 O \ ATOM 24989 CB ALA J 142 -47.068 -1.942 -9.363 1.00236.50 C \ ANISOU24989 CB ALA J 142 26080 32042 27832 -241 -1586 -2173 C \ ATOM 24990 N LYS J 143 -48.775 0.930 -9.728 1.00236.72 N \ ANISOU24990 N LYS J 143 26068 31869 27908 -216 -1586 -2119 N \ ATOM 24991 CA LYS J 143 -49.225 1.979 -10.654 1.00236.25 C \ ANISOU24991 CA LYS J 143 26288 32623 28111 -387 -1512 -2455 C \ ATOM 24992 C LYS J 143 -48.914 3.409 -10.169 1.00235.28 C \ ANISOU24992 C LYS J 143 26200 32692 28240 -486 -1446 -2655 C \ ATOM 24993 O LYS J 143 -49.112 4.368 -10.919 1.00235.12 O \ ANISOU24993 O LYS J 143 25994 32441 28268 -536 -1387 -2776 O \ ATOM 24994 CB LYS J 143 -50.731 1.846 -10.925 1.00236.25 C \ ANISOU24994 CB LYS J 143 26135 32803 28126 -518 -1449 -2695 C \ ATOM 24995 CG LYS J 143 -51.157 0.527 -11.558 1.00237.28 C \ ANISOU24995 CG LYS J 143 25942 31975 27448 -201 -1627 -2095 C \ ATOM 24996 CD LYS J 143 -50.757 0.443 -13.022 1.00238.67 C \ ANISOU24996 CD LYS J 143 25907 31821 27241 -124 -1670 -1952 C \ ATOM 24997 CE LYS J 143 -51.402 -0.758 -13.700 1.00240.22 C \ ANISOU24997 CE LYS J 143 25749 31546 27107 -68 -1705 -1837 C \ ATOM 24998 NZ LYS J 143 -51.194 -0.756 -15.174 1.00241.57 N \ ANISOU24998 NZ LYS J 143 25824 31494 27125 -19 -1726 -1743 N \ ATOM 24999 N ASN J 144 -48.435 3.548 -8.929 1.00234.78 N \ ANISOU24999 N ASN J 144 25964 32004 27075 -103 -1697 -1905 N \ ATOM 25000 CA ASN J 144 -48.062 4.853 -8.366 1.00233.55 C \ ANISOU25000 CA ASN J 144 25969 32140 27017 -92 -1723 -1872 C \ ATOM 25001 C ASN J 144 -46.740 5.359 -8.946 1.00231.60 C \ ANISOU25001 C ASN J 144 25987 32370 26897 -117 -1730 -1878 C \ ATOM 25002 O ASN J 144 -45.668 4.851 -8.602 1.00230.28 O \ ANISOU25002 O ASN J 144 26023 32553 26895 -116 -1752 -1854 O \ ATOM 25003 CB ASN J 144 -47.940 4.783 -6.835 1.00234.00 C \ ANISOU25003 CB ASN J 144 26011 32685 26968 -181 -1730 -1959 C \ ATOM 25004 CG ASN J 144 -49.246 4.414 -6.145 1.00234.70 C \ ANISOU25004 CG ASN J 144 25947 32641 27059 -255 -1680 -2108 C \ ATOM 25005 OD1 ASN J 144 -50.331 4.504 -6.728 1.00233.57 O \ ANISOU25005 OD1 ASN J 144 26056 32860 26963 -173 -1755 -1922 O \ ATOM 25006 ND2 ASN J 144 -49.143 3.993 -4.888 1.00234.85 N \ ANISOU25006 ND2 ASN J 144 25619 31480 27068 -85 -1707 -1852 N \ ATOM 25007 N ASP J 145 -46.825 6.359 -9.822 1.00230.19 N \ ANISOU25007 N ASP J 145 25676 31472 27164 -48 -1737 -1752 N \ ATOM 25008 CA ASP J 145 -45.649 6.928 -10.486 1.00228.61 C \ ANISOU25008 CA ASP J 145 25568 31226 27219 -47 -1733 -1702 C \ ATOM 25009 C ASP J 145 -45.147 8.174 -9.744 1.00226.23 C \ ANISOU25009 C ASP J 145 25475 31068 27080 -7 -1764 -1591 C \ ATOM 25010 O ASP J 145 -44.170 8.090 -8.999 1.00225.94 O \ ANISOU25010 O ASP J 145 25821 31722 27415 -80 -1733 -1795 O \ ATOM 25011 CB ASP J 145 -45.964 7.236 -11.959 1.00229.04 C \ ANISOU25011 CB ASP J 145 25924 31994 27386 -89 -1740 -1837 C \ ATOM 25012 CG ASP J 145 -46.290 5.984 -12.762 1.00229.33 C \ ANISOU25012 CG ASP J 145 25972 32181 27502 -165 -1695 -1990 C \ ATOM 25013 OD1 ASP J 145 -45.383 5.148 -12.966 1.00228.20 O \ ANISOU25013 OD1 ASP J 145 25867 31986 27359 -79 -1762 -1797 O \ ATOM 25014 OD2 ASP J 145 -47.456 5.840 -13.191 1.00229.15 O \ ANISOU25014 OD2 ASP J 145 25439 31074 27296 -97 -1692 -1786 O \ ATOM 25015 N ARG J 146 -45.813 9.313 -9.941 1.00224.68 N \ ANISOU25015 N ARG J 146 25164 30682 27218 -103 -1684 -1735 N \ ATOM 25016 CA ARG J 146 -45.449 10.566 -9.260 1.00223.63 C \ ANISOU25016 CA ARG J 146 24677 30100 26618 -77 -1686 -1705 C \ ATOM 25017 C ARG J 146 -45.905 10.579 -7.794 1.00222.14 C \ ANISOU25017 C ARG J 146 24422 29763 26366 -49 -1710 -1595 C \ ATOM 25018 O ARG J 146 -45.291 11.251 -6.946 1.00222.25 O \ ANISOU25018 O ARG J 146 25463 30993 27827 -167 -1630 -1846 O \ ATOM 25019 CB ARG J 146 -46.006 11.782 -10.023 1.00223.83 C \ ANISOU25019 CB ARG J 146 25711 31130 28332 -175 -1618 -1784 C \ ATOM 25020 CG ARG J 146 -47.527 11.904 -10.058 1.00224.05 C \ ANISOU25020 CG ARG J 146 25755 31094 28442 -182 -1594 -1809 C \ ATOM 25021 CD ARG J 146 -48.014 12.586 -11.331 1.00224.38 C \ ANISOU25021 CD ARG J 146 25872 31268 28734 -180 -1633 -1675 C \ ATOM 25022 NE ARG J 146 -49.475 12.576 -11.448 1.00224.95 N \ ANISOU25022 NE ARG J 146 25785 31050 28744 -189 -1593 -1719 N \ ATOM 25023 CZ ARG J 146 -50.209 11.553 -11.893 1.00225.46 C \ ANISOU25023 CZ ARG J 146 25842 31147 28916 -189 -1617 -1628 C \ ATOM 25024 NH1 ARG J 146 -49.641 10.413 -12.281 1.00225.42 N \ ANISOU25024 NH1 ARG J 146 25944 31399 28869 -180 -1658 -1602 N \ ATOM 25025 NH2 ARG J 146 -51.534 11.672 -11.950 1.00226.03 N \ ANISOU25025 NH2 ARG J 146 25849 31133 29208 -199 -1629 -1497 N \ ATOM 25026 N LEU J 147 -46.962 9.810 -7.519 1.00221.52 N \ ANISOU25026 N LEU J 147 25950 31384 29148 -191 -1670 -1476 N \ ATOM 25027 CA LEU J 147 -47.546 9.655 -6.181 1.00221.90 C \ ANISOU25027 CA LEU J 147 25898 31252 29315 -202 -1657 -1418 C \ ATOM 25028 C LEU J 147 -46.539 9.091 -5.175 1.00221.12 C \ ANISOU25028 C LEU J 147 24477 29935 26319 -92 -1662 -1801 C \ ATOM 25029 O LEU J 147 -46.484 9.538 -4.029 1.00220.09 O \ ANISOU25029 O LEU J 147 24397 29775 26149 -76 -1657 -1792 O \ ATOM 25030 CB LEU J 147 -48.773 8.725 -6.225 1.00223.60 C \ ANISOU25030 CB LEU J 147 24286 29600 25827 -12 -1700 -1670 C \ ATOM 25031 CG LEU J 147 -49.976 9.087 -7.121 1.00224.52 C \ ANISOU25031 CG LEU J 147 24201 29414 25772 4 -1708 -1601 C \ ATOM 25032 CD1 LEU J 147 -49.900 8.445 -8.507 1.00225.44 C \ ANISOU25032 CD1 LEU J 147 24487 29960 26153 -112 -1627 -1914 C \ ATOM 25033 CD2 LEU J 147 -51.288 8.702 -6.447 1.00224.27 C \ ANISOU25033 CD2 LEU J 147 24646 30050 26231 -102 -1619 -1912 C \ ATOM 25034 N TRP J 148 -45.758 8.102 -5.615 1.00220.58 N \ ANISOU25034 N TRP J 148 24761 30092 26530 -135 -1582 -1970 N \ ATOM 25035 CA TRP J 148 -44.695 7.491 -4.802 1.00218.62 C \ ANISOU25035 CA TRP J 148 24723 30134 26067 -61 -1646 -1851 C \ ATOM 25036 C TRP J 148 -43.432 8.356 -4.810 1.00214.23 C \ ANISOU25036 C TRP J 148 24816 30084 26505 -127 -1574 -1969 C \ ATOM 25037 O TRP J 148 -42.840 8.621 -3.757 1.00212.01 O \ ANISOU25037 O TRP J 148 24768 30116 26044 -53 -1638 -1846 O \ ATOM 25038 CB TRP J 148 -44.373 6.081 -5.329 1.00221.83 C \ ANISOU25038 CB TRP J 148 24794 30070 26229 -86 -1604 -1907 C \ ATOM 25039 CG TRP J 148 -43.274 5.353 -4.574 1.00224.17 C \ ANISOU25039 CG TRP J 148 24267 29648 25616 19 -1724 -1645 C \ ATOM 25040 CD1 TRP J 148 -41.930 5.405 -4.825 1.00224.48 C \ ANISOU25040 CD1 TRP J 148 24226 29552 25401 77 -1753 -1550 C \ ATOM 25041 CD2 TRP J 148 -43.436 4.462 -3.462 1.00226.01 C \ ANISOU25041 CD2 TRP J 148 24257 29530 25472 99 -1777 -1457 C \ ATOM 25042 NE1 TRP J 148 -41.247 4.611 -3.935 1.00225.24 N \ ANISOU25042 NE1 TRP J 148 24219 29423 25366 127 -1786 -1400 N \ ATOM 25043 CE2 TRP J 148 -42.146 4.019 -3.088 1.00226.10 C \ ANISOU25043 CE2 TRP J 148 24130 29549 25141 106 -1769 -1539 C \ ATOM 25044 CE3 TRP J 148 -44.545 3.999 -2.742 1.00226.90 C \ ANISOU25044 CE3 TRP J 148 24085 29567 25016 89 -1754 -1591 C \ ATOM 25045 CZ2 TRP J 148 -41.934 3.134 -2.024 1.00226.85 C \ ANISOU25045 CZ2 TRP J 148 24127 29739 24935 107 -1771 -1564 C \ ATOM 25046 CZ3 TRP J 148 -44.334 3.121 -1.685 1.00227.62 C \ ANISOU25046 CZ3 TRP J 148 24121 29838 24865 75 -1758 -1605 C \ ATOM 25047 CH2 TRP J 148 -43.037 2.697 -1.338 1.00227.57 C \ ANISOU25047 CH2 TRP J 148 24179 30062 24826 83 -1778 -1562 C \ ATOM 25048 N PHE J 149 -43.041 8.798 -6.005 1.00212.48 N \ ANISOU25048 N PHE J 149 24313 29636 25647 79 -1784 -1444 N \ ATOM 25049 CA PHE J 149 -41.798 9.546 -6.222 1.00211.40 C \ ANISOU25049 CA PHE J 149 24330 29646 25729 83 -1808 -1350 C \ ATOM 25050 C PHE J 149 -41.701 10.855 -5.427 1.00209.80 C \ ANISOU25050 C PHE J 149 24484 29728 26030 60 -1801 -1308 C \ ATOM 25051 O PHE J 149 -40.782 11.015 -4.620 1.00208.94 O \ ANISOU25051 O PHE J 149 24561 29790 26072 70 -1819 -1226 O \ ATOM 25052 CB PHE J 149 -41.610 9.825 -7.720 1.00212.14 C \ ANISOU25052 CB PHE J 149 24231 29632 25745 61 -1817 -1342 C \ ATOM 25053 CG PHE J 149 -40.329 10.535 -8.050 1.00213.00 C \ ANISOU25053 CG PHE J 149 24414 29890 25818 73 -1817 -1398 C \ ATOM 25054 CD1 PHE J 149 -39.127 9.839 -8.133 1.00214.20 C \ ANISOU25054 CD1 PHE J 149 24093 29535 25612 67 -1848 -1236 C \ ATOM 25055 CD2 PHE J 149 -40.325 11.902 -8.282 1.00212.99 C \ ANISOU25055 CD2 PHE J 149 24605 29820 26326 24 -1771 -1370 C \ ATOM 25056 CE1 PHE J 149 -37.949 10.499 -8.436 1.00214.25 C \ ANISOU25056 CE1 PHE J 149 24596 29741 26493 2 -1760 -1333 C \ ATOM 25057 CE2 PHE J 149 -39.152 12.564 -8.583 1.00213.00 C \ ANISOU25057 CE2 PHE J 149 24759 29825 26516 25 -1757 -1330 C \ ATOM 25058 CZ PHE J 149 -37.964 11.864 -8.654 1.00213.43 C \ ANISOU25058 CZ PHE J 149 24771 29797 26589 21 -1766 -1252 C \ ATOM 25059 N LYS J 150 -42.636 11.781 -5.646 1.00209.32 N \ ANISOU25059 N LYS J 150 24629 29765 26775 -42 -1718 -1426 N \ ATOM 25060 CA LYS J 150 -42.565 13.106 -5.000 1.00208.40 C \ ANISOU25060 CA LYS J 150 24575 29690 27030 -71 -1715 -1347 C \ ATOM 25061 C LYS J 150 -42.647 13.047 -3.464 1.00208.61 C \ ANISOU25061 C LYS J 150 24560 29723 27080 -72 -1748 -1225 C \ ATOM 25062 O LYS J 150 -41.982 13.825 -2.770 1.00207.94 O \ ANISOU25062 O LYS J 150 24610 29671 27279 -101 -1673 -1413 O \ ATOM 25063 CB LYS J 150 -43.617 14.055 -5.585 1.00207.45 C \ ANISOU25063 CB LYS J 150 24919 29977 26494 45 -1746 -1405 C \ ATOM 25064 CG LYS J 150 -43.238 14.528 -6.981 1.00207.05 C \ ANISOU25064 CG LYS J 150 24851 29840 26282 69 -1742 -1407 C \ ATOM 25065 CD LYS J 150 -44.327 15.320 -7.677 1.00207.40 C \ ANISOU25065 CD LYS J 150 24891 29869 26184 105 -1770 -1318 C \ ATOM 25066 CE LYS J 150 -43.893 15.677 -9.093 1.00207.46 C \ ANISOU25066 CE LYS J 150 24917 29840 26204 107 -1771 -1276 C \ ATOM 25067 NZ LYS J 150 -44.953 16.369 -9.876 1.00208.10 N \ ANISOU25067 NZ LYS J 150 24785 29803 26072 77 -1726 -1491 N \ ATOM 25068 N THR J 151 -43.437 12.106 -2.948 1.00209.49 N \ ANISOU25068 N THR J 151 24668 29730 26088 29 -1694 -1594 N \ ATOM 25069 CA THR J 151 -43.538 11.850 -1.504 1.00209.78 C \ ANISOU25069 CA THR J 151 24755 29704 25910 100 -1722 -1484 C \ ATOM 25070 C THR J 151 -42.216 11.292 -0.939 1.00211.19 C \ ANISOU25070 C THR J 151 24830 29873 26025 127 -1788 -1298 C \ ATOM 25071 O THR J 151 -41.749 11.744 0.116 1.00211.67 O \ ANISOU25071 O THR J 151 24740 29797 25830 152 -1805 -1237 O \ ATOM 25072 CB THR J 151 -44.702 10.878 -1.204 1.00209.52 C \ ANISOU25072 CB THR J 151 24750 29849 25950 122 -1823 -1154 C \ ATOM 25073 OG1 THR J 151 -45.830 11.226 -2.012 1.00210.88 O \ ANISOU25073 OG1 THR J 151 24755 29861 25896 123 -1828 -1114 O \ ATOM 25074 CG2 THR J 151 -45.114 10.925 0.259 1.00208.56 C \ ANISOU25074 CG2 THR J 151 24677 29802 25664 182 -1816 -1245 C \ ATOM 25075 N ASN J 152 -41.605 10.344 -1.656 1.00212.53 N \ ANISOU25075 N ASN J 152 24741 29843 25608 217 -1804 -1288 N \ ATOM 25076 CA ASN J 152 -40.305 9.761 -1.261 1.00212.74 C \ ANISOU25076 CA ASN J 152 24811 29989 25613 246 -1814 -1286 C \ ATOM 25077 C ASN J 152 -39.144 10.775 -1.372 1.00213.45 C \ ANISOU25077 C ASN J 152 24829 30005 25540 279 -1806 -1301 C \ ATOM 25078 O ASN J 152 -38.196 10.762 -0.564 1.00213.60 O \ ANISOU25078 O ASN J 152 24850 30102 25520 312 -1816 -1283 O \ ATOM 25079 CB ASN J 152 -40.010 8.523 -2.127 1.00213.63 C \ ANISOU25079 CB ASN J 152 24733 29879 26105 89 -1830 -1126 C \ ATOM 25080 CG ASN J 152 -39.438 7.357 -1.335 1.00213.97 C \ ANISOU25080 CG ASN J 152 24749 29951 26271 52 -1849 -1023 C \ ATOM 25081 OD1 ASN J 152 -39.867 7.070 -0.219 1.00214.14 O \ ANISOU25081 OD1 ASN J 152 25059 30190 26654 38 -1839 -998 O \ ATOM 25082 ND2 ASN J 152 -38.495 6.648 -1.939 1.00214.66 N \ ANISOU25082 ND2 ASN J 152 25212 30396 26822 18 -1856 -911 N \ ATOM 25083 N THR J 153 -39.239 11.653 -2.373 1.00214.21 N \ ANISOU25083 N THR J 153 24543 29796 26283 20 -1854 -993 N \ ATOM 25084 CA THR J 153 -38.268 12.728 -2.606 1.00213.12 C \ ANISOU25084 CA THR J 153 24392 29731 26326 -21 -1879 -856 C \ ATOM 25085 C THR J 153 -38.316 13.768 -1.469 1.00213.04 C \ ANISOU25085 C THR J 153 24344 29828 26191 -30 -1910 -784 C \ ATOM 25086 O THR J 153 -37.275 14.119 -0.896 1.00213.08 O \ ANISOU25086 O THR J 153 24335 29668 26563 -50 -1868 -840 O \ ATOM 25087 CB THR J 153 -38.521 13.400 -3.983 1.00212.29 C \ ANISOU25087 CB THR J 153 25318 30350 26961 42 -1811 -1076 C \ ATOM 25088 OG1 THR J 153 -38.450 12.412 -5.026 1.00211.83 O \ ANISOU25088 OG1 THR J 153 25466 30420 27160 34 -1797 -1069 O \ ATOM 25089 CG2 THR J 153 -37.512 14.513 -4.273 1.00211.53 C \ ANISOU25089 CG2 THR J 153 25644 30574 27142 55 -1801 -1057 C \ ATOM 25090 N LYS J 154 -39.517 14.239 -1.129 1.00212.47 N \ ANISOU25090 N LYS J 154 25766 30693 27308 38 -1807 -995 N \ ATOM 25091 CA LYS J 154 -39.682 15.184 -0.016 1.00211.52 C \ ANISOU25091 CA LYS J 154 25772 30694 27072 91 -1798 -1114 C \ ATOM 25092 C LYS J 154 -39.366 14.551 1.347 1.00212.00 C \ ANISOU25092 C LYS J 154 25800 30705 26935 114 -1795 -1114 C \ ATOM 25093 O LYS J 154 -38.823 15.228 2.231 1.00211.90 O \ ANISOU25093 O LYS J 154 25713 30729 26839 91 -1815 -1040 O \ ATOM 25094 CB LYS J 154 -41.083 15.804 -0.026 1.00210.93 C \ ANISOU25094 CB LYS J 154 25741 30765 26826 79 -1812 -1018 C \ ATOM 25095 CG LYS J 154 -41.276 16.805 -1.153 1.00211.06 C \ ANISOU25095 CG LYS J 154 25944 30824 26920 158 -1784 -1180 C \ ATOM 25096 CD LYS J 154 -42.701 17.323 -1.225 1.00211.64 C \ ANISOU25096 CD LYS J 154 26071 30875 27022 172 -1765 -1246 C \ ATOM 25097 CE LYS J 154 -42.857 18.326 -2.358 1.00211.54 C \ ANISOU25097 CE LYS J 154 26171 30995 27004 209 -1762 -1280 C \ ATOM 25098 NZ LYS J 154 -44.216 18.932 -2.386 1.00211.80 N \ ANISOU25098 NZ LYS J 154 26283 31084 27097 208 -1747 -1335 N \ ATOM 25099 N LEU J 155 -39.693 13.263 1.515 1.00212.44 N \ ANISOU25099 N LEU J 155 26420 31278 27142 236 -1751 -1345 N \ ATOM 25100 CA LEU J 155 -39.249 12.512 2.702 1.00213.11 C \ ANISOU25100 CA LEU J 155 25694 30817 26859 78 -1834 -1005 C \ ATOM 25101 C LEU J 155 -37.722 12.428 2.742 1.00215.57 C \ ANISOU25101 C LEU J 155 25722 30998 26896 40 -1855 -929 C \ ATOM 25102 O LEU J 155 -37.123 12.564 3.808 1.00216.95 O \ ANISOU25102 O LEU J 155 25598 30935 26927 -9 -1872 -822 O \ ATOM 25103 CB LEU J 155 -39.838 11.097 2.721 1.00212.19 C \ ANISOU25103 CB LEU J 155 25568 31025 26871 -45 -1883 -765 C \ ATOM 25104 CG LEU J 155 -39.514 10.220 3.942 1.00211.74 C \ ANISOU25104 CG LEU J 155 25791 31176 26989 33 -1872 -910 C \ ATOM 25105 CD1 LEU J 155 -40.449 10.535 5.098 1.00211.51 C \ ANISOU25105 CD1 LEU J 155 25882 31256 26937 77 -1859 -994 C \ ATOM 25106 CD2 LEU J 155 -39.585 8.739 3.598 1.00212.04 C \ ANISOU25106 CD2 LEU J 155 25962 31400 27073 75 -1875 -982 C \ ATOM 25107 N GLY J 156 -37.102 12.194 1.583 1.00217.47 N \ ANISOU25107 N GLY J 156 25856 31320 26799 71 -1850 -1014 N \ ATOM 25108 CA GLY J 156 -35.634 12.241 1.467 1.00218.57 C \ ANISOU25108 CA GLY J 156 25584 30854 27092 -15 -1873 -796 C \ ATOM 25109 C GLY J 156 -35.016 13.571 1.897 1.00219.40 C \ ANISOU25109 C GLY J 156 25674 30981 27380 -57 -1886 -686 C \ ATOM 25110 O GLY J 156 -33.951 13.611 2.561 1.00220.47 O \ ANISOU25110 O GLY J 156 25788 31017 27439 -53 -1871 -703 O \ ATOM 25111 N LYS J 157 -35.689 14.664 1.529 1.00219.87 N \ ANISOU25111 N LYS J 157 25760 31069 27509 -92 -1887 -599 N \ ATOM 25112 CA LYS J 157 -35.284 16.008 1.961 1.00219.61 C \ ANISOU25112 CA LYS J 157 25693 30940 27648 -63 -1879 -673 C \ ATOM 25113 C LYS J 157 -35.430 16.192 3.475 1.00219.19 C \ ANISOU25113 C LYS J 157 25643 31020 27778 -96 -1906 -569 C \ ATOM 25114 O LYS J 157 -34.550 16.770 4.115 1.00219.32 O \ ANISOU25114 O LYS J 157 25549 30994 27585 -86 -1916 -597 O \ ATOM 25115 CB LYS J 157 -36.085 17.083 1.215 1.00220.26 C \ ANISOU25115 CB LYS J 157 25604 31041 28031 -136 -1921 -434 C \ ATOM 25116 CG LYS J 157 -35.763 17.170 -0.271 1.00221.00 C \ ANISOU25116 CG LYS J 157 25455 31023 27659 -118 -1940 -499 C \ ATOM 25117 CD LYS J 157 -36.765 18.033 -1.020 1.00221.53 C \ ANISOU25117 CD LYS J 157 25485 31047 28101 -167 -1946 -324 C \ ATOM 25118 CE LYS J 157 -36.504 18.012 -2.518 1.00222.31 C \ ANISOU25118 CE LYS J 157 25398 31024 27891 -159 -1955 -360 C \ ATOM 25119 NZ LYS J 157 -37.567 18.722 -3.282 1.00223.29 N \ ANISOU25119 NZ LYS J 157 25268 31023 27947 -192 -1980 -250 N \ ATOM 25120 N LEU J 158 -36.532 15.697 4.041 1.00219.43 N \ ANISOU25120 N LEU J 158 25953 31039 27458 -10 -1842 -822 N \ ATOM 25121 CA LEU J 158 -36.724 15.710 5.504 1.00220.07 C \ ANISOU25121 CA LEU J 158 25996 31013 27411 -3 -1826 -848 C \ ATOM 25122 C LEU J 158 -35.697 14.840 6.238 1.00219.66 C \ ANISOU25122 C LEU J 158 26094 31219 27364 -20 -1832 -830 C \ ATOM 25123 O LEU J 158 -35.253 15.181 7.343 1.00219.67 O \ ANISOU25123 O LEU J 158 26196 31350 27470 -45 -1832 -791 O \ ATOM 25124 CB LEU J 158 -38.137 15.245 5.869 1.00220.97 C \ ANISOU25124 CB LEU J 158 25969 30829 27267 42 -1795 -969 C \ ATOM 25125 CG LEU J 158 -39.280 16.191 5.487 1.00221.28 C \ ANISOU25125 CG LEU J 158 25946 30703 27384 43 -1777 -1007 C \ ATOM 25126 CD1 LEU J 158 -40.589 15.422 5.390 1.00222.23 C \ ANISOU25126 CD1 LEU J 158 25958 30642 27289 76 -1755 -1119 C \ ATOM 25127 CD2 LEU J 158 -39.398 17.341 6.479 1.00221.02 C \ ANISOU25127 CD2 LEU J 158 25854 30547 27344 31 -1766 -990 C \ ATOM 25128 N TYR J 159 -35.331 13.720 5.620 1.00219.85 N \ ANISOU25128 N TYR J 159 26210 31405 27365 -9 -1832 -869 N \ ATOM 25129 CA TYR J 159 -34.288 12.830 6.142 1.00221.18 C \ ANISOU25129 CA TYR J 159 26303 31633 27346 -35 -1829 -876 C \ ATOM 25130 C TYR J 159 -32.893 13.461 6.009 1.00221.72 C \ ANISOU25130 C TYR J 159 26261 31813 27398 -107 -1860 -753 C \ ATOM 25131 O TYR J 159 -32.004 13.167 6.822 1.00221.97 O \ ANISOU25131 O TYR J 159 26185 31875 27261 -151 -1857 -745 O \ ATOM 25132 CB TYR J 159 -34.324 11.462 5.440 1.00221.82 C \ ANISOU25132 CB TYR J 159 26423 31777 27355 -6 -1816 -955 C \ ATOM 25133 CG TYR J 159 -35.172 10.409 6.137 1.00222.25 C \ ANISOU25133 CG TYR J 159 26598 31780 27433 59 -1786 -1058 C \ ATOM 25134 CD1 TYR J 159 -36.552 10.559 6.266 1.00221.42 C \ ANISOU25134 CD1 TYR J 159 26701 31832 27446 68 -1754 -1118 C \ ATOM 25135 CD2 TYR J 159 -34.593 9.249 6.648 1.00222.86 C \ ANISOU25135 CD2 TYR J 159 26693 31947 27398 38 -1740 -1144 C \ ATOM 25136 CE1 TYR J 159 -37.323 9.595 6.897 1.00221.44 C \ ANISOU25136 CE1 TYR J 159 26789 31771 27514 100 -1739 -1147 C \ ATOM 25137 CE2 TYR J 159 -35.361 8.278 7.278 1.00222.75 C \ ANISOU25137 CE2 TYR J 159 26301 31905 27599 -125 -1889 -658 C \ ATOM 25138 CZ TYR J 159 -36.724 8.460 7.397 1.00221.91 C \ ANISOU25138 CZ TYR J 159 26208 32042 27635 -196 -1927 -508 C \ ATOM 25139 OH TYR J 159 -37.497 7.508 8.016 1.00221.71 O \ ANISOU25139 OH TYR J 159 26065 31936 27627 -235 -1941 -396 O \ ATOM 25140 N LEU J 160 -32.698 14.300 4.980 1.00222.27 N \ ANISOU25140 N LEU J 160 26164 32263 27813 -303 -1972 -260 N \ ATOM 25141 CA LEU J 160 -31.471 15.139 4.902 1.00222.19 C \ ANISOU25141 CA LEU J 160 26322 32183 27906 -197 -1950 -440 C \ ATOM 25142 C LEU J 160 -31.379 16.187 6.020 1.00222.86 C \ ANISOU25142 C LEU J 160 26381 32484 28139 -268 -1992 -261 C \ ATOM 25143 O LEU J 160 -30.295 16.435 6.548 1.00223.76 O \ ANISOU25143 O LEU J 160 26471 32838 28099 -325 -2006 -240 O \ ATOM 25144 CB LEU J 160 -31.349 15.832 3.535 1.00221.26 C \ ANISOU25144 CB LEU J 160 26484 33118 28283 -405 -2052 -44 C \ ATOM 25145 CG LEU J 160 -30.782 14.968 2.400 1.00221.17 C \ ANISOU25145 CG LEU J 160 26358 33155 28243 -466 -2074 86 C \ ATOM 25146 CD1 LEU J 160 -31.365 15.388 1.058 1.00220.79 C \ ANISOU25146 CD1 LEU J 160 26389 33100 28198 -457 -2053 33 C \ ATOM 25147 CD2 LEU J 160 -29.258 15.005 2.371 1.00220.41 C \ ANISOU25147 CD2 LEU J 160 26224 33288 28280 -540 -2120 284 C \ ATOM 25148 N GLU J 161 -32.510 16.805 6.361 1.00223.66 N \ ANISOU25148 N GLU J 161 26116 31783 27697 -196 -1918 -449 N \ ATOM 25149 CA GLU J 161 -32.590 17.761 7.486 1.00224.45 C \ ANISOU25149 CA GLU J 161 26276 31935 28008 -220 -1927 -355 C \ ATOM 25150 C GLU J 161 -32.446 17.073 8.854 1.00224.96 C \ ANISOU25150 C GLU J 161 26283 31965 28319 -238 -1950 -219 C \ ATOM 25151 O GLU J 161 -31.990 17.697 9.819 1.00224.56 O \ ANISOU25151 O GLU J 161 26224 31997 28443 -279 -1971 -80 O \ ATOM 25152 CB GLU J 161 -33.924 18.525 7.462 1.00225.18 C \ ANISOU25152 CB GLU J 161 26299 32161 27966 -282 -1940 -286 C \ ATOM 25153 CG GLU J 161 -34.118 19.458 6.274 1.00225.85 C \ ANISOU25153 CG GLU J 161 26254 32048 27688 -264 -1905 -427 C \ ATOM 25154 CD GLU J 161 -33.296 20.731 6.374 1.00226.29 C \ ANISOU25154 CD GLU J 161 26120 32104 27523 -331 -1912 -366 C \ ATOM 25155 OE1 GLU J 161 -33.388 21.430 7.405 1.00226.45 O \ ANISOU25155 OE1 GLU J 161 25936 32158 27467 -400 -1951 -207 O \ ATOM 25156 OE2 GLU J 161 -32.568 21.041 5.408 1.00226.54 O \ ANISOU25156 OE2 GLU J 161 26049 31958 27308 -318 -1880 -472 O \ ATOM 25157 N ARG J 162 -32.862 15.803 8.925 1.00225.83 N \ ANISOU25157 N ARG J 162 26307 31907 28415 -209 -1944 -261 N \ ATOM 25158 CA ARG J 162 -32.799 14.991 10.159 1.00226.04 C \ ANISOU25158 CA ARG J 162 26362 31957 28785 -220 -1955 -163 C \ ATOM 25159 C ARG J 162 -31.383 14.494 10.506 1.00225.37 C \ ANISOU25159 C ARG J 162 26458 31819 28984 -178 -1914 -274 C \ ATOM 25160 O ARG J 162 -31.140 14.066 11.640 1.00226.98 O \ ANISOU25160 O ARG J 162 26693 31916 29056 -134 -1884 -433 O \ ATOM 25161 CB ARG J 162 -33.776 13.801 10.028 1.00227.43 C \ ANISOU25161 CB ARG J 162 26254 31927 28706 -224 -1969 -150 C \ ATOM 25162 CG ARG J 162 -33.859 12.821 11.199 1.00228.99 C \ ANISOU25162 CG ARG J 162 26157 31826 28956 -236 -1975 -59 C \ ATOM 25163 CD ARG J 162 -34.393 13.444 12.483 1.00230.05 C \ ANISOU25163 CD ARG J 162 26129 31976 29206 -294 -2012 167 C \ ATOM 25164 NE ARG J 162 -34.315 12.514 13.617 1.00231.31 N \ ANISOU25164 NE ARG J 162 26172 32249 29164 -343 -2050 286 N \ ATOM 25165 CZ ARG J 162 -33.241 12.317 14.389 1.00230.97 C \ ANISOU25165 CZ ARG J 162 26006 31781 29408 -296 -2000 229 C \ ATOM 25166 NH1 ARG J 162 -32.106 12.979 14.178 1.00230.79 N \ ANISOU25166 NH1 ARG J 162 26336 31673 29141 -196 -1911 -187 N \ ATOM 25167 NH2 ARG J 162 -33.304 11.442 15.387 1.00231.06 N \ ANISOU25167 NH2 ARG J 162 26313 31454 29254 -168 -1867 -296 N \ ATOM 25168 N GLU J 163 -30.465 14.577 9.537 1.00225.28 N \ ANISOU25168 N GLU J 163 26269 31395 29611 -184 -1855 -243 N \ ATOM 25169 CA GLU J 163 -29.087 14.051 9.631 1.00226.93 C \ ANISOU25169 CA GLU J 163 26219 31200 29694 -167 -1808 -366 C \ ATOM 25170 C GLU J 163 -29.037 12.513 9.605 1.00227.84 C \ ANISOU25170 C GLU J 163 26287 31376 29217 -171 -1858 -284 C \ ATOM 25171 O GLU J 163 -28.111 11.898 10.148 1.00228.09 O \ ANISOU25171 O GLU J 163 26108 31223 28687 -162 -1866 -329 O \ ATOM 25172 CB GLU J 163 -28.309 14.616 10.840 1.00227.47 C \ ANISOU25172 CB GLU J 163 26025 31004 28342 -119 -1836 -502 C \ ATOM 25173 CG GLU J 163 -27.883 16.073 10.702 1.00226.32 C \ ANISOU25173 CG GLU J 163 25975 31270 28504 -204 -1902 -198 C \ ATOM 25174 CD GLU J 163 -26.873 16.502 11.758 1.00225.68 C \ ANISOU25174 CD GLU J 163 25981 30976 28022 -111 -1837 -545 C \ ATOM 25175 OE1 GLU J 163 -26.697 15.778 12.762 1.00225.19 O \ ANISOU25175 OE1 GLU J 163 25940 31264 28175 -202 -1899 -260 O \ ATOM 25176 OE2 GLU J 163 -26.253 17.572 11.580 1.00224.54 O \ ANISOU25176 OE2 GLU J 163 25918 31079 27921 -152 -1865 -435 O \ ATOM 25177 N GLU J 164 -30.028 11.910 8.943 1.00228.00 N \ ANISOU25177 N GLU J 164 25655 30839 27408 -150 -1857 -498 N \ ATOM 25178 CA GLU J 164 -30.104 10.462 8.764 1.00229.25 C \ ANISOU25178 CA GLU J 164 26133 31422 29677 -220 -1892 -65 C \ ATOM 25179 C GLU J 164 -29.580 10.110 7.370 1.00229.67 C \ ANISOU25179 C GLU J 164 26105 31392 30070 -237 -1881 6 C \ ATOM 25180 O GLU J 164 -30.061 10.643 6.365 1.00230.73 O \ ANISOU25180 O GLU J 164 26161 31380 30131 -219 -1853 -130 O \ ATOM 25181 CB GLU J 164 -31.553 9.983 8.947 1.00228.68 C \ ANISOU25181 CB GLU J 164 26161 31254 30338 -210 -1802 -249 C \ ATOM 25182 CG GLU J 164 -31.796 8.485 8.755 1.00228.82 C \ ANISOU25182 CG GLU J 164 26223 31542 29970 -218 -1883 -121 C \ ATOM 25183 CD GLU J 164 -31.139 7.613 9.813 1.00229.80 C \ ANISOU25183 CD GLU J 164 26286 31562 29996 -202 -1863 -245 C \ ATOM 25184 OE1 GLU J 164 -31.238 7.936 11.016 1.00230.52 O \ ANISOU25184 OE1 GLU J 164 26244 31375 29673 -161 -1823 -472 O \ ATOM 25185 OE2 GLU J 164 -30.530 6.588 9.437 1.00229.49 O \ ANISOU25185 OE2 GLU J 164 26304 31379 29766 -153 -1792 -602 O \ ATOM 25186 N TYR J 165 -28.583 9.227 7.322 1.00229.37 N \ ANISOU25186 N TYR J 165 26364 31804 29922 -214 -1909 -157 N \ ATOM 25187 CA TYR J 165 -27.964 8.806 6.062 1.00229.03 C \ ANISOU25187 CA TYR J 165 26348 31966 30205 -262 -1949 73 C \ ATOM 25188 C TYR J 165 -28.103 7.297 5.792 1.00229.70 C \ ANISOU25188 C TYR J 165 26279 32063 29977 -278 -1989 132 C \ ATOM 25189 O TYR J 165 -27.856 6.845 4.672 1.00229.28 O \ ANISOU25189 O TYR J 165 26196 32157 30234 -328 -2024 353 O \ ATOM 25190 CB TYR J 165 -26.487 9.225 6.044 1.00228.66 C \ ANISOU25190 CB TYR J 165 26112 32222 30017 -343 -2055 385 C \ ATOM 25191 CG TYR J 165 -26.263 10.683 6.410 1.00226.40 C \ ANISOU25191 CG TYR J 165 25999 31086 29162 -142 -1826 -513 C \ ATOM 25192 CD1 TYR J 165 -26.479 11.698 5.481 1.00224.69 C \ ANISOU25192 CD1 TYR J 165 25814 30776 28729 -107 -1791 -701 C \ ATOM 25193 CD2 TYR J 165 -25.841 11.044 7.686 1.00225.69 C \ ANISOU25193 CD2 TYR J 165 25919 30765 29047 -112 -1737 -824 C \ ATOM 25194 CE1 TYR J 165 -26.275 13.030 5.807 1.00223.66 C \ ANISOU25194 CE1 TYR J 165 25908 30698 28924 -99 -1704 -985 C \ ATOM 25195 CE2 TYR J 165 -25.637 12.374 8.024 1.00224.71 C \ ANISOU25195 CE2 TYR J 165 25626 30571 28282 -91 -1803 -693 C \ ATOM 25196 CZ TYR J 165 -25.855 13.364 7.082 1.00223.50 C \ ANISOU25196 CZ TYR J 165 25646 30485 28025 -54 -1777 -850 C \ ATOM 25197 OH TYR J 165 -25.656 14.688 7.411 1.00220.83 O \ ANISOU25197 OH TYR J 165 25616 30478 27792 -30 -1781 -926 O \ ATOM 25198 N GLY J 166 -28.518 6.532 6.804 1.00229.59 N \ ANISOU25198 N GLY J 166 25732 30564 27916 -45 -1789 -818 N \ ATOM 25199 CA GLY J 166 -28.700 5.087 6.673 1.00230.47 C \ ANISOU25199 CA GLY J 166 26039 30870 29489 -136 -1726 -745 C \ ATOM 25200 C GLY J 166 -29.939 4.718 5.877 1.00230.75 C \ ANISOU25200 C GLY J 166 26098 30837 29828 -150 -1667 -862 C \ ATOM 25201 O GLY J 166 -29.844 4.044 4.852 1.00230.96 O \ ANISOU25201 O GLY J 166 26092 30847 30026 -167 -1636 -947 O \ ATOM 25202 N LYS J 167 -31.100 5.158 6.357 1.00230.91 N \ ANISOU25202 N LYS J 167 26325 31025 30313 -177 -1580 -1130 N \ ATOM 25203 CA LYS J 167 -32.378 4.916 5.677 1.00231.20 C \ ANISOU25203 CA LYS J 167 26111 30840 30194 -171 -1663 -738 C \ ATOM 25204 C LYS J 167 -32.550 5.772 4.415 1.00229.75 C \ ANISOU25204 C LYS J 167 26131 30815 30063 -160 -1670 -716 C \ ATOM 25205 O LYS J 167 -33.315 5.409 3.512 1.00230.16 O \ ANISOU25205 O LYS J 167 26197 30922 30449 -182 -1686 -532 O \ ATOM 25206 CB LYS J 167 -33.545 5.171 6.634 1.00231.85 C \ ANISOU25206 CB LYS J 167 26210 30907 30880 -201 -1652 -517 C \ ATOM 25207 CG LYS J 167 -33.633 4.190 7.792 1.00232.98 C \ ANISOU25207 CG LYS J 167 26207 31013 30284 -183 -1736 -390 C \ ATOM 25208 CD LYS J 167 -34.904 4.412 8.603 1.00232.45 C \ ANISOU25208 CD LYS J 167 25765 30613 29815 -178 -1670 -818 C \ ATOM 25209 CE LYS J 167 -35.188 3.253 9.548 1.00233.16 C \ ANISOU25209 CE LYS J 167 25371 30248 29595 -194 -1646 -888 C \ ATOM 25210 NZ LYS J 167 -36.546 3.348 10.153 1.00232.53 N \ ANISOU25210 NZ LYS J 167 25116 29994 28990 -176 -1638 -1051 N \ ATOM 25211 N LEU J 168 -31.840 6.902 4.362 1.00227.00 N \ ANISOU25211 N LEU J 168 25051 29916 29016 -193 -1590 -1213 N \ ATOM 25212 CA LEU J 168 -31.803 7.774 3.181 1.00224.56 C \ ANISOU25212 CA LEU J 168 25269 30261 29655 -209 -1693 -691 C \ ATOM 25213 C LEU J 168 -31.233 7.048 1.952 1.00225.64 C \ ANISOU25213 C LEU J 168 25240 30257 29891 -230 -1665 -742 C \ ATOM 25214 O LEU J 168 -31.681 7.271 0.816 1.00225.11 O \ ANISOU25214 O LEU J 168 25183 30331 29817 -237 -1721 -575 O \ ATOM 25215 CB LEU J 168 -30.976 9.028 3.493 1.00222.34 C \ ANISOU25215 CB LEU J 168 25208 30376 30033 -254 -1693 -654 C \ ATOM 25216 CG LEU J 168 -30.896 10.148 2.453 1.00221.49 C \ ANISOU25216 CG LEU J 168 25225 30522 29934 -256 -1748 -525 C \ ATOM 25217 CD1 LEU J 168 -32.274 10.682 2.102 1.00220.78 C \ ANISOU25217 CD1 LEU J 168 24939 29848 28434 -145 -1684 -1006 C \ ATOM 25218 CD2 LEU J 168 -30.010 11.273 2.970 1.00221.64 C \ ANISOU25218 CD2 LEU J 168 25137 30051 28295 -121 -1682 -1133 C \ ATOM 25219 N GLN J 169 -30.257 6.171 2.190 1.00227.40 N \ ANISOU25219 N GLN J 169 25235 30077 28329 -124 -1632 -1311 N \ ATOM 25220 CA GLN J 169 -29.700 5.310 1.141 1.00228.35 C \ ANISOU25220 CA GLN J 169 25205 30073 28268 -137 -1601 -1454 C \ ATOM 25221 C GLN J 169 -30.741 4.335 0.586 1.00228.89 C \ ANISOU25221 C GLN J 169 25193 30144 28002 -87 -1733 -1051 C \ ATOM 25222 O GLN J 169 -30.753 4.082 -0.614 1.00230.73 O \ ANISOU25222 O GLN J 169 25172 30236 28029 -96 -1779 -897 O \ ATOM 25223 CB GLN J 169 -28.486 4.528 1.655 1.00229.36 C \ ANISOU25223 CB GLN J 169 25165 30113 27660 -58 -1728 -1171 C \ ATOM 25224 CG GLN J 169 -27.213 5.349 1.763 1.00229.00 C \ ANISOU25224 CG GLN J 169 25173 30295 27812 -85 -1820 -790 C \ ATOM 25225 CD GLN J 169 -26.167 4.677 2.631 1.00230.47 C \ ANISOU25225 CD GLN J 169 25256 30029 28341 -119 -1624 -1300 C \ ATOM 25226 OE1 GLN J 169 -25.795 3.525 2.403 1.00231.60 O \ ANISOU25226 OE1 GLN J 169 25240 29958 28280 -128 -1576 -1461 O \ ATOM 25227 NE2 GLN J 169 -25.690 5.397 3.639 1.00230.30 N \ ANISOU25227 NE2 GLN J 169 24945 29663 28326 -176 -1511 -1596 N \ ATOM 25228 N LYS J 170 -31.599 3.795 1.457 1.00226.85 N \ ANISOU25228 N LYS J 170 25002 29734 28326 -198 -1467 -1768 N \ ATOM 25229 CA LYS J 170 -32.723 2.932 1.048 1.00224.28 C \ ANISOU25229 CA LYS J 170 25495 30140 28468 -114 -1583 -1410 C \ ATOM 25230 C LYS J 170 -33.748 3.709 0.220 1.00221.34 C \ ANISOU25230 C LYS J 170 25678 30317 28279 -72 -1626 -1350 C \ ATOM 25231 O LYS J 170 -34.239 3.215 -0.806 1.00221.04 O \ ANISOU25231 O LYS J 170 25743 30327 28340 -65 -1637 -1264 O \ ATOM 25232 CB LYS J 170 -33.415 2.326 2.274 1.00224.20 C \ ANISOU25232 CB LYS J 170 25724 30365 28057 -59 -1610 -1479 C \ ATOM 25233 CG LYS J 170 -34.440 1.247 1.944 1.00224.73 C \ ANISOU25233 CG LYS J 170 24602 29320 28353 -197 -1503 -1520 C \ ATOM 25234 CD LYS J 170 -35.470 1.083 3.052 1.00224.58 C \ ANISOU25234 CD LYS J 170 24325 29048 28464 -244 -1434 -1649 C \ ATOM 25235 CE LYS J 170 -36.626 0.198 2.612 1.00225.34 C \ ANISOU25235 CE LYS J 170 24288 29095 28367 -266 -1414 -1782 C \ ATOM 25236 NZ LYS J 170 -37.775 0.277 3.556 1.00225.50 N \ ANISOU25236 NZ LYS J 170 24346 29187 28524 -309 -1349 -1982 N \ ATOM 25237 N ILE J 171 -34.062 4.922 0.675 1.00219.03 N \ ANISOU25237 N ILE J 171 24123 28833 28701 -257 -1436 -1501 N \ ATOM 25238 CA ILE J 171 -34.946 5.835 -0.064 1.00219.72 C \ ANISOU25238 CA ILE J 171 24065 28701 28920 -266 -1409 -1464 C \ ATOM 25239 C ILE J 171 -34.348 6.118 -1.451 1.00220.14 C \ ANISOU25239 C ILE J 171 24081 28728 29353 -273 -1428 -1260 C \ ATOM 25240 O ILE J 171 -35.038 5.967 -2.469 1.00219.89 O \ ANISOU25240 O ILE J 171 24101 28782 29202 -245 -1507 -1023 O \ ATOM 25241 CB ILE J 171 -35.196 7.152 0.726 1.00219.34 C \ ANISOU25241 CB ILE J 171 24023 28763 29400 -253 -1545 -797 C \ ATOM 25242 CG1 ILE J 171 -35.949 6.865 2.033 1.00219.60 C \ ANISOU25242 CG1 ILE J 171 24042 28792 29908 -281 -1512 -761 C \ ATOM 25243 CG2 ILE J 171 -35.985 8.169 -0.097 1.00218.29 C \ ANISOU25243 CG2 ILE J 171 23850 28656 29030 -239 -1614 -603 C \ ATOM 25244 CD1 ILE J 171 -35.684 7.878 3.127 1.00219.19 C \ ANISOU25244 CD1 ILE J 171 24118 28976 28034 -241 -1467 -1676 C \ ATOM 25245 N LEU J 172 -33.063 6.485 -1.492 1.00220.10 N \ ANISOU25245 N LEU J 172 23988 28935 27808 -256 -1458 -1782 N \ ATOM 25246 CA LEU J 172 -32.359 6.723 -2.770 1.00219.71 C \ ANISOU25246 CA LEU J 172 23960 28953 27429 -255 -1448 -1923 C \ ATOM 25247 C LEU J 172 -32.211 5.466 -3.650 1.00218.28 C \ ANISOU25247 C LEU J 172 23815 28893 27316 -298 -1402 -2094 C \ ATOM 25248 O LEU J 172 -32.147 5.571 -4.879 1.00218.61 O \ ANISOU25248 O LEU J 172 24000 28994 27698 -226 -1522 -1625 O \ ATOM 25249 CB LEU J 172 -30.982 7.356 -2.520 1.00221.35 C \ ANISOU25249 CB LEU J 172 24008 29007 28072 -240 -1531 -1486 C \ ATOM 25250 CG LEU J 172 -31.003 8.832 -2.090 1.00221.81 C \ ANISOU25250 CG LEU J 172 23951 29021 27870 -217 -1595 -1335 C \ ATOM 25251 CD1 LEU J 172 -29.668 9.246 -1.479 1.00222.16 C \ ANISOU25251 CD1 LEU J 172 23728 28809 27357 -182 -1648 -1230 C \ ATOM 25252 CD2 LEU J 172 -31.379 9.750 -3.250 1.00221.47 C \ ANISOU25252 CD2 LEU J 172 24042 29168 28176 -241 -1586 -1333 C \ ATOM 25253 N ARG J 173 -32.157 4.291 -3.025 1.00216.54 N \ ANISOU25253 N ARG J 173 24138 29093 27292 -211 -1490 -1848 N \ ATOM 25254 CA ARG J 173 -32.152 3.004 -3.735 1.00215.39 C \ ANISOU25254 CA ARG J 173 24425 29427 27257 -205 -1488 -1944 C \ ATOM 25255 C ARG J 173 -33.484 2.774 -4.449 1.00215.16 C \ ANISOU25255 C ARG J 173 24737 29760 27666 -256 -1423 -2120 C \ ATOM 25256 O ARG J 173 -33.506 2.360 -5.614 1.00215.97 O \ ANISOU25256 O ARG J 173 24884 30020 27680 -287 -1400 -2251 O \ ATOM 25257 CB ARG J 173 -31.869 1.837 -2.775 1.00214.92 C \ ANISOU25257 CB ARG J 173 24461 29401 26995 -148 -1540 -1820 C \ ATOM 25258 CG ARG J 173 -30.404 1.442 -2.674 1.00214.99 C \ ANISOU25258 CG ARG J 173 24507 29456 26880 -102 -1600 -1674 C \ ATOM 25259 CD ARG J 173 -30.169 0.432 -1.557 1.00216.25 C \ ANISOU25259 CD ARG J 173 24529 29407 26730 -61 -1635 -1561 C \ ATOM 25260 NE ARG J 173 -29.852 1.067 -0.273 1.00216.04 N \ ANISOU25260 NE ARG J 173 24524 29567 26679 -91 -1614 -1718 N \ ATOM 25261 CZ ARG J 173 -29.729 0.418 0.886 1.00216.31 C \ ANISOU25261 CZ ARG J 173 25019 29954 28184 -268 -1394 -2120 C \ ATOM 25262 NH1 ARG J 173 -29.889 -0.903 0.948 1.00217.77 N \ ANISOU25262 NH1 ARG J 173 25125 30085 28429 -323 -1324 -2300 N \ ATOM 25263 NH2 ARG J 173 -29.435 1.093 1.994 1.00214.60 N \ ANISOU25263 NH2 ARG J 173 24955 30012 28558 -394 -1254 -2480 N \ ATOM 25264 N GLN J 174 -34.585 3.051 -3.749 1.00213.52 N \ ANISOU25264 N GLN J 174 24881 30047 28477 -453 -1199 -2672 N \ ATOM 25265 CA GLN J 174 -35.929 2.954 -4.338 1.00212.48 C \ ANISOU25265 CA GLN J 174 25364 30201 28869 -315 -1311 -2245 C \ ATOM 25266 C GLN J 174 -36.134 3.961 -5.472 1.00211.46 C \ ANISOU25266 C GLN J 174 25752 30609 29337 -363 -1246 -2419 C \ ATOM 25267 O GLN J 174 -36.661 3.611 -6.537 1.00210.62 O \ ANISOU25267 O GLN J 174 25951 30808 29244 -352 -1257 -2436 O \ ATOM 25268 CB GLN J 174 -37.005 3.164 -3.267 1.00212.38 C \ ANISOU25268 CB GLN J 174 25921 30806 29861 -427 -1164 -2588 C \ ATOM 25269 CG GLN J 174 -37.117 2.032 -2.255 1.00213.41 C \ ANISOU25269 CG GLN J 174 26041 30936 29485 -408 -1189 -2605 C \ ATOM 25270 CD GLN J 174 -38.184 2.291 -1.203 1.00212.77 C \ ANISOU25270 CD GLN J 174 26015 30928 29855 -455 -1129 -2709 C \ ATOM 25271 OE1 GLN J 174 -38.157 3.308 -0.509 1.00210.28 O \ ANISOU25271 OE1 GLN J 174 24777 29813 28651 -394 -1255 -2421 O \ ATOM 25272 NE2 GLN J 174 -39.127 1.366 -1.076 1.00214.20 N \ ANISOU25272 NE2 GLN J 174 24711 29837 28898 -462 -1185 -2593 N \ ATOM 25273 N LEU J 175 -35.709 5.204 -5.240 1.00211.93 N \ ANISOU25273 N LEU J 175 24844 30125 28811 -484 -1192 -2679 N \ ATOM 25274 CA LEU J 175 -35.814 6.268 -6.250 1.00213.47 C \ ANISOU25274 CA LEU J 175 24911 30300 29089 -552 -1128 -2857 C \ ATOM 25275 C LEU J 175 -34.981 5.980 -7.505 1.00216.25 C \ ANISOU25275 C LEU J 175 24518 29567 29130 -458 -1178 -2491 C \ ATOM 25276 O LEU J 175 -35.442 6.232 -8.618 1.00217.36 O \ ANISOU25276 O LEU J 175 24490 29430 29470 -465 -1140 -2467 O \ ATOM 25277 CB LEU J 175 -35.393 7.620 -5.661 1.00212.81 C \ ANISOU25277 CB LEU J 175 24478 29465 29688 -537 -1039 -2726 C \ ATOM 25278 CG LEU J 175 -36.257 8.196 -4.533 1.00212.77 C \ ANISOU25278 CG LEU J 175 24570 29642 30046 -600 -968 -2906 C \ ATOM 25279 CD1 LEU J 175 -35.483 9.242 -3.743 1.00212.31 C \ ANISOU25279 CD1 LEU J 175 24341 29284 29453 -533 -1029 -2755 C \ ATOM 25280 CD2 LEU J 175 -37.558 8.773 -5.070 1.00212.58 C \ ANISOU25280 CD2 LEU J 175 24984 30283 28551 -431 -1265 -2559 C \ ATOM 25281 N HIS J 176 -33.762 5.462 -7.325 1.00218.86 N \ ANISOU25281 N HIS J 176 25146 30604 28478 -449 -1277 -2626 N \ ATOM 25282 CA HIS J 176 -32.905 5.079 -8.463 1.00220.13 C \ ANISOU25282 CA HIS J 176 25337 30961 28551 -516 -1228 -2824 C \ ATOM 25283 C HIS J 176 -33.439 3.848 -9.211 1.00219.83 C \ ANISOU25283 C HIS J 176 25414 31217 28577 -567 -1207 -2942 C \ ATOM 25284 O HIS J 176 -33.316 3.770 -10.436 1.00219.52 O \ ANISOU25284 O HIS J 176 25134 30566 28099 -372 -1363 -2443 O \ ATOM 25285 CB HIS J 176 -31.466 4.830 -7.996 1.00222.23 C \ ANISOU25285 CB HIS J 176 25117 30534 27800 -345 -1387 -2412 C \ ATOM 25286 CG HIS J 176 -30.472 4.714 -9.111 1.00225.55 C \ ANISOU25286 CG HIS J 176 25409 30993 28579 -521 -1211 -2855 C \ ATOM 25287 ND1 HIS J 176 -29.823 5.807 -9.646 1.00226.35 N \ ANISOU25287 ND1 HIS J 176 25549 31305 28631 -595 -1162 -3039 N \ ATOM 25288 CD2 HIS J 176 -30.008 3.634 -9.785 1.00227.89 C \ ANISOU25288 CD2 HIS J 176 25399 31177 28865 -675 -1064 -3246 C \ ATOM 25289 CE1 HIS J 176 -29.006 5.406 -10.604 1.00227.56 C \ ANISOU25289 CE1 HIS J 176 25243 31226 28788 -769 -998 -3462 C \ ATOM 25290 NE2 HIS J 176 -29.099 4.092 -10.709 1.00228.45 N \ ANISOU25290 NE2 HIS J 176 25674 31387 28448 -551 -1205 -2942 N \ ATOM 25291 N GLN J 177 -34.026 2.895 -8.482 1.00219.09 N \ ANISOU25291 N GLN J 177 25980 31924 28612 -641 -1156 -3128 N \ ATOM 25292 CA GLN J 177 -34.616 1.702 -9.113 1.00219.63 C \ ANISOU25292 CA GLN J 177 25277 30862 28996 -643 -1053 -3181 C \ ATOM 25293 C GLN J 177 -35.998 1.943 -9.740 1.00220.50 C \ ANISOU25293 C GLN J 177 25216 30792 29358 -709 -958 -3358 C \ ATOM 25294 O GLN J 177 -36.496 1.081 -10.467 1.00221.87 O \ ANISOU25294 O GLN J 177 25059 30541 29628 -706 -933 -3331 O \ ATOM 25295 CB GLN J 177 -34.681 0.527 -8.124 1.00219.02 C \ ANISOU25295 CB GLN J 177 24840 30374 29806 -778 -842 -3521 C \ ATOM 25296 CG GLN J 177 -33.332 -0.120 -7.839 1.00219.48 C \ ANISOU25296 CG GLN J 177 25252 30688 29419 -680 -958 -3302 C \ ATOM 25297 CD GLN J 177 -32.667 -0.677 -9.087 1.00220.11 C \ ANISOU25297 CD GLN J 177 25271 30805 29085 -696 -969 -3351 C \ ATOM 25298 OE1 GLN J 177 -33.191 -1.588 -9.729 1.00221.76 O \ ANISOU25298 OE1 GLN J 177 25395 31149 29312 -810 -876 -3634 O \ ATOM 25299 NE2 GLN J 177 -31.505 -0.130 -9.435 1.00218.66 N \ ANISOU25299 NE2 GLN J 177 25281 31018 29559 -863 -793 -3789 N \ ATOM 25300 N SER J 178 -36.615 3.095 -9.467 1.00220.60 N \ ANISOU25300 N SER J 178 25520 31499 29131 -855 -888 -3703 N \ ATOM 25301 CA SER J 178 -37.877 3.473 -10.131 1.00221.69 C \ ANISOU25301 CA SER J 178 25750 31896 26729 -402 -1464 -2377 C \ ATOM 25302 C SER J 178 -37.702 3.743 -11.636 1.00223.32 C \ ANISOU25302 C SER J 178 25940 32041 26777 -322 -1525 -2205 C \ ATOM 25303 O SER J 178 -38.647 3.572 -12.415 1.00224.26 O \ ANISOU25303 O SER J 178 26116 31953 27035 -243 -1544 -2130 O \ ATOM 25304 CB SER J 178 -38.509 4.697 -9.451 1.00220.55 C \ ANISOU25304 CB SER J 178 25919 31604 26746 -167 -1579 -1995 C \ ATOM 25305 OG SER J 178 -37.842 5.898 -9.800 1.00219.64 O \ ANISOU25305 OG SER J 178 25937 32275 26735 -361 -1535 -2227 O \ ATOM 25306 N CYS J 179 -36.499 4.170 -12.024 1.00223.67 N \ ANISOU25306 N CYS J 179 26066 32696 26800 -454 -1514 -2307 N \ ATOM 25307 CA CYS J 179 -36.132 4.395 -13.429 1.00224.99 C \ ANISOU25307 CA CYS J 179 25865 32172 26524 -279 -1596 -2045 C \ ATOM 25308 C CYS J 179 -35.312 3.227 -13.998 1.00224.88 C \ ANISOU25308 C CYS J 179 26562 32365 27670 -269 -1516 -2219 C \ ATOM 25309 O CYS J 179 -35.577 2.757 -15.109 1.00224.39 O \ ANISOU25309 O CYS J 179 26853 32448 28066 -210 -1533 -2146 O \ ATOM 25310 CB CYS J 179 -35.340 5.703 -13.552 1.00225.06 C \ ANISOU25310 CB CYS J 179 26899 32329 28276 -212 -1505 -2175 C \ ATOM 25311 SG CYS J 179 -34.797 6.135 -15.224 1.00227.71 S \ ANISOU25311 SG CYS J 179 26773 32033 28176 -156 -1529 -2070 S \ ATOM 25312 N GLN J 180 -34.315 2.775 -13.234 1.00224.07 N \ ANISOU25312 N GLN J 180 26975 32630 28320 -231 -1526 -2193 N \ ATOM 25313 CA GLN J 180 -33.455 1.655 -13.634 1.00224.67 C \ ANISOU25313 CA GLN J 180 27131 32896 28696 -321 -1464 -2378 C \ ATOM 25314 C GLN J 180 -33.805 0.404 -12.834 1.00224.31 C \ ANISOU25314 C GLN J 180 27286 33322 28768 -394 -1445 -2487 C \ ATOM 25315 O GLN J 180 -33.660 -0.717 -13.320 1.00223.77 O \ ANISOU25315 O GLN J 180 27450 33615 28827 -435 -1431 -2533 O \ ATOM 25316 CB GLN J 180 -31.977 2.006 -13.419 1.00224.66 C \ ANISOU25316 CB GLN J 180 27280 33425 28812 -416 -1444 -2525 C \ ATOM 25317 CG GLN J 180 -31.446 3.122 -14.314 1.00224.14 C \ ANISOU25317 CG GLN J 180 27071 32574 28562 -282 -1452 -2318 C \ ATOM 25318 CD GLN J 180 -31.236 2.680 -15.752 1.00225.97 C \ ANISOU25318 CD GLN J 180 27123 32491 28809 -294 -1417 -2363 C \ ATOM 25319 OE1 GLN J 180 -30.433 1.787 -16.031 1.00225.97 O \ ANISOU25319 OE1 GLN J 180 27253 32474 28803 -236 -1447 -2245 O \ ATOM 25320 NE2 GLN J 180 -31.955 3.311 -16.676 1.00226.74 N \ ANISOU25320 NE2 GLN J 180 27166 32226 28839 -208 -1448 -2191 N \ ATOM 25321 N THR J 192 -35.242 13.749 -16.314 1.00222.07 N \ ANISOU25321 N THR J 192 27066 32576 28891 -388 -1348 -2561 N \ ATOM 25322 CA THR J 192 -36.208 14.660 -15.707 1.00223.08 C \ ANISOU25322 CA THR J 192 26941 32349 29087 -420 -1292 -2657 C \ ATOM 25323 C THR J 192 -36.248 14.454 -14.191 1.00223.99 C \ ANISOU25323 C THR J 192 26901 32268 29317 -425 -1276 -2674 C \ ATOM 25324 O THR J 192 -36.039 15.394 -13.418 1.00221.79 O \ ANISOU25324 O THR J 192 26937 32503 29174 -513 -1221 -2861 O \ ATOM 25325 CB THR J 192 -37.619 14.459 -16.307 1.00223.58 C \ ANISOU25325 CB THR J 192 27346 32634 28655 -220 -1472 -2195 C \ ATOM 25326 OG1 THR J 192 -37.553 14.535 -17.738 1.00225.19 O \ ANISOU25326 OG1 THR J 192 27141 32301 28313 -166 -1498 -2086 O \ ATOM 25327 CG2 THR J 192 -38.600 15.512 -15.786 1.00222.56 C \ ANISOU25327 CG2 THR J 192 27007 32017 28139 -89 -1542 -1942 C \ ATOM 25328 N GLN J 193 -36.509 13.215 -13.782 1.00227.92 N \ ANISOU25328 N GLN J 193 27074 31942 28206 -55 -1551 -1877 N \ ATOM 25329 CA GLN J 193 -36.561 12.841 -12.363 1.00229.95 C \ ANISOU25329 CA GLN J 193 27170 32458 28127 -170 -1514 -2055 C \ ATOM 25330 C GLN J 193 -35.212 12.303 -11.854 1.00230.30 C \ ANISOU25330 C GLN J 193 27330 32557 28211 -164 -1508 -2033 C \ ATOM 25331 O GLN J 193 -34.872 12.455 -10.674 1.00228.93 O \ ANISOU25331 O GLN J 193 27349 32657 28347 -244 -1454 -2187 O \ ATOM 25332 CB GLN J 193 -37.695 11.826 -12.100 1.00231.41 C \ ANISOU25332 CB GLN J 193 27419 32741 28097 -143 -1539 -1938 C \ ATOM 25333 CG GLN J 193 -37.616 10.492 -12.845 1.00233.51 C \ ANISOU25333 CG GLN J 193 26934 31994 28033 -69 -1568 -1900 C \ ATOM 25334 CD GLN J 193 -38.326 10.500 -14.189 1.00235.23 C \ ANISOU25334 CD GLN J 193 26836 31788 27922 -10 -1603 -1786 C \ ATOM 25335 OE1 GLN J 193 -37.798 11.001 -15.183 1.00236.59 O \ ANISOU25335 OE1 GLN J 193 26872 31724 28164 -18 -1594 -1778 O \ ATOM 25336 NE2 GLN J 193 -39.524 9.926 -14.229 1.00235.60 N \ ANISOU25336 NE2 GLN J 193 26714 31461 27996 16 -1614 -1686 N \ ATOM 25337 N LEU J 194 -34.448 11.693 -12.762 1.00232.16 N \ ANISOU25337 N LEU J 194 26712 31757 27749 2 -1626 -1760 N \ ATOM 25338 CA LEU J 194 -33.160 11.072 -12.440 1.00232.72 C \ ANISOU25338 CA LEU J 194 26675 31737 27520 55 -1659 -1668 C \ ATOM 25339 C LEU J 194 -32.152 12.109 -11.927 1.00233.00 C \ ANISOU25339 C LEU J 194 26630 31779 27444 72 -1682 -1637 C \ ATOM 25340 O LEU J 194 -31.368 11.828 -11.011 1.00232.22 O \ ANISOU25340 O LEU J 194 26585 31844 27471 30 -1671 -1707 O \ ATOM 25341 CB LEU J 194 -32.612 10.338 -13.676 1.00233.01 C \ ANISOU25341 CB LEU J 194 26642 31753 27372 126 -1707 -1549 C \ ATOM 25342 CG LEU J 194 -31.620 9.196 -13.443 1.00232.60 C \ ANISOU25342 CG LEU J 194 27044 31944 28538 -70 -1560 -1874 C \ ATOM 25343 CD1 LEU J 194 -32.285 8.003 -12.773 1.00232.89 C \ ANISOU25343 CD1 LEU J 194 27060 31882 28812 -85 -1546 -1863 C \ ATOM 25344 CD2 LEU J 194 -30.983 8.776 -14.759 1.00233.23 C \ ANISOU25344 CD2 LEU J 194 27221 31938 29017 -83 -1533 -1848 C \ ATOM 25345 N LEU J 195 -32.205 13.311 -12.500 1.00233.28 N \ ANISOU25345 N LEU J 195 27375 32005 29254 -61 -1552 -1747 N \ ATOM 25346 CA LEU J 195 -31.344 14.422 -12.081 1.00230.97 C \ ANISOU25346 CA LEU J 195 27039 31937 29039 -146 -1499 -1992 C \ ATOM 25347 C LEU J 195 -31.679 14.881 -10.654 1.00229.41 C \ ANISOU25347 C LEU J 195 27078 32087 29034 -151 -1512 -2008 C \ ATOM 25348 O LEU J 195 -30.778 15.242 -9.891 1.00229.56 O \ ANISOU25348 O LEU J 195 26971 31786 29287 -158 -1483 -1960 O \ ATOM 25349 CB LEU J 195 -31.461 15.592 -13.068 1.00230.97 C \ ANISOU25349 CB LEU J 195 27111 32255 29198 -221 -1461 -2178 C \ ATOM 25350 CG LEU J 195 -30.170 16.365 -13.354 1.00231.87 C \ ANISOU25350 CG LEU J 195 27294 32040 29029 -109 -1503 -1943 C \ ATOM 25351 CD1 LEU J 195 -29.250 15.570 -14.270 1.00232.54 C \ ANISOU25351 CD1 LEU J 195 27174 31827 28922 -106 -1490 -1934 C \ ATOM 25352 CD2 LEU J 195 -30.470 17.721 -13.971 1.00232.29 C \ ANISOU25352 CD2 LEU J 195 26867 31430 28420 -48 -1533 -1801 C \ ATOM 25353 N GLU J 196 -32.967 14.859 -10.303 1.00228.87 N \ ANISOU25353 N GLU J 196 26663 31131 28280 -38 -1535 -1747 N \ ATOM 25354 CA GLU J 196 -33.415 15.112 -8.917 1.00227.78 C \ ANISOU25354 CA GLU J 196 27276 32007 28976 -152 -1450 -2065 C \ ATOM 25355 C GLU J 196 -32.853 14.083 -7.939 1.00228.35 C \ ANISOU25355 C GLU J 196 27402 32171 29382 -218 -1389 -2212 C \ ATOM 25356 O GLU J 196 -32.366 14.436 -6.857 1.00226.80 O \ ANISOU25356 O GLU J 196 27478 32371 29590 -269 -1356 -2331 O \ ATOM 25357 CB GLU J 196 -34.944 15.120 -8.819 1.00226.92 C \ ANISOU25357 CB GLU J 196 27526 32210 29658 -232 -1358 -2241 C \ ATOM 25358 CG GLU J 196 -35.538 16.513 -8.779 1.00226.17 C \ ANISOU25358 CG GLU J 196 27522 32455 29927 -334 -1289 -2485 C \ ATOM 25359 CD GLU J 196 -37.054 16.514 -8.592 1.00225.96 C \ ANISOU25359 CD GLU J 196 27667 32386 30094 -293 -1294 -2387 C \ ATOM 25360 OE1 GLU J 196 -37.759 15.608 -9.084 1.00226.08 O \ ANISOU25360 OE1 GLU J 196 27655 32498 30225 -345 -1257 -2514 O \ ATOM 25361 OE2 GLU J 196 -37.557 17.420 -7.899 1.00225.73 O \ ANISOU25361 OE2 GLU J 196 27849 32731 30745 -411 -1182 -2679 O \ ATOM 25362 N ILE J 197 -32.918 12.813 -8.338 1.00230.36 N \ ANISOU25362 N ILE J 197 26816 31416 28152 -13 -1563 -1753 N \ ATOM 25363 CA ILE J 197 -32.364 11.703 -7.551 1.00230.96 C \ ANISOU25363 CA ILE J 197 26897 31424 28071 38 -1596 -1645 C \ ATOM 25364 C ILE J 197 -30.847 11.883 -7.398 1.00232.07 C \ ANISOU25364 C ILE J 197 26935 31417 28188 56 -1621 -1550 C \ ATOM 25365 O ILE J 197 -30.312 11.754 -6.284 1.00233.28 O \ ANISOU25365 O ILE J 197 26924 31340 28136 75 -1633 -1483 O \ ATOM 25366 CB ILE J 197 -32.683 10.328 -8.196 1.00231.65 C \ ANISOU25366 CB ILE J 197 26957 31547 27936 69 -1616 -1620 C \ ATOM 25367 CG1 ILE J 197 -34.201 10.133 -8.336 1.00232.13 C \ ANISOU25367 CG1 ILE J 197 27082 31618 28448 44 -1629 -1543 C \ ATOM 25368 CG2 ILE J 197 -32.087 9.185 -7.379 1.00231.73 C \ ANISOU25368 CG2 ILE J 197 27070 31600 28540 49 -1653 -1444 C \ ATOM 25369 CD1 ILE J 197 -34.610 9.262 -9.504 1.00233.09 C \ ANISOU25369 CD1 ILE J 197 26942 31424 28629 22 -1641 -1415 C \ ATOM 25370 N TYR J 198 -30.165 12.202 -8.506 1.00232.56 N \ ANISOU25370 N TYR J 198 26885 31358 28598 26 -1664 -1312 N \ ATOM 25371 CA TYR J 198 -28.714 12.505 -8.473 1.00231.41 C \ ANISOU25371 CA TYR J 198 27215 31822 28773 39 -1663 -1442 C \ ATOM 25372 C TYR J 198 -28.360 13.725 -7.607 1.00228.24 C \ ANISOU25372 C TYR J 198 27353 32021 28722 68 -1682 -1444 C \ ATOM 25373 O TYR J 198 -27.318 13.736 -6.938 1.00226.54 O \ ANISOU25373 O TYR J 198 27514 32264 28977 45 -1674 -1500 O \ ATOM 25374 CB TYR J 198 -28.143 12.682 -9.893 1.00232.29 C \ ANISOU25374 CB TYR J 198 27203 31882 28482 96 -1715 -1345 C \ ATOM 25375 CG TYR J 198 -27.627 11.396 -10.513 1.00234.12 C \ ANISOU25375 CG TYR J 198 26918 31390 28777 -10 -1603 -1507 C \ ATOM 25376 CD1 TYR J 198 -28.494 10.497 -11.127 1.00235.40 C \ ANISOU25376 CD1 TYR J 198 26951 31371 29052 -35 -1584 -1489 C \ ATOM 25377 CD2 TYR J 198 -26.273 11.077 -10.479 1.00235.28 C \ ANISOU25377 CD2 TYR J 198 26630 30981 28615 -19 -1591 -1446 C \ ATOM 25378 CE1 TYR J 198 -28.032 9.318 -11.687 1.00236.62 C \ ANISOU25378 CE1 TYR J 198 26610 30942 28704 -22 -1607 -1343 C \ ATOM 25379 CE2 TYR J 198 -25.802 9.901 -11.042 1.00237.26 C \ ANISOU25379 CE2 TYR J 198 27307 31735 29605 -77 -1529 -1633 C \ ATOM 25380 CZ TYR J 198 -26.688 9.026 -11.644 1.00237.87 C \ ANISOU25380 CZ TYR J 198 27690 32177 30223 -105 -1513 -1669 C \ ATOM 25381 OH TYR J 198 -26.232 7.856 -12.205 1.00240.36 O \ ANISOU25381 OH TYR J 198 28129 32667 30779 -152 -1453 -1855 O \ ATOM 25382 N ALA J 199 -29.226 14.736 -7.615 1.00227.36 N \ ANISOU25382 N ALA J 199 28257 32798 30802 -167 -1426 -1953 N \ ATOM 25383 CA ALA J 199 -29.054 15.927 -6.776 1.00227.38 C \ ANISOU25383 CA ALA J 199 28442 33035 31295 -181 -1431 -1909 C \ ATOM 25384 C ALA J 199 -29.182 15.616 -5.282 1.00227.77 C \ ANISOU25384 C ALA J 199 26204 30534 27976 -5 -1580 -1516 C \ ATOM 25385 O ALA J 199 -28.443 16.172 -4.467 1.00227.40 O \ ANISOU25385 O ALA J 199 25827 30089 27464 11 -1584 -1484 O \ ATOM 25386 CB ALA J 199 -30.055 17.001 -7.171 1.00227.50 C \ ANISOU25386 CB ALA J 199 25830 30095 27343 39 -1623 -1367 C \ ATOM 25387 N LEU J 200 -30.120 14.739 -4.926 1.00229.37 N \ ANISOU25387 N LEU J 200 25830 30064 27366 37 -1630 -1303 N \ ATOM 25388 CA LEU J 200 -30.264 14.275 -3.534 1.00229.53 C \ ANISOU25388 CA LEU J 200 25624 29884 27070 18 -1565 -1574 C \ ATOM 25389 C LEU J 200 -29.082 13.409 -3.098 1.00228.97 C \ ANISOU25389 C LEU J 200 25681 29942 27271 -24 -1521 -1687 C \ ATOM 25390 O LEU J 200 -28.618 13.515 -1.953 1.00228.56 O \ ANISOU25390 O LEU J 200 25466 29667 26717 49 -1579 -1524 O \ ATOM 25391 CB LEU J 200 -31.557 13.481 -3.352 1.00231.11 C \ ANISOU25391 CB LEU J 200 25812 30150 27279 -43 -1499 -1794 C \ ATOM 25392 CG LEU J 200 -32.865 14.264 -3.495 1.00231.87 C \ ANISOU25392 CG LEU J 200 25947 30266 27345 59 -1644 -1346 C \ ATOM 25393 CD1 LEU J 200 -33.972 13.359 -4.017 1.00233.60 C \ ANISOU25393 CD1 LEU J 200 26007 30359 27305 76 -1674 -1258 C \ ATOM 25394 CD2 LEU J 200 -33.272 14.918 -2.180 1.00230.47 C \ ANISOU25394 CD2 LEU J 200 25769 30174 27243 47 -1694 -1154 C \ ATOM 25395 N GLU J 201 -28.613 12.548 -4.004 1.00229.20 N \ ANISOU25395 N GLU J 201 25508 29947 26927 42 -1710 -1084 N \ ATOM 25396 CA GLU J 201 -27.412 11.731 -3.761 1.00229.96 C \ ANISOU25396 CA GLU J 201 26253 30664 27439 98 -1688 -1266 C \ ATOM 25397 C GLU J 201 -26.184 12.605 -3.480 1.00226.94 C \ ANISOU25397 C GLU J 201 26365 30818 27426 115 -1707 -1211 C \ ATOM 25398 O GLU J 201 -25.456 12.382 -2.502 1.00227.02 O \ ANISOU25398 O GLU J 201 26565 30957 27473 139 -1693 -1236 O \ ATOM 25399 CB GLU J 201 -27.138 10.809 -4.956 1.00233.31 C \ ANISOU25399 CB GLU J 201 26668 31029 27469 169 -1682 -1282 C \ ATOM 25400 CG GLU J 201 -28.054 9.590 -5.017 1.00237.11 C \ ANISOU25400 CG GLU J 201 26600 30986 27509 124 -1693 -1198 C \ ATOM 25401 CD GLU J 201 -28.149 8.956 -6.399 1.00241.02 C \ ANISOU25401 CD GLU J 201 25748 30178 27449 23 -1691 -1143 C \ ATOM 25402 OE1 GLU J 201 -27.488 9.442 -7.342 1.00241.76 O \ ANISOU25402 OE1 GLU J 201 25810 30302 27733 -7 -1710 -1022 O \ ATOM 25403 OE2 GLU J 201 -28.899 7.965 -6.544 1.00244.17 O \ ANISOU25403 OE2 GLU J 201 25771 30217 27801 -22 -1701 -986 O \ ATOM 25404 N ILE J 202 -25.974 13.603 -4.340 1.00222.96 N \ ANISOU25404 N ILE J 202 25931 30446 27995 -40 -1727 -868 N \ ATOM 25405 CA ILE J 202 -24.889 14.586 -4.164 1.00219.45 C \ ANISOU25405 CA ILE J 202 25985 30503 28167 -27 -1702 -1024 C \ ATOM 25406 C ILE J 202 -25.039 15.373 -2.845 1.00219.16 C \ ANISOU25406 C ILE J 202 26113 30715 28559 -59 -1727 -872 C \ ATOM 25407 O ILE J 202 -24.058 15.566 -2.112 1.00219.14 O \ ANISOU25407 O ILE J 202 26404 31028 29202 -82 -1710 -875 O \ ATOM 25408 CB ILE J 202 -24.785 15.497 -5.424 1.00217.34 C \ ANISOU25408 CB ILE J 202 26418 30923 29439 -93 -1649 -1000 C \ ATOM 25409 CG1 ILE J 202 -23.974 14.772 -6.506 1.00218.17 C \ ANISOU25409 CG1 ILE J 202 25548 29898 27632 -20 -1664 -1086 C \ ATOM 25410 CG2 ILE J 202 -24.150 16.847 -5.122 1.00215.42 C \ ANISOU25410 CG2 ILE J 202 25251 29550 27448 -34 -1650 -1064 C \ ATOM 25411 CD1 ILE J 202 -24.335 15.144 -7.927 1.00219.08 C \ ANISOU25411 CD1 ILE J 202 24858 29125 26813 -18 -1658 -1058 C \ ATOM 25412 N GLN J 203 -26.271 15.782 -2.533 1.00219.92 N \ ANISOU25412 N GLN J 203 24879 29126 26910 -31 -1655 -1013 N \ ATOM 25413 CA GLN J 203 -26.581 16.463 -1.260 1.00220.22 C \ ANISOU25413 CA GLN J 203 25310 29534 27671 -45 -1602 -1187 C \ ATOM 25414 C GLN J 203 -26.239 15.599 -0.033 1.00218.94 C \ ANISOU25414 C GLN J 203 25397 29648 28104 -72 -1585 -1179 C \ ATOM 25415 O GLN J 203 -25.800 16.130 0.989 1.00216.82 O \ ANISOU25415 O GLN J 203 25399 29677 28407 -92 -1595 -1051 O \ ATOM 25416 CB GLN J 203 -28.067 16.868 -1.226 1.00222.02 C \ ANISOU25416 CB GLN J 203 25476 29741 28233 -80 -1558 -1296 C \ ATOM 25417 CG GLN J 203 -28.470 17.817 -0.103 1.00222.68 C \ ANISOU25417 CG GLN J 203 25326 29625 28696 -116 -1575 -1037 C \ ATOM 25418 CD GLN J 203 -27.860 19.193 -0.253 1.00223.70 C \ ANISOU25418 CD GLN J 203 25435 29723 28536 -107 -1535 -1302 C \ ATOM 25419 OE1 GLN J 203 -28.278 19.983 -1.103 1.00224.15 O \ ANISOU25419 OE1 GLN J 203 25324 29621 28743 -123 -1542 -1171 O \ ATOM 25420 NE2 GLN J 203 -26.866 19.492 0.580 1.00223.97 N \ ANISOU25420 NE2 GLN J 203 25011 29327 28814 -149 -1516 -1169 N \ ATOM 25421 N MET J 204 -26.451 14.282 -0.141 1.00219.44 N \ ANISOU25421 N MET J 204 24484 28750 26175 8 -1664 -1101 N \ ATOM 25422 CA MET J 204 -26.071 13.335 0.922 1.00220.67 C \ ANISOU25422 CA MET J 204 24215 28463 25703 20 -1668 -1093 C \ ATOM 25423 C MET J 204 -24.552 13.214 1.049 1.00220.53 C \ ANISOU25423 C MET J 204 24140 28501 25645 -3 -1699 -973 C \ ATOM 25424 O MET J 204 -24.008 13.269 2.164 1.00222.06 O \ ANISOU25424 O MET J 204 24042 28407 25510 -16 -1699 -940 O \ ATOM 25425 CB MET J 204 -26.681 11.949 0.657 1.00222.81 C \ ANISOU25425 CB MET J 204 24181 28402 25430 56 -1661 -1167 C \ ATOM 25426 CG MET J 204 -26.467 10.933 1.773 1.00224.74 C \ ANISOU25426 CG MET J 204 24215 28373 25448 67 -1636 -1263 C \ ATOM 25427 SD MET J 204 -27.182 9.305 1.449 1.00228.01 S \ ANISOU25427 SD MET J 204 24042 28234 25122 68 -1656 -1169 S \ ATOM 25428 CE MET J 204 -26.079 8.661 0.196 1.00228.40 C \ ANISOU25428 CE MET J 204 24132 28602 25691 -16 -1724 -909 C \ ATOM 25429 N TYR J 205 -23.868 13.045 -0.086 1.00218.66 N \ ANISOU25429 N TYR J 205 24053 28682 25655 -55 -1756 -784 N \ ATOM 25430 CA TYR J 205 -22.401 12.905 -0.079 1.00216.48 C \ ANISOU25430 CA TYR J 205 23986 28666 25863 -91 -1770 -663 C \ ATOM 25431 C TYR J 205 -21.640 14.224 0.174 1.00212.65 C \ ANISOU25431 C TYR J 205 23792 28595 25704 -129 -1793 -555 C \ ATOM 25432 O TYR J 205 -20.441 14.195 0.463 1.00212.96 O \ ANISOU25432 O TYR J 205 24004 28748 25574 -61 -1777 -756 O \ ATOM 25433 CB TYR J 205 -21.907 12.221 -1.362 1.00217.17 C \ ANISOU25433 CB TYR J 205 23962 28566 26053 -84 -1756 -681 C \ ATOM 25434 CG TYR J 205 -22.214 10.735 -1.413 1.00218.84 C \ ANISOU25434 CG TYR J 205 23948 28578 26361 -113 -1760 -574 C \ ATOM 25435 CD1 TYR J 205 -21.550 9.836 -0.578 1.00219.72 C \ ANISOU25435 CD1 TYR J 205 24044 28592 26486 -114 -1741 -590 C \ ATOM 25436 CD2 TYR J 205 -23.166 10.226 -2.296 1.00219.64 C \ ANISOU25436 CD2 TYR J 205 24121 28725 26797 -142 -1752 -469 C \ ATOM 25437 CE1 TYR J 205 -21.828 8.478 -0.618 1.00220.16 C \ ANISOU25437 CE1 TYR J 205 23796 28366 26459 -108 -1738 -617 C \ ATOM 25438 CE2 TYR J 205 -23.450 8.869 -2.344 1.00220.28 C \ ANISOU25438 CE2 TYR J 205 23703 28355 26750 -141 -1752 -464 C \ ATOM 25439 CZ TYR J 205 -22.778 7.999 -1.503 1.00220.26 C \ ANISOU25439 CZ TYR J 205 23672 28499 26754 -166 -1798 -320 C \ ATOM 25440 OH TYR J 205 -23.053 6.651 -1.545 1.00218.85 O \ ANISOU25440 OH TYR J 205 23671 28507 26717 -156 -1799 -366 O \ ATOM 25441 N THR J 206 -22.325 15.365 0.079 1.00209.00 N \ ANISOU25441 N THR J 206 23672 28658 26825 -204 -1838 -141 N \ ATOM 25442 CA THR J 206 -21.731 16.651 0.474 1.00206.30 C \ ANISOU25442 CA THR J 206 23992 28418 26210 -84 -1712 -729 C \ ATOM 25443 C THR J 206 -21.557 16.723 2.004 1.00206.04 C \ ANISOU25443 C THR J 206 23782 28123 25975 -82 -1691 -764 C \ ATOM 25444 O THR J 206 -20.536 17.207 2.493 1.00205.18 O \ ANISOU25444 O THR J 206 23771 28033 26256 -90 -1661 -786 O \ ATOM 25445 CB THR J 206 -22.560 17.849 -0.049 1.00205.32 C \ ANISOU25445 CB THR J 206 23961 28227 26588 -107 -1661 -718 C \ ATOM 25446 OG1 THR J 206 -22.668 17.770 -1.476 1.00205.39 O \ ANISOU25446 OG1 THR J 206 23494 27942 25618 -109 -1719 -654 O \ ATOM 25447 CG2 THR J 206 -21.906 19.183 0.320 1.00203.71 C \ ANISOU25447 CG2 THR J 206 23358 27848 25172 -101 -1726 -697 C \ ATOM 25448 N ALA J 207 -22.549 16.229 2.748 1.00206.41 N \ ANISOU25448 N ALA J 207 23300 27878 25030 -132 -1736 -640 N \ ATOM 25449 CA ALA J 207 -22.465 16.107 4.212 1.00206.32 C \ ANISOU25449 CA ALA J 207 23339 27946 24792 -125 -1729 -716 C \ ATOM 25450 C ALA J 207 -21.606 14.908 4.636 1.00206.65 C \ ANISOU25450 C ALA J 207 23442 28136 24812 -160 -1729 -689 C \ ATOM 25451 O ALA J 207 -20.935 14.955 5.673 1.00205.53 O \ ANISOU25451 O ALA J 207 23601 27804 26179 -80 -1632 -891 O \ ATOM 25452 CB ALA J 207 -23.859 15.989 4.819 1.00206.15 C \ ANISOU25452 CB ALA J 207 23477 27610 26340 -92 -1589 -958 C \ ATOM 25453 N GLN J 208 -21.648 13.835 3.841 1.00206.82 N \ ANISOU25453 N GLN J 208 23627 27661 26312 -79 -1547 -1140 N \ ATOM 25454 CA GLN J 208 -20.815 12.646 4.086 1.00207.63 C \ ANISOU25454 CA GLN J 208 23760 27787 26362 -73 -1529 -1253 C \ ATOM 25455 C GLN J 208 -19.327 12.884 3.755 1.00208.24 C \ ANISOU25455 C GLN J 208 23408 27578 26534 -104 -1580 -955 C \ ATOM 25456 O GLN J 208 -18.454 12.187 4.285 1.00209.62 O \ ANISOU25456 O GLN J 208 23317 27450 26859 -127 -1538 -976 O \ ATOM 25457 CB GLN J 208 -21.344 11.450 3.282 1.00206.93 C \ ANISOU25457 CB GLN J 208 23180 27233 26764 -132 -1489 -1118 C \ ATOM 25458 CG GLN J 208 -21.059 10.095 3.908 1.00207.42 C \ ANISOU25458 CG GLN J 208 23264 27466 27137 -144 -1554 -836 C \ ATOM 25459 CD GLN J 208 -21.993 9.778 5.062 1.00207.73 C \ ANISOU25459 CD GLN J 208 23828 27806 26455 -78 -1534 -1159 C \ ATOM 25460 OE1 GLN J 208 -23.196 9.591 4.873 1.00207.65 O \ ANISOU25460 OE1 GLN J 208 24101 28007 26536 -70 -1500 -1309 O \ ATOM 25461 NE2 GLN J 208 -21.440 9.710 6.267 1.00208.33 N \ ANISOU25461 NE2 GLN J 208 24265 28151 26877 -93 -1446 -1463 N \ ATOM 25462 N LYS J 209 -19.060 13.858 2.876 1.00206.92 N \ ANISOU25462 N LYS J 209 24252 28150 26695 -93 -1428 -1583 N \ ATOM 25463 CA LYS J 209 -17.696 14.289 2.481 1.00204.98 C \ ANISOU25463 CA LYS J 209 24137 27994 26499 -69 -1499 -1283 C \ ATOM 25464 C LYS J 209 -16.893 13.214 1.729 1.00205.45 C \ ANISOU25464 C LYS J 209 24178 28067 26308 -53 -1542 -1178 C \ ATOM 25465 O LYS J 209 -15.720 12.964 2.022 1.00207.33 O \ ANISOU25465 O LYS J 209 24247 28116 26101 -32 -1546 -1225 O \ ATOM 25466 CB LYS J 209 -16.911 14.865 3.675 1.00202.80 C \ ANISOU25466 CB LYS J 209 24150 28106 26411 -69 -1571 -1036 C \ ATOM 25467 CG LYS J 209 -17.419 16.225 4.131 1.00201.02 C \ ANISOU25467 CG LYS J 209 24333 28210 27302 -118 -1417 -1460 C \ ATOM 25468 CD LYS J 209 -16.435 16.935 5.038 1.00200.58 C \ ANISOU25468 CD LYS J 209 24299 28173 27496 -150 -1353 -1626 C \ ATOM 25469 CE LYS J 209 -16.938 18.325 5.388 1.00200.23 C \ ANISOU25469 CE LYS J 209 24135 28069 27333 -161 -1341 -1713 C \ ATOM 25470 NZ LYS J 209 -15.944 19.087 6.191 1.00201.05 N \ ANISOU25470 NZ LYS J 209 24106 28071 27272 -189 -1296 -1886 N \ ATOM 25471 N ASN J 210 -17.548 12.608 0.742 1.00204.20 N \ ANISOU25471 N ASN J 210 24381 28236 28025 -172 -1324 -1587 N \ ATOM 25472 CA ASN J 210 -16.954 11.602 -0.126 1.00203.78 C \ ANISOU25472 CA ASN J 210 24430 28232 28107 -171 -1319 -1549 C \ ATOM 25473 C ASN J 210 -16.729 12.238 -1.498 1.00204.24 C \ ANISOU25473 C ASN J 210 24479 28276 28614 -184 -1305 -1449 C \ ATOM 25474 O ASN J 210 -17.631 12.262 -2.332 1.00205.05 O \ ANISOU25474 O ASN J 210 24500 28257 28645 -181 -1310 -1385 O \ ATOM 25475 CB ASN J 210 -17.897 10.390 -0.213 1.00204.03 C \ ANISOU25475 CB ASN J 210 24443 28209 29048 -192 -1303 -1256 C \ ATOM 25476 CG ASN J 210 -17.196 9.117 -0.660 1.00204.31 C \ ANISOU25476 CG ASN J 210 24015 27985 27243 -146 -1382 -1592 C \ ATOM 25477 OD1 ASN J 210 -16.544 9.079 -1.704 1.00203.13 O \ ANISOU25477 OD1 ASN J 210 24135 28165 27337 -152 -1379 -1654 O \ ATOM 25478 ND2 ASN J 210 -17.356 8.054 0.122 1.00204.94 N \ ANISOU25478 ND2 ASN J 210 24247 28303 27047 -135 -1394 -1722 N \ ATOM 25479 N ASN J 211 -15.524 12.759 -1.717 1.00205.52 N \ ANISOU25479 N ASN J 211 24441 28553 27207 -157 -1365 -1855 N \ ATOM 25480 CA ASN J 211 -15.194 13.511 -2.938 1.00206.99 C \ ANISOU25480 CA ASN J 211 23974 28044 27285 -138 -1425 -1490 C \ ATOM 25481 C ASN J 211 -15.233 12.686 -4.235 1.00208.69 C \ ANISOU25481 C ASN J 211 23757 27886 27128 -149 -1417 -1546 C \ ATOM 25482 O ASN J 211 -15.854 13.101 -5.229 1.00208.18 O \ ANISOU25482 O ASN J 211 23638 27772 27428 -189 -1356 -1648 O \ ATOM 25483 CB ASN J 211 -13.823 14.178 -2.780 1.00206.95 C \ ANISOU25483 CB ASN J 211 23522 27723 27345 -205 -1341 -1733 C \ ATOM 25484 CG ASN J 211 -13.823 15.251 -1.705 1.00206.75 C \ ANISOU25484 CG ASN J 211 23450 27664 27680 -253 -1266 -1878 C \ ATOM 25485 OD1 ASN J 211 -14.224 16.387 -1.949 1.00206.51 O \ ANISOU25485 OD1 ASN J 211 24110 28137 26626 -100 -1437 -1631 O \ ATOM 25486 ND2 ASN J 211 -13.379 14.891 -0.506 1.00207.05 N \ ANISOU25486 ND2 ASN J 211 24112 28156 26280 -80 -1451 -1674 N \ ATOM 25487 N LYS J 212 -14.586 11.520 -4.219 1.00210.15 N \ ANISOU25487 N LYS J 212 24373 28429 26472 -105 -1407 -1821 N \ ATOM 25488 CA LYS J 212 -14.530 10.630 -5.391 1.00210.47 C \ ANISOU25488 CA LYS J 212 24028 28151 25949 -110 -1404 -1892 C \ ATOM 25489 C LYS J 212 -15.918 10.213 -5.898 1.00209.34 C \ ANISOU25489 C LYS J 212 23968 27973 25907 -42 -1493 -1557 C \ ATOM 25490 O LYS J 212 -16.152 10.149 -7.115 1.00209.11 O \ ANISOU25490 O LYS J 212 23750 27788 25670 -23 -1539 -1421 O \ ATOM 25491 CB LYS J 212 -13.680 9.393 -5.079 1.00212.25 C \ ANISOU25491 CB LYS J 212 23694 27710 25490 -8 -1565 -1324 C \ ATOM 25492 CG LYS J 212 -12.195 9.697 -4.940 1.00212.58 C \ ANISOU25492 CG LYS J 212 23802 27891 25548 -3 -1556 -1437 C \ ATOM 25493 CD LYS J 212 -11.429 8.533 -4.335 1.00214.16 C \ ANISOU25493 CD LYS J 212 24788 28798 27031 -126 -1376 -1860 C \ ATOM 25494 CE LYS J 212 -9.983 8.915 -4.057 1.00214.24 C \ ANISOU25494 CE LYS J 212 25036 29080 27259 -164 -1328 -2012 C \ ATOM 25495 NZ LYS J 212 -9.220 7.825 -3.388 1.00215.03 N \ ANISOU25495 NZ LYS J 212 25294 29441 27688 -215 -1279 -2167 N \ ATOM 25496 N LYS J 213 -16.833 9.948 -4.967 1.00208.56 N \ ANISOU25496 N LYS J 213 25651 29900 27894 -246 -1260 -2277 N \ ATOM 25497 CA LYS J 213 -18.228 9.639 -5.304 1.00209.60 C \ ANISOU25497 CA LYS J 213 24932 28906 27319 -177 -1300 -2022 C \ ATOM 25498 C LYS J 213 -18.937 10.843 -5.945 1.00209.49 C \ ANISOU25498 C LYS J 213 24908 28920 27232 -216 -1255 -2166 C \ ATOM 25499 O LYS J 213 -19.659 10.679 -6.925 1.00211.09 O \ ANISOU25499 O LYS J 213 24951 28891 27462 -228 -1226 -2178 O \ ATOM 25500 CB LYS J 213 -18.997 9.167 -4.059 1.00208.72 C \ ANISOU25500 CB LYS J 213 24896 28771 27157 -200 -1253 -2105 C \ ATOM 25501 CG LYS J 213 -20.380 8.572 -4.326 1.00207.32 C \ ANISOU25501 CG LYS J 213 24834 28759 26975 -235 -1218 -2228 C \ ATOM 25502 CD LYS J 213 -20.307 7.165 -4.906 1.00207.50 C \ ANISOU25502 CD LYS J 213 25416 29551 28134 -230 -1259 -2170 C \ ATOM 25503 CE LYS J 213 -21.679 6.661 -5.325 1.00206.85 C \ ANISOU25503 CE LYS J 213 25563 29795 28490 -282 -1208 -2322 C \ ATOM 25504 NZ LYS J 213 -21.609 5.366 -6.060 1.00207.38 N \ ANISOU25504 NZ LYS J 213 25607 29938 28319 -279 -1232 -2336 N \ ATOM 25505 N LEU J 214 -18.724 12.040 -5.396 1.00207.59 N \ ANISOU25505 N LEU J 214 25791 30252 28478 -330 -1194 -2491 N \ ATOM 25506 CA LEU J 214 -19.299 13.277 -5.954 1.00206.73 C \ ANISOU25506 CA LEU J 214 25551 29738 28893 -288 -1188 -2287 C \ ATOM 25507 C LEU J 214 -18.789 13.551 -7.377 1.00208.65 C \ ANISOU25507 C LEU J 214 25476 29763 28038 -225 -1295 -2177 C \ ATOM 25508 O LEU J 214 -19.547 14.043 -8.231 1.00205.63 O \ ANISOU25508 O LEU J 214 25418 29787 27780 -212 -1325 -2164 O \ ATOM 25509 CB LEU J 214 -18.987 14.481 -5.050 1.00204.89 C \ ANISOU25509 CB LEU J 214 25382 29827 27422 -213 -1334 -2204 C \ ATOM 25510 CG LEU J 214 -19.665 14.537 -3.675 1.00203.21 C \ ANISOU25510 CG LEU J 214 25528 30102 27487 -240 -1327 -2279 C \ ATOM 25511 CD1 LEU J 214 -18.893 15.428 -2.713 1.00202.38 C \ ANISOU25511 CD1 LEU J 214 25394 29702 27676 -155 -1387 -1985 C \ ATOM 25512 CD2 LEU J 214 -21.101 15.012 -3.799 1.00203.30 C \ ANISOU25512 CD2 LEU J 214 25382 29667 27965 -158 -1390 -1917 C \ ATOM 25513 N LYS J 215 -17.509 13.238 -7.617 1.00212.18 N \ ANISOU25513 N LYS J 215 25312 29550 27811 -112 -1450 -1728 N \ ATOM 25514 CA LYS J 215 -16.913 13.321 -8.968 1.00214.17 C \ ANISOU25514 CA LYS J 215 25410 29786 28090 -183 -1374 -1994 C \ ATOM 25515 C LYS J 215 -17.584 12.333 -9.928 1.00216.93 C \ ANISOU25515 C LYS J 215 25254 29632 27125 -187 -1352 -2144 C \ ATOM 25516 O LYS J 215 -17.960 12.702 -11.049 1.00219.62 O \ ANISOU25516 O LYS J 215 25333 29786 26932 -189 -1360 -2163 O \ ATOM 25517 CB LYS J 215 -15.401 13.050 -8.914 1.00213.60 C \ ANISOU25517 CB LYS J 215 25660 30260 27312 -266 -1305 -2337 C \ ATOM 25518 CG LYS J 215 -14.650 13.347 -10.211 1.00213.35 C \ ANISOU25518 CG LYS J 215 25580 30337 27083 -294 -1306 -2382 C \ ATOM 25519 CD LYS J 215 -13.157 13.015 -10.113 1.00213.99 C \ ANISOU25519 CD LYS J 215 25108 29449 26557 -148 -1384 -2066 C \ ATOM 25520 CE LYS J 215 -12.255 14.263 -9.944 1.00212.72 C \ ANISOU25520 CE LYS J 215 24945 29354 26141 -146 -1395 -2058 C \ ATOM 25521 NZ LYS J 215 -11.605 14.771 -11.192 1.00212.05 N \ ANISOU25521 NZ LYS J 215 24936 29378 25941 -107 -1434 -1970 N \ ATOM 25522 N ALA J 216 -17.741 11.088 -9.475 1.00218.72 N \ ANISOU25522 N ALA J 216 24781 29231 25950 -184 -1365 -2131 N \ ATOM 25523 CA ALA J 216 -18.435 10.052 -10.254 1.00220.68 C \ ANISOU25523 CA ALA J 216 24972 29484 25787 -104 -1445 -1940 C \ ATOM 25524 C ALA J 216 -19.899 10.414 -10.560 1.00220.73 C \ ANISOU25524 C ALA J 216 24778 29308 25736 -186 -1378 -2102 C \ ATOM 25525 O ALA J 216 -20.368 10.247 -11.696 1.00222.45 O \ ANISOU25525 O ALA J 216 24944 29504 25735 -145 -1419 -2000 O \ ATOM 25526 CB ALA J 216 -18.364 8.717 -9.527 1.00221.56 C \ ANISOU25526 CB ALA J 216 24996 29642 25614 -145 -1433 -1950 C \ ATOM 25527 N LEU J 217 -20.603 10.921 -9.548 1.00219.18 N \ ANISOU25527 N LEU J 217 26023 30592 27901 -304 -1256 -2433 N \ ATOM 25528 CA LEU J 217 -22.007 11.331 -9.673 1.00218.41 C \ ANISOU25528 CA LEU J 217 26330 31052 28304 -389 -1191 -2627 C \ ATOM 25529 C LEU J 217 -22.195 12.518 -10.619 1.00217.48 C \ ANISOU25529 C LEU J 217 26491 31373 28581 -444 -1159 -2753 C \ ATOM 25530 O LEU J 217 -23.143 12.522 -11.404 1.00218.76 O \ ANISOU25530 O LEU J 217 26809 31892 28861 -520 -1121 -2899 O \ ATOM 25531 CB LEU J 217 -22.604 11.672 -8.297 1.00217.85 C \ ANISOU25531 CB LEU J 217 26412 31054 28660 -415 -1139 -2708 C \ ATOM 25532 CG LEU J 217 -22.870 10.494 -7.350 1.00218.49 C \ ANISOU25532 CG LEU J 217 26642 31196 28756 -391 -1153 -2646 C \ ATOM 25533 CD1 LEU J 217 -22.952 10.963 -5.904 1.00217.59 C \ ANISOU25533 CD1 LEU J 217 26901 31350 29304 -403 -1111 -2689 C \ ATOM 25534 CD2 LEU J 217 -24.135 9.743 -7.742 1.00219.21 C \ ANISOU25534 CD2 LEU J 217 26955 31279 29562 -366 -1124 -2598 C \ ATOM 25535 N TYR J 218 -21.308 13.516 -10.539 1.00215.85 N \ ANISOU25535 N TYR J 218 27184 31687 29618 -450 -1066 -2805 N \ ATOM 25536 CA TYR J 218 -21.356 14.669 -11.457 1.00215.95 C \ ANISOU25536 CA TYR J 218 26331 31142 28566 -414 -1175 -2697 C \ ATOM 25537 C TYR J 218 -21.081 14.247 -12.909 1.00219.06 C \ ANISOU25537 C TYR J 218 26159 31109 28488 -457 -1152 -2796 C \ ATOM 25538 O TYR J 218 -21.810 14.641 -13.832 1.00218.45 O \ ANISOU25538 O TYR J 218 26112 31173 28138 -438 -1204 -2723 O \ ATOM 25539 CB TYR J 218 -20.363 15.758 -11.017 1.00213.49 C \ ANISOU25539 CB TYR J 218 26240 31493 28255 -497 -1180 -2835 C \ ATOM 25540 CG TYR J 218 -20.372 17.007 -11.884 1.00211.71 C \ ANISOU25540 CG TYR J 218 26033 30871 28653 -433 -1149 -2754 C \ ATOM 25541 CD1 TYR J 218 -21.392 17.951 -11.773 1.00211.22 C \ ANISOU25541 CD1 TYR J 218 25999 30802 29024 -480 -1076 -2881 C \ ATOM 25542 CD2 TYR J 218 -19.359 17.243 -12.813 1.00210.46 C \ ANISOU25542 CD2 TYR J 218 25947 30629 29275 -448 -1083 -2788 C \ ATOM 25543 CE1 TYR J 218 -21.403 19.091 -12.563 1.00211.19 C \ ANISOU25543 CE1 TYR J 218 25848 30585 29275 -459 -1081 -2808 C \ ATOM 25544 CE2 TYR J 218 -19.359 18.381 -13.605 1.00210.09 C \ ANISOU25544 CE2 TYR J 218 26008 30541 29495 -411 -1094 -2677 C \ ATOM 25545 CZ TYR J 218 -20.383 19.301 -13.477 1.00211.04 C \ ANISOU25545 CZ TYR J 218 26052 31002 27852 -360 -1270 -2540 C \ ATOM 25546 OH TYR J 218 -20.397 20.434 -14.260 1.00211.22 O \ ANISOU25546 OH TYR J 218 26055 31089 27592 -330 -1320 -2448 O \ ATOM 25547 N GLU J 219 -20.039 13.435 -13.097 1.00222.44 N \ ANISOU25547 N GLU J 219 26104 31323 27437 -373 -1316 -2489 N \ ATOM 25548 CA GLU J 219 -19.696 12.899 -14.422 1.00225.52 C \ ANISOU25548 CA GLU J 219 25983 31348 27161 -378 -1343 -2454 C \ ATOM 25549 C GLU J 219 -20.811 12.023 -15.004 1.00227.52 C \ ANISOU25549 C GLU J 219 25980 30843 27375 -238 -1381 -2256 C \ ATOM 25550 O GLU J 219 -20.964 11.948 -16.228 1.00230.46 O \ ANISOU25550 O GLU J 219 25762 30556 27019 -214 -1393 -2197 O \ ATOM 25551 CB GLU J 219 -18.382 12.111 -14.367 1.00226.68 C \ ANISOU25551 CB GLU J 219 26179 31407 27521 -407 -1286 -2550 C \ ATOM 25552 CG GLU J 219 -17.144 12.993 -14.308 1.00227.91 C \ ANISOU25552 CG GLU J 219 26325 31755 27491 -460 -1281 -2585 C \ ATOM 25553 CD GLU J 219 -15.881 12.214 -13.995 1.00230.44 C \ ANISOU25553 CD GLU J 219 26300 32024 27504 -563 -1240 -2749 C \ ATOM 25554 OE1 GLU J 219 -15.814 11.599 -12.908 1.00231.07 O \ ANISOU25554 OE1 GLU J 219 26129 32077 27156 -605 -1253 -2736 O \ ATOM 25555 OE2 GLU J 219 -14.946 12.230 -14.825 1.00232.90 O \ ANISOU25555 OE2 GLU J 219 26367 31740 27553 -478 -1254 -2625 O \ ATOM 25556 N GLN J 220 -21.572 11.360 -14.127 1.00226.45 N \ ANISOU25556 N GLN J 220 26286 31437 27358 -391 -1298 -2457 N \ ATOM 25557 CA GLN J 220 -22.765 10.604 -14.545 1.00225.70 C \ ANISOU25557 CA GLN J 220 26336 31376 27531 -404 -1261 -2518 C \ ATOM 25558 C GLN J 220 -23.989 11.495 -14.790 1.00224.83 C \ ANISOU25558 C GLN J 220 26192 31428 27006 -370 -1341 -2334 C \ ATOM 25559 O GLN J 220 -24.827 11.180 -15.639 1.00226.32 O \ ANISOU25559 O GLN J 220 26366 32106 27818 -606 -1189 -2898 O \ ATOM 25560 CB GLN J 220 -23.116 9.530 -13.513 1.00225.18 C \ ANISOU25560 CB GLN J 220 26493 32517 28019 -713 -1140 -3082 C \ ATOM 25561 CG GLN J 220 -22.262 8.279 -13.616 1.00225.89 C \ ANISOU25561 CG GLN J 220 26810 32968 28195 -704 -1183 -3011 C \ ATOM 25562 CD GLN J 220 -22.502 7.321 -12.470 1.00225.95 C \ ANISOU25562 CD GLN J 220 26820 33278 28111 -786 -1171 -3086 C \ ATOM 25563 OE1 GLN J 220 -23.570 6.723 -12.356 1.00225.58 O \ ANISOU25563 OE1 GLN J 220 26306 32281 28187 -757 -1066 -3265 O \ ATOM 25564 NE2 GLN J 220 -21.503 7.168 -11.612 1.00226.46 N \ ANISOU25564 NE2 GLN J 220 26073 31938 28144 -776 -1014 -3355 N \ ATOM 25565 N SER J 221 -24.092 12.591 -14.037 1.00223.47 N \ ANISOU25565 N SER J 221 25920 31987 28045 -878 -948 -3546 N \ ATOM 25566 CA SER J 221 -25.206 13.541 -14.169 1.00223.02 C \ ANISOU25566 CA SER J 221 25917 31510 28145 -709 -1018 -3279 C \ ATOM 25567 C SER J 221 -25.145 14.372 -15.453 1.00223.36 C \ ANISOU25567 C SER J 221 25836 31740 28149 -868 -912 -3587 C \ ATOM 25568 O SER J 221 -26.174 14.870 -15.918 1.00222.38 O \ ANISOU25568 O SER J 221 25837 31455 28217 -765 -956 -3421 O \ ATOM 25569 CB SER J 221 -25.269 14.482 -12.954 1.00221.60 C \ ANISOU25569 CB SER J 221 27066 33023 28440 -610 -1232 -2863 C \ ATOM 25570 OG SER J 221 -24.265 15.484 -13.006 1.00219.34 O \ ANISOU25570 OG SER J 221 27229 33280 28503 -591 -1272 -2792 O \ ATOM 25571 N LEU J 222 -23.944 14.524 -16.014 1.00224.00 N \ ANISOU25571 N LEU J 222 27540 33686 28526 -556 -1334 -2625 N \ ATOM 25572 CA LEU J 222 -23.754 15.266 -17.269 1.00225.22 C \ ANISOU25572 CA LEU J 222 27404 33726 28286 -569 -1360 -2584 C \ ATOM 25573 C LEU J 222 -24.430 14.615 -18.493 1.00225.90 C \ ANISOU25573 C LEU J 222 27060 32870 28434 -505 -1301 -2692 C \ ATOM 25574 O LEU J 222 -24.739 15.304 -19.467 1.00224.67 O \ ANISOU25574 O LEU J 222 27067 32710 28742 -511 -1253 -2782 O \ ATOM 25575 CB LEU J 222 -22.258 15.470 -17.546 1.00225.45 C \ ANISOU25575 CB LEU J 222 26909 32845 28275 -515 -1315 -2698 C \ ATOM 25576 CG LEU J 222 -21.540 16.491 -16.650 1.00223.93 C \ ANISOU25576 CG LEU J 222 27077 32452 28794 -415 -1296 -2620 C \ ATOM 25577 CD1 LEU J 222 -20.048 16.192 -16.563 1.00224.36 C \ ANISOU25577 CD1 LEU J 222 27978 34013 28859 -515 -1354 -2527 C \ ATOM 25578 CD2 LEU J 222 -21.779 17.917 -17.137 1.00222.73 C \ ANISOU25578 CD2 LEU J 222 28276 34368 28930 -475 -1409 -2355 C \ ATOM 25579 N HIS J 223 -24.655 13.302 -18.433 1.00227.11 N \ ANISOU25579 N HIS J 223 28355 34806 28894 -568 -1405 -2386 N \ ATOM 25580 CA HIS J 223 -25.319 12.552 -19.512 1.00229.06 C \ ANISOU25580 CA HIS J 223 28568 35120 28953 -541 -1454 -2229 C \ ATOM 25581 C HIS J 223 -26.825 12.823 -19.598 1.00231.54 C \ ANISOU25581 C HIS J 223 28367 34253 28974 -420 -1420 -2268 C \ ATOM 25582 O HIS J 223 -27.383 12.915 -20.694 1.00232.16 O \ ANISOU25582 O HIS J 223 28456 34272 28897 -340 -1478 -2062 O \ ATOM 25583 CB HIS J 223 -25.104 11.044 -19.328 1.00228.38 C \ ANISOU25583 CB HIS J 223 28422 34050 28833 -297 -1480 -2000 C \ ATOM 25584 CG HIS J 223 -23.665 10.631 -19.322 1.00226.75 C \ ANISOU25584 CG HIS J 223 28354 33927 28633 -225 -1528 -1810 C \ ATOM 25585 ND1 HIS J 223 -22.950 10.401 -20.477 1.00226.22 N \ ANISOU25585 ND1 HIS J 223 28453 34295 28626 -271 -1544 -1745 N \ ATOM 25586 CD2 HIS J 223 -22.811 10.402 -18.298 1.00225.22 C \ ANISOU25586 CD2 HIS J 223 28206 34866 28840 -680 -1346 -2587 C \ ATOM 25587 CE1 HIS J 223 -21.715 10.050 -20.165 1.00225.63 C \ ANISOU25587 CE1 HIS J 223 28029 35084 28562 -791 -1335 -2640 C \ ATOM 25588 NE2 HIS J 223 -21.605 10.043 -18.849 1.00225.05 N \ ANISOU25588 NE2 HIS J 223 27959 35241 28400 -805 -1373 -2565 N \ ATOM 25589 N ILE J 224 -27.468 12.961 -18.437 1.00233.00 N \ ANISOU25589 N ILE J 224 27840 35338 28124 -820 -1416 -2427 N \ ATOM 25590 CA ILE J 224 -28.930 13.128 -18.339 1.00234.28 C \ ANISOU25590 CA ILE J 224 27933 35170 28625 -916 -1251 -2910 C \ ATOM 25591 C ILE J 224 -29.335 14.576 -18.689 1.00236.22 C \ ANISOU25591 C ILE J 224 27932 35570 28517 -1035 -1238 -2967 C \ ATOM 25592 O ILE J 224 -30.481 14.840 -19.076 1.00235.34 O \ ANISOU25592 O ILE J 224 27884 35124 28439 -801 -1358 -2647 O \ ATOM 25593 CB ILE J 224 -29.459 12.769 -16.920 1.00232.57 C \ ANISOU25593 CB ILE J 224 27738 35168 28224 -809 -1392 -2586 C \ ATOM 25594 CG1 ILE J 224 -28.690 11.590 -16.295 1.00232.98 C \ ANISOU25594 CG1 ILE J 224 27598 34727 28112 -687 -1432 -2463 C \ ATOM 25595 CG2 ILE J 224 -30.944 12.423 -16.961 1.00231.69 C \ ANISOU25595 CG2 ILE J 224 27378 34381 28046 -681 -1403 -2570 C \ ATOM 25596 CD1 ILE J 224 -28.527 11.702 -14.793 1.00232.46 C \ ANISOU25596 CD1 ILE J 224 27682 35399 28279 -936 -1332 -2816 C \ ATOM 25597 N LYS J 225 -28.379 15.500 -18.566 1.00239.11 N \ ANISOU25597 N LYS J 225 27646 34676 28027 -595 -1496 -2241 N \ ATOM 25598 CA LYS J 225 -28.590 16.933 -18.826 1.00241.02 C \ ANISOU25598 CA LYS J 225 27656 34391 28053 -476 -1533 -2119 C \ ATOM 25599 C LYS J 225 -28.905 17.273 -20.298 1.00242.28 C \ ANISOU25599 C LYS J 225 27579 34356 27838 -409 -1596 -1896 C \ ATOM 25600 O LYS J 225 -29.434 18.350 -20.583 1.00243.82 O \ ANISOU25600 O LYS J 225 27637 34573 27803 -432 -1613 -1808 O \ ATOM 25601 CB LYS J 225 -27.352 17.720 -18.363 1.00241.07 C \ ANISOU25601 CB LYS J 225 27800 34195 28277 -413 -1518 -2127 C \ ATOM 25602 CG LYS J 225 -27.611 19.178 -18.025 1.00241.15 C \ ANISOU25602 CG LYS J 225 27905 34052 28476 -337 -1528 -2103 C \ ATOM 25603 CD LYS J 225 -26.327 19.892 -17.628 1.00240.31 C \ ANISOU25603 CD LYS J 225 27788 34077 28155 -357 -1546 -1982 C \ ATOM 25604 CE LYS J 225 -26.548 21.378 -17.388 1.00239.28 C \ ANISOU25604 CE LYS J 225 27889 33855 28642 -347 -1485 -2222 C \ ATOM 25605 NZ LYS J 225 -26.876 22.122 -18.638 1.00240.49 N \ ANISOU25605 NZ LYS J 225 27397 34047 27661 -330 -1629 -1802 N \ ATOM 25606 N SER J 226 -28.581 16.363 -21.220 1.00241.91 N \ ANISOU25606 N SER J 226 27420 34076 27601 -257 -1681 -1596 N \ ATOM 25607 CA SER J 226 -28.812 16.567 -22.659 1.00241.28 C \ ANISOU25607 CA SER J 226 27388 33804 27548 -177 -1694 -1481 C \ ATOM 25608 C SER J 226 -30.294 16.785 -23.011 1.00241.09 C \ ANISOU25608 C SER J 226 27180 33512 27349 -198 -1668 -1545 C \ ATOM 25609 O SER J 226 -30.636 17.758 -23.691 1.00240.30 O \ ANISOU25609 O SER J 226 27279 33842 27501 -201 -1700 -1571 O \ ATOM 25610 CB SER J 226 -28.250 15.382 -23.455 1.00241.42 C \ ANISOU25610 CB SER J 226 27208 33818 27515 -268 -1661 -1756 C \ ATOM 25611 OG SER J 226 -28.227 15.652 -24.846 1.00242.19 O \ ANISOU25611 OG SER J 226 27233 33761 27598 -311 -1617 -1882 O \ ATOM 25612 N ALA J 227 -31.158 15.877 -22.550 1.00240.68 N \ ANISOU25612 N ALA J 227 27364 33677 27512 -90 -1729 -1322 N \ ATOM 25613 CA ALA J 227 -32.610 15.970 -22.763 1.00239.85 C \ ANISOU25613 CA ALA J 227 27276 33382 27423 -19 -1736 -1220 C \ ATOM 25614 C ALA J 227 -33.331 16.050 -21.416 1.00238.03 C \ ANISOU25614 C ALA J 227 26981 32819 27177 76 -1743 -1176 C \ ATOM 25615 O ALA J 227 -33.617 15.021 -20.797 1.00236.36 O \ ANISOU25615 O ALA J 227 27012 32827 27224 138 -1765 -1045 O \ ATOM 25616 CB ALA J 227 -33.107 14.774 -23.564 1.00240.45 C \ ANISOU25616 CB ALA J 227 27397 33676 27512 -16 -1764 -1053 C \ ATOM 25617 N ILE J 228 -33.628 17.278 -20.981 1.00237.79 N \ ANISOU25617 N ILE J 228 27681 34239 27739 -116 -1758 -1083 N \ ATOM 25618 CA ILE J 228 -34.144 17.546 -19.631 1.00237.14 C \ ANISOU25618 CA ILE J 228 27836 34358 27870 -146 -1737 -1117 C \ ATOM 25619 C ILE J 228 -34.865 18.925 -19.610 1.00236.28 C \ ANISOU25619 C ILE J 228 27890 34792 27910 -202 -1767 -1091 C \ ATOM 25620 O ILE J 228 -34.536 19.795 -20.420 1.00236.91 O \ ANISOU25620 O ILE J 228 27914 34749 27898 -247 -1733 -1147 O \ ATOM 25621 CB ILE J 228 -32.973 17.440 -18.596 1.00237.59 C \ ANISOU25621 CB ILE J 228 27998 35078 27971 -286 -1751 -1133 C \ ATOM 25622 CG1 ILE J 228 -33.468 16.963 -17.220 1.00238.01 C \ ANISOU25622 CG1 ILE J 228 26513 32164 26748 84 -1721 -1284 C \ ATOM 25623 CG2 ILE J 228 -32.165 18.736 -18.500 1.00236.93 C \ ANISOU25623 CG2 ILE J 228 26139 31573 26413 159 -1726 -1250 C \ ATOM 25624 CD1 ILE J 228 -32.598 15.891 -16.601 1.00237.89 C \ ANISOU25624 CD1 ILE J 228 25698 30931 25976 194 -1712 -1233 C \ ATOM 25625 N PRO J 229 -35.867 19.124 -18.714 1.00234.52 N \ ANISOU25625 N PRO J 229 25310 30571 25558 174 -1705 -1215 N \ ATOM 25626 CA PRO J 229 -36.515 20.444 -18.578 1.00234.50 C \ ANISOU25626 CA PRO J 229 26143 31539 26470 134 -1714 -1363 C \ ATOM 25627 C PRO J 229 -35.595 21.510 -17.952 1.00233.56 C \ ANISOU25627 C PRO J 229 26209 31712 26551 51 -1689 -1480 C \ ATOM 25628 O PRO J 229 -34.377 21.385 -18.032 1.00231.72 O \ ANISOU25628 O PRO J 229 26369 32025 26641 18 -1690 -1440 O \ ATOM 25629 CB PRO J 229 -37.729 20.153 -17.672 1.00233.25 C \ ANISOU25629 CB PRO J 229 25426 30481 25740 241 -1709 -1236 C \ ATOM 25630 CG PRO J 229 -37.915 18.679 -17.719 1.00233.04 C \ ANISOU25630 CG PRO J 229 25254 30129 25577 265 -1693 -1239 C \ ATOM 25631 CD PRO J 229 -36.533 18.128 -17.861 1.00233.17 C \ ANISOU25631 CD PRO J 229 25303 30121 25647 218 -1674 -1335 C \ ATOM 25632 N HIS J 230 -36.160 22.554 -17.341 1.00233.07 N \ ANISOU25632 N HIS J 230 25099 29828 25434 217 -1660 -1340 N \ ATOM 25633 CA HIS J 230 -35.344 23.645 -16.779 1.00231.82 C \ ANISOU25633 CA HIS J 230 24973 29727 25332 318 -1693 -1216 C \ ATOM 25634 C HIS J 230 -35.664 23.999 -15.312 1.00228.92 C \ ANISOU25634 C HIS J 230 24601 29193 24975 333 -1676 -1235 C \ ATOM 25635 O HIS J 230 -36.271 25.040 -15.044 1.00229.14 O \ ANISOU25635 O HIS J 230 24609 29145 24967 351 -1663 -1191 O \ ATOM 25636 CB HIS J 230 -35.472 24.891 -17.664 1.00233.15 C \ ANISOU25636 CB HIS J 230 24463 29003 24871 367 -1676 -1227 C \ ATOM 25637 CG HIS J 230 -34.974 24.691 -19.061 1.00235.98 C \ ANISOU25637 CG HIS J 230 25426 30297 25818 181 -1671 -1410 C \ ATOM 25638 ND1 HIS J 230 -33.648 24.838 -19.408 1.00237.04 N \ ANISOU25638 ND1 HIS J 230 25302 30123 25772 137 -1649 -1501 N \ ATOM 25639 CD2 HIS J 230 -35.623 24.345 -20.198 1.00238.43 C \ ANISOU25639 CD2 HIS J 230 25219 30050 25673 100 -1628 -1544 C \ ATOM 25640 CE1 HIS J 230 -33.502 24.597 -20.699 1.00238.35 C \ ANISOU25640 CE1 HIS J 230 25084 29802 25590 93 -1612 -1575 C \ ATOM 25641 NE2 HIS J 230 -34.685 24.295 -21.202 1.00239.63 N \ ANISOU25641 NE2 HIS J 230 25282 30204 25833 93 -1644 -1579 N \ ATOM 25642 N PRO J 231 -35.239 23.145 -14.353 1.00224.84 N \ ANISOU25642 N PRO J 231 25274 30156 25862 128 -1663 -1540 N \ ATOM 25643 CA PRO J 231 -35.441 23.456 -12.943 1.00221.41 C \ ANISOU25643 CA PRO J 231 25233 30129 25911 41 -1613 -1681 C \ ATOM 25644 C PRO J 231 -34.195 24.100 -12.306 1.00217.41 C \ ANISOU25644 C PRO J 231 25230 30221 25753 151 -1686 -1491 C \ ATOM 25645 O PRO J 231 -33.302 24.554 -13.024 1.00214.34 O \ ANISOU25645 O PRO J 231 25289 30273 25675 73 -1629 -1535 O \ ATOM 25646 CB PRO J 231 -35.744 22.073 -12.339 1.00221.48 C \ ANISOU25646 CB PRO J 231 25292 30331 25649 29 -1610 -1571 C \ ATOM 25647 CG PRO J 231 -35.100 21.081 -13.265 1.00222.33 C \ ANISOU25647 CG PRO J 231 25139 30016 25467 68 -1608 -1515 C \ ATOM 25648 CD PRO J 231 -34.640 21.807 -14.502 1.00223.81 C \ ANISOU25648 CD PRO J 231 25119 29976 25456 35 -1586 -1567 C \ ATOM 25649 N LEU J 232 -34.165 24.159 -10.973 1.00214.89 N \ ANISOU25649 N LEU J 232 25506 30771 25783 -2 -1622 -1531 N \ ATOM 25650 CA LEU J 232 -32.987 24.602 -10.206 1.00213.08 C \ ANISOU25650 CA LEU J 232 25626 31103 25924 -64 -1616 -1611 C \ ATOM 25651 C LEU J 232 -31.881 23.532 -10.134 1.00213.37 C \ ANISOU25651 C LEU J 232 25890 31673 26090 -102 -1641 -1526 C \ ATOM 25652 O LEU J 232 -30.694 23.862 -10.097 1.00211.51 O \ ANISOU25652 O LEU J 232 26027 31967 26196 -191 -1611 -1605 O \ ATOM 25653 CB LEU J 232 -33.418 25.002 -8.782 1.00210.64 C \ ANISOU25653 CB LEU J 232 25043 29814 25344 135 -1626 -1419 C \ ATOM 25654 CG LEU J 232 -32.356 25.280 -7.708 1.00207.32 C \ ANISOU25654 CG LEU J 232 24939 29557 25226 172 -1620 -1373 C \ ATOM 25655 CD1 LEU J 232 -31.458 26.438 -8.112 1.00207.19 C \ ANISOU25655 CD1 LEU J 232 24695 29153 25035 191 -1613 -1401 C \ ATOM 25656 CD2 LEU J 232 -33.018 25.551 -6.367 1.00206.18 C \ ANISOU25656 CD2 LEU J 232 24578 28923 24910 207 -1603 -1385 C \ ATOM 25657 N ILE J 233 -32.291 22.262 -10.125 1.00214.61 N \ ANISOU25657 N ILE J 233 24451 28916 24851 184 -1619 -1434 N \ ATOM 25658 CA ILE J 233 -31.399 21.094 -9.974 1.00213.70 C \ ANISOU25658 CA ILE J 233 24139 28496 24604 191 -1617 -1442 C \ ATOM 25659 C ILE J 233 -30.147 21.170 -10.871 1.00213.03 C \ ANISOU25659 C ILE J 233 24004 28323 24545 149 -1598 -1504 C \ ATOM 25660 O ILE J 233 -29.033 20.851 -10.425 1.00211.81 O \ ANISOU25660 O ILE J 233 23914 28137 24465 155 -1591 -1489 O \ ATOM 25661 CB ILE J 233 -32.194 19.769 -10.213 1.00214.03 C \ ANISOU25661 CB ILE J 233 24124 28518 24644 194 -1632 -1441 C \ ATOM 25662 CG1 ILE J 233 -33.200 19.518 -9.071 1.00213.96 C \ ANISOU25662 CG1 ILE J 233 23941 28260 24538 192 -1634 -1429 C \ ATOM 25663 CG2 ILE J 233 -31.270 18.565 -10.342 1.00213.91 C \ ANISOU25663 CG2 ILE J 233 24214 28647 24673 237 -1648 -1386 C \ ATOM 25664 CD1 ILE J 233 -34.602 20.036 -9.326 1.00213.73 C \ ANISOU25664 CD1 ILE J 233 24088 28494 24697 103 -1585 -1578 C \ ATOM 25665 N MET J 234 -30.336 21.628 -12.112 1.00213.81 N \ ANISOU25665 N MET J 234 24173 28557 24894 58 -1557 -1655 N \ ATOM 25666 CA MET J 234 -29.249 21.783 -13.097 1.00213.90 C \ ANISOU25666 CA MET J 234 24158 28492 24816 54 -1543 -1656 C \ ATOM 25667 C MET J 234 -28.113 22.685 -12.608 1.00212.19 C \ ANISOU25667 C MET J 234 24388 28632 25121 47 -1530 -1668 C \ ATOM 25668 O MET J 234 -26.960 22.508 -13.010 1.00212.01 O \ ANISOU25668 O MET J 234 24348 28863 25161 1 -1534 -1761 O \ ATOM 25669 CB MET J 234 -29.797 22.350 -14.413 1.00215.98 C \ ANISOU25669 CB MET J 234 24493 29164 25178 -16 -1537 -1775 C \ ATOM 25670 CG MET J 234 -30.735 21.417 -15.165 1.00217.54 C \ ANISOU25670 CG MET J 234 24264 28794 25194 0 -1541 -1766 C \ ATOM 25671 SD MET J 234 -31.555 22.201 -16.566 1.00220.17 S \ ANISOU25671 SD MET J 234 24596 29416 25340 -93 -1501 -1903 S \ ATOM 25672 CE MET J 234 -30.292 22.094 -17.831 1.00221.58 C \ ANISOU25672 CE MET J 234 23924 28325 24454 61 -1548 -1630 C \ ATOM 25673 N GLY J 235 -28.450 23.653 -11.758 1.00211.08 N \ ANISOU25673 N GLY J 235 23742 28110 24203 60 -1538 -1615 N \ ATOM 25674 CA GLY J 235 -27.468 24.555 -11.158 1.00209.82 C \ ANISOU25674 CA GLY J 235 23495 27701 23946 100 -1542 -1558 C \ ATOM 25675 C GLY J 235 -26.957 24.137 -9.789 1.00207.61 C \ ANISOU25675 C GLY J 235 23286 27433 23745 87 -1526 -1577 C \ ATOM 25676 O GLY J 235 -25.971 24.695 -9.309 1.00206.37 O \ ANISOU25676 O GLY J 235 23795 28269 24139 68 -1552 -1555 O \ ATOM 25677 N VAL J 236 -27.621 23.163 -9.159 1.00205.87 N \ ANISOU25677 N VAL J 236 23955 28631 24285 5 -1541 -1617 N \ ATOM 25678 CA VAL J 236 -27.194 22.653 -7.851 1.00203.29 C \ ANISOU25678 CA VAL J 236 24154 28958 24381 13 -1562 -1521 C \ ATOM 25679 C VAL J 236 -25.974 21.751 -8.035 1.00202.32 C \ ANISOU25679 C VAL J 236 24242 29287 24442 -61 -1553 -1573 C \ ATOM 25680 O VAL J 236 -24.927 22.000 -7.444 1.00201.39 O \ ANISOU25680 O VAL J 236 24129 29269 24302 -116 -1535 -1612 O \ ATOM 25681 CB VAL J 236 -28.329 21.894 -7.115 1.00203.41 C \ ANISOU25681 CB VAL J 236 24010 29006 24178 -99 -1523 -1602 C \ ATOM 25682 CG1 VAL J 236 -27.845 21.353 -5.771 1.00201.97 C \ ANISOU25682 CG1 VAL J 236 24074 29475 24221 -195 -1526 -1668 C \ ATOM 25683 CG2 VAL J 236 -29.544 22.800 -6.922 1.00204.06 C \ ANISOU25683 CG2 VAL J 236 23307 27458 23747 143 -1560 -1498 C \ ATOM 25684 N ILE J 237 -26.111 20.727 -8.875 1.00203.39 N \ ANISOU25684 N ILE J 237 23238 27271 23674 170 -1560 -1459 N \ ATOM 25685 CA ILE J 237 -25.010 19.797 -9.187 1.00204.30 C \ ANISOU25685 CA ILE J 237 23386 27368 23924 140 -1550 -1493 C \ ATOM 25686 C ILE J 237 -23.733 20.531 -9.661 1.00203.89 C \ ANISOU25686 C ILE J 237 23819 27732 24349 136 -1538 -1492 C \ ATOM 25687 O ILE J 237 -22.605 20.216 -9.216 1.00205.66 O \ ANISOU25687 O ILE J 237 23064 27085 23492 205 -1576 -1412 O \ ATOM 25688 CB ILE J 237 -25.448 18.707 -10.211 1.00206.27 C \ ANISOU25688 CB ILE J 237 22934 26872 23334 228 -1568 -1381 C \ ATOM 25689 CG1 ILE J 237 -26.117 19.314 -11.457 1.00207.49 C \ ANISOU25689 CG1 ILE J 237 22894 26845 23323 236 -1578 -1364 C \ ATOM 25690 CG2 ILE J 237 -26.413 17.727 -9.553 1.00205.95 C \ ANISOU25690 CG2 ILE J 237 22975 26987 23412 246 -1591 -1356 C \ ATOM 25691 CD1 ILE J 237 -25.857 18.556 -12.741 1.00208.85 C \ ANISOU25691 CD1 ILE J 237 22933 26852 23375 226 -1572 -1358 C \ ATOM 25692 N ARG J 238 -23.922 21.537 -10.520 1.00201.88 N \ ANISOU25692 N ARG J 238 23339 27359 23991 118 -1553 -1518 N \ ATOM 25693 CA ARG J 238 -22.830 22.386 -11.012 1.00200.18 C \ ANISOU25693 CA ARG J 238 23408 27395 24211 88 -1543 -1539 C \ ATOM 25694 C ARG J 238 -22.013 23.021 -9.882 1.00197.77 C \ ANISOU25694 C ARG J 238 23411 27393 24242 56 -1514 -1610 C \ ATOM 25695 O ARG J 238 -20.797 23.132 -10.000 1.00195.99 O \ ANISOU25695 O ARG J 238 23580 27496 24467 47 -1503 -1607 O \ ATOM 25696 CB ARG J 238 -23.365 23.488 -11.934 1.00200.56 C \ ANISOU25696 CB ARG J 238 23399 27440 24354 68 -1546 -1554 C \ ATOM 25697 CG ARG J 238 -23.619 23.041 -13.362 1.00202.32 C \ ANISOU25697 CG ARG J 238 23674 27689 24786 64 -1564 -1471 C \ ATOM 25698 CD ARG J 238 -24.148 24.194 -14.202 1.00203.96 C \ ANISOU25698 CD ARG J 238 23368 27438 24160 35 -1501 -1674 C \ ATOM 25699 NE ARG J 238 -24.321 23.837 -15.612 1.00205.22 N \ ANISOU25699 NE ARG J 238 23464 27569 24266 -5 -1471 -1754 N \ ATOM 25700 CZ ARG J 238 -23.374 23.913 -16.550 1.00204.50 C \ ANISOU25700 CZ ARG J 238 23466 27498 24166 9 -1469 -1718 C \ ATOM 25701 NH1 ARG J 238 -22.146 24.340 -16.261 1.00203.17 N \ ANISOU25701 NH1 ARG J 238 23144 27166 23893 -21 -1443 -1775 N \ ATOM 25702 NH2 ARG J 238 -23.659 23.556 -17.798 1.00204.69 N \ ANISOU25702 NH2 ARG J 238 23671 27654 24247 55 -1491 -1631 N \ ATOM 25703 N GLU J 239 -22.669 23.427 -8.793 1.00196.11 N \ ANISOU25703 N GLU J 239 23864 27766 24360 73 -1488 -1592 N \ ATOM 25704 CA GLU J 239 -21.952 23.994 -7.649 1.00195.24 C \ ANISOU25704 CA GLU J 239 23920 27722 24496 74 -1484 -1579 C \ ATOM 25705 C GLU J 239 -20.907 22.995 -7.154 1.00196.55 C \ ANISOU25705 C GLU J 239 24169 27930 24765 56 -1467 -1604 C \ ATOM 25706 O GLU J 239 -19.730 23.342 -7.035 1.00199.76 O \ ANISOU25706 O GLU J 239 23835 27619 24461 90 -1502 -1536 O \ ATOM 25707 CB GLU J 239 -22.903 24.376 -6.509 1.00193.82 C \ ANISOU25707 CB GLU J 239 23962 27693 24672 85 -1505 -1501 C \ ATOM 25708 CG GLU J 239 -22.309 25.369 -5.515 1.00192.50 C \ ANISOU25708 CG GLU J 239 24141 27865 25015 48 -1488 -1543 C \ ATOM 25709 CD GLU J 239 -22.907 25.261 -4.125 1.00192.30 C \ ANISOU25709 CD GLU J 239 24044 27718 24960 39 -1480 -1530 C \ ATOM 25710 OE1 GLU J 239 -24.123 25.017 -4.004 1.00193.12 O \ ANISOU25710 OE1 GLU J 239 23883 27649 24634 95 -1529 -1446 O \ ATOM 25711 OE2 GLU J 239 -22.160 25.428 -3.143 1.00192.55 O \ ANISOU25711 OE2 GLU J 239 23940 27706 24560 127 -1540 -1409 O \ ATOM 25712 N CYS J 240 -21.335 21.757 -6.895 1.00196.58 N \ ANISOU25712 N CYS J 240 23884 27713 24547 127 -1561 -1366 N \ ATOM 25713 CA CYS J 240 -20.423 20.679 -6.507 1.00197.43 C \ ANISOU25713 CA CYS J 240 23901 27739 24455 155 -1561 -1353 C \ ATOM 25714 C CYS J 240 -19.376 20.480 -7.598 1.00197.52 C \ ANISOU25714 C CYS J 240 23883 27805 24470 148 -1580 -1320 C \ ATOM 25715 O CYS J 240 -18.178 20.381 -7.304 1.00198.83 O \ ANISOU25715 O CYS J 240 24445 28227 25429 26 -1477 -1600 O \ ATOM 25716 CB CYS J 240 -21.179 19.368 -6.263 1.00197.90 C \ ANISOU25716 CB CYS J 240 24725 28511 25906 -11 -1449 -1666 C \ ATOM 25717 SG CYS J 240 -20.841 18.598 -4.658 1.00200.42 S \ ANISOU25717 SG CYS J 240 24959 28723 26098 -31 -1420 -1730 S \ ATOM 25718 N GLY J 241 -19.833 20.436 -8.850 1.00197.31 N \ ANISOU25718 N GLY J 241 25032 28753 26308 -49 -1402 -1745 N \ ATOM 25719 CA GLY J 241 -18.919 20.330 -10.001 1.00198.18 C \ ANISOU25719 CA GLY J 241 24674 28544 25962 -36 -1434 -1743 C \ ATOM 25720 C GLY J 241 -17.815 21.378 -10.044 1.00197.74 C \ ANISOU25720 C GLY J 241 24764 28651 26301 -82 -1393 -1837 C \ ATOM 25721 O GLY J 241 -16.727 21.121 -10.563 1.00195.30 O \ ANISOU25721 O GLY J 241 25063 29023 26543 -128 -1347 -1986 O \ ATOM 25722 N GLY J 242 -18.102 22.561 -9.508 1.00198.90 N \ ANISOU25722 N GLY J 242 25137 29240 26521 -145 -1349 -2044 N \ ATOM 25723 CA GLY J 242 -17.115 23.619 -9.369 1.00200.00 C \ ANISOU25723 CA GLY J 242 25011 28812 25969 -28 -1418 -1756 C \ ATOM 25724 C GLY J 242 -16.109 23.274 -8.291 1.00200.39 C \ ANISOU25724 C GLY J 242 24879 28679 25778 -50 -1394 -1805 C \ ATOM 25725 O GLY J 242 -14.907 23.275 -8.548 1.00202.30 O \ ANISOU25725 O GLY J 242 24845 28538 25687 -26 -1402 -1739 O \ ATOM 25726 N LYS J 243 -16.613 22.953 -7.097 1.00199.81 N \ ANISOU25726 N LYS J 243 24853 28524 25712 -47 -1380 -1779 N \ ATOM 25727 CA LYS J 243 -15.773 22.598 -5.942 1.00200.89 C \ ANISOU25727 CA LYS J 243 24745 28644 25480 -58 -1395 -1825 C \ ATOM 25728 C LYS J 243 -14.848 21.423 -6.247 1.00202.71 C \ ANISOU25728 C LYS J 243 24628 28672 25431 -110 -1371 -1933 C \ ATOM 25729 O LYS J 243 -13.653 21.449 -5.921 1.00201.93 O \ ANISOU25729 O LYS J 243 24580 28739 25310 -113 -1385 -1929 O \ ATOM 25730 CB LYS J 243 -16.644 22.262 -4.728 1.00200.47 C \ ANISOU25730 CB LYS J 243 24536 28644 25486 -168 -1329 -2058 C \ ATOM 25731 CG LYS J 243 -17.325 23.470 -4.104 1.00200.57 C \ ANISOU25731 CG LYS J 243 24557 28854 25373 -174 -1354 -2050 C \ ATOM 25732 CD LYS J 243 -18.229 23.077 -2.948 1.00200.41 C \ ANISOU25732 CD LYS J 243 24504 28773 25462 -209 -1316 -2137 C \ ATOM 25733 CE LYS J 243 -18.935 24.291 -2.368 1.00200.28 C \ ANISOU25733 CE LYS J 243 24763 28404 25543 11 -1430 -1649 C \ ATOM 25734 NZ LYS J 243 -19.855 23.934 -1.253 1.00200.44 N \ ANISOU25734 NZ LYS J 243 24782 28342 25529 25 -1434 -1594 N \ ATOM 25735 N MET J 244 -15.410 20.405 -6.890 1.00205.56 N \ ANISOU25735 N MET J 244 24987 28527 25918 5 -1432 -1578 N \ ATOM 25736 CA MET J 244 -14.662 19.242 -7.355 1.00208.30 C \ ANISOU25736 CA MET J 244 25079 28571 26025 0 -1425 -1561 C \ ATOM 25737 C MET J 244 -13.508 19.645 -8.286 1.00209.98 C \ ANISOU25737 C MET J 244 24559 28102 25196 60 -1457 -1523 C \ ATOM 25738 O MET J 244 -12.390 19.127 -8.164 1.00210.80 O \ ANISOU25738 O MET J 244 24446 27999 24936 88 -1460 -1514 O \ ATOM 25739 CB MET J 244 -15.630 18.276 -8.050 1.00208.40 C \ ANISOU25739 CB MET J 244 24479 28030 24930 117 -1475 -1463 C \ ATOM 25740 CG MET J 244 -15.028 17.004 -8.585 1.00209.81 C \ ANISOU25740 CG MET J 244 24395 27904 24797 91 -1444 -1516 C \ ATOM 25741 SD MET J 244 -14.474 17.195 -10.289 1.00212.21 S \ ANISOU25741 SD MET J 244 25206 28789 26290 -3 -1439 -1571 S \ ATOM 25742 CE MET J 244 -16.050 17.169 -11.130 1.00212.92 C \ ANISOU25742 CE MET J 244 25488 29069 26802 -23 -1438 -1536 C \ ATOM 25743 N HIS J 245 -13.770 20.581 -9.198 1.00210.01 N \ ANISOU25743 N HIS J 245 25667 29230 27140 -54 -1400 -1620 N \ ATOM 25744 CA HIS J 245 -12.727 21.060 -10.114 1.00208.81 C \ ANISOU25744 CA HIS J 245 25514 29050 27139 -66 -1394 -1583 C \ ATOM 25745 C HIS J 245 -11.627 21.858 -9.392 1.00208.11 C \ ANISOU25745 C HIS J 245 25567 29206 27027 -26 -1454 -1502 C \ ATOM 25746 O HIS J 245 -10.493 21.921 -9.870 1.00208.16 O \ ANISOU25746 O HIS J 245 25629 29290 27310 -39 -1470 -1402 O \ ATOM 25747 CB HIS J 245 -13.341 21.862 -11.274 1.00207.58 C \ ANISOU25747 CB HIS J 245 25710 29405 27273 -29 -1507 -1289 C \ ATOM 25748 CG HIS J 245 -13.884 21.005 -12.377 1.00207.22 C \ ANISOU25748 CG HIS J 245 25820 29585 27596 -50 -1530 -1170 C \ ATOM 25749 ND1 HIS J 245 -15.173 21.125 -12.849 1.00206.95 N \ ANISOU25749 ND1 HIS J 245 25941 29784 27667 -60 -1562 -1061 N \ ATOM 25750 CD2 HIS J 245 -13.312 20.012 -13.097 1.00207.04 C \ ANISOU25750 CD2 HIS J 245 26051 29897 27532 -50 -1567 -1075 C \ ATOM 25751 CE1 HIS J 245 -15.371 20.244 -13.814 1.00207.36 C \ ANISOU25751 CE1 HIS J 245 25852 29790 27797 -86 -1586 -936 C \ ATOM 25752 NE2 HIS J 245 -14.257 19.556 -13.983 1.00207.24 N \ ANISOU25752 NE2 HIS J 245 25900 29498 27348 -72 -1371 -1733 N \ ATOM 25753 N LEU J 246 -11.955 22.447 -8.240 1.00207.16 N \ ANISOU25753 N LEU J 246 25999 29607 27591 -112 -1325 -1844 N \ ATOM 25754 CA LEU J 246 -10.949 23.097 -7.390 1.00207.01 C \ ANISOU25754 CA LEU J 246 25783 29350 27230 -114 -1315 -1859 C \ ATOM 25755 C LEU J 246 -10.140 22.053 -6.621 1.00209.06 C \ ANISOU25755 C LEU J 246 25908 29442 27491 -133 -1290 -1887 C \ ATOM 25756 O LEU J 246 -8.963 22.269 -6.327 1.00209.70 O \ ANISOU25756 O LEU J 246 26248 29953 27864 -145 -1295 -1972 O \ ATOM 25757 CB LEU J 246 -11.600 24.067 -6.396 1.00204.92 C \ ANISOU25757 CB LEU J 246 26444 30198 28215 -200 -1238 -2121 C \ ATOM 25758 CG LEU J 246 -12.423 25.239 -6.936 1.00203.66 C \ ANISOU25758 CG LEU J 246 26545 30274 28677 -220 -1205 -2155 C \ ATOM 25759 CD1 LEU J 246 -13.245 25.839 -5.806 1.00203.82 C \ ANISOU25759 CD1 LEU J 246 26631 30393 28936 -227 -1200 -2167 C \ ATOM 25760 CD2 LEU J 246 -11.545 26.299 -7.586 1.00202.91 C \ ANISOU25760 CD2 LEU J 246 26537 30217 28800 -231 -1182 -2166 C \ ATOM 25761 N ARG J 247 -10.785 20.935 -6.288 1.00211.30 N \ ANISOU25761 N ARG J 247 25334 28905 26526 -93 -1333 -1835 N \ ATOM 25762 CA ARG J 247 -10.120 19.819 -5.601 1.00214.13 C \ ANISOU25762 CA ARG J 247 24922 28459 25967 -94 -1325 -1839 C \ ATOM 25763 C ARG J 247 -9.106 19.097 -6.501 1.00215.92 C \ ANISOU25763 C ARG J 247 24460 28075 25331 -106 -1318 -1883 C \ ATOM 25764 O ARG J 247 -8.060 18.645 -6.022 1.00215.04 O \ ANISOU25764 O ARG J 247 24325 27924 25075 -107 -1314 -1874 O \ ATOM 25765 CB ARG J 247 -11.170 18.819 -5.087 1.00215.29 C \ ANISOU25765 CB ARG J 247 23960 27674 24827 -119 -1319 -1923 C \ ATOM 25766 CG ARG J 247 -10.705 17.925 -3.945 1.00216.42 C \ ANISOU25766 CG ARG J 247 23532 27367 24257 -142 -1314 -1956 C \ ATOM 25767 CD ARG J 247 -10.724 18.652 -2.607 1.00216.84 C \ ANISOU25767 CD ARG J 247 23020 26831 23571 -92 -1352 -1842 C \ ATOM 25768 NE ARG J 247 -10.483 17.746 -1.486 1.00218.45 N \ ANISOU25768 NE ARG J 247 22812 26641 23356 -69 -1373 -1807 N \ ATOM 25769 CZ ARG J 247 -10.338 18.125 -0.216 1.00219.48 C \ ANISOU25769 CZ ARG J 247 23535 27515 24350 -189 -1294 -2059 C \ ATOM 25770 NH1 ARG J 247 -10.400 19.411 0.128 1.00219.72 N \ ANISOU25770 NH1 ARG J 247 23485 27623 24303 -261 -1255 -2181 N \ ATOM 25771 NH2 ARG J 247 -10.122 17.207 0.723 1.00219.61 N \ ANISOU25771 NH2 ARG J 247 23278 27502 24316 -318 -1210 -2332 N \ ATOM 25772 N GLU J 248 -9.426 18.984 -7.793 1.00217.79 N \ ANISOU25772 N GLU J 248 22940 27064 24186 -316 -1187 -2368 N \ ATOM 25773 CA GLU J 248 -8.535 18.349 -8.782 1.00218.97 C \ ANISOU25773 CA GLU J 248 23361 27765 24383 -367 -1195 -2413 C \ ATOM 25774 C GLU J 248 -7.418 19.303 -9.226 1.00216.77 C \ ANISOU25774 C GLU J 248 22628 26395 23061 -76 -1357 -1785 C \ ATOM 25775 O GLU J 248 -6.251 18.906 -9.304 1.00218.03 O \ ANISOU25775 O GLU J 248 22482 26201 22797 -26 -1383 -1679 O \ ATOM 25776 CB GLU J 248 -9.352 17.860 -9.995 1.00221.25 C \ ANISOU25776 CB GLU J 248 22361 26212 22582 -32 -1395 -1643 C \ ATOM 25777 CG GLU J 248 -8.561 17.187 -11.121 1.00223.34 C \ ANISOU25777 CG GLU J 248 22517 26357 22693 9 -1416 -1565 C \ ATOM 25778 CD GLU J 248 -8.067 15.791 -10.771 1.00225.02 C \ ANISOU25778 CD GLU J 248 22439 26044 22706 -4 -1379 -1632 C \ ATOM 25779 OE1 GLU J 248 -8.908 14.890 -10.563 1.00226.24 O \ ANISOU25779 OE1 GLU J 248 22345 25842 22696 1 -1375 -1642 O \ ATOM 25780 OE2 GLU J 248 -6.834 15.588 -10.726 1.00225.17 O \ ANISOU25780 OE2 GLU J 248 22292 25742 22682 29 -1392 -1602 O \ ATOM 25781 N GLY J 249 -7.785 20.554 -9.509 1.00212.57 N \ ANISOU25781 N GLY J 249 22361 25823 22759 -25 -1354 -1683 N \ ATOM 25782 CA GLY J 249 -6.842 21.579 -9.967 1.00208.84 C \ ANISOU25782 CA GLY J 249 22183 25573 22656 26 -1392 -1592 C \ ATOM 25783 C GLY J 249 -7.283 22.359 -11.199 1.00204.94 C \ ANISOU25783 C GLY J 249 22411 25794 22900 -22 -1353 -1674 C \ ATOM 25784 O GLY J 249 -6.586 23.277 -11.628 1.00203.51 O \ ANISOU25784 O GLY J 249 22221 25578 22747 1 -1374 -1622 O \ ATOM 25785 N GLU J 250 -8.434 22.001 -11.768 1.00201.24 N \ ANISOU25785 N GLU J 250 22218 26213 22422 -88 -1379 -1699 N \ ATOM 25786 CA GLU J 250 -8.905 22.611 -13.013 1.00197.81 C \ ANISOU25786 CA GLU J 250 22302 26473 22423 -108 -1392 -1654 C \ ATOM 25787 C GLU J 250 -9.706 23.855 -12.648 1.00193.24 C \ ANISOU25787 C GLU J 250 22441 26715 22588 -113 -1404 -1675 C \ ATOM 25788 O GLU J 250 -10.863 23.753 -12.249 1.00191.63 O \ ANISOU25788 O GLU J 250 22386 26725 22478 -89 -1430 -1585 O \ ATOM 25789 CB GLU J 250 -9.758 21.609 -13.811 1.00198.45 C \ ANISOU25789 CB GLU J 250 22192 26531 22285 -182 -1371 -1713 C \ ATOM 25790 CG GLU J 250 -9.312 21.398 -15.250 1.00198.48 C \ ANISOU25790 CG GLU J 250 22083 26591 22075 -198 -1391 -1608 C \ ATOM 25791 CD GLU J 250 -9.411 19.945 -15.670 1.00197.65 C \ ANISOU25791 CD GLU J 250 21973 26660 21926 -276 -1371 -1655 C \ ATOM 25792 OE1 GLU J 250 -8.711 19.094 -15.077 1.00195.26 O \ ANISOU25792 OE1 GLU J 250 21794 26398 21777 -293 -1345 -1728 O \ ATOM 25793 OE2 GLU J 250 -10.202 19.653 -16.586 1.00198.73 O \ ANISOU25793 OE2 GLU J 250 22056 26987 21951 -325 -1384 -1613 O \ ATOM 25794 N PHE J 251 -9.076 25.023 -12.757 1.00189.72 N \ ANISOU25794 N PHE J 251 22588 26877 22840 -145 -1384 -1790 N \ ATOM 25795 CA PHE J 251 -9.678 26.276 -12.289 1.00188.13 C \ ANISOU25795 CA PHE J 251 22643 27011 22942 -151 -1391 -1822 C \ ATOM 25796 C PHE J 251 -10.585 26.937 -13.330 1.00187.28 C \ ANISOU25796 C PHE J 251 22609 26840 22906 -78 -1421 -1732 C \ ATOM 25797 O PHE J 251 -11.532 27.651 -12.966 1.00188.36 O \ ANISOU25797 O PHE J 251 22872 27179 23147 -66 -1440 -1700 O \ ATOM 25798 CB PHE J 251 -8.590 27.260 -11.829 1.00187.37 C \ ANISOU25798 CB PHE J 251 22707 27107 23163 -201 -1355 -1969 C \ ATOM 25799 CG PHE J 251 -7.751 26.751 -10.682 1.00186.56 C \ ANISOU25799 CG PHE J 251 22880 27488 23350 -290 -1319 -2092 C \ ATOM 25800 CD1 PHE J 251 -8.307 26.553 -9.421 1.00186.12 C \ ANISOU25800 CD1 PHE J 251 22972 27633 23634 -341 -1277 -2250 C \ ATOM 25801 CD2 PHE J 251 -6.406 26.471 -10.859 1.00186.72 C \ ANISOU25801 CD2 PHE J 251 23121 28022 23810 -442 -1232 -2401 C \ ATOM 25802 CE1 PHE J 251 -7.537 26.083 -8.365 1.00185.32 C \ ANISOU25802 CE1 PHE J 251 23142 28051 24076 -491 -1176 -2575 C \ ATOM 25803 CE2 PHE J 251 -5.631 26.002 -9.806 1.00187.14 C \ ANISOU25803 CE2 PHE J 251 22322 26375 22644 -37 -1423 -1696 C \ ATOM 25804 CZ PHE J 251 -6.196 25.811 -8.556 1.00185.67 C \ ANISOU25804 CZ PHE J 251 22020 25963 22334 22 -1446 -1617 C \ ATOM 25805 N GLU J 252 -10.310 26.698 -14.612 1.00186.48 N \ ANISOU25805 N GLU J 252 21747 25706 21960 60 -1465 -1518 N \ ATOM 25806 CA GLU J 252 -11.124 27.259 -15.698 1.00187.39 C \ ANISOU25806 CA GLU J 252 21506 25467 21714 95 -1483 -1472 C \ ATOM 25807 C GLU J 252 -12.503 26.582 -15.773 1.00188.83 C \ ANISOU25807 C GLU J 252 22001 25794 22358 41 -1441 -1606 C \ ATOM 25808 O GLU J 252 -13.530 27.258 -15.926 1.00188.42 O \ ANISOU25808 O GLU J 252 21597 25570 21753 53 -1458 -1484 O \ ATOM 25809 CB GLU J 252 -10.390 27.155 -17.045 1.00186.89 C \ ANISOU25809 CB GLU J 252 21620 25619 21723 86 -1472 -1376 C \ ATOM 25810 CG GLU J 252 -10.791 28.227 -18.055 1.00186.21 C \ ANISOU25810 CG GLU J 252 21572 25747 21655 74 -1491 -1339 C \ ATOM 25811 CD GLU J 252 -9.930 28.243 -19.306 1.00185.71 C \ ANISOU25811 CD GLU J 252 21819 25989 21909 118 -1508 -1256 C \ ATOM 25812 OE1 GLU J 252 -8.711 27.987 -19.219 1.00184.16 O \ ANISOU25812 OE1 GLU J 252 21770 25771 21835 71 -1462 -1341 O \ ATOM 25813 OE2 GLU J 252 -10.478 28.530 -20.388 1.00186.85 O \ ANISOU25813 OE2 GLU J 252 22027 26070 22079 100 -1474 -1215 O \ ATOM 25814 N LYS J 253 -12.518 25.253 -15.657 1.00190.30 N \ ANISOU25814 N LYS J 253 22237 26476 22258 65 -1487 -1153 N \ ATOM 25815 CA LYS J 253 -13.773 24.488 -15.608 1.00191.07 C \ ANISOU25815 CA LYS J 253 22098 26027 22189 156 -1472 -1136 C \ ATOM 25816 C LYS J 253 -14.586 24.795 -14.344 1.00190.43 C \ ANISOU25816 C LYS J 253 22317 26553 22370 104 -1498 -1022 C \ ATOM 25817 O LYS J 253 -15.827 24.811 -14.387 1.00192.65 O \ ANISOU25817 O LYS J 253 22240 26280 22346 161 -1485 -1019 O \ ATOM 25818 CB LYS J 253 -13.509 22.981 -15.716 1.00192.07 C \ ANISOU25818 CB LYS J 253 21415 25757 21484 10 -1486 -1405 C \ ATOM 25819 CG LYS J 253 -13.155 22.521 -17.122 1.00194.02 C \ ANISOU25819 CG LYS J 253 21251 25797 21299 -14 -1503 -1381 C \ ATOM 25820 CD LYS J 253 -13.242 21.012 -17.248 1.00195.39 C \ ANISOU25820 CD LYS J 253 21217 25729 21307 13 -1514 -1405 C \ ATOM 25821 CE LYS J 253 -12.949 20.540 -18.661 1.00197.27 C \ ANISOU25821 CE LYS J 253 21301 25887 21378 37 -1536 -1327 C \ ATOM 25822 NZ LYS J 253 -12.675 19.076 -18.683 1.00198.10 N \ ANISOU25822 NZ LYS J 253 21149 25913 21179 -104 -1487 -1475 N \ ATOM 25823 N ALA J 254 -13.891 25.046 -13.232 1.00187.77 N \ ANISOU25823 N ALA J 254 20955 25653 21057 -135 -1456 -1622 N \ ATOM 25824 CA ALA J 254 -14.527 25.477 -11.981 1.00185.07 C \ ANISOU25824 CA ALA J 254 21204 26066 21177 -138 -1484 -1423 C \ ATOM 25825 C ALA J 254 -15.171 26.857 -12.146 1.00182.69 C \ ANISOU25825 C ALA J 254 21343 25750 21497 9 -1499 -1501 C \ ATOM 25826 O ALA J 254 -16.285 27.095 -11.655 1.00180.78 O \ ANISOU25826 O ALA J 254 21638 26005 21844 34 -1509 -1517 O \ ATOM 25827 CB ALA J 254 -13.501 25.507 -10.855 1.00184.64 C \ ANISOU25827 CB ALA J 254 21746 26002 21936 105 -1528 -1419 C \ ATOM 25828 N HIS J 255 -14.464 27.751 -12.842 1.00181.40 N \ ANISOU25828 N HIS J 255 21846 26154 22038 126 -1546 -1385 N \ ATOM 25829 CA HIS J 255 -14.976 29.093 -13.146 1.00181.50 C \ ANISOU25829 CA HIS J 255 21721 25988 22027 20 -1491 -1608 C \ ATOM 25830 C HIS J 255 -16.251 29.059 -13.994 1.00181.54 C \ ANISOU25830 C HIS J 255 21879 26271 22262 -49 -1465 -1731 C \ ATOM 25831 O HIS J 255 -17.222 29.769 -13.685 1.00183.49 O \ ANISOU25831 O HIS J 255 22076 26636 22442 -82 -1467 -1760 O \ ATOM 25832 CB HIS J 255 -13.900 29.933 -13.841 1.00182.60 C \ ANISOU25832 CB HIS J 255 21960 26288 22437 -74 -1439 -1804 C \ ATOM 25833 CG HIS J 255 -14.370 31.288 -14.271 1.00184.70 C \ ANISOU25833 CG HIS J 255 21836 25949 22021 137 -1521 -1385 C \ ATOM 25834 ND1 HIS J 255 -14.718 31.572 -15.574 1.00186.79 N \ ANISOU25834 ND1 HIS J 255 21848 25866 22040 195 -1528 -1315 N \ ATOM 25835 CD2 HIS J 255 -14.550 32.437 -13.575 1.00185.06 C \ ANISOU25835 CD2 HIS J 255 21809 25899 21988 222 -1539 -1216 C \ ATOM 25836 CE1 HIS J 255 -15.096 32.835 -15.662 1.00187.50 C \ ANISOU25836 CE1 HIS J 255 22044 26106 22257 266 -1544 -1170 C \ ATOM 25837 NE2 HIS J 255 -15.001 33.383 -14.464 1.00186.51 N \ ANISOU25837 NE2 HIS J 255 21825 25692 22027 213 -1511 -1319 N \ ATOM 25838 N THR J 256 -16.257 28.240 -15.047 1.00180.70 N \ ANISOU25838 N THR J 256 21751 25550 21996 201 -1508 -1377 N \ ATOM 25839 CA THR J 256 -17.457 28.077 -15.883 1.00179.89 C \ ANISOU25839 CA THR J 256 21817 25630 22097 213 -1520 -1381 C \ ATOM 25840 C THR J 256 -18.605 27.416 -15.106 1.00179.64 C \ ANISOU25840 C THR J 256 21610 25344 21870 177 -1494 -1414 C \ ATOM 25841 O THR J 256 -19.755 27.862 -15.200 1.00180.47 O \ ANISOU25841 O THR J 256 21810 25587 22144 198 -1522 -1409 O \ ATOM 25842 CB THR J 256 -17.171 27.281 -17.179 1.00179.61 C \ ANISOU25842 CB THR J 256 21608 25302 21931 165 -1495 -1442 C \ ATOM 25843 OG1 THR J 256 -16.518 26.044 -16.867 1.00178.09 O \ ANISOU25843 OG1 THR J 256 21672 25394 22035 174 -1510 -1433 O \ ATOM 25844 CG2 THR J 256 -16.295 28.094 -18.127 1.00180.15 C \ ANISOU25844 CG2 THR J 256 21758 25956 21903 193 -1541 -1179 C \ ATOM 25845 N ASP J 257 -18.287 26.369 -14.338 1.00180.52 N \ ANISOU25845 N ASP J 257 21965 26269 22122 212 -1556 -1058 N \ ATOM 25846 CA ASP J 257 -19.282 25.709 -13.476 1.00182.89 C \ ANISOU25846 CA ASP J 257 22195 26651 22352 206 -1579 -1037 C \ ATOM 25847 C ASP J 257 -19.903 26.664 -12.458 1.00183.41 C \ ANISOU25847 C ASP J 257 22245 26705 22455 252 -1590 -953 C \ ATOM 25848 O ASP J 257 -21.133 26.689 -12.299 1.00184.34 O \ ANISOU25848 O ASP J 257 22082 26502 22203 170 -1556 -1011 O \ ATOM 25849 CB ASP J 257 -18.664 24.519 -12.728 1.00183.54 C \ ANISOU25849 CB ASP J 257 22218 26750 22379 189 -1574 -855 C \ ATOM 25850 CG ASP J 257 -18.533 23.273 -13.593 1.00185.32 C \ ANISOU25850 CG ASP J 257 22137 26540 22389 247 -1564 -764 C \ ATOM 25851 OD1 ASP J 257 -19.444 22.986 -14.402 1.00187.27 O \ ANISOU25851 OD1 ASP J 257 22458 27245 22590 143 -1598 -795 O \ ATOM 25852 OD2 ASP J 257 -17.517 22.562 -13.438 1.00186.04 O \ ANISOU25852 OD2 ASP J 257 22251 26758 22587 266 -1579 -604 O \ ATOM 25853 N PHE J 258 -19.065 27.435 -11.763 1.00183.73 N \ ANISOU25853 N PHE J 258 22526 27440 22719 157 -1619 -624 N \ ATOM 25854 CA PHE J 258 -19.574 28.413 -10.783 1.00183.59 C \ ANISOU25854 CA PHE J 258 22433 27199 22741 223 -1609 -521 C \ ATOM 25855 C PHE J 258 -20.325 29.585 -11.434 1.00183.44 C \ ANISOU25855 C PHE J 258 22401 26985 22518 149 -1581 -1121 C \ ATOM 25856 O PHE J 258 -21.225 30.159 -10.806 1.00185.31 O \ ANISOU25856 O PHE J 258 22412 27155 22526 133 -1600 -1118 O \ ATOM 25857 CB PHE J 258 -18.453 28.940 -9.862 1.00183.03 C \ ANISOU25857 CB PHE J 258 22469 27095 22625 181 -1604 -1142 C \ ATOM 25858 CG PHE J 258 -18.053 27.979 -8.763 1.00182.39 C \ ANISOU25858 CG PHE J 258 22482 27184 22656 204 -1623 -1083 C \ ATOM 25859 CD1 PHE J 258 -19.008 27.441 -7.906 1.00183.04 C \ ANISOU25859 CD1 PHE J 258 22308 27223 22390 51 -1592 -1229 C \ ATOM 25860 CD2 PHE J 258 -16.720 27.630 -8.569 1.00181.14 C \ ANISOU25860 CD2 PHE J 258 22237 27369 22267 -12 -1593 -1199 C \ ATOM 25861 CE1 PHE J 258 -18.647 26.561 -6.895 1.00183.03 C \ ANISOU25861 CE1 PHE J 258 22216 27571 22230 -19 -1624 -1066 C \ ATOM 25862 CE2 PHE J 258 -16.355 26.753 -7.559 1.00181.19 C \ ANISOU25862 CE2 PHE J 258 22160 27632 22177 -31 -1636 -1084 C \ ATOM 25863 CZ PHE J 258 -17.319 26.217 -6.721 1.00181.87 C \ ANISOU25863 CZ PHE J 258 22087 27509 22098 -13 -1637 -936 C \ ATOM 25864 N PHE J 259 -19.969 29.932 -12.676 1.00183.22 N \ ANISOU25864 N PHE J 259 22567 27028 22744 191 -1588 -1220 N \ ATOM 25865 CA PHE J 259 -20.691 30.979 -13.420 1.00185.17 C \ ANISOU25865 CA PHE J 259 22715 27077 22932 230 -1592 -1233 C \ ATOM 25866 C PHE J 259 -22.110 30.532 -13.796 1.00187.39 C \ ANISOU25866 C PHE J 259 22868 27163 23117 292 -1594 -1146 C \ ATOM 25867 O PHE J 259 -23.084 31.251 -13.531 1.00187.93 O \ ANISOU25867 O PHE J 259 22960 27276 23239 320 -1604 -1125 O \ ATOM 25868 CB PHE J 259 -19.903 31.394 -14.672 1.00186.31 C \ ANISOU25868 CB PHE J 259 22674 26903 22918 222 -1577 -1308 C \ ATOM 25869 CG PHE J 259 -20.480 32.586 -15.400 1.00187.78 C \ ANISOU25869 CG PHE J 259 22948 27165 23210 311 -1579 -1103 C \ ATOM 25870 CD1 PHE J 259 -20.354 33.870 -14.882 1.00187.04 C \ ANISOU25870 CD1 PHE J 259 23059 27216 23394 365 -1571 -1027 C \ ATOM 25871 CD2 PHE J 259 -21.133 32.423 -16.619 1.00190.27 C \ ANISOU25871 CD2 PHE J 259 23301 27595 23678 383 -1590 -923 C \ ATOM 25872 CE1 PHE J 259 -20.881 34.965 -15.551 1.00188.44 C \ ANISOU25872 CE1 PHE J 259 23469 27738 23931 429 -1587 -883 C \ ATOM 25873 CE2 PHE J 259 -21.663 33.515 -17.293 1.00191.30 C \ ANISOU25873 CE2 PHE J 259 23065 27127 23422 373 -1548 -1001 C \ ATOM 25874 CZ PHE J 259 -21.533 34.787 -16.759 1.00190.48 C \ ANISOU25874 CZ PHE J 259 23152 27159 23627 425 -1531 -925 C \ ATOM 25875 N GLU J 260 -22.227 29.346 -14.400 1.00189.25 N \ ANISOU25875 N GLU J 260 23167 27067 23713 457 -1505 -974 N \ ATOM 25876 CA GLU J 260 -23.546 28.804 -14.789 1.00189.75 C \ ANISOU25876 CA GLU J 260 23287 27363 23824 436 -1536 -805 C \ ATOM 25877 C GLU J 260 -24.407 28.472 -13.561 1.00190.00 C \ ANISOU25877 C GLU J 260 23239 27090 23931 501 -1477 -925 C \ ATOM 25878 O GLU J 260 -25.621 28.705 -13.574 1.00190.35 O \ ANISOU25878 O GLU J 260 23381 27400 24076 485 -1514 -731 O \ ATOM 25879 CB GLU J 260 -23.409 27.573 -15.708 1.00189.29 C \ ANISOU25879 CB GLU J 260 23290 27188 24071 519 -1481 -801 C \ ATOM 25880 CG GLU J 260 -22.965 27.882 -17.141 1.00189.17 C \ ANISOU25880 CG GLU J 260 23577 28033 23906 343 -1610 -880 C \ ATOM 25881 CD GLU J 260 -24.035 28.567 -17.979 1.00189.55 C \ ANISOU25881 CD GLU J 260 23879 28515 24241 347 -1635 -770 C \ ATOM 25882 OE1 GLU J 260 -25.153 28.021 -18.089 1.00189.42 O \ ANISOU25882 OE1 GLU J 260 23971 28657 24333 355 -1649 -803 O \ ATOM 25883 OE2 GLU J 260 -23.756 29.650 -18.539 1.00188.70 O \ ANISOU25883 OE2 GLU J 260 23728 28458 24170 395 -1659 -719 O \ ATOM 25884 N ALA J 261 -23.777 27.943 -12.507 1.00190.39 N \ ANISOU25884 N ALA J 261 23941 28787 24232 281 -1653 -736 N \ ATOM 25885 CA ALA J 261 -24.475 27.708 -11.232 1.00191.41 C \ ANISOU25885 CA ALA J 261 23995 28843 24304 274 -1646 -655 C \ ATOM 25886 C ALA J 261 -25.006 29.012 -10.624 1.00192.52 C \ ANISOU25886 C ALA J 261 23991 29048 24207 191 -1656 -666 C \ ATOM 25887 O ALA J 261 -26.150 29.064 -10.156 1.00193.38 O \ ANISOU25887 O ALA J 261 24058 29375 24302 168 -1686 -500 O \ ATOM 25888 CB ALA J 261 -23.562 26.999 -10.244 1.00190.81 C \ ANISOU25888 CB ALA J 261 24129 29677 24279 75 -1691 -520 C \ ATOM 25889 N PHE J 262 -24.173 30.057 -10.639 1.00192.98 N \ ANISOU25889 N PHE J 262 24246 28927 24539 319 -1648 -924 N \ ATOM 25890 CA PHE J 262 -24.586 31.396 -10.190 1.00193.90 C \ ANISOU25890 CA PHE J 262 24488 29205 24785 324 -1659 -966 C \ ATOM 25891 C PHE J 262 -25.762 31.940 -11.010 1.00196.28 C \ ANISOU25891 C PHE J 262 24767 29336 25130 382 -1648 -970 C \ ATOM 25892 O PHE J 262 -26.658 32.584 -10.450 1.00197.76 O \ ANISOU25892 O PHE J 262 25024 29642 25427 408 -1659 -939 O \ ATOM 25893 CB PHE J 262 -23.391 32.362 -10.237 1.00193.75 C \ ANISOU25893 CB PHE J 262 24403 29136 24650 269 -1655 -1092 C \ ATOM 25894 CG PHE J 262 -23.738 33.797 -9.936 1.00194.60 C \ ANISOU25894 CG PHE J 262 24372 29306 24571 200 -1661 -1116 C \ ATOM 25895 CD1 PHE J 262 -23.991 34.209 -8.635 1.00194.62 C \ ANISOU25895 CD1 PHE J 262 24404 29519 24592 181 -1679 -1080 C \ ATOM 25896 CD2 PHE J 262 -23.787 34.742 -10.953 1.00196.01 C \ ANISOU25896 CD2 PHE J 262 24336 29255 24509 156 -1642 -1184 C \ ATOM 25897 CE1 PHE J 262 -24.302 35.533 -8.358 1.00195.45 C \ ANISOU25897 CE1 PHE J 262 25006 29415 25381 395 -1625 -1014 C \ ATOM 25898 CE2 PHE J 262 -24.096 36.066 -10.680 1.00197.02 C \ ANISOU25898 CE2 PHE J 262 25324 29620 25764 437 -1607 -1033 C \ ATOM 25899 CZ PHE J 262 -24.354 36.463 -9.380 1.00196.21 C \ ANISOU25899 CZ PHE J 262 25594 29880 26147 489 -1594 -945 C \ ATOM 25900 N LYS J 263 -25.757 31.680 -12.322 1.00198.75 N \ ANISOU25900 N LYS J 263 25662 29904 26294 522 -1578 -962 N \ ATOM 25901 CA LYS J 263 -26.888 32.056 -13.192 1.00201.70 C \ ANISOU25901 CA LYS J 263 25453 29615 25876 426 -1584 -1105 C \ ATOM 25902 C LYS J 263 -28.190 31.352 -12.783 1.00202.56 C \ ANISOU25902 C LYS J 263 25461 29621 25834 386 -1593 -1183 C \ ATOM 25903 O LYS J 263 -29.256 31.978 -12.709 1.00200.97 O \ ANISOU25903 O LYS J 263 25476 29675 25862 386 -1605 -1209 O \ ATOM 25904 CB LYS J 263 -26.573 31.753 -14.665 1.00202.56 C \ ANISOU25904 CB LYS J 263 25461 29581 25797 350 -1588 -1225 C \ ATOM 25905 CG LYS J 263 -25.538 32.685 -15.279 1.00203.04 C \ ANISOU25905 CG LYS J 263 25511 29714 25887 350 -1613 -1262 C \ ATOM 25906 CD LYS J 263 -24.978 32.156 -16.594 1.00203.31 C \ ANISOU25906 CD LYS J 263 25426 29546 25764 316 -1595 -1282 C \ ATOM 25907 CE LYS J 263 -25.582 32.842 -17.807 1.00204.59 C \ ANISOU25907 CE LYS J 263 25427 29589 25791 316 -1608 -1295 C \ ATOM 25908 NZ LYS J 263 -24.919 32.401 -19.066 1.00205.52 N \ ANISOU25908 NZ LYS J 263 25206 29373 25604 282 -1614 -1334 N \ ATOM 25909 N ASN J 264 -28.092 30.054 -12.509 1.00204.53 N \ ANISOU25909 N ASN J 264 25882 30220 26463 491 -1599 -851 N \ ATOM 25910 CA ASN J 264 -29.241 29.282 -12.024 1.00206.55 C \ ANISOU25910 CA ASN J 264 26121 30473 26851 539 -1591 -738 C \ ATOM 25911 C ASN J 264 -29.708 29.733 -10.637 1.00208.54 C \ ANISOU25911 C ASN J 264 25956 30456 26723 552 -1618 -664 C \ ATOM 25912 O ASN J 264 -30.917 29.835 -10.384 1.00210.80 O \ ANISOU25912 O ASN J 264 25957 30447 26872 600 -1607 -611 O \ ATOM 25913 CB ASN J 264 -28.915 27.787 -12.007 1.00205.79 C \ ANISOU25913 CB ASN J 264 26407 30789 27163 530 -1592 -641 C \ ATOM 25914 CG ASN J 264 -28.818 27.191 -13.406 1.00205.95 C \ ANISOU25914 CG ASN J 264 26616 31000 27574 581 -1579 -509 C \ ATOM 25915 OD1 ASN J 264 -29.816 27.084 -14.117 1.00206.65 O \ ANISOU25915 OD1 ASN J 264 26724 30961 27810 618 -1537 -543 O \ ATOM 25916 ND2 ASN J 264 -27.613 26.787 -13.800 1.00205.56 N \ ANISOU25916 ND2 ASN J 264 26809 31355 27816 580 -1608 -368 N \ ATOM 25917 N TYR J 265 -28.755 30.010 -9.747 1.00210.04 N \ ANISOU25917 N TYR J 265 25742 30387 26391 506 -1651 -669 N \ ATOM 25918 CA TYR J 265 -29.076 30.531 -8.410 1.00212.42 C \ ANISOU25918 CA TYR J 265 25660 30467 26324 508 -1680 -612 C \ ATOM 25919 C TYR J 265 -29.612 31.974 -8.446 1.00214.82 C \ ANISOU25919 C TYR J 265 25307 30060 25977 528 -1675 -695 C \ ATOM 25920 O TYR J 265 -30.284 32.416 -7.504 1.00215.45 O \ ANISOU25920 O TYR J 265 25363 30201 26104 554 -1688 -636 O \ ATOM 25921 CB TYR J 265 -27.862 30.430 -7.468 1.00213.04 C \ ANISOU25921 CB TYR J 265 25813 30815 26352 440 -1710 -614 C \ ATOM 25922 CG TYR J 265 -27.583 29.027 -6.957 1.00212.97 C \ ANISOU25922 CG TYR J 265 25926 31062 26465 410 -1722 -503 C \ ATOM 25923 CD1 TYR J 265 -28.552 28.321 -6.248 1.00213.22 C \ ANISOU25923 CD1 TYR J 265 26049 31303 26731 447 -1739 -319 C \ ATOM 25924 CD2 TYR J 265 -26.342 28.414 -7.162 1.00212.76 C \ ANISOU25924 CD2 TYR J 265 25974 31394 26668 442 -1765 -265 C \ ATOM 25925 CE1 TYR J 265 -28.304 27.041 -5.777 1.00213.48 C \ ANISOU25925 CE1 TYR J 265 26273 31458 27070 481 -1726 -223 C \ ATOM 25926 CE2 TYR J 265 -26.088 27.134 -6.694 1.00212.49 C \ ANISOU25926 CE2 TYR J 265 24856 29486 25462 514 -1659 -820 C \ ATOM 25927 CZ TYR J 265 -27.074 26.450 -6.007 1.00212.68 C \ ANISOU25927 CZ TYR J 265 24604 29198 25217 526 -1655 -894 C \ ATOM 25928 OH TYR J 265 -26.835 25.182 -5.533 1.00211.04 O \ ANISOU25928 OH TYR J 265 24649 29120 25369 569 -1619 -920 O \ ATOM 25929 N ASP J 266 -29.301 32.699 -9.526 1.00217.31 N \ ANISOU25929 N ASP J 266 24724 29217 25532 601 -1612 -910 N \ ATOM 25930 CA ASP J 266 -29.860 34.035 -9.776 1.00219.62 C \ ANISOU25930 CA ASP J 266 24460 29027 24968 479 -1660 -1000 C \ ATOM 25931 C ASP J 266 -31.309 33.916 -10.255 1.00218.81 C \ ANISOU25931 C ASP J 266 24685 29130 25174 468 -1639 -1048 C \ ATOM 25932 O ASP J 266 -32.158 34.737 -9.905 1.00219.18 O \ ANISOU25932 O ASP J 266 24773 29126 25493 564 -1592 -965 O \ ATOM 25933 CB ASP J 266 -29.006 34.783 -10.815 1.00222.03 C \ ANISOU25933 CB ASP J 266 24755 29008 25583 591 -1548 -1012 C \ ATOM 25934 CG ASP J 266 -29.442 36.226 -11.025 1.00224.21 C \ ANISOU25934 CG ASP J 266 24805 28974 25565 557 -1529 -1113 C \ ATOM 25935 OD1 ASP J 266 -29.180 37.062 -10.135 1.00225.02 O \ ANISOU25935 OD1 ASP J 266 24740 28913 25384 518 -1551 -1139 O \ ATOM 25936 OD2 ASP J 266 -30.020 36.527 -12.095 1.00226.30 O \ ANISOU25936 OD2 ASP J 266 24855 28961 25708 568 -1485 -1171 O \ ATOM 25937 N GLU J 267 -31.582 32.893 -11.063 1.00217.19 N \ ANISOU25937 N GLU J 267 24655 28712 25453 530 -1466 -1263 N \ ATOM 25938 CA GLU J 267 -32.945 32.618 -11.524 1.00217.01 C \ ANISOU25938 CA GLU J 267 24455 28582 25194 498 -1478 -1326 C \ ATOM 25939 C GLU J 267 -33.865 32.072 -10.424 1.00214.09 C \ ANISOU25939 C GLU J 267 24514 28710 25266 512 -1496 -1306 C \ ATOM 25940 O GLU J 267 -35.078 32.292 -10.479 1.00214.94 O \ ANISOU25940 O GLU J 267 24687 28679 25617 544 -1407 -1313 O \ ATOM 25941 CB GLU J 267 -32.928 31.655 -12.722 1.00218.40 C \ ANISOU25941 CB GLU J 267 24753 28782 25819 567 -1375 -1351 C \ ATOM 25942 CG GLU J 267 -32.334 32.254 -13.990 1.00219.64 C \ ANISOU25942 CG GLU J 267 24197 28318 24850 451 -1485 -1368 C \ ATOM 25943 CD GLU J 267 -33.156 33.407 -14.533 1.00221.30 C \ ANISOU25943 CD GLU J 267 24089 28167 24751 424 -1450 -1427 C \ ATOM 25944 OE1 GLU J 267 -34.324 33.176 -14.916 1.00221.18 O \ ANISOU25944 OE1 GLU J 267 23942 27953 24526 407 -1468 -1395 O \ ATOM 25945 OE2 GLU J 267 -32.633 34.544 -14.578 1.00223.19 O \ ANISOU25945 OE2 GLU J 267 23915 27871 24507 394 -1441 -1425 O \ ATOM 25946 N SER J 268 -33.298 31.365 -9.442 1.00210.04 N \ ANISOU25946 N SER J 268 24062 28240 24696 376 -1451 -1484 N \ ATOM 25947 CA SER J 268 -34.091 30.833 -8.320 1.00207.97 C \ ANISOU25947 CA SER J 268 24079 28316 24657 369 -1499 -1439 C \ ATOM 25948 C SER J 268 -34.112 31.773 -7.113 1.00208.29 C \ ANISOU25948 C SER J 268 24128 28337 24724 418 -1515 -1382 C \ ATOM 25949 O SER J 268 -35.182 32.137 -6.626 1.00209.17 O \ ANISOU25949 O SER J 268 23738 27761 24261 405 -1507 -1345 O \ ATOM 25950 CB SER J 268 -33.570 29.462 -7.894 1.00206.49 C \ ANISOU25950 CB SER J 268 23508 27489 23971 381 -1521 -1332 C \ ATOM 25951 OG SER J 268 -32.252 29.554 -7.396 1.00207.90 O \ ANISOU25951 OG SER J 268 23365 27283 23837 405 -1509 -1294 O \ ATOM 25952 N GLY J 269 -32.927 32.142 -6.621 1.00208.95 N \ ANISOU25952 N GLY J 269 23469 27344 23899 384 -1511 -1295 N \ ATOM 25953 CA GLY J 269 -32.793 33.066 -5.484 1.00208.84 C \ ANISOU25953 CA GLY J 269 23475 27509 23899 362 -1558 -1314 C \ ATOM 25954 C GLY J 269 -31.712 32.670 -4.486 1.00208.83 C \ ANISOU25954 C GLY J 269 23524 27605 23952 324 -1573 -1336 C \ ATOM 25955 O GLY J 269 -31.058 31.640 -4.645 1.00208.02 O \ ANISOU25955 O GLY J 269 23696 27821 24127 306 -1601 -1325 O \ ATOM 25956 N SER J 270 -31.496 33.515 -3.481 1.00209.30 N \ ANISOU25956 N SER J 270 23972 28135 24443 268 -1615 -1325 N \ ATOM 25957 CA SER J 270 -30.483 33.242 -2.453 1.00207.45 C \ ANISOU25957 CA SER J 270 24131 28327 24650 245 -1633 -1321 C \ ATOM 25958 C SER J 270 -30.980 32.273 -1.385 1.00205.90 C \ ANISOU25958 C SER J 270 24138 28347 24652 251 -1637 -1335 C \ ATOM 25959 O SER J 270 -32.191 31.943 -1.455 1.00206.58 O \ ANISOU25959 O SER J 270 24127 28361 24715 212 -1646 -1300 O \ ATOM 25960 CB SER J 270 -30.058 34.570 -1.792 1.00207.88 C \ ANISOU25960 CB SER J 270 23227 27147 23768 445 -1497 -1255 C \ ATOM 25961 OG SER J 270 -31.147 35.210 -1.143 1.00208.85 O \ ANISOU25961 OG SER J 270 23321 27204 23899 468 -1488 -1193 O \ ATOM 25962 N PRO J 271 -30.016 31.516 -0.762 1.00203.62 N \ ANISOU25962 N PRO J 271 23279 27066 23885 463 -1452 -1224 N \ ATOM 25963 CA PRO J 271 -28.866 32.034 0.023 1.00202.68 C \ ANISOU25963 CA PRO J 271 23488 27241 24057 453 -1456 -1194 C \ ATOM 25964 C PRO J 271 -27.539 31.585 -0.677 1.00201.14 C \ ANISOU25964 C PRO J 271 23552 27468 24249 515 -1479 -1131 C \ ATOM 25965 O PRO J 271 -26.477 32.133 -0.411 1.00200.80 O \ ANISOU25965 O PRO J 271 23771 27684 24535 539 -1478 -1030 O \ ATOM 25966 CB PRO J 271 -28.996 31.373 1.399 1.00202.66 C \ ANISOU25966 CB PRO J 271 23904 27878 24806 583 -1478 -948 C \ ATOM 25967 CG PRO J 271 -29.722 30.096 1.157 1.00202.80 C \ ANISOU25967 CG PRO J 271 24109 28024 25165 613 -1431 -1001 C \ ATOM 25968 CD PRO J 271 -30.546 30.274 -0.126 1.00203.16 C \ ANISOU25968 CD PRO J 271 24341 28300 25536 650 -1423 -966 C \ ATOM 25969 N ARG J 272 -27.635 30.626 -1.602 1.00199.40 N \ ANISOU25969 N ARG J 272 24281 28347 25467 663 -1463 -866 N \ ATOM 25970 CA ARG J 272 -26.474 30.018 -2.226 1.00197.31 C \ ANISOU25970 CA ARG J 272 24518 28427 25871 670 -1371 -1038 C \ ATOM 25971 C ARG J 272 -25.908 30.898 -3.321 1.00196.04 C \ ANISOU25971 C ARG J 272 22941 26700 23611 462 -1416 -1293 C \ ATOM 25972 O ARG J 272 -24.782 30.655 -3.758 1.00196.64 O \ ANISOU25972 O ARG J 272 22649 26333 23356 450 -1376 -1342 O \ ATOM 25973 CB ARG J 272 -26.823 28.637 -2.782 1.00197.09 C \ ANISOU25973 CB ARG J 272 22465 26130 23055 405 -1390 -1372 C \ ATOM 25974 CG ARG J 272 -26.769 27.536 -1.741 1.00197.61 C \ ANISOU25974 CG ARG J 272 22456 26055 23039 398 -1377 -1367 C \ ATOM 25975 CD ARG J 272 -27.127 26.205 -2.360 1.00199.09 C \ ANISOU25975 CD ARG J 272 22433 26131 23242 446 -1327 -1432 C \ ATOM 25976 NE ARG J 272 -26.871 25.086 -1.459 1.00201.48 N \ ANISOU25976 NE ARG J 272 22143 25933 22892 418 -1346 -1477 N \ ATOM 25977 CZ ARG J 272 -27.038 23.806 -1.786 1.00202.94 C \ ANISOU25977 CZ ARG J 272 22401 26084 23386 496 -1296 -1407 C \ ATOM 25978 NH1 ARG J 272 -27.464 23.468 -3.003 1.00203.02 N \ ANISOU25978 NH1 ARG J 272 22143 25871 22662 374 -1418 -1394 N \ ATOM 25979 NH2 ARG J 272 -26.776 22.858 -0.893 1.00203.20 N \ ANISOU25979 NH2 ARG J 272 21836 25560 22280 332 -1435 -1406 N \ ATOM 25980 N ARG J 273 -26.662 31.914 -3.751 1.00195.14 N \ ANISOU25980 N ARG J 273 21342 25032 21737 332 -1458 -1361 N \ ATOM 25981 CA ARG J 273 -26.237 32.858 -4.804 1.00195.88 C \ ANISOU25981 CA ARG J 273 21186 24829 21552 311 -1454 -1369 C \ ATOM 25982 C ARG J 273 -24.985 33.649 -4.408 1.00195.37 C \ ANISOU25982 C ARG J 273 21940 25754 22360 299 -1461 -1420 C \ ATOM 25983 O ARG J 273 -24.024 33.740 -5.194 1.00196.83 O \ ANISOU25983 O ARG J 273 22244 26103 22662 317 -1489 -1388 O \ ATOM 25984 CB ARG J 273 -27.389 33.822 -5.121 1.00198.11 C \ ANISOU25984 CB ARG J 273 21837 25721 22293 278 -1435 -1475 C \ ATOM 25985 CG ARG J 273 -27.170 34.765 -6.285 1.00200.00 C \ ANISOU25985 CG ARG J 273 20867 24598 21255 351 -1481 -1319 C \ ATOM 25986 CD ARG J 273 -28.450 35.508 -6.626 1.00201.57 C \ ANISOU25986 CD ARG J 273 20694 24434 21040 341 -1498 -1287 C \ ATOM 25987 NE ARG J 273 -28.903 36.387 -5.551 1.00203.44 N \ ANISOU25987 NE ARG J 273 20690 24377 21047 356 -1479 -1252 N \ ATOM 25988 CZ ARG J 273 -30.134 36.889 -5.449 1.00205.76 C \ ANISOU25988 CZ ARG J 273 21012 24689 21327 333 -1482 -1249 C \ ATOM 25989 NH1 ARG J 273 -31.067 36.593 -6.348 1.00205.54 N \ ANISOU25989 NH1 ARG J 273 20633 24466 20973 350 -1523 -1254 N \ ATOM 25990 NH2 ARG J 273 -30.446 37.698 -4.436 1.00207.44 N \ ANISOU25990 NH2 ARG J 273 20534 24441 20821 313 -1541 -1250 N \ ATOM 25991 N THR J 274 -24.989 34.193 -3.187 1.00192.79 N \ ANISOU25991 N THR J 274 20471 24127 20904 391 -1455 -1226 N \ ATOM 25992 CA THR J 274 -23.856 34.975 -2.669 1.00190.39 C \ ANISOU25992 CA THR J 274 20543 24142 21025 407 -1432 -1186 C \ ATOM 25993 C THR J 274 -22.587 34.125 -2.453 1.00188.58 C \ ANISOU25993 C THR J 274 20618 24131 21081 384 -1407 -1244 C \ ATOM 25994 O THR J 274 -21.473 34.552 -2.795 1.00188.31 O \ ANISOU25994 O THR J 274 20571 24043 21022 377 -1400 -1219 O \ ATOM 25995 CB THR J 274 -24.227 35.698 -1.352 1.00188.99 C \ ANISOU25995 CB THR J 274 20618 24202 21239 451 -1406 -1149 C \ ATOM 25996 OG1 THR J 274 -24.854 34.775 -0.450 1.00186.78 O \ ANISOU25996 OG1 THR J 274 20809 24349 21535 475 -1384 -1075 O \ ATOM 25997 CG2 THR J 274 -25.175 36.862 -1.624 1.00189.16 C \ ANISOU25997 CG2 THR J 274 20934 24555 21610 466 -1418 -971 C \ ATOM 25998 N THR J 275 -22.759 32.927 -1.895 1.00186.02 N \ ANISOU25998 N THR J 275 20897 24427 21808 520 -1354 -1047 N \ ATOM 25999 CA THR J 275 -21.640 31.997 -1.684 1.00183.38 C \ ANISOU25999 CA THR J 275 20711 24216 21170 366 -1395 -1317 C \ ATOM 26000 C THR J 275 -21.074 31.479 -3.016 1.00179.26 C \ ANISOU26000 C THR J 275 20601 24058 21032 334 -1377 -1371 C \ ATOM 26001 O THR J 275 -19.851 31.360 -3.165 1.00177.84 O \ ANISOU26001 O THR J 275 20156 23612 20505 303 -1403 -1362 O \ ATOM 26002 CB THR J 275 -22.049 30.803 -0.791 1.00184.38 C \ ANISOU26002 CB THR J 275 20260 23661 20591 290 -1391 -1368 C \ ATOM 26003 OG1 THR J 275 -23.210 30.168 -1.336 1.00186.89 O \ ANISOU26003 OG1 THR J 275 20812 24315 21253 308 -1365 -1438 O \ ATOM 26004 CG2 THR J 275 -22.351 31.265 0.633 1.00183.84 C \ ANISOU26004 CG2 THR J 275 20992 24494 21533 322 -1319 -1489 C \ ATOM 26005 N CYS J 276 -21.957 31.183 -3.977 1.00175.60 N \ ANISOU26005 N CYS J 276 21120 24705 21655 276 -1304 -1567 N \ ATOM 26006 CA CYS J 276 -21.525 30.779 -5.327 1.00174.15 C \ ANISOU26006 CA CYS J 276 21355 24956 22007 278 -1245 -1647 C \ ATOM 26007 C CYS J 276 -20.785 31.908 -6.057 1.00174.01 C \ ANISOU26007 C CYS J 276 21394 25121 22035 219 -1227 -1733 C \ ATOM 26008 O CYS J 276 -19.833 31.653 -6.821 1.00176.42 O \ ANISOU26008 O CYS J 276 19729 23247 20046 291 -1435 -1356 O \ ATOM 26009 CB CYS J 276 -22.733 30.324 -6.152 1.00173.90 C \ ANISOU26009 CB CYS J 276 19767 23292 20046 261 -1453 -1361 C \ ATOM 26010 SG CYS J 276 -22.341 29.470 -7.691 1.00173.17 S \ ANISOU26010 SG CYS J 276 19981 23508 20233 263 -1454 -1330 S \ ATOM 26011 N LEU J 277 -21.209 33.150 -5.810 1.00172.40 N \ ANISOU26011 N LEU J 277 20070 23584 20298 235 -1453 -1349 N \ ATOM 26012 CA LEU J 277 -20.501 34.324 -6.336 1.00172.95 C \ ANISOU26012 CA LEU J 277 19657 23252 19945 245 -1480 -1370 C \ ATOM 26013 C LEU J 277 -19.123 34.491 -5.685 1.00173.26 C \ ANISOU26013 C LEU J 277 19643 23269 19963 232 -1486 -1384 C \ ATOM 26014 O LEU J 277 -18.158 34.897 -6.351 1.00172.75 O \ ANISOU26014 O LEU J 277 19695 23305 20026 207 -1477 -1397 O \ ATOM 26015 CB LEU J 277 -21.343 35.589 -6.135 1.00173.86 C \ ANISOU26015 CB LEU J 277 19784 23478 20124 239 -1503 -1376 C \ ATOM 26016 CG LEU J 277 -20.903 36.882 -6.825 1.00175.53 C \ ANISOU26016 CG LEU J 277 19763 23445 20124 184 -1486 -1395 C \ ATOM 26017 CD1 LEU J 277 -20.789 36.715 -8.336 1.00176.60 C \ ANISOU26017 CD1 LEU J 277 19827 23575 20197 220 -1512 -1378 C \ ATOM 26018 CD2 LEU J 277 -21.888 37.987 -6.483 1.00176.69 C \ ANISOU26018 CD2 LEU J 277 19795 23547 20176 190 -1504 -1384 C \ ATOM 26019 N LYS J 278 -19.033 34.175 -4.389 1.00173.96 N \ ANISOU26019 N LYS J 278 19778 23626 20189 162 -1515 -1372 N \ ATOM 26020 CA LYS J 278 -17.738 34.149 -3.686 1.00172.90 C \ ANISOU26020 CA LYS J 278 20188 23748 20452 292 -1456 -1279 C \ ATOM 26021 C LYS J 278 -16.804 33.091 -4.274 1.00169.16 C \ ANISOU26021 C LYS J 278 20231 23828 20478 289 -1458 -1226 C \ ATOM 26022 O LYS J 278 -15.617 33.367 -4.506 1.00169.79 O \ ANISOU26022 O LYS J 278 20198 23708 20457 291 -1433 -1213 O \ ATOM 26023 CB LYS J 278 -17.911 33.902 -2.177 1.00174.71 C \ ANISOU26023 CB LYS J 278 20212 23740 20432 266 -1434 -1204 C \ ATOM 26024 CG LYS J 278 -18.411 35.098 -1.379 1.00176.39 C \ ANISOU26024 CG LYS J 278 20281 23954 20566 319 -1469 -1147 C \ ATOM 26025 CD LYS J 278 -18.303 34.853 0.118 1.00177.60 C \ ANISOU26025 CD LYS J 278 20383 24142 20664 311 -1478 -1061 C \ ATOM 26026 CE LYS J 278 -18.735 36.083 0.900 1.00179.81 C \ ANISOU26026 CE LYS J 278 20448 24331 20649 259 -1496 -1092 C \ ATOM 26027 NZ LYS J 278 -18.657 35.878 2.369 1.00180.42 N \ ANISOU26027 NZ LYS J 278 20461 24287 20822 349 -1487 -962 N \ ATOM 26028 N TYR J 279 -17.335 31.888 -4.506 1.00165.87 N \ ANISOU26028 N TYR J 279 20202 23631 20523 317 -1407 -1220 N \ ATOM 26029 CA TYR J 279 -16.541 30.824 -5.146 1.00166.09 C \ ANISOU26029 CA TYR J 279 20282 23625 20632 318 -1377 -1221 C \ ATOM 26030 C TYR J 279 -16.212 31.143 -6.615 1.00167.71 C \ ANISOU26030 C TYR J 279 20391 23693 20676 280 -1374 -1285 C \ ATOM 26031 O TYR J 279 -15.183 30.680 -7.141 1.00168.32 O \ ANISOU26031 O TYR J 279 20332 23598 20597 266 -1365 -1277 O \ ATOM 26032 CB TYR J 279 -17.242 29.462 -5.064 1.00165.43 C \ ANISOU26032 CB TYR J 279 20371 23653 20830 347 -1340 -1238 C \ ATOM 26033 CG TYR J 279 -17.534 28.955 -3.663 1.00165.49 C \ ANISOU26033 CG TYR J 279 20382 23574 20876 339 -1303 -1264 C \ ATOM 26034 CD1 TYR J 279 -16.559 28.960 -2.671 1.00165.88 C \ ANISOU26034 CD1 TYR J 279 20465 23777 21031 389 -1338 -1157 C \ ATOM 26035 CD2 TYR J 279 -18.785 28.437 -3.342 1.00166.83 C \ ANISOU26035 CD2 TYR J 279 20671 23990 20935 263 -1385 -1337 C \ ATOM 26036 CE1 TYR J 279 -16.834 28.492 -1.392 1.00166.69 C \ ANISOU26036 CE1 TYR J 279 20819 24121 21051 226 -1388 -1380 C \ ATOM 26037 CE2 TYR J 279 -19.068 27.966 -2.071 1.00167.39 C \ ANISOU26037 CE2 TYR J 279 20914 24242 21111 203 -1401 -1376 C \ ATOM 26038 CZ TYR J 279 -18.090 27.989 -1.099 1.00167.18 C \ ANISOU26038 CZ TYR J 279 20698 23988 20881 181 -1391 -1395 C \ ATOM 26039 OH TYR J 279 -18.384 27.514 0.158 1.00167.37 O \ ANISOU26039 OH TYR J 279 20864 24213 21111 210 -1403 -1407 O \ ATOM 26040 N LEU J 280 -17.079 31.914 -7.277 1.00169.47 N \ ANISOU26040 N LEU J 280 20974 24325 21228 172 -1411 -1428 N \ ATOM 26041 CA LEU J 280 -16.783 32.419 -8.634 1.00169.86 C \ ANISOU26041 CA LEU J 280 21162 24476 21414 156 -1388 -1447 C \ ATOM 26042 C LEU J 280 -15.600 33.407 -8.663 1.00169.40 C \ ANISOU26042 C LEU J 280 20972 24396 21267 158 -1434 -1424 C \ ATOM 26043 O LEU J 280 -14.736 33.332 -9.549 1.00169.46 O \ ANISOU26043 O LEU J 280 21181 24589 21370 203 -1421 -1361 O \ ATOM 26044 CB LEU J 280 -18.030 33.076 -9.245 1.00170.55 C \ ANISOU26044 CB LEU J 280 21301 24772 21464 171 -1426 -1376 C \ ATOM 26045 CG LEU J 280 -17.924 33.658 -10.657 1.00171.57 C \ ANISOU26045 CG LEU J 280 21420 24901 21550 169 -1417 -1332 C \ ATOM 26046 CD1 LEU J 280 -17.724 32.550 -11.680 1.00172.20 C \ ANISOU26046 CD1 LEU J 280 21203 24711 21310 133 -1411 -1360 C \ ATOM 26047 CD2 LEU J 280 -19.154 34.490 -10.974 1.00172.58 C \ ANISOU26047 CD2 LEU J 280 21380 24962 21546 163 -1445 -1380 C \ ATOM 26048 N VAL J 281 -15.576 34.337 -7.706 1.00169.38 N \ ANISOU26048 N VAL J 281 21803 25271 21951 204 -1414 -1262 N \ ATOM 26049 CA VAL J 281 -14.469 35.295 -7.589 1.00169.86 C \ ANISOU26049 CA VAL J 281 22011 25487 22159 205 -1405 -1195 C \ ATOM 26050 C VAL J 281 -13.174 34.564 -7.192 1.00170.45 C \ ANISOU26050 C VAL J 281 21762 25133 21906 195 -1381 -1224 C \ ATOM 26051 O VAL J 281 -12.091 34.878 -7.715 1.00169.83 O \ ANISOU26051 O VAL J 281 21915 25314 22034 173 -1377 -1199 O \ ATOM 26052 CB VAL J 281 -14.809 36.444 -6.602 1.00170.69 C \ ANISOU26052 CB VAL J 281 22382 25849 22608 250 -1401 -1106 C \ ATOM 26053 CG1 VAL J 281 -13.590 37.311 -6.301 1.00170.63 C \ ANISOU26053 CG1 VAL J 281 22732 26351 22962 249 -1427 -1020 C \ ATOM 26054 CG2 VAL J 281 -15.931 37.312 -7.159 1.00171.80 C \ ANISOU26054 CG2 VAL J 281 22854 26580 23056 220 -1437 -963 C \ ATOM 26055 N LEU J 282 -13.289 33.587 -6.287 1.00172.64 N \ ANISOU26055 N LEU J 282 22910 26558 23177 277 -1438 -1005 N \ ATOM 26056 CA LEU J 282 -12.152 32.725 -5.911 1.00173.68 C \ ANISOU26056 CA LEU J 282 21427 24698 21595 207 -1366 -1273 C \ ATOM 26057 C LEU J 282 -11.586 31.981 -7.123 1.00174.41 C \ ANISOU26057 C LEU J 282 21195 24378 21359 193 -1344 -1308 C \ ATOM 26058 O LEU J 282 -10.361 31.910 -7.301 1.00172.57 O \ ANISOU26058 O LEU J 282 21089 24285 21212 153 -1350 -1365 O \ ATOM 26059 CB LEU J 282 -12.581 31.717 -4.838 1.00174.20 C \ ANISOU26059 CB LEU J 282 21017 24183 21120 133 -1338 -1373 C \ ATOM 26060 CG LEU J 282 -11.541 30.714 -4.322 1.00175.10 C \ ANISOU26060 CG LEU J 282 20969 24081 21177 208 -1323 -1345 C \ ATOM 26061 CD1 LEU J 282 -10.487 31.400 -3.462 1.00176.48 C \ ANISOU26061 CD1 LEU J 282 20803 23881 21094 244 -1298 -1311 C \ ATOM 26062 CD2 LEU J 282 -12.207 29.579 -3.555 1.00175.38 C \ ANISOU26062 CD2 LEU J 282 20349 23375 20700 242 -1260 -1389 C \ ATOM 26063 N ALA J 283 -12.480 31.437 -7.951 1.00176.71 N \ ANISOU26063 N ALA J 283 20368 23476 20702 241 -1285 -1417 N \ ATOM 26064 CA ALA J 283 -12.070 30.782 -9.204 1.00177.75 C \ ANISOU26064 CA ALA J 283 21043 24281 21174 141 -1367 -1401 C \ ATOM 26065 C ALA J 283 -11.509 31.763 -10.243 1.00178.63 C \ ANISOU26065 C ALA J 283 20965 24218 21111 104 -1369 -1455 C \ ATOM 26066 O ALA J 283 -10.604 31.409 -10.998 1.00176.93 O \ ANISOU26066 O ALA J 283 20953 24283 21078 72 -1367 -1475 O \ ATOM 26067 CB ALA J 283 -13.236 30.010 -9.795 1.00178.68 C \ ANISOU26067 CB ALA J 283 20802 24129 20952 40 -1356 -1526 C \ ATOM 26068 N ASN J 284 -12.054 32.983 -10.282 1.00181.67 N \ ANISOU26068 N ASN J 284 20927 24215 21127 99 -1385 -1479 N \ ATOM 26069 CA ASN J 284 -11.522 34.062 -11.148 1.00183.33 C \ ANISOU26069 CA ASN J 284 20839 24089 21075 104 -1387 -1474 C \ ATOM 26070 C ASN J 284 -10.088 34.459 -10.802 1.00181.08 C \ ANISOU26070 C ASN J 284 20824 24131 21106 108 -1408 -1469 C \ ATOM 26071 O ASN J 284 -9.288 34.765 -11.696 1.00182.30 O \ ANISOU26071 O ASN J 284 20753 23974 21033 75 -1380 -1493 O \ ATOM 26072 CB ASN J 284 -12.402 35.326 -11.080 1.00186.44 C \ ANISOU26072 CB ASN J 284 21134 24551 21224 76 -1376 -1436 C \ ATOM 26073 CG ASN J 284 -13.444 35.384 -12.185 1.00189.62 C \ ANISOU26073 CG ASN J 284 21176 24719 21237 32 -1374 -1455 C \ ATOM 26074 OD1 ASN J 284 -13.110 35.541 -13.360 1.00190.79 O \ ANISOU26074 OD1 ASN J 284 21214 24741 21243 12 -1358 -1446 O \ ATOM 26075 ND2 ASN J 284 -14.718 35.285 -11.808 1.00191.20 N \ ANISOU26075 ND2 ASN J 284 21426 25046 21441 -37 -1348 -1495 N \ ATOM 26076 N MET J 285 -9.790 34.491 -9.502 1.00178.24 N \ ANISOU26076 N MET J 285 21129 24797 21160 39 -1392 -1387 N \ ATOM 26077 CA MET J 285 -8.435 34.798 -9.024 1.00176.16 C \ ANISOU26077 CA MET J 285 21000 24858 21012 -16 -1395 -1431 C \ ATOM 26078 C MET J 285 -7.483 33.612 -9.178 1.00175.25 C \ ANISOU26078 C MET J 285 21056 25062 21048 -2 -1423 -1344 C \ ATOM 26079 O MET J 285 -6.339 33.803 -9.571 1.00174.55 O \ ANISOU26079 O MET J 285 21285 25327 21257 14 -1431 -1193 O \ ATOM 26080 CB MET J 285 -8.463 35.260 -7.561 1.00174.31 C \ ANISOU26080 CB MET J 285 21189 24605 21214 46 -1352 -1390 C \ ATOM 26081 CG MET J 285 -9.097 36.628 -7.361 1.00173.12 C \ ANISOU26081 CG MET J 285 21442 24816 21445 34 -1336 -1372 C \ ATOM 26082 SD MET J 285 -8.984 37.220 -5.667 1.00169.56 S \ ANISOU26082 SD MET J 285 21736 25232 21703 10 -1339 -1305 S \ ATOM 26083 CE MET J 285 -10.203 36.185 -4.853 1.00169.88 C \ ANISOU26083 CE MET J 285 21856 25432 21792 -38 -1331 -1349 C \ ATOM 26084 N LEU J 286 -7.950 32.399 -8.856 1.00175.02 N \ ANISOU26084 N LEU J 286 21315 24636 21329 4 -1319 -1458 N \ ATOM 26085 CA LEU J 286 -7.117 31.178 -8.995 1.00174.48 C \ ANISOU26085 CA LEU J 286 21133 24328 21188 26 -1314 -1482 C \ ATOM 26086 C LEU J 286 -6.797 30.781 -10.436 1.00174.53 C \ ANISOU26086 C LEU J 286 20964 24125 21050 -4 -1301 -1543 C \ ATOM 26087 O LEU J 286 -5.808 30.090 -10.677 1.00173.40 O \ ANISOU26087 O LEU J 286 20904 24002 20955 -9 -1283 -1527 O \ ATOM 26088 CB LEU J 286 -7.788 29.981 -8.310 1.00174.42 C \ ANISOU26088 CB LEU J 286 20944 24009 21035 -37 -1270 -1582 C \ ATOM 26089 CG LEU J 286 -7.653 29.884 -6.790 1.00173.72 C \ ANISOU26089 CG LEU J 286 22082 25644 22062 34 -1356 -1212 C \ ATOM 26090 CD1 LEU J 286 -8.763 29.023 -6.206 1.00173.87 C \ ANISOU26090 CD1 LEU J 286 22471 25923 22514 93 -1353 -1144 C \ ATOM 26091 CD2 LEU J 286 -6.287 29.334 -6.415 1.00173.08 C \ ANISOU26091 CD2 LEU J 286 22969 26549 23041 106 -1374 -1037 C \ ATOM 26092 N MET J 287 -7.639 31.202 -11.381 1.00176.10 N \ ANISOU26092 N MET J 287 22924 26630 22991 82 -1384 -949 N \ ATOM 26093 CA MET J 287 -7.442 30.896 -12.814 1.00176.69 C \ ANISOU26093 CA MET J 287 22607 25925 22694 114 -1328 -1115 C \ ATOM 26094 C MET J 287 -6.170 31.540 -13.388 1.00176.86 C \ ANISOU26094 C MET J 287 22677 26069 22776 100 -1329 -1018 C \ ATOM 26095 O MET J 287 -5.580 31.057 -14.357 1.00178.74 O \ ANISOU26095 O MET J 287 23674 27243 23779 138 -1384 -1039 O \ ATOM 26096 CB MET J 287 -8.659 31.385 -13.604 1.00176.57 C \ ANISOU26096 CB MET J 287 24395 28089 24540 153 -1406 -933 C \ ATOM 26097 CG MET J 287 -8.984 30.599 -14.861 1.00176.00 C \ ANISOU26097 CG MET J 287 25157 28783 25424 200 -1394 -819 C \ ATOM 26098 SD MET J 287 -10.665 30.986 -15.406 1.00176.78 S \ ANISOU26098 SD MET J 287 25166 28914 25488 199 -1409 -685 S \ ATOM 26099 CE MET J 287 -10.512 32.656 -16.043 1.00178.63 C \ ANISOU26099 CE MET J 287 25960 29407 26288 236 -1364 -874 C \ ATOM 26100 N LYS J 288 -5.786 32.665 -12.787 1.00176.36 N \ ANISOU26100 N LYS J 288 26310 29651 26791 279 -1334 -812 N \ ATOM 26101 CA LYS J 288 -4.584 33.434 -13.135 1.00178.19 C \ ANISOU26101 CA LYS J 288 26490 29895 27121 317 -1341 -679 C \ ATOM 26102 C LYS J 288 -4.540 34.111 -14.498 1.00180.74 C \ ANISOU26102 C LYS J 288 26549 29877 27350 350 -1312 -618 C \ ATOM 26103 O LYS J 288 -3.743 33.665 -15.332 1.00181.82 O \ ANISOU26103 O LYS J 288 26249 29529 26749 263 -1312 -791 O \ ATOM 26104 CB LYS J 288 -3.280 32.624 -12.864 1.00177.08 C \ ANISOU26104 CB LYS J 288 26158 29598 26613 225 -1339 -683 C \ ATOM 26105 CG LYS J 288 -2.917 32.445 -11.392 1.00175.42 C \ ANISOU26105 CG LYS J 288 26075 29250 26476 239 -1294 -929 C \ ATOM 26106 CD LYS J 288 -1.590 31.715 -11.235 1.00174.07 C \ ANISOU26106 CD LYS J 288 26142 29548 26697 227 -1320 -588 C \ ATOM 26107 CE LYS J 288 -0.408 32.663 -11.352 1.00173.34 C \ ANISOU26107 CE LYS J 288 26456 30001 27048 313 -1376 -638 C \ ATOM 26108 NZ LYS J 288 0.884 31.962 -11.127 1.00173.68 N \ ANISOU26108 NZ LYS J 288 26602 30230 27338 348 -1388 -502 N \ ATOM 26109 N SER J 289 -5.655 34.785 -14.810 1.00183.68 N \ ANISOU26109 N SER J 289 26650 30341 27343 358 -1410 -540 N \ ATOM 26110 CA SER J 289 -6.240 35.821 -13.951 1.00186.63 C \ ANISOU26110 CA SER J 289 26904 30778 27550 335 -1447 -467 C \ ATOM 26111 C SER J 289 -7.493 36.318 -14.677 1.00190.97 C \ ANISOU26111 C SER J 289 26707 30530 27454 317 -1419 -337 C \ ATOM 26112 O SER J 289 -7.415 36.835 -15.787 1.00190.94 O \ ANISOU26112 O SER J 289 26825 30600 27657 312 -1399 -262 O \ ATOM 26113 CB SER J 289 -5.344 36.972 -13.466 1.00187.46 C \ ANISOU26113 CB SER J 289 27125 30805 28165 357 -1371 -186 C \ ATOM 26114 OG SER J 289 -5.009 37.831 -14.529 1.00188.24 O \ ANISOU26114 OG SER J 289 26810 30655 27498 257 -1410 -288 O \ ATOM 26115 N GLY J 290 -8.660 36.109 -14.073 1.00196.60 N \ ANISOU26115 N GLY J 290 26557 30119 27266 385 -1386 -655 N \ ATOM 26116 CA GLY J 290 -9.917 36.547 -14.694 1.00202.72 C \ ANISOU26116 CA GLY J 290 26621 30243 27293 394 -1407 -688 C \ ATOM 26117 C GLY J 290 -10.121 38.039 -14.509 1.00208.88 C \ ANISOU26117 C GLY J 290 26858 30529 27701 440 -1409 -577 C \ ATOM 26118 O GLY J 290 -10.529 38.750 -15.442 1.00209.42 O \ ANISOU26118 O GLY J 290 27137 30954 27950 434 -1444 -514 O \ ATOM 26119 N ILE J 291 -9.834 38.483 -13.277 1.00214.91 N \ ANISOU26119 N ILE J 291 26443 29930 27076 399 -1382 -841 N \ ATOM 26120 CA ILE J 291 -9.834 39.902 -12.813 1.00217.80 C \ ANISOU26120 CA ILE J 291 26407 29770 27064 393 -1346 -887 C \ ATOM 26121 C ILE J 291 -11.043 40.790 -13.197 1.00219.78 C \ ANISOU26121 C ILE J 291 26482 29867 27236 400 -1342 -762 C \ ATOM 26122 O ILE J 291 -11.010 42.003 -12.968 1.00220.50 O \ ANISOU26122 O ILE J 291 26863 30419 27899 482 -1368 -556 O \ ATOM 26123 CB ILE J 291 -8.475 40.632 -13.107 1.00217.21 C \ ANISOU26123 CB ILE J 291 26903 30486 28156 530 -1359 -456 C \ ATOM 26124 CG1 ILE J 291 -8.149 40.679 -14.611 1.00216.79 C \ ANISOU26124 CG1 ILE J 291 27273 30956 28678 539 -1373 -253 C \ ATOM 26125 CG2 ILE J 291 -7.327 39.985 -12.325 1.00215.30 C \ ANISOU26125 CG2 ILE J 291 27269 30943 28927 584 -1353 -152 C \ ATOM 26126 CD1 ILE J 291 -7.327 41.881 -15.031 1.00216.84 C \ ANISOU26126 CD1 ILE J 291 26665 30087 28095 567 -1297 -553 C \ ATOM 26127 N ASN J 292 -12.119 40.187 -13.712 1.00219.78 N \ ANISOU26127 N ASN J 292 26332 29669 27615 544 -1279 -744 N \ ATOM 26128 CA ASN J 292 -13.336 40.913 -14.093 1.00221.53 C \ ANISOU26128 CA ASN J 292 26104 29490 27285 540 -1299 -813 C \ ATOM 26129 C ASN J 292 -14.604 40.094 -13.803 1.00221.96 C \ ANISOU26129 C ASN J 292 26286 29515 27544 523 -1243 -841 C \ ATOM 26130 O ASN J 292 -15.291 39.664 -14.739 1.00224.32 O \ ANISOU26130 O ASN J 292 26042 29377 27107 515 -1287 -963 O \ ATOM 26131 CB ASN J 292 -13.299 41.268 -15.588 1.00222.90 C \ ANISOU26131 CB ASN J 292 26184 29369 27318 496 -1231 -994 C \ ATOM 26132 CG ASN J 292 -12.213 42.268 -15.932 1.00223.93 C \ ANISOU26132 CG ASN J 292 26147 29389 27189 491 -1254 -1049 C \ ATOM 26133 OD1 ASN J 292 -12.312 43.453 -15.601 1.00226.60 O \ ANISOU26133 OD1 ASN J 292 27679 31472 28948 492 -1406 -191 O \ ATOM 26134 ND2 ASN J 292 -11.176 41.799 -16.618 1.00223.62 N \ ANISOU26134 ND2 ASN J 292 27948 31900 29321 482 -1432 17 N \ ATOM 26135 N PRO J 293 -14.929 39.869 -12.511 1.00220.93 N \ ANISOU26135 N PRO J 293 28258 32467 29474 434 -1491 90 N \ ATOM 26136 CA PRO J 293 -16.136 39.093 -12.213 1.00221.50 C \ ANISOU26136 CA PRO J 293 28193 32598 29462 409 -1523 270 C \ ATOM 26137 C PRO J 293 -17.424 39.920 -12.316 1.00223.95 C \ ANISOU26137 C PRO J 293 27836 31742 29187 454 -1418 30 C \ ATOM 26138 O PRO J 293 -18.383 39.477 -12.954 1.00226.46 O \ ANISOU26138 O PRO J 293 27649 31320 29159 493 -1356 -47 O \ ATOM 26139 CB PRO J 293 -15.909 38.599 -10.773 1.00219.63 C \ ANISOU26139 CB PRO J 293 27542 31072 28927 483 -1330 -232 C \ ATOM 26140 CG PRO J 293 -14.619 39.192 -10.312 1.00219.08 C \ ANISOU26140 CG PRO J 293 27458 31098 29239 528 -1331 77 C \ ATOM 26141 CD PRO J 293 -14.222 40.261 -11.282 1.00219.99 C \ ANISOU26141 CD PRO J 293 28695 32920 29733 416 -1505 -47 C \ ATOM 26142 N PHE J 294 -17.433 41.113 -11.714 1.00224.19 N \ ANISOU26142 N PHE J 294 29184 33650 30062 360 -1552 -25 N \ ATOM 26143 CA PHE J 294 -18.618 41.985 -11.702 1.00225.15 C \ ANISOU26143 CA PHE J 294 29456 34088 30447 381 -1581 115 C \ ATOM 26144 C PHE J 294 -18.648 42.942 -12.902 1.00228.73 C \ ANISOU26144 C PHE J 294 29724 34538 30826 370 -1606 313 C \ ATOM 26145 O PHE J 294 -19.335 43.968 -12.867 1.00229.35 O \ ANISOU26145 O PHE J 294 29142 33555 29816 330 -1549 -231 O \ ATOM 26146 CB PHE J 294 -18.688 42.786 -10.393 1.00223.31 C \ ANISOU26146 CB PHE J 294 28990 33233 29707 379 -1528 -330 C \ ATOM 26147 CG PHE J 294 -18.304 41.994 -9.172 1.00220.07 C \ ANISOU26147 CG PHE J 294 29477 34060 30446 407 -1580 25 C \ ATOM 26148 CD1 PHE J 294 -19.157 41.033 -8.649 1.00218.13 C \ ANISOU26148 CD1 PHE J 294 29516 34255 30578 426 -1609 141 C \ ATOM 26149 CD2 PHE J 294 -17.083 42.208 -8.552 1.00219.36 C \ ANISOU26149 CD2 PHE J 294 29599 34162 30775 493 -1581 67 C \ ATOM 26150 CE1 PHE J 294 -18.800 40.305 -7.527 1.00217.20 C \ ANISOU26150 CE1 PHE J 294 29731 34221 31147 550 -1559 160 C \ ATOM 26151 CE2 PHE J 294 -16.720 41.481 -7.436 1.00218.11 C \ ANISOU26151 CE2 PHE J 294 29379 34359 30246 358 -1650 112 C \ ATOM 26152 CZ PHE J 294 -17.579 40.531 -6.918 1.00217.73 C \ ANISOU26152 CZ PHE J 294 29395 34647 30193 282 -1681 226 C \ ATOM 26153 N ASP J 295 -17.891 42.600 -13.947 1.00231.87 N \ ANISOU26153 N ASP J 295 29443 34917 30416 289 -1714 483 N \ ATOM 26154 CA ASP J 295 -17.901 43.312 -15.222 1.00234.69 C \ ANISOU26154 CA ASP J 295 29427 35037 30448 299 -1739 554 C \ ATOM 26155 C ASP J 295 -18.491 42.435 -16.335 1.00237.40 C \ ANISOU26155 C ASP J 295 29452 34976 30533 282 -1716 635 C \ ATOM 26156 O ASP J 295 -18.559 42.863 -17.490 1.00237.54 O \ ANISOU26156 O ASP J 295 29522 34027 30543 483 -1580 -102 O \ ATOM 26157 CB ASP J 295 -16.471 43.727 -15.589 1.00233.62 C \ ANISOU26157 CB ASP J 295 29332 33720 30429 532 -1560 -180 C \ ATOM 26158 CG ASP J 295 -15.834 44.618 -14.540 1.00231.95 C \ ANISOU26158 CG ASP J 295 29048 33192 30229 569 -1505 -294 C \ ATOM 26159 OD1 ASP J 295 -15.206 44.088 -13.598 1.00230.40 O \ ANISOU26159 OD1 ASP J 295 29107 33167 30428 614 -1477 -326 O \ ATOM 26160 OD2 ASP J 295 -15.971 45.853 -14.656 1.00231.07 O \ ANISOU26160 OD2 ASP J 295 29374 33813 30283 501 -1581 -307 O \ ATOM 26161 N SER J 296 -18.924 41.221 -15.979 1.00240.42 N \ ANISOU26161 N SER J 296 29562 34251 30414 468 -1627 -220 N \ ATOM 26162 CA SER J 296 -19.416 40.241 -16.952 1.00244.50 C \ ANISOU26162 CA SER J 296 29727 34598 30432 392 -1652 -202 C \ ATOM 26163 C SER J 296 -20.875 40.500 -17.364 1.00247.38 C \ ANISOU26163 C SER J 296 29789 34574 30380 359 -1636 -317 C \ ATOM 26164 O SER J 296 -21.118 41.221 -18.337 1.00250.26 O \ ANISOU26164 O SER J 296 29712 34831 30422 360 -1687 -76 O \ ATOM 26165 CB SER J 296 -19.238 38.811 -16.416 1.00243.49 C \ ANISOU26165 CB SER J 296 28670 32719 29769 543 -1488 -361 C \ ATOM 26166 OG SER J 296 -19.831 38.658 -15.137 1.00241.96 O \ ANISOU26166 OG SER J 296 28411 32257 29565 563 -1436 -482 O \ ATOM 26167 N GLN J 297 -21.832 39.913 -16.637 1.00247.36 N \ ANISOU26167 N GLN J 297 28361 32122 29774 605 -1394 -403 N \ ATOM 26168 CA GLN J 297 -23.262 40.030 -16.965 1.00248.32 C \ ANISOU26168 CA GLN J 297 28424 32034 29920 619 -1343 -510 C \ ATOM 26169 C GLN J 297 -24.132 40.189 -15.710 1.00248.81 C \ ANISOU26169 C GLN J 297 28328 32116 29300 517 -1435 -583 C \ ATOM 26170 O GLN J 297 -24.549 41.304 -15.378 1.00250.30 O \ ANISOU26170 O GLN J 297 28311 32184 29869 620 -1413 -215 O \ ATOM 26171 CB GLN J 297 -23.737 38.824 -17.795 1.00247.36 C \ ANISOU26171 CB GLN J 297 28380 32186 30232 660 -1374 -110 C \ ATOM 26172 CG GLN J 297 -23.244 38.835 -19.239 1.00248.02 C \ ANISOU26172 CG GLN J 297 28044 31721 30148 713 -1314 -181 C \ ATOM 26173 CD GLN J 297 -24.007 39.816 -20.113 1.00249.45 C \ ANISOU26173 CD GLN J 297 27756 31289 30009 726 -1255 -252 C \ ATOM 26174 OE1 GLN J 297 -25.224 39.708 -20.268 1.00249.80 O \ ANISOU26174 OE1 GLN J 297 28776 32769 30753 663 -1415 134 O \ ATOM 26175 NE2 GLN J 297 -23.294 40.772 -20.697 1.00249.93 N \ ANISOU26175 NE2 GLN J 297 29063 33182 30864 605 -1456 211 N \ ATOM 26176 N GLU J 298 -24.377 39.077 -15.012 1.00247.65 N \ ANISOU26176 N GLU J 298 29269 33604 31226 602 -1494 473 N \ ATOM 26177 CA GLU J 298 -25.303 39.041 -13.871 1.00246.04 C \ ANISOU26177 CA GLU J 298 29448 33913 31266 539 -1523 549 C \ ATOM 26178 C GLU J 298 -24.686 39.578 -12.577 1.00243.37 C \ ANISOU26178 C GLU J 298 29606 34319 31582 526 -1564 823 C \ ATOM 26179 O GLU J 298 -25.411 40.022 -11.692 1.00243.98 O \ ANISOU26179 O GLU J 298 27885 31624 30050 739 -1324 -173 O \ ATOM 26180 CB GLU J 298 -25.811 37.611 -13.624 1.00246.01 C \ ANISOU26180 CB GLU J 298 27768 31396 30186 783 -1259 -259 C \ ATOM 26181 CG GLU J 298 -26.763 37.069 -14.688 1.00248.00 C \ ANISOU26181 CG GLU J 298 27461 30986 29740 762 -1223 -500 C \ ATOM 26182 CD GLU J 298 -26.062 36.496 -15.913 1.00249.39 C \ ANISOU26182 CD GLU J 298 27318 30758 29797 783 -1158 -607 C \ ATOM 26183 OE1 GLU J 298 -24.931 35.973 -15.786 1.00249.36 O \ ANISOU26183 OE1 GLU J 298 27798 31551 30336 816 -1287 -143 O \ ATOM 26184 OE2 GLU J 298 -26.654 36.557 -17.012 1.00249.94 O \ ANISOU26184 OE2 GLU J 298 27746 31657 29983 777 -1364 -95 O \ ATOM 26185 N ALA J 299 -23.357 39.532 -12.472 1.00239.92 N \ ANISOU26185 N ALA J 299 27806 31721 29834 728 -1387 -95 N \ ATOM 26186 CA ALA J 299 -22.648 39.954 -11.259 1.00237.49 C \ ANISOU26186 CA ALA J 299 27184 30735 29144 717 -1262 -583 C \ ATOM 26187 C ALA J 299 -22.472 41.475 -11.142 1.00237.55 C \ ANISOU26187 C ALA J 299 26982 30472 28800 690 -1240 -781 C \ ATOM 26188 O ALA J 299 -22.004 41.969 -10.113 1.00237.87 O \ ANISOU26188 O ALA J 299 26893 30266 28706 664 -1191 -901 O \ ATOM 26189 CB ALA J 299 -21.293 39.260 -11.187 1.00236.20 C \ ANISOU26189 CB ALA J 299 26763 30107 28507 638 -1163 -1059 C \ ATOM 26190 N LYS J 300 -22.870 42.212 -12.181 1.00237.83 N \ ANISOU26190 N LYS J 300 26906 30478 28428 653 -1301 -809 N \ ATOM 26191 CA LYS J 300 -22.722 43.675 -12.223 1.00238.97 C \ ANISOU26191 CA LYS J 300 26946 30626 28461 669 -1334 -767 C \ ATOM 26192 C LYS J 300 -23.404 44.466 -11.082 1.00236.65 C \ ANISOU26192 C LYS J 300 27001 30805 28519 679 -1382 -608 C \ ATOM 26193 O LYS J 300 -22.736 45.267 -10.427 1.00234.39 O \ ANISOU26193 O LYS J 300 26858 30536 28361 670 -1319 -883 O \ ATOM 26194 CB LYS J 300 -23.158 44.220 -13.594 1.00242.92 C \ ANISOU26194 CB LYS J 300 26904 30815 28415 692 -1412 -570 C \ ATOM 26195 CG LYS J 300 -22.207 43.875 -14.729 1.00245.06 C \ ANISOU26195 CG LYS J 300 26820 30594 28317 685 -1349 -845 C \ ATOM 26196 CD LYS J 300 -22.630 44.563 -16.018 1.00247.66 C \ ANISOU26196 CD LYS J 300 26878 30763 28380 698 -1395 -690 C \ ATOM 26197 CE LYS J 300 -21.562 44.430 -17.089 1.00249.05 C \ ANISOU26197 CE LYS J 300 26938 30929 28435 710 -1425 -652 C \ ATOM 26198 NZ LYS J 300 -21.947 45.132 -18.344 1.00251.37 N \ ANISOU26198 NZ LYS J 300 26854 30180 28744 667 -1180 -823 N \ ATOM 26199 N PRO J 301 -24.722 44.264 -10.844 1.00235.71 N \ ANISOU26199 N PRO J 301 26650 29867 28548 642 -1132 -929 N \ ATOM 26200 CA PRO J 301 -25.337 45.028 -9.748 1.00235.16 C \ ANISOU26200 CA PRO J 301 26515 29660 28646 650 -1047 -1068 C \ ATOM 26201 C PRO J 301 -25.129 44.428 -8.349 1.00232.10 C \ ANISOU26201 C PRO J 301 26158 29246 28251 615 -1006 -1206 C \ ATOM 26202 O PRO J 301 -25.406 45.099 -7.352 1.00231.28 O \ ANISOU26202 O PRO J 301 26709 29898 28671 646 -1137 -800 O \ ATOM 26203 CB PRO J 301 -26.825 45.035 -10.118 1.00236.04 C \ ANISOU26203 CB PRO J 301 26807 29990 29106 694 -1109 -657 C \ ATOM 26204 CG PRO J 301 -27.032 43.804 -10.928 1.00235.26 C \ ANISOU26204 CG PRO J 301 26832 29978 29211 690 -1103 -550 C \ ATOM 26205 CD PRO J 301 -25.709 43.403 -11.526 1.00235.19 C \ ANISOU26205 CD PRO J 301 26912 30047 29680 738 -1069 -401 C \ ATOM 26206 N TYR J 302 -24.646 43.187 -8.277 1.00229.14 N \ ANISOU26206 N TYR J 302 26943 30067 29800 733 -1072 -263 N \ ATOM 26207 CA TYR J 302 -24.453 42.496 -6.996 1.00227.01 C \ ANISOU26207 CA TYR J 302 26546 29707 28928 692 -1019 -1035 C \ ATOM 26208 C TYR J 302 -23.151 42.864 -6.269 1.00225.99 C \ ANISOU26208 C TYR J 302 26505 29617 29154 698 -929 -1177 C \ ATOM 26209 O TYR J 302 -22.990 42.508 -5.102 1.00224.71 O \ ANISOU26209 O TYR J 302 26184 29351 28711 663 -912 -1363 O \ ATOM 26210 CB TYR J 302 -24.533 40.972 -7.186 1.00225.86 C \ ANISOU26210 CB TYR J 302 26384 29539 29096 648 -833 -1519 C \ ATOM 26211 CG TYR J 302 -25.946 40.452 -7.348 1.00226.43 C \ ANISOU26211 CG TYR J 302 26654 29768 29660 759 -902 -1064 C \ ATOM 26212 CD1 TYR J 302 -26.542 40.378 -8.602 1.00227.20 C \ ANISOU26212 CD1 TYR J 302 26784 29863 29974 790 -911 -867 C \ ATOM 26213 CD2 TYR J 302 -26.690 40.041 -6.246 1.00225.70 C \ ANISOU26213 CD2 TYR J 302 27116 30104 30527 792 -847 -898 C \ ATOM 26214 CE1 TYR J 302 -27.837 39.910 -8.758 1.00226.70 C \ ANISOU26214 CE1 TYR J 302 26713 29884 29822 810 -988 -661 C \ ATOM 26215 CE2 TYR J 302 -27.985 39.572 -6.393 1.00225.64 C \ ANISOU26215 CE2 TYR J 302 25594 28835 27828 643 -984 -1346 C \ ATOM 26216 CZ TYR J 302 -28.552 39.508 -7.653 1.00226.40 C \ ANISOU26216 CZ TYR J 302 25125 28443 27224 606 -982 -1488 C \ ATOM 26217 OH TYR J 302 -29.838 39.047 -7.811 1.00227.14 O \ ANISOU26217 OH TYR J 302 24785 28099 26815 544 -936 -1660 O \ ATOM 26218 N LYS J 303 -22.243 43.585 -6.936 1.00225.76 N \ ANISOU26218 N LYS J 303 24500 27769 26402 520 -952 -1644 N \ ATOM 26219 CA LYS J 303 -20.968 44.021 -6.324 1.00223.89 C \ ANISOU26219 CA LYS J 303 25039 28428 26853 597 -1071 -1412 C \ ATOM 26220 C LYS J 303 -21.132 44.952 -5.109 1.00223.24 C \ ANISOU26220 C LYS J 303 24984 28468 26718 577 -1080 -1500 C \ ATOM 26221 O LYS J 303 -20.229 45.049 -4.274 1.00220.17 O \ ANISOU26221 O LYS J 303 24981 28507 26613 524 -1063 -1629 O \ ATOM 26222 CB LYS J 303 -20.054 44.692 -7.370 1.00224.45 C \ ANISOU26222 CB LYS J 303 24864 28397 26634 611 -1107 -1429 C \ ATOM 26223 CG LYS J 303 -20.567 46.015 -7.937 1.00226.09 C \ ANISOU26223 CG LYS J 303 24617 27998 26737 511 -877 -1826 C \ ATOM 26224 CD LYS J 303 -19.496 46.749 -8.733 1.00226.40 C \ ANISOU26224 CD LYS J 303 24453 27871 26524 441 -829 -1990 C \ ATOM 26225 CE LYS J 303 -19.986 48.120 -9.180 1.00228.03 C \ ANISOU26225 CE LYS J 303 24134 27631 25886 385 -891 -2000 C \ ATOM 26226 NZ LYS J 303 -19.016 48.817 -10.070 1.00228.48 N \ ANISOU26226 NZ LYS J 303 24202 27730 25889 328 -866 -2093 N \ ATOM 26227 N ASN J 304 -22.278 45.630 -5.027 1.00224.19 N \ ANISOU26227 N ASN J 304 24505 28015 26770 416 -751 -2161 N \ ATOM 26228 CA ASN J 304 -22.587 46.559 -3.932 1.00224.44 C \ ANISOU26228 CA ASN J 304 24516 28064 26804 461 -787 -2086 C \ ATOM 26229 C ASN J 304 -23.056 45.873 -2.640 1.00221.73 C \ ANISOU26229 C ASN J 304 24598 28042 26885 531 -847 -1874 C \ ATOM 26230 O ASN J 304 -23.188 46.534 -1.607 1.00223.77 O \ ANISOU26230 O ASN J 304 23729 27267 25308 400 -967 -1902 O \ ATOM 26231 CB ASN J 304 -23.661 47.563 -4.380 1.00226.56 C \ ANISOU26231 CB ASN J 304 23447 27056 24766 353 -1027 -1891 C \ ATOM 26232 CG ASN J 304 -23.220 48.407 -5.563 1.00227.98 C \ ANISOU26232 CG ASN J 304 22996 26516 24182 358 -1071 -1794 C \ ATOM 26233 OD1 ASN J 304 -22.505 49.398 -5.400 1.00230.95 O \ ANISOU26233 OD1 ASN J 304 22879 26432 23931 308 -1086 -1825 O \ ATOM 26234 ND2 ASN J 304 -23.651 48.026 -6.761 1.00227.45 N \ ANISOU26234 ND2 ASN J 304 23542 27229 24763 365 -1084 -1835 N \ ATOM 26235 N ASP J 305 -23.313 44.564 -2.711 1.00216.50 N \ ANISOU26235 N ASP J 305 23556 27334 24564 315 -1140 -1825 N \ ATOM 26236 CA ASP J 305 -23.779 43.764 -1.570 1.00212.64 C \ ANISOU26236 CA ASP J 305 23718 27637 24708 239 -1107 -1950 C \ ATOM 26237 C ASP J 305 -22.735 43.773 -0.438 1.00209.76 C \ ANISOU26237 C ASP J 305 23873 27898 24946 221 -1072 -2036 C \ ATOM 26238 O ASP J 305 -21.546 43.582 -0.700 1.00207.06 O \ ANISOU26238 O ASP J 305 23851 27795 24745 192 -1116 -1960 O \ ATOM 26239 CB ASP J 305 -24.057 42.326 -2.046 1.00211.40 C \ ANISOU26239 CB ASP J 305 22488 25916 23721 413 -1092 -1674 C \ ATOM 26240 CG ASP J 305 -24.999 41.562 -1.131 1.00211.00 C \ ANISOU26240 CG ASP J 305 22157 25519 23273 416 -1132 -1583 C \ ATOM 26241 OD1 ASP J 305 -24.566 41.137 -0.040 1.00210.82 O \ ANISOU26241 OD1 ASP J 305 22072 25333 23314 427 -1087 -1576 O \ ATOM 26242 OD2 ASP J 305 -26.167 41.356 -1.522 1.00210.28 O \ ANISOU26242 OD2 ASP J 305 22135 25344 23300 431 -1116 -1496 O \ ATOM 26243 N PRO J 306 -23.171 44.007 0.821 1.00208.85 N \ ANISOU26243 N PRO J 306 22080 25452 23122 451 -1196 -1447 N \ ATOM 26244 CA PRO J 306 -22.201 44.097 1.922 1.00207.52 C \ ANISOU26244 CA PRO J 306 22144 25496 23371 507 -1183 -1358 C \ ATOM 26245 C PRO J 306 -21.557 42.766 2.337 1.00204.37 C \ ANISOU26245 C PRO J 306 21955 25420 22875 436 -1240 -1458 C \ ATOM 26246 O PRO J 306 -20.533 42.780 3.022 1.00204.82 O \ ANISOU26246 O PRO J 306 22155 25455 23420 528 -1194 -1239 O \ ATOM 26247 CB PRO J 306 -23.028 44.682 3.076 1.00208.69 C \ ANISOU26247 CB PRO J 306 21966 25207 23409 427 -1014 -1668 C \ ATOM 26248 CG PRO J 306 -24.434 44.297 2.775 1.00208.93 C \ ANISOU26248 CG PRO J 306 21985 25130 23588 435 -960 -1676 C \ ATOM 26249 CD PRO J 306 -24.550 44.273 1.279 1.00209.31 C \ ANISOU26249 CD PRO J 306 21698 24822 23155 386 -962 -1724 C \ ATOM 26250 N GLU J 307 -22.146 41.640 1.930 1.00200.83 N \ ANISOU26250 N GLU J 307 21645 24684 23143 396 -952 -1672 N \ ATOM 26251 CA GLU J 307 -21.615 40.309 2.251 1.00198.10 C \ ANISOU26251 CA GLU J 307 22260 25406 24134 434 -870 -1802 C \ ATOM 26252 C GLU J 307 -20.454 39.898 1.330 1.00193.96 C \ ANISOU26252 C GLU J 307 22568 25605 24706 460 -806 -1788 C \ ATOM 26253 O GLU J 307 -19.475 39.302 1.793 1.00192.77 O \ ANISOU26253 O GLU J 307 22820 25812 25158 532 -819 -1626 O \ ATOM 26254 CB GLU J 307 -22.744 39.263 2.192 1.00198.80 C \ ANISOU26254 CB GLU J 307 22588 25644 24946 424 -704 -1984 C \ ATOM 26255 CG GLU J 307 -22.376 37.860 2.670 1.00198.59 C \ ANISOU26255 CG GLU J 307 21276 24492 22575 332 -975 -1812 C \ ATOM 26256 CD GLU J 307 -22.063 37.793 4.155 1.00200.19 C \ ANISOU26256 CD GLU J 307 20759 23985 21908 280 -986 -1846 C \ ATOM 26257 OE1 GLU J 307 -22.958 38.086 4.978 1.00201.91 O \ ANISOU26257 OE1 GLU J 307 20271 23429 21282 299 -1046 -1720 O \ ATOM 26258 OE2 GLU J 307 -20.921 37.432 4.503 1.00201.06 O \ ANISOU26258 OE2 GLU J 307 20038 23143 21014 281 -1038 -1722 O \ ATOM 26259 N ILE J 308 -20.573 40.210 0.037 1.00189.83 N \ ANISOU26259 N ILE J 308 20741 24109 21754 222 -1005 -1917 N \ ATOM 26260 CA ILE J 308 -19.551 39.848 -0.961 1.00186.73 C \ ANISOU26260 CA ILE J 308 19955 23128 20892 330 -1103 -1621 C \ ATOM 26261 C ILE J 308 -18.629 41.022 -1.361 1.00186.13 C \ ANISOU26261 C ILE J 308 19869 23009 20686 340 -1156 -1517 C \ ATOM 26262 O ILE J 308 -17.803 40.881 -2.272 1.00186.29 O \ ANISOU26262 O ILE J 308 20098 23160 21017 375 -1143 -1429 O \ ATOM 26263 CB ILE J 308 -20.180 39.181 -2.226 1.00185.96 C \ ANISOU26263 CB ILE J 308 20211 23244 21047 366 -1165 -1376 C \ ATOM 26264 CG1 ILE J 308 -21.071 40.155 -3.017 1.00186.90 C \ ANISOU26264 CG1 ILE J 308 19549 22755 20274 353 -1213 -1455 C \ ATOM 26265 CG2 ILE J 308 -20.973 37.931 -1.851 1.00184.89 C \ ANISOU26265 CG2 ILE J 308 19266 22554 19893 316 -1235 -1513 C \ ATOM 26266 CD1 ILE J 308 -20.443 40.701 -4.285 1.00186.95 C \ ANISOU26266 CD1 ILE J 308 18749 22048 19257 259 -1248 -1550 C \ ATOM 26267 N LEU J 309 -18.750 42.159 -0.666 1.00185.77 N \ ANISOU26267 N LEU J 309 18775 22049 19187 268 -1300 -1464 N \ ATOM 26268 CA LEU J 309 -17.902 43.345 -0.920 1.00186.09 C \ ANISOU26268 CA LEU J 309 20273 23313 21387 412 -1106 -1410 C \ ATOM 26269 C LEU J 309 -16.415 43.062 -0.660 1.00183.38 C \ ANISOU26269 C LEU J 309 20491 23469 21757 445 -1089 -1311 C \ ATOM 26270 O LEU J 309 -15.530 43.620 -1.333 1.00182.85 O \ ANISOU26270 O LEU J 309 20571 23469 21888 422 -1042 -1371 O \ ATOM 26271 CB LEU J 309 -18.354 44.526 -0.049 1.00188.97 C \ ANISOU26271 CB LEU J 309 20602 23459 21910 424 -1052 -1288 C \ ATOM 26272 CG LEU J 309 -17.875 45.925 -0.467 1.00191.81 C \ ANISOU26272 CG LEU J 309 20626 23601 22145 491 -1052 -1279 C \ ATOM 26273 CD1 LEU J 309 -18.765 46.507 -1.558 1.00194.21 C \ ANISOU26273 CD1 LEU J 309 20737 23792 22205 505 -1087 -1263 C \ ATOM 26274 CD2 LEU J 309 -17.826 46.866 0.729 1.00192.60 C \ ANISOU26274 CD2 LEU J 309 20810 23758 22487 528 -1056 -1119 C \ ATOM 26275 N ALA J 310 -16.163 42.193 0.321 1.00179.87 N \ ANISOU26275 N ALA J 310 20599 23495 21963 392 -989 -1519 N \ ATOM 26276 CA ALA J 310 -14.820 41.714 0.654 1.00175.43 C \ ANISOU26276 CA ALA J 310 20610 23452 22007 357 -941 -1603 C \ ATOM 26277 C ALA J 310 -14.120 41.073 -0.538 1.00171.03 C \ ANISOU26277 C ALA J 310 20344 23188 21509 322 -986 -1588 C \ ATOM 26278 O ALA J 310 -12.920 41.275 -0.735 1.00168.96 O \ ANISOU26278 O ALA J 310 20147 22927 21322 314 -973 -1567 O \ ATOM 26279 CB ALA J 310 -14.896 40.716 1.802 1.00175.30 C \ ANISOU26279 CB ALA J 310 20800 23692 22274 317 -877 -1780 C \ ATOM 26280 N MET J 311 -14.871 40.305 -1.329 1.00168.38 N \ ANISOU26280 N MET J 311 21108 23998 22847 347 -818 -1823 N \ ATOM 26281 CA MET J 311 -14.329 39.650 -2.526 1.00167.30 C \ ANISOU26281 CA MET J 311 21354 24164 23310 391 -791 -1748 C \ ATOM 26282 C MET J 311 -14.056 40.636 -3.668 1.00169.17 C \ ANISOU26282 C MET J 311 21255 24245 22995 319 -797 -1941 C \ ATOM 26283 O MET J 311 -13.140 40.419 -4.476 1.00169.77 O \ ANISOU26283 O MET J 311 20101 23021 21083 301 -1036 -1597 O \ ATOM 26284 CB MET J 311 -15.265 38.541 -3.016 1.00164.70 C \ ANISOU26284 CB MET J 311 19935 22865 20728 268 -1079 -1581 C \ ATOM 26285 CG MET J 311 -15.473 37.399 -2.029 1.00162.43 C \ ANISOU26285 CG MET J 311 20081 22975 20816 290 -1119 -1462 C \ ATOM 26286 SD MET J 311 -13.972 36.560 -1.490 1.00158.06 S \ ANISOU26286 SD MET J 311 20324 23187 20980 267 -1127 -1455 S \ ATOM 26287 CE MET J 311 -13.589 35.550 -2.915 1.00157.95 C \ ANISOU26287 CE MET J 311 19768 22793 20428 242 -1120 -1607 C \ ATOM 26288 N THR J 312 -14.843 41.711 -3.727 1.00171.00 N \ ANISOU26288 N THR J 312 19857 22965 20512 192 -1093 -1719 N \ ATOM 26289 CA THR J 312 -14.624 42.797 -4.688 1.00172.97 C \ ANISOU26289 CA THR J 312 19841 23058 20421 178 -1134 -1716 C \ ATOM 26290 C THR J 312 -13.313 43.529 -4.382 1.00173.52 C \ ANISOU26290 C THR J 312 19917 23028 20503 145 -1087 -1755 C \ ATOM 26291 O THR J 312 -12.506 43.821 -5.288 1.00173.63 O \ ANISOU26291 O THR J 312 20207 23125 20980 327 -1144 -1370 O \ ATOM 26292 CB THR J 312 -15.799 43.802 -4.661 1.00174.69 C \ ANISOU26292 CB THR J 312 20422 23353 21141 336 -1182 -1258 C \ ATOM 26293 OG1 THR J 312 -17.042 43.090 -4.596 1.00175.64 O \ ANISOU26293 OG1 THR J 312 20620 23488 21458 348 -1152 -1194 O \ ATOM 26294 CG2 THR J 312 -15.787 44.694 -5.900 1.00176.49 C \ ANISOU26294 CG2 THR J 312 20769 23644 21534 333 -1173 -1136 C \ ATOM 26295 N ASN J 313 -13.104 43.801 -3.093 1.00173.86 N \ ANISOU26295 N ASN J 313 20553 23570 21261 359 -1223 -1174 N \ ATOM 26296 CA ASN J 313 -11.858 44.402 -2.612 1.00173.89 C \ ANISOU26296 CA ASN J 313 20742 23755 21643 404 -1202 -1095 C \ ATOM 26297 C ASN J 313 -10.658 43.476 -2.855 1.00171.18 C \ ANISOU26297 C ASN J 313 20600 23683 21187 340 -1267 -1103 C \ ATOM 26298 O ASN J 313 -9.589 43.935 -3.286 1.00169.49 O \ ANISOU26298 O ASN J 313 20676 23488 21712 372 -1100 -1212 O \ ATOM 26299 CB ASN J 313 -11.963 44.731 -1.116 1.00175.72 C \ ANISOU26299 CB ASN J 313 20797 23539 21986 382 -1063 -1160 C \ ATOM 26300 CG ASN J 313 -13.087 45.705 -0.798 1.00178.85 C \ ANISOU26300 CG ASN J 313 20659 23339 21778 343 -1036 -1251 C \ ATOM 26301 OD1 ASN J 313 -13.299 46.689 -1.507 1.00181.15 O \ ANISOU26301 OD1 ASN J 313 20482 23128 21607 336 -1036 -1190 O \ ATOM 26302 ND2 ASN J 313 -13.810 45.434 0.285 1.00180.28 N \ ANISOU26302 ND2 ASN J 313 21144 23843 22612 417 -1005 -1167 N \ ATOM 26303 N LEU J 314 -10.846 42.179 -2.578 1.00168.99 N \ ANISOU26303 N LEU J 314 21521 24203 23023 398 -957 -1333 N \ ATOM 26304 CA LEU J 314 -9.792 41.171 -2.795 1.00167.20 C \ ANISOU26304 CA LEU J 314 20615 23299 21667 312 -1017 -1390 C \ ATOM 26305 C LEU J 314 -9.462 40.949 -4.266 1.00168.11 C \ ANISOU26305 C LEU J 314 20784 23439 21752 268 -998 -1476 C \ ATOM 26306 O LEU J 314 -8.289 40.752 -4.611 1.00169.74 O \ ANISOU26306 O LEU J 314 20775 23449 21545 247 -1052 -1429 O \ ATOM 26307 CB LEU J 314 -10.162 39.825 -2.156 1.00165.78 C \ ANISOU26307 CB LEU J 314 21076 23708 21810 224 -1041 -1440 C \ ATOM 26308 CG LEU J 314 -10.009 39.718 -0.636 1.00166.69 C \ ANISOU26308 CG LEU J 314 20818 23525 21756 232 -975 -1616 C \ ATOM 26309 CD1 LEU J 314 -10.837 38.569 -0.079 1.00166.66 C \ ANISOU26309 CD1 LEU J 314 20575 23316 21231 251 -1105 -1388 C \ ATOM 26310 CD2 LEU J 314 -8.550 39.558 -0.247 1.00166.99 C \ ANISOU26310 CD2 LEU J 314 20420 23193 20923 229 -1150 -1354 C \ ATOM 26311 N VAL J 315 -10.473 40.969 -5.135 1.00169.26 N \ ANISOU26311 N VAL J 315 20547 23322 21064 239 -1162 -1248 N \ ATOM 26312 CA VAL J 315 -10.222 40.781 -6.569 1.00170.86 C \ ANISOU26312 CA VAL J 315 20324 23104 20752 212 -1176 -1240 C \ ATOM 26313 C VAL J 315 -9.562 42.020 -7.211 1.00172.57 C \ ANISOU26313 C VAL J 315 20364 23217 20780 229 -1194 -1352 C \ ATOM 26314 O VAL J 315 -8.751 41.879 -8.139 1.00173.57 O \ ANISOU26314 O VAL J 315 20318 23211 20611 200 -1230 -1349 O \ ATOM 26315 CB VAL J 315 -11.489 40.320 -7.336 1.00172.09 C \ ANISOU26315 CB VAL J 315 20254 23147 20489 168 -1234 -1415 C \ ATOM 26316 CG1 VAL J 315 -12.443 41.481 -7.619 1.00174.08 C \ ANISOU26316 CG1 VAL J 315 20485 23437 20740 200 -1257 -1282 C \ ATOM 26317 CG2 VAL J 315 -11.097 39.608 -8.626 1.00172.31 C \ ANISOU26317 CG2 VAL J 315 20413 23338 20580 143 -1260 -1418 C \ ATOM 26318 N SER J 316 -9.875 43.216 -6.704 1.00173.38 N \ ANISOU26318 N SER J 316 20464 23464 20633 167 -1280 -1303 N \ ATOM 26319 CA SER J 316 -9.187 44.436 -7.149 1.00174.55 C \ ANISOU26319 CA SER J 316 20519 23492 20656 142 -1279 -1374 C \ ATOM 26320 C SER J 316 -7.726 44.485 -6.657 1.00173.12 C \ ANISOU26320 C SER J 316 20642 23657 20736 111 -1295 -1402 C \ ATOM 26321 O SER J 316 -6.814 44.903 -7.394 1.00171.65 O \ ANISOU26321 O SER J 316 21117 23906 21759 274 -1157 -1160 O \ ATOM 26322 CB SER J 316 -9.952 45.680 -6.695 1.00177.92 C \ ANISOU26322 CB SER J 316 21785 24610 22471 280 -1170 -1030 C \ ATOM 26323 OG SER J 316 -10.078 45.728 -5.282 1.00180.94 O \ ANISOU26323 OG SER J 316 21895 24641 22646 270 -1135 -1022 O \ ATOM 26324 N ALA J 317 -7.510 44.047 -5.418 1.00172.60 N \ ANISOU26324 N ALA J 317 21802 24585 22485 247 -1154 -964 N \ ATOM 26325 CA ALA J 317 -6.160 43.934 -4.853 1.00173.64 C \ ANISOU26325 CA ALA J 317 22225 25088 23075 322 -1170 -925 C \ ATOM 26326 C ALA J 317 -5.293 42.895 -5.579 1.00173.10 C \ ANISOU26326 C ALA J 317 22554 25507 23469 326 -1193 -755 C \ ATOM 26327 O ALA J 317 -4.076 43.080 -5.732 1.00175.27 O \ ANISOU26327 O ALA J 317 22780 25777 23881 369 -1194 -644 O \ ATOM 26328 CB ALA J 317 -6.250 43.590 -3.376 1.00173.97 C \ ANISOU26328 CB ALA J 317 22917 25821 24222 403 -1147 -662 C \ ATOM 26329 N TYR J 318 -5.921 41.793 -5.990 1.00171.40 N \ ANISOU26329 N TYR J 318 22832 25986 23879 363 -1243 -536 N \ ATOM 26330 CA TYR J 318 -5.241 40.745 -6.762 1.00169.85 C \ ANISOU26330 CA TYR J 318 22070 24718 22957 281 -1082 -1091 C \ ATOM 26331 C TYR J 318 -4.958 41.212 -8.188 1.00170.90 C \ ANISOU26331 C TYR J 318 22280 24846 23248 270 -1041 -1101 C \ ATOM 26332 O TYR J 318 -3.950 40.818 -8.781 1.00168.92 O \ ANISOU26332 O TYR J 318 22078 24608 22896 227 -1035 -1212 O \ ATOM 26333 CB TYR J 318 -6.107 39.484 -6.783 1.00169.39 C \ ANISOU26333 CB TYR J 318 21915 24386 22777 212 -1005 -1221 C \ ATOM 26334 CG TYR J 318 -5.463 38.271 -7.405 1.00168.82 C \ ANISOU26334 CG TYR J 318 22523 25009 23737 294 -975 -1140 C \ ATOM 26335 CD1 TYR J 318 -4.685 37.415 -6.644 1.00168.15 C \ ANISOU26335 CD1 TYR J 318 22687 25195 24112 338 -974 -1001 C \ ATOM 26336 CD2 TYR J 318 -5.657 37.969 -8.754 1.00170.19 C \ ANISOU26336 CD2 TYR J 318 22721 25297 24133 344 -1015 -847 C \ ATOM 26337 CE1 TYR J 318 -4.100 36.297 -7.207 1.00169.32 C \ ANISOU26337 CE1 TYR J 318 22862 25329 24497 365 -925 -1052 C \ ATOM 26338 CE2 TYR J 318 -5.080 36.851 -9.333 1.00169.92 C \ ANISOU26338 CE2 TYR J 318 21852 24426 22516 207 -1063 -1285 C \ ATOM 26339 CZ TYR J 318 -4.300 36.019 -8.550 1.00170.20 C \ ANISOU26339 CZ TYR J 318 21700 24263 22242 167 -1062 -1379 C \ ATOM 26340 OH TYR J 318 -3.711 34.904 -9.098 1.00171.17 O \ ANISOU26340 OH TYR J 318 21829 24337 22454 149 -1005 -1481 O \ ATOM 26341 N GLN J 319 -5.856 42.043 -8.723 1.00175.77 N \ ANISOU26341 N GLN J 319 21709 24166 22351 130 -979 -1497 N \ ATOM 26342 CA GLN J 319 -5.712 42.634 -10.060 1.00181.25 C \ ANISOU26342 CA GLN J 319 21663 24231 22105 144 -1085 -1336 C \ ATOM 26343 C GLN J 319 -4.497 43.566 -10.156 1.00182.09 C \ ANISOU26343 C GLN J 319 21821 24475 22192 148 -1132 -1253 C \ ATOM 26344 O GLN J 319 -3.723 43.481 -11.112 1.00181.27 O \ ANISOU26344 O GLN J 319 22280 24965 22709 162 -1138 -1150 O \ ATOM 26345 CB GLN J 319 -6.997 43.400 -10.416 1.00185.26 C \ ANISOU26345 CB GLN J 319 21724 24435 21987 132 -1164 -1294 C \ ATOM 26346 CG GLN J 319 -7.111 43.967 -11.823 1.00188.26 C \ ANISOU26346 CG GLN J 319 21996 24532 22676 149 -984 -1556 C \ ATOM 26347 CD GLN J 319 -8.450 44.667 -12.037 1.00190.65 C \ ANISOU26347 CD GLN J 319 22076 24604 22842 120 -925 -1676 C \ ATOM 26348 OE1 GLN J 319 -8.789 45.609 -11.313 1.00192.02 O \ ANISOU26348 OE1 GLN J 319 21682 24311 22347 84 -940 -1758 O \ ATOM 26349 NE2 GLN J 319 -9.220 44.207 -13.030 1.00191.34 N \ ANISOU26349 NE2 GLN J 319 21674 24358 22344 98 -956 -1757 N \ ATOM 26350 N ASN J 320 -4.332 44.444 -9.167 1.00183.56 N \ ANISOU26350 N ASN J 320 22376 24865 23368 149 -869 -1692 N \ ATOM 26351 CA ASN J 320 -3.187 45.367 -9.131 1.00185.22 C \ ANISOU26351 CA ASN J 320 22782 25253 23909 114 -791 -1826 C \ ATOM 26352 C ASN J 320 -1.880 44.785 -8.555 1.00183.14 C \ ANISOU26352 C ASN J 320 23110 25609 24139 64 -783 -1898 C \ ATOM 26353 O ASN J 320 -0.838 45.450 -8.601 1.00181.81 O \ ANISOU26353 O ASN J 320 22879 25319 24229 132 -733 -1862 O \ ATOM 26354 CB ASN J 320 -3.563 46.631 -8.352 1.00187.58 C \ ANISOU26354 CB ASN J 320 21298 23967 21880 34 -937 -1817 C \ ATOM 26355 CG ASN J 320 -4.609 47.461 -9.063 1.00189.49 C \ ANISOU26355 CG ASN J 320 21295 24090 21789 -8 -957 -1868 C \ ATOM 26356 OD1 ASN J 320 -4.680 47.474 -10.294 1.00189.90 O \ ANISOU26356 OD1 ASN J 320 21373 24253 21967 -40 -902 -1985 O \ ATOM 26357 ND2 ASN J 320 -5.423 48.172 -8.290 1.00191.31 N \ ANISOU26357 ND2 ASN J 320 21285 24271 21859 -53 -917 -2007 N \ ATOM 26358 N ASN J 321 -1.948 43.561 -8.020 1.00181.06 N \ ANISOU26358 N ASN J 321 21345 24180 21738 -55 -975 -1875 N \ ATOM 26359 CA ASN J 321 -0.813 42.873 -7.360 1.00179.51 C \ ANISOU26359 CA ASN J 321 21451 24203 21772 -30 -1015 -1783 C \ ATOM 26360 C ASN J 321 -0.249 43.660 -6.179 1.00180.60 C \ ANISOU26360 C ASN J 321 21265 24250 21586 -97 -1009 -1884 C \ ATOM 26361 O ASN J 321 0.856 44.210 -6.241 1.00179.57 O \ ANISOU26361 O ASN J 321 21534 24275 21811 -66 -1008 -1798 O \ ATOM 26362 CB ASN J 321 0.299 42.513 -8.355 1.00178.97 C \ ANISOU26362 CB ASN J 321 21458 24297 22172 -56 -834 -2066 C \ ATOM 26363 CG ASN J 321 -0.239 41.801 -9.575 1.00180.26 C \ ANISOU26363 CG ASN J 321 21384 24311 22224 -97 -764 -2210 C \ ATOM 26364 OD1 ASN J 321 -0.544 42.446 -10.572 1.00184.11 O \ ANISOU26364 OD1 ASN J 321 21396 24329 22347 -60 -752 -2218 O \ ATOM 26365 ND2 ASN J 321 -0.400 40.480 -9.490 1.00179.36 N \ ANISOU26365 ND2 ASN J 321 21494 24569 22458 -100 -733 -2310 N \ ATOM 26366 N ASP J 322 -1.033 43.705 -5.105 1.00182.14 N \ ANISOU26366 N ASP J 322 21334 24189 22332 -113 -685 -2296 N \ ATOM 26367 CA ASP J 322 -0.659 44.409 -3.884 1.00182.98 C \ ANISOU26367 CA ASP J 322 21146 23832 22253 -44 -683 -2197 C \ ATOM 26368 C ASP J 322 -0.855 43.449 -2.712 1.00179.87 C \ ANISOU26368 C ASP J 322 21366 24261 22259 -169 -686 -2325 C \ ATOM 26369 O ASP J 322 -1.979 43.049 -2.429 1.00179.96 O \ ANISOU26369 O ASP J 322 21184 23986 22213 11 -765 -2116 O \ ATOM 26370 CB ASP J 322 -1.525 45.667 -3.723 1.00185.84 C \ ANISOU26370 CB ASP J 322 20983 23781 22128 55 -759 -2100 C \ ATOM 26371 CG ASP J 322 -0.952 46.667 -2.720 1.00189.35 C \ ANISOU26371 CG ASP J 322 20711 23602 21700 58 -826 -2051 C \ ATOM 26372 OD1 ASP J 322 0.134 46.418 -2.147 1.00191.76 O \ ANISOU26372 OD1 ASP J 322 20727 23706 21764 49 -811 -2114 O \ ATOM 26373 OD2 ASP J 322 -1.597 47.716 -2.505 1.00190.63 O \ ANISOU26373 OD2 ASP J 322 20942 23601 22212 125 -763 -1974 O \ ATOM 26374 N ILE J 323 0.237 43.086 -2.040 1.00176.72 N \ ANISOU26374 N ILE J 323 20994 23641 22449 173 -743 -1952 N \ ATOM 26375 CA ILE J 323 0.188 42.123 -0.930 1.00176.80 C \ ANISOU26375 CA ILE J 323 21174 23832 22881 154 -646 -2101 C \ ATOM 26376 C ILE J 323 -0.358 42.822 0.321 1.00177.90 C \ ANISOU26376 C ILE J 323 21428 24043 23255 127 -584 -2179 C \ ATOM 26377 O ILE J 323 -1.208 42.265 1.027 1.00177.43 O \ ANISOU26377 O ILE J 323 21098 23812 22900 164 -628 -2149 O \ ATOM 26378 CB ILE J 323 1.578 41.501 -0.623 1.00177.03 C \ ANISOU26378 CB ILE J 323 20503 23380 21319 66 -896 -1949 C \ ATOM 26379 CG1 ILE J 323 2.234 40.954 -1.896 1.00177.46 C \ ANISOU26379 CG1 ILE J 323 20401 23359 21081 67 -961 -1898 C \ ATOM 26380 CG2 ILE J 323 1.472 40.363 0.396 1.00176.60 C \ ANISOU26380 CG2 ILE J 323 20453 23572 21087 3 -955 -1987 C \ ATOM 26381 CD1 ILE J 323 3.746 40.928 -1.832 1.00177.98 C \ ANISOU26381 CD1 ILE J 323 20490 23697 21117 3 -971 -1993 C \ ATOM 26382 N THR J 324 0.124 44.045 0.569 1.00178.78 N \ ANISOU26382 N THR J 324 20343 23263 20883 72 -1020 -1803 N \ ATOM 26383 CA THR J 324 -0.280 44.852 1.731 1.00178.76 C \ ANISOU26383 CA THR J 324 20170 23123 20627 94 -1081 -1727 C \ ATOM 26384 C THR J 324 -1.788 45.088 1.774 1.00179.16 C \ ANISOU26384 C THR J 324 20189 23088 20668 145 -1102 -1648 C \ ATOM 26385 O THR J 324 -2.410 44.932 2.839 1.00180.34 O \ ANISOU26385 O THR J 324 20079 23131 20449 60 -1119 -1727 O \ ATOM 26386 CB THR J 324 0.444 46.218 1.767 1.00178.59 C \ ANISOU26386 CB THR J 324 20207 23149 20615 159 -1153 -1592 C \ ATOM 26387 OG1 THR J 324 0.298 46.883 0.503 1.00176.95 O \ ANISOU26387 OG1 THR J 324 20078 23156 20398 79 -1169 -1664 O \ ATOM 26388 CG2 THR J 324 1.928 46.035 2.083 1.00178.67 C \ ANISOU26388 CG2 THR J 324 20100 23122 20434 127 -1184 -1607 C \ ATOM 26389 N GLU J 325 -2.376 45.422 0.623 1.00177.35 N \ ANISOU26389 N GLU J 325 20401 23581 21006 -55 -932 -2052 N \ ATOM 26390 CA GLU J 325 -3.821 45.652 0.507 1.00176.06 C \ ANISOU26390 CA GLU J 325 20284 23662 20850 -130 -924 -2131 C \ ATOM 26391 C GLU J 325 -4.606 44.345 0.667 1.00173.74 C \ ANISOU26391 C GLU J 325 20391 23860 21088 -158 -854 -2268 C \ ATOM 26392 O GLU J 325 -5.598 44.297 1.410 1.00174.23 O \ ANISOU26392 O GLU J 325 20578 24232 21248 -208 -859 -2315 O \ ATOM 26393 CB GLU J 325 -4.145 46.322 -0.836 1.00175.70 C \ ANISOU26393 CB GLU J 325 20217 23655 20727 -191 -916 -2159 C \ ATOM 26394 CG GLU J 325 -5.565 46.853 -0.994 1.00176.56 C \ ANISOU26394 CG GLU J 325 20174 23575 20566 -180 -985 -2038 C \ ATOM 26395 CD GLU J 325 -5.907 48.009 -0.066 1.00178.67 C \ ANISOU26395 CD GLU J 325 20241 23675 20596 -231 -974 -2058 C \ ATOM 26396 OE1 GLU J 325 -5.039 48.878 0.175 1.00180.88 O \ ANISOU26396 OE1 GLU J 325 20422 23776 20837 -233 -920 -2125 O \ ATOM 26397 OE2 GLU J 325 -7.063 48.062 0.413 1.00178.47 O \ ANISOU26397 OE2 GLU J 325 20060 23603 20343 -268 -1019 -1999 O \ ATOM 26398 N PHE J 326 -4.128 43.292 0.003 1.00171.61 N \ ANISOU26398 N PHE J 326 20266 23617 21123 -131 -788 -2331 N \ ATOM 26399 CA PHE J 326 -4.709 41.943 0.087 1.00170.66 C \ ANISOU26399 CA PHE J 326 20193 23607 21229 -149 -711 -2470 C \ ATOM 26400 C PHE J 326 -4.750 41.440 1.533 1.00171.37 C \ ANISOU26400 C PHE J 326 20106 23535 21169 -106 -735 -2433 C \ ATOM 26401 O PHE J 326 -5.782 40.953 1.998 1.00171.88 O \ ANISOU26401 O PHE J 326 20143 23732 21250 -151 -703 -2539 O \ ATOM 26402 CB PHE J 326 -3.893 40.973 -0.786 1.00169.73 C \ ANISOU26402 CB PHE J 326 20283 23542 21531 -116 -636 -2521 C \ ATOM 26403 CG PHE J 326 -4.654 39.769 -1.261 1.00168.24 C \ ANISOU26403 CG PHE J 326 20490 23828 21964 -155 -535 -2707 C \ ATOM 26404 CD1 PHE J 326 -5.438 39.841 -2.398 1.00168.30 C \ ANISOU26404 CD1 PHE J 326 20509 23665 22254 -98 -469 -2715 C \ ATOM 26405 CD2 PHE J 326 -4.548 38.553 -0.603 1.00167.55 C \ ANISOU26405 CD2 PHE J 326 20404 23465 22260 -13 -490 -2611 C \ ATOM 26406 CE1 PHE J 326 -6.128 38.729 -2.851 1.00168.37 C \ ANISOU26406 CE1 PHE J 326 20415 23306 22554 45 -436 -2575 C \ ATOM 26407 CE2 PHE J 326 -5.235 37.438 -1.052 1.00167.48 C \ ANISOU26407 CE2 PHE J 326 20009 23295 21043 -26 -789 -2287 C \ ATOM 26408 CZ PHE J 326 -6.027 37.527 -2.179 1.00167.54 C \ ANISOU26408 CZ PHE J 326 19921 23223 20965 15 -820 -2236 C \ ATOM 26409 N GLU J 327 -3.629 41.568 2.243 1.00171.05 N \ ANISOU26409 N GLU J 327 19927 23388 20798 -24 -880 -2213 N \ ATOM 26410 CA GLU J 327 -3.546 41.186 3.658 1.00170.54 C \ ANISOU26410 CA GLU J 327 19962 23527 20857 -33 -878 -2250 C \ ATOM 26411 C GLU J 327 -4.348 42.122 4.565 1.00171.97 C \ ANISOU26411 C GLU J 327 19796 22937 20852 101 -863 -2085 C \ ATOM 26412 O GLU J 327 -4.898 41.663 5.592 1.00173.86 O \ ANISOU26412 O GLU J 327 19897 22905 21161 138 -804 -2088 O \ ATOM 26413 CB GLU J 327 -2.095 41.149 4.126 1.00170.02 C \ ANISOU26413 CB GLU J 327 19798 22971 20860 140 -896 -2033 C \ ATOM 26414 CG GLU J 327 -1.293 40.009 3.530 1.00169.27 C \ ANISOU26414 CG GLU J 327 20030 22912 21260 190 -848 -1934 C \ ATOM 26415 CD GLU J 327 0.190 40.110 3.832 1.00169.79 C \ ANISOU26415 CD GLU J 327 19955 23442 20676 -50 -930 -2150 C \ ATOM 26416 OE1 GLU J 327 0.767 41.210 3.647 1.00171.17 O \ ANISOU26416 OE1 GLU J 327 19988 23636 20583 -95 -985 -2113 O \ ATOM 26417 OE2 GLU J 327 0.771 39.083 4.252 1.00168.46 O \ ANISOU26417 OE2 GLU J 327 20146 24025 20753 -185 -948 -2230 O \ ATOM 26418 N LYS J 328 -4.417 43.415 4.196 1.00171.09 N \ ANISOU26418 N LYS J 328 19992 24033 20541 -218 -984 -2206 N \ ATOM 26419 CA LYS J 328 -5.271 44.381 4.916 1.00171.15 C \ ANISOU26419 CA LYS J 328 19979 23599 20455 -103 -1040 -2016 C \ ATOM 26420 C LYS J 328 -6.752 44.022 4.817 1.00170.58 C \ ANISOU26420 C LYS J 328 19948 23426 20373 -37 -1097 -1892 C \ ATOM 26421 O LYS J 328 -7.475 44.066 5.836 1.00171.40 O \ ANISOU26421 O LYS J 328 20002 23445 20353 -52 -1127 -1834 O \ ATOM 26422 CB LYS J 328 -5.061 45.803 4.386 1.00172.02 C \ ANISOU26422 CB LYS J 328 19916 23464 20309 -24 -1145 -1834 C \ ATOM 26423 CG LYS J 328 -5.602 46.904 5.290 1.00174.45 C \ ANISOU26423 CG LYS J 328 20517 24429 21202 -230 -877 -2356 C \ ATOM 26424 CD LYS J 328 -5.758 48.230 4.554 1.00174.84 C \ ANISOU26424 CD LYS J 328 20775 24941 21491 -328 -827 -2499 C \ ATOM 26425 CE LYS J 328 -7.076 48.304 3.797 1.00174.05 C \ ANISOU26425 CE LYS J 328 21045 25255 21907 -324 -766 -2620 C \ ATOM 26426 NZ LYS J 328 -7.183 49.542 2.979 1.00174.44 N \ ANISOU26426 NZ LYS J 328 21258 25704 22107 -393 -757 -2691 N \ ATOM 26427 N ILE J 329 -7.209 43.659 3.614 1.00169.36 N \ ANISOU26427 N ILE J 329 20602 24813 21354 -391 -768 -2606 N \ ATOM 26428 CA ILE J 329 -8.609 43.216 3.429 1.00168.73 C \ ANISOU26428 CA ILE J 329 20526 25060 21250 -515 -738 -2722 C \ ATOM 26429 C ILE J 329 -8.857 41.862 4.118 1.00168.74 C \ ANISOU26429 C ILE J 329 20549 25132 21323 -580 -671 -2846 C \ ATOM 26430 O ILE J 329 -9.919 41.646 4.705 1.00169.36 O \ ANISOU26430 O ILE J 329 20425 25376 21175 -718 -637 -2973 O \ ATOM 26431 CB ILE J 329 -9.007 43.173 1.933 1.00167.35 C \ ANISOU26431 CB ILE J 329 20299 25325 21078 -790 -578 -3088 C \ ATOM 26432 CG1 ILE J 329 -8.862 44.564 1.311 1.00168.35 C \ ANISOU26432 CG1 ILE J 329 21026 25028 22042 -249 -723 -2638 C \ ATOM 26433 CG2 ILE J 329 -10.444 42.697 1.749 1.00167.47 C \ ANISOU26433 CG2 ILE J 329 20959 24977 22153 -233 -663 -2741 C \ ATOM 26434 CD1 ILE J 329 -8.447 44.537 -0.141 1.00168.98 C \ ANISOU26434 CD1 ILE J 329 21119 25173 22242 -196 -725 -2650 C \ ATOM 26435 N LEU J 330 -7.872 40.966 4.071 1.00168.64 N \ ANISOU26435 N LEU J 330 21240 25480 22392 -245 -702 -2742 N \ ATOM 26436 CA LEU J 330 -7.963 39.680 4.780 1.00168.99 C \ ANISOU26436 CA LEU J 330 20899 24683 22307 -155 -609 -2747 C \ ATOM 26437 C LEU J 330 -7.959 39.824 6.302 1.00170.88 C \ ANISOU26437 C LEU J 330 20773 24505 22239 -183 -560 -2810 C \ ATOM 26438 O LEU J 330 -8.513 38.962 6.992 1.00169.93 O \ ANISOU26438 O LEU J 330 20993 24812 22644 -151 -528 -2881 O \ ATOM 26439 CB LEU J 330 -6.822 38.744 4.373 1.00168.53 C \ ANISOU26439 CB LEU J 330 21349 25242 22382 -118 -800 -2478 C \ ATOM 26440 CG LEU J 330 -6.967 37.997 3.047 1.00167.78 C \ ANISOU26440 CG LEU J 330 21584 25501 22542 -82 -864 -2382 C \ ATOM 26441 CD1 LEU J 330 -5.636 37.374 2.670 1.00167.92 C \ ANISOU26441 CD1 LEU J 330 21853 25886 22618 -123 -942 -2288 C \ ATOM 26442 CD2 LEU J 330 -8.058 36.943 3.123 1.00167.63 C \ ANISOU26442 CD2 LEU J 330 21974 25904 22647 -76 -1009 -2152 C \ ATOM 26443 N LYS J 331 -7.309 40.879 6.820 1.00174.10 N \ ANISOU26443 N LYS J 331 21477 25179 22475 18 -894 -2258 N \ ATOM 26444 CA LYS J 331 -7.371 41.188 8.270 1.00176.88 C \ ANISOU26444 CA LYS J 331 21500 25099 22730 62 -822 -2319 C \ ATOM 26445 C LYS J 331 -8.651 41.945 8.664 1.00179.52 C \ ANISOU26445 C LYS J 331 21534 25190 22881 69 -791 -2381 C \ ATOM 26446 O LYS J 331 -9.217 41.672 9.737 1.00181.78 O \ ANISOU26446 O LYS J 331 21568 25019 22885 92 -795 -2295 O \ ATOM 26447 CB LYS J 331 -6.143 41.999 8.706 1.00175.73 C \ ANISOU26447 CB LYS J 331 22103 26371 22828 -217 -928 -2365 C \ ATOM 26448 CG LYS J 331 -5.868 41.952 10.201 1.00175.91 C \ ANISOU26448 CG LYS J 331 22187 26599 22768 -268 -996 -2269 C \ ATOM 26449 CD LYS J 331 -4.708 42.849 10.596 1.00176.35 C \ ANISOU26449 CD LYS J 331 22374 26839 22901 -247 -1061 -2167 C \ ATOM 26450 CE LYS J 331 -4.499 42.846 12.104 1.00176.28 C \ ANISOU26450 CE LYS J 331 22798 27181 23254 -211 -1129 -2029 C \ ATOM 26451 NZ LYS J 331 -3.276 43.591 12.503 1.00175.55 N \ ANISOU26451 NZ LYS J 331 22104 26796 22672 -386 -962 -2373 N \ ATOM 26452 N THR J 332 -9.087 42.894 7.817 1.00179.23 N \ ANISOU26452 N THR J 332 22104 26901 22567 -437 -1015 -2274 N \ ATOM 26453 CA THR J 332 -10.344 43.634 8.072 1.00179.21 C \ ANISOU26453 CA THR J 332 21991 26810 22379 -424 -1099 -2110 C \ ATOM 26454 C THR J 332 -11.571 42.722 7.965 1.00180.38 C \ ANISOU26454 C THR J 332 22183 27076 22624 -504 -993 -2314 C \ ATOM 26455 O THR J 332 -12.379 42.647 8.897 1.00181.90 O \ ANISOU26455 O THR J 332 22004 26923 22343 -476 -1127 -2045 O \ ATOM 26456 CB THR J 332 -10.501 44.837 7.113 1.00178.68 C \ ANISOU26456 CB THR J 332 22134 27105 22491 -526 -1066 -2164 C \ ATOM 26457 OG1 THR J 332 -9.287 45.593 7.100 1.00177.70 O \ ANISOU26457 OG1 THR J 332 22269 26872 22846 -270 -1036 -2243 O \ ATOM 26458 CG2 THR J 332 -11.647 45.759 7.540 1.00180.16 C \ ANISOU26458 CG2 THR J 332 22029 26709 22564 -259 -1091 -2160 C \ ATOM 26459 N ASN J 333 -11.697 42.029 6.834 1.00181.53 N \ ANISOU26459 N ASN J 333 21929 26379 22474 -154 -1125 -2071 N \ ATOM 26460 CA ASN J 333 -12.781 41.069 6.614 1.00183.26 C \ ANISOU26460 CA ASN J 333 21770 26237 22263 -137 -1186 -1966 C \ ATOM 26461 C ASN J 333 -12.302 39.649 6.939 1.00185.18 C \ ANISOU26461 C ASN J 333 22126 27027 22717 -318 -1048 -2281 C \ ATOM 26462 O ASN J 333 -12.216 38.788 6.060 1.00185.62 O \ ANISOU26462 O ASN J 333 22300 27097 23027 -281 -972 -2411 O \ ATOM 26463 CB ASN J 333 -13.287 41.162 5.170 1.00181.95 C \ ANISOU26463 CB ASN J 333 22085 26341 22712 -91 -1084 -2108 C \ ATOM 26464 CG ASN J 333 -13.865 42.526 4.841 1.00182.47 C \ ANISOU26464 CG ASN J 333 22216 26283 22861 0 -1112 -2021 C \ ATOM 26465 OD1 ASN J 333 -14.981 42.847 5.239 1.00183.20 O \ ANISOU26465 OD1 ASN J 333 22137 26087 22685 32 -1175 -1892 O \ ATOM 26466 ND2 ASN J 333 -13.108 43.333 4.104 1.00182.84 N \ ANISOU26466 ND2 ASN J 333 22057 25922 22589 87 -1213 -1811 N \ ATOM 26467 N HIS J 334 -11.999 39.423 8.218 1.00187.66 N \ ANISOU26467 N HIS J 334 22324 26241 23109 52 -1052 -2076 N \ ATOM 26468 CA HIS J 334 -11.411 38.163 8.687 1.00188.33 C \ ANISOU26468 CA HIS J 334 22423 26429 23353 35 -983 -2207 C \ ATOM 26469 C HIS J 334 -12.439 37.023 8.656 1.00189.80 C \ ANISOU26469 C HIS J 334 22353 26403 23313 56 -994 -2200 C \ ATOM 26470 O HIS J 334 -12.228 35.988 7.987 1.00192.75 O \ ANISOU26470 O HIS J 334 22543 26579 23580 -5 -908 -2338 O \ ATOM 26471 CB HIS J 334 -10.849 38.335 10.107 1.00188.37 C \ ANISOU26471 CB HIS J 334 22058 26018 22555 -5 -1180 -1882 C \ ATOM 26472 CG HIS J 334 -9.677 37.451 10.408 1.00188.37 C \ ANISOU26472 CG HIS J 334 22033 25887 22461 17 -1228 -1781 C \ ATOM 26473 ND1 HIS J 334 -9.702 36.084 10.227 1.00187.34 N \ ANISOU26473 ND1 HIS J 334 22139 26126 22510 -37 -1275 -1720 N \ ATOM 26474 CD2 HIS J 334 -8.447 37.744 10.893 1.00189.19 C \ ANISOU26474 CD2 HIS J 334 21954 25914 22304 -16 -1325 -1632 C \ ATOM 26475 CE1 HIS J 334 -8.533 35.575 10.575 1.00187.58 C \ ANISOU26475 CE1 HIS J 334 22051 25780 22491 26 -1196 -1802 C \ ATOM 26476 NE2 HIS J 334 -7.756 36.560 10.987 1.00188.79 N \ ANISOU26476 NE2 HIS J 334 22168 25782 22709 74 -1144 -1852 N \ ATOM 26477 N SER J 335 -13.553 37.220 9.359 1.00189.47 N \ ANISOU26477 N SER J 335 22043 25665 22422 51 -1240 -1709 N \ ATOM 26478 CA SER J 335 -14.599 36.206 9.474 1.00187.66 C \ ANISOU26478 CA SER J 335 22282 25806 22849 143 -1167 -1781 C \ ATOM 26479 C SER J 335 -15.359 35.951 8.166 1.00186.29 C \ ANISOU26479 C SER J 335 22481 26630 22847 -110 -1257 -1765 C \ ATOM 26480 O SER J 335 -15.874 34.850 7.957 1.00184.95 O \ ANISOU26480 O SER J 335 22567 26849 22903 -164 -1303 -1681 O \ ATOM 26481 CB SER J 335 -15.582 36.592 10.587 1.00189.16 C \ ANISOU26481 CB SER J 335 22561 27014 22906 -193 -1346 -1617 C \ ATOM 26482 OG SER J 335 -16.169 37.861 10.346 1.00190.62 O \ ANISOU26482 OG SER J 335 22346 26894 22703 -226 -1391 -1516 O \ ATOM 26483 N ASN J 336 -15.429 36.965 7.301 1.00187.23 N \ ANISOU26483 N ASN J 336 22805 27226 23132 -240 -1274 -1733 N \ ATOM 26484 CA ASN J 336 -16.131 36.863 6.008 1.00187.82 C \ ANISOU26484 CA ASN J 336 22912 27171 23232 -219 -1241 -1773 C \ ATOM 26485 C ASN J 336 -15.436 35.950 4.996 1.00186.63 C \ ANISOU26485 C ASN J 336 23040 27157 23340 -187 -1291 -1651 C \ ATOM 26486 O ASN J 336 -16.073 35.453 4.068 1.00185.73 O \ ANISOU26486 O ASN J 336 23021 27369 23318 -283 -1310 -1607 O \ ATOM 26487 CB ASN J 336 -16.296 38.252 5.371 1.00188.64 C \ ANISOU26487 CB ASN J 336 22662 27158 23021 -180 -1331 -1667 C \ ATOM 26488 CG ASN J 336 -17.207 39.162 6.169 1.00190.04 C \ ANISOU26488 CG ASN J 336 22554 27204 22924 -202 -1372 -1603 C \ ATOM 26489 OD1 ASN J 336 -18.412 38.935 6.247 1.00189.68 O \ ANISOU26489 OD1 ASN J 336 22131 26655 22516 -146 -1424 -1496 O \ ATOM 26490 ND2 ASN J 336 -16.635 40.207 6.758 1.00191.35 N \ ANISOU26490 ND2 ASN J 336 21996 26636 22415 -175 -1470 -1401 N \ ATOM 26491 N ILE J 337 -14.130 35.755 5.167 1.00185.90 N \ ANISOU26491 N ILE J 337 22805 27529 23190 -202 -1338 -1696 N \ ATOM 26492 CA ILE J 337 -13.317 34.963 4.243 1.00185.24 C \ ANISOU26492 CA ILE J 337 23051 28021 23441 -292 -1296 -1795 C \ ATOM 26493 C ILE J 337 -12.781 33.691 4.918 1.00186.28 C \ ANISOU26493 C ILE J 337 23057 28204 23426 -368 -1311 -1758 C \ ATOM 26494 O ILE J 337 -12.945 32.592 4.382 1.00184.69 O \ ANISOU26494 O ILE J 337 23352 28356 23779 -292 -1246 -1913 O \ ATOM 26495 CB ILE J 337 -12.131 35.797 3.685 1.00185.08 C \ ANISOU26495 CB ILE J 337 21736 26044 22114 -74 -1415 -1512 C \ ATOM 26496 CG1 ILE J 337 -12.598 37.159 3.135 1.00185.97 C \ ANISOU26496 CG1 ILE J 337 21427 25621 21822 -27 -1453 -1438 C \ ATOM 26497 CG2 ILE J 337 -11.370 35.020 2.617 1.00184.58 C \ ANISOU26497 CG2 ILE J 337 21250 25405 21670 -42 -1476 -1373 C \ ATOM 26498 CD1 ILE J 337 -13.655 37.095 2.051 1.00186.70 C \ ANISOU26498 CD1 ILE J 337 21229 25310 21624 -43 -1453 -1403 C \ ATOM 26499 N MET J 338 -12.154 33.835 6.096 1.00189.39 N \ ANISOU26499 N MET J 338 21376 25395 21752 42 -1433 -1478 N \ ATOM 26500 CA MET J 338 -11.414 32.695 6.682 1.00190.34 C \ ANISOU26500 CA MET J 338 21181 25125 21569 80 -1466 -1424 C \ ATOM 26501 C MET J 338 -12.298 31.648 7.385 1.00190.77 C \ ANISOU26501 C MET J 338 21112 24968 21504 89 -1476 -1398 C \ ATOM 26502 O MET J 338 -11.822 30.563 7.706 1.00189.35 O \ ANISOU26502 O MET J 338 21061 25041 21459 98 -1479 -1417 O \ ATOM 26503 CB MET J 338 -10.319 33.193 7.638 1.00192.56 C \ ANISOU26503 CB MET J 338 21158 25362 21647 -54 -1517 -1286 C \ ATOM 26504 CG MET J 338 -9.210 34.002 6.970 1.00192.96 C \ ANISOU26504 CG MET J 338 21335 25512 21889 -71 -1534 -1225 C \ ATOM 26505 SD MET J 338 -8.109 33.005 5.951 1.00193.54 S \ ANISOU26505 SD MET J 338 21689 25674 22244 -24 -1524 -1250 S \ ATOM 26506 CE MET J 338 -6.938 32.459 7.193 1.00194.00 C \ ANISOU26506 CE MET J 338 22038 25976 22619 -36 -1520 -1237 C \ ATOM 26507 N ASP J 339 -13.574 31.955 7.617 1.00191.71 N \ ANISOU26507 N ASP J 339 21172 25469 21844 -98 -1576 -1122 N \ ATOM 26508 CA ASP J 339 -14.515 30.970 8.198 1.00191.30 C \ ANISOU26508 CA ASP J 339 21178 25478 21833 -70 -1582 -1143 C \ ATOM 26509 C ASP J 339 -14.862 29.832 7.230 1.00187.66 C \ ANISOU26509 C ASP J 339 21209 25499 21747 -55 -1547 -1238 C \ ATOM 26510 O ASP J 339 -15.008 28.683 7.649 1.00186.99 O \ ANISOU26510 O ASP J 339 21694 25590 22218 21 -1519 -1287 O \ ATOM 26511 CB ASP J 339 -15.818 31.641 8.660 1.00193.51 C \ ANISOU26511 CB ASP J 339 21637 25397 22156 54 -1510 -1314 C \ ATOM 26512 CG ASP J 339 -15.703 32.285 10.035 1.00196.11 C \ ANISOU26512 CG ASP J 339 21286 24951 21726 68 -1479 -1360 C \ ATOM 26513 OD1 ASP J 339 -14.801 31.917 10.822 1.00196.57 O \ ANISOU26513 OD1 ASP J 339 21418 25001 21861 75 -1473 -1371 O \ ATOM 26514 OD2 ASP J 339 -16.541 33.163 10.332 1.00198.68 O \ ANISOU26514 OD2 ASP J 339 21953 25686 22455 89 -1515 -1334 O \ ATOM 26515 N ASP J 340 -15.004 30.166 5.948 1.00183.96 N \ ANISOU26515 N ASP J 340 22245 26052 22840 79 -1542 -1296 N \ ATOM 26516 CA ASP J 340 -15.278 29.188 4.891 1.00181.27 C \ ANISOU26516 CA ASP J 340 22340 26124 23042 70 -1549 -1288 C \ ATOM 26517 C ASP J 340 -13.988 28.419 4.577 1.00179.83 C \ ANISOU26517 C ASP J 340 22362 26266 22954 74 -1556 -1275 C \ ATOM 26518 O ASP J 340 -12.958 29.039 4.322 1.00179.40 O \ ANISOU26518 O ASP J 340 22411 26258 23229 59 -1569 -1256 O \ ATOM 26519 CB ASP J 340 -15.796 29.924 3.641 1.00180.35 C \ ANISOU26519 CB ASP J 340 22447 26419 23134 63 -1581 -1233 C \ ATOM 26520 CG ASP J 340 -16.308 28.984 2.561 1.00178.64 C \ ANISOU26520 CG ASP J 340 22409 26348 23215 57 -1587 -1221 C \ ATOM 26521 OD1 ASP J 340 -15.505 28.547 1.717 1.00177.88 O \ ANISOU26521 OD1 ASP J 340 20827 24509 21211 68 -1457 -1393 O \ ATOM 26522 OD2 ASP J 340 -17.521 28.708 2.534 1.00177.82 O \ ANISOU26522 OD2 ASP J 340 20612 24208 20948 79 -1423 -1435 O \ ATOM 26523 N PRO J 341 -14.031 27.071 4.607 1.00179.41 N \ ANISOU26523 N PRO J 341 20713 24351 21057 34 -1416 -1432 N \ ATOM 26524 CA PRO J 341 -12.801 26.306 4.383 1.00180.91 C \ ANISOU26524 CA PRO J 341 20851 24407 21177 35 -1402 -1444 C \ ATOM 26525 C PRO J 341 -12.330 26.243 2.914 1.00183.20 C \ ANISOU26525 C PRO J 341 20411 24001 20726 102 -1393 -1483 C \ ATOM 26526 O PRO J 341 -11.122 26.106 2.671 1.00185.90 O \ ANISOU26526 O PRO J 341 20286 23860 20605 144 -1405 -1469 O \ ATOM 26527 CB PRO J 341 -13.155 24.911 4.903 1.00180.25 C \ ANISOU26527 CB PRO J 341 20394 23884 20695 117 -1355 -1517 C \ ATOM 26528 CG PRO J 341 -14.625 24.805 4.725 1.00180.26 C \ ANISOU26528 CG PRO J 341 20313 23929 20653 157 -1382 -1506 C \ ATOM 26529 CD PRO J 341 -15.182 26.191 4.884 1.00180.17 C \ ANISOU26529 CD PRO J 341 20597 24380 20968 -10 -1430 -1409 C \ ATOM 26530 N PHE J 342 -13.255 26.358 1.958 1.00182.93 N \ ANISOU26530 N PHE J 342 20542 24417 20928 -64 -1430 -1389 N \ ATOM 26531 CA PHE J 342 -12.924 26.283 0.525 1.00182.10 C \ ANISOU26531 CA PHE J 342 20516 24349 20965 -71 -1453 -1326 C \ ATOM 26532 C PHE J 342 -12.106 27.478 0.017 1.00178.88 C \ ANISOU26532 C PHE J 342 20895 24739 21346 -99 -1445 -1320 C \ ATOM 26533 O PHE J 342 -11.357 27.347 -0.947 1.00179.71 O \ ANISOU26533 O PHE J 342 20617 24704 21029 -118 -1447 -1356 O \ ATOM 26534 CB PHE J 342 -14.195 26.165 -0.323 1.00184.48 C \ ANISOU26534 CB PHE J 342 20735 24973 21152 -187 -1445 -1338 C \ ATOM 26535 CG PHE J 342 -14.970 24.899 -0.093 1.00187.23 C \ ANISOU26535 CG PHE J 342 20760 25254 21200 -252 -1464 -1299 C \ ATOM 26536 CD1 PHE J 342 -14.654 23.740 -0.793 1.00188.20 C \ ANISOU26536 CD1 PHE J 342 20630 25188 21161 -253 -1514 -1183 C \ ATOM 26537 CD2 PHE J 342 -16.032 24.870 0.805 1.00188.40 C \ ANISOU26537 CD2 PHE J 342 20560 25226 21106 -260 -1531 -1162 C \ ATOM 26538 CE1 PHE J 342 -15.374 22.570 -0.594 1.00189.23 C \ ANISOU26538 CE1 PHE J 342 20562 25298 21038 -270 -1502 -1254 C \ ATOM 26539 CE2 PHE J 342 -16.753 23.703 1.010 1.00189.50 C \ ANISOU26539 CE2 PHE J 342 20584 25294 21238 -260 -1575 -1050 C \ ATOM 26540 CZ PHE J 342 -16.425 22.551 0.310 1.00189.43 C \ ANISOU26540 CZ PHE J 342 20451 24244 20968 -48 -1477 -1287 C \ ATOM 26541 N ILE J 343 -12.266 28.638 0.651 1.00175.15 N \ ANISOU26541 N ILE J 343 20547 24298 21166 -54 -1490 -1244 N \ ATOM 26542 CA ILE J 343 -11.496 29.838 0.303 1.00173.10 C \ ANISOU26542 CA ILE J 343 20384 23991 20956 -31 -1464 -1299 C \ ATOM 26543 C ILE J 343 -10.184 29.858 1.112 1.00174.03 C \ ANISOU26543 C ILE J 343 20442 24030 21077 -49 -1463 -1278 C \ ATOM 26544 O ILE J 343 -9.119 30.222 0.585 1.00174.85 O \ ANISOU26544 O ILE J 343 20830 24584 21560 -41 -1512 -1211 O \ ATOM 26545 CB ILE J 343 -12.329 31.125 0.537 1.00171.44 C \ ANISOU26545 CB ILE J 343 21170 24929 22077 -60 -1524 -1154 C \ ATOM 26546 CG1 ILE J 343 -13.681 31.034 -0.186 1.00170.42 C \ ANISOU26546 CG1 ILE J 343 21510 25259 22552 -48 -1534 -1147 C \ ATOM 26547 CG2 ILE J 343 -11.582 32.361 0.048 1.00171.00 C \ ANISOU26547 CG2 ILE J 343 21647 25501 22797 -65 -1560 -1072 C \ ATOM 26548 CD1 ILE J 343 -14.769 31.884 0.433 1.00170.80 C \ ANISOU26548 CD1 ILE J 343 21911 25562 22959 -27 -1514 -1219 C \ ATOM 26549 N ARG J 344 -10.269 29.435 2.377 1.00173.56 N \ ANISOU26549 N ARG J 344 20158 23677 20632 4 -1444 -1358 N \ ATOM 26550 CA ARG J 344 -9.114 29.336 3.280 1.00173.41 C \ ANISOU26550 CA ARG J 344 20104 23508 20531 22 -1422 -1399 C \ ATOM 26551 C ARG J 344 -8.060 28.337 2.798 1.00173.26 C \ ANISOU26551 C ARG J 344 20129 23489 20470 26 -1392 -1433 C \ ATOM 26552 O ARG J 344 -6.870 28.525 3.060 1.00176.29 O \ ANISOU26552 O ARG J 344 20320 23593 20624 38 -1374 -1456 O \ ATOM 26553 CB ARG J 344 -9.581 28.948 4.691 1.00174.63 C \ ANISOU26553 CB ARG J 344 20068 23428 20473 55 -1422 -1423 C \ ATOM 26554 CG ARG J 344 -8.510 29.050 5.771 1.00175.97 C \ ANISOU26554 CG ARG J 344 19990 23390 20495 48 -1441 -1411 C \ ATOM 26555 CD ARG J 344 -9.026 28.683 7.159 1.00176.90 C \ ANISOU26555 CD ARG J 344 19964 23340 20551 33 -1435 -1432 C \ ATOM 26556 NE ARG J 344 -9.521 27.304 7.227 1.00176.28 N \ ANISOU26556 NE ARG J 344 19859 23322 20412 50 -1461 -1389 N \ ATOM 26557 CZ ARG J 344 -10.710 26.928 7.701 1.00176.05 C \ ANISOU26557 CZ ARG J 344 19887 23309 20584 27 -1447 -1429 C \ ATOM 26558 NH1 ARG J 344 -11.576 27.812 8.191 1.00176.07 N \ ANISOU26558 NH1 ARG J 344 19717 23190 20390 38 -1465 -1397 N \ ATOM 26559 NH2 ARG J 344 -11.032 25.639 7.699 1.00176.65 N \ ANISOU26559 NH2 ARG J 344 19929 23360 20251 9 -1384 -1443 N \ ATOM 26560 N GLU J 345 -8.490 27.279 2.107 1.00172.82 N \ ANISOU26560 N GLU J 345 19795 23195 20069 5 -1347 -1492 N \ ATOM 26561 CA GLU J 345 -7.556 26.271 1.576 1.00173.74 C \ ANISOU26561 CA GLU J 345 19600 22979 19871 -24 -1336 -1494 C \ ATOM 26562 C GLU J 345 -6.673 26.803 0.433 1.00171.95 C \ ANISOU26562 C GLU J 345 19735 23036 19973 -15 -1304 -1533 C \ ATOM 26563 O GLU J 345 -5.513 26.392 0.306 1.00172.52 O \ ANISOU26563 O GLU J 345 19772 23284 20046 -17 -1331 -1527 O \ ATOM 26564 CB GLU J 345 -8.319 25.019 1.117 1.00176.27 C \ ANISOU26564 CB GLU J 345 19618 23069 19880 -5 -1281 -1599 C \ ATOM 26565 CG GLU J 345 -7.454 23.771 0.975 1.00179.44 C \ ANISOU26565 CG GLU J 345 19857 23526 20152 -80 -1345 -1503 C \ ATOM 26566 CD GLU J 345 -8.211 22.590 0.396 1.00182.45 C \ ANISOU26566 CD GLU J 345 19585 22944 19859 51 -1271 -1603 C \ ATOM 26567 OE1 GLU J 345 -8.799 21.814 1.180 1.00184.09 O \ ANISOU26567 OE1 GLU J 345 19299 22746 19622 -56 -1362 -1444 O \ ATOM 26568 OE2 GLU J 345 -8.206 22.434 -0.847 1.00185.37 O \ ANISOU26568 OE2 GLU J 345 19383 22819 19718 -83 -1355 -1436 O \ ATOM 26569 N HIS J 346 -7.214 27.712 -0.380 1.00169.68 N \ ANISOU26569 N HIS J 346 19591 22891 19921 -55 -1348 -1448 N \ ATOM 26570 CA HIS J 346 -6.504 28.255 -1.547 1.00168.82 C \ ANISOU26570 CA HIS J 346 19598 22837 19894 -61 -1326 -1473 C \ ATOM 26571 C HIS J 346 -5.996 29.698 -1.369 1.00168.68 C \ ANISOU26571 C HIS J 346 19338 22906 19765 -127 -1387 -1359 C \ ATOM 26572 O HIS J 346 -5.347 30.246 -2.276 1.00169.86 O \ ANISOU26572 O HIS J 346 19319 22910 19772 -162 -1383 -1338 O \ ATOM 26573 CB HIS J 346 -7.404 28.171 -2.780 1.00168.36 C \ ANISOU26573 CB HIS J 346 19302 22941 19672 -194 -1352 -1393 C \ ATOM 26574 CG HIS J 346 -7.862 26.781 -3.100 1.00168.11 C \ ANISOU26574 CG HIS J 346 19133 22926 19488 -233 -1351 -1398 C \ ATOM 26575 ND1 HIS J 346 -7.150 25.929 -3.919 1.00168.06 N \ ANISOU26575 ND1 HIS J 346 19373 22906 19699 -185 -1325 -1438 N \ ATOM 26576 CD2 HIS J 346 -8.959 26.092 -2.705 1.00167.38 C \ ANISOU26576 CD2 HIS J 346 19916 23185 20284 -32 -1364 -1436 C \ ATOM 26577 CE1 HIS J 346 -7.792 24.777 -4.013 1.00167.86 C \ ANISOU26577 CE1 HIS J 346 20066 23246 20430 -15 -1355 -1461 C \ ATOM 26578 NE2 HIS J 346 -8.894 24.851 -3.288 1.00166.60 N \ ANISOU26578 NE2 HIS J 346 19893 22997 20159 10 -1331 -1493 N \ ATOM 26579 N ILE J 347 -6.270 30.302 -0.209 1.00167.23 N \ ANISOU26579 N ILE J 347 19895 22940 20134 8 -1315 -1509 N \ ATOM 26580 CA ILE J 347 -5.799 31.668 0.087 1.00165.97 C \ ANISOU26580 CA ILE J 347 20246 23443 20672 -3 -1372 -1459 C \ ATOM 26581 C ILE J 347 -4.258 31.788 0.175 1.00164.36 C \ ANISOU26581 C ILE J 347 20585 23742 21047 -8 -1361 -1496 C \ ATOM 26582 O ILE J 347 -3.695 32.837 -0.176 1.00165.14 O \ ANISOU26582 O ILE J 347 20944 24133 21451 -2 -1367 -1520 O \ ATOM 26583 CB ILE J 347 -6.495 32.249 1.357 1.00166.08 C \ ANISOU26583 CB ILE J 347 21410 24650 22003 -4 -1385 -1495 C \ ATOM 26584 CG1 ILE J 347 -6.501 33.783 1.331 1.00164.67 C \ ANISOU26584 CG1 ILE J 347 21079 24261 21539 -1 -1354 -1562 C \ ATOM 26585 CG2 ILE J 347 -5.879 31.703 2.645 1.00167.22 C \ ANISOU26585 CG2 ILE J 347 19757 22873 19990 32 -1328 -1496 C \ ATOM 26586 CD1 ILE J 347 -7.551 34.376 0.416 1.00164.20 C \ ANISOU26586 CD1 ILE J 347 19823 22879 20010 60 -1304 -1507 C \ ATOM 26587 N GLU J 348 -3.581 30.721 0.603 1.00162.31 N \ ANISOU26587 N GLU J 348 19917 22930 20090 46 -1273 -1532 N \ ATOM 26588 CA GLU J 348 -2.117 30.708 0.665 1.00162.97 C \ ANISOU26588 CA GLU J 348 20044 22988 20199 57 -1253 -1532 C \ ATOM 26589 C GLU J 348 -1.494 30.626 -0.734 1.00164.24 C \ ANISOU26589 C GLU J 348 19747 22834 19941 84 -1305 -1505 C \ ATOM 26590 O GLU J 348 -0.490 31.299 -1.021 1.00164.05 O \ ANISOU26590 O GLU J 348 19810 22865 19995 122 -1301 -1482 O \ ATOM 26591 CB GLU J 348 -1.631 29.549 1.548 1.00163.21 C \ ANISOU26591 CB GLU J 348 19710 22792 19879 122 -1326 -1461 C \ ATOM 26592 CG GLU J 348 -0.129 29.531 1.843 1.00163.18 C \ ANISOU26592 CG GLU J 348 19953 23043 20168 144 -1298 -1485 C \ ATOM 26593 CD GLU J 348 0.364 30.772 2.572 1.00162.96 C \ ANISOU26593 CD GLU J 348 19943 23017 20131 16 -1267 -1552 C \ ATOM 26594 OE1 GLU J 348 -0.093 31.029 3.709 1.00161.99 O \ ANISOU26594 OE1 GLU J 348 19991 23056 20174 -8 -1234 -1590 O \ ATOM 26595 OE2 GLU J 348 1.215 31.492 2.003 1.00163.12 O \ ANISOU26595 OE2 GLU J 348 19991 22998 20157 -21 -1232 -1581 O \ ATOM 26596 N GLU J 349 -2.101 29.808 -1.597 1.00166.83 N \ ANISOU26596 N GLU J 349 19797 22735 19951 -18 -1202 -1604 N \ ATOM 26597 CA GLU J 349 -1.687 29.674 -3.002 1.00167.77 C \ ANISOU26597 CA GLU J 349 20068 23265 20267 -55 -1236 -1607 C \ ATOM 26598 C GLU J 349 -1.840 31.003 -3.737 1.00165.94 C \ ANISOU26598 C GLU J 349 20255 23493 20457 -89 -1191 -1676 C \ ATOM 26599 O GLU J 349 -0.958 31.415 -4.504 1.00165.73 O \ ANISOU26599 O GLU J 349 20167 23396 20403 -69 -1157 -1732 O \ ATOM 26600 CB GLU J 349 -2.524 28.592 -3.702 1.00169.40 C \ ANISOU26600 CB GLU J 349 20294 23705 20499 -154 -1203 -1673 C \ ATOM 26601 CG GLU J 349 -1.924 28.074 -5.002 1.00172.06 C \ ANISOU26601 CG GLU J 349 20176 23212 20362 -34 -1262 -1549 C \ ATOM 26602 CD GLU J 349 -2.905 27.253 -5.817 1.00175.10 C \ ANISOU26602 CD GLU J 349 20490 23478 20677 -47 -1260 -1545 C \ ATOM 26603 OE1 GLU J 349 -3.612 26.401 -5.229 1.00179.14 O \ ANISOU26603 OE1 GLU J 349 20423 23327 20575 -21 -1250 -1551 O \ ATOM 26604 OE2 GLU J 349 -2.970 27.461 -7.049 1.00176.02 O \ ANISOU26604 OE2 GLU J 349 20485 23338 20616 -30 -1233 -1561 O \ ATOM 26605 N LEU J 350 -2.962 31.669 -3.474 1.00164.81 N \ ANISOU26605 N LEU J 350 20888 23932 21152 -66 -1288 -1512 N \ ATOM 26606 CA LEU J 350 -3.275 32.978 -4.058 1.00165.06 C \ ANISOU26606 CA LEU J 350 21377 24527 21687 -105 -1300 -1480 C \ ATOM 26607 C LEU J 350 -2.296 34.061 -3.580 1.00165.65 C \ ANISOU26607 C LEU J 350 21758 24968 22192 -121 -1329 -1424 C \ ATOM 26608 O LEU J 350 -1.786 34.864 -4.381 1.00166.42 O \ ANISOU26608 O LEU J 350 22145 25496 22633 -163 -1347 -1366 O \ ATOM 26609 CB LEU J 350 -4.710 33.368 -3.684 1.00164.55 C \ ANISOU26609 CB LEU J 350 22383 25825 23010 -183 -1377 -1287 C \ ATOM 26610 CG LEU J 350 -5.578 34.048 -4.732 1.00164.94 C \ ANISOU26610 CG LEU J 350 22561 25950 23305 -163 -1386 -1274 C \ ATOM 26611 CD1 LEU J 350 -5.797 33.130 -5.921 1.00164.18 C \ ANISOU26611 CD1 LEU J 350 22327 25930 22995 -229 -1396 -1218 C \ ATOM 26612 CD2 LEU J 350 -6.911 34.437 -4.108 1.00166.25 C \ ANISOU26612 CD2 LEU J 350 20263 23173 20408 5 -1261 -1538 C \ ATOM 26613 N LEU J 351 -2.039 34.060 -2.269 1.00166.05 N \ ANISOU26613 N LEU J 351 20183 23059 20294 22 -1255 -1528 N \ ATOM 26614 CA LEU J 351 -1.072 34.974 -1.649 1.00166.39 C \ ANISOU26614 CA LEU J 351 20028 22845 20122 37 -1227 -1518 C \ ATOM 26615 C LEU J 351 0.319 34.840 -2.278 1.00166.20 C \ ANISOU26615 C LEU J 351 20232 23022 20303 35 -1219 -1501 C \ ATOM 26616 O LEU J 351 0.973 35.845 -2.599 1.00164.45 O \ ANISOU26616 O LEU J 351 20260 23185 20373 43 -1275 -1510 O \ ATOM 26617 CB LEU J 351 -0.988 34.694 -0.146 1.00167.39 C \ ANISOU26617 CB LEU J 351 20512 23491 20662 25 -1294 -1529 C \ ATOM 26618 CG LEU J 351 -0.524 35.823 0.770 1.00168.99 C \ ANISOU26618 CG LEU J 351 20811 23792 20982 0 -1289 -1554 C \ ATOM 26619 CD1 LEU J 351 -1.646 36.824 0.973 1.00168.35 C \ ANISOU26619 CD1 LEU J 351 20527 23555 20705 36 -1313 -1522 C \ ATOM 26620 CD2 LEU J 351 -0.051 35.262 2.110 1.00169.76 C \ ANISOU26620 CD2 LEU J 351 19791 22596 19911 46 -1209 -1532 C \ ATOM 26621 N ARG J 352 0.759 33.594 -2.458 1.00167.79 N \ ANISOU26621 N ARG J 352 19686 22429 19836 57 -1173 -1535 N \ ATOM 26622 CA ARG J 352 2.049 33.314 -3.100 1.00170.14 C \ ANISOU26622 CA ARG J 352 19547 22255 19685 26 -1151 -1567 C \ ATOM 26623 C ARG J 352 2.070 33.740 -4.571 1.00169.30 C \ ANISOU26623 C ARG J 352 19540 22191 19682 29 -1133 -1551 C \ ATOM 26624 O ARG J 352 3.121 34.178 -5.077 1.00169.60 O \ ANISOU26624 O ARG J 352 19736 22491 19949 69 -1148 -1567 O \ ATOM 26625 CB ARG J 352 2.424 31.831 -2.963 1.00173.63 C \ ANISOU26625 CB ARG J 352 19979 22776 20205 98 -1172 -1537 C \ ATOM 26626 CG ARG J 352 2.874 31.465 -1.557 1.00177.90 C \ ANISOU26626 CG ARG J 352 19753 22437 20048 84 -1103 -1572 C \ ATOM 26627 CD ARG J 352 3.173 29.982 -1.403 1.00181.39 C \ ANISOU26627 CD ARG J 352 20099 22955 20357 90 -1163 -1586 C \ ATOM 26628 NE ARG J 352 3.456 29.640 -0.006 1.00184.96 N \ ANISOU26628 NE ARG J 352 19407 22164 19535 -5 -1156 -1603 N \ ATOM 26629 CZ ARG J 352 3.604 28.400 0.466 1.00187.44 C \ ANISOU26629 CZ ARG J 352 19369 22118 19486 -40 -1140 -1631 C \ ATOM 26630 NH1 ARG J 352 3.488 27.344 -0.336 1.00189.02 N \ ANISOU26630 NH1 ARG J 352 19262 21961 19349 -44 -1146 -1609 N \ ATOM 26631 NH2 ARG J 352 3.857 28.214 1.758 1.00187.53 N \ ANISOU26631 NH2 ARG J 352 19580 22236 19661 -60 -1121 -1626 N \ ATOM 26632 N ASN J 353 0.920 33.613 -5.246 1.00168.04 N \ ANISOU26632 N ASN J 353 19323 22172 19443 -77 -1159 -1640 N \ ATOM 26633 CA ASN J 353 0.769 34.086 -6.634 1.00167.22 C \ ANISOU26633 CA ASN J 353 19249 22184 19391 -97 -1143 -1679 C \ ATOM 26634 C ASN J 353 0.962 35.596 -6.778 1.00165.80 C \ ANISOU26634 C ASN J 353 19054 22127 19205 -139 -1172 -1658 C \ ATOM 26635 O ASN J 353 1.515 36.051 -7.783 1.00167.28 O \ ANISOU26635 O ASN J 353 18827 22018 18991 -164 -1161 -1694 O \ ATOM 26636 CB ASN J 353 -0.594 33.672 -7.222 1.00167.97 C \ ANISOU26636 CB ASN J 353 18932 22192 19103 -205 -1120 -1766 C \ ATOM 26637 CG ASN J 353 -0.663 32.192 -7.572 1.00170.20 C \ ANISOU26637 CG ASN J 353 19090 22304 19256 -224 -1088 -1806 C \ ATOM 26638 OD1 ASN J 353 0.294 31.620 -8.102 1.00172.62 O \ ANISOU26638 OD1 ASN J 353 18923 22313 19113 -233 -1108 -1810 O \ ATOM 26639 ND2 ASN J 353 -1.805 31.565 -7.290 1.00170.51 N \ ANISOU26639 ND2 ASN J 353 18763 21480 18837 -34 -1175 -1581 N \ ATOM 26640 N ILE J 354 0.530 36.363 -5.774 1.00163.97 N \ ANISOU26640 N ILE J 354 18578 21275 18631 -45 -1177 -1576 N \ ATOM 26641 CA ILE J 354 0.747 37.822 -5.759 1.00163.05 C \ ANISOU26641 CA ILE J 354 18366 21015 18397 -33 -1157 -1551 C \ ATOM 26642 C ILE J 354 2.220 38.117 -5.441 1.00161.83 C \ ANISOU26642 C ILE J 354 18302 20916 18317 -51 -1142 -1556 C \ ATOM 26643 O ILE J 354 2.884 38.890 -6.151 1.00161.63 O \ ANISOU26643 O ILE J 354 18687 21439 18752 -46 -1204 -1572 O \ ATOM 26644 CB ILE J 354 -0.160 38.547 -4.729 1.00163.64 C \ ANISOU26644 CB ILE J 354 18503 21298 18621 -56 -1221 -1579 C \ ATOM 26645 CG1 ILE J 354 -1.637 38.159 -4.904 1.00165.71 C \ ANISOU26645 CG1 ILE J 354 18871 21629 18928 -69 -1199 -1590 C \ ATOM 26646 CG2 ILE J 354 -0.033 40.064 -4.860 1.00163.81 C \ ANISOU26646 CG2 ILE J 354 18074 20726 18117 -4 -1159 -1513 C \ ATOM 26647 CD1 ILE J 354 -2.410 38.102 -3.602 1.00166.90 C \ ANISOU26647 CD1 ILE J 354 18023 20650 18079 7 -1144 -1460 C \ ATOM 26648 N ARG J 355 2.724 37.474 -4.386 1.00160.83 N \ ANISOU26648 N ARG J 355 17776 20324 17885 9 -1105 -1472 N \ ATOM 26649 CA ARG J 355 4.126 37.629 -3.947 1.00160.48 C \ ANISOU26649 CA ARG J 355 17886 20402 18005 3 -1090 -1439 C \ ATOM 26650 C ARG J 355 5.163 37.396 -5.051 1.00159.42 C \ ANISOU26650 C ARG J 355 18359 21027 18445 38 -1158 -1402 C \ ATOM 26651 O ARG J 355 6.218 38.068 -5.084 1.00161.80 O \ ANISOU26651 O ARG J 355 18770 21467 18874 43 -1158 -1314 O \ ATOM 26652 CB ARG J 355 4.428 36.672 -2.788 1.00160.39 C \ ANISOU26652 CB ARG J 355 19175 21952 19202 6 -1175 -1308 C \ ATOM 26653 CG ARG J 355 3.794 37.078 -1.472 1.00160.09 C \ ANISOU26653 CG ARG J 355 19394 22257 19376 -10 -1197 -1335 C \ ATOM 26654 CD ARG J 355 3.996 36.012 -0.403 1.00158.93 C \ ANISOU26654 CD ARG J 355 19298 22058 19322 -12 -1160 -1282 C \ ATOM 26655 NE ARG J 355 3.190 36.290 0.783 1.00157.49 N \ ANISOU26655 NE ARG J 355 17328 19858 17477 11 -1086 -1524 N \ ATOM 26656 CZ ARG J 355 3.477 37.214 1.699 1.00158.51 C \ ANISOU26656 CZ ARG J 355 16948 19421 17165 2 -1039 -1565 C \ ATOM 26657 NH1 ARG J 355 4.578 37.964 1.610 1.00159.63 N \ ANISOU26657 NH1 ARG J 355 16642 19097 16809 -33 -1031 -1598 N \ ATOM 26658 NH2 ARG J 355 2.655 37.394 2.723 1.00158.84 N \ ANISOU26658 NH2 ARG J 355 16605 19003 16813 -39 -998 -1600 N \ ATOM 26659 N THR J 356 4.872 36.436 -5.931 1.00155.50 N \ ANISOU26659 N THR J 356 16890 19390 17160 -2 -1016 -1635 N \ ATOM 26660 CA THR J 356 5.757 36.121 -7.052 1.00153.93 C \ ANISOU26660 CA THR J 356 16895 19353 17252 -21 -958 -1701 C \ ATOM 26661 C THR J 356 5.906 37.312 -8.019 1.00152.07 C \ ANISOU26661 C THR J 356 17014 19527 17344 35 -1022 -1603 C \ ATOM 26662 O THR J 356 7.032 37.707 -8.384 1.00151.43 O \ ANISOU26662 O THR J 356 16406 18912 16505 -56 -1060 -1616 O \ ATOM 26663 CB THR J 356 5.243 34.874 -7.797 1.00154.96 C \ ANISOU26663 CB THR J 356 16492 18990 16553 -89 -1057 -1636 C \ ATOM 26664 OG1 THR J 356 5.105 33.797 -6.867 1.00153.77 O \ ANISOU26664 OG1 THR J 356 16789 19249 16825 -87 -1058 -1596 O \ ATOM 26665 CG2 THR J 356 6.202 34.455 -8.917 1.00156.41 C \ ANISOU26665 CG2 THR J 356 16938 19358 16972 -105 -1035 -1608 C \ ATOM 26666 N GLN J 357 4.774 37.901 -8.397 1.00149.80 N \ ANISOU26666 N GLN J 357 16288 18855 16326 -108 -1090 -1645 N \ ATOM 26667 CA GLN J 357 4.770 39.030 -9.322 1.00149.37 C \ ANISOU26667 CA GLN J 357 16190 18764 16214 -140 -1093 -1656 C \ ATOM 26668 C GLN J 357 5.365 40.301 -8.713 1.00147.35 C \ ANISOU26668 C GLN J 357 16200 18766 16227 -169 -1063 -1692 C \ ATOM 26669 O GLN J 357 6.082 41.045 -9.406 1.00148.16 O \ ANISOU26669 O GLN J 357 16182 18832 16238 -153 -1125 -1646 O \ ATOM 26670 CB GLN J 357 3.351 39.298 -9.820 1.00152.21 C \ ANISOU26670 CB GLN J 357 16855 19348 16872 -70 -1083 -1550 C \ ATOM 26671 CG GLN J 357 3.278 40.121 -11.096 1.00155.58 C \ ANISOU26671 CG GLN J 357 16793 19299 16784 -79 -1085 -1507 C \ ATOM 26672 CD GLN J 357 3.986 39.447 -12.273 1.00158.78 C \ ANISOU26672 CD GLN J 357 16940 19392 16983 -66 -1058 -1456 C \ ATOM 26673 OE1 GLN J 357 3.612 38.345 -12.696 1.00160.62 O \ ANISOU26673 OE1 GLN J 357 16958 19397 16988 -85 -1047 -1436 O \ ATOM 26674 NE2 GLN J 357 5.011 40.113 -12.813 1.00159.70 N \ ANISOU26674 NE2 GLN J 357 16929 19524 16892 -75 -1116 -1474 N \ ATOM 26675 N VAL J 358 5.095 40.540 -7.424 1.00143.87 N \ ANISOU26675 N VAL J 358 16860 19503 16804 -95 -1134 -1533 N \ ATOM 26676 CA VAL J 358 5.667 41.700 -6.716 1.00140.90 C \ ANISOU26676 CA VAL J 358 17131 19781 17070 -91 -1117 -1417 C \ ATOM 26677 C VAL J 358 7.189 41.559 -6.603 1.00138.30 C \ ANISOU26677 C VAL J 358 16849 19575 16792 -90 -1158 -1529 C \ ATOM 26678 O VAL J 358 7.921 42.546 -6.791 1.00137.97 O \ ANISOU26678 O VAL J 358 17149 19571 17272 -36 -1043 -1435 O \ ATOM 26679 CB VAL J 358 5.021 41.925 -5.327 1.00140.65 C \ ANISOU26679 CB VAL J 358 17468 19827 17699 -23 -1007 -1392 C \ ATOM 26680 CG1 VAL J 358 5.615 43.149 -4.631 1.00140.81 C \ ANISOU26680 CG1 VAL J 358 17529 19816 17792 -45 -966 -1464 C \ ATOM 26681 CG2 VAL J 358 3.513 42.103 -5.465 1.00141.82 C \ ANISOU26681 CG2 VAL J 358 17637 19872 17977 -46 -936 -1431 C \ ATOM 26682 N LEU J 359 7.662 40.336 -6.344 1.00136.39 N \ ANISOU26682 N LEU J 359 17618 19963 17967 13 -994 -1367 N \ ATOM 26683 CA LEU J 359 9.108 40.041 -6.352 1.00136.95 C \ ANISOU26683 CA LEU J 359 17893 20198 18394 33 -967 -1277 C \ ATOM 26684 C LEU J 359 9.755 40.292 -7.734 1.00139.13 C \ ANISOU26684 C LEU J 359 18136 20387 18811 62 -925 -1303 C \ ATOM 26685 O LEU J 359 10.865 40.872 -7.825 1.00140.20 O \ ANISOU26685 O LEU J 359 18319 20522 19199 82 -891 -1209 O \ ATOM 26686 CB LEU J 359 9.352 38.594 -5.910 1.00135.46 C \ ANISOU26686 CB LEU J 359 18459 20595 19552 103 -833 -1267 C \ ATOM 26687 CG LEU J 359 10.774 38.023 -5.923 1.00134.67 C \ ANISOU26687 CG LEU J 359 17369 19667 17581 -66 -964 -1554 C \ ATOM 26688 CD1 LEU J 359 11.744 38.836 -5.085 1.00134.74 C \ ANISOU26688 CD1 LEU J 359 17334 19600 17563 -97 -927 -1630 C \ ATOM 26689 CD2 LEU J 359 10.713 36.600 -5.414 1.00134.90 C \ ANISOU26689 CD2 LEU J 359 17421 19682 17574 -127 -935 -1631 C \ ATOM 26690 N ILE J 360 9.055 39.874 -8.796 1.00139.69 N \ ANISOU26690 N ILE J 360 17602 19820 17786 -148 -899 -1665 N \ ATOM 26691 CA ILE J 360 9.517 40.092 -10.172 1.00139.17 C \ ANISOU26691 CA ILE J 360 17169 19494 17379 -118 -926 -1711 C \ ATOM 26692 C ILE J 360 9.608 41.591 -10.497 1.00140.32 C \ ANISOU26692 C ILE J 360 17167 19504 17413 -159 -881 -1803 C \ ATOM 26693 O ILE J 360 10.569 42.026 -11.150 1.00140.39 O \ ANISOU26693 O ILE J 360 17210 19505 17601 -151 -822 -1850 O \ ATOM 26694 CB ILE J 360 8.630 39.334 -11.188 1.00140.40 C \ ANISOU26694 CB ILE J 360 17087 19537 17277 -193 -900 -1851 C \ ATOM 26695 CG1 ILE J 360 8.867 37.822 -11.070 1.00139.93 C \ ANISOU26695 CG1 ILE J 360 17368 19677 17434 -132 -975 -1606 C \ ATOM 26696 CG2 ILE J 360 8.917 39.785 -12.618 1.00142.08 C \ ANISOU26696 CG2 ILE J 360 17370 19682 17378 -161 -980 -1617 C \ ATOM 26697 CD1 ILE J 360 7.724 36.970 -11.580 1.00140.06 C \ ANISOU26697 CD1 ILE J 360 17415 19706 17420 -164 -973 -1560 C \ ATOM 26698 N LYS J 361 8.632 42.377 -10.025 1.00142.10 N \ ANISOU26698 N LYS J 361 17489 19767 17464 -191 -964 -1577 N \ ATOM 26699 CA LYS J 361 8.709 43.848 -10.152 1.00144.74 C \ ANISOU26699 CA LYS J 361 17351 19728 17307 -172 -1017 -1629 C \ ATOM 26700 C LYS J 361 9.839 44.473 -9.308 1.00145.12 C \ ANISOU26700 C LYS J 361 17493 19920 17436 -152 -1044 -1588 C \ ATOM 26701 O LYS J 361 10.366 45.537 -9.661 1.00146.04 O \ ANISOU26701 O LYS J 361 17307 19720 17278 -183 -1024 -1672 O \ ATOM 26702 CB LYS J 361 7.385 44.513 -9.774 1.00146.20 C \ ANISOU26702 CB LYS J 361 17555 20045 17467 -173 -1065 -1603 C \ ATOM 26703 CG LYS J 361 7.223 45.904 -10.382 1.00148.67 C \ ANISOU26703 CG LYS J 361 17283 19586 17327 -140 -978 -1484 C \ ATOM 26704 CD LYS J 361 6.343 46.813 -9.539 1.00150.90 C \ ANISOU26704 CD LYS J 361 17192 19518 17239 -149 -979 -1402 C \ ATOM 26705 CE LYS J 361 6.294 48.224 -10.109 1.00152.76 C \ ANISOU26705 CE LYS J 361 16907 19167 16993 -167 -945 -1398 C \ ATOM 26706 NZ LYS J 361 5.653 49.192 -9.173 1.00154.25 N \ ANISOU26706 NZ LYS J 361 16812 19112 16847 -194 -951 -1374 N \ ATOM 26707 N LEU J 362 10.192 43.811 -8.203 1.00143.75 N \ ANISOU26707 N LEU J 362 17327 19691 17444 -121 -989 -1300 N \ ATOM 26708 CA LEU J 362 11.252 44.277 -7.296 1.00143.44 C \ ANISOU26708 CA LEU J 362 17525 19996 17612 -142 -1011 -1202 C \ ATOM 26709 C LEU J 362 12.675 43.927 -7.754 1.00143.91 C \ ANISOU26709 C LEU J 362 17714 20255 17878 -120 -1027 -1078 C \ ATOM 26710 O LEU J 362 13.617 44.689 -7.474 1.00145.31 O \ ANISOU26710 O LEU J 362 17836 20527 17967 -156 -1049 -971 O \ ATOM 26711 CB LEU J 362 11.029 43.700 -5.894 1.00142.24 C \ ANISOU26711 CB LEU J 362 17929 20740 18122 -144 -1075 -836 C \ ATOM 26712 CG LEU J 362 11.819 44.311 -4.729 1.00142.35 C \ ANISOU26712 CG LEU J 362 16711 18884 16897 -157 -904 -1430 C \ ATOM 26713 CD1 LEU J 362 11.245 45.660 -4.325 1.00142.96 C \ ANISOU26713 CD1 LEU J 362 16627 18739 16869 -175 -868 -1428 C \ ATOM 26714 CD2 LEU J 362 11.826 43.351 -3.555 1.00141.87 C \ ANISOU26714 CD2 LEU J 362 16514 18607 16682 -211 -855 -1523 C \ ATOM 26715 N ILE J 363 12.842 42.774 -8.407 1.00143.39 N \ ANISOU26715 N ILE J 363 16383 18434 16577 -231 -828 -1526 N \ ATOM 26716 CA ILE J 363 14.187 42.344 -8.843 1.00143.26 C \ ANISOU26716 CA ILE J 363 16714 18751 17129 -153 -821 -1436 C \ ATOM 26717 C ILE J 363 14.706 43.023 -10.123 1.00143.55 C \ ANISOU26717 C ILE J 363 16790 18846 17193 -139 -827 -1506 C \ ATOM 26718 O ILE J 363 15.922 43.050 -10.348 1.00144.02 O \ ANISOU26718 O ILE J 363 16800 18938 17069 -134 -884 -1476 O \ ATOM 26719 CB ILE J 363 14.291 40.810 -9.007 1.00143.14 C \ ANISOU26719 CB ILE J 363 16527 18658 16616 -219 -876 -1591 C \ ATOM 26720 CG1 ILE J 363 13.195 40.277 -9.945 1.00144.36 C \ ANISOU26720 CG1 ILE J 363 16745 18882 16782 -253 -869 -1666 C \ ATOM 26721 CG2 ILE J 363 14.243 40.147 -7.636 1.00142.93 C \ ANISOU26721 CG2 ILE J 363 16655 18840 16603 -271 -900 -1657 C \ ATOM 26722 CD1 ILE J 363 13.608 39.096 -10.798 1.00144.93 C \ ANISOU26722 CD1 ILE J 363 16507 18744 16423 -261 -930 -1622 C \ ATOM 26723 N LYS J 364 13.804 43.586 -10.934 1.00142.64 N \ ANISOU26723 N LYS J 364 16755 18932 16791 -259 -871 -1734 N \ ATOM 26724 CA LYS J 364 14.162 44.185 -12.242 1.00141.99 C \ ANISOU26724 CA LYS J 364 16774 18924 16906 -256 -828 -1778 C \ ATOM 26725 C LYS J 364 15.344 45.197 -12.275 1.00139.67 C \ ANISOU26725 C LYS J 364 16739 18878 16917 -291 -782 -1853 C \ ATOM 26726 O LYS J 364 16.199 45.101 -13.152 1.00138.89 O \ ANISOU26726 O LYS J 364 16823 18969 17016 -222 -829 -1755 O \ ATOM 26727 CB LYS J 364 12.917 44.789 -12.925 1.00143.34 C \ ANISOU26727 CB LYS J 364 16811 18940 17102 -296 -732 -1918 C \ ATOM 26728 CG LYS J 364 13.062 44.886 -14.440 1.00145.11 C \ ANISOU26728 CG LYS J 364 16875 19002 17185 -221 -782 -1810 C \ ATOM 26729 CD LYS J 364 11.832 45.443 -15.133 1.00146.99 C \ ANISOU26729 CD LYS J 364 16876 18996 17241 -260 -731 -1899 C \ ATOM 26730 CE LYS J 364 12.085 45.573 -16.633 1.00148.26 C \ ANISOU26730 CE LYS J 364 16772 18887 17276 -268 -673 -1979 C \ ATOM 26731 NZ LYS J 364 10.860 45.918 -17.413 1.00149.47 N \ ANISOU26731 NZ LYS J 364 16672 18849 16596 -302 -888 -1695 N \ ATOM 26732 N PRO J 365 15.396 46.169 -11.340 1.00138.16 N \ ANISOU26732 N PRO J 365 16727 18951 16598 -323 -909 -1708 N \ ATOM 26733 CA PRO J 365 16.473 47.164 -11.418 1.00137.48 C \ ANISOU26733 CA PRO J 365 16877 19139 16753 -338 -920 -1755 C \ ATOM 26734 C PRO J 365 17.785 46.757 -10.737 1.00136.34 C \ ANISOU26734 C PRO J 365 17125 19436 17003 -342 -945 -1760 C \ ATOM 26735 O PRO J 365 18.799 47.458 -10.880 1.00135.27 O \ ANISOU26735 O PRO J 365 16709 18908 16561 -349 -890 -1704 O \ ATOM 26736 CB PRO J 365 15.868 48.379 -10.713 1.00138.43 C \ ANISOU26736 CB PRO J 365 16579 18717 16468 -359 -853 -1726 C \ ATOM 26737 CG PRO J 365 14.930 47.800 -9.715 1.00139.04 C \ ANISOU26737 CG PRO J 365 16782 19003 16622 -345 -895 -1635 C \ ATOM 26738 CD PRO J 365 14.454 46.472 -10.246 1.00138.98 C \ ANISOU26738 CD PRO J 365 16860 19115 16758 -351 -899 -1789 C \ ATOM 26739 N TYR J 366 17.765 45.646 -10.002 1.00136.34 N \ ANISOU26739 N TYR J 366 16688 19017 16600 -372 -912 -1814 N \ ATOM 26740 CA TYR J 366 18.946 45.178 -9.271 1.00137.94 C \ ANISOU26740 CA TYR J 366 16598 18948 16535 -370 -896 -1840 C \ ATOM 26741 C TYR J 366 19.715 44.112 -10.049 1.00137.12 C \ ANISOU26741 C TYR J 366 16725 19036 16687 -379 -855 -1876 C \ ATOM 26742 O TYR J 366 19.142 43.388 -10.860 1.00136.00 O \ ANISOU26742 O TYR J 366 16670 19020 16578 -412 -896 -1841 O \ ATOM 26743 CB TYR J 366 18.548 44.631 -7.889 1.00138.12 C \ ANISOU26743 CB TYR J 366 16670 19037 16581 -421 -917 -1825 C \ ATOM 26744 CG TYR J 366 17.935 45.672 -6.983 1.00138.45 C \ ANISOU26744 CG TYR J 366 16752 19115 16653 -456 -895 -1848 C \ ATOM 26745 CD1 TYR J 366 18.730 46.446 -6.145 1.00138.27 C \ ANISOU26745 CD1 TYR J 366 16741 19199 16667 -491 -897 -1859 C \ ATOM 26746 CD2 TYR J 366 16.559 45.898 -6.982 1.00138.99 C \ ANISOU26746 CD2 TYR J 366 16898 19379 16812 -530 -870 -1892 C \ ATOM 26747 CE1 TYR J 366 18.176 47.418 -5.327 1.00139.11 C \ ANISOU26747 CE1 TYR J 366 17079 19472 16966 -534 -836 -1920 C \ ATOM 26748 CE2 TYR J 366 15.992 46.867 -6.165 1.00139.66 C \ ANISOU26748 CE2 TYR J 366 16873 19482 16808 -570 -876 -1894 C \ ATOM 26749 CZ TYR J 366 16.809 47.631 -5.338 1.00139.79 C \ ANISOU26749 CZ TYR J 366 16288 18704 16236 -360 -924 -1826 C \ ATOM 26750 OH TYR J 366 16.256 48.593 -4.515 1.00139.32 O \ ANISOU26750 OH TYR J 366 16122 18578 16096 -361 -910 -1857 O \ ATOM 26751 N THR J 367 21.021 44.056 -9.812 1.00137.17 N \ ANISOU26751 N THR J 367 16014 18614 15996 -397 -930 -1863 N \ ATOM 26752 CA THR J 367 21.871 42.984 -10.323 1.00137.59 C \ ANISOU26752 CA THR J 367 16014 18666 16005 -395 -970 -1813 C \ ATOM 26753 C THR J 367 22.263 42.032 -9.199 1.00138.89 C \ ANISOU26753 C THR J 367 16102 18510 16088 -313 -920 -1828 C \ ATOM 26754 O THR J 367 22.387 40.826 -9.414 1.00140.98 O \ ANISOU26754 O THR J 367 16180 18635 16207 -315 -902 -1867 O \ ATOM 26755 CB THR J 367 23.140 43.541 -10.995 1.00137.33 C \ ANISOU26755 CB THR J 367 16016 18451 15985 -292 -967 -1778 C \ ATOM 26756 OG1 THR J 367 23.647 44.651 -10.238 1.00136.24 O \ ANISOU26756 OG1 THR J 367 16234 18618 16300 -269 -894 -1845 O \ ATOM 26757 CG2 THR J 367 22.829 43.996 -12.418 1.00137.93 C \ ANISOU26757 CG2 THR J 367 15956 18638 15952 -437 -900 -1922 C \ ATOM 26758 N ARG J 368 22.489 42.599 -8.014 1.00138.79 N \ ANISOU26758 N ARG J 368 15887 18754 15890 -485 -919 -1920 N \ ATOM 26759 CA ARG J 368 22.683 41.846 -6.784 1.00137.67 C \ ANISOU26759 CA ARG J 368 15745 18665 15762 -461 -955 -1876 C \ ATOM 26760 C ARG J 368 21.734 42.442 -5.751 1.00137.08 C \ ANISOU26760 C ARG J 368 15485 18329 15508 -422 -945 -1892 C \ ATOM 26761 O ARG J 368 21.808 43.643 -5.458 1.00138.04 O \ ANISOU26761 O ARG J 368 15975 18946 15990 -543 -869 -2016 O \ ATOM 26762 CB ARG J 368 24.130 41.969 -6.308 1.00137.57 C \ ANISOU26762 CB ARG J 368 15986 19038 15989 -603 -851 -2045 C \ ATOM 26763 CG ARG J 368 25.084 40.971 -6.940 1.00137.62 C \ ANISOU26763 CG ARG J 368 15876 19081 15871 -643 -890 -1982 C \ ATOM 26764 CD ARG J 368 26.525 41.416 -6.768 1.00138.23 C \ ANISOU26764 CD ARG J 368 16077 19093 16090 -633 -796 -2129 C \ ATOM 26765 NE ARG J 368 26.994 41.216 -5.397 1.00138.46 N \ ANISOU26765 NE ARG J 368 15967 19230 15952 -695 -863 -2023 N \ ATOM 26766 CZ ARG J 368 27.943 41.939 -4.802 1.00139.73 C \ ANISOU26766 CZ ARG J 368 16141 19289 16132 -691 -805 -2120 C \ ATOM 26767 NH1 ARG J 368 28.538 42.948 -5.436 1.00140.85 N \ ANISOU26767 NH1 ARG J 368 15776 18836 15815 -486 -998 -1813 N \ ATOM 26768 NH2 ARG J 368 28.292 41.661 -3.555 1.00139.92 N \ ANISOU26768 NH2 ARG J 368 15988 19121 16053 -472 -1033 -1766 N \ ATOM 26769 N ILE J 369 20.842 41.614 -5.207 1.00134.83 N \ ANISOU26769 N ILE J 369 15900 19172 15958 -511 -1010 -1825 N \ ATOM 26770 CA ILE J 369 19.850 42.106 -4.237 1.00133.69 C \ ANISOU26770 CA ILE J 369 16103 19348 16165 -481 -1011 -1837 C \ ATOM 26771 C ILE J 369 19.902 41.291 -2.934 1.00133.24 C \ ANISOU26771 C ILE J 369 16186 19417 16318 -481 -1085 -1663 C \ ATOM 26772 O ILE J 369 20.021 40.071 -2.973 1.00133.40 O \ ANISOU26772 O ILE J 369 16383 19466 16547 -435 -1098 -1632 O \ ATOM 26773 CB ILE J 369 18.432 42.167 -4.867 1.00133.44 C \ ANISOU26773 CB ILE J 369 16243 19566 16416 -472 -1119 -1612 C \ ATOM 26774 CG1 ILE J 369 17.384 42.631 -3.852 1.00134.29 C \ ANISOU26774 CG1 ILE J 369 16435 19597 16711 -447 -1136 -1544 C \ ATOM 26775 CG2 ILE J 369 18.027 40.831 -5.475 1.00132.79 C \ ANISOU26775 CG2 ILE J 369 15692 19125 15742 -584 -986 -1872 C \ ATOM 26776 CD1 ILE J 369 16.138 43.210 -4.495 1.00134.63 C \ ANISOU26776 CD1 ILE J 369 15702 19284 15752 -634 -953 -1958 C \ ATOM 26777 N HIS J 370 19.856 41.975 -1.787 1.00133.04 N \ ANISOU26777 N HIS J 370 15826 19259 15893 -597 -897 -2062 N \ ATOM 26778 CA HIS J 370 19.875 41.310 -0.470 1.00133.00 C \ ANISOU26778 CA HIS J 370 16130 19645 16219 -611 -878 -2117 C \ ATOM 26779 C HIS J 370 18.625 40.462 -0.244 1.00132.05 C \ ANISOU26779 C HIS J 370 15701 19458 15740 -721 -924 -2011 C \ ATOM 26780 O HIS J 370 17.533 40.858 -0.642 1.00129.82 O \ ANISOU26780 O HIS J 370 15692 19468 15735 -723 -971 -1899 O \ ATOM 26781 CB HIS J 370 19.961 42.340 0.665 1.00134.00 C \ ANISOU26781 CB HIS J 370 15729 19242 15777 -633 -988 -1853 C \ ATOM 26782 CG HIS J 370 21.347 42.600 1.169 1.00134.27 C \ ANISOU26782 CG HIS J 370 15633 18862 15705 -555 -870 -2083 C \ ATOM 26783 ND1 HIS J 370 22.115 41.625 1.772 1.00133.78 N \ ANISOU26783 ND1 HIS J 370 15378 18453 15503 -513 -820 -2149 N \ ATOM 26784 CD2 HIS J 370 22.073 43.739 1.227 1.00134.92 C \ ANISOU26784 CD2 HIS J 370 15255 18255 15387 -448 -852 -2091 C \ ATOM 26785 CE1 HIS J 370 23.271 42.142 2.140 1.00134.62 C \ ANISOU26785 CE1 HIS J 370 15078 18078 15265 -438 -822 -2147 C \ ATOM 26786 NE2 HIS J 370 23.270 43.425 1.824 1.00135.71 N \ ANISOU26786 NE2 HIS J 370 15341 18232 15476 -482 -798 -2144 N \ ATOM 26787 N ILE J 371 18.787 39.310 0.411 1.00132.72 N \ ANISOU26787 N ILE J 371 15358 18093 15578 -434 -755 -2174 N \ ATOM 26788 CA ILE J 371 17.637 38.473 0.765 1.00134.66 C \ ANISOU26788 CA ILE J 371 15400 18138 15724 -464 -681 -2290 C \ ATOM 26789 C ILE J 371 16.843 39.071 1.946 1.00134.31 C \ ANISOU26789 C ILE J 371 15331 17932 15547 -364 -786 -2085 C \ ATOM 26790 O ILE J 371 15.601 39.130 1.874 1.00135.85 O \ ANISOU26790 O ILE J 371 15405 18001 15853 -418 -639 -2301 O \ ATOM 26791 CB ILE J 371 18.017 36.981 0.979 1.00136.66 C \ ANISOU26791 CB ILE J 371 15320 17800 15634 -322 -751 -2087 C \ ATOM 26792 CG1 ILE J 371 18.485 36.364 -0.343 1.00137.91 C \ ANISOU26792 CG1 ILE J 371 15361 17831 15803 -345 -678 -2188 C \ ATOM 26793 CG2 ILE J 371 16.819 36.173 1.460 1.00137.46 C \ ANISOU26793 CG2 ILE J 371 15308 18252 15397 -408 -909 -1988 C \ ATOM 26794 CD1 ILE J 371 19.168 35.020 -0.204 1.00138.82 C \ ANISOU26794 CD1 ILE J 371 15546 18438 15635 -353 -944 -1930 C \ ATOM 26795 N PRO J 372 17.521 39.557 3.011 1.00133.07 N \ ANISOU26795 N PRO J 372 15772 18827 15869 -380 -961 -1935 N \ ATOM 26796 CA PRO J 372 16.797 40.235 4.092 1.00133.54 C \ ANISOU26796 CA PRO J 372 15856 18889 15976 -348 -960 -1942 C \ ATOM 26797 C PRO J 372 15.952 41.440 3.652 1.00134.17 C \ ANISOU26797 C PRO J 372 15539 18369 15597 -320 -994 -1839 C \ ATOM 26798 O PRO J 372 14.912 41.717 4.271 1.00136.85 O \ ANISOU26798 O PRO J 372 15547 18239 15591 -300 -977 -1835 O \ ATOM 26799 CB PRO J 372 17.921 40.716 5.020 1.00133.97 C \ ANISOU26799 CB PRO J 372 15504 18302 15566 -272 -1027 -1790 C \ ATOM 26800 CG PRO J 372 19.036 39.777 4.781 1.00133.95 C \ ANISOU26800 CG PRO J 372 15598 18274 15622 -296 -1012 -1779 C \ ATOM 26801 CD PRO J 372 18.957 39.461 3.315 1.00133.57 C \ ANISOU26801 CD PRO J 372 16150 19383 16234 -441 -978 -1924 C \ ATOM 26802 N PHE J 373 16.404 42.152 2.614 1.00132.13 N \ ANISOU26802 N PHE J 373 16779 20214 16872 -483 -995 -1922 N \ ATOM 26803 CA PHE J 373 15.663 43.283 2.038 1.00129.84 C \ ANISOU26803 CA PHE J 373 17048 20548 17168 -511 -939 -2042 C \ ATOM 26804 C PHE J 373 14.328 42.815 1.458 1.00128.70 C \ ANISOU26804 C PHE J 373 17038 20627 17171 -513 -948 -2046 C \ ATOM 26805 O PHE J 373 13.286 43.400 1.727 1.00127.44 O \ ANISOU26805 O PHE J 373 17066 20714 17153 -556 -1021 -1876 O \ ATOM 26806 CB PHE J 373 16.497 43.974 0.952 1.00129.09 C \ ANISOU26806 CB PHE J 373 17418 21291 17518 -602 -1045 -1849 C \ ATOM 26807 CG PHE J 373 15.768 45.081 0.238 1.00129.04 C \ ANISOU26807 CG PHE J 373 17380 20841 17527 -535 -877 -2144 C \ ATOM 26808 CD1 PHE J 373 15.712 46.356 0.779 1.00129.66 C \ ANISOU26808 CD1 PHE J 373 17696 21204 17914 -563 -807 -2283 C \ ATOM 26809 CD2 PHE J 373 15.134 44.847 -0.977 1.00128.47 C \ ANISOU26809 CD2 PHE J 373 17743 21036 18036 -485 -779 -2299 C \ ATOM 26810 CE1 PHE J 373 15.036 47.378 0.126 1.00129.65 C \ ANISOU26810 CE1 PHE J 373 17876 21199 18256 -492 -731 -2392 C \ ATOM 26811 CE2 PHE J 373 14.454 45.862 -1.631 1.00128.32 C \ ANISOU26811 CE2 PHE J 373 18114 21694 18362 -633 -744 -2399 C \ ATOM 26812 CZ PHE J 373 14.405 47.131 -1.079 1.00128.95 C \ ANISOU26812 CZ PHE J 373 18422 22288 18615 -734 -758 -2409 C \ ATOM 26813 N ILE J 374 14.379 41.743 0.674 1.00128.85 N \ ANISOU26813 N ILE J 374 18793 22742 19026 -809 -684 -2551 N \ ATOM 26814 CA ILE J 374 13.193 41.129 0.083 1.00130.60 C \ ANISOU26814 CA ILE J 374 18982 23188 19146 -901 -710 -2521 C \ ATOM 26815 C ILE J 374 12.296 40.574 1.195 1.00132.83 C \ ANISOU26815 C ILE J 374 19245 23526 19444 -975 -636 -2665 C \ ATOM 26816 O ILE J 374 11.059 40.684 1.114 1.00133.50 O \ ANISOU26816 O ILE J 374 17926 21021 18200 -416 -807 -2207 O \ ATOM 26817 CB ILE J 374 13.576 40.005 -0.922 1.00130.29 C \ ANISOU26817 CB ILE J 374 18084 20997 18433 -344 -789 -2190 C \ ATOM 26818 CG1 ILE J 374 14.425 40.566 -2.068 1.00129.96 C \ ANISOU26818 CG1 ILE J 374 17979 20884 18307 -295 -836 -2117 C \ ATOM 26819 CG2 ILE J 374 12.340 39.330 -1.505 1.00129.95 C \ ANISOU26819 CG2 ILE J 374 17894 20750 18308 -261 -810 -2141 C \ ATOM 26820 CD1 ILE J 374 15.251 39.517 -2.777 1.00130.27 C \ ANISOU26820 CD1 ILE J 374 18291 21035 18626 -304 -797 -2121 C \ ATOM 26821 N SER J 375 12.924 39.987 2.222 1.00136.25 N \ ANISOU26821 N SER J 375 18439 21026 18885 -247 -765 -2103 N \ ATOM 26822 CA SER J 375 12.173 39.493 3.398 1.00141.77 C \ ANISOU26822 CA SER J 375 18683 21241 19279 -273 -682 -2212 C \ ATOM 26823 C SER J 375 11.383 40.581 4.128 1.00144.14 C \ ANISOU26823 C SER J 375 18731 21412 19344 -340 -641 -2330 C \ ATOM 26824 O SER J 375 10.279 40.320 4.623 1.00144.33 O \ ANISOU26824 O SER J 375 18885 21309 19598 -230 -655 -2176 O \ ATOM 26825 CB SER J 375 13.130 38.821 4.390 1.00144.58 C \ ANISOU26825 CB SER J 375 18056 21008 18290 -290 -902 -2029 C \ ATOM 26826 OG SER J 375 12.431 38.249 5.485 1.00147.99 O \ ANISOU26826 OG SER J 375 18136 21095 18354 -250 -946 -1966 O \ ATOM 26827 N LYS J 376 11.960 41.781 4.197 1.00146.73 N \ ANISOU26827 N LYS J 376 18130 21270 18353 -292 -949 -2005 N \ ATOM 26828 CA LYS J 376 11.290 42.930 4.818 1.00149.53 C \ ANISOU26828 CA LYS J 376 17973 21124 18202 -262 -973 -1975 C \ ATOM 26829 C LYS J 376 10.378 43.686 3.855 1.00149.54 C \ ANISOU26829 C LYS J 376 18101 21034 18253 -229 -1008 -1864 C \ ATOM 26830 O LYS J 376 9.485 44.405 4.294 1.00150.89 O \ ANISOU26830 O LYS J 376 18284 21070 18418 -191 -1014 -1818 O \ ATOM 26831 CB LYS J 376 12.316 43.904 5.398 1.00153.10 C \ ANISOU26831 CB LYS J 376 18340 21139 18435 -182 -1068 -1746 C \ ATOM 26832 CG LYS J 376 13.054 43.396 6.627 1.00156.14 C \ ANISOU26832 CG LYS J 376 18456 21134 18632 -138 -998 -1803 C \ ATOM 26833 CD LYS J 376 13.954 44.487 7.199 1.00159.39 C \ ANISOU26833 CD LYS J 376 18185 21483 18405 -366 -925 -2071 C \ ATOM 26834 CE LYS J 376 15.054 43.924 8.093 1.00161.38 C \ ANISOU26834 CE LYS J 376 18148 21676 18365 -428 -928 -2107 C \ ATOM 26835 NZ LYS J 376 15.978 44.997 8.556 1.00163.75 N \ ANISOU26835 NZ LYS J 376 17815 21434 17985 -426 -1003 -1986 N \ ATOM 26836 N GLU J 377 10.613 43.539 2.551 1.00150.41 N \ ANISOU26836 N GLU J 377 17541 21208 17718 -410 -1025 -1963 N \ ATOM 26837 CA GLU J 377 9.810 44.220 1.528 1.00151.38 C \ ANISOU26837 CA GLU J 377 18375 21920 18666 -422 -881 -2203 C \ ATOM 26838 C GLU J 377 8.545 43.445 1.188 1.00150.47 C \ ANISOU26838 C GLU J 377 18637 22454 18933 -511 -861 -2286 C \ ATOM 26839 O GLU J 377 7.484 44.048 1.042 1.00149.90 O \ ANISOU26839 O GLU J 377 18654 22615 18955 -589 -822 -2372 O \ ATOM 26840 CB GLU J 377 10.635 44.449 0.254 1.00152.53 C \ ANISOU26840 CB GLU J 377 18868 22780 19161 -507 -888 -2262 C \ ATOM 26841 CG GLU J 377 10.060 45.477 -0.713 1.00153.58 C \ ANISOU26841 CG GLU J 377 17711 21356 17852 -444 -1039 -1910 C \ ATOM 26842 CD GLU J 377 10.322 46.916 -0.278 1.00155.82 C \ ANISOU26842 CD GLU J 377 17592 21306 17735 -440 -1106 -1784 C \ ATOM 26843 OE1 GLU J 377 10.719 47.174 0.892 1.00156.57 O \ ANISOU26843 OE1 GLU J 377 17486 21321 17632 -495 -1126 -1729 O \ ATOM 26844 OE2 GLU J 377 10.139 47.807 -1.132 1.00157.37 O \ ANISOU26844 OE2 GLU J 377 16956 20723 17085 -504 -1098 -1768 O \ ATOM 26845 N LEU J 378 8.652 42.120 1.049 1.00150.96 N \ ANISOU26845 N LEU J 378 17683 21191 17832 -356 -1135 -1722 N \ ATOM 26846 CA LEU J 378 7.463 41.289 0.791 1.00151.56 C \ ANISOU26846 CA LEU J 378 17739 21312 17931 -352 -1195 -1607 C \ ATOM 26847 C LEU J 378 6.707 40.917 2.069 1.00152.00 C \ ANISOU26847 C LEU J 378 17759 21084 17891 -323 -1116 -1735 C \ ATOM 26848 O LEU J 378 5.564 40.469 2.002 1.00150.81 O \ ANISOU26848 O LEU J 378 17812 21242 18020 -284 -1216 -1575 O \ ATOM 26849 CB LEU J 378 7.839 40.007 0.055 1.00151.04 C \ ANISOU26849 CB LEU J 378 17706 21734 17888 -534 -1173 -1631 C \ ATOM 26850 CG LEU J 378 8.433 40.114 -1.340 1.00152.05 C \ ANISOU26850 CG LEU J 378 17971 22175 18184 -597 -1198 -1554 C \ ATOM 26851 CD1 LEU J 378 8.682 38.710 -1.873 1.00152.43 C \ ANISOU26851 CD1 LEU J 378 17789 21822 18028 -559 -1208 -1508 C \ ATOM 26852 CD2 LEU J 378 7.516 40.900 -2.262 1.00153.24 C \ ANISOU26852 CD2 LEU J 378 18011 21850 18278 -488 -1224 -1478 C \ ATOM 26853 N ASN J 379 7.364 41.099 3.215 1.00152.85 N \ ANISOU26853 N ASN J 379 18269 22686 18555 -630 -1256 -1421 N \ ATOM 26854 CA ASN J 379 6.846 40.739 4.540 1.00153.15 C \ ANISOU26854 CA ASN J 379 18633 23310 18966 -713 -1283 -1326 C \ ATOM 26855 C ASN J 379 6.615 39.240 4.675 1.00150.64 C \ ANISOU26855 C ASN J 379 18914 23548 19334 -697 -1315 -1219 C \ ATOM 26856 O ASN J 379 5.494 38.771 4.861 1.00148.62 O \ ANISOU26856 O ASN J 379 18922 23868 19221 -799 -1272 -1355 O \ ATOM 26857 CB ASN J 379 5.594 41.538 4.905 1.00155.18 C \ ANISOU26857 CB ASN J 379 17442 21567 17677 -611 -1199 -1506 C \ ATOM 26858 CG ASN J 379 5.319 41.518 6.395 1.00157.98 C \ ANISOU26858 CG ASN J 379 17210 21188 17467 -585 -1200 -1481 C \ ATOM 26859 OD1 ASN J 379 6.125 42.006 7.197 1.00158.50 O \ ANISOU26859 OD1 ASN J 379 17067 20976 17436 -541 -1248 -1361 O \ ATOM 26860 ND2 ASN J 379 4.180 40.947 6.777 1.00160.05 N \ ANISOU26860 ND2 ASN J 379 16768 20472 17148 -486 -1240 -1378 N \ ATOM 26861 N ILE J 380 7.715 38.501 4.586 1.00149.81 N \ ANISOU26861 N ILE J 380 17135 21283 17386 -661 -1191 -1475 N \ ATOM 26862 CA ILE J 380 7.693 37.044 4.614 1.00149.06 C \ ANISOU26862 CA ILE J 380 17079 21059 17339 -632 -1182 -1474 C \ ATOM 26863 C ILE J 380 9.062 36.547 5.105 1.00148.55 C \ ANISOU26863 C ILE J 380 17226 21483 17394 -720 -1137 -1609 C \ ATOM 26864 O ILE J 380 10.100 37.153 4.821 1.00144.14 O \ ANISOU26864 O ILE J 380 17060 21156 17529 -570 -1293 -1244 O \ ATOM 26865 CB ILE J 380 7.264 36.469 3.231 1.00149.25 C \ ANISOU26865 CB ILE J 380 16955 21005 17579 -533 -1333 -1133 C \ ATOM 26866 CG1 ILE J 380 7.203 34.940 3.242 1.00149.97 C \ ANISOU26866 CG1 ILE J 380 17092 20941 17704 -460 -1327 -1183 C \ ATOM 26867 CG2 ILE J 380 8.176 36.948 2.114 1.00149.32 C \ ANISOU26867 CG2 ILE J 380 17345 21055 18047 -417 -1331 -1168 C \ ATOM 26868 CD1 ILE J 380 6.347 34.362 2.130 1.00150.22 C \ ANISOU26868 CD1 ILE J 380 16893 21204 17642 -583 -1381 -989 C \ ATOM 26869 N ASP J 381 9.033 35.462 5.877 1.00150.88 N \ ANISOU26869 N ASP J 381 17246 21090 17756 -451 -1312 -1251 N \ ATOM 26870 CA ASP J 381 10.207 34.917 6.559 1.00153.52 C \ ANISOU26870 CA ASP J 381 17427 21099 17916 -385 -1307 -1296 C \ ATOM 26871 C ASP J 381 11.330 34.585 5.572 1.00151.70 C \ ANISOU26871 C ASP J 381 17218 20675 17623 -342 -1270 -1390 C \ ATOM 26872 O ASP J 381 11.064 34.063 4.457 1.00153.02 O \ ANISOU26872 O ASP J 381 17251 20572 17668 -292 -1270 -1407 O \ ATOM 26873 CB ASP J 381 9.785 33.664 7.346 1.00156.63 C \ ANISOU26873 CB ASP J 381 17674 21413 18096 -387 -1303 -1333 C \ ATOM 26874 CG ASP J 381 10.839 33.191 8.328 1.00160.31 C \ ANISOU26874 CG ASP J 381 17964 21929 18466 -431 -1342 -1235 C \ ATOM 26875 OD1 ASP J 381 11.713 32.385 7.937 1.00162.64 O \ ANISOU26875 OD1 ASP J 381 18258 22255 18902 -424 -1380 -1127 O \ ATOM 26876 OD2 ASP J 381 10.762 33.596 9.507 1.00163.21 O \ ANISOU26876 OD2 ASP J 381 18231 22356 18670 -477 -1333 -1266 O \ ATOM 26877 N VAL J 382 12.577 34.829 5.995 1.00149.20 N \ ANISOU26877 N VAL J 382 16874 20323 17201 -367 -1238 -1448 N \ ATOM 26878 CA VAL J 382 13.782 34.681 5.139 1.00147.04 C \ ANISOU26878 CA VAL J 382 16625 19889 16891 -333 -1205 -1516 C \ ATOM 26879 C VAL J 382 13.894 33.287 4.476 1.00146.02 C \ ANISOU26879 C VAL J 382 16302 19495 16642 -319 -1218 -1478 C \ ATOM 26880 O VAL J 382 14.208 33.173 3.281 1.00143.15 O \ ANISOU26880 O VAL J 382 16080 19138 16409 -279 -1209 -1508 O \ ATOM 26881 CB VAL J 382 15.080 34.977 5.938 1.00146.87 C \ ANISOU26881 CB VAL J 382 16731 20009 16925 -369 -1165 -1584 C \ ATOM 26882 CG1 VAL J 382 16.286 35.036 5.018 1.00146.01 C \ ANISOU26882 CG1 VAL J 382 16762 19859 16910 -337 -1134 -1634 C \ ATOM 26883 CG2 VAL J 382 14.967 36.286 6.710 1.00147.66 C \ ANISOU26883 CG2 VAL J 382 16863 20209 17013 -385 -1139 -1649 C \ ATOM 26884 N ALA J 383 13.622 32.239 5.258 1.00146.72 N \ ANISOU26884 N ALA J 383 16168 19471 16597 -357 -1237 -1412 N \ ATOM 26885 CA ALA J 383 13.592 30.866 4.762 1.00146.18 C \ ANISOU26885 CA ALA J 383 16176 19424 16715 -347 -1244 -1380 C \ ATOM 26886 C ALA J 383 12.515 30.686 3.700 1.00146.70 C \ ANISOU26886 C ALA J 383 16216 19428 16876 -314 -1263 -1352 C \ ATOM 26887 O ALA J 383 12.739 29.979 2.712 1.00148.57 O \ ANISOU26887 O ALA J 383 16407 19515 17116 -291 -1251 -1388 O \ ATOM 26888 CB ALA J 383 13.365 29.896 5.909 1.00146.70 C \ ANISOU26888 CB ALA J 383 16102 19492 16743 -395 -1262 -1298 C \ ATOM 26889 N ASP J 384 11.359 31.335 3.875 1.00147.63 N \ ANISOU26889 N ASP J 384 15984 19299 16714 -390 -1253 -1295 N \ ATOM 26890 CA ASP J 384 10.276 31.250 2.873 1.00148.55 C \ ANISOU26890 CA ASP J 384 16113 19575 16933 -440 -1269 -1211 C \ ATOM 26891 C ASP J 384 10.600 32.081 1.627 1.00146.11 C \ ANISOU26891 C ASP J 384 16261 19803 16967 -480 -1258 -1231 C \ ATOM 26892 O ASP J 384 10.124 31.761 0.521 1.00146.05 O \ ANISOU26892 O ASP J 384 16127 19636 17150 -441 -1290 -1125 O \ ATOM 26893 CB ASP J 384 8.932 31.706 3.448 1.00150.50 C \ ANISOU26893 CB ASP J 384 16229 19537 16940 -316 -1290 -1297 C \ ATOM 26894 CG ASP J 384 8.462 30.850 4.605 1.00153.60 C \ ANISOU26894 CG ASP J 384 16282 19559 17113 -286 -1305 -1279 C \ ATOM 26895 OD1 ASP J 384 8.566 29.607 4.526 1.00156.38 O \ ANISOU26895 OD1 ASP J 384 16066 19203 16791 -244 -1282 -1374 O \ ATOM 26896 OD2 ASP J 384 7.981 31.430 5.602 1.00155.96 O \ ANISOU26896 OD2 ASP J 384 15977 19050 16789 -226 -1275 -1403 O \ ATOM 26897 N VAL J 385 11.399 33.141 1.814 1.00143.18 N \ ANISOU26897 N VAL J 385 16521 19938 17412 -299 -1338 -1199 N \ ATOM 26898 CA VAL J 385 11.913 33.916 0.662 1.00140.56 C \ ANISOU26898 CA VAL J 385 16678 20266 17682 -346 -1364 -1088 C \ ATOM 26899 C VAL J 385 12.841 33.061 -0.200 1.00138.02 C \ ANISOU26899 C VAL J 385 15902 19008 16459 -235 -1269 -1421 C \ ATOM 26900 O VAL J 385 12.693 33.004 -1.441 1.00135.88 O \ ANISOU26900 O VAL J 385 15798 18791 16255 -199 -1250 -1490 O \ ATOM 26901 CB VAL J 385 12.656 35.194 1.112 1.00141.24 C \ ANISOU26901 CB VAL J 385 15941 18841 16372 -196 -1225 -1538 C \ ATOM 26902 CG1 VAL J 385 13.235 35.956 -0.076 1.00140.90 C \ ANISOU26902 CG1 VAL J 385 16084 18937 16519 -179 -1219 -1575 C \ ATOM 26903 CG2 VAL J 385 11.717 36.095 1.896 1.00142.35 C \ ANISOU26903 CG2 VAL J 385 15681 18662 16006 -191 -1235 -1520 C \ ATOM 26904 N GLU J 386 13.786 32.383 0.448 1.00137.48 N \ ANISOU26904 N GLU J 386 15657 18554 15907 -153 -1223 -1557 N \ ATOM 26905 CA GLU J 386 14.715 31.512 -0.280 1.00137.69 C \ ANISOU26905 CA GLU J 386 15736 18679 16018 -135 -1246 -1536 C \ ATOM 26906 C GLU J 386 13.985 30.327 -0.907 1.00138.23 C \ ANISOU26906 C GLU J 386 15664 18517 15826 -148 -1194 -1591 C \ ATOM 26907 O GLU J 386 14.308 29.934 -2.032 1.00139.59 O \ ANISOU26907 O GLU J 386 15955 18848 16359 -219 -1211 -1541 O \ ATOM 26908 CB GLU J 386 15.851 31.019 0.623 1.00137.75 C \ ANISOU26908 CB GLU J 386 15886 18705 16275 -221 -1189 -1582 C \ ATOM 26909 CG GLU J 386 17.102 30.599 -0.129 1.00136.85 C \ ANISOU26909 CG GLU J 386 15816 18644 16354 -228 -1191 -1587 C \ ATOM 26910 CD GLU J 386 18.268 30.315 0.793 1.00138.50 C \ ANISOU26910 CD GLU J 386 15939 18721 16468 -225 -1172 -1644 C \ ATOM 26911 OE1 GLU J 386 18.711 31.245 1.506 1.00139.57 O \ ANISOU26911 OE1 GLU J 386 15812 18629 16158 -247 -1174 -1582 O \ ATOM 26912 OE2 GLU J 386 18.744 29.162 0.805 1.00139.27 O \ ANISOU26912 OE2 GLU J 386 15885 18673 16105 -247 -1153 -1609 O \ ATOM 26913 N SER J 387 12.994 29.774 -0.205 1.00138.72 N \ ANISOU26913 N SER J 387 16013 18857 16228 -287 -1143 -1604 N \ ATOM 26914 CA SER J 387 12.171 28.689 -0.765 1.00139.37 C \ ANISOU26914 CA SER J 387 15831 18516 15973 -227 -1129 -1648 C \ ATOM 26915 C SER J 387 11.391 29.138 -2.000 1.00137.02 C \ ANISOU26915 C SER J 387 15657 18560 16353 -241 -1212 -1528 C \ ATOM 26916 O SER J 387 11.359 28.413 -3.000 1.00136.38 O \ ANISOU26916 O SER J 387 15800 18712 16696 -245 -1208 -1535 O \ ATOM 26917 CB SER J 387 11.199 28.139 0.284 1.00141.79 C \ ANISOU26917 CB SER J 387 15938 18830 16859 -227 -1201 -1592 C \ ATOM 26918 OG SER J 387 11.896 27.659 1.431 1.00143.77 O \ ANISOU26918 OG SER J 387 16100 18967 17068 -234 -1175 -1670 O \ ATOM 26919 N LEU J 388 10.782 30.331 -1.923 1.00135.20 N \ ANISOU26919 N LEU J 388 15893 18901 16992 -261 -1234 -1434 N \ ATOM 26920 CA LEU J 388 10.090 30.938 -3.083 1.00133.82 C \ ANISOU26920 CA LEU J 388 15964 18980 17323 -259 -1228 -1440 C \ ATOM 26921 C LEU J 388 11.041 31.213 -4.250 1.00134.64 C \ ANISOU26921 C LEU J 388 15887 18932 17001 -288 -1235 -1388 C \ ATOM 26922 O LEU J 388 10.687 30.918 -5.405 1.00135.65 O \ ANISOU26922 O LEU J 388 15983 18905 16873 -211 -1223 -1561 O \ ATOM 26923 CB LEU J 388 9.405 32.249 -2.692 1.00132.52 C \ ANISOU26923 CB LEU J 388 16031 18948 16930 -196 -1218 -1613 C \ ATOM 26924 CG LEU J 388 8.412 32.843 -3.694 1.00131.91 C \ ANISOU26924 CG LEU J 388 16082 18955 16819 -192 -1196 -1689 C \ ATOM 26925 CD1 LEU J 388 7.044 32.199 -3.514 1.00132.74 C \ ANISOU26925 CD1 LEU J 388 16123 19015 16906 -201 -1178 -1758 C \ ATOM 26926 CD2 LEU J 388 8.316 34.351 -3.535 1.00131.62 C \ ANISOU26926 CD2 LEU J 388 16016 18971 16879 -178 -1246 -1562 C \ ATOM 26927 N LEU J 389 12.224 31.783 -3.945 1.00134.66 N \ ANISOU26927 N LEU J 389 15952 18905 16777 -161 -1243 -1612 N \ ATOM 26928 CA LEU J 389 13.258 31.989 -4.997 1.00133.88 C \ ANISOU26928 CA LEU J 389 15929 18841 16546 -148 -1233 -1647 C \ ATOM 26929 C LEU J 389 13.759 30.682 -5.616 1.00133.74 C \ ANISOU26929 C LEU J 389 15812 18704 16309 -136 -1239 -1613 C \ ATOM 26930 O LEU J 389 13.971 30.628 -6.846 1.00134.57 O \ ANISOU26930 O LEU J 389 15923 18840 16518 -155 -1214 -1714 O \ ATOM 26931 CB LEU J 389 14.466 32.754 -4.466 1.00133.18 C \ ANISOU26931 CB LEU J 389 16133 18967 16698 -185 -1194 -1674 C \ ATOM 26932 CG LEU J 389 14.268 34.222 -4.113 1.00133.34 C \ ANISOU26932 CG LEU J 389 16355 19162 16781 -181 -1178 -1714 C \ ATOM 26933 CD1 LEU J 389 15.337 34.654 -3.119 1.00134.49 C \ ANISOU26933 CD1 LEU J 389 16260 19065 16704 -209 -1152 -1772 C \ ATOM 26934 CD2 LEU J 389 14.274 35.095 -5.356 1.00132.44 C \ ANISOU26934 CD2 LEU J 389 16679 19521 17079 -221 -1139 -1820 C \ ATOM 26935 N VAL J 390 13.938 29.642 -4.796 1.00133.10 N \ ANISOU26935 N VAL J 390 16528 19289 16811 -165 -1179 -1677 N \ ATOM 26936 CA VAL J 390 14.318 28.326 -5.329 1.00134.78 C \ ANISOU26936 CA VAL J 390 16898 19671 17126 -133 -1197 -1641 C \ ATOM 26937 C VAL J 390 13.247 27.801 -6.289 1.00135.88 C \ ANISOU26937 C VAL J 390 16033 18816 16539 -224 -1144 -1768 C \ ATOM 26938 O VAL J 390 13.551 27.449 -7.442 1.00137.22 O \ ANISOU26938 O VAL J 390 15977 18765 16522 -253 -1115 -1832 O \ ATOM 26939 CB VAL J 390 14.614 27.305 -4.199 1.00136.30 C \ ANISOU26939 CB VAL J 390 15943 18790 16664 -274 -1098 -1905 C \ ATOM 26940 CG1 VAL J 390 14.615 25.863 -4.706 1.00137.56 C \ ANISOU26940 CG1 VAL J 390 15744 18636 16463 -303 -1071 -1989 C \ ATOM 26941 CG2 VAL J 390 15.958 27.619 -3.558 1.00136.39 C \ ANISOU26941 CG2 VAL J 390 15901 18653 16481 -265 -1110 -1807 C \ ATOM 26942 N GLN J 391 12.000 27.747 -5.826 1.00136.23 N \ ANISOU26942 N GLN J 391 15781 18483 16192 -255 -1114 -1765 N \ ATOM 26943 CA GLN J 391 10.893 27.310 -6.685 1.00136.62 C \ ANISOU26943 CA GLN J 391 15930 18693 16578 -296 -1079 -1879 C \ ATOM 26944 C GLN J 391 10.747 28.165 -7.944 1.00136.48 C \ ANISOU26944 C GLN J 391 15545 18238 15988 -266 -1118 -1724 C \ ATOM 26945 O GLN J 391 10.472 27.631 -9.021 1.00136.98 O \ ANISOU26945 O GLN J 391 16199 19061 17083 -263 -1112 -1878 O \ ATOM 26946 CB GLN J 391 9.572 27.314 -5.908 1.00136.51 C \ ANISOU26946 CB GLN J 391 16523 19438 17618 -282 -1090 -1953 C \ ATOM 26947 CG GLN J 391 8.323 27.155 -6.768 1.00135.90 C \ ANISOU26947 CG GLN J 391 16711 19689 17735 -293 -1079 -2030 C \ ATOM 26948 CD GLN J 391 7.944 28.438 -7.491 1.00135.06 C \ ANISOU26948 CD GLN J 391 16727 19770 17881 -327 -1044 -2137 C \ ATOM 26949 OE1 GLN J 391 7.768 29.482 -6.873 1.00133.77 O \ ANISOU26949 OE1 GLN J 391 16496 19418 17795 -266 -1111 -1883 O \ ATOM 26950 NE2 GLN J 391 7.831 28.362 -8.814 1.00134.97 N \ ANISOU26950 NE2 GLN J 391 16428 19341 17918 -272 -1113 -1820 N \ ATOM 26951 N CYS J 392 10.908 29.478 -7.797 1.00136.33 N \ ANISOU26951 N CYS J 392 16388 19334 18027 -256 -1147 -1707 N \ ATOM 26952 CA CYS J 392 10.751 30.405 -8.920 1.00137.65 C \ ANISOU26952 CA CYS J 392 16468 19394 18191 -300 -1068 -1915 C \ ATOM 26953 C CYS J 392 11.860 30.301 -9.963 1.00136.94 C \ ANISOU26953 C CYS J 392 16951 19923 17785 -269 -1105 -1977 C \ ATOM 26954 O CYS J 392 11.564 30.356 -11.161 1.00140.23 O \ ANISOU26954 O CYS J 392 17205 20254 17949 -280 -1101 -2025 O \ ATOM 26955 CB CYS J 392 10.627 31.854 -8.434 1.00138.51 C \ ANISOU26955 CB CYS J 392 17313 20402 17877 -301 -1091 -2040 C \ ATOM 26956 SG CYS J 392 8.961 32.307 -7.866 1.00141.33 S \ ANISOU26956 SG CYS J 392 17365 20540 17834 -312 -1095 -2052 S \ ATOM 26957 N ILE J 393 13.120 30.168 -9.524 1.00135.25 N \ ANISOU26957 N ILE J 393 17387 20420 18056 -241 -1136 -1948 N \ ATOM 26958 CA ILE J 393 14.232 29.959 -10.492 1.00134.93 C \ ANISOU26958 CA ILE J 393 17495 20533 18350 -231 -1145 -1941 C \ ATOM 26959 C ILE J 393 14.128 28.586 -11.178 1.00135.28 C \ ANISOU26959 C ILE J 393 17391 20461 18449 -257 -1119 -2011 C \ ATOM 26960 O ILE J 393 14.413 28.459 -12.369 1.00133.82 O \ ANISOU26960 O ILE J 393 17765 20782 18583 -199 -1175 -1866 O \ ATOM 26961 CB ILE J 393 15.628 30.147 -9.821 1.00134.32 C \ ANISOU26961 CB ILE J 393 17404 20443 17931 -308 -1082 -2029 C \ ATOM 26962 CG1 ILE J 393 15.815 31.598 -9.352 1.00132.80 C \ ANISOU26962 CG1 ILE J 393 17591 20667 17970 -331 -1072 -2031 C \ ATOM 26963 CG2 ILE J 393 16.766 29.784 -10.770 1.00134.76 C \ ANISOU26963 CG2 ILE J 393 17475 20538 17680 -302 -1098 -1935 C \ ATOM 26964 CD1 ILE J 393 16.835 31.758 -8.247 1.00131.00 C \ ANISOU26964 CD1 ILE J 393 17489 20630 17595 -326 -1093 -1924 C \ ATOM 26965 N LEU J 394 13.687 27.573 -10.436 1.00137.77 N \ ANISOU26965 N LEU J 394 17803 21031 18221 -392 -1039 -2145 N \ ATOM 26966 CA LEU J 394 13.476 26.224 -11.005 1.00141.02 C \ ANISOU26966 CA LEU J 394 18075 21343 18424 -431 -1018 -2171 C \ ATOM 26967 C LEU J 394 12.394 26.176 -12.102 1.00142.48 C \ ANISOU26967 C LEU J 394 18271 21468 18687 -433 -1003 -2190 C \ ATOM 26968 O LEU J 394 12.471 25.354 -13.008 1.00143.12 O \ ANISOU26968 O LEU J 394 18188 21586 18407 -465 -1019 -2164 O \ ATOM 26969 CB LEU J 394 13.127 25.214 -9.898 1.00141.36 C \ ANISOU26969 CB LEU J 394 17352 20330 17541 -255 -1122 -1863 C \ ATOM 26970 CG LEU J 394 14.296 24.681 -9.057 1.00141.30 C \ ANISOU26970 CG LEU J 394 17271 20220 17341 -225 -1139 -1777 C \ ATOM 26971 CD1 LEU J 394 13.766 23.983 -7.815 1.00141.46 C \ ANISOU26971 CD1 LEU J 394 17109 19968 17123 -216 -1130 -1734 C \ ATOM 26972 CD2 LEU J 394 15.200 23.753 -9.861 1.00142.27 C \ ANISOU26972 CD2 LEU J 394 17024 19882 16964 -208 -1131 -1678 C \ ATOM 26973 N ASP J 395 11.395 27.051 -11.999 1.00143.86 N \ ANISOU26973 N ASP J 395 17364 20273 17450 -183 -1161 -1735 N \ ATOM 26974 CA ASP J 395 10.334 27.176 -13.004 1.00145.83 C \ ANISOU26974 CA ASP J 395 17500 20347 17667 -174 -1164 -1739 C \ ATOM 26975 C ASP J 395 10.620 28.249 -14.051 1.00146.32 C \ ANISOU26975 C ASP J 395 17410 20411 17530 -189 -1170 -1763 C \ ATOM 26976 O ASP J 395 9.753 28.551 -14.879 1.00146.70 O \ ANISOU26976 O ASP J 395 16917 19712 16986 -219 -1123 -1755 O \ ATOM 26977 CB ASP J 395 8.999 27.474 -12.304 1.00147.03 C \ ANISOU26977 CB ASP J 395 16814 19535 16841 -220 -1110 -1733 C \ ATOM 26978 CG ASP J 395 8.450 26.260 -11.563 1.00148.38 C \ ANISOU26978 CG ASP J 395 16516 19257 16577 -258 -1090 -1787 C \ ATOM 26979 OD1 ASP J 395 8.864 25.126 -11.866 1.00148.19 O \ ANISOU26979 OD1 ASP J 395 16093 18851 16263 -272 -1086 -1834 O \ ATOM 26980 OD2 ASP J 395 7.591 26.427 -10.677 1.00150.37 O \ ANISOU26980 OD2 ASP J 395 16938 19593 16993 -201 -1116 -1708 O \ ATOM 26981 N ASN J 396 11.825 28.820 -13.996 1.00146.81 N \ ANISOU26981 N ASN J 396 17193 19827 17206 -169 -1125 -1665 N \ ATOM 26982 CA ASN J 396 12.296 29.847 -14.940 1.00147.99 C \ ANISOU26982 CA ASN J 396 16811 19411 16846 -215 -1099 -1708 C \ ATOM 26983 C ASN J 396 11.482 31.167 -14.965 1.00146.58 C \ ANISOU26983 C ASN J 396 17265 19891 17315 -159 -1134 -1656 C \ ATOM 26984 O ASN J 396 11.481 31.880 -15.967 1.00146.64 O \ ANISOU26984 O ASN J 396 16393 19134 16379 -274 -1077 -1774 O \ ATOM 26985 CB ASN J 396 12.431 29.245 -16.353 1.00150.17 C \ ANISOU26985 CB ASN J 396 16318 19088 16320 -313 -1055 -1826 C \ ATOM 26986 CG ASN J 396 13.577 29.855 -17.149 1.00152.24 C \ ANISOU26986 CG ASN J 396 16090 18766 16099 -309 -1046 -1814 C \ ATOM 26987 OD1 ASN J 396 14.754 29.722 -16.786 1.00153.77 O \ ANISOU26987 OD1 ASN J 396 16212 18837 16150 -303 -1040 -1771 O \ ATOM 26988 ND2 ASN J 396 13.238 30.513 -18.252 1.00153.13 N \ ANISOU26988 ND2 ASN J 396 16508 19361 16424 -342 -1048 -1811 N \ ATOM 26989 N THR J 397 10.809 31.496 -13.858 1.00145.34 N \ ANISOU26989 N THR J 397 16516 19501 16418 -358 -1057 -1820 N \ ATOM 26990 CA THR J 397 10.089 32.776 -13.740 1.00144.31 C \ ANISOU26990 CA THR J 397 16428 19545 16375 -407 -1041 -1914 C \ ATOM 26991 C THR J 397 11.039 33.917 -13.348 1.00142.65 C \ ANISOU26991 C THR J 397 16499 19518 16357 -336 -1077 -1753 C \ ATOM 26992 O THR J 397 10.846 35.053 -13.777 1.00141.78 O \ ANISOU26992 O THR J 397 16464 19701 16383 -418 -1052 -1907 O \ ATOM 26993 CB THR J 397 8.935 32.707 -12.719 1.00144.99 C \ ANISOU26993 CB THR J 397 16490 19668 16353 -373 -1077 -1801 C \ ATOM 26994 OG1 THR J 397 9.408 32.143 -11.498 1.00146.11 O \ ANISOU26994 OG1 THR J 397 15817 18482 15930 -315 -1045 -1847 O \ ATOM 26995 CG2 THR J 397 7.802 31.851 -13.238 1.00145.68 C \ ANISOU26995 CG2 THR J 397 15706 18310 15836 -317 -1040 -1830 C \ ATOM 26996 N ILE J 398 12.047 33.605 -12.526 1.00141.11 N \ ANISOU26996 N ILE J 398 15399 18019 15675 -320 -1048 -1837 N \ ATOM 26997 CA ILE J 398 13.112 34.549 -12.156 1.00139.99 C \ ANISOU26997 CA ILE J 398 15632 18299 16020 -322 -1051 -1867 C \ ATOM 26998 C ILE J 398 14.459 34.106 -12.746 1.00137.79 C \ ANISOU26998 C ILE J 398 14876 17472 15169 -324 -1050 -1805 C \ ATOM 26999 O ILE J 398 14.908 32.972 -12.532 1.00134.78 O \ ANISOU26999 O ILE J 398 14499 17133 14947 -331 -1063 -1779 O \ ATOM 27000 CB ILE J 398 13.217 34.702 -10.619 1.00140.88 C \ ANISOU27000 CB ILE J 398 14397 17043 14807 -332 -1078 -1718 C \ ATOM 27001 CG1 ILE J 398 12.028 35.513 -10.109 1.00142.72 C \ ANISOU27001 CG1 ILE J 398 14441 17051 14720 -332 -1068 -1720 C \ ATOM 27002 CG2 ILE J 398 14.511 35.402 -10.196 1.00139.67 C \ ANISOU27002 CG2 ILE J 398 14392 17033 14948 -356 -1043 -1814 C \ ATOM 27003 CD1 ILE J 398 11.732 35.305 -8.648 1.00143.37 C \ ANISOU27003 CD1 ILE J 398 14237 16907 14900 -367 -1022 -1893 C \ ATOM 27004 N HIS J 399 15.083 35.022 -13.487 1.00136.61 N \ ANISOU27004 N HIS J 399 14046 16723 14812 -395 -995 -1941 N \ ATOM 27005 CA HIS J 399 16.358 34.774 -14.154 1.00136.14 C \ ANISOU27005 CA HIS J 399 13941 16583 14543 -409 -982 -1951 C \ ATOM 27006 C HIS J 399 17.512 35.224 -13.272 1.00134.11 C \ ANISOU27006 C HIS J 399 13818 16462 14458 -435 -958 -1994 C \ ATOM 27007 O HIS J 399 17.832 36.415 -13.190 1.00134.75 O \ ANISOU27007 O HIS J 399 13779 16458 14632 -450 -940 -2037 O \ ATOM 27008 CB HIS J 399 16.401 35.502 -15.503 1.00137.63 C \ ANISOU27008 CB HIS J 399 13806 16417 14292 -447 -948 -1993 C \ ATOM 27009 CG HIS J 399 15.303 35.095 -16.440 1.00138.01 C \ ANISOU27009 CG HIS J 399 14297 17012 14842 -340 -1099 -1665 C \ ATOM 27010 ND1 HIS J 399 15.446 34.076 -17.359 1.00137.78 N \ ANISOU27010 ND1 HIS J 399 14449 17232 14975 -355 -1116 -1603 N \ ATOM 27011 CD2 HIS J 399 14.041 35.562 -16.588 1.00137.85 C \ ANISOU27011 CD2 HIS J 399 14722 17559 15336 -387 -1117 -1567 C \ ATOM 27012 CE1 HIS J 399 14.320 33.938 -18.034 1.00138.31 C \ ANISOU27012 CE1 HIS J 399 14757 17614 15544 -390 -1119 -1548 C \ ATOM 27013 NE2 HIS J 399 13.452 34.826 -17.585 1.00138.21 N \ ANISOU27013 NE2 HIS J 399 14303 17169 14914 -348 -1147 -1543 N \ ATOM 27014 N GLY J 400 18.140 34.265 -12.606 1.00132.20 N \ ANISOU27014 N GLY J 400 14316 17131 14851 -316 -1147 -1579 N \ ATOM 27015 CA GLY J 400 19.211 34.564 -11.660 1.00131.21 C \ ANISOU27015 CA GLY J 400 14347 17322 14916 -376 -1162 -1489 C \ ATOM 27016 C GLY J 400 19.591 33.359 -10.823 1.00129.21 C \ ANISOU27016 C GLY J 400 14324 17197 14989 -304 -1172 -1536 C \ ATOM 27017 O GLY J 400 19.152 32.237 -11.096 1.00131.47 O \ ANISOU27017 O GLY J 400 15032 17897 15542 -412 -1109 -1564 O \ ATOM 27018 N ARG J 401 20.420 33.599 -9.809 1.00125.06 N \ ANISOU27018 N ARG J 401 15429 18379 16003 -449 -1114 -1519 N \ ATOM 27019 CA ARG J 401 20.869 32.553 -8.889 1.00122.60 C \ ANISOU27019 CA ARG J 401 15591 18706 16202 -479 -1143 -1438 C \ ATOM 27020 C ARG J 401 20.975 33.116 -7.482 1.00121.72 C \ ANISOU27020 C ARG J 401 15860 19027 16349 -502 -1135 -1461 C \ ATOM 27021 O ARG J 401 20.947 34.333 -7.288 1.00121.63 O \ ANISOU27021 O ARG J 401 15729 18625 16163 -468 -1082 -1578 O \ ATOM 27022 CB ARG J 401 22.225 31.988 -9.320 1.00122.05 C \ ANISOU27022 CB ARG J 401 15994 18952 16497 -503 -1082 -1547 C \ ATOM 27023 CG ARG J 401 22.180 31.054 -10.529 1.00121.19 C \ ANISOU27023 CG ARG J 401 16015 19125 16610 -535 -1107 -1465 C \ ATOM 27024 CD ARG J 401 23.577 30.679 -10.995 1.00119.97 C \ ANISOU27024 CD ARG J 401 16337 19209 16802 -503 -1056 -1597 C \ ATOM 27025 NE ARG J 401 24.343 31.862 -11.384 1.00118.62 N \ ANISOU27025 NE ARG J 401 15692 18900 16492 -481 -1175 -1346 N \ ATOM 27026 CZ ARG J 401 25.585 31.834 -11.855 1.00117.75 C \ ANISOU27026 CZ ARG J 401 15631 19025 16494 -511 -1210 -1245 C \ ATOM 27027 NH1 ARG J 401 26.221 30.679 -12.016 1.00118.10 N \ ANISOU27027 NH1 ARG J 401 15705 19274 16555 -573 -1219 -1189 N \ ATOM 27028 NH2 ARG J 401 26.192 32.972 -12.173 1.00117.16 N \ ANISOU27028 NH2 ARG J 401 15865 19613 16678 -615 -1237 -1143 N \ ATOM 27029 N ILE J 402 21.108 32.214 -6.512 1.00121.47 N \ ANISOU27029 N ILE J 402 15476 18917 16586 -495 -1240 -1148 N \ ATOM 27030 CA ILE J 402 21.175 32.561 -5.100 1.00122.80 C \ ANISOU27030 CA ILE J 402 15307 18916 16483 -513 -1279 -1044 C \ ATOM 27031 C ILE J 402 22.582 32.291 -4.561 1.00125.33 C \ ANISOU27031 C ILE J 402 15318 18952 16771 -493 -1303 -949 C \ ATOM 27032 O ILE J 402 23.170 31.231 -4.821 1.00126.11 O \ ANISOU27032 O ILE J 402 15030 18679 16698 -496 -1305 -888 O \ ATOM 27033 CB ILE J 402 20.131 31.775 -4.276 1.00122.09 C \ ANISOU27033 CB ILE J 402 15374 19012 16846 -473 -1317 -936 C \ ATOM 27034 CG1 ILE J 402 18.729 31.955 -4.857 1.00121.85 C \ ANISOU27034 CG1 ILE J 402 15666 19203 16545 -584 -1204 -1197 C \ ATOM 27035 CG2 ILE J 402 20.119 32.247 -2.831 1.00122.61 C \ ANISOU27035 CG2 ILE J 402 15795 19506 16669 -646 -1211 -1145 C \ ATOM 27036 CD1 ILE J 402 17.792 30.801 -4.562 1.00122.41 C \ ANISOU27036 CD1 ILE J 402 15822 19549 16472 -680 -1180 -1249 C \ ATOM 27037 N ASP J 403 23.118 33.282 -3.844 1.00127.58 N \ ANISOU27037 N ASP J 403 15965 19903 16577 -740 -1190 -1219 N \ ATOM 27038 CA ASP J 403 24.375 33.164 -3.115 1.00131.10 C \ ANISOU27038 CA ASP J 403 15968 19634 16956 -646 -1204 -1125 C \ ATOM 27039 C ASP J 403 23.992 32.935 -1.657 1.00132.91 C \ ANISOU27039 C ASP J 403 16044 19880 16996 -712 -1206 -1087 C \ ATOM 27040 O ASP J 403 23.688 33.877 -0.927 1.00134.85 O \ ANISOU27040 O ASP J 403 15974 19669 17243 -624 -1232 -1013 O \ ATOM 27041 CB ASP J 403 25.201 34.443 -3.277 1.00132.96 C \ ANISOU27041 CB ASP J 403 15811 19333 16333 -646 -1138 -1371 C \ ATOM 27042 CG ASP J 403 26.679 34.260 -2.914 1.00135.40 C \ ANISOU27042 CG ASP J 403 15854 19359 16205 -671 -1099 -1478 C \ ATOM 27043 OD1 ASP J 403 26.998 33.749 -1.814 1.00136.20 O \ ANISOU27043 OD1 ASP J 403 15748 19225 16023 -653 -1089 -1532 O \ ATOM 27044 OD2 ASP J 403 27.535 34.678 -3.724 1.00137.78 O \ ANISOU27044 OD2 ASP J 403 15696 19162 15868 -672 -1050 -1627 O \ ATOM 27045 N GLN J 404 23.972 31.668 -1.263 1.00134.45 N \ ANISOU27045 N GLN J 404 15977 19290 16255 -647 -1060 -1565 N \ ATOM 27046 CA GLN J 404 23.491 31.240 0.049 1.00134.63 C \ ANISOU27046 CA GLN J 404 16092 19460 16413 -682 -1058 -1537 C \ ATOM 27047 C GLN J 404 24.457 31.617 1.171 1.00135.64 C \ ANISOU27047 C GLN J 404 16273 19766 16543 -740 -1044 -1558 C \ ATOM 27048 O GLN J 404 24.034 31.814 2.315 1.00137.27 O \ ANISOU27048 O GLN J 404 16136 19424 16560 -651 -1070 -1499 O \ ATOM 27049 CB GLN J 404 23.267 29.726 0.040 1.00134.18 C \ ANISOU27049 CB GLN J 404 15708 19175 16053 -616 -1120 -1476 C \ ATOM 27050 CG GLN J 404 22.369 29.203 1.134 1.00133.46 C \ ANISOU27050 CG GLN J 404 16001 19443 16292 -593 -1117 -1512 C \ ATOM 27051 CD GLN J 404 22.140 27.710 1.008 1.00134.34 C \ ANISOU27051 CD GLN J 404 16219 19462 16402 -552 -1075 -1620 C \ ATOM 27052 OE1 GLN J 404 23.088 26.927 0.849 1.00132.67 O \ ANISOU27052 OE1 GLN J 404 16283 19539 16393 -570 -1042 -1695 O \ ATOM 27053 NE2 GLN J 404 20.874 27.302 1.083 1.00134.84 N \ ANISOU27053 NE2 GLN J 404 16194 19866 16462 -655 -1122 -1504 N \ ATOM 27054 N VAL J 405 25.745 31.727 0.840 1.00135.32 N \ ANISOU27054 N VAL J 405 16253 20133 16644 -684 -1176 -1366 N \ ATOM 27055 CA VAL J 405 26.776 32.062 1.822 1.00136.78 C \ ANISOU27055 CA VAL J 405 16295 20122 16744 -634 -1203 -1324 C \ ATOM 27056 C VAL J 405 26.670 33.532 2.233 1.00136.45 C \ ANISOU27056 C VAL J 405 16421 20288 16808 -637 -1197 -1363 C \ ATOM 27057 O VAL J 405 26.572 33.831 3.426 1.00138.03 O \ ANISOU27057 O VAL J 405 16315 20059 16898 -592 -1228 -1252 O \ ATOM 27058 CB VAL J 405 28.188 31.703 1.290 1.00138.33 C \ ANISOU27058 CB VAL J 405 16363 19439 16558 -502 -1074 -1624 C \ ATOM 27059 CG1 VAL J 405 29.302 32.222 2.198 1.00139.28 C \ ANISOU27059 CG1 VAL J 405 16333 19241 16447 -463 -1042 -1695 C \ ATOM 27060 CG2 VAL J 405 28.301 30.193 1.133 1.00139.19 C \ ANISOU27060 CG2 VAL J 405 16441 19243 16585 -414 -1057 -1678 C \ ATOM 27061 N ASN J 406 26.667 34.437 1.254 1.00135.49 N \ ANISOU27061 N ASN J 406 16428 19264 16669 -410 -1084 -1630 N \ ATOM 27062 CA ASN J 406 26.516 35.873 1.519 1.00135.33 C \ ANISOU27062 CA ASN J 406 16295 19137 16356 -482 -1005 -1747 C \ ATOM 27063 C ASN J 406 25.076 36.357 1.650 1.00134.22 C \ ANISOU27063 C ASN J 406 16359 19161 16453 -485 -1009 -1726 C \ ATOM 27064 O ASN J 406 24.846 37.540 1.910 1.00133.51 O \ ANISOU27064 O ASN J 406 16538 19187 16593 -447 -993 -1756 O \ ATOM 27065 CB ASN J 406 27.225 36.674 0.439 1.00135.61 C \ ANISOU27065 CB ASN J 406 16425 19287 16500 -534 -989 -1746 C \ ATOM 27066 CG ASN J 406 28.716 36.574 0.555 1.00136.77 C \ ANISOU27066 CG ASN J 406 16606 19296 16685 -381 -1038 -1716 C \ ATOM 27067 OD1 ASN J 406 29.315 37.244 1.392 1.00138.39 O \ ANISOU27067 OD1 ASN J 406 16600 19214 16685 -344 -1047 -1713 O \ ATOM 27068 ND2 ASN J 406 29.327 35.736 -0.273 1.00137.18 N \ ANISOU27068 ND2 ASN J 406 16675 19200 16709 -343 -1021 -1741 N \ ATOM 27069 N GLN J 407 24.128 35.436 1.475 1.00134.06 N \ ANISOU27069 N GLN J 407 16628 19095 16604 -339 -995 -1760 N \ ATOM 27070 CA GLN J 407 22.683 35.693 1.556 1.00136.17 C \ ANISOU27070 CA GLN J 407 16608 19202 16665 -312 -1052 -1712 C \ ATOM 27071 C GLN J 407 22.220 36.815 0.621 1.00137.08 C \ ANISOU27071 C GLN J 407 16657 19212 16717 -282 -1062 -1708 C \ ATOM 27072 O GLN J 407 21.786 37.889 1.055 1.00137.43 O \ ANISOU27072 O GLN J 407 16716 19331 16871 -280 -1091 -1688 O \ ATOM 27073 CB GLN J 407 22.243 35.950 3.004 1.00138.23 C \ ANISOU27073 CB GLN J 407 16761 19281 16773 -253 -1057 -1706 C \ ATOM 27074 CG GLN J 407 22.128 34.689 3.854 1.00139.57 C \ ANISOU27074 CG GLN J 407 16857 19382 16935 -351 -1026 -1744 C \ ATOM 27075 CD GLN J 407 20.884 33.882 3.540 1.00139.92 C \ ANISOU27075 CD GLN J 407 17189 19660 17228 -359 -1005 -1770 C \ ATOM 27076 OE1 GLN J 407 19.782 34.246 3.942 1.00140.85 O \ ANISOU27076 OE1 GLN J 407 17587 20047 17608 -339 -1008 -1777 O \ ATOM 27077 NE2 GLN J 407 21.056 32.777 2.827 1.00140.21 N \ ANISOU27077 NE2 GLN J 407 17692 20193 17782 -340 -1019 -1793 N \ ATOM 27078 N LEU J 408 22.317 36.543 -0.678 1.00137.81 N \ ANISOU27078 N LEU J 408 17067 19570 17185 -383 -1005 -1777 N \ ATOM 27079 CA LEU J 408 21.875 37.493 -1.699 1.00136.92 C \ ANISOU27079 CA LEU J 408 17044 19506 17118 -404 -980 -1804 C \ ATOM 27080 C LEU J 408 21.422 36.760 -2.957 1.00137.57 C \ ANISOU27080 C LEU J 408 17049 19550 17204 -431 -979 -1802 C \ ATOM 27081 O LEU J 408 21.655 35.554 -3.114 1.00137.82 O \ ANISOU27081 O LEU J 408 16861 19393 17008 -449 -980 -1781 O \ ATOM 27082 CB LEU J 408 22.978 38.510 -2.015 1.00136.31 C \ ANISOU27082 CB LEU J 408 17214 19728 17452 -440 -975 -1825 C \ ATOM 27083 CG LEU J 408 24.260 38.020 -2.706 1.00136.79 C \ ANISOU27083 CG LEU J 408 17942 20362 17888 -326 -997 -1764 C \ ATOM 27084 CD1 LEU J 408 24.255 38.367 -4.185 1.00137.70 C \ ANISOU27084 CD1 LEU J 408 18274 20715 18195 -312 -1005 -1753 C \ ATOM 27085 CD2 LEU J 408 25.509 38.606 -2.079 1.00137.42 C \ ANISOU27085 CD2 LEU J 408 18929 21403 18826 -338 -994 -1772 C \ ATOM 27086 N LEU J 409 20.749 37.508 -3.828 1.00138.41 N \ ANISOU27086 N LEU J 409 18835 21283 18710 -358 -976 -1778 N \ ATOM 27087 CA LEU J 409 20.284 37.024 -5.125 1.00138.17 C \ ANISOU27087 CA LEU J 409 18199 20602 18081 -288 -999 -1711 C \ ATOM 27088 C LEU J 409 21.056 37.745 -6.232 1.00138.40 C \ ANISOU27088 C LEU J 409 18133 20536 18040 -264 -1011 -1704 C \ ATOM 27089 O LEU J 409 20.944 38.972 -6.407 1.00137.72 O \ ANISOU27089 O LEU J 409 18239 20586 18146 -251 -988 -1691 O \ ATOM 27090 CB LEU J 409 18.784 37.263 -5.265 1.00138.11 C \ ANISOU27090 CB LEU J 409 18098 20550 18009 -245 -1034 -1689 C \ ATOM 27091 CG LEU J 409 18.114 36.747 -6.534 1.00138.41 C \ ANISOU27091 CG LEU J 409 22029 20238 20600 556 1693 -983 C \ ATOM 27092 CD1 LEU J 409 17.822 35.257 -6.446 1.00139.28 C \ ANISOU27092 CD1 LEU J 409 22669 21019 21237 553 1561 -1012 C \ ATOM 27093 CD2 LEU J 409 16.836 37.530 -6.775 1.00139.01 C \ ANISOU27093 CD2 LEU J 409 23271 21638 21864 500 1545 -1014 C \ ATOM 27094 N GLU J 410 21.859 36.956 -6.939 1.00139.95 N \ ANISOU27094 N GLU J 410 23452 21740 22219 492 1572 -973 N \ ATOM 27095 CA GLU J 410 22.712 37.409 -8.025 1.00142.33 C \ ANISOU27095 CA GLU J 410 22723 21089 21477 604 1483 -987 C \ ATOM 27096 C GLU J 410 21.902 37.185 -9.297 1.00145.40 C \ ANISOU27096 C GLU J 410 22990 21478 21642 637 1385 -1025 C \ ATOM 27097 O GLU J 410 21.761 36.057 -9.775 1.00146.52 O \ ANISOU27097 O GLU J 410 23340 21941 21850 613 1323 -1067 O \ ATOM 27098 CB GLU J 410 24.010 36.581 -8.025 1.00141.66 C \ ANISOU27098 CB GLU J 410 23098 21567 21814 688 1372 -1010 C \ ATOM 27099 CG GLU J 410 25.224 37.228 -8.673 1.00141.25 C \ ANISOU27099 CG GLU J 410 24078 22546 22498 464 1502 -1060 C \ ATOM 27100 CD GLU J 410 26.553 36.649 -8.168 1.00141.61 C \ ANISOU27100 CD GLU J 410 24883 23369 23292 408 1490 -1067 C \ ATOM 27101 OE1 GLU J 410 26.973 37.041 -7.065 1.00140.19 O \ ANISOU27101 OE1 GLU J 410 25391 24028 23692 391 1383 -1112 O \ ATOM 27102 OE2 GLU J 410 27.203 35.824 -8.858 1.00143.16 O \ ANISOU27102 OE2 GLU J 410 25344 24011 23715 371 1325 -1109 O \ ATOM 27103 N LEU J 411 21.332 38.266 -9.814 1.00147.90 N \ ANISOU27103 N LEU J 411 25145 23554 23430 361 1600 -1071 N \ ATOM 27104 CA LEU J 411 20.394 38.201 -10.930 1.00150.51 C \ ANISOU27104 CA LEU J 411 25388 23841 23592 300 1582 -1094 C \ ATOM 27105 C LEU J 411 21.086 38.139 -12.273 1.00155.70 C \ ANISOU27105 C LEU J 411 25536 24083 23533 265 1560 -1142 C \ ATOM 27106 O LEU J 411 22.174 38.701 -12.442 1.00154.84 O \ ANISOU27106 O LEU J 411 25429 23848 23736 268 1581 -1074 O \ ATOM 27107 CB LEU J 411 19.466 39.404 -10.905 1.00149.71 C \ ANISOU27107 CB LEU J 411 25557 24122 23529 212 1549 -1151 C \ ATOM 27108 CG LEU J 411 18.373 39.273 -9.858 1.00149.26 C \ ANISOU27108 CG LEU J 411 25550 24037 23704 214 1561 -1111 C \ ATOM 27109 CD1 LEU J 411 18.042 40.640 -9.295 1.00149.95 C \ ANISOU27109 CD1 LEU J 411 26063 24790 24195 401 1358 -1151 C \ ATOM 27110 CD2 LEU J 411 17.161 38.583 -10.464 1.00149.12 C \ ANISOU27110 CD2 LEU J 411 26588 25463 24600 384 1270 -1195 C \ ATOM 27111 N ASP J 412 20.427 37.485 -13.236 1.00165.46 N \ ANISOU27111 N ASP J 412 26629 25567 24755 413 1160 -1191 N \ ATOM 27112 CA ASP J 412 21.058 37.245 -14.539 1.00170.88 C \ ANISOU27112 CA ASP J 412 26545 25527 24694 465 1103 -1195 C \ ATOM 27113 C ASP J 412 20.998 38.527 -15.362 1.00175.74 C \ ANISOU27113 C ASP J 412 26844 25798 24681 401 1263 -1232 C \ ATOM 27114 O ASP J 412 19.917 39.026 -15.664 1.00177.42 O \ ANISOU27114 O ASP J 412 26997 25901 24682 365 1356 -1245 O \ ATOM 27115 CB ASP J 412 20.387 36.082 -15.284 1.00171.84 C \ ANISOU27115 CB ASP J 412 27144 26087 24722 295 1364 -1268 C \ ATOM 27116 CG ASP J 412 21.367 34.997 -15.674 1.00174.00 C \ ANISOU27116 CG ASP J 412 27185 26257 24686 278 1292 -1301 C \ ATOM 27117 OD1 ASP J 412 22.453 35.309 -16.215 1.00176.68 O \ ANISOU27117 OD1 ASP J 412 27230 26057 24803 256 1454 -1251 O \ ATOM 27118 OD2 ASP J 412 21.046 33.820 -15.423 1.00174.97 O \ ANISOU27118 OD2 ASP J 412 26702 25635 24891 379 1132 -1183 O \ ATOM 27119 N HIS J 413 22.166 39.069 -15.696 1.00181.93 N \ ANISOU27119 N HIS J 413 26834 25812 25116 398 1028 -1180 N \ ATOM 27120 CA HIS J 413 22.264 40.355 -16.408 1.00188.30 C \ ANISOU27120 CA HIS J 413 26746 25813 24917 351 983 -1213 C \ ATOM 27121 C HIS J 413 23.401 40.380 -17.437 1.00192.42 C \ ANISOU27121 C HIS J 413 27032 26063 25176 298 1032 -1211 C \ ATOM 27122 O HIS J 413 23.223 40.885 -18.550 1.00192.32 O \ ANISOU27122 O HIS J 413 27073 25936 25572 406 1033 -1130 O \ ATOM 27123 CB HIS J 413 22.428 41.508 -15.404 1.00189.84 C \ ANISOU27123 CB HIS J 413 27204 26092 25814 438 919 -1121 C \ ATOM 27124 CG HIS J 413 22.949 42.773 -16.015 1.00191.66 C \ ANISOU27124 CG HIS J 413 27180 25968 25987 430 910 -1076 C \ ATOM 27125 ND1 HIS J 413 24.270 43.155 -15.915 1.00192.53 N \ ANISOU27125 ND1 HIS J 413 27083 25897 25966 456 786 -1073 N \ ATOM 27126 CD2 HIS J 413 22.335 43.729 -16.751 1.00192.17 C \ ANISOU27126 CD2 HIS J 413 27063 25779 26150 451 766 -1028 C \ ATOM 27127 CE1 HIS J 413 24.445 44.300 -16.550 1.00192.68 C \ ANISOU27127 CE1 HIS J 413 26489 25666 24594 372 893 -1241 C \ ATOM 27128 NE2 HIS J 413 23.286 44.670 -17.067 1.00192.90 N \ ANISOU27128 NE2 HIS J 413 26269 25534 24279 335 842 -1271 N \ ATOM 27129 N GLN J 414 24.556 39.833 -17.058 1.00197.52 N \ ANISOU27129 N GLN J 414 25809 25102 23887 369 734 -1268 N \ ATOM 27130 CA GLN J 414 25.766 39.866 -17.886 1.00201.74 C \ ANISOU27130 CA GLN J 414 26025 25250 24245 411 703 -1238 C \ ATOM 27131 C GLN J 414 25.562 39.246 -19.277 1.00202.53 C \ ANISOU27131 C GLN J 414 26518 25904 24335 319 850 -1315 C \ ATOM 27132 O GLN J 414 25.685 38.028 -19.463 1.00202.05 O \ ANISOU27132 O GLN J 414 26826 26292 24597 377 804 -1333 O \ ATOM 27133 CB GLN J 414 26.929 39.181 -17.152 1.00203.51 C \ ANISOU27133 CB GLN J 414 26993 26603 24591 360 781 -1378 C \ ATOM 27134 CG GLN J 414 27.374 39.880 -15.868 1.00204.18 C \ ANISOU27134 CG GLN J 414 26974 26659 24527 417 742 -1394 C \ ATOM 27135 CD GLN J 414 28.023 41.229 -16.121 1.00205.17 C \ ANISOU27135 CD GLN J 414 26909 26718 24322 416 728 -1430 C \ ATOM 27136 OE1 GLN J 414 29.003 41.332 -16.864 1.00205.63 O \ ANISOU27136 OE1 GLN J 414 26923 26800 24229 359 748 -1454 O \ ATOM 27137 NE2 GLN J 414 27.484 42.272 -15.497 1.00205.53 N \ ANISOU27137 NE2 GLN J 414 26841 26706 24226 473 693 -1441 N \ ATOM 27138 N LYS J 415 25.244 40.115 -20.237 1.00203.26 N \ ANISOU27138 N LYS J 415 25159 24543 23133 350 678 -1298 N \ ATOM 27139 CA LYS J 415 25.049 39.738 -21.628 1.00204.66 C \ ANISOU27139 CA LYS J 415 24597 24004 22605 381 576 -1299 C \ ATOM 27140 C LYS J 415 25.935 40.621 -22.512 1.00203.91 C \ ANISOU27140 C LYS J 415 23926 23394 21909 445 521 -1312 C \ ATOM 27141 O LYS J 415 25.872 41.848 -22.429 1.00206.01 O \ ANISOU27141 O LYS J 415 24012 23584 21880 456 472 -1344 O \ ATOM 27142 CB LYS J 415 23.576 39.914 -22.029 1.00206.82 C \ ANISOU27142 CB LYS J 415 23187 22586 21282 487 531 -1285 C \ ATOM 27143 CG LYS J 415 23.221 39.220 -23.339 1.00208.21 C \ ANISOU27143 CG LYS J 415 22799 22237 20883 551 482 -1293 C \ ATOM 27144 CD LYS J 415 21.921 39.719 -23.953 1.00208.28 C \ ANISOU27144 CD LYS J 415 22391 21806 20544 591 378 -1283 C \ ATOM 27145 CE LYS J 415 21.728 39.136 -25.346 1.00207.78 C \ ANISOU27145 CE LYS J 415 22193 21648 20319 644 326 -1293 C \ ATOM 27146 NZ LYS J 415 20.432 39.535 -25.959 1.00207.90 N \ ANISOU27146 NZ LYS J 415 21880 21227 20117 567 345 -1263 N \ ATOM 27147 N ARG J 416 26.759 39.988 -23.347 1.00202.00 N \ ANISOU27147 N ARG J 416 21380 20689 19675 599 240 -1253 N \ ATOM 27148 CA ARG J 416 27.594 40.689 -24.332 1.00200.24 C \ ANISOU27148 CA ARG J 416 20950 20357 19091 611 173 -1291 C \ ATOM 27149 C ARG J 416 27.428 40.048 -25.723 1.00196.86 C \ ANISOU27149 C ARG J 416 20980 20374 19127 657 87 -1291 C \ ATOM 27150 O ARG J 416 26.476 39.295 -25.947 1.00198.77 O \ ANISOU27150 O ARG J 416 21301 20510 19716 564 226 -1223 O \ ATOM 27151 CB ARG J 416 29.059 40.687 -23.875 1.00202.02 C \ ANISOU27151 CB ARG J 416 20515 20014 18516 571 212 -1323 C \ ATOM 27152 CG ARG J 416 29.679 39.304 -23.728 1.00204.54 C \ ANISOU27152 CG ARG J 416 20241 19838 18096 580 161 -1358 C \ ATOM 27153 CD ARG J 416 31.197 39.361 -23.796 1.00205.78 C \ ANISOU27153 CD ARG J 416 20098 19782 17875 634 143 -1380 C \ ATOM 27154 NE ARG J 416 31.801 38.048 -23.572 1.00205.71 N \ ANISOU27154 NE ARG J 416 20097 19809 17820 676 70 -1393 N \ ATOM 27155 CZ ARG J 416 33.099 37.833 -23.370 1.00205.16 C \ ANISOU27155 CZ ARG J 416 20219 19897 17955 521 214 -1384 C \ ATOM 27156 NH1 ARG J 416 33.966 38.844 -23.368 1.00205.17 N \ ANISOU27156 NH1 ARG J 416 20308 20086 17907 535 162 -1417 N \ ATOM 27157 NH2 ARG J 416 33.536 36.594 -23.168 1.00204.69 N \ ANISOU27157 NH2 ARG J 416 20470 20338 17953 477 209 -1443 N \ ATOM 27158 N GLY J 417 28.331 40.355 -26.654 1.00191.70 N \ ANISOU27158 N GLY J 417 20555 20348 18069 428 207 -1430 N \ ATOM 27159 CA GLY J 417 28.293 39.780 -28.000 1.00187.41 C \ ANISOU27159 CA GLY J 417 20353 20118 17840 432 142 -1432 C \ ATOM 27160 C GLY J 417 28.723 38.325 -28.051 1.00182.21 C \ ANISOU27160 C GLY J 417 20290 20094 17714 482 75 -1446 C \ ATOM 27161 O GLY J 417 29.768 37.998 -28.623 1.00182.86 O \ ANISOU27161 O GLY J 417 20381 20073 17898 386 145 -1418 O \ ATOM 27162 N GLY J 418 27.896 37.454 -27.474 1.00176.49 N \ ANISOU27162 N GLY J 418 19977 19700 17737 633 213 -1385 N \ ATOM 27163 CA GLY J 418 28.157 36.014 -27.437 1.00173.49 C \ ANISOU27163 CA GLY J 418 19927 19739 17606 680 207 -1407 C \ ATOM 27164 C GLY J 418 27.753 35.271 -28.702 1.00170.40 C \ ANISOU27164 C GLY J 418 20068 19821 17825 748 145 -1390 C \ ATOM 27165 O GLY J 418 28.088 34.092 -28.866 1.00168.87 O \ ANISOU27165 O GLY J 418 20354 20175 18034 797 106 -1410 O \ ATOM 27166 N ALA J 419 27.041 35.960 -29.598 1.00166.40 N \ ANISOU27166 N ALA J 419 19677 19522 17324 661 295 -1413 N \ ATOM 27167 CA ALA J 419 26.621 35.405 -30.894 1.00162.51 C \ ANISOU27167 CA ALA J 419 19551 19458 17108 594 353 -1432 C \ ATOM 27168 C ALA J 419 27.784 35.141 -31.862 1.00158.97 C \ ANISOU27168 C ALA J 419 19549 19586 16971 583 337 -1468 C \ ATOM 27169 O ALA J 419 27.714 34.234 -32.700 1.00159.18 O \ ANISOU27169 O ALA J 419 19580 19413 17190 543 423 -1414 O \ ATOM 27170 CB ALA J 419 25.605 36.335 -31.545 1.00161.94 C \ ANISOU27170 CB ALA J 419 19599 19692 16942 518 387 -1484 C \ ATOM 27171 N ARG J 420 28.841 35.941 -31.760 1.00155.40 N \ ANISOU27171 N ARG J 420 19624 19508 17147 480 474 -1432 N \ ATOM 27172 CA ARG J 420 29.991 35.777 -32.622 1.00153.12 C \ ANISOU27172 CA ARG J 420 19551 19565 16941 466 454 -1467 C \ ATOM 27173 C ARG J 420 30.799 34.533 -32.283 1.00152.01 C \ ANISOU27173 C ARG J 420 19407 19471 16713 402 502 -1484 C \ ATOM 27174 O ARG J 420 31.212 33.768 -33.169 1.00151.93 O \ ANISOU27174 O ARG J 420 19857 19484 17768 751 136 -1352 O \ ATOM 27175 CB ARG J 420 30.928 36.959 -32.516 1.00152.84 C \ ANISOU27175 CB ARG J 420 19688 19246 17689 810 70 -1332 C \ ATOM 27176 CG ARG J 420 32.080 36.713 -33.447 1.00153.44 C \ ANISOU27176 CG ARG J 420 19503 19051 17468 834 -30 -1340 C \ ATOM 27177 CD ARG J 420 33.079 37.815 -33.396 1.00154.66 C \ ANISOU27177 CD ARG J 420 19788 19340 17729 891 -92 -1345 C \ ATOM 27178 NE ARG J 420 32.539 38.972 -34.105 1.00155.21 N \ ANISOU27178 NE ARG J 420 19712 19139 17902 804 91 -1287 N \ ATOM 27179 CZ ARG J 420 32.529 39.113 -35.427 1.00153.47 C \ ANISOU27179 CZ ARG J 420 19920 19290 18171 752 99 -1271 C \ ATOM 27180 NH1 ARG J 420 33.044 38.178 -36.218 1.00152.91 N \ ANISOU27180 NH1 ARG J 420 19725 19148 17941 800 188 -1279 N \ ATOM 27181 NH2 ARG J 420 32.004 40.204 -35.965 1.00153.58 N \ ANISOU27181 NH2 ARG J 420 19192 18721 17145 791 -46 -1340 N \ ATOM 27182 N TYR J 421 31.070 34.380 -30.991 1.00151.11 N \ ANISOU27182 N TYR J 421 19013 18528 16906 808 -136 -1350 N \ ATOM 27183 CA TYR J 421 31.914 33.301 -30.494 1.00150.74 C \ ANISOU27183 CA TYR J 421 18935 18575 16651 832 -150 -1391 C \ ATOM 27184 C TYR J 421 31.279 31.937 -30.736 1.00151.90 C \ ANISOU27184 C TYR J 421 19090 18723 16756 882 -226 -1399 C \ ATOM 27185 O TYR J 421 31.993 30.932 -30.885 1.00154.14 O \ ANISOU27185 O TYR J 421 18999 18466 16910 753 -140 -1342 O \ ATOM 27186 CB TYR J 421 32.223 33.491 -29.007 1.00148.77 C \ ANISOU27186 CB TYR J 421 18744 18497 16369 799 -77 -1415 C \ ATOM 27187 CG TYR J 421 32.944 34.781 -28.710 1.00147.70 C \ ANISOU27187 CG TYR J 421 18850 18737 16320 821 -79 -1452 C \ ATOM 27188 CD1 TYR J 421 34.261 34.972 -29.108 1.00147.67 C \ ANISOU27188 CD1 TYR J 421 19399 19320 16854 887 -95 -1458 C \ ATOM 27189 CD2 TYR J 421 32.305 35.817 -28.046 1.00147.87 C \ ANISOU27189 CD2 TYR J 421 19820 19814 17170 929 -133 -1482 C \ ATOM 27190 CE1 TYR J 421 34.924 36.159 -28.848 1.00148.00 C \ ANISOU27190 CE1 TYR J 421 18488 18484 15882 768 1 -1474 C \ ATOM 27191 CE2 TYR J 421 32.961 37.007 -27.777 1.00148.12 C \ ANISOU27191 CE2 TYR J 421 18413 18418 15766 705 16 -1480 C \ ATOM 27192 CZ TYR J 421 34.274 37.174 -28.178 1.00147.54 C \ ANISOU27192 CZ TYR J 421 18445 18494 15790 642 106 -1485 C \ ATOM 27193 OH TYR J 421 34.939 38.350 -27.912 1.00146.31 O \ ANISOU27193 OH TYR J 421 18345 18441 15561 718 -18 -1510 O \ ATOM 27194 N THR J 422 29.947 31.894 -30.784 1.00150.31 N \ ANISOU27194 N THR J 422 19775 19641 17334 897 -63 -1437 N \ ATOM 27195 CA THR J 422 29.232 30.655 -31.108 1.00149.03 C \ ANISOU27195 CA THR J 422 20061 19937 17624 959 -77 -1437 C \ ATOM 27196 C THR J 422 29.359 30.323 -32.599 1.00147.45 C \ ANISOU27196 C THR J 422 20127 19929 17714 1017 -173 -1427 C \ ATOM 27197 O THR J 422 29.519 29.146 -32.966 1.00149.64 O \ ANISOU27197 O THR J 422 20234 20090 17737 1071 -209 -1446 O \ ATOM 27198 CB THR J 422 27.750 30.731 -30.702 1.00149.37 C \ ANISOU27198 CB THR J 422 20231 20039 17912 950 -18 -1410 C \ ATOM 27199 OG1 THR J 422 27.180 31.945 -31.201 1.00151.02 O \ ANISOU27199 OG1 THR J 422 20443 20302 18084 994 6 -1420 O \ ATOM 27200 CG2 THR J 422 27.612 30.690 -29.176 1.00149.53 C \ ANISOU27200 CG2 THR J 422 20714 20555 18358 1054 -50 -1419 C \ ATOM 27201 N ALA J 423 29.305 31.354 -33.442 1.00144.91 N \ ANISOU27201 N ALA J 423 20494 20404 18099 967 82 -1429 N \ ATOM 27202 CA ALA J 423 29.520 31.200 -34.881 1.00143.30 C \ ANISOU27202 CA ALA J 423 20020 19697 17722 1005 -215 -1398 C \ ATOM 27203 C ALA J 423 30.956 30.777 -35.190 1.00142.55 C \ ANISOU27203 C ALA J 423 20077 19670 17801 1055 -313 -1387 C \ ATOM 27204 O ALA J 423 31.176 29.879 -36.028 1.00143.62 O \ ANISOU27204 O ALA J 423 19769 19403 17348 1069 -370 -1414 O \ ATOM 27205 CB ALA J 423 29.179 32.486 -35.612 1.00143.11 C \ ANISOU27205 CB ALA J 423 19974 19584 17501 1126 -442 -1420 C \ ATOM 27206 N LEU J 424 31.920 31.410 -34.514 1.00141.10 N \ ANISOU27206 N LEU J 424 20416 19863 18305 1037 -350 -1347 N \ ATOM 27207 CA LEU J 424 33.341 31.002 -34.622 1.00141.88 C \ ANISOU27207 CA LEU J 424 20924 20276 18880 1095 -434 -1328 C \ ATOM 27208 C LEU J 424 33.607 29.585 -34.085 1.00146.27 C \ ANISOU27208 C LEU J 424 21293 20508 19353 1087 -516 -1299 C \ ATOM 27209 O LEU J 424 34.505 28.877 -34.580 1.00149.50 O \ ANISOU27209 O LEU J 424 21452 20595 19502 1149 -618 -1294 O \ ATOM 27210 CB LEU J 424 34.243 31.976 -33.870 1.00139.11 C \ ANISOU27210 CB LEU J 424 21553 20566 19662 1144 -715 -1273 C \ ATOM 27211 CG LEU J 424 34.473 33.330 -34.526 1.00138.43 C \ ANISOU27211 CG LEU J 424 19211 18902 16722 1019 -338 -1429 C \ ATOM 27212 CD1 LEU J 424 34.719 34.403 -33.474 1.00138.78 C \ ANISOU27212 CD1 LEU J 424 19016 18759 16379 1028 -374 -1457 C \ ATOM 27213 CD2 LEU J 424 35.625 33.261 -35.520 1.00137.78 C \ ANISOU27213 CD2 LEU J 424 19109 18978 16347 1075 -363 -1487 C \ ATOM 27214 N ASP J 425 32.837 29.196 -33.064 1.00149.37 N \ ANISOU27214 N ASP J 425 19109 18984 16247 1122 -419 -1502 N \ ATOM 27215 CA ASP J 425 32.890 27.844 -32.489 1.00151.66 C \ ANISOU27215 CA ASP J 425 18758 18542 16081 959 -329 -1466 C \ ATOM 27216 C ASP J 425 32.438 26.777 -33.500 1.00152.05 C \ ANISOU27216 C ASP J 425 18540 18359 15723 961 -363 -1489 C \ ATOM 27217 O ASP J 425 33.128 25.766 -33.705 1.00152.81 O \ ANISOU27217 O ASP J 425 18501 18278 15605 1014 -440 -1495 O \ ATOM 27218 CB ASP J 425 31.995 27.789 -31.241 1.00153.13 C \ ANISOU27218 CB ASP J 425 18351 18241 15455 907 -319 -1506 C \ ATOM 27219 CG ASP J 425 32.452 26.781 -30.229 1.00154.84 C \ ANISOU27219 CG ASP J 425 18442 18261 15421 998 -442 -1516 C \ ATOM 27220 OD1 ASP J 425 32.375 25.570 -30.521 1.00156.94 O \ ANISOU27220 OD1 ASP J 425 18306 18197 15287 931 -369 -1522 O \ ATOM 27221 OD2 ASP J 425 32.859 27.209 -29.126 1.00155.28 O \ ANISOU27221 OD2 ASP J 425 18370 18316 15491 839 -241 -1508 O \ ATOM 27222 N LYS J 426 31.285 27.004 -34.133 1.00151.18 N \ ANISOU27222 N LYS J 426 18191 18144 15072 891 -341 -1540 N \ ATOM 27223 CA LYS J 426 30.801 26.069 -35.152 1.00151.47 C \ ANISOU27223 CA LYS J 426 18342 18350 15365 797 -218 -1527 C \ ATOM 27224 C LYS J 426 31.685 26.071 -36.411 1.00148.76 C \ ANISOU27224 C LYS J 426 18178 18191 15086 823 -267 -1542 C \ ATOM 27225 O LYS J 426 31.838 25.024 -37.081 1.00150.18 O \ ANISOU27225 O LYS J 426 19256 19218 16498 1065 -290 -1496 O \ ATOM 27226 CB LYS J 426 29.339 26.332 -35.533 1.00154.19 C \ ANISOU27226 CB LYS J 426 19415 19501 16555 1108 -275 -1522 C \ ATOM 27227 CG LYS J 426 28.626 25.041 -35.932 1.00158.13 C \ ANISOU27227 CG LYS J 426 19422 19456 16573 1184 -333 -1516 C \ ATOM 27228 CD LYS J 426 27.523 25.211 -36.974 1.00160.95 C \ ANISOU27228 CD LYS J 426 19382 19470 16427 1235 -367 -1536 C \ ATOM 27229 CE LYS J 426 27.277 23.899 -37.729 1.00162.00 C \ ANISOU27229 CE LYS J 426 19594 19773 16744 1077 -188 -1529 C \ ATOM 27230 NZ LYS J 426 26.421 24.032 -38.945 1.00162.61 N \ ANISOU27230 NZ LYS J 426 19751 19979 16880 1006 -136 -1537 N \ ATOM 27231 N TRP J 427 32.255 27.238 -36.732 1.00144.32 N \ ANISOU27231 N TRP J 427 19713 20021 16761 1121 -177 -1556 N \ ATOM 27232 CA TRP J 427 33.224 27.348 -37.837 1.00142.53 C \ ANISOU27232 CA TRP J 427 19621 19548 16901 1192 -343 -1487 C \ ATOM 27233 C TRP J 427 34.476 26.495 -37.558 1.00143.27 C \ ANISOU27233 C TRP J 427 19952 19815 17257 1260 -398 -1477 C \ ATOM 27234 O TRP J 427 35.010 25.821 -38.467 1.00143.02 O \ ANISOU27234 O TRP J 427 19756 19546 17007 1299 -492 -1479 O \ ATOM 27235 CB TRP J 427 33.589 28.827 -38.075 1.00140.49 C \ ANISOU27235 CB TRP J 427 19533 19342 16701 1362 -533 -1492 C \ ATOM 27236 CG TRP J 427 34.444 29.110 -39.305 1.00138.50 C \ ANISOU27236 CG TRP J 427 20400 20149 17873 1252 -390 -1441 C \ ATOM 27237 CD1 TRP J 427 34.640 28.294 -40.378 1.00137.87 C \ ANISOU27237 CD1 TRP J 427 20932 20704 18423 1293 -361 -1440 C \ ATOM 27238 CD2 TRP J 427 35.175 30.313 -39.584 1.00136.99 C \ ANISOU27238 CD2 TRP J 427 21116 20983 18566 1279 -289 -1454 C \ ATOM 27239 NE1 TRP J 427 35.463 28.900 -41.293 1.00137.19 N \ ANISOU27239 NE1 TRP J 427 21231 20909 18782 1342 -419 -1421 N \ ATOM 27240 CE2 TRP J 427 35.805 30.141 -40.832 1.00136.31 C \ ANISOU27240 CE2 TRP J 427 19816 19516 17109 1264 -528 -1464 C \ ATOM 27241 CE3 TRP J 427 35.358 31.515 -38.899 1.00137.33 C \ ANISOU27241 CE3 TRP J 427 19815 19427 17050 1295 -620 -1464 C \ ATOM 27242 CZ2 TRP J 427 36.613 31.124 -41.410 1.00135.30 C \ ANISOU27242 CZ2 TRP J 427 19433 19136 16487 1317 -625 -1498 C \ ATOM 27243 CZ3 TRP J 427 36.158 32.496 -39.478 1.00137.01 C \ ANISOU27243 CZ3 TRP J 427 19330 18987 16299 1372 -693 -1505 C \ ATOM 27244 CH2 TRP J 427 36.775 32.290 -40.723 1.00135.43 C \ ANISOU27244 CH2 TRP J 427 20041 19532 17363 1248 -655 -1439 C \ ATOM 27245 N THR J 428 34.922 26.516 -36.297 1.00144.68 N \ ANISOU27245 N THR J 428 20166 19531 17668 1247 -686 -1401 N \ ATOM 27246 CA THR J 428 36.072 25.715 -35.851 1.00146.00 C \ ANISOU27246 CA THR J 428 20412 19681 17918 1313 -777 -1391 C \ ATOM 27247 C THR J 428 35.783 24.207 -35.928 1.00145.95 C \ ANISOU27247 C THR J 428 20291 19532 17673 1350 -843 -1407 C \ ATOM 27248 O THR J 428 36.604 23.434 -36.444 1.00145.49 O \ ANISOU27248 O THR J 428 20534 19745 18180 1326 -778 -1365 O \ ATOM 27249 CB THR J 428 36.491 26.103 -34.411 1.00147.68 C \ ANISOU27249 CB THR J 428 19097 18925 16094 1275 -554 -1517 C \ ATOM 27250 OG1 THR J 428 36.829 27.497 -34.356 1.00149.00 O \ ANISOU27250 OG1 THR J 428 18984 18920 15821 1295 -545 -1549 O \ ATOM 27251 CG2 THR J 428 37.691 25.297 -33.952 1.00148.69 C \ ANISOU27251 CG2 THR J 428 18896 18922 15663 1360 -540 -1567 C \ ATOM 27252 N ASN J 429 34.615 23.801 -35.432 1.00147.57 N \ ANISOU27252 N ASN J 429 19089 19151 15731 1404 -566 -1586 N \ ATOM 27253 CA ASN J 429 34.203 22.386 -35.451 1.00150.09 C \ ANISOU27253 CA ASN J 429 18927 18982 15732 1231 -468 -1564 C \ ATOM 27254 C ASN J 429 34.120 21.831 -36.876 1.00148.20 C \ ANISOU27254 C ASN J 429 19030 19030 15812 1182 -481 -1561 C \ ATOM 27255 O ASN J 429 34.643 20.742 -37.168 1.00146.27 O \ ANISOU27255 O ASN J 429 19017 19127 15798 1112 -397 -1571 O \ ATOM 27256 CB ASN J 429 32.839 22.203 -34.754 1.00153.76 C \ ANISOU27256 CB ASN J 429 19206 19189 15847 1220 -531 -1576 C \ ATOM 27257 CG ASN J 429 32.887 21.192 -33.617 1.00158.07 C \ ANISOU27257 CG ASN J 429 18656 18715 15500 1366 -503 -1560 C \ ATOM 27258 OD1 ASN J 429 33.540 21.430 -32.593 1.00159.67 O \ ANISOU27258 OD1 ASN J 429 18585 18716 15376 1429 -501 -1574 O \ ATOM 27259 ND2 ASN J 429 32.173 20.070 -33.772 1.00160.34 N \ ANISOU27259 ND2 ASN J 429 18534 18557 15296 1500 -586 -1568 N \ ATOM 27260 N GLN J 430 33.454 22.586 -37.754 1.00148.55 N \ ANISOU27260 N GLN J 430 18657 18726 15299 1555 -610 -1587 N \ ATOM 27261 CA GLN J 430 33.313 22.194 -39.165 1.00148.16 C \ ANISOU27261 CA GLN J 430 18636 18792 15520 1419 -449 -1564 C \ ATOM 27262 C GLN J 430 34.640 22.178 -39.934 1.00144.91 C \ ANISOU27262 C GLN J 430 18707 18950 15528 1480 -441 -1580 C \ ATOM 27263 O GLN J 430 34.849 21.309 -40.794 1.00143.75 O \ ANISOU27263 O GLN J 430 18747 19124 15466 1492 -415 -1606 O \ ATOM 27264 CB GLN J 430 32.286 23.086 -39.879 1.00149.85 C \ ANISOU27264 CB GLN J 430 18697 18866 15583 1519 -462 -1564 C \ ATOM 27265 CG GLN J 430 30.843 22.751 -39.528 1.00150.98 C \ ANISOU27265 CG GLN J 430 18381 18259 15255 1498 -631 -1539 C \ ATOM 27266 CD GLN J 430 30.408 21.368 -40.028 1.00152.69 C \ ANISOU27266 CD GLN J 430 18275 18028 15138 1558 -719 -1529 C \ ATOM 27267 OE1 GLN J 430 30.864 20.880 -41.070 1.00151.33 O \ ANISOU27267 OE1 GLN J 430 18027 17726 14767 1578 -781 -1540 O \ ATOM 27268 NE2 GLN J 430 29.511 20.736 -39.282 1.00153.86 N \ ANISOU27268 NE2 GLN J 430 17832 17489 14483 1643 -837 -1548 N \ ATOM 27269 N LEU J 431 35.529 23.124 -39.626 1.00142.43 N \ ANISOU27269 N LEU J 431 18372 17980 15399 1539 -754 -1493 N \ ATOM 27270 CA LEU J 431 36.883 23.106 -40.198 1.00141.41 C \ ANISOU27270 CA LEU J 431 18585 18138 15683 1475 -752 -1478 C \ ATOM 27271 C LEU J 431 37.727 21.919 -39.728 1.00140.76 C \ ANISOU27271 C LEU J 431 17923 17618 14653 1523 -770 -1541 C \ ATOM 27272 O LEU J 431 38.566 21.418 -40.496 1.00142.05 O \ ANISOU27272 O LEU J 431 18083 17725 14687 1537 -820 -1551 O \ ATOM 27273 CB LEU J 431 37.637 24.395 -39.888 1.00141.18 C \ ANISOU27273 CB LEU J 431 18297 18063 14741 1578 -791 -1583 C \ ATOM 27274 CG LEU J 431 37.449 25.519 -40.896 1.00141.79 C \ ANISOU27274 CG LEU J 431 18609 18316 14938 1634 -846 -1591 C \ ATOM 27275 CD1 LEU J 431 38.012 26.804 -40.308 1.00141.97 C \ ANISOU27275 CD1 LEU J 431 18109 17724 14736 1466 -805 -1545 C \ ATOM 27276 CD2 LEU J 431 38.090 25.198 -42.242 1.00142.76 C \ ANISOU27276 CD2 LEU J 431 18213 17740 14717 1475 -863 -1551 C \ ATOM 27277 N ASN J 432 37.515 21.493 -38.477 1.00139.15 N \ ANISOU27277 N ASN J 432 18209 17537 14762 1489 -965 -1526 N \ ATOM 27278 CA ASN J 432 38.183 20.307 -37.929 1.00138.64 C \ ANISOU27278 CA ASN J 432 18261 17839 14740 1409 -814 -1558 C \ ATOM 27279 C ASN J 432 37.799 19.040 -38.695 1.00137.88 C \ ANISOU27279 C ASN J 432 18443 18376 14877 1550 -706 -1599 C \ ATOM 27280 O ASN J 432 38.663 18.326 -39.239 1.00138.66 O \ ANISOU27280 O ASN J 432 18763 18830 15060 1588 -675 -1627 O \ ATOM 27281 CB ASN J 432 37.842 20.128 -36.446 1.00139.36 C \ ANISOU27281 CB ASN J 432 18822 18899 15070 1671 -702 -1634 C \ ATOM 27282 CG ASN J 432 38.640 19.007 -35.796 1.00139.98 C \ ANISOU27282 CG ASN J 432 18783 18884 14902 1725 -718 -1651 C \ ATOM 27283 OD1 ASN J 432 39.875 19.032 -35.784 1.00140.38 O \ ANISOU27283 OD1 ASN J 432 18929 19173 15232 1535 -583 -1642 O \ ATOM 27284 ND2 ASN J 432 37.938 18.020 -35.243 1.00139.88 N \ ANISOU27284 ND2 ASN J 432 19134 19505 15469 1555 -535 -1651 N \ ATOM 27285 N SER J 433 36.493 18.786 -38.750 1.00136.59 N \ ANISOU27285 N SER J 433 19324 19787 15575 1609 -528 -1668 N \ ATOM 27286 CA SER J 433 35.940 17.637 -39.478 1.00135.39 C \ ANISOU27286 CA SER J 433 19114 19493 15565 1508 -498 -1638 C \ ATOM 27287 C SER J 433 36.280 17.658 -40.980 1.00132.97 C \ ANISOU27287 C SER J 433 18992 19040 15342 1682 -707 -1620 C \ ATOM 27288 O SER J 433 36.539 16.605 -41.579 1.00131.08 O \ ANISOU27288 O SER J 433 19293 19319 15608 1760 -743 -1623 O \ ATOM 27289 CB SER J 433 34.417 17.561 -39.271 1.00136.21 C \ ANISOU27289 CB SER J 433 19477 19343 15720 1811 -835 -1617 C \ ATOM 27290 OG SER J 433 33.770 18.765 -39.668 1.00137.93 O \ ANISOU27290 OG SER J 433 19408 19282 15535 1880 -859 -1631 O \ ATOM 27291 N LEU J 434 36.281 18.855 -41.575 1.00132.11 N \ ANISOU27291 N LEU J 434 19341 19338 15788 1756 -735 -1605 N \ ATOM 27292 CA LEU J 434 36.636 19.009 -42.986 1.00132.90 C \ ANISOU27292 CA LEU J 434 19257 19410 15736 1736 -652 -1615 C \ ATOM 27293 C LEU J 434 38.092 18.679 -43.260 1.00134.50 C \ ANISOU27293 C LEU J 434 19380 19487 15976 1738 -643 -1596 C \ ATOM 27294 O LEU J 434 38.385 17.928 -44.200 1.00136.50 O \ ANISOU27294 O LEU J 434 19439 19449 16156 1696 -649 -1572 O \ ATOM 27295 CB LEU J 434 36.350 20.427 -43.483 1.00133.10 C \ ANISOU27295 CB LEU J 434 19474 19651 16037 1788 -627 -1606 C \ ATOM 27296 CG LEU J 434 36.512 20.659 -45.001 1.00133.36 C \ ANISOU27296 CG LEU J 434 19653 19371 15964 1777 -887 -1595 C \ ATOM 27297 CD1 LEU J 434 35.264 20.252 -45.785 1.00132.94 C \ ANISOU27297 CD1 LEU J 434 19910 19457 16157 1816 -982 -1588 C \ ATOM 27298 CD2 LEU J 434 36.864 22.105 -45.307 1.00133.81 C \ ANISOU27298 CD2 LEU J 434 20000 19544 16076 1834 -993 -1607 C \ ATOM 27299 N ASN J 435 39.004 19.242 -42.468 1.00136.06 N \ ANISOU27299 N ASN J 435 20000 19440 15967 1893 -1059 -1610 N \ ATOM 27300 CA ASN J 435 40.439 18.969 -42.684 1.00138.58 C \ ANISOU27300 CA ASN J 435 20063 19460 16438 1769 -1034 -1558 C \ ATOM 27301 C ASN J 435 40.779 17.480 -42.456 1.00138.94 C \ ANISOU27301 C ASN J 435 19989 19639 16041 1785 -930 -1618 C \ ATOM 27302 O ASN J 435 41.605 16.908 -43.175 1.00138.36 O \ ANISOU27302 O ASN J 435 20266 19930 16156 1800 -925 -1637 O \ ATOM 27303 CB ASN J 435 41.350 19.954 -41.900 1.00140.37 C \ ANISOU27303 CB ASN J 435 20685 20469 16458 1868 -892 -1660 C \ ATOM 27304 CG ASN J 435 41.888 19.395 -40.572 1.00142.41 C \ ANISOU27304 CG ASN J 435 20818 20545 16447 1921 -924 -1670 C \ ATOM 27305 OD1 ASN J 435 42.864 18.640 -40.547 1.00143.93 O \ ANISOU27305 OD1 ASN J 435 20212 19958 16118 1723 -864 -1641 O \ ATOM 27306 ND2 ASN J 435 41.298 19.837 -39.461 1.00142.58 N \ ANISOU27306 ND2 ASN J 435 20310 20107 16052 1741 -838 -1662 N \ ATOM 27307 N GLN J 436 40.098 16.850 -41.499 1.00140.48 N \ ANISOU27307 N GLN J 436 20245 19847 16237 1666 -908 -1618 N \ ATOM 27308 CA GLN J 436 40.198 15.398 -41.310 1.00142.70 C \ ANISOU27308 CA GLN J 436 21116 21060 16948 1867 -829 -1668 C \ ATOM 27309 C GLN J 436 39.739 14.626 -42.556 1.00143.55 C \ ANISOU27309 C GLN J 436 21496 21561 17234 1933 -798 -1688 C \ ATOM 27310 O GLN J 436 40.407 13.683 -43.000 1.00142.72 O \ ANISOU27310 O GLN J 436 21755 21712 17449 2014 -865 -1684 O \ ATOM 27311 CB GLN J 436 39.366 14.950 -40.108 1.00143.36 C \ ANISOU27311 CB GLN J 436 21967 21954 17537 2082 -867 -1699 C \ ATOM 27312 CG GLN J 436 40.021 15.204 -38.767 1.00143.19 C \ ANISOU27312 CG GLN J 436 21590 21851 17405 1907 -718 -1696 C \ ATOM 27313 CD GLN J 436 39.181 14.688 -37.616 1.00144.34 C \ ANISOU27313 CD GLN J 436 21795 22175 17530 1980 -695 -1714 C \ ATOM 27314 OE1 GLN J 436 38.044 15.124 -37.413 1.00144.87 O \ ANISOU27314 OE1 GLN J 436 21512 21885 17345 1832 -652 -1703 O \ ATOM 27315 NE2 GLN J 436 39.737 13.754 -36.853 1.00145.18 N \ ANISOU27315 NE2 GLN J 436 22005 21833 17800 2007 -919 -1663 N \ ATOM 27316 N ALA J 437 38.603 15.039 -43.115 1.00144.73 N \ ANISOU27316 N ALA J 437 22271 21975 18034 2078 -992 -1657 N \ ATOM 27317 CA ALA J 437 38.060 14.431 -44.337 1.00146.14 C \ ANISOU27317 CA ALA J 437 22541 22105 18147 2130 -1059 -1661 C \ ATOM 27318 C ALA J 437 38.904 14.691 -45.597 1.00146.39 C \ ANISOU27318 C ALA J 437 22400 21901 17929 2202 -1102 -1664 C \ ATOM 27319 O ALA J 437 38.941 13.852 -46.496 1.00145.83 O \ ANISOU27319 O ALA J 437 22278 21853 18191 2048 -1041 -1629 O \ ATOM 27320 CB ALA J 437 36.630 14.906 -44.561 1.00147.29 C \ ANISOU27320 CB ALA J 437 22061 21741 18111 2013 -982 -1623 C \ ATOM 27321 N VAL J 438 39.560 15.851 -45.667 1.00146.52 N \ ANISOU27321 N VAL J 438 22842 22349 18394 2094 -1069 -1661 N \ ATOM 27322 CA VAL J 438 40.467 16.160 -46.780 1.00148.32 C \ ANISOU27322 CA VAL J 438 23276 22628 18670 2136 -1135 -1664 C \ ATOM 27323 C VAL J 438 41.756 15.322 -46.696 1.00151.63 C \ ANISOU27323 C VAL J 438 23377 22791 18602 2214 -1109 -1686 C \ ATOM 27324 O VAL J 438 42.229 14.803 -47.705 1.00152.15 O \ ANISOU27324 O VAL J 438 23617 22904 18733 2282 -1171 -1687 O \ ATOM 27325 CB VAL J 438 40.796 17.673 -46.843 1.00148.15 C \ ANISOU27325 CB VAL J 438 23541 22843 18906 2077 -1133 -1662 C \ ATOM 27326 CG1 VAL J 438 41.944 17.967 -47.809 1.00148.63 C \ ANISOU27326 CG1 VAL J 438 23843 23041 19354 2007 -1176 -1638 C \ ATOM 27327 CG2 VAL J 438 39.556 18.463 -47.241 1.00148.26 C \ ANISOU27327 CG2 VAL J 438 24220 23182 19700 2030 -1291 -1621 C \ ATOM 27328 N VAL J 439 42.321 15.182 -45.499 1.00155.61 N \ ANISOU27328 N VAL J 439 24330 23210 19992 1964 -1329 -1594 N \ ATOM 27329 CA VAL J 439 43.517 14.347 -45.311 1.00158.68 C \ ANISOU27329 CA VAL J 439 24696 23349 20317 1966 -1439 -1578 C \ ATOM 27330 C VAL J 439 43.185 12.851 -45.480 1.00160.33 C \ ANISOU27330 C VAL J 439 23235 22842 18441 2203 -1019 -1703 C \ ATOM 27331 O VAL J 439 44.041 12.074 -45.913 1.00161.76 O \ ANISOU27331 O VAL J 439 23166 22860 18230 2273 -980 -1723 O \ ATOM 27332 CB VAL J 439 44.192 14.631 -43.941 1.00160.14 C \ ANISOU27332 CB VAL J 439 23288 23075 18385 2329 -967 -1728 C \ ATOM 27333 CG1 VAL J 439 45.331 13.651 -43.659 1.00161.87 C \ ANISOU27333 CG1 VAL J 439 23123 23087 18315 2305 -902 -1732 C \ ATOM 27334 CG2 VAL J 439 44.706 16.070 -43.888 1.00159.87 C \ ANISOU27334 CG2 VAL J 439 22997 22866 18044 2233 -890 -1736 C \ ATOM 27335 N SER J 440 41.943 12.462 -45.162 1.00162.23 N \ ANISOU27335 N SER J 440 22981 22957 17891 2295 -837 -1754 N \ ATOM 27336 CA SER J 440 41.468 11.071 -45.350 1.00163.92 C \ ANISOU27336 CA SER J 440 23347 23147 18076 2350 -886 -1756 C \ ATOM 27337 C SER J 440 41.561 10.552 -46.793 1.00165.27 C \ ANISOU27337 C SER J 440 22774 22932 17712 2238 -748 -1763 C \ ATOM 27338 O SER J 440 41.650 9.344 -47.007 1.00163.79 O \ ANISOU27338 O SER J 440 23768 23426 18778 2404 -1030 -1727 O \ ATOM 27339 CB SER J 440 40.000 10.933 -44.895 1.00164.03 C \ ANISOU27339 CB SER J 440 23962 23667 18986 2466 -1032 -1730 C \ ATOM 27340 OG SER J 440 39.842 11.175 -43.508 1.00162.95 O \ ANISOU27340 OG SER J 440 23998 23705 19197 2429 -1046 -1715 O \ ATOM 27341 N LYS J 441 41.513 11.463 -47.768 1.00167.35 N \ ANISOU27341 N LYS J 441 23916 23736 19241 2361 -996 -1711 N \ ATOM 27342 CA LYS J 441 41.515 11.111 -49.199 1.00169.96 C \ ANISOU27342 CA LYS J 441 23695 23610 18676 2503 -950 -1749 C \ ATOM 27343 C LYS J 441 42.773 10.349 -49.630 1.00170.47 C \ ANISOU27343 C LYS J 441 24290 23878 19503 2465 -1108 -1705 C \ ATOM 27344 O LYS J 441 42.685 9.296 -50.270 1.00171.74 O \ ANISOU27344 O LYS J 441 30149 32055 28240 5919 1514 -3400 O \ ATOM 27345 CB LYS J 441 41.372 12.371 -50.063 1.00171.84 C \ ANISOU27345 CB LYS J 441 30346 32051 28210 5921 1660 -3404 C \ ATOM 27346 CG LYS J 441 40.031 13.084 -49.940 1.00174.34 C \ ANISOU27346 CG LYS J 441 30544 32107 28127 5855 1615 -3365 C \ ATOM 27347 CD LYS J 441 38.965 12.514 -50.857 1.00176.61 C \ ANISOU27347 CD LYS J 441 30649 32175 28172 5815 1719 -3357 C \ ATOM 27348 CE LYS J 441 37.603 13.098 -50.517 1.00177.74 C \ ANISOU27348 CE LYS J 441 30445 31974 28163 6004 1707 -3422 C \ ATOM 27349 NZ LYS J 441 36.652 12.999 -51.659 1.00179.93 N \ ANISOU27349 NZ LYS J 441 30310 31729 27853 6020 1566 -3402 N \ ATOM 27350 N LEU J 442 43.934 10.894 -49.276 1.00169.81 N \ ANISOU27350 N LEU J 442 30698 32182 28117 5847 1464 -3338 N \ ATOM 27351 CA LEU J 442 45.227 10.299 -49.611 1.00169.12 C \ ANISOU27351 CA LEU J 442 30737 32093 27890 5789 1403 -3300 C \ ATOM 27352 C LEU J 442 45.591 9.187 -48.620 1.00170.41 C \ ANISOU27352 C LEU J 442 30624 32130 27901 5710 1345 -3275 C \ ATOM 27353 O LEU J 442 46.068 9.458 -47.515 1.00169.83 O \ ANISOU27353 O LEU J 442 30511 31952 27649 5660 1378 -3248 O \ ATOM 27354 CB LEU J 442 46.304 11.390 -49.625 1.00168.20 C \ ANISOU27354 CB LEU J 442 30717 31941 27666 5806 1267 -3287 C \ ATOM 27355 CG LEU J 442 47.721 11.036 -50.076 1.00168.00 C \ ANISOU27355 CG LEU J 442 30700 32408 28238 5702 1263 -3284 C \ ATOM 27356 CD1 LEU J 442 47.739 10.576 -51.524 1.00169.95 C \ ANISOU27356 CD1 LEU J 442 30684 32555 28369 5625 1205 -3269 C \ ATOM 27357 CD2 LEU J 442 48.634 12.239 -49.893 1.00166.91 C \ ANISOU27357 CD2 LEU J 442 30801 32748 28610 5583 1352 -3282 C \ ATOM 27358 N ALA J 443 45.369 7.941 -49.044 1.00173.64 N \ ANISOU27358 N ALA J 443 30557 32567 28399 5511 1336 -3264 N \ ATOM 27359 CA ALA J 443 45.585 6.718 -48.231 1.00175.33 C \ ANISOU27359 CA ALA J 443 30550 32631 28498 5634 1096 -3284 C \ ATOM 27360 C ALA J 443 44.634 6.607 -47.034 1.00176.08 C \ ANISOU27360 C ALA J 443 30509 32545 28373 5666 937 -3266 C \ ATOM 27361 O ALA J 443 44.548 7.494 -46.186 1.00176.06 O \ ANISOU27361 O ALA J 443 30359 32587 28494 5712 882 -3287 O \ ATOM 27362 CB ALA J 443 47.039 6.581 -47.780 1.00173.66 C \ ANISOU27362 CB ALA J 443 30408 32420 28147 5597 806 -3228 C \ ATOM 27363 OXT ALA J 443 43.914 5.617 -46.889 1.00178.11 O \ ANISOU27363 OXT ALA J 443 31237 33173 29117 5627 1501 -3314 O \ """, "4d10.interface.21") cmd.set('ignore_case', '0') cmd.set('retain_order', '1') cmd.set('cartoon_smooth_loops', 0) cmd.set('transparency', 0.6) cmd.set('surface_color', 'grey80') cmd.hide('everything', 'all') cmd.color('grey80', 'all') cmd.select('dom', 'c. L & i. 291-364') cmd.show('cartoon', 'dom') cmd.spectrum('count', 'rainbow', 'dom') cmd.create('partner', 'c. J & i. 333-402') cmd.show('cartoon', 'partner') cmd.select('inter_resi', 'c. J & i. 361 | c. J & i. 365 | c. J & i. 366 | c. J & i. 367 | c. J & i. 368 | c. J & i. 369 | c. J & i. 370 | c. J & i. 373') 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()